                         SEQUENCE LISTING

<110>  INSTITUT NATIONAL DE LA RECHERCHE AGRONOMIQUE
 
<120>  GUT BACTERIAL SPECIES IN HEPATIC DISEASES.

<130>  B368060D33236

<160>  3700  

<170>  PatentIn version 3.5

<210>  1
<211>  1869
<212>  DNA
<213>  Dialister

<400>  1
atgatcaaaa tacgcaccgc gcagctggcc gccgtcccga gccacatccg caaaaacctg       60

aaacagattg aaaaagaggc tgcacttgcc agggccgagg gcgcccatat cctcgtcctt      120

ccggaaatgt gcctcacggg ctacctcatc ggtgacatct gggatcagaa tgcttttctg      180

aaagaatgcg aacgcgccaa cgaaaaagtc gccgcccttt ccaagggcct cacgatcgtc      240

tggggaagcc ttgctgtcga ctgggacctc atcaatgacg acggccgtcc cagaaagtac      300

aatgccgcat ttgccgcatc aaacggccat ttcatttatc ctgaaggaag ccctcttccc      360

ttcactgtga agacgctcct tcccgactac cgctgctttg acgaccgccg ctacttcacc      420

tccctggaat ctctggcgct cgaagaaggg aaacgtccgg aagatatcct tgcccccttc      480

gtccttcctg caggaaaaga agagctccgc tgcggcatcg tcctctgcga agacagctgg      540

gatgaaaact accgcatttc cccgatgtcc atcctcgcag aaaaaggcat ttccctgttc      600

ctgaaccttt ccgcctcccc tttcacgatg ggaaaagacg gcaagcgcca caggatgttc      660

tctgaatccc tctcccgcct ttccatcccg atgctctatg tgaacaggcg cggccttgag      720

aacaacggaa aagactgcta cacctacgac ggcatgacag ccgcttacga caaggacggg      780

cagcttattg cggaagccaa tcccttcacc gacgagcgct cgaccttcta cttcaatcag      840

gaaaacctga cgctcgcacc cgaaacggaa atggaaccga cagatgaaaa tcttctcctt      900

cctgccttcc gctacggcac atccgaattc ctgaaagcga tcggcgcaag caaggtcgtc      960

atcggcgtat ctggcggaat cgattctgct gtcaatgcag cgctttaccg ctcgatcctt     1020

ccggccgaaa atatccttct cgtcaatacg cccacgcgct acaactccga gctcacaaaa     1080

ggccttgctg ccgagcttgc caagaacctt ggctgccagc tcctgacggt accgatcgga     1140

gacttcatcg acgagacggc cgatgcgctc gaaggccttc cccttcctga cgacaccgtc     1200

cacctgaccg gcttcatgaa ggaaaatatg caggcacgcg accgcagcag ccgtatcctc     1260

gccgcactct ccgctgcctt tggcggcatc ttcacctgca acgccaacaa gacggaaacg     1320

accgtcggct acggcaccct ctacggcgac cttgccggcg cctttgccgc aacggccgac     1380

ctctggaagt accagattta cgatctggga agaaaactca atgcatggta tggaagagcc     1440

gtcatccccg aaggcatctt caccgtcatg ccaagcgccg aactctccga gaatcaggac     1500

gtcacacaag gaaaaggcga tcctttgatt tacgaatacc acgactacct cttcagaagc     1560

ttcatcgaac catggcagag gcagaccccc gaagacattc tcaaagctta cgccaaagga     1620

aatctcgaag atctcatcgg ctgctccatc atcgtctcca acattttccc gaccgccaaa     1680

gatttcattg aagaccttga gaaatggtgg aacctcttct ccggattcgc cgtcgccaag     1740

cgcatccaga cgccgccgct ccttgccgtc agccgccgtc cgtacggcta tgacctcagg     1800

gaatcccagc tccgccccta ctacaccgac gcctaccttt ccctcaagga aaaacttctg     1860

gcggattaa                                                             1869


<210>  2
<211>  1377
<212>  DNA
<213>  Dialister

<400>  2
atgacagcat ttaaccgtcc caggctggta attgccggca ccaacagcgg tgtcggaaaa       60

acaacgattg tcgtaggcct tttagcggca cttcgtcaaa aaggactttc ggtgcagcca      120

tttaaggtag gaccggatta catagatcca ggcttccatt caaaggcagc cggccgagat      180

tcttataatc ttgatacatg gatggttccg gaagaatatc ttcaggaaaa cttcacaaag      240

ttgtcagacg gggctgatat ctcaattata gaaggcgtca tgggcctgta tgatggaggg      300

gctaatggag taagttctac tgccgatata gcaaagagac ttaaggcccc gatcatcctt      360

gttctggact gcaaatcagt cggatacagc attgcggcca cagcattggg attcagagaa      420

tatgataaga cagcaaatat tgccggcgtt attttgaaca aacttggatc tgacaggcat      480

gaagccatga tcagggaagt tatggaaaaa ataaatatgc cggttgtcgg cgctttccat      540

agggatgatc atcttaagac accggaaagg cacctcggtc tgacgccggt tactgaaatt      600

gaaacgagcc agctgattga agatatcgga aaggctgcca gccgatacat tgatatggat      660

cagattcttg ctatcgccaa ttcttcaccg gatcttgata ttgacgatga taagaatgca      720

gaagagaacc ataaaattgt gaaaatcggc gttgccaggg atgcagcatt ttcgttttat      780

tatccatcca gcttagaaaa attagagagc atgggagccg agctcatcga tttcagcccg      840

ctggaagaca gcagcatttc tgatgtcgac ggactgattt ttggcggtgg tttcccggaa      900

atgtttttgg aaaagcttca ggaaaatgaa agcatgaagc agtcgatcag agaggctgca      960

tcaaagggga tgcctattta cgcagaatgc ggcggtttaa tgtacttatg ccgtcaaatt     1020

gttgattttg acgggaacgc ttttgataca gcaggcatta ttcccggggt ttgtaaaatg     1080

ggcaagaacc tgcagcgtgt gggttacgtg actgccactg cccttaaaga cagcattgct     1140

gccaggaagg gggatcaatt gagaggacat gaattccact tctcaatgat caccaaagat     1200

gaggattacc cggatgcata tgaacttcag ggaacgcgtc agagtactcc gcacttggag     1260

ggctacagca aggataatgt tcttgcaagc tacctgcaca tttctttcga gggaaaccct     1320

aaggcagccg atcatttcat aaaatcatgc ttgtcttata aaaagactca tttgtaa        1377


<210>  3
<211>  1284
<212>  DNA
<213>  Dialister

<400>  3
atgtcaacac ttatcagaaa tgcagcagtt tttaggaaca attccattgt ggaaaaccag       60

aatatcgtga ttgatggaaa gtatatcaaa gaatttcccg ataatcctga tccggcagac      120

tatgatgaag ttatcgaagg aaataatatg ctttgccttc ctggtcttgt caatacacat      180

actcatgtgg caatgacttt attcaggagc tatgctgatg atatggaact gatggactgg      240

cttcagaata agatctggcc ggctgaagat catcttgatg atgatattgt atactgggga      300

agcatgcttg ccttcgcgga aatgatccgc gggggaacaa cagctttctg cgatatgtat      360

atgttcatgg attcctgtgc aaaagctgcc gatctggccg gaatgagagg gaacctggcc      420

agaggactgg caggaatcgg acccaatggg gacaagggac tggcagagaa cattgagctc      480

tttaaaaact gggatcatgc aggagacgga agattcaagg ttatgctcgg accgcatgct      540

tcatatacct gtccgcctga ttacatcagg aaggtcaggg atgcaggcat gaaatacaac      600

attcccattc atatccatct gtccgaaacg caaggcgagg ttgacaattg cctgaaggag      660

tatggaaaga ccccaatcgc attgatgaat gatctgggat tatttgacct cccgacactg      720

gcagcacact gtgtacatgt gaatgacgac gatatcagaa tcatgaagga gaaagatgta      780

catgtcgcac ataatccgac aagcaacctc aagcttgcat caggaatcgc tccagtaaca      840

aagatgaggg ctgcaggtat aacggtgggg ctcggaaccg atggggcttc cagcaataac      900

aagcttgata tgtttgcaga aatgcgtctg gcagcactca ttcataaggt gaaggatagc      960

gatccattag ccatcaatgc attggaagct ttgaacatgg ctactgttga tggtgctaaa     1020

tgcatgggct atgacaatct tggcactctt gaatcgggaa gccttgcaga tatcatcctc     1080

gtaaatcgtg aaggcttcaa ctggatgccc ggattcaaca gcatttcgct ggctgtatat     1140

tctggaaact caatggatgt cgataccgta atgattaatg gcaaagtcgt aatgcgccat     1200

aaggaattgc tcaccattga tgttgaaagg atgaagcgcg aagtttccag agttacggat     1260

aaattatttt cgtttgcagg ctga                                            1284


<210>  4
<211>  855
<212>  DNA
<213>  Dialister

<400>  4
atgatcgaat catacctgct ggagcacctg gttgtattca gcgagcacag gacgctgtcc       60

gagacggctt ccgtgcttca tctgacacag ccgacgctga ccagatcgat gaacaagctt      120

gaagaaacgt tcggcgttcc tcttttcacc cgcgaaaaga aaagaatccg tctgaacgaa      180

aacgggtgga tggcagcccg ttatgccaag gaaatcctcc gagaggagga aaagatgatc      240

gcgcaggtga aggcgcttga ccgcagaaga aggacgatca cggtcggctc ctgcgcgccg      300

gggccgatga tggagctcgt gccgtttttg acggacgcgt tcacggggat gacagtctcg      360

acggaaatca agccggagaa ggaactcctt gccggccttg ccgatcacac gtaccagttc      420

gtcatcctga atcacccctc ggacgatgca gcgcactaca gcgagccctg cggctcagag      480

cacctctgcg cctgcctgcc gccctcgcac aagagagcat acgacacgtc catccgcttc      540

gatgaactga acggggaaaa cttcctcatg atgaaaaacg taggcgtctg gagcccgatc      600

gtccgcggga aaatgccgaa ttcgaaattc cgcatgcagg acgaccagga atccttccgc      660

gaagtcgtgg aacactcctc gctccccagc ttctcgaccg acatcagcct ccgcgtcgta      720

ggaaactacg gagacagact ctccgtcccc ttctccgacc ccgaagcgga gatgaacttc      780

tactgcgtat gcctcgcagg agacgagacc aagtacaaaa cctggttcga aatcctcaga      840

agaaaaatgg gatga                                                       855


<210>  5
<211>  1545
<212>  DNA
<213>  Dialister

<400>  5
atgaaaatca gttcagatga aattacatct gtcattaaaa aacagattga aaactacaaa       60

gtagacctca atgtcgatga agtaggtacg gttcttgaag tcggcgatgg cattgcccat      120

gtgtacggcc ttcagaattg catggccggc gaactgctcg aacttccgaa cggcgtatac      180

ggcatggcac tcaacctgga agaaagcaac gtaggtgccg ttcttctggg tcgctccgaa      240

accattaagg agggcgacgt tgttaagaga acaggtcacc tgatgcaggt tccggtaggc      300

gatgcagtta tcggacgcgt agtaaacgcg ctcggacagc caatcgacgg caaaggcgaa      360

atcaaaaccg acgaatatcg cgacattgaa atcaaagcac cgggcattgc tgacagacag      420

ccagttaatg taccgctgca gacaggtctg aaatccattg actccatggt tccgatcggc      480

cgcggccagc gcgaactgat catcggcgac cgtggtactg gtaagacggc tatcggcatc      540

gataccatcc tgaaccagaa gggtcagaac gttatctgca tttacgtatc catcgggcag      600

aaaaactcca acgttgtccg tgtatatgaa aaattgaaac aggccggcgc tatggattac      660

tccatcatcg ttcatgccgg cgcatccgaa ggttccccga tgcagtacct cgcaccatac      720

tctggtgtat ccatcgctga acacttcatg catcagggca aagacgtcct cattatttat      780

gatgacctct ccaaacacgc agtagcatac cgcgcaatgt ccctgctgct ccgccgtccg      840

ccaggacgtg aagcttatcc aggcgacgta ttctatctgc actcccgtct gctggaacgt      900

gctgcccgcc tctccaatga actgggcggc ggctccatca ccgcactgcc gatcatcgaa      960

acattggcag gcgacgtagg cgcatacatt ccgaccaacg ttatttccat caccgacggc     1020

cagatttatc tggaaaccgc actcttctat tccggtatcc gtccggctat caacgtaggt     1080

ctgtccgtat cccgtgtagg tggttccgca cagatcaaag ctatgaaaca ggtcgcaggt     1140

accctgcgtc tggatctggc acagtaccgc gaacttgctg cattcgctca gttcggttcc     1200

gacctggacg ctgcaaccaa ggcacagatt gaccgcggtc agagaacgac tgaaatcctg     1260

aaacagccgc agtacacccc atacccggtc gaagaccagg tacaggtcat ctacgtagca     1320

gttaaaggct acttcgatga tgttgcagtt gacgaagtcg ttgatttcga acaccgcatc     1380

cttgcattcc tccacagcac ccatccggaa atcggagaag acatcgtgaa gaacaagaag     1440

ctgacagaag caaacgaaga gaaactgaaa gcagctattc ttgaattcaa ggaacgttac     1500

gcagctacaa aatcccagga taagtctgaa acggtagagg ggtga                     1545


<210>  6
<211>  801
<212>  DNA
<213>  Dialister

<400>  6
atgataggtg ctattatagg agacattgcc ggatcgcggt tcgaatggga caactaccgc       60

gccaaagact ttgacctcct ctcagataaa tgcttcttca ccgacgactc catcatgagc      120

ctcgccgtct gcgacgccct cctcaagacc gtcccgtcct acaaaggcct ctccagacaa      180

gccgtcctct ccatgcagaa aataggacgc ccctatcccc agagcggcta cggcggatcc      240

ttctaccact ggatctactc cgatgacccc gaaccctacg gcagctttgg aaacggcgca      300

gccatgagag tcagcgcctg cggctgggca ggagaatccc tctccgaagt caggaaactc      360

tccaaagaag tcaccaaagt cagccataac caccctgaag gcatcaaagg cgccgaagct      420

gccgcctctg ccgtctacct tgccagaacc ggcgaaacaa aagaagacat ccggaaatac      480

atcgaagaga aatactacaa actgaacttt accatcgatg aaatccgccc cacctacgaa      540

ttcaacgaaa cctgccagga caccgtcccc caggccatcg aagccttcct cgaatccgaa      600

tcctttgaag acgccatccg caccgccgtc tccgtaggag gcgacagcga taccctcgcc      660

gccatcacag gcggcatggc agaagcctac tacggcgtcc ccaaagacat ccgcgaaaaa      720

accggacaat tcctcgacca aagactcacc aaaatcctca aaaccttcga gcaaaaatac      780

ccgcccaaag tgacggaata a                                                801


<210>  7
<211>  1038
<212>  DNA
<213>  Dialister

<400>  7
atgaatcgct atccaagaat cgcagtctta ggagccactg gtgctgtcgg acaggaattt       60

atccgtcttt ttgaagaaag aaatttcaaa ttcagctctc taaaattatt ggcatcggca      120

cgttctgcag ggaaaaagat ttctgtctgt ggtaaagagt acgttgtgga agaagcaaag      180

ccggagtctt ttgaagatgt tgacattgca ctttttgccg gtggaaacat cagcaaggtt      240

ttggcacctg aagctgtaaa aagaggtgca gtggttatcg ataattcttc ctcattcaga      300

atggatcccg aagttcctct ggtaattccg gaaataaacc cggaagacat actttggaat      360

aagggaatca tagcaaaccc gaactgctca acgattatca tgcttatggc actgaaaccg      420

attcacgacc tgtcccgcat taagcgcatt gttgtcagca cataccaggc agtttccggt      480

gctggcaagg aaggtataga cgagttatat aacgaaacgg ctgctattgc taaaggagaa      540

cactatgaac caaccattct tccttctgcc agccttccaa tccattatca gattgcttat      600

aacgtaattc cgcagatcga tattttcctt gataatgact acaccaagga agagatgaag      660

ttggtcaatg agacacataa aattcttcat gacgattcta tcggaattac tcctactgcc      720

gtccgggtac cagttgtaag aagccatgca gaatcaattt atattgagac agaagatgtt      780

ttatctgtcg atgctgttaa ggaagcaatc aagaacttcc ctggcgcgga actggtcgat      840

gatgtcgaga acatgaaata tccgatgccg cttgatacct ctgataaaac agatgtagct      900

gtcggccgta tcagaaaaga ccttgtatca ccaaatggca taaacttatg ggtatctggc      960

gatcagatcc gtaagggtgc tgcattaaat actcttcaga ttgctgaata tatgattgaa     1020

catgatatta ttaaataa                                                   1038


<210>  8
<211>  513
<212>  DNA
<213>  Dialister

<400>  8
atgattcagc atggcgtttg gaatcaaatt gctatcagaa aagttttcaa aaaggaggaa       60

tttcttatga gaatgaaaag attggcagta tgcgctcttg catcggcaat gctgtttgca      120

ggttctgtaa caaatatatc cgcattcaat ctcggaagca ttcttggcgg tgtcgtcaag      180

gtaggcggta tcggcttcct cgttgacaag tatggtgaat ccatcaatag tgccatcaac      240

tccgtcatga tgaaagaagg agcaggcacg aattatgcta cgaaagttgt tccgatcgta      300

agtatcggga acagcggcta tatcggtgca gcccaggtta tcggcgatgc tgatcaggtt      360

gcaaaggtag aagcagtagg acagcttgaa atcagctgga acgacaagct gttcagaatc      420

aaggggctca ttccaatgga cagcaagaac cctacttcgt tcagccgtgt tcagggcgtt      480

ggcgtttccg ctgtcattga tgtcagagta taa                                   513


<210>  9
<211>  630
<212>  DNA
<213>  Dialister

<400>  9
atgagcgatc atttccgcgg ctccttttcg cttgcaaaca agactccgca tgctctttca       60

tcttcgaaaa gtataaatat agatacgata gttacaattt tggaaacgat tttactattc      120

gaaaatttgc ttttcctgta tactgagaac atcaaatttg aactgacccc atgggtctta      180

tcgtatatag gaggaagaaa tatggaaaag aaattgaatc atttactggc tgatctcgtg      240

gtggaatatc ataagctgca gagcttccac tggtacctga agggttacca cttcttcgat      300

gatcatgcaa agctggaaga atattacgac gctatcgctg aagcagtcga caccgtcgct      360

gaagatatgc tgatgcttgg cttcaagccg gaaagcacga tgaaaggctt cctttcgatc      420

tcttctatcg aagaagcaaa gaatcaggaa gtgacttctg tagaagctta tgaagctgtc      480

cttgcagatt tcaagtatct cctggatgaa gtcaaaggcg tcaaggcagc tgctgatgaa      540

agcggcgatt acctcacatc taccaagatg gatgattaca tcgaattctt ctccaaggcc      600

atctggatgg ttggacagga agtcagataa                                       630


<210>  10
<211>  915
<212>  DNA
<213>  Dialister

<400>  10
atgaaacgac ttttcatgct tatcgttctg gcctgcgccg tctactgggg tttctctcag       60

ggaagcggca tcgagaagta cattccggcc agtcttacag gaagcgcgcc caaagcggct      120

tcttctgcgc cttcatccgc caagaaggat gactccctct acggcgaggt gacggacatg      180

gtttccacct tcgcatccgg cgtgacagga acgacggatt ccggcaaggt cacagtcaat      240

aaatccaagg acgcaccgaa tgcaacggtc gccaaggagc aggacatcca gacgctccgc      300

caggaatacc acgacctcac gaatttcaag gaagcactcg aatcccgcgt ccaccgcgag      360

aacttcgttc cattcaagga catcccgcag tacctcatcg acggtgtcgt tgcgaccgaa      420

gaccgccgct tctatgacca tggcgccatg gatccgatcg gcgtcgcccg cgcgatggtg      480

acgaactaca tggcaggcga aacgctcgaa ggcggcagca cgatcgacca gcagacggtc      540

aagaacattt tcctctcgcc ggagcgcaca atgagccgca agattgaaga gctcgccctt      600

gccgtccagc ttgaccgcta ctacacgaag caggaaatcc ttgagctcta cctcaatacc      660

atttacttcg gtcacggggc atacggcctc agggaagcca gccacacgta ctttggcaag      720

gagccgaagg agctcgacct ttcccagtgc gccatgcttg caggacttcc gcaggcgcct      780

tctgcctatg atcccatcga tcaccccaag gccggcaccg agcgcatgac cgtcgtcctg      840

acgctcatgg cgcaggaagg ctacatcacg cacgagcagg cagcgcatgc cgccgccaac      900

ttatggcttc gctaa                                                       915


<210>  11
<211>  1257
<212>  DNA
<213>  Dialister

<400>  11
gtgaaaatga atgaaaaact tcaacaggtg caggaagaag cgctcgctct ttgtgcgcct       60

gtttttgatg aaatgaaaga gatttcctta tacaatacac agaaagttct ggaagcattc      120

aggaaccacc acctctctgc ttatcacttc gctccatcca atggctatgg ctatggggat      180

ccgggccgtg aagaactcga ggaaatctgg aaagatatat tcaaggcaga aagcgccctg      240

gtccgtccgc agtttgtttc aggcactcat gcgcttgcta ccgttctcct tgcgctcctc      300

gagccgggag atacgatggt atctgctgta ggtgctcctt atgacacgat gcagagcgtc      360

atcgggattt ccggaaacgc accgggcaat cttaaatcca agggcgttca ttataaggaa      420

gtgcctctta agaacaacac ttacgatctg gaagccatta cagatgctgt tgatgaaaat      480

acaaaacttg tagaaatcca gcgctccaga gggtacatgc tgagagattc gcttttccca      540

tccgacatca ggaaaatcat cgaaacagtc aaagcaaaga atccaaatgc gatttgcttt      600

gtcgataact gctatggcga atttacatgc aaggaagaac cgatcgagct tggcgctgat      660

attacggcag gttcattgat taaaaacgcc ggcggcggac ttgcaccgac gggtgcttat      720

atctgcggaa gagaagatct tgtcgagctt tgctcctacg tctggacagc tcccggactt      780

ggcgcagaaa tgggatccta tgctgcttct taccgcccgt tctttgaagg acttttcctc      840

gctccgcata ttacgcgtca ggcaatgatg agcgccgaat tctgtgctgc tgtattcaag      900

gtgctcggct ttgacgtcgt tcctgaacca agccatttaa ggactgacct tattacagcc      960

attactttgg gctctgaaga aaatatgtgc agctttgccg aggccgtgca gaactggtct     1020

ccggttgatt cggatgccgt tcctgtcccg gggcccatgc ccggatatac ggatccgatc     1080

attatggcag caggcacttt cgtccagggc tctacaatcg aaatgtcagc tgacggccct     1140

gtaagacctc cgtacatcat gtacttccaa ggcggtcttg tttttgaaca caccatgctt     1200

gccgtaatgg gcgctgcaga gaagatcctc gctgccagag gcggtctcga agattaa        1257


<210>  12
<211>  1194
<212>  DNA
<213>  Dialister

<400>  12
atggaaacat acctctacaa agtcttcaat accgaaggag ctatggaaga aggcaccatc       60

agtgccagct ctggcgggga tgccgcgaat gcactccgcc ttcgcggctt ttctattatc      120

tccctgacaa aagaggcatc ggaaaagaaa gaaagacgca gcttcctgaa aaggaaacca      180

ttctccggag acgagacact ctccgtcctt gccagcgaat ggagcgccct cctcaaagca      240

ggcctcacca tcacggctac cctggccctc cttgaagaac aggcgaaaaa acacgagaaa      300

cctatcctct cacgcgcccg cgagactgtc atggaaggaa ggaccctctg ggaaacgctc      360

gatgaatcag gcgcctttcc ccgcttcttc accgccttga ttcaggtcgg agaaatgaca      420

ggcacgctcc ccgaagaact cgaccgcatc gccgagcact accggaagaa agcagaattc      480

aaaagaaaag cggtaagcgc ccttgcctat ccctgctttg tcctcctctt cgcactgacc      540

gtccttctca ccatcctgac attcatcctc cccaccttcg agacactctt cgcctccctg      600

cagatcaccc ttcctgccgg cgcgaggatt gctctggccg ccgggaaatt tcttcaggaa      660

acaggacgct tcctcttcct tctgccgctt ctctcggccc tcggtcttgg tatttccttg      720

aagacagaaa aaggaagaga gaaaatagac gaaatcctct accgctcccg cttctgcaaa      780

cgcctcctcc tcatccgctt cgcagccaca ctctctgctt tccttgaaag cggaaggacc      840

ctgggcgacg cccttgaaga ctgcaaggat accataggaa accgcgaagc agaaagagcc      900

ctcgaagccg tcaaggaaga agtcaccaaa ggaaacgact tcgccgaaag cctcaagaaa      960

agcggcttct cgctgcccat cttctaccag cttacaagga tcggcatgga aagcggcgaa     1020

ctcccggact tcctcatgaa agccgccggc ctcatggaaa gagaggcaga aagaaaagcc     1080

agccgcttcc gcgccatcct agaacccgcc atgctcctat tagtaggcgg catgaccgcc     1140

atcgtcgtat tctccgtcat cctccccgtc ttccacatgg cggcgagagt gtga           1194


<210>  13
<211>  1257
<212>  DNA
<213>  Dialister

<400>  13
atggcaggtt acaatccgta tgaaaatatg cttcatgtat tggataaggc agcagaagta       60

ctcggctgcc cgagaaatga ttatgaattc gtccgttatc cggaacgcga gctgacagtc      120

agcatcccgg tcaccatgga tgacggccat gtagaagtat tctccggcta ccgcgtacag      180

cactccaccg cacgcggcgc agcaaaaggc ggcatccgtt tccatccgca gtccgatgaa      240

aacgaagtca aagcccttgc tgcatggatg acaatcaaga acgccatcgg caacattcct      300

tacggcggtg ctaaaggcgg catcaaagtc gacccgcata aactgtcgaa gcgtgaactc      360

gaaagactga cacgcatgta cgtacgccgc atttatccga tcatcggacc agaccaggac      420

gtaccggcac cagacgtcaa taccaacggc cagatcatgg catggatcgc tgacgaatac      480

gcagccctct ccggcaaatg gcagccaggc gtcgtcacag gcaaaccact cgaagtcggc      540

ggatccctcg gcagaaacga agctaccggc cgcggccttc tcttcacact cgagacctgg      600

tgcgaaaaga accatagaga aatgaaagac ctcaccatgg tcgtacaggg cttcggcaac      660

gttggctccg taggctccct cctcatgcat aaagaaggcg tcaagatcat cgctgtaggc      720

gatatcaatg gcacatggaa gaacccgaat ggcctcgaca tcgaagccat gtacgtttat      780

gccaacagcc acggcagatc cctcaaaggc tacacagaag aaggcgcatc cttcatccct      840

gacagcgaac tcttcgccca ggacgtcgac gtcatcttcg cagcagctat ggaaaaccag      900

ctgaacgcat ccaccatgga aaaagtaaaa gcaaaactca tcctcgaagg cgcaaacggc      960

ccgaccgatg aaacagcaga caaatacttc gaagaacacg gcatcgaagt cctcccggac     1020

gtcatgagca acgtcggcgg cgtcgtaggc tcctacttcg aatgggtcca gaaccgcaca     1080

ggctactact ggaccgaaga cgaatacaac gcccgtctcc agaaaaagat gagagaagca     1140

tacgaagacg tctatgccct caaagaaaaa taccacgtca cctaccgcct cgcctcctac     1200

atgctcgcac tccagagaat catggcagcc cagaaactca gaggcttctt aggataa        1257


<210>  14
<211>  1209
<212>  DNA
<213>  Dialister

<400>  14
gtggattttt tgcgtattga tgaagataga aagtacatgg cccgcgctct ggaactggca       60

gtcaggggaa tggggcatac gcgcccgaat ccaatggtag gtgctgtcat tgtcaaggac      120

gggcgtgtca tcggtgaagg ctggcatgaa cagtacggcg gccctcatgc agaagtgaat      180

gcatttaata actgcacaga agatccgaag ggggcgactt tgtacgtcag tctggagccc      240

tgctctcact acgggaagac gccgccgtgt gcggatctca ttatccaaaa agacatcgac      300

cgcgttgtca cggcaatggt cgatcccaat ccgctcgtag caggaaaggg aatcaggaaa      360

ttaagggatg cgggcatttt tgttactgtc ggcgtcatgg aaaaagaagc aaaagagctc      420

aatgaagttt tcctgaagta cattcagaag cataaacctt ttgtccttta caaagcggcc      480

atgtccctgg atggaaaaac aacctgccat accggtgaat ccaagtggat ttcttccgaa      540

gattcacgcg aggaggttca cgttctccgc ggctgctatg caggaattat ggcgggagcc      600

ggcactatac tggccgataa tccgcttttg acatcccgca cggaagggat gatcgatccg      660

gtaagaatta tcgtagatgg caatctatcc gttccgctaa aggcaaaggt attccaggaa      720

ccgggaaagg ccatcgtcct tacgaccacc tcggccgatg agacaaagcg tgatgccctg      780

attaaaaacg gcattgatgt cattatcgca gacggcgaca tcaagggaaa ggtagacctt      840

tccgctgcta tgacaggact tgccttgaaa ggaatcgacg gcatccttct ggaaggcggc      900

gcaacccttg ctgcggatgc atttgaggca ggaatcgttg ataaggtaag aatctatgca      960

gctcctatcc tgattggcgg aaaagatgca ccgggcctcc ttggaggaaa aggcgcagat     1020

accataccgg aagcagtcag gctgaaaaat attacgacat tgatgtcagg ctccgatctc     1080

atcattgaag gttatgtaga tcacaaagag gaatctccta aagaagaacc cgagaaatca     1140

gaagaagctc atgatgaacc tgcatcagat ctccctatcg aaaaaggaga ggatgaaaag     1200

ggtgaataa                                                             1209


<210>  15
<211>  1182
<212>  DNA
<213>  Dialister

<400>  15
atgccatcag ttatttcaga attaagcggg atgattaatc agaagctgac agaggtaccg       60

ccgtcagtga ttcgtgcatt tgacaatgaa atttcatctg tcccgggaat tatcaaatta      120

acattgggcg aaccggattt tgctgtgcct gaccacgtca aaatggctgc ggtcaagagc      180

attgcagaag acgattccca ttactcccag tcagccggaa agattgaact tagggaagcc      240

atcgcagcgt atctgaaacg cacaagaaat gtcgactatg atccggcttc cgaaatcgta      300

gttgctgtcg gggcaacaga agcactggct gcctgcacat ttgctctcct gaatccggga      360

gacaaggtcc ttgtgccgac accggttttc cctctgtact tcccgctcat ttcccttaca      420

ggagcagagg tcgtcatgat caatacggct ccggagggtt ttgtactgac tccggaacgt      480

ctgaaaaagg tgcttgaaga ggaaggaagc agcgtcaagg ctatcctcct caattatccg      540

tcgaacccga caggacgttc ctattcggcc aagctgctcg atgaactggc tgaaatcctg      600

aaagaacatc atctgctggt tctggcggat gaaatctact ccgaactgac ttatgatgca      660

gagcattcat ccctggcaac ccgtcttccg ggacagactt tgctgatttc tggcttgtcc      720

aagtcccatg ctatgaccgg gtatcgttta ggatacgtgg ccggaccttc ccagctgatc      780

ggtgcagtca caaagatgca tgcatttatg gtgacctgca tcaatgactc cgcacaggct      840

gctgctgttg aagcgttgaa tcatggagat aacgatccgg ttgtcttcag ggaagcatac      900

aggcaccgca gagattatat ggtgggccgc atgcgcaaga tgggatttga aatggcagtg      960

ccggagggcg cattctatgt atttgccaag atcccgaagg aattcggaac agacgacttt     1020

gcttttgcat taagactggc caaggaaggc aggctgggga ttatcccggg atccgtcttt     1080

ggaagcggcg gcgaaggata cgtaagaatt tcctatgcgg catccgatga gaaaatcgaa     1140

gaggcaatga accgtctcga agagtttgtc agccatatct ga                        1182


<210>  16
<211>  1029
<212>  DNA
<213>  Dialister

<400>  16
atgagagttt caatcatcgg agccggcgcg atggcgcttg cggcggcttc ttatttaaaa       60

ttaaaggacg tttcgtccct tgtctacgtc agaagcgaga agaaacttgc tgcatggtcg      120

acgaaaccgg tccgcgtgac gggcgtgatg gagagctcct tctacgtgcc gatggccaag      180

acgatgaagg aagcggtgaa ctattccgat accgtcatca tctgcacccg cgcaggcgac      240

tatgaagacg tcatcaatga gcttctgccc tgtcttcgta aggggcagtg catccttttc      300

ctgaacggct gctggggcgc tgtgaagacg taccgcctgc tgaaagaaga tgtgaagtac      360

ctgaccatcg cagagacagc tgggtctcct ttcgttgcca gcctttcgga agatttcctg      420

acactggaaa tgaagggcat ccgtacggaa atcgggtact cggcgctggg gacgagcaag      480

gatccgggcg agcttctcca tacgattgca ccgcgcgttt cccgtatttc ctcaccggtc      540

tccacatccc tttcgaaggc gatgccgatc gtgaatgcgg ccagtgcctt cttcaatatc      600

tcgcgcatcg agaacgggga agacttcgaa ctcttcggac catcgttcac cagccgcgca      660

gccgactaca tggagcactg cgacaaggaa cgcctcgccg tgggaaaggc tctggggctt      720

gaactttaca gcctccttga gaccgtgaat tcccaacgat ctgagaagaa agcgaccctt      780

tacgaggcgt ttaagaataa tgcactctac gacgggctca aaggccccgt ttccttatcc      840

gacagaagcc tttccgaaga ccttccctgc ggactgggaa gcctcctcga tctggcggac      900

atgatgcatg tccccgcgcc gtatatcacg gcgatggtgg acaccgcctc actctacatg      960

gggaaacctt acgagccgtt tctgacagta caggacctca gggcgatcaa agcgctccgg     1020

ggcaagtaa                                                             1029


<210>  17
<211>  1020
<212>  DNA
<213>  Dialister

<400>  17
atggccatta cgaaggaaag aacagaagag atcgttattg gagatctgca ggaagcacag       60

cacctttttg aaagagacag ctcgtacctc aagatcatcg gggagcatta cggcgcagac      120

atttccggcc gcggcaacat gatccgcatc aagggcgaag aggaggctgt ggagaacagt      180

cttcacgtca tcgcgcgcat ccgccacatg attgcaagcc gcatccgcct tgcggagcgt      240

caggtacgcc ttgtgatgtc gctcatcgat caggggaagg aaaatctcct gcaggaaatg      300

gaagacgata tcatcaattt cacgaagaac ggcgcgccga tccgcccaag aacgctgggg      360

cagaagctct atgtggacac gatccgcagg aactccatca cgttcggcat cgggcctgca      420

ggtacgggca agacgtacct cgccgtggca ctggctgctt ttgctcttcg gaatcatgac      480

gtgcagagga tcatcctcgt gcgtccggca gtcgaagcag gggagaaact tggtttcctt      540

ccgggcgata tgcaggaaaa ggtcaatccc tacctgcgtc cgctctttga cggcctgatg      600

gatatgttcg gaccggagga attcacccgc ctgcagcaga agggacagat cgaagtggcg      660

ccgcttgcct acatgcgcgg acgtacgctg gagaagtcct tcgtcattct cgatgaagcg      720

cagaatacga cggtcgagca gatcaagatg ttcctgacgc gcctcggctt ccgctcaaag      780

atgatcgtga atggcgacgt gacgcagatc gacctgccgc cgaatgtcag aagcggtctc      840

atcgatgcag agcgcgtgct gaaggacgtc aaggatatag gccatgtcca tttcagcgaa      900

gatgatgtcg tgcgccatga tctggtcgca gcgatcatcc atgcctatga agaggatgcc      960

agacacagga acaagaacgg atcccgtaaa ggggaacgga aagaaaacaa ggaaggctga     1020


<210>  18
<211>  453
<212>  DNA
<213>  Dialister

<400>  18
atggaactga aacagctgta tacagatctg attctggaat acaataaaga caagacaaac       60

aaacgcaaga tcgaaaatcc gaccgtgcat gaacatggac ataatccaag ctgcggcgat      120

gatatcgata tcgaagtgaa aatcgaagac ggcgtgatca aggatctcgc ctatacaggt      180

acaggctgcg ccatcagcca ggcttccaca gccatgatgg cagaacttct tcagggaaga      240

accgttgaag aaggaatccg cctctgccgc cttttcctcg atatgatccg cggcaaggtg      300

actgatgatg aaagcctcga agaactcgaa gcagccatca cactgaagga tatttctaaa      360

atgcctgtca gagtcaagtg tgcaactctc gggtggcata cactggaaat ggcactcaca      420

cgcattgaaa aacagctctc cgagcagaaa taa                                   453


<210>  19
<211>  828
<212>  DNA
<213>  Dialister

<400>  19
atggcttata aatcatttaa accgtacact cccggacgcc gtcagatgac cgtttccacc       60

tttgaggaaa ttacaacaga cagaccggaa aaatcccttc tggctcctgt tcataatcat      120

ggcggtcgta atggctccgg taaaatgaca gttcgccacc agggcggcgg tcgtaaacgt      180

cagtacagac tgatcgattt caagagagat aaagataaca ttccggcaac tgttgctacg      240

atcgaatacg atccgaaccg tacctgccgt atcgctctgc tgcactatgc agatggcgaa      300

aaacgctaca tcctcgctcc taagggactg aaggttggcg accaggtcgt aagcggacca      360

gaatccgata tcaaagtcgg caactgcctg cctttcacca acattcctct cggtaccatc      420

gttcataacg ttgaactgaa gatcggcaag ggcggccaga tggttcgttc agctggcgct      480

tccgctcagc tgatggctaa ggaaggcgac tatgctctgc tgcgtctgcc atccggcgaa      540

ctgagaagag tacacattcg ctgccgtgca accatcggaa ccatcggcaa cgaagatcat      600

gaaaacatta cactcggcaa ggccggaaga aaccgctggc tcggcgttcg tcctgctaac      660

cgcggcgttt ccatgaaccc gaacgatcat ccgcatggcg gcggcgaggg taaatctcct      720

gtcggacgta agcgtcctgt tacaccctgg ggtaaacctg cttacggcgt aaagaccagg      780

gacaacagaa aagcgtctac taaactgatt gttaagagac gtaagtaa                   828


<210>  20
<211>  1026
<212>  DNA
<213>  Dialister

<400>  20
ataaactcaa ttattccaca agaagaattg gccccgggcg catgcattca attgctttcc       60

tatgataaag aaaagcatat acggaaacag gaggaatatg ccatggacta tcgtcacctg      120

aagtatttta tggaagtggc ggagcagaag agcttcagca aggcggccag aaatttgcac      180

atttcacagt ctgcaatcag ccgtatgatc aaatcacttg aagaagagct gggggttacg      240

ctctttatca gaaatgcgaa gactgtagaa atcacagctc ctggaaccat cttcctgaac      300

tatgctaagc gctgcttgtt tgtttttgaa catttgaaat cagactttga aaacgaattc      360

aatctgaagc aggatacgat tgagatcgga cttccgccta ttacggatgc ccatgtattc      420

gcaaagcttc tgggtgaatt caagaaaaca tatccgcaga ttgccatcaa attgtatgaa      480

catggttcca aagtcattga atcatccgtt caggaaggcg tcattgatgt aggcatcatc      540

tgcaccatcc cgaataagga ttttgaatct ttcttccttt ctgaagatga gatgtgcgtc      600

gtcatgccaa agggctatcc gctggaagaa cacaaggaag tcccgatgaa acttctggca      660

gactatccgc tcgttcttta ccgtgatgat ttcaatcttc atgacgacat tcttgccaac      720

tgcaagaaga tcggattcac tccgaaggtt gtatttgaaa ccagccagcg tgaattgatg      780

ctgcagaccg tcatgagcgg acttggcgtt gccatccttc cttcccgcct ttgcccggca      840

aacagcgaaa acagcaaggt tgtcacccgt gtcatgacag aaccgcgcat gacgcatcat      900

ctctatgcga tctggaagaa aggccgctac ttgtccagag cagcccgttt atggatcaaa      960

ttcaccaagg atcatctgac acttctgaat gtagatacaa aactggatga aggcatagag     1020

gaataa                                                                1026


<210>  21
<211>  624
<212>  DNA
<213>  Dialister

<400>  21
aaagggtgct acatgaataa taaaaaacaa aaatttttcg agtcgctctc agtgcagctt       60

aattcataca ttgaggcaga gaaagtgatc gaccagttta tttctaatga tatggatgct      120

tttcagggga aaagactatt tcagcatgct ttaggaaata cggacagtga tatggaagcc      180

gtatttaatc ggatcgtcaa agcatataaa gatgcagccg gctatggata tggtgtcaga      240

gcatttggat taatgaaatc catgcatgac catttaacaa atctcttcaa tgaattctca      300

tcctatcagg atgagaaaat gcctgatgaa atgaatcttg tctgggatct ttgcaaagca      360

ggtgcattgg aagtttcaaa agttcttgaa tataccaaag gatttgaaga aaataatttg      420

aaggccgaag ccagatgcct taaaattcat aatttcaaga gcaggggaga cgaagctgtc      480

agggattcac ttgaggcagt ttatgggatg aataacagta tagacatcat ttactggaaa      540

gacgtattaa aggaaatgaa cggcttcttg tctgatatcg atcaattcac aatctgcctg      600

cagaaactcc ttgccatgga atag                                             624


<210>  22
<211>  1611
<212>  DNA
<213>  Dialister

<400>  22
atgaatcatc tttattcaga aaagaggaaa tatatgaaac acagcaaact gaccgcttta       60

ctctgcgccc tggtcatgac aggcgccggc tctatgtccg cttttgcagc ggatgcagca      120

ccggcagcgg ctgcagctac agctgcacag ccggccaagg cacaggaaac gacagctgcc      180

gcaggcactc cggctgaggc tgctcagccg gaagtcaact acactgaagc acttctgaaa      240

ggcatgtccc tgacactgcc ggatgttgaa aaagccgtag aagccggcac attcaagaac      300

ctttctccgg aagctccgaa accggctgaa ccagaaccgg ctcctgcccc ggaacccatt      360

cctgaacctg agcccacacc agctcctgaa ccggagccgg aacccgagcc cgcaccgaca      420

ccggcgcaga ctgccaagta cacggctgat cagggaacaa gcgcagcaac gattgaaaca      480

gacggcactt atgatgctca gacttatacg tctacagccg ctgaccagaa tgcacttcgc      540

gtttcctacg cttacatgag cgcagcaggc gacacattca caaagaccgg cgatgctacg      600

aatacagaaa gctccaatca gtacggcatg aacgcagcac tccttgtcac ccatggcggc      660

cacggcgcat tcaccaaggc atccatcaca tcctctgctc tcggcgcacc gggcgcattc      720

ggatacagca agggaaccta cctcaacctg accgattcca ccgttacaac gacaggaaac      780

aattctcctg cccttgaaac agcagaaaga gccatgatga aagtcgttaa cacgaccgtt      840

tccacatccg gctatgcatc cccggctatg aaggtatccc agaacggcgg catgattctt      900

gctgaaagca gccatttcac cacgactggc aaggactccc acggcgcata cgtcaatggc      960

gacgtcacac tgacaaacag cagcgtgaac gcacagaaca ccaaggcagc cgttgtccgc     1020

aacaacaata cgctttccct tgaaaactcc acgctcgaag gcaatgaaac agggtccgta     1080

ccgtacaaca tcgttctcta cgctgatcct tccgctatcg gaaccatggg tgtacagcag     1140

ttcaatgcaa caggctccac cctgatttcc catcacggcg gcatgttcct tgtcaccggt     1200

acacataacc gcatcacgct gaagaagaca accctccagc aggatccggg ccttccgatc     1260

ctctcagccc ttggcaatga cggcgcttac ggctggggca ccccgggcgc taacggcggc     1320

catgtcgaac tgattgctga tgaagaaaca ctgaatggcg atattgtcgt cgatacgatt     1380

tccgacgtca acctgaccct tagaaacaac tccgtatgga caggcgccat caccatcatc     1440

ccgaacgcac agggcggcga aaagtacaag accaatgccg acatcttcat cggagcaggc     1500

tctgtatgga acctcaccgc tgacagccag gcaaccaccg tcaacaacct tggcaccatc     1560

aacttcaacg gccacaccat taccctcgcg gacggaacag tcctgaaata a              1611


<210>  23
<211>  1014
<212>  DNA
<213>  Dialister

<400>  23
atgatacagg aagcaatcaa aaccatcgta aagggcagcg aactgccatt tgaaacagcg       60

agagaatcca tgggggaaat catgagcggg aaagcatcgg aagcgcagat cggcgccttc      120

cttgctgctc tttcactgaa aggcgagacc gtcggggaaa ttacaggatt tgccagagcc      180

atgagagacg catgcgtgcc ggtctcccat gaaggagaag tctttgaaat cgtagggacc      240

gggggagacg gagcagacac cttcaacatt tccaccacat ccggcttcgt catcgcatcc      300

ggtggcgtcg ccgtcgccaa gcatggcaac aggagcgttt cctcccgctg cggcgcggcg      360

gactgcctcg aagcgctcgg tgtcaacctg gctttgaccg gcaagaaaaa caccgagctt      420

ttgaagaaag caggcatgtg cttcatgttt gctcccgtct accacagttc catgaagtat      480

gcggccccgg tcaggaaagc cctcggtttc cgcaccgtgt tcaacatcct gggaccgctt      540

ggaaatccgg ccggcgcgac gatgcagctc atgggcgtct atgaagaaaa gctcgtcgaa      600

ccgatggcta aagtcctttc gaacctgggc gtcaagagag gcgctgtcgt ctacggcatg      660

gacgggctgg acgaaatcac cgcctgcgac aggacgctcg tctgcgaatt caagaacggc      720

ctcttccaga agtacctatt agatccccgt gactacggca tggagcttgc gcatccgggc      780

gacctcaagg gcggggacag ccgggaaaat gcagaaatca caagaaccgt cctctccgga      840

gaaaagggac cgaagagaaa tgcagttctc ctgaatgctg gcatgagctt ccaccttgca      900

gagggcatgt cccttgctga aggcatccag aaggcagcgg acctcatcga cagcggcaaa      960

gcccttgcct tcatggaacg cttcatcaga ctctcaaggg aggcggcaca atga           1014


<210>  24
<211>  453
<212>  DNA
<213>  Dialister

<400>  24
gaatcattta taatgaaaag cacatttatg gccaatgcgg gaaacatcac ccgtaaatgg       60

tatattgttg atgcagaagg actgacactt ggccgtctgg cagctagtgt agctaaagtc      120

ctcacaggca aaaataaacc tacttacaca ccgcatgttg atacaggcga caacgttatc      180

gtcatcaacg cagataaagt cgttctgaca ggcaagaaag aactgaagaa ggtatacttc      240

cactacaccg gttacatcgg cggagataga taccagaaag ccggggacgc tcttcgtgaa      300

aaaccagctt gggttgttga acatgctatt cgcggcatgc ttccgaagaa caaacttggc      360

gctcagatgt atcgtaagct tcatgtttat gctggtgcag aacatccgca cgcagctcag      420

aaacctgaag aactgaagct caatatccgt taa                                   453


<210>  25
<211>  546
<212>  DNA
<213>  Dialister

<400>  25
atgagaaaaa aaatagcctt agcttcagcg ctcattttat ccatggttct tgccggatgt       60

tcccctgaca gcggatcgaa accagcttcc aatgcatcag ctctttctgc atcggccaat      120

tcgtcatctg ttccggccaa ggaatcttcg acactcgtat tttacaggcc gacagatgat      180

gctcttcata ttctccctgt ttccatcaag gtgaaggcgg aagatcacac agccaagaat      240

gcagtcgaag agatgatcag gtatgacagg aaagccaagt atccgttcat ccctgccggc      300

actcatctga aggacctgtc cattcaggac ggaacggcta tcgccaactt cacgggtgag      360

gtcaaccaga tcaaaggcgg aacatcggaa tcccttttca tcgctatgac ggttgatacg      420

ctgaccgaat tccccaatat aaaacgcgtg gaattccggg cagaaggaaa accgctccag      480

ttccagatgg atatgaccaa gcagttcatg agagatgaaa gttacatcca gcagaccaag      540

acttaa                                                                 546


<210>  26
<211>  594
<212>  DNA
<213>  Dialister

<400>  26
atggcaacta acagaaatct ccgttttaag accagcagac gtttcggcgt aaacatttac       60

ggccatccga aagcgttaaa acggcaggta gctgaaaccc gtcagaaaaa acagtctgaa      120

tacggcgttc agctcgcaga aaaacagaag gttaaagcga tgtacaacct gcttgaaaag      180

cagttctacc gctattatga taaagcaagg agaatgtccg gcgtcgtagg cgaaaacctg      240

ctgttcctgt tggaaacaag actggataac cttgtatacc gtgcaggctt tgcacgttcc      300

atccgtcagg ctcgtcagat ggtaacccat ggactgatca acgttgacgg caagagagtt      360

gatatcccgt cctatccggt acgtgccggc caggttatct ccctccgcga agcttacaga      420

gctaacgaaa tgttcaagca gtccttccag gaactgaagc ccttcgatct tccatacatc      480

gaaaagagct tcgacaactg gacagctact ctgaccagat tcccgcagag agatgaactt      540

ccgtacaaag acgaagtcaa cgaaaccaac atcgtcgaac tgtactccaa gtaa            594


<210>  27
<211>  1014
<212>  DNA
<213>  Dialister

<400>  27
atggatgagg aaaaaccgat catattgacc gcgcagggaa gtttctctgc cggcggaaag       60

acgctgaagg cggaggggac gtatgaccct tctcatgcgc ttgatcctgc cggacagaca      120

aagcatgtcg atcatgccta tgtgttttat caggcgccga aggatgcgag gccgaacgct      180

ctcgtgttcc tccatggagc cgggcagagc ggagccgcat gggagacgac gcctgacggg      240

cgcgaaggat tccagacgat attcctccgt aagggataca aggtattcct gatggaccag      300

ccgggacgcg gcagggcggc gagtgttttg acaagtgcat ccgtcgagcc aaaaccagac      360

gaagcgctct ggtttgatat tttccgcttc ggccattatc cggaaagatt tcccggcgtg      420

cagattcctg aaggggaaga ggccgccgac cagctctggc ggagggtgac accggatacg      480

aggacctttg ataccgagct tgtctcggat acgctatcag cggcaatcga ccgtgcaggg      540

ccttctgtca tcgtgacgca ttcgcaggga gccggcgcag gctggcgcgc tgccatgaag      600

aatgacaatg tcaggggcat cattgccctg gagcccggcg gaggattcct ctttcctgat      660

gacgatgtgc ccgatccatt gatttccaca agccccttcg gtgctcttaa ggcagaaggc      720

gtcgatccga gggatttcca caagctgacg gaaatcccga tcctcatgat cttcggagac      780

aatattccag acgacatgac acgctggggc ggcgaagaca actggagagt ccgccgcatg      840

gaagcggaaa acatggcaga agaaatcaac cggcagggcg gggatgcccg tgtcatacgg      900

cttcctgacg tcggaatcca tggaaatacg catttccttt tcgaggatct gaataaccgt      960

gaaatcgcgg atctcatgga agactggatg atcgaaaagg aactggacag gtaa           1014


<210>  28
<211>  549
<212>  DNA
<213>  Dialister

<400>  28
atgaagaaac acgccaagct ttatatcacg atagcggtca tcctgctcct tgctgtgggc       60

atctacgctc tcttccgcgg cgacacgaaa cgcatgaatg ctgccgccgg ttccggaaat      120

ccggccatgg aattcgataa tatcgatctg aaggaagaca aggacggcaa gcctgtatgg      180

cgcttcaagg ccaagcatgt cacgatgagc caggataaga acatcatcga gatgacaggc      240

gtcgacgggt cttttatgaa agatgacaac gaaatcgatc tgacagctga tacgggcaaa      300

atcgaccgca aggcgcagac cgtttacgta gaaggaaacg tcaagggaaa atccaaggac      360

ggactcgtcc tttatgcaaa gaacctgacg tatgatggca agacacagat cctttccacg      420

gatcaattct tcacagcgga aaaagacaac cgcgtactga caggtgacag cttcacggga      480

gaccgggtgc tgcagcagtt aaccgccaaa ggacatgcga agctcgcaga caaggaggac      540

gcaaagtga                                                              549


<210>  29
<211>  687
<212>  DNA
<213>  Dialister

<400>  29
ttgggcgaaa cagtcaacat actggtcatg gtacctggct gtattcagaa tcgcgagact       60

cacgcgtacg gttttcgtgc gcgtgggtct tttttgttcg tattggatag agggatcatt      120

ttgagctttt ggctttttct gagcaatctt cttcttggtg caggccttgc catggacgcc      180

ttttccgttt cgctggcaaa cggcctgcag gaaccgtaca tgaaagagag gaagatgacg      240

ctgatcgccg gtgtctttgg atttttccag ttcgcgatgc catttatcgg ctggatttgt      300

gtcaatatgc ttatcgatgt gttccagttt ctctggccgc tcatcccgtg gatttccctc      360

atccttctct gcgccatcgg cggtttcatg atcaaggacg gactgacggg cgaagaagaa      420

gccgtccatc cgcaggtcca tatgaaggcg ctcctcctgc aggggattgc gacctccatc      480

gacgcccttt ccgtcggctt tacgattgca gaatacgatg catccgacgc gctccttgct      540

agcctcatca tcggcatcac caccttcttc atctgcatcg caggcctcat cctgggcaag      600

acattcggca tgaagcttgc ggacaaggcc atcattttgg gcggtatcat cctgattgcg      660

atcggcattg aaatcttcat cggctag                                          687


<210>  30
<211>  426
<212>  DNA
<213>  Dialister

<400>  30
ccacgtgggg gacctcttga aagacctcgt cgggaaataa ggaaagcaaa aaaggagctg       60

ggaaacggat tatcgttttc ctgctccttt tatattccaa ggaaggatat aataagtata      120

gaaaatactt taagggggtg gcggaaattg atgaatggtg atgtcagaga ttttgtagat      180

aggatccatt atggtgacga attggttttc atgtatagag gacagaaatt ctttttggaa      240

ggtctctttc aggatgacaa caaattcacg acttatctgg accgctggga acttccggga      300

accgattata tctgggttgg caaaggagat aaaacctacc ctgtgcagga atttctgatg      360

gccagactct gggatggaag aaccttttgg gaagcggagt ctgaaatgga atgggttgat      420

tactaa                                                                 426


<210>  31
<211>  483
<212>  DNA
<213>  Dialister

<400>  31
gttccttatt tcagcgggag gttatttatg gaaattttaa cagacccaga gcaaatcagg       60

cagcacatca gagatatcta caagcccaat catttcatga tggattactt ccatatcaac      120

attgaagaga ttcactgcgg aagcgcaacg gtcagcctta agactgaccc agaaaagcat      180

aacaatcaga gaggcgttat tcatggaggc gtttttgcag cgcttgctga ttccgttaca      240

ggcgtgacaa gcgcaaccgt aggcgctgtt gttgcaacag ttacgctgac gatgaatttc      300

atccgtacgg taacgcctgg agaaacgatc cgcgtcacga gcaaagtcac tcaccgcggc      360

cgctctacca ttgccattac tgctgaaatg cgcgacgagg aaggacgcct tatgtccaat      420

atcctggcta acatgatggt catcggagaa tttcctgaaa tcccccacca ctggaacggc      480

tga                                                                    483


<210>  32
<211>  996
<212>  DNA
<213>  Dialister

<400>  32
atgggaggga caatgaatca ggatatagcg ctcattaccg agtatatgga caaagtcctg       60

gaaggcggag aaataacaaa ggaaatggcg gagaaacttc tcgactgcgg gaagcgcgaa      120

ccctatttcc tcatagcctc cgccgaccgc atccgccgca ctttctgcgg agatgagatg      180

cacttctgca gcgacgtcaa cgcaagaagc ggacgctgca gcgaaaactg ccgcttctgc      240

gcgcagtcag gctggtacaa cacaggcgtc aaggagtatc cgctccgccg tcctgaagaa      300

cttctcaaag aagcccgtca ggcagaagcc tatggcgccg aacgattcgg catcgtcacc      360

agcgggagag gccagaccga tcccaaacaa ttcgaatcca tcgtcgaaac agtacgcctc      420

gtgacacagc acaccggact ttccgtctgc tgctcactgg ggctccttac cgacgaacag      480

ctgaagagac tcaaggaagc aggctgcgaa agaatccact gcaacctgga aacgtcgaga      540

gattatttcc ccgaaatatg caccacgcat acctatgacg agaaaatgaa ccacatccgc      600

cgcatccatg ccgcaggact cgacgtctgc tccggaggca tcttcggcct gggagaaacg      660

gaaaaggacc gcctcgacat ggccttcgcc ctgaaggaaa gagacatccg ctccgtcccc      720

ttaaacatct tcaacccgat cccgggcacc ccgatgggag aaaccaagcc gccgcagccg      780

cttgaaatcc tccgctactt cgccgtctac cgcttcatcc tgccccacgc catcatccgc      840

gtatgcgcag gaagagaagg aggcctccgc gacatgcagt ccttcgcact cgccgccggc      900

ctcaatggcg ccatgatagg aggctacctc accatcgccg gccgtccccc ggaaaaggac      960

aaacaaatgg cacgcgacct aggccgcgtc ctctaa                                996


<210>  33
<211>  504
<212>  DNA
<213>  Dialister

<400>  33
aggcagatga tggataatct gtttcaccgc gtaagtgtac gtcagttcaa ggatcagcct       60

gtagaagagg agaagatcaa agagatgctc catgcaggca tgcaggcgcc aagtgcaggc      120

aatcagcgcc cgtgggtgtt ctatgtggtc acgaataagg acacgatcca ggcgctttcc      180

aaggtcagca agcattccgc atgcgcagca ggagctccgc tcattattgc tctggcatgc      240

aggaaggaaa agctgtcgtt ccctgaaaag attcagcagg atatggcgct ctgcgccggc      300

aacgtctggc tcgaggcaga taacctgggc ttgggcggcg tttaccttgg ggtttatccg      360

gaagaggaac gtatggccaa tacgagagca gccatcgatc ttccagaaga atatgatcct      420

ttctgtctgc ttgcgatagg ctatccggca cgtccgatgc gcccgcagca gaatcgcttc      480

gacgagacga ggattcacta tatc                                             504


<210>  34
<211>  486
<212>  DNA
<213>  Dialister

<400>  34
atggaaatga agaaaatcct tgtcccgatc gacgggtccg aaccatccaa aaatgcattc       60

aagctggctc ttgcgctggc ttcaaaaatg gacagcgaag tcatccttct caatgttgct      120

gatgtcaatg aaatgacata tacggtcgaa caatttgata tcctgaccga ttcttatttc      180

ggcaagaagg atatgcctgc cggcgagtac aaagattacc gtgcagacgt attcaaggca      240

gccaacgaaa aaggcaatga attgacaagg gaactcgttg aacagatccc ggagggcatt      300

acctataccg ttacaacgaa gatcggcacc ccgggcccaa ccattgtcag agctgtcaag      360

gaactggaag cagacatagt cgtcatggga aacagcggca aaggcgccct ttcccccttc      420

gtcaccggca gcgtcagcca gtacgtcatg catcatgtag aatgcccggt aacaattgtt      480

aaataa                                                                 486


<210>  35
<211>  1470
<212>  DNA
<213>  Dialister

<400>  35
atggagaaga aagttaaagt tcgttttgca ccaagtccta cagggccttt tcatattggc       60

ggcgccagat ctgctttgtt caactggctc tatgcacatc atatgaatgg tacattcctg      120

gttagaattg aagacacaga cttaaagaga tctacgaaag aatccgaaga aaacataaag      180

gattctctga aatggctggg acttaactgg gatgaaggca tcgatgtggg aggagacaat      240

ggcccatata gacagactga acgcctcgat atttacaatg cagaagttaa gaaactgatt      300

gacgaaggaa aagcctacta ctgctactgc acagaagaag aactggaaga aagcagaaaa      360

gaacagatag cagcaggcaa gactccggtt tatgatggac attgcgaaca tttaacgcag      420

gaacagattg atcagtataa ggctgaaggt cgcaaaccgg tcgtccgcct gaaagtcaga      480

aaagatggtg tgtttgcatt tgatgatatg gtcagaggcc atgttgagtt ccaggcatcc      540

ggaatcggtg atttcatcat tgtaaaatcc gatggcattc cggtgtataa cttcgcagta      600

gttatcgatg atgccaagat ggggatcact cacgttatcc gtgctgaaga acacctttcc      660

aatacaccca gacagttagc tatttatgaa gcgctgggtt atgaagttcc taagtttggt      720

catatttctc tgattctggg tgctgaccat aagaagatga gcaagagaca tggcgctacc      780

tcagtgactg aatatagaaa tatgggatat cttccgcagg ctatgttcaa ttacctggct      840

ttgcttggat gggctccgca gggagaacag gaaattttct cagtagatga attagtcaag      900

cagttctcta tgaaccgtgt ttcctccaat gatgctgttt ttgatattga aaagctgaac      960

tggattaatt tccagtatat gaagcagtta acaccggatc agctgctgga actgactctg     1020

ccatttattg aaaaggcagg atacgtgcag gaacctatcg atgctgataa gaaagaatgg     1080

ctcaaagcag tcgtgtggta tgtacgtgat catttgtatt atggtgcgca ggctccggaa     1140

aatgttaagg ttttctttga agatctcccg gcgcttcagg atccggagct gcttgctgtc     1200

atgaaggctg aaacaagtgc attgatcatc aaatcctttg cagaagaact gaaaaagctg     1260

gaatccttcg atgctgattc tatcaagagc tgttttaccc gcctgatgaa ggaaacaaaa     1320

gtcaaaggaa aagctgcatt tgaaccagtc agaattgctt tgacaggcgt tacccatgga     1380

cctggcctct atgatatgat tgcattattt ggtaaagaaa aggccgtcaa actcttagaa     1440

gatgctttgg cgtattgttc tgacaattaa                                      1470


<210>  36
<211>  1296
<212>  DNA
<213>  Dialister

<400>  36
atgtttatcg atagagcaaa aattatagta acgtcaggtg ccggcggcga cggaatggtt       60

tccttccgtc gtgagaagta tgttccgcgc ggaggcccga gcggcggaga cggcggcaat      120

ggcggttccg tcattgtcgt tgcaaatcct gatttaaata ctctcgtcaa tttccgccgt      180

cacaggcact ttacagccaa taagggtgaa aatggcggtg caaaggaaat gtttggcaaa      240

aatgctgaag atgtcatcgt cgaagttcct ttgggaacaa tgatttatga taataaaact      300

ggcgaacttc ttgcggatat gacgcaggaa ggccaaagag cagtcattgt caaaggcgga      360

catggcggaa gaggcaactc tcattttgca acaagtgctg tccgtgcccc tacatttgct      420

gaaaaagggg aaccaggaga gcagaaagaa atcagactgg aacttaagat tttagcagat      480

gtgggtcttt tgggattccc aagtgtcggc aagtccagtt tccttaggaa agtttccgct      540

gccaagccgg aagttgcagc atatcacttt actacacttt ccccgatcct tggcgtggta      600

agtcttgacg acgaaagaaa tttcgttgtt gcagatattc cgggccttat tgaaggcgca      660

agccagggcg ttggccttgg ggatgaattc cttcgtcatg tagaacgcac aaaggttttg      720

atccatattc tggatgctgc cggaagcgaa ggcagggatc cttttgatga ttttaacatt      780

atcaataatg agctctcgtt gtacagccca aaacttcttc agaaaaaaca gattgttgca      840

gccaataaga ttgattcgat acaggatcct aaagtgcttg atgatctgag gagcaaaatc      900

gaagcgaaag gttatgaatt cttcccgatc agtacactga caggagaggg aatccgcccg      960

ctgcttgaaa gcgtatggga cctgctgcag gaaatcccgg atgtccagaa tgaggaatcc     1020

gaaaaagtta ttgtttatga agaacctaaa gaggaattca ctgtcgaagt caaggatggc     1080

gtattctaca taacagggaa gcgtattgaa aagctcgtaa gcatgacaaa ctttgaggat     1140

tacgtttctt tgagacgttt tgatcgtgca tggaaattca tgggcatcga taagctgctc     1200

aaaaagaatg gcattcagga aggcgatacc gtcaaccttt atggaactga atttacgttc     1260

tctgacaata ggaatcagga agagacagaa gaatag                               1296


<210>  37
<211>  1827
<212>  DNA
<213>  Dialister

<400>  37
atgtgcggta ttgtaggtta tgtcggcagc ggagaagctt ctgaattttt aattgacggg       60

ctccgtcgtc ttgaatacag aggctatgac tctgccggta tcgctgtgta tgaaaacgga      120

aagatccaga tcgaaaagaa gaaaggcggt ctggctaatt tggaagctgt tcttaaggaa      180

catcctctcc atggacatat cgggatcggt catacacgct gggctacaca tggaaagcct      240

tctgatgtga atgcacatcc tcacggcgac tgccataatc actttgtcat tgtccacaac      300

ggtatcattg aaaattacat gacgctgaaa aaggaattga ttgaaaaagg tcatgttttc      360

aagtcagaaa cggataccga agttgttgca catcttgcag aagaacttga tgatggcaat      420

ttcctttcta ctgtcagaaa agtactggct aaaattgagg gctcttacag tctggtattc      480

atggatgatt ccgatccgga taccattatc tgcacgaaga aggataatcc tctgattatc      540

ggtctgggca agggagaaaa cttcattgct tccgatattc cggctgtcat caaccgtaca      600

cgccagattt acatcatgaa tgattatgaa cttgctgttg tcaagaaaga cagcatcact      660

ttctatgatc atgatgataa ggaaatcaca aaagaaatcc atgaagtaac atggagtgct      720

gaagcagcag aaaagggcgg ctatccgcat ttcatgctga aagaaattta tgaacagccg      780

aaggctattc atgatacagt ccagatttat cttaataaag acggatccgt aaacttcaag      840

gatctcggct ggacagaaga ctgctttgat gatattgacc acatcctgat cacagcatgc      900

ggaactgctt atcatgcagg tcttgtagca aagcattaca ttgaacgctt tgtcagaatc      960

ccggtttctg tcgaaattgc atctgaatac agatacagca atcctctgac gacaagcaag     1020

acactctgta tcgtagtcag ccagtccggt gaaacgattg atacactggc agccctgaaa     1080

gaagcaaagc gtcttggcgc aaagagcctt gctgttacca attccatcag ctcttccatt     1140

gcaagagaat ctgataatgt catttacaca atggcaggtc cggaaattgc agttgcatcc     1200

accaaggcat atacgacaca gctcgtagcg cttcttctcc ttgcgctgta catgggacag     1260

ctcaggaaga ctgtaaagcc ggaacttgtc aaggaaatca ctgatgccct gaaagatctg     1320

ccgaaacaga tcgaaaaggt actgaaggaa aatgattaca tggcagaagt agctgaacgt     1380

ctgatcaagg ctcacgatat cttctatctg ggacgttcca tcgactatgc gattgccatg     1440

gaaggcgcat taaaactgaa ggaagtatct tatatccatg cagaggctta tgcagccgga     1500

gaattaaagc acggcactct tgccctgatt accgaagata cacctgtcat tgctgtagct     1560

acacaggata atgtcagctc gaagatgtac agcaacatcg aagaagtccg cgcccgcgga     1620

gctgaagttc ttggcatcgg ttatgaagat gatgcagaaa tcggcaagta cacgacggaa     1680

actgtcagaa tcccgagagt ggatcctttc attgcgccga tcctttccgt tatccccatg     1740

cagcttctgg cttactacac cagcatcaag agaggcaaca atgtagataa gccccgcaac     1800

cttgccaagt ctgtaacggt tgaataa                                         1827


<210>  38
<211>  972
<212>  DNA
<213>  Dialister

<400>  38
gtgaatagtt cctggttaat ggatgccggt attttcgtgg tttcttttgg cacagcattt       60

tacgtgctcg gcaggctggg aaggaagcag gcggctaagg ccgtgaagaa ggcggatacg      120

aaggtccgca gcgcagcaga ggagagggaa gcagcgagga agtcggctga tctgaccatc      180

cgtcagctgg gcaatgagaa acttgccgta attaccgggg atctcacgac gtttactgag      240

attttcagca agattgaaaa tgtggatttt gaagctggca gcagggctgc tgaaatggct      300

gatttcgttc cgggagggga tgagaacaga aggcttcagg caggaattgc caggatcagg      360

agacttgaga gaaatgacga tcctgattta agaggacttc gcatccgtgc gctgggtgtt      420

tctgatgcgg agacactttt tgaaagggca tcggggaaga atgaaatttc ctatagttct      480

tcgatcaatg cgactgtcaa atggctgatg acgggcaagg tggaaggcga tgtcttcgga      540

ccggatgcga ataattccgt cttcgtcggc ttcggcgatg gtccgtctca tacgaggggc      600

gaggaaaaag catcgagctt ccgcacgaag atgtatccgc aggaagcgga acagttcgaa      660

gcggaatcca aggtcgttgc ccgcctcgct gtccagctct gcactctggc ggagggtcag      720

aggaaggtgc tggaaagcaa cacgaagaat ttccatgccc gtgtcaaagc gctgaagcgt      780

atcgtcgatc aggaagggta tgactggaac aagtacggca aagaggatag aagaatcatc      840

gccctcgctg cccgccaggc cagaaatatc tccgtgatcg tcaccatggg tcttctccac      900

gatgacggtt cgatcaatag agaaatcctc ggcgtcattt cactcctgaa attcaacgag      960

gaagaagaat aa                                                          972


<210>  39
<211>  1272
<212>  DNA
<213>  Dialister

<400>  39
atgataactg aaatcataac cacaggcact gagctgcttt tgggagagat tgttaacgag       60

aatgcgcagt ggcttgcatc ttttatgaat gaacatggtt atactgtggc atatttgacc      120

acagcagggg ataacccgaa acgtttggaa gagactttca agactgctct ggcaagagcg      180

gatattgtta tcacttcagg cggactgggc tcaactatgg gagatattac aaagaaagcc      240

ggagctgacg cattggggat tccattcatg ctaaatgctg acgaatccat tcggctgaag      300

tcatattatg aacagaagaa gcgtaaatat cttccgcctt tagaaaggca ggcctggttt      360

gccaaagggg ctgttttact gaaaaacgag tatggttccg cttccggatc agtaacagaa      420

tgcaatggca aattgctgat tcatctgccc ggacctccat ttgaaatgaa aatgatggcg      480

cagaatcaga tgatgccatt ccttgaggaa aaattcggga atcagggcgt gattcgttct      540

gctgaactgc cggtcaaagg attatcggaa gctgaaatag aaacaaggat cagccattta      600

ttaaaagccc agaataatcc tacaatcgcg ctcctggcaa gaccgggata tattctggtc      660

agggtgactg gaaagggatg cagtgcagat gatgcctatc atctgatgga accggtcata      720

aagcagatag gagaattgct gcctgtctca agttatcata tagaaaagaa tgcaagggaa      780

gatttagtca aggaaatcca aaacaataag ctgactataa gtgccgcaga atcttgcaca      840

ggcggattga ttgggaaact tctcacggat ctgcccggca gttctgatta tttcaaaggc      900

agtgcggtga cgtactggaa tgaagcgaaa gaaaatgtac tgcatgtcga tcctgaagtg      960

cttgaaaaat acacggcagt cagtgaaaat gtggcaaaag agatggcaga aggggcacgc     1020

agactttata agagtgacat atccgtttct actacaggtt atgccggacc aggctccgga     1080

gaaaggggag aaccggccgg gcttgtttat atcggggttt cagggccaat cgggactgtt     1140

gtttacgaag aacatttcat gggttcacgt aaaagcgtcc gttatgccgc tgcagaaacg     1200

gctttctatt atgctatgaa atacattaag aagttagtgc aggaagagag ggaaaaagat     1260

ggcaacagat ag                                                         1272


<210>  40
<211>  621
<212>  DNA
<213>  Dialister

<400>  40
atgccggata tcgaagctga agacaagaat atttcaaaag aagaacaacc ggaagtcagc       60

gcgccgactg aaatcggcaa accttccgaa ggctcccaga aagacatccg ctggtatgta      120

attcatacat actccggata cgagaataag gtcaaggata cgctgaccag aaaagttcat      180

tccatgggaa tggatgacac aatccttcag atccttctgc cgcttcagga tgaagaggaa      240

gaaaagaatg gagaggtaaa gactgtatcc cgcaaggttt tccctggcta tcttctgatc      300

cagatggaag tcaatgacag aagctggtat gtcgtaagaa acacgcctgg tgttacaggt      360

tttgtcggaa caactacgaa gccgattccg ctctctgatg aagaagcaga acgcatcatt      420

aatggcaacg gacagaaggc tcagccaacg actgacgtca agacagggga ccgcatccgt      480

atcaccaagg gaccttttga agatcgtacc gcagtagtgc tgcaagtatc cgatgacaag      540

agcaaagtca aagcggatat cagcaacttt ggcacgacga ctactatcga gctcgaagcg      600

ggttcattcg atctgctttg a                                                621


<210>  41
<211>  1065
<212>  DNA
<213>  Dialister

<400>  41
tctttatatt tatacaatat agcagcctgc tctcttgcgc caattcttcc caacagttat       60

actaatatga aattgttaat tttgaaggag atggatgcgt tgaattttgt tgatgcaata      120

gtggcgtttt taaatatcgg gctcttcagt tccctgatca gtcgtttcac aggtgccaat      180

accgccatac tggttttctg cagcttattg tacttaggct gtgaacctct ggaaacgatc      240

ggcattatgc tgacttacct ggtattttta agactaacca tatatacaca gaaccagaag      300

ctgaacttta aaaagctgaa ggtcttcagg ggattcagag tatttttccc gatacttctg      360

atcgtcattt cgcttttcct ttatccgttc gctgctttag ctattttcct gttcttattc      420

atgacggaaa ttctggctaa gatgaaggaa gaagtaccag atgaccgtca gatgacgact      480

tcacagctga ttccttatat tgccatcgga tctgtactca tcactgtatc catgatctgc      540

gtaaaattca ttcctgctgc ttattactac atttttggcg gcgctgcagg tcttcttctt      600

tgtttcttct tctggtggct gggacaggac agagaccgtc tttcttccat ctgggacaag      660

gtcattatcc tatcattcat tctccttggt ctttttggat ttgatatcgc agactggctc      720

gatgatatgc gccgcaatat caatccgaca ccgattgcct acaacctgcc gttcattttc      780

ctgccggttc tctacgtagg tttcctgatg gcaaatatcc ttttcggcat cttctctctt      840

tccggtatgg tcattgtttt ctttggcgca cttggactcc gcctcttcgg ttactatgaa      900

gtatccagaa aaggcaaggc aaacctgctc tccattggaa ttacagttct cgctttattc      960

ctcctgttcc tcacagctcc ggaaccgact ggggtttcca aactcgtaga tgctttcctc     1020

ccgacgaact attaccactt ccagggaata ctgaatatgt tttaa                     1065


<210>  42
<211>  501
<212>  DNA
<213>  Dialister

<400>  42
atgtatatgg ataattatat cggaaagcat ttgctggttg actgctatgg atgcagacct       60

tcttctatag attcgtcacc agatctgctt gcagccatga ttgatgctgc tgaaaaaatc      120

ggaatgacat taaaagaaaa cttctgccat gaaagcgaag atgaggtaat cattgctgct      180

tacggagata aatctcatat ctgcgtacat gcttacccgc agctttgtta tgcagccgtg      240

gatatttaca gctttgatgc agatttaaaa ccgacccgga ccatggtgat gctcagaaac      300

tatttccatc cggaaaaaat cagggcaacc tcagtcaaga gaggaaatat aaatcctgat      360

atgaagccta atatccattc gaaatcgaca acgatgcata agttcaaaaa tacaggacat      420

cagatgtcgg ctgccggaaa gaaagtagcc agctacattg tccaccggaa tgaaaagaga      480

gacggacttg ggccggaata a                                                501


<210>  43
<211>  834
<212>  DNA
<213>  Dialister

<400>  43
gatggaaagg agcagccaat gaaatggaag acagcggccc tggccgcgct tttgacaatc       60

gcagcttcca caggcgccat ggcgtatgat atgaatacgc tggcggaaaa gacgctgccg      120

aagagcttca agtacatggc cattccgggt gagcagacca tggaattcaa tggcgctgaa      180

gttccttaca agatggggca gctgcagatt acgctgaaaa gaagccagaa gttctactcc      240

ggctatatca tccgcacgac gcttcctcct gaagtggctg atgccatgca tccgtatttc      300

aggctgaatc cgactgtaac ggaatggagg gggcttgctc agctcaaccg cgctctcatg      360

aacccgtcct cgcagctcag gaagggaatc gacaagacgc ttctgaacct tgccgtcaat      420

gcactcgggc aggtcgcaaa ggaagatgtc aaagtcgaga tttcggacat tgaaccgttc      480

cgccgcctgg atgccggcga agcgtacgtg tatacggcag gcggccgtat cgtttatgat      540

gcgcaggggc ttttgatgcc gatgtatgcg cgttcctatt tcttcctggg tgaaaacgga      600

cttgaagtca tgatgcttct tgctccggat gaaggcaagg acatccttgt ctatgccatc      660

gatgatctgg ccaaggcagc cgctaaggaa gatcttcttg gcgcaggcgg ctacgcggat      720

atcagtgtca tcctcggccg tcaggaaatg ggtcttgaaa aggatcccga agcaggggaa      780

agtgaagctg acgaacagaa ggaacaggag cagatcacac agaaagcaca ataa            834


<210>  44
<211>  777
<212>  DNA
<213>  Dialister

<400>  44
atgaccggac tttttgatac gcacgcccat ctctatgaca aagcgttcga caaggatcgt       60

gaagacgtca ttgcccggat tttcaagaca ctggattatg tcgtcattcc atcagaggat      120

ctggagacaa gccagaaggc agtccgccta gccgatacgc atgaaggaat ttatgccgct      180

gtcggcattc accctcaggt gacaaacggc gcatcagatg aagtgctcgc tgagattgcc      240

catctggcaa agactcatga taagatcaag gcaatcgggg aaatcggact cgattatcac      300

tatctctata cggataagga tacccagaag tattggtttg aaagacagat ccagatggca      360

aaggaactgg atcttcctat ccttattcat gacagggaag ctcatggaga tgttctggaa      420

atattgaagc gcaatgcagc cagccgcctt cgcggcattc tgcactgttt tttaggaagc      480

atagaaacgg caaaggaact gatgaagctt ggcttctaca tctcttttgc aggacctgtg      540

gtcttttcaa agagcataaa gctcaaagaa gttgctgcag atattcccat ggacaggctg      600

ctgattgaaa ctgacagccc gtacctgaca ccgcctcctt atcggggaaa aagaaatgat      660

ccgtccaacg tactcctggt tgctgaggag ctggcaagga tcaaaaatat ggatgttcag      720

gaactgattg atattacccg cgaaaatgcc atgaaaattt atcagattca tcaataa         777


<210>  45
<211>  768
<212>  DNA
<213>  Dialister

<400>  45
atgaaaagag gtaagcttaa actgttcggc ttcaacaatt tgacgaagac gctcagcttc       60

aatatgtacg acatttgtta tgccagtgca gaacaggaaa gaaaaaagta cattgcttat      120

attgatgagc agtacagtgc agaaagactg acccagattt tgaataaggt tgctgatacg      180

atcggtgcca tcgtgctgaa tacggcccag caggattatg atccgcaggg cgccagcgtg      240

acgatgctga ttgcagagga agaagtggaa aagcaggatg tggtcatgca tctggacaag      300

agccatatca ctgttcacac atatcccgaa atgcatcctc aggatgggat ctgcacattc      360

cgcgcagaca tcgatgtatc gacctgcggg aaaatctctc ctttgaaggc gctcaactat      420

ttgctgaagt catttgatgc agacatcgta atcactgact atcgtgtcag gggattcacc      480

agggatgtca atggcaagaa gatctatatc gaccacagaa ttaattccat ccagaattat      540

atgtcgccgg atctccgcca ccgctatgat atgattgacg tcaacgtcta tcaggaaaat      600

attttccaca caaagatgct gattcatgat ttcaagctgg acaactattt gtttgacacg      660

acggaaaagg aactcgacaa gaaggaagta aagagaatcc gccgcctgct caagcaggaa      720

atgtatgaaa tcttcaacgg caggaatatg ccggctataa aagattaa                   768


<210>  46
<211>  723
<212>  DNA
<213>  Dialister

<400>  46
atgaagatag aaacacataa tctgatcaaa cgctacggcg aaaaaactgt cgtgaatgat       60

gtcaatgtgg aagtcgagca ggggacgatc gtagggctcc tggggcctaa cggagccggc      120

aagacgacca cattctacat gatcgtcggc atcatccagc cggatgaagg ggacgtgaca      180

gtcggggaca cctcacttgt gggccttccg atttacaagc gccaccagtt cggcatcggc      240

tacctgccgc aggaacagtc tgttttcacg aagatgactg tatgggaaaa cctgatgtct      300

cttctggaaa caagaaaaga tctgacgccg gaagaaagaa ccgccaaggc ggagtctctt      360

ctggatgaat tcaatatcgg ccgtgtccgc gatacaaagg gcggagcact ttcaggcggt      420

gaaagacgcc gcgtggaaat cgcgcgctct ctgacgatgg atcctgcctt catccttctc      480

gatgaaccgt ttgcaggcgt tgatccgctc gctgtcgaag atatccagag cgtcgtcctc      540

cacctgaaga cgaagggaat cggcatcctc atcacggacc acaacgtccg cgaaacgctg      600

cgcatcgtcg acaatgctta catcctgtcg gaaggacgca ttctgttgca cggaacggat      660

gctgaaattg ccgtggatcc ggtagcaaag aagaactatt tgggagagaa tttcacttta      720

tga                                                                    723


<210>  47
<211>  456
<212>  DNA
<213>  Dialister

<400>  47
atgaaaagat atagaataat gaagataaag gaaatcatac agaatcaggt cattgaaacg       60

caggaagaat tggccgctgc tttgaaaaaa gaggggatcg tagttacaca ggcaactgta      120

tccagagata tcaaggagct tatgctgatt aaggttccct acaaggacag gcattacaga      180

tacgctttat ctgatgaaaa gcaaaatgtc atgcccaaga accacacagc catgttgttt      240

cagcaggcag tcacaaagat tgacagcagc atgaatcttg tcgttttaca cacgattccc      300

ggttccgcat cggcagttgc atttgctatc gatcatgcca attctgatgt ggttatagga      360

acgctggccg gggacgatac gattctgatc attttgaaga gcccggaaga cgttcctgtc      420

tttcttgaac atattcaagg actcttaaag tcataa                                456


<210>  48
<211>  438
<212>  DNA
<213>  Dialister

<400>  48
atgagtgaaa aagtagctgt catttattat tcagcgacag gaaatacaga agcaatggct       60

gaagcggttt ctattggggc taaaagtgtc gtagaagatg ttttgctggc accagtggct      120

gatgtggatc ccgagacaat cggaaaagaa tactcccata ttattctggg gtgttctgcc      180

tggggcgttg aagtcataga agaagagcag atgaaaccat tctgcgagaa attaaaacca      240

ttcttaaaag gcaagattat ggggattttc ggatcatgcg gatggagccg gggcgcctgg      300

ctcaattcgt ggtataatga attacacttc gcaggtgctg tattcccggc ccagcctctt      360

ttggcttatg gatatccgga taaggaatcc ttgaaaaagt gcgaagatct tggtaaaaag      420

gttgcaggaa cccgataa                                                    438


<210>  49
<211>  657
<212>  DNA
<213>  Dialister

<400>  49
atgaatgtga atgcgccgac ggcgccgttc aaaaagaaag gatgtttatt tatggcttat       60

gtaccgatcg tagtggaaca gaccgcacag ggagaacgtt cctatgatat ttattcccgt      120

cttttgaaag accgaatcat tttcctcgat ggtgaaatcg aggatcatat ggcaaacatc      180

atcattgccc agctcctttt cctggaagct gaagatccgt cgaaagacat tcacctctat      240

atcaacagcc cgggaggcgt cgtcaccgcg ggccttgcta tttatgacac catgcagtac      300

atccgtccgg atgtgtcgac catctgcatc ggctcctgcg ccagcatggc agccgtcctt      360

ctcacttccg gtgcgccggg caagcgtttc gctctcctgc actccaatgt gatgatccat      420

cagccgctgg gcggcgtaca gggccaggct acggaaattg aaatccatgc ccgtgaaatc      480

ctgcgcctgc gtgatgaact gaacggcatc ctttccaagc acagcggaca gccgatcgag      540

acgatccgcc gcgataccga aagagataac ttcatgaccg cggagatggc gcagaagtac      600

ggcctcatcg accgcgtact taccagaaac gagctggatg aattaacgaa gaaataa         657


<210>  50
<211>  519
<212>  DNA
<213>  Dialister

<400>  50
atggatgaaa ttttcagaag aggcgaatgc cgtaatttca aagagctgac accagtaccg       60

gatgaacagc tcctgacact cgtcaaggca ggcatgcagg ccagatccgt aggaaatcag      120

aaagacagag acttcatcat cgtaacaaga gaagacctcg tcaaagccat ttcccacaac      180

agcatcgtag caggcccggc aagaaaagca tctgctgcca tcgttatcgt aggcaagaaa      240

gaaggcgtca gcttccctga cgaatggtcc ttcgactgcg cagctgccgc agaaaacatc      300

ctgctcgaag cggaacacct ggggctgggg agcctctggc tgcaggttta tccatatcag      360

gacagaaaga tccacctctg caacatcctc gatatcccga ctgaacttga tccattctgc      420

atcgtagtca tcggctatgc cgaaaggaaa ccagtcgtac tgaaccgctt tgatgaaaga      480

gaagtatcat acgacctgta tacaaaccac aaaaagtga                             519


<210>  51
<211>  1302
<212>  DNA
<213>  Eubacterium

<400>  51
atgtggcagt cctttgttgt tttaggagga gttatggcag gcaaaaatgt agacgataag       60

cttagatgtt cattttgtaa taaaacgcag aatcaggtta aaaaacttat tgcaggtcca      120

aacggagcat atatatgcga tgaatgtgtt ggcatatgca gcgagattct tgatgaggaa      180

tttcttgatg atgataagat ggacgaatca gatgccggtc ttgatataaa tcttttaaaa      240

cctaaggaaa ttaaagaatt tcttgatgat tatgtaattg gacaggatga tgcaaaaaaa      300

gttctttcag ttgcagttta taaccactac aaacgtattt tgtcaggaaa agatctggat      360

gttgaacttc agaagagtaa tattcttatg cttggaccta caggttcggg taaaactttt      420

cttgcacaga atcttgcaag gcttctcaat gttccatttg caattgcaga tgcaacaaca      480

cttacagaag ctggttacgt aggtgaagac gttgagaata ttcttttgaa aataatacag      540

gcggctgatt atgatataga taaggctcaa tatggtatta tttatataga tgaaatagat      600

aaaataacta aaaagtctga aaatgtttca ataacaagag atgtttcggg tgaaggtgta      660

cagcaggcac tcttaaagat tcttgagggt acagttgctt cagttccgcc tcagggggga      720

agaaagcatc ctcagcagga gcttattcct atagatacta caaatatatt gtttatctgt      780

ggtggtgcat ttgacggact tgaaaaaatt attgaatcaa gaatggacaa gagctcaatc      840

ggattcaatg cagagataaa agagaagaca gatgcggatg taggagagat gtttcataaa      900

gttctccctc aggatttaat taagtttggt cttatacctg agtttgtagg tcgtgtaccg      960

gttgttgttg cacttgactc gcttgatgag gaggcacttg taagaattct tcgtgagcca     1020

aagaatgcta ttatcaggca gtatcaggca ttgttctcgc ttgatgaagt agaacttgaa     1080

tttactgaag atgcagtgcg tgaagtggca aagaagagtt ttgagagaaa gacaggagca     1140

agaggactcc gctcaatact tgaatctgtt atgaatgaag ttatgtttga aatcccttct     1200

gatgatacaa tttcaaaatg tattattaca aaggaagctg tagatggaac aggaaagcct     1260

gttatcgaat atagaactga gcaggtaaat aaagcacaat aa                        1302


<210>  52
<211>  1326
<212>  DNA
<213>  Eubacterium

<400>  52
atgagcaaac ctattgtagc tgttgtcggc agaccaaatg ttggaaaatc aacattgttt       60

aatgaccttg cgggacagca gatttctatt gtaaaagata cacccggtgt tacaagggat      120

cgtatttatg cagatgtgac atggcttgac aggtcgttca cacttattga tacaggcggt      180

attgaacctg aaactaatga tattattctt tcgcagatgc gtgagcaggc tgagatagct      240

attgagacag ctgatgtaat catattcctt actgatgtgc gtcaggggct tgttgattca      300

gatgccaaag ttgctgatat gctccgccgt tctcataagc cggtaatact tgttgtaaat      360

aaagttgata atttcgataa gttcatgccg gatgtatatg aattttataa tcttggcatc      420

ggcgacccga ttccggtttc tgctgtttca aagctgggaa tcggagatat gcttgatgaa      480

gtaattaagc attttcctga agattcagat ggcgatgagg aagatgacag acctaagatt      540

gctatagtag gcaaacctaa cgtaggtaag tcatcaattg taaataagct tgtcggtaaa      600

aacagggtta ttgtttccga tattgccggt actacaagag atgctattga tacaacgata      660

aagtataata acaaagagta tgtatttatt gatacagcgg gattacgccg taaaaacaag      720

ataaaagaag agattgaaag atacagtatt atacgtactg tagcggctgt tgagcgtgct      780

gacattgtta ttattgtaat tgatgcgata gaaggcgtta cagagcagga tgcaaagatt      840

gccggtattg cacatgaacg cggcaaaggt ataattgttg ccgtgaacaa atgggatgca      900

atcgaaaaga atgataagac gatatatgaa tataccaata aaataaaaga tacgctttca      960

tttatgcctt atgcagagat tctttttatt tcagcactca caggacagcg tctcaataag     1020

atttatgagc ttattgatga gattattgac agccagaaca tgcgtgtgcc tacaggtgtg     1080

cttaatgaaa tacttacaga agcagttgct atgcagcagc caccttcaga taaaggaaag     1140

cgtttaagaa tttattatat tacacaggtg tctgtaaaac cgcctacatt tgtaatgttt     1200

gtaaatgata agcagcttac tcatttttcg tatacaagat atattgaaaa taagattcgt     1260

gaggcatttg gcttcagggg aacttcaata agatttatta acagggaacg caaggagaaa     1320

gactga                                                                1326


<210>  53
<211>  1065
<212>  DNA
<213>  Eubacterium

<400>  53
atgaaacaga taattttaac cggtggtggc actgccggac atgtaacacc taatattgca       60

ttacttccaa gtcttgcggc tgccggatat caggtaactt atataggttc ttatacaggt      120

attgaaaaac aacttattga agaccttgga ataacttatt atggaatttc atccggtaaa      180

ttacgccgtt ataaaagctg gaaaaatctt actgatccat ttcgtgttat tgcaggatat      240

ttccaatcaa gaaaattaat cagaaaaatc aaacccgata tagttttttc aaagggtgga      300

ttcgtatccg ttcctgttgt tcttgcagca agccataaac atattcctgt aataatacat      360

gaatctgata tgacgcccgg tcttgccaat aaaatagcaa tgcgtggagc cacaaaaata      420

tgctgcaact ttcctgaaac acttaaatat ctgccaaaag acaaagcagt tcttaccggt      480

tctcctataa gacatgaact tcttcttgga aataaacctg ccggacttaa attatgcggt      540

tttaacacat caaaaccaat tattcttgtt gtcggtggaa gtaccggtgc tgtaaaagta      600

aataatgccg tgagagcaat ccttccggag cttctcaaaa aatatcaggt tgtccacctc      660

tgcggcaagg gaaagactga tgcatcttta aacggaattg atggctatat ccagtttgaa      720

tatataagtg accagatgcg tgatttattt gctataagtg atatagtaat ctcgagagcc      780

ggtgcaaatg caatatgcga actccttgct ctaagaaaac ctaatattct gattccgctt      840

tctgccaatg cgagccgagg cgaccagatt ctcaatgcta attcttttaa agaacatggc      900

tactcaagcg tcatgaccga agaagaaatc actcctgaaa aacttcttgc tgctgttgat      960

gatttgtata aaaacagaca aaaatatatt gatgcaatgg attcaagccc tcaaagcgaa     1020

gccattgata aaattatgtc tcttattaag gattgcagta aataa                     1065


<210>  54
<211>  2187
<212>  DNA
<213>  Eubacterium

<400>  54
atgaaaacac gctatgctaa aagaagaaaa aaattaaaaa taatggtgtt tattgttctt       60

gtatcaattg gaatcctttt tgcattattt gttaaaaaaa ataaaagtga acatgaaggc      120

attaatatgg cacaggcatg taaagtgata gcgtatgcct gcggatacca gccgtctgac      180

ggtcatggta attactggta tgatgaatat attgattatg tgcgtgaaaa gcagatattt      240

acagacttta aagccaagga tgcttttaca cggaaatatg caaaagaatt attttcatat      300

tgcggtgtga attttacgga agaactgtat tcatacgata cattttcaaa tgagcagttt      360

tcacaattga tttatgagtt gaaagatttt ttcagtagtg gagataattt atcatggatg      420

gaagcagcgg tagttgcaac tcctgacatg gacagtcagc tgtcaggatg gagtgtgtgc      480

acagacaaag gaatttattc atttaaaggt ctgaagcttt caggtaaagt tgataaaaat      540

tgtgtgttcc ttacatgtgg cagtgaaatt cttatgtttg taaaagaaac aggaacagaa      600

gtgatatata aaaatgtatg gatttataaa attgagaata acaaaatgta tattgatttg      660

tatggtataa aacgtaagtt tcaggtagga aatattgaaa atataggaag tgccctggca      720

gatgtttcac ttgaaaacaa aaagattgat gcaattaatc tgaaaaagga tacaatatcc      780

ggaaaagtac tgtctgtaag tgatgaatac atagaaatta caggatatgg aaaagttttt      840

gttgataata attttgtgag atacaatctt actgattatt ccgcagacag agatgtaaat      900

aatattgtta taggttatga tttgcaggat ttcattgtgg ccggaggaaa aatttgtggt      960

gcatttttat ctaaaggatt ttctccggga aatataagag ttctgcttaa aactacagga     1020

tatgctgata tatttcataa taaagtttca gttacttctg acaatgggta taaggtgtgc     1080

tttgatgaaa aagaaataca tgttgatgcg ggaaatatat ctgaatttga tatttcggat     1140

tcaaaatttg acaatggcag aatagagata aaacccgata cggcagatgg aaagataaaa     1200

gtgacaaata tttcacgaag tcagggtaat cctgaatatt atggcattat agaactgtct     1260

ttatgggatg aaggaatagt tataataaat gagacagata ttgaacagta tcttaaaact     1320

gttgtaccaa gtgaaatgcc tgtaagtttt ggtattgaag cgttaaaagt gcaggcagtg     1380

tgtgcgagaa gttatgcgta taaacatctt accaatgtag gttatgcatt atatggtgca     1440

catgttgacg acagcacaca gtttcaggtt tacaataata atttggaatt tgatgcatca     1500

aatcaggcaa ttcttgcgac aaaaggcgag atgttaagat atggtgatga tgttgttcag     1560

gcatattatt attcgacatc gtgcggcagt ggcacagatg tgacattgtg gggctcatca     1620

aaggaaagtt atccgtatta tgaaagccgt gatataggaa gcagtgaaag aaatattaat     1680

tatatggatg aagaatcctt tgcttcgttt ataaaacaga agtatgacag tgattatgac     1740

agcacatgta attattacag gtggaaaatg actgtgagtg acaaagattt gagcagctcg     1800

tttgattcaa agatatcaga tgtggggatt atacagaata tatatgtcag gaaaagagta     1860

tcaggtggag ctgccgtaag cgttgttgtt gaaggtgata agaatacagt tacgcttgac     1920

agtgaatcac ttataaggca ggcatttgga aatgctgcag tgacgcttga gacaaatggc     1980

ggaactgtca atacaccata tcttccaagt acattctgta tatttgaaag ccaggaaaaa     2040

gatggtgaaa aatattttgt gattacggga ggcggtttcg gacatggcat aggcatgagc     2100

cagaatgccg taaatgccat gacaaaacga ggtatgagtt acaaagatat attagagttc     2160

ttctatccag gaaccaaagt cgcctga                                         2187


<210>  55
<211>  780
<212>  DNA
<213>  Eubacterium

<400>  55
atgattcaat atgaagttgc attggaacaa ttggaaattt ttgttttgat acttatgcgt       60

attgcatctt tcatatatgt tgcacctttt tttaatacag ctaatgttcc aagaagaaca      120

aagattggac tggctttttt tgtaacagtt cttgtatata gtgttaaggc ggatatgaca      180

gtggaatatt ccggcattat aggttatgca gttgttgtcc tgcaggaagt tgcagttggt      240

cttattcttg gtgcaatggc atcgttttgc gtccagatta ttatgtttgc cggaaaaatg      300

atagatatgg atacaggtct tgcaatggct cagattatgg atccgacaac taatgtgcag      360

gttggtattt ttggtaattt ttattactat atacttcttc tgcttctgat ggtatcaggc      420

ctgtacagat atctgatttc tgctattgtt gagacatata atgtcattcc gataggacag      480

gtaaagtttt ctgcatctat ttataatgat ataattggat ttatgtcaga ttattttgtc      540

ataggcttca gaatcgcact tcctgtattt tctgcaatac tgcttctgaa tgttattctt      600

gcaattcttg caagaattgc accacagatg aatatgtttg ttgttggaat gcagcttaaa      660

atatttgtcg gcatatttgc tgtctttttt acaatagtga tgatgccggc agtatcgaca      720

tttattgaag atgagataaa aacgcttatg gcttcactcg taagggggat gagcccatga      780


<210>  56
<211>  852
<212>  DNA
<213>  Eubacterium

<400>  56
atgaattcaa taacaatgaa attaaatgca gaccatctga tacagcaggc tcttgctgaa       60

gatataacaa gtgaagatat aacaactaat gccgtaatgc ctgatgcatg tccgggagaa      120

gttgaactta tatgcaaaca ggacggaata atatgcggac ttgatgtatt tatgcgtgtg      180

ttcagcctcc ttgatgaaaa tactgaattt gatatgaaag taaaagacgg cgacaaagtt      240

acaaaaggcc agcttatggg aatcataaaa ggcgacataa gagtcctttt gtcaggcgag      300

agaactgcac ttaactacct tcagcgaatg agcggaattg caacatacac aagaagtatc      360

gccgacctgc tttccggctc caaaacccgt cttctcgata caagaaagac aactccaaac      420

aacagaatct ttgaaaagta tgccgttaca gtcggcggcg gatacaatca ccgctacaat      480

ctttccgacg gtgttctcct taaagacaac cacatcggtg cagccggaag tgtcagaaaa      540

gccgttgaaa tggcaagaga ctatgcccca tttgtaagaa aaatcgaggt tgaaactgaa      600

aatcttgaca tggtacgcga agctgtcgaa gctggtgcag acatcatcat gcttgacaac      660

atgacacctg aacagatgaa agaagctgta aaaataatag acggcagagc aaaaacagaa      720

tgttcaggaa atgtaacaaa agaaaatatt gacagattaa ttaatatcgg cgtagactat      780

atttcaagcg gtgcacttac acattcagca cctattatgg atatttccct caaaaatctt      840

cacagaatat aa                                                          852


<210>  57
<211>  492
<212>  DNA
<213>  Eubacterium

<400>  57
ttgaaaaaag atgagataca gacattttca tatcgcattt cacaggcaaa taagacgcag       60

cttattgtaa ttatgtatga tatggctata cagtatgtca gcgatgctat cgaaaataat      120

tatgaaacgc agtcagaaaa agatgaatat gagtctgatg tagttcaggt caaaagagtt      180

gtagacagcc ttgtgacttc gcttgatatg cagtatgaag tgtcagtgca gctttataac      240

atttatcttg taatgcaaag gtatcttgta aaggcggttg caaaaaagga taaaaataca      300

attatgctgc ttgaatcagt aaagaaaatg cttgagacaa tgagaaaatc attctatgaa      360

ttaagtaaac aggatgattc agaaccactt atgaaaaata cacagcaggt atatgctggt      420

tttacatatt caaatgatgg tggttcaaat gagtattcaa aaggatacga aaacagagga      480

tataaagttt ga                                                          492


<210>  58
<211>  1704
<212>  DNA
<213>  Eubacterium

<400>  58
atgtataaag gaattggtgg gtcttcgggc tatggaatcg gaaaaattgt tattataaaa       60

aatgatatgc ctgtgtacga gataaaatcg ccagagaata aagaaaatga aataaaacgt      120

tttttacagg cagttgataa atttattgaa aaaacaacaa aaatggctga acatatgaga      180

aaaacagcag gagaaaagaa tgcagaaatt atagagggac atataataat gctgtcagac      240

ccatttatgc aggatgaaat taaagataag ataaacagcg gaatgtgtgc agaagaagct      300

gttgataaag tatgtgaaca gtttattgaa atgtttacaa tgacagatga tgagcttaca      360

gtccagagag cggcggatat taaagatatc aggcttcgtc tgttaaaaat tcttacagga      420

gacagagata ttgatataag cgaagtgcct aaaggcagca taattgttgc aaaagattta      480

acaccttcaa tgactgccgg aattgtaaag gaaaatgtag aaggcatcat aacacaggca      540

ggaggcttta catcacattc tgctatactt gcaagagctt tggaaatacc gggagtgttc      600

agcgtagatg atataaccga caatgcaata gatgggatgg aggcagtgat tgacggaaaa      660

gaaggatgtg tcattcttaa tccatcaaaa gaagagatta cagaatatac agcaaagaaa      720

gaaaaatatc ttaaagataa agaagaatta aataaataca gaaacaaagc cacaaaaaca      780

gctgattcta ttgagataga actgtttgga aatataggaa aaccagaaga tgcaaaaaat      840

gtcaaagata atgacggtga aggcatcggg cttttcagga cagaattttt atttatggaa      900

aatacgcaga ttccatcgga agaagagcaa tttgaagcat ataaaaagac agctgttatg      960

atggatggaa aagaagtaat aatacgaacg cttgatgttg gaggagacaa aaatattcca     1020

tatcttggaa tggaaaaaga ggataatcca tttcttggat tcagggcagt cagatattgt     1080

cttgacagaa aagaaatgta taaaattcaa ttaagagcat tgattagagc aagtgtattt     1140

ggtaaaataa agataatgat acctcttgtt acgtgtgtaa atgagctgag agaagtaaaa     1200

gttttagttg aagatatcaa agctgacctg gatagggaaa atatacctta tgataaaaat     1260

ataagtgtcg gtgttatgat tgaaactcca gcggcaagtg aaatcgctga tctgcttgca     1320

aaagaagctg attttttcag tatcggtaca aacgatctta cacagtatac aatggctgtt     1380

gaccgtggca attcgaaggt tgcatattta tattctgtat acaatcctgc agttatacgt     1440

tcaattaaaa gaattataag tgcagctgca aatgagaata ttatagcagg aatgtgtggc     1500

gaagctgctg cagatccact tcttacacca cttcttatat catttgggtt aaaggaattc     1560

agtgtaaatg cgtcatcgat tttaaggacg cgtgcacaga ttgcaaaatg gacaaaagct     1620

gaggcagata aagttgcaga tgaagtcatg aaatgtgcta cgcaggaaga ggtatatgag     1680

atattaaaaa gatatgaaag ataa                                            1704


<210>  59
<211>  750
<212>  DNA
<213>  Eubacterium

<400>  59
atgagcaata atttgttgga agtaaaagac ttgtcagtaa atgttgaaga acagcagatt       60

cttcgtggta taaatttgaa tattggtaaa ggggagactc atgtgcttat gggacctaac      120

ggtgcaggta aatctacact cggatacact ataatgggta atcctaagta cagcgttaca      180

gacggcgaga ttatatttaa cggaaagaat atagttgatg aagaggttaa tgtaagagca      240

aaagacggaa tattcttatc attccagaat cctatcgaaa taccgggaat ttcactcagc      300

aattttataa gaagtgcatt ggagcagaga aatggtaaga gaatccgtct ctgggaattc      360

aagaaagaat taaaaaaggc aatggaagtt cttgatatgg atgagtcata tgcggaaaga      420

gatcttaatg tgggattttc aggtggtgag aaaaagaagg cagagatttt acagcttctt      480

atgttaaagc cgtctcttgc tattcttgac gagacagatt ctggccttga tgtagatgcg      540

gtgcgtacag tatctaaggg tgtctgtgaa tatcagaagg acaaggaggg ttctcttctt      600

attatcacac ataatactaa gattcttgaa tcactccacg ttgattacac acatgttctt      660

gtagatggta agattgttac aacaggcgga gcagagcttg tagaagagat taacaataac      720

ggatttgaca gatttgtgaa gggagagtaa                                       750


<210>  60
<211>  645
<212>  DNA
<213>  Eubacterium

<400>  60
atgtcaaaag gtgaagaaac aaaaaacaga attctttttg tggcaagaga tttattttat       60

gaatatggat tccataaaac aactgcccgc atgatttctg aaaaagccaa tactaatctt      120

ggacttttga attattactt taaaaataaa aacgagatgg gacttataat atacagcagt      180

atccgtgaca ggtttgatga acttatcgca gaatattttc ctgatatgga cgagtttacg      240

ctgttcctgt tctatagtac tcttgaactt tatctttgta ttacaaatga aaaatatggc      300

aatttttttc atgaatttat cggtggtgaa ccaaaaaaca gacgttttat ccaggaacat      360

atctccgatg tattctgccg ctattcttca gaatatgcac agacaccgga atatacaatg      420

cttgcaacaa taagtatatc ggccatcaaa cctgccgttg tagattacgt tctcaatcac      480

aaaggtgaga ttaagacaga tacctattta agatattatc ttgaacagca gcttcacttc      540

cttggtcata acaaaagtga agctgactca tatattgaaa aagttcataa gttttatata      600

agtgttgcac cgcgttttac accggttatg acaccacttg tttaa                      645


<210>  61
<211>  366
<212>  DNA
<213>  Eubacterium

<400>  61
atgaagtata gtaattttga aacattgaag aaaaacagtg attttaaaaa agtatataat       60

aagaagattt cgtatgcgaa taagtatctt gttatgtata ttttagagaa tggaacggat      120

acattaagac ttggagtatc tgtgagtaaa aaggtcggga acagtatcgt ccggcacaga      180

cttgcgagac ttatacgtga agcatttcgt cttaataatg ataatgtaaa gcgtggtctt      240

gatattgtcg ttgtggcaag agcgggtctg aaagaaaaag gttataaaga aactgaaagt      300

gcaatgcttc atcttatgaa gcatcttgat ataattacag acccaaaaga ggaaaataat      360

gattaa                                                                 366


<210>  62
<211>  399
<212>  DNA
<213>  Eubacterium

<400>  62
atgagaacgg aggatattaa gcctattaaa gttggcagaa ctgaagatgc agagacatgc       60

gatgcaattg agattcacag cgacttatta aagatagtca acacaacact tccggaagag      120

acagaattat atgatttggc tgaactgttt aaggtgtttg gggattcgac cagaataaga      180

atactgtttg tattgtttga agcagaagta tgtgtatgtg atcttgcagc tgcactgaat      240

atgacacagt cagctatttc acatcagcta aagattttaa aacagagtaa acttgtaaag      300

agcagaagag aaggcaaatc agtgttttat tctcttgcgg atggtcatgt gagaacaata      360

attgcacagg gaagagaaca tatagaagaa gatttataa                             399


<210>  63
<211>  762
<212>  DNA
<213>  Eubacterium

<400>  63
atgatgaaaa aaatctttaa acagaacatc aataaaataa ttattatagt tgtatggctg       60

cttatatggc aggcagcagc atcattgaca gggcttgaac ttattttggc aggccctgtc      120

aatgtgttta aggcattatg cacaaagctg ggtgaaaaag atttttacat agcagcaggc      180

ggaagctttg tacatatctt tgccggtttt ataattgcat ttgtgacagc atgcattata      240

ggttttcttg catctttttg cggatggctc agggaatttt taagaccggc aatagtaata      300

atgcagtcgc ttccgatagc atcatttatt attgtgctga ttatatggtt cggctcgaaa      360

aatgttgcgt catatatttc atttattgtt gtatttccga tgatttataa cagcgttata      420

acgggcgttg gcaatgtgga cagcaaaata ctcgagatgg cacaggtgtt taatgttccg      480

tggtggaaaa aaataagatg tatatatgct gtgtatgtgc tgccgtatat tcagacctct      540

ctgaaatcgg cacttggaat gtgctggaaa gcagggattt cggctgaagt aatcgggctt      600

gtgacacatt caataggaga acagctgtat tattcaaaat tatatctgat gacagcagat      660

ttatttgcct ggagtatagc agttgtattt ataagtttta tttttgagaa aatatttatg      720

aaacttgtgg atttgacagt cttaaagatg aggaaactgt aa                         762


<210>  64
<211>  900
<212>  DNA
<213>  Eubacterium

<400>  64
atggaaaaat tatcacatct tgatgcactt gaagcagaag caatttacat aatccgtgaa       60

gttgcagctg agtgtgaaaa gccggtaatg ctttactcaa taggaaagga cagctcggta      120

atgcttcatc ttgcaatgaa ggcattttat ccggaaaaac caccatttcc atttttacat      180

gtaaatacaa catggaaatt caaagaaatg attaagttca gggatgagca ggctaaaaag      240

cttggcatag aaatgcttga atatatcaat gaagatggcg taaagcaggg aatcaaccca      300

tttgaccacg gttctgcata tacagatatc atgaagacac aggctttaaa gcaggcgtta      360

aacaaatacg gttttacagc ggctttcggc ggtggtagaa gagatgagga aaaatcgaga      420

gcaaaggaaa gaattttctc attcagaaat gaaaaccatg catgggatcc gaagaaccag      480

cgtcctgaaa tgtggaagtt atataactca aaaatccaca agggcgagag tataagagtt      540

ttccctattt caaactggac agagtcagat atatggcagt atataaagag agaaaagatt      600

gagattgtgc ctctttattt tgcagatgta agacctgttg tataccgtga cggcaatatt      660

atcatggttg atgatgacag aatgaaatta agaccggacg agaaggtaga gatgaagagt      720

gtaagattcc gtacacttgg atgctatcct cttacaggcg gtgtagaatc tacagcaaag      780

acacttgatg aaattattga tgagacactt tcagccgtat cttccgagag aacaacccga      840

gttattgata acgaggcggc aggaagcatg gaaagaagaa aaagggaggg ttatttctag      900


<210>  65
<211>  1275
<212>  DNA
<213>  Eubacterium

<400>  65
atgattaaaa aagaaatgat agccatgtta ctggcaggag gacaaggaag cagactcgga       60

gtcctcacat caaagatggc caagccggcc gtagcatttg gcggtaaata ccgcataatt      120

gattttccat taagcaactg tattaattca gggattgata cagttggtgt gttgactcag      180

tatcagccgt taagacttaa cactcacatc ggtattggta ttccgtggga tttggaccgc      240

aatgttggcg gtgttacggt gcttcctccg tatgagaaga gtacaaacag tgaatggtat      300

acaggaacag ccaatgccat ttatcagaat cttgaatata tggagcagta taatcctgat      360

tatgttctta ttctttcggg tgaccatatt tataagatgg attacaagat aatgcttgat      420

tatcataagg ccaacaatgc agatataaca atagctgcaa tgcctgttcc tattgaggaa      480

gcaaaaagat tcggtattgt tgtcactgat gatgacaaca gaatcacaga attcgaggaa      540

aaacctgaga atcctaagag taatcttgct tcaatgggta tttacatatt cagctggaaa      600

gtccttaaaa atgcccttat tgcacttaaa gaccagaatg aatgtgattt tggcaagcat      660

gtcattccat attgttttga aaataataag agactttttg catatgagta taacggctat      720

tggaaagatg taggaacgct taattcatat tgggaagcta atatggaact tatagatata      780

attcctgtat ttaatctata tgaagagttc tggaagattt ataccagaac agatgcgatt      840

ccaccacagt atatagcatc agatgctttt attgaaaaga gtattatagg tgacggaagt      900

gagatatacg gaaaagtcta taattctgta ataggttcag gcgttgtaat tgaagaaggt      960

gcagttgtaa gggattctat tataatgcag gatactgtaa taggaaagaa tacatcagtt     1020

gaaaaagcaa ttatagcgga agaagttgtt atcggcgata atgttgagat tggtgtcgga     1080

gaggaagcag agaatgtact taaacctaag atttacaatt cgggtcttgt tacaatcggt     1140

gaatgtacag ttattcctga cggcgtaaag attggcaaaa acacagctgt ttcaggtgag     1200

acaaaaccag aagattatcc gaatggagaa cttgtgggag gcggtgtaat aattaaggca     1260

ggtgacaacg tatga                                                      1275


<210>  66
<211>  1182
<212>  DNA
<213>  Eubacterium

<400>  66
atgggaaagt attacagagt atatgcagat gttgaactcg gaaacataga atccaatgta       60

gaggcactta tggcacttac gcctgccggc acaaagtcac ttgcagtagt caaggcagac      120

ggatacgggc atggagacgt tgcagttgca aaagcagtgt attcaaaagt cttcgggtat      180

gctgttgcaa ctcttgatga agcagttaat ttaagagaaa atggaataga taaacctata      240

ttaatacttg gctttgtaaa tacagatgaa tatgaaactc tggttgaaaa tgaagttgca      300

gctacagttt ttgattatga gacagccgag gaattaagcg aggcggcaaa aaagacagga      360

aagacagcaa tatgccatat taaagtagat acaggaatga gaagaatagg aatggaacct      420

gatgagagcg gtgttatgct tgtaaagaaa atcaagcagc ttcctaatct taatgtaaga      480

ggtattttta ctcattttgc agcttcggat gagactgata aaacatcagc aaacagacag      540

tatgagaagt ttaatggttt tataaaaaaa cttgaagatg aggggattac atttgaaata      600

aaacactgtg caaacagtgc ggcagttata gatatgcctg atacatataa agatatggtg      660

cgtcttggaa tagcaatgta cggaatgtat ccttctgacg aagttaataa agataaagtt      720

cagcttaaac cggcacttga actgaaaagt catgttgcta gcgtaaagcc cgtaccggca      780

ggcgaacgtg taagttatgg cggaacattt acaacacagc atgagacaaa gcttgcaact      840

gtctctgtcg gatatggcga cggttatccg agaaatcttt cgtcaaaagg atatgtgatt      900

atccgtggac acaaagttcc tattgtcgga cgtgtgtgta tggatcagat gatggttgat      960

gcgacatcaa ttccggatat acaaagaaat gatgttgtca cacttatcgg aaaagatgga     1020

aatgaggaga taactgtaga agaaatcgct gctcttgcag gaacatttaa ctatgaattc     1080

gtatgtgatc ttaataaaag aattccgagg aattattatt ataacggcag atacatagga     1140

agccatgatt atttccatga aaaatggaat cttgaaatct ga                        1182


<210>  67
<211>  957
<212>  DNA
<213>  Eubacterium

<400>  67
gtgagcgaag tatttaacgt atcagcgaat cctcatgtac gaagcaagga tacaacacag       60

acaattatga gagatgttct catagcactg acacctgcta gtatatttgg tatttataat      120

ttcgggcttg gtgcacttat ccgcattatt gttggtattg cggcatgtgt ggccagcgaa      180

gctttatatg agtattttat gcataaaaaa attacggttt cagatttaag tgcggctgta      240

acaggccttt taattgcact taacattcca tcaacactta atgtcggtta tgaaatcgtt      300

ggatgtgtat ttgctattat tattgtaaaa cagttatttg gtggtcttgg acagaatttc      360

atgaaccctg cacttgcagc aagatgtttc cttcttattg catttacagg tccgatgaca      420

aattttgtca cagatacatt ttcaggtgct acacctcttg cagtattaaa gccgggtgca      480

gagccgggaa cggcaacaag tcttcttaca atgtttatcg gaaagcatgc cggtgttatt      540

ggtgagacat cagttgtctg tctgcttatc ggtgcaattt atcttcttgt gagaaaagtt      600

atctcattaa gaattcctgc atcatatatt ttaacatttg cagttcttat tttccttttt      660

gcacctggac atcagttcga tgcagaatat atgcttaaag aactttgtgg cggtggtctt      720

atgctcggtg catttttcat ggcaactgat tatgtaacat cacctatcac accaaacgga      780

aagatagtat ttggtgtaat cctcggattg cttacattca tattcagaat gtttggtggt      840

tcagcagaag gtgtttctta tgcaattatc ttctctaacc tcttagtgcc attgattgaa      900

aaggttacag taccgaagtc atttggcaag aagaaaccgg taaaggaggc aaaataa         957


<210>  68
<211>  2646
<212>  DNA
<213>  Eubacterium

<400>  68
atgaatttag acggtttaaa tgatatgcaa aaaagagcag tcaagaaaac tgatggaccg       60

cttcttataa tagctggtgc cggaagcggc aaaacacgtg tgcttacgca caggatagcc      120

tatcttattg aagactgcgg tgttgcacca tataatatac ttgcaattac atttacaaat      180

aaagctgcag ctgagatgaa agagcgtgtg gaaaagataa caccgctcgg aagccaggtg      240

tgggtaagta catttcattc gacatgtgta agaattctta gaagatacat agaccgtctg      300

ggttatgata ctaattttac gatatatgat acggatgacc agaaaagtgt tataaaagaa      360

gcgtgcaaaa aacttaacat tgacacaaaa atgctcaaag aacgcacaat catgagtgca      420

atttcaaggg caaaggacga gcttgtcact cctgacgaaa tggagataaa tgcaggcaac      480

gattataatg caaaaagaat tgccggtgtt taccgtgaat atcagaaaat gctcaaaacg      540

aataatgcac ttgattttga tgatttgata tttaaaactg tcgagctttt taaacaaaat      600

gaagacattt tgactgcata tcaggaaaga ttccgctata tcatggtgga tgagtatcag      660

gatacaaata cagtgcagtt taaatttgtg agtatgcttg ccggaaaata tggaaatctc      720

tgtgttgtcg gtgatgatga ccagtcaata tataagttca gaggtgccaa tatccagaat      780

attcttaatt ttgaaaatac atttgattct gcaaaagtaa taaagcttga gcagaattac      840

cgttcaacta agactattct tgaagcggca aacagtgtta ttaaaaataa tcttggtaga      900

aaagacaaga cgctctggac agctaataat gaaggtgaaa agattaattt ctgtctttat      960

gaagatgcat ataaagaagc ggaaggcgtt gtaaatggaa tctgtgcaaa ggtaagagat     1020

ggatggaact ataatgatat agctatcctt tacagaacaa atgcacagtc aagacttcta     1080

gaggaacgtc ttattgtaag aaatgttccg tacaggatat acggtggtgt taatttctat     1140

cagcgaaaag agattaagga tatacttgca tatcttaaaa caattgataa tggaatggat     1200

gcacaggcag tacgtcgtat tattaatgtc ccaaagcgtg gaatcggtgc aacaacactc     1260

gaacgtatac agaattttgc agattataac ggatgtacat tctgggatgc tttgtgtaat     1320

gcttcgcaga ttcctgacat cggacgctct cttaataaga tagaaaattt tgtgacactt     1380

attctgggat ttaaggcaaa acaggaatat atgtcaatac aggaacttac tgagtcggtt     1440

gtaagagaca caggatatat agaatatctg tctgagagtg aaacaaaaga agaagtagaa     1500

aacagacagg aaaatattga tgaatttatc aataaaattg taagttacga ggtgggagat     1560

gcacaaaatg attttgatga ttcagtaaat aatactttgg aatcgacatc tgttgcagat     1620

ggcagagagg atgttcaggt tgctgacaat gaacatttta agcctacatt gagcggattt     1680

ttgtctgaag ttgcacttat tgctgatatt gataatcttg accagtcagg caatcaggtg     1740

atgcttatga cgctccacag tgcaaaaggt ttggaatttc ctattgtata catgacagga     1800

cttgaggatg gactttttcc gagctatatg acaatcgtat ccgatgaccc gacggatgta     1860

gaagaagaac gccgtctttg ttatgtgggg attacgcgtg cacagaaaga actgaacata     1920

agtagtgcaa aacagcgtat ggttcatggt gaaacacaga tgaataaagt atcgcgtttt     1980

gtcaatgaaa ttccaaagga acttttaaac attgaaaatc aggcaacagg ttataataag     2040

tcaaagattg cttttggcgg tgagacagag cccggagagt catcgaaatt taatttccgt     2100

gcgagtgcaa aagacgcatt aagcagatat ggaagcggca atacaacttc atattcaagc     2160

tataatacaa accgtgtgag tatttcggga aaaacaggat atgcaaaacg aggaaatgtt     2220

acaaattacg gaagtacatc aacaggttat agtagtgcgg gaagaacttt tacgggtgta     2280

cagcgtgatg ctgtaaaaaa tgtttcttct gcatcgacga ataaaaaagt aggctttggt     2340

aaagaatttc ctatggatat attcgatttg aaaaagtcag ggaaaactgt ttcaaacata     2400

tcaaaaaatg ttgataatcc gagtgcaaaa acgggtgttg gtgcacaacc acaaggacag     2460

acatcttcag gtctttcgtc acgacttggt tataatgtgg gagacatggt ctcacatgtg     2520

aaattcggca aaggaaaagt gctttcaatc gatgcggcaa caagagacta catggtaact     2580

gtggagtttc aggagtatgg cataaaaaag atgcttgcag gctttgcacg attaaaaaaa     2640

cagtag                                                                2646


<210>  69
<211>  1689
<212>  DNA
<213>  Eubacterium

<400>  69
atgaattgga acaatgagaa cgtatcgcgt gttttaaatt acgaaaattt gattaatatt       60

ttagatgaat gtacgtcagg atgtatttat gtatatgatt taacaaatga ttattatacg      120

ataagccata aagctttgga catatttgct cttgacagtg tgtcatttga taatgcagct      180

gagaaactta atgaagtaat atatccggat gatatagaaa tgctggctaa tgacattaat      240

cgtattaaac aaaacaaatc aggaagacat gaccttgaat acagatggta caacaaagaa      300

aaaaagcctg tatggattaa ctgccgtggt gaggctgtat atgataaaga aaatgatgta      360

ctttatcttg taggtgcaat tgaagaaatt ggcagcataa gaaagtatga taatacaact      420

aatctttaca gtgaaagcat gcttgaaaaa aattatttta tgatggacaa taattctgaa      480

aaaaaacgcg gttacatgct ccttatcggt gtagataact ttaaggcagt caatgaaaaa      540

tatggagtta aaacaggtga tgaagttctt gctgatatag caggatgtat aattcagtgt      600

gtaggtgata cgaagtccgt gtaccgtctt tcaggggacg aatttgcaat tcttatgaca      660

agacagggta ctgatgaaga aatcgttgaa aaagcaaagc tgctttataa atacataaga      720

gtccgtgttg acaatatgat aaaagagcgt aattacagca ttttttatac aatctccggc      780

ggtgcagata tatttgaatc gggacgtgat tcatttgaca gtgtaatcca gaatgcacgt      840

tttgcattac atgaagcaaa actcaaaggc aggaatacat ttgttgcata ttcaaaagaa      900

cagtatgaga cttatattca taaaatggat attcaggaac atttaagaag cagtattata      960

aatggtttta atggctttga agtatattat cagccaatat tcaatacttc atgcaatgct     1020

ataaaaggtg ccgaggcact tataagatgg aacagcgaaa aatacggttt tatgtcaccg     1080

gttgatttta ttccgcttct tgaggaaagt tcacttatta ttccgcttgg aaaatggatt     1140

ataacccagg ctgtgcagca gtgtaaaaaa tggtgcagaa taattccgga tttcacagtc     1200

aatatcaatc tttcatttgt acaggttata aaaagtgata ttgtaggtga tgcaatggaa     1260

tgtatcactc aggaagatat aagccacaaa aatattgttt ttgaagttac tgaaagcggt     1320

gagcttgaaa acaatcctat ggtgcgtaat gttctgcgtt catttgaact tctcggcttc     1380

aaacttgcga ttgatgattt cggcacagga tattctaatc ttcgatatat acgtgatatg     1440

acatttggca taataaaaat tgacagaatg tttgtccaga atatagacag taatacagaa     1500

aattattcgc tggtagaata tgttatcgat atggcacaca agcttggaat aaaagtgtgc     1560

gtggagggtg tcgagaccgc cgaagagctt gagtgcgtta aagcattggg tgccgactgc     1620

atacagggat attattatgg aaaaccgatg ccggcagatg aatttgaagc aaaattcatc     1680

agaaattaa                                                             1689


<210>  70
<211>  1509
<212>  DNA
<213>  Eubacterium

<400>  70
tacggaggca ttttgaaaaa gtttaataat gtcataaaag gcactctgat tcttactacc       60

gcaggtattc taagtaaaat tctcggcttt ttttacagaa tttatctgtc acgatgcata      120

ggtgccgccg gcatgggact gttccagatt gttatgcctg ctgccggaat tgtatttgca      180

atatgttcat ccggaataca gacagctatt tcaaaattct gctgtgataa aaaaaatgat      240

tttctgtggc ttatatcagg gcttttactc agcattccaa catctttaat tcttactttt      300

attgtgtata caaatgcaga ttttattgca acacgattta ttttaaatga agcatgttct      360

tcattgttaa aaattctttc attatcattc ccatttgcag cttttcataa ctgcattaat      420

ggattttatt ttgcaaaaaa gaaaaccgca attccggcat tctcacagct ttttgaacag      480

attatacgtt tttgtgctgt atacatttat gtcaccatct atgcttctga cggaaatgcc      540

tctgtattgt gtgcaatata cagtaatctg ttcggtgaaa ttgcctcatt tttatattgt      600

acttgtgcca ttttttatac atttataaaa agcaaataca acaatacaca taaaaaatac      660

tctcttatgt ctaaaatacg tgaaatgttc aaattttcat ttccacttac cgcaaaccgc      720

ctgcttatgc atattttcca gagtgcggaa gctgttcttg ttcccgcaca gcttattgtt      780

tatggattgt caaagagtga ttctgtttca atctacggaa ttcttacagg catggcaatg      840

cctcttattt tatttcccac ggcactgact aattcacttg cagttatgct tctcccggcg      900

gtttcagaac taaatcttga aaacaataat aaaagtatta aatctacaat caataaatgc      960

attactttct gcatatcaac cggcgtatta agtaccgcca tttttatatt ttatggctca     1020

tatgccggag ctatagtttt taatcagcct gaagttcgta attacgtatg tattcttgca     1080

tggctgtgtc catttatata tcttaccgtt acaatgggaa gtattctcaa tggtcttggc     1140

gaaacaacgg ctacctgtat acaaaatatt tccggtataa tagtaagatt gatatttctc     1200

gtcattttgg ttccaaaata tggaataaca atgtatatgg caggactttt atgttcgcag     1260

attcttgtat gtatctgcca ttatataaaa ttaagccgca tgcttcatat acgtatgaat     1320

gcacacggct ggtttctgat accgggattt ttttcattat tatcaaccgg tatttctctt     1380

attttttaca aatatataag caggctggtt tccggcttaa ttcctctctt tgggggagcc     1440

gtaactgcct gcattatata cattttttta tatgctactt tttatcctta tcggaataaa     1500

ccgcattga                                                             1509


<210>  71
<211>  1347
<212>  DNA
<213>  Eubacterium

<400>  71
atgaaagatt tgacaaaagg caaaccatct tcgcttattt tatcttttgc gtttcctatt       60

tttcttgcaa atctgttaca gcttacgtac agtcttgcag atacaaggat tgtaggttct      120

tttcttggtg aagatgcact tgcagctgtt ggctcgacaa gtacagtaag taatcttatt      180

ataggatttc tgcttggact tgccaacgga tttgcaatta taactgcaca aagatttggt      240

gcgaaagata taaagggaat gaaaaaatct tttgcggcat cgatacttct tggaacagga      300

atatcaatag tgcttactgt tcttggaatg acatttaaaa atacactttt gggattttta      360

aatgtaccgc ataatctata tggtgaagcg ggtgcataca tatttattat aattgccgga      420

atgacggcaa catttcttta tgattcatgt gcagctgttt taaggtcact gggtgataca      480

ataacgccgc ttataatact tcttgtatcg gttgctctta atattaccgg agatttattt      540

tttgttgtag tattaaagtc cggcgtgcgt ggagctgcga tagcaacggt gcttgcacag      600

attattgcat ttgtaatatg ttttgtttat atgtttaaaa aatatgagat actgcgtctt      660

acaaagagtg attttacagc tcttgatggt aatcttgtaa gaaatatgct gggctcaggt      720

ctttcaatgg gatttatgag ttcacttgta aatattggtt cactgacact tcagacggca      780

attaacaagc ttggacagga tataattgtt gcacatactg cagcaagaaa aatatcagag      840

atgtttatga taatgtttac tgtatttggg cagacgatgg ctacttattg cggccagaat      900

atgggggccg gaagaattga ccgcgttaaa acaggaataa aatccgcact tatatataca      960

tgttcatggt gtgtgcttac agtaatagca agttatacaa tcggagactg gcttatatat     1020

cttgttacag gaagcaataa tgaaaatgta ataagaaatg cggtgaatta tcttaaattt     1080

gatacggtat tttattttgt tacagcattt atatgcatac taagaaatgc gatgcagggg     1140

cttggcgaac atataatacc gcttgtatca agttctctgg aaatggttgg gaaaattata     1200

attgctgcga cgcttgttcc gtggcttgga tatgctggtg tcattgttgc agagccgata     1260

gtatggttta ttatggtaat tccactcatt atacagatat taaaaatgat tccggtactt     1320

gaaaaacagt atggcagtcc tgtataa                                         1347


<210>  72
<211>  480
<212>  DNA
<213>  Eubacterium

<400>  72
atgatacgtc ttgcaaagac tgaagatttg aataatataa cagatgttta ttcatatgcc       60

agaaaattta tggctgaaaa cggaaatccg acacagtggg gaacaaacta tccttccgaa      120

cagctgattg aaaatgacat aaacaataag aaaatgtatg taattgaaga ggaaaatcaa      180

attcatgcgg tatttatgtt tgacatctgt gaggatgaga catacgaggt gataaaaaac      240

gggcagtggc tctcggatga ggagtacggt gtcatacaca gggttgcaag cgacggaaaa      300

atcaaaggag tattaaataa agctgttgat ttctgttcag caaaaaaagc acatcttcgc      360

attgatacgc ataaagataa taaaataatg caacatcaga ttgaaaaaaa cggatttaaa      420

aaatgcggta ttattgagct tttaaatggt gatgagagaa ttgcatacga gaagatatag      480


<210>  73
<211>  849
<212>  DNA
<213>  Eubacterium

<400>  73
atgaaaatag ttgagataca ggctggagtg gctatagtta tgcagattag catgaatgga       60

cagacgatag aacttcctac tgtaagcgtc acagtgcagg atggtgctct tgtgacagag      120

gcgataagag ttaatggcaa acttctggga ctggataata gtgcaattca tgttaatctg      180

atgtgtatta gagaaaataa agctcctatt atattcaaaa atgtgaaatg tacaatgatt      240

acatataatc aaaaattgca ttataaagtt acagcttttg ccgaggggtt tgaaaataac      300

agaagagaag ctttcaggct gtatgttggc tgtggtggta ttgcacagct tggtctcaat      360

aagagtgctg ccaaagtgct ggtaaaagat gtgagtgaga ccggtttttc attcctttca      420

gaaaaagaaa tagagtctat tcttaatatg cctgtaaggc ttgtttttaa tgacatggaa      480

tataatatca gtcttatggg aattattgta agaaaagtaa aaatagatga gcagaagtat      540

ctgtatggat gcaggctcag tgttacaaat aatcaattat caagatatat caatgataaa      600

cagcgtcaga atatggctaa tggaagacac agtatatatg ataaagaaaa gggtaagata      660

gttgcggcat tatcgcagga agaagatgca ccggcaggaa atgtcagaag aagcaataat      720

actttacttt taaaagggga gaagaaacat agagtaaccc atttttcagg taagcgtgaa      780

attgataatg ttgacaggga tgaaagaaga aaagtattta agaatatgta tttaggaaag      840

agggtatag                                                              849


<210>  74
<211>  1383
<212>  DNA
<213>  Eubacterium

<400>  74
atggatgttt taaagaaagt tccagtcaga gagcaggctc ctgacgtaag aaataaaaat       60

tttgaagaag tatgtctggg atataacatg gaagaggcac aggaagaagc aacaagatgc      120

attaattgta agaatgcaca gtgtataaaa ggatgtcctg tatcaattaa tattcctggt      180

ttcgttcatg aggtaaaaga aggaaatatt gaagaagcat ataagataat aagtcagtca      240

tcagcacttc cggcagtctg tggccgtgta tgtccacagg aaagccagtg cgaaggcaaa      300

tgtataagag gttttaaggg tgaacctatt tcaattggta agcttgaaag atttgttgct      360

gattatgcaa gagaacataa tatcaagcca cagcctgcaa cagaaaagaa aggcaagaaa      420

gttgctgtaa tcggttcagg tccttccgga cttacatgtg ccggagatct tgctaaactc      480

ggatatgatg ttactatatt tgaagcactt catcaggctg gcggtgttct tgtatatggt      540

attcctgaat tccgtcttcc taagcagaca gttgttgcaa gtgagattga gaatgtaaag      600

agccttggcg taaagattga aactaatgtt gtaattggta agtcaatgac agttgaccag      660

cttcttgatg aagaaggatt tgatgctgta tttatcggtt ctggtgcagg tcttccgaga      720

tttatgggaa ttcctggtga gaatgccaat ggtgtatttt cggcaaatga gtatcttaca      780

agaagcaatc ttatgaaagc ttttgatgac agctatgata ctccaattgc aagatttaag      840

aaagtggctg ttgttggtgg tggtaatgtt gcgatggatg cagcaagaac agcactccgt      900

cttggggcag aagttcatgt cgtatataga agaagtgaag ctgaacttcc ggcaagagca      960

gaagaagtac atcatgcaaa agaagaaggt attatatttg atcttcttac aaatcctaca     1020

gagattcttg cggatgagaa tggatgggta aaaggcatta agtgtgtaaa gatggaactt     1080

ggtgaacctg atgcatcagg aagaagaaaa ccggttgaaa ttgaaggttc agaattcgtt     1140

atggatcttg atgctgtaat catgtcactt ggtacatcac ctaatcctct tattagttca     1200

acaacaaaag gtcttgaaat taataagaga aaatgtattg tggcagaaga agagaatgga     1260

cagacatcaa aagaaggcgt ttatgccggt ggcgatgctg taacaggtgc tgctacagtt     1320

attcttgcca tgggtgctgg taaagcagct gcaaagggta ttgatgaatt tttaagcaag     1380

taa                                                                   1383


<210>  75
<211>  693
<212>  DNA
<213>  Eubacterium

<400>  75
ttgaagataa tccgatttat tattaaaatc atcattaatt tgaaaaattt cagcttgggt       60

gttaatatgg ctataatagc tatttcatct gagctgattt tttattgcgg cggcgggaag      120

gagtttaatt ttatgtatat aatagcagga cttggaaatc cgggaaaaga atatgcaggt      180

acaagacaca acgcaggatt tgcggttata gatgcacttg ctgataaata taatatagat      240

gtggatacag ctaagcataa agggcttatc ggaaaaggaa taatcgacgg tcagaaggta      300

atacttgtaa agccgctcac atatatgaat ctttcaggag aatgtatacg tgaggttatg      360

gattattata aggcagatat tgatgactta atagtaatat ttgacgatat aagtcttgag      420

cccggaagac tgaggcttcg tgcaaaggga agtgccggag gtcacaatgg tatcaaaaat      480

attattgcac agcttggaag tgacaaattt aagcgtataa aatttggtgt cggagacaag      540

ccaaaggaat gggatcttgc agactgggtt ctgtcaagat atccgaaaga ggttgaggct      600

gatgtggaaa atggaataaa gaaagcctgt gatgccgttg catgcataat gaatgaaggc      660

atagaaagcg gcatgaataa atataacggg taa                                   693


<210>  76
<211>  732
<212>  DNA
<213>  Eubacterium

<400>  76
atgatacgat taattctggt gtgtatattt ttactcatca tttttgtgtt aagccttatt       60

ctttttccaa ttgaatggct tataggcagg atttcaccaa aagcaaaaga tataagttca      120

cttcgttttg tgcagtttgt gtttaaggtg attttatttt tatcgggggt aaacacaact      180

gttataggtc ttgagaatat tccaaaagac gaacctgttg tttttatagg caaccaccgc      240

ggtttttttg acacggttgt atcttacagc cgcatgccgc gtcttacagg ttttattgcc      300

aaaaaagaga tgcaaaaagt tccatttata agattatgga tgaaatattt acactgcctt      360

tttatggatc gttccaatcc gagagaaggt cttaaaacta ttctttccgg tgtagaacag      420

attaataatg gcatttctat tgtaatattc cctgaaggaa ccaggaacaa aggtgatgga      480

attatgcctt tccacggcgg cagcttcaaa cttgcagaca agagcaactg caagataatc      540

cctatggttc agaataatac tgaaaatgtt ctggaagctc attttccatc aatcaaaaga      600

actcataccg ttcttgagtt tggtacaccg attgacacag ctgcacttga cagggatgaa      660

agaaaagccc tgccggatac agttcacgac ttgatgttac agatatacga aaagaataaa      720

tctcttgttt aa                                                          732


<210>  77
<211>  1614
<212>  DNA
<213>  Eubacterium

<400>  77
atgccagtta atctttcttc attgttttct gcagtaaatg aggtttctcc ggtaaataat       60

aaagaagccc agtcagcaga aaatgccggc aatacgtccg gagcacaaaa tatatcagga      120

actatacaaa aaacagctga tgaagcagga attgccatgc ttaaaaatat gcttaaagga      180

gatacatttt ccggacagat tattaatgtg tcagatggca acgcattatt gcagcttaca      240

aacggcagcc ttatcaatgc aaaacttgct gaatcggcga aaggacttgc aaatggtcag      300

attcagacat ttatagttga tggacaaagc tctgatggga ttactgtaaa gctgcttgga      360

acgaaacagc aggaaaatgt aattatatca aaagcacttg aggcggcggg ccttgataat      420

aatgaagaaa atgcaggtct tgtaaagacg ctgctctcac ttaatatgcc aattgatgca      480

aagacgcttg gtgaacttgc aaaaacagtt cttgaatttc ctgatacatc agatgccact      540

attgctaatc ttatgcggct tcagatacct gttacacagg aaaatattac acagtttgaa      600

gcatataaaa gttatgaaca cagtgtgcta tctgatatta atactatgga agatggattt      660

tcacagcttt tcaattcaat gatttcagat agtggtgatg cacagtcagc acaaaagtca      720

gcttcattat ttgataatat gacagaaata ctttatgatg gaaataaaac tgaaagcact      780

aatatatcag atgtgtttga taatgacaca attaatagcc ttaaagatat aataaaagag      840

gcggccggaa gccagactga cagttcatct gtaaaacagc ttctggataa attgaataat      900

aatcaggcgt caatacatga tgttatatca ggattggcag atataataaa aaatgacaga      960

agtggacaga cacagcttaa aaatattggg agtgattttt tgggcaggct tataaaagag     1020

atgactaatg agacactcaa gcttaatcct tctgatgttg ctaatccgga tggaattaaa     1080

aattattata aacgtataaa aaatgttatg gaaaaaatgt cggaaaattc ggaactatcc     1140

gataaggcag gagacatctc aaagagcatg gaatcaataa aaagtaatat tgattttatg     1200

aatgacctta ataaaaatat gacatatttc cagatgccgc ttcgtttttc ccagagcgat     1260

gcaaatggtg aattatatgt atttacaaat aaaaaagcac ttgcacaggg aacagacaat     1320

gtgagtgcac ttcttcatct tgatatggaa aatctcggac ctgttgatgt atttgtccga     1380

cttaacaaga aaaatgtctc gacaaatttc tgccttgaga gcgaagaact gcttgatttc     1440

gtatattcta atatagataa attaaatgcg agattaaaag cactagggta taatacaaca     1500

tttgaaatga agctcaacag cgaacaaaaa gattttgatt ttgtaaatga ttttgttgat     1560

aaagatatac cgaaaaataa gacatcgcag tatgtttttg atgtaaaggc ataa           1614


<210>  78
<211>  621
<212>  DNA
<213>  Eubacterium

<400>  78
agtccggtga ttccggctgt ggctgccgtt ttcattaagg aggattttat gcagaataaa       60

aaacaggaat ggaggccggg aaacatgctt tatccggttc cggcagtcat ggtaagttgc      120

cagagagaaa atgagaaacc gaatattata acagttgcat gggcaggaac aatatgctca      180

gacccggtta tgttatcaat ttcagtcaga aaagagagat attcacacca gataatatca      240

gagacaaagg aatttgttgt caatcttaca acaaaggatt tatgccgtgc aacagattat      300

tgcggagtgc gttcgggaag agatgttgat aaatttaaag aaatgaatct cacaccacag      360

aagtcatcaa aaatcaatgc tccggcaatc gcagaaagtc cggttaatat agaatgtaaa      420

gtggttaatg ttattgaact tggctcacat gatatgttta tagcaaaagt tgaagcagtg      480

catgtagatg aaaaacttct tgatgataag ggaagattaa gacttgaaga tgctaatctt      540

ctggcatatt cacatggtga atattttgaa cttggggaaa aaataggcaa atttggtttt      600

tcagtagcaa agaagaaata a                                                621


<210>  79
<211>  1125
<212>  DNA
<213>  Eubacterium

<400>  79
atgagcagat tagaaacacc attcagatat gaccatgttg gaagcttttt gcgtcctgaa       60

aaattaaagg aggcaagaag aaagtttgat gatggtgcta tcggatatga tgagttaaaa      120

aaggttgaag atgaagcgat tacggaactt gtaggcagat taaaagaaat aggataccat      180

gttatcacag atggcgagtt caggagagca acatggcatc ttgattttat gtggggattt      240

gacggagtgg gacatgttga gacaaagact ggacttccgt tccatggtga agctgcaatg      300

attgatgata catttcttgt tggaaagata aaatcttcaa aggaacatcc atttgtggaa      360

catttcagat ttgtaaagca gtttgaggac gaagaaacag ttgcaaaaca gacaattcct      420

gcaccggcac agttctttgc acagtttaca atgcctttca acagagttga gacagaaaag      480

tattattcat ctgatgatga acttgcagat gatattgtaa aggcttatgc ttcatttatt      540

gatgatttat acaaagcagg ctgccgcaat cttcagcttg atgactgtac atggggcatg      600

ctggcagata agacagcaac tttggtatat gggaaaaaga catttgaagg attaaaagaa      660

gtccagaaat tatataaaga tattaataac agagtgattg accaggcacc ggaggatatg      720

attattaata cacatgtgtg ccgtggcaat ttccattcta catatgcaag cagcggtgcg      780

tatacacccg ttgcagacgt gcttttcggc gaggaaaatg caaatgcata ttatcttgaa      840

tttgatgatg agcgttcagg tggatttgag cctcttgcaa aggtttcagg caataagaag      900

gttgtgcttg gtcttataac aacaaaatca cctgtacttg aggataaagc acaggtgata      960

gcaagaatcc gtgaagcaga aaagtttgcc cctcttgaca gattatatct tagtccgcag     1020

tgtggatttg catcttgcga aatcggaaat aagctcacag aagacgagca gtgggcaaaa     1080

cttaaacttg ttaaagaaat cgcagaagag gtatggggaa agtag                     1125


<210>  80
<211>  537
<212>  DNA
<213>  Eubacterium

<400>  80
atgttatgtg agaattgtaa tgaaaatgag gcaacatttc attatactga agttgtaaac       60

ggaattatga cgcagcatca tctttgcagc gagtgtgcag caaaaatggg acttacaggt      120

tttgccgagt caccttctgc tgattttcct tttgcaagac ttcttacagg actgcttgcg      180

gcgtcaaaca gaagtacgca ggagcaggat aatcctatga tgaatgtgaa atgtcccaag      240

tgcggcatga aatatcagga gtttatccgc ataggtaaat tcggctgtgc ggactgttat      300

gatgtttttg gaccgcttat agaagataat ataaaaaaat tacatggaag cgttgaacac      360

aaagggaaaa aatcaaacaa aacagcacag catggaaatg acctgcttga tgagatagct      420

gtactcaatg caaaattaaa agaggcagtt gaactggaaa attttgaaga tgctgcccat      480

taccgtgatg agataaaaaa gctgaaagaa ggcggcggtc aaactttgat ggtttga         537


<210>  81
<211>  624
<212>  DNA
<213>  Eubacterium

<400>  81
gggaggagaa ctatggacac cacaggggaa ttaacgcaga aaaagttttc tgccagacag       60

ctggtatcca aagtctttga gacagaccaa tatcttataa gacagatttt ggatgaggat      120

gataaaaggg cggcagaaat attaattgac aggtattata agactgtcta cagggagatt      180

tacataaaga catctgatga agaattgtca cttgatctta cacaggagac atttatatca      240

atactcaggg cattatcaca atttgatgca tcaaaagcat catttaaaac atggataata      300

aggatagcac aaaataaagt tatagattac cggcgaagca ggtacaatca tgaatcaatt      360

atgacagaag tgcttgaaga ttatgataag ccatcatctg actgcattga agataatgca      420

attaacagta tgacaaagga aaaggtaatg cagattctga aaaaacaaga tgaagtctcg      480

gaacgcatat ttatgatgag ggcgtatgaa gaacattcat ttacgcagat tgcccagatg      540

atggggatga atcagggggc agtaaaagca aggtattaca agacggtaaa actaatcaga      600

aaggagttgg aaggttatga ataa                                             624


<210>  82
<211>  501
<212>  DNA
<213>  Eubacterium

<400>  82
atgtataatg aattaactga aaatgatata aagaaaatgg aaaaggaaat agaatacaga       60

acacttgtgg taagaaaaga ggctcttgaa gatgttaaga cagctagagc acatggcgat      120

ttgagtgaaa atttcgagta tcatgcagca aaacgtgaga aaaacagaaa tgagagcaga      180

atacgttatc tccagagaat gataaagaca gcaaaaatta tatcagacga gtcagccgat      240

gatgaggttg gtgttaataa tatagttgaa ttattttatg aggatgatga aactactgaa      300

aaaatcaagc ttgtgactac tgtaagagga gattcacttg agggactgat aagcattgaa      360

tcaccacttg gaaaggcact tcttggacat aaagctggag accgtgtttt aatagaagta      420

aattcgagtg taagttatta tgtcagaatt aagtcaatag aaaattcaga tgacagcaca      480

gacgaaattc agccatatta a                                                501


<210>  83
<211>  1323
<212>  DNA
<213>  Eubacterium

<400>  83
atgtcaaaag atgaatattt aatcacagac gcaccgctta aagcgttgac agtttttgcg       60

atgcctatga ttctggggag tttttttcaa caagtatata atatggctga ttcaataata      120

gtcggtcagt ttgttggttc ttccgcactt gcggctgttg gtgcctgtgc agcacttact      180

aatgttttta tctgtgtggc actcggtgcc ggcgtaggtg ccggtgtgct tgtgagccgt      240

tattttggtg ccagggatta tggtaaaatg aaaacaattg tgtcaacgtc actgattagt      300

ttcttagttt taagcatact tctgggagta tttggatttt gtttttctca ttcaatgatg      360

aatttattac aaactcctgc tgatatacta gatgaagcag tattgtatct gcgtatttat      420

tttttgggat ttccgttttt atttatgtat aatattcttt caactatgtt cacttcaatc      480

ggtgaatcaa aaattccgct gattctcctg atattttcgt ctgttttgaa tattattatg      540

gatttatgga tggttgcgtg gcttggcctt ggcgtgttag gtgcagctat tgcgacactt      600

attgcacaag gtatttccgc ggtgttttca cttttgattc ttttttacag gatgcgtcgt      660

tataaaagtt attttaaatg gtttgacagg aaagaattgt gctcaatgct taaaattgcg      720

gttccatctg ttcttcagca gtccacagtg tcaattggca tgatgatagt acaggcagtt      780

gtcaatcctt tcggtacaca ggcacttgca ggttatgctg cgacaatgag agtagaaaat      840

gttttttcgt tgatatttgt atcaatcggt aatgcagttt cgccatatgt ttcccagaat      900

ctgggtgcaa agaaaattga acgtatcaaa aaaggatatc atgcggcact tgtgttagat      960

atatgttttg caatccttgc atttataatc attgaaacac tgcacactca gatttcctca     1020

ttgtttctgg gtaaagatgg aactgccctg gcatatcagg tatcaggtga ttacatgaaa     1080

tggattggat atttctttat ttttatgggg attaaaatgg caacagatgg agtgcttcgt     1140

ggacttggaa tcatgcgacc atttcttgtt gctaatatgg taaatcttgc tattagattg     1200

acagttgctt tgatttttgc accgcgtttt ggtattgcat ttgtctggct tgctgtacca     1260

gccggctggc ttgcaaattt tttgatttca tatgtggcac tgaaaaaatc gtggccggaa     1320

taa                                                                   1323


<210>  84
<211>  897
<212>  DNA
<213>  Eubacterium

<400>  84
atgcttgaat ggtctatacc agaggcggaa gatgaagact ggataaacag ctgtattgct       60

gtgtcaggca caatggcaag tgacgcttca tttgccaata tctatctgct tcgcaataaa      120

tatagtacaa agataagccg ttataaagat tttataataa gaaagtattc tggaaaaggt      180

gcaagatgtg gttatacatt tccgcttgga aaaggtgatg tcgcaaaggc acttgccgag      240

atagaaaagg atgcaaaaga gtgtggtgaa cgcctgcagt ttgcatttgt cacagaagaa      300

caaaaagaag ttcttgaaaa tgccatgccg gcacgtttct gctacagcag tgatgccggg      360

gacagtgatt atatatatct gagaagcgaa ctggcttcgc tttcgggaaa agcattccat      420

aagaagaaaa accatttttc aaaatttgta aggacgtatc ctgattataa atactatgag      480

attggtgcat gtaatattta tgatgcacag aaagttgcgg atgcgtggta ttacgagcat      540

ctgcaggatg aggatgcatc acagctggct gagtacaagg ctataaagga agctttggaa      600

aactttgaag aactcgggct tataggcgga ataatatatg ttaatgacag cccttgtgcc      660

atgactattg cgtcaaaaat aaatgaaaat actgttgatg tccattttga aaaagcggtt      720

ggtgagtatg cattaaatgg cggatatgca gccatcaata agcttttttc cgaaaaactt      780

gacggcgtga catggcttaa cagggaggaa gatataggaa ttgagggatt gcgtaaggca      840

aagctgtctt acaggcctaa aataatgctg aaaaaataca gtgcagttga aaaataa         897


<210>  85
<211>  1338
<212>  DNA
<213>  Eubacterium

<400>  85
atgaaaaaaa tttgggaatt ttttgaaaat atggatgaat gtatgtatgt agctgatatt       60

gatacacatg agcttatata catgaataaa aaagcattaa atatatatgg atttaaaagt      120

gttgatgaag ttgtcggtaa aaaatgttat gaaattctgc aaaactcatc aagtccgtgc      180

aaaatctgta acaatgaaga tttatcagtt ggacagttta aggaatggcg ttattttaat      240

ccgattctca acaaacattt tattttaaaa gatacaatta tcgaggacga aggaagaaga      300

tgccgtgctg agcttgcact tgatgttaca ttcgaggagc agcagaaagg aatggttgac      360

aactacagag atcttgaact tgtcgtaaat aatggcatac gtgttgcatt tcaggcaaca      420

tcacctgatg aggaaattga tattatactt gaatatatgg ggaaagcgtt aaatgccgac      480

cgtgtttata ttgttgagaa agacgagaaa gactttgata ataacacata tgagtggtgt      540

gcagacggcg tggaacctga aaaagacagt cttcagaatc ttgagccgga tatatgcaga      600

ggctggtatg atatgtttgg caaagataag gacattgtaa tagctgatat tgataaatta      660

aaggtagaag aggccgatgt gtatgatata ttaagccggc agaatatcaa ggcacttgtt      720

gccgtgcctc tttatacaga tggaaaaata agtggatttt acggtgttga caatcctcct      780

caaaaatata tggagtatgc acataatatg cttcagatag taggatattt tatttcttca      840

tgtatcagga gaagaaatct tttaatgcag cttgagaata tgagttataa agatgcactt      900

acaaaacttg gcaacagatt tcttgttgaa aagtttgtga aacgtcttga taagaataaa      960

tgtatcggtg cagtctactg tgacattaca ggacttaaaa atgttaatga cacacaagga     1020

catgaagcgg gagataaact gattcttcgt gccagtgatt gtttaaaaaa aatatttagt     1080

gattatggaa tattcaggat aggaggagat gaatttctcg tattatgtcc tgaaattaca     1140

gaagatgatt tatataaaaa aacagagcag ttaaaagaat gttcgaagaa aagcaattca     1200

cttatggcag ttggtgctgc gtggagagaa aatttctatg agggtcttga taagttattg     1260

acagaatcag aacataatat gtatatagat aaatccgaat attatcgtaa agcgggaatt     1320

gagagaagaa aattctga                                                   1338


<210>  86
<211>  1317
<212>  DNA
<213>  Eubacterium

<400>  86
atgggtaaat gtacatttaa aggcggagta catccttttg acggcaaaga gttatcaaaa       60

gataagccga taaaagaatt attccctgaa ggtgatatgg tatatcccct ttcacagcat      120

attggtgcac cggcagttcc ggttgtagca aaaggcgatt atgtgcttgc cggtcagctt      180

attgctgagg caggaggttt tgtctctgct aacattcatt catctgtatc aggaacagtt      240

aaggctattg agccaagaac tcttgcaaca ggtggtaagt gcaattccat tgtgattgag      300

aatgatggcg agtataagga agttgagtat gtgccaaaga cacttgcaga gctttcaagg      360

gacgagataa gagagagaat taaggcggca ggcgttgtcg gaatgggcgg tgcaggtttc      420

cctaccaatg tcaaactcac accaaagaac ccggacgaga ttgattacat cattgtaaat      480

ggtgcggaat gtgaacctta tcttacatct gattacagaa gacttattga agagtcagat      540

aaagtagtaa tgggtcttaa agtcgctctt gctttatttg atcatgcaaa aggtattatc      600

ggtattgaag ataataagcc tgatgctatt aagattatgc aggaaaagac agctaatgag      660

ccgaatattg aagtaaaggt cttaaagaca aagtatcctc agggcggtga gagatgtctt      720

atctatgcaa caacaggaag aagcattaat tcatcaatgc ttccggctga tgcaggttgt      780

attgtacata atgttgatac aatttattca atttatatgg ccgtaattga aggtaagcct      840

cttactaaga gaattgttac tgtaacaggt gatggtgtta agaatcctgg caacttttat      900

gtatggcttg gtatgaatta cagacagctt gttgatgctg ccggtggtct taacggtgag      960

cctgagaagt ttatttctgg tggccctatg atgggatttg ccatgtatag tcttgatgtt     1020

cctgttgtaa agggaagttc ttcacttctt gttatgcaaa aggatattgt atcacatatt     1080

tcatcatctg catgtatcag atgtggcaga tgcggtgaag gatgcccaag ccatcttctt     1140

ccggcaaagc ttgcaggttt tgcatcaaga aatgatgaga ctggattcac caagtttgac     1200

ggtatggaat gtgttgagtg cggaagctgt tcttatgtct gtccggctaa gagaccgctt     1260

acgcagcaga ttaaagccat gagaagaact attatggcta acagaagaaa gaagtag        1317


<210>  87
<211>  2277
<212>  DNA
<213>  Eubacterium

<400>  87
atgaaaataa tttatggaat cattataata ttgcttataa tattacttgg agcatgtgcg       60

ttaaaggcaa agagtaaaaa agggaatctt gccagaatag tgtttttgta tgaaacaggt      120

gcggtactat ttggtattac atttatgata tttacatttt ccaataatat caaggtagta      180

actttttgcc gtggtcttat gtttgcagga tatgactggc ttcttatatt attgatgtat      240

tatacacaat attatacagg cttatttgat gaagtcagaa ttattaaaga agctatggtt      300

atatatggta tgtttgatac tgtactatta ttttccaata tatggacagg tcagttgttt      360

tcatttgaat ttattacaga tgccgaatta catttaagat ttacagacag tatttttgta      420

aaaatacatt ttatatataa ttttgcagtt gtgcttcttc ttctcgtttc atacatgttt      480

atgataatga aatcttccaa gttttacaga ataagatatg aagttatttt tgcatcactt      540

tttatagcag ctgtattaga tattattttc tttaaatcta attctgttta tgacatttca      600

gttgtagcat ttgggttgat gtcagtgttt atatattatt ttacattgag ttatgttcct      660

gaggaactga ttgaaaatac gctttcactt gttataaaag atatgaatag cggaattata      720

tgttttgata acaggggaaa atgtatacat tgtaatgatt atataaaaaa agtatttagt      780

ttgtgtgatg agtatagtga gttggaaacg ggatatcaca gatggcttga gaaaattgca      840

gataaaagag aaaataatat tgagtattca gctgtgaaag tcgttgatgg tgaaagtaaa      900

aattatgatg tgatatataa acgtatattt gatgataaaa ataattttat atgcgattat      960

tttgtattta atgataagac cgaagatata aagtcgattg aaattgaaaa gtataaagca     1020

tcacacgaca gccttacagg attatataat aaagaatatt tttatagcca tgtacatgaa     1080

atcgtaaata aaaacagtgg catacagtat tgtatattgt gcagtaatat aaaagatttt     1140

aaatttatta atgaattatt tggactgaaa aaaggtgatg aagttcttgt taaagtagga     1200

gaatttttta atgaatatct ggaagatgat tcaatatgtg caagaattga aaatgacagg     1260

tttgcactat gtatgccaaa agaaaaattc aatgaaaaag cgattataaa cagactgaat     1320

gaatttcaaa aacagtttga taataatgca ttcagaatgc atgtatttat aggtgtttat     1380

gatattgaaa atttggatga gcctgtcagt ataatgtgcg ataaggctaa tattgcaggc     1440

gatacaatta aaaatgatta taacagttat atggcatatt ataataatgc aatgcttgaa     1500

aattcaattg aagagagacg tattatcggt gaatttgagc gtgcgttaaa taatgaagaa     1560

tttgttatgt atcttcagcc gcaggttgat tttaagggaa ttgccagagg tgctgaagca     1620

ttggtgagat ggagacatcc tgtaaaaggc ctgttatctc cggcagtatt tgttgatgtg     1680

cttgaaaagg caggacttat ctacaaaatt gacaaatata tgtgggaaaa agcggcagct     1740

aaattaaaag agtggaaaga actgggaaaa gaacagtatc atatatctgt taatatatct     1800

acaaaagatt tttatcttgt tgatgtttat gagacatttg tagatattgt tgaaagaaat     1860

ggaattaatc cggaaaagtt aaagcttgaa ataactgaaa caactattat ggataatttt     1920

gagagaaata ttaaaattat aaaacgcctt caggattatg gctttaagat tgaaattgat     1980

gattttggaa gcggatattc ttctcttaat atgcttaaag atataagtgc tgatatttta     2040

aagattgata tgggattttt aaatgccacg gagaatgagt tgaaaggcca ggatattctt     2100

gaaagtatta ttttccttgc acagaaactc ggaatggaag ttataacaga gggtgttgaa     2160

acatcccaac agcttacaat gcttatacag atgggctgca ggatgttcca gggatattat     2220

ttttcacgcc cgatacctga agaagaattt gagaaaaaat ataatatcag acagtga        2277


<210>  88
<211>  1248
<212>  DNA
<213>  Eubacterium

<400>  88
atgagcgaac atatttataa aggaagaaaa cttgaacttc ttatacctgc aagcagtctt       60

gaagtattaa agattgctgt aatatatggt gctgatgccg tatatatcgg tggagaggca      120

tttggacttc gtgcaaaagc aaaaaatttc actcttgaag agatgaaaga gggaattgaa      180

tttgcacatg cacatgattg taaggtatat gttacagcaa atattcttgc acataattat      240

gatttggatg gagcaagaca gtattttaaa gaattaaaac agataggacc tgatgcactt      300

attatttctg acccgggaat gtttacaatt gcaaaagaag aactgcctga catagatata      360

catataagca cacaggctaa caatactaat tatatgacgt atcagttctg gtggaagcag      420

ggggcaaaga gagttgtttc agctagagaa ttgtctctta atgagataaa acagattcgt      480

gaacatattc ctgatgagat ggaaatagag acatttatgc atggtgcgat gtgtatttca      540

tattcgggaa gatgtctgct gagcagcttt atggcaggaa gagatgccaa cagaggtgca      600

tgtacacatc cgtgccgttg gaaatattct attgttgaag aatcaagacc gggtgaatat      660

atgcctgtat atgaaaatga gcgtggaaca tatatattta attcaaaaga tttatgcatg      720

attgaacata ttcctgagat gcttaatgca ggaatagaca gttttaaaat cgaaggcaga      780

atgaaaacag cattatatgt tgctacagtc gctagaacat acagacttgc aattgatgag      840

tttatacagg atgaggatct ttataaaaag agaattccat tttataagtc agagatttca      900

aaatgcacat acagacagta tacaaccgga tttttcttcg gtaaaccgga tgaaaataca      960

cagatatatg atacaaatac atatattaag gaatatacat atcttggcat tgtcggcgaa     1020

cagaatgcac aaggacttta tcatatagaa cagcgtaata aattcagtgt aggcgagaca     1080

attgaagtta tgagaccaaa tggcgataat attttggtta cagtaaaacg aattactgat     1140

gagcgtggtg tggatatgga aagtgcacct catcctaagc agcagcttta tatcgatttg     1200

ggcgtaaaac ttgaacagta tgatgttttg agaagaaaag aagattag                  1248


<210>  89
<211>  933
<212>  DNA
<213>  Eubacterium

<400>  89
atgggattat tcagtaaatt aaaagaagga ttaacaaaga caagaaacaa tattgtctca       60

ggtattgatt cggtgttttc aggattttca aagattgatg atgattttta tgacgaactt      120

gaagagacac ttataatggg tgatatcggc gttcgtgcaa cagaagagat tatcgaagat      180

ttaaaggaaa aagttaaaga aaataaaata aaacagcctg aggaatgtaa gcatcttctc      240

attgaaacaa tcaaagaaaa gatgaatctt ggcgaaaatg cctacgattt tgaaaataag      300

cagtctatag taatgcttat tggcgtaaat ggtgtcggaa aaactacttc tgtaggcaaa      360

cttgccggtc tgttaaaggc acagaataaa aaagttatta tggctgccgc agatacattc      420

agggctgctg caattgaaca gcttacggag tggtcaaaac gaacaggaac tgatataata      480

gcacagagtg aaggttcaga tccggctgcc gtaatttttg atgccgtagc tgctgcaaaa      540

gcccgtaatg cagatgtatt gttatgcgat acggcaggaa gacttcacaa taagaaaaac      600

cttatggaag agcttaaaaa gattgacagg gttattgagc gttcatatcc ggaagcgtac      660

cgtgaaaatc ttatcgtgct tgatgcaact acaggtcaga atgcactttc acagttaaag      720

gaatttagcg aagtaactaa tattaccggt ataatcctca ctaagatgga tggtactgca      780

aagggcggta tcgctgtagc aattcaggca gagatgggaa tacctgtcaa atatatcggt      840

gttggagagc aggttgagga cttacagaaa tttgattcag atgtgtttgt aaatgcactt      900

tttgatgtaa aagaaaataa tgatgagcag taa                                   933


<210>  90
<211>  927
<212>  DNA
<213>  Eubacterium

<400>  90
atggacggta ttataaacgt atataaggag cctggtttta catcacatga tgtagttgca       60

aaactgcgtg gcattcttca tatgaaaaaa atcggtcata caggtacgct tgatccggat      120

gcacagggag ttctgcctgt gtgtcttggg aaagcaacaa aattatgcgg catgattacc      180

gattggggaa aaacttatga ggcggttatg ctgcttggaa aaacaacaga tactcaggac      240

atatcaggct ctgttttatc tgtcagtgaa gtaaatgctg atgagagaaa aattattgac      300

gtgattatat catttgtcgg aggatatgaa caggttccac ctatgtattc ggcattaaag      360

cataatggca ggaaacttta tgagcttgcc agacagggaa ttgaagttga aagaaaatcg      420

cgtcatgttg atatcggatt tataaagatt aatgaaatga atctgaatga tgatgaaaag      480

acagtcacat ttacagttgc atgttcaaaa ggaacatata taagaactct tattgatgac      540

attggaaaaa aactgggctg cggtgcatgc atgctaagtc ttaaaaggac aagagtcgga      600

cagtttgaaa ttgatgacag tcttacatta aatcagattt cggcactttt actaaaaggt      660

gaacttggag aatatataat tgcagctgat gatgtgtttg attatccaaa actttcagtt      720

gattcagaat ataataaact gctgtataac ggtaataagc tgccggttga tgcagtacgt      780

gaaattgagc gtacactgac acaacaggca gaacaaaaat atcgtatata tgatgaaaat      840

ggtattttta taggaattta tgaatacatt gattctatgc ttgtacctga aaaaatattt      900

tacagtggtg agcatgatga aatgtga                                          927


<210>  91
<211>  486
<212>  DNA
<213>  Eubacterium

<400>  91
atgagcgata aaagaacaga ctatatttcg tgggatgaat attttatggg tgttgccaaa       60

atgtcggcac ttcgttccaa agatccgaat acccaggtcg gtgcatgtat agtaagtaat      120

gacaataaga ttctttctat gggatataac ggattgccaa gaggatgctc agatgatgaa      180

ttcccatggg caagagaagg tgcaccactt gataataagt atatgtacac agcacacagt      240

gaactgaatg caattcttaa ctatcgtggt ggaagtcttg ataatgcaaa gatgtatgta      300

acgctttttc catgcaatga gtgtgcgaag gctataattc aggcgggaat aaaaacaatt      360

gtatatgatt gtgataaata tgctgatacg gcatccgtta ttgcatcaaa gagaatgctt      420

aatgcagcag gtgtcagata ttatcaatat cagagaacag aaagagaaat aactattaca      480

ttataa                                                                 486


<210>  92
<211>  582
<212>  DNA
<213>  Eubacterium

<400>  92
gttattctca ataaaagttt atttaaagac aaggagagaa ttatggaatt acaacagaca       60

gaagtgaaaa atggaaaaga aggattgcat attaatgttg ctcagatgtg tgttacagct      120

gtattaatgg cattgacatg tgttgcaaca atggtggttc agattccaat accacttgga      180

tatgcacatc ttggtgacag tgttatttta atcagtgctt attttttcgg accggttgtc      240

ggagcattag ctgggggaat cggttcagct atggcggata ttttgacagg ctatgcaata      300

tgggcgttac ctacactttt aattaagact attatgccgg ttattgcatg cacatttttc      360

aaaaataatg tacagaggtg caaggacttt tctataagag gaattgcagg tgctgttgtt      420

acactattat ttatgactgc aggatatgtt ttctttggcg gaattttata tggaagtgct      480

gcggcaggaa ttgcatcggc acctggactg ctccttaaat cagttgtgaa tcttgcagta      540

tatctttttg ttgcatttgg aatttccaaa gttaaaaaat tt                         582


<210>  93
<211>  846
<212>  DNA
<213>  Eubacterium

<400>  93
atgttaagaa atatatatgt atatataaaa tatattacaa ttggcagcga cgaacttaat       60

ataattaaac aaaatcttga taaagaagtt aatcttttca ttcctgatga tattgaagaa      120

attgattttg aagattcact tgttattacg gatgtgcctg aaaatgaatt taagatgcag      180

gctgaggcgt gtggaaaaga cagctgtgag gtaaaggctg cagggtttaa tacaaagccg      240

ggagagggtt attcttatgt attcggaaca cttgatatgg ggatttctta ttacaggctt      300

gtatatgcac gccttacagg tgaaccgttt gttgtagcag agacaaaaaa tttattaata      360

agggagatga cgacaaaaga tctgccggaa ttgtatgctg tatacagcac acttgaagac      420

tgccggtaca ttgaacagct ttacgattat gataaagaac ttgaatttac aaaaaattac      480

ataaaaaata tgtatggatt tttcgagtat ggtctgtggc ttgtatttga aaaaaaatct      540

ggagaactta taggaagagc tggcattgaa aacagggaaa tagacggtgt tacatgttgc      600

gagataggtt atctgataag aagagatatg cagcataaag ggtatgcata tgaagcgtgt      660

caggcaattc ttgaatatgc atcagatgag cttgggatac aggaaatgtt tgctgtgata      720

gacaaaacaa acgagccgtc acgaaagctg gcacgaaaac ttggctttga actttatgca      780

cagacagacg gcggcccgga tttatataaa tttgcatttg aaaaaaatta caaatcaaaa      840

gcataa                                                                 846


<210>  94
<211>  816
<212>  DNA
<213>  Eubacterium

<400>  94
gaattttata aggaggaaat aaagatgaca ggtattatta tagcagctgc tgttgtcagc       60

attgtaggct taattcttgg tcttttcctc ggattcatgg gtaaaaagtt tgcagttgaa      120

gtagaccaga aagaaattga tgtcagagca gaacttccgg gcaataactg tggcggatgt      180

ggatatgcgg gttgtgatgc acttgcaaaa gctatcgctg caggagaagc tgaagttgga      240

gcatgtcctg tcggtggtga acctgttgca aagaagattg cagcaatcat gggttcagaa      300

gtcggcgatt caaagagaat gacagcgttt gtgaaatgtg cgggcgactg tgaaaaagca      360

aaagaaaatt atcactacac aggtgtgcag gattgtacag ttatgccatt tgttcctaat      420

ggtggttcaa aagcttgtac atatggatgt atgggttacg gctcatgtgt aaaagcctgt      480

ccttttgatg caattcacat tgtaaatggt atcgcagtag ttgataaaga aaaatgtaag      540

gcatgcggca agtgtgttgc tacatgtcca agacacttaa ttgaacttat tccttatgat      600

gcaaaacagg ttgttaaatg tgcatcaaaa gataaaggta aagatgtaat gtcagtatgt      660

cagacaggat gtatcggttg tatgatgtgt acaaagcagt gtgaattcgg tgctataaca      720

gttgaaaata acattgcaca tattgattat gacaagtgta caggttgtgg caagtgtgct      780

gagaagtgtc caaagaagat tatacatgct cattaa                                816


<210>  95
<211>  2580
<212>  DNA
<213>  Eubacterium

<400>  95
atgaaacagt atatagttac gggaatgagc tgtgcagcgt gcagcagccg tgttgagaaa       60

gcagtgtcaa aagtagaagg agtaaagaac tgttcggtaa gccttcttac caattcaatg      120

ggggttgaag gtacagcaag tgatgaggcg gtaataaaag cagtcgaaga tgcgggatat      180

ggtgcatctt taaaaacatc acatacagtg tcagatactc atggcacatc acagtcaagt      240

aatggttctc agggaatgta tgcggcacag gaggacatgt taaaagacag ggcaacacct      300

gtattaaaaa agagacttat agcatctgta ggatttctta tagtgcttat gtatatttca      360

atgggacata tgatgtgggg ctggccgctt ccgtcatttc ttgaaggcaa ccatgttgca      420

atgggactta tacagatgct tcttacaata attattatgg ttattaacca gaagtttttt      480

ataagcggat ttaagggact tttgcataaa gcacctaaca tggatacact tgttgcactc      540

ggttcaggtg cggcgtttgt atatagcaca tatgcattgt ttgctatgac agatgcacag      600

gtacgcatgg atatggacgg tgtaatgcac tacatgcatg aattttattt tgaatcagcg      660

gctatgattc ttacacttat aacagtcgga aagatgcttg aagcccattc aaaaggaaag      720

acaacagatg cgataaaaag ccttatgaag cttgcaccaa aaacagctaa tataatacgt      780

gacggcagtg agttaaatgt tcctgttgaa aatgtaaaaa aaggtgatat atttattgta      840

agaccagggg aaaatatacc tgtagacggt attgttgtcg agggaagcag tgcggtaaac      900

gaagcagcac ttacaggtga aagcatacct gttgacaagt cggcggggga taatgtatct      960

gcggcaacac tcaatcagtc aggattttta aagtgcgaag cgtcaagagt cggtgaagat     1020

acaacacttt cacagataat acagatggta agtgatgcag cggcaacaaa agctccgatt     1080

gcgaagatag ctgacagggt atcaggtgta tttgttcctg ctgtaataac gatagccttg     1140

ataacaatag cggcatggct tattgctggt cagtctgtcg gatttgcact tgcaagagga     1200

atatcagttc ttgtaataag ctgtccgtgt gctcttgggc ttgcaacacc tgttgcaatt     1260

atggtcggta acggaatggg tgcaaaaaac ggcatgatgt ttaagactgc gtcatctctt     1320

gaggaaacag gaaagattga tatagtcgca cttgataaga caggaactat aacgagcggt     1380

gagcctaagg ttacagatat aatatgtgcc gatggctttg gaaaaaatga tttgcttgaa     1440

aatgcctact ctattgaaat gctctcagag catccgcttg caaaggcagt tacaggatat     1500

gtaaaagaca ataagagaga tatttttaac aaaaaataca atattacgga atttcaggca     1560

cttgcaggta acggattatc aggcataaac ggtgaagata agattacagg cggaagtctc     1620

agatttatga gtaatacggt aaatgttcct caggaaatgg ataaaaaagc acaggaactt     1680

gcagagcagg gaaaaacacc gcttttgttt gctaagaatg ataaacttct cggaattata     1740

gctgttgcag atgttataaa agaagaaagc ggtcaggctg taaatgaact tcacgacatg     1800

ggtgtaagag ttgtaatgct tacgggagat aatgaaagaa ccgccaaagc aataggaaga     1860

caggctggtg tcgatgaagt tatagcggga gttcttcctg atggaaaaga agctgttata     1920

agaaaactta aagaaagcgg caaggttgca atggttggcg acggaatcaa cgatgcacct     1980

gcccttacaa gagcggatat aggtattgca atcggtgcgg gaactgacat agccatagat     2040

gcggctgata tagttcttat gaagagccgt ctcacagacg tttctgcggc aataagatta     2100

agccgtgcaa cattaagaaa tatccacgaa aatttattct gggcattctt ttacaatata     2160

atcggaatac cgcttgcggc cggtgtatgg attcaattat tcggatggac attaaatccg     2220

atgtttggtg ctgcagcaat gagtctttca agcttctgcg ttgtaacaaa tgcgttgaga     2280

ctgaatcttt tcaaggtata tgatgcttca catgacagaa aacgtgtaaa aaagcatgat     2340

aataataaaa acagtaaagg agaaaaaaat atggaaaaga cacttaatat cgaaggaatg     2400

atgtgcggac actgcgaggc aagagtaaag aaagctcttg aagcacttgc acaggtagat     2460

gaggctgtag taagccatga gagtggtacg gcagtagtaa agcttaatgt tgatgttgac     2520

aatgctgttc ttaaagaagc tgttgaggca caggactaca aagttacagg aatcaactaa     2580


<210>  96
<211>  1005
<212>  DNA
<213>  Eubacterium

<400>  96
atgcaaaaat tttttggaat ttttgtggat tctgcaaaag aattcaaaaa tctgaagtca       60

gtcataatgg ctgcacttct tgtggcactt cacactgtat ttgcaatgtt tttgtcaata      120

caggtaactg attcattacg tatttcagta tcatttatcg caaatgtggc tgcaggctgt      180

ctttttggac ctgttatggg ttttgtctgc ggtggaattg gtgatataat ccagtttata      240

ttaaaaccta cgggaccata tttcccgggc tggacgctga gtgcggcact tgccggattt      300

atttatggag tctttttata taagaaattt ccacagaaag caaaaaaagc aacagatgac      360

acaggaaatt ttagtcagct cgaaaagctt tatatgacag caaagattgt tatcagtgtc      420

tgtgtatttg tatttcttat ggcagcacca tatgttacag taagagataa gtcatcaaag      480

gagattattg taacaggaag tgcatttgat attgtaaaac atggatttac aggtcccgga      540

cgaaacagtg caattgttgg aattattctt atagcggttt cagtggctat ggtagtattt      600

gctgtattta aaattaatgc cgtagctctt atggtaactg tatttggctg ctttgcatca      660

gcattggcaa tctatactga caaaaaaaca acaacggcag gctggggatt ttatgtggct      720

gtaatcctga ttataattta tatgggaata tgtattaaga atatggcaga taaacatgca      780

cttgatctgg gatttcttgt ccgtgtaact ctggtgctta catttgatac tatgcttgtg      840

aacgttttga ttggaacata ctgggtatct gttatgtatg gaaaaggttt tgcattttat      900

tttataacca gatttataaa aaacataatc cagttgccaa ttaatataat attgacgtat      960

tatgtacttg gatttataaa gacaatcaat gacagattga gataa                     1005


<210>  97
<211>  735
<212>  DNA
<213>  Eubacterium

<400>  97
agcggtggca tgaaattaaa tagcaaaata tgtgaggaaa taggtatggc tgcaaaatca       60

aataaaatta caatatatat cacatcaaca gaagtatttt ttaataggga tgctgatggc      120

aatagtgtgt ttgatgaaaa attatataaa aaagcatata atattgttac tgaagggcga      180

cgtagtaaag ctgacaaatt gagatttaat gaggataaat gccgttgtgt tgccgctgga      240

ttgttattaa attatgcttt aagacaagaa aaagtggata attatagtga aattgtaatg      300

gtggacataa ttaaggcatg tgatggatat gataaatcat atgattataa aattaaatat      360

cagaaaaaag gtaaaccgta ttttaaagat tacaaagaat tgaattttaa tattacacat      420

tcaggaaaat atgttgcatg tgctatttct gatacaccga taggaattga tatggaagga      480

aacagaaaag atgtatgcag cgttgcaaga cgttttttta ataaagatga atctgaatgg      540

gtgtgcatgg ctgagtcgga atcggaacag aaagaaagat ttttgaaaat atggacattt      600

aaagaagcat attcaaagat gacaggtgat ggaatcgcat tatgtttaaa acagccatat      660

tttcaaggct taaaaaatct gaatgtgata gaaaaatcat ttgaggagta tagaatatgt      720

gttgtcaaaa aataa                                                       735


<210>  98
<211>  450
<212>  DNA
<213>  Eubacterium

<400>  98
aaaggggaaa ttgaaatgaa taaaaatagt aacagctttg aaattatatt tgattcaaaa       60

tccgaaaatg aaagttttgc aagagttgtt gttgcggcat tttgtacaag attagatccg      120

acattagaag aaatctctga tataaaaact gctgtatcgg aagcggtaac aaactgtata      180

gtccatggat atgagggaag agaaggcaaa ataagcctga aatgtgagct taatgataat      240

gaactgacaa tagaagtaca tgatgacgga gttggaatag atgacataga aagagcaatg      300

gagccaatgt atacatcaaa gccacagctt gagcgttcag gaatgggatt ttcatttatg      360

gaggcgttta tggatgagtt acatgtcaaa tcaggaaagc acagcggtac aaccgtgatg      420

atgaagaaaa aaataggagt aaataattag                                       450


<210>  99
<211>  1197
<212>  DNA
<213>  Eubacterium

<400>  99
atgttaaaat ggctgatgct ttttgtctac tttatcgtag gcgtgtatgt tttacacaga       60

attatttatt ggtttaaaat tgttacgccg ctttttaagc acagaggtat acagggaatc      120

tgtgttgcat tatactgtat tgcggcatca acgatatttt tcggtgcatt tcttccgtcg      180

ggaagaatac agacctcagt tcatcgtgcg ggaaatgtgt ggctgggatt tcttatttat      240

cttcttactt atatagctgc ttcagatata atagttttaa tattaaaact tataaataaa      300

aagaaagaaa ttcccatact gaaaaaaaga tacggtgcat tgataatagg tgcggcggtg      360

acggtttcaa gttttggatt tacaatatac ggaacaattc atgcaagaaa tatgacgaca      420

aaagagtatg atgtcagtat tgaaaagcat gttgacggat tggacggtct taatgttgtt      480

cttgttgccg atttacatct cggatacagc ataggctgta aagacatgga aaaaatggta      540

aaacgaataa atgctttaaa tcccgatgtg gtaatatatg caggagatat atttgacaac      600

gattatgatg cactcgatga ccctgacagg ctttcacaga ttataagcgg ggtaaatgca      660

aaatacggtt cgtatgcggt attcggaaac catgatgtga cagaaacgct tgtcggagga      720

ttttcggtat cgtctgcata cagggcattt cgagatgaca gaatggagcc gtttctggaa      780

tcggcgggaa ttaatgtatt gcttgacgat gtcattcaga ttgcggacgg aaaaataaat      840

cttgtcggca gacttgacga agaaaagccg ggagacggta caaagaacag aaaaccgtta      900

gatgaactgt tatccgaatg tgatatgaat aagcctgtta tagtgataaa tcatgaaccc      960

gacaagctcc gtcaaaatgc acagtcaggt gttgacgtgc ttcttagcgg gcacactcat     1020

gcggggcagt tttttcctct tacggttgtt cagccgtttg cgtgggagaa ttattacgga     1080

gtaaaaaaga ttgataatat gtatagtgta gtaacgtcgg gaataggagt gtacggtcct     1140

gcaataaggg tcggaaccga cagcgaagtt actaagataa atatatattt caaataa        1197


<210>  100
<211>  690
<212>  DNA
<213>  Eubacterium

<400>  100
ctgatgataa tcttagaaaa tgtcacaaag acatactcat ccggtacacc tgccttaaat       60

ggtattaacc tgcatgttca gaagggtgag tttgtattta tagtaggtaa aagcggttcg      120

ggtaaatcaa ctcttataaa gcttctgctt aaagagttag acccgacaac aggaaagata      180

tatattaata agaaatatct taacaaaatc acaagaaaga agcttcctta tctcagaagg      240

gacataggtg ttgtattcca ggatttcagg cttcttccgg atagaaatgt ttatgaaaat      300

attgcatttg caatgaaggt tgtagaagct ccgtcaagac agattaagag ccgtgtcctt      360

tctatgctct caatggttgg gcttctcgac aaatataagg cttatccgaa tgagctttca      420

ggcggcgagc agcagagagt tgcaatcgca agagctcttg taaacagacc ggctatcctt      480

ttatgtgatg agccgacagg taaccttgac cctgccaatt ctgccgagat tatgaagatt      540

cttaatcagg ctaacaagct tggcacgact gtccttgttg ttacacataa catggaaatt      600

gtgcagcaga tgaagaagag aactatcaca atgagtgaag gtaagattat aagcgatttg      660

gaaaagggtg gttatttcta tgaagattag                                       690


<210>  101
<211>  1563
<212>  DNA
<213>  Clostridiales

<400>  101
atgaaacggt ttctgtctct ggttctgtct ctggcaatga ttctccccat catgctggct       60

gcgacgcccg cattggcgga agagaatccc tacgccgaac acctgacctt caaggtcttc      120

accatcgacg gctcggacga catgttcaac tggccgctgg tgaagcaggc gatggagaag      180

ttcaacttcg actttgaaat ccagcttgtc gcgtgggatt cttgggatga atccacccgc      240

acgctggcgt acacccagag tctgccggaa gtcatcgcgt ggtacaacct gaataaggat      300

gagtacctcg aatgggtgga agagggcgtg ttcaaggcgc tgccggacga catgtctgcg      360

tacccgaatc tggaaaagct catcaacagc tacacctgct tcgaccagtt ccgcgtcgat      420

ggcaagctgt acaccttccc caagattaag aacagcaacc ccgtcaacct ctacaccacc      480

tacatgttcg cgtatcgccg cgactgggcg aaggcgatgg gctatgactg ggcgcctgtc      540

cagaccttga cctacgacga attcgtggca tacctgcgcg acgtgaagga aaaggatccg      600

ggtcacatgg gcgataagct cgttccgctt gatctggaca acggcggcaa gcactgggcg      660

atgctggcgc agctgtggaa tcagcgcatc ggctccttcg acatcgtgga tggccagtat      720

cgctggagcg cagaagaccc ctcctctctg gaagccatca agcagattaa gaccctctac      780

gacgacggtc tgctggcgat ggacagctac aacgactcca acaacgcggg tcgtgaacgc      840

ttcctcgcgg gccgctctgc tgtcctgtac ggcaacctcg gcgcgaccat cctgcagacg      900

actgcccgta ccctcgcgac caatgtcgaa ggcttcaccg aagaagacct cggcatcatc      960

tgcctcgaag cgcccgacgg cacgttccat gtcagccaga ttgacgagtg gtgggctgcg     1020

ttcgccttct ccgcgaactg ccgcgacgaa gtcatggatc gctggctggc ggtcggcaac     1080

tggctgctcg aacaggaaca gattgaaacc tacgcttacg gcgtgaaggg tgaagactgg     1140

gactacgacg cggacggcaa cgtcgttctg aactacaccg atgcagacat cgccgccacc     1200

ggcagcaagt actacatcgt gcaggagcgc gccttccaga agtacttcgt cctcgaaggc     1260

ttggacgtct acctccccgg caacccctct tactcttcct acatcatcaa tgacctgttc     1320

accacgaaca tgaagacgtg ggaaagcaac gcaacattcg ctccgacgga ctataacctg     1380

accaacacca agaacgaagc gtattactcc ttccgttctg ccgtcatcaa caacatccgc     1440

gacatcatca ttcaggcggt catctctgac gatccggaaa cggtttggaa cgacttcgtg     1500

aatgaacatc gcgaagaagg cgacaagctg gctgcggaac tgacggaaga attcctgaag     1560

taa                                                                   1563


<210>  102
<211>  1488
<212>  DNA
<213>  Clostridiales

<400>  102
atgaagcaga acatcaccgt tgtgtcgctg ggaccgggcg atccggaact gctgacggcg       60

cagtctctga acacgatgaa gaaggcgaag cggctgattt tccgcacggc gcagcacccg      120

gtctgtgcgg cgctgacgga agcgggcgtc caaagtacgt cgctggatga ttactacgac      180

cgctatgagg atttcgacga gatgcatcgc gatatggcga aggcactgtg ggcggaagcg      240

gaacatcacg cggttgtctt tgccgtgctg gatgccggaa cagatggcgc ggtgcgggag      300

cttcgggcac agcagccgca ggacgcggtc ttgcgcatcc tgccgggcgt aacgctggca      360

gacgcgtgta ttgcacagct gccggggaat ctcgccccca tcggtgcgct gcgaacgatt      420

ccggcagagg atgccgtgac cgccgccgct gacccgacaa cgccgctgct gattacggaa      480

atctggaatc actcattggc gtgcgacctg aaactgcgcc tgtgcgatat ttacggcgac      540

gaactgccga cggtgctgtt tccatccacc gtcaagacga accgtaagcc gcaaaacatc      600

cagctttggg agatggaccg cctgcacaac tatgaccaca cggtctgcct gtatctgccc      660

gccgttccgc ttcagcagcg cacccggtac agctttcagg acttgcagca catcatgcac      720

caggtgcgcc gccagtgccc gtgggatcgt gaacagacgc atcagaccct ccgccgctat      780

ctgattgagg aagcgtacga ggcagtcggc gcggtcgatg agggcgatat ggatcatctg      840

gcggatgagc ttggtgacgt gctgctgcag gtggcgttcc atgcagatat tgcagagtcg      900

gcgtatgaat tcacgatgca ggatattacg accgctatcg tccacaaaat gctctaccgc      960

cacgcgcaca tcttcggcaa tgtccactgc gacacgccgg aggaggtcgc ggacagctgg     1020

gaaaaactca agaaagccga aaaggggctt atgtcgcagg gcagtgtgct ggcggacgtg     1080

agcaagagtc ttccagcgct catgcgggcg gagaaggtgc agaagaaagc ggcgcaggtc     1140

ggctttgact gggatacgcc gcaggatgcg ctgccgaagg tgcacgagga agcagacgag     1200

gtgctgacag aactgcaaaa cgcgcgcgat cccggcgaag aactgggcga tctgctgttc     1260

agctgcgtca atgtggcacg cctgagcggc attgacccgg agcaggcgct caaaaatgcc     1320

accgaaaagt tcatcaaacg cttttctgcc atggaaaatc tgataaaatt ggacgaaaaa     1380

tcgctgaagg acttgacttt atcggaaatg gatgtatact ggaatcgggt gaaagccgcg     1440

caaaatcgcg ctgttgagcc atcttccccc gcagattgga agcgctga                  1488


<210>  103
<211>  696
<212>  DNA
<213>  Clostridiales

<400>  103
atgctgaaat cgctcaaaga agccgtttac gaagccaaca tggagctgcc caagcgtcat       60

ctggtaacgt atacatgggg caacgtgtcc ggcatcagcc gcgaaaaggg gctggtcgtc      120

atcaagccgt cgggcgtgga gtacgacgag ctgtcccccg acaagctggt cgtgcttgac      180

ctggacggca acatcgtcga gggcaaattg aacccgtcca gtgacacgaa aacgcacttg      240

gagctgtaca agcagtaccc agacatcggc ggcatcgtgc acacgcacag cccctacgcg      300

gtcggctggg cgcaggcgtg cgaggacatt ccctgctacg gcacgaccca cgcggactac      360

ttctacggcg caattccctg cgcgcgccac ctgacgaccg aggaaatcga cgaggactac      420

gagaagaaca cgggcaaagt catcatcgaa gagctgacga agcggaatat caacccggtg      480

catgtgccgg ggattatctg cgcgtcgcac gggccgttca catggggcaa ggacgcggca      540

caggcggtct accacgccgt tgtgctggag gaagtggcga aaatggcggt gtacacgcgg      600

cagattaagc ccgacgccgc ccccgcgccg cagaacattc aagataagca ttttctacgc      660

aaacacggcc cgaacgccta ctacgggcaa aaataa                                696


<210>  104
<211>  849
<212>  DNA
<213>  Clostridiales

<400>  104
aaggagaatt cgcccatgcg taccctgctg atggcggata ttcacggcaa tttcgccgcg       60

cttcgggcga ttctttcgac cccggaggcg cagtcctgcg ggcgcgtcat ttcccttggc      120

gatcaggtga atttcggccc ggaaagccgc aaagtcgccg aaaccctgcg ttcactcggc      180

gcgacgatgc tcatgggcaa tcacgaggag cggctgctgc atccggatga ttttgccggc      240

tacaactggg cgatgctgcg tgtgacggca gggcaattgt caggcatttc actggctgat      300

ttgccggtgg atgtccgcat tggttcggca ctgctgacgc acggcacgcc cggcgacccg      360

taccatttgg tttatccgcc ggatttgccg gatttgctga aggcgctgcc ggaagacgtg      420

tcgctgctga tttcggggca taatcacctc tgctgggatg tcacttccgg gcatcggcgg      480

gcgttcaatc cgggcagcgc cgggctgaat gagacaggca cgggcgcgcg ggcgatgttc      540

gccatttggg atggcgatga gctcactccg tgcagcacgc cctacgacgt aacggaaaac      600

gcccgcgcgt acctttccgg cggatttgcg caggaagcgc cggaaatgag ccggatgtgc      660

ctgcaagaga tggaaacggg gcagtatcaa ggcgttttgc ggctgattcg gcatgtgaag      720

cacgttgcgg aaggcatggg gctgacgatt gccgaccgcg aagcatggct ggcggcggac      780

gcggccgccc cgtggcgcga acccatttca accgcggatt tctgggcgcg aaaggagaaa      840

gaagcatga                                                              849


<210>  105
<211>  675
<212>  DNA
<213>  Clostridiales

<400>  105
atgccgcttt tgcccgctct tcgcgcgttt ttcacccgcc ttttgaccga tgtggatgat       60

gcgctgtttc cgcagcacgt tttctgcctg acctgcggcg cgctgtccct gccgaacgcg      120

atttgtccgg cctgcctcgc tgtgctggat gatttgcgcc tgccaagtga tgcgcttgcg      180

ccgaacgccg ccgctgtgtg gagctaccac ggcattgcgc ggcagctggt gctgatgctc      240

aaatacagcg gcatcgccga atgcgcgcag gtacttgcgg acggcatggc atccgcgtgt      300

ccctttgccc tgccgccaga cacggttgtc acctccgtcc cgatgacgaa gaagcacctt      360

gacgcgcgcg gcattgacca cggtcgactg ctggcagagg cctttgcgca gcggcgcaat      420

ttaccctgcc agcccttgct gatccgcacg cgcgaaaccg caacccagca ggggctgaac      480

gccgcccagc gccggaagaa cctgcacggc gcgtttgccg ccgccgcgcg catttcaacc      540

ccagttctgc tgattgacga cgtgtatacc accggttcga cgaccgaaac atgtgcgggc      600

gcgcttcgag cagctggcgc accggaggtg tttgtgctga cggcgctggc agtgcttccg      660

gatgaagatc attga                                                       675


<210>  106
<211>  720
<212>  DNA
<213>  Clostridiales

<400>  106
atgtttaccg gatttccgga ggcgacgatt cagttctttc tggacattcg cttccacaac       60

aatatcgcct atttcgagga aaaccgcgcg cgctatgagc gggacgtgaa agcgccgttt      120

gaggcgttca ttcaggaact cgcgcccgca atgctctcca ttgacccgca gatggaactc      180

cgcccatacc gctgcatggc gcggctgcgg cgtgatgttc gtttcacgaa ggacaaaagc      240

cccttccgcg accatttgtg ggtactgttc cgccgtgcgg gcgaaccgcg cgagggcagc      300

gtgatgtatt ggtttgaact cgcgccgtcg ggtatgaact ggggtgccgg cacatggggc      360

gaaaatcggc agatgatgga catcttgcgg cggaggattg tcgccgaccc ggacggagtg      420

cggaacgcca tcaagcagtg tcacctgacg gagcatcaca tgctcgtcgg cggcagctct      480

ttcaagcggc tggaagtgcc ggcgggtgtg ccggatgacc tcaagggctg gtatgccctg      540

cgcgaggtgt acatttcgcc ggaaagcact gcctcggtgg atgtgcacag cccgcagctg      600

acgaagcgcg tgcaggagga tttcctgagc ctgtcgccgc tgtatcacct gctgcgcggc      660

gcgtatgagg cggttccgcc ggaagaagtg gacaagatgg ttcagaaaat gcgtagataa      720


<210>  107
<211>  1095
<212>  DNA
<213>  Clostridiales

<400>  107
gacattgggg attttctgac gagccggaag gggcggaatg gcatggcgga ggattttgtg       60

gcgctgatgc aggcgattgc gccggagatg gcggaagcaa tggcgcgccg tgccatggtg      120

ctgacggcga ttgcggaatc agccccggtt gggcggcggc aattggcgct ccggctgaat      180

ctggcggaaa gggaagtgcg cgcggacgtg gagaagctcc gcgatgctgg cctgattacg      240

ctggacaaag ccgggatgaa tccgacgccg aatgcgtcac gctggctgga aagtgcccgc      300

agcttcgccc ggcagacgca gggcttgacc gcgctggaaa cggcgctgat gcaggttctc      360

ccggtgaaaa cagttttcgt tgcgccgggg gatgctgatg cggatgtgcg tgtactgtcc      420

gacgtggggc ggctggcggc gcagggcgtt cggcaattgc tgcattccgg gtcgacgctg      480

gaagtcacgg gcggttcgac catcgcggcg acggcacacg ccatgcagag cagcgctccc      540

atgaacgtca tggtcgttcc tgcacagggc ggcttcgggc gtgaagtgga aacgcaggcg      600

aacacgctgg cggcggaaag cccacagcgg ctcggcggac atcatcggct gctgcatctg      660

cctgaccaca tggacgagca ggcgaagcag gaaatgctgc ggctgcctga aatccgcgag      720

acgatggagc gcatccagcg tgcggacatt atcctgcacg gcatcggctg cgcgcaggag      780

acgatgagtc gcctgcccgt ggagcaggtg cgcctgctga tgaagaaggg cgcggtcggg      840

gagtccttcg gcgcgtatta cgaccgggat gggcagtgcc tgctgaaatc atccggcgtg      900

tgcgtcgatt tggcgcgcct gacgccggac tgccgcatga ttgcggtggc ggcgggcgca      960

aagaaggcgg cagccatcat ctccgttctg cggcatgacc cgcatatgct gctggtgacg     1020

gatgagggtg cggcaaagca gatgcttgcc atcctcaaaa caaatacggg ttgttcgtca     1080

gacaccgaag cgtga                                                      1095


<210>  108
<211>  393
<212>  DNA
<213>  Clostridiales

<400>  108
atggagacgg cgggaaaact ggcgggcttt gcggtctgcg cggcattggt ggcgctgatt       60

ctgcgtcgtc tgcggccgga agccgggtgg ggcgtatcgc tgggcgcggg cgcaatcgtg      120

ctgctggcgg cgcttccggc gctctcggcg ctggtgcgcg ggattgcgtc tttatccgcc      180

atgagcgggc tggacgacag cttcatgcag cagctgctca aaatcgccgg gctgtcgctc      240

ctgctggact ttgcggcgca gacgtgccgg gacgcgcagg aggaagccct tgcgctgaaa      300

gtggagttcg ccgggcgggt gctgctgctc tccagcgcat tgcccgtctt gcaggcgctg      360

ttgtcgcagc ttgtgtcctt gccgctgtct tga                                   393


<210>  109
<211>  1218
<212>  DNA
<213>  Clostridiales

<400>  109
aaaagcaaaa ggatgaaaca aattatgaag aatttcgttt tcatttcccc caatttcccc       60

gtcaactact ggcagttctg ccgtcagctg cgcaataacg gactgcgcgt cctcggcatc      120

ggcgatcagc cctatgatac cctcctgccc gaactcaaga gcgctctgca cgaatactac      180

aaggtcggca gcatggagaa ttacgacgag gtgtaccgcg ccgtcgcgtt cttcatcagc      240

aaatacggcc gcatcgactg gctggagagc aacaacgaat actggctggg ggggggcgcc      300

atgctccgca ccgatttcca catcaccagc ggcttccaag tcagcgatat gccgcgcatc      360

aagttcaagt ccaagatgaa ggaatactat cagaaggtcg gcatcgcgac ggcgcgctac      420

catatggtgg ataatttcga cggctgcaaa gcgttcatca gcgaagtcgg ctaccccgtc      480

attgtcaagc cggataacgg cgtgggcgca tcccacacct acaagctgtc cagcgatgat      540

gacctccgcc acttcctcat cgtcaaagag ccggaagttt cctatattat ggaggagttt      600

atccacgccg aagtcaacag ctacgacgcc atcatcaaca gcaagggcga gccgattttc      660

gagacgggca acgtcagtcc cgtctctatc atggacattg tgaacaacga cgacaactcc      720

gtgtactaca tcgtcaagga tttgcacgat gatgtccgca aggcgggtcg cgcgacggtg      780

aagtccttcg gcgtgcgcag ccggttcgtg cacttcgagt tcttccgcct gaccgaggat      840

cagccgtcga tgggcaagaa gggcgacgtg gttgcgctgg aggtcaacat gcggccgtgc      900

ggcggcttct cgccggacat gatgaatttt gccaactcga ccgacgtgta caagatttgg      960

gcggacatga ttgcctatga cagcacgctg atgccgcagg gtgagcacgc cttctgcgcg     1020

tttgcgggcc gccgcgacgg caagcacttc cgtctgtccc acgagcagct gatgacgaag     1080

tacgccgcgc agatgaagat ggtcggccgc gtgccggacg ccttgtcggg cgcgatgggc     1140

aacatgatgt acgtcgcgaa cttcccgacg gaggacgcga tgaacgcgtt ctatgcggat     1200

gcgtgcgaga cggtgtaa                                                   1218


<210>  110
<211>  846
<212>  DNA
<213>  Clostridiales

<400>  110
atgatgatga cgaagattgt cgcggactcc tccgcggatt tgctgacctt gggcgatttg       60

cccttcgcct ccgtcccgct gacgattcat gcgggcgacc gtgtttttgt ggacgatgag      120

cactgcgata ttgacggcat gatcgccttt ctgcgcactt ataagggaaa gacgacgact      180

tcctgcccga acacggaatg ctggctgaag gcgtttggcg acgcggatac ggtgtattgc      240

gtcacgattt ccagcgccat gtctggcact tacaacgcgg cgatgctggc ggcgaaggaa      300

tacatggaac tgcatccgga gcgccgggtg catgtgtttg acagcctgag cgccgggccg      360

ggctgcacac aaatggtgga gaaggtggcg gactgcgttc gcaagggctt gtccttcgag      420

gacacagttg ccgctgtgac cgccttccgt gaccgtgcga atttgatttt ttcgctcgcg      480

tcggtgcaca atttcgtcgc gaacggtcgc gtaagtgcgg cagtaggcgc gattgtcggc      540

attctgggca tccgcgtgat tggcaaagca ggcgtcaagg gtgaattggt cattgcgtca      600

aagtcgcgcg gcgaccacaa ggcgatgcag aacatgctga acacgatgat gaaacagggc      660

tggaacggct cgaaggtgta catccaccac tgcatgaacc agagtgcggc agaagagctg      720

aaagcggcgc tgctggagaa atttccgaac gcggagattg aaatcggcgt actgcgcggg      780

ctttgctcgt actacgcgga agtcggcggc gtgttggcgg cgtatgaagg gaattcgcgc      840

gcgtaa                                                                 846


<210>  111
<211>  1551
<212>  DNA
<213>  Clostridiales

<400>  111
gtgcggaaac ttcttgcgat tctgcaaatc ttcgtgctga tggcagcaat ggcgctgccg       60

acagctttcg ccgccgaagc gccgattatg cttgccggct tggaagctgc gtcgtcctcc      120

agcagcgcgg aagcgcagca tgactgggac acgaacttat tcttccaaac aatgcaggaa      180

aaaaccggaa ttgccttctc ctttaccgaa tacgtcagcc gagaggcatg gacggaggcg      240

aaaacggaaa tgctggcggg cgaggttgcc atgccggata tgttcttcaa ggcggaactg      300

accccgcagg agacgctggc gttctatgaa gcgggcaagc tgattgacct gcgcccgtat      360

ctggcggagt acgcgccgca cgtctgggcg ctgctggaag ccaatccgga atggatggaa      420

gccgtttcgc tgcccgatgg cgcgattgtc gcactgccga gcattaacga actgacgccg      480

aacaatacca tgtggattaa caagacgtgg cttgaccgct tgaaaatggg cgtgccgacg      540

acggcagagg aactgacgga ggtgcttcgt caattccgcg accgcgacat gaaccagaat      600

ggcagccgca acgacgaaat cccgctgtcc ttcgtgagca tgtgggacct gcgcttcttg      660

gcgcacgcgt tcggcatcaa cgcggatgat tactatctga cggagcagaa tggcaaaatc      720

agcgaagtgc tgacgacgga ggaaaaccgc gcgttcctga tgtggctgca cgagctgtac      780

accgagggct tgctggattc gcagggcttt atggccatgc ggctggtgga ggcggcaacg      840

tcctcgtcat cttccagcag cagcgaaacg gcgaagtatg gcgtgttctt cggtgcaacg      900

ccgcaggacg tggtcggcgt gaatctcgcg tcggagtata tcgcgcttga tccactggtg      960

tacaacggcc agcaggttta ccgcgatttc accggcgacc tctaccgcgg cacgttcgcg     1020

atttcatcca cctgcgcaga gccagaaaag ctgctgcaat gggttgatta tctctacacg     1080

gacgagggct tcttggcggc gcaagttggc cgggaaggcg aggactacga ctggaacgac     1140

gatggcacat gggcgtatgc ccgcacggcg gaggaagttg tcgccatgca gggcacgaat     1200

accatttgga caacctcgat gccctcctat gccagtgcgg aaattcaaat gaaaatggat     1260

gatgacgcaa cgcgcgcact ggcagcggaa ttggcgcgcg tccggcaatg ggaaaagcgt     1320

gcaatgccct tgctctacct gacgcaggag cagatgaacc gtgtcacgga gctgcaaaac     1380

ggcatcagca cctatgcgga aacgcgcatg gcgtggtttg tcgcgggtga cgtggaactt     1440

aatgatgaaa cgtgggcaga tttctgcgcg caggtgaagg cgcttggcat cgacgagatg     1500

gtcagtatct ggcaaagcac ctatgacaac gcatggcatc ttgacaagta a              1551


<210>  112
<211>  2421
<212>  DNA
<213>  Clostridiales

<400>  112
atgaccatga aacacggtga tttggtttcc caaatgacat tggaggaaaa gtgcgccctg       60

cttgccggca aagatgtctg gcacacgcgc gagattccgc ggctgaatat tcccgccatc      120

acgctctccg acgggccgag cggcttgcgc aagcaggcgg gcgaaggcga ccatctgggc      180

ctcaacgcat cgacgaaggc gacgtgcatt ccctccgccg cgacgctggc gtgcagctgg      240

gacgacacgg tgtccgaggc gatgggcgcg gtcgtcgggc gcgacgctgc caatcagggg      300

gtggatgtgc tgcttgcgcc ggggctgaac acgaagcgct ccagcctgtg cggccgcagc      360

ttcgagtatt actccgaaga cccgtacctc tccggcaagc tggcggcggg cttcatccgc      420

ggcgcgcaga agcagggtgt atccgcctgc gcaaagcact acgcggcgaa cgcgcaggag      480

ctgctgcgga tgcactccga cagcgtgatg gacgagcgga cgctgcggga aatgtacctg      540

acgaacttcg agattgccat caaagagggc aagccgggct ttgtgatgac ggcatacaac      600

cgcgtcaacg gcgtgtacgc caacgaaagc cgccatctgc tgggcgatat tctgcgcggc      660

gagtggggct ttgacggcgc ggtcgtgacc gactggggcg gcagcaacag cattgtcgag      720

ggtgtgcgcg agggcatgaa tctggagatg cccgcggcgg gcgacgacag cccctgccag      780

ctggtgaagg cggtcaagga cggcacaatc gacgagaaaa tcatcgatga acgcgtggat      840

cagctgctgg atttcgtgct ggcagagaac aagtccggcg aatcgtcgtt tgatgccgca      900

aagcagcatc aggcggcgga agcagcggcg gaaaagtgcc ttgtgctgct gaagaacgac      960

gagcacctgc tgccgctgaa gaaggacgcg cgcgtggcgg ttatcggcga gtttgcggcg     1020

cgctcccgct atcagggcgc gggcagcagc atggtcaacg ctgcgcaggt ggatgacacg     1080

ctgcccctgc tggatgaatt tttcccggcg cgggtcggct tcgcgcaggg ctttgagcgc     1140

ctcgacgccc cgaacgacgc gctggcggat gaggcggtgc agcttgccaa gacggcggat     1200

tgcgcggtgg tgtacctcgg tctgccggag tgctttgaga cggaagggct tgaccgcacg     1260

cacatgcgcc tgccggagaa ccaaatcgcc ttgatgaaaa agctgcgcgc cgtgtgcaag     1320

aagatggtgg tggtgctctc ctgcggcagc gcgatcgaga cggactgggc gcaggactgc     1380

gacgcgttgc tttacgcggg gctgggcggc gaagcggtgg cgcgctccgt gctgcgggcg     1440

ctggtgggcg agattacccc cggcggcaag ctggcggaaa cgtggtatcg tcactatgcg     1500

gacgcaccgg tcagccacta ctaccccggc acggaggcca caagcgaata ccgcgaaggg     1560

ctgtacgtcg gctatcgcta caccgagtcg gcggacgttg ccccggcgtt cgctttcggg     1620

cacgggctgt cctacacaac cttccgctac gacaacgtgc aggcggatgc caagggcgtg     1680

tcctttgacg tgacgaacac gggcgactgc gcgggcgacg aggtggcgca gctgtacatc     1740

cacaagccga acgcggaggt tttccgcccg gcgaaggaat tgaagggctt tcagcgcgtg     1800

cacctggaga cgggcgagac gaagcgcgtc acgattccct ttgacggcta tacgttccgc     1860

tacttcaacg tccgcacgaa ccgcttcgag gtggaaggcg gcgaatatga gctgctgatt     1920

ggcgcatcct gccgcgacat ccgcctgacg gcaaagcaca ccgagcaggg gacgaacgcg     1980

cccaatccgt atgctcagct ggcggtgcag agctaccgca cggcgcgcgt gacggacgtg     2040

agcgacgcag agttcgcggc gctgctgggc cacgcgattc cgccgcatct ctgggacaag     2100

acgcagccgc tgacgctcaa cgacacggtg acgcagctca gctacgccaa gaacccgctg     2160

gcgcggctga tctaccggat tctcacgcgc atgaagaaca aggcgactgc cgctggcaag     2220

ccggatttga acctgctgtt tatctacaac atcccgttcc gcggcatggc gaagatgatg     2280

aacggcatgg tgtcgatggc aatggcggag gatatgctgc tgatggtcaa tgggcatttc     2340

ttccgcgggt gcggacggct gatccatcac ttctgccacc gcccgaagct gaacctcaac     2400

ccggataaaa agaagaagta a                                               2421


<210>  113
<211>  675
<212>  DNA
<213>  Clostridiales

<400>  113
atggacgctt ctcccatcac ccctgacctt gacgaggccc tgcgctatgc gggcgttcgc       60

gcggacgaaa gcggcgacat gcaccgcaaa atggcggaaa ttgccgcgca gtgcatgaaa      120

aacgtcacgc cgcgctgcac ctaccgcgtg tccgaaatcg cgtgggaaaa cgggatgccg      180

tcgctctttg gcgggcagct tgttttgccc ggcagaaccg ccgcggttat gctgcgttcg      240

tgttcccacg cggcgctgct tgtctgcacc ctcggcacga cgttcgatgc gctggcgcgg      300

caggtacagg cgcggaattt tgcggatgcg ctgctgctgg acggcttcgg cggcgcgtat      360

gtcgaagcgg gctgcaacgc ggcggagcgc gaaatcgccg cgaaactgcc cggcaagtac      420

ctcaccgacc gcttcagccc cggctacggc gatttgccgc tggacgtgca aagcccgctg      480

ctggcgctga ctgacgcgcc ccggcggctg ggcgtcaccc tcagcgaatc gaacctgatg      540

aacccgctca agagcgtcac cgccgtgatt gggctgtcgg acaccccgca gcaggcgcgg      600

attcgcggct gtgactattg cgcgatgcgg acgcgctgca atttgcgaaa ggcaggaaaa      660

acctgtggaa cataa                                                       675


<210>  114
<211>  1602
<212>  DNA
<213>  Clostridiales

<400>  114
atgatgaaat atgtatttgt gaccggcggc gttgtttctt cgctgggcaa gggcacgacg       60

gcagcatccc tgggacggct gctgaaggcg cgcggctaca aggttgccat gcagaaatgc      120

gacacctact ataacttcaa tccggcgctg ctgtcccctt tgcagcacgg cgaaaatttc      180

attacggagg acggcgtggc ggctgacctt gacttagggc actacgagcg ctttatcgac      240

gagtcgctca agggtgaagc aagcatcacc accggcaaga ttcacactgc cctggtggag      300

cgcgagctgc gcggcgaata ccacggcgcg acgattacag tcgtgccgca tgtgacgaac      360

gaaatcaagc accgcatcat cacagcggca gaaaactccg gcgcggacat tgcgattatc      420

gaaatcggcg gtgtggcggg cgatatcgag tcctccccgt atctggaggc gattcgtcag      480

ttgaaatggg agcttggcgc gggcaacaca tgcttcatcc atgtggcgct gatgccgtat      540

ttgtccgttg cgggcgaaat gaaaacgaag ccgacgcagc actctgtcaa ggccctgcgc      600

gccatcggca ttcagccgga tgttatcgtc tgccgcacag aggtgaacat cagccagtcc      660

gcgaaggata aaattgcgct gttctgcaat gtgccggtgg gtaacgttgt gcagaaccgg      720

gatgcgtcca cactgtttga agtgccgctg aatctggaaa aagagggatt ggcgggcatg      780

gtgctgaaaa cgctgaagct tgacaatccc ccggcggatt tgaccgagtg gacgaacatg      840

gtcgcccgct atgacgcgcc gacgcaggaa gtgcatatcg cgctggtcgg caagtacgtt      900

gccgtgcatg atgcatacct gtctgtgcac gaagcgcttg tccatgcagg catcgcaaac      960

ctcgcggcgg tgtatgtgga ctatatctcc tcggacgagc tgacggaagc gaacgccgcg     1020

gaacggctgg gcagctatca cggcatcatc ctccccggcg gcttcgggca ccgtggcgcg     1080

gaggggatga tggcggcggc gaacttcgcg cgcacgaagg gtatcccctg cctgatgatt     1140

ggctacggaa tgcagcttgg cgtggtggaa gcagttcggt cgcttttgtc gctgccagac     1200

gcgaactcga cggaagtcaa tcggctggca aacccggcgg tggtagcgat tccgcgcgac     1260

cgcgtggacg agaacgatgg ccgacagaat gcgcgcatgg gcggcatgga cgtcgtgctg     1320

accgagggca gccgcaccgc ggccatctac ggtctgacga tggtgcacga gcgccacggc     1380

aaccgttacg aggtggatga tgcgttcctt gcgccgctgc acgaggtcgg cgtggatttc     1440

gtcggcttca gcgcggacgg aaattacccg gaggtattcg agattccggc gcatccgttc     1500

tatatcggca caatttatca tccggagttc ctttcccgcc ccaacaaggc gcatccgctg     1560

ttcgcagcgt tcatcggcgc agcggcggcg catcaggcat aa                        1602


<210>  115
<211>  759
<212>  DNA
<213>  Clostridiales

<400>  115
atgaagaaaa cgatgaaaaa gtcaacaaaa ggctttctga acaacttgct cacctacgcc       60

atcgtcatca tcgcgttcgt ctttacgcag atggcgctga gcaagatgat tccgggcgtc      120

accatcagcc gctccctgaa ggggcagctc atcccgattt gcgtctacat cgtcatggcg      180

gtttcgctga acctgacggt cggcatctcc ggcgaactgt cgctgggtca cgcgggcttc      240

atgagcgtcg gcgctttctc cagcatcatc atgtccggct ggctgctgaa cgccttccag      300

atggaaaatg agacgatgcg cctcgtgctg gccatgctgg cgggcggcgt atgcgcggcg      360

attgcgggtg tgctgattgg catcccggtg ctgcgtctgc gcggcgacta ccttgccatc      420

gtcacgctgg cgttcggcga aatcatccgc aacgtcatga actgcctgta tttcgcggtc      480

agcgacggca agctgattgt caacttcaac aatccccgca ttgatggcac gctcctgtac      540

aacgggccgg cgggcgcggt gcgcgtcggg cgcattgcga cgttcgaggc gggtttcgtg      600

ctggtgctgc tgacgctgtt tgtcgtgctg aacctcatca acagccgctc cggccgcgcg      660

attatggcaa gccgcgacaa tcgcattgcc gccgaagcca tggggcgttc gtcacctcgg      720

cggcgctggc gggcatggct ggcgcgctgt ttgggctga                             759


<210>  116
<211>  462
<212>  DNA
<213>  Clostridiales

<400>  116
atgaggtgtc aatattgcaa ctgcgcggag agcaaggtca tcgactcgcg cccgactgaa       60

gaaggcaaca gcattcgtcg gcggcgggag tgcatgggct gcgggcggcg atttacgacg      120

tatgagaaaa tcgagatgct gccgctgatg gttgtcaagc gcgacggccg gcgggaaacc      180

tttgatgcgc agaaaattaa ggcgggcatt cttcatgcct gcgagaaact tccggtgtcc      240

atgcagcaga ttgacgcgat gaccacgagc atcgagcagc gcgcctatgc cagcatggaa      300

ggggagattt cctcccagcg catcggcgac atggtgatgg aggaactgaa agcaacaaac      360

gacgtggcat atgtgcgctt tgcggcggtg tatcgcctct tcacggatat tggaacgttc      420

atgcaggagc tgcaaaagct gctggatgag gggaaaaagt aa                         462


<210>  117
<211>  849
<212>  DNA
<213>  Clostridiales

<400>  117
gtgaatgcgg cagggctttt tggttatgga aataccaaac aattttacgc ttcttcgctg       60

ctgttggagg cgaaaaaaag ggaagctgca cacgccaatt gtatttatga agtttttcgg      120

ttgacatcag gcatttctcg ccttataatt tttgtaagac tgcggtggaa gccgcagaac      180

gtgaaaggag aaatcctcat gaagaagatg ctggcactgg ttctggtact ggcgatgtgc      240

ctcggctgcg ctgccatggc ggaagaaact gccttggtgt acgcgcttgg cgcgcccatg      300

cccgatttta cctttacgga cattaacggc gtttcccata ccctctccga aaccttgaag      360

gagaaggaaa tggtgctgat taacctctgg gcaacgtggt gcggcccgtg tgaatcggag      420

ttccccttcc tggaggaagc ctatgagcag tacaaggaca aggtggaagt ctttgcgctg      480

agcatcgatg aaaacgatga cgatgcgaag ctgacggaat atgtggcgtc gcatggcctg      540

acgttcccgg tcggtcatga aacgttcaac ctctttgcgg gcttcggact caatggcgtc      600

ccgacctcga ttgtggttga ccgcttcggc aatgtggctt tcatcgcaac gggttctcag      660

ccctctacgg acgcgtttgt ccgcttgttc ggtctcttcc tcggcgatga gtacacgcag      720

acgaatgtgc tggcgttcct gccgggcgaa aagccctcga ttccgccgac ggatgaagcg      780

gaactgaacc gcgcgctgaa tgtggaaggc acggcggcgc cgctgtcctt caccaattct      840

acggatgaa                                                              849


<210>  118
<211>  279
<212>  DNA
<213>  Clostridiales

<400>  118
atgttgaacc tgaacatgag cccgatggtc aagggcattc tgattggtgt gggtgtgagc       60

gcggttggtt tctacgctta caagcacaac gaggagaagg tggataactt cctgcgcagc      120

cacggcgtga aggtcaagac gccgacggcg ggctttgaga cgatgtccgt ggaggacctg      180

atgcgcacga aggaaagcat cgaagacctg attgcggaga aggaacagca ggagcagagc      240

gtgaccgtgg aagcggacgc ggctgtggcg gcggaataa                             279


<210>  119
<211>  1578
<212>  DNA
<213>  Clostridiales

<400>  119
atgaaaaagc cggttgttct cgtcgtcatg gacggcgtag gcgaaacccc tgaagaactg       60

ggcaacatgg tcaaaaaggc cacgaccccg accctcaacg aactcaagga aacctgcccg      120

tggcagatca tcaaggcgca cggcacggca gtcggtctgc cctccgatga cgatatgggc      180

aactccgaag tcggccacaa cgcgctcggc tgcggtcaga tttactcgca gggcgccaag      240

ctcgtcaacg aatccatcga atccggcaag atttacacct cggatgcgtg gaagaacctc      300

gtcagcgacc tgaaggacaa tggcgcaacc ctgcacttca tcggtctgct gtccgacggc      360

aacgtgcact ccaacatttc gcacctgatt gcgatgctga aggaagccaa gaaggagggc      420

gtaaagcgcg tccgctgcca cattctgctg gacggccgcg acgtgcccgc cacctccgcg      480

ctggagtatg tgcaggagct ggaagacgtt ctcgcctccc tgaatgacgc ggatttcgac      540

ggcaagatcg cttccggcgg cggccgcatg accatcacca tggaccgcta tcaggcgaac      600

tggccgatgg tcaaggcggg ctgggacacg catgtgcatg gcatcggccg tcagtttgcg      660

accgcgaagg aagccattga gaccttccgc gcggaaaccg gcgtgattga ccaggacctg      720

ccggcattcg tgattgcgga gaatggcaag cccgttggca agatggagga cggcgacagc      780

gttatcctct ttaacttccg cggcgaccgc gcgcaggaaa tctcgatggc gttcgacggc      840

gacagctcgt tcgacaagtt cgaccgcggc gaaatgccca aggtgaagta cgccggtatg      900

ctccagtatg acggcgacct gtgcatcccg aagtccttcc tcgtcaaccc gccggaaatc      960

cgcaacacgc tgactgagct gcttgtcgcc aacggcgtca acgagtttgc ctgctccgaa     1020

acgcagaagt ttggccatgt gacgtacttc tggaacggca accgctccga aaagttctcc     1080

gaggagctgg aaacgtgggt ggaagtgccc tccgacgtgc gttccttcga cgaatgcccg     1140

tggatgaagg cgaccgaaat caccgacctg gtggtggacg ccatcaagag cggcaagtac     1200

ggcttcatcc gctgcaacta ccccaacggc gacatggttg gccacaccgg caacctgctg     1260

gccactgaaa tcgcggtgga atccgttgac ctgtgccttg cacgcgtgaa gaaggcgtgc     1320

gacgagtacg gcgcgattct ctgcgtgacg gctgaccacg gcaatgccga ccagatgctg     1380

gagaagaaca agaagggcaa gatcagcgtc cgcacggcgc acagcctgaa ccccgtcccc     1440

ttcatcgtgt acgacaagga cgagcgtcac gaattgaagg atggccacgg cttcggtctg     1500

gcgaacgtcg ccccgacggt ggcgggtctg ctgggcatca agccgttcga ttcctgggaa     1560

gaatccatgc tgaagtaa                                                   1578


<210>  120
<211>  1227
<212>  DNA
<213>  Clostridiales

<400>  120
atgaaaaagc tgctggcaat ggttctggct gctgtaatgg tgctgtctct gtgcagctgc       60

gcgaccgctg aggagacggt tgccctgcgt gtgtgggttg gcgataacgc cgacctgccg      120

tggatcaacg gcgtgattga gaacttcaag gctgcgcatc ctgaaaagac ctacgacatc      180

tccgtggata ttcaggctga gggcgactgc tccaagcgcg tcctgaacga caccgaggct      240

gctgcggacg tgttcacctt cgcggacgac cagttcaact ccctgatgaa cgccgaagcg      300

cttcagcagg tcatggttga tgcggacgag atcatcgcgg cgaacggcgg tgcgaacgcc      360

ggcgctgtgc aggcgtccac cggtgcggac ggcaacctct acgcctatcc ggcaactgcc      420

gacaacggct acttcatgtt ctacaataag gaatacttca ccgaggaaga cgtgcagacg      480

ctggacggca tgctggcgaa ggctgccgct gccggcaagt acgtcggctt cccgatgagc      540

gacgcttggt atctgtactc cttcttccag ggcgctggtc tggaaatgca cgtcactgag      600

gacggcgtga ccaacacctg caactggaac gcgaccgaca ccgaaatcac gggtgtgcag      660

gttgtggaag ctctgctggc cattacctcc aaccccggct tccgtgaagc gaactccgac      720

cccttcgtgg cgggcgttaa ggacggctcc attatcgccg gcgtgtccgg tacctggaac      780

gcgaaggttg ctcaggaagc gtggggcgaa aactacgcgg cctgcaagct gcccacctac      840

accgtcgcgg gcaagcaggt gcagatggct tccttcgctg gcttcaagct ggttggcgtg      900

aacccttact cccagaatgt gtatgacgcg atgctgttcg cggaattcat gaccaacgaa      960

gagaaccaga tttcccgctt tgaactgcgt ggtcagggcc cgtccaacgt gaatgctgcc     1020

gcttccgaaa aggtgcaggc tgctcccgcg attgccgcac tggctgctca gtctgccttc     1080

tccaccgtgc aacgcgttgg caacaagtac tgggatcccg ccgctgcgct gggcaagatt     1140

ctggtcaacg gcaatcctga cggcatcgag ctccagaccc tgctggacaa cgctgtggcg     1200

ggcatcaccg ctgccggcga tatgtaa                                         1227


<210>  121
<211>  2073
<212>  DNA
<213>  Clostridiales

<400>  121
gtgaaccgat tcgcaaggtg gattgtcaag caccgtgttg ccatcgtcat catctgtctg       60

ctgatgctga ttccgtcggt gctgggcatg aacgccacaa aggtcaagta tgacctgctg      120

tattatctgc cggaagacct tgacacgatc aaggggcaga acatcctgat ggaagagttc      180

ggcaagggcg cgttctccct gtgcatcgcg gaggggatga gcggaaccga ccagcaggcg      240

acggaggacg ccatccgcgg cgtgccgcat gtggatacgg tcatcggcta tgcgtccatc      300

accaagggca cgattccttc cgagattctg ccggacgaat accgggacat cttcgagaag      360

ggcgacgcgc ggctgatggc ggtgttcttc gatgacacgt cgtcggcgga agggacgatg      420

gaagccatcg cgcagatccg caaaattgcg gggcagcagt gcttcgtgtc cggtctgtcg      480

gcggttgtga ccgataccaa gcagctggtg gaggatcagg aagccatcta cgtcgccatc      540

gccgttgcgc tgtgctgcgt cgtgctgatg ctgacgatgg actccatcct cctgccgttt      600

atcttcctgc tgtgcatcgg cgtgagcatc ctgtggaaca tgggcacgaa ctacttcctc      660

ggtgagattt cctacatcac caaagcagtc gccgccgtgc tgcaattggg cgtgacgctg      720

gactactcca tctttctgtg gcacagctac aaggaagagc agcagtccta ttcggacaag      780

gacgaagcga tggcaagcgc catctgcaag accatttcct ccatcgtcgg cagcagcctg      840

acgacggtcg cgggcttcgt cgccatctgc ttcatgagct tcacgctcgg ccgtgacctc      900

ggcatcgtga tgagcaaggg cgttatcctc ggcgtgctgg gcacggtcat cctgctgccc      960

tgcgtcatcc gcatccttga ccgcgcgctg gaaaagacct cgcacaagcc gctgctgccc     1020

agcgttgcgg gcatcagcaa gttcgtcacg aagcactaca aggtgctgtt cgtcatcctg     1080

attgtgctgt gcatcccggc attctacggc tacaataacg tcggcaagta ttacgacatg     1140

tccgcctgcc tgccgcagga gctggaaagc gtgaaggcga acacgaaact gtccgaaaca     1200

tttgacgtct ccacgaacca ccttgtgctg gtcgatgcgg acgtgccgca gaagaacgtc     1260

gtcgccatga cggacgaaat ggcggaagtc gatggcgtga agcaggtgct gtcgattgac     1320

tcgctgctgg gcgcgggtat ccccgaaagc atcgtgccgg acgaaatcct cagcgaactc     1380

aagagcgacg aataccagct gatgctgatt tcctcggaat acattatttc ctccgacgcg     1440

gtgaatcggc agattgatga gctgaacgaa atcctcaaaa agtacgacga gggcgggatg     1500

ctcatcggcg aagcgccctg cacgaaagac ctcatttcct gcaccgaaca cgacttcgag     1560

gtcgtcagcc tgatttccat tatcgccctt ttcctgatta tagagctggt gctgaggtcg     1620

atttccctgc cggtgattct ggtcgccgtc attgaaaccg cgattgccgc gaacctgtgc     1680

atcccctact acacgaacgt gacgctgccg ttcgtcgcgc cgattctgat ttcgaccatt     1740

cagctgggtt cgacggtgga ctactccatc ctgatgacga cgcgctactt gcagaaccgc     1800

cgtgcgggat ctgacaagcg cgaggccgtc agcaaggcgg tcgcgtcctc cgcgcagtcg     1860

attctcgtca gcggcatcgg cttcttcgcc gcgacgttcg gcgtggggct gtactccaat     1920

gtcgatatta tttcctccat gtgctccctg atggcgcgcg gcgcgctgtg ctcggtggta     1980

gtcgtgctgt tcctgctgcc ggcagtgctg ctggtgctgg acaaggtgat tatccatacg     2040

acgctgaaag tgaacgcgaa gaactgctta taa                                  2073


<210>  122
<211>  666
<212>  DNA
<213>  Clostridiales

<400>  122
gtgaaaacac ccgtgacgca cgagcgcctg caaaaccacc tgacgtattc gtggtggaag       60

tatgtcctga tgatggtatt ggtcatcttt ttctggagca tcctcttcac aaccacgcgc      120

taccgcccgc cggaagaaaa gaaggtcatt gtcggcgtgt acggcgcggg caatcagacg      180

gcgctggacg cctacatgga ggacgttcgc cagctgctcc tgcccgacat ggaggaaatg      240

aacacgcagt tcatcatgag tgacgaaacc tggggttcat cggtgctgat gacccgcatg      300

acggcgcgcg agtgcgacat ttacctgctg ccgaaggatc tctttcagac gtatgcccag      360

caaggggtat ttgtggcgct ggaggaagcc atgccggact tagtgagcga gctggaatcg      420

cgcggcatca gcctgagccg cggctggcgt acggacagcg acacgggcga aaagcacctg      480

ttcggcatcc cgtgtgcgga tttgccgtat ctggacacgt tcctgtatcc gacggcggat      540

tcgtactacg cgtgcatttt ccgcgccaac ggcaatgaag aaaatgttca ggcgttcttt      600

gattacttca ttcgcgatat gctgaatgag ccgccggcag aggcttcgga ggaagccgct      660

tcgtaa                                                                 666


<210>  123
<211>  504
<212>  DNA
<213>  Clostridiales

<400>  123
tctgtccgcg aaggaagcgg gcagaatcgg cggtacgatg cgcggaaaaa aacagataat       60

caggcaggaa aacgaatgta tacaggattt gcggaagttt acgacacgct gatgaacgac      120

gtgcattatg gcgcatgggc ggatatgtat gcccggatga tgacggctta cggcatcccg      180

cgcaatgcga aggtgtgcga gtgcgcgtgc ggcacgggca gcctgacact gcccttgcag      240

cagctgggct atgagatgat gggcattgac ctgtcgcagg aaatgctctg gcaggcggcg      300

cagaaggcgc gcaaggcggg gttcggcatc ccgttcatcc ggcaggacat gcggcaattg      360

cggctgcatc gcccggtgga cgcggtgctg gcgacgtgcg acggggtgaa ttacctcctg      420

caggacgtgg acgcggcggc gttcttccaa tccgcatggg aagccatcaa gcccggcggc      480

gggctgttct tcgatgtgtc gacc                                             504


<210>  124
<211>  681
<212>  DNA
<213>  Clostridiales

<400>  124
ggcgaaagca tgttcaaaat cctcatcgtc gaggatgaca cggagctgtg ccagctgttt       60

tcgcatgtgc tggagaaaaa cggctatcac acgcgcatgg tctcaaacgg tcaggaagcg      120

ctggatgcgc tggcggaaga gtatgtcgac ctcattattt cggatatcat gatgcccgtg      180

atggacggct acgagctggt gcgctcgctg cgcaaaaaga gcgttatgac gcccgtactg      240

atgattacgg cgcgcgacgc tttcgatgac atgcgtctcg gcttcctctc cggcacggat      300

gactacatgg ttaagccgat taacgtgagc gagatggtgc tgcgcgtcgg tgcgctgctg      360

cgccgggtgc agatgatgaa cgagcatcgg caggtcatcg gcgaaacggt gatggagtgc      420

gactcgctga ccgtgacgcg cggcgaaacc agcatgattc tgccgcagaa ggaattcatg      480

ctgctctaca agatggcggc atatccgggt aaaatcttca cgcgccagca gctgatggac      540

gacatttggg gctacgattc cgattcggac agccacacgg tggatgtgca cttcggccgc      600

ctgcgtgagc gcttccgcga taatccggat tttcatatcg taaccatgcg cggtgtgggc      660

tataaggtgg ttaaggcatg a                                                681


<210>  125
<211>  792
<212>  DNA
<213>  Clostridiales

<400>  125
atgaagtatg tgtttcatgc cctgcggatg cagtggcggt gcgcgacgca gtaccgcgcg       60

tcgttctgga tgcagacgct ggcgcagctg gtgatgtccg gcagtgaatt gatggcggtg      120

ctggtgctgc tggggcggtt cacgtcggtt gggcagtggt cggggagcga aatcatgttc      180

ttcttcggca tgatgcagat gacgttcgcc atcacggagt gtgtcgggcg cgggctaaca      240

gcgttttcgc gggtcgtgca gggcggtgag ttcgaccaaa tcctccttcg cccgcgaaat      300

ctgcttcttc aggtgctgtg cagcagcact gacccgcggc ggctgagtac ggcggtgctg      360

gggattgtgt tgatgtggct ttcggtcacg cagctgggca ttccgtggac gctggggagc      420

acggtgctgc tgctgatttc cgtcgcgggg acggtgctga tgctgcttgg gctgtttctg      480

gtgcaagcga cgctgtgctt tctgtccgtg cagtccatcg aggcggtgaa tatcctgacc      540

tacggcgggc gaacggcgtg cgagtatccg gtggatattt acccgcgccc gattcggctg      600

ctgttcatgt atgtcgcgcc gtttgggctg tgtatgcacg ttccggtgag tgcgctgctg      660

catcacccga tggtggattg gcctgcatgg acggcgtacc ttgcgccgct ggcaggagcg      720

atgttctttc tgctgatggc gctggtgtgg cggaaggtcg gggtcaagcg gtactgctcg      780

acggggtcgt ga                                                          792


<210>  126
<211>  762
<212>  DNA
<213>  Clostridiales

<400>  126
atgctgacca agcgaatcat cccctgtctg gacatccgcg acggtcgggt ggtcaagggc       60

gtgaacttcg tggatatccg cgacgcgggc gacccggtgg aagccgcggt gcgctacaat      120

gaagcaggcg cggacgaact ggtactgctg gacatcaacg catcctacga gaagcgcggc      180

acgatgctgg acgtggtgtc gcgtgtggcg gagcaggtgt tcatcccatt cacggtcggc      240

ggcggcatca gcgacatcga ccagattcgc gcgctgctgc ggctgggcgc ggacaaggtg      300

agcatcaact cgcccgccgt gcgcaacccg gatttcatca ccgagagtgc gctgcggttc      360

ggcagtcagt gcatcgtgct ggcaatggat gtgaaatcgc gcgtcggcgg cggctgggac      420

gtgtacgttc gcggcgggcg cgagaacaca gggctggacg cactggaatg ggcggcagaa      480

ggcgtgaaac gcggcgcggg tgaaattctg ctgacgagca tggactgtga cggcgtgggc      540

gacggtttcg cactggatgt gacacgcgct attgcggata aagtcggcgt gccggtgatt      600

gccagcggcg gcgcgggcaa aatggagcac ttccgtgacg cgctgaccgt cgggcacgct      660

gatgccgccc tcgccgcgac gctgttccac tttggcatcc tgaaaatcag cgacttgaag      720

gaatatctgg cgcgcgaggg cctgccggtc aggaggacat ga                         762


<210>  127
<211>  408
<212>  DNA
<213>  Clostridiales

<400>  127
atgagcaatt ctaccaagaa gggctttggc gtttatgcga cgctcgtctc cgcggtgctg       60

gcgattgcgg cggcggtcat ctatcaggtg attggcggca agttcggcgc gacgcagcgc      120

gtgtgctatg accagtgggt tgtgctgctg cttatcggcg gcggcgtggt gtccggcgcg      180

ctggtggggc tgaagaagta cggcgtggcg agcgcgattg ccgcgtttgc gccgtttgcc      240

gccatctgct tctttgcgca caagtgctac tggtatgtta ccgacgtgtt tgtggcgatt      300

gacgaaaagg gctttgaccc gaatttcctc tggtttgccg gactggcgct gggcgcgttc      360

atcatcggcg aaatcgctgt gtacactcgc aaagagaagt ctgtgtaa                   408


<210>  128
<211>  444
<212>  DNA
<213>  Clostridiales

<400>  128
gcaagcatga gccatcacaa cgaaatggaa gtccgattcc tttccctgcc cgaaaacgaa       60

gcctttgcgc gcgtggtgat tgccgccttt gccgtccggc tctccccaac cgtcagcgaa      120

attgccgaca tcaagaccgc cgtctccgaa gctgtcacga acgccatcgt ccacggttac      180

gagggcacgc gcggcacggt tattctgcgc gcaagcattg acggcacgct gctgaccatt      240

gaaatcaccg acaagggacg cggcatcgcc gacattccgc aggcgatgga accgtttttt      300

accacgcacc ccgaacagga acgaagcggc atgggttttg ccgtcatgca gacgttcatg      360

gacgacctgc gcgtcacgtc cacgcccggt cagtgcacaa ccgtgcggat gaaaaagcgg      420

attctgacga cgccgattat gtaa                                             444


<210>  129
<211>  672
<212>  DNA
<213>  Clostridiales

<400>  129
atgccgattc gtcagcggaa tgaccgcaaa aatcccttgc acgtcgcact gacccatgct       60

ataatggaag aaacttggcg aatttcgccg gaaatgaggg ttttcctgat gaaaaagctg      120

ttttctctgc tgcttgtgct ggcgctggcg cttgtgccga cgctctcctt ggcggatgat      180

gacgccgcct gccagaacct ctacaacatg ctgctggatg agctgaagtc ggtcgatttg      240

gagatgaccg ccgacgagga aagctaccgc atttatcttg gctatgcgct ggacaagaac      300

tcgctgggcg acgcggatgt tatctttgac gcgtacagcg atgccgtcac catcaacgtc      360

agctactcca atccgcttga tgaggcgctt gtgccgcagg tgatttcctt cttcaacagg      420

gtcaacagca cgctgtatgt cggcaagctg atggtcatca agtcggataa cgtgtggtac      480

gcggcgtacg agattttcct ctctgttgac ccggagaaca tcaccgattg ggatcgcaac      540

aacgtgctgg catacacggc gctggcgctg gacacaatgg aggcaatggt ggactacatc      600

accgagattg caaacggcga atcggcagac aacgtgttcg ccatgtggca ggcggatatc      660

ggcgcggtgt aa                                                          672


<210>  130
<211>  1767
<212>  DNA
<213>  Clostridiales

<400>  130
atgactgata cgaagcagag ccgtctgacg gccacgctgc tttgcgtcac gccgccggat       60

gagcatcagg agcagggcat ccgcaccttt ctccagaaaa agtatggcga agatgttgcg      120

ctgaccatcc agcaggattc gtcgctgaag agcggcttcc agctgcatgt ggggagcgag      180

gtctacgact ggagcgcgaa gggccgcatg gagcagttcc gccagcaggt ggagcagctt      240

gtggcgaaga acacgcgcaa ggacatcatc ccgcttctgc gcagcagcat cgacgagttc      300

cgtctgcttg ccaagagcag cgaagtcggg acggtcaagt ccatcggcga cggcattgcg      360

gttgtcgagg ggctggaaca tgccgcgtat ggcgaaatcc tcatgttcga caacggtatc      420

aaaggcatgg tgcaggatct gcgccgcaac gagacgggct gcatcctgtt tgacaatgcc      480

gatgatattt ccgcgggcag caaggttgcg cgcacgggca agaccgcggg tgttcccgtg      540

ggcgacgcgt tccttggccg cgtggtggac gcgctcggac gcccgattga cgggggagac      600

gcgattccgg cggacggcta tcgcccggtg gaagaacccg cgcctggcat catcgaccgt      660

caaagtgttg atacgccgat ggaaacaggg ctgctgtcca tcgacgccat gttcccgatt      720

ggccgcggtc agcgcgaact gattatcggc gaccgtcaga cgggcaaaac ggcgattgcg      780

ctggacgcca tgctgaatca gaagggcaag aacgttatct gcgtgtacgt tgccatcggt      840

cagaaggcgt cgagcgttgc ccagctggtg gagaatctgc gcaagcgcga cgcaatggac      900

tactgcgtcg tcgtcagcgc aacggcgggc gaagcggaca ccatgcagta cattgcgcct      960

tacgcgggct gcgcgatggc ggaatattac atgcacaagg gccgcgatgt gctgattgtc     1020

tatgacgacc tctccaagca cgccattgcc taccgtgcca tgagtctgct gctggagcgc     1080

gcgccggggc gtgaagcgta tccgggcgac gtgttctatc tgcattcccg tctgctggag     1140

cgctcggcgc acctgagcga caagctcggc ggcggcagca tgaccgcgct cccgattgtc     1200

gagacgcagg cgggcgacgt gtccgcgtat atcccgacga acatcatttc catcaccgac     1260

ggtcagattt tcctcgaaag cgacctgttc tttgcgggcc agcgcccggc agtcaatgtc     1320

ggtctgtccg tgtcccgtgt tggcggcgcg gcgcagacga aggcgacgaa gaaagcgacc     1380

ggcagcctgc gcctggactt ggcgcagtac cgcgagatgg aagtatttac gcagttctcc     1440

agcgatttgg atgacagcac gaaggaacag ctgcactatg ggcagggcct gatgcgcatc     1500

ctccgccaga agcaatatca tccgctgagt atgcaccagc aggtcattgt gctggtgtgt     1560

gcgatggggc atgtactgtc gaaggtggca gtgaaggacg tgacggactt ccgtgatgcg     1620

ctgcttgatc acttcgagca ggaacattcc gacctctgcc gttcgctgga agacgaaaag     1680

gtgctgacgg acgatatgaa gcaggagatt ctgcgcatcg cggaggaata tctcgccgcg     1740

aacgctgagc gcttcaggaa ggagtaa                                         1767


<210>  131
<211>  735
<212>  DNA
<213>  Clostridiales

<400>  131
atgcggcgaa ttgccctcat cagcggcggc agcagcggca tcggcgaggc gtgcgtccgc       60

ctgttcgcaa aggatggctg ggcggttgtg ttcctctgcc ggacgcaccc cgaacgcgcg      120

caggcgatca ccgacgaatt gcgcgggaag gggctggacg tggcgttccg cacctgtgat      180

attgcggatt ccgagcaggt gaatgatgcc gtcgcggcga ttttgaagga ctacaagcac      240

atcgacgcgc tggtgaactg cgccggaatc gcttatcgcg gactgctgac cgacatgccg      300

gacgcaacat ggcatcacct gctggcaact gatttggaca gcgtgtttta cttgcagcgc      360

gccgtcctgc cggggatgat ttcgcgcgga cacggcgcgg tcgtcaacgt cagcagcatg      420

tggggcgagg tcggcgcgag ctgcgaggcg gcgtactccg cggcgaaagc gggcgtgatt      480

gggctgacga aggcgacggc gaaggaagtg ggccccagcg gcatacgcgt caactgcgtc      540

acgccggggg tcatccgcac gcccatgaat gccgaactgt cggacgatga tttggcggcg      600

ctggcggatg aaaccccgct ggggcgcatc ggcgaaccgg aagaatgcgc cgaagccatc      660

ttgtttctgg catcggagaa agcgtcgttt attaccgggc aagtgctggg tgtcagcggc      720

gggctgatta tatga                                                       735


<210>  132
<211>  1434
<212>  DNA
<213>  Clostridiales

<400>  132
aagctggcct tcaccgtgtt cgccggcgac gacaaggcgc cccgcgacga cgaagccgcc       60

ggctactgga aggccaacgg cgtgaaggac gaccacatct tctatctgaa cgccaggcac      120

aactggtggg gccccgcggg catcaccggc ccctgcggcc cggacaccga gatgttcgtc      180

atcaaggatc agccgccctg cggcccgaac tgctcgcccg cctgcgactg cggccgctat      240

ctggaaatct ggaacgacgt gttcatgcag tacaacaagc agaaggacgg cacgttcatt      300

ccgctcaagc agaagaacgt cgataccggc atgggcctgg aacgcaccat ctgcgtgctg      360

acgggcaaga agaccgtcta tgagacggac gccttcaccg acattctggc gaagattgcc      420

gaactgtctg gcaaggagta cggcgcggat gaggaaacga ccaaggcgtt ccgcatcatt      480

gccgaccaca tgcgcacgtc cacctttatt ctgggcgacg accgcggtgt gtccccgtcc      540

aacacggatc agggctatat tctccgccgc ctgattcgcc gcgcggtgcg ctacgggatg      600

cagcttggta tgcccgacgg cttcacctgc gaaatcgcga aggttatcat caaccagtac      660

aagaacgcat atccggagct ggagcgcaac gcggcgttcg tcatcgatca gctgacgctg      720

gaggaaggcc gctttgcccg cacgctgaag cagggcaaca aggagttcga caaggtggcg      780

tcccgcgcgg cggacggcaa gattgacggc gagacggcgt tccacctcta cgacacctac      840

ggtttcccga ttgagatgac cgtggaactg gcgaaggagc gcaatctgac ggtggatacc      900

gtcggattcg aggaagcgtt ccgcaagcat caggagctga gccatcaggg cgctgagcag      960

aagttcaagg gcggtctggc ggacacgagc gaggaaaccg cacgcctgca caccgcgacc     1020

cacctgctgc acgcggcgct gcgcaaggtg ctcggcgacg aagtggcgca gaagggctcg     1080

aacatcacgg cggaacgtct gcgtttcgac ttttccttcg gccgcaaggt gaccaaggac     1140

gagctggcgc aggtcgaaaa gatggtcaat gaagcgattc aggcgaaagt gccggttgtg     1200

tgcgaagaga tgaccgtacc ggaagcgaag gagaagggcg caattggcct gttcgagtcc     1260

aagtacggcg agaaggttcg cacctacaag atgggcgatt actcctttga aatctgcggc     1320

ggcccccacg cgcagaacac cggcgatctg ggcacgttca agattcagaa ggaagaatcc     1380

tcttccgccg gcgtccgccg catcaaggcg gttctgattc ccgaccagaa ataa           1434


<210>  133
<211>  1389
<212>  DNA
<213>  Clostridiales

<400>  133
gtggctgcgc tcgccggcaa ggaaagctac gacgcgtgct ttctggatgt ccgcggcgcg       60

gtcgggacga agtgcgtgac ggaaaaactg ggggttcgcc cggcgctgtg gatggacttg      120

tccgccgacc gcaatgcgtt cccgtatgaa cagcaggttc aggcaaagca gtttgcggag      180

cagggggatt atgccgaagc caccgccctg ctggacacgc tgggcgacta tgcgggcagc      240

gcggcgctgg cgaaggagta ccgctatcag caggcgcagg cggaagcggc aagcggaaat      300

tacgatgccg cgattgccct ctacacggaa cttgcgggtt atgcggacag cgacgcgctt      360

tgccgcgcaa gccgctatga aaaggcagta gcggcgcagg aagcggggga ttacgcgggc      420

gcaatggcgc tgtttgctga cgcgggacag tacgccgaca gcatggcgcg cctgcgcgaa      480

tgctgcaagc agcagggcat atccatctat tacttctcgg aagaggccgt aaatgctggg      540

gttgacacgg gctatgccaa gcaggatacc atcagcggtg acgacaagca cttcggctgg      600

cggctgggaa gattcttcct gacgggcttc acccgcgtga cggcggacga aaatcagcag      660

cctgttttca tcaagacgct gggcgattct gttaccctgt ggtttgattt ggagcaggat      720

atcgacgcgc tgaacggcaa cgcgcagctt tctctcgcgg cggatgcgaa cggctatgac      780

cagcagttcg gcattcccaa aacgaacttc gggcgcggca cgctgattgt ccgccacacg      840

gattatcaga atgctaaaaa tgaaccggcg gtttacacgg attatctgct ggcgaaaggc      900

acaacgggcg cgaatacgcg gattgtgctg cacgaagagg gcgactacga ggtggcgctg      960

gattacgagg tgcaggacgg cgagttgacg cacatcacca gcaaatttgg caattaccgg     1020

attttcctgc gcttctccat ccgcaacggc aactgcatgg tctacccgtt tgacctgctg     1080

acgggcgcgg agctgcagaa cacatcggtc gcggaggctg gattctcgct ggatttggcg     1140

cgctcgcggt atttggacat caacgttcgg cgcgcggtgc tggtggaaac ggcgaacggc     1200

gtcatcgagg atgagcgctt caaccgcccc gcgaaggacg gcgaccgcta cacgcaggag     1260

ggcatctaca ccatttcggt cagcaaccga tacacgggcg aatccacaac aaaaacgatt     1320

ttcgtcggct cgcaggagct gctggagacg tatgtgcgca acggcttctc gctggagcgc     1380

ctgaaatga                                                             1389


<210>  134
<211>  678
<212>  DNA
<213>  Clostridiales

<400>  134
atgcggattt tgattgtgga ggacgagcgg gcactgtgcg acacgctggt caaaagcctg       60

aagcaaaagg gctacgaggt ggatgcctgc tatgacggcg attccgcgct ggactggctg      120

ctgacggaga agtacgacct gcttctgctg gatttgaacc tgcctggacg ggatggcatg      180

gatctgctga aaacgctgcg ggagcaggac cgggaaaccc gtgtgctgat tctctccgcc      240

cgcagccgaa tcagcgacaa ggtggaaggg ctggactgcg gcgccaacga ctatctggtc      300

aagccctttc atctggagga gctggaggcg cgggtgcgca gtctgacccg gcgcagcttt      360

gtgcagcacg acgcggtgct gcgctgcggg gagttgtcct tcgatacggt aaaacggacg      420

gcacaggtaa ggggcgaggt cgtcgcgctg acccgcaagg aaaacggcat attggaatac      480

ctgctgctta accagggacg gccggtaagc caggaggagc tgatggagca tgtgtgggac      540

ggcagcgtga acagcttcag caactccatc cgggtgcaca tctcatccct gcgcaaaaag      600

ctgaaagcgg cgctgggcta tgacccgatt ctgaaccgca tcggcgaggg ttatctgatg      660

ggaggccgtg agccatga                                                    678


<210>  135
<211>  642
<212>  DNA
<213>  Clostridiales

<400>  135
ttgcatctga cgaaaaatcc attcgccagc cgaccacctc atttgcgcgg tattacctta       60

gaatctgcac agaatttgtt gaggtgcttt atgaaactat tgtttatcat tggcgatgca      120

gctgttggga aaatgacagt tggtcaggaa ttgatgaaaa taacggattt aaggctcttt      180

cacaatcaca tgaccatcga accagtgata gagattttcg gtcgatacga gggcaagaca      240

atcgcagaaa tccgagacgt tattttcaag aactatgaag cttacgataa tgatgggatg      300

atttttacaa tgatgatgga tttcaatctg ccatcagaat gggcgtatct ggagcatgtc      360

aaaggcatct ttgaaccata cgggacggac ttctattatg ttgaactgat tgcgccgcag      420

gagataagac tgaaaaggaa tatttctgaa aacagactaa aaaataaagc gtccaaaaga      480

gatatcgagg cttccaatca gcgcttaatc aatgacgaca aaaaccatcg gtgtgttagt      540

tatgaaggcg agattccttt tgataactac ctgaggattg ataattctga tatagaacct      600

gatgaagttg caagattgat taagaaaact ttcaatctgt aa                         642


<210>  136
<211>  2232
<212>  DNA
<213>  Clostridiales

<400>  136
atgcatagaa ccgaaatttc cgcacccgaa aacctgcaat ccgtagcagg aaaagcgcag       60

tacagccgcg aatttccctc catgaatacc gcatggaggg aagttttgaa catgaggagg      120

aatacacgga tgaatacggt gattgagcgg acagggtttg acccggcaca ggacgcggat      180

aacggcaacc gcttcctgac gggcaatggg tatatgggcg ttcgcgggac gattggcgaa      240

gcgggcgtac agcagatgac cgacgtcaac ctcgcgggca tccaccacca aaaggggcaa      300

ggctgggaag agccgctgaa tgccccgaat ccgctgtatg tcgccgtgaa aggcgtgtcg      360

ctgccggaaa atgccgatcg gcttacatcg caccgcctcg cgctcgatat tgccgacggt      420

gtgttcaccc gcgaaagcac gttcaaggcg gatgcgggcg aaatcaccat ccggcaggaa      480

aggttctgcg cgatggaacg tgtgcatttg ctcgcacagc gcgtgaccat cacggcgaca      540

catgacagca tcgtcactat tgcgttcggc gtggacgaaa acgtctggga catccacggc      600

ccgcattacg aggcgctgac gctgacagaa tcggacggcg tcgtcgccct gaccggcgaa      660

acggatgatc accagcgcgt ctgcacggcg cttcggtgca gctgcacgga cggcgaaatc      720

acgcacggcg gcgttcggac ggcgcaaatc gcgcttcggg caggtcagcc gtggcagctg      780

gatgaggtcg cagcggtgta cacgaccagc gacggcgacg caccggaagc atccgccatg      840

gaagcggcag aaaatgcccc ggcgtatgat gctttgcgcg aagaacagcg gacggcgtgg      900

gcggcgctct ggcagaaagc gcgggtgacg attgaaggcg acgcgcgcgc ggagttcgct      960

gtcaattact cgatgtacca cttgatgagc atcgcgccgc ggcatcgggc ggcgctgtcg     1020

gtggcggcgc gcgggctgtc cgggcagacg tataagggcg cgattttctg ggatacggag     1080

atgttcatgc tggatttcta tctggcgtgt atgccggagg tggcgcggca ctgcctggaa     1140

taccgcgtgc agacgctgcc gggcgcgctg gacaaggcga aatcctacgg ctatgcgggc     1200

gcgttctatg cgtgggagag cgtcgagggc ggcaaggacg cctgcacgga ctacaacgtt     1260

accgacgtgt tcacgggccg accgatgcgc acgttcttcc gcgatacgca ggtgcacatc     1320

agcgccgccg tcgtgtacgg gctgcggaaa tatacgcagt acacggggga tgattcgctg     1380

ctgcaaagcg gcggcgcgcg cgtcgtgctg gaatgcgcaa ggttctatat gagcctgatt     1440

tccaagcgca tcctcagcga cacctatgat ttgctggatg tgatgggccc ggacgagtac     1500

cacgagcatg tgaagaacaa cgcctacacc aacgaaatgg cgcggatgac gctgaattac     1560

gcggtggagg tctgccggaa gtacctgccg gagacggacg aagcggaact gatgcacttt     1620

gcggatgccg cgaagcactt gaagcatcaa gcgcctgacc cgaaaaccgg gctgattgag     1680

cagttcgacg gttacttcaa gctggaaaac gtactcgtgc cggaggtgcg cagccgcctg     1740

attgatccgc gcgaatactg gggcggcgcg tatggcgtgg cggcgcagac gcaggtcatc     1800

aagcaggcgg acgtgattgc cctgctgtac atgctggggc aatacccggc ggacatcatc     1860

gccacgaatt atgattacta tgagccgcga accgagcatg gcagcagtct gtctgcgtgc     1920

atgtatgccc tgtgcgcgtg cgcaatcggg cgtccggcgg cagcgtatcc gctgtttctg     1980

aaatccgccg aggcggatat tgtcggcggc ggcaagcagt gggcggggct ggtgtacatt     2040

ggcggcacgc acccggcggc ggcaggcggc gcgtatatgg tgctgctcta tggcttcttg     2100

ggtctgcgct tcgaggacgg caagccgacg ctgcatccgc gcctgccgga gggatggaag     2160

aaagtgcaga tgcaagtgca ttggcagggc aaagactggc tgctgacggc ggaagaaggg     2220

cagcaggcat ga                                                         2232


<210>  137
<211>  870
<212>  DNA
<213>  Clostridiales

<400>  137
atggcatcga aggtttattt tacgcgcaat atcactcccg aaaacgtgct gaagctctac       60

gaagcctgtg gtctggaact gtcggggaac gtcgccgtga agctgcattc cggcgaaaag      120

ggcaaccaaa acttcctgcc ccccgaattt tggcggccga tgatcgagcg tgtgcacggc      180

acggtcgtcg agtgcaacac ggcgtatccg ggcagccgca acaccgccgc cgcccactgg      240

cagaccatgc gcgaccatgg ctggtcagat gccttcaccg tggacatcat ggacgaagaa      300

gggcctgatt tgcagctgct cattccgaat ggcaaggtca tccagaagaa ctacgtcggc      360

aagcacctga cgcgctatga ctccctgctc gtgctgagcc acttcaaggg gcacccgatg      420

ggcggcttcg gcggcgcgct caagcagctg tccatcggcg tggcatcctc ctacggcaag      480

gcatacatcc acggcgcggg cgacgcgaaa gtctccttcg gcgcggatca cgacagcttc      540

cttgcgtcaa tggcggacgc ggcctcttcc gtcgccaagc gtttcgcggg caaggctgtt      600

tacatcaacg tgatgaagaa cttgtctgtg gactgcgact gctgcgcagt ggcggaaaac      660

ccctgcatgg cggacattgg catcatggcg tcgctcgacc cgattgccat cgaccaagcc      720

tgcgtggaca tggtgtacgc cgcgacggac gacccggggc agaaacacat gctggagcgc      780

atcgagagcc gccacggcat ctacaccatc gaatgtgcgg cggagcttgg cttcggttcg      840

cgcgaatatg agcggattga cctcgactaa                                       870


<210>  138
<211>  894
<212>  DNA
<213>  Clostridiales

<400>  138
atgccgagcg caaaggaaat caaaagccga atcgccagca tcaaggatac gcagaaaatc       60

accaacgcca tgtacctgat ttcctcgacg aagctgcgta aggcgaagaa cgagctgaac      120

cgtacccgcc cgtacttcga cgcgctcaaa ggcgaaatca agcgcatctt ccgtactgtt      180

ccggacgtgg acagccgcta cttctatccg ccggcgggtg cgccgaagct ggaaggggag      240

tacgcctgcc tcgtcatcac ggcggataag ggcatggcgg gcgcgtataa ccacaatgtg      300

ctgaaaattg cgcgggaaat gctgcatgag catccggaga cggagctgtt cgtcgtgggt      360

gaatatggcc gccagcattt tgcgcaggcg ggcatcccga ttgagaagtc cttcctctat      420

cccgcgcaga atccgacgct gcaccgcgca cgcgaaatct gcgatatcct gctggaacgc      480

tacgacaatg gcgagttcca gaaattgttc attgtctata ccgatatgaa gaacagcctg      540

agcgccgaag cgaccagcac gcgccttctg ccctttcacc ggggcgattt cgcgtccgtc      600

gccgcgccgg gcagtgttca ctttgagttt acgcccggcg ttgaggcggt gctggacaac      660

gtcatccgca gttatatcac gggtttcgtg tacagcgcgc tggtggacag cttctgcgcg      720

gaacagaacg ctcgcatgac cgctatgtcc tccgccgggg aaaatgccga caagatgctt      780

gcgtcgctct cggtgcagta taaccgcgtg cgtcaggcgt cgattacgca ggagattacc      840

gaggtatcct ccggcgcaaa ggcacagaaa agaaagaagg tgcagtcatg ctga            894


<210>  139
<211>  438
<212>  DNA
<213>  Clostridiales

<400>  139
atgaagaagt atgttcaatg cccgcggtgt gaactgaact acatcacgac gcccggcgac       60

aagtactgca aggtgtgtat gcgcgagatg aagggcgaag gcgggcagga cgacgtggaa      120

atgtgcagcg tatgcaacga gaatcccgcg ctgccgggac gcgatatctg cctgttctgc      180

ctgaaggaaa tgaacgcgca ggcggcggag agtgtgggcg ctgcgtccga cgattccggc      240

gacggcgacg gcgaacaggt gacgccgcgc agcctgacgg acatggacga cgtcggctcg      300

atggatgaaa ttcagatgct gccggaagaa accgacggcg aatacacgaa gatggcgggc      360

gaaatgactt ctttggaagg aatgcaggaa gacgaagcca acgaggatga cgacgaggac      420

gcggacgacg atatgtga                                                    438


<210>  140
<211>  1461
<212>  DNA
<213>  Clostridiales

<400>  140
atgaaaatta cccgaatgac gctgctggag ctgtccgatg ccatgcagcg cggcgatttg       60

acctcccgcg aggtcacgca ggcgtatctc gaccgcatcc atcaggtgga gggcaaggtg      120

caggcgtata tcagcctgaa cgaggaagaa gcgctccgtc aggcggatga atgcgacaag      180

aagcggcagc agggcgaaaa ggtgtcgccg ctttgcggca ttcccgtcgc cgtgaaggac      240

aacatctgcg tcaagggcgg caaaaccacc tgcgcatcca aaatgctggc ggatttcgta      300

tcgccgtact ctgccacggt ctgggagaaa ttgcaggcgt cgggctgcgt cctgctcggc      360

aagacgaacc tggatgaatt tgccatgggc tcatccaccg aaaacagcgc gtttcatccc      420

acgcataacc cgcgtgattt gtcgcgcgtg ccgggcgggt cgtccggcgg ctcggcggcg      480

tgcgtcgcag cggatgaagc ccccttttct ctcggcagcg acaccggcgg ctccattcgc      540

cagcccgcgg cgttctgcgg cgttgttggc atgaagccga cgtatggcat ggtcagccgc      600

tatgggttgg tcgcgtttgc ctcgtcgctg gatcaaatcg gcccgatgac gaagactgtg      660

gcggacaacg cgcttgtgct ggacgcgatt gccggctacg attgccgcga cacgacctcc      720

atcaaacgcg gctatacgcc catgaaccgt gagatgaaag caggcgtgaa gggcttgcgc      780

atcggtctgc cgaaggaaat gttcggcgag ggcttgtccg ctgatgtccg aaaagccgtc      840

atgaacgctg ccaagacgct cgaacgcctt ggcgcgacgg tgaaggaagt cagcattccg      900

tcgctgaaag tcgcgcttcc ggcgtattac gtcctgtcct cggcggaagc cagctcgaac      960

cttgcgcgtt ttgacggtgt tcgctatggg catcgtgcgg cggaatatgc tgatttggag     1020

gaattgtacc tgaagagccg cagcgagggc ttcggcgcgg aggtcaagcg gcggattctg     1080

ctgggcactt acacgctgtc cgctgggtac ttcgatgcgt actacaagaa ggcgctgcag     1140

gtgcgcacgc tcgtcatccg cgaactgaac gcggtgctga aagacgtccc ctgcctgctt     1200

tcgcccgtcg cgccgacgac tgcctacaaa atcggcgaaa agacgatgtc gccgctggaa     1260

atgtacctcg gcgatattga taccgtcccg gtgaatatcg cgggcattcc gggcttgtcg     1320

ctgccttgcg ggcttgaccg cgcggggctg cccgtcggcg tgcagctgat gggcgcgacc     1380

ttctccgaac cgctgctcta ccgagtcggc tatgcgctgg aagaggcgct gggcgaaatc     1440

tgcaaggagg cgacgctgta a                                               1461


<210>  141
<211>  843
<212>  DNA
<213>  Clostridiales

<400>  141
atgaatgtat gcatcgacgt tcaggacgtt tccttcacct atgaggatgc ccctgaaccc       60

gctctccacc atgtctccct gcaagtccac gaaggcgaat ttctcgccgt cctcggccat      120

aacggctccg gcaaatccac cctcgcaaag ctcctcaatg ccctctatct gcccacagaa      180

gggcatatca ccgtctgcgg catggatacc caaagcgacg aggagctctg ggaaatccgc      240

cagaaggcag ggatgatttt ccagaatccc gataatcagc ttgtcgcgac cgtcgtccgg      300

gaggatgtcg cgtttgggct ggagaacctt ggtatccccc gcgaagagat gattccgcgc      360

atcggcgcgg cgcttcaagc ggtcgccaag agccagtttg ccgaagccgc gccgcatatg      420

ctctccggcg gacagaagca gcggattgcc atcgcgggca ttctcgccat gcagccgtcc      480

gtcattatcg cggatgaatc caccgccatg ctcgacccgt ccgggcggcg ggaggtgctg      540

tccaccatcc gccgtctcaa ccgcgaaaag ggcatcaccg tcgtgtggat tacccacttc      600

atggaagaag cggcgcaggc agaccgcatc atcgtgatga atcagggcga ggtggcgctg      660

tccggcacgc cgcgcgaggt gttcccgcag gtggataccc tgcgcgaatt gcaccttgac      720

gtgccgcaca tgaccgcatt ggcggattcg ctccgccggg acgggatgcc cctgccgggg      780

aacatcctga ccgttgacga aatgaccaag gaggtgctga cgctgctatg tccctcgaag      840

taa                                                                    843


<210>  142
<211>  927
<212>  DNA
<213>  Clostridiales

<400>  142
atgaagtcca atcgtttctt tgccctgctg ctggcgctgg cgatgctgct gagcatgtcc       60

gcgctcgccg aatccgtcac cctgacggac atgaccggcc atgaaatcac gattgatgag      120

cccgtgacgc gcatcgtcgt cctccagccc tctgacgcgg aaatcctctg cgcgctgggt      180

gcgcaggaca ccatcgtcgg ccgcggcact tacgtcgatt acccggaaac cattctggaa      240

gtgccggtcg ttgcgtccgg ctcgaacacg aacatcgaag aaattctggc gctgaacccg      300

caggtggtcg tcatgacaac gatgagccag accgaagagc agattgccgc tttggagcag      360

gcgggcgtga aggtcgtcgt cagcagcgcg caggacattg agggcgttta caccgccatc      420

accctgctag gcgaactcgt tgacaagaac gacgaagccg ctgccctgat tgccgacatg      480

aaggctgctt ttgcggatgt tgcggaaaag gctgccgccg cgaacgtctc cggcaagacg      540

gtgtactttg aaatcagccc cctgccctac ggcatctggt ctgctggtca gggtacgttc      600

atggatgaac tggcgaccct gtgcggcgtg acgaacgtgt tccacgacca gcagcgctgg      660

ttcggcgcga gcgaagaaca ggtgattgcc gcgaacccgg attacatcat cacgacgacg      720

aactacatgg tcaacgacat ggacggcgtg acggaaatct gctcccgcgc gggctgggaa      780

gacgtgacgg cggtgaagga aggccatgtg gtgctgggcg ataataacgc gatgacgcgt      840

cccggcccgc gtctggtgga agccgcgcag ttcctgctga atctggtgac ggatgcggcg      900

gaggaagagg taacgcccgc ggcgtaa                                          927


<210>  143
<211>  909
<212>  DNA
<213>  Clostridiales

<400>  143
atgcggaaaa agcaggtgct gcagctgctg acaatgctga cggcgaccgc cgccgtgtgc       60

gggggactct tcctgcgcca tcagccaatg gaagtggcgg cagtgcgcgt ggagaagggg      120

aatatctgcc gtacggtcgg tgtcgcaggg acggtctgct acacgcagga aacgcccgtc      180

acggcaatgg tcagcggcat ggtggacgcg ctgtatgtaa tcgaggggga gcgcgtgacg      240

caggggcagg cgctggcgcg gatcagcggc ggtacagcgc aggaacaggc ggtgctggcg      300

ctgatgacgc atttggatga cgacgggcgc agtgccttga cgcagacgct ggcagagggc      360

agtgtcctgc gcgcgcctgt cagcgggatt gtgcagcgcg tggcgacggc ggcgtatgcg      420

cccgtgcagg cggggagcat ccccatgacg attgcagcgg gcgcgccgga aatcgtctgt      480

ctgtgcgttc cggcggatgc ggaagatgtg cgcgttgggc agctggcaga catcagcaca      540

aatggcaagc attgcggcta cgcgacggtt gcgagcatca agccgatgat tgcggaaagc      600

tcttctgcct atcgcctgat tttgacgccg caggacgggc tgaccctcag ccccggcata      660

gaggtggaag cgcagattac cgccgaatat catgcgcaag tcacgacgct gccgctcagt      720

gccattaccc ccgacgaaac ggtctggtgg attgctgatg gcatttgcac agaaattccc      780

gcgcaaatcg tgcagacgga cgaaaatagc gcgtgggtca gcctgccgga aggaatcagc      840

gtggtgaacg gcgaatttga ccgctgtcag caaggcgttc gcgtccggat tgcggagggt      900

acgccgtga                                                              909


<210>  144
<211>  1296
<212>  DNA
<213>  Clostridiales

<400>  144
atgacggatc ttttttccgg acaggaggcg ccgctggcgg atcggatgcg cccgcggacg       60

ctcgcggagt ttatcgggca gcgtcatctg ctgggggagg ggcggctgct gcgccgcgcg      120

attgaggcag atcggctgac ttcctccatc tttttcgggc cgcccggctg cggcaaaacg      180

accctcgcgt cgattatcgc caatagcacc aagtccgcgt ttgtgcagct caacgcggtc      240

accagcggcg tggcggacgt gcgcaaggtc atttccgacg cgcaggagcg ccgcgcctac      300

gggcagtcca catatctgct gctggatgaa tgtcatcgct ggtcaaaggc gcagagcgac      360

agcatcctgc ccgccattga gcgggggatc atccgcttta tcggctcgac gacggaaaac      420

ccgatggtgt ccatgacgcc cgctattgtc agccgctgcc gcgtattcca gttcgagccg      480

ctgacggaac gggacgtgct gactgccatg cgccgcgcca tcgacgaccc ggagcgcggc      540

tatgggcaga tgaacatcat cgccgatgac gatgcgctgc gccatatcgc gcgaatcgcg      600

ggcggcgata cccgcgcggc gcttggtgcg gtagagcttg ctgtcctcac gacacccgcc      660

gacgcacagg gcagcatcca catcaccctt gccgttgcgg aggaatccat ccagaagccc      720

atgattcgct gtgacgaaag tttgtattat gacatgctca gcgcgttctg caagtccctg      780

cgcggctcgg acagtgacgc ggcgctggcg tggttcgcac ggctgattta tgccggcgtt      840

gacccgaaac tcattgcgcg gcggattatt gcccatgcca gcgaggatgt tgggctggcg      900

aacccgattg cgatgctgca agcggaagcc gcggcgcgcg cggtggaatt cgttgggatg      960

ccggaagcgc gcctaccgct cgcacaggcg attatcgcca tctgcgaaag cccgaagagc     1020

aacagcgtgt gcgccgcggt cgatgcggcg atggcggacg cggaaaaggg cggttacggc     1080

gctgtgcccg tccacctgcg cgacacgcac tacgccgggc acgaccgaat tggcagcggc     1140

gacggctaca agtatccgca cgactatccc ggacactacg tccgccagaa ttatatgccc     1200

gtggaattgc aggggaaaaa gtactatttc ccatcggaca tggggcatga ggcgacaatt     1260

cggaagaatc aggaaatccg ggagggacgc aaatga                               1296


<210>  145
<211>  471
<212>  DNA
<213>  Clostridiales

<400>  145
atggaacagc ggattacggt ggacagcatt ctggataaga aattcagcac ggtggcgaag       60

ggcttcaatc agcaggaggt tgatgaatac ctcgaccaga tttgcgacga gtttgaccgc      120

cgcgacgcgg aaatgaacac cctgcggcag gaaattgcgc agctgaaggc ggcgcaggcg      180

aacggcagca ataccgtgcc ccagcagacc cgcccggaag cggcgacgga cgacagcttc      240

cgcgagattc tcgaaatggc gaagcgtgtc aaggatcaga cgattgcgga tgcgcagacg      300

aaagcatccc agattctggc gaacgcagag aacgaggccc gtcagcagct gagcgacctg      360

acgaagcaga aggaagacct gaccgcgcag gtgaacagcc tgaaagcgtc ggcaaagtcc      420

tactacgagc aggcgcagaa tgccctgaac ggtctgagca agctgctgta a               471


<210>  146
<211>  972
<212>  DNA
<213>  Clostridiales

<400>  146
catcgacgaa aaagcactgc gggagctgtt caaggcatga gcgaacagga atttacgcca       60

gtttacctga ttaccggctt cctcgaaagc ggcaaaaccc agctcatcaa ctccatgctg      120

acggacgaca acttctcgcg cgggcagaag acgctggtca tctgctgcga agagggcgtt      180

gaggaatacg aaacggcgaa gaacacgacc gtcgtcgtcc tcgacgaagc ggacgagatg      240

aacacgaaga agatggaggt gctggacaag gagtatcagc cggagcgcgt catcatcgaa      300

tacaacagca tctggacgat tgaacggctg ggcagctgta tgctgccgcg caagtgggaa      360

gtcgtgcaga ttatcacgac ggtggacgcg aacaccttcg acaactactt caccaacatg      420

cgccagatgc tgaccgaccc gatgaaggtc gctgacctga ttctggtcaa ccgctgccag      480

cccggcgcaa acaagagccc gtggcgtcgc cagctcaaag cggtcaaccc gaagacgaac      540

atcatcttcg agaacaccga cggcacgagc gaagacggcg tggcggacga agacctcccc      600

tacgacatga agtccgctgt catcgaaatc aaggacgagg acattccgac cttctatctg      660

gattcgcttg atcatgccga ccgctacgac cgcaagaccg tgcggctggt ggggcaggcg      720

ttcgctgacc gctcgctgcc caagggctac tacatgttcg ggcggatggc gatgacgtgc      780

tgcgcgaacg acattcagcc catcggctgg attacgcaag gcatccagaa gcccagcacg      840

aagacatatt tccgcctgac cgcgcagtgc aaggcggtgg acgcgcaggg cgaaaagatg      900

ctgatgctgc aggaagcccg cgcggagatt gtccccccgc cggaagaaga atatctgaat      960

ttcaacgcat aa                                                          972


<210>  147
<211>  1962
<212>  DNA
<213>  Clostridiales

<400>  147
atcccgacca ccaaccccac atctaccgcc attttcaaga cgctgatttg cctcaagacc       60

cgcaacggca tcatcatctc tccccatccg cgcgcgaaga agtccaccat cgccgccgcg      120

aaggttgtgc tggaagccgc tgtggctgcc ggcgcgcccg aagacatcat ctcgtgggtc      180

gatgttccct cgctggagct gaccaacatg gcgatgaagg aagccgacat catccttgcc      240

accggcggcc ccgcatggtc aaggcggcgt actccttccg gcaagcctgc cctgggcgtc      300

ggcgctggca acacgcccgc gattatcgac gaatccgctg atgtgaaggt ggccgtcaac      360

tccatcctgc actccaagac gttcgacaac ggcatgatct gcgcgtccga gcagtccacc      420

atcgtactgg acagcatcta cgacgcggtg aaggcggagt tcgccaagcg cggcgcgtac      480

ttcctcgaag gcgaagaact ggacaaagtg cgcaagacca tcatcatcaa cggcgcgctg      540

aatgccaaga ttgtcggtca gaaggcgcac accatcgcca agctcgcagg cgtggacgtg      600

ccggaaaccg ccaaggtgct gattggtgaa gtcgaatccg tggatatttc tgaagagttc      660

gcgcatgaga agctctctcc cgtgctggcg atgtaccgcg ccaaggacat cgacgatgcg      720

ttcgacaagg cggagcacct gattgctgac ggcggctacg gccacacctc ttctatctac      780

ctgaacgccg tcacccgcaa ggatttgatt gaccgcttcg ccgcgcgcat gaagacctgc      840

cgtattctcg tcaacacgcc ttcctctcag ggcggcatcg gcgacctgta caacttcatg      900

ctgcgtccgt cgctgacgct gggctgcggc tcgtggggcg gcaactccgt ctctgagaac      960

gtcggcgtca agcacctgct gaacgtcaag actgttgcca tccggaggga gaatatgctg     1020

tggttccgtg cgcctgaaaa ggtctacctc aagaagggtt gcctgcctgt cgccctgaat     1080

gaactcaagg cagttatggg caagaagcgc tgcttcatcg tcaccgacgc gttcctgttc     1140

aaatccggct tcaccaaggc gattaccgac aagctggatg agctgggcat cgtccacacc     1200

acgttctacg atgttgcgcc cgacccgtcc ctcgcctgcg cgaaggaagg cgccaaggcg     1260

atgacctcct tccagccgga ctgcattatc gccatcggcg gcggttccgc aatggacgcc     1320

ggcaagatta tgtgggtcat gtacgagcat ccggaagtgg acttcctcga catggcaatg     1380

cgcttcatgg atatccgcaa gcgcgtgtac accttcccga agatgggtga aaaggcgtac     1440

ttcatcgccg tcccgacctc cgctggcacg ggctccgaag tcactccgtt cgccgtcatt     1500

accgatcagg acaccggcgt gaagtacccg ctggcggact acgagctgct gccgaagatg     1560

gcgattgtgg acgctgacat gatgatgtcc gcgccgaagg gcttgacctc cgcctccggt     1620

atcgacgcgc tgacccatgc gttggaagcc tatgcctcca tgatggcgac ggacttcacc     1680

gacggtctgg cgaagcaggc ggctcagctg attttcgagt atctgcccgc gtgctacgac     1740

aacggtcaga acgagccggt tgcccgcgaa aagatgggca acgccgccac gatggctggc     1800

atggcgttcg cgaacgcgtt cctcggcgtc tgccactcca tggcgcacaa gctgggcgcg     1860

ttccatcacc tgccgcacgg catcgccaac gcgctgctga ttgagctggt catccgctac     1920

aacagcgccg aagttcccac gaagatgggc accttcccgc ag                        1962


<210>  148
<211>  780
<212>  DNA
<213>  Clostridiales

<400>  148
atgactttat cgcccttatc cgccgctatt ctcgcgacgc tgcttatgta tctgctgacg       60

gcgctgggtg cggcgctcgt attcccgctc cggcgatttc acccaagcgt gatgaacctg      120

ctgatggcgc tcggtgcggg catcatgctc gccgcgtcgt acttttcgct ccttgcgccc      180

gcgctgacgt ccgcgcattc cctccggcaa agcccgctcc tgatgtgcag cggcggattt      240

ttgctcggcg ggctgctcgt gctgttggcg gacgcgctgc tttcacgccg gatgcgccga      300

acgccgctgt ccgacgtgcg ccgcagaacc gttctgctga ttggcagcat caccctgcac      360

aacattcccg aaggcttggc ggtcggctgc gcgttcggtg ctttggcttc ccccggtgga      420

gcggcgtggc gcagcgcgtg gatgcttgcc atcggcattg cgctgcaaaa cttccctgaa      480

ggggcggcgg tcagtctgcc gctccgccgc gacggttatt cctgccgccg ttcgttcttc      540

ttcggacagc tatccggcgc agtcgagccg cttgcgggga ttctgggcgc actgctggcg      600

attcgcgtcc gcgccgccct gccgctgctg ctttctctct ccggcggcgc catggtgacg      660

gtcatcttag cggagcttct gccggaatgc caaaaatgcc cgcggcagcg tctgatggtt      720

ctcgcgacgc tggcgggctt tgtcctcatg atggcactgg atacaatggg gattgggtga      780


<210>  149
<211>  1350
<212>  DNA
<213>  Clostridiales

<400>  149
atgatgaaga agtacattgc ctgcctgctt gcagctatcc ttctgctgac gatgctgccc       60

gcatccgcat cggcggaggg cggaatgcag gcgtgccacc gcgtgacggc gaagtatacc      120

gattccaagc agagcaacaa gagcggcatc cggctgtggt cggtcaaaac cgcattgacg      180

agcgtcgatg acgaaatcaa cgggctggcg caggcgtacg cggacaaaat cgccccgacg      240

ctccaagcag ggaaagcgaa cggcgataaa aacagccggc tggacgtcga aatccgccat      300

agcaaaacgg ggctgacgtg gatgagcttc ctcgtgcagg cgcgcacgac ctaccaccgc      360

gacttgattg cgcaggagtt caccagccgc acgttcgaca tgacgaccgg cgaaagaatc      420

ctgctgacgg atattttccc cgaaggcagc gagggctgga cgatgctgcg cgagaagctc      480

aaagcccaaa tcaactacta tttcccggat gaaacgcctg acccggatgc tgttgcgcag      540

gtgctgtcgg acgaggggct gcggaatctc gacttcacgc tgcacggcat gtcgctggtc      600

attcacctct cggcggacgc gttctatccg gagcatcaca cgctgattga gacgacgctg      660

ttctaccccg acatccgaga gtacatgacc gaaaaggcgc aaatcgagac ggacaatctt      720

tcctattata agaccgtcgc gctgacgttt gacgacggcc cgacgcgcac caactccacc      780

aaagtcctca acagcctgat ggaggtcggc gcgcccggca ctttcttcat gattggcaag      840

aacatgaagc cctacgccga tttggtgcag cgcgcgcacg acgagggtca cgccgtcgcc      900

agccacaact ggacgcacgg cgacgcgcgg aaaatcagcg ccgctaccct ccgcgccatg      960

ccggagaagg tcaacaatgc gctgatttcc atcatcggca tcccgacgcg ctatgaccgc     1020

gtgccctacg gcgtgtatcc ggcgatgatc aaagcgaaag tcggctggtc gtacatccag     1080

tggtcggtgg atacctacga ctggcgcggg cgcagtacgt cgctgattat gagcaagacg     1140

aagaagcagt tcaccgacgg cgatattgtg ctgatgcacg acatcaagga caacacgcca     1200

aacaccgcga aagtgatggc ggaatggctc tacgagcagg ggtacattct gctgacggtg     1260

gacgagctgt tcgctaagga cggcgtgacg ctggagccgg acacggtgta tttccgctgt     1320

gacgacggtg tgacgacgat taagaagtaa                                      1350


<210>  150
<211>  1893
<212>  DNA
<213>  Clostridiales

<400>  150
ttgaagaaaa aatccgtttt cgccaatcag accatgcgca ttgggctgct catgctcctg       60

gacgcgctgc tgatttcggc ttcgctgctg atgggcttgc aggtgtatta tgacatgcac      120

gccccggcag cgcatatcct ccacgtctgg cgcagtctgc cgctgctgat tgtctccacc      180

gtcgcgcttt tgcatatgat gggcttctac cgcggcatcc tcaaatacgc gggcgtggat      240

ttgctgctgc aaatcgcctg cggtacgctc ggcggcacgg ggataacgta tctcgtgtcg      300

ttcctgtgct attcgattcg ccgcgaaccg aacatcttcc tcatgccgcg cccggtctac      360

cttgtgcagt ggctgctgct gatggtgatg cttgcggcaa gccggttcgt catcaaggtc      420

gcgcagggcg gcggatggac gcacttcttc accggcggca gcgccaaggc acggcgcgtg      480

atggtcgtcg gcggcggctg gggcggcgcg caggtcatcc gcgatatgca ggcagggcgc      540

tatggcgact gcgtgccggt gattgtggtg gatgacgacg agagccggcg gaacacccgc      600

atcgggcgtg tccgcgtggt gatggatacg gggaaaattg ctgactacgt caagcagtac      660

gcgattgacg acatcatcat cgccattgcc acgccgaaat ccgacctgac ggagctgatg      720

catacctgtg tggatacggg ctgccacgtc cgccgctata ccgtgatgca ggagatgaac      780

ggcgggcagg ggcagatgcg cgacatcaac atcgcggact tgctggggcg cgacgagaag      840

cacctcgata tgtccgaagt ggagcaggtg attgccgggc ggcgcgtgct ggtcacgggc      900

ggcggcgggt caaccgggcc ggaaatgtgc cggcagatga tggcgttcat ccccgaaaag      960

ctggtgctgt acgacatcag cgaaaactac atgtatgacc tgttcgccga gctgaaaaac     1020

aagtacggcg agattgtcaa gaacacggtc gtcctgcgcg tcggttcgat tcgcgatgaa     1080

gcgacgctga atcaggtgtt tgatgagttt aagcccgaaa tcgtcatcca cgcggcggcg     1140

cataagcacg ttccgctgat ggaggacagc cccgaacagg cggtgcgcaa caacgttttc     1200

ggcacatata acgtcgccaa gtgcgccaag gaacacggcg caaagcggtt cgtgatgatc     1260

tccaccgaca aggcggtcaa tcccaccaac gtcatgggtg cctcgaagcg catggcggaa     1320

atcatcatcg aagccatgca gaagcagagc agcacgacgc agttcaccgc tgtccgcttc     1380

ggcaatgtgc tggggtcgaa cggcagcgtc gtcccgctgt tcgagcggca gattcgcgcg     1440

ggcggcccgg ttacgctgac gcacccggac atcatccgct acttcatgac catcccggag     1500

gcggcgagcc ttgtgctgca agccgcgtcg attgcccgcg gcggcgagtt gtttgtgctg     1560

gacatgggca agcccgtcaa aatccgcgaa ctggcggagc ggatgattca gctgtattcc     1620

gatcctttga agcccccggt ggaaatcgtc tacaccggtt tgcgtccggg agaaaaactc     1680

tacgaggagc ttctgcgtga cgaggaaacc gacaccgcga cgagcaagga aaagattttc     1740

atcgccaagc cggagcaggt ggagtgggcg gacgtggaaa atatgctgcg cacgctgcac     1800

gaatgcctcg acaatcacgg tgatatcaag gcgtgtatgc acaagctgct tccgtccttc     1860

aaaacgccgg aagaggtcaa cgggcgggtg taa                                  1893


<210>  151
<211>  765
<212>  DNA
<213>  Clostridiales

<400>  151
aacagcgaca gtctgaacgt gggcgaccat gtgctggcca tcggcaaccc gctgggcgag       60

ctgaccttct ccatgagcga gggcatcgcc tcctccgtaa accgtgccat tgatgtggac      120

ggcacgccct tcaacatgat tcaggtcact gccgccatca accccggcaa ctccggtggc      180

ccgctgttca atgagtacgg cgaggtggtg ggcattgtgt ccgccaagta ttccagctat      240

gccagccaga gcgtagaagg tctgggcttc gcaatcccca tcaacgatgt ggcagccatg      300

atccaggaca tcatgaccaa cggttacgtc agcaacaagg catatctggg catcactccc      360

ggcaccatga atgagcagat ggcggctcag taccgctatg atgtgaccaa gggcgtgttc      420

gtctactccg ttgagtccgg cagcgccgct gacaaggcag ggctgaagat gggcgacgtc      480

atcatgaagg tggacggcac ggatgtggac tcctatcagg atctggtggc gctgaagaag      540

aagtactccg ccggggatga atccaccttc accatctacc gggacggcca gcagcaggag      600

gtctctgtaa cctggggcgc tgtgcctgcg gatcaggctg ccgagaacag cagtagccag      660

tctcagcaga accagaatga cagcagcaat tccgataacg gcagcaacgg ctactacgcc      720

aacccgtggg atatcttcaa ctactacttc agcaatcaac ggtaa                      765


<210>  152
<211>  684
<212>  DNA
<213>  Clostridiales

<400>  152
aagtgcgagg ccatgcggaa ctttgccaat aagatctgga acgccagccg tttcgtcatg       60

atgaacctct ccatcgacca ctatgagctg cccgccgccg ataagctgga gcgggaggac      120

aagtgggtgc tgagcaagct gaaccgtctg gtgaaggaag tcaccgaaaa tctggacagc      180

ttcgagatcg gcgtggcctc tgccaaggtc tatgacttca tctgggacac ctattgcgac      240

tggtatatcg agttgaccaa gacccgcctc aacggtgcgg acgacaccgc caagctcacg      300

gcgcagaacg tgctgtgcta tgtgctggtg acccttttga agctgctgca ccccttcatg      360

cccttcatca ctgaggagat ctatcaggcc ctgcccaagt gcggcggcgc agaggacatc      420

ctgatgatgt cccagtggcc ggagtacagc gaagcgctga acttcccggc agaggagaac      480

gccatggagg ccgttatgga cctgatccgg gccatccgcg cccgccgggc ggagatgaat      540

gtacctccct ccaaaaaggc ggagatgcag atcgtcaccg cccagccgga gccttaccgg      600

cagggactgc acttcatcca gcgtctggcc tacgccggtg aggtctcctt cccggagacg      660

gctccggcgg acgtcaccgg ccag                                             684


<210>  153
<211>  795
<212>  DNA
<213>  Clostridiales

<400>  153
accacctcca tgtgtaccca catcttcatg gcggccgagc aggatcccac cgtcatgatc       60

ggcggcacgc tgcccctgct gcactccggc taccgggtgg gacacggtga caccatcatt      120

ctggaatcct gcgaatactg caacagcttc ctcagctttt accccaccgt cgccgtcatt      180

ctgaatgtgg aagccgacca tctggacttt ttcaaggatc tgggagacat ccaacattct      240

ttccgcacct ttgcggagct ggtgccgcag gaaaccggct atgtggtggc caactacgat      300

aacgccagcg ctcatacggc gctgaacggt ctggagcgcc cgctgttctg gttcagcctc      360

cacagcccgg aggccgactg ccgcgccgaa cacatctcgt ggacggacgg tctgcccgcc      420

ttcgacattg tgatccatgg agaagtctat gcccatgcag agctgaaggt aggcggcgaa      480

cacaatatct gcaacgcgct ggccgccgct tccgccgcct atgtgctggg tctgcccggc      540

agtgccgtgg aagccggtct ggcaggcttt accggcgctg gccgccgctt tgagtacaaa      600

ggagaattcc gtggtgccaa ggtctatgac gactacgccc accaccctga cgagctgcac      660

gccctgctga ccatggcccg ccagctgggc tatcagcggc tgatcgtggc gttccagccc      720

cacacctatt cccgcaccgc caagctgttt gaccgcttcg tggaggaact gaagctggcg      780

gatgtggcca ttctg                                                       795


<210>  154
<211>  1611
<212>  DNA
<213>  Clostridiales

<400>  154
catacatatg ttaacggtgt ggcggtagat gggttgacag tagaggaagc gcaggccaga       60

ctggaagccg aaattcccca gagaatatgc aaaatctacc ttagtgcgca ggacgccgtt      120

tccccggaga gtcgggagcc ggacgcttcc atcacctttg aggaactagg acttttcccg      180

gaagacggtt atgaacgcat ggcaaaaacc ccttttattc tccagcacgg aaaaggatat      240

ctctccacag gctttactta tctgaaagcc ctgctgggga aggataccgg ctataacggc      300

acgctgtact gggacagcca gcaattagat caggccatgt ccaaactgtc tgcaacttta      360

aatattgagc cgattgatac gacttgccgc ttggaggatc attctcttta catcaccacc      420

gccaaggagg gccgttctgt tgcggacaac gaattgcgcc gttctatcca aaatgctgta      480

catatcagtt ccgaagcaga ggcagtggtg gagcttcccg ttgagatcct ccccggcaag      540

accctcaccg cgcaggagat ccacgatcag cttcacggcg agatgaaaaa cgcctcctat      600

gacgctgcca caggcgctat cattcccgaa caggtaggcg cggactttga tctggacgcc      660

gttcagagcg ctatggacgc tgccgccccc ggcgagacgc tgaccctgcc ggccaccatt      720

gaggagccgg aggtcacagc cagtcagctg aaagccgtcc tgttccggga cgttttgggg      780

gaggccagga cccatgtttc cggctccgcc gggcggatcg gcaacgtgaa gcgctctgcc      840

aagagcatta acggcattgt cctcaacagc ggcgatacct tctcctataa ccagacggtg      900

ggacagcgga cggaggcccg cggctacaag cctgcccccg cctatgtcaa gggcgagacc      960

gtggacgagg tgggcggcgg catctgccag acctcctcca ccctgtacct tgcctgcctg     1020

atgagcaatt tggagatcac ggagcgctat gcccaccgct atatccccgc ctacatctct     1080

cccggcatgg acgccactgt ttcctggggc ggcccggatt acaagttcac caacgatacg     1140

ctctacccca ttaagatcgt caccagctac agcggcggat acctcaccgt gaagattctg     1200

ggaaccaatg taaacggcac ccatgtgaaa atgaccaaca agaagctgtc caccgtcaat     1260

tatgaggtgg tttacgagga tgacaatacg ctggctcccg gtacggagaa ggtcaaaacc     1320

acgccttaca ccggctccaa gtggaaaacc taccgcagcg tgtacgacgc caacggcaac     1380

ctgatctcca gcaattttga agcctccagt gactacaagt cccgcaataa ggtgattctg     1440

cgggggcctg ccgtccagcc cggcagtacc ccggcggata cgcccgcatc caacccttcc     1500

accactccgg cagaatcgga gacgccaacg acagaaccct ccacgccgcc ggcggagtct     1560

gaaacgccca ccaccattgt ggtgccgccg gaatccgaag gcgcagaata a              1611


<210>  155
<211>  1062
<212>  DNA
<213>  Clostridiales

<400>  155
gacaaaaacc gccatgaact gcaaaaatgt gcggcggagg cagggctgtc ccgtcaggga       60

atcgacgccc tctgccgcct gtccggcctg tccggctcat ggaacaccgt gctggaagcg      120

gcggagccgc tggctctcaa cgccgccatg ggcgcagccc tgacggagct tcgcacgctg      180

tgcagaacgc tggaagcgca gggggaaacg gacaggctga agctggatct gtcgctggtc      240

aacgacatgg aatactacaa cggccttgtt ttgcaggggt atgtaacagg tctgccccgc      300

gccgttctga agggcggacg ctacgatcct ctggcggaac agttccgccc cggtgcgcgg      360

gccatcggct acgcgctgta tctggacgag ctggcccgca tggggcagga cgcgcctgcc      420

gcgtccgacg gccgcaggat gctgaatgtg gctctgccca agggccgtct cggcgacaag      480

gtatacaatc tgctggcagg cgtgggctac ggctgccctg aaaattacaa tgacacccgg      540

aagctggtgg tggaaaaccc ggaggccggc atccgctact tcctcgtaaa gcccagtgat      600

gtggccatct acgtagagca tggcgcggcg gatatcggca tcgtgggcaa ggacattctt      660

accgagtccg gcgcagacgt ctatgagctg ctggacacgg gcctcggcaa gtgccggatg      720

tgcgtggcag gccccaagga tttcaacgac gatcccggcc gcaccctgcg ggtcgccacc      780

aaatttgtca acattgccaa gagttattac gccgcgcagg ggcgggacat cgacatcatc      840

aagctcaacg gttccattga gctggcgccc attctgggac tgtccgacgt cattgtagac      900

attgtggaaa ccggcacaac gctgaaagag aacaatctgg cggtgctgac ggagttcatg      960

cccatctccg cccgattcat tgccaaccgt gccagctacc agttcaagca ccgggaaatt     1020

gagacgctgc tgagcaagct gacggaggtg acggaagcat ga                        1062


<210>  156
<211>  822
<212>  DNA
<213>  Clostridiales

<400>  156
atccagcatc tgcgtccccg gacgaacctg ttctccgcca ctttccgggt gcggagcgtg       60

gcggcctacg ccattcacaa gttctttcag gagcgcggct ttgtctacgc ccagacgcct      120

attatcaccg ccagcgactg cgaaggtgcc ggcgaaatgt tccaggtgac gactctggat      180

ctcaacaacg ttcccaaaac cgcagacggc caggtggatt acagtcagga cttcttcggc      240

aaaaagacca gcctgacggt ttccggccag ctgaacgccg aaaacttcgc catggccttc      300

ggcaatgttt acaccttcgg ccccaccttc cgggccgaaa actccaacac gcagcgccac      360

gccgccgagt tctggatggt agagccggaa atggcctttg ccgatctgaa cggctatatg      420

gacaccgctg aggatatgat caagtatatc atccgctatg tcatggagca gtgtcctcag      480

gagatggact tcttcaacca gtttgtggac aagggtctga aggagcggct ggaacatgtg      540

gcctcctccg actttggacg ggtcacttat acggaggccg tggacctgct gcaaaagagc      600

ggccagaagt tcgactaccc cgtggaatgg ggcatcgatc tccagaccga gcatgagcgc      660

tatctcacgg agcatatcta caagcgtccc gtgttcgtca cggattatcc caaggagatc      720

aaggccttct atatgcggct caacgaggac ggcaaaaccg tggccgcggc ggactgtctg      780

gttcccggca tcggcgaaat catcggcggc agccagcgtg ag                         822


<210>  157
<211>  753
<212>  DNA
<213>  Clostridiales

<400>  157
ttgaatgacg aaacggtgca gtccattctg gctctgctga aggcgctgaa gccccagcag       60

acgctggatc tgccggaaga tctgtccgcc tacgggctgg aagatccgca gatctccatg      120

actgccacga cgccggatgg tacggctctg actgtcagca tgggcaatac caccactgac      180

ggcaacagct actacgcagc catcagcagc gatcccaagc acattttcat catcgccaac      240

acgctgtatc tggccatgca gaagcccatt tacgaaatgt gcgttctgcc ggagttgccg      300

cagctgacgg aggacgctat gacctccatt gaaatcgaag gcccatccaa tgaggacggt      360

acccgtcccg ccaccgtcct gacagccgcc gcttccgacg gcggcgacgt ctcctggcgt      420

tccggcggag ccaacgtcac cgacgcggcg gagatccggg ctttgatgga ggatctgtcc      480

gccctgcggg tgagccagtg tgtggacttc aagccctctg acgatgcggc gtccttctgc      540

ggctttgatg attcctctgt cctgacggtc aactataaaa cggcctccgg cgcggcggag      600

acctttgtcc tgtatatcgg aaaacagaac atggacggca ccggccgcta tgtccgcatc      660

ggcgaggaga gcgccgtcta tctcatggag ctgagcctgc tggatcccat gatgcgtctg      720

gcctatcagg gactggaagg cagcgcggac tga                                   753


<210>  158
<211>  1035
<212>  DNA
<213>  Clostridiales

<400>  158
atgctggttc gtgttccgga ttattttgac caatttgcct gtctggcggg ggactgtccc       60

cacagctgct gcatcggctg gggggtggtc atcgacgcag acaccgcctg gcggtatcgg      120

gcagaacccg gcccgctggg cgaaaagctc cgggctgcca tgcagtttga cggcgaggac      180

gtctgctttc cgctggacgg cggccgctgc ccatttctga atcgggaaaa cctctgcgag      240

atccactgcg cgttgggagc ggaagccacc tctgtcacct gtcaggaaca cccccgcttt      300

atcgaggaat acggcccgtt taaggagatc accctgtctg ccgcctgccc gaaagccaat      360

gaactgctgc tgggcagcaa cgagccgctg accttttccg tgctggagga tgaaacgccg      420

gcggaggagg gggatgcatg gctggattgg ctgcttcccc tgcggaatta tttgctggat      480

ttgctgcgga accgggaaca gccgctgcaa gagcggctgc ggtactttct gctcatcgca      540

caggaagcgc agcgcctgct ggacgcgaaa gcgatggagg agctgacggc gttctgtgcc      600

agtccgtata tcaggcggcc ggaagcggcg gaactgacgg aaggctggga acaggcggcc      660

tgccggtgtc tgcgttctct ggagattctg gagccggatt ggcaggcgct gctggagcgc      720

tgggaaaaca acccggccct gcctgcattt gccccgcggg agccggagaa gctggaacgg      780

attgcggtgt atctggcgtt ccgctatctg ctcaaagccg tcaatgacgg cgatctgctg      840

ggacgggcgc agttctgcct gctgggggtt ctgactgtgg atcggctgtc ccggtttacg      900

gagctatcgg aagccctgcg gctgttcagc cgggaaattg aacacgatca ggacaatctg      960

gacgcgctgc tggatgcttt ctggcaggtt gatggacttt ctgcggcagc gctgctggct     1020

gccttaagca aatag                                                      1035


<210>  159
<211>  1434
<212>  DNA
<213>  Clostridiales

<400>  159
atggtctaca ccgtggaggc cgaagtggcc aacgaagccg ccgtgctgcg ccgccgggac       60

aagcacatct ccagagggac gccccgtccc gcctaccagc tgccggaggc cgtttcccct      120

ccggagctgc cgccggtggt ggtaggcgct ggccctgcgg gtctgtttgc cgcgctggtg      180

ctggcccgcg ccggagccag acccattctg ctggagcggg ggcgaaaagt ggaggagcgt      240

tccgccgatg tggagcggtt ctgggccacc ggggaactgg atctcaccag caacgtccag      300

ttcggtgagg gcggcgccgg cgctttttcc gacggcaagc tgaacaccgg caccaaggac      360

atccgccacc gctttatttt agaggaactg gtaaaatgcg gtgcgccgga ggagatcctc      420

tatgacgcca agccccatgt ggggacggac tatctccaca tcgccctgaa aaatctgcgg      480

caggagctgc tgacgctggg ggcggacatc cgctttgagc atcgcctgac ggatcttgag      540

atccgggacg gcgctttgca gggcatcacg gtcaccagcc cggagggcgc tgattttctg      600

tcctgccgcc atctgattct ctgccccggc cactccgccc gcgacacctt tgagatgctg      660

caccgccggg gcgttcccat ggaggccaag cccttcgccg tgggcgtccg cattgagcag      720

cggcagtcgg actgcgacgc cgcccagtac aaacagtacg cggggcatcc cggcctgcct      780

gcgtctacct ataaattaag ttgtcatctg cccaatggcc ggggagtatt ctccttctgc      840

gtctgtcccg gcggcgaagt ggttgccgcc gcgtcggagg aacaccgggt ggtgaccaac      900

ggcatgagcg aatttgcccg gaacagggag aacatcaacg gggccttgct ggtaaacgtg      960

accccggagg atttcggcgg cgacggcccg ttggcgggca tcgcgttcca gcgcaggctg     1020

gaatccgccg cctatcaggc cggtcagggc aattaccttg cccccgccca gcgggtggag     1080

gattttcttc tgaagcgtcc ctccaccggg ccgggccggg tcatccccag ttaccgcccc     1140

ggcgtcacat ggacgaacct ctgggactgt ctgccagact ttgtggcggc gtcccttgcc     1200

gaagcgctgc ccattctggg acggaagctg aaaggctacg accagccgga cgcggtgctc     1260

accgccgtgg aaagccgcag ttcctccccg gtgcggctgc tgcgagacga cgcccgccag     1320

tcccctgtcc gggggctgta cccctgcggg gagggcggcg gctgggccgg cggtatcctc     1380

tccgccgcgg cggacgggat gcgctgcgcg gaagaggtct gcaaacagct gtaa           1434


<210>  160
<211>  768
<212>  DNA
<213>  Clostridiales

<400>  160
atggacagcg cactgcggat cacactaatt gcaaatgcag ggctgctgat gacctaccga       60

ggcacgaccc tgatggtcga tggcatctat gggcgggaag gacacccgtt cagcaacctt      120

tcgccggagg tctggcggga gatgctggag agtgaggacc gctttcggaa agtggattac      180

ctgctcttta cccacgccca tccggatcac ttctcaccgg aaatgacggg ggaatttttg      240

catcatcgat ctgtgaaagg gatgtttctc ccggagccgc atatggcggc ggaggaccgg      300

ctgatcaaaa tgctgagggc gaagaaaacg ccctgtgtgt tgctttcgga tgccacagag      360

cacgcagcct accgcattga gccggagatc accgtccggg cgtttcggac gctgcatctg      420

gatcggaagt accggaacgt cccccacttc tgctacatcc tgactttcgg ggatcagaac      480

atcttactga cggcggatat ggattacacc acggagacgc tggcatccat tcagaatgtt      540

cccatccggg ccacatttgt caatccgctg tttttcaacg cactgagcca ccggaagttc      600

ttcaagggaa cgcttccggg gcagtcgatc tttgtttacc atgttccttt tcctgaggac      660

gattccatgc ggatgctgcc gacgctccgc cgcagtctgg aggcatggct ttccgacggg      720

cggccggtaa cggcgctgac ggagccgttt caggagatcg aactgtaa                   768


<210>  161
<211>  906
<212>  DNA
<213>  Clostridiales

<400>  161
gagatcgccg gactgcggca gcagacggag gaaacgccgg aagaaaccgt gcctgcgccg       60

gtgacgcagc cggtgcagga agagccgcag cctgcgccgg tccccgccgg tacggacaac      120

ggcggacccg ccaaaacact ggtgccgacg gatcccagcg gctataccgt ctgcggccgg      180

gtctatatca gcaattccac caagtacacc ctgaccggcg aagaactgct gaagcccttt      240

gcggcggagc tgaccgggga cgcgccccag atcctgatcc tgcacagcca tggcagcgag      300

ggctacacac cagcggagga tgacggcgtc gtatggtccg gcaactgccg caccacggat      360

tcccggtata acgtggttcg catgggggac gccatggccg aggtgttcgg tgaggcgggg      420

atctccgtgc ttcacgaccg gacgctgtat gactatcccg aatacgccgg gtcttacgac      480

cggtctctga ccgccattga cagctatctc aaggaatatc cctccattcg gtttgtgctg      540

gatgttcacc gggacgccat agaaaccgcc gacggcggtc aggtaaaagt cgtttcggag      600

atcgaaggac aggggatcgc cgcccagctg tcgctggtgg tgggcagcga cggcggcgga      660

ctcagccacc ccaactggat ggaaaatctc cggctggcgg tagccattca ggagcaggcg      720

ctgacggatt atcccacctt gatgcggccg ctgctgctgc ggaattcccg gtataatcag      780

cacgccacca caggctccct gctggtggag gtgggcaccg ccggaaatgc cccggaggag      840

gcggagctgg ccgcccgcct gtttgccgcg gaaatggtga cggtattgga ggagcggagc      900

aaatag                                                                 906


<210>  162
<211>  822
<212>  DNA
<213>  Clostridiales

<400>  162
atgctgggaa actgtcttga tcatgtgcgg aagtccgcgc cgctggttca caacatcacc       60

aactatgtaa cggtgaacga tgtggccaac atcctgctgg cctgcggcgg cagcccgatc      120

atgtccgatg agccggagga tgtggaggac atcacttcca tttgcggcgg gctgaacatc      180

aacatcggca ctctgaatca acggagcatt gagggaatgc accgggccgg caggaaggcc      240

gcagaactgg gacacacaat cctgctggat cctgtaggcg ccggcgcttc cgctctgcgt      300

acccgcacag ccgtggagct gatgcatgag atccccttca ccgttatccg gggcaacatc      360

tcggagatca aaacgctggc gctgggcagc ggtacgacaa agggcgtgga tgccgacgta      420

gccgacgccg tgacagaagc caatctggac gcagctgttg cttttgcgaa ggactttgcg      480

gcaaaaagtc gtgccattgt ggcaatcacc ggcgcgatcg atctggtcag cgacggcagg      540

cagtgctata tcatccgcaa cggccgcccg gaaatgggaa aggtcaccgg caccggctgc      600

cagctttccg gcatgatgac cgctttcgtg acggcaaacc cggaaaaccg gctggaagcc      660

gcagcagccg ccgtgtgcgc catggggctg gctggggaga tcggctggag ccgcatggcg      720

gcgggggacg ggaattccac ctaccgcaat cggatcatcg acgccattta caatatggat      780

ggcgaaacgc tgaatggagg agccaagtat gaagtgcgat aa                         822


<210>  163
<211>  585
<212>  DNA
<213>  Clostridiales

<400>  163
gtgaaaacag aaaacagcaa ttccccgctt aggaagttct tcggcatggc cgaaaagata       60

gagatggcgc ttggcggtat ttgcctggca gccttattca tcgttgtcat catcggcgtt      120

ttcagccgta ttctgaacat caacaccgcc tggtacgaag aaaccacccg tgttttcttc      180

ctgtggatga tgtgggttgg tgtcggcgcc ggcttcaacc acagcgagtc ctcccgcgtt      240

accgtgctgg ccaatctgct gcccgaaatt ttgcagaaga tctgccacgc actgtactac      300

atcctgaatc tggttatgtt tgctgtcctg atcggctttg gcgtccgtct ggccattcag      360

cagttcacca tgaatgaaat gggttccgct ctgcacatcc ccatgtggat cgttggcatt      420

tgcgtccccg tcggttccgt ctttggcttc atcggcgttc tgaacaccct gttctttgaa      480

agctggagac tgaaaaccac cgctgagcag ctggaagctg atgagctggc tgccaagacc      540

cgtgcagaaa ttgaacgtga gaataaggag ggtgagcagg catga                      585


<210>  164
<211>  633
<212>  DNA
<213>  Clostridiales

<400>  164
gtgagtcaat atatcaagga gaccattctg accggggaat tgaagccggg agatcggatt       60

gtggagtccc ggctggctca ggaattgggg gtctctcagg ctccggtccg ggaggcgctg      120

cgggaactgg aattcagtgg cctggtagaa cagaagcctt tttcggggac ctatgtcaaa      180

caggtcaccg tgaaagagat ccggcagttc tatgaggttc gcgccgcact ggaacggctg      240

ggcgcggaat gtgctgccca acggatgaat aaggagcagt atcaggaatt ggccatgacg      300

atgttctcca tggaggaggc tgcacgggat catgatctgt ccgagtacat caaatgtgat      360

gcccgcttcc atgaccagat tgtggcggca gccagcaacg atttgctgag caggctgtgg      420

gaacagtgca atatcagatc gtggctgcac gttggaactt ccctgacagg ccgggatctg      480

ccggagttgg caagccggca cagaagaatt tttgaggcgc tccgatccaa ggatctggag      540

cagctgcggg ctgcaattga cgcccatctg aatgatctgc tgaaaatgat ggaggaaaat      600

cagggggaga agcctgcggc agaaagcatc tga                                   633


<210>  165
<211>  417
<212>  DNA
<213>  Clostridiales

<400>  165
acctccggcg tccactggct gacgccggat accatagaat actgggtgcc tgaggacggc       60

ctgcgggtca caacgtggaa atccggcaag gcggagccgg ggcagctgta tgaccgcagc      120

tatctggagc ataaggacaa gtacagctct tttctgggag gcaatcagcc cctgtgcgtc      180

attcagaacc cggagatcac cgatggcagc aagctcctgc tgatccggga ttcctactcg      240

gattctttag cgccgtttct ggcccggcga ttttctgagg tgcatctcat cgacctgcgg      300

tattaccatg cttccccggc ggaatacatg gcggagcagg gaattgacac cgtggtggtg      360

ctttacagcg tggccaattt catctccgac cgcaatctgg tatatctggg aaggtag         417


<210>  166
<211>  996
<212>  DNA
<213>  Clostridiales

<400>  166
atggattcgc ctacgattta cgatgtatcc cgcctgtccg gcgtctctac cgccacggtc       60

tccagagcct tcactgcgcc ggaacgggtc agggaggcca cccgcgtccg ggtctacgcc      120

gcggcggaag ccctgcatta ccagcccagc gccattgccc gtgcaatggc ccggcagcaa      180

accgacaaaa tagccttttt aatttgcaag gaaggcgcta ctattttaga cgagttttat      240

gccggcatct gcgagggcgt gatgcggcag gccaacaaca cccgatatca gctgatgatc      300

tccacggcgg acgaatggca gcgcaccgcc cagagcaagc agatcgaagg ggtcattctg      360

gggggagacg ccaaggcgtc cctgatcgct cagtttcagc ggcagaacgt cccggtggtg      420

ctggtgaata accgggcggc cggctttgaa ctgccctgcg tggtagcaga cgaagcggac      480

ggcgtgcggc aggtcatcgc ccatctgacc agatccggcc accggcggat cgccatgctg      540

gtgggccgct tttcccctta catcaccggc agccggtaca atgccttcct ttccgccatg      600

gcggagcagg ggttggctgt ggaggaatcc tgcgtcatga tgtgcgaccg ggatatccga      660

agcgccacgg aggcggcatc ggagctgctg agccgcccgg cgcggcccac cgcggttttt      720

gccttcaacg atgtattggc ggccggcgtc atgaaagccg cccggcggct tggactggag      780

atcccacagg agctttcggt ggtgggcttt gacgattcca ccatctgcgc catgctggag      840

ccggagttga gttccgctca tgtggactgc cgccggatgg gcgagctgag catggaacgg      900

atgaccgccc tgctcagcgg cgcggaaaac gtcccgcgtc tgaccgtcgt gccggtggag      960

ctgcgggtac gcacctcgtc ccgcacccgc acttga                                996


<210>  167
<211>  1269
<212>  DNA
<213>  Clostridiales

<400>  167
gcttcgccag tgcaggggag gctgatcggt cagacaggag aggtcatgga acaacgcaga       60

aataccaaga gctttgccag ccgctggggc tttattctgg catctgtggg atcggccgta      120

ggaatggcca acgtctgggg attccccaat aaaatgggca gcaacggcgg cggagccttt      180

ctgctgattt atctgctgtt catttttatt ttcagctatg tgggtctgcc cgcagagttt      240

gccatgggac gccgggcagc caccggcacg ctgggggcct acgaaaacgc atgggccacc      300

cgcggcaaat ctgccgggaa gatcggcggt ctgctgggat ggctgccgct ggcaggctcg      360

ctgtgcatcg ccgtcggcta tgccgtcatt gtaacctaca ttcttaaagc gctggcagac      420

tctctggtgg gaactctgat gtccgcggat gccgccgcat ggttcggcgc attctcctcc      480

actccttatt cggtgatccc ctatcatgtg atcgtggtag tcggcacgct gctgaccctg      540

ttccttggcg cgcacagcat tgaaaagacc aataaggtca tgatgcccct gttttttctg      600

attttccttg tgctggcggt gcgggttgcg ctgctgcccg gcgctgcgga gggctatcgg      660

ttcatgttta caccccgttg ggaagcgttg aaagatccca tgatctggat ctgggccatg      720

ggacaggcat tcttctccct gtccgttacc ggcagcggca tgattgttta cggcgcatat      780

ctctccaaag aagaggacgt ggtgggcgtt gcccagcaca ccgccctgtt cgataccatc      840

gccgccgtgg tggccgcgct ggtcatcatc ccggcctgct tttcctacgg gctggacgtc      900

ggcgcaggcc ccagcctgct gtttgtaacg cttcccacca ttttgcagga tattcccatg      960

gggcggctgt ttgccattat cctgtatgtg gccatgatct tcgccggcgt cagctctctt     1020

cagaatatgt ttgaagccgt ggcggaatcc ctgatgcaca aattccccaa gctcagccgc     1080

agcgctgtgc tggtgattct gggcgtgctg tgccttggct ttggcatcgg aatggaaacc     1140

attgacaaat gggggccgtg gatggatctg gtgtccattt acatcatccc cattggcgca     1200

acgctgggcg ccgtttcctg gttctatgtc atgaaaaagg acgaactgct gtccgccgtc     1260

aataccggc                                                             1269


<210>  168
<211>  1263
<212>  DNA
<213>  Clostridiales

<400>  168
atgaaaaaag cactgtccct gattctggcg ctggccatgg ccctttctct ggctgcctgc       60

ggcggcagca agaccgagac ccctgctgat aacggcggct cgaccgcaga caacacctcc      120

gctgaaccca cgcaaatgac cctgatcctt cgcggcggca cctatgccga agccctgaag      180

gcctccctcc ccgattttga ggcggaacat aatgtaaaga tcgacgtgca ggagctgtct      240

tttgacgatc tgcacaccgg tattgcgctg gatgccgtga attccaccgg tgcctatgac      300

ctgtgcatgg tggacggctc ctggatggcc gagtttaccg agaacaacgt gctggccaac      360

ctcagcgaga tgggctacag cttcgacgac gacatcatcc ccgccaccac caccatctgc      420

aaggtggacg acaacatcta tctggctccc ttcttcggca acgtgaccgt catgctgtac      480

aacaagcagt tgattgccga cgccggctat acccctgagg acatcaccac gtttgaagat      540

ctgaaggtca ttgcccagaa gaccaaggac gccggaaaga ctggcttcct gatccgcggc      600

ggctctgctg acaacatcgt ttccgacttt atcccccacc tgctggtcca cggcggctgg      660

gtcatcgatg aaaacaatca gcccaccgtt gacacccccg aattcaaggc tgccatgcag      720

gaatatctgg atctgtacgc actgggcggc accatggata aggacgacat cgtggctgcc      780

atcgacggcg gcaccgccgc tctggggcag gcatggcccg gctggtatgt ccccactgcc      840

gataccaacg caaactacac cgtgatcccc accaagctca acgactccga cacccccaag      900

aacacctcca tgtacggcgt gtggtgcatc ggcatcccca acaacgcccc ccacaaggat      960

ctggcgctgg aactgctgga atacgtgatg agccctgagg tccaactggc ttccatcgag     1020

gtcggcggcg ttccctgccg caccagctgc ttgctgaacg aggacgttct ggctacttat     1080

ccccagtatg agaccgtctg cgccgcgctc cagaccggcg tgtaccgtcc cgtgattgct     1140

gagtggacgc agttcaccaa cattctgggt actgagatgg acaacatcat tcagggtacc     1200

aagaccatcg accagggtct ggctgacgcg cagacacagc tggttgagct gatgaacggc     1260

tga                                                                   1263


<210>  169
<211>  795
<212>  DNA
<213>  Clostridiales

<400>  169
atggttcata cgctggaccg cgcttccctg aaggcgcagt gccgggagct tctgcaaacg       60

gcgcaggtct cccccaaggg actgaccgcc ctgtactgcg gattgtcgct ggttctgaat      120

ctggtggatt atgccgcagg cagctttgct tccaacggag gcccggagct tctcagtatg      180

ttcgcttccg tattcaccat gctggccggc tggattctgg ccacaggctt tgccctgtac      240

tgcatgggca tccgccagcg ggagatcatg gactacggca cgctgttcga cggcttctct      300

tttaccggca agatcatcgc cctgaacttt gtcatgaact ttttcatttg cctgtggtcc      360

atgcttttta tgatccccgg cgtcatcgcc tactaccgct accgcttcgc tctctacaac      420

ctctgtgaaa atccggggct gagcgttatg gaggctctgg atatgagcaa acgccagacg      480

cagggctgga agctggagct gctgaagctg gatctgagct atctgggctg gatcgtgctg      540

agtctcctgc ccgccctgta tgtagacggc cgactctacc tgcaagtgct cagtgacccc      600

tccgtactgc tgacggcaag ttccagcctg acggagatca tcgtgtgcgg tatgtggtcg      660

ctggctgtgt ccctgttttt cctgcccaat tatcagtgcg tcaatctgga ctacttcgac      720

gcggccaaag cggccgtctc cggaggacag cctttccgcc ggacagacgg ccccgatgat      780

ttagggagct tctga                                                       795


<210>  170
<211>  1374
<212>  DNA
<213>  Clostridiales

<400>  170
gtcaaacaga tggtgacggc ttctgccttc ggcgcaacgc tggaaacgga tctcatcaat       60

ctttctcagg gattgatcgg aaatattcaa tatttattgg tgcagtccgt gctttctgcc      120

cttatcgccg tttatctgca tactgcgcag cagggagagg acgcttcgcg gcgctttgcc      180

tttgatgtct ggaaggcttt gacggtcttt accgccatgg tcgtgctttt tgtggagtta      240

tgcgcgccgt ggctcgcccg gctgatcgca ccaagctatc cggctgaaca gatcgagcag      300

ctgagccgct atctgcgcct gtttgccccg gtactgctgc tgctcacatg gatcgccgta      360

ttcaacggct tgctccatgc caataagcga tttgtccccg gtgaaatgat ctctgttcac      420

cagagtattt ttctcatcgt tctggctgcg gcacttgcgc gtacgctcgg tgtgcaggtt      480

cttgtcctct cgttttttgc ctataatctc tggaatgcag gctatatggc cattctctcc      540

cggcgctatt ggacggtctc ccgcggaaat ccgttccgga atcccgcggt tcaagaattg      600

ctgcgcatga tggggccgct gctgctgggc tattcgctgg tgtacatcaa ccagatggtc      660

gataagatgc tggtatccgg tcttgaggca ggagcggtca cggcgctgaa ctatgccgcc      720

gtcctgagca acctggtcag tacgtttatc actacgtttg cctccatgct ctttgcttat      780

gtcaccacgc gcattgccgt gggggacgcg gatggcgcgg cacagctcac ggagcgggca      840

gcgcttctgc tttccgtcat ctttcttccc atcactattc tgacggttct gctgtcagag      900

gagatcgtca ccatcgtcta tgcccgcggc gcatttgacg cggaaagcgt gcgcatctgc      960

gcgcaggccc tgcgcggcta tgcgctgatg tttgtccctc tggttttccg ggaggtttac     1020

agccggtttc agtatggcca tcaagactcc aaacgtccca tggtcaacag cagcatcggc     1080

attgccttaa acattgtgtt aagtgttgcg ctttgcccgc gttacggtgt actgggcgta     1140

gcttttgcca ccagtatgtc cgttgtggta tgcggcgtgc tgaatatgtg ctctgccaga     1200

aagctgagca ccgcattgtc ttttcgtccc tacctgcgct tgctgccttt tttagccctg     1260

tgcggtacgg tctgcggcgt aattgcccgc ttcagcgcta cgcatctggc cgcgcagaat     1320

gcgctgctcc gctttgccct ctctgcactc atcggcatgg cggcctatgc tgtg           1374


<210>  171
<211>  663
<212>  DNA
<213>  Clostridiales

<400>  171
aaggccattg tgggcgctaa cgcctttgcc cacgagtccg gcatccatca gcacggcgtc       60

atcgccaacg cccagaccta cgagatcatg aagtccaccg acgtgggcat tccccagaat      120

accatggtgc tgggcaagca ctccggcaag cacgctctgc gggaaaaact ggaatccatg      180

ggctacgagc tgaccgacga ggagctggag aacgtgttcg tccgcttcaa ggatctggcg      240

gacaagaaaa agaatatcac cggccgggac atcgaggcgc tggtgctgca tcgccggggc      300

gtggtgcagg gagactgcca gctggtcagc catgtggtca acaccggcca cggcgtcccc      360

aacatctcct gcatcaaatt gcagcggggg gatgaggtac tggaggacgt ggccatcggc      420

agcggcccgc tggacgcctc cttcaaggcc atcaaccgga tgctggggat ggatgtgaag      480

ctggagagct tcagcctcaa cgccgtcacc gacggcgagg acgccgtggg cgaggctgtg      540

gtgaaggtgg cgctgccgga cggccgggcc tgcaccggca ccggcatttc cacggacatc      600

atcgaatcct ccatccgcgc ctatgtcaac ggcatcaaca agattatgga atccggcaac      660

tga                                                                    663


<210>  172
<211>  897
<212>  DNA
<213>  Clostridiales

<400>  172
ttgtttgcaa aacgcacaga tctggctttg gaagcccgcg aattgtggca ggaatccgcc       60

ggaaccgcca caaagctggc cggcgtcaaa gccgtggaaa aaaaggtgca gggatattcc      120

gttacccgca tcgacattct ggatcgccgg ggcgaagcgg ccctgggaaa gcctgtgggc      180

agctaccgca cgctggatct ttccgccttc tggcagcgga gtgagggctt ttttgatcgg      240

gccgtccggg cagtggggca gcggctccgg gagctgattc ctgaaagcgg ctccgtactg      300

gtggcagggc tgggaaatgc cgccatgacg ccggacgccg ttggcccgct ggcggcggac      360

agcgttctca tcacccggca tctgatcgcc gccatgcccc ggcaattttc cggcttccgc      420

ccggtggcgg tgctgcgaac cggcgtactg ggcgctaccg gcgtggagtc cgctgaggcg      480

gtacgcggtc tggcagcgca gatacacccc gcgctgatca tcgccgtgga tgcgctggcc      540

gcccgccgga tggggcggct gtgcaacacg atccagttca gcgacaccgg gatcatcccc      600

ggcagtggtg taggaaacca ccgggcggct ctgaaccggg aaacgctggg ggtgccggtg      660

atcgccgtcg gcgttcccac cgtggtggac gccgccacgc tggcggcgga tctgctggag      720

gaatccggcc tgccggatat ccgcccggag cggctgcaaa gcagccccgg aagcctgatg      780

gtaacgccgc gggacatcga ccagcaggta cgggatctgg gcaaggtcat cggctacggt      840

atcaactggg ccttgcagga tctggaaatt gaggaaatca acgcgctgct ctcatag         897


<210>  173
<211>  531
<212>  DNA
<213>  Clostridiales

<400>  173
ttcggtctgc cgctgtacga caagagcatc ctgcaaagcg ccgccgagga ccggggcgta       60

gaccccaaat ctctggaaca gtatgacgag cgtccccgct ctcccctgtt ctaccgcagc      120

atcaagggct tcagcagcgc gccggaggac ggcgtggctc agatgcagtt cgacctgctg      180

cgccggcacg ccgccgcagg ggaatccttt gtggtgctgg gccgctgtgc cgaagaagtg      240

ctggcggatt acgagtgtct tgtgtccatc ttcatcgagg ccgatctgga tttccgcatc      300

cggcggacgc ccctgccggg aaacgaagcg ctggaattta tccgcaggca ggatcgccag      360

cgccgcgtct atcatgacca gcactgcaaa aacgactggg gcgacgccca gagctacgat      420

ctggtcatca acagcgcccg gctgggcgta cccggcacgg cagacgtgct ggaacattac      480

atccgcgccc gtcaggcgca tctggacggc cagccggccg gtgtggtgta a               531


<210>  174
<211>  1443
<212>  DNA
<213>  Clostridiales

<400>  174
atggagaaat tttcaaacga ctatgcagag aacgtccggg tgctggacga tcttctgggc       60

gtggagcgca gctgcgacat ggtgagccgc agctacctga tcggcgggcg gcaagccagg      120

ctctgggtgg tggacggctt cggcagcgac agcatcatcg agcggatggg ggccttctgg      180

ctggcgctga agccggaaac ggtgcagggg atgaccagaa tgcaggagtt tctggaccgc      240

tgcattacct tttcggaatc caacgtcacc tttgacgtgt ccgacgccgt gacctccgtg      300

tttctgggga agtccctgct ggtggtggaa ggactttccg gggcggcgct gatggacgcc      360

aagggctatc ccagccgggg cgtggatgag ccgccggacg gcaaggtgct ccggggcagc      420

cacgacggct ttgtggaagc cgtcgtcccc aacatggccc tgctgcgccg ccgcatccgg      480

gacacccatc tcaccatgga ggggcataaa ctgggttccc gcacccataa cgacgccgtc      540

ctctgctatc tggacgacaa ggtggatcag gatctgctgc ggaagctccg gggcaagctg      600

ctgggactgg atgtccggtc tctgtctatg gctcaggaaa gtctggcgga ggccatccgc      660

cccaagcagt ggtataaccc cttcccgaag gttcgctaca cggagcggcc ggacgccgca      720

gccgccagca tcatggaggg cagcatcgta ctgatggtgg acaattcccc ctcggtgatg      780

atcctgccca ccagcttttt cgattttacg caggagtcca acgactatta cttcccgccc      840

ctcatcggca cctacctccg catcctgcgg gtaacggtat tcctgctgtc cctgttcatc      900

acaccggcgt ggtatctcat ggtcagccag cccgaccgcc tgccggggtg gctggatttt      960

ctctcctccc cggagccggt gtccctgagc cttctgagtc agctgctggt ggtggaattc     1020

ctcatcgacg tgctgaagct ggcctccctc aacacgccgg acagtctctc caactccttt     1080

tccatgctgg gcgctctggt gctgggagat tttgccgtac aggccggatg gctggggccg     1140

gaggtgctgg tatatatggc ctttgtatcc gtggcgggat ttgcccagcc cagctatgag     1200

ctgggctacg cctttaagct gctgcgggtt gcgggtggcg ctgctgctgg tcacagcggc     1260

cttcgacgtc tggggattct gtctgggggt ggtgggcatc ttcgttctgc tctgcaccac     1320

caagccgctg gttggaaagg gatacctcta tccgctggtt cctttcaacg gcaaggctct     1380

gctgcggctg ctgatccggg agcctatcag ccgggacaat acctgacaat gcagagcgtt     1440

ccg                                                                   1443


<210>  175
<211>  657
<212>  DNA
<213>  Clostridiales

<400>  175
gtgaaggagg ctaccagccc ctatacattg gcattgagta ccaccaaccc ctctgcgctg       60

cttccctctc tgggactggg caagcttttc aacaacaacc agtatgtggg tctggcgatc      120

ccgctgtcga tcctcatggc cattctggtc tgggtggtgc tgggcaagac caaattcggc      180

tatgagctga aagccaccgg ttttaacaag aatgccgcca agtactgcgg tatggcggaa      240

aagcggaacg tgatcctgag cctgatgatc tccggcgcgc tggccggtat gggcgcggcc      300

atgctgtacc tcaccgggta cgagcagtgg cagtgttcca cctcctccgt ccccgccatg      360

ggcttcaacg gtattgccgc cgcgtttttg ggcggcctga acccgctggg gactgtgctg      420

gcgtccttct tcatccagca catcaccgca ggcggcgctt atgtggataa atccctgtac      480

tgcgcgcaga tctccgacct gatctctgcc atcatcatct atctgtgcgg ctttgtgctg      540

tttatgaagt acgcaatgaa ccattccgct gccaagcgcg aggagaaagc ggccctgaag      600

gccaaggcgg ccgccgaaca aggcgtgtct gacaggaaag gaggcgatca ggcatga         657


<210>  176
<211>  939
<212>  DNA
<213>  Clostridiales

<400>  176
atgaaagacg agaagattgc aattatcgga acaggcatga tgggcatgag tctggcagtg       60

ctgttcacgg gtaacggata tgacacgacg gttctggcaa cgaaggaggc ttctgtcctt      120

cgggggcgga acagctacaa cgagatgtac agtgttttgc aggagcgcgg tctggtgtca      180

gagacgcaga tggcccgctg tgcagaaaat ctgcatttca ctttggacta ccgggatctg      240

gccgcctgca cggtattctt tgagagcgtg gtggaggatc agaaggtaaa gcatgatgtg      300

tatatgcaca ttcaggagag ctgtcctgta tgcaaagtga tcgcctctac cagttctgcc      360

atggcgccgg aggatctgtg cgcgggtttg gactgcgcca ataagatcgt tgtgacccac      420

ccattcaatc cgccgcatct ggtgcctttt gtggaaatgg tgaaaagccc ctgtaccagc      480

gaagaagccg cgcaggttgc ctatgatgtg ctggaggact gcggccggaa ggtttgcgtc      540

atgaagaaaa gcgcaccagg ttttattgcc aaccgtttgc agcacgcact gctgcgtgag      600

gcgctttata tggtagaaga aggtctcgcc aatccgaggg atattgacaa ggcgctgatg      660

tacagtttta tgccgcgcta tacctctgtg ggcctgttcg agcatcagga tgcggcaggg      720

ttggatatgg ttcagaatat cgaaaattac ctgttcccgt ccctgtgtga ccgaaagacg      780

gcgtttgact ctgttaacga ccgggtggcc agccacagcc ggggacagaa agacggtatg      840

ggaatttaca agtgggatgc agagtccatc gccgatttca aggcgcgggc atctgaacct      900

tattggaagt atttcaactg gaatcttccc aaagactga                             939


<210>  177
<211>  414
<212>  DNA
<213>  Clostridiales

<400>  177
atggatcttc aaaaaattct ggaataccgc aacagccgca accgcttctg ccaacggctg       60

ggcattgtcc tcaccgagct gtcccccggc tatgcaaaag cggtgatgcc cgtcacggag      120

gaacacctga accctctggg ctttgctcac ggcggcgtat attttaccat ggcggataat      180

gtcgcaggct ctgccatggc tgcctacggg gaaaaggcag tcacgctgaa tgcacagtac      240

aatttcatgc ggtctgtaaa ggctggcgac accctgacag ccgaagcccg cgagagcaag      300

cacggcagca cggtctgcgt ttacgatgtc cgcatcacag accagcacga tacccttgtg      360

ggaaccggca cgttcacctt ttacaatctg aagcagccgc tggatctcga ctga            414


<210>  178
<211>  1311
<212>  DNA
<213>  Clostridiales

<400>  178
atggcatttg aaagtagtaa aaatagtgtt gtagaacagc tttgcggtac tgtggcgctg       60

ccgaaaatgg tgcgggtgcg tcaggagttt gaccacacgc acatggagcc tgccgagatc      120

cccaacgcag tctgggcgca gctggagcgg gacgccgtga agcagaacat caagcccgga      180

atgaccatcg cgatcacctg cggcagccgc ggcatcgcca atatcgccat catcgtcaaa      240

gcgatcgtgg attatgtgaa ggcacagggg gccaatcctt tcgtgttccc cgccatgggc      300

agccacggcg gcgctacgcc tgagggacag ctggaagtgc tgagaagcta tcatgtgact      360

gaggagacca tgggctgccc catccgggcc accatggaaa ccgtttatct gggggacacc      420

gttgagggaa gccccgtcta tcaggacaag tacgcccacg aagcggacgg cgtgatcctc      480

tgcggccgga tcaaggccca cacttctttc cgcggcccct atgagagcgg ccttctgaaa      540

atgtccgtca tcggtatggg caagcagcat ggcgcggaat ccgtccacga gtccggcttc      600

cagaacatgg gccgcgtcat gccccagttt gcgcgggtgg tctttgacaa caccaatatc      660

gtcgccggtg tgggcatcat cgaaaacgcc tatgaccaga cctacaagat cgccgctctg      720

aacgcagcgg aaatctggga gcaggagccg gagctgctga aggaagccaa tcggctgctg      780

ggccgcatct gggtggacaa ggcggatgtt ctggtcgtgg ataagctggg caagaacatc      840

tccggcgacg gcatggatcc caatgtttcc ggcaccttcg gcagtccggg acggccccgg      900

aacggagaac ccggccccat tctggcacag cggacggtgg tgctggatct gaccgacgag      960

agtcacggca acttcaacgg gatcggcgtg gcggatgtaa cgaccaagcg tctgatcgac     1020

aagtccatcg tggacgtcac ctatcccaac gccctgactt ccacgctggt caacatggtc     1080

aagatgccga ttttcgcaca cagcgatgaa aacgccatca agctggctgt ccgggtgtgc     1140

aatatgatcg acaagcagca tccccgcatc gtgcggatcg ccaacaccat ggaactgagt     1200

cacatctggg tatccgaggc gctggtggag gaagtgaagg accatcccca tatggagctg     1260

gacggcgagc ttcaggactg gggttttgat gaaaacggca atttgtggta a              1311


<210>  179
<211>  813
<212>  DNA
<213>  Clostridiales

<400>  179
atgcgtaaac gcctgcaaat attctgcctg ctgctcctgc cctgcctgac gctggcgggg       60

ctgctgggcc gcggctcccc tgccgccctg accgccggtg acgcggctat tcccgcttcc      120

gccgacaact gggggctgtc cttcccggag gagggcctga ctcccgtcgg caacgccacc      180

gcggactttc tgtcccaata cgacgcgtgg tatgtagggg acgtcagcca gaaagttatc      240

tatctcacct ttgactgcgg ctacgaaaac ggcaacacgg aggccattct ggatgcgctg      300

aaaaagcaca gcgccccggc ggcgttcttt gtggtggggc atatgatcga atccgcgccg      360

gacattgtcc gccgcatggc cgaagaagga cacattgtgg gcaaccacac ctatcatcac      420

ccggatatgt ccgccattgc cgacaaggcc agctttcaaa aggagctgga ttctctggcc      480

gcactgtatc aggagaccac cgggcaggcg ctgtcccggt tctaccgtcc tcctcagggg      540

aaatacagcg aagaaaatct gaaaatggcg caggagctgg gttatcagac agtattctgg      600

agtcttgcct atgtggactg gtacgcagac aagcagccca cagcagagca ggcctatgcc      660

aagctgctgc cccggattca caacggggcc attgtgctgc tgcactccac ctcctccacc      720

aacgccgcca ttctggacga tctgctgacc aagtgggagg agatgggcta ccgttttgcg      780

ccgctgacgg agctgcccgg cctgaccctt tga                                   813


<210>  180
<211>  489
<212>  DNA
<213>  Clostridiales

<400>  180
atggaagaaa agaaactgca cgtccgcatc gtccccatga cggcggatca tctggacgag       60

gtggcggagc tggagcggat ctgctttacc acgccgtgga gccggaatat gctggcggag      120

gagctggaca actacctctc cgcctttctg gtggcgctgg acgatcagga tcatgtggta      180

ggctatgccg gtttgcaggc ggtgttggac gaggggtata tcaccaacgt ggctgtccgg      240

ccggactgcc ggaagcaggg cgtggccggt aagcttttgc aggtgtttct ggattttgcg      300

gaggggaacc atctggcgtt cctttcgctg gaagtccgtg cgtccaacta tgacgccatc      360

gccctgtacg gaagccgggg cttccgcagc gtgggccggc ggaaaaatta ctatgagcat      420

cccagagagg atgccatcat tatgaccaag gagtttgaac atcatggaac tgagactccc      480

gtcagttga                                                              489


<210>  181
<211>  780
<212>  DNA
<213>  Clostridiales

<400>  181
cagccctcag agatcgccaa ggcggcggtg gtcatctact ttgccgacag tatctccaaa       60

aagaaggaca aaatgcggac gttccactac ggcgttctgc cctacgcttt cattctggtg      120

gtcatcggcg ggctggtggc tgtggagccg cacctttccg gcgccatcct gattctgggc      180

gccggtgccg ccatgatgct ggtaggcggc atcaactggg cgtgggtagg tgctgccgcc      240

ggtgcggcgg tagggctggt gtatgtggcg ctgtttgtca tcggctacaa tacctcccgc      300

gtgacctact ggctgaatcc ctgggcggat gatccgctgg ataagggcta tcagctgcgg      360

cagagcctga tcaccatcgg ctccggcggc ctgtggggac tgggactggg caaaagccgc      420

cagaagttcc tgtttttgcc ggaggagcac aacgatttca tcttttctat tgtctgtgag      480

gagctgggat tgatcggcgc ggggatcatc atgctgctgt ttgcggcgct ggtactccgg      540

gggtactgga ttgccctcca ctgccgggac cgcttcggca cgctgctggt ggtgggcttc      600

accacgctga tggcagtaca ggtgtttttg aacatcgccg tggtgtccgg cgttctgccc      660

accaccggta tctccctgcc gtttttcagc tacggcggca cggcgctgtg cgtccagctg      720

gcggagatgg gcgtgattct cagcgtttcc cgacaaatga agccgacaaa ggcggggtag      780


<210>  182
<211>  1560
<212>  DNA
<213>  Clostridiales

<400>  182
atgagcgcat caagagaaaa gaagctccgg caggacccga cccccggcgc cgatccgaaa       60

acctttaagg aactggaaca ggcaaaggcg gaaaagcgga gcaacctgct ttacagcgtc      120

atcggcgtgc tgtttttagt agcggttgtg gcctgcctga tctggaagtc caatatcatc      180

tcccgcagtg caacggccgt caccatcgat ggggagaagt atacggctgc cgaggtcagc      240

ttctattaca agaacgtgta ccgcagcttt ttgcagaaca actcctattt tatcagctat      300

ctggggctgg ataccggctc ttccctgaag ggacagaccg tcaatgccac cgctgcgtcc      360

atgctgggcg tggaggaagg atcctcctgg catgattaca tgatggacaa taccatcaag      420

cagatgacca tgatccagaa cggcctgaag gaagctgagg cgaagggctt ccagtatccc      480

gccggagtga agacccagta tgacgacacc atgcaggcac tgaaggatac ggccgtgggc      540

agcggcacca ccgtcaagaa gtatctccag cagaatctgg gcagcaccat gacggagaag      600

gtctacggtc aggagctgct tcgcacgctg cagtatcagg cttatgccaa cgcctactcc      660

gatgagctga cctacagcga tcaggagatt caggacgcgt acaatgccga tcccaagacc      720

tatgaccggg cctcttggga gtatgtggtg gtcagcggcg ccgccgagtc caccaccgac      780

gccgacggca acacggtgca gcccaccgac gaggagactg ccgccgcaaa ggaagccgcc      840

aaggagacgg cagacaagat cctggctgcc tataagagcg gtacttctct ggaatccgct      900

gccggcggct atgagaaggc tacctactat gatacgcggg acgccagcta ttatgacggc      960

gtgatcggca actggctgtt cgacgacgcc cgccagagcg gcgacaccga cgtgctggag     1020

gtcaacgacg actactatgt ggcagtgttc cacgaccgct atctggaaga atccaacacg     1080

gtcagcgtcc gtcacattct ggtgatgcct gaggccggca ccaagacctc cgatgaggag     1140

ggctacgatg aggagcagga gcagttgaaa gccgccgccc acaccaaggc cgaggagatc     1200

cttgccgagc ggaaggccgg cgacgccacg gaggattcct tcattgatct ggttacgaag     1260

gattccgagg acggcaccaa gtataccggc ggtctcatca gcgacatttc tgtggattcc     1320

agtctggtgg attccttcaa ggactgggcg ctggattcca gccggaagcc cggcgatacg     1380

gacgtggtgg attccaccta tggttctcat gtcatgtact tcgtgggaac cggcctgcct     1440

gtgtggaaag cagctgtggt gaacaccctg cgctctgacg atgtggacga gtggaccaac     1500

agtctggttg agggcgccga tgtgtcccag agcgatttcg gtatgaagtt tgtgggttga     1560


<210>  183
<211>  864
<212>  DNA
<213>  Clostridiales

<400>  183
tataatgact tgtttttgga tatccgccgg gaactgaaac ggggcggtat cattgacacc       60

acgctggaag cgcgggaact gacctgcttc ggcgtgaata agacaaaaga agaactgacc      120

cgcgacgggc ggctgtatgc tcctccagag ctggaacgac gggtgcggga gctgacagcc      180

cggcatctgg cgggagagcc ggtggcctat ctcatcggcg aatgggaatt ttacggcctg      240

ccgttggaca tttccaaaga tgtgctgatc ccccggccgg atacggaggt gctggtggat      300

caggctctgc cctacatccg gtcccttgga gactgccggg tgctggatct gtgcgccggc      360

agcggctgca tcggtctggc cgcggcgtca cagtgtcccg gtgtccatgc ggtgctgggt      420

gaattttccg atgcggcgct gaagatctgc cggcagaata tccgccggaa cggcctgacc      480

ggccgggtca ttcccatgac ggtgaacgca ctggaacggc cggaccgggc gttgggagag      540

tttcactgca tcctcagcaa cccgccctac atcccccgcg atgatattcc gggactggat      600

cattcggttt gtgattacga accccatctg gcgctggacg gcggcgagga cgggctggat      660

ttctatcgga gcatcagcga aaagtggaaa gcggcgctgg cccccggcgg tcggctgtat      720

ttcgaggtgg gcatcgggca ggcggacgcc gtgctgcgga ttatgcgggc gcagggcttt      780

ggcgacattc aggtggtaaa ggatcacaac gagatccccc gcgtggtgtt cggaaccctc      840

tgcacagagg tttataaaga gtaa                                             864


<210>  184
<211>  924
<212>  DNA
<213>  Clostridiales

<400>  184
atgctgagtc tcatcctgtt ccagcggatc gcggaactct tcgttatcat ctttttcggc       60

tggctcattg tcaaggtcgg catcctgaaa tcggaggaca gccgctgcct ttccatgatc      120

ctgctgtaca ttatcgcacc cagcgtcttt ttcaacgcct ttcagatcga gcgaaccccg      180

gaggttctgt ccatgatggc gttttcagcg gtgctggcgc tgatttccaa cgtgctgctg      240

atcctgctgg gggatctgtc cgcaaagctg ctgcatctgg atgttgtgga ggaggcttcc      300

attatctacc cgaactccgg aaatatggcg atcccgctgg tcagcgccat tttcggcacg      360

gagtgggtgg tgtttgtgac cctgtacaac atgatccaga acctgtttgt ctggacccac      420

tgccgtatgt tcgtcagcgg ggagcggaag gtgtccctgc ggaagatcct gctgaatata      480

aatattctgg cgattttagc aggcgcgctg atgttcttcc tgaacattca gctgccgggg      540

attgtccata acgccctgac cagtgtggga aacatgatcg gccccgccgc catgatcatt      600

gtggggatgc tgatggcgga tctgaaaatg gaggatcttc gcgcgtaccg ccggatctgg      660

aagccgacgc tgttccggct ggtggtgctg ccgctggcgc tggttttgct ggcaaagctg      720

ctgcacattt ccgcgctgaa ccctcagggc gagacgctgg tgatgacggc gctgatcccc      780

gcgtttgccc ctgccgccaa tgtggtggct cagttcagcc agatctatgg ccgcgatgca      840

aagtatgcgg gccttatcaa tgctgtgacc atgctggggt gcattgtttc catgcccctg      900

ctgattgcgg tttaccagat gtga                                             924


<210>  185
<211>  1014
<212>  DNA
<213>  Clostridiales

<400>  185
gcggtcatcg agggcagcgg ccttgcggtc tacagcattg cctacagcga catgaacggc       60

gacggccgca tggaactcat cgtaggctgg cgggtcagca tggatctgca ggcgctgacg      120

gtctatgcgt tggagccggg cggcgcacgg gagctggcgc ggagcaacta tgtcaagtat      180

gccgtggcgg atctcaacgg cgacgggatg caggagctga cggtgttccg ggccaatcag      240

gacggcgtag gcgcggcgga ctgctacctt tggaaaaacg gcgcgctgac cctcagctcc      300

acgatccggg tgtctatgac catggcggaa ttgagccagc agggcaaggt gacggtgggg      360

acgctgcgtt ccggggaacc ggctctgttt gtcactgggg tggcggaagg gatgcgggca      420

atgacggatg ttctgctgct tcggggcggg gaactgaaca atgccgtgct gtcccctacc      480

accggcgtgt ccggggaaag ctcccggttc cgggcgctgt atcccgcgga tatcaacggg      540

gacggcgtga ccgaggtacc ccgcacggca gccctgtacg gcgaggaact ggagggggac      600

actgcacagc gggtggactg gatcagcttt gacgccgcag gcgctgcgat ccgggtgctt      660

tccacctacc atgccattga ggacggctgg taccttcagc tgccggacgg ctgggcagac      720

acgatttacg ttggccgctc cgcgtctgcg gacgaagcaa gcgttacttt ttacatgggg      780

gacagcagag atcagtccta tacccctgtt ctgcggatca cgaccctcag cggctccaac      840

cgggagcggc tggcggtgcg gacgggccgg tttattctgg gccggaatga cggcgtgatc      900

tatgcaggcg aacttctgaa gggcaacgag ggctgggcag acggcgtgac cgaggatgaa      960

gtgcggaacg cattcagcct gattgccccg gagtggtcgg ccggcgataa ctga           1014


<210>  186
<211>  702
<212>  DNA
<213>  Clostridiales

<400>  186
gtccccagag tggataagat cgtcggcccc ggcggcattt ttgtggcaac cgccaagcgc       60

aaggtgtttg gtctggtggc cattgacatg atcgcaggcc ccagtgaaat actggtgctg      120

gcagatggcg gctgcaaccc gtcatgggtc gcggcagacc tgctcagtca ggcggagcat      180

gacgtattgg cctccgccgt tctggtgacg gacagccgcc gccttgccga agcggtgcag      240

aaagagctgg aaagccagct cagcactctg ccccggcagg acatcgcccg gcagtccatc      300

cagaccaacg ggcgcatcat cgtcaccgac agtctggaaa aggcggtgga cgcggctaat      360

ctcattgccc cggagcatct tgagctgtgc gtggaggacc ccttcgccct gctgccgcgg      420

gtgaaaaatg caggcagcat ttttctgggc cgctgcacgc cggaggcgct gggcgactat      480

ttcgcaggcc ccaaccacac cctgcccacc agcggcacgg cccggttttc cagtcccctc      540

agcgtggatg attttgtgaa gaaatccagc ttcctgtatt acacgcagga ggcgctggct      600

ccggtggcgg agcgtattgc ggactttgca cggcgggagg ggctggaagc ccacgcccgt      660

tccgcgctga tccgaacgaa ccaaggagga aacccacaat ga                         702


<210>  187
<211>  1197
<212>  DNA
<213>  Clostridiales

<400>  187
ttgaaagcgg gacttgtcac attttaccat atccatcatt acggcgctct gtttcaggcg       60

gcagccacgg aacgggccgt ggaacgcttc ggctggggct gcgagatcgt ggactatttc      120

gttaatcagg ataacgccct gttcaaacgg cctaccggtc ttggctccgc cgcccacgat      180

gctcacaccg ccctccacta caaggccctg gcagagcgct accgccggtt tgaacagttc      240

agccgggatc atctccgcat ctccgcgcat cactatgaaa gctttgacgc gctggcgcac      300

gcggaactgc cctatgatct gatcctgtcc ggcagcgacc agatctggaa tccgaagatc      360

ttcccggacg gccgtttcga cccggtgttt ttcggaacct tttcccggaa acggcgcatt      420

gcctacgcgc cgtcctttgg gatcccggct gtccccgacg ggatgcaggc ggagctgaaa      480

ggctatctgg acggcttctc ccacctttcc gtccgggaaa cgcagggccg cgagattgtc      540

cgcgaggcga ccggcaggga tgtgccggtg gtgctggatc ccaccctgct gctcgctgcg      600

gaccagtggg cctccatgtc caaccacccg gcggactatc ccaccggcgg gtatatcctc      660

tgttactgca tcagccgccc cggcgcgctg acgccctata tcgcacagct gcatcaggag      720

actggcctgc cggtggtgca gctgtgcggc atccggcaga aagttcatcc caaggcccgg      780

cagattctgg gcgccggccc ggcagagttt ctggatctgt tccgaaacgc cagctatgtg      840

gtgaccaatt ccttccacgg aacggtgttt tccgttcagt tccaccgtcc cttcttcacc      900

acggtttccc cggcggagct gtctgcgccg gagcgttccc gcacggtgag tattctcagc      960

cgtctcggcc ttgccgaccg ggtcatcggc aagggggaca cggcggagct gctgtcgtcc     1020

gtcaactggg atgccgcaga agcggcgctg gccaccgccc ggcaggactc tctgcgctat     1080

ttgcaggctg cgctggaaaa tcaaccctgc acggagaacg tcggcggggc gcagcagagc     1140

tttgcgccga agctggcaga gcggagccgc tgcaccggct gtaccgcctg cgccgca        1197


<210>  188
<211>  726
<212>  DNA
<213>  Clostridiales

<400>  188
atggcagtca agcaaaccgc agggcgggac gcccttgggg aattcgcccc gaaattcgca       60

gaattgaacg acgatgtact tttcggcgag gtctggtcac gggaggagct gctccccctg      120

aagacccgtt ccattgtcac catcaccgcc ctcatcagca agggcatcac cgattcttcc      180

ctgaagtatc accttgccgc cgccaaggcc aacggcgtca ccaaaactga gatggcagag      240

atcctgaccc atctggcttt ctatgccgga tggcccaacg cctgggccgc tttccgcatg      300

gcaaaggagg tctatgacgg cagcgagccg gaaaaccacg gcggcttctt cggtcagggc      360

gaaccgaaca ccgcttacgc aaagtatttt gtgggcaaca gctacctcaa gcccctcacc      420

gatcccaagg agaccgtatt tgtggccaac gtcacctttg agcccggctg ccgcaacaac      480

tggcacattc atcacgctgc caaaggcggc ggacagctgc tgctgtgcgt ggacggcgag      540

ggctggtatc aggaagcggg caagcctgcc cggagcctga agcccggcga tgtcatcacc      600

atccccgctg aggtcaagca ctggcacggt gccaaggccc acagctggtt cagccatctg      660

gcggtggagg ttcccggtga aaacacctcc aacgagtggt gcgagcctgt cagcgatgcg      720

gactac                                                                 726


<210>  189
<211>  780
<212>  DNA
<213>  Clostridiales

<400>  189
acgccggccg gtgcgctgtg cattgaggag ctgaaaaaga tccgtcagat cgaaacgcgg       60

ctgtccgcca agcttcagca gatggcgcac ccggaagaaa ccctcaacgt cggcatcggc      120

ctgatgcaca gcgccgcgtg gatgccgcag ctgctgccgc ttttccacga gatctatccc      180

gatgtgcgga tcaatctcat tgagcagggg gacgagctgc tgctgcaaag cctgcgcgca      240

gacgatgcgg atgttgtcat cggcgggatg cccgtgggaa cgcaggacgt ttccgaaaag      300

ctggctctgg aacagctcct gctgatcgtt cccagaaaat tccatctggc tcccccctgg      360

gtctatgcgg ggaattccta caagaaccca tatgagatca cgccccagca gcttcagggg      420

ctgccgctga tcatgccgtc cgccgccaac gacctcggcg gcattaccaa tcaggcgctg      480

gagcattttg atatccagcc gaaatccgtg attaccgtca gctccatgca gacggccgcc      540

atgctggttt cacagaacat ggggtatctc tttaccagcc cggtcttttt aagtatgcag      600

gcggaacagc tgggatccaa aatcgtctac tgcaccatgc agggaatccc ggatacccga      660

aggatcgttg cggtctataa cccggatacc cggaaggagg aaatgatccg gcaatttctg      720

aagctgctcc gtacagtcat gtttcaggat cagcccggta tctttccctt aaccgattaa      780


<210>  190
<211>  1395
<212>  DNA
<213>  Clostridiales

<400>  190
atgaaactat gtgttatcgg aggagccggc gcccgctctg cgttcctgac aaagtctctg       60

gtaaaaagtg cgcgggagat tcgggtggat cacattgtac tgttggataa caatgaagaa      120

cacctgcgga cctatgggca aatttccaaa gaactggctc ggcggatgga gccgtcattg      180

acctttgaca ttacttcgga tgcccgcggt gcgcttactg gggcggatta tatcattacc      240

accatccggg ctggaggcga cgcgggccgg ctttttgacg agaagacctg tctggcgcac      300

ggcgtgctgg ggcaggagac caccggcgcc ggcggttttg ccatggctat ccgttccgtg      360

ccgaccctgg tgtattactg cacgctggca cgggaagttt ccaatccagg ccacctcatt      420

tttaatttca ccaatcccag cgggatcatt acacaggcac tgcgctcctg cggttttgcg      480

aatgtttatg gtatctgcga tgcccccagc ggctttatca agcagttgga ggaaatcctg      540

aatgtgccat acggtgcgct ggatattgaa tgctacggac tgaatcatct ctcgtggttc      600

cgcaatgcca aactggatgg cagggatgtg caggaggagc tgctgaataa tccccgcacc      660

tatcaacact ctgaaatgcg gctgtttacc agagaaatgg cacggcttag tggcgagtgt      720

atgctcaatg agtatctcta tttttattac cgcagggaaa agtccctctc catggttcaa      780

aaagcggagc atccccgtgg tgaaatgatc tatctgatca atcgggaact ggaaacgcag      840

ctggcgcaga tggagttacc cagggacttt gaaaaggcgt tcaatttgta tatgaacgcc      900

tatggaaagc gtgaaaacgc ttatttctcg gtggagagcg gcgcccgccg agagaaagtc      960

tggaatccgc ctacggtcga agaattcctg gcagagccgg acgagggcgg atatgctgct     1020

gtggcactac ggttcatccg agcgatcact gacggcgagg actgccggat ggtactgtcg     1080

gttcccaatg agggggcgat tgatggactg gaggatgacg atgtggtgga gatcacctgt     1140

gacatccatt ccgatggcgc acaccccatt catatcggcg ttattgacga gttccagctt     1200

cagcagatca agcggttgaa atactttgag cgctgtacaa ttcaggccat tctgcatgat     1260

gatcgggatt ctgctgtgaa aggacttgcg ctacatccgc tggtcaatga ttttgaactg     1320

gcagaaactc tgtcgggaat ttttttcaag gagtatgctt catttattca catgaatgag     1380

gcacctggcc agtaa                                                      1395


<210>  191
<211>  393
<212>  DNA
<213>  Clostridiales

<400>  191
atggaactga cacaaggcgt tcggtttgac acgttggagc tgtcgccgga gctgctgcgc       60

gctctgctgg aacgcaatat tgtacaatcc accccggtgc aggcgggctg tatcccgccc      120

atgctggcgt ggcgggacgt gatcgccaag gctcccaccg gcaccggaaa gacctttgcc      180

tatgggattc ccattgtgga gcatatcgac ccggaggacg acagcgttca ggcggtgatc      240

cttgctccca cgcgggagct ggccatccag atcaccgacg agctgcgggt gctgtatgcc      300

tacaagcccg gcatccgggc ggtgtgcctc tacggcggcg cgcccatcgg ccgtcagatc      360

gacgcgctga aaaagcatcc ccagatcgtg gtg                                   393


<210>  192
<211>  864
<212>  DNA
<213>  Clostridiales

<400>  192
atgctggatg ttcagctgtt cgatccgcaa tcgtttctgc cgcttcccta taaggaagcc       60

ctgatgcccc gcctgaaaaa agcccacgaa aaattgcaga ccggcagcgg ccttggcggc      120

gagttcaccg gctgggtcca tctgccccgc gattatgacc gggcggaatt tgcccggatt      180

caagccgccg cagcacagat ccgcagcgac tctcaggcgc tggtggtcat cggcatcggc      240

ggcagctact taggcgcaag aggggtcatc gactgcctct gctcccccaa ctacaacctg      300

aaaaagaaag acacgcccaa catctacttt gtcggcaacg gcctcgccgg agacgcgctg      360

agcgaggtgc tggatctggt gcgggacgtg gacttttcca tcaacgtcat ctccaaatcc      420

ggcaccacca cggagcctgc cgtggcgttc cgcttcttcc gggaagcgct ggagaaaaaa      480

tacggcaagg aggctgccaa ccgccgcatt tacgccacca cggataagtc tcaaggcatc      540

ctgaaatcca tggcggacga tgcaggctgg gaaacctttg tggtaccgga caacatcggc      600

ggccggtact ctgttctcac cgctgtgggc ctgctgccca tcgccgcggc cggtgtggac      660

gtcacggcgc ttctgtccgg cgctgcggaa atgatggaag tctgtgccgg cgattccttt      720

gagagtcctg cgtggcaata cgccgccctg cggcacgagc tgtaccgggc cggtttctcc      780

attgagctgc tggcctgctt cgatcccgcc ttccgcttta tgggagagtg gtggaagcag      840

ctcttcggtg aaagcgaggg caag                                             864


<210>  193
<211>  891
<212>  DNA
<213>  Clostridiales

<400>  193
atgctggaac tgcttcacat tgagaatatt gccgtcattg aatcggcgga catcgccttt       60

cagccggggt tcaacgccct taccggcgag accggcgcag gaaaatccat cgttattgac      120

gccatgggcg ctgtgctggg cggccgggct tcacgggagc tgatccgcac cggggcgtcc      180

aaggcgtttg tcagcgctgt gttttcccac gtttcggaga agcttccggg cctgacggaa      240

aacggcatcg ccccggatga ggatggaaat ctcctcttgc agcgcgagat gacggcggac      300

ggcaaaaacg cctgccgggt caacggacgg ccgctgacgg tcacgcagct gcggcagatc      360

ggcgcggagc ttttgaatat ccacggtcag catgacggcc agcagcttct ggacgaggag      420

cagcacggcg cttatctgga tcgcttcggc aggatggaag cgccccttgc cgcttaccga      480

aaggaatatg ccgccatggc ggctttgcgg gagcagatcc gtgcgcttca aatggatgaa      540

gcggaaaaag cgcggcggat ggactccctc cgatttcaga tcggtgagtt ggaacgggcg      600

gagctggtgc cgggcgagga agaagaactc aatgcccggc gggaactgct gcggaacggc      660

gagaagtaca tcgcagcgct gtccggtgcg gattactgtc tcagcggcga tgacaacggt      720

tccggggccg tagccgcaat ccgggacgcg gaggaagcac tgcacggtat ccgaaatctc      780

agcgccgatt tgggagagct gtataagcgg ctggaagcgc tgcgctgcga ggcgtttgat      840

cttgccgaga tcgtccggga taagcgggcg gagtttgatt tttctcccgc g               891


<210>  194
<211>  933
<212>  DNA
<213>  Clostridiales

<400>  194
gatgcggcgt tcatcgggga attgagtctc accggcgcgc tccggggtgt ttccggcgtg       60

ctgcccatgg cgctggctgc gcgggacgcc gggatccgca ctctgttcgt cccggcggac      120

aacgccgcgg aggccacgct ggcagagggg ctgacggtct acggcgtgcc ggacgttgcc      180

gcgctggttg cccacctgaa gaacgaggca ctcctttccc ccgctcccgt gtggacgccg      240

aagccggagg acggcagcct gccggatcta caggacgtca tggggcagga aaatgtgaag      300

cgggcgctgg aaattgccgc cgcaggaggg cataacctgc tgctcatcgg ctctcccggc      360

gcaggaaaat ccatgctggc caagcgtctg ccctctattc tgccggagct gagccgcccg      420

gaagcgctgg agacctccgg catctggtct gtggcgggac tgacagaccc caggcatccg      480

cttttgaccc ggcggccctt tcggtcgccc catcacacca cctccgctgc cgcgctggca      540

ggcggcggac cgatgatgcg gccgggagag atctctctgg cacacaacgg tgtgctgttt      600

ctggatgagc tgccggaatt ccaccgggat gtgctggaag ccctgcgcca gcctttggag      660

gacggcgtgg taacggtggc gcgggctggc ggaaccctcc ggctgcccgc ccggttccag      720

ctggtgtgcg ccatgaatcc ctgcaagtgc ggctggcggg gacatccctc cgggaaatgc      780

acctgctcgg ataaagaggt ggaaaaatac gttcagaaga tctccggccc tttgctggat      840

cggatcgatc tccacgtcaa tgtcccctcg gtggaatatg aagccatgcg gcggaaatcc      900

aaaccggaat cctccgcgga ggtcaagcgg cgg                                   933


<210>  195
<211>  1176
<212>  DNA
<213>  Clostridiales

<400>  195
ttctataacc agctcagctg ggaccccagc ttctacaagg ccctcaagaa cattgtctat       60

aagctgttct ataccaccag cggcgtcatc ggcacgccgg tgagcgtgtg ctatacctac      120

attgtgctgt tcatcatttt cggcgcattt ctggagcgca ccggcatcgc caacttcttt      180

atcagctttg ccaaccggct ggcaggctgg tcctccggcg gccccgccaa ggtggcggtg      240

atctcctccg ccctgtgcgg catggtgtcc ggctcctctg tgggcaacac cgtgaccacc      300

ggctccgtca ccatccccat gatgaaaaag accggctaca agccggaatt tgccggcgcc      360

gttgaggcag ccgcctccac cggcggtcag atcatgccgc ccatcatggg cgctgccgcc      420

ttcctgatgg cagagtacat gaatatcccc tatgcacagg tggcggtgaa ggccattctt      480

cccgccctgc tgtatttcac cggcattttc atcgccgtcc atctggaggc caaaaagctg      540

ggcctgaagg gaatgcccaa gtctgagatg gtgtcctggg gctctcttgc caagcgggcc      600

tatctgatca ttcctctggc gctgctgatt ttcctggttt cctccggcag ccgcaccatg      660

cagttctccg cagccgtctc cattctggcc gccattgtgg tgggcttctt gaacaaggag      720

gagcggctga ctttcggtaa gatcgtggag gcgctggaag ccggcgccaa gggcgccatc      780

accgtggcgg tggcctgcgc catggccggt atgatcgccg gctgcatcac cgtcaccggc      840

cttgcctcca tcctcatcaa tgccatcgtg caggcggctg gcgacgccac catcatcggc      900

cttgctctga ccatgatctg ctgcatcatt ctgggcatgg gcgttcccac caccgccaac      960

tactgcatca tggcctccac ctgcgccccc attctggtgc agatgggctt ccccgtggtg     1020

gcggcccact tcttcgtgtt ctacttcggc attgtggcgg acatcacccc cccagtggcg     1080

ctggcggcct atgcaggcgc tgccattgcc aaggccaacc ccatgaaaac cggcttcaac     1140

gccaccaagc tggccattgc cgccttcgtg gtgccc                               1176


<210>  196
<211>  1224
<212>  DNA
<213>  Clostridiales

<400>  196
atgacgagga cgagtgacct cgctgccgcc aaagcgtgcc tgacgggact ctgcggcgca       60

gaagcgccgg tgctggcggc ggtgtccggc gggctggatt ccatgtgtct gctgcatctt      120

ctggccacct gggggcggga gcggaatctg aacgtcgccg ccgcccattt caaccaccag      180

ctccggggcg cggaatcaga ccgggacgag cggttcgtcc gggactggtg cggcgcccat      240

gagatcccct tcgtttccgg gcgtggagac gtccgggcgc tggccgcccg gaagaggatg      300

tctctggaag aggcggcgcg ggaagcccgg tacgcctttc tcaaccagca gaaaacggcg      360

ttgggatgcc gctgcgtact gacagcccac cacgccgatg acaatgcgga aaccatgctg      420

ctgaatctcc ggcgggggac ggggctgcgg gggctcaccg gcatcccgcc ggaacgggag      480

gatctcctgc ggccgttcct gcaagtgacc cgtcaggagc tggcggatta tgccggggcg      540

catgacgtcc cctatgtgga agattccacc aaccagatgg acgatgcggc gcggaacgtg      600

ctgcgccatc aggttctgcc ggttctgcgg cagctgaacc cgcgggccgt ggagaatatg      660

agccgcgcgg cggagctgct gcggcaggat gaagaagcgc tggatgctgc ggcggaacgg      720

ctgctggaaa aggcggagat ttcccccggt caggaggcga tcctgccgct ggatgcgctt      780

gtgggacagg cggaggcggt gacgggccgc gctgtgcggc agctgctcag ccgcgtctgc      840

ggacaccgaa aggatctgac tgccgcccat gtccgggacg tgctggagct gaagcagggg      900

cagctgtccc tgccctatgg ggtgacggta taccgggagc gggacgatct tcggtttcgc      960

agagacccgg cgctgccgga ggagcggagc ctcctgccgg gagaaacggc agatttcggc     1020

gattggcgca tcacattgac aacggagccg gaacaggcgg ggctggcatt ctccttcccg     1080

cagggggcgg cgctgagcgt gaccgtctgg catccccgtg accggctgaa cggccgcacg     1140

gtgaagcggc tgtgcgtgga caggggactg tccccggagg aacgggatcg gctgccggtg     1200

ctgcgggtca acggacaggc cgcg                                            1224


<210>  197
<211>  408
<212>  DNA
<213>  Clostridiales

<400>  197
ttgaaagagc gcattgtaaa agagggcaag gttctgcccg gcaacatcat taaggtggac       60

ggctttctga accatcggat tgataccggc ctgctgagcc gcatcgctga ggaatttggc      120

aagtatttcg atatggacaa cgtgtccatg atcctcactg ccgaggccag cggcatcgct      180

ctggcaaccg ccgtggccat gcactatcac aagcccatga tctttgccaa gaaggccaag      240

agcgacaaca tcgaaggcgg cctgtaccag agcgatatct attcctatac ttataagaag      300

aaggtcacgc tgctggtgag caaggaatgg ctttcctcca gcgacaaggt tctcatcatc      360

gacgacttca tggccaacgg cgaagccatg cggggcctgt gcgacatt                   408


<210>  198
<211>  609
<212>  DNA
<213>  Clostridiales

<400>  198
ggcgtgaaga agctggagga attcaacaag ctggcggcag tccgggagga tctggagaag       60

ctgcccagcg tggtggtggt catcgacgag ctggccgacc tgatgctggt agcggccaag      120

gaggtggagg aatccatctg ccgggtggct cagatgggcc gtgccgccgg cgtgcatctg      180

gtgatcgcca cccagcgtcc ctctgcggac gtgattactg gtctgatgaa ggccaacatc      240

cccagccgga tcgcctttgc agtggcgtcc tcgctggaat cccgcatcat tctggatacc      300

accggcgcgg aaaagctggt gggcaagggc gatatgctct acgccccgct gggggagggc      360

aagcccaccc gtgtgcaggg ctgctttatc tcaccggagg agatcgagga cgtggtgtcc      420

tatgtgaagg aaagcggcga ggccaactat tctcaggagg tcatcgccca gatcgagcag      480

tccgttcagg agaaggagaa caagggcggc aagggcgcgt cggctgccgc tgcggatacg      540

gagagcagcg acgaggacga gctgctgcct gccgccgtgg acgtggtgct ggaaacggga      600

caggcttcc                                                              609


<210>  199
<211>  591
<212>  DNA
<213>  Clostridiales

<400>  199
atggcaaaga aaaacagccg caacaccaag ggccggatca tttccgcagc gtggaagctc       60

ttttatgagc aggggtatga ggaaaccacg gtggaggaca tcgtttttga gtccggcacc      120

tccaaaggct cgttctatca ctattttgac ggcaaggacg ccctgatggg gacgctggcg      180

tatgtgcttg acgaaaagta tgaggaactg aagccgatgc tggatcctga aagagaggcc      240

attgagacgc tggtctatat caaccatgag ctgtatgcca tgatcgagtc cagcgtgtcc      300

attgacctgc tgacacggct gctgtccacc cagctgctgg cgcggggcga aaagcatctg      360

ctggatcgca accgcgttta tttccggctg ctgcggcaaa tcgtccggca gggagtggaa      420

cggggggagt tccgcccgga tctgacggtg gatgagattg tgaaggcttt tgccatgtgg      480

gaacgggctc agctgtatga ctggtgcctg tgcagcggcg attattcgct tgtgacctat      540

gcggacaaga tgacgcccct gtttttgaag agctttcggg cagaacttta a               591


<210>  200
<211>  1236
<212>  DNA
<213>  Clostridiales

<400>  200
ttggaaactc cctatgcaat cgaaatgctt catatcacga agcggttccc aggtatcatc       60

gccaatgacg acatcaccct tcagctcagg aagggcgaga tccatgccct gctgggcgaa      120

aacggcgcgg gcaaatccac gctgatgagc gtgctcttcg gcctctacca gccggaggag      180

ggcgtgatca agaaggacgg cagggaagtc tccatcaagg atcccaacga tgccaacgat      240

ctgggtatcg gcatggtgca tcagcacttc aaattggtgg actgctttac ggtgctggat      300

aacattatta tgggcgtgga gccaaccaga cacggtttcc tgcaaaaaaa agaagcgcgg      360

gagaaggtgc tggccctcag cgaaaagtac ggcctgcacg tggatccgga cgcattgatc      420

gaggacatca ccgtgggtat gcagcagcgc actgagattc tgaaaatgct gtacagggac      480

aatgagatcc tgattttcga cgaacctacc gccgtgctga ccccacagga gatcgacgag      540

ctgatgcaga tcatgaagaa tctggcggcg gagggcaaat ccatcctctt tatctcccac      600

aagctggcgg agatcatggc ggtggcggat cgctgcaccg tgcttcgcaa gggcaagtac      660

atcggtaccg tcaataccag agacaccacc ccggaggagc tgtctgccat gatggtgggc      720

cgcagcgtga acttccatgt ggaaaagcag cccgcccatc ccggagatgt ggtgctggac      780

gtgaagaaca tgaccatggc ctccaagatc cataagaaca acgctgtgaa ggacgtgtcc      840

ttccaggtgc ggcggggcga gatcgtctgc attgccggga ttgacggcaa cggccagacg      900

gagctggtct acggcctcac cgggctggaa ccgctggtgt ccggcagcat ttccctgtgc      960

ggacaggata tcacccatgc gtccatccgc aagcgcagca ccatgggcat gagccacatc     1020

cccgaagacc gccacaagca cggtctggtg ctggactatt ctctggagga caacatggtg     1080

ctccagcggt actttgagcc ggagttcacc aataaggcgg gcttcctgcg gcggaagaat     1140

atccgcaaat atgcggaggg gctgatcggg cagtatgacg tccgttccgg tcaggggcct     1200

gtgaccattg cccggagtat gtccggcggc aaccag                               1236


<210>  201
<211>  780
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  201
ttggcagggg cgctgttggt acacgttgtt gtcattgccc ttttgatact ggtaggattt       60

acgttgcctg aacagtcgga ggaaggcggt gtgcctgtga tgatgggaga aacgtccgat      120

gcctggggcg ttgccgatcc ttctttggta gaagtggaga ctatgccgga agaagcggct      180

ccggaagtgc cggaagaggc agagcaagag atgttgacgc aggaagatga agaaaccgtc      240

gccataaagc ctaaagcgga agaaaagaag aaagaaataa agaaacccga aaagaccgag      300

gctgaaaaag ccgaagaggc tcgtaaactt gctgctgaaa aagcggaacg cgaacggaaa      360

gcagccgaag aagctacccg caaacgtgta gcgggagctt tcggtaaagg tgcgcaaatg      420

ggtagtaaag gttctacgga aggaaccggc gtgcagggaa gccctacggg gaattcttcg      480

aggggagcga cagccggaac cggcggatat ggaactttta atcttggcgg acgttctata      540

ggcgaaggcg gcttgccgcg tcctgtatat aatgtacagg atgaaggaaa agtagtggtt      600

accattactg taaaccctgc cggacaggtc atcggaacca gtatcaaccg ccagacgaat      660

actgtaaacc ccgctttgcg gaaagcggcc gaagatgcgg cgaagaaagc gaggttcaat      720

actgtaagcg ggttgaataa ccagacagga acgataacgt attattttaa tctaaaataa      780


<210>  202
<211>  732
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  202
atgacaaatt ggttgatgac atggacggtt ggtggagcgg aaggtatccc tattccgtat       60

tctccaagaa tggatgatgg cattaccatt gttttgttat gctgtttctt tctgtcggcc      120

tatgttcttt cccgtagtcg tcggtttcta ttgcagctag tcaaggattt tttgttacat      180

cgtgagcgta ccagtatatt tgcaacttca acggccggtg atatgcgcta tctgctgttg      240

ttgattttgc agacttgcat actttccgga gtctgtattt ttaattattg taatgatatt      300

cagccggaat tggtgcatca tgtttctcct tttctgttat tgggcattta tatcggagta      360

agtctctttt atttatttct gaaatgggtt ctctattctg tattaggttg gatttttttt      420

gacgaaagca ctacaacgct ttggcttgaa tcgtattcta ccctgcttta ttaccttggt      480

tttacccttt tcccgtttgc tttattcata gtctatttcg atttaaacct gcaacttaca      540

atgataattg gattgatttt agcctttttt actaaaatat tgatgttata taagtggtta      600

aagctttttt gtaacaattt acatggcagt ttccttttaa ttttgtactt ttgtgccctt      660

gaaatcatgc cttgttttat gttatatcaa ggggtgatac aactaaacga ttatttgata      720

ataaaatttt ag                                                          732


<210>  203
<211>  1152
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  203
atgatgagag gcgtcagcgc gtctaaagaa gatgtgcaca acgccatcaa aaacatcgac       60

aaaggtatct tcccgcaggc tttctgcaaa atcatccctg atattctggg cggtgatccc      120

gagtactgta atatcatgca cgccgacggt gcaggaacca aatccagtct ggcatacatg      180

tactggaaag aaacaggtga tctctccgtt tggaaaggta tcgcgcagga tgcgctgata      240

atgaatatcg acgacctgct ttgcgtaggc gcagtaaaca atatcctggt atcaagtact      300

atcggacgca ataagctgct tatcccgggg gaagtgattt ccgccatcat caacggaacg      360

gacgaactgc ttgccgaact ccgagaaatg ggtgtgggcg tatatgctac cggcggtgag      420

actgccgacg tcggcgatct ggtacgcacc attatcgtag actctacggt aacttgccgc      480

atgaaacgtt cggatgtcat cgacaatgcc aatatccgtc cgggagatgt gattgtaggt      540

ctgtcctctt gcggacaagc cacttatgag aaagagtata acggcggtat gggcagcaac      600

gggcttacca gtgcccgcca cgatgtattc tccaaatacc tggcagagaa atatccggaa      660

agctacgaca aagccgtacc cgatgaactg gtttacagcg gaaagctgaa gctgacagac      720

aacgtggaag gcagtccgtt ggatgccggc aaactggtac tctctcccac ccgtacgtac      780

gcaccggtag ttaagaaatt actcgacacg ctccgtcccg aaattcacgg tatggtacac      840

tgctccggcg gcgctcaaac caaagttctg cactttgtag gcgacaattg ccgcgttatc      900

aaagacaacc ttttccctgt tccgccattg ttcaggacta tcaaggaaca aagcgatacg      960

gactggagcg aaatgtacaa ggtattcaat atgggacacc gtcttgaggt atatctttct     1020

cccgaacatg cggaagaagt gatcgccatc agcaaaagct tcaatattga tgcacagatt     1080

gtaggacgta tcgaagagag cgataagaaa gagttgatta tcaagagtga attcggagag     1140

ttcaaatact aa                                                         1152


<210>  204
<211>  678
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  204
atggccgtag aacaacatat tataactgac aagaccctta tcaggacagc caaggtaatt       60

tcggtgatgt tcacaccgtt ttccatacct ttcatggcgt tcctgattct attcgtattc      120

tcgtacctgc gaatcatgcc cctgcaatac aaactgattg tactgggagt ggtgtattgc      180

tttacaatcc ttatgcctac tcttaccatc ttcctctttc gtaaaatcaa cgggttcagt      240

cccgaagacc tgacggagcg gaaacgaaga tacatacctt ttattctgac cattacctcc      300

tatgtattct gcctgctcat gatgcaccgg ttgaatattc cctggtacat gacgggaatt      360

attcttgccg ccctcatcat gatgattatc tgcgtgattg tcaatttgaa atggaaactc      420

agcgaacaca tggccggcgc cggcgccata ataggcggcc tggttgcttt cagcgcccta      480

ttcgggtata atccgataag ctggctatgc atattcattc ttattgcagg cgtattgggt      540

acggcacgaa ttatcttgca gcaccatacg cttggcgagg taatgggtgg gtttgccgta      600

ggattgattt gctccttgtt ggtgctgcat ccgctcagca aactagtatt tcgcctgttc      660

agcatattct tattttaa                                                    678


<210>  205
<211>  1509
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  205
atgaaaaact taatccgtat tcctctggct ctggcaacgc tgacgctctg ttgcaacacc       60

ggctgcgcac aggaattcta ccggggggaa atgttcgtta ccggacaacg gttctcgctt      120

gcggacggac atctgaacat agaattgtcc gttgacttcg aggggctgaa aatgccctcg      180

gacgaatcgc tgactctgac acccgtactc atcagcggag aaaacgaaca agacctgccc      240

gcagtcctga ttaacggcac ggagaagcag aaagtatacc gacgggaaca gaaatttgcc      300

gacagcaagc atcccgcccc catacctgcg gtagtaataa gaaatgacgc caaggtgtcg      360

cgttcgttcc actaccgggt ggcagtgccc tatcaggagt ggatgaagaa cgccttgctc      420

ctgatacggt cgcaggagtg cgcctgccac gggaagcaag gaaacgtcta tgaagacaag      480

atagccgaca aactgagcct gcccaaagca cgcgcttccg cctgggacac gggtacggac      540

agaaaatacc tgtcttgggt gaatttcatc gaacccgcgc cggacaagga tacgctctgc      600

acgataacag gctccatccc ctacttcggc cgggacagcc gggagaaagg cgagaagccg      660

ttgggcgacc tgtccgaaga gaagcaggac ttcgagatat atcatcgcct gcgcaatgcc      720

ttgcaggaca tccgacggga aagcggaacg gagctttcca aagtggaaat aaccggttat      780

ggggctccca taggaaatct gaaaaagaac gagatgaacg cgccggtacg tgcgctgagc      840

ctgaaagggt atctgcgcga aaaccgcctg gcggcaagca ctccgctgga agtccgttgg      900

atttccgagg attgggattc catcgccgca ctgataaagc aaagcgacat gatgttccgt      960

gaagccgccc tcgacctgat aaacaatgta gacatagaca aggggcgcga acgcatgctg     1020

atgaaccttg ccgacggtaa gccttacaaa tatctggcgg aaaggatatt ccccgaagta     1080

atgagagtgg actacaaaat agagtacacc cgcaggccgc cggatgcggc ggaaagcctg     1140

aggctgttcc gtacgggcga acggaaagcg ctgcacctga acgagttctt tacagtggca     1200

agcagctatc cgcaagggtc cagggagtac aacgatgtgc tcgacctggc agcccgcctg     1260

tttcccgaca gccccgaagc gaacatcaac gccgcggcgg tagccctcgc caaaggcgaa     1320

acggcaaagg cccgccgcta tctggaaagg ttcgccaccc tgcccatggc atacaacaac     1380

atgggcatac tctgcctgca ggaaggaaac cgcgacaagg cggaagtata tcttaccatg     1440

gcggcggcaa ccggaataga gcaggcgggc gaagcattga aaaccctgag aagaaaaacc     1500

gaatattaa                                                             1509


<210>  206
<211>  594
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  206
gatgcccgga acttcttgat gaaatttgaa gctgcacagg cttattatgc ggaatgtttt       60

gaacgtcagg caaaggcggg acgtaagcat cagtcgaatg taaagattgc ccgtctttat      120

atttcgcatt tcattcaagt cctgaacctg gccgtgattc gttcggaagt gcgtaccgct      180

cataaagaat attacggatt ggatattaaa aatcataatg ttccggattt atctacagaa      240

acagctttgg cggaatgggg acgtaaggtc gttgacggtg agaatagacg tacttctcaa      300

ggggggattc ctatctataa tcctaccatt gctaaagtca gagttcatta tgatattttt      360

atggagagtt atgagaaaca gaagaatttg caggctttga cagctcgcag tctggaaact      420

cttgcttcca tgcgagacga ggccgatact ctgattttag atatctggaa tcaggtagaa      480

cggaagtatg ccgaggtgat gccgaatgaa aaacgcttgg atttgtgtcg cggctatggt      540

ttgatttatt attaccgtac cggtgaaaaa acgaaagaag agatagcgaa atga            594


<210>  207
<211>  1533
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  207
atgatggttt ttctcgggtt gggttggagt gttttctctc aacaagaccc agtgttgatg       60

cgcatcggcg ggaaagatgt attgcgttct gaattcgagt ataactataa cagggataaa      120

gcgtcacttg ctcctaagga tgccgtaccg gaaaagtatg cagagcgctt tgtgaacttt      180

aagctgaaag ttgctgccgc cgaggcggcc gggttggaca cggctcttgc tttccgtgaa      240

agagtggaag gttaccgcag ccggttgata aaatcgtacc tgaccgatac ggttgtaacc      300

gaaaaagctg cccgcaggtt gtacgacaaa atgaaatccg gccatcgtgc agggcaagta      360

cgtgtaagcc atatttttaa ataccttcct cagaacgtat ccggtgccgc attgcgtgat      420

gcggttgccc ggatggactc catttatgag tatcttcaaa aaaatccgga tagcgaagcc      480

tttgattcct gcgtagagcg tttctccgat gagaaacagg cattccgggt gagttggctg      540

cagatgccgg tagagtttga aaatgtggtc ttcggcctgt cggcgggaga aatgtctcag      600

ccctttttta ctccgcaagg tattcatatt gtaaaagttc ttgaacgatt ggagatgcct      660

tcttttgaga gtgtgaaaga ggagctgatg gctcgccggg cacatcgtca cggagtggat      720

tcgggtgcag aggcacaggt ggagaaatta aagaaagaat atcggtatac ccccgacaaa      780

acaggtgtgg acgagctgat aaatacaggg agaacaaacc gtactttgtt tacactggcg      840

ggaaaaaact atacgggaca cgattttgcc cgttttgcgg cggcatatcc ggccggtgtg      900

cgcaggcagt tggatgcttt cataatgaaa accgtgctcg attatgaaaa tacgcgttta      960

gagcagaaac atccggattt acgttgtttg gtacgggact acgggaatcg gttgctggcg     1020

gataagatta cggaacaaga aatccgtaaa cgggctgcga cggatgaagc cggactgcaa     1080

gcttacttcg aaaagcaccg ttccgattat cagtggaaag agccgcgata caaaggcatt     1140

gtactgcatg gagtgagcaa acgtattgcc aaacaggccc gtaagttttt gaagagcctg     1200

ccggaggcgg aatggaagga tgcgattcgt ctgacgttta atgccggtac gcagcctcag     1260

atttttgcgg aacagggatt gttcgctccc ggtgacaatg cgtatgtcga tgatttagtg     1320

ttcaaaggta aggatgccgc tccgatggtg tcattccctt ttactgctgt gttaggtgaa     1380

aaggtaaaag gcccggacga ctatcgggag gtaaaagacc ggttggtcgc ggattatcag     1440

aactatttgg ataatcagtg gacagcccgt ttacgagcct cggctaaggt tgaaattaac     1500

caagaggttt taaaaaccgt taataatcac tga                                  1533


<210>  208
<211>  1113
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  208
atggcagata acaataccat acttgagaaa ctggaaggcc tcgttgcccg cttcgaagaa       60

gtatccacac tgataaccga cccggcagtg attgccgacc agaagcgcta tgtcaagctt      120

accaaagaat ataaagaact gggtgacttg atgaatgccc gcaaggaata catgcaggtg      180

ctgagcggca ttgaggaagc gaaagaaatc atcgccaacg aaaccgatgc cgagatgcgt      240

gaaatggccc gtgaagaact tgatgcctgc caagcacgcc aaccggagtt ggaagaagag      300

ataaagctgc tgcttgtgcc tgccgacccg caggatagcc gtaacgcaat acttgaaatc      360

cgtggcggcg caggtggaga cgaagccgcc atctttgccg gcgacctctt ccgtatgtac      420

accaagtatt gcgagacaaa aggctggaaa ctggatatat ccagcgccaa cgaaggcgct      480

gccggcggtt tcaaggaaat catctgctcc gtaacgggtg ataatgtata tggcacgctg      540

aaatatgaat cgggcgtaca tcgcgtacag cgtgtgcctg ccaccgaaac gcaaggacgt      600

gtgcacacat ccgccgcatc cgtggccgta ctgcccgaag ccgaagaatt cgatgtagtc      660

atcaacgagg gagaaatcaa atgggatacc ttccgaagcg gtggtgcggg cggtcagaac      720

gtgaataagg tggaatccgg cgtacgctta cgctacaact ggaaaaatcc gaataccggc      780

gtcgtagagg aaatcctcat cgaatgtacc gaaacgcgcg accaaccgaa gaacaaagaa      840

cgagccctat cccgcctgcg tacctttata tacgacaagg aacaccagaa atacatcgac      900

gatatcgcat ccaaacgcaa aaccatggtt tccaccggtg accgttcggc aaaaatacgt      960

acttacaact atccgcaagg acgtatcacc gaccaccgta tcaactatac catctataac     1020

ctcgccgctt ttatggacgg tgatattcag gactgcatcg atcatctgat tgttgccgaa     1080

aatgcggaga gactgaaaga aagcgaattg tag                                  1113


<210>  209
<211>  1995
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  209
ttgattaaaa acgatccttg gctggaacct tatgcagatg ccataaacgg acgccataaa       60

catgccgctg aaaaagaggc tgagttgacc aacaagggaa agcagacatt atcggatttt      120

gcatccggct atctttattt tggtttacat cgcacagatg acggctgggt gtttcgcgaa      180

tgggcgccta atgccaccca aattttcctg attggcacat tcaacgattg gaaagaagag      240

aaaaaataca gcctgaaacg taaggcgaac ggcaactggg aaataaagct ccccgccgac      300

gccatgaaac acggtgactt atataagttg atggtgtatt gggacggcgg ttgcggcgaa      360

cgcattccgg catgggccaa tcgggttgtt caagatgagc aaaccaagat attcagcgcg      420

caagtatggt ctccggagaa accgtacaag atgaagaaaa agagcttcaa ggccgctacc      480

gacccgttgt tgatttatga atgccacatc ggtatggcgc aacaggagga aaaagtaggc      540

agctacaaag agtttcaaga aaagattctt ccgcgcattg ccaaggacgg atataattgt      600

attcagatta tggcaattca ggaacatccg tattacggaa gtttcggcta tcatgtttcc      660

agtttctttg cggcttcttc ccgtttcggt actccggaag aactgaaaga attgattgat      720

acagcccaca gcatgggtat tgccgttatc atggatattg ttcattcaca tgcagtgaga      780

aacgaggttg aaggcttggg gaactttgcc ggtgatccga atcaatattt ctacccgggc      840

gcccgtcgcg aacatccggc atgggactca ctttgctttg attatggcaa gaatgaagta      900

attcatttct tattgtccaa ctgcaagtac tggatggaag aatatcactt cgacggcttc      960

cgttttgacg gtgtgacttc catgctgtat tacagtcacg gcttaggtga agcattctgt     1020

aattatggag attatttcaa cggtcatcag gacgacaacg ccatctgtta tctgacgctt     1080

gccaaccgct tgattcatca agttaatcct aaagcaataa ccattgcgga ggaagtatcg     1140

ggaatgccgg ggctggctgc caagtttgag gacggcggct atgggtttga ttatcgcatg     1200

gctatgaatg ttcctgatta ttggattaag actatcaaag aaaaaataga tgaagactgg     1260

aaaccgtcca gtatgttctg ggaagtaacc aatcgccgtc aggacgaaaa aacaatatct     1320

tatgcggaaa gccacgacca ggcattggta ggtgacaaaa ccattgtttt ccgcttgata     1380

gacgccgata tgtattggca catgcagaag ggtgatgaaa actatacggt acatcgcggc     1440

atcgctttgc acaaaatgat acgtttgctg acagcgacga ctattaatgg cggttatctt     1500

aatttcatgg gtaatgaatt cggccatccc gaatggatag acttccctcg tgaaggtaac     1560

ggctggtcgt gcaagtatgc ccgccgtcaa tgggatttgg tagataacaa gaatctggca     1620

tatcattatc tgggcgattt cgattgcgcc atgttgggag ttatcaagag cgtgaagaat     1680

ttccaggcta caccggttca ggaaatctgg cataatgacg gcgatcagat attggcgtat     1740

atgcgtaagg atttgatatt tgtattcaac ttcaatccta aacagtcttt cactgattat     1800

ggcttcttgg ttccggcagg ttcttatgag gttatattaa atacggataa tccggattat     1860

ggcggtaacg gccttaccga tgatacagtg aagcatttca ctctatcgga tcctctgtat     1920

aagaaagaaa agaaagagtg gctgaagctc tatattccag cacgtacggc ggtggtattg     1980

agaaagacca aataa                                                      1995


<210>  210
<211>  603
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  210
atgaagagaa catttgcaga agcgttggag catcgacgca gctattattc cattggtaac       60

gattccccgg ttttggacga ggaagtggta catattgtcc gtacggcagt aaagaatgtg      120

ccgtcggcct ttaattcgca gtcaacaaga atcgttctgt tactgggtga tgagcataag      180

aaattatggg atattgtaaa gaacatgttg aaacagcgta tttcgcctga agctttcgtt      240

aagacggaag ccaagattga cggttgcttt gctgccggac atggtactgt gctgtatttt      300

gaggacactg cggttgtaaa gaaattacag gacgcattcc cctcttatag cgaaaacttc      360

ccgacttggt cacagcatac atcggccatg catcagtttg ctatttggac gatgctggaa      420

gacgcgggtt tgggagcctc attgcaacat tataatccgc tgatcgatga tgaagtacgt      480

cgtacctggg atttaccgga aagctggatg ctgatagccg aaatgccttt tggtacgccg      540

accgccgaac ccggagagaa ggagtttcag gagttgagcg agcggattaa aattttccgt      600

taa                                                                    603


<210>  211
<211>  1161
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  211
ctgatgaaga aacaaattgc catacttggc tctaccggtt ctatcggtac acaggcatta       60

caggtcatag aggaacatcc cgaccaatac gaagcctatg tactgactgc taataaccgg      120

gtagatgatc tgattgccca ggctcgcaag ttcaagcccg aagcagtggt aatagcaaac      180

gaaacgaaat atcaacaact gaaagacgcg cttgccgacc tgccgattaa agtgtatgcc      240

ggtgaagaag ctttatgcca aattgtagcg gaagctccta tcgacatggt actgactgcc      300

atggtgggct atgccggact gaagccgacc atgaacgcca ttcgcgcgcg caaagtgata      360

gccctcgcca acaaggaaac attagtcgta gcaggcgaac tcatcaatga cttggcgcgt      420

ttcagcggca ctcctatcct accggtggat tccgaacatt ccgccgtatt ccagtgttta      480

gccggagagg taggcaatcc catcgagaaa gttatactga cagcctccgg cggtccgttc      540

cgcacttgta caatggaaca gcttgccacc gtaaccaaag cacaggcttt gaaacacccc      600

aattgggata tgggagccaa aatcacaata gactctgctt ccatgatgaa caaaggcttt      660

gaagtgattg aagcaaaatg gctgttcggc gtacgccccg accagataga agtagtggta      720

catccgcaat ccgtcattca ctcgatggta cagtttgagg acggagcggt aaaagcacag      780

ttgggaatgc cggatatgcg attgcccatt caatacgcat tctcttatcc ggaacgcctg      840

aaagcgtctt tcccccgact ggacttcaag ctatgtacag acctgacatt cgagcaaccg      900

gatacgaaac gtttccgtaa tctggcgctg gcatacgaag ccttgcatcg cgcaggaaat      960

atgccatgta tcgtcaatgc cgccaatgaa gtggtagtag ccgctttctt acgggacgaa     1020

atatcgttcc tcggcatgag cgatgtcatt gagaagacaa tgacacgcgt ctcttttata     1080

cagaaaccta cttacgaaga ctatgtagca actgacgcag aagccagacg aatagctaaa     1140

gaactgatag ttaaaaatta a                                               1161


<210>  212
<211>  933
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  212
atgaagaaaa tattcctttt attattcgtt gccttgctgg gcaacccggt aatcgctcaa       60

atcaccgatt attccatatt cgacaagaag ttcaacttct acgtagccaa cgacttggga      120

cgtaacggct actatgacca aaaaaccatt gccgaactca tgggagtaat ggcggaaaac      180

ggtacagacc cggaatttgt actcgctacg ggcgatgtac accactttga aggcgtacgg      240

tccgtcagcg acccgttatg gatgactaat tacgaattga tttacagcca tcccgaactg      300

atgatagact ggttccccct gctgggcaac catgaatatc gcggcaatac acaggctgta      360

ctggattatt cgaatatcag tcgccgctgg gcgatgcccg cacgttacta taccaaagtc      420

tttgaagata aaggcatgac tatccgagtg atatgggtag ataccgctcc gatgatagac      480

aaataccgca atgaaaaaga aacctatccc gacgcctgca aacaggatta caaacaacag      540

ctcgcatgga tcgattctgt tctgaccacc gctaaagaag actgggtaat cgttgccgga      600

catcacccca tttatgccga aacgccgaaa gacggaagcg aacgccggga tatgcaatca      660

cggctcgacc cgatactccg caaacacaaa gtagatatgt atatctgcgg acacatccat      720

aacttccagc acgtccgcgt accgggcagc gatatagatt acatcaccaa ctccgccggt      780

tcgctcagcc gtaaagtcag tcccattgaa ggtactgtgt tttgcagtcc cgaacccggt      840

ttttccattg tgtccgccaa taaaaagaca ttggagttgc gcatgattga caagaaaggc      900

aatgtgctgc acaccgtgac acgcagcaaa taa                                   933


<210>  213
<211>  1380
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  213
atgcttgtat taggaacagt tctcgttatt gcaataggct ttcttgccgt caactgtatc       60

tccgtgaagt ttacgtggag cgaaaagata ggtcttgcct ttccggtggg aatcggactg      120

caaacaatga tgatgctcat catcaacctg cttaaaataa aactgataac tgccagcgtt      180

atgcttgggg gagtgttgat actgcttctg ttactgtcgt ttctgtacaa gcgcagggac      240

ggggtgataa tgtattataa gaaggctgtc cgtatcgata cttcgaactg taaccttgtc      300

tggtgcttct ttatcgtgct tattgcgtac ttcgagtata tgaactttac caagtgcatg      360

tatttcccta cgttcgacag ggatagtctg gcgggatttg ataccattgg ttatgtcatg      420

gcaaaggaac atactttcag gaacctgagc atctttcagc agagctatat gccgcacatc      480

cacgatgcgg gcagttacat gacgtatgct ccgatggttc agttgagtta tgcttttgtc      540

tatcttttgg gagcggaaac gtccaagctt gttccggcat tgatgtattt atccctgttg      600

atagctttct acggcagcat gcagcgcgtg acaggaccta cgggtgcggc tgtcgccact      660

ttcttcgtgc tgattactcc ggagatgatt gcgttttcgt cgttgtcggc cactaatgtc      720

attcatgccg ccactgcttc gtcgggcatt atttatattg ctttatggct gaagtgcagg      780

gaacggaaag atttgtacct cggctccttg ctgcttgccg taaatatatg gacgcgttcg      840

gaagggatag tctttatcgg tgcggccttg gcggttgttt ttgcggatgt gctcaggaac      900

aggcattgga aagatttgct gcctgttgcc gctgcgctgt ttcccgcgtt tttgtgggcg      960

gtcttttcgt gggtgagcgg cttttatgcc gaaaacatcg tcatattccg tccttattgg     1020

gatgcggaga aagccggtgt tatttgggcg tttatgaaag cctattataa agatacgcag     1080

ttcttcggct ggactgttat ggcgttctcc ctatcattgc tcgcaaacgg ctggttctta     1140

ctcaagagga aagataatct ggctttgctg gcgatggttg tcatatcttt ggccttttat     1200

gtgatggttc tttatcagat tgattataaa tgggactcca tccagaatgt tctggcttac     1260

tccgccaagc gtttcttctt ctgtttcatt cccatgatgt ggttttatgc attgtctaat     1320

cattgggcga ggatgctctt tggcaggctg gacagtttcc tgctgttgga ggagaagtaa     1380


<210>  214
<211>  1755
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  214
atgagaaata agaatattaa aataatcgga tgcttattgg cctgtgtgct gtttgtttcc       60

tgcggtactt cccggcagaa gatgaaggta cggccggcag aggctgttgt gctcactccg      120

gaacagcagc gtaagtacga ttacttcttt ttggaggcag cccgcctgaa ggttcagaaa      180

gactatgacg cggcctttga tttgttgcag cattgcctga ctatcaatcc gaatgcttcg      240

tcggctttat atgaactggc tcagtattat ttgtacttga aacaagcgcc tcagggtcag      300

gccgcattgg agaaagccgt ggagaatgat ccggataatt attggtacag ccagggactg      360

gcgaatcttt atcagcaaca ggacgagaag gagaaggcca tgaagctgct ggaagatatg      420

tccgtgcgtt tcactgacaa gctggatccg ctttatgcct tgttggatat ttataaccgg      480

caggagcagt acgataaagt gattgccacc ttgaaccgga ttgaggggaa gatgggcaaa      540

agcgagcagt tgagtatgga gaagttccgt atttacctgc aaatgaaaga taacaagaat      600

gctttccatg agatagagag tctggttgcg gagtatccga tggattcccg ttatcaggtt      660

gtgttgggag acgtgtatat gcagaacgga aagaaggaag aagcatatag cgtgtaccgc      720

aaggtgctgg atgccgagcc ggataatgct atggcgatgt attcgttggc gtcctattat      780

gaggcgaccg gtcagaaaga cctctaccag aggcagttgg atactttatt gctcaacaag      840

aaagttcctt cggaaacaaa actgaacgta atgcgtcagt tcgtagtgca gaatgagcag      900

gacggcaagg acagtacgcg ggttatcaac cttttcgacc gtattctgga acaggaaccg      960

gacgatgccg ggataccgat gctttacgcc cagtatcttt tgtctaaagg aatgaacaaa     1020

gaagcctttc cggtattgcg tcaggtattg acaatcgacc ctaccaatac ggccgcgcgt     1080

atgatgctgc tgggtgaggc ggtacgcaaa gaggattaca aggatgtgat tgatttatgc     1140

gaagccggtg ttgaaaccaa tcctgaaatg ctggaattct atttctatct ggctattgcg     1200

tataatcagg cggaacggac agatgatgtg atttccatct gccaaaaagc gttgacgcaa     1260

atcacggcgg acagtaagaa agaggtcgtt tcggatttct attccatttt gggagatgct     1320

tatcatacga aagatttgaa tacggaagcc tatgccgctt atgattcggc gctggtgtat     1380

aattcttcca atatcggagc cttgaataat tacgcttatt acctgtctgt cgagcgtcgt     1440

aatctggata aagccgagga gatgagttat aagacggtaa aggcggaacc tgataatgcc     1500

acttacttag atacttacgc ctggattctg tttgagaaag gcaactatgc cgaagcccgt     1560

ttgtatatag acgatgccat gaagaatgat ggcggcaaaa gcgatgttat cgtggaacac     1620

tgcggtgata tctactatat gacaggtgac gcggacaagg ccttggaata ctggaaacag     1680

gcattgaaga taggcagtaa gtccaaaacg ctgaaacaga agattcagaa gaagaagtat     1740

atcagcgata agtaa                                                      1755


<210>  215
<211>  1731
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  215
atgaaaaagt tgatatatat attgctaagt gccggactct gcacctcatg caacttcctg       60

gacactgaaa tttacgacaa tcccgatgcg gagaccatct atcaggatga aacctcttgt      120

atgtccggat tagccggtgt atacgacgta ttgggttatg cgggagctta cggacaatac      180

ttgtggggtg acctcgactc cggaacagat attctcgtct acaaccgcag ctacggtaaa      240

gataacctcc aacccaatct ttatacgcac aacaatacgg acggttatat caaggactgc      300

tggcttgccc tctacgacgg catcaaccgc gccaacgatt ttatcgacct catcaatcag      360

cgtacagacg aacaatgcgg aagcgcaaga aacaagaaaa tgtatattgc cgaggctcgc      420

gcactgcgtg cactctacta tatgaatctc gttgcctatt ggggtgaagt gccattgcgc      480

ctgactccta cccgcgacct caccacgcag ctcttggaaa agtctccgca ggaagctata      540

tacgcacaaa tcatccgtga cctgaaagcg gcggagagcg gctgtcttcc cgctgacgag      600

ctgaacgctc cggggcgcat ctcccgtacc acagtacagg cattattggc gcgtgcctat      660

atctggcagt ccggttatcc tgtttatgcc gatacttggg aagaagcccg tacctatgcc      720

aagaaagtta tagacagcaa tctgcaccac ctttacggag aaacagaccc tgctcaccaa      780

ggctatcgcg accttttcat caatatgtgt tccaatcgtt acgacctcga agcccgcgaa      840

agcatgttcg aggtggagtt ctacggcaat ggcatggacc gcagtaacga atgcggtaaa      900

gtaggtttgt acatcggcat atcgcaaggt gtcaccaccg accctgatgt accttacgca      960

tacgcctggt acgatgctac caagatacta taccgcctct acttggaaga cggtctggaa     1020

agtgacagag atgcggaaag agaatacaaa gtaaatgtag ccaaagacaa aggcgaccag     1080

cgtcgttggt ggaccttcgc cgactacact tataaagcca atgccaagac cggaaaaata     1140

gaaaagaact acctgaccga tgccaacctg acaagcgcca acaactacgg ccgcaccggc     1200

aaccccggca aatggcgtgc cgaatacgac cccgtacgtc cgtgggcacg taacaattcg     1260

tccatcaact tccccatcat gcgttttgct gacgtattac tgatgtttgc cgaagccgaa     1320

aacgaactga acggccccac agatgagtgt ataaaagccc tcaaccgcgt acgcgaacgt     1380

tccaatgcac gaactctcct acaaggagaa gccggtagga ccgacaacaa ggagaatatg     1440

cggcaattac tgttcaggga acagacacgc gaactctgct ttgaagtgcc ccggcacatg     1500

gaattgcgcc gccgcggcga acagttctat ttcgaccgca tacgtatgct ctacgaccaa     1560

accgctcccg agaaccctaa ttgcggtgct tccagcgcca cagtgggtta tgagcgtagc     1620

gacgtacgtt ccgttccggc ctacaatata tccgagcgta atttgtatct gcccataccg     1680

caatgcgagc taagcaccaa taccatctgt aagcagaacg aacgctggta a              1731


<210>  216
<211>  969
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  216
atggaaaaac cctatgtagt ggggattgac ataggcggaa cgaacaccgt ctttggtatc       60

gtagatgcac gtggcactat tcttgcaagt ggttccatca agacgggagc ttatgaacag      120

gcggaagatt acgtagacga agtatgtaag aatcttcttc cgctgattat cgcaaatggc      180

ggtgtcgata aaataaaagg tatcggtatc ggcgctccta acggcaacta ttatagcggt      240

acaatcgaat tcgccccgaa ccttccgtgg aaaggggtag tccccttggc cgccatgttt      300

gaagaacgtc tgggtattcc caccgcgctg accaatgacg ccaatgccgc cgccatcggt      360

gaaatgacct acggcgccgc acgcggtatg aaagacttca tcatgataac gctgggtaca      420

ggcgtaggta gcggtatcgt tattaacggc cagatggtat acggacacga cggtttcgcc      480

ggagagctgg gacataccat tatccgccgc gaaaacggtc gtctttgcgg atgtggccgt      540

cacggttgtt tggaaactta ttgctcggct accggtgtgg cgcgtactgc acgtgagttc      600

cttaccgcac gtaccgaacc gagtttgttg cgttccattc ccgccgaaaa tatcacgtct      660

aaggatgtgt acgacgcggc cgttcaaggt gacaaactgg cgcaagatat ttttgatttt      720

accggtacca ttctgggcga ggctcttgcg gactttatcg ctttctccag tcccgaagcc      780

attattctgt tcggcggatt ggctaaatca ggcgattata tcttcaagcc tattcagaaa      840

gctattgatg acaatgtcct gactatttac aaaggcaagg caaaactgat gatgtccgag      900

ctgaaagact ctgatgcagc cgtactggga gccagtgcac tgggttggga gttgagagat      960

attaaataa                                                              969


<210>  217
<211>  1935
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  217
atgtccgccc agcccgataa ccctcaattt tcaactctca actcccgact tttaaaacag       60

tattggggat acgaccgctt ccggggaatc caggaagata ttatcaacag tatcagtgag      120

aacaaagaca cattgggact gatgcctacg ggtggcggca agtccatcac ttttcaagtt      180

ccggcacttg ccaaagacgg attatgcctg gttattaccc ccctgatagc cctgatgaaa      240

gaccaagtgc agaatttaag gaagcggggc atcaaagcgc ttgccatcta ctccggcatg      300

aaccggcagg acattatcac aaccctcgag aactgcatct tcggcaacta taagttcctc      360

tacatctccc ccgaacggct ggatacggaa atcttccgta tcaaactgcg gaaaatgaag      420

gtcagcatga ttacggtgga cgaaagccat tgcatttcgc aatgggggta cgacttccgt      480

cccgcctacc tgaaaattgc ggaaatacgt gaactgctgc cggacgctcc ggttctggcc      540

ttgacagcta ccgcaactcc ggaagtcgtg aaggacatcc agacccgctt gcatttccgc      600

cgggaaaatg tattccgcat gagtttcgag cggaacaacc ttgcctatat cgtccgtaaa      660

acggagaaca aaacggcaga actgctgcat atattgcgca gtatgcccgg cagcgccatt      720

gtgtatgtac gcaaccgccg ccgtaccaaa gaaatcaccg aactgctgaa taatgaagac      780

atcacagccg atttctacca tgccggactg gacgatgcct cgaaagacat ccgacagcac      840

cgctggcaat ccggtgaaag ccgcgtcatg gtagccacca acgcctttgg aatgggcata      900

gacaagccgg atgtgcgcat cgttatccac atggatttgc ccgactccat agaggcctat      960

tttcaggaag ccgggagagc cggtcgcgac gggcaaaaag cctatgccgt catcctgtac     1020

gccaaatcgg acaaaaccac gctgcacaag cgcatacccg acacttttcc ggagaaagac     1080

tatatcaaag atgtgtacga gcatcttcaa tactactacc agatggcaat gggagacgga     1140

ctggaatgtg tacgggaatt caacatcgag gatttctgcc gtaagttcaa gcacttcccc     1200

gtcccggtgg acagcgcact gaaaatcctg acccaggcag gctatctgga atataccgga     1260

gaacaggata acacctcacg catcctcttt accatacgca gggacgaact ttacaggctg     1320

cgcgaaatgg gtgaagacat ggacaaactc attcaagccg tactccgttc ctatacaggg     1380

gtatttacag actacaccta tatcaacgaa gattcgctcg ccgtgcgcac gggacttacc     1440

cgccggcaaa tctacgagtt gctggttcac cttgccaaac tgcatatcgt aaattacatc     1500

ccacacaaaa agacacctta tataatatac acgcgcgaac gtgtggaagc gcaacgcatc     1560

cacctttctc cggaaatcta tgaagaacgg aaagcccgtt atgaagcacg catcaattcc     1620

atactggact acgtaaccaa cgacaccgta tgccgcagcc gtatgctgct ggattacttc     1680

ggagagcaaa acgaacataa ttgcgggcag tgcgacactt gcatcagtct gcgcaacaag     1740

cctgcaaccg acaggccgac ctccaaagag cttgccggaa aaatacaaga gatactctct     1800

tccgccccgc aaactcccgc cggtctgctc gaacaacttc cgacggacaa agagcttttg     1860

accgaggcat tacaccgatt attggacgaa ggaaaaatta ttgccgtcaa cggaatactg     1920

caaatcaaaa aataa                                                      1935


<210>  218
<211>  1326
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  218
atgaaaaagc tactattcat tttttccttt ctttgtttgc cggccgccgc aggacacgcc       60

caaaagacct tgacactgaa agattgcctc gaaacaggta tcgagaacaa cctgtctttg      120

gaaagcaaac gcaaggaaat gcggaaaagc aaatacggga tttccgaaaa ccgtgcaagg      180

ctgttacctc aaatcaacgg gttcgccaac tataatgata atatagaccc gcccgtatcc      240

gttaccgacg gctccgccta cggaaacccg tataacataa cccggacctt gcgctacaac      300

gccaacgcag gtttgcaatt gcagatgcct ctttacaatc agacgcttta taccaccgta      360

tccattgcca aagtcatgga tgagataaac cgtctttctt acgagaaagc gcgggaagac      420

ctcattctgg agatatgcaa gatgtactat ctgggacaga ccactgccga acaaatcact      480

ttgataaaag ccaacatcac ccggctggaa gagctgaaag acatcaccat ggctttccat      540

gacaacggaa tggctatgga agtggacgta aaacgcgtca atatcaatct ggaaaacctg      600

aaagtgcaat acgacaatgt ccgggcaatg caggagcagc aactgaacct gctgaaatat      660

atcatggact atcccgccga tgaacagata gccttagtgc cggtgaactc cgaaaacatc      720

acccccgtcg cgctgaccgg attatccgaa aacctgtacg agctccaact gctgcaatcg      780

caaaaggcag cggcggaaca gcagaaaaaa atgattggct atggctatat cccctcactg      840

aacctgaccg gcaactggat gttctccgcc tatacagaca aagcctacca ttggtttcac      900

tccggaccgt ccaatcattg gttccgttcc tacgggctgg gactgtcact gcgcatcccg      960

atatttgacg ggctggacaa gcgttacaaa acccggaagg ccgccataga tatcgagaac     1020

ataaagctgg cgcaggaaaa tacccgcaaa agcctgcaaa cccagtacct gaacgccacc     1080

aacgacctga tgaacaacca acgcaacttc aaaaagcaga aagacaacta cctgcttgcc     1140

gaagatgtat atacagtcac catggagcgc tatcgcgaag gcatcgcttc catgaccgag     1200

gtgctgcaag acgaaatgca gatgagcgaa gcgcaaaaca gctacatcag cgcccattac     1260

agctaccggg taaccaccct gttgctgctg aaactgacag ggcaaataga tacattagta     1320

aaataa                                                                1326


<210>  219
<211>  1182
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  219
atggaaaccg atgatggtac aacgtgtatc gacaagatta tgagcaagat tgaccggaag       60

atactgaaaa atataaaact gcctgtcggg aaaaacaagt tcctcaagcg gctggactgg      120

tacatcatca agaagttcct gggaacatac gtgtttgcca tagccctgat tatctccatc      180

gccgtagtat tcgactttaa cgagaaaatg gaccgcttta tgtcccatga agcgccgtgg      240

aaagccatta tcttcgatta ctacatgaac ttcatcccct actttgccaa tctgttcagc      300

ccgctgttcg tctttatcgc ggtaatcttc tttacttcca agcttgcgga gaactcggag      360

attatcgcaa tgttctctac gggaatgagc tttaagcgta tgctgcgtcc ttatatggtg      420

tcggcggcta tcattgcgat cactacgttc tgtctcggtt cgtacgtcat tcctaaaggc      480

agcgtcacgc gacttaattt cgaggataaa tactataagc cccgtaagtc caccacagcc      540

cgcaatattc agttggaagt cgattcggga gtcattgcct atatagagcg ttttgaggat      600

tacagcaaaa cgggttatcg cttttcactc gataagttca aggacaaaca gctggtgtct      660

cacctcactg cacgcagcat cacctacgat acggcagccg tgcataaatg gaaagtgaaa      720

gactacatga ttcgtgaaat ggacggtatg cgcgaaagta tcgtcaaagg agagcggctg      780

gataccatcc tgtttatgga gcctgccgac ttccttatca tgaagaacca gcaggagatg      840

cttaccagcc ctcagctgag cgagtacata gacaggcaac ggcagcgtgg ttttgccaat      900

atcaaggagt tcgagataga atatcataaa cgtatagcca tgtctttcgc ctcgttcatc      960

ctgacgctga taggtgtatc tctttcttcg aaaaagacaa aaggcggtat gggattgcat     1020

ctgggtatag gcttgggatt aagtttctcg tacattctgt tccaaacgat tgcctccaca     1080

tttgcggtga acggtaatgt gccgcccgtc atcgcggtat ggataccgaa cctgctttat     1140

gcattcatag cattctacct gtataagaaa gcgccgaagt aa                        1182


<210>  220
<211>  921
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  220
atgcagctat gttccggaat atccggcaaa gaactcctgc ccagtgtagc caccatcggc       60

ttttttgacg gagtgcatcg gggacatcgg tttctgatag aacaggtgtg cagggctgcg      120

gctgcacgtg gactcgcttc gtcggtcata acctttcccg tacatccccg taaggtcatg      180

caacccggtt ttcatcccga gctgctcact acttgcgatg agaaagtagc cctgcttgcc      240

ggtacaggtg tggattactg cgtcatgctt gattttacgc ttgacttggc tcgtctttcg      300

gccaagcaat ttatggctgc cttgaagcaa gactatcagg tacaggcttt ggtaatcggt      360

tatgaccacc gtttcgggca taatcgcagt gagggatttg atgattatgt acgttacggg      420

cgggaactgg gaatggaagt gatattggcg caggcctatt caactgacgc gatgacggtc      480

agttcctcgg ctgtccgccg tcttttgctg gaaggaaacg tttcggaagc ggcaaactgc      540

ctggggtatc atttcttttt gaacggtacg gttgtgaacg gttatcacgt tggacgcaag      600

ataggctttc cgaccgccaa tctatgtgtc aacgattctg aaaaactggt tccggctgac      660

ggagtatacg ccgtttatgt ctttctcggt gagaagaagc atacgggaat gttgagtatc      720

ggttaccgcc cgacgttgaa taatggcata gaccgtagca tcgaggtgca tatcttcaat      780

tttgacgctg atatttacga tcaacctatg cggctgtctt ttgtccgccg tacccgcccg      840

gagctgaagt tcgattccat agacgaattg atagcgcaac tccataaaga cgaggcggaa      900

atcaccgcta tcctttcata a                                                921


<210>  221
<211>  834
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  221
atgaagaata aagtcgtttt gctattgttt attgtttgtt gcgcatggac cgctacggcc       60

cagacggttg cggattcttt ggctttggtt gccgcgcatt ggcaggtgac gtctttaaag      120

aaaggcgtac tttgccgaaa ggcttttttc aattctttat atggtgttcc acaggaagtt      180

tccatactcg aaataactcc gaagtattac aatctggatg tactgattca tcagcctaaa      240

gaggaaacca gtgtggctgc acaccgttcg ggagcaatag ctgccgttaa tggttcttat      300

tttaatatga aagtaggtaa ttcagtttgt tatctgcgga aaaacggagt ggtggtggat      360

acaactgcca acggcgcatt gggtacggtt tccaatggag ctgtattcat aaagaaagga      420

cggatgaaat tgttgccctg gagcaaacaa gaagaaaagg cttgtcgctt gaagcatggg      480

acggtgcttg tttccggtcc tttgatgctg atgaatggaa aagagtgtga tatttccgcc      540

tgtaaccaaa gttttgtgaa taccaaacat ccgcgtagcg ccatagtgct tacgaaagat      600

aaaaagattt tgtttgttgt tgtggacgga cgtatgaaag gaaaggcgga gggtgtcaat      660

atacctgaac tgacacacat gatccgcgta ttgggtggaa aagacgcgtt gaatcttgac      720

ggcggcggtt cttctacttt atggagcggg gaatattccg atacaggtat cattaatacg      780

ccttcgggtg gagtggaacg ccgggttgcc aattctatct gtgtgtatga ataa            834


<210>  222
<211>  1485
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  222
atggatggac gaaacttttt acgaaccggc gggatgaccg ctccggacgg ggcggataac       60

aaatccgctg tcgctgctgc catcaatcat tttggtgtga cggaagccga tttaaggaaa      120

gtaatggcgg ctgctttgga aaaaggcggg gattacgcag acctttattt tgagcatacg      180

ttcaataaca atgtgagttt gatggatggt aaggtaaaca attgcggctc caacatagat      240

tttggtatgg gagtgcgcgt actggccgga gataggagcg gttatgcgta cgtagaaggt      300

gttactttgg aagaaatgtt gcgtgccgca cgcactgccg cccgtattgc gtcttcgggt      360

aaggcacgtg tgcctgttgg actgacggag cagacgatat ctcaaaaccg ttatgctgtg      420

acgattccct gggaagacgt aagcgtaaaa gaaaagattc cttatctgga aaaactgaat      480

gagaaaatct tttctttgga tagtcgcgtt cggaaggtgc aggcatactt gcaggacagt      540

acgtcgcatg tgctgttttg taattcggaa ggtatcagct attacgatta ccgcccgatg      600

gcgtctttca tggccgtttg tatcatggaa gaaaacggaa aaatggagaa cggttatgcc      660

ggcaggtctt atcgcagagg ctttgagttc atgacagatg atattataga cgtaattgcc      720

cgtgaggtag tagaccgaac agccattctg tttaaagcca tcaaacctaa aggtggtgaa      780

atgcctgttg taatgggcgc gggcggttcg ggaatcttgt tgcacgaggc tatcggccat      840

gcttttgagg cggacttcaa ccgtaaggac atatctatat tttccggtca gctgaataag      900

aaagtgtgca gcgagcatat caatgtggtg gacgacggta cgattccctt caaccgcggt      960

gctgtgaatt ttgacgatga aggtgtggag ggacagaaaa cgtacatcgt ccgggaaggc     1020

gtgctcacca gctacctgca cgaccgtatc agcgccagac attacggcgt gaaccccacc     1080

ggaaacggtc gccgcgatac attccgcaac gtacctattc cccgtatgcg cgctacgtat     1140

atggaagccg gcaatatgaa agaagcggat attatttcta cggtgaagaa cggtatcttc     1200

gtagatacgt ttacgaatgg gcaggttcag attggggccg gtgattttac gttctttgtg     1260

aagtccggtt acttgattga ggatggaaag ctgacgcagc ccgttaagga tatcaatatc     1320

ataggtaatg ggccgaaagc attggcggac atcacgatgg tagccgacaa tgataggatt     1380

gacaatggta catggacctg tggtaaagac gggcagtctt gcccggtgac gtgcggtatg     1440

ccgtcggcgc tggtcagcaa actcaccgta ggaggggaaa actaa                     1485


<210>  223
<211>  1215
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  223
atgaaaatta ataccggaca aggaaccatt cctcttatta cgcttatagg tatctggtct       60

atttccgcgc tgacctcatt gccgggcttg gctgtctcac ctattttggg agagctctcc      120

actatttttc cccatgccac ggagttggat atacagatgt tgacttcttt gccttccttg      180

ctgattatcc cgtttgtttt gttggcgggc aagttggcgg agaaacgcga ttttatccgt      240

ttgctgcggg tggggctttg gctgtttgcc gcaagcgggg tactttattt gttttcttcc      300

aagatgtggc aactgatggc tgtcagcgct ttgctcggta tcggggcggg attgattatt      360

cctttttcta cggggctgat ttctcggtat ttcacgggag agtatcgcgt caaacagttt      420

ggatacagtt ccgccataac caatatgacg ctggtggtgg ctacggccgt aacgggttat      480

ctggcagagg tacactggcg tttgcctttt gtcgtttatc tgttgccgct gatttctttg      540

gttctttcgg cctatttaaa aaagaatacg gtttcggtca cggtgaagca ggcgtcggct      600

gttattcctt ccatgcagtc tgcgcctgtg atttccggta aatatggcat acatatacgc      660

catcttattc agttaatgct gttctatggg gtggttacgt acgtagtcct tgcggttact      720

tttaatttac ctttcttaat ggaagcgcac cacttttcaa gcggaaattc agggctgatg      780

atttctttgt ttttccttgc cattatggct ccggggttta tgttggataa tatagtgaag      840

cttttgggaa ataaaacaaa actttatagc cttttggctg ttgccgtcgg attactattg      900

atatggattt ctcctacgga atggcttatt gtgccgggat gtattttggt cggtttaggc      960

tatggtatca ttcaacctct gatttatgat aagacggtcg atactgccat tcctcaaaag     1020

acaacgcttg cccttgcttt tgtaatggtg atgaattacc ttgccatact gttgtcgcct     1080

ttcatcaccg attttttcca atggatattc cataccggtt cgcaagaatt tccgttcatt     1140

ttcaatttgt gcataacaat attgactatg tattgggcgt atgcgaagaa aggagatttc     1200

ttgtttgatg attga                                                      1215


<210>  224
<211>  1110
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  224
ttgtttttag tagctttgct tttctcttct tgcggtggga gaagtaaagc ttctttggct       60

ttaacggccg gtgacaccat ccccctgcgc tatgccgaca atctcacatt gataacctat      120

tccgattgca ccgtcgctac tttgcgcaac ccttgggaca ccctgaaaac attgcatacg      180

tacatactgg ttccgtcatc ccaatcattg ccggctcatt tacccgaagg tacgattgtc      240

cgtacccctc tccgcaaatc ggtaatttat tcttcggttc attgcagcct tatggagagt      300

ttgggagtta cgggcagtat cggtggtgtt tgtgacttga agtatatcaa actcccgtct      360

atacaggacg gatgcagtaa gggagctatt attgactgcg gcgacggaat gaaccctgat      420

atggaaaaga ttattgagtt acatcccgat gccatcctgc tctctccatt tgagaatagt      480

ggcggttacg gacgcattga aaaactgaat attcccatta tcgaatgtgc cgattatatg      540

gaaacttccg ctttaggccg cgccgaatgg atgcgtttct atggattgct ttttggagtt      600

gcttccgagg ctgacagcct ttttgccgaa gtggatagct gttatagccg gcttaaaaag      660

cgtgctgcgc tttcgtcagt gtcattatca attgttagcg aactgaaaag cggttctgca      720

tggtacgttc cgggtggtcg cagtacaatc ggacgcttgt ttaatgacgc ctgcggacgt      780

tatgtcttct cggaagataa acatagcggt tccattcctt tggcttttga aacagttttt      840

gataaagccg gagatgccga tgtctggacc atcaaataca atcgcgaccg ggatatgact      900

tatgctgatt tgaaagccga ttatatgggt tatacaggtt tcaaggcatt caagacgagg      960

aatatttacg gatgtaatac ggcgaaagta cctttctatg aagaaacgcc tttccgtccg     1020

gattatttat tggcggattt gatacagatt ctacaccctg aaataggaga tttaggcggt     1080

ttgcgttatt tttgcaaatt gaatgagtaa                                      1110


<210>  225
<211>  1140
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  225
atggaatttg aagaaatccg cccttatcat gacgaagaac tacctcagat ttttgaggaa       60

ttaattgctg acccggcctt ccaacaagtg gcttgcgccg ttatgccggg tgttcctttt      120

gaggctatcg cgcagaaaat gcgcgcgagc aagaccaagc aggagttcca ggaaaacctt      180

tgctacggca tcttgcataa attagccaaa gatactacag acggactgat actggaaagt      240

atggctgtgt tgaacaagca gtctgcctat acctatgtgt ccaatcacag ggacatcatt      300

ctcgactccg gtttcttgtc tgttcttctg gtggagcagg ggttggatac cgtagaaatc      360

gctatcggtg ataatctgct gatttatccc tggattaaga aattggtgcg tatcaataaa      420

tgcttcaccg tgcagcgcgc gcttaccatg cgccagatgt tggagtcgtc cattcgtatg      480

tcgcgttata tgcactacac gattgcggaa aagaagcagt ccatctggat agcccaacgc      540

gagggacgtg ccaaggactc taatgacatc acgcaggata gcgttctgaa aatgttggcg      600

atgggcggcg acggagacat catcaccaat cttcaggaac tgaatatcgt tccgctttcc      660

atttcgtacg aatatgatcc ttgcgactat ctgaaagcgc aggaattcca gctgaagcgt      720

gatatacccg actttaagaa aaccacggat gacgacttgc tgaacatgca gaccggactt      780

ctgggataca aaggccgtgt atgtttccgt atggcatctt gtatcaatga agatttgggc      840

gaattggaca gaacattgcc gaaaccggag ttgttcgttg ccatatccgc tttgattgat      900

aagcgtattc atgccaacta tcgtattttt gccaataatt atgtggctca cgacttgctg      960

cacaatgccg aggagtttgt cgaacattat acggcagagg ataagaagcg ctttacaagt     1020

tatattgacg gtcagctgga gcgtatcact attcctgaca aggatgtgga tttcttgcgt     1080

gagaagttgt tgttgatgta tgccaatccg ttgacgaatt atttggctgc gaccaagtaa     1140


<210>  226
<211>  1791
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  226
atggctggag aagaaagagg ttggttacaa cgctttatca tttggcgtga gaagaatgtt       60

aaggagaaac ggtttattct ggttcttagc tttctggtcg gtatctttac ggcatttgcc      120

gcattgatat tgaaaatgct gatacactgg atacagaact ttcttacgga gaacttcgat      180

acgacagagg ctaattacca gtatttgata tatccggtgg tgggaatctt tttggcaggg      240

ctgtttgtac gctatgtcgt aaaggatgat atcagtcatg gggttacgaa aattctatat      300

gccatatccc gcaggcaggg acgtatcaaa cggcataata cgtggtcgtc cattatcgcc      360

agttccataa caatcgggtt cggtggttcg gtcggagcgg aggctccgat tgtgcttaca      420

ggctcggcca tcggctctaa tctgggaagt ctgttcaaga tggagcaccg cacgcttatg      480

ttactggtgg gatgtggcgc cgccggtgct gtggcgggta ttttcaaagc tccgattgcg      540

gggcttgtgt ttacgttgga ggtgctgatg atagacttga ccatgtcctc gctgcttcca      600

ttgctgattt cggcagtgac ggcggcgacc gtttcttata tcgtgacggg tacggaagcc      660

atgtttaagt ttcatcttga ccaagccttt gaactggagc gtattcccta tgtgattatg      720

ctgggtattt tctgcggact ggtttctctt tattttaccc gtgccatgaa ttcggtggag      780

ggtatgttcg gtaaactgaa agttccttat aagaaactgc tggtgggcgg ttccatgttg      840

agtattctga tattcctttt cccgccgctt tacggtgagg gctatgatac gatagaattg      900

ctgcttaacg gtacaagcaa aattgagtgg gatacggtaa tgaataactc tttcttctac      960

ggtcatagcc agttgctgct gttgtacctg atgctgataa tcctgtttaa ggttttcgct     1020

tcgagcgcaa cgaatggcgg tggcgggtgc ggtggtattt ttgcgccttc tctttatttg     1080

ggatgtattg ccggattcgt attctcccac ttcagcaatg agtttgagac caccgctttt     1140

ctgcccgaaa agaattttgc cctgatgggg atggcgggag tgatgagcgg tgtcatgcac     1200

gcgccgctga cgggcgtatt cctgattgcc gagttgacgg gagggtacga cttgttcctg     1260

ccgctgatga tagtttcggt cagctcttat ttgacgatta tcgtttttga gccgcatagc     1320

atttactcca tgcgtttggc aaagaaggga gaactgctga cgcatcataa ggataaggcg     1380

gtgctgacgt tgatgaaagt ggaaaatgtg gtagagaaag attttatcgc agtgcatccg     1440

gagatggaac ttgccgaatt ggtgaaggct atctccgctt ctcaccgcaa tatatttccg     1500

gtaacggata atgagggtaa actaatcggt attgtcttgc tggacgatat acgcaatatc     1560

atgttccgcc aggaactgta tcatcgtttt acggtgggta aattgatgac ttccgctccg     1620

gcgcgtcttt ataatacgga cagcatggag caggtgatgc gtactttcga cgatacgaaa     1680

gcatggaatc tgccggtagt ggatgaagag ggcaagtacc tcggtttcgt ttccaaatcg     1740

aagatattca actcgtaccg tcaggtattg gtacatttct cggaagatta a              1791


<210>  227
<211>  696
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  227
gaatacttcg gcattaccga aattgtcggc aacaatctcg ccgactgtca ttgtttcata       60

atctttcttc atacagaatt ttgttttatc ttccttgacg gaaattgttc ggcattatta      120

caaatgtcct gtatggaatg tttgagagat tatgattatt tgaatttact tatcctgcct      180

ttacagtttc tggaaagcca gccgttcgtc tccgttcagc aagtagatga tgccgcaata      240

ttggaagccg tgtttcttga ggatatattg caggatatga ttatcgcgat gggtatcggc      300

acgcaagttg ggtatttggc ggtaacacca ttgcaggcag gcggatgcta tgcctttact      360

gtcttccgta cttgccagac ggtggataac gccatacggg cggatatcgt ctatccattc      420

accgtcgtag atttgcacat aggtagggtc gtttccttgt ataaaggcga aagttcctac      480

gatattctgt tcttcatcga ggcatacata gctgtttccg ttttcgatat ctttcttgat      540

aatttcttcg gtggggtagc cgccggtcca ctgtttcatg ttcccgtctt tgcgcatgat      600

gtgttttccc tgctcgaaga tgtccatgag ggtattgagc tctgtgatgt ctgtttttct      660

aatctttatc ataatgtgtt agccgaatcc gaataa                                696


<210>  228
<211>  816
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  228
atgtttgtaa aaatctcaga gcaaccctcg ctctataacg acttggagaa gaagtctgtc       60

cgtgaaatac tggaagacat caacagagaa gaccagaaag tggctcttgc catacaaaag      120

gcaatacctc aaatagaaaa actggtgaca cagattgttc cccgcatgaa gcagggagga      180

cgtatcttct atatgggtgc cggcacaagc ggacgtcttg gcgtacttga cgcttctgaa      240

ataccgccga cattcggcat gcctccaaca ttggttatcg gtttgatagc cggtggtgat      300

accgctctgc gcaatccggt agaaaatgct gaggacgatg cacaacgtgg ctgggaagaa      360

ttggtagaac gaaacattac ggataaagac actgttatcg gtatagcggc atccggtacg      420

actccctatg taatcggcgc gttgcatgaa gcacgcgaac atggtattct gacagcttgt      480

atcaccagca accccgactc tcccatggca gcagagtccg atgtgcctat cgagatgatt      540

gtaggtccgg aatatgttac gggaagttcc cggatgaaat cgggtacagg gcaaaaaatg      600

gttctgaata tgattaccac ttccgtaatg atacaattag gccgtgtaaa aggtaacaaa      660

atggtaaata tgcagctcag caacaagaag ctggtagacc gcggaacacg tatgctcgtc      720

gaagaattag ggcttgacta tggaaaggct aaagccctcc tgctaatgca cggctctgta      780

aagaaagcag cggatgcgta tcggaataaa gaataa                                816


<210>  229
<211>  1371
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  229
atggacttta agaaatacaa ggatataaat caatattata ttttccggac tgttatcagt       60

ctgctcacag ctgtggctgc cggaataatg tggacgttgt tttttctgaa gtctccggaa      120

tcgcatggtc ttgacacccc tctgttctgg gctgtatgct tcaccgtgct tcttcctttg      180

acagtacgct ggcagcaacg gttgtaccgc cgccataccc gtaaagtcct cttcatgctc      240

gatgccattg aaaacaacga caccgccatc cacttctccg aaacggacgg aaccgaagac      300

agccgcctca tgaaccgttc cctgaaccgt gtagcccgca tcttatataa tgtaaaaagc      360

gaaaccgccc aacaagagaa atactacgag cttatcctcg actgcgtaaa taccggcatc      420

gtcgtactga acgacaacgg agccatctat caaaagaaca acgaagccct gcatctgctc      480

gggctggaag tatttaccca cgtccgccaa ctgtcacgtg tggacaatca cctgatggat      540

atgctcaccg cctgccgtgc cggcgacaag ttccaggcgg cattcagcaa cgaacgcggc      600

accgtgaacc tttccatccg cgtcagcgat atcaccgtcc gccgggagca cctgcgcatc      660

ctcgccctga acgacatcaa caacgagttg gacgaaaaag aaatagactc ctggatacgc      720

cttacacgcg tactgaccca tgagattatg aacgccgtaa cccccatcac ttccctgagc      780

gacacgctac tggaactgac cgaagcgaaa atatcaaaag aagagatacg caacggtctg      840

caaaccatca gctccacagg caagggactg ctcgctttcg tagaatccta ccgcagattt      900

acgcgtatcc ctactcccga accgtcttta ttctatctca aaggcttcat cagccgtatg      960

gtggaactgg cgcggcatca atatcccgac actccggcct gtttccatat ttccatcgtc     1020

cccgatgatt tgatactcta tgcggatgag aacctcattt cgcaagttat catcaattta     1080

ctgaagaacg ccatacaggc ctttgaaatg tctccttccg cagcggacga aaagcacatc     1140

gacatacgcg cctattgcaa cgaagccgaa gccgtgctga ttgaaatatc caacaacggc     1200

cctgccatcc ccccggacat tgccgaacat atcttcatcc ctttcttcac aaccaaagaa     1260

aacggaagcg gcatcgggtt gagcatctcc cgccaaatca tgcgcttatc cggcggaaac     1320

atatctctga tacccgggaa agagactact tttgtattga aatttaattg a              1371


<210>  230
<211>  1491
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  230
atggcacaag gttcccgaca gatacagacc caagcgcaac agcagataca gacgctatca       60

ccacaacaga ttctggtggt aaagctgttg gaacttccgg caatagagct ggaagaccgt      120

gtacgtgccg aacttctgga aaaccctgca ctggaagagg ggaaggatga tgcctccagt      180

gatgaatatt ccgatacttc cgacgcagac tccaacgcag aagacggcgg agacaccgat      240

tatgattctt taagcgacta tctcaacgaa gacgacatac ccgactataa attgcaggaa      300

aacaaccgaa gcaaaggaga gcaagccgaa gagattcctt tctccgacgc tacttctttc      360

tatgaaaccc tgaaagagca gctgggtgaa cgcaacctca ccgagcacca gcgtgaattg      420

gccgaatatc ttatcggctc attggacgac gacggcctgt tgcgcaagtc tttggaaagt      480

atcagcgacg agcttgccat ttatgcaggc atcgaagcta ccaccgaaga actggaagaa      540

gtattaaaaa tcattcagga cttcgacccc gccggattag gagcccgcga tttgcaggag      600

tgtctcctca tccagatacg gcgcaagata gagcagcaac atttcacacc caatccgctg      660

ctttatatcg aagaagccat tatcgccgaa tgttacgaag agttcacccg caagcactgg      720

gacaaaatac agcagaaact cggattggaa gaagaagcgt ttcagcaagc catcaaagaa      780

atctgcaaac tgaacccgcg tccgggcgca tcattaggtg aagccatcgg caaaaacctg      840

caacaaattg tgccggactt tattgtggat acctatgacg acggcacaat caacctgtcg      900

ctcaacaacc ggaatgttcc tgaactgcgt atgagccgcg atttcaccga aatggtagag      960

gaacatacca aaaacaaggc gaaccagtct aaagaatcca aagaggccat gatgtttctg     1020

aaacagaaaa tggatgcggc acaggggttt atcgatgccg tcaaacaacg tcagaacacc     1080

ttgatgacta ccatgcaggc catcatcgac ctgcaacgtc ctttctttct ggacggtgac     1140

gagtcactgc ttcgccccat gatactgaaa gatgtggccg aacgtacggg actcgatatt     1200

tcaacaatct cccgcgtcag caacagtaaa tatgtacaga ccaactacgg catctatccg     1260

ctgaagttct tcttcaacga cggatatgtt acggaagacg gcgaagagat gtccgtacgg     1320

gaaatacgga aaatccttaa ggaatgcatt gacaacgaga ataagaagaa gccttatacc     1380

gatgacgaac tgaccgaaat cctgaaagaa aaaggatacc cgattgcccg ccgtaccgta     1440

gccaaatacc gccagcaatt gaatattccg gtagcaaggc tgagaaagta g              1491


<210>  231
<211>  2064
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  231
atggacaata acaccaataa aaagccctct aaaaccaata tgcccaagtt caacctgaac       60

tggttgtata tgattatagc catgatgtta ctgggactgt atctcaccaa cgaaagcggt      120

acagccagca aaaacatccc ctacgacgaa tttcaggaat atgtacgcaa cggctatata      180

agcaaagtga ccggttatga cgataactcc gtagaggcat acgtcaagcc ccaatatgtg      240

cccaatgtat tcaaagccga ttccagccgt gtaggcaaga atcctctgat tacgacagaa      300

gccccctcgc gcgaaagcct gggtgacttc ctgcagaaag aaaaagacga gactcgtttc      360

gacggctcca tcaactacga aaagaagcgt aattacttcg gtgcaatcct ctggcagata      420

ctgccgttcg cattccttat cggcttctgg atattcctgt cccgtcgctg gagtggcggt      480

ggcggcatgg gcggcggtag cggcatcttc agtgtcggca aatccaaagc gcaactgttt      540

gaaaagaact ctcccgtaaa ggtaaccttc aaggatgtag ccggacttgc cgaagccaaa      600

caggaagtag aggaaatcgt ggaattcctg agagaaccgc agaaatatac agacctggga      660

ggcaagatac ccaagggcgc attgctcgta ggccctccgg gaacaggtaa gacgttgctg      720

gcaaaggcgg tagccggaga agccaacgta ccgttcttct cattggcagg ttccgacttc      780

gtggaaatgt ttgtcggcgt aggcgcttcc cgcgtccgcg acctgttccg ccaagccaaa      840

gaaaaagctc cctgcatcgt attcatcgac gaaatcgatg cagtgggacg tgcccgtgcc      900

aaagcggccg ctatgggcgg taacgatgaa cgcgaaaaca cattgaacca attgctgacc      960

gaaatggacg gtttcggttc caacagcggt gtcatcattc tcgccgcaac caaccgtgtg     1020

gatgtcttgg acaaagcatt gctgcgcgcc ggacgtttcg accgccagat acacgttgat     1080

ttaccggact tgaacgagcg taaagaagta ttcggcgtac atctgcgccc cattaagata     1140

gacaatacgg tggacgtgga attactggcc cgccaaactc cgggtttctc cggtgccgat     1200

atcgccaatg tctgcaacga agccgccctg attgccgccc gtcacggaaa gaagtttgta     1260

gaaaagcagg acttcctgga tgccgtagac cgtatcgtag gcggattgga aaagaaaacc     1320

aaaattacga cagaagagga acgccgttcc atcgccatac acgaagccgg acacgccagc     1380

atctcatggc tgttggaata cgccaatccg ctgattaaag taacgatcgt tccgcgtgga     1440

cgcgccctgg gcgctgcctg gtacttgccc gaagagcgac agattaccac caaggagcag     1500

atgctggacg aaatgtgcgc cactttgggc ggacgcgctg cagaagattt gttcatcgga     1560

agaatctcta ccggcgccat gaacgacctg gagcgtgtaa ccaagcaggc ttacggcatg     1620

attgcctatt taggcatgag cgacaaattg cctaatctct gctactacaa taacgaagag     1680

tattctttca accgcccgta cagcgaaaag accgccgaac tgattgatga agaagtaaag     1740

cgtatggtca acgagcagta cgagcgtgcc aagaagatac tttccgacaa cagggacggc     1800

cacaacaagc tggctcaaca gttgatagac aaagaagtta tctttgcgga agatgtggaa     1860

gaaatcttcg gcaagcgtcc gtgggcttcc cgttccgagg aaatcatcag tgccggcaaa     1920

acctctaaag agctgaaaga agccgaagag caagaagccg ccaaggccaa agaagcggaa     1980

aaagaagtga aagaagaaga aagccgtaac acagaggctt cagacaaaac cgacaatacg     2040

gctcatgccg aatcaaacaa ttaa                                            2064


<210>  232
<211>  1092
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  232
atggaaacaa cagcgaaaaa taacacgtcg ggcacacacc aggagaaagc caagaaactg       60

cgcaagctgc gccgttggca aatcgcggtc agcctgctgg gagcggcaat cgtagtttgg      120

ggagtgatag aggttgtttg cctcttcctt gattataaac agacagaggt cagcaatgac      180

gcgcagatag aacagtatat ctctcccatc aacctgcgtg catcgggtta tatcaagaag      240

atttatttca ccgagcatca ggaagtacgc aaaggcgaca cgttgcttgt actggacgac      300

cgcgaatata agatacgcgt aatggaagcc gaagccgcgc tgaaagatgc gcaagccggg      360

gctaccgtaa tcggggctac actgcaaacc acgcagacca ccgcctctgt atacgacgct      420

tccatctccg aaatagaaat ccgcctcgcc aaactggaga aagaccgcca acgttaccag      480

aatctggtac agagaaacgc ggctacccct atacaactcg agcagataga aacggaatac      540

gaagctaccc gcaaaaagct ggaagctaca aaacggcaac agaaagcagc cttgtcgggc      600

gtaaacgagg tatcacaccg ccgcgaaagt acggaagccg ccattcagcg ggcaacggcc      660

gctttggaga tggcacgcct gaacctctcc tataccgtag tgacagctcc ctgcgacggc      720

aaattgggac gccgtgcctt ggaagaaggc cagttcatta cagccgggca aaccatcacc      780

tacattctgc ccgacactca aaaatggatt gtcgccaact acaaagagac acaagtggag      840

aacctgcgta taggacaaga ggtagccatc accgtagacg ccatcagtga caaggagttt      900

acaggaacca tcaccgccat ttccggtgcg acgggttcca aatactcatt ggtgcccacc      960

gacaactccg ccggaaactt cgtaaagata cagcaacgca tacccgtacg catcgacttc     1020

acccatctgt ccaaagagga gaacgggaaa cttgcggccg gcatgatggt agtagtaaaa     1080

gccaaactct ga                                                         1092


<210>  233
<211>  723
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  233
atggaaatat tttggaacac tatcgcgcaa tataacgaaa atacctggtg ggcgcagatt       60

atcattaccg tagcaggcgt cctgctgacc gcactgctat accgcaaacc caccatccgg      120

gtaaaacgct ccatgaaaat atatatggta ttcctcaacg gctggatagc gtcggtgtac      180

tatctgatgt actgtgacac acgcagttat caccatgtgc tcgccatctt ttggggagta      240

atcgccctga tttggctatg ggatttattt accggttaca ccccgttcga gcgcaatccc      300

aaataccgtg tactggtggg agtactttat gcgatgccct tcctctaccc tctcctttcg      360

tgggcgcgcg gcatggagtt cccgatgatg acgacaacgg tgatgccctg ctcggtagcc      420

gcctttacca tcggactgct gctggcattc tcgcgcaaag tcaatctgct cgtcatcctt      480

ttcctctgcc attggacgct catagccttt tccaaagtgt atgtgtacaa gatacccgaa      540

gacctgctgc tggcaagcgc caccgtaccc gccatctatc tgttcttcaa gaactatgta      600

gcccaaaacc tgcataaaga aacgaaaccg ggcgcacgcc tcatgaattg gtttctgatt      660

ctgatttgca tcatcatcgg ggtattccta agcatcatcc ttttccaaga agtaggaaaa      720

taa                                                                    723


<210>  234
<211>  1275
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  234
gtgggtcatt tccgtataac cgcgctacat ttgccatcga aaaaacgaca acaattaata       60

aataaatcct ttattatgaa aacagctctt actacattgg gtatttccct tcttgttttg      120

gcaggttgta caggacaaaa gcagcctgca aatgacttca tccaggagaa tattgataat      180

gcagtggcac aggaaatgct tcagacggac attatcgaga aatcaggtaa aattcttaat      240

ccgcgtacca ttaataagga tggcagcatt cattatgttc ccattgatga ctggtgctcc      300

ggcttctttc ccggtaatat ttggtataca tacgagttga ccggtgacga caagtggttg      360

ccgctggcgg aaaagtatac ggaagccttg gattccgtac aatatctgac ctggcatcat      420

gatgtaggct ttatgatcgg ttccagttat ctgaacggat accgttttgc caataaagag      480

gaatacaaac ctgtaattat tcagactgcc aaatcattgt ctacccgctt ccgtccgggc      540

gcaggcgtta ttcaatcttg ggatgccgac aaaggctggc aggcagaacg cggttggaaa      600

tgtccggtaa tcatcgacaa tatgatgaac ttggagctgt tgttcgaagc taccaagctg      660

tcgggtgact ctactttcta taatatagcc gtgaaacatg ccgatactac catggctaac      720

catttcaggg ccgacaacag ttgctatcac gtagtagatt atgatcccgc aaccggtgag      780

gttcgcaaga aacagacggc gcaaggctat gctgatgaat cgtcttgggc tcgcggacag      840

gcatgggcgt tatacggtta tacaatgtgc tatcgttaca ctcacgattc caaatatttg      900

gatcacgctg aaaaagttta tgactttatc ttcaataaca agaatcttcc ggaggatttg      960

gttccttatt gggattacga tgctcccaac attccgaacg agcctcgtga tgcttctgcc     1020

gcagcatgta cggcttctgc gctttacgaa ttgagtacgt atattcctaa taagggttat     1080

aaggaaacag cagaccgaat tatggaaagc ctcgcttctc cggcctatcg tgcggaggta     1140

ggaactaacg gcaactttat cctgatgcat tcggtaggca gtattcctca cggcgcggaa     1200

atagatgttc ctctgaacta tgccgattat tatttcttgg aagctttgat gcgtaaaaga     1260

gacttggaga aatga                                                      1275


<210>  235
<211>  1032
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  235
ttgcgaaata aactctttga ctggggctgg ctccggtcaa agagttttga cgttcctgtg       60

atatgtgtag gcaatcttgc cgtaggtgga acgggcaaga cgccacatac ggagtatctg      120

ataaggttat tgcagagtga gggcgtaaat gtggcgacac tgagccgcgg ctacaaacga      180

aaaagtaaag ggtatgtact ggcaaccgcc gagagcagtg tacagaaaat cggtgacgag      240

ccgtatcaga taaaaagcaa gtttccggac atacgggtgg cggtagatga aaaccgctgt      300

catggtatcg agcagttgct taaattgaaa agtcccgctg tggatgcagt gctgctggat      360

gatgctttcc agcatcgcca cgtaaaggcg ggaatgaata ttctgctgac cgactaccac      420

cggttgcttt gtgatgatgt actactgcct gcgggaagac tgcgcgaacc tgcctgcggg      480

aagaaccgcg cccagatagt cattgtaacg aagtgtccgg atgacatcaa gccgatagac      540

ttcaacatta ttaccaaaag gctgcatctg tatccgtacc agcaattgta tttctccaga      600

ttccgctatg gatcgctact accgttattc cccgaaaaga cgaaagagag aatatcctgt      660

acgggaagcg agcaggtact actcgttacg ggtatcgcct ctcccgcccc gctagtggaa      720

gaagtggaat cgtacacccc caatgtcaat ctgctggaat tcggcgacca tcacgacttc      780

ggcgaaaaag acctgcaact cattgaagag caatttgccc ggttgaaaga gagcaaaaga      840

ctgattatca caacggaaaa ggatgctacc cgactgaaaa atcatccggc tctgaacgaa      900

acgctgaaac cgtatattta tgtactcccc atcgaaatag agtttttgca aaatcaacaa      960

tatatattta accaaaacat tattggctat gttagaacgt attcaagaaa ccgcagctta     1020

tctgaaaggt aa                                                         1032


<210>  236
<211>  2298
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  236
atgatttccg gtaaaatcct gtctacggag aaagaagtcg tggattttgc gacagtctac       60

ttgaaaggga ccggttacgg ggggataacc aatcacgaag gtatttatca tgtaagtgcg      120

cctgcgggtg actatacgct ggtagtgtcg gctgtcggct ataaaaccgt agagaaagcg      180

gtgacgctgc tcagagggca aagggtgaaa cagaatatca caatcactcc cgaaacccag      240

caactggatg aagtaacggt agtgtcaacg ggcgtaagcc gcatcaagcg gtcggcattc      300

aatgctgtgg cggtggatac gaaagagctg cagaacacca cgaagaacct gagtgacgca      360

ctgaccaaag cgccgggcat gaaattgcgc gagtcgggcg gggtaggttc ggacatgcag      420

ctcatgctgg acggcttcag cgggaaacac gtaaaggtgt ttatcgacgg tgttccgcag      480

gaaggtgtcg gaagctcgtt cgggctgaac aatatcccgg tgaattttgc cgaccgtatc      540

gaagtgtata aaggtgtagt gcctgtgggc ttcggaacgg atgctatcgg cggagttatc      600

aatatcgtta cgaacaagaa acgccgccgc tggtttctgg atgcgtccta ctcttacggt      660

tcgttcaata cgcataaatc caacgtaaac ttcgggcaga cctttaagaa cggttttacg      720

tacgaaatca atgcgttcca gaattattcg gacaatgact atcacatcga cgctccggtg      780

gaagactttg aaacgggccg gatagaccgt gataagaaag tacgcgtaaa gcgtttcaac      840

gatacctacc ataatgaggc gattatcggc aaggtgggcg ttatcgacaa gaagtgggcc      900

gaccgtctga tgttcggttt cacctattcc aatatgtacc aggatataca gaccggtgtg      960

cgtcaggaca tagtgtacgg acagaagcac cgcaagggac actcgctgat gccctcgctg     1020

gagtataaca agcgcaacct gtttgcgaaa gggctggatg tggtgctgac cgtgaactat     1080

aacaagaacc tgacgacaaa cgtggacact gcttcctata agtacaactg gtacggagac     1140

aggaaaccgc tgaactctcc cggcgagcag tcctaccagc actcgcgtgc cgataacaac     1200

aactggaatg gtacgtttac ggccaactac cgtctcggga agatacacat gctgacgttc     1260

aatcacgtgt tgaatgcttt cagccgttcc aatacttcgt tgctcgccaa agaagagcaa     1320

tcggatgcca tcgccaagga aacccgcaag aacatctccg gtctttctta ccgcctgatg     1380

ccgtccgaaa cctggaactt atccgtattc ggtaagtatt acaatcaatt tgttgccgga     1440

ccggtggcta ccaataccaa tcaggacgac tatgtgcgta ccacccgcag cgtaagttcc     1500

atagggtatg gagcggcggg cacttacttc atcctgccgg ggctgcaagc caaactgtcc     1560

tacgaaaaag cctaccgtct gcctactatc gaagaaatgt tcggtaacga agacttggaa     1620

atgggagaca tcggcatccg tccggagaac agcgataaca tcaatctgaa cctgagctat     1680

aataagactt tcggcaagca ttccgtatat gtggaaggcg gattggtgta ccgtaacacc     1740

aaagactata tccagcgcaa catcaccgac ctgagcggcg gtaaatccgc ggccacttat     1800

ataaactacg gaaaggtgct gacgaaagga tataacatct ccgcccgtta cggctttggc     1860

aaatgggtga gcgtgggcgg taactttacg cagatgaacg tacgcgataa tatgaaaacg     1920

tccatatccg gcagcgcgga aaatatagcc tataaggaac gcatgcccaa cctgccgtat     1980

atctttgccg attccgacgt gacattctac tggcgcgacc tcgggaaaaa gggaaatgcg     2040

ctgaccgtat cctacgacaa tcagtacttg catagcttta cctattattc ttccaaaatc     2100

ggttcgaata aaggcgacta tgtggttccc aaccagttct cacacaacct gagcctttct     2160

tacagtctcc acggcggacg ctacaacctg tcgttcgagt gccggaactt cacggatgag     2220

aaactgtacg ataacttcag tctgcagaaa gccggacggg cattttatgg gaaggtacgc     2280

gtatacttcg gtaattaa                                                   2298


<210>  237
<211>  1188
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  237
atgagaaaag ttctatcgtt ttcggccttc ctgatggcag gcctgttcgt ttcccaatat       60

ctccctgtgt gggcgggcgg aaactataat gcggtaaagg ccgtatcgaa tgtattgctc      120

tatgtctgct tgagttttat aatgattaat gtgggacgtg agtttgaagt cgataaatca      180

cgttggcaga catacgcgaa agattatggc gttgcaatgg ctaacgccgc catgccttgg      240

gtcctgattg ctatttatta tgtttttgtc ctgcttccgc ccgaatgctg gaatagttgg      300

gaagcgtgga aagagaatct cctgttgagc cgttttgcgg ctcccacttc cgccggtatt      360

ttgtttacca tgctggccgc catcggctta aagacaagct gggtttacaa gaaaattcaa      420

gtgctggcta tctttgatga tttggatacc atccttctga tgattccgct tcagattatg      480

atgatcggcc tgcgctggca gcttctggtg attgttttca ttgtatttct tttgctctct      540

ttcggttgga aacaactggg aaaatacgac tggcggcagg attggaaagc cattctggta      600

tattcggccg tagtgtttgc gtgtacgcag gctgtatatc tcatcagcaa gcatttgtat      660

ggtgaggcag gcagtattca tatagaggta ttgctgcccg ctttcgtctt gggaatggtg      720

atgaagcaca aggagcatga cacaccggcg gaacgtaaag tttccacggg gatttctttc      780

ctctttatgt ttctggttgg aatgagcatg ccccggtttc tgggtgtgga ctttgcggag      840

gcgtcgttgg gacagcactc ggttacgggt tcgcaggaga tgatgtcgtg gggaatgatt      900

atgtttcatg tactgatagt gtcgttattg tctaatatcg gtaagctgtt tccggtattc      960

ttttacaaag accgtaagtt cagcgagcgt ctggcgctct ctatcggtat gtttacccgc     1020

ggtgaagtag gggcgggggg aatctttatc gctcttggat atagtttggg cggcccggca     1080

ttgataattt ccgtattaac catagtgctt aatttaattt taacgggtat ctttgtcctg     1140

tgggtaaaga agctggcgtt gttgagttat ggaagtgtga cggaatga                  1188


<210>  238
<211>  1947
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  238
atgaataaaa gaataggatt tctattaggt acattcgtat atgccgcttt tatgtttgcg       60

ggtaatgccc gggaattgag actgacctct ccgggcggca tacaggaaat aagtttctat      120

caaaagcaga ctgctcccgc cgtcaacggt ttgttttatc aggtttcttt caagggacaa      180

tccgttatag aagaatcgcg tgccgggttg gaactggata accgcatctg ggaaatggca      240

ttgggacagc gcaagcttat acagcccgcc tgttggatgg acaaccttga agtagactct      300

gtaacttata caccgacagc ggataatatc tggaaacctc tttacggtga acgtagcgaa      360

gtgcgcgacc attataacgc ggcgacactc catctttcca agaaagacgg ttctttgtat      420

cgtcttgata tagaagtgcg cgcttatgac gaaggggttg ccttccgtta tttctttccc      480

gaacatcccc gtgctacatt tcacaaagta gtgggtgatt tgacggaata taccttgcct      540

gccggtacga aagcatggtc ggaacaatgg gcgcaggctt tttttgaata tctggatatc      600

aatgagctga agcgtcccgt agaacgtgcc ttgacgttgg aattgcccgg tggcctgtgg      660

accgcattgc tggatgccga tgcggacgat tggtgcctta ccaaatatca ggcttcggca      720

gtgaaaaaga atacgctgac ttccgtgatg tatagcccgg tagatgtagt gacttactac      780

gctactccgt ggaaagtgat aatgaccgct gagaaaccgg gagatttgtt ggaacataac      840

gatattatcc aaaatctgaa cccgccctgt gaaatagcgg atgccgccga gtgggtgaga      900

ccgggtacta tcatgcgcga aacaaccatc agcaccgaag gggctgtcgc aacgattgac      960

ttctgcgccg aacataacat tccttacatg cttttcgact ggctgtggta tttgccgtgt     1020

acttcgcacg acggagacgc taccaaagtg gtagataaat tggatatgcc gcgtgtggtg     1080

gcttacggaa aggaaaaagg ggttggtgtt tgggtgtacg tcaaccagca tgccttgatg     1140

aagcaggcgc gtgaactctt tccgatactt cgggaatggg gtattgtagg cgtgaagtcc     1200

ggttttgtac agtatgccag ccaccgctgg gctacgtggt tgcacgacct ggttcgtctg     1260

gctgccgaaa atcatctgat gatgaatata cacgatgagt accgcccgtc cggcttcagt     1320

cgcacgtatc ccaatcttct tactcaggaa ggtatttgcg gaaatgagga gtttccggat     1380

gctacgcaca atgtaacgtt gccttttacc cgtatgataa acggcgcggc ggattataca     1440

atctgttatt tcgacaagcg tttgaaaaca acacacgcgc atcagttggc ggcatcattg     1500

gtgttttaca gtccgttgca aacaatcttc tggtatgata aaccctcttt ctatcatggc     1560

gaaccggaag tagagtggtt tgaaaacttg caaacggtct ttgatgatac gaaagtattg     1620

ggcggaacac cgggtaagaa tatcacaatg gcccgtcgaa aggggcagga atggttcttg     1680

gcggctatga cgaataacga cggttcaaaa gagaatgtat cgctctcttt ccttgataag     1740

ggtaagactt accttgcgta tatctatacg gatggcggga aagaagtcaa gacccgtacg     1800

caggtgaagt gctcgtatct gctgacggat gcttctaaag tgatgaagtt cgatttaaaa     1860

ccaagtggcg gagctgccgt ccgttttgtg cccgtaagta aggacgaagc gaagaaatac     1920

aagaaatata agggggaagt cttataa                                         1947


<210>  239
<211>  1392
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  239
aattgtaaga aaaatccacg ttttatgaca agaaatgaaa gagctaactt tggaagtaaa       60

ctgggggtga tacttgcttc agccggttcc gcagttggtc tgggtaatat atggagattc      120

cctttcgaga caggtaatca tggcggcgca gccttcattc tgatttacct ggtatgcgta      180

ctgatattag gtattcctat catgatagcc gaatttctta tcggacgccg ttcacgcgcc      240

aatactgccg gagcgtatca aaaactggct ccgggaaccc aatggcgttg ggtggggcga      300

atgggcgtat tagccggatt cctgattttg ggctactact cggtagtagc gggctggact      360

ttggaattta taggagaggc cgctaccaac agttttgccg gcaagtccgc cgcagaattc      420

atcgcctcct tcaacggttt tgtcagtaat ccatggcgcc ctgttatctg gctgatagta      480

ttcctgttgg tcacccactt catcatcata aagggagtgg aaaaaggcat tgagaaatca      540

gccaaaataa tgatgcccat gctgttcatc ctgctgatag tacttgccat ttgttccgta      600

tcattacccg gtgccggtga gggtatcgaa ttcctgctga aaccagactt cagcaaagtg      660

gacggtaatg tatttttagg cgcgatggga caagcgttct tttcactcag tcttggcatg      720

ggatgtctct gtacatacgc ttcctatttc agaaacgata ctaacctgcc taaaacagcg      780

ctcaatgtag caggtataga cacgttagta gccattctcg ccgggttcat catcttcccc      840

gctgcgtttt cagtcggcat tcagccggat gcaggaccga gtttactgtt catcacattg      900

cccaatgtat ttcaacaggc attcggcaac ataccttggc tggcaattgt cttgtccatc      960

atgttctatg ttttactggc gcttgcagca ttgacttcaa cgatttcctt acacgaagtg     1020

gtaacggcat acctgcatga ggaattcaaa ttcacgcgtg gtaaagccgc aagattagtt     1080

acagccggtt gtatcatact gggagtatta tgttcgctgt cattaggcgt aggaaaggat     1140

tacacgattt tcggccttaa cctgttcgat ttgttcgact tcgtcaccgc caaaatcatg     1200

ttgcccttag gcggtttctt tatctctctc ttcaccggct ggtatctgga taaaaagatt     1260

gtatgggaag aagtcagcaa taacggaact ttaaatatac atatatacag attacttatc     1320

ttcattctga aatatatcgc cccaatagga atcggactta ttttcatcaa cgagttgggt     1380

ttcttcaaat aa                                                         1392


<210>  240
<211>  1539
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  240
atgagtacat ccaaacaccc taaaggactt tatcttatct tcgccaccag caccgcagaa       60

cgtttcagct actatggcat gcgggccatc ttcattctgt tcttaacgca agcgctgctg      120

ttcgacaagg agcacgccgc ttccatttac ggcagctaca ccgggctggt ttacctcacc      180

ccgctcatcg gcgggtacat tgccgacaaa tactggggta tccgtcgttc tgttttctgg      240

ggagccatga tgatggccgt aggacagttc ctgatgttct tcagcgcttc catgctggat      300

accggtcaac tgtcgcactg gttgatgtat ggcggcctta ctttccttat actgggcaac      360

ggatgcttca agccgacagt atcttccctc gtgggacaac tgtacgaacc gggagacaga      420

cggttggact ccgcttacac catattctat atgggcgtta acgtcggctc cttccttgcg      480

ccgctggttt gcggctattt cggcgaaacc ggtaatccgc acgacttcag atggggcttt      540

ctgattgccg cgattgtcac cgtgtttaca gtcatacttt tcgagacaca aaagaacaaa      600

taccttatcg gacccgacgg caaacagctc ggcatcattc ccgacgctaa aaaggaacag      660

ccgcaagtga cgaaaactgc cgctcaatcc gccatagaca gccacaagaa gaaacgtaat      720

tatctccttc tgggagtatt ggcgatagca cttgccgctt tcttctaccg gtgcttcggc      780

aacgattgga tcagcatcgg tattttcacc gcttgcatcg tctttcccgt cagcatcctg      840

ctggaaggct cgcttacgaa gattgaacgc gaccgtattt tcgtaatcta tatcatcgct      900

ttcttcgtca tcttcttctg ggcggcctac gaacaggcag gcgcctcact gacgctcttc      960

gcttccgagc agaccgaccg cgttatcctc ggctgggaaa tgccggcttc ctggatacaa     1020

tcattcaatc ctttctttgt cgtgatactg gcagccctca tgccgggagt atggggattc     1080

ctcaacaaac ggggaatgga acccgcctct cctaccaagc aggctatcgg cttattactc     1140

ctgtctttgg gctatctcgt catctgtttc gccgtaaagg acgtgcggcc cggggtcaag     1200

gtaagcctca tctggctgac gggactttac tttatccata caatgggtga aattgcgctt     1260

tcccccatcg gcctgtccat ggtgaacaaa ctcactccta tccgctttgc ctcgctgatg     1320

atgggcatat ggtatctctc taccgccacg gccaacaagt ttgcgggtac gctgagcggc     1380

ctttatcccg aagccggaaa agtgaaaaca ttgctgggct accgcatcga aacgatgtat     1440

gacttcttca tggtattcgt tgtgatgtcc gccaccgcat cgcttatcct cttcctgctt     1500

tcaaagaaat tacagaagat gatgcacgga gtggaataa                            1539


<210>  241
<211>  903
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  241
atgtgtttcg taaaaaaagg tgatttaatg aaagctaaac gtaattcggt atcctatttt       60

gatatgcagt tcatcacatc cagcataagt actacattgg tattgctgtt gttgggcttg      120

gtggtgttct ttgtattggg ggctcacaac ctttccgtat acgtaaagga gaatatcaac      180

ttctctattc ttatcagtga tgatatgaaa gagagtgata tcctgaaact gcagaagaaa      240

ctggataaag agccgtttgt gaaggagacg gaatatatct ccaagaaaca ggcgcttcgc      300

gaacaaaccg aggcgatggg gacagacccg caggagttcc tcggctataa tccttttacg      360

gcgtccatcg agattaagtt gcattccgat tatgccaatt cggacagcat tgccaagata      420

gagaagaaaa tcaagaggaa cacgaatatt caggaagtac tttaccagaa agacctgata      480

gatgcggtga atgataatat ccgcaatatc agtctgatgc tgttgggttt ggctgtcatt      540

ctgactttca tttcctttgc gctgattaac aatacaatcc gtctgactat ctactccaaa      600

cgcttcctta tccatacaat gaagctggta ggggcgagtt ggagctttat caggcgtccg      660

ttcctgcggc gtaatttctg gataggagta ttgtcggctg tcattgccga tgccgttctg      720

tggggagccg cctattggct ggtttcttat gaaccggagt taatcagggt gattacgcct      780

gaggtgatgt tgctggtttc cgttgccgta ctggtgttcg gagtgctcat tacctggttg      840

tgtgcattgc tctctatcaa caagtatctg aggatgaagg cgagtacatt gtattatata      900

taa                                                                    903


<210>  242
<211>  1497
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  242
atgagtgata aattatttat tttcgacaca acgctccgcg atggtgagca ggttccggga       60

tgccagttga atacagtgga aaagattcag gtagccaagc aactggaagc actgggtgtg      120

gatgtaattg aagcgggatt tcctatttca agtccgggtg attttaattc ggtgattgaa      180

atttccaaag cagtgacgtg gcctacgatt tgcgccttga cacgtgccgt acagaaagat      240

atcgatgttg cagcggaagc cctgcaattt gccaagcata agcgtattca tacgggtatc      300

ggaacttccg actcgcacat caaatataaa tttaattcca atcgtgagga gattattgag      360

cgtgcggtag cggccgtgaa gtatgcccgc cgttatgtag aggatgttga gttctatgcc      420

gaagatgccg gacgtacgga taacgaatat ctggcacgtg tggtggaagc tgttatcaag      480

gcgggcgcta cggtggttaa tattcccgat accacaggat actgtctgcc tgccgagtat      540

ggggcgaaga taaagtatct gatggaacat gtggacggca ttcataatgc tatcatttcc      600

acccattgcc acaatgattt gggtatggct accgccaaca caatggcagg tgtgctgaat      660

ggagcccgtc aggtggaagt tactatcaat ggtatcggtg aacgtgccgg aaatacttcg      720

ctcgaagaag tggcgatgat tattaaatgc cataaggata tcaacattga aaccaacatc      780

aatacgcaga aaatttatcc taccagccgt atggtatcga gcttgatgaa tatgccggtg      840

cagcctaaca aggcgattgt aggccgcaat gcctttgccc attcatcggg tattcatcag      900

gacggcgtat tgaagaatgt gcagacttat gagattatcg atccgcatga tgtgggtatc      960

gacgataact ccatcgtact gaccgcccgt agcggacgtg ccgctttgaa gaaccgtttg     1020

caggtgttgg gcgtgtcttt ggatcagcag aagctggata agatttacga ggaattcctg     1080

aaacttgccg ataagaagaa ggacattaac gatgatgata ttttggtact ggcaggtgcg     1140

gatcgtgctc agaatcatcg tatcaagctg gaatacttgc aggtgacaag cggtgtaggt     1200

gtccgttccg ttgccagcct gggactgaat atttcgggtg agaagttcga ggcggctgcc     1260

agcggaaacg gtccggtaga tgccgcgatc aaggctttga agaagataat agaccgccac     1320

atgacgctga aagagtttac gattcaggcc atcagcaaag gcagtgatga tatgggtaag     1380

gtacatatgc aggtggaata tgataactgt atctactatg gcttcggcgc caatacggac     1440

attatagccg catcggtgga agcgtatata gactgtatca ataaattcaa gatgtaa        1497


<210>  243
<211>  951
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  243
atgaaagatt taacatcctt tacgctttcg gtcgtacaag aactggaaga cagggagcgg       60

ttcggaaccg ctcatgtgta tcgcagcgct ttgcgcgctt tccaacgtta ctggaaaacc      120

aggcatccgc aagaagagat acggatgaaa aaagtgttcg tggccgccac gatacaagag      180

tttgaaaggc atttacagga gcggatgctc aaactgaaca ccttatccac gtacctgcgg      240

atgctgcgtg ccctttacaa ccgggcattg gcggcgggaa tggccaacta tgtgcccgga      300

ctgtttgccc gcgtatatac cggaacccgc accgacgtga aacgcgccct gccgcctgcc      360

gatatggggc atgcgcttac catttccccc tccttgcagc aggagctgag ggaaacgcaa      420

atatggttcg ccctgctttt cctgttacgg ggaatgcctt ttgccgacct tgcccggcta      480

cgcaaatgcg acttcaggaa cggagtgatt tcctaccgcc ggcagaaaac cggacgacag      540

gtgagcgtgc aggtcaccgc cgaagccacc gaacttctcc ggcaatgcgc cgaccaccgt      600

acaaactccc cctatctgct caatatccta tgggacgaaa accggtattc tccattggga      660

agccgtaacg aatatcaaca ttaccaacgg gtattaagaa acttcaaccg gaaactgaag      720

ctgctggcat ccgccctcgg actaagcgga aaattatcgt cctacaccgc gcgccataca      780

tgggcgacaa cggcttttca cacgaaagtc gctgtgggaa tcatcagcaa cgcgctggga      840

cattcatcgg taaaggtgac ggaaacctat ctgaaaccat ttgaaaacga agtgctggat      900

aaaaccaata agaaaataat cgcttacgta aaaagatgca cgacgtgcta a               951


<210>  244
<211>  1356
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  244
atgcccaagc tgggcgaaag tataaccgaa gggactattg tctcctggtc ggtacaagtg       60

ggggacgtca tcaaggaaga tgatgtgctg tttgaagtga atacagccaa agtcagtgcg      120

gagattcctt cgccggtggc gggtaagata gtggagatat tgtttcagga gggcgatacc      180

gttgcggtag gtacggtagt ggctgtggtg gatatgggtg gagacgatga ggtttccgaa      240

tctcctgccg gtacggcgga aagcgccaag gtcgctgcgg cggataatgt tgcgtccgat      300

gcttcggccg cggtgcggga actgcctgag gcgcaagccg ccaagtcgga agatgagcgc      360

tggtattctc cggtggttct ccaattggcg cgcgaagccc ggatattgca agaggagttg      420

gataagatac cgggtacagg ctatcagggg cgtttgagca aaaaggatat caagcgatat      480

atcatacgga aacagaatgg cggggcgggc gttgccgttg cgaagccgga tgtgacgccg      540

gctccgaagg tgagcgcggc tgccgcgccg aaaccggtat cggcggcatc tcccgtacaa      600

ggcacatcgg catcggtagc gtctcggccc tcgtccgtga ctgcaacctc ttccgcagaa      660

ggcatcgagg tgaaagagat ggatcgtgtc cgccggatga ttgccgacca catggtgatg      720

tccaaacata cttctccgca cgtaaccacg ctggtggaag tggatatgac gaaacttgtg      780

aagtggcgtg agaagaataa ggaggctttc cttaaacgtg aaggggtgaa actgacctat      840

atgcctgcca ttaccgaagc gacagccaag gcgctggttg cctatccgca ggtgaatgtt      900

tccgtggaag gttataacat cttgttcaag aagtatatca atgtgggaat agccgtatcg      960

caaaacgacg gtaacctgat tgtacctgtt gtgcgcgatg ccgaccggct gaacctgagc     1020

ggacttgcca ttgcgataga cagcttggcg gctaaagcgc gcgtcaacaa actgacgccc     1080

gacgatatag cgggcggtac gtttacgatt accaatttcg gcacgttcaa gtcgctgttc     1140

ggtacgccta tcatcaatca gcctcaggtc gccatattgg gagtaggggt gatagagaag     1200

aaacccgccg ttatggaaac gcccgaaggg gatgtgatag ctatccgcca taagatgtat     1260

ctttccttgt cttacgacca ccgagtggtg gacgggtcgc tgggaggcaa cttcctctac     1320

ttcatcaaga attacctgga gaactggaat gaataa                               1356


<210>  245
<211>  1389
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  245
attgatagaa ctcaccttaa ttgctttatg aagatgcaga gattttttga gggtaagaaa       60

tggatgttgg ctgttgccat actattggcg ggcggctata cacgagcaca agggacgcaa      120

gataccttga ccctgaacct tgacaaagcc ttggagattg ctttgagcga caatcccacc      180

attaaagtgg cggaagagga gattgctctc aagaaagtaa gccataaaga ggcttggcaa      240

aacttattgc cggaagcaag tatttcgggc acgatgagcc ataccattac ggcaccgcag      300

ttcagtatcg gcgaccagac cgtgaagatg ggtaaggata aggcgaatac cgctaccggg      360

acgttgaata tcagtctgcc tttgtttgct ccggctgtgt atcgggccat gtcgatgaca      420

aagacggata tagagctggc tgtggagaag tcgcgggctt ccaagcatgg cctggtgaat      480

caggtgacca aggcctacta ccagttgatg ctgacccagg actcatacga tgtgttgcag      540

aaaagctata aactggcgga agacaattat aacatcgtca atgccaagta tcggcagggt      600

actgtcagcg aattcgataa gattaccgcc gaggtgcaga tgcgcagcgt gaaaccgagt      660

gtcatctctg ccgggaatgc cgtgacgctt tccaaactgc agcttaaagt gctgatgggc      720

attaccgctg atgtggatat taagattgac gatagtctgg cggcctatga gggagtggtg      780

tttgccaacc agctggacaa tacggttcac gagggtttgg tgaacaatac taccatgaag      840

cagttggagt tgaaccgcct gatgcttcag aagaacatca agtcgctgcg caccaacttc      900

atgccgacgt tgggtctggg ctattcgtat caatatcagt ccatgaataa cgacagttgg      960

aatgtcttta attataacta tggaagcagt tcctctctgg tattcagcct gagcattcct     1020

ttatataagg caagtaactt cacgaagctg aagtccaatc gcattcagat gcgccagtta     1080

gaccaaaacc gtcttgacac ggaacgtaag ctgaatatgc agattacgag ctatcaggat     1140

aatatgtcgg ccagttccga gcaggtatcc agcaacaaag aaaatgtgat gcaggccgaa     1200

aaggcggtgc agattgccgg taaacgctac gaggtaggta agggaaccgt gctcgagctg     1260

aatacctcgc aagtgcagct caccgaagcg gaacttactt acaaccaatc catatatgat     1320

tatctggtgg ctaaggccga cctcgaccag gtgttgggaa gagactacat catcaaaaat     1380

cagaaataa                                                             1389


<210>  246
<211>  1386
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  246
atgaaacatt tattattagt agtattggta agtttcggca tggctgtcca agcgcagttg       60

aaaacttatc cggtgggatt gcatacgggt atgcctcaca atgatgatta tacggttcgt      120

gtccgtatgc ttggcgggga atggcaggac gtgtttgaat ataaagtgca ggtcgatttg      180

gataagccgc aagatgcttc catggtacag ttcgatatgg gaagccctgt ggaagttatg      240

gtaaaaaaga ataacggtac ggtgcgtgag gttgccatac gccctctgaa taataatata      300

gcctgtcggc aagtacaaaa cgccgtcttt ttcactttgg acaagcctca aaatctttca      360

attgagttta acggagaccg tttgcacaat ttgcatcttt ttgccaatcc aatggaagaa      420

gaggtttact cggaggaagc agaaggcgtt atgttctttg ggccggggat acatcgtccg      480

aaagatttac ccaataatca gatacgcata ccaagcaata ctacggtcta tttggctccg      540

ggtgcagtgc tgaaagctaa actgttggtt gataatgctg aaaatgtgcg tatcattggt      600

cgcggaatat tagatcatcc tgtccgcggt attgaaataa ccgatgccaa gaatgtactg      660

attgatggga ttacggttgt aaatcccgag cactatacag tgttcggtgg cggttcttcg      720

gagatagtta tccgtaactt gaaaactttt agttgcaaaa gctggagtga tggcattgac      780

atgatgtgtt gccgtaaagt acttgttgat aatgcttttc ttcgtacggg ggatgattgt      840

attgcgctct ataatcatcg ctggaactgg tggggtggtt caagcgatat taccgtacgg      900

aattccgtgc tgtgggcgga tgttgcgcat cctatcaata taggcggcca tggcgatccg      960

gattctttaa cgggcgaggt gattgaaaat ttgacgtttc acaatattga tattctggaa     1020

cacgatgaag atgatccgct gtatcagggg tgtatgacgg tagattgtgg cgacaagaat     1080

tgggtgcgta atgtcttgtt cgaggatatc cgtgtagaga atattcagga aggccgtctt     1140

ttctatgtga aagtccgttt caatcctaag tacgataagc aacccggtaa cggtattgaa     1200

gggattacgt tccgtaatat cacttataca ggagttggtg agaacgcttc tttggtgcaa     1260

gggttggata agaatagatg tgtgagaaat gtagtttttg atagtattat gatcaatggt     1320

gtgaaaatga agcacctgaa agggattata aaaaatgagt ttatagaaga cattgagatt     1380

aagtga                                                                1386


<210>  247
<211>  900
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  247
atgaaagaag ttataaaact ggacacagta gaccaataca accaattctt cggacttgaa       60

accctgcatc cgctggtgag cgtggtagac ctgtcggaag ccaccaagtt ccctacacat      120

tttacgatga actacggaat atacgcgctc tttctgaaaa aagtaaaatg cggggacatc      180

cgctacggca ggcagattta tgattaccag gaagggacgg tcaccagctt tgctccggga      240

caggtggtgg aaacggagat gcagcaggga gtgaagccga gcgcccacgg ccttttgttc      300

catcccgacc tgattaaagg aacttctttg ggacaggaca tcaagcagta ctcattcttt      360

tcgtacgcct cggccgaagc cctgcaccta tccgaggaag aaaaaggcat attcatggat      420

tgtctggaga aaatagaaat ggagctccag cacccgatcg acaagcacag caaacgtctg      480

atttcgcgga acatcgaact gctgctggat tactgcatgc gcttctacga aaggcagttc      540

atcacccgtt cggaaagcaa caagagcgtg ctggtgaaat tcgaagcctt gctcgacgat      600

tatttccaaa gcgacaaacc gcaaacggac gggctgcctt ccgtaaaata cttcgccgac      660

aaagtattcc tgtcacccaa ctatttcggc gatctgataa agaaagaaac cggaaaaagc      720

gcgcaggaat acattcagac cagaatgata gatttagcca aagagatgat tgccgggacg      780

gaaaagacgg tcagccagat tgcctatgag ctgggattcc aatattcgca gcatttcaat      840

cgcatcttca agaagaacgt ggggtataca cccggcgaat acagaaaact acaaatataa      900


<210>  248
<211>  951
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  248
atgaaaaaat acgctatagg aattgacctt ggcggtactt ctgtgaaata cgcccttatt       60

gataatgaag gcgtatttca ctttcaaggg aagttaccgt caaaagccga cgtatccgcg      120

gaagcggtaa tcggtcaatt ggtaaccgcc tgcaaagagg tgatggcttc ggccctgcaa      180

ctcggagtag cggtagaagg tataggtata ggtactcccg gtattgtgga cgaaacgaac      240

cgcatagtac tgggtggagc cgagaacatc aagggttggg agaatctgaa tcttgccgac      300

cgcattgaag cggaaaccgg cctgcctgta cagatgggca atgacgccaa cctgatgggg      360

ttgggagaaa cgatgtacgg tgccggacaa ggtgcaaaga atgtcgtgtt cctgaccgta      420

ggaaccggta tcggcggcgc agtggttatc gacggtaaac tgttcaacgg ttttgccaac      480

cgcggtaccg aactgggaca tgtgcccctt atcgctaacg gtgaaccttg cgcatgcggt      540

tccgtgggat gtctggaaca ttatgcatcc acttcggcac tggtacgccg tttcagcaaa      600

cgtgccgctg aagccggtgt ctcattcccg ggtgaagaca tcaacggaga gcttatcgta      660

cgcctttata aagaaggaaa cgaactggcg acagagtgct tggacgagca ttgtgacttt      720

ctgggacatg gcatcgccgg cttcatcaac atcttcagcc cgcaacgcat cgtaataggt      780

ggcggactgt ccgaagccgg cgacttctat atccggaaag tcagcgaaaa agcacatcgt      840

tatgccatag ccgactgtgc cgtgaatact caaatcatgg ctgcatcttt aggtaataaa      900

gctggaagta tcggcgccgc gtcactggtc ttctcattaa acacaaaata g               951


<210>  249
<211>  2484
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  249
atgacaagaa aatggttgat attaatcttt atcttctgct gtaccagcgg taagattacg       60

gcacacgaca atagcctaaa gctatggtat gacaaacccg ccaaacaatg ggtagaagcc      120

ctgcccttag gtaacggacg cataggagcg atggttttcg gcgatcccgc acacgaacgg      180

ttccaactca atgaagaaac cgtttggggc ggctctcctc ataacaatac taatcccaac      240

gctaaagaag cgttgccccg catacgccgg ttgatattcg aggggaaaaa taaagaagcg      300

caagaattat gcggccccgc tatctgctca caatcggcca acggaatgcc gtatcaaact      360

gtcggtacac tgcatcttga ttttgaagga atcaatcaat acgatgattt ttatcgggat      420

ttggatattg aaaaggcaat agctaccacc cgtttcacag ccaatggcat tacgtacata      480

cgggaagcct ttacctcttt tcccgaccgg ttgctcatta tcaaattaac agcatcaaag      540

aagaaaagta tttctttcac ggcacattat accacaccat ataccgaaaa tacagaattt      600

tgcatttctc cccgcaaaga actgcaacta aacggtaaag ccaacgacca tgagggtatt      660

gaaggaaaga tacgattcac cgcactcacc cggattgaca ataacggagg tacgttaaaa      720

gtaacttcgg acagtacttt gcaagtcaag aatgccgaca gtgttactct atatgtatct      780

atcggtacaa acttcataaa ctataaagac gtgtcgggag atgcattgaa agcagcacgg      840

caatacatga aacaagccgg taaaaactac acgaaaagga aagaagccca cattgccgcc      900

tatcaacaat actttaaccg tgtttcactg gacttaggca gcaacgacca aatcaagaaa      960

ccgacagacc ggcgtgtaag ggaattcagc tccgtcaccg acccgcaaat ggccgccttg     1020

tacttccaat tcggacgtta cctgttaata tgcagttcgc aacccggcgg gcaggccgcc     1080

aacctgcaag gtatttggaa ctaccagtta cgagctccct gggacggaaa atacaccacc     1140

gatatcaatg tagagatgaa ttattggccg gccgaaacaa ccgccctgtc cgagatgcac     1200

gaaccgttcc tgcaattggt aaaagaagtg gccatacaag gccgtgaaag cgcttccatg     1260

tatggctgcc gcggatggac tttgcatcac aacaccgata tatggcgtac caccggtgcc     1320

gtagacggcg ctaaatatgg tgtttggcca acttgtaacg cttggttctg ccagcacctg     1380

tgggatcggt acctgttctc cggcgataag aattatttag cggaagttta tccgattatg     1440

cgcggcgcct gcgaatttta tctggacttt ttagtgcgcg aacctaaaaa caactggctg     1500

gtggtagccc cttcctattc accggaaaac agtccgtctg ttaacggtaa gcgcggtttt     1560

gtaattgtcg ccggtaccac catggacaat caaatggtct acgacctgtt ttacaatacc     1620

attcaagccg ccaacttaat gaatgaaaac acagctttca cagacagcct gcaaaccgta     1680

gccaaccatt tagcccctat gcaggtagga cgctgggggc aactgcaaga atggatggaa     1740

gactgggaca atcctcaaga ccatcatcga catgtatccc acttatgggg attatatcca     1800

ggccgtcaaa tcagcgccta tcactcccct gtcctttttg aagccgccaa gacatcactg     1860

accgcccgcg gcgaccactc taccggttgg tctatgggat ggaaagtctg cttatgggca     1920

cggctgctcg atggcaatca tgcttataaa ctgattaccg aacagcttca ccccactacc     1980

gatgaacgcg gacaaaacgg tggtacgtat cctaatctgt tcgacgctca cccgcctttc     2040

caaatagacg gcaacttcgg ctgtacggcc ggcatagccg agatgtttgt acagagccac     2100

gacggtgctg tccatcttct gcccgcgttg cccgatgtgt gggagcgtgg cgttataaaa     2160

ggaattcgct gtcgcggcgg tttcctgctg gaagaaatga aatgggaaaa ggggcaaatg     2220

caaacagcta ccatatgctc caccatcgga ggtaccctac gcatacgtac cggctctccc     2280

ctatatttga atggagaaaa actggaaccg gtggaacagg caccgtgcaa taatccgctc     2340

cttcagccgc aaccgatacg aaagccgcta atcgccgcca atgctccgct atccatacct     2400

caatacaaag aaacttacat ttatgacatc actaccgatg tcggaaagaa atatacgctt     2460

tccacccggc ctatgaatca ttaa                                            2484


<210>  250
<211>  2049
<212>  DNA
<213>  Bacteroides clarus YIT 12056

<400>  250
atgcaaaaag gaaatattgg ggtaactaca gagaatatct tccccgttat caaaaagttt       60

ttgtacagtg atcatgaaat cttccttcgt gagttagttt ctaatgccgt cgatgctacg      120

cagaagctta aaacactggc ttctatcggt gagtttaagg gtgaagccgg tgatttgaca      180

gtgcacgtgt ctttgggtaa ggatacgatt accgtatccg atcatggtat cggcttgaca      240

gcagaagaaa tagacaaata catcaatcag attgcgtttt cgggagccaa cgacttcctg      300

gagaaatata agaatgacgc caatgccatc attggtcatt tcggacttgg cttttactcg      360

gctttcatgg ttgccaagaa ggttgaaatc atcaccaaat cctatcagga tggcgctaaa      420

gccgtaaaat ggacttgtga cggtagtccg gaatttacaa tcgaagatac ggacaaggca      480

gaacgcggta cggatatcgt tctttatata gacgacgatt gcaaggaatt ccttgaagaa      540

gcgcgcatct cttctctttt gaagaagtat tgcagcttcc tccctattcc ggttgcattc      600

ggcaagaaga aagaatggaa agacggcaag caggttgaaa ctgccgaaga taatatcatt      660

aacgacgcta atccgttgtg gacgctgaaa cccagcgaat tgaaagacga ggattacaag      720

aagttctatc gcgacctgta tccgatgtcc gatgaacctt tgttctggat acacttgaat      780

gtggattatc cgttccatct tacaggtatc ttgtacttcc cgaaggtaaa gagcaatata      840

gagctgaaca agaacaaaat ccagctttat tgcaatcagg tatatgtaac ggattccgta      900

gagggcatcg taccggactt tttgacattg ctgcacggcg tactcgattc accggatatt      960

ccgttgaacg tatcccgctc ttatctgcag agtgactcta acgttaagaa aatctctaca     1020

tatattacga agaaagtatc cgaccgtctg caatccatat tcaagaacga ccgcaaacag     1080

tttgaagaga agtggaacga tttgaaaatc ttcatcaact atggaatgct cacgcaagag     1140

gatttctatg atagagcaaa ggatttcgcc cttctctccg atacagacgg caagcattat     1200

acttttgaag agtataagac cttgataaag gataatcaga cggacaagga cggtaacctg     1260

atttatttgt acgccaacaa caaggacgag caatacagct atatcgaggc tgccaagaac     1320

aagggctata atgtactgtt gatggacggc caacttgatg ttgccatggt aagcatgctg     1380

gaacagaagt ttgagaaagt acgtttcacc cgtgtagaca gtgatgttgt tgacaacctg     1440

atagtgaagg aagacaagaa aagcgatgtt ttggaagccg gtaagcagga agctctctct     1500

gttatcttca agagccagtt gccacagatg gaaaagacag agttcaacgt gatggctcag     1560

gctttgggtg aaaacgcttc accggtcatg attactcaaa gcgagtacat gcgccgtatg     1620

aaagaaatgg ctaatatcca agccggaatg agtttctatg gtgaaatgcc ggatatgttc     1680

aatctggtat tgaatgccga ccataagttg gtaaaagaga ttttggctga tgaagacaag     1740

gaatgtgcgg ctgccgttgc tccgattcaa aaagaaatgg acgatgtaaa caatcgtcgc     1800

aatgacctga aaaagaagca ggaaggcaag aaagatgaag acattcctac ggcagaaaag     1860

gatgaagtga acgacttgga caagaaatgg gaagaattga aatctcagaa agaaggtctg     1920

tttgccaact atgccgccca aaataaagtt gtccgccagc ttattgattt ggcgttgctc     1980

caaaacggca tgctgaaggg tgaagctctg aacaactttg tcaagagaag tatcgacttg     2040

attaaataa                                                             2049


<210>  251
<211>  1455
<212>  DNA
<213>  Lachnospiraceae

<400>  251
atgggtcaga ttattggcga aggtattacc tttgatgatg tgcttctggt tcctgcctat       60

tcacaggtgg ttcccaatga agtcgacttg acaacatggc tgacgaagaa gatcaggctg      120

aatattccga tgatgagtgc cggcatggat acggtaacgg agcatcgcat ggcaattgcc      180

atggcaagac agggtggtat tggtatcatc cacaagaata tgtcaatcga agcacaggca      240

gaggaagtag ataaggtgaa gagatccgag aatggagtca tcacagatcc gttttccctg      300

tccccggagc atacactggc agatgcggat gcgttaatgg cgaagttccg tatatccggt      360

gttccgatta ccgagggacg taagctggtc ggtattatta cgaaccgtga tctgaagttt      420

gaaacagact ttacgaagaa gatcaaagag tccatgacat ccgagggact gattaccgca      480

ccggagggga ttacccttga agaggcaaaa aagatccttg ccaaagcacg taaggaaaag      540

cttccgatcg tggacgcaga ttttaattta aagggactta ttactattaa ggatattgag      600

aagaccatca agtatccgtt atctgcaaag gacgatcagg gacgtcttct ttgtggtgca      660

gccgttggta ttacagccaa tgtcttagac cgtgtcagcg agcttgtgaa ggctaaggtg      720

gatgtagttg ttctggactg tgcacatggt cattccgaga atgtattacg ttgtgtacgc      780

atgattaagg aagcttatcc agatgtacag gttattgcag gcaatgtggc aaccggtgaa      840

ggaaccagag cattgattga agccggtgca gatgccgtta aggttggtat cggccccgga      900

tctatctgta caacacgtat tgtcgcaggt attggtgtac cgcagatttc tgccattatg      960

gatgcctatg cagttgccag ggaatatgat attccgatca ttgcagatgg tggtatcaag     1020

tattccggag acatgaccaa ggcaattgct gcaggtggaa atgtatgtat gatgggaagt     1080

attttcgcag gatgcgatga aagccccgga acctttgaat tatatcaggg acgtaaatac     1140

aaggtatatc gtggtatggg atctattgcg gctatggaga atggcagtaa ggaccgctat     1200

ttccaggaaa atgccaagaa gcttgtgccg gaaggtgtag aaggacgtgt tgcttataag     1260

ggaaccgtag aggatacggt attccagctt atgggtggac ttcgttccgg tatgggatac     1320

tgtggaacca gaaccattga ggagcttaag gagaatggca gattcgtgaa gatttctgcg     1380

gcatccctga aggaaagcca tcctcatgac attcatatta cgaaggaagc accgaactat     1440

agcgttgatg aataa                                                      1455


<210>  252
<211>  942
<212>  DNA
<213>  Lachnospiraceae

<400>  252
atgaaaaagg ttgttatttt cggaggaggt acagggttat cctgtatttt gtccggacta       60

aagctttttc cgatcgatgt gacaacggta attgctgtca gtgataatgg tagcagcacg      120

gggaagctga aggaagagct gaatataccg gcagtagggg atgtcggaaa ggtattgctt      180

tccatggcta acgtggatga agattttatt gatcttttaa gctaccgctt tgaaaagggc      240

tccctgaata atcatcctgt gagaaacatt gtgcttgcag ccctgattga tctgaaggga      300

aatctgacgg aagcaaccaa atatatgtgc aagcttctgg atattaaagg gacagtgctt      360

ccgctgacgg gtgaaaagat cgatctggtt ggtgaaagca cggaaagaga atattttgga      420

gaagaggctg tcagtaggaa tataaggaac atcagccgtc tgagttatga tcatgatatt      480

aaaattgaac aggaaatccg ggagaagatc gaagaggcag atctgattat tttcagtgcg      540

ggaagcttgt ataccagtat tgttccgcat ctgcttgctc ctgaagtgag gagcgctctg      600

gaggaaacga aggctccgct tttatacata tccaatctgg taacacagcc cggtgagacg      660

gatatccaga cagtcagccg gcatgtggag atattgaatg agtatctggg ttcccgtaag      720

atcgatctgg tggttgcaaa taacggaaca gtggatgaga atgtgcggga acggtattta      780

agtgcagaga ataagcgaat cgtccaggtg gatcatatta cattggaaaa gatgggggtt      840

cagattatag aggatgatat tttctgcatt gaagatgaga agatcagaca caatgcatta      900

aagacggcat ttcttatctt ttcctatctg atggaagcgt aa                         942


<210>  253
<211>  2652
<212>  DNA
<213>  Lachnospiraceae

<400>  253
atgagacaat tcacttcaga tgaattaaga aaaacctgga aacaatttta tattgaccgc       60

ggacatgtag atgtaggagc tgtttcgctc gtatctgacg gatctaccgg tgtaatgttt      120

aacgtagcag gcatgcagcc tttgatgccg tatctgttag gtcagaagca ccctcttgga      180

accaggcttt gtaacgtgca ggggtgtgtc cgtacgaatg atattgattc agttggtgac      240

aagagccatg taaccttttt tgagatgatg ggaagctgga gccttggtga ttactttaag      300

aaagaaagat gccagtggag ctttgaattg cttacccagg tttttggctt tgatgccgat      360

catctggctg caactgtttt tgcaggagat gagaatgcac caagagatga ggaaggtgca      420

cagtatcgta tcgcttccgg ctttaagaaa gagaatatct attatcttcc ggcagaggat      480

aactggtggg gacttgaata tggtccctgc ggaccggaca gtgaaatgtt ctatgtagcc      540

gaccgcccgg attgtggtcc ggattgtggt cccggatgtc actgtggtaa gtataccgag      600

cttggcaatg atgtatttat gcagtacgag aaacaccacg acggtcatct taccccgtta      660

aagcagaaaa atgtggatac cggctggggc ttagagcgta ttctggcatt cttaaacgga      720

acaagagacg tataccgcgt cgatctgttt gcaccggtaa tcgcttatat tgagaaggtt      780

tccggaacga aatatgaaga ggatgaaaag ctgaccagat ccatgcgtat tctggcagac      840

catatccgta ccagtgtcat gctgatcggt gatgaagcaa aactccttcc ttccaatgtg      900

ggagcaggat atgttctccg tcgtctgatc cgccgtgcgg taagacatgg ccgtatgctg      960

aatttaaaga cggaggatct gctcaccatt gcacagatgt acattgatga tatttatgca     1020

gaaagttatc cgttattggt taagaacaaa gagttcgttc tttctgaact gaagaaggaa     1080

atcgaccgtt ttgagagtac tctggaaaac ggaatgaagg aatttaagaa gatccttgag     1140

cagaagaaag aagaaaagtc ggttgagatc gatggaaaga gcgctttcta cctgtatgac     1200

acctttggat tcccactcga gcttaccgta gagcttgcac aggaagaggg cttaaaggtt     1260

gatgaagaag gatttgccag agccatggaa gagcagaagc agaaggcaag ggataaccag     1320

agcttttctg ccagactttc tacggatacg gcattatatg atgaattaga cgaaagctta     1380

gtcagtgaat ttacaggtta tgatcccctg caggcagaga gcagtgttgc agccattgcc     1440

agtgacggta agtggcagga tgtactttcc gaagggcagg aaggaaccat tattacagta     1500

aaaactccgt tctatgcaac catgggtgga caaaaaggtg attttggtgt aattaagacg     1560

gcagacggaa catttgaggt aattgatacc gtgaaggttc cgggcggcag aatcggacat     1620

atcggtaagg tggtatccgg caccattaag aaggatgcta aggcagacct ttcggtgtct     1680

tccttaaatc gtggcaatac ctgtaagaat catacagcaa cacacttgtt acaggaagca     1740

cttcgtgaag tattaggtga tcatgtggaa cagtccggat cctaccagga tggagagaga     1800

acccgcttcg acttcagcca tggacaggca atgaccaccg aagagttaaa gaaggtagag     1860

gaaattgtga acgctaagat tgcagaggat cttccggtag aaacgaaggt tatgagcctt     1920

gaagaagcaa agaagaccgg tgcaatggca ttgtttggcg aaaaatacgg tgatactgtc     1980

cgggttgtca tgattggaga tttctccagg gaattgtgtg gtggtaccca tgtcggacat     2040

accggagaga tcgcgtcctt taagatccta tccgaatccg gtgttgcagc aggagtgcgt     2100

cgtatcgaag caattaccgg aaataacgta actgcttact atcaggaaat ggaagaacga     2160

ttaaatgccg tagccagggt attaaagact tctcctgcaa cgctccttga ccgggcggag     2220

catctgatgg cagagatgaa agtgttacag agtgaaaacg aatccttaaa gagcaaggca     2280

gccaaggacg cactcgggga tgtcatgaac caggtgaagg aagtaaaggg cgtaaagctt     2340

cttgcggctt cggtagccgg tgtggatatg aatggactgc gtgatttagg tgaccagtta     2400

aaggccaaaa tcggagaagg cgtgattgtt cttatttccg attgtgacgg caaggtgaat     2460

atggttgcca tggcaacaca gggcgctatg gacaagggag ctcatgcagg taacctgatt     2520

aagggcatcg cagcacttgt cggtggcggc ggtggcggac gtccgaacat ggcacaggcc     2580

ggaggaaaaa atccggcagg tattccggac gccattgcaa aatgtgaaga ggttcttgca     2640

gcacaggttt aa                                                         2652


<210>  254
<211>  1032
<212>  DNA
<213>  Lachnospiraceae

<400>  254
atggaactaa gcgaaagaaa agttaaaatc ttacaagcta ttatccggaa ctacttagag       60

acgggagagc ctgtaggaag ccgtacgatt tccaagtata cggacttgaa cttaagttca      120

gcaaccattc gtaatgaaat gtcagatctt gaggagatgg gatatatttt acagccccat      180

acttccgcag gacgtatccc ttctgataag ggatatcgct tatatgttga tacgatgatg      240

gagcagaagg atcgcgagat cgaagaaatg aaggaagtta tggttcagaa ggaagacaag      300

atggatcagc ttctgaagca ggtagcgaag cttcttgccg taaataccaa ttatgcttcc      360

atgatcacga cccctactat tcatacgaac aagctgaaat ttatccagct gtcgagagtg      420

gatgtgaatc agcttcttgc cgttgtggta gttgagggca atgtaattaa gaataacatc      480

atccatactg cggaagaatt agatgatgag acgcttctta agctgaatat tttactgaat      540

acccatttga atggattagc ccttgaagag attaatctgg gaatgatttc ttccctgaag      600

cagcaggcag gaattcacag tgagattgtg gcagatgtga ttgatgcgat tgcggaatcc      660

attcatgcag aggaggattt agaggtttac accagcgggg ctaataatat tttcaggtat      720

ccggagctgg cggatcagca gaaggcaagc agcattatca atacctttga agaaaagcag      780

ctgttaaccg agctggtaca ggaaaatctt tcggatgata ataatacagg aatccaggtt      840

tatatcggtg aagagacacc gatccagtcg atgaaggact gcagcgttgt tactgcgacc      900

tatgagcttg gagagggaat gagaggaacg atcggtatta taggaccgaa acggatggat      960

tacgataagg taatcggaac gctgaaaacc attacccatc aattggatga tttatataag     1020

aagaaagaat aa                                                         1032


<210>  255
<211>  1461
<212>  DNA
<213>  Lachnospiraceae

<400>  255
atgaagatac tggattatac agccgtcggg ctggcaaagg cgatccggaa tggagaagtg       60

acgtcgcccg aagccgtaca ggcggttctt acacagatca aggaaagaga agagtctctt      120

cactgttatg taacaattga tgaagaaggt gcactgcgga aggcgcagga ggtacagaag      180

aagatcgagg caggagaact tacggggccc ctggcaggtg ttcctgtagc aatcaaggac      240

aatatgtgta ccgagggaat gctgaccacc tgttcttcga aaattcttgg taattttatt      300

ccgatattct cttcagaggc cgtattgaat ttagagaaag caggagctgt gattcttggt      360

aagaccaaca tggacgagtt tgccatgggt tctacgacag aaacctctgc ctttggcgca      420

acgaaaaatc cctggaatga agcccatgta ccgggaggat cctccggtgg atcggcagca      480

gccgttgctg ctaaggaatg cttctttgca cttggttcag ataccggtgg ctccatacgt      540

cagccggctt cctactgtgg cgtggttgga atgaagccga cttacggaac agtatcccga      600

tacggactga ttgcctatgg atcctctttg gatcagatcg ggcctttgtg caaggatgtg      660

accgactgtg caacaattct tgaagtgatt gcctcccacg acccgaagga ttctacttcg      720

gtagagcgtg aggagaccga tttcacatcc gcacttgtgg atgatgtaca gggcatgaag      780

attggtatcc cgcatgatta cttcggagaa ggactggatc cggaagttag ggaagccgtt      840

atgaaggcag ccggagaatt aaagaaaaag ggtgctattg tagaggagtt tgacttgagc      900

cttgtagaat atgcgatccc gacctattat acgattgcag ccgcagaagc aagctcaaac      960

ctggaacggt tcgatgggat taagtacggc taccgtacag aagactatac aggactccat     1020

aacatgtata agaagacccg ttcggaaggc tttggaccgg aagtaaagcg tcgtatcatg     1080

ctcggcagct ttgtattaag ctccggttat tatgatgcat actatctgaa agcgctccgg     1140

gttaaggcac tcattaagaa ggcctttgac gaagcatttg cgaaatatga tctgatcctg     1200

gccccctgtg caccgacaac cgcaccggag ctcggaaaga gtctgtcgga tccgattaag     1260

atgtacttaa gcgatattta tacgatttcc gtgaatctgg cagggcttcc gggaatcagc     1320

attccctgcg gtatcgattc aaagggactt ccgattggct tacagatgat cggagactgc     1380

tttaaagaaa agaacctgat ccgtgctgct tacgcttatg aatgcagcag aggaatgttg     1440

ggaaagaagg aggatgagta a                                               1461


<210>  256
<211>  2208
<212>  DNA
<213>  Lachnospiraceae

<400>  256
atgaatcatg gaacctatgc aaatgtcatt attgacattt cccatgaaaa agtagataga       60

ccgtttcaat accggatccc ggactctttg aaggagaagc tggccgttgg aatgtgcgta      120

cagattcctt tcggcacggg caaccggaag agaaagggat acgtgattga aattaccggt      180

aaaaatgaat acccggaaga gaaaatcaag gaaattgacg gaatcattac cgataacctt      240

cccgcagagg cagatgccat caggctggcc gcctggatgc ggcagaccta tggctcgacc      300

atgattgccg cactcaaaac cgtgcttccg gtaaagcgtg ccgtgaaggc cgtcgaaaag      360

aaaaagctcc ggcgcagttt gtcagcagaa gaactgacct ccctccttgg agagtgcatg      420

cgcaagcatc agaacgcgaa agtgcgggta ttgcaggagc ttcttaccga agaggagctt      480

ccctatgagc tggtaaccgg aaagctgcat gtgtcggcag caaccttaaa cagtctggtg      540

aatcagggag ccattacgat cgaaagtgag agcagttacc gcaatccggt gagccttaat      600

gttactgcgc agagcggacc ggagctgtcg gaagaacagt gctatatcaa ggagcagatt      660

ctttccgatt atgataaaaa tatccggaac acatatctta ttcacggaat tacaggaagt      720

ggcaagaccc tggtttattt agccctgatt gaggagatga taaagagggg gaagcagtgc      780

attgtgctga ttccggagat cgctctgacc tatcagacgt tactgcggtt ttataaacgc      840

tttggagacc gtgtgtcggt aatgaattcc tctctttccc agggagagcg ttttgaccag      900

tgcgagcgcg caagaaaggg cgaaattgat gtgatgatcg gaccgagatc ggcacttttt      960

gtgccgttcc cgtctcttgg catgatcgtg atagacgaag agcatgaggg gagctatatc     1020

agcgagaatg ccccacgcta ccatgcaaga gaaaccgcag agtatcttgc ctccttaaag     1080

aaagcatccc tggtgctggg gtcagcgact ccgtcgctgg aggcttatta taaagcaaaa     1140

aagggtgaat accggttatt caccatgaaa aacagaaaaa acggcgggga gcttgccaat     1200

gtccggattg tggatctgcg gcaggagctc cggaagggaa accgttcaat tttcagcagt     1260

gacctgcagg aactgatccg tgaccggtta gggaaaaagc agcagatcat gctgttctta     1320

aaccgtcgtg ggtatgcagg cttcgtgtcg tgccgttcct gcggctatgt gatgaagtgt     1380

ccgcactgtg atgtgtccct gtcccagcat atcggaggga aaatggtatg ccactactgc     1440

gggtacgaaa cggttcagcc gaaacgctgc ccgaattgca gctccaatta tatccttggc     1500

ttcaaggcag gaacccagca gattgagagg cagctgtatg agctgtttcc ggggatccgg     1560

gtgctgcgta tggacggtga taccacgaag cagaagggaa gctttgagaa gatcctgtcc     1620

gctttcgcag aaggggaagc ggatgtgctt ttgggaaccc agatgattgt aaaggggcat     1680

gatttcccca atgtaacact ggtgggggtg cttgcggcag acctttccct aaatgacagc     1740

gattaccgtg ccggagagaa gacctttcag ctgctgacac aggcggaggg gcgtgccggg     1800

agaggaacgc ttccgggaga ggccatcatc cagacctacc gtccggagca ttacagcatt     1860

cagcaggcag cgaagcagga ttatgaagcc ttttatgagg aagagatcct gtacagggag     1920

ctgcttgaat atccaccggc aggccatatg ctgacaatcc ttgtggtttc taaggatgaa     1980

aaacgatgca agggactggc agtacggctt gcgaaggaag caggagccta tgtccatgtg     2040

atcggaccga cccccgcagc cgtatcgaag gttaaggact attaccgcta tatgatttac     2100

ttaaaatccc ttaaggaaga gccgatccgg caggcgaagg aacggctgga ggctctttta     2160

aacgggtttg aattaaagac agaaaacgtt atttttgact atgagtaa                  2208


<210>  257
<211>  2307
<212>  DNA
<213>  Lachnospiraceae

<400>  257
atgaaaataa aacatttggc tttggtttta gcaggagtac ttctgctgac cggatgtgga       60

tccggtcagg cagcaggtac ggcagaagaa gattcttctg ctaaaacgaa tcagacagtg      120

gatgaagcaa ataaaggaat gggacggtac gtggaagcag aaacggatct ttccgatatc      180

tgcagatctg cggcaggact caggcttacg aaagacggaa ccttatattt gtgtgatgcg      240

ccgggggctg tttatgagtc cacagatcag ggagaaaact ggaatcctta cgaacttcct      300

tccttggagg aagtcgtgga tcaatcccca atttatttta tcacgatgga tatggcagag      360

gatggatccc tgtgggcagt cggagatcac tctgtaaatg aggatgagtg gaatccacag      420

ctcatgcatt tccccaaaga aggaagtgca cagatttttg ataagttatc actggaatcg      480

ggagagcagc cctgtcaggt gcgtgtttct gacaacggaa aagtattttt ggcagattat      540

ggagcaaata tttatgaggt gaaagaagat cagactgtca caaaggttct tacagcagat      600

ggaagattta gtaaccttca gattcataat aatctgctgg cattttatcc ggatgatggg      660

acgggcgtga aaatttatga tctggatcag aaggagtatg tggaggatgc ggtgctggat      720

cagtttatgc aggaaaacta tccgggtgca tccagcaatg gttacagcag ttttcaggtg      780

ttttatttct ggggaaatga tgatgccttt tatgtggcag ggaaatccgg acttcaccgt      840

catgtaatcg gtgggggcac catggaggag gtaattaatg gcggactttc tgtcttaagt      900

aatccgaatt actggtatag cggcatggtg gcacttccgg atcatgaatt cttaatgctc      960

agcagtatgg gtaaactcat tcgttttacc tacgatgcaa cgattccttc cgtaccggaa     1020

aaggagatta ctatttatag tctggaggaa gaagatgccc tgttaagtgc tatttccact     1080

tatcagtcga agcatccgga tgtatatgtg aattatgaag tgggaatgcc gcagaacagt     1140

tccgtgacga aggaggatgc gattaagaac ctgaatacgg aggttttaag cggcgatgga     1200

ccggacgtac tgattatgga tggcttgccg atggattcct ttgtggaaaa aggacttctg     1260

ctggatctta cggatttcat gcaggaactc agcacgaaaa tactgcttta tgaaaatctg     1320

gtagacgggc tgaaaaagga tgaaaagcag tatgtgattc ctttacaggt tcaattcccg     1380

gtggtcgcag caaaaggcgc ttatgccaat gagatgaatg atctgaagtc catggcagat     1440

gcggtggaag cattgtcgat ggctgttccg ggtgatgtgc tctccacata ttcaccaaag     1500

ggaattatgc ggaaattcac gcctgcaagt gctccttctt ttaaaaacgc agatggaacg     1560

ctgaaccggg aagcaattct tacattctgg gaacagacga aacgcatcta tgacgtccag     1620

atggcgtcgg catcggagga aaaggtagag cagtaccaga tgatcctgcc gatgtatgaa     1680

caggaatatg gctcatctta tgaggacagt tcctggtttg gatatataaa tgcgttggac     1740

tatattggag gttccacgca tatgatggca ggaattgcag atacgccata tacacaggca     1800

gagctttatt ctctttctaa gaataaaggc tgtgaggatg cggtggtaag gctgatgagc     1860

ggaaccgcag gaaaagttta tattccggag ctgatgatcg gaatcaatgc atcttctgcc     1920

aatgtagaca gttcgaagga atttctgacg gatttccttg gagatgaaat actggaatcc     1980

atgggcggct tcccggtaag caaaaccgca atggaacagg cttttgtacc gaatccgcag     2040

gattatgtgg aaggtcagcc catgtattac gcagcaagct cggatccgga agggaatatg     2100

atcgaggagc agatctggtg gccagtgaat ggagatctgg agccctttta ccggatggta     2160

gaggaggtta cggtgcccta tgtgcaggat gcggttctgg aagaggctgt atatcaggca     2220

gggacagctt atttcgaagg agcatcaacg ttggaggaag catgggatga actgcagtca     2280

cagatttccc tttacatggc agaataa                                         2307


<210>  258
<211>  2289
<212>  DNA
<213>  Lachnospiraceae

<400>  258
atgcgacgga atgaggataa tgcgccaaag agaacgatgg taagatatca gaaaaatctg       60

atgttggcat ttgttgttac ggcaatttgt gctctcgtat ttgcaagtgc gttatcaacg      120

gcagagcttg tccgaaatat gagaaccgat tttatcaata gtggtgacaa tcaggccaaa      180

gaaagtctaa atacggtcaa tgacatgttt cgagatctac gatatgcata taactatctt      240

gagtcaatac cgtctgttaa tgcttttctt tatcaaaaaa atgatgatta tctatctgta      300

tccagaacgg atctggtagt acaacagttt tatacttctc aggactatat acattccatg      360

catctatata atagagacac gaaggaaatt atcagttttg gaaatgtcaa tgtgaaccgt      420

gagcaatttt ttgaagagaa attaaaatca cctataatag aaggttctct caatctggta      480

tatagtgaaa ttcgtgaaaa tgggacaagt cctcttgaaa ggagtctttc tattttattt      540

ggtgtagata aagaagatga tcttggccaa tccagttgta tgattatgac cttggataag      600

gatgctgttg agaataaggc attgatgaat catgaaggca ttaccattat ggcagatgca      660

accggagaag taattttcca aacaagtgga acaacaccga tagattcggt aaaagagatt      720

atggaacttt gccaaagtaa aagccgtaag gatgattcta tacagaaaag tattaccttt      780

cagggggaaa gatattatgc aatagtagcc caaagtacag tatcaggcct atatctggtc      840

aatcttcagc cagagaagca actgaatcgg gccataagta tgcttattat ccaaacaatt      900

ggattattaa ttatggcaat agcagtaatt gtaggaagca gctacattct gtccattaaa      960

ttttattctc cgattagaag agtcatagaa ctggtcaagg atataccatc tgtagaaaac     1020

gaaggaacag aatccatagg ggcgctctat gactgggtga aactgattct attaagggtg     1080

gataccttgg aaaatcatca gcaaagtata cggctagagc aggcagataa tcagattcga     1140

agtcttcttg caggacagag ggcggataaa gagtgtatta tgtataatcc gatgctgaag     1200

aacatctcga atgtttttct gatatgcatc cggattgata aatatgaaga ttataatcca     1260

aatgaaagaa ttgctcttga gaagacggta tgtactatga ttccagattt gatccgtaaa     1320

gaggcagatt gtcatgcggt agatatgacc gaaggagaaa ttgctctttt ttatagtttt     1380

gtgaataaag aacaaaatag ttttgcagaa ttaatagaaa atatgagtga ttttcaaaaa     1440

gaatttcagg aaaaactgaa aatatccgtc acgataggga ttggtggaat tgccaattca     1500

ttggaggaat gtattactta ttatgacaga gcaaaagata tggcgaacta tcgtttcctt     1560

tacggaagag gagagatttt ttatccacat aaaatagaag atatggtgga ttctgacatg     1620

agtggttatc ctatagagtt ggaggaaaag ctgatcgacg ccatcagaaa gaataatcgt     1680

gaagaattcg aaaagacatt gaatagtatt atttcccaaa taagaagtta tacttatcaa     1740

aaggtaattg ctattttaat tcagttgatt gcggaatgta ttaaaaccat gaattatatt     1800

acacagaatg aaaatatgaa gtatgatctt ggaatagcta ggttggtgaa tattttccat     1860

tcagaggaaa ttattgaaaa tgttggtata tggatgatgc gtctttttga tgaatataga     1920

gaggtactta tccgtataag aaagataaaa gacaatcgct attatcatgt aacagaacaa     1980

gcaaaaacat atattgaaaa tcattatatg gaactggatt taagtgtcga ggttattgcc     2040

agagagtgtg gatattcttc atattacttt tccagaatat ttaaagaact tgtaggtatg     2100

aaccctgtag agtatatcaa acagataaga ataagggaag cgaagcgaag actggaggaa     2160

cagaacatca aggttacaga tgttgcggaa ttggttggat atagtaatgc aagcaatttc     2220

tattcaactt tcaaaaaaat ggttggaatg acaccgtccg aatataaaga atttattagt     2280

aagaaataa                                                             2289


<210>  259
<211>  855
<212>  DNA
<213>  Lachnospiraceae

<400>  259
atggaagaaa tcatgagtaa gattttgtgt tcaacaggct gtctgatcgg acggccgaac       60

ggaagaaatt atcatctgat ccgcgagttt gtgaaggagc tcaattatga cggaatggaa      120

tttatgatgt acagtgactg gtatccggag gtggatgctt tactggaaga attacttgct      180

cttccggtac agtttccggt gatgcattgt cagaaatccg tcggagaggc aattagtctc      240

gggggtgcgg agaactggaa ggatgctttt tcaagatttg agattaattg caagattgcg      300

aagaaaatcg gagcacgtaa gatggtgatg catctctggg acgggataac cagtgatcat      360

tattttgaga acaatctgaa agcgtatgga gaattgcagc taccagaggt tgcagcagat      420

tacggagttg atcttctggt tgaaaatgta gtatgtaacg tagaggatcc aatgcatcgt      480

ttctgccagc tggttgaccg ttatccggat attcatctta tatttgatac aaaaatggct      540

gcttttcatg ggcagcttga tcttttatat gaggaaaaat acagcttctt atggaaggag      600

catcatatcc ggcattttca tgtgaatgat tatggtggca gctatatgga gtggggaaag      660

ttgaaaacgc ttccggtcgg aaagggctgg attgattttg accggttctt tgcgtttatc      720

cgtgagattg gctatgatga tacctttacc gtagaggcta cggcattcgg accggatggg      780

aaggtagatc ttgccatgct gaatgattgc gtacagacca tccgtcagaa actgggcagc      840

ggtttaagag tgtaa                                                       855


<210>  260
<211>  2355
<212>  DNA
<213>  Lachnospiraceae

<400>  260
atgccaaagg gtgatgacat gacagaagaa aaggatacca gtaagacaac aggtgaacag       60

gttaagagcg agatggtatt cgacgatggt cggatcgaat ccattcagga atttcaaagt      120

ccggagcagt tatatcggga tcttattttg cgtgtgcgca aataccaccc ctccgatgat      180

atttccctga ttgaaaaggc gtaccatgtg gcctatcagg cacataagga tcaggtacga      240

aagtccggag agccctatat tgtacatccc ctgtgcgtcg cgatcattct ggcagacctt      300

gagatggatc aggaaaccat tgctgcagga cttttgcatg atgtggtgga agataccatt      360

atgaccggag aagaaattga aaaggaattc ggaccggagg tagctctttt ggtagatggg      420

gttacaaagc tgcagaatct gcatttgtca accgatcagg acggcaagcc cgaccggctg      480

gaaatgcagg cagagaatct gcgtaagatg tttcttgcca tggcgaagga tatccgggtt      540

attctgatta agctggcaga ccgtcttcat aatatgcgta ccctgaaata ccagaagccg      600

gaggcacagc agcgcattgc gagggaaaca caggaaatct atgcccccat tgcacagcgt      660

ctcggtattt ccaaaatcaa agtagaattg gatgatttat ccttaaaata tctcgagccg      720

gaggcgtatt acgatctggt agataaaatc gcaatccgta aaagtgaacg tgagaaatac      780

attcaggata tcgtggatga agtcagcgaa cacattaaaa atgccggaat tgaagcccat      840

attgacggtc gtatcaagca ctttttcagt atctataaga aaatgaagaa ccagaataaa      900

tccattgaac agatctacga tctgttcgcg gtccgtatta ttgtaaatac tgtcaaggac      960

tgctatgcag cacttggtgt tattcatgaa atgtataagc cgatcccggg acgattcaag     1020

gactacatcg ccatgccgaa agcgaatatg taccagtccc ttcatacgac gctgatcggg     1080

aagagcgggc agccctttga aatccagatc cgtacctatg aaatgcataa ggctgcggaa     1140

tatggtattg cagcacactg gaaatataag gttgcttccg atggcaagaa gattgaggat     1200

tccgaggaag agaagctgtc ctggctgcgt cagattttgg aatggcagca ggatatgtct     1260

gataacaagg aattcatgaa cctgttaaag agcgatcttg acctgttttc cgacagcgtt     1320

tactgtttta ccccgaccgg ggaggtaaag aatctgccgg caggctctac gccgattgac     1380

tttgcttaca gcattcacag tgcggtcgga aacaagatga ttggtgcaag agtaaacgga     1440

aagctcgtaa cgattgatta tgagatcaag aatggtgacc gggtggaaat tatgacgtcc     1500

cagaactcca agggaccgag ccgggactgg ctgaatgtgg tgaagagtac ccaggccaag     1560

agtaagatca accagtggtt taagaatgaa ttcaaagaag aaaatattgt aaagggtcgt     1620

gagcttttac aggcatactg taaggcgaag gtgatcgaca ccaatgaaat catggtgccg     1680

gaatatatga atgcgatcat gaataaatat ggttttcatg actgggagtc cgttcttgca     1740

gccgtcggac atggcggttt aaaggaaggg cagatcatta acaagatgct cgagctttat     1800

gaaaaggatc ataagaagga gctgacggat gaggaggttc tggcagctgt tgtagagaac     1860

gaccagcaga agaacatccc gcatatgaga tccaaaagcg gtatcgtcgt aaagggaatg     1920

catgatctgg cggtacgttt tttcaagtgc tgtctgccgg ttcccggaga cgagatcgtt     1980

ggtttcgtaa cgagaggacg cggcgtttcc attcatcgta ccgactgcat taatatcatt     2040

aatcttccgg agatggaaag agtgcgtctc attgatgccg aatgggaaga caatgcaaag     2100

gatgccgtag atgagaagta tattgcggaa attaagattt atgcaatgaa ccggaacgga     2160

cttctcgcag atattacgaa gattcttacc gagaagaaca tcagcatccg gagtcttaat     2220

acgagagtga ataaacaggg ttatgcaaca cttgctattg catttgaaat caacagcagg     2280

gaacagctga atacgttggt ggataaatta cgcagcattg aaagtgtgat ggatatcgag     2340

cgaaccacgg gctga                                                      2355


<210>  261
<211>  2034
<212>  DNA
<213>  Lachnospiraceae

<400>  261
atgaaaaagg cagacgttgg tgtagcggca tatatcgtag cagcctttgt aatgctgatt       60

gtaccgattc caagctggct tctggatgtt ctgcttgcat gtaatattgc gattgcattt      120

acgatcctgt ttactacgat gttttccaag gaagtactgg atatgtcatt cttcccgacc      180

attctgttgt tcaccaccat tttccgtatt gcactgaatg tatcttcgac ccgtctgatt      240

cttacaaccg gtgatccggg acaggtggta gcaaccttcg gaagctttgt tggtggcggg      300

gatctgattg taggtgcgat tgtattcctg attttgctga ttgtgcagtt tatggttatt      360

aacaaaggtt ccgaacgtgt agctgaagta acggcgcggt ttactttgga cgcaatgccc      420

ggtaaacaga tggcgattga tgcagactta aatacgggag caatcaatga tgccgaagca      480

aaaaggcgaa gagacaagat tcaggaagaa gcgagcttct tcggatccat ggatggtgcg      540

gtaaagtacg taaagggaga tgcaacggca ggtcttatta ttaccgcagt caatgtcatc      600

ggcggtatcg ccatgggtgt actgcggcag aatatggata ttacagcggc actgaataaa      660

tatgttattt taacaatcgg tgacggtctg gtaagccaga ttccttctct tctgatctca      720

ctttctacag gtattctggt tacgaaggga tcgaaggatg cagactttgg tacggtactg      780

atcagacagt tattcggtgt accaagagcc ttgtatctgg taggtgcaat tattgcagga      840

cttggtattg ttacgccgct tcccacagtg gttttcctgg cattgggact gatttttgtc      900

gtgacgggac gtgtgattgc gggaacgatc gaaacagcgc agattgaaaa tgaagttgat      960

acggaggagg cagcggcaga agagatccgg cagcctgaga atgtcaacag tctcctgcag     1020

gtggatccga tcgagctgga gtttggctac ggtattattc cgttagcgga tgtgaatcag     1080

ggcggtgacc tgcttgaccg ggtggtgatg atccggaggc agattgcact ggaattaggt     1140

acggtagtgc cgatcatccg actgcgtgat aacatccagc taaatccgaa ccagtatatt     1200

attaagatta aaggcataca ggtgagcgag ggcgaaatcc tgtttgatca ttatatggca     1260

atgaatccgg gctatgtgga ggaagagatt accggtattc caacgtttga accgtccttc     1320

catctgccgg ccatctggat tacggaaggg cagcgggaac gtgcagagag ccttggctat     1380

acggtagtgg atcctccttc tatcattgca acccatctga cggaaattat ccgccagcat     1440

attgcagagc tcctgaccag acaggatgta cagaatctgg taaacaactt aaaggaaaca     1500

aatccttcgc tggtagacga actgattccg aagcttcttg gacttggcga ggtacagaag     1560

gtattgcaga acctgcttaa ggaaggaatt tctatccgtg accttctgac gatctttgaa     1620

acactggcag attatgcacc ttctacgaga gatacggata tcttaaccga gtatgtgcgt     1680

cagagcctga aacgtgcgat ttccaataag ttcttcccac cgaatgagac aacgagcgtg     1740

gtaacgctgg atccgaagat cgagcaggaa attatggcaa gtgtgaagca gacggaaaac     1800

ggtgcttatc tgacactgga tccggaacgt acgaaggcca ttatcaaatc agtggaaacg     1860

gagattgcaa agctggaaaa cctggggaag aatcccatta ttattacttc tccgattgtc     1920

cgtatgtatt tcaaacgact gacagaggat tatgtgaagg atctgatcgt agtatcctat     1980

aatgaagtgg aaaataatgt agaattacag tctgtaggaa tggtgacagc atga           2034


<210>  262
<211>  5418
<212>  DNA
<213>  Lachnospiraceae

<400>  262
gagacagggg aacttgtggt agcaggtctt ggtgtaggaa gaggctatat caatctgccg       60

gataaaacag ctgctgtatt tattaacctg aatggcgaac gggcatataa aacaggcgac      120

cttgcccgga ttacacccga aggtgaaatt gagttctttg gaagaatgga caaccagatc      180

aagctgcgtg gcttacgaat tgagcttggt gaaattgaag aagtcatcaa cagctatgaa      240

ggaattgtca ccagtattac cgtaccggtg gacaataaat atctctgctg ctattttctg      300

gcagaccata agattgatac cggggagctt tcggactatg ctgccgaatc cctcgctcat      360

tacatggttc ccgatgtgtt tatccagatg gacaggatgc cggtaaccgc aaacggcaag      420

attgataaga gcgcactgcc aaagcccatt tcccagccga agaatttgaa agagccggaa      480

acaccgatgc agaagaagat ttttgaaatc gttgcgaatg tggtagaaaa cgatttcttt      540

ggcattgata ccagctttta taaagcagga ttatcttcta tcagtgccat gaagctttgc      600

attctgattt cggatgagtt tggcgttaca gtaaaaacaa gtgatattca tgaaaacaac      660

accgttgaaa aactggaaaa ttatgtcatg cttgcaccga agatccggac ctatgagaag      720

cgtgaggttt atcctcttac cggttcgcag aagggtattt ttgcagaatg cagtaagaat      780

ccggacagca ctgtatacaa tattccgttc ctgtttgaac tggacagcac cacagatgta      840

cagaagctgt ctgatgctgt gacgcagatg gtgaatgccc attcctatct gcttaccgaa      900

gtgtttttaa acgatcaggg agagatggtg cagcgtccgg gtacggagaa ttttgtaccg      960

gatgtcattg agacaacgaa tgaacagttt gaagctttga agaaggagct ggtgcgtccg     1020

tttaagctgg aaaagggacg tttattccgt gcgcagattt atgtcacaga agaccggaaa     1080

tatctgttca ctgatttcca tcacattatt gcagatggta actcctatga tattattttc     1140

gaggatatca accgggctta tgtgggtgaa aaactcgaaa aggagaccta taccggattt     1200

gatgcagccc ttgatgaaga gcagcagatg caggaaggaa aatataagaa ggccgagaag     1260

tattatgaca gcgtattcgg agaagtggag accgaatccc ttccattccc ggatgtgacc     1320

ggaaaaactc cggaaaaggg atatcttgaa agaaagctta cggttgcaga ggacaaaatc     1380

ctgtcctgct gtgaaaagct gggtgtcaca ccgaatattt tatttaccgg tgtgtttggt     1440

attctgatgt ccagatattc caattccgat gacagccttt tttctacaat ttataatggc     1500

agaaatgatt ccagactgga aaatacggtc tgtatgctgg tgaagaccct tccggtttac     1560

tgtaaatttg aagcaaaaac gacgatccag gcctacatga cagagctttc tgaacagctc     1620

ctgtcctcta tggcaaatga tattttcccg ttctcggata tctgtgcaaa atatggattt     1680

aattcggatc ttacctttgc ttatcaggca gaattaagtg acgattatcc aatcggagat     1740

accgttgcac ggggacacga tctttccctt gatatggcga aaatgccgct gcttattcag     1800

gtaagagagt acaataacga atatgttctt actgcagaat tccgcagcga caggtacagt     1860

gatgcatttg tgaacggaat gctcgaagcg tacgaagcag ccatggattc catgctgaaa     1920

aacaagtatg tatcagaggt ttccattctc tctgagaatg cggttaagaa aattgcagaa     1980

ttcaatgata cggcctgcaa atatgacaga acgaaaacga tttctgaccg gtttactgaa     2040

atggtacaga ccataccgga tcatacggct gtggtattta aggataagaa gtacacttat     2100

aaggaactgg atgagatcag tgaccggctc ggaaaataca ttgcctccca tggaattggc     2160

acggaagatg tcgtgtccat tctgattcca cgttgtgagt atatggcgat tgcaccgatg     2220

ggcgtgatta aagcaggagc cgcatatcag ccgctcgatc cgtcgtatcc gaaggatcgt     2280

ctgatgtata tgctggagga ttccgcagca aagcttctga ttgcagacag agagcttctg     2340

catctggtgg atggctatca gggacctgtt ttatataccg atgaaatcat gcagcttgag     2400

gatgtggatg tggaattgaa aaagccgcag cttcatgacc tgtttatctt actgtatacc     2460

tcgggttcta ccggggtacc gaagggatgt atgctggaat atggaaatat taccgcattc     2520

tgtcactggt acagaaagta ttacagcatt gatccggatt gtaaggtggc tgcctatgca     2580

tcgtttggtt ttgatgcttc catgatggat acttacggtg caattaccaa tggtgcagaa     2640

ttacatatta ttccggaaga aatccgtctg gatttcattg gcttgcagaa atactttgaa     2700

gaaaatggca ttacccactc cttcatgacc acacaggtcg gaagacagtt tgcactggaa     2760

atggaatgca ggagtctccg ttatctttcc gtaggcgggg agaagctcgt tccctgtgaa     2820

ccgccgaagg gatatcggtt tttcaatgtt tacggtccta cggaaacgac cattcttgta     2880

acagcttttg aggttgacaa gtattatccg aatattccga tcggaaaagc actggataat     2940

gtgaagcttt atattacgga taaatccggt catatgctgc cgtatggtgc ctgtggagaa     3000

ctgatgatct caggcttcca ggtttcgagg gggtatctca ataagccgga gaaaacggca     3060

gaggtatata cgaagaacat ttatgatgat acggaaggct atgaagtgct gtatcattcc     3120

ggtgatattg ccagatatct tccggacgga aatgtccaga tcatcggcag aaaggattcc     3180

caggttaaga tcaggggctt ccggatcgag ctttccgaag tggaagaggt catccggaga     3240

taccagggaa tcaaggatgc aaccgttgtt gcttttgatg atccgaacgg tggaaaatac     3300

attgcagctt atgtggtatc ggacagtgaa gtggatatca atggtttaaa tgatttcatt     3360

aaggaaacca agcctgctta tatggtacct gcagttacca tgcagatcga caagattccg     3420

cttaatcaga accagaaggt caataaaaag gcacttccgg taccggagag aaaaatcgaa     3480

gaaatcatcg agccaaagaa tgaaacacag cagaaattat ttgactgtat tgcagacgtt     3540

cttggctata aagaattcgg tattaccacg gatatttatg aggcaggact gacttccatc     3600

agtgcaatca agctgaatat cctgatttcc aaggcatttg acatagtcat taagacctcg     3660

gatattaaga gccatccgac aattgaactg ttagagggct ttgtaaagac tgccggtaag     3720

gaaacaaaga gagaagtaca ggagaactat ccgcttacta atacgcagga aggaatcttt     3780

attgagtgta cggccaatat gggctctacc atatacaata ttccttatct tttgaagctt     3840

aataagaagg tagatcttga caggcttgca gcagctattg acagcacaat cgaggctcat     3900

ccttatctga agacacgcct cttcatggat gaaaacggag atgtccttca gaaacgtgat     3960

gacggcttaa tctgtaaaac acagattatc aatggaatga acagggaaac gctggttcgt     4020

ccctatatgc tgtttaatga gcagcttttc cggtttgaaa tttacagaac ctgtgatgga     4080

aattacctgt tccttgacat tcatcatatc attgcggatg gaacctctct tggtattata     4140

ctgaacgaca ttaacagggc gtacagtgga gaaaagctgg aagcagaaac ctatacctcc     4200

tatgacctgg ctctggataa ccgtgatgca ttgaagagtg atgtttataa gaatgcagag     4260

aactattata aatccgtatt tgaaaataaa ggtggaagca tcaacttcta tccggataaa     4320

aacggtccgg ttccgaccgc agagacttac cacagagagg ttacggaggt ttccgtacag     4380

gaggtaaagg acttctgtaa gaagcacgga attaccgaaa atgttttctt tatttcggtg     4440

tttggcctca ctcttggtaa atacaatttc agaaaggatg cagtatttac taccatttat     4500

catggaagaa atgattccag actttcagaa accgttggta tgctggtaaa gacacttcct     4560

gtttacacgg attttgcagg aagcttaaag gatggcctgc ttgcggtaca gcagcagctg     4620

atcaactcca tgaacaacga tatttatcca ttttcacaga tcagccatga gttcagcatc     4680

aaggccgatg ccatggtgat ctatcaggga gacaattttg cgtttgacac gattggtggt     4740

gaatatgcac aggaagaacc gatcagccta aatgcagcga aagcaccggt ttctatcagt     4800

atttccattg accggaacaa atttgtcttc gaaattgagt accgtgggga tatgtactat     4860

gaggatacga tgaaatacct tgcggacaat ctggaaattg cagcaggtgg aatcttaaga     4920

gaacaggaac cggatgacat taagctgctg tttgaagaaa agacaacgat ggaggacgat     4980

ccggagcatg caggaaagac cttcgtggat ctgttccggg aagctgtaga aaaatatccg     5040

gacagaccgg cagtaagaga tggaatgggc gaaattactt accgtgaatt ggacagaatg     5100

tctgattacg ttgcacagaa gcttaccgaa aatggctttg gcagagagca ggccgcaggt     5160

attctgtgtg gaagaaccag ggaatttgcg gttgcttatg tgggcgttat gaaggccggc     5220

ggagcttatg ttccattgga tccggagtat ccgcagagca gaattgagta tatgttaaag     5280

gactccgggg cggacaatct gcttgtgatt aaccagtacc gtgaactggt cagcttctat     5340

gacggaaata ttttaagtct ggatgaggtt gcagaggcat cgaaagactt tacactttcc     5400

gtagagctta cgtcgccg                                                   5418


<210>  263
<211>  765
<212>  DNA
<213>  Lachnospiraceae

<400>  263
atgggaaaaa cgattgcaat agctaatcag aaaggtggag taggaaagac aactacctcc       60

attaatttat ctgcatcatt agcagcaaag ggaaagaaag ttttagtaat tgatacagat      120

cctcagggaa atacaaccag tggatttggt gtagagaaga atgatttgga taacacagtt      180

tatgaattaa tgctgagtga atgttccatc aaggaatgta ttctgaaaga tgtaatagat      240

ggtgtgtcca ttattccttc taatgtaaat ctggctgccg cagagatcga actgattggt      300

gtagatcgaa aggaatacat tttaaagaga gaggtggagt ggatcaagga tagttttgat      360

tacattatca ttgattgccc tccatcctta agtatgttga caattaacgc aatgacaacc      420

gcagatacgg ttttagttcc aatccagtgt gagtattatg ctttggaagg tttaagtcag      480

ttaatacata ccattaatct ggtaaaagaa agattaaatc cggatttgga tattgaaggt      540

gttgtattta ccatgtatga ttcaagaacc aatctttcca tgcaggttgt tgaaaatgtt      600

aagagcaatt taagtcagaa agtatttcag acattaatac cgagaaatat tcgattggcg      660

gaagctccaa gttacggaat gccaattaat gcttacgatc caaaatctgc aggagcagag      720

gcatatatgc aattagcgga agaagttatt aatggaggaa agtaa                      765


<210>  264
<211>  2424
<212>  DNA
<213>  Lachnospiraceae

<400>  264
atgaaaagat gggcgagagc attatatcag ccgggaattc cactcggaca ggatgggaaa       60

cgtgttacgg gaagtaagga acatattgca ctttctaaag aagcagcaaa ggaaggcatg      120

gttcttgtga agaatgaaaa taaggttctt ccacttgcaa aaggaaccag ggttgtgtta      180

ttcgggaagg gaaccttcga ttatgtaaaa ggaggtggtg gaagcggtga tgttacctgt      240

gagtatatac ggacgttgta tgatggatta aagagtaagg ctgacaaagt gagcatattt      300

gaagaacttt gcgactttta ccgtgaggat atcaaaaaac agtatcagaa tggagcagtg      360

ccgggaatga ccatagagcc tcagatcccc ggagagctta taaagaaagc agaatcctat      420

accgatacgg caattatcag tatctgtcgc ttctcgggag aaggctggga caggacagca      480

tatattgatc cggagaataa ggcaatctgt gattctgagg tcgaaatgac caaaagggct      540

gccggcattt tttcaaacgg agatttctgt ctgtcggatg gggaacagca gatggttgat      600

cttgtaaagg agcattttga taaggtcatt gtcgtgatga atgtaggggg tatggtagac      660

acctcctggt ttgcagagga tgacctcatt tcttccgtat tgtttgcttt tcagggcggc      720

atggaaggag gaactgcagc agcggaactt ctgttaggag aagggaatcc ctccggcaag      780

ctttctgata cccttgccaa agctttgcag gattatccct cctcggagag cttccatgaa      840

tccagggatt atgtggatta tgtggaggat atttatgtcg gttatcgtta ctttgaaacc      900

attacgggtg cacgggaaaa ggtaaattat ccatttggtt tcggactttc ttatacgacc      960

tttgaggtga agccattgga agcaggagag aaccatggta atattcaggt ccgggttcag     1020

gtaacgaata ccggaagctg tgccggaaaa gaagtggttc agatatatgt cggcaaaccg     1080

cagggaaagc tgggtaaacc ggataaggag cttgttgcat ttgaaaagac acgacttctt     1140

cagacgggag aatcacagct cttactgtta cagtggaagg tcagtgatat ggcatctttt     1200

gacgaccttg gtaaggttag gaaggctgcc tatgttctgg aaaaaggcac ttatgtcatt     1260

tatgccggaa cttcagtacg ggatgtagag aagctttctt atagctatgt gctggaggaa     1320

gatgtcatta cggaacaact gacaacgaag ctggcaccga cttcccttaa gaaaagaatg     1380

ctggcagatg gcacctttga agaacttcct ttgatgcagg ccaatgatcc gaacgcatct     1440

gaaatcggca aattaaaaga tgaacagacc gatggattta caccggaagg aaaactggta     1500

gaaagctatg tgctctggcg tggaatgcat cgaagcggag agcatgattt tacagaggtc     1560

gcagatggaa ccattaccat ggaagaattc ctggcgcagc tttctgtgga agaactggcc     1620

tatcttcttg gcggacagcc gaataccgga gttgccaata cctttggctt tggtaatttc     1680

ccggaatatg gaatccctga tatcatgaca gccgatgggc cggccggctt acggattgct     1740

ccggaagcag gtgtcaatac aacagcgttt ccatgcgcta ccttacttgc ctgcacatgg     1800

aatccggaga ttgtagaaaa aatcggggaa gccggtgggg cggaagtaaa ggagaacaat     1860

atatcggtct ggctgacacc ggcgattaat attcaccgga gtccgttgtg tggacgtaat     1920

tttgaatatt attctgagga tccgcttctg acagcagagc ttgcaggagc tatggtgaaa     1980

ggaatccagt cgaatcacat aggtgcgacc ttaaaacatt ttgcatgtaa taataaagag     2040

acaaatcgta agaactgtga ttcacgggta tcggagcgtg cagcacggga aatctatctg     2100

aaggcttttg aaaggattgt gaaggaacag aagccgtggg cagtcatgtc ttcttataat     2160

atcatgaacg gacaccggac atcggaatat aaggaactgt taaccggagt tctccgcgag     2220

gaatggggat ttggtggtat ggtaacaacc gattggtgga cctgtggaga gcattacaag     2280

gaaacacatg ccggaaacga tctgaaaatg ccacgtggat ttgcagaccg tcttatggag     2340

gctgtccgac agggatgcct tacacgtgaa gaaatggaaa caagtgtagg acgaattctt     2400

aagacgattc ttaaggtgga ttag                                            2424


<210>  265
<211>  2145
<212>  DNA
<213>  Lachnospiraceae

<400>  265
accgaagcaa ctgataagct ttggggaaga cttcaggagt tacagaaaga agaacgtgaa       60

catgacggcg ttttagagtg tgaaacagag gttgtttcca gtcttaccgc ttatggtcct      120

ggttacattg atgagtctat gaaggatctt gagcagatcg ttggtcttca gacagacaag      180

ccgttaaaga gagcattcat gccttacggc ggtattaaga tggcagaaga agctgcaagc      240

acttatggtt atgaagttaa ccctaagttc cacaagatct tcaacgatta tcataagaca      300

cacaatcagg cagtatttga tgcatatact gatgagatga aggttgctcg tcatactcat      360

atcgtaacag gacttcctga tacttatggt cgtggacgta tcgtaggtga ctacagaaga      420

gttgctcttt acggtattga tttcctgatc cagaagaaga cagaagacaa gaagaactgc      480

ggtaacggaa caatgacaga agacattatc cgtttaagag aagaaatcgc tgagcagatc      540

aaagccctta agggaatgaa ggaaatggct aagatttacg gctatgatat ttccggtcct      600

gctacaaacg ctaaggaagc tgtacagtgg ttatacttcg gataccttgc agcaatcaag      660

actcagaatg gtgcagctat gtccgtagga cgtatctcta cattccttga tatttatatt      720

gaaagagacc ttaaggaagg taccttaacc gagaaggaag ctcaggaatt aatcgatcat      780

atgaccatga agttccgtat ggttaagttt gctcgtattc cttcctacaa ccagctgttc      840

tccggtgacc cggtatgggc tactctggaa gttggtggta tcggaatgga tggccgtcat      900

atggttacca agaacgacta tcgtttcctt catactcttg agaacatggg accgagccct      960

gagccgaact taactgttct ttactccagt gctcttcctg agaacttcaa gaagtatgca     1020

gctaagattt ccgtaacgac atcttccatc cagtatgaga acgatgatgt tatgaagccg     1080

atctggggcg atgactacag tatctgctgt tgtgtatccg ctacacagac tggtaaggaa     1140

atccagttct tcggtgctcg tgctaacctt gctaagtgct tactttacgc tattaacggt     1200

ggtaaggatg agaagcatct tgataaggaa ggcaagcata tgcagtgtgg tcctgaaatc     1260

gcaccgatta cttccgaata tcttgacttc gacgaagtta tgcataaata cgatatcatg     1320

cttgactggt gtgcagctct gtatgtaaac atcctgaacc tgattcacta tatgcatgat     1380

aagtactact atgaagcagc tgagatggct ctgattgata ctgacgtaag aagaacattc     1440

gctaccggta ttgcaggtct gtcccacgta gcagactccc tgtccgctat taagtatgct     1500

aaggttaagg ttatccgtga tgatcagggt tgcgcaatcg acttcaagac cgaaggcgaa     1560

ttccctaaat atggtaacga tgatccgaga gctgatgaat tcgctgtatg gcttcttaag     1620

accttcatgg agaagatcaa gaagaaccag acttacagaa attccgagcc tacaacctct     1680

atcttaacca ttacttctaa cgtagtatat ggtaaggcta ccggtgctct tccggatggc     1740

agagaagctt acaagccttt cgctcctggt gcttcaccgt cttacggtgc tgagcagagc     1800

ggtctgcttg cttccctgaa ctctgtagct aagctgcctt atgagtatgc tctggatggt     1860

atttccaata cacagaccat ggctccttcc gctcttggac atgaccttga tgagcagaag     1920

aatactctgg ctggcgttct cgatggatac tttgatcgtg gtgctcatca ccttaacgtt     1980

aacgtattcg gtaccgagaa gctgttagat gcacaggcac atcctgagaa gcctgaatac     2040

gctaacttca ccatccgtgt atctggttac gctgttaagt tcatcagcct gaccaaggaa     2100

cagcaggatg atgttatcgc aagaacctgc cataagcatc tttaa                     2145


<210>  266
<211>  774
<212>  DNA
<213>  Lachnospiraceae

<400>  266
atgatcgagt taaagaatat tcataaatat tataatccgg gctccgtaaa tgaactctgc       60

ctgttccaga aattttctct tgaaattccg gatggggatt tcgtagcagt agtcggaagt      120

aacggttccg gtaaaacctc cctgctcaat attatctgtg gaacgatacc gattgattcc      180

ggagatatta tagtaaatgg aacttccatc gttgggaaaa aggatttcct gcgtcacaga      240

agcatcggcc gggtatatca ggatccgtca aagggtacct gtccttccat gaccatactg      300

gaaaatctgt cgcttgctga caataaagga aagccttata acctgggaaa agggataaac      360

aaagcaaaga ttgaacaata taaggagctt ttaaagaagc tgaatcttgg attggaggat      420

aagctgtata cacaggtagg atccttatcc ggtggacagc gtcaggcact tgccttactc      480

atgtcgacga tgacgccgat tgagtttctg attctggatg agcatacggc agcacttgat      540

ccgaagaccg cagaccttat tatggagctt accgaccaga tcgtgaagga aaagaaggtt      600

acgaccatta tggttactca caacctccgc tatgcggtgg aatacggaaa ccgcctcatc      660

atgatgcatc agggagaagc aattattgat aagtccggtg aggataaaaa ggcactttcc      720

accgaggata ttatgagtac gtttaacaga atcagcgtag agtgtggtaa ttaa            774


<210>  267
<211>  1371
<212>  DNA
<213>  Lachnospiraceae

<400>  267
atggcaaaga gtgcaacaaa ggatatgacc gtgggatctc ccatgaagtt gattttaagc       60

ttttccatgc cgctgctgat cggatttatt tttcagcagt tttacagtgt ggtagatacc      120

tttattgtgg gaagaacgct gggaatgaat gctcttgcgg gtgttggcgc aaccggaagc      180

attaacttcc tgattgtcgg atttgtaatg ggcgtgtgcg gcggatgtgt cattccgatt      240

gcacagcgtt ttggagcaaa ggattattcg gacatgcgca ggtatgtggc gaactgtgtg      300

tggctcggaa ttgtcatgtc tgtggtgatt accgtagtgg tatgtattct gtgtcgtgat      360

atcttaatgt ggatgaagac gccggaggac atttttgagt attcttacca gtatattttt      420

atcgtatttt taggaattcc ggcaacctac ctttataata ttttgtccgg tatcatgcgt      480

tccatgggaa acagcaagat tccgctggta ttcctgatta tttcctcagc aattaatatt      540

gcactggatc tgatctgcat catcaatctg catatgggtg tttccggagc cgcggttgcc      600

accgttgcct ctcagctgat ttcgggcatt ctctgcctga tttatatgat gaagaaattc      660

gagatccttc atattacaaa ggacgaatgg aagcttagca tgcctcatat cggtatgctg      720

tgtgccatgg gtgtgccgat gggattacag tattccatca cggcaatcgg atcggttatt      780

ttacagtcct ccgtgaatac ccttggagct acagccgttg ccgcagttac tgccggcagt      840

aaggtcagta tgttcttctg ctgtgcgttt gatgcacttg gaacaacaat ggcaacctac      900

ggtggccaga atgtgggagc aaagaagctg gaccgtcttg gcaagggact ttttgcctgc      960

agtattttcg gtattgttta ttcgatcgtg gcatttatta tcatgtactt tgcaggtgga     1020

acactgtgcg gactctttgt aacggatgcg agtaaggaac tgcttgacag ttcaagagag     1080

ttcctgctaa tcaatgcagc attctttatt ccgcttgttt tcgtgaatgt catccggtat     1140

atgattcagg gaatgggatt cagcaccttt gctattctgt ccggagtatt tgagatgata     1200

gcaagaactc tgatgggtat tttcattgtt ccggtatttg gatttaccgg cgcctgcttt     1260

gcaagcccgc ttgcctggat tatggcagat atcttccttg ttccggcata cttttatgtc     1320

aaaaggaagc ttgagagaac attgaacgga gaaaaaacag cagctgcgtg a              1371


<210>  268
<211>  2907
<212>  DNA
<213>  Lachnospiraceae

<400>  268
atgagtatca agttatccga ccagcatgtg ccggttgcca agatgcgccc gcgtgaatac       60

attaaaatcc ggggtgcagc agaacataat ctgaaaaata ttgatgtaga tattccgaga      120

aacgaactgg tcgttctgac aggactgtca ggttccggca agtcttctct ggcatttgat      180

acgatttatg cagagggaca gagacgttac atggagtccc tgtcttctta tgcccgtcag      240

ttcttaggac agatggaaaa gccgaatgtg gagaagattg agggactgtc accggctatt      300

tccattgatc agaaatcgac gaaccgcaac ccgagatcca ccgttggaac cgtaacggag      360

atctatgact atttccgtct gttatatgcc agaatcggta ttccgcattg tccgaactgt      420

ggaaaagaaa tccgtaagca gaccgtggat cagatggtgg atcagattat ggagcttccg      480

gagggaacga agatccagct tctggcaccg gtagtacgtg gacgaaaagg tgagcatgtg      540

aaggtctttg agcgtgcgaa acgaagcggt tatgtgcgtg tccgtgtaga tggcaatatg      600

tatgagctgt cagaggatat ttctcttgat aagaacatca agcataatat tgaaattgtg      660

gtggatcgtc tggtgatcaa accggagatt gaacgcagac ttaccgattc gattgaaaat      720

gttctggcat tggccgaggg acttctgatg gtagatgtga ttggcgggga aaccatcaat      780

ttcagccaga gcttttcctg cccggattgc ggaatcagta tttcagagat tgagccgaga      840

agcttttcct ttaataatcc gttcggtgcc tgtccggtct gctttggtct tggatataag      900

atggagtttg atccggatct gatgattccg gataagaagc tcagtattaa cgaaggggcc      960

atccaggtca tgggctggca gtcaagtaag gatgagggaa gctttaccaa tgcggttctg     1020

cgtgctcttt cgaaggaata tcagttcagt cttgataccc ctattgagaa gctgcctaag     1080

gatgtttatg acatgctgat ttacggaacg aacggcaggg aagtgaaggt acattacaag     1140

ggacagcgtg gagaaggagt ttatccgatt gcctttgaag gaattatcaa gaatactgag     1200

aagcggtacc gtgaaaccgg ttcggatatt atgaagcagg aatatgaaac ctttatgcgc     1260

attactccgt gtaaggaatg taacggaatg cgtcttaaga aggagtcctt aagtgtgacc     1320

gtttgtggta agaacattta tgagattacc tctatgccaa tctgtgacct gaatgaattc     1380

ttgcagaata tggagcttac cgcacaacag cagatcattg gaaagcaggt attgaaggag     1440

atcagggcca gggtcggatt ccttgtggat gtcggtctgg attacctgtc gctttcgagg     1500

gcaacgggga ccctgtctgg cggggaagca cagcgtatcc gtctggcaac gcagattggt     1560

tccggacttg tgggcgtgtg ctatattctt gatgagccga gcattggcct tcatcagaag     1620

gataacgata agctgttaaa tacgttgaaa aatttaagag atcttggcaa tacgctgatt     1680

gtggtagaac atgatgagga taccatgctg gaggccgacg acattgtgga tatcggcccc     1740

ggcgccggct cccatggtgg agaagtggtg gctcatggaa cggccgaaga gatcatgaag     1800

atcgaaggtt cactgaccgg tcagtattta agcggcagaa tgcagattcc ggttccacag     1860

acgcgccgta agccgaagga ctggcttaag atcaccggtg cacaggagaa caacttaaag     1920

aatattgatg taaggatacc actgggcgta tttacctgtg ttacaggtgt atccggatcc     1980

ggtaagagct ctctgataaa tgagattctg tataagacac tggcaagaga actgaaccgt     2040

gcgagaacca ttccgggtaa gcacaggaat attacaggaa ttaagaagct ggacaaggta     2100

attgacattg accagtcccc gatcggacgt accccacgtt ccaatccggc aacctatacc     2160

ggagttttcg atcagatccg tgatctgttt gcaggaacgc cggatgccaa ggcccgcggt     2220

tacaagaagg ggcgtttcag ctttaatgtc aagggaggcc ggtgcgagaa ctgtggcggt     2280

gacggtatta tcaagattga aatgcatttt cttccggatg tgtatgtgcc gtgtgaggtc     2340

tgcggcggta aacggtataa ccgtgaaact ctggaagtga aatataaagg aaagaatatc     2400

tatgatattc tggatatgac ggtggaagag gctgtgccgt tctttgaaaa tgtgccgtcg     2460

atccgcaaca agattgagac tctgaatgat gtcggacttt cctacatcaa actgggacag     2520

ccttctacaa cattatccgg aggagaagcg cagaggatca aactggcgac agaactgagc     2580

cggagaagta ccggaaatac catttatatt ctggatgagc cgacaaccgg acttcatttt     2640

gcagatgtac acaagctggt agaaatcctg cagcgtctga ccgataacgg aaataccgtt     2700

gttgtaattg agcataacct ggatgtcatt aagacagcag actatattat tgacatggga     2760

ccggatggtg gtgaccgtgg cggaacagtt gtgacatgcg gtacgccgga ggaggtagca     2820

gagcatccga cgtcctatac cggaaaatat gtgaagaaaa tgctggagag atataaagaa     2880

aatgtggaga aataccgaaa taattaa                                         2907


<210>  269
<211>  2646
<212>  DNA
<213>  Lachnospiraceae

<400>  269
atgagcaagc ttgtactgat agacggacat agtattttaa acagggcgtt ttatggagta       60

ccggatctga cgaatgcagc cggtcttcat acgaatgcca tctatgggtt cttaaatatt      120

ttatttaaaa ttctggacga agaatcgccg gattatctga ccgtggcatt tgatgtcaag      180

gcaccgacct tccggcatga aatgtttaag gagtataaag ggacgagaaa accgatgccg      240

gaggaactac gtgaacaggt tcctgtaatg aaggaagttt tacaggctat gggaatccgg      300

atcattgagc aggcaggtta tgaagcggat gatcttttag gaacgattgc caagcgtgca      360

gaagcagagg gaattgatgt ttccctggtt tccggtgacc gggatctgtt acagattgca      420

acggacagga tcaggattcg cattccgaag acaaagggtg gcagaacaga aatcgagaat      480

tactatgcag ccgatgtgga agcaaagtat caggtaaatc cggttcagtt tatcgactta      540

aaggcattga tgggagatac tgcagataac ataccgggtg ttcccaaggt aggagagaag      600

acagcaacgg atctgatggt gcagtttggt tccctggatg gaatttatga gcatatcgac      660

gaggtgacga agaagtctgt caaggagtcc ctgattcaga ataaagacct cgcctattta      720

agcagggagc ttgcaacgat taagcttgac agccccctta cttataccct ggaagaagca      780

agggtaggaa acttttttaa tgaagcttct tatatattat ttaaaaagct ggaatttaag      840

aatttactta ataaatttga aaagggtgtt tctaacgaag aaatatctgc ttcgtttcat      900

ctggtagaga accttgcaga ggtggaggca ctttttacaa gggtattgtc tgacaaggac      960

aggcagattg gtctgaaggt agtgaaggaa gccggacggc acggagaact gctgggtgtg     1020

gcacttcatc ttcaggaaga aggaagcttc cttgttttga agcagggctt tcttaccgaa     1080

gactatctga aagaaaaaat agcgcttctg ggtgcacagt gccggattgc aactgcggat     1140

atcaagagtg aatatgctta tttgcaggca caggatacag accggttctt tgatgtgatt     1200

ctggctgcct acctgctgaa tccgcttaag aatgattata cggtagagga tattgccaat     1260

gaatatctga acctgatgct tccggagaaa ggacaggcat ttggcagact gtcctttaag     1320

gatgcgctga atgaaaagcc ggaagatttt ttgaagtact gctgctttga agcttatgtg     1380

tgtgcacagg cagctgtttg tttacagcag aagctggaag agacacagat ggaccgactg     1440

atgcgtgaaa ttgagatgcc gctcaccctg gtgctttttt ccatggagga ggaaggaatc     1500

cgcgtgaatc cggaagcgtt gaaggattac ggagaagctc tttcgggtaa aatcaccgaa     1560

ttggagcagg agatttacag cgaggcagga tgtgaattca acattaattc accgaagcag     1620

ttaggggaga ttctgtttga aaagatgggg cttccaggtg ggaagaaaac gaaaaccggc     1680

tattccacgg cagcagatgt tcttgaaaag ttatccggag aatatccagt ggtaaaacat     1740

attctggaat accgcggact taccaaatta aagtccacct atgcagacgg tctggctgca     1800

tatattgagg atgaaaaccg gatacattcg acctttaacc agacgattac ggcaaccgga     1860

agaatcagtt ccacagaacc gaatttacag aatatcccga tccggatgga gcttggcaga     1920

cagatccgta aggtttttat tccaaaggat ggttattgct tcatggatgc ggactattcc     1980

cagattgagt taagggtgct tgcatccatg tccggggacg agcgtctgat tgaggcgtac     2040

cggtcccatg cagatatcca ccggacaact gcttcccagg tatttcacat tccgtttgag     2100

gaagtgacgg acctgcagag aagaaatgcc aaggctgtaa actttggtat tgtatacgga     2160

atcagttcct ttggactgag tgaagacttg agtatatcaa gaaaagaggc agcagcctat     2220

attgagcagt attttgaaac ctatccgcag gtaaagcagt tcattgattc tcttgttaag     2280

gatgcaaaga agaacggcta tgcggtgact ttatatggaa gaagaaggcc ggttcctgag     2340

cttttcagca gtaattttat gcagcgttcc tttggcgaac gggttgccat gaattcaccg     2400

attcagggga cggcagcgga tattattaag attgccatga tccgtgtctt tgaacggctt     2460

aagaaggaag ggttgaagtc aaagctgatt ttgcaggtgc atgacgaact tctgattgag     2520

acagccttgg aggaagaaga acaggtaagg atgattctcg aagaagaaat ggtacatgct     2580

tcatcccttg ccgtagaact ggaaattgat cttcatgtgg gcatcaactg gtatgaggca     2640

aaatag                                                                2646


<210>  270
<211>  4980
<212>  DNA
<213>  Lachnospiraceae

<400>  270
atgacaaaag ttgcaaaaaa gaaaaacaga aaattaagaa gacagatccg gaaaacaatc       60

ggtgcactgc tgatggtttc cgctattgta gttgctgcaa ttccggtgac gggagtaaat      120

gcagaaccta ctgctacttc aaagccggaa agaaaagtat gggtctggga taataataaa      180

acagagacaa gcgtggcagg cagtccggca tcgtccatac aggcggcaac caagaatacc      240

attccctatg tgccagagga ttctattgta tatacatccg gtgatggaag atttcagttt      300

gcttatgttg atccggatgg gggaggtaac aaatatgcgg ttattttgaa ttataatgca      360

aatgcgttag cagagagttc cctgacgatc ccagatacca tggaggcgtt taagaaatat      420

aaacagacct cttctgatgg ttatttctgt ctggttacac agaatgatga atttatgttt      480

tatgatgtgt atgaacaggc aacggataat gccggagtgt tgctttacag ggttcccgca      540

gtaaagtatg gggattatgg acatgaagtg ataccgtctg gctctcaaaa tggagaatcc      600

atcattgtta accggaatca gttatattat ggttccgatg gaagtacact ggtttatcgt      660

aatacagaaa aagaaatggg tgaagatgga acagaacatg aggttcagaa ggattatccg      720

gtagaaccaa ttatggtgac taaccagaag ccatgctatt atgaacagag atctatctgg      780

ggagatcagg atgatagaca gctgtattat caggaaaaga aaagcgtgaa accggataaa      840

ccaaatggta cgttaattca tccatcttca caggctcatt accgtattga tgcgattgtg      900

aagtatattg gtcagcagtt tgtggatgca gtttcagcca cggatccgga tacgggagtc      960

cagtatattg caagctggga agtgcataag ggaaaatacc gggagaatcc ggatgatggg     1020

gtttttgcaa ataatgcgaa tattacgaat ctgcagattg gatcgaatct ttccggtatc     1080

agtgattatg cattccaggg gtgtgcaaca ttacagagcg tttcctttgg aaataatctg     1140

cagaccgttg gaaacggggc atttgcaaac tgtatccgtt taagcaactg tgatattccg     1200

acgaactcca atatccaggc atttggcaaa gatgcatttt ataattgtac ggcattgacg     1260

agtattacaa ttccaattgg gttaaaggct attggcgatt cctgttttga aggctgtact     1320

cgtcttcaga cgatagatct gtgtggtggc agtgagcttg atacgatgtt acagaccatt     1380

ggtaattcgg catttaagaa ttgcagttct ttaggttcac taacattccc tacacaatat     1440

gcagagagtg atttacagat tggtattttt gaaggatgct cgaatcttca gtttgtgaag     1500

gttcctaata agttcatgag ctttgctgaa acgacaaata caggtgctga tcctgccagt     1560

gatccgctta cttttgaggg ctttaagaat acggttccgg aaagctttta tttctgggga     1620

gcagatacgg atacgaatga ccgtaatggt cgttcacagc tccataaaac agcaaacgat     1680

catcagatcg cgtataagta ttttgacaaa gaagtatatg aaattgtaat taaggaagaa     1740

aatggaactt cttctattac ctatcaggta aatgaccaga accagttaat taagatctgg     1800

ttagaaggaa accctgttaa tgtagtgatc ccgaagacca taggacctta tggaattgct     1860

tctattggta cggggtgttt taacgatgca tgctccatta aacgggttac aattccggaa     1920

accgtggtgc gtattgaaga tggtgcattt aagggaagcc ataatctgga aaccgtcagc     1980

tttgataatg catctaccat acagtatatt ggaacggatg cattccgtac acaggtggtt     2040

tcctgtggac attccattac aaacaaggat ccggagctta ctttcgtagg tgcaatgatg     2100

aatgataatg gagaagatac cgttccattc atttatgcaa tgacaccgga gaataccatc     2160

aacaatcaaa gtcagaataa gtcatggatt acctgtcaca gtggttttcc gactaatata     2220

gaagtaaagt atgtatatga ttttacaacg aataccggaa gcgcccagat gcagagttat     2280

ccaagatacg aactctatgg agaaagccag aagcttatag attgggtaaa agcattgccg     2340

tatgtagatg aaacagacga tgcagaagtt aagttatatg tggataagat caaggatgca     2400

tatcaaaaat atacgactgc tgatccgtcc gttcctccga cagaagagca gatgcagatt     2460

gttaatgcgg ctttaaatgt tgtcgttcct acaaatgtgg acagtctgaa accgggatta     2520

ttctccggtt acaaagcgga ttctgccgga gaggcagagc agatagcggg aatgacgccg     2580

gataccaaga tcagctctat tgtattaaat ggtgtggatg aaattgagcc atttacgttt     2640

acaggctgca gcgagcttaa gaatgtttcg atcatcaagg ctggcaaaat cggagattat     2700

gcatttgggg ctgtggagaa aattaattca gccaatggtc atgttacaac ggagcagaat     2760

tgtgatgcac ttgaacaggt gacacttggg ggaaatatta ctgatatcgg aaagcgtccg     2820

ttccgtggct gtacaaaatt aaataccata acctgtcttg gcgataatct gtcttatcag     2880

gatggtatct tatatcagac aactgcgaat ggaaagactt tagtcgagtg tctggcagga     2940

cgtggagaaa cagttggatc atattccgtg ggaccggaag aattgtctgg agtttcggaa     3000

atcaaggcag aagcatttat ggattgtgat cacgttggaa cggttgatct ttccgacacc     3060

tctgttgttg atattccgga aaagacattt tatgatatgg aagatttaaa tagcgttatt     3120

ctgcctgata cggttaagaa tattgaggct aaatcattcc aaaacagtaa aatccgtgtt     3180

ctgaaaattc ctggaaacca ggcgtacata gagaaagatg ccttcaagaa taatgaaggt     3240

cagcagacca tattatttca atgtgtacag ggaacaaccg ctgaccggta tgctaaggcg     3300

tacgattaca ttaatcctga atacgggaag gtatatttgg aacatacggt attcttctgg     3360

gattatccgg attatccgga cacatcaaat aagatcctgt tccacaaggt aaaggttcgt     3420

gacggagaag atgcagttcc tccaactgac acaccgaaac atgaaggtta tatgttcagt     3480

ggatggaccg attataccaa aatttcgaag gatacggatg tgtggccgag gtttgggggc     3540

agcatctata aggtggaatt cttagactgg gatggaacgg taatttcaca gaccggattt     3600

accaatccgc agtatgttga agacggtaag agtgcgactc cgcctcagac agatccggtc     3660

agggaaggat acacctttga tggatggaca ccggattatc ataatgtttc caaggatctg     3720

acggttattg caaaatatac ggataattcg ggagatcaga gcagacatac ggttacgttc     3780

tatgcttatg aaaaaaataa gatgactgct atcagtgtcc aaaaggtcaa tgatggagaa     3840

gctgcggtag agccggcagt tccgacgaga gatggatata cttttacagg atggtatccg     3900

gataaaacag tgttctctaa agtaacaaca gacctgacca ttgttgcggc atatgataag     3960

aactctgcgg gcgcaggtgc gtcaccgagc ggtggttctt catcaggtgc atcagcttca     4020

ccgtcctcaa cggctggaaa caataacaat ggtaataatg gtgataacac gaagaagtat     4080

accgtaagtg tatccggtgg aagcggaagc ggaagctatc cggctggagc aattgtagcc     4140

ctgaatgctt atgatatggg tgtcggaaaa cagtttgaca agtggacaac atcaacagca     4200

ggagtgggat ttgcaaatgc agaagctact tcaacaacct ttactatgcc ggcagccaat     4260

gttgccatta cggcaacgta taagaccgga aacggagctt ccccaaatac aggtggaaac     4320

aatggaggca gtggaacgtc tggtaatagt tctaatggaa actccggatc aaacggaagc     4380

tctggaagca attcgaaccg caacagtgga acgactgtac aagtaacgaa gccgggtatt     4440

tccaatacga accttgcggg tgcgactgta gcaggatcta ccgataattt tgtggttaag     4500

gtaaccgaag accagacggc aaatgatctg gctgtacagg cattacaggc caagtttgga     4560

gacatcagca gggtgaagta tttaccgatg gacatcagtc tgtatgattc cacaggcaga     4620

accaagattg cggatacttc gggaatttct gtgaatatta cgttaccgct gccggatgat     4680

ctggcacagt atgcaggaaa taataaagtg gcatccacgt tgggaggaac cattgaagat     4740

ctgaatacca gatttacaac tgtggatggc gttccctgtg tgaactttac tgcaacacat     4800

ttttcaccct atgtgattta tgtggataca gcaaatctga ctgcaggaac aattgatgca     4860

actccgaaga ccggagatcc gattcatcct aagtggttcc ttgcattagg acttgcgagt     4920

ctctcactga tcctgttctt caagagagac cggaagctgc ctaagaccag aacagcataa     4980


<210>  271
<211>  4410
<212>  DNA
<213>  Lachnospiraceae

<400>  271
ttgaagaaaa cgattcacgc agaacatttt ttcttttgtg ccttttccga ctcagaatct       60

gttgtgaagc atgttacctg tatgggtgat acagcatttt ttttgcatct tcggagacag      120

aaaatctgtc tgaattatca gcagggaagc tttctggtaa atacccgtcc catgttatcg      180

gattcattgc tgttaccgga ttctgaggtt gaagaaaagg tactgatcag caggcagggg      240

cctgtacata gattggctcc agcagggaga atccgtctgg aggccgaagc cttggtgact      300

ttgggaagtg attatgaaaa cagaatctgt taccagtttc attccagggt cagaggccga      360

catgccgtac tggttatgga aggcgaaaat tgtgttctcc ataatcttgg cggtgacgga      420

gtatatcata acggaagaag agcgcaggaa agtaccattc ttgagaaggg agattccttg      480

cagctatacg gtcttttcat gcaatttctt cccccatatc tcatttatgt tccactggtt      540

ggagaatgcc gggtgatgga cagtggattt acggggaagg aattacagca aagggcaggg      600

gcggtaatgg tgtcacgctc catacagaaa attcccgaac aggtctgttt accggaagaa      660

caggaaagag aggtcttaag tccaccacag aaaaaggaga cttcgcagac gccgtggttt      720

ctgtccatag gcccatcggt tacaatggtt tttccaattc tgatgatgag tcttcttgga      780

agcagaattt cgaatggaac aggaaacaac tatcggtatg tgacattggc agcaggagta      840

tgcagtgcat tgcttggagt attctggggg attacaaacc ggctggccag tcgtcgggag      900

gagcggagga gtaacaggga aagaatcatc cagtaccggg aatatctggg aaaactggaa      960

gcagagctgc agatgttagc acagaaggga gctgggcttt ggcatcgaag atatccggcg     1020

gttccggagt attatgcaga gaaccggctt ctgatattga actggaaccg gtatgaagct     1080

gatccggatt tctggtttac acgtcttgga acaggaagac aggattttcc tgtaaggctg     1140

aagcttccgg aggaaaggaa ggttttcgta aaggattcaa tggaagagga ggcagaagcc     1200

ttatggaaga ggtttcagta tctggaggag gtaccggttg gtgtggactt ccgggagaat     1260

tcccggcttg gtgtagtagg agaagagaaa caactgcatg atggggtgtt acagattttc     1320

tggcagcagg tgcttcatca ctcaccggag gaaatgcgta tggcctgctt ctttgatttg     1380

tccatacctt ggcagatgag cgtttatcac agtatgaaat gggttccgca tatctggtcg     1440

gaaagcggag aagtccgatt tctggccggg aataaagaag cagcggccga aattctcccg     1500

gatcttacca gagaactttc cgcacagaaa gaacaggttt cttttctgat ttttctgctt     1560

gatcccatgc tgattctggg agaagttctg caaagccttt tacaggaggg aaaggcggac     1620

cgggttatgg tagttggaat tgcagggaaa gaacaggagc ttcctaagga ataccgcagc     1680

cggatgatct ggcagaagga tcgtcaggaa ctgcagctgt atgaaaatga taaaaggatt     1740

accgttcctg ttcagtacga taccatggac cggaagaaag cttcttccta tagcaggaac     1800

tttgcgttat gggaaaggac aggaagggga aagaatgaag gaattcctaa aaatgtggat     1860

tttctggaac tctttgattg cctgcggatc gaagaacttc actgtgaagt ccgctggcag     1920

gaagcaagac cggaaaagcg tcttaaggca gtgattggga aaggaatgca gggtgcaccg     1980

gtatatctgg atgtgcacga aaaatttcat ggcccccatg gactgattgc gggaacaaca     2040

ggttccggta agagcgaatt gcttcaaacc tacctgcttt cccttatgat ccagttcagt     2100

ccgcaggatg tgaacttttt tgtgattgat tataagggtg gtggaacagg aaatgcagtc     2160

aggaattttc cacattgtgc aggagtgata tccaatctgt ccggtgggca gatccggaga     2220

gccatgcttg caatcagcag cgagaataag cggagacaac ggattttttc ccgatacgag     2280

gtgaaccata ttgatgctta tatgcagctt tatcgtgaag gaaaggtcac atctgcactg     2340

cctcatctgc ttatcgtgat tgacgaattt gcagaattaa agaaagaaga accggaattt     2400

atgcaggagg taatctcact tgcacaggtt ggaaggagtc ttggggtgca tctgcttctg     2460

gcgacccaga agccggcagg aaccgtggat gataagatct ggagcaatgc ccgtttccat     2520

ctttgtcttc gtgtacagga taagcaggac agtatggata tgcttcataa gccggatgcc     2580

gcttatctga catctcccgg acaatgctat cttcagattg ggaatgatga attatatcag     2640

ctgttccaga cgggctactg tggcggcaga tatcagccgg aggaacagaa ggaagagact     2700

gtggctcttc tttcggaaac cggaaggaga agtgtactgc caaaagagaa agtaagtgat     2760

acagcagact cacttataga atgcgttgag aattatgtaa accatatagc agagcagcat     2820

ggatatgggc gggccggact gttgtggctt ccggagctgg aagaagtaat ttatttggaa     2880

aaaattcagg aacaggaaaa ggaagagtcc gaaaacgaaa tcggccatgc gcaggtattc     2940

cgggtcggga aatatgatga tccggaaaat cagtgccaga aagtattgta ttatgaaccg     3000

cagaaacagg ggcatctggg aatctgtgga ggaccggcaa caggaaagtc tcattttatc     3060

cgccttattc tggaacagat tgcaaggaat aatacaccaa tggaggcaga atattttctg     3120

ctggttgtgg aacagccggg gttccttttg tatgaggaac agccacattg tcttgcgctg     3180

gtgcagacac ctaaggatct tccggtattc ttttatcagt tcagacagct ttggagtgaa     3240

cggaaacgga tacttaatgg agaaaattat aagactttta tacgaaagaa tccgggaaag     3300

cttccggttc tgtacggcat ggttgacggt atcggaacct tacgaagata tctgggagaa     3360

gcggaagagg aatttctgct ttccatggca gcagagggga tcagtcttgg agtatttctt     3420

atcctgaccg ggaatggggt ggcagatttt caatcaaagc tttggaataa aatcaagaca     3480

acactgtcac ttgaattaag cgatcccttt cagtatgggg atgtgctgcg tcagtatcat     3540

gggatttcga ttccgaaagc cggtgttgca ggacgaggat tatgtaaaaa ggaaaagagg     3600

attctggagt ttcagaccct ggcatttcaa aaggagggtg caggctatca ggaggggcag     3660

cccttttatg accggattgt gcggattccg gaatatccga agcttatgca gttccttacg     3720

gtttatcgta agagccggaa gtatgacgga acaggcagcc gggtaccact ggggtataac     3780

aaggaaacag gagcaattga aattctggag cttcaaaagc tttccggttt tctgatatcc     3840

ggtgcagatc agaccggaaa gagtagtctg attgatcatc tgttattcag tgtgagaagt     3900

gttacagact ggaaaatact gcttctggat accgaagggg aacatgccgg gttaataaag     3960

gaaccggagg tgatctgctg ccggaatgca ggggagctgg aggaagagct gcaaaaggaa     4020

cagcagaaga aaagccggct tgtgcttatg attccacatc tggcagcatt tacaaggcag     4080

atttactcct attgcggaga agagaaagaa aagacacagc aatgggaaga gctggttgga     4140

aaacggagac agaatgtagt ggtgatcgga gcgtatcatc cgcagcgcga tctggaagta     4200

tatgcaacac cattgtttca atccctggcc tcctgtcagt ggggagttca tctgggagga     4260

aatgcatcct tgcagagagc actggaattt gagggattga atttttccct gttgaaccgg     4320

tcggagccgc cgggaaatgg atttttgaaa aagggatcgg gaggaggaag tgtgcagctt     4380

ctcattccgt ataaagaagg tgaggaatag                                      4410


<210>  272
<211>  1458
<212>  DNA
<213>  Lachnospiraceae

<400>  272
atgacgaaaa tcagaacaag atttgcaccc agtccgacag ggagaatgca tgtcggaaat       60

ttacgttctg cattgtatga gtttttgatt gcaaagcatg acggtggaga ttttatgctc      120

cgtatcgagg ataccgatca ggagcgtttt gtagagggtg cagtcgatat catttatgat      180

acgcttgcaa aggcgggact cagccatgat gaaggtccgg acaaggatgg aggctatggt      240

ccttatgtac agagtgagcg tatgaagacc ggcatttata tgaagtatgc caaagagctc      300

atcgataagg gagaagcgta ttactgtttc tgtgacaagg aacgtctttc taccttaaag      360

accgaggtcg tagagggcaa ggaaatcatg atttatgata aacactgtct gcatttgagc      420

aaggaagaga tcgagaagaa tctggcagag ggaaagccgt ttgtcatccg tcagaacatt      480

ccaaccgaag gaacgaccac attccatgat gaactgtatg gagatattac cgtagagaat      540

gcggaacttg atgacatgat tctgattaag tcagacggtt atccaaccta taactttgct      600

aacgtagtag atgaccatac catgaacatt acccatgtgg tacgtggtaa cgaatacctg      660

tcttcttcac cgaagtatca gcgtctgtat gatgcgtttg gctgggagtc accggtatac      720

attcatctgc cactgattac cgatgaaaat cataagaagc tttccaagag aagcggacat      780

tcttcctttg aggatctgtt ggagcaggga ttccttccgg aggctgttgt aaattatatc      840

gcattacttg gctggagtcc ggaagacaac cgcgagatct tttcactgga tgagctgatt      900

aaggaattta attatcacag aattaataaa tctccttctg tttttgacta tatgaaattg      960

aaatggatga atggagaata cattaaggcc atggacgatg ataagttctt tgaaatggca     1020

gagccgtatt taaagagcac cattacgaag aatatggatc ttcacaaaat tgcggacatg     1080

gtaaaaacga gaattgaagt attcccggat attccggatc tcattgattt ctttgaaacg     1140

ctgccggaat acgatccgtc catgtatgag cataagaaga tgaagaccaa cagggaaact     1200

tctcttgatg tgcttcgcaa attacttcct gtttttgaac agcaggagga ttacagtaac     1260

gatgcgcttt atcagcttct gaccggcttt gcggctgaga atgaatacaa gaacggctat     1320

gtactctggc cggttcgtac cgcagtatcc ggcaagccga tgactccggc aggcgcaaca     1380

gaaataatgg agcttcttgg taaagaagag tcccttgcac gtatcaggaa gggaattgag     1440

cttcttgaga actcctga                                                   1458


<210>  273
<211>  1119
<212>  DNA
<213>  Lachnospiraceae

<400>  273
gtgagagcaa tcggtataat tttagcaggt ggaaacagtt acagaatgaa agagctctca       60

tcgaagagag ccgtatgcgc aatgcctatt gcaggcagtt accggagcat cgactttgca      120

ctgagcaata tgaccaactc ccatatccag aaggttgccg tatttaccca gtacaatgca      180

ggaagtctga atgagcatct catttcctcc aagtggtgga acttcggacg gaagcaggga      240

ggattattta cctttactcc ttctgttacg gcagagaaca atttctggta tcgtggaact      300

gcagatgcca tggcacagaa tctgtccttc cttaaaaaca gccatgagcc gtatgtggta      360

attgcatccg gtgactgtgt ttacaagatg gattacaata aggtactgga atatcatgta      420

gccaagaagg cggatattac agttgtctgc aaggacatgc cggcaggtgt gaatgtagac      480

cgtttcggta cagtgaagat gaatgaagaa agccggattg aagaattcga agagaagccg      540

gttgtagcga agtccaatac aatttcctgc ggaatctatg tggtcagaag acgtcagctg      600

attgagatga ttgagaagtg tgcggaagaa gaccgttatg attttgtgaa ggatattctg      660

atccgttata agaatatgaa gaaaatctac ggatacaagc ttacggatta ctggagaaac      720

attgctacgg ttgatgatta ttttgaaacc aatatggatt tcctgaagcc tgaaacaaga      780

gattatttct ttaaacagta tccggatatt tattccaagg tggatgatct tcctcctgca      840

aaatataatc cgggtgcaca ggtccgtaac agtctggtgt cgagtggaac cattatcaat      900

ggaacagtag aagactccgt gatttttaaa gaaacgtaca ttggaaataa ctgttacatc      960

aagaattcta ttattctcaa tgatgtttat attggggata atacgcacat tgaaaactgc     1020

atcatagaaa gtcatgatac catccgggcg aattctcact atgttggtga gaatgagatt     1080

aagattgttg tggagagaaa tgaccggtat gtgatctga                            1119


<210>  274
<211>  1221
<212>  DNA
<213>  Lachnospiraceae

<400>  274
atgaaacgta caataaaatg gatctgcctg ttcctttgtg tagtgctggt ttttggaatg       60

tttgcgaaac cggcacttgc cacatatgcc agcgaactga ccaacagtgt cattaaggaa      120

aaggaacagg aaattgataa ggcaaaacaa gagaaaaaac agttacagaa cagtctgaca      180

gacgtgaaga agctgaagga acagctggag aagtccaagc aggatctgac agtttacgta      240

caggagctgg atgcggatct gacggcaatt caggagaaga ttaacgaact gaatgacctt      300

atcaccgaaa aagaaaaaga aattgaagat aagacggcag agctggaaga agcacagcgt      360

gtccagcagg agcagtatga ggcaatgaaa acccgtatca aatttatgta tgagagggga      420

gacacgattt atatggaact gattttcagt tccaattctt tcggagatgt gttgaataaa      480

gctgattata tccagatgct ttccgaatat gaccgtaagc ttctggatga atatgtcgca      540

catgccaatt atgttgcctt atgcaaggag agcctggaag aggagaaaga ggttctggat      600

gaggcgaaag cggccgttga aaaggaagag gcttccctga atgaactgat tgatgcgaaa      660

gagaacgaga tgtataaaat gtcctctgat atcaaaagca aggaacaggc aatcaaggag      720

tacgaggcag atattgccga gcagaatgaa accattaagg cactggaagc aattgttgcc      780

gaagaacgta agaagcttgc ggccgaacag ggaagaagat atgatggtgg tgtgtttgcc      840

tggccggcgc catcctatac aagaatttcg gatgattatg gaaaccgtac gcacccgatt      900

ctgggcaccc agcagttcca taatggaatt gatatggcag cacccggagg aagcgcaatc      960

cttgcagcct atgatggcaa ggtagtggca gcagcctata gcggcagtat gggaaattat     1020

attatgattg atcatggaga cagcctgtat acaatttata tgcatgcttc ggcattgtat     1080

gtatcgaagg gacaggaagt caatcgtgga gataagatcg cagcggtcgg aagtaccggc     1140

cggtcaacag gaaatcatct tcatttcagc gtccgtctga atggaagcta tgtaagtcca     1200

tggagctatc tgcggtcata a                                               1221


<210>  275
<211>  735
<212>  DNA
<213>  Lachnospiraceae

<400>  275
atggataaaa aatataaaat catgaatcgc gaccagatca agtatctggc aattatttta       60

atgacattca atcatatcgc ccatattttg ctgccatcag gaacggttat ttatgaagtg      120

tttgaagata tgggatattt cacgtccatc accatgtgct attttatggt ggaaggctat      180

ttttatactc attccagaaa agattatgcg aagcgcctgt tgatttttgc atttattgca      240

gagattcctt ttgttttagc tatgggatat tttcaattag atgtgatgtt taccttcttc      300

ctgtgcctgt gtattctggc ggtactggac agtaagttaa acaaagcatt gaaaattttg      360

tctgttctgg tgctgacgat tctatcggta ttctgtgatt gtgcgctgat tcttccgatt      420

gcagccatat tgtttcggta cagccgtgga aacaggaaaa aacagattgg tgcatgggca      480

atgatgtgtt tcattttctt tgtactcaat atacccggat atgcaccgga tgatgcagtc      540

tatccgtttt tatccggata tgcattactg cacagctttt atgcaattat cgcctggatt      600

gtggcagcaa ttgtcattct ggtgttctac aatgggaaaa agtcgcagaa gcatgtagtg      660

cttaacaaat ggctgtttta tatttattac ccgttacatt tgctggtact ctgggggatt      720

cattttttcc tgtaa                                                       735


<210>  276
<211>  678
<212>  DNA
<213>  Lachnospiraceae

<400>  276
atgtatatat tagcgccatc cttactggca gcagatttta caaaactggg tgaacagatt       60

aaagaaacag aacgatgtgg agcgcaattt cttcatatcg atgtcatgga cgggattttt      120

gtacccagta tctccttcgg aatgccgctg attgaatcca tccggccgat aacgaaacag      180

ttttttgacg tacatctgat gattgtagag ccggagcgtt acattcagga atttgtggat      240

tgcggagcag atgggattac ctttcatctc gaagccacga agaacccgca gaaggtgatt      300

gaccagatcc ataaggcagg agtgaaagcc ggaatttcca ttaaaccggg gactccgtta      360

gaagaggttt atccttatct gtcccaggcg gacatggtcc tgattatgag tgtagagccc      420

ggatttggcg gacagagctt ccttccggag gcttatggac ggatccggaa gattcgggaa      480

tatctggaca gacatcagct ggcagcccgg cttgaagtag atggcggtat aggcaagaag      540

aatgtccgtg aagtaatggc agccggcgcc aatgtatttg ttgcaggcag cgcggtattc      600

cgtaagcgaa gcattgaaga gaatatccgc agattccacg atgcttttgc aggaaaaccg      660

gaagaggtga acgattaa                                                    678


<210>  277
<211>  1464
<212>  DNA
<213>  Lachnospiraceae

<400>  277
atgaaaagcg aatggaagaa ggttttgttc caatgggtct gcccgataat tgtgttgttt       60

tttatattgg gtctattgtt ttcgagattt tccaaatcct taaatgaggg cattgtcagc      120

aacttcgaga ggaatatgga gtatcaggtg gaactttgtg ccacaaagct cgggcaggaa      180

tttgaaaaaa tccatacagt tggggaaacg atctgttcaa tggtatcctc cggcacaggg      240

cgtcccggag aggtaaagga gctgctcaat cttgctatgg agcagactga tgtatatgag      300

gctctggtat gcaggccgga cggcactgca atccttcatg atgggaaaaa cctgttgatt      360

aaagatcatg actattatga gtggatcgtt gatgcaacgc agttctcctg ccgttacgta      420

agcgatgatg gaattacagg agaagaagcc gttttaatgg tgattcctgc agagggacag      480

aaacagtgta ttgtcatgta ttatccggtt cagaagatcc gcagcatgat caatatgaag      540

atagcgtttg acaatgccac atttactacg ctcttagatg aaaaaggccg cgtgattgtt      600

acaacggatg aaacctcttc gttttttaaa acccgggatt tctggaataa tgcggataag      660

ccgtatctgg caagggcaac tgttgccagc cagaaggcag gcgatggaca gaccggatgt      720

cttgcattta ctgtggatgg agaagaaaga accgttgttt atgcgccggt tcataaatgg      780

tgtctggctg caggtgttca tcagagctat gtgaataata tggaacagcg tcaggcaaag      840

aggctgatgt cgggacttta ctggattgtc tttgctatca cgatcggagt tctgctgatt      900

gcagcaatca atttcatggg acgtattgtt gcaatgagga gcaacaggca gcttgaggaa      960

aaggcagaca gcgacctgct taccggtctt ggaaataagc ttgccaccga acgccggatc     1020

aaggaataca tggcggatta tcccgattcg ctggcagtca tgttcgtact ggatattgat     1080

aatttcaaga agatcaatga tacgatgggg catgccttcg gcgatgaggt attacgggag     1140

ctgggaagac agatcggagt gaatttccgt gtgactgata ttatcggccg gaccggcggt     1200

gacgaattta caatcttcct gaaaaatctc aaggatgaca gcaatacgat ccgtgaggcg     1260

cagaagctgg aatacttctt caggcatttc caggttggcg attacgtgaa gtattctgct     1320

acagccagta tcggtgcagc agtatttccg gcagacggat ctgattttga aacgttgtat     1380

aaggcagctg atgctgcact ttacaaggca aagaaacgag gcaaaaacca gcttgcattc     1440

ttcgatgacc gtgaccgtaa atag                                            1464


<210>  278
<211>  1248
<212>  DNA
<213>  Lachnospiraceae

<400>  278
ttggaaaata atgagcagaa acagaagagt ggttttctcc ccggtatgct ggttggagta       60

ctgattggaa taattttatt gtccggtgta tttctgggag taagacttta tcagtataat      120

cagacgaaga acagcgatga tcagggagaa gcggaagctg caagtgtggt taatccggct      180

acgcttgcca agatgcagac aattgaaaat cttattgatg aaacctatta tggcggcggg      240

gtgacaacga agcagcttca ggacggtgtt tataaaggaa tggtagaggc tctggatgat      300

ccatattctg aatactatac gaaggaagag cttcaggatg tgatgaacag taaccagggg      360

gtttcctatg ggatcggagc ttatatttcg cttgatcaga cacgtcagct cccggtcatt      420

tccggtcttg tggaagatgg acctgcctta aatgccggga tcaaggaggg ggatatcatc      480

tataaggtag aggatgagta tacccagggc atgagtcttt cacaggttgt cagccttgtg      540

aagggacgtg aaggtaccac ggtacacctt accatgtacc gggaaggaga accggattat      600

ctggagattg acgtagaacg cggtaattta atagagacaa ctacggtaaa ttatggtatg      660

gtagatgata ccgatcatat tggctatctt cgtatccgtg aatttgatac ggttacagta      720

gatcagtata ccgaagctat ggcagaatta aaggcgaaag gcatgaaggg actggttctg      780

gatctgcgaa gtaatccggg cggagacctg aatgtggttg ttgaaattgc aagaaagatt      840

cttcctgccg gtctgattgt gtatacagag gacaaggaag gaaaccgtaa ggaatatacc      900

tgtgacggtg aaaatgaatt tcagcttccg ctggttgtca tgaccaatga atattctgca      960

agtgcatcgg agattctggc gggtgctatt caggattaca ataagggaac actggttggt     1020

acaacgacct atggaaaagg aatagtccag agcatccggc atttgagtga cggaacagca     1080

ttgaagctta cgacaagtgc ttattttact ccgtcaggac gcaacattca tggagtagga     1140

atcgcaccgg atattgaggt tgagatggac tatgagaaat acaatgaaga cggcactgac     1200

agccagtttg agcgggcatt agaaattctg gaaggaaaga tggaatag                  1248


<210>  279
<211>  2538
<212>  DNA
<213>  Lachnospiraceae

<400>  279
atgaagaaac tgatcattaa tattgcaatt ataattgtgg tattctttat atcactgttt       60

gttgcaggca gcatcattaa tcagggaacg accgatatga caatggagat gggcaaggcg      120

acatttccgg ttgtgacggt gcggtttaat gggattgaaa tgaatcctat gcatggatac      180

cgcaaggaaa tgaaaacgaa tctgatgagg gaatccatta caccgttgat gaacggacga      240

aagatatcac ttcagattga ccggttcggg gcggaaatcc gcagtatggc attcgaggtc      300

cggagtgtcg atggagagcg tctgattgag aatacgcaga tcccggagtg gaaagagcag      360

gatgatggaa cgctttttgt aacattggag ctcaaagacc ttattgacat gaatcaggaa      420

tatgagctga ttctgctgat cactcctgcc tccggtgaga ccatccggta ttatacgagg      480

atcatcagcc aggaggatta tcatgtaacg gataagctgg aatttgtgaa ggatttcacg      540

atcaaaacct ttgataagga agcggccagg agccttacca agtatctgga atccaattcc      600

tccggagata atacaaatct gggaaaagtg acgattcaca gcagctttga tcagatcacc      660

tatgcaggtc tgccaattac cgcgaaaacg gatccccaga tcacgatcag ggaaattgat      720

gaacagacag gcagctttgt aacagacttt tatgtgacaa cctcagatgc ggaaacagaa      780

aatctgtatc acgtgcagga atattaccgg ctgcgttata cctcggaccg aatctatctg      840

ctgaattatg aacgtaccat ggatcaggtt ttccgggaga atggaaacgt atatgccaac      900

aataagatca tgcttggtat tacggctgat gagattcaga tggaagaaag cgatgacgga      960

aacattctgg cgtttgtatc cggtaaccgg ctcttcagtt ataatacggt agataacaaa     1020

atggcctatc tgtttggctt ttatgataaa gacaataagg acgcacgtac cttttacaat     1080

atgcaccgga taaaaattct ggatgtgagt gagggaggga atattacttt tctggtgtat     1140

ggctacatga atcgtggcag gcacgagggt gaagtcggaa tttctgcctt ttattatgac     1200

agtacggtta atacgattga ggaactggtt tatatcccga gcgaggaacc acaggatgtg     1260

attatagaaa aggtgaaccg gctttcctat attaatcgtg atggaatttt gtatctgatg     1320

gataaccaac acatttatgg tattaacttc acggagagaa cctatgagat ggtggcagat     1380

catctgcatt ataacggata tgtgatttcg gacagcaacc gtatgatcgc atggcaggag     1440

ggcgacagcc tggaaaacag ccagacagtg gtattgatga acctgaatac tggcgtacag     1500

aagcggatcg aagcgaaggc ttcagaaacg attgttccga tcggttttat tgaagaggat     1560

ctgatctatg gcattgtgaa taaaaatgac attgtgacag actatgcaag agaaacggtt     1620

ctgccgatgt attgcgtgaa gattgagaat gaaaatgaag gagtcctgat gacatatgag     1680

caggagaatg tgtatgtttt gtcaggcagt gtgaatcaga accagatcac gttgcagcgt     1740

gtgtcaaaat cagaagacgg cacttatgtc gaaatcgctg aagatcagat tgtggacgca     1800

gaaagtgtaa gtctgggaag aaataccata gaagtcgtag ttacgcagaa ctatgagaaa     1860

atcaggcaga ttgtacttcg taaagagatt gacgtgaatt ccatgaagca gcttacaccg     1920

aaggaagtgc tttttgaagg ggaaagaagt gtttatctgc gaagcagcga tgaagagcag     1980

gagcagtttt atgtgtatgg caaatatggt atccgcggca tctatggtaa tgaggatcag     2040

gcagttgatg cagctgaaag cgaggccgga gtggtgctta acagtgccgg aaactatgta     2100

tggaaaaaga ccatacgcag taccagaaat cagattatgg caatccagcc ggatatggtt     2160

acggaggaga gagattcgct tgcagttgca ttagatacca tgctgtccta tgagggaatc     2220

atgcgtaatt ctgcatatat gctgcaaagt ggagagacta ttcgctccat tctggagggt     2280

gccttaagcg aatgccaggt gctggatctg tccggatgct ccctggatgc agttctttat     2340

tatgtggatc gtgacattcc ggtgcttgtg atgctgcagg atggaaatgc cgtgctgctc     2400

attggattta atgaaatgaa tacagtgatt atgaatccac agaccgggac gatttataag     2460

atggggatga acgactcaaa gacctggttt aaggaaaatg gaaaccggtt catcacgtat     2520

atacgaaacg agaattaa                                                   2538


<210>  280
<211>  882
<212>  DNA
<213>  Lachnospiraceae

<400>  280
atggcagtct atgaattgaa aaatgaactt ctctgcgtca caattgattc gcatggagca       60

gaattaaaat cattaaagag aaatcatgat aatcaggaat atatgtggaa gggagatccg      120

gctttttggg gaagaacctc accggtgctg ttcccgttcg tcggaggtgt caatcagaaa      180

aagtatcgtg tggatggcaa agaatatgcc atgaatcagc atggctttgc gagggatatg      240

gagttttcac tgatcagtca ggccaaggag gaaatctggt ttgagcttca tagcaacgaa      300

gaaaccctgc agaaatatcc gtatgcattc gtgttaaagc tgggctataa gcttaaagag      360

aacagtgtag aggtctgctg gcaggtagaa aatccttcgg ataagaccat gttttttgca      420

atcggtggac atccggcatt taactgtccg gttaaggaga atacgaagca gacggattat      480

gtccttagat ttgacgaaaa gcagcaggtg gtaagtacga agattaataa ggatggaatg      540

gcaaccggca gcagtacggt ttatgagctg cgggatggca ttcttccggt taccgggaat      600

ctgtttgatg atgatgcact ggtaatagag catcatcagg cacaggaagt ggctttgtgc      660

tatgcggacg gtacaccata tctgacggtc cgtatggatg ctccgttgtt cggtatctgg      720

tctccaccga agaagaatgc tccgtttatc tgcattgagc cctggtatgg gcgatgtgac      780

tgcgagggat acaaaggaga gctgaaggac cgtgcatggg aaaatgagct tccgggaagt      840

ggtatatgga cagcctctta tttcatagaa atagaaatat aa                         882


<210>  281
<211>  2682
<212>  DNA
<213>  Lachnospiraceae

<400>  281
gtgagtgatt atgatgagaa gagtttaggc caggatgcag cagccattgt gcagtctttt       60

atagatgaaa aactactgga aaaatggcag aagcatttca gcagtgtggc aaatgttttt      120

ctgcgctgct tggatggcaa aggagttccg cttacctcct tcagcgggag ggcggatgaa      180

accgcaataa ttgaacagat gattgatgcg gagcagtatc aggatatgct gctccgcgta      240

tctgaaagta cattagaaga ccaggcgatt gagacaacgg cgtatcccaa tctgcgggtg      300

gcagttattt ctgccaaact ccaggggaaa ccagtcttaa attggctggc ttatggtgtg      360

ctgttagacg gatacgatac cggagattat gaaaattctc cacttgaagg atttcagacg      420

atgcttaccg agtcacagtt catccatgta gtggatgcac tgcgtgactt taccaatgcc      480

ctgcttggat accggatgtc gattgtgatg gcacaggcag aatgccgcag aagccgcagt      540

tcggaaaagg agatgagtgt gagtcttcac aggacggagg cacttaccga tgtggtacag      600

ctgctggaaa gtgaagatgc cattgaaacg gtgattacga atcttcttga gattgtatca      660

cggtttttac gcatttccgg aggggctgtg tataagatga aagaggatcc ggagggcata      720

gaggttgttg cattctggag caaagaaaac agtgcccttc agtttccaca ggatgaaagc      780

tttgaattgc cggcaatttt aaaaacagac aaaacagttg tgttgtccgg aagttccctt      840

gcaagtgtac aggaacggaa ggaaatggaa gccatcggac ttaaggcggt catagtgatt      900

cctgttatgg ttaatcatac aaaaggtatg tatgtatgtt tcggggatcg cagcggcagc      960

cgggtatggc agatcgagga agtgaaattc atcaatgatt cggtgaaaat tctgcagagt     1020

attctgacac gccggattca gaagaattca ctggcaagct cgtatgcatc gctcgaaaga     1080

attctcgata atgtcggaag cgctgtttat gtccgggatc tccatacggg taagctctta     1140

tttgccaaca acaatatgcg gcgtaccttt gaactggaat taaagagaca gatgatccgg     1200

gatatttttg aacacagtat cgaaaatgac aaaggggtct gtgagattta ctataccaaa     1260

agagaccgct ggtatgatct gtactatacc aaaatgccgt gggtagacgg aagtccggtg     1320

cttttgtgtg cactttatga tattaccgat aagaaaattt atcagagaaa gatcgagcag     1380

caggcctata ccgatttcct taccggattg tataaccgga tgtgctgtga gcgcgatctt     1440

gcaaagtttg tggatcttgc gaaaaaaacg aaggataagg gattactgct gtatattgat     1500

ctggacgatt ttaagcatat caatgacgga ctcggacatc agtatggcga tgtcctgtta     1560

aaagcaattt cccacagcct tcagcggatt gaaggaattg aggacacctg ttaccgcatg     1620

ggaggggatg agttcgtaat tatcctctca ccggcagttt atgagaaacg ggaacagatt     1680

attaccaata ttaaagatat tttcttaaag ccgtggtttc tgcgggactc cgattattac     1740

tgtacgatga gtatgggtat tgtggaattc cccggagagg atgccaacgt gcatgatctc     1800

attaagatgg cagacattgc catgtatgag gccaagaagg gcggtaagaa ccggatcact     1860

tattatgagg attgttttgc tgcaagctcc ggtaagcgcc ttgatatgga aaagaacatg     1920

cgtgaggcaa cggcggacag ttttaaggaa tttgaggtgt attttcagcc gattgtggat     1980

attacaaagg aaggctgtcc atgtaccgga gcagaggcgt taatccgttg gaactgcaca     2040

gagcttggct ttattccacc ttcagagttt attccgcttg cagagtatct gggactgatt     2100

aatccgattg gcaattatgt gttatatgag tcctgtaaga tctgccatac ctggaatatg     2160

catggctatc cgaactaccg tgtaaatgtg aatctttctg tggtacagct cctgcagacg     2220

gatattgtag agatcgtgca gaatgcatta aaggataccg gactttctcc gcgcaacctg     2280

acgttggagg tgacagagag tcttgccatt gacgatatgg accgtatgaa gaagatcctg     2340

gcaaaaatca aggatcttgg tgtgaggatt gcactggatg actttggaac aggatattca     2400

tccttaaacc atatccggga gattccgttt gatgtcatca aggtggatca gagctttatc     2460

aaggatctgg atcgggattc ttatgccaag tcctttgtac ggatggtagg agagcttgcc     2520

gaggcacttg gggtaaatct ttgtgtggaa ggcgtggaaa cgaaggtaca gtttgacatt     2580

ttaaagaata tgtgtgtaga tctggtgcag ggctattatt ttgaccgtcc gatgccaaga     2640

aagcagtttg aagaaaaata tctgcctgaa atgacttcgt aa                        2682


<210>  282
<211>  1329
<212>  DNA
<213>  Lachnospiraceae

<400>  282
atggatcaga atttcatgaa ggaaaagaaa atacttccgc tggtaatttc gatgtcgctt       60

ccgatggtaa tatcgatggc agtgaattcc ctgtacaata ttgtggacag ctatttcgtg      120

gccaaaatca gtgagaatgc gatgacggct ctttccctcg tttatccggt tcagaatctg      180

atgactgcga ttgcagtggg ctttggtgtc ggcatgaatg ccagagtagc cttctgtctt      240

ggtgcgggag ataagaagca ggcagatcag gcagcggtca caggacttct tttaggtatt      300

cttcatggag ttgctctgat ggtggtctgc atgatgggaa tgccgaaatt cctgtctcta      360

tttacagata acgaagaaat catccgcatg ggactcgtat atgcgaagcg tgcgttcctg      420

ttttcagtga ttatcatgct tggcatttcc atggaaaaga ttttccaggc agttggcaga      480

atgaaggttt ccatgatcag tatgatgtgc ggctttatag ccaatatcgt actggatcca      540

ttaatgatct ttggaatcgg tccttttcca cagatgggaa tggcgggggc tgcctatgca      600

accggaatcg gacagaccat aactttactt gtttatattc tctttcatat gttccggcca      660

ctgccggttt cctttggaac gaagaatatt tcctttaacc gtgaactgat gcagaagctg      720

tatgcggtgg gaattccagc ctctttaaac atggcattgc cttccctgct gatttcttcc      780

ctgaatggaa ttctttcaat gttttcagaa acttatgtgc tggtgcttgg tgcgtactat      840

aagctgcaga cttttatcta tctttcagcg aatggaatta tccaggggat ccgtcctctg      900

gtcagcttca attatggagc aggagagagg aagcgtgtgg aacagatttt ccggacagct      960

ttgtatctta cagctggtgt tatggcggtt ggaatgctgc tttccttcct gattcccgga     1020

cagatgatcg gtttatttac ctcgaatccg gaaacgataa agattggcgt gatgacactt     1080

catatcatca gtcttggatt tatcgtgtcg gcggtttcag ttacctgctc cggaacactg     1140

gaaggacttg gaatgggaat ggcttcttta atgatttctt tatcgagata tgtggtggtc     1200

attattccgg ccgcgtttct tttaagcagg gtatggggag cggacggagt gttttatgca     1260

ttcccggtga cagagcttgc aacagcagtg tttgcttttg caatttttcg taaaagctat     1320

aaggtataa                                                             1329


<210>  283
<211>  1359
<212>  DNA
<213>  Lachnospiraceae

<400>  283
atggataacg tgaatcagat cagggaaaat tgggatctca tcaaagaaac tcttcgtgaa       60

gaatacgatc tttctgatat ttcctataat acatgggtaa aaccattaaa tttcaataat      120

gtaaaagacg gagtggtaac cattatgatt ccctccgatc aggcgcatgc cttgaaatat      180

atttcaaata agtacaagag ctactttcag gtaaccattt ccgaaatgat ggatgaaacc      240

tatgatatat cctttatttt ggaaaaggat gcagaagatg aaatgctttc tacacccgga      300

aatgtttata acatcaacta tgaaaatgca aacctgaatt ccaagtatcg ttttgatacc      360

tttgttgttg gaaataataa taaatttgca cattctgctt ccctggctgt agcggaatct      420

ccaggagttg cctacaaccc tctttattta tacggaggag ccggtcttgg taaaacgcac      480

ctgatgcatt ccatcggtca ttttattctg gatcagaatc cggatatgaa ggtattgtat      540

gtaacctcag aacagtttac caacgaagtg attgaatcca tccgtagcgg taatgctgcc      600

aaaatgacca agttaagaga caagtaccgt acagtcgatg ttcttttaat tgacgatgtt      660

cagtttatta taggaaaaga aagtacacag gaagaatttt ttcacacctt taatgagctt      720

cattcagccg gtaagcagat tattctttct tctgataaac ctccaaagga aatggagacc      780

ctggaagaac gcttccgttc ccgattcgaa tggggattga ttgcagatat tcagccgccg      840

gattatgaaa ccagaatggc catccttaaa aagaatgcag aaagctataa taaggaaatt      900

tcagaagaaa tcttcgatta tattgcttct aatattaaat caaatatccg ggaattggaa      960

ggtgccttta acaaagtcat cgcttattcc aaattgaata aagtagatat tacactggat     1020

attgtaattg aaaccctgaa ggatctgatt tcccctaata aggtaaaaca ggttacaccg     1080

gagttaatca ttaatacagt agcagaacat tatggagtaa agcctgagga tattaaatct     1140

cctaaacgta actccgagtt tgttcttcca agacaggttt atatgtatgt tgcaagcaag     1200

cttacggtag aatcccagca gaatatcggc aaatatatta ataaaaagga tcacactaca     1260

attatccacg gtatcaacaa gatttccacc aaacttgaga cagatgaaga acttcgtaac     1320

aatgtggaaa tcattatgaa gaaacttaat ccacattag                            1359


<210>  284
<211>  1791
<212>  DNA
<213>  Lachnospiraceae

<400>  284
atgaacgaat atgcggaacg attaaaacct ttttatcatt ttgcagagaa aatcctgttt       60

ccggtaatcc ttatcctgtt tcccctgctt aaggtaaatc agggaattga cctgacggat      120

acggcataca gtcttggaaa ttatgcgttc tttgggcaga atacggtatt gtggacactg      180

ctgacgtttt tatccaatgt cctgggattc ttctttacga agcttccgtt cgggggaacc      240

atgcttggca tgaaggtata ttcctccctg ctgatcagtg ccatggccct gcttggatac      300

cgctttttcc ggacgaaaat gccggctgtc attgcctttc ttgcagagct ttccgcaatt      360

ggaatgtgct ggtgtccatc cgtgatttta tataattata tgacctatgc gctattgctt      420

accgcagtga ttctgctgtt tcgcggactg gtgcggaagc atccggggtg ccttgtggcg      480

gcgggagtgg ttctggggct taataccctt gtacgcttcc ccaataatgg attggaagtg      540

ttattgatcc ttactttgtg gtattatgga tatttgaaga agaaaccgtt agcagaaatt      600

gcgaaggaaa caggcctgtg catagcaggt tatgcagcgg gctttgtggc agtgcttgcc      660

ggcatgatgc ttctttatgg aacgggaacc cttggaacca tgatcgaagg agtcttcggc      720

atggcaggct ctgcatccga ttataccttt ggagaaatgc ttgggatgat tacagatgcc      780

tatctgcacg gagcgggatg gatggcttat atggtgctgt gtattctgcc gggaattcct      840

tttttcgcca tacagaagga gcgttttccc ctgcttcgca aagtggtata ttgtatctgt      900

attgtgtttt tgtttatcgt gcttggcaga tggggcatgt tcaactttaa atattatcag      960

aaggaagccg ctctccagtg gggcgtggtt ttcctgattc tgtcgttggg aatctgtgtg     1020

tggatgctgt ttagcagaat gcaggactgt gaatggaagc tgattgcggc gatgagcctt     1080

attgtggttc tgatcacccc acttggcagc aacaattatg tgtggccggc tttgaataac     1140

ctgttctttg tggcaccgat cacgttctgg accatatacc gcttcgcaag gtggggacgt     1200

ccgtatctgg atgtaaccgg gaaggttccg ctcttttccg taaaagcgat gactatggct     1260

atggtcgttg cgttcctgat tcaggcagtc ggaattggct gcaattatgt ttttctcgat     1320

ggggaggatg gacataaaag ggatacgaca gtagaaggaa gccggattct gcgtggaatg     1380

aaaaccaatg ccgcaaacgc cggaacactt gaagagctaa atacctttat gctggaaaat     1440

aatacggaat accggaacaa aaaggtgatt ctgtatggaa atattccggg gctgtcctat     1500

tatcttcaca aggcgccggc tgtttataca tcatgggcag atcttgatac gaacagctat     1560

gaacggctgg cagtggattt taataattta aatcaaatga tgacggaaga ggatcgtccg     1620

cttgtcatct tttcggaaga aatcatggca caggtgcttg atttgcagga gaacggaatg     1680

gtggaagagg actctgtctg ggagcagaag cttaaggcta ttctgaattt tatgacagta     1740

aatgaatacc aaatggtctt tgagaatgag aaatatgcag tgtttgtata a              1791


<210>  285
<211>  2262
<212>  DNA
<213>  Lachnospiraceae

<400>  285
atgaataatt ttaaagttaa aaatccccgt acagatcttg agtttgaaat tgcttttaca       60

aaagcacatc gagatgcagt aaaaaaatat acacatcctg cacagattga acttgcgtgt      120

ttaagggcgc aatatccggc aattttacat ccgatccagg atgaagatgt tattgcagga      180

cgtgtacagg caggacttgt cggccttggg attcagggtc agacaggtgg atatggatat      240

tacattgatg agccaagggt tacagcagca ttggaaaagg aagaaggcaa tgcaaaatat      300

agagaggata tccatgaact gcttgtatat tggaaaacaa acagcagtta taacaaagta      360

ttaagaaacg ctccggatag tgtcaggaat attttatttt cggataactg gaaagaaaca      420

ccccttccgg cctcaccaat tattcgtatg gccggagcat atccggattt taacaagcta      480

atcagactgg gacttccggg aatgattaaa gaagtagaaa gttacgaaca aaaggcaaga      540

gaagaaggtg gagattacat tctttacgaa tgcatgaagg gtgcagtgga attgatggaa      600

gacgtttgct tgtggtatca gaagcaggca tgggagcttc ttcaggaaac agaggatcca      660

aagcgcagga agcagttaag caatatggca agtgctcttg aagcaatttc acatcgtgcc      720

ccggcctcca tgctggaggc tttacagctt gcatggatct atgggattat ggcaccgctt      780

cttcagtttg gcagaatgga tgaatatctg ggtgattggt atgtccatga cattgataac      840

ggaattatta cagaagaaga agccttagaa atgctgcaaa gttatttcag acagattgat      900

agtcttgata gtgagacaga ttgcagggtt attgtagggg gatatgggag acgaaatccg      960

gaaaatgcag accggttatg tctggtagca gcagaggcat gccgcactgt gaaagaaatt     1020

cttccgcaat ttacactacg ctttaataag gaaacgccta aagaggtgtg ggaggcctgt     1080

atgcgctgta ttgaggaggg cagaacattt ccgcttttat ataatgatga tgtgcttatc     1140

ccctgcatta tggatgcatt tcatgtggac agaaagcgtg cagaaacata tgtgccttta     1200

ggatgcggag aaatagaatt tgaccactac agttttggaa ctcccagtgg ttccttaaat     1260

acattaaaga tattagagct gtcaatcagg ggtggttacg aacctattat ggactggaga     1320

ataggaagcc agcttaaacc gattgaagac tgtgactctt ttgaagagtt cctggaaaat     1380

tataaagaaa atttaaaata ttatattcag gcacaggcga tttatgaaaa gtatgaatat     1440

gagataacag gaaaaatgca tagctttatg tatgtatcta tgctgtacga tggtgttctg     1500

gatagtggta aggctatttt tgatggtggc tgccgatatt tagctggaac tttggaactt     1560

tatggagtcg tgaatgctgt taatagtctt gcagcaatta aaaagctggt atttgaagac     1620

aaagtgatct ctgcaaaaga tttaagacag gctatggatg ataatttcta tggttggaac     1680

agtctgagaa agcaactgat ggatgctcct aaatatggca atgatgagga ttatgtcgat     1740

cagatttttg ttgatcttca ggactggctt tgcgaaacaa tccgttcaca ggcagaaaaa     1800

gtcggattgg atagttatct ggcggtgaat attaacaata aacagaatac cacattaggc     1860

cgatgggtgg gtgctactcc ggatggtaga aaggccggta tgccgatggc aaatgcgaat     1920

aatccggcac ctggaacaga taaaaacggt attacggcta tgctgaattc catattaaag     1980

ccacatcaca acaatcatgc aggaatggtg caaaatctta gattgtccag agaaactttc     2040

agaggtaatt atgagaaaac aaccggtctc attaaagatt actttgagag aggaggagca     2100

catttgatga tcacagtagt tggaagggat gatttgaaaa atgctatgga acatcctgag     2160

gattaccagg atctgattgt acgtgtagga ggattgagtg ccagattcgt gcagttaaat     2220

aaagatgtgc aacaggagat ttatgataga acaacttact aa                        2262


<210>  286
<211>  2124
<212>  DNA
<213>  Lachnospiraceae

<400>  286
aaacacgatt tttttagaaa taacactgga ggaaaagaaa tatgtttgga gataactatg       60

tttggagata actatgtagt tggaacctgc tattatccgg agcactggga taagtccctg      120

tgggaggagg atttgcagag gatgctgaag gcaggcatta ccgtaatccg gatcggcgaa      180

tttgcctgga gtaaaattga gcttaccgaa ggaagctttg acttttcgtt ctttgacgaa      240

tttttagacc tatgtgaaaa gaccggtatg aaggtcatta tgggaacacc gactgcgaca      300

ccgccggcat ggcttaccag gaaatatccg gaggtgctca acacggatgt gaacggcctt      360

ccctatgagc atggcggccg cagacattat acctataact caccggctta ccggagactg      420

tcagcaatca ttgtagaaaa gatggcagag cattacggtc ctcatccggc ggtcatcggc      480

tggcagctcg ataatgaatt caactgtgaa atggcggatt actattcacc ggctgatcag      540

aaagctttcc ggagcttttt acagaagagg tatggaagtc ttgatgcact gaatgaagca      600

tggggaacgg ttttctggaa ccagacgtat acggactggg aagagattct gattccggga      660

agggttctgg gctgccataa tccccatcag gtactggatt atcatcgctt tgtgtcggac      720

agcacgttga gctatgcaaa aatggaatcc gatatcttac gccgttacat aaagaaagat      780

gattttatta ctacaaacgg tctgtttgac aatatcgaca atcataagct gacgaaggaa      840

agtctggatc tgtatatgta tgactgctat ccgagctttg cgttcggact tcataaggat      900

tcctgggtac cgacgaatct gagggaccgt cattggagca gaaatctgat taaggtcagg      960

ggcgtgtgtc cgcactttgg aattatggaa cagcaggcag gcgcgaacgg ctcggtagaa     1020

cggatggagg gaccggcacc gagaccggga cagctgaccc tatgggcaat gcagagcgtg     1080

gcacatggtg cagattatat ttccttcttt cgctggcgga cagcctgtat tggctctgaa     1140

atttactggc atgggattct ggattatgac agcagggata accggaagct tgccgaggtg     1200

acagattttg ctgcaaaact gcgtagcatg gatgagattg cgggagcaga ttatattgca     1260

ggctttgctt atctgaatga ttatgataat gagtgggaca gtgctgctga tgtatggcac     1320

aagagagtgg atgcacagag caaggagtct gttttcctgt tctcacaaaa gaaccatacc     1380

ccatacaatt ctgtttatct ggaggaggga ttccgggcag aggaattgca gaaatatccg     1440

ctggtgattt atccccaccc ggtgattatg acagaagaaa agcttaacat tctccgcaaa     1500

tatgtgtcaa acggaggcac gctcctgctt ggctgccgtt ccggatataa ggatgagaac     1560

ggtcactgcg tgatgctgcc gcagccggga cttctttcag aactgaccgg aaccgacatc     1620

catgatttta cctttgtgca tgagtacgat gaaggaatct gtgcagaagc ggaaggagag     1680

cttatggaag gacaggcaga aagccggctg gagatgcctt tatttaatga tattttatcc     1740

ataaaggacg gtgcggatga ggcaaaggtg cttgcacggt atgacagagg ctattataag     1800

ggtgagcctg ccctggttga aaaccgttat ggaaaaggaa gagtgcttca ccttggaagc     1860

tgtttttctg agcagaacct gaaggtgctg tttgattatc tgggacttac ggaaccctgg     1920

gcagattatg tggaagtacc ggaagaggta gagctggctg tccgtaaaaa gaatggagta     1980

acctatctgt tcctgcttaa ttatatgttc catgaagaga tcattaccct gaaaaaggaa     2040

tgtgtcgatt tgtttaccgg cgagaagaag gaaggaaatg ttaccctgaa gccgtttgaa     2100

gtactggttg tcagaatgga ttaa                                            2124


<210>  287
<211>  1194
<212>  DNA
<213>  Lachnospiraceae

<400>  287
atgaatgttg taaaaaaagc agactaccat aagacaaaac tcgcctgtta tatgggattt       60

atcacacagg ctatagcggc aaacttcaca ccgctccttt ttttgaaatt tcacagtgat      120

taccatattt cgctcggtaa cattgctctg atatccactt tcttcttttt tacacagctt      180

ctggttgacc tgttctgtgc caaatttgtc gatcatatcg gatatcgtgt gtgcattgtt      240

gcatcagaaa tattttctgc attgggtctg cttgggctgg catttttacc tgatttgtta      300

tctgatcctt ttattggaat tatatgcagt gttattgttt atgccatcgg aagcggctta      360

atagaggtac tttgcagccc tattatcgaa gcctgcccct ttgaaaacaa agaagcgact      420

atgagcctgc tccattcgtt ttactgctgg ggagctgttg gaacaatttt aatttccagt      480

ttatttttcc tgatatttgg aatagacaac tggaaatggc tagccgtaat atgggcaatc      540

attcctgcag ttaatgccta taacttcttg atctgtccga ttgaacctct ggttgacaat      600

ggttccggaa tgggaattaa gaatctgttt tcccaaccat ttttctgggt tgcaatatgc      660

ctgatgatct gttccggagc ttctgaactc tcaatggccc aatgggcttc tgcttatgca      720

gaatcagcac tgggattgtc aaaaacactg ggggatttag caggaccctg tatgtttgcg      780

gtaacaatgg gaatcagccg tatgattttt gggaagtatg gcgaacagtt aaatttaatg      840

aattttatga gtggttcagg catattatgt gttatctgct atcttcttgc agccttgtca      900

tccagccctg ttatcggact tttcggttgt attgcatgtg gattttcagt tggaattatg      960

tggcctggaa caatcagtat ttcctcgaaa acctttccaa caggcggaac ggctatgttc     1020

tctcttcttg ccatggcagg agatttgggt ggcagcattg gacctggaat tgttggtcat     1080

atcacccaga atgctgaaaa taatattcag attggtatgg gattcggact tgtttttcca     1140

gtaatcctct tgtttatgct attcctgctg tatcgaaaaa atcaacacag ctaa           1194


<210>  288
<211>  1761
<212>  DNA
<213>  Lachnospiraceae

<400>  288
atgaaaaggc tgatggatcg gcttcaacgc tggatggacg attatagtat ccgtaaaaag       60

ttactcattc tttatgtggt ctgtgtgctt ttcccacttg ttctgacaga tgcagtgatt      120

ctgtatattg tgtttgataa tgagcatcaa cagcagcaga aggaatttgc aagcattgca      180

tctgccgtag aggcagatct ggcctatacg tttgaggaag ccattgattt tacaagcagt      240

gtatatatta accgcacact gaatctgttt ttggaacagt ccttttcttc cccgcttgaa      300

ttttttgaag agagcagaag gttcagtacg gatccctttc tgggaaatat gaattcagaa      360

cgctttcagg ttatgtttta tggagataat gacgatattg tgaacggagg tcttttttat      420

cgtctggact cggttgctga cagtacgtta ttcctggaat atcagcagaa ggacagggat      480

atgacggtga tctttaatta taaggaaaac agtatcaatg tagtgagtaa tcgaacaatt      540

gtgatgatcc gaaggatgga ttattaccgg gatctgcaga aagagaaata tgttgtggta      600

acggttgatt acgtgaatct ggtacggcgt tttcaggata tgcgttacaa tgcaccggtg      660

atggtctgct caggagaccg gattctgttt accaatgatg gaaatctcag aacgaaaatt      720

gactatgaat atctgacagg aaaggagaat atccggctgg aacgtgattt tttcatatgt      780

ggtgagccat tccggatttt aattatgcag ccttcgggag gtattcttcc aagtattcag      840

gatcatttcc tgttgattct gtgtctgatt ctggtaaatg cattactgcc gcttgcgttg      900

gtatccctga ttaaccggtc ctttgcacag cggcttggag aattaagcac agcatttgac      960

cgtatggata cggaggagat cgaagagctg gagtatattc agggcacgga tgaaatcagc     1020

gccctgatgt ggaactataa ccagatggtc cggcgtatga aggaactgat ccagacggta     1080

tataaggacc ggctggaaaa acagggaatt gatatcgcaa ggcagcaggc agagcttttg     1140

gcactataca gtcagattaa tcctcatttt ctgtttaacg tattggaaag tatccgtatg     1200

cactgtgtcc tgaaaaaaga aaatgaaaca gctgcgatgg tagaacgtct tgctattctt     1260

gaacggcaga atgtggaatg gaatacagat gatacaacga ttgaagaaga agtgagcttt     1320

attaaggcat atctggagct gcaaaagtac cggtttggtg acaggttgtc ttatgaaatt     1380

gatgtttcta aagaatgtca gagcgtgaag attccaaagc ttgctcttgt tacctttgta     1440

gagaactcct gtgtacatgg agtcgaaaag aaatcggttc cctgctggat ttatttacgt     1500

gtctattgga aagagaattg tctgatcatg gaagtagagg ataccggtaa tggaatggat     1560

gaggatgaag taaagctgct caatcacaga atgaatcatg tacagattga tgacatccgt     1620

aaaaagaagc atgtcggtgt actgaatgcc tgtctaaggc ttaagatggc aacgaaagat     1680

caggtgtcct ttgaaatgga aagtgaaaaa ggaatcggga cgtttctggt gatccgcatt     1740

ccggaaagtg cagttttgtg a                                               1761


<210>  289
<211>  1119
<212>  DNA
<213>  Lachnospiraceae

<400>  289
atgaagaaac agttattagc agcaattctt tccgcagcca tgattttagg acttaccgcg       60

tgtggtggta cttccacaca gactccggca gcagacaccg cagctgcagc agaagaaaca      120

acgcaggcag cagataccgg aacggcagat gcagaagcag cggaagatac agaggtaaat      180

aaagatgcca cagcagccga tgctgcctac acgattggta tttcccagtt cgcagagcat      240

ggctccttag ataactgccg tgaaggattc ctggcaggac ttgaggagga gggtattgta      300

gaaggtacca atctcaccgt tttatttgat aatgcacagg ctgacaccgg aacagcaagt      360

accatttccg ataattatgt ttccaagaag gtaaacttaa tctgtgctat tgcaacgccg      420

agtgcaatga gcgcttataa ctccacgatg aatacggaca tcccggtaat ttatactgca      480

gtgtctgatc cggctggtgc aggtcttgca aacgcagatg gcagcccggt tggtaacatt      540

accggtacct ctgatgcact tgcagttgat gcacagctta agatgatccg tgaaattctt      600

ccggatgcaa agaagatcgg tattctgtat acaacaagtg aagctaactc cgtaagtacg      660

attgaacagt ataaagaagc tgcaggaagc tatggatttg aaatcgtgga ttccggtatt      720

aataccatcg cagatgttga tctggcagcg gcagaccttg taacaaaggt agactgcatt      780

acaaacctca ccgataacac ggttgtatct gctcttcaga ccgtaattgc aaaagcaacc      840

gatgccggta ttccggtatt tggatctgaa gtagagcagg taaaagcagg ctgtgttgct      900

tccatgggtc ttgagtactt cgaattagga aagcagaccg gacgtatggc agcaaaggta      960

ttaaagggtg aagcaaaggc atctgaaatg aattacgaag taatcagcga gcccagcctt     1020

tatgtcaata cggctgcagc agataaagta agccttgcct tagatgatga cttcgtagca     1080

tctgcttatg agaagtttga tgaaattatt gtagagtaa                            1119


<210>  290
<211>  1083
<212>  DNA
<213>  Lachnospiraceae

<400>  290
atgaaaaaga attttcggga gaggacaaga gattttttta ttaaattagg tcagaaaaat       60

tcagttcttc gtgtttttgc aatgattggc ctggcagctt ccatgctgat ttttcggttc      120

gcggagtatt gccgtacagg cggaaagcgg tttgcctgtg cgttattcat tctatgctgt      180

ttttttacag ggaacagctt tgcttatccg gtattttata tggacagggg atttatttca      240

gaagaagagc cgcttcttcc tgagcaagat gaaccgggta ttatccctgc acgtgggatg      300

gaaacagaaa gtcaggagtt tacaacggaa gagctcttgc aggaagccga aggctttgac      360

gatacggatt atcatgatct ggagcagacg gataagtatt ccgtggatga tatcttaaat      420

gaaaatcagg atcttcttat gaggacggga gagcagaagg aaacagcaga tatagcaaag      480

gagcagaacg aagagatcaa attcgatgcg aaggactgga agatcatgct gattaacaag      540

cagcatccga ttccggagga ttacaccttt acccttggta atatcaagac gatgaaggga      600

accatgaagt gtgatgagag gatcattgaa gaactgctat ccatgatgca ggatgccaag      660

aaggatggtg tgaatctggc tatctgttcc ccttaccgtg atcttaagta tcaggaagtg      720

ttatttgatc ggaaaattgt gaattatatg aataaaggaa tgtcttatct ggatgcatat      780

aaggttgcat cccaggcggt tactctgccg ggagcaagcg agcatcaggt gggactggca      840

attgatattg tctgtgacac ctatcagctt ctggatgaag gattcgggaa tacggatgcc      900

ggaatctggt tgtcggagca ttgcagtgaa tatggattta ttctgcgtta tcctaagggc      960

aaagagtaca ttaccagtat tgaatatgaa ccgtggcatt tccggtatgt cggaaaggat     1020

gcggcagcca ttattatgga gcagggactg tgtcttgaag agttctggga tcaatatttg     1080

taa                                                                   1083


<210>  291
<211>  1956
<212>  DNA
<213>  Lachnospiraceae

<400>  291
atggaaacta agaagaaacg aattgaagag cttgtcggaa ttttgaatga ggcatccggt       60

gcctactatc aggggcagga agagaaaatg tcaaattatg aatgggatgc catgtttgat      120

gaactgacgg cattagaaca ggaaaccggt tatattcttc cggatagtcc gacgcagaat      180

accggagcag aggaaacggg aggaaaccgt gaaccgcatg aattccctgc gctttccctt      240

gcgaagacta agcaggtctc cgagttgaaa aagtgggcag aagggcggga tatctggctg      300

tcatggaagc tggatggcct gacactggtt cttacctatg ataaagggaa gcttacgaag      360

attgtaacca ggggaaacgg tgcggttgga aataatatta cttttttaaa agatgccatt      420

aagggattcc ccttaaagat ttcctatcag gggcatatgg ttgtccgtgg agaagcaacg      480

atttcctata cggattttga gatgattaat gatctgatcg aagatgatga tgagaagtat      540

gccaatccgc gaaatcttgc ctccggaacc ttaagcctgg atgatccgca gaaggtaaag      600

gaacgctgtg tatatttcca tgcattcacg ctggtttacc gtgaagaagg aatccggtct      660

ttcggagagc agatggatta tctggataag gaaggattcc ttacagttga acgggaacgg      720

tgcaatgagg acagtctgga tgaagtgatt gcacgttgga cgcataaggt tgagagcggg      780

cagatggata ttccggtgga tggactggtc atctgttatg atgacaccgt gtatgctgct      840

accggatcgg taaccggtca tcatgcgaca cgtgccggat ttgcgtttaa atgggcggat      900

gtttctgcaa cgtcaaagct ccgctatgta gaatggtcct gcgctgcatc aacaatttct      960

cccgtagctg tttttgaacc ggtgcagttg gagggaacga cggtgagccg tgcttccctt     1020

tgtaatatca gtgaaatgga gagacttgga atcggagaag aatgcaccct ggaaattatt     1080

aaggcaaata aaattattcc gaagtgcatt gcagtaaagg aggcaaaagg ctctttccac     1140

attccggaga catgtcctgt atgcggtgcg cggacgcaga tccatatcag caatagcggg     1200

acgaaaacac ttcattgtac gaatccggat tgtaccgcca ggcagggaaa gaaatatacc     1260

aggtttgtaa gcaagtccgg aatggatatc gatggcttat caattcagac tatgctgcgg     1320

tttatgaacg aaggatttgt acatgaattt gccgacattt atcatctggg acagcatgct     1380

gaaacaatcc gcaatatgga gggattcgga gataaatcct gtgaaaacct gttgaatgcg     1440

gttgaaaaga gccgggaagt gaaagcggtg aacttcatat atgcgctctg tattcccatg     1500

atcggcgtcg atgccgccag gaagatcgta ggaagtgtga gcttcggagg attccttgag     1560

cggatgaaga acggacaggg atttgaagat gttgacggaa tcggaccgga aaagtctggt     1620

tctgtcatgg agtggtatca gattgcgaag aataaggaag ccctggaaca ccttttgcag     1680

gaggttcgta ttatacaggg ggaagttgtc agtgcggaag gaggtacctg tgccgggctt     1740

atctttgtaa ttaccggtga tgtacaccgg tttaagaacc gtgatgcatt taaaagctat     1800

gtggagcagc agggaggaaa ggtgaccgga agcgtcagcg caaagacaaa cttccttatt     1860

aataatgatt ctgagtcctc ttcaggcaag aacaggaaag ccaaagaact gggcattccg     1920

attctgaccg aggatgagtt catagaaagg ttctga                               1956


<210>  292
<211>  1944
<212>  DNA
<213>  Lachnospiraceae

<400>  292
atgagcagga caatcgcgtt actgggacag cccaattcag gaaaatctac cgtattcaac       60

ggattgaccg gtgcatatca gcatgttggt aactggccgg gcaaaacggt agagcgtaag      120

gagggggact ttacatatca gggagaaagc tatcgcgtca ttgatctacc gggcagctac      180

agtctgtcag ccggatcgga ggaagaaaaa attacagcga actttatccg gtcaggtgtt      240

gcggatctgg ttgcgattct cgtagacagc tctcaactgg aacgttcctt atatatgtat      300

gcagattatg tgggaacgaa tacgccagta gttttagttc tgaatctgat ggatgttgca      360

gagaaaaagg ggattcatat tgatataaag aagctcggtg aacggttagg aattccggta      420

gtcggctttg tagcgtcaga ggtgaagcgg tatcgtgagc tgaagcagca gtttgtagat      480

gcaattcgtg aagcaaaaat tgcggattct gcacagctta tgaagtttta tgagagggac      540

acagggattt cctttaagga gcttgcggaa aaacagaagg aagaaaggct ttttacaaag      600

gaaaagctgg cggtttctga gcttgagagg acggatcagg gactgatgat ttccggaaaa      660

cacaaatatg aatatatcga caaactactg aaaggtgttg tcagcagacc ggatcgggaa      720

gttgagttaa aggggtttga taaaaaagca ttgggaaaac atttcgggaa atggatggca      780

attggaatta ttgtagctgc actggcagca gcgatggttg tggcggctcc tgtcatggca      840

cttggttttg ggtttgccgg tgtgatcagt ggaccgttag aaaagctgat gactgcaatg      900

aatgtctgga agccactggc agaactggtt tatgtggtga taccaaatgt ttttgggttt      960

gcaatatcca tggcaggatt tgttcttgga gtgacctttg tatttgcaat tattgaagat     1020

gtaggctata tggcgagaat ttcggtcgtc tttaattctg caatggagaa gctgggcttg     1080

caggggaaga gtatttgttc tcttcttatg agtctgggat gtaatatggc aggtgttgca     1140

ggaagccgtg tcattgacaa ttccggacag cggtttctga cgatgattct tgtctggagt     1200

attccgtgtg gatcgacgct ttcccttgca ccaatgcttg caacggtatt ttatggtcct     1260

gttggagcta tggcgattgt tctgctcatg ctggttacca ccatcggatc cctgtttctg     1320

gtatccagaa tttatagggg aaaactgatc agcaaagagg atcagggagg tatcatcatg     1380

gagcttcccc cttaccataa accaaagtgg ggacatatca tccggacaac gctgatgaag     1440

gcgtgggata ttttcagcag ggcattccgt gtgattacat tggtttcggt tgtattctat     1500

ctgctttcct ataactggtt tggtggagaa tacagcattt tgtccagaat cgggcaggtg     1560

attgagccgg taacgaacca gtttggcatg acctggcaga tgttcatggc atatatttct     1620

tccatgctta ccaaagaatc cctgcttggt gttatcaatg cgctatacag caacagtgat     1680

atggtaaatg ccgcatttaa tgcaaaatct gtaggaatga ctgaaggaat gattacactt     1740

ttaccgcagg taatcacaaa agcgcaggct cttggattta ttatggccat tgtatttaat     1800

gtgccgtgta cgatgactgt ggcagcgacc ttccgtgaaa accattctaa gaagtggatc     1860

gggctttcgg ttgcctatta tctggtattt tcccttgtgc tggcgtttgt tttctatcat     1920

attggattat tgatctggca ttaa                                            1944


<210>  293
<211>  1776
<212>  DNA
<213>  Lachnospiraceae

<400>  293
atgagtttca attcctataa agaggacgaa cagcttaagg aaaatggaaa attaaaaaca       60

ctcctgcggc ttttgtccta tctgcttacc tataaaaaac agattattgc ggtactgctg      120

attatgcttg taagtaccgt ccttacgctg atcacaccgc tcttttatga atacgcaatt      180

gatgactgta tcggaaccgg cgatcttcca aagctttacc gtgtgatgat cctgactctg      240

attatgagta ttaccgtcat cctgggtggc aggctgcgga tgtacattat ggcaaagatc      300

tgtaacgaaa cgctgctcac catacgtcag cagctctata ctcatattca gacactggat      360

ctgaccttct tcgacggaag accaaccggt aagattctgg ccagaatcat gggagatatc      420

aattccctga aagatgtact gaataacttc gttaccactc tcttaccgga gtttataacc      480

gtggttgcag ttgctgtcat tatgttcatg cggaatccgg ttcttgcagc agcagcgctt      540

attacactcc cgtttatggc tgtctgtatc tggctcatcc aggtctactc ccataagaaa      600

tggcaggatt tccgcaaaaa atccagtaac ctgaatgcct ttatccatga ggatatgtcc      660

ggcatgcgga tcatccacag ctttactgcc gaggaagaaa ccttaaatac ctttgatgaa      720

ctactgaatg cccatcggga ttcctttaaa aaggccgtcc gtttaaatga cggtatgggt      780

tccattattg acttaagctg gggacttggt tttgctgcca tgtactatgt cggaattaaa      840

attcttggaa tcgaatcggt atccgtcggt acactggttg ctttcggcac ttatatcggc      900

atgttctgga atccgattat gaacctgagt aacttttaca cccagatcat taccaatctg      960

gctgctgctg aacgtgtctt tgaaattatg gatacggaaa gctcaatcag tgatgcaccg     1020

gaagcccttc cgcttcctcc gattgaaggc cgggtaacct tttcccatgt ggacttctcc     1080

tatgaggatg atgtaaagat tctggatgat gtgagtttcg atatcaaacc gggcgaaaca     1140

attgcgctgg tcggacctac cggtgccggt aaaacaacga ttgtcaatct gatcagccgc     1200

ttctatgata ttcagaacgg ccatatacgg attgatggac acgatatccg gcaggtaacg     1260

atcgaaagcc tccgtcagca gatggggatt atgacgcagg acaatttcct gttcaccgga     1320

acgatccgcg acaatatccg ctacggaaag ctcgatgcca ccggagaaga aattattgct     1380

gcggccaaag ctgttcacgc acatgatttc attatggatt tgaaggatgg ttatgatacg     1440

atgctcaccg agcgtggtgg tggactatcc gtcggtcaga agcagctgct tgcctttgca     1500

agaaccatgg tttccaatcc aaacatcctc attctggacg aagcaacctc gagcatcgac     1560

acccagaccg agctccttgt ccaggaaggt attgatgccc tgttaaaagg acgtacctcc     1620

tttgtcattg cacataggct atctacgatc cagaaggcgg accgcatctt tgtaatcgat     1680

cacggcggca ttgttgagga aggctctgcc gatgaattgc tggcaaaaaa aggagcctat     1740

tacaggctcc ataacgcaca gctgaaattc agttaa                               1776


<210>  294
<211>  3429
<212>  DNA
<213>  Lachnospiraceae

<400>  294
atggcgttac agttttattt tggaccatcc ggttccggaa aaagcaaaag acttcatcag       60

gacgttcttc atatggcggc gaaggatccg gactgtaatt tcctgtttct ggtgccggat      120

cagttcacca tgcagacgca gatggatctc gtaaaggaaa gtccgggcgg tggaattatg      180

aatatcgatg tgttgagctt tggcagactc acacatcgta tttttgaaga aaccgggtat      240

ggaaggaagc cggttttgga tgataccggc aagagtctgg tgcttcgtaa ggtagcttct      300

tcggtaaagg agaacctgcc ggttctgtca gggaatctga ataaaatcgg ttatattcat      360

gaaatcaaat ctgcaatttc tgaatttaag caatatggat tatctgtgga acgtgtcggg      420

gagctggcgg aattttcaaa gagccgtggc acgttatatt ataagctgaa ggatttaaaa      480

acattatatc aggcatttga cgcatatgtg gcagagcgct ttataacaac agaggatacg      540

cttgccctgt tatcccgggc ggttcatgag tcgaaaatca tgaaaaacag cgtggtgatt      600

tttgatggat ttaccggatt tacgccgatt cagtaccggc tgattgcaga gctcatggag      660

ttgtcgcgca tggtgattgt atcggtaaca ttgggcgagg gagaaaaccc ttaccggatc      720

atgggagagc aggagttatt ttatttaagt aaaaagacgg tccgtgatct gcagaaatgg      780

gcacagaaga gaaatgtccg gcaggcagag gacgtttatc taggaaaggg cggactgccc      840

aggttccggg aaagcaggga actggcacat ctggaaaagc agctgttccg ttatccgcta      900

aagccctacg aggattcaca gaaggattcc ataccggcaa ttcagatccg ggaagcaatg      960

agtcctgccg gggaggtccg gggagcctgc attttaatta aaaagctggt attagagcag     1020

aattacagct accgggatat tgcggtagtg acaggagaac tggaaaccta cggagatttc     1080

tttgaacggg aagccgcaac gtatgacatt ccggtattta ttgaccggac ccggggaatt     1140

ctgttgaatc cgttcctcga atacatacgg agtgccctgc ggattgtcct gcagaatttc     1200

agctatgagt cggtgtttca ttatctgcgg agcggtcttg ccgattttac gatggaagag     1260

acggatcttc tcgaaaatta tattctggca accggaatca agggaagaaa gaagtgggga     1320

gagcttttta caaggaatgc aacggagcag ctcaatgagc tgcgggagcg tctttacgga     1380

cagatgactc ctcttttgca gaagcaggaa agggcctcag actatgtaaa agcattgtat     1440

gagttcattg tggccggacg gattcaggaa aagctcctaa tctttgagga aaagttccgg     1500

gcagacggag aagaagagcg ggcgaaggaa tatgcgcaga tctaccggct ggtgatggag     1560

ctgcttaacc agatcgaagg actgttaaga gaggaagcaa tgaccctgca ggagtttgcc     1620

gatattctgg attccggctt cgccgagatt gaggttggaa cgattccggg tggtgtggac     1680

cgtgtcattg tcggtgatat ggagcggacc cgcttaaatc aggtgaaggt gctattattt     1740

cttggtgtaa atgacggaaa cattccaagg aatgcaaaca aaggcgggat tatttccgat     1800

attgaccggg agtttttaaa ggactcagat attgaactgg caccgacgcc acggcagcag     1860

atgtttacgc agcggttgta tttatacatg aatatgacga agccgtccga gcggctgtat     1920

ctgtcctatg cccggatcag cagcgatggc aaaacgctcc gtccttctta tctgattgat     1980

acagtgaagg atctttttcc atgcgcttat cagggaaatc tgatggaggg taaagagtct     2040

gtaaccgaac ggatcatggg aaagaaggat gcccttccct atgtggcaga agaactgcgc     2100

gagcgtgcac agggaagagc gggcggcatg acggatgagg aatttttcag cctgtgccgg     2160

atttactggg aggattctgc cttccgcggt cagatggaga agcttttgca ggctgcctat     2220

gagcattatg agcataagcc gctgggagcg atgattgcga gaatggttta cggaacggta     2280

ctggaaaaca gtgtcagccg tctggaacgc tatgcggcgt gtgcctatgc acactttctc     2340

caatatgggc tgaatcttaa ggagcgggaa gtgttccagc ttgagaatac agatcttgga     2400

aatatttacc atgaggtttt agaggtgttc tcccattgcc tgaaggagca tggttatacc     2460

tggctggatt ttccgaagga ggaaggcgaa cagcttctta gggaggcatt ggagaactgt     2520

tccatgcagt atggcgaaac gattctttac agctctgcgc gttatcagta catgattgag     2580

cggatgtacc ggattctgaa acggacgatc tgggcgttaa aggagcagct aaagagcgga     2640

aaattcctgc cggaggcgtt cgagatgagc ttttcgagag tggaaaacct ggatgcagtg     2700

aatattacgc tttcggagga agagaagatg aagctccggg gccggattga ccgtctggat     2760

acctgtgagg atgaagatca catatatgtt aaggtgattg attataaatc gggaaataag     2820

aagtttgatc tggcagccgt ttactatggc ctgcagctcc agctcattgt ctatatgaat     2880

gtggcggcag aaatgatgaa gaaaagtcat ccggataagg aggttgttcc ggcagcgctg     2940

ctttactatc atgtgaatga cccgatgatt aagagtgagg aagagctgag tccggagcag     3000

gtaaacgatc agcttttgaa ggagctgcgc atgaatggac tggtgaacga cagtgaggag     3060

gtcatcggac ttctggacgg cagctttgca acgaaatcct caattattcc ggtggagcgc     3120

aaaagtgacg gctccttatc tacccggtcc agtgtggtaa accggcagga ttacgaagtg     3180

atatcgaatt atgtaaacca gaagatgcac cagtttggaa ccgaaatcct acagggaaat     3240

attgaggtca atccctgcga gcagggcaat accgagtcct gtacctattg tacgttccgc     3300

gaaatctgtg catttgacgg aaaaataccg ggctttgaaa aacgaaagcc cggacatggc     3360

atggatgtcc ttaaggatga gcaggatatc atcgaaaaga tgcgtaagca ttcagccatg     3420

cagaactga                                                             3429


<210>  295
<211>  969
<212>  DNA
<213>  Lachnospiraceae

<400>  295
atggcattag ttactactac cgaaatgttc aagaaagctt atgatggcgg ctatgcaatc       60

ggtgctttca atgtgaacaa catggaaatc gtgcagggta ttacagaagc agccggcgag      120

ctgaagagcc ctgttattct tcaggtttca aagggagctc gtgcatacgc taatcatact      180

tacttagtta agttagtaga ggcagctgtt atcgagaatc ctgacatccc gatcgcactt      240

caccttgatc atggtgacag cttcgagtta tgtaagtcct gtatcgatgg cggatttact      300

tccgttatga tcgatgcatc ctccaagtct ttcgaagaca atatcgcaat taccaagcag      360

gttgttgaat atgcacacgc tcatggcgtt gttgtagaag cagagcttgg tacacttgcc      420

ggtattgaag atgaagttgt tgtagaagct ggtaaggaag catataccca tccggaagaa      480

gtagaagagt tcgttgacag aacaggttgt gactctcttg caattgcaat cggtacttct      540

catggtgcat acaagttcac tgctgctcag tgtacacgta atgcagatgg tatccttgtt      600

ccgcctccac ttcgtttcga cgttctggaa gagtgcatta agagattacc cggatgcccg      660

atcgcacttc acggctcttc ttccgttcat caggaatttg ttaagatggt taaccagtac      720

ggcggaaaca tgcctgatgc agttggtatt ccggaagaac agcttcgtaa ggctgctgag      780

cttgctgtat gtaagatcaa cattgactcc gatatccgtc ttgcaatgac aggtaacatt      840

cgtaagtact ttgcagagca tccggatcat ttcgatcccc gtcagtactt aaagccggct      900

cgtcaggctg ttaaggacat ggtagctcac aagattcaat atgtacttgg atctgaagga      960

aaggcttga                                                              969


<210>  296
<211>  2388
<212>  DNA
<213>  Lachnospiraceae

<400>  296
atgctgaatg tcgtgaaagg gaaaagcagg gcaattgaaa aagccgaaag aaaagagaac       60

tccctttatc tttattctga agttggaatt catagaatag agccgaaaaa tgacgctgtt      120

ataagggtga cttatacaca acgggaagag ttcagcaata cagaaaagcc cggagtgctg      180

ttaagaaccg tattcccgga ttgggattat atggaaacgg atacggaaat atggctgaaa      240

atgagaagac ttacgcttgt tgttaataaa aagacagctt cttacagcta ttttgacagt      300

catggaaaga agctgttaaa ggagcgggaa cgggaaagta aaaatctgga ggaatttacg      360

gtttacagac tggaagcaca aagcagcagg atcgagaagg tacatacccc ggatggggat      420

aaagaggtag ttatggaagc tgccaaagta ccgcttggca aaagctatca tacaagaatg      480

tatctggaat gggccgaaaa cgaagcctta tatggacttg gacagcatga ggagggattt      540

gcctccctgc gcggacagac actgttcctg catcaggcaa accggaagat agccataccg      600

atgctggttt ctacattagg atatgggata ctggtggaca cctatagtcc gttgattttt      660

agtgatacgt tatatggttc ttatatttac actgaggcag atccggaaat ggatttctat      720

tttatcaatg gtgagaccat ggatggagta attgcacaat atcggagctt aaccggaaag      780

gccacaattt taccaagatg ggcatatgga tatatacagt ctcaggaacg atatgaaacc      840

aagaaagaaa tcctggatac ggtaaaggag tatcgtgagc gtaatattgg cctagatgga      900

attgttctcg actggtgctc gtggaagggc aatctttggg gacagaaaac ctttgatgaa      960

acacgctttc cggatccgga cgatatgatg gaacagcttc atgaggcgca ggtgcatttt     1020

atgctgtcca tatggcctaa catggatcag gagacagaga attataaaga atttgcggaa     1080

agacagcttc ttttgccggg atgcagcatt tataacgcct tatctgcaga aggaagacag     1140

ctgtattggg agcaggtaaa aagaggactg tatgcgcacg gggttgatgc atggtggtgt     1200

gacagcagtg aaccgtttac tccggaatgg aatcatgtgg aaagaacaga accggcgaaa     1260

atgtatgccg agtactgtga aacaacggaa aaccatcttc ccgcagaaaa aacaaatgcc     1320

tatgcgttat atcatgcaca gggaatttac gagggacaaa gaggggagca ggataatgag     1380

aaaagagttt tcaatcttac cagaagtgca tggaccgggc agcagcgttt tggaacagtc     1440

ctctggtcag gagacataga ggcttcatgg gagacactcc gaaaacagat tgcagcaggc     1500

ttacatttca gtgccagtgg tctgccgttc tggacggtgg atataggtgc atttttcgta     1560

aagaatggga acttttggtt ttggaaggga cattatgatg cgggaacaga ggatctggga     1620

tatcgtgaat tgttcgtgag atggtatcaa tgggcatgct tccttccggt attccgcggg     1680

catggaacag actgcagaag agaactttgg cattttgaaa atacagaaat ccctttttat     1740

gatgctcttg tacaaatgaa tcatctgaga tatacactga tgccttatat ttattcctgt     1800

gccggcctgt gctggctgaa ggatcgctcc atgatgaagc tgcttgcttt tgcctatccg     1860

gaagaaacag cagtttttca tattatggat cagtatttgt tcggagaaga actgatggtt     1920

tgtccggtca cagaacctat gtattatgga gaaaattcag cagagcttac ggataccgtt     1980

aaaacaagga gggtatatct gccggaggca cacggctggt atgattactg gaccaatacc     2040

tattacgaag ggggacagtg gattgaggtc tgtgcatcta ttgaccaaat accattattt     2100

gtcaaagaag gagggatcct cctgaagaca gactttgccg gttccacaaa ggagcttgac     2160

ggtaattgca gcgttacggt ttataccggc cgggatggct gcttcgactt ctacgaggat     2220

gaaggtgagg ggtatgacta tgaagaggga aaatatcgtc ttaccagact gacctggaag     2280

gaagcagaca ggactctcag cacagaggtg atgacaccgg aatcccggtg gagcaatata     2340

gacaggcttt atcagatcca aaaggtatat atggtagaaa aagagtaa                  2388


<210>  297
<211>  849
<212>  DNA
<213>  Lachnospiraceae

<400>  297
attttaattg tgcccgaaaa ccgtgaaaaa tcgggcagtc aggagcatat gatgatattt       60

gaaacgcatg cacattatga tgatccggcc tttgatgagg acagggaatc gcttttgctg      120

aaacttccgg aggaaggaat tacgagagtg gttaacgttg cagccagcct gaaggggtgt      180

cgggacagcc tggatcttgc gaagaagtat gattttattt atgcatccat cggggtgcac      240

ccttccgata caggggaact gacagatgac gatctggctt tcatggagaa gctctgcaga      300

gaggaagcac tgcagcagag gggaaaggtt gttgcagtcg gtgagattgg ccttgattat      360

tactgggacg agccggatcg ggagattcag aagaaatggt ttgaagcgca gatggaaatg      420

gcgcgacgga cacaccttcc attgattatt cattcgaggg atgctgctaa ggataccgta      480

gatcttatgc aggagcatca tgccggagag atcgggggaa tcgtacactg ttattcctat      540

tccgtggagc tggcacgcac ctttcttgat atggggtttt attttggaat tggcggagtt      600

gttacttttg gcaatggaag aaagcttgca gaagtggtaa aatatcttcc gttagagaaa      660

attgttctcg aaacagacag tccgtatctt tctccggttc cgaacagggg aaagcggaat      720

tcctctttaa accttcccta tgtggcagga aagatagcag aattaaagga aatcactccg      780

gagcaggtta tgcaggtgac atttgccaat gcagaacagg tttacggatt tcagaaaaag      840

aaacagtaa                                                              849


<210>  298
<211>  1671
<212>  DNA
<213>  Lachnospiraceae

<400>  298
atgagaagtg attctgttaa gacaggaacc gcacaggctc cccacagaag tctgtttaat       60

gcattgggat atacggagga agaacgccgc cgtcccttaa ttggtattgt gaattcctat      120

aatgaaattg taccggggca tatgaatctg gataagatta cggaagcagt aaaaatgggt      180

gttgccatgg caggtggaac accggtggta tttccggcca ttgcagtatg tgacggaatt      240

gctatgggac atatcggaat gaagtactct ctggtaacga gagatctgat tgccgattcc      300

acagagtgta tggcaatggc acatgggttt gacggactgg tctgcatccc gaactgtgat      360

aagaatgtac cgggactttt aatggctgct gccagagtca atattccgac tatttttgta      420

tccggcggac cgatgcttgc aggacatgta catggctgta agagaagctt atcctcgatg      480

tttgaggcag ttggaagcgt tgctgccgga acgatgacca tggatgagct ttctgagttc      540

gaagaaaagg tctgcccaac ctgtggatcc tgctccggaa tgtataccgc aaactccatg      600

aactgcctga cggaagcgct tggtatgggg cttcgcggaa atggtacgat tcctgccgta      660

tattccgaaa gaatccgtct tgcaaagcat gccggaatgc agatcatgga gcttgttaaa      720

aacaacatct gtccgagaga cattatgacc gaaaaggcct ttatgaatgc ccttaccgta      780

gatatggcac tgggatgttc cacgaactcc atgcttcatc ttcctgcgat tgcacatgaa      840

gcaggcgtgg aattaaacct ggatattgct aatgaattat ccgcaaagac accgaacctc      900

tgtcatctgg cacctgcagg tccgacctat atggaagact tgaatgaggc cggtggtgta      960

tatgcagtaa tgaaggaatt aacagggaag gatcttcttt ataccgatct tcttacggta     1020

accggcaaga ccgtaggcga gaatattgcc aatgcggaaa accggaatcc ggaagttatc     1080

cggccgattg acaatccgta ttctgcaacc ggtggtatcg ctgtattaaa gggaaatctt     1140

gcaccggatt ccggtgtggt aaagcgttct gcagttgtgc ctgaaatgat ggtacacgaa     1200

ggccctgcca gagtgtttga ctgtgaagag gatgcgattg cggccattaa aggcggtaag     1260

atcgtagcag gtgatgtcgt tgtaatccgt tacgaaggac cgaagggtgg tcccggtatg     1320

cgtgaaatgc tgaatccgac ctctgccatc gcaggaatgg gacttggatc ctccgtagca     1380

ttaatcacag acggacgatt ctccggtgca tcccgtggtg catccatcgg acatgtttct     1440

ccggaagcag ctgttggtgg accgattgcc cttgtggaag agggagatat catcagtatc     1500

aatattccgg aaaatactct caacatgaag gtatcggacg aagaattagc taagcgaaga     1560

gcaaagtggc agccaagaga acccagggta accacagggt atctttccag ataccgtgaa     1620

ctggtaacca gcggaaaccg tggagcaatc ttagaggtac ctaaaaaata g              1671


<210>  299
<211>  1638
<212>  DNA
<213>  Lachnospiraceae

<400>  299
atgacaattg tagatgtatt ggagcagaac agcagaagtt atggggatga ggtctgtctg       60

gtggagatta acccggaggt caaagagatc cggcgggtta cctggaagga atatgaactg      120

atagagccca atcctatgac acattatcga agggagatta cctggcgggt atttgatgaa      180

aaggcgaacc ggtttgccaa tctgctgatt tcaagaggta ttaagaaggg ggacaaggtg      240

gcaattctgt taatgaactg tctggaatgg ctgccgattt attttggaat tatgaaaaca      300

ggagcgcttg ccgttccgct gaacttccgt tatgcgccgg atgaaatccg gtattgcgta      360

gaaaaggcag aggcagatgt gctggtattc ggacctgaat ttatcggacg tgtggaggag      420

attgcagatg aaatcagccg caaccgttta ttgttcttcg taggagataa ctgcccgacc      480

tttgcagagg attatgcttc actgacctcg aattgttcca gtgtggcgcc gaaggttcat      540

cttacggaac aggatgatgc agcaatttac ttctcttccg gaacaacagg atttccgaag      600

gccatcttac ataatcatga aagcctgatc cactcctgcc gtgtcgagca gaatcatcat      660

ggacagacca gggacgatgt gttcctgtgc attcccccgt tatatcatac aggagcgaag      720

atgcactggt tcggctccct tttgtccgga agcaaggcag ttctgttaaa gggaaccaga      780

ccggaataca tattggatgc ggtatccaaa gaaaaatgta cgattgtatg gctcctggtt      840

ccgtgggcac aggatattct ggaagcgtta gacagcggaa gagtgaagct tgaggattat      900

gatctgtcac actggagact catgcatatc ggcgcacagc cggtaccacc gagtctgatt      960

aagcactgga agcattattt cccgaaccac cagtatgata ccaattacgg cttaagcgag     1020

tccatcggac ccggatgtgt tcatcttgga gtagaaaata ttgataaggt tggtgcaatc     1080

ggaaagccgg gctttggctg gaaggttaag attgtggacg aaaaccggaa ggaagttcca     1140

cagggagagg tcggcgagct tgcggttaag ggacccgggg taatgacctg ttattataat     1200

gatgaagagg caacgaagga agtcatggat gaggaaggct ggctttatac cggagatatg     1260

gcacagatgg atgaggatgg cttcatcttc ctggtagacc ggaagaagga tgttattatc     1320

agtggcggtg agaatattta tccggtacag attgaggatt tcctgcgcaa tatagatgcc     1380

gttcatgatg tggcagtcat tggtattccc gataagcgtc tgggtgagac aacccttgcg     1440

gtaattgagt taaagccgga tcaatcctgt acagaggaag aggtgaatga attctgtcag     1500

aagcttcccc gttataagcg tccgcataag attgtatttg cggatattcc gagaaatcct     1560

accggcaaga ttgagaagcc gaagcttcgt gaacagtact gcggaacgcg tctggtagaa     1620

gcacagaacc gcagctga                                                   1638


<210>  300
<211>  2091
<212>  DNA
<213>  Lachnospiraceae

<400>  300
atgtacaaga cgttttcaat ggaacttgca ggccgtacct taagtgttga tgtcaaccgt       60

gtcggcaagc aggcaaacgg atgcgcattc atgcattatg gtgataccac cgtactgtgt      120

accgcaaccg catcagacaa gcccagggat ggaattgact ttttcccgct gagtgttgag      180

tatgaagaaa agatgtatgc cgtaggcaaa atccccggtg gatttaataa gagagaagga      240

aaggcttccg agaatgcaat tctgacaagc cgtgttatcg accgcccgat gcggccttta      300

ttcccgaagg attatcgtaa tgatgttacc ttaaacaata tggttatgag cgtggatccg      360

gagtgccgtc cggagctggt tgccatgatc ggtgcagcca tcgctaccag catttccgat      420

atcccgtttg acggtccctg cgcaatgaca caggttggca tgattgatgg tgagtttatc      480

atcaatcctt cccaggaaca gtggaagaat ggagacttaa atcttactgt tgcttctacc      540

agggaaaagg tcatcatgat cgaggccgga gcaaatgaaa tcccggaaga aaagatgatc      600

gaagccattt ataaggcaca tgaagtaaac cagaccatta ttgcatttat cgaccagatg      660

gttgcagagg ttggtaagcc gaagcatgaa tatacaagct gtgcaattcc ggaagagctg      720

tttgcggcaa tgaaggaaat cgtaactccc gcacagatgg aagaagcggt attcacggat      780

gaaaagcagg tgcgtgaaga gaatatccgt caaattaccg agaagttaga ggaagctttt      840

gcagataaag aagactggct tgctgtatta ggagaagcga tttaccagta tcagaagaag      900

actgttcgta agatgattct caaagatcat aagcgtccgg atggacgtga gatcacccag      960

atccgtcctc ttgcagcaga agttgatatt attccgagag tacatggttc tgcaatgttc     1020

acccgcggac agacacagat ctgtaatgta tgtaccctgg caccgctatc cgaacagcag     1080

aagcttgacg gtcttgatga aaatgaagta agcaagagat atatgcacca ctacaacttc     1140

ccgtcctact cggtaggtga aacaaagccc tccagaggac ccggacgtag agaaatcgga     1200

catggcgcac tggcagagag agctctgatt ccggtacttc cttctgagga tgaattccct     1260

tatgcaatcc gtaccgtatc cgaaaccttt gaatccaatg gatccacctc catggcttct     1320

acctgtgcat cctgtatgtc cctgatggct gcaggtgttc cgatcaagaa gatggttgca     1380

ggtatttcct gtggtcttgt taccggtgaa accgatgacg atttcgtgct gttaactgat     1440

attcagggat tggaagactt cttcggcgat atggacttta aggtcaccgg tacaacggat     1500

ggtattaccg caatccagat ggatattaag attcatggtc tgaccagacc gatcgtagaa     1560

ggtgccattg caagatgtcg agaagcaaga cttttcatca tggataactg tatgaagaag     1620

gcgattgcag agcctcgtaa agaggttgga ccttacgctc cgaagatcat ttccatcaac     1680

attgatcctg agaagatcgg tgatgtggtt ggtcagcgtg gcaagaccat caacgagatc     1740

attgcccgta ccggcgtaaa gattgatatt actgatgacg gtaaggtatc cgtatgtggt     1800

accgataagg aaatgatgga caaggcgatc gagtacatca agaccattgt taccgactat     1860

caggaaggac agatcttcca gggtatcgtt gtcagcatta aggaattcgg tgcattcatc     1920

gagtttgctc ccggtaagga aggcatggtt catatttcca agatcgctaa ggaaagaatc     1980

aatcacgtag aagatgtctt aactcttggt gacaaggtta cggtagtatg ccttggcaag     2040

gataagatgg gaagaatgag cttctccatg aaggatgtag cacagaacta a              2091


<210>  301
<211>  798
<212>  DNA
<213>  Clostridiales

<400>  301
atgccaaccg tcgcacaaat tgaacaggcg ttattccagc tggcccccaa ggatcttgcg       60

ttcgattggg acaacgtggg gcatctggaa ggcagccccg atcaggaggt ccagcgggtg      120

ctggtggcgc tggacgtgac ggagaatgtg gtctccgaag cggaaaagct gggctgccag      180

ctcatcgtgt cccaccatcc gctgatgaac gtccgctggc atcaggcgga gatgcagacc      240

ctgcggcccg accgctatct gggccgtctg ctgcggagat tggtgaaagc ggatatttct      300

gtgatctcca tgcacacaaa tctggatatt gcccccggcg gcgtcaatga cgcactggcc      360

gaggcgctgc ggatcgagga ccctgggcct atgccggggg atgagaccgg tctctgccgt      420

gtgggacggc tgcgaaaccc tgtaaagcta tctggctttg cgggtgaggt atgcaaggcg      480

ttacacgcca acggcgtacg ctatgccggg gaccgaccgg tagaatatat agcggtgggc      540

ggcggcgcct gcggcgacga gatcgacgcg gtgatcgcgg caggctgcga cacctttgtc      600

acgtcggatc tgacgtatca ccagttttta gacgccgctc ccaagggcat caacctcatc      660

gacgcggggc atttccccac ggaggacccg gtctgcgcga aaatcgtcgc ctatctggag      720

aaggaatttc cccagcttat aatcataaaa tcgacttctc acaaggaagt catccaatat      780

tttgttgaag gagaataa                                                    798


<210>  302
<211>  600
<212>  DNA
<213>  Clostridiales

<400>  302
atggataaga tcattaccat cagccgggaa tacggcgcag gcggccattc catcggccag       60

caggtggcaa aggaactggg gatcccgttc tatgaccggg atattttgaa ggcaacagtc      120

cagaccagcg gatttgatcc ggatatggtg gagcacgatc aggaggatgt atcctccacg      180

aatttcttct tcaagagcat ctgctccttt gcggacgcct ccttttctga cacccaggac      240

gccatccacg atgtgcagaa ggcggtcatt ctccatttcg ccaaggaggg accctgcgtg      300

atcctgggcc gctgcgctga cgagatcctg cgggaagcgg gcatggagag cctgaacgtg      360

ttcatccatg ccgacgcggt gcaccgggcg gtgcgggcca gcgagcttac cggctgcacg      420

gacgcgacgg agctgcagaa gatcattgcc aaaaaggaca acagccgtca tacctattac      480

aaccactata ccggcaaaaa gtggggcgac agccataact accatctggt actggatagc      540

ggcaagctgg gctattccct gtgcgccaag cttatcatcg aagcggccaa gggcgaataa      600


<210>  303
<211>  1734
<212>  DNA
<213>  Clostridiales

<400>  303
atgggaagcc cgctcttcga cgaccggggt atctccaaaa aaacaggcgg aaaacgccaa       60

attatggagg taaacaaaat ggacaagaat gcgaagcact atcccctgaa tgtgacgatg      120

cctcagcact gcgcatatgt ggtgcgcgat cttcctcagg ctaccgttga acagcgcgag      180

cgcgctctga acgctacgca ctggaatgag tttgcattcc cctccggcat gctgactgtg      240

gatatgctgt ctgactccgg taccaccgct atgaccaacc agcagtgggc gaccctgttc      300

ctgggcgacg aggcttacgg ccgcaacacc ggctactatg tgctgctgga taccttccgc      360

gacattttcg agcgcggcgg cgagaagaac tggaagaagg tcatcgacct ggtccgcacc      420

gattgccgtg acatcgagaa gatgatggac gaggtctatc tctgcgagta cgagggcggc      480

ctgttcaatg gcggcgctgc tcagatggag cgccccaacg ccttcatcat tcagcagggc      540

cgtgccgctg agtccgtcct gatggagatc gtgaagaaga tcctggccca gcgtcatccc      600

ggcaaggtct tcaccatccc ctccaacggc cacttcgaca ccaccgaggg caacatcaag      660

cagatgggct ccatcccccg caacctgtac aacaaggagc tgctgtatga gatccccgag      720

ggcggctctt acgagaagaa cccgttcaag ggcaacatgg acatcgagaa gctggagcag      780

ctgatccagg gcgttggtcc cgagaacgta cctctggtgt tcacctgcat caccaataac      840

cccatctgcg gtcagcctgt ctccatggcc aacatccggg agatcaaccg cgtggcgcat      900

aagtatgaca ttcctctggt gttcgacgtt gcccgctggg ccgagaactg ctacttcatc      960

aagatgaacg aggaaggcta cgccgacaag tccatcgccg agatcgccac cgagatgttc     1020

tcctactgcg acgctttcac catgtccgcc aagaaggacg gccacgccaa catgggcggt     1080

atgcttgcct tccgcgaccg cggcctgttc tggcagaagt tctccgactt caacgaggac     1140

ggcaccgtga agaccgacgt gggcgtgctc atcaaggtca agcagatctc ctgctacggc     1200

aacgactcct acggcggcat gtccggccgt gacatcatgg ctctggcctg cggcctctat     1260

gagagctgcg acttcggcta catgcatgac cgcgtgcagc agtgcgagta tctggcacag     1320

ggcttctaca aggccggcgt caagggcgtt gttctccccg ccggcggcca cgctgtgtac     1380

atcaacatgg atgagttctt cgacggcaag cgcgatcata ccaccttcgc cggcaccggc     1440

ttctctctgg agctgatccg ccgctacggt atccgcgtgt ccgagctggg cgacttctcc     1500

atggaatatg acctgaagac tcccgagcag caggctgagc tggccaacgt ggttcgcttc     1560

gccatcgacc gcagccgcct gactcaggag catctggact atgtcatcgc cgctgtcaag     1620

gcgctgtatg aggaccgcga gtccatcccc aacatgcgga tcgtctgggg ccacaagctg     1680

cccatgcgtc acttccacgc cttcctggag ccctacgcca acgaggagaa gtaa           1734


<210>  304
<211>  618
<212>  DNA
<213>  Clostridiales

<400>  304
atgaaaaggt taatagtata tgttcatgga aagggcggct cggcgcagga agccgagcac       60

tataaatcgc tatttccgaa ggacgaagta attgggtttg attaccgttc gcaaacgcca      120

tggcaagcca agaaagagtt ttttgcgttt tttaccgagc agagaggccg gtgtgagcac      180

ctcaccttgg ttgccaacag catcggagct ttctttgcgc tgtcctcgct ggatgaaaca      240

ctggttgacc gggcttattt catctctccg attttggata tggaaaactt gatttgcaat      300

atgatgcaat ggtcgaatgt aaccaaacag gagcttgccg agaaaaggga aatcgccatg      360

aatttcggag aaacgctgtc atgggagtat ctttgctatg tgcgcaagca cccgattatc      420

tggaatgtcc ctacctgtat tctctacggc gagcatgaca acctgacatc cattgaaacg      480

gtatctgcat ttgccaaact gcaccatgct gatctgaccg tcatacccgg tggcgagcat      540

tggttccata ccgacgaaca gatgcagttt ctggacaaat ggatcagaga gcgcagcttg      600

aacgatgtct gcggctga                                                    618


<210>  305
<211>  858
<212>  DNA
<213>  Clostridiales

<400>  305
ccccatccga ataacaaaaa attcccccgg ttcgccgggg gaactttctt ctgcaaagca       60

aaattttgtt gcaaaagcga ctgcatggac tggcccattc aggcgtatga tagagaaaac      120

cgatcaaagc gaggatttat gctgacattc aaaaatatta cggtacggga cgcggccatg      180

ctgcggcgct attatgaaaa ctgcgattac gcgctatgcg aatactccgc cggtgtcaag      240

ctcatgtggc ggagcgcgct gcgttatgcc tgggcggagg cggcaggctg cctgatcatc      300

cggtgcgaaa gcgagggacg ggtgtccttc gattatccgg tggccggacc ggagggggat      360

gaggacgcgg ctctgtccgc cattgaagcc tactgcatgg aaacgggtat tcagccggag      420

atctccatcg tgccggagga aaaagcccct gtactgctat cccggtatcc ttatgtgcgg      480

gtgagcaaca tccgcacctg gcgggactac ctgtactaca aggaggacct ccagctcttc      540

gccgggcggc gatactccgg ccagcggaat cacatcaaaa agttctacgc ccaatggccc      600

aatgcggaat tccgtcccct cagcgtcaaa gaggacgccg aggccattga gcagttctgg      660

atcgatttca aagcggaatt tcccaaggac agcggcagca aggccatggc ggagctggaa      720

ctctccaaaa agatgatggc catgccggac aagccctggc tcctgcgggg cggcatgttc      780

gacggagaaa agctgatcgc cctgtctctc tgcgaaaaat gcggcgagac cctcatcatc      840

cacattgaaa aggccctc                                                    858


<210>  306
<211>  1992
<212>  DNA
<213>  Clostridiales

<400>  306
atgggcctgt tcaagaaaaa agaccccatt gttgaagtgg aaaaggcact cgaccacgag       60

gtgcacgaga tggagcatga tatccaggcg gacgtggatg cggtcatgaa aaagtatgac      120

cgggaatcca acacccgtat ctgggagggg gctccgaaaa tcgccctgcg ggtgctgatg      180

tcggccttct caatctattg tatcctgatg accctgttca gcaaggcact tccggagcgg      240

cggctgtccc tgtttctggg ctttatcatc attatcggct atctggtgta tcccgccaga      300

aaaggtgctg cccgggtgaa ccatgtgccc tggtatgact ggatcctgat ggttctgggc      360

gctggcagct tcttctattt tgccatcaac gctttctcca tcattcagtt ggccaccaag      420

cttcagccca tccacatcat cgtcggtgcc atcggtattg tggtactgat cgagctgtgc      480

cgccggtgcg tgggcctgcc cattctggtg gtgctgggcc tgctgctaat ctacacgttc      540

tataaccagc tcagctggga ccccagcttc tacaaggcgc tgaagaacat cgtctataag      600

ctgttctaca ccaccagcgg cgtcatcggt acgccggtaa gcgtctgcta cacctacatt      660

gtgctgttca tcatctttgg cgcatttctg gagcgcaccg gcatcgccaa cttcttcatc      720

agcttcgcca accgtctggc gggctggtct tccggcggcc ccgccaaggt ggcggtcatt      780

tcctccgccc tgtgcggcat ggtgtccggc tcctccgtgg gcaacaccgt gaccaccggc      840

tccgtcacca tccccatgat gaagaaaacc ggctacaagc cggagttcgc cggcgcggtg      900

gaggccgccg cctctaccgg cggtcagatc atgcccccca tcatgggcgc agcggcgttc      960

ctgatggcag agtacatgaa tatcccctat gcgaaggtgg ctgtaaaggc catccttccc     1020

gccgtgctgt acttcaccgg cattttcatc gccgtccatc tggaagccaa gaagctggga     1080

ctgaagggta tgcccaagtc cgagatggtc tcctggggcg agcttgccaa gcgtgcctat     1140

ctcattatac ctctggccct gctgatcttt ctggtctcct ccggcagccg taccatgcag     1200

ttctccgcgg cggtgtccat tctggccgcc atcgtggtgg gcttcctgaa caaggaggag     1260

cggctgacct tcggtaaaat cgtggaggca ctggaagccg gtgccaaggg cgccatcacc     1320

gtggctgtgg cctgcgccat ggccggtatg atcgccggtt gcatcaccgt caccggtctt     1380

gcttccatcc tcatcaacgc catcgtgcag atggcaggcg acgctaccat gatcggcctg     1440

ctgctgacga tgatctgctg catcattctg ggtatgggcg ttcctaccac cgccaactac     1500

tgcatcatgg cttccacctg tgcccccatt ctggtgcaga tggacttccc cctggtggcg     1560

gctcacttct tcgtgttcta cttcggcatc gtagcggaca ttacgcctcc ggtggctctg     1620

gctgcctacg ccggcgccgc cattgccaag gccaacccta tgaaaaccgg catcaacgcc     1680

accaagctgg ccgtcgcggc ctttatcgtg ccatacattt ttgcctacag ccccgctatg     1740

ctgtttgaca acgtgagcag tgcatttgaa gtggtgcaga tcgtagtcag cgccctcatc     1800

ggtctgtttg gtgtggctgc ggctttgaac ggcttcgtct ataagaagat ccccatgctg     1860

ttccgtctgg caatggctgc cggtggtctg tgcatgatga tccccggcac cgcatcggat     1920

gtggtgggcc tcgtggtggt cggcggcatc gtgctgatcc agcgcatgag cgcccggcgg     1980

ctggctgcct ga                                                         1992


<210>  307
<211>  558
<212>  DNA
<213>  Clostridiales

<400>  307
gatatggcaa agaaaatgac gcgggccgcg ctgtttttca tgatcgggac ggtcattttg       60

accgctttct acgaaaagac cgcttacggg ccggtgcttt cgctcgccat taccttcgga      120

acggtttcct accacctcgt catgcggctg ctggtgggag gcgcatttca ggcagtgatg      180

cagaatcgtg cggatctcta caagcggtgg taccgggtcg gcaggcggga aatggcggtc      240

tatgaagcgc tgaaggtaaa acggtggaag cgcagaatgc ccacctatga caacgcgctg      300

tttgatccgc gtctgcacac atgggacgag gtcgcccagg ccatgtgcca ggcggagctg      360

gtccatgaaa cgatcgcgct gctcagcttt ctgcccattg cggcggggct ccggtttggc      420

gcatacccgg tattcatcgt gacctccgtt ttgtccgccg gatatgacct gctgtttgtg      480

atgatgcagc ggtataaccg ccagcggatc atggtgctgc tggagcgcaa gcgcacatcg      540

tccgcctgcg ccagatga                                                    558


<210>  308
<211>  1845
<212>  DNA
<213>  Clostridiales

<400>  308
atgaagattc tgtatgcggc cagcgaggcc gttcccttct gtaaaaccgg cggactggca       60

gacgtagccg gttccctgcc tcccgctctg gcggagcagg gagccgagac cgctgtgatc      120

ctgcctctgt accggcgggt cagagaaaaa tttgctgacc agctgatgtt cctgtgctac      180

gattatgtgg atctggcctg gcggcacacc tactgcggtc tgttttccat gaaaaaggac      240

ggcgtgacct ggtatttcct ggataacgag cagtattttg accggcccga gctctacggt      300

tatgtagatg acggagagcg cttcggcttc ttctcccggg ccgtggtgaa gatgctggac      360

catctggagt tctggccgga tgtgatccac tgcaatgact ggcagacggc tctgatcccc      420

atttatctga aggatgacgg cgtccgggag gaccggtatc gctctatccg gacggtgctg      480

actatccaca acatcgagta tcagggacgc tatgacccct attgcctggg cgacctgttc      540

ggcctggacc ggggctgggt ggatgacggc accctgctgc tggacggcga tctgaatttg      600

ctgaagggcg ccatcctcac cgctgacgcg gtgaacgccg tgtcccccac ctatgcgcag      660

gagctgaaga atccctactt tgctcaccgg atggagggca ttttgaccca gtgcggctat      720

aagctgtccg gcgtactcaa cggcatcgac atgaagctct acgatcctgc tgctgacgga      780

cgcatcactg ccaactatac ggcggaggat ctgtccggca aggctgcgga taaaaccgct      840

ctccagaacc tgatgggtct gaacgaagag ccaaacaccc ccattatcgc catggtgagc      900

cgtctggtat cccataaggg attggatctt ctgcgggagg tcatgggcga catcatggag      960

ctgcctgctc aatttgtggt gctgggcagc ggcgatgccg gatatgagga gttcttccgc     1020

cggacggcgg agcggtatcc cggccgtatg gctgtgcgtc tggggtataa tgaggcactg     1080

tccatggcta tctacgcagg tgcggatctg ttcctgatgc cctcccgcag cgagccctgc     1140

ggcctttctc agatgatctc catgcgctac ggcacggtgc ccatcgtccg ggagaccggc     1200

ggcctgaagg acaccgttca gccctatgag gcctggcgtg acgccggtac cggcttcacc     1260

tttgccaact actccagcgc ggatatgctc catgtgatcc gggaggcggt gtatctctac     1320

aaggattatc ccgacgcctt tgcccgtttg agagaccggg ccatggcaca ggatttcagc     1380

tggaaccgca gcgccgggga ctacctgcgg atctacggcg ctgtcactgg cctttcctgg     1440

gaaaagtctg ccccggaagc gcctgccgcg gaggctgccg cccccactga ggagccggtg     1500

atcgaggttc ctgccgagga agctgctgtt tccgctgcgg agccggtcag tgagaccgct     1560

gcaaagcctg ctgcaaaaaa ggcggcgcgg aaaacggctg taaagaagcc tgcggccaaa     1620

aagacaacaa cgagaaagac cgcagccaag gccacaacta aaaaggcggc cgaaaaagcg     1680

gtggaaaaac cgactgaaaa agcagctgag aagcccgttg agaagccggc cgaagaacct     1740

gttaagaaaa ctgccgcgaa gaccatggcg cctgcggaca ccgtggaaac cacgcagcct     1800

gttcaaccca aaaagaaagg agccgctaaa aaagcggcaa agtaa                     1845


<210>  309
<211>  2586
<212>  DNA
<213>  Clostridiales

<400>  309
atgagcgacc agccgaaaaa aagcaatttt tttaaaaaat tagccacgtt tatcgtggat       60

aaacgaaacc tgatcttttt tctgtatgcc attgccatta tcgccagcct gatcacccag      120

agttgggtaa aggtctgcga cgatctgacc caatatctgc cggagaccac ggagacccgc      180

cggggcctga cgctgatgga ggatgagatg aagacctatg gcaccgcccg gatcatcgtg      240

tctcatgtga cgtatgagat cgcacgggat ctggcggatc agatcgaaga tctgaacaac      300

atctcctccg tggacttctg ggacgcagac aagtcggcag atgataccac cctgccctcc      360

gctgccaaca agacctatga ggattacatg cagggtgccg acgccctcat caccgtcacc      420

ttccggggcg aaaacgacga ccagtccgcc aaggacggtc tggccgccgt gaaggaactg      480

ctggccccct atgacactta catctctacc gatgtgggct actccaaatc cgaaacatta      540

aatgaggaaa tgggcattat cttagtggtg gccgcactgg tcatcgtgct ggtactgctg      600

ctgacctccc gttcctacgc cgaggtgccg gtgctgttgc tgacctttgt ggcggcggcg      660

ctgctgaaca agggcaccaa cttcatcttc ggcgagatct ccttcgtgtc cgactctgtg      720

acagtggtgc tccagcttgc gttggccatc gactactcca tcatcctgct tcaccgcttt      780

ctggaagagc gggaacacgc cccggatgac cggacggcct gcatcatcgc tgtcagcgcc      840

gccattccct ctatctccgc cagcagcctg actaccattt ccggtctggc cgccatgatg      900

ttcatgcagt tccgcatcgg ctttgacctg ggtctggtgc tcatcaaggc catcctgctg      960

agtatgctgg ccgtgttcac cctgatgccc ggactgctga tgctcttctc caaggcgatg     1020

gagcggaccc gccacaagaa cttcatcccc cagatcgacc gctggggcaa gctggtctat     1080

gccctgcgtc atgtgggcgt gcccgtattc atcgtgtgcg tggtgggagg cttcttcctc     1140

tccaaccagt gcccctatgt gtatggcgac aacgccgtca tgaccgttcg ccgcaatgag     1200

catcaggcag cgacggaccg ggtggaaaag gaattcggca cccagaatat catggcactg     1260

gtggtcccca agggggacac cgccagtgaa aaggctgttt tgaaggagct gagcggactg     1320

gatgaggtgg attatgccat gggtctttcc aatgtggagg ccaagcccgg ctacttcctc     1380

accgacaagc tgacgccccg gcagttctcg gagatgatgg gtctttccta cgaggaagcc     1440

tgcatcctct acgccgccta tacagcggat caggaggata actacggccc catcgtgggc     1500

ggcatcgaca gctataccgt atccgccatg gatatgatcc tctttatcta tcaggagaag     1560

gaaaagggct atgtgacgct ggatgacgag gatgagcggg agatcaatga cgcctatacg     1620

cagatcatcg acgcccagac ccagatgctg ggccccaact acacccgcat ggtcatgaac     1680

ctgaatctgc cggaggaggg gaccgacacc ttcgccttcc tgaaaaccgt tcacagcatc     1740

gtggagaaat actacgatgc cgacgatgtg tacttagtag gcaactccac cagcgactat     1800

gaccagtccg tttccttcgc cagagacaat gtgatgatca gcgtcctgtc cgtggtattc     1860

gtggttctgg tgctggtgtt cacctttatg tccgtgggcc tgcccattct gctgatcttg     1920

gtcattcagg gcagtatctg gatcaacttc accttcccca cggtgctgca caccaacatc     1980

ttcttcatga gctatctgat cgttacctcc atccagatgg gcgcgaatat cgactacgcc     2040

atcgtcattt ccacctggta ttccgacctc aagacccgga tgagccccag agaggccctg     2100

atcaaggcgc tggatctctc cttccccacg gtactgacct ccggctccat cctgtccgct     2160

gcgggcttcc tcatcgggca gatcaccacg gagccgtcca tcgtaggcat tggccagtgc     2220

cttagccggg gcacgctgat ctccatgttc ctggtcatgt tcgtcctgcc tcagattctg     2280

gtgctgggtg accggatcgt ggaaaagacc agcttccagg taaagctccc cgcaacaccc     2340

atcgcctctc agcgcctctc cggcaccacc tttgtcaatg gccgtgtccg ggggcggatc     2400

tccggttttg tggacgcgga gatccatggc gtagtcaagg gcgacatttc cgccatcatg     2460

tcctccggca gctatgatct gccggaaggc agcggccaac cgcccgaagc aggggcgtca     2520

ccggaggata caccgaacac gccgcctgcg gattctgtca ccggaaagga gggggacacc     2580

caatga                                                                2586


<210>  310
<211>  438
<212>  DNA
<213>  Clostridiales

<400>  310
atgctgctga aaaacgagaa cgccagtatt cgactggatt ttgtaagcta cgaatttccg       60

gaaactgaat acggaatgga tgaatacgat aagaactggc tgcaactgcg ctgcacctgg      120

gtggatgagg acggctatac ccataaggac tccaacgcct gcctgctggc tcaggagctg      180

gcggggatga acgccggatt gaaggtgctg gccgccggga tcaaggaccg ctatgacagc      240

gacttcattt cgtcggatct cagcctgttt gcctgggcgg agggcgagct gttccgggtg      300

tatatctcct tttatctgcc caacacgatg gatggagacg atacggcgga gctgaactgc      360

acccttaccg gaccagaatt gaaagcactc attgaggatc tggatcaggc ctgcgcccgg      420

ttcccggagc ggaaataa                                                    438


<210>  311
<211>  609
<212>  DNA
<213>  Clostridiales

<400>  311
atgctttctg ccatgcagca gaggatctat gattatattg ccgcctgcat ccagacgcag       60

gggtatcccc cgtctgtccg ggagatcggc gaggccgtgg gcctgcggtc cccctccacc      120

gtccacttcc atctgaaaaa gctggcggat gccggtgtca ttgagatcgg tgccggaaaa      180

ggacgggcca tcaccctgac ccatcccgcc gcgccgtccg tcccggagcc ggaggaatcg      240

gcggaccgtg tgcccatcgt gggcaatgtg gcagccggca gtcccattct ggctcaggag      300

tgcatcgagg actacctcac cttccacacc gggcatcccg gggacgttca cttcgccctg      360

cgggtccggg gcgaatctat gctgaacgcg ggaattctcc ccggcgatct ggtggtggtg      420

cggcagcagc agacctgcaa tcagggggag atcgtggtgg ccatgatcga tgacgaggcc      480

accgtcaaac ggttttcccg gaaaaacggc cacatctggc tattgccgga aaatgacgat      540

tacgagccta tcgacggcac ctacgctcag atcctgggca aagtggtagc cgtggtgcgg      600

cagtactga                                                              609


<210>  312
<211>  654
<212>  DNA
<213>  Clostridiales

<400>  312
atggatatga aaccgatcat tgtcatggcc ggaacaccgg tagataccca gatgggcatg       60

gactgcctca gcacacaggg attgcccggc gtcttttgcc cgatatcaga ggaccccaac      120

cagcagacgg ctttccagat ctcctccacg gaggaaaaga ttgacaccgt agtctccctt      180

ctgtgcgcgg cgcagcggga gcatggctgc gaaaaagcct tcatttactg caattctctt      240

tccggcgcgc tggatttcca gttcgttgcc cgggaaaccg gcttgaagat cgtcacgccg      300

ctggacgttt accggctgct ggcgcctaaa tatcactctc tggccgtgat cgccgccaac      360

gctcagggca ccgccggaat cgagcggacc ctgctcagtg ccaacccgga cctgaccctg      420

cgctctaccg gacttctgcc tgtggtgttg gggatcgagg ccggagagga ccccgatacg      480

ctggtgaaac agaaccgtct gccggagctg gtgaactggt atcaggcgtt gggtgcagaa      540

gcgctggtgc ttggctgcac ccacttcccc tatttcaaag aggctctcct ccgacagatc      600

accctgccgg tcattgaccc cgcagaggaa atgctccgcc tgctgaatac ctga            654


<210>  313
<211>  1872
<212>  DNA
<213>  Clostridiales

<400>  313
atgaaaccat tagatcagtc ttattcgaaa tccaggcgtt tcaagaatca ggtcaaggca       60

gtcgtaacca acccctataa cgtgatcgtg ctggttgcca ttgttttgct gacttatttg      120

atcgttcttc ccctggtaga catgctctcc accacgttcc agctcgcgca gcgggacctg      180

agagccaccg gcggcaccat ggccgacgta ggcaaattta ccctgtacta ttggcagcgg      240

ctgctggcca gtgacctttc ctggaatctg ctgttcaagc ccctgctgaa ctccctgacc      300

atcggcgtcg gcgtttccgt atgcgccatc gcccttggct ccatactggc ctggctgatg      360

gtccgcagcg accttccctt caagcccttc ttctccttgg cggtgatcat cccctatatg      420

atcccctcct gggtcaagtc tcaggcatgg ctgagtatgt tcaagacccc ccgcgtcggc      480

ggcgctcccg gctttatcgc ggccctcatg atgaatgcgg gcgtatccac ggagcagatc      540

gaagccattc tgtctcccat cgcttacggc cgtctggcga tcatcattgt gctgacgctc      600

cactattacg catatacata tctgctggtg tccgcggcac tgaactccat caactccgag      660

ctggaggaga tgggcgagat ccagggagcc agcaagcccc tgatcctgcg gaagatcacc      720

ctgcctctgg tgctgcccgc gatgctttcc gccgtgatcc tgaccttctc caaggccatc      780

ggcaccttcg gcaccatcaa ctatctgggt tctcccgtca gcttccggac gctgtccagc      840

gagctgtatt ccaacagtaa gtcccagaac acgcagacgg ccttcgccat ggccatcctg      900

atgatctgca tcgcttctct gtctgtgttc atcaaccagc ggctcatcgg cgcccgcaag      960

tcctacgcca ccatcggcgg caagggcgga cggtccaccc ccatcggtct gggcggctgg     1020

aagcccattg tgaccattat cctgttcatc ttcttcctcg tcggcatcat catgccggtg     1080

atcatcctga tcctggagag ctgcatgctg aaggagggca cctattctct gtccaacttc     1140

acgctgtact actggatcgg cgagggtgat cccaacatca tggagggcgt ctccggcatc     1200

ttcaagaatg aaacctttat gatgtctctg gtgaactccc tgaagctgac ccttgtcaac     1260

ggcgtgttcg gcaccatctt cggtcagatg ctcggttaca tctgcgccaa gggccgcggc     1320

aagctccacg gcaagctggt ggagcagctg gtgtttatcc cctacctgat cccctccgtg     1380

gcgttcggcg gcatttacct gtccatgttc tccaagcctc agacgctctt cggcgtaacg     1440

ctcattccgg ccctgtacgg caccttcgcc ctgctgacgc tgacctccgt ggtcaagcat     1500

ctgccctttg cctcccgcgc cggtacctcc aacatgctgc agatcagcgg cgagctggag     1560

gaggccgcca ccatcgaggg cgcaggcttc ttcaagcgtt ttgtcaagat cgtgttcccc     1620

ctgtccaagg gcggctttat ttccggcttc atgctgatct tcgtttccat tatgaaggaa     1680

ttggatctga tcatcctgat catgacgccc aagacctcca cgctgccgta tctggcgttc     1740

cagtaccaga accagaactg cccgcaggct tctaactgcg tggccatcgt gatgttctcc     1800

atcgtgttcc tggtatacgc actggcaaat atcttcggag acgcagacct ggccaagagc     1860

atggccggct ga                                                         1872


<210>  314
<211>  747
<212>  DNA
<213>  Clostridiales

<400>  314
gcgcccccgc ccccccccgc caatatccaa accattttct tcgatgtagg aaacaccctg       60

cgcattgtcc tgccggacca ggagtttatt gaccgggcgg aagccggtct catggaactg      120

atcggcacca cggagagcca cgacgccctg tttgccaagc tggaggagcg ctggaaggca      180

taccgcaagc agtccaagac caccctgctg gatgcttccg agggagaact gtggacccag      240

tacatgctgc cggaatatga tccgaatatg atttttgcca acgcccccaa gctgacccgc      300

ctgtggcgcg accatgacgg ccgccgggtg gcccggccgg acgccgtagc caccatcaag      360

gagctgcacc gccggggcta tacccttggc atcatcgcca acaccgtaac ggagacggag      420

atccccgatt ggatggccgc tgacggcgtg gcccagtgct tcaagaccac gatcctctcc      480

tccaaggtgc gcctgcgcaa gccggacccg gacatctatc acctggcctg ccgctgcatc      540

ggcacgccgg aagccaactg cgcctatgtg ggcgataacc cggtgcggga cgtggaaggc      600

acccaggctg ccggcttcgg tatgatgatc cggatcgatg agccggatac gctgaacaag      660

gaaaaggcca ccggcaagga gtttaccccg gatcatgtca tcaccagcct ttctgaattg      720

ctggacatct tccctgagcg ggcttaa                                          747


<210>  315
<211>  2085
<212>  DNA
<213>  Clostridiales

<400>  315
atgagcgagc tgaaactgcc cgaactgttt ggcagcagag tattcaatga ggaaaccatg       60

aaggagcggc tgtccggcgc ctgctatcag gcgtggaagc gctgcgtcac cgatggagca      120

tctctggaat tggctgccgc caacgagatt gccggggcca tgaagacctg ggcggtggag      180

cggggctgca cccactacac ccactggttc cagccgatga ccggcttcac ggcggaaaag      240

catgacagct tcatcgctcc cagcgaccac ggccgggtca ttctggagtt ttccggcaag      300

aatctggttc ggggcgaggc ggatgcctcc tccttcccct ccggcggcct gcgggccacc      360

tttgaggccc ggggctacac cgcttgggac ccctcctcct ttgcctttat caaggagggc      420

accctctgca tccccaccat tctgtgctcc tacggcggtc atgcgctgga caaaaagacg      480

cctctgctgc ggtccatgga ggacgtgagc cgtcaggcca tccgtatcct gcggctgttc      540

ggagacacgg agacccgcaa ggtcacgccc tgtgtcggcc cggagcagga gtacttcctg      600

gtggataaga agatgtacaa ccagcgggag gacctgcgga tgaccggccg caccctcttc      660

ggcgccaagc ctccccgcgg tcaggagctg gatgaccact attacggcgc catccgtccc      720

cgggtagcag ccttcatgaa ggacctggac gaaaacctct gggccttggg tatttacagc      780

aagaccaagc acaatgaggc ggcccccgct cagcacgaga tggcccccgt ctatacagac      840

gccaacacag cctgcgacca caaccagctc accatggagg tcatgaaaaa gatcgcagaa      900

aagcacgatc tggtatgcct tctggacgaa aagccctttg ccggtgtcaa cggctccggc      960

aagcacgata actggtccct gaacaccgac accggcaaaa acctcttcaa gcccggcaag     1020

acccccagcc agaacgccca gttcctgctg ttcctggcgg cctttgtcaa gggtgtggac     1080

gagtatcagg acttcctgcg ggctacggtg gcatttcccg gcaacgatca ccgtctgggc     1140

gcttccgaag cacctcccgc agtcctctcc atcttcctgg gtgacgaact ggatgccatc     1200

gtgcagtcca tcatccgcgg tacggagttc aaggaggccg gcaaacgcac cctccagatc     1260

ggcgtggacg ccatgccccc cattccccag gacaacacgg accggaaccg cacctctccc     1320

atggccttca ccggcaataa gtttgagttc cggatgcttg gctccagcca gtctatctcc     1380

ggtcccaaca ttgctttgaa caccatcatg gcggaggaat tgcagcagtt tgccgaccaa     1440

ttggaaaagt ccaagaattt ccagtcggat ctggaaaagc tcatcaaaaa ggtctttacc     1500

gaccaccagc ggatcatctt caatggcaac ggctatgatg acgcctggat cgccgaggcg     1560

gaaaagcgtg gcctcagcaa cctgaaatcc gcagcggacg ctctgccggt ctacaccgcc     1620

aagaaaaacg tggacctctt cgtcaagcat gggatttaca cgaaagagga gatcaacgcc     1680

cgtgcggaga tccacatcga gaactacacc acggtcctga ccatcgaggc ccggaccatg     1740

gcggatatgc tgcggcggca gatcctgccc gccgtatccg ccgtgacggc ggagctgtgc     1800

gagcggggtt ggaagaagga gcagatgggc gtcagccaca aggccgatga cgccgtggcc     1860

cgtgaaatgg gccaactgac ggataagctc catgctgcca cggaaaaaat ggagcgggac     1920

ctcagcaaga tcccggcaga cgctaagaag gccatggctt acagccatga tcacctgatc     1980

ccggatatgg aaaaggcccg tgaactggcg gaccggctgg aggagctgac ccccgccgag     2040

cggtggccct tcccggtata cagcgacctg ctgttctctg tgtaa                     2085


<210>  316
<211>  861
<212>  DNA
<213>  Clostridiales

<400>  316
atgaaaaaca agatttttgc cactctgctg gccctgacgc tggccctgtc cctcaccgcc       60

tgcggcagca agtccgatga ctctgccaag gccgacacca ccgatgacgc gcagaccgag      120

cagcctgcgg aacctcagga gaccgtcact ctgaacgtag ctgcctctcc caccccccac      180

gccgagatcc tgaagcagtg cgtacccatt ctggccgagc agggcatcga cctgcagatc      240

cacgagtaca gcgactatgt ggtgcccaat accgccgtgg aggacggcga tgaggacgcc      300

aactacttcc agcacgtccc ttatctggat gacttcaaca ccacccgcgg cactcatctg      360

gtgagcgtca ccggcgtcca catcgagccc atgggcatct acgccggcaa gtccgactct      420

ctggacaacc tgcctgacgg cgcatccgtg gccgtcccca atgatgccac caacgaaggc      480

cgtgccctcc tgctgctgga agctcagggt ctcatcaagc tggctgacga ctccaacctc      540

tcctctaccc ccaaggacat cgtggagaat cccaagaacc tgaccttcac cgaggtggaa      600

gccgctacca tccccagcat cgccagcgag gtggatctcg ccgttatcaa ctccaactat      660

gcgctgggtg ctggcctgaa ccccgttgag gacgctctgg ctctggaatc ctccgactcc      720

ccctatgtga acgtgctggt ctgcaaggag ggcaacgaga acaacgccgc catccaggct      780

ctggccgagg ccctgcactc cgacgccgtg aagaactaca tcgccgaaaa ctttgacggt      840

gccgtcatcg ccgttgacta a                                                861


<210>  317
<211>  1884
<212>  DNA
<213>  Clostridiales

<400>  317
atggcaaaga aacaattcaa agcggagtcc aaacggctgc tggacctgat gatcaactcc       60

atctacaccc acaaggagat cttcctgcgg gagatcatct ccaacgccag cgacgcctgc      120

gacaagctgt gctatcaggc tctgacggat gacagcgtga agctgacccg gaaggacttc      180

aagatcgacc tgtctgtcaa caaggacgcc cggaccatca ccgttacgga taacggcatc      240

ggtatggaca aggaggatct ggagaacaat ctgggcgtca tcgcctcctc cggttcctac      300

aagttcaagc aggaggtggg agatgacacc aaggacactg acgtgatcgg tcagttcggc      360

gtgggcttct actccgcctt catggtctgc gatcaggtga cggtccgcac ccggaaattc      420

ggcagtgaca ccgcctatca gtggcagtcc tcaggggccg acggctacac cgtcacggaa      480

tgtgataagt ccgatgcggg cactgaggtc atcatgcacc tgaaggatga tacagaggac      540

gaacattaca gcgagttttt ggaagaatgg aagctccggg agctgatcaa aaagtattcc      600

gactacatcc gcttccccat ccgcatggcg gtcacgaaaa cgaaaaaggt ggcctcctgc      660

atgtccgaca agccggacga ggtaccctat gtggagatgg agaccctgaa ctccatggtc      720

cccatctggc agcggaaaaa ggccgacgtg aagccggagg aatataacga gttctatcgg      780

gagaagttcc acgatttcgc ggacccccag cgggtcatca ccgtgtccgc cgagggtgcc      840

gtgacctaca aggccttgct gttcatcccc ggcaccactc ccttcgactt ctacaccaag      900

gaatacgaaa agggtctgca gctctattcc agcggcgttc tcattatgga caagtgcccg      960

gatctgctgc cagagcactt ccggttcgtc cggggcgtgg tggattcccc ggatctgagc     1020

ctgaacatct cccgggagct tttgcagcat gaccgccagc tgaaggtcat cgccggaaat     1080

ctggaaaaga agatcaagag cgaactggcc aagatgctca aggacgagcg tgaggcttat     1140

gaaaccttct ggaagaactt cggccgccag ttgaaatacg gcgtggtcag cgagtacggc     1200

atccacaagg acctgctgca ggatctgctg ctgttctggt cctccacgga gaagaagctg     1260

gtgacgctgg atgagtatgt ctcacggatg aaggaggatc agaaggtcat ctattatgcc     1320

gccggtgaca ccgttgacaa gattgacaag ctgcctcagc tggaggcctt gaaggatcag     1380

ggcacggaaa ttctctactt tacagaggaa gtggacgagt tcgtggccca gaccctgcgg     1440

agttacaagg acaaggagtt ccgctccgcc atggacggtg catccgacga gtccgctcag     1500

gaaaaggcta aggaggaggc tgacacccat aaggatgtgt ttgccttcgt gaaggagacg     1560

cttggtgacg cggtggcaga ggtgaaaccc tccacacggc tgaaatcgca ccctgtatgt     1620

ctcaccgccg gcgagggcct gagctttgag atggagaagt atttccagct catgcagcct     1680

gacagcagca tcaaggccca gcggattctg gagctgaaca cggagcaccc ggccttcacc     1740

gctctggaga acgccgtgac cgccgacccg gagaaggcca agatctacgc caagctgctg     1800

tacgatcagg cgctgctgat cgcgggactg ccgctggacg atccctccgg ctacacggat     1860

ctggtgtgcg gattgatgaa gtaa                                            1884


<210>  318
<211>  540
<212>  DNA
<213>  Clostridiales

<400>  318
atggcaagat tgaaagaaca gtataaagcc gaagttgctc ccgctctgat gaagcagttc       60

ggttacaagt ccgtcatgca gatccccaag atcgacaagg tcgttatcaa cgtgggctgc      120

ggcgaggctc gtgaaaacgc gaaggtgctg gacaatgttg tgggcgatct gggtaagatc      180

accggccaga aggctgttgt cacccgtgct cgcaagtcca ttgcaaactt caagctccgt      240

gaggagatgc ccatcggcgc caaggtcacc ctccgcggcg acaagatgtg ggaattcctg      300

gatcgtctgt tcaacgtggc tctgccccgt gtccgtgact tccagggcat caaccccaac      360

gctttcgatg gccgcggcaa ctatgccatg ggcatcaagg agcagctgat cttccccgag      420

atcgagtacg ataagatcga caagatccgc ggcatggacg tcgtcatctg caccaccgct      480

cagaccgacg aagaagcccg cgagctgctg accctggtcg gcgctccctt tgaacgctaa      540


<210>  319
<211>  996
<212>  DNA
<213>  Clostridiales

<400>  319
atggttgcta cgatcatcga cgttgcgaaa aaatgtggat actcaaaagc aactgtttcg       60

cgtgcatttg cgtctccgga agcggttagc gagcgagcaa aggcccggat ttacgctgcg      120

gcaaatgagc tgaattatac gccgaatcca atcgcccgag caatggctcg ccagaaaacg      180

gataatatca cgtttgtgat ccacgaaaat cagtatcctg ccattctgaa tccgttctat      240

tcgtcggctt tggaagcgat catgcaggaa acgatgaaac ggaactatgg cctttttgtc      300

actacaaatg accatgtgcg tctgcccagc ggagaagtga gcataaaaaa gcacatggat      360

ggcgttatca tagccggaca aacagaccga agttctatcg aaagcttttg caaacagaac      420

attcctgttg ttgtgctgaa taatctgatc cagatggaac acttgccttg catcgctgtt      480

gacaactatc atggggcaaa atgtgccgct gaacatttga ttcagaaagg ccatcgacgg      540

atcgctttgc tggagggacg tttttctccc caaatttacc atgaccgcca caacggatac      600

atggacgcga tcgttagtgc cggactcaca gtagatcctt tgtttatgcg ggatgtggat      660

gccaatgagc tgtgcgcgga aacttgtgcc cgtgaaatgc tgagctgccc ggagcggccg      720

actgcgctgc tatgtaccaa tgataccatt gcggtaggag cgatgaaggc tgcgatgcgt      780

atgggactcc ggattccgga agatgtagca gtgatcggat ttgatgacag ctatgtcagc      840

cgggtcattg aacccgagtt gaccacggtg cggatcgatt cccttcagat gggcaagtta      900

gcggtagaaa tgctgtttcg cctgatcgac ggggaagagc tttcgaaatg gtatattgaa      960

atgccaacag aactgatcgt tcgcggaacc acttga                                996


<210>  320
<211>  591
<212>  DNA
<213>  Clostridiales

<400>  320
atggcaacac gaaacagccg caatacccgg ggacggatca tctccgccgc ttggaagctc       60

ttttatgagc agggatatga cggcaccaca gtagaggata tcgtttttga atccggcacc      120

tccaaaggct ctttctacca ttattttgac ggcaaggacg ccctgatggg caccttggcc      180

tatgtgttcg acgaaaaata cgaggatctg atgcccacgc tggacccgga gaagggtgcc      240

atcgagacgc tggcctatat caaccatgag ctgtatgtga tgatcgagtc cagcgtgtcc      300

atcgacctgc tgacccgtct gctgtccacc caattgctgg cgcggggaga aaagcacctg      360

ctggaccgga gccgggtcta cttccgcttg ctgaaaaaga tcgtccgtca gggtgcggag      420

cggggcgaat tccgccccgg tctggctcag gaggagatcg tcccggcctt cgccatgtgg      480

gaacgggcac agctttacga ctggtgcctg tgcggcgggg actactctct ggtggcctac      540

gcggagaaga tgacgcccct gtttttggag agtttccgag tcggagaata a               591


<210>  321
<211>  1134
<212>  DNA
<213>  Clostridiales

<400>  321
atgtttaaga tcttgaaaac agaggggaag gcccggcggg gcgaattctc ctgcgcccac       60

ggcggtacgg tgcagacccc ggtgtttatg aatgtgggta cgcaggcggc catcaagggc      120

ggcgtttcgg cgttggattt gaaaaatgtg ggctgccaga tcgagctgtc caacacctac      180

cacctgcatc tccgtcccgg tgacaaggtg gtgcggcaga tgggcggcct ccataaattt      240

atgaattggg atgggccgat cctcacggac tccggcggat ttcaggtgtt ttcgctggcc      300

tctctgcgga agatcaagga ggagggcgtc accttcgcca gccatatcga cgggcaccgg      360

atctttatgg gcccggagga atccatgcag atccagtcca atctgggcag cgacatcgcc      420

atggcctttg acgagtgcgt ggagaacccg gcccggtatg agtacgccaa ggcatcggtg      480

gagcggactc tccgctggct ccagcgctgc aaggtggagc atgaccggct caacagtctg      540

ccggacacgg tgaaccccca tcagatgctg ttcggcatca accagggcgc caccttcgcg      600

gatcttcggg cctggcatat gcaggagatc gccaagatcg actgcgacgg ctacgccatc      660

ggcggtctgg cggtgggcga gccggcggag atcatgtacg agatgatcga cgtggtggag      720

ccctttgccc ccaaggagaa gccccggtat ctcatgggcg tgggaacccc cagcaacatc      780

attgaggccg tggcccgggg cgtggacttc ttcgactgcg tgatgccctc ccgcaacggc      840

cgtcacggaa agctctttac ctgggagggc accgtgaaca tcatgaacga gaagtatatc      900

actgatgacc ggcccatcag cgaaagctgc aactgcccgg tgtgccggag ccattcccgg      960

gcctacctgc gccacctgtt caaggcggac gaggtgctgg ccctgcgtct ggcggtgctg     1020

cacaacctct ggttctacaa cgaactaatg gccaagatcc gggaggcact ggacaacggc     1080

acctttgccg acttccggga gaaatacagc ggcaatctgg aaaaacgggc ctga           1134


<210>  322
<211>  597
<212>  DNA
<213>  Clostridiales

<400>  322
atgggaaaaa ggtataaaac ctccgagacc acttgtcagg ccatcagcgg tgcgctgaag       60

cagctcatga cccaaaagcc gctggaacgg atcaccgtgg cggagatcat ggatacctgt      120

gggatgcggc ggcagcattt ctactattat tttacggaca tttacgatct gctgcgctgg      180

acctttgaaa aggaagcgct ggagcttttg cagcagcaac agggcgtgtc cccctggcag      240

aacggctttc tgcatctgtt ccaatatatc aatcagaatc gggcggtctg cctctgcgcg      300

ctggactctc tgggcaagga atctttgaaa cagctgctgg aggcggatgt cagcagcatc      360

gtggaccggg ccgtccggca gacggcggtg gaaaatggcc tgccagccca ttcgccggag      420

gtggaagtgg tgatctgcct ggtgaccatt atgatggcag gggcggtgga gagctggctc      480

cggggagagt tgacccagac accggaggag ctgacccggc ggatcgatat gatgtttcag      540

gactatattc gcggcgtggc ccttcggctg aaggctcctg ccgctgtata cgcatag         597


<210>  323
<211>  1395
<212>  DNA
<213>  Clostridiales

<400>  323
atgagtaagc aaaacgccgc gggtgcggct ccccaggaaa acaagatggg cgttctgccg       60

gtaggcaagc tgctggccgg tatggcggtg cccatgatga tctccatgct ggtacaggcg      120

ctgtacaaca tcgtggacag cgtgtttgtc tcccggctca gtgagaacgc cttcaacgcc      180

gtgggtctgg cgttccccct ccagagcctg atgatcgccg tgggcgcagg tactgccgtg      240

ggcatcaacg ccctgctttc ccgctctctg ggcgagaaga agcaggagat ggcggaccgg      300

gctgccggcg tgggtatctt cctgctgccc atttgcagct atcttgtctt tgccttcatc      360

ggcctgttcc tctcccggcc ctttttcatg gcgcaggcca aggcagtgcc ggagatcgtg      420

gaatacggcg tgcagtacac ccggatctgc ttaggtcttt ccgtgggtat tttcagccag      480

ttttgctttg agcggctgct gcaatccacc ggtcgtacca gtctggccat gtgtacccag      540

ctgttgggtg ccatcatcaa catcgtgatg gaccccatcc tgatcttcgg cctgtgcggc      600

gcaccccgga tgggcgtggc cggcgctgct gtggccaccg ttgttggaca gatcgtggcg      660

gccatcgtgg gcctgatcgt gaatatcaag tgcaaccacg acattcacat ccgccgggag      720

aacatccgct gggaccccat cgtggccaag gagatctacc gggtgggtat cccctccatc      780

attatgcagt ccatcagttc cgtgatgacc ttcggtatga acaagatcct cttcgtcttt      840

acccccaccg ccaccgccgt gttcggcgcg tatttcaaga tccagagctt cgtgttcatg      900

cccatcttcg gcctgaacaa cggcatggtg cccattattt cctataacta cggtgcagcc      960

cggccccagc gggtctggaa gacgatccgt ctttccaaca tcaccgccat ggccatcatg     1020

gtcgtgggct ttgccatttt ccagctgttt ccctccacgc tgctggagct gttcgatgca     1080

tcggagacca tgctggccat cggcgttccc gccctgcgga tcatcagcgt ttcctttctg     1140

ctggcaggct tctgcatcat cgctggctcg gtgttccagg ccatcggcaa tccggtgtac     1200

agcctgatcg tctccgtgtg ccgtcaaatg gtagtattac tgccggtggc gtggctgctg     1260

tcccggactg gacggctgga gttagtgtgg tggtccttcc ccatcgcgga ggtcatgtcc     1320

ttcaccctga gcacaatctt cctgcgccgc accgtcaagt ccgccaacga ggtcatgaat     1380

tccagcgcgg actga                                                      1395


<210>  324
<211>  1284
<212>  DNA
<213>  Clostridiales

<400>  324
atggaaacca ttaccaacct gatcaaagac acaccgatcc ccaagatggt caaggttcgc       60

cagaacttcg acaagacctg catccctgag agcgatattc ccggcatcat cacccgggag      120

ctggatcgcc ctgagatcgg cggcaagatc cagcccggtc agaagatcgc cattacctgc      180

ggcagccgcg gcatcaatca caatgccgtg atggcccgtg ccattgtgga ttttgtcaaa      240

tccaagggtg ccgagcctta cattgtggcg gctatgggca gccacggcgg cgctaccgcc      300

gagggccagc tccagatcct caaggactac ggcgtcactg aggaagccat gggctgccct      360

gtgaagagtt ccatggagac ggtgcagatc ggcatttccg gcatgcgtca ccagccggtg      420

ttcatggaca agaacgcctc tgaggcggac ggcatcatcc tcttcaaccg catcaagccc      480

catacctcct tccgcggtcc ctatgaaagc ggcctgatga agatgatggc catcggcctt      540

ggcaagcaga agggcgctga gagcatccat catcagagtc ctgccatcat gcatgagctg      600

gtggaggagt acggccggac gatcctggaa aacgcaccgg ttctgggcgg catcgccatc      660

attgaaaatg cctatgatga tacctatctt atcaagggcc tgagcccgga ggagatcatc      720

agcgaggaac ccaagctcaa ggagatctcc tacaagacca tcgcccacct gctgtttgac      780

aagtgcgacg tgctggtggt ggataagatc ggcaagaaca tctccggcga cggcatggac      840

cccaacgtgt ccggccgctt tgtccagccc aagtactgct ccggcggcat tcaggcagag      900

aagtgcgtca tcctggacct gaccgacgag acccacggca atgcacaggg catcggcttg      960

gcggaggtca ccacccgccg tctgttcaac aagatgaagc tggagatgac ctatcccacc     1020

ggcgtgacca acaccttcct gcatctgatg aagatcccca tgatcatgga caatgaccgg     1080

gaagctttac agctggccct gatgtgctgc cccgaggctg aggatcatga ccacatgaag     1140

atgatccgca tccccaacac cgcccatatc ggtgtcatcg agatttctga gggtatgctg     1200

cctttggtgg agaacaaccc caactttgag gttctcacgg agccctatga cctgcccttt     1260

gacgaaaacg gcaacctgtt ctga                                            1284


<210>  325
<211>  960
<212>  DNA
<213>  Clostridiales

<400>  325
atgatttctc acgggaagga catcaaagtt ttctgcggta acgcaaacca gcctctggcg       60

gctgagatct gccagatgat gggcaccaag ctgggtgaat ctgaggtcaa gagcttcgct      120

gacggcgagg tctccgtctc cctgtacgag accgtccgcg gcagcgacgt gttcgtagtc      180

cagtccacct gcaagcctgt caatgacaac ctgatggagc tgctggtgat gatcgacgcg      240

ctgcgccgcg cttctgccgg ccgtatcacc gccgtcatcc cctatttcgg ctatgcccgt      300

caggaccgca aggccaaggc ccgcgatccc atctctgcta agctggtggc caacatgatc      360

actgctgccg gtgctgaccg tgtgctgacc atggacctcc acgcctccca gatccagggc      420

ttcttcgaca tccccgtgga taacctgctg ggcaacccca tctttgtgga ttattacgcc      480

aagaagttcg gtgacaagtg cgaggatatg atggtggtct ctcccgacgt tggctccgtg      540

gcccgcgccc gcgccttcgc tcagaagctg cacatgcagc tggctatcgt ggacaagcgc      600

cgccagaagg ccaatcagtg cgaggtcatg aacgtcatcg gtgacgtgaa gggcaaggac      660

tgcatcctct ttgatgacat ggtggatacc gcaggttccc tgtgcaacgc tgccaaggcc      720

atcgtggaag tgggcggcgc caacaaggtc tacgcctgcg ccagccacgg cgtcctctcc      780

ggtcctgcca ttgaccgtct ggagtccagc aacattgagg agctggctct gctggatacc      840

attcccgccc atcccgaagc ggtccgggca cggatcaagt atctgtccgt ggcttccatg      900

ttctctgagg ccatcgagcg tacctatcag gaggtctcca tctccaagct gttccggtaa      960


<210>  326
<211>  1269
<212>  DNA
<213>  Clostridiales

<400>  326
atgaccacta ttctgaaagg aaatatcgtt tccgcgcagg cctgcggccg gctggatgtg       60

acggaacacg gttatcttat cgctgaaaac ggcgtcatta ccggggtgta tccggtgctg      120

ccggagcaat atgccggagc gtctgtggag gactatggag actgcctgat cgtccagtcc      180

tttgcggacc tgcacctcca cgctccccag tatcccatgc tggggatggg tatggatctg      240

cccctgctgg actggctgaa tgcctacgcc ttccccacgg aggcccggtt tgcggagccg      300

gactacgccc ggacggtgta ccggcagctg gcgggggaat tggcgtccca cgggacgacc      360

cgggtgtgta tgttttcctc tctccacacc gacgctaccc tgatcttgat ggatgagctg      420

gaaaaagcgg ggatcaccgg ctatgttggc aaggtgaata tggaccgcaa cggcgcaccc      480

ggcgtgttgg aggagaccac ggaggaatcc atgcgcgaaa cgctgcggtg gctggatgcc      540

tgtcaggatt tccggcacat caagccaatt ctgacacccc ggttcacccc ctcctgcacg      600

aatgagctga tggcattttt gggaaagctg gcggcggagc gcgatctgcc ggtgcagtcc      660

cacctgtcgg aaaacggcgc ggagatggac tgggtacgcc aactccaccc ggattgcaga      720

cagtattggg agacctacaa gaagtacggc ctttggaatg accgcaccgt gatggcccac      780

tgcgtctggt cggacgagcg ggagcggcag gccatgaagg acgccggggt aacggtggtc      840

cactgtgccg actccaatca gaatctctgc tccggcgtgg cgccggtacg gaggatgctg      900

gacgagggcg taaaggtggc tcttggcagc gacatcgccg gaggcgatca tctggatctg      960

tttgatgtga cggcggccgc cgtccgagct tccaaggccc ggcggatgat ggatgactgg     1020

agcaccccct tcctcaccgt ggcggagggg tggtatctgg ctacctctgc cggggccgct     1080

ttctttggag agcaaccggg ctttgccgcg ggaaattccc ttcacgccat cgtactggcg     1140

gatgacacac tgccccagcc ccgcaccctg actccggcgg agcggctgga acgggcggtg     1200

taccgccgtc aggagggggc cgtacaggca gtctggtccg ccggaagaaa aatctacgcg     1260

aagccgtaa                                                             1269


<210>  327
<211>  792
<212>  DNA
<213>  Clostridiales

<400>  327
atggacatgc agatcgacat tttgaccctg ttcccggaat ccgtggacgc catgctgaac       60

gtcagcatct taggccgggc gcaggagcgg ggctatatcg ccatccgcac ccaccagatc      120

cgggcctaca ccaccaacaa gcagatgcag gtggacgatt acccctacgg cggaggccgt      180

ggggccgtga tgcaggcaga ccctctgttc cgctgctggg agcacgttgt caacacctat      240

ggccccggcc ggaccatctt catgtccccc tgcggccgga ccttcaccca gtccgtcgcc      300

agagaactga aagcccaata tgaccatctg attctggtct gcggccacta cgagggcatc      360

gaccagcggt tcatcgacgc gtgtgtggat gaggaactgt ccatgggcga ttttgtgctc      420

accggcggcg agattcccgc catggcagta gcggacgccg tgtgccgcat ggtgcccggt      480

gtgctgccgg acgccgagtg ctttgaggag gaatcccact gggacggtct gctggaatat      540

ccccagtatt cccggcccgc cgtgtggcat gaccgggccg taccggagat cctgctctcc      600

ggggatcacg ccaaggtggc ggcgtggcgg aaaaaggaga gctacaagcg caccatgacc      660

cgccgcccgg acctgttcgc gcattttgac gaaacaaagc tcaccaccaa ggcggagcgg      720

aaaattctgg cgcaggccaa ggaggaattt gccgcagaac aagctgagac ttccacggaa      780

ccggaggaat aa                                                          792


<210>  328
<211>  2145
<212>  DNA
<213>  Clostridiales

<400>  328
atgaaccgac tcttcaaaaa gaccctgtcc ctgatgctcg tcattgtcat gacggtatct       60

ctgggggttt ccgccgcagc tgcgggtcag acaggtgccg cgcaggctga gggcccgctg      120

ggtatcgtca gcgctatgag cgtggaactg aacgcactgg tggaggcgac caagatctcc      180

aagacggaag agatcgcagg caacaccttt tatgagggcg tcctcaacgg cgtggatgtg      240

gtgctggtca aggccggtat cggcaaggtg ctggcggcgt cctgcgctga gaccctcatt      300

gatacctacc acgtgggcgg catcgtcttt accggcattg ccggcggcgt gggcgatgac      360

gtgaatgtga tggacatggt cattgccaca gagctggtgc agcatgacta cggcaccgag      420

accaacagcg gctttgagtg gaacggcgag gccggcagca atcaggagac cggcatgatc      480

cctgtggatg agagcctttc caagatcgct tatgattccg cctgcaccgt gctgggcgcg      540

gagaaggtcc atcagggcgt gatcgccacc ggcgaccagt tcatttccag cgagtcctat      600

gtcaaggaac ttcagaccaa gttcaacgca ctggcctgcg agatggaggg cgcttccgtg      660

gcccgcgtgg cggacgagtt ccatgtgccc tgcgccattc tgcgctgcat gagcgacaag      720

gccgacggca ttgcccatga tacctatgcc ttcaactaca ctgaggcttc caatacctcc      780

gcctctgtgg tgaaggaaat gctgaacacc attgccaagg atcgggtcgc gcttcccgct      840

gccaaggatg tcgcagcaaa ggacaccacg ccccgtaccg ccatcatcag cgccatgagc      900

gtggaactga aggctcttgt ggatgccgcc gacatccaga aggaaaccgt gatcggaagc      960

aagacctact atgtgggtaa gctcaatggc gaggacgtgg tactggttca ggccggcgtc     1020

ggcaaggtcc tctctgccaa ctataccgcg gccctgctga ataacttcac ggtcaagggc     1080

gttgtcttta ccggcattgc cggcggcgtg ggcgatgacg tgaacgtgat ggacatggtc     1140

atcggcacca gccttgtgca gcatgactac ggcactgaga ccaacaacgg cttcgtttgg     1200

aacggcgaag ccggcagcaa tcaggagacc ggcatgatcc ccgtggatgg caccctttcc     1260

aagatcgctt acaacgctgc ctgcgatgtg ctgggctctg ccaaggtcca tcagggagtg     1320

atcgccaccg gcgaccagtt tatctccagc gagtcctatg tcaaggagct tcagaccaag     1380

ttcgacgcac tggcctgcga gatggagggc gcttccgtgg cccgcgtctg cgatcagttt     1440

gacgtaccct gcgctattct gcgctgcatg agcgataagg cagacggcat tgcccacgac     1500

acctatgcct ttaactacac cgaggcttcc aacacctccg catccgtggt acaggaaatg     1560

atgaagaccc tcagcactac gctgcccttc acggatgtga agaacaccga ctggtgcttc     1620

agcgaagtgg cgcgggtcta tgccgacggc atcatgggcg gcacctccaa caccacattc     1680

agccccgccg gtaccctgac ccgtggtcag ttggtggcga tgctgtaccg tatggccggc     1740

agccccgctg ttactgccaa tactaccggc ttttccgatg tggacaacgg tgcgtactat     1800

gctgatgccg taaagtgggc ctccggcaag gagatcgtgg gcggctatgc cgacggcacc     1860

ttcgcgccca accgtgccat cacccgtgag cagctggctg ctatcctgta ccgctacgcc     1920

aaggccaacg gcgcggacat cagtgtgggt gaggacacca atctgctgag ctacaaggat     1980

ttccagagcg ttggccagta tgcggtgcct gctctgcagt gggctgtggg cagcggcctg     2040

atcggcggca ccaccaatgc gacgctgtct cccaagggga cggcaacccg ggcacaggcc     2100

gctgtgatcc tggttcgctt cgtcggaatg accgccgcga agtaa                     2145


<210>  329
<211>  516
<212>  DNA
<213>  Clostridiales

<400>  329
atggaaaatc agaaggtaag aaagttagtt ctcagtgctt tgatggccgc ccttgtctat       60

gtggctacca gcatcattca gatcccgtcc cccgtcaacg gctatgtgaa tctgggcgac      120

tgcttcgtgc tgctctccgg ttggctgttg gggccctggt acggtgcggc ggcggccggt      180

atcggctcca tgctggtgga tctgctcagc ggctacggac actatgttcc cggcaccctg      240

atcattaagg gtcttgacgc cttggtagcg gcgctgatct tccgggcctt gggccgcggg      300

aagactgcca tgctggtcag cggcatcgtg ggggagacca tcatggtcct gggctatttt      360

gcctacgcct ccatgatcct gggcaagggt ctggcggcag ccgccagtat tcccggcaat      420

atcgttcagg ggatcgccgg tatcgccatc ggccttgcgc tggctgtgct gctgcaaaag      480

gcaaaggcgc ctgcgctgag cggtctggaa ctgtaa                                516


<210>  330
<211>  387
<212>  DNA
<213>  Clostridiales

<400>  330
atggcgctgg tgacccaggc ggcggcgctc tgcgtgatcg cggccctgct gggacttgtc       60

ctccgccgga gcaacccgga gatcacgctt ttgctggcat tggcagcggc agcggcagtt      120

ttgctggcct tagcggagcc actgacggaa ttactgcggt ttctggaacg gctggcagag      180

cagagcggtg tctcccggac gctgctgacg cccctctata agacagtggg catcgccctt      240

gtggtgaagg tgggcggcgg gctgtgccgg gatgccgggg aaagcgcact ggccgccgca      300

ctggaatttg ccgggacagt ctgcgccctt ttgacggcgc tgcccctgct gcgggcggtg      360

ctggagctga taacggagct gagatga                                          387


<210>  331
<211>  393
<212>  DNA
<213>  Clostridiales

<400>  331
aagacattca gaaaggattt taaaagtatg atgacaccga aggaactggc cattctggcc       60

gccaaggccc tggatgagaa gaagggcaag gagatctccg ccattgagat caccgacatt      120

acgaccctgg cggattattt cgtcattgcc accggcagct ccaacaccca gatcaacgcc      180

ctgtgcggct ctgtggagaa gctgctggag gagcaggcgg gggagaagcc tctgcgtcgg      240

gagggctacc gggacggtac ctgggtgctg ttggattacg gctgcatctg cgtccatgtg      300

ttcagcgccg aggcccggag cttctatgat ctggagcgcc tgtgggccgg cggcaagccc      360

ttggacctca ccggcgttct gacgcaggac tga                                   393


<210>  332
<211>  1188
<212>  DNA
<213>  Clostridiales

<400>  332
atggctgaaa atacgacaaa agacatttgg aatgacgatg acggagccaa ggaaccgccg       60

aaaaagcggc gtatgctgcg gaagttcctg attttcctgc tggtgctcat cgctgtgctg      120

ggcctcgtgc ttgtggcggc gtggcgggac ggcaccgggt tcgacgctct ccgccgatat      180

tttgcctacg gtacggaggc ggtgggcggg gaaaagaccg tctaccgcta cgatacggac      240

aataccaacc gcttcgcccg ggtggggacc ggctcactgg tcattctgtc ggatacgtcc      300

ctgcggctgc tgggacctga cggcagcgag gtgtggagcg ccaacgtgaa gatgaacgct      360

ccggcgcttg gacagggggg cggtctggcc gtggcctatg acatcggcgg cacggccctc      420

tacgtgctgg acgagaccgg gccccggctg gagctgacct ccgacgggcc gctggtctcc      480

gccaatctca acggctccgg gatgctggcc gtgaccaccc agaccagcgg caccaagggc      540

catgtggacg tgtacggcgc cgatatgcag gtactgtttg ccttcaacgc ccaccgccgc      600

tttgtggcgg atgcctgcgt gacggaggac ggcggctatt tggccgctgt gaccatgggg      660

caggcggaca gcgtgtttat cagcgatctg gtgatctacg atttgaccca ggaggacccc      720

gtggcggact actctgtgcc ggacggtctg gtgacggcca tgacaggccg gggagatcgg      780

atcctcaccg tcaccgatac ctgtctggcg gtagggaata ccgccggaaa gcttctgggc      840

acctattcct acaatggtga gtacctccgg gaatatgacc ttggaggcga ggactacacg      900

gtgctgcaac tgaaccggta tcagtccggc agtgtgggac ggctggtgac ggtggatgat      960

gacggcgagg agatcgccag tttggatgtt gcggaggaag tccgggacgt ttccgcctgc     1020

gggcggtatc tctccgtgct gtacgcggac cgtctggtgg tctacaaccg tcagttacag     1080

gcctatgcca ccctccacgg cccggagcac acccgcgagg tgctgacccg ggcggatggc     1140

tccgttctga tgatcggtgc ggattccgca gaactgtttc tgccataa                  1188


<210>  333
<211>  771
<212>  DNA
<213>  Clostridiales

<400>  333
atgctgctgg cggtcgatat tggcaattcc accatttcca ccggcctgtt tgggctggat       60

ggggagctgc gctttttagc atccttggat acggactacc gaaagacggc ggatcagatc      120

tgcgtggatc tgatgaacct gtttcagctt taccatttcc gctatgagga tgtgacggat      180

tccattctgt gcagcgtggt gccgccgctg aactttatga tggagaaagc gctgacccgt      240

ctgctgggca agccgccggt ggtggtgggc cccggcgtga aaacgggact gaatatccgc      300

ctggcggtcc aaagtcaggt gggggcggac attgtggcgg acgctgtgtc ggcgctggaa      360

cagttcaccg cgcccatcat taccatcgac atgggtaccg ccactaccat cggtgtcatt      420

tccgagggac ggacctatga gggcggcctt ctgctgccgg gggtcaacgt ctctctggag      480

gccctctccc ggcgggcggc ccagctcccg gccatttccc ttcaggcccc gaaaaacctg      540

atcggcaaaa gcacggagga ttgtatgcgc tccggcatcg tatacggcac tgccgccatg      600

ctggacggta tcatcgaccg catccggggg gaatttcccg gaaaggagct gcacatcgtg      660

gccaccggcg gcagcgcgcc ctttatcgtg aaattctgcc ggaataagat cctttacgat      720

aaaacactgc tgatgaaggg cctgtgggcc atctataaga gaaaccagta a               771


<210>  334
<211>  1725
<212>  DNA
<213>  Clostridiales

<400>  334
atcgacatga aactcacagg cgcgcggatc ttgatggaat gtctgcggga acagaaggtg       60

gataccattt tcgggtatcc cggcggcacg attttgaacg tgtatgacgc tttatatgac      120

tataaggaga tcacccatat tctgacttcc catgagcagg gggccgctca cgcggcggac      180

ggctacgccc gcagcaccgg caaggtgggc gtgtgcttcg ctacctccgg ccccggcgcc      240

acgaacctga ccaccggcat cgccaccgcg tacatggatt cctcctctgt ggtctttatc      300

tcctgcaacg tgccccagaa cctcatcggt cgggacgcgt ttcaggaggt ggacattacc      360

ggcattacga tgcccattac gaaatccacc tatctggtgc gggatgtgac aaagctggcg      420

gacacggtgc gggaggcctt cgctctggcc cgcagcggcc gccccggtcc ggtggtcatc      480

gacatcaccc gggacgtgac cagcgccgag tgcgactacg agccgctgcc tctggagcag      540

cacgctgcca ccgggcatct ggcgtctctg attcgccggg cctacaccag cagcctgaaa      600

atgccggagg cggatctgga tgacgtggaa aagctggtgg agatgattgc ggaatccaaa      660

aagcccatgc tgatctgcgg cggcggtgtg gtccgcagcc gggcccacga ggaattccgg      720

cagtttgtcc gccggatcga cgcgccggtg gccatcaccg tgatgggtgg cggcggcgtt      780

tccggccggg atgtgatgac taccggcatg atcgggatgc acggttccgt ggcctccaac      840

atggcctgcg acaactgtga cctgctgatc gccgtgggct gccggttctc cgaccgggtg      900

gcgttgaagc cggagacctt cgcgcatcag gccaagatcg tccatgtcga catcgaccgg      960

gcggagatca acaagaacgt ccagacggac catcacatca ttggcgacgc caagcaagtc     1020

ctgaacctgc tgctggagcg cctgccccag tacgagcata aggagtggaa ggacttcgtg     1080

ctctccttcc cccgggaaac ggagtacggc gaaagcgaga gcgtcctgac gccgaagcag     1140

gtgctttcca ccatcgcccg gaaatgccct caggattcca tcgtggccac ggacgtgggc     1200

cagcaccaga tgtgggccat ccagcacctg catttcgact atcccggcca gctcctgacc     1260

tccggcggct tcggcaccat gggcttcggc ctgggggccg ccatcggcgc caagcagggg     1320

aactcggaca aaacggtgat ccacatcacc ggcgacggct gctttcgcat gaacggcaat     1380

gagctggcta ccgtggccta ttacgggctg ccggtcatca ccgtgatctt caacaaccgg     1440

aatctgggca tggtccggca gtggcagagc ctgatctatg accaccggta ttcccagacg     1500

tctctggaaa accgcagccc ggacttcgtg aagttcgcgg acgccttcgg cctgaagggc     1560

cgccgggtca cccagcccag cgagctggag gaggccatca cggaggcgct ggcggaaagc     1620

gctcagggcc ggggctacgt catcgactgc gccatcaacg ctgacgagat ggtgcacccc     1680

atggtcaacg gcggccatca catcacggaa ttcctgctga gctga                     1725


<210>  335
<211>  951
<212>  DNA
<213>  Clostridiales

<400>  335
atgatcgaaa ttgagaagcc ccagatcgag tgcatcgaga ccccggctga catcacttat       60

ggcaagtacg tggtagagcc tctggagcgc ggctatggca ccaccctcgg caacgccctg      120

cgccgcattc tgctttcctc tctgcccggc actgcgccga cgaccatcaa gatcgacggt      180

gtgcagcacg agttttccac catccccggc gtcaaggagg atgtgacgga gatcgttctg      240

aacatcaaga gcttgctgac caagctccat ggtgattccg gcaagaccgt ctatatcgag      300

gcggtgggtc cctgcacagt taccgccggc gacattaagg ccgacggtga ggtggagatc      360

ctgaatccgg atctgcacat tgcgacgctg gacagcggtg ccacgctgaa catggagatc      420

accctctccc atggtcgggg ctatgtgccc gccgaccgga ataagcccac gcaaaacgtc      480

atcggcacca ttgccgtgga ttccatctat acccctgtca agaaggtcaa ctacactgtg      540

gagcccaccc gtgtgggtac ctccagcgac ttcgacaagc tgacgctgga agtctggacc      600

gacgggacca tttctgcccg ggacgctgtt tctctgggtg ccaagatcct gtgcgaccac      660

tttactctgt tcaccgacct ctccgaaagc gttggcagca agcctaccgt ggtggagaag      720

gcggaggccc agcgtgacaa ggtactggaa atgaccatcg aggagctgga cctctctgtc      780

cgcagcttca actgcctcaa gcgcgccaac atcaacaccg tcgaggactt gatctccaag      840

accgaggacg agatgatgaa ggtccgcaac ctgggccgca agtccctgga agaggtcatc      900

aacaagctgg cgatgatggg cctgcacctg gctgacgagg aaaacaacta a               951


<210>  336
<211>  1455
<212>  DNA
<213>  Clostridiales

<400>  336
atggttcaca atcaacttca cgcaatcgac ctcatcatca tcgcagccta cctgatttcc       60

atggttttga tcggcgtggt ggtggtcaag aaagttcaga gcatggacga ctactatctg      120

ggcggccggt ccttcggtcc actggtgctg atggctaccg tgtgcgccac catcatcggc      180

ggcagcggcc ttatgggccg ggcgggcgtg gcctattcca gcggctttaa ggccattatg      240

acggcactgc cctatcttct gggtatgttt attttctccg gctttgccgg gcggatctcc      300

gcagtgggca ccacgttcca tgtgacctca atcccggacc tttttgagca gcgcttcggc      360

aagaccacca aggtgatttt aggcggcctg atcgccttta ccatgatggg cactgtggcc      420

tcgcaggtga cggccaccgc caccatcatc aatatgctgg gcaatgagat cggaatttcc      480

tacgagatgg gcgcactcat cgcctgtgtc gtgtttatag tctatacggc cacctccggc      540

ctgttcggcg tgatctatac ggatgtattc cagtttgtca tgctgatcct gtttgtctac      600

attctgatcc cctcggcatc tctggttaag ttgggtggct tgtctgtctt tttggaggga      660

cttgctccgg aattggcaaa gccctatctg gatggcggca tcgtgggcga tatcattacc      720

tatttcgtct ttaccctggc gggagcggaa atgtggcagc gggccttcgc tgccaagagc      780

cagaaagcgg ccaaggaggg cctgttcctg gggacgctgg cctatggact taccattcca      840

ctggtgtggt tcatgggcgt ggtggcacat caactggtgt cggcggaaaa actggcccag      900

tacggctcta cggacgcggt ggtcccggct ctggccattg agatcctgcc ggtgggcctg      960

acgggtctgg cactggcggg gattctgtcc gttatcatgt ctacggcgga cagctacctg     1020

atcgtctccg tgcagacctg cgtccacgat atttataagg tcttcaatcc caatatttct     1080

gagaaaaagg aactgcggct gacccgcgtg tttgcggtga tcctaccctt gggagcgctg     1140

gtgatcgccc tgtacatcaa aaacgcttac agcattctga tgttcgcgtg gagcttttac     1200

gcggcggcgg caggactgcc ggcatttgcg gcgctgtatt ggaaaaaggc caccaaggcc     1260

ggcatcatcg ccggtatggt ggcgggtttc acagtctgtg taggctggaa actggcgggg     1320

gtgcccttcg gcctcgggcc tacggtcccc ggcgccattg cctgcgctgc tgcattggtt     1380

ggagtcagtc tggctaccta tcggaagaca ccgaccccct tcctggaccc ttatcagaac     1440

gcggcgggcc gctga                                                      1455


<210>  337
<211>  1149
<212>  DNA
<213>  Clostridiales

<400>  337
atgagcatga aaaagacgaa tgtacccggc agccagagct tcgggcagaa gcttttgcag       60

ttcatccgca acaacaccgt ccccattatg ttcatcctga tctgtgcgta ctgtattccg      120

caggcgggct tttcctggtc ctacctcttg aatgaggtca tgacccgtct gggccgtaac      180

gcattcttga tcctgagcct gctgatccct gttatggcag gcatgggcat gaacttcggc      240

atgacgctgg gcgccatggc cggtgagatc ggcctgatct tcgctgccga ctggcaggtt      300

tggggcatcc ccggcatgat cctggccgcc atcgtttcca tccccatttc tgtggcattg      360

ggcgtgatga tcggcaagat cctgaaccgg tccaagggcc gggagatgat caccagctat      420

atgatctcct ttaccatgaa cggcgtgtat cagtttgtag tgctgtttat gatgggaccc      480

atcattccca tcgttcatga ttccctgaag cttccccgcg gctacggcat ccgcaacacc      540

gtgagcctgc tgagcatgcg tcagagcctg gacaacctgc tggctgttca ggttggcggc      600

gtgaagatcc ctgtactgac cctgctgatc atcggtctgg cctgcctgtt catcgtctgg      660

ttccgcaaga ccaagctggg ccaggatatg cgggctgtgg gtcaggatat ggaagtggcc      720

cgggacgccg gtatcaatgt ggagcgcact cgcgtgatct ccatggtgat ctccacggtg      780

ttcgccggct tcggcatgat catctatctg cagaacgtag gtaacttccc cacctataca      840

gctcataccc agatcggtat gttcgccatc gcggctctgc tggtgggcgg tgcctctgtg      900

gatagggcga gcatcggcaa cgtatttttg ggcgtgatcc tgttccacac catgttcatt      960

gtggcaccca agaccggtgc tgccattacc ggcgactcca tgatcggcga gtatttccgc     1020

gtgtttgtgt cctatgcggt cattacgctg gctttggtca tgtatgagtc caagaagcgc     1080

aagaacaaga gcctggcagg ccagcagttg gctgccgagc aggctgcgga agaggaggca     1140

tcgaaatga                                                             1149


<210>  338
<211>  969
<212>  DNA
<213>  Clostridiales

<400>  338
atgcgggaat ttaccattgg aaaaaatgac gccggacagc ggctggaccg ctttgtggcc       60

aagaacctgc cgctgctccc ccctgccctg ctgcaaaagt atatccgcct gaagcggatc      120

aaggtcaacg gcaaggggtc taagcgggat gtccgtctgg agaccggcga tattcttcaa      180

ttatacatca atgatgagtt ctttgacaag cccaatgagg aaaatctctt tctcacggtg      240

ttcaagccac aattgaatat tgtctacgag gacgaaaatc tgctgctggt ggacaagcgt      300

cccggtatgt ccgtccacgc tgacgatacg gaaaaggtca acaccctcat caatcacatt      360

caggcatatc tttaccagaa acgggaatgg aatcccaagt gggaaaatgc ctttgccccg      420

gcgctgtgca accggatcga ccggaacacc ggcggtatcg tcatcgccgc caagaacgcg      480

gagaccctgc ggatcatcaa cgagaagatc cgggcccacg agctggaaaa gtcctacctt      540

tgcatcaccg tgggccggcc caagcagccg gagggaaaaa ttgagggctt tctgctgaaa      600

aacgaggcta aaaaggaggt tcggttcttc cacaagccgg tgcccggcgg caagaccgcc      660

gtcacccttt accggactct cgaaagccgg ggcgggctgt ctctggtgga atgccgtctg      720

ctgacaggcc gcacccacca gatccgcgtt tccatggcgg agatcggctg ccctctgctg      780

ggggacggca agtacggcaa gggcgatgtg aaccgtcgct atcatgagac ccggcaggcg      840

ttgtactcct acaagctgcg gttcgatttt ccaaccgacg ccggtctttt gaactacctg      900

aaggggcagg aatttacagt ggaaaacgtc cccttccggg agaaatattt cccagaaata      960

ccttcttaa                                                              969


<210>  339
<211>  384
<212>  DNA
<213>  Clostridiales

<400>  339
atgaagggat ttcccaccag tgcggacatt tatctggaat tggacgggcg gaagatcgcc       60

gtggtgcaga gctaccgggc caaggcagcc aagtccagca agaatatcga ggccttcggc      120

gagagtgagc cggtggcaac cattgagggg cagaagagct ataccgtgga gctgacccgg      180

ctgtacgcca cggatacggc catttccgac ggcatcgact tctataatct cacggatttc      240

tctcttgtga tctgcaagcc ggaccgcaag gtcatttaca gcggctgtga gtggagcggc      300

attcaggagg acggggagct gaacgccacc gtggcggaac gggtgacgct gacggcggcc      360

cggcgcatcg agactaccgc atga                                             384


<210>  340
<211>  426
<212>  DNA
<213>  Clostridiales

<400>  340
gtggcacaga agattactgg ttatgtaaaa ctgcagatcc ccgcaggcaa ggcgactccc       60

gctcccccgg ttggccccgc tctgggccag catggcgtga acatcgctgc tttcacgaag      120

gaattcaacg agcgcaccaa gaatgacatg ggtctcatca ttcccgttgt catcaccgtg      180

tacgctgacc gttccttctc cttcatcacc aagacgcccc ccgcggccgt cctgatcaag      240

aaggagtgca acatcgagtc tggttccggc gtccccaaca agaacaaggt cgccactatt      300

tccaaggctt ccgttcagaa gatcgctgag atgaagatgc gcgacctgaa cgccggcagc      360

ctggaggccg ctatgagcat ggttgccggt accgcccgtt ccatgggcgt tgtggtcggc      420

gattga                                                                 426


<210>  341
<211>  741
<212>  DNA
<213>  Clostridiales

<400>  341
atgattgtga agcaaacaac cttgacggtg actgaaaaca caaggctggc cgatgggatc       60

taccgtctgc agctggcggg ggacacctct gccatcaccg cccccggcca gttcgtgaat      120

ctgaagctct ccggcttttt cctccgccgt cccatctccg tgtgcgactg ggagaacgga      180

gaattgacgc ttatttataa agtcttgggc cacggcaccg aggccatgac gggcatggct      240

cccggcacgg aactggatgt gctgacaggt cttggcaacg gttacgatgt gtcccgcagt      300

ggggaacacc ccctgctggt gggcggcggc gtgggcatcc cgccgctgta cggcctcgcc      360

aagcggctga ccgcacaggg taagcgcgtc accgcggtgc tgggtttcaa ccgggaatcc      420

gagatcttcc tggcagagga gttccgggcg ctgggggtgg aggtcatcat cgccaccgcc      480

gacggcagcg ccggcctcaa gggccttgtg accgacggca tggccgccgt gtccgactac      540

acctatctct atacctgcgg tccggagccg atgctgaagg cggtatacag cgcctgcaag      600

acctccggcc agttcagctt tgaggagcgg atgggctgcg gcttcggggc ctgcatgggc      660

tgctcctgca aaacgaaata cggcaataag cggatctgca aggacggccc cgtgctggaa      720

aaggaggaga tcgtatggtg a                                                741


<210>  342
<211>  741
<212>  DNA
<213>  Clostridiales

<400>  342
atggcaaaaa atccgaataa aaaggtcgct ccgaaggacg aacccatgaa tggagcaatg       60

aaatttttcc tggctggctg cgtagcagaa ctgtatttac tgatcctgcg tcgtttttat      120

atcaatgctg actctgaact gacccggatc gcctggtatg atcactacct ctggactctg      180

gccgggatcg gcgcgggtgt gttggcagtg ggcgtgatcg ctgctctggt tttgcggagc      240

agcgccaaga agcagaaatc cgcttggatc cttgctgcgg caggtgcctt tgtgggtgca      300

gctacggctc tggtccgctg gaatatggcc actctctctt ttatgacaat cgttgtgccg      360

gtcatcatgc tgctggggat cctctgggcg ctgtatgacc gggaatgtgc actggctctg      420

acggtgctgg gcgcctccct ctttgttctg tggggcgtgc gccggtacgg ctccagcatg      480

tatgtgggca ccaccgttaa ggtctgcgtg gtgatctatc tggttctgct ggcagctctc      540

gccgcactga ccaagagcgg caagctgaat aagcttctgc cacccaaagc ggataagctg      600

ccggtatatg cagcctgcgg tctttccgcg ctggctctgc tggcctctct gctgggcggt      660

ggcatctcct actacgccat gtgggcactg gcagcggtgg tcttcgcact ggctgtctac      720

tacacggtca agcagcttta a                                                741


<210>  343
<211>  681
<212>  DNA
<213>  Clostridiales

<400>  343
atgctgacta tcaacgagtt atatgatctg agccattctc tggccgggga ctatctgaag       60

caattcacct atccatggga ggcgctggcc gggatctccg acctgattct ggagatcggc      120

aagcagcttc cggaggacga gtatgtgcac cccaccgact gggacggcaa cgttctggag      180

gatgtctggg tggccaagga cgcaacggtg ttcaagaccg cctatctcca cggcccctgc      240

atcatcggcc accggacgga ggtccgtcag tgcgccttta tccggggcag cgcgctggtt      300

ggcaacgact gcgtggtggg caactccacg gagctgaaaa acgtgatcct gttcgacaat      360

gtgcaggtgc ctcattacaa ctatgtgggg gattccatcc ttggctataa gtcccacatg      420

ggcgctggct ccatcacctc caatgtcaag agcgacaagc ttctggtggt ggtgaaggac      480

ggcgcggagc aggtggagac cggccgcaaa aaggtgggcg ccatgctggg cgaccgggtg      540

gaggtcggct gcaacagcgt cctgaacccc ggcaccgtca tcggcccgga ttccaatgtg      600

taccccacgt cctgcgtccg gggcgtcatc ccggccagcc atgtctataa ggacaaggac      660

catatcatcg caaagaaatg a                                                681


<210>  344
<211>  834
<212>  DNA
<213>  Clostridiales

<400>  344
atgttcggaa aactggttcc cgtcccctcc ggcgctgtga tcccggagcg tgacatcggc       60

aagcgtccca tcctcaattg catcaatctg ggcgtcacct tcggcggcct gaaggccgtg      120

gacgatttca acctcatgat cggccggacg gagatcgccg gtctcatcgg tcccaacggc      180

gcaggcaaga ccacggtgtt caacctgctg accaaggtgt atcagcctac ccacggcacc      240

atccttctgg acgggcagga cacccacaac atgaccaccg ctcaggtgaa ccgggctggt      300

atcgcccgta ccttccagaa catccgcctg ttcaatgacc tgacggtgga ggaaaacgtc      360

accgtggcga tggacgctca gatgaaatac aacatggtca gcggcatctt ccgcctcccc      420

agcttctgga aggaggaaaa ggtggcccac gagcgggcgc tggaactgct gagcctgttt      480

cacatggagg atctggcaaa cgtaaaggca ggttccctgc cctacggcgc ccagcgccgt      540

ctggagatcg tccgggcgct ggcaaccaac ccctccttgc tgctgttgga cgaacctgcc      600

gccggtatga acccctccga aacggcggag ctgatggaga acatccgtaa gatccgggat      660

acgttccaga tcgccattat gctcattgag catgacatga atctggtcat gaacatctgc      720

gagggcatct gcgtgctgaa ctttggccgt gtcatcgcca agggcagccc cgaagagatc      780

cagtccaacc cggtggtcat cgaggcctac ctgggcaaac agaaggaggc gtga            834


<210>  345
<211>  897
<212>  DNA
<213>  Clostridiales

<400>  345
gccattgcga cggctactgc gccggccgcc acgctgatgg tagtacgcca gtataaagca       60

aagggtccgg tgaccaatct tcttctgccc atcgtcgcac tggatgacgc agtgggtctg      120

atcgtgtttg cggtcagctt tggcatttcc aaggcgctgg tcagcggcga gttggatctg      180

atctccattc tgctcaaccc cctgctggag attgtcgcgt ctctggcatt gggcgccgcc      240

gcaggctggc tgctgaccaa gctggaggtc ctctttcatt ccaatacaaa ccgcctgaac      300

atgaccattt ccctcgtttt cctgacagtg gccctgtcca tgtcgcacat cacccttggg      360

ccggtgacta ttagtttttc ctctcttctg gtatgcatga tgctgggaac ggtgttctgc      420

aatctctgcc cccagtctgc cgatttgatg aaagccgcag acaaatggac ctctcccctt      480

tttgcgctgt tcttcgtcat cagcggcgcg gagttggagt tgggcgtctt tacggattgg      540

gccatcgtgt gcattggtct ggtctacatc ctgttccgct ctgccggcaa atatatcggt      600

gcctttgcca gctccaaata tatgaaatgc ggaccggaga tctgtaaata tctggggatc      660

accctgctgc ctcaggcagg tgtagcgctg ggaatgtgca caaccgctat gcagcttgga      720

gagcagggcg gattgatccg caacatcacc ctcttctctg tgctgatcta tgaaatggtc      780

ggtcctcttc tgacacggca ggccctgatg gccgccgggg acatccagcc tctgtccgcc      840

gaggtctgcc agcgccgtcc ggctcgggta cgctccgcca agcggagccg ggcgtaa         897


<210>  346
<211>  546
<212>  DNA
<213>  Clostridiales

<400>  346
atgtctcgaa ttggtagaat gcccattacc gttcccgccg gtgttaccgt gaacgttgct       60

gagggcaatg tggtcaccgt caagggacct aagggcgaac tgactcagag cctgcggcct      120

gagatgatca ttaaacagga aggtacgacg atcaccgtgg aacgtccttc cgacgataag      180

ctgcatcgca gcgttcacgg cctgacccgc accctgctcc acaacatggt catcggtgtt      240

accgagggct ttaagaagga gctggacgtc aacggcgtcg gttaccgtgt tgccaaggag      300

ggtacgaacc tggtcatgaa cctgggtttc tcccaccagg tgatcgttcc tgagattccg      360

ggcatcactg ttgaggttcc gggtcccaat aaaatcatca ttcatggatg cgacaagcag      420

gctgtcggcc agtttgctgc cgaggtccgc gagaagcgtc cttccgagcc ttataagggc      480

aagggcatca agtatactga cgaggtcatc cgccgtaagg ttggtaagac cggcgccaag      540

aagtaa                                                                 546


<210>  347
<211>  1971
<212>  DNA
<213>  Clostridiales

<400>  347
atgccgaaat ttgaagtagt atccccttat caaccctccg gcgaccagcc ggaggccatc       60

gacgcgctgg cggagggcat cgaaaatggt ttgaaggagc aggtcttgtt aggcgtcacc      120

ggctccggca agacctacac catggccaag gtcattgaga aggtccagcg gcctacgctg      180

gtgctggccc acaataagac actggcagcc cagctttgtg cggaattcaa ggagtttttc      240

cccaacaacg ccgtggagta ttttgtctcc tactacgatt actaccagcc ggaggcctat      300

atcccccaca cggataccta tattgccaag gacgcatcta ccaatgatga gatcgaccgc      360

ctgcggctgt ccgccacctg tgccctgttg gagcggcggg acgtgatcgt ggtgtcctcc      420

gtgtcctgca tttacggctt gggcgagccg gacgactttg cccagatggt gatttctctg      480

cgtcaggggg cggagtggga ccgggacgag ctgctgcgcc gtctggtgga gaaccgctac      540

gagcggaacg acgtggcctt cgagcggaac cggttccggg tgcgggggga cacggtggag      600

atctaccccg cctactataa ggatcacgcc atccgggtgg agttcttcgg ggacgagatc      660

gaccggatct ccgattttca ccccctcacc ggcacggtga accgggtgct gaaccatgtg      720

gccatctacc ccgccagcca ctatgtcacc accaaggaga agatggagaa ggctctgggc      780

cagatccggg aggaactgga ggatcaggta aagtatttca atgaaaacga tatgctggta      840

gaggcccagc gcatccgcca gcggacggaa tacgacatgg aaatgatgcg ggagttgggg      900

tattgctccg gtattgagaa ctattcccgg atcatctccg accgtccggc gggcagcgcc      960

cctatgaccc tgctggactt ctttcccgat gatttcctgc tgtttgtgga cgagagccat     1020

gtgacgctgc ctcaggtccg ggccatgtac aacggcgacc gggccagaaa ggaatcgctg     1080

gtgcggtacg gcttccgcct gccctgcgcc ttcgacaacc ggcctctgaa attcgaggaa     1140

tttgagagcc gcatcggtca ggcggtgttc gtctccgcca cgccggggcc ttacgagcgg     1200

gagcgggcgg acaacatcgt ggagcaggtc atccgcccca ccggactgct ggacccccgg     1260

gtggaggtgc gcccggtgga gggccagatc gacgatttga tggaggagat ccgcgcccgg     1320

gccaagcgga acgagcgggt gttggtgaca actctcacga aaaagatggc ggaggatctg     1380

acggagtttt tccgggccaa cagcatccgg gtacggtata tgcacgccga cgtagccacc     1440

atcgagcgga tggagatcat ccgggatctg cggctgggcg agttcgacgt gctggtgggt     1500

atcaacctcc tacgagaggg tctggacctg ccggaggtct ctctggtggc ggtattggac     1560

gccgacaagg agggcttcct ccgcagcgag acgtccctga tccagaccat tggccgggcg     1620

gcccggaacg cggagggttt ggtgatcctc tacgccgata ccgtcacgcc ctccatgcgg     1680

gcggctatgg acgagacgga gcgccgccgg aaaattcagg acgcttacaa caaggcccac     1740

ggcatcgtgc cgaagaccat catcaaggat gtccgggaaa ttctggagat ctccaagagc     1800

gaggacaccg gacataaggc caagggcaag cccaaaaagc tgacggaggc ggagcggacg     1860

gcggagatcg ccaagttgga gcaggagatg aaggaggcca gcaagctgct ggaattcgag     1920

tatgccgccg tgctgcgtga ccgcatcatc gagctgcggg gcggcaaata g              1971


<210>  348
<211>  1461
<212>  DNA
<213>  Clostridiales

<400>  348
atgtataacg atgaacagaa tctgtatcac tacacctatc gcaaggacgg cacagagccg       60

ggccagcgct atgacgccaa gcagcccacc gtggacgagc agctcaacag ctaccgtcag      120

cagcaggagc agcagactca gaactcccag ccggtgtatc agtcccagcc tcagggcggg      180

cagacgcccc acaagaacgg caagaaccgt ctgggcctga agatcgcgtc tctggcgctg      240

gtgtgcgccc tgctgggcgg tctggtaggc ggcggcaccg cttatctggt aagcaacagc      300

tccagcagca atacgacaga ggtgaatgtc tccaaccgca agcccacgga gatccagctg      360

aaaaccgtgg acggcaagaa tcccatgacc gacgcggaac tgtacgccgc caacgtcaac      420

agcgtggtgt ccatcaacat caccgccacc tctgacccca atttcttcgg ccagaccaca      480

cagactgccg gggccggctc cggcttcatc ctgacgccgg acggctacat cgtcaccaac      540

taccatgtgg tgggcgacgc ggacaccgtg aaggtcacgc tgtataatgg cgacagctat      600

gacgcccagt atatcggcgg cgacgaggac tacgatattg ccgtcatcaa gatcgaggcc      660

accgatctgc ccaacgtgac tcttggcaac agcgacagcc tgaacgtggg cgatcacgtg      720

ctggccatcg gcaacccgct gggtgagctg actttctcca tgagcgaggg catcgcttcc      780

tccgtgaacc gggccattga cgtggacggc acccccttca acatgatcca ggtcaccgcc      840

gccatcaacc ccggcaactc cggcggcccg ctgttcaacg agtacggcga ggtggtgggt      900

atcgtgtccg ccaagtattc cagctacgcc agccagagcg tggagggtct gggctttgcc      960

atccccatca acgatgtggc ggcgatgatc caggatatca tgaccaacgg ctatgtcagc     1020

aacaaggcat atcttggcat cacccctggc accatgaatg agcagatggc cgctcagtac     1080

cgctacgatg tgaccaaggg cgtgttcatc tactccgtgg aggagggcag cgccgctgac     1140

aaggccgggt tgaagatggg cgacgtcatt atgaagatcg acggtacgga tgtggactcc     1200

tatcaggagc tggtggccct gaagaagaag tattccgccg gtgacgaatc caccttcacc     1260

atctaccggg gcggccagca gcaggaggtc tccgtgacct ggggcgctgt gcctgccgat     1320

caggccacgg acaacaacag ccagtcccag cagagccaga acaataacag caattccaac     1380

aacggctcct ataacggcgg caatggctat tacagtaatc cgtgggatat cttcaactac     1440

tacttcggca atcagggctg a                                               1461


<210>  349
<211>  1080
<212>  DNA
<213>  Clostridiales

<400>  349
atgaaaccat tagatcagtc ttattcgaaa tccaggcgtt tcaagaatca ggtcaaggca       60

gtcgtaacca acccctataa cgtgatcgtg ctggttgcca ttgttttgtt gacttatttg      120

atcgttcttc ccctggtaga catgctctcc accacgttcc agctcgcgca gcgggacctg      180

agagccaccg gcggcaccat ggccgacgta ggcaaattta ccctgtacta ttggcagcgg      240

ctgctggcca gtgacctttc ctggaatctg ctgttcaagc ccctgctgaa ctccctgacc      300

atcggcgtcg gcgtttccgt atgcgccatc gcccttggct ccatactggc ctggctgatg      360

gtccgcagcg accttccctt caagcccttc ttctccttgg cggtgatcat cccctatatg      420

atcccctcct gggtcaagtc tcaggcatgg ctgagtatgt tcaagacccc ccgcgtcggc      480

ggcgctcccg gctttatcgc ggccctcatg atgaatgcgg gcatatccac ggagcagatc      540

gaagccattc tgtctcccat cgcttacggc cgtctggcga tcatcattgt gctgacgctc      600

cactattacg catatacata tctgctggtg tccgcagcac tgaactccat caactccgag      660

ctggaggaga tgggcgagat ccagggagcc agcaagcccc tgatcctgcg gaagatcacc      720

ctgcctctgg tgctgcccgc gatgctttcc gccgtgatcc tgaccttctc caaggccatc      780

ggcaccttcg gcaccatcaa ctatctgggt tctcccgtca gcttccggac gctgtccagc      840

gagctgtatt ccaacagtaa gtcccagaac acgcagacgg ccttcgccat ggccatcctg      900

atgatctgca tcgcttctct gtcggtgttc gtcaaccagc ggctcatggc gcccgcaagt      960

cctacgccac catcggcggc aagggcggac ggtccacccc catcggtctg ggcggctgga     1020

agcccattgc gaccatcagc ctgctcatct tcttcctcgt cggcatcatc atgccggtga     1080


<210>  350
<211>  2574
<212>  DNA
<213>  Oscillibacter

<400>  350
atgtacgatc tgcattccat cttgatccaa ctgaaaaaag aggacacacc gctccatggc       60

gtcatggtgc ggtgtgtccg ttgtttttat cagtggctgg accccaccct gtgggaaggt      120

tcagcgctgt ttgagctgtg ggcgcaggaa ttggagctga tctacggtga tctgcgccag      180

cggctctctc ccaatgcaaa aaccgacgcc gggtccttgg gtgatcggtt tggttttgac      240

acaccgccgg aattgccccg gctcctgcaa agcatccaga ccttttacag tgtgctcatc      300

aagctcatcg cctggaacac cctccggggt gcaacccccg aaccgcctct gacggagctt      360

ctctccggca gggcctttgt taaccggggt atccgcaatt tctgtgggga tgactggtat      420

atctggccgc tggacatctg ggacccggcg ctggaaaccc agtgtgagga attgcgggcc      480

tgtctggagt cctttgacac ctgtccggaa ggcagcaccc tttccccgga cagtctcagc      540

cgcatctacg aaaccgtggt ccccccggcc ctccgccatg cccttgggga atactacacc      600

cccggctggc tggcggaacg gaccctgcaa aatgccgtca gcgccagcgg acggcaggcc      660

ggagatttgc gctttctgga ccccgcctgc ggctccggtg tttttttgat ccaggctctc      720

cgcatgatcc gggcggatac gccccaagac cctcccttat ccgatcaggt ggcaggcttc      780

gacctccacc cattggcagt cctgacgacg aaggtcaatt atctggccgt catggcccgc      840

cagccgctgc cggaagcggg tctgtttctt cccatttacc gctatgacgc tctgaatatc      900

cccatccccc gtggggatac gctggtgatc gacaccggct gtggtctggc atgtgatgtt      960

cccctgtccc tctgccgtca ggcagtggaa atgcgccccg atccggagga atttctttcc     1020

atgccggaag cacgcggtct gctcacctct ctgcccccga atgggcggct tcttttggcc     1080

ggtattttgc tgaaccgtat ctgggcgttc ttccatcaaa aggcagatat agtcatggga     1140

aatcccccgt gggtgaactg ggagtacctg tccccccggt atcgggccgg gtcccagcat     1200

ttgtgggggg aatacggcct gttgcaggtg aaaggccccc ggctcggttt ttccaaggag     1260

gatgtgtcta ccctgttcac ctgcgccgcg ttggaccgct ttctcgtccc cggtgggcgc     1320

ctcagtttta tcttgcggca ggccaccttc cgctccgccc agaacggcgc cgggttccgg     1380

cggtttcatc tggacggccc cggtctggat ttccgggtgc ttgaggtgga ggaccttggc     1440

cgtatccgac cctttgacgg gatctgcacc cctgttgcgc tggtactcat ccagcgggac     1500

gcccgccacg ttttccctgt cccctaccgg cactggcagg caaagcccgg cttccggcgg     1560

gcggtccggt caccggacgc gacgattgcc tccgttctcc cctttgtacg gatggagaac     1620

atgaccgccg ctcccgccca ccgggatgat cccggctccg tgtgggtcag cgctcccaat     1680

ggacttgctc cagtactgga cgctctttta ggcagcaatc cctatcaggc ccggaccggc     1740

gtattcaccg gcggggccaa cgccgtctat cggttccaga ttctggaacg gacaggcaat     1800

gccctgcggg tcaccaatct ggcggaaaag gcccgccgca aggcccccgc cgttacggcg     1860

gagctagagc caacctgcgt ctatcccctt attcagggca gcgacctctc ccagtggagc     1920

gtccgcagcc gtgcctggct gctgtgcccc cacacggctg aaaccaaaat ctatcctctt     1980

gcggaagcgg atttgcgaca ggatctgccg ctgacctacg cctacctgac ccggttccgg     2040

gatcttctgg aaacccggaa aggcttcgcc gggtgggaac gggccatcca agagcgttac     2100

ttctacgcgc tgctgcgggt ggggccctat acgttttccc gctacaaggt agcgtggcgc     2160

tacatcgccc gctccttcat cacggcggtc atcaccccga tgcaggaccc ctatctggga     2220

gaaacgctgc ccctgcccaa cgaaaaggtg gtctatgtgg gcactgactg ccgggaggag     2280

gcctattatc tctgcggaat tctcagctcc gctccggtgc gctgctgcgt cacctgctac     2340

atgaacccca ccagtatttc cgctcatgtg ctggacaagc tgcatattcc ggcctttgac     2400

cccgcggaca gccgtcatct gtccatcgcc gctctctgcg aggagggcca tcgagcctcg     2460

gacccccgct gtcaggacgc cgtccggcag cagcttgacc gggctgtagc cgcgctttac     2520

ggcctcactt ccgcggatct ggacaccgtc cggtccatgc tggaaaagat ttga           2574


<210>  351
<211>  2955
<212>  DNA
<213>  Oscillibacter

<400>  351
atgaaaacat tttggaagaa aaagctcccg gcgtgtctgc tggcgctggc gctgctggcc       60

ggaaccgttc ccatggcgtc tgcggcctcg gcggatctga cgtacgatgt ggacgaggac      120

agcggcgtct ggctggatgc ggatgacttt caggaaatct atgaggacga caacggcgga      180

taccttgaat acgtggaatt caccgattat gatgactttg acgattacgg ctatttcacc      240

ttcgaggact ttgaccgtta cgggttcgac gacgtggatt ccaaggcgct ggagaactac      300

gaattctact atgaccgtgc tgatgcggac gattacgaca tcgacctgga cacgctgcgg      360

tttgagacct atgacaacat cgacagcgac acactggatt ttgatgtcag gctgtacggc      420

gacgaagggt cattctatgc aacggtccgc attgatgtgg agggtggctc ccgctccggc      480

tccggcgacg tggagctgac ctacaaggtg gcccccggcg acgatgtgac ggtggacgcc      540

gaggacttct gggatctctt taacgaggaa gacggccgct atgatgagct ggagtatgtg      600

gagttcacca gctacgatga tttcgatgac ttcggatatt tcggtgcaga cggatacgac      660

agcgatgact atatcccgga ctatgagctc aatgacagcg atctggacga tgccatgttc      720

tattacgacg agaacgacgt ctggtacgac tatgactttg aactggacac gctgacgttc      780

tacgccgacc ggaacgccga cgcggacacc ctggcctttg acttcaccat gcacggcgtg      840

gacggtgaca aggtatatgg cactctgtac atcgaggtcg gcaagggcag cggcaccagc      900

agcaagggcg acctgaccta tcaggtggac ccggacgacg atgtgacgct ggacgcggag      960

gatttctacg atttcttcta cgacgagtcg gattacgacg aactggaata cgtggagttc     1020

accgactatg acgactttga cgattacggc tgtttctacg ccgacggata cgattccgac     1080

gactacaccc gggattacga gctgaacgac agtgacctgg acgacgccgt gttttactat     1140

gatgaggacg atatctggga cgactatgac ttcgagctgg acacgctgac ctttgcggcg     1200

gaccggaatg ccgatgaaga caccctgacc tttgacgtca ccatgcgcgg cgtgaaaggc     1260

gacaagatct ccgccaccct caccattgag atcggcaagg gcagcagcac cggcaccaag     1320

gtgaagggcg acatcattta tgaggtggat cccgacgaca gcgtgacctt tgaccgggac     1380

gacttctggg atttcctgga tgacgagacc ggggacgatc tggagtatgt acggttcacc     1440

gacgccgacg gactggacga ctggggcgag ctgtacagct acgactacga tgatgaccgg     1500

acgtactttg acgagagcga cctggacgac ggttatttct actatgacag caaggacctg     1560

ttctacgacg aggacttcac cctggatgac ctgacctttg tggcggacag ggacgccgac     1620

ggcaaggtgg tggagctgga cttcactgcc tacggtgagg acggcgacaa ggcctacggc     1680

accgtggcca tcgccatcgg cgatgtgggg ggaaccggcg tggccgcaga gggcggcgat     1740

atccgctatt atacggatta cagcggccga gtgcagatca acgccaacga catcgcccgg     1800

ttctttgagg agagctaccc cggctatacc ctgcagtatg tcacctttaa agatgcgccc     1860

acttacggca gcctgtacta caactactac ggtaccagca gctacggcag ctccagcagc     1920

ctgcgcatca ccgacgacaa ctgcgacgac atagatttct acttcagtcc ctccagcagc     1980

cagcacgccc tcagcgagct gacatacata cccagcggcg tcaactactg cgcccagatc     2040

cccttcaccg cttacggctc cggcagccgt tctgtgtccg gcaccatcct catcagcgtg     2100

aacctcagcg aggtgcccga cgtttacggc cccacgccca gaaacacggc cgtcaccttc     2160

cccgccgcct ccatctacac ggcggtggcc cagtccagcg gcctgggtct ggccagcatc     2220

cagctgctgg aactgcccgc caccaacgag ggtgtcatct acgtgggcag cggcacctcc     2280

aagcgggcgg acaccgagac cctgtacggc tactccagcg gcagcgagcg gatcagccag     2340

ctgcggttcg tgccggccag cggcttcacc ggatctgtgg aaatccccta tgtggcctgc     2400

aacagcagcg gcgatcccat tgccagcggc aagctttgcc tgggcattgt cagcgctatg     2460

gaggacttct ctgatatcac ctcctccacc tggtgctata aatatgtact ggagctcagc     2520

gacgccgacg tgatcgacgg atacagcgac ggcaccttca agcccgacaa ccaggtgacc     2580

tacggcgcgg cgctgaagct catcatgctg gccgctggct atgacgagca gaagccggtg     2640

aactccaacg tgttcagcgg ctatctggcc cgggcgcagg cggacgggct ggtgtccggc     2700

agcgtgaacc tgaacgcccc catcacccgg ctggcggtca gccagatcgc ggccaaggcc     2760

atgggcctca gtatcagcaa cctgtccagc gtccgtccct tcaccgacac cacggacccc     2820

tatgtccagg cgctgaatgc cgcaggcatc gtggagggct acttcagcaa cggcaccagc     2880

accttcaagc cctacaacac tctgacccgg ggccagatct ccgccatcgt ctggcggatg     2940

gagcaagccc agtaa                                                      2955


<210>  352
<211>  3417
<212>  DNA
<213>  Oscillibacter

<400>  352
atgagccaag cattcaagaa ggtcctggtc gccaaccggg gcgagatcgc catgcggatc       60

ttccgggcct gtcacgacct gggcctccag accattgcca tctactccaa tgaggacgta      120

tacagcctct tccgcaccgc cgcggacgag tcctatctga tcggagagaa cgagagcccc      180

ctgggcgcct atctggacat cccccggatc atcgagctgg ccaagaagca cggcgccgat      240

gccattcacc ccggttacgg tttcctcagt gagaacgcgg attttgcccg ggcctgcgag      300

gctgcgggca tcaagttcat cggaccctcc tcccaggttc tggacctgat gggcgacaag      360

ctgtccgcca agcagatcgc cgtggcctgc ggcgtaccca ccacccccgg caccacagag      420

cccctgaaga gccgggaggc tgctcagaag ctggctatgg agttcggctt ccccgtcatt      480

ctcaaggcgg ccgccggcgg cggcggccgc ggtatgcgcc ggtgtgacac cgtggaagag      540

gtgggcacca actttgatct ggtgaaggcg gaggccaaga aggccttcgg caatgacgac      600

atcttcatgg agaagttcct ggtggagccc aagcacatcg aggtgcaggt gctgggcgac      660

gaagagggca acgtggtcca cctgttcgag cgggattgct ctctccagcg gcgctatcag      720

aaggtggtgg agttcagccc cgccttctcc gtggacaaga agatccgtca ggccctgtat      780

gaagacgcgg tgaagatcgc aaagcacgtg ggctatgtga acgccggcac cctggagttc      840

ctggtggaca gggaagggca ccactacttc atcgagatga acccccgtat ccaggtggag      900

cacaccgtca ccgagatggt gacgggcgtg gacctggtgc gctctcagat tctgatcgcc      960

gagggctgtc ccctcagcga tccccgcatc ggcatcagga agcagagtga cctgcacctg     1020

aacggctacg ccatccagtg ccgcgtcacc accgaggacc cgtccaacaa cttcgctccc     1080

gacaccggca agatcacctc ctaccggtct cccggcggct tcggcgtccg gctggacgcg     1140

gccaccgccg gcgtgggcag cgagatctcc ccctactatg actccctgct gctgaaggtc     1200

accacctggg ataacacctt tcagggcgtg tgcctgaagg ccggacgggc catccgggag     1260

atccacatcc ggggcgtcaa gaccaatatc gccttcatct ccaacatcct gcagaacccc     1320

accttcctgg cgggaggctg ccacaccaag ttcatcgacg agacgccgga gctgtttgag     1380

ctgaacgagg gccaggaccg ggccaccaag atgctcaagt acatcgggaa catcgtggtg     1440

aaggagcggg acggacacaa gatgtacgat ccctgccggt tcccaccggt caccggcaac     1500

cggcccgatg gcctgaagca gatgctggac gccaagggac ccaaggccgt ggcggactgg     1560

gtgctggggc agaagaagct gctgatctgc gacaccacct gccgggacgc ccaccagtcc     1620

ctgctggcca cccgggtccg cacccgggac atcgtcaagg gtatggaggg caccagcgag     1680

atcctggcgg atgctttctc tctggagtgc tggggcggcg ccacctttga cgtggcctac     1740

cgtttcctcc acgagtcccc ctgggagcgg ctggacctga tccgggagaa ggcccccaac     1800

ctgctgctgc agatgctgct gcggggcgcc aacgccgtgg gctataccaa ctatcccgat     1860

aacgtgatcc gggagttcat caaggaggcc gcccgcagcg gcatcgatgt gttccggatc     1920

ttcgactctc tgaactggat ccccggcatg gaggtggcca tggatgaggt cctcaagcag     1980

gacaagatct gccaggccac catctgctac accggcgaca ttctggatcc caagcgggac     2040

aagtacacct tggactacta tgtgaagatg gcgaaagagc tggagcaccg gggtgcccac     2100

atgcttgcca tcaaggatat gtccggcctg ctgaagcctt acgccgccaa gaagctggtg     2160

tccaccctga agcaggagat cggcattccc atccagctcc acacccatga caccaccggc     2220

aatcaggtgg cggcgctgct gctggccgcc gaggccggtg tggacgtggt ggactgtgcc     2280

atcagctcca tggcaggcat gaccagccag ccctctctga acgccgtggt ggcggccatg     2340

aaggacacag agcgggacac cgggctggat ctgaaccggc tccagaccct cactgattac     2400

tgggaggatg tgcgtaagcg ttacgactcc tttgagggcg gcctggagta caataccacg     2460

gatatttacc gctacgagat ccccggcggt cagtacacca acctgaagcc ccaggtggag     2520

tctctgggcc tgggcgaccg gtttgtggag gtcaaggaga actaccgtaa ggtcaatgag     2580

atggtgggcg acattgtgaa ggtgacgccc tccagcaaga tggtgggtga cctggccatc     2640

ttcatgaccc agaacaacct gaccccggag aacatcgtgg agaagggcga gagcctggcc     2700

ttcccggaca gtgttgtcag ctacttctcc ggtatgatgg gccagcctgc aggcgggttc     2760

cccaaggagc tgcagcgggt ggtcctgaag ggcaagaagc ccatcacctg ccgtcccggt     2820

gagctgctgc cccccgtgga ctttgaggag aagaagcggg cgatgaagtc ctttgacgca     2880

gatccctcct ggcgggccat cctcagctac tgcctgtatc ccaaggtagt ggaggattat     2940

gtcaagaacc agaaggagta cggctacatc atgcggctgg gcagccatgt gttcttccac     3000

ggtctggcgg tgggcgagac caacaaggtc aacatcgccg acggcaagac cctggtcatc     3060

aagtacttgg ggttgggcga agtggacaaa gagggcatgc gcaccgtcag ctttgagctc     3120

aacggcatcc gccgggatgt gcaggtgccc gacgaggagg cccagaagaa cattgtcaag     3180

gtccccatgg cggacccgga ggacaagagc caggtgggct cctctatccc cggcgcggtg     3240

agcaggctca acgtcaaggt gggcgacacc gtggagaaga accagaccct ggtcaccatc     3300

gaggctatga agatggagac cgccatcacc gcccggatgt ccggcacggt gtcggagatc     3360

ctggtgaagg agggcgagac cgtcaagggc ggccagctca tcttggtcat caaataa        3417


<210>  353
<211>  3786
<212>  DNA
<213>  Oscillibacter

<400>  353
atgatcgaca acaacactgg caacaacatt gcctttgacg cgattaagat cggcatggcc       60

tctccggagc agatccgcgc ctggtcctat ggcgaggtga aaaagccgga gaccatcaac      120

taccgcaccc tgaagccgga gcgggacggc ctgttctgcg agcgcatctt cggacccacc      180

aaggactggg agtgccactg cggcaagtac aagaagatcc gctacaaggg caagatctgc      240

gaccgctgcg gcgtcgaagt cacccgggcc aaggtccgcc gggagcgcat gggccacatc      300

gagctggcca cccccgtctc ccacatctgg tatttcaagg gcatcccctc ccggatgggt      360

ctgctgctgg acatcagccc ccggatcctg gaaaaggtgc tgtatttcgc caactatatc      420

gtcaccgacc ccggtgagac tccgctgacc aagaatcaga tcctctccga gaaggagtac      480

cgggattacc gtgagaagta tgaggacgac ttccaggccg gcatgggcgc cgaagccgtg      540

aagaagctgc tccaggacgt ggacctggag gccctctccg cccagctcca cgcagagctg      600

aaggatgcct ccggccagaa gaaggcccgg atcgtcaagc ggctggaggt ggtggacgcc      660

ttccgtctgt ccggcaacaa gccggagtgg atggtcatcg acgtgctgcc tgttatcccg      720

ccggagctgc gccccatggt gcagctggac ggcggccggt tcgccacgtc cgacctgaac      780

gacctgtacc gccgggtcat caaccggaac aaccgactga agcggctgat ccagctgaac      840

gccccagata tcatcgtccg caatgagaag cggatgctcc aggaggctgt ggacgccctg      900

atcgacaacg gccgccgggg ccgcgccgtc accggcgcca acaaccgggc gctgaagtcc      960

ctcagcgatc tgttaaaggg caagcagggg cggttccgcc agaacctgct gggcaagcgc     1020

gtggactact ccggccgttc cgttatcgtg gtcggccccg agctgaaaat ctatcagtgc     1080

ggcgtgccca aggagatggc cgtggagctg ttccgtccct tcatcatgaa aaagctggtg     1140

gaggacggca ctgccaacaa catcaagtcc gccaagaaga tggtggacaa gggcgtcacc     1200

gaggtgtggg acgctctgga tgtcatcatc aaggaccacc ccgtcatgct gaaccgcgct     1260

ccgacgctgc accgtctggg catccaggcc ttcgagccgg tgctggtgga cggccgggcc     1320

ttgaagctgc accccctgaa ctgcaccgcc ttcaacgcgg acttcgacgg cgaccagatg     1380

gccattcacg tgcccctgtc ggccgaggcc caggcggagg cccgcatcct gatgctctcc     1440

gccaacaacc tgctgcgtcc ccaggacggc ggccctgtca ccgtgcctac ccaggacatg     1500

gtgctgggct cctactacct gaccatggac cgcatgggca aggcggagaa gggcgccgag     1560

accatctggt gcgaggatgc cggcgacacc aacctcaccg ctcactccat cgtggacgcg     1620

gatgactttg tggccgccaa cgacgccctg gagaaggggc agaagaaggc cgcctaccgc     1680

cctctccact tctacgccag cgaggaagag gccctcatgg cctacaacga ccatgtgatt     1740

gggccccact gccccatcgg cgtgcgccgc accatgaccg tggacggcgt cagccacacc     1800

gctgtggtag agtccacccc cggccgtatc atcttcaacc agaacatccc tcaggacctg     1860

ggctttgtgg accggaccga tcccgcccac gtctgcgact atgaggtgac cttcacctgc     1920

ggcaagaagc agctgggcca gatcgtagac cgcaccatca acaagcacgg cttcaccgtg     1980

gccgctgagg tgctggacgc catcaaggcc accggctaca agcactccac cctggcggcc     2040

atcacggtct ccatcgcgga tatgaccgtg ccccccaaga agtacgagct ggtggcggcc     2100

tccgagcaga aggtgctgga cattgagaac cagtacaaga tgggcttcat gaccgagcac     2160

gagcgctaca agcaggtggt gcaggtgtgg gagaagacca ccaacgatgt ctctgacgcc     2220

ctgcagaaga acctggaccg ctataacccc attttcatga tggcggactc cggcgcccgc     2280

ggttctatga agcagatccg ccagctggct ggtatgcgtg gcctgatcgc caacaccgcc     2340

ggccgcacca tcgagatccc catcaaggcg aactaccgcg agggcctgac cgccctggag     2400

tacttcatct cctccagagg cgcccggaag ggcctggccg acacggctct gcgtaccgca     2460

gactccggtt acctgacccg ccgcatggtg gacgtctccc aggatgtcat catccgggag     2520

gaggactgcc acgtgaccca cggcatcaag gtctccgaga tcagcgagaa cggccaggtg     2580

atcgagaagt tctccgaccg gctccggggc cgtttcctgg tgggcgatgt ggtggacgcc     2640

gataccggcg aggtgctgct gtccagcacc aagatgatgg acgagaacga cgccaagatc     2700

ctggagaccc acaagtgggt ccaggccaac taccgcgacg gcgaccgctg caccttcgac     2760

ccggcggttg acgagcaccc caccgtcatg atccgcaccg tgctgacctg caaggcccac     2820

agcggcgtgt gcgccaagtg ctacggcatg aacctggcca cccagcagcc tgtgggtccg     2880

ggcgaggcgg tcggcatcat tgccgcccag tccatcggcg aacccggcac ccagctgacc     2940

atgcgtacct tccacaccgg cggtctggcc ggcggcgaca tcacccaggg tcttccccgt     3000

gtcgaggaac tgtttgaggc ccgtaagccc aagcggatgg ctactctggc agagatcggc     3060

ggcacggtca agttcgaaga gaccagcaag ggcagcctgg tgaacatcgt catcaccgca     3120

cctgacgggg acacccgcac ctacgcggtg cctcacaccg gcctgctggt gaaggacggc     3180

gacgtgatcg aggccggcca ccagctgacc tacggtgcgt tgaatcccca cgaggtgctg     3240

cgcattcgcg gcgctgacgc cgtgtacaac tacctgatcc aggaggtcct gcgggtgtac     3300

cgccagcagg gcgtggatat caacgataag catatcgaga tcatcgtccg ccagatgatg     3360

cgcaaggtcc gtctggagga cgccggcgac accaagctgc tggacggctc tatggtggac     3420

gtcctggagc tggacgacgc caacgaggag atcgaccgcc gcaacgccgc cggtgagcgg     3480

caggagaacg gcgagcctct gcgccacgcc gtaggcaccc agctgctgat gggcatcacg     3540

aaggcatctc tcgccacgga ctccttcctg tccgccgcct ccttccagga gaccaccaag     3600

gtcctgacgg aggccgccat caagggcaag gccgatcatc tggtgggcct gaaggagaat     3660

gtcatcatcg gcaagctgat ccctgccggc acgggcctga cggcctacca cacctttgct     3720

gaggagttgg ttcccggccc ggcgcctgtt gaggccgccc cggagcccat tcccgcagag     3780

ctgtga                                                                3786


<210>  354
<211>  3546
<212>  DNA
<213>  Oscillibacter

<400>  354
atgaaaaaga aatttgccgt catggacggc aatacggccg cggcccatgt ggcatacgcg       60

ttcacagagg tcgcggcgat ctatcccatc accccgtcct ctcccatggc ggagaaggtg      120

gacgagtggt ccgccaaggg gcggaagaac ctgttcggct ccacggtgga cgtcatccag      180

atgcagtctg aagccggcgc cgcgggcacc tgccacggct ccctgcaggc cggcgctctg      240

accaccacct ttacatcctc ccagggtttg atgctgatga tcccagccat gtacgccatg      300

ggcggccaat tcctgcccag cgtcatgcac atcgcctccc gcgtggtgac cagcaaccac      360

cactctatct tcggcgatca caccgacttc atgacctgcc gcaccaccgg ctacgccatg      420

ctgatgtcct cctgccccca ggaggccatg gacctgggcg cggtggccca cctgtccgcc      480

atcagcggca agtacgcctt catgcactgc ttcgacggct tccgcacctc tcatgagatg      540

cagcggatcg aggcgttgga ctatgaggac ctgcgtcctc tggtagacca ggaggccctg      600

caggagttcc gccgccacgc cctgaacccg gagcacccca ccaaccgggg caacaacgtg      660

aaccccgacg tgtacttcca gtgcaaggag ggcgccaacg tcaaggccgc ctccatccct      720

gacacggtcc agcattacat ggacgagatt aacaagctca ccggtcggga ctacaagctg      780

ttcaactact acggcgcgcc tgacgcggag gaggtcatcg tggtgatgtg ctccgccagc      840

gaggccgtga aggaaaccgt ggactacctg aacgccaagg gccgcaaggt gggcatggtg      900

cagatccacc tgtaccggcc cttctccgtg aagcacttcg cagcggccat ccccgccacg      960

gtgaagaaga tcgccgtgtt ggaccggtcc aaggagaccg gctccgtggg cgagcccgtg     1020

tatctggacg tggtcaccgc cctgaatcag gcgggccgcg gcgacatccg tgtggtgggc     1080

ggccggtacg gtctcagctc caaggacacc accccgggcc agttcatcgc cgtgtatgac     1140

aatctgaagc tggagaatcc caagaacagc ttcaccatcg gcatcaacga cgacgtgact     1200

cacacctctc tggactacaa ggaggtggag ctgcctcatc ccggcgaggt ttcctgcaag     1260

atctggggcc tgggcggcga cggcacggtg ggcgccaaca agaacgccat ctccaccatc     1320

ggcctggtgg ccaacaagta cgcacaggcg tatttctcct atgactccat gaagtccggc     1380

ggcctgaccc agagccatct gcgcttcggt gacgagccta tccgctccac ctatctggtg     1440

tcctccgcgg actttgtggc ggtccatgcc cccacctatg tcaacaagta cgacaccacc     1500

gaggatctga aggacggcgg catcttcctg ctgaactgcc cctggagcgc ggaggagctg     1560

gagacccgcc tgcccggcaa gatgaagcgg gacctggccc ggaagcacgc caacttctac     1620

atcatcgacg ccgccaagct ggcggtgcag gtgggccttg gcgagaagcg gaccaacaac     1680

atccttcagg ctgccttctt tgccctgacc aaggtcatcc ccctggatat ggccgtggag     1740

gacatgaaga agaacaacta caactcctat ttcaagaagg ccggccagaa gatcgtggat     1800

ctgaacgaca aggccgtgga tctgggcatc agcgccgctg tgaaggtgga gatccccgcc     1860

tcctgggcgg acgcgcctga cactcccatg gccgagccca agaacgcctc tgcctttgtc     1920

cgtgacatcg tgctgcccat ggaccggcag cagggcgaca agctgcctgt gtctgtgttc     1980

cagaagcacg gcgtgctgga cggcacctgg gaaaacggga cctccgcttt ctccaagcgg     2040

ggcgtggcaa ccaaggtgcc caagtggaac gcggagagct gcatccagtg caaccgctgc     2100

gccatgtgct gcccccacgc cgccatccgg cccgtgctgc tggccgagga ggagaaggcc     2160

caggtgcccg cgtcctttga gaccgtgccc gccaagggcc tgggcaagga cgcccccagc     2220

tacttcttcc ggatgcaggt ctctccctat gactgcctgg gctgcggcgt gtgcctgacc     2280

gcctgcccgg ccaatcagag cgacaagacg gcggacgccc tggtgatgac ccccttcgag     2340

gagatgaagt ccgaacaggc gaacttcgac gaggtcgcca tgaacgacaa gtacctgaag     2400

aaggatgtga tcaacagcaa gaccgtcaag aacatgcagt tcgccaagcc gtacttccag     2460

ttctccgccg cctgcgccgg ctgcgccgag accacctaca tcaagctgct gagccagatg     2520

gtgggcgacc ggatgtacgc gggcaacgcc gcaggttgct cctccgccat ctccggcggc     2580

gcgcccatcc tgccctactg caaggacagc cagggccgcg gccccgcctg ggagcactcc     2640

ctgtttgagg acaacgccga gttcgcctac ggcttcttcc acgctcagga tgccatccgc     2700

aaggagctgc tgatccggct ggagagcatg aaggacgccg acatcgcccc tgcggagatc     2760

gaggactaca tcaacaactg gaacgacgga gagaagtccc gcgccgtgtc cgacgccctg     2820

atcgccgccc tggagaagtg cgagcagacc gaagatgtgt cctatatcct ggagaaccgt     2880

gagtatctct ccaagaagtc catctgggcc atcggcggcg acggctgggc ctacgacatc     2940

ggcttcggcg gcatcgatca cgtcatggcc cagaaccggg atgtgaacct gctggtgctg     3000

gacaccgagg tgtactccaa caccggcggc cagtcctcca agtccacccc cacctccgcc     3060

gtggccaagt tcgccgccgg cggcaagcag gtggccaaga aggacctggg cgccatcctg     3120

atgacctacg gctatgtgta tgtggcccag gtggccatgg gttatgacca ggcccagacc     3180

ctgaaggccc tgcgggaggc ggagtcctat cccggccccg ccatcgtcat ctgctactgc     3240

ccctgcctgg agcagcatat caaagccggc atgagctgta cccaggacga gatgaagaag     3300

gcggtggagt gcggctactg gcacctgtac cggtatgatc cccggcgcat cgccgagggc     3360

aagaacccct tccagctgga ctctcccgcg cccgatactg acaagctcat ggacttcctc     3420

atgggcgaga accgcttcgc ctctctgaag aacaacttcc ccgagcgggc ggacgccctg     3480

taccagaagg agatcgccga cgtcaaggcc cggtaccaga agtaccgcaa gatggcggag     3540

gactga                                                                3546


<210>  355
<211>  3696
<212>  DNA
<213>  Oscillibacter

<400>  355
atggtaagac ggatctatgt ggaaaagaag ccggggctcc ggcaggaggc ccggggcctg       60

ctgcacgagc tgcagaccgt ggtgggcgtc tccgccttgg aggacctgcg cctgctgaac      120

cgctatgacg tggagggcct ggacgaggcc gccttccgcc gggcggtggg gacagtgttc      180

tctgagcctc aggtggacga tactgccgca gccctgcccg ccggggactg catcgccttc      240

ggcgtggagc ccctgccggg acagttcgac cagcgggcgg actccgccgc ccagtgtatt      300

cagctgatga ctcaggagga gcggcccacg gtccgcaccg ccaggatcta tctgctcttc      360

ggtcccctga cggcggcgga tgtggacgcg gtgaagcggt atgtcctcaa ccccgtggag      420

tgccgggagg cgtctttgga cctgccggag cggctggcgg cagagaccgc cgtcccggca      480

gacgtggaaa cggtcacggg cttcactgcc ctggaccggg cgggcctgga taccctgctg      540

gcgcggctgg gtctcgccat ggacctggag gacctgtcgt tcctccaggc atacttccgg      600

gacacggagc gccgggaccc caccctgacg gagatccggg tggtggacac ctactggtcc      660

gaccactgcc gccacaccac gttctccacc catctggacc acgtggagat caacgatccg      720

gcggtccagg ccgcctataa ccggtatctg gccgcccggg aggaggtcta tgggccggag      780

aaagctgccc agcggccaca gaccctcatg gatatcgcca ccatcggcgc caaggtgctg      840

aagcgacggg ggcttctgtc ggaaattgac gagagtgagg agatcaacgc ctgctccatc      900

catgtcgccg cccaggtgaa cggcaagccc caggactggc tgctgatgtt caagaacgaa      960

acccacaacc accccacgga gatcgagccc ttcggcggcg cggccacctg catcggcggc     1020

tgcatccggg atcccctgtc cggccgggcc tacgtccacc aggccatgcg gctcaccggc     1080

tgcggcgacc cccggacgcc ggtggcggag accctgtccg gcaagctgcc ccagcgcaag     1140

ctcgcccaga ccgccgcggc gggctactcc tcctacggca accagatcgg cctggccaca     1200

gggctggtca gcgaggtata tcaccccggc tacatcgcca agcatttgga gtgcggcgtg     1260

gtggtggccg ccgccccggc ggagaatgtg gtccgcgaac ggccccagcc cggggacgtg     1320

gtgatcctgc tgggggggcg caccggccgg gacggcatcg gcggcgccac cggctcctcc     1380

aagagccaca acaggcagtc tctcaccacc atggccagcg aggtccagaa gggcaacgcc     1440

ccggaggagc ggaagatcca gcggctgttc cgggatggga atgtcacccg gctcatcaag     1500

cggtgcaacg acttcggcgc aggcggcgta tccgtggccg tgggtgagct ggcggacggc     1560

ctggatatcg atctggacgc agtgcggaag aagtacgacg gcctggacgg cacagagctg     1620

gccatctccg agtcccagga gcgaatggca gtggtggtgg cccggtcaaa cgcagaccga     1680

ttcatcgccg ccgcggaggc ggagaatctg gaagcgtacc ccgtggcggt ggtgacggcg     1740

tccccccgga tggtgatgcg ctggcggggc aggaccatcg tggacctgag ccgggacttc     1800

ctgaacacca acggcgccgt gaagcacgcc cgggcggcgg ttcctgcccc cattcccgcg     1860

tccccggtct cccaggatgc cgaaaactcc tccctccgct ccatagcctc cagtctggcg     1920

tccgcctccc gcagagggct ggcggagcgg ttcgattcca ccatcggctg tggcagcgtg     1980

ttgatgccct tcggcggcag aaatcagaga acccccgccc aggtgatggc cgcccttctg     2040

ccggtgctgc cggggcagga gacggaccag gccagcgtta tggcctgggg cttcgacccg     2100

gaggctatgg cggcggaccc ctaccggggg gcctataacg gtgtggtcac ctcccttgcc     2160

aagctggtgg ccgccggggc agactatcga agggcctacc tcaccctcca ggagttcttt     2220

gaaaagctcc gggaggaccc cgcacgctgg ggcaagccct tcgccgccct gctgggggct     2280

ctggacgccc agctggactt cggcgcggcg gccatcggcg gcaaggactc catgtccggc     2340

accttcaacg atctggacgt gccccccacc ctcatctcct ttgccatcgc ccccatccgg     2400

gccggggagg tgctctcccc cgagttcaag gaggcgggac atccggtgta cctctttgct     2460

cccgccaacg gcggcgccca gagccagagg gaagcctggg agaccttcca ccagctttgc     2520

cgggcgggca gggtgtgctc cgcctgggcg gtggagcacg gcatcgccga ggggattatg     2580

cagatgtcct tcggtaactc catcggcttt caggccgagg ggcgtgagat cgcctgggac     2640

ctgccgtgcc ctggcgccat tgtggcggag ctgacggagg acacagacct cctctgcgcc     2700

gtcaggctgg gcaccaccac ggcggagccg gtcctcacca ccggcgctga cagcgtctcc     2760

atcgacgagc tgctctccct gaacgagtcc gtgctggagg atgtataccc cagccgagtc     2820

cctgccgatc ctgcgctggt gccggtactg gaggccccgg ccttctcccg cgccgctccc     2880

cggacaggca cggcaaagcc aaaggtgctg attcctgtgt ttcccggcac caactgcgag     2940

tacgacagcg cccgggcggc gctacgggct ggcctggagc cgcagatcct ggtgctgaat     3000

aatcagacac cggaccatgt ggcggcatcc gccgcccggt ttgcccaggc agcccggagc     3060

agtcagatcc tcttcctgcc cggcggcttc tccggcggcg acgagcccga cggctccggc     3120

aagttcatca ccgcctttct ccggtccccc caggccgcag acgcggtgat ggacctgctg     3180

caaaaccggg atggcctcgt cctgggcatc tgcaacggct tccaggccct catcaagctg     3240

gggctggtcc ccttcggaga aatccgggac acagatgccg cctgccccac gctgacttac     3300

aatgtcatcg gccgccacca gtcccggatc gtccggaccc gggtggcctc caaccggtcc     3360

ccctggctga ccaaggtcca ggtgggggac atcgtcagcg tccccatctc ccacggggaa     3420

gggcggttcc tctgcccgcc ggatctcttg gcacagttgg cggaaaacgg ccagatcgcc     3480

acccagtacg tggatctgga cggccatccc accatggata tcgacggcaa ccccaacggc     3540

tccgtctggt cggtagaggg catcacctca cccgacggcc gggtcttcgg caagatgggg     3600

cacgccgagc gggtggggcc ctgcctgtac cgaaatatcc cggggaatta cgatcttggc     3660

ctgttcgatg ccgcaaagga ctatttttct ctctaa                               3696


<210>  356
<211>  1110
<212>  DNA
<213>  Oscillibacter

<400>  356
atgtctaatt tcaacagcgc cgatatcgct gctttcaagg atgtgtgggt cttctgcgag       60

cagcgcgagg gcaaactgat gcccaccgac tttgagctga tctccaaggg ccgcgacctg      120

gccgacgagc tgggcgtgaa cctgtgcggc ctgctgctgg gcggcgaggg catcgagtcc      180

gctgccaagg agctgggcgg ctacggcgcc gacaaggtgc tggtgtgcga gagccccctg      240

ctggccgtct acaacaccga tgcctatgcc aaggtgatct gcgacgtgat cgaggagctg      300

aagcccgagg cgttcctgat cggcgccacc aacatcggcc gtgacctggg gccccgctgc      360

gcggcccgtc tgcataccgg cctgtgcgcc gactgcaccc acctggacgt ggatgtggcg      420

aactacatcc agttcctgcg tgagtccagc accctggacg tggacagcca gaagtgggat      480

atggaggacc ggaacctgaa gatgacccgt ccggccttcg gcggccacct gatggccacc      540

atcatctgcc cgcggttccg tccctgcatg gcgacggtgc gccccggcgt gatgaagaag      600

aacgtcttcg accaggccaa ggcggatgcg tgcgagatcg tgaagcccag cttccagctg      660

agcgagagcg acctgaacac cgaggttgtg gaggtcgtga aggccgccaa gaagctggtg      720

gacctgatcg gcgcggacta catcgtgtct gtgggccgcg gcatcagcaa ggatgtcgag      780

ggcggtatca agctggctga ggagctggcg gacgtcctgg gcggcgtcgt gggcggctcc      840

cgtgccacca tcgactccgg ctggctgtct gccgaccatc aggtgggcca gaccggcaag      900

acggtgcatc cgaaggtgta catcgccctg ggcatctccg gcgccatcca gcacaaggcc      960

ggtatgcagg actccgagtg catcatcgcg gtgaacaaga acgacactgc gcccatcttc     1020

gagattgccg actacggcat ctgcggcgac ctgttcaagg tcacccccat gctgatcgag     1080

gccatcaagg ccgccaaggc tgcgaagtaa                                      1110


<210>  357
<211>  3525
<212>  DNA
<213>  Oscillibacter

<400>  357
atggctaaga aaaaactagt agtaatggat ggtaacaccg ccgcggcgta cgcgtcctac       60

gcgttcacag aggtggcggc catcttcccc atcacgccat cttccgtgat ggcggagaag      120

gtggacgagt ggtccgccaa ggggaggacc aacatcttcg gaaaacccgt ggaggtcatt      180

gagatgcagt ccgaggcggg ggccgcaggc acctgccacg gatccctgca ggcgggcgcg      240

ctgaccacca cctacacggc ctctcagggc ctgctgctga tgatcccgcc tatgtacaag      300

atcggcggcg agttcctgcc cggcgtgttc cacatctcct gccggactgt cagtgcccac      360

gccctgtcca tcttcggcga ccactccgac gtgatgacct gccgaatgac cggcttcggc      420

atgctgatgt cctcctcccc ccaggaggcc atggacctgg gcgcggtggc ccacctgtcc      480

gccatcggcg gccggtatgc cttcatgcac tgcttcgacg gcttccgcac ctcccacgag      540

atgcagcgga tcgaggcgct ggactatgac gacctggcca agctggtgga ctatgaccag      600

ctggcggcgt tccgcaagaa cggcctgaac ccggagcacc cctccacccg gggcacgacg      660

gtgaatccgg acgtgttctt ccagtgcaag gagggcgcca acgagaagat cgccacgatc      720

cccggcgtgg tccagcacta catggatgag atcaacaagc tcaccggccg ggattacaag      780

ctgttcaact actacggcgc gcccgatgcg gaggaagtca tcgtcatcat gtgctccggt      840

gcggagacgg tgaaggacac ggtggactat ctgaacagga agggccgcaa ggtgggcatg      900

gtgcaggtgc acctgtaccg ccccttctcc atccggcatt ttgtggatgc gatccccgcc      960

acctgcaaga agatcgccgt gctggaccgg acgaaggagt ccggctccgt gggtgagccg     1020

ctgtatctgg atgtgcagag cgccctgcag caggcggggc ggaaggacat cgtggtggtg     1080

ggcggtcggt acggcctggc ctccaaggac accacgcccg gccagatcgt ggcggtgtac     1140

gacaacctgg ccaaggagga gcccaagaac agcttcacca tcggcatcga ggacgacgtg     1200

accttcacct ccttgcctta tgaggagatc gccctggact atcccggaca ggtatcctgc     1260

aagatctggg gcctgggcgg cgacggcacg gtgggcgcca acaagaacgc catcaccacc     1320

atcggcctgg cggcagacaa gtacgcccag gcgtatttct cctacgattc catgaagtcc     1380

ggcggtctga cccagagcca cctgcggttc ggcgaccagc ccattcacgc cacgtatctg     1440

gtgtccgcgg cggacttcgt gggcgtccac gcgcccacct atgtggacaa atatgacacc     1500

accgcggacc tcaaggacgg cggcacatac ctgctgaact gtccctggag cgcggaggag     1560

ctggaggagc ggctgcccgc caagatgaag cgggacctgg ccaacaagca cgccaacttc     1620

tacatcatgg acgccacgaa gctggctcgg gacctgggcc tgggcaaccg gatcaacacg     1680

attctccagg cggccttctt ccagctgacc aaggtgatcc ccatcgacct ggcggtggag     1740

gagatgaagc agggcaacta caactcctac ttcaaaaagg gcggccagga gatcgtggac     1800

ctgaacaacc gggctgtgga cgtgggtctg accggcatga cgaaggtgga ggtccccgcc     1860

gcctgggcgg acgccaagga cggcgcgccg gaggagctga agggcacgga cttcgtcaag     1920

gagatcgtgg tgcccatgga ccgccagcac ggcgacaagc tgccggtgtc cctgttcaag     1980

aggcacaact gcctggacgg cacctgggag aatggcacca ccgcatactc caagcggggc     2040

gtggctgtca cggtgcccca gtggaatccc gacgtgtgca tccagtgcaa ccgctgtgcc     2100

atggcgtgtc cccacgcggc catccggccc gtgctgctga cggaggagga gaaggccggt     2160

gcgccggaat ccttcgtcac cgtgcccgcc aagggcctgg gcaaggacgc ccctgcctat     2220

tccttccgga tgcaggtctc tccctacgac tgcctgggct gcggcgtgtg cctgaccgcc     2280

tgcccggcca agggggcgct ggagatggtg cccttcgaga cccagaggga gcagcagccc     2340

aacttcgaca actacgcgat gaacgagaag ctgctgaaga aggacattat cagcgacaag     2400

agcgtgaaga cggcccagtt cgccaagccc tacttccagt tctccgccgc ctgcgcgggc     2460

tgcgcggaga ccacctacat caagctggtg acccagctgt tcggcagccg catgtacgtg     2520

gccaacgcct ccggctgctc ctccgcctac ggcggtgcca tgcccatgac gccctactcc     2580

tgcgacagcc ggggctttgg accctgctgg gagcagtccc tgttcgaaga caacgcggag     2640

ttcgcctacg gcttcctgcg ggcccacggg tccatccatg gggaggtgga gctgcggctg     2700

aaagccctga aggaaaaggg tgtggccgta tctgagattg gggagtatct tgccaagtgg     2760

caggacccgg ccgtgacccg ggaggtgtcc gacgcgctga tcgccgccct ggagaaggcg     2820

gagcccacgg aggagggcgc ctttgtcctg cagaacaagg agtatctgac caagaagagc     2880

gtgtgggcct tcggcggcga cggctgggcc tacgacatcg gcttcggcgg cattgaccac     2940

gtgctggccc agaaccggga catcaacatg ctggtgatgg atacggaggt gtactccaac     3000

accggcggac agtcctccaa ggcgacgccc actgcggcgg tggccaagtt cgccgccggc     3060

ggcaaggagg tcaagaaaaa ggacctgggc gccatcgcca tgagctacgg ctacatctac     3120

gtggcccagg tggccatggg ctacgaccaa gcccagaccc tgaaggccat ccgggaggca     3180

gagtcctatc ccggcccggc catcgtcatc gcttactgcc cctgcctgga gcacggtatc     3240

aaggcgggca tgagctgcac gcaggaggag atgaagaagg cggtggagtg cggctactgg     3300

catctgtacc ggtatgatcc ccgccggatc gcggagggga agaacccctt ccagctggat     3360

tctcccgcgc ccgacagcgg caagatgatg gactatctga agggcgagaa ccgctatgcc     3420

tccctgcaga tcaacttccc ggaccgggcc cagcgcctgt acgagaagac cgtccaggac     3480

gccaaggacc gctacgccaa gtatcgcaaa atggctgagg actga                     3525


<210>  358
<211>  1620
<212>  DNA
<213>  Oscillibacter

<400>  358
ttgaacaagg tgttaagaat cgattccatc aagctcccgc cggaggccgg catggcggag       60

ctggccgctg aggccgcccg gctgctccgg atgcgggaga aggacattct ctccctgcgc      120

ttactccgcc gcagtgtgga cgcccgggaa gaagtccgcc tggtctacac ggtggaggtc      180

gcggtcaagg aggagtccgc tattctccgc cgagccagga gccggaagat cagccgggcc      240

gcacaggccc cggcgtacac gccgccgtct cccctgcctg cgccggcggt gcctcccgtg      300

gtggtgggcg ccgggcccgc ggggctcttc gccgccctgg tgctggccca ggcggggctg      360

cgccccatcc tgctggagcg gggccgcccg gtggagcggc ggaaggcgga tgtggaacgg      420

ttctgggcca cgggagagct ggacctgacc tccaatgtcc aattcggcga gggcggcgca      480

ggagccttct cggacgggaa actgaacacc ggcacacgcg acccccgcca ccgctttatc      540

ctggagacgt tgttatcctg cggcgctccg gaggatattt tgatcgatgc caaaccccat      600

gtgggcacgg attatctcca caccgttctg gtaaacctgc gccgccgtct gctggaactg      660

ggaacggaca tccggtttga gagccggctg gcggatctgg acatccggga cggcgccctg      720

cggggcatca ccgcggaggg gccggagggc gtttataccc ttccctgctc ccacctgctc      780

ctctgcccag ggcactccgc ccgggacacc ttcgccatgc tccataaaag gggtgtgccc      840

atggaggcca agcccttcgc cgtgggggtg cggatcgaac accggcaggc ggactgcgac      900

gccgcccaat accggcagta cgccgggcat cccgggcttc cggtgtctac ctacaagctc      960

tcctgccatc tgcccggcgg ccgggcggcc tactccttct gcgtctgccc cggcggggag     1020

gtggtggcgg ccgcttctga ggcggagcgg gtggtcacca acggcatgag cgaattcgcc     1080

cgggacaagg agaatatcaa tggcggccta ctggtgaacg tgacgccaga ggactatggc     1140

ggggcggaag atcccctggc gggtatcgcc ttccagcgga agctggagtc tgcagcctac     1200

gctctggggg gtggggacta ccgggccccg gcccagcggg tgggggactt tctggcgggg     1260

cgcccctccg tcggcccagg ccgagtgcac cccagctacc gccccggcgt cacctggacg     1320

gacctgcgcc ggtgcctgcc gcccttcgtg gcggatacca ttgccggggc gctccccctg     1380

ctggggcaga agctccgggg ctacgacgat ccggacgccg tcctgacggc ggtggagagc     1440

cgttcctcct cccctgtgcg catcccacgg gatgggacct gccagtcctc tctccggggc     1500

ctgtacccct gcggcgaggg agccggctat gccggcggca tcctctccgc cgccgcggat     1560

gggatgcact gtgccgagca actctgtcaa tccattcaaa aggagtctga ttgtttatga     1620


<210>  359
<211>  3561
<212>  DNA
<213>  Oscillibacter

<400>  359
atggcaaaat tgaccctgac cccccagcag caggcggtgg tggaaaaccg gggcggcagc       60

ctgctggtgt ccgccgccgc cggctccggc aagacaaagg tactggtgga ccggcttttc      120

cgctatgtga cggaggaacg ctgcaatatc gatgatttcc tcatcatcac ctacaccaag      180

gccgccgcgg cggagctgcg gagcaagatc gcctccgagc tgtccaagcg gctgggccag      240

acgccggggg accagcagct ccggcggcag ctgctgcggg tgtatcaggc ggacatcaag      300

accgtggacg ccttctgcac gtcgctgctg cgggagaaca cccacctcct ggcccgggag      360

ggggacagcc gggccctgac cccagacttc cgggtgctgg acgataacga ggcccagctg      420

atccgccagc gggtgctctc ccggacgctg gaggacttct atgaccagct ggacgagggc      480

cgtggcctgc tggcggacac gctgggggcc ggacgggacg acagccgtct ggccgccctg      540

gtgctggagc tgtacgacaa ggtccagagc cacgcggacc cggccgggtg gctggcggag      600

aaccggaccg tctggggcgg ctgggagggc ggctttgatg acacccccta cgccgccgag      660

ctgctggccg ccatccgccg gaagggggcc cattgggggg ccctgctccg gtccgcctcc      720

gcccggaccg agggggacga ggcgctgtac cgggggtacg gggagaagtt tctccaggtg      780

tctgtggcct ttgacgccct ggcccaggtc cagacctggg aggcggcccg gcagacggaa      840

gcggccgtcg ccttcccccg gctttccacc cccaaaggac ggaaggacga gccgggcatt      900

gccgcgctga aacaggtgtg ggagcggtgc aaggcggagg agaagaagct ggcgggcctg      960

ttgtctgtct ctgaggagga ggctatggag gacctgactg ccgtggcccc ggccatggtg     1020

gccctgctgg agctgacgga ggactttgcg gagcggtacc ggcaggagaa gctgcggctg     1080

aacgctgccg acttctccga ccaggagcac ttggccctgg gcctgctggt gggttccggc     1140

ggtgccccca cagagctggg ggagcaggtg gcggcccgat accgggagat cctggtggac     1200

gagtaccagg acaccaacga gatccaaaac gccatcttcc gggcggtgtc caaaaacggg     1260

cagaacatct tcactgtggg ggacgtgaag cagagcatct accgcttccg cctggcggac     1320

cccaccattt tcctgggaaa atacaaccgg ttcaagtcct ggcaggaggc ggctgacgga     1380

gaggagcgga agatcctgct gtcccgcaac ttccgctccc ggcgggagat tttggagagc     1440

accaacttca tcttctccaa cattttgtct gtggagatgg gggagatgga ctacggcgag     1500

gacgaggccc tccacttcgg ggcggcgtat tacccggagc ggatggattg ccagacagag     1560

ttccatctca tctctgccca ccagaaggcg ggggagaatg acaagccggt aaagaaggtc     1620

accgccgagg cccggttcgt ggcggcgcgc atccggaagc tgctggatga gggctatccc     1680

gtcacggaga gcgacggcac cctgcgcccc tgccggccgg aggatatcgt gatcctgatg     1740

cgttcccccg gcagccggtc tgccgccttc gccgccgccc tggcggagcg ggacatcccc     1800

tgttctttcc aggagagcgg ggacttcttc cacaccatgg agatctccgt catgctgtcc     1860

ctgctggaga tcgtggacaa cccccggcag gacgtgcctc tgatctccgt cctccggtca     1920

cccctgttcg gcttcacggc ggaccggctg gcggaggttc gctccgccgc ccccaccggg     1980

gactactacg acgctgtgac tgccgatggg ggagaggact gcaaagactt cctggcaatc     2040

ctctcggatc tgcggcaggc gggccgggac atgagtgtcc accgcctggt ctggcacatc     2100

tacaaccgac tgaatgtgct gggggtcttc ggcgccatgg atgatggtgc ggcccggcgg     2160

gagaatctca tcgccctgag ccagcacgcg gagaagtttg agagcaatgg ataccggggc     2220

ctcttcgcct tcgtcactca gctgcggcgg ctgctggagc aggaccaggc tcccgccacc     2280

cggggcccgg cggaggctgc cggcgtgcgg ctcatgagca tccacaagtc caagggcctg     2340

gagttcccca tcgtcatcct ggcagatctg gaccacgcgt tctcccggca ggacttcgac     2400

acgccggtgc tggtgcaccc ggacatgggc ctggggccca agcgcatcga cctggagcgg     2460

aaaatccagt atcccaccct ggcccggctg gccattcagg aaaagctgcg gcgggagaac     2520

ctagcggagg agcagcgcat cctctacgtg gccatgaccc ggcccaagga gaagctgatc     2580

ctggtggacg ccctgtacaa cgccaccggg cggctccaga agctggccgc tgtggctgct     2640

tgtcccgtgc tgccggagac ggtggcagag ggccgcaccc tgggggactg ggtcctgctg     2700

cccctgctgt gccggccgga ggccgcaccc ctgcgggcta tggcggagac agagattgac     2760

cagctatata ttggagagga cagatcctgg caagtgtttt tacatgacag tgaggactac     2820

cgggaacggc ccgctcggcc ccaggcgacg gcggaggaga caggggagac cgccctcttt     2880

gacccggagc tgctgtcttt catctacccc taccagcggg agacggccct gcccgccaag     2940

gtgacggcca cccagctgaa gggccgccct gcggaccagg agatcgcgga gtatgccgcc     3000

cataccccgt acctccggcc cctgagccag ccgaatttcc ggcgggagcg gcagggcctg     3060

accccggcag agcggggcac tgccacccac ctggtgctgc aatacctgga cttctcaaac     3120

gttgacgtgg cgggccagat cgaggcgctg cggcagcgga gcctgctgac ggaccagcag     3180

gccgcggccg tggagaccgc gcctttggag cggtttctcc gctcccccct ggcggaggag     3240

atccgcaaaa gccgaagcgt cctgcgggag tatcgcttca ccctgctgat ggatgcccgg     3300

gactacgatc ccgccgcggc ggcgggggag gaaatcctcc tccagggcgt ggtggactgt     3360

tgcttcgaga cggcagacgg cctgaccgtg gtggacttca aaacggaccg tgtgttctcg     3420

gcattggagg tccggcagcg ggcggagcac taccgccccc agctggaggc atacagccgg     3480

gccctggagc gggtgctgga aaagaaggtg gtccgccggg ccctgtattt cctggctgca     3540

ggcgagacca tggagatttg a                                               3561


<210>  360
<211>  3045
<212>  DNA
<213>  Oscillibacter

<400>  360
atgaagctcc aattcaagca ccagcccttt caggcggagg cggccgcagc ggtctgcgat       60

gtgttccgcg gtcagtcact gtgcgcccag gcacaccggc agggcctggg cgccgcggcc      120

gacaggccgc tgtccctggc agggaccggc accggcctgt gcaaccaacc cctggctccg      180

gagctgaccg acgcccggat cctgaaaaat ctgcacgcgg tccagcggcg cgccggattg      240

cctctgtcca aggccctggc cgggccgggg atcaacctgt ccgtggagat ggagaccggc      300

accggcaaga cctataccta tgtgaaaacc atctacgagc taaacgcccg ctacggctgg      360

agccggttca tcatcgtggt tccgtcggtg gccgtccggg agggcgtcta ccgttccctg      420

cagacgaccc aggagcactt cgccggggag tacggcaggc ggctgcggtt tttcatctac      480

aactccgacc gcctcgccca ggtggaccgc ttcgcctccg acagcgccat tcaggtcatg      540

attatcaaca tgcaggcgtt caactcgggc aggaaccagc ggatcatcga ccagcggccg      600

gacagcttcc ggggccgccg ccccatcgac gtcatcgcgg ccacccggcc tattctcatc      660

attgacgagc cccagagcgt ggagggccgc cagactcggg agagcctgcg caagttcaac      720

gccctgttca ccctgcgcta ctccgccacc caccgggagg cgtacaacat ggtgtaccgt      780

ctggacgccc tggacgccta taaccggcat ctggtgaaac ggatcgccgc cctgggggtg      840

accttcacat cctcccccgc cgctggcggc tttgtctatc tggagggcgt ggacctgagc      900

cgggacaggg cccccgccgc ccggatcggt tttgaggtca aaggggcgtc cggcattcag      960

acggtggtga aacagctgcg ccggaaggcg gatctgttcg cggcgtccaa cggcctggcc     1020

gaatacgccg accgctatgt ggtggcagag atcgacggtc gggacagctc ggtgaccttt     1080

ctcaacggcc tgaagctata tgccggtcag ttcagcggcg gcgaggagcg gacagctctc     1140

cagcgccggg tgcagattcg ggagaccatc cgcacccacc tccgccggga acgggagctg     1200

tattccaggg gagtgaaagt gctgtccctc ttcttcatcg acgaggtgtc caaataccgc     1260

ctgtacgacg gggacagcgg cagcggccgc agcggcgagt acgccaaaat gtttgaggcg     1320

gagtacgtcg ccgtggcgga ggcgttccgg cgagagatcg acgacccggc gtaccgggcc     1380

tatctggacg gcatcgatgc ccgcgagacc caccagggct acttctccgt agaccggcgg     1440

aagggccgcc aggcccgctt tgtggaggga aagatcgacc gcaagagccg aacctcctcc     1500

gacgcggacg cctatgacct gatcatgcgg gacaaggagc ggctgctcag cctggatgaa     1560

cctgtgcggt tcctcttctc tcactccgcc ctccgggagg ggtgggacaa ccccaatgtg     1620

ttccagatct gtatgctgaa gccccagacg gagtcggaga tccgcagccg ccaggagatc     1680

ggccgtggtc tgcgcctgtg tgtcaatcag gagggcgaac gcatggacga aagtgtcctg     1740

ggcggggcgg tgcaggagct gaacaagctg acgctcatca ctgatatgga gttcggcaga     1800

ttcgcagagg ccctgcagca ggggctggcg gcgtcccttg ccggccgccc ccggacggtg     1860

gagccgggcc tgtttgccgg caggctcctc actggcacca ccggggcatg ggtccgggtg     1920

acgcgggagc tggcggagga gatctgcgcc gccctccgga aacagggcta tgtgaaggac     1980

cgcgtcctca ccggcagctt ctttgcggac cgggaccgag gtaccgtccg gctgggcgga     2040

agccttcagg acctcagcgc cgccgtggcg caagtcctct ccggcgtcta taccccccgg     2100

gccatccccg cggagaacgc ccacggcggc aacgtcaccg cccgggcgga cccggagaag     2160

ctgcagaccg aggcgttccg ctccctttgg gcgcgggtcg gccccaagtc cttctacacc     2220

gtctcctttg acacccggga gctgatcggg aacgtcatcc aggctctgga cgcgcatcta     2280

caggtgaccc ccgtctctgt ccggacggtg tatggcgagc aggcgacgca gctgcagtcc     2340

cgggaacagc tgcttcaggg ccgggccttc cgccgcaggg aaagccgtgt gcaggccgcc     2400

ggtcccccgg cgccgggcgg tgtacggtat gacctagtgg gcaggctggt ggaggaaacc     2460

ggcctgaccc gtaccactgc ggcagccatt ctccagggca tagcccctga gacatttgcc     2520

atgttccgcc tgaatccgga ggatttcctc ctccaggcct ccaggctcat caaccgggag     2580

aaggcggccg ccgtcgtccg gcacatcaca taccaccggc tggacgcgtc gtatgacgcc     2640

gccctcttca ccaatgccgt ccgccggggc aggctggggt gcaccgccgt gcccgccgcc     2700

cattcgatct cagactatgt gatctgtgac accgacaggg aacgggcctt tgccgaggcg     2760

ctggaggcca gcgaggcggt cagattatat gtccgacttc ccaagtcctt cttcattccc     2820

accccggtgg ggcggtacac gcccgactgg gccatcgccc tccgggaccg cgcaggggat     2880

cccgtctatt tcgtggcaga gaccagcggc aaggccccac agccccaggg cgtggaggcg     2940

gcgaaactcc agtgcgcccg cgcacacttc gccgcggtca gcggcggaga ggtgatgtgc     3000

ggcgccgtcc gtgacttgga tgagctcctg cgcatcgtgg gctga                     3045


<210>  361
<211>  2721
<212>  DNA
<213>  Oscillibacter

<400>  361
atgttactga gcagaaagtg gctggacgag tttgtgcacg tcgacgccaa cgataaagac       60

tttgccgagg ccatgaccct ctccggctcc aaggtggaga ccaccgagga ccggggagcc      120

gagatctcca atatcgtggt gggcaccatc ctcaccatgg agcgccaccc ggattccgac      180

cacatgtgga tctgccagct ggatgtgggc cagagcgcgc ccatccagat tgtcaccggc      240

gcctggaaca tccaccccgg cgatatggtg cccgtggccc tggaccactc caccctcccc      300

ggcggcaaga agatcgagaa gggcaagctg cggggcgtgg agtccaacgg catgatgtgc      360

ggcctctatg agctgggcct ggatgagcgg gacttcccct acgccgctat cgtccccgcc      420

gccatcctga acgactacca ctccctggac aaggacaagc cctccatccc cgccgacatc      480

cagcccggtg acaaggtgtt cgggccggtg gtgtgcgcca agatcctgga gtgcgccagc      540

cagccggact acaccttcca cacctgtctg gacctgggcg gctccaccgc tgtgccggac      600

accatctgcc ccaacctcca cgagggggac ctggtggcct acaacaccaa gacaggcacc      660

atctgcaccc tggaggatct ccacgccgac cagaaggagt tcccccactg catccccgac      720

ggcatcttcg tcctccacga ggaagggatc cagaacggcg atgacatcaa gcccattatc      780

ggcgcggatg accatgtggt ggagttcgag atcaccccca accgccccga ctgcctcagc      840

gtcatcggtc tggcccggga ggtggccgcc acctaccagc agcccctgac tctccacgaa      900

ccggaggtac agggcggcgc cgacggcgtg ctgacggacc tgctggacat cgagaccccc      960

gccgccgatc tggtgccccg gtacaccgcc cggatggtgc ggaacgtgaa gatcgccccc     1020

tctcccaagt ggatgcggga gcggctgcgg agcatgggcg tccgtcccat caacaacatc     1080

gtggacatca ccaactatgt gatgctggag tacggccagc ccatgcacgc ctttgactac     1140

cgctatgtga agggcggcca catcatcgtc cgccgggccg aggagggcga ggaactgacc     1200

accctggacg gcaacgtgcg caagctcacc gccaaccacc tggtcatcgc cgacgagcac     1260

cgggccgtgg gcctggcggg catcatgggc ggattgaact ccgagatcgt ggcggacacc     1320

accgacgtgg tgttcgagtc cgcctgcttc gacggcacct gcatccgcaa gggcgctctg     1380

tccctgggga tgcggaccga ggcctccgcc aagttcgaga agggtctgga tcccctgaat     1440

accctgcccg ccgtccagcg ggcctgcgag ctggtggagc tgctgggcgc cggagaggtg     1500

gtggacggcg tcatcgacat cctcaactac gtgccccagc cccacaccat ccgcatggac     1560

ccggagcggg tgaacgcgct gctgggcacc gacatccccg cagcggagca gtaccggtat     1620

ctggcccggg tggacatccg cacagcggac gacagctgcc ccggcggccc tgccgacgtg     1680

accatcccct cctggcgggg cgacgtggag ggcatcgccg atctggcgga ggaagtggcc     1740

cggttctacg gctacaacaa catccccacc accctgatgc ggggccagac caccctgggc     1800

ggctatggcg ccgccgagat cctggagcgc cgggtgtcca gcgtgtgccg ggccttcggg     1860

tacgatgaga tcatcaccta ctccttcatc tccccggccc agtacgacaa gatccgctgg     1920

ccggaagatt accagcggcg gaactccttc aagatcctga accccctggg ggaggatacc     1980

tccatcatgc ggaccaccac cctgccctcc atgctggaga tcctgacccg gaactccaac     2040

taccgcaatc aggacgtgaa gctctatgag gtgggccgga cgtacctgcc cggcggcgag     2100

gacggcctgg ccatcgagtc caagacactg accctgggcg cctacggcgg cgacatggac     2160

ttctacgcta tgaagggcgc catcgaggcg atcctccagg aactgcgggt gaaggatgtg     2220

accttccgca tcggcagcgg cctgccggag gagctctcct accaccccgg ccgcttcgcc     2280

gaggtgtgga gcggcagtga ctgcctgggc tggttcggcc agatccatcc cctggtggcc     2340

aagaactatg gcgtagacgc ggaattctac tgcgcagagc tggccatgga cgagctggag     2400

aatgccaagg gggccgaccc ggaatatgtc cccctgccca agttccccgc cgtcacccgg     2460

gacatcgccg tggtgtgcga cagggccgtc accgtgggag cgctggagga ctgcatccgc     2520

cggggcgcca aggggctgct gaaggatgtg tccctgttcg acatctacac cggctccggc     2580

atcccggagg gcaagaagag cgtggccttc aacctgacgc tccgctccga cgaccgcagc     2640

ctcaccgctc aggaggccga tgaggatgtg aagagcatcc tggagacact gaaggcagag     2700

ctgaacgccg tcctgcggta a                                               2721


<210>  362
<211>  2952
<212>  DNA
<213>  Oscillibacter

<400>  362
atgtctgagt taatgacccc cattcccttt cgggaattga tgacctggat caccaccgaa       60

taccgccggg acggcgccgt gttcggcgtc cacaagccct acaaggccgg catgaagaag      120

ctccccatct tcggggagac catcgagact ccgttcggcc ccgccgccgg ccccaacacc      180

cagctggccc agaacatcat tgccggctat ttcgccggcg cccggttctt cgagctgaag      240

accgtccaga agatggacgg cgcggatctg gccgcctgca tcaaccgccc ctgcatcctg      300

gcggaggatg agtgctacaa ctgcgagtgg tccacggagc tgtatgtcca gcaggccttt      360

gaggagtatg tgaaggcctg gtgcgccctg aagatcatgg caaaggtcta tggtctgggc      420

gatcccaacg gattcgtgtt caacatgtcc gtgggctatg acctggcagg catccagggt      480

gagaagatcg acaccttcct gaacggcatg gtggacgcct ccaagacgcc catcttccag      540

gagtgcatcg ctgttttgaa ggagttcttc ccgggagaaa gcgattatat cgacacgatc      600

actccccatg tgtccggatc cgtgacggtg tccaccctcc acggctgccc gccggacgag      660

atcgagcgga tcgccagcta cctgctggag aagaagcacc tgcacacctt cgtcaagtgc      720

aatcccacca tcctggggta cgagaccgcc cggtccattc tggactccat gggctatgac      780

tatatcgcct tcgacgatca ccacttcaag gaggacctgc agtacgccga cgcggtgccc      840

atgttccacc gcctccaggc cctggcagac aaggaggggc tggaattcgg cctgaagctc      900

tccaacacct tccctgtgga cgtgaaggcc ggggaactgc ccagcgagga gatgtacatg      960

gcgggcaagt ccctcttccc cctgaccacc accatggccg ccatgatggc caaggagttt     1020

ggcgggaagc tgcgcctctc ttatgccggc ggtgccgacg ccttcaacat cgacaagctg     1080

ttcgcctgcg gtatctggcc catcaccatg gccaccaccg agctgaagcc cggcggctac     1140

cagcggttca cccagatcgg agacaagctg gacgctctgg acttcaagcc cttcaccggc     1200

gtggacgtgg tcggcatcga ggccctctct ctggcggccc ggtccgacaa gtaccatgtg     1260

aaagccatca agcccctgcc ccgccgcaag ctgtatgaca aggtgcccct gctggactgc     1320

ttcaccgctc cctgcaaggg cggctgcccc atccaccagg acattccgga gtatatcgag     1380

ctgtgccgga agggcgcgta cgcctccgcc ctgcggctca tcaccgagaa gaaccccctg     1440

cctttcatca cgggcaccat ctgcgcccac aactgcatga ccaagtgtat gcggaattat     1500

tacgacgagc ccgtgaacat ccgcgccacc aagctggtgg cggccgaaaa gggctatgac     1560

gcctacatgt ccaagatcac gcctcccgcg ccggtgacgg acggccggaa ggtggccgtc     1620

atcggcggcg gtcccaccgg catgtccgcg gcgtacttcg tgggccgggc gggcatcccc     1680

gtgacgctgt ttgaaaaagc ggaccgcctg ggcggcatcg tccggcaggt gatccccgcc     1740

ttccgcatca gcgacgaggc tatcgacaag gacgtggctc tgatggagaa gatgggcgtg     1800

gaggtaaagc tgaacaccga ggccccctct gtggcagagc tgaaggcaca gggctatacc     1860

cacatcttct tcgccgtagg cgcctggaag gccggacggc tggacatccc cggcaacgtg     1920

gtgccggtca tcggctggct gcgcgacatg aaggcgggta aggacgtctc cctgggccat     1980

gtggccgtgg tgggcggcgg caacaccgcc atggacgccg cccgggccgc tctgcgggcc     2040

ggggccaaat cctctaccct ggtgtaccgc cggacgaaga agtatatgcc cgccgatgcg     2100

gaggagctgg agatggccat tgccgacggc gtggagttcc tggagctggt agcccctgtg     2160

gagcagaagg acggcaagct gatttgtgag aagatgaagc tgggcgaccc ggacgacaag     2220

ggccgccgca agcccgtccc caccggcgaa atggtggaga tcccctgcga caccgtggtc     2280

tccgccgtgg gcgagaaggt tgagagcgag gttttcaccc ggaacggcat caccgtggac     2340

gagaagggca tccccgcctt caagaccaat ctcgagggcg tctacgccgg cggcgacgcc     2400

atgcgcgggc ccgccaccgt ggtggagggc attgccgacg cccagtattt cgccaatgcc     2460

gtcatcggcg aggcccacaa gtttgccatc cccgccaagg ccgtagccac ccgggaggag     2520

gccgtcgcca agaagggcgt cctctgcgag agcgccaagt gcgagggcaa ccggtgcctg     2580

acctgcaacg tggtgtgcca ggtctgcgcc gacgtgtgcc ccaaccgggc caatgtggtc     2640

atcgagctgc cggacggccg ccagcagatc ctccatgtgg accggatgtg caacgagtgc     2700

ggcaactgcg ccgtgttctg cccctacgac tccgccccct accgggagaa gttcaccctg     2760

ttcctgaccc gggagggctt tgacgagagt gtaaacaatc agggcttcct gcctctgggc     2820

gggaagaagg tgctggtgcg cctggacagc aaggtgttcg aggcagatct ggacgccaag     2880

aacgacctgc ccgccgacat cgaggtgttc atctggacgg tgctgaccaa gtacgcctat     2940

ctgatgggat aa                                                         2952


<210>  363
<211>  1317
<212>  DNA
<213>  Oscillibacter

<400>  363
ttgaattccg tcgccgacgt gtgggacaat gtactatccc agctgaaggg cgagctctcg       60

gagaccacca tcgccacctg gttcgacgaa ttggaggctg tggacatcca gggcaatacg      120

tttatcctcc actgttccaa cgactttaaa aaaggctata tcgagtccct gttcatgaaa      180

aacatcaagg cctcccttca cgacattttc tccacggatt ttgaagtgaa gattctggac      240

gacctggatt acgcagagct caaggataac cgcccgcacc gccagagcga gcggttcact      300

tccgcggagt tcacattcga gaccttcgtg gtgggccctt ccaacaagct ggcttatgcc      360

gcctccgtct ccgtggcgga gcatcctgct cagaactaca accccctgct gatctacggg      420

gactccggcc tgggcaagac ccatctgatc tatgccatcg ccaacgtcat ccgccggaac      480

gatccccggt ccaagatcgc ttacgtgaag ggcgacgacc tgaccaacga gctggtggat      540

gctatccggg agggtaagac tgcggagatg cgggagaagt accgccaggc ggacctgctg      600

ctggtggacg acgtgcagtt catcgccggc aaaaagcaga cgcaggagga gttcttccat      660

accttcaaca ccctgtacga gtccggccgg cagatcgtcc tgacctctga ccgtccaccc      720

tctgagatga cccagctgga ggaccgcctc cgcacccgat ttgagtgggg actgctggtg      780

gacgtagcgc cgccggattt tgagacgcgt cttgccatcg tgaaaaacaa ggccgccctg      840

ctgggcatgg agctgccgga caaaatctcc gcctacatcg ccgaaaacgt caccgccaac      900

gtccgccagc tggagggcac catcaacaag atcctggcct acaaggatct gctgggcaac      960

gacaccgacg aagaaaccgt cacccgggcc atccaggaca tgctgcgccg cagcaacgag     1020

tatgtcccca cgccggaggc catccttgag tatatctcca aatattacag tctggacgag     1080

tccgtgatcc ggggccagca gcgggtgcgg gacgcggtct ccgcccggca gattgccatg     1140

tacctgatcc gctccatgac gaacctcagt ctggatgaga tcggcaaggt ctttgacaac     1200

cgggaccact ccaccgtcct ctactccatc cagcaaatcg aaaagaagat gaagaaggac     1260

gctgcgtttg ccgaaatggt gaaggagatc aagacgaata tcaactccaa gcggtga        1317


<210>  364
<211>  1719
<212>  DNA
<213>  Oscillibacter

<400>  364
ttgcagcagc gatccaagtt cattcaaaga accagcgctc tggcgctggc ggcggtcctg       60

gcactcggca tgggtgttca ggcggccgga ccgggcacat ccacagtgga tgaccggcgg      120

gaggacctga ccatgtttta tgagacgctg aaagacagac atccggatct ttttgccaac      180

acgccggagg agaccttcct ggcccgcaaa gcagagctta cagagcatct ggacaccgca      240

agcgacgtag aatttctctt cggcctgcag agtctggccg cgcttgtggg cgactcccac      300

accagcgtcc aggtggcgga cagcgtggtg gaccagctga atgcctatcc catggtgctg      360

tcctggcggg acgggcactg gtacctgacc acagttccgg ctgaggaaca ggatctactg      420

ggcgcggagg tcaccgccat aggcggccgc tctatggcag aggtggtgga gacctttggc      480

cgcgtgctca gtgccgacaa cccggtgaag ctgcggcggc agtaccggca ggtgtgcaat      540

gtggcggatt actacgccta tctgggtctg gcaaaggcgg gtgagcctct ggccctcacc      600

ctggctgacg gcaagaccgt ctccatcgct cccatgccct acctctccct gggagaggcg      660

gaaattgtcc agctaggcgc tgaggtgccc cagcccgcca ctgcccgcca gaagtgcaat      720

tactgcgcac ttccgctgag cgggcaggtc tactatatcc agtacaacgt ctgccaggag      780

gacccggcgc tgcccatgga ggactttgcc gcccaggtac aggcggacct ggaggccgga      840

ggttacagcc gcgttctcgt ggacctgcgg aacaacggcg gcgggtcaga cggcgtaatc      900

tggcctctgc tgtccgtcct gcgtcaggag atggatgatg ggaccgaggt ggtgggactc      960

atcggagagg ccaccttctc ctctgccatc atcaatgccg tagagctgca ggaaatgggc     1020

atcccgctgg tgggagagcc tgccagcggc agcgtggacc actttggctc cgtcagtggc     1080

ttttctctgc ccaactccgg catccagatt gatgtctcct ccaaatacat cgacctgggc     1140

accctgctgg acgccgacgc cggacggggc gtggagtctc tggagccgga tatcgccgtt     1200

ccccaaacca tggcggatac cctggcgggc agagacaccg ctgtggagtg gctgctggcc     1260

catccggaga cgctggaaca gcgggaatac ccggatgcgc cgctcacccg ggggcggttc     1320

gtggggctgt tgtatgctgc ggccgggtcc cctgccgcag cggcggaggc cggtttccag     1380

gatctgctgg gcatcgagtg gttcctgccg gcggtgaact gggccgcgga gaccggcgtc     1440

accggcggta cggcggaggg cgcctttgcg gccgcacggc acctcacctg gcaggaagcc     1500

gccgtctttc tcgtccgcac tgcggaggcc ctggggctgg agccggaggc tgtccgcacc     1560

gcgcctctgc ccgatgcgct ggcggagggt gcctgggacc aaaccgctct ggaactggcc     1620

tgggaatggg gcctgcttcc ggaagacgcg ggcagcgccg ccgaaatcgc tcgggtccag     1680

ggcggggcca tggcggatgc ctttgcggcc ctgctgtaa                            1719


<210>  365
<211>  2049
<212>  DNA
<213>  Oscillibacter

<400>  365
atggcggacc tgaacacaga tgtgcggtac atcaagggca tcggggagca gcgggccaag       60

gccctgggca agctgggcat cgccaccctg cgggacctga tctcttactt cccccgggcc      120

tacgacgacc gctctgccct gcggcgcatt gcggacctgg tgcccggcga gaccgccggc      180

gtggccgcca tggtggcgtc cccgcccacc atctcccaca tccgcaaggg gctggatctg      240

gtgaagctcc gggcggtgga cgacaccggc accctggatg tgaccttttt caaccaggcg      300

tggctgaaaa acagcctgca ccagggagag acctatatct tctatggccg ggcggagggc      360

tccctcctcc ggcatcagat ggccaatcct gtggtggagc cggaggggcg gcgggaggtc      420

accggccgca tcgtgcccat ctatcccctt accgccggag tcagccagct gattttgtcc      480

cggtccatcc gccaggggct ggacgcctgc gcggacatcc tgccggacgt gctgccggac      540

cgtgtgcggc agcatcatca gctctgccgc atcgagtacg cctatgagaa catccacttc      600

ccggagagcg cggaggccct ggacctggcc cggcggcggc tggcctttga ggagctgttc      660

ctcttcacca tcgggctgga gcggctccgc tcccgccggg aggtggtcca cgtgccccct      720

tgcggcggcg tggacatgga gcttttctac cgtgccctgc ccttcaccct gacggacgcc      780

cagcgccgct gtgtggagga agcactggcg gacatgcgct ccggcacgcc catgaaccgg      840

ctctgtcagg gagacgtggg ttccggcaag accatggtgg ccgccgcctg cgtgtacttc      900

atggtgaaga atggccgcca ggcggccctg atggccccta cggagatcct ggcccagcag      960

cactaccagg gcctggcccc tctgctggaa aatttgggta tccggtgcgc cctgctgacc     1020

ggctccacca ccgccaagac gaaacggtcc atcactcagc aactggagag cggggagatc     1080

gactttgcca tcggcaccca cgccctcatc accggcagcg tggcctaccg cgacctgggc     1140

ctggtggtga cggatgagca gcaccgcttc ggtgtggccc agcgggcgga actggccgcc     1200

aagggggacc acccccacat tctggtcatg tccgctaccc ccatcccccg gaccctggcc     1260

ctgatcctct acggagacct ggacgtgtcc atcatcgacc agctgccccc cggccgccag     1320

ccggtgcaga ccttcgccgt caccgggggc tatcaccagc gggtgtaccg tttcatccgc     1380

aagctggtgg gcgagggccg ccaggcctat atcgtctgtc ccatggtaga ggagaatgac     1440

cagctccccg acgagcgcaa ggcggtgacg gaatacgcca aaaagctcca gtccgaggtg     1500

tttccggatc tcaaggtggc cttcgtccac ggcaagatga agcccaagga gaaggacgcc     1560

gtcatggccg ccttcgctgc ccatgagacg gacatcctgg tgtccaccac cgtcatcgag     1620

gtgggggtgg atgtgcccaa cgccgcggtg atggtgatcg agaacgcgga gcggttcggc     1680

ctctcccagc tccaccagct gcggggccgg gtgggccggg ggaagcatca gtcctactgc     1740

atcctgatct ccgacaaccg aaacgaggag acgaggcaga ggctgaaggt catgaccaag     1800

accactgacg gtttccagat cgcggaggag gacctgcggc tccggggccc cggtgacttc     1860

ttcggagcgc gccagcacgg cctgccgggg ctgaaggtgg cggatctggg ctgcgacacc     1920

cagctgctgc aggaggcccg tcaggcggcg gagcagctgc tggcacagga cccggcgctc     1980

acctcctgcc ccgccacggc agagcgggtg acggagctct tcacacagca ggcggatgcc     2040

ctgaactga                                                             2049


<210>  366
<211>  2478
<212>  DNA
<213>  Oscillibacter

<400>  366
gtgaaaccgc accggaaagc ggcccccgcg gaggccgcgg ccgctggccg ccaggagatg       60

ccccgctgtg cccccaaggc ggacagcggc ctctcctccg cccaggctca ggccctggcg      120

gaggccggct gggacaaccg cccggtggag tctcccacca aaagcgataa gcagatcatc      180

cgggagaata tcttcaccta cttcaacctg attttcgtgg ttctggcggt gtgcctgctg      240

ctggtagggg actggaagga catgaccttc ctcctcatcg tggcagccaa tgccgtcatc      300

ggcatcgtcc agcagctgcg ctccaaacgc accattgaga agctgtccct cctctccgcc      360

gcgaaggtgc ggatcattcg ggacggaaag gtccgggagc tgccggtgga ccagctggtg      420

cgggaggacg tagtagagct caccgccggc tgccagatcc ctgcggacgg accggtcctc      480

accgggcagg tgcaggtgaa cgaggccctc atcaccggcg aggcggacgc cgtcaccaag      540

gagcctgggg accagctgct gtccggcagc ttcgtcatct ccggcaagtg ccgggcccgg      600

atggaccagg tgggagcaga ctcctacgcc tccaagctga cgctggcggc caagaaagat      660

gacggccccg gcaaaagcga gatgatgcgc tccctggaca gcctgatccg cttcatcggc      720

atcgtgttga ttcccatcgg cgcagcgttg ttctacaacc agttcatcaa tcaggatctg      780

ggcctgcagc agtccgtggt cagcacggtg gcggccctga tcggcatgat cccggagggg      840

ctgttcctgc tgacttccgt ggccctggcg gtcagcgtgg tgcggctggc ccagaatcgg      900

acgctgatcc acgagatgaa cgccatcgag accctggccc gggtggacgt gctgtgcgtg      960

gacaagaccg gcaccgtcac cagtcctcaa atgcaggtgc gggaggtggt gcccctggac     1020

ccggagtcct gttccgagac ggacatcacc gacattctgg gtgcctttta ccgggtgctg     1080

gatccggata acgacacggc gaaggccatc gcggacaagt ttccccgggg gcccggctgg     1140

ccggaccggg gagccgtgcc cttcacctcc gccaccaagt ggagcgccgt gaatttcctg     1200

gaccgggggg cttatgtggt gggcgcaccg gagtatatcc tggggcagga cttcgccgcc     1260

ctggaaaagc gtactgcccc ctacgccgcc cagggctgcc gggtactgct gctggcccag     1320

tgcgacgggg cggagatcgg gcgcctccac ggcgtggtga tccccctggc cctgctggtg     1380

ctggagaatc ccatccgccc caacgctccc aaagtcttcg attacttcca cacccagggc     1440

gtggatgtga aggtcatctc cggcgacaac ccggtgaccg tctccgctgt ggcggcccag     1500

gcaggcatcc ggaacgcaga gcagtgggtg gacgcccggg agctccagac ggatcaagac     1560

atcgccgcgg ccgtgcggga gtacactgtg tttggccgag tggtccccaa ccagaagcgg     1620

aagatcgtcc gggccctcca gagccagggc cacacggtgg ccatgaccgg cgacggtgtg     1680

aatgacgtgc tggcattgaa ggacgccgac tgcggcgtgg ccatggcctc cggcgcggat     1740

gccgcctgcc aggtggccca gctggtgctg ctggacagtg actttgccgc catgcccaag     1800

gtggtggcgg agggccgccg ggtcatcaac aatatccagc gggcctcggc attgtacctg     1860

gtgaagaaca ttctgtcctt ctttctggcc ctcatcaccc tgttcgccgc cttcccctat     1920

ccctttgttc ccatccagct gacgctgatc tccgccctga ccatcggcgt gccctccttc     1980

ttcctggcgc tggagcccaa ccacgacctg gtgaagggca agttcctcca caatgtgctg     2040

cggcgggctt ttcccggcgg tctcacagcc atcttcgtca tcctctttgc ggagctgttc     2100

gtctacacct tcgacctgac gctggcagag ctctccacca tctgcgtgat cctgatggcg     2160

gtaaacggtc tcatggtgat ctactacgct gcccgacccc tggatgccaa gcggctggtg     2220

ctgctggtgg ccatgagtgc ggccatgttc gtggcggtgg tgttctatgg ggcgttcttc     2280

tctctctcct ccctgtcctt tgcagcctgg ctggtgctga tcgtgctggt gctgctggtg     2340

gtgcccatcc agatgggcct ggagtggtgc tttgaccgct gcaccacggc cctggaccgc     2400

cgccgggagc ggctggcaaa gcgccgccgc gctccccgca gaccccggcc ggcgcaccgc     2460

tcccggcgcc gtcggtga                                                   2478


<210>  367
<211>  1287
<212>  DNA
<213>  Oscillibacter

<400>  367
atgagcgatt accgcatcga aacgaaatgt gtccaggggg gctacacccc cggcaacgga       60

gagccccggc agatccccat cgtccagtcc accacgttca aatacgccac cagcgaggac      120

atgggtaagc tctttgacct ggaggccaac ggctacttct acacccgcct ccagaacccc      180

accaacgact atgtggccgc caagatctgc gagctggagg gcggcaccgc cgccatgctc      240

acctcttccg gccaagcggc caacttcttc gcgttgttca acatctgctc ctgcggggac      300

cacatcgtct cctcgtcctc catctacggc ggtaccttca atctgatctc cgtcaccatg      360

gcgaaaatgg gtatcgaggt caccttcgtc tccccggact gcaccgacga ggaactggaa      420

gccgccttcc ggcccaacac caaggcggtc tttggcgaga ccatcgccaa cccggccctg      480

acggtgctgg acatcgagaa gttcgccaag gccgcccaca cctatggcgt gccgctgatc      540

gtggacaaca ccttcgccac tccggtgaac tgccggccct ttgaatgggg cgccgacatc      600

gtcacccact ccaccaccaa gtacatggac ggccacggcg cggcggtagg cggcgccatc      660

gtggactccg gcaagttcga ctggatggcc cacgcggaca agttccccgg cctctgcacc      720

ccggacgaca gctaccacgg catcacctac gcggagaagt tcggcaggga gggcgccttc      780

atcaccaagt gcaccgccca gctgatgcgg gacttcggcg ccatccagtc cccccagaac      840

gccttctatc tgaacctggg gctagagagc ctccatgtgc gcatggcccg ccactgtgag      900

aacggccagg cggtggcgga gttcctggcg gcacatccca aggtggcctc cgtcagctac      960

tgcggcctgc caggggacaa gtaccatgcc ttggcagaga agtacctgcc ccacggctcc     1020

tgcggcgtgg tgtcctttga gctgaagggc ggccgggagg cagcgggcac cttcatgaag     1080

catctgaagc tggccgccat cgagacccat gtggcggacg cccggacctg ctgtctgaac     1140

cccgccagct ccacccaccg gcagatgacc gacaagcagc ttgccgccgc cggcattccc     1200

gcgggcctgg tgcggatgag ctgcggcctg gagagcaagc aggatctgat cggcgacatt     1260

gcccaggcgc tggaccaggt gaagtga                                         1287


<210>  368
<211>  2445
<212>  DNA
<213>  Oscillibacter

<400>  368
atgccacgga cttctcaaaa gacaattgcg gcaaagccta aaaccaatac acgcctgtct       60

aaaaagccgc cgttgacgcc ggcgcagctg aaacaggtcg acgcctggtg gcgggcgtcc      120

aactacctct ccgcctgcca gctgtatctg ttggacaatc ccctgctgaa gcgcccactg      180

gccgcctccg acctgaagca gaccatcgtg ggccactggg gcaccgtgcc ggggcagaac      240

ttcatctaca cccacctgaa ccgggtcatt cagaaggacg atctggacat gatctacctc      300

tccggccccg gccacggcgg caacgccatg gtggcccagg actggctgga cggcacctat      360

acggaggtct atcccaacat tacccaggac gaggacggca tgcggaaact gttcaagcag      420

ttctccttcc ccggcggcgt gcccagccac gtggcgccgg agacacctgg ctccatcaac      480

gagggcggcg agcttgggta ttctctggcc cacgccttcg gcgctgtggc ggataacccg      540

gatctcatcg ccgcctgcgt ggtgggcgat ggtgaggcgg agaccgggcc cctggccacc      600

tcttggcact ccaacaaatt cctgaacccc atcactgacg gcgcggtgct gcccatcctg      660

cacttgaacg gcttcaagat cgccaacccc accatcttct cccggatctc ccatgaggag      720

gtggagcagt tcttccgcgg ctgcggctgg gaaccccgct ttgtggaggg cagtgagccg      780

gagaagatgc accagcagat ggctgccacc ctggactggg ccatccggga gatcaagcgc      840

atccagcagc acgcccgcac cacgggagac accacccgcc cccgctggcc catgatcgtg      900

ttccgctccc ccaagggctg gaccggcccc aaggaggtgg acggcaaccc cgtggaggac      960

tgcttccgag cccaccaggt acccatctcc atgggccctg acacggaaaa gcacctgccc     1020

atcctggagc agtggctccg cagctatcac ccggaggagc tgttcgacga ggagggacgg     1080

ccggtggatc tgctgcgctc cttcgccccc aagggggacc ggcgcatggg tgccaaccct     1140

cacgccaacg gcggcctgct gctgcgggac ctgcggacgc cggacttccg ggactacggg     1200

gtggaggttc ccgcccccgg cgaggtggag gcccaggaca tgctggtgct gggcggctac     1260

gtccgggatg tgatgaagct gaacctggaa tcccggaatt tccgcatctt cgccccggac     1320

gagacggcct ccaaccggct ccatccggtg tttgaggtca ccggccgccg cttcctgggg     1380

gagcggtacg agaatgagga cccggatgag cacctggacc cggacggtcg ggtgatggac     1440

tccatgctgt ccgagcacat gtgcgagggc tggctggagg gctacctgct caccggccgc     1500

cacggcttct tcaacagcta cgaggcattc atccgcatcg tggactccat gttcgcccag     1560

catgccaagt ggctgaagac ctgcaacgag ctgccctggc ggcaggatat cgcctctttg     1620

aactatatcc tctcatccaa tgtgtggcag caggaccata acggtttcac ccaccaagac     1680

cccggcttcc tggaccacgt ggcaaacaag aaggcggacg tggtgcgcat ctatctgccc     1740

ccggacgcca actgcctgct gagcgtgttc gaccactgca tcaagagccg gaactatgta     1800

aacgtcatgg tggccagcaa gcatccccgc ccccagtggc tcaccatgga ccaggcggtg     1860

aagcactgca cccagggcat cggtatctgg gactgggcct ccaacgacca gggggaggag     1920

ccggacgtgg tcatggcctg ctgcggcgac acgcccactc tggagacgct ggcggcggtg     1980

acgatcctgc ggaaggagct gccagagctg aagatccggg tggtgaacgt ggtggatctg     2040

atgaagctcc agccccatac ggagcatccc cacggcctca cggacatgga gtacgacatg     2100

ctcttcaccc aggacaggcc catcatcttc gcctaccacg gctatcccac gctgattcat     2160

gagctgacct accgccggca caacaagcat cttcacgtcc gtggctacaa ggaggagggc     2220

accatcacca cgcccttcga catgcgggtc ctcaacgata tcgaccggtt ccatctggtg     2280

atcgacgtgg tccagcggct gcactccctg ggtaaccggg gggcctatct ggtccagcgg     2340

atgaacgaca agcttgtgga gcaccgccag tatatcaagg atcacggcgt ggacctgccg     2400

gagatccggg agtggaagtg gaacaacggc aagggaattg aatga                     2445


<210>  369
<211>  2487
<212>  DNA
<213>  Oscillibacter

<400>  369
atgagcaaaa agccccaata cgatcctgag gagatccggt accccgaaca gaagatcgtg       60

gagtcaccgc tggtccccga gatggagaaa tcctacattg agtacgccat gagcgtcatc      120

gtgggccggg ctctccctga cgtgcgggat ggcctgaagc ccgtccatcg ccggatcctc      180

tacgccatgt acgaggatgg cctcacggtg gacaaaccct tcaaaaagtc cgccacctgc      240

gtgggcgacg tgctgggccg gtaccatccc cacggcgatg ccagcgtcta tgacgctctg      300

gtccgcctgg ctcaggattt ctccatgcgc tatcccctgg tggacggcca cggcaacttc      360

gggtccgtgg atggcgatcc cccggcggcc taccggtaca cggaggcccg gatgtcccgg      420

ctctccgacg agatgctgcg ggacattgaa aaggacactg tggactggga ccccaacttc      480

gacgagaccc gcaaggagcc ccgtgtcctg ccctcccggt ttcccaatct gctggtgaac      540

ggctccagcg gcatcgcggt gggcatggcc accaatatcc cgccccacaa cctgcgggag      600

gtgatcggcg cctgcatctg cgtgctggac aatccggagg ctcagctcag tgatctgatg      660

cagtacgtca aggggccgga cttccccacc cggggcatca tcatgggtcg cagcggcatc      720

cggcaggcct atgccaccgg ccggggccgg gtggtgatcc gggcccggca tgagtttgag      780

gagttcggca aggaccgcac gcgcattgtc atcaccgaga tcccctacca ggtcaacaag      840

cgtatgctca tcaagagcat ggccgaccag gtggaagaca agcgtctgga cggcatctcc      900

gacatccggg acgagtccga ccgggacgga atgcgcatcg tcatcgagct gaagcgggac      960

gccaatcccc aggtggtgct gaaccgcctg ttcgcccaga cccagctgca gaccagcttt     1020

gccatcaaca tgctggccct ggtgaataac cagtctcagc ccaagatcct ctccctgcgc     1080

cacatcattg acgagtatct ggccttccag gaggaggtca ttatccgccg caccaagtac     1140

gacctgcgca aggcccagga gcgggcccac ctgctggagg gtctgctggt ggctcaggac     1200

aacatcgacg aggttatcaa aatcatccgc agcagctacg acaacgccaa ggagaacctg     1260

atgtcccgct tcggtctgga cgatgtccag gcccaggcca ttctggatat gcggctgaaa     1320

gcccttcagg gcctggaccg ggagaagctg gaggcggagt acaaggagct ggaggaaaag     1380

atcgcctact tcaaccagct gctctcctcc gacgagctgc tgcgcaaggt gctgaaggag     1440

gagctccagg ccatctccga caaattcggc gatgaccggg tcacggagat ccaggatgtg     1500

gaggatgaga tcgacatcga ggacctgatc gaggaggagc agtgtgtctt caccctgacc     1560

caggcgggct acatcaagcg gacacctgcc agcgagtaca ccgcccagtc caagggcggc     1620

atgggcaaga agggcatcac cacccgggag gaggactacg tggtggatgt gtttactgcc     1680

tccacccacg actatatcct cttcttcacc gacaccggca aggtctaccg gaagaagggg     1740

tatcaaatcc ccgagtccgg caaggctgcc aaggggacca acatcgtcaa catccttcag     1800

gtggagcagg gcgagcggat ccaagccatg atccataccc ggtccattga ggacgacggc     1860

cgcttcctct tcatggttac ccggaacggc acggtgaagc gcctgccggc caatactctg     1920

aagaatctgc ggaataacgg catccgtgcc ctgcggatgg aggagggtga ccagctgatc     1980

gctgtccggg agactgacgg cagccagaag atcctcatcg ccacccatga cggtatggca     2040

gtctgctttg acgagaacga tgtgcggccc atgggccggg acgccgtggg tgtgcggggt     2100

atccgcctgc gccagggcga ttacgtggtg ggcgccgccc gtgccaaggt caatcatgcg     2160

gtgctggcca tcacggaaaa cggctacggc aagcagacgc cggtggagga ctatcggatc     2220

accaaccggg gcggcctcgg catcaagaac tacatggtga cggacaagac cggccccgtg     2280

gtgggcatca aggtggtgga cggcacggag gacctgttgt tggtgaccca ggcaggcatc     2340

ctgatccgca ccccggtgga cagcatccgc accgcgggcc gggccactca gggcgtcatc     2400

gtcatgcggt tcaaggagga gggggatcac gtgatctccc tggcgctcac agaccatgag     2460

gagggcagcg ccgaggccga ggaataa                                         2487


<210>  370
<211>  1710
<212>  DNA
<213>  Oscillibacter

<400>  370
atgaaaaccg tgttgggcta tctgcgcccc catgccgggc gggtcgccgc cggtgccgcc       60

atcaaattca ccgcagcggt cctggagctg atcctccccc tcctgctggc agaagtcatc      120

gatgagctgg tgcccgccgg cgacactgcc gccatctggc ggaccggcgg ctggatgtcg      180

ctgctggctc ttggggcggt gggctgcaat attaccgcca accggatggc cgcctgggtc      240

tccatggaga tgacccgggt actgcgccag gatctctacc gccggatcca gggactctcc      300

tgcacccagg cagaccaatt ctcaccctcc tccctggtgt cccgcctcac caatgacacc      360

tacaatgtcc accagatgtt tgacaaggtc cagcggggcg gcatccgggc ccccatgctg      420

gtgttgggcg gattgatact gacctttctg ctggagccct ctctggcgct ggtgcagctg      480

gcggtgagcc ttctcacctt tctcaccatt acgctggtga cccggcgggg gatcccccac      540

tacaccagag ctcaggcggc tgtggacacg gtggtgcgca tcctacggga gaacgccgcc      600

ggggtgcggg tggtaaaggc cctcgcctgt caggtcaggg agcgggatcg ctttgacaca      660

gccaaccagg cccagcggca ggcagaggcg caggccgggc aggtcatggc gctggcaaac      720

cccataaccg atctgctgct gaacgccggg ctcatcctgg tagtcctggt gggggccctg      780

cgggtcaacg cgggactgat gcccccgggg cagatcgtcg cctttatgac ctacttcact      840

ctgatccaaa gcgccacact ggggctttcc aaggtgttcg tgaaggtcag caagggcgcc      900

gcatccgccc gccggatcca ggaggtcctg ctggccccgg agcagcagcg gcaaacagct      960

cccctgcctg ctggcggcgg ttttctgggc atggaccgcg tcacattctc ctatcagggt     1020

gccaagccgg atgtggagga ggcgtccttc ctcctgcgcc aaggcgggat gctgggaatc     1080

ctggggccca ccggcagcgg caagagcaca ctgaccgccc tgctgctgcg gctgtatgac     1140

gcagaccggg gcgtggtctg ggtgggcggc atggatgtaa aagcccagga tcgccgggca     1200

ctccagagcc gcttcggcgt ggtctttcaa agcgacgacc tgatccgcgg caccgtctat     1260

gaaaacatct ccttcctgcg aaatctccca cggccagcgg tgggagccgc cgcccggacg     1320

gcccaggcgt ggccctttat ctcccagctg cctcagggtc tggacacccc gctggacctg     1380

ggcggcgcca acctctccgg cggccagcgc cagcggctgc tgatcgcccg ggccctggcg     1440

gaccggccgg agatcctgat actggacaat gccgacagcg ccctggatta ctccacagcc     1500

gccgcgctgc ggcaggcgct gcggcgggat ttcccctgca ctaccctggt gataatctcc     1560

gagcgggtgt ccgccgtgcg tgaagcggac tgcattctgg tcctggaaaa cggccgcatc     1620

gacgcccagg gctgccatga cgcgctgatg gcctcctgcc ggcgctatca gcgcatggcc     1680

aagctccaga tgggaggtga tgtcggatga                                      1710


<210>  371
<211>  1869
<212>  DNA
<213>  Oscillibacter

<400>  371
gtgacaaaac aaagacggct atccaatctg agcttcgtac tgctggccct cgtgatcctg       60

ctgtgtgtca actggctctg gcagaacgag aaccatgtgg accagctgga atactcccag      120

gtccgccagc tgttcctgca ggaaaaagtg acggggctga ccattgacag cggcggcaca      180

ctgaccctgg agctgcggga gccggtgaac ggcagcgaga ccgtgcggta tgagctgtac      240

agcttccagc tgttttatga cgacttcaat gacctggttc agcagcagta tgcggagggt      300

attatccagc actatgacta cccggagccg gtgcgcacca actggctgct ggagctgttg      360

cccttcctgc tgacggcggt gatcctgggg ctgatgtggt acttcctggt gattcggccc      420

cagggaggtg gcatgggacc ggataagatg gccaaattcg gctctgcccg gacccggatg      480

ctgacggaca aggacaaaaa ggtcactttc gacgacgtgg ccggcgccga tgaggagaag      540

gaggagctcc gggagatcgt ggagttcctg aaggacccca agaagtacct gtctctgggg      600

gcccggattc ccaagggcgt gctgctggtg ggccctcccg gcaccggcaa gaccctgctg      660

gccaaggccg tggcagggga ggcaggcgtg ggcttcctgt ccatctccgg ctccgatttc      720

gtggagctgt acgtgggtgt gggcgccagc cgcgtccggg acctgttcga gcaggccaag      780

aagaacgccc cggctatcgt gtttattgac gagatcgacg ctgtgggccg ccagcggggc      840

acgggcctgg gcggcggcca tgacgagcgg gagcagaccc tgaatcagcg gcgggtggag      900

atggacggct ttaccgctaa cgaaggtgtg gtggtcctgg cggccaccaa ccgggcggat      960

gtgctggacc cggcgttgct gcggcccggt cggttcgacc ggcaggtgta cgtgggcctg     1020

cccgacatcc ggggccggaa ggagatcctg gaggtccacg ccaagggcaa gcccctggcg     1080

gaggatgtgg acctgggcca gctggcccgg ggcactccgg gtttcaccgg cgcggacctg     1140

gagaacctca tcaacgaggg agccctgctg gccgcccgga aaaatcagaa gttcatcacc     1200

atgcaggatc tgaaggacgc ggagatcaag gtcatcgccg gaccggagaa gaaaagccgg     1260

gtgatccccc agcacgagcg ggagctgacc gcctatcacg aggcgggcca cgctgtggtg     1320

atgcacgctc tgccagatca ggacccggtg gcccagatca ccatcgtgcc ccggggccag     1380

gcgggcggca tgaccatctc cctgccggag gaggaccggt cttatctctc ccggcggtat     1440

atggaggatc agatcgtggg tctcttgggc ggccgggtgg cggagaagct gtgcctggga     1500

gacatctcca ccggtgccag caacgacatc cagcgggcca gccagatcgc ccggaagatg     1560

gtggccacct atggcatgag cgacaagatc ggcaccgtag ccttcgagtc cggccacgac     1620

gaggtgttca tcggccgcac catgacccag ggccgcagct attccgaggc ggtggccgcc     1680

cagatcgacc aggaggtcca gcgcctggtg gcggatgcct atgaccgctg cgaacggatc     1740

ctgaacgaca accgcgacaa gctggaggcc gttgcgtcct atctgctgga acatgagacc     1800

atggagcggg aggcgtttct ggccgtgttc ggcgaacagc cgttgtccct gaaaaaagaa     1860

gaggtctga                                                             1869


<210>  372
<211>  1242
<212>  DNA
<213>  Oscillibacter

<400>  372
atggaatcca tgaaagaaaa actgacggaa tacgcccagc tgctggtgcg ggtgggcctg       60

aatatccaga gggggcagcc gctggtgatc tcctcgcctg tggagtgcgc ctttttcgcc      120

cgtctctgtg cggcggaggc ctatcaggcc ggttgccggg aggtggtgat gaactggggc      180

gacgatgaac tgggccggat gaagtacctc catgcggctg acgaggtgtt cgacaccgtg      240

cccctgtggc gtcggcactt ctacaacgac tacgccctgg agggggcggc gtccctggcc      300

atctccgcca gcgatccgga gaacctcaag ggcgtggacc acagccggat cgtccgggcc      360

cagcaggcca gcgggagggc tttgaaggac ttcgaccgtc tccagatgtg cggcggcttc      420

ccctggtgca tcgcctccat ccccatcccc agctgggcga agaaggtgtt cccggatctt      480

gcggagagcg aggcaatgga caaactgtgg gaggccatct tccaggcagt gcgcattacc      540

ggcgacggca ggtgcgtaga caagtggcac cggcatatcg agaccctggc ccatcgggtg      600

gagaagctga accagctgaa cttcaagtcc ctccactaca ccaactccct gggcacggac      660

ctgactgtgg aactgccgga ggaccacatc tgggaggcgg gcaacgacgt gactctgtct      720

ggccgcacct atatcgccaa tatccccacg gaggaggtct tcacctctcc cctgaagacc      780

ggcgtcaacg gcgtggtcta ctccgccctg cccctgtccc acaacggcac catcattgac      840

aagttccact ttgtggtgaa ggacgggaag atcgtggagg ttcacgcaga acagggggag      900

gaggccctca aggccgccgt cactgtggat gaaggggcta gctacttcgg cgaggtggcc      960

ctggtgccct atgacagccc tatctccaac cagaagatcc tgttctacaa caccctgttc     1020

gacgagaatg cggcctgcca catcgccttc ggcgaggcct atccctgcct caaggacggc     1080

caggccatga gcaaggacga gctgaaggcc cggggcctca acgactccat cacccacgtg     1140

gacttcatgg tgggcacgcc ggacctgaac atcctgggca ttacccacga cggaaaggaa     1200

atcccagtgt tcgtggacgg caacttcgcc ccggagatct ga                        1242


<210>  373
<211>  2499
<212>  DNA
<213>  Oscillibacter

<400>  373
atggtttctc tttccccatt tttccaaaca gctgtgatcg gctggggcga ggcgggaaag       60

cagaatcatt gggagaaagc gcgtccggcc aaagggctga cacggggcaa cggcgcaggt      120

gccgtgaatc ccggcggcct atgcatggat ccggcggaga gagcaaaatt gcggctcttt      180

tgcagcctgc ccgctgttct gggcagccgc tggacgagct gtttggcagg atggaaaaga      240

ggaaagacca tgcgcaagct ggccgcgttc accgtgtcct tcgctctggg gatctgtctg      300

gcccagtatc tgctgccgga gaggcttctt ctgcccgtgg cggcagtttt ctttgccgcg      360

gcctgcctcg ccctgctgct gccgggactt tggcggaagc gggtgctgct ggtgggcacg      420

gggctggccc tggccctggg gtggaactgg ctgtacagct atgctgtacg ggcgcctctt      480

gcggccctgt ccggcagcga gggcaccgct tccatgactc ttttggagta cgccgtcccc      540

acggactacg gcgccaaggt gacagtgaag ctggaggggg ttcccctggg caaggtggtc      600

tgctacggcg gggcggacct gctggacctg gagccgggcc agacggtggc ggcacaggtg      660

aaatttcagg attccgcccg gcttcgggag gataccatta ccaacttcac cgctcaggga      720

gtgttcctgc tggcctacca gcggggagac gaggccgtct acggtgaggg atccgccggc      780

tcgccacggt ggtggcccgc ccatgcggcc cgggccatgc agaaccgggt gacggcgctg      840

tttgacggag atgaggccgc gttcctcagc gccatcctca ccggggacac gtccggattg      900

tcggaagaag cccggtccga cctgtcggag gcgggactca gccacatcct ggcggtgtcc      960

gggttgcact gcggctttct gatgacgctg attctgctgc tcacaggacg gcaccggcac     1020

cgtctggcgg cggcgctggc gctgcccgtc ctgatgttct atacgctgtt gaccggggcc     1080

agtccctcgg tggtccgggc ctgcatcatg gtggtgttcg tgctggcggc acccctgttt     1140

cagcgggaca gcgacccgcc caccacgctg tccgccgccc tgtttttgat cctgctggcg     1200

aacccctttg cggcggcctc catcagcctg cagctgtcct tcggagccat ggcggggctt     1260

ctctggctga cgccgaagct ccaggacctg ctgttggggg agagaccgag tgggaaggtc     1320

tgccggctgc tggtttccag cctgtcggcc accgtggggg ccatggcatt cacggtgccc     1380

ttgtgcgctg tctacttcgg gtcgctggta ctgaactctc cggtaagcaa cctgctgtgc     1440

ctgacagcct ccagccttgt gttcacgctg gggcttgggg cagtcctggc gagcttcctc     1500

tgggtgcctc tggggacggt gatcggcttc gtgccggctt tgctgacccg gtatatcctc     1560

tggatatccg gggttctggc gtctgtcccc caccacgccc tgtacttcac caacccgtat     1620

ctgaaatact ggctggtatt tctgtatgtc ctcttcgccg cggccttttt cctgcggccc     1680

acggcccggc ggaagtatgc cgtggcgggt gtgctggcgg cggtatccct ggcggtgacg     1740

gtgcggctgg gcgcgcccca ctacacccgg ggcggcctgg acgcctatgt gctggacgtg     1800

gggcaggggg agagcgtgct gctgacctcc ggcgggaaat ttgccctggt ggactgcggc     1860

agccgcaaca gctggtacga cgccggcggc atcgcggcgg atcacctggc caccatgggc     1920

tgtgggacgc tggactatct gattctgacc cactacgact acgatcacat ctccggcgtg     1980

gcggagctgc tggcaagagc gcgggtggac actctgctcc tgccggacgt gtccgacgat     2040

gcaggggcgc ggttccgggt ggagctggcc gcccggaacc acggcgtgga cattcaatac     2100

gtggaggcgg agacggttta caccctgggg gagagcagcc tcaccatcta cccgccgggg     2160

gacgtggagg gcgacaacga acaggggctg gccgtcctgt gcacctatgg cgactacgac     2220

ctgctgatta ccggggaccg gaacatggcg gcggagcggc agctgatcgc cgaccatgat     2280

ctgcccgaca tcgaggccct ggtagtaggc caccacggct ccaaatcctc cacctcgaag     2340

gagttgctgg aggccctgac gccggagacg ggcatcatca gcgtggggga caacagctac     2400

ggccacccca cggaggacgc cctccgccgc ctggtgctgg cagacgtgga gatctaccgg     2460

acggacaagc agggtaccgt ccatctatct gtgaattga                            2499


<210>  374
<211>  1761
<212>  DNA
<213>  Oscillibacter

<400>  374
atgtgccgcg agggcgccgg ttccgcagct gcatgcggag gacttttttc gcttggaggt       60

gatttcttgt atcaggccct gtaccgcaaa tggcggccca aaacgttttc ggatgtcatc      120

ggccagtccc acatcaccca gactctgcgt aagcaggtgg cggagggccg cacctcccat      180

gcgtacctct tcacaggcac ccggggcacc ggcaagacca cctgtgccaa aatcttggcc      240

aaggccgtca actgcgagca cccgatggac ggcgatccct gctgccagtg cccctcctgc      300

gtgggcatcg aaaacggcag ttttctggat gtactggagc tggacgctgc ctccaacaac      360

ggtgtcgacc aggtgcgggc cttgcgggac gaagccatct acgccccggc caatgtgaag      420

aagcgggtgt acatcgtgga cgaggtccac atgctctcca ccccggcctt caatgctctg      480

ctgaagattc tggaggagcc gccggagcac ctgatgttca ttctggccac tacggagctc      540

cacaaggtgc ccgccaccat cctctcccgg tgccagcggt tttccttcaa gcgcatcacg      600

cctcaggaca tcgcggcgcg gctgctgtat gtggccggac aggagcagat cgacctgacg      660

gcggatggcg cggagctgtt gagccgtctg gcggacggcg ctctgcggga cggcctgagc      720

cttttggacc agtgtgccgc cgtaggcgga accgtggaca gccgggccgt gctggaggcg      780

ctgggcctgg cgggaaacct gcagacggcc cagctgatgg agtttattct gagccgggac      840

gccaagggcg ccctgctgca gctggaccag ctgtaccagg gtggcaagga tgtaggcgcg      900

gtgctgggtg agctcagcac gctggtccgg gacctgctgc tgcgacgtac agcgccggag      960

gggggggcag ccctgctctc cggcggctat gacagcgcca cgctggacag gctgggcagg     1020

gagattcccg ctacccggct gatctacctg gccactacgc tgcaaagggc cacggcggac     1080

ctctattaca gctccaaccg ccgcacggat gcggagctct gcctcctgcg gctgtgcgac     1140

gagtccctct ctggggacct gacggccctg gaggcccggg tccagcggct ggaagacagt     1200

gcccaacggg ggcagcttct gcgggcggcc gccgcagaaa gcggcggcac ggtgaagctg     1260

tcctccggcc ccgtaccgcc cccggcacct gcgccggagg atgccccgcc tcgggaagaa     1320

ccgccggcac gggaggagcg ccctccgctt cccgaggagc cgcctctgcc ggaggagccc     1380

ggagcgcggg tgttcgacgt accggaggcg cagcccgccg ccccctcccc tgctgcggca     1440

tccgctgtgg ggggcagttg gtggcgggcg ctggcagagg gttgcaaggg ccgcctgccg     1500

cctatgtacc gggtgtttct ggatatgtgc acaggtgttc tggagggcgg cctgctgacg     1560

gtttatgccc cggatgacat taccttggga cgtctggaca atgaccgggt gcgaaatgcc     1620

ctgatggagg aagccgccag cggcggcgtg acggtgcgcc tggtctttca ggtgggagag     1680

ccccccaagg ccacgccccg ggaaaatctg cagaacctgc tgaaattcgg cagtcagttc     1740

gataatatcg agatcaagta a                                               1761


<210>  375
<211>  1257
<212>  DNA
<213>  Oscillibacter

<400>  375
ttgaatatcc aacaggccgt gaagatggcg tggaagtcca tctggggcaa aaagggccgg       60

tccgccctga ccatgctggg catcatcatc ggcatcgcgg cggtgatgac catcgtgtcc      120

gccatcaacg gctatacgga aaagaccatg gagcagtacg aggccatggg cagcaacaag      180

ctcaccgtca acatctggaa ctacctgtat gacgaagatg gcaacagcct gggtcaggat      240

tactttccgg cgctgtacga ctactgcaac agcatcaagg agtatgtgct gggcgtgacg      300

ccccaggcgt actgcaacgc cacggtggta tacgggacca agagcaccgc caatatgagc      360

tataattacg atgaaaacgg caatctcacc ggcgacgtgc cgcccagcat ttactacggc      420

agcgaccagt acagcatctg caacaacctg acgctggcct ccggccggga cctgtccgtg      480

ttggacatcc ggggctacaa gcaggtatgt gtgctggggg accgggcggc aaagatcttc      540

ttcgacgccg cggaccccgt gggcaaggtg ctccagctca acgggcagag ctttgaggtg      600

gtaggggtct atgccccccg ccttaccggt gaaagcgcat ccgccagcca gatcgacaat      660

gtcatcattc tgccctacac cgcccgccgg gtgctgggcg gcgacgcacc ggagcagttc      720

atcgtgaaga cccgcagcag cgaggacatg atcgaggcca gctcccgcat cggcggcttt      780

ttgaagggac tggtcaatcc caacgcaggc ggcttccagg tggaccagga gaactcctgg      840

cagcaggagc agaacaagca gatgggcatg atctccctga ttctgggcgg tatcgccgcc      900

atcagcctgc tggtgggcgg catcggcatc atgaacatca tgctggtgac cgtcaccgaa      960

cggacccggg agatcggcat ccgccgggcc attggtgccg agcggagcag catcgtcatc     1020

cagttcctca tcgaggcggc catgctctgc ggcatcggcg gcatcatcgg catcctcatc     1080

ggcaccggcg gcagcctgct ggtgggacgg ctgatgttcc agatgaccat ctacccggcg     1140

gcgtggatta ccctgtgcgc cttcacgctg tcggtggcgc tgggaatttt gttcggcatt     1200

tatccggcgg caaaggccgc caggctccag cccgtggaag cactgcgggc agaatga        1257


<210>  376
<211>  6240
<212>  DNA
<213>  Oscillibacter

<400>  376
atgaagaaac ggatcttgtc agcatttctg gtcctctgta tgatgctgac aatggttccc       60

actgctgccc tggcggcaga agaccctggc ggcggcaacg ggagcgaccg ggtccacaca      120

gagagcaacg acggcgtcgt ggtggacaag acggtcaact atgatgagga cggaaattat      180

tccctgaccc tggaggccta tgtcaccaac gaggtgacca agggaagcaa gaccacaccg      240

ctggatattg tgctggtgtt ggatgtctcc gggtcgatgg atgatgacct gggagagagc      300

acgtgggaat atacccccac tgatgaacag agatggtcgt atagcgacat caacgggtct      360

cggtggacga cgtattattt ccgcgatgat gacggcaact actacgaagt ggaagctgaa      420

agtgatggtt cttgggggaa ccggcaatat tccatcgggt attataccgg cagcgggttt      480

taccgggact ggaatcagct cggtactacc agcaggaacc agaatgccaa cctttggaca      540

ggtactcttt acacgcgcca agagataacg acttccaaga tggaggccat gcagagcgct      600

gtaaacggct tcattgatca agtggccgaa aacgcggcgg gtgcagacaa tgacgtgacc      660

caccgaatca gcattgtcaa gtttgcggat gactcctacg cggacagcgt cggaaacgac      720

cgccaagacg actattatgc ctacaactat acacagatcg tcaaggactt taccaccgtc      780

gatgcggcgg gcgttcagca gctgaccggc gcaatcgaag cgctgaagcc cgccggcgcc      840

accagcgtag actacggcct gacccttgcg caggacgtcc tggacggaca gtggagacac      900

gacggcggcg agtggtgggt cgaggatccg acgctgaccg gcgcccggca ggacgccaag      960

caggtcgtgg tggtctttac cgatggtgag cccaaccacg gcaatgactt tgatgacgat     1020

gtcgcagcaa ccgctgtcaa tctggcccac gatttgaaga acaacggcgt gaccgtgtac     1080

accatcggta tgtttgagga tgcggatccc gatgatatac gggacaactt caacaagtac     1140

atgaacggtg tgtcttccaa ctatcccaat gccacggcaa caaatcggtt cggacaagca     1200

agctggaatt tttgcaatct tggcacccgc gtgacggaag gcaactacta cttcgcggcg     1260

gacgatgccg aggagctgga aaacgctttc agcaccatcg ccgataacgt gagcacctcc     1320

aaggtggcgg ccggcgcgaa cacggtgctg tccgacacgc tgtcggagtt cttcaccttc     1380

ccgaaggggc tgacaggcag ttctgacggg gggatggtcc agtatgcgga ggtcaagggc     1440

caggacgcgg acggcagcta tacgtggtat gagccagaga cgcttacagg cgttacccct     1500

gtggtaaatg ccgacagcaa gaccatcact gtgaagggct ttgactacac agccaacgcg     1560

gtgacgaaga ccaccaatca ggacggtact gtcacctggt ccggcggcaa gctggtcctg     1620

acgttcccta tccagcccga tgtgagcggc agctggagcg acgccgatac ctatgtgaca     1680

aatgacacgg gcgaacacaa ggccggtctg agcggctaca tggtggatga gaagccgaat     1740

cagtctctgg agctgacgga gtcccccgaa gcgccggtgg agacgtatca ggtgttgtat     1800

gttgccaacg ccgatgatgc cgacggtacg gtcacggacc ccaagtacta catcaccggc     1860

ggcgaggcca tggtgctcca aaacatgttc acccggccgg ggtatgagtt taccgggtgg     1920

aacaccgaga agaacggcgc cggaacgcct tatgcggcgg ggagtgccat cactatcaaa     1980

aacaccgatg tgaccctgta cgcccagtgg aagtcctcca cggccagcta tcgggtagag     2040

tactatcagc agaatttgaa agatgataac tactcgatcg ttgcagctga tacattgaca     2100

ccctctggta ctgtcggaga tactgccact gctgaaatca aggaatacga aggcttcact     2160

tataatgaaa gccgttcgaa ttcctccggt atcatcgccg aggacggcac gctggtgctg     2220

aagctgtact acgaccggaa cgagtacaca gtgacgtatg agtatgaagg tacagttcct     2280

gcgggtgcgc cggaagtgcc gggtgaacag acctgcaagt acggtgagac tgtggaactg     2340

gcaaagatgc cggatgtcac agattaccgc ttcagcggct ggtattctga agatgttgcg     2400

ctgagtggag gttcatttac aatgcccgat catgctgttg tgatcgaggg cagcttctct     2460

cagctcaaca gctatacggt gacttacgac ttgaatggcg gcacaacaac aagtccccag     2520

accgtatttc ccgggctggc ttacggcgat aagacaccga gaattgagga tccgactaaa     2580

gaacccagcg aactttattc gtatgagttt accggatggt ctcctgaaat agcggatact     2640

gtaaccgggg acattacgta tagagcggag tatacgcgca cagaacggga atttaccgta     2700

acctattatc tggacgggac tctctacgct gaaccagagt cctacaccta cggggaaacc     2760

gttgtaatca agaagcaggc agaagacgct actgaatgga ctacaaatga ccttcaggaa     2820

agcgacatta ttgaaggcct gttctacatg cctgagcaca acgttgtctt caccgcaacc     2880

accgacggca cggtgacgcc cgacgagtgc acatacactg tcgtgtacca ttatgtggac     2940

cgagatggga atgaagaaac agagaccgat cccaaggata ggccgtccac ggcaggcacg     3000

ccggtcagcg ggctgtataa cactgaccgt acgtcttata acggtagcac atacatcttt     3060

gaccgggcgg aactgaacaa tgtcgagatc ataggcggtg agactctcca agcaggccat     3120

aactccatcg acgtctacta tgacatcgac gagctgggtc ctgacgacga acccgacggg     3180

acccccgaca aggaccagat tgtcttcacc tatgtcagtg ccgatggctc tatgggctct     3240

gtgaacctgg agaaagaagt cgtcaccaga gaccagaccg gcagggcctc tccgacggga     3300

gctgtggcga cagcagaaga gggctatgag ttcgtggagt ggaccgatga ctactatcat     3360

agaactgaca cggacgcggg aatggagtac ctggcaggct tgccctacga cgaggacacc     3420

accttcacag cgaagttcca gaaagctgga gaggagccgg ggaataccat ctcggtgatt     3480

ttccttgcgg aaaacggcac gttcagcaat gggcagacca cctacacggc aatcgtggag     3540

gttaatgcag atggcaagta tcgcctggcc gaaggcgata tcttggaggc aacacctgat     3600

acaggctatg gggatcccag ctggacctgc aactatgagg actgtgatgc tccgaagatc     3660

ggagacccgg tagaggattg ggatctcttt gttgtgacct tccaccccgc aggggtcgtg     3720

ccgacccagg tcacggttac ctatgcgtgg gccggcgatc acccggaggg tgtggaactg     3780

cctgaaacgg aaacactggc tgccggcagc gattacacca ttcagccgcc cagtgaattg     3840

caggtttcag acgagcaggg gacctggtat tttatcggct ggtatgacaa agtcggtgtc     3900

ccttacggcg gaacgatttc tgccatcgat gccgacacca ctttgtacgg gcgctgggat     3960

ttccaggcga ctcccgaaga gcccgagccc gatcccggag acggccgttt tatggtgatc     4020

aaagagccgg atcagacctc tgtcaccgtg ggcgatccca tcacttggac catcaccatt     4080

gccagcatga cggatgagac gttgaccctg gatgtgactg acaagttgga aggtgtgacg     4140

ctgacagatg aggagggcaa tacggtcacc aatccggtta ttgtcgaagg ctggacctat     4200

gcaacgctgt acgccagcta tcagacctca ctggacgatg tgaaccagaa gattgtgaac     4260

accgtggtag tcacggacac ggatcatccg gaggatcccc cggtggaggt cccggcggac     4320

cctgtggagg tgaagcccta tgccatcacc atcacgccgg cggacattgt gatctacacc     4380

ggcggaaccg gatacagcgg tgtgctggac gatgcgggcg attttgtcgg cagcatggaa     4440

cagggcctgc cggagccggg ttatcacatc gatctgcccg actctgtgga agcgtggctc     4500

accagccatg gcgtggacct gacgcaggct gcaaacctgg cggactacct gagcttctac     4560

tattatgacc aggagactgg tgcggcgatc cgccgctggg atctgatgga ccagggcgtc     4620

tactcgagag atgcaaccgg caacgtgagc cgctatgtat atagcctgag cccgaaccaa     4680

atcgagggtg aaaatgaagg cgtcaaggtc cggctccagt tcacagatga cggcaacatc     4740

atcactaccg acaacatccg aatggaagag ggcgttgttt ctgccaacta tgagatgacc     4800

atctacgacg gcggtctgaa ccagagcgag attcaggcgg tgttctccgc cggcggtgat     4860

acgctcgtct gcagcgtcga tatcggtacc ggccatctct tggtcaagag cgttacagac     4920

gagggcactt ccaccaacga gatcgtgacc agcgccgaca ctgtggacgc gaaccagatc     4980

actgccgttg acagcggcaa tgtgacctat tatgtcaatg acagtgaggt ccaggtggat     5040

cccggccgcg tgcagctgct agtggacagc gtctccaaca gcgacgcgtt cgatgccgcc     5100

atgggcgctg acgcccttgc aaaagtcgcg gccacggaca acacgctatc cgccccccag     5160

tacgagatgg cctatctgga cctggtggac acccagaacg gcaacaccgt ggtaaccctg     5220

ggcaaccagc aggcgctgac catctactgg cccatgcccg ccgacgccga cgaggacggc     5280

gcgttctacc tggtacacta taccggcatg gaccgtgaga gcgccagcga cacaggcgac     5340

ttggctggta ccgcgcatac cgtggaaaag atccaagcta cccgcgacgg cgaccatctg     5400

gtcttcactg ccggcagctt ctctcccttc gtgctggtgt acgagaagga gagcagcggt     5460

ggaggcggca gcaccggagg cggcggtgga ggcggcagcc ggcccaccct gaacacggag     5520

gaccattact cctatatcat cggctactcc gacggcacgc tgcagcccta cggcaccatc     5580

acccggggcg aagtggccac catcttcttc cgcctgctga cggacgacac ccgggaggag     5640

tactggagcc aggtcaacga ctacacggac tgcagctccg acctgtggtg caacaacgcc     5700

atctccaccc tgaccaacat gggcatcatc gacgggttct cggacgggac cttccggccc     5760

tatgccaaga tcacccgcgc ccaatttgcc aagatcgcgg tgggcttttt cgagaccacc     5820

cgggaggact accagggata cttcaccgat gtggatatta acgcctggta caccgagtac     5880

gtagaggcgg cagcccgcgt gggcctgatc gagggcttta atgacgggac cttccgcccc     5940

aacaccaaca tcacccgggc acaggcctgc gtgatcgtga accgcgccct gggccgcagc     6000

ccggatgagg atcggctgct ggacgaggac gagatgatca cctggcccga caacaatccg     6060

gaggactggt tctatgccga catgcaggag gcaaccaaca gccacgacta cacctgggtg     6120

accgtcagcg gtgacaaggt cgagaagtgg acggagaagc tggaacagcg cgactgggcg     6180

gctctggagc acgcctggtc tacggctcac tctgcccccg gcggcgaggt gaccaagtaa     6240


<210>  377
<211>  3327
<212>  DNA
<213>  Oscillibacter

<400>  377
atgctgacga tcctgatggg ccgggccaaa acgggaaaat cggaacaggt gctccgccgg       60

atcggagaac tgggggattc cagccggcag atcctgctgg tgccggagca cgcctcccac      120

caggcggagg tggatctgtg ccgggcctgc ggagacactg ccagccgcca tgcggaggtc      180

ctcagcttcc gccgcctgtg cgaccgggtg ctgaccatca ccggcggcgc cgctcaggtg      240

acgttggatg ccggcggcaa gctgttgacc ctgcagaagg ccctgggaga ggtggccccc      300

ttgctgaagg tgtatcgccg tccctctcag aaggcgtcgt ttttacagca gctgctggat      360

ctcttcgacg agctgcgctg ctacgacgtg tccccagagc tgctggagag ccaggcccgg      420

gaaatccagg gcgccacccg ggacaagctg ctggacctga gcctgctgta cggcgcctat      480

gagtcccggc tgtaccgccc cggccttgat gcccgggacc ggatgaccaa gctctgcgag      540

gcgctggagt cctcccgcta cgctttcggc aaggacgtgt ttgtggacgg cttcacgtac      600

ttcaacgccc aggagcggca ggtgctggag agcatcctgc ggcaggctcg gtctgtcact      660

gtcacgctgc tgggggagcc ggacagcgcg gaggagatgt ttcaggtctc tctccgcacc      720

cgggaccagc tgacgcggct ggcggaccag gcgggctgcc catgggaggt ccggacgctc      780

accagcgccg acgactccgc cctgggatat ttggagcatc acttcttcgg agagggggag      840

ccctaccaag gagacagctc cgccatccgt gtccgggagg cggacaccgc tttttccgag      900

gtggagcaga cggcagcgga catccgccgc ctggtagcgg cggggaagtg ccgctaccgg      960

gatatcaccg tggccgcccg gaacatgacc gactacgagg gcaccattga gacggtattc     1020

gagcggtaca gcatccccgc ctatctgagc cgccggagca gtatgttgga aaagcccgtg     1080

tggagcctta tcaccggcgt cctctccgct ctggaaaacg gcttggagta cgaggacatg     1140

ttccgttggc tgaagaccgg cctggcgggc ctgatgccgg aggagtgcga tgagctggaa     1200

aactacgttc tcacctggga gatccacggg aagatgtggc tccgggatgt ggactggacc     1260

gacaatccgg acggttatgg cgcaccttgg gataagcgcc gccaggcccg cctggaccgg     1320

gtgaacgagc tgcgccgccg ggtacgcgca cctcttgcgg agctgtatga ggggctgaaa     1380

gccggcgtta cagctgggga gaaagtaaat tccctttata gtttcctgga gcatctgaat     1440

ctccagaacg cgctggagga acagatgcgg gcccaggcgg aggcagggcg tctccaggac     1500

gcggaggaga ccgcccagct gtgggagatc ctctgcgcca tcctggacca gtttgtggag     1560

atcctggggg acgagcctat ggggaccgat gaattcagcc gcctgctgcg gcaggtggcc     1620

tcccagtaca gcgtgggcac tatccccgtg tctctggacc aggtgtccgt cacggaaatc     1680

acccgaaatg accgtcacac ggatgcctac ctgtttctgc tgggggccaa tgaccacgtg     1740

ctgcccgctg tgggacagag cggcggcatt ctcaacgacg atgaccggga ggaattggcc     1800

cagcggggca tccgcctggc gcccagcggc atggaacaga tgggcattga gctccagaac     1860

ctctacgccg ctctggttca gccccgggag gggctggtgg tcagctaccc cacggcggac     1920

gtgtccggtg cagagctgcg gcctgccttt gtagtggacc gcctgctaac gctgtttccg     1980

gagctgcgta tcgagcacga aggaactgac aaggtttatc gccttacagc aaggatccct     2040

gccttggaga ccgcagggac cgccccaggg gggatcctgt ggcggtattt cgcagatgac     2100

gaggtcctgg cgccccccat ggcggccatg gagcgggcgg ctgcgctgaa gcgggggagc     2160

ctctccagga gcgcggtaca ggcgctgtac ggggagcgga tctccatgtc cgcctcccgg     2220

gtggagcggc tgcggagctg ccacttcgcc tactttatgg agtacggact gaaggccaag     2280

gcccgccggg cagcggcctt tgacgccccc cagatcggaa ccttcctcca ctacctgctg     2340

gagcacgtca caaaggacgt gctggaccgg ggcggctttg ccgcagtggg agaggaggac     2400

ctccacgcct tggtgcggcg ctatattgag cagtatgcgg cggaggtgct ccaaaatctg     2460

gagggccgga acgcccggtt ccggtacctc ttcgcccggc tgcggaacac cgcttacgcg     2520

gtggtggacc agatcgccga ggagatgcgc tgctccgact tcgtgcccct ggccttcgag     2580

ctgtccttcg gcgagcgcgg agaactgccg gcggtgacgg tcagcgagcc ggacgcggag     2640

ctgcgaatcg gcggcaaggt ggaccgggtg gacggctggg tgaaggacaa cagactgtat     2700

ctccgggtag tggactacaa gtccggcaag aaagcctttg acctggccgc cgtccggatg     2760

ggcctggata tccagatgct gctgtacctg ttcgccctga aaaaggaggg caagcagcgg     2820

tttggcatgg acattgagcc cgccggggtg ttgtatctcc ctgcccggga tgagattctc     2880

tccgccgagc gaaatatcac gccggagcag ctccagagcc agcgggagaa ggagctgcgc     2940

cgaacgggcc tgctgctctc tgaaccggag gtgctccagg ccatggagca cgaggctctg     3000

caaagtcccc ggttcctacc ggtgcgggta aaccgggagg gggacgtgtc cggcgccctg     3060

gcctccgccg atcagcttgg gcggctgggg cagtatgtgg agcggctgct ccaccagatc     3120

gcccgggagg tccgggacgg caacatcgac gcggacccct gctgccacaa tgaggacgac     3180

agcttctgca aatactgcga ctgggccgac gcctgccact tccaggatgg gcgggacggc     3240

gaccacctgc actacatcct gccggtaaag ccggaggagt tctggcgcca ggtggaagag     3300

gagacagaga gaggaggcgg acagtaa                                         3327


<210>  378
<211>  1833
<212>  DNA
<213>  Oscillibacter

<400>  378
gtgacaaagg aagagctgcg ggagaaggcc aacgacctgc cactggcgcc gggcgtctat       60

ttgatgatgg ataaaacagg cagggtcatc tacgtgggca aggccaagaa gctgaaaaac      120

cgggtgagcc agtatttcca ggacagcgcc tcccacaccg ccaagacgcg gaacatggtg      180

tctcaggtgg accgcttcga caccatcttc gtcaccagcg agttcgaggc cctggtgctg      240

gagaactccc ttatcaagcg gcacatgccc cgctacaaca tcctgctgaa ggacgacaag      300

gggtacccct tcgtccgcct gtccaaagag gcataccccc gcttctccct ggtgaacaag      360

atggccaatg actccgcccg gtactttggg cccttcggcg gtcggttcga gacccgccag      420

gccctggacg cggtgtgtgt ggccctgcgg ttgcctacct gcagccggaa attcccacgg      480

gatatcgggg cagagcgccc ctgtctgaac ttccacatgg gccggtgcga cggattctgc      540

cggccggaga tgacagcaga agcgtataac cgccggatcg agcaggcggt gcagctgctg      600

gaggggagga gcaagcagct gctccgggac atgaccgccg agatggaggc ggaggcggag      660

gccctccact tcgagcaggc ggcgctgctc cgggaccgga ttaacgccat cggtgccctc      720

agcaaaaagc agacggtgat cgcgggcctc tgtgccgata cggacatctg gggactgtac      780

cggggatccg gcaagagctg ttacgccatt ctccacatgg aggagggaaa tctggccggc      840

cgggagacgg agctgttctc cgcccccaac gaggagtcgg aggccgagat gctctccgcc      900

ctgacggccc agtactacct gccccgggcc atcctgcccc acgagatcct gctgcccatg      960

gagacggagg actgcgaaga gctgtcggag gtcctgacga agcgggcggg ccacaaggta     1020

tgggtccacg tgccccagcg gggagagaag gcggagctgc gggccatggc ccagcggaac     1080

gcccaggagg agacagagcg agccaccacc gtggaggagc ggactgccta caccctggag     1140

ctgctgggga agatgctgaa tctgccggag cctccgaagc ggatggagtc cttcgacatc     1200

tccaacacgg gaaagagcga catcgtggcc tctatggtgg tatacagcgg cacccggccg     1260

ctgaagtccg cttaccgccg tttccgcatc cagtctttgg agggacatcc ggatgactac     1320

gcctccatgc aggaggtgct gcgccgacgg ctccagcggg cagcggatgg ggacgagaag     1380

tttctgcccc tgccggacgt gtttctgatc gacggcggcg agacccacgc ccgggcagcg     1440

cagacggtgg cctgggaatt cggcgtggat gtgcccatct tcggcatggt gaaggacgac     1500

cgccaccgaa cccgggccct ggtgacgccg gagggccggg agatcggcat cgtcacccag     1560

caggcggtgt tctccctcat cggccagatc caggaggaga cccaccgctt tgccatcacc     1620

taccaccacg agagccacag caaaagcgcc acccgctccg ccctggacgg tatcccaggt     1680

gtgggcgaga agcgacgggc ggagctgcgg aaacacttcg gcaccatcaa ggccatccgg     1740

gaggcggatg tggaggccct tgccgccgtg gtgccccggg ccgccgcccg ggcggtgtgg     1800

gaacattttc acccgaaaaa cgagaacgtc tga                                  1833


<210>  379
<211>  831
<212>  DNA
<213>  Oscillibacter

<400>  379
atgcccgaga aagttatgcc cggtcccgtg gaggactcct gcggcatccg ggaggcggtt       60

tgcatccata ccaggaagat ttttgattcc tgccgcgata aggactgcat cgaggacctg      120

cggttttacc ccaagctgca gtgtgtggac atcatcaacc gcgccctgtc cgtgaagggc      180

ggcagcgcca agctgctgta cgtctatgtg gatgtggagc ctgtcagctt caaccggggc      240

ttctacaccg tggatatgcg cttcttctac catgtgacgc tccaggccta tctcagctgc      300

ccggtgccgg tgacggtgga gggcctgtgc gtctttgaca agcgggccat cctgttcggc      360

agcgagggga acgccaagat cttctcctcc gagatgcggg ccggagagcc ggatccccag      420

atgatgcagc ggtccaacac gcccatcgcc gtggtggagg ccgtggaccc catcgtgctg      480

gacgcccgca tcatggactg ctgctgcaag cgggactgcg actgcgacct gtgtgaaatc      540

cccaccttcg tgggcgactg cttcggcggg gagctgtcca gcggggacga cagccgacgg      600

atctatgtga ccctgggcca gttctccatc gtccggctgg agcgggacac ccagctgctg      660

gtgcccgtct acgactactg tatgcccgac aaggagtgcg cctgcggcga cggctgcgag      720

gacccctgcg ctctgttccg gaacatctcc ttcccggtgg gcgagttctt cccgcccaac      780

accgtcaagc ggccggagag ctgcgacgac atcaagagct gctgcaagtg a               831


<210>  380
<211>  2124
<212>  DNA
<213>  Oscillibacter

<400>  380
atggaagacc ttttctggat cggatttgtc ggggcggcta tcgcactgct cttcgcgtgg       60

ctgcagcgca gccgcgtgat gtccttctcg gaggggaacg agaagatgcg gaagatcgcc      120

gcctccatcc gtgagggcgc aaacgcctat ctgaagcacc agtacaccac agtgttcaag      180

gtgtttctgg tggtgttcat cctcctgctg attattgctt tcggttccgg cgggaagatg      240

ctctcgcagt tcaccccctt cgcgttcctc accggcggca tctggtccat gctggcgggc      300

ttcatcggca tgaagatcgc cacaaactcc aatgcccgga cggcccaggc ggcctccgag      360

agcctgaaca agggcctgcg ggtggcgttc tcctccggtt ccgtcatggg cttcaccgtg      420

gtgggcctgg gcatgctgga catcacgatc tggtttttcc tgctgcgcta tgccttcggc      480

atcaatgatc cggtgtccct gggcaatatc atggtgatga acggcatggg cgcctccttc      540

atggctctgt tcgcccgtgt gggcggcggc atctacacca aggccgccga cgtgggcgcc      600

gacctggtgg gcaaagttga ggccggaatc cccgaggacg atccccggaa ccccgccacc      660

atcgccgaca atgtgggcga caacgtgggc gatgtggccg gcatgggcgc ggacctgtat      720

gagagctatg tgggctctat cctggcaacc ttcgccttgg gcgctgtggg cggctacggc      780

tggggcggcc tgctgctgcc cgtggccctg gccgtgtgcg gcatcatctg ctccatcatc      840

ggctccttcc tggtgaagac taaggagaac gccacccagc agtccctgct gaagagcctg      900

cggaccggca cttacaccgc cgctgttctc tccgccatcc tggcggcgcc cctgacctat      960

ttcattctgg atgggcacat gggcgtttat gtggccatcc tctgcggtct gatcggcggc     1020

tgcgccatcg gctacttcac cgagtattac acctctgata cctataagcc cactcaggag     1080

ctggcggccg cctccgagac cggctccgcc accatcatca tcggcggcat ctccctgggt     1140

ctgaagtcca ctctgacctc catcctgatc gtggcggctg cggtgctggt cagctacttc     1200

gccgccggcg gcagcatgga gattgtggat aaggccggcg cctttactgc ggccttcaac     1260

cagggcctgt acggcatcgg catcgccggc gtgggtatgc tgtccaccct gggcatcacc     1320

ctggctacgg acgcctacgg ccccgtggca gataacgccg gcggcattgc ggagatgagc     1380

ggcctgccgg agagcgtccg ggagcggacc gacgccctgg actctctggg caacaccacc     1440

gccgccaccg gcaagggctt cgccatcggc tccgcctccc tgacggccct ggccctgctg     1500

gtcagctacg tgaacatcgt ccaggagaac acggaggaga tgctgaactt caccctgacc     1560

agccccacgg tgctggtggg catgttcatc ggcgccatgc tgaccttcgt cttctccgcc     1620

ttcaccatga gcgcggtgca gaaggcggcc cagtccatcg tggtggaggt ccgccgccag     1680

ttcaaggaga tcgcgggcat catggagtac aaggcagacc cggactacgc ctcctgcgtg     1740

tccctgtgca ccaagggtgc cctgcatgag atggtggtgc cggccctgct ggccatcatc     1800

gtgcctctgg ctactggcct ggtgctgggc cccaccggcg tggtgggcct gctgggcggc     1860

gtgtccgtca ccggctttgc catggcggtg ttcatgtcca acgccggcgg tgcctgggac     1920

aacgccaaga agtatattga gggcggccac cacggcggca agggctccga gtgccacaag     1980

gccgccgtcg tgggcgatac ggtgggcgac cccttcaagg acacctccgg cccgtccctg     2040

aatatcctca tcaagctgtg ctccacggtg tccatcgtgt tctccggcct gatcctgagc     2100

ttcaacctga tgaacctcct gtga                                            2124


<210>  381
<211>  1272
<212>  DNA
<213>  Oscillibacter

<400>  381
atgcgaaacg agttccgcca gccggatgaa cagaatatgc gccagctcct gcaccagcat       60

ccggaggacc tgccggggct catcctccgc ctggcctggc ttcaggggct cagccgggag      120

gagatcgtcg ccctgaaatg ggcccaagtg gatttccagg agaggagtct gtttctggag      180

gaccggacgg tcccgctgga ggaagagact gccggatgcc tcgctgcccg cttcgaaaat      240

ggcggcgcgg tgtctcctta tgtggtgatc tccgataagt tccgggaacc tctgcggccg      300

gagtccgtct cccgcattgc cagaaatgcc ctgactgcgg gaggcctgcc tcagctccaa      360

ttgaaagatc tgcggcggga ctactttttc cgccagctgg agcagcacga ctggccctat      420

gccgtccggg tcagcggtct gtcggtctcc accttccaag cctgctttgc cggagacacc      480

ccgcacaaaa agcgttcaac acaggcaggg cagcaattcg atgaattccg tctgtggcag      540

gtccttcaaa aggaggacag ctccgccgcg ggcattgctc tgtggatgag ctggcaaatg      600

ggcgtgcagg gcaaggagct ggtgaatctc acctgggacc aggtggattt agagcggggg      660

ctgctgcatc tgccggagcg ggacatgctg ctgaccaatg ccgtgcggcg gctgctggaa      720

aaagtgcaga aggtccgctc ccctggggag gatccccatg tgctgctctc cccccagtcc      780

cggcggccta tggatttggc ccggctgtcc aaggtggtgc agacggcgct gatccgggga      840

ggtctggaaa atatcacgct ccgggacatc cgggcggcag gcggacagcg ggaggacgac      900

cagaccctgc tggagtggac ccgggcccat ggcagcatca cccggcggga tgtgatggcg      960

ctgctgaatc tgtcggacac tgcggcatat ctccgccttc gccggctggt tggccggcgg     1020

gagctggagc aggtgggcaa gaaatactat ctccccggaa cagtggtgcc ggaggaaaag     1080

cagtgggagg tgatctcagc ctatctgcag gaggcggggt ttgcctactg ccaggatgta     1140

gcggagctcc tgcacgtcgg aaagcgcaag acggcgggca tcctgcggcg gatggtgaag     1200

gacggccggc tgctgcagtt tgaaaagcgg tattatctgg cgaagcagcc tgggcagaag     1260

cagattcaat ga                                                         1272


<210>  382
<211>  1032
<212>  DNA
<213>  Oscillibacter

<400>  382
atgatgggaa aagtgaaaaa ggtgacgtcc aaccacctgt ttctgccgct gtttgccctg       60

gctctgctgc tggtgttcaa cgcgtttgcc acccccggct tttttgccat tgagttccag      120

aacggccagt tttacgggcg cattattgac attctcaacc gggcttcgat cctggtgatc      180

ttgtctatgg gcatgacctt cgtcatcgcc accgggggca tcgacatctc ccaaggctct      240

gtcatcgcca tctccggcgc catctgctgc tctctgatcg gcggagcagg ggacggcaca      300

gccaatatgc cgctgctgcc ggcctgtctg atcgccgtgc tggtctgcgc cctgtgcggc      360

gtgtggaacg gcttcctggt ctccaagctg aagatccagc ccatggtggc cacactgatt      420

ctgctgaccg ccggacgagg catcgccatg ctgattacca aggggcagaa tgtcaccgtg      480

tactatgagc ccttcaccta catcggcacc accattcccg gcagccccct gcctaccacc      540

atcttcattg ccgccctcat ggtgctgttt gtggttctga tccagaaaaa gacgtctgtg      600

ggactgttcg tccaggcggt gggcatcaat gccaacgccg cccggcgcac gggcctcaag      660

gtctcctcca tcatctttat ggtgtacgtc ttctccggca tctgcgccgg cattgccgga      720

ctgatggaat cctccatgat cgcggcggcg gaccccaaca acgccggcct caacatggag      780

atggacgcca tcttgtccgt ggccctgggc ggaacgcttc tcagcggcgg caaattctac      840

atcggcggct ccatcatcgg cgccatcacc atccagacga tgaccaccac gctgtacgcg      900

ctgggcgtct cctcggagca gctgccggta tacaaggccc ttgtggtcat tttgatctgc      960

ctcctccagt ccgaaaaatt caagggtgtt ctggagaagc gcacagcaga aaaggcggtg     1020

aagcagagat ga                                                         1032


<210>  383
<211>  2637
<212>  DNA
<213>  Oscillibacter

<400>  383
atgatgaaag aactgcccaa ggtgtatgaa ccccaacagg tggagtcccg catctaccag       60

atgtgggagg acaacgactg ctttaacggg gatccggatc ccaagaagaa gcccttctcc      120

atcgtcatgc cgccccccaa cgtcacgggc cagctccaca tgggccacgc cctggactgc      180

acattgcagg acatcctgac ccgcttcaag cggatgcagg gctactccac gctgtgggtc      240

cccggcaccg accatgccgg catcgccact cagatcaagg tggaggagga actgcgcgtc      300

aaggagggcc tgacccgcta tgatctgggc cgggagaagt tcctccagcg ggtgtggaag      360

tggaaggagg agtatggcaa ccgcatcgtg gagcagcaga agaagatggg cgtctcctgc      420

gactggagcc gctcccgctt caccatggat gagggctgct ccaaggctgt gcgggagacc      480

ttctgtgagc tgtatgacaa gggcctgatc tacaagggaa gccgcatcat caactggtgc      540

ccccactgca tcaccgccct gtccgacgcc gaggtggagt atgtggacaa gcccggccac      600

ctgtggtata tccgctatcc cctggccgac ggcagcggcg atctggtggt ggccaccacc      660

cgtcccgaga ccatgatggg cgacaccggc gtggctgtga atccggagga cgagcggttc      720

cgtgatctgg tgggcaagac ctgcatcctg cccatcatga accgggagat ccccattgtg      780

gcggacgact acgtggagct gggcttcggc accggcgccg tgaagatgac tcccgcccat      840

gaccccaacg acttcgaggt gggcctgcgc cataacctgg aggtcatccg ctgcatcggc      900

gacgacggca ggatcaacga gaacggcggc ccctacaatg ggatggaccg gtacgagtgc      960

cgcaagcaga tcgtcaagga cctggaggag cagggctatc tcgtcaagac cgagccctac     1020

aaccacaatg tgggcacctg ctaccgctgt cacaatgacg tggagcccct gatctccgcc     1080

cagtggttcg tgaagatgga gcccctggcc aaggaggccc tgcgggtggt ccgggagggc     1140

gaggtgaagt tcgtgcccga gcggttcgcc aagacctaca ccaactggat ggagaacgtc     1200

catgactggt gcatctcccg ccagctgtgg tggggccacc agatccccgc ctggacctgc     1260

gacgactgcg gccacatcaa cgtctcccgg gaggacccca ccaagtgcga aaagtgcggc     1320

ttcacccatc tgacccggga cccggacgtg ctggacacct ggttctccag cgccctgtgg     1380

ccgttctcca ctctgggctg gccggaaaag accgctgatc tggacttcta ctatcccacc     1440

agcgtcatgg tcaccggtta cgacatcatc ttcttctggg tggcccggat gatcttctcc     1500

ggctgtgagc agatgcacca gatccccttc cacaccgtgc tgatccacgg cctggtgcgg     1560

gacgacaagg gccgcaagat gtccaagtcc ctgggcaacg gcatcgatcc gctggagatg     1620

gcggagaagt atggcgccga cgccctgcgc ttcaacctca tcaccggcaa ctccccgggc     1680

aacgacaccc ggttctacac cgagaagtgc gaggctatgc ggaacttcgc caacaagatc     1740

tggaacgcca gccggttcgt gatgatgaac ctcaccatcg acaagtgtga actccctgcg     1800

gcggacgccc tggcgccgga ggacaagtgg gtcctctcca agctgaacac cctggtgaag     1860

gaggtcacgg agaacctgga cgcctacgag atcggcgtgg cctccgccaa ggtctacgac     1920

ttcctgtggg atacctactg cgactggtat atcgagctca ccaagacccg cctccaggga     1980

gaggacgagg gggccaagct ggcggcccag aatgtgctct gctttgtgct gacggagctt     2040

ttgaagctgc tgcacccctt catgcctttc atcacggagg agatctatca ggccctgccc     2100

cacgaggaac aattcatcat gacctcccgg tggcctgagt accgggcgga cctggccttc     2160

ccagaggaag aagccgcaat ggaggccgtc atggacacca tcaaggccat ccgggcccgc     2220

cgggcggaga tgaacgtgcc cccttcccgg aaggcggagg tgctgatcgt caccgccacc     2280

ccggacgtct acgcccaggg caggcacttc atccagcggc tggcttatgc cagtgaggtg     2340

aagttcgcgg acgccgcccc ggcggatgtg tccggcatgg tgaccgccgt cacccacaac     2400

gccacggcct atctgcccct cagcgagctg gtggacatcg ccgcggagct ggagcggatc     2460

cgcaaggaga tcgagaaagc ccagaacggc ctgcggggcg tcgagcagaa gctctccaac     2520

gagaagttcg tctcccgggc cccggaggcg gtggtgaacg ccgagcggga gaaggccgcc     2580

aagtacaaag agctgatcgc caagctggag gaatccgcca aggccatgca ggcgtaa        2637


<210>  384
<211>  1944
<212>  DNA
<213>  Oscillibacter

<400>  384
atggattcgc ctggggggaa tgaaaacaac aatcgcaaat ttttatttgt tgagatagaa       60

ttatttgatc ataaattgga ggcaatcatt atgtctaagg ttatcggtat cgacttaggt      120

acgacaaata gctgtgtggc cgtcatggag ggcggcgagg ctgtggtcat ccccaatgcg      180

gagggcaacc ggaccacccc gtccgtggtg gctttctcca agaccggcga gcgcatggtg      240

ggtcaagtgg ctaaacgcca ggccattacc aatccggacc gcaccatctc ttccatcaag      300

cgggagatgg gcagcgatta taaagtgacc attgacagca agagctacac cccccaggaa      360

atcagcgcca tgatcctcca gaagctgaag gcggacgctg aggcctatct gggcagcaca      420

gtcaccgagg cggtcatcac ggttcccgcc tacttcaccg actcccagcg ccaggccacc      480

aaggacgccg gcaggatcgc cggcctggac gtgaaacgca tcatcaacga acctaccgcc      540

gcggccctgg cctacggcgt ggataaggaa cagagccaga agatcatggt gtacgacctg      600

ggcggcggca cgttcgatgt gtccatcctg gacatcgacg acggcgtgat cgaggtcctg      660

gccaccgccg gtaacaaccg cctgggcggc gatgacttcg acgagtgcat catgaagtgg      720

ctggtcagcg agttcaagcg caccgacggc gtggacctgt ccaccgaccg agtggctatg      780

cagcggctga aggaggccgc cgagaaggcc aagatcgagc tctccggcgt caccaccagc      840

aacatcaacc tgccctatat caccgccgac gccaacggcc ccaagcacct ggacgtgacc      900

ctgtcccggg ccaagttcaa cgagctgacc gcccatctgg tggacgccac catgggcccc      960

gtgcgccagg ccatgtccga cgcgggcctg aagcccagtg acctgagcaa ggtcctgctg     1020

gtgggcggct ccagccggat ccccgccgtg caggaggccg tgaagaactt caccggcaac     1080

gagcccttca agggcatcaa ccccgacgag tgcgtggcca tgggcgccgc cctgcaggcg     1140

ggcgtcctca ccggcgacgt gaaggggctg ctgctgctgg atgtcacacc cctgtccctg     1200

ggcattgaga ccatgggcgg cgtgttcacc aagctgatcg accggaacac caccatcccc     1260

gtgaagaaga gccagatctt ctccaccgcc gatgacaacc agaccagcgt ggaggtcaac     1320

gtgctccagg gtgagcggga gatggccgcg gccaacaagt ccctgggtcg ctttcacctg     1380

gacggcatcg ccccggcccg ccgcggcgtg ccccagatcg aggtgacttt cgacatcgac     1440

gccaacggca tcgtcaacgt ctccgccaag gacctgggca cgggcaagga gcagcatatc     1500

accatcactt cctcctccaa catgagcaag gaggacattg agaaggccgt caaggaggcg     1560

gagcagtatg ctgcccagga caagaagctg aaggaggagg tcgaggtccg caaccaggcc     1620

gaccagatgg tctaccagag cgagaagacc ctctccgaga tgggcgacaa gatccctgcc     1680

gatgacaaga gcaaggtcca ggccggaatc gacaaactga aggaggttct gaaaggcacg     1740

gataccgctg ccatcaagac cgctaccgac gagttgaccc aggccttcta cgccgtcagc     1800

gagaagctgt atcagcaggc caatccccag ggggcccagg gcggcgccca gcagcaggcc     1860

ggccccgacg ccggcgccca gcagggccag tattatgacg ccgactacaa ggtggtcgac     1920

gatgacgaga ataacaagaa gtga                                            1944


<210>  385
<211>  2052
<212>  DNA
<213>  Oscillibacter

<400>  385
atggaaaaga aaaaattcta tatcacaacg cccatctact atccctcgga caagctccac       60

atcggccaca cctactgtac ggtggccacg gacacgctgg cccggtatca ccgcctgcgg      120

ggcgaggacg tcatgttcct caccggcacg gacgagcacg gccagaagat cgagaccaag      180

gccagggagg ccggcgtcac tcccaaggag ttcgtggaca acatcgtaga gggagaccgg      240

ggcgtgaagg acctgtggaa gctgatgaac atctccaacg accggttcat ccgcaccacc      300

gacgactacc atgtggagag cgtccagaag attttcaaga agatgtacga caagggcgac      360

atctacaagg gcacctacaa gggcaaatac tgcaccccct gcgagtcctt ctggaccgag      420

agccagctgg tggacggcaa gtgccccgac tgcggccggg aggtgcagga cgcggaggag      480

gaggcctact ttttccgcct gagcaagtac gccgaccagg tccgggatct gctggagaac      540

accgacttcc tccagccccg cagccgcgtc cacgagatgg tgaagaactt cctggacccc      600

ggcctggagg atctgtgcgt ctcccgcacc agcttctcct ggggcattcc ggtggacttc      660

gatcccaagc acgtagtcta tgtgtgggtg gacgccctca gcaactatat caccgccctg      720

ggctatgaca acgaccgcta ccacgactac gacaagggct ggtggcccgg cgtcaacatc      780

gtgggcaagg agatcgtccg gttccactcc atcatctggc ccgccatgct gatgagcctg      840

ggcgagccgg tgcccaagca cgtgttcggc cacggctggc tgctgctgga cggcggcaag      900

atgtccaagt ccaagggcaa cgtggtggac ccgtatatcc tggcggagaa gttcggcgtg      960

gacgccctgc ggttcttcct gatgcggacg ttccccttcg gctccgacgg caacttctcc     1020

aacgaactgc tgatccagac catcaacacc gacctggcca acgacctggg caacctggtc     1080

tcccgcacca ccgccatggt gggcaagtac tttggcggag cgctgcctgc cgggtgcggc     1140

gccacggaga tggagaaaga gaccgccagg tctgccgcaa gccgggcatc cacgatgtgc     1200

ttcggatctg acgatcccaa cgatccggtc ctctttgacc tggacctagt gagcaaggcc     1260

gcggggctcc ggttcgacta tgaggaggac atggagacct tcgcccccca caaggctctg     1320

gacgagatct tcaaggtcat ccagcgggcc aacaagtata tcgacgagaa cgccccctgg     1380

gccctggcaa aggatatgga gaccaacggc aagcggctgg cccatgtgct gtacaacctg     1440

ctggaggcca cccgcatctg cggcatccta ctgacgccct tcatgccgga gagctgtgaa     1500

aagctctttg cccagatcgg cgcccctgcg gagagtcgga cctgggacgc cgcggcggag     1560

tggggcgctc tgcctgagac cgctgccgtc accaagggcg agaacctgtt cccccggctg     1620

gacatggaca aggccctgga ggagctggag gccgcggagg ctgcggccaa aaaggccgcc     1680

ctgcccgccg tcgaggtgga gccccagctg acggagaagg tggattttga caccttctgc     1740

aagtccgatt tccgggcggt gaaggtgaag gcctgcgatg ccgtgaagaa gagtgagaag     1800

ctgctgagat tcactctgga tgacggcacc ggtgtggacc ggcagatcct ctccggcatc     1860

cacaagtggt atgagccgga ggatctggtg ggcaagaccc tgatcgccat tgtgaacctg     1920

ccgccccgga agatgatggg cctggagagc aacggcatgc tgatctccgc cgtccacacc     1980

gagcacggtg aggagtgcct gcacctcatc atggtggatg attccatccc ggcgggcgcg     2040

aagctgtgct ga                                                         2052


<210>  386
<211>  1317
<212>  DNA
<213>  Oscillibacter

<400>  386
atgatcgtag tgagcgtgat tggaatcatt ctggcattcg cggtgctgat ctttgcggct       60

tacaaaaaaa tcagcatgtt cctggcggca gtgctggctg cggccatcgt ggccctgttc      120

ggcgggctgg acgtggcggc ctccctggtg ggggcggacg gccccttcct catcggcatg      180

aaggacttcg tgggcagctg gctggtgatc ttcgccctgg gcgccctgct gggcgcgctg      240

tatgacaaga gcggcgccac ctggcgcatc agcagcaccc tcatcaacaa ggccggaacc      300

cagtggacgc tgctgatcta cgtactggta ggcgccttgt tggtgtacgg cggcatccag      360

gtgaccgtga tgatcttcgt gctgctgccc tttgccaaga tcctgttccc caaggcgggc      420

atcccatggt acttgttccc cggcatcacc ggcctggcca tcgccacctt tgccatgggc      480

cagatgcccg gcagcctgca gatgcagaac atcattccct cccgaatcct gggcacggcg      540

ctgaccgccg ctccggtgga gggcgtgctg gccacgctgt tcatgatcgt cgtaggtgtc      600

ggctacctct actggcaggt gaagaagggc catgacgacc cggaggcggc catcgagctc      660

taccaggtcc agggcggcat tttggacgag aaagagctgg agcagcgggc tccgggcttc      720

tggatctccc tgctgcccat ggtggtgacc ttcgtcctca tcaacggctt cggtgtggag      780

ctgctgtacg gcctcacggc cgggtgcgtg ctgtccctcc tgttcttctg caaatccctg      840

ggcggcgtca agggctttgg agaaattgtc tccgagggct tcaacaacgg gatcttcccc      900

tgcatcatca tcgctgccgt ggtgggcgtg ggcaaggtgg tctccgccac cgatgtattt      960

gccctggtgc aggagaacat catcaacctg ccgctgccgg gcctggtgaa ggtggcggcc     1020

atcaccacca tcatcgccgg aatcaccggc tccgcctccg gcggcctgac tatcgcgctg     1080

gagctcttcg gtgagacctt catctcctgg ggttacacgc cggagatcat ccaccgggtg     1140

gcctccatcg cctgcggcgg actggacacc ctgccttgga acggcaccgt agtgatgctg     1200

ttcgccctgt ccggcgtgtc ctataagaag ggctacaagc acgtggcgat ggagacggtc     1260

attctgccgc tgctgtccct gatccctgta tttatctact attccatcgt acactga        1317


<210>  387
<211>  951
<212>  DNA
<213>  Oscillibacter

<400>  387
atgatggatg tgctcaagtg ggttccgctg ttgatcctgg tggtgctgat cctgatcctg       60

ctgatcggga acatcgtcat cgtccagcag tccaaggcct atgtggtgga gcggctggga      120

gcgttccgga ccgtgtgggg cgtgggactg cacctgaagg tgccctttgt ggagcgggtg      180

gccaagaagg tgtccctgaa ggagcaggtg gcggatttcg cgccccagcc cgtcatcacc      240

aaggacaatg tcaccatgca gatcgatacg gtgatctact tccagatcac ggacccgaag      300

ctgtatacct acggcgtgga acggcccatg aacgccattg agaacctgac cgccaccacc      360

ctgcggaaca tcatcggcga gatggaactg gaccagtccc tgacaagccg ggacaccatc      420

aacgccaaga tgcgcgccat tctggacgag gccacggacc cctggggcat caaagtcaac      480

cgggtggagc tgaaaaacat tatcccgccc aaggagatcc agaacgccat ggagaagcag      540

atgaaggcgg agcgggagcg ccgggagtcc atcctccagg cggaggggca gaagcagtcc      600

cagatcctgg tagcggaggg cgagaagcag tccctgattc tcaaggcgga tgccgccaag      660

caggccgcca tcctgaaggc cgagggcgag aaggaggccc gcatcatggc cgccgaggcg      720

gaggcccagg ccatcatgca ggtgcagacc gccctggcgg actccctgaa gctgctgaat      780

gccgccgccc ccaatgacca ggtggtgaag ctgaaggctc tggaagccat gcagaaggtg      840

gcggacggca aggccaccaa gatcatcatt cccagtgagc tccaggggct ggcaggactc      900

gctgccagcg ccaagacggt gttcgacaca gaggacccca agggggagtg a               951


<210>  388
<211>  1074
<212>  DNA
<213>  Oscillibacter

<400>  388
atgcgcagtg gggagatccg gctgtaccgg gcagtacggg aggcggtgcc ggtggtggac       60

gccgccatct acaagctgat ccggatggtg ggcggtgtga cggcggcctg ttccgacccg      120

gcggcagagc gggggctggg ggaattcctc cgcacggtcc cggctggacg ggggcagtat      180

ggggtcaatg cctttctgga gggctacctg gacgctctgc tgacctgcgg gcgagccatc      240

ggggagatcg tgcccgcagc agggaaccgg gagattgcgg ccgtgctgtg gggccgggtg      300

gaggatattg agattcggga gggagaccat cccctggcat ttacaatctg cggccccgac      360

gagcaggggc ggatggggcc gctgccctgt caggacttgc tgctgttcac gcctctgaat      420

cctgaggcgg acagccccta tggcgtgtcc cttctgcggg ggctcccgtt tttgacggat      480

atcctgatga agatctacca caccatcggg attaactggg agcgatgcgg cagcctgcgc      540

ttcgccgtca cctgccggga cggcggaaac ggccaagcgg aggagcggag ccggatgctg      600

gcaggagagt ggtcccgggc catgcaggat accaggagcg gcagcgtgcg ggactttgtg      660

gctgtgggag atgtggatat ccaggtcatc ggcgctgacg cgcccgtcct ggacagcgag      720

gtgccggtgc ggcagatttt ggaacaggtg gtggccaaga cggggatccc gccctttatg      780

ctgggactga gctggagctc cacggagcgg atgagctccc agcaggcgga catgctcacc      840

acggagatca cggccatccg gcggaccatt acgccggtgg tggagcggat ctgccggctg      900

tggctgcgga tgcacgggta tacttgcggc tttgaagtcc tgtgggagga catcaacctc      960

caggacgagg tggaggacgc ccgtgcggcc ctctatctgg agcaggcgcg gaagctgcgg     1020

cttgagaacg acgcggcgga ggcggccgcg ttccatacaa ggagagaggt atga           1074


<210>  389
<211>  1944
<212>  DNA
<213>  Oscillibacter

<400>  389
atgaagcgag aacttgttac cggactgctg actctgagcc tgctggcctc catgctgccg       60

gccaatgccc aggcggcgga ggggatgttt ggtgcgtctg ccgccgggca ggtccagacc      120

atgacggagg gggccgggga ggacggcgtc caaacggaaa acaccgcgga tatcgacggc      180

acccagtatg ccaccctggc ggaggcggtg gcccaggcgg aagagggcgc caccatccgg      240

ctgctccgag acgtggagct ggacgcctcc ggcctggtca acggccaggg agcgctgacg      300

ctgtccaagg acttgactct ggacggcagc ggccatacca tccgggcgaa ggcgggcaca      360

ttttctgtct ccggcgacaa tggcaccggc cccagcctcc tcaatcttca ggatggcgcc      420

gaggtgacgc tgcgggatgt gacctttgac ggcggcagtg ccgccaagca cggcctgaac      480

atctaccacg ccggaatggt gaccctggag aacgtggaga tctccaactg ccgctggtac      540

gccctggtgg tcaatggcac ggagctgtcc gtggacggcc tgaccacctc cggaaaccag      600

tggggcgtca acatcgaccg gggcagccgc gtcacctttg cgaacgctgc tattgccgag      660

ggggattcca ttgtctttga gggtcaggat gcctccggca gcctgaccgt ggagagcggc      720

agctatcaga atatcaagac gcagggcggc tccactggcg gaaccatcgc catcaacggc      780

ggcaccgtgg gcagcgtagt caacgacacc gcggcggaga tcaccatctc cggcggcact      840

gtgaccggtc aggtggccaa cagcggctcc ggcagcattt ctgtcaccgg cggcagcttt      900

gccactgcag agctggagga tttcattgac ccggaccgga cgatcatcct gaccctggag      960

ctcggcgagg gcgccgccgg cgcggccgcc atggcagcca ccagcggcgc agccgtgggg     1020

acgcttccca cgccggagcg gagcggctac gccttcgcgg gctggtacac cgccgccgac     1080

ggcggcactg cagttactgc cgataccgtc ttcgacgcaa acacaaccct gtacgcccgg     1140

tggactgaga agtccgagga cggcgagcat ctcattactg tggaccgggt caccggcggc     1200

tccctggagg tgagtgccgg tcgggccgac gagggcgaga cggtgaccat caccgcggtg     1260

ccggatgacg gatacgagct gaagaagctg actgtcaccg acagccagga cggcgcagtc     1320

ccggtccaga acgcggggga ggggcgctat accttcgtca tgcccggcgg cggggtgacc     1380

gtgtccgcgt ccttcgtccg ttccggggag cagacggagc tgcccttcac ggatgtggac     1440

agcggcgcgt actattacga tgcggtccgg tgggctgtgg agcagggggt cgcctccggt     1500

gtcaccggaa cggccttcgc cccgggccgc ggatgcacac gggcccagct tgtgaccttc     1560

ctgtggcggg caaacggctc tcctgagccg tccgaaaagg agaatccctt cacggatgtg     1620

agccccgaca gctactatta taaggcagtt ctgtgggctg tggagcaggg catcacctcc     1680

ggcgtcacca agactgcctt tgccccggac cgggtttgca cccgcgctca ggcggcggtg     1740

ctgctgtggc aggccgaggg ctctcccgca gcatccggga cgcatgactt ccgggacgtg     1800

gcggaaggtg cgtactatgc ggacgcggtg gcctgggccg tggagagcgg tgtgacccag     1860

ggcaccactt ccactacctt tgagcccggc acgacctgca cccgggcgca gatcatgacc     1920

ttcctccacc gcgccatggc gtga                                            1944


<210>  390
<211>  1332
<212>  DNA
<213>  Oscillibacter

<400>  390
atgcagatca aactttctga ccatttcacc tacggacggc tgctgcgtta cacactgccg       60

accatcgtta tgattatctt cacctctctg tacagcgtgg tagacggact gttcgtatcc      120

aacctggtgg gggacctggc cctgtcggcg gtgaatatcg ccttccccat cactatgatc      180

atcggcgcct tcggcttcat gctgggcacc ggcggcagcg ccatcgtggc ccgcacgctg      240

ggggagggga agccggagct ggcctcccgg tatttcacgc tcttcatctg gtgcgtggcg      300

gggctgggcg tggtgctctc cattgtgacc atcgccttca tcgaacccat catgcgtttt      360

gccggggcta gcgacctgct gctggaagac tgcatcgcct acggccggat cctgctggcc      420

ggcagtgccg tgttcatgct ccagagcgcc tttcagagtt tcttttccgt ggcggagaaa      480

cccaagctgg ggttactgct ctccctggct gccggagcca ccaacatcac ctttgactac      540

gtgttcatcg ccctgctggg catgggtgtc accggtgccg catgggccac agtgctgggc      600

tactgcgtgg gcggtgtcat cccggtggtg tacttcctgc ttcccagaag agagggcctg      660

cggctggtgc ggacgaactt ttacggccgg gaactgcttc acgcctgtat caacggctcc      720

tcggagctga tgagcaacat ctccgcctcc gtggtgggca tcctctacaa catccggctg      780

atggaccttc tgggagagcc gggcgtggcg gcccactcgg tgatgatgta cgtggatttc      840

gtgtttgtgg ctgcctttct ggggttctcc atgggcagcg cccccatcgt cagctatcac      900

tacggggcgg agaactatga tgagctgaag aacatcttcc gccgcagcgg cgtcatcatc      960

gccgctacct ccgtggcgat ggtggcggcg tcggagctct taagccggcc cctgtctgct     1020

gccttcgtgg ggtactctcc ggacttgctg gagctgacca cccacggctt ccggatcttt     1080

gccctgtgct acctcttctg cgggctgaat atctacgcat ccgccttctt cacggccctg     1140

tgcaacggcg ccctgtcggc cctgattgcc ttcacccgca cgctgctgct gcggggtgga     1200

ctggtgctgg tgatgccggt gttcttcggc gtggatggcg tctggtggtc cgtggcggcg     1260

gcggaactgc tgggggtggt gctctcggtg gtgctgctgg tgctgatgcg gcggcgttac     1320

cattacgcct ga                                                         1332


<210>  391
<211>  1449
<212>  DNA
<213>  Oscillibacter

<400>  391
atgaaaacgg aagagaaact caatctgacg atgctctgcg atttttatga gctgactatg       60

ggcaacggct atttccgggc agggctccag gatcggatca cctatttcga tgtgtttttc      120

cgcaacgtgc cggacaacgg cgggttcgcg gtctgcgcgg gtctggaaca gttggtccag      180

tatattcaga acctgcactt cgacgaggag gacatcgcct tcctgcggga caagcacctg      240

ttctccgagg atttcttgag ctacctgcgg gacttccgtt tcacaggcga catctgggcg      300

gtgccggagg ggacgcctat cttcccccgg gagccggtgg tgacggtccg ggcgccggcc      360

atccaggccc agctgatcga gaccttcacc ctgctgacca tcaaccacca gagcctgatc      420

gccaccaagg ccaaccggat cgtccgggcg gcccaggggc gaacggtgct ggagttcggc      480

tcccgccggg cccagggcac ggacggcgcc atctccggag cccgggcggc ttatatcggc      540

ggctgcgcag gcaccgcctg cacgatctcc gaccagctgt acggcgtacc tgcaggcggc      600

accatggccc attcctgggt ccagatgttc gacagccagt atgaggcatt caagacctac      660

tgccagatct atccccacaa tgccacgctg ttggtggata cctacaatgt gctcaagtcc      720

ggtgtgccgg atgccatccg ggcctttgat gaggtgctga agcccctggg catccgcaag      780

tgcggcatcc gtctggactc cggcgacatg gcctatctga cccaggaggc ccgccgcaag      840

ctggacgccg ccggctggac cgagtgccag atctccgcct ccaactccct ggacgagtat      900

attattcagg acctgctgct gcagggcgcc aagatcgatg tgttcggtgt gggtgagcgg      960

atgatcactg cccgcagcga gccggtgttc ggcggtgtgt acaagctggc ggctgtggaa     1020

gatggagacg ggaagatcat ccccaagatc aaggtcagcg aaaacctgga caagatcacc     1080

attccccact tcaagaagac ctatcggatc tttgacaacg ccaccggcaa ggcggaggcg     1140

gactacatca ccgtctggga cgagacggtg gacgagagcg ccccactgga gctcttcgat     1200

cccagggcca cctggaagcg caagacctat acgaacttta ccgcaaagcc ccttcaggtc     1260

ccggtctttc agggaggaga gctggtctat cagctgcccg ccctgccgga gatccaggcc     1320

tactgccgtg cccaggtgga taccctgtgg gacacggtga agcggttcga gaaccctcac     1380

acctactatg tggatctgag tcagaagctg ttcgacatca agcaggatct gctctgccgg     1440

agcagatga                                                             1449


<210>  392
<211>  1323
<212>  DNA
<213>  Oscillibacter

<400>  392
atgagtgacg agagcaagaa gggcctgcgg tgctccttct gcggcaagca tgagagccag       60

gtccaccgga tgatccaggg acccggtgtg cgcatctgtg atgagtgcgt ccagctgtgc      120

atgagcattt tgaacgatgg gtttgaggac acctcttcca gcgcgctgga ggacctgcct      180

gatcagctgc ccacgccccg cgagatcaag gacgtgctgg accagtacgt catcggccag      240

gacgaggcca aggtggccct gtccgtggcg gtgtacaacc actacaaacg gatctacttc      300

ggcggggacg aggatgtgga gctgcagaag agcaacatcc tgctgctggg gcccaccggt      360

tccggcaaga cgctgttcgc ccagacgctg gcccggattc tgaaggtgcc cttcgccatt      420

gcggacgcca ccaccttgac ggaggccggc tatgtgggcg acgatgtgga gaatatcctg      480

ctgcggctgc tccaggccgc ggacttcgac gtggagcggg cggagcacgg catcatctat      540

gtggatgaga tcgacaagat cgcccggaag agcgagaaca cctccatcac ccgggacgta      600

tccggcgagg gtgtccaaca ggctctgctg aagatcgtgg aggggaccgt tgccaacgtg      660

ccgccccagg gaggccggaa gcatccccac caggagttca tccaggtgaa cacgaagaat      720

attctcttca tctgcggcgg tgccttcgac gggctggaga agattatcga gcggcggctg      780

gaccagaagt ccatcggctt cggcgccaac gtccagggaa agaaggacaa ggacatcagc      840

aagatcctgc acgaggtcca gccccacgac ctcatgaaat tcggcatcat cccggagttg      900

gtgggccgcc tgccggtgat cgcgtctttg aatgcgttga agcgggagga tctggtccgc      960

atcctgacgg agcccaagaa cgccctggtg aagcagtaca agaagctgat ggagtacgac     1020

gaggtggagc tggagttcca gccggaggcc ctggaggcca tcgccgacaa ggccatcgag     1080

cggaacatcg gcgcccgggg cctgcgggcc gtcatggagg gtatcctgac tcccatgatg     1140

tacgacatcc cttccgaccc cgctgtggtg aaagcagtca tcacaaagga ctgtgtggag     1200

ggcaggagcg gtcccgagct gacccacgac cccaagaaga tcaactattc tgtgaaattg     1260

aacaccggca agggagaggg caggccggct tccggctcct cgacccccgc gtcggcgtct     1320

taa                                                                   1323


<210>  393
<211>  2151
<212>  DNA
<213>  Oscillibacter

<400>  393
atgtcaacca ttatcaccaa gagacaattc cccaactacc acaagtacga gatggagctg       60

gcaggccgcc ccctgaccat ggaggtgggc aagctggcgg agctggccaa cgccgccgtc      120

atggtgggct acggcgacac ccgggtgctc tgctgcgtca ctgcggcgcc ccgcccccgg      180

gacggcatcg acttcttccc cctgagcgta gattttgagg agaagctgta ctccgtgggc      240

cgcatccccg gttccttcaa ccggcgggag ggccgccccg gcgagaaggg catcctaacc      300

agccgtgtca tcgaccggcc catccggccc ctgttcccct ccgacttccg caatgacgtg      360

tccgtcatgt gcacggtcat gagcgtggac cacgactgca cgccggagat cgccgccctg      420

atcggcacct ccgccgccct ggccatctcc gacatcccct ggaacggccc cgtgggcgcc      480

ctgaaggtgg gccttgtgga cggcaagctg gtgttcaacc ccgacagcga gcagcgcaag      540

gtcagcgacc tggacgtcac cgtggtctcc acccgcaaaa aggtggtcat gatcgaggcc      600

ggcgccaacg aggtccccaa cgacaagatg ttcgaggcca tcaagatggc ccatgaggag      660

aaccagaaga tcatcgccct gatcgatcag atggtctccg aggtgggcaa gcccaagttt      720

gagtatcctc acgcggattt caaccaggag ctgttcgaca agatcgtggc ggacttcatg      780

gacgaggcca aggccgccat ggacaccgac gacaagaaca tccgggaggc ccgctggaac      840

gccatgatcg agaagtggca cgagaagtgt ctggaggaat atccggatat ggaccagtac      900

ctggaggagt ttacctacaa gttccagaag aagatcgtca agcagtggct tctggagggc      960

caccgcgtgg acggccgcca gaagaacgag atccggcccc tggccgccga ggtgggcgtg     1020

ctgccccggg cccacggctc cggcctgttc acccgcggtc agacccaggt gctcagcgtc     1080

tgcaccctga acaccctggc cgcctgccag aagctggaca ccatctggga ggagacggag     1140

aagcggtata tgcatcacta caacttcccc ggctactccg tgggcgaggc caagcccgcc     1200

cgttcccccg gccgccggga gatcggccac ggcgccctgg cggagcgggc tctggtgccc     1260

gtgctgccct ccgtggagga gttcccctac gctatccgag tggtgtctga ggtgctgagc     1320

tccaacggct ccacctccca gggctccatc tgcggctcca ccctggccct gatggacgcc     1380

ggcgtgccca tgatggcccc tgtggccggc gtctcctgcg gcctgatcca ggacgacgac     1440

ggctccttca ccaccttcat cgacatccag ggcgtggagg atttccacgg cgagatggac     1500

ttcaaggtga gcggtaccaa gaagggcatc accgccatcc agatggacct gaagaacgac     1560

ggcctcacca tggagatcat caaggaggcc ctggacatca cctatgacgc ccggtgcgag     1620

atcctggatc agatcatgct gcccgccatc tccgagcccc gcaaggaggt cagcaagtac     1680

gcgcccaaga tgctgactat gcacattgat ccctccaaga tccgggaggt catcggctcc     1740

ggcggcaagg ttatccagaa gatcgtggcc gacaccggcg ccaagatcga catcaacgac     1800

gacggctcca tcttcatcgc cggcgtggac gccgccagct gcgacgccgc caagaagtgc     1860

attgacgaca ttgtgttcgt cccggaggtg ggcgcgctgt actacggccg cgtggtgcgg     1920

ctgatgacct tcggcgcctt cgtggagctg gcccccggca aggacggact ggtccacatc     1980

tccaagctgg cggaccaccg gatcgagaag gtggaggacg cctgcaaggt gggcgacatg     2040

atgtgggtga aggtcaccga cattgacgag aagggccgtg tcaacctctc tcacaaggat     2100

gctgtgaagg agatcaaggc caaggaagcc gccggcgagc ggatcaaata a              2151


<210>  394
<211>  1761
<212>  DNA
<213>  Oscillibacter

<400>  394
atgctgaaat tacttcgtaa cctacggcgg caggagtggg ccatggccgc cgtgtgcgca       60

gtgctcatcc tggggcagat ttatttcgat ctggcgctgc ccgactacat gagcagcctg      120

accgttctga ttaaaacgcc ggggagcacc ctgtcggaca tcctgcatac cggcctggaa      180

atgctgggct gcaccctggc cagcgcggtg ctgtgcgtca tctgcggcta tctgaccgcc      240

aaggtggctg ccgggttcag cttttccatc cgggaagcgg tgtttcataa gatcgcagac      300

ttcggccagc aggagatgat gaccttctcc gtccccagcc tcatcaaccg cactaccaac      360

gacatcaccc aggtgcagat gctgacggcc atgggcctgc agatcctaat caagtccccc      420

gtcatggcag tgtgggccat catcaaaatc gtgggcaaga gttggaccct ctccgctatc      480

accgccggat ttgtggccgc cctgctggtg atgatggcgg tcatcatcgg cgtggtggtg      540

ccccggttcc gccgagtgca aaagctcacc gaccatatca acctggtggc ccgggagaac      600

ttgaacggta tcaatgttgt ccacgcctac aacgctgagg actaccagaa cgccaagttc      660

tggaagggca acgaggaact gatgcgcacg cagttgttca accagcgggc ctttgccttc      720

ctgatgcccg gcgtcaccct ggccatgaac gcattgtctc tggtgatcta ctgggtgggt      780

gcctccatcg tgaacgccgt ccctgccgcg gacaccgccg cacggctggc cgccttcagc      840

gacatcgtgg tgttcggcac ctacgccacc tacgtcatca tgtccattat gatgatggtc      900

atgattatca tgatgctccc ggcggcccag gtgtccgccc agcggatcaa tgaggtgttg      960

gagacccgga acagcctgac tcagggcgcc cgcatcgatg ccctggaaac cggtactgtg     1020

gagttccggg acgtctcctt ccactatccc tcctcggaca agaatgtcct ggagcacatc     1080

accttccagg ccaagcgggg ggagaccgtg gcctttatcg gcgccaccgg cagcggcaag     1140

accactctgg tcagcctggc cgcccggttc tatgatgcca cggagggcac tgtgctggtg     1200

gacggggtgg acgttcggga ctacgccttc gacgccctgt atgaccgcat cggctatgta     1260

actcagaagg ccatcctgtt ctccggagac gtccgcggca acgtgctgtt cggcgccagc     1320

cgggacaagg attccgatgc ggacgttcaa aaggctctgg agctggccca ggccagcgag     1380

tttgtggaca ggatgcccgg aggcatccat gcccccatcg ccgagggagg caccaacgta     1440

tccggcggcc agaagcagcg gctctccatc gcccgggccc tggcgaggca cccggagatc     1500

ctggtgttcg acgactcctt ctccgccctg gactaccgga cggataccag gctccgtgcc     1560

ggcctggacc gggagctgaa ggataccact cgactgatcg tggctcaacg gatcggcacc     1620

atccggaacg cggacaagat catcgttctg gacgagggga ggatggtggg gatgggtacc     1680

cacgaggaac tgatgcagac ctgcccgatc taccaggaga tcgcccggtc ccagctctcc     1740

caggaagaac tgggggctta a                                               1761


<210>  395
<211>  1776
<212>  DNA
<213>  Oscillibacter

<400>  395
atgacacaga atcgcaccca tacctgcgga gagctgcggc tctccgacgc cggcaaggcc       60

ataaagatct gcggctggct ggaaaacctc cgggaggtag gcagtgagct ggccttcgcc      120

gtggtccggg acttctacgg caccactcag gtggtggcgg agaccgccga catggtggcc      180

ctgctgaagt ccatcaacaa ggagtccacc atctccgtgg agggcaccgt ccgggagcgg      240

gacagcaaga acgccaagct acccaccggc gagatcgagg tggtgcccgg caaaattgag      300

gtgctgggcc gctgccagca caacgagctg cctttcccca tcaaccgcag ccgggaggcc      360

gacgaggcca cccgcctgaa gtaccgctat ctggacctgc ggaacccggc ggtgaagaac      420

aacatcatcc tccggtgcca ggtagtggcc gccctgcggc aggccatgac agagcatggc      480

ttcctggaga tcaccacccc catcctgacc gcctcctccc cggagggtgc ccgggactat      540

ctggtgcccg cccggaacca ccccggaaag ttctatgccc tgcctcaggc accccagcag      600

ttcaagcagc tgctgatgac ctccggcttt gaccggtact tccagatcgc cccctgcttt      660

cgggacgagg acgcccgggc ggaccgctcc cccggtgagt tttaccagct ggacatggag      720

atggcctttg cctctcagga tgacgtattt gccgtactgg aggacgtgct gccccccatc      780

tttgccaagt acggcaaata cgaccgggcc agctccgcgc ccttcatgcg tatcccttac      840

accgaggcca tggagaagta tggctccgac aagccggacc tgcgcatcga cctgacggtg      900

caggacgtca ccggcctgct gggcgcctgc ggcttcggcc ccttcgaggg caacgtggtg      960

aaggccgtgg tggtcagcga tttccacgag acccggaagt tcatcgacaa gaccctggcg     1020

gatgtggagg tggtctccgg cggcaagccc tactggttcc gcctggacga gaacggtgag     1080

attgtgggcg gcatcgccaa gtttgtccag cccatcaagg agtctgtggt ctctgccctg     1140

ggtctgaagc ccaacgactt cgtggccctg tccgccggca agctgggcgc tgcccaaaag     1200

accgccggca cgctggtaaa gactctgggc gccgccgtcc ccggtcacat ggacaaggag     1260

cagtacgcct tctgctggat tgtggacttc cccatgtacg agatcggcga ggaatccggc     1320

gagctggagt tctgccacaa ccccttctcc atgccctccg gcgggctgga ggtcctgctg     1380

aaggcggagc ggggcgagat cgatcccctc agcatcaccg ccgaccagta tgacctggtg     1440

tgcaacggcg tggagctcag ctctggagcg gtccggaatc atgacccgga gatcatgatt     1500

aaggcctttg agatggtccg gctgggcgag gaggacgtaa aggccaagtt ccccgccatg     1560

tacaacgcct tcacctacgg cgcgccgccc catgcgggca ttgcccccgg cgtggatcgc     1620

atggtgatgc tgctggccgg ggaggactcc attcgggaga tcatcccctt ccccatgaac     1680

aaaaacgccc aggacgtgat gatgagcgcc cccagcgagg tcacgcagaa acaattggac     1740

gagctgcaca tcgccatcgt caagccccag gactga                               1776


<210>  396
<211>  1428
<212>  DNA
<213>  Oscillibacter

<400>  396
atgtttatca tcgacatcat gatggcgatt tccaactggc tgtggggatg gccgcttctg       60

atcctgacat ccgcagtcgc tgtgtacctg tccgtccgct ttaagttctt ccaattcacc      120

aggttcggac acgccatgaa gaacacgttc ggcaagatct tcgacaaggg cgacggcgag      180

ggcgatattt ccccgttcca ggcctgctgc acggcgctgg cctccacgct tggcgtgggg      240

aacatcgccg gtgtatcggt ggccatcgcc accggcggcc ctggcgccgt attctggatg      300

tgggccgtgg ccctcatggg cttcatcgtg aagttttccg agatcaccct gggcatggcc      360

taccgggagc gggatcctga gaccggcaga tggcacggtg gcttctattg gtatgtgcgc      420

cgggggctgg gcaagagctg gaagtggctg ggcattttct gggctgtgat cctgggctgc      480

gccatggtgt ttgcgcccgc cgtgcaggcc aactctgtgg tggaggcgat tcgggtctcc      540

tttgacgttc ccggctggat cgtgggcgtg atctttgccg tcatcatggc cgttgtgctg      600

gtgggcggca tcaagagtat ctcctccttt gcggagaagg tggtccccct gatggcgctg      660

gcctatgtga tcggcagcat ctttattctg gtaaagttcg gcagcaacat cccgcacgtc      720

tttgcgatga tttttgagta cgcctttacg cctatggctg ccaccggcgg ctttgccggc      780

tccaccgtga tgctggccat ccgttggggc ctggcccgcg gcgtgtactc caatgaggcc      840

ggcaccggca tggcgccgct ggcccactcc tcctcttccg ccaaccatcc ggtgaagcag      900

ggcctgtggg gcatcagcga ggtgttcgtg gacaccatca tcgtctgcac catgaccgct      960

ctggtggtcc tgtgcaccgg cgtgtggacc gagggcggca ccggcgcggc cctgaccgcc     1020

actgctttcg gcgccggttt cggcaacgcc atcgctggca cggtgttcgt ggtggccatc     1080

atcaccttct tcgccttcac caccgcgctg gtcaatgtgt actacggtga gatctgcatg     1140

accgtcctgg gcggcaagaa gttcattctg ccctaccggc tcctgggctg cgccttcgcc     1200

atcatcggct ctgtgggcgc cctcagtgtg ctgtggaatc tcttcgactt cttcttcggt     1260

gtgtgcgccg tgtgtaacct ggtggtctgc ttcctgatgc gcaagcagat cggcgcactg     1320

atcaacgatt acctgacccg gctgaagtcc ggcaagtggg agcccaccag tgaggcggcg     1380

gccaacgcca tcccggagct gtgggtgaac gacaaggctg cgaagtaa                  1428


<210>  397
<211>  1461
<212>  DNA
<213>  Oscillibacter

<400>  397
atggcaaatg agtttgagtt gagccccaag gagctgaaga gacaggcaga cgcgctcctg       60

gcggccgcag atgcggcgga gaaggccgcg gagagggagc cggctgcaag gtctgccaaa      120

aagtccaccc ggaaaaaggg ggaggagacg gcccaggagg cccccgccgt catgacggac      180

gaggaggccc ggaaggccgg catcctccgg ctggacgaca agcaggtggc tgcgctgccc      240

gcagcctcct ggctgatgaa caacgaaaaa ctgcgggaac tgctggcccg cggtaagaag      300

aagggcaagc tggactccgc agatctgatg gacgcggtgg atgacctgaa tctggagagc      360

gatcagatgg atcagctcta cgactccctg gaggcgctga acatcgacat cagcgccgac      420

gatgccctgt tggcggacct gccggatgac gagcccgccg cagaggagat cgccgatgtg      480

gaggaagagg agctggtgga tcccaacact ctggtgaaca gcttctccat cgacgatcct      540

gtccgtatgt atctgaaaga gatcggcaag gtgcccctgt tgtccccgga tgaggagatc      600

gacctggccc aggccatggg cgcgggcaac gaggccgacc ggaagctggc ggagattgac      660

cggctccgga aggaggggca ggagatccct tactcccagg aggagatcgc cgcctggaag      720

tccgcccacg ccaagggtga gaccgccaag cagaagctgg cggaggccaa cctccgcctg      780

gtggtgtcca tcgccaagcg gtacgtgggc aggggcatgc tgttcctgga tctgatccag      840

gagggcaatc tgggcctgat caaggcggtg gagaagttcg actacaccaa gggctacaag      900

ttctccacct acgctacctg gtggatccgg caggccatca cccgggccat cgccgaccag      960

gctcgcacca tccgcatccc tgtccacatg gtggagacca tcaacaaagt gattcgggtc     1020

agccgccagc tcctgcagga gctgggccat gatccctctc ccaatgagat cagcgcggag     1080

atgggaatgc cggtggagaa ggtccgggag atcctgaaaa ttgcccagga gcccgtctcc     1140

ctggagaccc ccatcggtga ggaggaggac tcccacctgg gcgacttcat ccccgacgag     1200

ggggccagtg agcccagcga agccgccagc ttcaccctgc tgaaggagca gctgatggat     1260

gttctctcca ctctcactcc ccgggaggaa aaggttctaa agctccgctt cggcatcgag     1320

gacggccgca cccgcaccct ggaggaagtg ggcaaggaat tcaacgttac ccgggagcgc     1380

atccgccaga tcgaggccaa ggccctgcgg aaactgcgcc accccagccg cagcaaaaag     1440

ctgaaggatt ttctgaactg a                                               1461


<210>  398
<211>  1170
<212>  DNA
<213>  Oscillibacter

<400>  398
atgacctacc agtttgacgc ggtggtggac cgctccggga accactccgc caagtatgac       60

gagcggaaga agaaattcgg cacagaggac gtgatccccc tgtggatcgc ggacatggac      120

ttcaagaccg cccagcccat catcgacgcc ctgaaggccc gggccgagga gggcatctgg      180

ggctataccg cccggacgga tagctatttt gaggccattc ggggctggca gaagcgccgc      240

aatggctggg acatcgacca gtccctcatg agcttcagcc tgggcgtggt gcagaccctg      300

tccgcctgcg tgaagctgtt caccccggag ggtggcagcg tcctgattca gacgccggtg      360

tactccgagt tctatgatat gaccgaggca tggaaccgca aggttctgga gaatcagttc      420

gtggagaagg acggcaagtg gaccgttgac tgggcagact ttgaggagaa actgaagcag      480

gcggacctgt tcctgctgtg ctccccccac aaccccctgg tccatgtctg gacggaagag      540

gagctgcgcc ggatgatgga actgtgcctg aagcatcacg tgctggtggt ctccgacgag      600

atccactccg acctgatctt ccacggcaaa aagcacatcc ccactgccac cctgtccccc      660

gagatcgccg ccaacgtcat caccggcatc tctggcacca agaccttcaa cctggccggc      720

ctgcaggcca gcacagtggt gttccccaac gcgcacaaaa aggaggtctt tgacaagttc      780

tggatgaaca tggatatcca ccggaacaac gccttctccc tcaccgccat ggaggcggcc      840

ttcaaccagg gcgatgagtg gctggaccag ctgcttccct atctctccgc caactttgac      900

tatgtggtgg actactgtga aaagcgcatc cctaagatca agacctatgc ccccgacgcc      960

acctatctga tgtggctgga ctgccgggag ctgggcatgg gcaatgaggc gctccacgac     1020

ttcatgatcc ggaaggccaa gctgggcctc aacgacggct gctccttcgg ccggagcctc     1080

aatggcttca tgcgcctgaa cgccgcctgc ccccgcgcca ctttggaaca ggccatgcgc     1140

cagctggagg ccgctgtcaa cagcctgtaa                                      1170


<210>  399
<211>  1824
<212>  DNA
<213>  Oscillibacter

<400>  399
atggaggaat atccaaatat gacaaaacag agcaacatcc gaaatttcag catcattgcc       60

catatcgacc acggcaagtc cacgctggcg gaccggctgc tggagaagtg caacgccgtc      120

tccgcccggg agatggagag ccagctgctg gacaacatgg acctggagcg ggagcggggc      180

atcaccatca aggcccgggc cgtccggctg acctaccatg cccaggacgg ggaggactat      240

gaactgaatc tgatcgacac cccgggccac gtggacttca actacgaggt gtcccgctct      300

ctggccgcct gcgagggcgc cgtgctggtg gtggactcca cccagggcgt ggaggcccag      360

actctggcca acacatatct ggccatggag cacgacctgg agattctgcc tgtgttcaac      420

aagatcgacc tgccggcggc ggaccccgcc aaggccaagc aggaggtgga ggacatcatc      480

ggcctgccgg ccatggacgc gccggaaatc tccgctaaga tgggcaccaa catcgaggcg      540

gtgctggagg atatcgtaaa gaacgtgccg ccccccaagg gggacccgaa tgcgcctctg      600

aaggcgctga tcttcgacag tcagtatgac tcgtatcggg gcgtcatcgt ctacttccgc      660

atcatggagg ggaccctccg cacgggccag caggtgaaga tgatggcctc gggagccact      720

tatcaggtca tcgaatgcgg ccatctgctg cccctgggca tggagtcctg cgacagcctc      780

cgggccggcg aggtgggcta cttcaccgcc tccatcaaga acgtgaagga cacccgtgtg      840

ggcgacaccg tcacagatgc cgccagcccc acggccgagg ccctgcccgg ctaccggccc      900

gtgcagccca tggtctactg cggtatctac acggaggacg gctccaagta tccggacttg      960

cgggacgcgc tggaaaagct ccagctgaac gacgcctcgt tgagctttga gccggagagc     1020

tccgtagccc tgggcttcgg cttccggtgc ggctttttgg gcatgctcca catggaggtg     1080

atccaggagc ggctggagcg ggagttcgac ctggatctgg tgaccaccct gccctccgtc     1140

atctaccacg tgtacaagac cgacggtacc atggtcacgg tggacaatcc ccacaactac     1200

ccggacccgg cggtgatcga gcacgcggag gagccctatg tcaaggtgaa catcatcgct     1260

cccaacgagt tcgtgggcaa catcatgccc atgtgccagg accggcgggg ggagttcaag     1320

gacatgcagt acctggacac caatctggtg gagctccact accagatgcc gctgaacgag     1380

atcatctacg acttcttcga tgcgctgaag gccaacacca agggctacgc ctctctggat     1440

tatgagctct ccggctaccg gtccagcgag ctggtgaagg tggacatgaa actcaacggc     1500

gatacggtgg atgccctgag cttcatcgcc cacagagaca aggcgtatcc ccgggcccgc     1560

cggctgtgcg agaagctgaa ggagaacatc ccccggcagc tgttcgaggt gccggtccag     1620

gcggccattg gcggccgggt catcgcccgg gagaccgtca aggccatgcg gaaggatgtg     1680

ctggccaagt gctacggcgg cgacatcagc cgcaagaaga agctgctgga aaagcagaag     1740

gagggcaaga aaaagatgcg ctccctggga agcgtgcaga tcccgacgga ggcatttctc     1800

gcagtgctca agctggacga gtaa                                            1824


<210>  400
<211>  1899
<212>  DNA
<213>  Ruminococcaceae

<400>  400
atgagacagg taaagatgac gcgggacagc ttccacgtgt tccaggctaa cgcccgcaac       60

gccctgaagc agagcgagca ggtgccctct atcctgatct gcgccggcac cggctgcatc      120

gccggcggcg ccatgaagat ctatgacaat ttgaagacgg agtgtgaaaa acggggtctg      180

ccggtctacg tgggcctcaa acacgacacg gacgcggaga agagcctcca tgtaaagatg      240

agcggctgcc acggcttctg cgagatgggg cctctggtcc acatcgagcc tatgggcgtc      300

atgtacatcc atgtgaagcc ggaggactgc catgagattc tggagaagac cgtgctgggc      360

ggcgagatca tcgaccggct ggtgtatcac ctggacggcg tagcctaccc ccggcaggag      420

gacatcccct tctacaagaa gcagcatcgg gtggtgctgg agaactgcgg cagcagcgat      480

gccgaggaca ttgaggagta catcgccaag ggcggttacg ccggttttga aaaggccctc      540

tttgagatga cggatgagga gatctgccgg tccatcatcg actccggcct ccggggccgc      600

ggaggtggag gcttccccgc gggccagaag tgggacggtg cccggaaaca gaagtcagag      660

aaaaaataca tcgtctgcaa cggcgacgag ggcgatcccg gtgcgttcat ggaccgctcc      720

attatggagg gtaaccccca cagcgtgctg gagggcatga tgatcgccgg ccgcgccgtg      780

ggcagcgacg aggggtatat ttatgtccgg gcggagtatc cgctggccgt gagccggctg      840

aaagcggcca tcgccaaggc ggaggagtac ggtcttctgg gcgatcacgt catgggcaca      900

gacttctcct tccggatcca tgtaaacatg ggcgccggcg ccttcgtctg cggcgagggc      960

agtgccctga cagcttccat cgagggcaac cggggcatgc ctcgggtcaa gccgccccgg     1020

accatcgagc acggtctctg ggccgagccc acggtgctga acaatgtgga gacttttgcc     1080

aacgtgcccc tcatcatccg caagggcgtg gactggtacc gctccatcgg caccaagacc     1140

agccccggca ccaaggcctt cgcgctgaca ggcaacgtgg tgaataccgg cctcattgag     1200

gtacccatgg gaaccactat ccgggaggtg gtgtttgaca tcggcggcgg catccggggc     1260

ggcaagaagt tcaaggccgt tcagatcggc ggcccctccg gcggcgccac caccgccagc     1320

cgcgagcacc tggacctgcc cctggacttc gacagtctga agagcatcgg cgccatgatc     1380

ggctccggcg gcttggtggt catggacgag gacacctgca tggtggagac ggcccggttc     1440

ttcatggagt ttacacagaa ggagtcctgc ggcaagtgcg tcccctgccg ggagggcacc     1500

aagcggatgc tggagatcct ggaccggatc atcgacaaca agggcacact ggaggatctg     1560

gacctgctgg aggagctggc ggacaccatc agtaagacag ccctgtgcgg cctggggcag     1620

agcgcctgca agcccgtcca gagcacgctg aagtatttcc gggatgaata tctggcccat     1680

gtagtggacc accactgtcc catctgcaac aaggaaaaac cccaccccac catcgacccg     1740

gagaaatgca agggctgcgg caagtgccgg aagaactgcc ccatggaggc catcaccggc     1800

gcggccaagc aggtccacgt catcgatccg gagaagtgca tcaactgcgg cgcctgtgtg     1860

accaattgtc ccttcggcgc catcgcggcc agtaagtga                            1899


<210>  401
<211>  1200
<212>  DNA
<213>  Ruminococcaceae

<400>  401
gtggcgctca ttccaatcgt tgaaaacaag aaaaaaagcc tcggcatcta cgtccatatc       60

ccgttctgcc ggagcaaatg cgaatactgt gatttctatt ctatccccgg cgcgcgcagc      120

cgggatctga tggaccggta tctcgatgcc gtcatcctcc acatccgtga ggcggcgcag      180

ggcgcggccg gctatgaggt cgataccgtc tattttggcg gcggcacgcc ctcgttcttc      240

ggcgccggcg gacttgcgaa gatcttcgcc gagatcgacc gccgcttcga cgtcagccgc      300

gacgcggagg tctcgcttga ggccaacccc gactccgtga cgctgcccat gctcatgcgg      360

ctgcgccgcg cgggcttcaa ccgcatctcc atcggcgtgc agtcggacga cgacgcccag      420

ctcaaggccc tcggccgccc gcacaactac cggcaggcgc agcaggccgt ctcgctctcg      480

cgccgcgcgg gctttgacaa tatctcggtc gacctcatgt acggtctgcc gaaccagtcg      540

cgcgagcagt ggatgcagac cctgcgcaac gtcatcgacc tcaaggccga ccacatcagc      600

tgctacggcc tcaaggtcga gcccggcaca aagctctgga cctacaagga ctgcgcgaac      660

ctccccgacg acgacgcgca ggccgacatg tacttctacg ccgtcgagac gctcgagcag      720

ttcggctatc accagtatga gatctccaac ttcgcacacg acggcttcat ctgccgccac      780

aatatgaaat actgggtcgg cgacgagtat ctgggcttcg gcccgtgcgc ggcgtccgat      840

tttgccggcc gccggttcac catcgagccg aatctggaaa aatacatcaa gggcgtcatg      900

gaaaagggcg tcattctgtc ggagtcggag ctggtgccgc tgcgcgagcg cgcgggggaa      960

tacctgatgc tccgcctgcg gaccgtcgac ggcatcgaga agggcgaata tacccgctcg     1020

ttcctcctgc cgttcgagcc catcgaggag atcctcatcc gcctgcaggc gcaggaatat     1080

gcggccttct ccgccgggcg ctggcatctg acgccgaagg gcttcatgct gtccaactcc     1140

attctggtcg agctgctgga ggcgcagcag aagtcgcggc cgctgacaca gaagaagtaa     1200


<210>  402
<211>  1344
<212>  DNA
<213>  Ruminococcaceae

<400>  402
ttgactgaga aaaagaaacg attcctctcg ctgagcgtca agccgctgtt cgtgctgctg       60

ctggggctgg tgctgggcgt gggcgcggcg ctgctggccg agagcgtggg cgaggcggtc      120

atcgagcgct gctatctgag cgaagcggct gtattgaagc ggacgaaccg ggccgcgcag      180

gagctgcagg gctacgtccg gcagaacgct ctgacgaccc gcaatacgaa cgcgctggcc      240

cagtggggcg agagcaggaa ggactactat atcctgctct accgcgacca gcggcagatc      300

ctcgagatcg gctggtgggg cgcggacagc gccgcggtcg acgcctattc cctgaaggag      360

caggggggcg aggccgtcta cccgatcgcc ttccgcgacg ggacggtcta cgccgtgatc      420

tatgacaatt cggacagccg gctctacaat ctgacctgga tcgtctcgct gctgctgggc      480

tgcgccgtgc tggcgctgac gctgctggcg tataaccggc gcgtggcgcg caaggtcgtg      540

gccatctcgc acgaggtgca gtccatcggc gagggcaatc tctatctgca gctcgagccg      600

aagggcagcg acgagctcgc gcagctgacc gcgagcgtcg agcagatgcg gctgtctttg      660

ctgcgcaaga ccagcgagga gcagcgggcg ctgcagcaga acagcgatct catcaccgcc      720

atgtcgcacg acatccgcaa cccgctgacc gcgctgctgg ggtatctgga tctggcaaag      780

accgggcagt accggacgca ggaggagctg cagagctatc tggacgccgc ctacggcaag      840

gccgagcagc tcaagcggct gaccgacgag ctgttccgct actccctgct gttcggctgc      900

aaggagctgc cgctgcagct ggagcgctat gacgcgtcga tcctgctcgg ccagctcctg      960

ggcgagagcc gcgcgcagct gcagcagcag ggctttacgg tccagctgct cctgccgcag     1020

caggacgtgc agatcgaggc cgacgtgacc tacctcaagc gcgtgttcga caatctgttc     1080

gacaacatcc gcaaatatgc cgaccccgcc cggcccgtgg ccatcgcagc gctgctggag     1140

gatggggcgc tgcacgtctg cctgtccaac agcgtgaacc ccggcgcggg acgcatcgaa     1200

tccaacaaga tcggcctgcg cacctgcgcg aagatcatgg cgcagatgtc gggcagcttc     1260

aagcgctata ccgagagcgg gaagttcacc gccgaggtca tccttcccat cctgcccgca     1320

ggggacccgg acggcagttc ttaa                                            1344


<210>  403
<211>  1410
<212>  DNA
<213>  Ruminococcaceae

<400>  403
atgaaactga ctgattatct gggcgataag cccttctggc gcgtgaccgc gcggctggcg       60

ctgccggtgg cgctgcagaa cgtgctgacg agctcgttcc agctggtcga tacgatgatg      120

gtctcgcggc tcggcgacgt gacgctctcg gccgtcggca tggccgcgca gtggggctgg      180

ctgtgcaacc tgctgaactt cggcctgtgt tcgggcatga gcgtattcat ctcgcagtac      240

tggggcgtca aggatcacaa ggggatccgg cgcgtcatgg ggctggggct ggtgttctcg      300

ctgttcgtgt cgctgctgtt tctggccgtc gcgctggcgg ccccggcatg ggtcgtggga      360

ctttttaatc aggacccggg cgtgttggac gcgggctgcc ggtatctgcg gatcgtctgc      420

ttctcgtatc cggccgtcgc gctgacgtat ctgctgtcca acgtcctgcg cgggaccgag      480

cgcgtccggc tgccgctcta tgtctccatc gtcacgacca ttgccaacgc gtttgccgac      540

tacggcctga tcttcggcgc attcggcctg ccggagctcg gcgtgcaggg cgcggcgatc      600

gcgacgtgca tctcgtcgtg gctggggccg gtgctgatcc tgctgttttc cgtgtttgag      660

aaaaacatac tcatcggacc catgcgggag ctgtttgcgt tcagctggaa gcagctgggc      720

gagttctgca cgcgggcgct gcccgtcatg tcgaacgagg gactgtgggc cctcggcatg      780

ctgacgctca accgcatcta cgccaacatg ggctatgaat attacgcggg catgaccatc      840

ttcaagacgt tttcggaact ggccttcgcc ttcttcgtcg gccttggcgg cgcgtgcgtc      900

atcatggtcg gcaaatccat cggccagggc aagatccggc gcggcgtcgc cgacgcgcgg      960

cggttttccg tgctggtgcc gctgatgggc ctcatcgtgg gtctggccat gatcgcggcg     1020

cggcacccgc tcgtgtcgct gttcgccgcg ggcgacaatc tttcggccac gacgatctcg     1080

actgcctacg ccgtgacgat cttctgctcg ctggaatact gcttccgcaa catctcctac     1140

gtgcaggtcg tgggcgtgtt ccgctccggc ggcgatacgc tgacgggcat gctgttcgac     1200

ctcggaagtc tctggtgcgt gtcgatcccg ctgacgctgc tggctgcgcg cgtgctgcag     1260

ctgccgttta tcggcgtcgt gatcttcgcg tatctgggtg aggacatccc gaagagcatc     1320

ctctgcctgc tccacttcaa gagcatgcgc tggatccgcc ccgtcaccga ggagggccgg     1380

gccggtctgc gtgactatca gggcgaatga                                      1410


<210>  404
<211>  675
<212>  DNA
<213>  Ruminococcaceae

<400>  404
atgaagattc tgatcgtgga agatgaaaaa ctgctggcgg attcgctgcg ggcgatgctg       60

gaggggaagg gatttaccgt cgaggcggtc tatgacggcg agacgggggc ggagtatgcc      120

gagaccgggg tgtacgatct gctgattttg gacgtgatga tgccggggct ggacgggtat      180

caggtcgcgc ggcaggtgcg ggcccggcgc tgcgggacac cgatcttgat gctgacggcc      240

cggtcttcgc tcgaagaccg gatcgagggg ctcaacgcgg gcgcggacta ttacctgacg      300

aagccctttg acacgcggga gctgctggcg tgcatcggcg cgctgctgcg gcggcagggc      360

gcggaggtga acgagctctc ctacggcaac acggcgctcg acctgtcctc cggcacgctg      420

gtgtgcggtg aaaaacagct gcggctgtcg gcgcgcgagt ttgacgtgat gcggtatctg      480

ctgcagatga agggacagaa tgtctccaag gaggccattc tcgcccgcgt ctggggcttt      540

gactcgaacg cggtggaaaa ccacgtggag gtctacgtcg gcttcctgcg caagaagctc      600

aaggccctcg gctcgaacgt gcacatcgag gccgcgcggc ggctgggcta tcatctggag      660

gtggagggag catga                                                       675


<210>  405
<211>  852
<212>  DNA
<213>  Ruminococcaceae

<400>  405
atgaccacag cgatcgaagt cagccgcctg cgctacgcct acgacgcgca ggacggcgga       60

gaaacacata tcgtctttga cgggctggac ctgtcggtcc ggcaggggag cttcgtggcc      120

atcctcggcc acaacggctg cggcaaatct acgctggcca agcacttcaa cgccgtcctg      180

ctgccctccg gcggcagcgt gcacgtctac ggcatggaca cgaaggacga ggaacagctg      240

ctcgccatcc ggcagcacgt cggcatggtc tttcagaacc ccgacaacca gatcgtctcg      300

aacgtggtcg aggaggatgt ggccttcgcg cccgaaaacc tcggcgtccc gtcggaggag      360

atccgcaggc gcgtcgacga tgcgctccgc gccgtcggca tgtacgaata ccggacctat      420

gcgccgcagc tgctctccgg cggacagaag cagcgtgtgg ccatcgcagg cgtgctggcc      480

atgcagccgc agtgcgtcgt gctcgacgag ccgactgcca tgcttgaccc gcagggccgc      540

cgcgaggtgc tcgataccat cgagcggctc aaccgtgaaa agggcatcac cgtgatcctg      600

atcacgcacc atatggacga ggcggtccgc gccgggcgcg tgatcgccat gtcggaaggg      660

aagatcatcg ccgacggcac gccgcagcag gtcttcgcgc aggaaaagct gctccgcagc      720

gtcggacttg acgtcccgca gacagagcag ctgctgctgg cgctccgggc gcgcggcgtc      780

gacatcccca cggacgcgct cacgcccggg cagtgcgccc gcctgctcag acagtacatc      840

ccggcagtct ga                                                          852


<210>  406
<211>  582
<212>  DNA
<213>  Ruminococcaceae

<400>  406
ctgccgaaat ttcagaggga tggtcagcgg cagtcgcgtg gaatgtccaa cgcggaatac       60

tccacggcgt ccaaaggcga gagttggaaa tttgaactca tgcgcgtgat cgacgactgt      120

atgcgctgcg ccgggaatcg tgaggaattt ctagtactgc tccggtcgga aagttacaac      180

gctacttgga cagatggccg gaagaatatt acctacacca caccggacgg acgcaagtgc      240

cgtgacagca aattacatat agaaaaatac ttgaaagaaa atatggagac cgaatttgga      300

tacagaacgg agaatgacaa cacaagaaat gttgactcag cacaaaaagc tgatggacga      360

ggcgcaacgg ctggaaccca gcgtgatggt cacggagcgg aactggagcg cgctgctcga      420

aatgcagggc aggctgtttc ggcagcagat gcagttggac acggacctga aaatgcttct      480

gacgaaagca gaagcgcagg aatctctgat caagatgcaa acgagcgcag aaaatttcga      540

gaaacaggct gggagcctga acgagaggta ttcttccaac tg                         582


<210>  407
<211>  1407
<212>  DNA
<213>  Ruminococcaceae

<400>  407
atggaagcta tcatcaattt ctttaccggt acattgaata ccgtcgcctg gctgtatatt       60

ttcctgccat gtacgatcgt cggcggtttg tacctgacga tccgcaaccg tgggatccag      120

ttcacacgct ttggctacgc gatgaagaac acggtcggca agatgttcca gaagcaggag      180

gccggcgcgg gcgccgtcac cccgctgcag gccgttacca cggcgctggc cgcgacggtc      240

ggcactggca acatcgtcgg cacctcgcag gccatcgccc tcggcggcta cggcgcggtg      300

ttctggctgt ggctcgcggc gctgctcggc atgatcatca agtattccga ggtcacgctc      360

tccatcaagt accgggaacg tgacgctaag ggcgactggg tcggcggccc gatgtattac      420

gtcaaaaacg gcctcggcaa gcactggcag tgggtcggcg tgctgttctg cgtgttcgcg      480

gccatcgcct ccttcggcat cggcaacatg tcgcaggtca actccatcgt cggctcgctc      540

aacgacgcca tcgacgcctt catccccgcg gcagaagggg agcggaagct gctgaacctc      600

atcttcggcc ttgtgatcgc gggcctgatc ggcgtgatcc tcttcggcgg catcaagcgt      660

atcggcgcgg tggccgaaaa gctcgtcccg atcatgagca tcctctatat catctttgcc      720

ttcgtcgtca tcttcggcca cgccggcaac atcggcccgg ccttcgccaa gatcttccgc      780

acagccttca cgcccaaggc cctcggcggc gcggccagcg gcatcgcact caagcagacc      840

attgtctggg gcctgcgcag aagcgccttc tccaatgagg cgggcctcgg ctcagcggcc      900

atcgcgcacg cggcggccga taccaagggc cccgtccagc agggcctgta cggcatcttt      960

gaggtcttcg ccgataccat cgtcatctgc acgctgacgg ccatgaccat catctgcagc     1020

ggcgtcgaca tcaccttcgg ccagaaggtc ggctccgagc tcatcacgag cgcgttcgcc     1080

accatgttcg gcgtcaaatt cgcctctgtg ttcgtcgcgc tggcgctgac gctcttcgca     1140

ttcaccacgg tcctcggctg gtcgctctac ggcagccgct gcgtgcagta tctgttcggt     1200

ctcaaggtcg cgaagggcta tcaggtcctg ttcatcatca tcgttgtcgt cggcgcggtc     1260

gcctcgctcg acgtagtgtg ggacatcgcc gataccttca acggcctcat ggccatcccg     1320

aacttcgtcg ccctcttcgc cctctccggc gttgtggcga agctcacgaa agagtttttt     1380

gcggataaaa ccaagctgaa acagtaa                                         1407


<210>  408
<211>  2058
<212>  DNA
<213>  Ruminococcaceae

<400>  408
gtcgacaagc ccggccacct gtggtatatc cgctatccgc tctccgacgg ttccggcgac       60

atcgtcgtcg ccacgacccg cccggagacc atgatgggcg ataccggcgt ggccgtcaac      120

ccgaacgacg aaaagttcca gcacctcatc ggcaagacct gcatcctgcc catcatgaac      180

cgcgagatcc ccatcgtggg cgacgaatac tgcgagatcg gcttcggcac cggcgcggtc      240

aagatgactc cggcgcacga ccccaacgac tttgaggtcg gcctgcgcca caacctcgac      300

gtcatccgcg tcatcgccga caacggcacg atcaacgaaa acggcggcaa gtacaacggc      360

atggaccgct atgagtgccg caaggcgctc gtcaaggacc tcgaggagca gggctatctc      420

gtcaagaccg agccgtattc ccacaacgtc ggcacctgct accgctgcca taacgatgtc      480

gagccgctca tctccgcgca gtggttcgtc aagatgaagc ccctggccga ggaagccatc      540

cgcgtcgtca aggacggcac gatcaagttc gtccccgagc gcttctcgaa gacctacctc      600

aactggatgg aaaacgtcca cgactggtgc atctcccgcc agctctggtg gggccatcag      660

atccccgcgt ggtactgcga cgaatgcggc catatcaacg tctcccgcga agacccgacg      720

aagtgcgaga agtgcggctg cacgcatctg acccgcgacg aagatgtgct cgatacctgg      780

ttctcgtccg gcctgtggcc gttctccacg ctgggctggc cggatcttga ttccgaagac      840

ctcaaatact ggtacccgac gaccgacatg gtcacgggct atgatatcat cttcttctgg      900

gtggcgcgta tggtcgtctc cggcatggag cagatgaaaa aggagccgtt caagaccgtc      960

ttcatccacg gcctcgtgcg cgacgacaag ggccgcaaga tgtccaagtc tctcggcaac     1020

ggcatcgacc cgctggaaat ggccgagaag tacggcgcgg acgcgctgcg cttcaacctc     1080

atcaccggca actctcccgg caacgacatg cgcttctacg tcgaaaagtg cgaagccatg     1140

cgcaactttg ccaacaagat ctggaacgcg agccgctacg tgctcatgaa cctgaccgtg     1200

gaagagaccg gcctgcccga tgccgccgat cttgagatcg aggatcagtg ggtcctgaca     1260

aagctcaata cgctcataaa agaagtcacc gagaatatgg acgcctacga gcttggcgtg     1320

gcctccgcca aggtctatga cttcatctgg gatacctact gcgactggta tatcgagctc     1380

accaaggcca gactctacgg cgagaatgaa aagagcaagc tcgccgcgca gaaggtcctg     1440

gtctatgtgc tcgaccagtt cctgcggctg ctgcatccgt tcatgccgtt catcacggaa     1500

gagatctggc aggccatccc gcacgagggc aaattcctca tgctggccga ctggccgaag     1560

tacgacgaga gcctgaactt cggcgccgag gccgcgcaca tggagtccgt catgaacgcc     1620

atccgctcca tccgcaaccg ccgcgccgag atgaacgttc cgccgtcgaa gaagagcacg     1680

ctctacgtcg tgtccgacaa gggcgagatc ttccggcagg gcgcgggctt catctgccgt     1740

ctggcgtatg ctgataaggt catcatctgc gagaacgacc cggagggcca cgagaacatg     1800

gtctgcgtcg tcacgaatga cgccaagctc tatatcccgc tggaggagct gatcgacttt     1860

gagaaggagc tggcccgcct cgaaaaggaa aaggccaact gcctgaagca gatcgccatg     1920

ttcgagggca agctctcgaa cgaggccttc gtctcccgcg cgccggaaaa ggtcgtggcc     1980

gagcagcgcg agaagctcga aaagaacaga gccctgctcg cacagctgga agaaagtgaa     2040

aagcggctcc gccggtaa                                                   2058


<210>  409
<211>  1788
<212>  DNA
<213>  Ruminococcaceae

<400>  409
atgacgcagg acaaaattcg taacattgca atcatcgcgc acgtcgacca cggcaagacc       60

acgctggtcg accagatgct gaagcagggc ggcgtttacc gggagaatca ggccgtcgtg      120

gaccgcgtga tggactcggg cgatctcgag cgcgagcgcg gcatcacgat cctggccaag      180

aacacggccg tccactataa agattataag atcaacatcg tcgacacccc gggccacgcc      240

gatttctccg gcgaggtcga gcgcattctg aagatggtcg acggcgttct gctgctcgtc      300

gacgcagccg agggccccat gccccagacg cggttcgtgc tgcagaaggc gctcgagctt      360

ggccacaagg tcatcgttgt cgtcaacaag atcgaccggc ccgatgcccg cgtgcacgag      420

gtcatggacg aggtgctcga gctgctgctc gacctcaacg ccacggagga gcagttcgac      480

tcccccacca tcttctgttc ggcccgcgag ggcacgtcct cctacggccc cgacgaaaag      540

ggcaccgacc ttgtcccgct gtttgagacg atcgtcaact atatcgatcc tcccacgggc      600

gacgaaaacg gcccgctgca ggtgctcgtc tcctccatcg actacaacga gttcgtcggc      660

cggatgggca tcggccgcat cgagcgcggt acggtccacc agaaccagga ggtcatcgtc      720

tgcgactacc acgatccgtc tatcaaaaag aaggaaaagg tcgtcgcgct gtatgagttc      780

accggcctcg gccgcagccc catccagcag gcctccgcgg gcgagatcgt cgccttctcc      840

ggcatttccg atatcaccat cggccgcacg ctctgcgatc tcgagaccgt cgagccgctg      900

ccgttcgtca agatctccga cccgacgatc gagatgacct tctccgtcaa cgattccccg      960

ttcgccggcc gcgagggcaa atacgtcacc tcccgcaacc tgcgcgaccg tctgcagcgg     1020

gagcttctga aggacgtgtc gctgcacgtg accgagatgg gcaccgacgc cttcaacgtc     1080

gcgggccgcg gcgagatgca cctgtccatc ctcatcgaga ccatgcgccg cgagggttat     1140

gagttccagg tctccacgcc gcacgtgctc aacaagacca tcgacggcaa gctctgcgag     1200

ccgatcgagc gcatgatcgc cgacgtgccg gaggcctccg tcggctccgt catcgacaag     1260

atctcccagc gcaagggcga tctggtctcc atgaccccga tcggcagccg catgcggctg     1320

gaattcctgg tcccgaccag aggcctgttc ggctaccgca acgaattcct caccgacacc     1380

cgcggcgaag gcatcatggc ctccacgctc gacagctacg cacccgtcaa gggtgagatc     1440

tcccgccgtc tgaccggctc gctcgtcgca ttcgagaccg gcgagaccac cgcctacggc     1500

atcggcggcg tgcaggaccg cggctcgatg ttcatcgggc cgggcgtcga ggtctacgcc     1560

ggtatgatcg tcggccagtg caaccgcaat gaggacatgg ccgtcaacgt ctgcaagaaa     1620

aagcagctga ccaacatgcg tgccgccggt tccgacgcgg ccatccgcct cgtcccgccg     1680

gtcgtcctct cgctcgagca gtgcatggaa tacctcgccg acgacgagct gctggaggtc     1740

acccccaagt ccctccgcat gcgcaaacgc cagctcgacc acgccgcg                  1788


<210>  410
<211>  1773
<212>  DNA
<213>  Ruminococcaceae

<400>  410
atgaaacgaa gcgaacagga tatccggttc cagtgggacc tgacgaagat ctacccggac       60

acagccgcgt gggagaccgc catgcaggag gccgaggccg cgcttgcgcc gctgaaggac      120

ctccctggca cgctcggcac gtccaaggaa gcgttcaagc acgggctcga taccgtctac      180

gcctccatgc tcaaggtcga gctgccctat atctatgcgt ttttgaaaaa gaccgaagac      240

ggctccgttg cggaaaatca ggaaatggcc gcccgcagcg agagtctgct tgtcaagttc      300

agcgccgcga cggcgttcct gaaccccgag atccttgcca tcccggcaga aaagctggat      360

gcatggatgc aggacgaggc gctggcgacc taccggcaca cggtgaacga tatcgtccgc      420

atgcgtgcac atacgctcga cgctgcgcgg gagcagatgc tagccctgct gggcgacgca      480

gccggaacgc cgaaggccgc gtttgagatg ctgaccgacg tcgatctgca gctgccgatg      540

gtcaaaaacg acgcgggcga ggaggtccgc ctcacccccg gtacgttccc ggtttaccgt      600

gagagccgca gccgcgccgt gcgcgagggc gcgttccgcg ccatgttcgg cacctaccgg      660

cagtttggtg acgccatcgc cgcgctctac ggcggctccg tcaaattcga cacctatttc      720

tccaatcagc gcggctacgc ctccgcatgc gaagcggcgc tggacggtgg caacgtgccc      780

gtgtccgtct atgacagcct gatcgaggcc gtgcacgaga gcctgccctc catgcgcaag      840

tatctcgaac tgcgccgccg cgcgctgaag ctcgacaaga tcgacgtatt tgatctgtac      900

gtccccatcg tggaggacgt cgactatccc atcgcgtttg aggacgcgaa ggacctggtc      960

aagaaggcga cgctgccgct gggcgaggag taccagaagc tgctggaccg cgcgttcgcc     1020

gagcgctggg tcgacgtgta tgagaacgac ggcaagcagt ccggtgcgtt ctcctgcggc     1080

gtgttcggcg tgcatccgta tgtgctcatg aactatgccg ggacgctggg cgacgcgttc     1140

acgctggcac acgagctggg ccactccatg cactcctggt tctccgacac gacgcaggat     1200

tatgtcaatc acgattaccg catcatggtc gccgaggtcg cttcgacggt caacgaagtt     1260

ctgctgacca agtacctgct gaagaccgag acggatgaaa agcgccgcgc atatattctc     1320

aatcacttcc ttgagagctt ccgcacgacg ctctaccggc agacgctgtt cgcagagttc     1380

gagcgcaaag cgcacgatct ctatgccgcg ggtcagccgc tgacggcctc tgcgctcaac     1440

aaggtctatc acgatctcga agccacgtat tatgacggca tcggcatcga cgcggatatc     1500

gacccggaat ggtcgtatat ccctcacttc taccgcgcgt tctatgtcta tcagtacgcg     1560

accggcttct cctccgccgt ggccatcgcc gagcacatcc tgacgaccgg cgacgcaagc     1620

ggttatctga agttcctcac gaccggcggc agcgattatc cgctcgagga gctcaagatc     1680

gcgggcatcg acctcaccaa gcccgacact gtccgcagcg cgctgcgcgt cttcgacgag     1740

accgttgacg agctctctgc gctcctgctg tga                                  1773


<210>  411
<211>  1401
<212>  DNA
<213>  Ruminococcaceae

<400>  411
atgaaaaaag ttcaaattac tgaaactgtc cttcgtgatg ccaaccagtc tttgatggcg       60

acccgtcttc cgtattccga ttttgccgat atcctgccgg aaatgaacaa ggccggctac      120

tattcggtgg aatgctgggg cggcgctacg ttcgactcct gcctgcgtta cctgggcgag      180

gatccctggc agagactgcg cgacatccgc aaggccatgc ccgacaccaa gctgcagatg      240

ctgcttcgcg gccagaacct gctcggctac aagcactatc atgacgacgt cgtcgagaag      300

ttcgtcgagc tgtccatcaa gaacggcatc gacatcctgc gtatctttga cgcactgaac      360

gacttccgca acatcgccac cgcgctggaa gctaccaaga aatacgcgac caagaacacc      420

gtcgcctccg gctgtatctc ctacacccag agcccggtcc acacggtcga aaaatatgtc      480

gagatgtgca aggagctcaa gaacatgggc ttcgacacca tctgcctgaa ggatatggcc      540

ggcaccatga gcccgtacga ggccgagcac ctcatcaagg gcatcaagga cgccgtcggc      600

gatgttcccc tcatcctgca cacccactgc accaccggca tggcttacat gaccgtgacg      660

aaggccatcg agtccggcat cgacgtgatc gactgcgcga cctcctgctt ctccaacggc      720

accagccagc cctccaccga gaccatgttc tacgccctcg gccagtacgg catcgagacc      780

ggcctcaatg aggacgtcat caacaaggtc aacgactact tcaagcccat caagcagaag      840

tacgtcgatt ccggccgcat cagcgccaag tccatggcga ccgacgcgca ggcgctggtc      900

tacaaggtcc cgggcggcat gctctccaac atgatcgcca acctgaccga catgaaggct      960

atggacaagt tcgacgccgc gctcaaggag atccccgaag tccgcaagga tctgggctat     1020

cccccgctgg tcaccccgct gagccagatg gtcggcaacc aggccgttac caacgtcctg     1080

atgggcgagc gctacaagat cgtctccaag gaagtgcaga actatttcaa gggccagtac     1140

ggcatcgcgc ccgcgcctgt ctctgaagag ctgcaggcca agatcctcgg cgagggcggc     1200

aagcccgtcg actgccgcat cgaagacgcc aagcgcaccg gcgaagactt caagaaggcc     1260

aaggaagccc tcggcgatct ggcgaagagc gaagaggatg tcatgagcta tatctgctat     1320

ccggatcagg ccatgaagtt cttcgaagac cgcaaggcca aggaagaaaa cgtctgcacc     1380

tacgtcatcg aagaagcata a                                               1401


<210>  412
<211>  1938
<212>  DNA
<213>  Ruminococcaceae

<400>  412
ggtctggcgc agcggatcgt ggcgaacgag gtcccgaagt cgctgcagga caagacgatc       60

ttctcgctcg acatgggtgc gctgatcgcg ggcgcaaaat accgcggcga gtttgaggaa      120

cggctgaagg ccgtgctggc cgaggtcaag aagtccgaag gccgcatcat cctgttcatc      180

gacgagctgc acaccatcgt gggcgcaggc aagaccgaag gctcgatgga cgcaggcaac      240

ctcctgaagc cgatgctcgc gcgcggcgag ctgcactgca tcggcgcgac cacgctcgac      300

gaataccgcc agtatatcga aaaggatccc gcgctcgagc gccggttgca gaccgttctg      360

gtgcaggagc cgacggtgga ggataccatc gccatcctgc gtggtctgga atcccgctac      420

gaggtcttcc acggcgtcaa gatcaccgac aacgccatca tcgccgccgc cacgctcagt      480

aaccgctata tcaccgaccg gttcctgccc gacaaggcca tcgacctcat cgacgaggcc      540

tgcgccatga tccgcaccga gatggactcc atgccgaccg agctggacgt catcaaccgc      600

aagatcatcc agatgcagat cgaggaggcc gcgctcaaga acgaagacga cgagctctcc      660

aaggcaagac ttgccgagct gcagaaggag ctggccgagc agcgcgagac cttcaacgcc      720

atgaaggcca aatgggaaaa cgaaaagaac gccatcggcc gcgtgcagca gctgcgtgag      780

aagatcgagc agctgaaccg cgacatcgaa gccgccgagc agagctacga cctcgaaaag      840

gccgcgaagc tcaaatacgg cgacctgccc gaggcgaaaa agcagctcga gcaggaggaa      900

aagctggcgc agaacggcaa ggagacgagt ctgctgcgca acaaggtcac agaggaggag      960

atcgccagga tcatcgagcg ctggaccggc atccccactg cccgcctcat ggagggcgag     1020

cgcgacaagc tgctgcatct cgaagatacg ctccacaagc gcgtcgtcgg ccaggatgag     1080

gccgtgcgcg tcgtctccga ggccatccag cgcagccgcg ccggcatcca ggacccgaac     1140

cgcccgctcg gctcgttcct cttcctcggc cccaccggcg tcggcaagac ggagctggcc     1200

aagacgctgg ccgaagccct gtttgacgat gaaaagaacc tcgtgcgcat cgacatgtcg     1260

gagtatatgg agaaattctc cgtctcgcgt ctgatcggcg cacctcccgg atacgtgggc     1320

tatgaagagg gcggccagct gactgaggcc gtccgccgcc gcccgtactc cgtcatcctc     1380

tttgacgaga tcgaaaaggc gcatccggac gtgttcaaca tcctcctgca ggtcctcgac     1440

gacggccgca tcaccgactc gcagggccgg accgtggact tcaagaacac catcatcatc     1500

ctgacctcca acctcggctc gcaggcgatc ctggacggca tcacgccggc gggcgagatc     1560

tcggaggaag cgaaaaacga agtgcagacg ctcctgcgcc gcagcttccg ccccgaattc     1620

ctcaaccggc tcgacgagat cgtgttctac aagccgctct cgaaggagaa catcaccggc     1680

atcatcgacc tgcagatcgc cgcgctcaac aagcgccttg ccgacaagca gctcacgtgc     1740

gagctgacgc ccgccgccaa gaccttcgtc atcgacgcgg cctacgaccc gcagttcggc     1800

gcaagacccc tgcgccggta tctgcagcac acggtcgaaa cgctgctcgc ccagcgcatc     1860

ctgcgcggcg acgtgcttcc cggccagaca ctggtctgcg acgtgcagaa cggcgagctg     1920

gtcatcacgg caaagtaa                                                   1938


<210>  413
<211>  1863
<212>  DNA
<213>  Ruminococcaceae

<400>  413
atgaagacat tgtttgaacg cgtcttcaac ggctctgacg agatgttcgc caaggccgag       60

gaagaagtta acaagatcgt ggctgaagtc ggccgcgacg ctcccctgac gcttccctcc      120

accgcttatt tctgcgcctg tatctatgcc tacatcggca agaaggtcac cacgaccggc      180

gagctgcagg atgcgctggc cgacgtgaag gccatgatgc tccgcgaacc gcgcacgcac      240

tccatcttcc agtccggcgt cggcaccgcc atcgccgccg agatgatcga ggcctgcaag      300

tatgtcaaga cccagacccc gtatgagggc accaactacc acggccactt caccgacgcg      360

gaagtgcgtg agctgggcgt tccccttgtc accggcgata tccccggctt cgtcgtcatg      420

atcgggccgg ctccgtccac cgaggaagcg gttgagacca tcaagggcta tcagtcccgc      480

ggtatcttcg tgttcctgat cggcggcatc atcgagcagg ctgtcgaggc cggtctttcc      540

atgagcttcc ccgtccgtgt cgttccggtc ggcgaggaga tctggtccgt cggtcacgtc      600

atctccctgg tcgtgcgcgc ggccatgatc ttcggcgcca tccagccggg cgacgtcgag      660

ggcttccata agtacacctt cgaccgcatc aacgcgtttg tcaacgcgta caagccggtc      720

aacgatatca ccgtcgcctg cggcgcgggc gccatcaagc tcggcttccc ggtcatcacc      780

aacgaccacg acgatatgtg ggccgtgccg aagtccctca tcatctacga tgacaccaag      840

gactggatcg acacctccat cgaggcccgc ggcatcaagc tgaagatcac gaagatcgac      900

atccccgtct ccttctcctc cgcattcgaa ggcgagatca tccgcaaggg cgacatgcag      960

gtcgagatcg acggctcccg caaggactgc ttcgagctcg tcaccaccaa ggacgcctcc     1020

gaggtcgagg atcacaagat cgaggtcgtc ggccctgaga tcgacgagat cccggtcggt     1080

tccaagatct ccatgagcta caccgtcgag gtcgcaggca aggccatgca gcccgacttt     1140

gagccggtct tcgagcgtaa gatccactcc ttcctcaact gcgtggaagg tctcatgcac     1200

accggccagc gcgatatgat ccgcgtgcgt atcagcaagg cggacttcga agccggcttc     1260

aagttcaagc acatcggcga ggtgctctat gccaagatca agtccgagtt cgatacggtc     1320

gttgacaagt gccaggtccg catcgtcgtc ggcgacgagc cgaacgccga gctgcgcaag     1380

cacgccaacg aggtcttcga caagcgcgac gagcgtctga agtccatgac cgacgaatcc     1440

gtgcccgtgt tctattcctg catcatgtgc caggcgttct ccccgagcca cgtgtgcatc     1500

gtcaccccgg aacgtctggg tctgtgcggc gccgtgtcct ggctggacgc gaaggccacc     1560

aacgagctcg acccgcaggg tccctgccag gtcgtcacca aggagcgctg catcgacgag     1620

cgcaccggcc gctacgaaga cgtcgacgag gctgtcgcgc agtactcgca cggcgcgctg     1680

gagcacgtca cgctgtactc cctgctcgag gatccgatga cctcctgcgg ctgcttcgag     1740

tgcatctgcg gcatcgagcc gtgctcgatg ggcgtcgtca tcacctgccg tgaatacgcc     1800

ggcatcaccc cgctcggcat gaccttctcc gagatggcct ccatgaccgg cggcggcgtg     1860

cag                                                                   1863


<210>  414
<211>  648
<212>  DNA
<213>  Ruminococcaceae

<400>  414
atgaaggaac acaattttgg cccccatgtc cacattatgg atcatccgct ggtatcgcac       60

aagctcacca tcatgcgcga caaggacacc agcgtcaagg atttccgcga gctggtcagt      120

gagatcggca tgctcatcac ctacgaggca acccgcgacc tgcccatgac caccaagcac      180

atcgaaacgc cgatctgcga gatggacgca ccgacgctgg cgggcaagaa gttcgccgtc      240

gttcccatcc tgcgcgcggg cctcggcctt gtcgacggcg ttctgcgcat ggttccgtcc      300

gcgcgtgtcg gccacatcgg catgttccgc gacgaggaga ccctcatccc gcacgtctat      360

ttctgcaaaa tgcctaagga cgttgctgag cgcgacatct tgatcgtcga cccgatgctc      420

gctaccggcg gctcggctgc cgcagccatc gacgagatga aaaagcgcgg ctgcaagcac      480

atcaagctca tggttctcgt cgccgctccc gaaggcattg aatacctcat caagaaccat      540

ccggacgttg agatctacgc cggcgcgctc gacgatcacc tcaacgagca cggctatatc      600

gtaccgggtc tgggcgacgc aggcgatcgg atcttcggaa cgaagtaa                   648


<210>  415
<211>  2484
<212>  DNA
<213>  Ruminococcaceae

<400>  415
atgccgaaat ctttgtatat cgatcccgta aaagtccgcg aacccggcta tattcatttt       60

gaagacattc ctgtctgcca gtataacaag accatcaagc aggagctcga agagggcaac      120

tacactaagg aagacctgat ccgcatctac cgcgacatgg ccatttgccg tgagttcgag      180

cacatgctca ccctcatcaa gacccaggcc aactacaacg gcgtcgagac gacctatccc      240

ggccccgcgc acctgtccct cggccaggaa gcttcctgcg tcggcgaagc gtaccttctg      300

acgaaggacg acatcacctt cggttcccac agaagccatt ccgagatcct ctccaagggc      360

ctgagctgca tcaacaagct ctccgatgaa gaactcatga gcaccatgga aaacttcctc      420

ggcggcaaga ccctggcagc tgtcaagaag ttcgccgata cctccgacgt caaggagctg      480

gccatccgct tcctgctcta cggcaccgtc gctgagatct ttgcccgtga gaacggcttc      540

catcacggca tgggcggctc catgcacgcg ttcttcctgc cgttcggcat ctaccccaac      600

aacgctatcg tcggcggctc cgccccgatc gcgacgggcg ctgcgctgta tcagaagaac      660

aacgacaaga agggcgtcgt cgtctgcaac atcggcgatg cgtccctcgg ctgcggccct      720

gtctacgagg ccatgaactt ctccgccatg gaccagttca agaccctgtg ggaagaaggc      780

cggaagggcg gcctgcccat catcttcaac gtctttgaca acttctacgg catgggcggc      840

cagaccatgg gcgagactat ggcctacaac atgcccgccc gtctcggcgc cggcatcacc      900

ccgagccaga tgcacgcaga gcgtgtcgac ggctggaatc cgctggctgt catcgacgcc      960

tacaagcgca agatggagct catcaagaac aacgaaggcc ccgtcctgct cgacgtcgtg     1020

acctatcgtc tcgtcggcca ctccacctcc gaccagaacg cctaccgtac caaggaagag     1080

atcgaagact ggcgcagcca tgacccgatc gtcaagttcc gcgaggctct cgtggaagct     1140

ggcgtcgagt ccgacgagtt cttcgccaag ctcctgcagg ataccgccga ccgcatgacc     1200

atgatctgcc gcgcggctga cgacaaggag atctctccgt atgtcgactt cgacaagaac     1260

ccggattacc ttgcaaacct gatgttctcc aacgagaccg tccgctccat gggcgctccc     1320

gatcagaagc tgaacgttac tggcccgaag gagagctgca agcgctatgc tgacctggcc     1380

aagaaggagc acttcgcgtt cgataaggac ggcaataagt tctccgacat gaaggtctac     1440

aacatccgcg acgcgatctt tgagccgttg atcaacaagt actacgaaga cccgacgctc     1500

gtcgcctatg gcgaagacgt gcgtgactgg ggcggcgctt atgctgtcta ccgcggcctg     1560

atggatgtca ttccgcactc cagactcttc aactctccga tctccgaggc tgccatcgtc     1620

ggcaccgccg tcggttactg catgtgcggc ggccgcgcag tcgtcgagct catgtactgc     1680

gacttccttg gccgtgcagg cgatgaagtc ttcaaccaga tgtccaagtg gcaggccatg     1740

tccgccggta tcctgaagat gccgatgatc ctgcgtatgt ccgtcggtgc caagtacggc     1800

gcgcagcact cgcaggactg ggtcgccatc gtctcccaca tccccggcct gaaggtcttc     1860

ttcccggcca ccccgtatga ggccaagggc atcatgcagg cggctctgaa cggcaccgat     1920

ccctgcgtca tcttcgaatc ccagcgtatc tacggcaagg gcgaagaatt ccacgagggc     1980

ggcgttcccg cggaagagta tgaatgggcg cccggcgctg tcaacaaggt ccgcgacggc     2040

aaggatctga ccatcctcac catcggcgcg acgctgtacc gcgcagtcga cgcagccaag     2100

acgctctccg agaagtacgg cgtggaagcc gacgtcatca acatgccgtc tctggtcccg     2160

ctggattata ccgatctgat cgcttccgtc aagaagaccg gccgcgtggt cctggcctcc     2220

gacgcctgcg caagaggcac cttcctcaac gagatcgcgg agaacctgac gaatatgtgc     2280

ttcgactatc tggatgcgcc tcccgtcgtc atcggcgcgc gcaactggat cactccgccg     2340

cacgagttcg acaagtactt cttcccgtat gccgagtgga tcattgacgc tgtcaatgcc     2400

cgcctgatcc cgctggaggg ctatacctcc accacgaccc cggacgaggc tgagatcatc     2460

cgccgcaaca agctgggtgt gtaa                                            2484


<210>  416
<211>  1950
<212>  DNA
<213>  Ruminococcaceae

<400>  416
atgcagatca gatcagctga gacggcgggc ttctgcttcg gcgtggagcg ggccgtgagc       60

ctggcggagc agaccgcgaa gtcctgcgcg tccgccgtga cgctcgggcc gatcatccac      120

aaccgccatg tcgtcgagcg cttcgaggcc atgggcctgc gtgagatcgc ccgcgccgag      180

gatgcgcagc ccggccagac cgtcgtcatc cgcgcgcacg gcattccggt cagcgagcag      240

cagacgctcg ccgcgcgcgg ggcaaagctc gtggacgcga catgcccctt cgtcaagaag      300

atccacgtta tcgcccggca ggccgaggaa gcgggcaggc atctgctcat catcggcacg      360

cccacgcacc cggaggtcac ggccatcgcg agctattcct ctgacgcgca cgtgtttcag      420

acggctgaag cgctcgaaag ctggctgaca gaggcgcccg ggcggcgcga tttgccgttt      480

tgtatggttt cccagacgac aggaacgcaa aaattgtggg aatcatgccg ggaaattgca      540

aaaaaggtgt gtacaaactg cgaaatattt gatacaatat gcagagctac ggaaatgcgg      600

caggaagaag cagcgtttct ttcaaagagt tgtgatgcga tggtcgttgt cggggatgcg      660

aggagctcca atacggggcg tcttgccatg atctgcagcg agaattgccc gaaggtggta      720

ctcgtcgatc atgccgatga actggacatg tccctttttc atggcgcagc tactgtgggt      780

ataacggccg gtgcctcgac accgccgtgg ataattaagg aggtaaacaa caaaatgagc      840

gaagaactga aagttgaaac tgcacaggag gagaattttg ccgagcttct cgagcagtcc      900

ctcaaaactt tgaataatgg agataaggta acaggcaccg tcatggctat cggttccacc      960

gagatcgaag tcgacctcgg caccaagcac acggcctaca tcccgctgga cgatttctcc     1020

ggcgatccgt ccgtcaagcc cgaagacgtc gtccatgtcg gcgacgagat cgaagcgatc     1080

gttgtccatg tcaacgacgg ggaaggcgtt gtccgcctgt cccgcaagcg tctcgaggcc     1140

ggcaaggcct gggaagagat cgaagctgcc gtggaagaca agacggtcct cgaaggtgtt     1200

gtcaccgaag agaacaaggg cggcatcgtc gtcaacgtca agggcatccg cgtgttcgtt     1260

cccgcttccc agtccggcgt gcccaagggc ggcgatctga gcgagatggt cggcaagacc     1320

gtccagctgc gcatgaccga ggtcaaccgt gcccgccgcc gcgtcgtcgg ctccatccgt     1380

tccgtcgcag ccgagcggcg taaggccgcg caggagaaga tctggagcga gatcgaggtc     1440

ggcaagcagt atcacggcac tgtcaagtcc ctcaccagct acggcgcgtt cgtcgacatc     1500

ggcggcgttg acggcatggt ccatgtctcc gagctgagct ggaaccgcat caagaatccg     1560

tccgaggtcg tcaaggtcgg cgacgagatc gacgtctacg tcatcgctct cgatcccgaa     1620

aagcgcaaga tctccctcgg ctacaagacc gaagcgacca acccctggac cctgttcaac     1680

aaccagttcc aggtcggcga cgttgccaag gtcaagatcg tcaagctcat gaccttcggc     1740

gctttcgctg agatcatccc gggcgttgac ggcctcatcc acatctccca gatcgcggat     1800

cgccgcatcg gcaagccgga ggacgttctg tccgagggtc aggaagtcga tgcgaagatc     1860

atcgacatcg atcaggagca caagcgcatc tccctgtcca tccgtgctct gctggctccg     1920

gccgcagacg aagcggaaga cgccgagtaa                                      1950


<210>  417
<211>  1728
<212>  DNA
<213>  Ruminococcaceae

<400>  417
atgaagaaac tgcttgtcta tctgcggccc taccggctgc aggccatcct cgcgcccgtg       60

ttcaagctgc tggaggcggc gtttgagctg ctggtgccgc tcatcatggc agatatcatc      120

gacgtcggca tcgcggcggg cgacatgggc tatatcctga aaaaatgcct gctgctcgtg      180

ggcctcggcc tgtgcggctt tgccagcgcg acctgcgcgc agtattgttc cgccaaggcc      240

gcgaccggcg cgacggccag tctgcgccac gcgctctttg cgcatatcca gtcgctgtcg      300

tatgcggagc tcgataccat cggcccggcc acgctcgtca cgcggatgac gagcgacatg      360

aaccaggtgc agaccggcct caacctcacg ctgcggctgc tgctgcgctc gccgatcgtc      420

gtgttcggct cgatgatcat ggcgtttacg atcgacgtgc gctcggcgct catcttcgtc      480

gtgacgatcc cggtgctctt tgccatcgtc tttgccatca tgctcagctg catcccgctc      540

taccgccggg tgcaggcgaa gctcgacggc gtgacgggcg cggcgcagga gaacctgtcc      600

ggcgtgcgcg tcatccgcgc ctttacccgc gagcagaccg agacggagag ctttgacggc      660

cggctggacg gactgtttgc cgcgcagcgg ttcgtgggca agctgtcggc gcttttgaac      720

ccgctgacgt atgtggtcat caatctggcg atcgtggcga tcttaaagac cggcagcgtc      780

cgcgtggacg cgggcgtcat cacgcagggc cagctgatcg cgctgtataa ctacatgtcg      840

cagatcctgg tcgagctcat caagttcgcc aacctgatcc tgaacatcac aaaatccgtc      900

gcctgcgcgg gccggatctc gcaggtgctg gagacgaagt ccagcatggc cgacgggcag      960

gacgccctgc cggacggcag cggcagcccg gcgctgcagt tctgcggcgt ctcgttccgc     1020

tatcccggcg cgggcgcgga cgcgctcagc gatatcagct tctccgccgc gcccgggcag     1080

accatcggcg tcatcggcgg caccggcgcg ggcaaatcca cgctggcgaa cctcatcccg     1140

cggttttacg acgcgacgca gggacaggtc cttgtgtgcg gcgaagacgt gcggcagctg     1200

cggctgcagg cgctgcggcc ctcgatcggt gtcgtgccgc agaaggcgct gctcttctcc     1260

ggcaccatcc gcgacaatct ccgctggggc aatgcccagg ccagcgatga agacctctgg     1320

caggcactgc aggacgcgca ggccgatcag gtcgtccgcg gcaagcaggg cggactggac     1380

gcggaagtcg agcccggcgg gcgcaatttc tccggcggcc agcgccagcg gctgacgatc     1440

gcccgcgcgc tggtgcggag acctgcgatc ctcatcctcg acgacagcgc ctccgcgctg     1500

gactttgcca ccgacgccgc gcttcgcaag gcgctggcgc atctgccgtg gaagcccacg     1560

gtcgtgctga tctcgcagcg cgtgtcctcc atccgccacg cggatcagat cctcgtgctc     1620

gacgacggcc gtctggccgg gaccggcacg catgacaagc tgctgcagag ctgcccggtc     1680

tatcaggaga tctgccgctc gcagtataag aaggaggatg cgcaatga                  1728


<210>  418
<211>  1452
<212>  DNA
<213>  Ruminococcaceae

<400>  418
atgtacctgt acaactctgc gacccataaa aaagaagaat tcatccccaa cgacccgaag       60

ctggtcaaaa tgtacacctg cggccccacg gtctatcatt ttgcccatat cggcaacctc      120

cgcagctata tcatggagga tgtgctggaa aagtatctgc gttacgccgg gtatccggtc      180

aagcgcgtca tgaacatcac cgacgtcggc catctgacct ctgatgccga tgagggagag      240

gacaagatgc tcaagggcgc ccgccgcgag cacaagaccg tcatggagat cgccaagttc      300

tataccgatg ccttctttga cgactgccgc aagctcaaca tcaagcggcc ggatgttgtc      360

cagcccgcga ccggctgcat cgacgagtat atcaagatca tcacgaagct gctcgatact      420

ggctatgcct atatcgaggg cggcaatgtc tactttgata cctccaagct cgaaaaatac      480

tacattttca acgagcacaa ggaagaagac ctcgccgtcg gcgtccgcga gggcgtggaa      540

gaggacacga acaagcgcaa caagaacgac tttgtgctct ggttcaccaa gtccaagttt      600

gaggaccagg cgctcaagtg ggattcgccc tggggcgtcg gctatcccgg ctggcacatc      660

gagtgctccg gcatttccct caagtatctg ggcgaggatc tggatatcca ctgcggcggc      720

atcgacaatg cgttcccgca ccacaccaac gagatcgcgc agtcggaaag ctacatcggc      780

caccactggt gcaactactg gatgcatgtc atgcatctga atacggccag cggcaaaatg      840

tccaaatcca agggcgagtt cctgacggtc tcgctgctgg agcagaaggg ctatgaccca      900

ctgtgctacc gcctgttctg cctgcagagc cattaccgcc gcaatctggt cttctcgtgg      960

gaaaacctcg acaacgcagc cgggacctac cagaagctcc tgaccaagat cgccgccctg     1020

aagcccggcg acggcgagat cgacgaggcc gccgtcacgg ccctgcgtga gaaattcaac     1080

gccgctctcg gcaacgacct caatacctcg ctggccatca ccgcgctcta cgacgtgctc     1140

aagtacaaga cgaacgacgc caccaagctg ttcgtgctgg acgatttcga caaggtcctg     1200

agtctggacc tctgcaacaa ggccgcggag atccgcaagc gcaatgcagc agaaaagccg     1260

gcagctggtg cgtattccat cttctgcgag gatggcagcg acgatcccgc cgtcactgcg     1320

cagatccagg cgcgctacga cgcgaaaaag gccaaaaact tcgccgaggc cgaccgcatc     1380

cgcgacgaac tcaaagccca gggcatcgag atcaccgaca tccccggcgg cgccaagtgg     1440

aagcatatct ga                                                         1452


<210>  419
<211>  1380
<212>  DNA
<213>  Ruminococcaceae

<400>  419
atggcagaaa acaatttttc cctgcagaag accctgacca tgctgctcga cgagaagaag       60

taccattctc ttcgggacat cctcagcacc atgaatcccg ccgacatcgc cgccatcttt      120

gacgatctcg accaggcctg cctgccgctg ctgttccggc tgctgccgaa ggagctggcc      180

gcggagacct tcgtcgaaat ggagccggag gcgcaggagc tgctgatccg cggcttctcg      240

gattcggagc tgaaggaggt catcgacgag ctctacgtcg atgacgccgt cgatatcgtg      300

gaggaaatgc ccgcgaacgt cgtgcagcga attttatccc aggccgagcc ggacatgcgc      360

aagcagatca acgagatcct gcgctatccc gaggattccg ccggctcgat catgaccacc      420

gaatatgtct ccctgcgccc gaacatgacg gtcgaggaag cgatcctgcg catccgccgc      480

acgggcatcg acaaggagac gatctacacc tgctacgtca cccgcggcca caagctcatc      540

ggcctgacca gcgtcaagga cctgcttctg tgcgaggatg acgacgcgac catcgagtcg      600

atcatgcagg agcacgtcat cacggtcagc acgctcgacg acaaagagca ggtcgcccag      660

atgttcagca agtacaactt cctcgccctg ccggtcgtcg acacggaaga ccggctggtc      720

ggtatcgtca cgttcgatga cgccatggac gtcatggaag acgaggccac cgaggatatg      780

gaaaaaatgg ccgctatgct cccgtccgag catccgtaca tgcggtcgac gccgatcgag      840

atctggaaaa accgcatccc gtggctgctg ctgctgatgg tctccgccac gctgacgggc      900

atcgtcatca caaggtttga aaactcgctg gccgccctcc cctgcctcac ggccttcatc      960

cccatgctca tggacaccgg cggcaactcc ggctcgcagg cctgcgtctc gatcatccgc     1020

ggcatcagcc tgaacgagat cgagttccgc gaccttggcc gggtcgtgtg gaaggagatc     1080

cgcgtgtccg tgctctgcgg cgtgtgcctg gcagtggcgt gcttcgcgaa gatcgtcgtg     1140

gtcgacatgc tgctgctgaa gagcgagagc gtcacgtatc tggtcgcctt cgtcgtctgc     1200

gccacgatgg ccgtgacggt gtgtctggcc aagatcgtcg gctcgacgct gccgctgctg     1260

gccaagaagc tcggcttcga cccggccgtc atggcctccc cgatcatcac gacgatcgtc     1320

gactttttgt ctctgctcgt ctacttcgcc ttcgcgaccg cgatcctcgg catcgggtaa     1380


<210>  420
<211>  1353
<212>  DNA
<213>  Ruminococcaceae

<400>  420
atgatcgcag tgcttgcctg caagctctgc cggagcctga tccgcctgct gggcagaggc       60

ggcacggatt tccccgggcg cgtagcgctc aagctctgcc cgaacctgct gggtgaactt      120

gcaaagaacg tgacgacggt gatcgtcacg ggcaccaacg gcaagaccac gacgtcccgt      180

atgatcgagc agtcgtggca ggacgctgga atctcttact ttgccaacaa atccggcgcg      240

aacctcctgt ccggcgtcac ggcggaattt gccgtccatt cgacgctgac cggccgctgc      300

aaatacccct acgccctcat cgaggcggac gaggcggcgc tgaagttcat cagcaaatac      360

gtcgacgcca aagtcatcgt cttcacgaac gtcttccgcg accagctcga ccgctacggc      420

gaggtcacgc atacgctcga aaagctccgc atcggcgcga agaacagccc caacgccgtc      480

ctgtgcctca acgcggacga ttcccttatc acgagcctgc atgacgacgt gccgaacccg      540

gtcctgttct acggcgtcag cacgccgatc tatgccgggc acgtgacgga ggtctccgac      600

gcgccctact gcatcaagtg caagagcgag tacgaatacg acttcgtgac ctacggccat      660

ctgggcggct accgctgccc gcactgcggc tatgcgcggc cgacacccga tctgtgcgtg      720

agccgcatcg tcacgagcga cgaggagcat tccgaggtcg tcttccgcga cggccagacc      780

gagatccctg cgtcgatcaa cctgccgggc ggctacaaca tttataatgc ctgcgccgcc      840

atgacggccg cgaaggcact gggcctggat ctgacgaagg ccgcgcagtc tctgtcgcac      900

ttcgcctgcg gcttcggacg catggagaaa ttcgaaatag gcggcgccga cgtgcgcatg      960

atcctcatca aaaatcccgc cggctgcaac caggtgctga gcttcctcac gcagcgcacc     1020

gagccgttcg tcttcgccgc ctgcctcaac gaccgcacgc aggacggccg cgacgtcagc     1080

tggatctggg atgtggcctt cgaacgcctg actgatatgg acgcgctccg cgaggtctat     1140

ctctccggca cccgcgcgga ggacatggca ctgcgcttcc tctacgccgg cttcccgcag     1200

gagaagctgc atgtgcagaa ggattacggc aagctgatgg aagaggcgac ggcgcataag     1260

ctgcccgtct tcgtcatgcc gacctatacg gccatgctgg ccctgcgcgg tacgatcagc     1320

aaaacctacg gctataagca attctgggag taa                                  1353


<210>  421
<211>  2286
<212>  DNA
<213>  Ruminococcaceae

<400>  421
atgacgaccc agacaacaac gacccccgcc gtaagccccc tgatggagat cgcgctccgt       60

atccgcgaga tgcgccgcat caccggcttc accgaaaagg agatggctga aaagaccggc      120

gtgacggaag cggaatacag aagctacgag accggcacgg tcgatctgcc gttcaccttc      180

ctgcacaagt gttcgctggc cttcggcctc gagttgaccg atctgcttga gggccagtcg      240

gccaagcttt cgagctacag cgtcacgcgc aagggctgcg gcctcatcac cgccgccgaa      300

gacggcatca ccatccgcaa catggcggca ctgttccgtc agaagctggc cacgccctac      360

tgggtcacct atcagtattc cgaggagctg cagaaccagc ccatccacac caccacccac      420

ggcggccagg aatttgatct cgtgctcaag ggctcgatgc gcgtgcgcgt cggcgaccat      480

gaggagacgc tccacgaggg cgacagcatc ttctacaaga gctccacgcc ccacggcatg      540

atcgccgtcg acggcgccga ctgcaccttc ctcgccatga tcatggcgag cacagaggag      600

gagcaggcca tcgtcgtccg tccccgggcc gtcgaggagg tccagcccga gcagcttctg      660

tgttcgcact tcgtccagcc ggtggagaac gaggacggca gtctcaagga gctccatttt      720

gcgcatgagg acgaattcaa ctttgccttc gacatcgtcg acggcatcgc cagaaggagc      780

ccggacaagc tcgccatgct gcacgtggcg aacgacatga ccgagcgccg cttcaccttc      840

aaggacatga aggacggctc gagccaggcg gccaactact tcacctccct cggcatcaag      900

cgcggcgacc gcgtcatgct ggtcctgaag cggcactatc agttctggtt cgccatcctc      960

ggcctgcaca agctcggcgc catcgccatc ccggcgacca accagctgct tgcgcacgac     1020

tttacctacc gcttccaggc agccggcgtg agcgccatcg tctgtaccgc cgacggcgac     1080

accgcccatc aggtcgatct ggcgctcgag gagacgggcc tgcccgtcac gaagatcatc     1140

gccaacggca cgcgcgaggg ctggcacagc tttgacgacg agtacaagct cttctcccgc     1200

cgctatgtcc gcgaggcgga cgccccctgc ggcaaagatc ccatgctcat gttcttcacc     1260

tccggcacga ccggctatcc gaagatcgcc atgcacagct acaaatacgc gctcggccac     1320

tttgtgaccg ccaagtactg gcactgggtc cagcccgacg gcctgcactt tacgatctcc     1380

gagaccggct ggggcaaggc gctctggggc aagctctacg gccagtggct gtgcgaaggc     1440

gcggtcttca cctacgactt tgaccgcttc gacgcctcga agattctgcc catgttcgcc     1500

aagtatcaca tcaccacgtt ctgcgcgcct cccacgatgt accgcatgct catcaagcag     1560

gatctgtcgc agtacgatct ttcctccatc cagcacgcaa cgacggccgg cgaggcgctc     1620

aaccccgagg tcttctatca gttccgcaaa gctaccggcc tgcagatcgc cgagggctac     1680

ggccagaccg agatgacgct cggcatcggc aacctgaccg gcaatctcat gaagcccggc     1740

tccatgggca agcccatccc cggctacggc atcgacctgg tcgacccgga cggcaacccc     1800

gtcgccgacg gcgtcaacgg cgagatctgc atcaagacga gcggcgatca gctgccctgc     1860

ggcctgttcc tcggctacta tcaggacgag gagcgcacga aggccgtctg gcacgacggc     1920

tggtaccaca ccggcgacct cgcctggcgc gatgaggacg gcttctactg gtatgtcggc     1980

cgcgcggacg acgtcatcaa gtcctccggc taccgcatcg ggccgttcga gatcgaaaac     2040

gtcatcatgg agctgccgta cgtgctcgaa tgcggcgttt ccgccgcgcc ggacgagatc     2100

cgcgggcagg tcgtcaaggc ctccatcgtc ctcgtccctg gcaccgaggg cacggacgag     2160

ctcaaaaaag agatccagaa ctacgtcaag aagcatacgg ctccgtacaa atacccgcgc     2220

atcgtcgtct tccgcgacga gctgccgaag accatcagtg gcaagatcat ccggaaccag     2280

ctgtga                                                                2286


<210>  422
<211>  1368
<212>  DNA
<213>  Ruminococcaceae

<400>  422
atgggaaaaa gtaaaattcc ggaaaccggc atctatgacg ccagacagct cggcacgggc       60

agaatgctgc tgctcggctt ccagcacatg ttcgccatgt tcggcgcgac gatcctcgtg      120

cccatcctga cgggcctcga cgtttcgaac acgcttctgt tcgcgggcct cggcacgctc      180

ctgttccacc tcatcaccgg cggcaaggtc ccggccttcc tcggttcgtc cttcgccttc      240

ctcggcggct atgccaccat tgctccgatg ctcggcgagc agcagaacca gcccaacctc      300

gagatgctgc cctacgcctg cttcggcgtc gcgtgcgcgg gtcttgtgta tgtcatcctc      360

gcggctttgt tcaaggcgtt cggcgccaag aaggtcatgc gcttcttccc gcccatcgtc      420

accggcccca tcatcatcgc catcggcctg aacctgtcct cctccgccat caataactgc      480

accggcaact ggtggatcgc catcgcggcc atcctcatca tcgtcgccgc caacatctgg      540

ggcaagggca tgatcaagat catcccgatc ctcctcggcg tcatcggctc gtatgtgctg      600

gccgtcatct ttgacgccaa tacccgcgtg accctcgtcg ccaacgtttc cgaagccaag      660

tggtttgccc tgcccatcaa gatggagcag accgtcttcg gcctctttgc ctccggcaat      720

gccgaccccc acaagctgct gaccgccgtc atcaccatcg ttcccctgtc cctggctacc      780

atggtcgagc acatcggcga cgtatccgcc atctcctcca cctgcaaccg caactacatt      840

gaagatcccg gcctgcaccg caccctgatg ggcgacggtc tggcaacgac cctcgccgcc      900

ctcttcggcg cgcccgccaa cacgacctac ggcgaaaaca ccggcgttct ggccctcagc      960

cgcatctatg acccgcgcgt catccgcatc gcggcggtcc tggctatgct cttctccttc     1020

agcccgaagt tcgcggccgt catctcctcc atgcccggcg gtaccatcgg cggcgtcagc     1080

ctcgtgctct acggcatgat ctccgcggtc ggcgtgcgca acgtcgtcga gaacaaggtc     1140

gacttcacca agtcccgcaa cgttctggtc gcggccctca tcctcgtttt gtccatcggc     1200

atcagctatt cgaaggccgg tgcgctgcag ctcggcgcga tcagcctgtc gggtctggcc     1260

gtcggctcca tcgtcggcat cgtcctcaac gccgtcatgc ccggcaagga ctacgtctac     1320

ggcgaagaca agcagggcga cgagtctgtc aacttcatcg tccagtaa                  1368


<210>  423
<211>  2226
<212>  DNA
<213>  Ruminococcaceae

<400>  423
atgaagatca tcaagcgaaa cggctcggag gctaccttcg atctggtcaa gatcatcgcg       60

gccgtgacca aggccaacaa cgtcgtcgca gaggacgcgc gcatgacgcc gatgcagatc      120

cgccgcatcg ccgagagtgt ggaaaacagc tgtctgtcca tgaaccgtgc cctgtccgtc      180

gaggagatcc aggacctggt cgaggaccag atcatggcgc acggcgcgtt tgaggtcgcc      240

aagaactata tcacctaccg ctatacccgc acgctcgtcc gcaagtccaa cacgacggac      300

gagaagatcc tgtccctcat cgagtcgaac aacgaggagg tcaagcagga aaactccaac      360

aagaacccga ccgtcaacgc cgtccagcgc gactatatgg cgggcgaggt ctccaaggac      420

ctgacggccc gcgtgctgct gccgcaggac atcgtcgagg cgcataacga gggcatcatc      480

cacttccacg acgcggatta cttcgcccag catatgcaca actgcgatct ggtcaatctc      540

gaggatatgc tgcagaacgg cacggtcatc tccggcacgc tcatcgaaaa gccgcacagc      600

ttctccacgg cctgcaacat cgccacgcag atcatcgcgc agatcgcctc caaccagtat      660

ggcggccagt ccatttcgct gacgcacctg gcgccgttcg tcgacgtctc ccggcagaag      720

atccgccgga ccgtcctgga ggagatcaag tccttcggcg tgcagccgtc ggaggagacg      780

atctccaagg tcgtcgagac ccggctgcgc gacgagatcc gccgcggcgt gcagaccatc      840

cagtatcagg tcgtcacgct catgaccacc aacgggcaag caccgttcat cacggtcttc      900

atgtacctcg gcgaggcccg gaacgagcag gagcgcaagg atctggccat catcatcgaa      960

gagacgctcc gccagcgcat cgagggcgtc aagaacgaaa agggcgtgtg gatcacaccc     1020

gccttcccga agctcatcta cgtcctcgag aaggacaaca tcacggaaga cagcccctac     1080

tgggagctga cgaagctcgc cgcccgctgc accgccaagc gcatggtgcc ggactatatc     1140

tccgagaaga agatgcgcga gctgaagctc tccaagggcg agaccgcagg ccacggcgac     1200

gtgtacacct gcatgggctg ccgcagcttc ctgacgccgg accggtccgg caacggctgg     1260

aacaacgtgg cgaacgcggg caactacgag ccgggcaagc ccaagtacta cggccggttc     1320

aaccagggcg tcgtgacgat caatctggtc gacgtggcgc tgtcctccgg cggcgggctg     1380

gataaattct ggcgtatttt tgacgagcgg ctcgatctgt gctaccgcgc gctcatgtgc     1440

cgccacaacc ggctcaaggg gacgctctcc gacgcggccc cgatcctctg gcagtatggc     1500

gcgctggccc ggctcaaaaa gggcgagccc atcgacaagc tgctctacgg cggctactcg     1560

acgatctcgc tcggctacgc agggctctat gagtgcgtga agtacatgac cggcaagtcc     1620

cacaccgacc cggccgcgac gcccttcgcg ctcgacatca tgcaccatct caacgacgcc     1680

tgtgccaagt ggaaggccga gaccgacatc gatttctccc tctacggcac gccgctggag     1740

tccacgacgt ataaattcgc caagtgcctg cagaagcgct tcggcgtcat cccgggcatc     1800

acggacaaga actatatcac caactcctat cacatccacg tgacagagca gatcaacgcc     1860

tttgacaagc tggcgttcga gtcgcagttc caggcgctct cgcccggcgg cgcgatcagc     1920

tatgtcgagg tcccgaacat gcagcagaac ctcgacgccg tgctggaggt catgaagttc     1980

atctacgacc acatcatgta cgccgagctg aacacaaagt ccgactattg tcaggtctgc     2040

ggctacgacg gcgagatcga gatcaaggag gacaaggacg gcaagctcgt ctgggtctgc     2100

ccgcagtgcg gcaacaccga ccagtccaag atgaacgttg cccgccgtac ctgcggctac     2160

atcggcaccc agtactggaa ccagggccgc acccaggaga tccgcgaccg cgtgctgcat     2220

ctgtaa                                                                2226


<210>  424
<211>  1122
<212>  DNA
<213>  Ruminococcaceae

<400>  424
atgaaacaga aacgatggac agcgatattg cttgcggttt cacttgctgc ggctatgaca       60

gggtgcgcgc cgagggtaga gagctgccct gcggcaaacc agacccagcc cggcgcggcg      120

tatgaaacgc ttgccgaagc gacgtatccc gaaatggcaa agtatccgga tgaaaccgcg      180

tatatgaaaa aggatggctc gtttgacgac gaaggctttt cgaaggtcta tgacgcatgg      240

tgggcagaca agcgcgcccg gcgggatatc gatatagacc gggagaatgt gcagagcttc      300

gtccgggctt cgaccggcgc gatgctggaa agcggaaacg gcggcaactt cgtctattcg      360

ccgctgaatg tctacatggc gctttccatg ctggccgagt gtacggacgg cgattcccgg      420

acgcagatat taagccttct cagggagaat cgtcttgagg acgtgcgcgc gcaggccaag      480

gcgctttgga acgcaaatta ctgcgcagat ggcgcggtga cgagcgtgct ggcaagctct      540

gtgtggctgg acgacggcgt gaattacgta cagaaaacgc tcgatacgct ggcgcagagc      600

tattatgctt cgtcgttttc cggcgagatg ggaagcgaca gctataacaa ggcgctgcaa      660

agctggctca acgagcagac cgggggactt ctgaaagatc aggcgagcgg gctggagttt      720

acgcccgaga cggtgatggc cttggccacc acgatctact accgcgcgaa atggtcagag      780

gaattttcca agagccagac gagcgaggat accttccacg cggattccga cgatatcacc      840

tgcgagttca tgcacagctc cggtacggga acctactact ggggcgagaa gttcggcgca      900

gtgaacctgt ctctgcggga gagcggggct atgaagctgc tgcttcccga cgaaggcgta      960

acgccggaag cgcttttgca ggacgaggaa gcgatgaact ttttgcttgg cggcggcgaa     1020

tgggaaaaca gcaagttttt gatcgtcaat ctgtccgtcc cgaagtttga cgtttcgtct     1080

gacctgaact taaacaaaag cctgcaagca ctcggcgtga cg                        1122


<210>  425
<211>  1920
<212>  DNA
<213>  Ruminococcaceae

<400>  425
gaggtcacgc gcgccaaggt ccgccgcgag cgcatgggcc atatcgagct cgccgcgccc       60

tgcagccaca tctggtattt caagggcatc ccgtcccgca tgggtctgct cctcgatatc      120

agcccccgca tcctcgaaaa ggttttgtac ttcgccagct acatcgtcac cgatcccggc      180

gactgcccgc tggccaagaa ccagatcctg tccgaaaaag aataccgcga catgcgcgaa      240

aagtatgagg acgacttcaa ggccggcatg ggcgccgaag ccgtcaagga gctgctgcag      300

cagatcgacc tcaatgagct ttccgagcag ctcaagtccg agctgaagga cgcttcgggc      360

cagaagaagc tgcgcatcat caagcgcctc gaagtggtcg agtccttccg catttccggc      420

aacgacccga cgtggatgat catggacgtg ctgcccgtca tcccgcctga gctgcgcccg      480

atggtccagc tcgacggcgg ccgcttcgcg acctccgacc tcaacgacct ctaccgccgc      540

gtcatcaacc gcaacaaccg tctgaagaga ctgatccagc tgcaggcgcc ggacatcatc      600

gtccgcaacg aaaagcgcat gctgcaggaa gccgtcgacg ctttgatcga caacggccgc      660

cgcggccgtg ccgtcaccgg cgcgaacaac cgcgcgctca agtccctcag cgacatgctc      720

aagggcaagc agggccgctt ccgccagaac ctgctcggca agcgtgtcga ctattccggc      780

cgttccgtca tcgtcgtcgg cccggagctg aagctctacc agtgcggcgt gccgaaggaa      840

atggccatcg agctgttccg cccgttcgtc atgaagaagc tcgtcgaaga cggtcttgcc      900

aacaacatca agtccgccaa gaagatgatc gacaagggca aggacgaagt ctgggacgcg      960

ctcgaagaca tcatcaagga ccgcccggtc atgctcaacc gtgcgccgac gctgcaccgc     1020

ctcggcatcc aggcgtttga gcccgtcctc gtcgagggcc gcgcgctcaa gctccatccg     1080

ctctgctgca ccgcgttcaa cgctgacttc gacggcgacc agatggccat tcacgtgcca     1140

ctgtccgccg aagcgcaggc agaggcccgc atcctgatgc tctcggccaa caacctgctc     1200

cgtccgcagg acggcaagcc ggtcaccgtg ccgacgcagg atatgatcct cggcacctac     1260

tacctgacct accagcgcta cgatgtcgac gcctacgaca ccatccacga gatcttcccg     1320

ctgctcgagt gcggcaagct gccgtatgag aagcccatct gggtcaagaa catctgggat     1380

gacgccgaag cgaaggacta ccagtactat ctgcgcacct gcggcgcgct gctcgaaaac     1440

gagaccgacc gcccggagac catccccggc tcctaccaga cgctgggcca ggctgtggcc     1500

gcgctggacg ccggcgagat ccagcccgac gaggtcatct acgtctggaa catctgggat     1560

tccgacgccg atatcaagga agagaaccac atctacgtcc gtaccgtcgg cgaatacgcc     1620

cgtcaggccc acgcggccgg cgatgtccgc ccgaaggagt atttcaagtt ctaccacgac     1680

gaagacgagg ccatgatggc ttatgccgac ggcatgatcg ccatgcatga ccccatcaag     1740

gtctggaaag agctcgagat cgacggcaag aaggagcacc gcatcatcga cgcgaccgtc     1800

ggccgtctga tcatcaacga cgccatcccg cagaacctcg gcttcaagaa gcgcgagacc     1860

gtcgacgacc agttcccgct ggagatcgac ttcgtcgtcg gcaagaagca gctcggcaag     1920


<210>  426
<211>  1224
<212>  DNA
<213>  Ruminococcaceae

<400>  426
atggacagac gtaagccgga gcttctgagc ccggcagggg atatggaaaa gctgcgcatg       60

gccgtcgcct acggcgcgga cgccgtgtat ctggcaggca cgagcttcgg catgcgctcg      120

ttcaccggca actttacgcc ggacgagctg ccgaaggcgg tgcagctggc ccacgccgcg      180

ggcgtgaagg tccactgcac ggtcaatatc atgcctcgca atgatgaggc cgccgcgctc      240

ccggcctatc tcgagcagct ggatgctgcg ggcgtcgacg cgctcatcct cgcggacctc      300

ggcgcgttta cgctggcagg gaagtacgcc ccgcgctgcg agcggcacat ctccacccag      360

cagtcgatcg ccaactacgt ctgcgcgcag agctggttcg acctcggcgc gcgccgcgtg      420

gtgcttgcgc gggagctgag cctgcaggag atcctgacga tccgcgagcg ggtctcgccc      480

gagctcgagc tcgagacctt ctgccacggc gcaatgtgcg tctcctattc tgggcgctgc      540

cttctcagca actatatgac cggccgcgac tccaaccgcg gccagtgcgc ccagccctgc      600

cggtatcagt acgccctgat ggaagaaaag cgccccggcg aatacttccc ggtcttcgaa      660

gacgaaaagg gcacgtacat catgaattcc cgcgatatgt gcatgatcga ccatctggac      720

gagctctgcg acgccgggat cgactgcctg aagatcgagg gccgcgccaa atccgcctat      780

tatgccgcca tcgtcaccgg cgcctaccgc cacgtgctcg acgacgtgtg ggccggccgc      840

gcgccggatc ccgtctggcg cgatgaggtg gaccatgtct ctcaccgcca ctactccacc      900

ggcttctact acggccagcc cggccagttt accgaggatt cccgctatct gcgccagtgg      960

cagatctgcg ccgtcgtgga aagctgcgac gcgcagggga acgcggtcct gagcctgcgc     1020

aacaagtttg ccgccggcga taccgtcgag ctcgtcggcc cggacttccg cccgctttcg     1080

tggcaggtca cgcccatgga ggatatggac ggcatcccgc tgtccgagcc gcgcaccccg     1140

cagatgcgct tccgcgccaa gctccccgcc caggtcccgc ccctctcctt cgtccgccac     1200

gcggtcgaac tctccggccg ataa                                            1224


<210>  427
<211>  1395
<212>  DNA
<213>  Ruminococcaceae

<400>  427
atgaaaaaga tcaaagtcgg ctatctgcct ctgtacatca agctgtatga cgattccaac       60

ccgcattacc gcgacccgat ggtcgattac atgcacatgc tcatcaagat gctcgaaagc      120

cagggccttg aggtcgttct ggcggacgag gtctgccgca tcaagccgga attcgaccgg      180

gcggcgaaga agttcaacaa cgccggcgtc tccgccgtca tcacgcagca tctggcctac      240

tccccttccc tggagtccat tgaggcactg ctgagccttg acgcgccgat catcgtcttc      300

gacaccacgc ccgactatca gctgctgaag gtctccaact acaagggctg catcagcgcc      360

aaccacggca tccacggcgt gcaggatatg tgcaacctgc tcaagcggaa cggcaagccg      420

tattatctct gcgtcggcca tgcgctgcac agcgaggtcg tctccgaggt cgtgggcatg      480

tgccgcgcgg ctgcggtcaa gaaggcgttc cagaccgaga aggtcggctc cgtcggcggc      540

tcgttcaccg gcatgggcga cttcctcgtc tccgacgagc gctataagaa cgacatcggc      600

gtcgaggtcc agtatatgac caccgaggtc gtgaaggagt atctgccgaa ggtcaccgag      660

gaggagatcg acgcggagct cgcgtacgac gcggcgcatt acgattccga catcaccttc      720

caggccgaat accgcgaagc cacccgctcc ggccttgccg tccggaagtg gatgcaggac      780

aacggcctgc acgccgcgac ggtcaacttc ctcacgctcg atatctgcgg cctgccgaag      840

atgccgttca tcgagtgctg caagatcatg gagcgcgggc agggctacgc cggtgagggc      900

gacgtgctga cggccggtct ggtcggcgcg ctgctgcagg tctatcccaa cacgaccttt      960

accgagatgt tctgcccgga ttgggagcag gacgtcatcc tcctgagcca catgggcgaa     1020

agcaacccga agctggcgca gtggaagccg ctcatcagcg actgcccgtt caactacaac     1080

tcctgcggcg acaccaccgc catgtacaac tgcctgcgca agggcaaggc cgtgtatgtc     1140

aacctcgcac ccatgcagga ccacttcacc ctcatcgtct ccggcgtgga gatgctcgac     1200

gagggtcttg agcgcggcgc ttaccgccac agcacgcagg gctggatgaa gccgtgcaag     1260

ccgctgccgc agttcctgaa agaattctcc ctggccggcg gcacgcacca ttccgccctg     1320

gtctacgacg ccaacatcga agagatcaag gcgttcggca ccatgatggg cttcgaggtc     1380

atcgagatca aataa                                                      1395


<210>  428
<211>  984
<212>  DNA
<213>  Ruminococcaceae

<400>  428
gcagatggcg tttttaaaaa aacttatgcg gcagccggaa agcgcggatt cggatacctg       60

agtatggaag atagcagctt caaattcggc atcatccggg acacaagcat ggaaaaatcg      120

aacattctca caatatccga gctgtgtgag atcgcgggcg tttcccgttc cggctattac      180

gcgtggcttt tctccgagca gaagcgagcc gtgcgggagg cacaggatgc ggcggatttc      240

cggcagattc tggaggctta ccggtttcgc ggttacgcca aaggcgtgcg cggcattcat      300

atgcgactgc tgcataccgg catccggatg aacggaaaga agatccggcg gctgatgaag      360

aaattcggtc ttgtctgtcc gatccgcaag gcaaatccat atcggcggat gcagaaggcg      420

atccggacga acaacacggc ggaaaacctt gtgaagcggg agtttgagat gcacggaccg      480

cgaagcgtcc tgctgacgga tatcacctat attccgttga acggcgcgtt ctgctatctc      540

tccacgatcc tggacggatg cacgaagcag gtcctttcct atgtgctgag cgagtctctg      600

gaggtggatt ttgtgctgga aacggtacag aaaatggtac atcagcatgg aatttcgcta      660

aaaaaagaga caatcctgca cagcgaccag ggctgccatt acacctgcat caagttcatt      720

cagctcgtga aaaacagtag cctgcggcag tcaatgtcgc ggaagggaaa ttgctgggac      780

aacgcgccgc aggagagctt tttcggacat atgaaggacg agttggcgga gaagattcca      840

aactggacgt gctttgcgga tgtgcagcgg tcaatcgacg actggatgga ctactataat      900

aacgatcgat accagtggga actggcaaag ctctcaccga acgagtatta ccggtacctg      960

acgaccggca gctatccatg ctag                                             984


<210>  429
<211>  720
<212>  DNA
<213>  Ruminococcaceae

<400>  429
gtgtcccgca tcccgtcgct cgtcagcaag ctcgtctcct cgctggcctc cggcgcgatc       60

aagtggtaca ccgcgatcct gctcgtcatc ggcatgctgc tgatcgttgt gttcatcgtg      120

ttcatcacga actccgagcg ccgcgtcccc gtccagtacg ccaagcgtgt ggtcggccgc      180

aagatgtacg gtggtcagag cacgttcctg ccgatcaagg tcaacatgtc cggcgttctg      240

ccgatcatct tcgcgcagtc cattgcgacg ctccccgcga cgatcgttgc cttcaccggc      300

accggcagca gctccttctg gacctggatg aacacctata tcttcgacac gaagagcgcg      360

ttctacatcg tctgctactt cctgctgatc attgcgttca gctacttcta tgcgacgatc      420

cagttcaacc ccatcgaaat cgccaataac ctcaagaaga acggcggctt catccccggc      480

ttccgcccgg gcaagccgac ttccgacttc atcctgaagg ttatcaacaa aatcacgctc      540

ttcggcgctc tgtatctggc gatcgttgcg atcctgccga tcatcgtcgg tatcgtgatc      600

aagaacggca gcctcgcgat cggcggcacg tccgtcatca tcgtggtcgg cgttgcgctt      660

gagacggtca agagcctcga ggcccagatg ctcatgcgtc actacaaagg cttcctggag      720


<210>  430
<211>  1155
<212>  DNA
<213>  Ruminococcaceae

<400>  430
tttgaaagac ctgttttgtt tttgcgcgga ttgtgctata ctctaaaatg cattttcaga       60

aatattttcc ccggaaagga cttacgaagc ttgaaaacca tcggaagagt gatcttatcg      120

gcgatcctgc tggtgctgac cggcctgctg atcgcgtttg caaaggctgc gcccggcgct      180

gtcttttcgt tttatccggc cttctcccgc gcggcgctgg gcgcggtctg ctcggtctcc      240

gcgctggtgc ccatcgcgct gtgggaggtg ctggtggccg tgctggcgct gtggtttttc      300

tatacgctca tccgcgtgtt cacgaagcgg cggagtctgc tgcgctggct ggcgggcgtg      360

ctgctggggg tgagcgcggg gctgttcgcg tttgtcgggc tgtgggggct caaccatttc      420

ggcccctccg tcgggcagac gctggggctg gacgtacggg agtattccaa gcaggagctc      480

atcgccgcca cggcctatta tgccgcccag gcgaacgaat acgccgcccg cgtcgaccgc      540

gatgccgacg gcaagaccgt ctatcccgcc ttttccgagc ttgcggccca ggccccggcg      600

ggctatgcgg cgctcgcaga gcgctatgag cagttcacgg gcgcgctgga cccggtcaag      660

ccgctggcct cctggcggct gttcagccag acgggcacga cggggatctt cgtctgcttc      720

acggcggaag cctgcgtcaa cccggatacc tataccgcct ggatccccta taccatgtgc      780

cacgagctgg cccaccgcca ggccgtcgcc gccgaggacg acgcgaactt ctgcgcgtac      840

ctggcctgca tggcgtccgg cagcgacgat ttttgctatt ccggcgcctt cggcgcgtat      900

gtctactgcc acaacgccct ctccaaggtc gacaagaccg ccgccagcca gatctggtcg      960

acgctgtccg acggcgtcgt caccgacctg cgcgcggcga acgaacacta cgcccagtat     1020

gagggcaagg tgcaggacgc ggcgcagaag gtcaacgata cctatctcaa ggccttttcc     1080

gaggaatccg gcgtccagag ctacggcgaa gccgccgatc ttctgatcgc gtggtatcta     1140

gaaaataatg cttga                                                      1155


<210>  431
<211>  1629
<212>  DNA
<213>  Ruminococcaceae

<400>  431
ctggcgcaga acgggctgaa cgcgcttctg gcgttcccgc tcacgaagct gccgcagccg       60

gggcagatcc tgctcgcgcc gggctcgctt cccgcggggc ttgaataccc gacgctgaaa      120

tttgccatct taacagaggg gcagatcgcc gtccggcagg agcggaagaa aacgcgcgcc      180

ccgaaaaagg ccacgaaccg caaaaagctc gattcgttca ccgacctcac gcccggggac      240

ctcgtcgtcc acgagcacca cggcatcggc cgctacgtcg gcatggagca gctgaaggtc      300

ggcggcgtga cgaaggatta cgtcaagatc gcctatcagg gcacggactg cctgtacgtc      360

ccggccacgc agctcgatct tgtcagcaag tatatcggcg ccggcgagga tacgcccgtg      420

cgcctcaaca agctcggcgg cgaccagtgg cagaagacga aggccaaggc caaggccgcg      480

gccaaggatc tggccgcggg ccttatcaag ctctacgccg agagaaagcg gctgccgggc      540

ttcgccttcg cggcggattc gccgtggcag caggaatttg aggagagctt tgaatacgcc      600

gagaccgacg atcagctgcg ctgcatcgac gagatcaagc gcgatatgga gtcaccgtcg      660

cctatggacc ggctgctctg cggcgacgtc ggcttcggca agacggaggt cgccctgcgc      720

gcggccatga agtgcatcct cgacggcaag caggtcgcga tcttggtccc gacgaccgtc      780

cttgcccagc agcattatct cacggccatg cgccgctttg cgacgttccc ggtcacgatc      840

gacgtgctct cccgcttccg cacgcccgcg cagatcaaaa agacgctctt tgacctgcag      900

tccggcaaga tcgacctcat cgtcggcacg cacaagctgc tgcagaagga gatccatttc      960

aaggacctgg gccttctcat cgtcgatgag gagcagcgct tcggcgtgac gcacaaggag     1020

cggctgaagg aactttcccg cggcgtggac gtcttaacct tatccgcaac gcccatcccg     1080

cgcacgctca atatggccct gtccggcctt cgcgacatgt ccaccatcga gcagccgccg     1140

caggaccgct atcccgtgca gaccttcgtc ctcgagcatc aggacggcat tctggacgag     1200

gccatgcggc gcgagcttgc gcgcggcggg caggtctatt acctgcacaa ccgggtcgag     1260

tcgatcgacc agtgcgccgc gaagatcaag cagcgcatcc cggaggcgga gatcgccgtc     1320

gcccacggca agatgaatga ggagcagctc ggcgacgtca tgcagtcgat gtcgaacggt     1380

gagatccaga tcctcgtctg caccaccatc atcgagaccg gcatcgacat cccaaacgtc     1440

aacaccctca tcatcgagga cgccgaccgc ctcggcctcg cccagctgca ccagatccgc     1500

ggccgcgtgg gccgctccag ccgccacgcg tatgcctacc tgaccttccg caagggcaag     1560

gtcctgtcgg agatcgcgga gaagcggctc gacaccatcc gcgaatacgc ggagttcggc     1620

tccggcttc                                                             1629


<210>  432
<211>  1542
<212>  DNA
<213>  Ruminococcaceae

<400>  432
atgagcgcat cccgcgaaaa gaacaagcgc aaggaagagg ccgccgctcc cgcagctgcc       60

aacgaagcaa agaaaggtat gagcaagggc ctgaagacga cgctgattgc cgtctgcgct      120

gttttgatcg tctgcatcgt cgtgttcttc tacatgctga cgagcggctt cttcgcttcc      180

cacaccacgg ctgccaccgt cggcacgcac aagctgacgc ccgcgatggt caactacttc      240

tataaaggcg cctacggcaa catgcagaac cagtacggcg acttcatgag ctacgtcatc      300

gactccgaca cgccgctcga cgagcaggtc tatgacgaag agtccggcga gacctgggcc      360

gattacttca ccgatcaggg cctgatcaac gcttccaacg cctacgccct ctatgacgcg      420

gcaaaggctg acggccacac gctctccgaa gatgagcagg cttccatcga ctcgcagatc      480

tcctccctgg cgctgtatgc ctcctactat ggcacgaaca ccagcggcta cattgcaggt      540

gtctacggca cgggctgcaa cgagaagaac ttccgcgagt atctcgaggt cgtgacgctg      600

gccgacagct acgccaccgc cacccagaac ggctttacct acaccgacga gcagatcgcg      660

tcggaatacg ccgctgaccc caacagctat gacgccgtga cctaccggca gttcctggtc      720

tccgacgcca tgttccagac cgacagcact gacacggaag atgacgacgc cgaggccgag      780

gctgagaccc tctccgatga agagctgacc gctctcaagg aagagctggc ctccaagatg      840

gctgctgaca cgcagggcga cgagcaggct ttcatcgatc aggcttacga aaactgcctg      900

gaatccgcca aggagaccta tgcggaagac agcgccacac tgaaagagaa ccagctgtac      960

agctccctca gcaccgacgt tgccgactgg ctgtttgatg ccggccgtgc cgagggtgat     1020

accacctata tcgccactga cagcgtctac tacgtcctct acttcgtctc ccgcagcacg     1080

aacgactatc agctgccgaa cgtccgccac atcctcttct ccgtcagcga caccaccgac     1140

gagaccgcga tggacgaggc ccgcacgaag gccgaagacg tcctgaccga gtacgaagcc     1200

ggcgacaaga ccgccgagag cttcggcgaa ctggccaagg aatacaccgc cgattccaac     1260

ggcgacgaag gcggcctgta tgaaaacatc atgcccggcc agatggtcac cgagttcaac     1320

gactggtgct tcgacgccga ccgcaagccc ggcgataccg gcatcatcga gacgtcccac     1380

ggcgtgcatg tcatgtattt cgacagcttc ggcaagatct accgtgacgc gctggtcgag     1440

aacgctctgc gcagcgccga ctacaacgcc tggtacgatg ccacggccgg tgacggcagc     1500

tacaccacct ccgcctttgg catgaagtac accacgaaat aa                        1542


<210>  433
<211>  3447
<212>  DNA
<213>  Ruminococcaceae

<400>  433
atggggaagc tgacgctgcg ggagatccgc agaagtttgg gccggtttct ggccatcgcg       60

gccatcgtgg cgctgggcgt gggctttttc tgcggcctgc ggctgacgaa gacggccatg      120

gtgcgcacgc tggacgccta cgccgaggcg cagcagatgt acgatttccg cctcgtgagc      180

accattggct ttgacgagac cgacgcggcc aaaatcgccg acgacagccg cgtcgccgcg      240

tgcgagggca caaagagcgc cgacgcgctg accagcacgg cgggcggcgc gtcgcgggcg      300

tgcaaatttc tgtcgctgcc cgagacgctc gacctgccga gcctgaaggc cggacggctg      360

ccgcagacgg cggacgagtg tctggccgac gggatgctgt actcggaaca ggatctcggg      420

cagaagatcg tgctctcgga ggagaatgac gacgatacgc tggggcagtt cacccggcgg      480

gaattcacca tcgtcggcat cgccaagagc gttctgtaca tcaactatga gcgcggcagc      540

acgtcggtcg gcagcgggtc gctgtccgcc ttcgtgtacg tgctgccgga ggcgtttgac      600

tttgactatg atacggagct gtatctgcgc ctgacggacc gggcgggcga gatctactcg      660

gacgaataca aggcgcacat cgacgacgcc gagccctggg tcaccgcgct tgcggagcag      720

tgcgcggacg accgcggcac gcggctgcat gacgacgcgg ccgagacgtt ggctgacgcc      780

cgcgaaacgc tcgacgaaaa gcagcaggag ctggcggacg cgaagcagaa gctcgaagac      840

gccaagcaga cgctggcgga cgccgaacag gacgtcctgg acggcgaaca gaagctcgcc      900

gatgcgaagg aggaggccga ccgcgagctg gccgacgcct accagaagct cgtcgacggc      960

cagaaggaga tcgaggagaa cgagcagaag cttgcggacg cccgcaagga gctcgcggac     1020

ggcgaacaga agctcgccga cgcgcaggcc gaatatgacg acggcgcggc caagctggcc     1080

gaggccagag aggagcttcg caagcagttt aacgagactg tcggcgagct gcaggccggg     1140

caggcggaga tcgacaagaa tcaggcgcag ctcgaccaga agcgcgcgga gctcgccgcg     1200

cagaaggccg agctcgaagc aagaaaggag cagctggagg aggcgcttgg cagcggaatg     1260

ctctccgagg ggcagcgggc gcagctgcag gcgcagctag cgcaggtcga ggccgggctg     1320

cagaagatcg aggccgccgg gccggagctc gacgcggcgc agcagcagat cgacgcggcg     1380

caggcggagc tcaacgcagg cagcgaggaa ttcggcgacg ggctggagga ggccaacgcc     1440

gagatcagcg aaaaccagaa aaagctcgac gaggccaagg ccacgctcga tgaaaaaaat     1500

caggagctgg ccgacgcaaa gcaggagctc gccgatggcg agcagcagct ggccgacgcg     1560

aagcaggagc tggcggacgg ctgggccgat tactacagcg gcaaggccga gcccgagcag     1620

aagatcgccg acgcggaagc cgagcttgcc gacgcgaagc agcagctcac ggatggcaag     1680

caggacatcg ccgacgccga agtggagctc tcggacggcg aacagaagct ggccgacgcg     1740

gagcaggagt atcaggacgg acaggacgcg ctcgaaaagc tcgaaaaccc ggacgtgttc     1800

gtgctggacc gcagcagcaa catcggctac gcctgctttg agagcgattc ggatatcgtg     1860

aggggcgtct cgcgtgtgtt cccgctgttt ttcttcgccg tggcggcgct cgtgtgcatc     1920

acgacgatga cgcgcatggt cgacgagcag cgcacgcagg cgggcgtttt gaaggccatg     1980

ggctactcca acggcgcgat cttcctggtc tatttcctct acgccgggag cgcttcggtg     2040

ctcggctgcg tggttggcat cgcggcgggc tcgtatttcc tgccgaagat gatctggcag     2100

gggtataata tcatgtacgg cttcacggac atcctgtatg cgttcgactg gccgctggcg     2160

ctgttgtccg cgggggcgta tctgctctgc gcgctcggca cgacgtggta cgtcgcgcat     2220

gcggagctgc agcggcccgc ggcggagctc atccgcccca aggccccgaa ggcgggcaag     2280

cggatcttgc tggagcggct gccgggcctc tggaaccgga tcccgttttt gcataaggtc     2340

tccatccgca acatcctgcg gtataaaaag cggatgatca tgatgatcat cggcatcggc     2400

ggctgcacgg ccctgctcat caccggctat ggcatccagg attccatcag caacgtcgtc     2460

gactatcagt acagcgagat cacccgctac gacgcgtcgg tcacgttcca gcacgcgctg     2520

aacgagacgg agcgcacggc cttcgccgcg ctctgcgagg aagaagccga agaatatctc     2580

ttcgtggccg aaaagagcgc cgacgccagc gcgggcagca cggtcaagac gacgaacgtc     2640

gtctgcccgg cgtccggcag cgtggagggc tttgtcgacc tgcatgagaa ggacaaaacg     2700

ccggtcgcct atcccgaaaa cggcgcgtgc gtcatcagcc gcgggctggc cgaggcgctg     2760

cagctgtcgg cgggcgacac catcacgctg cagagtggca cgcgcgaagc gcagctgcag     2820

gtcgcggcgg tctttgaaaa ctatgtctac aactatgtct acctgacggc ggaaagctgg     2880

gcgcagtgct tcggcgaagc gccggcatac gagcaggcct gggtcaactt cccgcctgac     2940

gccgatgccc acgcggcctc ggccgcgctg gcgggggcga agaacgtcgc ctccgtgagc     3000

ctcagcagcg atttccgtgc gcgcgtggcg acgatgatgg aaagcctgcg gtacatcgtg     3060

gtggtcgtgg tggtctgcgc ggcggcgctg gcgttcatcg tgctgtataa cctcacgaac     3120

atcaacatca ccgagcgcga gcgggagatc gccaccatca aggtcctcgg cttctacgac     3180

agcgagacga accgctatgt gttccgcgag aacatcatcc tgacggtgct cggcgcgctt     3240

gtgggtctgc cgatgggcaa ggcgctgcac gcctacgtca tgtcgcagat ccgcatcgac     3300

ctcatgtgct tcgacgtgcg ggtggcgccg ggcagctatc tgctctccgc ggcgctgacg     3360

ctcgcgttcg ggctgctggt caatctggcg ctgcgccgga agatccgcgc catcgacatg     3420

gcccaggcgc tcaaatccat cgaatag                                         3447


<210>  434
<211>  1032
<212>  DNA
<213>  Ruminococcaceae

<400>  434
ggccccgcgc cggcagcgca gaccccggtg caggcgcagg cccaggcgga gctgccgcag       60

ctggagatct cgtcctcgcc cgcgggcgtg ccgacgagcg cgtcggagga cgcgggggcg      120

ctcagcctgc aggagatcta ccgccgctgc agcgggagcg tcgtgtccat catcagcgtg      180

acccagtccg gcaaggcctc cggcaccggc atcatcatgt cggccgacgg ctatatcatc      240

acgaaccacc atgtgatcga aaatgcgcag gccgtcagcg ttctgacgaa cgatgacaag      300

gaatataccg ccgcgatcgt cggcagcgac gagacgagcg acctggccgt cctcaagatc      360

gaggccagcg ggctgcaggc ggccgagttc ggcgattcat ccgtgctgca ggtcggcgac      420

agcgtcgtcg ccatcggcga cccgctgggc gtgacgctgc gcggcacgat gaccgacggc      480

atcatctccg ccatcaaccg cgatctgacg gtcaacgacc gcacgatgaa cctgatccag      540

accaatgccg cgctcaataa cggcaattcc ggcgggccgc tcatcaactg ctacgggcag      600

gtcatcggca tcaatacgat gaagatgagc aacttctatt cctcgtccac gacggtcgag      660

ggcatcggct tcgccatccc gatcgatacg gccaagccca tcatcgacga gctgatcgag      720

aagggctacg tctccggccg tcccgccatc ggcatcgacg gcgagacgct cccggctacc      780

taccgcatct attaccgtct gccggagggc atttacgtca cacgcgtcta cgccagcagt      840

gacgccgcgg ccaagggcat ctcggagggc gatatcatca ccgccatcaa cggcatcgac      900

gtcaccacca tggagcagct caaccgcgtc aaaaatcagt tcaccgcagg ccagaccgtg      960

acgctcacga tctaccgcag cggcagcagc tatgacgtgg agatcatcct gatggaccgc     1020

gcaaacgcat aa                                                         1032


<210>  435
<211>  762
<212>  DNA
<213>  Ruminococcaceae

<400>  435
atgccatttt tatttttaag tccgtccaca cagtatttca atccctacgt cacgaccggc       60

gacgagcgct actggatgaa cgcgctggcg gacgaaatga tgccgtatct gcacgccagc      120

ggcatcaccg tcacgcgcaa cgacccggac ggcagcgccg cgcagtcgat ccgcgattcc      180

aacgcgtcgc ggcaggattt ccatctcgcg ctgcactcca acgccgcgcc gcaggcgctg      240

gccgggcagc tgcgcggcgt cgatttctac tattatccga cgagcgaggc tgggctgcgc      300

atggcgaata tccttgtgga caacatgaag accatctatc cgctgccgga ccgcgtgcag      360

gcccggccga gcacgatcat cggcgagatc cgccggacgc gggtcccggc cgtgctggcg      420

gagatcgggt atcacgacaa tgtggacgac gcaaactggc tgaccgggaa tctggacgcg      480

gtcgcgcgga cgctcagtct cggcgtgacg gagtatttcg gcgtcccctt cctcacgccc      540

ggcgacgaat ttgaggccga ggccgcgggc gcggacggct atctgcgcct gcgctcgtac      600

ccggagccgg acgcggagat cctcgcgcag ctcccgaacg gcacgcccgt caccgtcctc      660

ggcaatttcg acacctggta caccgtccgc gccgataccc tctacggctt cgcccccatc      720

accgacatcc aactcgccgt catgccgctg acagaaagct ga                         762


<210>  436
<211>  720
<212>  DNA
<213>  Ruminococcaceae

<400>  436
atgaaactgg atatcatggg cctgcagttt gataacgtca cgatggatga ggccgccgcc       60

cgcgccgaac agatcctcgc gggagacagg acctgctacg ccgtgacccc caacgccgag      120

atcgcctacg aagccctgca cgacgaaaag ctccgcgcgc tcatcaacgg cgcggatctc      180

gtcctgccgg acggcgccgg cgtcgtcctg gcctcgaagc ttttaaagac gccgctcaag      240

cagaaggtcg cgggcgtcga ctttgccgac cgtctgctct ccattctcga gaagaccggc      300

ggcggtctgt tcctgtttgg cagcaagccc ggcatcgcag agcttgccgc gcagaaaatg      360

ctcgaaaagc atccgaagct gcatatctgc ggcatgaacg acggctattt caaggacgaa      420

gccccgatca tcgagaagat caacgccgcc cggcccgatg tgctctttgt ctgcctcggt      480

gcgccgaagc aggagctttt catgaaggac catctggacg cgctgcacgt caagctcatg      540

atcggcctcg gcggctcgct cgacagcttc gcggggaccg tgaagcgcgc gccgaagtgg      600

atgatccgct gcaatctgga atggctctac cggctcatca aggagccgaa gcggttcgga      660

cgtatgctcc ggctgccaaa atacctgttt gccgtgctcg gcaaacggat aagagggtaa      720


<210>  437
<211>  1119
<212>  DNA
<213>  Ruminococcaceae

<400>  437
atgactgaac tgagaaaaga aatttcgagc gttttcaata tgacccgttt cctttgcaac       60

agcttggaac acagccttga aaaagctttc acactggaag aaatccataa gttcaagcgc      120

gttgtcatga ccggctgcgg cgactctctg tgcgcctcca tggctgccaa ggagtgcttt      180

gaagagctga ccggccgtat ggtcgacgtt cccacctgca tcgatctcgc ccgtcactat      240

gatgcgcgcc gcttcggcga gcctggcgaa accctcgtgg ttctcgtcag cttctccgga      300

aaggtctccc gtgttgtgga agccgcacag cgcgccagac gcctcggtgc cgtcaccgtt      360

ggagtgaccc atgacgccgc atcccccgtc gccgccgcct gtgaccgtgt tctggtcgtt      420

cagcccgacg agttccccct caagcgcacc cccggctgcc gcacttacat ggcctccacc      480

atcgcgcttt actacctcgc tagctacatg gcaaagtccg acggcaaaga aaacgctgtt      540

tctgaaatgc gcgcgctgat tgaaaagaac accaacgact gggaagctgc tttccctgcc      600

attgacgagc gcctgtacgc tgccgccgac gcttggaaga acgcaccgta ctacgagttc      660

ctcagcgcag gccccgagtt cgcctccgca tggttcggcc aggccaagat ctacgaggcc      720

gccggcatct tctcccgcta tgagaacctc gaagactggg cacatgtcga ctacatcctg      780

cacggtatgg acgcttctat gttcatcttt gcatcccctg aaaacgcttc ctacagccgc      840

gcacaggaag ttgagagcgt tctgcgccgc cagcattaca agtacctctt cgtgaccgac      900

aaggccgacg aaaagatcga cgctgccagc acactgctca ttccgaaggc cgataaggtc      960

tggctgtacc cgctctatca gaccctcgtt ccctgcacct acggcgatca cctccagcag     1020

ctcaagggca catcctactt ctgctgcgac atgatcgaga cctacttccc gttcggcggc     1080

tcgattctcc gcaccagcga aatcaacgcc tcgttctga                            1119


<210>  438
<211>  999
<212>  DNA
<213>  Ruminococcaceae

<400>  438
atgcggcggt atatcgccct gctgcggggc gtgaacatca gcgggaagaa caaggtgccg       60

atggcggaac tgaagctggg ctttgaatcg ctcgggtttt cggacgtccg gacctggcag      120

aacagcggga acgtggtctt ttccggcgag gaagcggagc ccgcggcgct gatcgggcag      180

atcgagggca tgatccaacg tcggtttggc ttggagatcc ctgttttcgt cctgccgcag      240

gaggagctcg cagacaccct gcggcacgcg ccggattggt ggggaacgga ggatccggac      300

ggcgaatacc gtccggaaaa ttgcccgttt gtagaaacaa aaacatgtga acagagggtg      360

tttatgatta cgatctatgt ctatacgcac gatacgatgg ccgattggga gatcgggcat      420

gtgaccgcag agctgcattc cggccgtttt ttcaagcagg acgcaccgaa ggtatcgctc      480

aaaacagttg gcatctccaa ggaaccggtc acgagcatgg gcgggctgac gatcctgccg      540

gactgcgtgg tcgacgatat cgcggtcagc gaagaaaccg tcctgctgct gccgggcggg      600

aacacctggg acgattcgaa gcacagcgcc gtgatcagga aagcggccgc gctgctctcc      660

gctgggggca cggtaggcgc gatctgcgga gcgacggccg cactggcgcg tgcgggcctg      720

cttgacaatc ggccgcacac gagcaacggc gccggtttcc tggagatgtt ctgccccggc      780

tacaagggac agccgtattt tgtggacgcc ccgtctgtcg cggacgggaa tctgatcacc      840

gcgggcggca cgggcgcgct gctgtgggca aagcagatca tcgggcgtct gggtgttttc      900

cggcccgata cgctcgaagc gtggtacgcg tatttcagca ccggcgaagc gcagcacttt      960

ttcgcgctga tgcagacgct gccttcggcc gcgcaatga                             999


<210>  439
<211>  876
<212>  DNA
<213>  Ruminococcaceae

<400>  439
atgttattac agcaattcat caacggcatt acgatcggaa gtacctacgc gctcgtggca       60

attggcttta cgatgatctt cggcgttctc gagctgacga acttctcgaa cagttctctg      120

tatatgttcg gcgcctatgt gacatggctt ttgtatggtg tcggcatgaa cttcttcgta      180

gcctttgcgc tgagcattgc cctgacgggc ctgcttggct tcagcattga ccggtttgcc      240

ctgcggctgc tgcgcaaacg gcacgcgccg aagctctctg gtctgatcac gacgctcggc      300

atgtccatgg tcattgataa cgccatcatg gtgttctgcg gcacagactc caaatcgttt      360

gaaaaccatc tggatttcgg caaggtctat atcggaaacg ccattatcag ctggacgcag      420

atcatcattc tgatcgtcgg cttctccctg atgatcgcgc tctccatcct cgtctacagg      480

acgaagatcg gcaaggccat gacggccatt gcgcagaatc aggatgcggc aaagctgatg      540

ggcatcgata cgaacaaggt cattgagctc acgttcgtga tcagcggcgt tctggcgtgt      600

atcgcgggta cgatggtggc aatgtactac cgcagcatcg agacgacaat gggcagcctc      660

atcggcacca agatctttgc agctgcgatc ctcggcggcg tcggcatcct gccgggcgct      720

atggtaggcg gtattctgct cggcatcgtg gagaccatgg tttccgcgta tatcagcacc      780

ggctaccgtg acgccatctc gtttacgatc ctgatcgttg ttctgctgtt catgcccaac      840

ggcatgttcg gtaagaaggc cattaacaag gtatga                                876


<210>  440
<211>  810
<212>  DNA
<213>  Ruminococcaceae

<400>  440
atgaaacaga gattacttgt cgccgccgtc ggtgttccgg cgctgctggt gattctgctg       60

gcgctgccgc cgtttgccac gacggtgctg gtgtgcctga ttgccggcat tgcggcatat      120

gagctgctgc acaccgctgc taagcagccc cgtcccatcg tctatgttct cacgatcgcc      180

tgcgcgctgg tgtgcgtatg gagcgtcgag ctatccaaga ttgttttccc catcgcggcg      240

ttcctgctgc tgacggcgct gtgcctgatt gccgttctga cgcacggaaa agaaaacgcc      300

atgccgtttt cggacgtttc tttgtgcatg cttgcgggcg tcgtgttccc ggttatgtac      360

agctgcatcg cgtatctgcg ccagactgga agggttctgg tgctgatgcc gtttgtcatc      420

gcctttgtgg gagattccgc gtccatgctc ggcggcatgg cgttcggcgg caaaaagctc      480

tcgccctacg tttcgcccaa taagaccgtc tccggctttg tctgcggtcc tgtcggcagc      540

gcgctcggca tggtgattct cggactcatt gaaaaagcgg tgtggtcctt taccattccg      600

ctctggtatc ttgccgtcat cggcgtggtt gccaatctct tcgggcagct cggagacctc      660

acgacgagcc tgatcaagcg tgaggtcggc gtgaaggact acagccacct gtttctgacc      720

cacggcggca tgctcgaccg gttcgactcg acgcttttta tcgccccggt cgtgtacgcc      780

atgatgttcc ttgcggaggc gattgtatga                                       810


<210>  441
<211>  1728
<212>  DNA
<213>  Ruminococcaceae

<400>  441
atggaagaag aaagaaagcc gttggaaaac agaaatttca tcgacgcctt tattgaagag       60

gatctggccc tcggcggccg gttcgagggt aagcgcgtgc acacccggtt tccgccggag      120

ccgaacgggt atctgcacat cggccactgc aaggcgctga cgatcgattt cggcacggcc      180

gaaaaattcg gcggcctgtg caacctgcgc atggacgata ccaacccgac gaaggaagac      240

accgaatacg tcgacgccat ccaggccgat atccactggt tgggcttcga ctggggcgac      300

cggttcttct acggctcgga ttattttgaa aaggactatg aatttgccgt cgaactcatc      360

aaaaaaggcc tggcctacgt ctgcgacctg actgccgagc agttcaagga gtgccgcggc      420

gacatcggca agcccgccgt gagcccgtac cgcgaccgcc cggtcgagga gaatctcgat      480

ctgttcgagc gcatgaagaa cggcgagttc cccgagggca gccgcacgct gcgcgcgaag      540

atcgaactgg cctccggcaa cttcaacatg cgcgaccccg tcatctaccg catccgctac      600

atgcaccatc accggcaggg tgacaagtgg tgcatctacc cgatgtacga ctttgcccac      660

ccgatccagg acgcgctcga gggcatcacg cactcgcttt gctcgctgga gtttgaggcc      720

caccggccgc tctacgactg ggtcgtgaac aacgtctccg tcccgaacca tccgcgccag      780

atcgagtttg cccgcctcgg catcgaccac accgtcatgt ccaagcgcaa gctgcgccag      840

ctcgtcgagc agaactatgt ctccggctgg gacgatccgc gcatgcccac gctctgcggt      900

ctgcgccgcc gcggctatac cagccattcc atccgcgatt tctgcgagcg catcggcgtg      960

gcgaagtccg ccaacaccgt cgaatacgcc ctgctcgagc actgcctgcg cgaggatctg     1020

aacgacacgg cggagcggac gatggccgtc ctgcgccccg tgaagctcgt catcacgaac     1080

tatccggaag acaagaccga gaccttcgag gtcgaaaaca accctgtcca tcccgagcag     1140

ggcacgcatc ccgtcacgtt ctcccgcgag gtctggatcg aggccgagga tttcctgccg     1200

gagccgatcc ccaagtacaa gcgcctgtac cccaacggcc cggagtgccg cctgaagggc     1260

gcgtatctca tcacctgcac cggctgcaag caggctgccg acggcagcat cgaggagatc     1320

tacgcgacct atgaccccga ctcccgcggc ggcgatcccg ccgacggccg caaggtcaag     1380

ggcgcgacga tccactgggt cgacagcaag accgccgtgg acgccgaggt ccgcctgtac     1440

ggcaacctct tctccgacgc ccagcccgac ggcccggaca agaacttcct cgactgcctg     1500

aaccccgact ccctgcaggt cctcaccggc tgcaaggtcg aagccgcgct cgtcgaagag     1560

gcgaagaagt atgacgcgga gggcgaaggc cgcatggcgc ataccgcgcc cggcttccag     1620

ttcatgcgcg tcggctactt ctgcatggac tcccgcgact gccgcgccga ccacctggtc     1680

ttcaaccgca gcgtcctgct caaagacagc ttcaaaccgg ggaaataa                  1728


<210>  442
<211>  636
<212>  DNA
<213>  Ruminococcaceae

<400>  442
gccatgatgt acaagatcga gggcgaggac ctctacctca tcggcacgag cgagcatacc       60

atgatcggcc gcttcatcga ccagatcatc cccgaggcaa agctcccgct gacgctcacc      120

tcctactccc cctgcttccg caaggaggtc ggcagccacg gactcgagga gcgcggcgtg      180

taccgcatcc atcagtttga aaagcaggaa atgatcgtcg tctgccgtcc ggaggaatcc      240

atggactggt acaacaagct ctggagctac tcggtcgagc tgttccgcaa tctggagatc      300

ccggtccggc agctcgaatg ctgctccggc gatctggccg acctcaaggt caaatcctgc      360

gacatcgagg catggagccc gcggcagaag aaatatttcg aggtctgctc ctgctcgaac      420

ctcggcgatg cgcaggcccg ccgcctgtcc atccgcgtca agggcgccga cggtaagatg      480

tatctggccc acacgctcaa caacacctgc gtcgcgcccc cgcgcatgct catcgcgttc      540

ctggaaaacc acctccggaa ggacggctcc gtcaccatcc ccaaatgcct ccagccctac      600

atgggcggca aggaagtgct gatcccgaag cactga                                636


<210>  443
<211>  2142
<212>  DNA
<213>  Ruminococcaceae

<400>  443
atgaagcgaa aagaattaga aaaattgcct gttctgcggg caacgactgc gatgctgaag       60

caggcggaaa acgaaccgat gatagagagc ggatatttcc gaaaagaact gcgctatgaa      120

cacgagtgct atgcccggtg caagcggttt gaccggattc tgaaggtcgc gatctatctg      180

acaaaaaatc tggctgccgg cggcagaaag ccggtgtacg agctgtttct tgactatgat      240

gcgcaggatt tcctgacata cagctttatg gaaaagaagt ggcgtaccgc gatgctccgc      300

aatttaccgc agcagggatt tggcatctct gacgcgcaga tctcatcccg tgattctgct      360

gtgatcggtc aatatctgca ttccaaatgg gaggcgattg cggcgacccg ggagtttcag      420

gaagggattc gggaaaagca gcttctggcc cggcacaaga aagaaaccga tccgtgggat      480

gcggcaatgg cgcttgtgcc tccgcttcca aaggactggg acagatgggt cagcaaggtc      540

ggcgtcgagc agaattatat gttctatcaa taccggcgcg gcggtaccaa aaccggttat      600

tgcagctatt gcgactgcga ggttccgatt cggaagccga agcacaatgc ggttgccaga      660

tgccccagat gcagaagaac ggtgcagttc aaatccttcg gcaagatggg ccggctgcgc      720

acagggcgaa atatcctgta tctgatgcag ccctatccgg gcggctttgt ggtcagagag      780

ttctgggcgg agcgttctta cagtaaggaa acataccgaa atgtcaaggg gttttaccac      840

gaattccgcc gcgacatctt tgacgtggac gcaaaaccgg tgcaggcatt ttactggggt      900

gtttataagc agcgcgcatc gcgttggatc aaaggctgca actgcagcga aggatattac      960

ccggatgaaa gcggtcgcgt gtatgggaaa acgatcccgt accttgccaa aacctgcttg     1020

cagcggaccg gtctcccgga actgattcat gcaaacatga agacggaccc ggaaaaatat     1080

cttgtcgtac tgaaaagaat gccgaatttg gagcagctga caaaagccgg tctgttccgg     1140

cttgcagtgg aatgtacgca ggattattac aaattgagtt caatttttca gacaacaccc     1200

gtgcagagag gtcttgcacc aaaactcggc ctgaaccgac tggaacttgc acggctgcgg     1260

aagaatcagg gcgggcgtgc atttctggaa tggctgcaat ttgaaaagca gacaggaaag     1320

ccgatctcag attttgcgat ccagtggatg tgcaaggaac atattgaccc gcagcagcta     1380

caattcattg cagatcggat gcgctatggg cagatccagc attacctgaa caggcagatg     1440

caggaactga atttgagcag cgaacatgtc attgaactgt ggcgggacta cctttccatg     1500

gcgttccgct tcggctatga cacaaacgac cccatcgtgt atcgtgtacg caaacttcag     1560

cagcggcatg acgaattggc ctcccgcgga gaggaaatgc agttgaccct tcgtgccgga     1620

gagctccttc agacatatcc gcatatagaa cagaatttgc aggcgatccg ggaaaagttt     1680

gcgtttacag gaaaacagtt ccagattcag gttccagata agctggaaga tattttcatg     1740

gacagccgga agctctgcca ctgcattgcc aacagtgatg tctattggga gcgtatggag     1800

cgcagggaaa gctatctgct gtttctgaga aagacagccg aaccggacac cccctattat     1860

accgtagagg cagagccggg cggcacggta cggcaggtcc gcacccagta taatcgccag     1920

aatgacgata ttggcgaggt gcgcgcattc ctgaagatct ggcagaagca gcttgccaag     1980

cggctgacgc agaaagataa gcagcttgcg gcagacagcc atgaactgcg catcaaagaa     2040

ctggtgcagc tgcgaaatga tcaggtcacg attcacacgg gcgaccttgc aggtcgactg     2100

cttgtggatg tgctgacaga ggatctgatg gaagcggcat aa                        2142


<210>  444
<211>  1797
<212>  DNA
<213>  Ruminococcaceae

<400>  444
atgacgtcaa aaaactcatg ctttgaccgt gcgatcttcc gccgctccct gcggcggacc       60

gcgccggtct gggggctgtt ttgcctgtat gagctgctgc tgccgctgcg gctgtacagc      120

tactgccgcg gtgtgtcggt gtgcacggag gacttttttg tgcaggcgga gcggacgatc      180

ttggaaaacg cggtgaccgg cgcgtcgatc gtgccgtttg tctacggcgg cctgctcgcc      240

tgggcgctgt tttcctggct gttccggacg aacagcgcgt atttctatgc agccatgccg      300

gtcaagcggc ggacgctgtt tctgaccaac tacctgacgg ggctgctgct gtgcgccgcg      360

ccggcgctgg tgtcgtcgct gctgttatgg gcggtcggcg caggcttcgg cgtgtcggcc      420

tttttgcccg cgatgcaggt gttcgcggcg acggcgatgg gttttttgct gtttttctcg      480

tttgcgtcgc tggtgtgcat ggtcgtcggg cagacggcgg ctgcgccgct tgtctacggg      540

atactgaatt ttgctgccta cgtgctcgag tcgatcgtgc agcatctgat gcagaccttt      600

gtctacggca tgcccgcgag ccagacgacc gcggccgaac gcgccgcggc ctacgcctcg      660

ccggtcttcg gcctgttgcg cggcggcttc cgcgtggcga ccgaatgggt cgacgcgggc      720

gcgatcggct atgagacgga cccgcatctg gtgggctggg ggtatctcgg cattctggcg      780

ggcgtgggcg tgatcttcgc cgtctgcgcg tatttgctgc tgcagcaccg ggagatggag      840

cgcagcggcg acgtgatcgc cgtgcgccag ctgcgcccgg cggcactgta tgggttcacg      900

atcggctgcg cgctggtcat cggcgtgctg ctggtcgagc tgctctcggg caacgcggcg      960

gataatttct ggtatgtgct gctgtttctg acggtcggtg cgttcgtggg ctattttacc     1020

ggaaaaatgc tcctgcagaa gaccgttttt gtcttccgca gcggctgggg cgggtttgcg     1080

gcctgctgtc tggtgctggc ggtggtgttc ggtgcagcga agttcgacct gttcggctat     1140

tcgcggtatc ttccgcagcg cagccagatc gcggcggccg ggctgacgag aaacgagtat     1200

cagggcctct acacctcgca ggatcccgcg ttcattgacc gcgtcctggc cctgcacacc     1260

gccgccgtgg aggaaaagac gcagcaggag cagcggaaga cggactacca gcgcgggacc     1320

gaccagacgc agggcttctg catcagctac cggctgacgg acgggcggct cctgcagcgc     1380

tactacagcg tggtctacaa cgaggcggac gcgctggcgt ccggcagcct catctcgcag     1440

ttctcctccg tctacaacag ccccgactgc gtgcgcatcc gcacgggctt cgatacgccg     1500

cgcacggagg cgaacgtgct ctcgtgctat gtgtattcca acgtgtcgga cgcggatctg     1560

gagctgacag gcgcgcatgc gtgggagctc tatgcggcct gtctggcgga tatcaatgcg     1620

gggcgcctcg gcgcggagga cgtcagcggc gtcgggacga aggacgacgc ggattacacg     1680

ccgctctacc tgatgttcat cgtcacgacc aacaccccgg gcgagacggt gaacctctac     1740

gtcgattcca tcccgctggg cgcagacgag accgtccgcg tcctggagca ggcgggc        1797


<210>  445
<211>  837
<212>  DNA
<213>  Ruminococcaceae

<400>  445
atgctctatg tatttctcgt gctcgcgctc ctcgccagct gcgcgctgac gtgggcggcg       60

tccgggttcg cttcgctgca cgcgctgtgg caggtgccgg tatttttcgc ggggagtttt      120

ctggcgctcg tgctgctgtt tttgctggtc gtgctcatct cgtgtctgtt tgtcgacccg      180

aaaaagctgc tggaaaagcc cagcggttac ttccggttcc ttctcaacga gttctgccgg      240

ctggcgctgg ctctcggcgg cgtgcatgtc aatgtgacgg ggctcgaaaa ggtcccgcgg      300

gacagccgct tcctgctcgt gagcaaccac cgcttcgcat ttgacccgct ggtgttctat      360

tcgtccatgc cgtgggccga tctggcgttt ttgtcaaaga aggaaaattt ctcgatcttc      420

gtcgtcgcgc agatcatgcg caaggtgctc tgcctgccgg tcgaccggaa taacgaccgc      480

gagtcgctca agtccatcct caaggccatc cagttcatca aggacgacaa ggcctccatc      540

gccgtgttcc ccgagggccg gacgaaccgg acggccgatc ccctgctccc ctaccgctgc      600

ggcgtattca agatcgcgca gaaggccaat gtacccatcg tgatctgttc gctggtcaac      660

tcccgcgcga tcctgcgcaa catgttccgc aagcatacgg aggtgtggct cgacgtgctg      720

gacgtcatcc cggcagagga gctcgcgtgc aagacgacaa ttgaggtcgg cgagcgtgtc      780

cacgcggtca tggaggcggg cgttgtgcgc cgcgaacagg cgcaggggct gcgctga         837


<210>  446
<211>  1725
<212>  DNA
<213>  Ruminococcaceae

<400>  446
atgaaaacga gaaaagcaga ctggaaggca tactttcagc ttattcgtcg ggcaaatatc       60

cctctgctgg tacttctggg ttattttttg gttcagctgg tttactcccg tatatctacg      120

gatctggtgc cattcgcatc aaagatatac accggagaaa tactcgatac cgctcaaatc      180

ggtcaatatg tgctgctggt ggcggtcatg attgccatat ggttggtgca aaatctcttt      240

cagtactggt tcacctatcg tacagaccgg caattccagc tagtcacgtg gcagagcatg      300

gttcatctcc ccatggctgc tttggacaag cagaatgctg caacgcttcc aagtcgtgtc      360

accagcgact ccacaaaact cagcatgcag tttttgcaga tggtcggagt cctgaccagc      420

gtgtatacca tctatgtgac gctctccaat gtgcgaaaag acagcgcgtt tatggccggg      480

ttcatgctga aaatgctggg ggtcctcttg ctctggatca tcctttcaag cgttgtctgc      540

ggacgtttca agtttagggc ttctctgcgg tttcaggaga catacgctgc ctttacggat      600

tatatcacgg agcgcctgtc caacatcccg ctcatcaaat catccgcagc ggaggagacg      660

gaagtcatcc gggctgtgaa agagattgag gggcaatacc acgcggagat tcatcagatc      720

aacgtggaat atattactac attcatctcc cagagctgca tgtacatctt ccaggcattg      780

gtacttctta ccggagccgt gatggttcgc agcgggacac tggatcaggc cggaatgctg      840

accgcttatc gctactctct cacattgccg gtatatctga taacaattat gaacgcttac      900

ctcactgtga aagaaagtca gggctgcgct gaccgaatca gcgagattgt cgctgccgag      960

ccggagcgct gccagcggaa aaaggctttt gcaatggagg atgcagatat tacctttgaa     1020

aatgttacat tccgctacgg agaaaagcgg gggctatgca gcgccagttt cacaattccg     1080

gcgaacaggg tcacggcaat tgtaggcccc aatggttccg gtaaatctac agcggtcagc     1140

ctgatggaac gcttctattt gccggagacc ggctgtctcc gttttggcga ttgcctcgtg     1200

gaggatatcc atctgaatga atggcgccgc tctattggct atgtttctca ggacaccacc     1260

ctcatctccg gtacactgag ggaaaaccta acctatgccc tccaccggcc ggtggaggag     1320

accgaactgc agcaggcgct gaaaattgcc aacttggaag acttcgtagc cgcactgccc     1380

aagggcatgg atgccgacct gggtgagctg ggagaaaaac tgtccggtgg tgagcggcag     1440

cgcattgcaa tcgcccgtat tattctgcgc aacccggagt atctgattct ggacgaagtt     1500

accagtgcgt tggatgcgga gaacaaggca gcggttatgg gtgctctgcg aaaactgatg     1560

gcgggaagga cttgtgtact catctcccac gatatggaca tggtgcgcag cgcagaccac     1620

attgtggttc ttgacgaagg aagcgttcag gcggaaggca attgtgatca agtcataaaa     1680

aacagcgctt attttgcaga atgctgcagc gcggcgtgtc aataa                     1725


<210>  447
<211>  420
<212>  DNA
<213>  Ruminococcaceae

<400>  447
atgcgcaaac gagtattgac ttcagcaatt tccttcattt tgatctgctc tttatttaca       60

tcgttcgctt tggccgcaac acttcgcgcc agtgagtata tttccgcata caatgcagtg      120

atttattctt ctgacaacga agtaaccgtg gactgtacaa tcgttggaac cgacgaaatg      180

aaaacaatcg gcattaaaac ggttaaaatc tatagctcca gtggaacaaa cgttgctaca      240

tattcctata cgacaaaagg gtatgagtat cttatgggaa gcaacactgg ccgcaaaaca      300

gcatccgtct catatacggg cgtttctggc agatcctatt atgcggtcgt tacgttctat      360

gcctctgatg gaagcggcag cgattcaaga acacatacaa ccaaaactat caccttataa      420


<210>  448
<211>  1404
<212>  DNA
<213>  Ruminococcaceae

<400>  448
atgagcaatt tctttaaggt caaggagcac ggctcgaccg tccacaccga gatcatggcc       60

ggtgtgacga cgttcatggc aatggcctat attctgatgg tcaacgccgg catgttctcc      120

gccctcggca ccgtgagcta cggcgcgatc tatatcgcga ccgccatttc cgccgtcatc      180

ggcacagtcc tcatcggcct gctgtcgaac ctcccgctgg cgcaggcctc cggcatgggc      240

ctgaacgcct tcttcgtcta caccgtctgc ttcaccttcg gcctgagcta cgcgaacgcc      300

ctcgtgctcg tcctcgttga cggcatcgtg ttcgtcctgc tgacggtcac gggtcttcgc      360

aagatgatct tcgacgccat cccggctgcg gtcaagaccg ccatctccgc cggtatcggc      420

ctgttcatcg ccttcatcgg cctgcagaac gcgggcatcg tcgtggacga cggcgcgact      480

ctcgtcaacc tctcttcctt caacgtcttc tccggtaccg ccacctgggc gaccatcttc      540

ccgatgctcg tcaccatcat cgcggtcttc gccatcggcg ccatgtccaa gaagaaggtc      600

aagggcgcgg tcctgtgggg catgctcggc ggcgcagttc tctactacgt catcggcctc      660

atcactgttc ctgatttcta tgcgaccgct gtcgcgccca acctgtcctc cgacttcttc      720

ggcgcgttca aggacttcgg cacccaggcg ttcggcaagg tcttcaccga aggctttgac      780

ttcagcccgt acattgccga gcacggcatg agcaacttca tcgtcatgtt cctgactacc      840

atgctggcat tctgcatggt cgacatgttc gataccctcg gcacgctgta cggcgcctgc      900

gcagccggca acatgctgac caaggaaggc aacgttccca acatggacaa ggccatgctg      960

gctgacgccg tcgccacctg ctgcggcgct gtctgcggca cctccaccgt caccacgttc     1020

gtcgagtcct ctgccggcgt tgcagaaggc ggccgcaccg gtcttgcctc catggcaact     1080

gctgccctgt tcttcatcgc gatgttcctc gcgcctgtcg cgcagctcat cccgacctac     1140

gcctgtgccg cggctctgat ctacgtcggc gttctgatga tgtccaacgt ccgcactatc     1200

gactgggacg atcccgctgc agccgttccc ggcttcatga ccgtcgcttt catgccgctg     1260

acctacaaca tctcctacgg catcgccttc ggcctcatct cctacgtctt catcaagatc     1320

ttcaccggca agatcaagga aatcaacgtc ggcacctggg tcatcacgat cctctttgcc     1380

ctcatgttct tcctcacccg ctaa                                            1404


<210>  449
<211>  1776
<212>  DNA
<213>  Ruminococcaceae

<400>  449
atgatccagc tactcaaacg tatgcgcaga cgcgaagcgc tgatggcgct gctctgcgcg       60

gtcctggtcg tcgggcaggt ctattttgac ctgcggctgc cggactatat gaccgagctc      120

accaagctca tcaaaacgcc cggcagcagc acgggcgata tcctgtccgt cggcggagaa      180

atgctgctgt gcacgctgtg cagcgccgtg ctcgccgtcg gctgcgggta tctgtccgcg      240

cggacggctg cgggcttcag cttttccgtg cgccgcgacc tgttccacca cgtgatggac      300

gcgggcagcg aggagatgca gaccttctcc gtccccagcc tcatcacgcg cacgaccaac      360

gacatcactc agatccagat gatcgtcgcg atgggcctgc agatgctcat gaaggccccg      420

atcatggccg tgtgggccgt gatcaagatc ctcggcaaga gctggacgct ctcggccgtg      480

acggcgggct tcgtcgtggc gctggtcacg ctggtgctgc tcatcatgtc gagctgcctg      540

ccccggttcc gcagggtaca gaagaagacg gacgagatca accgcgtcgc ccgggagaat      600

ctgaccggca tcaacgtcgt gcacgccttc ggcgcggagg actatcagaa caagaaattc      660

gacggcccga gccgcgatat gatggacctg cagctgaaaa accagcgtct tttcgccctg      720

ctgcagcccg cgatgggcct cggcatgaac ggtctcgcgc tcgccatcta ctgggtcggc      780

gcggcgctgg tcgagtcgat cgcgcggacg gatatggccg ggcggctgac gatgttcacg      840

aatgtgctcg tgttcagcac gtatgcgacg tacgtggtca tgtcgttcat gatgctcgag      900

atgatcttca tgctgctgcc gcaggcgcag gtctcggcgg agcgcatcaa cgaggtgctg      960

aacacgaagc cccacgtcgt cgaaggctca aagaccgaag ggcgcgagac cggcacggtc     1020

gagttccgcg acgtctcctt ccgctatccc catgcagccg ccgacgagct cgagcatatc     1080

agcttccgcg tcgaacgcgg ccagacgctc gccatcatcg gcgcgaccgg cagcggcaag     1140

acgacgctcg ccggcctcat cccgcggttc tatgacgcga cgcagggcgc cgtcctggtc     1200

gacggcgtcg acgtgcggga ttataccttt gacgccctgt acgacaggct cggctacgtg     1260

acgcagaagg ccgtgctctt ctccggcacc gtgcaggaca atattttctt cggccagagc     1320

gaagccgcgg ataccgacga gacgctgcag caggcgctgc agctgtcgca ggcggcagag     1380

ttcgtggacc gctacccgga aaaggccgcg caccccatcg cacagctggg ccggaacgtc     1440

tccggcggac agaagcagcg gctgtcgatc gcgcgggcgc tggcaagaaa gccggagatc     1500

ctgatcttcg acgattcgtt ctccgcgctg gactataaga ccgacgcaac cctgcgcgaa     1560

gggcttgcaa agcagctgcc cggcacgacg aagatcatcg tcgcccagcg catcagcacc     1620

atccgccacg cggatcagat cctcgtcctc gaccgcggcg agatcgccgg gctcggcacg     1680

catgacgcgc tgatggcgtc ctgccccgtc taccgggaga tcgccatgtc gcagctgagc     1740

gaggaagaac tcaaaaaagg aggcgcatcc aaatga                               1776


<210>  450
<211>  1011
<212>  DNA
<213>  Ruminococcaceae

<400>  450
aaaggagaaa agacaatgaa aaccaaaaga atctttgcgt tacttcttgc tctgatgatg       60

gttttatcct tggcggcctg cgcaaagcag tctgcttccg acgacggcgc agccagcgca      120

gccgcggatt tcccgaagga agatatcaat atgtacatcg gctacggcgc aggcggcggc      180

tccgaccttc tggcccgcgc gctggccaag tatattgacc tcggcgacca cgtcatggtc      240

tgcaccaacc tcaccggcgg ctccggcacc atcgctatga tggagtgctg gaacgcggaa      300

cctgacggct acagcatgaa cctgtgcctg ccggagagct tcgcggtgca ggttctcaac      360

ggctcgatgg aaaaggatgt atttgacaag ctgattttcc tggcaagccc ggtttacgac      420

gtcaacacgc tgagcgtccg ttccgacgcg cagtggcaga cgctggacga actcatctcc      480

tatgcgcagg aaaaccccgg caagctgacc attgcgggcg ttggttccgg cgttaacaag      540

ctgtgggcgg ttgagatcat gcagaagctg gggatcgaac tgaagtacgt tccctatgac      600

gattccaact ccacccgcgc ggcgctgctc ggcggtcagg tcgacctgct gctgtgccag      660

gcctgcgagt ccaagccgta ctatgattcc aaggacatca ccgttctggc ggcctgcgcc      720

gacgagaccg tgtcgttcat gtctgatgtc aagacgttca aggaactggg ctatgagatc      780

gtgtccggta tccatcgcgg ctttgccgtg acccccgaca cgcccgaaga gatcgtccgc      840

gacctcgaag cacgcgtgaa ggctgtgtat gacaaccccg aattccagac ctatatgcat      900

gagcagctcg gcttcaacac cgtctggacc ggtcacgacg actacgaagc tctggccgcc      960

aagtgcctgg aggacttccc cgccctcatc gaggctgcca gcaactattg a              1011


<210>  451
<211>  2988
<212>  DNA
<213>  Eubacterium

<400>  451
atgttagtat ataatgtatt agatttaatt ttggaggaag caatgacttt agaggcaaag       60

aatttaaatg agcagataag caatttaaaa gaatatgaag tgattcttca taaaaatata      120

gaagaagttg attcagaagg atggtttctg aaacataaga aaacaggagc aagaatagta      180

cttctggcta atgatgatga caacaaggta tttaatatag gatttagaac acctgttaat      240

aatgatacgg gagttccgca cattatcgag catacagtac tttgtggttc gaagaagtat      300

cctgttaagg atccttttat ggaattagtt aaggggtcac ttaacacatt tttaaatgca      360

atgacatatc cggataagac aatttatcct gtggcaagtt ataatgacaa ggattttaag      420

aatcttatgg aaacgtatat ggatgcagtt tttaatccta atatatatga tgaaaagaag      480

atttttcttc aggagggatg gcattacgaa cttgaaaaca aggatggaga attaacttat      540

aacggagttg tatacaatga aatgaaaggt gtttattcat cagtggacgg cgtaatggat      600

agagcaacat tacattcatt gtatccggac acatcttaca gttatgagtc aggcggaaat      660

cctgacaata taccggaatt atcatatgaa gaatatttgg attttcatag aaaatactat      720

catccgtcta acagctacat ttatctttat ggagatatgg atatggttga aagacttcag      780

tggattgaca aggaatatct tggcaagtat gatatgttga aaattgattc agaagtaaag      840

aaacagcctg ctttttcaca gttaaatgaa gaaaaagtgg cttatgcaat tacagacagt      900

gaatcattgg aagacaacac agttcttaca gttaattatg taattggcga tagcagtgat      960

gtagaattaa atactgcaat tcaggttttg gaatacgttc ttatggaaat gcctggagct     1020

tttcttaagc aggctttaat tgatgcaaaa atcgggaaag atgtttatag tcagtatgag     1080

gacgatattt gccagcctat gtacagcatt gttgcaaaat atgctaatga atcggacaaa     1140

gaaaaattta ttacaataat aaatgaaaca cttgaaaaat tggcaaagga aggtcttgat     1200

aaaaaggcac ttttggcagg attaaacagc cttgaattta aagtgagaga atcagatttt     1260

ggcagaatac caaagggatt aatctttgga ataaatatgc tttcaagctg gttatatgat     1320

gacagcaatc cttttgtttt attagaaaca aacaaggttt ttgaaaaact tagaaagatg     1380

attgacacag attattttga aaaattaatc acagaatatt ttataaaaaa tactcacaaa     1440

tcagtggtaa tattaacacc tgaaaaagga ttgactgaaa agaaagaaca gcagttaaaa     1500

gattcattgg aagctaagaa aggtacaatg acagacgaag aaattgaaaa tataataaga     1560

gaaacaaagg aactaaaaga atatcagaca acatcttcat cacctgaaga tttagcaaaa     1620

attcctttac ttgaaataga agatatagga aaagaaccac gaaaaatcat tggacaaccg     1680

gaaactaaag aaggcataac aatgctttac aacgacctgt ttactaatgg aataggatac     1740

cttgacatag tattcgactg tacagatttg cctgaaaaat atcaaagtta tatgggactt     1800

ttgaaacctg tgttaagtta catggatact gaaaagcatt cttatacaga acttaatact     1860

gaaattgatt tggatttagg cggttttgct tttgattcag gaatttatgt taataagaaa     1920

acaggagaac caatgcttac aggcgaggtt cacgcaaaga tgctttatga caagattcca     1980

aagacttttg atttgattaa agaagttgtt ttggaaacta agtttgatga ctataagcgt     2040

ttaaaagaaa ttcttgaaga attaaaatca agagtgaaat cttcaataat aaagacaggt     2100

gacagtgctg caatgcttag ggcaatgtct tattattcaa aatcatatta tttaaaagaa     2160

cagtcaacag gacttgcatt ctatcagttc ttaagtgata ttttagataa ttatgaagaa     2220

aagaaagaag atttcgcaaa gaatttaaaa gatacaattg aatatgtatt tagcaaccag     2280

aaaatgtatt tgaattatgc cggagatagg gaaagttatg aacttgtgaa aaagcttgtt     2340

attgacttaa agaacagtgt ttataatgtt ccaagaaata aggatttatg gcagtttaaa     2400

cctgaaaaga aaaatgaagc aataaaaaca tcaggtcagg tccaatacgt tgcaagaaca     2460

ggtaactaca acaaggataa tgacaaggta tttagtggaa gctttatggt tcttggaaat     2520

attatgagaa gtaaatatct ttggaataac attagagaat taggtggagc ttatggatgt     2580

aacgcttcat ttacaagaaa tggagatgta atgtttactt catatagaga tccaaacctt     2640

ggaaaaacta atcaggtata tttaaaagca gcagatttta ttgaaaattt taatgtagat     2700

gaaagagaaa tgcgtaaata tattatagga acaattagcg gaattgatac accacttaat     2760

gcggcagaca gaagtggaag agagtttagc tgttttatta cagacacaga ttatgaaaca     2820

ttaaaaagag aacgtgaaca gattctttca accaatgttg aaaacattag agagcttgca     2880

cctttggtaa gagaagctat ggcagacaat aatatttgcg tagtaggtag tgcaagtgca     2940

atagaacagg acaaagaact ttttgaaaaa acagtagaat tagtttaa                  2988


<210>  452
<211>  2259
<212>  DNA
<213>  Eubacterium

<400>  452
atgaatcttt cggaaattat taaatcagag tataataagt caatttcaga atgtacaaac       60

gaggaaattt acaatgcttt acttactttg gtaaaaacaa tggcagaagg aaaacagcat      120

aaaaattcaa agaagaaatt atactatatt tcagcagaat ttttaatagg aaagcttttg      180

tctaataacc ttattaatct tggaatttat gatgatataa aagaagaact tgcaaaaaat      240

ggtaaggatt tatgtgaaat agaagaattt gaaaaggagc catctcttgg aaacggagga      300

cttggaagac ttgcagcttg ctttctggat tctattgcaa cattaggact taatggtgac      360

ggagtaggat taaattatca tttcggatta ttcagacagg tatttaagaa taatgcacag      420

actacaattc cagatccatg gcttacagaa aaaagttggc ttacaaagac tgatgtaaca      480

tatacagtta agtttagaga tatgaatgtt acttcaagaa tgtatgatat tgatgtgaca      540

ggttatgaca gcacaactaa taaacttcac ttatttgata ttgaaagtgt agatgaaaat      600

attgtagaag acggaattaa ttttaacaaa gaggatattg aaaagaatct tacactattc      660

ctttatcctg acgacagtga tgatgcaggt agaattctta gaatttatca gcagtatttt      720

atggtatcaa gtgcagctca attaattctt gatgaagcag tagaaaaagg atgcaagtta      780

tatgacttag ctgattatgc agttatacag attaatgata cacatccaac aatggttatt      840

cctgaactta tccgtttaat ggtagaaaga ggacttgaaa tggatgatgc cattgaagct      900

gtaacaaggg catgtgcgta tactaatcat acaattttag cagaagctct agagaagtgg      960

cctatatcat atcttaagaa ggcggtgcca cagcttattc ctattattga agtattagat     1020

gataaagtaa gaagaaagta tgatgatggt tcagtttaca ttatcgatag ggaagaaaga     1080

gtacacatgg ctcacattga cattcattat tcatcaagtg ttaatggcgt ggcgtcactt     1140

catacagata ttcttaagaa tgtagaatta aataattttt ataaaatcta tcctgaaaag     1200

tttaataata agactaatgg aattaccttt agaagatggc ttattcatag caatccacag     1260

cttacagagc ttattacatc acttattggg gatggaatta agaaagatgc aacagaatta     1320

gaaaaacttt tggattataa agacaataag gaagtattaa acaagattct tagtattaaa     1380

aacacaaaga aagcagaatt aaagaatgcc ttaatggaaa gacagaatgt agaaattaat     1440

gaaaactcta tttttgatat tcaaattaag agacttcacg aatataaacg tcagcaatta     1500

aacgcattat atataattca taaatattta gaaattaaag caggcaaaaa gccaacaact     1560

ccaataaccg taatttttgg agcaaaggca gctcctgcat acattattgc acaggacata     1620

attcatctta tactttgcct tcaggaatta ataaataatg accctgaggt tagtccatat     1680

cttaaagttg taatggttga aaactataat gtaacatggg ctgaaaagtt aattcctgca     1740

tgcgatattt cagaacagat ttcacttgca tcaaaagaag caagtggcac aggtaatatg     1800

aaatttatgc ttaatggagc agtaacttta ggtactgaag atggtgctaa tgtagaaatc     1860

catgatcttg ttggagatga caatatttac atttttggtg atttaagtga aactgttgta     1920

gaaagatatg ctaacggaag ctattgtgct gcaaagtact ataacaataa tccggttatt     1980

aaagaagcag ttgattttat aacaggaagc gaacttatgt ccataggtga caaggaacgt     2040

cttgaaagac tttcaaatga acttattgga aaagactggt ttatgacatt ccctgatttt     2100

gatgcatatg taaaaacaag agagcaggcc tatgctgatt atgaaaatag acatgattgg     2160

gctaagaaga tgcttgtaaa tattgcaaaa gcaggatatt tctcatcaga tagaacaatt     2220

gaagaatata atagagatat ttggaaattg gaacagtag                            2259


<210>  453
<211>  1734
<212>  DNA
<213>  Eubacterium

<400>  453
atgttagaga atttaaagaa acttgtgtca tattacaaac cttataagaa agtttttctg       60

gcagatatgt tttttgcaat aatggcatca tttatagcat tgctaatacc gctggtggta      120

agatatgtta cggcaaaagt aatatatatg ccagcagaac aggttgtaaa aacaatgatt      180

atcatagcta ttgttgtagg aattttgatt ttgttccagt gttattgtaa ttattacatt      240

gccaattatg gtcacgtaat gggtgcaaaa atcgaatatg atatgagagc ggaaatattt      300

ggacattttc aaaaattatc tttttcattt tatgacgatg aaaaagtagg acagttaatg      360

tcaagaataa catcggacct ttttgatatt actgaattat tacatcatgg tccggaaaac      420

gtaaccatat cagtaataaa gattatagga gctttggcaa ttcttttaag cataaatgta      480

agacttgctc ttatagcatt tttattagtt ccatttatgc ttgtttacgc atatttcttt      540

aataagaaaa tgaaacaggc gtttagagtt aacagaatca aaatagcgga aataaacgca      600

caaatagaag acaatctttc aggaataaga gtggtaaaat cttttgccaa tgaagacttg      660

gaaaataaaa aatttaaagt gggaaacgat gctttccttg aagcaaaaaa gaacaactat      720

aagtatatgg gtggatacaa ctcaggactt acagctttta caacaatgat taatcttctt      780

gttatagttt cagggggatt aatgataact aagaacatga tatctgtaac agaccttgtt      840

acatttttat tatatataaa tatttttaca gatcctatta aaacgttaat tgattttacg      900

gaacagtttc agaatggata ttcaggatat gaaagatttc tacagattct ttcaattgaa      960

cctgaaatta aggatagtga aaacgcagtt tcaataagta atgttaaagg tgacattaaa     1020

cttgaagatg tttcatttaa gtataatgac agctctcata gagttttgaa acatattaat     1080

ctggaagtta aggcaggctc ttatgtggca cttgtaggtt catcaggagc aggaaagact     1140

acactttgca atcttattcc aagattttat gaagccacaa gtggaaaaat aactattgat     1200

ggaaaagaca ttaaagacat aaaattaaaa gatttaagag ataatatagg tatagtacag     1260

caggatgttt accttttcgt tggaacagta tatgacaata tcagatacgg tcgccctgat     1320

gctacaaggg aggaagtaat tgcagcagca aaagaagcta atgcgtatga ttttataatg     1380

tcacttccaa atggctttga gacagatata ggacagcgag gtattaagtt gtcaggcgga     1440

cagaaacagc gaatttcaat agcaagagta ttccttaaga atcctccaat attgattttt     1500

gatgaagcaa catctgcact tgataacgaa agtgaaaaga tagtacagga atcaatggaa     1560

aaactggcaa agaacagaac aacaatggta atagcccata gattgtctac tataagaaat     1620

gcagaaaaga ttctagtttt aacagacaag ggaatagaag aacagggtac acatgaggaa     1680

ttaatggaca aacatggaat atactatgat ttgtacaatg tgattgaaaa ataa           1734


<210>  454
<211>  1950
<212>  DNA
<213>  Eubacterium

<400>  454
atggagaaaa aaaatgactt taagccattt atccccgcag acaaggtatt acctgagttt       60

acagtaactt cagtaattct tggtatgatt ttagcggtta tatttggtgg cgccaacgct      120

tatctcggat taagagttgg tatgactgta tcagcctcaa taccggcggc agttatttca      180

atgggtgtta ttagagttat tatgaagaaa gactcaatcc ttgaaaataa catggtacag      240

acaattggtt cagcaggtga atcattggca gcaggagcaa ttttcacaat tcctgctatt      300

tttatttggg cttcagaaaa aggaagcgga attagcacac cttcattcgt ttcaattgca      360

ttaattgcac tttgtggtgg tattttaggt gtacttttca tggtacctct tcgtacagct      420

cttattgtag aagaacacgg aacacttcca tatcctgaag gaacagcttg tgcagaagtt      480

cttttagcag gagaagaagg tggaagtaag tcaaaagttg tatttgcagg acttggaatt      540

gcagcagttt ataaatttat tgcagatggt ttaaaacttt tccctagtga agttgatttc      600

tcaatgcagg gcgaatacac aacagcagta ggtatggatg ttcttccagc cttagcaggt      660

gtaggttaca tttgtggtgt taagatttca agttaccttt ttgcaggtgg tgtgttatca      720

taccttgttt taattcctgc aattgcttac ttcggtggcg aatcagcatc aaaagttgtt      780

gatgatgccg gaaaagctat tgcatttaat aagttgtcag caagccagat ttggagcaac      840

tatacaagat acatcggtgc aggtgccgtt gcagcaggtg gattaattag cttaattaaa      900

acattcccaa caatgattag aacatttaaa catgcaatca agggatttgg taagaagggt      960

gacagccagt taagaacaga acaggatatt tcaatgaagt tagttcttgg tggttcactt     1020

gtaattgcag ttttaatctg gttacttcca gagattcctg ttagcttcct aggagcactt     1080

atagttgttg tatttggttt cttctttgca acagtatcat caagaatggt aggtattgta     1140

ggaagtagta acaaccctgt atcaggtatg gctattgcaa cattaatcgt aacaacattt     1200

atcttaaagg ctacaggcag cacaggtgca acaggtatgg tatcagctat ttcaatcggt     1260

acagttattt gtatcgtagc agctatggcc ggtgatactt cacaggattt aaaaacaggt     1320

tacatcgtag gtgcaacacc tagattacag cagattggtg aattaattgg tgctattgta     1380

tcagcttttg caatcggtgg agttatgtac cttcttaact cagcatgggg atttggttca     1440

gaacagattc ctgcaccaca ggctacactt atgaagatgg tagttgaagg tgttatgggt     1500

ggtacattac catgggtatt aattttcatg ggtgtattta tcgccatcgt tgttgaagtt     1560

cttggaatcc ctgtattagc attctcaatt ggtctttact taccaattta cttaagcaca     1620

cctattatgg ttggtggtgt tattaagtgg tttatcgata acaagagaaa atatgctaat     1680

gacgaagaaa gaaaagacgc atcagaccgt ggtgtacttt atgcagcagg tatgattgca     1740

ggtgaaggta tcgtaggtat cgttcttgca atattagcag ttgttaacgt tgctgataag     1800

ttaaatcttt catcattata tggtgaaagt ggagctttcc agacagttgg taactgggta     1860

ggattaattg catttgtatt attactttca acattattcc actttacaaa aggaaaaaag     1920

actatagaag tagacgcaaa agaaaaataa                                      1950


<210>  455
<211>  1749
<212>  DNA
<213>  Eubacterium

<400>  455
atgaacattt ttgacgtatt atctcttatt ggaggtttag cattattcct ttttggaatg       60

aatattatgg gtgatgctct tgaaaaaaga gctgggaatc agttgaaaaa cattcttgaa      120

aaattaacat ctaacagatt taagggattt ttgcttgggg caggagtaac agcaattatt      180

cagagttctt cagcaacaac agttatggtt gtgggttttg ttaactcagg aattatgagt      240

cttaagcagg caataggaat tattatgggg gcaaacgttg gaacaaccat tacatcttgg      300

attcttagtt taacagggat tgaaagttca aacatttggg ttagtctttt aaagccaaca      360

tcatttacac caattcttgc aatgattggt ttgataatga tcatgtcaaa gaaaaactca      420

aaacgtgcag atacaggaat gattctttta ggatttgcag ttttaatgtt tggaatggaa      480

cagatgtcag gttctgttag cggattaaga gatgttcctg aatttagaaa catattagta      540

atgtttagca atccggtatt aggtgtattg gcaggtgcat tcttaacagc agtaatccag      600

agttcatcag cttcagtagg tatacttcag gcattggcat caacaggagc agtaacatac      660

ggaagtgcaa ttcctatcat tatgggacag aatatcggaa cttgtgtaac agcaattatt      720

tcatcatttg gagcaaacaa aaacgcaaag agaacagcag ttgttcattt atcatttaac      780

ataatcggaa cagcagtatg gcttgcagta ttctgcttat taaattcaat tatacagttt      840

ccatttataa gtgattcagc aaatcagctt ggaatagcaa ttgttcatac aacatttaat      900

attttatgta cattgttatt attcccattt gcaaaccagt tggaaaaact tgcatgtatc      960

attataaaag atgcagaaaa gaaagaatca ttacagttac ttgatgaacg tcttatgaca     1020

acacctgcaa ttgcaattga cagatgtaaa aaagttgtaa tggaaatgtt tgaaaaaaca     1080

atcgaaggag taagctgtgc ctgtgacatt ttaagtgagt acgattcaaa agtaatagac     1140

aaggttaaag agtacgaaga agaagtggac aagtacgagg ataagatagg aacctatctt     1200

gtaagaatca gtacaagaga cttaagtgaa agtgacagca agagcgtaag tgagttatta     1260

cacatcatcg gagatattga aagaatttca gaccactcag taggaatagc aaagtcagca     1320

gaagaaattc atgataaaaa attacatttc tcagaaaatg caagaaaaga attaaaagtt     1380

ttaattaatg cagcaaaaga tattttgaat cagtcacaga cagcttttga aaataatgat     1440

atggatgctt cattaactgt tgaggcattg gaagaagtaa tagaccattt gaaacaccag     1500

ttgaagaaga gacatattga cagattaaaa aatggtaagt gcacaattga gcagggattt     1560

ataatgacag acattcttac ttctttggaa agaatatcag accattgttc taacattgca     1620

ggatgtgttg aggaaattga acatgacagt cttggacttc atgcatacag cagtgaaata     1680

gataaaaatc cgggaagtaa attctatcag gtttatacac agaacaaaga taaatatgca     1740

attgactag                                                             1749


<210>  456
<211>  2301
<212>  DNA
<213>  Eubacterium

<400>  456
atgataacat taagtaaagg cggagcatac cttattggtg gcacagaagt tgtagaaaca       60

ggtgcaggct cagaagaatt actaaagaac aagttagggg ataaatacct tacaaaagaa      120

gatgctgcaa agaatactat ggcatatggt attttgaacg aacacaacac atcaggcaat      180

atggacaagc ttcagattaa gtttgataag cttacatccc atgatattac atttgttgga      240

atcattcaga cagcaagagc ttcaggatta gagaaattcc caattcctta tgtgcttaca      300

aactgtcata acagtttatg tgctgttggt ggaacaatca atgaagatga tcatatgttt      360

ggacttactt gtgctaagaa atatggcgga atttatgtac cacctcacca ggcagttatt      420

catcagtttg ccagagagat gttagcaggt ggcggaaaga tgattcttgg ttctgattca      480

catacacgtt atggtgctct tggtactatg gctatgggtg aaggcggacc tgaattggtt      540

aagcagctac tttcacagac atatgacatt aatatgcctg aagtaatcgg tatctacatg      600

acaggagaac ctgctaaggg tgtaggacct caggacgttg cacttgcaat tatcggagaa      660

gtatttgaca agggttatgt taagaataaa gttatggaat ttgtaggacc tggtgtttct      720

aaattaagcg cagatttcag aatcggtgtt gacgttatga caacagaaac aacttgtctt      780

tcatctattt ggcgtacaga tgagaagatt aaggaattct atgatatcca tggaagagtt      840

gatgagtata aagaattaaa tcctggcgaa gttacatact atgatggaat tgtttatgtt      900

gatttatcta agattaaacc tatgattgca atgccattcc atccaagtaa cacatacact      960

attgaagaat taaatgctaa cttggaagat attctccacg atgttgaaaa gaaagcttta     1020

gtttcattag atggacaggt tgattataaa cttacaaaca agattcgtga tggaaaactt     1080

tatgttgacc agggaatcat tgcaggttgt gcaggtggtg gatttgaaaa catttgtgca     1140

gcagcagata tattaaaggg acatagcatt ggagctgacg aatttacact tagtgtatat     1200

cctgcttcta tgccagtata tatggaatta atcaaaaacg gatgcgcagc agatattatg     1260

gctgccggcg gtgttatgaa gacagcattc tgtggacctt gtttcggtgc aggtgataca     1320

ccggctaaca atgccttcag tatcagacat tcaacacgta acttccctaa cagagaagga     1380

agtaagttac agaatggaca gatttcttca gttgcactta tggatgccag atctattgca     1440

gcaacagcag ctaacaaggg ttatcttaca gcagctacag atgttgatgt tgagtttaag     1500

ggacgtaagt atcattttga caagagtatt tatgaaaaca gagtatttga ctcacacgga     1560

atagcagatc ctgatacaga aatccagttt ggaccaaaca tcaaagactg gccggaaatg     1620

gttgcactta cagacaatct tcttcttaaa gttgtttcag agattcatga tccggttaca     1680

acaacagatg aattaatacc atcaggtgaa acatcatctt atcgttctaa cccacttgga     1740

cttgcagagt ttgcactttc aagaaaggac cctgaatatg taggaaaggc taaagaagta     1800

cagaaagcag aaaaagcaag agaagcagga cagaatcctg tagatgcact tccggaagtt     1860

ggaggagtat ttgaagcgtt aaagagcaat cttcctcagt acaagattga caatgataca     1920

gtaggtatcg gaagcactat ttttgcagta aaaccgggtg acggttcagc aagagaacag     1980

gctgcttcat gtcagaaggt attaggcgga tgggctaata ttgcctgtga atatgcaaca     2040

aagagatatc gttcaaacct tattaactgg ggtatgcttc cattcattta tgaatcagaa     2100

gaattaccat ttaagaacgg tgactatatt tttgtaccgg aaatagttga agctgttaag     2160

aacaaagcta cagacgtaca ggcttacgtt gtagatgatg acaagaatgt taaaccattt     2220

acattaaagc ttggcgaaat gactgacgac gaacgtgaca ttatattaaa aggctgcctg     2280

attaattaca acagaaaata a                                               2301


<210>  457
<211>  4236
<212>  DNA
<213>  Eubacterium

<400>  457
atgaatgaat tagaatatta cagtcttggt attgacatcg gttctaccac agtaaaaatt       60

gcaatccttg acaagaataa tgatgttgtt ttttctgatt acaaaagaca ttatgcaaat      120

attcaggaaa ctttggcttc tcttcttaaa gaagctaaag acaaattagg aaatatagaa      180

ttatcaccaa tgattacagg ttcaggtgga cttgcccttt caaatcactt gaaagtacct      240

ttcgttcagg aagttgttgc cgtagcttca gcccttgaag attatgcacc tcagactgac      300

gttgccatcg aacttggtgg tgaagatgca aagattattt atttcactaa cggtattgaa      360

cagcgtatga atggtatttg tgccggtggt acaggttctt tcatagatca gatggcttct      420

cttttgcaga cagatgccag tggtttaaat gaatatgcca agaattatca ggctatttat      480

cctattgctg cccgttgtgg tgtttttgca aaaacagata ttcagccttt aattaacgaa      540

ggtgctacta aagaagattt agccgcttct atttttcagg ccgttgttaa ccagactatt      600

tcaggtcttg cctgtggtaa acctatccgt ggaacagttg ctttccttgg tggaccactt      660

cactttttac ctgaattaaa gaatgcattt atcagaactt taaaattaga tgatgaccat      720

attgttgcac ctgaacattc tcatttgttt gctgcaatcg gttctgctct taaccattct      780

gaaaatgtaa aagttaacat ttctgattta tatgaacagt tatctaaagg tataaagatg      840

tctatggaaa ttaaacgtct tgatccttta tttaataacg aaagagaata taaggaattt      900

actgaaagac acaataagga ctgtgttaaa aagggagatc ttgctacata caaaggcaat      960

tgctatttag gtattgattc aggttctact acaactaaag ctgctttggt tgccgaggat     1020

ggaacccttc tttactcata ctatagtggt aacaacggta atcctttaca gactattatt     1080

gatgccgtta aggatattta taagaaactt ccttctgacg cacacattgt acgttcatgt     1140

tcaacaggtt atggtgaagc tcttattaag aatgccttat tgcttgatga aggtgaagtt     1200

gaaacggtag cccactatca tgcagcagct ttctttgagc cacaggttga ttgtattctt     1260

gatatcggtg gacaggatat gaaatgtatt aaaatcaaaa acaattctgt agacagcgtt     1320

cagcttaatg aagcctgctc ttcaggttgt ggttctttca ttgaaacttt tgccaaatca     1380

ttaaattact ctgttcagga ttttgctaag gaagccttat ttgcaagtaa tcctactgac     1440

cttggtacaa gatgtactgt atttatgaac tctaatgtta agcaggcaca gaaagaaggc     1500

gctactgttg cagatatttc ttcaggtctt gcttattcag ttataaaaaa tgctttatac     1560

aaagttatta aaatttctga cgcaaaagat ttaggacgta aggttgttgt tcagggtggt     1620

acattctaca acgatgcagt tcttagaagt tttgaaaaaa ttgcaggttg ccaagctatt     1680

cgcccggata ttgcaggtat tatgggtgct ttcggtgctg ctcttattgc aaaagaaaga     1740

tataaaggac aggaaactac tatcctttca ttggaacagt tagaatcttt tgattacact     1800

acttcaatga caagatgtaa gggatgtact aacgcatgtc ttcttacaat taataaattc     1860

tctgacggac gtagatttat tagtggtaac agatgcgaaa aaggtattgg tggtgttaag     1920

aacaaagatc acattccaaa cctttttgaa tataaatatc atagaatgtt tgattatgaa     1980

cctttggctc ctgaaaacgc tccacgaggt gttgttggta ttccaagagt tctaaatatg     2040

tacgaaaact tcccattttg ggcaacattc tttaaagaat taggatacag tgtaatgctt     2100

tctcctaagt catcacataa gatttacgaa atgggtattg aatcaattcc tagtgaatct     2160

gaatgttatc ctgctaagat ttctcatgga catattgagt ggttattaca aaacggtgca     2220

aaatttattt tctatccatg tattccatat gagagaaatg aaacacctga tgctaacaac     2280

cattacaact gtcctattgt tacatcttat gctgaaaata ttaagaacaa cgttgaagct     2340

ttagaagatt cttcaattaa ttttatgaat ccttttatgg catttacaaa tgaagaaatt     2400

cttacaaaac gacttgttga agaatttaca gctcttggca ttaaagaaga tgaaattaag     2460

agtgcttctc acaaagcatg ggatgaactt attgcttcac gtaatgacat gatgaaaaag     2520

ggtgaagaaa ctcttaaata tatggaagaa acaggacgta gaggtattgt tcttgccggt     2580

cgtccatacc acgttgatcc tgaaatcaac cacggtattc ctgaaatgat taactcatat     2640

ggtcttgctg ttcttacaga agattcagtt tcacatcttg ctgatgttga aagaccttta     2700

attgtttctg accagtggat gtatcactca cgtctttaca aagccgcaaa ctttgttaaa     2760

acaagagatg atcttgattt gattcagtta aactcttttg gttgtggttt ggatgcagtt     2820

acaacagact gtgtaagtga tattcttaca aaatcaggaa agatttacac agtattaaag     2880

attgatgaag ttaacaacct tggtgctgca agaatcagag ttcgttcttt acttgctgca     2940

attagggaac gtagcgaaaa tcattttgaa cgttatattc agccttcatc atttaataaa     3000

gttgaattta ctaagcagat gcgtgatgac aattatacta ttctttgtcc tcagatgagt     3060

ccaattcatt tcacaatgtt acaggctgca tttaatgctt gcggatataa ttttgaggta     3120

atggaaagta acaaatcatg tattgacaca ggtttaaaat atgttaacaa tgatgcatgt     3180

tatccttctc ttatagttgt tggtcagata atgaatgctc ttctttccgg caaatatgat     3240

ttgaacaaaa ctgccgtagt tatttctcag acaggtggtg gatgtcgtgc tactaactat     3300

attggattta taagaagagc tttggaaaaa gccggtatgt cccaaattcc tgtattgtca     3360

ttaagtttaa gtggacttga acatcatagc ggtttcaaaa tcactccaaa gcttgcacta     3420

aaagctgttg aagcctgcct ctatggtgac ttatttatgc gtgttgttta cagaacaaga     3480

ccttacgaag ttaatcctgg agaaactaat gctttacata aaaaatggga atacaagctt     3540

tgcaaagagc tttcagataa tagttttggg attcatcgtt tcaagaagaa tatgaagaag     3600

attgttgaag aattcgatgc tattcctgta aaagatatta agaaacctag agttggtatt     3660

gtaggtgaaa ttcttgttaa gttctctcct acagctaaca ataacttagt tgaattgctt     3720

gaatcagaag gtgccgaggc tgttatgcct gaccttgttg acttcttcct ttatggattt     3780

agaaatgcaa catttaaggt tgaaaaatta ggttttgaca agagtattat tagaatgaat     3840

aaccttggaa ttaaagctat tgaatggatg agaggttctg caaagaaagc tcttatagaa     3900

agtaagcact ttactcctac tgctgatatt tgggaaatga gtaaaatggc tgaagatgtt     3960

gtttcaatag gtaaccagac cggtgaagga tggttcttaa caggtgagat gcttcactta     4020

atccacgacg gtgttccaaa cattgtttgt acacagcctt tcgcttgtct tcctaaccac     4080

atcgttggta agggtgttat taagaaactt cgtgcacagc atcctgaagc aaacatcgta     4140

gccgttgact acgatcctgg tgccagtgaa gttaaccagc ttaaccgtat caaattaatg     4200

cttgcaacag caaacaaaaa gattgggaag aaatag                               4236


<210>  458
<211>  1653
<212>  DNA
<213>  Eubacterium

<400>  458
atgggacgaa aatcaaaaaa cagttttgta attcagggaa gtatactggc ttttgcagga       60

atattagtaa gaattatagg cttaatttat agaataccgt taacaagaat tttaggagat      120

gaaggtaacg gatattattc tacagcatat gacatttaca atgttttaat tttgctgtca      180

tctcagagta tgcctttggc agtatcaaaa atagtatcag aaaagttaga gcgaagacag      240

tataagaacg cttataaaat ttttaagggg gcattgtttt acggtgcagt tttaggtgtt      300

tcatttggtc tgtttgcttt tcttggagcc gactggcttg caacttcagt ttataagagc      360

cagcctgcag cagttgcact taaagttttg gcacctacac ttactgttgc ctgcattctt      420

ggtgtaatgc gtggattttt ccagggaatg ggaaatatga ttccaacagc aatatcacag      480

atttttgaac agattgtcaa tgcggttgtc agcgtaattg cagcatatga acttacggtt      540

tacggtgtat caattagcaa aatgtcaaaa cttggtgagt cggcaggtcc agcatatgga      600

gcagcaggtg gtacattagg tactttaaca ggtgccattg cggcattaat aattgtagtt      660

attgtatttt ggaactcata tggaaatata aagaaaccta taagaaaaga caaaacaaag      720

gtagaggaca gttacgcaac aataacaaaa gttattatat ttacaattac acctgtatta      780

ataagcagta caatttataa catcagcaat cttcttgaca atcctatata cggaaatatt      840

gtcacgggaa tttttgatgt ttcatcaaaa acaagagctg aattatgggg tgtatacagt      900

gctaaatata gggtgcttac aacaatgcct atagcaattg cttcatcatt atctacagca      960

attgttcctg caatggtaag atcctatata gcaaaagaca aacagggaat ggagaacaaa     1020

gtttcactgg cattaaagtt ttcaatgctt atagctttcc cttgtggtat gggattatca     1080

gttttaggtg gaccgattaa ccagttatta tttggagatg gaagcaagag aacggcaaca     1140

attatgattt ttagtttact tacagtagtt gttttctcac tttcaactat aagtaatgct     1200

attttacagg gaatagacaa gcttaacata ccgattaaaa attcagcaat atcacttgtg     1260

cttcatttga taatattgcc tgttttatta attgtgttta gattggatat ttatgcagtt     1320

gttattgggg atattacttt tggtcttaca gtttcaatat taaatgcttt ttcaatcaag     1380

aaacatatgg gttacagcca tgatttaagg gaaacattcc tgagaccttt tatttgttca     1440

gcagcaatgg ggattatgtg ttatattgca tattggttaa cttcaaaaat tataccaatt     1500

aatgcattat gtacattatt tgccattatg gtagctgtta ttgtgtatgc tgttgttctt     1560

attatttcgg gaacagttac agaaaatgaa cttatgagtg ttccaaaggg aacaatgtta     1620

atcagacttt tgaaaaaagt tcatttatta tag                                  1653


<210>  459
<211>  1368
<212>  DNA
<213>  Eubacterium

<400>  459
atgagagaat ctagagcgtt tagaagaata atcgtgctat tattattagc aatagtaatt       60

gtagcacaga cttatatatt ctggtatttt tggaataccc attatagtca gggaatgaca      120

agagagttct tctttaaggg ccatatagta atgctttttg tatatggatt aatgtttaca      180

atattttgta atgtatacgg agcatttaag ttgggaagtt tgcagtattc gaatttagtt      240

ttttcacaga tacttgcatt attatttaca aactttatta tttatttaca gatttcgttg      300

ttatcactta agatggttag tccggcagca attatcggaa tgggtttcga taatattttg      360

tgctgtctta tttggtgtgg tttggcaata aaagtataca gatggcttta tccaccaagg      420

gatatgttac ttatttatag tgacagagat cctgataacc ttgttaagaa gattaagacg      480

cgtcaggaca agtatatgat aacagaagca gttcattgtg atgaacctgt tgataaagtt      540

agaaagttaa ttagaaagca tcaggcagtt ttggtttgtg acataccaag tggaaagaga      600

aataacattg tgaaatactg ctatatgtat gataagagag catatgttac acctaaactt      660

tcagatatta ttctgattgg agcaggacag aacactatgt ttgactcacc tcttcttgta      720

acaagagtta gaggtttaaa atgggaagaa gcgtttatta agagagttat tgatattatt      780

atttctctta tcctatgtat tccaacagtg attgttacat taatagtagc aattgcagat      840

atgatttggg acagaggacc tattttttat acacaggaaa gacttacaca gaatggaaag      900

acgtttagga ttctaaagtt tagaagtatg aaagtggaca gtgaaacaga tggtgcacga      960

cttgcagcta aggatgatga cagaattact aagattggta aagttttaag agctactcat     1020

ttagatgagt tgccacaggt atttaacatt cttatgggac agatgtcagt tgtaggtcca     1080

agacctgaaa gacctgagat tgcaacacag tatgaagaag aaattcctga attcagattc     1140

cgattaaagg ttaaggcagg attgacaggg tacgctcagg tatatggaaa atataataca     1200

actccttacg ataagttgaa gttagatttg tactatatac agcattataa agtgtggaca     1260

gatatacagt tgattttgat gacatttaag attatgttcc ttaaagagaa cactgaaggt     1320

gttgagaagg agcagaaaac cgcaagtatt aagaaaaagg tgaagtag                  1368


<210>  460
<211>  3963
<212>  DNA
<213>  Eubacterium

<400>  460
atgagtaagt tttgtgttaa aaagccattt ttcgtattag tggctgtaat cgtagtttta       60

ataataggtg gagtcagctt aagcaaaatg cagacagacc ttttgccgga tatggaagta      120

ccatatttga ttgttgttac aacagaacct ggtgcgtcgc ctgaaaaagt agaaacagat      180

gtaactaagc caatggaaaa tgctcttggc gtaattagtg gcgtaaaaaa tgtaacaagt      240

acatcatcag agaattatgg tattgtaatg cttgaatttg cagacgatac agatatggat      300

tcagctcttg taaaagtatc aaatgcactt gacagtgtag attttcctga cggatgtgga      360

aaacctaata ccatggaatt aagtatggat atgatggcaa caatgtatgc cagcgtaaat      420

tacgacggaa agaacattaa agaccttact acattttcaa aagaggttgt agaaccatat      480

attgaaagac aggacggagt tgccagtgtt tcagtagttg gtggagttga ggacacagtt      540

gaagtaagac ttaatcagaa taaaatagac aagattaata acaagattct tgaaaagact      600

aacagcaaat tagcagatgc agacaagaag attagttctg ccaagtctaa attaaataag      660

gcagaaagtg aacttgctga ccagaagaaa gctttaaaag ataagcagtc aagcactaac      720

aaacagcttg ctgaggccga ttctaagtta acagatgcaa aggcaacaaa gattgcatat      780

gaatcatctc ttaacagtat gaaagcaagt cagagtgcct tagaagccga aaagaaaata      840

tatgaagata acaaaataga aaagaattat aaagagatta acaacacact tgccaatctt      900

aacaagcaat atggaagtgt agcaaagact atgaatgtta caattccaaa aagcgttaag      960

gatgcaattg ataatcctga tgaattggaa ggctttaaga aatggcttac aaatatggga     1020

cagaaagata aagctgaact tattacattg gataacttaa aacagattta caacattgtt     1080

gaagttagaa tacctcagat tgatacagaa cttgccaatc ttaaaactaa aattttagca     1140

gcagaaaaga tggtagagac tatcaatagt aagatgaagg acattgacaa gaattatgtt     1200

agtgttaagg aaggaagtct tgaagctgca gcaggatttg gctcaggtga tgcccagatg     1260

gaagcaggac agtcaaagat tgattctgca aaagaagaac ttgaaaaatc agaacaggat     1320

ttagaaaatt caagaaaggc agcaattgaa aattcaaata ttgattcact tttaacactt     1380

gatacattat cacagttaat tactgcacag aatttctcaa tgcctgcagg ttatattgat     1440

gataaggaag acgatcagtg gcttgtaaaa gtaggtgaaa attataccaa tgcaaaacag     1500

cttaaaaaga tggttcttac aaacgtaaaa ggcattggaa aaatcaaatt aagtgatgtt     1560

gcagacattg ttacaattga taatgaaggc gagtcatatg ctaagttaaa tggtgaggac     1620

gctttattgt tatcagcatt taaggcaagt acagcaagca caagtactgt ttcaactaat     1680

ttgaaaagct catttaaaga gttagaaaaa cagtatgatg gacttacaat tactccatta     1740

atggatcagg gtgaatacat agacattata gttaagagta ttttatcaag tattcttttg     1800

ggagcaattc ttgcaattat agttcttgca ttattcttaa aagatgttaa gcctacattg     1860

gtagttgctt tcagtattcc ttttagtgta ctttttgcaa ttatcataat gtattttaca     1920

aatataacat taaatgtaat gtcattggca ggactttgtc ttggcatagg tatgttggta     1980

gataactcca ttgttgttat agagaacgtt tatagactta gaaacagggg aatttcagca     2040

cctagagcag cagttcaggg agcaaaacag gttgcaggag caattattgc atcaacgctt     2100

acaacaatct gtgtattcct tccaatggtt tatacatcag gaacagttag ccagttaatg     2160

ataccttttg catttactat ttcatatgca cttattgcat cattaatagt agcacttaca     2220

gttgtaccga caatttcatc tgtattactt agaaagacca aggagcagaa tcacagattc     2280

tttgataagg ttaaagagaa gtatgaagtg gcattggaat tttgcttaaa tcacaagata     2340

gtgccgattg gaatttcaat tgtattgttg gcaatctgtg ttgcaaaagt gtttagtaca     2400

ggacttgtat taatggatga tatggaaagt aatcagattt ccgcaacatt aacttttgac     2460

aagacaattg ataaagatac agcttatgat actgcaagtc aggttatgga aaaaatccaa     2520

aaagtagacg gagtatcaaa agtaggtgca atggatggaa acacaggggc ggcagtaatg     2580

tccatgggaa gttcatctaa taactacaca aacttcacat tcagtgtttt aacagatgat     2640

agtattaaaa caactaagca gtttagaaag attataaaag agattgaaac taatactaaa     2700

gacataaagt gcaaggaatt taaggtaagt tcttctgcaa tgggggatat gtcaagtatg     2760

ctatcaggtg gtcttgcagt aaatatttat ggaaaagacc aggacaaatt aatttccatt     2820

agtgaagacg taatggatat ggttaagagc attaagggag caaaagaagt tactaacggt     2880

attgacgaga aggataagca gatacatctt cagattgaca agaacagggc agcagccaag     2940

ggacttacag ttgcacagat atatcagcaa cttgtagcac gtacaacaac tgacaaagat     3000

tccataacac ttaatgtagg cgatgatgat gtggcagtaa aagtagttga tgaaacagat     3060

aagcttactt acgaaaatct tatgaagtca aagattacag caacaactta tgatgatacc     3120

ggaaaagaag taaagaagaa ttacaagtta tctgattttg caactatgaa tattgaagac     3180

agtgtaaata caatcaagag aaaaaatctt acacaatatt tatcagtaac tgcagaagtt     3240

gaggatggat ataatgctac attaatgtcc agagaacttg aaaagaaaat aaatgaatac     3300

aatatacctg acggttacac aattgaaatc ggaggtgaat cagatcaggt tatggatatg     3360

atttggcaga tgctacaggc tatactttta ggagctattt tagtttacct tattatggtt     3420

gcacagttcc aaagcttatt gtcaccgttt attatattct ttacaattcc tttggcattt     3480

acaggaggaa tgataggatt aataatcttt ggccagacta tttcagccat ggcattaatg     3540

ggatttatga tccttatggg aactgtagta aacaacggta ttgtattcgt tgactacact     3600

aataagcttc gtattcaggg acttgataag agaacagcac ttattgtaac aggaaaaaca     3660

agaatgcgtc caattcttat gacagcatta acaacaattc tttcaatgag tgttatggta     3720

ttttcacagg atgcgggaaa tgcaatgcag aggagtatgg caatagttgt agccttcggt     3780

cttctatatg caacacttat gacattgttc atagttcctg taatgtatga cattctctac     3840

agaaaacaac caaaggaaat tgatgtagga agtgacttag atgaaattcc tgatgaaact     3900

tcagaatact tagagagtaa agaaaatgct aaggattcag aaatagaaga taatcagaaa     3960

taa                                                                   3963


<210>  461
<211>  2694
<212>  DNA
<213>  Eubacterium

<400>  461
atggctttac caaaaatgat gcaggatgta tgggataatc atcttgattc ccttacgcca       60

atgatgaaaa tgtatttaga aacgaagaaa cagcatgatg attgcataat tttctataga      120

ttaggtgatt tctatgaaat gttttttgat gatgctacaa ctgcttctaa ggaaatggaa      180

attacattaa caggaaaaag ctgtggtttg gaagaaagag caccaatgtg tggtgttccg      240

tatcatgcag ttgattcata tattaaccga cttgtaacaa aaggatataa ggtttgtata      300

gttgaacaga ccgaggatcc ggcacaggct aagggacttg taaaacgtga agttgtgaga      360

atcgttacac cgggtactaa tcttaacact gctgcaatgg atgaggggaa aaataattac      420

attatgtcca tagcatatat aggcggtaag tttgggattt ccatagcgga tgttacaaca      480

ggtgattact atgttacgga agttacaact gaaagaaatg tagttgatga aattaataag      540

tttatgccaa gcgaaataat atgcaatcat tcatttttga tgagtggtat ggatatagat      600

gatttaaaag accgactttc aatttcagtt tttgaattgg aagaatggta ttttgatgaa      660

gaaatctgta gtgatgtttt aaaagaacac tttggaatgg ttgatttggc agggcttgga      720

atttcaaata tgagccttgg aatcattgct tcgggttcac ttcttaagta tttatatgaa      780

acacagaaaa attccctgtc acatatgact aagcttattc cttattcaac aagtacattt      840

atgattcttg atacttcaac aagaagaaat ttggaattat gcgaaacatt aagagagaag      900

caaaagaaag gttctctgct ttgggttttg gataaaacaa aaacggcgat gggagcaaga      960

actttaagaa attatattga acagcctctt atttcaaaag aagaaattat aaacaggcag     1020

aaagttattg aagaattaaa caagtctatg attacaagag atgagttaag agaatatctt     1080

gcaccaattt atgacttgga aagactttta agcaagattt cttaccgctc agccaatcct     1140

agagatttaa ttgcttttaa aacatctctt tcaatgttgc cacatattaa gaatataata     1200

atggatttca aatctccatt gtttaaagat atatataaca gattagatgt tcttgaagat     1260

attacaacac ttataagtga gtcaattatg gatgatccac caattaatat taaggaaggt     1320

ggaattataa gaacaggcta taatgaagaa attgacagat taagaaatgc aaaaacagaa     1380

ggtaaaacct ggcttgcaga aatggaagcg tctgagaagg aaagtacagg cattaagaat     1440

cttaaaatta aatataataa agtttttgga tattacatag aggtttctaa ttcctttaag     1500

gaccaagttc ctgattatta tgtaagaaaa cagactttaa ctaacgcaga aagatataca     1560

actgacaagt taaaagaact tgaagatgtt attatggggg ctgaggataa gttattctct     1620

ttggaataca atatttttac tgcaattaga gatgaaatat ttaatcagat taacagaatt     1680

cagcaaacag caaaagctgt tgcccagatt gatgtttttg catcccttgc atttgtggct     1740

gacagaaatc attatgttaa gcctaaaata aatgaaaaag gtgttataga tattaaggac     1800

ggcagacatc ctgttgttga aaaaatgatg cctgacaata catttattgc taataataca     1860

tttcttgaca tgaataataa cagacttgca attataacag gccctaacat ggcaggaaag     1920

tctacatata tgcgtcagac agcattaatt gtacttatgg cccagattgg ttcttttgtt     1980

cctgcaaaat atgcaaatat atcaatatgc gataagattt ttacaagagt aggtgcatca     2040

gatgacttgg caagtggtca gagtacattt atggtagaaa tgacagaagt tgcaaatata     2100

cttagaaatg ctacagccaa cagccttctt attttggatg aaataggtcg tggcacaagt     2160

acttttgacg gtttaagtat tgcctgggct gttgttgagc atatttgcga taaaaaatta     2220

ttaggtgcaa aaacattatt tgccacacat tatcacgaac ttacagaact tgaaggaact     2280

ttaccgggag tgaacaacta ttgtataagt gttaaggaac agggagatga tattgttttc     2340

ttaagaaaga ttgtggctgg tggcgctgat aagagttatg gcattcaggt tgcaaaactt     2400

gcaggtgtac ctgagtctgt tttaaacaga gcaaaggaac ttgttaatga attaagcaat     2460

gctgacataa ctgttaaggc taaagagatt gcagcaaatc ttcaaccggg aaataatatt     2520

cttccaacta taaatgacga tttagaagct catcagatga cgttgtttga tacagtaagg     2580

gaagatgata ttataaagga attacaggaa atagaccttg gaaccatgac acctattgat     2640

gggttgaatt atttatataa acttcaaaat cagctaaaaa acagatggca gtaa           2694


<210>  462
<211>  1884
<212>  DNA
<213>  Eubacterium

<400>  462
atgtgtggaa tttgtggatt tataggtgaa gttgatgaca gcaaaaaagt cctaaaacag       60

atgatggata agattgctca cagaggaccg gatgatgaag gtatgtatgt ggacaagcat      120

gctgcaatcg gacatagaag acttagtatt attgatttaa gtcacggtgc ccagccaatg      180

tacaatgaaa caggagatgt ggcaattgta tttaacggtg agatttataa tcatttggaa      240

ataagaaagg aacttatagc aaaaggtcac aagtttgcca atgattcaga tacagaatgt      300

cttattcacg gatatgaaga atatggaaca gatttgttat ctaagttaag aggtatgttc      360

gcgtttgtaa tatgggatac aagaactaat acaatgtttg gtgcaagaga ccattttgga      420

attaagcctt tttattactc attatttaat aagactttaa tttttgcatc agaaacaaag      480

tctattttgg aatttccggg atttaagaaa gaattaaatg aagaagcttt agaacagtat      540

ttaagcttcc agtattcagt attacctgaa acattcttta aggggatatt cagacttcct      600

gcaggacatt atatgatttt caaagacggg aaattagatg ttcagagata ttttgatcca      660

atgatggaac ctgctatgga cggcgacctt gagaaaacag taagcgagat tgaagaagtt      720

gtacatgata cagttgatgc tcatatgata gctgatgttg aagttggttc attgctttca      780

agtggtgttg actcaagtta tgttgtttca gaatttccgg gtaataaaac atttacagta      840

ggatttttag ataaacagag taaatataat gaaatcagat atgctgaagg tcttgtaaga      900

gaattaggca agaataatta taacaagaac attgacagtg aagaatattt taagtctatt      960

ccaactgtta tgtattatat ggatgagcca ttggctgatc catcatgtat tgcactttat     1020

tttgttgata agctggcagc ggagcagatt aaggtagttt tgtcaggtga aggtgccgat     1080

gaatttttcg gtggatataa tatttaccat gaacctattt ctcttaaagg atatcagaag     1140

attcctaagt gtgtaagaaa gggactggca gcagttgcaa agaagatgcc tgatattaag     1200

ggaagagatt ttataatcag aggaagcaaa acagtagaag aaagatttat tggaaatgct     1260

aatatgttct cagtagaaga tagagaaaag ctattaaaaa ctaaacttac gcataagaca     1320

ccacaggata ttgtggctga tgcttataag aaagtttcgc atttaaatga tattgcaaaa     1380

atgcagtaca tcgatactaa cttctggctt cagggagata ttttgttaaa ggctgataag     1440

atgagtatgg ctcattgcct tgaatcaaga gttccattcc ttgacgttaa ggtatttgat     1500

tacgcaaaga agcttccaat tgactttaga tgcaatgatg aagcaacaaa gagagctttc     1560

cgtattgcgg caaagagaca tattccggaa gctacagcta acaagaagaa acttggtttc     1620

cctgttccta tccgtgtttg gttaaaggaa gataattatt acaataaggt tatggaaacg     1680

ttaacaggag aagctgcaca gaagttcttt aacacagata ttttagtgaa attaatggaa     1740

gatcacagag caggaaaggc tgataacagc agaagaatct ggactgttta tgtattcctt     1800

gtatggtata aggtttattt tgaagatgaa gactttagac caattaatca ggattggatt     1860

gataatagag ttagaactgc atag                                            1884


<210>  463
<211>  1674
<212>  DNA
<213>  Eubacterium

<400>  463
atgatgaaaa aatttggccg taaagcatta gctttatcat taacagccgt tcttggagca       60

tcaatggtgc ttacaggatg tggcaaatca aagagcgaag acaagaaggg tgaagacaca      120

acagcaaaga ttggtcttac aacaggtttg gcttctgaca caacagcaga tatttctatt      180

atgacttggt caggagatag caaatattat gaagatatcg gaagtatgga tttatcaact      240

gataagctta catcacagaa tgtggctcag gtttattcag tagcaaaaca gtttaagaaa      300

ttatatccta atataaagat taatctttgg gcaaagacag gagatcctga tcagccgggt      360

acaccaaagt gggaacagga aatgacatca tttaaggcta agtatggtaa ataccctgat      420

atctgggcat caactagcgt aacaaacgat attaagaaag gtcttgcagc agacttatca      480

gtattcaagg atgatgaaac atacaaggca tacaataaaa accttatgag taaccttaac      540

tactacggtt tccagggtgg attaccatca ttctcaatcc cttggggtat ttgggtaaac      600

aaagctttag cagaaagcaa gaacattaac gttcctgatc ctgactggac aattgatgaa      660

tatacaagat tcttcacaaa gtcagacaac acaagcttct ggggtgacaa gagcacacct      720

gttaatatca ttaatatggg aacaacaaca attaataagc agattaaaga aaaaggtaca      780

gttgatcttg acaacgatga agttaagtca ttgttaagct acattccaaa atgggctgct      840

tcaacaatcg acgttgctga aggtgcagga acactttcaa aagacattaa gattgaaagc      900

aagacttact catggtatta cttctgtaac aacagatgtt taacaaacat tacagatcct      960

tggtacttaa cagcaggtgc tgatgaatca gctaaggaaa gcgaatcata cattgattca     1020

aaggattggg atatttatcc attcccatca acagattact gtggaaatac aatcaaggta     1080

gttatggatc caatttgtat tcacaactat gcagctgatg acggaaacaa agaatggagc     1140

gatgatgaaa aagcaaaact taaagctaca tatacattcg ctacatactg gacagcaagc     1200

acagaagcta agcaggctat cttcgatcag aagtggactg acaacggcgc tgaaaaatca     1260

gcagcaggag attcattccc tgtagtaact ggcgatacat acaataagca gatggatatc     1320

tggaacaacc ttccggcaca taagacatac aaagataaag aaggctggaa agaaatctta     1380

aaactttggg aaaacaatga atcatgggat tacattgaca agtgctggac aagtaagatt     1440

actgaaaagg gtgaaacaac agatgttctt tatgaatgga acaatatgtg gaaagaagaa     1500

gttgcaggtg cttggatgac tgataaggac tggggagaca aagttaaagc aagattatca     1560

gattggaaca caacgatcaa caaacgtatc gaaacagcta caaaacagtt acaggataag     1620

ttagttgaaa actacaactt cgataagtca aaattcacat ctgataacaa ataa           1674


<210>  464
<211>  3561
<212>  DNA
<213>  Eubacterium

<400>  464
atgtatttaa aaaatataga gatacacgga tttaaatcat ttgcaaataa aataaacttc       60

cagtttcaca acggaataac gggcattgta ggtcctaacg gttcaggaaa aagtaatgtt      120

gcagatgctg taagatgggt tttgggagag cagaaaacta aacaacttcg tagttcaaaa      180

atggaagatg ttattttcgc aggaacagaa aacagaaaac ctatgggata tgcgtatgtg      240

gcaattactt ttgataatgc agaccacaag cttaacattg actatgatga agttactgtt      300

tcaagacgtt tattccgttc gggtgaaagc gaatacatga ttaacggaac tcaggtaagg      360

cttaaggatg taaatgagct tttctacgat acaggtattg gtaaggaagg ttattcaatt      420

atcggtcagg gacagattga cagaatcctt agtggcaagc cggaagagag aagagaactg      480

ttcgacgaag cggcaggaat tgtaaaattt aagagacgta aaaatgatgc tatgaaaaag      540

ttagacgacc agaatcagaa tctggttcgt gtttcagata ttttgggcga attggaacgt      600

caggtggttc cacttgaaaa acagtgcgaa aaagcgaaga aatatttagt tcttaaagag      660

gacttaagag taaatgacgt taatatgttt cttattgaaa ttaatgaaat cagaaacaga      720

ctttcccaaa tagatgaaaa aataaaaatt gcttcatcag atatggaaag cgctaatgca      780

gaatttgaaa aaataaaagc tgactacaca aagttggagc agataattga agaaattaat      840

gcttctattg aaaataaaaa agcaacatta aatgaaacaa taattaatgt agaaaaatta      900

gaaggtcaga ttaatgttat taaggaacag attaattctg caaaaaataa cgaatcatat      960

attaatcaga gaatacagtc aattacaggg gagatagata ctcagagtaa agagttggct     1020

aagtctgaag aagaaaaaag agaaaatgaa aagtctttaa atgaaattgt tgtaaaccag     1080

actgaaataa gtgaagaaat ggcttcagta aaccaggagc atgttgaact tgaaaaagaa     1140

attgaaagaa ataaggctga aatcattgaa ttacttaatg caaagtcttt gattaagact     1200

aaaatccaga gatgtgatac tttacttgaa cagattaata ttagaaagtc tcagcttaat     1260

cagaaactga ttgaatttca gagtcagaaa gattctcagg atgctatgat tgctgaattg     1320

gaagaacagt taaaaggtat tgaagaagaa atcaagcagg taactgaaca gttaagcgat     1380

tacagacaac atttggcaga acttagaaca aaaaattctg aaataactgc tgctttggca     1440

aaaaatcagg aaaaatatca caagactaag tctaatcttg aagctttaaa gaacattact     1500

gaaagatatg aaggatatgg aaacagtatt aagaaggtaa tggaacttaa agatacaaag     1560

aaaggtatta tcggtgtagt tgctgatatt attaaagtag acaagaagta tgaagttgcg     1620

attgaaactg ctttaggtgg aaatattcag aatattgtaa ctgatactga aacaacagct     1680

aaggacacaa ttgaatacct taaaaaacat agatttggtc gtgcaacatt tttgccttta     1740

agcagtatga gtaacaagac caactttaat gctccggatg ctttggaaga aaaaggtgta     1800

attggtcttg ccagtgattt ggttgatatt aagaaagaat acgaaggcgt ggcaaaatat     1860

ttacttggaa gagtaatggt tgttgacaca gttgataatg ccatttccat tgagcgtaaa     1920

tacagatata cagtaagaat tgtaacactt gaaggcgaat accttaatgt tggtggttcg     1980

atttccggtg gtgcatttaa gaataacagc aatcttttgg gaagacgtag agagattgat     2040

gaacttgaaa agtatatttc taaattaaga gaagaaaaga gtgccttaga caaggaatta     2100

cttgataaca gaagtaatac aagtgctgtt aatgaagaaa taaacaagat taatgcagga     2160

cttcaggaac agcagattat taaaaatact gttgaaatta atttaaaaca ggcaaaaacc     2220

cagaaagaca atattattac acagtatcag ggatttactc ttgaaagtaa caatattgct     2280

tctgaaattc aggatattaa caaaaataat aacaagttaa gtgatgaact tagtgatacg     2340

gaggacagaa attcagaact tgaaaaacag gttgttgaaa aaactaaaaa acttactgaa     2400

ttaaaggaag ttcttaacag caaaaacgga atacttgaag aggttaacat tgaaatagcc     2460

aacttaaagc agaaacacga atttattgtt gaaagaataa ataagtcaac agaaataatt     2520

gaaagtctta acagagaact tcagcagatt aaagttaatt ctaacgagaa taatgaagaa     2580

atcagtgcac gagtggacgc aattgaccgc tttgtaaaag aagttgagaa gagcagacag     2640

gacattgaaa gattaaacaa agaaatccaa gaagaaaaag aaaagaaaga aaagcaaagt     2700

gctgatcata aagatttctt cgaaaaacgt gaaaatcttt ctaaacatat ttctgaactt     2760

gataaggaag tttacagatt aaattcacag aaagaagctt tggaagaaaa ggcagaaaat     2820

aaagaaagct atatgtggaa tgaatatgaa attacgtata gaaaagcttt tgaattgaag     2880

agtgatgatt ttaatgataa gtcatccata agagaaaaca tagcaggaat acgtcgggaa     2940

atgaagtctc ttggtgatgt taacattaat gccattgaag aatttaagga gattaatgaa     3000

agatatcagt ttatgaaagg gcagcatgat gatcttatgg aagcaagaga aaatcttctt     3060

aaaataattg atgaacttga agtgggaatg agaaaacagt ttaaggagaa attcgaagag     3120

attaaggttg aatttgataa tgtatttaaa gaacttttcg gaggtggaaa aggtactatt     3180

gaacttacgg aagccgatga tattcttgat gcaggaatta acattatttc ccagccacca     3240

ggaaagaagc ttcagaatat gatgcagtta tccggtggag aaaaagcctt gacagccata     3300

agcttgttat ttgcaattca gaaccttaaa ccgtcaccgt tctgtctttt agacgaaatt     3360

gaagcggcac ttgatggttc aaacgttgta agatttgcgg aataccttca taagcttact     3420

aagaacacac agttcattgt tattacacat agacgtggga ctatgaattg tgcagacaga     3480

ctttatggta taacgatgca ggaaaaaggt atttcagcat tagtttcagt tgatttatta     3540

gaaaatagtt taaccaaata a                                               3561


<210>  465
<211>  2769
<212>  DNA
<213>  Eubacterium

<400>  465
atggcagatc cattaggagg ttatgtaccg gataccgtaa aaaacgatga acctatacgt       60

gaacccattg cgcgtttagg caaaatgatt tccgacagaa tggaagttat gcttggcaaa      120

gaaaaaatta caaaagagtc acctgagtac tggggccttg cacctatatg tactgacgaa      180

caggctctta ttgccataaa aatgggaaag agaaaaccta gaacttttgc acagattaag      240

aaattaacaa agattaatga cgatgaatat ttgcaaaagc agttagacga aatgtctaac      300

aatggtttaa ttgaatacaa ttgggagaat ccacagcacg agaaacagta cgttttacct      360

atgtatgttc ccggaagtgc agaatttacc aatatgaatg cagatgtttt aagagatcat      420

cctgaaatgg gtagattttt tgaaagaatg agtcgtcttc cgcttgaaaa ggttacacca      480

atggttccac ttggcggagc aggaatcgga atgcacgtta ttcctgtaga gaaagcaatt      540

gaaatggaaa accattcagt ttcagttgaa catatttcac attggcttga taagtatgaa      600

ggaaaatatg cagcaagtcc ttgttcgtgc cgtcgatcaa gagttacata tgacgagggc      660

tgtgccgatg atcctgaagg ctggtgtatt gctgtaggtg atatggcaga ttatgttgtt      720

gaaactaaca aaggtggacg ttacataaca agagaagaag tatacgaaat ccttgaacag      780

gcagaagaaa acggttttgt tcaccagatt acaaacattg acggtgaaaa taagattttt      840

gcaatatgta actgcaatgt taacgtatgt tatgcacttc gtacatcaca gttatttaat      900

acaccaaaca tgtctcgttc agcttatgtt gcccatgttg aaaaggataa atgtgttgcc      960

tgtggacgtt gcgttgagtt ctgtcctgcc ggagcagtaa agcttggtca gaaactttgt     1020

aaaaaagacg gaagtcaggt tgaatatcca aagatgcctt taccttctga aaagaagtgg     1080

ggacctgaaa tgtggactga ggattacaga gacaaaaacc gtattaatac tcatgaaaca     1140

ggaaccgcac cttgtaaaac agcctgccct gcacatatag cagtacaggg atatttgaaa     1200

atggcttcac agggaagata taaggaagct cttgcgttga ttaagaagga aaatccattc     1260

cctgcagttt gcggacatat ttgtaacaga agatgtgaag atgcctgcac aagaggaaat     1320

attgatcagg cagtggcaat tgatgaagta aagaagttta ttgctgctaa agatttggaa     1380

gcagaaacac gttacattcc aaagaaagtt gttccatcac ttaagggaca gtttgacgaa     1440

aagattgcca taatcggtgg tgggcctgcc ggtttatcct gtgcattcta tttggcagaa     1500

aaaggatatg cacctacagt ttttgaaaaa aatgaaaatg ccggaggaat gcttgtatac     1560

ggaatcccat catacaagtt agaaaaagat gtagttcagg ctgagattga tgtaataaaa     1620

gctatgggtg ttactattaa aacaggagtt gaagtaggta aggacataac aattgaagaa     1680

ttaagaaaac agggctacaa agcattctac attgcaatcg gatgtcaggg tggaagaaaa     1740

gccggtattc ccggagaaga tgcagaaggt gtaatgacag ccgtagattt cttaagagaa     1800

gtaaatgaca aggaagaata tcctattgaa agagacgttg ttgtaatcgg tggtggtaac     1860

gtagccattg acgtagcaag aaatagcaaa cgttgtggtg atgttaatgt atcaatgttc     1920

tgtcttgaag acagagagca catgcctgct tcggaagaag aaattgaaga agccacagaa     1980

gaaggaatta aagttaattg tggttgggga ccaaaggaaa tcattgtcaa agacggaaaa     2040

gttgacagca ttgttcttaa gaaatgcctt tctgttatgg actatgatgg aagatttaac     2100

ccaacatatg atgaaaatga aacaattaca ttgtcttgca agcacgtagt attgtcagta     2160

ggacagacta ttgtttggga caacctttta gatggcttaa atgtaaaatt agacagaggt     2220

aacagagcaa tcgctgactc atttacattc cagactgacg aacctgatgt atttgttggt     2280

ggtgatgttt atacaggtcc aaaatttgcc attgatgcca tagctgcagg aaagcagggg     2340

gctatttcaa ttcacagatt tgtacagcca cacagcagtc ttacaattgg acgtgatcct     2400

cattatttcg ttgaacttaa taaggatgac ataaacattg aaagctatga caattcaagc     2460

agacaggttc caatgaagga tgaaaacatt agcaaaaaca atcctttcag agatgccaaa     2520

cttcctttta ccgaagaaca ggttaaaaag gaaacagccc gttgtcttgg atgtggtgca     2580

acaatcgttg acgaaaacaa atgtatcggt tgcggtattt gtacaactaa atgtgagttt     2640

gaagcaattc acttagaaag agacttgccg ggtgcaagtg ttatgagaaa gagtgaagac     2700

aagcttaaat acattttgcc aaacggtgca aaacaggcaa ttaaaattaa attttctaag     2760

aaaaaataa                                                             2769


<210>  466
<211>  1236
<212>  DNA
<213>  Eubacterium

<400>  466
ttgggaaaag gaataatatt gggaatcgat ttttccatag actttacgca aatggctgtg       60

ttggatgatg aaattaatcc aagatccatt agtataggaa cagaagataa ttttttgata      120

ccgtctgttg tatgttataa cagcgaatta aatgaatggt cagcaggtga tgaggctgtt      180

aacaaaagca gattaaataa tagcactgaa tatagaaaat tgccggagat tttaaagcag      240

aactatgggg aagatttaac aaaacagatt attacaacgt atatgtcata tctgctaaag      300

gttgcagtaa attacagcaa tggcaaatta atcaaaaatg ttcttgtaac tttaaatgaa      360

gttacaccgg aaatgattga attaattaca accgctttta ctaatttagg ttacaatgca      420

aatgatatta agataataag tcattcagaa agttttgtat attatgtttt aaatcaggga      480

aaagatattt ggattaatca ggtttacttc cttaattttg acagaaatga tttttcctgc      540

agaaagctta atgttataaa aggcaagcag gttcatgtgg cagatgttac agttgaagac      600

ttaaatgaca ggatgacata tgattcggta aagaataaca tggatatggc agatgaaatt      660

gtggcagatt atatggaaga ccagcttaag aaaaatgttg tatcaggtgt gtttttgtca      720

ggtgaaggtt tttatgcaga aggctgggcg aaaactttac agactatatg cagaaacaga      780

agagttttta agggaaacaa cttaattgta aaaggtgcag cttacggggc aaaagagttc      840

ttttatatga aaacccttaa ggattatatt atttcatgta agggcagaac aagagtaaga      900

gttacaatgt ctgttaaaca caaagaaaga gacagtatgg taacattgtc agatattggt      960

gattattggt atcaggcaaa atcaaaaaca gaatgtataa tggaagaacc tacagaagct     1020

gtttttgaaa ttcataatat tatgaaacat acaacagaag agtttagaat tgatttgacg     1080

gaatttccaa aaagaccacc gaaaacaaca agaatcagtg ttgattttaa atatttaaca     1140

gaaaacaaat tccagattac aattacggat ttaggttttg gagagttctt taaatcatcg     1200

ggaatgtcag ttacaaagga aatagagatt ggctaa                               1236


<210>  467
<211>  2421
<212>  DNA
<213>  Eubacterium

<400>  467
ttgaacagaa aaataaataa aaaaggagtg acagttataa aaagaccggt attttggata       60

ttactggctt ttgtacttgg agaggtaata gctgtttttg acttgaatat agcagtgcca      120

tgcattgtgc cggcaattat agttattaga aaaatcatca taaaagcata tgaagatatg      180

ggtgcttttg tggtgatttt ttttacttta attatgggat ttatgttaat gagtaacgaa      240

attacaacac agaatcatat atatgatttg aaggaaaata ctgtaattgt acagggaaaa      300

atatacaaaa tagaaaatac tgcatttggt acaaatattt atttaaaagg tgtagaagtg      360

gagaatggag aaaagagcgt aagtgttaaa agaatatttg taaataaaga gaagattcct      420

aatgtaaaaa taggaaatat tataaaagta aggggaaagt taagacagtt tgaagaagct      480

gccaataagg gaaattttga ttcaagaaaa tattatctgt cattaggttt ttatggaaaa      540

atagaagcag gaaccattga aataataaac agtgattaca gcggaataag acagggactt      600

tatgaattga gaatggaaat aattgaaaga ctggaaaagc tttgcagtga taataatggg      660

atattttcta ttataaataa taagaatgga ataatcggcg caataatcct tggggacaaa      720

accgacattg acagtgacat aaaggagtta tattcggtgt caggaatagc acatatactc      780

gccataagcg ggctacacat tagctttatc ggcatggcaa tttacagatt gcttagaaga      840

agattcagat ttcttttttc agcagcagta tccatacctg ttgttttgag ttttggaata      900

atgtcaggtt ttggaatttc aacaattagg gcaataataa tgtttatact aaaaataata      960

ggggaagttc ttggacgaaa atacgatgcc ataacagcca tatcccttgc aggacttgtg     1020

ttgcttgttc agaacccttt tgtggtttgt aatagtggat ttcaaatgtc ctttggggca     1080

attatagcta tagtgcttat tttgccaata gttgaagaaa ttttgaacac ggataataaa     1140

ataatcaaag tcttaagtgc taattttaca ataagtttgg taatgaatcc aatacttgcg     1200

tggaattatt atgaattgcc aacattttct tttttgttaa acatagttgt agtgccttta     1260

atgagcgtgg taattgtatc ttcaattgtg ggaatatttt gctcatgcat aatgtttggc     1320

tttggaaaag ctgtaatatt tcccggctgt ggaatattgg aactttacac atttctgtgt     1380

aacataatta acaaaagctc agttgcaagt atagtggttg gacaacctaa agtgactata     1440

attatagttt attatgcaat attacttgtg gttttgtttg gacttaaaaa cataagaact     1500

aagtatacaa gggctgagaa ggaaaggaac ataataaaaa aagaaacagg acttgtactg     1560

gaaaagaaag ctaaaaaaga gagaagaata aagggtcaaa atgtaaaact aagattagct     1620

tgtattgtag gatttttgct actaaattgt ttgatatatt atattccaaa tcaggggttt     1680

tacataacat ttattaacgt gggacagggt gacggcatat tgatacatgg agataatgga     1740

atgaaagtta tggtagatgg gggaagtacg tctgaaaaac aggtggcaaa aaattgcata     1800

gtgccatact taaaagccga aggcatagga acaatcgact attccataat aacccatacg     1860

gacaaagacc atataagcgg tatactggaa attttagaaa ataataactc caacagaata     1920

agaattaaaa accttgtgat gccagacatt aatatgaagg atgatactta caatgaactg     1980

attgaaaaag caaagttaaa aaaaatcaat gttttgtaca taaaaaaagg agatacactg     2040

agccttggca aaacgaaaat taagtgcata tatccggaaa ccacaacaac agcatcggat     2100

aaaaacgact actgtacagt gctttccgtt aaaaataaaa cttcaaaaat actgctgaca     2160

ggagatatat caaaggaaat tgaagagaaa ataaaagatg atatagaaga aaactacaca     2220

gtcctaaaag tggcacatca cggttcaaac tattcaagct cagaaaaatt tctgaaaaaa     2280

gtaaatccaa agtacagcat aatatctgtg gggaaaaaca actcatacgg acatcctgga     2340

aatgaaacaa tggaaagatt acgaaagcag ggtggggtga tatataggac ggatgaaaaa     2400

ggtgggataa cgataaggta a                                               2421


<210>  468
<211>  1791
<212>  DNA
<213>  Eubacterium

<400>  468
atgaatgaaa aaatagataa tacattaaat attgcattga atctgccgga agaagatttg       60

gaaaagtctc aggaattatc tgtgggaata gaaaatgata tttgggagtt aattataaga      120

tatcaggggg atttggatga actgaggaga ttgcctaatg ttaacgtaag agaattatct      180

aatggatatg cagtaataac aacacctaaa aacttaattg atgcaattag caatttagag      240

caaattattt ttattgaaaa acctaagaga ttagaatata gcgtactaaa tggaaagaga      300

gaatcttgta ttaatcaggt gcaacaggac aattttttta ataatggaat gggtttgttt      360

ggagaaggcg ttattgttgg cattgctgac agtggaattg attacaccaa ttcggttttt      420

agaaatcagg acggaagtac gagaatttta agattgtggg atcaggtaac ggatacggtt      480

tatagtgaat cggatattaa tcaggctttg atgcttgaaa attcttatac gaaagttaat      540

tcaagggatt taacaggaca tggaactcat gttgccggaa ttgctgctgg aaattttgca      600

gacaataaaa ataataatct tggaattgca acaaaaagca aattagtaat tgtaaaaatg      660

gcaacagcaa cagaaaattc ttttccaaga acaacgcggc taatggaggc aatagacttt      720

attgtaaaaa cagcaaacga atataaaatg ccattatcac ttaacattag ttttggcaac      780

acatatggct ctcacgatgg aacaacatta gtatcctcat atattaatac ggttatagac      840

ggaaaccgaa tttcagtaca gattggaacg ggaaatgagg gagacggcat tggacataca      900

tcaggttatg ctttttctaa tgaggatgtg gaactacagg tttcggcata tcagaaatcc      960

ataagcatac agttgtggaa agattatgtg gatacatttg caatacagat tgaggcacct     1020

acaggagaga gaacaccagt gataagggag aacaatagag aaagtaatag gctaaataat     1080

ggaataagtg atgaaacaag taatgaaata ggaagaagta tatcagataa tatagaaaat     1140

agaaggggta attcaattag cagttacaca ttaggaaata ctaatgtttt catattgtac     1200

ggctcaccga aaccatatac taggtatcag gaaatttata tggatttaat acctgtcaat     1260

caatacatag attcaggaat atggattata agaattattc ctgaagtaag tgttgtggga     1320

aggtatgata tgtggttgcc gggaaatcag tcgattaata cttttacggg atttttaaaa     1380

cctgatccgg aaattacttt gacaatacca tcggcaactg acaaggcaat tagtgtagga     1440

gcctatgata caagtacagg caaggtggca actttctcag gaagaggttt tacaagagag     1500

aacaaccaga taaaacctga catagttgca ccgggggtaa acataaggtc ggcggctaca     1560

ggtggtggaa caacagtttt aagcggaaca tcaatggcaa caccttttgt aacaggcagt     1620

gctgctttaa tgatggaatg gggaatagta agaggcaatg atccctatct ttatggagaa     1680

aaaataaaag cgtatctgat acgtggtgca aagcatctgc cgggatatga gcagtggcct     1740

aataaacagg cagggtgggg agcactgtgt ttaagggatg gtttggtgtg a              1791


<210>  469
<211>  1341
<212>  DNA
<213>  Eubacterium

<400>  469
atgttagaaa ccttgaagaa agcattaaaa gtaaaagaaa tcagaaaaag attattatat       60

acatttgtaa tgctgattgt agtaagatta ggttgtcaga tagcgatacc ttttgttaat      120

gcagacatgg tagcagaagt tacttctcct tttaaggagg gtggcttcag cttcttatca      180

gctattacag gtggatcttt ggagaatatg tcaatctttg cattgaacat tactccatac      240

atcacagcat ccatcattat gcagttgtta acaattgcta ttccaaagtt ggatgaactt      300

cagaaagatg gagaagaagg tagaaagaaa atagctgaaa ttactcgtta tttaacagtt      360

gctttagctc ttattgaatc aacagcaatg attatcggat tcgctaatca gggtattttc      420

aacacagatt caattagtta tggatcaatg agctctctta gaaaatgggg cgttgtccta      480

actggtatca ttgccatgac agccggttca gcagttctta tgtggattgg tgaacagatt      540

actgaaaagg gtgtaggtaa tggtatttct atcgtactta caattaatat catctcagga      600

atgccttcag atatttctaa cttgtttaca acatttgtaa caggtgaggg aaaatctatc      660

ggtatgagaa tattatcagc attgattatt atcggtgtta tagttggtat tgtagtatta      720

gtagttatat tacaggcagc aactagaaat attgccgttc agatgtcaca gaaagtacag      780

ggaagaagac aggtaggagg acagcagtca aatattcctt taaaggttaa tacagctggt      840

gttattccaa ttatctttgc ttcatcatta ttacagttcc cagtagtaat tgcatcattt      900

ttcggcaagc agccagagtg ggctaactat ttaacacagt cacactggtg caaaccatca      960

cagttaaaat attcaattgg ttttgttgta tatttattac ttgtattatt ctttgcttat     1020

ttctatacat caataacatt caacccacga gaggttgcta aaaaccttaa cgatagaggt     1080

ggatttatcc ctggtatcag aagtggtaaa ccaacagttg aatacttaac aaaaatctta     1140

aactacatta tatttattgg tgcagttgga cttattatag tagctgttat tccaattctt     1200

gcgtcaggtc ttacaggagc taacgttgga tttggtggta catcaattat cattatcgta     1260

ggtgttattt tagaaacact tcagacaatt aagtcaatga taacagaacg tagttacagt     1320

actgtaaaag gtattttcta g                                               1341


<210>  470
<211>  2220
<212>  DNA
<213>  Eubacterium

<400>  470
atgaaaaatt tatttaaaag aattattaca acgattttag ttctaacaat ggttatggga       60

tttaacgttc cgttttcagc aacaacagta atggcagcat caattacata caatgttagt      120

tctaccataa aaggtgtact tacagatgat ggtgtgctta caataagtgg aacaggggct      180

atgcctgatt atacaaagat agccaacatt ccatggtaca aggacagaga cagaataagt      240

gaggtaagag ttaacagcgg aattacttct attggagaag caaactttaa ctcatgctat      300

aatatgacaa aagtaacagt tgcatctact gtaacaagta ttggtgatgg cgcttttgca      360

gacactaaat tacagtctta tacaggaatg gaaagagtaa aaacatttgg agattatgta      420

tttcagggaa cagatttaga tgattttgaa tttccgggag caacaacaga aataggaaat      480

tacatttttt ataacagttc agtaaaaaga atagttattc ctaaaagtgt aacaactatt      540

aaagatggca taggatataa ggctgaaaat cttgaaaaaa tagaagtaag taacaacaat      600

aagaattatg ttgctgaaaa ttatgttcta tataataaga ataagaccat attagaaagc      660

tatcctgcag ctaaaacagg aacagaattt actattccat ctacagtaaa gaaagtaacg      720

gcatacggtt ttagctatgg aaagaattta aaaaagataa caataacaag cggtgtaaca      780

actttaggcg atggagcttt ttatgaaatg aaagcattag atgaaattgc aatacctaaa      840

aatataactt ctataggttc atttctatta cagaattgta cagcccttaa aactttgaag      900

ttttatgcaa aagtaaaaac agtgccatat cttttatgta gtggatgttc taatttgaca      960

aaggtggtta tggataattc tgccattgaa acattagaac ctagagtttt tatggattgt     1020

gttaagcttt caagtgttac attacctaca gcactaaaaa caatacaggt ttatgcattt     1080

aagaactgca aagcattgtc aacaataagc tatccaaaat caattacatt aattgaaagt     1140

ggagcttttg aaggctcatc aataactaaa tatccaacat ggctttcaaa gggaaacaat     1200

ggagattatg gtatttttac aaaaataaaa tataaaggta cagacaagta cagtgaagcc     1260

tataaggttt tgaaaatagt taacaaagaa agaaagagca aaggcttatc ggagttgaaa     1320

atggataaag accttcttga cgcggcaatg cagcgagcag cagaagtggc actgtatttt     1380

tcacatacaa gacctgacgg atcgtcatgc tttagcgcaa cagacaaaat ggaagcggaa     1440

aatattgcag gtggtcagtc aagtgcagct gcagtaatga catcatggat gaacagtgca     1500

ggtcatagag caaatattct tacaagctat tttaaaacaa taggaattgg ttgctttact     1560

cagggtggaa cagtgttctg ggtacagtgt tttggaacag acacaccggc aacaataagt     1620

cacccagcag ataagaacgt agtggttaca gtaacagtag acggagactt cttaagcaag     1680

acaaaactta cattagacag tagtagctat aaccttaaag taggaaacaa aaaaacagtt     1740

aaactttatg tacaaaaccc tgaatgggca tcacaaaatg tattgttaga caacagtaac     1800

tttactttta agtcttacaa tacaaagaaa gccacaataa gtgcaacggg aaaaataaat     1860

gccaaaacag ttggtaaata taaaataaaa gcaacactta aaaacgcaac aggaacatct     1920

gttacaaaaa gtggaaagat aactttccca cagcctaaaa tcaaagtgac agtaaagaag     1980

aaaaaagcta ttgttacatg gaagaaatta aaggctgcaa agggttacta tgtatataga     2040

agggaagcaa aaggcaaaaa gtatacaaag tggaaaaaag ttaagaatat aaagaagaat     2100

acaactgtta agtacaaaga cagcaagctt aaaaaaggca agacatatca gtacaaggtt     2160

gtagcttata atagaaagaa caaaggaaca tcagcaatta agaagatagt tattaagtag     2220


<210>  471
<211>  2424
<212>  DNA
<213>  Eubacterium

<400>  471
gtgcatctaa ggcataaacc ttgttataca aaggataggg tgatttattt gaagaaagga       60

ctaatacgga aaatacttgc agtaatatta attattgcat tggttacagg tttggaaaat      120

tatgcaggaa tagtggatac aacagttaag gcagcagacg cttttgagac aagcattaat      180

ggttttccag caagttataa aacatattta agaaaacttc ataataaata ccctaactgg      240

aagtttgtac cggataacac aggcgtggat ttttttacag ccgttaaaaa tgaggcaagt      300

cataacagaa gccttataga gaatgcgtat agtaagtatt taaagtcaaa tctggctgga      360

gattataatg catctacagg taagtacata gcaaaagatg gagcttcatg ggttagtgca      420

tcaaagaatt gtgtggcata ttttatggat ccaagaaact ttttggatga aaaccacata      480

tatatgtttg aacagttggc atatgacagt tcatctcaga cacaggcagg tgttgaagca      540

atacttcagg gttcgtttat gtataaaaac aatataggat acattgatac ggctggaaag      600

tatcagacaa ctaatacttt gtattcagca cagattatga ctgctgcaaa gacagcaaag      660

gtaagtgcgt accatattgc ctcaaaaatt ttgcaggaaa ttggttctaa agctaattca      720

aaatacgcag gaatgggtgc cagcggaagt gttacaggta catattcaaa gacatataca      780

ggaatttata atttttataa tattggagct acatcaagtg ctaatccaat tgccaacggt      840

ttaaaatggg caaagtcagg aagtacttat caaagacctt ggaacacacc agagaaatct      900

attttaggtg gggcacagta tttaggtgaa aagtacatta acgcaggaca gaatactatg      960

tatcttcaaa gatttaatgt gaagagcaat ggtacatatt caatttatac acaccaatat     1020

atgactaaca tatcaggtgc cgcatcagaa gcagcgtcaa cggcagatgc ttaccaaagc     1080

cttggaatag cagctcatgc caaaacattt gttatacctg tatttaataa tatgccaaat     1140

gaaagtaata caattacact tggaatacgt ggaaacaaaa aaggtgtggc aaatagtgac     1200

gtaaatgtta gaaaaggtcc tgcaacttcg tatgatgcag ttggtgtttt accaaagaat     1260

caggcagtta cagttacaga agtttctaat acagacattg aatatggagt aagatggcta     1320

agtaatccgt attggtacaa agttagtttt gtgaaagatg gaaaaaaata cacaggatat     1380

gtttcggcag catatgtaaa cttaaaaagt gaatatacta ttgcaaaaac aggaagattg     1440

aagcttccta ctactttaaa gacatctgaa gaagtttatt atttgtcaga caacccggca     1500

atagcaacag tagatgatgc aggaaatgtt aaaggcatag gcgcaggaac tgtaacaata     1560

cacggtttta ctgcagcagg aaaaagtagt gtgtcaacaa taaatgtttt ggcaaaaagt     1620

atacatgcaa caggtataaa acttaacaag acaacattaa atttaaaaaa tggaacaaaa     1680

gaaaaattaa aggctacagt aactccaaat aatacaacag atggaaatgt tacatggaag     1740

tcatccaaca aaaaaatagc aaaggttaca tcaagaggaa atgtttacgc aaagtcagtt     1800

ggagaatgta cagtaacagc tacaactgcc aatggcaaaa aagttacatg taaggttaag     1860

gttgtaccgg gaacggctac aataaaggca acaaacaacg gatacaatag tattaaactt     1920

acatggaaca aacttggtga tgtaacagga tattggatat atagaaaaac ttccggttca     1980

aaatataaga ccatagccaa agtaagtgga actacagtgt cttataaaga taaaaatctt     2040

gtaacgggaa agaaatacta ttataaaata aaagggtata agaaggttgg aaagacaact     2100

tataagggaa gtaagtctaa ggcttcaaag gcatatccaa agccggccaa agtgaaaata     2160

acatcaataa agtcaaccgc aaaaggtgca aaactttatt ggaaaaaggt ggctggtgcc     2220

agtggatata ttatctacag aagtgaaagt aaaacaggaa aatatacaaa aataaaagaa     2280

ataaaaaaac agacaaaaat ttcttataat aatactggac ttttgaaagg aaagacgtat     2340

tattataaag taatggccta caggaatatg tcaggcatat atgtttatgg aaaatattca     2400

acagttaaac aaataagaaa ataa                                            2424


<210>  472
<211>  1380
<212>  DNA
<213>  Eubacterium

<400>  472
atgtttaaaa taataatgcc tgtttataac gcagaaaaat atcttgaaaa agcggtagac       60

agtataataa accaaacatt atcatttaag gacaatgtgg taatacattt aatagatgat      120

tcaagcagtg acggttcttt agaattatgc aataaataca aagaacaata tccggataat      180

tttattgtta cacattttga agaaaatcag ggcgtttcgg cagtgagaaa ctacggaata      240

aagatgtgta aacacgagaa aaatgtaata gtagggtttg ttgattctga tgattatttg      300

gataacaaag ctttggaaac agtatggaat ttctttgaaa atcataagga catacagctt      360

gtaacctcag aaatatatca ttttggagca agaaatgatg aacataaatc caattggaga      420

tttgaagaaa gagaagttgt aaacataaaa gaggatttta attatcctca atactatatt      480

ggtggcgtgt tcttaaaaga caaggcgtta cgttcactta agtttgacgt taatatggac      540

ttttgggaag atgcgatggc aataaacaag gttattttaa agctgggcaa atatggtctg      600

gttaagggtg ccatttatta ttacagaaag atggaaaacg aatcatcgct tgttgataag      660

gcgtggagaa aaaaagaaag atatactact tttttggaag acggatataa gcgtcttatg      720

aaatgcagcc tgttaagaaa gtttaaagtt gttccataca ttcagtatgt agttgcttac      780

catttaagat tattcttatt ggaaggtaac agagaagttg taatggaaat ggttccagag      840

aaagaaatgc agccgtttaa agacaggtta agtgatgtat tgcaaaaggt aagtgatgaa      900

gttatttgtt caatgaacac agcacttcct gtaatagaaa tggaattgtc attaaagtac      960

aaaaagaaag tcagagctaa gaagacaatt acggataatg atatggtttt ccaatatgga     1020

gaaaaacaat tagcaagatt atcagaacgt aatgtaagag ttattggaat tatggacaag     1080

cccggatatg aaggaatgct gcgtggaaga ttcagcactc ctttatatgc tatgaagaag     1140

gatgattata tttttgtaca aaacggagac gaaaaaataa aaacagaccg ctacaagtgt     1200

aaaaaacaac tgtatatttt agatgaatta atgagaaatt ataagaatgc aggttttgta     1260

gttagaattc cggaagaatg gaaagaaatt cagtttggaa tacacacaaa cgatgcagat     1320

attctgctta ataaagttga agttaattca gaagacaagc aggagaatga agatgaataa     1380


<210>  473
<211>  2697
<212>  DNA
<213>  Eubacterium

<400>  473
atgagcgaat taaagtactt agataagagg ggaacattta cattagacaa tccggatctt       60

acaagttata tgtattttcc attggctaat gaagcaggaa tgatgagtgc tattacaccg      120

gatttaggtg gagatattaa attggaccag aatacttttt tattggaacc ggttagcagt      180

gaaaacttac ataataacaa gtcaacaaga aatttttggg tttatgttga tggaaaaggt      240

gcctggtcag ccacaggacg ttctgctaag cagcaggcta agctttttga tgatgacaag      300

gaacaggtaa agcttacagc aggtattatg tggcataagg ttgaaagaca gaccgatgaa      360

atgggattaa aagcagaatt aactactttt gtaccatata cacaggacaa ggttgagcta      420

acaaaagtaa caatcacaaa tactgctgat acaacacaga agattacatc aacagttgca      480

attccaatgt atgcccgctc tgcatcaaat attagagacc acaggcatgt aacatcttta      540

cttcacagaa catttactat taaagatggt attatgattt atccaacatt aacatttgat      600

gaaagaggtc ataataagaa cactgttttt tatggcgcac ttgcaaagga aatggttaat      660

ggaaaaatgg aatcaccggt tagcttttgt cctgtaacag aggagtttat tggtgagggt      720

ggaaattttg aaaacccata ttatgttgca aagaataagc cacttccata tatagaagga      780

caggaagtag acggttacga aacagttgca gctatccgtt ttaatgattg tgaattaaaa      840

ccgggtgaat caagaagcta tgttatagct ttagaatatg gtacttctaa ggaagaactt      900

gaaagcattg gaagtaaata tattgatgta gattcatttg ataaatattt agaagaaaca      960

aagaattact ggcaggataa gattaacgta agttataatt cagcagacaa gaattttgat     1020

aactggatgc attgggttaa cttccagcca atgcttagaa gaatttatgg ttgctcattc     1080

cttccacacc atgattatgg aaaaggtgga agaggctgga gagacctttg gcaagactgt     1140

cttgcacttc ttattatgga accaaagcag gttagacaga tgcttattga taactttggc     1200

ggagtaagat ttgacggaac aaatgccaca attataggtt ctaagcaggg agaatttatt     1260

gctgacagaa ataacattac aagagtatgg atggaccacg gtgcttggcc atatcttaca     1320

acagaattgt atatgcagca gacaggtgat gttgaatttt tagttgaaga aaactcgtat     1380

tttaaagatc cgcaggtttg ccgtggcgaa gaaaaagata tgatttggaa cgacgaacag     1440

ggcaacaaac agcttgcaga aaataatgaa gtatatgcag gaacagttct tgaacatatg     1500

ttaattcagc atttgacagc attctatgat gttggtgaac ataatcatat aagacttcgt     1560

ggtgctgact ggaatgacgg acttgacatg gcacctaagc gtggcgaaag tgttgcattt     1620

acagctttgt atggcggaaa ccttaagaat cttgcaaaag acattaaggc ttatgcagaa     1680

aagacaggca atgaaacagt acttcttgca aaagaattac ttatattatt aaatgtagac     1740

aaaacagtat ttgacagaat agatgaaaag aaacaggtac ttgacgcata ttgcgaaaca     1800

gtaaaacata caatcagtgg tgaaaaagtt aacgtaagat gtgatgaact ttgcagtatt     1860

cttgacagta tgggtgactg gattggagaa catatcagaa ctactgaatg gacaactgac     1920

aaagatggag atggttggtt taacggttac tatgataata gtgggaatgc tgttgaggga     1980

gatttcccta caggtatcag aatgatgttg acaggtcagg tatttacagt aatggctgac     2040

gtggcaacag acgaacaggt tgtagcaatt gcaaaatcag cggataagta tctttatgat     2100

gaagccattg gcggatacag attaaataca gattttaagg aagtaaaaac agatcttgga     2160

agattatttg gttttgcttt tggccacaag gagaacggag cagtgttctc acatatggca     2220

actatgtatg ctaactcact ttatcataga ggttatgcaa aagaaggata taaggttata     2280

aacagcttat ttaaacattg cgataactat tcaaagagtg gtatttatcc gggaatccct     2340

gaatatgtaa gtcagagagg ccgtggaatg taccattatc ttacaggtgc ggcaagctgg     2400

atgcttctta cagttcttaa tgaaatgtac ggtgtaaaag gtgaatatgg tgcccttaaa     2460

ttaaaaccac agcttttaaa agaacagttt gaaaatggta aagcttcagc aacatgtatg     2520

tttaacggta aaaacattac agttacatac aaaaatgaca aggcgcttga tgcaggacag     2580

tatagcgtta aggaaatcta tattgacggt aataaatatg gcgattgtga tactgtatta     2640

aaagaggatg taatgaagtt aaacgatact gtaaatatag tagctatact tgattaa        2697


<210>  474
<211>  2031
<212>  DNA
<213>  Eubacterium

<400>  474
atgaacagtt ttatttattt agctccggtt gcaggtgtta tagcattgat ttttgctttt       60

tataaggcaa tgactattaa caagagcgaa gccggaaatg acagaatgaa agaaatcgct      120

tcagctatcg ctgaaggtgc cagagctttc ttatttgcag aatataaagt tttggttatt      180

tttgtagcag tattatttgt agttttagga tttggaatta gctggcttac agcagtttgc      240

ttcttagttg gagcattatt ctcaactttg gcaggttatt ttggtatgac agtagctaca      300

aaggctaacg ttcgtacagc taatgcagct aaagaaagcg gaatgaacaa agctttatca      360

atcgcttttt caggcggtgc tgttatgggt cttagcgttg taggtcttgg tattattgga      420

ataagtgtta tcttcattat tcttaatgcc acaggcgaag ttacaacaga cgcagtaagt      480

attcttacag gatttagcct tggtgcttca tcaatcgctc tttttgcaag agttggaggt      540

ggtatctata ctaaggcagc agacgttgga gctgaccttg taggtaaagt agaagcaggt      600

attcctgaag atgatccaag aaatcctgct gttatcgcag ataatgtagg tgacaatgta      660

ggtgatgttg caggcatggg tgctgactta tttgaaagtt atgttggagc tttagtttca      720

gctattacac ttggtcttgt agcaacaaat attggtagtg catctcattt tatggcagct      780

ttattcccac ttgtaattgc aggtgttggt attattgcat cagttatcgc tactttcttt      840

gttagaggaa aagacggttc tgatccacag aaagcactta atgcaggtga atatacagca      900

acagcattag ttattattgc ttcagctatt ttaagtaata cattctttgg taactttaat      960

gcatttatcg caattattgc aggtcttgta gttggtacta ttattggtaa agttacagaa     1020

atgtatacat cagaaaaata taagagcgtt caggaaatcg ctgaaagctc acagacaggt     1080

tcagcaacta acattattag tggtctttca gttggtatga aatcaacatg tatccctatt     1140

gttgttattg caatcggaat cttagttgca ttccacttct gcggaatgta tggtattgct     1200

cttgcagcag ttggtatgct ttcaacaaca ggtatgacag tagcagttga tgcttacggc     1260

ccaatcgctg ataatgccgg cggtattgct gaaatgtcag aacttgacga aagtgttaga     1320

gatattacag acaaattaga tgcagtagga aatactacag cagctattgg taagggattt     1380

gctattggtt cagcagctct tacagcttta tcactttttg tttcttttgc ggaaacagca     1440

ggaatcacaa agaacggtat caatatttta gatgcaagcg ttgtagttgg tcttttcatt     1500

ggtggtatgc ttccatttat gttctcagct ttgacaatgt cttcagttgg taaggctgca     1560

aacaagatga ttgaagaagt tcgtcgccag ttcaaagaaa aaccaggtat acttaaggga     1620

acagaaaagc ctgactatac atcatgtgta ggtatttcaa cacaagcagc attacatgaa     1680

atgattgttc ctggtatcat ggcagttctt gtgccacttg ttattggatt tttacttgga     1740

gcagaagctt taggtggtat gcttgcaggt tcacttgtaa gtggtgttat gatggcagta     1800

tttatggcaa atgccggtgg tgcttgggat aatgctaaga agtttatcga aggtggtttt     1860

gctggaggta aaggaagcga agcacacaag gcagccgtag ttggtgatac agtaggtgat     1920

ccattcaagg atacatcagg accatcaatt aacattctta ttaagttaat gacaattgtt     1980

tcacttgttt ttgcaacagt aattgcacag tatggtggaa tcttattcta g              2031


<210>  475
<211>  1911
<212>  DNA
<213>  Eubacterium

<400>  475
atgaaagtaa aagagggaat gtatatgaga aaaatattgg aggcaattaa gaatttcttt       60

tctgcatctc acgaaaggga gcgaaaagga atacaggcga ctaagcatgg aatgtttaac      120

aatttcgtat atgcagtaaa gctgacgtgg cagttaaaca atcagtttat tatagcaatg      180

attgtagtgg gagtattgtc ggcattgtat atgcttattg gaatttatat tccaaagatt      240

gtattggcat tagtagaaaa taaagttaca acagacataa tgattaaagt gttggtagca      300

gtgggaatta taattcttgt agtaaagctt atcaacacaa aggctcaata tgtaggcgag      360

tatgcctggg acaaggtata taaggggtta gtttcaaaat atcttagaaa atcatttaca      420

acagatttta aaaatatgga aaatccggat ttccttgatt tgattgaaag atcaaaacat      480

gcaatgtata actatcaggg aattagtggt tactgtagaa gaggaagtaa tattctttca      540

aatattgtac ttgtagttat agcaggtgcg gcaatagcag taattaatcc tttgataatt      600

ttggtgctgg tagttatttc atattttata tataaaatcc ttgattcaac aatggagtgg      660

acgaaagtaa attttagaga tgcaatgtca tctaatttta gaaaaaatta ttatttttct      720

tccacagcaa gagattttaa atatgcaaaa gacataagat tatttaaaat gcaggatttt      780

attgaacaga cgtggaaaga cataaataca gtttattatg cagcctgcaa aaaaaatcac      840

agaaaatggg taatgtgcga ggcaaagatg agttttcttc gcctttttca gaatttattg      900

ctatacgtag tattgattta tatggtttta aataagggaa tgagcatttc tgattttgtt      960

ttatacatag gtttggttgc atcattttcc acagctatga cagatatgtt ctgcaatatg     1020

gtttggatga atatgaaccg aatggaactt gacgatttta gaacatttat ggactggaat     1080

gaggacaagc ctgacattga aaaaggccag ggcgtaagta agaatatagg cttgaagcaa     1140

tttgagttta aatttgaaaa cgtatctttt aaatatccgg gacacgaaaa atatgttcta     1200

aagaatatta atctgactat tgaagcggga agcaagttgg cggtagttgg tattaacggc     1260

gcaggaaaaa caactttaac aaagcttctt atgagacttt atgagccaac agagggaagg     1320

attcttctta atggagttga tgtaaagaag tatgacagag atacatattt taaaatattt     1380

gcgcctgtgt tccaaaacat tgaaattttt gcttttccgg tatggcagaa tatttcaatg     1440

aagcctgaaa atgagacgga caaaaacaga acaatggagg ctttggaaag aagtggtttg     1500

gatgaaaaga ttaacaaata tgaaaacaaa atagacacta tgcttcttag aatatttgac     1560

cctaacggtg ttgatttgtc aggtggagaa agacaaagac ttgccatggc aagggcgctt     1620

tatcagaaca gagaagttct tgttttggat gagccaacag cggcacttga cgcattggca     1680

gaagacagaa tgtatcagga atttaatcaa atggtaaagg ggaagactgc tatttttatt     1740

tcacacagac tttcaagtac aagattttgt gacaaaatag ttatgtttga agatggcaga     1800

attattgaag agggcactca tgaacagcta attaatgcca atggaaaata cagaaatatg     1860

ttccaggttc aggctcaata ttacaaagat aaggagggtg aggtatgtta a              1911


<210>  476
<211>  2232
<212>  DNA
<213>  Eubacterium

<400>  476
atgaagtttg ccaatgtcat tgtagacatt tcacacgaaa agttagaccg tccctttgga       60

tatattatac ctgatgaatt ggaaaaagag attacggtag gaaccgctgt tatcatacca      120

tttggtaaag gcaacaggca ggtaaaaggc tatgtaattg aaataacaga ccagccatct      180

tttgacatat caaaaatgaa agagattatg gcagttgaag agggagcagc caaggttgaa      240

agtcagttaa ttaatttggc ttattggatt aaagaaaatt acggctccac aatgaatcag      300

gcattaaaaa ctgtaatacc ggtaaagaat aagattagaa atattgaaaa aaagacaata      360

gtattaaatt tgaacagtga acaactggaa gaaaaaataa aacaatataa aaagaaaaat      420

gcaaaagcaa gacttaggtt gttagaagaa ttaaagataa acaacagaat ggcaagagag      480

cttgtggtag ataaattaaa tgtttcacca agtactctta agtcaatgga acagttaggg      540

gacattgtaa ttgagaaaac aattaattac agaaatccta ttgaattaaa agaacagcct      600

gaatatgaca tagttcttaa tgaaaatcag agaaaagttt cagaagcaat taaggaaaca      660

atggatttta agaaaaaaga caaagtgaat gtgcatctta ttcatggaat tacaggaagt      720

ggaaaaacag aagtttatat ggatttaata gattatacta ctaaaaaagg caaatcagta      780

attgttctga ttcctgaaat tgcccttaca tatcagactg taatgagatt tacaagaaga      840

tttaaagaaa aggtatcaat aataaattca aggctgtcat caggagagcg ttacgaccag      900

tttgaaagag cgaaaaatgg tgacgtaaac ataatgatag gtccaagatc agctttgttt      960

acgccttttt ccaatttggg attaatagta atagacgaag aacacgaaag tgcttacaaa     1020

agtgaatcgg ttcctaaata tcatgctatt gaagtggcgc agaagagagc atatgacaca     1080

ggtgcaacag tggttttagg ctcggcaacg ccatctcttg aatcatatta taaggctaag     1140

aatggaacct atattcttca taagttaaca acaagagaga aaggcaatct tccatcagta     1200

tcaattgtag atttaaggga agagttacag cagggaaata aatctatttt cagtaataaa     1260

cttcaaacat taattaagga cagattagag aaaaaagagc agacaatgct ttttattaat     1320

agaagaggat ttgcgggatt tgtttcctgc agggattgtg gaaaagcaat aaaatgtcct     1380

cattgtgatg ttacactgaa acttcataat aacaagaagc tagtgtgcca ttattgtggc     1440

tacacaacaa agcttccaac caaatgtcct gaatgtggtt caacatactt aggaggattt     1500

ggaataggaa ctcaaaaaat agaaatgctt ataaaacagt tatgccctac agcaagagtt     1560

ctcagaatgg atgcggatac aacatcaact aagggtagtc acgatgaaat cctgtcagcc     1620

tttgccaacc atcaggcaga tattttggtt ggaacgcaga tgatagtaaa agggcatgat     1680

tttcctgatg ttactttagt tggagtgctt gcagcagata tgtctttgta tgcatcagat     1740

tatactgcgg cagaaaaaac atttcagctt ttatgtcagg cagcaggaag ggcaggccgt     1800

ggtaaaaatc cgggagaggt agtaatacag acttatgcac cggataatta cagcataata     1860

gctgcaagtc atcaggatta tgatgagttt tttgagcagg aaatagttta tagaaagctt     1920

atgggatatc cgccggttgc aaacatggta tcggttttgt tacaatgttc cggggaatca     1980

gagcttgaaa tggccacaga atcagtggtt caattaatca gaaaagtaaa agagcagaaa     2040

tataatgaac tgttcgtaat cggaccggct gatccgcctg tttcaaaaat aaatgacata     2100

tatagaaaaa tcatatattt aaaaagtgat aatagagtac atcttataag attaaaggat     2160

tatttagaat atgtaataaa tagttcacag aatttcaaaa atattaatgt acaatttgat     2220

tttaaagcat ag                                                         2232


<210>  477
<211>  2571
<212>  DNA
<213>  Eubacterium

<400>  477
atgggcgtaa ttaataaaat cgtaggaacg catagtcagc gtgaattaaa aagacataat       60

catacaatag agaagatatt aagccttaag ccggagatgg aaaaacttac cgacgacgag      120

atgaaggcta agacaacaga atttagaaat agattacaga aaggtgaaac tttagacgat      180

ttgcttcctg aggcatttgc cttagttaga gaagcaacaa gaagaacact tggaacagaa      240

cattatccat gtcagttaca gggtggtatt atcttacatc agggacgtat cgcagaaatg      300

aaaaccggtg aaggtaagac acagacatgt ttgttgcctg catatcttaa tgcattggaa      360

ggcaagggcg ttcatatcgt aacagttaac gaataccttg ctactcgaga tgctgagtgg      420

atgggacagg ttcacagatt tttgggatta acagtaggct gtgttctttc agacatggaa      480

catgaagaaa agaaagcggc ctataactgt gacatcacat atattacaaa taacgaatta      540

ggatttgact acttaagaga taacatggtt gtttacaaag aacagttagt tcagcgtgga      600

cttcattact gtattatcga cgaagttgac tcggttctta ttgatgaggc aagaacacct      660

cttattattt ccggacagag tggtaagtca actaagttat atgaaatgtg tgacattctt      720

gcaagacaga tggaacgtgg cacagctaat cctgaactta gcaagatgga tgccattatg      780

ggtgttgata ttgaagaaga tggagacttc cttgtaaatg aaaaggacaa gattgttact      840

ttaacagcac agggtattga aaaagttgaa aaattcttcc acattgacaa ctatgctgat      900

gctgaaaact tagaacttca gcacaatgtt attttggcat taagagcaca taaccttatg      960

catagagatc aggattatgt agttaaggat gatgaagtac ttattgtaga tgaatttaca     1020

ggacgtatta tgccgggccg tagatattct gatggtttac atcaggctat tgaagcaaag     1080

gaacatgtaa aggtaaacag agagagtaag actcttgcaa caattacatt ccagaacttc     1140

tttaacaaat atgacaagaa ggcaggtatg acaggtacag ccttaacaga agaaaaagaa     1200

tttagagata tttatagtat ggacgttgtt gaaattccaa caaacaagcc aattgcaaga     1260

attgaccatg aagatgcaat gtttaagact aagaaagaga aacttcatgc agttatagaa     1320

gacattgttg aatcacatgc aaagggacag cctgtattgg ttggtacgat taacattgat     1380

tcttcagaag aaatcagtgc tttgcttaag aagagaggta ttccacacaa tgtattaaat     1440

gctaaattcc acgagaagga agcagaaatc gttgctcagg caggtcaaca tggagcagta     1500

actatcgcta ctaatatggc aggccgtggt actgatatta agcttgatga tgctgcaaga     1560

gcagcaggcg gtcttaagat tataggtaca gaaagacatg aatcaagacg tatcgataat     1620

cagttaagag gtcgttcagg tcgtcagggt gatgttggtg aatctaagtt ttacatttca     1680

ttggaagatg atattatgag attgtttgct tcagagaagc ttatgtcaat ctttaatgca     1740

ttaggtgttc cggagaatga agaaattcac cataagtcat taactaagac tattgaaaga     1800

gcacagaaga agatagaagg aaataacttt ggcataagaa agaaccttat ggaatatgat     1860

aaggttaaca atgaccagag agagattata tacgctgaaa gagcaagagt tcttaacggc     1920

gagaatatga gagatgcaat tatcaagatg atgaatgaag taattgaatc tcaggttgac     1980

atgtttgttg gcgatgatca ggagactaag gattgggatg tggcaggttt aagtcagtca     2040

ttatttgaaa ttattcctgt aaaacttgaa attccaaaga gcgagattga acatctttca     2100

aaagctgaat ttaaacagtt attgaaggaa gctgcagtta agctttacga agctaaggaa     2160

gctgagttcc cagaacctga acatattaga gaattagaaa gaatcgttct gttaagagta     2220

atcgacagaa agtggatgga tcacttagat gatatggaac agttgaaaca gggtattggt     2280

cttatggctt atggtcagag agatcctgct gttgaataca agattcaggg ctttgaaatg     2340

tttaatgaca tgattgaagg tatcaaagtt gaaactgtta agactttata tcatattcag     2400

gttgaacaga aagttgaacg tgaagaggtg gcagaagtta caggaacaaa caaggatgat     2460

acaggtgtta gcaagactaa acacagagaa tctgaaaaga tttatccaaa tgatccttgt     2520

ccatgtggtt caggaaagaa gtataaaaac tgttgtggac gtaaggctta a              2571


<210>  478
<211>  2553
<212>  DNA
<213>  Eubacterium

<400>  478
gtggacgata agatatttga caagattcat gaagtagact taaaagaaac catggaaacc       60

tcttatatag attatgccat gagcgtaatt gcatcaagag cattacctga tgtaagagat      120

ggtttaaagc cggttcagcg tagagtacta tactcaatgg ttgaacttaa taacggacct      180

gacaagccac acagaaaatg tgcccgtatc gttggtgata caatgggtaa attccatcca      240

catggtgata gctctattta cggagcattg gttaacatgg ctcaggaatg gaatacaaga      300

tatcctttag ttgatggtca tggtaacttt ggttcagaag acggtgatgg tgctgccgca      360

atgcgttaca ctgaagcacg tcttagcaaa atatcaatgg aaatggttgc agatattaac      420

aaggacactg ttgaatttac accaaacttt gatgaaacag aaaaagaacc atcagtactt      480

ccatcaagat atcctaacct tttggttaac ggaacaagtg gtattgccgt aggtatggca      540

acaaacatac caccacataa cttaacagaa acaataaatg caattgtaaa aataattgac      600

aataaagtag aggaaaacag agacacaacc atagaagaaa ttatggaaat tattaaggga      660

cctgattttc ctacaggtgc tacaatctta ggtagaaaag atattgagca ggcttacaga      720

acaggacgtg gaaaaattaa aacacgtgca gtttctgaaa ttgaaacaat ggacaatgga      780

aagagcagaa ttattgtaac tgaacttcca tacatggtta acaaagccaa gttagtagaa      840

aagattgcaa gtcttgtaaa agaaaagaaa gttgatggaa taacagactt aagagatgag      900

tcagaccagg aaggaacacg tgttgtaatt gaagtaagac gtgatgccaa tgctaatgtt      960

attttaaatc agctttataa gcatacacag ttacaggatt cttttggtgt aattatgtta     1020

gcattagttg acggagaacc aaaagtatta aatcttcttc agatgttaga tgaatatttg     1080

aaacatcaga aggatgttgt aacaagaaga acaaagttcg aattaaacaa ggcagaagaa     1140

agagcacaca ttattaaagg tttattaatt gcccttgata acattgatga agtaataaaa     1200

ataatcagag gttcaagaac aactgcagat gcaaagaaga acttaattga aagatttggt     1260

ctttcagatg cacagtcaca ggcaattgtt gatatgagac ttcgtcagtt aacaggtttg     1320

gcaagagaag accttgaagc agaatacgct gacttaatgg caaagattga ttacttaaaa     1380

tctattcttg cagatgaaaa caaacttctt acagtaataa aagaagaaat tgaagttatt     1440

agagataagt ttggcgatga gagaagaaca aagataggaa taaatgttgg agatttatct     1500

gatgaagatt taattcctga agaagataca gttgtagcaa tgactaactt aggttacata     1560

aagagaatga ctgtagacaa cttcaagtca cagaaccgtg gcggtaaggg aataaaggga     1620

atgcagacta tagacaaaga ctttatgaaa gatatgttta tggtttcaac tcatgactat     1680

attcttttct taactaatac aggaagaatc tacaaactga aatgttatga aatacctgaa     1740

gcaggaagaa cagcaagagg tatggcaatt gtaaacttat tgcagttaca gcctggcgaa     1800

aagatttctg caatggtaca gatgaaagaa tttgaagaag acaagtacct tattatggca     1860

acaaagaaag gtactattaa gaaaacacct ataatggcat atacaaatat tagaaagagt     1920

ggtattcagg ctattacttt acgtgaagac gatgagttaa tagatgtaaa tatctcagat     1980

aacaatgata atattatgct tattacaaag aaaggtcagg gaattaagtt ccgtgaaaca     2040

gatgtccgtg aaacaggacg ttcagcaatg ggtgttagag gtattgaatt aaatcaggat     2100

gatgaagtaa tttcaatgca gttagaatca catggcgaat gtgttcttat tgtatcagct     2160

aatggtatgg gtaaacgtac accatttaca gactttaagt tacagaaccg tggcggtaag     2220

ggtgtaaaat gctataagat atccgataag acaggagagg ttgtaggagc taaggcagta     2280

aatgatggaa acgaaattat gatgattaca aacgaaggta ttgtaattag aatgttcgtt     2340

gacgacatct caattctagg aagagtaaca cttggtgtta aattaatgaa tacaggtgac     2400

aaggatgata tagttgttgc aagtataaca aaagttaagg aaagtgttac agaagcagat     2460

gcattagaag cagcaagatt atcagaagaa aatgaaacat tagacgaagg tagtgaagaa     2520

ctatcagaag attcagattc tgaagataat taa                                  2553


<210>  479
<211>  2325
<212>  DNA
<213>  Eubacterium

<400>  479
atggaaaaaa atacatatcc ggtagaagaa tggaaagtta ccgaagaaaa gtttgttaaa       60

gactggaatt atagaaacga gacaacattt gcactttcaa acggctacat tggtactcgt      120

ggtacatttg acgaaggata tcctttcacg gtagatgaag gtctggaagg aaacttcatt      180

aatggctttt atgaaagtga acatataaga tatggtgagt ggaactttgg tttccctgaa      240

acaagccagt cattacttaa tttacctaat ttaaaaaaga ccactattga agtaaatggt      300

gaaatgttcg atttaaaagc aggagaaata gttgaataca gcagaagcct tcttatgaat      360

gaaggtattg ttgtaagaaa cgttgtttgg aaatcaccta agggcaagga agttaaagca      420

acatttaaga gattggtttc tcttgctgat aagaacatta tggctattca gattaagatt      480

acacctatta attttgaagg cacagttaag tttagttctt acgttgaagc aggcgttgaa      540

aaccacacaa gaaagactaa tcctttagtt gactatggcc catttggtaa acatcttgtg      600

gtagaagaat taaaatctga tgaagattat attttatacc agggagaaac aaagaacagt      660

aaactttcaa tggcttgtgg tagtgttgtt gttacagacg gtcatatgac tgaatgtgtt      720

attggagaag aagacggaca tacttcatat gaagtttatg ctgaagaagg caaagaagta      780

acatttgaaa agatgattgc ttacacttca gaacttgata tgcctaaaga agaaattctt      840

ccatttatta gagctaaact ttcagaagca aaagtattag gttatgacaa atacgaagca      900

cttcagaaag aaaagatgga tgaattctgg agcaaagccg acattaagat tgaaggcgat      960

gaagaattac agcagggtat cagatttaac ttattccata ttatgcagtc tgcaggtcgt     1020

gatggcagaa caggtatggg agctaaggga cttagtggtg aaggatacga aggtcattat     1080

ttctgggata cagaaatgta tgtacttcct gtattcgttt acacagattc agaattagct     1140

aagcagttat taaattatag atatgacact cttgatgatg caagagacag agctaaagtt     1200

ttaggacata tgaaaggtgc attgtatcca tggagaacta tcaatggtaa agaagcatca     1260

acatattttc cacttggaac agctcagtat catattaatg cagatattgc atatgcattt     1320

aagctctacc ttgatattac aggtgatgac cagtacttaa tcgacagagc agcagaagta     1380

ttagttgaaa ctgcaagagt ttgggcagat gtaggatgct tcgcagaatg caaggataac     1440

aaatattgta tttgttcagt aacaggacct gatgaataca acgcaatcgt tgataataac     1500

ttctatacta acttaatggc aagagaaaac attcgtagtg ctatgtgggc attagacaga     1560

atgaagagtc ttgacgaaga tgcatacaac aagttagttg aaaagttaga acttgaagac     1620

gaagaactag aatactggga aagaattatt aacaatatgt atttcccatt tgatgaaaaa     1680

ttacagattt atccacagga tgacggattt atgatgagaa agccttggga tgaatctaag     1740

attccggaag aaaagagaca tttattatac gaaaattatc atccattgtt tgtctacaga     1800

cagaagatgt caaaacaggc tgatgcaatt cttggaatgt tacttcatag taacttcttt     1860

acagaagaag agcttaagag aaactatgat ttctatcaga cagttacact tcatcattca     1920

tcattatcta cttgtatttt tggaatcctt gcaagccaga ttggatacga tgaagaagct     1980

tacaagtatt tctcacagtc agcaagaatg gatcttgatg atatgcatga taatttctat     2040

gcaggaatcc atgcagctaa catggcagga acatggcagg gtattgtatt tggttttgca     2100

ggtgttcgtt ctaacacagg cgaacttaca attcatccaa aacttcctga acagtggaag     2160

tcatacgaat tctgtgttga atatcatggt agcgatatga gaatcaaaat tgaacagggt     2220

aaggttacat ataaattact taatcaggtt cctattacat ttaagagtaa tcatgaacct     2280

atcactttaa ataaggaagg agaagaatat gtccaagaaa tataa                     2325


<210>  480
<211>  1845
<212>  DNA
<213>  Eubacterium

<400>  480
atgaacattc tatcattaga aaacataaca cattcatata cagaaagaaa attatttgac       60

gaggcaagtt tttaccttca cgaaggggag aaggtaggaa ttataggaat taatgggaca      120

gggaagtcca ctttgcttaa gattatggca ggtcttgaaa tcccggatga aggacaggta      180

attaaggcag ccaatatgat gattcattat ttgccacaga atcctatttt taatgaagaa      240

gacacggtgc ttgaaagtgt tcagaatatg attcaccatc atgccaatga agatgaattg      300

gttaaggcta aagcgatgat gacaagactt ggaattactg attttgagca gaaaacttca      360

gaactttcag gtggacagag aaagagactg gcgttggttt ctgtattgat tacaccttgt      420

gatattttga ttttggacga gcctactaac catttggata gcgaaatggc agaatggctt      480

gaaaatcagt tgcgcggttt taggggggcg cttgttatgg taactcatga cagatatttt      540

ctagacagcg taactaacag gattatcgag cttgataaag gaaaaatcta tagttacaac      600

gaaaaatatt caggattttt ggagagaaaa gctgagcgtg aggcaagtgc caaggcaagc      660

gagagaaagc gtcagagcat tcttcgaaaa gaaattgaat ggatgcagcg tggggcaaga      720

gcaaggtcta ctaagcagaa agcacacatt caaagatatg aaaatctaaa gaaccaaaaa      780

gggattgttc aggacgaaaa aattgagtta agtagcatta agtcaagaat gggcaagacg      840

actattgaac ttgaaaatat ttcaaaggca tatgactgca aagttttgat aaatgatttt      900

tcttataatt ttctaaaggg cgaccgagta ggttttgtgg gcaaaaatgg ttgtggaaaa      960

actaccttaa tgaagattat tgatggaaga attgagcctg acagcggtag tgtaaacatt     1020

ggacagacta tcaaaatagg ttattataca caggagcttg aaaataacaa agaggcagga     1080

attgcttata tgaatcctga tgatagggtt attgattata taaaaaatac tgccgagttt     1140

gtaagaacag aggaagggct tgtgtcagcc tcggttatgc ttgaaagatt tctttttgaa     1200

ccgtcacagc agtatagtaa gattgaaaaa ttgtcaggtg gggaaaaacg tcgcttaaat     1260

cttttgcgtg tgcttatgga agccccaaat gtgcttatac ttgatgagcc aactaacgat     1320

ttggacattg aaacaatgac aattcttgaa gattatttgg atagttttga tggaattgta     1380

attaccgtat cccacgacag atattttcta gacagagttg tcagaagaat tttttccttt     1440

gaggaaaatg gggtaatcga ccagtacgaa ggtggttaca cagattacat aaatcgaaag     1500

aaggaaaagg gactgcttga agaaaatgct ttgttaaaaa caaaaagtag cagtgcagga     1560

aagtcagatt cagacaaaac cgaaaaagag gaatacaaaa taagaaacaa aaagcttaag     1620

ttttcttaca atgaacaaag agaatacgag acaattgagg acgatattgc aaaattagaa     1680

gagaagattg aaaagcttga cggtgaaata gtcaagaatg caactaattc agttaagctt     1740

agggaactta tggaaagtaa ggaagaaacg gaaacacttc ttatggaaaa aatggaccgt     1800

tgggagtatt tggaagattt ggcaaagaaa attgaggaac aataa                     1845


<210>  481
<211>  1389
<212>  DNA
<213>  Eubacterium

<400>  481
atgttagacg atttaaaaga aaaatggcct gaaattctcg attttttcaa acaggaatat       60

gatattgctg atgtttcgtt caaaacttgg attttgccct tagaagtgga atcctttgat      120

aataacatga ttactttggt tttcccgggt gaaagtggaa agaccggtct tcagtatatt      180

aacaaaaaat atcttgcatt acttaagatt tctattgaag aaactttgaa tcaggaactt      240

gaacttcaga ttatacttcc aaacgagaca gtgtctaaga ttgaagatga gtcatctaag      300

atttcatctg ttagtcagga agatatttct ttagaaaata gaatattaga tgcaaatctt      360

aataaaaaat atacttttga ttcctttgta gtaggatcaa acaataatat tgctcaggtt      420

acgtctttag ctgtagctga gtctcccggc gatgtttata acccattgtt tatttacggt      480

ggtgttgggc ttggaaagac tcatcttatt cagtccattg gtaactttgt attaaaaaac      540

aacccttcag ctaaggtttt gtatactact agtgagtcat tcactaacga agttattgat      600

ttacttagaa aaaagaaaac taatcaggaa gagattattg aatttcgtaa gaaatacaga      660

agtgttgatg ttttacttat agacgatatt cagtttattt ccggtagaga cagaacacaa      720

gaagaaattt tcaatatttt caatgattta tttatgaaac ataagcagat tgttttaact      780

tccgataaga agcctaaaga tatggaaggt atcgccgaaa gacttattag ccgttttgag      840

cagggactta ctgttgatat tcagaaccct gattatgaaa cacgtatggc tatcttaaag      900

aagaaggctg aaacttcagg ctataacata gatgaaggtg tattacagta tattgctaac      960

cactttgttt ctaacgtcag ggaacttgaa ggttctctta cacgtgttat tacattttca     1020

aagattagtc actctccaat tacagttgat tttgcatcag gtgtacttca ggagcttgtg     1080

gcacctaatc aggagaatgc cattacatgt gaatacatta ttaatatagt agcagatcat     1140

ttccagatat ctcctactga tatatgttca aaaaagaaga gtcgtgagtt tgcatatcca     1200

cgtcagattt gtatgtactt atgtagagta tttacagatg aaaaattaga aactattggt     1260

gctgccttaa agaaaactaa tcacgcaact gttagctatg gatatgacaa aatcaaatca     1320

gaaatcgaaa cagactctaa gacaagagat cttatagatg ttcttaaaaa gaagattaat     1380

cctaactag                                                             1389


<210>  482
<211>  1953
<212>  DNA
<213>  Eubacterium

<400>  482
atgagtgaga gaagagttag aagaagaaaa ccaaggttaa aatttgataa gcaaatgtac       60

aaaaagctag gaatactatt ttggattgta gtactagctt tatttgcatt gtgtacaaga      120

atagcttacc ttaatgtggc aaagggagat aactattcaa taaaagtttt agaacagcaa      180

agctttacaa gcaagaccat tccttataaa agaggagaca taaaggacag aaacggcaat      240

gtattggcaa caagcgttat ggtatacaac cttataatag actctaaagt agtaatgagc      300

aatgaaaaat accttacgcc aacagttaat gcattggtaa agtattttga ttttaatgaa      360

gatgaccttc gaacagcaat caaagaaaga aaaaataaca gctattgggt tgcaaagaag      420

aaccttgagt ataaggatat tcaaaaattt gaaagttatc ttaattacga atatgcagat      480

acaaaagaag aggaaaccac agttcagaat accaaaggta tttggtttga aaagaaatac      540

aagagaatgt atccgtataa tagtctggca tgttcactat taggttttgc aaacagtgat      600

aatagtgcca caatcggaat tgaaagcagc tataacagct ttcttcaggg gacagatgga      660

agagagtacg gttatatgga ttccgataat aatatggaaa cagtaattaa ggatgcaaaa      720

gatggagaca atattgtttc ttcgatagat atgaacattc agcgtattgt tcagaaatct      780

ataaagaaat atatgaaaaa atacagtcca aagagaattt cagttgttat tgcaaatcct      840

aacaatgggg aaattttggc aatggcagat gatactactt ttgatttgaa tgatccatat      900

aatttagaag attattatac agaagcacag atttcgtcaa tgtcacaaaa gaaacagtcg      960

gaaaaattaa acagcatatg gaataactac tgtataacag actcttacga accgggttca     1020

actgctaagc cttttacagt ggcggcagct tttgaggaag gaaaaataaa cagaaaatca     1080

acatttacct gtgatggtca ggaaaaagtt ggtggcttta caattaaatg ccataaagtt     1140

gacggacacg gaacaataac agttaaggaa gccattgcag aatcatgtaa tgactatatg     1200

atgcatatag gaaaattact tggtgcaaag aaatttgtcc aatatcagga aagatttggc     1260

tttggcacaa agacaggaat tgatcttcca aatgaaacaa gaggactggt atatggaaca     1320

gatatgggtt cgtcaacact tgcaactaac tcatttggac agaactttac agtaaatatg     1380

attcagatgg tttcaggatt ttcatcatta attaatggtg gttattacta cgaaccaaga     1440

gtggtaaagc aggttgtaac atcagacgat cagcttgtaa agaactactc aaagactttg     1500

gttaagcaga caattacaaa agaaacatct gattatataa aagaatgttt aagatctgtt     1560

gtaactgatg gtacaggttc aacagccgca ataagtggat atacagtcgg tggtaaaaca     1620

ggaactgccg aaaaggttga tacatcggga aaaggcaaag gaagattaaa gaaccaatat     1680

attttgtcat tcttaggttg tgtaccttgt gaaaatccac aggtagtatg ttatacactt     1740

atggatacac ctaaaaaaga tccacaggca acagcctata acacggaatt gtggactgac     1800

ataatgaaac aggttttacc atacttaggt gttgaaaaaa ctgaaaagat agaaaagaaa     1860

gctaagaaac agaaccttga aacagaattt tattcagatg gaataataga aggcgatgat     1920

ggttcattag tgaagaagag caaagaagat taa                                  1953


<210>  483
<211>  1743
<212>  DNA
<213>  Eubacterium

<400>  483
atggaaaata atatgacaca aaaacaggcc cttatggaat tgttaaaaag aataaaaaaa       60

tattggcatt tgttaatagg ttcattattg tttgccctgg tttatgttgt tttgtcactt      120

tatgtaccaa aactaattgg tttaggaact gacaaaatag tatcaaaagg caatgttgac      180

tttcagggat tagagagaat agcagtgcag atagctgtaa tcgccgcaat tgcaggaatt      240

gcccagtgga ttatgggact gttaaacaac agaatcacat atcacgtgat taaagacatt      300

cgtcaggaaa gttttgagag aatacagaaa cttcctttgg cttacttgga tacacattca      360

acaggtagtc ttgtaagtag tataattgcg gacgtagacc agttagcaga cggcttactt      420

atgggatttt caaacttgtt tacaggtgtt gtcacaattg ttttaacact tgtttttatg      480

ttacagatta actggaaaat tgccttggtt gttatttgta ttacaccttt atcgtttttt      540

gtggcgggat ttattgcaaa gcgtacgtat tcaatgttta gaaaacagtc tgaaataagg      600

ggtagccaga cagcgtttat tgatgaaatg ataagcggtc agaaagttgt taaggctttt      660

ggacaggaag aaaaagccgt tcaggatttt gatgaaatca acgatgaatt ggcaaaatat      720

tatttgaagg gaactttctt ttcatcaata accaatccaa gtacaagatt tgtcaacaat      780

atagtttacg ccggagttgc aataagtggc ggccttgtgg caattatgac aggaggaatt      840

actgtaggtg gacttgcaac aatcttaagt tatgccaacc agtacacaaa gccttttaac      900

gagatttcag gtgttgttac ggaactgcaa aatgccattg cctgtggtgc aaaaatcttt      960

tcgcttatta atcaggaaaa agagattgat gtggaagaaa gtgaaaatca gttccggaat     1020

attgatgcag gtagggttga cattaatgat gttgcttttt cttatgtgcc ggatagaaaa     1080

ttaatcgaaa acttaaatct acacgtaaag cctggtcaga gaattgcaat tgttggaccg     1140

acaggttgtg gaaaaactac aatcataaat cttttgatga gattttatga tgtggacaaa     1200

ggttcaatta caatagatgg aaaagatata cgagacatat caagaaagaa tttaagaagc     1260

ttttatggaa tggttcttca ggaaacatgg cttagaaata ctacggtaag agaaaacatc     1320

gcttttggaa agcctgatgc aactgatgaa gaaatagaaa atgcagcaaa agcaagctat     1380

gcacataact ttattaagcg tttgccaaag ggatatgata cagtaatagg tgaagacgga     1440

ggcagtcttt cacagggaca gaaacagtta ttgtgtatag cccgtgtaat gttatgtctg     1500

ccaccaatgc taatacttga cgaagccaca tcttcaattg acacaagaac agaagtgaag     1560

attcaggacg cattttcaaa aatgatggaa ggcagaacta catttattgt agcccataga     1620

ctttcaacaa taaaagaagc agacgtaatt cttgtaatga aggatggaaa aataatcgag     1680

cagggaaatc acgaagaact gcttgaaaag agagggtttt actataaact ttataatagc     1740

taa                                                                   1743


<210>  484
<211>  1767
<212>  DNA
<213>  Eubacterium

<400>  484
atgattaaaa cattattagg tcaggttaaa gaatttaaac ttgtttcttt gcttacacct       60

ttaggtatgt tggcggaagt aattgttgaa aactttattc cacttcaaat ggccgttata      120

attgattcaa ttggaaaaaa tgacttaagt acaatttaca aaacatccgt tataatgctt      180

ttacttgcat tggcaggttt aattgccgga tatatgggcg gtgtatgggg agctaaggct      240

tctacaggtt ttgcaagaaa cttaagaaag gcaatgtatg aaaatattca gacattttca      300

ttttcaaaca ttgacaaatt tagcacagca ggacttgtta cacgtttaac aacagatgtt      360

actaacattc agaatgcata tcagatgatt cttagaatgt gcgtaagagc acctttcagt      420

ttgcttgttg caatgattat ggcattctca gtttcaccaa gagttgcaag tgtatattta      480

atagctgtta ttattcttgg aattgtactt gcaattatta cacttaatgc ccataagtat      540

tttacacagg tatttaagaa atacgataaa cttaatgaaa gcgtacagga aaatgtaagt      600

gcaatgcgag tagttaaggc ttatgttcgt gaagattatg agcgtggtaa atttggaaaa      660

gcaagttaca atatttacaa gatgtttatt aaggcagaag gtattgtttc attaaatgca      720

ccttcaatga tgcttgccat gtacagctgt attttattta taagctggct tagtgcacat      780

atgattattg ccagcggaaa taatcctgcc gtaggtctta caacaggtaa cttaacttca      840

cttcttgcat attgtatgaa tattcttatg agcctcatga tgctttcaat ggtattcgtt      900

atggttacaa tgagtatggc aagtgctgag agaattgctg aagttataaa tgaaaaagct      960

gatattacta atcctgaaaa tcctgaatat gaagttgcca acggaagcat tcgttttgaa     1020

aatgttgatt tcaggtataa taagacaagc gaaaaacctg ttctcgaaaa tattaatatt     1080

tcaattaaat caggtgaaac aatcggtatt ataggtggta ccggtagtgc aaaatcaagt     1140

tttgttaatc ttttaagtcg actttatgat gtagaaaagg gcagcgtaat tgttggtgga     1200

aaggatgtta gagaatacga ccttgatgta ttaagaaaag aagttagcgt tgttcttcag     1260

aagaacgtat tgttctcagg aacaattctt gaaaaccttc gttggggaga tgaaagcgca     1320

actgatgaag aatgtattag agcatgtaag cttgcctgtg ctgatgaatt tattgaaaga     1380

atgcctgaca aatataatac atatattgaa cagggtggtt ctaacgtatc aggtggacag     1440

aaacagcgat tatgtattgc aagagcatta cttaaaaaac ctaagattct tattcttgat     1500

gatagtacaa gtgccgtaga tacagtaact gatgcaaaaa ttaggaaagc tttcagagaa     1560

gaaattcctg atactacaaa aattattatt gcacagagaa tttccagtgt taaggacgct     1620

gacagaatta ttgtatttga tgacggtaag atagatggcg ttggaacaca tgaagaatta     1680

cttgaaaaca atagcattta tagagaagta tataatcagc agatgaatga taatgctgac     1740

tttgataaga aaggaggaga acagtaa                                         1767


<210>  485
<211>  2328
<212>  DNA
<213>  Eubacterium

<400>  485
atgtcagaaa atatattaaa acttcctgta ataccacttc gtggattgac agtattaccg       60

ggaactaccg ttcattttga cattagcaga aagtcatcaa ttaaggcagc tgaaactgcc      120

atgttggctg gaaagaactt atttgttgtt acacaaaaaa acccggtgga agaaacaccg      180

ggttttgacg gcatatataa tattggtaca gttgttgtaa ttaagcagtt aaataagctt      240

ccggacaata ttgtaagagt aatggtagaa gccaaatcaa aaggtcagat tttggcattt      300

aattttgaag agggctattt tcagggaaaa attgatttac ttgaagagaa agaaaacaac      360

ttgtcagaaa tcgaagaaga ggcctttgtc agagaactta aggacacaat aagagattat      420

aatgatataa ctcacgaatt aagtgcaaat gcactaagaa gtttaatgca tataagcagt      480

cttaagaact taatgagaca gcttcttatg agagttagag taaagtacca gcttaagcag      540

acatttttgg aagaagatga tgttgtaagc cagtttggaa cgattatttc tttccttaag      600

gaagaaaatg agattgctct tattagaaca ggaattattg ataaggttaa acagcgactt      660

gacaagaacc agcgtgaaca tattttgaga gaacagatgc aggttatcag agaggaactt      720

ggtgacgatt ttatgtcaga agccgaggag cttgaagaga aaatacatag tttaaatgct      780

gacaaagaag taaaggaaca gcttttaaag gaactttcaa gatataaagg cacaatggga      840

aatgcggcag aggctaatgt gttaagaact tacattgaca caatgcttga aatgccttgg      900

aacaatacaa ctgaggaaaa tccggacttg cagaatgctc aggatattct tgacagagac      960

cattatggac ttaaaaaggt taaggataga attttggaat ttttggcagt tagggttttg     1020

acaggtgcaa agggtgacag tccgattatt tgtttaatcg gacctccggg tacaggtaaa     1080

acatctattg caaaatcagt tgcagaggcg ttaaataaga aatatgtaag aataagtctt     1140

ggtggggtgg atgatgaatc agaaatcaga ggtcacagaa agacttatgt tggtgccatg     1200

ccgggaagaa ttgcaacagg tcttaagcag gcaggaacaa ataatccttt aatgttattt     1260

gatgaaatag ataagcttgg aagaggcgtt cacggtgatc cttcttcagc attgcttgaa     1320

gtaatggatt ctgagcagaa ttacaagttt agggataatt acatagaagt accaattgat     1380

ttgtcaaagg ttctttttat tgctacggca aatgatatta atacaattcc gggacctttg     1440

cttgacagaa tggaaattat tccaattgag ggatatactg aaaacgagaa attccatatt     1500

gcaaaggaac atttaatagc taaggaatat gcgaaaaacg gtcttaagaa aagtcagtta     1560

aatattactg atgaagcaat taagacagta attcagaatt atacaagaga agccggagta     1620

agacaacttg aaagagagat ttcagagatt tgtcgtaagg cagcaagaaa tatagttcag     1680

aaagaaaaga aacatttaaa ggttacatca aagaatattg aaaaatacct tggtcgtaaa     1740

aagtatgaag ctgatatggc aaatgagaag gacgatattg gaatcgtaag aggtttggca     1800

tggactgcag ttggcggaac aactcttcag attgaagtta atacaatgcc gggtaaaggt     1860

gttcttaagt taacaggtca gttaggtgac gtaatgaagg aatcggccca tattgcatta     1920

agctttgtaa gaagtattgt tgcagactac ggtgtagaca agaaattttt tgaagaaaat     1980

gatattcata tccatgtacc tgaaggagcg gtaccaaagg atggaccatc ggcgggcatt     2040

actatggcaa cggcaattct ttcagctgtg gcaaagatac ctgtaaaatg ctcagtggca     2100

atgacaggtg aaattaatct tcgtggtaat gttatgccga ttggaggatt aaaagagaaa     2160

cttttggcag ctaagaatgc aggcataaag atggttttgg tccctaaaaa gaataagcct     2220

gatgtggaag aaatatcaaa agagattact gatggattag aaatagtttt tgtagaaaaa     2280

atggaacagg tgcttgaaaa tgcactggta gaacaggagc aaaaatga                  2328


<210>  486
<211>  2553
<212>  DNA
<213>  Eubacterium

<400>  486
atgaaaaaat ccttccagat ttttaaacgt gacataggca gattatccaa aaacatagtt       60

gcactaatag ttgtaatcgg cgtgtgcata atcccttcgt tgtatgcatg gtttaacata      120

gctgccaaca aggacccata tggcaacaca gctaacataa aaatagccgt agctaataat      180

gatgccggaa cagaaaatga tatgcttgga aaccttgatg taggcggtca gatagttgat      240

acattaaaag agaatgatag tttaggctgg gtttttgtaa gtgaagacaa ggcaatatca      300

ggggttaagt caggagaata ctatgcagca atagttattc ctgataattt tagtgaatca      360

atggtaagtt ttttgtcagg aaaaatagaa cagccggagt ttgattatta tcttaatgaa      420

aagaagaatg ccattgcacc aaagataact gacacaggtg caaatacaat tcagcaacag      480

gttaatacag agtttgtgtc agcggcggca ggcacagttg cggacatact taacggttca      540

gtttcaggaa ttggaactaa gcttgatgac gttcaaaatg acatttcaac aaagattagc      600

acagtgtctg gtaatcttaa agaatatgaa aaggcactgg attcttttaa caaaacagtg      660

gatggcagta acaagctaat tgaaaaatca aaaaaatcaa tggctacagt gaaaagcgac      720

gctaattccg gtgtaaatag cataaagaat ggaacagaca gtttaacact tgtacgaaat      780

gacatagcag atttcgcaaa cgatttaggt acgggaatat ctaaggcaca gaatagtttg      840

gcaaaggtaa atactaaatc aggaataaat cttggaaaaa taagttcaaa aactgaaagc      900

attcacggac agtttcagga aatgataact tccgtagaat ctattattga taaaaatagc      960

gaaatgctta caactttaaa ggaaattaac aagaaatacc cttcagattc attaactaat     1020

cttattaatg aattagacag tcagaatagt aagtacaaga ctattttaca aaaattaaga     1080

acaggaagcg attctataaa tgatgctaca acaacatctg ttaaggcagt agaatctatt     1140

tctaaaatta tcgaaaagaa tacaaaagac attcacagct caaagataac tgttgaaaac     1200

ggaataatga caggtctaaa tacaagcctt gatacttttt caaacattca gggtacactt     1260

tcaggaattt taaaaggtgt tggacctgca acagataatg ttgtaacttt aatggaccag     1320

ttagagaaca gccttgacag tgcaaagaaa gcacttagtt caacaggttc ttccattaag     1380

aaagttcagg aaagattaga caaggctaat gtggacatta gcgttgttaa aacttcaaag     1440

atatatgaaa aacttaagga tatgacaaat ttagactcag ataaggttgc atcttttatg     1500

tcatctcctg ttaaattaaa aacagaaact ttctattcag ttgaaaatta tggaacagca     1560

atgacaccat tctatactaa ccttgcaata tgggtaggtg gaattgttct tattgctatt     1620

ttcaaaatgg aagttgataa aagtgaaaaa attaaaaatt tcactccaac acaggcttat     1680

tttggaagat ggatgctttt catcttagta ggatttgtgc aggcgttaat tatatgttta     1740

ggtgatattt ttatcttaaa aataaagtgc cagcatccgg tactgtttgt tgtggcagga     1800

ttagtagcag catttgtata tgtaaatctt atttatgccc tgtcattaac atttaagcat     1860

ataggaaaag cagtaagtgt aattcttgta attttgcaga ttccgggttc agcgggaact     1920

tatcctattg aaatgacgcc gggattcttc caggcaattc atccgttact tccttttact     1980

tatggaataa atgccatgag agaagcaatt gcgggaactt acggacatta ttatgtaaag     2040

aatttagtta ttcttttaat ctatgttcct attgccttgt ttataggact tgtccttcgt     2100

agattattgt tgaatttaaa tagtttattt gacaaaaaac ttgaacagac aggacttatg     2160

atttgtgaag aggaaggaat aaccagggaa agagtaagac ttttaactac tgtgaaaata     2220

cttgcaggag aaaagcagtt tagagatgag ataaataaga aagtcgagca gtttgaaata     2280

tgttatccaa aactaataaa gggtggattt tttgcaatag ttattatacc gattgtattt     2340

ttgattttaa tgtttagtat cacatcaaaa atggtatttc ttgtattgtg gatagtgtct     2400

attatattaa tcgctctata tttgatttgt gttgagttta tccatgagaa cctgcttaac     2460

aagcaaaaaa tggctgaaat gaccggtgat gagcttatag agcagttaaa gaagcgtggt     2520

agaaagaaca gtaaggaagg agatgaggac taa                                  2553


<210>  487
<211>  1773
<212>  DNA
<213>  Eubacterium

<400>  487
atgaaatttt taaagagaac aattggaata ataatcgtga tggcggctat tatttcagga       60

cttcaattaa aaagtgaatt ggcttatgga gcaacaccta cgatttctaa aagtacagta      120

atattagaaa agggtaaaag aaaaaaaata aaagttaaaa atgtttcagc gagaacgaaa      180

gttaaatgga gaacatctaa taaatttgca gttactgttt caaaaaaagg tagaattaga      240

gctgtaaatt atggagctgc aacaattact gcaacttgta aatcaagaac aatgacttgt      300

aaggttacag ttcctgatac ttctaagaat gttgtcataa cgaaatatcc tacaacatta      360

acagaaggcc aaacaggtat ggttgtagca aagtcagtta ataaaatttc atatatgtct      420

tcaaatgact caatagcaaa agtcaataaa gaaggtactg ttgaggcgtt aaatccggga      480

aaagcggaaa taacagcgaa atcctcacag ggatatagca aatgtacaat aaatgttttg      540

tcaagtgatg taaataacag attgtatgat tctaacggaa tcagtattaa gaaagttaac      600

gctgacggaa caaaggttaa cggttttgta agccaggcaa aaggtcagaa ttttactgtt      660

gcagtagatg gaatagacga aagtaatgtt aagtcatgca agtggagtgt tgggaatagc      720

gatattgttt caaaactttc agcagtaagt ggaagcaagc ttaaagcaac tttgaaagca      780

gtaaatgaag gcaaagttaa cattacagca aaggttacat acacaaacaa aaatgttgtt      840

acatatacaa atacaattta tgtttcaaac cctgaaacgg aagttcagaa gttaattgtt      900

tatggaacag cattaggcaa tgaaagacaa cagtatattt cttttaaagg tttaggagaa      960

catagtacta ttacttggac taattcaaac aaaaaatgtg ccactttaac aacttatgaa     1020

aagaaagcgg cagttttagg cacaaaaccg ggaacgggta caattacagc aaatgtagat     1080

ggaaaagtat tcaacataaa gtatacagtt gttaatccaa cagttaataa tttaaaggca     1140

gttataaaaa aaggtgaaaa agtacagttt cctatttggg gtgacacagg tacagttcct     1200

gaatttacaa gcagaaatga aagcgttgcc acagtttcaa gcgatggtgt cgttaaaggt     1260

gtaaattcag gagttacata tgttgatgta aaaattggaa atattcacaa gtcttataga     1320

atcgaagtat atgcaaaagg tatgtacaag attgtaaata gggctatgta catagttaat     1380

cattggaaat atagtcagcc aaaaagaatg agaaaaggat actatgattg ttcagctttg     1440

gtttggaaag gctataaatc atacaagcac tacaacaaga aacttggaag tggttcttat     1500

gcaaagacag cagcaagcct gtttgactat ttaaaagaaa aaaatcaaat agtatattat     1560

ggttttattg acatagatga tatgaaaccg ggtgatttaa ttttttacgg agattacaat     1620

gcggcagtaa aatacagcac accgggaaga actttaaata tctatcatgt atctatgtat     1680

gcaggtgcag gcaaagtggt agaaaaaggt ggacagacta ttaactacaa taatatttcg     1740

catatagttg gaataggaag agtggtagac taa                                  1773


<210>  488
<211>  2253
<212>  DNA
<213>  Eubacterium

<400>  488
atgaaaacag ttagcggata tgttgaaaat ataacattta gaaatgaaga taatggtttt       60

actgtgttaa cattatccag tggaaaagaa gatataacat gtacaggtaa ttttggatat      120

attggtcagg gagaatatgt agaaatagaa ggtgaggaag ttttccatga gatttatgga      180

aaacaaataa aggcaacaaa ctataaaatt gttcctgcaa cagatgaatt atcgttaaaa      240

aaatatttag gttctggagc tataaagggt cttggcgcag tgcttgcaga tagaatagta      300

gacaagtttg gtgaggatac ttttagaatt atagaagagg agccggagcg ccttgcagaa      360

atcagaggaa ttactacaag aaaggctatg gacattagta ctcagcttga agaaaaaaag      420

gatatgcgtg atgttatgat ttttcttcag ggatatggaa tttctcctac attaagtacg      480

aaaatattta ataattatgg aacaagggtt tatgacataa ttaaaactaa tccgtatcag      540

cttgcagatg atgtgacagg tattggcttt aagacggcag atgaaattgc cagaagagcc      600

ggtgtggaag ttaatgcatc tgtaagaata aaaagtggaa tgtgctatgc tttaacagaa      660

gcgtctttat caggacatac atatcttcct aaggaaaaaa tggttgaaac tactattaat      720

ttgcttggat taagggatca gtacttaaat gctgacggaa catacaatat ggaattgctt      780

gataactgtt ttacggaact tgtacttgaa aagaagttaa ttttaaaaga aattgatgac      840

aatcaggcag tgtttttgtc tactttttat tatacagaat taaatattgc aagaatgttg      900

cttgaattaa atatttcaac accggaagat gattatattc ttggggtgaa aatggataca      960

gttgaggata tgtcaggaat tcatttagat gaccttcaaa gacaggcagt tgtggcaaca     1020

cagaataatg gtgtatctat tataaccggt ggcccgggaa caggaaagac cacaacaatt     1080

aatgctataa ttcagctgtt tgaatctgac ggattagaag taagtcttgc ggctccaacg     1140

ggacgtgccg caaagcgtat gactgaggct acaggccatg aggcaaagac tattcacaga     1200

atgcttgaaa tatcaggtgg gcaaagtgat gatcctgaac ttgatgcaaa gtttggaaga     1260

aacgaacaaa atccattgga aacagatgtt gttattgtag atgaaatgtc tatggtagac     1320

acttttttga tgcatgcgtt tttgaaagct gtaactgttg gaacaagatt ggtttttgtt     1380

ggagacgtta atcagcttgc aagtgttggc ccaggaaatg ttttgaagga tattattgaa     1440

tctgaatgct ttaaagttgt acgtcttaca aaagtttttc gacaggcagg ggaaagtgga     1500

atagtaacta atgctcataa gattaatgaa ggaaaagaag ttaaacttga caatagtttt     1560

ggagattttt tatatataga aagagaaaat gctcagatgg cattaaatgc aacaataggt     1620

ctgataaaaa caaaacttcc agcatacgta ggagcaaatg aaatggacat acaggttctt     1680

acacctatgc gtaacggaat tttaggcgtc aactctctta atccgggatt acagatgtat     1740

atgaatccac ctgacaaaaa taagaacgaa aaagagatag ccggtgtcgt tttccgagaa     1800

ggcgacaagg ttatgcagat taaaaataat tatcagcttg aatgggagca gagaacagat     1860

aaaggttttc ttgtggattc cggctccggc atttttaacg gagatatggg aattattaca     1920

aaaataaata atcttactaa ttatatagaa gtaaagtttg atgatgacag atatgttaca     1980

tatgattcta aacaggcaga agagttggaa ctggcttacg ctgttacaat tcataaatct     2040

caaggtagcg aatatccggc agttgtaatg cctttagttt cgggagcttc gatgcttatg     2100

acaaggaatc ttttgtatac gggagttaca agagcaaaga aatgtgtgtg catagtcggc     2160

agaaaagaaa cttttaacgc aatggttaaa aatgaagatc agcataagag atattcagga     2220

ttgaaatggc aacttattaa ttattatcaa taa                                  2253


<210>  489
<211>  2034
<212>  DNA
<213>  Eubacterium

<400>  489
atgcttttta aattatcatt aaaaaatatt gtaaagagta ttaaggatta cgccatctat       60

ttctttactc ttgtgttagg tgttgcaatt ttttatgtgt ttaatgccat tgagtcacag      120

actgtaatga tgaaggtttc tgataataca gctgaaatta taagattgat gacaaatgta      180

ttgtcgggtg taagcgtttt tgtatcattt gttttaggat ttttaattat ttatgcttcg      240

agatttttaa taaaaagaag aaacagggag tttggaatat acttaacgct tggaatggga      300

aaaaggaaaa tatcttttat tctttttatt gaaactttgg ctataggtat gatttcttta      360

gctacaggac ttatagtagg tgcaggatta tcacaactta tgagtatttt tgtggcaaat      420

atgtttgaag cagacatgac aaagtttaag tttgtatttt ctctaagtgg atgtattaaa      480

acattagttt attttggaat tatatacatt ctcgtaatgt tgtttaatac tattataatt      540

ggaagatgta aattaataga tcttattaat ggaaatcgaa aatcagaaaa ggtcacaatg      600

aagaatccta ttgtgtgcat ctttgttttc ataatttcta tggcttttat aggctacggt      660

tattatggtg taatgggtgg atatagtaat ttagatgacc aaatgttatt taaagtaatt      720

tttgcaggaa gtgtgggaac attgtttttg ttctggtcat tatcaggttt gattttgaaa      780

atagtaatgt ctgttaaaaa ggtatactac aaagatttaa acagttttgt attaagacag      840

attagcagca aaattaacac aactgtagtt cagattacaa ttatatgctt aatgttattt      900

gttactattt gtattttttc aagtgcatta tctataaaaa cttccatgga taacaatatt      960

aaggaactgg tacctgttga cattcagttg tcaaagaatg ttaacagcga ctttagtgat     1020

aataagaaaa tagctaaaga taacaagatt tccattgaga atactttgac aaataatggt     1080

tttgattaca aaactaattt taaagacatt gtgaaattca atacttacga agcagataag     1140

tttacaatta aggatacact tggggacagt tataagcagg tggcagaaca gtataagttt     1200

ttggctgttg acaataatga agtcataatg aaattaagcg attacaataa gattgcaaag     1260

cagtatggtc atacaactta cgaacttaaa gatgatcagt atatgataat tgccaatttt     1320

gtaaatatga tggagattag aaatattgct ctaaggaacg gggaaaagat aacgataaat     1380

ggaaaggatt atagtcctaa gtttaatcaa tgcaaaaccg gattcgttga aatatcagga     1440

agcgtgtctg aaacaggagt cttcatattg cctgataagg cagtggaaaa tttagagtta     1500

catcaaatat ggctaaatgc caattataat gcatccacaa aagaacagcg acagaaggtt     1560

gagaatgaaa taaacaaatt aattgaaaaa acatggctta aaacatcaat aatgacagta     1620

aatacaaaaa atgatattga acagtcatgc ataggattaa gtgccatggt tacttttatt     1680

ggactttatc ttggaataat attcctgatt tcaagtgcgg caatacttgc tttaaaagaa     1740

ttgtctgagt caacagacaa cagggaaaga tatgtaatgc ttagaaaact tggtgccgat     1800

gagaaaatgc taaacaaagc attgtttaaa cagatagggc tgttcttcgg atttccgctt     1860

ttcatagcaa tcatacattc aatcgtagga ataaaattct gcaatacaat acttctatca     1920

attggccgaa caggactgtt accatcaata ataatgacag gtgcatttct tgtggtaata     1980

tatggaggat actttgtgat aacgtattgg tgtagcaaga atataataaa gtag           2034


<210>  490
<211>  2079
<212>  DNA
<213>  Eubacterium

<400>  490
atgaaaaaat tattgaaaaa atcattagtg ctgttcctgg cactgatatt tgtagtgatg       60

tctgttcttc ctgtagcagc ttctcaggca acaagttatt catatacact tgatgacgaa      120

ggggagttag ttagaacaca ggatgcttac ttaccagaca gaactataac aaacctcgga      180

ttatccgatc cggaagatat gattatagat gatgaaaata atgcatatat cgttgacaca      240

ggtaatgcaa gagttctcgt ttataatttg gatgatgaaa aagtagtaac tcagattgat      300

aaagatactg ttggctcaaa agattttgaa ggctttaact cacctaaggg aatttttctt      360

acaaaaagtg gtgaagttta tatagctgat acaggagcta agacagtatt cagattcaag      420

aaagttaacg aaacaaaata tgaatttgta agacgttatg acagaccaac agcaccaatc      480

ttcgcagata caaactacga accaagtaag gtagcagttg atagtggtaa caatctttac      540

atagtttcag aaggtgttta cgcaggtatt attcagcttg ctaactcagg tgaattttta      600

ggatatttcg catcaaataa atctaaactt acaccacagc aggttttcct taaaattatt      660

tatacaaagg aacaggagaa aaactcaact ttgttaaata ctttaccatc aacattctca      720

aacgtttttg ttgatgcaga aggaacagct tattcaacat gtatgggtaa gggaagggac      780

cttttaaaga aacatagtac aaatggaaca aacttattta aaaatgttat tgcttcatcg      840

gatgcattta cagatgtaat agcagattca aatggaatta tttatgcatc tgactcaaag      900

ggatatatat atgtatatac aagagacgga gagttgattt tctgccttgg tgaagaggca      960

ggtaacaatg acgtgtcagg tttgttctca tcacttacaa caattgctgt tgataacaat     1020

ggaaacattt ggacagcaga tggtaagaag ggatttattc agtcgtttac gccaacagaa     1080

tacgcaacaa caatttataa agcattacag gaatatgaaa acggtgatta cacagatgct     1140

cttaaagatt ggaattacgt attaagatta aaccagatgt cagttttggc tcataacggt     1200

gttgcaaaag cttattataa cgatgaagaa tatgataagg caatggaaca ttttgaaatt     1260

gccggaaaca gaagtggtta ttcagatgct ttctgggaag ttagaaataa aggcattcag     1320

aaggaccttg gagcagtatt aacagttgta attatcttaa ttgttttgag tatagttatt     1380

aaacttattg ataagaagaa agttttaaga actaagagaa aacagttagg aactaaacta     1440

aaagaacttc ctgtaattgg agaaatcggt tatgcattta agtgtgctaa acatccaatt     1500

gacagatatt atgatataag agttggaaag aacggatcaa tgattgcagc aacaattatt     1560

tatgtagcat tctttgcagt atatatgatt tatcagacag gaaaaggatt tatttatcag     1620

tatacaagcg ttgaagatat ggatatggga gccgtagtag ttggtttctt tgctatctta     1680

attctcttca tcgtatgtaa cttccttgtt acatcaatta cagatggtga cggaacatta     1740

aaacaggtat atatgattcc tgcatatggt attatgccat taatgatttg catgattgtt     1800

acaacaatta tgtcatacca attaacatat aacgaatcat ttatcttgac agttattatg     1860

atgatcggtg gtatttggag tatcgcagta atatttgaag gactttcaac agttcatgac     1920

tatgacttta aacagacagt agtcagcctt attattacag cagtatttat gttaattgcg     1980

gctatagttg ttcttgtagt aattattatg tgggaacagt tatacgactt cttaatcaca     2040

gtaggaaagg agataataag aaatgttaca ggcagctaa                            2079


<210>  491
<211>  1650
<212>  DNA
<213>  Eubacterium

<400>  491
atgacaacaa ttaatgcaga aacattacaa aaaatgttta ttgcaggtgc taagaattta       60

gaagcaaaaa aagaatggat aaatgagttg aatgttttcc ctgtaccaga tggggataca      120

ggaacaaata tgactttaac aattatgtcc gctgctaaag aagtaggcgc aattacagaa      180

ccgacaatgg aaacgattgc caaggctatc tcaactggtt ctttaagagg tgcaagaggt      240

aactcaggtg ttattttatc acagcttttt agaggattta caagagagat taagaaggta      300

gatcagattg acgtagatgt tttgtcaaga gcttgtgtaa aagcagtaga aactgcttat      360

aaggcagtta tgaagcctaa ggaaggaaca atccttacag ttgctaaagg aatggctgat      420

aagtcatgcg agcttgtagg cgaaagtgat gaccttgtgc atgtaattga tgaaataatt      480

aagcatggtg attatgtttt aagtcagaca cccgaaatgc ttccggtttt gaaacaggca      540

ggagtagttg actcaggtgg acagggattg atgacagtta ttaagggggc ttttgatgct      600

cttttaggaa aagagataga ttacacatta gaacctgtac agacagcagg aactaaggtt      660

acagaagaag ttcctatgga tgacgttgaa attaaattcg gttactgtac agagtttatt      720

attaatcttg ataaagaaat gcctaagtca gaagaaaagg catttaaaga atttttagaa      780

tcaattggtg attcaattgt tcttgttgct gatgatgaaa tagtaaaggt gcatgttcat      840

actaacgaac ctggtgtagc aattacaaaa gctttaacat atggttcatt gtcaagaatg      900

aagattgaca atatgagaga agagcatcag gaacgcttaa tcaagaatgc agaaaagatg      960

gctgaacagc agaaagctga cgaaccaaga aagaaatatg gttttgtagc tgtatcagta     1020

ggagaaggat tagatgaaat attcaaggga ttaaatgttg actatattat ttcaggtgga     1080

cagacaatga atcctagtac agaagatatt ttaaacgcaa ttgataagat taatgcagac     1140

aatatttatg tattgcctaa caacaagaat attatccttg cggctcagca ggcggaaagc     1200

cttattgaag acaaaaatat tattgttgtt ccatctaaga ctattccaca gggaatttct     1260

gcaatgatag gatttattcc ggataatagt cctgaagaca ataaagaagc catgattgat     1320

agtatgtcat atgttaagac aggtgaggtt acttatgctg taagagacac agttattgat     1380

gacaaggaaa tcaaagaagg caacattatg ggtattggcg atgaaggaat ccttgcagta     1440

ggagaagaaa tcgacgatac aacaattaat atgattaaag agatgcagga tgaagaatca     1500

gaaatcgtaa gtttatatta tggtgctgaa gttacagagg aagcagcaaa tgagctggca     1560

gataagattg cagaagcttt gcctgaaatt gaagtagaag tatatccggg tggacagcct     1620

atttactact atattgcttc agtagaatag                                      1650


<210>  492
<211>  1818
<212>  DNA
<213>  Eubacterium

<400>  492
atgtgtggaa tagtaggtta tgtaggtgaa agagactgta cagacgtttt attagattca       60

ttatctaagt tagagtatag aggatatgac tcagcaggta ttgccgtatt tgaaaatgga      120

gaaataacag tagaaaaggc taaaggtgag ttaaagaact taagagagaa agtagctgaa      180

cacaagccaa tgggacattg tggtatcggt catacaagat gggcaactca tggtgaacca      240

tcagatatta actcacatcc tcatggaaat aagagagtat caattgtaca caatggtatt      300

attgaaaact acaaagatat taagaatttc cttattgaca agggatacac atttattagt      360

gaaacagata cagaaacagt agctaaatta ttagattatt attacgaagg tgatcctgta      420

gatgcaatta tcaagactct taaagatgta agaggagcat atgcacttgg tattgtattt      480

aaagattttc ctgacagaat ttttgcagta agaaaagata gcccacttat aatcggtgcc      540

ggcgacgaag agaactttat tgcatcagac gtacctgcaa ttttgaaata tacaagaaat      600

tactatcttt tagaagaaaa cgaaattgca acaattaagt cagacagagt tgagttctgt      660

gatatgcata aattacctat caagaaagaa gttcaggttt ctaaccttga tatggatgct      720

gcagaaaaag gcggatatga acattttatg ttaaaagaga ttcatgaaca gcctaatgca      780

gtaaagacaa caatcacacc aagaattgta aatggaatgc cagacctttc agaatgtggt      840

ttaacattag aagctttaaa gaattacagg aagttattta ttgtagcctg tggtacagca      900

atgcatgccg gtatggttgg aaaatacgta atcgaaaagc ttgcaagaac agaagtaaca      960

gtagatattg catctgaatt tagatacaga gatccaatta taacacctga agatttagtt     1020

attgtagttt cacagtcagg tgaaacagca gatactaagg cagcacttca tcttgcacac     1080

gataaaggtg ccaaggtttt atcagttgtt aacgttaagg gctcatcgat tgcaagagaa     1140

tcagatatgg ttctttacac acatgcaggt cctgaaattt cggttgcttc aactaaggca     1200

ttttcagtac agatgtcagt aatgtacctt cttgcatttg aaatggcata tgcaaaaggg     1260

cacattgatg aaaatgaatg taagagatta acagctaagc ttgctgaaat ccctgacatt     1320

attgaaaaga caatggaatg tgaaaagaaa tgtaaatatg tttcaagtaa gttaattaca     1380

gcacagagct tattatacat tggtagaggt ttagactatg cattaagtat ggaaggttca     1440

cttaagttaa aagagatttc atacattcat tcagaatcat atgcagcagg tgaattaaag     1500

catggaacaa tatcattagt agaagatgga atgccagtaa tcggcgtagc tactcaaaca     1560

gaattattag aaaagacagt aagcaacatt gttgaagtta agtcaagagg agcatttaca     1620

attgccgtat gcaaggaagg aacagaattt agtgagggcg taatcgatga agctatcgaa     1680

gtacctgcaa tggaagatgt tttaatgcct atgttaacag taattccttt acagttaatt     1740

gcatactaca caacagtact taagggatta aacgtagata agcctagaaa ccttgcaaaa     1800

tccgtaacag tagaataa                                                   1818


<210>  493
<211>  1356
<212>  DNA
<213>  Eubacterium

<400>  493
atgattcaga aacttttaat tgcaaacaga ggtgaaatag cagtaaggat aataagagca       60

tgtagagaaa tgggtattga gactgtagct gtatattcaa aggcagacaa agatgcactt      120

cacacacaat tggcagatga agctatttgt ataggggaaa caaaggcaag tgaaagttat      180

ttaaatatgg aaagtataat tagcgcaaca attgcaacag gtgcagatgc aattcatcca      240

ggatttggtt ttttatcaga aaatagcaaa tttgccagat tatgcgagca gtgcaatatt      300

atttttattg gaccaaaatc agatgtaatg tataatcttg gaaacaagtc agttgcaaga      360

aaaacaatga tagaggccaa tgtacctgta attccgggaa gtgaagaaca gatatatgat      420

agcaaaacag gaaagaaaat agcagaccag gttggatatc cggtaatcat aaaagcagct      480

ttaggtggcg gtggaaaagg aatgcgtgtg gcgtatggcc ctgaagaatt tgaccaggca      540

tttaacgcag ccaaaaaaga aagcgaagca gcttttgatg atggaacaat gtatatagaa      600

cattttgtgg aaaatccaag acatatagaa tttcaaatat tagcagacaa atttggcaat      660

gtaatccatt taggagagcg tgactgttca attcagcgaa atcatcagaa aatgatagaa      720

gaatctccaa gtgtaattct gtcagatgaa ttaagaaaaa aaatgggcga cacagcagta      780

cgtgctgcaa aagcagcaaa atacgaaaac gcaggaacaa tagagttcct tttggataaa      840

gacaaattct attttatgga aatgaataca agaatacagg ttgaacatcc tgtaacagaa      900

acagtaacag gaatagacct aataaaagaa caaataaaaa tagcagatgg gcaatcacta      960

tcatacaaac aaaaagacat aaaaataaat ggtcatgcca tagaatgcag aataaatgca     1020

gaaaatccac tactaaactt tagaccatca ccgggagtca taaccgacct atacctaccg     1080

ggaggtaacg gagtcagaat agactcagca gtatacaacg gctatgaagt aacaccatac     1140

tacgactcaa tgctggccaa actaatagta catggagaaa acagagaaga agccataaag     1200

aaaatgataa gcgcactggg agaagtaatc gtagaaggaa tcgacacaaa cgtggactac     1260

ttgtatggta ttctcaatga ttcagttttc caaagcggac actttgatgt aaactttata     1320

gaaaatttca acaaaaacat tgaaaacata gcataa                               1356


<210>  494
<211>  891
<212>  DNA
<213>  Eubacterium

<400>  494
atgaaaaaga aaattttagg agttttattg gcagttggta ttattgcagg agttattgca       60

ggatgtggaa acagcaatac tacacagaat ggagcagaaa atgcaagtca ggcatcagct      120

acggcaaagg ctagaactct tgacgaaatt aagaagtcag gcaaaatcaa aattggtgtg      180

tttagcgaca agaatccatt tggttatgta gacgaaaatg gaaaagttca ggggtatgat      240

gtttattttg caaagagaat tgcaaaggat cttcttggta gtgaagatgc agttgatttt      300

gtttatgtag aggcagcaag ccgtgttgaa tatttaaaat cagcaaaagt tgacattaca      360

ttggcaaact ttacagtaac tgatgaaaga aaagaacagg ttgatttcgc acttccatat      420

atgaaggtgg cacttggaat tgtttcacca caaaaggcag aaataacaga tgtaaatcag      480

ttaaagggaa agaaattaat tgttgttaag ggaacaacag cagaaacata tttttcaaaa      540

aactatcctg atgtaacact tgtaaaattt gatgaatatc aggaagcata tgatgctttg      600

ttagatggcc gtggagatgc attctcaaca gacaacacag aagttcttgc atgggcaaaa      660

cagaacaaag gattcgtagt aggagttgaa tcacttggag atattgacac aattgcacct      720

gcagtacaga agggtaacac agagttgctt aactggttaa atgatgaaat taagacattg      780

gctaaggaaa aattcttcca taaggacttt gatgaaacat taaagagtgt ttacggagat      840

agtatagatc ctgaaaacct tgtagttgaa ggcggagtgg ttgaaaaata g               891


<210>  495
<211>  3132
<212>  DNA
<213>  Eubacterium

<400>  495
atgaaaaaga agattatcgc aattgtaatt ggaatactat gtgtcattgt tgcagctata       60

ggtcttttcc agtttgcatt caaaacaaaa gcaacttatg taaaagatgt agatagtgat      120

aagtttaata aagcatatga tttattggca aatgcatatc ttgaggatgg cgaagaagct      180

gacgtatatt atacagactt tataaaaaag aatactgaag ccggagaagg ggagcataag      240

gctacgttaa ctaacggagt ggattcggtt aagtattatg aagaaaacaa caatgaagac      300

aaccaactac cagaggatgt aaaaacatac tctgataaaa tgattgaatt agaatatcag      360

aaatcagcta actataaagt aaatgtagaa aaagcaggat tatatacatt aaatgtagat      420

tatatttctg ttggtgattc gctttcagat tatactgtta gcgcaaaagt taatggaaaa      480

catcagtatt cagaaactaa tactatagca ttaccaattc attggacaga tgttgaccag      540

gataaatata tcggaagtga tgatcagaaa gaatttccaa aagacagcta tggagatgaa      600

atggctccta gccagtcaag aattcagaaa tgggttaata cagatattta caataacact      660

tacgtatcaa gcaaaccact tactttctat ttaaaagaag gtgaaaacac aatttcactt      720

gaaaatgtat cttcaggagg attggcttta ggcaagctga cagtaaaggc agcgacggat      780

gatacaattt catatgaaga atatgctgca cagcatagtg atgcagaatt agtaacagac      840

aaggaagaag cattacagat tgatgctgtc tattattcag aaaagaattc tacagatgca      900

atatatggca caaaggtcac aacagcactt acaagattca acatagatac agaaaaacta      960

aatactttgc actggagtgc agcaggtaat gaagttacat atacattcaa agtaaagaag     1020

tcaggaaatt acaacttagc tttccactat aataatggaa agaaggaatt caatactttt     1080

gaaacaatta agattgacgg acaggttcca tttaaggaaa tgtataatta taagtttaat     1140

ccggtttcat caggatatgc taatgaaaca cttaaggatt caaatggaaa caactacaat     1200

ttctattttg aagaaggaac tcacacaatc acaataaagc aggaaaatga accaattatg     1260

gaagcataca gatatgcatt acttttacag gaacatatca caaacttcca gttggaaatc     1320

acaaagatta caggtagcga tgtagatact gaaagaaact ggaagatgac aaaatacatt     1380

cctgaaattc caaaatattt aaatgcttac aaaacagtaa ttcagcatat tagatattta     1440

cttcaggatt attcagaagg tggaaacagt ggtgcagttt tagcttactt agatgaagca     1500

gaacagttta tcaagactat gaagaagtat ccggatgaca ttgctcttca tacagcagac     1560

ttaacaggtg cagagaactc aatcctcgtt tcattaagca acttcacaac agaagtaaca     1620

tcaaatgatt ttacacttga tagaatttat gtgtacggag acaagagtga attagaaagt     1680

cctaatgcat catgggcaag ctcattatgg acgtcaatta gaactttaac caatacattt     1740

acatcttcaa aatactcaac agatgtatct gacaaagata aggatacaat tactatctgg     1800

gttaacagag ctattactca cgtagattta ttacagaaga tagctgatac agaatttgtt     1860

ccttattata aagaaaaaac aggaaaagat attaaagttc aggtagcaac aatgcctgat     1920

gtaaacaagt taacattggc aattgcggca gatgaaacac cggacattgc tttaggactt     1980

gcttcatatg taccatttga tttgtcaagc cgtggtgctt tatatgatct atcacagttt     2040

gatgatttct ggacagtagc aagaagattc ccgacaggat catttgtttc atatgtatat     2100

aatgaaggaa tgtacgcaat tcctgaaaca acagacttta atgcagttgt ttacagaaca     2160

gatatcttta atcagttagg acttaaatgc ccttcaacat ggaatgaatt gatagacatt     2220

cttccaactc tccagagata tggtaagaac ttctatcata atatttcagc aggtgtttca     2280

ggatacaaat ggttctacca gacatcacca atgatgcttc agaataatgg agaactttat     2340

acacaggatg aaaatggtct tgtaacaaca ggtattgatt caaagaacgc agttaaggga     2400

cttcagcttt taggagattt gtttacaaaa tactctcttg atacatcagt acagaacttc     2460

tttaactcat ttagatactc aacattacca attggtattg taggtatgga agattataca     2520

ttaattaaga atggtgctca ggaattggac ggtaagtgga agcttgccga atatcttgga     2580

acagaacagg aagatggaac aattaacaga aagtttgttg ccaacggaac aggtggagtt     2640

atctttaaga attctgaaaa gaaggaagct tcatgggaat tccttaaatg gtggacaagc     2700

aaagatgttc agacagaata cacatacaca ttacgttcaa catatggtaa gacatatttc     2760

tggttatcag ccaatatggc agctcttcac aacaatccaa tggatgaagc tgacaaacag     2820

gttgtattaa agcagattaa tcaggtaact gatgtaacaa gaactcctgg tcagtactta     2880

cttgaaagaa caatttctaa tatttggaca tcgatggtat tcgacggtac atcagcacag     2940

gtagcagttg atgaggcaaa gaacgatgtt aacaaagaaa ttgtaagaaa gatgaaagaa     3000

ttaggatttt acgatgaaaa tggaaaactt ataaaagatt tcaaacttcg tggatatgat     3060

tggattaaac agaatcagga taatgcaaaa gcagataaag gagaggaggt aacacagagt     3120

ggaagcaact aa                                                         3132


<210>  496
<211>  1404
<212>  DNA
<213>  Eubacterium

<400>  496
atgaagaaaa aaatatttat aataatattt ttctgtttac tgtgtctacc atctcttgga       60

atgttatttt ttaaaacaga tgtaagcgtg gagcagagac aggtacagat tttcccgtca      120

attaagacag gcggaaagtt aaatgtaaag ttttttgacc agttaaacaa ctatttttca      180

gacaattttg cttttaggca gaatttaatt gaagcagatg ctataataaa gaagaatgtt      240

ttcagacaat caggaaatga aaaggttata gttggcagta aaggctattt gtttttcagt      300

gaaacattag atgattatct tggacaaaat actttgtcaa aaagagaaat ctattcctgt      360

ggaagagttt tatctttatt gcaggaaaat gtggaacaga acaacagaca gtttctattt      420

gtaatagcac caaataagaa ctcgctttat cctgaatata tgccaaagcg atacataaaa      480

acaagtgagc agaataatta cagcttatta caggcagaaa tgaaaaaaga aaatataaac      540

acagttgatt taaagaaaat gttcattgat tccggaaaag aagtatatca caagcttgat      600

agccattgga ataatcaggg agcggcaatg ggctgtaatg ccatacttaa ctatttagga      660

aaagaccact acgattatac taatgaaagg tacactataa agaaaaactt ttcaggggac      720

ttgtatggaa tgttatttcc aaaaggaaac aaaaaagata caaatgtaat ctacaataaa      780

aaaagttcgt acaaagtaac ttcaaacaac aaaaaagtta cagatatatc aattgaaaca      840

gaaagcaaag acaaaaaaga atcaattgta atgtaccgtg actcatttgg aaatgcgtta      900

ataccgtttg tggcagatga atttcacaat ggctatttta caaaggcagt tccatacaac      960

tggaatctgc aaaatgaaaa aaaagcagac aaagtagtaa ttgaacttgt agaaagacac     1020

atacattcac ttatagaaga ggcaccatat atggcagccc cattaagatc aggtaactta     1080

aacacaatgg aagtaaacag caacacaact gcagaaattg gcgacgatga agaatatgta     1140

ccaataagtg gaaaagtgga ttcaaaatac atagatgacg atagcaaaat ctatgtacgc     1200

ctaaaaagtg aagacaatga atacacatat gaagcatttc cggtaccaat agatgtaacg     1260

tcaaaaaacg aaggatatga ctacggcatg tacttagaca catcccaagt agaagcagga     1320

acatacgaca tagatgtaat aacccagaag gataacaaat actattcttc cggtgtaaaa     1380

acatcattag aactagaaga ataa                                            1404


<210>  497
<211>  3756
<212>  DNA
<213>  Eubacterium

<400>  497
atgagtaaag ttaagagagt ttatgtagag aaaaaacagc cttttgctgt tactgcaaag       60

gaacttacag aagatattaa gggatatctt gaaattgatg cattaaagga tgtaagagtg      120

cttgtaagat atgacgttga aaacatctca gatgaaactt acaacagagc attaacatca      180

gtattttcag aaccaccggt agataatgta tatgaggaaa cattcccata tgatgcggat      240

aattctaagg ttttcagtgt ggaatttttg ccgggacagt ttgatcagag agctgattca      300

gcagttcagt gtgttaagtt cttaaatgaa gatgaagagc ctgttattaa gacagcaact      360

acttatgttt tagaaggcaa tatatctgat gaagagtttg aacagattaa gaattactgc      420

attaaccctg tagattcaag agaaacagga ttggagaaac ctgaaacctt agttacagag      480

tttgaagagc ctgcagatgt tattattttc gatggcttta aagatatggc tgaagaacct      540

ttaaaggaat tatatgattc tcttggattg gctatgactt ttaaggattt cttacacatt      600

cagaattact ataagaatga agaaaacaga gacccatcaa tgactgaaat cagagtatta      660

gatacttatt ggtcagatca ttgtcgtcat actacattta atacggaatt aacagacgtt      720

acttttgatg acggatattt caaagaacct attgaaaaat catatcagga atatcttgac      780

acaagaaagg acgtttttgg agaaagaaaa gacaagtttg tatgtcttat ggaccttgct      840

cttattgcaa tgcgtaagct taagaaggaa ggcaaacttg atgatcagga gaagtcagac      900

gaaattaatg catgtagtat tgtagttcct gtagaggtag atggaaaaac agaagaatgg      960

ttagtaaact ttaagaatga aacacataac catcctacag aaatcgagcc tttcggtggt     1020

gctgcaacat gtcttggtgg agctatcaga gatccactat caggacgtac ttatgtatat     1080

caggctatgc gtgttacagg tgcagcagat cctactaaat caatgtcaga aactcttccg     1140

ggtaagttac cacagaagaa acttgttcag ggagcagcta atggatatag ctcatatggt     1200

aaccagattg gtttggctac aggtttagtt aaagagattt atcatcctga ttatgtagca     1260

aagagaatgg aaatcggagc agttatgggt gcagcaccaa gacgtgcagt acagagactt     1320

aactcggatc cgggagatat tattatatta ttaggtggcc gtacaggtcg tgacggttgt     1380

ggtggagcta caggttcatc aaagattcat acagaagaat ctattgaaac ttgtggtgca     1440

gaagttcaga aaggtaatgc acctacagaa cgtaaattac agcgtttatt tagaagagaa     1500

gaagttagcc atattattaa gaagtgtaat gactttggtg ccggcggtgt ttcagttgct     1560

attggtgaat tagcagacgg attacacatt aacttagata aggttccaaa gaagtatgca     1620

ggtcttgacg gaacagaaat tgctatttca gaatcacagg aaagaatggc agttgttgtt     1680

gataagagtg acgttgatca gtttttaaaa tatgctaatg aagagaacct tgaagctaca     1740

gtagtagcag aagttacaga agaaccacgt ttagtattag aatggagagg taaagaaatc     1800

gttaaccttt caagagcctt ccttgataca aacggtgcac atcaggaaac aacagttgaa     1860

gttgacatgc ctgatgaaaa caagaacttc ttcaacaaac agcctgttaa caatgtaaaa     1920

cagaaatggt tagaaacatt gtcagattta aatgtttgct cacagaaggg attagttgaa     1980

aagtttgacg gttctattgg agcaggttca gtatttatgc catttggtgg aaaatatcag     2040

atgacagaaa cacagactat ggtagctaag cttcctgtat taaagggaga ttgcgataca     2100

gtaacaatga tgtcatatgg atttgatcca tatctttcaa gttggagccc ataccatgga     2160

gcaatgtatg cagtagttga ctcaattgct aagattgttg caacaggtgg tgattacaag     2220

aaagtacgta tgacatatca ggaatacttt agaagaatga ctgaagatcc acgtcgttgg     2280

agccagccat ttgcagcact tcttggttca tttgatgcac agatgggatt tggtcttcca     2340

tcaattggcg gtaaggatag tatgtcagga acatttaatg atattgatgt accaccaaca     2400

cttgtatcat ttgcagtaga tgtggctaaa gaaaaagata ttattactcc tgaatttaag     2460

gcagcaggca ataagattgt taagtttgaa attagcaagg atcagtatga caagcctgta     2520

tatgatgaaa tcatgaagtt atatgatgaa attcatgaaa tgattcagaa tggagttatt     2580

atttcagcat atgctgttga aggaaagggt gttattccag ccgtaagtaa gatggcattt     2640

ggtaataaga ttggtgtaag cattagtgga agaatccctg gagcagattt atttgcacct     2700

ggatttggtg atattattgc tgaagtacct gcagacagac ttgacgatat tacatcaagc     2760

tatgttctta tcggtgaaac aaacgataag gaagtatttg aatatggtta tgattcaatt     2820

cctatggatg aagcaattaa ggtttgggag aaaccattag aaaaggtatt cccaacaaga     2880

agccataagg atacatcatt acttgataca ccaatttatg ataaaggcag cgtatatgtt     2940

tgcaagaaca aagttgcaaa acctacagta tttatccctg tatttccagg tacaaactgt     3000

gaatatgata gcgctaaggc ttttgaaaaa gctggtgcaa atgttattac taaggtattt     3060

aagaacttaa cacctgaaga cattagagac tcagttaaga tttttgaaga aagtattgca     3120

cagtcacaga ttattatgtt cccaggtgga tttagtgctg gtgatgaacc tgatggttca     3180

gctaaattct tcgcaacagc attcagaaat gcaaagattg aagaagcagt tcacaaacta     3240

ttaaatgaaa gagatggact tgctcttggt atttgtaatg gtttccaggc attaatcaag     3300

ttaggattag taccaaacgg caagattaca ggacaggatg taaatgcacc aactttaaca     3360

tataatacaa ttaaccgtca tatctcaaag atggtttata caaaggttgt atcaaacaag     3420

tcaccttggt tacagaatgc agaacttggt ggagtttatg taaacccagc atcacacgga     3480

gaaggaagat ttgtagcacc tgaagaatgc attaaggaat tatttgcaaa cggtcaggtt     3540

gcaacacagt atgtaaacca gcagggacag cctacaatgg atgaagaatg gaacgtaaac     3600

ggttcatact atgctattga aggtattaca agtcctgacg gcagatgctt tggtaagatg     3660

gctcatatcg aaagaaaggg tcgttcagta gcaacaaata tctacggaga acaggatctt     3720

aaggtatttg aatcaggtgt aaactacttt aaataa                               3756


<210>  498
<211>  1476
<212>  DNA
<213>  Eubacterium

<400>  498
ttgacaaata aaaaaacaaa agttaaatta agaaaaatca taatagaaaa tagaaaaagt       60

agaaaaggaa gaaatgacat ggaaaagaca atggaaaaaa ttgtagcact tgcaaaaagc      120

agaggatttg tatatccggg ctcagaaatt tacggtggac ttgcaaacac ttgggattat      180

ggtaacttag gtgttgaatt aaagaacaat gtaaaaaagg catggtggaa gaaatttatt      240

caggaaaacc cttataacgt aggtgttgac tgtgcaattt taatgaatcc acagacttgg      300

gtagcatcag gacatcttgg cggattctca gatccattaa tggactgtaa agagtgtcat      360

gaaagattta gagctgacaa gattattgaa gactatatgg ctgataatgg tattgaagct      420

gaaggttcag ttgatggttg gacacatgaa cagatggctg attacataga agagcacaag      480

attgcatgtc ctacatgtgg aaagcacaac tttacagaaa tccgtgaatt taaccttatg      540

tttaaaacat tccagggtgt aactgaggat gctaagaata cagtatactt aagacctgaa      600

acagcgcagg gaattttcgt taactttaag aatgttcaga gaacatcaag aaagaagatt      660

cctttcggaa ttggtcaggt tggtaaatca tttagaaatg aaattacacc tggtaacttt      720

acattcagaa caagagaatt tgaacagatg gaattagagt tcttctgtga accaggaaca      780

gaccttgaat ggttccagta ttggagagct ttctgccgag actggttatt aagccttgga      840

attaaagaag atgaaatgag acttcgtgat cactcacctg aagaattgtg cttctactca      900

aagggaacaa ctgatattga atttttattc ccatttggat ggggcgaact ttggggtatt      960

gctgacagaa cagattatga ccttacacag catcaggaac tttcaaaaca ggatttaaca     1020

tattttgatg atgacaagca tgaaagatat gttccatatg ttattgaacc atcacttggt     1080

gcagaccgtg taacattagc tttcttatgt gcagcttatg atgaagaaaa tatcggaaca     1140

gaagaaaaac ctgatatgcg tacagttttg cattttcatc ctgcacttgc acctgttaag     1200

attggtgtat tgcctttgtc aaagaaatta aatgaaggtg ctgaaaaggt atttgcagaa     1260

cttagcaagt attataactg tgaatatgat gacagaggag caattggaaa gagatatcgt     1320

cgtcaggatg aaatcggaac tccattctgt gtaacatatg actttgattc agaagaagat     1380

ggagcagtta cagtacgtga ccgtgacaca atggaacagg aaagaattaa gattgaagat     1440

ttgaaagaat actttgaaca gaaatttgaa ttctaa                               1476


<210>  499
<211>  2280
<212>  DNA
<213>  Eubacterium

<400>  499
atgggcgaaa aaaataacat taacgtaaaa attgaaaatc atggtgttat accgaaagaa       60

gaagaacatg ctacaccgga ggaattgtat agcagactta tagacaagat taaaagatat      120

catccttcag caggtgattt gagtgcaatt gacaaagctt acaatttcgc aaagaaatct      180

cacggtgacc agaaacgtaa atcaggtgag ccttatataa ttcaccctat tcacactgca      240

ctgattcttg ctgatcttga attggataaa gaatcaatta tggcaggatt gcttcacgat      300

gtaatggaag atacaaaagt tacaagggag cagatgatta gcgagtttgg agaggaagta      360

acagacttag ttgatggtgt tacaaaactt acaaaattag actatgatgc tgacaaagta      420

gaaaagcagg cagaaaatct tagaaagatg tttcttgcca tggcaaagga tattcgtgta      480

attcttataa aacttgccga cagacttcat aatatgagaa ctttgcagta tatgacacct      540

gagaagcaga aagaaaagtc aaaggaaaca atggagattt atgctccaat tgcagaccgt      600

cttggtattt ctaagattaa gatagagtta gacgatttgg cccttagata tttagaacct      660

gagaaatata aagatttggt agatggtgtt catttaagac ttgaacatag agaagaattt      720

atgagccagc ttatagctga agttgccgga tatattgaga aggcaggaat taaagctaca      780

atagatggac gtgtaaaaca ttatttcagt atttataaga agatggttaa ccagcacaaa      840

acattagacc agatttatga tgtttttgcc attcgtatta ttgttgacac agtaatggaa      900

tgttatggtg cattgggcgt tatccacgag aaatatactc ctgtaccggg aagatttaag      960

gattatattg cgatgcctaa gcagaatatg taccagtcac ttcatacaac attaatcgga     1020

cctaacggtc agccctttga aatccagatt cgtacaatgg aaatgcacaa aacagcagaa     1080

tatggtatcg ctgcacattg gaaatacaaa gaaaacataa caggtgaagg tgacaatgag     1140

gaacagaaga ttagttggtt aagacagatt cttgaatggc agagagactt gtctgataat     1200

cacgagttcc ttaaccttct caaagatgac cttaatatgt tctctgagaa tgtatattgc     1260

ttcacaccta atggagacct taagagtcta cctaatggtt caacaccaat tgattttgct     1320

tacagtattc atagtgcagt aggtaacaag atggttggtg ccagagtaaa cggaaagatg     1380

gtaaatattg attataagat tcagaacggt gatcaggtag aagttgtaac atctaacaat     1440

tctaacggac caagtatgga ctggcttaag attgttaaaa gtacacaggc aaagaacaag     1500

attaatcaat ggtttaagtt acagaataaa gaagaaaata ttattaaagg taaggaactt     1560

atagataaat attgtaagtc taaaggcatt gtattgcagg atattttaaa acctgaatat     1620

atggaaaaag taagacttaa atatagctat aaggattgga actctttagt tgcatccgta     1680

ggtcacggtg gacttaaaga aggacagatt gtaaataagc ttgttgagga atacaacaag     1740

acacatagaa aagaaataac agatcaggat gttcttaatt caacaatagg cgaaaaggct     1800

gaaaataaga cacatacatc aaagagtgga attattgtcg aaggtatgga tgatgtggca     1860

gttagatttt ctaaatgctg tagccctgtt cccggtgacg aaattattgg ttttgttaca     1920

agaggacgtg gtgtgtcaat tcatagaaca gactgtatta atataattaa tcttcctgat     1980

tttgaaagag gaagacttat tgaggcaagc tgggctgctg atgaaggaaa gcaggacggc     2040

aaatatatga cagagattgt tatatatgct cacaacagag taggtatttt aacagacctt     2100

tctaaaatat ttacagagaa aaacattgat gttaacagta ttaacagtag aacaagtaag     2160

tctgaaatag ccacaatatc tatgtcattt gcaattcagg gaactgagga gcttaacagt     2220

cttatttcaa gaataagaca gattgacagc attattgata ttgaaagaac aacaggctga     2280


<210>  500
<211>  2064
<212>  DNA
<213>  Eubacterium

<400>  500
atgagtaaaa ttcatgtttt agatcaaaat acaataaacc agatagcagc aggcgaggtg       60

attgacagac ctgcatctat tgttaaggaa cttatggaaa atgcaataga tgcaggagct      120

acaatgatat ccgttgaaat taaagatggt ggtacatcat taataagaat taccgataac      180

ggctcaggta ttgaaaaaga tgatattaaa gtggcttttt taagacatgc cacaagtaag      240

attaaaacag ctcttgacct tataagtgta tcatcccttg gatttagagg tgaggcatta      300

tcaagtattg cttctgtttg tcaggttgaa cttataacaa agactgaaga tgccataaca      360

ggtatcagat ataaaatcga aggtggaaaa gaagtaactt tcgaagaaat aggtgcacct      420

gagggaacaa cttttattgt aaagaatata ttctttaaca ctcctgccag aagaaaattt      480

ttaaaaactg cccagacaga agcaggttac atttctgaaa tagtagaaaa gatagcttta      540

tcacatcctg aaatatcaat tagttttatt aataataatc aaactaagat tcatacatca      600

ggcaatggta atttaaaaga tgttatttat aatatttacg gaagagatat tgcaaacaat      660

ctgttagaaa taaactgcag taatgaattt attaagatga caggctatat tggcaaggca      720

ataatctcaa aaggtaatag aagttttgaa aactatttta taaatggcag atatattaaa      780

agtaatatta tttcaaaggc aattgaagat ggttacaagt ttattttaat gcagcataag      840

tatcctttta cggcaattaa ttttgaaata gaccaggatt tgttagatgt taatgtgcat      900

ccggcaaaaa tggaattgcg ttttagaaaa ggtgaggcaa tttatccttt tattatggat      960

agcattcacg atactcttgt tgaaaagcct aatataatta aggttgagtt aaatgaggaa     1020

aagcctaatg aagaaaaaat agccagagca ccggaacctt ttgaaaaaac aagaacagag     1080

ataaatcata ttcttggtga tgtacctgat tacaaaatgg ctgaaaattt tataaaaagt     1140

attaacgatg aaaacattaa aatcgaagat ataaagaaac aaaatattag agaagaaaat     1200

aattatgctg ttgatacacg aaaagaaaaa acagaacaaa aatcagatat tctgacggaa     1260

atcagtgatg tagttataaa aaataataat caggaaacag aaaatacaca tttttctgat     1320

ataagtaaaa atattgaaga aaattcaaat ttatcagaag gttcaaaaaa taaaaatata     1380

ggaaatgaaa taaaggaacc tgaaaatata aaggaagaaa aaaaatcaaa gcctatccaa     1440

caggaacttt caggagtata cgatgacttc cttacaaatg tggcaagacc gtctcataga     1500

ttggtaggtc aggtttttga aacatattgg atagttgagt atgatggcaa gatgtatatt     1560

attgaccagc atgcagccca tgagaaagta atgtttgaaa agcttatgga caggctttcc     1620

aagaaagaag tttcatcaca gatgattaat ccgcctatta ttttgaattt gtctttaaat     1680

gaggcaaatc ttataaataa atatatggat aactttaaag agataggctt tgaaattgaa     1740

gcttttggtg gacaggattt tgcagtcagg gccgtaccgg cagatttata tactttagac     1800

agttacgatg ttttaatgca gattattgat aacttgtcta atgaaaatgg aaggatggtt     1860

cctgatatga ttaccgaaaa aatagcttca atgtcatgta aggcagcagt aaagggaaac     1920

aataaaatgt ctacacagga ggcaaatgca ttaatagacc agttgctttc attagagaat     1980

ccttataact gtcctcatgg aagacctaca attatatcaa tgagtcatta tgaattggac     2040

aaaaaattca agagaattgt atag                                            2064


<210>  501
<211>  2520
<212>  DNA
<213>  Bilophila wadsworthia 3_1_6

<400>  501
atgatgacta cgagaaactc ccctcttcgc atcaatgagc tttcccggat aacgcggacg       60

ctgttccggc agcaccatca cggcgtgggc ctcttcgtcc tgatcgccac cctgttcgtg      120

ctctcgtttc tggcgggcct tcagccgccc atgcagttcc gggtgttcat ggccggggaa      180

gtggccgaca gcgatgtcgt cgcgcaccgc agcctgacgg tggaggacac cgaggcggcc      240

aagatcaagc gcaatcaggt cgccatgctc cagcccacgg tgttcgacct cagcgtgacc      300

gaaatcgccg cgttgcggca gaagatcttc ggtatgctca agctgatcaa cggacaggaa      360

acctctcccg aggcgcagga cgccttgcgc gcttcgctcg cggaaaaact cgcaacgccg      420

gtcagctcgg atttgctcgc ccagtggatg agccccgaag tgcaggagta tgtcctctcc      480

acgggcttgc cgtggtttga agatcgcttg cgcgagggcg tggtgggcga cgtgcgcctt      540

gccctgccct ccaagaacgg gatcatcgtc cgcgacgtgg acacaaaggc ggaaaccctg      600

cgccccgacg tatcggatat ccgtgacgtg cccgccgtgc tcgctgcctt cacgcagaag      660

ctgcgctccg ccgaaaagct caccccgcag ggccgccgcg ccgtgctggt cctgttctcg      720

ccgctgatca tgcccacgct caccctgaac cgcgaggcca cgcaggccct cggcaatgcc      780

gtggcccaga ccgtggagcc cgtctactac catatccaga agggtgaagt cgtcgtttat      840

cagggcgagc gcgtcacccg cgagaagcag ctcaagctcc agagcctcta ccagaagcag      900

gaggggctga tccattcgcg taccgtggcg ggaacgttcg tcttttcgct catcctgacg      960

ctcggcctgt tcatggcccc gagcggcaaa ccgggcaccc ccctgcggaa aaaggacttt     1020

ttgttcatct cgctgctgct gttcgtcttc ggcatcgcgg cgaaaggcac ctacatgctc     1080

gtgggcaagg tcgtccagcc gcaggacatc gccctcgtca tccacttctt ccccgtggcg     1140

ggcgccgcgg ggctgtgcgc gctcatcttc gcggcccggc gctattgcgt ggtgggcctg     1200

ctgatatccc tgttcgcctg cgtcatgctc aaggccgacc ttccgctgtt tttgttcttc     1260

ttcctttccg ccatgctgaa tacatggctc gtcatccggg cgcagagcag gcaggacgtg     1320

gtcatcggca tcatcccgct ggcgctcggg cagatcatca tcgccctcgg cagcggctgg     1380

ctggagggtt tccggggcgg caacacgttc ctgtggctct tcggcatcgt ttccctcaac     1440

gccttcattt ccatagctat cctgttcgcc atcagcccga tcatcgaaat ggccttccgg     1500

tacaccaccc ggttccggct catggagctg atgaacctcg aacaaccgct cctccaggat     1560

ctcatggtgg ccattccggg gacctaccac cactcgctgg tcgtctccaa catggtggag     1620

gccggagcca aggccgtggg cgcgaacagc ctgctgtgca aggtcgcggc cctgtaccac     1680

gacatcggca agctggccta tcccgactat tacatcgaaa accagttcaa cggccccaac     1740

cggcacgaca agctggctcc ggccatgagc gccctcatcc tgctttcgca tgtcaaaaaa     1800

ggcacggaac tcgccgcgca gcaccatttg ggcgacgaaa tcgaggacat catccgccag     1860

caccacggca cgggtctgat caagtttttc tatgccaaag ccaaggagtc gggcgaaaat     1920

ccccgcatcg aggactactg ctatcccggc ccgcgcccgc agacccgcga ggcggccatc     1980

gtcatgctcg cggacgcggt ggaagcctcc agccgcacgc tcaccgatcc cacgcccgca     2040

cgcatcaaga cgcacatcga cacgatcatg aaggggatct tctccgaggg ccagcttgac     2100

gagtccgaac tgacattcaa agaccttcat aagctgtcgg aaagttttgc ccgcatcctg     2160

acggggcttt tccatcagcg aatcgcctac cctgatctga ataaagacaa aaaaacggcc     2220

agcgacaaac cagaacaggc caaagtgcag gccaagcctg aagaaaaaac ggaacagcgc     2280

cccgacgtga aacgcacggt cgcctacgcg gcctccagcg tgatgccggg ctcctccggt     2340

gcggcggccc cgaacgggcc ggagcaacag ggcgcggctc cggcggcacc ccacacaccc     2400

gtaccccctt cagcgaatcc gggcccgccc attgaccttg tctaccccgt cgttcccggc     2460

ccgccgaaac ccgtcaacaa agggccgctg tccatgaagc ccgtggggaa acgcccatga     2520


<210>  502
<211>  1740
<212>  DNA
<213>  Bilophila wadsworthia 3_1_7

<400>  502
atgaacacac gcatcattcc cgccctgctg ggcgccctgc ttttctccgg cgtcgcggaa       60

gccgcgccga gcatttatcc ggtggatacg gcccgcttcc tgggcgggag ccgtttcgac      120

ttcaaggtgg aatttgacgg cgaactcgcc gaaaaggacg ccaaagtcct gatcaacggg      180

caggacgcca aggccgttct gggcgcgaaa cccgaattca tcgccaagga aaagggggcc      240

gacgcttccg cgctgctgct gcgcggcgct tcgctcaagc ccggacagta caaggtgacg      300

gtggagagcc ccaccgggaa agcctccgcc aactgggacg tatacggcac gcccgacaag      360

cccgtcgcca agaacgtcat cctgctcatc gccgacggcc tgagcatggg ccaccgcacg      420

agcgcccgcc tcatgtccaa aggcgtgacc aacggcatgt acaacggcaa gctgtcgatg      480

gacaccctgc cctacaccgc catgctcggc acatgcagcg tggattccat cgccgccgac      540

tccgccaaca ccgcctccgc ctacatgacc gggcacaagt ccagcgtgaa cgccctcggc      600

gtctacgcgg accgtacccc cgactcgctg gacgatccca agcaggaaac catcgccgaa      660

ctgctccgcc gcacgaccgg caaatccatc ggcgtggttt cggacgccga aatcgaggac      720

gcgaccccgg cttccgtggt cgggcatacc cgccgccgcg ccgacaaggc cgaaatcgtg      780

gatatgttct acagcgtgaa gcccgacgtc atcatcggcg gcggttccgc ctacttcctg      840

cctcagaacg tccccggctc caagcgcaag gacaacaaga actacgtcga aatgttccag      900

aaggaaggct atgccctcgc cacgtccaac accgagcttt ccaaggccgt gaagggcaac      960

cccgacaagc tgctcggctt gttccatacc ggtaacatgg acggcgtgct ggaccgcaag     1020

ttcctcaaga aagggaccgt gtccaagttc ccggatcagc ccgatctcac cgactccatg     1080

cgggccgccc tttccgtgct ttccaagaac cccgaaggct ttttcctgat gcttgaagcg     1140

ggccttgtgg acaaatacag ccatccgctc gattgggaac gcgccgtcta cgacaccatc     1200

atgttcgaca aggtcgtcgc catagcgcag gaattctgcg acaagaaccc cgataccctg     1260

ctcatcgtca ccggcgacca tacccactcc atcagcgtca tcggcaccgt ggacgacaac     1320

ctgcccggcg agctcatgcg cgacaaggtg ggcatctacg ccgaggccgg ctatcccgcc     1380

tataaggaca gaaacggcga cggttacccc gacgacgtga acgtgtccaa gcgcctcgcg     1440

gtgttcatcg gcaactcccc cgactattac gaaacctacc gcccgaagat ggacggcccc     1500

ttcgtcccgt ccgtcaagga tgagaagggg cattacatcg ccaacgccgc ctacaaggat     1560

gtgcccggcg cgcagctccg catcggcaac ctgccccgca ccgaatccac cggcgtccac     1620

tccatcgacg accttgtggt cggcgcgcgc ggccctcatg ccgacgcctt ccggggcttc     1680

atgaacagca cggaagtctt ccgcatcatg tccgaagccc tcgcgctcgg aaataagtag     1740


<210>  503
<211>  3165
<212>  DNA
<213>  Bilophila wadsworthia 3_1_8

<400>  503
atggaaaaca aacaaacccc ggcgccggaa caggctcccg aaatcaagga aggctttttc       60

ctccgccgtc cgatcttttc cacggttatc tcgctcatca ttacgctggt gggcgcgatc      120

gccatttcag tgctgcccgt tgaacagtat cccgacctga ccccgccgca ggtggaagtc      180

aacgcgacct acaccggcgc gagcgccaac gtcatcgctg agaccgtggc ttcgctgctc      240

gaaagccaga tcaacggcgt cgacaacatg atctacatga actcggtcag ctcggggacc      300

ggaagcatga gcctgaccgt gtccttcaat gtgggcacgg atccggacca ggcgaccatc      360

gacgtgaaca accgggttca gctcgcgctg gcgcagcttc cgcaggaagt gcagcgcatg      420

ggcgtctcgg tgctcaaaaa gtcgtcctcc atgctccaga tcatcttcct gacctcgccg      480

gatcagcggt acaacaccat ttatctcagc aactacgcat tgctgaacat cgtcgacgag      540

ctgaaacgcc ttcccggcgt gggcgatgcc aaaaacttcg cggcgcagga ctattccatg      600

cgggtgtggc tcaagcccga cgtgatgagc cagctcgggg tcacgcccga ggacatcgcc      660

accgccttgc gggatcagaa cgcccagttc gcggcgggcc gcatgggcgc tgagcccatg      720

tcctccggcg tgggcgtgac gtggcagatc accacgcagg gccgcctgac caccccggaa      780

cagttcggcg acgtcatcct ccgcacgcag ccggacggct ccatcctccg cctcaaggac      840

gtggcgacca tcgaactcgg cgcgcagagc tacgatttcg tgggcaagta caacggcctc      900

gacgccgtgc ccatcggcat ctacctctcg ccgggcgcga acgcccttgc caccgccgaa      960

gtggtcaagg ccaagatgga ggaactgtcc aaagagttcc ctgtgggcgt ggcttacagc     1020

atcccctacg ataccacgac cttcgtgaag atttccatcg aggaagtagt gaagacgctt     1080

ttcgaggcga tggtgctggt gttcctcgtg gtgtacctgt tcctccagaa ctggcgcgct     1140

acgctgatcc cctgcctcgc cgtgcccgta tccatcgtgg ggacgttcgc gggcatgtat     1200

gcccttggct tctccatcaa taccctgacc atgttcggcc ttgtgcttgc catcggcatc     1260

gtggtcgacg acgccatcgt cgtgctcgag aacgtggagc ggcacatcag cgacgggctg     1320

ccgccgcgca aggcgaccgc caaggccatg caggaagtga cgggcccggt tatcgccatc     1380

gtgctggtgc tgtgcgccgt gttcatcccc gtggccttca ccggcggcat ggcgggccgc     1440

atgtaccagc agttcgccat caccatcgcg gtgtccgtgg tcatctcggg cgcggtggcc     1500

ctgaccttca ctcccgccct gtgcgccctg ctgctcaagc cggggcatgg ggagcccaac     1560

gttttcttcc gcaaattcaa cggatggttt gaagggctca ccggaaaata cgtcagcatc     1620

gtgaagctgc tgctccggcg cagcctgctt gccgtgggtc tgttcgtgct tgtgctcgtg     1680

ggcatcggcg gcgtgttcga gcgcgtgccg ggcgggctcg ttcccgatga ggaccagggg     1740

tatcttatcg cgctcatgac catgcccgac ggcgcggcca tcagccgcac gtccgccgtg     1800

gtggaaaagc tcgacaaggc catcatggcc gatccgctgg tcgcggacgt gatgagcttc     1860

tccggcatgg acgccgtgag cggcgcggcc aagaccaacg tggcgacgtt cttctttacc     1920

ctcaagccgt ggggcgaacg caaggccccc ggcgacagct cctttgatct tgcccgcaag     1980

ctgtacggca tgggctttgg tctggagcag ggttcgttca tcgccttcaa cccgccgccg     2040

atcagcggca tgagcaacac cggcggcttt gagatgtggt tgcaggaccg caacggcagg     2100

gggagcgtgg agctttccga cgttgcgcag aaactcgcgg aagcggcgaa caagcggccc     2160

gagctgcaag gcgtgagtac ctcgttcacg gtcaatgcgc cgcagctttt tgtcgagctt     2220

gaccgcgaga aggcccgtac cctcggcgtg aacgtgtccg atgtcttcca gacgatgcag     2280

gcgacgttcg gttcctccta catcaacgac ttcaacctct acgggcggac gttccgcgtc     2340

tacacgcagt cggaaaagga ttaccgcgcg cggccggaag atctggcgga agtgtacgtc     2400

cgcaacaagc aggacgagat gatccccctg acggccctga tcaacgtgaa gcccacgtcc     2460

gggcctcaga ccgtggagcg cttcaacaac ttccaggccg ccaagttcat gggcaacccc     2520

gccacgggct acagttccgg gcaggccatg acggcgatgg aggaagtggc caaggaagtg     2580

ctgccggacg ggtacaccat cgcgtggtcc ggctcgtcgt atcaggaaaa gctggtcagc     2640

agcggcggtt ctctcgtttt cgtgctcgcg ctggtcatgg tcttcctgat cctcgccgcg     2700

cagtatgaaa gctggtcgct cccgctcacc gtgctgaccg ccgtgccgtt cggcgtgctc     2760

ggggccatca ccgccatctg gctgcgcggc atctccaacg acgtgtattt tcaggtcgcc     2820

cttgtgacgc tgatcggcct gtcggcgaaa aacgccatcc tgatcgtgga atttgccgtc     2880

gagcaatacc gtaacgaagg caaggacgcg gtgcacgcgg ccgaagaagc cgcccgtctg     2940

cgtttccggc ccatcgtgat gacttcgctg gccttcatcc tcggttgcgt gccccttgcc     3000

gtcagtacgg gcgcgggcgc ggccagccgc cacgccatcg gcaccagcgt catcggcggt     3060

atgctcgttg cgacccttgt cgcgccgttg ttcgtgccct tcttcttccg ctggatcatg     3120

agggcctctg aaaagcttat gggcacggga aagaaggaag agtaa                     3165


<210>  504
<211>  2067
<212>  DNA
<213>  Bilophila wadsworthia 3_1_9

<400>  504
atgtccaaag ccttggatag ccagcgaacc tacgccctga tcggtacagg cggctgcgga       60

aaaacctcac tggcggaaat gctgctcttc cagagcggcg tcatcaaccg tctgggagcc      120

attgaagaag gcacgaccac tcttgattac gaaccggaag aaatcaagcg ccgcggctcc      180

atccagcccg gattcgccac tttcctctgg aacaaggacc gccacttcct catggacgtc      240

cccggcgaca ccaactttac cggtgacctt ccctacctgc tgatgggcgt cgacgcggcc      300

gtcctcgtca tcgatgccgt cgacggcgtg cgccccctca cccgccgcat ctggaacgcc      360

gtgcgcgaag ccggactgcc gtccttcgtg ttcatcaata aaatggatcg cgaccgcgcc      420

gacttcgata tggccttcaa cggcctttcc tcagtgctcg gcatgaagcc cgttaccctg      480

tacatgccgg tcatgactga cggcgtgttt accggcgtcg tggacatcct cggcggcaag      540

gcccttatgt tcggcgaaaa cggcgccgtg accgaagccc tcatccccga cgccatcgcg      600

gacgaagcgg cgctcctgca cgacaccacc gtcgaaaaca tcgccgagtc cgacgaagag      660

ctgatggaga aataccttga ggaaggttcc ctttccgaag aagacctcgc ctccggcctg      720

cgcaagggcg tgctcaacgc cagccttgtc ccggtcgtgg tgggctcctc gctcgaaaac      780

aagggcgggc gcgaactgct cgacgccatc gcccgcctct tcccctcgcc gctcgaacgt      840

ccggccttcc tcgacgccga cggcaacgaa cgcgcctcca gcgacgaagg cccggcttgc      900

ggcttcgtct tcaagaccat tgcggacccg ttctccggcc agctcaacat ggtgcgcgtg      960

atctccggca ccatcagctc cgaatcgacg ctcaagaaca tgcgtaccga ggaatccgaa     1020

cgcctcggca ccctcctcta tcttgacggc aaaacgcaga ctccctgcaa ggatgtgctc     1080

ggccccggcg cgatcattgc ggtgggcaag ctgaaaaata cccgcacggg cgacacgctc     1140

agcgacgaca aagccccctt cgcggtcgcc atgccgcagc tcgccccgca gctcattact     1200

ttcgccctcg cgccgaagga aaagggcgac gaagacaagg tgtacgccgc cgtccagaag     1260

ctgttggatg aggacgtgac cttgaagctg agccgcgacg aggaatccgg cgacatcctg     1320

ctttcgggca tgggccagct ccacatcgaa accgccgtcg agcgcgccaa acgccgctac     1380

aaggtggaaa tcctgctcaa gacgcccaag gtcccctacc gtgaaaccgt tcgcggcaag     1440

gtacaggtgc aaggccgcca caagaagcag agcggcggac gcggccagtt cggcgactgc     1500

tggatcgaaa tggaaggctt gccgcgcggt tccggctacg tgttcgaaga cgccatcgtc     1560

ggcggcgcca tcccgcgcaa ctacatcccc gccatcgaca agggcgttca ggaaagcgcg     1620

gcccgcggct tcatcgccgg ctgcccggtc gtggacttca aggtccgcct ctatgacggc     1680

agctaccaca cggtcgactc ctcggaaatg gccttcaagg tggccggttc gctggccttc     1740

aagaaagcca tcgagtccct gaaacccgtt ctgctcgaac ccatcgtgct gctctgcgtt     1800

tccgtcccgg acgagtacat gggcgacgtc atcggcgacc tctcctcgcg tcgcggcaag     1860

gtgctcggtt ccgactctca ggtcggcatc acggaaatca aggctcacat ccccatgagc     1920

gaagtgctac gctacgcgcc ggatcttcgc tccatcacag gcggccaggg cgtcttcacg     1980

atggaattcg accactacga agaagccccg cagcccatcg tcgacaaggt catcgccgag     2040

caccagaaag cgaaggccga agaatag                                         2067


<210>  505
<211>  1872
<212>  DNA
<213>  Bilophila wadsworthia 3_1_10

<400>  505
atgagaacga tttattccga cgtgttgtgc attggtgccg ggcttgccgg cgaacgcgtg       60

gcgctcgccg cggctatgga aggtttccac accatctgtc tttccgtcgt ccctccccgc      120

cggtcgcatt cctcggcggc gcagggtggt atgcaggcgg ccctcggcaa cgccgtcatg      180

ggcaagggcg acagcaccga catccacttc gccgacaccg tgaagggttc cgactggggc      240

tgcgatcagg aagtggcccg catcttcgcg gacagcgcgc ccatcgtcat gcgtgaaatg      300

gcccattggg gcgtgccgtg gaaccgcgtc gtcgcgggca agcacaccta ttataagggc      360

ggcaagccct tcgaggccga agaagaggaa agcaaacacg ggctcatcca cgcccgcgcc      420

ttcggcggca ccgcgaaatg gcgtacctgt tacacggctg acggcacggg acgttccgtg      480

ctgaacaccc tcgacagcaa atgtctccag tacggcgtgg aaatccacga tcggatgcag      540

gccgaagccc tcatccatga cggcgagcgc tgcatgggcg ccatcgtccg ctccctgcgc      600

gacggcgagc ttgtcgccta catcgccaag gcgaccctca tcgccaccgg cggctacggg      660

cgcatctacc gcgccaccac caacgccatc atctgcgacg gcggcggaca gatctgcgcc      720

ctgaataccg gcgtcgtgcc cctcgggaac atggaggcca tccagttcca tcccaccggc      780

agcgtgccca ccgacattct gatgacggaa ggctgccgcg gcgacggcgg gacgctcctc      840

gacgtgaacg agtaccgttt catgcccgac tacgagccgg agaaggccga gcttgcctcc      900

cgcgacgtgg tttcccggcg catgaccgag cacatgcgca agggcttcgg cgtgaagagc      960

ccctacggtg accacctgtg gctggatatc cgtcacctcg gcgagcacca catcacgacc     1020

aagctgcgtg aaatctacga catctgtacg catttcctcg gcgtgaaccc cattcaccag     1080

cttatccccg tgcgcccgac gcagcactat tcgatgggcg gcgtccgcac ggacaaggac     1140

ggccacgcct acgggctcaa gggcctgttc gccgccggtg aagcggcgtg ctgggacctg     1200

cacggcttca accgtctggg cggcaactcc ctcgccgaaa ccgtggtttc cgggcgttac     1260

atcggcagca agatggtcga gtacctcaag ggttccgaaa gcgtgttcaa gaccgaaccc     1320

gtcaacgacg cccgcaagct cgtcgccaag accatcgacg acatcatttc ctgtcgtaac     1380

ggcaaggaaa actgtttcga tctccgcaac gccatgcagg acatcatgat ggacgacgtg     1440

ggcattttcc ggaatgccaa ggatctccag aacggcgtcg acaggctgct cgagctttcc     1500

gagcgggcta agcacatcgg tctgcacggc agcgtgaagg gcttcacgcc cgagctgtcc     1560

atgtccctgc gcgtgcccgg catgatcaag ctggcgctct gcaccgccta cggcgcgctt     1620

cagcgcacgg aatcgcgtgg ggcgcatacc cgcgaggatt tccccgcgcg caacgacgcc     1680

gaatggctga cgcgtacgct cgcctactgg aaggaaggcg actctctgcc cactctcaaa     1740

tacgaagacg cttctccgtg gttcgagctg cctccgggcg agcgcggcta cggcggcggg     1800

aagatcatcc ccgccgagat ccccgccgac aagatcaaga ccaaggaaca ggcggaagaa     1860

gccatcaagt aa                                                         1872


<210>  506
<211>  2397
<212>  DNA
<213>  Bilophila wadsworthia 3_1_11

<400>  506
atgtcctcct ttttctttgg ccgcctgacc gactgggtcc tccgcagacg gggcgcggtt       60

gccgtcctga tcgtgctgct gacggcgttt ttcctgtgga agatgcagga tctgcaattc      120

gacaattcca acgagatatg gttttccgag ggcgatccct cgctggagcg catcaacacg      180

tttcacaagc tcttcgggaa cgacgatttc gtctatttgg tgtttgacgc ggacacgctg      240

ttctctcccg aatcgctgcg cctgctttcc gatctcgtgt ccgatatccg taaaaaggtc      300

ccgtacctgc gcgacgtgac ctggcttggg aacgccgagc gcatcgaagc cgacgccgag      360

gggatcgtcg tttcggattt catcgatccg gaaacgtacg acgccgcgtc catgccggaa      420

ctccggcggc gggcgctggc cgagaagaac tatcgggaca acctcatttc ctcggacggg      480

aagaccgtgg ggatgctcct tgaaatgcgg acgtatccca gggacagcgt ggagccgcgc      540

tcggaagtga cccatgcgct gcgcggggtg ctggcgcagc cggagtatgc cggattttcg      600

atccacgccg tgggccagcc catcctgcac aacgactaca acgagctgtc cttcaaggaa      660

tccgctacct ttttcgggct gtgcctgctc gtccagatgg ttctgctgtt ctggctcggc      720

aagggcgtgc gcggcgtgat cggccccatt tccgtggtgg tgctgagcgt gatctggacg      780

ctcggcatga ttcaggtgct cggctttacc ctgaacttgt tcatcatcct gatcccgacc      840

ctgctgatct gcgtgtgcat cggcgattcc atgcacatca tcgccaccta taaccagcac      900

cgccgggaag ggctcggtgc cgtcgcggcc ctgcggcagg ccatgtccga gacgggtatg      960

ccgtgtctgc tcaccagcct gaccacggcg gcgggattcc tcggtttctg cgcggcggat     1020

atccagccgt tccgggaaat gggcgtctac gcgtccgtgg gcgcgctcat ggcctatatc     1080

ctcagtatcc tcgtcgtgct gctcctttac agtacggaga gggataaggc gccgtccgcg     1140

cccactccgg ggatgcccgg tgcgcccgcc cgtactgctt ccccgtcaac gccgatccgg     1200

atcggaacgc cggacatctt cgaccgtttc ctcggcaggg tctacctgat caatgtccgg     1260

tatcccaaag tattgctggc gctgtttgtg gtgctgctcg gggtgtccgt ctacggatac     1320

accttggttg aggtggagac gggcacggcc cggatgctct cgaagtccct cccgctgcgg     1380

caggcctacg actttgtgga tgaacgcatg ggcggttcca tgtccgtcga gatcatgctc     1440

gacaccgggc gggagaacgg ggtgaagtcg caggcgttcc tgcgcgggct tgagcgcctc     1500

cagcagcacc tcgatgtatc gccgctggtc accaaaacgg tcagcgtcct cgatatcatc     1560

aagaaaatca acgagtccat gcatggaggg gacaaggcgg cctatgcgct tcccgacggg     1620

gacgatgccg ccatcgccca atatctgctg ctgtacgaaa tgtccgacgg gcgcgagctg     1680

gacaagctgg tgagcttcga cagccgcgtg gcccgcctga ccgccaagac ccgcaccctc     1740

ggcaccgggg acgtgcgccg cctgtccgag gacgtcgccg ccttctcgcg gggcttgttc     1800

ggggacacgg tcaaggtgcg catggcgggg aacctcgact ggacgaagtc catgaacgac     1860

ctcctcgcgg atggccagcg ccagagcttt ctggcggccc tgctggtcgt gagcgtgatc     1920

atgtgcttcg cgctcggttc cctccggctc ggcctcctca gtatgctgcc caacatcttc     1980

ccggtattcg tcaccctcgg cctgatgggg gtgtccggga tttacatgga catgccgctc     2040

atgagcttca gcgcgatcat catcggggtg gtggtcgacg acacgataca cttcctgttt     2100

cattaccgcg aatccttcgc ccgcaccggc tcctatgaga aggcgcttga agagacgctg     2160

ctgtccaccg ggcggcccat gctgttcacg accatcacca tgctgtgcgg gttctccgtg     2220

ctcctgttct cggacatggt gggcgtggtg aagttcgggg gcctcggctg cttcgccttt     2280

ggctgggcgc tgctcgcgga ttattttctc gtacccgcca tactgctgcc attccgtccg     2340

cttaaggccc cttccaaccc tcctttttcc ggggagacgg cgcggagggg cgtatga        2397


<210>  507
<211>  4164
<212>  DNA
<213>  Bilophila wadsworthia 3_1_12

<400>  507
atgagtcttg acgatctctt ctcggttcgc agctcggcca acgccaacgc gagccaaatc       60

cgcaatctga aggcgattca gatttccatc gcctcgccgg agaacatccg cgaatggtcc      120

tacggcgaag tcaagaagcc ggagaccatc aactaccgta cgttcaagcc cgaacgcgac      180

ggcctgttct gcgcgaagat cttcggcccg gtgaaggact acgaatgcaa ctgcggcaag      240

tacaaacgca tgaagcaccg cggcatcgtc tgcgaaaagt gcggcgttga agtcattgcc      300

tccaaggtgc gccgcgaacg catgggccat atcgaactgg ccgcgcccgt cgcccatatc      360

tggttcctca agaccctgcc ctccaagatc ggcaccctgc tcgacatgac catggccgat      420

ctggaaaagg tgctctattt cgactcgtac atcgtgctcg atcccggcag caccaacctc      480

cagaagatgc aggtcatctc cgaggaccag tacctccaga tcatcgacca tttcggcgag      540

gacgccctta ccgtgggcat gggcgcggaa tccatccgcg gcctgctcga agagctgaac      600

cttgaggaaa tcaaggtgct cctgcgcgaa gaatcgcaga ccaccaagtc ccagaccaaa      660

aagaagaagc tcaccaagcg cctcaaggtc gtggaagcgt tcctcgaatc cggcaaccgc      720

cccgaatgga tgatcctcga agtcatcccg gtcattccgc cggaactgcg ccctctcgtt      780

ccgctcgacg gcggccgttt cgccacctcc gacctgaacg acctgtaccg ccgcgtgatc      840

aaccgtaaca accgcttgaa acgcctgatg gaactcgggg ctcccgacat catcatccgt      900

aacgaaaagc gtatgttgca ggaagccgtg gacgcgctgt tcgacaacgg ccgccgcgga      960

cgcgccatcg ccggcaccaa cggacgcccc ctgaagtcct tgtccgacat gatcaagggc     1020

aagcagggcc gcttccgtca gaacctgctc ggcaagcgcg tcgactactc cggccgttcc     1080

gtcatcgtcg tgggcccgta cctgaaactc catcagtgcg gcctgcccaa gaagatggcg     1140

ctcgagcttt tcaagccctt catctattcc gaacttgaga agagaggcca tgcctccacc     1200

atcaagagcg cgaaaaagat ggtggagcgc gaagagctgg tcgtatggga tatcctggcc     1260

gacgtggtca aggaataccc ggttctgctg aaccgcgccc ctacgctgca ccgcctcggc     1320

atccaggcct tcgagccgct gctcgtcgaa ggcaaggcca tccagctgca cccgctcgtc     1380

tgctccgcct acaacgcgga cttcgacggc gaccagatgg ccgtacacat cccgctctcc     1440

gtggaagcgc agatcgaatg ccgcgtgctc atgatgagca ccaacaacat cctgtcgccc     1500

gccaacggaa cgcccgtcat cgtgccttcc caggacatgg tcctcggcct gtattacatg     1560

accgtggaac gttccttcga aaagggcgaa ggcatggtct tctgcgcccc gtgggaagtg     1620

gaagccgccc ttgacgctga tcaggtcagt atgcacgccc gcatcaaggt acgcatggaa     1680

gacggcaagc tcgccaacac cacgcccggc cgtatcctcg tgtggcgcgg cctgcccgcc     1740

ggcatcaagt tcgagaacgt caacaaagaa ttgaccaaaa agaacattgc caagctggtg     1800

gacagcgcct accgcgacgc cggggtcaag gcgtgcgtca tcctctgcga ccgcatcaag     1860

gccatcgggt acgaatacgc gacccgctcc ggcatcagta tcggcgtgaa ggacatgctg     1920

atccccgatt ccaagaagcg catcattgat gccgcttccg ccgaagtgga caacatcgaa     1980

agccagtacc gcgacggtat catcacccgt acggaaaaat acaacaaggt cgtcgacgtt     2040

tggaccaagg ccacgcagga cgtgtccgcg gaaatgaaca aggaaatctc cacggatatc     2100

ctgaccgacc cgaagaccgg caagcaggag gccaacctca gcttcaaccc gatcttcatg     2160

atgtccaact cgggtgcccg aggcaacgcc gaccagatgc gtcagctcgc cggtatgcgc     2220

ggcctgatgg ccaagccctc cggcgaaatc atcgaaaccc cgatcaccgc gagcttccgt     2280

gaaggcctga cggtgctcca gtactttacc tccacgcacg gcgctcgtaa gggtctcgcg     2340

gacaccgccc tcaagacggc gaactccggt tacctgaccc gccgcctcgt ggacgtggtg     2400

caggacgtca tcgtctccga acacgactgc ggcaccgtcg acggcatcga aatccgcgcc     2460

atcaaggacg gcggcgaggt caagcagaag ctgtccgagc gcgcgctcgg ccgcgtgctg     2520

ctctacccgg tgtatgatcc cgcaacgggc gacctgctct accccgaaaa cactttgatc     2580

gacgaacccg tcgccaagac gttggacgac aagggcatca actccgtgat gatccgctcc     2640

gcgctgacct gccagtccga gcgcggcatc tgctcgctgt gctacgggcg cgaccttgcc     2700

cgccgccacc tcgtcaacat cggcgagacg gtcggcatca tcgcggcgca gtccatcggc     2760

gaacccggca cgcagctcac catgcgtacc ttccacatcg gcggtacggc gtccaaggaa     2820

atcgaacgtt cgaacttcga ggcgcagcat gacggccgcg tggtcctcac ccgcgtgaag     2880

gaaatcagga accgcgaagg tgtggctcag gtgctcggca agagcgggca ggtcgccgtc     2940

atcgacgagc agggccgcga agtggagcgc tacacgctcc ccaacggcgc gcgcctgcac     3000

gttacggatg ggcagtccgt cagcaacggc cagctccttg ccgaatggga cccgttcaac     3060

gaacccttcg tctcggaagt ggacggcttc atcaagttca cggacctcgt ggacggcaag     3120

acctatcagg aaaagctgga cgaagccacg caccaggcgt ccatgaccat catcgaatac     3180

cgtacgacga gcttccgccc gtccgtctcc gtctgcgatg aaaacggcga tcccaagctg     3240

cgcggcgcgg gccagctccc cgcggtctac agcctccccg tcggcgcgat catcatggtc     3300

aaggacggcg agcaggtgct cgcgggcgac atcatcgccc gtaagcctcg tgaaacctcc     3360

aagacccgcg acatcgtggg tggtcttccg cgagtcgccg agctgttcga agtccgcaag     3420

cccaaggata tggccgtggt ttccgaaatc gcgggcaccg tttccttcgc gggcgaagcc     3480

aagggcaagc gcaagctcat cgtcacgccg gaagtgggcg aatccaagga atacctggtg     3540

cccaagggca agcacatcac cgtgtccgac ggcgacttcg tcgagtgcgg cgacctgctg     3600

accgaaggca accccgagct gcacgacatc ctgcgcacca agggcgagaa gtacctcgcc     3660

gcctacctgg tggacgaaat ccaggaagtg taccgcttcc agggcgtggg catcgacgac     3720

aagcacatcg aagtcatcgt gcgccagatg ctccgcaagg tgaccgtcac cgagccgggc     3780

ggaacgagct tcctcgtggg cgaacaggtc gacaaggccg agttcaaggc cgaaaaccag     3840

aaggccatgg ccgagggacg ttcccccgcc accgccgaac cgctggtcct cggcatcacg     3900

caggcgtccc tgaccacctc gtccttcatc tcggcggcct ccttccagga aaccaccaag     3960

gtgctcaccg aggcggccct caagggcaag atggactacc tgcgcggcct taaggaaaac     4020

gtcatcgtcg gccgccttat ccccgccggg acgggctacc gcgaatacgt ggatcaggac     4080

atcacggtcc cggatcagaa ggaacgcccc gaccgcttcc ttgacgagct cagcggcaat     4140

ccgatcatcg ccgatctgga ctga                                            4164


<210>  508
<211>  1935
<212>  DNA
<213>  Bilophila wadsworthia 3_1_13

<400>  508
atgttgcaat tgctcctctt cggctgcatc gtttttccgc tgatcgcggc tgtcgctgta       60

gccctggaca aagaaggaac cctgcgccgc cgcatcgtgt atgccggcac cgggatcaca      120

gcactgtccg cactgggcct agccctgtac ggcagcttcg tgctgcccat atcgccggac      180

agttccctcc agcccctgat gaccgtgctc gatctcgcct tgctcgtgtt catcctgtac      240

gtggccgtga atatacgcca caggctgtcc atgggtctcg cgctcggcca gctggccggt      300

atgatctacc tcgatttctt catgctggaa ggccatcagg ccaccgcatt ccttgcggat      360

ccgctggccc tcgtcatggt gctcgtgatc tccctcgtcg gcgggatcgt gtgcattttc      420

ggcctcggct acatgcagga gcatgaggat catctccgcc tcgccaaatc caagcagtcc      480

cgctttttct tcttcctgct gctgttcctt ggcgcgatga acggcctcgt cctctgcgac      540

agcctcacat gggtgttctt cttctgggaa atcaccaccc tgtgttcctt cttcctcatc      600

agccatgacg gcacccgcga agccaagcgc aacgcgaccc gcgccttgtg gatgaacatg      660

gtgggcggca tcggcttcct cgccgccatg ctgttcatgc agaaggccat cggcaccctg      720

tccatccagg ccatgctggc ccagtccgtg gtcatgcatt ccacggccgc catgctgccc      780

atcgccttcc tctgcttcgc cgcgttcacc aaatccgcgc agcttccctt ccagagctgg      840

ctgtgcggcg ccatggtcgc ccctacgccc gtttccgccc tgctgcactc ctccacgatg      900

gtcaaggccg gcgtctacct tgtgctgcgc ctctctccgg ccttcgccgg gaccatgctc      960

gcgggcatcg tttccctgac cggcgccttc accttcgtgg ccgcttccgc cttggcctgc     1020

ggtcagagca acggcaagaa gatcctcgcc tactccacca tcgccaacct cgggctcatc     1080

atcgcgtgcg ccggcatggc gaccccggcg gccatcaccg ccgccatcct gctcatcatc     1140

ttccacgcgg tttccaaggg cctcctcttc ctctgcgtgg gcaccatcga acagcacatc     1200

ggctcgcgtg acatcgaatc catgcgcggt ctgtacaaga tcatgccccg cgtggcggtc     1260

atcacgctgt tcggcatcgt gaccatgatg ctgccgccct tcggcgcgct gctcgccaag     1320

tggatcgcca tcgaagcgtc cgcctcggcc ccggccttca tgcccgtgct cgtggtgctc     1380

atcgccttcg gcagcgccct caccgtgctg ttctgggccc gctgggccgg cctgctcctc     1440

ggcagcgacc cgctgagcga caagcgcccc gtccccgagc acctcgacgg caccatgagc     1500

ttcgccctgc gcacgctcct ctacggcgcc atcgccctct ccctcttcgt gccgtggatc     1560

ttcagcggca tcgaacagag catcgcctcg ctgttcgggg ttgagggcat gttcgcttcc     1620

gactggggca tcctgaccaa cggcaggggg ctgttcgccg tctatcccat gttcttcctg     1680

ctcgcgctcg gcatgtggta tgccctgcgc cagtccaaaa aggccgaacg gggaccctgc     1740

gcgctgcctt acctctccgg catccagtat gtgcaggacg gcaaggtggg tttcaacggc     1800

ccgctgaaca cctttgtgga accgaagtcg tccaactatt atatggaagc ctggttcggt     1860

gaacagacgc tcaccggcag gatcaacacc atcgccattg tcctcatggt ggtcatgttg     1920

ggaggtctgc tctaa                                                      1935


<210>  509
<211>  2157
<212>  DNA
<213>  Bilophila wadsworthia 3_1_14

<400>  509
atgaaagaac ccgcacgcga tataaaaaac taccgtaccg acctgtccgc cgcgctggag       60

gatacgttcc agcgccgcgc cttggacaag ttcgcggtgg attaccgggc cagccgtgag      120

cgcatctact ccggtctgaa cgaccgcgag ctgatcgccg aagtcgccgc ccgtaaggac      180

gaatcggtca ggcacctcga cgagctgttc gtacagttca aggaagaggc cgaaaagcgc      240

ggggtgcagg tgcatcttgc cagagatgcc gccgacgcca accgcatcat cgccaagatc      300

gcggaagaaa acggctgtaa gatggtcgtg aagtccaaat ccatgaccgt cgaggaaatc      360

cagaccaata cggcccttga agccaagggc atggaagtgg tggaaaccga ccttgcggaa      420

tggatcatcc agcttcgcca tgaagggcct tcccacatgg tcatgcccgc tatccacctg      480

tcccgcacgc aggttgccga taccttcacc aaggaaaccg gcaagcacca gaccgaagac      540

atcaccagcc tcgtgcgcgt ggcccgccgc gagctgcgcc gcaagttcgc cgaagccgac      600

atgggcattt ccggcatgaa cttcgccgtg gccgaatccg gcgctatcgg cctcgtgacc      660

aacgaaggca acgcccgcat ggtcaccacg ttgccccgcg tgcatgtcgc ggtgggcggc      720

atcgacaagc tgatcccctc gttcgacgac gcgatggcga ccctccgcgt gttgccccgt      780

aacgccacgg gccagcatct gacctcctac gtcacgtgga tcgccggcgg cgtgcccacg      840

gcttccgcgc ccgacggcaa gaagagcatg cacgtggtgt tcgtggacaa tggccgtaaa      900

gccgtgctca acgatcccat cctgtcgcag gccctgcgct gcgtgcgctg cggcgcatgc      960

gccaacgtgt gccccgtgta ccgtctcgtg ggcgggcacc gcatgggcta catctacatc     1020

ggggccatcg gcctcatcct gacctatctg ttccacggca aggaccgcgc caaggcgctc     1080

gtccagaact gcgtgaactg ccaggcctgc aagagcgtct gcgcggcggg catcgacctg     1140

cccggcctga ttgaggaaat ccgtatgcgg tacattgagc aggacggcaa cagcctgccc     1200

atgaacctgc tggcgtccac cctcaagaac cgcaaggcgt tccatacgct tttgaagttc     1260

gccaagtacg cccagaaacc gctcaccggc ggcgagcagt tcatccgcca tctgccttcc     1320

atgttcgcca aggacaacga attccgcgcc ctgcccgcca tcgccgacaa ggcgttccgc     1380

gaccgctggg aaaagctgga tcgcccggtt tccgcgaacc cctcgctgcg tgtggccatc     1440

tttgcgggct gtgtacagga cttcgtgtat cccgagcagc ttgaagcggc cgtaaagctc     1500

atgcagggcc acaacatccg tgtggacttc ccgatggatc agtcctgctg cggcctgccc     1560

gtggtgatga tgggccagcg cgaaaccgcc cgtgacgtgg cgctccagaa tatggacgcc     1620

ttcgagaagg gcgattacga tgtcatcctg accctttgcg cctcctgcgc ctcgcagctc     1680

aaggaaggct atgtggaact gttcgccggg cagcccggcc gtcaggcccg tgcaaaggcg     1740

cttgcggaca aggttatgga cttcagcacg ttcgccaagg aaaagctcgg actgagcgcc     1800

gaaagcttca accacagcga cgaaaaggta acctatcacg cctcttgtca cctttgccgt     1860

ggccttggcg tgaaggaagc cccgcgtgaa ctcatcgccg ctgccgccga ctatgttccg     1920

gctgccgaag aggaagtgtg ctgcggtttc ggcggcacgt actccgccaa gttccccgaa     1980

gtgtccgccg cgctgcttcg caagaagctg gacggcatcg cggataccgg cgcggcccgt     2040

gtggtcatgg actgccccgg ctgtgtgctt cagatccgcg gcggcgcgga gaaggacggc     2100

aagggcctca aggtgacgca catctccgag ctgctggctg agaatctgaa gaagtaa        2157


<210>  510
<211>  1806
<212>  DNA
<213>  Bilophila wadsworthia 3_1_15

<400>  510
atgcccgtac aggaacatat ccgcaacttc agcatcatcg cccatatcga ccacggcaag       60

tcgacgctcg ccgaccgcat ccttgagatc acggggctgg tgtcggaacg cgaaaaacgc      120

gaccagtacc ttgaccgcat ggacatcgaa cgcgagcgcg gcatcaccat caaggcgcag      180

agcgtccgca tcccctacaa gtcgaaaaac ggcaagcagt acctgctgaa cctcatcgat      240

acgcccggcc acgtggactt caactatgaa gtctcccgtt cgctggcggc ctgcgaaggc      300

gcgctgctgg tggtggacgc cacgcagggc gtggaggcgc agacgctcgc caacgtctac      360

ctcgccctcg accacaacca cgagatcatc ccggtcctca acaaaatcga cctcccgagt      420

tccgacgtgg agcgggtgaa gtccgaaatt gaagaagaca tcgggctgga ctgctccaaa      480

gccctgcccg tcagcgccaa gaccggcgac ggcgtgcccg acgtgctcga agccattgtg      540

gagcgcctgc ccgcgcccga gggcaacccc aacgcgccgc tcaaggcact cattttcgac      600

tcgtggtatg actcctatca gggcgtcgtg gtcatgttcc gcatcatgga cgggacgctc      660

cgcaaaggcg acaagatcga gctgttcgcc acgaagaaga cctacgaagt catccggctc      720

ggcgtgttct cgcccgagtc ccgcgatatg gatcagcttt ccgcgggcga ggtgggcttc      780

ctctgcggca acatcaagga actgggcgac gccaaggtcg gcgacaccat cacgctggcg      840

gaacgccctt gcgccgaggc cgtgcccggc ttcaaggaag tgaaggcggt ggtcttctgc      900

ggcctttacc cgtccgatcc gagcgattac gagcagctca agttcgcgct ggaaaagctc      960

cagctcaacg acgcggcctt ctcgtgggaa ccggaaacct cgcaggccct cggcttcggc     1020

ttccgctgcg gcttcctcgg cctcctgcac atggagatca ttcaggaacg cctcgaacgc     1080

gaattccagg tggacctcat cgccacggcc ccctcggtca tctaccgggt ggagacgacg     1140

gacggcaaga ccacggaaat cgacaacccg tcgaagctcc ccgatcccgc ccgcatcacc     1200

aacctctatg agccctacgt ccgcatcgac atccatgtcc cgagcgacta tgtcggcaac     1260

gtgatgaagc tctgcgagga aaaacgcggc atccagaaaa acatggggta tctagcccag     1320

aaccgcgtcg tcatcaccta cgagctgccc tttgcggaaa tcgtgttcga cttcttcgac     1380

cgcctgaagt ccgccacgcg cggttacgcc tcaatggact acgaagtgat cgactaccgg     1440

gcctcgaacc tcgtgcgtct ggatatcctc ctgaacggcg aagccgtgga cgccctcgcg     1500

gtcatcgtgc acaaggacaa atcctacgcc tacgggcgtg cgcttgccct caagctcaag     1560

cgcaccatcc cgcgccagat gttcgaagtg gcgattcagg ccgccatcgg ccagaaggtc     1620

atcgcccgcg aaaccatttc cgcgctccgc aagaacgtaa ccgccaagtg ctacggcggc     1680

gacattaccc gtaagcgcaa gctcctcgaa aagcagaagg aaggcaaaaa gcgcatgaag     1740

cgcatgggca acgtcgagct gccccaggag gccttcctcg ccgccttgca ggtcggggac     1800

gagtag                                                                1806


<210>  511
<211>  2493
<212>  DNA
<213>  Bilophila wadsworthia 3_1_16

<400>  511
atgactcagg tagctgaaat caaatcgcct catgagcagc gtctcgaaga caacatcgcc       60

ggtaaagaag acatctatcg cgaatcccac aagcgcgtgt tcaagctgct ggaacgtttc      120

gacggccaga agcccgctat cgacgtcgaa cgcgctctgt acttcacgca gtccatggcc      180

gaaaccgtgg gtcagcctct ggttctccgc tgggccaagg ctctgatgaa cgttgccaag      240

aacatcaccg tcatggtgca ggacgaccag ctcctcctcg gccgctgcgg tggtcatgac      300

ggccgttacg gcatcctgta ccccgaactc gacggcgact tcctcgacat cgccgtgcgc      360

gaccttccca cccgcccgca gtctccggct tccatcagcc ccgaagacgc caagatcgtg      420

gttgagcaga tcgctccttt ctggaagggc cgcacctatc acgaagctct gaacaaggct      480

cttcccgccg aagttcacaa gctgacctac gacgatcccg acggcctgat ctcccgcttc      540

atcgtcaacg aaacctcctc tttccgttcc tccatccagt gggtgcatga ctacgaagtg      600

gtgctgaagc gcggcttcaa cggtctgaag caggaaatgg aagaaaagct ggccgctctt      660

gatcccgcct cccccgtgga tcaggtggac aagcgtccct tcatcgaagc caccatcctc      720

gtgtgcgacg ccatcgttct gtgggcgaag cgccacgccg acgccgcccg caaggccgcc      780

gaagcttgcg ccgatccggt ccgcaaggcc gaactcatcc gcatggctga aaacgccgaa      840

cacgtgcccg ccaacccggc tcgcgacttc tacgaagccg ttcagtccca gtacttcacc      900

cagatgttct cccgtctgga acagaagacc ggtaccacca tctccaacgg ccgtatggac      960

cagtacttct atcccttcta caagaaggac atggaagccg gcatcctgac cgatgaaaag     1020

accctggaat acttggaatg catgtgggtc ggcatggccg aattcatcga catgtacatc     1080

tcccccgccg gcggcgcctt caacgaaggt tacgctcact gggaagccgt caccatcggc     1140

ggtcagaccc cggacggccg cgacgcgacc aacgatctga cctacctgtt cctgaagtcc     1200

aagcgcgaat tcccgctgca ctaccccgac ctcgccgccc gtatccacag ccgcgctcct     1260

gaacgctacc tgtgggacgt cgccgaaacc atcaagttcg gctccggctt ccccaagctg     1320

tgcaacgacg aagaatgcat cccgctgtac gtctccaagg gcgcgacctt tgaagaagcc     1380

cttgattacg ccgtgtccgg ctgcatcgaa atccgtatgc ccaaccgcga cacctacacc     1440

tccggcggtg cttacaccaa cttcgcctcc gctgtggaaa tggctctgta cgacggcaag     1500

atgaagaagt acggcgacgt gcagctcggc atccagaccg gcgacgcccg caagttcaag     1560

agctgggacg aattctggaa cgcctacgtg cagcagcaca tgctcctgct ccgtaccacg     1620

ttcatccagc agtacattgt tatccagacc cgcgccaagc acttcgccca gcccatgggc     1680

tccgtgctgc acgctctctg ccgcaagcac tgcatcgacc tgcatcagcc ccagatcccc     1740

gaaggcctga acttcggcta ctttgaattc atgggcctcg gcaccgtcat cgactccctg     1800

gccgccatca agaagcttgt gtttgaagac aagaagctca ccatggatca gctcatcgac     1860

gctctcgaag ccaacttcga aggctacgaa gacatccagc agcttctccg cacggctccc     1920

tgctacggca acgacgacga atacgccgac gaaatcggcc gcgaactcga ccgcatggcc     1980

gtgtccttcg ccgccaagta cggcaaggaa atgggcatca acaacgacgc ccgttacgtg     2040

cccttcacct ctcacgtgcc cttcggtaag gttgtttccg ctaccccgaa cggccgcgtg     2100

gcgtggttcc cgctggctga cggttcttcc ccgtctcacg gcgccgacca caatggcccc     2160

accgccatcc tgctctccaa ccacaacacg aagaactacg gtatgcgcgc ccgcgctgcc     2220

cgtctgatca acgtgaagtt cactcccaag tgcgttgaag gcgatgccgg taccgaaaag     2280

ctggtgcagt tcatccgtac ctggtgcgac ctgaagctgt ggcacatcca gttcaacgtc     2340

atcaacgccg ataccctgaa gaaggcccag aaggatcctc agaagtatcg taacctcatc     2400

gtccgcatcg ccgggtacag cgcctacttc gtcgacctga cccccgacct gcagaacgac     2460

ctcatcgccc gtaccggcca cgaccagatg taa                                  2493


<210>  512
<211>  2031
<212>  DNA
<213>  Bilophila wadsworthia 3_1_17

<400>  512
atgcaaaaga catctttctt ccccccgttt atccgcaccc tcagcgtcct ttttattggc       60

acgctgttgg cgcttgtgct ggcgcgagga gccatgctcg gcatcctctg gccggaagtg      120

gccgggaacc ccgcttccga catcctgaac gccctgtaca tcggtacgaa gttcgatatt      180

cgcatggtcg tactcgggct catccccatt gcgctcatcc tcgggatccc gcctcttgag      240

cgccttctgg tccgcagccg aggcttccgt ggcttgatcg acttgctgta cgccgcggtt      300

ttcgccgcgg ccacgctcgt gtacatcatc gatttcggct ggttcttcta catgcacacc      360

cgcgtggacg cgagcctgtt cgaactgctc ggcgacccgg acatcgccgg gacgatggtc      420

tgggaaagtt accccgtcgt ctggatcacg ttcgggctca tcgtagttac ggcgctgtac      480

gccctgttct tcggcaaaac gctggccagg catgaagcca cgccgcgcct cggatggaaa      540

ggccgcaccg gatggagcgt cgccacattc gtgatcctgt tcctcctcgg ctacggacag      600

atcagctcca acctcttccc gctgcgttgg agcaacgcct ttttcagcgt ggacaaaaac      660

atctccatcc tcgccctgaa ccccatccag aacctcttcg atacggtcaa cgcggcgcgg      720

gggacccgcc cggacatcga agccacccgg gaaagctacc cccgcgtcgc ggcatggctc      780

cgcgtaccca accccgatcc gcaaaagctc gacttcatgc gcacggtgcc cggcaccccg      840

gcggaacggc aggaaaagcc gctgaatgtg gtggtcatca tcatggagtc catgacatgg      900

ccgcgcacgt ccttctcgcc caacctgacc ggcattcccg aggacaccac gccgaacctg      960

atggccctct ccaaggattc gctgtattat ccgctgttct tcgcgccgac gcgcaccacc     1020

gcccgcgcca tcttcaccac catgaccggc atcccggacg tgaaccgctc cggcggcacc     1080

agttcccgca atcaggcact ggtggatcag gcgctgatga tgaatgagtt caaaggctac     1140

agcaaatatt acatgatcgg aggcagcgcg agctgggcca acatccgggg cttcctctcc     1200

cacaacatcg aagggctgca cctgcttgag gaaggctcgt ggaaagcgcc caataccgac     1260

gtgtggggcc tttccgatct cgatctgttc cgcgaggcgg ccgccgcgct cacgaaatcc     1320

ccgaagccgt tcgtagcggt catccagacg gcggggttcc accgccccta caccatcccc     1380

gaagacaacg cgggattcca gatcaaacag ccgtccgaag ccatcctcaa aaactacggt     1440

ttcaccggcg cggacgaata caactcgctc cgcttctccg accactcgct cggcgagttc     1500

ttcaaaatcg cccggcagca gccctggttc gataacaccg tgttcgccat tttcggcgat     1560

cacggcctga acgacacgtc cctgaacatg tcccccggct atctggcctg ccgcctccag     1620

agcaaccata cgcccatgct catctacgcg cccggcctcg tcgctgcggg caaactgcag     1680

cccggcgtcg acggccgccc gtgcggccag ccggacatct tccccacgct ggcgtccctc     1740

gccggaatcc cctaccgcta caacgcgatg gggcggaacc tcctcgatcc ggacaccaaa     1800

cgggatgaaa tgcagttcct cggcggggaa accgaatcca cggtgcgcct tgtggaaaac     1860

ggctattgct acatccgcga aaccgacgaa cacatgtata aaatggacgc ccccgtactg     1920

gaggatctgc tcaacacgga ccccgaacgc gccgcccaca tgcgccagta cgcgcaggac     1980

ttctacaacg cttccaagta tcttttgtac aacaataaaa agttcgacta a              2031


<210>  513
<211>  1386
<212>  DNA
<213>  Bilophila wadsworthia 3_1_18

<400>  513
atgcccagcg catccctcgt caaggaattc gaaaacctca tcggcaaaga gaacgtcttc       60

accagcgaag cggacaggca gagctacgcc tatgatgccg ccgtgctgcc ctcggtcgtt      120

cccggccttg tcctgcgccc cacctccacc gaacagctcg gcgccctcat tgagcgctgc      180

tacgccaacg gcctgcccat gaccatccgc ggcgcgggga ccaacctcag cggcgggacc      240

gtacccgacg ccgacaaatc cgtggtcatc ctgacgcaag gactgaacaa gatcattgag      300

atcaatgaag aagacctctt cgccatcgtc gagcccggcg ttgtgacggc ccagttcgcc      360

gccgccgtgg cttccaaggg cctcttctat cccccggatc cgggttctca ggccgtctcc      420

accatcggcg gcaacatcgc ggaaaacgcc ggcggcctgc gcggcctaaa atacggcgtc      480

accaaagatt acgtcatggg cctcgaattc tatgaccaca ccggcgagct ggtgaaaagc      540

ggctcccgca ccgtcaagtg cgcgaccggc tacaacctcg gcggcctgct cgtgggttcc      600

gaaggcaccc tcggcatgat cagccgcgcc atcctcaaac tcgtgccccc gccgcaagcc      660

tccaaggcca tgatggccgt gttcgacaac gtgcagaagg cttccgaagc cgtggcccgc      720

atcatcgccg cccacatcct gccctgtacg ctggaattca tggacaacat gaccatcaac      780

ctcgtcgagg acgacgtgaa gatcggcctt ccccgcgacg cgcaggccat cctcctcatc      840

gaagtggacg gtcatgccgg tcaggtcgcc gatgaagccc tcatcgtcga ggaacagctc      900

aagaagagcg gcgccacgca gatcgtggtc gccaaggacg ccgaggaaaa gaaccggatc      960

tgggaagccc gccgcaaggc cctgcccgcc ttggcccgct tcaagcccac gaccatcctt     1020

gaagacgcca ccgtgccccg ctccaagatc ccggccatga tgaaggtcat caagggcctc     1080

ggcgaaaagt acaacctcac cgtcggcacc ttcggacatg ccggggacgg caatctgcac     1140

ccgaccttca tgtgcgacaa gcgcgacaag gacgaattcg aacgcgtgga acgcgccgtc     1200

gacgaacttt tcaacaccac catcgaaatg ggcggcaccc tttccggcga acacggcatc     1260

ggcaccgcca agcagaagtg gctggaaaag gaaacctcac gcggcaccat cgggtactcg     1320

cgccgcctgc gcaaggccat cgacccgaag ggcctgttca accccagcaa gctggttgga     1380

gtttaa                                                                1386


<210>  514
<211>  1893
<212>  DNA
<213>  Bilophila wadsworthia 3_1_19

<400>  514
atgattgctc tacgctggca tgtgctgcga cttcctctcc tgttgagctt gctctggtgc       60

cttctgctct tcgcgctttt tcaatggacc gtgcagcgtg aaggtgaaaa tgccacagag      120

ctggcgcaga tccagaccag gaccctcttt tccagcatcg tgaatacacg cggctggaat      180

gccgaccggg gcggcgtctg ggccaccgaa cagcccaatt gccagcccaa cccgtggctt      240

cccgaagatc agcgcacgct cctcaccgcg gacgggcggc ggcttgtcag gttcaatcca      300

gcctatatga cccggcaaat cgcggaacgc ttccagtcca agacgatgaa cttccatatt      360

tgcggcttgt cccccaaacg cccgcaaaac cgccccgacc aatgggaaac gagtgccctg      420

ctcgacttcg atgcgggaaa gaccgagcgg tttcagcttg ttccgggacg gaggggtgcg      480

tattaccgtt atatggcacc gctgcgggcg gaggaaagct gcctgcaatg ccatcagaga      540

aacaaaatcg gggacgtgct cggcggcatc agcgtatcca tttccgcctt tcccatcctt      600

gcctcggttg agcaacgcaa cagtatggtt gggctgacat tcggcttgat cgggtttatc      660

ggcgtgctcg gcatcggcgg agccacgttc caaatcaacc gcaaaaaaga gcaggccgag      720

gaagccaatc aggccaaaag cgttttcttg tcacgcatgt cccatgatat ccgcacgccc      780

atgagcgcca tcataggcct gaccgcaatc gccaaaaaga acgcccgcga tcctgaacgc      840

ctcaacgaat gcatagacaa aatagccctc gcctcccagt tccagctttc cttggtcaat      900

gacatccttg atgtttccaa aatcgaaagc ggcaagatgc aattggcctc agaaccattt      960

gatcttgctg ggatcattga cgatgtgacg ctgttcacct ccagcagcgc cacagccaag     1020

ggcattgttt tcgaaacgtc cgtcgatccc cgcatcggac ggatgtatgt cggcgatccc     1080

atgcggctca agcagatact gatgaacctt ttatccaacg cccttaaatt cgtggatgaa     1140

aacgggaaag tgaccctccg cgtcgaatcg ttacggcgta cggggcggca ggaggctgtg     1200

cgcttcatcg tctcagacaa cgggatcggc atgagcaatg ccttccagaa acggatgttc     1260

ctccccttcg agcaagatgc cgccccccgg cggaaaaggt cggggagcgg gctggggctt     1320

gccattatcg gcaacctgac tgctttgatg ggaggctcca tcgctgtgga cagcgaactg     1380

ggcaagggaa cgcgcttcac cgtggatatc cctctggagc gcaccgaaac ggcagaaaaa     1440

cacgatacag ccggagaaaa cgcggaggag cgctgcctct tccgcggaga gacgctcctc     1500

cttgccgaag ataacggatt gaatgctgaa gtccttgaaa atctgcttgg ctacataaac     1560

ctgagggtcg tccacgccga gaacggcaag gtggccgtgg acctgtttga gcgttccgct     1620

ccgggggaat acgccgcgat cctcatggat atacaaatgc cgatcatgga tggccttgac     1680

gcggcccgga ccatccgtgc gctgccccgt gaagacgccg ccagcatccc cattttcgca     1740

ctgtccgcca gcgtctttgc ggaagacgtc gagcgctccc tgtgttccgg tatgaatggg     1800

catttgggca agcctgtgga catcgatcag atctgttcca tgctccagac gtggctgtac     1860

ccgcagcaaa cggataccca ggaacaagct tag                                  1893


<210>  515
<211>  2013
<212>  DNA
<213>  Bilophila wadsworthia 3_1_20

<400>  515
atgacacagg ctgtgcgcaa catcggcgtc atcgcgcata tcgatgcggg gaaaaccacc       60

ctctccgaga ggatgctgtt ctatacccgt aaaatccacc gcatgggcga ggtccacgac      120

ggcacagcca ccatggacta cctgcccgag gaacaagagc ggggcatcac catcacctcg      180

gcctgcacga cctgcgaatg gaacggaacg accgtcaaca tcatcgatac gcccggccac      240

gttgacttta ccatcgaagt ggaacgctcg ctccgcgtac tcgacggcgc ggtcggcgtc      300

ttctgcgccg tgggcggcgt ggagccgcaa tcggaaacgg tctggcggca gtcggaacac      360

ttcggcgtgc cgaagctcgc cttcgtcaat aagatggacc ggatcggcgc ggacttctcc      420

gccgtgctca aatccatgca gacccggctc ggcgcgaacc cgctgcccgt cgtcattccc      480

gtgggcgcgg cggagacgtt tcagggcgtc attgatctcg tgaccctgga gcggcttgat      540

tttgacgagt ccgatcaagg gcagacatgg acccgttcgc ccctcaccga agcggatgcg      600

gaactggccg ctccgtggcg cgagcagatg ctggagcggc tggccgaaaa cgacgatacg      660

gttcttgaac aatatctcgg cggcgaatac acggaaacgg acatccgcag cgccatccgc      720

cgggctacgc tggcccgccg cgtgacgcct gtcctcagcg gttcggcgct caaaaacacc      780

ggcgtccagc cgcttctcga cgccgtgatc gcctacctgc ccgcccccgc cgatctgccg      840

cccgtcacgg cccacaaccc tgaagacggg accgacggca ccattccctg cgatcccgcc      900

ctgcccttca cagggctggt gttcaaggtc atgatggatg gagggcgcaa gctggccctt      960

gtccgcctgt atgccgggac attgaaagag ggcgatccct gccgcaacgt cacccggcgc     1020

gccgacgaac gcatctcgcg gctctaccgg ctccacgccg atcgccgtga gcaggtggac     1080

gccgccaaag ccggggacat cgtggcggtc atcggtctgc gctcggcgcg caccggcgat     1140

accgtcggcg ctcccggctc caaactgctg ctggagtcca tcgaagccta ccaacccgtc     1200

atctccctcg ccatcgagcc ccgcaacgcc gacgaaggca aagccctcga cgaagccctc     1260

gaccgcttct cccttgaaga tccgaccctg accgtcgcca tcgacgaagg gtccggccac     1320

cgcatcgtgt ccggcatggg cgagctccat cttgatgtaa tccttgagcg catccgccgc     1380

gaatacggca tcgcgccccg cgtgggccag cctcaggtca tccgccgcga aacgccgaag     1440

cgcacggcat ccgcgaccgg catattcgac cgcgagctcg gcaaggaaac gcacatcggc     1500

gaagtcaccc tgtccatcgc cccgcgtgaa cgcggttcgg gcaaccagat ccggttcgcc     1560

atcgatacgg ccatcctgcc cgccgccttc gtcgatgctg tcaggcaggg cgtggaaaac     1620

gcgctccagt ccgatcccgt taccggttac ccccttcagg acgcggacgt cgaaatcacc     1680

gccatgcccc ggcgtgacgg ctccacggtc gcgggctacc atatggctgc gggcatcgcc     1740

ttgcgctccg cccttgaagc cgcacaggtc acgacgctgg agccgcttat gtttgtggaa     1800

atctccgcgc cggaagccaa cctcggcccc gccatcagcc tgttcggcac gcgcggcggg     1860

aaagttgaaa acatcctcga ccacgcgggg ctcaagcttg tgcagggcct tgcccccctc     1920

agcaagctct tcggcttctc cacagacctc cggtcggcaa cacaaggccg ggccgggctg     1980

atgatgaggt ttgaacgctt cgacgtcatt taa                                  2013


<210>  516
<211>  1494
<212>  DNA
<213>  Bilophila wadsworthia 3_1_21

<400>  516
atgctctaca tctctctcct gctcgcgctg ctggccgttg cgtgcctgat cttcgtcccg       60

aacacggtga tccttctgag cttcgtggcc atcatgcacg ggttcgccgt ctacagcgcc      120

tgccatgccc tgctgcacaa gcgggactcg cgggcggccc tcggctggat cgccatcatc      180

ctgttcatgc ccccggtcgg actgccgctg tactggctgt tcgggatcgc ccggatcgac      240

agccaagccg tccggcttat ggaaaaagcc gcccagaaag tcatgggcgg ccttgtggac      300

ctgcacggca aatcactgac ggaaaaaccg gaagggttca tcgacaagga cgaagtcccg      360

cacgcatggc actacctcgt caaccccggc tccagcatca ccggccgctg tatgctcgaa      420

ggcaacgacc tcaccgtgct gcacaacggc gaagccgcct atccggtcat gctcaaggcc      480

atcagcgagg ccaaggaacg ggtcttcctg tcgagtttca ttttcggtta cgacgaagtg      540

ggcaagagct tcgccgccgc cctgcgcgcc gctgccgaac gcggatgcga cgtgcgcctg      600

ctcatggacg gcgtgggctc cttccacttg tggccgagct ggcgcaaacg cctcggcccg      660

gacgtcaagc tcgcctactt cctgccgccg cgcctcatcc cgccccagtt ttccatcaac      720

ctgcggacgc accgcaaagt cctgatctgc gacagcgaaa caggcttcac cggcggcatg      780

aacatttccc agaaccacct cgccaacctg aagcgccgct cacgggtgca ggacgtgcac      840

ttccgctgcc tcggccccat cgcgcagcag cttgaaatcg ccttcctcat ggactggagc      900

ttcgccaccg gggaccatgc gaacttcacc gtgcatcccg tgaagaaaca agggagttca      960

ttgtgccgca tcctcatgga cggccccggc acgcccgagg acaccatcct cgatctcgtc     1020

tgcgcccaga tttcggcggc gcggcattcc gtgcggatca tgagcccgta cttcctgccg     1080

ccgcaccgtc tgcacggcga gctggtgagc gcggtcctgc gcggcgtgga cgtgagcgtc     1140

atcctgcccg gcgagaacaa ccaccgcctt gtggactggg ccatgcgcca ccagatgccc     1200

atgctggcgg acaggggcgt gaagatttac cgccagcccc cgcccttcgc ccacaccaaa     1260

ctcctgctca tcgacggcga atacaccctg ctcggctccg ccaacctcga cccccgcagc     1320

ctcaacctca acttcgagct ggtcatggaa gtgctggatc tccggctggc ggaacagctc     1380

agcgcctttt atgacgaggt acgaagccgt tccgtttccg tcccgacgac ctacccggcg     1440

cttccctacc gcctgcggaa cgccgcgagc tggatctttt cgccgtatct gtag           1494


<210>  517
<211>  1380
<212>  DNA
<213>  Bilophila wadsworthia 3_1_22

<400>  517
atgagcacgc cacctattat attgatcgtg gacgacgaca gttcccaccg ggcgatgctg       60

cggacggtgc tccgggggtg ggggtatgcc acggatgagg ccgacgacgg ggataccgcc      120

gtggagaaag tcaaggagcg ggcttacgac gccgtgcttt cggatgtgcg catggcccgc      180

atggacggca tttcggccat ccgggaaatt ttgcatcata acccctcgat tccggtcctg      240

gtcatgaccg cgtggcagtc cgtggaaacc gctgtggcgg ctctgcggct cggggcgtac      300

gactatctgg aaaaaccgct ggatttcgat ctgctgcacc tcacgctgga acgggcgctc      360

gatcataccc ggctggcggc tgaaaaccgg gaactgcggg agtatatccg ggaaagccct      420

tccggtcttc tcgggcgcag cccgcggatg cgcgaactca ttgagatggt gaatacggtc      480

gcgcccaccg aggcgaccgt cctgattacc ggggagtcgg ggaccggcaa ggagcgggtc      540

gcccgcgcca ttcaggaggc cagtgcccgg agaggcaagg cgttcgtcac cgtcaactgt      600

gcggccctca atgaatccct gctggagtcc gaattgttcg ggcacgagaa gggcgcgttc      660

acaggggcgg acaagcgccg cgaagggcgg ttcagccagg ccgacggcgg cacgctgttc      720

ctcgatgaga tcggcgaact gccccttttg cttcaggcaa agcttctgcg cgccctccag      780

cagggggaag tccagcgagt gggcagcgat acgcccgtca tcgtggatgt gcgggtcatc      840

gccgcgacca accgcaacct gcgcgaggaa gtcagcgaag ggcgtttccg tgaggatctc      900

tactaccggc tcaacgtgat cggcgtggaa gtgccctccc tgcgggagcg ccgcgaggac      960

atccccgtgc tcgccacggc ttttctggag cgttttgcgc tggcgaaccg caaggagatc     1020

aagggattca ctccgcaggc gatggatgca ttgctcaagt actcttggcc cggcaacgtg     1080

cgtgaactgg agaacgccgt ggagcgggcg gctatcctct gcctcgggga gtatatttcc     1140

gaacgtgagc tgcctatggc ggtgtcctcc gcgcccaaga acaacgacgc gcctaccctt     1200

gccgagctgc agggggcggc aggtgaggag ccgatcagca tgacgctgga tgagatggag     1260

cgcgcggcca tcttgcggac gcttcaagat acgggggaca acaagagcga ggccgcccgg     1320

cggctcggga tcacgcgggc gacgctgcac aataagttgc ggagatacga catggagtag     1380


<210>  518
<211>  2967
<212>  DNA
<213>  Bilophila wadsworthia 3_1_23

<400>  518
atgccaaaac gtcttacgct gttcgctccc gtcctgctcg ccgtagtcct gtccatcggg       60

atcatggcgt ggttcggcta ccataacgcc aaggacatcc tcgaacagga gctcgtcgcc      120

catcaaaaaa tgatcgccca aagcgccgtc gatgccatcc acacctattt taccggcatc      180

acagagaacg tcgagacgct cgccgcctcc ggccccatcc gccggctgct caagaatccc      240

gattcggcgg aagagatgga ttcggcgcgg cggcttacgc gcctgttcat ccggcaccag      300

tcggatatgc ccaacctcaa ccttctcaac aagaacggcc agataatcct cagctccacc      360

acggccatgc ccggcatcac ccggagtgtc cgcaccgatt tctccgatat tgatcggcct      420

tccttcggca gcaccaccaa cggggacggg aaggtcatgg cctacgtcag cgcccctgtc      480

cgcagcgacg gcgaacgcgg cggcgaacgc atcggtgaag ttgtcgtcat cattgatctg      540

gaaaattttc tgcaaagctg gaaacgcaca gcctccatcg ctccgagcga cggctatttc      600

cacatcatca acgcacaagg caaagtgctg gcctcatgga acagcgaggc gcctccagac      660

aacatgctga gccccggcaa gcagaatatt ttccatcagc cggaagggca gcttatccgt      720

ttcgcctcca gggatcggca caccagcctc ggcatctggt tccccattcc gtccacggac      780

tggcggatcc tcatggcggt gaacgaaaac aagatcctcg gcccggccaa catactccgc      840

gacgggacgc tgaccatcag cggagccacg gggctgctgc ttctcctcct cgtctgggtg      900

ctcctgagtt cgctcacccg gcagatccgc gagaagaatc tccaacttga cgccatatcc      960

tcccacctgc tcggtggcct gctcattaca aggctggatc ggtccttcac catcctctac     1020

gccaacgacg gctacctgaa tatggtaggc tatacccgaa gccagctccg caaggaaaag     1080

cgcaacgcgg ccgttagcct ctgcgcgtcc gaagagcgga acgcgacgat gcaagcgatt     1140

ttcagccagc tttcccagaa cggcatgctg tcgctcgaac accgcctcca gcggagggac     1200

ggcacccgct tatgggccct catccgggga cggcaggtga acgatcccga actggggcaa     1260

atcggcgtat gggtcatcat cgacgtcacc gaacagaagg aaacgcagct tgcctttgag     1320

cgccagtcct gcgagctgga aacgcttgtc cagcaggttt ccgccagcga aaacaggctc     1380

aagttccttg tggacagcgc gagcatcccc ttgtggtcca cggatctcga aacagggctc     1440

atttcctaca atgagcacgt ctgccggatg ctgggctggc ccgaaggcgt gctgcacatg     1500

acgctcccgg attttctgct ccggtgccat cccgacgacg tggagcacgt gcgcaacgtg     1560

tttgaaagct tttccgccga agacgccggc ggcacgctgg aatacgaata ccgggtgcgg     1620

gacggcaacg ggaactggcg gtggatactg gtcaaagggc aaaaagcgat caacccgctg     1680

acccacaagg ccgaacgggt gggcatcgtc atcgacaacc acgcccgcaa acaagaggcg     1740

ctcgataccc tccagcgcgc cgctgaactt gaagcgcagg tgcagacgcg cacggcggaa     1800

ctcgcggccc gcaatgccga actgctcaaa agccagcagg aagccttgga agccacccgt     1860

gccaagagcg agttcctcgc caccatgagc cacgaaatcc gtacgcccat gaatgggatc     1920

atcggcctga catatcttgc gctccagcgc gaatgccccg ccgccattgc ggattacctc     1980

gccaaaatcg atgtcaccgc caagaccctt ctgcggatca tcaatgatat ccttgacttt     2040

tctaaagtcg aatccggcaa aatggacttc gaggaaatcc cgttcaacct ctcggaggtg     2100

cttgataaca ctctccagat gttcacccat gccgtgcggg aaaaggggct ctccctgcgc     2160

tttgacgtgg gggaaggagt gccccagtcg cttgtggggg atcccacgcg gctcgggcag     2220

atcttgctca accttgtggg gaacgctatg aaattcacgc atgaaggcag cgtgaccctt     2280

ttcgtccggt gcgtggagac ggaccagcag accgtcacgc tgggtttcgc cgtgcgcgac     2340

acgggcatcg gtatccccgc ggacaagctt ccctctctgt tccagccgtt catccaggcg     2400

gatatgtcgg tttcccggcg ctacggcggc acgggcctcg gacttgccat agcgcgggtg     2460

ctggtacagc atatgggcgg gacaatccat gtgcgcagcg tggtaggcaa agggtccaca     2520

ttcagtttca cgctccgctt ccgccggcct gccgcagtcc tcaagggggc cgaaagcacc     2580

gcgccgggca acacgcccgc accgctcgac gggctccggg tcctgctcgc cgaggataac     2640

gatatcaacc agatagtagc tacagaaatc ctgaaaatga agggcatcgc ggtggatgtg     2700

gcctccaacg ggctcgaagc cgtggacatg gctcgttccg gggcctacga cgtgatcctc     2760

atggacatcc agatgccgga actggacggc atcgaagcga cgcggcgtat ccgggccttc     2820

ctgccggaca ttcccattat tgccatgacc gcccacacca tgaagggcga cgccgaaaag     2880

tgcctcgaag cgggaatgca ggaccacatc gccaagccca tcgatccgga gacgcttttc     2940

gcagcgctgc aacgggcacg ggggtag                                         2967


<210>  519
<211>  1368
<212>  DNA
<213>  Bilophila wadsworthia 3_1_24

<400>  519
atggctgaag aaaaagggtc cgtcgaacaa ttcgggtaca agcaggaact gcaccgtacc       60

ctgagcctgt gggatttgac cgtctacggc ttgctgttca tggtcatcat cgccccgcac      120

agtatcttcg gatacgtgaa tcgggatgcg cagggcatgg cgcctctcgt gtatctggta      180

ggcttctgcg ccatgttctt tacggcgctg tcctacgtcc agatggcgaa acgcttcccc      240

atcgccggga gcgtgtactc atacgtgcag cgcggcgtga acccgcatgt gggcttcctc      300

gccgggtggc tcatcctgct cgactatgtt tttgttccca gcctgctgta catctttgtc      360

ggcaactggt gccagagcct catcccgcaa atcccgggct gggtctggat tctcatcttc      420

atcgccgtga acacggctat caacataaag ggcattgaga ccacggcccg cgtggacatg      480

ttcttcttcg tcgttgaaat cggcatcgtc ctgatcatcg tgatcggcgg cctcaagtac      540

gtgctcggcg gcggaggggc cggagagctg accatgacgc ccatctatca ggcggacaag      600

gtcaacctga ccttcattgc cacggcctgc accattgcgg ccttgaactt taccggtttt      660

gacggcatca gcacgctggc tgaggaggtt tccgaacctg agaaaaacgt gggccgcgcc      720

atcctgatcg cgctggtcgt catcggtacg gtgttcttcc tccagaccta catcgtctgc      780

cttattgaac ctgattacaa taagttcaat gcttccacgg ccctgttcga cgcctgcgcc      840

gtcgccatcg gcgactggtt ccgcatcgtg ctgcttgtgg tgaacatcct tgccgtgggc      900

atcgccaaca ccctgaacgc gcaggccgcg tgcagccgtg tgctgttctc catgggccgt      960

gacaggctgt tgcccggtgc cctcgccaag gtgcacccca agttccgtac gccgtatgtc     1020

gccattctgc tcatcggcgt ggtatcgctg gcctgcacca ttatcttcac cgacgaacag     1080

cttaccaagc tcgtcaactt cggcgcgatc agctctttta tgatgctgaa cctcgcggtg     1140

atctggttct tctttgtgaa ggaacagcgc cgcagcggta tggacctcgt caactacctc     1200

gtctaccctc tggccggtac gctcatcctg ttgtacgttt ggagcggctt tgaccatctg     1260

acccagatcc tcggcttcag ctggcttgcc gtgggcatcg tctttggcta catcaagtcc     1320

aagggctaca aggaagttcc cgatgccttc aagaagagca tgatgtaa                  1368


<210>  520
<211>  846
<212>  DNA
<213>  Bilophila wadsworthia 3_1_25

<400>  520
atgagcgaat ccatcggcat tattgcagga agcggacaat tcccgcgcct cgtggcggaa       60

gacgccaagg cggcgggtta tggcgttgtg gtctgcgcct tccacggctt caccgatccc      120

ggccttgaag cgctggccga cgcgtacacg accgtctatc tgggccagtt cgacaaggtg      180

atcgactact tccgcaagca cggcgtccgc aggctgtgca tggccggagc gatcaacaag      240

ccgcgcgcgc tggacttgcg cccggacttc cgggcggcgc gcatcctctt ctccctcagg      300

ggcaaaggcg acgacgcgct gctccgggcc atcatggcgg atctggaaaa ggaaggcttc      360

acgctcatcc aggcggcgaa actctccacc tccctgctct gccccgaagg cgtcctgacc      420

cggcgcggcc cctcagccga ggagattgcg gaaatcgact acggctggcc catcgccgaa      480

gcgctcggcc ggtttgacat cggccaatgc atcgtggtca aacagggcat ggtggtggcc      540

gtggaatgcc tcgaaggcac ggacgccgcc ctgcggcgcg gcggcgaact gcgcggcgaa      600

ggttgcgtgg cgatcaaacg cttcaagccc aaacaggacg aacgcgtgga cttgccgtcc      660

atcgggctgc agaccgtgcg cctcctcatc gaacaacact accgctgtct tgctgtggac      720

gcgggcaaaa cgctcttttt cgacagggcc gaagcgctgg cccttgccga caaacataac      780

ttctgcatcg tcgcgctgac cgaagactcg ttcgggaagc tgcgccttca ggcgaaagcc      840

gactag                                                                 846


<210>  521
<211>  1170
<212>  DNA
<213>  Bilophila wadsworthia 3_1_26

<400>  521
atgagccgcc tgttttccga cgtcctgccg gagtggcctt tggatgaagt ggaggccggg       60

ctggcctcgg ccacggaaac ggatgtgctg gccgcgctgg aactggcgga aaacggccga      120

cgcctgaacg cccgggattt catggcgctg gtatctcccg ccgcctctcc gtatcttgaa      180

acgatggccc gtattgcccg cgacgtgacg gtccggcagt tcgggcgctc catccagttg      240

tttacgccgc tttatctcgc caactactgt accaaccagt gcgtgtactg cggcttcaac      300

accaagaacc atatccatcg ctccatgttg acgatggacg aggtggaggc cgaaggcaag      360

gtcatcgccg cgaccgggct ccgcaacatc ctgcttttga ccggtgacgc tccgaagctg      420

accgggcccg cgtacatcgc ggaggcggcc cgtcgcctgc gcccgtactt cccgagcatc      480

ggcgtcgagg tctattccat gagcgaggat gactatcgga tgttggtgga cgcgggagtg      540

gattcgttca cgatgtttca ggagacgtat aacgaggagc tgtacctcaa gctgcatccc      600

gccggtccca agcgcgattt ccggttccgt ctgaacgctc cggatcgggc ggcccgggtg      660

ggtatgcgtt cggtgaacgt gggcgcgctg ctcggcctcg atcagtggcg gcgcgacgcc      720

ttttacaccg ggctgcacgc ggactggatt caggcgacgt atcccggtgt ggacatcgcc      780

gtttccgcgc cgcgtatgcg tccgcatgaa ggttcgttca acgacatcca tcccgcttcc      840

gaacgggatt tggtgcagta tatccaggcg ctccggctct atctgcccgc cgccgggatc      900

acgctgtcca cgcgcgagcg cccgttcctg cgcgatcggc tcatcgggct tggcatcacc      960

aagatttcgg cgggcgtttc caccgccgtg ggcggacatg cccatgccgc gcaggatgtc     1020

gccgaggaac acgacacagc ccagtttgag atcgccgacg atcgggatgt tgatcagatg     1080

attgccgcca ttgaggcgca gggataccag cccgtgtgca agtcgtggga gcctctcgac     1140

gaagcgtacg cctgcggcaa gtcggcgtag                                      1170


<210>  522
<211>  936
<212>  DNA
<213>  Bilophila wadsworthia 3_1_27

<400>  522
atgtacggtg atctcaagat tctgaccggc acctcgaacg ctcctttggc tcaggccatt       60

tgcgagcatc tcggctgcca gttgaccccc gccctgtgtg agaagttcag cgacggcgaa      120

agccgtatcg aaatcagcag cagcgtccgc ggcgacgacg tgttcgtcat ccagccgacc      180

tgcgcgcccg tgaacttcaa tctgatgcag ctctgcctca tgctcgacgc gcttaagcgc      240

gccagcgcgg gccgcatcac cgccgtcatc ccctactacg gctatgcccg tcaggaccgc      300

aaggtcagcc cgcgcgcgcc catcagcgcc aagctcgtgg ctgatttcct gtcgaccgcc      360

ggtgcgaacc gcgtggtgac cgtggacctc catgccggac agatccaggg gttcttcaac      420

tgccctgtgg acaacctgtt cgcgtctcag gtgctgctcg aacccttcat gtccatgaag      480

ggcgagatcg tggtggtttc ccccgacgcc ggcggcgtgg aacgcgcccg ctccttcgcc      540

aagcgcattg aagcgcccct cgccatcatc gacaagcgcc gcgaccgccc caaccaggcg      600

accgccacgc acgtcatcgg cgatgtggac ggcaagatcg cggtactcgt ggatgacatc      660

atcgatacgg cagggacgat ctgcgccgga gccgaagtcc tgctccgcga aggcgcccgc      720

gaagtgtacg cctgtgccac gcacggcgtg ctttccggcc ccgccctcga gcggctcaac      780

aactcggtgt tcaccaaggt cgtcgtcacc gacacgatcc cgtccggtga acgtttggac      840

gtgtgctcga agctgcaggt cgtttccgtg gccagccttc tcgccaagag catccacaac      900

atccacaccg ggtcgtccgt aagcgtgctg ttctaa                                936


<210>  523
<211>  792
<212>  DNA
<213>  Bilophila wadsworthia 3_1_28

<400>  523
gacaaagaaa aaagtcctgt aaccgcccat gacgcggtcc ggaaaacaac gtttccgggc       60

cgcgtccggc gacgtcctct gcaacaccgg caagccttcc gccggagtcg tcgtatagga      120

gaagtcatgg aaacaaaagg gattgccccc gccactcccg ccacagaacg ccgccagcgc      180

acgcctctcg ccgttacccg cgaacgggtt ctcggcatcg cggaacagat gttccgccaa      240

agcggtgttc aggccgtaag cgtcgacgcc atcgcacagg ccgcaggcat caaaaaaatg      300

acactttacc gctgcttccc ttccaaggaa gaactggtca tggcctgcat ggaccagtgg      360

gaagccgcat tccggcggat ttgggatcag acgcaggatc aatatcccaa tgaatccgcc      420

cggcagcttc tggcgttttt ccagtccatt tacgaactgg tttcccagcc cggatacagc      480

ggcaacgtgt tcatgcacct gatgaccgat tataccgacc cggagcatca catctgcgtg      540

cgcgtgcgcg aacagcgggc ttccttgcgg gcggacgtgc ggaatcagct ggtcaaggcg      600

gaagcttccg accccgacca gcttgccgat acctattgcc tgctgcttga agggcttttt      660

accgcggccc ggacccacgg gttcgacagc gggcctgtcc gcaacgctcc cgccatcgcc      720

gaaaaaatgc ttcgccaagg ctgcggctcc cgtgcgttcc cgcctgaacc gcgccggttc      780

cgccgctggt ag                                                          792


<210>  524
<211>  1425
<212>  DNA
<213>  Bilophila wadsworthia 3_1_29

<400>  524
gtgtgctcca agcgttctct tgcattgctg gctgcggatt gtctggcact tttcgggacc       60

atgtttttga taggcgttat tcgggttctc ttgggtgggg aaatctcgct ttcacagcat      120

gttccgttgg cattgtttct gttggtggtt cccgtagtta acgcttttga aggattgtac      180

agcggggttc ctccggcatt gccggaagaa atgcgtctgc tcgggatatc gacgtccatc      240

gcctacttca gtattgctat ttttcttttt ctcggccgtg gcgatctccc ctcgcgtacc      300

gtttatgtct ggtcttggtt tttgagcctc gggacggttc ctttggtccg ttgcgcattg      360

cgttcccgtt tctcccggga ggcatggtgg agagtgccca cagtggtgtt tggcgcggga      420

gagcttgttc ctcgcgtaac ggagtatctt aataagcata ctgaggcggg gctgctttta      480

aaagcccatt ttgtcagcca gaaatgcacg gaagcagaaa aggaacagaa gaatacgcct      540

caggatacct atagcgggct tgaaccgttg tatagccgct cagacttgga tacttttgtc      600

cgcctttacc cgagaacgtg cgctatcgtc gtcatggaaa aagatgctcc gcttgcatgt      660

cggcaagaac tgattgattt agcaagcctg ctgttcagtt cggtcattat catccctgaa      720

gatttttcgg aaggggaaat tcctttctgg gtacgccccg tggagatcgg ggacgtcctt      780

tgcttcaagg tgcggcagaa cctgctcgat cccaagcgat tgtccctgaa gcgtgctatg      840

gatttgttcc tctcggtcgt ggggggcatc gccatttttc ctgttcttgt gcttatcgcc      900

cttgccatca aacttgaatc gcgcggcccg gtttttttta ggcagaatcg catagggaga      960

ggagggcaga ccatccatat tctaaagttc cgcacgatgg tgcgtaatgc agaggaagtt     1020

ctccaaacgt atttgcagga aaaccctgag ctgcgtgaag agtgggaagc ggatcagaag     1080

ctgcgcaacg atccccgcat tacaaaggtc ggggcttggt tgcgcaagac aagcctggat     1140

gaattgcctc agctctggaa tgttgtatgg ggagaaatga gcttggtagg gccgcgtccc     1200

atcgtagacg atgagattgt gaagtacggt tcggctttta tttcctatac ccgtgtgcgg     1260

cccggtatga ccgggctctg gcaggtttcc gggcgaaacg atctttcata caaacaacgg     1320

gttcaccttg atcgttttta tatctgcaac tggtcaacat ggctcgatat tttgatttta     1380

gcaaagacgt ttcccgttgt cctcgggcgc aaaggggctt attga                     1425


<210>  525
<211>  1404
<212>  DNA
<213>  Bilophila wadsworthia 3_1_30

<400>  525
atgagaaccc gttccgcttt gctggtggcc agctgcgttt tggccgcttc cgtcgtgaca       60

ggaggagcgt tgaacgagag cgttggcgcc gacaagggga ttcccccgaa ccaccctcag      120

ctgacgaagt tttccaaggt ttccgacata gtgatggaca agtgcatggc ttgccattca      180

cggaattatg atttgccgtt ctatgctaaa attccgggga tcaaggaaat catcgaaaag      240

gatttcaacg atggccttcg ggcgatggat ttgaatctgg aactggtcga agccgcgaag      300

gacaagccga tcggcgaagc gacgcttgcc aagatggaat gggttatcgt caacgaaacc      360

atgccgcccg cgaagtttac cgccgtgcac tggggcagcc gtgtgtcgtc tgaagacagg      420

gccgccatcc tcgattgggt gaaggcctcg cgtgccgccc actatgccac cgggctggcg      480

gctccgcgtc atgccgatga accgctgcag ccgctgccgg acgcgctccc cgtcaatgcc      540

gccaaggtgg cgctcggtga aaagctgttc gtcgacaagc ggttgtccgg agacaatacc      600

gtcgcctgcg taacctgtca tgatttttcg aaggctggta cggacaacaa gcgcttcgcg      660

gaaggtatcc gcgggcagtt cggcgacatc aacgcgccga ccatgttcaa cgccgcgttc      720

aacaccaagc agttctggaa cggacgggcc gcggaccttc aggagcaggc cggcgggcct      780

cccatgaacc ccattgagat gggcagcaag gactgggatg aaatctgcgc caagctcgcg      840

caggaccccg aactgaccgc cgcctttact gcagtctatc ccgacggctg gaacggcaag      900

aacgttaccg atgccattgc cgaatatgaa aagacgctca tcacgccgaa cagccgcttt      960

gacaagtggc tgaaggggga cgacaaggcg ttgaccgcgc aggaaatcga aggctatcaa     1020

cgcttcaaga tgtaccgctg ctcaagctgt cacgtcggca agtccgtggg cgggcagtcc     1080

ttcgaatata tggatctcaa gaaggcgtac tttgaggatc gcggcaaccc gctcggctcc     1140

gacgaagggc tcaagggttt taccggcaag gctgaagatc tgcaccgctt caaggtcccg     1200

aacctgcgca acgtcgaact gacggctccg tatcttcatg acggcaccgt aacgacgctg     1260

gacgaggccg tacgcatcat gggcgtgtat ctctccggca tggacatccc caagggcgat     1320

cgagatctca tcgttgggtt cctgcggact ctgacgggtg aatggaacgg taagccgctg     1380

gcaggggaag ccgtaaagaa ctag                                            1404


<210>  526
<211>  876
<212>  DNA
<213>  Bilophila wadsworthia 3_1_31

<400>  526
atgtaccaat accaacagtt taccattctt ctccgcggcg gcggggacat cgctacgggc       60

atcgcgctca ggctctatcg ttccggcttc cggcacatca tcattctgga aacggcgcac      120

ccgatggccg tcaggcgcag ggtggccttt tccgaagccg tctatgaggg cctttgcacg      180

gtggaaggca ttacggcggc cctcgctccc cggcccgaag aaatcgcccc gctctgggac      240

gccggctgca tcccggtcat ggtcgatccg cagggcgtca ccatcccccg cctccgcccc      300

gaagtcgtca ttgaagccac gctcgccaaa cggaacgtcg gcgtgggcct caccgacgcg      360

cccctcgtca tcggcgtggg gccgggcttc accgtgggcg aaaccgtcca ctgcatcgtc      420

gaaaccaacc gggggcacaa cctcggacgg gtcctctact ccggcagcgc ggagcccgat      480

accggcattc ccggcgacat cgtgggcatg accaccgagc gtgtgctgcg cgctccgcag      540

accggcatct ttcccagccg ccacgacatc ggagaccacg tcaaggccgg cgatgtcgtc      600

gccaccgttg aggccaacgg cgtatccaag gaaatccgca ctgttatcag cggcgttatc      660

cgtggccttt tgcgctcggg aacgcccgtt acggatcgga tcaaagtcgg cgacgtggat      720

ccgcgcgaca acacggcttg ccaccacgtc tcggacaagg cctttgccat cggcggcggc      780

atactggaag ccatcctcgg acgcttcaac cgcccctgct acatccgcag gggcatcctc      840

cactgccctg tggacaagaa cgtgcccaca gcgtaa                                876


<210>  527
<211>  867
<212>  DNA
<213>  Bilophila wadsworthia 3_1_32

<400>  527
atgcccaatt gcacctttca catcgtggat gcgtttactg cggtgccatt taccggcaac       60

ccctgcgccg tggtgacgga cgccgacggc atcgagcccg ccgacatgct gcgcatcgcg      120

cgcgagacca acgccccgga aacggcgttc gtgttggcct ccgacaaggc ggacgtgcgt      180

gtccgctatt tcatgccgcg cggggaaatc ccctttgcgg ggcatcccac cattgccacg      240

gggcaccttt tgcgggaact gggcgtgctc aagccgggca ccgcgcggtt cgagttcgcc      300

atcggcgtgc tgcccgtgga catccgcccc gacagggtga tcatgaccca gccccccgcc      360

gtcccggaca cgtgcgccga cgccgggaca atggcccaag cgctcgggct tcaggcttcc      420

gatctccggg aagggcttcc gtgccagctc atgcgggggg gcgtcagctt cctgatggtt      480

cccgtccggg agcttgcggc gctccggcgg atcaacatgg acaggcccgc cctcaaagct      540

gttttggcgc ccctcggcgt gtcggcggcg tacgtgttcg cccccgaagg cgtagagcct      600

gaaacggatg tgcacgcccg gcttatcgat ccggacaacg ccggggaaga tcctttcacc      660

ggatcggccg ccgggtgcat ggcttcctac atgcacgcgc acgggctgtg ttccgggacg      720

cgcatccggc ttgagcaggg ccatatcctc gaccgcccgg gaaccgggga actggaactg      780

atccttgctt ccgatagagg gaagctcgat gccgtgcgcc tcggcgggac ggcggtgagc      840

tccgccagcg gcacgctccg ctggtaa                                          867


<210>  528
<211>  1674
<212>  DNA
<213>  Bilophila wadsworthia 3_1_33

<400>  528
atgagcgaag ccagaaaaac accccagagc catttcaccg gacctgtcgt catcgatccc       60

ctgacccgta tcgaaggcca cctgcgcatt gaagtggaag tgaaggacgg gcgcgtcagc      120

gaagcccgca gcgtcggcac cctgtaccgc ggccttgaaa cgattttggt cgggcgcgac      180

ccccgcgacg tgcagcactt cacgcagcgc acctgcggcg tgtgcaccta tacccacgcg      240

ctggcctcca cccgcgccct cgaagacgcg atcaaggtgg aaatccccaa gaacgccacc      300

tacatccgga acctcgtgct cgggatgcag tatctgcacg accatatcgt gcatttctac      360

cacctgcacg ccctcgactt cgtggacgtg accagcgcgc ttcaggccga tccggtcaag      420

gccgccaaaa tctgttcctc cgtttccccg cgccccgcgt cggcggacgg cttcaaggcg      480

gtgcaggcga agctgaaagc ctttgtggaa agcgggcagc tcggcccgtt caccaacgcc      540

tacttcctcg gcgggcatcc cgcctactac ctcgatcccg aagcgaacct catcgccacg      600

gcgcattacc ttgaagccct gcggctacag gtgaaggcgg cgcgggccat ggcggtgttc      660

ggcgcgaaga acccgcacac ccagttcctc gtggcgggcg gcgtgacctg ctacgaaagc      720

ctgacgccgg agcgcatcgc cgaattcgaa ggcttgtaca aggaagtcaa cgacttcgtg      780

aatcaggtct acatcccgga tctgctgctt gtcggcggcg cgtacaagga ctggaccaag      840

atcggcggca cggccaactt tatgaccttc ggcgagttcc ccggcgacga gcgcaatctc      900

gaatcccggt ggttcaagcc cggcgtggtg ttcgaccgca agctcgaagc cctgcctttc      960

gatccctcga agatcgagga gcacgtgcgg cacagctggt acgcgggcga tgcggttcat     1020

aagccgttcc agggagttac cgaacccaag ttcaccttca tgggcgacaa ggatcgctat     1080

tcgtggatga aggctccccg ttacgacggg cgcgccgtgg aaaccggccc gctcgcgcag     1140

gttctggtgg cctatctcaa gggcaacgcc gaggtcgtcc cggtggtcga cagcgtgttg     1200

cagaccctca gcctgacgcc cggcgatctg ttctccacgc tcggcaggac cgccgcgcgc     1260

ggcatcgaaa ccgccgtcat cgccaagaag accggcgaga tgttgcagga atacaaggaa     1320

aacgtggctt ccggcgacaa gaagatcgtc gagaactgcg aagtgccgga caagggcgaa     1380

ggcgcgggct tcgtgaacgc gccccgcggc gggctctctc actggctggt catcgagaac     1440

aagaaggtgg ccaacttcca gcttgtggtg ccttccacgt ggaacctcgg acctcgctgc     1500

tcgaagggca tcccgagcgc ggtggaagag gcgctcgtga acacgcccat cgccgatccc     1560

aagcgcccgg tcgaaatcct gcgcacggtc cattccttcg acccctgcat cgcctgcgcg     1620

gtgcacgtga tcgacggcag gaccaatgaa gtcagtaagt ttcagatatt gtaa           1674


<210>  529
<211>  2439
<212>  DNA
<213>  Bilophila wadsworthia 3_1_34

<400>  529
atgtctcaga atgtgaatat cgaacacgaa atgcgcaaat cgtacctgga gtactcgctc       60

agcgtcatca tcgggcgagc catcccggac gtccgcgacg gcctgaaacc ggtacaccgg      120

cgcatcctgt tcgcgcagca ggaactggcg aacagctaca accgccctcc gaagaagtgc      180

gcgcgcatcg tcggcgacgt catcggtaag taccacccgc acggcgactc cgccgtgtac      240

aacgccctcg tccgcctggc gcaggacttc tccatgcgcg atccgctgga agacgggcag      300

ggcaacttcg gctccatcga cggcgacgcc gcggcggcca tgcgttacac cgaagtccgc      360

atgtcccgtc tggcgagcga attcctcaac gacatcgaca aggaaaccgt cgatttccgg      420

cccaactacg acaacacgct ggccgagccc gtggtcctgc ccacgaaggt tcccaacttg      480

ttactgaacg gttcttccgg catcgccgtc ggtatggcga cgaacatccc gccgcacaat      540

ctgagcgagc tgtcggacgc cctgctcatg ctcatcgacg ctccggaaag ttccgtcgag      600

gacctgatgg acgtcgtgca ggggccggac ttccccacgg gcggctacgt ctacgcgggt      660

caggggctgt acgacgccta caccaccggg cgcggtaccg tgaaggtacg cggcaaggtc      720

gagatcgagg accgcaagaa aggcttccag tcgctgatca tccgggagat cccgttcggc      780

ctgaacaagt cgagccttgt ggaaaagatc gcggcgctga tcaacgaccg caagatcgac      840

ggcgtgtccg acctgcgcga cgagtccgac cgccggggca tccgcgtggt catcgagctg      900

aagcgcggca ccatgcccga gatcgtcatc aactcgctgt acaagtacac accgctggaa      960

acctcgttcg gcatcaacat gctggccgtg gtggacaacc gccccgtgct gctgaacctc     1020

aagaccgcgt tggcctattt cctcgaccat cgccgcgaag tggtggtccg gcgtaccaag     1080

ttcgaactgc gcaaggccga ggcccgtgcc catatcttgg aaggcctcct caaggcgctc     1140

gatcatattg atgaggttgt ttccctgatc cgctcctcgg cgacgccgcc ggaggccaag     1200

gaacgtctca tgcagcgctt cgaactgtcc gaagtgcagg cgcaggccat tctcgacatg     1260

cggttgcagc gcctgaccgg gcttgagcgc ggcaagattg aagaagaact gcgggatctg     1320

ctctcaaaga tcgcgtggta ccagtccatc cttggcgacg cctccgtgct ctggggcgtc     1380

atccgtgatg aagtggaata catcaagcag acctattcga cgccccgccg tacggaagtt     1440

atccgcgagg cgctttcgaa catcgacatc gaagacctgc tgcccgacga cgacgtggtc     1500

atcacccttt cgcgccgtgg ctacatcaag cgcacgagcc tcggcatcta ccagcagcag     1560

cgccgtggcg gcaagggcgt ggccggagtg cataccggcg aagacgattt cgtgcaggaa     1620

ttcatcacca cgacgaacca ccaattcttg ttgatgttca ccaacaaggg ccgtatgcac     1680

cagctcaagg tccatcaggt gccggaaggc agccggacgg ccaagggcgt gcatatcgcc     1740

aacctcgtgc ccatggaaaa ggacgagtgg gtcaacacca tcctgaccgt gcgcgaattc     1800

gccgaggaca agtcgttcct cttcgccaca cgccggggca tggtgaagcg ctccagcgcc     1860

gcgctctatg cccggagccg caagggcggc cttattgccg tgggcctgcg tgaggacgac     1920

gagctcatca tggtgcgcga gatcacggac gacgatttcg tggtgctggc gaccgctgac     1980

ggcatcgcca tccggttcag ctgccgcgac gtccgcaaca tgggacgcgg ggccaccggt     2040

gtgaagggca ttgccctgcg ccacggcgat acggtggtgg cttgcctcgt gctcaaggaa     2100

gacagcccgg cgatcatgac catctccgcg ctcggcttcg gcaaacgtac caacgtggat     2160

ctctaccgcg tgcagagccg gggcggaaag gggatcatca acttcaaggt cacgccgaag     2220

acgggcccgg tcatcggtgc caagtcggtg cttgatgacg aggcgctcgt gctgctgacc     2280

tccaccaaca agatcatccg tatgggcgtg gatgaaatcc gttccgtggg ccgcgccacc     2340

atcggcgtgc gtctggtgaa gctggacgac ggcgcccgcg tggtcggctt tgatacggtc     2400

aactccgacg cggatgcgga aggcgaagaa gccttgtaa                            2439


<210>  530
<211>  2415
<212>  DNA
<213>  Bilophila wadsworthia 3_1_35

<400>  530
atgacgaatc actggatcga tctccagcac agtgattgta ttctcattca aggcagcaat       60

gcagctgaaa accacccgat ctcgttcaaa tgggtgctca aggcaaagga caagggggcc      120

gaggttatcc acgtcgatcc ccgtttcacc cgcacgtcgg cacgctcaag catgtacgcc      180

ccgcttcgct cgggcacgga tatcgcgttc ctcggcggca tgatcaagta tatcctcgat      240

catgatctct attttaagga ttacgtactg agctacacga acgccgcgtt cctcgtgaac      300

cccaagttct cgttcaacga cggcctgttc tccggctatg acgcgcagaa acacgcctac      360

gacaagtcct cgtggtcgtt ccagaaggac ggcaagggcc tgatcaagcg cgacgatacg      420

ctgaagaacc cgcactgcgt cttccagctg atgaaaaagc attacgaccg gtacgatctg      480

aagaaggttt cctcgatcac ggggacgccc gaggcggatc tgctggccgt gtacaaggcc      540

ttcgccgccc ccggcaagcc ggacaaggcc gggaccatca tgtacgccct cggccagtgc      600

caccattccg tggccgtgca gaacatccgc acgatgacca tcgtgcagct cctgctcggc      660

aacatcggca tctgcggcgg cggcatcaac gccctgcgcg gcgagcccaa cgtgcagggg      720

tccaccgacc acgccctgct gtcgcattac ctgcccggct acctcaaggc tcccaaggct      780

tcgtggcaga cgctggagca gtacatcgcg ggcaccacgc cccagacggc gaacccgcag      840

tccctgaact ggatgagcaa taccggcaag tacgccacca gcctgatgcg ggccttctat      900

cccgaaggcg ggacgcctga aaacggcttt ggttacgact atctgccgaa gctcgacgac      960

gggcaggacg cctcggtcat gagcatgatc gacgccatgt atgcgggcaa gatcaagggc     1020

ctcacctgtg tgggccagaa ccccgcgtgc agcctcccga attccaataa ggtccggaag     1080

gcgttgcaga accttgactg gatggtccac gtcaacatct tcgacaacga gacggcatcc     1140

ttctggaagg gccccggcct cgatcccaag aaggtgaaga ccgaatgctt cctgcttccc     1200

gtgaccgcct ccgtggaaaa ggaaggcagc caggccaact ccgggcgctg gatgcagtgg     1260

aagtatgccg ccgccgaagg ccccggcgac gccatctcca cgggcgacgt gttctggcgc     1320

gtcatgagca agctcaagga gctgtacgcc aaggacggcg gcacgttccc cgagccgatt     1380

ctggcggcga acaccgactt cgtggacggc aagggccgct acgatcccga gcgggtggcg     1440

aagtacatca acggctactt cctcaaggac gtgaccatca acggcgtgga atacaagaag     1500

ggcgaatgcg tgcccggctt cccgctgttg caggccgacg gctcgacctc gtgcggcaac     1560

tggatctgtt ccggcagctt cacccgcgct ggcgaaaacc tcatgaagcg gcgcaagaag     1620

gtcgacccca ccgggctcgg cctctatccc gaatggtcct actcgtggcc ggtcaaccgc     1680

cgcgtcatct acaaccgcgc ttccgtggac ccgcagggca agccgtggaa tccgaaaaag     1740

gcgctggtgc agtggaagga cgggcaatgg atcggcgacg tgccggacgg tccggccccg     1800

ccgctggcca tgcagggcgg caagctgccg ttcatcatgc agccggaggg cctcggcgcc     1860

ctgtacggcc ccggactggc cgaaggcccg ttcccggaac attacgagcc gatggaaagc     1920

cccttcaaga agaacatcat gtccgcccag cgggtcaacc cggccctcca tagcttcggc     1980

aaggacatga acccgatcgc caacgcatcg cccgacttcc cgctggtgat gaccacgtac     2040

tcctgcaccg aacactggtg cacgggcgcg ttcacccgct ggcagccgtg gctcgtcgaa     2100

gcgcagccgc aggcgtatgt ggagatcagc gaggagctgg caaaggaaaa gggcattgcc     2160

aacggggaaa aggtccgcat ctcctcggcg cgcggcacgg tcgacgccgt ggcgatggtc     2220

acggtgcgcc tcacgccctt caagtgcgga ggcaaaaccg tgcatcaggt gggcatgacc     2280

ttcaactacg gctggctgca gcccaaggaa tgcggcgaca cggcaaacct gctcagtccc     2340

atggtcggtg acgcgaacag catgacgccc gaatacaagg cgttcatggt caacatcgac     2400

aaaatcaagg cttag                                                      2415


<210>  531
<211>  1272
<212>  DNA
<213>  Bilophila wadsworthia 3_1_36

<400>  531
atgcgcgtgc tcatcatcgg gtccggcgga cgcgaacacg ctttgtcgtg gaaggtcgcc       60

cgaagcggaa aagccgagaa aatctactgt gctcccggca acggcgggac cgcgcaggaa      120

ggcgaaaaca tccccctgaa ggatagcgac gtcgccggtc tggtgtcttt tgccaaggga      180

aacgtcattg atttcgtgat tcccgggccg gagcttcccc tcaccctcgg cgtcgtggac      240

gccatgactc aggcgggcat ccgctgctgc ggccggagcc agtggtgcgc gcagcttgag      300

ggcagcaaag ctttcgccaa agacatcatg cagaaagcgg gggttcctac cgccgcctgc      360

ggcgtgttca ccgaactgga agccgccaag tcctttgtgg aagaaaaggg cgcgcccatc      420

gtcatcaagg cggacggcct tgcggcgggc aagggcgtcg tcgtggccca gaccaaggaa      480

gaggcgctcg aagcgctcga ccagatcatg ggcggcttgt tcggcgcgtc cggaagccgt      540

gtggtcatcg aagaatttct ggtgggcgag gaagtgtcgc tgctggcgtt ctgcgacggg      600

aaaacggccc tcccgctgcc ttccgcgcag gaccataagg ccgttttcga cggcgacacc      660

ggccccaata ccgggggtat gggcgcctac agcccggccc cgattgtgcc cgatgcggag      720

ctcgaaaaga tggccgacat cgccatccgc ccgatcctcg ccgaaatggc ccggcaggga      780

catcctttca ccggtatcct ttatgccggc ctgatgatga ccaaagacgg cccgaaagtt      840

ttggaataca acgtccgttt cggagacccg gaatgtgagc ccctgctgat gcgccttgaa      900

agcgatctgc tggagatcat ggatgcctgc atcgacgggc ggcttgatga ggtcaagctg      960

tccatccggc ccgaatccgc gcccggcgtg gtcatcgccg ccgaaggcta tcccggcagt     1020

tatccgaaag gaatggaaat caagggcatc gacgcagtgg acgccctgcc ggacaccaag     1080

gtgtttcagg cgggcacgaa gcgcgaaggt tcccgcaccc tgtccagcgg aggccgcgtg     1140

ctgtgcgtga ccgcgctcgg gaaggggctt gccgaagccc agaagcgcgc ttatgaagct     1200

gtcgccaaga tcgacatgga aaagagccag caccgttccg acatcggtgc gaagggcttg     1260

aggagactgt ag                                                         1272


<210>  532
<211>  1986
<212>  DNA
<213>  Bilophila wadsworthia 3_1_37

<400>  532
atgtattatt tcgctttcgt cctcctcgcg ctctccatgc tctgcgcact cgccggagcg       60

gcatgggccg tcaaatcgct gtggccaagg acggccccgg cggcgggcaa ggcctcccgc      120

cgcacctccg ttccgggcct cggctttgtc gaaaaggcca acctgtgcct gacgggctgc      180

tacatcatcg cgtccgctat ccttatatat gcgctggcga gctatgactt ctccctggtc      240

tatgtggcga gctacaccga ccggctgctg ccgctcttct accgcattac ggccttctgg      300

gcaggacagg ccggctccat gttgttctgg gctttttccg tagccatctg cggcgggctg      360

ttccagctta cccgctccta taagagcctg acccccgata cgcggctttg gtactgggtc      420

ttctacctcg gcatcatgag cttcttcggg ctcatcctcg tgacgtggaa caatcctttc      480

ctcatgaacc acgccgtgcc gcaggatggc aacggtctga accccctgct ccagaacccc      540

ggcatgatct tccatcctcc gctgctgttc ctcggctacg gcggattcgt gatcccgagc      600

tgcctcgccc tcgctcaggc gctgagccgc aggcaggccg atgaagcggc atggaccgat      660

gtggcccggc ccttcacgct ggcggcatgg gccatgctca ccgccggcat cgtgctcggc      720

ggctggtggg cctacatgga actcggctgg ggcggttact gggcatggga cccggtggaa      780

aacgcctccc tcatcccgtg gctcatcgct acggcggccc tgcacaccat gctcatccag      840

acgcgccgca acaagctgca cggcgtgaac gtcttcctga tggcgctcac caccatctcg      900

gccttcttcg ccacctacct cgtccgcagc ggcgtggtgc agtccgtgca cgccttcggc      960

tccggcggcg tgggcgtccc tctgctcctc ttcatcctca tctccgtcgc cctctccttc     1020

tggatcgccc tgctcgcgcg gcgttccgac acgggcgaac tggccgggat cgaaagccgc     1080

gaagggttcc ttatcctgac ctcgtggctc ctgctggcgc tttcgctgat catccttatc     1140

gccaccatgt ggcccgtgtt cagcgccttc tggaaagaga ccgtcatggg cctcgcccgc     1200

gacgtcgtcc tcgacgaggc cgggcatgac cacggcggcg cggtgggcct gaccgccgac     1260

ttctacaacc gagtctgtat gcccctgttc gccgcgatgg tcgccatcct gagcatctgc     1320

ccgtggctcg gctggaacgg cggcgtccgc aacatgcgca agctcctcct tgtggtgtgc     1380

tccttcatcg gcgcggccgc cgcgatgtat tccctcggct acaccctgcc cgtcgccgtg     1440

ctcggcgcgt cggcgagcgt cgccgcgctg gtcagcatga gcctgaaact cttcgaaagg     1500

cccgtataca gccatgcacc gagcttcgcc gcctacggca tccacatcgg ggtggccctc     1560

atcgcgctcg gcatagcctt ctccggcccg tacaagatcg aatccgaacc cacgatggct     1620

atgggcgaga ccgtgaaggt cggccagttc gaagtcacct tcaaaaacct gtatgagggc     1680

gaaggcgccg gctacatctt ccttgaaggc gagctggaaa tccgcaagga cggcaagctc     1740

atcggcatcg ccgcgccgca gcgccgcgtc tacgccaaat gggggcagat gcagttcgcc     1800

gaggccgcgg tcatcccttc gctgggcaat gaattctacg caacccttat ggcggtggac     1860

cagcagaacc gggcggtgtt ccgcctgagc tccaacccgc tggtcaactg gctgtggatc     1920

ggcggcatcc tgatgtgcct gctgccgttc gtcagcttca ggcgccgcaa cggtcgggaa     1980

aactga                                                                1986


<210>  533
<211>  1995
<212>  DNA
<213>  Bilophila wadsworthia 3_1_38

<400>  533
atgtacaaag ttgatgccat gttcgattcg ttcagcaaag cggcaacggc ccttcgtgta       60

tccgtcctgt tcctcgccct gctctgcgcg cagggtttcc cgtccgccgc tccggcgtgg      120

gccgagccag aaagcggcct gacgctggat ttcaaggatg cggacattca tgccctcatc      180

aagtacatca gcgaagccac aggccggaac ttcatcaccg atcccacggt caaggggaag      240

gtgaccgtct attcccctgt caagatttcc ccggatgaag ccttcgaaac cttcgtttcc      300

atcctgcgcg tgcaggggta cgcggtgcag aagagcggca cggcctacaa gatcgtcccg      360

ctgaaagaag gcctcgggca gggcgaagac gccgccgtgg gccgcaagat gggttccgag      420

ctggaaaccg tggtcacgca gatcgtaccc ctgaaagtcg gcgtggccgc cgagctcgcc      480

aagatccttc cctccctgct cgggaaggat tacgccattt ccgcctatac cccgtcgaac      540

accctcgcgc tgacggcccc ggcccccaac gtcgccaagg ccatggcctt cctcgaacag      600

gtggaagcca gcgatacggc gggcacctcc gcaacgctgg gcctgcaata cggcgattcc      660

aagacgctgg ccgccacgct cgccaaaatc ctcaaaagcc gggatgagga gtacgccaaa      720

aagggccgcc ccaccgtcag cctcgtgctg gccgacgaac gcaccaacag cctgctcatc      780

tacggcgatc ccgaagccat cggcatggcg cgtgacgcgg tcggctcttt ggatatcccc      840

actcccaagg gcaaaggcga cgtacacctc atttcgctgt ccaacgccaa ggccgaggat      900

ctggcgcagg tcatcaacac gctcgtggag cgccagcgcg ccgccggaac ggaagatcag      960

aagccggata ccgtgctctc caaggacatc aaggtggtgg ccgacaagtc caccaacagc     1020

ctcgtggtca ccgcccgccc ggacgaattc gaagccctca gcaacatcgt cgccaagctc     1080

gacgtggtgc gcaagcaggt gttcatcgaa gccctgatca tggaagtgag cagcgaggcg     1140

tccttctcct tcggcatcaa ctgggccatc ggaggcaaca ccggggacgc cgccatcgtc     1200

ggtggggtca gcctgaacgg gggagccgtt tccctgagct ccagcggagc caacaaaacg     1260

gtatcactgc ccgccggcgt gagcatcggg gccatcctga aagacgccat caccgtgggc     1320

aacacgagct acaacatcca gtccatcctc aacgcggtca ggggcaacag cgacgtcgac     1380

gtgctcgcca ccccgcagct cctcacgctc gacaatgagg aggccagcgt ggaggtcgtg     1440

gacaacatcc cgttcaccaa ggagagcacc acccgcaacg acaacgactt caccacccag     1500

tccatggact acaaggacgt gggcgtgaag ctcaaaatca ccccgcgcat cagcgacgac     1560

ggctcgctcc gccttgaggt ggagcaggaa gtcagccggg tcacgcaggg cctcatcacc     1620

ctcaccaacg gcgaccagct cgtcgccccg accacccgca agcgcctggt caagaccacc     1680

atcctgctgc aggacagcca gacggcggtc atcggcggcc tgctcgacga tcagaagacc     1740

tacaaccaga gcgaagtccc cgggctcggc agcatccccg tgctcggctg gctgttcaaa     1800

tcccgcaaca agaagtcgac ccagaccaac ctgttcatct tcatcacgcc caaggtcatc     1860

agaaacgcgg ccgactccgc cgaccttacc cgcgaaaaac agctcgtact gcatgaaacg     1920

agtgtgggcc atgacggcct cggcctgccg atcatgagca agcccaagct gttgaaacct     1980

gttttcgtga actga                                                      1995


<210>  534
<211>  2826
<212>  DNA
<213>  Bilophila wadsworthia 3_1_39

<400>  534
atgagcgatt acaaaaagag cctgaatctt cccgatacat cctttcccat gaaagccaat       60

ctcacccagc gtgaacccga aatgctgcgc tggtgggaag agaacaatat ttacggaacc      120

atgctggaag cttcgggcag ccggggctct tttcgtctgc acgatggccc gccctacgcc      180

aacggccatc tgcatctcgg ccatgccctg aacaagatcc tcaaggacat caccatcaag      240

tcccgcaata ttcaggggca gcagtccgtg tatgtgcccg gctgggactg ccacggcctg      300

cccatcgaat tgaaggttga gcacgagctt ggcgaaaaga aaaaggaaat gccgtcgtat      360

gcggtacgcc gccgctgccg ccagtacgcg gacaagttca tcgatatcca gcgcaaggaa      420

ttcaagcgcc ttggcgtgct cggcgactgg gatcatccct acaagacgat gctccccgaa      480

tacgagtccg ccacggctac cgagttggcg aatttcgtgg aaaagggcaa tgtggtccgc      540

agcaagaagc ccatctactg gtgttgctcc tgccagacgg cccttgccga ggccgaagtg      600

gaatatgccg accacaagtc gccgtccatt tacgtccgtt tcccgctgac cgacggcaag      660

ctcaagacgg tcttcgagaa cgccgatccg tcccgcgcct atgtgatcat ctggaccacg      720

accccgtgga ccctgccgag caacatggcc gtggcgctgc atcccgaatt cgaatattcg      780

ctggtcgaat atgagggcag ccagtacgtg ctcgccacgg aactcgtcga aagcgtcgcc      840

aaggcgtgcg gctgggacat gggcggcgtg aaggccgtgg ggaccgctac cgggcagcag      900

cttgaactcg tcaaggcccg ccatccgttc tacgaccgcg agtctccgtt gatcctcggc      960

ggccatgtga cgctcgatgc cggtaccggc tgtgtccata ccgctcccgg acacggccgc     1020

gaggactacg aagtctgcct ccagtacggc atcgacatct attccccgct caatgatcgc     1080

ggcgaatacc tcgacagcgt ggagtttttc gccggattgc aggtgcagaa ggccaacccc     1140

aatgtcattg agaaggtcaa ggaagtcggc aacctgatgg ggcaggccga cattacgcac     1200

tcctatccgc attgctggcg ctgcaaaaag cccgtcatct tccgcgccac gacccagtgg     1260

ttcgtgagca tggaggccaa cgaactgcgc cagaaggcgc tgaaggccat ccgcaacgac     1320

gtggaatgga ttccgagctg gggcgaggaa cgcatctaca acatgatcga gcagcgcccc     1380

gactggtgca tttcccgcca gcgtctgtgg ggcgtgccga ttctggccct gttgtgcgaa     1440

gactgcggag aggcttggaa cgatcccgaa tggatgcgcg acattgccgc ccggttcgcc     1500

aagcatccca ccggctgcga ctactggtat gaagccgata tgaaggacat cgtgcccgaa     1560

gggttgaagt gccccaagtg cggcggccag cactggaagc gcgaatccga catcctcgac     1620

gtatggttcg actccgggac cagcttcgcg gcggtgctcg aaaagcgccc cgaactgggc     1680

ttccccgccg acctctacct tgaaggctcg gaccagcacc gcggctggtt ccattcctcg     1740

ctgctcgctt ccatcggcac gcgcggcgtc ccgccctaca aggcggtgct cacgcacggc     1800

tacgtggtcg acggcgaagg ccgcaagatg tccaagtcca tcggcaacgg catcgagctt     1860

gacgagatca tcagcaagca cggcgcggaa atcatccgca tgtgggtgtc ttccgtggat     1920

taccgcgagg atgtgcgcat ttcggcggaa atcgtgaacc gccttgtgga cgcctaccgc     1980

cgtatccgca acacctgccg ctacctgctc ggcaacctga aggacgtcac gaaggccgac     2040

ctcgtggacg tgaaggatat ggacccgctg gatcgctatg ccctcgacgt cgccgcgcgc     2100

acgcaccagc gcgtgcagga cgcctatcgg gactatgaat tccataaggt cttccattcg     2160

ctgcacaacc tgtgctccac ggacttgtcc gcgttctatc tggacatcct taaggatcgc     2220

ctgtattcct ccgcgcccgc gagccgcgct cgtcgttccg cccagaccgc gctgtaccac     2280

atcctgctga tgctcgtgca ggacatggcc ccggtcttga gcttcacggc tgaggaagtg     2340

ttccgccaca tccccgaagc gctgcatccc ggcgcgaaga gcgtgttcgc cttccagctc     2400

atggacgcgg atgccttcct gctggacgat gctgaccgca agcgctggga agccgtgctc     2460

gccgcgcgta ccgaagtgac ccgcgccatc gagccgctcc gcaaggccgg gactgtgggc     2520

cacgcgctgg acaccgccgt gaccctgtac gcctcgccgg aactgctgga agtgctcggc     2580

ggcatcggca cggacctgcg cgccgtgtgc atcgtgtccc agctccatct ggctccgctg     2640

gccgacgcac ccgccggtct cgctcaggcc gacattgccg aatgcggcaa gctggccgtg     2700

agcgtggcca aggccgttgg cgagaaatgc gagcgctgct ggatctacag tgacgaactc     2760

ggctccgatc ccgaacaccc gacgctgtgc ccccgctgcg ccgccgttat gaaggaactt     2820

gcatag                                                                2826


<210>  535
<211>  2103
<212>  DNA
<213>  Bilophila wadsworthia 3_1_40

<400>  535
atgcttgaca gacgaggctt tctgaaattc atcggcgggg ccgccgtggg tacgctggcg       60

actcctgtgg tctggaaggg tttggacgac atctccatct ggtcgcaaaa ctggccgtgg      120

atcccttccc tgcaatacgg caatcacgaa aacacctatg tccgcacggt cagcaagctc      180

tgtcccgccg ccggagccac caaaatccgt ctcgtgggcg gacgtcccgt gcgcgtcctc      240

agcgatcccg agagcccgct tggcggcggc gtctccgcgc tggccgtcac cgaagtccag      300

atgcgctaca gcccggcccg cctcaaacgg cccctgctcc gcaactcgga cggcggctac      360

agggaaatca cctgggaaga ggctgaaaag ctgctgctcg aaaaactcgc cgcagccaag      420

aaacagaccg agcacgacag cgtggtctgc atttccggcg acgaaaacgg caccatgaat      480

gaactgctcg cgggcttcgc cgcccagacc ggttcgggcc gcttctttgc catgcccagt      540

gacgcacagg ccaccgcgca ggcgtggaag ttcatgggcg gacgtgggcg cgtcggcttc      600

gacatcccca acagcgacta cgtgttcgcc gtcggcgcga acgtgctgga aacgtggggc      660

tcggtggtcg tcaaccgcca cgcgtgggga caggcccgtc ccgcgggcgc cgaacccgcc      720

atgcgtctgg cctatgccgg gcccgtgcag aacaacacgg ccgcgggcgc cgatctctgg      780

ctgcccatca agcccggcac ggagctgttc ctgctcctcg gcgtcgcccg ccagctcatc      840

aaggacggcg tggccgcccc cgccggaggg ctggatgact tcgcggcgct ggtcgccaag      900

tggaccccgg aaaaagtctg cgaaatcacg ggcctcatgc ccgaacgttt caccgccgtc      960

gtcgacgggc tcaaaaaggc caagaagcct ctcgtggtcg tcggttccga catggatcag     1020

ggcggcggca ccggccctgt ccgcatcggc atggcgatca acatgctcct cgaccgcgtg     1080

aataaggaag gcgggatgcg catgatcccg ctggcccccc cggcggtcaa cggcgcggcg     1140

tcctacgatg tgctcatgca gggcgatctc gtccgctacg ccgccgacat ggcgcagggg     1200

aacatgcccg aagtgggcgt gctcatggtc tacgaggcca accccgtcta tgccctgccc     1260

ggcaaggaca ttgaagccgt cttcaagaaa agcgacttct cggtggcctt cacctgcttc     1320

ttcgacgaaa ccgcccgccg ctgcgatctc gtgctgccca acgccctcgg cctcgaacgc     1380

tacgacgacg tggccgagcc cttcagctac ggcaagttcg tgtacgcgct ggtccgcccg     1440

gtggccgagc cgctctatca ggcccgcccc gccggcgacg tggtcatcga catggcctac     1500

aagctcggca tcaacctcgg cgtttccgac gtcgtgacca tgctcaaggc caaagccttc     1560

aacatcggcg ccgactgggg gtccctgagc gacggcaacg tctacgtcag cgacattgtg     1620

gtccccaaca agacgttggc ctaccgcttc agtcccgacg acctcgctct cgtcgagaag     1680

gccgaagccg ccgctgcctc ctccgtcaag gagctggccg tggccttcgt gagcaagctt     1740

ggcctcggta cgcccgaaac cgccattccg cccttcaaca ccaagctcat cactgacgat     1800

gagctggaca agaacatgct cgtcgccgcc gtcaacgggg ccacgctcaa gaagctcggc     1860

ctgtacgagg gcaaccgcat cgtcctgacc agcaaggccg ggaaggttat ggcgaagatc     1920

cgcgtcttcg aaggcgtgac caacgatacc gtagctttga ccatgggctt cgggcatacg     1980

gctttcggag agttcaacga cggcaagggc atggatgtta tggccctcgt cacgccctct     2040

tccgaacccg gctccggcct ctccgtctgg aacgataccc gcgtgaacgt cgcccaagca     2100

taa                                                                   2103


<210>  536
<211>  1392
<212>  DNA
<213>  Bilophila wadsworthia 3_1_41

<400>  536
atgctgtttc gtcgtgctcc ccagaaggtt gaagaactca agatcgtcat cgtgggagcg       60

ggggaagtgg ggttccacat tgcgcaacgc ctgtccgaag agcagaagca ggttgtggtt      120

attgaccaga acccggacaa gctccgcagg atagaagaca acatggacgt gcagaccgtg      180

ctcgggtccg gctccatccc atcggttctc aagaatgcgg gggcgggcga cgccgctatt      240

tttctggccg tgaccgacag cgacgaaacc aatatcgtcg cctgcctgtt cgccaacacc      300

atcgccccga aagccatgaa actggcacgg atacgcacgg aagagtacac cgcctatccc      360

cagctgctcg gcagcgggtc cctgcaaatc agtatgctca tcaacccgga gcaggagatc      420

gtccgctcca tcgagcgcct tctcacgctg cccggagcgg tggagtacgg ccagctcgcc      480

gacgggttca tccgtatggt cgggatgcgc gtggagagcg gcccgctcat tgagcagccg      540

ctgacccgtt tccgggagat cgtgcaggac gacggcatca tggtcggggc catcgcccgt      600

ggccagaagc tcatcgtccc ttccggctcc gacgtcatca aggcggggga caccgtctat      660

ttcgcctaca agcccaccag ccagcgggca ctgctgcggg cgctgcacaa gacgcggggc      720

agcctcggca cggcctgcat cgtgggcggc gggaacatcg gcctgcgtct ggcgcggctc      780

cttgagaaca agggcgtgga caccaagctt atcgacatca gcgaggagcg ctgcgaacag      840

ctggcggacc agctgcaggg tacgctggtc ctgcacggcg acggcacgga caagtccctc      900

ctgcaggaag agcatattga tcagatggac gccttcatcg cggtgacggg cgacgaggaa      960

tcgaacatcc tgtcctgcct gctggcgaaa tccctcggcg tgaaggaaac cgtggcccgc     1020

gtgaacaagg ccgcctacct ccccctcgtg gaagccatcg gcatcgcgca cagcgtgagc     1080

ccccgcttgt ccgccgtgaa cagtattttg cagtatatcc ggcaagggaa ggtgctttcc     1140

agcgtctccg tgggcggcga cgccgctgaa atgctcgagg ctctggtgga tgaggaatcc     1200

cttgtcgccg ggaagcgtgt gcatgagctt ggcctgccca aggggatact tctgctcggg     1260

gtcatccggg gcggcgaggc gttcatccct tccggccaga ccgtcatcca gccgcaggat     1320

cgcattgttc tgctcagcct ccgcgagaag atgagcaagc ttgagggcat cgtttcgaaa     1380

aagaaggaat ga                                                         1392


<210>  537
<211>  1077
<212>  DNA
<213>  Bilophila wadsworthia 3_1_42

<400>  537
atgcgtacac tcgtgctctt gatggccgcc ctgtttcttg cggccgggct ggcctccgcg       60

ccggcccagg ccataggcgc ccaaaaagaa atgaaggtcg gctttatcta tatttccccg      120

atcggcgagg gagggtggtc atacgcgcat gatcaggccc gcaagttcct gagctccctg      180

cccggcgtga cgacctcgta tgtggaaagc gtacccgaag ggcaggacgc cgagcgcatc      240

atccagaaca tggcccgtaa gcattacgat atcatttttg cgaccagttt cggctacatg      300

gattccatgc tcaacgtcgc cgaacagttc ccgaattcca cgttcatgca ctgctccggc      360

tataagaccg cccccaacat gagcaactat ttcggccgga tctatcaggc ccgttacctt      420

accggccttg tggccggttc catgacccaa agcaacgtca tcggctacgt ggcggccttc      480

cccctccccg aagtcatccg cggcatcaat gcgtttaccc tcggcgtgcg cgccgtgaac      540

cccaaggccg aagtccgcgt ggtctggacc aagtcatggt atgatcctgc catggaaaag      600

agcgtagcca agaacctcat caaagagggc gcggacgtca tcgcgcagca tcaggactcc      660

agcgggccgc aagaagccgc acaggaacag gggacctact ccatcggtta caataccgac      720

atgagccggg tcgcgcccag ggctcacatg acctccgcca tatggtcgtg gaaccccgtc      780

tacgaaaacg tcgtggagca ggtccgcgcc gggacgtgga aaaacggctc cttctggtac      840

ggcatggaaa ccggcgtggt ggatatcgcc ccctacggcc ccatggtccc gcaaaacgtg      900

cgcgacttga ccgaggcggc caaggccgac atcaaaagcg gcaaactcgt tgtcttcaca      960

ggccccatca aagatcagaa aggcgttgag cgcatcccca cgggcatggt tccttccgac     1020

aaggaactgc tcggcatgga ttggttcgtt gaaggcgtca tcggcacgat cgactag        1077


<210>  538
<211>  3222
<212>  DNA
<213>  Bilophila wadsworthia 3_1_43

<400>  538
atgaacgtac gtgaggaaaa tgccgccaga gccctgatcc agggcttcct gaaagattcc       60

gtccctgaat acatcaagga tacgggacag gaaatactga acagcggcgg cgtccacaag      120

ctgaccatcc gcaaggaagg cgacacttgg gacgtggaag gcatcgtcca gggcgaagac      180

ttccagaact attcgcccca cctgatgctg aatccgggag actcccagat ttcgtataac      240

tgcaactgcc atgaagcgtt catgggcgtt tgccgtcacg tggccgccac cgccttgaag      300

atgtttgcgg atctcgacaa ggactatggc gcgcccgagg aaccgcagcg cctcaacacc      360

gaatggcgcc agagcttccg cagtttcttc tccagctcgc tggagccgga aaccggacgc      420

cactacttca tcttccggtt ttatcccgaa ccgggccgcc tcatcgtggc gcttttccgg      480

gcacggcaga acaagaccgg cctgtcctcc gtccatcagg aaacgtcgct ggagcagatc      540

ctgcgcaatc ccgagtggtg cgatcagtct ccccagctct tgcaggtcgc ccgccagatc      600

ggccactacc tcgactacta cgggcaccgg atcgaaattc cggaaggcct cgtttcgtgg      660

ttcttctggg ccatccgccg cgaatactac atgttctgga aggacacgga catcccatgc      720

accatcgtga gcacgccgct caccgtgaag ctccgccccg gccttgacga ggacgggctg      780

cgcttcgacg tgctgctcca acgcggagaa aagaaaccct tctccatttc ggaagaggac      840

agcgaaatca ccttccacgg gcagatgccc ctgtgggtgt gctggaacca gagcttctac      900

ccggtgcaga ccagcctttc cccctcgctg gtgaaacagc ttgtcgccga ccatccggtg      960

gtcccgcagg acaacatttc ggaattcctc gaccgggtgt gggcgcgcct gcccgcctcc     1020

gagctttacg agcccgacga attcctcaag atcatgggcc cgatcttcca gcccgcgacc     1080

tacgatccca agctgttcct cgacgaggaa ggcagcctgc ttacgcttga agtccagaac     1140

acctatgaga cggtgcacgg cgaattcgtc ctccccggtc cgaacccgga cttccagacg     1200

ggcagctacg tctttgaagg gcatacattc ctcgtgcgcc gcgatcagac cgaagaggcc     1260

gcgctcatgg cgcagctcgc ggaaatgcac ttccagccca gaagcacccg gctgtggttc     1320

atggagccgg aagaggccat cgccttcctg ctcgactcct accccacgct ggtggagaac     1380

tggcgcgtgt acggcgaaaa ggccctcacc cgctacaaag tgcgcatgtc gcagccggtc     1440

atttccgcca aggtggagag caacgaaaag gaaaaatggt tcaccctcga tatcgatgtg     1500

gaatacgacg gccagcacct gcctctggag cgcatctgga aggcatgggt acgcggccgc     1560

cgttacgtgc agctcaagga cggctcctac acgagcctgc ccgagtcgtg gctggaaaag     1620

ctggcccaca agctgcaggc cctcggtttc gaccccacca agccgcccaa gcgccagttc     1680

aagcaattcg aagcccccgt gctcgacaac ctgctcgacg atctgcccaa tgcggagacc     1740

gactccttct ggaactcgct gcgtgaaaag gtacggaact tcaccgaggt ggagcccgtc     1800

agcacgccca agggcctgac cgccacgctc cgcaactacc agctgcaggg cgtttcgtac     1860

ctgaacttcc tcagcgaata cgggttcggc ggcatcctcg cggacgaaat gggcctcggc     1920

aagaccatcc agaccctgtc gttcatccag catatggtca accacgggca tgaaggcccg     1980

aacctcattg tggtgcccac gtccgtgctg cccaactggg agcgcgaatc cgaaaagttc     2040

gtgccccacc tcaagcggct gatcatctac ggcacgcgcc gcgaaggcat gttccgcaag     2100

gtggcggatt ccgacatcgt ggtgacgacc tacgccctgc tccgccgcga ccttgaggag     2160

ctggaaaagc actatttcaa ctcgatcatc cttgacgaag cgcagaacat caagaacccg     2220

aacaccatca cggcgcgctc ggtgcgttcc atcaaggccc ggatgcggct gtgcctgtcc     2280

ggtacgccca tcgaaaacaa cctgttcgaa ctgtggtcgc tgttcgagtt cctgatgccc     2340

ggattcctcg gctcgcagca cgcgttccag cgcggcgtgg tcaagcccat ccgcgacggg     2400

gacggcgaaa gcctcgaata cctgcgttcc cgcgtgaagc cgttcatcct gcggcgtacc     2460

aaggccgaag tggccaagga tctgccgccg aagatcgaga gcgtgacgta ctgcaacatg     2520

acggacgaac aggccgaact ctacacggcc ctgacccgga agctccgcga tcaggtgctg     2580

gccgacgtcg aaagcaaggg catggccaag agccagatgt ccatcctcga cgcgctgctc     2640

aagcttcgcc agatctgttg ccacccgcgc ctgctcaagg tggacatgcc cggcttctcc     2700

accgggagcc tgccctccgg caagttcgag gctttcaagg atatgatctt cgacgtggtg     2760

gaaggcggcc acaaagttct ggtcttctcg cagttcgtgc agatgctgca gatcatccgc     2820

ggctggctcc agctgacgga catccccttc tgctatctgg atggcaccag caaggaccgc     2880

ctcgatcagg tggaccgctt caacaacagc ccggaaatcc cgatcttcct catctctttg     2940

aaggcgggcg gcacgggcat caacctgacc tcagcggact acgtcatcca ttacgatccg     3000

tggtggaacc ccgccgtgga aagccaggca accgaccgta cccaccgtat cggccagacg     3060

cgtcaggtgt tctcctacaa gctgatctgc cagaataccg tggaagagaa gatcctcaag     3120

cttcaggaaa tgaagcgcgg cgtcgccgag gccgtcatcc ccggtcagga cacgtggaag     3180

tccctcacca aggaagacct cgaaatgctg tttgaggttt aa                        3222


<210>  539
<211>  1626
<212>  DNA
<213>  Bilophila wadsworthia 3_1_44

<400>  539
atgcgacaac ggcccgtttc catcctttgc ctcctggcct tgttctgtct gctcgcggcc       60

tgctccccca agcaagacaa aaagcaggag ttcatggatc actggaagca gctctcgcag      120

gattcgcagg gctattcgcc cgcaccctcc gatctgcgcc ccgagccccg cgtgatcatg      180

cgccacacgg aaaaacagga acaggccgcg tcccgtcccc tgcccaccat tcccgtcacc      240

ctcaagctcc acaacgtgga tgtgggcgtc gccctgcgca gcctcgcggc cgccgccggg      300

gtcaacgtca tgctcagccc cggcgtgagc gggacggtca gcctcaatgt ccagaaatcc      360

ccgtggcggg acgtgttcca agggctgctg cgcgccaacg gcctgcaata ccgctggcag      420

ggcaacatcc tgcaagtctt gaccgccgtg gaaaaacaga aggaaatcaa cctccagacg      480

ctcgacaacc agcttgccca gcaggagctc atctcccgcc agaactcgcc gctcaccgtc      540

agcgtggtca gcgtgcgcta tgccgaagcc gcggccctgc agcagagcct caccaaattc      600

ctcaccgccg ccaacgggca aggcgggcag gccgccgtca tcgaagtgga cgaacacagc      660

aacgccctga tcatacaggc cacggaacag gatcagcagc gcatcatccg gcttgtggac      720

aacctcgacc gcccgcgccc gcaggtccac ctcaaggcct acatcgtgga agccaccaag      780

gaaaccgccc gcgaactcgg cgtgcagtgg ggcggcgtct ggcgttccgg ttccttcaac      840

aacggcaacc acgcgtggat cggctccggc gcgtccggca cgcaggggca ggaccccgtc      900

accggcggcc tgaccggaac gcacggctcc ggcctcggcg gcgcgccttt cggcctcgac      960

tattccggca tcgcctccaa cgacatgggc tccctcggct tcctgttcgg caaggtcggc     1020

ggcagtatgc tcgaagtcca gctcaacctc atggaaaagg acggcaacat caacatcctg     1080

tcctcgccct ccatcaccac gctggacaac aagatggcct acaccgagaa cggcgaaaag     1140

gtcccctatg tttccacaag caacatgggc gaccgcgagg tcaagttcga agacgcggtc     1200

ctgcgcctcg agatgacgcc caacgtcatc gacggcgaca acctcaagct caaagtgctg     1260

gtcaagaagg acgaagtgga cacctcccgt tccgtggacg gcaatccctt catcatcaag     1320

aagcagaccg aaacgaccct catcatgcgc aacggcgaaa ccgtggtcat ctccggcctg     1380

accaaggaaa aggggacgga catcaacgcg ggcgttcccg ggctcaagga catccccggc     1440

ggcaagtacg tcttcggcca cgagagcaag ggcaagacga tggaggaagt gcttatcttc     1500

atcacgccgg aaatcctgcc cacgcgggaa ctgccgccgc tcccgtccgc tccttccatg     1560

agcgaaagcc cttcactccg gaacggggcg cttcccgcgc cctcggccgg ggccgcgagg     1620

agatag                                                                1626


<210>  540
<211>  1452
<212>  DNA
<213>  Bilophila wadsworthia 3_1_45

<400>  540
atggcgtttg tttcttccgg ctacaatcct gaaaagccga tggaaggccg tatctccgat       60

attggccccc gcaaatacga ctcgttcttc cctgaagtca tcaagaagaa cttcggcaaa      120

tggctgtacc acgaaatcct ggaacccggc gtgctcgtgc acgtcgccga atccggcgat      180

aaggtgtaca ccgtgcgctg tggcggcacc cgtacgatgt ccgttaccaa catccgcgaa      240

atctgcgaaa tcgccgacaa gtactgcgat gggcacgttc gctggacgac ccgtaacaac      300

atcgaattca tggtgaccga cgaagccacc ctgaaggccc tgaaggaaga cctggcgggc      360

cgcaagttcg ccgccggctc ctacaagttc cccatcggcg gcaccggcgc cggcgtttcc      420

aacatcgtgc acacccaggg ctgggtgcac tgccacaccc ccgccaccga cgcctccggc      480

ccggttaagg ctgtgatgga caccatgttc gacgagttca agaacatgcg tctgcccgcc      540

cccgtgcgca tttcgctggc ttgctgcatc aacatgtgcg gcgccgtgca ctgctccgac      600

atcggtatcg tgggtatcca ccgcaagcct ccgatgatcg acgaccagtg ggttgaccag      660

ctctgcgaaa tcccgctggc tgtcgccgcc tgccccaccg ccgccgtgcg cccggtcaag      720

agcgaacacg acggcaagaa ggtgaactcc gtggccatca agcaggaccg ctgcatgtac      780

tgcggtaact gctacaccat gtgccccgcc ctgcccatct ccgacggcga aggcgacggc      840

atcgccctga tggtcggcgg caaggtttcc aaccgtatct ccatgcccaa gttctccaaa      900

gtggtcgtgg cgtacattcc caacgaaccg ccccgctgga acaccctcac cagcacgatc      960

aagcacatcg tggaagtgta ctccgaaaac gccaacaagt acgaacggct gggcgactgg     1020

gccgaacgca tcggctggga atccttcttc gaactgaccg gccttgagtt cacccaccac     1080

ctgatcgacg acttccgcga tccggcttac tacacctggc gccagagcac ccagttcaag     1140

ttctctgaac tggccctcgc cgcccacggt ggcgaagccc acgaagctgc ttccgccgct     1200

gaagtcaccg ccgaagacaa ggaaattgtc atcaacttcc tcaaggacaa gatgtcccgt     1260

cccggcgcga agaccaagta ctacttcaag gacttccttg aactcttccc cgccaagggc     1320

acccgcgacg tcaagaacgt cctgtccgtg ctcgtgtccg aagagtctct ggaatactgg     1380

tcttccggct ccacgaccat gtacggtctg aagggcgccg gcaagcaggc ctcttccgaa     1440

ggcgaaaact ag                                                         1452


<210>  541
<211>  1464
<212>  DNA
<213>  Bilophila wadsworthia 3_1_46

<400>  541
gtgccgtatc ccggcgtatg ccaatccact tctgacagcg tggttcttcc cttgcgaaat       60

accttttccg caggcaccat actcatcagt tttatctgcc tcttcctcgt tgtgggcggg      120

atgtatctcg tcaacagtcg gcgggaagcc tctctgctga ttcccgagag ccagcccgtc      180

gcggtgtctt ctgtggctca acgccttcaa gatcaggtga ctccttccct ttttgcctta      240

tgggaaaggg caaagagcgc tgttgccgtg cttcctgagg agcctcccgc tcaggagatg      300

ccggaaggtg aagcggccat cgtttccgag atgcagcagg ttccgctgga gcaggaacct      360

ccgtccgatc cttccgtcat caacggcgtc attgccaagg gcgacagcgc ctcagaactg      420

ctttcgccat atatgtccgc gagttccgtc caacagcttc tgaatgtgac gcgaaagctt      480

cacccgctca acaacctccg cacagggcaa ccctacacgc tggtctgctc cccggacggc      540

agggacatgg agcgcttcga atacgagatc aacgatcgca agaagctcat tgtcacgaaa      600

acggatgaag ggcttgtcgc ccacgtcgag ccgatagtct atgatttcag tctggtgcgc      660

gtaagcggaa ccatccgttc cagtttgttc gagacgctgg cctcgaccgg tgaatcgccc      720

attctggccg tgcgcattgc ggatattttc ggctcggaga tcaacttcat caaggacttg      780

cgcgaaggtg acagtttttc cctgttgatt gaaaagcggt tccgggaaaa cgagtttaag      840

ggctacggca aagtgctcgg ggcgacgttc accaatcagg ggaaaacgta cgaagcctat      900

aacttcgcca cggaagacgg cgaagccttc ttcaacgcca agggcgaaag cctcaaaaag      960

accctcctga aggctccgct ggcgttcacg cggatttcct cggggtattc catgaaccgc     1020

aagcatccga tttttaaaac acataagccg catcagggcg tcgattacgc ggctcccacc     1080

ggaaccccgg tcaaggccgt cggcgacggc acgatcgaaa aggccgggtg ggggaacggt     1140

tttgggaaca tggtcattct caagcattcc ggcgggctgg agtccatgta ttcgcatctt     1200

tccgggtttg cgtccggtgc caagcgcggg gcgcgggtca ggcaggggca ggtcatcggc     1260

tatgtgggcg caaccggata tgccaccggc ccgcatctgg atttccgcct caagcagaat     1320

ggtaaatacg tgaatcccgc caaggttgtg gcgccgcgcg gcggcagtat cccccgcaac     1380

cggatgaatg attttaagaa caggaaagct ttgatcggag aatacttgag cggcaagcgc     1440

agcctgtccg actataagcg gtga                                            1464


<210>  542
<211>  1299
<212>  DNA
<213>  Bilophila wadsworthia 3_1_47

<400>  542
atggatgagc tgacccttct cgccaacgcc ctcatggcgc ttgacgacaa gctcgccgcc       60

tgcatgaaat gcggcatgtg ccagtccgtg tgtcccgttt tcggcgaaac catgatggaa      120

gccgacgtga cccgcggaaa gctcacgctg ctggaaaaat tggctcaccg tctcattgag      180

gacccggacg cggtcaacga aaaactcaat cgttgcctcc tgtgcggctc ctgtcaggcg      240

aactgccctt ccggcgtttc cattctggaa atcttcatgg aggcccgcgc catcgttgcg      300

gcctataaag gcctttcgcc cctcaagaag gccatcttcc gtaccctgtt gccgaatccg      360

aaactgttcg gtttcctgct gaagatcggc gctcctttcc aagggctggc catgcgcgac      420

gacaacaacg cgcagggcac cgccacgtgt tccccgctgc tgcgtccgtt cctcggcgaa      480

cgccacatgc agcccctcgc caagcagacc ctcagcgcca agatcggcgc ggtgaactcc      540

cccgccggga aaagccgctg caaggtggcc ttcttccccg gctgcatggg cgacaagatc      600

ttcaccaacg tttccgaagc ctgcctcaaa gtgttcgact accacgaagt cggcgtctat      660

ctgcctacca actattcctg ttgcggcatt cccgccctct cgtccggcga ccttgaaggt      720

ttcgaaaaga tggtcatgca caacgtggac gtattgaagg aaggctcctt cgatctcatc      780

gtcacgccct gctcgtcctg tacggaaacc atccggtccc tgtggcccaa gatggcgggc      840

aaaatgccct acaagtaccg cgacgccatc aatgagctct cccagaaggc gatggacatc      900

aacgccttcc tcgtggatgt gctcaaggtg aagccccgcg cgtccgggcg ccacggccag      960

accaaggtga cctatcacga gtcctgccac ctgctccgct ctctcggcgt cagcgcgcag     1020

ccccgtgagc ttatccgcat gaacccggat tacgatctcg tggagatgaa ggaagccgac     1080

cgttgctgcg gttgcggcgg cagtttcacc ctctctcact atgatttgtc ccgcaaaatc     1140

ggtcagcgca aacgcgacaa catcgtcgcc agcggtgcgg aagtggtcgc caccggctgc     1200

cccgcctgta tgatacagct ttccgacatg ctcgcccaca acggcgacag cgtgaccgtc     1260

aagcacacga tcgaaatcta tgccgactcg ttgaaataa                            1299


<210>  543
<211>  1461
<212>  DNA
<213>  Bilophila wadsworthia 3_1_48

<400>  543
atgtccaaaa ttttgagcaa aggcctgacc ttcgatgatg tgttgttggt gcccgcctat       60

tctgaagtca cgccggatgt ggtggacgtg accgcttggc tgactccgtc catctctctg      120

aatattccgc tggtttccgc cgcgatggat accgtgaccg agtccgcgat ggccatttcc      180

atggcccgcg ccggcggcat cggcatcgtg cacaagaata tgagcatcga gcgccagaag      240

ctggagatcg aaaaggtcaa gaaatccgaa agcggcatga tcatcgatcc catcaccgtc      300

gagcccgacg acaccgtcga gcacgcgctg gatctcatgc acgcgtaccg cgtgtccggc      360

ctgcccgtgg tccgggaaaa gaagctggtc ggcatcctga ccaaccgcga cgtccgtttt      420

gttgaagatc tcgccgggac caaggtccgg gacgtgatga ccagcgaaaa cctgatcacc      480

gttcccaccg gaaccacgct tgaggaagcc aagcaccacc tgcacaccca ccgcatcgaa      540

aagctgctcg tggttgacga aaagggtgag cttgccgggc ttcttaccat gaaggacatc      600

gacaaggtcc agaagtaccc caatgcctgt aaggacagca agggccgcct gcgcgtcggc      660

gcggccatcg gcgtgggccc ggaaggtgag aagcgcgccg ccgccctcat cgccgcgggc      720

gttgacgtgc tcgtgctcga ctccgcgcac ggccactcca agaacatttt ggatgccgtg      780

tccgccatca agggcgcgtt cccggattgc cagctcgtcg cgggcaacgt ggcgacctat      840

gaaggcgccc gcgccatgct gaaggccggc gccgacaccg tgaaggtggg catcgggccc      900

ggctccatct gcaccacgcg cgtcgtggcc ggtgtgggcg ttccgcaggt caccgccatc      960

atggaatgtt cccgcgccgc ccgtgaaatg gaccgttgct gtatcggcga cggcggcatc     1020

aaattctccg gcgatgtggt caaggccctc tccgccggag cgaattccgt catggtcggc     1080

agcctgctcg cgggcaccga ggaaagcccg ggcgaaacca tcctctatca aggccgtacc     1140

tacaagatct atcgcggcat ggggtccatc gacgccatga aggaaggcag ctccgaccgt     1200

tacttccagc agaagagcaa gaagctcgtc cccgaaggca tcgtgggacg cgtgcccttc     1260

cgcggcttgg ccagcgagac catttaccag cttgtgggcg gcgtccgctc cggtatgggc     1320

tactgcggcg cggcgaccat tcaggaactc ttcgaaaaat cccagatggt ggaaatctcc     1380

gccgcgggcc tgcgcgaaag ccatgtccac gacgtcatca tcaccaagga agctcccaac     1440

tatcgcgtgg acaacgcgta a                                               1461


<210>  544
<211>  1125
<212>  DNA
<213>  Bilophila wadsworthia 3_1_49

<400>  544
atgcccgaat ccaacgatac cccggacggc tggtccgaag ccgcagccgc gaaacagtcc       60

gaagcgcttc aggggctgcg cctccagatc gacgccgtgg accgcgaact gctggccctg      120

ctcaaccgcc gtgcctccct gagccttgaa gtggggcggg tgaaggcgaa tacgtccggc      180

cctgtcttcc gcccgcagcg cgaacggcag attctggaca accttgccag cgagaactca      240

ggccccctgc ccgaggagca tctgcgttcc atctggcatg aaattttcgc ttcgtcccgt      300

acccttcagc gtcccgtatc cgtggcctat ctcggccccg agggtacgaa ctcgtatttc      360

gcggctgtgg atctgctcgg gaatcttatg gattaccggc cttgcaagaa cttccgggag      420

gccttcgccg ccgtacacgg aggcgagtgc gcgctcggcg tgatcccgct tgagaacgtc      480

ctgcagggct ccgtggggca gtgcttcgat ctcttcatgg aatacgatgt gtacatccag      540

accgagtcgg tcgcccgcat ccagcacacg ctgctgtccg tggaatcgtc tccggaagcg      600

atcaaagtgg tgtattccca tccgcaggcg cttgcccagt gccagcgctg gctgcgtcag      660

cacctgcccg aagcctctct tatggcctgc gattccaccg ccgccgccgc gcgccgggcg      720

gtttccgagc cggggagcgc cgccatcggg cacaagagcc tgtccacgat gctcggtttg      780

cccatccttg cctataatct tgaggatgag ccgacgaatc agacgcgttt tgtggtcatc      840

ggccccaagc ccacggacac ttccgcagcc aacaagactt cggtactgtt cacgctgccc      900

gacaagcccg gctctctggc gggtattttg gatctgctgt tcaaggcggg ggtgaatctc      960

cgcaagctgg agtcgcgccc cttgcgctct cagagctgga aatacgcctt tttcgccgat     1020

ctcgagacga acctgctcaa gcccgagctc tccggcgtcc tcgccgaact ccgcaacacc     1080

tgccactcgt tcaggctgtt gggctgctac acggcagggg agtag                     1125


<210>  545
<211>  1326
<212>  DNA
<213>  Bilophila wadsworthia 3_1_50

<400>  545
atggcccaga caaaaggcat actggaacgg gttttcaagc tgagcgaaaa aggaacgacc       60

gtcaaaacgg aaatcctcgc cggcctgacc accttcgtcg ctatggctta catcattttc      120

gtcaatccga gcatcctcgc ggacgcgggt atccccaagg aagccgccat tgcagcaacc      180

gtctggtccg cggtcatcgg cagcgccgcc atgggcctct gggccaattt ccctgtggcc      240

gtagcccccg gcatggggtt gaacgccttc ttcgcctact acgtctgcgg cgtcctcggc      300

ctgcactgga ccgtggccct cggtgcggtg ttcttctccg gcatcgtgtt cctgctgctg      360

acggttacgc acgtccgcca gctactcatt gatgccgtgc ccatgaacct caagtatgcc      420

atcgtcgtcg gcatcggcat gttcatcgcc ttcatcgggc tccagaacgc gggcatcgtg      480

gtaaagaacg acgctacagt ggtcgccctc ggccatgtca cccaacccgg cccgctgctg      540

gcctgttgcg gcctcatgct cacggcgggg ctcatggccc gtaacgtcca ggggagcctg      600

ctcatcggca tcctcgtgac cgccgtgctc ggcatggtat tcggcgtatc tccggcccct      660

tccgggatcg acagcgttat gagtttctcc ctcccgagcc tcgcccccac gctcatgcag      720

ctcgacatca tgggcgcgct caagtacggc atcatttcga tcatcttcac cttcaccatc      780

gtcgagctgt tcgacaacat ggggacgctc atcggcctct cccgcaaagc ccggctgatg      840

gatgacaagg gccacatcga gaacctcgac aaggcgctgg tcaccgactc cgtcggcacg      900

gtggtcagca gcttcctcgg tacgtccacc gtcaccagct atgtggaaag cgccgcgggc      960

atttcgcagg gcggccgcac cggcctgacc gcgttgaccg tggcggtcct gttcgccgcc     1020

tctctggtgt tcgccccgct catcggcctt gtgcccgctt tcgccacggc tccggcgctg     1080

ctcatcgtgg gcgcgctcat gatgatggaa gtgatgaaca tcgacttcaa cgattttacc     1140

gaaggcttcc cggccttcat gaccatcatc atgatgccgc tgacctacag catcgccagc     1200

ggtttcgggt tcggcttcgt cagctacgcc gccgtgaagc tcctttccgg ccgtgcccgc     1260

gaagtgagcc tcttcatgtg gatcatcacc gccatgttcg tcatcaactt cgccatgcgg     1320

agttag                                                                1326


<210>  546
<211>  1650
<212>  DNA
<213>  Bilophila wadsworthia 3_1_51

<400>  546
atgcatctga tattccgtac ggctctgatg ctgtgtacaa tgctggtttt tgtggcgcaa       60

gcccttgccg ccgatgtgcg cagctacgcg gtgctgcctt ttaaagtgaa cggttccagc      120

gggttcacct atctggaaaa ggccatcccg tccatgctga actcccgcct ctactggcag      180

gggcacttcc agcccgttgc cgacgccgcg ctcgccaagg ccggggccgt gagcgacgcg      240

ggaagcgccg ccaaggccct ttccgccacc ggtgccgact atgtcatctg gggcgacgtg      300

acggtcatgg gcgacaacgc cagccttgac gtgcgcgtcc gtgacaaggc gggcaaggaa      360

tggcgcaagg gcgcgaaaac ccgcgtcaat gacctcatcg ccagccttca gggcgtttcc      420

gacagcatca acgccgaagt cttcgggcgc ggcggttccg gcgtcgttgc ggcggctccg      480

gctgcaagcg ccgggcaggc gaaccccaac tttgtccaga aggacgccac gcagagccag      540

gtctacctga acccgcagtt ccgctatcag ggcagcgacg gcacgcgtta ccgcagccag      600

acgcttcctt atgcgtccgt gggcatgatc gttgccgacg tgaacggcga cggcaagaac      660

gaagtggtcg tgctcggcga aaagcgcctt tacgtgtatc agtggcagaa cgagcgcctc      720

gtgcagcttg gggaatacaa gattcccacc cgcatgatgc cgcttgcgct ccgcagcatc      780

gatttgaacc gcgacagggc tgaggagatc atcctgacgg cctacgaaga agactacacg      840

cagccgtatt ccatggtcct gagcttcaag gggaatacct tcaccgaagt ggcggaacgc      900

ctcccctact atctgaacgt ggttcgcatt cctccggatt acatgcccac gctgatcggc      960

cagaagggcg acccgtcccg tattttctcg cgtggcggcg tgtatgagat gatgaagcag     1020

ggcaacagcc tcgtgcagag caagaagctg gatctgccga gcggcgtgaa cgccctgaac     1080

ttcgcgtggc tgcccggaac gcctggcaag gaaaccgaaa agcttgtggt gctgaccgat     1140

gaagaacgcc tccgcgtgtt ctcggacaaa ggttcgcagc tgaaccagac ggacgagaag     1200

ttctccggat cggccatcgg catcgccgaa cagacgcaga tgcccggcat gggcaaagac     1260

aacatcctga tcccgtccaa gtatttcgtg ccgttgcgca tgatcccttc ggatctggag     1320

caggacggct cttgggagct gctggtcaac aagcccattt cggtgtccgc gcagttcttc     1380

gagaactacc gcttcttccc cgagggtgaa atcgaatccc tgtactggga cggcgtgggc     1440

ctcggcctcc agtggaagac ccgccgcatc aagggctctg ttgtggactt cgcgctggct     1500

gacccgaaca acgacggcac caaggacctc gtggtctgcc tgaacacgca ccccggcgcg     1560

ctcggcctcc agaaccgcaa gacggtggtg gtcttctacc cgctggatct cagcatgatg     1620

gacccgaaga cggccccggc gctcgactag                                      1650


<210>  547
<211>  1641
<212>  DNA
<213>  Bilophila wadsworthia 3_1_52

<400>  547
atgaacatcg gatcatacac ttttcaggaa tttaagcggc ttgcggaaaa ctttcacggc       60

tatgcggcgc cgggcctgct tatcggcggc tacatggtgg aaatggcgaa ggcccgtatc      120

cccgagggga cgttgttcga ggccgtggtg gagacgcgca agtgcctgcc tgatgccgta      180

cagttgctga cgctgtgcag cgcggggaac aactggatga aggtgcacaa ccttggccgg      240

tatgcggtgt cgttgttcga caagcacacg ggcgagggcg tgcgtgtgag cgtggacccc      300

gccaagctgg acgctttccc ggaaatccgg ggctggttcc tcaaggaaaa gcccaaaaag      360

gatcaggatg aggtccggct gctcagtgaa atcgaagaag ccggggacgg catctgcaag      420

gcggagcccg tgaccatgaa gcgccgcttc ctcgggcaca cgcatatgag cgccatcggg      480

ctgtgcccca tgtgcggcga agcgtacccc aaagaggacg ggccggtctg ccgcggctgt      540

cagggggagg ctccctatgt cacggccagc cgggtactga aggcgccgcc gacgcgggtt      600

gtgcctgttg aggaggcggt gggcaaaaca gcggcccatg acatgacccg cattgagccg      660

ggcgcgttca aggggccgga attcaaggcc gggcagcgta tttccgtagg cgacatctgc      720

cgtctccagc agatggggcg tttccatgtc gctgtggtcg aggatgcgcc cgacgccggg      780

gatctcgtgc acgagaacga cgtcgcggaa gccttcgccc gccgtatggc cggtcccggc      840

gtgacctaca agctgccccc gcatgaaggc aagatcgatt ttatcgcgga gcgcgaaggt      900

ttgttcagcg tggatgcgga gcggatgttc cgtttcaaca tgctgccgga gatcatggtg      960

gcctcgcggc aggacgccac ggtggtgggc gagggtgcgc gccttgccgg gacacgcgcc     1020

attccgctgt atatttcccg cagccgtctc ggagaggcgc tttccgcgct tggggaaaag     1080

ccgcttttcg aagtcttgcc cctgcgcaag gccaaagtgg gcatccttgt taccgggacg     1140

gaagtttttc agggcatcat tgaggacaaa ttcatcccgg tcatcacggc caaggcgcat     1200

cagttccact gtgacgtggt gcgctcggtc attgccccgg acgatgtgaa gcgcatcgcc     1260

gaagcggtcc gggaaatcca ggaggccggg gccgatctgc tcgtgaccac gggcggcctg     1320

tcggtcgatc ccgatgacat gacccgccgc gccctgctcg aagccgggtt gaccgacgtg     1380

ctgcacggag tcccggtatt gccggggacc atgagcctca tgggccgcat tcccggcgat     1440

cttgcccacc cggaagggat gcaggtgctc ggcgttcccg cgtgtgccct gtactacaag     1500

acgacattcc ttgatctggt gcttccccgc ctgcttgccg ggcgtgaact cacccgcgcc     1560

gaactcgccc gcatcggtga aggcgggtat tgcctcggct gcaagatctg cacatacccc     1620

aaatgttctt ttggcaaata g                                               1641


<210>  548
<211>  1743
<212>  DNA
<213>  Bilophila wadsworthia 3_1_53

<400>  548
atgggacgga acgcaagagc cattcaggaa atcaaggcgc gcttgaatct ggtggacatt       60

gcccgacggt acgtggacct gaaacgcaat gggcctcgct gggtagcgcc ttgtcctttt      120

caccaggaaa ccaagccctc gttttccatc aacgaggaag aaggtttttt ttattgtttc      180

ggttgtcagg cttccggaga tttgttcgat ttttacgggc agatcaacgg gctggatttc      240

aaggaaacgc ttgaacagct cgcggaagag gctggcgtca cgctggaacg cgggccgcag      300

aagcacgacg gccagcctgc cggacaaacc atgtccaaac ggcggcagct gctgaaaatc      360

catgagatcg cggcggcgca tttcacggag aacctctcag gccgggacgg cgcggaatgc      420

cgggactaca tggcccggag agggatttcg gaagaggtgg cgaaactctt cgggcttggc      480

tggagccgcc gggactggca gtcgctcgcg gaagtgctgc ggcgggccgg attcagcgaa      540

tcgatgggcg tggaggccgc gctgctcggc aagagcgagc ggggcagggc gtatgaccgt      600

ttccgcgggc ggttgatgtt tcccatccgc agcctttcgg ggaacgtcat cgcatttggc      660

gggcgcatca tcgccaacga ggacgaagcc aaatacatca acagcagtga ttcgcagctg      720

tacaaaaaag gcgaacactt gtacggactg caacaggccc ggcgcgccat tgcgacggga      780

aagcccgcca tgttaacgga aggttacatg gacgtggtga cgctgcacca gttcggctac      840

tccagtgcgg tgggcgtgct cggtacggcg ttcaccccgg aacaggtgaa acggatttca      900

gggtttacgt cgcacgtgga gctgcttttc gacggcgacg ggccgggccg caaggccgcg      960

ctccgtgcgt gcgagatgct gttgacgcgg gggctgtcct gtaaagtcgt cctttttccg     1020

gagggcgagg acatcgacag cctgttacgg acgcagggaa cggacatttt tgaggatttg     1080

cgcaggaatg cgccggaggg catggccttc tgcgtgcgtt gcctgcgcga tatggccccg     1140

cgggaagccg tggactgggc gcgcgagttt ctcaggcagg ttgaactgcc cgaactcgtc     1200

agccgtttcg cgtccacatt gagcaccggc ttggggctgg cggaaagcga gttgcgcgag     1260

cggatcattg agagccgcgg cgcgcgggcg cttccgcgca acgcgggcgg ccaggagacc     1320

cagccgcccg tgcggacgaa tcccagagac agggaaatca tgacctttgc ggtccggtat     1380

ccctcctctc tgccccgcct tcgggagctt ggggcccatc tggttctgag cgccgcgtgg     1440

gcgcgggatc tttggcaaaa acttgaagag taccctgtgg atgaagtggt gcagcatctt     1500

gaccccaggg aaaagcgttt ctggatccgg tgtcgcaccg gggacgtgcc ccctctcgac     1560

aacgaagagg gtgaattcgg cgcaatccgc accatgcttg atacgttgca tttgaccgcg     1620

caatcggcct cggtttcggc cgcattgcgt cagggagccg gcgcaggcaa ttttgaggcc     1680

gatttggaat atttgcgcgc ccttcaggaa acgttggaga ggactcatgg ggaacaacat     1740

taa                                                                   1743


<210>  549
<211>  1377
<212>  DNA
<213>  Bilophila wadsworthia 3_1_54

<400>  549
atggacatct cacagcgcaa cctcctcgaa ctggccatga gcagcctgcc cacggggctg       60

ttcatctgcg acagggacgg catcatccgg ttcatcaacg acgcctacgc caattacctg      120

cgcgtccgcc cggaagatgc catgggccgc cacattacgg atttcatccc cgattccggc      180

atcccggcgg tcatcgcttc cggcgagccg gaactcggcg catggcggag catacagggc      240

agcgaaagga agatcctcgt caaccgcatc ccgctccgcg accaggacgg gcacgtcatc      300

ggcgcgttct ccctgaccct gttcgatacc ccggaacaga tgcaggcact gctccagcgc      360

gtggatttcc tcgacaagaa ggtcaattcc tacgcccggc gcatcaagag cgccctccgg      420

gcaagccata ccatcaattc catcctcggc aacagccccg ccatcacggc gttcaagtcc      480

tacctgctgc gctacgcgcg gaccgaatcg ccggtcctca tcctcggcgc gaccggaacc      540

ggcaaagaac tggcggccag cgcaatccac atggcgagca accggcccga cggccccttc      600

gtcagcatca actgcgcggc catcccgaag gagctgttcg agtcggaagt cttcggctac      660

gtgcccgggg ccttctccgg cgcgcacaag gacggcaaaa tcgggcagat cgaactggcc      720

gatcagggca ccctgttcct cgacgaagtg ggggatcttc ccctgcacgc gcaggtcaag      780

ctgctccggg tgctggagga gaaaaccctc tcccggctcg gatcgtcgca gccccgggcc      840

gtggatttcc ggcttgtcgc cgcgaccaac cgcgacctca aaaaaatgat cgcggcgggg      900

acgttccgcg aagacctgta ctaccgcatc aaccccatga ccctcaacct tccgcccctg      960

agcgagcgcg tcgaggacat ccccctgatc gtgcgcgatg tcctcaaccg catggggggc     1020

gagggagtcc ggtgtacgga aagcgccatg aacgcgctca tgcgctatcc gtggcccggc     1080

aacatccgtg agctgcgcaa cgtgctcatc cgggccctga gcctgtgcca ggacaatcag     1140

atcacgctga cggatctgcc ctccgaactt cgccagcagg ccgtcgcgga atcggcgggc     1200

acggacggga aactccagtc cgtcgtcaag aacagcgaag cgcaaaccat catcctcgcc     1260

ctcggcgatc accactggaa cgtcgccaag acggcccgcg ccctgggcat ctcccgggcc     1320

agcatgtatg aaaagatgcg taaattcagc atcaagaggc cgccgaacgg gttttaa        1377


<210>  550
<211>  1590
<212>  DNA
<213>  Bilophila wadsworthia 3_1_55

<400>  550
ttgttcggca aaaaagactc cgtggacaag ggcctgccgt tcgggctgac ccggttcctc       60

tcgtggatat cgcttatcct gatccttcct tccagcgcga tgctggcctt tttcatcggc      120

aattccgcac gcaacacgct gctgctccgc cagcagcaat acgccatgct catggccagc      180

aacctgaacc agcagatcta ccgccggttc acgctgccta ccttcctcgc gttcgggcgc      240

atcgccctgc gccaaagtat gcagtaccag cagctcgacg atgtggtgca atccaccatc      300

ctcggcctgc atttggaatc cctgcgcatc tatggggccg acagggtcgt caactactcc      360

atcaatcaga tggaactggg ccggaccgac atcacgcccg cgtcgatgga acgcgtcatg      420

agttcgggca tccccttctt tgagacgctc tccagcgtca acatgctttc cgccatgttc      480

atgctcaaga tcccggacgg cagctactcg ctgcggacca tgttccccct gaccgtggat      540

ctcggcatca gcgagagcac cggcaaaccg gaatcccttg tgaccggcgt gttggaaatc      600

acgcaggaca tcaccgacga ttacgacagc gtcgtgcgct tccagtggct catcctcgcc      660

acatgccttg gttcgtccac catcctgttc gccatcctcc agttcttcat catcaaggca      720

gaacggaccc ttgccgagcg catgagccgc aaccgcaagc ttgaggccga actccatcag      780

aacgaaaagc tcgccagcat gggccgcgtc atcgccagca tcgcccacga gatccgcaat      840

ccgctcggca tcatccggtc aagctccgag tttctcatcc ggcgcacgcc ggaacaggag      900

aaaggcagcc ccgcccagcg tatcctcacg gccattttcg acgagtcctg ccgtttgagc      960

cagatcgtca acgacttcct cgactatgcc cgcccccgcg taccccgtca ggatcgcgtg     1020

gatctcaacg cgctgctgaa tcaggccgcc ggcttcctcg acggcgaaat gaagcgcctc     1080

ggcgtggaat gcgtccgcga cacggaaggt tccctgttcg tcctcgggga caaggatctg     1140

ctgtaccggg ccgtctacaa cattctggtc aacgcctatc aggccatcgg gaccaacggg     1200

accatccata tccgcggcga acgacgggac gacggcatga tcgcgctctc gttccacgac     1260

agcggccccg gtttcccgcc cgccctgctg cacaagcttc ttgatccctt ctttaccacc     1320

aaggatcacg gcacgggcct cggcctgccc atcgtgaaca ccatcatcac gtcccacaac     1380

gggaaactgc tcctgaccaa ccccgaagag ggcggagcca tgatcaccat cctgctcccg     1440

gttgccagcg agccggatat aggcgacact cccgaaaaag acgaacggcc ggccgcaagc     1500

gcggatgacg agcccgtgac gctgaccgat ccgctcccct cggagaaaca cgatttgcgg     1560

gaaggcgacg cctctccgca gacacgctag                                      1590


<210>  551
<211>  1113
<212>  DNA
<213>  Clostridiales

<400>  551
atggctcgtt ttgccccgaa gaataccctg ccggcgcttg gcgggctgtt gggcgctgct       60

ttgctgatcg gctatgcccc cgctgccgcg gagggagcga tgcggggact ttccgcctgc      120

gggaggatca ttctgccggc ggtgttcccg tttttggcgg tttcggtatt cctggcgggg      180

gcgcccgggg gcgtgggact ggcggccctc ctttccgggg tgatgcgata ctgcttccgg      240

ctgcccgcgg ctgcggcgcc ggccctgctg atgagttgga tcggggggta tcccgccggg      300

gccaaaacgc tggcagagct gcggcggcag ggggccctta ccgcgcggga aacggaggaa      360

gcggccccgg tgctgattta cagcgggccg gcctatatgg ccggggtggt gggcggccgc      420

attttcggct ccacggtggt ggggattttt ttgttcctgt gccagctggc ggcgggtctg      480

ctgctggggc ggctgtttgc ctggggccgg ccgctgccgc ccaaagggag ccgcttgcgg      540

tcttctccca aaacggagcc ggccgcggtg ctgctggtac ggtcggtggg ttcggcggct      600

tcctcggcgg tgaatatctg cgcctttgtg gtgctgcttt cggcctttgc ggaagtattc      660

tccgcctgcg ggctgttccc tttgctggag aggggggtgg cttttctcac gcgcggggga      720

atagccggag aggtggccca ctgctttttt accggccttt tggaaatctg cgcgggttcg      780

gcgctggcgg tggagctgcc ccctaccgag gccggcaaga tcctgccgtt tctgctttcc      840

tttgggggac tttcggtttg ctgtcaggtt tcggcctgct ttggggagga gccgctgccc      900

tggggaaagc tgctgtgggg gcggctgctg catgggcttt ttacggcgct tttggcggta      960

ccgtggctga aaagggcggt gctcccggcc atgaccgggg cagctgtgcc ggctttttcc     1020

gtggggcgga tgctgtgggg cagcggggcg atggtgctgc tgtgcctgct gctgaccgtc     1080

cgttgggagc gggggatggc ggcagaggga tga                                  1113


<210>  552
<211>  816
<212>  DNA
<213>  Clostridiales

<400>  552
atgaaatttc gcttttcttc cgtcccctat attgtttggt cggtgatttt tgtcgtcgta       60

ccgctcattc tggtggcggt attcggcctt tccaccagtg atggccagtt cacctttgcc      120

aatgtcgcca aggtctcgga ttacaccgcg gtgtttgtcc gctccatctg gctttcgctg      180

gtggccactg ccatctgcct tgtcatcgcc tatcctctcg gctttatcat gagccgctac      240

aatgccaata atcagcgcac gctggttatg ctggtcatgc tgccgatgtg gaccaacttc      300

ctgctgcgca cctacgcctg gatgaccctg ctggaaaata acggcgtcat caatagcatc      360

ctggagttct tcggcatcgg ccccttcaag atgatctaca cccagggtgc cgtggtgctg      420

ggcatggtgt ataattacct gccctttatg gtcattccgc tctattccat catgaccaag      480

atcgaaccct acacgctgga agctgccggg gacctcggcg ccaacccgtg gaataccttt      540

acccgtgtgg tgctgcccct ttcggtgccc ggtatcacca ccggcatcac catggtattt      600

gtgccgtctg tttccacctt catcatttcc cgtatgctgg gcggcggctc caatatgatg      660

gtcggtgacc tcatcgagac ccagttcctc ggcaatgcct acaatcccaa tctcggctcc      720

gccatctcgc tggtattgat ggtattcatc ctgcttgtta tgagcctcat gaaccagttt      780

gaggacaatg atgacagagg agggatgctc atatga                                816


<210>  553
<211>  930
<212>  DNA
<213>  Clostridiales

<400>  553
ttggaaggta ttatgatctt tggcgccttt atcggagtgc tgtttgtacg gatgatgcag       60

gcaatgggct ggtttgaggc ggcaaaggcc gccgataact gggtggcgct gcaggggtat      120

ctgctgctgg ccatgctggt ggcggcgata ctgggcgcgg tgttctcgct gctattggcg      180

ttcgcggcca tcaacctaag ggcagaccag accattggcg gtacggcgct gaacatgctg      240

gcgcccgcgc tggtgctgtt cctggtgcgc ctcatcgcca agcagaacca gctgctgctg      300

ctcaagggtg actccgcctc ctggttcatg ataaaaaaga cgatgctggg ctttgacaga      360

accgcggagc tgaacttctt ccaggagacc ttcctcaata aggtgtacct gagcaactat      420

gtatgcgtgc tggtattcat catcctggcc attattctgt ataagacccg ctttggcctg      480

cggctacggg cctgcggtga aaacccccag gcggcggatt cgctgggcat caatgtaaag      540

aagatgcgct atgccggcac caccatttcc ggcgcgctgg ccggtatggg cggctttgta      600

tacgcggtga ccaccgccaa ctgctcggcc aacggcgatg tggcgggctt cggcttcctg      660

gcgctggcgg ttatgatctt tggtaactgg aagccgctga atgtggcggg cggcgcgctg      720

ctgttcggtc tgtttaagtg catcgcggcg tgctattcca cgctggatat caacggcgac      780

ggcatctatg cgctgacgga gctgggcctg aacgccaact tctaccggct gctgccgtat      840

gtcatcacgc tggtcgtact ggcctttacc tccaagagtt cccgggcccc caaggccgag      900

ggtatcccct acgataaggg acagagataa                                       930


<210>  554
<211>  597
<212>  DNA
<213>  Clostridiales

<400>  554
atgaacttgc cggagaaaaa ggccgcggtg ttccgtgcgg tattaaagct gctgcggcag       60

ggccgtccgc tgggagattt gaaggtttct gagatcgccg aagccgctgg catcggcaaa      120

ggcactgtgt acgagtattt cccctcccgg gaggagctgc tgcgggatgc catgcagtac      180

agcagggccc agggcttcca ggaactgtac gccgccattt ccggcgccga gggctttgaa      240

gcccgctgga aggtcatcga gatcaccgcc cgccagctgc tggagtgcag ctccgttttc      300

ttttcacagg tgccctccat ggggtttccg caggccgccc tgtatgatat ctgcggcggt      360

ccgcaggagc gtgccgatac ccgccgcatg atcggggaga tcatgaactg cctgaccact      420

gccgcggtgg aggagggcct ggccccccgt atgccggagc cggaatacct ttccatggtc      480

ggagagggct gtatttccgg ctttctgctg cgctgtgccc tctcggaggg ccggcaggag      540

gaaatagccg cggctctggc cgatacctgc aagctctata ttgccgccct gcagtga         597


<210>  555
<211>  546
<212>  DNA
<213>  Clostridiales

<400>  555
atggaaacta atctgtgcgt agccggcttc ggcggtcagg gtgttatgac tctgggcaaa       60

ttcctggcct ctgccacctg tgatgctacc aataagaatg taaccttttt ccccagctat      120

ggcgccgagc agcgtggcgg taccgccaac tgcttcgtcg tcatctccga tgaggagatc      180

ggcgcgcctc tgggcgatgt gatggatgac ctcatcgtta tgaacggtcc gtccctccac      240

aagttcctgc ccaccttgaa aaagggcggc acactgttca tcaacagctc catcgtcagc      300

gatgacatcg gccgtgatga tgtcaagctg gtcaaggccc ccgttaccga gatggccctg      360

gaaatgggca acgccaaggt gctgaatgtt atcatgctgg gcgtctatgt cggatatacc      420

gaggtcgtcc cgcctgaggt cgtttggtcc accatcgagc acaagatggc caaaaagccc      480

aagctgctgc cgctcaataa agaagctttt gaaaaaggcc tcgccatcgg tcgggagcag      540

aaataa                                                                 546


<210>  556
<211>  606
<212>  DNA
<213>  Clostridiales

<400>  556
atgacaacgg tcagccagcc catggataaa cgcatgctgc gtacccggga ggccatccgg       60

tgcgcgctgc tctcactgct gaaccagaag gacgcttctc agatcaatgt ttcggagctg      120

accgagaagg cgcagatcag ccgaaagacc ttttatctgc actatgccag tgtggatgag      180

gcgctgcagg agctggaaaa cgagatagag ggatgggtga tggcccagtt ggcgcaaagc      240

gacatctggg ataaccggca cgacctttat accatcctga gccgggtgga caaggccctg      300

caggagcacg agacctactc ctgctacctg gaaaaccggc gctcccgcta cttcctgatg      360

taccggctga aaaattccat tgccaagatg gtgaaggatg agataacgga aaatgccggt      420

gccgaggtgg gagaggagga tgtggaggcc gcggcggatt tcgcggtttc cggcgttctt      480

tcgatgtact acgattggct gacggcccag cgggtaacgc tgcggcagat ggccgagaag      540

gcgcagaagc tgctgaccgg cgcggtaagc ggccttttgg ggaaaaagac agaagaaaag      600

gagtaa                                                                 606


<210>  557
<211>  951
<212>  DNA
<213>  Clostridiales

<400>  557
ggcggtgctc tcagcaccgt tcccgccgct gaactcggtt ccgtcgttat caaggaggcc       60

ctgaaccgcg ccggcattcc cgccgagcag gtcgatcatg tttacatggg ctgcgttatc      120

caggctggtc tgggccagaa tgtcgcccgt caggcttcct tgaaggctgg cctgcctgtg      180

accacccccg ccgttaccgt caatgtcgtc tgcggttccg gtctgaactg tgtcaatatg      240

gccgctcaga tgatcgaagc cggcgatgcc gatatcgtag tagccggcgg tatggagagc      300

atgtctctcg ccccctacgc catgatgaag ggccgttacg gctaccgcat gggcaatgct      360

accctggtag ataccatggt aaatgacgcc ctgtgggatg ctttcaataa ctatcacatg      420

ggcatcactg ccgaaaatgt tgccgagcag tggcacctga cccgcgaaat gctcgatgag      480

ttctccgcca acagccagca gaagtgcgaa aaggccatgg ccgagggcaa gttcaaggac      540

gagatcgttc ccgtagaggt caagggcaag aagggctctg tgatcgttga taccgatgag      600

ggtccccgtc ccggcaccac cgtggagacc ctggcccgcc tgaagcccgc cttcaagaag      660

gacggcattg tcaccgccgg caacgcttcc ggtatcaatg acggcgctgc cgccatcgta      720

gtaatgagcg aagagaaggc caaagagctg ggcgttaagc cgatggctac ctgggttggc      780

ggcgctctgg gcggcgtaga tccctccatc atgggcgtag gccccgttgc cgctgtcaat      840

aagctgatga agaagctgga tatgaaggtt gctgatatgg acctcatcga ggccaacgag      900

gcctttgccg cgcagtccct ggctgtcggc catgatctgg aattcgatcc c               951


<210>  558
<211>  525
<212>  DNA
<213>  Clostridiales

<400>  558
atggagcttt accgctggta tatcctaaaa tacggcgcct atgccctgct ggcggtggct       60

ttgttccggc tgcagtccat ccccggcctt ttggagatcg gcggggtgcg gccgctgccg      120

gtggcggcct tggccatttt ggtggccacc atggagcggg agctgcccgg cgtattgttc      180

tgcatcttct gcgggtatct gtgtgacctg tacagtgtgg cgcccatggg cttttatatg      240

ctgcttttca ccatcctggg gctggccgcc gggctgatca tccgcaatta tttacaaccc      300

agcttaccca ttattatggc ggcggtgctt atttcggcat ttttttgccg gctggtactg      360

tttttgttcc ggtacccgct ggcgggggtg acgggcgcgg ccccggtgct gctgcggtac      420

gatctgcccc atgccgtcta ttcggtggtg ctggcggtgc cgctgtatta cccggtgcgg      480

gcgctgcacc acatggcgga ggagcgcacc gatacccgat tgtaa                      525


<210>  559
<211>  684
<212>  DNA
<213>  Clostridiales

<400>  559
atgctgggag caatggtact gacgctgctg ggcgggctgt ggctgctgac gctgcatgtt       60

tcgacttcag gttcattccc gcggccgctg acggctaagc aggagcggga ctgcctggag      120

cggatgagcc gaggagaccg ggcggcacgg aacgagctgg tggagcacaa tctgcgactg      180

gtggcgcaca tcgtgaagaa gtactacgcg gtgagcgggg agcaggatga tctgatctcg      240

atagggacga tagggttgat aaaggcggtg gagacctata acttggagaa gaagacaaaa      300

ttcgcgactt atgcttctag gtgtattgag aatgagattc tgatgtattt tagggcgcga      360

aggaagacgg cgggggatgt ttcattggag gacccgctgg ataccgaccg ggacggcaac      420

agcctgacgc tgatggagct ggtgagcgat gaggaggata tcattacacg gttggacctg      480

acgctgaagg ccgagaagct gcgggaggtc tttggggtgc tggagggacg ggagcagcgg      540

gtgctgcggc tgcgctacgg gctggataac cggccgccga tgacccagcg ggaggtggcc      600

aggaagctgg ggatctccag gagctatgtt tcccggctgg agaagcacgc catagagcgg      660

ctgcgggagg agatgggcaa gtaa                                             684


<210>  560
<211>  975
<212>  DNA
<213>  Clostridiales

<400>  560
atgtcagaat tttacccttt tgccccacgg gaaagccagt tggaggaata cagagaggat       60

gcgcgccgga gctttagccg catcgggtgg gcgtgctttg ccatgatgct ggtgatgcag      120

ggcggcgccg cgctgctgat gctggggtgt cagctcctgg ccatgcgggg cagccgcttt      180

atgatcgcct ttatccagag cgaatggttc cagtgggtca ttaccgacgc ggcgaactac      240

gggctgggcc tgccggtgct gctgcttatc ctgcggccga tgcccctgcc gcccgccccg      300

ccccgccgcc gggtgacggc gaagcaattt ggggcgctgg cgctgataag ctacgcggtg      360

gtatatctca ccaaccttat cggcttgggg atcaacgcgg ccatcagcgc gctgcgggga      420

cagcaggcgg gcgagcccct gcaggatatg gtgacgggca ccaacccatg gatcatattc      480

ctttttgggg tactgctggc gccggtgctg gaggagtgga tcttccgcaa gctgatcctg      540

cggcggctgg ccccctgggg agagccggtg gcgatcttcg gctcggcgtt cctgtttggg      600

ctgttccacg gcaactttgg acaatttttc tatgcctttg cggtgggggc ggtctttgcc      660

tatgtggcgc tgcgcaccgg gggcatccgc tatacggtgg cgctgcactt cctggtgaac      720

ctgctgggta tgacggtggc gcaggcggtg gaggatagtc tggtgctctc cgccatctat      780

ggctatctga tcctggcgat tacggtagcc gggtgtgtga tcctgtggcg gcaccgcaaa      840

aggatccatc tgcgggaagg gacgagtccc atcccggcac aggagaaacg ggggctgttc      900

ctgggcaaca gcgggatgat tgcgatgatg gtgctgagcg gtatcctgat gctgtatgtg      960

gcatttttag cgtaa                                                       975


<210>  561
<211>  1620
<212>  DNA
<213>  Clostridiales

<400>  561
atggctgata ccccttggtg gaagcaaaaa gttatttatc agatctatcc catgagcttt       60

tgcgatagca atggtgatgg tattggcgac ctaccgggta tcatttcccg gctggattat      120

ctgcaaaagc tcggtgtcgg tgccctgtgg ctttcaccgg tctatccctc acccaataag      180

gataacggct atgatatcag cgattactgc aatatccacc ccaattatgg tacgctgcag      240

gatatggata ccctcattgc agaagcaaaa aagcgggaca tccgcattat tatggatctt      300

gttatcaacc acaccagcga tcagcatgaa tggttccaga agagccgccg ccgcatagaa      360

ccctacaccg attattacat ctggcggaaa ggggaaaagg gcaaaaagcc caccaactgg      420

ggtaatttct tcggtggaga ttgctgggag tacgatgacc tgcgtgggga atattatctt      480

catcttttcg ctaaggaaca gcctgacctc aactatcaca atgaagcagt catcgaagcg      540

attgaagaag ccatgcattt ttggctggag cggggtgtgg caggcttccg ttgcgatgtc      600

atcaatatca tctacaagga agccatcaaa aacggtaagt ggcgtcctgc cctcaccggc      660

agcgagtatt atctctccac ccccggctgc catcgggtgc tgcaccgtct ccatgaagat      720

gtgctcgcca agtatgatgc ctttacggta ggggagacgg tttttgttac gcctaaaatg      780

gcggatgacc tagtcaatcc cgcccgtgag gaactttcca cggtatttgc ctttgagcac      840

atggaaaccg actgctataa aatcaaatgg tttctgcgcc gttttagtcc ggatcgattc      900

tttgcctgct tgaccaagtg gcagaaggct ctgccgtgga ataccgttta tcttgaaaac      960

cacgatcagc cccgctcggt ttctcgcttc ggtaatgata cccaatatca tgatgaaagc     1020

gccaaggcac ttgccacgct cgttcttacc ttgaggggaa caccgtttct gtatgaaggg     1080

caggagatcg gtatgaccaa tttcgatttc tccgacatgg aaaaggtaca ggatgtagaa     1140

tccatcaata tctggaatat gggcaagcgg ctgcacctgc cgcgctcact gcgctggcgc     1200

atgattaaga ccaaaagccg cgataatgcc cgcaccccca tgcagtggaa tgacagcccc     1260

aatgcgggct ttactactgg tacgccgtgg ctttcggtca atggcaacta cccccgcatc     1320

aatgccgccc ggcaggagaa tgcgccaaac tctgttttag cgtattaccg gcagttgatt     1380

gctttccgta atggcagtga gattctacaa gcaggtgatt tttccgaatt atatcgcaag     1440

gatggagttt atgcttaccg ccgcagtcta aatgtcgaaa gccttattgt tgttatcagc     1500

ctttctacaa aggaacgacc caatcccgtt tcaggcaccg ttgtcctttc caactacggt     1560

cggcaggaaa gtcccgcctg cctttctcct tatgaagcac tcattctgcg ggaggtgtag     1620


<210>  562
<211>  699
<212>  DNA
<213>  Clostridiales

<400>  562
atggccgccg ggggtgctgc tgatgcaaaa aaagcgcgga aatccggggg aaaatgcaaa       60

ccaaggcttg acaaggggga gcgaagtccc tataatattt ttgtgtccgt ccaagggagg      120

gagcagtgcg cccttttacc ccaaaggacg gcgaccccta aacgcagcgg ggatctcccc      180

gaagaaaagg agagaggcac cgtgaagctg gacctgaacc gtgtactgga actgccggga      240

gaagccgatg tggtaacggc ggatgtggac ctgacaaccg taaaacacgc aggccagccc      300

ctatttacgg cgcctgtaaa tgtgaccgcc aaggcggtga accgtgccgg tgtagttaca      360

ctcgattgca cctaccggtt tacactgcat gtgctgtgcg accgctgcct ggctccgctg      420

gagctgcctg tggaccgaac cgtgagccac accgtggtgc gggaggtgaa cggggaagac      480

gacgagacct ttttggtggc cgagaatgga tgcgtagagc tcgaggagct tgctaccaac      540

gacatcctgc cggagctgcc ccagcgctac ctgtgccggg aggactgcag ggggctgtgc      600

ccgacctgcg gcaagaacct gaacgagggc ccgtgcggct gccgtgagga cagcggcgac      660

ccccggatgg acatactgcg caggctgctg gaaaactga                             699


<210>  563
<211>  447
<212>  DNA
<213>  Clostridiales

<400>  563
atgaaagtag tactgaaaca ggatgtaaaa ggaaccggta aaaagggcga gctggtggag       60

gtagccgatg gctacgcccg caatttcctg ctgaagagag gcctggccat ccccgccgat      120

gccggcgcca tgaacgagct gaaaaatcgc gaggccgcca aggcctaccg cctggcggag      180

gagcagaagg ccgccgagga gcagaaggcc gccattgacg gcaagaccgt gaagctgacc      240

gccaaggccg gcgccaacgg caagctgttc ggctccgtca ccgccaagga gattgctgag      300

ggcatagaaa agcagctggg cgtcactttg gaaaagcgca aggttgtgct gaaggacgat      360

atcaaggcct ttggctccta caccatcgag gtcaagatct ataacggtgt ttccgccaat      420

gtatttgtgg tagtcgggga agaatga                                          447


<210>  564
<211>  519
<212>  DNA
<213>  Clostridiales

<400>  564
atggatacca attacggcat ctcgatgaac tctattctcc gcatggatat cctgcatgat       60

gcccgcctgc tggccggtgc ttccggcacc gatcagatcg ttacctcggt cagcgtcatg      120

gtcgatccca acatcgtcag tgccgtgacc ggcggtgagc tgctggtttc caccgcctat      180

gccatccggg agaatatccc ccaacttatg cagctggtcc ctcagctgaa ggaacacggc      240

gtggtaggcc ttggcttgaa gttcaacagc tatatcaatg agatgccgca gaacatcctc      300

gatctctgca atgagctgag cttcccactg tttgaaatcc ccaacagcat ctccttctcc      360

cagattatca ctcccatcat gaccaccatc gtcaataatc aagcacagac cttgggggat      420

atctacgagc tgcaaaaggc gctgaccgct accatgctgg gcggcggcaa cctgcagtcc      480

atcgtacaga cgctctttga ccgcttcggc aacagtgtc                             519


<210>  565
<211>  363
<212>  DNA
<213>  Clostridiales

<400>  565
atggaatatg aaaacactgc cggcagtctg aagatctcct ccgaggtcgt ggcttcgata       60

gcagaatatg cagtaaaaga agtagagggt gtggcgtgcc ttgcccccat cgtttccaat      120

attggcggct ggctgctgga aaagcagacc attaagccta tttcgattca gatgaacgaa      180

ggcaaggcaa ccattgacat ccgtcttttg gtggagccca atgccaagat ccccgtcctc      240

agccgaaagc tgcaggaggc ggtgaaagat gccgttcaga gcatgaccgg tatcgaagta      300

gctactgtga acctttacat tgccggtgtt tcggtacccc gtaccgccaa taccgctgaa      360

taa                                                                    363


<210>  566
<211>  1359
<212>  DNA
<213>  Clostridiales

<400>  566
atgagcgcgc gcgaatggac cccggcccaa aaacaggcca tcaccacccg gggcggagat       60

cttctgatct cggcggcggc gggcagcggc aagaccgctg tgctgaccga acgggtgctg      120

accctcatca ccgacccgga gcgcccggtg gatatcgacc ggctgcttat tgtgaccttc      180

tccaatgccg cggcggagga aatgcggcag agaatcgcgg cccggctgta cgagcgaatg      240

gagcaggagc cggaaaacgc cgtgctgcgg cggcagagcc tcctgctggg caacgccgag      300

atctgcacca tccatgcctt ttgctaccgg ctcatccggg agaatttcca ggcgctgggg      360

ctgcccggcg atatggccct gggccgggat ggggaggacg agcttttgca ggcggcggtg      420

ctggagcagc tgctggatga ggagtacgaa aaggccgagt cggccttcat gcggctcatc      480

gagctgtttt ccggcagccg gaatgaccgc agggtcatgg cctcgctgct gcttctatac      540

cgctttctgc gcaatcatcc cttctaccgg gactgggccg cggatcacat caccgccgat      600

accgaaacac cgctggatga gaccatctgg agcgggctgc tgcggcagcg ggccgcggag      660

gccctgcaat atgccgacga cctgctgcgg gactgcatgg atctgctggg gcagagcaac      720

gacgagatgc tgtgggaagt ggtgacgccg gtgatcatgc aggaccggga gatgctggcc      780

cggctgatga ccgcggtgac gcaggaggaa tgggacattg ccatgacccg gatgctggag      840

gcgagctttc cgcagttccc gcggaaaaag tggaccgacg ccgagaccaa ggatacggtg      900

ctgcggctgc gccgccgggc cgccgaggcc gtgacggagc tcaagacgaa ggtcttcctg      960

atgggggaga cgcagtaccg ggaggaccag cagaagctgg ccccgctgat ggagcggctg     1020

tgcgcactga ttctggaatt cgacagccgg tacgccgccg ccaagctgga acggcgaaag     1080

ctggactttg gcgacctgga gcacgacgcc ctggccctgc tggcgcggcc ggacggcacc     1140

ccgaccgccc ttgccgcgga gcttggcagc cggtatgccg agatcatgct ggatgagtac     1200

caggatacca acgccctgca ggagaagatc tttgccgcgc tgacggcggg gggctgccac     1260

cgcttcatgg tgggggatgt caaacagagc atttacggct tccgggaggc ctgcccggaa     1320

aacttcctgg agaagcggga aagctatgcc ccggcggag                            1359


<210>  567
<211>  651
<212>  DNA
<213>  Clostridiales

<400>  567
atgaataagc tgctcaaaaa ggagctgcgg ctcactgccg cgcccatcac ctatttcttt       60

ttggcctttg cccttatgac cctgatcccc ggctatccca ttttggtggg ggggttcttc      120

atcacgctgg gcatcttcta caccttccag atggcaaggg agagcaacga tatcctgtat      180

acggcgctgc tgccctgcaa aaagcaggat gtcgtccggg ccaagtacac cttctgcgtc      240

ctcatcgagc tcctgggctg gctgctgtgc gcggtgctca ccgcggtgcg gctgacggcc      300

ttgcgggagg ccgccgtcta caccaaaaat gccatgatga acgcgaactt tgcctacctg      360

ggctggctgc tcatcctctt cgccctgttt aacagcgttt ttctcggcgg ttttttccgc      420

acggcctatg ggctgggcaa gccctttatc ctgtatagca tcgccgggtt tgcggtcatc      480

tgcctggcgg aagcgctgca tcatttcccc ggcatggcgg cgatgaactc ccaaaccgag      540

ggctttggga tgcagcttat cgtgctggcg gcaggggtgc tgctctttgt ggggatgacc      600

gccctcagct gccgaaaggc acagaaaaac tttgagcgga tcgacctgta a               651


<210>  568
<211>  543
<212>  DNA
<213>  Clostridiales

<400>  568
atgagcagaa ttggtaataa gcccatcgaa atccccgccg gcattgatgt aaaggtagag       60

ggcaacaccg ttaccgtcag cggtaagggt atcaccctga gccagaccat cgacagccgc      120

atcggagtaa agatggacgg caatgtaatg cacattaccc gtgcaaacga agaaaaagag      180

accaagagca tgcacggcct gtaccgcgcg ctgatccaca atatggtgga gggcatcgat      240

aagggcttct ccaaggagct ggagatcaac ggcgtaggtt accgtgctgc caagcagggc      300

aacgagctgg taatgaacct gggttattct catcaggtag tagtaccgga gatccccggc      360

atcaccatcg aagtacccgc tcccaacaaa gtgatcgtaa aaggcgctga caagcaggcc      420

gtaggccagt ttgccgcgga gatccgcgag atgcgtcccc ccgagcctta taagggcaag      480

ggcatcaaat atgtcgacga ggttatcatc cgcaaggaag gtaaagccgg caagggtaaa      540

taa                                                                    543


<210>  569
<211>  1032
<212>  DNA
<213>  Clostridiales

<400>  569
atgaaatacg aacagctgtg gaaagatata gagaccctgt gcgccctgcg cggccccagc       60

ggccgggaag ctgccatccg ggagtatctc atcgagcaaa taaaaggcca cgcagagtat      120

gaggtggacc cgctgggtaa cctgctggtg cgcaaaaagg gcaaaaaact ggccaaaaag      180

gtattgcagc tttccgccca tatggacgaa gtgggcttta ttatcaccaa cattgatgaa      240

aagggcttcc tttcctttgc gccggtgggc ggcgtacagc cggaggtgac cggcggccgc      300

atggtgctgg tgggtgatga cgccatcccc gggatggtgg gctgcaagcc ggtgcacctg      360

tgcgatgata aagagcgcag tgaccccggc aagatcagca atatgaagat cgacatcggc      420

gccaaggaca aggccgaggc cgaaaagctg gtttccctgg gggatatggt gacctttacc      480

gggccggtgg tacactacgg cgaaggccgt gtggccggcc gcgcgctgga tgaccgggcc      540

ggctgcgcca tgctgctggc gatgattcgt gaggagctcc cctgcgcctg cggcttctcc      600

tttacggtgc aggaggaggt gggctgcttt ggcggcaaga ccgctgccta caccctgcgg      660

cccgacatcg cgatagcggt ggagaccacc acggcgggcg acctagccgg ggtgccgggg      720

gagaaaaagg tgtgccgcct gggcaatggg ccggtggtat cctttatgga ccggggcacc      780

atatacacct acgacctgta taaaagggtg cgggcgctgg cggatgcgca taacatcccc      840

aaccagacca aggaagcggt gtgcggcggc aatgagagcc gcagcctgat gaccgccgcg      900

ggcggcagcg aggtgctggc gatctccatt cccagccggt acctgcattc ccccgcctgc      960

gtggccgatg aaaaggacat tgaaaacacg ctggagctgc tgcggctgct gccggaggcg     1020

ctggcgctgt ga                                                         1032


<210>  570
<211>  1284
<212>  DNA
<213>  Clostridiales

<400>  570
atgaattatc ccgaaacact tgcctggatc cacggcaccg aacgctttgg cagccggctg       60

gggctgggcc gcatgggccg cctgctgcac tgcatgggcg atccccatct caaggtgccc      120

tacatccatg tggccggtac caacggcaaa ggcagcacca ccactatgat cgcctcggcc      180

cttaccgccg gcggcttcaa aaccggcaaa ttcatctccc ccttcatcct ggaattccgg      240

gagcggatgc agatcgacgg cgaaatgatc ccggaggaaa cactggcggc actggccacc      300

cggctgcgcc ccatcgctga ggaattcaaa gccgcgggcg atccccccac tgagtttgaa      360

ttggtcacgg tgctggggct tacctggttt gccgaagccg gctgcgatat tgccgtattg      420

gaagtgggcc tgggcggccg cctggatgcc accaatatca tcccgccccc gttggtagcg      480

gtcatcaccc gcattgatta cgaccatacc gccattttgg gggatacgct ggccgccatc      540

gccggggaaa aatgcggcat cctcaagcgg ggcagcaccg tcatctgcta cccggaccag      600

gaggaggaag cgctggcggt cattcgccgc cgggccaagg aagaggacga tcccctgatc      660

ctccccgacc ggacagcgct ttctgtcctc tccgccgatt tgaccggcag ccgtattgtt      720

taccgcggcc aggagatctt cattccccta cccggccctc atcaggtgct gaacaccatc      780

acagcggtgg aagcgctaaa cgcgctttcc agcagccgct ttgcgctgcc gccttcggcc      840

attgccgccg gtattgccgc ggcgcggttc cccgcccggc tggaactgct gcggcagtcc      900

ccgcccgtgc tggtggatgg cgcccacaat cccaatggcg gccgcgccct ctgcgatgcc      960

gtcaagtcgc tgggcctgca cgacctgacg gcggtggtgg gcatgctgcg ggataaagac     1020

tgcctgccgg tgctgcggat gatggccccc tactgcgccc gcatgatcat taccacggtg     1080

cccaacccgc gcagctgccc ggccgaagaa tttgccgagc tggcccgcgg ggtatgccgg     1140

gatatcacca tatgccccaa ctgcgaggaa gccgcccggc tggcgctggc taccgccggg     1200

gaacatggtg tgctggtttt cggctcgctg tacctggctt ccgccgtccg gccggtgatg     1260

atggaagcgc tgaagaaaaa ttaa                                            1284


<210>  571
<211>  1968
<212>  DNA
<213>  Clostridiales

<400>  571
atgagcaaag accaatttga actggtatcc cctttccagc ccaccggcga ccagccggag       60

gccatagatg ccctggtaaa aagcatagag accggcaacc ggatgcagac gctgaagggc      120

gtgaccggca gcggcaaaac cttcaccatg gccaatatca tccagcgcat caaccggccc      180

acgctggtgc tggtccacaa taaaacactg gcggcgcagc tgtgcagcga gttcaaggag      240

ttcttcccca aaaatgcggt ggaatacttt gtgagctact acgactacta ccagccggaa      300

gcctacatcg cctccaccga tacctacatt gagaaggaca gcgccatcaa tgaggagata      360

gaaaagctgc gccattccgc cacctcctcc ctttcggagc gccgggatgt catcatcgtt      420

tcctccatct cctgcatcta caccctgggc gaccccatcg attaccgcaa catggtcatc      480

tctctgcggc agggcatgac aaaagaccgg gacgagctga tccgcaagct ggtggagatc      540

cagtacgagc gcaacgatat caatttcgtc cgtaataaat tccgtgtgcg cggggatgtg      600

gtggaaatct tcccggccta ttccagcgag actgccatcc gggtggagtt tttcggtgat      660

gaggtcgacc gcatctgcga gatcaatacc gtgaccggcg aagtgaaaaa tgtggtgagc      720

catgtggcca tctacccggc ctcccactac atcgtcccca gggagcggct catggccggg      780

attgaggaga tccggcggga atgcgatgaa cgggtggaat atttccgggc caacaataag      840

ctcatcgagg cgcagcgcat tgccgagcgc accaactatg atatcgaaat gctgcaggag      900

atcggcttct gcaagggcat cgagaactac tcccgcgtgc tgagcgggcg cgcccccggc      960

agcatgccct acaccctgct ggattatttc cccgaggatt tcgtcatctt cattgacgag     1020

agccatgtga cgctgccgca ggcccgaggc atgtacggcg gcgaccgcag ccgcaaggaa     1080

gccctcatcg agtatgggtt ccggctgccc tcggcgctgg ataaccgccc gctgaaattc     1140

gatgaattta tgggcaaact caaacagatc gtctgcgtga gtgccacgcc cggcgacctg     1200

gaaaagagcg aaagtgctct catcgctgaa caggtcatcc gtcccaccgg cttgctcgat     1260

cccgaaattg atgtgcgacc ggtagaggga cagattgacg acctcattgg ggagatcaac     1320

cagcggacgg caaaggaaca gcgggtgctg gtaacgacgc tgaccaaaaa gatggcggag     1380

gatctgaccg cctatcttga aaaaaccggc atcaaggtgc ggtacatgca ccatgatgtg     1440

gataccatcg agcgaatgga gatcatccgc gacctacgaa aaggcgaatt tgatgtgctg     1500

gtgggtatca acctgctgcg cgagggattg gatatccccg aggtttcgct ggtggcgatc     1560

ctggacgccg ataaggaggg cttcctgcgc agcgagacct cgctggtgca aaccatcggc     1620

cgggcggccc gaaacgctga gggcaaggtc attatgtatg ccgatgaagt gaccgacagc     1680

atgcagaagg ccatccagga aacctaccgc cggcgggaga tccagcagag atacaatacc     1740

gaacacggca tcaccccgca gaccatccgg aaagagatcc gggatgtgtt ggagatcagc     1800

gtgacggaca agaagaacgg caagggcggc aagaagatga gccgcaagga gaccgaagcg     1860

gccattgcca agctgaccgc cgagatgcgg gaagcggcaa ggctgctgga atttgagcac     1920

gccgcctacc tgcgggataa gatagccaag ctgaaagaga ccctgtaa                  1968


<210>  572
<211>  621
<212>  DNA
<213>  Clostridiales

<400>  572
atgggatttt ttaagaaaaa acagccggcc gcagcatcaa tcccggtcca tggtccggtg       60

gaatttatcg tctgcgggct gggcaacccc ggcagcaagt acggcaatac ccggcataat      120

atcggcttct gcgcgctgga tgtcctggcc aaggactgcg gcgccgccgt ggagcgctcc      180

cgcttccatg ccatgaccgg tgaggccatg ctggatggcc ggcatatcct gctgatgaag      240

cccgccacct acatgaatct ttccgggcag gccgtacagg aagccatgcg gttctataag      300

ctccccccgg agcggcttat tgtcctttcg gacgatatca gcctgccggt gggcaaaatg      360

cgcatccgca ccaaaggctc cgccggcggc cacaatggcc tcaaggatat catcctcaag      420

ctgggcagcg ataatttccc ccgcattaaa tttggcgtgg gggccaaacc gaacccggaa      480

tatgacctgg ccgattgggt gctgggacag tttaccgaag cggagggcaa agccctgtat      540

cccctgctgc aaaataccgc cgaggcctgc accctcatca tgcagggcaa gccggaggaa      600

gccatgagcc gctttaatta a                                                621


<210>  573
<211>  393
<212>  DNA
<213>  Clostridiales

<400>  573
atgcaagcta ttttgccgta tttatacgca tttctggtgg gcggggcgtt ctgccttatc       60

gggcaggtgc tcattgaccg caccaagctg accccggctc ggatcctttc cggctatgtg      120

gtggccgggg tgctgctggg ggcgctgggt tggtaccagc ctctgatcga ttttgccggg      180

gcaggggcaa cggtgccgct gaccggcttt ggcagtctgc tggcccgcgg ggtgaaggaa      240

gcggtggccg agcagggcct gctgggagcg ctggtgggcg gactgcaaaa gggggcggcc      300

ggtattgcgg cggccatcct cttctcggtg ctggcggcgc tgattttccg ctccaaggac      360

cagtggtcag gggtgagctg gcgggggggg ggg                                   393


<210>  574
<211>  2391
<212>  DNA
<213>  Clostridiales

<400>  574
atgactgctg aacagatccg tctggcgatg gaaaataaac tggagtacct gatggaggta       60

aagccccagc tggccagcga tgaccagctg tataaggccg cggccctggt gctgcgcgac      120

ctgatggtgg aaaaacgccg tgcccaccgc gccaagacca ccgccgaacg caaaaagcgc      180

atccactatc tttctatgga attcctgatg ggcaagagcc tgaaaaacag cctgtataac      240

ctggggctgg tggagccctt taccgaggcg ctgaccgcct ttggcaccac gccggagcgg      300

ctctttgcct gcgagcctga ccctggtctc ggcaatggcg gcctgggccg cctggctgcc      360

tgctacctgg atggcatggc caccgatggt tactacggca ccggctactc catcctgtac      420

gagtacggca tctttaagca gaagctggtg aatggcgccc agaccgaact gcccgattac      480

tggctgcccg gcggcgaggt atggctgcgc cccaatgagg agcacgccgt ggaggtcaaa      540

ttcggcgggc ggctggagga gcactgggac cagggccacc tgatgcagca gtatatcgat      600

tacgaaacgg tgctggccgt gccctacaat atgtatgttt ccggctatga taccgaggcc      660

gtgagcgtgc tgcgcctgtg gaaggccaag agccccggca tcgatatgga gtgcttcaat      720

aacggcgatt acctgggcgc cttccgcaag accgcccgtg ccgagaccat cagcaagatc      780

ctgtacccca atgataacca ccaggagggc aagcagctgc gcctgcgcca gcagtatttc      840

ctggtgtgcg cctccctggc ggagatcacc cgcacccata tggagcgcta cggcaccatg      900

gatagctttg ccgagctcaa tgccatccag ctgaacgata cccaccccac cctggccatc      960

ccggagctga tgcgcattct gatggacgac tgcggctaca gctgggaaag aagctgggag     1020

atcaccgagc agacctttgc ctacaccaac cataccgtca tggcggaggc gctggaaaag     1080

tgggatatca ccctgttccg ggagctgctg ccccgtatct atcagatcgt gcaggagatc     1140

gaccgccgct ggaatatccg catgcgggag gaattccgct gtgataacgc agaggtggaa     1200

aagatgcaga tcctgcggga cggcaaggtg catatggcca acctgtgcgt ggtgggcggc     1260

cactatgtca atggcgtttc caagttgcac agccagatca tcaaggacga tgtgttccat     1320

gagttctacc gcctgatgcc ggagaagttc ggcaatgtca ccaacggcat cgccagccgc     1380

cgctggctca tgcagtccaa tccccgcctg gaccgctata tccgcgaccg catcggggag     1440

gaatatctgc acaatttcga tctgctgacc ggcctgcgcg cctacctgga tgatgaggca     1500

agcctgcggg agctgggcga gctgaagcgg cagaacaagg cggattttgc ccgctacctg     1560

caaaccgagc gcggcatcac cgtcaatccc gattcgctgt tctatgtgca ggtcaagcgt     1620

ctgcatgaat ataagcgcca gcacctcaat gccctgcaga tcctcaagca ctacctggat     1680

atcaaggcaa accccgatgc tgagtttaag ccccgcacct atctctttgg cgccaaggca     1740

gcccccggct atgacctggc caaaaagatc atccgcttta tcaatgacct gggcgccatg     1800

atcgatgccg atcccgatgt acgcggccgg ctgaagatcg tctacctgga ggaatacaat     1860

gtttccatga gcgagcggct gatgcccgcc agcgaggtca gcgagcagat ctccctggcc     1920

gggaccgagg cctccggcac cggcaatatg aagctgatgc agaacggtgc catcaccctg     1980

ggcaccatgg atggcgccaa tgtggagatc gccgagcagg taggcccgga gaatatcctc     2040

atctttggca tgagcacccc ggaggtggag gagatgaagc agcgcggcta ccgtcccgcc     2100

gatgccattg cccgcagccc cgagctgcag cgcctgctgg aatttatgga gcggcaggat     2160

agccccgaga gcttctggat gctggcccac cacctgcgca cggtggatca gtatatggcg     2220

gccgcggatt ttgagagcta ctcggcggtg gatgaccgcg cggcggagct ctactacaat     2280

gacccgctgc gctggcagcg catgagcttg gccaatatcg ccggcgcggg catcttctgt     2340

gccgatcgcg ccatccacga ttatgcgcgg gagatctggc acctcgatta a              2391


<210>  575
<211>  828
<212>  DNA
<213>  Clostridiales

<400>  575
tcgcccatcg gcattatttt taccggcggg ccgaacagcg tatacgagga gggcgcgcct       60

aaggtggatc cggcggtatt ccagcaggga ctgcccatcc tgggactgtg ctacggtctg      120

cagatgatga gccaggtgct gggcggcgag gtaaaaagcg cgccgacccg cgaatttggc      180

aagacgccgg tgcactacga taccgagagc ctgctcttta aggggatgcc gcaggaggcc      240

atctgctgga tgagccatgt ggactatgtg agccgtctgc cggagggctt taccgctatc      300

tgccgcacgg cggccaccgc caacgcgggc atccagtgta aagagaaaaa cctgtacggg      360

gtgcagttcc acccggaggt ggagcacacc cagttcggca atgatatact aaagaatttc      420

ctgtatgaga tctgccatgc caagggcgac tggagcatga aggactatgc ccgcagcacg      480

gtggaagccc tgcgggagaa gatcggcgac ggcaaagtgc tgctggcgct ttccggcggg      540

gtggacagca gtgtggcggc tgccctgctg gaccgcgcgg tgggcgataa gctgacctgc      600

atctttgtgg accacggcct gatgcgcaag aacgagggcg atgaggtgga ggcggccttt      660

gccgggcgcg ggatgaagtt tatccgcgtg aacgccgagg agcggttcct gggccggctg      720

gccggtgtga ccgagccgga gagaaagcgc aagatcatcg gcgagaggag tttatccggg      780

tctttgagga agaagccaaa aagatcggta aggtggattt cctggcgc                   828


<210>  576
<211>  1137
<212>  DNA
<213>  Clostridiales

<400>  576
atgataaatc aattatataa actatgcgcg ccctgcctat ttggcctgga aagcgtccta       60

agcggcgaac taaaacgcct tggtttcgag ggcatctctg ttaccgatgg ccgagtagag      120

ttcaccgctg atgcggaggg gatcgccagg gctaacctca atctgcgcac cgccgagcga      180

gttctcattg tcctagacag ctttcgggct gtcacattcc agcagctcat tgatggcgca      240

gaaaaaatcc cctttgaaga gtatattggc aagaaagacg cttttccagt taagggatgg      300

agtctaaatt cacagctcca tagtgttccg gactgccaat ccatcatcaa gaaggctgca      360

gtcaagcgtc tttcccgtaa atatggtgtt gcctggttgg aggaatccgg cccaactatc      420

cagatacaat tttcaattaa taaggatact gtcaccataa tgctggatac cagtggcatg      480

gcactgcaca agcgcggcta ccgtaaagtt gcaaatcttg ccccaattcg ggaaactcta      540

gcggctggaa tcctggatat tgcacgaata tacccggata cacagctgta tgatccgttc      600

tgcggctcag gtacattttt gatcgaagca gcctataaag ccaaaaatat tgctcctggc      660

atttaccgcc gctttgcagc agaaaaatgg gatagcttac cgtctaaaat atggcaaacg      720

agtagggaag aggcgataga aaaaatccgc aaagacatag aatttactgc tttcggcagc      780

gatatcagcc aagattcact ggagattgct gaagcgaatg cacgccgtgc tggtattgcc      840

ggactagtac ggttagaaaa gatgaatgtc aaaaacttca cgatgccaga tcgaaaatca      900

ttggtcgtga caaatccgcc atacggcgag cgcctaatga atggcgaaga tttgacaaag      960

ctataccaaa cgatgggtaa tgtatttcag ccatctcagc agacggccta ttacatcatt     1020

tcatcagcgg aaaatttcga gcaaagcttt ggcagaaaag cagataaaaa gcgtaagctc     1080

tataatggaa tgctaaaatg taacctatat caatactttg ctcaaaaaag taaataa        1137


<210>  577
<211>  336
<212>  DNA
<213>  Clostridiales

<400>  577
ttgcatcata ttatcccgtt ctttttcgat ttccgctcct ttttctcgcg gtttcccctt       60

tccctgcgtt ttttctccat gaaaaagtat ccaaagaaat tcttctccat cccacgcacc      120

tgccaaactt ttatcaaccc catttacaag ccctctcccc ctcgctataa tcatctcgaa      180

agcgggcttt cccctgcatt ttttcacccc ctgccgccgc tttacaggga gattcgtaca      240

ggaactgaga ggtttaataa gatggaacag aatttaagca aaaccccgat caagtggcgg      300

gcttccgcca ttgtgctggc tatctgcctg gtactc                                336


<210>  578
<211>  2220
<212>  DNA
<213>  Clostridiales

<400>  578
gtgaataaac aacagaataa acggatctgg gactggaacc ccaagcctcg ctccgtcatt       60

attgtaggga tcctgctgtg tttgctggtg gtgctggtac acggtcacac ggaatatcag      120

atcaccgcct ccctggcgcg ggataccgcc aacaccctgc ggcagcagtg catcagcttt      180

tataagctag ccagcggcga ccgtgttaaa agcctgttcc ggctttcaga taacctgctg      240

gagctgagtt atcacctgcg ggatgatccc gagctcacca acgatgagta cctggagcaa      300

agcgtagacc gtctgcgcct gaccggcgtg gccctgctgg atggcgacct gcgcctggag      360

gcctccggtt atacccgtcc catgcagggc tccccctggc agaataccac cgaaggcagc      420

ctgttctacg gggtggccgg caccaataag atctatgccg aacgggtgca gtacgatggc      480

cgctactatg atgtctgtgc cgttccccgg atggatgccc ccggcctcct cattggattt      540

tacgaacagc ccgctggact gattctggat gtcgaggagg atatgaccac ccttctcaat      600

ggtatttaca tcaatcgcgg cggcacctac atcatcacag ccggaaacac catattggcc      660

ggcagcgatg atgcccttca gggcgagaaa accgactcgc tccccattct gcaggcgctg      720

aaccagctcc ctcacgatga ccagctccac ctcttccaca gtgaaggcgg catctacctg      780

ggctgccgca ccgcctgcga aggctgtcag ctctacattt atttcccggc gctttctacc      840

tttgccgcta cagcggcggt atccgccgtg ttcgtggcgc tgtataccgc cttttggtat      900

attctctcca ttgctcgcag ccgcgccttg taccaaagca gccaaaagct gcaggagagc      960

aaccttcacc tgcaaaagac tgtcaatatg ctgcgctcgc tgcagaacat ctattttgct     1020

tccttctaca tcgatctgac ccagaattcc tgcgaaagca ttttcctgcc gcagtggctg     1080

gcccattacc tgccgcagaa tagctcctac accgatatga aggacgccct gacgcagaat     1140

cttgtcctgg aggaataccg gccgatgctg gatgagcagc tcagtcccga ggctatccgg     1200

gagaccctgc gacaggaaaa cctcaccgat gtacgccata gcttttatat cgattaccgg     1260

gcctggtggg atgataccct aaactggagc cgtgtcacca tcactgttgt ggattttgat     1320

gcggtcggta agccccacca tgttttggcc gtgctgcagg atgtcggccc ggaaaaagaa     1380

cgggaagccc gataccaggc acagatcatt gctgaagcag aggaagcacg gctggccagc     1440

attgccaaat ctgaattcct gcgccgcatc agccacgatc tgcgcacccc catcaatggc     1500

atccagggct acatcaatat ggccgctcac tatcccgatg atcttgccct ccagataagc     1560

tgccgggata aagctgccat tgccctgcac accctgctgg atatcgtcaa caatgtactg     1620

gatatgagca aactggaaag cagcgccatc gatctcgagc agcgttcctt ctccctctct     1680

gccaccctgc aggaggtcag cgctgtcatc gaaccgcagg ccgctgaatt cggcatccgg     1740

tacgaagccc ccactgaagc ccccctgtca aatgtccgtc tcatcggcag ccccaatcat     1800

ttgcagcgca tcctgtgcaa cctggccggc aatgccgtaa aatatggccg cagcggcggc     1860

tatgtccggc tgggcagccg ggtcctttcc cacagcgaag gctgtgtaac ggtcgaattc     1920

acctgcgagg ataacggtat cggcatgagt gaggaattcc aacagcatct gtttgaacct     1980

ttcgcgcagg aggccgatga cgcccgcacc cagtaccaag gcactggtct gggtctttcc     2040

atcgttgaaa agctggtatc cgccatgcac ggcaccatca ccttcaattc ccaaaagggt     2100

gttggcacct cctttcgggt cgtgctgcct ttcggcatcg atcgcaccgc tcccaccgct     2160

ccggttccac tgcccacagc cgatttcacc ggtattcata tcctgctggc ggaggataac     2220


<210>  579
<211>  2415
<212>  DNA
<213>  Clostridiales

<400>  579
ttggcccctg ttgcccgggt agcggtggaa aaaaccacct gccgttttga taaacttttc       60

gattacgcca tcccccaggg gatgcccctc cgccccggag tgcgggtgct ggtgcccttt      120

gggcacggcc gccgtatcgg gctggtggtg gagctggccg aacaagccgc gcacgccgcc      180

ctcaagccca tcgccgcccc gctggaggaa gaacccgtcc tcaccgagga agggctgttc      240

ctgctgcgct ggctgcggga aaacaccttc tgcacctggt tcgatgccct gtccgtgctc      300

attccggccg gctacggcct gcgggggctc accgggtggt ccctggtgcg cggggccccc      360

gtcccggagg acctctccct caccgagcag caggtgctct ccgttctgcg gccccgccgc      420

aagcccctgc ctgccgccga tttggccgaa acactggggc ttaccctctc cgcgctgccg      480

ctggagcggc tggagaacct gggccttttg cggcgggagg aagtggtgga gcgccgggta      540

ggcgataaga ccctgcaaat ggtgcgcctg accgaagccg agcccgaaaa gctgaccccc      600

aagcagcagc aggtctatga gctgctgggg caggtaggct gcggcagcat ccgggaagtt      660

tgctactttg ccggggtgac ccgcggcgtg gtggaaaagc tggtgcagca gggcctggcc      720

gaaacctacg aacaggaggt gctgcgcacc ccgctgaagg aagagaccat ccccgtggag      780

ccgcccccca ccctgaccga ggaacaggcc gccgcagtgg aaacgctgtg gcagggctgc      840

cgggaaggcg gccggaccgg gcttttgtac ggggtgaccg gcagcggaaa aaccgccgtt      900

tacctcaccc tggcccaccg ggtgctggcc gagggccggc ggtgcattgt ccttgtcccg      960

gaaatctcgc tgaccccgca gaccatccgc cggtttttgg cggccttcgg cagccgggtg     1020

gcggtcattc acagcgccct ttccctcagt gagcggctgg atgaatacaa acgcatccgc     1080

cggggagagg tggatgtggt ggtggggacc cgctcggcgg ttttcgcgcc ggtggaaaat     1140

ctgggcctta tcatcgtgga tgaggagcag gagcacacct accgcagcga acgcgctccc     1200

cgctacgatg cctgtgaaat tgcccggctg cggaccaggc ggcaccgggg actgtgtgtt     1260

ctggcctccg ccacccccag tatcgagacc gcctaccggg cccaaaaggg cgaatatttg     1320

ctggcccggc tgacccgccg ctacggcggc gcccccctgc cggaggtcac tatcctggac     1380

ctgcgggaac ggcccatggc cgccgaggct ctgagcgagg agctgtgcga acagcttttg     1440

cagaatctcc agcggggcga acagagcatc ctttttgtga accggcgggg ctattccgcc     1500

accgccacct gcatgagctg ccaccagccg ctggaatgcc ctcactgctc catcagtctt     1560

aaattccacg cggccaacgg ccggctgatg tgccactact gcgggtacag caccgaggtg     1620

cccaaggcct gcccccactg cggcagccgc ctgatgcgct actccggtgt ggggacgcag     1680

aaggtggagg aagccttaaa aatgcggttc cccaccgccc gcatcctgcg catggaccag     1740

gacaccacca tgcgaaagga cagccaccaa aagctccttt cggccttcgg tcggggggat     1800

tatgatatcc tcatcgggac gcagatggtc accaaggggc tggatttccc caaagtgact     1860

ttggtggggg tgctgacccc cgaccagatg ctgtatgccg atgatttccg cagctacgag     1920

cggaccttca gcctgatcac ccaggtggtg gggcgcagcg gtcgccggga gctgcccggc     1980

cgggcctttt tgcagaccta tcagcccgac cacccggtac tgaccgccgc ggcaaggcag     2040

gattacccgg ccttttacaa aaccgaggtg gagacccgcc gcctgctgct gtatcccccg     2100

ttctgccggc tgtactgcct gggcttttgg ggagaaaatg aggccgaggt gaagcgggcg     2160

ggacaggcgg tgctctctct gctggagcgg ctgctgcccg ccgaataccc ggagctgccg     2220

gtgcggctgc tgggcctggc cccagccggg gtgctgcggg tggcggggcg ctaccggtac     2280

aagctgctca tcaagggcaa aaacagcccc cggatgcggg agctgctgtg gcggcttttt     2340

actgagccgg cgctggccca gcccatgaaa aatgtgacac tgaccatcga gccgaactat     2400

gactcggact tatag                                                      2415


<210>  580
<211>  1266
<212>  DNA
<213>  Clostridiales

<400>  580
atgctgctga ttaaaaacgc caacctggat gggaccggca aaatcgttga tattctcatc       60

ggtgatgacg gaaaatacaa ggaaattgcc gggcacatcg aagcacccgc cggggtcgaa      120

actatcgatg ccactggtat gatggcctgt cccacctttg taaataccca tatgcacttt      180

gataaggcct acacttctta tgaacagggc cgtgaaagct atggcaaggg caactggatc      240

tcttctaccg aagaaaccct agaagactcc atctatgtca tgcacgaccg tatccgcaag      300

tatactcctg aggccgtagc tgcccgggct gagcgcgcta ttaaggattg tgtcatgtat      360

ggtaccacca aactgcgcac caatgtggat atcagcaccc tggatcctaa cctcaacgct      420

ctgaagggtg ttctgatggc caaagaagcc accaaagata tctgcgacct gcaagtcatc      480

gctttccctc aggaaggtat catctgcgat cctggcaccg ataagctgct tgaggaagcc      540

atggaaatgg gctgcgatgt tatgggtggc atgcctgccg ctgaaatgct ggatgagcat      600

tcccgcgaac atgtggattt cgtcttcaag atggccgaaa aatacaactg cctcatcgat      660

atgcacatcg atcagtccaa agatatgttc gatcgttccc tggaatatac cgcctggctt      720

accatgcagc atggctggca aggccgtgta accggcggac actgcacctc catcacctat      780

cagaaccagg cccacgccat caaggttatg aagatgctta agcaggcgga tgtcaatgtc      840

tgcgccaaca cccagaccct cgccatcatg ggcattgacc ccgaaccccg cacccgcggt      900

gttacccgca ttcgtgagat ggtggaaatg ggtatcaatg ttgtcaccgc tcaggatacc      960

atctgtgatg gtttccacct ttacggcact ggcgatccct tggattacgg tctggttggc     1020

tgctactgcg cccagtacaa tacccccgaa gctgcccgta ccatgtggaa catgctcacc     1080

aaagcctctg ctcgcgtatt cgatcctgaa atgaagtacg gcatcgaagt aggaaacgat     1140

gctgacttga acctggtaga agcccctaat gtccacgatg ccatccgcac ccgcgcttcc     1200

cgtccctaca tcatccgcca cggtaaagtc attgcttcct tcatccgccg ggctcagctg     1260

ctgtaa                                                                1266


<210>  581
<211>  1422
<212>  DNA
<213>  Clostridiales

<400>  581
atgcagcttt ataacagttt gagccacaaa aaagaggaat ttgtgcccaa ccacccggac       60

atcgtgaaga tgtatacctg cggccccacc gtgtaccact ttgcccatat cggcaatctg      120

cgcacctaca tcatggagga tgtgctggaa aagtacctgc ggtactgcgg ctacaatgtg      180

aagcgggtca tgaacatcac cgatgtgggg cacctctcca gcgacgccga taccggcgag      240

gacaagatgc tgaagggcgc gaagcgcgag cataaaacgg tgatggagat cgccaaatac      300

tacaccgacg ccttctttga ggactgccgc aagctgaata ttaagacccc ggatgtggtg      360

gagcccgcca ccgcctgcat tcccgaattc atcaagctgg tggaggggct gctggaaaaa      420

ggctacgcct atgtagcagg cggcaatgtt tactttgata cctccaagct ggagaagtat      480

tatgtcttta acgaccacaa cgaggaggat ctcgccgtcg gtgtccggga gggcgtggaa      540

gaggaccaga acaagcgcaa caaggcggac tttgtgctgt ggttcaccaa gagcaagttt      600

gaggaccagg agctgaagtg ggattccccc tggggcgtgg gttaccccgg ctggcacatc      660

gagtgcagcg gcatttcgat gaagcacctg ggcgaggacc tggatatcca ctgcggcggc      720

attgataatg ccttcccgca ccacaccaac gagatcgcgc agagcgaggc ctacctgggc      780

cataagtggt gcaattactg gttccatgta caccacttga acaccaacag cggtaagatg      840

agcaaaagca agggcgaatt cctcactgtt tctctgttgg aagagaaggg ctatcgtccg      900

ctggcgtacc gctatttctg cctgcagagc cactaccgca aggcgctggt ctttagctac      960

gagaacctgg ataacgccga gcaggcctat gaaaagctgg tggccagagt ggcggcgctg     1020

aagccggtgg agagcgatgc catcgatgag gaggcggccg cggcgctgcg gaaggaattt     1080

accgacgcgc tggataatga cctcaacacc tcgctggcgg tgacggcggt gtacgatgtg     1140

ctgaaggcca agaccaacga taagaccaag gccatgctgc tgcgggaatt tgaaacggtg     1200

ctggggctgg ggctctttga ggaggcggcc aagcaccagg agaagaagca ggcgccggcg     1260

gccgaggaaa gcgacccgga gatcgacgcg ctgatcgccg agcggcaggc cgcccgcaaa     1320

aataaggact ttgcaacggc ggaccgcatc cgtgatgagc tgaccgcccg gggcattgtg     1380

ctgaccgata cccccgaagg ggtgaagtgg caccgcgcct aa                        1422


<210>  582
<211>  531
<212>  DNA
<213>  Clostridiales

<400>  582
aaggaacacc tgggttttgt gggtcagccg ccggaaggca ttgcagtgca ggatccggtc       60

tctatcccgc tggaaagggg tgcgcatggg acattcttcc tcggggcgct cccgaccgcg      120

ggtttcatcg gcgaaggttg cccggggcga aaggatctcg tgctccaggg cctcctgctg      180

ctctcgaatg gtcatattgt ctctccttgg tgggtcattt ctgtgcaaaa cgcagatttt      240

ggggggattg ggggtctttt ccgggtcgca aacccctcta ctagtctact gcgcaatcgg      300

ggcggcaaat tcctgcctgt ttgggcaatt tttttgaaaa atttttattt tcctgttttt      360

ggccggcgct tcccggggga acggcgccgt ttttgcgggt tcccttgggg acaatttttg      420

tgggggaacc tcgcgcgcgc gcccaagggc acacgccgcg gcacgggccc gcgcgcacgc      480

gcacgcgtag gggattttta caaattgggg atttatgtat ttattggctg a               531


<210>  583
<211>  1104
<212>  DNA
<213>  Clostridiales

<400>  583
atggccatcg agaaaaaagc aaaggaaacc gcccccgccc ccagcgataa gcaaaaagcc       60

ctggaaaccg ccatcagcca gatcgaaaag cagtttggca aaggggctgt aatgcgcctg      120

ggccagaatg ccaccatgaa tgtggaagcc atccccaccg gctccctttc gctggatatg      180

gcactgggca tcggcggcct gccccgcggc agaatcgtcg agatctacgg gccggaatcc      240

atcggtaata ccaccgtggc cctgcatgtg gtggccgaag cccaaaagcg cggcggctcc      300

gccgttttca tcgatgtgga gcatgccctg gaccctgttt acgccaaaaa tttgggcgtg      360

gatattgacc agctgctggt ctcccagccc gataccggcg agcaggcccg ggaaatctgc      420

gaagcgctgt ttcgttccgg cgcggtggat gtcgtggtcg tcgactcggt ggccgcgacg      480

gtcaccaaag ccgagatcga gggcgaaatg ggcgataccc atgtcggcct gcaggccaga      540

ttgatgagtc aggccctgcg caagctgacc ggcgccatcg gcaaaagcaa tgccatcgtc      600

atcttcatca accagctgag agagaagatc ggcgtgatgt acggcaaccc ggagaccacc      660

cccggcggcc gcgccctcaa gttctactcc tccgtccggc tggatgtccg acgcaccgag      720

cagctcaaag ccggcggcga ggtcatcggc aaccgggtgc gcgtcaaggt ggtcaaaaac      780

aaggtcgccc cgcccttcaa ggaggccgag tttgatatca tgtacggcca gggcgtttcc      840

cgcctgggcg agatcctgga tttgggcagc aagctggata tcgtgcagaa atccggcgcg      900

tggtttaatt atggcgagat aaggctgggc cagggccgtg ataacgccaa ggaatacctg      960

cggcagaacc ccgagctggc cgaggagatc gccgccaagg tgatggccaa tgccgataag     1020

ctgatgggcc gtaccgccgc ggccgccgcc cccaaaaagc tgggccaggt aaacctgacc     1080

gccgaggtgg acgaggacga ataa                                            1104


<210>  584
<211>  1623
<212>  DNA
<213>  Clostridiales

<400>  584
atgctaaaac gatggacggc gctgctgctg gcggtcatgc tggttctgct gactgcctgc       60

ggcgcgcaaa aagaatacaa actctccgcg gtatttgccg ccgcggagga agaacgcacc      120

cagtggctgg ccgatcccga taacgccgcc ctgtgggatc agctgggcct ttccggctcg      180

gtcgtctcgg atggcgaccc cgccgctttg accatcggcg cgcagcactg ggtgctgcag      240

cccgccgcgg tggagggtaa agctgtgacc ctgtgctact gcgttgatga gcagaaccgg      300

ccccttctgg atctgcgggc ctccttcggc atcaatgtgc tgccggtgga ggaatggacc      360

gcctgtgagg atcttttcat cgtgcgcgtg tgggcgcagc agagcgggga gctgccggaa      420

aattatcttt ccggggagga tgagggcctg aaccgctatg ccgttcttct caccgatccc      480

atcaccggcg aaagcgccag cgccgtcgcc gccgatgccg aattacaggc tctcctggcc      540

gatggcaagc cccatgccct gtgcctgcgg ctacgggcca tgcagcaggg ggagccgacc      600

ctccgggtcg tcacagtgct gtgccagggc tggctggaaa aggaatcggt gctgcgggta      660

cagtcggagc agcttttgtg ggcggcccgc cacggggaaa atgacaccct gcgtctgctg      720

ctcaatgagg gcaatgtttc ggtgaccgac cgcaatggcg atggcctgct gtgggccgcg      780

ctgcaaagcg gcaatgccga aacggtggag ctggtggtca aagccggtgc caccggggaa      840

aaccacaatc tctactgggc ggagcccgcc gccttgacca tagcggagcg ccaggattgg      900

cagcagctgc tttccactct ggaggagcag cacaccgata ccggctgcac ggcgccttcc      960

attgcctact actgcaccgc catggggaat gccgaacggc tgtcgcttta cctggcccat     1020

ttcccgctct cggcggagga ggccgccctt cccgaagggg acagcaccac tgtggccctg     1080

cgctacgggg tggaaagcgc ccaaaccggc aatttgctgg acctggctgt ggccaatgat     1140

gataccgaaa ccgccgctgt actgctgcaa aatggggtca cggcctcgcc gctgctgctc     1200

aaaaagctgc aggcctcgcc cactaccctt tccgatgaga tgctggcgct gctgggcagc     1260

taccggtact ttggcgtgct ggatgaggtg ctggccgatt accgcgcgtt caaggagagc     1320

tacgaggccg tggcggggga aagctgccgc cgcttcgagc gggattacgc agcctactgt     1380

gaggccatgg aaaagggcga tagcttcgcc gccgccggca ttatggatag cggcctgctg     1440

gatgagatcg tgggtcagct gcaggcagtg cagaatgtgg caaagcccga gaccgaggcc     1500

atcaacgccc tgtgggacct gatgtacgag tacgccgata tgatggatac cgccggctac     1560

tactacaagc gcatctccct cagcacctat gtggtcacac gccgctacta tcgggccctg     1620

tag                                                                   1623


<210>  585
<211>  1428
<212>  DNA
<213>  Clostridiales

<400>  585
atgcagaacc aacccgattg ggaggttcaa tgcgaaggac tgctgcaagc gctgccgccg       60

gagatggaac ccatctgcga tagccgcggg gaagtaaaag ataagatctt tgtttgcatc      120

aagggtggcc gccacgatgg ccacaccgat gccgcgggag tgctgcggcg gggtgctgcc      180

gccatagtga cccaaaagaa gctgggcctg ccccgggaat ataccgtccc ggatacccgc      240

gcggcgctgg cccgtctgtg tgcccgttat tggggtgagc cggccaaaga actgcgaatc      300

atcggcatta ccggcaccaa cggcaagacc actaccgccc acctgctgtg ccacttgctg      360

caaagcgccg ggatcaagac cgggcgcatt ggaacggacg gcatagtgtg gggagagaaa      420

acacagccca acccctatac caccccacca cctaccgaac tgcatcgcat cctgcaccag      480

atggtggagg acggcatcac cacagtggtg atggaggtaa gcagccaggc gctggaacag      540

cagcgagtgg aagggatcac cttcgcggct gccgtgttta ccaatctttc gcccgagcat      600

ttggattatc atggggatat ggagcgatac tttgcctcca aggcaaagat ctttagccaa      660

tgccgctgcg cggtcatcaa taccgccgac ccctatgggc gtcgcctgct ggacagggcc      720

aatgtgccga tctccggtta ccacctgccg tggcaatacc gctgcgaacc gggcaggagc      780

attcttccgt ggcggggcgg gcagcttatc gttcctttga cgggagaagt ctttctcccc      840

gatgcgttgg ctgcggcgga aacggcgttg gtgctggggc ttactccccg gcaggtgatg      900

gcggcgatgc cgcagtgtcc acccgtacca ggcagggccg aattgctatg gcaaggcatg      960

gggaggacca tcctgcggga ctacgcccac acccccgatg cgctggaacg catcctgcgc     1020

agcctgcggc gggtgcataa gggccggctg ctggtgctct ttggttgcgg tggcgaccgt     1080

gaccgccaaa aacgcccgct gatggcaaaa gccgcggccc gctgggcaga tggcatcatc     1140

attaccgatg acaacccccg gaatgaagcg ccggaggcaa tccgacggga gatcgtagtg     1200

gggctgccga aaaacacccg ctggcgggag gtgcccgacc ggcggcaggc catagagcag     1260

accattgcca tgatgcggca gggcgatctg ctgcttttgg cggggaaggg ccacgaagat     1320

taccagatca tacagaataa aacgatcccc tttgatgaaa gggagattgt gactgagata     1380

ctaaaaagcg ggaggatccc atggaaaaac tgtcactgcg agaaatag                  1428


<210>  586
<211>  618
<212>  DNA
<213>  Clostridiales

<400>  586
atgaaggttt tgatcctgaa cggcagcccc cgtgtgggcg gcaataccac tgtggcggtg       60

gaggagatgg aaaggatctt ccgggaggaa ggcgtggagg tggaaacggt gcaggtgggc      120

gcgcgggata tcagggggtg cattgcctgc ggcagatgcg ccgagaccgg ccggtgcgtc      180

tttgatgaca tcgtaaacga gctggcaccc aagctggagg cggcggacgg cctggtggtg      240

gccagccccg tctactacgc cagcgccaat gccacgctgg tggcctgcct gacccggctt      300

ttttacagca gccactttga taaatccatg aaggtagggg ccagtgtggt gtgcgcgcgg      360

cgcggcgggt gcagcgcgac ctttgatgag ctgaacaaat tttttaccat agcggggatg      420

ccggtcgctt ccagccaata ctggaacagc atccacgggc gggcgcccgg cgaagctgag      480

caggacgagg aaggccggca gaccatgcgc acgctggccc gcaatatgac cttcttgatg      540

cgcagcatcg cgctgggccg ggagaaatac ggcctgcccc agcgggaagc gcccatccgc      600

accaatttca tcaaataa                                                    618


<210>  587
<211>  1197
<212>  DNA
<213>  Clostridiales

<400>  587
atgagcagaa tgtttggtac tgtcgttcgc ggggtacgcg cccccatctt ccgggaaggc       60

gatgatgtag taaagggtac tgtggatacc gtcctgaagg ccctgaaaga aaacagtgtg      120

gagccgcacg ataaagatgt tgtcgccatt actgaatcgg tagtggcccg tacccagggc      180

aactatgcca cagtggaaca gatcgcagcc gatgtaaagg cccgcaccgg cggcaagacc      240

gttggcgtta ccttccccat tctcagccgc aaccgtttct ccgtgctgct ttccggcatt      300

gccgcgggct gccagaaggt cgtccttatg ctcagctatc cttccgatga agtgggcaac      360

cacctcatca gcatggaccg cctggatgaa aggggcattg atccctggac cgatgttctt      420

tccctggagc gcttccgtgc cgagttcggc tctgtgatcc atccttttac tggcgtggac      480

tatgtggagt actattccag ccttatccgg gaagccggcg ccgaggtaga agtgattttt      540

gccaaccgcg tgcagaccat tctggactac accgataccg tcatcacctg tgatattcat      600

acccgtgccc gcagtaagcg attgctgcag gcggctggtg cccgtgtggt tctggggctg      660

gatgacctaa tgaccgctcc tgtggcgggc agcggctaca atgcccagta tggtctgctg      720

ggttccaata aggcggatga aaaccgtgtg aagctgttcc cccgtgatgc tatgctggta      780

gccgaaaaaa ttggccagct gatgagcgaa gccaccggac accatatcga ggcgatggtt      840

tacggcgacg gcgcctttaa ggatcccgcg ggcaagattt gggagctggc cgacccggtt      900

gtggcccccg gttataccaa gggccttatc ggtaccccca atgagctgaa gctgaagtac      960

ctggctgacc acgatttcgg cgatctttcc ggtaccgctc tgcaggaagc cattacccag     1020

cgtatcaagg agaaggactc caccagcctg gttggcaata tggtctccga gggcacaacc     1080

ccccgtaacc ttaccgatct cattggctcc ctgtgcgacc tgaccagcgg cagcggcgat     1140

aagggcaccc ccatcatcta catccagggc tacttcgata actacaccac cgagtga        1197


<210>  588
<211>  942
<212>  DNA
<213>  Clostridiales

<400>  588
atgaccgata tcaaccgccg cgataccagc gagatcagcg agctttcccg cgccgtcttt       60

gaaaatccgc aggtctttgt cgaccgcgcc gagagccgct tccgtgacca gctgcgcggc      120

atgaccgaaa aagtagcggc cagcggcagt cacatcgtgc tgctgtgcgg cccctcctcc      180

tccggcaaaa ccaccaccgc caatcttctc gtctccgatc tttcggcact gggacggcgg      240

gcggtgcgca tctcgctgga tgatttttac cgtaaccggg atgtgatgcc cctgtgggag      300

gacggcacca agaattttga atccatcgaa ggcttggatc tggaatgctt cagcaccagc      360

gtcaataccc tgatgcggga gggccacgcc gaattcccca tcttcgattt taccgagggc      420

cggcgctccc ccctctcccg ccccatggag tacgatgaaa acaccatcct catttttgag      480

ggcatccacg ccctgcagcc gcagctgcgt cagggcctgg ccagcagcaa tttcggcatc      540

tacatccacc ccaataccag ctatgtggat caggatggcc acaccctgct ggatgcccgc      600

gaccttcgcc tgacccgccg catcatccgg gataacctgc accgcggcac cccaccgctg      660

ggcaccatgc aaatgtggaa ggatgtgctg cgcggcgagc tgctgtacat gaagcccagc      720

agcggcaccg ccgatgtctt cgtcaatacc agccacgact acgagccgtt cctatacagc      780

gctgtcatca ccggcctgct ggagcagata gaggacgccg gggaaaaccg tgaaacggtg      840

gaacgcctgc tgcaaagcta ccgccacttc ttccccatcg gtaccgagct ggtcccgcag      900

ggctccctca tccgggagtt catcggcgag gacggcgaat ga                         942


<210>  589
<211>  687
<212>  DNA
<213>  Clostridiales

<400>  589
gtgtatccct tgattgatct gcaaggagta accaagacct accccaatgg cgtatgcgcg       60

ttggatgggg tggatctaca tatcgaaaaa ggcgaattcg tctttgtggt ggggcattcc      120

ggtgccggca aaagcaccct catcaaaacg ctgctgcggg aggaagtacc caccgagggc      180

gaggtgacgg taaacggccg ggaccttatc catatgaagc agcgggagat cccttacttt      240

cgtcgcacca tcggtgtagt gttccaggat ttccggctta tccccaccat gacggtcttt      300

gataatgtgg catttgccct gcaggtgacc ggtgtgccgc ggcggtttat ccgccggcgg      360

gggccctata tcttgaatct gctggggctg gatgataagt acaagcacta tccgccggaa      420

ctctccggcg gcgagcagca gcgtgtggcc ctggcccgcg cgctggtgaa taaccccgac      480

ctgctcattg ctgatgagcc gaccggcaat atcgatccgg agctttccta cgagatcgtg      540

gagcttttgg atgagatcaa taagaccggt accaccatcc tcatggtgac gcatgagcat      600

gagctggtaa atcgtttcca ccaccgtacc gtgacactgg aaaagggacg cattatccgg      660

gatcaaggag gtgcttccca tgtttaa                                          687


<210>  590
<211>  1827
<212>  DNA
<213>  Clostridiales

<400>  590
gggcggccgg tgacggcgct ggtcatcaac ccgcctgtgg ggaccccggt ggccgactgc       60

cgcaaaatgg aggccgagca ggcggcggag gagatcggga tactgctgaa ggcgggcttt      120

accgtggagg aaaacggggg ccgacggccg gttcggccgg gggatatctg catcttgatg      180

cggagcgcca aaaaccggga gcagtactac atagacgccc tgcgggaaag gggcatcggc      240

gcccggagcg ccaaaaacga aaacctgctg gaggtaagag aggtaaaaac ggtggtgagc      300

tacctggccg tgctggccaa ccccatgctg gacctggagc tggccgaggt gctggcaagc      360

ccgatgtacg gctttaccgg ggacgatctg gcgaccctga gagcggccgg ccggcgggag      420

cgactgtacc agaacctgct gagcaaaaca gcggagagcg gcaaattcgc ggcattcctg      480

cgggactacg acctgctgcg ggccaaaatg caggagctgc ccgccgctga gctgatccgg      540

gagatatgcg aggtgaccgg ctaccgggaa aagtgccggg tgctgccgga gggcgagacc      600

gcggtggcca acctgcggct gctgcaggcc catgcggccg agcacgaaaa ggacggccgt      660

ggcgagagtg actttgcgga atacctgcgg cggctggccc agcggggctg tgtgctgccc      720

agcgcggcgg cggccggcgg cgacgctgtg accgtgacga ccattcaccg cagcaaggga      780

ctggaatacc cggtggtgtt cctggccggg tgcaatgagc gattccgcag ggcggaggag      840

agcagcgaca tcgctatgga ccgggagctg ggctttgcct gcaagctgcg ggataactac      900

accatgctgc agcataagac cctgccgctg gcggccatgc agctgcagaa ccgcaagacc      960

cggctgcagg aggagatgcg catcctgtat gtggggctga cgagagcaag ggaaaagctg     1020

tacctgatgg ctacggggac aaagatcacc gaagggctgg aggagctggg gatgatagcc     1080

gcggaaagcg gggaatcccg ggccgccgct gcggggagca gctgggactg gctgcggggc     1140

accgtgatgc aggagcaggg cctggagctg aggatcatac ggccggagga gctgccgccg     1200

ccggagagtg aagaactgga acaggcgcat gaggccatcc ccgtggaggg ggaggccctg     1260

cagcggctgg aggagaagct gaggttcagc tacccctacc cggccgatac cgtgaccccc     1320

agaaggatgg cggtgagtga gctggccgaa cgggccgcaa gggagcatta tctgctgaag     1380

cgcaggccca agtgcctgac ccggcaggag gcgaccgcgg ccgagcgggg caatgccgcc     1440

caccgggcga tgcaatttgc cgacctgacg gcgctgaaaa aggacccgaa ggccgaggta     1500

gagcggctgg tggccgaggg ctacctgtat cgggaggacg gggcactcat cgacaccagg     1560

gtgctggaaa agctgatgaa ctcccccctg ggcgagcgga tgagaaaagc agaccgggtg     1620

gagcgggaaa tgcggttttt gcaggaattc accccggagg agctggcggc catagacccg     1680

gcgctgcggg tgccggggac gacgctcatc atgggggcgg tggatgccgt gctggtagaa     1740

ggggatcatg ccgtgctgct ggactataag accgaccggg tggcggctcc gcaggagctg     1800

accgggcggt atgccctgca gctgaag                                         1827


<210>  591
<211>  750
<212>  DNA
<213>  Clostridiales

<400>  591
atgagtgtac tgcggctgga aaatgtgaaa aagacctttg aaggcgggcc ggaggtcctg       60

cggggcatca gcctggcggt ggaggagggc gaagtggttg ccattatcgg gccctccggc      120

gggggaaaat ccaccctgct gcgctgcatg attgacctgg aggaagtgac cggtgggagc      180

atctatgtgg gcgaggacgc catggtgaag gacgggaaat actgttccaa ggcagagcgt      240

gcccggctta tcagcgaaat gggcatggtg ttccagggct ttaacctgtt cccccacatg      300

acggtgcggg aaaatctcat caagccgtac ctgctgacaa agcccggcgc ggccgatgct      360

gaagaaaaat gcatggccct gctggaaaaa gtgggcctgg cggagaaaaa ggatgaatat      420

ccctgccggc tttccggcgg acagcagcag cgggtagcta tagcacgcgc cctgatgcgc      480

gaccccaagg tgttgctctt tgatgagccg accagtgcac tggaccccca actgacgggc      540

gaggtgctgg cgattatgca gcagctggcg gcggagcacc gcaccatggt ggtggtgacc      600

cacgagatga gctttgcccg tggagcggcg aaccgcatcc tgtatgtaaa cggtgggctg      660

attgcggagg aaggcacccc ggaggagatc ttcggcgcgc ctaaaaccgc cgagctgcgg      720

gcctttttgg gcagcggatt tgaggactga                                       750


<210>  592
<211>  1740
<212>  DNA
<213>  Clostridiales

<400>  592
cgctttctgc gcaatcatcc cttctaccgg gactgggccg cggagtacat caccgccgat       60

accgaaacac cgctggatga gaccatctgg agcgggctgc tgcggcagcg ggccgcggag      120

gccctgcaat acgccgacga cctgctgcgg gactgcatgg atctgctggg gcagagcaac      180

gacgagatgc tgtgggaagt ggtgacgccg gtgatcatgc aggaccggga gatgctggcc      240

cggctgatgg ccgccgtgac gcaggaggaa tgggacattg ccatgacccg gatgctggag      300

gcgagctttc cgcagttccc gcggaaaaag tggaccgacg ccgagaccaa ggatacggtg      360

ctgcggctgc gccgccgggc cgccgaggcc gtgacggagc tcaagacgaa ggtcttcctg      420

atgggggaga cgcagtaccg ggaggaccag cagaagctgg ccccgctgat ggagcggctg      480

tgcgcgctga ttctggaatt cgacagccgg tacgccgctg ccaagctgga acggcgaaag      540

ctggactttg gcgacctgga gcacgacgcc ctggccctgc tggcgcggcc ggacggcacc      600

ccgaccgccc ttgccgcgga gctgggcagc cggtatgccg agattatgct ggatgagtac      660

caggatacca acgccctgca ggagaagatc tttgccgcgc tgacggcggg gggctgccac      720

cgcttcatgg tgggggatgt caaacagagt atttacggct tccgggaggc ctgcccggag      780

aacttcctgg agaagcggga aagctatgcc ccggcggaga cggggacctt cccggcaaag      840

atcgccctga acgccaactt ccgcacccgg cgggagatca ccggctttac caaccggctg      900

ttcagccgca ttatgaccca aagaacggcg ggaatggact acctgccgga ggatgagctg      960

gtttcctccc tgccgtatga ctataccatc gggcggccgg tgacggcgct ggtcatcaac     1020

ccgcctgtgg ggaccccggt ggccgactgc cgcaaaatgg aggccgagca ggcggcggag     1080

gagatcggga tactgctgaa ggcgggcttt accgtggagg aaaacggggg ccgacggccg     1140

gttcggccgg gggatatctg catcttgatg cggagcgcca aaaaccggga gcagtactac     1200

atagacgccc tgcgggaaag gggcatcggc gcccggagcg ccaaaaacga aaacctgctg     1260

gaggtaagag aggtaaaaac ggtggtgagc tacctggccg tgctggccaa ccccatgctg     1320

gacctggagc tggccgaggt gctggcaagc ccgatgtacg gctttaccgg ggacgatctg     1380

gcgaccctga gagcggccgg ccggcgggag cgactgtacc agaacctgct gagcaaaacg     1440

gaggagagcg gcaaattcgc ggctttcctg cgggactacg acctgctgcg ggccaaaatg     1500

caggagctgc ccgctgctga gctgatccgg gagatatgcg aggtgaccgg ctaccgggaa     1560

aagtgccggg tgctgccgga gggcgagacc gcggtggcca acctgcggct gctgcaggcc     1620

catgcggccg agcacgaaaa ggacggccgt ggcgagagtg actttgcgga atacctgcgg     1680

cggctggccc agcggggctg tgtgctgccc agcgcggcgg cggccggcgg cgacgctgtg     1740


<210>  593
<211>  1080
<212>  DNA
<213>  Clostridiales

<400>  593
gcagcaataa tgtctgctaa gacaacggaa aaaaccagcg ccaaaggcgg ctttaagagc       60

gagcgccgcc gccacgacgc attgacggtg atcttttcga ttctttcctt tatctatctg      120

atcccgatat tcctggtggc gatgaactcc tttaagagca acgcctctat caatctggag      180

acctttgcgt tcccgcgcga gggcaccttt gtcgcactgg acaactatat caagggcctt      240

accttcggca actatccttt cctgaagagc gcaggctatt cgctgctgat caccattgtt      300

tccgcagcgc tgatcctgct gtgcaccagc atggcggcgt ggtacatcgc ccgcgtgggc      360

agcggctttt ccaagctggt ttattacctc tgcgtttttt cgatggttgt gccgttccag      420

atggtgatgt ttacgctggc acgcactgcc gataccttga agctcaatac cccctacacc      480

attcccatta tttatctggg cttcggcgca gggctggcag tctttatgtt cagcggattt      540

atcaagagca ttccacttgg gatagaggag gccgcggcca ttgacggctg cgggccgatc      600

cggacctact ttaatgtggt gctgcccatg ctcaagccta ccatgatctc ggtcggtgtg      660

ctggagatta tgtgggtgtg gaacgactac ctgctgccct atctggtgct ggaccgcaag      720

cagtatatga ccattcccat tcacattcag ttcctgcagg gcagctacgg ttcggtggac      780

ctgggcgcgg tgatggcgct gatcatgctt tcgatcattc cggttatcat tttctacctc      840

acctgccaga agcacatcat caagggtgtg gcggccgggg ccgtaaaggg gtggtactgc      900

tgtgacgata aaagatatag cgagagagag cggctatgcc gtagggaccg tttcccgcgt      960

gctgaacaac catccggatg tcagcgaaaa ggcgcgggaa cgcatcctag cggtggtggc     1020

gaagaatgga tatacccaaa acgccaacgc caagaatctg aaacaatcgg taaaccgtag     1080


<210>  594
<211>  888
<212>  DNA
<213>  Clostridiales

<400>  594
gtgaaacgaa cggtttggat gatggctgct gtcggcatcg tcctgcttgg ctttgccgct       60

tgcggcagcg ccgccccgga atctcccgat gaaaacacgc tttttgccgc aaatggcccc      120

gcccttaccg tagtggaaaa gcagcccgac caatatacca ccgacccgga ggacaaaaca      180

gttccgccgg agcagtcccc cgacctgctg accatgaact cccaggagga ggagggcttt      240

gccctgtttt accccctgct cagcgagacc cagttccgct gcctgatgga tgaggatggt      300

gtggatttca tccccaatcg gctggtctcc tgcgaggagg gcggcctggc ctattacagc      360

accgccgccg gcgacttggt gtactgcacc gctgattttt ctacagtgaa agctgtcctc      420

tgccagcagc gtgtcggcct tatcatagat gcccgttggt tggatgccga ccatctgctg      480

ttcctgcagg gaaatgagaa tgaacaggcc gtttatctgt tccgcccggc ggaggatatg      540

gtggagctgt tgtatcagtc cccggagggc cgccagatcc ttggcatcga gctggatgaa      600

aacggccagc cggtgtgtat cctctccgcc ctgccgcagc tggaggagcc cgacccgacc      660

cctgctcctg aggaaaacgg gacggataat accaattccg gtaccaaatc cgatgaatcc      720

tccggggaga accccgcttc caatgcgaag gactggagca gtagcctgtg ggatgatgaa      780

gagaacagcg aaaaatccga gttgggtgat gccaatgccg gggaggagtc ggcgattccc      840

accgaaaaag tagagctgga tatgaccgcg gcctctccgg agccgtaa                   888


<210>  595
<211>  1320
<212>  DNA
<213>  Clostridiales

<400>  595
atgtctaaac cgctgattgc catcgtgggg cgtccgaatg tcggtaaatc caccctgttc       60

aataagctca ccgggcagcg gctctccatc gtggaggata cccccggtgt gacccgtgac      120

cgcatttacg cccccggcga atggtgcgga cgggaattta tgctggtgga taccggcggc      180

atagagccga aggccgatga tgtgctgctt tccaaaatga ggatgcaggc acagatcgcc      240

attgacgccg ccgatgtgat catctttgtg gtggacctga aaagcggtgt gaccgccaat      300

gacgccgata ttgcccatat gctgcaaaaa tgcggcaagc cggtggtttt gtgcgtcaac      360

aagtgcgaca gcctgggtga tgtgcccccc gatttttatg aattctataa ccttggtctg      420

ggcgacccgt accccgtttc ctctgtccac gggcacggca ccggcgacct gctggatgcc      480

tgcattgaaa agatagactg ggagaaccgc accgaatacc ccgaggaata caccaaggtg      540

gctgtgatcg gcaagcccaa tgtgggcaaa agctccctca tcaactacct ggccggagag      600

gagcgggtga tcgtcagcga tattgccggc accacccgtg acgccaccga taccgccatt      660

gaaaacgagt acggcaagta cattttcatt gataccgccg gcatccgccg caaggcaaag      720

gtggaggacg ccatagaacg gtacagcgtg ctgcgcagct atatggcggt ggaccgctgc      780

gatgtggcca ttatcctcat cgatgcggtg gagggctttt ccgagcagga cagcaagata      840

gcgggctacg cccatgagca gggcaaggcc tgcatcgtgt gcgtgaacaa gtgggacgcc      900

gtggaaaagg acgaccgcac catgaaggaa tataccgata agctcaaggt ggatttcagc      960

tttatgagct atgtgccgtt cctgttcatc agcgccaaga cggggcagcg ggtggataag     1020

atgttcccgc tcatcaacac ggtagcggcc aattccaaac tgcgcatccc caccgggcgc     1080

ctgaacgatc tcctcagcta tgccaccgcc cgggtgcagc cgcccagcga taagggcaag     1140

cggctgaaga tctactacat gacgcaggcc agcacccagc cgcccacctt tgtctgcttc     1200

tgcaacagcg ccgagctgtt ccacttcagc tatcagcggt atctggaaaa ccagatccgt     1260

gagacctacg acctgaccgg cacgcccatc cggatgatga taagggaaag gggcgactga     1320


<210>  596
<211>  330
<212>  DNA
<213>  Clostridiales

<400>  596
cagcgaggaa atagcccggc taagcgcagg ctgggttata aacatggcgt tggccgtttg       60

ggtaaagttc aaggaatcgg ccagggcgca aaagcattcc aactgaaaaa ttgtcatgat      120

ggcatacctc cgattttggg ctttttagaa gatgcattca atgctgtata catttattct      180

atcataattt gctgcaaacg acaaatacct tttatgcatt ttccgcaaaa agatttatcc      240

atatatagag gaatcccctg ccgggggaga atgcccggca ggggaggggt gtgccatgta      300

aaagtgacga tcgacattgg gaggtcgtag                                       330


<210>  597
<211>  2592
<212>  DNA
<213>  Clostridiales

<400>  597
atgagcaagg ataaaactcc caacaatatg ggcgattttg atgccattaa tgaagtagtg       60

gatgaggtaa ccgctgaaaa cagcctgcac aatgagggcc ggatcatcca ggtggagctg      120

gaccacgaaa tgcgcaagag ctttttggaa tattccatgt cggtcattgt ggaccgtgcc      180

ctgcccgatg tacgggacgg attgaagcca gttcaccgcc gcattctgtt tgccgccgat      240

gaggacggcc tgacccccga taagccccac cgcaagagcg cgaccatcgt cggtgatgtg      300

ctgggccggt atcatccgca cggcgatgcc agtgtttacg atgccatggt gcgcctggcg      360

cagaccttct cgctgcgtta tccgctcatc gatggccacg gcaactttgg taccatcgat      420

ggcgaccccc ccgccgccta ccgttatacc gaggcacggc tgagcaagat tgccctttac      480

atgctctcgg atatcgataa ggacaccgta gactggaacc cgaactttga tgaccagcgc      540

aaggaaccgg ttgtactgcc cagccgcttc cccaacctgc tgtgcaatgg ctcggtgggc      600

atcgcggtgg gtatggccac caatatcccg ccccccaacc tgcgggaagt cagcgacgcg      660

gtatgctacc tcatcgacca ccccgaagcc gagctgaatg aactgatgca gtacattcag      720

gggccggatt tccccaccgg cggcatcatc atggggcgca gcggtatccg tgccgcctat      780

gccaccggcc gcggcaagat caccctgcgc agtaagaccg agatagagga aatgaagaac      840

ggccgggagc gcatcatcgt gcgggagatc ccctacatgg tgaataagac ccgcctgatc      900

gagagcatcg cccagctggt aaaggataag cgtgtcgacg gcatcagcta catcaatgat      960

gaaagcgacc gcgagggcat gcgcatcgtc attgacctga agatgggcgc caacgcgcag     1020

gtggtgctga accagctgta cagctttact cagctgcagg attccatcgg cgtcattatg     1080

ctggcgctgg aaaacggcgt gcccaaggta atgaccctga aggagatgct ggagcaatat     1140

ctcaagttcc agtttgaggt catcacccgc cgtaccgcct acgacctgaa aaaagccaaa     1200

gagcgtgagc acattctgga gggtttgaag ctggtggtgg ataagaccga tgaggtcatc     1260

tacatcatcc gccacagtaa ggaccagaac gattccaagc tgaacctgat ggaacgcttc     1320

ggcgtgaccg atctgcaggc tgccgccatt gtggccatgc gtttgggaca gctttcctgc     1380

atggagcgca tcaagataga ggatgagctg gccggtatcc tggaaaaggt gaaaaacctg     1440

gaggaaattc tccgcacgcc ttccatggtc tatgatatca tccgcaccga gctgaccgct     1500

atccgggata aattcggcga tgaccgccgc accgctatcg agacggtaag cggtgaagtg     1560

gatattgaag acctcatccc cgagcagcag tcggtcatca cccttaccca cggcggctac     1620

atcaagcgcc agcctgtgga ggtataccgc acccagcgcc gcggcggccg gggcatttcc     1680

ggcgtggccc gcaaggatga ggactttgtg gaggatatgt tcatcacctc cacccacgat     1740

tatgtccttt tcttcaccaa ccgcggcaag atgtaccgca tgaaggggta cgagatcccc     1800

gaaaccggcc gggccgcacg cggcagccat gtggtcaacc tgctgcccat cgaaaaggat     1860

gaaaagatca gcgccatgat acgggtggac gaggtggaaa acgacagcta ccttgtcatg     1920

gtcacccgca atggcaccat caagcgcacc gcgctttccg cttaccgcaa tgtccgcaag     1980

ggcggcatta tcgccattaa cctggaggag ggcgatgagc tggcatgggt gcgcaatacc     2040

accggcgagg atgatcttat catcgccacc cggcagggtg tggccatccg ctttgcggaa     2100

agcgatgttc gccccatggg ccgtaccgcc accggtgtcc gggccatccg gctggatgag     2160

ggtgatgaga tcatcgccat ggccacctgc gaggagggcg gctacctgct gaccgtgacc     2220

gaaaacggcc agggacggcg caccgcactg ggcgagtacc gcacccagaa ccgcggcggc     2280

cgcggtgtcc gcaactacga ctgcgaaggc aagggcaccc tggtggccgg cgtgcgtgta     2340

gtgggcgagg aggacgatgt catcctcatt gccgatgacg gcatcatcat ccgcatcccc     2400

tgcgagcaga tcgcggtgca gagccgctac ggcggcggtg tccatgctat gcgcctggag     2460

gaaggcagcc gggtcgttgc cctggcccgc gccccccgcg aggaggacac cgaagaagcc     2520

gatggggaag agaccgccga gccacaggaa gcaagtgatg aaaatgtaac cgaaaccccg     2580

gcagaagaat aa                                                         2592


<210>  598
<211>  681
<212>  DNA
<213>  Clostridiales

<400>  598
atgagatatg ggatcatcgg tgcgctggat gaagaaatag cactggtaaa ggaacagatg       60

accgaggtga aggagcataa gctgtatggg cgcagctttt acaccgggcg catcggggaa      120

aaggagattg tgctggtgtg ctgcggcgtg ggcaaggtaa acgcagcgct ctttgccaat      180

gcggtcatac gggaattcca cgccgaggcg gtcatcaata tcggtattgc cggggctatt      240

ggcgcgggca ttggagtgat ggatgtggtg ctgagcacgg aggcggcgtt ccatgatcaa      300

gatgaggtca tggtaaagta ttacccgttc cgcaggtcct ttcaggcaga tcctgctctg      360

ctggcattgg cgcaaatggc gtgtgaaggc gtgacaatac acgggaaggt cgtttccgga      420

ttgattgtaa gcggcgaccg atatgtaacg gataacgcta taaagcaaag cctgcgggaa      480

cgctttgacc cctgctgcac cgaaatggag ggtgctggca ttgcccatgc aagctttgta      540

aacgatactc cgtttctcat catccggacg atgtctgaca gtgcggatga aggggcagat      600

gacagctacg ataatttcat cgatgtggcg gcgcaccagt cagcggccat tgtgctgaag      660

atactggagc tagccgaata a                                                681


<210>  599
<211>  2019
<212>  DNA
<213>  Clostridiales

<400>  599
atgagcaata ttccggagct gttcggcagc ctggtcttta atgacacggt gcagcaaaag       60

cgcctgcccc acgataccta ccgccgcctg cggcagatcg ttgccagcgg ggagccgctg      120

acccccgatg tggccgatgt cattgccaat gtgatgaagg cctgggcgct ggaccacggg      180

gtgacccact ttacccactg gttccagccc atgaccggca ttaccgccga aaagcacgac      240

agcttcctga cgccggccgg cgacggggtc atcatggaat tttccggccg ggagctcatc      300

aagggcgaac cggatgccag cagctttccc agcggcggcc tgcgggccac ctttgaggcg      360

cggggctaca ccgcctggga ccccaccagc cccgccttca tcaaggacga ctgcctgtat      420

atccccacgg cattttgcag ctataccggg gaagcgctgg ataaaaagac ccccctgctg      480

cgcagtatgc atgccctcaa ccgggaggcg gtacgcttcc tgcgggcgat gggctgggcc      540

gatgtgaccg ccgtgacccc caccgtgggc gcggagcagg agtatttcct catcccgaag      600

gagctgtatg agcagcgccg ggacctgcgc tacaccgggc ggaccctctt tggggcgatg      660

gcgcccaagg ggcaggagct ggatgaccac tactttggca ccataaagcc ccgggtgatg      720

gcctatatga aggagctgga cgaggagctg tggaggcggg gtgtgatggc caagaccgag      780

cataacgagg tggcgcccgc ccagcatgag ctggccccgt tctttaccac cacgaatata      840

gccgccgacg gcaaccagct gaccatggag ctgatgcagc ggctggccca gaagcacggc      900

atggtgtgcc tgctggcgga aaagcccttt gcgggggtga acggcagcgg caagcacaat      960

aactggtcgc tggtgaccga taccggccgc aacctgctgg acggcggcag cgacccggcg     1020

aacaacctga cctatctgct ggtgctggcc gctgtaataa cagcggtgga tgagtaccag     1080

gcgctgctgc gcattaccgt ggcgacggcc ggcaacgacc accggctggg tgccagcgag     1140

gccccgcccg ccattctttc catctttttg ggggaggcgc tgcagaacac cctgatgcag     1200

gccgcctgcg gcgagggcag caccgccgcc gcccgccggg agctggagat gcgggtgccg     1260

gtgatgcccc atctgcggca ggatgacagc gaccgcaacc ggacctcgcc ctttgccttt     1320

accggcaaca agtttgagtt ccggatgctg ggcagcagtc agtctatcag cgaccccaac     1380

acggtgctga ataccgccgt ggccgaggtg ctgagccgct atgccgaccg gctggagcag     1440

agcgccgacc gggagaatac ggtgcgcacc ctgctgcagg aaacgctgga gcagcacgga     1500

agaattctct ttaacgggga cggatacagc gaggaatggc agcaggaggc ggaacgccgg     1560

ggactcctta acctgcgtac cgcgccggag gcctttgccc acctgaccga ggaaaagaat     1620

gtggcgcttt tcgcgaagca cggcatcttt accgctgcgg agctgaccag ccgtcaggag     1680

atccactatg agacctatgc caagtgcatc cgcatagagg ccgccaccat ggcagaaatg     1740

gtgcggcggc agatcctgcc cgccgggcag gccgccctgc gggagctggg gcagaccagc     1800

cgcgccaagc aggagatcag cccgcttttg agctgcaagg ccgaggagct tttgggcact     1860

cagattgcca actacaacga tatgctgctg gctggctgca ccctgctgga aaacctgctg     1920

cgggatttcc ccagcggcac cgaggagcag aaggcgctgt acgcgcggga ccggctgctg     1980

ccggccatga acgagctgcg gcgggccgca gctcgttca                            2019


<210>  600
<211>  1074
<212>  DNA
<213>  Clostridiales

<400>  600
atgaaccgca ttgaaaaact gatgaaagcc ctgccggagg gggccgatgc cgctctcatc       60

acctccgatg tgaaccgccg ctactttacc ggactgggct ccaccgccgg cacactgttg      120

gcgttccggg atgctgccta cttcatcatt gatttccgct atatcgaggt cgccaaggcc      180

accgtcaccg gtgccgaggt catcctgcag gataagctgt acgaccagct gggcgagctg      240

ctgaagcagc acggcgccag aaccgtcgcc ctcgaaaccg actacatcac cgttggcagc      300

ctggagcagt accgttcccg tctgccgcag gtggagttcc tcaccgccgc cgccctcaat      360

gataagatcc tggagatgcg ctccctcaag gacgaggagg agatcgccgc catccgcaag      420

gcgcaaagca tcaccgatgc cgccttcctg gagatcctcg atttcatcaa gcccggcaag      480

accgaaaaag aggttgccgc ctacctggaa tactgcatgc gccgtctggg cgcggatggc      540

cttgcctttg agaccattgc cgccggcggt cccaattccg ccaagcccca cgccgtcccc      600

ggcgaccgtc ccctgcggca gggcgacttc ttcactatgg attacggcgc ctactggggc      660

ggctactgct ccgatatgac ccgtaccgtt gccgtcggcg agccgaccga ggagatgcgc      720

cgcgtgtatg ataccgtcct ggccgcccag ctcctcggca tcgaaaaggc cgttgtgggc      780

gcttcctgcc gcgccgtgga tgccgccgcc cgtgagctca tctacaatgc cggctatgag      840

ggctgcttcg gccacagctt gggccattcc gtcggcatcg agatccacga aatgcccggc      900

ttttctccct ccatcgcccc ggagaccacc gccaaggagg gcatggtcat caccgtggaa      960

cccggcatct acctggaggg ccgcttcggc gtccgcatcg aggatatggt ttggcttgcc     1020

ccggatggca caaaagattt gacaaacagc cccaaagagc tcattatcct gtga           1074


<210>  601
<211>  1182
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1255

<400>  601
atgactcagt ttttgatccg tcttttcatc cgccagcccg accatgcgca ggaccctaag       60

gtgcgcgccg cctacggcaa ccttgcctgc tgggtgggcg tggcatgcaa cctgctgctg      120

tgtctgggca agctgaccgt aggcactctg ttcggctcca ttgccatcat ggcagatgcc      180

ctgaacaacc tgtcggatgc ctcgtccaac gtggtcagtc tggtgggctt caagctggcc      240

ggcaaggccc cggacgcaga gcatcccttc ggccatgccc ggtatgaata tctggcgggg      300

ctggtagtca gcgtgaccat tctcggcatc ggcttttcac tgctgaagga atctgtggtc      360

aaggtgctgc accccacccc ggtgatgttc agctggctga cggtggccgt gctgatcgca      420

tccatcctcg tcaagctgtg gatgagcggc ttcaaccgca ccatcgggcg catcatcggc      480

tccgagaccc tcattgccac tgctgccgac agccgcaacg atgtgctgag caccagcgcg      540

gtgctcattg ccgcagtgct gtgccgcgtg accggctggg atgtgctgga tggcctgatg      600

ggcgtaggcg tggcggcgtt catcctgatt tccggctggg gccttgtgat ggatacgctc      660

agcccgctgc tgggcgaaag ccccagcgag gatctggtgg accacatcga gcagaaggtg      720

ctctcctatc ccggcgtgct gggaatgcac gatttgatgg tgcacgacta cggcccggga      780

caccagttcg cctccctgca tgtggagctg cccgccgagc aggacccgct ggaggcacac      840

gacctgatcg acaacatcga gcgggacttc tttaaaaacg acaacctcat ggtgaccatc      900

cactacgacc ccatcgttac ctcggatgct gccgtgggcg tgctgcgcgc ccgcctgacc      960

gaaaagctgc gccagctcga cccggccctt tcgctgcacg atctgcgcat cgtgccgggc     1020

aggacccata ccaacgtgct gttcgatctg gtgctgccgg caggctatgc aggggataag     1080

gtagagctgc tggaacagct ggaacagttc atcaaggaac aggatacagc ctacagctgc     1140

atcatcaagg tggagcagag ctatacggct gcccacaaat aa                        1182


<210>  602
<211>  1047
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1256

<400>  602
atggaaaaaa gctattctga aagctatgca gccgccggtg tggatatcac cgccggttat       60

cgctctgttg aactgatgaa gcagtatgtg gcccgcacca tgaacgagca ctgcattggc      120

ggtctgggcg gctttggtgg cctgtttgag ctggactgca ccggctacaa gcacccggtg      180

ctgatctccg gcaccgacgg cgtgggcacc aagctgaaaa ttgccatgat catggacaag      240

cacgatacca tcggcatcga ctgcgtggct atgtgcgtga acgatgtcat ctgcgccggt      300

gcaaagccgc tggtgttcct ggattacatc gcctgcggcc gcaacattcc cgagaagatc      360

gccgagatcg tcaagggcgt ggctgagggc tgcgtgcagg ccgactgctc tctggtgggc      420

ggcgagactg ccgagcaccc gggcatgatg ccggaggagg agtacgatct ggccggtttc      480

accgtgggcg ttgtggataa ggaaaagatc ctgaacaacg attccatgaa gcccggcgat      540

gtcatcatcg ctctgccttc caccggtgtg cactccaacg gtttctcgct ggtgcgcaag      600

atctttgaca ttgacgcaaa ccccgatgtg ctgcacactg cccctgcaga gctgggcggc      660

aagacgctgg gcgaggccct gctggctccc accaagatct acgtcaagcc ggtgctcaag      720

gtgctggaag aggtggatgt gaagggcatt tcccacatca ccggcggcgg cttctacgag      780

aacattcccc gcagcctgaa aaagggctgc tgcgcacgca tcaacaaggc agatgtccgc      840

accccggctc tgttccagct gatgcagaag accggcaata tctccgagca cgatatgttc      900

aacaccttca acatgggcgt tggcatggtg ctcaccgtcc ccgcagagca ggccgacaag      960

gcgctggaca tcctgcacgc aaacggtgag ccggaagctt accgtctggg cgtcattgca     1020

gaaggtgagg gcgtggagct gtgctga                                         1047


<210>  603
<211>  942
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1257

<400>  603
atgagcgtga aagtttttat tgatggctct tccggcacca ccggcctgcg cattgccgac       60

cgtctggcac aacgcccgga gatcgagctg ctttccattt ccgcagaggg ccgcaaggat      120

gtgaacgagc gcgcgaaggt gatcaactct gccgacctcg ccttcctctg cctgccggat      180

gccgcttcca aagaggtcat gcccctgctg cgcccggacg tgaaggtgct ggacacctcc      240

accgccttcc gcaccgatgc cgcatgggac tacggtttcc cggagctggc gggccagaag      300

gaaaaaatca aaaattcctg ccgcgtggcg gtgcccggct gctatgccag cggctttatc      360

agcattgctc gcccgctggt ggagctgggt cttgcaccgg cagattatcc cttcagctgt      420

accggcatct ccggctactc cggcggcggc aaaaagatga tcgccgagta cgagagcgct      480

gatcgcccgg cgcacagcaa gctggatgca cccaagagct acggtctggg ccttgcccat      540

aagcatctgc cggaaatgca gaagatcagc ggccttgccc acacccccat gttcgtgccc      600

gtggtgtgcg attactactg cggcatgcag gtgctggtgc cgctggatct gacgctggcg      660

ggcagcaccg ccgaacaggt ggccgagggc attgcggcat attacaagga tgctgccacc      720

gtcaaggtgc acgctctgaa cgaagccctg ccggaaaacg gcctgtactc caatgccatg      780

gccggtaccg accgcatgga gctgtacatg accgtgaacg ctgcaggcga ccagatgatg      840

ctggtctccc tgttcgataa tctgggcaaa ggctcttccg gcgcggccgt ccagtgcatg      900

aacctgatgc tggggctgga agagaccgaa gggttggaat aa                         942


<210>  604
<211>  915
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1258

<400>  604
atgaaacatt atattacccc tgaagaacat gcccggatgc agcgccgccg cgggcggcag       60

gcactgggct ttctggttgc cattctggtg atcgtgggct ttgttaccgt gctgcgggcc      120

ggtgtgggcg cggtggcgaa cctgttcgat gataccgccc aaaagcagga atatgaagat      180

aagctggaag ggcttgtgct gtttgacccc atgccatttg acggcattga gaacatcgac      240

gacctgactc tgcgcgaagc tgcggtgtgg ggctgcatct ataatattca ggaaacgcag      300

ggcggctttg acaactacaa taccgacccc gacaccgaac agctgctgct gccctcgctg      360

gatgtggatg cctaccttgc aaagctgctt ggccccggct tcaagctgac ccaccgcagc      420

tttgagatgg aggatatgac catcgagttt gacgatgcca cccagtgcta taagattccg      480

gtcaccggca cggtgggcta ctaccgcgca gtcgtgacca agctgttcaa gcgcagcggc      540

aagctgcatg tgaccgtggg ctatatcccc accaccagca cggacgacag catcatcaat      600

gtgtcttcgg atacgcccac caagtacatg gattatctgt tcgagcgcca gagcggcagc      660

tggtatctca ccggcctgac cgagagcgag accaaggccg agagcacgga aagcacaccg      720

gccgcgaatg tgccggaacc catggcagaa agcgatgtgc aggatgccat tcttgcagca      780

gccggttcgg attctgcttc ggctgaggca gacagcaccg ctgcagacga gggcgtggat      840

acacaggcgg aggaacagcc cgccgacagc accgaggcac aggcggacga aagcacagcc      900

agcccggcgg cataa                                                       915


<210>  605
<211>  1812
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1259

<400>  605
atgccgaaaa aaagcaataa aaagcaggga ggcttttcta tgtactattc cagtggcaac       60

tatgaagcat ttgcaactcc taaaaagccg gagggtgttg atcataaatc tgcatatatc      120

attggttccg gtctggccgc actgacggct gcatgttatc tggtgcgtga cggccagatg      180

aagggcgagc atgtgcatgt gtttgagaaa gaccccatcc ccggcggtgc ctgcgacggc      240

tacaaatacg atatcggtta cgtgatgcgc ggtggccgcg agatggataa ccacttcgag      300

gtcatgtggg atctgctgcg ctccattccg tctctggaga ccgagggtgc cagtgtgctg      360

gatgagtact actggctgaa caaggaagac cccaactatt cactgtgccg tgctaccgtc      420

aaccgcggcg aggatgccca caccgatggc aagttcggcc tgtctgataa gggtgctatg      480

gagatcatga agctcttctt cacccccaac gagcagctgc aggataagaa gatcaccgat      540

ttctttgatg atgaagtgct gaactccaac ttctggctgt actggcgcac catgtttgcc      600

tttgaaaact ggcacagtgc tctggaaatg aagctctacc tcaagcgtta tatccaccat      660

atcggcggtc tgccggattt caccgccctg cgctttaccc gctacaacca gtatgaatct      720

atcatcctgc ccatggtcac ttacctgaag gaccacggcg tgcagttcca ctatgagacc      780

aaggtcgtgg acgtgaaatt tgatatcaat ggcaagcgca agcaggcaag cagcgtggtt      840

gtggagcacg caggtgagat cagctccatt gacctgaccg aaaatgatct gctgttcatc      900

accaacggcg gctgcgtgga aagctgcacc gtgggtgcac aggataaggc taccggcttc      960

gaccccacca tccagcccgg caacggctgg gatctgtgga agaagatcgc tgcacaggac     1020

cccgcattcg gcaatcctga aaagttctgc tccgaccccg aacattccaa ctgggaaagc     1080

gccaccatca ctacgctgga cgacaagatc ccgcagtata tccagaagat ctgcaagcgt     1140

gacccgttca gtggccacac cgtcacaggc ggcatcgtca ccgttaagga ctccaactgg     1200

ctgctcagct ggacgctgaa ccgtcagcag cagttccgag accagcccaa gaaccagctg     1260

tgcgtctggg tctacggcct gttcagtgat aagcccggca actacgtcaa aaaggccatg     1320

cgcgactgca ccggcaagga actgtgcatg gagtggctgt accatatcgg tgtgcccgag     1380

gatcagatcg aagagctggc cgagcacagt gccaacacca tcccggtcat gatgccgtat     1440

atcgatgcat tctttatgcc gcgtgcgatg ggcgaccgtc ctgatatcgt gccggagggt     1500

gctgtcaact ttgccttcct gggtcagttc gccgagaccg gccgtgacac catcttcacc     1560

accgaatact ccatgcgcac cggtatggaa gctgtgtaca ccctgctgga catcgaccgc     1620

ggtgtgcccg aggtctgggg cagcacctat gatgtacgtg ccctgatcga tgcaacggtc     1680

aagctgcgcg acggcaagaa gatcaccgac atggatctgc cgctcatccc gcgccttgcc     1740

atgaaggaag ctttgaaaaa gatcgagggt accgaccttg agaaattcct caaggaatac     1800

aatgcgattt ga                                                         1812


<210>  606
<211>  606
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1260

<400>  606
atggcaaaga cgatcatcac tttgggacgt gaatactgca cgggcggccg ctacatcgct       60

gaagatgtgg caaatgcgct gggcatcaag ctttacgaca aagagctgat caccatggca      120

gcaaagcact ccggtctttc ggaagaagct gttgccgcca gtgaaaaacg gcatactcac      180

agcctgctgt acagtctgta caccatgggc aatgagctgc cgctgggcga tcaggtgttc      240

attcttcaga gccgcatcat caagcagctg gccgaggaag gcccctgcgt gatcctgggc      300

cgctgcggtg actatgtgct gcgggaacgc ccggacgtgc tgcgcgtgtt cgtgtacgcc      360

cccaaggagt ggcggctgga atacgcaaag accaatcctc tggtcaaggc caaggacgaa      420

aagggcatca aggacgaggt ggaaaagacc gaccgcaacc gttctgccta ctacaactac      480

tacacccaga accgctgggg tgatgcccac aactatgatc tggccatcaa cgctgctctg      540

ggccgcgaga cctgcgtgaa gatgatcctg gacgcagccg ccgccaagga gaagaacctt      600

ggctga                                                                 606


<210>  607
<211>  1293
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1261

<400>  607
atgaaggtgc agcagaaagc tcctttgcag agcgcctgcc gcgcaaagaa aatggcagga       60

agatgcctgc cggaaaaggg ccccgtgctg tatgggcgca cggcaggccc ggaggaaatg      120

ggaatggaac acgatatgct ccgccgtttt gggtgcgcac tgtgcgctct ggctttcgcg      180

ctcacagcgc tgcccacagc ggcttttgca cagcagccgg aagaacaggc ggctgtgcag      240

cagagccttt cggccacaga tgtgcgcgag atgcagcagg cagatgctgc tgtgaccgca      300

ctgaccggag gcagcgacta tgcacagatg accgaggacg agcgcacaga tgctgctttg      360

cagcagctgg atgcgctgac cgcacagggc cttgtgaagc aggggtctgt ctacaccgat      420

gccgaaaacg gcatgatcag ctttacctac agctgcggcg cgctgggcgg catcttgctt      480

accgacccgg aggaggagaa caccgcagcc ctgccggagc tggacgagag ccagctgcag      540

gagctggcag agaacaagcg ggtgggcacg gcggcgatct attatgcgtt tgacaacacg      600

atcaacagca cccgctaccc gtattatgcc tacatgcaga cctattggga ttcggtgggc      660

ctgcagacgg atctggatac caccgttacc gtatccgacc tgcgcaggat gggccgctac      720

gacctgtgca tcctgagcac ccacggcgcg tactatacct atgaatacgg ctggctgttc      780

aaaaagacca ccacggaacc gctgatcctg ctgaccgaga gatcggattt ctggagcgat      840

ctgcgctatg gctttgacct gctggcccac cgcgtggtca aggtgaacgg tatgtatgcc      900

gtcaacggcg atttcttccg cagtgcctac cgcggcaatg gcatcgtgct cagcgagacc      960

tgcgagttct acggcaagaa cggccatggg gacacctcta tggcagacgg cctgctggca     1020

ggcggtgcca aggcagtgat gggctatgtg aacaatgtct actcggtgta ctcccgcagc     1080

atgctgtggg ccaccgtgaa ccggatgatc gaaggcgaaa cgctggaaca ggccgtggac     1140

tatgccaaga gcatctacgg caccgatgat atcatctggt acaacgagca gggcggcaga     1200

cggtcccatg cggcggcatc ctatgcgatg ctcagcggag accgaagcgc tgcactgccc     1260

aacccctaca cggcagcgga tgtggatgcg gcg                                  1293


<210>  608
<211>  966
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1262

<400>  608
aagcaggcgg ggagggcaaa gcccatgaag caggggttca aagcgtgtgt ttgtgcagtg       60

gtgctgtgcg cagaactgtt tgcagccggg gcgttgtcgg cctatgctgc gcaggagcag      120

ccgctgccgg acagcggcat gacattggac actgccgaac tgacgctgga tatcaccgaa      180

ggagacccgg ccccggtggc ctacctgaat gtgcaggcac ccaacgacta cttctttctg      240

atctggactt ccagtgatcc ggcagtggca tcggtggacg gcaccggcag ggtgaccggc      300

catgccgagg gcactgcggc cgtcacggcc cgcaatgagc gcggcgaaaa gaccacctgt      360

accatcacgg tgcgcaaaag cacagccagc cgcctggtgc tgaacaccag cgatctgacg      420

cttaccatta cagagcagga gcctgccccg acgaaacagc tgaagctgga acagaacaaa      480

ggcgggttta cctatgtgcg gcagtggatc agcagcaacc cggcggtggc atcggtaagc      540

acaaacggta ccgtaaaggc gcaggggtcc ggcaaggccg tcatcagcgc actgaccaca      600

gccgggcagg tgctgcgctg cacggtaacg gtcacatcgg agatcggacg ggtgcagatg      660

agcaaaaacg ctatgctgct gcaggcagtg ggagccagtc agaagctgac cgcgcaggct      720

gcaggcgcca aaaacggaac gatgacatgg ctcagcagca atccgggcgt ggcaactgtg      780

agtgcagatg gcatggtaac ggcggtgggc gacggtgaaa cgatgatcct tgccgttaca      840

ccggagggtc gtgccaatgc ctgctatgtg gccgtgggag cggcggcgtg gcggttccgc      900

tcggaggacg agcttgccga aacgctgacc ctgaccggcc agctgcccta ttcggatgga      960

aagtaa                                                                 966


<210>  609
<211>  588
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1263

<400>  609
atgcgcgtga tcgcaggaga agcccggggc cgcagtctgg aggccctgcc ggggaccgac       60

gtgacccggc ccaccctttc gcaggtaaag gaggcgatgt tcagcatcgt ccagttcgac      120

ctgcccggcg cacgggtgct ggacctgtat gcgggcagcg gccagcttgg cattgaagca      180

ctgagccgcg gcgcggcgcg ctgcgtgttt ctggacgaga accgcgaggc ggtgaacatc      240

atcatgcgca actgcaaggc ctgcggcgtg ttcgaccgca gccgcgtcaa tatcggcgag      300

gctgcgcggt atctttccac ctgccgcgag cagttcgaca tcgtactgct ggacccgccc      360

ttccgcaatg gtacactgga aaagatcctg cctgcggtgg ataaatgcac cgcgcccggc      420

ggcatcgtgc tgtgcgagag cgagaccggc atcgtgctgc cggccgaggc tggcggcctg      480

accctgaaaa aacagtacaa gtacggcagg gtgctgctgt ggaaatatac aaagcccatg      540

cagaacacag accctgccga gaacgaaccg aagggagaag cactatga                   588


<210>  610
<211>  1017
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1264

<400>  610
atgaagatta tcgtggatat gatgggcggc gacaacgccc ctctggctgt gctggagggt       60

gccgcacagg ccgtgaaaga gtacggcatc accgtcgtag gtgtgggcga cgaagcgctg      120

gtgcgcaaga ccgcacagga gaacagcatc ccgctggacg gcattgagct ggtgaactgc      180

accgaggtca tcgacatgtg tgatgagcct gcccgcgcca tccgccagaa gaaggattcc      240

tccatcgtgg tgggcttgaa catgctgaaa gacggcaagg gtgatgcctt tgtttccgcc      300

ggcagcaccg gtgcgctgca tgtgggcgca agcctgatcg tgcgcaccct caagggcatc      360

aagcgcccgg ctctggctac catggtgccc gccaaaaagc aggcttatct gctgctggac      420

tgcggtgcca atgtggagtg ccgccccgag atgctggcgg cgttcgctgt catgggcagc      480

tgctatgtga ataaggtgga gggccgccgc agccccagcg tggcgctggc caacaacggt      540

gcggaggaga gcaagggcac ccccatgctc aaggaagccc accagctgct caagaccacc      600

cccggcatcc gctttgtggg caacatcgag ccccgcgatg tgccgggtgg cgaagtggat      660

gtggtggtgt gcgacggctt taccggcaat gtgatcctca agctgaccga gggcgtggca      720

aaaatgctgc tgggcatgct gaaacaaatg ttcctcgcaa acctcggcgg caagctggcc      780

tatctgctgc tcaagggcag cgtggcagac ctgaagcacc agatggacag cgaggagtac      840

ggcggcgcac ccttcctggg ggccaagcag ccggtcatca aggcccacgg ctcttccaag      900

gccaagggca tcaagaacgc catccgtcag gcaaagatct gcgtggagaa cgatctgtgc      960

ggcaccatgc agtctgcgct ggacgagctg gctgcggcac agaaaactga ggaataa        1017


<210>  611
<211>  1077
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1265

<400>  611
caaaagccgt gccctgtact gggaaatcag ggccagaatc caacagaaga ggggtttttt       60

gttatgagca aaaccatcat cccggcaaac tatacgcccg cgctgaacct gtacgacacg      120

cagcgcgcca ttggtacggt caaacgtctg tttgccgaca ccctgtgcgc cacactgaac      180

ctgtaccgcg tgtctgctcc gctgtttctg gaagcatcca ccggtttgaa cgacgacctg      240

aacggtgtcg agcgcaaggt cacctttgat atcaaggaaa gcggcattga ggcacaggtg      300

gtgcagtcac tggcaaagtg gaagcgcaag gccctgaagg actacgattt ccgtgtgggc      360

aagggcctgt actgcgatat gaacgctatc cgccgcgacg aagatctgga caacctgcac      420

tccatctatg tggaccagtg ggactgggaa aaggtgatcc gtctggaaga ccgcaacgag      480

gcttacctca agagcgtggt gcgctccatc gtgtccgctg tctgcgccac cgagatgaac      540

ctgcacgcca tgttccccca gctgcaggag ctgccgctgc acagccccaa cgtcaccttc      600

atcaccacgc aggagctgga ggatcagtac ccggacctga ccccgaagga gcgtgagaac      660

gcctttgtga aggagcacgg caccaccttc ctgatgaaga tcggcgctcc gctgaagagc      720

ggtaagcccc atgacggccg tgcccccgac tatgacgact gggatctgaa cggcgatctg      780

ctgttctgga acgacccgct gcagtgcagc tatgagctga gcagcatggg catccgcgtc      840

agccctgaaa gcatggacaa gcagctgacc atggctggct gcgacgaccg ccgcgccctg      900

cccttccaca aggccgtact gaacggtgag ctgccttact ccatcggcgg cggcatcggc      960

cagagccgcc tgtgcatgct gctgctgggc agcgcccaca ttggcgaagt gcaggccagc     1020

gtctgggacg cagccacccg cgaagcctgc gccaaggcag gcatcccgct gctgtaa        1077


<210>  612
<211>  501
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1266

<400>  612
aggggaggcg agtttacgat ggcgcgcagc cgtaaggaag atgtaaaaag caagggagaa       60

cgtcagcagg tgattctccg gcttgtgcag gaacacccga tcagccggca ggaagttctg      120

cttgatcacc tttccaaaga gggattcgag gtaacacaag ccaccgtttc ccgcgatatc      180

cgggagctgt gtttggtaaa agctgccacg gcagaggggt atcgctatgt ctccagccgg      240

aacgaaagct tcaaccccaa aacgcaggga aggtttgaaa cgatctttca tgaatccgtg      300

ctgggggtag attacgccgg acatgttgtg ctggtaaagt gctattctgg catggccaac      360

gccgcatgcg aggtttttga cgcattgcag tggaaaaatg tggtcggcac gctttcgggc      420

gacgacacgt tcctgatcgt tgcacggtcg gagcgtgatg caaaaacgat ctgctcggaa      480

ctgacgagac acattggata a                                                501


<210>  613
<211>  537
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1267

<400>  613
atggctatcc gtaacattgt aaaagagggc gatcccatcc tgaacaaggt ctgccgcccc       60

gtcaccacct ttgatgaccg tctggctacc ctgctggacg acatgcacga gaccatgatc      120

gccgccgacg gcgtgggtct ggccggcccg caggtgggca tgctgcgccg tctgttcgtg      180

gtgtgggaca ccaccgacgc gcccgaggag atccccgaag attacgaata taagttcatc      240

gacttcgtca acccggaaat tctggctgta tccgaggaag aggagaccgc ctacgagggc      300

tgtctgtcct tcccgggcca caacggcgct gtgacccgcc ccgccgcggt cagggtgcgc      360

gcacaggacc gccacggtga gtggttcgag ctggaagctg agaatctgct gggccgctgc      420

atccagcacg agaacgacca tctggacggc attaccatca tgcagtccag cgagtatttc      480

tatgaggata ccgaagaggg caaaaaagct gcccgcgaag cgaaaggaaa caagtaa         537


<210>  614
<211>  1092
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1268

<400>  614
atgtttttca tgccggcttt acgcaggctt gacacagccg ccggagcctg tgcaaaagct       60

ttacctccat tttgcgcgta catggtcgca gcgcacacgg cggtgcggta caataaggcc      120

gttcccaagg aaaacacaga gaaacaagaa aacatcggcc ggaaatgcat tccggcattt      180

attggaggaa aaagggttat gaaaaagatc actcgtcgtt cgtttatcac tgtctgcggc      240

gctgctgctg cggctatggc tctgaccgcc tgcggcggcg cagcctcttc cactgtggca      300

tcctctgctg cggagcccac ctcttcttct gccgctgctg aggccgctgc aggcatcctg      360

tccggcaatg tggctaccgg cggttctacc tctatgaaga acgtcatcgc tgccctgacc      420

gagggctttg ccgaggtgga gccgggtgtc accgtcagtt acgaccccac cggttccggc      480

gcaggcatca ccggtgctac cgataagacg ctggacatcg gcctgtcctc ccgcgccctg      540

aaggacgacg agaagaacga cgtggacggc accaccgtgg ctctggacgg catcgccatc      600

gttgtcaata aggccagcaa ggtggcagac ctgaccgtgg accagctgaa gcagatgttc      660

accggcgaga tcaccaactg gaaggatgtg ggcggcgacg acggcgagat cgttctggtg      720

ggccgcgagg ccggttccgg cacccgcgat ggctttgaga gcatcgtgga cgtgaaggac      780

agctgcaagt acgcacagga gctgaccgct accggcgcag tcatcagcgc tgtggaggcc      840

aatcctctgg ccatcggcta cgcttccctg tccgctgtgg gcgacaccgt tgccatggtc      900

actgtggagg gtgtggagtg cagcgaggat accgtcaagg acggcagcta caagatccag      960

cgtcccttcg tgttcgtcac caacaagagc gtgaccctgt cggagcaggc acaggccttt     1020

gtggactttg ccaccagcaa ggacgctgcc gacctcatcc gcaccgcagg cgctgtgccg     1080

gtgaacgagt aa                                                         1092


<210>  615
<211>  801
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1269

<400>  615
atgatacaaa aacagaaagg cttttctgct cccgtgctgg cactgagtgt gtggacagct       60

gcgctggcag aagaaatgca gaccggtatc tctccgcgtg ggatgatcat tcatggagcg      120

gttcaggctc ttttgctcac atgcatcagt ggggtgttct ctgcttgctg gcagcgggca      180

gccatgcagt gggtctggct gttttccgca ggagcatggt ttctggcaga gttgtttgga      240

accgtaatgc aggcccagaa catctgccag caggagttcc gctccatggc gctgatcggc      300

ctgctgccgc ttttgctctg ggcagggtgg tgtattccgc cttccggctg ggatgctccg      360

gcacgggtac tgtggtggtt cgtgctgctg ggtgggctgg tctgtctgac agggcttgcc      420

gggcagatgg actgggcgca cctgctgacg gcagatgcta tgcaactggc ccgctggccg      480

cgtgttccgc tgtatgcgga gtatttgttc tggccgcttc ttgcaggtta tgaagagccg      540

cgcagcatgt cctggctgcc atggctcacc tttctggcac aggcgggtct tactgccggg      600

atgtgcctcg tatttggcgc agcggattac ccggcacagg aactgctgcg ggcatggagt      660

gcagatgttt tctcccgcat ggatgcgctg cttttgctca tctggctcac ctgcgcgatc      720

ttccgcatcg gctttctctg cgcggcagtg cgtaccgtgt ggcagcgcgc ggtgcagtgc      780

gggaaaggag cggcaaaatg a                                                801


<210>  616
<211>  831
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1270

<400>  616
ttgaaggatt tttttgacac atggaaattt aagatactgg tagccgtggc ggcgtttctg       60

gttggcatta tggcctatgc cggtgccaac ggacggctga ctgctgcccc gcaggaactg      120

ctgggcgtgg tgctgatgcc gctccagaag gtcacatcgg cactgagcgg cggcattggc      180

tcggtgtggg aaaaatacac cagcatcgat gaggtcatgg aacagaacga acagctggaa      240

gcggagaatg ctgaactgcg ccagcagata gtggactatg accgcatcaa ggcggagaac      300

gaagcctaca aggcgctggc ccgcattcag gattccaaca ccgaagcaag ctatatttct      360

gcctttgtga tcggccgcga cccgctggat gagttcggag gctttacgct ggactgcggc      420

acggtgaacg gtgcagccgt gaacgatgcc gtgatcagcg ataagggcta tctgatcggc      480

atggtggtgg aagccgacac caccagctgc aaggtgatga ccattctgca ccccagcttc      540

agcgctgcgg gcgtggtatc ccgcacgcgg gaaaacggca ttatcaatgg cagcaccgat      600

tatgccggtg acggcctgtg cgtgctgacc aatctggaac gcgccactga gacgaagatg      660

ggcgatcagg tgatcaccac cggtcttggc ggagtgttcc cgccggatct gctggtggga      720

accgtgcaga aggtggagcc ggaagtcagc ggcaaatctt ccattgcagt ggtgcgcccg      780

ggtgcagacc cgcgcacggt caagcacgta ttcgttatta ccgactatta a               831


<210>  617
<211>  1587
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1271

<400>  617
atgcagccgc ccggcggggt ctgggcacag acggatgcag agcttttccg cctgtggaag       60

tgcggcagtt atgccgtggc cggaaccgct gcacccggcg gcaaattgac ggccccgccg      120

caggcacagc tggagcgctg gatgaccctt gcagatatcg tgctcattga agcggacggc      180

gcaaaacgga tgccctgcaa ggcacccgct gcgcacgagc cggtgctttt accgcagtgc      240

gatacggttc tggctgtagc agggctttct gcgttgaggc atccgctccg ggaggtctgt      300

ttccgggcag agcttgccgc agagctgctt tgtgttccgc aggatgcgca gttgacaccg      360

gaacttctgg caaatctgct tgcaagtgaa gccggtggaa ggaaggctgt aggggatcgc      420

agcttttatg ttgtactcaa tcaggtcgat acaaaagagc aggctgctct ggcccggcag      480

gtggctgata ttctgaaaaa aaatttatcg gatttcctgc gctacgtctc atttcgagaa      540

aggagaacgt gcatgagcaa agaaggcaag atcgtgttct gcaccggcgg cggatgtacc      600

gcaaagctag gagccggagc gctgagccgt attctggaaa agctgccgcg cggtgcaaga      660

gacccgagcc ttctggtcgg gtacgacagc cgggatgatg cggctgtata ccgcattacc      720

gatgatgtgg cgctggtaca gacagtggat tttttcccgc cgatggtgga tgacccctat      780

accttcggcc agatcgcagc ggccaacgcc ctgagtgatg tctatgccat gggtggcgag      840

gtgaagactg cactgaacct ggtctgcttc ccggagagca tggatctgaa cattctgggc      900

gaaattctgc gcggcggagc caagaaggtg gccgaagcgg gtggaagcct tgcgggcggg      960

cattccattg ccgataccgg tgtgaaatac ggactttcgg tgactggcct tgtggacccg     1020

aaaaaaatgt atacgaatga ttccggcagg cccggcgaca agctgatttt aacaaaagct     1080

ctgggcgtgg gcctgatctg cacggcaaac cgtgtgggcg aagcggcacc ggaagatatg     1140

gccggtgcca ttgcgtccat gacaacgctg aacaaaaacg ctgccgagat cagccgaaag     1200

tatacggtcc acgcggcaac cgatgtgacc ggtttcagtt ttctgggcca tctgcacgag     1260

atgatgggcg gaaagctttc ctgtatcatt gatgcacgga tggtgccggt tctaccggga     1320

gccgaaaaag cggcagatga ttttttgtat actgctgccg gacagcgcaa ccgcaaccat     1380

accggcccat atgtcacttt tgaaaatgtg ccgtttgcaa tggaagaggt gctgtttgac     1440

ccacagactt ccggcggact attgctggcc gtgttgccag aagaagcaaa tgcgctggaa     1500

gcagagctgc aggccgctgg cctgcccgca aagatcgtgg gtgagatcat acccaaaacc     1560

gaacaggaaa tcactgtaaa atactga                                         1587


<210>  618
<211>  714
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1272

<400>  618
atgagtgaac ttttgagctg tgaagcactg accaagtgct accagaagga taagaccgca       60

ctggaaaatg tagacctgca catcggcttt ggccgcatcg ttgggctgct tggccccaac      120

ggcagcggca agaccaccct catcaagctg gcgaacggtc tgctgcagcc cagtgcaggc      180

agcatccgga tcgccggcat gacccccggg ccggacacca aagccatcgt gtcctatctg      240

ccggacgccg actggctgcc ggactggatg cgtgtggagc agctggtgga aatgttccgc      300

gaattctatg ccgattttga ccccgccaag gcgaacgaaa tgctggcccg gctggaactg      360

gaaccgaagg cgcggctcaa gaccctctcc aagggcagca aggaaaaggt gcagctgatc      420

ctggccatga gccgcgccgc aaagctctac ctgctggctg cgcccattgg cggcgtggac      480

cctgccgccc gggactatat cctgagcacc atcctgaaca actacagccg ggatgcgacc      540

gtcattctat ccacccacct catcggcgat atcgagccca ttctggacga agccgtcttt      600

ttgaaggatg gccgggtgtt cgcccaccgc aatgccgaag agctgcgcga gaccgagggc      660

atgagcgtgg atgcatattt ccgggaggta ttcaaatgcg taaacagctg ttaa            714


<210>  619
<211>  1383
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1273

<400>  619
tttttgaatc atgcgaagcg gcctttgtac tctggtgttt cttccggagg tctttggcgg       60

cgcattcaaa tgcttttcaa agcgcaagtc tgcacttttt gtgcggtact tgcgcttttt      120

tgtttgcatc gggatcaggg acggaggaaa aacatgagtg agaaccgaac acggttccgg      180

ctgaaccaga accgtgcgcc catctatgaa gcgctggaac agttccgcaa aatgcgggtg      240

gtgccctttg atgtgcccgg ccacaagcga ggccgcggca acccggagct gaccgccttt      300

ctgggccagc agtgcgtggg cgtggatgtg aacagcatga agccgctgga taatctctgc      360

cacccggtat cggtcatccg ggaagcagag gagctggccg cagatgcctt tggcgctgcc      420

cacgcgttcc tcatggtggg cggcaccacc agcagtgtgc agagcatggt gcttaccgcc      480

tgcaagcgcg gcgatgagat cattctgccc cgcaatgtgc accgcagtgt gctgaacgca      540

ctggtgctgt gcggcgcagt gccggtatac gtaaaccccg aggtggacaa gcgccttggc      600

atctcgctgg gcatgaagcg ggaacaggtg gaaaaggcca ttaaagagca tccgaatgct      660

gtggctgtgc tggtgaataa ccccacctac tacggcatct gctctgacct gcgcgccatc      720

gtaaaaatgg cccacgatgc cgggatgctc tgccttgcgg acgaagccca cggcacccac      780

ttctactttg gcggcggcct gccggtgtct gccatggcgg caggggctga tatggcatcc      840

gtctccatgc acaagagcgg cggcagttta acgcagtcca gcctgctgct catcggcccc      900

aatgtgcacc cgggctatgt gcggcagatc atcaacctga cccagaccac ctccggcagc      960

tacctgctca tgtccagtct ggatatctcc cgccgcaacc ttgcgcagcg cgggcggcag     1020

gtattccacc aagtggccga catggccgag tatgcccgcg aggagatcaa cgccgtgggc     1080

ggctactacg cctttggcaa ggagctgtgc aacggcaact ctgtctttga ctttgatacc     1140

accaagctca gcgtccacac gctggatatc ggccttgcag gcattgaggt gtacgacatc     1200

ctgcgcgatg agtacgacat ccagatcgag ttcggcgaca ttggcaacat ccttgcctat     1260

ctttccatcg gcgaccgccc gcaggaggtg gagcgtctgg tcagcgcatt ggccgagatc     1320

aagcgccgct accagaccga cggctccggc ctgctgagcc aggaatacat cgaccctgtt     1380

gtg                                                                   1383


<210>  620
<211>  963
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1274

<400>  620
atgctcattc ctgttttgct gttcatcgtg ggcctgctgt gcctcatcaa gggcggtgac       60

tggttcgtgg atggtgccac gggcattgcc cgccgcttcc atgtgccgga gctgctcatc      120

ggtgccaccg tggtgtccat cggcaccacc ctgccggagg tgatggtctc caccacctcg      180

gctctcaccg gccacggcga gatcgcctat ggcaacgcca tcggttcgat catctgcaat      240

gcatcgctca ttgcggccct caccattgcg gtaaagccgg gcaaggtaga ccccaagagc      300

ctgcgcacgc cggtgctgtt cttctttgtg gcagcggcct tctatgccgg tgtggcctac      360

accaccggct acttctcccg cccggtgggc ctgatccttc tggccatgtt cgcagcgtat      420

atcatctgca acgtgatggc catgaagaac gcccccgccc cggaagaaga ggaagaaccg      480

gaagaaaatg catcctttgc caaggagctg ggcctgctgg ccgtgggcgc ggtgctcatt      540

gccgtgggtg ccaacctgct ggtggataac ggtaccctga tcgcacaggc actgggcgtg      600

ccggagtcgg tgatcgcgct cacctttgtg gcactgggca cctcgctgcc ggagctggta      660

acggccatca cctcgctggc aaagggccac ggtgcacttt cgctgggcaa tgtcattggt      720

gcaaacgtgt tcaatctggt gctggtgagc ggtgtttccg ccacggtggc accctttacc      780

atcccgcaga actccctgct cttcggccac aatgcatcgc tggtgctgga gttcccggtc      840

atgttcgctg tgatgctgct gctcaccctg cccgccctct tcaagggcag gctgagccgc      900

ccgcagggca ttgcgctgct gtgcatctac gcggcattct gtgtggtgca gttcaccatc      960

tga                                                                    963


<210>  621
<211>  756
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1275

<400>  621
atgatcacca aacgcattat tccctgcctt gatgtgcgca atggccgcgt ggtcaagggc       60

acgaactttg aaggcatccg ggacgtggcc gatccggtgg aaatggcccg catgtacaac      120

gctgccggtg cagatgaact tgtgttctac gatatcactg ccagcttcga gggccgggca      180

ctgttcacgg atatcctgac ccgcgtcgcc agcgaaattt ttatcccgct cacggtgggc      240

ggcggcatca atacgctgga agacttcgac cgggtgctta agtgcggtgc ggacaaggtc      300

agcgtcaact cgggcgcatt gaaggacccc ggccttatcc cggcggcggc acagcgctac      360

ggcaaccagt gcgtggtgct ctctgccgat gtgaagcggg tggacggcca gttccgggtg      420

ttcgccaagg gcgggcgcga ggacaccggc cgggatgcac tggactggat cagctggtgc      480

gtggaccacg gcgcgggcga gatctgcctg aacagcatcg ataccgacgg cgtgcgcagc      540

ggcttcgacc tggaaatgct ggatgcagtt gcggcgcggg tgaacgtgcc catcattgcc      600

agcggcggcg caggcaaaaa ggaagacttt ctggagctgt tccaccacaa gggcatcgac      660

gcaggccttg ccgcgggcat cttccaccag aagctgctga ccatccggga tctgaaagaa      720

tacctcaacg taaacggcgt ggagatgcgg ctgtaa                                756


<210>  622
<211>  501
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1276

<400>  622
ccgtctcttt tcagagggga gagcgggcgc ttgtttttgg agggacgttt tatgatctgt       60

gataccctgc agcacctgac gcgctacaag ggcctttgca aaaatctcga cacggccatt      120

gattacctgc tgacccacga ccctgccagc ctgcctctgg gccgcaccga ggtggatggc      180

gaggaagttt ttattaacac gatggatgcc acgctccatt cggacgatgg ctaccacccg      240

gaatatcaca aaaagtatgc cgacctgcag atcgacatca ccggcagcga gggctggggc      300

tttaccacaa atcccggcag ggagatcggc gattttaccg gcgactgcgg ttttcaggac      360

agcgccagtg tcgtgaccgg cacactgggt gagggacgct ttgtgctgtt cttccccacg      420

gagctgcaca aacccggcct tgtacagcac ggctgtgtgg gcgtgcgcaa ggctgttgta      480

aagattcgga tggaggattg a                                                501


<210>  623
<211>  1380
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1277

<400>  623
ttggaataca ttagttttga acataataac atcgccgctg agctggtaaa acaggcctat       60

gatacgccgc cgctggcctt tgtgcacagc tatggctgtc agcagaacgt gaacgacggc      120

gagcggatca agggcgtgct gatggacatc ggctatggcc tgtgcgataa gcccgaggat      180

gcagacctga tcctcttcaa cacctgcgcc gtgcgtgaac atgccgagca gcgtgtgttc      240

ggcaacgtag gtgccctgaa gggactcaag gaaaaaaagc atgatctcat catcggcctg      300

tgcggatgca tggccaacca gaagcacgtg gtagaaaagc tgcgccagag ctatccttac      360

gttgacctgg tgtttggcgt ggacggcatc gacaccctgc cgcagctcat tgcccagaag      420

ctgcagaagc ataagcgtgt gctgatggag cccgcccagc gcccggtcat cgtggagaat      480

atccccatcc ggcgtgagag cgagttccgc gcatggctgc ccatcatgta cggctgcgac      540

aacttctgta cctactgcat cgtgccttat gtgcgcggcc gcgagaagag ccgcaagccc      600

ggcgatatcc ttgccgagtt ccgcggtctt gtggaggcag gctataagga gatcacattg      660

ctgggacaga acgtcaacag ctacggcaag ggcctggaag aaaaggtgga cttttctgat      720

ctgctcaacc tgctgtgcac ggtgcccggc gattatcaca tccgctttat gaccagccac      780

cccaaggatg ccagccacaa gctgatcgac accattgccg cccagccgaa gctgtgcaag      840

cacctgcacc taccggtgca gtgcggctcc gatgaactgc tgaagaagat gaaccgccac      900

tacacggtgg agcagtacat ggagctgatc gaatacgccc gcaaaacggt gcccggcatc      960

accttttcca gtgacatcat cgttggcttc cccggcgaga ccgaagcgga ctttgtaaag     1020

acgctggaac tggtgcagaa ggtgggctat atgcagctgt tcacctttat ctattccaag     1080

cgcaccggca ccaaggctgc cgaaatgccg gaccccaccc cccgcaagga aaagaccgac     1140

cgcatgaccc gcctgctcaa gctgcaggac gagatcgcca tggcgctggt caaggcgcag     1200

gttggccaga ctgtgaaggt actggtagag ggctttggcc gcaatgaggg caccctctcc     1260

ggccgtctgg acaacaacct gacggtggag ttcacggcag acgcttccct gatgggcagc     1320

tatgccaacg tacatctcac gggcgcacgg gcgactgtgc tgctgggtga gcttgcctga     1380


<210>  624
<211>  1233
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1278

<400>  624
atgggtaaaa atgcaatcgt tggtcagtct ggcggtccta cttccgtcat caatgcaagc       60

cttgcaggcg tatttgaaag ctgcaagaat cgcggcgcag agatcgttta cggtatgtgc      120

aatggcgttg ccggtttgct ggaggagcgg gtggtggatc tttccaccgt gctgacggac      180

gatctggaca tcgagctgct caagcgcacc ccgtccagct tcctcggcag ctgccgctac      240

aagctgccgg actggcatga ggacgagacc gtctacaaaa agctgttcgc cattctggaa      300

aagctgaaca tcggctactt cttctacatc ggcggcaacg actccatgga caccatcggc      360

aagctggctg agtacggcga acgcatccag agcgacatcc gctttatggg cgtgcccaag      420

accatcgaca acgacctgat ggtcaccgac cacacccccg gctacggctc tgctgccaag      480

tacatcggcg tggtgatgaa ggagatcatc cgcgatgcca ccgtgtacgg caccaagtac      540

gtcaccgtgg tggagatcat gggccgcaac gccggctggc tgaccgctgc cgccgctctg      600

gcaaagagtg acgactgcga gggtgtggac atgatctgcc tgcccgaagt gcccttcaat      660

gtggaacact tcattgaaaa ggtgcgcgtg atgcaggaga agaagcccag catcgtgatc      720

gccgtttccg aaggcgtgaa gctggaagat ggccgctacg tctgtgagct ggccgacgat      780

gtgcacgcag tggatgcttt cggtcataag gccctgaccg gtaccgcacg gtatctggcc      840

aatgtggtgg cccgcaatct ggacacaaag acccgctgca tcgagctttc caccctgcag      900

cgttgcgcag gccatctgac cagccgcacc gacatcaccg aagcctatca ggtgggcggt      960

gctgccgcca aggctgcctt tgagggcgtt accggccaga tggtggccct gaagcgcatc     1020

tctaacagcc cgtaccagtg caccactgag ctgcacccca tcagcgaggt ggcaaacctc     1080

gaaaagaagg tgccgctgag ctggatgaac gccaaccaca cccagatgac cgatgagttc     1140

ctggcttatg cccgcccgct gatccaggcc gagctgaccc cgctgtacat cgccggtctg     1200

ccccaccaca tctacatgaa gaatcagaag tga                                  1233


<210>  625
<211>  1251
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1279

<400>  625
ttccgagagc cacagcccgg cgctggtgga ctgatgcggc tggccgatac ccgcccgccc       60

tttgcgggcc ttgcaaacct ttcttgggaa gtgcttgcct ctctgcccac cccctgctac      120

ctgctggacg aagggcagct gcgccgcaac ggcgaacttc tgctgggggt gcagcagcgc      180

accggctgca aaattctgct ggcgcagaag gctttttcca actttaatgt ttacccggtg      240

ctggctcctt atctggcggg caccgaggcc agcggcctgt acgagagccg ccttggcaaa      300

gaagagctgc cggaaaaaga gaaccatgtg ttctgcgcgg cctaccgggc agacgagttc      360

gcggagctgc tgcagtacgc cgaccacatc gtgttcaatt cgcccagcca gctggcaaag      420

ttcggcccgg cagcaaaggc ggcgggcaag agcgtgggcc tgcggctgaa cccggagtgc      480

tccacgcagg aaggccatgc aatttacgac ccctgcgccc cgggcagccg ccttggcacc      540

acccgcgccc agtgggatgc cgccgtgcag gcagacccgg ccctgcccga attactggac      600

ggactgcact tccacaccct gtgcgagcag gatgccgatg cactggccct gacgctggcg      660

gcggtggaag caaagttcgg ggatcttctg ccccggatga agtggctcaa ctttggcggc      720

gggcaccata tcacccgccc cggctaccgc cttgccacgc tggaacagtg cattaccgaa      780

acacagaaaa agtacggcgt gcaggtgtat ctggagccgg gcgaagcatg ggcgctgaac      840

gccgggtatc ttgttaccac tgtgctggat actttgcaaa atggcgagac gagccttgcc      900

attctggaca tgtctgcggc ctgccacacc ccggatgtga tcgagatgcc ctaccgcccg      960

ccgctgctgg atgccgggga ccccggcgaa aagccgtacc tcatccgcct tggcggcccc     1020

acctgccttg ccggggatgt ggtgggcgac tacagctttg cctccccgct caccgagggg     1080

caaaggctca ttttcggcga tatggctatc tacaccacct gcaagaacaa caccttcaac     1140

gggatgccgc tgccgcccat ctgggcaatg gacgaaaacg gcacctgccg ggagctggtg     1200

aagttcggct acagcgattt caagatgcgg ctgggacgtg cagcggatta a              1251


<210>  626
<211>  1608
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1280

<400>  626
atcaaggccc gcaagatgca gggcgtggag tccaacggta tgctgtgctc cggcgaagag       60

ctgggcctga atgacgacct gttcccgggc tctgaggtct acggcctgct catcctgccc      120

gaggattctg tccccggcac cgacattgct cccgtggtgg gtctggacga ctatatcttt      180

gatatctcca tcaccgcgaa ccgcccggac tgccagtccg ttctgggcat cgcccgcgag      240

gtggctgccg ttctgggcaa gcccctgcac atgcccgcca tggactacaa ggccgtctgt      300

gagccggatg cgcccatcac cgtcaaggtg gaggcaccgg acctgtgccc ccgctatatg      360

gcacactatg tgcgcaacat ccgcatgagc gagtctcccc gctggatgaa gcgccatctg      420

gctctgtgcg gcctgcgctc catcagcaat gtggtggata tcaccaacca caccctgctg      480

gaaatgggtc agcccatgca cgcctttgac ctgaacaagg tcgccggccg caccatcgat      540

gtgcgccgcg cccatgcggg cgaaaagatc gtcacgctgg atgagaagga gttcactctg      600

aaccccaaca atctggtcat ctgcgatgcc gaaaagccgg tggcacttgc cggcatcatg      660

ggcggcgcaa actccggcat ggatgagaac accaccagcc tgctgtttga gtgtgccacc      720

ttcgcccgcg actgcgtgcg taagaccagc cgcgctctgg gccagaacag cgactcttct      780

gcccgctacg agaagggcgt ggaccgtcac tctcctgaac tggctcctga actgggcctt      840

gcccgtgccc tgcacctgat ccaggagctg gactgcggcg acatcaccac actggaatat      900

gacctgaccg atggccgccc gatggagcgc aagcacatcg ttaccactcc ggctaagatc      960

tgcggcgtgc tgggcatcac cgtgccggat cagaccatga tcgacattct gcagcgtctg     1020

gagttcacgg tggatgtaca ggccgatggc agctgggacg tgtccgcacc cctgtaccgc     1080

gaggacgtgg agagcttccc ggatctggcc gaggaggtca tccgtgagta cggctacgac     1140

cacattgtgc ccaccttcct gaacactgcc tccgttacaa acggcggtct gaactatgac     1200

cagaagcagc agctcaagac caagcgtctg ctggctgcgc agggcttcta tgaggcctcc     1260

acgctggcct tctactccaa cgcagaactg gatatgctgc acatcccggc ggatgatgaa     1320

gcccgcaagg ccatccgcat cctgaacccc atcagcgaga atttgtccat catgcgcacc     1380

ctgctggctc cctccatgct gaacgtcatt gtggacaatc tcaagaaggg caacacagaa     1440

ggccgtctgt tcgagatggc accggtgtat cttgccaagg aactgcccat caaggagcat     1500

ccgcacgagc gccagaccct ctgcattggt gcattcggcc ccgaagaaga tttcttcacg     1560

gtcaagggtg cactggaagc actggcagcc ggctttggcc tgagcttt                  1608


<210>  627
<211>  1143
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1281

<400>  627
atgccaaaac cggagccgcg ccccttgcgc accctgccgg aacgggcatt ccatgcccgg       60

gcacggctgg tggccgcgtt gatgtgctgc gtctgctttg cggggcttgc cgcgcggctg      120

gcgtatctgc agctgttttc aggcgactgg tatacgagcc gtgccctcgg ccagcaattg      180

cgcgatactg tggtgcctgc cgaccggggc cgtatctaca gcgacgacgg tgtactgctg      240

gccgccaaca gcagctgctg gacattgcgg gcctccccgc gcgagatgcc ggaggaaaag      300

ctcagccttg ccgcgcaggg ccttgcggaa atattggagc tggacgaagc gaagctgctg      360

gaaaagttca gtgaccgcac ctccaacgac tgccttttgc gctaccgcgt ggagcgcgac      420

accgccgacc gcgtgcggga tttttgtgaa gagaacggca tcaccggcat ccgcatcaat      480

caggactcca agcgctggta cccggagggg gaatttctgg ccagcgtgct gggctttacc      540

aatgtagaca acgccggtgt gagcgggctg gagctgaaat ataacgatgt gctcaccggg      600

cagaatggtg tggtgctcac cgccgtcaac gcttggggct acacactgga gcagagctac      660

gagaccgaaa aagtgccctt ggaaggcagc ggcctgcggc tgactgtcga tgccaacatc      720

cagcattacc ttgaaaacgc gctggattat gcggtcaagg agcatcatgt ggcggcgcgc      780

gccgtgggca tcgtgatgga cgtgaacacc ggggccgtgc tggccatgtc caccacgccc      840

gcctacgacc cgaaccagcc gcgcgtgatc tacgatgcag ccgcccgcaa ggccgtggat      900

gcccttaccg gcagcgagcg cgctgccgcc ctgcagctgg cccagcagac ccagtggcgc      960

aacaaggccg tcagcgacct gtacgagccg ggcagcgtgt tcaagctcat cacctgcgcg     1020

gcggcgctgg atgccggagc catcacaaag cattccagct tttactgcgg ggaatccatc     1080

tcggtggcag gcacccgctt ccactgtgcc aaccacaagc gccacggagc ccagagcgtg     1140

acc                                                                   1143


<210>  628
<211>  1218
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1282

<400>  628
atgaaaaaga tcgttatcgc atctgcatgc cgtaccgcta ttggcaagtt cggcggcact       60

ctggcaaacg ttcccgcagt tgagctgggc tccatcgtca tcaaggaagc tctgaaccgt      120

gcaaacgtcg ctcccgagca ggtcgatcat gtctacatgg gctgcgtcat tcaggccggt      180

ctgggccaga acgttgctcg tcaggctgct ctgaaggctg gcctgcccat cgagaccccg      240

gctgtcaccg tcaacgtggt gtgcggctcc ggtctgaact gcgtcaacat ggctgctcag      300

atgatcgagg ctggcgatgc tgacatcgtg gtcgcaggcg gcatggagaa catggacatg      360

gctcccttcg cactgcagaa ggctcgttac ggctaccgca tgggcgcacc catgggcaag      420

agcgagatcg tggataccat ggtcaacgat gctctgtggg atgcctgcgg cttcaacaag      480

cacatgggca tgaccgctga gaacgtctgc accaacgaga cctatcagaa gaagtacggc      540

tacagcccca tcacccgtga gatgctggac gagttctcat acaacagcca gctgaaggct      600

gacaaggcca tcaaggacgg cgctttcaag gacgagatcg ttcccgttgt gatcaagggc      660

aagaagggcg acaccgtgtt cgatactgat gaaggccccc gtctgagcgc tcctgaagtg      720

ctggcaaagc tgaagcccgc tttcaccaag gacggcatcg tgaccgccgg caactcttcc      780

gccatcaatg acggcgctgc tgctctggtc atcatgagcg aggagaaggc taaggagctg      840

ggcgtgaagc ctctggctac ctgggtcgca ggtgctctgg ctggcgttga gccggaagtc      900

atgggcctgg gccccatcgc cgctaccaag aaggtcatgg caaagaccgg cctgactgtt      960

gctgacatgg atctgatcga ggccaacgag gcatttgctg ctcagtctgt ggctgtcagc     1020

caggctctga actttgatat gagcaaggtg aacgtcaacg gcggcgcaat tgctctgggc     1080

cacccggtcg gcgcttccgg cgctcgtatc ctggtcaccc tgctgtatgc tatgaagcat     1140

cgcggtgcac acaagggcct ggctaccctg tgcatcggcg gcggcatggg ctgcgctacc     1200

atcgttgaga tggactaa                                                   1218


<210>  629
<211>  1299
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1283

<400>  629
atgcaaaaac ctaccccttt cgataaaaaa atattgccag attatgaaat ctatggtagt       60

attgtatacg aaattgtcga tattgtaaag acaattgtcc gcaaaaattg cacaaaaaga      120

aaggggattg ggttcatgat cacaaacggt ttcacctaca tcgccgtgct ggtgttcatt      180

gccgcactgc tggtgtggtt gcaacgctac acgaagtcga aattcttcga ctatgcacca      240

cctatcgttc tgctgtacct cattaccatg attctctgca cgctgggtgc atgggacatg      300

gaggccacca agcctgccta ctccgtgctg aaaaacaacc tgctgtatgc aatgatcttc      360

ctgatgctgc tgcgctgcga catccgcaag atcatcaagc tgggtcccaa gatgctgggc      420

ggcttctttg ccgcttccgt ctccatctcg ttggccttca ttgccacctt cgccatcatg      480

aaggggcccc ttggctccga agcatggaag gcactgggcg ctctgtgcgg cagctggatg      540

ggcggctccg gcaacatgat cgccgtgcag gctgcgctgg acatcggcga agctgacatg      600

gcctacgcac tggtggtgga ctccatcgac tactccatct gggtcatgtt cctgctgtgg      660

gccatcaatc tggctcccaa gttcaacaag tgggtcaagg ccgacaccac cacgctggac      720

gaagtgtccc gccgtctgga agaggacgca aagggcaacg aggacaaggc cagctttgtc      780

aacctgatct tcctgctggg tctggctctg gtgatctccg ccttcggtca ggatatcggc      840

gcagccctga acagcgcaat gcctttcctg gacaaggcca cctggaccgt cctgctcatc      900

acgctgtccg gcctgatcgg cgctgtcacc cccgtgggcc gcatggcagg cagcaccgag      960

ctgtccaacc tgctgctgta ctccgtggtg gcattgcttg cctcccgcgc aagcttcctg     1020

gagctgaccg atgcacccgc atggatcctg gcaggcttta tgatcctggc catccacggc     1080

atcattctgg tgctgctggc aaagatcttc catctggata tgttcacctg cggtgttgca     1140

tctctggcaa atatcggcgg ttccgcatcc gctcccattc tggctggtgc ctacagcggc     1200

gctctggtgc ccgttggcgt tctgatggct ctgatgggct acgtcattgg cacggcaggc     1260

ggcctgatca ccgcaaatat catgtctctg ctggcataa                            1299


<210>  630
<211>  1095
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1284

<400>  630
atgatttccg gcctgcatca acaggccgtt gtttcgatag aggaaccaga gaaaggaaaa       60

agaaaactta tggcacagaa cgatatcggt atcgatcttg gtaccactac cattatcatt      120

gcgcaggagg gcaagggcgt tgtgctcaac cagcccagcg ttgtggcaat ggatacccgc      180

aagaagaccg tgctggaagc aggcgataag gcccttgcta tggtgggccg caccccgaac      240

tatatttctg ccatcttccc gctgaaggac ggtgtgatca gtgaccatac catgacccgt      300

gagctgatct gccgttttgt caagcaggtg tacagctccc acatggtcaa gccccgcgtg      360

gccgtctgtg tgcccgccgc cattaccggc attgaaagcg atgccgtggt ggaggctgtg      420

gtggccgctg gtgcccgtca ggtgtacctg atcgacgaac ccattgccgc tgcccttggc      480

tccggcatcg acatcaccca gccggagggc cgcatgatca ttgatatcgg cggcggcacc      540

accgatattg cagtgctttc tctgggcggc aaggtcaagg ccaccagcgt gcgcgtggcc      600

ggcaaccact acgacgaaga gatcctcaag ttcgtgcgca acaagtacag cgttgccatt      660

ggccagcgca ccgccgaaga gctgaaaaag aacgtggcct gctgccccca gaagactgat      720

ttccacgaga ccatggagat caagggccgc agcctgctca ccggcctgcc ggtgcgtgtg      780

aatgtttcca ctgacgacct gtacgacccg gtcatgatgc tcagcgagca gatcggcacc      840

gcggcccatc aggtgctgga aaagacccct ccggaactgg caggcgatat cttccgcaat      900

ggtgtcatgc tgaccggcgg cggtgcacag ctgcacggcc ttaccgaata cctgagcgaa      960

gagctgaagg tggaggtgac ggtttcgccc gatcccgtca actgtgtggc actgggcact     1020

gccatgagcc ttggcctgaa cgacaagctg gaaaccggct ttttggatgc aacgccccgc     1080

attggccgca gataa                                                      1095


<210>  631
<211>  855
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1285

<400>  631
atgcaccgca gcagcctgta tctgtcttct gctgatgatg gcgctgcccg catttgcagc       60

agagtatggc gagccggata tcacgccgca gaccacatgg gcgagatccg ctcgaacccc      120

agcatccttg gcgcaggcgt ttggacctat tccaaggagc agaacctgcc cggcaccgag      180

gactggtgca atgaccagac gctggaaaaa tatgtgagca gccatgtggc acaggattgt      240

gccgatggtc tgaacctgct catccgcaat tacaatgcgg gcgtgcagat cacctataag      300

ctctactcgg agcaggagat cgccgaggac agctcccgca acaatgtgga gttctattac      360

tacccggcca gcacgccgga tgcaaagtat gcgctggtgc tctccggcaa catcttcaac      420

cgcacggcgg agttaaagga gtgcatctcc acagcttacc agctgcacca gaaaggctat      480

gcagtgttcg tgatgcgcta ccgcgcctac ccggataacg acaacaacag ccccatggag      540

gacattgcac gggcggtgaa gtacatcatc ggccacgcac agcagttcgg cgtgcagacg      600

gaaagctacg ccctgatcgg ctattcttcc ggcggacatc tggcgggcct gtttgcatcg      660

gacgctctgg gctataaaaa ctatggcctg cccaagcccg gcgcagtgat cctggcgtat      720

cccatcgtgc agtttgccga gaccacaccg atctaccgtg tgggtatcga cccctttgtg      780

tgcggccggt tctactatga atacagcctt gccgacctga tcacagagga ctatccgccg      840

gtgtacttct ggtat                                                       855


<210>  632
<211>  1284
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1286

<400>  632
atgttcaaaa acaccatctt ccgccgcatg acggcgctgg tgctcacgct ggcactggcc       60

gctgccgctg cactgccggg ccttgcggta tatcccatgc ccatccagac cgccagcgag      120

accgaggcgg tgtacctgtt caacgccgac accggcaaga ccatcctgaa ccagaatgct      180

gaccagcagc agtatgttgc cagcctgacc aagcttatga cggccctgct gctgctggaa      240

agcggcaagg atctgaacgg tgaagtgacc gtgcccaccg cgctgaccca ggagttccgg      300

gatatccaga acgccaacgg caccactatg ggcctgcgca tcggcgagac ggtgcaccgc      360

atcgacctgc tgaacgccat gctcatcgtc agcgccaacg acgccgccag cgtcattgcc      420

tacgatgtgg gcggcagcgt gctggatttc gtcaagcaga tgaacgcccg tgcccaggag      480

ctgggctgca ccggcacgaa ctttacctgt gcccacggcc tgtttgacta cggcaacgtg      540

tccaccgcgc aggatctggc aaagatcgcc gccgcctgtg cggcaaacca gacctttgca      600

caggtggcgg gcaccgccag ctatgtcctg ccggccacga acctccgcaa ggccgagcac      660

accatcagca gctccaacag cctgatgaac agcgagagcg ccaactaccg ggagtatgtc      720

cggtgggtca agggcggctt taccacgctg gcaggccgct gcatcgtggc ctttgcggaa      780

aaggacggcc acacctacgg gctggtgatc cttggctgcg atacgctgga ccacctcttt      840

gccgagtgcg atgatttgtt cgactgggcc tttgccagct ttgccgaccg cccgctggtg      900

gacacccaga ccgtgttgac caccgtagac ctgaccaagt gccgcaccga accgacggtg      960

gcgctgtatg ctgccgcacc ggtcagcggc tacggccacg cggacgatat cgttacctac     1020

tccttcgacc tgccggagag cattgcggcc accgtcaaga gcggcagtgt ggtgggtaca     1080

gccaccgtgt atctggacgg cgatgaagtg ggcacggtgg accttgtgac ccacaaggag     1140

tatgtctccg acttccgcac cgacatgaag gccacagtgc ttctgctgtg tgcactgctg     1200

ttcatcctcg ctgcattaat ggcggtcact cttgccgcgg gcggcagctc gctgagcctt     1260

aaaagaagaa agcgccgcag ataa                                            1284


<210>  633
<211>  336
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1287

<400>  633
aagagatcgg aaagggagaa gaagatgctt atcgtaacta ttaacgaagt gcccggcaaa       60

aagctggaag cgctgggcgt ggtgcgcggc agcacggtgc agagccgcaa tctgggccac      120

gatctgatgg cggggttccg cacgctggtg ggcggtgaag tgaccgacta tgcggatatg      180

ctcaccgaag cccggcagat cgccacagga cgcatggtca aggatgcaga ggcccttggt      240

gcggatgcag ttgtagggat gcgctacgct tccgccagcg tcatgcaggg cgcagcagag      300

gtcattgctt atggaacggc ggtgaagttc gtatga                                336


<210>  634
<211>  1221
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1288

<400>  634
atggaaaaga aaaaattcaa gctcggactg ctgccgaagc tgctcatcgc catcgtgctg       60

ggcatcatca tcggccagtt cttcccggtg tggttctgcc gggtcgtcgt cacggcatcc      120

agcatcttca gctcgttcct gaagttcatc atcccgctga tgatcgtggc ctacgtcacc      180

atgggcattg ccgacctgaa gagcggcgca ggcaagctgc tgctcatcac ggtggctctg      240

gcctacggct ccaccctgat cgcaggctcg gcatcctatc tggtgtccgc aagcctgttc      300

cccagcttca tgagcgaagg cgctctggaa cagattgccg ccacggctga caactctctg      360

gccagctaca tctccatctc catccctccg ctgctggaca ccctgtctgc cgtggtgctg      420

gccttcgtgc tgggcctgtg cctgtccacc ttgcgcggca agaccatcgg tgatacactt      480

tataatggca tgaaggactt ctccggcatc atcgatcagg tgctgcacag cgtcatcatc      540

ccgctgctgc ccctgtacgt ctgcggtacc ttcatcgaca tgaccaagtc cggcaagacc      600

tacgccattc tgggcatcct gtggaaggtg ttcctggtgg tcatcctcat gcatctggtc      660

tgcatcttcc tgcagttctg cgttgcaggc gctgtgagcc acaagagccc cttcaagatg      720

atccgcaacc agatccccgg ctacaccacc gctctgggca ctcagtcctc tgcagccacc      780

atcccggtca acctgcagtg cgctgcggct gacggcgtga gcgagcagat ccgcaacttc      840

gtggtgcctc tgtgcgccaa catccacatg gcaggctcca tgatcaccat taccgcctgc      900

gcaactgccg tctgcctgat gaaccagctg cccatcagcc ttgctaccgt ggtgcccttc      960

atcatgacgc tgggcgttgc catggtggct tctcccggtg ctcccggcgg ctccatcatg     1020

accgctctgc ccttcctgta catgatcttc ggcgctgagg ccggtgaccc caatggcccc     1080

atctgcgcca tcatggtggc tctgtacatc actcaggatt ccttcggcac tgcctgcaac     1140

gtctccggcg acaacgccat cggcgtgatc gtggagacca tctaccagaa gttcatcaac     1200

aagagcagcg caagcgtctg a                                               1221


<210>  635
<211>  1152
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1289

<400>  635
atgtcgaaaa aaatcactct gctgggttct accggttcca tcggcaccca gagtctggat       60

gtgatccgtg cacagggcta tgaggtgttc ggtctttctg cccacagcca tgtaaacaag      120

atcctgcagc agatcgaaga gtttcatccg cgctatgtct gcatgaccga cccggatgcg      180

gcccgcaggc tggatgcgga gctttccggt cgtgcagatg cgccccggct gctggtaggg      240

ccggaagggc tcaagcagct ggccgcactg gacggcaccg atgtggtgct gaacagcgtg      300

gtgggcattg caggccttgg tgccagcctg tgcgcgatcg aaagcgggca tgatctggcc      360

cttgccaaca aggagagtct tgtcaccggc ggccatctgg tcacacaggc cgtggcaaag      420

catggtgtaa agctgctgcc ggtggacagt gaacattcgg ccatcttcca gtgcctgcag      480

gataaggaga gtgcccccag cctgaccaag atcctgctca cggcatccgg cggccccttc      540

ttcgggatga agaccgagga gctgcgcggt aagaccaagg cggatgccct caagcacccc      600

aactggaaca tgggcgcaaa gatcaccatt gactctgcca ccctgatgaa caagggtctg      660

gagctgatcg aggcagtgtg gctgttcggc ctgccgccgg agaagatcca gatcgtggtg      720

cagcgccaga gcatcgtgca ttcggcggtg cagttcagcg ataattcggt cattgctcag      780

ctgggtgtgc cggatatgcg cattcccatc cagtatgcgc tcacctaccc aaagcgcgta      840

cccggcgttg tgccggagct ggactttgcc gcactcaagg tgctcacctt cgatgtggca      900

gacgacgaga ccttccgctg ccttgccgcc tgcaaaaagg ccatcaaaaa gggcggtctc      960

ggcccatgtg ccgccaacgg tgccaatgag gaagctgtca agctcttcct tgaggacaaa     1020

attggcttcc tcgatattgg ccgtctggtg gaagcagtcg tggacagcga cagctttggc     1080

ggcgagtata ccctcagcga tgtgtacgag tgcgaccgca tggcacgaga gttcgtgcgc     1140

gcacatcttt ga                                                         1152


<210>  636
<211>  2178
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1290

<400>  636
atgaagatca tcaaacgcaa cggtgcagag gtcccctttg atatcaccaa gatcatcacc       60

gctgttacta aggccagcga ttctgtgagc ggccagagcc gtctgacaaa ggaccagatc      120

acccagattg ccgctgctgt taccgaccag tgtcaggcgc tgaaccgcgc cgtcagcgtg      180

gaagaagtgc aggatatggt agagaaccag ctcatggaca tcaaggcaca tgatgtggcc      240

cggcactaca tcacctaccg ctatgtgcag agcctgaagc gccagaccaa caccaccgat      300

gagcgcatcc tgagcctgat cgagtgccag aacgaagagg tcaagcagga gaacgccaac      360

aagaacccca ctgtgaacag cgtacagcgc gactatatgg ccggtgagat ctccaaagat      420

ctgaccgccc gtctgctgct ggacccggag atcgtcaagg cccatcagga gggtctgatc      480

cacttccacg attccgacta ctttgcccag cacatgcaca actgcgatct ggtgaatctg      540

gaggacatgc tgcagaacgg caccgtcatt tccggcacct atattgaaaa gcctcacagc      600

ttctccaccg cctgcaacat cgccacccag atcattgcac aggtagcatc caaccagtac      660

ggcggccaga gcatcagcct gacccacctc gccccctttg tggatgtctc ccgcaagaag      720

atcgccgctg aggtagaagt ggaaatggcc ggtctggacg tttctgccga gcgcaagaag      780

gagatcgtag agcgccgcct gcgcagcgag atcaaccgcg gtgtgcagac catccagtat      840

caggtggtca cgctgatgac caccaatggt caggccccct ttatcaccgt gttcatgtat      900

ctgggcgagg cggaggcgcg caatccgcag gagaaggcag accttgccat catcattgag      960

gagactatcc gccagcgcta tcagggcgtg aagaacgagg ccggtgtgtg gatcaccccc     1020

gccttcccca agctgatcta tgtgctggaa gaggacaaca tccgccccgg cactccctac     1080

tattatctga ccgagctggc cgccaagtgc accgcaaaac gcatggtgcc cgactatatc     1140

tccgagaaga agatgctgga gctcaaggtg gacaaaaacg gcgaaggcca ctgctacacc     1200

tgcatgggct gccgcagctt cctgaccccc tatgtggacc ccgagaccgg caagcccaaa     1260

tactacggtc ggttcaatca gggcgttgtc accatcaatc tggtggatgt ggcactctcc     1320

tccaagggca actttgagaa gttctggaag atcttcgacg agcgtctggc cctgtgccac     1380

cgcgcactgc aggcacggca caagcggctg ctgggcactc ccagcgatgc cgctcccatt     1440

ctgtggcagt atggtgcact ggctcgcctg aaaaaggggg aaaagatcga caagctgctg     1500

ttcggcggct actccaccat cagtctgggc tatgccggtc tgtatgagtg cgtgaagtat     1560

atgaccggca agagccacac cgatgccggt gcaaagccct ttgctctgag cgtgatgcag     1620

cacatgaacg acaagtgcaa cgcctggaaa aaggccgaga acatcgacta ctccctctac     1680

ggcaccccgc tggaatccac cacctacaag ttcgccaagt gcctgcagaa gcgctttggc     1740

atcgtgcccg gcattaccga caagaactat atcaccaaca gctatcatgt gcatgtgtcg     1800

gagcagattg atgccttcac caagctgaag ttcgagagcg acttccagcg cctgtccccg     1860

ggcggtgcca tcagctatgt ggaagtgccc aacatgcagg acaatctgga agccgtcata     1920

agtgtgctgc agttcatcta tgacaacatc atgtatgcgg agctgaacac caagtcggat     1980

tactgtcagg tgtgcggcta tgacggcgag atcaagatcg tggaggatga cggcaagctg     2040

gtgtgggagt gccccaagtg cggcaaccgc gaccagaaca agctgaacgt tgcccgccgc     2100

acctgtggct atatcggcac ccagttctgg aatcagggcc gcacgcagga gatcaaggac     2160

cgcgtgctgc atctgtaa                                                   2178


<210>  637
<211>  633
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1291

<400>  637
atgaaaaaag taaaactcaa actggaactg cagtacaact ccccggtgat cctcacattt       60

ttcctgctgt cacttctggt gctgttcctc gaccagtgga cggatgggtg gacgacgatg      120

catctgttct gtgtctaccg ctcctcgctg aaggacccgc tgttctacat ccggctgttc      180

ggccatgtgc tgggccatgc cagctgggac cactttctga ataacatgct gctgctgctc      240

gttgttggcc cgccaatgga agaaaagtac ggcagcaagc cgcttttgtg cggcatggtg      300

ttcaccgctc tggtcaccgg cgtgctgcaa tgcgtgctgt tcccacgttc agggctgctg      360

ggcgcgtccg gcatcgtgtt catgcttatc atgctttcgt cgctggcggg cttctccggc      420

ggcatcccgg tcaccatgct gctggttgca gcgctgtact ttggtcagca ggtgtacgat      480

atcatttttg tgcacgacaa tgtagcaaac ttcatgcaca ttgtgggcgg cttatgcggc      540

actgcctttg gctactatag tgcgttgcac agccgccgca ggccggcaaa agcggtaaag      600

ttttccagca cgaacagccg ccggaagcgc tga                                   633


<210>  638
<211>  771
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1292

<400>  638
atggataagg caaagcgtaa ggctatcatt gcaggcaact ggaagatgaa caagactgcc       60

tccgaggctg ctgttctggt ggacgagctg gtccccgccg tgcaggacgc aggctgcgag      120

gtggtcatct gcaccccgta taccgatctg gtcaccgctg tggaaaagac caagggcacc      180

aacatccatg tgggtgctga gaatgttcac ttcgagaagt ccggcgcttt taccggcgag      240

atcagcgctg acatgctggt ggatctgggc gtggagtacg tcattgtggg ccactctgag      300

cgccgccagt acttcgccga gaccgaccag accgtgaaca agcgcgctct ggctgctctg      360

aatgccggtc tgaaggtcat catctgcgtg ggcgagagcc tgcagcagcg cgaagagggc      420

gtgaccgaag agctggtgcg tatgcagacc aagatcgctc tgcgtgatgt gaccgctgag      480

cagatggcaa atgtcgtgat cgcttacgag cccatctggg ccatcggcac cggcaagacc      540

gctaccgccg atcaggctga ggaagtctgc ggccagatcc gcaaggtgat cggcgaggtg      600

tacggcgagg cagttgccga ggctaccact gtccagtacg gcggcagtat gaacgccaag      660

aactgcgagg agctgctgag caagaaggac gtggacggcg gcctgatcgg cggcgcatcc      720

ctgaaggctc ccgactttgc agtgatcgtc aatgcagcca ccaagggctg a               771


<210>  639
<211>  477
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1293

<400>  639
gtgagcaaac cgctgaagga agattatatc atccgcatca agagccgcat tgagcagcat       60

gtgaaagagc ctgtggagca ggaagaaaag gaagagtttg tggagctgat gacccgcggc      120

cagttcgtgc agaagggcgg cagctactac attacctata aagagaccga gaccaccggc      180

tacgagggct gcaccaccac cctgaaaatt gccgccgacg gcagccgcgt ggcgatgctg      240

cggtttggca agggcggcgg ggccggcacc cagctgctga tcgaaaaagg caagcgcaac      300

ctctgccact acgagacagg ctacggctcc atgacgctgg gcgtgaccgc cgacgagatc      360

gagtgcggcc tgaccgagaa gggcggcacc gcgaagttcg gctacctgct ggatgccaac      420

agcgccgagc ttgtgagccg caaccgcctt gaagtgaccg tgacccacgt aaactga         477


<210>  640
<211>  834
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1294

<400>  640
atgcccggcg gagcgctctg tccgggcatt ttgcgatatg ccgatatgca aaacgggcag       60

gaaaggataa aaattatgac ggatattgtg attcagggca tcggcggccg catgggccat      120

gtgctgtgtg atatgatcgc acagcgcgag gactgccgcg tgattgcagg catcgacata      180

aaggatggcg aacagaacgg catccctgtg tatgacagcc tggaaaagct ggacggcaag      240

ggcgatgtga tcatcgattt cagctctccg gccgctgtgg aaaaggctct gccctactgt      300

gaagctcaca agctgcccat cgtggtgtgc accaccggcc tttcggaaga gctgcagctc      360

aaggtggtgc agctatcccg cacggtgccg gtgttcaaga gcgctaatat gtccatgggc      420

atcaatgtgc tgtcggagct gtgcaagcgc gcttcggcta ttctgggtgt gaactacgat      480

gttgagatcg tggagcagca ccaccacaac aagctggatg cacccagcgg caccgctctg      540

atgctggccg atgccatcaa tgagcaaaac aatggcgaat atcattatgt ttacgaccgt      600

tcttctgtcc gccagaagcg cgacccgaag gaaattggta tcagttccgt gcgcggcggc      660

agcatcgtgg gtgatcacga agtgctgttc tgcggcccgg acgaggtgat caccctcaag      720

cacaccgctt actcccgcaa tatttttgca aacggcgctg tgaatgcagc agtttacctt      780

gcaaaaaagg agccgggcct gtacaatatg ggtgatatga tcgctgcact ttaa            834


<210>  641
<211>  489
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1295

<400>  641
atgagctttg aaccggtgta taacgaacac agccgggcgc tgatccttgg cacatggccc       60

agccccaaaa gccgggagat ggccttttac tacggccacc cgcagaaccg cttctggccc      120

gtgctggccg cgctgaccgg tgagccggtg cctgcccgtg aggacattga agccaaaaag      180

cagatcatcc tgcgccatgg gctggccctc tgggacacgc tggaacgctg caccatcacc      240

ggcgcagcgg atgcttccat caaggatgca gtgccgaatg atattgccgc tctgctggca      300

aaggcaccca tcgaagcagt attctgcaac ggagccaccg cataccggat ctatacaaag      360

tatctgcagc cggtgtccgg cattgcagcg gtaaagctgc ccagcaccag cccggcaaac      420

gctgcctgcc gcccggaaaa gctgcgcgaa atctggggcg cggctctctt gccgtggatc      480

aacaaatga                                                              489


<210>  642
<211>  753
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1296

<400>  642
accatggcct acaacgaatt tgcctatttc tacgatgaat tcaacggcga ggccgattac       60

gatgccctgt atgcccacat ccatgcaaag ctcaaggagc acggcatcca cgacggcatc      120

cttgccgacc ttggctgcgg taccggtgag ctgacgttga tgctcacgca ggcgggctat      180

gatatgatcg gcattgacca gtccgaggag atgctctgcg ttgtgcgcga taaggccgaa      240

cagctgggcc tttccggcag gctgctgctg ctccggcagg acctgctcaa gctcgatctg      300

tacggcacca tccggggcgc ggtgtccacc tttgacacct tcaaccacat cccggacctc      360

gacaccgcca ttgccaacgc gggctttttc atggagaagg gcggggtgtt cctgttcgat      420

atgaacacgc cctacaaaca ccggaacgtg ctgggcgaca acgcgttcac ctttgaggaa      480

gaggatgccg cctgtgtgtg gcgcaaccac tacgatgccg ccaaccgccg cgtggagatc      540

accgtggaca tcgactacca cgagaccggc gagcacttcc acgagcagtt ctgcgagtac      600

acctacgacc ttgacaccat ccgcaccgcg ctggaaaagc acggctttgc gctggaaagc      660

gtctgcgacg gcgagacctt cggcccgctg accgaggaca gccagcgcta tttcttctgc      720

gcagtcaagc agtatacaca attggaggga taa                                   753


<210>  643
<211>  2385
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1297

<400>  643
cgggcggcag ctgcaagaac tgctgctttt ggaggttccc tgaattttat gaaaacaaaa       60

ggaaaagcat ggcatctgat cgccacagtg ctgttgatcg tggtatttgt gtatactgcg      120

ttcttcggtg tgtatgccaa gtacggcgat acgaccacga cctacatcaa aggtgcaaag      180

gatatccgct tcggtgtgga tatcaagggc ggtgtcaacg tcacctttgt gccgtcggat      240

ggctacgatg ctaccgaaga acagctggaa gcagcccagc tcgtcattga gaaccgtctt      300

gtagcgctga acgtgaccga ctatgagctg tatgtggaca acaattccga cagcctgatc      360

ctggagttcc cgtggcagtc cggtgagaca gattttgacc cggaagctgc gatcgatgag      420

atcggcacca ccgcctatct gagcttccgc gagggaagca gtgcggacgg tgagctgatc      480

ctggacggct ccatgatcga gagcgccgca gctcagtatg gccccgtcag caatggcggt      540

gcttcggaat atttcgtctc cttgaagttc accgatgacg gtgccaaggc atttggcgat      600

gctaccacaa agctggctgc atcgggcggc actatcagca tctggctgga cgatgaaaac      660

gtgagcacgg ctacggtcaa tactgctatt accgatggct ctgccatcat tacaagctcg      720

gcttccaatc ccttcacgca ggagcaggtc gtcaagatgg cccgccagat caactccggc      780

gcactgccct ttgcactgac ggtggacagc tattccaccg tcagccccag tctgggcgag      840

aacagcctga gcgccatggt tctggccggc ctgatcgcct ttgcactgat cgtggtgttc      900

atgacgatgc tgtaccgtct gccgggcttc cttgcatgta ttgcactggc tggtcaggtg      960

gcagcaacgc tggcgttcgt ttccggttac ttcccggtgt ttgaaagctt taccatgacc     1020

ctgcccggca tcgcaggcat catccttgcc atcggcatgg gcgtggatgc caatgttatc     1080

acggcagaac gcatcaagga agagctgaaa aacggcaagt ctctggatgg cgcgctcaag     1140

agcggttttg cccgcggcct gacccccatc gttgacggca acgtgaccat cgtcatcgtg     1200

gccatcgtgc tgatgggtgc ctttggcccc tcggacggca tgtttgcaaa ggcactccac     1260

tttgtgttct ttgcctttgg cccctccacc gcaggcacta tttatgcctt cggttacacg     1320

ctgctcaccg gcgtgctgct gaactttgtg ttcggcgtgt ttgctacccg tgtgatgatc     1380

cgcggtgcgg catccatcaa ggcactgcgc aacccttggc tctacggtgc agaaaagccc     1440

ggcaaggaaa aagccgagaa gaagcccatc gactttgtgg gcctgcgcaa gcgcttcctg     1500

acgatctcct cctgcctgat ggcagccatc gtgctgtgcg ctgtggtttt gggtgtccat     1560

ctggataccg agttcaccgg cggtgccatg atcaccctga gctacgaggg cagctttacc     1620

atgtcggatg tgcagaaggt tgcatcctct gcattggaga ataacggcct gaccctgcag     1680

accggcgaga atgttgctac cgggggccaa accctgaaaa actcgatgcc cggtaccgaa     1740

acagtgacta ccgagcaggt ggccaagctg ctggacagcc tgaacgaaag ctgcccggac     1800

aacgattttg aacagctgtc gctgagcaac gtcagcgctg ccatgggcac caagttcctg     1860

cagaaaagtc tggttgccgt ggtgtttgca ctggtgctga tcctgctgta catcgccctg     1920

cgcttcaaga acatcggcgg cctgaccggc ggcatgatgg cagtgctggc gcttgtgaac     1980

gacctgatgg tggtatttgg cacctttgtg ctgctgcgca ccgcgctgga tggcaacttc     2040

attgccgcca tgcttaccat ccttggctac tccatcaacg atactgttgt ggtctacgac     2100

cgtatccgcg agaaccgcac cctgatgggt aaaaaggcat cctttgaaga gctggtgaac     2160

cactcggtga accagtctgc ccgccgcacc ctgatcacca ccattaccac ggtgatggcg     2220

ctgggcgtta tgtgcatcgt ggcaaagctg tatggtctgg acagcatctt tacctttgcg     2280

ttcccgctga tgatgggcat gatcagcggc gtgtacactt cgctgtgcgt ttccacctct     2340

gcgtgggtgc tgtggagtga gcgcaagccc aagaccaaag cctaa                     2385


<210>  644
<211>  429
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1298

<400>  644
ggaaaagggc ggtgccgtct gatgaacaag ttcatgctga acatcactgc gtccagcggt       60

gagtactatc agggcgattg tgaagacctt gtgctgccca tcagcgatgg cgtgtacggc      120

atacaggccg gacacagccc ggtgctggtg gccatccaca tgggcatcct gcactttgag      180

gtgaacggtg aaagccagga catcctggta ggcgacggca ttgccgaggt gacgcctgcc      240

tacgtgatgg tgctggtgga cagcgccgag cgtccggagg atatcgacaa gaaccgtgcc      300

gaggctgccc gcatccgtgc cgaggagcgt ttgcagcatc agcagagcat gcatgaatat      360

tatcagagca agatcgcgct cgaccgtgcg atgcagcgcc tgcaggccgc tgcaaagtac      420

cggcgctga                                                              429


<210>  645
<211>  795
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1299

<400>  645
atgagcatga ataccgtacc cgagcgcctt gccgcgctgc gtgccgccat ggctgcaaac       60

ggcgtggccg tttatctgat ccctgtgggt gatccccacg ccagcgaata cctgccctgc      120

cattacacca gcctgacctg gttctccggg ttccacggcg agaactccaa cttcgtggtc      180

acccgcaccg agagcgccct gtgggccgac ggccgttatt ttgtgcaggc cgagaaggaa      240

attgcgggta ccgagatcaa gctgcagcgc atgggggaac ccggcgtgcc caccgtggag      300

gagtactgcg caaatgccct gaatgagggc gaagcactgg gcctgtgcgg cctgaccgcc      360

agcacggccc tcgtgaacga cctgaaaaag gcactggaaa agaagggcgc ttccatcaag      420

accctgaacc ttgaggacga gctgtggaca gagggccgcc ctgccctgcc ggatacccca      480

gcgtggatcc tgccgaagga atatgcgggc ttctccccgg cggaaaagct ggatcagctg      540

cgcagcaagc tcaaggagct gggctgcacc gctcagtttg tgggcaagct ggataatctg      600

gcatggcttt tgaacctgcg cgccatggac attgagtgca ctccctatgc catggcctac      660

tgctatgtga caccccgccg cgcggtactc ttcattcaac acggcccgcg tcaccccgga      720

ggcaaaggca gagctggaag ccaacagcat cacgctggcg gagtacgacg atgtgctgaa      780

gttcctcgct gctga                                                       795


<210>  646
<211>  2172
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1300

<400>  646
atgaagatca tcaaacgcaa cggtgcagag gtcccctttg atatcaccaa gatcatcacc       60

gctgttacta aggccagcga ttctgtgagc ggccagagcc gtctgacaaa ggaccagatc      120

acccagatcg ccgctgctgt taccgaccag tgtcaggcgc tgaaccgcgc cgtcagcgtg      180

gaagaagtgc aggatatggt ggagaaccag ctcatggaca tcaaggcaca tgatgtggcc      240

cggcactaca tcacctaccg ctatgtgcag agcctgaagc gccagaccaa caccaccgat      300

gagcgcattc tgagcctgat cgagtgccag aacgaagagg tcaagcagga gaacgccaac      360

aagaacccca ctgtgaacag cgtacagcgc gactatatgg ccggtgagat ctccaaagat      420

ctgaccgccc gtctgctgct ggacccggag atcgtcaagg cccatcagga gggtctgatc      480

cacttccacg attccgacta ctttgcccag cacatgcaca actgcgatct ggtgaatctg      540

gaggacatgc tgcagaacgg caccgtcatt tccggcacct atattgaaaa gcctcacagc      600

ttctccactg cctgcaacat cgccacccag atcattgcac aggtggcatc caaccagtac      660

ggcggccaga gcatcagcct gacccacctc gccccctttg tggatgtctc acgcaagaag      720

atcgctgctg aggtagaagt ggaaatggcc ggtctggacg tttctgccga gcgcaagaag      780

gagatcgtag agcgccgcct gcgcagcgag atcaaccgcg gtgtgcagac catccagtat      840

caggtggtca cgctgatgac caccaatggt caggccccct ttatcaccgt gttcatgtat      900

ctgggtgagg cgcgcaatcc gcaggagaag gcagaccttg ccatcatcat tgaggagacc      960

atccgccagc gctatcaggg cgtgaagaac gaggccggtg tgtggatcac ccccgctttc     1020

cccaagctga tctatgtgct ggaagaggac aacatccgcc ccggcactcc ctactattat     1080

ctgaccgagc tggccgcaaa gtgcactgca aagcgcatgg tgcccgacta tatctccgaa     1140

aagaagatgc tggagctcaa ggtggacaaa aacggcgaag gccactgcta cacctgcatg     1200

ggctgccgca gcttcctgac cccctatgtg gaccccgaga ccggcaagcc caagtactac     1260

ggccggttca atcagggtgt tgtcaccatc aatctggtgg acgtggcgct ctcctccaag     1320

ggcaactttg agaagttctg gaagatcttc gacgaccgtc tggccctgtg ccaccgcgca     1380

ctgcaggcac ggcacaagcg gctgctgggc acccccagcg atgccgcacc catcctgtgg     1440

cagtacggcg cactggcccg actgaagaag ggcgaaaaga tcgacaagct gctgttcggc     1500

ggctactcca ccatcagtct gggctatgcc ggtctgtatg agtgcgtgaa gtatatgacc     1560

ggcaagagcc acaccgatgc cggtgcaaag ccctttgctc tgagcgtgat gcagcacatg     1620

aacgacaagt gcaacgcctg gaaaaaggcc gagaacatcg actactccct ctatggcacc     1680

ccgctggaat ccaccaccta caaattcgcc aagtgcctgc agaaacgctt tggcatcgtg     1740

cccggcatta ccgacaagaa ctatatcacc aacagttacc atgtgcatgt gtcggagcag     1800

attgatgcct tcaccaagct gaagttcgag agcgacttcc agcgcctgtc cccgggcggt     1860

gccatcagct atgtggaagt gcccaacatg caggacaatc tggaagccgt cataagtgtg     1920

ctgcagttca tctatgacaa catcatgtat gcggagctga acaccaaatc cgattactgt     1980

caggtctgcg gctatgacgg cgagatcaag atcgtggagg atgacggcaa gctggtgtgg     2040

gagtgcccca agtgcggcaa ccgcgaccaa aacaagctga acgttgcccg ccgcacctgt     2100

ggctatatcg gcacccagtt ctggaatcag ggccgcacgc aggagatcaa ggaccgcgtg     2160

ctgcatctgt aa                                                         2172


<210>  647
<211>  1020
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1301

<400>  647
atgaaactca tccgtaccga agacgctgtc gggcaggtgc tctgccacga catcacacag       60

atcattcccg gccagtacaa gggagcacgc ttccgcaaag ggcacatcgt ccagccggag      120

gatatccccg tgctgctctc cattggcaaa gagaatctct atgtctggga gaagcgcccc      180

ggcatcctgc acgaggacga agccgctgcc cttttgtaca aggcagcggc gggccgcaac      240

atccacggca ctgagccgaa ggaaggcaag atcgaactgg ttgccgactg cgacggtctt      300

ttgaagatcg accgcgccgc cctgctggct gtgaaccgca caccccaaat gatgatcgct      360

gtcatccacg gcgacctgcc cgtgaaaaag ggccagaagc tggccggcac ccgcatcatc      420

ccgctggtga tcgagcagga gaagatggat gccatgcagg ctgcggcagg cagcgaaccc      480

atcctgaacg tgctgccttt ccacccgaaa aagtttgcgg tcatcaccac cggcagcgag      540

gtgttcaagg gacgcatcga ggacaaattc acccccattc tggtgggcaa gctggccgaa      600

tacggctgcg agatgaccta tcacaaaacc tgcgacgatg accccgccgg gatcaccgcc      660

gccattctgg aagcaaaggc cgcaggctgc gagctgatct ttaccaccgg cggcatgagc      720

gtggaccccg acgaccgcac gccgcttgct atcaagaaca ccggtgccga gatcatcacc      780

tatggcgcac cggtgctgcc gggtgccatg ttccttgtga gctatctgga cggtgtgccg      840

gtgtgcggcc tgcccggctg cgtgatgtac gccaagcgca ccatttttga cctgctgctg      900

ccgcgcctgc tggccgacga ccccatcact gccgaggaca ttgcccggct gggcgagggc      960

gggctgtgcc taaactgcga agtgtgccac tggcccaact gcggctttgg gcattgctga     1020


<210>  648
<211>  1005
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1302

<400>  648
atgctgaacg agacttatcg cgcgatgctc ggcaataaga gcgtcatccg cgagaccttt       60

atgtacggca agcagcgtgc tgccgagatc ggatatgaga acgtgttcga ttactcgctg      120

ggcaacccca gcgtgccctg cccgcaggag ttcactgccg ctatgcagga tctgctgacc      180

aacgaagagc cggtaaacct gcacggctac tgccccagtc agggcgaccc gggcttccgc      240

accgatgtgg cagcgcacct gacaaagacc tttggcctgc cctatgagca gaagcacatc      300

ttccccacca ccggtgcggc gggtgccatt gcccatgcca tccgtgcggt cacgcagccc      360

ggcgacgagg tgctcacctt tgcgccctac ttcccggagt acggccccta tgtggcgggc      420

accggggcag tcctcaaggt ggtgccgccg caggcaccga ccttccagcc caatctggac      480

gcattcgagc agatgatcgg cgaaaagacc acctgtgtgc tcatcaacac ccccaacaac      540

cccaccggcg tggtctactc tgccgggacg ctcacccgca tggcagagat cctgaccgag      600

aagagcaagg tgttcggcca caacatcttc cttgtcagcg atgagcccta ccgcgatatc      660

gcattcgacg gcaaaaaggt gccctacccg gcggcgttct acccccacac tctcacctgc      720

ttctcctact ccaagagcct gagcctgccc ggcgagcgcc ttggctatgt ggcggtgcgt      780

ccgggctgtg agggtgagga tgtgctggtg gacatgatgg cccagatctc ccgcttcacc      840

ggccacaact gcccgcccag catcatccag cgggccgtaa gccgctgtca ggatgtgacc      900

agtgatctga gtgtgtatga gaccaacatg aacctgctgt acgataagct caccgcgctg      960

ggttttgagg tgccgcgctg ggttttgagg tggagcgccc cggcg                     1005


<210>  649
<211>  627
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1303

<400>  649
tatccgcagc agggctgggt ggagcacaac cccatggaga tctggtccac ccagtatgga       60

gtcatgaacg aggtggtggc ccagagcggt gtcgatgccc acgatatcgc cgccattggc      120

atcaccaacc agcgggagac caccatcctg tgggaaaagg ccaccggccg ccccatttac      180

aatgccattg tctggcagtg ccgccgcacg gctccgctgg tggatgaact gctgcagcag      240

cccggcatgg cagactacat ccgggagaac accggcctga tgcccgatgc ctatttctcc      300

gcaacgaaga tcaagtggat cctggacaat gtgcccggtg cgcgggagcg cgccgaggca      360

ggggagatcc tgttcggcac tgtggacaca tggctggtct ggaagctgac cggcggcaga      420

gtgcatgtca ccgaccgcac caacgccagc cgcaccatgc tgtataacat ccgcacgctg      480

gactgggacg acactctgct caaagcgctg gatatcccgc gctgcattct gccccgcgtg      540

actgccccgc gtgacagatt ccagcgaggt ctacggcacc accgatctgt gcggtgtgca      600

gatcccggtg gccggcattg ccggtga                                          627


<210>  650
<211>  816
<212>  DNA
<213>  Faecalibacterium cf. prausnitzii KLE1304

<400>  650
atgaagaagg atgcactgat ccttgtgcgc ggcggcggcg accttgctac cggcaccatt       60

caccggctgt ggagcgcagg cctgcgtgtg ctggtgctgg aagcggagca tccggcggcg      120

atccggcggc aggtttctct gtgcgaagcc gtttatgaag gtgagaccgc cgtggaaggt      180

ctgcgtgcgg tacggatcga aactctggca caggcagaag aaatctggaa acagaatgcc      240

gttcctgttc tggtagaccc gcaaggcaaa agcattgcgc ccgcaaagcc ggatgtcctt      300

gtggatgcga tccttgccaa aaagaatctt ggcacaacgc gggatatggc acccctgacc      360

attgcactcg gccccggttt cacggccggg caggatgtgg atgtggtggt ggagaccaaa      420

cgcggccacc ggctgggacg catcattcgg gaaggcagtg ccatccctga taccggcatt      480

cccggaatca ttggcggcta cggaaaagag cgcgtgatcc atgccgacac ggccggtata      540

tttatggatc tccgcaaaat tggagatatt gtggaagcgg gcgagaccat tgcgcagatc      600

cgcacggcag atggtgccat gatctctgtg accacgcaga tcacgggcat tctgcgcgga      660

cttctgcgca gcagttatcc ggtaacgccc ggttttaagg tggccgatat agacccccgc      720

aaagaggaac tttccaactg ttttctcatt tcggataagg cccgctgcat cgcgggcagt      780

gtgctggaac ttgtctgcgc tcaactgtgg aaataa                                816


<210>  651
<211>  1665
<212>  DNA
<213>  Bacteroidales

<400>  651
attcaagata aaacatggag taacacgatc gaatggattg tgcggaatca ggtttcgtat       60

gatttgagta tccgggatga acacaatata acgatgcttg cgggaacgga aatccgtaag      120

aatattcatg aaatagacaa tcgtatcgtt tatggctata atgaaaacac caagcagcat      180

ataagtctta acgaacagca aatgattgcc ggggtgacgg gaggaacgat tgttgacccg      240

aatagccaga cgagttcaca gcaaagtttc acgaacggtt ttgggaccgg gtacgtgaaa      300

tacgataagc gtttcttttc tttatacgcg aatgcggctt atgattacaa gagtaaatac      360

gggctgaatg ccagtattcg tgttgatcag gcaaatttgt tcggtacgga tattcgttac      420

aaaccgatct ggtctgtcgg ggtgctatgg aacttgcatc atgaagattt ttggaacagg      480

gacttgttcg atcgctttac ttttagaatc agccggggaa ttgccggtaa cacgcccaat      540

tctgaagtcg ggggacctta cgacatcatt agttccgcgg gatatgggaa cttctcgttc      600

gggcagactc aaagttcgat gaatattatt tctcctgcct tgaagaatct gaaatgggaa      660

aaaacgacga tcaccaattt gggaatagat ttttctacct tgcaaaacag gttaagcggt      720

tcggttgatt tctaccggaa gaatacaaat gatcttatcg gacaacagac gatagacccg      780

acaggaggtt ttgccacgat ctcaaccaat atcggtaaga tgaggaacac gggaatcgag      840

atcatgttga gttccatcaa tattgcaaag aatgatttta aatggagttc cagtttcaat      900

tttgcttata ataggaataa agttgtcgat atttacgtgg aaccgaatat cacgcagtat      960

atcagtacct accagcctgt ttttatacag ggatatgagg cgtacagtat cttctcgtat     1020

aaatgggcgg gactgaacga gatcggggaa ccgacggtct atgatgagaa cgggcaggcg     1080

actgataagg caatcagtga tattaatgct ctcgtacatt ccggaacggc ccagcctcct     1140

tttaccggaa gtctttccaa cacgttctct tataaaaact tgactctttc gatacagatt     1200

atttataatt tgggacataa gatgagagat gatgttcccg gtacgaatat cagcggacgt     1260

ttattgtata gtcaggcctt gaatggggat atttggaaga acccgattca caaggatatg     1320

aagcatgctt ggagaaaggc cggggatgat acgaatgtac ccagatggtt gccggtaggg     1380

gagtccagac acgttcgtga gtactacccg gcggcggata ttaatattat caacgcatcg     1440

tacatttata tcaacgatat cacgttgagt tataatttgc caagttcgat agtgagcccg     1500

ttgaagttga aacaatgtat gttgagcgtg caggtgtcta acccgtattg ctggaaagcg     1560

aataaggaag gggttgatcc gagatttgtg ggttcgatga tcgggggaca gcggacattg     1620

aaatacgggc cggagtatat gttgaaattg aacgttcatt tttaa                     1665


<210>  652
<211>  2283
<212>  DNA
<213>  Bacteroidales

<400>  652
atgctttttc tcatgctgac ggtttgccat tcatttggga tggtccacgc tcaagaggtg       60

cgtttggata ttgatttgga gaaagccaat ttcgccgaat tcatggaaca agtgaaaaaa      120

cagacagaat tcactttctt ctttcacgat gcaatggtga tgagtttgaa agatattact      180

ttacacatgc ggcaggctga tattgaggct gttttaaagg cttgtctgaa aggctcgaat      240

gttgcttacc ggattaaaga tcgtacgatc attctctatg gattaaacga tcaatcgaag      300

aaggggatag acgtgaaagg tttggtggtg gatgaacagg gagatccgat gcctggggct      360

acggtcaagg tgaaaggaaa cgaggggaac ggcgtgttga taggtacggt aacagggccg      420

gacgggaaat tctcgttaaa tgtaccggat aggaaagtga tgttggaggt gtcatttgtc      480

ggttatgtgt ctcgtttgat tgcagcatcc gacacggtat ccttgaaaaa ggtcgttttg      540

aaagaagagt tgaagaatat agaagaagtt gtggtgaccg gataccagcg aattgaccgg      600

aagttattta ccggtgccgc agcagtaatt aaagcggaag atgcgatggt tgagggagca      660

atagatgtaa gtcgtatgtt gcagggaaaa gcggccgggg tacagataca aaatgtatcc      720

ggaactttcg gagcttctcc taagatgaga gtgcggggag cttcttccat taacgggaac      780

cagaaaccgt tgtgggttgt tgatgggttg gtactggaag acgtggtaga ggtttctgcc      840

gatgatttat catcgggaga ttcggaaact ttaatcagtt ctgcaattgc cggcctgaat      900

gccgatgaca tcgagagttt ccagattcta aaagatgctt ccgcaacagc attgtacggg      960

gcacgagcaa tgaacggagt ggtagtgatt accacgaaaa aggggaagaa ggggacgatg     1020

aaggtaaatt acagtggaga gtttacggtg cgcatgaaac cgagttatga tcaatataac     1080

ctgatgaatt cacaggaaca gatgatggtg tataaagaga tggaggcgaa agggtggctg     1140

aattatgcgg atgtttctcg taagaaaaac ggtggtgttt acaagaaaat ggctgatttg     1200

atttccacgt atgatgagac taccgggaaa tttggtttgg agaataccca acaggccaag     1260

aatgctttct tgcagaagta cgagatggca aatacggatt ggtttgacat tcttttccgt     1320

aattctttac agcaagtaca ttctttgagt ttgtcatcag gaacagataa atctcgtttc     1380

tatgcctcct tgagttattt taatgacggg ggatggtcaa ttgccgacaa ggtggaacgc     1440

tacacggcga acatgaatgc ttcttttgat ataaagaaat ggttgaccgt gaatttattg     1500

accaatggtt cgttacgtat gcaggatgct ccgggaacca atagccggaa cacgaatgcc     1560

gtgagtggtg aagtggagcg ttcttttgac attaacccgt ttagttatgc tctgaacacg     1620

agtagggcgt tacgtgctta tgatgatgat ggtaattacg agttctacac gatgaattac     1680

gctccattca gtatattaca cgagttggag aataataagt tgaaaattga tatgttggat     1740

acgaagttcc agatggaatt ggagtttcgt ccattgaccg ggttggacgt gaagatgttg     1800

ggggctgttc gttacgtgaa gacgacacgg gaacaccgga tttatgatac atccaatgcg     1860

gcggaggctt atcgtgctgc cggggatgcc acgattcggg atggaaacaa gttgttatac     1920

gaggatccgg atatgccagg ctaccctgcc aaggtggtga tgccgaaagg gggactttat     1980

aatcggaacg agaattccat gttgaactat tatcaacgga tgatcgtgaa ttataatgcc     2040

tcttttgatg gcggaaaaca tactttgaac gtgttgggag gagaggaact acgttacacg     2100

aaccggacgt atgccagtaa tcagggattt ggttatcagt gggatcgcgg tggagttgct     2160

ttcctagatc ctgatttatt gaaacagcag atagagtcag gtttgtctta ttactcgatg     2220

gaagaggagt ttgatcgttt cgtagctttc tttgccacgg cgggatatag ttataatggt     2280

act                                                                   2283


<210>  653
<211>  1167
<212>  DNA
<213>  Bacteroidales

<400>  653
atgcgtgata tgagaacaat cgtattcatt gttggcctgt tggtattgtt ttcggcaggt       60

gttttcgggc aacaagttac ccgtcgtgtg tgtgacacga ttcattacga attaattcgg      120

gaaaagatca ttattcctgt caccgtgaat gggataaaag tgaaatatat cgtggatacg      180

ggtggaaaaa cgggaactat gcgggacgtg gctgttgaca tgaaagcgac aagtacggga      240

acatcgacaa gcgtgtctga catcaaccgg gcggggacta gtttccaaac cggaatcttg      300

catgatgtgg aattaagtcc gaattataga ttgccccgtt tggaaaccat gatattcccc      360

gcaacaggct tcttccggga gcttggtgtg gctggaattc tgggagggga tgcttttgcc      420

cggtcggtaa ttacgtttga ctcacgggaa aagattatgg tgatcaatta tccttatcgt      480

ccggcaggct tgaaaatcac ggatggggtc cggatgtttc cgggccagtc cagccattct      540

attgtggatg tcgattttgg gggcgtgtca aaacgggttt tgttcgacac gggagcatcg      600

ggacttttat tactttcttc catcgactat ggtgatctga aagataaggt caaaaatata      660

aaagtggcgg aggcaatagg cgtgaatatg gtcggaatta gcggtgtcgg acaaccggtt      720

gaaattgaca aggtggctat cggggagatg acttttctgg ataaaaagtt tactaacgtg      780

ggaagtatta cgatcaatat gggaatgagt atcatcggca ttgatatgtt gcgttatggc      840

aagatcgtta ttgattatat gcgggaacgt ttctattttt ttccgtatgg cgaagagatt      900

gttgacgcgg gtggtgcccc taaaacctgg aacgtgggaa tattacccgt gaagggacat      960

ttcgaggtga caatcgtttg ggataacttg aaggatcagc ttgaatttgg cgatcgggtc     1020

gtgaatatca atggcaagaa tctttccagc gtggcacaga gccagttgga gatagatgct     1080

cttttggatg cgatagaggg tgattcggct tatattatta ttttgaaaga gggacgagaa     1140

aggaaagtcg agatcaagag attttag                                         1167


<210>  654
<211>  3123
<212>  DNA
<213>  Bacteroidales

<400>  654
atgctcccta ctctcggaac atcgcaacat cctttatgga tacgctaccc ggccatttct       60

ccaaacggtc agaccatcgc attctcgtac aaaggtgaca tttacacggt cagcatctca      120

ggagggctgg ccaaacaatt aaccacccac cccggatatg actcgcatcc gatatggtcc      180

ccagacggca aacagatcgc ttttcaatct gaccgggaag gaagtcaaga catttatatc      240

atgcccgcac ttgggggaac cccttcccaa cttacttttc aatctggctc ggaaattccc      300

tgttgtttta gcccggacgg ggaatcagtc tatttcacgg catccaacgg ctttgacaaa      360

gaatacggac aatttccgtt cccgaacatg caacaactat atcgtgtccc ggcaaaaggc      420

ggccggatag aacgtattat ctctcttccc gtgaacaacg tttcagtcaa ccaaaccgac      480

aatttgtttc tctatcatga ttataaaggt tacgaagatg catggagaaa acatcacacc      540

tcatctatcg ccagagacat ctggatctac aacaagaaag aacggaagac acgcaagcta      600

tcttccttta aaggagaaaa ccgagaaccc gtattttctc ctgacgaaca agatgtttat      660

tatctttcag aacaatccgg tgatttcaac atttggaaaa tgtcgttaca acatccggac      720

acaactatcc agatcacctt ccacgcaaaa aatcctgtcc gatcgctctc tatcgctgta      780

gacggcacgc tttgttactc ctttgacgga gaaatataca ccatccggga aggcgaaaaa      840

gctcgcaaaa taaatatctc catcctgacg gatcaagtag aatcacggga gatattaaaa      900

aatttcacga caggagcgca agaaattgca gtttcgccca aagggaaaga gattgcattc      960

atacaacgag gagacctatt tgttacctct gttgattatt caaccacccg ttgtataacg     1020

aacacgccct cccaagagag gcaaatagat ttcagcccgg acggacgttc cattgtctat     1080

gccgccgaga gagatggcat ttggaatatt ttctgttcca cgctaaccaa tcccaaggac     1140

aacgcattca cgtatgccac gagctgggaa gagaaacaac tcacccattc aaaagaggct     1200

ccctgtttcc aaccccagta ttctccggat gggaaataca tcgcttacat cgagaaccgt     1260

accacactga aagtactgaa cttgcaaaca aacaaatcca ttaccatact cgacgggaag     1320

tacaactatt cttacgttga cggagaccaa tattattgct ggtcccccga tagcaaacac     1380

attcttgcca gtttttttga aaacgggggg tggaacaatt ccgacttggc cttacttccc     1440

atctctgaaa cccgacctcc gatcaatcta acccggagtg catacaacga caataccccc     1500

aaatgggtga tgaaaggaaa cgcaattatc tatcgttcgg attataacgg gtaccggaat     1560

cacggaagtt ggggaacaaa tagcgatctt tacatccttt tcctaaactc cacggaatgg     1620

aataactgga agaaaacgaa ggaagaacgg gaattttacg gacaagatac cctaaaagac     1680

aaaaacgcac ccttcgagct ggagcatcta tccgaccgcc ttcttcgcct gacgtggagt     1740

gcatcatcag taggagattt ctatcttact cctgatggta aaaaactgta ctactcggcc     1800

cgatcggagg aaggatatga cctttgggtt caagacctac aagaacagag tactcgcctc     1860

tgcctcaaaa acggaggtgg gcaacttatt cctcacgagg caagtcataa actattcatt     1920

ctgtcacgag ggcgcatcca agttctggat ctcaattccg gacaaaacag acccgttact     1980

tataatgcag acttcaactg gcgccctgga gaagaacggc attacatatt cgaacacatc     2040

tggaaacaga tggcagataa actctacgac ccgaatatga acaacacgga ttggcaatat     2100

tatcatgaca cctaccaacg tttcttgcct catatcaata ataattacga tttcagtgaa     2160

atgttgagcg aaatgttggg agaactaaac gtatcgcaca ccggaacccg atatacccga     2220

caagaaaaca atatcacagg aaaactgggg gctttctttg acgagaagtt tcaagaagat     2280

ggcgtgaaaa taaccgaaat attacaccaa ggtcctttgg atctcccgca aaaaggggta     2340

aaaccgggcg ttatcatcct aaggataaat aataaaccca tacgaaaagg acaagattgg     2400

caacatctgt taaaccgaac tgtcggggaa cgtaccctac taactcttta cgatccttcc     2460

acccgcaatg aatggaacgt gttcgtcaaa ccgatcgcct ccgaccatgc cttacgttac     2520

aaccgttgga ttgcacaacg ccgttccatc gtcgatagtc tctcgaacgg acgcatcggc     2580

tacgtgcatg tcgaagccat gaacaccccc agtttccgca gagtcttttc cgaagcgctc     2640

gggatgaacc ggaataaaga ggcaatcatc gtagacaccc gttttaacac gggcggttgg     2700

ctacatgaag acctgctcac gctattcagc ggcaaaaaat acatggacat ctctccccgc     2760

ggacaacacg tttgtgtaga accgttcaac aaatggagca aaccttctat cttattagtc     2820

aacgagggga attatagcga tggtcatgga tttccatacg ggtacaggac tctaggccta     2880

ggaaaaatca tcggaatgcc catccccggc acgatgacac tcgtgtggtg ggaaacacag     2940

caagacccga cgttggtgtt cggcatccca caaatgggta tcaaggcaaa caacggccaa     3000

tacctagaac accagcaact ggaacctgac acccgtgttg aaaatgaccc aaacaaactc     3060

ctgcaaggaa tagaccaaca attggaacaa gccgtccggg agctactgaa agagatcaat     3120

caa                                                                   3123


<210>  655
<211>  2016
<212>  DNA
<213>  Bacteroidales

<400>  655
atggttttcc tcgccatcat cgtactgggt gttgctgcct atatacaatt accggtggac       60

cagtatccca agatggaccc gccttatatc acggtaatgg caacctaccc gggagctaac      120

gccgcagata ttgaagagaa cgtgaccaag atcctcgaag accagttaaa ctcggtggat      180

gacttgaagg aattgacctc aacttcttac gataacctat ctgttatctc cctagagttt      240

gaatgggaag taaatcttga cgaggcttca aacgacgtgc gtgatgcagt agataaagcc      300

atgtccagcc tcccggatga tatagaccgt cctaccatca tgcgtttcaa cacgtccatg      360

atgcctatct tgatttatgc cgtaaccgca aaggaatcat atcccggtat tgacaagatt      420

ttggatgaca agctgattac ccggttaaac cgcgtggacg gagttgcctc tgttatcgtg      480

gccggagccc cggaacgtgt cgtttacgtg gacctcgacc cgaataaact tgatgcttac      540

aatttgacgc tggaacaaat cggtaacaag attctggcag agaataaaga tatttcttcc      600

ggtaacgtga agatgggaca gatggactat actttgcgcg tggaaggaga attcgaagaa      660

agtgaccaga tcaaaaacat cgtgttaggc actcaaaatg ataaaatcat ttacctgcgt      720

gatgttgcca atgtacggga taccctaaaa gatattaccc tagaacaaac gattaacaga      780

ggtcggggtg gtgtattaat ggtaaccaaa caaaccgatg caaacgcagt agctgttgcg      840

aaacaggcaa agagcgaaat cgagaaagca cagagggaac taccgacaga tatcaaattc      900

caaatcattt cggataactc ggacttcatc atcaagtcta ttaacaactt gcaggagtct      960

ttgatgtacg ctttgatctt cgtgatcttg atcgtgttct tattcttggg acgttggaga     1020

gcaaccttca tcatcgcatt gacaatcccg atttccttga ttgttgcttt catttactta     1080

tttgcaaccg gggagtcgct taacattata tctctatcgt ccctatctat tgcaattggt     1140

atggtggtgg acgacgccat cgtggtattg gagaacatca cgaaacatat tgaccgggga     1200

agccgtccgc gagaggccgc caaatacggt acaaacgagg tttggttgtc tgtaatcgtt     1260

acgacgttgg taaccgtggc tgtgttcttc ccgttgacct tggtgagcgg tatgaccggt     1320

attttgttta aacagttggg atggatcgtt tgtatcacgg tatgtacgtc aaccgtgacc     1380

gcaatctctt tgaccccgat gttgtgttct caattgatga aaattcaaga gaagacggat     1440

tcaagtaagt ttagtttcta caacttcgtt tccagaatgt tggagaaatt ggacagtgct     1500

tacgagaaat tgatccgctg ggtacttgtt cacaagaccg taacgatcct tagtatgttt     1560

gctttattct ttgcctccat gttcctggct aaattgatca aaacggactt tatgccccaa     1620

aatgaccaga actacctgaa cgtgtacgcc aagatgcaat ccggccaacg tgtagaggtg     1680

acgagagagg ttgccttgga aattgattcc atcattcgaa aagatattcc ggaaatcacg     1740

ttgatcaact tgtcatacgg tagtgaagag gaagcctctt tcgcatccat gatgaacagc     1800

acgggtaaca atatcttgaa catgcgtttg agaacaacag atattaaaga ccgtcaacgt     1860

agtgtgttcc agattgccga ccaggtgcgt ggtatcttga aagctttccc ggacatttta     1920

cagtacacgg taacaacttc aagcggtggt tccatgggag gtaataacgt ggacattgaa     1980

atcatgggac atgacttcaa cacaactacg aatcta                               2016


<210>  656
<211>  789
<212>  DNA
<213>  Bacteroidales

<400>  656
ttcccgctga cgatggattc gaccgagtta cacaacaaga gccagtattc ttattcgttt       60

cgggcaaatg attacctgcc ggaagaggga tcacattacc aaacgtacaa ttttcaagtg      120

gtgtgtaaag acaataacca accgaaacag ttgattaata aaaccattac catcttggtt      180

gccgatgaat taaaatccta tacagtcacc ttaggggcgc aaggaaacac ggaacatggt      240

cattttctta aattttgtac cggagaggtt ttcaccctag aacaagttca acaaatgagc      300

atggaagaac tcatggagat cgaattgtgt tatttctatg gagaagaaga tgaagtggaa      360

acgtactatc gtgagcaacg cttatatccc ttactcggga cgtacaattc ttccaccagt      420

tgggccttca tcatgaatag atatgacctt atggctcctt atagaatccc gaccttaaat      480

gatgccatta cagaaggagg ttacgcacaa aacaaatttg gatttattca atctacaatc      540

tcagcatctg aaacttacat cgatgtatat aaatacacga cggacattac acgtggagtc      600

agcatagtag aaagtacaca cccgacatgg gaaggtattt atgtcattaa cttgcaaaga      660

tttagtcaat ggcctgacag agacctctat gacacaaaca aagcagtttt ccgtgtcaaa      720

gaattagtac ccggaaaaga cggatatatt accctggaag ttaaggcttc acccaaatac      780

ctttattaa                                                              789


<210>  657
<211>  2916
<212>  DNA
<213>  Bacteroidales

<400>  657
ttgtgtttca cgttgggttt gtcggcctca actttagccc aacaggaacg ggtaaatctg       60

gatttgcaga aggtttcgtt taaggtgttg tttagtgaaa ttcaaaagca aactaatttg      120

tcgttcgttt tcaacacgga acaaacagaa aaattaggag ccatctcggt gcgggccgtg      180

aacgagaccg tggaaagtgt tttgcgtaaa gtgctggtga atacgggaat gatgtttgaa      240

tttgacggga cattgattat tattcgacca gaagaaccgg aaaagaaaga agtaacaaaa      300

attaaagtat ctggaacggt taaggatgaa aaaggagagt ctttaccggg agtgaccatc      360

ctgttgaaag gtacacagat cgggtctgtt acggattttg atggtaggtt taactttgag      420

ttgccaaagc aagacagtct tgtgcttgtg ttctcgttta taggttacaa gcaacaagag      480

gtaagagtga agagtaatga cacgaaaccg ctatctatcg tgatgcacga agatataacg      540

gagatggatg aagtggtggt tacgggtatt taccagagaa aaaaagagag ctttaccggg      600

tcaacagcta catttaagaa agaggaatta aagatggttg gttcccaaaa cttaatccag      660

agtttgagaa ctttggaccc ttcttttgca attatggaaa ataatcaatt cggttcggac      720

ccgaaccgct tgccggatat tgagatccgg ggtaaaacga gtgtgatcgg gttaaaggaa      780

caatttggaa cggatcctaa tcaacctttg tttattctag atggatttga gacgacatta      840

caagtaataa cagacttgaa tatggaacgg gttgagtcag tgactatttt gaaggatgcc      900

gcatctaccg caatttatgg gtcaaaagct gccaatgggg ttgttgtgat agagaccaaa      960

aaaccggaac aaggtaaatt taaaatttcg tatgtcggtg attttagtgt ctcgatgccg     1020

gatctttccg attataattt gatgaatgcg gaagagaagt tggaattcga gaaattggcc     1080

gggtattata cggcttcttc ctcgggaagt tccgggtcaa gaatgacgca gcaagtgtta     1140

gatagtctgt acaatagtcg tcgtgcagag gttgctcgtg gggtgaatac gtattggttg     1200

catgaaccgt taagagttgg ttttagtcac aaacataatt tgtatgctga gggcggtgac     1260

gatgctgttc gctatggttt gggaataaat tataataata tttccggtgt aatgaaacag     1320

tccagacgta atgttatcgg gggaaatttc gatttgagtt accggaaagg taaaatttct     1380

tttgccaata aattttcttt ggattataac aaagcagaga atcctactgt tccattttca     1440

gaattttcaa gagcgaatcc ttattatcgg aaaacggggg agaatgggaa gatcgaacgt     1500

tacttggatt attttgtgat ccctaatacg aatacaactt attctgtggg taatccgctt     1560

tggaatgcca gtttgaataa tttagacgag gaagatcagt ttagttttag gaataatttg     1620

aatctggaat ggaggattat gcctaccttg tatcttcggg gacgtttggg aatagggaag     1680

ggagcgaaaa agacggagaa atttgtttcc cctcaacatt cgtcgtttga taattacgcg     1740

caagataaaa agggacgtta tacatcaaca acggtgagtg aattctatta tgatggcgat     1800

ttaactctaa cttatggtgc tttattgaaa gaggttcacc agataaatgc cgtgatcgga     1860

acaaatctcc gttccagttt gtcaacgaat gagggatatt ctgtttcagg ttttcctaat     1920

gggaatttca caaagcctcc tttttcaaat gggtttacgg aaggaagtaa gccaacatat     1980

tccgaaacgg aaagtcgttc acatagtgtt tattttaacg ggggatatgc ttacgacaat     2040

cgttatttgt tagatgtgaa tttccgttta gatggttctt ccgcttttgg tagtaacaaa     2100

cgttacacgg agacatgggc tgtgggtttg gcatggaatt tacacaatga accgttttta     2160

cgtgatgcga aatggatgaa tttattcaag atcagggctt ccataggaaa ccctgggaac     2220

cagaatttta gttcgtatca atctataacg agttattcat tcaatacatg gatgcaaagc     2280

tcttttggaa caagcgttct tatagatgca ataggtaatc ctaatttgaa atggcagaag     2340

acgctggata aaaatatagg agtggatatt gcattgttgg gtaatcgctt gaattttaat     2400

atggattact ttgtcaaaga tactgatcct ttgttggttt atattactgt tccttcttct     2460

gtggggatca cgtctgtggg tacgaatatg ggaagtcagc ttacaaaagg gatcaacggg     2520

acggtgaagt attcacctat atatcgcccg tcagaaagga tcaattggac gttaagtgtc     2580

aatttcagat ggcagaaagc tcgttatgaa aatataggta atagtttgga aaagttgaat     2640

gaggcgaatc gagaggaggg tgatgtaagt ggagacgggt cttatcgaga taagaatacc     2700

agtttgacgc gttactatga tggcggtgat ccgaattcgt tgtgggctgt tcgctctttg     2760

ggaattgatc cctctacagg gcgggaggta tttatgaaga aggatgggac ttatactttt     2820

gaatatgatg taaaggatga ggttatcgtg ggaaatagtc aacccaagtt ggaaggagtt     2880

ttgggaagta ccttgtatta taaaggcttt tccttc                               2916


<210>  658
<211>  2586
<212>  DNA
<213>  Bacteroidales

<400>  658
tccgtggata agaaattatt tctttttcag gagcggttga aatttgagga gaaacgactt       60

gacgatcagt tgcggaaact ggatcatgag gcagagcggc aaaagccgga atggaaaggt      120

aaacagtctg tgctggttgg ttttaaggag ggaaagttgg tttactggag taacgagaga      180

gtcggttcgc cccacttgta cgagatattg tcagcgggaa atgacttcgt gaagattaat      240

aatctttatt ttgatgttcg caaacatgcc gtcggggaca cggtttatta cgcactcctg      300

tttataaaag aggattaccc gtattcgagt aattacgtga aaagtcattt taacccgtcg      360

ttaggggaaa atctggatga tgcgagtaag gtggttatcc gggagacgtg ggaaaaagga      420

gggcaactcg tgtacaaccg ggatggaagg ccgttgttca agattgagag tcaggtggag      480

catggggatg ttgtgcccac ttatttcctg ttgattcctt atatcatgtt ccttctcctg      540

ctgttctatg cttacgaaat atccttggat cgggcccggt cgttccggat gcaattgttt      600

cacgtgttcg gattcttctt tttcatcgtg ctgttgcgtt ccttgatggt agattacaag      660

gtcccgcaag tgctttattc tctgcctatt tttactacca gtcaaatcgg gggacggttt      720

atcgtgtcgg tgggagattt atttgtcaca atgttctgtc tggcacatta tttctttatt      780

acctttaaca aactgaaaat taagtatgac gagcctcgtt tggtgcgtta taaatatata      840

ttcctcgtgg gattcgtgat aggcgtgttc ttctacacga atttgctaca tttttcgatt      900

aacacgctga tcgagagtac gcaggttagt ttgaatattg cccgtcttat taatgttgat      960

ttctcgtcga tcgtggcttt tatcacgttg attattgccg ggatgggatt tatcgtgttg     1020

atcaacagtt ctgtgcgtta tttccagaat ttgttctcta tcagtcaggc gtttttcgga     1080

gtaactggag tgcttgtttt ttgtgcggct ctttgttatt tctttaattt ttcgttgtcc     1140

ccgttggagt gtcttttccc gttatcgctt tatttgttgt ttattctggg ggtgtaccta     1200

atgaaacagg atgcccaaaa gagtattttc atgattgcac ttgtggtggt ctgtatttac     1260

atcatttttc tggcaaagag tagcgagatt caccgtgaac aaggggtgag ggcaagtttc     1320

gcaaacgaga ttatcaagga gagagacccg atttttgagc ataagctatt ggaagtcaat     1380

gatgaaataa aacaaagtca aaaagtagat tcactggtaa aagtggggga cacggatttg     1440

ttgtctgctt atatttcaag cgagctgctg gatatgacgg gattttatta tacttgcaag     1500

gcgatgatat gtgatcctcg ggacacgata ttattgactc ctacttacga gaagtatggt     1560

tgtgacgagt attatgacaa gttgattgat agtttgggta ctcgtgtcgg ttacacgtca     1620

tttttctata taaaagattt tgacggggtg gttgagtacc tcgggcgttt ttctttctca     1680

actcctcggg gtggtagttg cgtgtatatt cgtttcgagt cgaaaaacag gcatgaaggg     1740

atcgggtatg ctcagattct atctagggag attggagccg agaaggaggc tcgttatcct     1800

tattcttacg cgaagtacaa ggatgggata ctggtggatt ccaaagggga ttttagttat     1860

ccccgttctc tggaacgttt cggaaagatc gaacatgccc ggattatgaa tatggatggg     1920

ttctcgcaca tggtgattcc cgtggagaat gatggggtat gtatcgtgag tttgggggat     1980

gatgtgtttg cactttacta cttgaatttg ttgtacgcca tttttgtcag cgctatcctg     2040

acttcttacg ggatgttctt ccgatttgac gggggatggg gaagtttccg acagacaagc     2100

ctcacgttga ggatcaaaag aaatatcatc acgttgattg gtgcattatt cctgatcatg     2160

acgattatga gtattatcgt gaatgccgag agttttgaac gtcggcatag ttcgaaggtg     2220

atcgagttgt cgcggtatat aacggatgaa ctggaacata atgattgcgt ggatgccgcg     2280

aagtgtcccc agatattgaa gaaattgaaa gatatgtccg aggtgctttg ggtagatatt     2340

aatatctata actgggaagg ggttctcgtg gcaacttccc ggccagtgat attcgagaag     2400

gggtttgatg ggactttgtt gaacccgaag gcctttgagc agatcgttaa gaaagagcag     2460

attaattttg ttcaggatga acgaatcgtg gaattgacat acatggccgt gtatatgcca     2520

ttggtgttgg agagcgggga gaggtacgtg ttgagtatcc cgtattttac ccgtggggag     2580

gaactg                                                                2586


<210>  659
<211>  2157
<212>  DNA
<213>  Bacteroidales

<400>  659
ctggaagata aaacgatcgt tatcgtacaa cgtccggtac aagctaatac ccccaagata       60

aaacttatcg agctaaaagg tgtcgtgttt gataaagata cccgtgaacc ccttcccggc      120

gtaaccgtca tgatcgaagg aagtcagcag ggtactgcaa ccaacgccaa cggagaattt      180

attttcccta tcgattcggg gaactacaac atcatatttt cttttatcgg ttacgaaaga      240

ttagtaaaaa aattcgatgg taacaacagt gcggaatttc aggaaataca acttaccccc      300

gccgtggaaa ccatcgagga cgtcgtggtg accggaatat accgaagaaa aaaagagagt      360

ttcacgggat cggcaagcac gtacaaggtg gaagatttga aagccgccgg tacacaaaat      420

gtacttcaga gtatcagaac gctagacccc tctttcaaga ttaacgtcaa taaccaattc      480

ggctcagacc cgaaccggtt gccggacgtg gagattagag gtaagagtag tgtcatggga      540

ttaaaagaag aatacggaac cgatccaaac caaccgttat ttatattgga cggattcgaa      600

acggatctac agaccgtcat ggatttgaac atgaaccggg tagcctccgt aacactttta      660

aaggacgccg cctccacagc gatttacggt tcaagagccg ccaacggtgt attggttatt      720

gaaacgaaag ttccggaaaa aggagttctt tcactctcgt acaaaggaga tttcagcata      780

accatggctg acctatcgga ctataacctc atgaacgcac gggagaaact ggagtttgaa      840

accagagcgg gaagatacac cagcaccaca aacgacccga tggaccaaat cacgctggac      900

aatctcagaa accaacgttt acaagacatc gaacgaggcg ttaacaccta ctggctcagc      960

gaaccgattc gcacgggttt cgttcagaaa cacaacctct acgccgaagg aggcgaggaa     1020

cgcatcagat atggtctagg tttaagttac ggcaacacgc aaggcgtcat gaaaggctca     1080

gatcgtcaaa cgataagcgg aaatatcgac ttggtctacc gcacaggtaa attccaattc     1140

agcaataaat ttatactgga ttacatgaaa acgaatgacc cggccgttcc tttctcggaa     1200

tacgctcaag ctaatcctta tttcaggaaa tacaatagcg aaggcggcat cgacaaatat     1260

ttatactaca cggaagatcc ggaagaatat tccgtaccca atcccttgtg gaacgctcac     1320

ttgaataatt acgacgtgca agatcaattc ggattcacga ataatttcat cctcgaatgg     1380

tttgccacgg atgacctgcg tgcaagggcc aagttcggga ttaccaagaa caattcgaca     1440

gccgaagtac gtctttcccc gcaacacagt gattttgacg aggtaagcga cacagaaaaa     1500

ggactttaca caaacgccca aacgaaaaac ctgaattacg aaggggacat ttctgtcacc     1560

tatgggcact tgtttgcggg gaaacacatg gtgaacgccg tggccggatt caatttcagt     1620

accaaggaaa attcccaaaa cgggtataag gcaatcggat ttacagaaga tgaatttgac     1680

gccccgtctt ttaccaacag ttacccggca gggtctaaac cgacttacac ggaaagcaaa     1740

acacgtgctg ccagtttcta tatcaacggg ggctacgctt atgacaatcg ctatctattc     1800

gatttcaact accgcagtga cggaacttcc gtgttcggaa caaacaaccg tttcagaaac     1860

acgtggtctg tcggtttagg ttggaatatc cactctgaaa aattcatgga gaattgcgat     1920

ttcttccaac tattaaaact cagaggctcg gtcggaaacc cgggaaacca gaatttcgcc     1980

tcttatcagg cattctctac ctatgctttc acgcactgga tgagtaatat tttcggaacc     2040

ggagttattc ttgaaggatt gggcaatccc gatctggcat ggcaggaaac catcaattat     2100

agcttgggag ccgacatcac aatgttcaac gaacgagtga atgtcacctt ggattta        2157


<210>  660
<211>  1752
<212>  DNA
<213>  Bacteroidales

<400>  660
actttcgatt tacggtggca gttattcgga gatctggaat accaaggaat gttttcctac       60

tcttcctctt cttccgactc gaaaaagtat gccacggaac gttcctacta tatttcagag      120

attcggggat acgagtatgg ttccgtggcc cccaacagtg tagagacgat ttctaccccc      180

ttaccaatgg gaggtttgct agagacggat ttgacaaacg tgtcgaccat cacaacccgg      240

aacgcactgg tgtacaacaa gacgtttaat cttaaacacc ggatcacgtt gcaggcagga      300

atcgagacca actcttccaa aaccaaagga gaatccaaca cacgctgggg atatatgccc      360

gaccggggag aaacgtttgc catcccgccg accgagtatt atcaatatgg aggcagtcaa      420

tattacaggg ataatattga taaagtttca ggaactcata ccgtggtaaa tcgcatagaa      480

aacacgctaa gcgagtacgc aatggctgtt tacacttatg ataatcgcta cgtgttgaac      540

ctaagcggac gtttcgatgc atccaatcgt ttcggtcaag ataagaataa acgtttccaa      600

ccaacctggt cggccgggtt gaaatggagg gttgtcaacg aacactttat cggcaaacac      660

tggtggttga acaacttgga cctttatggt tcctacgggt atcaaggaaa tacggtaaat      720

acggtatctc cggaattgat cgctactgac gtgtacgaat atttatataa ttcttacggg      780

ttggaaattg tttccttgcc ttacccggat ctcggctggg aaaagaccaa gacttggaac      840

gtgggtattg atgccgcctt ccttgatggt agagtaaatt tcaatttcaa ctggtttaaa      900

aagaccagcg atgtactctc atccaaaggg gttgctttgg aaaacggagt agccaacggg      960

attatttccg gttccacgat ggagaattcc gggtatgatt tcgtgatcaa cgtgatacca     1020

gtgaggacaa aaaatttcac gtggcaactg tctttgaata catcacgaac caagaacaaa     1080

gtaacaaaaa acagtcggac aaatctgctg gacgattacc tagacggtaa ttgtatcgtt     1140

gacggcgagg ccttctccac gttctattct tacgtgttcg accaactgga gcaagagtac     1200

ggccgtcccc gattcaaata catggattta gaatccgtgg aagacatcaa ggatttcatg     1260

gtaaactcgg gtaaattcac cccggatttc tcgggtggat tgaacgccat gttcaagtat     1320

aaaaatatca cgctctatgc cctgttcgca gtgcaatggg gaggacacaa tcgtttacct     1380

aatctctacg aggctacaac aagtaaagac ggtttgcctc ttccacatca gaacgcatcc     1440

aagaaattgt tgaagcgatg gaaaaaagta ggggacaaaa cgaatattcc ctcacttccc     1500

agtataggta gtcgaaccga tattatctct ttcccggaaa atacggtttt agcagcgaat     1560

tacagatcag gtgaaaattc ctacgtgatg tataatcaat ctgatgcacg ggttgctaac     1620

acagacttta tccgctgccg ttctctatcg ttagcctaca attttggcga gaaggcgttg     1680

aattcgatag gattaagtca tttacaattg aagttaagca tgacgaatcc cttcatgtgg     1740

gtatccgata aa                                                         1752


<210>  661
<211>  1512
<212>  DNA
<213>  Bacteroidales

<400>  661
atgagaaata tattgttcgt gttgacgata tttatggcag tcgtggtctc tggttgtttc       60

gatgataaag gaaattatga ctaccatgaa ataaatgagt tacaggtgac agggttacct      120

ggtgaaatgc agatgaaata tcgaaatgtt gatactttgc gggtgactcc gggcatagag      180

gctactgcgg atgacggtag tatgccagat cggtacagtt ttaaatggga agcggtttcc      240

caacccaagg tgggggatat tcagacaaca tcgtatgtga ttggtgagga acgtgatttg      300

aattacttcg tggagcttcc ggatggagaa tacgatgtga attgcttggt aaaggataca      360

attacgagag taacttggaa aggatcgttc aaattgaagg tgacgactca attaaatgag      420

ggatggttgg tgctttcgga tgtgaatggg tatacccgtt tagatttaat ttcgatgtct      480

gccaaggagg atcttgtcgt gcgtgattta cttcgggatg ccccgcagtt gaaagggccc      540

aaaaggataa atacggtatt tgatatgtat tatctccaat ggggaacaga tccgaggttt      600

tatcttataa cggaaacgac aaccgctact cttgatgttg atacttatga gtgggatgat      660

gggaatgata ttcgttatga aatgttggaa tatcctcaga attttgttgc ttcgaacaga      720

actgccggaa tgggatggga gttacttatc tcggataaat atgtattcgg gggaacaact      780

tttgggcagc aagttctttt cggggttcct attaatttta ttgcaggtga cgatggaaat      840

tattttaatg ttgctccgtc cgtgggagtg aacacgtcat atagtgctta caatcccaat      900

cgaatattat atgacacttc aaacagacgt ttcgtgatga ttgcaaatag catgaagaat      960

tgtacgttga tgacggcaaa agagtctgaa ttttcttggg ttacagggaa agattttgtt     1020

tatatggcga attctcggta tgatggaggt agtgtgtatg caatattgca agatgtagag     1080

gctcctaact ctcgttattt gtacgtgatg aaagtatcag cttatggagg ggtaactcaa     1140

acgaagttta tgaaattgga ttatccgggg attgaaaaag caacttgttt tgcagtacat     1200

cccagtttac cttggttgtt ttatgctgtc ggcaatacgg tgtatcattt tgatatggaa     1260

gggcatcagg cagaaccaat tcatttggat ggagaaacga tcacgatgtt gaagttcaat     1320

ttatttatgg gaatgtatcc taattcgacg atgcaagaaa aattgattgt agggtctgtg     1380

aagtccggtt ccgggttgaa tgggattgtt cgcacttatg acatcccaac ggtatttgga     1440

gatgaattcg atgcgccttc cgtgcatgat gggttcggaa ctccggtaga tgtaacttat     1500

agagagaaat aa                                                         1512


<210>  662
<211>  2178
<212>  DNA
<213>  Bacteroidales

<400>  662
tcggttctag gtaaaaatat cgttgtgcag ggtgggacca tgcgaaatga tgcggtggta       60

cgtacgttgg aattactcac gggtacggaa gttacccggt gtaatattcc ggaactgatg      120

ggggctttcg ggtgtgcctt gtatgcgatg caacatccgg gaaaacctat ctctcttgac      180

gagatgatta cccaagctcg ttacacgtca agcgtgttac attgtaaagg atgtgacaac      240

acttgttccg tggtgtgcta ttgctttggt aatggaaaaa actattattc cgggaacagg      300

tgtgagaagg tcttcacgaa tggcgagaac aataaagtga agggagtaaa tgtttatctc      360

cggaaaaacg agttgctatt ccatcgtgat gtacgggttg accatccatt acttacgatt      420

ggtataccac gctgtttgaa tatgtacgag gaattcccgt tctggcatac gttatttaca      480

tcgtgcggta tacgggtgtg tttatccgat ccctcgaatt ttcagcagta tgaacgtcat      540

gctcgcatgg ttatgtcgga taatatttgt ttcccggcga aactggtaca tagccacgtg      600

caggatttaa ttgatcgaaa ggtagaccgg gtgtttatgc ctttcgtggt tttcgagaag      660

caggaaaaag agcagaatag ttacaattgt cctatcgtga cggggtactc ggaggtcgtg      720

aagagtgtac aggcagaggg aataccggtt gatgctccgg caattaattt caaagataag      780

gaactactgt ttaaacagtg tcgtgagtat ttggagcagg taggggtaga cattcattcc      840

gtgaagaagg cttttgcggt agccctgaag gagcaggaga ctttcatgaa cgagttgatc      900

gggtataacg agcaagtctt gcgtgatgcg gggcaggcgg gggccttaac gatattgcta      960

gctggtcgcc cgtatcatac cgatccgttg attcagcata aggtttccga tatgctttca     1020

gacatgggta ttcacgtgat cacggatgat atagtccgcg ataaggatat tcccattcat     1080

gacgtgcatt tcgtggcgca atgggcatat cccgatcgta ttctgaaagc ggcccggtgg     1140

tgtgccgggc agggtagaaa tatccagttc gtggagatga cctcgttcgg ttgtggacct     1200

gatgcttttc tcgtggacga ggttggcgag ctgttaatgc gtcatggtaa gtcactcacc     1260

ttgttgaagc ttgatgatat taataacgtg ggatcgatga agttgagggt acgttcattg     1320

gttgagagtt tgaaacttgc taacgaggac aagaaacaag aacaacagac tagggagttt     1380

gccaccgttc ccgtttatga cgagacatat cgagaccgaa agattttgat tccgttcttt     1440

actccgttcc tgtcgccatt gattccggcg gtgatgcgtg tggcggggta tgacgtggag     1500

aacttgcctc tcagtaatac cgagtcttgt gaatgggggc tgaaatacgc caataatgag     1560

gtctgttacc cggcaacgtt gatcgtgggg gatattatca aggcctttaa gagtgggcaa     1620

tatgatccct cccgaacggc cgtggcgatc acccagacgg gaggacaatg ccgggcgagc     1680

aattatatat ctttgatcaa aaaagcgttg gttgatgcgg gttacacgga tgtgcctgtt     1740

atctcgtttt ccctgggtag ctcgatcgag aacgtgcaac cgggattccg gataaactgg     1800

ttgaagatgt tacccatagc tttacgtgct gttctttata gcgattgtat ctctaagttt     1860

tatcacgcgt ctgttgtgcg ggagaaagag agtggggagg cggcccgctt gagagatatg     1920

tatctggaaa aggcggaaaa gttaatcttg gaaaatcgtt caaaggaatt gttccgttgt     1980

ctttccatgg ccgctgctga ctttgatcga atctgtaaag atgagactcg tcctaaggtt     2040

ggtattgttg gcgagatctt tctgaagttt aatccttttt ctcacaagaa tataaccggg     2100

tggttaatag aacgtgggat agaggtggtg ccgcccatga ttaccggttt cttcatgcag     2160

agtttcgtga accggaaa                                                   2178


<210>  663
<211>  1332
<212>  DNA
<213>  Bacteroidales

<400>  663
atgtggggaa tgtgttccgg tttatcggcg cagacccttg aaggaccact cccttttttc       60

cggtcgtttt tagatggtaa cctgactaaa atcacgtttc ccgaacccaa tgaacccggg      120

gcttccggtt gggattcaaa aggaaactac aagagaaaga accgagcggc agaaagtgtt      180

tggggattac aattaacgga aggtaaggaa gagatcgggg cattttattt accggaatat      240

attttctcca cggaagacgg gttgttgatc gagttcgagt atattatgat gtacacgaac      300

gtgggagagg caggtgttac agatggtatt tgtatgtttc ttgtcgatgc gaccacgaat      360

gaatatatag gtgcgaactt aaaatacggg gctgaggggg ccgggtttgg ttatactcat      420

cgacggtcgg cacacacgga tattagatat ggtgtaactt cgattaccgg gattaaggga      480

ggattccttg cggtggcctt ggatcaggga cattttaaaa attggcgttt cgacaattac      540

gaaatgagaa acgggatacc gtacgggagt gccgggatcg ctaatattca gtctgaaacg      600

tataataccc ggagtaacgt gacgattcgg ggagccgcgg gaagggacga aaaagtgata      660

accacgtctc aaaaaactca ccgaatacaa gatggtcgct ggggttttcc cgttctcatc      720

actcgccaca cggggtggaa cgagaagacc ggcctggaag acccttattc cgatgggttg      780

agaaacaagg ccggattcag gttgaacacc caaaccgggg aatatgaaca gtacgtgaca      840

ccgagaatcg ataaaccttt ctgtattgcc gggggaaagg aatttcatca ttccggtgaa      900

agtgcttacc ggaaagcaat tattgccttg gagccgaata tcgttggggg tggattccgg      960

atcacggtaa ccatccagca tgaaacggaa aaaacggtcg tgattgagga ttacacttat     1020

ccctcctctt tgcaatatac cgagaatggc cttcctttcc aacttgttgc cggtgaatat     1080

cccacggtag tttattattc gaatccaccc caaaccgagc tggcgcttga aagaccttcg     1140

aaactggtga tcggtttcat ggcatcgacg gggcagctca cggcttacac gaatattatc     1200

cggaatctac gaataacccc cttgtacggg gctagttctg aggatgatat ttatgaccat     1260

cgccgtggtc ccgttatcgt acgtcctttg gataacgacg tggcttacca gcttggtggg     1320

gaccgaccga at                                                         1332


<210>  664
<211>  2133
<212>  DNA
<213>  Bacteroidales

<400>  664
gccgcggcag aatacgcaga ccaacaagct gacatttacg cgtcaaaacc ggcaaacggt       60

tattccgact ggtttgacga gctattccgc aagggccacc agcagagcta tgatttctcc      120

gcaatgggtg gcaactcgaa tactcaattc gccggaagta tcagttatac caaacaggaa      180

ggtgtgtcca ttaattcggg attcgaacgc ctgggaggac atttcaattt ttccaacacg      240

tataaacgtt tcgatctggc catgaacgcc ctattatccg tcaccaaatc caaagcgacg      300

cccgagggac agtggtattc cagtgccatg tacacgtcca agtacagctt gacgccttct      360

gtcccgatct acaacgagga cgggacgtat aacacgaata tcccgttaaa cggcaatcta      420

aaccctcttt acgagaacac aatcaacgat tactacacgc aggttgcccg aacattcgca      480

tcactcgaag ccgggtacac aattatcaag ggcctcaaat tgtccacatc attcaacgtg      540

gattacacct acacgaaaga tttccgttac ttctccccgc tcagttccga cggacttgcc      600

atgaatggac aaggagatat gtggatggtt gaaaatatcc ggtacaactc gaatacccgg      660

ttagcatact ccaactcgtt cggtttacac aacgtcgatg cgaccatcgc ctacgaggta      720

caacactggg atcacgatga ccttttcgga gaggctaaaa attatgcgaa cacgaaaaac      780

aataccctat cgaacgcctc gacaccggta tccgtgggcc aaaccaagaa gggagatgcc      840

atgctgtcct acgttgcaag cgtaaactat gactacaatc aaagatacta tttgagtttc      900

agcttccgta gggatggttc ctctcgttta caaaaagata atcgttggga caatttctgg      960

gctctctccg gctcgtggcg tatctcgcag gaaaacttca tgatgagcct ctcctcgtgg     1020

ttaacggatg ccaagatcag attatcttac ggtgttaacg gaaatattcc cgtttccctg     1080

tacggattct acggttctta ctccacgagc tggtcatata acgagaaacc ggccatggta     1140

gaatcggtca tcgccaatga taacctgagt tgggagaaga actattccct gaatttcggc     1200

atcgatttga gtttattcga tcgagtgaat atttcattcg actactacaa gagaacgaca     1260

aaagatttat tactagatcg ccaagtaaac tcaatcacgg gcttcggtac gatcctcgat     1320

aatgtcggag aaatggaaaa caaaggtttc gagctggata taaaatccgt caatattcaa     1380

aaggcaaact tctcgtggtc ctcagccttg aacatggcat ccaataaaaa taaaatcatc     1440

aaactggcag acttatccga attttacgct gccaactatt acatccgcaa agaaggttat     1500

tcctatggca caatttgctt gagagaatat gccggggtcg atccggacaa cgggaaaccg     1560

atgtattatt ccaatcaaga ggggaaggac ggagtacgtt cacgagaaaa agtgtatgac     1620

ccgaacgacg cagcatccat cccgctggta gatatctacc cgaaactaac aggaggtttc     1680

acaaatacat tccggtatta tttcgcagac ctgtctttca acttctcatt ctcgctcggc     1740

ggacattcat acgacgctgc catgtgggca ttacaggatg acggacacgc ggcaaacaca     1800

aataaaagcg tcgagttacg gagacgctgg cagaaaccgg gagacaagac cgacataccc     1860

cgatacgtgg caggacaaga gtacggtggc tggtggcatt cttccagagg gatacacagc     1920

acggatcacc tgagattgaa aaatttcacc ctaggaatct ccgcacccaa acgttggacc     1980

gatgttcttg gtctttcgat ggcacgtgtt tatttctccg ggaccaactt gttgacgtgg     2040

gcttcttatg accaatacga tcctgaatta accggaaccg tagagttcaa tgttcccccg     2100

ttaaagacgt atgctttcgg tatagagatc gga                                  2133


<210>  665
<211>  1890
<212>  DNA
<213>  Bacteroidales

<400>  665
ttggagaata ataagttgaa aattgatatg ttggatacga agttccagat ggaattggag       60

tttcgtccat tgaccgggtt ggacgtgaag atgttggggg ctgttcgtta cgtgaagacg      120

acacgggaac accggattta tgatacatcc aatgcggcgg aggcttatcg tgctgccggg      180

gatgccacga ttcgggatgg aaacaagttg ttatacgagg atccggatat gccaggctac      240

cctgccaagg tggtgatgcc gaaaggggga ctttataatc ggaacgagaa ttccatgttg      300

aactattatc aacggatgat cgtgaattat aatgcctctt ttgatggcgg aaaacatact      360

ttgaacgtgt tgggaggaga ggaactacgt tacacgaacc ggacgtatgc cagtaatcag      420

ggatttggtt atcagtggga tcgcggtgga gttgctttcc tagatcctga tttattgaaa      480

cagcagatag agtcaggttt gtcttattac tcgatggaag aggagtttga tcgtttcgta      540

gctttctttg ccacggcggg atatagttat aatggtactt acgtgtttaa tgcaaccggg      600

cgttacgatg gttccaatcg tttgggaaaa tcccgttccg ctcgttggtt accgacttgg      660

aatattagtg gggcttggca cgtgtcgaat gaggcattta tggaatcatt ggagaagatt      720

tcccgtttga ctttgcgtgc cacgtatggt ttgacggcca gtatgggacc ttcaagtaat      780

tcccgggccg tgttgtacaa tgaggtaacg aaacgcccca cgcaacagga gaaggaaaat      840

agtatttata tcagtgcttt ggaaaatagt gaattgactt gggagaaaca atatgaaacg      900

aatgtgggtg ttgatctggg aattttcgat aaccgaatta gcttgagtgc cgatgtgtac      960

tggcgaaaag gatttgatct gattggtagt gtgcgggttt ccggtatcgg gggacaacag     1020

tccaagaaag cgaattatgc cgatatgaaa tctcatggtg tagaattcac gttaaacacg     1080

aagaatctag tatactcttc ttttagttgg gttacgaatt ggacattttc ctataataaa     1140

aacagaatca cgaatttgga atcccgtcct cgtgtgatgg atttggtaaa agcagagggg     1200

gcgcccaggc agggatatgc ggtaagagct atattttcgg ttccttttat gggattgaca     1260

aatgaaggaa ttcccacggt catggatccg gatggtaata ttagcgtcgg ggatattaat     1320

tttcaggaaa cgaacaagct tgactttctg aagtatgaag gccccgttga tccgagaatt     1380

acgggaggat ttgagaacac gttcaaatat aagaatttga ctttggccgt attcttgaat     1440

tatcaatttg gaaataaagt tcggctacat aattatttta aaaacgagta taatgatttg     1500

acagccatgc cgaaagattt tttggatcgt tggatgatgc ccggagacga gaatcgtact     1560

tcggtacctg taatcctttc tgcacgtcag aattcccgga caaagagcga gtataaggaa     1620

gtttataatg cttataatta ttccacggaa cgaattgctg atggttcttt cattcgcttg     1680

aaagacatta gtttgaccta taaatttgat gacaagtggg tacagagcat cgggcttggt     1740

tccatgtcat taaagtgcat catgtccaac gtggcattat tgtatagaga taagaaatta     1800

cacggacagg atccggagtt cttccgttcc ggaggagtgg cattgcctgt tccgcgacaa     1860

gtgacattct ctttgagagt aggattttga                                      1890


<210>  666
<211>  2946
<212>  DNA
<213>  Bacteroidales

<400>  666
ttggagggtg gtacgggaga acaacaagta ccagaaggat atttggcgat tcagtttgga       60

acaaacgttc ctgatatgca acaggtatca acacgtagtg tggattctga tgggcgtgga      120

attcaagata tggtgttgta ttgtttctcg gcatcagggt cttttattac aaccgttgag      180

gcgaaaattg taacagatcc tattgatcct aatgttaatg cctcgttaag tgggtctttt      240

agtgcaatcg tgccggatta cacgaaaatt atacactttg tggcgaacca gaacttgacg      300

gattttaatg aatctgaaat gggtggaaag cacgagtcgg atttgatggc gaccttgatt      360

gcttcctcgg gacgaatgat ttattggcaa cgagtggcat gtgaggaggg agaggataat      420

atggccgtgg ctttggaacg agaaggaaaa aagattgtta tggtccgtaa tcaagcacga      480

gttacggtga aaaatcctca gaatagctat gttaatatag atgctttcac aacgcataac      540

acgcatgctt tcggtacggt agctccttat aattcagaaa cacatgattt tgaatggacg      600

ccgggtgtaa aaggttacct gtctttgcca gctaatgacg aacagattca tctagagggt      660

actgaggatg gttcgtttaa tttggatgaa aagtatatcc tggagtgtga gaacgagctt      720

tcggatcctg tgagtgtcat attgcatggt gagaatggaa aatattatcg ggtattgttg      780

ttggatgaag agtcggagcc tttaccgatc cggcggaatc attcgtataa tattgagatc      840

gtaggtccct tgtcttatgg ttatgattct tttgcagaag cattggatgg aacacccacc      900

aataacgtgt ggatctctgt tccggatgat attaacgagg taagtgatgg gactcatcga      960

ttgattgtag atgaaacttt tgtagtttat ttaggtacga ctactcgtag cgtggatttg     1020

acatatagat atgaggtgaa aaatggggat ggggagtatg gaccagagac aactggtcaa     1080

gtgcttgcta cttgggttgg cggaggtacg accgtggcaa cctctgagat taaaaatgta     1140

tatgataata ataccggaat aggtactttg acaattacat tgaatcagtt gggacagaac     1200

gaaacgaaac gtgaaggaat aattcaggta aaggccggta aattacggcg tacaattaag     1260

gtaattactg tacgagaatt taaatttgaa cccacatgga cttcggctca aatttatggt     1320

aacgtggagg gacagccggt gacattgatg ttcactattc cggaggattt tcctgaagag     1380

ttgttacctt tacgggtgaa aattggtgcc gattggttga atattcggca atcaacagga     1440

caacagttgg caacaattac atctattagt aatcctgatg aatttagtga aaacgatcct     1500

tggaaattta aatttgttta cgaggcaaca catacagggg tacaacgtgt ttattttaat     1560

accgtgttga aacctgaaaa ggagggtgat gcttataaaa atggaacatt aactattgaa     1620

gcggagcatt ttattacttt agagaaggta ttcccgttta gtgactataa ttattatatt     1680

tcagttggag gattgattgg cgtgaatggt tcgaacctag gagatgaaat gccggatggg     1740

gaaaccgtgt attattgttt ggtgccacaa aaggtgagcg ctccggtaac ttttgatgtg     1800

caattgagag aagagaaaga aggaggaggt aatgatcttg ttgtttctag cgagaatgat     1860

gtatttttgc tttattctca gtacttaact cgctatgatg atgaggatat tcctggcggt     1920

gcgggtaata aggagtgtga ttttgaacct attgatgagg gaacgtgggg gagtggtgga     1980

cgagtatttt catttactcc ggttcaaaaa ggaaagagcg attataagat ttatttaaaa     2040

acagatagac ctaatagtgc agaagtaatt cgtattgcgt caagtgagtc gaatccagaa     2100

gctggttatg aatataaagg aaatcattat cgttcgatta ctttcgaatt ggcaaataat     2160

gatccattta agttctcagg aaagttgaag aatggaaact taacgataaa tgcgaatgaa     2220

tcgggagagt ggagttacga agttgggcag gaggttgatt tggaatttga cattacgagt     2280

ttccgtggta ctgataacaa gtctgcagat ccttttggaa cagaatttaa ggtttatatt     2340

gatgctccga tgctggagat tgatgataat agaaggggaa gcgcctatcc ggaagagata     2400

tttaaggagg atcctaatgt tgagggacga tttatatatg ttgtaaaggc taaacgggat     2460

gaaaatcgga atggtacaga tgatgtagcc attaaagatg ttgataatgg taatgtacag     2520

gtgaatccgg gagtgggacc tgcagatcaa acgggagaac ataaagtgtt accatttaaa     2580

acgaagtcta tcgtgagtgc aggagaaatc accatatctg cggatgaaaa tgtcgtgatt     2640

tttagtgatg aatcatttac aattgctaat acgccgatta caggaacgat agaattcagt     2700

gaagatggta agtcatattc tcctgtaccc aaggatggtt ttgtcacttt tgaggtggaa     2760

ggaggatctc cccgtatcgg tagtatgacg attactgaag atggcaaata cacgttacgt     2820

ttgcgtaaag aataccgtta cgattgggaa agaacgaaaa tttgggttca ttatcgtgta     2880

gatgataaga tttatcatgc agatgtgaat agcttgaagg aattgtttga gaatagtact     2940

attaaa                                                                2946


<210>  667
<211>  792
<212>  DNA
<213>  Bacteroidales

<400>  667
attatcaggt tcagctccat cggagacatc atccaatgca tgaatgtcgt gaacggcatc       60

aagaaccatt tccccgatgc tgaaattcac tggattgccc ggaaagacat ggggtctttt      120

cttaacatgg acaaacgcat cgaccgggta tggggatacg ataagaaaac gggattcaaa      180

ggtttactac aaatggccca tcaactgaaa gccgagaaat ttgattatat ctacgacgct      240

cacagcaaca ttcgctccaa catcttgaaa gccgtgttac tcccgccctt ttaccatctt      300

tttccaagag ggccgcatta tacgctacgc cacaaggatc gctggaaacg attcttgctt      360

tttaaactac ggataaacaa attcgacaaa ccgttccgag gcatcgtttc ttaccagaaa      420

ccactagcca cgtggggaat tacgaatttt gaatccgatt acagtgattg gaattttccg      480

gtagaatacg aggaacgttt tcaccgtacg tttaccccga agaccatcac gctcgtccct      540

tccgccaact gggaaatgaa acgttggccg gtcagtaact ggcagcaagt gatccaactt      600

atgcccgact accgtttcat cattctggct ggcccgaccg acacgttctg cgaaaccatc      660

aaggccatcg cacccgaaag agtcaacaac ctggcaggaa aaaccagtct attggaatcc      720

tgttacctcg tgaaacaatc caacctcgtg atcagcgggg ataccggatt tcttcacgcc      780

gcggacttgt tc                                                          792


<210>  668
<211>  1248
<212>  DNA
<213>  Bacteroidales

<400>  668
atgaaaaaat atattattct gttcatacta ttcagtggaa tagttaacac gattcacgca       60

caaataaaaa tccaaggtac agtcaaacag catgaagatg aaaatatata tctgtcctat      120

tgggtagaca gaaaaaaaca gatagatacc gtacaaatag aaaaaaatgg aaaatttatc      180

tatcaaaacg aacaatatat acccgaaatt ttatctatag caggcgagga aatgcctctt      240

tacctacaac ccggagatga aatcaacatg accgttaata tgcaaaaaga tggtgtaaaa      300

cgaatcattt tcaaaggaga tcgtgccgct gaaaataatt accagtatgc cttctctcaa      360

ctcggtcagt tacgaaagtg gctaacatct gtcgaaaata ttcctttcaa agcataccaa      420

gtcaaaataa aagaaaatgt gagtgttgcc gaagaaagac taaaaagagt ttctgatgag      480

aaattaagaa agacatggac tcaactacaa aacgtcgtac ctctgtatct cggattagac      540

tactatcaaa ccaatcaagc caaagctaac acagatcaag attttataac tttcatccaa      600

agcattgacc tgacggactc ttgtaaagct gactacaacg taatttccgg agttattcac      660

tggtatatgg acaaaagcaa caattccaat acaggcaaca catcaatcca ttatctagag      720

acaattgaaa atgtgatctc ggatcaatca accagaaata gacataccac agaatacatg      780

gaattacaac tgaaaggagc aaaaaatcct aatattcaag agattttcga taaatacaaa      840

gctatttgta cagacacggc tttagttgct ggttgtcaaa aaaaattgga cgtgtatcta      900

aattatttta aaattcgtaa tggagtaatg gctcccgatt ttgaaatgat tggtattgat      960

ggtcaaaaag ttcgcctatc agatttcaaa gggaaaatgg tttacattga cgtatgggct     1020

acttggtgcg caccttgcaa agcagaaatt cctcatgtag ctactttaca cgaacaattt     1080

aaagatgata acaggattga atttattagt atatcagttg acacaaagac aaaagtttgg     1140

aaaaaaatgg tcgaagaaaa ggaccttgca tggcaacaat ttattgtaga gggaggaacc     1200

gattcctttt tctataaaga atatgccatc gaatttattc ctcgtttc                  1248


<210>  669
<211>  1371
<212>  DNA
<213>  Bacteroidales

<400>  669
gcttgttcgg attttctgga agagtcctcg caggacgaga ccatcccaac caccacgaca       60

gattacagcg aactgctaat gatgtatatg tataaaacat ccaagtacaa ttacaacgtg      120

ctttactatc tggatgatga tttaaaggtt aacgagagta aattaccgac aggagattat      180

atttgggggc cggcagccct aatccgcacc tttacctggc agccggatat gtgggaactg      240

gagaatggag cctccccgga tgacggctac gagtatacct acacacaaat catggggatc      300

aatgctgttt tggacggcgt gggggatgca gtcggaacac aacgggatcg agatctgatt      360

cgggcagaag cattgggctt acgtgctttc ggttatttcc ggatcgtgaa tatgttcggg      420

gaaccttata attataacaa aaaagcctta ggcgtacctt taaaattgac agccgcccta      480

gtagaaaatg ggatcgcccg gagtacagtg gaagaggtgt ataaccagat tgtagccgac      540

ctggaagaag cgtccaaatt gtttgcaaaa cacccgaaga caagaggtaa ctaccggctg      600

aacgggacaa cagtggacat tctactagcc cgggcttacc tctacatgga ggaatacgac      660

aaagctatca cggcagccac acaagccatt gaatctgccg agggactaag cgactacacg      720

aagatgagcc acggggaaaa agaattcagc ttggctagat acgatctctc cgaggtggag      780

tggctgtacg ggaggactta cattgatccg tccttgtgtc cgacggggga actactgacc      840

ggatttacgg caggcgataa acgtcgagac ttttggttcc ccgttgacgc aacctgggta      900

cacaaacaac tctgtccggg agaactcggc aataatagcg gtgcaaatac cccgggaaat      960

gccatccgaa tttcggaagc atacctaacg agggcagagg ccagagtgtt atcgcccaca     1020

aacaaggatg agagtggggc tttggctgac ttgaacgagt tacgtcgcca tcgtatcgtg     1080

ggttacacgg acgaaacaag cacgacgggt ttattggaga aaatccgtca ggaacgccgc     1140

ttggaattgt gctatgagtt tcaccgctgg ttcgacctgc gccgctacgg gatgccatcc     1200

atcagccggg agtttaaaca acgacagcaa gaccaataca agatctatac cttgaaggag     1260

aaggacccaa tgtacacttt acctttcccg ttggatattg tcaacaaaaa catccagttg     1320

gtacaaaatg cttccgccaa agctccggaa agagaaggcg tacttaaata a              1371


<210>  670
<211>  1521
<212>  DNA
<213>  Bacteroidales

<400>  670
atgggtatgg ttgtgaatat tatcacggat tctccgaaac gctctttgga aggctgggca       60

aaagctcgtt attctaagtt taatgacctg cagttggatg cggggatcgg gttggctcac      120

aagggatttt tctcccagac tctttttcgt cgtaattcca cggatgggta tgatcttacg      180

cccgaaacac cccagtctta cacgatgaat ccttcacatg atatgaatat agaggagaag      240

gtaggatgga ataatgaacg gacgaaagtg gtggcttcag cttctttcta ttggaatgaa      300

gtagagaatc ctcccaaggg agaatctcca acgcattatc gcagtttaaa caaaacattc      360

cgggcatcat tggagcatgc cttcggggaa aagaataagt tgtatgcggt gtattacgga      420

gatttttata ctcgtaagac cgtgtatgat ttgattgatc ttgcagatag tacgaatgcg      480

acttctcacg agcagacagc ccgtttgaca gatatttata gtcccttgaa gaacgtggag      540

attgttggag gaattgaatg gaattggact cggaattata ataagatgca atacggtaag      600

gaacaaaccg tgagaaaagt gaacgatgcg aatgttttcg tgcaggtgga ttggcagata      660

ttgccggagc tggatttggt aggaggtttc cgttacacac accattctgt ttttggtgac      720

gcgtataccc cgaaagtaaa tttgatgtat gccccgggca gttttaaatt ccgtgccggg      780

tatagtcggg gatttaaagc tcccggcttg acggagttgt attctgattt tgacatggga      840

agtgtgtcgc ataatgttgg aaatccagat ttgaaaccgg agtattccaa ttatttatcg      900

gtttcggcgg aatatactta caatggacgg ttgaatgcaa gcgtggaagg gtaccagaac      960

acgataaaag ataaaattaa ttcttttgtt attgacgtgg aagatccgga accgggacaa     1020

ttgggagcag aaatgcatta tgcaaatgtg gaggccgtgc gtatacgcgg ggcagaagga     1080

acattaactt attacccgat taagcaattg ttgctgaggg gaacttatgc ttatactgat     1140

gcgagagatc gggagacgga tttgcaattg tccggaaatt caaaacacgc cttgaatttt     1200

accacgacat tacgcggtaa attattgaaa cgggatggtt ctgtttctct ctccggacgg     1260

tggacttcta agaaattgtc acagagtaaa tccactgaaa cggacgatag cggtcaagaa     1320

atagaggtga ttcgtgaaaa tacaaaaccg gcttatagtc tttggaagtt ggtggcccaa     1380

tatacgcctt ggcaaaagaa gtttatgagg ttgacgttaa caggcggaat tcagaattta     1440

tttgattata cggacacgga acattacacg acgtatgatg ccggacgtcg attcttcggt     1500

tccgtgatat tccgtttctg a                                               1521


<210>  671
<211>  1632
<212>  DNA
<213>  Bacteroidales

<400>  671
ggtgctaatg acaaacacaa tattaatggc tctgtcggtt tcgaaatgag ttcttcacat       60

tacaaaggat atagcaatgt cacccgcggg tatttcaaag accggggaat gagtttcgtg      120

gacaatatca gtctgagcga ctacccggat tacggaactt ggttagccgg taatgtcccg      180

acaatcacaa acgagataag taacacgatt tcgttctatg catccgtatc ttatagttat      240

ttcaacttct tcacggtaaa tgcaaatgca cgtgttgacg gttctaacgg tttcggggat      300

caaagtaatg acaaattatt gcccatctgg tctgcctctg ccatgtggaa tttatcagaa      360

catgaatgga ttcaacaatt ttcatggatc gactttctac gggtaaaagc ctctttcggg      420

tatcaaggaa atatgttgag tgaccagact ccactaatga ttatttccaa aaaaccgaca      480

aacgcatatt ataacgagaa tgttgccacc gtggaacgtt acccgaaccc ggacttaaaa      540

tgggaaacca cccgatcata taacttagga ttggaattct ctttatttaa aaataaatta      600

caaatcgagg gttcctatta ctggaaacac acggaagatg ccttcatgac caaaaagatt      660

gcatccatga acggggtgga tggaaactcc tacgtcgtaa acgggggtga cgtggacaac      720

agcggttata gcgtggcttt aaccgtatca ccgatcaaca cgaaggattt tcgctggaca      780

ttatccactt cattctccaa gacgttcaac aaaatggaaa gtgatccgga tgccaaccaa      840

tacgaactta acaatttcct ggaaggaacc gcactggtaa agggaaaagc catcggaaca      900

ttctactctt acaaattcat gggattaagc cctgttgacg gaggccccat tttcgatgac      960

ggagaagaca acaaagaaga acttcgcggg ttaagtaaat acgacactta tactcgtgtc     1020

ctgaaagcat ccggcaatcg agaaccgaca atttccggta gtttgaacac aagtgttcgc     1080

tggaaaaata ttcgtctgag cggttctttt gcttacagca tgggtaataa aatccgttta     1140

ttcgccatgt attcccccaa ggccgacgcg acaatgagtg ccgacgaaat ccgggcagaa     1200

aataacgtta gtaaagatta cctaaaacgc tggaaaaagt ccggggatga acttcataca     1260

gacataccgg caattattag ccaaggaagt gatgcgtact ggaaatacaa tcgtcattgg     1320

agcgacaaat ctgattattc agatatacaa accattgcca attccgtgtg gaatatgtat     1380

gattacgggg atcaccgggt tgtaagcggg aattacttga aatgttccaa tctaagcgtc     1440

acgtatgaat ttgcagaccc tatcttgaag aaattaaatc tatctcgtct tgccttaact     1500

ttatcgggag ccaacctatt cacgatttgc tcttccaagt taaaaggcca aacaccaacc     1560

caaagcggtt ttgccaccat acaattaagt gaccgaccca attattcatt tggattaacc     1620

gtttcatttt aa                                                         1632


<210>  672
<211>  1068
<212>  DNA
<213>  Bacteroidales

<400>  672
ggtatattaa atggaagaat tagagccttt gctaagaaat ggttacgttt tgaaatatct       60

gagtggattg aacctttcaa atatagtata tactggcgac ttaacaatga acatattcta      120

acatcttggg aagaaggccc actctcccac ctaaagttag gaacaacatg gcattacgaa      180

tcaatttaca acatatacaa cttcaatcct ctattttttt attgcataaa ccatatttac      240

tctcacaaat acccaacgat caatagtctc ttaaatcaga tcgtgaaaag accatgggaa      300

aacagaaatc ccaatgcagc acctctagac tcccaacaaa aagccttgga ctatttaaat      360

gggaaaagtt atcggacagc actctcggat aagacacttt cctttgagat cataaatcaa      420

attaatgaac taaaagcaaa tgatctactc tcacaaatca ttcttaaagg aactacctcc      480

acggattttc acgtattcgt acaagatttt atgacaacca atcgtttccg acaaactgat      540

tttcaaactt ttgacgatgc tttttcaaaa aaatttggat ggcacctatc cgaaattttc      600

ccggaatact ttgactgtca agagctaccc gcttttcaag taaaaaactt tcgggtaaaa      660

cgaattttat cacccacaga agaagaagga gatccttgga ctcctcacac caaatttaga      720

atggaatttg acgttttaaa ccaaagtgat gtggatggag tcattgctat gcacttagga      780

actgccattt tcaaagctgg acctgaacat cagatcgaca ggattctcta tacacctcgc      840

acattttctg tgaaagccag agaagccaaa aaaattatat ttatatgccc gaatccagtt      900

attgcacata gcatttatac cggattgtca aaaaaccgcc caaacatttt tgatattcat      960

gataagacga tcacgctaga aaaaggaatg gaatccacca gagacaccag cactggggaa     1020

gaatccatct ctcccacaat cttctttcct ccaaaaaatg aaatcatc                  1068


<210>  673
<211>  1473
<212>  DNA
<213>  Bacteroidales

<400>  673
attttagtgc tgtttgcata ttcttgcaac agttggttgg atgtgaaacc ggaggatgaa       60

cttgatgaga gcgatatgtt tgctagcgga gatggatatc gtcacgcatt gaatggtatt      120

tattatggta tgagtggtca gaccctatat ggagaagatt tgacttgggg acttgtagat      180

gtatttgggc gtacttacac gacgtacagt gtttatggta gtggcaatcg agctcttgct      240

atgttttatt atggtgtata tttgaataat tgggataatg atcaattgga gccggagatt      300

gaatctatct gggagagtgc ttacaagatg gtcgccaatt gtaataattt gatccaaaat      360

atctcgaaag aggactccga taaatttgca tataaagagc gagaacagaa gatgatttgg      420

ggagaggcgc ttgcacttcg ggcttttatc cagtttgata tgttgcgatt atttgctgct      480

tctccggcaa tgaatcctgg ggcaacgaag tatatcccat acatttcaga gtacccgtca      540

tacgtatcta ttccgttgac cgtggatagt tgtttaaata gtgcaattcg ggatttgaag      600

gcggcacgag agctgttatg gaaggctgat tctgcaacaa ctttcacggc gcaaagacgt      660

ttcgaaacga gttcttcgga cgatgacttt ttcttggacc acaagagagg ttatcggtta      720

aattatcatg ccgcaacggc tattcttgca cgggtctgcc tgtatgcaca acgggtagat      780

gaggcgtatc aatatgccaa agaattgatt gattacaaca cggcgacaaa tagctttaca      840

gtgaaatata gtagcgttaa agatggagat atcaagttgt atggagatgt actttgggga      900

gtggagtcat tggatgtaat cgagtatata aatgtttata ataatttgac agatcctagc      960

ccttataaac atacctattt gataacaact aatctggatg agatattcga aggggaagga     1020

actaaggata tgcgctataa gaaatggcag aataatagtt caggcgagta ccgtttcagt     1080

aaatatgaaa aatatgatgc agataataca gcagctaata taagtaatta tttagtacca     1140

ttggtgcgta tgtcagaggt atattatatt gcggcagagg ccatttataa gaaaaacttg     1200

gatgaagcaa aggggtattt gcgggcggtg aaacaatctc gatatgcttc ttataatagc     1260

ctttcgttgg ataaagtgaa taatgctact gaggggactt ttatggatgt gttgattaat     1320

gatatgcgta gagagtggat cggggaaggg caaatttttt atttatataa acgtttgaaa     1380

aaagatatgc cttttgaggg gaacgaggtt gtgccgattg aagcgaagta tgtgatttgg     1440

ccggtaccgg atacagaaac aaatcttaaa taa                                  1473


<210>  674
<211>  1059
<212>  DNA
<213>  Bacteroidales

<400>  674
tttgaagatt attatcatcg ggctcatcat ctcacgaatg agttattatc aacctataat       60

aataatctga gtttggaaga aaataaggag gtcgacactt ttttaaagga gaatcatctt      120

tctggagaat taattgatcg tttgacttcc tctgaaattc accgggaata ttataatcgt      180

ttggctcaag aaaataaaga agaaaatctg gctttattat tagcacaaat gagaaaagaa      240

aaaccgaaac aaaaaagatt cagaatatgg tatcatatcg cagcttcagt agctgccatt      300

atagccatta tcttttggac gcaatctgaa cgacaagtgg aaaaatatga tgattggtat      360

agccagacga taacagaaca atatacccaa ccaactttga ttttagagaa cgacagttcc      420

ttgattttag cagatgatgc ccaagcaatc gttagccaag attatgaaat taaaaaatcg      480

caaggaaatt ccctaaaata tacagtaacg agccaatccg gaactcttcg ctacaacaaa      540

ctaattgttc ctaaacaata tacctacaca ctaaaactta gtgaccaatc agaggttata      600

ctaaatgcgg ggagtatact ccgatatcca gtaagtttta caggagataa acgggaggtt      660

gaactaattg gagaagcatt ttttaaagtg gcaaaatcag ataaaccttt tttagtacga      720

ctgggaaaga ataatgtaac cgtctacgga actcaattta atatacgttc cagagctaac      780

agtgaccttg aagtcgtatt agtcaaagga agtatcggat ttaaagcaga aaaccaagaa      840

gaaatcagaa ttaagccttc acaaatagtc gtttgtcagc caaagaccgg aaagactcaa      900

gtgaaagaga ttaatcccaa ggattacatc atgtggatgg aaaatatgtt tgtttttaaa      960

gggcaaactc tagaacggat tttatcagaa gtgtcaatat ggtacggagt acagatagac     1020

atccaagtag acgtaaaaga tatgaaactg actttaatt                            1059


<210>  675
<211>  2565
<212>  DNA
<213>  Bacteroidales

<400>  675
tatgatagta aacagtatcc tttgatcgtg attgatggga tcgttactga ttttaccaac       60

atcaacgggg tcgtagcagc caatgacata gaagaaataa cggtattaaa agacgcagca      120

tcttctgcaa tttacggatc acgcgctgcc atgggtgtaa tcgtgattac cacgaaaaaa      180

ggtcagaaaa gtagacaaac aacttctgta gatatgaaat ttggtctcag cgttcagaac      240

ttcggaggat tacgatatat gacttcagag gagctacttg attacggtaa aatgagccta      300

acgaactggt ggaatgggaa taatagttta caagctaaat atcccgatcg agatggattt      360

atccgagaca cgctaagctc tttatcccag aattttgatc tttcccatac aaccgattgg      420

cgagatctac aatatcaaca cgggattacc aaaagtatag gtgtcaatat ttccggggga      480

agcgaacgag ctagttacta tttatcctat aattattttg atgaaaaggg aacaaaaatc      540

gataattacc tgactcgcaa ttttttaaaa ttacgtatgg attatgatgt tactccattc      600

ttaaccctag gaatcaatct gagcggaaca ttctccaagt atgaaagtcc taatagcggt      660

tcttttgaag actaccatcc ctggctttct ccttacgacg aagatggcaa gctaaaaaag      720

agcatcccac aatggagaag gtttgccatg tataatgttg acctcgtgaa tcccctaatg      780

gataatcaat ataacagcag tatcagccac aatgacaacc taatgggctc ttttagcgga      840

acgttacatc cttttagttg gatgagtttc acttccgtaa atacctatac acggatttat      900

tccaatacca ataattatca ggatagtaga acctattccg gaaattacag caacaataac      960

tttagtaacg gaattttgga tatcagtgat gcccgagacg atagtttcct aacttctaac     1020

attctccgga tggaatatcg ttttaatgac cataacatat cgggacttct aggacaagag     1080

tattacgaac gccactcccg tagttcaaat ctatccatgt atgaccaaag tgttgttggt     1140

gaaagaaatg taggaggatt ctcaaaagtt ggaaaaaaga ttcaatcctc ttacgtgccg     1200

gacggaagtg agagtgaatc gggaagtttt tctctctttg ctgaggccaa ttataactat     1260

aaaggcaaat atatggcttc ggtatctttc cgtacagatg cctctaccaa tttcggaaag     1320

gataaccgtt acgggaagtt ctattctata agtggtgctt ggctagtatc ctcagagaaa     1380

tttatgcaaa aacaaaaggc tttatctttc cttaaattac gcttaagtta cggaacttca     1440

ggtaaagaag ccggtataga ttacttgaac tacactctat atgctatcgg gaaagattac     1500

gaagattatt accgtgaaca tcccttatac ccctcttctt atcctgccgt gatcaatcag     1560

ttggggaacg accaattaac ctgggaaacc gcctatactt ttaacctagg agtggatatg     1620

ggatttttaa atgaccgaat tcgtttaaat gctgattact acagacgccg caatagtgac     1680

ttaatcatga gtgttgcaac cgctgctgca atcggagtag gagcccaata caaaaatgta     1740

ggagaaatgt taaatcaagg tgtggaactg actttaaaca ctcatactct aaaatcacct     1800

actttcaact ggtataccac tttcaccttc agtcacaaca agaatgaatt gacaaaatta     1860

tatgatggat attttgtaga cggagaaggc cgtacttttt atgaaggcga caatatcgat     1920

atgttgaaaa aagtgaaggt gaacggcgtg gataaagaaa ccgggaaacc aatttacgaa     1980

cgggtaaacg aggatggtac aatcgagtac gtaaacacct tgaccaacgc aacttctgga     2040

aacggagaac taagttatca gaacattgga ttaaaacggg ctccctacta cggaggattt     2100

accaacacgt tccaatacaa aaactttgaa ctttacctac acatgactta tagttttggt     2160

tataaggcat atagttctct caaaacaagt tacacggacg gaactgcttg gctgtataac     2220

aatatgtaca aaataccatc gggattaaaa atatggcaaa aacctggaga tgatgcagat     2280

attcctatgg tcaatagcga tccttcgtat acacaaaatc tttatggcac aacttctttt     2340

ggatatatca attccggaca cgttcgattt tctaagatcc gcttgtctta caattttcct     2400

gagaaatggt tacgccaaat acggattcag cacttgtcat taagttttac ctgtgataat     2460

gtcggcgtga tcacttctcg caattttatc ggagctgatc cggagaacct gggagactgg     2520

ccagctcccc gtcgttatgc ctttggtttg aattttactt tttaa                     2565


<210>  676
<211>  492
<212>  DNA
<213>  Bacteroidales

<400>  676
atgctggcag aggcctttgc cacgggtgct agggccaagg ggtatgaagt aagtgtgata       60

aaagttccgg gttacaaggt aaacgggtgt tttgcctgtg gtatgtgttg gtccatggga      120

actccttgcg tgcagtcgga tgatatggag aagatttttc cggaaataga gcaggcggat      180

atgatcgtgt ttgcttctcc tctgtatttt tttagttggc caactcagtt gaagagtgtt      240

atagatcgtt tgtatcctta taccgtggag aaaagcgaac gaagtctgac aggtaaagag      300

tgtgtcttgc tgcttgcagc agcaactgat gttgaaaatg aaataaaagg ggtgcaagag      360

tcctatcgaa ttttggcaga atatatgcgt tggcattctg tcggggaggt tattgcttat      420

ggtgttgata aaaaaggaga tgttcgaaat acagcgtatc tcgaacaagc taaggaatta      480

ggttcccgtt aa                                                          492


<210>  677
<211>  792
<212>  DNA
<213>  Bacteroidales

<400>  677
atgttgttga ataatgcaga gatattgaac agaggaatcg agtttaccat cggttcggat       60

cttccggtag cgggaaattt gatttggagc gggatgttga attattccta taatcacaat      120

gagttgaaaa aattcggtta cacggggcct tatatgccgg tgggacctgc atacgtggta      180

ggacacccga tcggttctgt gggagtgctg aaagcggtgg ggtacacgcc ggaaggttac      240

gtgttgttgg aagggaaaga cggtacacaa gagatcatta tggattataa ttcttcgcat      300

tcgatggatt acgtgatacc tcgggaagga gagacgttta atgatagtaa ttgggcttat      360

tatttgggaa cgttggcccc gacgagttca ttaagtttta gtaaccagtt tagctggaaa      420

ggattgacac tctctttcat gatcacgggg cagtttggtt attatgtcaa tacgacttct      480

tctgacagtt tttcacctgc tagtagaaac tcggcggcct attctaaacg cttggacaag      540

gctttggagg tatatgatga aggatatgcc aatcagacgt cttattctga gttgccgctt      600

tacacggata gtaatgtgga tgcattccgg agtggagaga catatttggc cacgataggg      660

gcagcgatgt attttaagag cggtttcgtg aaaggcgatc atattcgctt gaatgaagtg      720

ttcttgggat atgatctacc ggaaaacctg ttagcaaaac aaggggtgtt cagtcgggtg      780

aatatttacg cg                                                          792


<210>  678
<211>  861
<212>  DNA
<213>  Bacteroidales

<400>  678
atgaaaaagt atatatttaa cttattactg ttggcattgc tgttctgcgt gacggcatgt       60

tcggacgatg atctgggacc ttccatcttt gataccacta ctgaagagtt gacggagctg      120

gatctttgga tgcagaaaaa ttttgtggaa ccctataata tagaggtgat ttacaagtgg      180

cgtgatgttg aaacgagtat ggagtacaac ctgactccac caaaggaaga caatgcgaaa      240

ggattggcgg atgtgttact gaatatttgg tgtaaaccat atgttgaaat cggaggggaa      300

tccttcttca aaagtttgtc ccctaaacag ttgctgttca tcggttcttc tcgttacacg      360

agtagtggga cggtaactaa gggtacggct gaggggggac gtaagattgt cattttcgag      420

gttgaccagt atgacaggac aaatgcgaca cgcctgaaac gctatatgaa gacaattcac      480

catgagtttg ctcatattgc ggcacaaacg gtagagtatc cgaaggagtt cgagaatatc      540

actccgaatt acgtggaggg atgggataag atcaaagatc aagatgctta tgatcaagga      600

tttctttccg gttatgcgat gagtgaaccg ggtgaggatt ttgcagagat tgttggcttc      660

atgctttcta atagtgcgga ggactgggag aaaatgttgg attacccgac ctcgcaggag      720

gcgaaagata aattgaaaca gaaggtggag atggttgtga tttattaccg ggacacttgg      780

aatgttgatt tgtacgcatt gcaggctgaa tgtgaacaag ccttgtatga tgttgttaat      840

ggtgtaactg ttaatccttg a                                                861


<210>  679
<211>  855
<212>  DNA
<213>  Bacteroidales

<400>  679
gagaacggca acctgacctt tcaaactccc catatcgata gcctgccaca atctttttgg       60

ctgtatgata ttcgcaaaga gaagaattac acgttgaaag gttctgttgc acaggatata      120

ttctatcaat accaacaaca aaccatatcc ccgcgccatg aaatcgaatc cctcaccaaa      180

gcctacatgg aaaacgggaa tgttgaaaac ttcaaaacct cgtatgccaa acaaatcaag      240

ctcgaaaacc aaacgaaaga atttataagg agtcatcaaa acttggctgt aaatctctac      300

ctcgcggaac aattgaagaa aaagcctttc acttatgatc aggcgtacct ggatgaacta      360

accgaatttt tcgctcccta tcaagacaca tgcctcgcat tacaacagtt tcgtcaatac      420

ctgcaaacag cccgtacttt cgtacaaggt aaagcgttac gagacggaga aatgacaact      480

cctgacggga aaaaagccac cctactctcc cagctcaaaa aagatcatca cacggtgatt      540

gatttctggg cttcatggtg cggaccttgt cgggcaagtt tccctcacct gcgggaaatg      600

cacaagacat acggagaaaa agtaactttt atcagcttgt ctgtggataa aagtgaaaaa      660

gattggcaga aagcgctgga agaagaaaaa ctcccttgga atcagtatct cgccaccccg      720

gaattgagta aagacacccg aacaaactac aacctaaata gtattccgac atttttagtc      780

atcgatccga gaggtaaaat catctattcc gggagtaaca gtggggaatt ggaaattatg      840

ctggagaaaa tttaa                                                       855


<210>  680
<211>  600
<212>  DNA
<213>  Bacteroidales

<400>  680
caaaatatta tttttgcatt aaatatggat tcaatggcag attatctgga cggattcaac       60

aagaaaagca caaaggcctg ggagtatctt tatcgggatt attatactgc cttgtgtagt      120

tacgtgtata aaatagtggg ggatgaatct gtttcgcaag acgtggtgca ggattcactg      180

attgggatct ggaaagccga tcttcacttt tctcacatgg agaagttaac ttgttatttg      240

tacaaagcgg tgtacacgaa tgctattcaa tatcttagga cggagcgtct tcatcacacg      300

ttgttacaat cttacgggga agaggaagtc gagatttccg accagcattt tgccctgaca      360

gtgcaggagg agttaactcg tcaactacgc ctttgtattc aggaattacc ggaggaacag      420

cgtaagatca tccatcttag tttggaggga ctttccggga aggagatcgc ggataaactg      480

ggaataagca tacacacggt aaaaactcag aaaaacagaa gtttcaagta tctgcgttca      540

aaattgggcg gttcgtttta tcttttattt ttattggccg gacaaaatct tcctctttag      600


<210>  681
<211>  1140
<212>  DNA
<213>  Bacteroidales

<400>  681
atggcagctt tctttaccgg ttcgcagaca gaacaggatg aacgggattt tgaggagtgg       60

gcaaaagaga gcgatagaca taaggctttt gtcgatcggc tattgaatcc ggaggaatac      120

gaggagaacc ggagggctct ggataaattt caggtggaag aagcgtggag taaaatggat      180

aaaagaatag gagatacaaa agttcggaaa ctttcttcgt ggaggtctgt tgtgagatat      240

gcggcggttg tacttgttct tttgtctgcc ggagtatatt attggtggaa tggggaagag      300

gtaagagagg aagttccagt tttataccag attgcggcgg gaacaacggg tgcccggcta      360

accttgggtg atggtagtgt ggtggatgta ttgaaagacc gggctgtcga gttgaaagaa      420

gtggatggaa caaggattgt cacggattcg attggtattg attattccac acgagaaacg      480

gtggatacgg ccgaaatcat gaatacggtg caaactttga cgggaatgga atatatgctg      540

acactttcgg atggtacgaa ggtatttctg aatgcggaga cgaaactgaa gttcccgact      600

aagtttcaga aggaagagag agtcgtggtg ctggaagggg aggcgtattt tgaagtgagt      660

aaagatgttg cccatccttt tatcgtcaaa acgaatggag tggaggtgaa ggtactggga      720

acttccttca acttacgttc ttacagtgat gaaaatagta ttgcgacgac tttggtgtcg      780

ggtaaagtgg ctatgtttgc aggagaaaat agcgaggaaa tcgttcccgg agaacaagcc      840

gtatatatga aagaaacggg gaaaatggat gtgaaaccag ttgacgtgac actttacacg      900

gcatggcata ccgggaaatt tatttttagg aacgagactc tggaagagat gatgtcctat      960

ttggcccgat ggtatggagt ggagtatcgt tttatcgatg agggggcgaa aaaattgcag     1020

ataggagccc gcttggatcg gtacaataat atgaacccga ttatcgaaat gcttaaaaag     1080

acaggattag taaatattac acaagtagac aatatgttgt atatatctag cacagaataa     1140


<210>  682
<211>  909
<212>  DNA
<213>  Bacteroidales

<400>  682
ttgaaagtag agagactgtc ccatcgctac agcgttcaat gggcggtgcg ggacatcagt       60

ttagaaatta gtaaaaacgg catttacggc ctattaggtt ccaacggggc cggcaagtca      120

acgatgatga atatcatctg cggtgttctc aagcaaacag aaggaagcgt ccatatcaaa      180

gggatcaata tgcgggagaa cccagtagca gccaaacgcc atatcggctt tctgccacag      240

caaccaccgc tgcaaatgga cttgacagtg gaagagtatt tggagtattg ttccttcatg      300

cgtgacgttc cctctaaaga ggtaaacaag gctattgata aagctctcga tcgctgcggt      360

atctctcatt ttcgtaaacg agtgattcac aacctttccg gtggatacca acaacgagtg      420

ggtatagccc aagccatcat tcatgaaccc gccatagtcg tgctggacga gccgacgaat      480

ggtctggatc ccaaccaaat cgtagaggta cgccacttaa tcaaggatat tgcccaagat      540

cgtacagtaa tcctttccac ccatatttta ccggaagtgc aggccacatg tgaatacatt      600

cgtatgatcg agcagggaac actggtattc tccggtagcg tggacgagtt tgataattat      660

atcgtcccta gtaccgtgga agtatcactg atcgcccgcc caccagtgga agatttacga      720

tccggaatcc cgggtgtact tcaagtggaa gaattaggag gaacaaggta ccgccttcac      780

tttgccgatg cacaggaggc attggaaagg gtagccgagg tgagcgcaac ccgtggctgg      840

cggttaaatg aattgaacat ggagaaaagt tcgctggatg ccatatttgc agagttatca      900

aaaaaataa                                                              909


<210>  683
<211>  954
<212>  DNA
<213>  Bacteroidales

<400>  683
aaagcattga acaaattcat caccgccacc cgtcccacac gacggttacc ggtgttctac       60

aaatacgcgg cagctgtggc ttgcctcatg atactgggtg taggttacta tttttaccaa      120

aatgccggaa caagagacac tccatcccga ttgctggcac aaagcgccta tctcgtactc      180

gatgacggca aacaggttga attaaatcag caaatacaaa tggactataa cggtctgaga      240

atcatcaaca cagatgaagg aaaagtttca tttcaacatg agaaagaatt cctttcctca      300

actcccaaca aactggtcgt tccggaaggc acagagtact cgctccagct aagtgacgga      360

acaaatgtcc atctgaacgc aggtagcacg ctggtcttcc cgtccgtatt cgagaaaaac      420

gcccgagtcg ttgaactctc cggggaaggt tattttgatg tgacacattc cgacatcccc      480

tttattgtaa aaagtaaatc aatggatgtc agagtacttg gaaccacatt taacatgaca      540

gcttatcccg aagatcccgt ggtgtctacc accttgttga ccgggaaagt tgccgtcacc      600

tgtcattcac aaacagacac aaccacacac acaaccgtgc tgacacccgg actacaagcc      660

cgtttccaac cacgggaagg tgtgttacaa atagattccg ttgacgtgga agagcaaaca      720

gcttggcgaa gaggtgaatt tacattcgag gatgtcaatc taggcagcat catgaccatt      780

atcgggagaa gtttcgccct aaacgttacc ttcgatgacc cggaattaca agatataaaa      840

tgctttatct ctattcaacg cgacaaagga tatgaagaca ttttgaaaat tattcacatg      900

gccacgggtg ttaagttcaa aaaggacgga aacgaaatcc gggtatataa ataa            954


<210>  684
<211>  1473
<212>  DNA
<213>  Bacteroidales

<400>  684
gatcggggaa aatcttttgc cactgtacct gctgtgagaa taaatcctta tggaggaact       60

acttatgaaa atgaattgat aaaaaaattt actcgtaaaa ttacggatcg aaaaacgaat      120

caaatgggcg gctatctgac gttaaattat gcttacgatg gacgttacgt tgtgaatttt      180

agtgtccggg tggatgcacc aaatcgtttt ggacgttatg ctaacgagaa ttttaatccg      240

gtttgggcag gaggacttcg ttggaatgtg gcccgtgaat cttggttcag tagacaaaat      300

atcgtatctg atctgagttt acgttttagt tttggttacc aacgtaatat ggctacaaat      360

tatagtccga gtttaatcgt taagattcct acatccgggg catctagtgc tgtgacggat      420

gttaatacag gagatgaatt gttggaaatc acatccttgc cttacgagga tttgcgttgg      480

gaaaagacga catcttataa ttacggagtg gatttagctc tattcgataa taagatccga      540

gttgggtttg agtattacat gaagaaaggg agggacataa ttacttcatt gttggttccc      600

cgtgaatatg gtattgagaa tatgccggta aatgggggaa gtatgaataa ttctgggtat      660

gagttaagtg tgagttttac cccggtccga acgaaatatt ttacttggga tatgaatgtc      720

aatacctcta aaaataataa tgagataaca aaagttggtg tacaaaattt gacatggaaa      780

acagcgactt ctggggagta ttacaaaaag ggatatgccg tgtcatcctt ctgggcgttt      840

gattgtgagg ggatagacca agaaacaggt tatccgatta ttaatctgga aacatccggg      900

gatggagatc cattgaatga tcctaccacg tatatgaaat atgcgggtaa attggatccg      960

gactttacgg gaggtttatc catgtccttc cgatataagc aactgtctct gtcaacaggt     1020

ttttatttac agataggcgg aaagaagttt ttgaagaccg cttatgaatc ccagacttta     1080

ccttctgaat acgaaaattt gtcatccgag ttgaacgagc gttggagacc gggggatatg     1140

gatgctaaat tcccggggtt accggataaa aatgttacta atttttatct tccgaataat     1200

tcaacctata gtaatgtcta tgaaatgtat aattatagta atgttcgggt tgtgaatgca     1260

tcttctttga agtgtaataa tatttcagtg agttatttcc tttcggaaaa agcagcgaag     1320

ttgatgggat gtaagtctat cagtttagga gcaagcgttt ctaacccgtt tacaatagcg     1380

agtaaagatt ttaaagggcg ggacccggaa gtagcgacag gggctcaacc attgaccagc     1440

tcttattcat ttaatcttaa tgtaaccttt tag                                  1473


<210>  685
<211>  1737
<212>  DNA
<213>  Bacteroidales

<400>  685
atgaaaaaga ttttcaagat agcaaaaatg gagctgcaaa cgctctttta ttcaccaata       60

gcatggttga ttcttgtgat ttttgccttc cagacggtaa caaatttcat ggggaatata      120

gaatcgtatg tacaatccca agaactgggt tacccggtat catcgatcac gaccagattg      180

tttgccagtc cttggggtgg attattcacg accgtacaag gttacctcta cctttacatc      240

ccgcttttaa ccatggggtt gatgagccgg gagttaagta gtggttcaat caagttgttg      300

tactcatcac ccgtgacaaa ttggcaaatt atccttggga aatatctctc gatgatgatc      360

tacgggttgg cactaatttt tgtattactg gtcatcgcat tgttcggctc tttcacaatt      420

aaagatttcg attttccaat ggttttgtct ggtttgttgg gtctctactt tttgatttgc      480

gcttatgccg cagtaggtct atttatgtcg agtttgacgt cataccaagt ggtagcagct      540

atcatgactc tggttgtact cggtttattg agttacgtga aaaatttgtg gcaggaattc      600

gagttagtac gagaaatcac ctactggctt tccatctcgg gacgttccgg ggaatttatt      660

cgcggtttga tttgcagcga agatgtgatt tatttcatca cggtatcagc cttgttctta      720

gttttaacgg taatccgctt acaagcaaac cgccagaaag cgccttggac aatgacgatc      780

ggaaagtacg caagtgtatt gttgatcgcc agcgtaatcg gatatttctc ttcccgcccg      840

gcattgatga cctattatga tgccacggca acgaaatcaa acacgctgac ggagaatagt      900

caagacgtgg tggcgaagat gaaaggcggt ttaacaatca cgacatacgt gaatgctctg      960

gatttaaacg acttgtggac ggccatgcct gcacaggtaa agcaggatca agaacggttc     1020

cgccaatacg tgcgctttaa accggaaatc aagatgaaat acgtgtacta ttacgacacg     1080

gtcattgacc ctcgacaaga tgagcgatgg ccggataaaa acacgcaaga acggttccaa     1140

gagattgtga aaggttatca tttggactcc acgatgttcc tcgcaccgac aaccatccgc     1200

aagcagattg atttgtggcc ggaaggcaac aggttcgtgc gtttactgga acgggaaagt     1260

ggggaaaaga cattcctgcg tgtatataac gatatgtatc atcatccatt cgaaacagag     1320

atcacggccg ctttcaaacg tttagtgatg gaattaccga aagtcggatt cttgacaggc     1380

cacggcgaac gggacgtgaa aaaaatcggc gaccgagatt acaatacttt cacttgggac     1440

aaacccttcc gtaactcctt gttgaatcaa ggcttcgatg tagaggaagt aaacctgaac     1500

agtccgatcc cgaaagacat taatatcttg gtgatcgccg agatgagaag cgaactactc     1560

cctactcaaa aaacgaatct agatcaatat atcgctcgcg gtggtaattt aatgatttta     1620

agcgaaccca aacgcaagga atatatggac ccactattgg ccgagtttgg cgtaaaattg     1680

gtacccgggc aattggtgag catctcggaa gatcacgcac ccgacctagt ggtagta        1737


<210>  686
<211>  1311
<212>  DNA
<213>  Bacteroidales

<400>  686
atggtaaggt ttcagaagta tttttttctt gcgacaggtt tcttgttggg aagtttaatc       60

cccttgtttg gcaatgcgtt taattttata ctcattgttt tcatgtttgt gcagattggc      120

atgaatcgaa aggaagtatt ggcaaacttg cggcaagagc gaaaatattt gtgggcgatg      180

attattttct tgggttattt ttccttgcac acgatgattg tgttgttgaa agggaatcct      240

gttgcggaac caagttacgg tacattcgaa atcttgatct tgaattttat acttgttccc      300

gtgtatgtta caactttcag gagctggcta acacctgaat tattacgacg atttctaact      360

tatttttgta taggatgttt ctgcataaat gtttatatct tttttgcttt aaccgggaca      420

aaattatttt cagatccggt agggacgtta aatttgatat acaatacgcg atttggagaa      480

aatcgattcg tgttagggga taagttctgg ttagagattc aggcattaat gctcgccgtg      540

tcggcactta tatcttattt cttgatcatc aaggaaagac aaaatggaaa gaaaatcatg      600

ttcatatttt tgtttttggc cttgcttgtt tttctttcat ttaccgttac caaatctgct      660

attataggat ttttggctgg attttttgtg cttaatattt acttgtttaa aaggtcctgg      720

gtaaaagtac gttataaact agcaacggtt atattgatcg ttttatgtgg ctttgtcttg      780

ttggataacg tcgccatgta tgaagcaagg atgcaagagg tcagggagga aatcgagaat      840

gttaggaggg gggagttctc ggggggaact atcgttcccc gggttgcatt tattcgggag      900

agttttaagc attttgatga atttggtctg tggggattgg gggtttctac gaaacatcgt      960

ataaaagcat ggttcgatgc ctctgacatg aatattgctc gctataaaaa tgtcggtaat     1020

atttttctac agtattgggt tacaggtgga ataccgggct tggcttttgt acttttttta     1080

tttgtcgcac cggtttacag gatgatccgg aagaaaaaga tttcttattt gattataggc     1140

atattgctcc cattttttgc ggtgagtaat acatgcgtta ccctctcttg ggccaattcc     1200

aggttgttca tgttactctt tctggctatg ttttgctttt acggtgatct tttcgcccga     1260

cttgaagagt tttcggagga tgaacctgct tttgacaaga gttcgatata a              1311


<210>  687
<211>  1110
<212>  DNA
<213>  Bacteroidales

<400>  687
atgatatttc tttctaaaat gcaagaaggc agcggtatgt taaaaaacac cgtatctact       60

caaaaaaacg gagatccatt gttggcagct ttagccggag ggatacgcac ccgagaaaaa      120

atattacaag atattgcccc tctgtttccg gatcgtttcc caacagaacc cggtgccgta      180

aacaacatta cgacaataga ccgccatttt aagatgccac aagtttggaa aagttcatta      240

gcggtagatt accaacttcc cttaccattc ccttctctac tcacactaga aggaactttt      300

ataaaagata ttcatgccat catgcaagag gacgtgaata caattcatgc ggatgatcct      360

agaatgactc gttttattgg tccggacaat cgctaccatt acccgggaga taccgaaaaa      420

cgctaccatg aagacattac gaacgcaatt ctaatgagga atagcgggaa aggatacagc      480

gctaatttca atatcacatt aaacgctcac ccctggaaag atgttgagtt catggctgct      540

tacacttaca gtaaatcaaa aacaataacg agtaataaaa gtaatcaagt cgacaacgct      600

tggacacaag aaccatccgt gatgggccct aattatcaaa aattacatac agctcaatat      660

ttacaaaccc ctcatcgggt tatcgcacaa ttcagttaca cgagacaata cgcccgtctc      720

ttcagtacct cattatctct tttctacacg ggagaatacg ccggtaatta ttcgtacttg      780

tatgatggag acatgaataa cgacggaatc gaatacgacc tgatttatat tccgcgcaca      840

aaagaagagt tacactttgc agaccgacaa accggagaaa tcacgttcac ggcagaagag      900

cagaaagaag ccttttggac attcattaat caagacccct atttgaaaaa acataaaggg      960

gaatatgctg aagcgtatgc ggccaatctt ccctggtatg atcggttcaa tttacgtgta     1020

gttcaagatt tcaaaataca aacgggtcaa cacgtaaata ccattcaatt ttctgttgat     1080

attatgaacc tgggtaattt acttcataat                                      1110


<210>  688
<211>  891
<212>  DNA
<213>  Bacteroidales

<400>  688
atgtggggct acaaacaata ttcagcggtg accgatgcgg agaaggatag attgatcttg       60

aatcgattat gcggttctgt gaaaaaggca aaagtgttgc attatagagg ttttgacagt      120

aataatccaa tgggtatacg gggtgatttg gggaaagacc gggttgtagt gacagagttg      180

ggaatgaaga atttggagag aatgtacccg aaattggaag agattacggc aaaaatagat      240

ggagagggat ggagtgagtt ggaaaaaatg tattctaaag ctcaatcttt gtattgcgat      300

tatttgaaac aggtcggggg attgattggc gggcggtata ccgctcccgt gataaaggaa      360

agtgatgaaa gaccggttac atatgtttcc cgggaagagc aaaaagaggc aatggagttt      420

atgaatcgtt atttgttttc agggattccg gcatggtttg acagtagttt aaacttgaag      480

aatgggtggc tgacgattga agagatggtt aggcgttttg tgggttcttg gatgaaagag      540

aaactggacg agggatgtat cggtattttg ttacaagggg aaatggctga tgggaagaat      600

gcgtacacgg tagagaattt ctttaacgat ttggatcgta tgatttttaa tgattatcga      660

gttaccgaag tgacgagtgt acatcggaaa aatgtacagt atagctacgt gaagggtatg      720

gcggatggta tggtggaagt gcagggaaag cccaagtccg aagagtatat gatggtgatg      780

aaaatgcacg cccgggaaat gaaggagaaa ttggaacaat tgggtgaatc tcatcgagat      840

aagggggaaa gagcgtattt cagaagtttg gcggcaaaac ttaaattgtg a               891


<210>  689
<211>  1224
<212>  DNA
<213>  Bacteroidales

<400>  689
atgcaaaata tgaaacaaat atttttaacc gtattgcttg gcggttgtct cggtggtttg       60

ttctcgggtt gtactgatga ggatatgtcc ggaaaaacaa cagaggatac acttggggtg      120

cgtgtgaatc ttggttcgcg ggccaaacta gacgggagcg acatagaaat ttcctcactg      180

aaagtgtatg cgttttgggg agaggagcag gtcgggtatc atgaattaac ctcttctgag      240

caggaaaagg gtagctttat gatggatgta gtccagaaaa cgatgagtga acaggaaata      300

gcgttttacg ctattgcgga tgataaagtt gtggagtatg aacgtgggca agattttagt      360

aagaatatgt ctcgggcaga tttggagcag atagcgttta cttctgtcat taatgatgaa      420

aaacttccgt tgacgtgtag agaagaggta gagattgccg tgagcggtgg tgtagaaaat      480

gaagcagaag gtcatgaggg gcatttgatt gttaataaag ataagccagt agaattaaaa      540

ttgtcttatc ctgcgggaaa attggagctt tattttgcga aaggaccgaa cgtgaattcc      600

gatggattgg tggtgaagag tgccaaagta ttgcgaaatg gtatgcgaga aaagaattat      660

gtttttccgg tgtcacttga taagttacag gctgtgggta gttatccggc agataaaccg      720

attaatttga aaaataatgg tgttgtagct aaaactttgg agaacaaaac aactaatgcg      780

gatgattacg agttactcat ggagggtaat gtttttctgt ttgaaaatcc ttatgggagc      840

aaggataaca atgttgatca accgggtgat aatgatggaa acgtgataga gatcgtgtac      900

acggtgaatg gtggaaacga gaggacaaag gaagtgtatt tgccagcaat cgagcgagga      960

aagtgttacc aggtattatg ttgggtggat taccgaggga cagtaattgt tacgtataag     1020

gtgttacctt gggaaactga aaatatttat gagttagatg gggggggaca tccgtcatat     1080

aattgtactc ttgatggtga taaggataat acggatgtat gggtttctgt aacagatccc     1140

gttttgcctc gtgatcgaga aggggcggtg aattttcgat tcaagatgaa tagtaagcaa     1200

cagtggacac caactttaag aaat                                            1224


<210>  690
<211>  1728
<212>  DNA
<213>  Bacteroidales

<400>  690
aaaaaggcgg aacaagaggg aaagaaacct gtgttaccgg aagtaccgca agaagataaa       60

gaatttgcca aagcggtgaa tgagattcaa caggttgcag ggcacgtgca ggattatgcc      120

cggtgtttac gtgagtctcc cgaacaggaa atgcagtctt tgctgaacgc attgaatggt      180

ggttttgtgg ctccttctcc gggaggggat gccgtgcgta acccgaacac gttacccacc      240

ggacgcaatt tgtttgctat taacgcggag tccactccgg gcgtgagggc ttgggacgag      300

ggtaaagctt tggcccagac aaccattgac cagtatcgta aaaagcatgg aacttatccc      360

cgtaaggtaa gttacacttt ctgggccggg gagtttatag aaacggaggg ggcaactttg      420

gctcaggcaa tgtatatgtt aggggtcgca cccgtacgtg acgggatgaa ccgggtgaca      480

gatttgcggt taataccatc agccgagttg ggacgtccga gaattgatat tgttgtgcag      540

acatccggac agttgcggga tgttgctgca tcacggttgg agttgctcac gaaagcgata      600

gcgctggcgg ctcaggctaa aaatgatacg tgtgggaatt atgttgtttc cggtacaatg      660

gaggcagaga agttgctggt ggataagggt ttttctccga aagaggctcg ggagttgtcc      720

atggtgagag tattcggtgg tgccgggtat ggtacaggaa ttacgggatt agtagaaaaa      780

ggagatgcct gggaacggga gtcggagatc gctgatcggt atttgagcaa tatgggaatg      840

atgtatggcg acagtaaggc gtggggaaaa tatagccggg atgcttttga ggtagctctt      900

cacgatgcag atgttgtcat tcaaccccgt caaagtaata cgtggggggc tttaagccta      960

gaccatgtgt atgaatttat gggaggattg aatttagccg tacgagaagt gaccggtaaa     1020

gaaccggaga cttatctgag tgattatagg aatcgtaatc atgtgagaat acaggaatta     1080

aaagaagcta tcggtgtgga gggacgtaca acaattttta atcctgcttt tattcgggaa     1140

aaaatgaaag gaggggcatc gtctgcttct atttttgctg aaaccattcg gaatagttac     1200

ggttggaatg ttatgaaacc gtcagttata gggaaggatt tttgggatcg ggtgtatgac     1260

gtgtatgtga aagacaattt gaagttgggt attcatgaat ttttcaaaca ggagagtccc     1320

gcggctttag aggagattac ggcggtgatg cttgaaacag cacgtaaagg ctactggccg     1380

gcaacgaaag agcagttggc cgatgttgca aacttacata cccgtttatt agaagattat     1440

cgcccggctt gtaccggatt tgtttgtgat aaccggaagt tacaggattt tgttgccttg     1500

catacagata aaaatcgtgt tgaggcttat cgtaaaaata tagatggtgt tcgggaagta     1560

caagtggaac atgctcagaa tggggtggta ttgaagaagg aggaattgaa tcgagcaagt     1620

caggtacagc aagattctgg agaaggtagg aagaccctct ttattgcgtt gttattggtg     1680

ggagtcatat tgattatagt gatggtgttt ctgaaacgga aaaaataa                  1728


<210>  691
<211>  948
<212>  DNA
<213>  Bacteroidales

<400>  691
atggctcaaa acgctttttc tctttccggg aaattacggt tattggcccc tttagagatt       60

cgtgttgaat ctctaaaggg tgatgtaata ctttccgttc cggttgctaa agatggagtg      120

tttgcgtctg gacagaaaga gatagaaccg gatttatacg ttttgtggat tggtagtacg      180

aaacagccgg tttatttggt aaacacgagt gtgacgatta aagggtttta tgacgaaaaa      240

aatccgggaa acagttcgtt ggtattcacc ggaattgacg attttctgga attatcggga      300

tggttacccg tggaacaaaa ctcgaaaaag aaaactatca gctcggaagt acggggaaag      360

ttgcgaggaa ccatgtatag cgcactggct tatctggccg ggatggatgc gtacgagccg      420

aacagaatgt tacttgaatt ggtaccggag aatgaacgag atgctctttc tgcacgctgg      480

ctggcacgcc gggtggatag tctggctcgg ttcgccgtgg gggcggaggc ctacgatttc      540

aactatgtcg atcccgatgg gagcgtggtg cgtttgagtg atttccgggg aaaatttgta      600

ctagttgatt tctgggcttc ttggtgcgga ccttgtcgtc aggaaatgaa aaacctgtta      660

ccgatatatg acgagttgaa aggggaggat ctcgtgttca tcagtatctc tcttgacaag      720

cgggagaagg actggcggcg aatgcttgaa acggaaaatt tgccttggat tatgctgtgg      780

aacaaggaag gtttctccgt tggcgatgct ccgaacacga tacaaaaagc ttacggtttt      840

tacagtatcc cttttatcgt gctgattgat cgggaagggc gaatcatgga acggggtttg      900

agaggggaac aagtgaagga tgctatcgtg aaagcaagaa aaatgtag                   948


<210>  692
<211>  1041
<212>  DNA
<213>  Bacteroidales

<400>  692
gatctaacaa atcatcccat gaaaaagaat actttatatt tcctgagttt catcacggca       60

gcatttctct tttctgcctg tcaagataaa gatgataacg agactcaaga tttatcagga      120

accgatatgc tcaccttctc cgtcaacggt tattcgggag aagggattat cgacaccgac      180

aacaaaacga tctatttaca ggtcccggtt tcaatcaaaa gcggtaccaa tctctgcccc      240

cgattcaccc tttccgaagg agcaacggcc acggttaaca atcaagaaca aatcagcgga      300

aacagtaaac aggacttcaa atctaccgtt acctacacca taacagccgg caacaaaacc      360

gatcagtccc aatggaaggt gacgattacc aacaacgacc attctatccc ctggggactc      420

ggctatttta tagcggagga gcattccaat aacggtaatt cctcgaacgg ctattacctc      480

caacaacacg acacgggacc atattccaac gacaactgcg gaccgacatg tgcggtcatg      540

gccgctttat ggaccgatcc ttctttcccc tactcggttg aagaagcaag aaacgaattc      600

ccgaaaagta ccatcgacgg ctccattccc tggtaccctc aagacgtgca agcctatttg      660

aaccaccacg gcatcacgac ctccatgata accttggaga caatagaaga taaattcgtc      720

acgcaaatca cgaacgagct aaagaacggg catattatca ttatttgtct tgatatgcaa      780

tacgtgacat tcgataagaa tggaaactca gaataccata tccataaatt ctataacgga      840

actatcgggc attttcttgt cgttaaaggc tacaaaatcg tggatggcac ggtatggatg      900

gaggttaacg atccttgggg aatgaacctg aaatacgcag acggttccta caaaggcaac      960

aaccggtact atcgggcagg agagctatcc atcgccacgt ctaaacacaa cacaaatgca     1020

attattatat tctcagaata a                                               1041


<210>  693
<211>  1422
<212>  DNA
<213>  Bacteroidales

<400>  693
acgccggaaa acgaaatatc caaagaggat ttattctcta cctatgatgg tttccggaca       60

gcgctgaacg ggatctaccg aaatctttcc ggggagtctc tttacggaaa taatctttcg      120

tggggattca tcagtttctt aggacagaat tatgatccgg cctcgtggat tgccatgtac      180

gatgtatcgg gtagcgttat gaattatgat tacgagaatg aagatgtgaa gagtgtcacg      240

aaagcgattt gggaaggtgc gttcaacacg attgccaatt gtaacgtgct tattcagaat      300

gccgaggaac acgggaacga tttcttctat gaaggggaga acgagagaaa tatccttatc      360

ggagaggcga aagggattcg ggcgcttgtg cattttgata tgctgagatt atttgctccg      420

gcgccagtta caggtgacaa tgcggcctat gtaccgtatg tatcggaata cttgacttcc      480

catccgactc atttgccgac atccgtggta ttagatagta ttatcaatga tttgaaacaa      540

tctcagagat tattggccga gttcgataca tcgtacaact ccgaaatgat gaaaagtcca      600

agtatgcgtt ttgatggcaa tgtaacaggt tcggctaaag gcggttcttt ctttgcctat      660

cgtggaaccc gtatgaacta cgtggccgca accgctttgt tggctagggc ctaccaatac      720

aagggtgata aagctacggc ttatcaatat gctaacgagg tttaccgttt ctataatgaa      780

aagaaatggt atagttttac acccgaaagt aatataagta acacgaatac agaatatcgt      840

agatgtaagt tgtttgaaga tattttgtta gctttctaca acacgaatat atttgacgtg      900

tatgacaatt acatacaaag acatttttat tggacaggta attactgccc gataaagaat      960

agggcaaatt tatttttggg agatgaacag gatttcaggt atcgttattt gattgcttcc     1020

aatacgacaa gtaccggtta ttcgttgaaa tgggtacccg tgaaggatgc cagcgctttg     1080

tggaacgtgc aataccagta tcctctttta cctgttatgc ggatgagtga agtgttttat     1140

attatgtgcg aatatttggc ggataataat ttgacagagg caatatcttt attgaacacc     1200

ttgaaaaaag cccgtggtgc tgatgacata agtaccactc tgactagaga tgcgttttta     1260

gaggcattgt atacagacgc aacccgagag tttatagccg agggacaaac gttctaccta     1320

tacaagcgtt tgaatagaag tatgtataat ggagagtacc cgatcgacat gaccggaaag     1380

tatatagttc ctcttccaga tagtgaaaac attacacaat aa                        1422


<210>  694
<211>  1059
<212>  DNA
<213>  Bacteroidales

<400>  694
atggattgct atacctcttg gtgtggcccg tgcaaggctt tagccaaaga tatttttact       60

cgcaaagacg tgggcgactt ttttaacgcg aatttcatca acgtgaaata cgatatggaa      120

aagggtgtgg ggaaagatct gtataaacaa tataaatcca atattattgg tttcccgaca      180

ctcttgttaa ttaataagga aggaaaagtt atgcatcaaa tggcgggatt ccaagaggca      240

ggtgtattga ttgccgggat gaaagcgggt aaggaaggta aaagtttgtt tgcttgtcgt      300

gataggtacg aggcaggaga aagggccttg gcgtttatga aagaatatgt tgccgcgttg      360

gaaggagcct tcttgaaaga tgacatcgag aaaatcgtac ttgattacat gaatacgata      420

cctgtggaaa aattgcagga aaaagaaatc tgggattttg tgggggcttt tatcaaaaac      480

ccttattctc cgcaatttga ctacgtgatt ttcaatatag accgtttggc tcataaagtg      540

aaatttgatc gctataacgt ggagagacaa ttaagttggg cgctggaaaa agcagtagat      600

cgagtggttg aaattaaatt tgatgagaat ggggttccct tgcgtttggt tgccgagcaa      660

ggaaaaatag atactttgtt acgtttgatt gaccgcggga atttgaaacg tgcagaaacg      720

tatcgtgcca aaataaagat ttatgaattg gagttggctc aaaagtggaa tgaagtatac      780

gaaagccaga tgatgtatcg tgacatcaag gctttgggtt attctgatcg tgatttggat      840

gaaacggctc gataccttgt ggcatattgt caagataagg gcataataga gaagtacttg      900

gttttaattg aaggtttgca gaaagaagaa gataagggaa gtgctaaact aaaatctaat      960

tattacggaa ctctttctgt tttgcatgct aaacttggca ataatgcaaa ggcaaaagaa     1020

ttcaaaaaga tggacgagaa aatcagagcc gagaaagcg                            1059


<210>  695
<211>  1236
<212>  DNA
<213>  Bacteroidales

<400>  695
atgaaaaaaa taatatcttt tgccatttgt attttattca cgttcccgct actcgcacag       60

catggggtaa attttaggga tctctcctac gaacaagcac ttgcgcaagc gaagcaggaa      120

aataaactct tgtttattga ttgctacacg gaatggtgcg gcccatgtaa aaaaatgatg      180

aatgaggttt tccctcaaaa agcagccggg gactttttca accccagatt cgtaagtgtc      240

aagtttgaca tggaaaaagg ggaaggcaaa gaattaagta aaaaatttga tgttcacgct      300

tatcccacct ttttaattgt tcgcacggat ggcacggtac aacataaact gaccggaagt      360

agcgatctgg aaggatttat tgaaagggta caaaaggggc tggaagaaga aaatactctt      420

ccctaccagc accagcttta cgcaaaagga gaaatgagta aacagcagct actcgcctat      480

aaagaatgtt tatcggaagc caatgacaaa gaaaaagcgg ctcaaatata taacgaatta      540

ctagaacaac tatctgactc ggacaagatg caaaaggaat tttggggtat ttacgaagac      600

cggagctgcc agatcggtac ccctctcttc aattacctgt tgtcaaatct aacttctatc      660

cgggaaaatg tcggagcgga aaaagtagac aactatttat tccccaaata tcaaaaagct      720

ctaaacgact atatccgcgg gttccagcaa gaaaattccc ttcccgtttc cgaattaaaa      780

aggcaagtct cgactttaaa tataaatcaa caggagatat tgacagaaat ggccaatctg      840

gcaacactag tcgatcaaca aaaaatagac aagatcgcca aaataatcga gacaaatgta      900

accaaaaacg atgtcaaaga aatcatcccg tatgtcatgg gctaccgggc gatcacgtgg      960

caaatgaaag aaccggacac aacgcatctc gccaaacttg gtacaagact ggtcaaaaaa     1020

atcattcccg taatagaaaa taaagcgtcc tccttaacag ttgaggaact gtacgattac     1080

tcgtttgtat ttctgactct ggaaaaacac attagcaaat ccaactacgc ccggcttgcc     1140

gcaatcggag aaaaagtgat tccccaatta ccggagagtc aatacaaaat gttcgtggag     1200

actacattca aaacttacaa agaacgttcc cgctaa                               1236


<210>  696
<211>  948
<212>  DNA
<213>  Bacteroidales

<400>  696
atgatattgg tttgtgtcgg atgctgctta gcagcatctg cacaaactga cctagaaagt       60

ttgaaagaga aatacacggt aaacaagcgt gacattaagg tcgtgaagga atacgtggag      120

gccttggagg atgcgagaaa gggaaaagag gcagaacagg tgataaagga atatatgtct      180

cggtgtccgg tgttgcaggt ggaagataag gatacttact tgctattaaa taaatatgta      240

tttgcagacc cttattccaa tgtttttgag tatggcattt atgctgtgaa aaaaatgaaa      300

tgggatcggg aagaaagctc cgctccggag gataaggctg cacgtttgaa gagacttttc      360

aaaggattgg gaagtggggt tagtggggat aatgagattg ataagagata tgaggtattg      420

atggtgttga gtcgaaattt gaacaaagag atcgagaaac aatgcgagcc tcatttccag      480

gatgaacggt atgtttggcc attgtatgat tcattaaaac tggaacgatt gacgtatctg      540

gtaaataaag ggcaattatt gggacaggat ggaatgcgtt taaaactcgc tattattaaa      600

gctttgcata caggagataa cgaacaggtg tttcgagact tggaagtagc tgcgaacttg      660

cacatgacag atgttcgggg tgaatatatt gtagcagttt tgaccctcct ttctgaaaga      720

aatttgaata agaatttaat tgacagcgtc ttgtcattcg tgttgaggat aagtgaacag      780

gagaaggcgg agggtggttc gaccaattat tataacttgt taggtcgttt gtatgctctt      840

gtgggcgata ggggtaacgc tgataaatat aaaaagatgg gggatgccat agaagcggag      900

cggatggaac ggtataagga tttgtttaaa gcaactcagt ctaattaa                   948


<210>  697
<211>  1335
<212>  DNA
<213>  Bacteroidales

<400>  697
atgcaggtga acggtttgta taaaagtctg gggagcagta gtctgtatgc ccaggaattg       60

acgtggggtt ttctggatgt tctaggacag tattatgtcc ggcagaattt ggataatgcc      120

taccaagagg tgaatgatcg ccagtacgaa aatgccaatg tcctgtcgat aatcgacgga      180

atttggtcgg ggatgtacaa ggtcattgcc gattgtaata atattatcga acacgtggat      240

aaagcctcca acagtatttt cgagcttggg gaacccgaac ggttgaaaat acggggagag      300

gctcttgccg tgcgggcatt tgtacatttc gatttgctcc gactttttgc cccggctccc      360

acggtgaatg aaaatggctc gtggattcct tacgtgacta gctcggagtc cgtgattaat      420

aataaattga ctgtaaaaca agtgttggag aacgtggagc gtgatttact ggaggctcac      480

acgtgtatgg tcccgtggga ttcagccatt gtttatagtg attattataa cgaggaagtt      540

atccggatgt ggcatatcat ggaacgtttt tggacggatt ggaataccga gagtgaaatc      600

gcggaattct tcggtcacca acgttctcgt ctgaacatgg cgtccatacg gggaatgttg      660

gcacgcgtgt attcctatat gggagagaaa aagaaagcgt acgatgctat cgaggaggct      720

ttcgcgatgg gcggtaagtg ggaaccgtgg ggctttgaag acatggactg gattgagccg      780

gggcatggtc gcctgttgag tgacgtggtt tttaatgttt acaatacccg tgcgggagat      840

ataaatgccc cgtttatgac ggccgagcga ccgctttata tacgtaatgt ttatgatttg      900

ttcccggcac agcaccagat tgacgggcga tttgaacgct tgctcagtat gttgagcgga      960

aattacttgt ctatcaagag taaaaaaggg aataatgatg ttgcatatct tcctatttta     1020

cgcaagagtg aattgtatta catcaagggt gagtacttgg catctatcgg gcaagtaagt     1080

gaggccgtgg atttgctacg agaaatcaga agttcccggg gtgatatttc tatggatgac     1140

ttgaacacga tcaccacgga aatggggtat atcgaggcga tgttgacaga tgcccggaag     1200

gaatttatcg gtgaaggaca atctttctat ttgttcaagc gcttgaacct gcctgttttt     1260

gacgggctac aaaatgttga tttccggaac ctgtacacgt tgcctgttcc taaaagcgaa     1320

gaagtggtct tttag                                                      1335


<210>  698
<211>  945
<212>  DNA
<213>  Bacteroidales

<400>  698
atgagtatga aaaatcttat atatttattc attgctgcaa gcatgatgtt ggtaacggct       60

tgttctgatg atgacgaata cgtgttttcg gaattaccga gcgagcggat agaggctttc      120

cagaaggagt gccagacaac tctgcgagga gcgaccgacg ggtggaaact tgtttattat      180

ccccaaaagg gtgtgtatgg tggttttact tttgtgtttc gattcagtga gaagaaccgg      240

gtggagatga tcagtgattt cgaaccgata aaaggagatt attcttataa tttgaatctc      300

tccgaggggt tggtgttgac ttttgattct gatagtccga ttcaccagtt gtctaatccc      360

aattacgggg caccggctca cgacggtgat aaaggttacg gattggaagg tgatttcgaa      420

tttatcgtga aggaggtaaa ggaagatgtt attgaattaa ttggtaagaa aacccgtgtg      480

gaggtaaagt tggagaaggc taccgctgcg gattggacta ccgtggaaaa attagcagag      540

atggctggct actttgtgtt gggaaatagt gggttaggca tgacggtgaa cggggaatta      600

gctattggcg gacgtgtaga attgaacgat atattccatt tgtgtacaat ggcttacaaa      660

gatgaagagg gaaacacggt gtccgtggag actccgtata taatcacgaa tgaaggatgc      720

ttgtttgaga acgaagtgga agtggccggg gtgaaatttt ccggtttgac cgtggatctg      780

agtaacgggg tgactaatcg ggaattcgta tccaatgatg cggatcaggc aattcgtttc      840

tttattatgg atctttcccc tttgaatttg actccggcag aagtgccgac ctttgtacct      900

aacaaataca tagcctctgt ggatatgttg aaaagccatg acgag                      945


<210>  699
<211>  1332
<212>  DNA
<213>  Bacteroidales

<400>  699
atgccatatc tggatttact agatgatgac gtaacccaat acatcacatc cagtaacgca       60

aatcctattg ttacgaaata cagcccttta tatttatggg gtggacgttc tgccgaaagc      120

aatgaaaaga tgtttgaaga tttcaacaat ctccccaacc caactagcgg cattacatcc      180

attgaagtag attcatacgc aaccttttac aaaatgattg ccggttgtaa tgtcgttatt      240

gacatgatta atgaggttga tggagaggag aacatgaaaa aaagggtcga gggggaagct      300

cttgtattac gttcatttta ttattttaac ctcataaatc tttacgctta cccatataat      360

actcctaatg cacctcaagg acaatctgcc ggaattccgt taaaattaag tagtgctatt      420

aaccaaaatt cagtttcacg tagtacggtt gctgaagtat acaatagcat tattaatgat      480

attgaaaagg gtattaacct attgacagaa gttagttccg ttggaaccaa atttcgtgtc      540

ggaacccgaa cagcacattt attagcaagc cgttactacc ttttcatgga aaattgggaa      600

aaagctgctg aacatgctaa cgcgatattt tccattccgg gaggaaatct ttaccttttt      660

gatattacaa cagtaactta tccggcaaat acagatggtc tagattttcc tcatccattt      720

accctggata atccggaaat cttattcttt tatgcagaag attcagaaca ttgtatggta      780

caatcaattt acagctctga ttgttttatg gcatcagacg aattattaaa tagctacgct      840

aatgacgatc aacgcttaaa aagctatctt agtcctcgta atgggcgaga aaaatcatct      900

aaattcgcta ccgatctcga attcggagca tgtttacgtc taagtgaagc ttatttaaac      960

agagcggaag cctacgcaca tatggctaaa gaaggacaga gcgaatattt ggacaaggca     1020

atctccgact tgaatacatt aagagaaaaa cgtatcaaga actattcgtc acaaacctgg     1080

acaagcagta cgttcaatca caatgctgac aaacttatcg aagagtgtaa ggcagaacgt     1140

cgacgggaat tatgctttga aggaaatcgc tggttcgatt tacgacgtta cggaatgcaa     1200

tccttttctc acgatattga cgaatctcca aataccggag atgaatacac ggtagaaatt     1260

ggaacagcta cccccaaatg ggtattaccc atcatgcagg tacataaaga aagtaatcca     1320

gctctaaatt aa                                                         1332


<210>  700
<211>  1152
<212>  DNA
<213>  Bacteroidales

<400>  700
ataattatgg aatttacaca tgaacaaatc tcggaaataa tttccgaaat cacaaacggt       60

gaactaggtt tacaaggctt ggttaaacaa ggtttagaga gtttaatgtt atcggaacgt      120

gatcttcata acgagacacg tggtgacgtg agtaacggtt ttcgtggtcg tcgagtatgt      180

catggcggta aggtcttcga acttcgggtc ccgcgtagtc gtaacaacca tttttacccg      240

atgttactgg gggtgctaaa agaccaggaa gaagaggctc aaaagctagt gagtagcctt      300

tattgcagcg gtttaaccac ggaacaggtg ggtaaaattt acgagcaatt ttacggcaaa      360

cattacagta aaagccaggt tagccgcttg ttgaacacgg cccgcgagga tgtaaatgcc      420

tggctaggtc gtgaactgga taatcgttac ccgataattt acatcgatgc cacctatgtc      480

ctcacccgtc gtgatgattc cgtttccaac gaggcttact acacggtttt gggggtgaaa      540

gaagaccgaa cccgcgaggt gctggccgtg gtgaatttcc ccacggaaag tgccacgaac      600

tggaaggacg tgtttgaaga cctcaaggaa agaggcgtgg ccgtgattga tctcctggtg      660

tgtgatggat tgcccggtat tgaaaacgtg ctggcagaaa cctttccaaa agcagattta      720

caattatgta ccgtgcacct gaagaggaat atagctggga aagtcaagcc cagggacaag      780

aaacaggtca tggaagaact caagcaggtt tgcgctcccg accagtggga gatctccccg      840

gaaaaggctt tcgaaaaatt taaagagttt attgccaggt ggcagaaaag ttatcccgtt      900

ttgaaaagat attgccacga caggtacagg ttctatttca cctacttcaa gtacgagagg      960

gaaatcaggg ggatgattta caccacaaac tggatcgaaa ggctgaacag ggattacaag     1020

agggtcatca acatgagggg cgccatgcca aacccccaag ccgttattct cctaatggga     1080

acggtagccc aaaatgcaga tatttataaa tatcctattt ataatttttt agaatcaaga     1140

ttattttatt ga                                                         1152


<210>  701
<211>  3564
<212>  DNA
<213>  Eubacterium

<400>  701
atgcaacaga aaagtgcaac aaccaaaatg aaaggaggta tcatgaaaac tttatcaaac       60

cctcttttaa aattcgatac ttatattgat ataaaaaccg caatgagcca acagacttat      120

cccatcgtcc tgaatggttg tgttgattct caaaaagcac actttattcc aaatttgggg      180

gaggattttc cttgtcggtt tgtattgacg tataaagaag agaaggcgaa ggagctgtat      240

caggatttga gtttttttga tccgaatacg gtgctgtatc cttcgagaga tgtgctgttt      300

tacagtgcag atgtgcatag taatcacatt gagcggcagc gaatggacat tttaaaaaag      360

attgtggagg gaaagcctct cacgattgtt gcctgtcttg atgtgtttat ggagaaaatg      420

attccgtttg aggagtttaa ggagcattgc ctgacgattg attttgaatc aattattgat      480

acagatgcat taaaactcaa gctttcagag cttggatatg aaaacagtgg cctggtggaa      540

gcgccagggc agttcggtat ccgaggggga atcattgaca ttttcccgtt gacggaggaa      600

cttccggttc gaattgagct gtggggggat gaagtggatt ccatccgttc ttttgatacg      660

gaaacgcagc gaagtgtgga aaagctggac gaggttcagg tataccctgc gacagaaatg      720

attctttcaa gaaataagat tggtgaggca gttcgccgaa tgaaggaaga gtataagaag      780

caggaagaag catttaagaa gagaaagcgt cttgcggaaa aagaacgtct tcggaagatg      840

acggtaagga cagaggagga acttctttct tttggaacag cagagggaag tgaggcatta      900

ttgtcctatt tttatgagaa aacggtttca tttcttgaat atttaccaga aaatacactc      960

tttttcattg atgaaccgca tcgtgttctg gaaaaaggaa agacatatga ggaagaattt     1020

ttcctttgta tgcagagtcg attagaaggt ggatatgtgc tgccgggaca ggcggatttg     1080

ctgtttggat atgaggagat tctgtcaaaa gtgatggtgg gaccgcttat tttgctcagt     1140

tctgttattc aagattacgc tttttacaag ccgaaaacca tttgtgatat cgaggcaaag     1200

tccatttttt catataataa tagttttgac cagcttatca aggatttaga acactggaaa     1260

aagcaaaatt acaggatttt gctgctttct tcttcaacaa caagggcgaa gcgtcttgca     1320

gaaaatatca gggattatgg tctgcttgcg tattttgcag ctgattttga ccgcacgatt     1380

gcaccggggg agattatggt ggcgagtggc cgacttggaa atggttttga gtacccgacg     1440

cttaaatttg tcgttttatc cgaaaaagac attttcaagg aaagaaaggc caaaaagccg     1500

aagaagaaaa gccagtacag tggccagaaa atcaattctc tttcggagat ttcagtcggt     1560

gattatgttg tccatgaaaa atatggactc ggtatttacc gtggcatgga aaaaattgag     1620

tccgatggaa ttacgaaaga ttacatcaat attgaataca aagatgcgag taatcttttt     1680

gttccggcat cacagcttga actcattcag aaatattcga atttaagtgc aagaaagcca     1740

aaactgaata agcttggcgg cacagaatgg gaaaagacga aaagccgggt tcgctcacag     1800

gtgcagattg cggcacagga tctggtaaaa ctttatgccg agaggcaggc aaaagaaggc     1860

tacgcttacg gcaaagatac cgtctggcaa aaagaatttg aagaattatt tccatatgag     1920

gaaacagaag atcagttaag tgcgattgaa gataccaagc gtgatatgga aagtcatcga     1980

attatggacc gtcttatctg cggagacgtt ggatatggaa agaccgaggt tgcaatccga     2040

gcggcattta aggcagttat ggacagcaaa caggtagttt atcttgtacc gacaaccatt     2100

ttagcacagc agcattacaa ttcatttaaa gaaagaatgg aacattatcc agtcgagatt     2160

gccatgcttt ctcgtttttg cacgccaaaa gaacaaaaac gtatttttga tggactgaaa     2220

aacggaacga ttgacattgt catcggcaca cataaagttc tttcaaaaaa tatcaaatac     2280

aagaatctcg gactccttat tattgatgag gaacagcgtt ttggcgtaaa acagaaagaa     2340

aaaatcaagc agctgaagaa agatgttgac gttctggcat tgtccgcaac cccaattcca     2400

agaaccctgc acatgagtct tgccggaatc cgtgacatga gtgttcttga agttccacca     2460

gtggaccgcc gggcaattca gacctacgtt atggagtaca acgaggaact tgtccgcgaa     2520

gcaatcgaac gagaacttgg cagaggcgga caggtatact atgtatacaa tcgagtcaac     2580

aatatcgacg aagtagcagc aggcttacaa cggcttttac caaatgccac agtagagtat     2640

gcacacgggc aaatgggcga gcgtcagctt gaaacgatta tgtccggctt tatcaataaa     2700

gaaatagatg ttttagtctc cacgaccatc atcgaaactg gactcgacat cccaaatgtt     2760

aacacgatga ttattcagga tgcacagtta tttggccttt cccagcttta tcagctaaga     2820

ggccgtgtcg gccgttccaa ccgaactgca tacgcattct taatgtatag aagaaactct     2880

atcttaaaag aagaagccga aaaacgatta aaagctatcc gtgaattcac tgacttagga     2940

agtggtttca aaatcgctat gcgtgacctc gaaatccgtg gggccgggaa tcttcttggt     3000

gcagaacaat ccggtcatat ggaatccgtc ggatacgacc tttactgcaa aatgctcaac     3060

gaggccgtat taacaatgaa aggcgaacag caggaagtcg atacatttat cacatccatc     3120

gacctgtcca tcgatgctta cattccggaa acctacatca agagcgaatc cgaaaaactc     3180

tcctggtata aacgaatcgc aactatcgag acgcaggaag aatccgagga catgattgaa     3240

gaaatgaccg accgttacgg tgatacacca gcaccactca tccgcctcat ggacgttgca     3300

ctccttagag aagaagccca tcaggcatgg cttctttcca tcgagcagaa aggaagcaaa     3360

atcctgttta ccatgaaccc acgggcgaaa gttcgcgttg aagaaattga cggtttcctc     3420

aaacagtacc gcaacaagat gaaaataaaa ccagaagcga atccggtgtt tgtgttcgaa     3480

tccacaggga taccgaaaaa agacttgctg gcaaaagtca gggaaatcat tgggggaatc     3540

caaaaactac aggataaatc ctga                                            3564


<210>  702
<211>  4731
<212>  DNA
<213>  Eubacterium

<400>  702
atgcaggagg aacttaatac acgactatta caaaagataa gctatctgga aaaaggtgcg       60

gtgttaggga tgatagtatg cagttgcttt tttctggcgg caatattgta ttttgtaaaa      120

gcgaatgtat atgtaatatt aataagtggt ttgaaaaaga aagtagctca tgtgagaaat      180

aaaataaaga gaaaaagagt gagacgaata ggaagcaagg ggaaaaatga gataacaaat      240

aaagcttatt ttaaattaat tgtattagct tttgtgggag ttggaagcat ctatacatat      300

agaacatact acgtagaagc agctgtaatc acacaattgg caattgatga agatacagaa      360

gttatggata atactgctgg tgacataggg gaaaaaagtc caaaactata tttagagtca      420

aaaggatgga ttgggggaac gggagaattt gcacaatatc tttttagtaa ggataacagg      480

acatttacca taggtgtgga ggaaaatacg tttcattctg acttagaaaa agagtcattt      540

ttattccagg tttcagagaa ggaaagtggt attgaccaag aaggttttaa taaggttaga      600

cagtatgaac aaggggagtt tgaaagaaaa gctagtgaca atccaatcta tcaaaaaaca      660

ctttcttttg agacagaaaa aaacagacat aaagtgtata gcttgtatct ggaatatata      720

aatggatggg gaatgccatt aattggagat aaaggagcgg tagaaaatta cggaaatatt      780

ttatcaggaa ctttcaaaag taaaaagctg gtgattgata aaaaatgtcc ggagatagca      840

ggattaaagc ttgagaaagc agataaaaag aaggaaggaa taagatttgc gaagaaagtt      900

gtcagtgaaa cttataatac agatgaaata tataataccg ataaaaaatg cgatacagat      960

acaacataca atatagatga agaatgttat tacaatacgt cagtaaaagg aatgatagat     1020

ataagggaaa aataccttga tttagatagt atacatatcc aggcgatgac attagatgat     1080

agggcgaggg aagtagtcaa agaaaatgaa gctgaaagta atgatggtat gttagacatt     1140

ttggcatgga cacatactaa aaaaggaaac ttacatcaaa tttcgtttga ttttgctgta     1200

gaaggaaaat ggaagtttat tcttgattgc gctgatctgg caggaaataa aggagtatcc     1260

aatcagacag gacaggaagg gatagagagt acagacgtta cgatagataa gtcggcgcca     1320

gagctatcgg ttgattataa aggcattatt aacgttatgg aagcggaatc ctcaccggca     1380

aatataaata aaaaattaaa gagtaacgga gaaaaaatta cttcttctgg aaatgaatta     1440

tttatgaaaa gggaaaattc gattgatatt tgcattgaag atatgaattt agaggcggaa     1500

aatatagaat taaagttata tcgtgtaaaa tatggtctaa atgggaaaat agaacagaac     1560

aaagaatcat gggaggaaat aacagaaaaa ataaagcagg agccagaaaa acaagaatta     1620

gaaaaaggag agcaagagaa aaattccaaa acagtaatgc gatattctgt tacaaatctc     1680

gatgatggcc attataaact tatgatacat tgtacagata aagctgggaa tgttatgaca     1740

gctgaaaaga gtagcgagac agaaaggtgt atttataatg gatattatga aagtccactc     1800

tataccgttg atacaaagag tccattgata acaagtgtga ttcttaacca gaatgcagtg     1860

aaaaagatag gaaaaagaca gtattttcaa aatgctcctc agattacaat taaaattcag     1920

gaagaaaatt ttaataagat aaatttttct ttagagggga aaatgtttta ttcaaatgga     1980

atggttatgg agaaagaatg ggaacgtttt aagagccagg agaaaagctt acaatggaag     2040

tcttattatg aggatggaat cagaattaat gagacaaaca tacaggtaga agctgaagga     2100

aattatacat taaactttgg ggttattgat agtgctgcgt gtgtagcaaa tcaggaaaac     2160

ttgcagataa catacgattg tcacaaacca gagattattt atacaggagt tgataatgag     2220

agtggagatt tgatttttaa agcagaagaa aatggagatg ataaaaagaa aaatacattg     2280

ttattgtttc ataaatacca ttttttccga tattttagta aaagaagaat gaatgttttc     2340

attcggataa aagatgctat tagtgggata gagagaataa attatgcttt tattccatat     2400

gaagaacaac caatagatat aaataagttt tcccaggtag aaaggacagg agcagagaaa     2460

ataaatgatg aatattttga aaaggaagat ttgtcagagt tttctatcac agtatctcct     2520

gaaaaagaga attttaaagg gtatctaaag gtttatggac aagattatag cggaaatgta     2580

agtgagatgg tgaagagtaa aggtgcaatt tcggaatcat tgcagctaca taaagagaca     2640

agtaatataa caatgaaaat gccgcgggct ttttttacgg ataaagagaa gaatataaga     2700

tattataata atactgttcc ggttcaagcc gtatttgaag acacatatgc aggaatttac     2760

aagactcagt tatatgccaa aacaacaaag aaaaaggata gttcaataaa aacgggaaag     2820

acaattatgt gggatggaga taacttaatt tatcgaaaaa gacaacagat tgaattagag     2880

gcagataaat tttcacaatt tgatgcagat aatccgctga ctatccaggc agatttagaa     2940

gataacgctg ggcatacaga gaagaatata ttgaacgaaa aagttgtcat agataacaca     3000

aaaccagaga tagaagtggt gtatgatcag aataatcaga cacaatatta taatttttca     3060

agaaaagcaa ctgtgacagt aaaggaaaag aatttttcac ctgatttggt agtgtggaat     3120

atacagggaa gtaatcaaaa atatcagatt ggagaatgga aaaatgtgca gggtacctat     3180

gtatgcgaaa ttagcttcga ggaagatggc agggactatt cggtagggct gtcggtaaca     3240

gataaggcag gaaataagtc tgagtggaaa gataggaatt attttacgat tgataagacc     3300

gctccacaga tttctattca gataaatgga atcggaaagc aggctgatca agtcccatat     3360

tttaatacgg aacgaattat tacgttttgt atacaggaac agaattttga taaagataaa     3420

gtagaatata atatagatac aattcatggg aaaagtagaa ttactataaa aaaaccagta     3480

aaatatcagg aagatggaga caaatattat agcaggctgg tgctaaagaa agaggcaaaa     3540

tatcatattc aagtaaaatg tacagataag gcaggaaatg tctcagaaac agcagagact     3600

aaagaattta taatagatac aacgactcct gctgtacata tagctggagt aaaacagaat     3660

ggaatttatc agggaaagaa gataatgcca caggtaatat gtaaagatca gtatttggat     3720

agagaatctg tggagatttc tttaaagaaa atagatgata ggaatgtttt gaaaaaagaa     3780

tggagttacg aaagagcaga aagtgaaaat acagtacagg tgcagtggga taatattaaa     3840

aagaccgaaa atagcgatgg aatatactat ttacaaatta aaggacaaga taaggcagga     3900

aataaaatta aggatgattt taaagtggtg ttccgtgtga atcaacgggg agcggatttt     3960

attttaagcc acgcattaaa aaagaagata aataaatatt atttgaaaga agcaccgaaa     4020

attaaattga gggaacagtg tgtaaagcag acgaaatcaa gggcggttat tttaaaagat     4080

aatgaagaga gaaaggggat aggtgaaagt agcataacaa gtagtgtgat agcagataaa     4140

aagtcagaaa ggtatggctg gtatgaaaaa tactacaatt ttgctaaaaa agactttgag     4200

agagaggggg attatcgtgt tacatttcaa gctgatacga aagaaaagga gcttcggttt     4260

gttgtagata agactccgcc ggtagttcat attggcaatt tggataaaca gatctatgaa     4320

gagaaagaac atgaatttac tattcgtgta atggataatt atgcatttaa agaactagaa     4380

ttatatatgg aaactgacag ggatatatta ggtcagaaag gaacaaaaaa gattattata     4440

aaaccgaaag acttagatga aaattatatg gtacggaaga cccttacagc agataaaaga     4500

tatcagacag tacgttatat cgcaagagat aaggccggaa atgtaataga ttctaatgat     4560

aatggggaca caaaggtttg tcttgtaaca gatagtaaaa cggtaaaaga atatcaagaa     4620

cataaaaaag aatatatgtt aataggtatt ataagcacat tgggaatatt tatcgtaatc     4680

agtggcagtg gactctttat ttttactaga agaaaaagaa atctgaaata a              4731


<210>  703
<211>  1074
<212>  DNA
<213>  Eubacterium

<400>  703
atgaagaaga tttcacacgg aggaaacatt tacaagaaag cgaaggagat gggaattcag       60

gaggaagata tcctggattt ttccgcaaat atcagcccgc ttggcttgcc ggaacatatt      120

cgcagggcaa tgatagaagc gattgatgga acaataaatt atccagaccc tgattgtagt      180

cgtttaaaag aagccatcag taagcaggat aatgtaccag aaagtcatat tacctgtgga      240

aatggagggg ctgacctttt ataccgtctg gcatttggtt tacatccaaa aaaagtattg      300

cttccggctc cggcttttgt ggagtatgag gaagcattgt ccgcagcagg tgcacagatg      360

gagtactatc ttatgcgtga tgattttgta atcaaagaag atattttaga gcagataacg      420

gaagaaacgg attttgttgt tatctgtaat ccaaataatc cgacaggaat tcttacagag      480

aaagaattga ttcttcgtgt tcttgaacgg gcaaaagaga cgaatacctt tgtgatggct      540

gatgaatgtt tcttagaaat ctgtcaaaat gagagtgaat atacagtaaa gccttttata      600

gaaaaatatg aaaaccttat tattttaaag tcatttacaa agttatatgc gattccggga      660

gtgcggcttg gctacattct tgcaggaagt gaagatgtga ttgcaaaggt aaatcgcacc      720

ggacaggcat ggtcagtaag tcatattgca cagtgtgcgg gtgtggcggc actttccgat      780

aatgtataca aagaaagggt aatagagacg gtggcagagg aactttccta tatgaagaaa      840

gagtttttta agctgccggt tattttgtat gatggagcgg caaattatct gtttttccag      900

acaccgggaa ttacggattt agatagacga ttagaaagtt atggaatcat gattcgaaac      960

tgtagcaatt atgtgaatct tggaaaagat tactggcgtg tggcggtgaa atctcatgag     1020

gaaaatgaaa aactcataaa agcattacgg atgattttga aaggggaaga ataa           1074


<210>  704
<211>  1419
<212>  DNA
<213>  Eubacterium

<400>  704
atggataagg tagtacttgg ttttgcacca acaagaagag caattttttc agcaccagca       60

gctgtagtat atcgaggatt aacagcaaag agattaaaag agttaaatgt agatttcgta      120

gatattgacg atgtaaatga tgaaggtctt ctctatgatg acgctggaat ggaaaaaatc      180

tacgaaaagt ttagagatgc aaaagtagat ggtttattcg ttcctcactg taacttcggt      240

acagaatacg aagtatgccg cctggctaag aagttaaatg ttcctgtttt attatgggga      300

ccaagagacg aatgtccaga tgagaacggt atgcgtcttc gtgacagcca gtgtggatta      360

tttgcaacag gtaaagtttt aagaagattc ggaattccat ttacatattt aaagaactgc      420

aaccttgaag atgagtgctt cgcagaagga attgaccgtt tcttaagagt ttgtaacgta      480

gtaaaagcgt tccgtaacac aagagttctt cagatttcca caagaccatt tgatttctgg      540

tcaacaatgt gcaacgaagg cgaattactt gagaagtttg gaattcagct ttccccaatc      600

ccaatgccag aattaactca ggcaatgaaa gatgtaaagg agaattctcc agaagagatt      660

aaagaagtaa cagattactg ccgtgagaaa atgtgcatca aagtcacacc agaacagctt      720

gataacgtag cagcattaaa gattgctatg acaagattag gaaagaaata cggatgtaac      780

tgtggagcga ttcagtgctg gaacgcactt caggatgaaa tcggaatcat gccatgtgca      840

gcaaatgcac tttgcaatga tgagggattc ccaatcgcat gtgagacaga tatccacgga      900

acaatcactt ctgtattagt agaggctgca gcaatgggag agacaagatc tttcttcgct      960

gactggacag ttcgtcatcc atataatgac aacgcagagc ttttacagca ctgtggtcca     1020

tggccaatct ccatcgccaa agaaaaacca acgatcgaca caccagttgc attcgattgt     1080

tctggttcct taatggcaca ggcaaaagac ggagaacaca tttccttagt acgttttgac     1140

ggagataacg gagaatactc cttacttctt ggaaacgcta agacagtaga tggtccttat     1200

acaaaaggta cctatatgtg ggttgaagtt gagaaccttg accgcttaga agataaactc     1260

gttcagggac cttacatcca ccactgcgta ggtgttcatc aggatgttgt acctgtatta     1320

tacgaagcat gtaagtacat cggtgttaca ccagacttat atgatccgat cgaggaaaaa     1380

gtaaaagcta tcatccgtgg tgaaaaggta gaaaaataa                            1419


<210>  705
<211>  1278
<212>  DNA
<213>  Eubacterium

<400>  705
atggatttta aggaaaaaga aatgaatctt gagttaaagg aacaggattc agaacataat       60

aaaaaaaaga aagaggaagg cagcccaaaa agaaaaaaag gctgctttaa acgtgtttta      120

agtgtgcttg ttcttgtcgt tatcatcggt ttcagtttcc ttgcaggaag acaaagtgtt      180

atgacttcaa atgcttatgg aaccggcctt aataatggga agattttgcg caaactaagt      240

atgttagaag cttttgcggg caactattat ctcaacaaaa tagatgctga gaatgtggag      300

aacaatattt ataaggggtt tgctaaggga ttgcaagacc cctatgcaga atattatacc      360

ccatcagaat atcagcaatt gtcggaagaa gatgcgggaa aatataatgg aattggaatt      420

tctattgcaa aagacacaga tacgaattat ccagaggtcg tttctgtatt taaagatcag      480

ccggcatata aagcagggat taagaatgga gatctcatta cggcaattga tcaaaaaagt      540

actgccgata tggaactgca ggatgttgtt tctgccatta gaagcgaaga taatgataaa      600

gtcgttttga ctatttacag agataaaaaa acaaaagatt atacagtaga aaaaacttct      660

gtagaattag atagtgttac ttataaaatg cggaagaata agattggcta tattgcagta      720

agccagttcc atgaaaatac ggacgaacag tttgataagg cagtaacaga ccttgaaagc      780

cagggaatga agagtctgat tattgattta agagatgatg gaggcggact gttaactacc      840

tgtaccaata tgctgtcccg tctggttgca aaggataaaa tgcttgttta tacaaaagat      900

aaaaagggga aaaaagaaga gttcaagagt gattcgggta aaacagtaga tgtatcgatg      960

gttgtattgg taaacggaaa tacagcgagt gcttccgaga ttatgacagg atgcttaaaa     1020

gattacaaaa aagcaacggt tgtaggtaca acaacttatg gaaagggaat tgtacaaact     1080

attctgcctc ttacagatgg ttcagccttt aagtttacca ttgccaaata ttacacacca     1140

aaaggtacag atattcatga aaaaggaatc aagccggatg tggaagtgaa aatgagcgat     1200

aagcagtgga aaaaagccca gacagatgag aaggcagata aacagttgaa gaaggcgata     1260

gagattttga aaaaataa                                                   1278


<210>  706
<211>  4455
<212>  DNA
<213>  Eubacterium

<400>  706
atgcttgaag gacagacttt tatagaagta tttccagact ataccgttcc agataattta       60

aagtatgttt tgtccaatgc gattgtttcg aaggttgtca tgaaacagca gacaagacag      120

ctggttgttc atttgagaag tgaacatatt attcctagaa aagtattgaa taaagttgcc      180

tacgatatga aaaaagagct gtttggaaag acttctgtgt ttatttcttt tgatgatacg      240

tatgaactgt cttcagccta tacgttagag agcataacga atgattactg gaatagtatt      300

cttcatgaag tgaaaaaaat gggccgggtg gagtatagtc ttctttcgaa tggagagtgg      360

ggatttgaag gcaacatcat gacgatcctt ttagaagatt ctttccttgc aagggataaa      420

tcccgtgttt taaaagaata tcttgaacat cttttttctc atcgctttgg aaaggaaatt      480

caggtaggat ttgactttac cgatgatgca aaacaggcat tttataaggc gagaaaccat      540

aagctgaatc tggaagtaga tatggtcatg agtcagatca aaaaggtgga aagtgagaaa      600

aaagattctg atgcggaaga tagagaaggt tcaaaagaag agaaaaaacc gcaacgaagc      660

tattctggga atttctttga ggagcgggca agaagacagg aatttagtca gagacgccgc      720

tcaaaggacc cagatgttat ttacggtaag gattgtgatg gagaagttgt gccattagaa      780

gaaattgtcg atgagatcgg acaggttgtt gtccgcgggc agattcttaa aatggaactt      840

cgagaaatcc gaagagagcg tacgattgta agttttcata ttacagactt tacggatacg      900

attgttggga agatttttat tgccaatgac cagctgccgg aatttttgga tttatttgaa      960

aagggaaagt tctataaagt aaagggaatg cctcgtatgg atacatttga acacgacctg     1020

accctttcct caatttctgg aattaaaccg attcctgact ttaaagaaaa gcgaatggat     1080

aagagcttgg aaaagcgtgt agagctgcat cttcataccg taatgagtga tttagacagc     1140

gtggttgaca ttaaaaaggt tatcaatcag gcaaaagcct gggggcatcc ggcaatggcg     1200

atcacagatc atggagtttt gcaggcattc ccgattgcga atcattgtat tacgatggac     1260

gaaccgttta agatcattta cggagtggaa ggttattttg taaatgattt aaagaagctt     1320

gtcacgaatg ataaaggaca gacattatta gatgattatg ttgtatttga tttggaaaca     1380

acaggtttta gcccgattca tgatgcgatt atcgaaattg gtgccgttaa ggtaagcaag     1440

gggaaaataa gtgaccatta cagtgtattt gtcaatccgc agcgcccgat tccacttcgg     1500

attacagaac ttacaagcat tgatgactca atggttgcag atgcaaagtc aatagaagaa     1560

atcctgccgg aattcctctc tttttgtgag gggtgcagtc tggttgcaca taatgcagag     1620

tttgatgtga gctttatcga agagaatgca aaaagacagg gatttgaaac agattttacg     1680

gtacttgata cggtacagat ggcaaggctg cttcttacgg atttgaataa gtttaagtta     1740

aatacagtat gtaaacgatt gaatatcaag caggaacatc atcacagggc agtcgatgat     1800

gcaagagtaa cggcagaggt gtttcttcgt tttgtggaaa tgcttgaaga gcaagacgta     1860

cacacacttg ccaaattaaa tgatatggga gcgatgtcac cggatctgat taagaaagcg     1920

ccgtcctatc acggcattat tcttgtaaag aatgagacag gccgtattaa tttaaacaga     1980

ctggtatcgg ccgcacatgt ggactatttt aaccgccgtc cgagaatgcc ggaaagcttg     2040

attcaaaagt acagggaagg acttatttta gggtctgcct gtgaggcggg agagctgttt     2100

caggcagtca tcagggggaa aagtgaagag gaattagcag aactggtccg tttttatgac     2160

tacctcgaaa ttcagccaat cggtaacaat atgttcatgc ttgaaagtga caggtacgaa     2220

gcgaaaacag ttgaagattt acagaattat aaccgtaaga ttgtggaact tggcgaaaga     2280

tatcacaaac cggttgttgc gacctgtgat gttcatttct taaatccaga agatgaacag     2340

tatcgtcgaa ttctcatggc aggaaaggga ttttcagatg cggataatca ggcaccgctg     2400

tattttagaa cgacggagga aatgcttgag gagtttgcct atctcggaga agcaaaggca     2460

aaggaagttg ttatcaccaa cacaaataag attgctgata tgatcgaaaa gatttcgccg     2520

gtacatcctg ataaatgtcc tccggttatt ccaaagtctg atgagacatt aacaaaaatc     2580

tgttacgata aagcccatga gatttatggg ccggatctgc cggatattgt agaggagaga     2640

ctacaaagag aattgaattc tattatatcc aatggatttg ccgtaatgta cattatcgca     2700

cagaagctgg tgtgggattc gaatgaccat ggatatctgg taggttcgcg aggttccgta     2760

ggatcttctt ttgtagcgac aatggcaggt attacggaag ttaacccttt gtcagcgcat     2820

tatatttgtc ccaaatgtca ttatgtagat tttgactctg atgcagtaag accatattcg     2880

aaaaaaggta tgtctggctg tgatatgccg gatagggact gtccggtctg cggcacaccg     2940

ttacaaaagg aaggacatga tattccattt gagacattcc ttggatttaa gggaaataaa     3000

gagccggata ttgacttgaa tttctctgga gaatatcagt caaaagcgca taaatatgta     3060

gaagttattt tcggagaggg aaaggcattc cgggcaggaa ccatcggtac ccttgcagaa     3120

aagacagcat atggttatgt gtacaaatat tttgaagaaa gagatattca taaaagaaga     3180

tgtgagatgg agcgtttggc ggaaggctgt acgggtgtaa agcgaaccac aggccagcat     3240

ccgggtggaa ttatcgtagt acctcatgaa catgagattt atgaatttac cgcaatccag     3300

catccggcaa atgatgtgaa tacagatatt attacaacac attttgagta ccattctatt     3360

gaccacaact tgttaaaact tgatattctc ggccatgatg atcccactat gattcggcga     3420

ttagaggact taacaggaat ggatgcgaca acaattcctc ttgatgatcc agaagttatg     3480

tctcttttcc acagtaccga tattcttggt atcacaccag aagatattgg cggaattgag     3540

atgggttctc ttggcgtacc ggagtttggt accgagtttg ttatgcagat gttaaaagat     3600

acaaatccaa agtgtttctc tgaccttgtt cgtatttctg gcctgtccca cggtacagac     3660

gtatggcttg gaaatgcaca gacattgatt gaagagggaa aagcagagat ttccacggca     3720

atttgttgtc gagacgatat tatgacctat cttatcaata tgggacttga taaagaacag     3780

tcttttacca tcatggaatc tgttcgtaaa ggaaagggat taaaaccaga gtgggaagaa     3840

gagatgacat cccacggcgt gccagactgg tacatctggt cttgtaagaa gattaaatat     3900

atgttcccga aagcgcatgc agcggcatat gttatgatgg gctggcgtgt ggcatggttt     3960

aaagtacata agccattagc ttattatgca gcctactttg gtatccgtgc ctcagcgttt     4020

tcctatgaga ttatgtgccg gggaaaagaa cgtcttgaca ttgcacttac ggaactttta     4080

aaaacaccga aggatcagca gacgaaaaag gatcaggata cgattcgtga tggaagaatt     4140

gcacaggaaa tgtacgcaag aggatttgag tttatgccga ttgatattta taaggcaaaa     4200

gcaagagaat gtcagattat tgatggtaag atcatgccgc cgctttccag tgtggagggt     4260

cttggagata aggcctgtga gcaggtagaa gaggcagcga aacatggtcc gtttacctca     4320

cttgaaaact ttagaaatca ggcgaaagtc agtaagacga acgtagataa gatggtggaa     4380

cttggaatac ttacaggact tccggaaact gaccagctta catttgattt ctttatggcg     4440

cagagccagg tataa                                                      4455


<210>  707
<211>  4470
<212>  DNA
<213>  Eubacterium

<400>  707
atgagcaaaa ttaatgcggt tcggtttatc aatcttaact ataacaataa tgcgatgaaa       60

atcaatgatg aatgtatgca gtttagcggg aaaagtacac ttctttcatt gagaaatggc      120

ggcggcaaga cggttctcgt acagatgatg acggctcctt ttgtgcatag aggcaagcaa      180

aaaacaaagg acagaccgtt tgagagctat tttacaacag cgaagccttc ttttattttg      240

gtggagtggc tgcttgatgg tggagcgggt tatgttctta cgggattaat ggttcggaaa      300

aatcaggaaa ttagtgagga aaaaacagat gcgcttgaaa tgatggcaat tattagtgaa      360

tataaagagc cttgtatgca ggatattcac catttgccag tagtagagca aaatgaaaaa      420

acgatgaagt taaaaagcta taattcctgc agaaagcttt ttgaggacta taaaaaagat      480

aagaagcttt cctttttttg ctacgatatg agcagcccgg cacagtcaag acagtatttt      540

tataaactga tggagtatca gattaattat aaagaatggg agacgattat aagaaaggtt      600

aatgtcaaag aatcaggatt gtcagaactg ttcagtgatt gtcggacaga aaaagaactg      660

gtagagaaat ggtttttaga ggctgttgaa agtaagttaa ataaagagga aaataaagtt      720

aaaaattttc aggaaatact cgaaaaatat gccggaaaat ataagaatat taaggagcag      780

ctaaagagaa gggatgccat tcagaaattt aaggaagccg ctgaagaaat acagataaat      840

gcggaagatt ttcttgtaaa agagggagaa aagatagagc aggaaaaagt aatcgctgct      900

tttatagcac gattaaatgt gttgtatgaa gaagcggaaa tagagcggga acggcaagaa      960

gagggcagaa aaaaattgca ggaagaatta gaattcttaa aatacgaaca attatcctgt     1020

gaatttcatg aaaaaaacag agaaaaaaga aatcatgcca gcaatcgtga gatgatagat     1080

ttagagaaag aatcgcttct tagaaaacaa caaaaaatac agaagaaagt tcatgtattt     1140

ctctgtgcaa aacagcagga gatggtcaat gaggataaac aggaatggga aattcgaaag     1200

gaaaaagctg caatctcccg tacaaaagag gaaaatttag agccggagag aaacagaatc     1260

ggcggacagt taagtggata ttatgaatat cgcttaagtg ataataaaga aaaacaggag     1320

gcgataaaaa aacaaaagct tcagataaga aaagacattt cacagcagaa agacatttta     1380

aatgaatatc gggaaaaaac aaagaaaata acagagagta aaggaagttt ccggagtctg     1440

gtcaggggtt acgataatat agaaataaaa tataattcca attataaaga gaatctttcc     1500

agaaatatat tgggagtata tgaagcagga atgcttgata taaaacagga aatgtatgat     1560

aaagagcaga aaaagagcat tcaggaaaac aaggaacaga aagaaaaatc cgaaaatacg     1620

actgaggaga ttcacagaac ggaaagagcc attgaagaaa aaagagaaaa gtattttcag     1680

aaagatagtg atataaagca ggcagaaaaa gagaaaaagg gatatgaaca ggagcttgag     1740

gaaagaaaag acattcttaa atatcttgaa ttgccggaag aaaagctttt tgccagagaa     1800

gaaattctcc ataaggccaa aataaaaatg caggagctta gtagcaggag aagaacgcta     1860

gaaaagaaag aagatgcatt acaaaaagag tataaactct tagtcagtgg tcgggtaatg     1920

gaacttccag acaacttgaa agaagaattt gaaaaattag atgttccggt tgtatatgga     1980

atggagtggc tgaaaaagaa tggatttaca gagaagaaaa ataaagaaat tgtaagccaa     2040

aatccatttt tgccatatgc acttatttta actcgtcagg aactaaaaaa gttatcagaa     2100

agaaacggag agacatatac ttcatttccg atacccatta tagagaggga aaatcttgaa     2160

tctataaagt tagatagaac acaatctttt gtaaaaatgc aggatattca tttttatatt     2220

ttgtttaatg aaaatcttct ggatgaagaa aaaatggaga ttatgataga acaaaagcaa     2280

aaagatattg ctgacattcg ggaaacgatg caaatctgta aaaatgaata tgaagactat     2340

ttccatcgtt ttgatgtgat aaaaagacag gcagtaacca aagaaaactg ggataaaata     2400

cagaaaaaac tacaaaaact ggagaaagaa aaagaagaca ttttccagaa tatacaacag     2460

gcaagagata caaagcaaag cttaaagaaa aactttgaaa tcctgcaaaa aactcttagg     2520

gaattggaga agaaaattga atcacaggca gccagacaac gcgcatttaa agaacttaga     2580

acggcatatg cagagtatga ggaaaataat aagaagcttc aggaatatga aagagaagaa     2640

gaacgattag aaaatcgcca acatcttaca gaagaaaaaa tcagccagct tgaagaaaat     2700

tatagagaac ttagcggaca ggagaatagt ctgttcaggg aggaagagtc tattcagaat     2760

gcctgtcaga agtttgcagc gtataaggag ataaatagaa atgtaaaagc aggtaagctt     2820

ttaggtgtag attctacgtt gaggacagat aataattcag gtgtaaaaat cattccaagt     2880

gaggcggaag ttcttaaatt agaagcaaga tatgaagcgg ttactgcaga catttcccag     2940

gaattaaaag agttagaatt agaagaagaa aaggccctga cccgctacca caaatctttc     3000

ggagaattac gggaactatg tcaaaaatat aatctgaaaa actcagaatg gcaaaatatc     3060

atttatgaca aaagagagca gctttaccag gaggcagagt tagaagatta cgataagaaa     3120

atagagcgaa aagcaaatct tctaaatgag gaagataaaa aaataggaat tttaaacagc     3180

cagttagaag ggattttaaa gcagatagta tcagaatgtg gaaaaggaaa tcctttagaa     3240

gaagaaaaaa tcagccagaa agatttagaa agtgcaaaga accagacgaa atatcaactc     3300

agcgaattag agcggaaaat agcattttct gaaaaagcaa tacagaaata cagagagaat     3360

ctcacagcac tttctgaata taataatttt tccgcagatg aagaaatcca ttttgagcag     3420

gacttcaaaa aaatgagtga aaaggaactg cgtgatttta agggaatgtt gatcagagat     3480

tataatgata taattagatg tgttcagaaa tgcagagaaa ctcttgcaca gacattaaat     3540

aaaatcgcga gacaggaagc atttcaggat gcaagttata aaacgcctct tgaaaatatg     3600

cttaaagtct gtgacgatgc agcgaaagtt ttacgtcagt taaacatcac cctggaatcc     3660

tatgattcac ttatgaagca gttagaagta gatatttctc tggtagaaac agaaaagaaa     3720

aatgtaacgg aacttctgga agattatgtc cagaatattc ataaaaacct tgaaaagata     3780

ggacgtaatt ctacaataaa aatacgggaa aaatcaataa aaatgctaaa agtcatttta     3840

ccggtatggg aagataatga aaaattatat agcctccgct taagtgattt tgtggacgaa     3900

atcacagaag aaggtatccg tttatttgaa aataacgaaa atgcccagga atatatcgga     3960

agaaaagtta caagcaaaaa cttatatgat actgtggtgg gaactggaaa tgttcagatt     4020

cagctttata aaattgaaga acagagggaa cagcagatca gttggaacca ggtagcaaaa     4080

aactcaggag gagaaggttt cctgtctgca tttgtcatat tatcaagttt gcttgactat     4140

atgcgaaaag atgattctga cattttcatg gacaaaaatg aaggtaaagt tttattgatg     4200

gacaatccat ttgcccagac taatgcagaa catcttttaa aaccattaat gaatcttgcc     4260

gataaaacaa atacacagtt gatctgcctg acagggttag gcggcgaatc catttataat     4320

cggtttgaca atatttatgt actaaatctt attgaagcac atcttagaaa tggaatccag     4380

tatcttcgtc cggagcataa aaagggagaa gaagtaaaag tggaaacgat acttccaaca     4440

catatagaag tggaagaaat gctgttttag                                      4470


<210>  708
<211>  2289
<212>  DNA
<213>  Eubacterium

<400>  708
atgaataagc aacaaaagaa ttatataaaa gctgtagtag gatttgtttt ggctgcaata       60

atcctctgtg caggaatcat gactgccctt tatcttatga gagaagaaaa aggaatggaa      120

aacctgatgg caccagtatt aaaaagactg attgcaggca ttttgctctt tggccttact      180

gtgtgttgga gacatttttt aaaaaaatct gtcagtaaag tagcagggat aatagttatt      240

gtgcttctta gtttattttt tgcatggcat atttctggaa ttccgcagga aaaagcatta      300

aaaccgcaga atgtgaatct ggaaaaagca gaatttcgtg ggtatgagat aaatggaaat      360

cattttctta ttaaagaagc aagacctttt ataaagtata agatgcagtc ctcgaaaatt      420

gccaatgtaa aagtatattt tgaagaacca gtggcgcagg atacagatgt aaaaatttct      480

taccagacca aagaaaagcc tacttatgaa cagaacccaa gagtatgggc taatataaaa      540

aaaggagaaa aaatagcatt tggagagata gatgctactg gaataacaag gataaaagtt      600

cgttttggaa gcaagatagg gcagcagttt gtattagatc atatagaatt aaatgcaaat      660

tacagggagc gtgtgcagaa aaaacagata acaatgataa tttattttat gatgtttttg      720

cttatgccgg cttgctattt gctattatct catgcggttg aacttcagaa gaggacggat      780

cagaacaaaa tattgaaagt attatcattt ccgtttggtt tattagttcc ggtagcctta      840

tttataacac tgctggtatg tagtatggtt gcatggctta aaagtacatg tggggatgtt      900

tcattttcca ttattgtgct gcagcttacc agtccgataa aaggaacgga cagtggcgta      960

ataaacagta ttataaaaac aggaattatt ccgccgctcc ttgttacgct tacgattagc     1020

atagtttatc ttattatggt aagagtatta tacaatcttg aagatttacc tgtaaaaaag     1080

gttcctgcat ggactaaaat ctgtctggaa attattctgc tcattgccct ggttggaaca     1140

atacaagttc agggaacaaa agtaggtatg tgggagtata taaaaagtgt tcaggagaaa     1200

acggatttct atgaaaaata ttatgtaaac ccagctaaga caaaacttga ttttccatct     1260

caaaaaagaa atttgattta tatatttatg gaatcaatgg aaagtagtta tgccgatcag     1320

gaagatggcg gtatcatgga tgataattat attccgaatc tgacaaaatt ggcgaaggaa     1380

aatataaatt tttcagataa ggcggatgga aagctaggcg ggccaacttg tttagaggca     1440

acggcttata cggttggagg aatggttgca cagacagcag caattaattt aaagcttcat     1500

aattcgggat ctatgtttgg aaactttctt cctaatttaa caacaatggg agatattctt     1560

aataaagaag gataccagca ggtgtttttg tgtggaagtg agggagactt tgccggaaga     1620

gatacatact ttacaagcca caaagatttt catatagaag attataacgc agcgaaaaaa     1680

gaaggattca ttgcgccgga ttacaaagta ttttgggggc atgaagacga aatattatat     1740

aaacgtgcga agaagcagct cgaacagctt tcttcgtctg acaaaccatt taatcttaca     1800

atgctgacgg tggatacgca ttttccacga ggttataaat gccgactttg taaagataaa     1860

tataacagac aatatgctaa tgtaattgcc tgtgcagacc agcaggtata tgactttgta     1920

gaatggataa aaaaacagga tttttacaaa aatacgacaa ttgttatagc tggtgatcat     1980

acgacaatgg tcgatacgtc cgatccgata tggggtaatt taaataataa ttataaaaga     2040

accgtgtata atacaattat caatgctgat tgtacctata aaaaaaatgt gaccgaaaac     2100

agagattttt ctacaatgga tatgtttcca acgacattag cagctttggg agtacagatt     2160

gatggaaatc gcctgggatt aggaacgaat ctgttctctg gtcaaaaaac acttccagag     2220

aaattaggaa gaggatatat taatcaggaa ttaaagaaaa acgacaaaga atataatgga     2280

ttttattaa                                                             2289


<210>  709
<211>  2844
<212>  DNA
<213>  Eubacterium

<400>  709
atgatagatg tcagagagag cacagataaa ctgaaaatat tgattgtaga tgattctgag       60

ctgaaccgtg aacttctcgc aggtatgctg gaggatgaat atgagattta tcaagttgaa      120

aatggtaaga aagcaataga tattttagag gagaacagag aacagtttaa acttgtttta      180

ctcgacataa atatgccggt tatggatggc tatgaagtac tttccattat gaagcgaaga      240

aagtggcttg ataaacttcc agtaattgtt atttcagcag aaatcagcgg ggaaagtgta      300

aagaaggcat acgagcttgg agcgagtgat tattttgtgc gtccgtttaa tgtagctatc      360

gtacttagaa gagttagaaa tacgattatt ctttatgata atatttcaag taatttaaaa      420

gatgcagtta ctatgctgtc tacgattttc tatcgtatat taaagattga tttagaggca      480

gattcttatg agattataga gcaggggaat aatgatcctt taagagaact gtatcaaaag      540

gaaagtatat ccgcatgtct gaaagatgtt gcagaaaagg ggtatattca tgaagaagac      600

tacaaagaat atacagagtt ttgttcatta gaacatttga aaaaaatctt tttagatgga      660

agtcaatatg ccagcctgca gtatcggaga gttcttgagg ggcagtatcg atgggtttcc      720

atggaaattg tgcgaagcac cgaatatcga gaagataatc agcaggttgt aatgtatatt      780

cgtgatatta atgatgacta cttgaaactt ttacagatag caatgtgtca cacattggat      840

tctgtgggaa ttgtgtcagc taatatttct cagggtattt gtctttcctt tgctggcagg      900

agagatgaat tagaatgtca gagtgaggaa agtatcgata catatataca aagagtcagt      960

gaaatgattc caatgcctga atcaagggaa catttttgcc aggtgttctc tcagcaaaat     1020

atgttgaagc ggtttacaga gggtacggcg gctttatcta tggaagcagc atttttttat     1080

tcggaagaac cacagccatg tgttcttcgt attaatgtag atatggcatg caattctttt     1140

tcaagagaga ttgaaggcgt gttacatttt acagatgtta cagtagcgta tcttattgag     1200

aatgtgccgc agaagattta tcagaaggat tatgagaata ttataattat tgatgcgaag     1260

agagagaaga tgataaagac agatgtcttg tcttctgtta tatctgatta tctgaagaaa     1320

gaagaggcat atgaaggcta ccgttcttat agttcacaca gagccgttgt agaaagtgaa     1380

cgtgagaggt ttaaaaaatg tgtggaactt tccacaataa aagaggggct tcgtaaagac     1440

aagcaatatt tttttacaat tcatgaaaca gataaaacag gggaagtaag attaaaaaga     1500

tactcttata tttatattga tgagagagtt gatataattg ttggagcgag agaagatatt     1560

acagaatttt cagaaaaaga cgttctgaca ggcggatata atcgtcgggg atttattcga     1620

attacagaac gtcttttgaa tgaggttcca gatagaacta aatatgccgt tctatttttt     1680

aatgtgaaga attttaaggc ggtaaatgaa ttgtttggcg tggagagtgg cgatgtggtt     1740

cttcagaata tatttagaac gctgacacat tcaaagttat cgccagttat tactgcaaga     1800

gtagagtcag atcattttgt atgtctggta gagaataaga atcttgattt tgaagaactt     1860

acctcagttt gtgataataa gttcgtaaaa gacggcaagt gtatgaattt gattattcgc     1920

tgtggtattt tttatgtgga agagaagccg atgaagattt cgggaatgat tgacagagca     1980

aaacttgcga agcgctatat taccgatgag tatgtgcagc catacatggt atatgatcat     2040

tccatgcagg ttgcatatat agataaggct aagctcgccg gagaattaca ggaaggcatt     2100

gcgaaggaac agtttaaagt atattaccag ccggtaattg atacaaagac aggaaagatt     2160

gcatcggcag aagcattaat ccgttggatt catccggata aaggatttat ttctccagct     2220

ttgtttatac ctgcattaga ggagaatggc catatttcag aacttgattt ctatgttctt     2280

aaaaaggtat ggcagtttat caatgatcga tgtgagaata ataaatttgt tgttccaatc     2340

tccgtaaact tatcctggat ggatttctac gatgaaatta tgatggaaaa gattctaaaa     2400

gaaatggatc gcttcaggga aaatggcaga gaacatatgg catgttttga aattacggaa     2460

acatcctacg ctgctatcag agaaaataga agcggtattc ttgaaagcct tagaattaag     2520

aatgcaaaga ttctcctaga tgactttgga agtggctttt catcctttgg aatgctgcag     2580

gactatgact ttgatatctt aaagattgat atgagcttta tccgtaaaat tggcgagaat     2640

ccaaagacaa aaagtatcgt ccatagtatt atcggaatgg cacatgagat aggtataaag     2700

acagttgcag aaggagtaga aacggaagaa caggtaagct tcttaagaca gagcggctgt     2760

gattacattc agggatatta ctattccaaa ccattaccag aagaagagtt tgtggagttt     2820

ctggaaaaag cagatgcaga atag                                            2844


<210>  710
<211>  2631
<212>  DNA
<213>  Eubacterium

<400>  710
atggctaaac tgactccgat gatggaacag tatttccaga taaagaataa atataaagat       60

tgtattttgt tttatcgtct gggagacttc tatgaaatgt tttatgagga tgcgcttacc      120

gcgtcaagag agttagagat cactcttact gggaaaaatt gtggccagga agaaaaggcg      180

cctatgtgcg gggtgccttt ccattcctgt gaaccatata ttaataagtt agtagagaaa      240

ggatttcgtg ttgccatctg tgagcaggtg gaggatccaa aggctgccaa aggaattgta      300

aagagggatg ttatccgtgt agttacaccg ggaaccaatg ttatgaccca gagccttgat      360

gagtcaaaaa ataatttcat tatgagtgtg ttctgtgaag atgacctgtt cggaatcggt      420

gtgtgtgatt tgtctaccgg tgaatttcga acaacgcagg ttgaacatca ggacgcactt      480

tttgatgaga tgaataagtt ccagccatca gagattatct gcaatgatgc attttgtatc      540

tgcggcatgg actttgactt tatcaaggat aaggtcggcg cagttatttc tccggttgca      600

agttattatt ttgaaaaaga taattgtgaa atgttaatta aagaacagta taatcttgcg      660

aatttagaag gaatcggtct tacggattat ccgtttggtg tgattgcaag tggtgcgtta      720

ttacagtatc ttcatgaaac tcagaagaat tctctttcac atttaatgga attaaaagtg      780

tattccacag aaaattatat ggtgatcgat agttctacga gaagaaactt agagctttgt      840

gagacgttga gagaaaaagg aaaaaaagga agtcttttgt gggtgcttga taagacaaaa      900

acagcgatgg gagcgagaat gctccgtaag atgatcgaac agccactgat tcataaaaca      960

gcgattcagg acagactgga tgcggtggaa atgttaaaag ataatcttat ggcgcgtgaa     1020

gaacttcgtg agtacatgaa ttctatctat gatctagaac gtcttacaat gaaagtaagt     1080

tatcgtagtg cgaacccaag agacttgatt tcttttaaga catcgattca gtatctgcca     1140

tatatcaagg atattcttgc acagttcagt aaaggggttc ttgctaaaat ggccggggat     1200

ttggatacat tagaagatct tcatgagtta ctggaggcat caattgagga agacccacca     1260

atcccaatca aggaaggcgg catcatcaaa gaaggatttg atgaggaaat tgatcatttg     1320

aagaaggcaa agaccgatgg aaaaacctgg cttgccgagt tagaagaacg agagcgtaaa     1380

aagacaggaa ttaaaaatct ccgtgtgcgt tataataaag tgtttggcta ttatatagag     1440

gtaaccaatt cttataaaga tttagtgcca gattactata ttcgccgtca gacacttgcc     1500

aatgcagaac gttatacaac agaagaactg tccgaacttg caagaacgat tcttggagcg     1560

gaagataggt tgtacgcttt agaatatgag acttatgtgg caatccgtga aaaacttgct     1620

gctgagatgg agcgaatcca gaagacagca agtgtgattg catggacaga cgtgtttgct     1680

tctcttgcgc ttgtcgcaga gacaaaccag tatgtaagac caacgctgaa tcagagaggc     1740

gttatcgaca ttaaagatgg ccgccatcca gttgtagaaa aaatgatgtc tggggaactt     1800

tttgtggcca atgatacgtt acttgaccat aaaaagaatc gtgtggatat tattaccgga     1860

ccgaatatgg caggaaagtc tacctatatg agacagactg cgcttatcgt actgatggca     1920

cagattggtt cttttgttcc ggcaaagtct gctaacattg gtctcgtgga ccgtattttc     1980

acaagagtag gtgcctctga tgacttagcg tctgggcaga gtacctttat ggtggaaatg     2040

agtgaggttg ccaatatttt gcgtcatgcg acaaaggaca gtctcctgat tcttgatgaa     2100

atcggacgag gaacaagtac ttttgatgga ctttctattg cgtgggcagt tgtagagtac     2160

atagctggtt cttcactatc tggtgcgaaa acactatttg cgactcacta tcatgaactt     2220

actgaattag aaggtaagct tccaggtgtt aataattact gcattgccgt acaggaaaaa     2280

ggtgatacga ttattttcct gcgtaagatt attaagggaa gtgctgataa gagttatggt     2340

attcaggttg ccaagcttgc aggcgttcca gaagttgtta tagaaagagc aaaggaaatc     2400

gcagcagaac tagaagagtc tgatattaca gcgaatacaa aaaatattgg aaagaaacat     2460

acagaagagg tagaaccagt acagatttcc ctgtttgata cgatgggaat ggttgcggaa     2520

cagccaaaga aaagtgaagt agaagaaaca ttgaagaagt tagatatcag taatatgaca     2580

ccgatggaag caatgaatca gctttacgag ttgcagaaga agtgtaagta a              2631


<210>  711
<211>  3507
<212>  DNA
<213>  Eubacterium

<400>  711
atggacgtga aagaagaaat tagtacaata aaacagataa atagtgaagc tacgccgata       60

gtaagtcttt ccgttacgaa tctggatatc gaggtggagg aagggaaagt ttataaggac      120

tcttttttca tcgagagtga gaataaagtt ccgatagaag gatatgtctg tacaaccagc      180

gataaggtgg agacagaggc tgaacggtta gagggaaccc ggcaggagat tcctttttat      240

tttaaaggga aactggctac cgcggggaat acttttgagg gagatattgt cttaataacg      300

aacggcggag agtataatat tccgtactgt gttaaggtaa ttcataagtt tgtggaaagt      360

tcgggtggac gtatctctac aatggaagag tttgtacaga tttatgagaa taatagaaaa      420

gaagcagtag atatattttt cctgccgaat tttgaagaag tgtttcttca gggaaagcca      480

gaacaaaagg agctgtatca cagcctgatg aagagtcgtt ctaaaagcct tattctggaa      540

gaatttctga ccgctgccgg ttataagaat acttcatttc ttgatgtatc acaggataag      600

ctggttttag aagaagagga tagcagcgcc cagcttgaat tacttcttac acagccagga      660

tatgttgagg gaagtatcta cagtgaaaag ggtcagattc agatttcaag ggaacgtttt      720

tccagtgatg attttacaga tgggaagctg ctttttaatg ttgagaagaa gcagaacctt      780

ttaaatggca gtgatatcat tcatattgat accgttcgtc aggatattga gatttctgta      840

gaatggtggg cgaagcagac agctttgact aaggaaaagg agaagaagtt ataccttaag      900

aaaaagagag cacagttaat gcataactat ctgtatttcc gaacaggaag tatcgcattt      960

gaagattttg cagaagattc cgggcatgta ttagaagaat tgtcacgata tacagaggat     1020

aatgagtgga agctttaccg aatgcatttc ttcttaatgg aagagcgaaa agaagagggg     1080

aaggaactgt tagaactctt agaaactatt tctcaaagag acgaatttac gccattagaa     1140

gcgaattact ttttatattt aaaggcaatg tattacagaa caccggaggc aatcagcaaa     1200

gcagtatcta cgataaggga gttttatgag ttgtcagaat ataaggcaga agctttgtgg     1260

atgcttattt atcttgatag agagtatgtg tataacaagc gtctccaata tgatacgatc     1320

cgtcagttat ttgaagaggg gaataacagc agtcttttat attttgaagc ctgtgatatt     1380

ttgaatgaga acccgaatta tatggaagaa ctcgggaagt ttgagataag tattttccgc     1440

tggggtgtgc ggtatggata tatttcttta tcattatcct accagtttgc gcgtcttgcc     1500

ttaaaggcta aatactacaa taagtctatt tattatattg cggaaaaact gtatggagta     1560

gagccggatg agcagttttt acaggtgatt tgttctcttc ttattaaggg aaatcgtaca     1620

ggtaaggaat atcatgaata tttcagactt gcggtagagg ccaatttaaa gattattggt     1680

ttgaatgaat tctttatccg tagtatggat tttgagacgt atgatcttat tccacagaga     1740

gttttgatct attttacata cagcaatagt ttagattatt tagagaaggc atatttatat     1800

agcaacgtgc ttcgcaataa agaaaagtat gaggaagtat atggagctta ctattctaag     1860

atgctcccgt ttatagaaga gcagctttta aaaggaagaa ttaatgagca cctggcttac     1920

ttatatacct gtttccaaaa ggaagtactg gagaaaccag ataactggaa agctgtctgt     1980

gatattttat tctaccataa attaatctgc acgaatccac atattattgg ggtgtatgtt     2040

tcctgtccag agcttggaac ggagaagtat tatccacttt ccggcggaac gggcggggta     2100

gagatttaca acgacagggc agtactttat tttgtagata ataatgagca gcgttatgtg     2160

aaggatatta actatcagtt aagggagttt ttatctccac agcagtttga ggaagagtgg     2220

atacgcagga atttatccaa tagaaagatt cttcttatgg aatctggcaa aatagaagag     2280

aatataaaag agcagactct tccagtattg cagagaattg tatttaatga tgattttaca     2340

cggtggatgc aggtggaagc cgtagaaaag atgcttgtct attatgagaa tcatcaggat     2400

aagcggaatc tggcaagatg gcttggcaag attgactatt cgaatatttc tacagaattc     2460

agaaagacat tgatggatta ctatatggaa gtaggaatga tggaagatgc tttctttgga     2520

atcgagcttt atggatgcga tattatgggt gcggcaaaga ttttgcgtct ggcatcattt     2580

ggagcactgt gctatcaggg aaaggatgat gaagcaaccc tttctttggc ttatgcggca     2640

tttatccgta aaaaatgcaa taaagatacg cttacctatc tgatgaagca ttttaaggga     2700

gagacagcag ctttgttgga aatctgggaa agaagcaagc gatttggtct tgaaacagca     2760

gcctttgaac gaagaatact tgagcaggta atgtttactg gtaatgatac agagggcgta     2820

tttcctgtct ttgaatcatt ttatgcaacc gatgagggtg acgaactgat tgatcgttat     2880

cttgaatatg cttccatgaa agaactggaa agttcaatgg aactgaatga ttttatgcac     2940

atggcgattg gtcaggaaat tgtaaatggc agaatggaaa acagacattc aagaattcat     3000

tttctgtatt attttgcagg aagagaagac tggtatgata cgataaaaga tacggcagtt     3060

tatattatta atggattttt gcaggaagaa ttttatctgc cagtttatca ggcatatagt     3120

cagtggatta cgttcccgat tcattatcag gagatgacat tccttactta tcatggaaga     3180

gcgggaagta atgtgatact ccgctaccag attgatggag aagaatattc tctcagagaa     3240

ttacatttag aagaagtact tccgggaatg tatgtgtgtc acatgaactt cttccagaaa     3300

gatcatgtaa aataccgtct tgaatcggat ggaagtccgg tagatgaggg ggctggttta     3360

gagtttgaaa cttttgaata tggagacgga gaagagagtc gtttcttcac attgaatcat     3420

ttagattctg aggagtcttc tttgccggag gtaaaggatt gtcttttaaa aacttttttt     3480

gcagaccagt atatgaagct tctgtaa                                         3507


<210>  712
<211>  2085
<212>  DNA
<213>  Eubacterium

<400>  712
atgaataaat taaaaaagaa aaaggcagga atcaaggatt tctttaaggg gaaacacgga       60

agaaattttt tgctggcatt ggatgtcctg ttagcaattg ccttttttgc acagccagat      120

ttgtattatg attcacaagc tccggatttt tttgatcgct tttatgcaga ttccctaata      180

atctgtggcg ggttgtgggc ggtacttgtt ttcctcacag tgaaaaaaat tcatttttcg      240

gcagaggtaa acagaatact gacgtatatc gcaggaattg ctactccatt tatcgctttt      300

ttgtggttag aattttataa tgatgcacag ttctgggttc cgattttcag cattccattt      360

ttatatctgg tgctggatat tattgtttat tatgttattt atgtgctgtt tttgctgatt      420

tttaatagca tacgcgcagc atcaatctgt atggttgttg tgacagccgt atttggaatt      480

ttcaactatg aattgacatt atttagaagt atgtcattta ttgcatcaga tatttattcc      540

tttgtgacgg ccgtttcggt ggcaaatacc taccaggtgc agattgatgt ggatacggct      600

gaatttttta tgatggcact tgtgcttgtt gcgcttcttt taaagcttga taaggtgaag      660

ctgtttaaat ggaagggaag aattgtgtac gcgatcgtat catgcatgat atttgccgga      720

tttacacagg tgtatgtata tagcgattat ctggaagata tcggtgttga tttccgtgtg      780

tatcgaccgc agtataagta caaatattat ggaacattgc ttacgacgat gaggactttt      840

ggctatcttc atgtaacaca gccagaagag tattctgtta atgcagtcaa aaaaattaca      900

aagcagtata cagagaatga atctacagaa acgcaggaaa aaaatacgtc tacgcagaat      960

aaaacaacaa agaaaccaaa tgtcattgca attatgaatg aatcttttgc tgatttaaaa     1020

gcagtaggag atttgcagac atccaaagac tatatgccat ttttccgtaa attaaaagaa     1080

aatgcgatta agggctacac atattcttcc gtatttggtg gaaatacggc aaactcagaa     1140

tttgaattta tgacgggaaa tacacttgca ttcttgccgg ataattctgt tccatatcag     1200

cttttcctgc gaagtaaaac agcgggtctg acttatactt taaaagacca gggatatagt     1260

ccgtgttatg cattgcatcc attttataag acaggttatg gtagatataa agtatacccg     1320

ctgatgggat ttgataaatt ttatacatca gataattttt ccgtatttac agatacggtg     1380

aattatcata tcacagactc agaagattat aaaaagctta tcagccttta tgagaatcgt     1440

accgacaaag ataaaccatt ttatttattc aatgtaacaa tgcagaatca tggaagttac     1500

gatggaagta cattggaaac gggagatgaa gtacagatag agggggattt acagtcttac     1560

tcgaaagcag agcagtatct gaacatgata aaaatgtccg ataaagcatt aaaggaactg     1620

gttcactatt ttgaaaaagt agatgaaccg accgtcattg tatttttcgg agatcatcag     1680

ccagatttag aagagacatt ttacaaccgt ctgcttcata cagatattca gaaattagag     1740

ggagaggact tagagcagct ctacaaagta ccatttttaa tctgggcaaa ctatgatata     1800

aaagaggaaa atgtagaaaa aaccagtaac aattatctgt ctacctatct tgcagaagtt     1860

gcaggaatta aaaagacagg ttatcttgaa tatttaacaa aactcagaga agaaattcct     1920

gcaatcaatg cgattggata ttgggataaa aatggtaaat tctacgagat tgatgataaa     1980

aaatctccgt attatgattt gatacatgag tataatttgc tcgaatacaa taatcttttt     2040

ggaaaagaca atcagcagaa agaattcttt tacctgaaag agtag                     2085


<210>  713
<211>  1509
<212>  DNA
<213>  Eubacterium

<400>  713
atggaggata agagagaaga cattatctta tcgatacgtg gtatgagtaa atcattcgga       60

cgtaacagag tacttgatca catcaatctg gatgtgaaga gaggaaccgt tatgggtctg      120

atgggagaaa atggtgccgg taagtcaaca atgatgaagt gtctttttgg tacataccag      180

aaagatgaag gaaatatata tctggatgga aaggaagtaa acttttccgg accgaaggat      240

gcccttgaaa atggaatcgc gatggtacat caggaattaa accagtgcct ggaaagaaac      300

gtagtggata atcttttcct tggaaggtat ccggtcaatt cacttggagt catcgatgaa      360

aagcggatga agaatgaagc ttccaagcta ttccgaaaat tgggaatgac agtaaactta      420

gaacagccga tgaggaatat gtctgtatcc cagagacaga tgtgtgagat tgcgaaagcg      480

atttcctata attccaaagt aattgtatta gatgagccaa catcatctct tacagtacag      540

gaagtagata aactttttga aatgatgaga atgctgcgtg atcagggaat ctcactgatc      600

tacatttctc acaagatgga tgagattttt gaaatctgtg atgaaatctc cgttcttcga      660

gacggtaatc ttgttatgac aaaaagtgca aaagagacaa acatgaatga actgatcacg      720

gcgatggttg gacgagttct tgaaaaccga ttcccaccag tagataatca gcctggagat      780

gttgttttat ctgttcagca tttgtctaca aagtttgagc cgtacttaca ggatgtttcc      840

tttgatgtac atgaaggcga gatttttgga ctttatggtc tggttggagc tggccgtaca      900

gaattgttag agacaatctt tggtatacga acaagagcgg cagggcgagt atatctcaat      960

aataaactta tgaacttcag ttgtgcaaaa gaagcgatgg attatggatt tgctcttatt     1020

acggaggaac gaaaggcgaa tggtcttttc ttaaaaggag atttaacctt taataccaca     1080

atcgcaaact taaatgcata caaaaaggga gttgcgattt ctgaccctaa gatggtaaag     1140

gcaacttcaa atgaaatcaa gattatgcac acgaaatgta tgggtcctgg agatatgatt     1200

tcaagtcttt caggaggaaa tcagcagaaa gttatttttg gaaaatggct ggagcgaggc     1260

ccacaggtat tcatgatgga cgagccgact cgtggtatcg atgttggagc aaaatatgaa     1320

atttatgagt tgattatcca gatggcaaaa cagggaaaga caatcattgt tgtttcttca     1380

gagatgccag agattcttgg tattacaaat cgtattggtg ttatgtctaa cggacatctt     1440

tccggaattg taaatacgaa ggagacgaat caggaagaac ttttgagact gagtgcaaaa     1500

tacctataa                                                             1509


<210>  714
<211>  1905
<212>  DNA
<213>  Eubacterium

<400>  714
atgccagata ccagatttat tacagaattt gaccagtatt tatttggtca ggggacacat       60

tatgacttat ataataaact tggcgcgcat cctatgacag ttgatgagga agagggagta      120

tattttgctg tgtgggcacc gaatgcggca gcagtttcca ttgttggtga ttttaatgaa      180

tgggatgaga atgcgacacc gatggaacgt ttagaaccac ttggaattta tcagatattt      240

cttacaggga taaaagtggg agatatttat aaatattgtg ttactgcaca ggatggcaaa      300

aaaacattaa aagcagaccc ttatggattt caggcagaac tccgtccgaa caatgcttct      360

gttgtggcag acatttctga ttttaagtgg catgacagcc gatggatgaa gaagagagag      420

aaatttgatg ataaaaagaa tccaatgttt gtatatgaag tacatccggg ttcctggaaa      480

aagcatgaac agacagaaga agatgaggat ggattctata attacagaga gattgcacat      540

gagctggcag cttatgtgaa agatatggga tatactcatg tggaactgat gggtattgca      600

gagcatccat ttgatggttc ctggggatat caggtaacaa attattttgc tccaacatcc      660

cgtcatggtt caccagaaga cttccagtat ttcatggact atatgcatga acataatatc      720

ggtgttatcc ttgactgggt gccagcacat ttcccaagag atgctttcgg attagcagag      780

tttgacggaa cctgcctcta tgaatacgca gatccaagaa aaggagaaca tccagactgg      840

ggaacaaagg tatttgatta cggcaagaca gaagtgcaga atttccttat ctgtaacgcg      900

cttttctggt tagaacatta tcatgtagac ggacttcgtg tagatgcggt tgcttctatg      960

ttatatcttg actacggacg tgaagacgga cagtgggttc caaacattta cggcggtaac     1020

gagaaccttg aggcaattga attcttcaag cacctgaata caatcgtaaa gaagagaaat     1080

ccaggaatcg ttatgatcgc agaagaatct accgcatggc caaaagtaac ggataaggca     1140

gaatacggcg gattagactt cagccttaag tggaacatgg gctggatgca cgatttctta     1200

gagtacatga agcttgatcc ttactttaga aaatataacc atacaaagat gaacttcgca     1260

atggtttatg catactccga aaactatatg ctcgtccttt ctcacgatga agtcgttcat     1320

ctgaaatgct ctatgataga gaaaatgcca ggcagctacg aggataaatt caaaaatctt     1380

atggcaggtt atgcgttcat gacaggacac ccaggcaaga agcttctctt catgggacag     1440

gattttggac agcatagaga gtggagtgaa aagagagaac ttgactggtt cctcttagat     1500

aaagagccga accgccattt gcagacattt gtaaaagaat tacttcatct ttataaaaat     1560

aataaatgtc tctacgaata cgactgctat ccagaaggct tcgaatggat caatgccgat     1620

gacggtgaca gaagtatatt ctctttcgta agacattccg aaagcggaaa gagcaatatg     1680

ctcttcatca tcaacttcac accagtagaa cgtccagatt accgtgtcgg aacaacttgc     1740

cgaagaaagc acacacttgt actcagcagt gatgataaaa agtttggcgg aactggtaag     1800

agaagaccaa aagaatataa accagcgaag aaagagtgtg atggaagaaa gtattccttt     1860

agatataaat tgccggcata tggggtagcg gtatttaagt tctaa                     1905


<210>  715
<211>  1806
<212>  DNA
<213>  Eubacterium

<400>  715
aaggatttat ttatgaaatt aaaaagtata tttaagaaaa cacccgtcac aaagccggaa       60

gtaaaagaag ctgccagcca ggtaaagcca gaagttccag aaggactttt aaaacgttgt      120

aataaatgtg gaaagggtat tttcacagaa gattataaga agaatttata tatttgtcca      180

aagtgcggag gctaccttcg tatgccagcc cagaaaagga ttgcattttt aacagaaaag      240

gattcttttg aagaatggga taccgggctt acaacagaga atcctctcca tatgattggg      300

tatccagaca gaatcaaatc cctgcaggaa aaaacaaagt tagatgaggc agtcatcaca      360

ggaaaagctc gcatcggagc aaatgaagtt gctcttatgg tcatggatgg acgattcctt      420

atggcaagta tgggtgaagt cgttggtgaa aaaattgcaa gaggtgtaga acgcgcgaca      480

aaagaaaaac ttcctgtcat tattttcacc tgctctggtg gtgcgagaat gcaggaaggt      540

atgacctctc ttatgcagat ggctaagact tctgccgcat taaaacgaca cagtgacgct      600

ggcttacttt acattacagt tctcacagat ccgacaacag gcggcgttac cgcaagtttt      660

gctatgcttg gcgatatcat tttagcagag ccaaaggcac tcatcggatt tgcaggcccg      720

cgagttatcg agcagaccat tcacaagaag ctgccgaaag gattccagcg ttcagaattt      780

ctcttaaaac acggttttat tgataaaatc gttgagagaa aagatatgaa aacggtgttg      840

gagaagattc ttacaatgca ccgtttaaca gcagaagggg tagcggagaa tacaggcaat      900

aatgcagtct tcaatgatgg tgatattaca gtgacatcag aacaggaagt aggtcagaca      960

gttaaaatag tgaaaaactc ccgcaaacaa aaactttccg caacacaaaa gaaacgtgca     1020

tcagaaaaaa cagcctggga gcgcgtcctg acttctcgtg aaaaagaccg cccagttggt     1080

gaagattata tcagcggatt attcgaagaa tttatagaat tccacggaga tagaaacttt     1140

ggcgatgatg ccgccatctg cggaggtatt gcttattttc agggacagcc ggtaaccgtt     1200

atcgcgcaga tgaaaggaaa aagtacctca gaaaatattg agcgtaactt tgggatgccg     1260

gagccagaag gctatcgtaa agcacttcgt cttatgaagc aggccgaaaa gttccaccgt     1320

ccaatcatct gttttgtcga tacaccggga gctttctgtg gaatggaagc cgaggaacga     1380

ggccagggtg aggcaatcgc cagaaatctc tatgaaatgt cttccttaga aaccccaatt     1440

ctttccgtct taatcggaga aggcggcagc ggcggtgcgc ttgccatggc agtagccgat     1500

gaagtctgga ttcttgaaaa tgcagtttat tctattcttt ctccagaagg ctatgcggcc     1560

attttatgga aagatggcag tcaggcagcc cgcgcagcca aagcaatgaa actgacttct     1620

tatgatttat acaaagcagg ttttgttgaa aaaattattt cagagccgga atcctataca     1680

ttagattcga tgatgaatgt atttgataat ttagaagaaa atatctccgc atttttagaa     1740

aatagcaaga aaataacaga aaaagagaga gttgaggcaa gataccagcg ttttcgcagt     1800

atgtaa                                                                1806


<210>  716
<211>  3993
<212>  DNA
<213>  Eubacterium

<400>  716
atgataatgt ctaaatttaa ggatttattt ctgatagtag agggtggaca tttttcagat       60

agagaaataa agaaagagaa caaaaagaaa gttagaggaa aggatatgac aaagtttttt      120

gtgaagaagc catattttgt attggtgacc gtaatcattg tcctggttat tggttttgtc      180

agtctcggtg agatgcagac agatcttttg ccgaaaatgg aactcccata catggctgtg      240

attacaacgg aagtgggtgc ttctccggaa aaggtggaaa gtgatgttgt taaaccgatg      300

gagagtacgc ttggtacgat taacggcgtg gagaagctga caagtacttc ggcaaataat      360

tatggaatgt tgatgttaga gtttgcagaa gatacaaata tggaggcagc tttggttcgt      420

gtatcgaaag cgctgaattc attagatttg ccggagggct gcggaacacc caatatcatg      480

gaaatcagtg cggatatgat ggcaacgatg tatgccagtg tcagttatga gggaaaagac      540

attaaggaac tgtccagttt tacggagcag acggtaaagc cgtacctgga gcgtcaggat      600

ggtgttgcca gtgtatctgc gaatggcttg atacaagatc atgtggagat ccgactgaat      660

gagaagaaaa ttgaccggat gaatgataag attctcggac agacgaatga taagctcctt      720

gaggcgagtg ataagattga ggaggcgaag gcttctttaa aaaagagtaa ggaacagtta      780

aagaagcagg aaaagacgct gagcagcaag caggaagaga cgaatacaaa gcttgcagag      840

gcacagacaa agctcgcaga agcgttatcc cagaaagcag catatgaggc ggaacttaac      900

agcttaaaag cgagtcagag tgcattaaaa gcggagaaga aagcatataa agatgcaggt      960

ttagagaaga cgtataagat gctgaataac acattcaaaa gtttgaatgc gacaatggga     1020

gaggctgcaa agcagatggg aattacgatt ccgtcttctg taaaagaagc aatacaacat     1080

ccaaagcagt ttgaagcctt tgtttcctgg atggagcaga tggggtatgg tgaacagttt     1140

tccaagctga caatagattc attaaaacag atgtataagg cagtggaggt tcgcctgcca     1200

cagattgata ctgaactttc taacctgcaa gtaaaaatta aggtacagaa agcgattatt     1260

gataaattaa atgaacagat gaaaggctta gatgagcagc agtcaaagct tattgcaggc     1320

ggatattcag ccgctgcagg atttggttct ggacaagcac agattgcggc aggtaagaca     1380

cagatagaat ctgcggaaaa agagttaaag gattcagaag ataaactgga agattcccga     1440

aaggcggcaa gagagaatgc aaatattgat acccttttaa gtctcgatac actgtctgca     1500

atgatttcag cacagaactt ttccatgccg gcaggttata ttgaggataa gagttcacac     1560

cagtggcttg tggaagtcgg agataatttt accaatgaaa agcagcttaa aaaccttgtt     1620

ctcacaaaga ttgacggagt gggaaagatt cgggtaaaag atattgctga tatcacagta     1680

gtggataatc agggagatgc ttattctaag gttaatggag aaaatgcgat tcttttatca     1740

gtatttaaag gaagtactgc aaatacgagt accgtatcca agggaattca gaactctttt     1800

aaagatttag agaaaaaata taaaggactt tcctttacca cgataatgaa tcagggtgat     1860

tacattaaca ttattataaa gagtgtattg agcagtatcc ttttaggagc agtacttgca     1920

attattgtac ttgctctttt cttaaaagat atccgcccga caatcgttgt tgcattcagt     1980

attccgttta gtgtattatt tgccattatt atcatgtatt ttacgggaat taatattaac     2040

gttatgtcgt tggccgggct ttgtcttggt atcggtatgc tcgtagataa ctccattgta     2100

gtaatggaaa atatttaccg ttttcgaaat gaaggaatgt cggcatcaaa ggcagcggtg     2160

aggggaacag cgcaggtagc agggccgatt cttgcatcca cgattacaac aatctgcgta     2220

ttcctgccga tggtatatac ttcgggtatg gtaagccagc ttttaatgcc gtttgcattt     2280

accatttcct atgcattaat tgcttcttta ttagtggcac ttactgttgt gccgacaatg     2340

ggttctgtgc ttcttagaaa aacaaaagat gtaaaacagc cgtggtttga taagataaaa     2400

gatgtgtatg gaaaagtgtt agaactggct ctccgattta agattgttcc gttagcgatt     2460

tctattgtac ttcttgtact ttgtgtgatg cagagtatgc ggacgggaat tgttatgatg     2520

gatgacatgg acagtaatca gattgcagtc agtatgacat tagatgataa cgtaaaaaaa     2580

gaaaatgctt acaagacagc agatgaggtt atggaaattc taactggagt agacggcatt     2640

aaaaaggttt ccgcccttga tgggaatgcc agtgtaactt ccagtatgct cggaacagga     2700

acgacagata attacacaag cttcagcttt aatatcatca cagaagataa tataaagaca     2760

acaaaggaat ttcgcaaaat ccgaaaagaa atcgagagca aaactaaaag agtaaaatgt     2820

aaggaaatca cggtttcttc ttctgcaatg ggcgatatgt caagtctttc cggtggaggg     2880

ctttctgtca acgtatatgg agaggaccag cagaagttaa ttaaaatcag tgaagatgtt     2940

atcaagatga tgaaagagat ttccgaagta aaaacagcgt caaatggtat tgagtccgct     3000

gacaaaatgc ttcatttgaa aattgaccgc aataaagcgg cagaacatgg actgactatc     3060

gcacagattt atcaggaaat attgaaacat actacaacgg agaaaaatgc gattacgctc     3120

aacatggatg agaaagatgt ggaagtcaac ctcattaatg agacggataa actcacctat     3180

gaaaatattt tagatatgaa aatagaaaca accgagaaaa acagtgatgg tgaggatgaa     3240

aaacatacat ataaactgtc tgattttgct tctgaagatg atggatacag catggacaac     3300

atcaccagag aaaaccagaa accatatctt accgtaacgg cagaaattga tgaaaatgca     3360

aacgcaaccc ttttatcaag aaagttacag aataagattg ataaatacaa agcgccaggc     3420

ggctatgaag tagaactttc cggtgatgcc acacagacaa cagatatgtt aaaacagatg     3480

ggaaaagcat tagcacttgg attcatgctc atttatttag taatggttgc acagttccag     3540

agccttttat ccccatttat cgttatcttc actgtaccat tagcgttcac aggaggaatg     3600

atcggacttg gattttttgg aatgtccatc tccgcaatgg cgttgatggg attcatgatt     3660

ttaatgggaa ccgttgtaaa caatggtatt gtgttcgttg attacgtcaa ccagctgcga     3720

ataggtggca tgagtaaacg ggaagccctg atagaaacag gaaaaacaag aatgcgcccc     3780

attctcatga ctgcactcac cacaattctc tccatgagtg ttatggtatt ttcacaggat     3840

gccggaaatg cgatgcagaa gggaatggca gtggtagttg catttggact gctctatgca     3900

acattgatga ccctatttat cgttccagtc atgtatgata ttctctaccg caaacaaccc     3960

aaagtgattg atgtggagga ttctgatttg tag                                  3993


<210>  717
<211>  1668
<212>  DNA
<213>  Eubacterium

<400>  717
atgtattcag gtagtgaatc tccttcgcct gaaaaaggaa aaaagtcaga tggaagaaga       60

atcggcacat gcaggcagat agaaaaagag gaagttatgg aaagattagc agacgatacg      120

atagaatctt ttatgaatgc gatagaagaa cggctggcag aagggcagaa aaataaaatt      180

ccattttcca gatttttaga ggaaaaaatg gatgcctttg attacagcaa tacatctttg      240

gcaaaaaagg tgtttcaccg tgtagaaaag aagaaagagg gaacagtttc ttatgtacct      300

gtgacaagac aggcaatcgg ggcatggctt cgtggttcca tgccatcatc cagggatatc      360

tatgtcacac ttggtatggc atttgaaatg aatttagagg aaattaacca catccttctg      420

gaaacctata tgggatatgg actttactgt aagaatattg atgatgcttt gtggattgca      480

ctgattaatg gactttttcc aattgatgcc tttgaagatg tccgggcaca tattgaagac      540

attttagaag aaaatataca gcaggacagc agaagccttg caacgatgga tttgtgggtt      600

atgctttctg aagtgaagac attagaggaa ttctatgaac tcattcgaag ttacaaagat      660

gagtttaagg atggaacaag gaagtttggc cagtgtcttg aagaagttat tgaggaagaa      720

tatggatact atgataaggc tgcctggttt ttaagagata ttggctgtct tcactgtgaa      780

gcacagtttt caaagataag agcaggcaaa gcagttgtta caagagaatg gctgctgcgg      840

ttctgtattg ccttgcagcc aacgtatgaa tccattgaga aattacttgc aaaggcacag      900

atggaacctc ttggcattac accggcagaa gtcattatcg aaatgattgc cagatacaag      960

tcgaattcag tggctaacag ccaggaaatc tggattatga ttgaatctgc atcagagaga     1020

ctgcgccaga aaggctatga aatcgaggaa gatttatgcc ggaaatataa ttctgtttat     1080

gaacttccag ctgcacagaa atggtggttt tccttctgta tcggcagaca aatcttaaaa     1140

aatgaaaaga atagagaatt tgggtatgag aagaacggct actgccgttt tgcaatggaa     1200

gataaactgc tttttgatga tatgaaccgc aataagaaaa atgtttcttt taagaagagt     1260

gcggcagaat atatggaaga gggaattgat aactggcagg aagttgagtt tcaggaaatt     1320

ccagctcttt tgattgaaaa gaactatgta ccggatgctc ttgatatgga aaagtttgag     1380

gactattgtt atgtgagacg gcctagccgc tttacgaagg atttccttcg taatgacatg     1440

tacttttatg cggcaacttt atattcaatc tggacaggta aatgttacca gaaagagaat     1500

ggcatgcaga atgtggaaga aatccagaaa gaatttataa aaaataatct ggatggaaaa     1560

gcccttcttt ctatcctggc ggaagttctt ggagaagaag aggatggatg gaaaagcgac     1620

ttgtcttcta tggtagaagc agtagcaaaa gtaagaaaga atcagtaa                  1668


<210>  718
<211>  2715
<212>  DNA
<213>  Eubacterium

<400>  718
atgtcgcttt tcttcttatt gaaacgaggt gaaatagtgg aaaatatcgt aatgggaatt       60

ctggcacatg tagatgcagg aaagacaact ttatcggaag gaatgctcta tctgtcagga      120

acggtgcgta agcttggacg cgtagatcac aaggatgcat ttcttgacac ttattcttta      180

gagcgagaca gaggaatcac catcttttcg aagcaggcag ttttttcatt gggaaataga      240

cgaatcaatc ttttagatac gccgggacat gttgattttt ctgccgagat ggagagaaca      300

ctacaggtac ttgattatgc ggtacttgtt atcagtggag cagatggtgt acagggacat      360

acggaaacgc tgtggaagct tttaaaactt tatgagattc ctacatttat ttttatcaat      420

aagatggacc agccaggaac agacagggaa agtctgctta cggaattaaa ggaacgtctg      480

gacgaaggat gtattgtttt cggtaaggga aaaaatgtag aatcactaga agaaatagca      540

atgacagatg aagcagtgct tgattatttt atggagcatg aaaccgtaag aaatgaggac      600

atttgccgtc ttataaggga acgcaagatt tttccatgct attttggctc cgcattaaag      660

cttgacggcg tacaggaatt acttgcagga tttgaagagt acatgaagcc atttgatggg      720

aaaaaagaat ttggtgcgcg agtatttaag atttcgaggg atgataaagg agaacgtctg      780

acatttttaa aggtgacagg cggtaagctt gttgtaaaaa tgccgataaa taaagaggaa      840

aaaatcaatc agattcgtat ttactctggt gcaaaatatg aggcagtaaa tgaagtcgaa      900

gcgggagggg tctgtgcggt gacggggctt tcttcttcct atatcggtca ggggcttggt      960

gtggaaaaag gaacagcagc tccattttta gagccggttc tcacttatca gatgattctg     1020

ccggagggag cggatacgac aaaggttctt agagagttga agcagttaga ggaagaagaa     1080

ccgctgctca atattgtctg gaatccggca ctggaagaaa ttcatgtgca gcttatggga     1140

gaggtgcaga cggaaatttt gaaaacaatg attgccgaac gttttcatct tgatgtggaa     1200

tttggaacag gaaagattgt atataaagaa acgattaaaa gtccggttgt gggagtggga     1260

cattatgagc cacttcgtca ttatgcggaa gtacatctta aaatggagcc gttagaggca     1320

ggaagtggtc ttatttttga tacggattgc agcgaggatg tattggatag aaactggcag     1380

aggctaattc tcacccattt gcaggaaaga gagcatccgg gtgttcttac gggggctccg     1440

attacagata tgaagataac gattgtggct ggaagagcgc atttgaagca tacagagggc     1500

ggagatttta gacaggcaac ataccgggca gtgcgtcagg gattaaaatc agcggaaagt     1560

gtgctgttag agccgtggta ttcgtttgtg ttagaagttc catcggaaca ggtcggcagg     1620

gcaatgtccg atatcgggca gatgaacgga agttttgaag gaccggaggc agaagataaa     1680

cagggcatgg tacgtcttac cggaacggct ccggcatcag aaatgcggga ttaccagcgg     1740

aaagtctggg catatacgaa aggccgtgga cgaattaccc tcacattaaa aggttatgag     1800

ccttgccata atgcggaaga agttatcgaa gaaattggat atgacagtga gagagatgtg     1860

gataatccta ctggttctgt attttgcgca catggtgcgg gtttccttgt taaatgggat     1920

gaagttccgg aatatatgca tatcaaggag gactttttgg cagaaaaacc gggtatagaa     1980

caagatgagg tgatggcagt acagatgggg aatcattgta attattctgg cggttattcc     2040

ttcagctacg atgatgaccc agaacttctc accataatgg aacgagaatt tggctcaaag     2100

caaaaagaaa gagaccgcta tagcagttac cgcaaacaga ctgtttcaac accagtcctc     2160

catacaactg taataaaaga aaacgaaccg aaaaaggaat atttactggt agacgggtac     2220

aatattattt ttgcatggga agaattgaac gagctggcaa aggcaagtat tgatgcagcg     2280

agaaataaac tgatggacat tttaagtaat tatcagggct ttattggctg tacattaatc     2340

cttgtttttg atgcgtataa ggtcaaaggc aatcagggag aagtgcagaa gtatcacaat     2400

atttatgtcg tgtataccaa agaggcggag actgcagacc agtatattga aaagacaact     2460

cacgaaatcg gccgaaagta taaggtgacg gtagcgactt ccgatgcctt agagcaggtc     2520

attgttatgg gacagggagc ttaccgaatc tctgcgagag atttctatga ggaagtagag     2580

cggacagaaa aacagattcg ggaaatcaac gagagagaac gaggagaaaa aagaaattat     2640

cttttagatt atgccaagga agaagatgcc agagagatgg agaaagtccg acttggaaag     2700

ataacagaga aatag                                                      2715


<210>  719
<211>  3564
<212>  DNA
<213>  Eubacterium

<400>  719
atgtatttaa aaagtatcga aattaatgga tttaagtcct ttgccaataa gatcgtgttt       60

gagtttccac agggaattac aggtattgta ggcccgaacg gaagtggaaa gagtaatatc      120

ggagatgcgg tgcgctgggt tttaggtgag cagagtgcca gacagcttcg aggttcgaag      180

atggaagatg ttattttctc cggtacacaa agcaggagac cgatgggatt tgcttatgtg      240

gcgattactt ttgaaaatgc aaaccgtatt attcctcttg attatgagga agtgacggtg      300

gcaagacgag tatatcgttc tggagagagt gagtatctca ttaacggaag ttcctgtcga      360

agaagagata tcgtggagct tttttacgat actggtattg gtaaagaggg ctattcgatt      420

atcggacaag gccaggtgga aaaaatctta agtggcaaga ttgaagacag ccgagaacta      480

tttgatgagg cagctggaat tgccaaatat aaaaagaatc gtacggttac tgagaaatcc      540

ttagagcagg aacgccaaaa cttagagcgt gttaccgaca ttctggctga gcttgaaaaa      600

caggtcggtc cgttagaaaa acaaagtgcg aaggcaaagg aatatttaaa acttcgtgat      660

gaagaaaaag atattgatat tcatcttttc ctttatgatt atgaacgact gaaaaaagag      720

caggaggaaa atgagcgcca gtacaaaatc gtttccggag atttagagga tacgagaaag      780

atatacgaaa agattaagga aaagaatgga aagcttcagg atcagacgca ggcagttaca      840

gaaagtcttg agacaaagga atcagaaaaa gaagagcttc gccggaaaaa agagacgaaa      900

gataatgaga ttcttttact ttctcataaa gtagaatcga acactctttt aattacacat      960

tatgaagagt tagaaaaaca gagtgatgaa aaaaaagaca caaaaacagc ggaaatcgag     1020

gtattaaaaa aagaaactgt tcaaaaaaaa caggaaatca gtaacggaca aaagaagtta     1080

gaagagttag aagagtccat tcttacaaaa agaaaagaac aggaagcttg cgagaagaag     1140

atttccgggg agaatgaccg tctcttttcg attatgaaca ccagttctga cacaaaggaa     1200

aaactgagcc gttatgcggc aatggaagaa cagttagaga ttcgtaatgc tgaatataac     1260

agtcgctata tttcttttaa ctccgaatta aaggaatata acgaaacagc ggaagaactg     1320

ctcaaacagc aggatgcagc aaaagaggcc tttgaaaagc aggaaaatct gtatcaggaa     1380

cttgagaaaa gggaaaaaca tcttcaggaa aaagaacaga aatatcagga cgagatgggg     1440

aacttaaatc aagaatacct tcgtacgaag tcccgctatg agacattgat gaatattacg     1500

gagcggtatg atgggtataa tcagtctatc cgccgtatca tggagcaaaa gaatgccaat     1560

ccgggcatca tcggtgtagt agcggatatt ttagcacttc cggaaaagta cgagaccgcc     1620

attgaaattg cgcttggtgg tgcgttacag aacattgtta ctgaggataa tgagactgct     1680

aaaaagatga ttaacttttt aaagaagaat cgttttggcc gggcaacctt tttaccgctt     1740

acaaatatcc gaagaagaaa cagcacaatt tccccatctg ttttacaaga tgaaggtgtt     1800

attggtattg ccagtacact tgtgaaggta gaggaacgtt ttcaggcgtt agtagattct     1860

ttgctcggaa gaactgttgt tgtagatacg gtagaccatg ctctttctct ttcgagaaag     1920

aataacttca gtcttcgtct tgttacactt gatggtgaac tgttaaatcc tggtggagca     1980

attactggtg gagtgttccg gcattctggc aatcttctcg gtcgaaagcg tgagattgaa     2040

gagtgcaaag attctttaag aaaggcgaag gctgcctggg aagagagaaa ggaagctctt     2100

tcggaattaa aagcaggaca gcagaaatta gaggaacaaa aacagcaaag gaaggccaaa     2160

ctggatgcag catcgctttt acttcatgac ctgagtaatc agattcctga tatggatgcc     2220

aaaaaagaag aactttctga aagaattaca tcattaaaag aagaacatca gattttaaaa     2280

gaacaaattg atgaaattcg ttctcagaaa gaggcactgt taaaagaaca ggaagacaat     2340

gaacagattc atgagcagaa caatacggta cttgattcct taaaagaaca gctttctgaa     2400

ataagagccg aagtttctaa actggaatcc gagaagaacg agcagagaat ttcgctttca     2460

aaaatgcgtc aggaattaga ttatctgcgt agtaataagc aacgtattga aaaagaaata     2520

gagaatatca agaactctct agaggaaaat aaaaaagaaa ttaaacgcct taccgaagaa     2580

aatatttcct atgaggaaga acaaaagaca ttgaaagcag ctttgcagga gattacaata     2640

cagatggatg gaatttccac caatctcgaa gaattaaagc agcagcgttc cacagcaatg     2700

aaaaagcaga atcagatttt tcaggaatta gagagtgaga atgaaaagct gttgattctt     2760

gaaaaagaag ctgctaagtt atcttctaag caagagcgca tgaaagaaga ttttgaaagt     2820

aagattgact atatgtggga aacttatgag attacatata atcaggcatt tactttgaag     2880

cattacgagg taaaagcaga ggaagctgcc gaacagcgta aacagaaaaa agaactgcaa     2940

agacagatta aagaacttgg aaatatcaat atcaacgcca ttgaagaata caaagaggtt     3000

ggcgagagat acgagttctt acgaggccag tatgatgata tcaaagaagc agaagccaaa     3060

cttctaacaa tgattgagga attaaatact gccatgaaag aacagtttac aaaggaattt     3120

ggtaatattc agcagatgtt tacgacggtt ttccaagatt tatttgaggg aggtactgct     3180

tctcttgaac tgatggataa cgagaatatt ttagaatgtg gcattcgaat tatcgcacag     3240

ccgccgggaa agaaactgca aaatattatg ctgctttctg gtggagagag agcgttgaca     3300

gcgattgcat tattatttgc cattcagaac ttaaagccat ctccattctg tcttcttgac     3360

gagattgagg ctgcacttga tgatgccaat atcgtgcgtt tttccaaata tttaaagaaa     3420

ctctcgaaag acacacagtt tatcgttatc acacatcgaa gaggaacaat gaatgcggca     3480

gatgccctgt atggaatcac aatgcaggag aagggtattt ccacattgat ttctgttgat     3540

ttgattgaca aagatttaaa ttaa                                            3564


<210>  720
<211>  1476
<212>  DNA
<213>  Eubacterium

<400>  720
atgcaaatac aacgtctcgt agatctggag gactacgaat ttgatacatt gctcgtcaca       60

tacaatcata aaaatcgtct gagtatcgag cttggaaaag ttagcgagat ttttgaaagt      120

cttcaggccg atggtctcgt tggaggaagc aaggtatacg gtctccgagg aaaggatttt      180

tcttatcagg gacagcctta ttataacctg attttcattg gtattcctga gaaggcaact      240

ccaagaagat ttcagttaca gttcggtcag gctatgaagg aagcaaagcg tttccacgga      300

aagaaccttc ttatgaccgc aatcggagaa gatgtttcct actggttaag ttctgctatg      360

aagggacttc tcctcgcaga ttactctttt gacaaataca tttctgataa gccagaatct      420

ccagagctgc atcttggaat tctgacagga attgattctg catcctttaa aaaggaagag      480

cagtacacaa gaatgatggc aaaagccgtt acaacagccc gtgacctggt aaatgaacca      540

gcgaacgtga tgactcctgc agctctcgca gctaaggcaa aggaaatctg cgaaaagaac      600

aatatcaaat gcacaattct tgaaaagcag gattgcgaag cactcggcat gaattcctac      660

ctggcagttg cccgtggttc taaacagtcc gctaagttta tcgttatgga atataacggc      720

cgtgttacag acgatgaaaa gattgcttta attggaaaag gtctttgctt tgactccggc      780

ggatataatt taaagcctgg caatgccatg aaaggcatgc atggtgacat gggcggcgca      840

gccgcagtta tcgctgctat gggtgcaatc gcagaggcga aacttggcat taacgtaacc      900

gcagttattc ctgcctgtga aaatatgatt tccggcaagg caatgaaacc gggcgatatc      960

gttaagtcta tgaatggcaa atacatcgaa gttgttaaca ctgatgctga aggccgtatg     1020

gcacttattg atgccattac ttacgcaatc cgtgaatgtg gagctacaac attaattgac     1080

gtagcaactt taactggagc ctgtgttgtt gccctcggtg accgctacac tggtgctttc     1140

agtaacagcg acgaacttat gtccaagatt gtccaggcat ccatccttgc aggagaaaat     1200

atctggagac tcccaatggg cgatgaagaa tatgataatc tgaacgcatc tactgtagca     1260

gatatcgcta actgtggtaa aaaatgtggt gcaactgccg ctgcaagatt cttaggtgaa     1320

ttcgttgaga aaaaaccttg ggtacatctt gatattgctg gaacatcgga atctgatgaa     1380

gatactgaga tttactctaa gggtggaact ggtgcagcaa caatgttgct gtatgaagta     1440

gtgaaattga tggaaaaacc atataagagt tattaa                               1476


<210>  721
<211>  2553
<212>  DNA
<213>  Eubacterium

<400>  721
atgagtaaaa atgtacagtt gataatcctg cacatagcag ttgccgtatt gtgtttcatc       60

ggcgcactgg tcttttttaa taatcggatg ggcatggaaa agggaagtgc agtagcagag      120

ctggctaatc catcctatcc tgttcttgag attggaaatg atacgagcag ctataatctg      180

atggctggat ataaggaaga cattgatctt tctttagtcc gtaatcagat tacccttacc      240

aataataaaa atgctgtaat tttaaagctt catgactacg attatgacat tacggcaatt      300

cagtacacat tatttgaaaa aacaccggac aaaccgacag aaacaggaac actgaatcag      360

cttaccaaaa ataaaaagaa aaatataaag ctgggaacgc tgacatttaa aaatacctta      420

tcagaaaata aagtatatta tctaaaaatg gcagtcagac tgaatgacag cacacgaatt      480

tatttctaca cgaaggtaca gagtggttct ggttatcatt tagatgacta ccttgcattt      540

gttttaaaat tccataataa tttatttgat aaggcaacaa tggatgagaa tgccagctat      600

cttgaaacat ctgcagatac gatagatgat aatctcgaat cagtaagtat caactctgga      660

agagaagccg tttcctttgg aaatatggaa gtaaaacagg aaacaaagcc acgtattact      720

cttcaggaaa tgaacaacac atacacagta attcgggtga atacaatcct ttctacagaa      780

ataagcgacg gtgttattca gtattatgac ctgagtgaga cctacaagct gcgttatacg      840

gcagacagga tgtatcttct tgattatgag agaacaatgg atgcttatta taatgaatcc      900

atcattgatt cggccaataa ccttatcagc ctgggtattc agaatgaaaa gaatatcagt      960

tacatttatt ctgataaagg gtacagagtg tgctttgctg tggaaggcca gctctggtat     1020

tatgactatc agtcttctga tatgtacaag atatacagcc ttgcttcaga aaatatttca     1080

gatataagaa atgcaacagg aaaccacgga atcaagctgc ttagcatgga tgataaggga     1140

aatattttct atcttgttta tggatatatt aaccgtggaa gacatgaagg aatgaatgga     1200

atccaggtca tgaaatatga tgcaaaaaca aactgtaacg aagagatttc tttcctttcc     1260

acatctctgc cgtatgacag catgaaggaa gatttagaga agttctccta tttgaactct     1320

aaatccgtat tttattgtat acttgaggga gaccttcatg aaattgattt agagaagaaa     1380

aaggataaaa tattagaatt cggtcttgtg aatgagagtc tgactgcttc caaagatcag     1440

agcattatcg caattgaaaa agagcaaaat ctttataaaa ataagcagat agaaatgata     1500

gatctcgaat caggaaaaaa acagaacttt accacaggtt ctgataaaag aatccgtgcc     1560

gttggctttt tatccaatga ttttatttat ggagaggcaa atgccgtaaa tgtttcaaag     1620

agcagtaatg gaactgtaag cttcccgatt accaaaattc acatcgttga tattaacgga     1680

aagacaatca aagaatatca aaaagctggg cgctatatta tgtccacaca gattaaggga     1740

agcatccttg aaatgacact cggaaaaaga acaggaggca aaatccagaa aacaggaacg     1800

aaggattata ttcgctataa agaaaaagaa gaatctgacg cagtaaccct gacttccaaa     1860

tatacagata cctactggac acagctttat ttaaaattcc cgaactatgt atacattcag     1920

gtagttccag atcttctctt aacaaaaatt atggtaaatg aagatgatgt tacattgaat     1980

ctttcaaata gcggagaaca gctggagcag tactttgtat atgcttccgg tacacaaaaa     2040

gcggtttata cgaacctgac cgaagccatt gctcgggctt acacagagcg aggcaatgta     2100

atagacagca aagaaaatgt tctctggaaa tgcatttacg cagactatgc ccaggtagcc     2160

ggaatggaca atgttgtcaa agtacagtct gatgcaaagt cactcgcagg ctgtctgtct     2220

atgattgctg ctgtaaatgg aaaagaagca gcaccagaca gcatagatat cggaaaaggc     2280

agcattgaac aattaatgaa gaaatatagc ggacacacag cacgcaacct tacaggatgt     2340

accgtagatg aaatcctcta ctatgtcagt cagggaagcc cggtactcgc taagttaaac     2400

agtaaccgat acgttatcgt aatgagctac aatgcaacaa aaataagata tttagaccct     2460

gtcaccggta aatctacagc cgcatcgaga acagatgtga caaaccgctt agaaaaatcg     2520

ggaaaggtat tttattctta tattgctgat tag                                  2553


<210>  722
<211>  2106
<212>  DNA
<213>  Eubacterium

<400>  722
gtggcgaaga agaaaaaagc agacagacga cttaccaccc caatgaaagg gaagctgata       60

ttggtatttg gaggtatcat cttcctcttt ttgattttgg tggtgaaatt atgctatgtg      120

acagcaacaa agggaaaaga atatgagaca gcagttctaa gtcagcaaaa acatgacagt      180

acaattctgc cgtttgagag aggcaagatt tatgacagga atggaaatat cctggctacc      240

aatgagaaga tttatacact catactggaa ccgcagaata ttttgcttca agataaaaaa      300

tatgaagaag cgaccattaa tgcgcttcat gagtattttg gatttagtaa gagtaaatta      360

aagaagacga ttgaggataa tccatactct tattatgaag tatataaaaa gaatatgaca      420

tatgacgaag tggagaagtt tcagaagttc ttagacttag cggatgcttc tgcgaaagga      480

gtctcaaaag caaagaaagc aaagatagaa agtgccaaga tggtaaaggg agtttctttt      540

gaggaagatt ataagagagt ttatccgtat aattctcttg cctgccgtgt tcttgggtat      600

acatcttcag gtaatgttgg taactgggga atcgaacaat attataatag tcagttaaac      660

ggagtgaacg gtcgtgcata ctattatttt aatgaggagc ttgaccagga gcagtctgta      720

aaagaaccta agaatggaaa ttctgttgtc agcacgattg atatgcagat tcagaagatt      780

attgagcaga agttaaaaga ttttgatgat aagattggaa gtaaagttac gaatattctt      840

gtcatgaatc cgcagaatgg agaaattctc ggaatgacaa gttcttatcc atataatctg      900

aataagccga tggatgagaa aagtctttta tctctttatt cccaaagtga gattgataag      960

atgaaagctt atacaaagca gaagcagact gaggaagcta cggatagtga agatacttct     1020

gaagattcca aagatagcac aaaaaagaaa acagatgacc agaaaacaat ctatgatgcg     1080

tttaatgaat tatggagaaa ctccattata agtgatacaa atgaaccggg atctacctat     1140

aagccattta ccgtggcaac aggacttgag agtggagcac ttactggcaa tgagaattat     1200

ttttgtacag gttctcttat ggtaggaaag cgtaacatcg gatgttccca tgtccatgga     1260

aacattacat taaaagatgc ggtggcaaag tcttgtaatg tagcaatgat gaacattgga     1320

tttaaagaag gagcagatac tttttataaa tatcagaata tttttggatt tggacgaagt     1380

actgtaatcg accttccagg tgagacagat acaaagagtc ttgtatacaa tgcatcgaat     1440

tattccaata gtgtaacttt agcaacgaat gcttttggtc agaactttaa ctgtacgatg     1500

atgcagatgg cagcaggatt ttgttctctt attaatggcg gcaattatta tcgtccgcat     1560

attgtaaagc agattcagag tgataatggg gctgtagtaa aagatatcgg gaaagaagtg     1620

ttaagaaaga ccatttccga agaaacttca gcgacaatcc gttcttatat gcagcagaca     1680

gtggagtctg gaacaggaac aaaagcacag attgaaggct atagtattgg tggtaaaacg     1740

ggtactgccg aaaaaattcc aagaaataaa aaggattatt atatttcctt tattggattt     1800

accccagtag aaagcccaca gctcttaatc tatgtaacga ttgatgagcc aaatgtttca     1860

ttccaggcaa atgccggact ggcagtagag ttagaaaaag cctgcatgga agaaatcgtg     1920

gatgtgctgg gcataaagcc ggaaacaaca gatacatcta atacagataa tgccagcact     1980

gaacagaagg acgatacgac cagtgctaca acagaagcca gcagcaatac gacaaaaaat     2040

aaaaagaaca caagcagcag cacgacaaaa agtaaaaaga atacgaagga cgcagcgaat     2100

cagtaa                                                                2106


<210>  723
<211>  3759
<212>  DNA
<213>  Eubacterium

<400>  723
atgagtcagg taaagagatt atatgtggaa aagaaaccgt cctatgcggt aaaggcaaaa       60

gaacttgcag aagaattaaa ggcatatctt tctatagatg atgtcagtaa tgtcagagtt      120

ctgattcgct atgatgtgga gaatgtctca gcagaaacga tggaaaaagc ggcagttacc      180

gtattctcag aaccacctgt agatgatttg tacgaggaag atttccctaa aaaagaggga      240

gacagagtat ttagcgtaga atatcttcct ggacagtttg atcagagagc cgattcagct      300

atgcagtgtt tacagcttct taatgagaag gaagaaccaa ttatccgttc tgcaacaact      360

tatgtttttt ctggtaatat cagtgatgag gaatttgaga agatcaaaga atactgtatc      420

aacccggtag attccagaga gacagacgag aagaagccgg aaaccctcgt tatggattac      480

gaagaaccag cagatgttgc aatctttgac ggatttaagg atatgccaga agaagaactg      540

aaggcacttt acgattcttt aggtcttgca atgacatttg aagatttccg ttatatccag      600

aattactatc atggagaaga agacagaaac ccttccatga cagagattcg tgtgttagat      660

acatactggt ctgaccattg ccgtcataca acattctcta cagaacttaa ggatgttaca      720

tttggtgatg gatattataa acctcttttt gaaaagacat ataatgaata tcttgctgac      780

cgtgcagaag tatatggaga cagaaaggat aagtttatct gcctgatgga tcttgctctt      840

atgggaatga agaagttaaa acaggacgga cttcttgata atatggaaga gagcgatgaa      900

attaatgcct gcagtatcgt tgttcctgta gaatttgaag ataagacaga agaatggctg      960

atcagcttta agaacgagac acataaccat ccaacagaaa tcgaaccatt tggtggtgca     1020

gctacctgtc ttggtggtgc gatccgtgac ccgttatcag gacgttccta tgtatatcag     1080

gcaatgcgag taactggttg tgcagatcct actgttccta tggcagagac gatgaaaggt     1140

aagcttccac agagaaagct gactactggc gctgcaaagg gatatagctc ttatggtaac     1200

cagattggtc ttgctacagg attagtagat gaagtatatc atccaggtta tgttgcaaag     1260

cgtatggaga ttggtgcagt tatcggtgca gctccaagaa agaatgttat cagagaaact     1320

tctgatccag gcgatatcat cgtattatta ggtggacgta ctggtcgtga tggctgtggt     1380

ggagcaacag gttcttccaa agctcacaca acaaagtcta ttgatacttg tggagcagaa     1440

gtacagaaag gtaacgcacc tacagaacgt aagattcaga gattattccg tcgtgaggaa     1500

gtaagtatcc ttattaagaa gtgtaatgac tttggtgccg gcggtgtatc tgtagcaatc     1560

ggcgagcttg ctgacggact tcgcatcgac cttgacaaag tacctaagaa atacgccgga     1620

cttgacggaa cagaacttgc catttctgaa tctcaggaac gtatggcagt tgttcttgat     1680

aaaaaagatg tagaacagtt cctcacttac gcagaagaag agaacttaga agcaacagta     1740

gttgcagaag taacagaggc aaaacgtctt gttatgtcct ggagaggcaa agaaatcgta     1800

aacctctctc gtgcattctt agatacgaat ggtgcacatc aggaaacaac ggttgaagta     1860

gaaatgcctg acgagaaaga atgttactac aaaaaacagg atgaattcaa agacgcaaaa     1920

gagatgtgga cagagaaact ttctgacctt aatgtatgtt ctaagaaagg cttagtagaa     1980

atgtttgaca gctctatcgg agctggaaca gttaccatgc catttggtgg aaagacacag     2040

cttactccaa tccagacaat gacagcgaag ttacctgtat tagaaggtaa gacagaactt     2100

acaacgatga tgtcctacgg atttgatcca tatctttcaa gctggagtcc ataccatgga     2160

gccgtttatg cagtacttga gtctgtagct aagattatag ctgccggtgg agacttccgt     2220

aagattcgtc tgacattcca ggaatatttt gaaagacttg gcacagatcc taagagatgg     2280

ggtaaaccat ttgctgcatt actcggtgct tacaatgcac agaaaggttt tggaattcca     2340

tccatcggag gaaaagatag tatgtctggc tcctttgaag atatcgatgt tccaccaaca     2400

ttagtttcct ttgctgtaga ttatacaaag gcttcccatg ttgtaacacc agaatttaag     2460

aaagcaggta ataatcttct tcgtgtggat attccatttg atgaatatgg tattccggat     2520

tataaagagg ccggaaagat ttatgatacg attcataaat taatgcgtaa agatgttatc     2580

gcatctgcat atgctcttgg agcaggcgga ctgattgagg caatcagcaa gatgagcttt     2640

ggaaatatgt atggtgtgaa gttagtaaga gactttaata aggaagatct tacaaagaaa     2700

tattatggtt ctattcttgt agagattcct acagaatgga tggatgagat ggcagttctg     2760

ccgaatatat ttgtaggacg agttacagat gatccattct tccaggttgg tgaagaagag     2820

atttctttaa aagagatgtg tgacgtatgg cagaaaccat tagaatctgt attccctaca     2880

aagacaaatg caacgaaaca taacgtatca cagccattat accgtacaaa tgacatttat     2940

gtatgcaaaa ataaagttgc agttccaaag gtatttattc cagtattccc aggaacaaac     3000

tgtgaatacg attctgcaaa ggcattccgc cgcgcaggag cagaagtaga gacacttgta     3060

tttaagaacc agtcagaatc cgacattctt gaatctgtag atgcatttga aaaggcaatc     3120

agccaggcac agattattat gttcccaggc ggattcagtg cgggtgatga accagaaggt     3180

tctgcgaagt tctttgcaac cgtatttaga aatgaaaaga ttaaagagtc cgttatgaag     3240

cttcttaacg agagagacgg tcttgcactt ggtatctgta atggattcca ggcactcatt     3300

aagctcggtc ttgtaccata tggagaaatc gttaaccaga cagaagattc tccaacactg     3360

acaatgaatg agattggccg ccatgtatct actatggtat atacaaaagt agtaaccaac     3420

aagtccccat ggcttcgtaa agccgtactt gaccagattt atgcaattcc tgcatctcat     3480

ggagaaggac gttttgttgc aagcaaagaa tggattgaaa aattattcaa gaatggacag     3540

gttgcaacac agtatgttaa cttaaacgga gaacctacaa tggatgaccg ctacaatcca     3600

aatggttcct actatgctat tgaaggtatc acaagcccag acggacgtgt ccttggtaag     3660

atggcacatt ccgaacgtat cggagagaat attgctaaga atatttacgc aaaacaggat     3720

cagaagattt tcgaaagtgg agtagaatac tttaagtaa                            3759


<210>  724
<211>  1593
<212>  DNA
<213>  Eubacterium

<400>  724
atgcagtata attcatggct ctatctcttt ccttttcttg gcggcagcat aatttttttt       60

tattttattc ctgtaaaacg ccgctggatt ggtcttcttt tttcgagcct gctgttctat      120

attcttgcaa tgaagaatct ggttgccgtt gttttattta cgacggcaac catttatctt      180

ggtgcaagaa caattgaaga attcaatgaa cagttcaagt taaagaaaaa agagttagac      240

cgtgccgccc gaaaagaact aaagagtaaa ataacaaaaa agaatcggta tgttatcgca      300

ctgttatgtg tcattaattt cggtattcta tttatcacaa agtattttaa cttttttggt      360

gaaaatatca acgctctctt tcatgcactg catatttccg cacagattcc attcttagat      420

atttttctcc cacttggaat ctccttctat accttatctg ccatcagtta tataacagat      480

gttgcccggg gagtatgcaa agcagaaaag aattattttc gccttctcct gtttttgatt      540

tttttcccga ttattacaga gggaccaatt tctcgttatg gacagcttgg agaagagtta      600

aaagcagaac atcattttga ttataagcaa ttttgttttg gcgctcagct tatcgtgtgg      660

gggctttttc agaaagttct tctttctgac cgtgtaaata tgtatgtccg cgctattttt      720

gcaaatcatg agaaatattc cgggtttccg gttgttatgg caattctttt gtatacattc      780

caactctaca tggattttgc cggctgtatc aacattgcac ggggaagcgc gcagcttttt      840

ggaattacat tagaagagaa ctttaagcgg cctttcttcg ccacttccgt taatgagttc      900

tggcgcagat ggcatatcac tctcggagcc tggttcaaag attacatttt ttatccaatc      960

tccctcggaa cgcattttca gaaattcagt cagaactgta gaaaacatat gaaccgttac     1020

tatgccgcaa ctattcctgg catttttgca ttgtttgctg tttggtttgg aaatggaatc     1080

tggcatggag ccgaatggaa atacattatt tatggacttt attactacgt tatcatggtt     1140

ctcggaatgt tgcttgaacc ggctttcgta agtttttgca gcaaacttaa tatcgacaga     1200

aatgcttcct ggtatcatac aatgcaggta gtgcgtactt ttatccttgt aaatattgga     1260

atgcttatat tccggtcaaa ggatattaaa acagcaatca ctatgcttgg ttccgtattt     1320

caaccgtggc atggaaaatc taatttctgg cagctggcat ttaaccgggg tggtctattt     1380

aaattagact ttctgcttat tgccttcagt gtcattctcc tttattttat cggaaagaaa     1440

caggaaaatg gtcattctat ccgtgaactg attcttgcac agccattacc gattcgctgg     1500

gccatctata taattccgat tgtattgatt atcattgctg gagcctacgg accaggatgg     1560

ggcgttgcag attttattta cgctaaattt taa                                  1593


<210>  725
<211>  3213
<212>  DNA
<213>  Eubacterium

<400>  725
atgtggaaaa aagtaaagcg aatcctatca tgcatccttg cactaatatt gctgttatcg       60

ttgatagatg gacagcagtt ttttgtacgg gcagagagtg aagtaaaggt aacacagaca      120

gaacaagcgt caaataagat ggaggaaaca aaaacttctt ctagaaagga agaagggtcg      180

gaagcaaaca ataaggagaa tggcaaacaa gaagaaggaa cacaaaagga agaactatct      240

acaaaggcaa cagaaaaaac aacggaaacg aaaaatgaag atggaaaggt ggacaaacca      300

gacaacttaa ataaagagaa tgaaaataat ggacaggaaa atggtggaaa gaatgaagaa      360

aaagagacag gggataaggg agaggagaca ataaaggaaa aagcggaaga agcttctgcc      420

gaggaagata ctgcacagga gacagaggcc aaagaacaaa tagatgctac ggatgacaca      480

caagagcgga cgaatcagca ggacgaaaat gcgccagcaa tggcgcagag ggggacagac      540

gtatctgaaa aagagacaga gtatgttcca aagagtcagc cccagggggt aagtataaag      600

gtatatgcaa aagaaaatgt tttcccagaa gggacgacga tgaaggtaaa ggagttaacc      660

aataaggaat tagatagtgc acaaaatgtt ctggaaaaag gtaatgtatc ttacgatggt      720

tttcttggct atgatatcag tttttataat aaagaaggaa aagaaattga accggaagaa      780

ggaagcgtaa gagtggaagt ggatatgaat ctgaatctgc tcccaaaaga tctgcagatg      840

gatacgttgc agatgcagca tttgaaagag gaaaagaaag acaggactgt tgagacagtg      900

gcaaaagcag cagatcataa gttatctgta agtaaaagta aggtaacagc aaagtttgaa      960

gtaaagagtt tttctgattt tattttgaca tggaatattg atgcgacacc ggctgaccca     1020

ttagaaacag gagataatgc ggcatccata gaaaaacaga taaatcatga aaaatatgcg     1080

acattaaggg atgatggaac ttatgacttg acccttaccg ttgcagggaa aaagggaacg     1140

gagacaaata aagccaagct tgatgtaata tatattcttg ataaatcagg aagtatgaaa     1200

gaagattttg gtggaacatc aaaacggatt gcggcatcta acgcaattac cgcgcttacg     1260

aaaagtttga agcaaaatgc gaatattgat gctcgttttt ctatggttac atttagtgga     1320

aataaaacaa caggaatgtg ggggcaagga gataccaaga cctgggatga tgcagaagta     1380

gcggtaagtt ggactactga tgcaggaacg attgagagag gctccaaacc aacttcaaat     1440

ggtggaacaa attatcaggc aggtattcgg actgcgaaag aattgctgac cagtaagaga     1500

gcaggggcaa tgacagcggt tatctttatc tctgacggtg atccgacttt ctattataat     1560

ccagatggat atactagggg agatggcaat aacgatggca atggcggagc agataattta     1620

aaggtatgcc tggatgcggc aaaaaatgaa atcgcaaatc ttggcgtaaa ttatttctat     1680

acagttggtg taggaaaagc gagtgattat gtgaatttaa gtgacttatg tagcgcatct     1740

ggtgtgagtg gcgcgaaaaa ctttgatggc acaaatacag atgagttaac gaaagcattt     1800

agtaccattg agtcagatat tttaaccttt ttatgttcga atgtttctat tcaggatgta     1860

ttgagtgaga atgtagagat tataaaagac aaagatggtg tatttaaaag tctgaaaatt     1920

gtagtgactg gtaaagatgg aaaaactata gtggaaggtg acaataaagt tacatttcaa     1980

gatggaacac aaaatgtcac attaaaagca ggatatgaca gcaaaacaaa gactattacc     2040

ttagattttc cagcggaata tcagttaaat gcagagtata catataaagt aattgcgaat     2100

attgatgcga cagaaaaagc ttatgaaaat tatcgaaaga atttgaccga caataaagat     2160

gagaatgaaa aaggatataa ggatgttgca gatgccggaa caggcaccca tgcaggggaa     2220

aaaggtatgt atacgaatga gaacagtgaa gcgaaaatga cctatacttt ccgtggagaa     2280

gagtatacag aattatatga caaaccggtt atcaaacttc atccaggtaa gttgatttta     2340

gaaaaagaag tggaaggact tgacagcctt acaccagaac agcttgaaca atataaagca     2400

aatttgaaat ttaaaatcaa agtaaagaca aagaatgata ccagcttaaa agaggaagaa     2460

ataacactga ctgcttttgc aaaagaaagt aatggaaatg aagatagtgg aagtgacagt     2520

aataccaata gaagaaataa atacatttat actgttatgg aaggaattaa tccgggaagt     2580

ttctacgaaa tcacggaaga tggtggtgaa gtagaaggat atacctggga gactgcagcg     2640

gacaaaaaaa gtgagaatgg aacaatagta aaagatgaga cagaaaaggt ttcctttaag     2700

aatacatata gcagaaagaa gattccttta attataaata aaacagtcga aggaaatatg     2760

tcagaaaaaa gaaaagagtt tgcattttcc attacattaa aagatgcgaa tggagctgtc     2820

tatgaattat ctgatgagga gataaaagac gtaggattta gcacaaaggg agagggccaa     2880

aaaggagtat atacatttac gttaaaagat ggagaaagta aagaattttc tcttccatac     2940

ggatgtaaat atactatttc agaagaggat tattcctcct taggatataa aacatatatt     3000

agagaaaaaa aggaagaaaa tcaaaagaga acgacagaag aagaaacact tactcagaaa     3060

acagaaataa atttctttaa taaaaaagag gttatcccac caacgggtgt tgaaacaacg     3120

atgacagcat ggcttcttat gacaggagtg actcttttat taggagcggt atttctgctg     3180

tttggaattc gcagaaagag atttgtcgca tga                                  3213


<210>  726
<211>  1731
<212>  DNA
<213>  Eubacterium

<400>  726
atgaataaga aacatttagg aattgtagca ttgtttatat tgtgtttttc atttgctttg       60

gcagggaagt ctgcacaggc agcaacaaca ccacaggaaa caagtgtcag caagattgct      120

tatgtagatg cttctggaag attagtactt aagtttgcgg atttttcaga tgcgggttat      180

acatatactg taacaaatga gaagacggga gctaagacag atacagcgca gctcgcatca      240

aagaaaggtg tgcttacagt aagtcttggc cagctttatt ctgctaagac cggatataag      300

cttattctca caagtaagga taatacaaag aaactgacag ttcactatta tacaggtaag      360

gcgcttggca gttattctat caagcagaaa agcaatgatt ctgtaaaagc ttcctggaca      420

gtgtctgaca agatatatac tagatattct ttagaactgt atctgggagg aaactcaaca      480

gtagcacaga aaaggataag tgtaggtaag acagcagcct ctgcttctat tgcatcctca      540

tctttaaaga atgccagata ttatacttat ttaattggtc agaccactct taacaataat      600

aagacagttt attatggaca gggaatgctt aagacatttg attatgtgaa gaagcctgca      660

aaggtaaaag gtgtaaaagc tgtaccaaat gcgaatgcgg caaagctttc atggaatgct      720

gtgagcaatg cttcttatta cactgtttat aagagtacaa agtcttcatc tggctataaa      780

gtagccaaga gcaaatgcac atccacttct ttaaaaataa agggactgac tggtggtaaa      840

aagtattatt tcaaagttgt agcagtttca caggctggtg gaaagacagt gatcggaaca      900

cagtctaatg cggttttagc gaagattcca gtagttgccg ggcaggtacg gaatgtacag      960

ttaagttttg attccaaaaa gaatctggca cttacatggt caagaacagc aaaagcaacc     1020

agctatcata ttttatataa gaaggcagca gattccaaat ataagatact gataaagaca     1080

aaaaagagca attatagtct tgctaaactg aaagcggata caaagtataa catcaaagta     1140

caggcagtta ccagaattgg aaacaaagtt tacttaagca gtaagacatc taaggtaatt     1200

acagtaaccc caagacagta tagagataag aattataata agctgcttgc cagccaggta     1260

agaagtatcg gttacgttgg aaataaatgt atttacacaa caaagaagta ttcaacagaa     1320

gttaagacag catttgtaaa ctataaggga tattccagta aaacaaagta tttaatctgg     1380

atcagccatt atacacagca ggtaagcatt ttcgagggaa gcaaaggcaa atggaagatg     1440

atccgtacat ttatctgtgc gaccggaacg gcaaagaatc attctccaag aggagtattt     1500

aagattactt ataaggaaaa aggctggttc tacacaagca caaaagaact ctatgtaaca     1560

cattataagg gaagaaactc tttccataca cgtccattat ggaataacgg ttctgtacag     1620

aacccgacaa tcggaaaacc agcgtctcat ggatgcgtcc gctgttataa ccaggatgcg     1680

aaatatatct atgataaaat gccaatagga acaacagtgg tgtcttatta a              1731


<210>  727
<211>  3405
<212>  DNA
<213>  Eubacterium

<400>  727
atggcactaa gattaattac aggaagaagc ggacagggaa aaacggaata tctggtgcag       60

gaagtaatcc gcctttccat ggagaatccg cagcagaaat attatgtaat cgtaccagag      120

cagttcagtc ttgagatgca gagaaaaatg gtaaagaaac atccaagaca tggctttttt      180

aacatagatg tactgagttt tcatcggctt gcctatcgta tttttgacga atgtgggtat      240

cagccgggag aaatccttga agatttagga gtatccatga tgcttcgaaa gattctttcg      300

gaaggtgaga ataattttct ttattttaaa aaaagtatga aaaaggcagg cttcattgat      360

gagttaaagt ctatgttaat ggagtttatc ggatatgggg taacctggga gcaggtagag      420

gaagtttctg agaaactcgg agagaataaa gctctttcta acaaatgcaa ggaacttggc      480

agaatttatg aacattttga taaagcgata gagggaagat ttatggtaac agaacagata      540

cttgatgttg ccagagaatt tgccaaagaa gctccaatgc ttacgaatgc agtattttat      600

tttgatggat ttgcaggatt taccccggtt cagttggcat ttttaaagga attattaaag      660

gttgcggggc agattaacgt gacaataaca attccagaat ttgtgcccgg acaaagggga      720

atgcctgagg atttattcac ttccagtaag aagacagggg atgcgctgct aatgctctgt      780

caggaaaata tgcaggaagt agaagaggtc gtaaagcttg acacaccagt ttctccaaga      840

tttataaata attcagaact tgcattttta gaaaaaaatc tatttcaaaa tagccggaag      900

atttattcaa agaagataga acgaatccat atgacagtgt gccataatcc agatggagag      960

gcagactatg ttatgcacaa aatagagcag cttgtaagac aaaaaggtta ccgctatcgc     1020

gattttgcag tgctttcagg agatgtggcc gattatgcct ctgcatttaa acgaaaggca     1080

gctattttaa atattccggt attcgaggat acgaaaaaga aagtctccta tcattcagga     1140

gttgaggcag ttcgctccct ctttcatctt gcacagatgg aatattctta tgagagtgtg     1200

ttccgttatc tgaagtctgg aatgtctaat cttatagatg aagatgctga ttatctggaa     1260

aattatgtgt tgtatgcagg tgttagggga tattccatgt ggaagaagcc attttacagg     1320

agactcaaga ataaagacga ggcagcgata aaagcacttc ttcttttaca ggaaaaattc     1380

atggaagaaa cggaaaactt ctgttcagtt atgcgagata aagaggctag tgtaagagac     1440

aaaatagaag tattgtatca tacgatggaa aagctttctt ttgaggagaa gctcaagaat     1500

caggcgaaaa aagcggagga aaacagtgac tttgtaaaag ctactgagta taggcagtta     1560

tatgatctct tactgtcgct catggataaa atcgtaatga ttttcggtga ggaaaagatg     1620

ccggtaaagg aacttgcaga aattgtggat gcgggtcttg atgcgctggg tcttggtgtt     1680

gttccactga caatggatca ggtggttcta ggtgatttaa agcgtacccg tctgcatgaa     1740

gtaaaggtgc tgtttatcac aggaatgaac gatgggaaga taccgccgaa tatagaggac     1800

agaggacttc tcagtgatga ggaaaaagaa gttttaaaaa attgtggtat ttctttatcg     1860

cagagcctgc tagaacagtc gatggaagat gaattttata tgtacatggc atttgccaaa     1920

ccaacagatg aattatattt ttcttattct gtgacagata gtgacggttc ggcattgcgg     1980

ccttcacttc ttcagaaaaa tataagccag attttcccaa agttgaagag aaaacagtat     2040

ccagaagagg agcgaagata ttactttaat ctggaggaca gtcgggaatt tctgatagaa     2100

agttttcttc aggcaaaaac agaacccgag aaagtacgga agaacagggc ttttgttatg     2160

ctggcaaagt actggttaga gcagagtgag ggaaggaaag aactggaaaa atatggacat     2220

tggattgaaa atgcatatca ggaaccagaa ctttcagaag aattgctgga gcagctttac     2280

ggaaaggaac tttcaggaag tgtaacaagg ttagagcgat ttgcagcctg tccatatcaa     2340

tatttttgta tttatggtct ggaactaaga gaaagagaag aatataagat tcgtcctata     2400

gatcttggta atctttttca taaggcatta gagtgttttt ccagaaaggt aaaagagtcg     2460

gaatatagct ggaagaatat cccggatgaa gtgcaggaac aatatatttc agaagcgctg     2520

catacagcga tggatgagaa tctgagtgat gtgttccaga gttcttctcg aaatcagtac     2580

aaaataaaaa cagtagagag aattatgaaa aggacaattc aggttctgcg cgtccatttg     2640

aaaaacagcc agttcgaacc agatagattt gagcttagtt ttggaaaaaa caaaaagtta     2700

aaagaggcgg aagtcccgct cgaagatgga agaaagatgt ttttgcaggg tgtgattgac     2760

agggtagata cctgcgagga tgatgatgag attcttatga aagtcatcga ctacaagtct     2820

ggaatgaaaa agtttgaatt ggaagacttt tattatggac tggagatgca gcttgtcatt     2880

tacatgaatg cagcggaaga aatttataaa gaaaatgaac aaaatcccga taataaacct     2940

gttgttcctg ccggaatctt ctattatcag ttacaagacc caattataaa ggcagattat     3000

gcagaagaaa gcgaacttct taaaaatttt cgactgtctg gaatggcaaa tagtgatgcg     3060

gatatactga gtaagttaga agagggcagt gatggttttg tatctatgcc gattcgtctg     3120

aaaaagtctg gagaaccata taaaaattct ccagtgatga gtacgcagga ctttcattat     3180

atgggagctt atgcccggaa aaaggcggca gaattaggcg agagaattta taaaggagag     3240

attcatccaa gaccgtacag aaataaaaaa ggaacagcct gtgattactg tcctttcgca     3300

gatgtctgtg gatttgatcc gaagctgcca ggttatgagt accagagttt ccagggaatg     3360

tctgtggagg aagtcttaga aaaaatcaga gaggagggag aatag                     3405


<210>  728
<211>  1698
<212>  DNA
<213>  Eubacterium

<400>  728
atgaatacat tagtcattgt tttaattgct gctgttttat tgacagttgc atatgcattt       60

tatggacggt ggctttctaa aaaatgggga attgacccaa aagcagagac accagctcat      120

aagtttgaag atggacagga ttatgttcca actgacggtt ggacagtatt tagccatcag      180

ttttcatcta ttgctggagc aggccctgta acaggagcaa ttcaggcggc agtatttgga      240

tggcttccag tacttttgtg ggtattaatt ggaggtattt tctttggagc agttaccgat      300

tttggagcat tatatgccag tgtaaaaaat gatggtaagt ccatgggact tctgatcgaa      360

aaatacatcg gtaaacttgg aagaaagtta tttcttattt tctgctggct gtttacttta      420

attgttatcg cagctttcgc tgatatggta gcaggtacat ttaatgctta tacggtagat      480

gccaatggtg tgattgcact ttccgatgca gcaaaaacaa atggagcagc aggaacaatt      540

tcccttttat ttatcgcatt tgcaatgatt tttggtttac ttcataaaca tctgcatctg      600

acaggatgga aggaaacggt tgttggatta atctgtactg tagcagcact tgctattggt      660

atgacaatgc caattacatt aggaaaggac ggctggacat atattacatt tgtatatatt      720

ttctttgcgg cagtactccc aatgtggtta ttaaaacagc ctcgtgatgc gatgacaacc      780

tatatgttta ttggaatgat cgcaggagct gttgttggat tattagtagc gcatcctaca      840

atgaatcttc ctgtatttac aggcttccat aatgatcagc ttggtgattt attccctatt      900

ttattcgtaa ccgttgcttg tggagcagtt tctggtttcc acagtttagt atcttccgga      960

acatcttcaa agacggtatc caatgaaaaa gatatgttaa aagttggtta cggcgcaatg     1020

gtattagaaa gtttacttgc agttatcgct ttatgtgtag caggagcggc agcgtccgct     1080

aacggaacac cagcagatgg aacaccattc caggtattct caagcggtgt agccggattc     1140

tttgaaatgt ttggaattcc agtatatgta gcacagtgct tcatgacaat gtgcgtatcc     1200

gcgcttgcac ttacaagttt ggatgccgta gcgcgaattg gccgaatgag ctttcaggaa     1260

ttgttcagtg ttgatgatat ggaacatgca gaaggatgga gaaaagtttt atgtaataca     1320

tacttctcaa caatcatcac cttagcagca gcctttgtat taacaagaat tggttatgca     1380

aatatctggc cattatttgg ttccgcaaac cagctcttat ctgctttagt attagtaaca     1440

ctttgcgtat tcttaaaagt aaccggacga agcaacaaaa tgcttttccc accactgatt     1500

atcatgcttt gtgtaacagg aaccgcatta gtagagagaa ccgtttctct cgtacaggca     1560

ttttctgctg gttccgcaac atttttagta gaaggcttac agctgattat cgctatttta     1620

ctgatgatac ttggagtgat catcgtagta aattcactcc gggcttactt cgcctcaaag     1680

aagaattcgg aaatttaa                                                   1698


<210>  729
<211>  1962
<212>  DNA
<213>  Eubacterium

<400>  729
atggaaaagt taaacctgaa gtttttgcag agtctggcaa cacagtatcc aagcgtggca       60

aaggcctgta cagagattat caatctgcag gcaattctaa atctgccaaa ggagacagaa      120

cattttgttt ctgatgtaca tggggagtac gagcaatttc tacatatctt aaaaactggc      180

tcaggagcca ttcgcaataa gatagaagat gtttttggta atacactctg cgccagagat      240

aaaaagagtc tggcagctct gatttattat ccagagcaga aagtagagcg gatgcggtta      300

gagttatctg aagaagattt tcaggattgg tataaggtat ccctgcatcg cctgattgcg      360

gtatgtaagg aaagctctgc caagtataca agatcaaaac ttagaaagag tctgccggct      420

gatttttctt atattcttga agagcttttg agtgaaaata accgtgttgt agaaaaagaa      480

gaatattata atgaaatctt tgatacgatt atccgcttaa acagagcgaa agaatttatt      540

gttgccattg ccggggttat tcagaagtta gttgtcacac ggcttcatgt tatcggagat      600

atttttgacc gaggcccagg cccgcatatc attatggatc acctgatgga acacagtaat      660

gtggacttcc agtggggaaa ccatgatgtg gtatggatgg gagcggcttc tggtcaaaaa      720

gcctgtattg ccaatgtcat tcgtctttca gcaagatata ataatcttaa tgtattagaa      780

gatggatatg gaattaatct tgtcccactc gcaagttttg cgattgaaac atatgcgaat      840

gatccttgtc agtgcttccg ggttcatgca caggaagact ctgatttaag agaagtatct      900

ctcaatatga agatgcataa agccattgct attattcagt ttaagttaga gggacaggtg      960

atcaagagaa ggccagagtt taatatggac aaaagactcc ttcttgataa gatcgattac     1020

gaggaaggaa ccattatgat agaaggtaag aagtatgaac ttcttgataa atccttccct     1080

actattgacc cgaataatcc atatgaactt tccgaagcag aagaagcctt gatgaaccgc     1140

ctttgcatga actttttaaa ctgcgataag ttacaggaac atatccgttt cctatttaat     1200

aaaggcggtc tgtatctttg ttataattcc aatcttctct atcatggctg tgtgccgctt     1260

gatgagaagg gaaacttccg taaagttaag attggcagca aacagtattc tggcaaagaa     1320

ctttatgatg tgcttgagta ctacgcaaga aagggatatt acgagcagga taacagagaa     1380

gaacatgaat atggaaagga tatcatgtgg tatatctggt ctaatgagaa ctccccagtc     1440

tatggcaagg aaaagatggc gacatttgag cggtatttca ttgccgataa agaagtgcag     1500

attgagagaa aagaccatta ttaccgcctg atagagagag aagatgttgt aaataatatc     1560

ctcaaagaat ttggcgtaga tatcgaaaaa ggtcatatta tcaatgggca tatgcctgtt     1620

cacgtaaaag agggtgaatc ccctgtcaaa tgtaacggta aagtcatgat cattgatggt     1680

ggcttttcga aagcataccg cggaacgaca ggaattgccg gttacaccct tatctataat     1740

tcaagaggtc tgcgtcttgt ttctcatgag acatttactt cgacagaaga cgttatcgaa     1800

aaagagatag acgtacattc tgataccgtt atccgtgagg tttctgctca gcgtgagaga     1860

gtgatagata ccgaaactgg ccgccagtta aaagagcaga tcagtgacct tgagaagctg     1920

ctgcatgctt atcggacggg acagattttg gaaaaagaat aa                        1962


<210>  730
<211>  1830
<212>  DNA
<213>  Eubacterium

<400>  730
atgtttcgga agaagaatgg gcaggaattt atggatgaga cgaatttaga ttcatccaca       60

aatgataagg aagagaagaa aggatttttc cacaggaaaa agaaaaaaga aatcaatctg      120

tatgaggacg atatgggata tatcgaggat gacagtaatt tcgatgaaga cgaatatgat      180

aaagaattag aagagttaca ggaagaagag aagccagaga agaaacgggg atttttccat      240

cgcaagaaga aagaagagga aaaatctggt ggtacggaga agcttgaagg tactaaggaa      300

gaggaagaaa gtctgttaag cgatgacgac gccattattt tgcaggagcc ggagaagaag      360

aagttttcca agaagaagct ggcgcttatc tgtggtacgg cagcagtcat agtgatcgct      420

gttgtttttt ttgtgattcg caatatcgga ggaacaagtg agggcaaggc ttatgtggag      480

tctgttcgtg agattacagg actgggaact gctggtggtg cgaataaccg ttatacagga      540

actgttgatg cagagaagtc atggaagatt acattacagt ctgatttatc tgtagagaaa      600

cgctatgtta atgtagggga tcaggtaaag aagggagata agctctttaa gtacaacaca      660

caggagttaa agctttctaa agaaaagaaa gaacttgagc aggagacttt acagaatgag      720

attacacagt tgacaaagga tattaagtct tatcagtctg atttgaagtc tgcaagtgcc      780

agtgagaaga ttcagcttca gacacagatt ttaacggctc agacaacaat taaaaaagat      840

cagtatacga ttaagtccaa taaagagtca attaagttgt tagagaagaa cattaaagat      900

gcaacagtaa aaagtaagat gaatggtctt gtaaagaaag taaatgcatc tttagagact      960

tcctcttcgg atgatagttc ggatgacggc tcggattctg gtgatggaag ttcagatgat     1020

tcctcttaca tgacaattct tgcggtaggt aattaccgaa ttaagggaac tgtcagtgag     1080

acgaatgtat ggagtcttaa cgagggagat ccagttattg ttcgttcaag agtggataat     1140

tcccagacct ggaaaggaac aatcagcagc attaagacgg atacgacggc agatgatacc     1200

agtgacagca gctctgatta ttcagatggc tatacagatg atgaaagcag tacaggagaa     1260

actgcctcca agtataactt ttatgtgaag ttagataatg ataaggatct gatgatggga     1320

cagcatgtcc ttatagaaca ggataatgga caggacgagc agaaagaggg tatgtggctg     1380

ccatctgctt acataaagaa aaataataac aaatactatg tatggctcga ttctcataat     1440

aagttaaagc ttcatgagat tcaggttgga gagtacgatg agaatcttga tgagtatgaa     1500

gtaaagagcg gccttaaaac aagtgattac attgcatgtg acgacagtac attaaaagaa     1560

ggcatgaaag ttacaaaggt aagtccggaa gataatacat ctggttatgg agatgagcag     1620

gagaatgatg atgcagagtc atttggttca gatgcatctg aagatacttc agatgtggga     1680

gaggattatt cagattacag tgatagtgcg gatacatatg acagctctga tgatgaaagt     1740

ctgagtgacg gtgcagattt tggaagtgat agctcagatt ctggtaacag tggaacaagt     1800

gatagtgata ttgcggactt tggggaataa                                      1830


<210>  731
<211>  1521
<212>  DNA
<213>  Eubacterium

<400>  731
atgagtgtaa cagcagtaca gatatcagaa agaagacaaa aagtaaaaac aacagtaagt       60

gatgagagta taaagatgag aaagtttatt tccatgacta tgactatgtt aaaaatcggt      120

ttcattggtt ttggtggggg aagcgcactg attccagtaa ttgaagatga ggtcgtagag      180

aaggataaga ttgtatcaga agaagaattt aatgatgatg taatgattgc cagtataact      240

ccaggagcac ttcctgtaga ggttgctaca ggaatcggaa gacaggcttc aggattaaag      300

ggaatggcag cagcagcgac agcgatggca ttaccgggtg ctttactgac agtattatta      360

caggcagtta tttccagtgc aggaagtgtg gtgaagtcac agattaatta tctttctatc      420

ggaatctctg cgtttattat tttaacttta ctggcttatt cattaggaac agtatgccag      480

gcagtgaata agagagaagg acaattgtat ggtctgatta ttcttggagt gtttttactt      540

tcaggagaga aaagcattta tcagttattc gggcttgata ttaaaccaat atttgcactg      600

tcaacgattc aggtattagg agcggcattc tttgtaatct tatttacaaa aggacatgta      660

cgttgcttaa gaagatctat accagcagca ataattacgg tatgctatct gctttgtgcc      720

ggcaatgcac atattatacc agtttccgcg aaaccattta ttctcgcagt tatggcggta      780

ttatcaattc ttggcctggt acagtctatc gtagaaagtc cgcataagaa agcatttcca      840

gcaaaaagac ttgcaacatc tgcaggattt tggctcttat tcgtagtaat actttctatt      900

ccggcaatgt tcctcacagc aaagacgtta aagtttatcg gaatgggctg gttatcctct      960

attatgtctt ttggcggcgg agatgcgtat ctttctgtag cacagggatt gttcgtggaa     1020

ggtggagtta tcaataatgc agatttttac ggtaatgtag tagctgtagc taacgcactt     1080

ccaggttcta ttttatgtaa aatacttacc ggaattgctt atgatgtagg atataactta     1140

aacggttctg taatagaagg atttcttgta gcactttccg gatttgcctg cagcgtggca     1200

gcatcaggag ctatctttga attagtattc tgtgtctatg agaaatacga gagccttcag     1260

atattttccg tagtaaaaca ttttatccgc ccgattattt ccggactgct ccttaccgta     1320

gcagtatctc tgtatacatc aggaatccgc ggtcaggtac agacaggaag tggacatccg     1380

gcacttgtga ttactcttat tgtaattgcg gtgaatcttg ttttaatgtg gctgcagaga     1440

agaggaaaga atatacattt gatttggaaa atcgttattt ccgcaggaat ctcctttgcg     1500

ggatgtaatt tattccttta a                                               1521


<210>  732
<211>  1617
<212>  DNA
<213>  Eubacterium

<400>  732
atgcaatatg aatttttaaa aaaatttcct cgaaggatga aaaatgtagg cctatatgct       60

gtcattatac agaacagcag tcagaagtta tcatggaaac agtatggatt cacaaagttc      120

gatgaacaga taaacctgct atttgaagtg ttgctttaca ttatggaaca gtcactaaaa      180

gaggaaaaat gtacgatgga tgatatagcg acctatatag atacgattaa tgtgcagtat      240

ctaagaaagg atatttctta tgaacaatgt catcaacttg gggattttat cgtgaataca      300

gtattgtcta atgaggggcg gccgatgtat tttgggggat atgatttcga aaaaaatgaa      360

tatgaagaga tgcatatcag ttatgtggct aacaaaattg tctatgtgga gaatgaggtc      420

aggcgaactt catattatct gaccgatgat ggttataatc ttcttttgtc tacattggaa      480

atagaagata atatgaagtt taatattcat gagattattt tcaggcttca tttggaaaaa      540

caaagttatg acaaagcggt aaatgatata aaaaacgtgt ttaaccttat gagaatacag      600

tttcagcgag tgcaggaagc aatgcgccag attcgcagga acgcattgag ttattccgtt      660

gatgagtacg aagaagtact cgttggaaat ctgaatacaa ttacggatac aaagaaaaaa      720

tttcaggaat ataagacagt tattcaggag cgtgtaaaag atttagaaga ggaaaatatt      780

aatatacgta agctaagtaa aaaggaacag caggatttaa ataatctccg ggtgattgag      840

gagtatctga caagagttct tgatgaacat cagaaaatct tgaacagtca ttttgattta      900

aaaatattgt atacagagga attggaacgc ttatcacagg caaggctgat acagcgtttt      960

tctatgagaa gagatttata tgataaagtt ttaaaacagg cagatacatt ggaaaatatg     1020

gatatgtttt tacggcctct ttttaataga aatcctgaga aaatttataa tctgaacaaa     1080

gcattttctt acgaaaaatc agtaaatgcc ggaatggaga aagataccga ggaagaagtg     1140

gattttgacg aggaagcatt tcgcagggaa aaagaagaaa agttacaaaa gaagctttta     1200

gtttatgaaa agagcctcca atatttatta gaaaaggcat cggttacggg agaagtttct     1260

ttaggacagt taaaggacag attggacatt tatccagaag aaaaagagat ttttatacca     1320

aatgtcgatg tatttaaaga gattatggta gaattgatcc gaaatcgaac gatagatatc     1380

gctactctga aaaaagaaag aagagaatat attcaggaac agccagatgg atttcagctt     1440

aacgaaatga ttttaaaatt agtggaagaa cagccggaaa ataacgatat aaccagcatt     1500

gaagtagagc ggctggaaaa tgaagaagcg attacatttt cagagataaa agatgaagaa     1560

aatcggagga aaacaatacg ctgttctaat gtattaatac ggatttttag gaaatag        1617


<210>  733
<211>  1278
<212>  DNA
<213>  Eubacterium

<400>  733
atgagaaaac atatagcagt gattatagcg ttggtaatgg cattttccct ctgcggatgc       60

ggaagcagta agtctttgtt tcctgagaat acagggaata agcagcagac aaagacagca      120

gatagcggaa gcattaaagt aggatatctg ttatcttctg atggggatgc gcctgatacc      180

gttgcccgtg tacagggaat ccgcaaaatg caggaagaga caggtattgc cgatgaccag      240

attattattg cagaaagtgt gaaaaaggca gattgtgaga agaaagccgc agagcttgtc      300

gaaaaaggct gtgacattat ttttgcagaa aatccgaatt tggaaagtat tttagaagaa      360

gctgcgaaaa aatatcctga tgtacaattt tgtcaggaaa gtggaaagct tgcaaagaaa      420

agtggtcttt caaacttcca caattatgat acaagaattt atgaagcata tcatgtagca      480

ggtcttgtag caggtgtgaa attaaatcat cttttagaca aaggagatat tagtgcttct      540

gagtgtgtca ttggttttgt ggcctatgat aaaacagcaa agacaacaag ctgcatcaat      600

gcattttatc ttggggtaga aagagtttgt tctcagtctt caattttagt ccgttatgtc      660

ggcaaaagag gtgtttatga tgcagatggt aaggcggcaa gacagcttat tgcagcaggt      720

gtaaagatga tggcacagta cacatataca acggcagttg cgactgtttg tgcagaaaat      780

gatacaccac ttatcggtaa tgatgtgaac ctcatctcta ctgcaccaaa agatgcgctg      840

acttctgtta catctgactg gagtaagtat tatacttatg cagtgaacaa ggtgttaaat      900

ggaaaagaaa ttgcagcaga ctggacagcg ggttatgcag aagatgcagt cgttatttcc      960

cagttaaatg atgagcatgt aacggatgga actgcagcaa aggctgcaga acttgagaag     1020

aacttaagag ccggaaatgc aaaagtattt aatacagaga agtttacgat tgatggatct     1080

tcattggata cattagcaac aagcaataca aactttaaaa aatacaaaaa atatattaaa     1140

aatggtaatt tacaggagtc tatgacacag tcgaaatcca tttttgatac atttattgat     1200

ggaattacgg aaagcacaca ggattattta gcagaacagt ctgcagactc tgcagaatcc     1260

acaacacagt cgaattaa                                                   1278


<210>  734
<211>  1905
<212>  DNA
<213>  Eubacterium

<400>  734
atgaaaaatt tatttggtga taacaggcag gctaacatcc tgtctgtttt gcgaaaaaat       60

tctgcattga atattgagat gcttgcacag cggtttgggg tgagtgagcg tacagttcga      120

aatgatatta aagatattaa cagagaattg aaaaacagtg gtctggttga gattaatcag      180

ggtaaatgca gtctccgggt atttgatacc agagattttc agaatgcata tgcccgtatt      240

attgagacag atgatttgat gaactcttca cagaagaggc aggagtatgt ttttgcgaag      300

cttatgaggg caatggaacc agtgcttacc gatgatattg cctatgagat gaatataggg      360

cgaagtacgc taatcagtga tttgaaaaag cttcgccaga caatggagaa atatgaactt      420

gaaattgtag gtaagaccag taagggactt gcacttggcg gttcagagct aaatatccga      480

aagtttgtga tggagaatct ttttggctct atttatcaga attatccaca agatgagctg      540

atgttaggga aaattcatga agcaatggcg gaaaagaatt ttgaggaatc cacgcagaaa      600

atgtttgaaa actatatgac actgatgttt gaccggtttt taacgggtca tgtcattacc      660

cgtatgccgg aaaaatacta taatctggta tcgagaaaca gtttttcatt cgtggatgaa      720

ttaattgacg atatttcaaa agaattttac attgagattc ctatagagga gaaaatattt      780

gtttttcttc caattatcgg aatgcgcact ccggcggaca gtaaaaatat gtacagcatc      840

gaactagatg aaaagattcg tccgttatta caaaagattg tagaacagat tcgtcaggaa      900

ttaaatattt cgattgatac gcacgaattt acagaaaaat tcatgtatca tatcatgttt      960

atgattaatc ggctccgcta taatgtacat atcgataatc caatgtttga ggatattcac     1020

tataaatatc cgctggcatt taaaatggca gaaatagcag ccagagtgat taaagaagat     1080

gcagaagttg ttgtcacaca ggcagagatg ggatacctcg ctgcttattt tggcgtattt     1140

ttagaagtaa atacgttaaa tcagaagcaa cagaaaatag cggttatcag tgataaggga     1200

agagtgactg cacaattatt tgccgtacag attcgtaagg tagtagacag tagcagccag     1260

cttgacattc tttcaccgtc agaagcggta agcggaatac ttgaccagta tgatattgtc     1320

atttgcacaa ccgaacacat catagagtgc gaatgcccag tcatctatat ccatgagatt     1380

tttgatgaaa atgaattaaa aaataagctt cgacaggcaa agttttgtaa aggaacagat     1440

gctgcaatct tagatgataa ctggtatgtc atggcaaata ttttaaaaga agatactttc     1500

tttaatttat cagaacagga agactatact tccgcattaa actatatgat agacactctt     1560

gaaaaaagag gttatgtaga tgcagatttt aaagaacggg tatgggagaa agaatcccgt     1620

tcgagcatga ctatagataa cattgcaatt ccacatgccg tacaaaaagc aggagacagc     1680

attgttttat ctgtaggagt atttcgaaaa ccaatgcctt ataaggagga taacatacag     1740

attatattcc ttttggcgct cccagaagaa atcagggatg agaatcgttt ggtttgtgta     1800

tatgatgaaa tcatgtcact cgtaaaaaat gatgagatga tagaaaaaat cacacaatca     1860

gaaaattaca ttgacttcat gaaggtattg tataagagaa actga                     1905


<210>  735
<211>  1815
<212>  DNA
<213>  Eubacterium

<400>  735
gtgaaattag ttgcgggcgt tgatattggc aatgcaacaa cggaaactgc gattgccaga       60

atcgatggta aaaatgtgac attcctttcg agtggtatta caggtactac tggaattaaa      120

ggaacgaaac agaacataca cggagttttt cagtcactga agaatgccct tgatgaagtt      180

ggttttgaaa tcagtgatct tgatgaagtt cgtattaatg aagccgctcc cgttatcggt      240

gatgtcgcta tggagactat taccgaaact attatcacgg aatctactat gattggacac      300

aatcccaata ctccaggggg tgttgggatt ggtgttggaa tatctcagcg catcgacaga      360

ttagatactg tcaaagatgg cggagatgta attgtggtta ttccggcaga agtttccttt      420

gaagctgccg ctgcactcat taaccgatat aacaaaatat ttaacattac aggtgccatt      480

gtccagcgcg atgatggcgt tttgattaac aacaggcttg aaaagaagat tcctatcgtt      540

gatgaggtag gtatgattga taaagtacct ctcggaatgt tatgtgcagt agaagttgca      600

cctgttggcg gagttgtcga agtactctct aacccatatg gtatcgcaac attattcaaa      660

ctgtccccgg aagatacaaa acaggttgta ccgattgccc gcgcgttaat cggaaatcgt      720

tctgccgttg tcattaaaac accggaagga gacgtaaaag aaagacgtat ccctgccggt      780

tctattgaga ttataggcgc aaagaaaaaa gtaatcgttg gcgtagaaga gggagccgag      840

aagatgatgg aagctgtaaa tagcgttcca gtcatcgaag atattaaagg tgaacctggc      900

accaatgccg gcggtatgct tgaaaaagtt cgtcaggtta tgtcaaatct tacaaaccag      960

catccaaaag atatcaaaat tcaggattta cttgctgtag atacttataa tcctcagaag     1020

attaaaggtg gtctcgcaaa tgaattttct ttagaaagtg cagtaggaat tgatgccatg     1080

gttaaggcag accgtcttca gatgaagatg atcgcggaag aattgacaga ccgattaaaa     1140

atccctgtat atgttggcgg tgttgaggca gatatggcta ttaaaggagc tttaactaca     1200

ccgggtacaa atgtaccact cgccatagta gatatgggag caggatcaac ggatgcttca     1260

attaaagaca gagacggcaa tgtaaagctc gtgcatctgg cgggggccgg aaacatggta     1320

actttactga ttcagtccga acttggactg gaagatttca atacagcaga agatattaaa     1380

aagtattctc tcgcaaaggt tgaaagtctt ttccatattc gtcatgaaga tggaaccgta     1440

cagttctttg aacagccatt agatccgaat gtattcgcaa aggttgtctt agtcaaggaa     1500

gatggagagt tagttccgct tgagggacag gattccatgg aaaagattaa gatggtaaga     1560

accaatgcaa agaaaaaggt attcgtaaca aatgcgattc gttcattggc gaaggttagt     1620

cctaccggta atgtacgaga catcgaattt gtagtattag taggtggttc tgcactcgac     1680

ttcgaggtgc cgactctcgt aactgatgca ttatcacaat ataatatagt agctggtcgg     1740

ggaaacattc gcggatgcga aggtcctcgt aatgcggtag caacaggact tgcgatgtct     1800

tgtgctgatg tatag                                                      1815


<210>  736
<211>  1821
<212>  DNA
<213>  Eubacterium

<400>  736
acagttatga aagaagtaaa gacaccgaga aagccgttta ttttttatta tattattgtg       60

cttctcgtac tcatgctggt caatatgttt gttatgccga tgattagaga ggcgagcatt      120

aagaaggttg attataatga gtttatgaat atgacattaa ataaacagat taaaaaagta      180

gagattgatg attcacagat tacatttacc gatcagaatg gaaccgttta taagacgtcc      240

aagatggatg gtgactgggg attaacggag agattatatc gttcaggagc tgaatttacg      300

acacaggttc aggaacagat gtctccaata ttatccttcc tgttatcctg gattatccca      360

attgtgttgt tctccgcatt aggatattat gcgcagaaga agatgatgaa caagatgtcc      420

ggcggtggtc cgaatatgat gtttggtatg ggtaagagta atgccaaagt ctatgtaccg      480

tccgaggaag gtatccgttt tagtgacgta gcgggtgaag atgaggcgaa ggagaactta      540

gctgaaatcg tagattatct gcatcagcca tcaaagtatt cagagattgg tgcttccatg      600

ccgaagggag ttcttttagt aggccctccg ggaacaggta agacgatgct tgccaaagcc      660

gtagctggtg aagcgaatgt accattcttt tctatctctg gttctgaatt tgtagagatg      720

tttgttggta tgggtgcttc aaaagtaaga gatttattta agcaggcgaa ggaaaaagct      780

ccatgtatcg tatttatcga cgagattgat gctattggta agaagagaga tggacatatc      840

ggcggtaatg acgagcgaga gcagactctc aaccagcttc ttacagagat ggatggcttt      900

gaaggtaata atggcgttat cattttagcg gcaacaaacc gtccagaatc tcttgatccg      960

gcattaacca gaccgggacg atttgaccgc cgtgtaccag tagaacttcc agatttagta     1020

ggaagagaag ccattttaag agtacacagt aaaaagactc gtcttgctga taatgtagat     1080

ttgcatgcca ttgcccgtat ggccgcaggc gcttctggcg cagaacttgc taacattatt     1140

aatgagggtg ccttaagagc agtaaggaat ggcagaagaa tagtaacaca ggcggatctt     1200

gaagaaagtg tagaagtagt aatcgcagga tatcagaaga agaatgctgt cctttcacca     1260

aaagagaaga tgacagttgc ttaccatgag attggtcatg ctttagttgc tgctaagcag     1320

acaaattctg caccagtaca gaagattacg attattccac gaacttctgg tgcgttagga     1380

tacacgatgc aggtagaaca gcaggataaa tatcttatga cgaaggaaga aatccagaat     1440

aagattgcaa cactcacagg tggacgtgca gcagaagaaa ttgtgacagg aacaataagt     1500

acaggagctt ctaacgatat tgaacaggca acaaagcttg caagagcgat gattacccgt     1560

tacggtatga cagacgaatt cgacatggtt gcaatggaaa ctgtcaataa tcagtatctc     1620

ggtggagatg cttcccttgc atgttctgca gacacacaga agaagattga tgagaaggtt     1680

gtagaagttg taaaagccca gcataagaaa gcattagata tcttgaatga aaacaaagat     1740

aagcttcatg aactggcgaa cttcctctat gagaaagaaa cgattactgg tgaagaattt     1800

atgcggattc tggaatccta a                                               1821


<210>  737
<211>  1191
<212>  DNA
<213>  Eubacterium

<400>  737
atgttaaaag gaaaaaccgt cgttttagga gtaactggaa gtattgccgc ttataaaatt       60

gcaaatcttg caagtatgct cgtaaaacag cactgtgatg tgcatgtgat tatgacaaaa      120

aacgcaacga actttatcaa tccgattgca tttgagacat tgacaaataa taaatgtctc      180

gtagatacat ttgacagaaa ttttcagttt catgtagcac atgtgtctgt ggcacagaaa      240

gcagatgtga tgatgatcgc accagcttcc gccaatatta ttgccaagct tgctcatgga      300

attgcagatg atatgttaag cacaacagcc ttagcctgca gtgcaaagaa aatcgtatct      360

cctgcaatga atgtgcatat gtttgaaaat ccgattgtac aggataattt aaacatattg      420

aagaaatacg atatggaagt ggtagagcct gcagttggtt atcttgcatg cggagataca      480

ggggcaggaa agatgccaga tccggaagtt ttgtatgaat atatcataaa ggaaattgcc      540

tgtgaaaaag atttaaaggg caaaaagatt atggtaactg ccggtccgac gcaggaagct      600

attgaccctg tccgctacat cacaaatcac tctacaggaa agatgggata tgccatcgca      660

aaaagagcaa tgctccgcgg agcggacgta acacttgtct ccggtcccgt tgcactcgat      720

ccagttccat ttgtgaaaat ggttcctgta actacggcac aggatatgtt tgaagcagtc      780

agcggcggtt ttccagagca ggatatcctc attaaagcag cagcagtagc agactatcgt      840

ccgtctaatg tcagcgatga gaaggtaaaa aagagagatg gagatatggc gatcgctctc      900

gaaagaacaa ccgatatact tggctatgtc ggagagcata agaagccaga acagattatt      960

tgcggatttt ccatggaaac acaaaatatg cttgaaaatt cccgaaaaaa attaaagaaa     1020

aaacatcttg atatgattgt agctaacaat ttgaaagagc agggggctgg atttggaaca     1080

gataccaaca gggttacaat catttcagaa aaagaagaaa aaaatctcga actcatgtcc     1140

aaagaggaag tagcagatga gattttaaac tacattcttg agtttaaata g              1191


<210>  738
<211>  1287
<212>  DNA
<213>  Eubacterium

<400>  738
atgttattga cgcagtctac cactccgatt atcggatgga ttgctacctt acttgggtat       60

gtcatggaat tcattttcta ttgtctgaat ttcatcggca ttcagaacat tggattatgt      120

atcatcatat ttaccattat tgttcgatta ttaatgctgc ctctgactat taagcaacag      180

aagtttgcta agatcagtca ggtaatgcag cctgaaatca ataagattca gagaaagtac      240

cgtaataaga cagatcaggc ttctatgatg aagcagaatg aagagattca gaaagtttac      300

gaaaaatatg gcacaaaccc aacgggtgga tgtcttcagt tagtaattca gatgcctatt      360

ttccttgcgt tatatcaggt tatccgtaag attcctgcat atatcccaca ggttaaggct      420

gtctacatgc aggttgtaac tgcaatcgca ggacaggcag gcgcaattga tgcgattaat      480

aagattggta agggattaaa gtcttcttac gttacaagtc ttgcatcaga tgcaacaaag      540

aatcagatta ttgatacact gaattatttt aatgcagatg catggcataa acttgccaaa      600

gcgattccat cagcagcaga tgtaattaac acttcatcta ctcatattat tggaatgaac      660

gatttctttg caggaatcaa tgtatctcag acaccaggat ttcatccttc tatttattgg      720

ctgattccta ttctagctgc attattccag tatttatctg caaagacaat gaaacagcct      780

gagctggatg gtaataatcc agcagcagga atgacaaaga gcatgacagt catgatgcct      840

cttatgtctt tatatttctg tttagttact ccggcaggtc ttggtattta ctgggtaaca      900

agtgcattat tccagtgttt acagcaggtt atcattaata aatatatgga taacgcagat      960

atcgatgctc ttgttgcaaa gaacaaagaa aaagctgcaa agaagaaagc aaaaggacag     1020

aaaacattta tggaaagact catggatacc tctgctaagg cagatgccgc aaaagaggag     1080

attgagaatc cttccgcaag aaagacaatt aagcaaattg cttccattaa tacaaagaaa     1140

atcgctggac cagaaggaac aggtgcagaa gattatgcca atcttgattc tgttgatatc     1200

agcaagcttg gagaaattgg taaaaaggct tatctggtat ctcagtatga gaaggaacat     1260

ggacatacca ggggaggtaa gaagtag                                         1287


<210>  739
<211>  1650
<212>  DNA
<213>  Eubacterium

<400>  739
atggctaatg gtgcaattct tacggctgaa caggaaagaa aactgagaca gcctattgat       60

gaatatgttg gtaaaatcca aaaagaaatt gatgagttaa gagaacatgg tacggcagaa      120

gtaatcgagt accagaatct tatcgcaaat gtaaaaagag ataagacact ctctaaagga      180

gagaaagaat ctgaaattaa agaatttgaa gcaaagttaa gtcaggcaaa agcggtagaa      240

gcacagaaca aagataaggt cgcaaaactt atctctgatg cggaaagcta tttgaaagag      300

aactttgaaa aactgtatta taatgcagta aaagaaagct gcgaagcaga aaaagcaaaa      360

gctttagaag atcacaaaca gcgtcttgct cagttagaga aagagcataa agaagcattg      420

gcaggtatgt ctgaccaggt tgagattaaa gaagagaact acgtacataa aaaccgtatt      480

tccaatgaaa agttagagct ggaaaaagaa aaacagcgaa ttaaagacag aaaacacgat      540

gcctttactt ataagtatca tcttatagat ttattacggt tgtcagaatt cacatttgca      600

gaagaggtgg cacagaagtg ggaaaactac aaatatacct ttaaccgcag aagcttcctt      660

ttacagaatg gattgtatat tgccattatt ttaatcttcg ttgccttatg tgtaatcacc      720

ccaatcaaaa aaggaacccc gttactcaca tataataacg tactgaacat tctccagcag      780

gcttcaccta gaatgttcct tgcacttggt gttgcaggac tgattctcct cacaggtaca      840

gatttgtctg ttggacgaat ggttggtatg ggtatgacag cagcaaccat tattatgcat      900

cagggtataa atacaggtac tgtatttgga catacctttg attttacaaa tattccagtt      960

ggtggaagag ttgttttggc attagttgta tgtatcgttt tgtgtacggt atttacaagt     1020

atcgcaggat tttttacagc gaagtttaag atgcatccgt tcatatcaac gatggcgaac     1080

atgcttgtaa tcttcggttt agtaacatac gcgacaaagg gtgtatcttt tggttctatc     1140

gaagcaacca ttccaaatat gattattcct aaagtaaatg gattccctac gattatttta     1200

tgggcattag cagcaatcat aatcgtatgg ttcatctgga ataagacaac atttggaaaa     1260

aatctgtacg ctgttggtgg aaacccagag gcagcagctg tttccggtat ctctgtattc     1320

gcagttacac ttggagcatt cattatggca ggtatccttt acggatttgg ttcctggctt     1380

gaatgtgcca gaatggtagg ttccggttct gcagcttatg gacagggctg ggatatggat     1440

gccattgcag cctgcgtagt tggtggtgta tcctttactg gtggtattgg taagatttcc     1500

ggtgtagtta ctggtgtatg tatctttaca gcattaacat actctcttac cattcttggt     1560

attgatacaa accttcagtt cgtattctca ggtatcatca ttcttgtagc agtaacactt     1620

gactgtctga aatacgttca gaaaaaatag                                      1650


<210>  740
<211>  1671
<212>  DNA
<213>  Eubacterium

<400>  740
atgaaaacag atattcagat tgcacaggaa gcgacaatgc tcccaattaa agatgtagct       60

gccaattatg ggattacaga ggatgattta gagttatacg gaaagtataa agcaaaattt      120

tctgatgaat tcatgaatag cttagatgag aagccagatg gcaaacttgt tttaatgaca      180

gcgattaacc cgactcctgc cggagaagga aagacaacaa caagtatcgg tcttgcacag      240

gcatttgaaa agttaggaaa gaagtctgtt cttgcacttc gtgagccttc tcttggacct      300

tgttttggaa ttaaaggtgg agctgctggt ggtggatatt ctcaggttgt tcctatggaa      360

gacttaaacc ttcattttac aggtgacttc cacgcgatca catctgccaa caacttatta      420

gctgcacttc tggataatca tattcagcag ggaaatgaac ttcgtattga tacaagacag      480

gtaatctgga aaagatgtat ggatatgaac gaccgcgcac ttcgtaacat tgtaatcggt      540

cttggaagaa aagtagatgg atatgtaaga gaagatcatt tcgtaattac agtagcaact      600

gagattatgg ctattctctg cctggcagaa gatatcaagg atttaaaagc tcgtcttgct      660

aaaattatcg tagcctatga tgtagatggt aatcctgtga cagcaggtca gcttaatgca      720

gtaggttcta tggctgcatt attaaaagat gcaatcaaac caaacatggt acagacatta      780

gagcatacag gtgcaattgt tcatggtggg ccatttgcta atatcgctca cggatgtaac      840

agtgtgcgtg cgacaaagat ggcattaaag ctttctgaca ttgcaatcac agaagccggt      900

ttcggtgcag atctcggcgc agagaagttt atggatatca agtgtcgtat ggctggatta      960

aagccagatg cagttgtttt agtagcaaca gtccgtgctt taaaatataa cggtggtgtt     1020

ccaaaaacag aacttgtagc agagaacctg gacgcactga aaaaaggtat ctgcaacctt     1080

gaaaaacata tcgaaaatct tcagaaattc ggtgtgccta ttgttgtaac tttaaatgca     1140

tttgagacag acacagaaaa agaacacgaa ttcatccgtc agttctgtga agaaagagga     1200

tgtgaatttg ctctttctga agtatgggct aaaggtggag aaggcggaat tgacctcgca     1260

aagaaagtac tgaaaacatt agaagaaaaa gaaagcaact ttaaagtact ttatccagac     1320

aatttatctt taaaagaaaa agtagagaca atcgcaaaag aaatctacgg agcagatggt     1380

gtaacatacg aaccagccgc agagaaaatg cttgcaaaac tcacagattt aggatttggt     1440

gatctgccgg tatgtatggc aaaaacacag tattccctct ctgatgatca gacaaagtta     1500

ggacgtccag aaggatttga tatccatgtc cgtgatgcat ttgtaaatgc tggagcagga     1560

tttgtagtaa tccttaccgg agcagtcatg acaatgccag gattaccaaa gaaaccggct     1620

gcatttggaa ttgatgtaga tgataatgga aagataactg gattgttcta g              1671


<210>  741
<211>  3198
<212>  DNA
<213>  Eubacterium

<400>  741
ctggagtttg tggactttca gctttgcaga gaggatagaa agtattcaat cgaggagtgt       60

aaagaacgtg atgcaacata tgcagctcct ttaaaagtga aagttcgtct ccataataag      120

gaaacagatg attttaaaca acacgacatt tttatgggcg acctgccatt gatgacggaa      180

acaggtactt tcgtaattaa tggtgcggaa cgtgttatcg tcagtcagtt agttcgttct      240

ccaggtattt actatgcgat cagccacgac aagattggta agaagttata ttcttgtaca      300

gtaattccta accgtggtgc atggctggaa tacgagacag actccaacga tgtattctat      360

gttcgtgttg accgtacaag aaaggttcct gttactgtac ttatcagagc tcttggcatt      420

ggaaccaatg ctgaaattaa ggaattattc ggagaagagc ctaagatttt aaaaactctc      480

gaaaaggata cagcaacaaa ctaccaggaa ggtcttaaga agttatacga gaagatccgc      540

ccaggtgaac ctttatcagt tgacagtgca gagagcctga ttaacagtat gttcttcgat      600

gcaagacgtt atgaccttgc aaaagtagga cgttataaat ttaataagaa gttaatgttc      660

cgtaatcgta ttgcaggaca cagactggca caggatgtac ttgatccttc cacaggagaa      720

atcctttttg aagcaggtgt aagacttaca aaagaacagg ctgacgctat tcagaacgca      780

gcagttcctt atgtttacgt tgagacagaa gagaaagaag taaaagtcct ttccagtatg      840

atggtagata tcacaagctt tgttgatgtt gacccagagg aagttggcgt tactgaatta      900

gtatactatc cagcccttga aaaaatctta gaagaatatg atgatataga tgaaattaaa      960

gcacagattc gcaagaatat cactgagctg attccaaagc acattacaag agaagatatt     1020

ttagcttcta ttaactacaa tatccatctt gagtatggtg ttggtaacga tgatgatatc     1080

gaccacttag gtaaccgtcg tatccgtgcc gttggtgagt tattacagaa ccagtacaga     1140

attggtttat cccgtctgga gagagttgtc agagaacgta tgacaacaca ggacattgag     1200

tccatttctc cacagacatt aattaacatt aaaccagtta ctgctgctgt taaggaattc     1260

tttggaagtt ctcagttatc tcagttcatg gatcagcata atccgttatc tgagcttact     1320

cataagagac gtctttccgc attaggtcct ggaggtcttt ccagagatcg tgccggattc     1380

gaggttcgag atgtacacta ttcccactac ggaagaatgt gtcctgtaga gactcccgag     1440

ggtcctaaca tcggtctgat taactctctt gcaacttacg caagaattaa tgaatatggt     1500

tttgttgagg ctccataccg taaggtagat aagagtgacc cccagaaccc agttgtaaca     1560

gatgatgttg tataccttac tgctgatgaa gaagataact acacagtagc gcaggcgaac     1620

gaaccattag atgaagaagg tcacttcatt cacactaatg tttccggtcg ttacagagag     1680

gaaacatccg aatttagaaa gtcaagaatt gacttaatgg acgtatctcc taagatggta     1740

ttctccgtag ctacatccat gattcctttc cttgagaacg atgatgcgaa ccgtgctctg     1800

atgggatcca acatgcagcg tcaggctgta ccactgttaa agacagaagt tccagttgtt     1860

ggtactggta tggaagctaa ggctgcccgc gactcaggtg tatgtattat tgcacatcat     1920

gcaggtacag ttgagtactc aacaagtaaa gagattatcg taaaacgaga agacggaatc     1980

cgtgatactt accacgtaat taagttctcc cgaagcaacc agggtaactg tatgaaccag     2040

agacctatcg taaataaggg tgaccatgtt gaagcaggag atattcttgc agatggtgct     2100

tccacatgcg gcggcgagat ggctcttggt aagaacccat taatcggatt tatgacctgg     2160

gaaggttata actacgagga tgccgtactt ttaagtgagc gtcttgtaca gaatgacgta     2220

tatacatctg ttcatattga agaatatgaa gcagaggcaa gagatacaaa gcttggacag     2280

gaagagatta caagagatct tgctggtctt agtgaagatg tattaaaaga tctggatgag     2340

aatggtatca tccgtatcgg tgcagaagtt catgccggag atattctggt aggtaaggtg     2400

actcctaagg gagagacaga acttactgct gaagaaagac ttcttcgtgc tattttcggt     2460

gaaaaggcaa gagaagttcg tgatacttcc cttcgtgttc cacacggcgc ttacggtgtt     2520

gttatggata caaaggtatt tacaagggag aatggtgacg agctgcctcc aacagttaac     2580

aagtctgttc gtgtttacat tgcacagaaa cgtaagattt ctgttggtga taagatggct     2640

ggccgtcatg gtaacaaggg tgtagtttcc cgtgtacttc cagtagagga tatgccattc     2700

cttcctaatg gccgtccact cgatatcgta ctgaatccat taggtgtacc ttcccgaatg     2760

aatatcggac aggtcttaga gcttcattta agtctcgcat ctaaggtgct tggatttaat     2820

gtagcaacac cagtatttaa cggtgcagat gagaacgata tcatggatac tcttgagatg     2880

gcgaatgact atgcgaacaa gacatgggaa gaattcgaag aacgctgggg tgacaaggtt     2940

aacgatgata ttatgaagta tctttgggat aaccgtgacc acagagaaga atggaagggt     3000

gttccaatcg accgtacagg taaggttcag cttcgtgatg gacgtacagg acaggaattt     3060

gattcaccag tttccatcgg attcatgcat tatctgaagc tgcatcactt agtagatgat     3120

aagattcatg cacgttctac aggtccttac tcattagtaa cacagcagcc tctgggtggt     3180

aaagctcagt tcggtgga                                                   3198


<210>  742
<211>  2121
<212>  DNA
<213>  Eubacterium

<400>  742
atggattata gagagttatt taaagagagc aataaagaag tagaagaacg ttttttattg       60

acaagagaaa gaattggaga gattgctgcc ggagagaaaa acggtatgaa ggaacaggtt      120

caccgctatt ttaagaagac tgcacagttt ttagaaaaat gtgcggcaga ttttttatgc      180

atttcttctg atgcgtggaa atcctgttct tttgagcaga tgaaaagtga aaatgaatta      240

ttctatcagg atattttacc tcagaattac ggaaagtctt ttgcgaatcc tgcatttgca      300

gtacaggaat taggagaaga gtttggtcgg attctgagtt ttttatatac ggaattacgt      360

tctgagagag cttttgtttt cgagcaaaat cttgaaaaga ttacaatttt aaatgaactg      420

tttttagaaa tttactgtat gtttgaagat gagacagtaa gttataagca gattaaagat      480

acaatttact ggtttctcta tgattatgcc gatgactggg caggttatag agtaagagag      540

ttagttgatc cggcacttga ttttgcaact tctattatta tggattctga tttaggagat      600

ttgcggtatt tgtattctta tggagattat atttcagaag tagaactgaa aactgcagaa      660

tttttaaatg gactttcaga cgaagaaatc gagcagattg cagcgacatt tacagaaggg      720

taccagagag gatttgaatt aaagggagtc gatgtttcta aaaaagatac agtaaatatc      780

cgttattcaa ttggatttga gagagtcatt cgtgcagcaa tcaggcagtt tgcagctatg      840

ggattgaagc cggttattta cagagaggca ttaaatacgt taaataagcg acagaacctc      900

cgtattggat acatttcctc tgatccaaat ccacagtatg gttatgacca ccgctttgat      960

aatgcgattt atctcgataa gcgtatggtt gatcgtaaga taagctgtat gagaaaagca     1020

tatgaggagt atgaacagga agcggcaggt tttgcaggac cagcatgttt cgaagtgttt     1080

ggagaagaac catttgagcc ggtcaataag ccggaaagct atcgactgag tgagcgtcag     1140

cagagccttt ctgtagaata ttcttctttg tcgaatgaac tgttaaatga atttattaat     1200

caggaagaaa gaagttttac gattattgcc tatccagttc catctattgg agaaaagttc     1260

ccggaaattt ttgaggaaat ccgtaaagtc aatacgctgg ataatgagtt atataaaggc     1320

atccagcaaa atattatcaa tattcttgac caggcagaat ccgtacacat catgggtcgt     1380

ggaaggaata tgacaaatct taccgttgct ctttgtgatt tgaaagatgc acagaaagag     1440

acaaagtttg aaaactgtct tgccgatgta aatattccag ttggcgaagt atttacttct     1500

ccgaaattga aggggacaaa cggactttta catgtgacag aagtgtattt aaatggtctt     1560

tgttataaag atttaaagat tacctttaaa gatggtatgg tagatgacta tgagtgtgcg     1620

aacttcccag ataaagagga tggacgtaag tttatcaagg agaatctttt atataacaga     1680

gagacgcttc cgatgggaga gtgtgcgatt ggaacgaata caacagccta tgtaatggct     1740

gcgaagtatg gcatcatgga gaaacttcca attcttatcg cagagaaaat gggaccgcat     1800

atcgctattg gcgatacatg ctattcttac tgcgaggatg tccgtgtgta taacccggat     1860

ggcaaagaaa tcgtggcaaa agaaaacgaa tgttccgcct ttcgaaaaga agatccgaag     1920

aaggcgtatt ttaattgtca tacggatatt acgattcctt atgaggaact ttcaagaatt     1980

gcagcagtta ctgctcagac cgttgaagtt ccaattatga atgatgtagc agaggaacgc     2040

gtagagattc cgattctgtt agatggaaga tttgtgttag agggtacgtt gaagttaaat     2100

gagccttttg agggaaaata a                                               2121


<210>  743
<211>  1701
<212>  DNA
<213>  Eubacterium

<400>  743
atgaaaaata aagaagattt aaaaaaagaa ctcatcaaaa tcgaccataa aagttatgga       60

atgtataaga cgctcggagg cagttatagc ttcggcaatt acattttgta tatcgaccat      120

gtacagggag acccattcgc ttctccatct cgacttcatt ttgaagtaaa gagggacagg      180

catgggtttc cagaagaata ttaccaggaa aagcatcgcc gcttagcctt agaagatcag      240

gtgttgcgga gatttttata tgagttaaga cagattgata agggctttat gggttctggt      300

aaaagtggaa gaatcacgat ctgtccagcg aaccagacag tgcaagaaag gattgcagtt      360

gtattttcca aagagaaaat ggaacttcgt tttgagatgg gatttccagc aagaggaaga      420

acgattctgg caaaagagat gcagaagtta gtatttgata ttttgccaca gttagcagaa      480

aatacgcttt tctatcgaaa ctgggataca aaaaataaaa aatatctgga acaggcgatt      540

ttccttgcag atgaccagaa agtccttcgg gaagaattaa aaaagagaaa tcttacagca      600

tttgttgcgg acggagctgt tttgccaaga gagagcggag tttccgaccg gccaatgcgt      660

ggagcagttc catttgcttc gccggaatct atgagaatag aggtggaact gccacataag      720

ggaaaggtca ctggaatggg tattccagaa ggaatcacgg ttattgtcgg tggtggatat      780

cacggaaaat ctactttgtt aaaggcgttg gaacagggtg tatacaatca tatttgcggg      840

gatggcagag agtatgtcgt ggcagataat agcggaatga aaattcgtgc cgaggacgga      900

agaaatgtgc tgcacacaga catatctatg tttatcaatc accttccagc aggtcaggac      960

actacagatt tttcctcaga aaatgccagt ggaagtactt ctcaggcggc gaatcttatc     1020

gaggcagctg aggcgggagc aggtctttta ttgctggatg aggatacgtc tgcgacaaac     1080

tttatgattc gtgataaggt gatggcacga ttagtatctg acgaaaaaga gccaattaca     1140

acattgcttc gtcatataag aggaatttat agaacactgg gaatttcttt cgttattgta     1200

gtaggaagtt ctggagatta tttatctgtg gcagatttcg tcttacagat ggatcattat     1260

aaagtaaaag acgttacaaa agaagcgaaa tctatttgcg aggaatgtgg aattgcaggg     1320

cagtacccag aaaatgaaat cacagtcccg gcattttccc gcaaattaaa accggtaaag     1380

ccgggcagac ggaaaataaa atcaatggga acagataccg ttctgattga cagagaggca     1440

atagatgtcc gctatttaga gcagctttca gaaaatgggc agacaacagc acttgcacat     1500

atgatgagct ggattcttga taatgtaaaa gccgaagaag atattcagca tataatagaa     1560

agaatgtata caatcataga aaaacgagga atggaagcaa ttataccagc cagttgttca     1620

ggaggtcatc ctgttttacc aagaaagcag gagttatatg cgtgtcttag ccgttataga     1680

agtgccaaaa ttgttcggta g                                               1701


<210>  744
<211>  2685
<212>  DNA
<213>  Eubacterium

<400>  744
atgaattata atgaaccatc tataaaaaag aaacgagaag aactttcatc cccaaagaaa       60

agaagacgaa caaccgcttc ggcagttgct tttcgtgtta ttttatttct tatttgtgcg      120

atatgtgtca gtggagccgg attagcttac ggctccttta aaggtattat cgccagtgca      180

cctaaaaatg tctctctttc accaaaatat tcttctacga ttatctatga cgataataat      240

aaagcagtgc agcctcttca tgattattcc tctaatcgga ttaaggtaaa gtctgaggag      300

cttccggata atctgaaaaa tgcttttatt gctattgaag atgaacgttt ttatgaacat      360

gacggtgttg attttaaggg gattttgcgt gctttgtgga cagatctgcg caatggttcc      420

acctcacagg gagccagcac actgacacag cagcttatta agaataatgt atttgaagct      480

ggcggtgaaa gtaatatcat tgcaaagatt aaacgaaaga ttcaggaaca gtatcttgca      540

attaatgcag aaaaaacaaa gccaaaagaa gagattctta ccgactacct aaataccatt      600

aatttaggta aaggtaatct tggggtggaa accgcttcca aatattattt tggcaagtca      660

gcaaagaacc tcaccttatc ggaatgtgcc gttttagctg gaatcacaaa aaatccgact      720

tacttaaatc cggtagatta tcctgaggcg aatgatgcac gtcgtaaact aattctaaaa      780

aagatgtatc aattaaatta tatttctgcg aaagaatacc agcaggcttc tgaggataac      840

gtttacgcaa agattaagag ccataccgcc aagggaaaca aaaattctgt atattcctat      900

tttacagatg cgcttatcac ccagattgtc gctgatcttc aggaacaaaa gggatatacg      960

caatcgcagg cttaccagct tgtttatcgc ggtggcctga aaatttattc tacacaaaac     1020

acaaagctac aaaagattgc agattctgtt attaataatc cagataatta tccggtagct     1080

accaagtttt ccttagaata taaacttcag gtaacgcatg ctgactcttc atccagtact     1140

tatacagaaa taaatgttgc ttcctatttc cgcaaaaaga aaaaagatcc aacttataaa     1200

acgatttata attcaaaaaa ggaaatgaaa gccgctgtaa aagcatttcg aaagtctgta     1260

atgaaaaagg gagacaaaaa gaaggccgaa tccatacatt attctatgga accccagcta     1320

tcttactctc tcattgatca aaaaacaggc caggttaaag ttctagtagg cggacgcgga     1380

caaaagcagg acgatctcgc cttaaaccgc gcaacatctg taaagcggca gccgggttca     1440

acatttaaga ttttatctac ttatgctccc gctattgata caggaagtat gacactggca     1500

acggtatttg atgacgcccc atatcagtat gagaatggac aaaaagttac aaactatgtt     1560

tcaacaagtt ataagggact tacaactgtc cgtgatgcca tcatagattc taacaatatt     1620

gttgcagtaa aagccctcac agacctgact cctcaggtcg gttttgactt tctgcaaaaa     1680

cttggtttta caactttagt aaataatcgg gtaagtacaa atggtactta tgaaagtgat     1740

gtaaaccagt ctctggctct tggtggaatt acagatggtg taaccaatgt ggaattgacc     1800

gccgcctatg cggccattgc caatcaggga acttataaca cccctgttct ttatacgact     1860

gtaaaagaca gtaatggcaa tgttctgtta agtaacaaaa agaaatctcg caaagtaata     1920

aagaaatcaa ccgcctggct tcttacaaat gcgatggagg atgttgttaa aaaaggaacc     1980

ggccgggctg cgcagcttga ttcaaatatg gctgttgccg ccaaaacagg tactacttct     2040

aacaactatg actactggtt ctgcggatat acgccatact acacggcatc tgtctggaca     2100

ggttatgact ataacacttc ttttgataat gatgaagatt accataaagt aatctggaaa     2160

aagattatgg atcgcattat cagcgaaaag aaacaaaaag tgaaaagttt tccttccaat     2220

aaaaatatta aaaaagcgga gatctgtatc aaatccggca agaaagctct tcctaatgtt     2280

tgttcaaaag atcctgaaaa gtcaatggtc cgcacagaat attttgcatc gggaaccgtt     2340

ccgaaagata gttgtgatgc gcatatcgca gttactttct gtttaaaatc tcatttagtt     2400

gcacagaagt tctgcccaga taagttccgc tacacaaaga ttttccgtgt tcgtccaaaa     2460

cactcttctc ataagacgga tgatgaacct tacttcctga atattgatat caacaataag     2520

tgcaatattc acacggaaga atggcatcag aaaaaattag agaagaaaaa gaaaaaacag     2580

gaagagaaat taaaaaaaca acagaaacaa cagcagtcag ggaatgatac tacagacact     2640

tctatcaata acattgaaaa gcaaatcaaa aaactgctaa actaa                     2685


<210>  745
<211>  2535
<212>  DNA
<213>  Eubacterium

<400>  745
atgaaaaata tcatcaaaat cggaacgaga aagagtaagt tagctctgat tcagaccgat       60

attgtaaaag ataaaattaa aaaagctttt cctgaaatag aagtggaaat cgtaaagatt      120

gacacaaagg gagatcagat ccttgataaa tcccttactt catttggtgg aaaaggtgta      180

tttactgctg aacttgaagc cgaacttctt tctggtgcag tagatattgc ggttcacagt      240

gcaaaggata tgccgatgga tttcccagaa gggcttggaa tcggtgcagt ccttgacaga      300

gcggatgtga gagatacttt tgttactaca actggtaaaa aattagaaga attagagcca      360

ggaagcattg tcggaacaag ctctcttcga agagaattat taattaaaga aattaatccc      420

tatgtaacga ttaagcttct ccgtggaaat gtacagactc gtttaagtaa acttcgtgac      480

ggtcagtatg acggaattat tcttgcggcg gcaggaatcg aaagacttgg atatgaaaag      540

gaagagggac ttcactatca gtatcttgac ccggatgtat ttcttccggc cgcaggtcag      600

ggaatccttg cagtagaaag ccgcgtagaa gatgcggaga tggcagaaat ccttgcggcg      660

atccacagtg aaaaagcaga atgtctttta atggcagaga gagcattttt aaagacaatc      720

ggtggaagct gtaacgcacc ggcggcagca ctttgtcgtg aggaaaatgg tgaattttcc      780

atgcgtgcca tgtatgtgaa agatggaatt catagcagaa agacgtatat gacagtgaat      840

atagaagatg ctatagcgga aaaagatgca gacagcaagc cgatagctgg gacggctgtg      900

gcaccagccg tttctgtcga agaagctgtt aaaacagaca aagagataac agagaaagat      960

acggcaagaa aaagtaaagt agaaatagca gcagaacttg gtatcagcgt tgctcatgaa     1020

gtaaacaaag gcatggtata tcttgtcggt gcaggtcctg gtgatgagga tttgatgacg     1080

agaaaaggac ttaagctttt aagagaggca gatgtcgttg tatacgataa ccttgcatcc     1140

agttcccttt taaatgaagt gagagatgac gcagaactta tttacgcagg aaagcgttct     1200

tcaaatcatc atttaaaaca gtatgagaca aacgagcttt tagtgaagct tgcattagaa     1260

ggaaaaaatg ttgtccgctt aaagggcggt gacccatata tcttcggccg tggcggtgaa     1320

gaaggacagg aacttagaga agctggtgtt gactttgaag ttgtaccggg aatttcttct     1380

tcttattctg ttccggcata ctgcggtatt ccagtgacac atcgtgattt cgcatcttct     1440

ttccatgtga ttaccggtca tgaaggcaat cataaaaatg gtgtgagtgt attaaattac     1500

gagacacttg cgaaagaaga aggaacattg attttcctta tgggactcaa aaatcttcct     1560

aatattgtag cttcgcttat tgagaatggt aaagatcctg cgactccggt cggtgtgctt     1620

caggagggaa caaccgcaag acagcgtgtt gcaacaggaa cacttgctga tattgtagaa     1680

gttgtaaagc gcgagggaat taagactcct gccattacag ttgtaggtga tgttgtaagt     1740

ttacgtcagg tgcttgactg gtacggacac aaacctttat ccggcaagag aggtcttgtg     1800

acaggaacaa cttctatggt agaccgactt tctgcgattc tgaaagagga gggagcagag     1860

gccatttcct ttagcttaat ccgtactgaa agaatgaaac ttccagagct ggatgtcgca     1920

ttgaaggaaa tagataagta taactggatt gtatttacca gtgcaaacgg tgtggaatgt     1980

ttctttgagg aaatgcagga aatccgaaaa gatatcagag atttagcgca tgtccgcttc     2040

gctgttattg gagacggaac gaaaaaggca ttggaagaac atggaatttt ctgtgatttt     2100

attccgacag catattcttc aaaagatatg gcagaggcga tggttcctca tatcggaaaa     2160

gatgaaagtg ttcttctcct tcgtgcagag gaagcaaaca gagtgcttcc agatgcatta     2220

gaagaagctg gaatttccca cacatgcatt tctctttatc ataccgtaac ggatgagaga     2280

aaagcagatg aattgaatcg tttgattaag atggctgact atgtaacatt tgcaagttcc     2340

agtgcagttc gagcctttgt atctatggta gataatcttg acgaggtcaa aggaaaatat     2400

atcagtattg gcccggttac aacaaagact gcacaggaaa atggtctctc cattgcaaaa     2460

actgctgttg tatatacagc aagaggtatg gtagaaacaa tgattcagga tgcagtggaa     2520

gaaggtcaga aataa                                                      2535


<210>  746
<211>  3567
<212>  DNA
<213>  Eubacterium

<400>  746
atgattatgg aagtaaagaa gttcaaaaaa gtgcttgtcg caaacagagg agagattgcg       60

attcgtgtat ttcgggcatt gagtgagtta gggattggct cagttgctgt ttattctaaa      120

gaggacaggt atgcactttt tcgtacaaaa gcagatgagg catatccgtt aaatccagat      180

aaagggccgg tggatgcata tttagatatt cctacaatta ttcggattgc gaaggagaaa      240

aaggtggatg cgattcatcc cggatacgga tttttatcgg agaatccgga gtttgccgaa      300

gcctgccgga aaaatgatat tgtatttatc ggaccgaatg tagaggcaat gaacattatg      360

ggggataaga tttctgcaaa aagagcggca gaggagagta aggttccaat tattgacggc      420

agtgatttta ttattcatga tgtggatacg gcaatgaaaa tcgcggatga gattggctat      480

cctgttatgt taaaggcgag taatggcggc ggtggcagag gaatgcgtat tgtacaaagt      540

caggaggaga tggaagaagc atttgaaaag tcacggaatg aatccaaacg agtttttgga      600

gaggcgaagc tttttataga aaagtatctc attcatccaa agcatatcga agtgcagatt      660

cttggcgata attatggaaa tatcgtccat ctttatgaca gagactgttc cttgcagcga      720

agaaaccaga aggtcattga gtttgcacca gcatggtcga tttcggaaga gacgagaaag      780

aagattttgg attcggcaaa aagacttgcc agaagagtcg gatatacgaa tgctggaacg      840

atggaatttt tggtagatga ggaggagtat ccatatttta ttgaaatgaa tccacgtatt      900

caggtagaac ataccgtgac agaaatggtg acgggaattg atattgtgat ctgtcagatt      960

ttaattgcag aagggtatcc gttaaattcc ccaacgattc acatttattc acaaaatgaa     1020

atcaaatgta ctggctacgc cctgcaggca agagtaacaa cagaagaccc ggcaaatcat     1080

ttcctgccag atacgggaaa gattgattta tatcgttctg gttcgggtgg tggaatccgt     1140

ctggatggag gaaccgctta tacgggagct gtcattacac cacactatga cagcttactt     1200

gtaaaagtca tttcccatga ccgtactttt gagaatgcga ttcacaagtc tgtgcgtgca     1260

ttaaaagaac tgaggattca cggagtaaag accaatatta catttttgat taacgtatta     1320

aatcatgaaa catttcataa aggaaagtgc tttactactt ttatagaaga gacaccggaa     1380

ctgtttgaac tgcattacaa gttagaccga acaacaaaaa tattggaatt tcttgccaat     1440

aagatggtga atgtcaatcc aggaccaaag ccgtttcttg agaatagaaa ggttcctgtt     1500

attgatacgg aacggaaact gtttggaaca agagatgaat ttttaagact tggggcaaag     1560

gaatttaccc aaaaggtgta tcgaagtgac aaactttatg tcaccgatac gacaatgcgt     1620

gacggacagc agtctctttt tgcaacaaga atgcgtacaa aagaagtggc aggagcggca     1680

agagcaacga atctgtattt gaaggatgct tattctatcg aagcgtgggg cggtgcaact     1740

tacgatacag aataccgttt cttaaaggaa tccccatgga aacgactgga tattttaaga     1800

gaacgtatgc caaatgtgat gattcagatg ctgcttcgtg cttccaatgt tgtcggatac     1860

agcacctatc cggataatgt tatcaaaaag tttatcaagg tatccagtga ccacggcgta     1920

gatatttacc gtatttttga cagcatgaac tggatagaaa atatgaaact tccagtagaa     1980

gaagcgttaa agactggcaa ggtagtcgag ggggctatct gttatacggg agatatttta     2040

aatccaaaag aaacaaaata cacaattgat tattactgta aaaaggcaag acagttagag     2100

aggatgggct gtcacgttat tgcgttaaaa gatatgtctt ccctgctaaa accgtatgca     2160

gcaaaagaat taattaccgc attaaaggaa gaagtccgtg tgccgattca tttacacaca     2220

cacgatacaa cgggaaatgg aatcgcaacc tatttgatgg cagcagaagc cggagctgat     2280

atcgtagact gtgcgattgg ctcgatgagt tcccttacga gccagccgtc catgaatgcg     2340

ttggtggagg cattaagggg aacgaagcgg gataccggaa ttgacccgga tggtctcctt     2400

gttttaaatg aatattatga gcatgagcga aaggtttaca agccatttga gagtgatatg     2460

gactccccaa atccggaaat ttataaatac gagattccgg gaggccagta ttctaacttt     2520

gctgcacagg tcaaagaaat gggtgcaggt aatgatttta atgatattaa gcgtctttat     2580

aaagaagcag atgaggtgct tggcaacatc attaaagtaa ccccgacttc aaaagttgta     2640

ggagatatgg caatttttat gttgaaaaat gatctgacaa aagataatat tttagagaaa     2700

ggaaaagact tgtcttatcc agattctatt gtacaatatt ttaagggtgc attaggacag     2760

ccagaaggtg gctttccgga aaaattacag cgtattgtat taaaaggaca ggaaccgata     2820

acggtgcgtc cgggaagttt acttcccgat gtagattttg aggcaatcgg caggcatctt     2880

cgcgaaaact attacatgga atcgatggaa cagccggaag tcatggagca gaaagtgcta     2940

agttatgccc tttatccgaa ggtatatgag gactattgtg agcatttcca ggcatataat     3000

gatgtatcga agttagaaag tcatgtgtat ttctatgggc ttcgtccagg tgaagagaca     3060

actatccaga ttgaggaagg caatgataca ttaattaagt ttgtcggtaa gtcagaaccc     3120

gatgagaaag gataccgcat tttacagttt gaagtaaatg gattccttcg ggaggtaaag     3180

attcttgaca agcattttga agtgaaggcg gaccgcagat taaagacaga tccgaaaaat     3240

cctggtcatc ttggagcaac tttaccggga acaatctgtg atatccgaat caaagaaggt     3300

gaccgtgtaa cgaaaaatat gccactcatg gttattgagg cgatgaagat ggagacaact     3360

gtcatttcca aagtaaatgg taccgttgat aaaatctatg tcaaagatgg agaagaagtc     3420

aacgaagata cgcttcttgt atcgtttatt atcgatatgg aagaacagcc agaagaagtc     3480

catccggaac tgccagaaat ggactttaca accttagaaa aagacgaatt caaaacggtc     3540

gatgtggccg aagaagaaaa taaatga                                         3567


<210>  747
<211>  1116
<212>  DNA
<213>  Eubacterium

<400>  747
aataataaag aggagatttt tatgataaag aaaaagatat ttatcgcaac agcagtattt       60

gcatccatct gtatgttagg cggatgtgca acatcaaagt ccagtaagaa ggcagcagag      120

gcaactacag aagccgcgca gcaggcgaag gctacaccag tgaagcttaa tgcatcagaa      180

tatgtgaagc ttggacagta taagggactc acaattaagg gagcatccac aaaagtaacc      240

gatcaggatg tagaagatca ggtgaatgaa ctagcccagg ataatgcatc ctatgaagag      300

attaaggata ggaagatcgt acagaaagac gattatctta atgtagatta tacaacaaca      360

attaacggca aagagaatag cgattattca gacagcaatc tcgatatgca tcttggagat      420

ggcaacttaa atgttgatga gaatgtcgat gttgatgaga aacttattgg agcaaaagtt      480

ggtgatacag taacaataga atttactttc ccagaagatt atgacgattc ctctatagca      540

ggtaaaaaat gtgaacttgc agtttctatt aacatgattg aaaaggaagt aataccagaa      600

gtgaatgatg cccttgtcaa ggaaaataca gactgtaaga cagtagaaga atataaaaag      660

caggtaagag acagccttgt aagcgataag aaatcagagg cagagcagac aaaccaggag      720

acactctgga ataagattat ggataatgct acacagctta aagatttctc tgaagcagat      780

atcaaaaagg aagtctcaaa cattaaaatt gagaataaag agatggcagg atactttggc      840

atgagcgtaa gtgatttcat tgaacagtac tacgaaatgt ccctcgaaga ctacgccaaa      900

gaaaatctca aaaaacagtg tgtgcaggac ttactcttaa aagagaatag cattgaaata      960

acagatgccg acgtagatga agaaatccag tactacatcg atgaacttgg atataaagac     1020

aaaaaagaag tcctttccgc catttctgaa gatgaaattc attctgaatt acagtacact     1080

aagttgatgg acgcattaat gaaggaaact acgata                               1116


<210>  748
<211>  1668
<212>  DNA
<213>  Eubacterium

<400>  748
atggaagaaa aagaaaaagt atcgaaaaat tttatagaga tggcgattga caaggattta       60

gaagagggtg tctatgacca tgttatgacc agattccctc cagaaccgaa tggatatctt      120

catattggac atgcgaagtc tattttatta aactatggac tggcacaaaa gtacaatggt      180

aagttcaatc ttcggtttga cgatacaaac cctacaaagg aaaaagtaga attcgtagaa      240

tctattaaga aagatgtaga gtggctgggt gcagactacg aagacagact gttctttgct      300

tcaaattact ttgaccagat gtatgaagca gcagttactc ttattaaaaa gggtaaggcc      360

tatgtctgtg atttatccgc agaagaaatt cgtgagtaca gaggaacttt aaaagaacct      420

ggaaaggaaa gtccttaccg caatcgttct gtagaggaga acttagagct ttttgagaag      480

atgaagaatg gagagtttgc tgatggcgaa aaggttcttc gtgctaagat tgacatggca      540

gccggaaata tcaatatgag agatccgatt ctttatcgtg tggcacatat gacacatcat      600

aatacaggag ataagtggtg catttaccca atgtatgact tcgctcatcc aattgaagat      660

gcgattgagg gtgtaacaca ttctatctgt acactggaat ttgaagacca tagaccactt      720

tatgactggg ttgtaaagga agttggtttt gaacagcctc caagacagat tgagtttgca      780

aagatgtatc ttaccaatgt aatcacaggt aagcgttaca ttaagaagtt agtagaagac      840

ggtatcgtag acggatggga tgacccacgt cttgtatcta tcgcagctct tagaagaaga      900

ggattcacac cagaggcgat tcgtaacttc atcgaacttg ccggtgtatc caaagcacag      960

agttctgtag attatgcgat gttagagttc tgtatccgcg atgacttaaa gcttaaaaag     1020

tcccgtgtga tggcagttct tgacccggtt aaggttgtta ttacaaacta tccggaagga     1080

cagattgaat acctggatgt agagaataac agggagaatg aggaattagg aagccgtaaa     1140

gtagcttttg gccgtgaact ttatatcgag agagatgact ttatgattga tcctcctaaa     1200

aagtatttcc gtctttaccc aggtaacgaa gttcgtctta tgaacgcata ttttgtaaca     1260

tgtacagatt atattacaga tgagaatggc aaagtaacag agatccactg tacttacgat     1320

ccagagacaa agagcggaag cggatttacc ggacgtaaag taaagggaac cattcactgg     1380

gtatgcgcag atgaatgtgt agatgcagaa gtaagattat atgagaatat tgtggatgaa     1440

gaaaaaggtg tttataatga ggatggaagt cttaacttaa atccaaattc ccttactatt     1500

cttccgggat gtaaattaga agcaggttta aaagacagca aggcttatga cagtttccaa     1560

tttgtaagac agggctattt ctgctgtgac gcgaaggaca gcagcgagga acatcttgta     1620

tttaatcgga tcgtttctct taagagttcc tataaaccga aaaaataa                  1668


<210>  749
<211>  1926
<212>  DNA
<213>  Eubacterium

<400>  749
atgaatgatt tttttaacac attaggaata gaagcgacaa aagaagaaaa gaaaattaaa       60

aaagcatatc gggcgaggct tcatgcggtg aatccggaag atgacccgga cggatttaag      120

cgtctgaggg aagcttatga ggaagcgtta aaatacgcca gacaaaagga agaagagcca      180

gaaaatcttt ctccggcaga ggaatttatt tcccggtgcg aacagcttta caaagatttt      240

tatcggagaa ttgacgagca ggagtgggaa aagctttttt cagaagatat ctgtatcagc      300

ttagaaagcg gcgaggaagt acgccagaga tttcttgtat ttttaatgga gaatttccgt      360

ctgccatcac cagtatggaa aaagattgat cagacatttt ctattacagg gaatcgaaag      420

gaactcctag aactgtttcc agagccttac gttgactttt tgcagcaggt tgtccgctat      480

aatggtgcgt taaattatga attatttgag ggtgatgtta gtgaggacgt cgatgattat      540

atcgaacatt accataagct tcgccagtat gcagatcttg gtatgcggaa agaagcgtgg      600

gaagaatatc attttataga agcaaattat gatatttgcc atccttatat tttattagaa      660

aaggcaaggc ttctttacag tgatgaagag agggaaaagc aggaagaggg cggtgagatt      720

ttccgttctc ttgcaaagaa gtatccacag gaagaacgga ttgtatgctg ctatggacga      780

tattgtcagg aaaaagatac atgggatgga acgattgcat tgtacgatgc ggtattagaa      840

gcacatccgg aatcatttct tgcaagaacc ggaaagatgg aatcaatact tcacgaggga      900

cgctaccgag aggcaagaga gtctattctt gatttgttag aagaaagccc ggtagatgaa      960

cggcttgtgg cagatcttaa caaggcaaat gtgtatgtga tagcggaatt ggagccaaaa     1020

tataaagata gtcttttaga tcaggatggt cttatggaac ttgcatggtg ctattatcag     1080

aattccagat ttgaagatgg cattgcgctg atggatggct ttgttccaga tgaggagcat     1140

tatcttgact accacaactt aaagggcaga attttcttaa cggttaataa ggatgcagaa     1200

gcgttagaac atcttgttcc gtggcttcac gcaatacaaa agcttcgtcc agatggaaca     1260

aagaaaacga ccagacagat ggcacgcctt ggctatgcat attatacgat tgcctctgca     1320

aaggcagatt tgattcttga tggacaggaa ggcagtcttt tagaagtaat ggattacata     1380

gaaaaagcgg tggaagcgga gcaggatttt tcacaaaaag taagttatta ccatacagcg     1440

gcggatatct ggcgcagaaa aaaggaatat gcaaaaatgt ttgatatctg cgataaaatt     1500

attgcgcttg acccacagta ttatcctgca tatctgcttc gtcaggaagc ctgtctgtat     1560

cttggaaggt accaggaagt aatcaatgat tatcagagag cgacagctct gtatccatac     1620

catgcaagac catactgtac gttgattcgt atgtatctgt catttggcga acaggacaga     1680

gtgaaagata tccttcaact ggcaaaagaa aatggagcaa acagtgatga acttgaacta     1740

cttcgggcaa gatatattgc aataagagca aagagccgaa aagatttaga aaaggcactt     1800

tccattcttg aaaaattaga aaagaaaggc tggtctttac aatcggagat ggacgaagag     1860

gaatgggcag agattgttta tcgaaaagcg cagattttaa caagattaca ggaggaaaca     1920

cggtga                                                                1926


<210>  750
<211>  1809
<212>  DNA
<213>  Eubacterium

<400>  750
atggaagaga acaaagaaaa aacagtaaag aaaagacagg aatgtgatcc agcctaccag       60

tggcatattc aggatttata tgcttctgac gaagcgtggg agaaagatta tgaaagtctt      120

acgagtgaga ttcaaagcct tgcagcatat gagggacgtt taaaagaagg ttccgaagta      180

tttgtggagt atatgcgtaa aaaagaagcg cttatgaaaa agtttgaggc gatttatgtt      240

tatgcaaatc agcgttatca cgaggatact ggaaacagtt tttaccaggg acttgcaggt      300

aaggcgcaga cattatccat ccagctagac agtgctgtag tatttgagga accagaactt      360

cttgcaattg ggaaaaagac gatagatagc tggtttacac agaacatgga tatgcaatta      420

tacaaaagat atttttacga attgttccgc cagcagaagc atgttctttc taaagaagag      480

gaagcgattc ttgctgatgt gtccgatatg tctgccgatg tatccaatat tttttctatg      540

tttaataatg cagatatccg ttttccatct attgagggaa aagaaggaga aaaaattcca      600

gtaagtcatg gaagatatac gcttctttta gaaagcagag atgtgaatat tcgtaaaagt      660

gcctttgagt cagtttactc acagtatgga caatatagaa atactttagc ggcgctctat      720

gcagcgaatt tgaagaatac tgcatttttc gcaaaaaaaa gacattataa ttcttcttta      780

gaaatggcat tagaaggcgg ggagatacca acttctgtat acacgaacct gattgataca      840

gtacatgagc atatggattt aatgcatcgc tatgtttctc ttagaaagaa agcgttaaat      900

gcagaagaac tgcatatgta tgatctctat gtaccaatgg tcgatgaatt tgagatgaaa      960

gtaccatttt ctaaggcaaa agaaatcgta aagaaagggc ttgcaccatt aggaaaggaa     1020

tacggtaaag ttctttctga tggaatggaa agtggctgga ttgatgtata tgagaatgag     1080

ggaaagagaa gcggagccta ttcctgggga gcttacggat gccatccatt tgtattgatg     1140

aactatcagg ataatctgaa taatgtgttt acgcttgctc atgaaatggg acattccatg     1200

cattcttatt attcagataa gaatcagcca tacatttacg cgggataccg tatctttgtt     1260

gcggaagtag catctacatg taacgaggct cttttgatgg aatatctttt aaagaataca     1320

gaagagaaaa aagagaaaat gtatctgatc aattatttct tagagcagtt taagggaaca     1380

ttataccgtc aaaccatgtt tgcagaattt gagaaaatta cacatgagat ggcatggaat     1440

aaagagccgc ttactgcgga agtattatgt gacatttact ataaactgaa tcagaaatat     1500

tttggagaag acattgttat tgataaagaa attgccttag aatgggcaag aatcccacat     1560

ttctatacac cattttatgt atatcaatat gcaactggtt attcagcagc gattgcaatc     1620

agcagaaaga ttttaagtgg agatgaaagg gcaaaagagg gctactttaa gttcttaagt     1680

ggtggaagtt ccatgaatcc aattgattta cttcgtcttt gtaatgtaga tatggctgca     1740

aaggaaccga tagaatctgc attaaagtta tttggcgagc ttcttgacga gatggaagag     1800

atgctgtaa                                                             1809


<210>  751
<211>  2121
<212>  DNA
<213>  Lachnospiraceae

<400>  751
atgaaacgaa cgaacggttt tcaactggaa cgtgcccttg ccggggggca gactctgccg       60

ccgtgggcgg ccgcgctgtg cggcggcctg tgcgctgcgg gggcgctgac gctgctggcg      120

ggggcctttc ccgtgctgcc tgcgtgggcg gccctgctgc tcggcctgct gctgggggcc      180

gggcttgcgc tcctgccgca gcgggcgtgg ctgacgcctg cgctctgcgg tgcggcggcg      240

ctgttctgcc tgtgcgcctt tgtgcccgtc acggcgggcc tgcggcagct ggccgactgc      300

gtgcgccgct ggctgacggc gcggaccgga tacatctatt tcacgtcttc ctccgaaacg      360

cggcagggcc tctgggcctt cctgccgctc ggctttcttt cggcgctggc ctccggccgc      420

tgcgcccggc gcgggagcgt gtggttcgcg gccgtctcgc tgccccttgc ggcagctggc      480

tgcaccattg ggctgttccc gtcgtgctgg ggcctgctgc ttctggcggg cggcatgacg      540

gccctgctgc tgttccgcac ggaccgggga cggacggcgg ccctgctgct tgcgggctgc      600

ctgctgctca gcgcgccgct cggacttctc tccttgcccg agagcggggc agcggcagcg      660

ctggtcagcg ggctgcatgc actgcgctat gacgcggcgg ccaactccat gccggagggc      720

gatctgcacg atctttccgc gtgggaaaag aacgggacgc ccgcgctgcg cgtgacgatg      780

gagcagccgc agcggcttta cctgcgcggc tttgtcggcg aggtctatac gggccggagc      840

tggcagccgc tcgatccgca gacgctggcg gacgaggccg ggcgtttcta ttggctgcat      900

gaaaagggct attatgccca gagcgccgtt gggactgcgg cggcgctcgc cgggcagacg      960

caggtgcaga ccgtcacggt cacaaatctg tctgcctgcg gcgcgcaggc ctatctgccg     1020

acgggccttg cggacaacgc cctgctggag ccggaccgca tcggcgaccg cgcggcgaaa     1080

gcgccggggg aaacgtattc ctattcctgc gccgtcggcg gcctgcgcga ctggtatgcc     1140

gcgcagcagg cgctggcgga cgatccggac ggcgcggcgc agtggctcac gctggacgag     1200

ggctaccggg cgtttgccga ggcacagttc cttgagctta cgccggaggc ggccggagcc     1260

gcgcaggcac tgctggggag cgaaatgcag gggaagaccc tgccggagat cctgcaggcc     1320

atccgacaga cgctcacgga gcacttcgtc tatgacgaga gcgtctcgac gcagaacggg     1380

acgcaggact ttttccaata tgttcagtcc gtcaccgcgc gcggctacag cgtgcactat     1440

gcgacggccg ccgtgctgat gctgcgctat tgcggcgtcc cggcgcgcta tgccgagggc     1500

tactacctct ccggacagga tgcggcctct ggggagcaga cgtttgaact ggatgagacg     1560

cacgcccatg cgtgggcgga atattatctg accggcgtgg gctgggtccc gtttgaggtc     1620

acaccgggct atgtagaggc cgaggacctc ggagcaggcg gcgaggcggg tggaaagcag     1680

tatgaaaata cgcagctgcc gcccgttgtg gagcagccgg agcagcaggc cccacaggag     1740

gagacgcagc gcagtttcca ctggtggctc gctgcgatcc cgcttgccgc ggccctcctc     1800

gcgctcgtcc tgtgccagct ctggcgcaga cgccgcctgc accgccggat cgcggccatg     1860

gcggcggacg agccgtgcga ggccgtgacg cagctctatg gctacgccgt gttcctgctg     1920

gcgcggaccg gcgcggcccc gcccgcaggg ctggagcagg cccggcagga caatgccgag     1980

gccatgttca gcggccacga tattccagcg gaaaaggccg ctgccatgca gcgcttcgtg     2040

caggaggttc tgcaggcctg ccggaaaaaa cgcaatccgc tccaacggtt cgcggaccgc     2100

tgggtccata tctggtatta g                                               2121


<210>  752
<211>  687
<212>  DNA
<213>  Lachnospiraceae

<400>  752
atgggctgga agatcgcgat ctgtgacgac gacaccggac aggccgcacg gctgcaggcg       60

gacgtgacgg actgggcgca cggcgcctgc gccgtgacct gcttcccgag cgcggaggcg      120

ttccgcttcg ccggagatac cgactgggat atcctgctgc tggatgttga aatgcccggc      180

atgagcggca tcgatcttgc caagcgcctg cgcggcgcgg gctgccgggc ggagatcatc      240

tttatcacgt cgcattttga gtgcatggcc gagggctatg aggtcgatgc cctgcactat      300

ctcgtcaagc ccgtgccggc ggaaaagctt cgcgccgtgc tggaccgcgc cgccgcgcgg      360

ctggccgttg agccgccgtc cgtcgtgatc gcgtgcgagg agggaaacgt gaagctctat      420

gagagcgagc ttttgtatgc ggagtccttc ctgcatgatc tcgttctcca cacgaccggg      480

ccggactacc gcatccgcga gagcatctcg gcctttgccg ggcggctgag cgcggacttc      540

ttccgcacgc accggtcgta cctcgtcaat ctgaaggccg tggtgcgcat cgggcgcacg      600

tccgtcctgc tgcgcggcgg ggcggaggtc ccgctggcgc gggggaagta tgacgccatc      660

aaccgggcgt tcattgacag aaactga                                          687


<210>  753
<211>  918
<212>  DNA
<213>  Lachnospiraceae

<400>  753
atgcatatca gccagtattt cctgcgcgga gacgtcaggg gcgccattgc ccatatgcgc       60

gcgcacgagg aattccggga tgttctaccg gcctaccttg cgatttttga gaattgcgaa      120

taccgcacct acgggatacc ggccccgctc aacgatatcc tgcgcctgta tcagatctac      180

ttccgggata ccttttactg cggcctgccg gaggcggagg ccgcggacaa actgctggcg      240

cggctgaaaa agcgcctgga tttgccggat gcagacgagg cacggctgac ggagcggctg      300

caggcggcgt ttgaagcgga gggctatcat ccgcttttcg ggaaaacgca gggctattac      360

ggcccctatg tctggcgcga aacggtcccg gccgtctatc aggtggagct gccggacgga      420

tcggcggaat ataccgtcaa tcttctcaag ggcttcgtgt tccggagctg gatggattat      480

ctgaccttcg gccggtacgg cacgggcggc tgggcctcgc ccgacggcac gatcaactgc      540

atcgagcagg cgtatgatct ggaaagcgag cggttccggg tctctctcct gaagcatgag      600

gcgcagcata ccgtggacag aaaacgattc cctcagatca ccccggcgga gctggaatac      660

cgggccaagc tggtggagct gcatttctcc ggcgacccgg ggctgctgca aaagttcctg      720

tcggaagcgg acgagagcaa accggacgac agtcacgcgg tcgcctccgc aaggatcgga      780

cgagagtttg cagatacgga ccaaacggtg ctttcgtgca ttcagacgcg ggcgctggag      840

ctgctccgcg cgcatacgcg ggaactggag gaaaagtacg gggaaggccg ggaccacccg      900

aacggggaag ctgtatga                                                    918


<210>  754
<211>  1149
<212>  DNA
<213>  Lachnospiraceae

<400>  754
atgtcccaca gagaaaagca actgaaaaag agcgcggtgc gtgttgtgga gagcgatctc       60

ggcgtcattg acctgccgta cctgctgctg acgctgctgc tggtggccat cggcctgctg      120

gtgctgttct ccgcaagcta tgcccgcgct tattacgaga cgaaaaacgc agcctcagtc      180

ttcgtgaatc agctcatttt tgccgtgatg ggcatcggtg tgatgtggct catcagccgc      240

gtgccatatg aatggtatca gaagctgtcg ctcctgatcc tggctgcgtc catcggcctg      300

ctggtcctcg tgccgttcat cggcacggag agcggcggcg cgacgcgctg gctcgacttc      360

ggcttcgtga gcttccagcc gtccgagatt gcaaaattcg gcgtcatctg ctcgtttgcg      420

gccattatgg cggcgcacac gcgggatatg aagacgatcc gctacggcgt ggcgccctat      480

gtcgtgatcc tcggcatcat cgccgtgctg ctctacctcg aaccgcacat gtctgcgacg      540

ctcatcattc tggcactcgg ctttatcctc atgacgctcg gcggtacaga ctggaagtat      600

ttggtcggcc ttgttattct gggctgcctg ctcgttgccg tttatcttct gacgaagggc      660

tacaccggcg gacgcatcag cgcatggctg cacccggaga acgacccgct cgacaagggc      720

ctgcaggtgc tgcagtcgca gtatgccatc ggctccggcg gcctgctggg cctcggcttc      780

ggccgcggcc gccagaagta tctctacctg ccggaggagc ataacgacta tatcttcgcc      840

attgcgtgcg aggagctggg ctttgtagga gccatcggca tcctcatcct gttcgctctg      900

ctcatcatcc gcggctactg gattgccatg catgcgcgcg accgcttctc catgctgctg      960

gccgcaggcc tgacgacgct tctggccctg caggtgttcc tgaacgtcgc cgttgtgacg     1020

aatcttctgc cctccacagg catttcgctg ccgttcttct cctatggcgg aaccgcgctc     1080

atcatgcagc tcgccgaaaa cggcatcgtg ctgaatgtgt cgcgcagcat cacccaaagt     1140

cccagataa                                                             1149


<210>  755
<211>  1821
<212>  DNA
<213>  Lachnospiraceae

<400>  755
atgggggaga ttgccttgcg gcgatttttt cttgccgttt tctgcgcgct ggcgctgagc       60

ctgagcgcgc tggcggcgga cgcggcgctg ccgtcgctcg aggcggcggt caacgtccgg      120

gaggacggcg tgtgcgaggt cacgatgacg gcggaggtgg atttttccgc cgcgcaggac      180

agcctgctca tcccgctcgg gacggacgcg cgtgacatca cgctggccgg gtggagctat      240

gaaacggtcc tgcaggatgg cgtgacctgc ctgaagctga gcaatcctgc cggcttcagc      300

ggcaagcagc agttcacctg cagctatacg ctgccgtgcc gtgcggccga ggccgcggac      360

ggccagcagt tccgcctgag cctgcccgag acgggctggg actatgccat tgacagttat      420

accctgacca tgacgttccc ggcggaggtc acgaacgcgc cggagtggac gagcggctac      480

tacggcgacg tggtggacaa ctatctcgac atccgcacgc aggaaaatac cgtgacggcg      540

aagtccacgg ccgccatgcg cgatcatgag acgctgaccg tttcggtaca gttcccggcg      600

gatacgttca atctgcgcga ccagcccggc aagacggccg ggttcgaccg catcgccttt      660

ctggtgctgc tggcggcggc cgtggcgttc tggttcctgc gcctgcgcag cgggctgatc      720

ctcccgcgcg cgcagcagac catcggcatg gagtccacgg cgggtgagat cccctgccag      780

ctcctcggcg aagcgccgga cgctgcgggc atgatcgtcc actggggcaa cctcggctat      840

ctgaccgtgc ggatgtcgcg cggacgggtg atcctctata agcgcatgga gatgggcaac      900

gagcgcaagc cctcggagcg gcgcttcttt gccgcgctgt tccgcgcggg cgcttcgtgt      960

gaggcgggcg gcctgcgcta ccaggctgcc gtgcgcgaga tgcaggctcc gatcctgacg     1020

ggctggcggc ggcgaatgtt cacgggcgga aacccgcttg tgctgcgcct gctcggcgca     1080

gcggcaggcc tgtttgcctc gcttctgacg tttgaccgcc ttctgcctgc gacgggctca     1140

cgctgggtct ggctgccggt gctgacggcg ctgggtacgg cggcctgcgt gctcgtgcag     1200

cggggcgtgg gttccctgtt ccgccgccgc cgtgcgctgg ccttggcgct gggcggcctc     1260

agtgcgatcg cacttgtgat ctccggcgta ctggctggct ctctgccgta tcagctcctg     1320

agcctgctgc tgcaggtctt ctgcgcgggg acaacgctgt tcggcggccg ccggacttcc     1380

gcaggcgagg agcgcctgcg ccgcctgctc ggtctgcggc gttatctgtg ccgggcagac     1440

agtgcctccc tgcagcgcct gacgctgcag gacccgcagt atttctaccg gatgctcccg     1500

tttgcggagg aaatgggggt cggcgggcgc ttcgtccgct gcgcggccgg tctggagctg     1560

gagccctgcc tctggctgga gggcgcggcc ccgcgccgcg ccggggactt cttcgcccgg     1620

tatgccgccg tctgcgcccg tctgcgcgga gaggacggca gagcgtctgc cgttccgcgc     1680

cgcccggctc cgcggcccgc agcccgtacg gcctcccgtc ctgcgccgca gcgccgcacg     1740

ccgccgtttg ccgcgccgga gccgcagcgg ccgccgatgc gcccgcaccg cagagaggag     1800

tatgatccgg atgaagtctg a                                               1821


<210>  756
<211>  2220
<212>  DNA
<213>  Lachnospiraceae

<400>  756
gaggcagttg cagatattgc ggcggtgatc cagcggcgca ggaccttcaa gtttggcatt       60

ccgtggagcg aagcgacgtg ggaatctcgt agtaccttgt tggatcgttg gaaagccatc      120

ggcgaaattg cagctgcctg cacgagattg ccacggcccc gttggggcct cgcaatgaca      180

aatctgtggg ccttgcgcca cagaatgtgt gccgcaatca tcgccaacct gcaaggcgct      240

caccgcccgc aaagggcacg ctgcgtccgt tttttacaaa aaagttcgaa aaatcacgat      300

tttcaccttg cggattttgc cttcgtgtgg tatattttca ttttgtggac aaaaaatcta      360

ttagaccgga tacagaaggg actgtcttcc atgacggatc agaaaaacat tcgaaatatc      420

gccatcatcg cgcacgttga ccatggcaag acgacgctgg tcgatgaaat gctcaagcag      480

ggcggcatct accgcgagaa tcaggctgtg gtggaccgcg tgatggactc gggcgatctg      540

gagcgtgagc gcggcattac cattctggcc aagaataccg ccgtgcatta taagggaacg      600

aaaatcaaca tcgtcgatac cccgggccac gccgatttcg gcggcgaggt cgagcgtatc      660

ctcaagatgg tcaacggcgt tctgctgctc gtcgatgcgg cggagggccc catgccgcag      720

acccgcttcg tgctgcagaa ggcgctggag ctgggtcaca aggtcattgt cgttgtcaat      780

aagatcgacc gtctcgatgc ccgcgtcgag gaggtcatgg acgaggtgct tgagctgctg      840

ctcgacctga acgccacgga cgagcagttc gaatcgccga cgctgttctg ctccgcgcgg      900

cagggcatcg ccagctactc gccgaacgag acgggcgtga atctcgaccc gctgttcgat      960

accatcgtca actatattcc cgcgccggag ggcgacccca cggcgcccat gcagatgctc     1020

gtctcctcta tcgactataa cgactatgtc ggccgtatcg gcatcggccg cgtcgagcgc     1080

ggtaccgtcc gcgtcaatca ggaggtcgcc atctgcgact atcacgatcc cagccactcc     1140

gctaagggca agatcgtcgc gctctatgag ttcgacggcc tcggcaaaaa tcccattcag     1200

gaggcagggg caggcgagat cgtcgcgttc tccggcatgg cggacatcac catcggccgc     1260

acgatctgtg cgccggagca ggtggagccg ctgcccttcg tgaagatctc cgacccgacc     1320

atcgagatga cgttctccgt caacgattct ccgttcgcgg gcaaggaggg caagtacgtc     1380

acgtcccgca atctgcgcga ccgcctgcag cgcgagctcc tcaaggatgt ctccctgcat     1440

gtgacggagc agggcacgga tgcgttcaac gtcgcgggcc gcggcgagat gcacatctcc     1500

atcctcatcg agacgatgcg ccgcgagggc tatgagttcc aggtcagcac cccgcgcgtc     1560

ctcacgaagg tcattgacgg aaaggtctgc gagccgatcg agcgcatggt ggccgacgtt     1620

ccggaggcct ccatgggcag cgtcatcgaa aaaatgggcc gccgcaaggg cgacctgctc     1680

tccatgaacc ccgtcggcag ccgctatcgc ctcgagttcc tcgttccgtc gcgcggcctg     1740

ttcggctatc gcagcgagtt cctgaccgat acgcgcggcg agggcatcat gtcctccgtg     1800

ctggattcct acgcccccgt caagggcgag atcgagcgcc gcaagaccgg ctcgctcgtc     1860

gcctttgaga gcggcgaggc ctgcacctat ggcctgttca acgcgcagga gcgcggcgtc     1920

ctgttcatcg gaccgggcac gcaggtctat gccggtatgg tcgtcggcat ctgctcgcgc     1980

aatgaggata tgaccgtcaa cgtctgcaag aagaagcagc tgacgaacat gcgcgccgcc     2040

ggtgcggatg atgcactccg cctgacgagc ccgcgccaga tgtcgctgga gcagtgcctg     2100

gagttcctcg cggatgacga gctgctcgag gtcacgccgc agagtctgcg tatccgcaag     2160

cgtgagctgg atcacgcggc cagaatgcgc cagatgatga agcagcgcaa caatcagtaa     2220


<210>  757
<211>  1275
<212>  DNA
<213>  Lachnospiraceae

<400>  757
atgtttattg ataaagtcaa gattacggtg aaggccggta acggcggcaa tggtgccgtt       60

gccttccacc gcgaaaaata tgtcgccgcg ggcggcccgg acggcggcga cggcggcaag      120

ggcggcaata tcgtcctgcg cgtgaacgac aacctctcca cgctgatgga cttccgctac      180

aagcgcaaat atgctgcggc acccggtcag gacgggcagg gcgcgcgctg ctccggcaag      240

cgcggcgagg accttgtcat tcaggtcccg cgcggtacgg tcgtgcgcga tgccgcaacg      300

aacgagatca tcaaggatat gtccgacgat gcggacttta tcctctgcaa gggcggccgc      360

ggtggctggg gcaacaagca ttttgccacg ccgacccgtc aggtgccgcg ctttgccaag      420

gccggccttc ccggcgagga gcacgaggtc gtgctggaac tgaagctgct ggcagatgtc      480

ggccttgtcg gcttcccgaa tgtcggcaag tccacgctgc tgtccgtcac gtccaatgcc      540

cgcccgaaga tcgcaaacta ccacttcacc acgctgtacc cgaatctcgg tgtcatctat      600

gtggatgagg gcgtgtcgtt cgtcatggcc gatatccccg gtattatcga gggtgcggcc      660

gaaggcgcgg gccttggcca cgatttcctg cggcacatcg accgctgccg cctgctcgtg      720

cacatcgtcg acgtctccgg cagtgaggac cgcgacccga tcgaggactt cgagaagatc      780

aacgccgagc tgcgcgatta ttcgccggag ctggccgagc ggcccatgat cgtcgcggca      840

aacaagtgcg acctcatccc ggagggcagc gacaatctcg agcgtctgcg tgcctacgtc      900

acggagcgcg gctatccgtt ctatgagatc tcggcagcca cgacgcaggg cacgaagcag      960

ctcatgcgcg tcattgccgg gcgcctgcgc gagcttccgc ccgtgacggt ctatgagccg     1020

gaatacgtca aaccgctggc cgaggcgggc gaggccgacg ccctgtccat cgagcatatg     1080

gatgacctgt gggtcgtgtc cggcaagtgg atgcagcagc tcatcgccga tatcaacttt     1140

gccgactatg agtcgcgcat gtacttcgac cgccagcttc gcaagagcgg cctgtttgac     1200

cgcctggagg agatgggcat cgaggacggc gacacggtca gcatctacga ctttgaattt     1260

gagtacgagc gataa                                                      1275


<210>  758
<211>  2142
<212>  DNA
<213>  Lachnospiraceae

<400>  758
atgacggaac cgatctggga aaagggctac acgcagaacc gggagctttc gtggctgcaa       60

ttcaacgccc gcgtgcttga ggaggcggag gacgagaccg tccccctgct ggagcgcgtg      120

aaatttctct ccattttcac gagcaatctc gatgaattct atatgatccg cgtcggcagc      180

ctcggcgacg tcgccgcgct gggcggccac ggcgtggaca acaagtccgg cctgacggca      240

aaggagcagc tcgagcggat ctatgcggcg acggccccgc tgtatgagcg gcgcgaccgt      300

gtcttccgcc gcgtggagcg ggagcttggc gcagagggcc tgcagcgcct gcgcatgagt      360

gagctgacgc aggacgagca ccactatatc cgccagctct tccgcacggc cattcagccg      420

ctgctctcgc cgcagatcgt cgacgcacat catcccttcc cccatcttgc cagcaagacg      480

ctgcacgtcg gtgtgcggct gtcgcggaaa aaatcggaat tctggggtct tattcccatg      540

ccgccctccg tgccggagct gctgttcctg ccggagcaga atggcatttg ccgctacgtt      600

ccgctcgagg aggtcctgct gttttacgca gacagcgtgt ttgagatgta cagcacgctc      660

gaaaaggtcg tgttctgcgt cacgcgcaat gcggacatca acccggacga cgagccgttc      720

gcgccggacg gccgcgagat cgacctgcgc gccaagatgg aaaagctgct gcgggagcgc      780

aggcggctgt gcgtcgtgcg cgtggagctt tccgcgccca tcagcgggca ctttgccgag      840

ctgttccgca agcgcttcga tatctccggc gaacagatct tcgtctcctg cgaggcgccg      900

ctgcgcatgg actacgcctt ctcgctcggc gagcatctgc cggaggcccg ccgcgccgcc      960

ctgtccgacc cgcccttcac gccgcagcag cccgccatgc tgctgccggg ccagagcctg     1020

ctgcgcgccg cgctgaagcg cgacctgttc ctgtcctatc cctatgaatc catggagccg     1080

ttcctgcaga tggtgcgcga ggcggccaat gcgccggacg ttctgtccat ccgcatcacg     1140

atctaccggc tggcccgcaa ggccaagctc gtggactatc tctgcgccgc tgccgaaaac     1200

ggcaaggacg taaccgtcct catcgagctg cgcgcccgct ttgacgagca gaacaacatc     1260

gactggtccg agcggctgga ggaagcgggc tgcaaggtgc tctatggctt tgaagactac     1320

aaggtccatt ccaagatctg cctcatcact ctgcgggagc gcggcgcact gcgccatgtc     1380

acgcagatcg gcacaggcaa ttataacgag aagaccgcaa agcagtatac ggatgtctcg     1440

ctcgttacgg cagaccagaa tatcggagcg gacgccgcgg ccttcttcag caatatggcg     1500

ctcggcaatc tcgagggcag ctacggcacg ctgctcgttg cgccgcacca gctgaagaag     1560

ccgatcctcg cgcgcatcga ggaacagacg gccctcggcc caaacggcta cattctgatg     1620

aagttcaatt ctctgacgga tatcgacgtc atccacgccc tgtcgcgcgc ctcgcaggcg     1680

ggcgtccgcg tcgagctcat catccgcggc atctgctgcc tagcccccgg cgtgccgggc     1740

tatacggaca acatcaccgt cacgagcatc gttggccgct ttctggagca ttcccgcatc     1800

ttctgcttcg gccgcggcga gcaggagcac gtctatatct cgtctgccga catgatgacg     1860

cgtaataccg tccgccgcgt ggagatcgcc tgccccatcc gcagcccgga gattcgccgc     1920

aggctccacg aaattctgga tgccatgctg gcggacaccg tcaaggcacg cgtcctgctg     1980

ccggacggaa cgtatacgaa aaagccacct tcctatgagc cggtctgcgc acaggtcctg     2040

ctcatgaagc gtgccgtcga agctgcgcag cagcagagcg ccgccgcccc gcaggaaaag     2100

cgctcgctct gggaaaagct cttccaccgg aaggaacgct ga                        2142


<210>  759
<211>  1434
<212>  DNA
<213>  Lachnospiraceae

<400>  759
atgctgaaaa atactgaaaa aaccatggac aagctcgtcg ctttgtgcaa aaaccgcggc       60

ttcgtgttcg ctggctccga aatttacggc ggccttgcca acacctggga ctacggcccc      120

ctcggcgtcg agatgaaaaa caacatcaag cgcgcctggt ggaagaagtt cgtgcaggag      180

aacccgtata acgtcggcct cgactgcgcg atcctcatga acccgcagac gtgggtcgct      240

tccggccacc tcggcggctt ctccgacccg ctgatggact gccgcgagtg ccatgagcgc      300

ttccgtgcag acaagctcat cgaggactac tgcgccaaga ccggcgagga gctgccgaag      360

cccatcgacg ccttctcgca ggccgagatg aagagcttca tcgacgagaa gaacatctgc      420

tgcccgacgt gcggcaagca caacttcacg gatatccgtc agttcaacct gatgttcaag      480

acgttccagg gcgtcacgga ggacgcgaag aacaccgtgt atctccgccc ggagacggcg      540

cagggcatct ttgtgaactt cgtcaacgtg cagcgcacca cgcgccgcaa gctgccgttc      600

ggcatcggcc agatcggcaa gtcgttccgc aacgagatca cgccgggcaa cttcattttc      660

cgcgtgcgtg aattcgagca gatggagctg gagttcttct gtgagccggg tacggacctc      720

gagtggttcg cctactggcg cggcttctgc aagcagtggc tgctctccct cggcatgaag      780

gaggagaacc ttcgcctgcg cgaccatgac ccggaggagc tgtgcttcta ttccaaggcg      840

acgacggact tcgagttcct gttcccgttc ggctggggcg agctctgggg cgttgccgac      900

cgcacggatt atgacctgac gcagcaccag aacacgtccg gcaaagacct gacgtatttc      960

gatcaggaga agaacacgcg ctatatcccc tatgtcatcg agccgtccct cggcgtcgag     1020

cgctcgttcc tggccttcct ggccgatgcc tacgacgaag aggtcgtcgg gcaggacaag     1080

aagggcaacg acgacatccg caccgtactg catctgcacc cggcccttgc gccgtacaag     1140

gcggccgtcc tgccgctgtc gaagaagctc tccccggctg ccgaggaaat ctaccatgac     1200

ctgcagaagg aattcatggt cgatttcgac gatgccggtt ccatcggcaa gcgttatcgc     1260

cgcgaggacg agatcggcac gccgtactgc atcaccgtcg acttccagac tgtgggcgac     1320

gagacgaccc cggcggacca tgccgtgacc gtccgtgacc gcgataccat ggagcaggtc     1380

cgcatccctg tttccgagct gaaggcatgg cttgccgaaa agctcacatt ctga           1434


<210>  760
<211>  2292
<212>  DNA
<213>  Lachnospiraceae

<400>  760
atgaaacgac tgcttttgct ctgcctgacg gcggctgtgc tggtatcctg cctcggcctg       60

tcggctcagg ctgcgcccac cctgtcgtgg acggaattct atacaatggg ggatgccgcc      120

tcggcgcaca cccgcatcga tccgatcgag ctggacggga cgacgacgct cttcctgcca      180

gccagcgtat cccggaaggc ggtcccggtg tattttacgc tttccgagaa gaacgccgtt      240

gtgacggcga cgggaagccg cggctccgtg gcgctcaaga gcggcgatac gctggacctg      300

accgccctgt gcgagggcac ggacgatatg atcacgctgc gtgcccgctc cgggagtatg      360

caggcagaga agcgcgtgac gttcctgcgg tatgacaatg tgtcgacgat gttcctcgtg      420

agcgacgatc ccgtgaacga gggccgtgag tgggtcgagt ccagcgagga caaatccaac      480

agggccaagg gcagcatggc tctgctcgca gcggacggcg aatccgtcta cgacggcaag      540

ctgacgcaga tcaagggccg cggcaattcg acctggaagg gagccaagcg cccctatcag      600

atcaagctgg acaaaaagac cgacctgctc cagaccggcg acagcgccga taaggccaag      660

acgtgggtcc tgctggcaaa tttctatgat ccgtccgctg tccgcaacat gcttgcgctc      720

gacctcggcc gcgcgctgca gatggagtgc aacatgggct atcgcccggt gtgcctgttc      780

tatgacggcg agttccgcgg cctgtacctc ctgacggaga aggtggaggt caacgagggc      840

cgtgtggatg tgacggacct ggaaaaggcg aatgagaagg ccaaccccga tgtcgaggac      900

ctgacgaagc tcgagtcaaa gaccggcacg accgccaacg gcgcgaccta tctttattgt      960

gacggtatga acgatcctgc ggacatcacg ggcggctacc tgcttgaaat ggacttcgcc     1020

gaccgcgcca tggaggaaaa gtgctatttc atcacgacgc gtggcttcta tgtcgttgta     1080

aagtcgccgg aggcatgctc gaaggcggag atggactata tcgccagctg gtatcaggac     1140

tacgaggacg ccgtgtttga gggcggcacg agctcgaaga caggcaagcc gttcacggac     1200

tatgttacgg tcgagagcat ggtgcagtgc tacctcgtca acgagctgag caaaaacggc     1260

gacggcttca acacgtctgc ctacctctat aaggaaaccg gctcggagcc gatgaagatg     1320

ggcccgctgt gggactacga ccttggcttc ggcaacaata attatgagga ccttctgccg     1380

cagccggagc tgctctacac ggtctacggc tcgctcggcc gcgcgctgta tgcccttccg     1440

gagttccgtg ccgaggcaca gcgacagtat acgaagtaca tcacgccgct ggcagatgcc     1500

cttgcgggcg atgcggacgc agtcagtgcg gacggcagcg tgcattcgtt tgcgtggtac     1560

cgtgagcagg tcgctgcggc ggcaggctat gacgagctgc tgtggaaatc gtctcatatg     1620

gacgtccgcc ccggcggaaa cggctttgcg gagaactttg ccttcctgca gaacttcgtc     1680

gtaaagcgcg ttcagtggct ggatggcgta atcggcaagt ggagcgctga ccatgcagac     1740

ccgctcggcg attatatgga tgtattcgag agcgactggt actatgacac gatcacccgc     1800

gccacggcgc tcggcctgct gcacggcaaa ggtgccggca tctttgatcc gtccggcatt     1860

acgacgcgcg cacagacggc acaggtcatt tataatattg ccgcgcccgg cagcattgcc     1920

tattccgacg tgttcccgga tgttgcggag ggcagctggt atgcgcccgc cgtcctttgg     1980

gcgcagcgcg agaagatcgt tctcggctat gacgacggcc tgttccgtcc ggaccgcggg     2040

gtgagccgcg aggatatgat cacgctgctg tatcgctatg caggctcccc gaagacgagc     2100

ggcaggaagc ttgcggagtt ccgcgacaat gcaagcatct cggactatgc ccggcaggcc     2160

atggaatggg ccgtggagaa cggcctgatc ctcggttatg cagaggacgg caccatccgc     2220

ccgcagtcca cgacgacccg cgcggaattt gcgacgatcg ccgtgcggtt ctacgaaaag     2280

acgaatgcgt aa                                                         2292


<210>  761
<211>  2178
<212>  DNA
<213>  Lachnospiraceae

<400>  761
atggaaacct ttcaggaaca ctatctcagc atgaagcgca ccatcgcggc gcgcaagctg       60

aatgtcgata tggcgctcat cgaccgcgcc gtggactacg cgcgcgtgaa gcacaaggac      120

cagaagcgca aggacggctc gccctatatc atccatccgt tggctgtggc ggagatcgtc      180

gcggagatcg gcctcgatac ggatgcgatc ctgggcgcgc tgctgcacga ctgcatcgag      240

gacacggact cgacctatga cgacatcgcc cgcaattttg gcccgacggt cgcctcactc      300

gtcgagggcg tcacaaagct gacgcgcgtg gagtactcca cgctcgagga gcagcagatg      360

gagaacctgc gcaagatgtt catggccatg agcaaggaca tccgcgtcat cctcatcaag      420

atcgccgacc gcctgcacaa cacccgcacc atgcagttcc agagcccgga aaagcagatc      480

tccaagtccc gcgagaccat ggacatctat gcgccgctgg cccaccggct cggcatgcag      540

aagatcaaat gggagctgga ggataccagc ctcaaatacc tcgatcccga gggctataac      600

gagatcatgc gctatctcaa cgcccatcag gccgaggcgg acgcctttat gaaggccatc      660

cagagcaaga tcaccacgcg cctttcggca gtcggcatcc acggctccat ttatggccgc      720

atcaagcatg tctattccat ttaccgcaag atgaaggccc agaacaagac gatcgacgag      780

ctctacgata tgtatgcgtt ccgcgtcatc gtcgattcca tcccggactg ctataacgtc      840

ctcggccaca tccacgacct gttcaatctg gtccccggcc gcttcaagga ctatatctcc      900

acgccaaagc ccaacatgta tcagagcctg cacacgacgg tcatcggcca gcagggcatc      960

ccgttcgagg tgcagatccg cacctgggag atgcacgaga cggcggaata cggcattgcg     1020

gcccactgga aatacaagca gggcgtcgcg ggcggcgacg aaaagcagtt cgaatgggtc     1080

cgccgcctgc tcgaaacgca gcaggactcc gatgcggagg attatatcca ctccctcaag     1140

gtcgatatgt tcgacgacga ggtctttgtc ttcacgccga agggcaaggt catgtccctg     1200

ccgtccggct ccacgcccat cgactttgct tatgccatcc attccggcgt cggcaacgcc     1260

atggtcggcg ccaaggtcaa caaccgcatt gcaagctatg atcagcagct gtgcaacggc     1320

gacattgtcg aggtcctgac gtcgaaaacg gccaagggcc cgagccgcga ctggctgaat     1380

atctgcaaga gcaacggcgc gcgcacgaag atcaagcagt ggttcaagaa ggaaaagcgc     1440

gaggagaaca tcgtgcacgg caaggcgagc ttcgagggcg agatgcgccg cgccaatgtc     1500

aatcccgccg tgctgcagga tgccgagctg ctgccgggcc ttttgaaaaa gctggcattc     1560

gaatgcctgg acgatatgta tgctgccatc ggctatggcg gtctgacggc ggccaaggcc     1620

ttcggccgca tccgcgacga gctgatccgc gccacgcgcc agacgcccgc gccccccgtc     1680

cgcgaggtgc agaagcagcc cgagccgggc aagggcggcc gccacaagga ttccggcgtc     1740

atcgtcgagg atatcgattc ctgcatgatc aaattctcgc gctgctgcac gccggtgccg     1800

ggcgacgaca tcgtcggctt tatcacaaag ggctacggcg tgtccatcca ccgccgcgac     1860

tgccgcaacg cagccggtgc atccgatccg aagcaggccg gacgctgggt caaggtcgcg     1920

tggagcacgg aggataagcc gttctccacc acatttgaga tcgattccac ggaccgcagc     1980

ggcatctggc tcgatatcgc cacggcgctg agcgcggcca agctgaaggt cacggagctc     2040

tccggccgtg atatgcctgc cggaaaggcg cgcaccgtcg ccacgttcga ggtgcgcaac     2100

gtgcaggagc tggagaccat ccggacgaag atccgcgcca ttgacggcgt gatcgatgtg     2160

agaagagggc agaactga                                                   2178


<210>  762
<211>  2562
<212>  DNA
<213>  Lachnospiraceae

<400>  762
atggcaacat tttacataaa cggtgccgaa gttaccgtcg ccaaaaagca gaagctgctg       60

cgctacctgc gcgatgagct gcatctcacc tccgtaaaag acggctgcag cgagggcgcc      120

tgcggcgcat gcaccgtgct catcaatggc gaaccctgcc gcgcctgcgt tccggacacc      180

gagcggctcg acggaaagca catcctgacg gtcgagggcc tttccgactt tgaaaaggct      240

gcctacacct tcgccttcgg cgaggctggc gccgtgcagt gcggcttctg catccccggt      300

atggtgctgt gcgccaaggc cctgctcgac cgcacgccgg acccgacgga ggagcagatc      360

cgctgggcca tccgcaacaa ctactgccgc tgcaccggct atgtcaagat cgtcgaggcc      420

atccgtctgg ccgggaagat cctgcgcgaa aagaagatcc ccctgcccgc cacgacggac      480

tggaagatcg gctcccgtgt ccagcgtctg gacgtcgagg agaaggttct cggcaccggc      540

aaataccccg acgattacta ccccgaaaaa atgtgctacg gctccgccgt gcgcagcaaa      600

tatccgcgcg cccgcgtgct gtccatcgac acgtccaagg cggccgcgct gcccggcgtt      660

atctgcgtgc tgaccgcagc agacgtgccg ggcgagaaca tcatcggaca catcgtccac      720

gactgggacg tcatggtccc cgtcggcggc gtcgtccact tcctcggcga cgcactggcc      780

cttgtcgcgg ctgagacgcc ggagattctg gaaaaggcca agaagctcgt caaggtggaa      840

tatgagattt tgcccgccgt gcacaacccc gaggaggccg ccgcgcccta tgcgccgctc      900

gtccaccgca agggcaacct gctgacgcat aagcacgttt cccgcggcaa tgccgaggag      960

gccattgccc actcgaaatt tgtcgtgcag gatcacttct ccaccccgtt cacggagcat     1020

gccttccttg agccggaatg cgccgtggcc gtgccggacg gagacggcat ccgcctctac     1080

acgacggacc agagcgccca caccacgctg cacgaggtca cgatggccct cggcctgccg     1140

cccgagaagg tcaagatcca gaatgccctc gtcggcggcg gctttggcgg caaggaggac     1200

atgaccgtcc agccgctggc cgcgctcatc gcctataaga ccggccgcgc cgtcaagtgc     1260

aagctgacgc gcgccgaatc cctgctcatc cacccgaagc gccatccctt cgagatggac     1320

ttcaccatgg gcgtggacga aaacggcatc attcagggcg tgaaggccaa ggtcgtctct     1380

gacaccggtg cttacgcctc gctgggcggc ccggtgctcg agcgcgcctg cacgcacgcc     1440

gccggtccct atgcctacga aaacttcgag atcgacggct atgcctacta tacgaacaat     1500

ccgcctgccg gtgcgttccg cggctttggc gtcacgcaga cgtgcttcgc cgtggagacg     1560

ctgctgaacc gcgctgccga ccttgtcggc atctccccgt gggagatccg ctaccgcaac     1620

gctatccgtc ccggcggtgt gctgccgaac gggcagatcg tcgatgactc taccggcctt     1680

gtggagacgc tccttgccgt aaaggacgaa tacgacaacg ccaagatcaa gggcatcgcc     1740

tgcgccatga agaatgccgg cctcggcgtc ggcctgccgg actggggccg ctgcaagctc     1800

atcgtcgagg gcgattccaa ggtccatatc tattccggcg cttcgtgcat cgggcagggc     1860

ctcggcaccg tgctggtgca gatggtctgc tcaaacacga acctctcccg cgacgacatc     1920

gtctatgagc gttccaacac ctggatcgcc ccggactccg gcgacacgtc cggctcccgc     1980

cagacgcttg tgaccggcga ggcctgccgc cgcgcctgcc tgcagctcca cgaggcgctg     2040

gccggaaagt cgctcagcga cctcatcggg aaagaattct acggcgaata cctcgcgaag     2100

accgacccgc tcggcgcgga cgtgccgaac ccggtctccc acgtcgccta cggctacgcc     2160

acgcaggtct gcatcctcga cgagaagacc ggcctcatcc gcaaaatgat agccgcgcac     2220

gacgtcggca aggccatcaa cccgctctcc tgcgagggcc agatcgaggg cggcgtcgtc     2280

atgtccatgg gctatgccct gacggagcag tatcccatcg acgaaaactg ccgcccgacg     2340

gcgcgcttcg gcacgctcgg cctgttccgt gcccatcagg tgccggagat caaggccatt     2400

gtcatcgaca agccgggcct gaacgtggcc tgcggcgcga tcggcatcgg tgagatcacc     2460

tcgatcccca ccgcaccggc cattgcggac gcctattacc ggctcgacgg cgagccgcgc     2520

accagtctgc cgctgaccgg cacgccctat gcacgcaaat aa                        2562


<210>  763
<211>  924
<212>  DNA
<213>  Lachnospiraceae

<400>  763
ttgaaacaga aggtaacggt atttggcagc tttgtcgtcg atctcatggc gcgcaccccg       60

catctgcccg ctcccgccga gacggtcaag ggcagcttct tcaagcaggg cgcaggcggc      120

aagggcttca atcagggcgt cgcggcgcat aaggccggcg gcgatgtggc aatgatcacg      180

aagctgggcc gcgattccat ggcgaacgtg gcactggacg tcatgaccga gctgaacatg      240

ccgaaggatt ttctcttcta taacgacgac gtcgcaacgg gcatcgccct catcatggtc      300

gatgagaatt ccagccagaa cgagatcgtc attgtcccgg gcgcctgcgg caccatcacg      360

gccgaggaca tcaagtccgt tgagcagcgc atctgcgatt ccgcctatat tctgctgcag      420

ctcgaggtca atcaggacgc caacgaggcc gtagcaaagc ttgccaagga gcacggcgtc      480

cgcgtcatcc tgaataccgc cccgtatcag cccgtcaccg acgaattcct gaagggctgc      540

tggctcgtca ctccgaacga ggtcgaggca gaggaaatga ctggcgtcgc cgtcacggat      600

ctcgagagcg cgaaccgcgc cgcgaagatc ttcttcgaaa agggcgttga gaacgtgctc      660

atcaccctcg gcagccgcgg tgtttacatc aacaccggcg accgcgccga gatcatcccc      720

gccttccatg tcaaggccgt tgacacgacc ggcgcaggcg atgccttcaa tggcggcctg      780

ctggccgctc tggccgaggg caaggacatc tgggaggctg cccgcttcgc aagcggcctg      840

gctgccctgt ccgtgcagcg catcggcacg accccggcca tgccgacccg cgaagagatc      900

gacgcgttcc tcgcggagca ctga                                             924


<210>  764
<211>  906
<212>  DNA
<213>  Lachnospiraceae

<400>  764
atgggatttt ttgaaaaaat caaaaacgga ctgaaaaaga cgcgcgccgc catggccaac       60

acactcggcg gcatcttcgc ctcgttcagc ggcgcaaacg aagattttta cgaggagctt      120

gaggagagca tgatcctcgc cgacatcggc gtggaaacgt cctgcaaggc cgtcgagcag      180

ctccgcaccg tcgtgaagga gcgcaagctc cgcacggcgg aagaaattca cgatgccctg      240

aaggatatcc ttgcggacat gctgaacgtc ggcgacacga gcctgaagct cggcacgcgc      300

ccgtccgtcg tgcttgtcat cggcgtcaac ggcgtcggca agacgacgac catcggcaag      360

ctggcccatc gcctctccgg cgagggcaag cgtgtgctgc tgtgcgcggc cgatacgttc      420

cgcgctgcgc ctgccgatca gctcgaaatt tgggccggac gcgccaatgt ggacatcgtc      480

cgccagcacg agggcgcgga ccccgccgcc gtggtgttcg acgccatttc cgccgccaag      540

gcgcgaggca gcgacgtcat cctgtgcgac acggcaggac gcctgcacaa caaggccaac      600

ctgatgaacg agctcggcaa aatttcccgc atcattgacc gcgagctgcc gaatgcggat      660

aaagaggtcc tgctcgtgct cgacggcacg acgggccaga acggcctgct tcaggccaag      720

cagttcaagg agatcgctgg tgttacggcc atcgccctga caaagctcga cggcacggcc      780

aagggcggca tcgtcatcgc cgtggcggac gcgctgcaga tccctgtgaa gctcatcggt      840

gtcggcgaac agatggacga cctgatgccg tttgagccgc gcgcgttcgt cgacgcgctg      900

atctga                                                                 906


<210>  765
<211>  2244
<212>  DNA
<213>  Lachnospiraceae

<400>  765
atgattcaac ttcatgagaa cagcatctat ctcgtagacg gccgtccgga ggagaaggcg       60

tccattcccc aaaacgaagc gagaaagcag accatggcat ggcagatcct gcaggcgcac      120

aacacgtccg gcgacccgga gcgcctgaag atccgctttg atgccatggt ttcgcacgac      180

atcacctatg tcggtattat ccagcaggcg cgcgcctcgg gcatgaagga attcccgatc      240

ccgtatgcgc tgacgaactg ccataacagc ctctgcgcag tcggcggcac catcaacgag      300

gacgaccatg tcttcggcct gtccgccgcg aagaagtatg gcggcatcta tgtgcccgcc      360

aaccagagcg tcatccattc ctatgcccgt gaagagctcg cgcgctgcgg cgcgatgatc      420

ctcggctcgg actcccatac gcgctacggc gcgctcggca cgatggcagt cggcgagggc      480

ggtccggagc ttgccaagca gctgctcaag aacacctggg acgtcaacat gcccaaggtc      540

gttctcgtat acatgaccgg tgcgccgcgc cgcggcgtcg gcccgcacga cgttgctatt      600

tctcttgtga aggaaacgtt cgccagcggt tttgtcaaca actgcgtgct ggagttctgc      660

ggccccggca tcgcaaatct gcccatcgat ttccgcaacg gcatcgacgt catgacgacg      720

gagacgacct gcctgtcctc catctgggag acggacgaga tcacgcgcgg cttctttgag      780

acgcacggcc gcccgcagga ctatgccgag ctgcatccgg gcagagaagc ctggtatgac      840

aagatgatca ccatcgagct ggacaaggtc gagccgatga tcgccctgcc gttccatcct      900

tcgaacgcct atcccatccg ggaattcctt gccaatgcga aggagctgct ggagaaggtc      960

gagcaggatg ctgcccgccg cttcccgaag gcccatgtca agctgaccga caagctgcat     1020

gacggcggcg tctgggcaga tcagggcgtg atcgcgggct gcagcggcgg cctgttcgac     1080

aatatcaccg aggctgccga cattctgcgc ggcggctcga ccggcaacgg cgaattcagc     1140

ctgaacgtct atccgacgag cgtccccgtt tcgcttgcgc tcacgcgcaa cggcgcgacg     1200

gcacagctgc tcgaggccgg cgcggtcatc aagccgagct tctgcggccc gtgcttcggc     1260

gcaggcgacg tccccgccaa caacggcctg tctctgcgcc atacgacgcg caacttcccg     1320

aaccgcgagg gctcgaagcc cggcgagggc cagttcgccg ccgtgtgcct catggacgcg     1380

cgctccatcg ccgcaacggc tgccaacggt ggccgcatca cgcccgcgac ggacatggac     1440

tatgttgcgg agccgcagcc ctatcacttc gaccgtgcgg tctatgacaa ccgcatttac     1500

tacggcttcg gcaaggccga tccctccgtt gagctcgtca tgggcccgaa catcaccgac     1560

tggccgaaga tgtacccgct gaccgagaac ctgctcgtcg agctggccgc cgtcatccac     1620

gacccggtca cgacgaccga tgagctcatt ccttccggcg agacgtcatc ctaccgttcg     1680

aatccgctgc gtctggccga gtttacgctc agccgccgcg tgccggaata tgtcggccat     1740

gcgaaggaca tcgccgcgca ggaggccgag cggcgcgagg gcaagctgcc ggagcacctg     1800

aaggccgtcc tgtccgccgt cggcgacgct gccgcactgg ccggaacgac gcagttcggc     1860

tccgccgtct tcgccaacaa gcccggcgac ggctctgccc gcgagcaggc cgcctcctgc     1920

cagcaggtcc tgggtggctt tgccaacatc tgctacagct atgcgacgaa gcgctatcgt     1980

tcgaactgca tcaactgggg catcctgccg ttcacgatcg acgagggcac cccgtttgac     2040

tatgccgacg gcgactgcgt gttcgtcccg gacgtccgcc gcgccgtgga ggaggcccgc     2100

gaggatatcc ccgcgaaggt catccgcaag gacggctccg ttgaggacct gatgctgcat     2160

atccgcggcc tgacgcagga tgagcgcgag atcattctgg acggctgcct gatgaattat     2220

tacgccgcgc gcatcgcgga ctga                                            2244


<210>  766
<211>  2130
<212>  DNA
<213>  Lachnospiraceae

<400>  766
atgacaaaga ccggatataa aattctctcc ggctgcctgt gcgctgcgct gatctgcacg       60

atcaccggcg cgtcggtcca tgcggagaat ggggcgctgc acgccccgca ggatacgaag      120

gcggcctccg ctgcggcgga ggagcgcgcc tcgaaggaag agaccgttta tgtcatcgcc      180

ggagccgacg gcaagcagca gagcgtgatc gtcagcgact ggctcaaaaa tccgaacaag      240

gaaacgagcc tgcaggacgt ctcggacctg acggacatcg agaacgtcaa gggcgacgag      300

acgtggaccg cgaacggcac gagcctgacg tgggatgcgc agggcaatga catctactat      360

cagggcaaga gcgaaacgga gctgcccgtg accatgaaca tcagctacca gctcgacggc      420

aaggacattg ccccggccga gctggcgggc aagagcggca aggtgaccat ccgcttcgac      480

tatgagaacc actgcacgac gaccgcgacc gtggacggca aggaggagac actctatgtc      540

ccgtttgccg cgctgaccgg catgctgctg gacaacgagc gcttcacgaa catcgaggtc      600

acgaacggcc gcgtcgtgaa tgacggctcg cacaccgttg tcgtcggcat cgccttcccg      660

ggcctgcagg acgacctgaa catcgagcgc gatacgctgg agctgccgga ctatgtcgag      720

gtcagcgccg acgtgacgga cttcgcactc gacacgaccc tgacgctcgc aacgaactcc      780

gtcttcagcg cgctgcagga cagcgacttt gagacggtcg acgacctgaa ggcatccttc      840

gccaagctga ccgacgccat gcagcagctc ctcgacggct cttccgagct gtatgagggc      900

cttgagaccc tgcttgagaa gtcccagacg ctcgtggacg gcgtcggcac gctgaacaac      960

ggcgctgccg ccctgaagac cggcgcgggc agcctgaacg caggcgctgc cgagctggca     1020

aacggcatgc agaccctgaa cggcggcctt tccaccctgt ccggccagag cgcagccctg     1080

aatgcgggcg cgcagcaggt gttccagtct ctgctggccg ctgccacgac gcagatcaac     1140

gcagcgggcc tcagcatccc acagctgacg atcggcaact atgccgaggt gctcaacggc     1200

gcgctggctt ctcttgatca gaccgccgtt tatgagcagg cttatcagac ggctcttgcc     1260

aaggtaacgg ctgccgtcaa tgcacaggaa gcgaccatcc gcgcggctgt tactgccgcc     1320

gtgcagcaga atgtgaccga gcaggtcacg gctgcggtcc gtgagcaggt cacggcgaag     1380

gtccttgcgg ccatgggcct gaccccggag acgtatgcgg ccggtattgc cgacggcacg     1440

atctcggagg agcagcaggc acagatcgag gctgcgatca acgcccagat ggcctccgac     1500

gatgtgcagg cgctcatctc ccagcaggtc gccgcgcaga tggcaagcgc cgatatcgcg     1560

gccctcatcg accagcagac tgcggcgcag atccagacgc tcatcgacca gaacatgaat     1620

tctcccgagg tgcaggatca gatcacggct gctctggagc aggcaagctc cggtgcagcc     1680

agcatcagcg ccctgaaatc ccagcttgac ggctattatc agttctatgt cggcctgcag     1740

gcctacaccg gcggcgtgga cagtgcggcc gcaggcgctg cgaagctgca gaacggcgca     1800

gccagtctgc agaacggcgc ttccagcctc tatgccggtg caagccgtct ggcagacggc     1860

acgtccacgc tgagcagcgg cgcatccgcc ctcatcgacg gcgtgacggc gctgcgcgac     1920

ggcgcgatgc agctgtccga cggtctgaag cagctcaatg aagagggctt ccagaagctc     1980

gtcgacgcca tggacggcga tgtagagccg ctgctggagc gcgcccgcgc gctggccggt     2040

atctccggcg actatcagac ctattccggc ctggacgccg caatggacgg cagcgtgaag     2100

ttcatctacc gcaccgaggc cattggctga                                      2130


<210>  767
<211>  1275
<212>  DNA
<213>  Lachnospiraceae

<400>  767
ttgaagaagg tacttgcgct gcttctcgtt ctcgtgctcg cgatcggcat gttcgccgcc       60

tgcggtacgg acagcgggaa caatgaggaa acgaaggaca ccgcgaacaa cgccacgacg      120

gaaggcggca acgacgagac gaagccgtcc gaagaaaacg gcaacaacac cgaaggcaag      180

accctgaagg tcggcatgat ctgcatcggc gacgagaacg atcagggcta cacctacaac      240

ttctatcgcg cgaaggactc cgtcacggag aagatggccg ccaagggcgt tacccttgac      300

tggaacatca tcacgaacat cggcgaagac gacggctgca ccgacgcctg cgtcgagctg      360

gccgaggccg gctgcgatgt cgtcatctgc aactcctatg gccacgagcc gtacatgctc      420

aaggctgctc ccgattaccc caatgtgcag ttcatcggct gcaccaacct gaactcccag      480

ttcgccggtc tcgacaactg ccacaacgcc ttcgccaaca tctatgaagg ccgttatgtc      540

gccggtgtcg tcgccggtat gaagatcaag gagctcatcg actccggcaa gatcaccgcg      600

gatcaggcca agatcggcta tgtcggcgcg tacccgttcg ccgaggtcat ctccggcttc      660

accgctttct atctgggcgc ccgctccatc gttcccgagg tcacgatgac ggtcaagtac      720

gtctcctcct ggtccgacgc tacggctgag ggcaacgccg cgcaggctct gtgcgacgaa      780

ggctgcgtgc tcatctccca gcactccgat aacaccaccc cggccacggt cgcgcagcag      840

aacggcgtgt tccacgtcgg ctacaacaac gacatgaccg gcatcgctcc cgaggcttcc      900

ctcatctcca gccgcatcga ctggtccgtc tacttcgagt atgtgtttga ctgcctcgtg      960

aacggtgaga ccatcgcgaa ggactggacc gccggcatga aggacggtgc cgttgtcgtc     1020

actgagctga atgaagccat cgccgccgaa ggcaccgccg agaagatcgc ggaagtcgag     1080

gccggtctgg ctgacggcag catccatgtc ttccagggcc cgtggaaggg cgagggcacc     1140

gcttacggcg ccgacgctcc cgacacgaag gaaatgcccg ccgacgactg gttcaaggaa     1200

tccgatatcg agggcggtca gacctccgct ccgtacttct actggatcat cgagggcatc     1260

acctccgaaa actga                                                      1275


<210>  768
<211>  1806
<212>  DNA
<213>  Lachnospiraceae

<400>  768
atggcaatgg gaccgatggg cgggcgcggc atgcgccctg ctgagaagag caagcgcggc       60

ttgcgcggcg tgcagcttga gctgttctct tattccgaga ggatcaagct cccaatgctg      120

atcgcgctgg tgctcgcggc cgcgggcgcg gtgctgacga ttctcgggcc gaatcagctc      180

agcaagatca cgaatctgat ctccgattct ttgatggggg agatcgacct cgcggccatt      240

ggccgcgtgg cgggcgtgct gctcggcatc tatgcgctca gtgccctgct gacctatatc      300

gagcactata tcatggcgac cgtgacgctc ggcctctcga agcagatgcg ccgcgacctg      360

tgcgccaaga tcaaccgcgt gcccatgagc tgcttcaacc gcattgcgca cggcgatatc      420

ctcagccgcg tgacaaacga tgtcagtacg ctgcagcagg ctctgtccaa cagcctgcct      480

tccatgatca gcgccgtggc ccagcttacg ggctgcgtca tcatgatgtt cgtgacggag      540

tggcgcatgg cgctggctgc catcgcggcg acgatgatcg gctttgtgtt catgttcatc      600

atcatgaagc gctcgcagaa atactttgtc gaccggcagg agagcctcgg cacgctgaac      660

ggctatattg aagaaatgta ttccggccat gacgtcgtgc gtatttcgcg cgcgaatgac      720

aggatcaagg agacgttccg cggcatgaac cgcgccgtct atgaggcgaa ccgcaagagc      780

cagttcctgt ccggcatcat gcagccgctg atgaatgtca tcggcaacct cggctatgtc      840

gccgtgtgcg tgctgggcgc tgcactcgtg atgaacggca gcatcaagtt cggcgtcatc      900

actgccttca tcctctatgt gcgcctgttc acctcgccgc tgacgacgat cgcgcagggc      960

atgacgcagc tgcagtccgc cgccgcggcg ggcgaccgcg tgtttgattt cctgcaggag     1020

ccggagctgc cggatgagtc gaagaatctg cccgtgccgc agccggtgcg cggtgagatc     1080

gagtttgacc acgtccgctt cagctacccc gatcacccgg agaagacgat catccatgat     1140

ttctctgccc atgttgcgcc ggggcagaag gtcgccatcg tcggcccgac cggcgccgga     1200

aagacaacga tggtcaatct gctcatgcgc ttctatgatc tggacggagg cgacatccgc     1260

atcgacggta tctccacaaa ggatatgagc cgcgaggagg tgcatggcct gttcggcatg     1320

gtcctgcagg atacctggat gtttgagggc acggtccgcg agaatcttgt ctacaacagg     1380

accggcgttt cggatgagac gctggagcgc gcctgccgcg cctgcggcat ctatcacttc     1440

atcgagacgc tcccgcacgg gtttgacacg gttctccgcg aaaacgtcgc catttctgcc     1500

ggacagaagc agctgttcac cattgcccgc gccatggtgc agaacagccc gatgctcatc     1560

ctcgatgagg caacgtcctc cgtcgatacc cgcaccgaac ttttgacgca gcgggccatg     1620

gatacactga cagagcaccg cacgagcttc gtcattgccc accgcctctc gacgatcaaa     1680

aacgcggacc tcatcctcgt gatgaaggac ggcgacatca tcgagcaggg cacacacgag     1740

agcctgctgg ccgcaggcgg cttctatgcc gatctctata acagccagtt tgagcaggcg     1800

tcctga                                                                1806


<210>  769
<211>  1026
<212>  DNA
<213>  Lachnospiraceae

<400>  769
atgaaaaagg aacaaaagct gatcttccgg ctgctgccgc tgctgatcgc tgccgtgatc       60

gcagccctgc tgccgcagat gatccggaat gaatactata tgaccatcgc ctgtcagatc      120

ctgatctatc tgatcgcggt ctgcggcctg aacttcatca ccggcctgac cggccagatg      180

aacctcggca cggccggtat gttcgccatg ggcgcctacg tttccggcct gctgaatgtg      240

aagctcggcg tttctccgtg gctcggcctt gtggcggcgc tgtgcgtcgg ctggctcatc      300

ggcaaggcgc tcggctatcc gagcctgcgc ctgcgcggcg tgtacctctc cctgacgacc      360

atcgccttca cggagatcat ccgcatgctc ctgaacaaca tgaagggcgt aacaaacggt      420

gcacagggcc tgcgcggcat cgagcgctat aacttcttcg gctaccgcgt ggaggggacg      480

atcccgtatt actacatggt cctcatcgtg gccattcttg tggtatggtt cgcctggcgc      540

atcgtcaatt ccaagtgggg ccgcgagttc aaggccgtgc gcgacaacat tgacgccgtg      600

gagtcctgcg gcatcgatgt cgccaaggta aagatccgtg cgttcacgct ggccgccatg      660

ctcggcagct tcgcgggcgc gctctatgcc cacctcatcg gttacatcaa ccccgagtcc      720

tttacggtgg acctgtccac gaacttcgtc atcatgctca tggtcggcgg catcggctcg      780

gtgttcggca atgtgatcgg tgctgtgatc atcacactgc tgccggagct gctccgcttc      840

ctcggcaagt actattattt cgtctattac acggccgttc tgctgtgcgc gctcttcctg      900

ccgaagggca tcgtctcgct ggcggctccg atccgcgaaa agtggaacag gctgcgcgcc      960

cgcagggctg gcgcaccggc tatggagaag ggaggtacgg cggatggcga ccacattaag     1020

aattga                                                                1026


<210>  770
<211>  3606
<212>  DNA
<213>  Lachnospiraceae

<400>  770
atgaaacgga ttattttgtc cctgctgctc accctgtccc tgacgctttc cctgcttccg       60

gcggtgagcg cggcgggcat ccccggcgag gaaaagctgc ccggcgacgc gggctacggc      120

tttacctacg cattcgtctc accaacgacc attgagatca ccgcctatta cggctacgag      180

gcggaggtca ccgtcccctc gaccatcgac ggctataccg tcgtgggtat ccaaagcttc      240

cacaacgagg agggctacag caaccccaat atctttgtcc gcaaggttgt cctgcccgaa      300

acggtgacgt acatcgcaga cggtgcattc tacgacaacg acgactggtc agcgaagacc      360

cactttgagc tgcgcgagat cgtcctgccg cagagcctga aaaccatcgg caaaaatgcg      420

ttttaccaca actactacct gcaaaagatc gacattcccg ccggcgtgac ggagatcggc      480

gcgggtgcct tcgcaaagtg ccagaatctg tccgacatca ccatccgcgg cgagaacacc      540

ctcctgcatg gcggcgcgtt cggcgagaag agcggttaca gcgtcggcgc ctttgccgga      600

aagctcagag agctgcacca gcagtggctg tatgacgaca gcgcctcaga cttcttcatc      660

tggaaggggc agctcttgga ctacaggggc acgagcaaga tgcccgtcat ccctgacacc      720

gtgaaggtca tcggcgcgtc ggcgttctgg cggtcggaca tcaccggcgt gaccatcccg      780

tcgagcgtca agctgatcgg cgcgtcggcg ttctatgagt gcgcctccct gacctctgtg      840

gacatccccg gcagcgttga gcgcattgac aacaacgcct tctgcgactg caccggcatg      900

acctccgtca agctgaacaa ggggctgaag gttatcggcg agggcggctt caacgactgt      960

gatgggctga cgagcctcgt cctgcccgag gggctgacca cgctggagga gcgggcgttt     1020

tacgactgcg agaatatcga gcgcttcacc ttccccaagt cgctgaccga tatggaagac     1080

tccagcatct atacctcgaa gtggtatgag gggcttgccg acggcacgga gctatactgc     1140

ggcagcgtgt tcctcggctg caagggggaa aaatatccct ccaagctgac cgtccgtccc     1200

ggcacaaaaa tggtgcgcat cgagcaggac aatctggacg gcgtgaacga gctgatcctg     1260

cccgacgggc tggaatcgct cagtatcacg gaaggaggcg gcagcatcgc caagcttacc     1320

gttccggaga gcgtccatta catcaatcta cgaaaatttg cccatctgac cgacctcaag     1380

ctgccgacga cggcggttct ggaggagagc tgcttttccg gctgttacca gatcaagaat     1440

ctgaccatcc cgaagggcaa tacgacgctg aagggcctta gcgtcggcag gacggcgcac     1500

gtggttctgc ccgacgacgt gctcgaggtg cgcggcccga tctccaacgg cgacccctac     1560

aacaacaagg acggcaactc caacctcaag tcgatcgacc tgaagaacgt ccgcattctg     1620

acgggcggcg cgctcagcga ctgcgttgcg ctcgagagcg tgacgctgcc ggattcgctc     1680

attgcgctcg gcgacggtgt gttcagcggc tgcgcccgtc tgcgctccgt caagggcggc     1740

aggaatgtcc gccagatcgg agatggctgc ttctccggct gcgccgcgct gacggatttc     1800

ggcgagctgg aaaagaacgt gacccacgtc ggttcttggg ccttccagaa ctgcggctgg     1860

ttccacgatc agccgaacgg cgtggtctat ttcggcaggg ccgcctatgc ctacaagggc     1920

tcgatggcgg agggcaccgt cctgagcctc agggacggta cggtttccgt cacctatgag     1980

ttccttgcgg gtcagataga gctgaacccc accttcgacc agccgaatct cgcggggctg     2040

atcctcccgc agagctgcaa atacgtagat gactacgcct tcgccggtgc gaagaatatg     2100

aagttcatcg acctcggcgg cgtgcagtac atcggcaggg aggcattcaa caacagtgcc     2160

tgcgagagca tcgtcctgcc ggattccgtg cgctttgtcg gcagtaacgc cttctccgcg     2220

ccgagcatca aggcaattca tctgaacgac gggctgcgcg tgctggacga gggcgcgttc     2280

ttcacctatg gcaagggcaa gggcgttacc atccctgcca gcgtcgccta catcggctat     2340

caggcgttcg gatattgccc ggtcgacccg gacaacgagt tcgcggggct gaccaagatt     2400

gacggcttcg tcatccgcgg cacggcgggg acggctgcgc agacctacgc cgtggacaat     2460

gaattcacct tcgaaacggg cgcctgcgcc gcccatcagc ccgtgacgga aacggtcgcg     2520

ccgacctgct gcaccggcgg cttcacgcgc acggtctgcg ccgtctgcgg cgctgtgacc     2580

gcgtcgggaa ataccgcccc cgtcgcgcat aagcccgtcg ccaacgaccc gatcgaggcc     2640

acctgcaccc gcccgggcta caccggcggc acgcactgtg ccttctgcgg tctgaccctg     2700

acccagccga cgcagacccc cgcgctgggg cacgacgagg tcgtcgctac ggaggaatat     2760

gagtattctg cgtattacgg catgatccgc cactactgcc gccgctgcga gctgaagtgg     2820

tatgagaccg acggcggcag cgggcacgtc cacgactata cctaccgcac cgacaccgtc     2880

tatccgacct gcatcaacgc gggctacact gagcacttct gcgcctgcgg cgagagctat     2940

cgagacggct atattcctgc gctggggcac gattatgtca atggtgtctg ctcacgctgc     3000

gggaacaccg agggcagctg tgacggcggc gcaaactgcc cctccaagcc ttatcacgac     3060

gtggacaccg gacgctggta ccacgagggc atcgactatg ccattgcgca cggcctgatg     3120

aacggcgtcg gcaacggcat gtttgagccg gagagcagca tgacgcgcgc catgctcgtc     3180

acggtgctct ggcgctacgc cggaagcccg gccggatggg agaatccctt cacagacgtg     3240

ccaaacggaa gctggttcac gcaggccgtg gcttgggcag ccgaaaacgg catcgtgaac     3300

ggcgtcggca accataaatt tgagccggac agcaatatca cccgggagca gatggcggcg     3360

attctgttcc gctatgcagc gatgtccgga tttgatacct cagcgcgtgg aaatctggat     3420

cagtatcccg atcggggcga tgtcagcggc tatgccgtgg agcctctctc ctgggcggtt     3480

gccgagggtc tgataaaggg aaccgacaat gggaatggca ttctcctcga tccgcagggc     3540

aatgccaccc gcgctcaggt cgcaacgatc atcatgcggt ttattcgtac cgcagcaggc     3600

aagtaa                                                                3606


<210>  771
<211>  2388
<212>  DNA
<213>  Lachnospiraceae

<400>  771
atgaaactga acagaaaatg gctcaacgaa gaattcgtgg atctctccgg cgtgccggat       60

cgggagtttg tcgagaccat gaccatcgcc ggtcagaagg tcgagaccta tgagcggctc      120

gatgccgagc tgcgcaatgt cgttgtcggc cgcgtcgtgt ccatcacgcg ccacacgaac      180

tccgaccaca tgtgggtctg ccagatcgac gtcggcgcag gcgagcccgt gcagatcgtc      240

accggcgcgc agaacgtgca cgagggcgac cttgtccccg tggcccagca taattcctgg      300

ctgcccggct gcgtgcacat cacaaagggc aagctgcgcg gcgaaatatc gaacggcatg      360

ctctgctccc tgaaggagct cggcctgacg ctcaacgact tcccctatgc cattgaggac      420

ggcatctgga tcctgcagga ggactgcaag cccggcgacg acatcaacac cgtcatcggc      480

aacgacgaca ccgttgtgga ctttgagatc acgaacaacc gcccggactg ctattccatc      540

ctcggtctgg cccgcgaggc cgctgccgct ttcaacaagc cgatgcgcca tcacgacccg      600

gtcgtgcgcg gcggcgcggc aggcgagctg tccgagctgc tggaggtcga ggttcccgca      660

gaggacctgt gccgccgcta caccgcgcgc atggtacgca atgtgaagat cgccccgtcg      720

ccgaagtggc tgcgccagcg cctgcgcgcc aacggcgtcc gcccgatcaa taacatcgtc      780

gatatcacaa actatgtcat gctggaatac ggccagccga tgcatgcctt tgactaccgc      840

tatgtcggct ccggcaagat catcgtccgc cgcagcgagc cgggcgaggc cctgacgacg      900

ctcgacggca atgtccgcac cctgacgccc ggcatgctcg ttatcgccga cgagacgaag      960

cccatcggtc ttgccggcat catgggcggc gagaacagcg agatcatgga cgacacggtc     1020

gacgtcgtct tcgaatccgc gaacttcaac ggcacctcca tccgccagac ggcccttgcc     1080

cttggcatgc gcacggaagc ctccggcaag tttgaaaaga acatcgatcc gctgctgacg     1140

ctccccgccg tggaccgcgc gtgcgagctc gtcgagctgc tgggcgcagg cgaggtcatg     1200

gacggcgtca tcgacgtgct caacgacatc cccgagccgc gcaccatcga gctggagccg     1260

gaccgcatca atgccctgct cggcacggac atctccgagg ccgacatggt cgaatatctg     1320

cgccgtctgg agatccccgt cgagggccat gagatccgcg tgccgtcgtg gcgtcccgat     1380

ctggtcggca tggcggacat cgccgaggag gtcggccgcc tgttcggcta caacaacatc     1440

cccacgacga cgttccgcgg cgctgccacg gagggcggct atacggaggc catgaagctc     1500

gagaaccgcg ccggttccct gtgccgcagc ctcggctaca gcgagatcct gacgtattcc     1560

ttcgtctccc cgtccatctt cgatcagatc cgcctgccgg aggactcttc cctgcgcaat     1620

gccatgcgca tccagaaccc gctcggtgag gatgcctcca tcatgcgcac cgtcgcactg     1680

ccgtccatgc tcgccatttt ggcgcgcaac aacgcctatc acaacgatgc cgtcaagctc     1740

tatgagctgg cgaaggtcta cctgccgaag cccggccaga tcctgccgga cgaaccgaag     1800

catctggtgc tcggcaccta cggcgagcac gaggacttct tcaagatgaa gggcgagatc     1860

gaggccttcc tgcgcggcat gaatgtcccc gaggcccgct ataccgccga gaagcacgac     1920

ccgacgttcc atcccggccg ctgcgcccgc gtcagcgtgg gcggcgtcga cctcggctgc     1980

ttcggccaga tccatccgct cgtggcccgc agctacggca ttgacggcga gattttcgcc     2040

gcagagctga acttcacggc cctgctgtcc ctgcagctgc cggaaaagac ctatacgccg     2100

ctgccaaagt acccggccgt cacccgcgac atcgccgtcg tctgcgacga ggccgtaacg     2160

gtcgccgccc tgtccgactg catccgcgcc gcaggcggta agctgctgcg cagcgtggag     2220

ctgttcgata tctaccgcgg caagggcatc gcttccggct cgaagagcgc ggccttccgc     2280

ctgacgctcc gtgcagacga ccgcacgctg acggatgccg attccgacgg cgtcgtgtcc     2340

gccgttctgg ccgctctgga aaaagagctg aacgccaagc tccgctga                  2388


<210>  772
<211>  1416
<212>  DNA
<213>  Lachnospiraceae

<400>  772
atggaaaagt atgatctgat cattgttggt gccggtcctg ccggcatctt tacggccgtc       60

gagctgttcc gccgcggcgc acacaagaag attctgatgg tcgaaaaggg ccagagcgtg      120

gaaaagcgct cctgcccgaa gagcaagacg cagaaatgcg tgaactgcca gccctgcaac      180

atcacgaccg gcttctccgg cgcaggcgcg ttctccgacg gcaagctctc gctgaaccac      240

gaggtcggcg gcgatttccc gaacctcgtc ggcccggact ttgcccagtc cctcattgac      300

tatacggacc agatctacct ggaattcggc gcggaccccc atgtggaggg cgtgtccgac      360

cccgataaga tccgcatcat ccgccgccgc gccattcgcg caggcctgaa gctcgtcgac      420

tgccccatcc gccacctcgg caccgaaaag gcgcaggagc tttatctcgc gctggagaac      480

gacctgcgtg ccaagggcgt cgacatgctc ttcggccaca gctgcgtcga tctcgtgctc      540

gatggcccgc tgtgcaaggg cgtcatcgtg gagccgacgc gcggcggcac gcgcgagacg      600

atctatgccg acgacgtcgt cattgcggca ggccgccgcg gcgcggaatg gctggaatcc      660

ctgtgcgcga agtacgacat cgcccatcag ccgggcaccg tggacatcgg cgtgcgcgtc      720

gaggtccgca acgaggtcat ggaggaggtc aacagcgtcc tctacgagtc caagctcgtc      780

ggctatccgc agccgttcaa gaacaaagtc cgcacattct gccagaatcc cggcggcttt      840

gtcagccagg agaactatga caagaacctc gccgtcgtaa acggccacag ctacaaggac      900

ctgaagtccg acaacacgaa cctgtccatc ctgtgctcgc acaacttcac ctacccgttt      960

aaccagccca tcgcctacgc ccagaaggtc ggtgagctga cgaacatgct ggccgacggc     1020

cacatcctcg tgcagcgctt cggcgacatc ctcgacggca agcgcacctg gccgaaggag     1080

ctggcgtttt cgaacgtgcg cccgacactg ccggacgccg tcgcgggcga catcaccgcc     1140

ggtatgccct accgcgccat gatcaacatc atcggcttca ttcaggccat ggatcaggtc     1200

gtgccgggct ttgccagcta tgagacgctg ctgtactccc cggagctgaa gttctacagc     1260

aacaaggtca agatgacccc ggacctcaag acaaacgtgg cgcacctgta ctgcctcggc     1320

gattcgtccg gctggacgcg cggcctgatg atggcctccg ccatgggcgt gctcatgggc     1380

cgcaagctcg cgggctatga ggaaccgctg cgctga                               1416


<210>  773
<211>  6690
<212>  DNA
<213>  Lachnospiraceae

<400>  773
atgaagcatg tgaaacagct gctttctgca ctgcttgtgc tggctgttgt actctcgctg       60

ctcccggctg gcgttctgaa ggcatctgcc gcagaagcac ccgcagcgct ggacatcggc      120

taccccacat tcaagaacac agagcttctt gacgaggtct atgacctgtc gaagctcggt      180

gtgtcctatt ccgaaaagga catcatgatg gcgatctata agcaggatct tgccaatggc      240

ggcgactctt tctatatgga ccgcatcctc gcccgtgagg gcgtctgcaa cggcaacgcc      300

ggttcgaacg gcaacgccga cggcaacacc ttcctgaccc gcggccgcgc gctgtatatg      360

tacacgagca gcccgtccgt catcggcttc ggcggcaaca ccgcctatca tcagccgctt      420

ggccggggcg atctggtccg cgttctcttc tcgaacgccg acggcagcct gaccacgaag      480

gaagacacca gcaaacgcgt caatgcgccg agtaactggt ccagcaccta ctctgtcggc      540

agcaacctga cgctggatgt cgtgaagttc atccatcagg agaacgtcgc cgtcacgacg      600

atgacgctga ccaacaaatc cgcagaggat caggcaatta cggtggcagc ggactccatc      660

tttgcgacgg agcccggcaa ggtcacggtc aatggtgcag agcagacaga gctgaccggc      720

acctgctctt cccctgcagg ccttactacc atctatgccc gcatgaccgg cgacggtttc      780

gaggccgctt cgtccgacga ctattgctgg ctgtcccgcg acgtcaccgt ccccgcgggc      840

ggcagtgtgg agctgaaggt cgtcatcgcc tttacgacgg aagagatccc ggagtccacc      900

gagcagtacc tccgcttcgc aggcctcgga aaccttgagg ctgtccgtgc gcagaaggcg      960

gaatacaacc tctactgggc ggagaacctg ccctacatcg acgtgccgaa gaaggccgtc     1020

cagaaggcga tcgactatcg ctggtggctg gagcgcttca actcgctcga tgccaacatc     1080

cccggctatg actatcagta ccccgtcacc atcgagggcg tcctcggcta caacaacgcc     1140

atcatcctga cgcagccgat gcacctgcag gatacgaagt ggctccgctc tccgtatctg     1200

gcctatggcc agctgctgtc cgcgggcaac tcctcgcaga gcagcgcctt ccttgataac     1260

cccggaaacc gcaacaactg gaacaaccac tatggtcagt atctggctga ggccggctat     1320

gaggcgttca acgtcatcgg cggcggcgca gaggtcgcgg agaacttcgc gtactacttc     1380

ggccatgacg ccaccggtca gctcgaccac tacggcaatc acatcgaggg ccgcgacctc     1440

atcgcttacc gcaacaacta catgaccggc aacgacgccg ataccatctc catgcatgct     1500

cccggcaccg gcacctggaa ggcacacggc gaaaacgcct acgtctgggc cgctgccgac     1560

gccgccgcga agctctatga gcagctgggc aacaccgagc aggccaagta ttaccgcgat     1620

ctggccgaca agatcaaggc cgacgtcctc gagctcatgt ggtgcgagga gtgcaagaag     1680

ttcgagacct atgccgtccg tccgaccggc acacagcata acgctaacca gcccaacctc     1740

gtcaagtaca ccgagtccaa caactacaac tactttgccg tgggcctcgt ccccgacgat     1800

gccgcttccg tcacgaagta caaggaagcc ctcaaggcct tctccaacgg caaggagttc     1860

ccgatcttcc cgttctacac cgccaaccag gtccacaacc aggaggtcag cggttcgaac     1920

aacttctcga acatcaactt caccgtgcag ctccgtctgt atgagtccgc tctgcgtacc     1980

tatgacaagg agcagaccta catcaccgac gacatgctcg ccatgatggc cgagtggatg     2040

gcatggaacg tctaccccga tgcaggcgac gtccgctatc cgaacaacaa cgagttccac     2100

aacatcgacg gcagaaccta tgagaactac tatcgttcct ggatctacca caacatcctc     2160

ggcaactaca cctacctctt catcgaggac atggccggta tccagccgcg ttccgatgaa     2220

aagatcgagc tgagcccgat cgacttctcc tatgaccact tcatggtcaa caacgcccgc     2280

tatcatggtc atgacctgac ggtcgtgtgg gataagccgg acgacggcaa gacctggtac     2340

aacgagtgcc ccgagggcta ctccctgtac atcgacggca cgctggcctt caccctgaag     2400

gatctggccc atgtcgtcta tgactccgcc acgaaggaaa tctccttccc cgacggcgct     2460

gtcgagatcg tcaccaataa cggcggcgct gccatcccca ccgcgatgaa caccgccatc     2520

accgaggaga aggtcctcaa catgctggag aagtccggcg tgcacggcat gacgaacctc     2580

gccgagggcg cggaggtcac cgccaccttc accccggaca aggcccgcgc cgcgtcctgg     2640

gcagaaaagc accgcgctga cggcagcgac tccacgtcca aggccgtcaa tgagacagct     2700

cccgatccgc aggcagttgt ggacggcacg accgtcgata tgccgttctg gggcaactac     2760

ggcagcgtga acgagcgcga cagcctgacg ctgaagctct cctccaagca gaccgtggac     2820

atggcgacgc tgtacttcta caacgaccgt cagaccaacg gctactccga gccctccaag     2880

ttcgcagtcg agtactggga cggcgaggcc tggcaggccg tccggcagca gacccgtacc     2940

ccgtccgctc cgcgcgcgaa ctacaacgcc gtgtacttcg caccggtcga gacggatcag     3000

ttccgcttca ccttcaccaa caaggacaag ggcttcactg ccgtgaccga gatccagctc     3060

ttcaacgagg gcggcgaccg cgatcatccc gcgcagaaca cggctccgtc cgtcaagctc     3120

gcggaagaca cctccatgac cggtaacctc tacactaccc tgaaggcgac ctgcaccgac     3180

gacggcctgc cctatgacaa ggacatgagc tacgcctggg agcttgtctc cgctccggag     3240

ggcgccgagg ttatcctgag cagcgccaac aagcccacca cgaccatctc cggctccgtg     3300

gaaggcgagt acaccgttcg cttcaccgtc agtgacggcg agctgagcgc gactgccgag     3360

ctgaccgtca ccctgaagaa gggcgctgcg ggcggcctcg gtgaggacgt cgctccggac     3420

gccgcttccg tcgaaagtga ctacacctcc agctgggaga acctgaacgg catcaacaac     3480

ccgagcttcg agccgaccag ctccaacgtg ggcgccggca agggctgggg caactggcct     3540

cagagcgccg gctccgagca ctatgtcggc tatacctggg atgaggccgt gaccgtcggc     3600

ggcgcggaca tctattggta tgacgacggc ggcggaacgc aggtcccgtc caagctgcgc     3660

atgcagtacc tcgatgccaa cggcgcgtgg caggatgtca acatcaccac cccgttcgag     3720

agcagcattg caaagaacaa gtacaaccgc attgaattcg accgcgttac caccacccgc     3780

ctgcgcctgt atgtgaccgt ccgttccggc gcgcaagcaa acggcatcta ccgtttcaag     3840

gtctattcct ccgttgacgt cgcttccctg aacgaggtct tcctcgccac gaagcccggc     3900

gtcatgccca cgctgccctc caacgtcacg gcagtcacct cggacggcgc gctcatcagc     3960

gtccccgtta cctgggagac cctgacggct gacatgatcg ccaccgacgg cgaggtcaag     4020

ctccgcggcg tgaacaactc caccggcaag atgaccacct gcacgatcta tgtccgcagc     4080

gacatggaca aggccaccat cacgagcgtc gagcccgttg aggtcacgac gatgcagggt     4140

atcgtcccgg cgctgccgaa gaccgtgaag gtcggctaca acaacggcgc atttgacaac     4200

cagaccgtca aggtcacctg gcccgccatc acggctgccg agctggccaa tgtcggcgac     4260

gtgaacttcg agggcgaggt cgaaggcacc gccacgaagg ccatgctgac gatccacgtg     4320

ctcaaggccc cggacgaccc cgctgtcgct gcggtcaagg agctcatcga cgccatcggc     4380

gaggtcacgc tcgacagcgg cgacgccatc gacgctgccc gcgccgccta tgacaagctg     4440

cccgaggcca agaaggtgct tgtcgacaac tacgagaagc tgactgcggc agaggaagct     4500

tacaccgccc tggtcgacgc cgctgccgca aaggcagtgg acgacctgat cgatgccctc     4560

ggcgaagtta ctgcagacag cggcgacgcg atcaaggctg cccgcgccgc ctatgacgcc     4620

ctgaccgaca cgcagaagga actggtcaag aactacgaga agctgactgc ggcagaggaa     4680

gcttacaccg ccctggtcga cgccgctgcc gcaaaggctg tggatgacct gatcgacgcc     4740

atcggcgagg tcacgcttga gagcggcgac gcgatcaagg ctgcccgcgc cgcctatgac     4800

gccctgaccg acacgcagaa ggaactggtc aagaactacg agaagctgac tgcggcagag     4860

gaagcttaca ccgccctggt cgacgccgct gccgcaaagg cagtggacga cctgatcgat     4920

gccatcggcg aagttactgc cgacagcggc gacgcgatca aggctgcccg cgccgcctat     4980

gacgccctga ccgacacgca gaaggaactg gtcaagaact atgaaaagct gctcgctgcc     5040

gaggagctgt atgaggaact gacggcatcg gctgcggcaa tcgcccagaa ggccgctgag     5100

gaagccaagc aggcccagga agaggccgag gccgctcaga aggctgccga ggaagccgtt     5160

gaggccgcca aggccgcgca ggaggccgct gaggccgccg ctgcgaaggc tgccgaggac     5220

aacaccgctg ccgaggaggc ccgcaaggct gccgaggctg cgcaggctgc tgccgaggcc     5280

gcacaggcca aggcggaaga agctcagaag aaggccgaag aggccaaggc aggcgctgac     5340

gctgcccaga aggctgccga ggagaacaac gccgctgctg ccgctgaggc tgccaaggct     5400

gtcgccgagg ccgtgaaggc tgcggaagag gcaggccgct ccgcgcagag cgccgcacag     5460

gctgctcaga gcgctgcgca ggctgccgac agcatgctga aggcacagga agcccaggct     5520

gccgccgagg ctgcgcaggc tgctgccgaa gccgccaagg caagagccga agaggctcag     5580

aagaaggccg aggaggccgc tgcttccagc gccgaggaca aggaagctgc cgagcgcgcc     5640

aaggttgagg ccgaggccgc gaagaaggct gccgaggatg cccagaaggc cgcagaggaa     5700

gcaaaggccg ctgccgagct ggcgctcgag gctgcgaaga agtccgaggt cgaggctgct     5760

gcctctgccg ccgaggctgc cgagtatgcc cgccagatgg ccgagaccta tcagaaggtc     5820

gttgagatca aggctgagct catcgattat ctggccgagg cccaggctgc tgccgaaaag     5880

gcagaggccg agcgcaaggc cgccgaggaa gcccgcaagg ctgccgagga agctgcgctt     5940

gccgcttcca agtatgccgc ctccttcgag ctggcacagc tcctgcatga gagcgagacc     6000

ctgaccggcc acgcccgtga ggactatgcc aaggtcatcg aggacgccaa ggccgccatc     6060

gaggctgcca agacgcccga ggaggtcgac gagatccttg cggccgcacg cgaggccctc     6120

aagaccgcag gctgcccgag cacgaacttc accgatgtgg aggagaatgg ctggtatcat     6180

accggcgtcg acttcatggt gaagaacggc ttcatgaacg gcgtcgcgga cgatgcgttc     6240

gacgtcgacg gcaacctgac ccgcgcccag ctcgtgacga tcctctatcg catcgcgggc     6300

gagccggaga gcacggccac gaacccgttt gccgacgtgg cggacggtca gtggtacacg     6360

aacgctgtca tctgggcagc ggagaacggc atcgtcaagg gtgtgaacac cacgacgttc     6420

gccccgaacg accagatcac ccgtgagcag atcgcgacga tcctcttccg ctatgccaag     6480

gcggagaagg tcgagggcaa gctcgccggt ttcccggatg ccgagaaggt ctccgattac     6540

gccgccgacg ccatggcgtg ggcagtggag cagggcctca tcaacggtat ctccgagagc     6600

gacggcaaga cctacctcgc cccgcaggag accgcgaccc gcgcccagat tgccgtcatt     6660

ctgatgcgct atctgactgc ggagaactga                                      6690


<210>  774
<211>  921
<212>  DNA
<213>  Lachnospiraceae

<400>  774
ttgaactggt tctggtttgc actcatcgcg ctcatctgct ggagcggctc cgatctgttt       60

tccaagatcg gctgctgcgg cgaaaaggat aagacggccc atctgaaaat ggtcgtcgcc      120

gtcggcctcg ttatgggcct gcatgcggcc tatatgatcg tgttccatca cgtctccgtc      180

acctgggacg tcgtctggac gtacctgccc gtctccctgc tctatatcct ctccatgacg      240

ctcggctatg tcggcctgcg ctacatcgag ctttccatct cgtctccgat ctgcaacagc      300

tccggtgcgc tcgtcgccgt gctgtgcctg tgcaccggcg cgctgtccga ttataacggc      360

ccgcagaagg cggtcattct gtgcgccgtc ggtctggtgt gcctcggcgt cgtcggcctc      420

ggcgtcgtgg aggcgcgcga ggacgacgat ctgcgccgcc gccgtcagga gcacgcgaac      480

cgcaagtatg ccaagagctg gcttgccatc tgcctgcccg tggcctactg cctgctcgac      540

gccgccggga cgtttgccga cagcctcgtg ctcgagcgcc tgaacgagga ctccgcgaac      600

gtcgcctatg agctgacgtt cctggccgcc ggcatcggct gccttgtcta cctgctggcc      660

cgccgcgaga agttcacgtt caaagcggag ctgcccaagt atgtcggcgc tgcctgcgag      720

accgtcggcc agctgttcta catctatgcg ctggccgatg aggagcacgt tatgatgtct      780

gcaccgatca tctcggccta ctgcgtagcc tccgtgctgt ggagccgcct gttcctgaag      840

gaaaagctct catggaagca ttatcttatg atcgggttcg ttgttgcggg catcgtcatt      900

ctgggcattt acgacattta g                                                921


<210>  775
<211>  1272
<212>  DNA
<213>  Lachnospiraceae

<400>  775
atgaagaaac tcttagcaat gctccttgtt cttgctatga tctcctgcct gttcgtggcc       60

tgtgccaaca acgacagcga gaccgatgca cccaccaccg ctcctacgga tgagtccaag      120

accaacgaga gcacggacaa cagcgatgcg actgagcccg atgacaacaa cggcgacgtc      180

aagatcgcga tgatcaccga ctacggcgac atcaccgacc agtccttcaa ccagaccacc      240

tatgaggctt gccagaagtt tgccggcgac aacggctatg acttcaagta ctacaagccc      300

accgacaact ccactgccgg ccgtgttgct tccaccgagc tggccatcgc tgacggctac      360

aacgtcatcg tgatgccggg ctatgccttc ggcggcacca tcgttgaggt cgctccgcag      420

taccccaatg tgaagttcat cgcgctggac gtcgccaagg gcgatctgct cgaggctgct      480

gttgccaacg ccggtgagac ctacgactac aaccccgaca actggaacct cgctgactac      540

gtcgacctga gcaacgttta ctgcgctgtt tatcaggaag agctcagcgg ctacatggcc      600

ggttacgctg ctgtctgcct cggctacacc aagcttggct tcctcggcgg catggctgtt      660

cctgctgtta tccgcttcgg ctacggcttc gtgcagggcg ttgacgccgc tgctgctgcc      720

aagggtgttg agggcgttga ggtcaactac atctacggcg gccagttcaa cggcgacggc      780

gacatcaccg ctgttatgga cacctggtat tccaacggca ctcagctggt cttcgcttgc      840

ggcggcggca tcttcacctc tgctgctgag gctgctcaga aggtcaacgg caaggtcatc      900

ggcgtcgaca ccgaccagtc cgctgtcatc gacggcggct acggcgaagg catgactgtt      960

acctccgcta tgaagggcct tgctcccacc accatcgaca ctctgaccga tgtcattgtc     1020

aatggcaact gggccaacta cgccggcaag atcgagaccc tgggcctcgt ctctgctgac     1080

gatccttccg cgaactatgt ccagctcccg ctcgagacca cgcagtgggc agacggcaag     1140

ttcaccgttg aggattacac cgctctcgtc gctgatatgt tcaacggcaa ggtgaaggtc     1200

tccaacgaca ccactgtcga gccgaccgtc tccaacatcg ctgtgaacta cctcggcaac     1260

atcaagggct aa                                                         1272


<210>  776
<211>  1074
<212>  DNA
<213>  Lachnospiraceae

<400>  776
atgaacgctg aaatctttgc ggcgctccgc cagctggaaa aggaacgcgg catccccgtg       60

gattacatgg tcgaaaagat cacgcaggcg cttgtcgccg cttataaaaa ggaccgcgac      120

ggctacaccg acaacgtcta cgtcgagctg acggaggacg ccatgcgcat gtatgcgcag      180

aaggaggtcg tcgacgaggt catcaccccc gccaccgagg tcacgctcga cgccgcgcgc      240

aaggtcgacc cgcacgcaca gctcggcgat ctcgtgaacg tggagatcaa gacgcaggcc      300

ttcggccgca tcgccgccca gacggccaag caggtcatca ttcagggcat ccgcgaggcc      360

gagcgcggca tgatcttcga gagcttctcc tcgaaggagc acgagatcct caccggctcg      420

gtgctgcgct tcgagccgaa cggcgacatg accatccgca tcggccaggg cacggacaag      480

accgacgccc tgctgcccgt cggtgagcag gccaagacgg agcatttcgt cgagggcgac      540

atgatccgcg tctatgtcat cgaggtccgc cgcagcagcc gcggcccgca ggtcatggtc      600

tcccgcacgc atccggcgct cgtcaagcgc ctgttcgagc tggaggtccc ggagatcagc      660

tccggcgccg tggagatccg ctccatcgcg cgtgagcccg gctcccgcac gaagattgcc      720

gtccacgcgg ccgaggagaa catcgatccc gtcggtgcct gcgtcggcgc ccgcggcgcg      780

cgcgtcggcg cggtcgtgga ggagctgcag ggcgagaaaa tggacatcgt cgtgtggtcc      840

gaggacatct gccagttcgt ggcctccgcg ctgtccccgg cggacgtcat ctccgtcacg      900

cagctgcagc agggcgcaaa ggcctgccgc gtcatcgtgc cggacgatca gctgtcgctc      960

gccatcggca aggagggcca gaacgcccgc ctcgccgcgc gcctgaccgg ctgcaagatc     1020

gacatcaagc ccgcctcgca ggccgaggcg ctggaagaag cagctgccga ataa           1074


<210>  777
<211>  1494
<212>  DNA
<213>  Lachnospiraceae

<400>  777
atgaaaaaaa tcgctttttt gacggcggac gcaaactatg cgaattattt gcagcgcaac       60

ttgcaaaaca gccggatatc tgctatgata aatcagaatt cgcctgaata tgagaaggag      120

acggtgattt tggcacagat cgacctgacg acgggctcca ttcccaaaac gctgctgcgc      180

tttgcgttcc ccatgatctg cgggaacctg ctgcagcagc tttataatgt agcggacacg      240

ctcatcgtcg gccggtttct tggctcggac gcgctcggcg cggtcggctc gtcctatacg      300

ctcatgacgt tcctgacgtc cattctgctc ggcctgtgca tgggcagcgg cgcgctgttc      360

tccgtctgtt gggggcagcg ggaccttgcc agactccggc ggcagacgca tgcggccttc      420

gtgctcatcg cggtgtgcac cgtcgtgctc aatgcggcgg cctttctgct gctcgatgcg      480

atgaaaacgc tcctgtccgt cccggcggag gtttggccca tgatgcggtc gtatctgttc      540

gtcattttct tcggcatcgg cgggacattt ctttataatt attatgcctc gctcctgcgc      600

gcggtgggca attcgctcgt cccgctcctc ttccttgcgg cggcagccgt gctcaacatt      660

gcgctcgacc tcgtgttcgt gctcgtgtgc cggtggggcg tggagggcgc tgcggccgcg      720

acggtgctgg cgcagtggct ctccggcatc ggcactgcgg tctataccct cgtgcgctgc      780

ccggagctgc gcgcccgccg ggaggagcgg cgcatcaccg gcagcatgct gcgggagctt      840

ctgagcgcct cggtgctgac gtgcctgcag cagtccgtga tgaacctcgg catcctcatg      900

gtgcaggggc gcatcaacag cttcggcccc gtgatcatgg cggcgttcgc agccgccgtg      960

aagatcgact cgtttgccta tatgccgctg caggacttcg gcaatgcgtt ctccacgttc     1020

attgcacaga actacggcgc gcagcagccg gagcgcatcc gccgcggcat ccgcacggcc     1080

gtgatcctgt cgtcggtctt tgccgtgtgc gtctcggcct gcgtcgtgct gcttgctgcg     1140

ccgctgctgg ggctgttcct gcagccgggc gagacggaga tcctgcaggc cggcgtgacc     1200

tacctgcgca tcgcgggcgc gttctatgtg ggcatcggcg ggctgttcct gctctatggc     1260

ctgtaccgcg ccgtcggcag gccgggtatg tcgcttgtgc tgacggtcat ctcgctcggc     1320

acgcgcgtgg cgctggccta cgcgctttcg gccgtcccgg ccatcggcgt cgtgggcatc     1380

tggtggtcca tccccatcgg ctgggcgctt gcggatctca cgggcgtgct cgtctggcgg     1440

cgcgccgggc gaaagttgac agaaaattca caccccggcg cgaaaatgcg ttga           1494


<210>  778
<211>  2538
<212>  DNA
<213>  Lachnospiraceae

<400>  778
atggaacaat atcaagtgac cggaatgagc tgcgcggcct gcagtgcccg cgtggaaaag       60

gccgtctcca gggtgccggg cgtgacgtcg tgcagtgtga gcctgctgac gaactccatg      120

gccgttgagg gaacggcaga cgaggccgcg attgtcgccg ctgtaacgga ggcgggctat      180

ggcgcaaagc gcaagggcgc ggagccgtcg gccgcccggc cgtccgaggc gctcgaggcg      240

ctggaggacc gtgaaacgcc gaagctgaag cgccgcctta tcgcgtcggt cggctttttg      300

gtcgtgctga tgtacctctc catgggccac atgatgtggg gctggccgct gccgggcttc      360

ctggcgggca accatgtcgc catgggtctt accgagatgc tgctgacgat catcatcatg      420

gtcatcaacc agcgcttctt cctcagcggc ttccgcagcc tgctgcaccg cgcgccgaat      480

atggatacgc ttgtggccct cggttccgcc gctgccttcg gctacagcac ctatgcgctg      540

tttgccatga cggccgcgca gctgcacggc gatgccgagc tggtcatgca ctatatggac      600

gaattctatt ttgagtccgc cgccatgatc ctcacgctca tcaccgtcgg caaaatgctc      660

gaggcccgct caaagggcaa gacgaccgat gcgctcaaga gcctgatgaa gcttgccccg      720

aagacggcga cggtcgtccg ctccggtaag gagaccgtcg tgcccatcga gcaggtgcgc      780

accggcgaca tttttgtcgt ccgccccggt gagaccatcc ctgtggacgg tgtcgtcgag      840

gagggcagca gcgccgtgaa cgaggccacg ctgaccggcg agagcatccc tgtggataag      900

gctgcgggcg acgccgtctc tgctgccacg ctgaaccagt ccggcttcct gcgctgccgc      960

gcctcgcgcg tcggcgagga tacgacgctc tcgcagatca tccgcatggt cagcgacgca     1020

gccgcaacaa aggcccccat tgcgaaggtg gccgaccgcg tctccggtgt gttcgtcccg     1080

gccgtcatca gtattgcgct tgtcacgttt gttatctgga tgcttgccgg ccagaccgtg     1140

ggctatgcgc tggcgcgcgc catttccgtg ctcgtcatca gctgcccgtg cgccctcggc     1200

cttgccacgc cggtggccat catggtcggc aacggcgttg gcgcaagaca cggcatcctg     1260

ttcaagacgg ccgcttcgct ggaatcggcc gggcgcgtcg agatcgtcgc gctggataag     1320

accggcacca tcacacaggg cgagccggag gtcacggacc tgctgcctgc gctgggcgtg     1380

acggaggacg agctgctgcg gctggccaat gcgctcgaac agcgcagcga gcatccgctg     1440

gcccgtgccg tggtgcgccg cgcggccgga atggacgcgc cggaggttac gaatttccgc     1500

gcgctgcccg gcaacggcct gacggccgag ctggatgggc agaagcttgc gggcggcagc     1560

cttgcctttg cgcagagcct tgtcagcatt ccgcaggaga tgcaggaccg cgccgtccgg     1620

ctggcggagc agggcaagac gccgctgttc ttctgccgca gcggcaagct gctcggtgtg     1680

atcgctgtgg cggacgtcat caagccggac agcccgcagg ccgtccggga gctgcagggc     1740

atgggcatcc gcgtcgtcat gctgacgggc gataacgagc gcacggcaaa ggccatcggc     1800

gcgcaggccg gtgtggacga ggtcatcgcg ggcgtcctgc cggacggcaa ggaggccgtg     1860

atccgccgcc tgaaggagca gggcaaggtc gccatggtcg gcgacggcat caacgacgcc     1920

cccgccctga cgcgcgcgga caccggcatc gccatcggcg caggcacgga cgtcgccatc     1980

gacgcggcgg acgttgtgct catgaagagc cgcctgctcg acgtcccggc tgccatccgc     2040

ctgagccgcg ccacgctgcg caatatccac gagaacctgt tctgggcatt tttctacaac     2100

gtcatcggca tcccgcttgc tgccggtgca tggatccacc tgctcggctg ggagatgaac     2160

ccgatgttcg gcgcggcggc gatgagcctt tcgagcttct gcgtcgtgac gaacgccctg     2220

cgcctgaacc tgttccgcat ccgcagcacg aagcacgacc acaagcggaa gaaccatgca     2280

aagcagaccg ttgcaaaaac ggctgaagat cataaggaaa acaaggagga aacatccatg     2340

gaaaagacga tgaagatcga aggtatgatg tgcggtcact gcgaggcccg cgtgaagaag     2400

tgcctcgagg ccctgccggg cgtggaaaag gccgaggtca gccatgtcag cggcacggcc     2460

gtcctgacgc tgtccgcacc ggtcgacgac gcgctcctga agaagaccgt cgaggatcag     2520

ggctatcagg tcatctga                                                   2538


<210>  779
<211>  1071
<212>  DNA
<213>  Lachnospiraceae

<400>  779
gtgaagcctg agaagatctt gatcgcgatg agcggcggcg tggattccag cgtcgccgcc       60

ctcctgctat ctgaggcagg ctgcgaatgt gtcggcgcaa cgatgcggct gttccacaat      120

gaggacgccg gggtgtcgcg cgaaaagagc tgctgctcgc tcgaagacgt cgaggatgcg      180

cgcagcgtgg cctatcagct cggtatgccg ttctatgtgt tcaatttcac ggacggcttc      240

ggcgagcagg tgatggaccg ctttgtggat gcctatgagc gcggtgcgac gccgaacccc      300

tgcatcgact gcaaccgcta catgaagttc gccaagcttg tcgaacgggc ggagctgctc      360

ggctgtgatg ccgtcgccac ggggcactat gcccgcatcg agcaggaaaa cggccgctgg      420

ctcctgaaaa aggccgtgga cgacagcaag gaccagagct atgtgctgta tttcctgaat      480

cagcaccagc tggcgcatct gcgcttcccg ctcggcacgc tgcacaagac cgaggcgcgt      540

gagattgccg agaagcatgg ccttgtaaac gccagaaagc gcgacagtca ggatatctgc      600

ttcgtaccgg acggagacta tgcccgcgtc attgagctgc gcaccggcca aaaggcgaag      660

cccggcccat tcgtggaccg tgagggccat gtgctgggcg agcacgcagg catcatccac      720

tatacgatcg gccagcgcaa gggactgggc ctcggcatcg agcatccgta ctatgtctgt      780

gagaagcgcc cggaggacaa caccgtcgtg ctcggcccga atgaggccct gttcaccacg      840

gagctggatg cgggcgattt caactggatc gcttatgata cgccgcccgc cgagctgcac      900

gtcaaggcaa aaatccgcta ccgtcagcag gaacagcccg cgaccgtcac gcagaacgcg      960

gacggcacgg tacacgtctc gtttgacgag ccgcagcgcg ccattgcacg cgggcaggcc     1020

gttgtgctgt atgacggcga taccgtcgtt ggcggcggaa cgatcctctg a              1071


<210>  780
<211>  1713
<212>  DNA
<213>  Lachnospiraceae

<400>  780
atgacgcgga aaagacgcgg cctgagcatg acatccattt tggtgctggc gctcgtcggt       60

accatcacgg ccatcgtgct gggagccatg gccgtgttcc tgcagaccta tcagcgctcg      120

ctcatccgga gcgtgcagac ctctgcgcgc cagtccgtcg cccaggtagg caagacggtc      180

gaggactatc tggacgatgt caacagcctc atggagctgc tcgagcgaaa gctcgaggat      240

ccgcggcagg accgggacga cttctttgcc gccttcctgc agatccggcc ggacgttgtg      300

gccgttacga cctatgacgc ggcgggcggg cttgtggact gccggtcgcg cggggcaaag      360

cgcacggaga tctatcagaa tctttcgttt gatcccgata aaatggacga ctatgccggc      420

ggctatgtct ccacgcctca tgtggcctcg atctttcagg gctattatcc gtgggtcgtc      480

acgctcgttg cgccgctcga tgcgccgggc cgcgaggaat ggatcgcgct ggacatcagc      540

ttcagcagca tttccgccta cctgaacgac gtcggcatcg gccagcacgg ctactgcttc      600

ctgatggacc agagcggcaa catcatctat cacccgcagc agcagctcat ctattccgac      660

ctcaagcggg agaacacgtc gctcatcgcg ggcctgccgg acggcagcaa cgagagcggc      720

agcatgatct atacgctcac ctcgctggaa aacagccatt ggcgcgttgt cggcgtgagc      780

ttcgtcgagg agctcatcac cgagagcgtg caggaggtca gccgcattct ggccgcctcc      840

ggtatcggta tcctgctggc cgccgtcatc atcagcttcg tgctgttccg cacgctttcc      900

cgccccatgc acggcctgac ggcagccatg cgtcagttcg agcaggatgc ggacaatttc      960

acctatgttc cggtcggcgg tgcgcgcgag gtgcgcgtgc tgtcggattc gttcgggcag     1020

atggtcgtgc agatccagcg cctcatggag caggtgcgtg ccgaggaggt caacctgcgc     1080

aagacggagc tgcgcgccct gcaggcgcag atcaacccgc actttctcta taatacgctc     1140

gactccattg cgtggatgtg tgagcagggg agaaatgccg aggccgtcga gatggtcaat     1200

gcgctggcgc ggctgttccg catcagcatc agccgcggcc acgagcttat ccccatccgc     1260

agcgagctgc agcatgccga gagctatctg cagatccagt cccaccgcta taagaatcag     1320

ttttcctatt ccttcgacgt gcaggaggag tgcctggact acctgtgcaa caagatcacg     1380

ctgcagccca tcatcgaaaa cgcgatctac cacggcatca acggccttgt ggatgagggg     1440

gagatccgca tctcgtgccg cgcggacggg gacgacatcc tgtttaccgt cgaggacaac     1500

ggcaccggca tggagccgga gcaggtgcag gccatcctgc gcaaggagcg cagcgaccac     1560

accggcatcg ggatcaagaa cgtcaacgat cgtctgaaga tctatttcgg accggcctat     1620

ggcattacca tcgacagcgt gcccgacgag ggaacgcgcg tatatatccg catgccgaag     1680

gtgcgggagg aggcagagta tgaaaaacgc taa                                  1713


<210>  781
<211>  1599
<212>  DNA
<213>  Lachnospiraceae

<400>  781
atgtcaacct tacaagaaga gatcagccgc cgccggacgt ttgcgatcat ctcgcacccg       60

gacgccggta aaaccacgct gacggaaaaa ttcctgctct acggcggggc catcgcgcag      120

gcgggcgcgg tcaagggcaa gaaaaacgcc cgcgctgccg tctcggactg gatggagatc      180

gaaaagcagc gcggcatttc cgtcacctcc tccgtcatgc agttccagta cgagggcttc      240

tgcatcaaca tcctcgatac gccgggccat caggacttct cggaggacac ctaccgcaca      300

ctcatggcgg cggactccgc cgttatggtc atcgacggca gcaagggcgt tgaggcgcag      360

acgcgcaagc tgttcaaggt ctgcgctatg cgccatatcc cgatcttcac gtttgtcaac      420

aagatggacc gcgaggccaa ggacccgttc gacctgctcg acgagctgga aaacgagctt      480

ggcatcgaaa cctatgccgt gaactggccc atcggctgcg gcaaggagtt ccagggcgtc      540

tataaccgcc gcgggcagca catcgacttc ttctccggcg tgtccggcaa gcgccgcgcc      600

gaccgcgagg aggtcctgct cgacgatccg cgtgtcggcg agctcatcgg cgcggaccgc      660

tggcagcagc tgcgcgacga tgtcgagctg ctcggtgcag gccgcgagtt cgacatggac      720

gaggtccgcc gcggccggct cagcccggtg ttcttcggct cggccctgac gaacttcggc      780

gtggagccgt tcctcgaggc cttcctgcag atgacgccgc cgcccctgtc gcgcacggcc      840

gactgcggcg tgatcgacgc cttcagcccg gatttctccg ccttcgtctt caagattcag      900

gcaaatatga acaaggccca ccgcgaccgc ctcgccttcc tgcgcatctg ctccggcaag      960

tacgagcgcg aggccgaggt gttccatgtg cagggcggcc gcaagctgcg cctgtcgcag     1020

ccccagcagc tcatggcgca ggagcgcgag atcatcgacg aggcctacgc cggggatatc     1080

atcggcgtgt tcgatcccgg catcttctcc atcggcgaca ccatcaccac gccgggcaaa     1140

aagttccgct ttgcgggcat cccgacgttc ccgccggagc atttctcccg cgtcagcccg     1200

aaggacacca tgaagcgcaa gcagttcgtc aagggcacgg agcagatcgc ccaggagggc     1260

gccatccaga tcttcaaggt gccggacacc ggcatggagg aggtcatcgt cggcgtcgtc     1320

ggcacgctgc agttcgacgt gttccgctac cgtatgcaca gcgagtacgg cgtggagctg     1380

cgcatggagg gcctgcccta tgaggtcctg cgctatatcc gcaagagccc cgtcgaggag     1440

aaggagctga acctctcgtc cgacgttgag ctgctcgagg actaccgcgg ccataagctg     1500

ctcgtcttct ccagcccgtg ggccatcgac ttcaccctcc gccgcaaccc cggtctcgag     1560

ctggtcgaga ccctgcagga gctggatgcg gcggagtaa                            1599


<210>  782
<211>  768
<212>  DNA
<213>  Lachnospiraceae

<400>  782
atgaactatc aggatcaggt ggtcgtgctg accggcgcaa gcggcggcat cggctctgcg       60

atggcaaaga aatttacaga cctcggcgcg aaggtcgcgc tgctggatat tacggttgac      120

cgcgtacagg ctctggccga caagctcggc ctcggcaggg accgcgcctt ctgcgcggcg      180

gtcgatgttt ccaatgaaga atccgtcaag gcgacggtcg acgcgatcgt aaagcacttc      240

ggccggatcg acgttctggt caatgccgcc gggatccccg gcccgagcgc ccgcgtggag      300

gattactcct tctccgatgc aaagaaggtg ctcagcgtca atctgttcgg taccttcctg      360

atgatgcata ccgttctgcc cgtcatgcag gcgcagaagc acggcgcgat cctgaacttc      420

ggttccgtgt ccggtgtcgt cggctatccg tttgaaagcg cctacggcgc gagcaaggcg      480

gccatcatcc atctgacgaa gaacgccgcc agcgagaacg gcggcaacgg tgtgcgcatc      540

aatgcgatct cgccgggctg ggtcaagacg aacatgatgg cgaccattct ggacagctat      600

aagaacgtcg gcttcgacaa cgccgacgag aatgttacgc ttgggccgat gggccgtccg      660

ggcacgccgg aggagatcgc aaatgtcgcg gccttcctct gctccgagga agcttcctat      720

gccaacggct cgaacttcct tgttgacggc ggcatgacgc tgggctga                   768


<210>  783
<211>  2040
<212>  DNA
<213>  Lachnospiraceae

<400>  783
atgaagtatt gtcataactg cggcgcgccg cttgtcgatg acgtgcgctt ctgcaccgcc       60

tgcggcagcc cgctcgaccc gccggaaacg gaaccggcga tgcccgagcc ggccgtaatg      120

cccgaaatgc cggagcctgc gccggaaatg ccggtcatgc ccggagaggc cctgccgccg      180

gagccgccga aaaagcgcaa aaagcggatc tggctctgga tcctgctccc ggtcgttgtg      240

ctggcgctgg ccgccggagc gctgtattac ttcctcgtgt ggaatgcgcc cgaggcccgc      300

gtgcagcgcg cgtggcagaa gacggccgcg gcgctcgaga cggaggtcgg ccgcccggag      360

aagctgatgg cctttgccga gacgctgcgg ggcccgctga gtgagcagcg cgcgctgacg      420

gccacgctcg cgtttgaatc caacggcgaa acgctcgcgg ccgagctcta ttcgcagcgc      480

gacaatgcga cgcgccgcct cggcggcacg gctgagctga ccgtgccgtg gggggaagga      540

acgctgccca tttcgttcta tggcgatgcg gaggagctgc agctcacgct gcccggcatc      600

acggacgagg tctacagcat cccggcgcac ggcattgccg aggcctatgc cgattccgcc      660

ctcggcgaaa tgctgggtga gctcgactcg ctggaggacc ttgatctgtt cccggaggag      720

accgccagag acccggctct gtctgctgat ctgcaggata agctccgaac cttcggcgac      780

agcctgaagg tcacgaaggc cgggacgtcc gtcctgacgc tggacgggcg cagcgtgccg      840

gtcacgaatt acgacatcga cttcagcaaa aagcagctca cgcgcctgtg cagagccttc      900

tgcgatgcct atgagatcga tttcaccgtc aatatgggcg tgaagatgag cacagatacc      960

gtgatcggcg agctgatcga cagcgtgcgc acgccgctgc acgtctcggt ggacggcgac     1020

ggcatggtcc gcgcgtggga gatgacgacc cgcgaatccg ggacggatac cacggtccgc     1080

atcctgctcg ccggagagga gaacccgtgg aaccgcatcg aggtctggac ggccgaggac     1140

gatgcggagc cggaggtcct gtttgtttgc ggcctttccg ggctggacgg cgtgctgacg     1200

cttgccgtcg gcgatgagac cggcagctat ggcctgcagc tcgtgctgga tgacgcggcg     1260

cagagcctga cggcccgcct gtcgacgggc tttggtgcag agaagctcga cctgctcacg     1320

atgaactacg gcacggagga cggcggcgcg cagcttggcg tgacgctgga cctgccggac     1380

cagcttgacg caaaggcgac gcttgacctt cactggacag cgctcgagac gcagcccgag     1440

gccctttcgg acagccccgt cggcctgttc gacctctccg aggacgagct gacggcgctg     1500

gagaagagca tcggcgcaca gatcgcgcgg cttctctacg gcggcgacat gacggcgggc     1560

gagacggatg cggtacttac cgggacctgg aaaatgcagg tcgatctgac gccggatctg     1620

ctcgatgcgc tcaacgatgc gctcggtctg gatctgcaga tggatgatcc cacggtgatg     1680

acgatgctcg tcacgttcga ggaggacggc agttatcaca tggactatga cgcaaaggcg     1740

ctccgggaag agctcaatgc gctggaggac gcgctgtgtg agaagtatcc cgttcaggag     1800

gcgatgctga aacaggcttt tgccggtttg cagctcgatg tggacggctc atccgggacc     1860

tatacggcct cgaacggcat cctctacctg acgcagagcg gggaggactg ggaggatatc     1920

ctctactatt ccgtggagga caacaagctc tatctgacgc cgccgcagga cgaggaaagc     1980

ggcgactggg gcggaatgtt cggctcggaa tacccgatgg tgttcgagcg cgtggactga     2040


<210>  784
<211>  5559
<212>  DNA
<213>  Lachnospiraceae

<400>  784
atgaagcact ggaatctgaa acgggtcctt tcgctgctgc tggtcgtgtg catggtcacc       60

ggcctgctgt ccggcgtctc cgccatggcg gaggatcaga ccgcgaatta tcatgagatc      120

tccaccgacg gcctgaagct tgcaacggaa gacaatgccg ctgcggacga gaccgaaacg      180

gaagaggctc cctatgccga caccgatgtc gtgcgtgtgt tcgtcgtgct ggaggacaag      240

cccgtcctgc agcagggcta cgctacccgc ggcatcgccg gcaatgctgc cgccatggca      300

gtgtccaagg cgctcgaagc caagcaggcg gcgctggccg cagagatctc tgcgaacgtg      360

ctgtccggcg agacgctgaa cgttcactgg aatctgacgc tggccgccaa cgccatgtcc      420

gttgacctgc cctatggcaa gatggacgag gtcgaagcgc tgaagggcgt taagagcgtc      480

atgctcgttc cgcagtacag catcgatccg cgcgagcagg ccgatctcaa caccatttcc      540

tctggcaata tgatcggcag ctacaacgcc tggctcgagg gctataccgg tgcgggcagc      600

cgcatcgcca ttgtcgatac cggcctggat tcagaccatc cgtcgttcaa cagcgctgcg      660

ttcgattaca gcctgctggt tacctcgacg aagaacggca aacagatcgc ggattacaat      720

ctgctgaccg ccgcgaagat caacgaggtc ctgccgcagc tgcatgccgc agagcgctat      780

gagggcctga ccggcaatgc tctgtatgtc agcagcaaga tcgccttcgg cttcaactat      840

attgacgcca atctcgacat cacgcatgac aacgatcagc agggcgacca cggcacgcac      900

gttgccggta tcgccacggc caaccgctat gtggaaaatg cggacggcac ctacacctac      960

gctgacaacg gcgtcgtcgg cgttgcgccc gatgcgcagg tcgtcgttat gaaggtgttc     1020

ggcaagaacg gcggcgccta tgccgatgac tacatcgccg ccatcgagga tgccatcgtt     1080

ctggactgcg acagcgtcaa cctgtccctt ggctccgcgg cggtcggctt cacgaccccc     1140

ggcgaggcgt acttcgacaa tgtcatggat tctctggacg agacggatac cgtcgtttgc     1200

atgtctgccg gtaactccgg caactgggca gaggactccg tcaacggcct gctgtttgcc     1260

gaggattcca acaccggccg cgtcggctcc cccggcgcct atgagaattc tctggccgtc     1320

gccagtgccg acaacatcgc caacaccgca gagtatttta cggtcaacgg cgcgaactac     1380

acctacgctg acggcgcagg caagacgttc accggcggcg cgacctgcaa gagcgcagcc     1440

tttacgacgc tcgacaagtc cgaggacaag agcggcacgg aatatgactt cgtgttcatc     1500

ggcgatccga ccgacccgga cgacaccgca aagtacggcg gcgagaagtc cgactttgcg     1560

aacacggccg gtaagatcgt ccttgtctcc cgcggcaacg gcgttgcctt caccgataag     1620

cagatcaatg cggatgccgc gaaggctgcc gccattatcg tctataacaa tgttgacggc     1680

ttcgatgcca tctatgcggc ctgcacgaag aagctcccgt tcatcacgat ccgtctggac     1740

cagatgaagg cgatcctcgc ctcggccacg caggacgaaa acggcgtctg gggcggcaag     1800

ctgaccgtcc acggcagcgg cgtctacacc gacatgaacg ccaccggcgg cgttatcacc     1860

atgagctcct tcagctcctg gggcgtaccc ggcgatctgt ctctgaagcc cgagatcacc     1920

gcccccggcg gcaacatcta ttccacgcgc acggacggca cctacggtct gatgagcggc     1980

acgtccatgg cgtctccgtc tgcagccggt caggcagccg ttgtcgcgca gtacatccgt     2040

gagaacggcc ttgcggaaaa ggccggcctg acggtccgcg ctctggcgca gagcctgatg     2100

atgggcacgg ccgttcccat catggacccg gattccgacg tggagtactc cccgagaaga     2160

cagggctccg gccttggcaa cgtggagaac gccgtgaaca gccccgccta tgtgaccatt     2220

gacggcaatg acgacggcaa ggtcaaggtg gagttcggcg acgatcccgc ccgcaccggt     2280

acctacagct tctcgttcca tgtcaacaac ctgacggaca agtccgtctc ctacaggctc     2340

agcgccagtg tgcttgcgcc ggaaacagtc acggatgaag agtccggcac gaagttcatc     2400

gccatgaacg atgttgcagt cggcgcaaat gcggtcttca cgaccgatgc ggcgggctac     2460

gacctcaacg gagacggcaa gctcgacgac ggcgacgtca tggcgatcct gaaccatgcc     2520

gccggactgg agctgcttgc agacgcttct ctggccgacc tgaacggcga cggcactgcc     2580

gacgaggtcg atgcgcagat ccttaacgac attctcgagg gcggctccta tgagggcaag     2640

acgcttgaga gcctgcagag caacgacgtc gtgaccgtcc cggccaacgg cagtgtgcag     2700

gtcaaggcaa ccctgagcct gaacgaggaa ggcaagcagt atatggagga gaacttctcc     2760

aatggcaact acctcgaggg ttatgtctac ctgaatgccg agaccgatgc cgagggcaag     2820

cttggcgtca gccagtccat cccgttcctg gctttctggg gcaactggac ggattcctcc     2880

atgttcgata ccagcgtcta tgccgaggat cgcttcaacg agatgccgca caagtacctg     2940

aatatcgcgc gggagaacta ctacaatgtg aagaaggcgg gcagcggcaa taccttcaac     3000

ctcggtgtga acctctacgc caacgatgat gcgtttattg ctgaccgcac ggctgtccgc     3060

gcgggcgata cgctcatgac cataaactac aacctgatcc gcaatgcgca ggatgtcagc     3120

tacgtcatcc gcaatgcaga gaccggcgag gtttatttca gcaaggacta cggcaagcag     3180

tccggcgcct tctactatac gaacggcggc tactggtcca acaccgttac gacgaagggc     3240

atcagctgga ggtttacgga caacgagggc aatgcgctcc cgaacaacac gaagctcgag     3300

ctcgtcctga ctgccgtacc ggagtactac accgccgacg agaacggcaa ttataccggc     3360

ctcggcaagg gtgcagcgtg ggagacgctc gttaccgtcg ataacgaggc accggctgtt     3420

acccagatgt tcttctccag cgatcctgcg ggccgcaagc tcatcaacat cgcggcgcag     3480

gataaccagt acatctctgc catccagttc ctcacgacgg acggcaagct tatcggaacg     3540

ctctctccga accagcagac ggcaaacgag gcactgagcc tttcggtcaa cgttgcttcc     3600

atgaagcagg acaaggtcgt tgttgcggtc gtggactatg cgggcaacgc aagagcctat     3660

gagctcgagc ttggcctcgg cggcgacgac ggcggcgaag agcccgcagt ggagctcaat     3720

ggcttcttcg ccttcaactc gacgaacaac acctgggcgc gctttgagcc ggatacggcc     3780

aagaccccgg agactgcagc agaggccgat gtccagttcg cttctgcgga gtatgtcaac     3840

ggctacaccg tggcctgcac gacggatggc tatctgtacg ttatgcagca cggcaagttc     3900

gagccgacgc ccgtgtgtta cctgaacgcc attctgatcg acatggctta taacaaggcc     3960

gacggcaagc tgtacgcctt ggcggtcctc aatgacgaga acggcgagcc gcagtacggc     4020

aagctcgtca ccgtcgacat gtttaccggc gagctgaccg aggtcggctc gatcacgagc     4080

gacatgatgc cctcgtcccg cgacggcgag gtgccgcagg tgctggccat cagcgacgac     4140

ggtacgttct atgtcatcaa cgcctccacg cgcaacacct acctctacag cttccgcctg     4200

actgaggacg gcaagatcgg cgagctgacg aatatcggca agaccggctt caaggcaaac     4260

tatctgcagt ccatggcctt tgaccactct accggcgagc tctactgggc acagttcgtg     4320

cgagcctcca gctgggcacg tccgacctac aagctcgtga agctggacct cacgaccggt     4380

gccggcacgg cactctccga tctgcccggc gaaatgaccg gcctgtatat cgttcgcggt     4440

cagggcggct ccaccggcaa gaccgacaag cctgagaagg tccagctcac cacgacgagc     4500

gccacgctct acagcggcaa caagaccgcc ctcgaggcct tcgtgacccc gtggaacctg     4560

accgaccgct ccatcgtctg gtcctcctcc gatgagaaga tcgccaccgt caatgcaaac     4620

ggcgttgtca ctgcagtcag cgagggcacg gcagtcatca ccgccgcctc taagctcgac     4680

ggcaccgtca aggccgagtg caccatcacg gtcctgcaga acaacacgac gctgaccggc     4740

atcgttcaca atgcagacgg ccagagcttt gttgccgaca tcgatgtcga ctctgcaaac     4800

tacaagtacc tcaccggtgc actggagcag gattactatt ccgtcgttca gacgggcgat     4860

atgctgctgg cctccggcga cggcaacctt tacagccttg atgccgaaaa cggctacgca     4920

gccaaggagc tgtgctacac cggcgacctg tttatgtccg atatggccta cagcccgaac     4980

cttgacctca cgctcggcac ctatggttac tacctgatgc tcgtcgatcc gaccaccgag     5040

aacggctacc gcggcctatg gaatctgcag ggtgcgttca ctgccattgc gggcattgcc     5100

tatgcgggcc atgacagcac ctacaactac ttctatatgc tgtctgcctc cggcacgatc     5160

cacctcatcg gcatcgctcc gaacggtgac ggctacacgc tgagcctcct gcacaccatc     5220

gtaacggaca agtcccttgc tattacgggc cagcatatgt atcagtccct gtactatgat     5280

atggagaccg gctggatcta ctgggcacgc ttcaacggcg aggactcctc cagcatcatc     5340

gcgatcaacg aggagaccga ggaggccgtc ctccgcggca cgttcgacga ggctgcatgg     5400

cccgttgtcg gcctgttcgc ttccaagagc ggcgcgatgg atctcgaccg caccggcgat     5460

ttcaacttca gcgagacctg cacgctggcc cagaccgagc tgagcagtca ggacgccgtg     5520

gcgctccccg ccgggagcct ccccacgctg gagcattaa                            5559


<210>  785
<211>  1371
<212>  DNA
<213>  Lachnospiraceae

<400>  785
atgaaaaagc tgctgaaagg cggcgtgatc gtcggcgctt ccggctgccg gaaagccgat       60

ctgctcatcg acggcgaacg catcgaggcc gtcggcgagg cactttcctg cccggaggcc      120

gaggagatcg acgtcagcgg caagctgctg ttccccggct ttctcgacgc gcacacacac      180

ttcgaccttg aggtctgcaa caccgtcaca gcggacgact tctacaccgg cggccgctcc      240

gccctgcgcg gcggcacgac gaccgtcatc gactttgcct gcccgaacaa gggcgaaacg      300

ctccacaccg gccttgcccg ctggcatgag aaggcggacg ggaagaccgg ctgcgactac      360

ggcttccaca tgaccatcga cgactggaac gacggcatcc gcgccgagct gccccagatg      420

ttcgacgagg gcatctcctc cttcaaaatg tacatgacct atcccgcgat gatgatcggc      480

gatgaggcca tgttccacgc cctgcgcgag atgaagcgtc tcggcggcat cgtcggcgtg      540

cactgtgaga acgccggcat gatcgatgcg ctcatcgccg aaaagaaggc ggcaggcgcg      600

ctttctcctg cgtcccaccc gctctgccgc ccggcggagg ccgaggccga ggccgtcggc      660

cgtctgctga agctggcacg cgtggccgat gtgcccgtca tgatcgtcca cctgtccacg      720

gcggcagccc tgcgtgaggt cgaggccgcg cgcggcctcg ggcagaaggt ctttgtggag      780

acctgcccgc actacctgct gctggacgac tcacgctaca gcctgccgga ctttgcaggc      840

gcacgctatg tctgcgcgcc cccgctgcgc aagaagctcg acaacgagcg cctgtggaag      900

gcgctggccg acggcgagat ccagaccgtt tcgacggatc actgcagctt caccctcgcg      960

cagaaggacg ccgggcgcgg cgacttcacg aaaattcccg gcggcatgcc cggcgtggag     1020

acgcgcggca cgctgctgtt cacctacggc gtcgcagcag gccgcatcac ggccgagcgc     1080

atggccgatg tgctggccga aatgcccgcg aagctctacg gtctcttccc ccgcaagggc     1140

gtgctgcagc cgggcgcaga cgcggacatc gtcgtatatg acccgcgcgg cacgagctgc     1200

atcaccgcag ccgatcaggc ggcaaacgtc gactatgccc cttatgaggg cacgcagatc     1260

gcgggccata tcgcagaggt ctacctgcgc ggcacctgcg tcgtccggga gggcaaaatt     1320

ctccacgacc gtaatgggca gtatctgcac cgcggaaaat gtatgctcta a              1371


<210>  786
<211>  732
<212>  DNA
<213>  Lachnospiraceae

<400>  786
atgagcattg cacttgtgac cggcgcgtcg cgcggcatcg gcagagcctg cgcactggcg       60

cttgccaaac gcggctatga tgtcgcggtg aactatgtct cgaacgaggc tgccgcgcag      120

gcggtcgtcg cggagatcga ggcgctcggc gtgcgcagcc tggccgtccg cgccaacacg      180

gccgagctgc cggaggtcaa ggatatgttc cgcaccgtcg tgcgcgaaat gggcggcctc      240

gatgtccttg tgaacaatgc gggcgtcgtg gacgaccgct atctcatgat gctcacggag      300

gattccctga cccgcagcct tgacatcaac atcaagggct atttccactg cgcgcagcag      360

gcggcgctca agatgttcaa gaagaagtcc ggcgtgatcg tcaacatctc ctccgtcagc      420

tctgtgctgg ccattcccgg ccagagcgtc tacagcgcga cgaagggcgc ggtcaatgcg      480

ctcacggcga cgcttgccaa ggagcttgcg ccctacggca tccgcgtcaa cgccgtcgcc      540

cccggcttcg tcgagacgga gatgctcgac catatcccgc aggagcagcg cgagggctat      600

ctcaagtccg tgccgatggg ccgctttgcc aagccggagg aggtcggcga cgccgtctgc      660

accctgtgcg acccgacgct gtcctacctg acgggccaga cgctcatcct cgatggaggg      720

ctgagcctgt ga                                                          732


<210>  787
<211>  1920
<212>  DNA
<213>  Lachnospiraceae

<400>  787
atggcgacga aaccgatgcg cggccctgcc gggcgcgcga tgcacgccac ggaacggccg       60

aagaataccg gcaagaccat gcgccgcacc atggccttca tcctgaagca ctataagtgg      120

cactgccttg ccgtcgtgat ctgcatcgtc ctgacggtgc tggcccagct gaacggcacg      180

ctgttcctgc agaagctcta tgacagctat ctttccccca tgctggagag cggcagcacg      240

gacttcacgc ccctgctgca caagctcatc caggtcggcg cggtctacgc catcggcgtg      300

ctgtgctcgt ggggctatac ccgcctgatg gtcaatgtct cgcagggcac gatgcgcaac      360

ttccgcgaaa agctcttcgg ccatatggag agcctgccca tctcgtattt cgacacgcat      420

tcccacggcg acatcatgtc cgtctacacg aacgatatcg acacgctccg ccagttcatc      480

ggccagagtc tgccgcagct gttttccagc atcatcagca tcgtgagcgt gttcgtcagc      540

atgatcgtgc tcaatgtgcc gctgacgctg ctgacgctcg tcatggtggc cctgatgctg      600

ttcgccacga agaagatcgc cgggaagtca ggcaagttct tcgtccggca gcagcaggac      660

ctcggcaagg tcaacggcta tatcgaggaa atgatgcagg gccagaaggt cgtgaaggtc      720

ttcaaccacg agcaggccgc catcgagcgc ttcaacgagc tcaacgagca gctgcgcgac      780

agctcctgcc gtgctaacag ctatgcaaac gtcctcatgc cggtcaacgc ccagctcggc      840

aacgtcagct atgtactgtg cgtcgtggcg ggcgcggcgc tggcgctgca tggctatgtc      900

ggcctgacgc tcggcacgct cgcggcgttc atgacgctca accgcagctt caaccagccc      960

atcacgcagg tcagccagca gctgaactcc gtcgttatgg ccatggccgg tgcggagcgc     1020

gtgttccggc tgctcgatga gaagtccgag acggatgagg gctatgtgac ccttgtcaac     1080

gcggtcgagc atccggacgg cacgctgacc gagagcgaga agcgcaccgg cgtgtgggcg     1140

tggaagcatc cgcatcaggc ggacggcacc gtgacctata cgaagctcgc gggcgacgtg     1200

gtgttccacg atgtggactt cggctatacg ccggagaaga tcgttctgca caacatcgat     1260

ctctatgcga cgccgggcca gaagatcgcc tttgtcggct cgacgggcgc aggcaagacg     1320

acgatcacga acctcatcaa ccgcttctat gacatcgcgg acggcaagat ccgctatgac     1380

ggcatcaata tcaacaaaat tcgcaaggac gacctgcgcc gcagcctcgg catggtcctg     1440

caggatacgc acctgttcac cggcacggtc atggagaaca tccgctacgg ccgtctggac     1500

gctacggacg aggaatgcat cgctgcggcg aagctggcca atgcggacgg ctttatcgag     1560

cgcctgccga atggctatga caccatgctg acgagcgacg gcgcgaacct cagtcagggc     1620

cagcgccagc tgcttgccat tgcacgcgcc gccgtggcag acccgccagt gctgatcctt     1680

gacgaggcga cgtcctccat cgacacgcgc acggaggcgc tcgtgcaggc cggtatggac     1740

ggcctgatga agggccgcac gacgttcgtc atcgcccacc ggctttcgac ggtgcgcaac     1800

gcggactgca tcatggtcct tgagcagggc cgcatcatcg agcgcggcac gcacgacgac     1860

ctcattgccc agaagggccg ctattaccag ctctataccg gcaaaaagcc ggagaaataa     1920


<210>  788
<211>  1734
<212>  DNA
<213>  Lachnospiraceae

<400>  788
atggccaata ccaacgaaac ctacgccgcc cggatccagc ggaagctgat gaaaaagcaa       60

tatctggtcg aagtcgccac gggccgccgg aaggcagatc ttgtgctgaa gaatgcctct      120

tacgtcaatg tgttttccaa tgagctttgc catggggata ttgccgtggc caagggacag      180

atcgtcggca tgggcgacta tgccggtgag gtggagtatg atgtcagcgg caagatcgtt      240

tgccccggct tcatcgacgc ccacatccat ctggaatcct cgctcgtttc gccccgcgag      300

tttgttcgcg ctgttttgcc gcacgggacc acgacggtca tcaccgatcc gcatgagatc      360

acgaacgtca tgggcaccga cggcattgat tatatgctgc aggccacgga gggcctgccc      420

atcgatgtgc gcttcatgct gccgagctgc gtgcccgcca cgccgctgga cgagtccggc      480

gcgaacctcg attaccgcgc catcgactca ttctatgacc acgcccgcgt gcagggcctt      540

gccgagatga tgaactatgt cggtgtcgtc ggcggcgaca aggaggtcat cgccaagatc      600

gttgcggcgc aggcgcacca caagaagatc gacggccatg cgcccggcct gtccggtaag      660

gatctggctg cctatatcgc ggcgggcgtc tattccgacc acgagtgctc cgatatggac      720

gacgccatgg cgaagctgcg caacggccag ttcatcatga tccgcgacgg cacggctgcc      780

cacaacctcg aggcactcgt cgatctgctc agacagccgt attacgaccg ctgcatgttc      840

tgcacggacg acaagcaccc gagcgacctg ctggaaaagg gccatatcga ctatctcatc      900

cgcaaggcca tccactacgg catcgatccc atcgtcgccg tgaagacggc ctgccacaac      960

cccgcccgct atttcgccct gaataaccgc ggcgccattg caccgggcta tctggccgat     1020

tttgcgatca tcgacaattt cgacgatttc aatgtggaga tggtgttccg caagggcgtt     1080

ctgacgtgca gcaacggcaa ggtgcacgac tttgaagcgc cgcgcatcga ggattacctt     1140

gtcgagcgcg cgcacgacac gttccatgtc gcccatctga cggcggagga cttccacgac     1200

gcccgtccgc gcggcgtcat cgggctggtc cccggcgaga tcgtctcgac ggacgcgggc     1260

tatgccagcg ccatcgaccc ggagaacgac attttgaaga tcgccgtcgt ggagcgccac     1320

aagaatacgc accacatcgg catcggctat ctcaagggct acggcctgaa gcgcggcgcg     1380

gtcgccacgt ccatctcgca cgattcgcac aacatcatcg tcgtcggcgc gaatgaggag     1440

gacatggcct ttgcggccaa ccgcatcgtc gagaaccgcg gcggcatcac cgttgtggag     1500

aacgggaccg tgctcggtga gctcgtcctg cagatcgcgg gcctcatgag cgaggacagc     1560

cttgtcgagg tcaacgacca gctggaggct gcgaaggagc gcgcctttga gctgggcgtg     1620

tcccgcggca ttgacccgtt tatgacgctg tcgttcatgt cgctgccggt catcccggcc     1680

ctgcgcctga cgacccgcgg cgtcatcgac gttatcaagc agcaatacat ctaa           1734


<210>  789
<211>  4260
<212>  DNA
<213>  Lachnospiraceae

<400>  789
atgaaacact gctatcgggc gggcatcgac atcggctcaa ccaccgcaaa gctcgttatt       60

ctggacgaac gcggcgtcct gtgctatggc gattaccgcc gccactgtgc gcacacgcag      120

gaaacacttg ccgagctgct ggaggacgcc tgcgcaaagc tcggcccctg cgacctgcgc      180

ctgaagatca ccggctccgg cgccatcaac ctcggcaaag ccctgaacat cggctttgtg      240

caggaggtcg ttgccgtggc ctccagcctg caggccattg ccccgcagac ggacgtcgcc      300

attgagctgg gcggtgagga tgcgaagatc atctacttcc gcggcgggct ggaggagcgc      360

atgaacggcg tctgcgcagg cggcaccggc tcgttcatcg accagatggc cgcgctcctg      420

cagacggatg ccgagggtct gaaccgcgcc gcggcggact atcgcgagct ctatcccatc      480

gccgcgcgct gcggcgtgtt cgccaagtcg gacatccagc ccctcatcaa cgagggcgca      540

acgctgcccg atctggcggc ctccattttt caggccgtcg tcaaccagac catctccggc      600

cttgcctgcg gcaagcccat ccgcggctgc gtcgccttcc tcggcggccc gctgcacttc      660

ctgccggagc tcaaaaaggc cttcatccgc acgctgcacc tgacgctgga gaatatcgtc      720

gatcccgaca actcccatct gtttgctgcc atgggcgctg ccctcgaggc gggcgatgcc      780

gagccggcgg atgccgccgc gcttgccgca aagctgcgca gcggcgtgca gatggctttt      840

gagctcaaac gcctgccgcc gctgtttgcg gaccgcgcag agtacgatgc cttccgcgct      900

cgccatgacc gcgcgcaggt ccataaggca gcactgcatc cctgccgctg cttcctcggc      960

atcgacgcag gctccaccac aacaaagctt gccctcatcg acgaggacgg cgcgctgctg     1020

tggtcgtttt acgccaacaa tcagggctca ccggtgcaga cggccatgca cgccatgcgc     1080

ctgctcggtg aacagctccc gccgggcgcg gagatcgcgc gctcctgctc gaccggctac     1140

ggcgagacgc tgctgaagtc cgccttcctg ctcgatgacg gcgaggtcga gaccatcgcg     1200

cactatgagg ccgctgcctt cttcgacccg gacgtcgact gcattctgga catcggcggg     1260

caggatatga agtgcatccg cattcgcaat cactccgtgg attccattct gctcaatgag     1320

gcctgctcgt ccggctgcgg ctcatttatc gaaaatttcg ccaattccct cggctacacc     1380

gccgcggttt tcgcgcagga ggcgctgttc gccgcccatc ccatcgatct tggcacgcgc     1440

tgcaccgtgt tcatgaactc caacgtcaag caggcgcaga aggagggcgc gaccgtgcag     1500

gatatctccg ctggtctcgc ctactccgtc atcaaaaatg cgctgtataa ggtcattaag     1560

cttgccgatg cccgcgacat gggccgccat atcgtcgtgc agggcggcac gttctacaat     1620

caggccgtgc tgcgcgcctt tgagcgcatc gcgggcgtcg aggccacctg tccggatatc     1680

gcaggcatca tgggcgcgtt cggcgcggcc ctgatcgccc gcgaccgctg gacggggcag     1740

cgatcgacca tgctccccat cgcggacatt ctgaagctgc aatatacgac gcaggccacg     1800

cgctgctccg gctgcggcaa ccgctgcatg ctgaccatca acgaattctc gaacggccag     1860

cgccacgtca ccggcaaccg ctgcgaaaag ggcctcggcg gcacgccgaa ggagaaccgt     1920

gcgccgaatg tcatggccta taagctcaag cgcatgttcg actatccccc gctgccggag     1980

aaggacgcgc cgcgcggccg catcggtatc ccgcgcgtgc tgaatctcta tgagaactac     2040

ccgttctggg caacattctt ccgccagctc ggcttttccg tcctgctctc gccgcgctcc     2100

acgcgcaaga tctatgagct gggcatggaa tccatcccct cagagtcgga gtgctatccc     2160

gcgaagctgg cccacggcca tgtgcagtgg ctcatcgacc acggtgtcag gaccatcttc     2220

cacccgtgcg tgttctatga gcatcaggag acgcccggcg cacagaacca cttcaactgt     2280

cccatcgtcg tctcctaccc cgaaaatctt aaaaataacg tcgacgccat cggcgaggac     2340

ggtgtgacct atctgcgccc cttcctcgcc tttacggacg agaagaccgc cgcgaagcgc     2400

ctggctgact tctgcaaaga gacatggagc atttctgcct cggagacccg tgccgccgtc     2460

catgccgcat ggctcgagca gcagcgcgca aaggccgaca tccgcgcgca gggcgcggcg     2520

gcgctcgcgt ggatcgagca gaatcacggc cgcggcatcg tgctggcggg ccgcccgtac     2580

cacgtcgatc cggagatcaa ccacggcatc ccggagctca tcgcctccta cgatctggcc     2640

gtgctgaccg aggattctct tcccatcgac ttcacgcctg cccggccgct gcgtgcaaac     2700

gaccagtggg tctatcattc ccgcctctat acggcggcgg agttcgtccg cacccggccg     2760

gagctcgagc tcgtccagct caactccttc ggctgcgggc tcgacgccgt cacgaccgac     2820

caggtcgcgg agattctgga gaagagcaac cgtctctaca ccgttctgaa gatcgacgag     2880

gtctcgaatc tcggcgcggc gcgcatccgc atccgcagcc tcatcgccgc catggacctg     2940

cgcgcccggc agggcatcct ccccacggca ggtcccgtcc gctatgagcg tgccgtcttc     3000

acggagcaga tgcgccgcga gcattggacc atcctcgcgc cgcagatgtc ccccatccac     3060

ttcgatctgc tcggcccgac gttccgcaaa tacggctatc acatcgaaat tctcggcaac     3120

gacaaccgca gcgccatcga cacgggcctg aaatacgtca ataacgacgc ctgcttcccc     3180

tccatcacgg tcgtcggcca gatcatgagc gccattctgt ccggaaaata cgacacagat     3240

catctcgccg tcgccatgac gcagaccggc ggctgctgcc gcgccagcaa ctatgtcggc     3300

ttcattcgcc gcgcgctgga aaaggccggg ctcggccata tccccgtcat ctccatcaat     3360

gccaacggca tggagaagaa tccgggcttc cgcgcctctc ccggcctgct gatggatgcg     3420

ttccgctcgc tcgtctacgg cgacctgctc atgcgctgcc tgtaccgcgt acggccgtat     3480

gaaaaggtct ccggcagcgc gaacgccctg cacgccaaat ggcgcgatcg ctgcgtcgcc     3540

tcgctcaccg gcagtcacgc cgggcgggac taccgccgcc tctgccgcga gatcgtcgag     3600

gatttcgacg tgctcccgct ggacgagacg ctccgcaagc cgcgcatcgg cgtcgtgggc     3660

gaaattctcg tcaaatacat gccgcttgcc aacaaccacc tcgtcgacct gctcgagcgc     3720

gagggtgcgg aggccgtcgt gccggacctc atggacttca tgaattactg cgtctacaac     3780

ggcggctaca agcacgagtt cctcggcggg agcctgggcg gcgcgcttgt cggccagctc     3840

ggcgtcaagg ccattcgtta cctgcgccgc ccggtgctcg acgcgctcca ggccagccgc     3900

cgctttgagc cgcctatgga gatcgcggac gtcgccgagc tggcaaagcc cttcctctcc     3960

cttggcaacc agtacggcga gggctggttc ctcaccggcg agatggtcga gctcatccgc     4020

agcggcgtac cgaacattgt ctgcatccag ccctttgcct gcctgccgaa ccacgtcgtc     4080

ggcaagggcg tcatcaagtc tctgcgccgc gcctatcccg aggccaatat cgtcgccgtg     4140

gactatgacc ccggcgcatc cgaggtcaac cagctcaacc gcatcaagct catgctctcc     4200

accgcacgca aaaatctgaa cgcccggccc gccgacccgc agcccgctgc cgtcgtctga     4260


<210>  790
<211>  1524
<212>  DNA
<213>  Lachnospiraceae

<400>  790
atgaccgctt tggagtcgaa ctgcaaaatt gaactggtca atgtcacaaa gcgctttggc       60

aaggtcattg ccaacgacag cgtgaacctg accatcgagg gcggcaaggt cctgtgcctc      120

ctcggagaaa acgggagcgg caagaccacg ctgatgaacg tgctgtccgg tatctatatg      180

ccggagcagg ggcacattct gaaaaacggc gtggagatcc agatccgctc ccccaaggat      240

gcctttgcca acggcatcgg catgatccat caacatttca agctggtcga tgtcctgacg      300

gtcacggaga atatcattct cggtctgaac gaaaagggca agctcaacat tcgcgccgca      360

gcgcagaaga ttgacgacat ctgcaaaaaa tacggtttcg acctcgatcc gatggcaaag      420

atctacgatc tttccgtctc gcagaagcag accgtcgaga tcgtcaaggt cctgttccgc      480

ggagcggaga tcctgatcct cgacgagccg accgccgttc tgaccccgca ggagacggac      540

cgtctgttcc aggtcgtgcg caacatgcgc gccgacggca aggccatcgt cctcatcacc      600

cacaagctgc acgaggtgct gtccgtttcg gacgaggtcg ccgtgctgcg caagggcaag      660

tacatcggca ccgtcaagac gagcgaggcc acggcccagt ccctgaccga catgatggtc      720

ggccgcgccg tcagcctgaa catcgaccgc ccggaccccg tcgacccgaa gccgcggctg      780

aagattgagg gcctgacctg cgtcgacaat ctcggtgtca agcgccttga caacgtcacg      840

ttcaccgcca tgagcggcga gatcctcggc atcgcaggca ttgcaggcag cggccagcgt      900

gagctgctcg agtgcatcac gggcctgtac cccgtggagc acggcacggt cacgttcctg      960

ccggagggca agcccgccca gcagctcatc ggcaagaccc cgaatcagat ccgcaaggca     1020

ggcgtcgcca tggccttcgt gccggaggat cgcctcggca tgggtctggt cggcagcatg     1080

ggcatgggca gcaacatgat gctgcgcagc tggcgcaagg gcaagggcgc ctttgtcaac     1140

cgccgcgacc cgaacaagct cgccatggag gtcatggagg agctggaggt cgtcacaccg     1200

agcatctcga caccggtgcg ccgtctctcc ggcggcaacg tgcagaaggt gctcgtcggc     1260

cgcgaaatcg cgatgtctcc ctccgtcctg ctgacggctt acgccgtgcg cggcctggat     1320

atcaacacgt cctataccat ttataatctg ctgacgcagc agaagatgaa gggctcagcc     1380

gtcgtgttcg tcggtgagga cctcgacgtg ctgctggagc tgtgtgaccg cattctggtc     1440

ctgtgcggcg gcaaggtcag cggcatcgtg gatgcccgca ccgcgacaaa ggaagagatc     1500

ggtctgctca tgaccaaggt ctga                                            1524


<210>  791
<211>  1884
<212>  DNA
<213>  Lachnospiraceae

<400>  791
ttgaaaaacc gttccagact gctcaccgtt ctgctgtata tcgtggtgtt tgccgtggct       60

gtcgtgctca tttcggaggt gttcttccgg gatgacacgg tctatgtgaa ctacagcacc      120

gtctgcgagc agttccgcag cgaaaatgtc cgttcctttg agtatgacaa cggtgtgctg      180

acactcgagc tgcgcaagcc ctatcagaac gaggcgtatt ccgtcagcca caagctggca      240

gacctcggcc tgttctatga ggatctgggg accctgatcg cagagcagca ggagagcggt      300

gttctgcagt cttataacta tgtacccatg cgccagacac cgtggtatgt gcgtatgctg      360

ccggagatgc tcctgtcggt catcatgatc gcgctcgtct acatggtgct catgcgcaac      420

agcggcggca tgatgaagtt cggccacgcc aatgcccgcg tgggcagcgg ccgcgacaag      480

gtgatgttca gcgacgtcgc cggagcggac gaggaaaagg ccgagctgca ggagatcgtc      540

gatttcctgc gtgatcccgc aaaataccgc cgcatcggcg cgcgcattcc caagggcgtg      600

ctgctcgtcg gccctccggg cacgggcaag acgctgctgg cccgcgctgt ggccggtgag      660

gcgaatgtgc agttcctttc catttccggc tcggattttg tggagctgta tgtcggcatc      720

ggcgcgagcc gcgttcgcga cctgtttgag caggccaagc gcagtgcccc tgccattatt      780

ttcatcgatg agatcgacgc cgtcggccgc cgccgcggtg ccggtatggg cggcggccac      840

gacgagcgcg agcagacgct caaccagctc cttgtggaga tggacggctt cggcagcaat      900

gacggcgtca tcgtcatggc ggcgacgaac cgccgcgata tcctcgaccc cgcccttctg      960

cgcccgggcc gctttgaccg ccagatctat gtgaacgtgc ccgacgtcgg cggccgcgag     1020

gccatcctgc gcgtccatgc gcgcgacaag cagctctccg atgacgtcga cctgcgcacc     1080

gtcgcccgcg cgacggcggg cttcaccggc gcggatctgg aaaatctgct caacgaggcg     1140

gcactgatct cggcacggaa gaacctgccc gtcattacga tgcagaccat ggaggacgcc     1200

gtcctcaagg tcattgccgg gccggaaaaa cggagccttg tcaatatcga gcgcgaccgg     1260

cgcatcacgg ccatccacga ggcgggccac gctgttgcgg catacttcct gcccacgcag     1320

gagcctgtcc accagatcac cattgtgccg cgcggcaatg ccctcggcct gacgatcagc     1380

ctgccggatc aggacacgct ccataccacg cgaaacgaga tgcgcgaccg catcgtcgtg     1440

ctgctcggcg gccgcgtggc ggagcagctg gagtttgacg acatttcgac cggcgcttcg     1500

aacgatctgc agcgggccac gaagctggcg cacgatatga tcgcaaaata cggtatgaac     1560

gagcgcatcg gcgccgtggc ctatgacgac gacagcgaga tcttcgtcgg ccgcgactat     1620

gagcgcacgc gttcctattc cgagcagacg gctgccgaga tcgatgccga ggtccgcaag     1680

accgtggatc aggcttatgc gcactgcacg cagatcctga cggagcacca cgagaagctg     1740

caggagatcg cgcagtggct gctggagcac gagacgatga gccgcagcca gttcgaggcc     1800

tgcatgcagg ccctgccgat ccccgagaag caggagggcc tgctggccgg agaggagaag     1860

accgatggag ccgaagaaga ttaa                                            1884


<210>  792
<211>  1035
<212>  DNA
<213>  Lachnospiraceae

<400>  792
atgagaagta acgttcgccg gctcttttcg ctgctgctgg cagtcgccct ggtgctcggc       60

ctgggtctga ccagcgtcgc tgcgatcgag agctctctcc tcacgcttca ggtcacatcc      120

cagcatgtga tccgcggcga tgaggtctgc gtcgccgtga acacggaggc agacggcgtc      180

gtggcagacg gaaagctgac ctttgcctac gacagcaaga gcctgaagtt cgtcggcgca      240

gaggcaggcg aggcctggcc cgcaggcacg gagctcagcc tgaaggtcaa ctccggcaag      300

aaggacgccg tcgttgcggc atttgccggt gcgaaggctg ccaaggccgg caccgtcctg      360

accctcaagt ttgaggctct gcaggagggc agaacgcagg tcgtcctgca gggcggctac      420

atcagcggcg cgaaggatgc aaagctgcag tccaccgcta cgctgctcgt cgagtgcccg      480

gcttcccgct ttacggacgt cgatcggaac gagtattatc acgagggcat cgacttcgtc      540

gtcagccgcg gttacatgat cggcatgggc ggcgcgaagt tccagcccga taccgagatg      600

agccgcgcca tgctcgtcac cgtgctctat cgcatcgcag gggagccctc cgtcaagggc      660

actgcaccgt tccgcgatgt cgagaagaac agctggtaca cgaacgctgt catctgggct      720

tatcagaaca acgtcaccaa cggcgtgagt gcaacggagt ttgctccgga ggaaaatgtc      780

acccgtgagc agatggtcgc gttctttgcg cgctatgcca agcttgccgg tgtcgacacc      840

acggcaaagg gcgatctgaa ggcctttgca gatgcctcca gcgtcagcgc ctatgccgtt      900

cccgcgatga cgtgggccgt tgaggccggc ctcatcaagg gcgtgggcga gaataagctc      960

gatcccaccg gtaattccac ccgcggtcag gtggccaccg tcatcgtgcg gtatgccccg     1020

ctggtgcagc actga                                                      1035


<210>  793
<211>  777
<212>  DNA
<213>  Lachnospiraceae

<400>  793
atgaacagaa aatatcgcaa aacgctcatt gccggcaact ggaaaatgaa taaaacgccg       60

acgcagacga aggcgttcat gaccgagctg aagggcctgc tgccgaaggg ccgctggtgt      120

gatatcgcgc tgtgcgtccc ggctgtgtgc atcccggccg cagtccgcgc catgcgcgag      180

acacgcgtgg ccatcggcgc ggagaactgc agcgcccata ccgccggcgc ctataccggc      240

gagatcgccg cggatatgct cgttgatgca gggtgcaaat atgtcatcct cggtcactcc      300

gagcgccgcg ccatgggcga gacggatgcg gacgtgaatg caaagcttca tacggcgctg      360

gatgcgggcc tgatcccgat cgtctgctgc ggcgaaacgc ttgcacagcg ggaatccggc      420

gtgacggagg aatggatcac catgcagatc aagctggcgc tggccggtgt gccggaggag      480

aagatccgcc gcatcgtcat cgcctatgag cccatctggg ccatcggcac cggcgagact      540

gcaacgccgg agcaggccga ggaggtctgc cagcacatcc gcaccatcat ccgcaagcgc      600

ttcggctcga agaacgcccg cgcgatgacc atcctctatg gcggctccat gaacgaaaag      660

aacgcctttg agctgctggc ccagccggat attgacggcg gcctgatcgg cggcgcatct      720

ctcgtgccgg agaagttcgt ccgcatcatc gaggatgcca accagcccgt cggctga         777


<210>  794
<211>  2007
<212>  DNA
<213>  Lachnospiraceae

<400>  794
atgatctttg cactggtcgg aaatcagaat tgcggcaaaa cgacgctgtt caatcagctt       60

acagggtcca accagcatgt cggcaatttt cccggcgtga cggtcgacag caaggagggc      120

gtgatgcgcg gcgcaaaggg ctgcagcgtc gtcgatctgc cgggcatcta ttctctgcga      180

ccctatacgg ccgaggagat cgtgacccgc gattttatcc tgaatcagaa gccggacggc      240

atcatcaata tcgtcgacgc cacgaatatc gagcgcaacc tctatctgac gctgcagctt      300

cttgaaatgc agatcccgat ggtgctggcg ctcaacatga tggacgaagt gcgcggcaac      360

ggcggcacca tcgatgtgca gaaaatgtcc gatgaactcg gtattccggt cgttcccatc      420

gccgcggcga agaacgaggg cattgaggat ctggtcgaaa gcgccgtgcg cgtcgcgcat      480

acgcgtacgc tgccgaagcg cgtggatttc tgtgatgacg gtccggtgca ccgctgcatc      540

cacgccgtct cgcacctgat cgaggatcac gcgcaggctg ccgggatggc ccggcgcttt      600

gcggcaacga agctcatcga gggcgacgag gacatcatca gccgcctcct gctcaatcag      660

aacgagctgg agatggtcga gcacagcatc gtcgagatgg aggacgaggg caagctggac      720

cgcaatgccg ccattgcctc catgcgctat gactacatcg agcgcctgtg ctccaaaacc      780

gtggtcaagt gccgcgagag ccgcgagcat ctgcgcagcg tgcgcattga ccgcgtactg      840

acgaacaaat atgcagccct gccgatcttt gtcggcatca tgctgctgat cttctggctg      900

acgttcgacg tggtcggcgc gggcctgcag gacctgctgg cgctgggcat cagccgcctg      960

agcgcggtgg tcgaccatgg cctcacggcc tatggcatga acccggtggt acatagcctt     1020

atcatcgacg gcatttttgc gggcgtcggc agtgtggtga gcttcctgcc cattatcgtg     1080

gtcatgttct tcttcctgtc cattctggag gatacgggct atatggcgcg cgttgccttt     1140

gtgatggaca agctcctgcg caagatcggc ctgtccggcc gcagcttcgt gccgatgctc     1200

atcggcttcg gctgcacggt ccccgccgtg atggcaacgc ggacgctgcc gtccgcacgc     1260

gaccgccgcc tgacgatcct gctgacgccg ttcatgagct gctcggccaa gatcccgatc     1320

tatgccgtgt tcacggcggc attcttcccg cagcatgctg tgctcgctat ggcactgctc     1380

tacttcggcg gcatggccat cggcgtgctc atctccctgc tgctgaatca cacggtgttc     1440

cgcggaaatc ccgtcccgtt cgttatggag ctgccgaatt atcgcctgcc gacgctcaag     1500

agcgtggcca tgctcctgtg ggacaaggcg cgcgacttcc tgcagcgcgc gtttacggtc     1560

atttttgtgg cgacgcttgc catctggttc ctggagtcgt ttgacctgca cctgaatttc     1620

gtgacggaca gcagcaggag cctgcttgcg tccatcgggc gcatcctcgc gccggtgttc     1680

cgcccgctgg gctttgagga ctggcgtgtg acgacggctc tcattaccgg ctttacggcc     1740

aaggaggccg tggtcagcac gctcggcatc ctgaccggcg cgggaacgga gcacctgagc     1800

gcggcgctct ccggcctgtt cacgccgctg tcggccgtga gcttcctgac gttcaccctg     1860

ctctacacgc cgtgcgtcgc ggccattgcg gccatcgggc gcgagctggg cggcaggctg     1920

cgcggcgcag tcgttgcggt gttccagtgc gttgtggcct ggtgcgttgc ggcggggctg     1980

tatcagctcc tgctgctgat cgtctga                                         2007


<210>  795
<211>  852
<212>  DNA
<213>  Lachnospiraceae

<400>  795
atgagcgcaa tgctctatct tgtgccgacg ccgatcggca atctgtccga tatctccgag       60

cgctgccgcg aggtgcttgc gcaggcggat tttatcgcgg ccgaggacac gcgggtgacg      120

ctgcggctgc tgaaccatct ggagctgaaa aagccgctcg tcagctatta tgagcacaac      180

aaggcggcaa gcggcccgcg catcgtcgag cgcattctgg cgggcgagac gtgcgcgctc      240

gtgtcggacg ccggatcccc ggccatctcc gaccccggcg aggatctggt ccgcctgtgc      300

gcggaggcgg gcgtgacggt cagcgccatc cccggcccct gcgccgccat cacggcgctg      360

agcatgtccg gcctgccgac ggggcgcttc acgtttgagg gcttcctgtc cacgacgaag      420

aagaaccgcg cccagcatct ggattccctg tgcggggaac agcgtacgat gatcttctac      480

gaggccccgc acaagctgtg cgcgacgctg cgcgatctgg cggcggcctt cggtggggaa      540

cggcgtattt ccctgtgccg cgagctcaca aagctgcatg aggaggtcct gcgcctgacg      600

ctcgacggcg ccgtcgctta ttatgagacc cagccgccgc gcggcgagga tgttctgatc      660

gtcgagggcg cgccgaagca gcaggagagc ggccccgttt cagaggagga ggcgcttatg      720

cgcgtgcagg cgcttctggc agagggcctg agccgcaagg atgccgtccg gcaggtcgct      780

gcggagacgg gccttgccaa aaatcagctg tatgatgccg ccctgcgcgc gcaacatacg      840

aaaacggagt ga                                                          852


<210>  796
<211>  1260
<212>  DNA
<213>  Lachnospiraceae

<400>  796
atggcaaaat tactggtcat tggctgcggc ggcgttgcac aggtcgccat tcagaagtgc       60

tgtcagaatg acggcctgtt tacggagctc gtgctcgcca gccgcacaaa ggcgaagtgc      120

gacgccctca agaaaaagct cgccgggaag acgaagaccg tcatctccac ggccgaggtc      180

gacgccgata acgtcgccgc gctgtgtgtg ctcatccgcg acgtccgccc ggatgccgtg      240

ctgaatctgg ccctgccgta tcaggacctt tccgtgatgg aggcctgcct cgagtgcggc      300

gtggactata tcgacaccgc gaactacgag ccggagaaca ccgatgatcc cgcatggcgc      360

gagatctacg aaaagcgctg caaggagctg ggcttctccg cctactttga ctattcgtgg      420

cagtgggcct atgacgagcg cttccgcaag gccggtctga cgggcctgct cggcaccggc      480

tttgacccgg gtgtcacgtc cgtgttcgtc gcctatgcca agaagcacta ttttgacgag      540

atccacacca tcgacatcct cgactgcaac ggcggcgacc acggctatcc cttcgccacg      600

aacttcaacc cggaggtcaa cctccgcgag gtctctgcgc ccggctccta ctgggaggac      660

ggccattgga tcgagattcc cgccatgtcc atccaccgcg agtatgattt cccgcaggtc      720

ggcaagaagg acatgtacct gctgcaccac gaggagatcg aggcgctggc ccgcaatctg      780

ccggaggtca agcgcattcg cttcttcatg acgttcggcc agagctatct gacccacatg      840

aagtgccttg agaacgtcgg catgctctcg acgacgccgg tcgaattcaa cggccagcag      900

atcgttccca tccaattcct caagacgctg ctgccggacc cggcctcgct cggcccgcgc      960

accgtcggca agacgaacat cggctgcatc atcaccggcg tcaaggatgg caaggagaag     1020

accatctata tctacaatgt ctgcgaccat caggagtgct ataaggagct cggctgccag     1080

gctgttgcct atacgacggg cgttccggcc atgatcggcg ccgccatggt gctctccggt     1140

cagtggaaca ggaagggcgt ctacacgacc gatgagttcg accccgatcc ctatatgcag     1200

atgctgaatg aatacggcct gccctgggtc gtggaggaga accccgagac cgtcgcatga     1260


<210>  797
<211>  1197
<212>  DNA
<213>  Lachnospiraceae

<400>  797
atgcgcttga ccgagcttgc cctgcggcgg gcgggtgccg ccgatctgga ggaattccag       60

cggcgcgagg gcctgtatcc gtccgggcag gaggatattc tgaccatgca gcggctcacg      120

ccgctgctgc tgggctatga acgctatatg gtcaagcccg gcgacaccta ttaccgcatc      180

gccacggcgc gcggcacatc cgtccgcgcc atgctgacgg ccaatccgaa ccagaaccca      240

aatctgctca tcccggggca atatctgaac gtgccctacg gcttccccgt cgtgccgacg      300

gacgtcccgt tttcatcgga gctgctgcag atctgcgtgc agggacttct cgtgcgctat      360

ccgttcctgt cacagaaatg cattgcccgg acggcgtggg gcaggcccgt cacagccctg      420

cgcatcgggc aggggccgcg ctgtgtgctc tataacgcca gccaccatgc gaacgagtgg      480

atcacaacac cggtcctgct gctgtttctg gagcaatacg cctatgccgt ggcgacggag      540

gggcgcatcc tcggcatgga tgcccagcag ctctggcggc gcacaacgct gtggctcgtg      600

ccaatggtga acccggacgg cgtcgacctc gtcacggggg ccatccggcc gggcagccaa      660

cagtatcagg cagcgcagcg catcgcggca ggcttcccgg aaattccgtt cccgggcggc      720

tggaaggcga atctgacggg gacggacctc aatctgaact accccgcagg ctgggagcag      780

gcgcgcacaa acaaattcgc gctcggcttc accggcccgg cccctcggga ctatgtcggg      840

gcctcgccgc tcgaccagcc ggaaacggct gctatggcag ctctgactca ggccatccgg      900

ccagacgtca cgctgtccta tcacacgcag ggagaagaaa tttactggcg ctttcaggac      960

tatgcgccgc ccggtgcgca ggagctcggt gaacggctgg cgcgggtcag cggctaccgg     1020

ctggaggaca cgccgttcgc ctcgggtttt gcgggctata aggactggtt cctgcaggac     1080

ttccgccgcc ccggctatac gatcgaggcc ggtctcggca cgaatccgct gccgctttcc     1140

cagttcgacg aaatttaccg gcgcaacatc ggcatcctcg tccatgcgct gccgtaa        1197


<210>  798
<211>  1716
<212>  DNA
<213>  Lachnospiraceae

<400>  798
atgaagaaag ccctgatcct gctggttgtg ctcgtgctgc tggccggact tctctttgga       60

ttgtatcatt tcctttggac ggcggataat tttgcggcgc tcggagagaa ggccatgaag      120

agcggcaact atgcccgcgc ggttgaccgc tatacgacgg ccgtctcgct tgcgccggac      180

aatgtggact atgtgctggc gcttgcggat gcctgcctgg ctgacggcag ctacacgcgc      240

gcggagcgca cgcttgtgga agccatccgc acggccccct cggagcagct ctaccgccgt      300

ctgagcgcga cctatgtggc acaggacaag ctgcttgatg cccagcagat gctcgacagc      360

atcacggacc cggccattcg cgcctcgttg gaggcggccc gcccggcagc cccagcactg      420

acgccggacg gcggcgaatt ctcggattat atcacggtct cggtctctgc gccgagcgga      480

acggtctatg tatccgtgac ggagcagtac ccctcgacgg cggacgcgcc ctatgctgag      540

ccgatcgccc tccccgcagg ctccacgcat gtttccgcca ttgccgtcag cgacgacggg      600

cttgtcagcc cgctgacgga ggccgactat ctgatcgtcg gtgttgtgga ggaggtcacg      660

tttacggaca gcgcctttga gcagtatgtg cgagacctta ttctcaagcc gtcgccgtcc      720

gtcatctaca cgagcgacct gtgggccgtg acggagttcg tcatgccgga ggaggtcacg      780

gatttctcgg acctgcatta cttcacgggc ctgcacagcc tgacgatcca caacggtatg      840

tttgacgact ataccttcct gatggtgatg ccgtatctcg agaagctgga cctctccggc      900

tcccttgtct cggcacagac gctcgaatat atcggcacgc tgaccgacct gtccgatctg      960

aacctcagcg gctgcggcct ttcgaacatc gtggcgctct ccggcgcgaa ggcaatggag     1020

cgcctcgacc tgtccgataa cagcatctcc aacatcggcg cgctctccaa ctacagcggc     1080

ctgaagacgg cggacctgtc ccgcaatgcc atcacggcga tcgatgcgct ggacggcctg     1140

acgaagctca cggcgctcga cctttcggag aatgacatca cgagcgtgtc tgccttggca     1200

aagtgtacgg agatgacgga actggaactt gccagcaacc gcatcacgag cgtcgcgccg     1260

ctgtcaggca tgcgcgccct gacgaagctg gatctttcga aaaacgccct gacggacgtc     1320

tccggcctcg gctcgtgcct gcagcttaca gagctgcgcc tctcggacaa ccagctcgag     1380

aatgtcgaca gtgcggcctc gctcgtgaac ctgacatacc ttgacatgag ccataatctc     1440

gtcaaggagc tgccgccgtt tacggagacg tgccggctgc agcagttcta cggttcctat     1500

aaccagcttt ccgatatcag cggccttgcc ggcctgccgg agctgaatta tgtggatgtg     1560

gattacaaca ccgacatcac ggacatcgag tgcctgaagg cctgccagaa cctcgtgcag     1620

gtcaatgcgt tcggtacgaa gatcacgcat gtgacggagc tgtccgacat gggtgttgtg     1680

gtctattggg acccgacctc cacgattgcc ggataa                               1716


<210>  799
<211>  3228
<212>  DNA
<213>  Lachnospiraceae

<400>  799
atgctggagt tttggctttg tccgagcaga aaacagaaca cggcccgcgt gatgcaggcg       60

ctctgcgaaa aaacggcgca gcgcatcctg gtcgtgccgg agcagttctc ccacgaggcc      120

gaacgcatgc tctgccgcgc gggcggcgac acgatcagcc gctttgccga ggtcctgagc      180

ttttcccggc tggcctcgcg cgtgttttcc atcgagggcg gctccgcctg cgaggagacg      240

gacgcgggcg gacggctgct gctgatggcg ctggctgtgg agcaggtgcg cccgcggctg      300

aagctgttcg gtgccagcac gtcccggccg gaatttttgc tgcagctgct cgacacgctg      360

gaggaattcc gtgcctactg cctgcggccg gagctgctgc gcgcggcatc ggagaagctc      420

agcggtgcgc tggccgtgaa gaccgaggaa tttgccctcc tgatggagag ctatgacgcc      480

gcctgcgcca atgcggggca ggacccgtcc agccgcctga cgcggcttgc cgccgcgctg      540

gagaccggaa cgtttgccgc gggacggcag ctgtatctcg acggctttac cgacctgaac      600

ggcgtggagc tggagatcct gacgcagctc cttgcaggcg gggcggaggt gaccgttgcg      660

ctgagctgcg acagcccggc gggcggtgcg caaattttcg atgctgcgcg ggatacgatc      720

cgcagcctgc agagagcggc ccggcaggcg ggcgcggcgg tacagctccg ggaattcccg      780

gcagaggatg aggctttttc gcctctgctg cgcgcgctgt tcggcagggg agcggcctgc      840

ccggcgcttc cgggcgtctg ccttccgtgc gcgccggata tcgagacgga gtgccgcgct      900

gcggcgggtg aaattctgcg aaggatggag ggcggcgcgc gctggcgcga cattgccgtg      960

gcctgcgccg acccggagac ctatcgtccg gtgctcgaga ccgtcctgcg ccgtgcgggc     1020

atcccggcct attttgccgg aactcgtgat ctgctccgtg agccggtcgt gcgcatgctg     1080

cttgccgcgc tggaggcggc ctcgggcggc atggagcagg aggccgttct ggcgtactta     1140

aaatccggcc tttctccgct ggacgccgcc gcgtgcgacg cactggagaa ctatgccgtg     1200

atctggaaca ttcagggtgc gcgctgggag cgcgaatgga cgatggaccc ggccgggctg     1260

cacggccgcg ctgcgccgcc ggagcgattg gccgagctga acgcatggcg cgcagaggcg     1320

atcgcccccc tgtccgccct gcggcgcggt ttgcgcgccg cgcagaatac gggcgagatg     1380

gtgctggcgc tctatcattt tctggagcag accggtctgc gcgagcggct gaacgagcgt     1440

gcgcaggagg cctatcggag cgggagcctg cagaaggcac aggagttgac gcaggtctac     1500

ggcattgtct gcacggtgct ggagcagctg tacggcgtgc tcggccgcac cgtccgcacg     1560

gcggacgcat ttttccatat tttccgcgtc gttctgagcc agtatgatat cggcacgatc     1620

ccggcccagc tcgacagcgt cacggtaggc agcgtcatgt cgctccgccg tgcggctgtg     1680

ccgcatctgc tgctgctcgg cgcgaacgag ggggcgttcc cggctgctgc cgcgccgcgc     1740

agcctcttga cggatgccga acgcgccagc ctgcagcgca tggggctgga ggtcggccct     1800

gctgcttcgg cccggctcga ccgcgagctt gccgccatgg cgagcgtgct ggaggcgccg     1860

cggcgctcac tgtgggtcag cgccgtgcag gagcgggaat cctacttttt ccaccggctg     1920

acggagctgc agccgcaggc ggtgcgcggg gcgacggatg aggcgctggt gctgcgcgcg     1980

ccgcaggcct atctggagcg ttggctgccc gccgcgggcg gcctgctgca ggagccgatg     2040

tttgccgggg ctgccgcgcg tgcggagcag gcccggacct attcgcccgg ctcgctccgg     2100

ccggagacgg cgcgggcgct ctatggcgcg gagctgcact tctcctcctc gcgcatcgat     2160

gtgctggccg ggtgccgctt tgcgcatttt ctgcagtatg gcctgcgggc gcaggaacgc     2220

gaaccggcgg aattcgacag ccggttctac ggcacgttcg tgcacgacat gctggagcat     2280

gtcgtgcagc agacggagcg cgagggcggg tttgccgccg tgccgcgcag ccgggtgcag     2340

gaactggcgc aggagcgcat ggagcagaac gcacagaccc tgctcgagac cttcccggac     2400

tcgggccgga cgggctatct gctccggcgg acgtttgacg aggtgacgca ggtcgtcgac     2460

gagctgtatg acgagctgtc cgtctccgcc ttccgcccga aattctgtga gctggaattc     2520

tcggcgcgcg gcgcgctgcc gggtgtggcc tttgccgggg aacgctgccg cggcgttgtg     2580

gagggctttg ttgaccgtgt agacgtctgg cagagcggag gacggcccta tgtccgcgtt     2640

gtggactaca agaccggaaa aaagagcttc gattatacga acgtgctgca cgggcgcggg     2700

ctgcagatgc tgctgtatct ctttgccctt gtccggcagg gcggacatct gctccatggc     2760

gagccgctgc ctgcgggcgt gctgtatttc ccggcgcgca tcgagcgcgt ctccgtgcgc     2820

gaccgtcttg cgcaggccga gatcgaaaag gagcgccgca agcagctgcg ccgctccggc     2880

gtgctgctga acagcgatcc ggtgctcgag gctatggagc cgtgcggcgg gagcccgcgt     2940

tttctgccct atgcgctgga caaggagggg cggaaaacgg gcgaccttgc ctcgtttgcc     3000

cagcttgccc agctggagcg cttcgtgttc cggaccgtgg ccgcgctcgg cgacgagctg     3060

gcggacggcc gcatcgaccc ggatccctgc atccgggatg cgaaggacag cgcctgtgcg     3120

ttctgcccct attctgaggt ctgcgccgga catgaacagc ctcgctggct gaagaagatc     3180

acggcggagg aattctggca gacgctggaa aggagagagc atggctga                  3228


<210>  800
<211>  792
<212>  DNA
<213>  Lachnospiraceae

<400>  800
atgaaaaaaa gaatatgccg cctcctgttg gcgtttctgt tggtacttgt attctgcgtg       60

agcatggctg cggctgagca gacaggtgca cagctttctt gtgtgacgga cactgccgga      120

cttctcagcg aaagcgaaat aatgctgctg gaaaggatgg cggaaagcgt ttcccaaaag      180

tatggggtcg gcgtatacat cgtaaccgtg gaggactatc gggacttcca ttctgaaggc      240

gtctataagg cgacctacac catctaccat caatacacca tgggtgaagg gccgaaccgc      300

gatgggatca tgctcctgct cagcatggct gaccgcgact gggcaatgtt ctgctatggc      360

tcacactgcg aatatgcctt caacagttat ggtcaggaga agctggaaaa ggtcttcctc      420

gacaatttcg gcgaggacga ctggtacggc ggctttgagg attacgtcaa ggaatgcaga      480

gtctatctgg aaaaggcagc aaacgggaag cccgtccggg cgagcttgtt ttttccgatg      540

cttgttgtaa tcggtctttc tctgctggcg gcaatcgcga tcgttgctgt gatatggcag      600

aaaatggaca atgtatcaga aaaagtaacc gcaaacgcct acgtcgccgc ggggctccgg      660

cttacggagc aaacagatcg ttttacccat aagacgacct ccagccggaa gatcgagcgc      720

agctcctcca gcggaggaag cagtcgcagc gaatccggcg gcggcggttc gggccgaagc      780

ggaaaattct ga                                                          792


<210>  801
<211>  2847
<212>  DNA
<213>  Bacteroidales

<400>  801
atgaagcggt ggatcgggcg gttggtcgcc gggtggatgt gcgtgttgcc ggtcgcgggt       60

ttcggccagt attacgactg ggggcgttcg ccgtcgggca tccgctggaa tcaggcgaat      120

accgttgccg gaaagatcgt ttatccggat tatttttcag cgcaggccgc ccgggtggcg      180

aattatatgg acacggtgcg gtcgcatgtt tcctacgggt tcaagtacgg cccgttgcgg      240

ttcccggtaa ttctgcatac cgaaaatttc gttgcgaacg ggatcgtgat gtgggcgccg      300

aaacggatcg agctggaggc gattccgccg tcggccccgt tcgccgagcc gtggctcaaa      360

caactggtga cgcacgaata ccggcacgcc gtacagtacg gcaacctgca ccggcggttc      420

atgaaatggg tcggttacgt ggtcggacag caggcgggtt tgcttagttc ggtgctgttg      480

ccgatctggt tcctcgaagg ggacgctgtg atgaacgaga cgcagatggc gtcgttcggc      540

cgtgcgctgc aaccctcttt tacgatcgaa taccgcgcct acctgaccga agggacgaag      600

aaattcccgc tcgacaagtg gttttgcggt tcttataaga attatattcc ggatcactac      660

cagttcggtt atcaactggc cgcctggtcg cgcgaacagt acggggacga tatgtggtcg      720

cgggtcgcgg aatacggttc gaaatatccc tataccattt tgacgacgaa gtgggcgctg      780

cataagtact accgcacgtc ggtcaacgag atcgcgcgca acacgcttga cgagttgact      840

cggttctggc gttcgcagcc cgtcgaaccg aacagcggcg aaacgctgcc gacgccgatt      900

accagttata cggtctacga tgccccgatg gcgctgaacg atacgacgct gctggcgctg      960

aaacgcgata tggacaagac gagccgcgtc gtggcggtcg atccgcggac aggctgcgaa     1020

cgccggttgt tctggacggg aagcgtcaat acgcctccgg tgctgtacga cagtacgctg     1080

tactggacgg agtaccggag cagcacgctg tgggaacaac gcgtgacgtc gcgggcgtgc     1140

agttacgacc tgcgcaccgg ccgacgccgg accttgcgcg aacgcggtaa gacgctgttc     1200

ccgacgccgt tgcccgacgg ccggctggcg acggtcggtt acgattatgc ggggcgttac     1260

agcctcgatc cgggcgacgg aaggcgtttc gattttccgg ataccctttc gatacacgga     1320

ctcgcttacg acgaggtcac cggaacgctg gccgcgattg cgctcggcga cgcggggatg     1380

tcgatcctgc ggatcgactt acaggacgga gctctgcgga cgatcaagga gccgacttat     1440

gcgagcctct ataacttgcg ggcgggagcc ggaaagcttt cgttcaattc gatccagtcc     1500

ggtaaggacg aaatccacct gttcgacctt accgggggcc gggagtaccg gctgagccgt     1560

tcgcgctacg gttcggtggc tccgtcggct ccggacagta gcggagaact ctattttacg     1620

acttactcgc tggacggata ccggctggcc cgccactcgg ttcgcagcga ttcgctgatt     1680

ccggtggagc ctcggaaact gcccgagaac cgggtcaatc cgccgcgacg caaatgggac     1740

gtgatgaaca tcgatacggt gacggtttcc ggcgattttc cggcggaaac gcggaaaaaa     1800

cgattccgca aaggattgca tctgtttaac cttcacagtt gggcgccctg ggatttcaac     1860

ccgttccata tcgccgacga gaaccggatc gacatcagtt tcggcgctac cgtcatgtcg     1920

cagaatctgc tgagcagtac ttccgggtac ctggcctacg gctatgcccc cgaattcggc     1980

agccgcctgc gcggaggaat caactattac ggacttgcgc cgaaatttga actgtcgttc     2040

gaatacggtg gaggcaagca gttgctttac ggcgtaaaaa acctcgagta cgaagggatg     2100

aagcggaaga attattttca ggtcaatctg ctgggatacc tgccgatgac gctcgcctcg     2160

ggacatcgcg tacggacgtt gaccccgtct gtggagctgc gccatatcaa tgcgctgatg     2220

tgcggggact cttccgttaa aaccgggttt cagcggttag tgaccggcct gaatttttcg     2280

gacaacgtcc ggatggcgac ccgcgacttt ttgcctcggt ggggctatgc ggcccggttc     2340

gctatggtat gcgccccgtt cacggaaggt ttcggccgac tctattcgct gtacgggcgg     2400

gcctacctgc cgggtgtgat gaaacatcat tcgctgatgc tgcgcggaaa cctgcagcat     2460

cagaacctgg cttcccagaa ctttttctat aaggaacttt ttccgcgcgg agccgcgtac     2520

aacatcgtgg cgacccggct cggggccgcg tcggccgact accagttccc cgtgtggtgt     2580

cccgacggcg ggatcagcag catcgtctat ttcagccgga tccggctgaa cgtctattac     2640

gatttcgccc ggttcagaca ggcgattcct tcggtgatca gaacgttcta ccggatgcat     2700

acggtcactt cctacggcgg cgagatcatc ttcgacatgc atccgctgcg gattccggcg     2760

aagactacga cggtcgggtt ttacatctat aagcccagcg accgttcggg cgtggtgggc     2820

ggcgtgaaac tgtcgcttcc gatctga                                         2847


<210>  802
<211>  3045
<212>  DNA
<213>  Bacteroidales

<400>  802
atgaaagtat tcgacttttt aaaaccggtt aggctgatcg tgctgtcagc cctaattttt       60

tgctgttccc tggcggcgta tgcgcagggc gacgcaaaac tgttgaccgg ccgcgtaacg      120

gatacccagg ggcaacccct gatcggggcc agcgttctga tcaagggcga catcaaccgg      180

ggcacgtacg ccggcgcgga cggaaccttc tccctcgacg taaaaccggg cgacgtcctg      240

gtattttcgt acatcgggta caaagagcaa gaaatccctt acacgggaca agcctcgctc      300

aacgtgacac tccaggacag cgccaccgac ctggacgccg tggtagtcgt aggatacggc      360

gtacagcgca agcgagacgt gacgggttcc atcgcgtcga tcaaaggaag cgaactggcg      420

acgaccgttg cggcggccaa cccgctgcaa ggcctgcagg gcaaggtggc cggcgtcgaa      480

gtggtgcaga acagcgcgcc gggcggcgcg ccgcaaatcc gcgtgcgcgg cgtcagttcg      540

ttcaccaact ccgatccgtg ctacgtcgtg gacggtctga tcatggacaa tatctcgttc      600

ctcaacccga acgaggtcga gtcgatggag gtgctcaaag acgcttcggc aacggcgatc      660

tacggttcgc gcggcgccaa cggcgtgatc atcatcacca ccaaacaggg ccgcaagaac      720

caacccgtgc aactgaccgt ggacgccaac gtcagcgtat cgcagatgga acgctacctc      780

gactacgccg acgcagggca atacctctac ctgcagaacc gcagggtgat ggcgcagaac      840

gccgccgacg ggacttcgat ctccctgccc tacacgcagc agcaaatcga cgcggccgga      900

cgcggaacgg actggcagcg cgaaatcacg caactggccg taacgcagaa ctacaacgtc      960

aacttggtgg gcggcggcga aaaaacgacc tacggcctct cttcgggtta tttcaatcag     1020

gaaggcgtga tgaaaagctc cgggtacgaa cgggccaacg tcaagctgtc gaacacttac     1080

gacctgacca aatgggcgac catcggaagc aatatctcct acatctacga acggcgcaac     1140

agccagggat cgaatctcgc gggcgcgctg cgcccccggc cgacggctcc ggtgatggac     1200

ccggacgacc cgtcgaaatt cttcggcccg gtcgacgaga tcggaaaatc gggcaatccg     1260

gtagccaacc tatactacaa cagcgacaac tatacgaact attacaagac gatcgccaac     1320

tttttcgtca agctggaacc ggtcaagaac ctcgttttcc aatcctctta tacgctgaac     1380

aattccaact ccgagggcaa aagcttcctg ccgaaatacg aagtcaacgt cgaccaacgg     1440

cgtaccgaca acgaactgag cgtcaaccag agccgcacgt tcaactggtt gaacgaaaat     1500

acgctctcct actcgttcga aaagaacaaa catgcgttca gcgcgctggt cggcatcacc     1560

ttccagaaaa ccacctcgca agatcagagt cagaagattc tgggcatgcc cgacgtggca     1620

tggaaaaacc gcgacctgtg gtacaccggg ctcggacaag cctctacgct gaccggaacc     1680

accggcggcg cggttttcac ctacctttcg tatctggctc gcgtcaatta caactatgac     1740

aacaaatacc tgataaccgc cacggtgcgt accgacggat cgtcgcgctt tccggtcaac     1800

ggtcgctacg gaacgttccc ggccgtcggc gtcggctggg cgatgcacga agagaactgg     1860

ctgaaaaacg tcggctggct gaaccagttg aaactgcgct ccagctacgg cgtggtaggc     1920

tccgacgccg gtatcccgaa caatattcag acggcttacg tgaaccgggt caacggcgta     1980

ttcggccgcg atcccgcgag cgtgaccact tcggaagtgc tcgatatggt gatcgactac     2040

ggcctgcact gggaagaggc gcggcagttc gacctcgggc tcgatttccg cgcgctgaac     2100

aaccgcctga cggtggaatt cgactattat atcaaaacga cggccaatat cctgaccaac     2160

atcacgctgc cgggcatcag cggttcgacc tactcgccgc tgtcgaacat cgccaaggcg     2220

cgtaacaccg gcatcgaatt caacatcgga tggcgcgaaa accggggcga cttctcgtac     2280

gacctgtcgc tgatcgggac gacgctgaaa aacaaggtcg tttcggtgaa ccagaacctg     2340

ccgccgctcg aaaacggcgc gaacgtcacg aaggtcggct acccgatcgg cggtttctgg     2400

ggctacgagg tgctcggcat ctaccagaac aagcagatca tcgaagagac cgcgtcgatc     2460

gacggcgcga cgcccggcga cctgtggtac aaggatcaaa acggcgacgg cgtgatcgac     2520

aaggacgacc gtatctacat gggcagctac ctgccgaaag tgactctcgg gctgaacatg     2580

cgcttcgcct acaagggcgt cgacctcgaa atggatctct attcgagcct cgggaacaaa     2640

atttacagca cccgccgtca gacgctcggc gtctcgccgt acaacgtgac gaccgactac     2700

ctgcactcgt gggtcggcga aggatcgacc aacaagacca cgcgcgtact gctcgacggc     2760

cccgggacga acaaccaata cagccagtat tacgtagaaa acggcagcta tttcaagatc     2820

cggaacctga ccctcggtta cacgttcccg cagcggatct cgtccaaaat gaagatgcgc     2880

aacctaagag tctacttctc agtgcacaac ctgtggacgg cgaccaatgc aacctcgtac     2940

tcgcctgaaa tatcgggtcc gcccaacggt gccggtatcg acagtttcga cggcacttat     3000

ccgccttcgc gcatgtattc gttcggtatc agcatcggta tttaa                     3045


<210>  803
<211>  3096
<212>  DNA
<213>  Bacteroidales

<400>  803
atgaacaatt cctttaaaaa aatcaatgtg atcggaggct ggttctgctt cgtcttcgcg       60

tcgatggtct acctgctgac catggagccg acggccagtt tctgggattg cagcgaattc      120

atcgcaacct cgtacaaact cgaagtggga caccctcccg gagcgccgct gttcatgatg      180

atatcgcgct tcttcacgat gttcgccggg ccgcagcatg cagccctgat ggttaatgcg      240

atgtcggcgc tggccagcgg agccacgatc atgttccttt tctggagcat cacgcaccta      300

gcccgccggg cgatgcgtaa aagagaaaac gaactgtcga tgccgcagac gatcgccgtg      360

atcggcgccg gactggtcgg cagcattgcc tatacgttca ccgacacgtt ctggttttcg      420

gccgtcgagg gcgaagtgta cgcgctatcg tcgttcttta cggcgatcgt attctgggcg      480

atcctgaaat gggaaaacgt cgccgacgaa ccgcatgcga accgctggct gatcctgatc      540

gcctacctta ccgggctggc catcggcgta cacctgctga gcctactgat cagtccgccg      600

atcgtactgc actgctattt ccgcaaatac agcgtgacca aatggggagt cgtcaaggcg      660

ctgctggttt ccgccgcgat cctcgtggcg gccatgttca tcatcattcc cggaacgatc      720

caactgggcg cactgttcga caggctgttc gtcaacacgt tcggtctgcc gtttaacagc      780

ggaatcacgg tctacgcttt cgcgctgttc gccgcgctgg catggggcgt ttatcttacg      840

cataaaaaag gaaaggtgct ggccaacacg attctgttgt gcgtgaccgt agtgatcctc      900

ggatacagtt cgtacgcttc ggtcgtgatc cggtcggcgg cgaacccgcc gatgaacagc      960

aacgcggcgc acaaccccta cgggctgctg tcgctgctga acagcgacca gtacggcgca     1020

agaccgctgg tcaaaggtcc ctactattcg tcgcctccga tagcttacaa agaaaaaacg     1080

gcctattaca agggagacag cgggaaatac gaatcggcgc agacgttggg cggatacgaa     1140

tacgatccgc agttcgaatt cttctttccg cgcatgtact cggaaaaacc gtccgacatc     1200

aaggcttacc agaactgggt gcagatcaaa ggacgtcaaa tcccgttcgg cgatgaaacg     1260

attaccgtgc ctacgttcgc agagaacctg aaattctttt tcgcctatca gatgaacttc     1320

atgtactggc ggtacttcct gtggaatttc gtaggacgcc agagcgacat ccagtcgacc     1380

ggcgaaatta cggacggcaa ctggctctcc gggatcaacg ccgtcgacga actgttcctc     1440

ggcccgcagg accacctgcc gagcgagaaa gcggcaaaca aaggacgaaa tacctactat     1500

tttctaccgt tcatcctcgg tatcatcggg ctgatctacc aattgaaccg agacggcaga     1560

aactttacgg tcgtcatggc cttcttcatc atgacgggcg tggcgatcgc cgtctacctg     1620

aattcgccgc cggccgagcc gagggaacgg gactacgttt tcgcgggatc gttctacgcg     1680

ttctgcatgt ggatcggatt cggcgtaccg gccctgtacg aagcgttcaa acgctggttc     1740

aagagagatc acgtctacac ggccgtagcg gcaacgctga tcggcgcaat cgtaccggcc     1800

ctgctgggcg ctaaaaactg ggacgaccac gaccgcgccg ggcgtttcgt agcccgcgac     1860

ttcgggatga attacctgaa atcggccctg cccaacgcga tcatcatgaa ctacggagac     1920

aacgacacct tcccgctgtg gtacgcacag gaagtcgaag gggtgcgcac cgacgtccgc     1980

gtgatgaaca tgagctacct gggcgccgac tggtacatag accagatgaa attgaagagc     2040

aacgactccg atcccgtgcc gttcaccctg ccgcgcgaca aatacaccta ccggaacgat     2100

tacctgccga tcaaagaacg attcaaatcg gccaccgcga aacaggtgat cgacgaatgg     2160

atcaggctcg acgatccggt caccaaagtg accacgccgt tcggaacgga aggggactac     2220

attccgacgc ggaaaatcgc gatcccggtc aacaaagaga acgcgatcgc cagcggcatc     2280

gttaaaccgg aagacgcgca cctgatggtc gacacgatct acctgaccct gaaaggcagc     2340

atcgtcacgc gcgaccagct gatgctgatc gatctgctgg cgcacttcga ctggaaacgg     2400

ccgatctatt tcacgcaagc catttcgccc ggagaactcg gactgagaga ttacctgcag     2460

gtcgacggat tcgtgtaccg gctggtgccg atcgcaacca aaggggacta tctcaacatc     2520

ggacgggtcg atgcggatta cttgtacgac aagctgatga acgaattctc ctacggaaac     2580

atcgacgatc cgaaggtcta tgccgattat acggtacata acaatttcta ctcgacgcag     2640

gcgcggacgc tgtacgcccg gctggcgaag gccctgctgg aaaagggcga cacgacgcgg     2700

gcgatcgaag tgctggatac cggcatccgg aagatcccgt tcagccagat ccggcacaac     2760

tacctgtcga ccgttccgat catcgaggcc tattatatgg ccggagcttt cgacaaggga     2820

aacgaggtgc tggaagaata tgcgaaaaac ctggaggaaa acattaccta ttacctgcgc     2880

tttacaggga aatacaaaga cctgactcta cgggacgtga aggaaaacgc agaatacctc     2940

tacgaccttt atcagatcgc gggcatgttc ggacagaccg ggcaagcccg gcagatcgaa     3000

cagtacctca tcgacaaagg aatcgtggaa gataaaaagc aggaaacgcc aaccgttacg     3060

cccatcgaca cggacaacgg gacgctactc caataa                               3096


<210>  804
<211>  2232
<212>  DNA
<213>  Bacteroidales

<400>  804
atgaaacgag tcgatttcaa accgaaaggc attttgtccg cgggcgtttt ctggcagcgt       60

tcggttgccg tctgccggaa agcggttccc gcattgatgg tcgcggcgtt gctgttggcg      120

tcctgtggaa aggataacgg ggacgatccc ggtccgggac ctaatccccc cgacccggat      180

cctacgccga ctccgaaaac cgaatacctg accttcgcta ccaagacggc gaatcagatt      240

tccgtcaaag aagtttcgac cggcgagtac gaaatgtcga tgaccgggac ggacccctac      300

attttcacca attcgttgga gcgtaccaat ccggcggact cctgcattct tacctttcag      360

taccgttgcg ataaggaaat ttcattctta caactgtttt tcgcctcgac tccttcttcc      420

ggcgtgtcgg aagaccgttc ggtgaaagtg gacgggattc ccgcttcgca gacctggaaa      480

acctggaaag ccaacgtgag cgaatcgctc gtaaaattcg catgggggaa agccggtaac      540

tgtttgcggg tcgatttcgg agacaaatcg gggattaaac tctatataaa agggattcat      600

ttccgcggaa tgaccgagca ggagaaacag gaggccgaag aggaagaaga gaacagcaag      660

tccgaagcgg cgttcgaaaa caacctgaaa tcctatctgt cgacgctgta tccgtcctct      720

acgtcggtaa cctcggtgga agccggactg accaaaatta ccgtgaaagg gaactgttcc      780

gcttcgggca gctatagcct ttgcgaaatt ccgccttacg tcgatctgct gaaaacgacc      840

aaattcgagt tcaaaacggc tcttaccgac gggacgttca gcaaggaaat ggaccgctat      900

gtcgaacggg acgggttcaa atacgaccgg accctttcga aatgggcgat cgtagagaac      960

ggcgatacga aagataaatt ggtgtctcat gcgcgttacg ctaccgagat cgcttcgacg     1020

caacaattgc ccgcagcgaa acccgccagc aaaaaggggc tcggcggata ccatttgggc     1080

ggtcccgaga gcgatctgga tgatctgggg attaccagca tcacgatgaa cgtttctttc     1140

gtcggcatga tgtcgctcag tccttcgggc aattccatcg cgcacgaata cggcggtaaa     1200

acctactatt tcgataaagg cagcgtggaa aactatgaca aaacgttgca ggcggcccag     1260

aaacggaata tcgtcgttgc cgctatcctc ctggtcgctc cttcgagctc ggaggtggga     1320

aaactgctgc tgcatccgga ttacacttcg cgggggatct acacgatgcc gaatatgacc     1380

aatccggaga gcgtgaactg ttatgccgcc gcgctcgatt tcctggccag ccgttattgc     1440

cagaccggca gtccgtacgg tcgtatccac cactggatca tgcacaacga ggtcgatgcc     1500

gggctcgact ggacgaacat gggcgtcaag ccgatcacca tttatacgga tacgtatctc     1560

aagtcgatgc gaatgtgcta caacatcgct cggcagtacg atccgaatac cgaggtgttc     1620

gcttccttta cgcattcgtg gacggaggcc gcttcggaca gttacgcttc ccgcgacatg     1680

ctcgatctgc tgaggaaatt cggtacggcg gaaggcgact tccaatgggc ggtggcttac     1740

catccttatc cgcaggatct gaacgatgcg aaaacctgga acgataataa ggcttcgttc     1800

aacatgaata cgaagctggt gacgttcaaa aacctcgaag tgctgagcgc ctgggccaaa     1860

aaatcggaaa ataagtacaa gaagacgatc aagcgttcgg tatggctctc cgaaaacgga     1920

accaattcga gaacctatgc ggacatgtat cttaaagaac aggccgccgg tttcgcttat     1980

gcctggaaaa agctgaaaaa gctcgacggc atcgacgcga tgcagtggca taactggatc     2040

gatcatcccg aggaatacgg cctgcggatc ggattgcgca aattcccgaa cgatcccgac     2100

gatccgatgg gtagaaaact cgtatggtat gcctatcagg cagccgggac gtcaaccgag     2160

gatgcggttt tcgaacctta taaggcggtg atcggaatcg acaattggaa tatcatccaa     2220

gaggttcagt aa                                                         2232


<210>  805
<211>  2304
<212>  DNA
<213>  Bacteroidales

<400>  805
atgctaacgg gcgcgtcggg ccaggtggtc gttacgccgg gaatggtgca gcaggcgaaa       60

gcgatgggag cttcggacgc ccagatcaat gcggcgatgc atgcgacttc tccctcttct      120

tctcaatctt cccgagcgga tacgtccgcg gacacgggcg ggaacgaagt gcgacgggaa      180

gcttccgccg atcagcggca ggcatcggag gataagactg ccgttcagcg ccgttcggtc      240

gattccctca cccggaatac cgttttcgga caggagatat tttcgacgaa gaacctgact      300

ttcgcgccga gttacaacat ggctactccg cccagttacg tgctggggcc cggcgacgag      360

gtgatcatcg aagtctgggg cgaggcggaa tcgcgcgtac aggagaaaat ttccccggaa      420

ggcagtatca gcatccaggg ggtcggcccg atcaatttgg ccggattgac ggttgccgaa      480

gcccaaaaaa gggtcgaatc ccggattcac gagatcatga acggacaggt gaaggtgtcg      540

ctggggcaga ttcgcagcat caaggtcaat atttccgggg aggtcgttac tccggggact      600

tatacgctgc cttcgctggc gacgctgttc aatgcgatct attcggccgg cggggtcaac      660

gggatcgggt cgctccggca tattcaggtt ttccggaaca gcaagcaaat cgccgatctg      720

gatgtgtacg actacctgat caacgggaaa tacgagacga atatccggct ggaagacaac      780

gatatgatca tcgtgccgcc ttatgacaac cacgtgacga tcgggggaaa gatcaagcgg      840

gagcgtattt acgacatgaa agacggcgag acgctggccc ggctgatcga tttcgggggt      900

ggttttaccg gggatgctta cagcgacaac gtgacggtgc accgcaagag cggccggatg      960

ctgaccattc tgacggtgga taaagccgat ttcgggacgt tcgagctgtt ggacggcgat     1020

agcgtgagca tcgggaaggt gctgccgatg tatgcgaaca tggttgcgat cgaaggagcc     1080

gtatggcgtc cgggcgagta cgaattttcc gaaaaaatcg cgacattgtc gcagttgatc     1140

gcaaaagccg aagggttgaa gggcagcgag ttcgcctcgc ggggacagat cacccgggtg     1200

gatatggcga acaattatac ggtgatcccg ttcgacgttc gggagatcgt cggcggacag     1260

acggacatcg cgctgcaaaa cctggatcgg gtttacattc cgaatatcta cgatttgcgg     1320

gaagaatata cggttacggt gaagggagag gtcaacaacc cgcatacgtt tactttccgc     1380

aaggggatga ccgtggaaga cgtcgtcctg atctgcggcg gtttgcggga atcggcctcg     1440

ctggccaaga tcgaggtggc ccgccggatc aaggatcccc aatcgacttc ctattcgcct     1500

aaaatcgcgg aaaattattc tttcgagata tcggaagatt tgaagatcgc gccggaagac     1560

agccggtttc tgatcgagcc gttcgacgag atctatatcc gccggtctcc ggggtattcc     1620

gagcagcaaa gcgtggcgat taccggcgaa atacttttcg gcggcgagta tgtgctcgct     1680

tcggccgggg aacggctgtc cgatatcatc aagaaagcgg gtggttttac gccggaagct     1740

tatgtcgtcg gggcgagcgt gcagcggcgg ctgactgccg acgaccgcgc caaagtcgca     1800

gccgtgatgg cgattgccaa tacgaacaag gggaaggatt ccgtatcgac gcagtccgtc     1860

gagattcccg attattatcc ggtggggatc gacgtaatgg cggccgttaa gaatccgggt     1920

tctaacgacg atatcatcct gcaggacggc gaccgcatct ttattccgaa attcaatagt     1980

acggtgcgcg tgtcgggagc cgtgttgtac cagaataccg tcgtgtacga ccggtcgaaa     2040

gtgaaggatt atatttatca ggccggcggt tacaagcagg aggcgcgcag gcgtcctttc     2100

gtcgtctaca tgaacggcaa agtggcggct acccgcggcg gattcctctg caagcgttat     2160

ccgaaagtgg agcccggctg tcaagtgatc gttccgatga aacaggagcg caaggggaac     2220

gggctggcta acgtgatggg aatgatgtcc tcgacggcgt ctctggcggc gatggtcgct     2280

tcgatcatca acctgagcaa gtaa                                            2304


<210>  806
<211>  1173
<212>  DNA
<213>  Bacteroidales

<400>  806
atgaaatgca tcctgatatt tgcggccgcc ctgtttgcgg ggacggctta cggtcagcgc       60

agcgttgacg acgtattgcg cgaggtcgaa gccgcgagca aggaactgaa agcccagcgc      120

gaactgaccg ccgcccagaa gatggaagcc cagaccggca agtacctcgc caatccgagc      180

gtcgagttcg aaagcctgtg gggcggggcc gaacggatcc gtaattccga gttgacggtg      240

atgcaggctt tcgattttcc gtcggcttac gcatcgcgca acaagattgc gaaacttcgt      300

tcgtcgtatt acgatacgga aggcgccgcg ttgcgtcagc agttgttgct ggacgctaag      360

acgttgtgca tccagatcgt ccacctgaac cggatgaagg agtttttgtc cgaacgggtc      420

gtcaatgccg aacggctgga ttccgcttac cgtcggaagt ttgcaatcgg agaagccaat      480

attctggaat gtaataagat cggagtcgag ctgatctccg cgaaaaccga gtataacctc      540

aatgaagccg aactgctggc caaatgtcag caattggcta cgctgaccgg aaccgaaagc      600

gaccggtttt ccggtctggt ctatccgacc gtggagagtt tgcctgcatt cgaacaactg      660

agcgcgctgt atatggagca aaatccgcaa gtgcaaagcc tgcagcagca ggtgtcggtc      720

gataagcaaa gcgtatcgct gaaccgttcg ctgtcgctgc cgaagttcga aatgggttat      780

cggcacgatt tcggcgggga aggacgtttc aaagggttca aggtgggaat gtcgattccg      840

cttttcgaga acaagaacaa ggtgaaggcc gcgcgcgccc aggcggcttc gtcatccgct      900

caactggaaa gcgttcggct gaatgcggcg tcggagctcc ggcagttgta cgaccaggcc      960

gttacgctgc gggaatcgat gcggtcgatg gagtcggtgt tgcaggcgca gaataacctg     1020

tcgatgctga acaaagcgct ggatgccgga cagatcacgg tgatcgagta tattaccgag     1080

atcggcgtgc tgtaccagag ccgccagatg cagttgcagc tcgaacggga ttacaatttg     1140

ataacagccc aacttttccg gttcgaattg tag                                  1173


<210>  807
<211>  1800
<212>  DNA
<213>  Bacteroidales

<400>  807
atgcaaaatt tacgcaatat tgcgattatt gcccacgtcg accacggcaa aaccacgctc       60

gtcgataaaa tgatcctgca gggcaacctt ttccgtgaca atgaaaaaac cggcgaactg      120

atcctcgata ataacgacct cgaacgcgag cgggggatta cgatcctgtc gaagaacgtg      180

tcggtgaatt ataagggaat aaaaatcaac attatcgata ccccgggcca ctcggatttc      240

ggcggcgagg tggagcgggt gctgaacatg gccgacggcg tgctgctggt ggtggatgct      300

tgcgaaggga cgatgccgca gacgcgcttc gtgttgcaga aggcgctgtc gctcggtaaa      360

aagccgatcg tcgtggttaa taaggtggac aagccgaact gccgtcccga agaggtgtac      420

gagcaggtgt tcgacctgat gttcacgctg aacgcgaccg aagatcagct cgatttcgtg      480

acgatctacg gtagtgcgaa acagggttgg atgtcgcacg tatggaaaga acgcaccggg      540

gacatcaccc cgttgctcga tgcgattatc gacaacattc cggcgccgca gcaaaaggag      600

ggtacgccgc agttactgat cacgtcgctg gagtattcgc cttacgtcgg ccggatcgcc      660

gtcggcaagt tgacgcgcgg gacgctgaag tcggggatgc cgatcacgct ggccaaacgc      720

gacggtaaaa cgatggtcaa gacccgaatc aaggatctga tggtattcga cggattgagc      780

aaaaccaaag tcgagcgggt cgaatgcggc gagatttgcg cgctggtcgg catcgaaggg      840

ttcgagatcg gcgatacgat ctgcgatttc gaaaatccgg agccgctgga accgatcgca      900

atcgacgaac cgacgatgag catgttgttt acgatcaacg actcgccgtt cttcggcaag      960

gagggaaaat acgtgacgtc gcgccacatc aaggagcgtc tcgaccgcga actcgaaaag     1020

aacctggcgt tgcgcgtggt gccgggcgct tcgtccgata gttttatcgt gtacgggcgc     1080

ggcgtgctgc acctgtcggt gctgatcgaa actatgggcc gcgaaagata cgcattgcag     1140

tttcgtcagc cgaaagtgat tatcaaggag atcgacggga aaaagtgcga accggtcgaa     1200

gaactgacga tcgacattcc ggaagcgtat tcgggcaagg cgatcgagct ggtaaccaaa     1260

cgcaaaggga cgctgctcga catgacttcg atttacgacc gccagcggat cgtattcgaa     1320

attccgtcgc gcggaatcat cgggctgcgc agcaacctgc tgaccgctac ggccggcgaa     1380

gccgtcatgt cgcatcggct gaaagggttc gaaccgtata aaggggatat ggagatgcgc     1440

caaaacggtt cgctgatcgc gatggagacc ggtacggctt atgcctatgc gatcaacaag     1500

ctacaggatc gcggcacgtt tttcgtatcg ccgcaggacg agatttacgc cggacaggta     1560

gtgggcgaaa gcacgcgtca ggaagatatc gtaatcaacc tgaccaagtc gaaaaaactg     1620

accaatatgc gcgccagcgg ttcggacgac aaggtgtcga tcgcgccgcc ggtgatcttc     1680

tcgctggagg aagcgctcga atacatcaaa gaagacgaat atgtcgaagt gacgccgaag     1740

tcgatccggc tgcgcaagat tgtcctgaac gagaccgaac gcaaacgtca ggcgaaataa     1800


<210>  808
<211>  1824
<212>  DNA
<213>  Bacteroidales

<400>  808
atggttcaat tagaagaatt cggagcgctc ggactgaccg atgtcaccct cgaagccatt       60

aaagcgaaag gcttcgaaac cccgtctccg atccagaaac tcacgatccc cgttctgctc      120

gacgacgaaa aaacaaacga tatcatcgca caggcccaga ccggcaccgg taaaaccgcc      180

gctttcggcc tgccaatcct cgaacgactg cgcccgcaga aaggagcgac ccaagcgctg      240

attctggttc ccacccgcga actggccctg caggttaccg aagaaatcct gtcgttcaac      300

gccaaacgca aactcgtcat ttcgccgatc tacggaggag cttcgatgac cgaacaactg      360

cggcgtctgg gcaaaggcat cgatgtcgta gtcggcacgc ccggccgcat cctcgaccac      420

ctgcgtcgcg gaacactgga catcaaggcc ctgaaatacc tgatcctcga cgaagcggac      480

gaaatgctca atatgggctt tatcgaagac gtcgaagaaa tcttgtccaa tacgaacgac      540

taccgccgca tcctgctgtt ttcggcgacc atgcccgaac ggatcatccg cctgtcgaaa      600

aaatacatgc gcgacgtgga aatcctgcgc gtaccggcac aagaagtcac caccgaactg      660

accgaccaga tctacttcga agtgcgcgac agcgacaaat tcgacgcgct gacgcgaatc      720

atcgacgtcg aacccgaatt ttacgggatc gtcttctgcc gcaccaagat cggcgtggac      780

gaagtggtca acaagctgac cgaacgcggg tatgcggccg aaggactgca cggcgacgtt      840

tcgcaggtac aacgcgaaaa aatcctgaaa cgattcaaga aaaagctggc caatatactg      900

gtagccaccg acgtggcggc gcgcgggatc gacatcaaca acctgaccca cgtgatcaat      960

tattcgctgc cgcaggacac tgaatcctac gtgcatcgga tcggccgcac gggccgcgcc     1020

ggcaataccg gtacggcgat cacgttcatc tcgcattcgg aataccggca gttcagttcg     1080

ctgaaacggg aaatcaaagt ggacatcaag aaagtcgccc tgccgtcggc gcaggacgtc     1140

gtcgagatca aaaagaccaa gatcaaggac gacctgatcg aaatcgtcga aagcgagtcg     1200

taccgcaaat ataccgaaat ggccggcgag gtgctgcaaa acctcgaccc ggaagtggcg     1260

ctggcggccc tgctgaaact ggcgttcaaa aacgaactcg aagagagcag ctaccccgaa     1320

atccgttcga tcaacgtcga ccgcaaagga acggcgcggc tgttcatctc gatcggcaaa     1380

atggacggtt tcgacgcccg caaactgacc gacatgctga aacgcgagtg tcggctgccg     1440

gacaacaaga tcgacgccgt acgggtcatg gatagctatt cgttcgtaac cgtaccgttc     1500

tcggacgccc ggcaggcgat ccgccagctc aacgacatca accgcggagg acgcccgatc     1560

gcggaactcg ccaaagacgg cgattccggc gaaaacaagg aacgttcggg acgggacttc     1620

cggaaagaga agcgcaaagg cgcgcggaaa gaggatcgga aaacggaacg cagggacgcc     1680

gcccgcaaat ccggcggaaa tccgagaaaa aacgacttcg actggaacaa cgtccagtgg     1740

gatgcggtca atccggcagc cggctggggc ggcaaagcgg gcttcgacaa acgggccggc     1800

ggtaagaaac gcggcaaacg gtaa                                            1824


<210>  809
<211>  3042
<212>  DNA
<213>  Bacteroidales

<400>  809
atgattgcgg gcgtcgtgct gctggccgtg ggcacgttta ccgcccgcca tatggaggtc       60

gacgtttttc ccgacttgaa tgcgccgacc gtggtcgtga tgaccgaggc gaacggaatg      120

gccgccgaag aggtcgaacg caccgtgacg ttcccgatcg aaacggccgt caacggagcg      180

accgacgtgc gccgcgtgcg ttcgtcgtcg acgaccggat tttcggtcgt ctgggtcgaa      240

ttcgactggg gaaccgatat ttaccgggcg cgccagatcg tttccgaaaa gctggctacg      300

ctcagcgaga cgctgccgca gaacgtcggc acgccgacgc tcgggccgca gtcgtcgatc      360

ctcggcgaac tgctgatcgt cggactgacg gccgatacca cttcgttaca ggaactgcgg      420

acgctggccg attgggtgat ccgcccgcgg ctgctggcta ccggcggcgt cgcccaggta      480

acggtgatcg gcggcgacat caaggagtac caggtgctgc tcgacccggc gcggatgcgc      540

cattacgacg tttcgatgca acaggtgctc gacgtggtgg ccgacctgag ccgcaattcc      600

agcggcggta tcctgaacca gtacggcaac gaatacatca ttcgcggggt gctttccacg      660

gccgacgagc aggagctagg gaaagctgtc gttaagacga cggacggcat tccggtgctg      720

cttgaaaacg ttgcggatgt gaaaatcgga gcgaaatcgc cgcggctggg cgtcgcttcg      780

gagcgcggca aaccggccgt tctgatgacc gtgaccaaac aaccgaatac caatacgctc      840

gaactgaccg acaaactcga tcggacgctc gccgaaatcc agcggactct gccgccggac      900

gtgcacgttt cgaccgacat tttccggcag tcgcggttca tcgaaagttc ggtggacaac      960

attcagaaag cgctgttcga gggggctatt ttcgtcgtga tcgtgctgtt cgtcttcctg     1020

atgaatttcc gcacgacggt catatcgctg atcgcgctgc cgctgtcgtt gctggtgtcg     1080

gtgctggcgc tgaaggcgat ggggcttacg atcaatacga tgagcctcgg cggtatggcc     1140

attgcgatcg gctcgctggt cgacgatgcg atcatcgacg tcgagaacgt attcaagcga     1200

ctccgacaga actttttgaa accgaaagag gaacggcttc cgacgcttac ggtcgtctac     1260

gaggcttcga aagagattcg tacgtcggtc gtcaatgcga cgatcattac gatcgtggct     1320

ttcgtgccgc tgtttttcct cggcgggctc gaaggacgca tgttgcgtcc gctcgggatt     1380

tcgttcatcg tggcgctgtt cgcgtcgatg gtcgtcgccg tgacgctgac gccggtgctg     1440

tgcagttacc tgctgaccgg cgatcgggtg ttgcaacgca gccagaagga accgatcgtt     1500

tcccgtttcc tgaaacgaat ttacaaaaag gcgctcgaat gggtgctttc gcataaacgg     1560

ctcgtaatcg gttcgaccgt cgcgctgttc gtcgcttcgc tggtcgtatt tttcagcctg     1620

ggacggaatt tcctgccgcc gttcaacgaa ggttcgctga cgatcaatac ctctacgatg     1680

cccggcattt cgctcgaaga gtccgataag atcgggcgcg aggtggaacg tatcctgctc     1740

gagatccccg aaatacagac ggtcgcccgc aaaaccgggc gcgccgaact ggacgaacac     1800

gcgctcggcg tgaatgtttc ggaaatggag gctccgttcg aactggacga gcgttcgcgt     1860

caggagtttc tctccgacgt gcgggcccgg cttggcgtgc tgaaaggcgt caatatcgaa     1920

atcggccagc cgatttcgca tcggatcgac gcgatgctgt ccggcacgaa ggccaatatc     1980

gcgatcaaac tgttcgggcc cgacctgaac cggcttttct cactcggaaa tcaggtcaaa     2040

ggcgccgttt cgggcgtcgc cggcgtagcc gacctgaacg tcgagcagca ggtcgagcgt     2100

ccgcagttgc agatccgccc gaaacgcgaa atgctcgcca aatacggcat tccgctgccc     2160

gagttttcac gattcatcga ggtggcgctg ggcggcgaag tcgtttcgca ggtctacgac     2220

caggggcgtt cgttcgacgt aacggtcaag atggacgatg ccgaccgatc cgatatggag     2280

cgtatcggga atctgacgat cgacgggacg gccggtaaag tgccgctcag ttacgtggcc     2340

gatatcgtat cgacctcggg gccgaatgcg atcagccgcg agaacgcaca gcgcaagatc     2400

gtcgtatcgg ccaacgtggc cgaccgcgac ctgcatagcg tggtgggcga tatccaggaa     2460

atgatccggg agaaggtcga tctgcccgaa ggataccata tcgaatacgg cggccagttc     2520

gagagcgagc aggccgcgtc gcgggtgctg tcgcttatgt cgatcatttc gctgctcatt     2580

atcttcttgc tgctgttcca ggagttccgc agcctgtcgg tgtcgggcat catcatgctg     2640

aatctgccgc tggcgctgat cggcgggatc gttagcatct ggctgaccag cggggaggtc     2700

agtatcccgg cgattatcgg cttcatttcg ctgttcggca ttgcgacgcg caacggcata     2760

ctccttgtat cgcattacaa tcaactgcgc agcgagggca tgtcgttgca cgacagcgtg     2820

gtgaacggat cgctcgaccg gctgaacccg atcctgatga cggcgctgtc gtcggcgctg     2880

gctctgattc cgctggcgct cggcggcgac ttgcccggta acgaaattca gagtccgatg     2940

gccaaggtga ttctgggcgg actgctgagt tcgacgctgt tgaacgggtt tatcgttccg     3000

gcagtttacc tgattattaa ccgtaaaaac agcaacgtat ga                        3042


<210>  810
<211>  2406
<212>  DNA
<213>  Bacteroidales

<400>  810
gtgtcgcttc aattcattcg gaacatgaac gatctactga cacatatcgc cgcttgcgtc       60

gggggcgcat tcgaagggac ggacacgacc gtcgtccgcg tgacgaccga cagccggcga      120

gccaacctcc cggaaggtac ccttttcgtc gcgatccgcg gaacgaaccg agacggacac      180

gactacatcg aaccgttata ccgcaaggga gtgcgcgcct tcatcgtcga cggcgccgtc      240

gacgtccgac gctacccgga agccggattc gtccgctgcg acgattcggt agcggcgttg      300

cagcggctgg ccgcctgcct ccgcgaccgc atccgcggca aagtggtagc catcaccggc      360

agcaacggca agaccgtcac caaagagtgg atcgcccagc tctgcccgcc gggcgtaaaa      420

ctgttccgca gtccgaaaag ctacaactcg cagatcggcg taccgctgtc gctgctgatg      480

accgcgggcg acgagcagat cgccgtgatc gaagcgggta tctcccgcaa gggcgagatg      540

cagtcgctcg aacggatcgt ccgtcccgac atcggcatca tcacgaacat cggcgacgcc      600

catcaggaga atttcgacac gccggaagaa aaggccgaag agaaactgaa cctattcgcc      660

cacacgccga cgattatcta caatgccggc gacccgctgt tgcggcgcct cgttccggcc      720

cgctatcccg accggcagtt gatcgccgtc gacgcgagcc gctgcgacct gaacggactg      780

ccctaccctg acgccgcctc gcgcgaaaac gcggccgaag cgctgaccct gtacggagta      840

atggggtacg acatgtcgca agtccggggc ggactccgct cgctgcaaaa cgtagcgatg      900

cggctagaac tcaaagacgg catcaacggc tgcaaaatcg tcaacgacag ctacaattcg      960

gacatcaact cgctgggcat cgcgctggaa tacctgtcgt cggtagccgg ccaccgcgaa     1020

aaaacgctga tcctgtccga catcgaccag agcggtctga aacccgaccg gctgtacgcc     1080

ggggtggccg aactgctgaa ggcgaacgga gtgaccgaac tgatcggtat cggcgaagag     1140

attttcaaac atgcgggggc attcgactgc cgcaaggagt tctacctgac caccgaaaat     1200

ttcctgcggg gcgtcaaccg gtcgcgcttt tcgaaaaaaa gcatcctgct gaaaggagga     1260

cgccgcttcc agttcgaacg gatcggccgc atcctcgaag acaagataca tacgaccgtg     1320

ctggaagtca acctcgacca catgatccac aacctgaact acttccgcag cctgctgcgc     1380

gaaggagaac aagtgatggc gatggtcaag gcatccggct acggcaacgg cactttcgaa     1440

gtcgccaaca tgctcgaaca gcagggcgtc ggcttcctgg ccgtcgcgtt cgccgacgaa     1500

ggcgtcgcac tgcgcgaggc cggcatcacg atgccgatcg tcgtgctgaa cgccgattcg     1560

gacagcttcg acttgatgct cgactaccgg ctcgaaccgg agatttacag ccgatcgtcg     1620

ttgcagtcgt tcgccgaaac ggtacgccgg aacggagaaa ccgactatcc gatccacatc     1680

aagctcgaca ccggcatgca ccgcctcgga ttcgaacggc aggacatcga cccgctgatc     1740

gacgcgctga aaacgatccc ggaactctac atccgcacga tcttcacgca cttagccggt     1800

agcgacgaag cccggcacga cgacttcacg cgcggccaga tcgccctgtt ccgcgaattg     1860

agcgaccggc tggtcgccgc cttcccgcag cggcacatcc tgcggcacgt cgacaacagc     1920

gccgggatcg agcgcttccc ggaagcgcag ttcgacatgg tacggctcgg catcggactg     1980

tacggcatca gcgtcgccca ccaggagcac ctgctgccgg tcagcgcgct caaaagccgc     2040

atcgtccaga tcaaagaggt tccggtcggc gatacggtcg gctacggccg ccacggaatc     2100

gtcgcagagc atcccgtgcg tacggcgacc gtcccgatcg gctatgccga cggcctgaac     2160

cgccggctta gctgcggaaa atggagcttc atcgtcaacg gccggaaagc cccgatcatc     2220

ggaaatatct gcatggacac ctgcatgatc gacatcaccg gcatcgacgc gcacgagggc     2280

gacacggtca cggtcttcgg cgaaggagcg ccggtcggcg aaatggccga cgtactggga     2340

accatcccct acgaaatcat gacgggtatt tcgacccgcg tcaaacggat ctacaccaaa     2400

gagtaa                                                                2406


<210>  811
<211>  1371
<212>  DNA
<213>  Bacteroidales

<400>  811
atgaatattt tgcaaaaaac gggggtcgtc ctgtcgctgc tgctggccgc agcctgctcg       60

aaagacgatt cggaaggatt tatcccgccc cccactccgc ccgacatgga cgaaacgctg      120

ctgaacgatc tccagcgcac gcatttcaac ttcttctgga aactgaccaa cacggcgaac      180

ggactggttc ccgaccgggc cagcgcgacg aacaacgaag cgatgagcag catcgccgcc      240

accggattcg gcctgacggc ctacatcgtc ggcgtcgaac gcggcttcgt cacgcgcgac      300

gaagcggccc aacggacggt cgtcacgcta cggacgttca acgatgcgcc gaaaggcacc      360

gacccggtat tttcggccgg atacaaggga ttcttctatc attttctgaa ccggaacacc      420

agtctccggg aaggacagaa cgaactctcg acgatcgaca ccggactgct gatggccggt      480

atcctgtccg cccagaccta ttacgaccgg gacaatgccg tagaaaacga aatccggcgg      540

ttggccgacg aactgtaccg cgcagtggac tggaaatggg cgatgaacga gggcgaactg      600

atgagtctcg gctggactcc cgaatccggc ttccaaccgt acacctggca gggttacaac      660

gaagccatga tcctctacat cctcgcaatc ggctcgcccg agaccgacaa aaaactcgac      720

ggcagcgtat ggaaccgctg gacggctacc tacaattaca gcagtttcca gaactacgag      780

atggtgaact tctcgccgct gttcgggcac cagtattcgc acatgtggat cgatttcgca      840

gggatcaagg acgccttcat gcgctccaaa ccgggtctcg attatttcga aaattcccgg      900

cgagccacgc tggccaaccg tagctactgc atcgaaaatc cgagtaaata cgtcggatac      960

ggcgccgata tctggggact caccgcctgc gacgggccgg gagccggcac ctacggcaaa     1020

tgggcgtacc acgcccgcgg agcttcggcc gccggcatcg ccgacgacgg cacgatcgcc     1080

ccgacggcag ccggcggatc gttcccgttt actccgacgg aatcctacgc cgcgctgaaa     1140

gcgatgaaaa gctacaaaaa cggggcgctc tacaccgact acggctttct cgactcgttc     1200

aatccgagtg aagattggat cgacggatgg tggctcggca tcgatcaggg cccgatcctg     1260

gtcatgctcg aaaactaccg cacgcaactg atctggaaac tgatgaaaaa gaacgcctac     1320

atcgtaaacg gattgaaagg agccggattc accggcggat ggttgaactg a              1371


<210>  812
<211>  3177
<212>  DNA
<213>  Bacteroidales

<400>  812
atgaaattag acagatttat aaaacgcccg gtactatcca cggtgatctc gattcttatc       60

gtgatattgg gtgtgctggg attggtttcg ctgccggtaa ctcaatatcc ggatatcgcg      120

ccgccgaccg tgcacgtcag cacgtcgtac accggcgcca acgcccaaac cgtactgaac      180

agtgtgatcg caccgctcga ggagcagatc aacggcgtgg agaacatgat gtacatgacc      240

tccaccgcta ccaataccgg cgatgcgagc atcgacgtat atttcaaaca gggaaccgac      300

cccgacatgg ccgcggtgaa cgtgcagaac cgcgtcgcca aagcccaggg tttgctgccg      360

tccgaagtta cgcaggtcgg cgtgatcacc agcaagcggc agaccagtat gctgctggtc      420

ggcacggttt tcagtccgaa cgacgaatac gaccagaact ttctgaaaaa ctatgctcag      480

atcaacctgg ttccccagat tcagcgcgta cccggcgtgg gcgacgtgat gatgatgggc      540

gccgattatt caatgcgtat ctggctgaaa ccggatgtga tggcgcagta catgctgatg      600

ccgacggacg ttatcagcgc actcgccgaa cagaacatcg aggccgcgcc cggacagttc      660

ggcgaaagcg gcgaccagtc tttccaatat atcatgcggt acaagggacg cctggctacg      720

cccgaagagt tcgaagatat cgtaatccgg gcgaccccgg acggcaaggt actgagactc      780

ggcgaaatcg cccgtgtcga actgggcgga ctttcgtatg cattctcgac ccgttcgaat      840

gcccatccgg gtacctcgtt catcatttac cagaccgcag gctcgaacgc tacgcagatt      900

atcaacgacg ttaaaaaaat cctcgagcag tccgccaagg atttccctcc gggagtggac      960

tacgaaatca tgatggatac gaacgattcc cggttcgcct ccatcaatga agtgctcaaa     1020

acgctgatcg aagcatttat tctggtgttc ctcgtggtgt tcatcttcct gcaggacttc     1080

cgctcgacgc tgatcccggc gatcgcgatc ccggtagctt tgatcggtac gttcttcgtc     1140

ctgtacctga tcggattcag cgtgaacctg ttgacgcttt gcgccctcgt gctggcgatc     1200

gccatcgtgg tcgatgatgc catcgtggtc gtcgaggcgg tacatgccaa actggatcag     1260

ggttataaat cgccgttgaa agcgtctatc gacgcgatga gcgaaatttc gggagctatc     1320

gtgtcgatca ccctcgtgat gatggccgtg ttcattccgg taagcttcat caccggtacg     1380

tcgggtacgt tctaccgcca gttcggtctg acgatggcca tcgccatcgg cctgtccgcc     1440

atcaacgcgc tgacgctgag tcctgcgctg tgcgccatgt tcctgaaacc gcaccagaaa     1500

gaggaagagg gacagaaaaa actgagcccg atcaaacggt tccataaagc cttcaacgtc     1560

gcttacgacg tcacgctgac caagtacaaa aaaggcgtca acctgttcat caaacggaaa     1620

tggctcgctt tcggcctggt catcgcttcg gtggtcgttc tgctcggcct gatgaaaatc     1680

actccgacgg gtatggtgcc gaacgaagat accggtactt tcttcgtcgc cgtgagtatg     1740

ccgccggcaa cttcgctgga aaagacacaa gccgccatgg ctcggataga cagtctgctc     1800

gcagccaccc cgggtctgaa aagccgtacc gaaatcgccg gatacagttt catggccgga     1860

cagggtagtg cctacggtac gtttatctgt aaactcaagc cgtgggaaga acgtaccaag     1920

gaacagaacg tcgatgcgat catgggtatg ctgaccatgc agacgcgcaa cctgatcaaa     1980

gacgcccagg tatttatctt cgctccgccg atgatctcgg gttacagcgc ctcgaacggt     2040

ttcgaagtga acctgcagga caaaacgggc ggcgacatca acacgttctt caacatctcg     2100

cagcagttca tcggcaagct gaaccaacgt ccggagatcg caatggccta cagcgcgttc     2160

aacccgttct acccgcagta tatggtcgat atcgacgtag ccaaatgtaa acaggccggc     2220

ttgagcccgc aaacgctgct cgccgccctg caaggctatt acggtagtat ctacgcgtcg     2280

aacttcaacc gtttcggccg cctgtaccgc gtaatgatcc agtccgacgc cgaactgcgc     2340

gtcaatccgg aaacgctgaa cagcatcaag gtgcgcaacg gcaacgaaat ggcgccgatc     2400

acccagttca ttacgctcaa acgggtgtac ggcccggaca acatctcgcg tttcaacatg     2460

tttacctcga tcaaagtgaa cggaaacccg aaacccggat acagttcggg acaggctatt     2520

caggccatcc aggaagtcgc caacgaaacg ctgccttccg gttacggatt cgagtattcc     2580

ggtatgacgc gcgaggaaca gcagagcagc ggaagcacca cggccattat ctttatcctg     2640

tgtctggtct tcgtctacct gctgctgagc gcccagtacg aaagttacat ccttccgctg     2700

gtcgtaatcc tttcgatccc ggccggtctg atgggtagct tcatcttcgc gcaattcatg     2760

ggcgtcgaga acaacatcta catgcagatc gccctgatca tgctgatcgg tctgttggcc     2820

aagaacgcca tcctgattac cgagttcgcc ctcgaacgac gccaatccgg tatgagcatc     2880

gtctcggcag ccgtactcgg agcgtcggcc cgtttgcgcc cgatcctgat gacctcgctg     2940

gccatggtga tcggcctgtt gccgctgatg ttcgccagcg gcgtaggagc caacggcaac     3000

agcacgctgg gaaccggcgc catcggcggt atgttgatcg gtatgatctg ccagatcttc     3060

gtcgtaccgg cgctgttcgt cgccttccag catctgcagg aacggttcaa gccgctgcac     3120

tgggacgata ccgacaacac cgaaatcgaa gcagaaatcg aacaatacac gaaataa        3177


<210>  813
<211>  2358
<212>  DNA
<213>  Bacteroidales

<400>  813
atgacacctt tgaaaaattt cttccacgta ctgaaaaaat acaaaatcgc ttcgctgctc       60

aacgtcattg ggttgagtat cgcattcgcc tcgttcatga ttatcatgac gcaggtaaaa      120

tacgatctgt cgttcgaccg gcattacaaa aatgcggatc ggatattccg ggtcgaaaat      180

caggcaatga ccgaaaacgg aaagtatagc gccaacacct cccgcctggt ggcggaaaag      240

gtgttcgcag cagaacccga aatcgaaaaa acgggactga tccaaagtta tcaacagctc      300

gacatctacg accagagtct cgggaaagac tctcgtcagg gccctttcca cttttatacc      360

gccgaacccg acgcgctgga tatattggaa ttcgaattcg ttcacggcag tccgcagcgt      420

ttttcggaat ccgggacggt attgatctcg gaacaggtcg ccacagcgat ttacggcaac      480

caaaacccgg tcggacgcag ccttattttc gacaaggaca cggagcaccc ggtagagatc      540

gtcggagttt ataaaaactt tccgcaaaac gcgacgataa gatccaacag catcgtccgg      600

tttatcggcc aggaaaatgc cggcaacggc aacaactgga attacgtcta ttacatccgg      660

ctgaacgcaa gggaaaatgc cgagcaagtc atgcaggcca tgaacaaaaa gtatcaggag      720

ttcgtcggta cgggaaattc ggttccggac aactttttcc ggctcactcc gatcaccgaa      780

acccatttta cacaaagcgt cagctacagt ccgacggata cgggcaaccg cgcgacggtc      840

tactccctga tgagtatcgg cgttctgatt atcctgatcg ctatgatcaa cttcgtcaat      900

ttctccactt cgcttattcc gacccgtatc cgcagcatca acgtccagaa agtgctgggc      960

ggatcgaacg ccgccatccg acggaacatg attgcggaat cggcgggact cgcggtcgtc     1020

tcgtttttcg ttgcgctgct gatcgttcat gcattctccg gaacgccgct ggcatccgac     1080

atcagcgccc cgtgcgacgt cggagccgat atgccgattc tgtggggcac ggcgcttatc     1140

gccgtcgcga ccggaatcct gtccggaata tacccggctt tttacagcac ctcgttcgct     1200

ccggcgctcg tagtgaaagg cgttttcggg cttaccccga aaggacgccg tttgcgcacg     1260

gtactgatat cggtacagta cgcgatatcg atcacattga tcatcgtcac actgtcgata     1320

cacagacaaa accgttacat gcaaaaatcc gatatggggt tccaacgtga aaatatcctg     1380

accacatggg tgccccgtga aatagccgac aaaagaaaaa ccctggccga caagctgacg     1440

agcaatcccg ccatcacgga cgtgactttc gccgccggac cgtttgtcgc aaaaggacgg     1500

atgcgctggg gacgtagtta caaaggaaaa ggcattactt atgacgccta tccggtagct     1560

tcgaattttt tacgtttcat gggaatccgg attacgaacg gacgcgattt caacgaaaac     1620

gatgatttaa aaccggaaat atctcaaata ttcaacgaaa cgtctcagcg gaaagacagc     1680

atcacagtcg gcgaaaagat ggaggacgga acaaatatcg taggcatcgc cagagatttc     1740

aattttcaac cgctgcaata cggcatcaat ccgttcgcat tcgtcacgtt cgggacaacc     1800

gaatggggcg cgtggactcc gctgcgctat ctgttcgtca agaccaacgg aacggatatt     1860

cccgccgtcg cggatttcat caggaaatcc gtcaaagagc tggttccgga cagccagctc     1920

gacatcagat tcatggacga agagatcgga aatcaatact acaaagaaca aaaactgtcg     1980

aatttactca ccttgttcag cctgctgtcg atcttgatct cgatcgtagg ggtattcggc     2040

ctcgtgctgt tcgaaaccca gtaccgtcgc aaagagatcg ggattcggaa gatccacggc     2100

gcgactgtcg gcgagatctt ccggatgttc aacaaaattt acgtgcgcat cgtactggcg     2160

tgtttcgttg tcgccgtacc gatagcttac tgcatcgtcg accggtggct cgaaaacttc     2220

gcctacaaag ctccggtcga aatctggatt tatctcgcgg cgctggcgat cgtgctggga     2280

accaccgtcg ccaccgtact gatccagacg taccgggccg ccacggacaa tcccgtccag     2340

tcgttgaaaa aacattaa                                                   2358


<210>  814
<211>  2328
<212>  DNA
<213>  Bacteroidales

<400>  814
ctgggcgtta tggtatacgg gggctgcgga cgcgaggagc tgcagctcaa cgaagagacg       60

atctgggccg gaggtccgca caacaacgtc aatccggccg cccgggaagc gttgcccgaa      120

gtgcgacggc tgattttcga aggacgctac aaagaggctt tcgacctgtg cgacgagaat      180

ttctctttgc acgcctcgca cggtatgccg tatcagacgg ccggttcgct gttgctggac      240

tttccggggc atcggaacgt ttcggatttt taccgggatc tggatctggc tacggccacg      300

gctacggtcg gctacgccgt cgatgggata cgttataagc gggagatgtt tacttccttt      360

tccgatcagg tggcggtcgt gcggctgacg gcttccgaac ggcgccggat ttcgttccgg      420

atttcgttcg ctaccccgat gcagaactac cgggtaacca cgcaggggaa cgaccggctg      480

ctgatcgacg gcagaaccga cggccatgaa acgatccccg gccaggtgga gtaccgtacg      540

gtcgcggaga tttctccgga gggcggaacg acggtcgccg acagcgccgg aattacggtg      600

accggagccg atgcggttac gatcctggtt tcgatcgcaa ccaatttcaa cgattacaaa      660

gatatttccg gcgatccggt ctcccgggcc gaggcttatt tgactcaggc caaaaagaag      720

tcttacaagc ggttgcgggc ggatcacatc gccgcttacc gtccgtggat cgaacgggtt      780

tcgctcgatt tgggcgccaa tgcccaggcc gccaagacga ccgacgcgcg ggttcgcgag      840

tttgccacgc atttcgatcc ccaattggtg tcgctgtact tccagttcgg ccgctacctg      900

ttgatctgtt cgtcgcagcc cggaggacag gcggccacgt tgcagggcat ttggaaccac      960

cagacgtttc ctgcctggga cagcaaatac acgatcaaca tcaataccga aatgaattac     1020

tggcccgccg aagcgaccaa cctgtccgag ctgcacggcc cgctgatcga cctgatccgc     1080

gacctgagcg ttacggggcg tcaggcggct tccggaatgt acggcgcccg gggttggacg     1140

gcccatcaca atacggatat ctggcgcatc agcggaatgg tcgatacccc gctcagcggg     1200

atgtggccta cgtcgaacgc ctggttctgc cagcatttgt gggatcgtta cctgttcagc     1260

ggcgatacgg tctacctggc ggaggtatat cccgttatga aaggggcctg cgagtttttc     1320

ctcgattttc tgaccgagga gcccgagcac ggctggctgg tctgcgtgcc gtcgatttct     1380

cccgagaaca ctccggcgaa ggcgggaatc caccatgccg tcgtcagcgg cgcgacgatg     1440

gacaaccaga tggtcttcga cctgttctcc aatacgatcg cagcggcgga aaccctcggc     1500

tgcgatgcgg atcttgccgg cgagcttcgg gaaaagcgtt cccggctcgc tcccatgcag     1560

gtgggtagtt ggggacagtt gcaggagtgg cagcaggact gggacaatcc cgaagatcgt     1620

caccggcatg tttcccacct gtgggggctc tatcccggac gccagatctc ggcctatacg     1680

actcccgatc ttttcgatgc ggcccgcact tcgttgattc accggggcga cgcttcgacc     1740

ggatggtcga tgggctggaa ggtttgcctg tgggcccgtt ttctggacgg aaatcatgcc     1800

tacaagctga ttaccgacca gatctcgccg gagggcgaat ctttcgaatc gggcggaacc     1860

tatcccaatc tgttcgatgc gcatcccccg ttccagatcg acggaaattt cggctgtacg     1920

gccggcatcg ccgagatgct gctgcaaagc cacgacgggg tgatcgacct gttgccggcg     1980

cttcccgacg tatggcggag cggacgggtg tgcggcctgc gggcccgggg cggtttcgag     2040

atcgtgcgga tggagtggga cggcggccgg ctgacgcggg ccgtgatccg ctccacgatc     2100

ggggggaact gccgcgtgcg ctcgtcttcg gcgctgcgct cttgcaaagg gggcggtttc     2160

cgcgctgccg aaggcgaaaa tccgaatccg ctgttcgccc ttcagcggat caatccgccg     2220

gtgatcgctc ccggcgcgcc gttgcatccg gtggcgttgc cgacgaaata tacatacgat     2280

atagaaaccg agacggggcg tgtctacacc ctgtcgtttg cggaataa                  2328


<210>  815
<211>  1770
<212>  DNA
<213>  Bacteroidales

<400>  815
aacgcatgga agtccgccga accgggcgtg ctgttttggg acaccatcct gcgcgaatcg       60

gtgccggact gctacgccga cctcggattc cgcaccgttt cgacgaatcc gtgcggcgaa      120

attccgctgt gcccgtacga cagttgccgc ctgctggcga tcaacctgta cagctacgtc      180

gacaagccgt tcacgaagga ggcttcgttc aacttcgata aattcaggcg gcacgtcgcc      240

gcagccatgc ggatgatgga cgatatcatc gacctcgaac tcgaaaaggt cgaagcgatc      300

ctcgaaaaaa tctcgaaaga tcccgaagac gaggacatcc gccaggtgga agtgaaactg      360

tgggagaaaa tccgcgaaaa agcgcttcaa ggacgccgta cgggcctggg catcacggcc      420

gaaggcgata tgctggcagc cttgggcctg cgctacggaa ccgacgaagc gactgatttc      480

gccgtcgaaa tacaaaaaac gctggcagtg gaagcctacc gcacatcggt caagatggcg      540

caggagcgcg gtaaattccc gatatacgac gccgggcgcg aagagggcaa cccgatgatc      600

gaacgcatca aagaggcgga cccggccctt tacgaagaaa tggtgaaaca cggccgccgc      660

aacattgcga tgctgacgat cgccccgacc ggaacgacca gtctgatgtc gcagaccacc      720

tcgggcatcg aaccggtatt ccgtccggtc tatacgcgcc ggcgcaaagt gaatccgggc      780

gacaaggatg tcaaagtgac tttcgtggac gaagtagggg attcctggga agaatacaac      840

gtattccacc acaaattcct cgtctggctc gaagtgaacg gatacgacat cgaagaggtc      900

aaaaacatgc cgatgaccga aatcgacaaa ctggtggccc tgtcgcccta ttacaaagcg      960

acggcgaacg acatcgactg ggtcagcaag gtcaagatgc agggcgccat tcagaaatgg     1020

gtcgaccact cgatctcggt aacggtcaac ctgccgaacg aagtgaccaa agaactggtc     1080

gccaaagtat acctgacggc ctgggagtac ggctgcaagg gcgtcaccgt ttaccgcgac     1140

ggatcgcgcg ccggcgtgct ggtcgacaag aagaagaaaa agggagccaa gacggaggaa     1200

gctccggtca atccggacgg ataccggccg ccgctcaaac gcccgctcga attgtccgcc     1260

gacatcgttc gcttcaagaa cggcgaggag gactggatct cgttcgtcgg catttacaac     1320

gaccgtccct acgagatttt caccggaaag atcgaggagg atgcgatgtt catcccgcag     1380

aaaatcaaaa aaggcgtgat catcaaggtc aaggacgccg aaggcaacaa acgctacgac     1440

ttccagtaca aggacaaata cgggtacacg aacacgatcg gcggcatctc gcgcctgttc     1500

gacgaagagt tctggaacta cgcgaaactg atttcgggcg tgctgcgcaa cggtatgccg     1560

attctggacg tggtgacttt gatcgaatcg ctgcacctga acagcgagag catcaatacg     1620

tggaaaaacg gcgtggcacg tgcgctgaaa caatacattg ccaatggaac caaagccaaa     1680

gagaagtgtc cgaactgcgg acaggaaacc ttggtttatc agaacagctg tccggtttgc     1740

atgagctgcg gttactccaa atgcggataa                                      1770


<210>  816
<211>  1716
<212>  DNA
<213>  Bacteroidales

<400>  816
atggctaatt tctttttaga caataaagac ctccagtacc acatgaacca tccgttgatg       60

aagcggatcg tggaactcaa ggagaaaggc tatgccgaca aagatttata cgattatgcg      120

ccgaccgatt tcgaggacgc gcaggacagc taccgccgcg tgatggagat catcggcgag      180

gtctgcggcg acgtgatcgc cccgaatgcc gaaggcgtcg accacgacgg cccgaaggtg      240

gtggacgacc atgtggtcta tgccccggga acggcccgga acatcgaggc gctgaacaaa      300

gccggtctgt tcggcctgac gctgccgcgc aagtacgaag gactgaactt tccgctgatc      360

tacttcgtga tggcgaacga aatggtagcc cgcgccgacg ccggattcga aaacatctgg      420

ggtttgcagg actgcgccga aacgctgaac gagtttgctt cggaagagat caaagcgaaa      480

tacctgccgc gcgtatcgcg gggcgaaacc tgcgcgatgg atctgaccga gcccgacgcc      540

ggcagcgacc tgcaggccgt aatgctgaag gcccactggg acgaagcgaa agggacttgg      600

ttgctgaacg gcgtgaaacg gttcatcacc aacggcgacg gacacatctc gctggtgctg      660

gcccgttcgg aagagggaac ggccgacgcg cgcggactgt cgatgttcgt ttacgaccgc      720

aaccacatgg ccgtaaaggt gcgccgcatc gagaataaac tcggtatcaa aggttcgccg      780

acctgcgagt tggtcttcac gaacgccccg gccgaactgg tcggcgaccg gaagatgggg      840

ctgatcaaat acgtgatgtc gctgatgaac gcagcccgtc tgggcatcgg cgcgcaatcg      900

accggcctgt cggaagccgc ttaccgcgaa gcgttgaaat acgcccgcga acgccagcag      960

ttcggcaagg cgatcatcga attcccggca atccgcgaac tgctggcgaa catgaaggcc     1020

aaactgcagg gatcgcgcgc gatgctgtac gagacgaccc gtttcgtaga gatctacaaa     1080

gacctcaccc acatcagcca cgaccgcaag ctcacgccgg aagaacgcgc cgagatgaaa     1140

gcctacaccc ggcttgcgga cgccttcacg ccgatgctga agctgatgag cagcgaatac     1200

tgcaactcgc tggcctacga tgcgatccag attttcggcg gctcgggcta catgaaagac     1260

tacccgatcg agcgcattta ccgcgacgcg cgtatcacga acatttacga gggcacttcg     1320

cagttgcagg tcgttgcggc gatccgccac gtcaccacgg gcacctacct cgcccagatc     1380

aaggaatacg aggcccagac ctacgaacag aaacacctgc acgaaaagct ggtcgccctg     1440

cgcgaagagt acgaacagag cgtccagaag gtcgtttcgg ccgagaacaa cgagtttatc     1500

gacttccatg cccgccgcat ggtggagatg gccgcgcaca tcatcatcag ctacctgctg     1560

atgcgccagg ccggcgaagt ggaagactac cgcaactccg cggaactcta cgtgaaatac     1620

gcagaggctc agaacagcgc ggcggcacgc tacatcgaaa gttcgacgct ggccgatctg     1680

gatctgatct ccgccgtcaa ggaagaggag ctctga                               1716


<210>  817
<211>  1875
<212>  DNA
<213>  Bacteroidales

<400>  817
atggctccgg ctggttacat cgacatgtcc acgatatgga aggataacga tagagtcggg       60

gcttacctga atgctattta cagtggaagt tatgttacag acaaaggaat cggacagtgg      120

tattttacta ccaatactcc ggttgccatg tcggatgatg cgtgggatgc ggacgcagaa      180

gtagaaacgg gattatattc ggctcaggct tataatggag tggcttcggc cagcaaccat      240

ccgttgttaa gaagcggtaa tatcagttgg ggcaatctgt atgaaggcgt gcgtaaatgc      300

aatatctttt tgactcatat cgattcggca acggttaccg aagagaagaa ccgcgcccgt      360

tggaaagccg aggcttattt gttgcgggct tatttctatg cggaattgat tcgttatttc      420

ggttcgatgg ctccgcttat aaagactgcc actgcttata cggatgattt tgaacaatat      480

gcgattaaat ctacttaccg tgagttggtc gagtctatca ttgccgattg cgattcggcg      540

ctggcggaac cggcagttcc ttggagaatt actaccggcg gagaatcgaa ccgggtaacg      600

aaagcgttgg cttgcgctct taagtcccgt tattcgcttt atgccgccag cccgctgaac      660

gcgacgaatg cgctggatgc gatgacttgg gaagaggcct atcagatcaa taaggaagcg      720

ttggctagtt tgcgtgagaa cagctatgaa ctttataaaa cgtgcaagaa tccgtccgaa      780

tacgatgtat tcgctaccaa agggcaggtg aaatggaaaa aaggttccga cgctgcggcg      840

gcaatgcatg aatatttctg ttcaacattg agttatgatg cgaatccgaa cgataaggag      900

acgatttggc aagatcgtgg cgcccgcggt gatatgtggt ttatcaacgg aatcggtttc      960

cagggatatt ataagtgcgg attgacgccg acgcaggaac tggtcgatca gtatgaaaat     1020

gtaaaataca acagcagtac tgccttggaa agttatccgg ttgtcgattt ggcgttgcct     1080

taccgggata atacgcattt gaaaccgaat tttaatcctg aaaatacgat tttcgatcag     1140

gtttcgaatc cttatgggga cagggatccg cgtttctacg taacggtcgt ttacaatgag     1200

tgtgttcgta ccgccttctg gaaaaacgaa gagatcgacg gtcgttcggg agttcattat     1260

gtcggaaatg ccatccgttc caaaacgatc tggacgaata aggaagacga ttacaccggt     1320

atccatagca gtcgtcgtca gagaacgcgt accggttact atctcaataa atacttgaag     1380

ccgtccgaag gagagaacgc aggcggtagt gtaaagtata aaattttccg tttggccgaa     1440

attattctga atactgccga atgcgctatt aatgccggtc atatccagga aggtatgacg     1500

ttggtcaatg aaatcagaga ccgcgcgggg atgccggctt ggccgacaag tcttacgcag     1560

gacgaagctc tgttgtatct gaaacatgaa cgccgtgtcg aaatggcgat ggaggatacc     1620

cgtttggacg atatgcgtcg ttggcagagg cccgacggag atatgtcgga ttatcagtgg     1680

ccgacggcta tggagatttc atggttgggc gatgataagg aaggtaagcc gatgtatact     1740

tacactcgta agcatattcg gaactctccc cgccgttgtt attccaataa gtggttgtgg     1800

gtgcccattc cgttgagcga tcagaatcgg ttggaaactt tgaccggaca tgcatggcaa     1860

aatcccggat ggtag                                                      1875


<210>  818
<211>  2379
<212>  DNA
<213>  Bacteroidales

<400>  818
atgagggatc tgaacatcgc catacgctcg ctcttcaaaa ggggacggca taacgtaaca       60

aaaatcgtct cgctgagtat cggattggcc atcggtctgg tactgattgc caagatctat      120

ttcgaacaat cctacgactc gttttatccg aatgcggata ggatctatcg tttgacgggc      180

tacacgagca acgaaaacga gtcgaaggtc agcgaatccg tttcggcaat cgtcgctccg      240

accatgaaag aggaagtacc gggcatcgaa gccgcaaccc ggctgaccca tatcggcgga      300

gacaggaaca aattcataac gtccgataag cggcgctact cgatcggcgg catcctgatg      360

gccgacagtt gcctgttcga cgtgctgccg cgtccggtac tgtcgggcga tccgaaaaag      420

gtattggccc ggcccggcta tgcgatgatt tcgcgctcgt tcgccgaaaa gctcggagga      480

atcgaccggg cagaaggcac ggtcatcgct tccgacaaca aaccggagat gacgctgacc      540

atcggaggcg tattcgaaga tccgccggaa aactcgcact tgcgctacga cgtactggtc      600

acattggagg aagcggacga cggaggcttc ctggcctggt tcggccgcca ctacctaacc      660

tatgtgcttc tgtcccccgg cgtcacgccc gaaaccctgc gtccggccat cgaccggatg      720

caacaaaaac acatcgtccc ccaagccctg caaaatgccg gcgtcgaccg attggcattt      780

ttcctgaaac ctataaggga agtgcatacc ggcgaagcca atatccggaa catgaccgtc      840

atgctggcga tcctcgcttt cgcgctgctg ttcacggccg tgatgaatta tatcctgatt      900

gcgatctcgg cgatcgtgaa ccgtagcaaa gaaatcgccc tgactaaatc gtacggcgca      960

tccgggaccg acatccaccg tatgacgatg tcggaaacgc tggtacatat gattctttcg     1020

ctcactctgg ccgtcctgct gatcctcgcg tgccgggaca ccgtcgaagg attgctgaac     1080

gtttcgcttg ccgccttgtt cttctccaaa ggagctttca tcctgtcggg catttgcgcc     1140

attgtatttt tcgtaaccgg gttcgtcccc ggcatgctgt tcgcccgcat tccggtagcg     1200

tccgccttcc gcaatttcaa ggaaaaccag cggcattgga agcagggatt gctgttcatg     1260

gaatttacgg cctcggcgct gctggtttcg ctgctgatcg taatcggcga acaacaccgg     1320

catatgctga acagcgatcc gggatactcg tacgatcgcc tggcttactg cgcggtcacc     1380

gatctggatt cgacggctcg aacgatgttg accgacgaaa tcgaaaaact tccggaagtg     1440

gaacaagtgt cttcctgcat aagactgccg ttcggccaaa tgccgggcgg cgcggcgatg     1500

ttacccggca cggaccagac ctgtttcgag atcgccgatc atttccgcgt cggcgacgga     1560

tttctggccc tgatggaaat tccggtcgtc gaaggacgtt cgtttacgga agaagtatcc     1620

cattccaatg aaattatggt aagccgctct ttcgtcgatc ggatgaagga tttcgcggat     1680

tggcccgacg gtgcggtcgg caagcggatc tcgatcacgg ggcacgagca gagagacttt     1740

acgatctgcg gcgtatacga gaattaccgc atcggatcgt tggccggcaa cctggacgat     1800

cggccctccg tcatgctcta cggccgccag gatcggcgca ttccgtcgag atacctgctc     1860

gtgaagtttc gcaggatgac ggcgcaagcc gtagaaaaag cggattccag attgcaagaa     1920

ttgatgccgg atgcggaact ggagctgacg ctttactcct cgagaatagc cggactgtac     1980

gagagttcgc gtatgctttg gatctatgtt acgatcggag gtctgattac ggtaatcatc     2040

tcgctgatcg gcctaatcgg ttatacgaat gatgagatca accgccgccg caaggaaata     2100

gccatccgca agataaacgg cgcatcggta cgaaccattc tccggatttt cctcggggac     2160

attctgagga taaccctccc ggcagccctg ctgggttgcg gcatttccta cttcgtttcg     2220

gaatactggc aacggcaatt tgccgagaaa gttccgcaga accctttgtt ttttatcgcg     2280

ggcggcctga gcgtttgcat catcgtcacc gcctgcgtgg tttaccgcac ctggaaagta     2340

gccaacgaga atccggtcaa caacctgaaa tcggaataa                            2379


<210>  819
<211>  2367
<212>  DNA
<213>  Bacteroidales

<400>  819
atgaaaaaac tcctgctccc gttcttctgc atgtcctgcg tatcggccat aagcgcccaa       60

aatattccgg aagatgcgga caccctgtcc atcggactga aagaggtgaa agtaatggct      120

tcctacggac atgacaaagg cgtcgagccg gtcgtactgt cgacgatcag cgcgaaagac      180

atcgcgacca aactgagcaa tcaggaattt cccgaaatca tgaaatccac gccgtcgatt      240

tatgcgacca agcagggagg aggcttcggc gattcgcggc tgatgctgcg cggcttcggt      300

tcggaaaaca tcgccgtgct gatcaacggc atcccggtca acggcatgga gaacggaagc      360

gtctattggt cgaactggtc gggactggcc gacgttacga acagcatcca ggtacagcgc      420

ggtatcgggc tctccaaact gggtctcttt tcggtcggcg ggacggtcaa tatcgtcacc      480

cagagcaccg aagtcaaccg gcagggttcc gtgtattacg gcatcggaaa cgaccgttac      540

cagaaaatgg gcttcaacct ctcttcgggt ctgcttccga aagggtgggc cttctcgatc      600

atgggaaccc gcacgacggg cgacggatac gtaaaaggaa cgaatttcga agcttggagc      660

tattttgcga acgtttcgaa aaaattcgga cgcaaccaca tcctgtcgct gacggccttc      720

ggcgcgccgc agtggcataa ccggcgcagc aacaaacagt cgatcgaaga ttacgacctc      780

cataaagacg gcatccggat gaatacctgt tacggttata tcaacggaca gatcgttccg      840

acctattcgg gctataacga ataccacaag ccgcaaatct cgctgaacca tttctggcag      900

atcaacggca aatccacgct gtcgacctcc gtttatgtct ccaatgcgac gggaggaggc      960

cgaaaagtat acggcaaaga cgccaaccgc ctgcaataca attataagac cggacgaccc     1020

aacgaaaaca cttcgctgac cccggacgga ctgatcgact acctgccggt gatggaagac     1080

aacaaaaact ccgaccacgg ttcggacgcc atcttcacga tgggaaccaa ctcgcacgat     1140

tggtacgggt tgctgtccac ctatacgaac gaactgtcga aatcgctcaa actgacggtc     1200

ggtatcgacg ggcgttatta taaaggctat cactacgaca agatttcgga tctgctggga     1260

ggcgcctact acaaggacaa caaactcgca tggcgcgatc cggacacgaa actgcgggaa     1320

ggcgacaaag tcaaccagga ctatctcagc aaaatcctgt ggatgggggc tttcgcccag     1380

ttggaataca accgggagca ctacaaggca ttcgtctcga cctccgtgac cagtcactcc     1440

tacaaacgcg aagatcccgg aaaatacggg acgtacggca accaggagac ctatcccgtt     1500

gcaaacgtaa aaaccccgtg gagcaatttc gtgccgttca gcgtgaaagc cggtttcaac     1560

taccgcttca acggaatgca caacgtattc gtcaacggcg gctacgtaac caaagcgccg     1620

acgatggaca acatcttcgt agacaacacg ccgctgtcga acccgatccc cgaaaaaatc     1680

gcgacgggcg aaatcggcta cggattcaat taccggacgc tgagcgtcat gctgaacggt     1740

tactacaccc aatggatgga caaaagcgtg accaaggcga tcggcagttg gaacggcccc     1800

agagcctgta tcccgaacat cgacgcgcgg catatgggta tcgaactgga agcgagctac     1860

cagccgctcg aatggctgcg ggtgtacggc ttctttacga tcgggaactg gcgctggacc     1920

aacgacgtga atttcaccct gttcaacgaa cagaacgaaa aaatcgggga ataccacgcc     1980

tacatcaaga acctgcatgt cggcaacgcg ccgcagacga gcgcgatgct ggggctcagt     2040

tgtatgccgg tatcgggact gaccctcggc gtcgacttca actactacgg gcgccactat     2100

gccgatttcg ccgcagccga ccgcacggat gaaaaagaca gggcggaagc ctggaagctg     2160

ccggattatt cgacggtcga cctgaacctc aattacgatt tcaaaatggg tacttttcag     2220

gggcagcttt tcggcaacgt gaacaacctg ttcaaccgga aatacatatc cgacgcactg     2280

gacggatcgg atcatacgcg ggaaaccgcc gtcgtatggt acggattcgg cattacctgg     2340

acagccggcc tcaggatatc gttttaa                                         2367


<210>  820
<211>  1965
<212>  DNA
<213>  Bacteroidales

<400>  820
atgagcgtag aggaaaaaga tcagatccaa caaaccgggg aggcgtactc cgcttccagc       60

attcaggtgc tcgagggcct cgaggcggtg cgcaagcgcc ccgcgatgta tatcggggac      120

gtcggagtcc gggggttgca ccatttggtg tacgaagtgg tcgacaactc gatcgacgag      180

gcgttggccg ggtactgttc ccgcatcgac gttttcgtca acgaggacaa ctcgatcacc      240

gttaaggacg acgggcgcgg tattccgacc gatatgcacg agaaggaagg gcgtcccgcc      300

ctcgaagtgg tgcttacggt gctgcatgcc ggcggtaagt tcaacaagga cagttataag      360

gtgtcgggcg gtctgcacgg cgtcggcgtg tcctgcgtga atgcgctctc cacgctgctg      420

gtcgccgaag tgcaccgcgg aggaaaaatc ttccgggaaa acttcagcaa gggcgttccg      480

cagggaacca tggaaatcat cggcgagacg accgaggacg atcacggaac gatcattacc      540

ttcaaacccg acagttcgat ctttacggtc accgaatacg attatgagac gctggcctcg      600

cgcctgcgcg aattggctta cctgaacaag ggaattaagc tcaatatcac cgacctgcgc      660

acgaagaacg aaaacgggga gtccgttcac gacgaatatt actcgaccga agggttgaaa      720

gaattcgtca agttcctcga cgccagccgc gaatcgctga tcgaaaacac gatctatatc      780

gataccgaaa aagacggcgt tccggtcgag gtggcgatgc agtacaatac gagtttctcc      840

gagaacgtgc attcgtacgt caacaatatc aatacgatcg agggcggtac gcacctgacc      900

ggtttccgcc gggcgctgac ccggacgctg aagaaatacg ccgaagattc gggtatgctg      960

accaagctga aattcgagat aaagggcgac gacttccgcg aggggcttac ggccgtcatt     1020

tcggtgaagg tcgccgagcc gcagttcgag gggcagacca agaccaaact cggcaacggc     1080

gaagtcgccg gcgtcgtcga tcaggcgatt tccggcgcgt tgacgcatta tctggaagag     1140

aacccgaaag acgcccgcgc catcgtgtcg aaggtgatcc tggccgccac ggcccggcat     1200

gcggcccgca aggcgcgcga actcgtacag cgcaaaacgg tgttgtccgg atcggggctg     1260

cccggcaagc tggccgactg cgcgtcgcgc gatcgcgatc aggccgagat tttcttcgtc     1320

gagggcgatt ccgcaggcgg ttcggccaaa cagggccgcg accggaattt tcaggctatc     1380

atgccgttga ggggtaagat actgaatgtc gagaaggcga tggagcaccg gatcttcgag     1440

aacgaggaga tccgcaatat cttcactgcg ctcggcgtga cgatcggaac cgaagacgac     1500

agcaaggcgc tgaacctcga taagttgcgt tacggccgcg tgattattat gaccgatgcc     1560

gatgtcgacg gcagccacat cgcgacgttg atgctaacgt tcttcttccg ctacatgaac     1620

aacctgatca aaaacggaca cgtctatatc gcgacgccgc cgctctatca ggtcaaaaag     1680

ggtaagaata gccgctattg ttggacggaa gaggagcgcg aggcggcttt ggcggaattc     1740

gggtcgaaag gggcccatgt acagcgttac aaaggtctgg gggaaatgaa tcccgaacag     1800

ttgtgggaaa cgaccatgtc gcccgaaacg cgtatcctgc gtcaggtgaa tatcgagagc     1860

gccgccgaag cggatcgtat cttctcgatg ctgatgggcg acgacgtgcc gccgcgccgg     1920

gaatttatcg aaaggcatgc caagtatgcc aacatcgata tttag                     1965


<210>  821
<211>  1638
<212>  DNA
<213>  Bacteroidales

<400>  821
atggctgtga gtaacacgaa caaaacgaaa tttatctttg tcaccggagg cgtcgcctct       60

tcgctgggaa aggggattat ctccgcatcc ctcgcgcggc tgttgcaagc ccggggctat      120

aaagtagcga tccagaagct ggatccgtac atcaacgtcg atccgggaac gctgaatccc      180

tatgaacacg gagaatgcta cgtcaccgaa gacggcgccg agaccgacct cgacctcggg      240

cactacgaac gtttcacgaa catcccgact tcacaggcca acaacgtcac caccggacgc      300

atctaccaga gcgttatcaa caaagaacgg cgcggcgaat tcctcggcaa gaccgtgcag      360

gtcatcccgc acatcaccga cgaaatcaaa cggcgaatca agttactgag cgccaagaaa      420

atatacgacg ttatcatcac cgagatcggc ggcacggtcg gcgacatcga atcgttgccg      480

tacatcgaag ccgtccggca gctccgctac gaactgggag cgaacaactc gctggtcgtg      540

cacctgaccc tgattccgta catggccgcg tccggcgaac tcaagaccaa gccgacccag      600

cattcggtca agcagttgct cgaaaacggc ctgcagcccg acgcgctggt actgcgcacc      660

gaaaagcacc tgaccaacga catccggcgc aaagtggcgc tgttttgcaa cgtggacgtc      720

aatgcggtcg tcgaatcgat cgacgtaccg acgatttacg aagtgccgct gatgatgctg      780

aaccagaaac tcgatctggt ggtgctcgat aaactacggc tgccggacaa cggagagccc      840

gacctgaaag cctggatcga attcgtcgaa aaggtcaagc atccgcagaa aaaggtcaac      900

atcgcgttgg tcggcaaata caccgaactg cctgacgcct acaaatcgat cgtcgaatcg      960

ttcatacacg ccggggccgc aaaccatacg aaggtgaaac tgcaatacgt aaattctgaa     1020

aagatcacca aagagaacat cgccgcgcaa ctgaaaggca tgtgcggcat tctggtagcg     1080

cccggtttcg ggcaccgcgg catcgaagga aaaatcgaag cggtgcgtta cgcccgcgaa     1140

cagaaaatcc cgttcttcgg gatctgcctt ggaatgcagt gcagcgtaat cgaattcgcc     1200

cgcaacgtgc tcggatacgc cgatgcgaat tcgaccgaga tggacagcac gacgcatccg     1260

gtgatcgacc tgatggaaga acagaagggc gtgaccgaaa aaggcggcac gatgcggctg     1320

ggaggatacc cttgcgccct gcaaaaaggc acgaaagtct atgcggcata cgggaaagcc     1380

gagatcgtcg aacgccatcg ccaccgttac gaattcaata acgactacct ggacgagttc     1440

gtccaagcag gcctcaaacc ggtcggcgta aatccggata cgaacctggt cgagatcgtc     1500

gaactggaaa accatccgtg gtttatcggc gtgcagtacc accccgaata taaaagtacg     1560

gcactgcacc cgcatccgct gttcgtatcg ttcgtaaagg ctgccgaaaa atattgcgaa     1620

agcaacagtt gtaaataa                                                   1638


<210>  822
<211>  2223
<212>  DNA
<213>  Bacteroidales

<400>  822
gtgcggaagg ttcgatccgc cgcatgttgc agatcggccg aagcagataa ttcgaataac       60

gaaaaaaacg aacgcgaaga agatatgaaa cggtttatcg tgctgtgcct ggctttgtgg      120

gcgggcgtgt caggagtccg ggccgacgag gggatgtggc tgcttcccta cttacagaag      180

ttgaatataa aagatatgaa ggcccgcggg ttccgattgt ccgcggagga tatttacgat      240

gtcaaccggt atgcgatcaa ggatgccgtc gtgattttcg gcggcgggtg taccggagag      300

gtggtttccg accggggatt ggtgctgacc aatcaccact gcggtttcgg tgcgattcag      360

cagcacagca ccgtcgagcg cgactacctg aaaaacggtt tctgggcgat gtccgaccgg      420

gaggagatcc ctacgccggg gctgaccgtg acgttcatcc gccggatcga agatgtttcg      480

gatcgcatcc tgtcgcaact ggacgattcg ctgtcggagc aggaccgcac cgtgaaggtg      540

gtacaggcca ttgcgatggt caagagccag acgaaactcg accggccggg acaggaggtg      600

gaaatcaagg attttttcgg cgggaaccaa tacttgctgt tcgtgaaaga agtttatacg      660

gacgttcgcc tggtgggggc tccgccttcg tcgatcggta agttcggcgg cgataccgac      720

aactggatgt ggccgcggca taccggcgat ttttcgattt tccggattta tgcttctccg      780

gacggcgctc cggccgatta ttcggaagag aatgttccct atcggcctcc cgtacatttg      840

ccggtatcgg taaaggggta taagccgggc gactttacga tgattattgg ttttccggga      900

tcgaccgagc ggtacaagac ttcttacgaa atcgactata cgctggacgt ggccaatccg      960

aaccggattt ttatccgcgg ggagcggcag aagttgatga tggaggacat gctcgcgagc     1020

gaccgggtgc gtatccagta cgcttcgaaa tatagctctt cgtcgaatta ctggaaaaat     1080

tcgatcgggg aaaaccgcgg gttgaagcgg cagcgcgttc gggagcggaa actcgccgaa     1140

gaagaaaaat tcaccgaatg ggcgaatgcc gatccggaac ggcgggcgaa atacggggag     1200

gcgcttccgc tgatccgcaa agcggtcgag gggtcggcgc cgctgcggga taggttgcag     1260

tacttttcgg aagcgctgat acggggtacc gagatcatcg gcgcggtcgg tgcggcgata     1320

ccgcttatca acgccgaaaa gcaggtcgat acgtcgagaa tcggtgaaat cgccggcaaa     1380

ttgcaggctt tttataaaga ttacaaccct cccaccgacc ggaaaatcgc caaacggatg     1440

ttcgggctgt tgctcgacag tctttccgcg gaggaactgc cttcgtgttt tgcggtgatc     1500

cgtgaaaatt tcggcggtga tgcggacgct tatatcgatt atgtctacga caattcgctg     1560

ttcgcatcgc ccgaaaaggc cgaggaattc ctacggcgtc cggatgcgaa tgcgtttctg     1620

aacgatccgg cgtataaaat gcggcgggag gtggtgaaaa cctataacgc gctggtggat     1680

tcgattcggg cgttcgattc ggtattttac cgggggcatc ggctgtacgt ggcgggcctg     1740

atggcgatga atccggacaa gaagtactac ccggatgcga actttacgat gcggctttcg     1800

tacggtcagg tattgccgta cgaaccgcag gatgccgttt attacgatta ctttacgacg     1860

ctggacggag tgatcgccaa ggaggatccg cagaacgctt acgaatttgc cgtgcctgac     1920

aaactgaaag aactttaccg cgagcgcgat tacgggcctt atgccgaaaa gggagtgctg     1980

cccgtaaatt tcatcacgac gaacgatatt accggcggaa attcgggcag tccggtgatg     2040

aaccgtaaag gagagttgat cgggctggcg ttcgacggga actgggaggc gatgagcggg     2100

gataccgttt tcgaaccccg gctgcagcgg accatctgcg tggatatccg ttacgtgttg     2160

tttattatcg accggtttgc gggcgacacc cggttgatcg acgagatgac gatcgtccgg     2220

tga                                                                   2223


<210>  823
<211>  2007
<212>  DNA
<213>  Bacteroidales

<400>  823
atgacgatac ttgctgcggg cgtcggggga tgccggaaaa agataaccga agaaaaattc       60

aattgggtgg cggaccgctt cgacgacatc cgggtgctga aataccgggt tcctgggttc      120

gatacgcttg ccctgaacga gaagttgctg atctattacc tgagtcaggc cgctctgagc      180

gggcgcgaca ttttgttcga ccagaacggg cgttacaacc tgcggatccg ccgtacgctg      240

gaagccatct atcagggata tgccggcgat cggaaagatc cgcgtttcaa gcagttcgag      300

aaatacctta agaaagtgtg gttcgccaac ggcatccacc atcattattc gaccgacaag      360

tttcggccgg aatttaccga ggcctatttc gacgagttgg tagccggtac gccgaaaacg      420

gattttccga tggatttcgg ttccgtggaa cgggtgatag ccgagatcaa accggtcgtt      480

ttcgacccgg aggtgatgcc caaacgggtg aacctcgctg ccggagaaga tattatccgg      540

gcgtcggcca acaattatta cgaaggggtc tcccagcaag aggtcgagga gttttatgcc      600

gcccggatgg acccgaacga ccggacgccg gtttcctacg gattgaacag caagttggtc      660

aaaggcggcg acggacggtt agtggagcag gtttggaaag tgggaggcat gtattctccg      720

gcgatcgaaa agatcgttta ctggttgcag aaggcttcgg aggtggctgt gggccgtcag      780

aaggaaacga tcgatgcgct gatcgctttt tataagagcg gcgatctgaa gcaattcgat      840

aagtacagca tcttgtgggt cggggatacg gcctctaaag tcgatttcgt gaacggtttt      900

atcgagagtt acggcgatcc gctggggtat cgcggttcgt gggagagcat ggtgaacttc      960

cgggacgagg atgcgaccga acggacgaag atcatctgcg aagccgccca gtggttcgag     1020

gatcattccc cggtcgacga acagttccgg aaaaaagagg tgaaaggcgt ttcggcaaag     1080

gtaattaccg ccgccatact tggcggcgac tgttatccgg ccacgccgat cggcgtcaac     1140

ctgccgaatg cagactggat ccgccgcgat cacggttcca aatcggtgac cgtcggcaat     1200

atcacgtccg cttatgcgga ggctgccaag ggtaacggtt tcgacgaaga gttcatattc     1260

gattcggaga cgatcgaact acataaaaag tacggctcgc tggccgacga cttgcatacc     1320

gatctgcacg agtgcctcgg acacggttcg ggacaactgg cgccgggcgt gaagggcgac     1380

gaactgaaaa attactcttc gacgctggaa gaggcgcgcg ccgacctgtt cgcgctgtac     1440

tatctgggcg atccgaaaat ggtcgaactg ggactcgttc cgtcgttcga cgtggccaag     1500

acggagtatg ccgtttacat gatgaacgga atgatgaccc agttcgcgcg gatcgagccg     1560

ggcaagacgg tcgaggaggc gcacatgcgc aatcggaagc tgatcgccga gtggtgctat     1620

gagagaggca aagacgagcg ggtcgtcgaa aaagtggtga aagacgggaa aacctatatc     1680

gtggtgaacg attatcagaa attgcggggg cttttcggcg aactgctgaa ggagattcag     1740

cggatcaaga gcaccggcga tttcgagagc ggccgggagt tggtcgaaac ctacgctgtg     1800

cagatcgatc ccgagttgca caaagaagtg ctcgaccgtt atcaaaagct cggtctggcg     1860

ccttacagcg gctttgtcaa tccggtttac caaccggtca tggaaaacgg ggagatcgtc     1920

gacgtcaatg tcgaatatac cgacgactat gccggtcaga tgatggagta ttcgcgcgaa     1980

tattcgttcc tgccttcggt aaactga                                         2007


<210>  824
<211>  2436
<212>  DNA
<213>  Bacteroidales

<400>  824
tcggtaatat taattaactt cactatgaat ataaaaataa ttatgcgaaa tatgaaaaca       60

actctccgat ctttcttaat tttattatcg attctttcgt cgatcccgtt gcgggccgcc      120

gatccgacag agattccgtt tcgtatcgtc gattttctcc aggcggagcg tgcccgccat      180

caggagaagt tgtggcttca tctggacaaa ccctactacg gggccggaga caaaatttgg      240

ttcaaggcat acctcgtgga tgcgaccgag cacaggacgg acaccctgtc caacttcata      300

tacgtagaca tcgtagaccg gaaaggaaaa accgtgctca caaagaaaat aaagcgggat      360

tcgtgcggtt tcgccaacaa cttcgagatt ccacacgtat tccccgcagg agattatacg      420

ctccgggcat acaccggatg gatgacgaac ttcgaccccg cattcttctt ccaaaggaac      480

atccgcatcg gaaactccct atccggacgc gtaaacgccg cggtaacata caccgatcca      540

aaaaacggaa ccccccaggc catcgtgcga ttcaccggcc cggacagcga accctatccg      600

gacgtaaacg tccggttcga ggtgttcgac cgcaatggca aacgaatatc cggagcgcag      660

cagaaaacca ccgtaacagg agccgtattc gtagacctgc cgcccgattc catacggcaa      720

ggagggtacg taagcaccgc gatagaccag ggcgagctct tcttcaaaaa agagttcttc      780

tttcccgagg actccgtgcg cgtggccgta aagtttatgc ctgaaggggg agacctcgtg      840

cccggcgtgc cgcagatcgt cgctttcagg gccgaacgat cggacgcacg cacggccgag      900

gtcgaaggcg tcgtaacgac taaggacggg gataccgtcg cccgattcgc cagcgagcac      960

gacggaatgg gatcgtttct gatcatcccg aagacagggg aacgctacgt tgcgaccgtg     1020

gcggcgcgca cgggggatac gctgcgcgta gagctccctg aagtcgacga cgacgggtat     1080

gcgctcgcgg ccgtgcagac cccggacgaa gtccgttacc gggtaaaccg agatccggac     1140

aaggagttcg aacccatgac cgtcgtcgcg cacgtccgtg gaaaatgcat cggaatacaa     1200

aacctgaacc cgatgaatcc gaccggacgg tggaagaccg attcgatacc cgagggaata     1260

ctccacctcg tgctgatcga cagctcgctc aggacgcgca gcgagcgaat cctgttcgtg     1320

gcccatccgc acgaccggga aaggtgggag gcggcctccg acaaaccgcg ctacgagccc     1380

aggcagaagg tcgttatccg gatcaggctg actgcggctg actcgacgcc gctgggggca     1440

gactgctcgg tcagcgtgac ggacaggaaa accgtcgcga ccgattcgct cggagaggac     1500

attcgcgcga acctgctgat gacttccgac atacgaggat atgtccgcaa tccggggtat     1560

tacttccgcg acgaatcccc tgcgaccagg catcacaggg atctgctcat gcgtacgcgc     1620

gggtggagaa ggttcgactt cgcgaagatc gcagacaccg ccgcgttcag gcccgagcgg     1680

ttttgcgagc acgggcagtt catcgcagga cacgtgaccg gaatgatggg aaaggacgcg     1740

ccgctggcca gggtgaccgc cgtagccctt aacagagaaa acgtgttcgg aaccgcggtc     1800

gcagacgaac ggggaaactt cctgatcgac gggctcgact tccgggacac caccctgttc     1860

atggtgacgg cgaagaccag gaggggaaag cccgtgcagg cggttgccat cgaagaatcc     1920

tatccgagac ctgccttcct gagaaagaat cctttcgaac cggaaacgga aaaaaacgca     1980

atgaaccgct atctcgaaaa tacgaaaaaa ggtcttctcg atttgaacgg agaaaaggta     2040

tacgaactcc ccggggcagt cgtaagggct gtggacccta gaaaaccaaa ggcgaacagt     2100

tacggtacgc tatacgatac aaccgcgctc gctaagtaca aaccaatgtc cctgtataac     2160

tacatgatgt tcttgccggg agtggtaagg gtggggggag gtttgtttgt aaaaagaaaa     2220

gggttgccaa atccattaga tcccaaagtt gatttcagta aactttatgc tcctgttact     2280

ttatcgctta atgggacgag ttgttctata agcgatttag ctcactatat aattgatgac     2340

gttttgtata tcagcaatgt aaggacaaca gaaataatgt ctttatccgg tagcggcgaa     2400

tgtcaaaatc atatagagat aattttaaaa gaaggt                               2436


<210>  825
<211>  1191
<212>  DNA
<213>  Bacteroidales

<400>  825
atgaattgta aacaacgcat cggcgaacgg atttattgga cgagcgtcaa cgatcgccgc       60

aaacaacttt ttgagaatat ctggccattg cccaatggag tgtcctacaa ttcgtacctg      120

attcgggacg aaaagtgcgc gctgatggat accgtcgaga gcggcagcga ccgttcgtat      180

gcggactggg tgtccgagtc gctcgacggg cgtccgctcg attacctgat catccaccat      240

atggaactcg atcattcggg cgagatcgaa aacctggtgc agcgttaccc ggatgtgaaa      300

atcgtcggta actgtaaaac tttccgggtg ttggaagcct atttcggcaa acgggacaac      360

ctgatcgagg tgaaggacgg cgacacgctg tcgctcggat atcacaacct gaagttcgtg      420

tttacgccgt gggtgcactg gcccgaaacg atgatgacgt tcgaccagac cgacggcgtg      480

cttttttcgg gcgatgcgtt cggtatgttc ggggcgctcg acggaggggt gtacgacgac      540

cagaccgatt tcgctttcta cgaggacgag atgcgccgct attattcgaa catcgtcggt      600

aagtacagcc cgatggtgca aaaggcgctc gccaaattgc gcgactatcc gatccgtacg      660

atctgcccgc tgcacggatt ggtgtggcgt accgatccgt gcaaggtgat cggcctgtac      720

gatcgctgga gcagctatca gggcgaggac ggcgtcgtgg tcatctatgc gtcgatgtat      780

ggcaatacgg cgcaaatggc cgattacatc gcccgtcgga tcgccgaagc cggcgtgaaa      840

aaggtccgcg tccacgatgt gtcgaaaacg catatttcat accttatcaa cgatatctgg      900

cgctataagg gggtggtgct cggaagctgc gcctacaacc tgcagatgtt tccgctgatg      960

gagaacctga cgcgcgagtt gctgcatatg ggcgttaagg agagattgct cggtattttc     1020

ggtacgtaca gttggaacgg agggggcgtc aaaaatctga atgctttcgc cgaagagatc     1080

gggtgggagg tggtcgcgcc cgccgcggag atcatggggc atcccgagcc cggaaaagag     1140

gcggcctgcg atgcgttggc tgcggcgatg gccgcccggt tgctcgggta g              1191


<210>  826
<211>  1818
<212>  DNA
<213>  Bacteroidales

<400>  826
atgcgtatga aaaagtattt attgttgttg gcgtcaatcg ccacgatggg attcgccgct       60

acttcgtgta gcgacgagaa gaacgacggc ggggaggacc ccgatctgac gactccgatc      120

gagttgtccg gcgtcgtgat cccgactttc caggaatcga tgaagggagc caatgtcacg      180

atccagggca aaggttttct cggtaaggac aaaatcgccc ttacgccccg tcccagcggt      240

acggccgtcg aggtcgctcc ggcggaaatt acggcttcca agctggtgtt caagttcccg      300

agcgatctgg ccaccagcga agaaggttgg acgctgacgc tcaagcgcgg tacgcagagc      360

aaggaaatcg gcacgatgat gcccgaagat ccggaagacc ccgaactgac gacgccgatc      420

gaactgtcgg acgtggtgat tcccgatttt accgaatcga tgaaaggcgc cagcgttacg      480

atcgacggca aaggtttcct cggtaaagac agggtggaac ttaaacccgt ttcgggcggc      540

gatgccgtgg aggttaccaa ttccgaagtt accgacgcca aactggcgtt cacgttcccc      600

gacgacttgg ccatcgacga acaaggctgg acgctgacgc tcaaacgcgg tacgcagagc      660

aaagagttcg gtacgctcaa accggtcgat ccggcggacg atcccgatct gaacaccccg      720

atcgaactcg cttccctgtc ggttccttct ttcgtggaat cgatggtagg agggaacgtg      780

acggttaccg gccgcggttt cctgggcaaa gataaaatcg ttctccagcc ccggtccggc      840

ggcgacgccg tagagaccgt atccggcgag attaccgacg ccaaactggt gttcgcgttc      900

cccgccgacc tggctgtcga tgccaaaggc tgggtgatga cgctcaagcg cggtacgcag      960

acgcaggaac tgggatgttt ccgttccgcg gtaggacgct ttatggttcc cgatgccgca     1020

ttccgcgaat atttgcagag tctcgttccg gacaataagt acctgttcga cgaaaagggc     1080

aacgcttaca aacccgatgc ggccgaagtc gtattcccgg acgaagtgaa atacgaatct     1140

acttataaga cgctgaacct tatcgataaa gcggtgactt cggtggaagg cttggaagga     1200

ttcccggatg ctgcgaacat caaattcttc tcgctggaca attccaagtt gcagtcgctc     1260

gacatgacgt tgttccccaa ctgcgaaaga ctggaagccc ggaatacggg aacgctcgaa     1320

accgtgaatt tcggcgccgt gggagtcgct ccagccaacg aattgcggta tctgcatctg     1380

aacggaaaca aaatcaagag gctcgacgtc agcaacgttg tgaagctttg cgaactgacg     1440

atcatggaca atccgctcga atacctcgat atccggaaca tgatggccaa tgccgacgga     1500

tacatgtatt tgtggaaaaa accgggtcgc gcggctgtta atttcgaatt taccgaagat     1560

acttccgtag aacgtacgct gaaggtggaa tactactggt ggagatgcgt ttcgcagtcc     1620

aatgtcgata cggtgggcgc cgagcttacc tgggtgacgg ataacccggc catcgatgcg     1680

ctgaatgccg gcgtaatcgt ggaatgctgg acttactggg gcgaaaacgg gcaaccgcag     1740

accttgatgc acacgcacaa caagaacggc gagaaccacg agatatgcga tttgtatccg     1800

ggttcgctcc atccttaa                                                   1818


<210>  827
<211>  1323
<212>  DNA
<213>  Bacteroidales

<400>  827
atgaaaaaac taatcgagac catcaagaat atattcaaga tcgaagagct gcgcaagaga       60

atcctcttta cgctctcttt gcttcttgta tatcgcttcg gtagttttgt ggtgattccg      120

ggtatcaatc cggctgctct gaacgacctt cagagtcagg tggatggcaa cggattgctg      180

gggctgctga atatcttctc cggaggagca ttcagcaacg cctcgatttt cgcgctcgga      240

attatgccct atatctctgc ttcgatcgta atccagttgc tcggaatcgt agttccctac      300

ttccagaaac tgcagaaaga aggggagagc ggccgccgca aaatcaacca gtggacccgc      360

tacctgacca ttatcgtgct gttgctgcag gctccggcct atctggccaa tttgcacggt      420

acgctgcaac cttatgcttt cgtattgggt tccggcgcat tgttcaccgt cagtgcgacg      480

atcgtgctga ttgccggtac gatgttcgtg atgtggctcg gcgagaagat taccgataag      540

gggatcggaa acggcgtgtc gctgatcatc atggtgggaa tcatcgcccg gctaccgcac      600

gcgctgatgg ccgagttgaa tacccgtttt acggaatcta ccggtggttt cgtgatgctg      660

atcgtcgaac tggcgctgtt gttcctggtt ttcgcggcta cgatcgctct ggtacaggct      720

gtccgcaaga ttccggtgca gtatgccaaa cggatcgtag gcaacaaaca gtatggtggc      780

gtccgtcagt acattccgct gaaaatcaat gcggcaggcg tgatgccgat catcttcgct      840

caggcgttga tgttcattcc cgccctgttc agcaagttcg aatcgaccag tgcgatcggt      900

acggcattca gcaactattc gggtttttgg tacaatctgg tgttcggatt actggttgtg      960

gcatttacct atttctatac agcaattacc gtgaatccca acatgatggc ggaggatatg     1020

aaacgtaacg gcggttttat cccgggcgtg aaacccggca agaaaacggt cgattacctc     1080

gataccatca tgacgaggat cacgctgccg ggttccgttt tccttgcgat cgtggcgatt     1140

ctgcccgctt ttgcgatgaa actcggaatc aacaatcagt ttgcgctgtt ctatggcgga     1200

acctcgctgc tgatcctggt gggcgttatt ctcgacaccc tgcagcagat tgaaagctac     1260

ctgctccttc gtcactacga cggtttgatg aagaccggac ggatcaaggg cagaagcgct     1320

taa                                                                   1323


<210>  828
<211>  4200
<212>  DNA
<213>  Bacteroidales

<400>  828
atgttttttg aaacaaaaac gaaaaaatta tcaaagaatg attatttttg tgctatcaag       60

aatatgaaat tgccgaaacc ttcaacgatg aattgcagat acattttatt atttacgtcc      120

gtttttgctt ttataacgtc aaaaacggat gtaaaagccc aacaaaattt tcatttttca      180

ccccggatct caaaccttca gatacgggat atctgtcagg attccttggg gtatctctgg      240

attgcgacgg cccgcggtgt agaccggtac aacggctatg aatacgcgca attattccgg      300

gacgaatcgg ctcccgaaac gtctatccaa tccagccgga tcaacaggtt gcatttggac      360

aaaacgggaa atctatggat agcgacatcc aggggattaa gtaaatacga tctaaccatc      420

gacaaaataa caccctatac catcagtaac ggacaagacg aatacttcgt aaccgatctc      480

gccgaagatt ccaccggtaa tttatggatc gcgacttaca gcaacggaat tctcaaaatg      540

aaccgcacga cgggcatttt gtctccgatg ccccttccgt tcggcaaccg ggcttcccaa      600

cgggcgcata ccctgtttat agacgactta cagaatctat ggatcggata ctctaccgga      660

tcggcgctcg gcagatacaa catcgacgac cagacggcag aattgtacac gctcccggat      720

tatatcgaaa tcaactgcct gtccaaattc ggcgattcac agatatggat aggaaccgac      780

cagggaatac tcgcttacag tatcaaagga aggaaactga cctccgttcc gccatccata      840

cggaaacacc cggagctatc tgccgcaaaa ataaacagca ttaaactgat agacaagaat      900

aattacatca tcacatcaac gcattatgca tataaatatt gcatcagtac aggcgaaata      960

gccgtcatcc cggtaaaaag cgaaaaaaac gatcaaaaca acgacatcac ctgtgcattg     1020

aaagacaagc agggaaatct atggctcggg actttcgaac agggcatcgt caaagtcaac     1080

gccgcggaaa atacgttcaa ccatccggaa atatcttcgg tcacactgaa cgggaaatcg     1140

gtaaccgtcg tttgcgaaga caaaaggttc ggccggatct ggttcggctc caaatacgac     1200

ggactctatt gctattcgaa aaacggttcc gtaaaaaatc tcacaaagaa caaccatcct     1260

gcattggctt caatccgcaa caactcgata cgggccctgt tttgcgactc tcaaaacagg     1320

atatggatca gtacgggacg taacctgatc gtgggacagc tcaacgcgtc cggattttcg     1380

gaaattacga cgctgcaaaa tttcgggccg atcacggcga tcggacagga tctgtcgggc     1440

aatatctggg cggggggatt ctccggactt tattttttcg gtcaaaatgt gacggccgag     1500

ccttcgcagg tcgtaaaaaa tgtgacggtc accacgatcc aaccctataa agccgatcag     1560

atcgtttacg ccgcctacgg gcaaaatgtt ttcacgatcg atcaccgcga tttcgaaccg     1620

gaaccgttga tcccggaggg tcagttcgcc aacatgcacg cgttgaacgc atgtaccgat     1680

atccgccgat ccgaaaacgg ctccctatgg atcggaagct acaacaaagg gctgctcgaa     1740

tacgatccga aaacacggaa aatcacaaag tacacctaca cggagggact tccgagcaac     1800

gacatcctgg ccctgaccga agacggaaac ggacgtatct ggctcgccac ctccaacggg     1860

ctgtcacggt tcgatcccaa aacgaaacgg ttccgtaatt tcaacgaaac cgacggactg     1920

aacaacaccc agtttttcga acgagcgatg ctgaccgcat ccgacgggct gatctacatc     1980

ggtggaaatt tgggaaccga ctgtttcaat ccgaacgacg tcaagcaaaa cggataccat     2040

ccatccgtcg tattggaaga cattaagatt cagaaccgga gcgtcactcc gggcggcaag     2100

cacgctccga tcggcaaaag catcgcttac gagcggaaga tcacgttgaa ccactggcaa     2160

aattcattca gtatcgacta cgcaggcatc gactacaatt actcggacaa acttcgttat     2220

gcgtataaac tggacggtct cgataaagac tgggtagagg cgggaaacaa caagcgggcc     2280

tcttatgcga acgttccgcc gggagagtac cggttcaaac tcaaagtgca gaacggggac     2340

ggggaatgga gtccggaaac cgggatcgat atccggataa aagcttcccc atggctgacg     2400

ggctgggcct acgccctgta tatcctgctg gttctggcct tcattattac ggtcaccaag     2460

ctgtatttca ggacgaaata caataaaaaa gcgctcgccc tctccgaaaa acagcgactc     2520

cacgaacagg agatcaacca gcagaaaatc gacttttacg gaaacatctc ccacgaatta     2580

cggactccgc tgaccctgat caacggaaac atcgaactgc tggcgcatgg cgcgctgaac     2640

gaagacaacg agcataaact gataacgact ctgtcctaca actccaaccg gctgctgcga     2700

ctggtcaacc aattgctgga tttcagccgg atgggtaacg aaacgatccc gttgcacgtc     2760

atgcaaacgg atatcgtgcc gctcatccgg aatgtggccg gctcgttccg tttcagcgcc     2820

cataccaaag agatcgatta ttcgctgcac ctgacggaag actccctgca aatctacacg     2880

gacgaagacg tgctcgaaaa aatactgacc aacctcgttt cgaacgcggt aaaatacact     2940

ccccggcaag gtcgtatttc gatcgacttt cggaaaatcg accggaacac tgcggtcgac     3000

cggtatcccg aatttgacgc ccccggttcc gaatgtctgg agtttcgagt cgtgaactcc     3060

tgcaaaacaa tcgatccgca gcaattggaa cacatcttcg accggttcag gcggttggaa     3120

aatacggaaa gtacggagga gattccggga agcggcatcg gcctccacta caccaaaatg     3180

ctcgtctgcc gacagaaagg atcgataaaa gccgtcttct ccgaaacgga aggtctgatt     3240

atgagtttcg tgatcccaat cggtagagag gcgttcccgg ccgacgaaat tttcgaacag     3300

cagacgcccg gaaaccttcc tgaaaataca aaatccgacg gagcggattt cgacacgccc     3360

gtcgttcaaa cgccctcgcc ccccaaagga cgcacgatac tgatcgtgga ggacgacccg     3420

cagattcaca cgctgctgca cgaaattctg cacatcgaat acgatctact gcacgcctat     3480

aacggaacgg aaggcgtcca gatggccagg gaacagatgc cggaaatgat catcagcgac     3540

atccggatgc ccgaaatgga cgggatcgcc ctgtgtaaaa ccattaaaaa cgatccgcaa     3600

ctcagccata ccattttcat cctgctgacg gccaagaacc ggatcgaaga gcggatcgaa     3660

ggatacaact gcggcgccga cgcctatatt aacaaaccgt tccgcgccga ccacctgatt     3720

tcggtcatcc acagccaaac gaacaacagg gaccggctga aagcctattt cagcgacaaa     3780

ggtctgcacg ccgagcagga ggaacctttc ggggacaacg accggatacc gggaaacctg     3840

ccggagatcg accaacgttt catggaaaaa ttgcattcgt ttatcgacaa aagcatcgaa     3900

aatccggata tcaacatcaa cgtgatcgcc gtcgaattgg gtttcagccg aaccagtttt     3960

taccgcaaaa tgaaaagcct aaccggcctg gctccgaacg attacgtccg gaatttcaaa     4020

atgaaaaaag cggccaaact gatcctcgaa ggaaatctga gcatcgccga aatttccgac     4080

cagaccggat tcggcacaca gtcccatttc tcgaccgcat tcaaaaaata tttcggggtg     4140

agtccgaaag actacaaaga gaaatggaag gaagagcaca aacgatccca tgcgaaataa     4200


<210>  829
<211>  1863
<212>  DNA
<213>  Bacteroidales

<400>  829
atgtatatca cgctcgcaat cctggtactg tcggccgtct tttttatgaa cggccgggta       60

cgttccgacc tggtggcgct gtgcgcgctg ctgggcctgc tcgttttcca aatactgacc      120

cccgaagagg cgctggccgg attcgccaac ccgatcgtca tcatgatgat cgggctgttc      180

gtcgtaggcg gcgcgatttt ccagaccgga ctggccaaaa tggtcagcag ccgcatcctg      240

ggattggccg gcaacagcga actgaaactg ttcatccttg tcatgctggt cactgcggcc      300

atcggcgcct ttataagcaa tacgggaacc gtcgcgctga tgctcccgat cgtggtgagt      360

ctcgcagcca atgcgaacat gaacgtcagc cgcgtactga tgccgctggc attcgcaagc      420

agcatgggcg gtatgctgac gctgatcggg accgccccga acctcgttat ccagaacgta      480

ctgaccgacg cgggctacca gccgctgacc ttcttttcgt tcactccggt cggcctggta      540

tgtatcctga ccggaatcat cgtgctgatc ccgctgagcc gatggttcct cggtccgaaa      600

aaagagaaaa aacagcaacg gcagaccgga aaatcgctcg gcgaactggt ccgcgaatac      660

caactcgccg acagcctgtt ccgggtcagg gtatccgccg gctctccggc cggaggacaa      720

acggtgcggg aactgggcat ccaacagcaa tacgacctca acctggtcga aatccgccga      780

atccaatcgc cccaatcgca tttcctgaaa tcggtcagcc agcagttggc cgaccccgat      840

acgacgctcc gcgacgggga tatcctctac ttgatggggc tttttgaaaa cgtgcaacga      900

ttcgccgccg actgccggct cgaactgatg gacacccata cgaccgaaca acgcaccgaa      960

ggcaaaccag gcacgctcga tttctacgac atcgggatcg ccgagatcct gctgccgccg     1020

acctcccggc tggtcaatac gccggtcggc gaatccggat tgcgcgaaca gtacgacgtc     1080

aacgtactgg gcatccgccg caagaacgaa tacctgctct ccggcctgaa agacacgaaa     1140

atgcactccg gggatatcct gctcgtacag ggcgcgtggc acgacatttc gcgtctggac     1200

ggcgaaccgt cggaatgggt cgtcctgggg cagccgctgg ccgaagcgtc ccgggtaacg     1260

ctggattaca aagcgccgct agccgcggcg atcatggtgc tgatgatcgc ctgcatgatg     1320

ttcgacttca tcccgatcgc cccggtcacg gccgtgatga tcgccgccgt gctgatggtg     1380

ctgaccggct gcctgcgcaa cgtggaagcc gcttacaaaa cgatcaactg ggaaagcatc     1440

gtactgatcg cggcgatgct gccgatgtcc gtcgcgctgg aaaaaacggg agcgtcggag     1500

ctgctctcgc gacagctcgc ccaaggactg ggcagctacg gaccggtcgt tctgctcgca     1560

ggcgtctatt tcaccacctc gttgatgacg atgttcatca gcaacacggc cacggccgtg     1620

ctgctcgcgc cggtcgctct ccacgccgcc gtagagatcg gggcgagccc ctatccgttc     1680

ctgttcgcgg tcgcggtggg agcgagcatg tgtttcgcct cgccgttctc tacgccgccc     1740

aatgcgctgg tcatgcaggc cggacaatat gcgttcaaag attacatcaa agtcggccta     1800

ccgttgcagg tcattatggg gatcataatg atcctaatac tcccgctgct gttcccgttc     1860

tga                                                                   1863


<210>  830
<211>  1521
<212>  DNA
<213>  Bacteroidales

<400>  830
ttgcataaaa ttgccctctt tttgacacaa tacgaagttg aaggcacatt tattgcagat       60

tacgcggagg tttcgtatat ttgcatgaca gatcgaaaaa accgggacgc caaggcgcgc      120

cttggtttgt ttgttttcta ttgtgtgatt aagaaccgta aaaaaatgat ggaattgtct      180

gaattaaccg ccatatcgcc cgtcgacggc cgttaccgca gcaaatgcga agtgctggcc      240

gactacttct cggagttcgc gctgatccgc taccgggtga tggtcgaagt ggaatatttt      300

atcgccctgt gcgaattgcc gttgccgcaa ctcgccgacg tggacgcgtc ggcgttcgaa      360

gggctgcgcg acctgtaccg cgactttgcg gaagcggacg cgctacgcgt caaagagatc      420

gagaagacga ccaaccacga cgtgaaagcc gtcgaatacc tcgtaaaaga gaaaatggag      480

cagctcggta tcggcacgca caaggagttc gtgcacttcg ggctcacgtc gcaggacatc      540

aacaacacgg cgattccgtc gacactgcgc gacgcgacca acgacgtcta ctatccgctg      600

atcgaacaac tggtggccaa gctcacggca ttgtcgaagg agtgggaaga gatcccgttg      660

ctggcgcata cgcacgggca gcccgcctcg cctacgaaac tcggcaagga gatttgcgta      720

ttcgtcgaac ggctgaacaa gcaaatcgcg ctgtcgcgcg cgattccgtc gccggccaag      780

ttcggcggag ccaccgggaa tttcaacgcg cacgtagccg cttacccggg catcgactgg      840

atcgaattcg cgaaccgttt cgtcaacgac atcctgcacc tggaacgttc gcaggtcacc      900

acgcagatcg agcactacga caacatcgcc gcgatcctcg acaacttcaa gcggatcaat      960

acgatcctga tcgacctgtg ccgcgatatg tggacgtaca tttcgatgga atacttcaaa     1020

cagaagatca aagcgggcga agtcggctcg tcggcgatgc cgcacaaggt aaacccgatc     1080

gacttcgaga acgccgaagg caacctcggc gtggcgaacg ccgtattcga acacctgtcg     1140

tcgaaactgc cgatctcgcg gatgcagcgc gacctgaccg actcgaccgt actgcggaac     1200

atcggcgtgc cgatggccca tacggtcatc gccttcaagt cgatcctcaa agggatggac     1260

aagctgatca tcaacctcga cgcgatcaac gaagacctcg aacacaactg ggcggtcgtc     1320

gccgaaggca tccagacgat tctgcgccgc gaagcctatc cgaacccgta cgaggcgctg     1380

aaagcgctga cccgcaccaa caagccgatc accgaagccg atatcaaagc gtttatcgaa     1440

ggattggacg tgccggcagg agtcaaggaa gagctccgca ggctttcgcc gcagacctat     1500

accggcgtgt gcaaatacta a                                               1521


<210>  831
<211>  3030
<212>  DNA
<213>  Bacteroidales

<400>  831
atgaatattt cagaaatcag tatccggcgg ccggtgctcg ccacggtgat gaccgtgatc       60

atcctgctgt tcggcctcat cgggtacaat tacctcggcg tgcgggagta tccgagcgtc      120

gacaacccga tcatttcagt ctcgtgctcc tacccgggcg cgaacgccga cgtaatcgag      180

aaccagatta ccgagccgct cgaacaaaac atcaacggca tccccggcat ccgctcgctg      240

tcgagcgtca gcagccaggg atcgagtcgc atcacggtcg aattcgaact gtcggtcgac      300

cccgaaaccg ccgccaacga cgggcgcgac aaagtctcgc gcgcacaacg ctacctgccg      360

cgcgactgcg atccgccgac cgtatcgaaa gccgatgcgg acgcttcgcc gatcctgatg      420

gtcgccatcc gcagcgacaa acgctcgctg ctggaactga gcgaaatcgc cgacctgacg      480

gttaaagaac aacttcaaac gatcagcgac gtcagcagcg tttcgatctg gggtgaaaag      540

cgctactcga tgcggctgtg gctcgacccg gtcaaaatgg ccggtttcgg ccttacgccg      600

gtcgacgtga aaaacgccgt agaccgcgag aacgtcgaac tcccgtcggg cagcatcgag      660

ggaaacacca cggaactgac cattcgcacg ctcggactga tgcactccgc agaagaattc      720

aacagtctca taatcaaaga agagaacaac cgaatcatcc gattccgcga catcggacgg      780

gcggagctcg gcccgcagga cacccgcagc tacatgaaga tgaacggggt gccgatggtc      840

ggcgtcgtcg tgatcccgca gcccggagcc aaccacatcg aaatcgccga cgcggtctac      900

gaacgaatgg aacggatgaa aaaggatctg cccgaagacg tggaaaccag ctacggattc      960

gacaacacga aattcatccg cgcctcgatc aacgaagtcg aaagcaccgt atacgaagcc     1020

ttcttcctgg tgatcgtcat cattttcctg ttcctgcgcg actggcgcgt gacgctggtg     1080

ccgtgcgtag taatccccgt ctcgctgatc ggatcgttct tcgtgatgta cctggccgga     1140

ttctcgatca acgtgctgtc gatgctggcc gtggtgctct cggtcgggct ggtggtcgac     1200

gatgccatcg tgatgaccga gaacatctac atccgcatcg aacgcggcat gagtccgaag     1260

gaggccggta tcgaaggagc taaggagatc tttttcgccg tcatctcgac gaccatcacg     1320

ttggtggccg tctttttccc gatcgtattc atggagggca tgaccggccg gctgttccgg     1380

gaattcagcc tcgtagtggc cggcgcggtg atcatttcgg cattctcggc gctgactttc     1440

acaccgatgc tggcgaccaa gctgttgaag caccgcgacc ggccggggtg gttctaccgc     1500

aagaccgaac cgttcttcgt cggcatgaac cgtttttaca gccgcacgct ggcggcgttc     1560

ctgcgccgca gggtgctcgc cttcccgatc gtgctggcga tggtcggcat catctacgtc     1620

ctgtggagcc ggattccgtc cgagatggcg ccgctggaag accgttcgat gattacgatc     1680

aatacgcgcg gaccggaagg cgtcacttac gaatacatac gcgactatac cgaggacatc     1740

aaccggctgg tcgacacgct ggttcccgaa tcccgggccg tcacggcccg cgtatcgagc     1800

ggcagcggaa acgtgcagat cgcgctgaaa gacatcaccg aacgccaacg gtcgcagatg     1860

gatatcgccg aacagctatc caaagcggtc aaaagcaaga cgatggcccg cgcgttcgtg     1920

cagcaacaat cgactttcgg cggccgacgc ggatcgatgc cgattcagta cgtgctacaa     1980

gccaccaacc tcgaaaaatt gcaggaggta ctgccggagt tcatggccag ggtctacgac     2040

aacccgactt tccagatggc cgacgtcaac ctgaaattca gcaaacccga agcccgcatt     2100

tcgatcaacc gcgacaaatc caacctgatg ggcgtcagca cccgcgacat cgcgcagacg     2160

ctgcaatacg ggctcagcgg ccagcgcatg gggtatttct acatgaacgg gaaacaatac     2220

gaaatactcg gcgagatcaa ccggcagcag cgcaacaagc cggtcgacct gaaatcgatc     2280

tatatccgca gcgacaaagg cgagatgatc cagttggaca acctggtgag cctggccgaa     2340

ggcatcgcgc cgccgcagct ctaccgctac aaccgtttcg tttcggccac gatctccgca     2400

ggcctggccg aaggcaaaac gatcggtcag ggactcgacg agatggacaa aatcgcgaaa     2460

gaggtactag acgacacgtt ccgcaccgcg ctggccggcg actcgaaaga gttccgcgaa     2520

agttcgtcga gcctgatgtt cgccttcgtg ctggccatcg tactgatcta cctgatcctc     2580

gccgcccagt tcgaaagttt caaagacccg ttcgtcatca tgctgaccgt accgctggct     2640

gtcgccggag cgctgatatt tatgttcgcg accgggcaga cgatgaatat tttcagccag     2700

atcgggatca tcatgctgat cggcctggtc gccaagaacg gtatcctgat cgtcgaattc     2760

gccaaccaga aacagggaac gggcgtcgcc aagatgcagg ccatcgaaga agcggcgctg     2820

caacgcctgc gcccgatcct gatgaccagc gcctctacca ttctcgggct gctgccgctc     2880

gccttcgcca ccggcgaggg agccaacgga cggatcacaa tggggatcgc cgtggtgggc     2940

ggcatgctgg tttcgacgat catgacgctg tacatcgtcc cggccatata cacctatgtc     3000

tccacgaacc gattaaaaaa gcaagcatga                                      3030


<210>  832
<211>  4167
<212>  DNA
<213>  Bacteroidales

<400>  832
atgaagatct ccaaaccctt aaacgaatcc ctcccggccg aacaagccgc ggaattatac       60

cggtccattc tcggaacgtt gccgctgacg acttttctgt acgaccgaaa caagaatctc      120

atcgaagttt accatccgtc ttccgtatcc atcgagaaat accgcataga gtcgtacata      180

ggcagcaata tcatggatta catcaatgac gaatcctccc tgctgcatga ccagttcgtg      240

aagttcaacg aaattttcga ccgggtgctg gcgaccggag aacccgggcg attcgaatac      300

gaagtggacg gcgaatacat cgaatcggga gtcgccccgc tcggcgaaaa ccatgtcatc      360

tcttatgtgc gcaacacgac cccggccgtc aaaaaacaac tggaaaccga acgcatgatc      420

cggaacgaac tttcgctggc catgacggtc ggagggctca cttcctggag tttcgacgtg      480

ggaaaaggga ttatttcgac caaacacgat aacgaggtga tcggagaccg cctgacttac      540

gacgagttcc tcgcccggat cgacccgcag taccgccacc gggtatccga actgttcggg      600

aaaataaccg gccgggaaac cgaccgggcc gaagcgactt tgccgatcac cgacatccac      660

ggcaaacaaa tctggatcaa cgtacacgcc atggcgcagg aatacgcgcc cgacggaaaa      720

gtttcggtta tcgtcggctc gcagaaagac gttacgcggg aactggccga taaaaacggc      780

cgcgaggagc tgctcaaaca gaatgcgctg atcatgaaca acgccgcctg cggcttcgtc      840

tacatcacgc ccgattaccg ggtggcctgg gaaaacaccg cccatgtgct gccgcccgaa      900

ttcgacgacg gcacccgctt tttcgaggtc ggcgagccgt gctacaaaaa cgaacaccgg      960

atgcaaaatt cgcacacccg gaaattcgtc gaagcggcat tccgggaaaa aaccgtgcag     1020

cgcatcgaaa agaggattca atcgcggata tggatcgaca tgacggccag tccggttgtc     1080

gccggtaacg gaacggtgga aggcgtcgta ctgaaaatcg aaaacgtcac cgaacgcgtg     1140

tcgctgcgga acgagtatga aaacctgtac cggcaaacca aaaccattct ggactcgctg     1200

ctcgtaggcg tcgaggttta cggaacggac gggcggcttc tgttcctgaa cgataccgat     1260

taccggatct tcgggctcga caaagaaaat ttcgacctct cgcggatcaa catccaggac     1320

aatccgaacc tgcccatcga aataaaagaa ggcgtgacga aaggaataaa tacccatgcg     1380

accttcgctt accatttcga cgcggtgaaa gacgccggct tctacgctac ttcgcaggag     1440

ggcgtcctgc agatcgaatg cgacggacat cccgtgatcg acgcttccgg acgaatcgaa     1500

aattacgttt tcatcgtccg cgacgtgact gaacaggaac ataccgacga cgaactccgc     1560

caaaacaaac gcaagatgga gctggcaatg caggatgccg acatcatgct ctgggagttc     1620

gacgtacggc aaagactctt tttcagcgac aacgaaccgc tcaacggcta cgatcatgcc     1680

cgaccgctca ctatcgacga ctacctgagt tgcatctatc ccggagacga agcccccgcc     1740

ctggagaccc tgcaaaagat gtgcgcgggg gaagcctgtt ctttcaagtt cgacgtccgg     1800

atcaaacttc ccggataccc cgacgaatgg caatattgca ccatcaacgg ctcctcttat     1860

cagaaggacg gagaagggaa ggcgacgaag ttcatcggca cgcgcaaaaa caatacggaa     1920

ctccaaaaaa agaaacaact gcaggaaacc atcctcaaca gcatccccgt ctcgatccac     1980

atcaaggacg tcgacgacaa tttccgttac gttttctgca acgacgagag caagcgcctg     2040

ttcggcacca gcgaggatac gaccacttac gacgtgatgg atcccgacaa ggtggcccgt     2100

atcgaaaaga ccgacaagga ggtcttcgcc accggcaaac cctatttcgg attggagcat     2160

atcgaactga aagacggacg cgtctacgac acgctcgtcc gcaaaagcgt cgtttacgac     2220

gacggcaggc gcctgctgct gaacgtccgc tgggatcaaa gcctgcagaa cgacctcgaa     2280

cgccgcgcca aagtgctcaa catcacgatg gaggcgatga atgcgtacac ctggttctac     2340

gaaccggaga aggacaagat cagtttcggc gaaggttccg acaagttcgg acgcgatatt     2400

ttacactccg attcactcga aaaattcata cgtttcattc atccggacga acgaaaactc     2460

tttatggagt ccatccagag gctgatccgt aacgagaccg acgaatggaa cgtggagtac     2520

cgggccgacc tccgcaacag cggcgtttac gaatggtggc aaacgcgcgg tatgctcgaa     2580

acgaccctgc gcgacgatat cccatatacc tatatgttcg gcatgacgat caacatcgag     2640

gaacacaagc agaccgaact gacccttttg aagaaccgcg aggaattgaa ccacctgatc     2700

cgacaaaacg aaatggtgct caacaacgcc aactccggcc tggcgtacat ctctacggat     2760

tacatcgtcc aatgggaaaa tatctcgatg tgttcggcca gtctgtcgca cgaagcctac     2820

cggaaaggca cgatctgcta ccaaagcacc cgcggccgca cgtcgccctg cgaaaactgc     2880

gtcatgcagc tttcgatgcg ctcgcgtcag atggaacagg ccaaattcac gttcgacaac     2940

ggacatacgg tcgaagtatt cgcaactccc gtattcagaa gcgaccggac gatcgacgga     3000

gtcgtagtcc gcatagacga cgtgaccgaa cgcgaacgga tgatcaaaga actgaaacag     3060

gccaaagcgc tcgctgagca gtccgacaaa ctgaaatcgg cttttctggc caacatgagc     3120

cacgagatcc gtacgccgct gaacgccatc gtcggattct ccggcttgtt gatggaaacg     3180

accgaacagc aggagaagga ggaatacatc aaaatcatcc atatcaacaa cgaactgctg     3240

ctgaaactga tcaacgatat tctggatttg tcgaaaatcg aatcgggatc ggtcgaactg     3300

caatacgagg acttcgacct gtcggaatat ttcgacgaca tggtgacctc gatgaaacag     3360

cgcatgacca atcccggcgt acggctgata gcaagcaacc cctactccgg ctgtaaagtc     3420

aggctggaca agaaccgtat cgcccaaatc atgaccaact acgtgaccaa cgcgatcaaa     3480

tacacccgga aaggatttat cgagatgggg tacgaatcga aagacgaagg catccggctc     3540

tacgtgaaag acagcggcat cggaatcccg gaagataaaa agcacaaagt attccaccgt     3600

ttcgaaaagc tggacgaatt cgcccaggga acgggtctgg gcctttcgat ctgcaaggcg     3660

atcgccgaat cgatgggagg ctacgtaggg tacgaatcgc gctacggcga aggatcgctt     3720

ttctgggccg tgttgccttg caatgccgaa gtccagcctt ttgagaagca attggactcc     3780

ctgaccgaaa cgccggatat ccccgaacgt aaaacgatcc tggtcgcaga ggatattccg     3840

agcaattacc ggctggtttc ggccctgctg gagaagcgct tcgacctgat ccatgcgaag     3900

aacggccggg aagccgtgga aatcgccggg agcgggcggg ccgacctggt gctgatggat     3960

atgagaatgc ccgtgatgga cgggctgacg gctaccgcgg aaatcaggaa attcgatccg     4020

gagatcccga tcgtcgccct gacggcccac gctttcgaca cggatcagtt ggcagcgctc     4080

gaagccggat gcaacgaata cctcctgaaa cccatcgaca agacgaaact catggccgta     4140

ctgcgaaaat actgtcataa accctaa                                         4167


<210>  833
<211>  1404
<212>  DNA
<213>  Bacteroidales

<400>  833
atggaaaaaa agataaaaaa agagaaaata gaccggcgcg aatttctgaa aagactcggc       60

gcgggagcgg ccgtttcggc ggttgcgctg tccggttgcc gtccgaagcg caatccggcg      120

tcgggcgacc gctcggcgca aggcgaggtt ccgaccgata agatgaccta ccgcactaat      180

ccgactacgg gcgaccgcgt gtcgttgctg gggtacggtt gtatgcgctg gccgaccgtt      240

gccgacagca gcgacgagca gatcgaccag cagatggtca attcgctggt cgattacgcc      300

atcgcgcacg gcgtcaacta tttcgatacg tcgcccgctt attgtaaagg gcgttcggaa      360

cgcgcaacgg gcattgcgct gagccgtcat ccgcgcgaca aatatttgat tgccaccaaa      420

ttgtctaact ttgctcctgc gacttggagc cgggaagctt cgctggcgat gtaccgcaat      480

tcgttcaagg agttgcaggt cgattatctc gactacctgt tgcttcacgg catcggtatg      540

ggcggtatgg aggcgctgaa aggacgctat ctcgataacg ggatgctcga ttttctcgtt      600

gccgaacgcg aagcgggacg tgtccgaaac ttgggattct cgtatcacgg cgatatcgag      660

gtcttcgatt acctgcttgc gcggcacgat gagatcaaat gggatttcgt gcagatccaa      720

ctcaattacg tcgactggaa acacgccaaa gaggtcaacg ataggaatac tgacgccgaa      780

tatctttacg gtgaactcga aaaacggggt attccggccg tcatcatgga gccgctgctg      840

ggcggccggc tgtcgaacgc gcacgaccat atcgccgcta aactgaagca acgtcgtccc      900

gaagcgagcg tcgcctcgtg ggcgttccgt ttcgcgggat cgtttcccgg cgtgctgacc      960

gtgctgagcg gtatgactta catggagcat ctgcaggata atctgcgtac ctattcgccg     1020

cttgaggaac tgaccggttc ggacaaggag tttctggaag agacggcgca ggcgttgctg     1080

cgttatccga ccattccctg caacgactgc aaatattgta tgccgtgccc ttacggattg     1140

gatattccgg gcattctgct gcatttcaac aagtgtatca acgaaggtaa tatgccctct     1200

tcgtcgcagg atgcgaatta ccggaaagcg cggcgggcgt ttctggttgg ctacgaccgt     1260

tcggtgccgc gcttgcggca ggccaatcat tgcatcggct gtaaccagtg caatccccat     1320

tgtccgcaaa gcatcaacat tcccgcggag atgcagcgca tcgacaaatt cgtcgaagat     1380

ctgaagcagg ggcgtgcatt ctaa                                            1404


<210>  834
<211>  1197
<212>  DNA
<213>  Bacteroidales

<400>  834
gtgcacgaaa taaaattcag cactctggaa aatattcgct atttttaccg ggagttttgc       60

taccggtacg gacatccgac gaccggccgc aaaccacggc aaacagacaa aacacgacaa      120

ggcatgagca aaccggataa aaaagttacg ataaaagacg tcgcccagct cgcgggagtt      180

tcgaaaggca ccgtagaccg ggtgatccac aaccgcggcg aagtgtcggc cgaaagtttc      240

cggaaagtac aggaagtggt gcggaaaatc gactacaaac cgaacgcgta cgcctcgctg      300

ctcgcctccc ggcgtcatta ccggatcacc tgcctgatgc ccgacttcga aggaggagac      360

ttctgggaga tcgcgcaccg gggcgtcctg cgagcttatg aagagtgccg cgatttcaat      420

atcggagtgc aggtagtacg ttacgaccag tttcgagtcg aatcgttccg gcaggcttgc      480

agcgacacgc tggccgacct gccggacgcc gtgctgatcg tcccgatgtt ccgcgaagcc      540

gcgacggagt tcgttacgga gttggccggg aaaaaagtgc cgttcgtttt catcgaatcg      600

aaactgcccg gcacgcccta tctggcctat tacgggatgc cggtcttcga aagcggctac      660

ctgggagcga gcttgctgtt gcggaattcg gccccggcgg aggtcgcctg tttccggttc      720

caccgcagcg gagacgcgct cagcaacacg gcatcgatcc gccaggacgg tttcctgcat      780

ttcataaaac aggaaaagcg ggcatgccgg ctatgggtcg actacttgta tccgtccgac      840

tgtgcgcaaa ataccgaaat cctcgaccgt tttttcgaag cgcatcccga catccggcac      900

atcatcatct tcaactcgcg cgcctacatc gtagccgaat acctgcaggc gcacggcatg      960

ggctatcgca tcctgctcgg tttcgacccg ctggagcgga atgtgaagtg catgaaatcg     1020

ggctacctcg actatatcat cgcccaaaaa tgcgaaaccc aggcctaccg gggcgtcaga     1080

gcgctgtgca acctgttcgt tttcaaaacc acgccggcca gtgccgacaa ctacatgtcg     1140

atggacatcc tgaccgccga aaacgtgaac tactacatcg acctgcccaa cgaataa        1197


<210>  835
<211>  1899
<212>  DNA
<213>  Bacteroidales

<400>  835
atgaaaaatt ttttaaggct atccgttctg gcgatgatgc tggctctgct ggcgggctgc       60

tcgaaagacg aaccggagaa aggcgacggc ggcgaaggag gcgataacgg cggcaatacg      120

cccggtcctg tttacgaaga agcgcaggta aacagcgacc tgtggacggc caccgatccg      180

ctgggacgca aactgcccga ctacgaacag gccggcacaa aaaagaaaaa caaatacata      240

gccatgttct actggacgtg gcacaacccc aacatggtca gttacggtac ggtcggaaat      300

atttcccaaa ttttgaaaga gaaccccaat gccatcaagg agaaggacaa cccggtatgg      360

gaccgcggag gcagcaatac gcacttctgg ggcgaaccgc tgttcggcta ttaccggacg      420

accgacccgt acgtactgcg caaacatgcc gaaatgctcg ccgacgccgg agtcgacgtc      480

gtgttcttcg actgcacgaa cgcgccgttc ctgtgggacg agtcttacaa tgccctgatg      540

aaaacctggg atcaggcgcg taaggacggc gtgaaagtcc cgaaaatttc gttcctgctt      600

cctttcgggc cgagcgacgc atcgtacgac atgatcaaaa ggctgtacaa cgacgtgtat      660

aaagtccgca aataccagaa cctctggttc acctggcagg gcaagccgat gctgatgggt      720

tataacgaca acatcccgac gaacaacgcc gaagaccgtg aaatgaagaa tttcttcaca      780

ttccggcccg gtcaggcgga ctacgtcaac ggcccttcga acaacaccca gtggggctgg      840

ctggagattt acccgcagaa caaatacgcc tataacgagg aagtagcggt cggcgtagcc      900

cagaatacct gcgcttcgaa ctactaccat gccagcgcat tcaatattcc cggtacgttg      960

ggacgaagct acacgggaaa gaacaaaagt tgggacacgc gcccggactc ttacctgtac     1020

ggagccaatt tccaggaaca atgggaccgc ggcatccagc tcgatccgta cctgattttc     1080

gtcaccggat ggaacgaata catcgccggg aaatgggata cgggatggca gggcgacccg     1140

ttctcgttcg tcgaccaatt cgattgggaa cacagccggg acatcgaacc gaacaacgaa     1200

tggtgggatg ccgacggcaa ttacagggga gacacctatt attaccaact gatccagaac     1260

gtgcgtaaat tcaaaggcat gactcagcgc gaatatgcgt cggaaaccaa aacgatcaaa     1320

ctcgactcga tggcagcttg gacagacgtg aaacccgact tcaggcacta caagggaaac     1380

gcgatcaagc gggcccacgc cgggcatgcc gacaagtatt acaacagctc gctgggacgc     1440

aacgatatcg tcgatgcgaa aatcgcccgc gatgccgaat acatctactt ctatgtcgaa     1500

accgcttcgg cgatgacttc tccgcaggac gaaaactgga tgatgctttt catcgacatc     1560

gaccggaaca aatcgaccgg atgggaaggc tacgactacg tcgtcaatta cgaaacgccg     1620

gacgcatcga ccggaaccgt ctcgaaaaac gtcggaggca aatgcgaatg ggataaagcc     1680

ggagatttcg attacgtcgt caaaggcaac aaaatggcga ttcggatgaa acggtcggta     1740

ctcggaatca aggataaaat cgacctcgaa ttcaaatggg tggacaacat gccgaaaaat     1800

acagaatcgg gcaaacccga atacaacgcc tcgcagtttt atacctgcgg cgacgctgcg     1860

ccgggagcgc gtttcaactt tatctacacg gtcaaatag                            1899


<210>  836
<211>  1308
<212>  DNA
<213>  Bacteroidales

<400>  836
gtggaggtgt cgttcgatgt gaatatcgaa aagttgcgtc cgaactatcg ggtcgtgatg       60

acgcccgtgc tctacaacgg ggccgacagg ctggcgctcg agcagatcgt cgtaaccggc      120

aaccggcgca gcctgtacga tacccgcaat agagcgaccg gcggcaaagg ctatgtctta      180

aaaagaaagg atactcctgc gaaggtcggc tataaagcgc tcgttccgta tcaatcctgg      240

atgaatacgg tgtcgctgtc gctcggcgaa accgtggtcg ggtgttgctc cgaagatacg      300

aaaccggccc ggacgctcgc cgcggacaag ctgctctatt acgagatcgt gccggcttac      360

aacagcgagc cgctcgaata ccggctcacc gaactcgaaa aatattccct ggagaatccg      420

tttctgcatc ctgtcgagga ttatcccaac cgttacgaca tcctgttcaa cgaacgcgac      480

aaagggacgg ccgtaatccg gtttaccgta gggtcgcacg taatcgatat ggatattccc      540

ggcaacaagg agttgctcgg cgcagtgggg aaagcgttcc agcttatcca cgaagatccg      600

aatgcgtcgc tcaaacggat catgatagcc ggatacgctt cgccggaagg tacgctggcc      660

ggcaacacgg cgctcgcgca aaggcgtgcg gagtcgttcc gggattacct gctgaagaac      720

ctcgacatgc cgcgcgacga gagcctgttc gaactttaca acgggcgcga ggattgggac      780

ggtttgcgta aaatggtcgc cgagtcggat atggagtacc ggcaggaggt gctcgacatc      840

atcgatgcct acgccatcga gcaggaagag cgcaagacca aattgaaaca gcttgccgac      900

ggaaagccgt atgcctacat gctgaagaat ttttatcctg ccctgcggaa tgccggatat      960

ttgcaggtct actacgacat cgaccggacg gcttccgtcg ctacggcggt tacggacgag     1020

cacggccgca ccacgtggat tgacccggac agtcctgaaa acatcggggt tacgcggatc     1080

aacagggcta tgcggcacat ggtcgaagga gactacgaag ccgctttgaa agaactggaa     1140

ggtcagcagg agaatcctgc ggcattcaac tacataggcg tatgctacat gatgaaaggg     1200

gattacgaca cggccgaaaa atttctccgg aaagccgaag ccgccggcga tccgtacgca     1260

tcggtcaatc tcgaacacat cgggcaggcc aaaagaatcg aattttag                  1308


<210>  837
<211>  1170
<212>  DNA
<213>  Bacteroidales

<400>  837
atgaaaaaac atttgacaaa atcactgctg cttttgctgc tcagcgcagc cgtctgcagc       60

ctcaactcct gccggaaaga agaaacgggc accccttcgt ccggttcggg cggcggagag      120

ggagagaccg ccggtacggt gaaaggattc ttcctgctga acgaaggcaa tcaaggcagc      180

aacaaggcct cgctcgacta tttcgactac gaaacgggcg tctacacaaa aaacatctac      240

cccgaacgga acccgggcgt agtcaaggaa ttgggcgacc tgggcaacga cctgcaggtt      300

tacggcgaaa aactgtatgc cgtgatcggc ggttcgggac tggtcgaagt aatggatgtc      360

aacacggcca agcacgtggg gcagatctcc gttccgagcg gccgccgact cgcattcaaa      420

gatcagtacg tctacatcag ctcctacgca ggcccgctta atttcgatcc gaacgcccgg      480

aagggttacg tggcccgggt cgacacggcg caactcggga aagtcgatac ctgcgtggtc      540

ggctatcagc ccgaagacat cgtcgtctcc ggcaacaaac tttacgttgc caactccggc      600

ggataccggg ctccggtcta cgacagcacg gtttcggtga tcgacctgag cacattcaag      660

gagatttaca aaatcaacgt agcgatcaac atacagaaga tgaggctcga ccgttcgggc      720

aacctctggg tgtcgacccc ggggaactac tacgacatcc cgtcgcggac tttcgtgatc      780

gacacgaaaa cggacaaagt gaccgacacg ctcgaagtgc cgaacgccaa catggccctg      840

cgcggcgact cgctgctact gtacagcgcc acctgggaca tgaccaccgg aaaaagcgcc      900

tattcgttca ccttcataga cacccggacg aaaaaagacg ccgggcagaa tttcatcaag      960

gacggaacgg ataaaaatta taccgcagcc tatgaaatcg cggtcaaccc ggacaacgga     1020

gactttttcg tcaccgatgc gaaagactat ataacgcccg gaaagatcta ttgctacggc     1080

tccgacggac gtaccaaatg gtcggccacc acgggcgaca ttccggggca catcgcattc     1140

acgcataaaa agctgcaacc gctgaaataa                                      1170


<210>  838
<211>  1245
<212>  DNA
<213>  Bacteroidales

<400>  838
atgaataaaa tattgttagc aagcatactg tccgtagccc tgatgacggg ttgcgggaac       60

cggccttcga gcgccggagc gtccggggac ggacatacgt ccgaagcgga acacggcgat      120

cacgacggcc atgaccatga agccgaaggg cacgatcacg aggccgagga ggccgggcgc      180

gcgggacacg atcacggagc cggaggggat acccatgccg gtgaaatcgt ctttacgaaa      240

gcgcaggccg cgcagaccga tttcgaactg ttcgaagtgc aacccgttac gttcaatgaa      300

gtgattccta ccagcggtcg gatcatggca gcgcaaggcg acgaggcttc ggtcgtagcg      360

ccggtcggcg gcgtcgtgtc gttcaccaat aagaagatcg ccgacggtac gccggtcggc      420

cgcggggaaa cgctgtttac gatttcgtcc aaagagatgg ccgaagggga ttacgtggcc      480

cgcacccgct caacgtacga gcaggccaaa gcggctttcg aacgcgccga aaacctcgtg      540

aaagacaaga tcatttcaca gtcggattac gaacagagcc ggctcgctta cgaaaatgcc      600

aaaaccgcct acgatgcggt tgcaggcaaa acttccgtcc ggggaacgcg ggttacggcc      660

ccgatcggcg gttttattaa gaatgtcgcc gggagcgaag gggccttcgt cgaagtggga      720

cagacgctgg ccaccgtttc gcagaacaaa cggctcgtac tgcgcgccga agtgtcgcaa      780

cggtacctga acgatctgcg ttcggtgtcg ggcgcgaatt tccgtacgcc gtacgacgac      840

aaagtctact cgctctccga aatgaacggg cggctattgt cggtcggtaa gagttccgac      900

ggcagttcgg ttttcattcc ggttattttc gaattcgata acggcgggga cgtgatcccg      960

ggttcgttcg tcgagattta tctgatatcg tcgccgcagc gcgacgtgct gaccgtgccg     1020

ctgagcgccg taacggagga tcagggtgtt cacttcgtat tcgtgcaact cgacgacgag     1080

gggtatgcca aaagggaagt gaagctcggc gccgccgacg gcaggaacgt acgtgtgttg     1140

tcgggcctga aagccggcga gacggtcgtc agcaaaggcg tcgcgcaggt aaaaatggct     1200

tcgttctccg gggcgatccc cgaaggccat tcgcactccc actaa                     1245


<210>  839
<211>  1113
<212>  DNA
<213>  Bacteroidales

<400>  839
atgagatatt atttcctctt ttttctattg cttgtatcgt attcctgttc ccgggaagat       60

caaaatcccg attcgatccg gatcgacctg tcgcgcagct acggcaatga acaactggaa      120

aacatcgtag acgatatccg tttggttcct ttggaaacga acgacagttg catcgtcggg      180

cagtacgacc gggtaatcgt aaaaggccgg tcgattttca ttctggacaa aatgcaaaac      240

accgtttttt gtttcgatac aaccggcaaa ttccgacaga aaatcaaccg acagggacgt      300

tcaggccagg aatatatcac ggcagacgat tttatcgtac aggacaatac gcttattgtt      360

ttcgacaaca acaaatcgca attacaattt tacgactttc agggaaacta tgtaaaaaca      420

atacccattt gccagggaga tcaaatcgcg gttaatccgg caggcggcta catcgtttat      480

tcatccgtcg cggacaaata ccatgtccac acattcaacg acaagggaga aaaaaccggc      540

gaatacctac ccgtcgaatc aaaaataatc aacctcccga gcgcattttg caataacaga      600

tccatcctct cctataatga cgaaacattc attctcaatt ttttcgacta caatgtttac      660

tcattgaaaa acaacgagct aaaaatcaaa taccgttatg acttcggggt gaaaaatatg      720

cccgacgacc tactcgaagt atccgatccg gcttcattca tgcaaaaaat agcaaaagac      780

aagagcgttc aacaaattga aaactttacc gaaacacgaa attggataac attcgatgcg      840

cgctatcctg tctattacaa caaaaatgca caagtctatt atgtattcaa cgagttgaaa      900

tttccttaca gtcttttctt ttggcaagct cctttggcaa taaacgacga caatgaatat      960

ttctcgatcg tttccatcaa ccaaatccag gctttggtcc cggctgtgaa aaaatatacc     1020

ggacaatacc ctttcatcga aaccgtcgca agtgcgtcga ttaatgataa cgacaataat     1080

tgggtcctgt ttttccggct gaaaaacaat taa                                  1113


<210>  840
<211>  1332
<212>  DNA
<213>  Bacteroidales

<400>  840
atgaatcacg agcaagggaa aataaaaatc ctgaaattcg gaggctcctc ggtaggctcc       60

gtcgaaagaa tcaaacacgt cgcacgactt atcagcgacg aacagcccaa agtggtcgta      120

ctttcggcca tgtcgggaac gaccgacgcg ctggccggga tcgcggcgaa actgtccggc      180

ggagatatgg acggcgcgct ggacgacgcc gtccgcctgg aaaacaagta ttcggcggtc      240

gccgacgcgc tttaccgccg cgcaggaagc gcgggaaagg cgaaaaaaca tatccaaaac      300

agcttttcgc tggtgagaga aatctgccgg aaaccctttt ccgccgccgg agaaaaaatc      360

attctggccc agggggaact gatcgtaacc cggctgatgt acctttatct cgcggagacg      420

ggagtacatg ccgccctgct gccggcagtc gatttcatac ggacggacaa atgcggggag      480

ccggacatgc gatttatccg gaaacatgcg cgcaaagcca taaacggtta tcccctcaac      540

cggattttca ttacccaggg ctacatttgc cgcaacgctt cgggcgaaat agacaacctg      600

caacggggcg gaagcgatta caccgcttcg ctgctcggcg ccgcgctgga cgcctgcgag      660

atccagatat ggaccgacat cgacggactg cacagcaacg atccgaggat cgtatccgca      720

acctctccgg tacgcagact cactttcgac gaagcttcca aattggccca tttcggcgcg      780

aaaatcctgc acccgacctg catcctgccc gcccggcaaa agaacatccc ggtacgactg      840

ttgaatacgc tggatccgca ggcacccggc acgctgatct ccgaggcggc cgacacggga      900

cgaatcaaag cggtggccgc caaggacgat ataacctacc taaaaatacg ctccacctac      960

aaggtaccgg gctaccgctt cctcgacaag gtattccatt gtttcgctcg ttcgcacacc     1020

ccgatcgacc tgatggtcac ttccgacacg gagatatccc tgtcgatcga caaccggaag     1080

cacctgccgg aaatcgccgc cgccctgagc cgttatgccg acgttacggt ggaagacgac     1140

atggtcgtgg tatgcgtcgt gggcgacctg aaatggtaca acgtggggtt cgaacaccgc     1200

atagtcgatt cgctgaaaga catccccgtg cgcatgatct cttacggcga caactgcgat     1260

atctcgttcg tactgcgccg gaatgacaaa aagaaagccc tcgaagcgct caactgctgc     1320

gtctcgctgt aa                                                         1332


<210>  841
<211>  1365
<212>  DNA
<213>  Bacteroidales

<400>  841
atggaaaagg aatgcataat cagcagattg tcggaatcga ttaaaacgac cagccgtatt       60

gataacgaac tttttaccga atacaacgta aaacggggac ttcgcaacga agatcattcc      120

ggagtgctgg tcgggttgac taaaatcgga aacgtggtag gttacgaaaa attgcccgaa      180

ggaggactca aagcgatccc gggacggctg atctaccgcg gcatcgacgt cgaagacctg      240

gttcggggca ttctggccga aaaacggttc ggcttcgaag aaaccgcatt cctattgcta      300

tccggctacc ttcccgacaa agaagaactg gccgctttca gcaacatggt gcaccagtgc      360

atgccgctga cccagaagac caaaatgaac atcctcgacc tggagggcca gaacatcatg      420

aatatcctgg cccgcagcgt attggagatg tataccttcg acgaaaaccc cgacgacact      480

tcgcggaaca acctgatgcg ccagtcggtg gacctgatct cgaagttccc gaccatcatc      540

gcttacgcgt acaacatcat gcgccacagc aaccagggac gttcgctgca cattcgtttc      600

ccgaaagaga acctttcggt cgcggagaat tttctgtaca tgctgaaagg aggttatacc      660

cctctggatg cccggacgct ggatctggcc ctcatgctcc atgccgaaca cggcggcggc      720

aacaactcca cgtttacggt ccgcgtgacc agttcgtcgg gcaccgatac ctactcttcg      780

atcgccgagg cgatcgggtc gctgaaaggg ccgctgcacg gcggagccaa cctcgcagtc      840

gtaagcatgt tcaaccacct gaaagaaaat atccgcaact ggaaaagcgt ctccgaaata      900

gacgactacc tgcagaaaat gctacgcaaa gaggtatacg acaaatgcgg gctgatctac      960

ggcatcggac atgccgttta tacgatctcc gacccccgcg cgctgctgct gaaggagatg     1020

gcccgcgatc tggcccggga gaaaggccgc gaagaggagt tcgctttcct cgaactgctc     1080

gaagagcgcg ccgtcgaaaa cttcatgaat ttcaaaggaa acaaagtaaa taaaagagtt     1140

tgcgcgaacg tcgacttcta ttccggattc gtttacgaaa tgatcgggct cccgagcgaa     1200

gtcttcaccc cgctgttcgc catgagccgc atcaccggat gggccgcgca ccggatcgaa     1260

gaactgaact tcgacagcaa acggatcatt cgcccggcct accggaacgt cggacccgaa     1320

aagaaattca ttccgatgga aaaaagaggg caggcaaaag tctaa                     1365


<210>  842
<211>  2463
<212>  DNA
<213>  Bacteroidales

<400>  842
atgaaaattt cattgaactg gctgaaagcc tatatcaaaa ccaacctgaa cgccgaacag       60

atctcccgga cactgaccca gatcggactc gaagtcgagg gattcgaaaa agcggaatcg      120

atccgcgggg gactcgccgg actggtcgtc ggcgaagtgc tgacctgcga caaacacccg      180

gacgccgaca aactgcacgt aacgacggtc gacctcggcg acgggcagcc gacccagatc      240

gtatgcggcg cgccgaacgt agcggccgga cagaaagtgg tcgtagcgac gatcaacgcc      300

atgctgtatc cgaccggcga agagaacggc ttcaagatca aaaaaagtaa aatccgcggc      360

gtcgaatcat tcggtatgct gtgcgccgaa gacgagatcg gcgtgggaac gagccacgaa      420

ggaatcatcg tactgccggc cgacgtgaaa gcgggaactc cggcgaaaga atatttccaa      480

ttggaagacg attacctgct cgaaatcggc ctgacgccga accgggccga cgcgatgtcg      540

cactacggcg tagcgcgcga cctggccgtc tacctgaagg ccaacgacat cccgcacgaa      600

ctgatcctgc ctgcggtcga cgcgttcggc cgggacaacg attcgaaaac catcgccgtg      660

gaggtagccg attccgaagc cgcgccgcgt tacatgggcg taacgatgac cggaatcaaa      720

atcgcgcctt cgccggactg gttgcaacaa cgcctgcgag ctatcggcat taacccgaaa      780

aacaacgtgg tcgacatcac gaacttcatt ttacacgaaa ccggacaacc gttgcacgca      840

ttcgacgcgg cgaaaatcaa aggagacaaa atcgtcgtga gaacctgccc ggaagggacg      900

ccgttcgtta cgctggacgg tgtggaacgc aaactgtcgg ccgaagacct gatgatctgc      960

aacgccgaag ggccgatgtg tatcgccggc gtgttcggcg gactcgactc gggcgtatcg     1020

gactcgacga ccgaagtatt tatcgagagc gcctatttca accctgtctg gatccgcaaa     1080

acggccaaac gccacggact gagtaccgac gcgtcgttcc gctacgaacg cggaatcgac     1140

ccggacatga cgccttacgc gctcaggcgc gccgcgctgc tgatccgcga actggccgga     1200

ggcgtcgtta cttcggccgt aaccgacatc tacccggtgc ggatcgagcc gttccggttc     1260

gaggtgtcgt acgaccggat cgtccggctg atcggcaaag cgatcccgga gacgaccgtc     1320

cggaaaatca tcgacgcgct cggcgtgacg atcgaatcgg aacgcgacgg cgcatggcag     1380

gtctgcgtac cgccttaccg cgtcgacgtg cggcgcgagg ccgacctcgt ggaagacatc     1440

ctgcggattt acggctacga caacgtagag atcccgatgc acgtcaactc gacgctctcc     1500

tacgctccga agccgaaccg cgacaagctg atcaacatgc tctccgatac gctgagcgcc     1560

aacggatttt tagagattat gagtaattcg ctgactaaag cggcctatta cgaaaactta     1620

tcggcctaca aagccgaaaa ttgcgtgcag attctcaacc cgctcagcaa cgacctgagc     1680

gtaatgcgtc aaacactgtt gttcaacgca atggaggcga tccaactgaa cgtcaaccgc     1740

cgcaacggag acctgaaaat ctacgaattc ggcaactgct actcttacga tccggcaaaa     1800

gccgaagagg gagggctcgc gccgtacagc cagcgggcaa tggtttcgat ggccataacc     1860

ggcgcagacc acgcggcttc gtggaacgtt caatcgcagc cgagcacttt ttacacgcta     1920

cggagcgcgg ctgaaaaagt gctgaaaaaa ttcggtgtcg acctgaacga cgcgaccacc     1980

gaaccgctcg acagcgacct gtatgccgaa gcggtccgct gcaaattcaa cggcagacaa     2040

ccgctgctcg aaatgggcgt cgtgtcgcgg aagatccgca acctgttcga cgttaaagcg     2100

gacgtttatt acctcgaact gaatttcgac gcgctggtca aactgacccg aaaccatacg     2160

gtcacggtca gcgaactgcc aaaatacccg gaagtgaaac gcgacctggc actgctcgtg     2220

gacaagagcg tcaacttcgc gcaactgcgc aggattgctt tcgcgaccga gaaaaaacta     2280

ttgaagagcg tatcgctgtt cgacgtatac gagggcgaca agctgccgga aggcaaaaaa     2340

tcgtacgcgc tgagtttcgt cctcgaagac cgtgaaaaaa cgctgaccga ccaagtgatc     2400

gaccggacga tgggcaatct gatccgcgaa ttcgaacggc aggccggagc gcagatccgc     2460

taa                                                                   2463


<210>  843
<211>  1314
<212>  DNA
<213>  Bacteroidales

<400>  843
gtgaaacctt gtcgtcgtga acttttaaaa ccaaaacaca tgaaaacaaa agctgtaaga       60

ctgtacggca aaaacgacct ccgattggag gaattcgaac tgccgaagat caaagataac      120

gaaatactcg ccaaagtcgt atgcgacagc atctgcatgt cgtcgtacaa agcctcccac      180

gaggccgaca tccacaaacg cgttccgcgc gacatcgcgc agcgtccggt cattatcggt      240

cacgaattcg caggggaact ggtcgaagtg ggcagcaagt ggagcaaaca attcaaagcc      300

ggcgacaaat tctcgatcca acccgcgctg aattacgaaa aagggccggt cggcgtgttg      360

agcgctccgg gctattcgta ccaattcatc ggcggcgacg ccacctacgt ggtaatcccg      420

aacgaagtga tggaaaacgg ttgcctgctg ccgtataccg gcgccggata ttaccccgct      480

tcgctgtccg aaccgctgtc gtgcgtgatc ggcgcgatgc atgcgaacta ccacatcacg      540

cccgggtcgt acaaacacgc gatggagatc aaacaaggcg gcagcatggc ggtactcgcc      600

ggcgtgggcc cgatggggtt ggccgccatc aactacgcca tccaccgcac cgaccgcaaa      660

ccgaagctga tcgtggtgac cgatatcgac cagacgcgtc tggatcgcgc cgcatcgctc      720

tattcgcccg cggaagccgc taaaaacggc atcgaactga aatacgtcaa caccggcaaa      780

atggccgatc cggcagcgga actgaaagcg ctgaacggcg gcaaaggcta cgacgacgtg      840

ttcgtattcg ctccggtcgc tccggtcgtg gaacagggag acgcgatcct cggattcgac      900

ggttgcctga acttcttcgc tggcccggcc aaaacggatt tcaaggcgca attcaacttc      960

tacaacgtac actacgccta cacgcacgtc gtaggcacca gcggcggcaa tacggacgac     1020

atgaaggaag ccatcgagat gatgggcaaa ggactcgatc cggccggcct ggtaacgcac     1080

gtaggcggta tcaacgccgt gatcgaaacg acgctgaacc tgccgagcat ccccggcgga     1140

aagaaattga tatacaccca tatcgaaatg ccgctgaccc cgatcgcaga attcggggaa     1200

aaaggcaaat cgaatccggt ttacgccgaa ctgcacaaac tttgcgaaaa gcacaagggt     1260

ttgtggaatc ccgaagcgga ggcctacctg ctggccaacg ccgataaact gtaa           1314


<210>  844
<211>  927
<212>  DNA
<213>  Bacteroidales

<400>  844
atgagtctta ccgacatcaa caacgaatcc aggtacctga tctcgaccga agaggacgag       60

ctctgggggc tcgtcgtgac cagcgtgggt agccagacga tctccgcgaa agagaattac      120

cctccgtcga gccatccgca gggctatttt ttcaatgtgg acgaaggccg ggtgctgagc      180

gaataccaat tgttgtatat caccgacggc caaggtattt ttacgtacgg cgattcgcgc      240

gagtcgcagc tgattaccga aggaaaggtg ttttttcttt tccccggcgt atggcataca      300

taccggcctt tcgccaatac cggttggaaa gagtactgga tcgggttcaa aggggaggtg      360

atcgaccgga tcgtcggcga aggcttcttc gtgaaccagg ccccggtgtt caatatcgga      420

cttaacgagc gtattgtcga cctgtatatc aaggctttcg atatcgcgaa cgaggaacgt      480

tccgggtttc agcaagcgtt gggcgggatc gtgatgcacc tgctcgggtt gatgtattac      540

cgtcaccgca cccgcgattt cgtcgacgag aacatgatca acaaaatgaa caaggcgaag      600

gtgatcatgc gcgagggcgt ttacgaaaac ctgtcggcca aggaagtggc cgacaggttg      660

catatcggct attcgggttt ccgcaaagcg ttcaaggagt ttaccggaac ctcgccggcc      720

caatatatgc aggagttgaa actgaacgag gcgaagctgc tgctcaccac gaccacgcgt      780

ccggtgaagg aaatctcgta cagtctgaag tacgagaatc cggaatattt ttcgatgttc      840

ttcaaacggc ggacttcgat gacgcccgtc gagtaccgca acatcgggag cccggcgaag      900

gacgaggagg agcgcatgcc ggaataa                                          927


<210>  845
<211>  1176
<212>  DNA
<213>  Bacteroidales

<400>  845
atgcgttcga tgggaggcgc cggtatcgga ttacgcaacg cgctgaagat aaactacctg       60

aacccggcct cttacagcat tctgaaacaa aaaacgttcc tgttcaacgt cgaaatcgaa      120

ggaaacaaca cctactcgaa aacctcggca gccaaaacca gccacaattc gttcaacgta      180

agggacatcg cacttgcgtt cccgatagcc cgttcgctgg gaatcggcat cagcgtcacc      240

ccgatgagca gcgtgggcta ccggatcgaa atgcgcgaca ccgacccgtt cttcctggct      300

aataatatgg acgtgctgta taactacacc ggagaaggga acgtcacgca ggccaagctg      360

ggattcggca tcctgctgac caaacgtctg tcggtcggcg ccgacatggt ttattaccac      420

gggcgcatct cgcggtattt caacaccgac atcacttcgc tgctgtccaa cgaaaccttc      480

gtcaacgccc acggaaccgc gcgggaatcc atttcgcggc tgggggccaa catcggattg      540

caatacgacc tgattcagag cgacaaacgc gtgctgacct tcggagcgac ttaccggccc      600

aggacgaatc tcaagccgac cacgagccgc tcgatctact cgaccagcat tacgtcggac      660

aaaattaccg atacgacttc aaaagagaat ttctcgctgc ccaatacgtt cacgttcggc      720

ctgagctacc aatccgtacg gttaagcctc ggcctggatt actccatgga acagtggaac      780

aacgtgaaca cgaacgatcc gatgaacggc atagaattca aaaacaacca gtacatcaag      840

ttcggcgttc agtacattcc gaatccgatg gatgtccgcc atgtcctgaa ccggtggtct      900

taccggctcg gcttccgtta caacgattac tacatgcgga tcaacgggca caacgtccgc      960

gacaaggcca tcacgctcgg cgtgggcatt ccgatcaaag tccagggact gagcgccgtc     1020

aatgtcggag tcgaattcgg ccagcgcggc agaaccgccg acggcgcgat gggaacgcgg     1080

cagtttcgga tgatccggga gaattacatc aaactctcca tcgggctgag cttgttcggc     1140

gaggacgact ggttcaagcg gttcaagtac caataa                               1176


<210>  846
<211>  1983
<212>  DNA
<213>  Bacteroidales

<400>  846
atgaaatcaa aaaaacgcaa ctggctgaaa ctttcgctgc aaggcggcac gctgctggcg       60

atcgtggcat ttattctcta tgggatcttt ttcggagaac aacgcgccga tccggaagcc      120

tactgcccgt tcggaggctt gcaggctatc ggcagttacc tgcataacaa ttcgctggca      180

tgcagcatgt cgatggcgca gatcatgatg ggagtcgtac tggccgtggg cgtcatcctg      240

ttcagcaagc tattctgcgg ttatctgtgt ccgctgggga caatcgggga atacctcggc      300

aaaggcggcc gcaagctgaa aatgaacttc gacctgaaac cgggcggcat cgccgatcgg      360

ggattgcgga tcgtcaaata cggattgctg ttcgtggtat tctacatgtc ggtctcttcg      420

agcgagttgt tctgcaagaa tttcgaccct tactacgcaa tggcgaccgg tttcaagggt      480

gaaatcacgg cctggatgac cagcatctcg atcgtgctgc tgttcctcgg cagtttcttc      540

atcaaaatgt tctggtgcaa atacatctgc ccgctcggag cgctgagcaa tattttcaaa      600

ttcacgatca cgttcgtggg gctcctcctg ctgttctggc tgctcggatg ggccgggctt      660

ccgtcggcat gggtatgggc gctgggcgca gcctgcttga tcggctacct gtacgaaatg      720

atctacctgc gtagcaaagt attcccgttg ctgcgcatcg tccgcgacgc ggagagctgc      780

aacggctgcg gctcctgtac gaaaaaatgt ccctatcaca tcgatctgaa ggagctgaaa      840

accgtccggc acatcgactg cacgctgtgc ggcgattgcg tatcgagttg tccgaaaagc      900

tccctgcagg tcggcggcaa aaagtcgctg cgctggttgc ccggcatact gacgatcgtg      960

ctgttcgtac tcgcgctgat cctggggaac cagtgggaat tgcctacgat cgacgaacgg     1020

tggggcaata ccgaacaggt cggagagatg aagacattcg aaatggaagg gctcacctcg     1080

atcaaatgtt acggcagttc gaaggccttc tccgccaaaa tgcagaaagt gcccggtgtg     1140

tacggcgtca aaacattcgt caagcgccat gcggtagtaa tctcgtacga cccggcccag     1200

accaacgaag acaaaatacg cgaggtcatt ttcatcccaa ccatcatgaa attctcgaat     1260

cccgaaccgc aggtcgattc ggtagaggta ttgaccctcg gggtcgacaa gctgttcgac     1320

cggatggata tggtctattt cgggaatatc ctgaaacaga tcccggggat ttacggcttc     1380

gacgccgaat attcgtgccc ggtgaccgta aaactttacg ccgacccgtc ggccgaactt     1440

tccgaaaaac tgttgaaaga ctcgatcgaa gtcgaacaga cgcacatgct tgcggcgggc     1500

ggcaaagtgc gttggttccc ggtggattac aaactcgttt cgtacgaacg caacggagac     1560

cgaatttcga gtcgtgaatt cgtcgagctg atgttcaagc ctacggcggc gatgtcgggc     1620

aagttcctcg acaatatgaa aaaactcgac ggccggaatt acgaaacggc ggtttacgaa     1680

gttgaatacc cggcgatcga aaaaacgctg attaaaaagg gatttcctta tttcaagagt     1740

ttcctttcga cgcaggaagg catcctgcgc atcgacgtgc aactgaaaga caccaccccc     1800

gtactgcgaa tcacttacgt taccgggatg tgggacgacg ccaaaatctg gaccgaactt     1860

ttcaacgctc cgaaatggac gatcaaatac acggacggtt cgacaaagga ggaggaaccc     1920

aaactcaagt tcaaaaacga agggcgtaca gttccggaat ctcccggagc tccggccgag     1980

taa                                                                   1983


<210>  847
<211>  1239
<212>  DNA
<213>  Bacteroidales

<400>  847
atgagaatac gggtttgcat tggaatatta tttagcttca tcggatggca aagttgtacg       60

ccgggacaaa atatcaaaat aaacagcgac cgttcaatcg ttatctcccg agggcaatgc      120

aatatagtcg aagaagtaca cagcgccgca ttgatcgacc agatcaaata tgtacctttg      180

gaaacacatg aaaaatgctt gctgaaagac atccaaaaaa tcaaatatca ggatagcaca      240

ttatttattt acgacggacg ggccatatac gccttcagca acgaaggaag attcatagcc      300

caaatcgggg aacgaggaag atccggaaac gaatacaata caatatctgc gttttttctg      360

aatcggtacc gcaaaagcat catattgatc gacggatata cgcgtaaagc gttggagtac      420

gattattccg gaaattttaa aagcaaaaca ccaatcgatc ctatctataa ttacatggcc      480

gatatcgaga tggctgacag cacttccctg ctatgcaact tttttataac caatccctcg      540

ctcgaagaca atacggcatt tcaatacggc ttggccgatg cagtcggtta tcaggtcaag      600

aatctttttc tgcaaagcaa tctgtctatg aataccggac tgttgacatt ctccaaccat      660

ccgatcaccc gctgtagtca caacttatca ttcattcaat ctgtttcgaa caagatatac      720

cagatcgaag gggaacaaat aacagaaatg tattcgatag aaatgataga tccgttgccg      780

gacgagcgtt ttttgcaaca aaacaatcat aaaaactact tcgaattgtt gcagacctta      840

ttcgatagcg gatacagttc gggagttacc aacctgttcg aaacgccgca atacttgtta      900

gttactttcg gcaaaacaaa agattctcct tcgattcagg attacacact gatctgggac      960

aaacaaaaaa agcggggaac ttactattac cggtatttcg atgacaacct attgacgcta     1020

tcaacgtgcc tcaacctgaa tagtccgtct acatgctatt cggaaaatac ctttatcacg     1080

gcgatctccc ctttgacatt cggaacaaac atgcatgtta ttctggaaaa gagcaacgat     1140

acgaccgtac gaagaatagc tcaaacaata aaagaagacg acaatcccgt catctctttt     1200

ttcacgttaa aaaaagagat cgttgacaat acggattaa                            1239


<210>  848
<211>  1818
<212>  DNA
<213>  Bacteroidales

<400>  848
atgaaaacct ttaccttagt aacgctgacg gcaatgacgc tgatgctgtc cggctgcaag       60

gacgaatcgg tcgatttcgg cggcaacggc gacggaggcg acccgcagac ggaaacgggc      120

tatctggtca tgtccgcgat gagcgttacg gtggcggacg atgccgaagt aatcccctac      180

tccaacggca cgaaagcggc gatgacccgt gcagcgggtt ccgtttcgga agcccccgac      240

aactacaagg tgagcatccg caacgccaaa accggcgaac agacgaacca cgtctatgca      300

gacctcaaaa aagcggaaaa ccagcgtatg ccgctgacac cgggctccta cacagtctcc      360

gccgaatcgc cggattacgc cgactacatg gccggcacga cctatgccga ctgggaaaaa      420

ccggtttacg ccggttcggt gaccaaaagc gtgatcaaaa acaacgaaac gacggtcgac      480

gatctggtct gcacgctggc gaacatccgc acgacggtaa ctctcacgca ggatctccag      540

aagttgttca tgtccgacgc cgatgcagaa gccgcgggta aagagaagct ggcggtcacg      600

ttgtcgatcg gcgacaacgc gctggttttc gaccgcgagg cggccaacgc cggcaaagcg      660

ggctatttca aggcggtcga aacggcgaat acgctgaaaa tcctgttatc cggccaatat      720

aacaaagcgc ccggcgacgc gacgcccgaa tacgtgacgg tcaactggtc gaaagagatc      780

accaactgca aggccggaca atggcgcaaa atcaccatca acgtactgaa cgccaacgaa      840

gggaacgtgc aattccagat caccgtcgaa aactgggtgt acgaccagaa gatcgacgtc      900

gacgtgatgc gactgtacgc cttcgccgag gagacgatcc cggacgaaga tatctccgac      960

gaaggatcgc cggttgtgac gctcgacggc aaggacatcg cgcaggggta caccatttcc     1020

gggtcgatgt acgacgagct gctcggcaaa tggacggaaa acctgaaagc cgtcgttacg     1080

ccggaagacg gcgcgaccgt caaatcggtc aacctcgtct tcgagtcgga caacgccgac     1140

ttcctggccg ccgtcgatgc cgcaggatac aagaaccgca ccgtacccct gtggcccgag     1200

aacgaagcga acgcgccgta tgtcgtgatg aaagaggcct ctacctccgt actgacggcc     1260

accgtgaaag acgccggcat gtcgggcttc tatcaatacg aaggaacgca taccgcaaaa     1320

ttcgtgaccg tcgattcgaa gggccgcact tcctacacga aactgaatat ccgcgtgacc     1380

gaaagcggtt ccaccgaatc gggaccgggc atcgtatgga caaacaaaag cggttcgaag     1440

acctacgact tcgacacccg ttacaaccac atcggcatgg agatcctgat cggagtgacc     1500

tcgcaaaccg gatttaccgg attcacggtg gacatcatca gcgaaaacgt acttccggcc     1560

agcgaactgg aaagcgtagg cctggcttcg catctcgacc tgatcaatcc gggagaattc     1620

cagtccaaac tggaaggatt cggattcccg accggagcgg ccgtgtccgg acagaaaacg     1680

ttatcgttcg acatctccgg atttatggat ctgctgtcgc tgctgaacaa ggaaggcaac     1740

tgcgacttcc gtctgacggt caccgatgcg tcgggcacca atacgaagac tatccgactg     1800

tatgtaacga aaaattaa                                                   1818


<210>  849
<211>  1248
<212>  DNA
<213>  Bacteroidales

<400>  849
atgggacaga accaaacagt aaaagacaat cgtattaccg taatcgatgc ccagcgagga       60

ttcgccttac tcggtgtggt actggtacac atgcagcaac attacagcat ttttaatttc      120

ggtgcattta cgccaaccga acctgctttc cctgttttag acgagtggat cggttggttg      180

acccgcaacg tactcatggg acgttttata aatattttcg catttctttt cggtatgagc      240

tttttcatac aaatggatcg tgctgcgaga aaaggagtgg atttcagacg gcgttttatc      300

tggcgtatgg taatactctt tttgataggc gtagtcggga gcgcatttta ttcgggagat      360

atcctatcgt tttatgccct attcggattg gtgttggtat tattgtatcc attgaagacc      420

agagtacttg tcgtagtcgc atccttgatt ctgataggcg ctcctcgttg gatatctttc      480

ggttacgata aaatcgcggc tcctcgggaa acgaccgtag ttgccaatgc ccccgaaacg      540

gaacgcgtgc gtgccgagcg tccgcgccaa atggccgacg tcgcacaaga aactccgtca      600

cttgccaata ccatcaaaag caacctcacg gatggtcgaa tgcggacatt aaattaccag      660

ttcaattggg gcggtcgtgg ttatctgact tttgccctct ttattttggg actcgtcgtc      720

gggcgtatcc gctttttcga gacggtacac ctgcacactc gccgcaacat ctcactattc      780

gtatcgtttg ctgccggagc gtgggttatc ggtcgaatga acggactcct gccgcaagaa      840

catacctctt tcatgcaagg tattaccccc tctgcgacag cgcttttccg catgacgttg      900

aacgatgtga atatggttct tttctcggca gccataacga tgggattcgt tattctgtat      960

cacatgaaag gtataggaaa atgcctgaat ctattgactc cttacgggcg catgggactt     1020

acaaattacg aagcgcaagg cattataggc tccatcatat tctcgctttg gggtttcggc     1080

tccatattcg gccgttggca tgctaccgaa ttattttgtt tgggaattgc attttatata     1140

gtacaagtcg tattcagtag aatatggctc acttatttca aatacggccc gctggaatgg     1200

ttctggcgtt cggcgaccta tcttaaatgg caaccgtttc gtaaataa                  1248


<210>  850
<211>  1020
<212>  DNA
<213>  Bacteroidales

<400>  850
atgatttatc gaagcaaggc tccgctacga atcggcttcg ccggcggagg aacggatgtc       60

agtccctatt cggatattta cggcggagcc gtcctgaacg cgacgatctc cctctatgct      120

cgcgccagca tcgaaccgct gtccgaacgg aaaatcgtct tgcagacgct cgatcaggga      180

ctcgcctccg aatacggcct gcacggggat ctgccgatcg acggaaatat ggatctgctg      240

aaagccgtct gcaatcattt ccgcagccgt caccggatcg acgggggatt ccgcttgtgc      300

acctatgtgg acgctccggc cggatcggga ctcggatcgg cgtcgacgct ggcggtagcc      360

attgccggtg cattcgtaga gtggctcagg ctgccgttgg gcagttacga tatcgccagt      420

ctggcctacc ggatcgaacg gggcgaactg gggatggccg gcggaaagca ggatcagtac      480

gccgccacgt tcggaggctt caattacatg gaatttttca aggacgataa agtgatcgtc      540

aatccgctcc gggtggacaa ggcttgcacg aacgaactgg agaacaatct gttacttttt      600

tacacatcgc aaagcaggat ctccgccaga atcatcgaag agcagcagcg caacgtgacg      660

aacaacgaca gggactccgt cggggcgatg catgtcatca aagagcaggc gaccgaaatg      720

aaggaagcgc tgctgaccgg acggatcgac cggatcgggg agttgctgca cgaagggttc      780

gtctacaaaa aaaagatggc ctcttcgata tcgaacccgc tgatcgaccg gatctacgaa      840

acggcgctcg aagccggcgc gctgggcggc aaggtactcg gagccggcgg cggcgggttc      900

atggtcttct attgcccgga tttcaagcgc taccaggtca tgcagtcgct cgccccgttc      960

aacgggattt tcaaaactta tcaattcgta aacgacggtt tatttacatg gagtatatga     1020


<210>  851
<211>  1176
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  851
atgcgcagcc tcgggcagcc tgttggcagc cttgctgctg atttgattgg agtgtctatg       60

attacatgta agaatgatcg cttactcgaa ttgctctggt ttgttggata ttgtatcgag      120

tttccgacgc agctggcggt gcggatcggt ggcggcgctg aatggaatcg cagggtcatg      180

tatcgtgcga ttcgggaagg ctatgtgcgg ctatatcgga agaagcataa gcgccatgtg      240

attcgttcaa tgagcttgac gcagaagggt ttcgagtatg ttgcacagag ggatccggaa      300

gcggtgtcca tgatctattc aagagtcaat agctctgagc gcatttaccc tggttggatc      360

gacaaaatcc tgcggcttca cgcaattgct attggtacgg ttatgtctaa cgcggccgga      420

gcggtgctcc tcatctctca aaagccatct ctcatgtcgc ctgccaaaag agcaacgaat      480

gcggtcgtgc cggatcccaa caaaatctat tactacgccg cacacgagtt gcgtgtcgcc      540

atcgaggagt actccccgga gtcagtatcc aagagctcac gcacgatcgg tattatcgtc      600

aaagggcggt gttgcttctt tctttacttc acaggtagca caagaatgta ctggatgaag      660

aatagcgagg agaactatgc tgccgctgtg aaaagccttc tgctcgcaag aggtttcggt      720

atcacgtcaa tccaccagat cgtcatcgga tccaccatga gtgtggcaca gcgcctctgt      780

catggagcaa agccatttgg gaacaagtac ttcgtcgttt caacgttctt tgctcaatgt      840

ctgttcctta ccaataataa ggaaggtgac actctcctga agctcatcct ccacgatgaa      900

ctggcaatgg aaatcaatcg cgcggcatta tcacctttcc acccaccacg aatccctacc      960

cgtgaatatg acgcaatcga gacctcgctc gacaggcctg ttcttttgaa ctaccaatgt     1020

gacctactca tgctatcgga tattcacccg atgccggaag gttttcgagg tagcccgatc     1080

atgctctgtt ttgactatca gacgcaggtt atccagagaa ttgtggggcc ggccattgag     1140

gtgcgtccgt tagaaagcag attagattat ggataa                               1176


<210>  852
<211>  1932
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  852
atggataaaa gaaaactgaa aatagcactt agccttgccg tcctgattcc ttgcgtgctt       60

tacgctgctg gtatcattgc gcaattcatt attaacatca atgcttggaa agcggcgggt      120

agtgactatc gtacttcgcc agggcttcca tcctcgcaga tcagcgaagt ggttcgagcg      180

ctgtttcact ttccagaagg actcattgcc attggggttg tagtccttgg cattgccgta      240

ctctgtgtat ttggactccg aattggatgg ggccaaaatg gtgtgacaga ctctgatcgc      300

aatctgaccg tatcgaattc tggaagctac ggaacggcaa gcttcatgtc acccaaagag      360

gcatctgcat gctttgaggt gacgagtgca aaaaggacca gccaagacat ccttgggatg      420

ctcccggatg gtcaagtcct gacgcttcca aaggataccc gtctcaacgc aaatcttgcc      480

gtatgcggat cttccggtac gggaaaatcc agagccatct cacgaaacct cgttttgcaa      540

gcggtcaagc gtggtgagag cgtgatcctg actgatccaa aatccgaact atatgaatcc      600

atgggcgagt atctccgtga gaacggatat attgtcaaag tcttcaacct tgttgaaatg      660

gatcatagcg actcctggaa ctgtcttggt gaagtcggat caagtgagct catggcccag      720

acctttgccg acattgtact ccagaacact agcggtgatt cgaaagacgc gttctggtac      780

aacgcagaac tcaaccttct aaaagcgctt gttctctatg ttgcgttgga gatgcctccg      840

gaaaagcgga acatcgcgac ggtgtatgac cttctctata ctcaaaccga aaagggctta      900

tctgatatga tggccagcat tagccacgag cacgcgaacc aatacacggg agagctgctt      960

cctccatcac ctgcatctgc gccctacgca atcttcaggc aatcgagcga aaccgttcgc     1020

acgagtgtta tcatcggcct cggaagcaag ctggcagttc tgcaagccca gcaggtgcgg     1080

aatatcacct cctacaatga gatcgacctg gagctgcccg gtaaacaaaa gtgcgcatat     1140

ttctgcatcg tctccgatca ggatagcact tatgatttcc tcagctcctt gttttttagc     1200

ttcctgttca ttcgtctgat ccgctatgcc gatgcttact gtgagggcgg gatgctgcac     1260

ccaaaggtaa aattcatcct tgatgagttt cccaactgct gccttatccc cgatttcact     1320

aaaaaatgct ctaccatccg ttcaagaggt tgctccgttg ccgtcttttt ccaaaatgtc     1380

ggccagatgc gcaaccgata cccagacgat caatggcaag agatcctcgg tgcctgtgac     1440

agcacggttt ttctcggatg cacagatatg ctgaccgctg agtacttcag cgaccgcatt     1500

ggaacagcat cagtcgaagt ggaaggtacg atgcgggaac tcaacaccat gcacattacc     1560

gattataccc caagattccg taagaccaac tcacttggcc ggcgcccatt gcttacccct     1620

gatgaggtct tgcgtttacc cccggatcag gtcctgattt tcataagagg tcagaaagtc     1680

atgcgagcca agcgctttga ctactccctg catccggact ataaaaaact gaagagccgc     1740

aaggcaatct tacacgagcc tgactggaaa agcagtcagg cttcctctgt atctgccagc     1800

ggtgtatctt caccatccgt aaccgcggcc ataccagcag aaaaagctaa tgttggttcc     1860

cagaagaaac cacctgggaa gccaccacgc agcacaactc gcaaggtcgt gaatgcggat     1920

gaactcttct ag                                                         1932


<210>  853
<211>  2175
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  853
atgagaacat cccaccgcca gatccgaaag aggatcctcg acgccaagag caagatcacc       60

gacgaggagt tcttctcctc cagggcctat aacgggtatt tgacggatct tgcggaagca      120

gcgacaaaac gctataagcg tccgctgcgt gtgcgagtcg ttgcagatca tgatgatgag      180

accgttgcct ttacggatta ccacggaatc tacatcaatg cctgtaacca catcacctgg      240

agctttcctt caaggctcct tcgttccatg agtctagaag gcctgaatgc gcatgagtgc      300

gggcataacc tgttcaccga cgagcgcatt tggcacagct acttcgccgg actcgctaaa      360

ggcaaattct atccgaagat gcctgatggt ctggacagta tgcaaaagct ctatgcaaaa      420

gacatccttg cggcgcttac agacgataca gacacagtcc ccatgcaggt catcatgagc      480

acagcgcatg cgctgagcaa catcttagaa gacggatatg tggatgccag gtactcgtat      540

gagtttcctg gctcccccgc caaagggatc gcgctcaata acctgcgcta tgcggatacc      600

atgccggaga tcacggagat gatcaatcgc aagtactatg accattcgat cgtagtcaat      660

ctcctgatcc agtatgtcag ggcgcatgag gtcaacaacc tatccggtta caccggcgag      720

ttcatcgaca agctgtatga gtatatcccc tggatcgatg agtctgtcta tgatgacgat      780

gccagatccc gctgtgaggc tgccaatagg atccttgtgg atctttggcc catgatgcag      840

cgctgcttcg acgctctgcg cgataaacag aagcaagccc agcagcaggc gcagcaatcc      900

tcccagcaaa ccggcaaagg cggttccggg agtggttctg gccagcccgg cagcggcgat      960

gatgaaaatg atggcagcca gcagggacaa caggcggttg aggaagacct ctccagccaa     1020

ctcccgaaag cggcagctaa ctttaccatc aaaaccaagc cggttcccag taatggtacc     1080

tttaccccca atcccggcca gatgaatgcg gttcgggcac aggttgagcg tgtgattgct     1140

gaggagacaa gccgtattgc cgcccatctg acgaatggca tcacaagtag tggaaatggt     1200

ggcgttgacc agaacagcga gtatgaaggc aacgattatg agcatgcagc tgatgacatt     1260

gagcgtctct tatcctccat ggcggaggaa aaggtgacag aggaattgga agaagagcta     1320

tctgaggaac ttcagcgaga ggcgaatacc gtccgatatg gtaacgcgca tcgcaacatc     1380

catgtgaccg tcagtcgtat ggcgcatgtg gatcagaacc tcatcgacag ctataaccgt     1440

gtggctccgg agcttttaat gctctccaaa cgattgcagc gtagtgtcag ttccgctctc     1500

cgcgatcggc ggcagggcgg gaagcagaca ggactcctga ttgggaaacg acttaatcag     1560

catgcgctct atcggaacga tggccgcatc ttctataatt cccgactccc gacggagccg     1620

atcaaccttt ccgttggcct gctcatcgac gagagtggct ccatgtgttc aaatgaccgc     1680

attaccagag ccagagcaac tgccattgtg atccaggact tctgcgagtc gcttggcatc     1740

ccgctgctgg tcgttggtca taccgcctgg agctcacatg ttgaactgtt ttcctactcg     1800

gacttcgata cctacgataa gaataaccgc tatcggctga tggacatgag tgccagagac     1860

tgtaaccgcg acggcgccgc gttgcgcttt gtggcggaaa aactctctaa gcagacatct     1920

gaggtgaaaa tcctcatgat catctgcgat gggcagccaa atgatgacgg ttactccgga     1980

tctgcagcag aagctgatct gcgtgggatc aaactggagt atgcgcgaaa aggtgtcaaa     2040

atctacgcgg cagccattgg tgaagaccgc ccgcgaattg agcggatcta tggtgatggc     2100

tatttggaca tcaccaatct ccaagaactg ccggtgatgc tgacgaacct gatcgtgcgt     2160

agcctcccac actaa                                                      2175


<210>  854
<211>  543
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  854
atgcctaatt gggcgtttgg gtatgtaaat gtcaccggta cacgggatgg cattaagtcg       60

ttcattgaac ggtttgtcag cgaagacgat ccttcaacca ttccaggcaa gcgtttcttt      120

gcacggagct tcatccagtc gaaaagacag gcattcattg atgaggctat gaaagaattc      180

tccgagcctg ccgtcgatgc caaagcaagt tactcgtttg tcgcgtcgtt cgcatggtca      240

gcatacagtt gcttgatcgg tggatatcct cagaattctc ctagtgagtg cctgactctc      300

tcagaggcct gcgcagaaga tggcgtttct gtcatgatcc agacctcaga gccgggaata      360

tgttttgagg aacacattac ctgcgatgac acagggacgg tagagcacac cgaaaaagat      420

ctacttgctt ataagtgtcg gcattgcggg gagataacaa gctttgcctc gttcgaggat      480

cctgatgatc aggaatgccc agaatgcggc aattgtgggt ttgatcgctg cgaggaggtg      540

tag                                                                    543


<210>  855
<211>  402
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  855
gctgtgagca cacaatattc tgttgttaat acacggatca ccgaagaagt cgccgaattc       60

cagaaaaagg tctcagcaat ccgagcagaa tgtctccgaa tgatgtgtga ggcctctgta      120

tctgctgact tgcaggagat caaagaggat ctcatagaca agctttctga ccgtgcgcta      180

ttctctgttg aggaaccaga agggacatcc attgtaatcg gaacggcaag agcgggccat      240

ttttcatggc gcactgagaa tggcttccat gaccttgact cagtcatgcg ttggctccag      300

tcacacccgg actacacaat ctgtgatgag tatggaacaa ttgaaacggc agaagaattc      360

aagcaggtat tagactggtg cgggacttac atctcctcat ag                         402


<210>  856
<211>  705
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  856
atggaaggcc gagttgtatt gcatagtgac ctcaacaact gctatgcgag tattgaatgt       60

atgctgcatc cggaattgcg tggaaagtac attgcggttt gcggcagcac agaggatcga      120

catgggatcg ttcttgcgaa gaaccaattg gcaaagcaat gtggggtgaa gacaggtgaa      180

gtgatttggg aggcaaagca aaaatgtcca caactgacga ttgtagaacc gcatatggaa      240

caatatctga aattctccaa aattgtccgc tctatctatt tgcgatactc tccggaagtc      300

gagtcatttg gcattgatga gagctggatt gaactgactg ggtctccgct tctccagcag      360

aaaactccgc ttgaaatcgc caatgagatt cggacaactg tgaaagaaga agtcggactc      420

accgtttcca ttggcgtcag cttcaataag attttcgcga aactcggctc agacatgaaa      480

aagccagatg ccgtgactgt cataacgcgg gaatccttca aagatcaaat ctggccgctc      540

cctgtttcag acctgctcta tgtggggcga gcaacgacgg aaaagcctgc tctatgtggg      600

gcgagcaacg acggaaaagc ttcggctcta cgggatccgt accatcggag atctggccca      660

agcggatcgg gcaatgctaa ttcgcaggct tggcgtcaat ggtga                      705


<210>  857
<211>  978
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  857
gtgacggata tggctattgg agagaaatat gctccacttg gaaattggtt gaaggaacac       60

ggaggagact ctgttaagct tactttcgat gagttgaacc agatcatccc aatccctaac      120

cacgcatata agaacagacc atcctgggca aatctctcaa accctgcatc cttttgctcc      180

agctggatca gtgcgggata tgtcgtggat tccattagtt tagaggaaca atgggtcgta      240

ttcaggaaag gcgaagtaca gggccacacg caccatagta agccgcccta tcgtgttgtg      300

gatcagaaaa aacttgctga agccattcaa gccggatacg agtgctatga cagtatgaag      360

gatgatccac atcaccggta tctctcttgg gagtactgcc atgaagcgtt tcggctgaat      420

aggcgcccgc agattgacgc cacgatcgac tatctctgcc tgcacttggc ttggtatttg      480

gccagttggg gtatgcttcg aaactctttc ctcatgcaga aggattacaa gatccatgcg      540

gatgttgtcc gtttgattta tcagccggag tgggatgatc tctgggacct ttctcccgag      600

aaactctcgc aggagtatta tgctgaccgc atcatgaaac ttagcgagag cattacagaa      660

gcttatgtgg cgtccggtgc cggcatccca acggatacct tgcttaccaa gatcttgctg      720

ggtactgtgg gctgcgtacc cgcctatgat cggtatttca aaaaggctct tgctgatacc      780

ggtgcagcac cccaagtatt cagtgcgaaa tccatccgaa cccttggcaa cctgtatctt      840

gaccatgagg atgagtttga aaagctccgg aaacattgcg gcagccgaat tgagtatccg      900

gcagccaaaa tcctagacat gtgctttttt gagtatggct tccagagaga cgcgagcagc      960

caagaagaca gcgattag                                                    978


<210>  858
<211>  405
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  858
gccaagaaca ctcaaggaaa ttctctccgc acagaacgca agaaaggaat aaggcctatg       60

ttaccgaaag agctattcct cagcacgcta gagaagattc aaaagcaaga agctcgcatt      120

gacgagttta ataccgcgct atcaaagatc tgcgatgggt tccctgtgtt tgattcggag      180

aatcagtacc tgattgcgct ccgggagctg ctgaaataca caatgcaaga tcaatatgac      240

tacatcggat ggtggctata tgaagcgccg gatgccggat acacagtctg gtgggatgat      300

gaggacggta aagaaatccg cgtggacttg acagaacctg gtgcgctcta tgactatctg      360

gtggagtatg ccgcgccgga aggagttcag gaggatgagc tgtga                      405


<210>  859
<211>  735
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  859
aaaatgaaaa aaaaaaaaaa aaagatatgg ttaacaggaa aaacccaaac cagccataat       60

ttattggagg tatttgcaat gaataagaat ctgactgaga tcgtctttat ccttgaccgc      120

agcggttcca tgagtggact tgagtccgac acaatcggcg gcttcaacgc catgattgaa      180

aagcagaaga aagctcccgg cgaagcgctg gtctccacta tcctctttga caatgtcagc      240

gaagtgatcc atgaccgcgt caatatccga gacatcaagc ccttgacgga tagcgagtat      300

tgcgtgcgcg gctgcaccgc cttgttggat gcgattggag gcgcgatcca ccacatcggc      360

aacgtccaca agtatgcgcg ggaggaagat gttccagcgc acaccctgtt tgttatcacg      420

acggatggaa tggaaaatgc aagccgtcgc tatgatagcg cccgtgttaa acagatgatc      480

gagcatgaga agagcaagta tggttgggaa ttcctgttcc tcggcgccaa cattgacgcc      540

gtcgagacgg cgaagcactt cggtattagt gaagatcgcg cggtcaatta tcactccgac      600

agcgtgggga caaggctgaa ctatgaagtg gtcagctgcg cgattacaag catgagaagc      660

ggagctccta tgagtgccga ttggaaagcg ccaattgaag cggactataa gacccggaag      720

ggtgaaaaag actaa                                                       735


<210>  860
<211>  498
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  860
agaaaatggt ttgtcaatag aactttcaaa aactttccaa acctgcgaga ggagacggtt       60

atgaagacga ctggtgaaaa gattcgagag agccgcacgc atctgggcct tacgcaaaca      120

gaactggccg ataagattgg tgtcacgctg cgcacgatta ccaaatacga aaaacaaggt      180

gtaatgcctc gcggtgtaaa tcttcagagg ttggcagagg tgctgggtgt ttccacggca      240

tatctaagca acgatgagat cgtagatccc aactatggac ttgaagaggc accatacatc      300

gagagcgcaa gagcagccta tggccgtaaa ggagcaactg atgtagagca gctgctgaca      360

caaacgcgtg ctctctttgc tggtggagat gtccctgagc aggataagga gcttttcttc      420

caagcagtca ctgaggcgta ttttgctaat aagcagcgag ccagcgagaa gttcacccgt      480

aaagactaca aaaagtaa                                                    498


<210>  861
<211>  573
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  861
atgaagaata ttaccttcga aggcatcagc accttacaac gtctacacct ttgctggcag       60

atcagaaagc agattggaaa gatacatcaa cctatcaaag ttgaattcca tcagccgatt      120

tgccgcaagc agtattcttc cctctggtac ggcggcctgg tggtatctat caaggtacgc      180

gggtgtgttt ttgccattca cgcctgcgga gatatctacg ccacacttta cgataagagt      240

gatggtacag aattactcta tgtcaaagat aagagtaact ctggacgttt tggcgttgat      300

gttttgccat atctgaagac ggaccatgcc ttatatgctg ccatgggtga tacgcataaa      360

cggtatcgac tcgatatgga acacaacaac tggtgggagt gctttgtcta tacgccagag      420

ggcaaattcc atgacatgat gtgggcatta gatagtgacc acatcttcga gggagttgag      480

gtagtactct ccgctatgga ttcagtcata aaagatatca ccgaaaacaa agagcggatt      540

gaatatggaa aagactcggc attttattgt tga                                   573


<210>  862
<211>  2211
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  862
atgctatgtc gatatgaaag aaccatcttt aagtccgata agggcttctg catttttgcc       60

tacagtactt ctgatgagtc tgttccaaag gaagcccgta atcggtctta ctaccatgac      120

gacaagattc atttcacggc aattggctat catctgattg ctacagatgc cgtggaagtg      180

gaactggatg gcacatggga gaattccaaa cacggtttac agctgtcggt ttcaatgtgt      240

aaggaagtcg tgccgagaga tcaagccggc atccttgctt acctgagcag cggtatcatc      300

aagggaattg gccctgagac cgcaaaggcc attgtcgctc gctttggcga taagacgatg      360

gaggttttgg agaaagagcc ggacaagctg cttagcgtca aggggattgc ccagaaaaaa      420

ctcaaggcta tcatcaaatc ctacggggaa acgaaagcct tgagtgatct catgatatac      480

ttggcgcctt tcggtgtttc gatgaaaaag gttgcgatga tccgagaaga gttcggagat      540

aacagcctga gaatcgtgaa gacggatcca ttccaactct gtaagatcaa aggctttggc      600

ttcatgacag tcgattccgt tgcccgtaaa acaaaagtta gcttaaagca ccctttgcga      660

tactccggtg cgatcaacta tgtgctggat gaggcacgcg tatctgggca tctttttcta      720

tccgttgatg agacggttgg ccagtgctat gagcttctca atatgggctg cgatgatgaa      780

gtggtttccg aagaggaaat ccgccaagcg atctcaaatg aacgtgtgga atcccgtatc      840

tatgttgagg gaagccgtgt atacctgagt tacgagcgca tgtgcgaagt taagtcagct      900

aagcgcattg tgtccatgat actccaagag ggctttacaa agatcgacga tctggacagc      960

aaaatcgaca atgcggagag gaccttgcat caaagactgg ctccttcgca acgtaatgct     1020

gtgaagctgt gcctctcgca tccgatctcc atcatgaccg gaggccccgg cagcggaaag     1080

accacaacac tacgattcat actggatatc tataaagctg cgttccctgc gaatgaagtc     1140

ctcttggctg cacctactgg ccgtgccagt cggcgcatgg cagaacagac aggaatgcac     1200

gcatctacac ttcactcggc gcttggcctt gtgacggatg aagacagccc gctgaacgac     1260

aaagagttac tatcagcaga cttggtagtc gttgatgagt tttcaatggt ggacatgcgc     1320

cttgcgtata tcctccttga tcgtatcaag tcgggcgctc agctgattat tgtcggtgat     1380

gctgaccagc tcccatctgt tggcgcgggt aatgtgctgc gagagatgat tcgaagtgaa     1440

aaggttccta cggcagtctt agagactgtt ttccgccagg catctaatag ccgtatcatc     1500

acaaacgcct atgccatcaa ccacaacgac acacatcttc agttcgggga tgactttcag     1560

tttttggaag ttcagaactc ggaagaggct gcgcagttgg tcatcaagaa ctatctgcag     1620

gaagtctctt tgcatggtat tgaggacgtg cagattctct cacctctccg taagcgaggt     1680

gcggttgcgg caaatgcgtt gaatgagacc attcgagacc ttgtcaaccc gccaaacaac     1740

ctgaagaaag aggttaagtg tggcagtcga gtatttcgtg ttggtgaccg cattatgcag     1800

acggcaaatc gaatcaatgt gtcaaatggc gatgtcggcg tcataaccga catgaagaaa     1860

gaggatgatg agacgatcac atgcgtgagg cttttggatg gaaggacact acagtacacg     1920

caggaaatgc tggaggattt ggagttctcc tactgtacga ccattcataa gagccaaggg     1980

caagagtatc ctgtcatcat tgttcctctt ttgaaagagc actatatcat gctgcggcgg     2040

aatttgctct atactgctgt gaccagagcc aaggcgaagg tcatcctgat tgggcaaaag     2100

caggcagtct ttgttgcgat ccataaatgt gatgtgggtc aaagaaatac ggtgctcgcg     2160

gatcgaatcg tggcttatta taaccgcgag ctgagtcggc gagtagcgtg a              2211


<210>  863
<211>  627
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  863
tttcatgagg aggtctatca catgaactac ttcattggag acctccatct cttcaaccgg       60

aatcagacgg gtgagggtgt gaactatgac gggagaccgt tcgccaccgt ggctgaaatg      120

aaccagtata tccttgagca ttggaacgcc aagatcacca acggcgatac cgtttatatt      180

cttggggata tggccatgcg gggtagaaac gaagcactca tcgcattggt cgcgcagctt      240

aaaggtcaga agattttgct ccgagggaat catgatgatc tgtctgatta tcggtatcaa      300

aagctcttcg ctgacatcac cgattatcgc gagatcagtg aaagtttcga cggacaatcg      360

tataagctct gtttgatgca ctatcccatt ctgatgtgga atgggcagca tcgcggatcg      420

attcttctct acgcccatac tcacaatacc gtggaagagg cattcttcca gaaatgcgtc      480

aaagagctca acgagaataa gaagctgaat gttcaacaag gaaagtccat tcgcgccatc      540

aatgtcggct gcatgatgcc gtacatgaat tatgagccaa gaacactcaa ggaaattctc      600

tccgcacaga acgcaagaaa ggaataa                                          627


<210>  864
<211>  1218
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  864
atggaagata atcgcattca aaaccagatc gcgatctaca tgaccaacaa gaagctctgc       60

gagtttacgg acaagctcaa gccggcaccg atcgagtact atgctcatat gcatgcccag      120

ggcgaggagc aggcggatgg tatccgtgcc tactcttgca ttggtgttgt gctgcaggat      180

tactccaacg gtactggcga caagaccgtt cgtgtcacag cgaatctctc ccctggattt      240

ttccccttcg ttctcagcag aatgcagaac gatctggatc gcttcgattt cacggaagat      300

aagatcttcg gtgagccgga cgagcatggg ctgagtacgg tgacaaagct ctcggtcaag      360

cgcgcgtcgg ttggaaacga tggaaagccc aggaattatc cttggtgcgt catcgtggaa      420

aatggacgcg ctgtcaaaga gaaaaccgca acaggcggca cccatatcaa gtcgggcacc      480

tacaaaaagc agcgctctgt gtatgtcaac atcaacgatc tggacttctt caatcttgtc      540

taccgcacga cacgattcat tgagtcgtgg gagttgactt acggcccgaa gctgatccgc      600

gacgccagga agctgctgac tgagcagcgt gcggcggcgc agcagttagg aggtgcagtc      660

agtatgaaga aaaatcgcga gtttatcaac ctcggtgaat ttgagatgac ttctccggtc      720

atgcgtgtca gcgacccctg ttacgagcgt gatgtctggt gctgtggcac cgttgaccat      780

tgcaaactcg gaacttggga ggcaggtgtc ctgaagacgg atgaaggcga atggggcaca      840

cgctgtgccg tccttgccgt ccgtcataag gatactggtc cagatttcaa tgtgatccgc      900

ttaggcaaag tgcgcaaagt ggcgtgcaaa tgtgtcgagc agtcatttga ggtcggcgtt      960

gattccggac aggcagggtt ctttgatgat gcgttctatc agaacgatac ggtttttgag     1020

gaactgcctg caccgggttt cgctattggt gatctctggt atcgccatgt gtgcgacatc     1080

acactcagca agatgtcagc cggcgtgttg ccttatggtg cggtctcatc gtccggtttc     1140

ggcgatggcg gctatacctg ctatacacac gctgatgaga atggggtaat tgactttgcg     1200

ttcattgtgt ttatttga                                                   1218


<210>  865
<211>  606
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  865
atgggaacct ataccgattt tacaggtgcc atccgcatta ccccttgtct gaaagaaccg       60

ttggcgggaa gatttcgtca gtttctcggc atccggcata tgaagcggga tgtcaaaata      120

ctggaagccc ttttcccagc attggaagag cgcaaagctg tcacgctgtt tggcgatgga      180

gattttggag aggatggtgc attcttcctg cccatccata cgagggatct cacgcgccgc      240

atctgtttgc acgaacgcta tgcggaaggg ctcacagatg agcgtgacat gaatatgaca      300

cccggctcct gcccgagcct ttattgtgat ctggagcttc ggaacgatcc tgacaacgga      360

cactcctatc ttgggtggaa tgaggctgaa aaagcctact acatcacgga ttggatcgga      420

tacattgccg agtggctctc gaagcttggc tatcacctcg atggcaagat gttcgctgtg      480

gtcgagggcg gcatgtccta ctacacgatc acggtggatg gcgacaaagt gacttctgag      540

gaattcattc cggacgcaac ctatgtggat gaattctacg catgtgaaga aagtgaggat      600

acctga                                                                 606


<210>  866
<211>  225
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  866
gctgcgatgg aacaaaaaga gcttgagtat ctgcgtcagg tagaagatca cgcttcacgg       60

acaggctggg tgtctccgtt gactcgtgag gacaaagagt attttgccta tttgcgtcag      120

gtcagtaagc ggtataacat cgacatgtcc aaggcaaatc gactggaata caatttcgtg      180

attcgtgttg cagagagcga gttttacgca catcacacat cctga                      225


<210>  867
<211>  315
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  867
atgaagagaa aagcccatat catactgctt gtattgctgc tcttatgcgt actttcgaca       60

accgcctttg ccatcgatga gagcgaagta gaaagtgcca ttgcggcatc gagcaaggaa      120

gaagttgctg gcaatgtttt tatctggttt ctatgcgcca ttggattcct taaagtcagc      180

cagaaaattg atagttttat ggcttctttg ggaatcaatg tcggcagaac cggtggaagt      240

atgttgactg agctcatggt tgccggacgc ggcattgctg ctgttgcggg gggctgtagg      300

tggaactgta tttaa                                                       315


<210>  868
<211>  534
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  868
ttgaatttga aagaagtaag cgaactgcgc cgccgttttc gtatggatcg gaatgctatc       60

agccgtatct atggctgttt tgtcaatagc agccgtgaaa tcgtttcata cattgatgaa      120

tccatgggga ttctcccgca ggacgaagca gagaagtacc tgaacctgct gaagaagact      180

ctttccggaa aacttgggaa gaacctgatc gatattatct tctctactga acaggtagct      240

gacagtgatg agcatcacct tctcatggca ctgcgcgatt cgcaactgaa agacggtgac      300

atccgtgagg agttctatca gaaaatcatc aactctcttg accttgggga tagcaactac      360

ctcatcctcc tggcacatga ctcatacgat gtcccccgca agaacaaaaa cgacgagatg      420

gacgcagatg catccgatgc catattctcc tatgttgttt gctgcgcctg tcctgtgaag      480

gagcgcaaag cggagttggg cttcttcccc ggagacaatg agttccacag ctgt            534


<210>  869
<211>  345
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  869
gcatggggat ttcctcaagc gagatctgga gcagccgttg agttaagtat gctgccaggt       60

aaggcttata aggtctatgt gagcgttttt gtagagcatc gttcggatgg gacaatgctg      120

cctagggaaa tcatctggga ggatggccag aaatatgaaa tagaccgcgt gatcgatatt      180

cgcccagcct atgctgcaaa agccggcggg caaggcgatc gttacaccat ccaagtcaat      240

ggtgcaagaa catatctcta ttttgaacga tccaccaatc taacgggtaa tacgataggc      300

cgttggtttg tggaacgaaa ggtgccattg agggatctac tttag                      345


<210>  870
<211>  609
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  870
atgagcacat attacgactt tatggtcgag gccaagtata aagacaaatg gtacaacatc       60

gacctacata caaaggattt tgacggaaag ctgcggcatc aataccttgc aaccttctcc      120

cgcagctttg ttggccaatt ggaaagcctg atcgatggcg catggaggat cggttttgat      180

gatctagcgg aaagtacaca gaatctcctc ctatccagta tccctgcaga gtgtgaagat      240

agcgttcgac tggagcaatt ctatgttgcc ggtaatcttg tggatttcga gaaactcctg      300

aaggcgccat accaaaacga atactatgtg acgcggaatc agattgccgc atatgagtcc      360

catgagatcg atgacatctg tgactattta actgttcatg aggtgcttga gcttccctat      420

acggctcgca gcgagtatgt cctatatcgt tggaatgatg tctttgataa tgcagagaag      480

atccgctcga tggtagatcg cctgcgattt caggtagaat gcttcaacga agcgcttccc      540

tatgaggcag gtcagtccta tggagatcgt gcggcttcgc aagtccgtgt gatctaccgg      600

atttcatga                                                              609


<210>  871
<211>  447
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  871
atgaactatt ctcccagcag ccgcgatgcg atcgatgaac actgcaggga ggtcattcgg       60

tcatgcctca atatcgtgga gcagcatggt gacacatacg ttgccatcca caaggacgat      120

gatatcgaat gcatcgtcct tgtctccatg atccgaagct atcccatcct atccatcata      180

gttgcagaca aacttctgct cgcggatatc aatgaggaac agatgcacag catcgcgaat      240

gagctgaatc tggtgtcggt cacaggttgg cattccgtct tcttggcgga tgacagcatg      300

atctatatgt accggcaatg tctttggcta tcgatgagct tgacctatga agacctcctt      360

accatgctga aagaatgcat cagcgagtac aagcgcggta aaggccgcct tactacaggt      420

gagtatccga ccgacccggt cgcgtaa                                          447


<210>  872
<211>  675
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  872
atgatgtgtg atatggataa ccccaagtac attcaagtca tgcgccaagt ggcttctgat       60

tttgatggta tcagccacga actctttcag gtcgctagcg acttagagcg tatggatcag      120

tataaccccc agcaaaaact ctttagtctg gttcgatcgg cagaagtatc ctcggttact      180

ctgagaaatc tgaccgccag aacagttcgt gatgatacgg cgccattcta ttgtgaggtg      240

gcggatctgc tggggattaa ggtcgaggag actcatgatt ggctcaagat ctcagttccc      300

gcgattcttc cgaagcggaa ccagagagat aatcaagcat ttttgactcg gccgcttcgg      360

tatgcgatta tggactatct caaagagaac ccaatggagc gctttggtag ctgcgccatc      420

tgcattgttc ataactatga tgctgctctt ggaaaaaggc gcattcgtga ctatgacaac      480

attgaaacca agcggtatct ggatgtcatt gaatcgatgc tactgaccaa tgatagcggt      540

ctcctatgca cggtcctcca ggctacgagg atgtctgatc gggacagcgc agagttctac      600

ctgatgagac ctgaaacgct ttcatcctgg gccaaaaatc acattaaaac aactaccaaa      660

acctgctctg agtga                                                       675


<210>  873
<211>  1140
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  873
atgaaaaagc ggatcacatc attgatgctc attcttgtcg tcgcagtatc catgacgatg       60

ggagcgagcg cggcatcgta cattccggac gatgtcacct accagaatct gaacggccag      120

cagcttgcca tcaagaccta tacgcttctt ccggatcagg atccctccga cctgtatgaa      180

gacgacttcg agtatgacgg attcctgtat tctatgagcg atattgtcaa agaagagcag      240

cgctaccagg aagagaacgc acataccgag gttgtcactg tcacaaccgc aagtaagaac      300

ctcgaagata tccttgttga gctgaaacct acgatcgagt acgatgacgg agtctcctcc      360

ggcacacttt cgctcgatca tagcactctc aaaacggagg cagccggcta taagcgcagt      420

tcctatactg tgacagcgac aaagaactac accggcctcg accgaaatga ttcttcctac      480

atcgataaga ccgtagagaa gaatggcaga actttgagcc tctccaatgt aacttggagc      540

gttgagagta ctgctctggt cggcgatgag ctcgtcccgg caacttactc tgcggtagcc      600

acctattctg gctctgccag ttctaccgtc gcaactggct atattacgac cgccgaatac      660

aaaggcactg tcgtatcctc tggtatttcc agcattctct ataccgtaac ctacctgggc      720

accaagattg aaccgacgaa agcggaaccc accttcaaag gtgcggtctt ggtgatctcc      780

attatcggcg gaaccgccct tttggccgca ctgttgttcc tcggcctcac gcttcgtaag      840

aatactacag tctacaaagc aacaggcaaa ggcaacgaat atgaaaaatg cggccggctt      900

catctaaagg ccaagaatcc cgagctgcgt attgaccgct tgaaggatat tcctgaaggt      960

gtgatcgcaa tcgaagtgga tcaggcagtc gcaaagaagc tcttcggcca gaccatcgcc     1020

atccactgct atgacaacac agtcgagcat actgttggca cggtcaatgg ccagtactgg     1080

ttcaaggtcg atatcggcac tcaggaaggt gaacccgata ctgaggagga acccgtatga     1140


<210>  874
<211>  1623
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  874
atgtatgtgc tcgttgatat ggaatggatc tcgaatcagc atggtaatca ttggccaaca       60

cagttggccg ctgcccgtgt agatgcgcaa tggaatacag ttgatacttt ttccgtgcta      120

tttcgcccga gagacttctc tttgcagcaa tgggggcata tggctttttc cggctggagc      180

agggagcagt tcctcgatgg agaaagcctt tatgctggat tggacgcttt ccgtctttgg      240

ctgcaaccgg aggatacgat atgctggtgg catcaggaag caagcgatct gttcaatatg      300

ttctccaagg tatccggtgt tcctgatacg actcagcatg tcgtgttgct ctgtgattac      360

atttacggtt acttagcagg tcaagaggcg tctgttggta gcccttataa gatctgtgcg      420

gcgcgcaata tcgtcacacc ttctccagcg cactgctccg tcaacgatgt agcaaccatg      480

caactgcttg cgcaggacat tggctttgag cagaagtatt tacttgagcc accgaaaaga      540

tggggcaaag acgcaatggc acagaaaggt tcttctgcct ataagctgct ctatgatccg      600

caggccaagc ttcttcatca atccgactgt gagctactac ctgataatcg gcatttccca      660

gcattcctca cattcaagct tccaattcgt cgcaagtaca agccttgtag ctgctgtagg      720

gatgaattct tagatgcgct gtgggaccgc aatcaggact ctatcgctcg ctctgaatat      780

aactatgtct actccaagca gtccaagatc tttcacacta gaaagtgcag tcatgtactg      840

ctggcctatg atattcaggg aaccgtttcc tacgacacct gccttaaaag cgggcgacgg      900

ccttgtaagc actgcaatcc ggagccgatt gagcgcaaga cgattgcttt tccggttctt      960

ccaaagaagc cgcaatcccc tcaggagcgt tctttgagca aggacgagca aagtgccatc     1020

ggacgcttta atcgtgctaa acaggagcgt gaagctgcat tcaagagagg ctcactttcc     1080

gatgccgaga aaagcaacat tatggcactc tcgcagccag ggctggcatt ctgggcaagt     1140

agggggtatc ggacattcca ccgcagaaac tgcccgcaaa tcacagggct cagccaactg     1200

gtcggctttc ctcgttatca ggatgctgtc cgagcagggt actgcccatg ccggcattgt     1260

aagccaagtc cgaagcaaga tgtcgtctat tcgatcccta tcaccaacaa aaagcgtgcg     1320

ggagaaagtg tcgaaacatt ggtgcaactc tgtacggaac attgtctgcc gtttcaccac     1380

gacaatcgat atttcgagat gcagacgatg gtgggcaagt ggaaaattga tatggacatg     1440

cggccagtcc gattggaaca cataaacctc gtttctcagc aagagaacac aaagaaatat     1500

catgtacagc ctcgtctgtt tctctccctg aaagatacat tcgattacat tatgcgacat     1560

gataatgccc tcatgaaacg gattgaaggg acaagccaag aagtacaact tcaaatggga     1620

taa                                                                   1623


<210>  875
<211>  954
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  875
ttggaatatg ctttgacagc ggatcatcac cgcgttcacg cattcgatgc ggagaagggg       60

caagagtatt actgtcctgt gtgcggcaac caggtgattc ctcgccaggg cgaagtcaat      120

tcgtggcact tcgctcatgt gacttcgtgt gtggatgact ggaaatacga tatgtctgaa      180

tggcaccgag gatggcaatc gcgttttccc gaaaatgttc gtgagattgt cgtggaacac      240

aggggcgaat gccatcgtgc agacatcttg atgggcggct atgtcattga gtttcagcac      300

agtccgattt ctgccggtga atttgaacgg cgcaataagt tctacacgag ggccggctat      360

aaggtgattt gggtgttcga tgagacctac gcctttggga atgagtatat ctccagcagc      420

ctggatgatg agaacaagtt tgtgtggaag tggccgaatc gcgtgctcgc ttcagttgtt      480

cctcagcgat ccacagatat agcagtcgtt ctgcagctta ccgaagacca tgatgacgac      540

ggttgcgaat ggctcgtgaa ggtggagtgg gcgatcgtag acgatgacgg gtatgccgac      600

tatcgccgat tcttcattga tgatggtttt gcgccagatc tttttactga agacggccta      660

caaaacattc tgttgagcaa gcggaagcgg tttaatgcct ttctccgtga taaccaaccc      720

tatgcgccga agtgcagccg aatcaagggt aatccacggg actggtacat atgcccgaaa      780

acgcacgatt ggcataacaa ccaatgccgg gaatgtcaga acaatttaat caacgagttc      840

cggacaggaa cggattatag gcaaggaggt ttgttcttct actgtgctta tcctcacatt      900

atccatgaag cggataagta tggagaggtg catctcccat ccattcgatt ttaa            954


<210>  876
<211>  372
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  876
gaggtgacaa ctatgtctac gattggaaat attctttggt tcctatttgg aggattgatc       60

ggcgggcttg cctgggtact ggccggctgt ctttggtgca tcaccatcat cggcataccc      120

gttggcctgc aatgcttcaa attcgcaagt ctcgcctttt tcccgtttgg gaaagaagtt      180

gtgtatggcg gtggaggctt ttccttcctc gtcaacctga tttggatcat tttctttggc      240

cttgagatgg caatcggata ctgcattctg ggctgtctct ggtgcatcac gatccttggc      300

attccaatcg gaaagcaatg cttcaaaatg gccaagctgt ctttaatgcc cttcggggca      360

tcggtcgtgt aa                                                          372


<210>  877
<211>  453
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  877
atgatctcaa attgggactt ttcacttgtt ttagccatca gtgaactgct tgttgatcca       60

cagcagccaa gcagtcagct ggatatcaaa ctgcatgctt ttcagaaggc caaagatctg      120

atgcttcagt atgaaaagcg cggcatccgc cgagatcttc tcgacgtcat tttggataag      180

aagctcaagc tgatcttgaa agcagagacc gcgaatgaag taaagcgcgc atccgaaccg      240

ccaaagccag tgtacaacta tggtacctgg cgggaagatc cattctccgt tccggaggag      300

gagcttgcga tgtgggcgat cacttcgccc aacaacatgc taagccaact ggctcaagag      360

cggtacatgg atctctttac tcgcgtgttc ggaatcacga gggagcagct tacaaacggc      420

ccgctcccag acgtgaagct ggaggtgcag tag                                   453


<210>  878
<211>  564
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  878
aggaaaagga ttatgcacgc aaccatcatt atggagggcc gtctggtcac cgatccggag       60

atcaagagcg gaaagaatgg agactactgc acattccgat ttgtggtcaa cacaaaatat      120

ggaaatcagg acaacgcctc tttcttcaac tgcaccgcaa gcgagtacat cgccaatcgg      180

atgcagaagg ccggcatcaa gaagggccgt ctgatcgaga tcatcggtaa tctgaatctg      240

cgtccctacg agacggatga gggcatccgt cagatctctg cggatgtcgg tgtcctcgag      300

tggcacttta ctggttcaaa gccgaaaggc gatgaggcgg actcttcgca gggtacggca      360

aaaaccgcac agaagagcac cggtaaggta cgcccggagc agacgattcc aagtggcgat      420

gacgatgacg acctccccct ctgctctgga catacatata tgggctgtaa gtgttgtgaa      480

tgcttgcagc ccattttgtt ttgtccattc caaaatctac atacgaaagg actgactatt      540

tgtggctgtc aaaagccgaa ttga                                             564


<210>  879
<211>  1245
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  879
atggaaggcc gagttgtatt gcatagtgac ctcaacaact gctatgcgag tattgaatgt       60

atgctgcatc cggaattgcg tggaaagtac attgcggttt gcggcagcac agaggatcga      120

catgggatcg ttcttgcgaa gaaccaattg gcaaagcaat gtggggtgaa gacaggtgaa      180

gtgatttggg aggcaaagca aaaatgtccg caactgacga ttgtagaacc gcatatggaa      240

caatatctga aattctccaa aattgtccgc tctatctatt tgcgatactc tccggaagtc      300

gagtcatttg gcattgatga gagctggatt gaactgactg ggtctccgct tctccagcag      360

aaaactccgc ttgaaatcgc caacgagatt cggactactg tgaaagaaga agtcggactc      420

accgtttcca ttggcgtcag cttcaataag attttcgcga aactcggctc agacatgaaa      480

aagccagatg ccgtgactgt cataacgcgg gaatccttca aagatcaaat ctggccgctc      540

cccgtttcag acctgctcta tgtggggcga gcaacgacgg aaaagcttcg gctctacggg      600

atccgtacca tcggagatct ggcccaagcg gatcgggcaa tgctaattcg caggcttggc      660

gtcaatggtg aaaagctgtg ggtgtctgcc aatggactgg atcaatcgcg cgttatgcca      720

tgcgactacg aaatccccat caggagcgtg ggacacggaa tcacctgcac agcagacctg      780

cgtacaaatg aagaggttcg acatgttctc atggagctct cacaggaagt gggcgcaaag      840

ctgcggaaaa gcaagctggc tgccacgcgg atccgcatca gtattcgcga caacacactg      900

tctcagagag agtatcaggg gaagctggaa ttcccaactc aaagttatac agagattgct      960

gcggctggct ttaatctgtt ctgccggcgt tatccatgga atgcggatgt tcgatctctg     1020

acgattagcg cgatcgacct gattccctcg gatacaccaa tccagctcga tctctggtct     1080

gattttgaga agcataataa gcgtttaact ttggaacgca ccgtggaaga tatccgccat     1140

cgctatgggc tcggtatgat caatttcgcc gcactcacca cggggctgaa gatgcctgcc     1200

catcgggagg ttgaatacaa gatgccctct gttatgtatc actga                     1245


<210>  880
<211>  486
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  880
gaggaacaaa tgcatagtag aattattgaa ctgggcaatg cgcccatttt acctgatgac       60

cgtatgggag agtgcagtgt gccggaatgg ttctaccact cgattgcgga ctacacgaat      120

gcggaaacgg accgggatga agacctgaaa tggttcctgg aaatcgttgc ccacatcgtg      180

gatgtcgctg aggatggaga gagctttacg ttcaagccga atgccaagaa gaagtacttc      240

cacagacagt actacgcctt cctggataaa gcgagagagc tgacaggcat ctcaatcgaa      300

gccttctgtg ctgagacccc ttacgacatt ggcatggcca tgtataagct gaatgaagcc      360

taccaggata agttcagttt ctacatctac taccaagata aattgaaaac actggatgaa      420

tggattcgcg agactgatct cagcgagtct ttttattttg gtgggacact cgactatcac      480

ttttaa                                                                 486


<210>  881
<211>  435
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  881
accatcttcg gtgtcgttga acagcgacaa atgcggttgc tcttcgatca tatgagcaat       60

cgttcctatg gccagatcct cgcacgtctc cggcaagagg gtctggccta tttctcgccg      120

gacggccaat tcctcgcaac aagtcgatac tcattagatc acgggaagac gcaggaagcc      180

atcatggctt tctgggcatt catccagatg agagatcatg tgctggattt ttgtgcgagt      240

gagcctccgg caattctctc attctcttca gccgataagg attatgatct gatttccggt      300

agccaacgca atatcccatc gatcaacgcc tctcgcacac tcgtgccaga ggcgtccgtt      360

cgtttgattg tcgtagatga tatgaagtct ctggatgagc tgattcccag agatgaaacg      420

attatggagt cctga                                                       435


<210>  882
<211>  1401
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  882
gcttttatga ataaccaggc atgcgatgat gcagcgactc ggaacccgag aaaagcatat       60

accgactatg agagcagtac ttatactgtt gtttcaaagg tggcttattt aatcggagtc      120

caaaagcgca tttttgaaaa cgaatatgaa cctccaaaga tggaatggta tgagaaatta      180

cacgcagaca agaatgcccg catcgtgcgc aacctctgca tgattcgaac ggctttggaa      240

ctcaattata aagccatcaa taaccgtatg cgtttcgata tgtgcaatct ccactcgctt      300

ccagagtatg ttccgcagga tagtctgaac gaactcatgc aggatggtat tacgattgtt      360

agatccagag ctttgcctgc ccagtatatt gtagatatca ataagcatat cagcaaccgc      420

atcaacaact gcaagtcgct gtttccatta tggctgaagt gggaatatgt ccggaagctc      480

ttcctcatgc cggatggcct caacgagaag ggcatcaagg cagcagcggc agattattac      540

gccaacaaaa ataagtaccc gtaccaagtc tatatcaatt ggtcctacat ggactctggc      600

aacatcctct acaatgacaa gaagtttgtt tcgcttctat atgaagcaaa tgaggattat      660

ttcacagact tgagcaaagt gtctgatgcc ggtaacctca caaaggctgg tatatacaag      720

ttcctggaca agagtgagcg cgtcgtcgtt gtggtggatt gtgaaaactc cgatccctac      780

aaactgtacg caaccttgaa caatcttaat caggaagcac tactcaataa gatttgtaaa      840

atcatcctct atgatgatat tcataccaca tcggcgtgga agattttgga gcgcttcacc      900

caaattccaa ttgagcatgt cctgatcgaa cgcatcaaag aaaacaagtc acttgttgac      960

attcgtttga ctaccgggac ctgccgagag tattatcaga acaatgtgga ctcgttcatt     1020

cttgtatcca gcgactccga ctattggggt ctgatttcgg caatgcctga ggttcggttc     1080

ttcgtgatgg tagaaagcga gaaatgcagt ccgaccatca aaaatgcgtt gatcaatgcc     1140

ggcatttctt attgctatat cgacgatttt tgtactggta acagtaatga tatcaaggtt     1200

gcggcagtac ttcgcgaggt tcgccagaaa ctcgaccagg catttcacct taatgttcga     1260

gatattctgg atgaggcctg tagggcgacc agagctgaca tgacgaccgc agagaagaac     1320

caattttatg acaagtacat taaaaccatg catgttgata tctctcccaa cggggaagca     1380

acgatcgtgc ttggaaaata g                                               1401


<210>  883
<211>  1389
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  883
atgaaacgaa ttgtagcgct atgcctcgca gcggcttgcc tgatttctat ggtaggctgc       60

gcaggagata ccaatatgga cgaaaagaaa ccaaacaact ccgcatcggc ctatgctctg      120

gcactggcta gctatccgga gatggctccc tacccaaacg agatggagta ttttgatgaa      180

aagaccggtg agtttgacag cgatggcttt gatgtggtct atgacgcctg gcagtcggac      240

agaaaggccc aacgcagtca gccggaaggc tatgcagacg gtctggaacc gttcttcgcc      300

agttcaatcc gagagtttct cagcaattcc aacggggaga acaaggtata ctctcctctg      360

agtgtttaca tggccctcgc catgctggca gaggtgacgg acagtgaaag ccgccagcag      420

atccttgacc ttctaggaag tgaaagcatt gaggctctgc gctcccaggc agccagtgtt      480

tggaacgcca attacagcaa tgacggcgcc gtgacaagca ttctggcaaa ctccctgtgg      540

ctgaatgagt ccgtaaattt caaccagtcc acaatggaca gtctggcaaa gaattactat      600

gcgtcctcct tccgtggtga gatgggcagc gaggaattta atcaggcctt gcgggactgg      660

atcaatgagc agaccggagg actgctggaa gcgcaggccg atggtctgtc gatggacccc      720

gagaccgtta tggctttgcc ctctaccatc tactaccgag ccaagtggca cagtgagttc      780

aatgaggccg gaacggaaaa gggcctgttc catctgttca gtgctgatgg agagaccgtg      840

gagtgcgact tcatgcacaa gggcggcagc aacacctatt actgggcaga tcagttcggc      900

gctgttgctc tgagcctgga gggcagcggc aaaatgtggt tcctcctgcc tgatgatggc      960

gtggctatgg atgatctgct tgccgatgag caaacgatgg agttcctaaa cagcaatgga     1020

aactgggaga acagcaagca cctgatcgtg aatatgtccg ttcccaaatt tgatgttgtc     1080

tctgatcttg acctgcgtga tggcctgaat gcgctgggta ttaccggtgt attcgatgcc     1140

acggtggccg atttcagtcc catgacttcg aaagttgcag agatattcct ttccaaagcc     1200

gaccatgcag cccgcgttgc catcgatgaa gagggggtta ccgcagcggc atataccgtc     1260

atgatgatgg ctggtgctgc ggcgccacct gaagaggaaa tggacttcgt attggatcga     1320

ccgttcttat tcgccattac tggtgcagat ggacttccac tctttgttgg cgtagtcaat     1380

agaccgtga                                                             1389


<210>  884
<211>  558
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  884
gctattactg ccatccattc tatcaggagt tggacaggct cccgtgctac ctcggcaatc       60

gttgtgataa tccacactgt atcttcaagg atgcctccgg gcggcctaag gtgcagcctt      120

ccgaacggga agaagatcct gaggaagggg gtgatgacga tggctgatga gaagcgctac      180

ttttctgtca aggacatgtt tgagcaggcg gtcacgcggg caaagacgga tcctcgatat      240

gaagagtaca gcaagatctg tgagctggac tatgacctgc tctgcagcac atgcaagtac      300

gacaagctct acaggtgcga gttcgatgtg gtaggcgaag tgacctacgg cagcagcgag      360

ggtatctacg gagatatctt cctgtatggc aactggtcca aagagcggga tgacccgttc      420

aaaagccgcg cccgcgtcta tgtgctcaag accttgaagc aggacaagga gtcgtacttg      480

gcagtgggaa tgctggtcaa cctcatttgc tactacgcaa atgaattcgt agccacacat      540

ctcgaccgat ttgattga                                                    558


<210>  885
<211>  534
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  885
atggatttct acttcggagt cgatcttctc catcaccttc aaagacacta tgagcagcgc       60

ttgtcccttg ctctttccaa gtctttcaat cagacggatt cccgctacta ttggctcttc      120

aaagagctcg agtgccgcgt aacaatgctc cgaaagcttc tggtcatgat atccgctttg      180

ccgggcttca tgtgccggca gacagaggag caggtatttg cgatggttgt caattccaca      240

tccgcttggt tttcggatga tgtgcttggt gatcagccga aggacgctgc gggccactgc      300

tcctattacc aggagagtaa tccctactgg gtcgattatc agcttgctat ggatcgcttt      360

actccggatt acgactacac gaatttgacg acattctacg tcgatctcgt ggagtatctc      420

gtgatggcgg tacgcctgta cttcttcatt cgcgagcagc agttccggcc aatcgaccgt      480

ggcaagtatg acgagttggt cgggatccaa gctgttctgc agaagccagc ctga            534


<210>  886
<211>  708
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  886
atggctgagg aggagagcat tatgatgaca ttctatgctg ccgctggcag ttatcagatt       60

cgcaatgaag acggcaaaga tatgccttat attatgcggc ttgggaagct ccagccagtt      120

tctattccgg agttcagtat ctggagtatg ttgctgtggg atgtcctgac gcacgacgag      180

ctccgcaaga aatattttga aaagatggag gaagtgaaat tggatccctc cggatttgag      240

aaggcactcg agatgctcgt aaagcgaaag ctcatcatca aaggtgttgg atacaccggc      300

gcggatgcgc tctacaacat gctttatgat acctatgtca taccgctgcg gggggttcag      360

ggtacacggc gcttgctgaa tatcgcaaag ctgctcaagc aaggaaaagt caacttcttt      420

gaggccgtct acctcctgca gccagataag ggtacagaag cggaacagcg aatcatgaag      480

ttggttaccc agacgccgct gagcgttcct gagctggtac gatgctttga aaacgatgtt      540

cgagatgtca gctcggccga caaagtgatt tccgccattt atacggaaga atctgacaac      600

caggcgcggc taaacaacgc atgcagcctt tcaaatcata ggcaggatgt gctggaagca      660

accacgaact tgtatttgac acgccaggtc attcttgaac acgcatag                   708


<210>  887
<211>  453
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  887
atgggcagat ttatcaacct cggtatcgcg attgtcaaca ccagctacat tatccgtgtg       60

gagatggaat ccgatggcag agcggaaatc tatatgtccg atggtacgat gtttcgctgc      120

gatcacttcg atgcctccca actatatggc acaaatgaga aaaagagggt gcgacctcgt      180

tgcatctgca agaggaactc cgatatgacc aatcacactc catgtctact tgatgaagca      240

gcaaccttca tgaaagtaca atacctctct gacctgcggt tcctgtccac tgacggtcga      300

tcccgtttag ccgcatttct tgagactttt gatgcagcag aatacacact tttccagtgg      360

aatgatgcca ttgaatactt gaaagctgga gtgaaacagc agaccgcgca ggtggctcgt      420

gcacaactcc tacgcgccct tagaaccacc tga                                   453


<210>  888
<211>  525
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  888
atgacattgg agaaacttgt gaggagggaa aaaatgtata gcgctgcatt acagaggtac       60

tataacgagc acgagcattt gccatacacc ttttatgctc agccaaaacg cttcactcag      120

tatgcgatag aaaagagagg cgagcttttg gcaacagcgt ataactatat cgagccggat      180

gcgaaaggca caagagactt cgttgaatat tcttctgccg actttactgt aacggatttc      240

cattctgctg accgagtctg cgtggttatg aggcttccgg aacctacaat gccattgcac      300

tgtaagatga tcggctgctc tatcaagttc gatggcagtt gccccatatg gcgtacagtc      360

gagttgacgg agcggggtag ctttctccta tgcggatgga atgcggatca tacgcatatg      420

gtaattagtg aggtagcttc agagatggag gaatgtactc gccatatgga ggccgagctt      480

gcttccccaa tagtggttga cttgaaacta tttaagttca aataa                      525


<210>  889
<211>  549
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  889
ttatttgaga aacggggtgg tcaaaagctg cctcgtttct acatttattg tgaaaggaca       60

attaccatga gtgaatcgaa ctctaatgtg atccctgcca tcaacgctgt cgatggtttt      120

aaccccgctg atttcgtgcg tactaccgtg ggtgaggaag gcgaaaacga tctctacctt      180

gatgtcaaat atcgccttct ttggttccgc ctgcaccatc cgaatgggaa gatcgacccg      240

gagcttatcc gtgttgatga gaagaatgcg atcgtatgct gcaggatcta tgccgataag      300

gctgacccag ctgaccagtt cattgggaag gcgtattctc agcgattctc aacggaagat      360

cgctttggcg atcgcttctt ggagatcgcc gaaacagttg caaagggccg tgcgttggcg      420

gatgcggggt atggtacgca gttctgtatg aatggtgaga ctttggccag tatcatcgcg      480

gatgccccaa tcaagatgcc tcccgatgaa gatgcgggac accctggtag tgtcgtggcg      540

agttttact                                                              549


<210>  890
<211>  1809
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  890
atggctaaga ccaaactgtt tgaagcttgg agcttccggc tccagcaacc ggcgcccttt       60

gacgacccga aatatgccgg atccaagtcg atgggctttt cccagtacaa cacatccagt      120

acagctcaga agtccacgct ccatgcgcct acgatgcggg ccttgctcgc atacgccaag      180

ctggtgagcg caacggagaa tgggcagagt gtcgatggcc tcggcgccat cgggcatcag      240

ggcactactt accgcatcag tgagtatcga tccgccaaca agacggactg tgtggtcttc      300

aaccccgtca ccggcaaatt caatgccgca caggtggagg acggcacgca ggccttgaag      360

ccctattctg ttggtgccgg caacggcacc ggttcgggcc tcctgttctg cctcatgccc      420

gtcctcaacg aggatgacga gttccggcag aagttccagg agtttgtctc cctccttgag      480

agtggctggg cagatatgga tgcggcattc gaatgcgcac tgactctctg tgataatgtc      540

taccgtcgca ttgagaacag taagcagctg ggttctgatg gcgtcaagat ctccatccct      600

acgactggca atatctccgt tattacccag atggccatgg acagcggcaa ctacgctccc      660

accggcgcct cttatgggga gttcaccatc atgcagatgt ccgggacacc tacggcgaaa      720

gcgtcttcct tccagaagga ggattttgta gccaagtacg cgctctccaa ccgtactctt      780

acggcacgag agctggcaat ggtgcccacg ctgcccgact ggtacatcat ccccaaagag      840

gtcgtccgtg tctgtgagca cgccaaagtc actacggcat ccagccagcc aatgcgtaac      900

ttcctgttcc ggggcgaggc tggtaccggc aagaccatgg gtgcacaggc catcgcagca      960

gggctcaatc tgccctacac gcttatgacc tgcagcgcca acacggagat caccgacctg     1020

gttggtcagt tcattcctga tacgggtaat ttccagagcg actttaactg cacggagctt     1080

cccaaaatct ccgatatcac gatgcatccg cccagtgttt acatgatgct gaccggcgaa     1140

tacgatgagt ccaagacgga agatgatgtg ctgcagaaac tcattgagat cgccgttggc     1200

aatctcatgg agaaagagga tcctgctggc cagcgcatcc gttatgtgga tacgcctctc     1260

gtcgaggcga ttaggcatgg gtatgtctgt gagctgcagg aaccttcctg tatcgcgaat     1320

ccaggtgtct tagtcggctt gaattccttg ctggacaact gccaggtaat tactctgccg     1380

actggtgagc gtgtgcgacg ccatccggat acagtcattg tcgttacgac aaactctgac     1440

tactccggct gccgcgacat gaaccagagc gtgatctccc gaatggatct gatctacgac     1500

atggaagcgc ctgatttgaa cacgatggtc aagcgcgtga tgaatgtcac cggatttacc     1560

gatgagcagg aagcgacaaa gatggccatt gtcgtgcgcg atattgcaga gcgttgccgt     1620

caaacgatga tcacggacgg cagctgcggt atgcgtgaat tcaagagttg ggtgctctcc     1680

acgatggtga cgaatgatcc ttatgagtca gccttatcta cgatcatctc ttccgcttca     1740

gcggatccgg ataatcgtgc tgagctgatc tccgcttgcc ttgaacccca gtattccaaa     1800

acaatttga                                                             1809


<210>  891
<211>  1137
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  891
ttgaatttga aagaagtaag cgaactgcgt cgccgttttc gtatggatcg gaatgctatc       60

agccgtatct atggctgttt tgtcaatagc agccgtgaaa tcgtttcata cattgatgaa      120

tccatgggga ttctcccgca ggacgaagct gagaagtact tgaacctgct gaagaaggct      180

ttttccggaa aaattgggaa gaacctgatc gatattattt tctctaccga acaggtagat      240

gacagtgatg agcatcgcct tctcatggca ctgcgcgact cggaactgaa agatggtgag      300

atccgtgagg agttctatca gaaaatcatc aactctcttg accttgggga cagcaactac      360

ctgatcctcc tggcatatga cacatacgat gtcccccgga agaacaaaaa cgatgagatg      420

gatgcagatg catccgatgc cgtattctcc tatgtcgttt gctgtgtctg tcctgtgaag      480

gagcgcaaag cggagttggg attcttccct ggagataatg agttccacag ttgtgccggc      540

cagatcgttg ccgcaccgga actgggattc ttgttcccag cctttgacga tcgtgcggcc      600

aatatctaca atgctttgtt ctattccaga aagacagatg agatccacca ggaagttatc      660

gacagcgtat ttcataccac agcccccatg tctgccgctg agcaaaaaga agcattccag      720

aatgcactca gcgaagcttt gggtgatgcc tgcaatatgg aactggtcca gtctatccat      780

gacagactcc gcgaccagat tgaacagcat aaggagagcc atgaccctga accgctggaa      840

ctctccgtca gtgatgcggc agcaatcctg cgcgataacg gtgtggaaga ggagaagatc      900

cttgcgttcc gtgatagttg cgccacccag ttcggtgatg gagcaacgct gaacccggcc      960

aatctgattg atagcagccg ctttgaagtt aagaccgccg atgcgacaat ttcgctcgat     1020

ccggagcaca gctacttggt tgagacaagg atcattgatg gccggaagta cttgctcatt     1080

cccgcagacg aggatattga agtcaatggg tttggggttc gtgtcaaagg cgagtaa        1137


<210>  892
<211>  402
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  892
atggaggcga ttgccatgaa catgaagcag tttccggtca ttgatcctat cgcgaccgga       60

aagaacatca tccgtcttcg cgcagagcgt gggatgagtg tccgcgacct gcaggcatac      120

ttcggtttcg aagagccaca ggcaatctac aaatggcagc aaggaaagag cctgccttcc      180

gttgataatc tgtatgctct cggcgcgttg ttcgaagtac cgatggaaga catcctggta      240

tctcggacat cacaactgaa tctgatgatt tgtgagcagc aggccgaagc ctgctgctcg      300

cctctattta tgggagaact gctccgacta tcacggatac ggcagagagc caagatcgct      360

tcgaccattt ttgccaaggc catgcgctcg ctggctccat ga                         402


<210>  893
<211>  438
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  893
atgtcctatc caaaaccact atcggagaaa tctctgaatc ggctatatat gcaggcgggt       60

ttatcgacgg aggcgtgtga tttccttcat tcgttatttg ccgcctgtgc aaatctatat      120

ggcaccatcg cccttcgcga tgtatggtcg gtttatcaga agctaaaaag cgatgtgccg      180

cggattcatc gacgcgatct tatcgccttt tcctctattg tccgtcgaga ggtgcaaccc      240

tattgggttt atgagattga agaactgtac acggaagaac cgcacaatga tctggatcgg      300

cacatcgtat caaaagaatt gattggtgct ggctatggta agatgttttc cttctatgca      360

ctgatggacg agcgcgatga tcgcccctat tgtgtccccg atgattttct ctcatatgcg      420

gaaccaacag catctgta                                                    438


<210>  894
<211>  354
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  894
atgatgaaat tgccaccaca agtgaataca gcatttgaga tgcttgaagc ggccggctat       60

gaggcgtacc ttgttggtgg cgcagtgcgt gattatgtgc gtgacaacag tcctgcgaag      120

gattgggaca tcaccaccaa cgcgctccca gagcaggtgg aggagatctt tacaggctac      180

cacctgattg agactggctt gaagcatggg actgtaactg ttgtgatcga ccaagagcct      240

ctagaaatca cgacctatcg cgttgacggg gactactccg accatcggca tccggactca      300

gtcagcttta cccgcagcct gaaggacgat cttgagcgcc ggacttcacc atga            354


<210>  895
<211>  987
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  895
ccgcaccatt tacatggtgc ggctttttca attgattcac actcgccggc ttacgggagt       60

atcaaaatat atattggctc tattgacact ttcactcgtt gtggatataa taatggtgaa      120

gatcaaaatc ggaggtctat catgagagat tacagcaagt acgaaaagac acccgtgtta      180

ttctctgggg cagaaaagaa gtttgaaatc atcattgacg ggtttcgtta tattgtcaag      240

tttcagaaga attccgaagt gggcttgacc ttcaattatg tttctgagta tttgggaagc      300

catatttttc aacttattgg tattcccgta caggaaacct tccttggcac ttatgagggc      360

aagaatgtag tcgttatgaa gaatttctta gggcccgagg atgatcttgt tgccttcaac      420

ggtgtcggcg aaagctcgct ggaaagggac aaagagctct atcagtacac ttatgaagat      480

attaccgcaa tgctgcgcga gaatatgaag tcaacaaatg ttgaggagac aatcgaccgt      540

ttctgggata tgttcatcgt ggatgctttg atcggcaatt ttgaccggca tggtgggaac      600

tggggcttca ttaagaaaga taatcaatac cggatcgccc cggtatatga caatggttca      660

agcctgtatc cgaagctgaa tacggacgag aagctggagg ccgtactctc ctccgaggaa      720

gaaattgacc aacggatcta taagttcccc acctcccaca tcaaagtgaa gaatcgcaag      780

agttcctatt ttgaagtgat cagcagcttg caattcgaag cttgcaatga tgccctaaag      840

cgaattgttc ctcgcatcga ttttaatcaa atcaatactc ttattgacga agtggaaggg      900

atctcagagg tgcgtaagcg tttctataaa gttatgctgc agcaacgata tgaaaagatc      960

cttatgtacg catatcgcca gttgtaa                                          987


<210>  896
<211>  624
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  896
ccaaggccta tgccaaagtt cttggctcct tcaactttta ccattaaaga ggcctggcag       60

aaaggacgaa taatgagtaa attccagaac tacttgaaaa cctttgacat caccagtacc      120

ctcaccgagg aggatattga taagaccttg gcgctgctcc agatttacgg ccccgccgtt      180

cgaaggactg cctctcgcat cggtgagatg gaagaagagt gctatgaagg tagacggcaa      240

agcatctccg acttcatcaa tctggccatc gactatgacc gtgacactga ccggaaacgc      300

atcgccgatc gccttgccga gatgggccac tccatgcagc ttctgtccgt catggaggat      360

gccttggtac tcgtgaagga caccccgccc aatggaggca cctatttcaa catcctccag      420

gcaaggtact ttgatgtcta ctgcacctca aatgaggaag catatctcaa cctcggaatc      480

tcctcatcta catactatcg gcacatcaag cccgctatcc gtgtctatgc agcaaacctc      540

tggtgtgtcg taatccccga tctgatcatc agggagcacc tgcagcaaag cggtagcgtc      600

accgctcagg tggaagtctc gtga                                             624


<210>  897
<211>  2943
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  897
atgagcaaat cgaacgaaga acgggatatt tactatatcc cgccaaactt tcttgcaagt       60

gggcgcttat ttggcggaat gattcgagca cgcaatgcga ttgaagcttg cgtgctcgtt      120

ttgttgacgg gtattcccat catcaagttg cctatgtcgc ttactgtgcg gattatcatt      180

ctttgcctgc tcccactccc gcttggtatt tttggcatca tcggttttga gggcgattca      240

ctttcggaat ttgcgatcaa ttgggttcgc tggttcattc atcggcggag cctttatcgc      300

tctgatgtca ctatacctga aaccgctagg aagcagaaaa agaggatatg ggagcaagaa      360

gctaccaagc cgcccgaaga gttaggcatt cggatcaagc agcctcgcaa gaaacgaaaa      420

cgccctacaa aaaccgaaaa gcagctcaac aaaaataatc gcaagatggt gccaagtcac      480

aaaaagcagg tgacttactc ggaagacttt gttccagtaa aggatatccg caacggcatt      540

attgaaacgg aggacggtcg ttatatcaga gtcctcgaag ttgaaccgat caactttctt      600

ttacgcagta catctgagca gaagaatatc gttgccagct tcgcgagctg gatgaagatt      660

tcccccataa aaatccaaat caaagtgttg acaaagaagg ccgacatcgg aaaacacctg      720

agtaccattg agtgggatat ggagtccgag agtaatccaa agtgccgaga attgcagctg      780

gactactatc gccttattca gacaattggc tcgcgagaag caattacccg cagattcctt      840

gtgatttttg agtatgaagc tgtcacgaat cgcaaaccgg agtactcgga gattgtctcg      900

gctctggaaa cgtctgttca gacagcgcgg cagtatttcc tacactgcga caatgcggtt      960

gttacccatg atgacgaaaa cgccttcctg ttggagatcc tctacaccat tttcaaccga     1020

tcaacttgtg aggtaaaaac agttgagcag cgcatcgggg agctccagct agctcggagg     1080

gataccgaca tcacagtacc agtctccctt aaaagtgtac tggcacccga ttccattgac     1140

ttgactcatg ggtcatatgt agtaatggac ggagtatacc atgtatatct cattgttccc     1200

tcagatgggt ataatcctcg cgttgtggct gggtggacga gtattctcgt caatgctggc     1260

gaagggatcg atgtcgattt ctattttttc cgcgagccaa aagaacgcat tcaggctaag     1320

ctgggtcaac agatccgaat caaccgcagt cgcttgaaag acacctcgga taccaattcg     1380

gactttgatg attttgaaag tgcaatacgt tctggctact ttctgaaaga aggccttgca     1440

aattacgagg atttctacta ttgcaacaca ctagtcacaa tcactgcaga tacactcgaa     1500

aatctggagt ggcgtatatc tgaggtgcgt cggttgatgg tttcacagga tatggatatc     1560

cggatttgcc gatttcgtca ggagcaagcg ctactgtcga tcctcccgct ttgtagcttg     1620

aataaaaagc tctttgcagc gagcaagcga aatatgctta cctctgcggc tgccagttgt     1680

tatcctttca cctcgtttga gatgagcgat gagaacggca tcctgctcgg agtcaaccag     1740

cataacaaca gcttggtcat agttgatatc ttcaatagcc gcgtatataa aaacgccaat     1800

atggttcttc tgggaaccag cggtgccggc aaaaccttta cgctccagtt gatagctctc     1860

cgcatgcgtc ggaaaggtac ccaggtcttc atcatagcac ctctcaaagg ccatgagttt     1920

ctgagagcct gtaataacat tggcggtgag ttcatttcca ttagtccggc atcgaagcaa     1980

tgtatcaatg tctgcgagat ccgcaagcag gatctcagcg ccaatcagtt gatcgatggt     2040

gtaattagcg agaactcgat cttggcaaag aagattcagc agctgcacat tttcttctcg     2100

ctgctaattc cagatatcag ccatgaagaa cggcagctcc ttgacgaagc gctaattcga     2160

acctatgcga agaaaggaat cacgcacaat aatgagtcgc tgattgatcc agagcatccg     2220

gatcgctacc gggagatgcc gctccttggt gacatctatg agattctaat ggaatctccc     2280

gagacgaggc ggatgggcaa tattctgaat cgtctcgtga atggatccgc caaaaccttc     2340

aatcagcaca caaatgtcca gctcgacaat ctctacacag tccttgatat ttccgagtta     2400

acgggagagc ttctgcctgt aggcatgttt gtcgcactcg actacgtctg ggataaagcc     2460

aaagaagacc gcacaaaaga aaaggcgatc ttcattgatg aagcatggga acttattgga     2520

gacgatgata ccaataaccc aaacaacacc aaggcccttg caggcgagtg ggttcaggag     2580

attttcaaga tcattcgtgg ctacggcggt gcggccattg ctgccaccca ggatattggc     2640

gaccttgatc gaagccggtt cggcaaaggc atcttaaatg ttgcaaagac caaaatcatt     2700

ttgaacttgg aaaatgatga ggcgcagcgc gtccagcaca ttctccactt atctgatgca     2760

gagatcatgt cgatcactcg ttttgaacgc ggccaaggac tgatctccac aaactccaac     2820

cacatcacag tttcgttcaa ggcatccccc ttggagaaac aactgattac aaccgaccgc     2880

atggaactca accagattct caaggaaaag atcgcccaaa atacacataa tgttgtcgaa     2940

tga                                                                   2943


<210>  898
<211>  642
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  898
tttggcgctg atgtggtgtt taatgcaaat gcgtttgttt cccagtattg cgcacacaag       60

gacacagaaa ttgcatctat ttccaaggaa gatatggagg ctttgctcac cgctaacaag      120

gataagctct actcttttga tttcacggat gaagagcgag aaattccccc tgagcatggt      180

gacgaagact cgggcgaaac cattcatgag accattcgga tctataccat ctcctataat      240

ggagaagcgt attttgccga tcaggtcttc cacctgtcag acgatcagaa actccttgca      300

agccaatatg cgcaaaactt gactgtcctc ttgggcgatg gaatttacca aggtctaagt      360

gaaacagagt tctcagcaat ggacctatcc tacgacgggg tcgtttttgc tgacggcgaa      420

acacaggttg tctattacaa tcagttagat gaacggtgga agtactcgcc ctatggtaca      480

gatacgattg gtggttatgc ctgcggcccg actgcaatgt ccatatggga gcaagaagct      540

accaagccgc ccgaagagtt aggcattcgg atcaagcagc ctcgcaagaa aggaaaacgc      600

cctacaaaaa ccgaaaagca gctcaacaaa aataatcgca ag                         642


<210>  899
<211>  879
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  899
atggaatata acaaattgat cgcagaaatg tccctttcgg atgaggtgga gggcttctat       60

gttttgaaag ctgcatatcc caagacaacc gcaaccggca agccgttttt gagcgcctct      120

ctgtcggatc gatccggctc catcgaaata aaagtatggg actattctgg ccccatctcc      180

tctgcagatg aaggcaatgt tgtgaagatc tatggcactg tctccgagtt cagaggcacc      240

ccgcagatta ctgtcgatcg gatccgtttg gctgacgaca atgatactta cgacctgtcc      300

gccttggtcc cggtggctcc cattgatgtg gacactacga tggaagaagt ggagagactg      360

atcagttcga ttacggatgc tgattacagg cagatctcca gcacgatgat gccccgccat      420

aaggagtccc tgaagacgat cccagccgct aaaagcgtcc accacggctt tatctccgga      480

cttctgatgc acactgcggc catgatgaaa acggctgatt tcctggccgg cctttacgtg      540

gatatcatcg atcgcagcct gttgcttgca ggcacgtttc tgcatgactt tgccaaagag      600

aaggagttta ccttttctca gctcggcctc gtcacggaat actcggtaaa gggacaactc      660

cttgggcacc ttgtgatggg cgcacaggaa gtttccaacg tagctgcaga acttggtatc      720

cctgaggaca agtccgtttt gctgcagcat atgatcctct cccatcatgg cgaacctgag      780

tttggggccg ccgtaaagcc catctgcgcg gaaagtgagt tgctctccca gattgatatg      840

cttgacagcc ggatggagat ctaccgcgag accttggcc                             879


<210>  900
<211>  930
<212>  DNA
<213>  unknown

<220>
<223>  obtained from human gut microbiote sequencing

<400>  900
tccatgatta tctctgtcga tcacggcaat aaatcgatca agaccccgaa cgcgcttttc       60

acctccggcc tgatttcgtc cgaagggctg caaggattca aaacggacta tatctgctgg      120

aacgggcgct actatacgct gacagaacag cacatttctt atctgcgcga caaaaccgaa      180

gacgagcggt tctatgtcct gacgctcttc gctatcgcta aggaactgga gcggcgcaag      240

gcagctgaaa cgctggatcc gattgacatc acactactga ttggattgcc cccggcgcac      300

tatgaacagc tccacagtcg ctttgagcag tactttctgc ggcgccgtga ggccattgac      360

ttcgagtaca atggaaaata ctactcgatc cgcatcagca aagtcctcag ctatcctcag      420

gcatttgcgg ctgctgtaac acagtacagt acgctcaaga cctattctgt tgcctacatc      480

atcgacatcg gcggctttac cattgacgtg ctcaagctgc ggaatggacg tcctgacctg      540

gcggtggtcg aaagttttga aaagggggtc atcaccctct acaacagcat tacaagcaaa      600

tgcaatgcgc tctatgcccg gatcttggag gactgcgata ttgatgaggt cattcgcaat      660

cagcctactg tccttcctgg tgaagtgcaa cagctgattc gcagcatgac tggagagttc      720

ctttcggagt tctataactt cctgcgtgag cgtggaatcg atgtaacgac cagcaaatgc      780

gtgtttgctg gtggtggctc tcttctcctg agaggaatga ttgagagggg aaataaagta      840

gcattcccca ttttcatcga agatattcat gccaatgcac acggctatga actcctctat      900

cagagtgagg tagcgtcgaa tgggcagtaa                                       930


<210>  901
<211>  1185
<212>  DNA
<213>  Porphyromonadaceae

<400>  901
agtcctttcg ttaattacga atcccacacc acaactcccc tctccttaca cgggagggga       60

gttggagtaa ctcgaaaaaa acataatctc tcacaagata tgaagataaa aattttaatt      120

ttcctgcaac tattatattt tcctcttttt gcacaaaacc tcaatgcata tcagcatcta      180

aagcaagaat ggtcaaagaa tttttcctcc gccaaagata ttatcaagac ttatcacaat      240

aataccaaac gaacaaacac ggcagcattt actaccatca ataattgctt tatgacctta      300

aaaagcggag aatacatcat ttgcagtaaa ggagaaaaag aagatattca acttttactt      360

caggaaattt cacccatagt gttaaatgac tcctctgtca tcacattcat gcaacaaaat      420

tctccagaag aattcacgaa ttattattac atgattctcg ccttaaaaga aggagagtct      480

tttgatgcag caagagacgg tatcaccatc tcgacacaat ttcccacaag agccctcaat      540

cataatgact acacgaaact aaatgaaatc ttttccggta acaataaatt attacatgag      600

atttatctgg aaaaaataaa attccttctt caaaacaatg gctgtacaaa agaaattgcc      660

caactacgcc caatcataga atcacatgta gaatcctctc ccttaaaact tgaaatatta      720

aaactataca cgcaatatga actcttgggc caaggcaaac cggcaccatt atcttcatta      780

caagattcgg atgggaacat ctacacattc ggtaatttta aaggcaaagt catcgttgta      840

gacgtatggg ccacgtggtg ttgcagttgc attgaaaaaa tgccgaagtt cattcaatta      900

aagaatgaat ttcaagaaaa tggaaacatt attttcctaa cagtttctat tgatcaagaa      960

agaacccggg ataagtggtt aaaagctatc aaggaaaaca acatgaccgg attaataaat     1020

ctcattatct ctcccacagg agattctcat tttgaaacag attatcaaat agtaggagta     1080

cctcgttatt tcatcataga caaagaagga aaaatcatca ccgtatttgc ccctagtccc     1140

gacaaagaaa tgaaagactt aattcaaaac atcttaaaat cataa                     1185


<210>  902
<211>  2583
<212>  DNA
<213>  Porphyromonadaceae

<400>  902
atgcaggttc ttgcaagctt tctgttttta tttgttttgc ttacgtgtca tatgaactta       60

aaagcacaag gcaaagcagt aaacatgaac tacaaagaag tttcttttgt cgaagcgatc      120

aattcttttc ggcaacaaac cggggtaaaa tttctttaca acttggaaaa agtaaaagat      180

aaaagatgta aagacctcgt actgaaaaat gtacctgtaa acaaagctat tgaaaccgta      240

ctaaaacact tcggtttaac ctattcgatg gtggaagggg tggtcgtcgt gaaagagacg      300

gaagaaacat cccccacgac ttcgacacac acgatcaccg gcaaagtcgt cgatcaagcc      360

ggcaacccgc tccccggggt aacggtaatt attaaaggaa caaaatcggg tgtcgcaaca      420

gacgtaaacg gaaatttcac gatcacgtta aatgaacaaa aagaacaaac tctcattttc      480

tcgttcgtgg gtatgcaaac gaaagaggtc tcctgcatgg ccgggaaaac cgtgacggta      540

atccttgagc cagaggaggc ccaactggat gaagtcgtgg tgacaggtta tcaaagcatc      600

aatcgccggg acatggtagg ttcttacacg acagtaaaag ccgcagatat tatgatgccg      660

gcatacaatt ctatcgacca aatgttacaa gggaagattc cgggaatggt tgtcgtcaat      720

tcctcttctc gtataggtag ttcacctaaa atcacgatcc gcggaacttc cactattttc      780

ggaaacacgg atccgctatg ggtcgttgac ggcatcatcc agccagaccc actccccatt      840

gatgccagct ccgctgtaac ggaagatatg aaaaacttga tcgggaacca gatatcatgg      900

ttaaatcctg ctgacattga aacaatcact gttttaaaag acgcatccgc aacggctatt      960

tacggttcaa aagcttccaa cggggtcatc gtgattacca cgaagaaagg gagcgcagag     1020

agaacaagca ttcgttattc aacgaattta tcatttagag cccgtcctaa ctacgggatg     1080

ttcaacttca tgaactccaa agaacggatt caattcagta aagaagctta tgacgccgga     1140

atcaggtacc agagcgatcc tcttcctcaa atatatacct atgaagggtt aatggccatg     1200

tacaataatc gccaaatcag cgaagaaaat ttcatgaaac agatggaata cttggaaacg     1260

tgtaacactg attggtttga catcctgtgt cgaaattctg tcagtcattc tcataactta     1320

agtattaccg gaggttccca gaaagtgaca tacaatgctt cttttggcta ctcttcaagc     1380

cacggaacgc aaaaaggtga tgacatgaca caatttaacg ctcgattgaa tgtcaacgcc     1440

caactactgg aatctctttc tgttaatttc aatctaagta attcatttac tgacaggaaa     1500

ggatatggac cgggagttag tcctgaaact tacgcaaaac aaaccagccg ggcaattcct     1560

tttgttgatg aaaacggaga tcgggtattt tataaacaat actacgagta caaactaaat     1620

agaaccgggc aacttgaata cggttacaac atcttgaacg agatggaaaa cagttactct     1680

aaaaataaag caaaaaacgt aaatatgtca cttaacgtga attggaatat tgttacctgg     1740

cttcaatacc aattcgtggg aagtattgct ttcaacctga ataattcgga atcatttgca     1800

ggagagaaaa catcctacat tgaactcaac tatcgaggtt acgcttatgg ctcagagtca     1860

tccggttccg ccaaattcaa agcagcgtta ttaccattcg gaggtgaact ggccacaaac     1920

gagacaaaca atacctcgta caatatgcaa cacaaaatcg tgttctccaa aaccattcac     1980

gaattccacc ggatcaacgc aatggccgga atggaaatcc gttcagaagc aaacaaaaat     2040

aacacaaaca cggtttgggg atacgttccc gaacgaggcg agatattagt ctctccctcc     2100

aagccgacag aaattgttcc cgttggcgga gtcgtcccta tttcctgggg tgcgctggat     2160

aaactctacc aaggaggatg ggcaaacaca agtattacca ataatttcgt gtcatttttt     2220

gctacgttag cctattcttt aaaagatcgc tacgtattca atgccaacat aagatcagac     2280

gcatctaata gattcgggca agatgtcaac aaccaatttg acccgacata ttccttcggt     2340

atatcttgga gaattgccga ggaggaattt ataaaaaact acctgtcatg gctcaaccaa     2400

ttgaatttac gtgcgaccta cgggattcaa ggaaatgttg taaattccgt aagccctgat     2460

ctcattgccc agtaccgggg aattatagga ggttatgacg aatattactt gaccatatcc     2520

agtttgccca accccctgtt aaaatgggaa cgcacaaaaa cttggaactt agggttagac     2580

atg                                                                   2583


<210>  903
<211>  636
<212>  DNA
<213>  Porphyromonadaceae

<400>  903
gcatggggcc gcaacttttt tatttcaata agtttttgtt tatttgcaaa aacaattgga       60

aatcacaccg tgtcaagtca agagaaattc ttaaaaggga taaatcagaa agaatctgat      120

gcatggaaag agctatatcg ctatttctac gggactctat gcaattacac gaccaaaatt      180

gttgtagacg aaaccgtggc ggaagacatc gttcaagaat gctttatctc catctggaat      240

tcttcgctcc atttccaaga gatgaaagcc ctctcggttt atctataccg ttcggtacac      300

aataacgctt taaaatatct ccgggataag aatgtcgata atcaaagatt acaaagatgg      360

agcaaagaac aagacgatgt tgaagatgtt gatttctacc aagccgtcga agaagagctt      420

atccgcaaat tacacgtggt cattgatcaa ttaccggaac aacgtaaaaa catcttgcta      480

ttgagtattg acggcttgac cgtgcaagag attgccgacc aactgaatat cagcatcaac      540

acggtaaaaa cgcaaaagaa aagagcctac gtgtttctca aagaaaattt aaaacaaagt      600

ttacttctca tatacattct agaaatatta aagtaa                                636


<210>  904
<211>  996
<212>  DNA
<213>  Porphyromonadaceae

<400>  904
acaaaggcgg ggaaaaccat gctggtcttc tcgtttatcg ggatgaaacc ggtggaaaag       60

gacgtgattc cgggaaagaa agtgatcgtc acgatggaag aggaagtaga aggtcttgag      120

gaagtgatca tcacgggtat ctactcccgg gataagaata gttacacggg gtcggcatcc      180

acctattccg ccaaggagtt gaaaatggtt ggtgctcaga atatcatcca gagtttgaaa      240

acgctggacc cggccatgat ggtcttggag aacaaacaat ggggatcaga cccgaatcgt      300

atgcccaaaa ttgaaatccg gggaaagacg agcgtggtcg gattgcagac agagtttgag      360

aacgacccca atcagccctt gtttatcttg gatggtgtgg agaccacgct ggaaaccatc      420

attaacctaa atatggatcg ggtggcaagc gtgacgatct tgaaagatgc agcgtccacg      480

gctatctacg gatcgaaggc ggctaatggg gtgattgtcg tggaaacgaa atcaccggag      540

tcaggccagt tacggctgtc atacagtggg aattacggga tctcgtttgc cgatttgtcg      600

gattacaatt taatgaacgc ttccgaaaaa ctggaatacg agttattagc cgggcgttat      660

tctcccatgg aaggatatga cggttttgtt gataaacttc agaaaatgca ggattattat      720

tcccggttaa aagaagtgct gagaggggtg gacacttatt ggttaagcga accgttacga      780

accgtcttca atcattctca taacttgtac attgacggag gtgaccaagc catgcgttac      840

ggtttgggta tcagctacaa taaccgtgat ggtgtgatga aaaagtccaa ccgtgacggt      900

atgggagtga acattgactt gatttaccgt aaaaaaggtt tactcttctc gaacaaggcg      960

agcatggatc tctctaattc tgaccgggag ccggtg                                996


<210>  905
<211>  1341
<212>  DNA
<213>  Porphyromonadaceae

<400>  905
atgttattac gcggatgttt agttattttg ttgttaggcg tgcaattcgc ttttggacaa       60

cagaaaccca atccggattg ggtaaatcag aagttttcca tgtttattca ctggggattg      120

tattcggagt tggggggagt ttggaaggga caaccggttc gttccgggta tagtgagcag      180

atacagtctt ttgccaagat cccgaaggcg gagtacgagg cggtggcgaa agaatttgat      240

ccggagaaat ggaatgctga ttccgtggtg gctttggcaa aggcagcggg gatgaagtcc      300

atcgtgttca cgtcgaaaca tcatgacggt ttttgtatgt atcattccaa gtacacgaag      360

cataatatcg tggatgcaac ccctttcaag cgggacgtga tgaaagaatt gtcggatgct      420

tgccgtcggc agggggtgaa gtttgcggtt tattattcgt tgattgattg gaatttcccc      480

ggaaatggca ttacccctca taatgcggat gccatctcga aggaacacca tgcgttcagt      540

atgcatcaag tggaagagat catgacaaat tacggtccga tttctgaaat ttggtttgac      600

atggggtctt tgagcgggca acagagtaaa gagttgtatg accttgtgag tcgtctgcaa      660

ccgcagtgta tggtgagtgg gcgtttggga aatgaccggg gagactttgc cgtgatggcg      720

gataatgctt atccggatta caagattgga gtgccttggc agacaccggc ctcgtttttc      780

gatgagacat ggagttatcg ctcttggcag gaacggggaa gtttggataa aaagattgat      840

gagaagttac gtagtttagt gaaggtggta agccgtggcg gtaatttttt actgaacatt      900

ggtccgagag gggatggttc cgtggtagaa ttcgaacggg atgctttatt aacaatgggg      960

aaatggatga aacgttacgg ggaaggaatt tataatacga cagctaatcc ttttgatcat     1020

gcagttgaat ggggggacat tacttgtaag gggactaatc tctacttgtt tgttgagaag     1080

atcccggcta accgggagat cattttgaac gggttgatcg ggaaagcgaa aaaagcaagt     1140

ttgttagctg acgggaaggc cttgaacttg aaacaggatg ggcagtccgt gtcggtaaat     1200

attcccgggg atgtgaaacc ggaccggggt atgatcgtgg tgaaactgga atttgccgga     1260

gccttccggg ttgttcccga ccagatcctt gaaacgagtg aattgtcggc tgtgaatgca     1320

attcccgtgt atgcttattc c                                               1341


<210>  906
<211>  1068
<212>  DNA
<213>  Porphyromonadaceae

<400>  906
aaaacaacca taacgatcgc cattaccggg gaaaaacaca cgttcgaagc agtgggtgaa       60

gtgatcattt tcgatggttt cctcaaagtg tacatggaat ctttcgatga cgagaaagaa      120

gacgatgaag cggccttatt acctgcaata cataaaggag accagttaca acgttccctg      180

atccaagcct tagaacaata cacgacgcat cctccccgct acacggaggc cagtctcgtg      240

aagaaaatgg aagccttggg aatcggacgt ccgtcaacat acgcacccac gattagcacg      300

atccagaacc ggggatatat cttacgggaa agccgggatg gtacagaacg tcaactagac      360

cagatagacc ttaaaggaca agatataaaa gtcaagaaga tcagccggat attcggtgcg      420

gaaaagaaga aattgtttcc ctcggatatc ggaatggtcg tgacagattt cctttccaat      480

tatttcacga atatcatgga ttataacttc acggcaaatg ccgaggatgc ccttgaccac      540

attgccgaag gagaggttga atggcaatcc atgatcggaa cattctatca acctttccat      600

gctaacgtgg agaaaacgtt gaaagaatcc gaacggaaca cgggagcccg ggaacttggt      660

aaagatccac aaacaggaga aaccgtttcc gtacgaatcg gacgttttgg accgatggct      720

cagattggtg aaggagaatc cgtacgttat gccggactgc tcaaagggca actgatggaa      780

accattacct tggaagaagc tttagacttg ttcaagtttc cccgtcaact gggtgaattc      840

gaggagaaac ctgtcagtgt cggcatcggt cgttttggac cttacatcaa gcataatcaa      900

cttttcgttt ccttgaaaaa aggcgttgac gatccgggaa caataactct tgaaaccgct      960

atcgaacgaa tcaacgagaa acgagaaatc gagaaaaaca ggaagatcca agagtttgaa     1020

aatggggtac aaattcttaa cggtcgtttt gggccttaca tcacgttc                  1068


<210>  907
<211>  663
<212>  DNA
<213>  Porphyromonadaceae

<400>  907
tttttcttgc taaaattccc cttgatttta gattcaccgg ataaaaattc tatttttgta       60

tcaaaatgga ttcaatctgt tatgatgaga cagcggtcgg tgaaagatca agaaatttgt      120

gatttgttaa atgctcgtga tcaacgaggg atggagcttt tatttgaagc ttattataaa      180

tctctggttt catgggctaa tacttttttg aatgatctcg gggtagcaga ggacgttgtg      240

caggaatttt ttattgctct gtggaatcaa gagattcatc gagaattaaa gccggaaaca      300

ctttcttctt ttttgcgggt gttggttcga aatcgttgct ataatcgctt gacgaaacgt      360

gatatattca cgtgttttgt gcgtgtggaa cgtgtcgatt gtatgtttga ggaatatgat      420

gattcgaagg accagttgat cgctaaagtg atggatgaag ttgctcttct tccgaatcgt      480

agtcgggaaa tattgaatgg cgtttttgtt gagggaatga aatatcaaga agtggcagat      540

cgttacaata tttcggtttc tacagtaaaa actttgttag gaacatctat acggaaacta      600

cgagaacgaa tggggcgtga aggatttctt gattttttgc tcgtttattg ccggtattgt      660

taa                                                                    663


<210>  908
<211>  1377
<212>  DNA
<213>  Porphyromonadaceae

<400>  908
aaagctaata tcaagtttat gaattccgag acaaaccgca tagaatacaa acaagaactc       60

actgatgatt tagaaaaaga agccgtagcc tttctcaatt acccggaagg aggggtactc      120

tatatcggaa ttgaaaaaac gggtacagca atcggagtta ttgatattga tagcgatatg      180

ctcaaaatca aagatcgttt gaaaaataac attacaccat cttgtatggg gttattcgat      240

atcgcgacgg aaaatattga ttcaagggat gtaataaaaa ttacatttgc cagtggtccg      300

gaaaaacctt attatataaa aaagcttgga atgtcagaaa aaggcacatt catccgagtc      360

gggactgcag cagaaccaat gcctgtaaaa atgattgaat cactctttgc caaacgaatc      420

cggaactcta ttggcaagat aaaatcaccc aatcagaatc ttacttttga acaattaaag      480

atatattacg agggtgctaa caaagcatta aatcaacaat ttgcatcaaa ccttgaattg      540

ctctcagaag aaggacaata taattacgtg gcttatttat tagccgactt gaatggaatg      600

tctatgaaag ttgccaaata cgaaggggtt gatcgggtag acctaatgga gaataatgaa      660

tacggttatt gctcgttggt caaagcgacg aagcaagtat tagacaagat caacgtggaa      720

aataaaacct tagcaaggat tacccccaaa gaacgagagg aaaaaagatt atggaattcc      780

gtcgccctac gagaagcggt aattaacgcc atcgtacaca acgattatac ttcagaaata      840

cctcctaaat ttgaattttt tgatgacaga atagaaatca cttcatttgg aagtttacca      900

cagggtatga ccgaaaaaga attctttgaa ggatattccg taccccgcaa caaagaattg      960

atgcgagtat tcagagattt ggatttagta gaacatctag gctcaggaat cccccgtatt     1020

ttaaggagtt acggaaaaga atgtttcaaa ttcacagaga actttttacg catgacattc     1080

ccagctttag aaaaggttac cccccaagtc accccgcaag tcaccccgca agttaccccg     1140

caagttaccc cgcaagtcaa agaactttta aaagtattga cgggagagat gaatcgttta     1200

gaactccaag aacaactaaa tcttgcagat agagaacact tccggcgaag ttatttaaaa     1260

cctgcactag aatatggtgt tatcgaaatg acaaaaccag ataaacccaa cagtagatct     1320

caaagatacc gcctaacaga gcaaggggaa caaataaaga aagattacaa tagataa        1377


<210>  909
<211>  588
<212>  DNA
<213>  Porphyromonadaceae

<400>  909
cctatttact ggcatagatt tccttttctc tttctcgtga tcccgttgat cttgggaatt       60

actgccagtc aatatttatc aagctttcct tcgacgttca ttttaggtgt cattattata      120

tctttttccc tgcttttcat tatccagaaa gttcgttccg gacttccgtt tgtactactc      180

gcttttaccg gacttttctc cacggggata tatctatcgg ataccaagac acccccgatc      240

atttcaggcg aaacttatca attaacagga cgctgcaatc aaattctttc ccccggaaag      300

cttgtcattt cctcacctca tttatgcacg tatttacaaa ttccagattc catgaaagtc      360

tcggttgggg attccctttc cgggctgata agattatacc ctttacaaac ctcacataat      420

cgccatgatt tcaattacaa caactactta caacatcaag gtatacaggc caaaggcttt      480

ccggttggtg aaatccataa aaccggacac tcgcaagacc tttattctgt gtgtcacatg      540

attcgaaata acttagcaac taaactacaa caggtcatcc cagatagc                   588


<210>  910
<211>  1731
<212>  DNA
<213>  Porphyromonadaceae

<400>  910
tctcgtataa ataacaagct aacaagttac aagttcacga taaacaccca taaccctcag       60

agtcagagac tcacccggca gcctgcaacg caaaagacaa attttgcttt ctgcacaata      120

attcgtaact tgcaaaacta tttacgtact tacaaacctg aaattatgta cacgaaaagt      180

gatctcaaac aatttaaacg caggggaata aaacccgagc aaattgaaaa ccagcttgaa      240

aatttcaagc agtggtttga ttttgtacag attcgggatg cggcaacaat aaacaacgga      300

atctacggtt tgaatgacga acaagccgat gaattcatcc gcatcttcga ggaaagaatg      360

aattcgttga aaatcgtgaa aatggttccg gcctccggtt ccgcatcacg tatgttcaaa      420

acgctaaata cgtttttcaa cacgtacacg ggtagcgatg aagactattt gaaattccgg      480

caagacaagg aacccggaag tatattctcg ttcttcgaga aattgaaaga atttccattc      540

tatccacacc taaaagaggc tctttacaaa gatcgccttg atttagacaa attactctgg      600

aagaatcaac tcattgaaat tctagaatac atccttaccc ccaaggggct taattacaat      660

gccacaccca agggattaat tgatttccat atttacaggg accatatccg cacggctgta      720

gaagaacact tggtagaagc ggcactctac gccaacgacg gtaaggaagc tcatattcat      780

ttcacggtat cagaagaaca tataggcaaa ttcaaagccc tcatgaaatc tgttctcaaa      840

aattaccaga aagaattcaa cttgaaatac gacattacgt attctgtcca gtcgccagca      900

acagatactg tgagtctcga tacagaagat aatctcgtga gagacaacga gggaaacatc      960

gtgttccgcc ccggtggtca tggtgcattg attcacaacc tcaatgacct gaaagaagac     1020

ctaatcttca tcaaaaacat tgacaacgtg gcacccgatc gtagcaaggc agacacagta     1080

aaatacaaga aaatccttgc cggagttttg ttaaaaacac agaaccagat tttcaattac     1140

atgaaaatct taagcaaaaa aaacagtatt acagacgaaa atttgaatga aatcgagcaa     1200

tatatctacg accacctcgg ttataaaccc aaagagggat tagttcatac tgaccgtaag     1260

gaaagagtcg cttatttaaa acaattactt gatcgaccat tgcgtgtatg cggaatggtg     1320

aaaaatgaag gagaaccggg aggaggaccg ttctgggttg aagaccacga acatgcaaca     1380

cgcttgatga tcgtggagag cgctcaagtc aacctgaaag atcgaaatca gaaaaaaata     1440

ttcacccaat caacccactt taatcccgtg gacatcgtat gtagtaccta taactataaa     1500

ggtaagaaat atgacttggc taaatacatc gataacacac agggattcat caccagcaaa     1560

tcactaggcg ggaaagatat taaagttcaa gaactacccg gattgtggaa tggtgccatg     1620

gccaactgga acacgatatt cgtggaagtt ccgctatcca ccttcacccc ggtaaaaact     1680

gtctttgact tgttgcgttt tgaacaccgt aacgtgttta aagtagaata a              1731


<210>  911
<211>  756
<212>  DNA
<213>  Porphyromonadaceae

<400>  911
ttgtcggtta tttgtatcga tggatttgcc cagtccacaa aacaagagtc ggaagagcag       60

gtgatgcccc ggttggtagg gcgtcattat caaagacagg aaaatatttc ggggaaagaa      120

atattggtag aggggtatgt acggcatttg tatgcggatt ctatcacgaa aactatttcc      180

gtgcaattag accgtttttc aaggaaaggg gttccacaag gttcgggaat actttttgtt      240

tgggacacgg aaaaggaacg atccttgtgg cattgtaaaa ttaatagtga tattgagaat      300

ctcagtcctg ttcagaacgt gttatttttg acatccgact tcaagacccg gtgctttgac      360

cgacggagtg gaaaggaacg ttggaatgat agaggtagca ttagttacgt ggatcagaaa      420

tggggcgtgg ggataagatg taaagataat ttgggaggta cggaggtttc aaaactggaa      480

gggatcagct tgcataacgg gaagaaaata tgggaaagga agatcttttc ccaacaagga      540

tgggcggata tgttaccctt gaatgattcg gttattctct tgctttcaga tgccttgtat      600

gcgattaaca tgaaaaacgg ggaaggatgg aggcatgaga tctttttaaa agaattacct      660

ttccctaaag ctgaaaagga atttatgcaa gggtttacct cgaatattct cattgaaaaa      720

gagaaaatat atatagcatc atgtgatcgt ttgttt                                756


<210>  912
<211>  1395
<212>  DNA
<213>  Porphyromonadaceae

<400>  912
atgttttgtt atcaatgcca agaaacagca aaaggaaccg gatgcacggt ccgcggcgta       60

tgcggaaaga catcggatgt agccaattta caggacttac tactatttat cctaaaggga      120

atcgcccact accgggtaca actccgagcc ctcgatgccg ttgaccactc ggcagatcgc      180

tttattctcg atggcttgtt catgaccatc acgaacgcga acttcgacaa gcaacgtttc      240

gtggaaaaaa tcaaagaggc tatcaaatta cgggaacaac tgaaacaggc ctttctcgac      300

aaaggcggga aacccgaaaa gatcacgttc gagggagcct tctggacagc caacacgttg      360

gaagaaatgg aatcgaaagc cggatttgtg ggagttctct ccaccgaaaa cgaggacatc      420

cgttctttga gagagatgct cacctacggg atgaagggaa tggctgctta cacggaacac      480

gcctataatc tcggacacga gaacccgtcc atctacgaat tcattgaccg gggactagta      540

gccaccacgc tccctctgtc tgccgaccaa ctcgtgcaga tggttcttga atgtggtaaa      600

aatggcgttg atgccatggc cttgcttgat aaagccaaca cggacactta cggtaacccg      660

gaaatcacga aagtggacat cggcgtgcgg aaaaatcccg gtatcctaat cagcggtcac      720

gacctgcgag acctgtacga acttttggaa cagacggaag gtacgggggt ggacgtctac      780

acccatagcg agatgctacc cgcacactac tacccggcat tcaagaaata caaacacttc      840

gccggaaact acggtaactc gtggtggaga caagtgtatg aattccaaca tttcaacggc      900

ccgatgctat tcaccacgaa ctgcatcgtt cccccgcatc cggacgcaaa ttacaaggac      960

cgggtgtaca cgaccggatc ggcaggtttc cccggattca agcatatcga gcgcaagccc     1020

ggacaaccga aagatttcag tgaaatcatc gaacacgcta aaagatgccc ggcaccggag     1080

gccatcgaaa ccggaagtat cattggagga ttcgcccaca accaagtgtt cgcactggca     1140

gacaaagtcg tggaagccgt gaagtccggg gctatccgta aattcttcgt tatggcagga     1200

tgcgacggcc gaatgaaagg ccgggaatat tacaccgaat tcgcccagaa actcccgaaa     1260

gacacggtga tccttaccgc gggatgtgcc aagtaccgtt acaacaaact accccttggg     1320

gatattaacg gtattccaag agtactggat gccggacaat gtaacgatag ctactcgctg     1380

gcggttattg ccttg                                                      1395


<210>  913
<211>  1074
<212>  DNA
<213>  Porphyromonadaceae

<400>  913
atgaaattta tttctatcat tagcttatta cttcttctag ccagcaacag cattgctcaa       60

gaaggtacga acttcgagga tctaaccttt caggaagccc tagcaaaagc aaaaacaacc      120

gggaagaaat tattcattga ctgttacacg aaaacctgtg gaccatgcaa atacatggtc      180

aaatttattt tcccgttaaa agaatgcggg gaatatttca acaagaacta tatctgcatc      240

atgaaagata tgcaggaggg agaagggatt gatattgctc aaaaatacaa cgtacaattc      300

tatccgacat acttgttcat caaccatgac ggaagtctct attgccgcat ggacggggga      360

ggcgtgtcaa agcccgaaga taatttcgtg caaaaagtca aaaacgcaat cgaactgaca      420

gaattaaaca aggagtacgc cgcgggaaac cgagagcagg catttctaaa aaaatatata      480

actattttgc aaaaacagga taaacaaaaa ctacaaatcg ttctgggaga aacgatgccc      540

caactgggag tcaaaaaact atgcgaagca gaaaactggt ccctcattaa aacagaaata      600

acaaatgtcg acacccctct attccgctat ctggttgaca atcgaaaagc ttttagcaaa      660

caaatcggac agcaagaagt cgaagagaaa atcatgtcgg cctatttaga agaattccgt      720

atctttaaat caatgggaat agacttcgag aaacgcatcg ctgaccttaa actttttgaa      780

aaagaccatt ataaaggagt tctttcacta aggtattgta tgttattccg ccaaataatc      840

gacaacaagc aaaaagacag gatacctgaa attctcacgg tattacggga tctacccgaa      900

cggattacag ataccaaaga acaaatgaac gtgttgcaag aactccaagg attccaacaa      960

atagcaaatc aacaacagaa agagaaagct tgttcttatt tggaggagat ctgcaaaaaa     1020

ctccaaccga ctcaaacaaa acaagtcgaa agaataatta cacgcatcaa gtaa           1074


<210>  914
<211>  1062
<212>  DNA
<213>  Porphyromonadaceae

<400>  914
atgggcccta gacaggttgg gaaaacaact ttattgaaag agctttttga aggccgggag       60

gatgttatgt ggctaaatgg cgatgagttg gatgtacagg cgttgtttga aggggtttcg      120

gcaactcgtt taaaggcaat gtttggtcgt aaaaaaataa tcattattga tgaagctcaa      180

cgaattcctg atataggttt acgtttgaag ttggtgacag accaaataaa agatgtacaa      240

ttgatcgcta caggaagttc tgcatttgaa ttggcgacca aaacgggaga acctttgacc      300

gggagaaaat gggaatacaa gatgtacccg ctctcttttg gcgagatggt agatgagcat      360

ggattactag atgagaaaag aatgatcccg catcgtctga tctttggtta ttatccggaa      420

gtcgtgatgc gtccgggaga agaacgggag attttaagat tattgtctga tagttatttg      480

tataaagatg tattgatgtc ggatcaaatc aataagcctg atagtctggt caaattgtta      540

caggctcttg cctttcaggt aggtagccaa gtttcttata atgaattggc tcaattgtgt      600

aacttggatt caaaaacggt ggagaaatat gttattttgt tagaacagtc ttatgttatt      660

ttcagattga attcttttag tcgaaactta agaaatgaac tgaaaaccag taagaaaata      720

tacttctatg ataacggtat caggaatgct ttaattgcca attttaatca aattgaggga      780

cgagctgatc ggggtgcttt gtgggagaat tttttaatat cagaaaggaa aaagtttttg      840

gagtataatc gtttgtgggg caattcatgg ttttggcgaa caaaagaaca aaaagagatt      900

gatttggttg aggaacgaga tggaaaaata acaggatatg aatttaaatg gaatcctgat      960

cagaaagtga aaattcctcg tttgttttta gattcatacg aaaatagcga cttccaagtg     1020

atacatcggg ataattgtga ttcgtttttg ctcgaatatt ga                        1062


<210>  915
<211>  1269
<212>  DNA
<213>  Porphyromonadaceae

<400>  915
ccatataacc cgggacgcct gttacaggag acggcggata gtttccttcc tttagcggca       60

caaaagagtc tggaattgaa aagcgatatt agcaacgccc tgaacggact ttacctcggg      120

gattccatga aagttcgcca aatcgtagtg aatatcctat cgaacgccat aaaatacacc      180

cgggaaggaa aggtttcttt atccgccttt atttccccta caaaagacga ccagtttatc      240

attgtaatca aagactccgg gccgggaatg acggaagagg aacaagaact gatatttaaa      300

gaattcaccc gcctaacccc gcaacataac aacggggcgg aaggcacagg tcttggctta      360

acgatcacat tacaactcgt tcatttactt gatggggaat taaccctcga aagtaaaaaa      420

ggcgagggaa gtaccttcac ggttaaattc ccgttgataa aggccacagc acaagaatcc      480

caaccgacag aaacaccctc ttcaccccca gttaggcatg aagggatgaa agcctttatc      540

gtcgatgatg acattcttca attgaccgtc acgacagaat tactccgaaa agcaggcatc      600

cagtgtgaca cgtgtacgca ccctcaagaa gcgctatccc gtttggaaaa agggaattac      660

aacattgttt tatccgacat ccagatgccg gaaatggacg ggttcgaact cgtgcaacaa      720

atccgtgaat cccaaaacca acaaataaaa aacattccgg caattgcctt gtctgcccgt      780

gacgatatgc acgaaaaaga gtatcaagaa gccggctttt cagcttatct aaataaaccg      840

tataccccgg aacaactata tagcagggta aacgacctgt taggatgtgc gatagaaacc      900

aaacagccga caacacaaac ctctgataaa aacgcccctt acaatttaga catgatcatg      960

gtctttgccg acaatgacaa agatgccgcc aatcaaatta tcgggtcttt tatatcggat     1020

tgcaagacca atttccaact attggcccaa catctggaat cacacgaaac ggaacagatt     1080

gccaagttag cacacaaaat gctacccatg ttcaagcaac tagcgattaa cgatgtcatt     1140

ccctcgttgc ttttcctgga aaaaatgcca ttggatacag aggaaaacaa aataagagag     1200

agtattgaaa agatcctgca agaaggaaac aatgttctcc aattactgga aaaagaaaca     1260

cgccaataa                                                             1269


<210>  916
<211>  840
<212>  DNA
<213>  Porphyromonadaceae

<400>  916
ctggtagaca tcgtgaagac caaacgctgg tgggtgatca ccatgcaatt agtgatcggt       60

ggaggattag ccggaatagc actgactctt cccgggcctc atgccttccg ctactcgtta      120

gcattcatgt ggttattagc tttcagttct gccacccacg acatcgcggc agacgggttc      180

tatatgctgg gactcgacac caagaaacaa gccttcttcg tcggcatccg taacacggct      240

taccgcctcg ccatgctcac cggacaagga ttgattgtca tgtttgccgg ttggcttgaa      300

aagacctatt cctccacgtt cccggaagag attgccgttc ctagagcatg gtcagtcacc      360

ttctatctat tggcaatctt attcgtactt ctcttcctct accaccagtt catcctcccc      420

aaaccggaaa atgatattcc cgtgaaaaac ggtaacccac tgaatgcctt tttccaaacc      480

tttattacct tcttccaaaa gaaaggaatc attgcagcct tggcctttat tctgctcttc      540

cgttttgcag aatcacaact tgtaaaaatc gcctcccctt tcttactgga caatcccgaa      600

gtcggtggct tgggactaaa caccatgcaa gtcggtacca tctatggcgt cgttggcctt      660

atcgccctca cgataggcgg tatcctaggc ggtatcttca tggctaagaa tggcctaaaa      720

cactggatct ggtggatgac cgctgccatg aacctgccca atatcgtgta cgtttatctg      780

gcattcgtcc acccttccaa catctggcta atctcttccg ccgtcgccat cgaacaattc      840


<210>  917
<211>  828
<212>  DNA
<213>  Porphyromonadaceae

<400>  917
gccgagaagg gattggctgc acactggaaa tacaaggggg ataatgccga agcgagtaac       60

gaggtggaca agtggttggc gggtatcaag gagatgttgg agcagccggg aactgatgcg      120

ttggaatttt tagatgaatt taaacttaat ctttttgcca aggagatccg ggtgtttacc      180

ccgaaggggg agatgagaac acttccgaaa ggagcttctg ttttggactt tgcttatgat      240

attcacacgg agatcgggaa ttcatgtata ggcggtaagg tgaatcacaa actggtcccg      300

atgagtcatc ggttacagag tggcgaccag gttgaggtgc tgaccagcga taaacagaag      360

ccacagagtg attggcttga ttttatcgtt actgctaagg ctcggaataa tatacttatg      420

gttttccgga gagagaaaaa agagcaaatc cgtatcggaa ctaccatgtt tgaaaaattg      480

ctggaagata tgaaattgcc tttcggggcg gaaaatctga ataaggcttt attacatttg      540

aagttgcagc ataaagatga tctatacgtg agtcttgcta aaggacattt ggacatagag      600

gaggtgcgta aagccttaaa gaagaagtca gaaaataaat ttgtcaagta ttggaaactc      660

cagttcttca agagcgacaa ggataagccc gtgccggata aagagaaaga agaagagaag      720

gggaaagtaa ttaatgatat tatcgatgat gcttctgatt ttatcattgc tccgtgctgt      780

aaccctatcc cgggtgacga tgttgttggc atgaagattg atggggat                   828


<210>  918
<211>  759
<212>  DNA
<213>  Porphyromonadaceae

<400>  918
atgttgttgg gaatgttgga caagcaaata gattcagtta taacggatag tatcgtgccg       60

gtgtcggatt ctgtggtgtt tccggcctct ttgttaagag aaacggtctc ttggaaacct      120

ttcttaccgt ttgacacgct gacgaatcag gtggaattag tagacggaat tcctttgagc      180

ggggagaaaa tgaatattga atttatttcc agtattctga tttacacggt cgtgtatctc      240

gtttttatcg ctttgttgcg cctgcgagga agaggttttc tcccaacggt gtacacctat      300

tttttcaacc ggaaaagagg agctagcttg caatcggaag gcgggatgcc aaactatttc      360

ttcgttttct tgtcggtttg cctttccttc tcgatcttgt ccatgttgat ggcttttttg      420

atcgatcctc cctttgtatt ctttaatgcc ttaatctatt ttctgatcat cttcggttac      480

tattttttag tcttgggact tgtgcggctt ttcgggtggg catttaatag aaggcattgt      540

gcatcggaga tcatcttgaa tttgcgcaca agcgcgatcg tgttgggatt atccatatcc      600

ccgttcgtgc tggccttgtt ttacgtgcaa acttcggcaa taaatatgtt attatatgtc      660

atttcaggaa ttggtatcat tattctggtt ttcagattta taagattgat taaaatatta      720

tatggatata gagtttcaat tttgtatatg attttgtac                             759


<210>  919
<211>  942
<212>  DNA
<213>  Porphyromonadaceae

<400>  919
aataaaaatt actgtatgaa aagaattgtg tgtttattga tatgcgtatg tagctatttt       60

cagctatttt cgcaaggagt cgattttaag caaatcacgc tgaaggaggc tttggagcaa      120

gcaaaggctc aagggaagat ggtgtttgtg gattgttaca cgacatggtg cggcccttgt      180

aaaatgatga cggaggaggt attccctcaa aaggaagctg gggacttttt taatgctcat      240

ttcgtgaatg tcaagtttga tatggagaaa ggagaaggaa aggaactttc caagcaattt      300

aaaatacggg catacccgac ctttttactt ttgaatccgg aggggaagga aacgtatcgg      360

gttgttggag gcggagaact tcaagagttc attcttcggg taaagagagg tttgcagaaa      420

gaaaatacat tggaggtatt ggaaaaggag tacaagaccg gaaagatgac gaaaaaacgt      480

atgttggatt atgtattgac gttacaagat acctatgata atgagcgttt aaaagtggtg      540

gcggatgaat tggtgaagcg tttgacttct aaagaaaaaa tggctaagcc ttattgggta      600

atatacgagg atagtttcct ttctcctttg acatccgata attttgcttt cctattaaag      660

aataaagcgg cttttgaaaa gagtatcggg gaagaaaaag taaatcagaa aattgcttct      720

gcctattccg gtatgttata tagttatgtt gctgggtttg caaagaaaga ggatgtcggg      780

cggttggatg tgatgcaaca gcaattgaat gaatatgacc tgccgggtaa ggaatacctt      840

cgaactaaat tggccttggc ttatgcccgt tgtaatgagg atgtaaatga gatgatttca      900

attttggaac gggaagtaca gaatttaccg caggcagaac tg                         942


<210>  920
<211>  1239
<212>  DNA
<213>  Porphyromonadaceae

<400>  920
aaagatgatt tgaacgagta tatgttccag cggatgatgc gtcagcaata taacgtgtcg       60

ttgcggggag gttcggagaa gttggattac gcattctcgg cttcttatga tgatgaagat      120

agttacttgc aagaaaatgg caagcgacgt atgttgttga acttggcgag taatgcccgg      180

ttgacgaaga acttgacgtt cgagtttgcg gtgagtacta tgtttgatcg ggatgagaac      240

aatgggacga gcattgaaag tatgcggggg tggcttagtc cgtggacgag actgacggat      300

gacgagggaa atttcgtaca cgtggcaacc tctcagacgg tatatgagcc tttgttgatg      360

tcgggggaat attatgcagg aaagactccg acggactgga cgtacaatcc tgctgccgac      420

cggaaataca cggataacta ttcgaaaacg atgaattaca gggtacaggg aggttttgaa      480

taccggacaa attggggatt gaacgtgagt gccaagggac aatatgaaca gcgaagatat      540

accaagcacg tgtcttacga gccggaatcg ttttacgtga gaaatttgta taacacgtat      600

gccgagccgt tagagtccgg gaggtatgtt tcttatttcc cgaccggggg agtgttttcg      660

aacgagggac acacgtatga ggcttataat ttgcgtgggc aggtggatta tacgatgata      720

aaagataaac atatgttcaa tgccttggtg gggacggagg ttatttccgc cacgacggag      780

gctgatccga aagtgacacg ctacgggtat aacaaataca ctaattccgt gttgacagag      840

ttggattacg tgacgaaacg gaataatatt ttcggggtat ccgagtatat gcctttcgag      900

aaattgggaa gtctgtcaac attggaggat cgctttttct cggtgtatgc gaatgcatca      960

tacacttatg acgatcgtta ttcggtgact gccagtttcc gtacggatgc gtccaatttt     1020

caagcggaag acgtgcgtga taaattctcc ccgttttggt cgatgggagc tagttggttg     1080

atttcgaacg agcgtttcat gcaaaaggtc tcttgggtgg atcagttgaa gttgcgggta     1140

tcatatggta ttgcgggtgt ggcagccggt aaacagggaa cgtccagtgt gacgacggtg     1200

gctgtatatc cgggtagctt ggtttattct ggtaacgag                            1239


<210>  921
<211>  1569
<212>  DNA
<213>  Porphyromonadaceae

<400>  921
aaccgtacgg ttgttaccat ggtaggtact ccggaagaag tatgtgaagc cgctttccgt       60

gccgttaaaa aagcatccga gttgatcgac atgaaaaagc acaagggagc gcatccccgt      120

ttcggagcta cagacgtttg tcctttggtt ccggtatcaa acatcacgat ggaagaaacc      180

gtggaatacg cacgtgcttt ggcaaaacgt atcggtgaag aattgaacat cccggtatat      240

tgctacgaga gtgcagcctt caccccggaa agaagaaatt tggctacttg ccgtgccgga      300

gaatatgagg ctcttggaga gcgtttaagc agtgaacaat ggcatcccga tttcggtccc      360

cgtgagttga acgagtggac ggctaaaacc ggagctacgg ctgttggagc ccgtaacttc      420

ttggtggctt acaacgtgaa cttaaatacc acctctaccc gtcgtgccaa tgcgatcgct      480

tttgacgtac gcgaaagagg aagagctaag agagaaggaa atcctattac cggtaagatc      540

gtgaaagacg agaaaggtaa aaatgtgatg atcccgggaa ccttgaagtc tgtgaaggct      600

attggttggt ttatcgaaga gtatggaatt gctcagatct ccatgaactt gacggatatt      660

tccgtgactt ccgtacatga ggctttcgac gaagtatgcc gtaaagcaca ggatcgcggt      720

attcgtgtaa ccggttccga gttagtgggt gtaattccat taaaagccat gttggatgcc      780

ggacgttatt tcttgcgtaa acaacaacgc tctaccgggg tatcggataa agaattgatc      840

aagattgccg tgaaatcttt aggtttggat gaattgtatc cgttcgaacc cagaaagaaa      900

atcatcgagt atattctgga agatgagatg aatcaaggaa agaaattctt gatcgatatg      960

aatcttcatg aatttgctga tgaaacagca tcagaatctc cggctcccgg tggtggttcc     1020

atttcagcat acatgggagc tcttgcttct tcactggcca cgatggttgc caacttgtct     1080

tctcacaaac gcggttggga tgagcgttgg gaagaattca gtaattgggc tgaaagagga     1140

aaagcttatc aagttgaatt aatcaaaatg gttgacgagg atactaacgc tttcaatcgt     1200

atcatggatg ccttcggatt accgaagaaa acagacgaag aaaaagctgc acgtcaccaa     1260

gcaattcaag atgcaaccaa gtttgctacc gaagtaccgt tcaaaacgat gatgctttgc     1320

tacgaatgta tggaagtggt gaaagccatg gcagagatcg gtaacccgaa ttctgtaact     1380

gatgccggag ttggtgcttt ggccgctcgt tccggagtaa tcggcgcttt cttgaacgtg     1440

aagatcaatg ctgccggatt ggatgataaa gaatatgcta acgatattat ttccagaggt     1500

gaaaaagtgg ttgaaatggc caaacaaatg gaaacggata ttttgaatat cgtgaattca     1560

aaaatctaa                                                             1569


<210>  922
<211>  1137
<212>  DNA
<213>  Porphyromonadaceae

<400>  922
cgaggtgaat tggtaaaatt acattctact cgtttccaac ttgttttcgc caatgatatt       60

ttgaaagagg cccggacggc ttggacccat tatttcgcca agtacggtta cacgccggat      120

gtttaccggg aggaaagtat cgtggatctc gtgaaacggc acaaggcagg ggaactggtt      180

ttcccggaaa aagtagacgt ggttacagga ggtttcccgt gtcaggattt cagtgtggcg      240

gggaaacgta acggtttcaa ttctcataaa gatcataagg gaaaaattat tgatggggag      300

attgcctcgg aagaaacccg cggtaagtta tatatgtgga tgaaagaggt gattgaaatc      360

acgaagccca agctgtttat cgcggagaac gtgaaaggat tggtaaatct ttccaatgtg      420

aaggagatta ttcaacagga tttttcccgg gcagatggag acgggtatat cgtgctggaa      480

cctcgtgttc tgcacgccgc agattacggt gttccccaat cccgtgagag ggtgattttt      540

atcggtatac gtaaatctgc gttaacaccc gcggcccgtg aggctttgat gcgtgatgtt      600

atccccgatg aatacgtgcc ttatccgtca cccagtcatg catatcatat taagaataag      660

ggattaatgc ccccccagac ggtgggaggg atgtttgccg gactgaagga accggaagat      720

agtgatgatc ctgcacaaaa ggtctattcc aaagccaagt ttatgggtac tcattgtcaa      780

ggtcagacag aggtggatgt taacgggatc gggccgacga ttcgggcaga acatcatggt      840

aacattgaat atcgacgact gtcaaaagaa catggcggta tcattgacaa ggaattgaaa      900

aagggattga aagagcgtcg tttaaccccg cgagaatgtg cgttgataca gactttccct      960

cttgattatg aatttgtgat tcctcatgag gaaaacaaac agagatatat tctaagtcct     1020

tcggcagcct ataagattat tggaaatgcc gttccgcctt tattggctta ccatatagga     1080

aaacgaattg agaatttgtg ggatctttat ttcgaacctg atgaagtcat tatttag        1137


<210>  923
<211>  777
<212>  DNA
<213>  Porphyromonadaceae

<400>  923
attccaatct tcaacttctt ggaatcgcac gtgaccttga actacggtct tatcatttta       60

ctgttgaccc tgatcattaa acttgttctt ttcccgctga cttacaaatc gtatatgtca      120

caggccaaga tgcgagtttt gaaaccgcaa attgacgaga tcaacaagaa aatccctgca      180

gacaaggcca tggagcgcca gcaagccgtc atgaaattgt acaaaaaggc aggagtgaac      240

cccatgggag gatgtttacc gatgcttttg cagatgccga tcttgattgc cctcttctac      300

ttcttccccg gagccatcga actgcgccag aagagtttcc tgtgggccac cgacttggca      360

tcatacgatt ccatcgccac gctgcccttc accattccgt tctacggaaa ccatgtcagc      420

ctgttctgtt tgttaatgac gatcacgaac atcttgtata tgtggtacaa cagtaagaac      480

caaccgcaga atgaccagat gaaaggaatg cagacgatga tgtacatcat gccgatcatg      540

ttcctgttca tcttcaacag ctattcatcc ggtttgagtt actactactt catcgccacg      600

ttgatcacga ttgttcagac ttgggctatc cggaaattcg taaacgacga gaaattgttg      660

aaacaaatag aactcgccaa aacaaaaccc gtgaagaaat ccaaattcca acagaaattg      720

gaagaaatgc aacggatgca ggaacaacgg atgaaacaaa tgccgaaaaa gaaataa         777


<210>  924
<211>  990
<212>  DNA
<213>  Porphyromonadaceae

<400>  924
aaacagaaga ttgcccgttt tatccggggt aattttttcc taccggatgc ccggagaggc       60

tggaataaac acgcttatcg ccaagcaatc caaattattc aggaagaaaa aatagacgcc      120

gtcatcacaa cgggcccgcc tatgtcaacc catctggtcg gacaaaaact aaaaaagcgt      180

ttccatctgc atttcattgc tgattttcga gacccatgga ctgacatcta ttactataat      240

aaaatgtacc caactcccat tgcaaaagcg attgaccggc aatatgaacg aaatgttctt      300

ctggatgcag atcaggtaat cacggtaagc gactacatca aaaagcaact ggcagcaaaa      360

tctccggcca ttcaagcctc taaaataaaa gttatcgcta atggattcga tgccgaggat      420

ttcgacctaa ctattccaaa ggaagatgtt ttcacgatca cctacacggg gactttggcg      480

gctgactaca cgattgattc ctttatccat tcagttaaaa gactttccac atcaggaaaa      540

ctcaaactac gttttgtcgg taaagtggat cagggtatag ctcaaaaact ctcggaacaa      600

ctgggagatt tcgtagaaat ccattcgttc gtagctcacg caaatgccat caaatacatg      660

aagagttctt ctgttctatt actcattatc cccaacatcg aagggagtaa aggtaatctc      720

acgggcaagc ttttcgagta tatcggctcc agaaccccta ttctttgcct cggtcccacc      780

gatggtgatg ccgcagccat cattcaagtt tgtaaggccg ggaaaacatt cgaatatgac      840

gatgaagaag gtatgtttca atttctaacc tccttactga ataattttga tccacaatct      900

cctataaaag aggacaatgt agtcaaccgc tattcgagaa agtccttaac ccagtcttta      960

acccaaatct tagcccacca tgaagattaa                                       990


<210>  925
<211>  1257
<212>  DNA
<213>  Porphyromonadaceae

<400>  925
aagtatgttg acatcccgaa tagtggagaa gtttatccgg atgtaaatgt tgaatacact       60

gtatttgtaa cttatccgaa cgctgttgct cctgaaatta ccaagttgaa ttggcaaaat      120

ccgggaacta atggtgaagg tggtttgatc tatgctcacg gacggatcgc tccgggtgct      180

gacggaaaag ttgaaacaac ggatgacgaa tatgatatgg tggccgtttt gaacaatatg      240

tttgacttgg agaaatacac gatggatcaa atgctgaaac cgagaacggg tgaaattgca      300

tatgatttgg caacaattgc aaaacctaca ttatcattcg aattggttga caagtataat      360

agttcttccg attgggctgg aacaaccgat ggtcttaaat tgtatcaaga aaatggtgtt      420

tggaagattg aattggaaaa atcagatgcc ggacgtcaat ggatcaatgc tattggtgaa      480

gacagtaaga gagtgaagat tcgtgccgta gtaagtttca acgaatgcta tgacggattg      540

tatggaactt gcaacaatgg cgagaagaag tataacaaag accaagcttc tgacaattta      600

ccagaatgta aaaccacaga caaggtaggt tctcaagctc atgatatgca cgattatacg      660

ggaactgcta aggctcctga atatggacgt tctcaagttg taattaaaga atttgaagtt      720

gcattcatta ccccgatcag attcgtcaag aaaactatcg atccgttgta tgacaaatat      780

cctcttgctg agaacaaagc ttatttgaaa gattgtttca gacttgcaga ttatttgtct      840

gacgagaatg cagcacaaga aggctttaga tacaaccata ttgtatacga tacagatctg      900

acagatcaag gaactattga tttgttcaaa cgtggaaccg atggatggtg taactactgg      960

aaacaggtat acgatgtaaa cagtgtgttc gaatacaagg taatcggtgg attcttcagc     1020

gatggaactg cgcttgatac agagaactcc aagaaaatca aatttgaaac ggatgccgaa     1080

ggcgaatatg taacttggat caatgatggt gaggatattg ctaacgaatt tgtaatcaaa     1140

gttgaagttt gtgtaaaaca tgtttggggt ctggtatgca atcatgcaaa taaagaaact     1200

gaacgtggac actcagttgt gacattggaa attccggtaa aattccataa aaactag        1257


<210>  926
<211>  573
<212>  DNA
<213>  Porphyromonadaceae

<400>  926
aagagaatta aacgttacat caccatgcac acgaacgagc agttcatcaa agcgctaaac       60

cgaaaaaaag aggaagcttt ccaaatgctc ttcaaagatt actatgcatc tttggtcatg      120

tacgccatgc actatgtcag acaggaagtt gccgaagaca ttgtacagga tttaatgact      180

ctattgtggg aaaaagacac gtattttgat tccatctccg catttcattc gtttatctat      240

ttattcatcc ggaatcgttc gatcaaccac ctgaaacatc aaaaagcaga attaaattac      300

atcaattacc agcaaggaga atcaatatca gacgaatcgg aagttttcca agtcatggaa      360

gaagagatct accgtatttt cttcaacgtc atcgaccaat tgccggaacg ctgtaaggaa      420

atattcaaat tacacttggc cgggaaaaaa gaaaatgaaa ttgcctcaca actcggcatt      480

tccctctcaa cggttaaaag ccaaaaacaa aaggcatttc aacgtttaaa agaaagactg      540

aacccgctat ttttcttttt attattcatg taa                                   573


<210>  927
<211>  627
<212>  DNA
<213>  Porphyromonadaceae

<400>  927
atgaattcat ttatccaatt tttactcgtc atcaatttca tttgttatgc tggaattgat       60

ccatcacctc aaaaaaaatt aacggaaaaa caaaaaggta tcattgaatc attagtttct      120

ttcgcggact ctctcaatgg caaaaccaaa tcctccagca taatacttac aaaaattgcc      180

accctaaaaa atgacaatgt agaatttatg cctttttatc atttagacat agacaaattt      240

tacaaagatc ctactcccga aaaccttctc ttatccttgt atcaaccgga cactcttgcc      300

atgcttttac tacgagaaaa agccgataca tcatacctgt taattgtcca aaaacaaaat      360

tcccattgga tacctaatat cctaatgcaa gacttcggaa aaaacattca gaatgtaaaa      420

gacaagattc ccgatattaa aaacgctgac tttaaaattt tccaattcga acatctctat      480

ttttatagct atatcaacaa gaaagaacaa atttatgaag atatgcgagg gaatatcctc      540

accccaaaaa tgatgtgcaa taaattattc acaattatcg atgccataaa agaagcagcc      600

gagaaaggtg aaatactcta cctctaa                                          627


<210>  928
<211>  648
<212>  DNA
<213>  Porphyromonadaceae

<400>  928
atgacattgt tactcgtaat tctgtttatt agcggctaca ttctgatcgc cctcgaacat       60

cagaccggaa tcagtaaaag tgccatagca ctccttctag gaatactatt atggactttc      120

atcccacata ctgacaatga aattattaac cacctcggag ataccgccga gattttattt      180

tacctgctcg gggccatgac aatcgtggaa tggattgaca cccacaacgg gttcaccttg      240

atcacgaacc atatcaccac acgcaataaa cgaaaatcat tgtggatcat tgccttgatt      300

acttttatca tgtcttctgt actcgacaac ttaaccacag ccattgtcat gatcatgtta      360

cttcgccgcc tagttaacga gcaacaagaa cgatggatat tcggaagtat cgttattatt      420

gccgcaaacg caggtggagc atggaccccg ataggagacg ttaccacgat tatgctttgg      480

attaatgaca acataacctc tctgaatgtt atccaccacc tgttccttcc aagcctgatt      540

tcattaatta ttccattggt catcatgact ttccggttac aaggagaaac acagcctcaa      600

caagcaacaa acacgaacac aaccttagcc atcagtcgca gagaacaa                   648


<210>  929
<211>  1497
<212>  DNA
<213>  Porphyromonadaceae

<400>  929
atggatttgt tgcgggaaca gcaacagacg gtggtcagga acgagggcaa tgcgagcgag       60

tggatagcgc aaggagataa atattacaat gccaagaatt acacttcggc tttgacctat      120

tataaacagg ccgcggaggc tgggaatgct agggcggcga cgatggtcgg gtggatatac      180

aaaaaaggac ttggggtgac ggagaatgcg gtagaggcgg tgaaatggta tcgtatggca      240

gcaaatggcg gtaatgcttc cgggcaggtg aatctgggtg atgcgtatta tacgggagaa      300

ggggtgacga aggattataa cgaggcattc aaatggttca tgcaggcggc ccagcaaggg      360

aatagtaccg ggcagagttg gcttgctatc atgtaccggt atggtttcgg tgtgacgaag      420

gatgaaaccg aggccgttaa atggtatcga aaagctgcgg atcagggaag tgattttggc      480

cagtattatt tggcagaaat gtatgaaaac ggatacgggg ttgaaaaaaa tatgacggag      540

gctaggagat ggtatcagaa agcggctgat caagggtatc aaaaagccaa agataagttg      600

gtcagtctgg aggttggtgt atcggcttct gccagtgaaa ttggagattg gaagagcaag      660

gcttacaagt attataatga taaacagtat cgagaggcga tgacgtggtt ccgaaaagct      720

gccgacgctg gtgatgcggg tgcgcagtac tttatggggg tgatgtattt ttgtgggttg      780

gatgttgcga aggatcataa ggaagccgtg aaatggtata aacagtcggc tctcggtggt      840

gatatgtacg ggcaatattc tttcggtgag atgcgtgaga atggttgggg aatagagaaa      900

aatatggcgg aggccaaaac gtggtatcag aaatcggctg atcaaggata tgatcgggct      960

attgagaaac taaaggagtt atcggggacg actacaagtt ctacttccgg caagacgtac     1020

aaggaatacg agaaaatggc ggatgagttc tacgataaaa agaattacac ggaagcattg     1080

aaatattata aattgtcagc tccgggtaat gatggggggg tactcaatcg tttggggtac     1140

atgtattcgg cgggtgtcgg tgttgatgtg aatgcatcgg aagcggtgaa atggttccgc     1200

aaatcggcag agcagggata tatgatcggg caatataata tgggattgat gtacgagctg     1260

ggaagaggta ttgggaagga tgtgaatgag gcgatccgtt ggtatcgtaa ggctgcggat     1320

caagggtatc aaaatgccaa ggataagctg gcaaccctgt cagacacggg aacaacttta     1380

tccaagacgg agattaaata ttacgtggat aaggcggata aatattacaa agagaagaac     1440

tttcaagaag cactgaagaa ttacttgata gccgcaaatg ccggggatga ttacgct        1497


<210>  930
<211>  645
<212>  DNA
<213>  Porphyromonadaceae

<400>  930
atggaagaaa aaataaaaac tcttttcaaa caatatagtg gtagtgatgc acggcgagtg       60

gagccgttgc cggtgtccgg ttcggcccgg agatattacc gggtgttcac gggagaccgg      120

acatacgtgg gtgtgtacca cgagaatttg cgggaaaatc gtttgttcgt ggattttaca      180

cggcattttg aaaaatcccg tttgcatgtt ccgcacgtgt attgtgtttc ggaggacggg      240

ttttgttatt tacaggatga tctggggccg gatatgttgc tggatgtcgt ggagcgggag      300

cgagagggtg aattcctgag cgagcatacc atggaattgt atcggaaagc cttgtccgag      360

ttgttgaaat tccagttgga gggaggaaag ggactggatt attcgggatg tctgcctcgt      420

cctgtttttg atgaacgttg tatccggtgg gatttgaact attttaaata ttgttttttg      480

aaattggcgg gagtggaggt cgacgaggat cggctggaga atgattttga tcggttgacg      540

gcgaaattgg tcatggccgg ggcggatggt ttcatgttcc gggatttcca gtctagaaat      600

atcatggtcg ttgataacga ggtgtatttt atcgattacc aggga                      645


<210>  931
<211>  1146
<212>  DNA
<213>  Porphyromonadaceae

<400>  931
aaggatttgc aggagcagat aactgcaaac aaaacatcca ttgatgaact tttggggaaa       60

attaaggagg gacaattcgt acagggtgtt gagaaaatcg ctaatggatt gaaagttact      120

ttgggtgatg gtagtgttgt tgagatcgtg aatggtaagg acggtattga tggaaatgac      180

ggaaatgatg gtaaggttcc ttcatttgaa atcaaagaag acggacactt gtatgcgact      240

tatgaggggc aagatcctat tgatttagga aatgtgagag gggaagatgg aggtaccggg      300

actgtaactg acgtgaaact cacggtacag gacgggtatc tttatttgaa cggcaaaatt      360

atcgagccga aaattgctat cggtggaatt ttctatgtag aacaacaagg ctatgtagaa      420

ctttatatgc cgaaaggaac agtgaatgaa gacggcagta ttaccgttgg agactacgag      480

aaagtaacac ttccaaaaac aacgaatatt gtaacggata ttttattcat gcctttaact      540

ctttctgcag gagaggctcc catgattttc ttcccgacaa ttgttcagga cgagactgat      600

ggtgtgggta attatgtaaa tggaattgct gcagctccag aatacacggt aggaacaatt      660

ccggcagagc ctaattctat tctttatgct ggtaaggctg agttgaagta tcagttcaat      720

cctcgttctg tttcttttga cgcttttaaa gtgttaggat tgtggaaaca tggcgaggct      780

accgtaattt ctcgtagcat gaaagacggg gcaaacatga tctttaacaa gggtcagaga      840

ttctatgata tggcaaatgg tgttctggaa ggtgctaaga gttatagtca agataaagaa      900

gtaggaatgt tgcatttccg tgcaaaatcg tggagatttg ccgagatggt aggtaataac      960

caccaaggta ataaacgtga tcttctgaca ttggctgttt tgaacgggaa agataccgtt     1020

tattcagaaa tagcaccggc taaacattgg catattgcac aaaaagatgt acgtatcgtg     1080

aatacggatg ttgagcatta tgcactggat gcaaacaagg aaaacttgta tgcagataaa     1140

ttccgg                                                                1146


<210>  932
<211>  879
<212>  DNA
<213>  Porphyromonadaceae

<400>  932
atgaaaaaaa gatatgtaat aggtatgttt atcgggagtg ttctcttttg ctcgtgtgct       60

aaggactcgg cactgggacc ggatgttgca cttgaacggg attatgtgtt accccaaggg      120

aaatccccgc aggcagatgg taggatcgtg gatttgtacg agaagtatgg ttcttatttc      180

ttgtatgatt ttaccctgtt ggatttgaat tggaatcagg tggctaattc gactagctat      240

aagctggctt tgggtgatcc ggcttatgcg ggagatatgt tggatttgct gggcgaggtg      300

tggttgcagt tttacccgga agagttcctg aaaaagaatt tgccgtaccg ggtttttatg      360

gcagacacga tttatcaggt gttgagctat atggatcgcc cgatagaatg tgcgaaaacg      420

ggtgataatt cgttggcttt cggttatatg aatgcggaca cgaagaagaa gacggctgcc      480

gagaagttgg cgttgaagaa cacggtgcag atgttgtttt ttgatttgtt gcaggtgcgg      540

aaggctgtat cgataccgga ggagttttac aaaatcagcg attattcaac gaaagcaagc      600

tctgatccca atgatgatga ttacgcacgt aaacgaggat tcgtggcaaa ccctcaatac      660

gggaatgaat ggtgtaccta cgttaattgg cagacaaaga cgttgttgca gtcggatgat      720

ttgacgtatt ttttggcaag tattctttgc cggacgtcca cccagtgggc cagtgatttg      780

acttacccgt tggtgaagga gaagtatgat attttggtga atcatttcaa gaaagagtat      840

aatattgatt tggcgaagat aggtaacaag acttactag                             879


<210>  933
<211>  918
<212>  DNA
<213>  Porphyromonadaceae

<400>  933
ggtgtaaaga aaggagacaa ggttgccatt ttaagtgcga atatgccgaa ctggggaatc       60

acccaattcg ccatcgcaaa cattggagcc attgccgtac cgatcttacc gggattctgt      120

tctacagaac tccagaatat attggaacat gcggaggtaa aagtgatctt cgtttcccgc      180

ctactggcaa aatgtttgga aggagtaaaa acaccattcc ttgagcataa aatcctgatc      240

aataactttg ccaccatgcc ggaaggatgc taccaaccgg aagacttgga taaattggtc      300

ccggatatta atttgaataa tacaacccct cttcccgaag tttcaattga agaagaggac      360

attgcatcaa tcatttacac ctccggtaca acaggatttt cgaaaggagt agtcttaaca      420

cacaaaaact tggtatggga tgcacgtcag tgtcgtacta tccaacctgt agacgaaacc      480

taccgtttcc taagtattct gcccatggca catacttacg aaaacacact gggacttttg      540

ttacctttga tgttcggagc acaagtatat tacctggatc gagtaccgac cccaaaatta      600

cttgttccgg caatgcagaa aatccgtccc acggtagttt tatccgtacc cttgattata      660

gagaaaattt acaagtcgca agtgttgcct aaattcacca gttcgaaatt gatgagcaag      720

ctctaccgat tcgctccggc tcgtaaatta ttcaaccgat tggcaggaaa gaaactaatg      780

gaaacctttg gtggggaact aaaattcttc ggaatcggtg gttctaaact ggatggtacc      840

gtagagcaat tccttcggga agctaaattt ccctatgcta tcggttacgg acttacggaa      900

acagctccta tggctgca                                                    918


<210>  934
<211>  1488
<212>  DNA
<213>  Porphyromonadaceae

<400>  934
ggggaatatg cccgggaaac cgtcgatgtc aatggagtgg aacgtactgt aatcgtgaac       60

gattcattcc acgaggtggc caaaagcccg caaacgtggc aggtgttttc ggcccttttc      120

aacggattcg agaaacaagc cggaattatc gcttttatcc taatcatcgg gggtgctttc      180

tggatcatga ataacagcaa ggccattgac gtgggaattt tctccttctt acgctccact      240

cagaaactcg aacatatcgg gattatccgt aaactagggg tcaataacat cattatcacc      300

atggtcatgc tcctgttcag ttgttttggg gcgatcttcg ggatgagcga ggaaacgctg      360

gcttttgtca ttattattgt tcctctggcc atatccatgg gttacgattc tctcacggga      420

gtatgtatgg tctacgtcgc cgcccatgtc gggttcgcag gtgctattct gaatcccttc      480

acgatcggca tcgcacaagg attatcagac ctaccgctat tctccgggtt tgaataccgg      540

gttttctgct gggccatcct caacgtgatc atgattgctt gggtactacg ctacgcggca      600

aaagtcaaaa agaatcccaa agcctctctc gtgtacaact tggatagcca ttggagacag      660

gaaaaagtgg acaacacgca ggaaattgaa tataaaagtt acacctcatc ttgggtagtt      720

tatcttttta tcctctccgg acttgtactc ttctcctgtt atttcccccg cacgacacta      780

tccatcgggg aacattccag tctaaccaca tttgttgttc cggcattaac cgtgctattt      840

gccttgatcg gatatttttc tttacggaaa tctttccact ttttcatctt gacgatccta      900

gggttcacga ttcttttcct aatcgtggga gtgatgggct acgggtggta tctgcccgaa      960

atatccggat tattccttgc catgggaatc ctttccggtt ttgcagcaaa agaaaatgca     1020

gatagtattg tcaagctctt tatcgcggga gtaaaagata ttctttctgc cgcactagta     1080

gtcgggttgg ccgggggaat catcattgtc ttgcaggaag gacatattat agacccaatc     1140

cttcactcgc tggcaagcct gatgagtgag gcaggacgtg tactttcact aggaatcatg     1200

tacttgattc aaaccatgat caacattatc atcccatcgg gttcagccaa agcggctctc     1260

accatgccga tcatggctcc tttctccgac gtgatcgggt tatcccgaca agccaccgtg     1320

atggccttcc agttcgggga cgggttcacg aacatgatca ccccgacttc cggcgtgttg     1380

attggcgctt tgggaattgc ccgtattcct tacgatattt gggtgaaatt tttctggaga     1440

ttcatcctgc tgcttgtcat tatcggtttc gtgttattaa ttcccacg                  1488


<210>  935
<211>  1044
<212>  DNA
<213>  Porphyromonadaceae

<400>  935
tccgaacaga aatccattat cctacacccg aaatatgaac ggaaattaaa tttaaaggct       60

ttacatatac acttgaactt gcgttacacg caagggaatg agactctttt tgaaggcatc      120

aaacgtcttc ccccggctca ctttgccgtg tttgaaaacg gtctgttcac ggtaaaacgc      180

tactggcagc tggctgtgaa tatcgatcga tccatcacgg aaaacgaggc gaaagagaaa      240

atgaacgaat tgatcaaaca ggccgtgaaa cgccagttgg tcagtgatgt tccagtcggc      300

gtgtatctat cgggcggact ggattcctca acgatcgtgc agaaaatgca tgaactgggt      360

gttcccgaga tcaacacgtt taccctaggg tttaatgagc ccacggatga atttcccgat      420

gcccaacaaa tcgccgatca ctttcacacg catcaccaca cgttgagcct atcgatgaat      480

ccgatgcaac aaatgccgaa ggtaatctgg catgcagagg aacctaaaat taatctattg      540

cagggattca atatgtcggc ttttgtccac ccaaccgtga aggttattct cggagggcta      600

ggcggagacg aactatttgc cggatatgat attcataaat tcatttaccc gttcaaaaac      660

tggcatcacc atactccaca atggctacaa cgtatgttac gctggaaatc ggatttcatc      720

ttccgtcttc agaacaattc taaatcatta cgttacgacg aatatcgccg gggcgtacaa      780

atgttactgt ctatcgggaa cgtggagcgc ttttacctca tcctgcgaaa cacgtgggat      840

ttcgataacc cgttctacaa gaatatctac tcggaatcgt tcttgaaaca gcaagaaata      900

gaacaattca aggtacataa ggaatttgac aagatttttg aatccgtacg ccaccagaac      960

ggattggatc aagtgctata tgccgaattt caatccaaaa tggtaaacga ttatttgctt     1020

acggatgacc ggatgtccat ggcc                                            1044


<210>  936
<211>  906
<212>  DNA
<213>  Porphyromonadaceae

<400>  936
atgaaatcta ttctatgcta tctattcttt tttatcccgc tcgcctatca gcaaacacac       60

gctcaggttt actttaaaac ggagtacatc agttctacct catacaaaga tgaagagaac      120

aaactttcgg gagccaaggg agatttaaaa gtaatacaag gtggattccg gattccactt      180

tcagttaaaa tgaacgagaa taaccgcccc acggcttggg cgatcggatg tggtgcatca      240

cacgcaagca tgaataacaa gaaacttccc gaaaccctat gtccctcgga tatgttaaac      300

ctgcaaatcg ggttaacaca cacgagacca ctaaatgcta aatggtccat gctggcaacc      360

gttggggccg gactttacat agatagcgat aatctatcca aggcaagatg ggataatata      420

ctgggacaag gtgccatcgt gttcatccgc catttacgcc cgaacctaga ccttggtgtg      480

ggagccgccc taaataacac gtttggttat cccatgctct tccccgcatt ctatttcaac      540

tggcgattag aaggacgtta cgaggtaaat gttgccttaa ttgatgccgt gcgggtttcc      600

gtgggcatga aatttaacaa ccacctgaaa ttaagtcttg ttgccgaaat ggacgggatg      660

atggctcttt ccgagagaaa cgggaaaaag atgtatttca cccagcaata cgtggttgtc      720

gggttacgtc cggaattcac gctcggtaaa tcgttatcca tcccgctcac cttgggcatt      780

actccggctc ggagtgcttt ttactcgaaa agaagtttaa aggaatactt ctccgatgac      840

gacgagagcg atccgcattt cagattggga ttctattgct ctctcggtat agcatggaaa      900

ttctaa                                                                 906


<210>  937
<211>  1062
<212>  DNA
<213>  Porphyromonadaceae

<400>  937
ggaatttttc aaggagataa agtcaatatc atcggtaatg gtgtcgtgat cgatcctgct       60

ttgtttaaag cggaagcaga agcattggcg gcgtctggtc atgatttgaa aaaaagactt      120

catatatcca aaaaggcaca tctgattctg ccgacccatc gatttcttga tgctgcttac      180

gaggctgcca agggtgatgc taaagtgggg actaccggaa aagggattgg accgacatac      240

acggataaaa ttagtagaaa cggtgttcgt gtaggtgata ttctacatga tttcgatata      300

aaatatgcga aggcgaaggc tcgtcacgaa cagatattga aaagtttaaa ctttgcttac      360

gatttagcgg tagcggagaa agagtggttg gaaggaatcg aatatctgaa acaattcgag      420

ttggtggata gtgaacatga gattaaccga ttgctggatg atgaaaaatc cattttggcc      480

gaaggggctc agggaaccat gctggatata gattttggtt cttatccttt tgtaacctcg      540

tccaacacgg tttgtgccgg ggcttgtacg ggattgggtg ttgctcctca tcgtatcggg      600

gaggtttatg gcatcttcaa agcatattgt acccgcgtag gtagcggacc attcccaacg      660

gaactggaaa acgaaacggg tgaaaaactt tgtgagttgg gccatgagtt tggagctgta      720

actggtcgta aacgtcgttg tggatgggta gatttggtgg cgttgaaata tgctatcatg      780

attaatgggg taacccagtt gatcatgatg aagagtgacg tgctggatac ttttgacacg      840

atttcagctt gtgttgctta cgaggtgaat ggagaagagg tagattattt cccgtatgac      900

attacggaag gggtaaaacc gatctatacc gagttaccgg gttggaaatg tgatatgaca      960

aaaatgattt cagaggatga atttccggaa gagttcaata attatttgac attcttggaa     1020

gaggagaccg gggtaccgat caagattgta tctgtgggac cg                        1062


<210>  938
<211>  1602
<212>  DNA
<213>  Porphyromonadaceae

<400>  938
atgaaaaaaa atcgaatcgg cacaagatcc gatggttgga tttttgtccg aaaatgcgtg       60

ttgatgatga aatttgtatt tatttttatg atgtgttgtc tttttcagat tcaggcagcg      120

gtgtattctc agcaggcgaa agtgtctgtg gagtttcgga acgtgtcgtt ggaaaaggtg      180

tttcaagagt tggaacgaca atctaattgt agtttccttt acaatcaccg ggtggtggaa      240

gcccggggta gggtgagtat tcaagttgtt gataaagagt taagtcaggt tcttgacgag      300

ttgttgacaa aattgggact gggatttact ttcgatgata atctggtgat tataaaagaa      360

cgtacttcga tgtgggggaa agattctgtt caaaaaggat tgcggatcgt ggggagagtc      420

gttgatgaga aaaaacaggc catgcccggc gtgacggtga aattgacggg aacgacttta      480

ggaacggcga cggattccaa gggaattttc agtatgatgt tacctttggc caagggggcg      540

ttagaatttt ctttcgtggg ctataagacg cagagcttga ctttttcggc aaccacgcga      600

gatacgattc ggatcgtgat gcaagaagat atacaggctt tggatgaggc ggttgtggtg      660

gcatacggaa cgacaacccg tcgggaggca accggggcaa tctcggtgat taaagcggat      720

gaattgaggg gaattccgtc ggggagtatt gccagcctgt tgcagggacg ggttgcggga      780

atggacgtga cgaacattac cggggcgccc gggggaggtg gaacgattat tactatccgg      840

ggatataatt ctttggacgt ggaacagaag agtcgccagt tttcgaatcc cttgtgggtg      900

gttgacgggg tgccattgaa ttcgtttact tcaccgatta cgggtacgaa cctgttggcc      960

gagataaacc ccgatatgat tgaatccgtg caggttttga aggatgcctc ggcagcctct     1020

atttatgggt ctcgtgcggc aaacggtgtg attatcgtga caacgaaaaa aggacgggcg     1080

aatcaaaagg ctactttttc agtcaatgtt tcccaaacgt ggagcgtgtt acccaagtta     1140

ccgacgctga tggtcggacg ggctgaacga tggtggcgga taaaggcatt acggaatatg     1200

cctaaagctt atctggattg ggaaaacagg caatataaat acccgagttc tatatccgag     1260

atggaaaaga atcgattgtc ttttctggat tggttttatc ccaaaagtga ttcacaaccg     1320

gcagacggga ttattcttca ggatagtttg aatgcgtttt ataatcatgc cacgaatttc     1380

tttccaatgt actttgaaac ggggaaagtg acgaatgcga atatacaggc atacggggga     1440

tcggacagga taaactatgg tatcggtttg ggatattata acgaggcagg tgtgttgaaa     1500

ggaactggat ttaatcgtgt cgatttgacg accaacctga acgtcattcc gacgaatcgt     1560

ttaaacgtgg atttgcgttt ctatctttca ttgacgaatc gt                        1602


<210>  939
<211>  762
<212>  DNA
<213>  Porphyromonadaceae

<400>  939
atgaatagca agttggttga tttattaaaa gaagtggatt tattgaaagt gcggttatca       60

tccttgcgtc ctttacctgt tgaggcgtta aagaaaatac aagatgcttt ggatatagaa      120

tacacttacg agagcaaccg tatagaggga aacaccctca ctttacaaga aacagcgctt      180

gttgtgaatg aaggaatcac catttctggt aaatccatgc gtgaacactt ggaggcaatc      240

aatcatgcag aggctattga ctatataaag gaggttgccc aacaggatat tgaaataagc      300

caaaggacaa tcaaggagat tcatgcactt gtgttacatg gcatagatag agagaatgct      360

ggaagttata gaaccgtacc tgtaatgatc tcgggtagca cacacgtacc gtctcaacct      420

tgtttgttag agaaactaat ggaagatttc atgcttgcat ttcaaagcat ggaaaaagaa      480

aatattcatc ctgttattat cgccgcttac ttgcatggtg aactggtgag gatacatcca      540

tttatagatg gtaacgggcg tacttctcga cttctgatga atctttattt actgcaaaaa      600

ggttatacta tcgttactct taaaagtgat aatgatatga agttacgtta ttacaaggct      660

ttggaggttt ctcacacgga gcaacaacat gatgattttt acttgctagt tgccgaagcg      720

gaaaaagctt ctttggagag gtatatttct attttagaat ga                         762


<210>  940
<211>  807
<212>  DNA
<213>  Porphyromonadaceae

<400>  940
attaatttag gtggggcttc tggtggagaa gttttatctc cgacaattta tcctaaaatt       60

gtggcaagta tgccttttaa gaaggacttg atggcgaccc cgttgaagtt tgaagagtat      120

gatcaaccga tcacgttatt ggattattat acaaaggatg agtaccagaa atttagtttg      180

ggaggtacaa ttgcgaaata cacgattggt ttaccgggag tgattataaa tgcaattcgg      240

ggagaagata caacgatgat ttctgcgggg cagggaagtg cgattcagtc tctttcaaag      300

gacgagaaga agatgtcgga gatgttgaat gatatgattt ctttgaacgt gaatgataaa      360

gacggttacg tgcaattgtc tgcgtccttg ggagaacctt tggctgtagc tcagttggct      420

gaacgggctc aagagttgtt acagacgtat attacggatt ttaaaatcga gaaggtgaag      480

tcaaatttga ctttcgtgga gcaacaatat gatgctgcaa aaaaacgtta cgagaagatg      540

caggatagtt tggctcgttt cagagatgcg aacaagagtt tttcttctgc cgtggcaaag      600

actcaggagg aggctttaac gaatgagtat aatcttgctt atagcgtgta ttccgagttg      660

gcaaaacaga tggaacaggc taagattgcc gtgaatgaaa ccacaccgat tttgacgatc      720

gtggaaccgg ttgtagttcc gattgaacgt tctaagccta aaaggggatt aatttgcgtg      780

ttgtttacgt tcttgggagg ctttgct                                          807


<210>  941
<211>  741
<212>  DNA
<213>  Porphyromonadaceae

<400>  941
cggttagcat cattttatgc ggattatctg gctgcagcag gcccgatggc tggaggggaa       60

cctctgaaga atgcacccgt tgaaaattgc agaaacatcg ccttctccct gttaacagga      120

gcaaacgaca ggggatttta caggaataag cttacgcaac gcacgaaaga tgcgtttgat      180

aaattagaaa aagccaaccc gggtcattat atccatcgta tagaacttat tcccggtatg      240

ggacacggta tagattacaa gcttacaact ccttggttga aacaatatac ccggaatccc      300

tatcccaagc atgtaagttg ggagaacttt gaaatggatg gtttataccg taatggattc      360

tacaacttat ttgttgaaga acgttctaat gatgatacga aatccagaac ccattatgaa      420

atggatatac aagagaataa tatttcctta aaggttgatt tagttactta taaagcaaca      480

gaaattgatc cgaactgggg tatcgaactg gattttgaaa agagctatca acccgcaaca      540

aaagggaaag taatcattta cttgaatgat caactggtag atctagacaa ggaaattaca      600

ttggtagtaa atggaaaaga ggctttcaag ggaaaagtta aaccacaact taaaaacatg      660

gtgaacagtt gtgctgcatt tttcgacccg gaaagaattt atccggctgc aatagaagta      720

aatattgcag atttacagta a                                                741


<210>  942
<211>  528
<212>  DNA
<213>  Porphyromonadaceae

<400>  942
caaagggtca tgcttgattt tgatctggct gaattatatg gaacagaaac aaaatatttg       60

aaacgttccg tgaagaataa tttaaaacga ttcccatcgg atttcatgtt cgagttgaca      120

aaagaagagt tcgatagttt gaggtgcaga aattgcacct caaaccaaag aggtggcaat      180

agatatatgc cttttgcttt cacggaatta ggtgtcgcca tgctaagtag cgtccttaat      240

tcagaaatcg ctatcgaggt aaacatgggc atcatgcgag cttttgttgc cgttcgacag      300

ttaatagcca actctccaac agataaaata ggggaaatta aaaacgaatt gaaagaactg      360

aaagagtata tcaaggaaat gtttgccgac caaaacgata taaacgagga cacccgaatg      420

caactcgaac taatcaacca aacacttgcc gaattacaag taaaaaatcg agggactaac      480

gaacgaaaac gaatcggcta tcaattactg ggatgcaata ataaataa                   528


<210>  943
<211>  1002
<212>  DNA
<213>  Porphyromonadaceae

<400>  943
tttgtcacgc tgaacacgat tctttatgac gaggagttgc cggaggtaga acgattgatt       60

cacagcctgt accggatcgg tgtggatgct attatcgtgc aggacccggc catactgaag      120

ttggatttgc caccgatagc gttgcacgcc agcacacaga tgcataatta tgatctggag      180

cgtatcaagt ttctcgatcg gttagggttc caacgtatcg tgttggcgcg ggaattgtca      240

ctggaacaat tacgggagat tcgccgggaa gtgaaagccg agctggagta tttcgttcac      300

ggggccttgt gtgtcagttt aagcggacaa tgctatatgt cacattactt gacgaaacga      360

tcggctaacc ggggcgagtg tgcccaagcc tgccggatgc agtggacggt ggaggatgat      420

gcgggaaagg tggtgctgaa ggataagtat gtactttcgc tgaaggattt gaacttatcg      480

gctcatttgt cggagttggt tgaagtaggc attgattctt tcaagatcga gggacggttg      540

aaggaggcgg attacgtggc aaatgtcacg agttattact ccggccgtct ggatgaaatt      600

gtggctcgca atgaggattt ggcacgagtg ggtgccggat acgtgaaggc cggtttcgag      660

gctgatcccg agcggagttt taaccgggga tacacggact acttcttcgt gcagaggaaa      720

acgggtatgg tgagcatgga ttccccgaag tcgatgggga agaaggtggc catggtgaag      780

caggtgaagg gaaatcagat gtgggtagag ttgttggaac ccgtgcataa cgctgatggg      840

ttgtgttact ttgatggccg ggaattgcgg ggagtgaagg tgaatacggc cgagggaaat      900

cgtctgactt gtaacgagag attgaacgtg aaaccgggaa cgttgttgta ccggaattat      960

gaccacgagt ttgtaacacg tcttgctaaa gggacttccg tg                        1002


<210>  944
<211>  1224
<212>  DNA
<213>  Porphyromonadaceae

<400>  944
aagttattgt ttataataga ggtctatcgt gggaatctgt tgccttacta tttgaaaaaa       60

gaagggcgaa atcatggtac ttacgtgcgg ataggaagtt ctaaccgtaa agcagacgtg      120

gagaccgtga tcgatttgga gcggcaaaga ataaatagaa gttttgacga ggagatctgt      180

tttgacacgt cttttgatag tctggatttg accccgttgc agaaaaggtt cgaggcgagg      240

gggaagatcc ttgatataga gaagttgaaa agtctgaaac tcgtccaaga agaacatggg      300

catttgtatc cttcacaagc tttgttaatt ttgttagggg tacgggaaaa tgccaccgtg      360

aagtgtgccc gttttaaggg aacgaccatg ggatcattta ttgataagaa ggaatattcg      420

ggagaccttt tttctcaatt ggatcaagtc gagatgttta taaaaaacca tctccatttg      480

gcgggagtga ttaaagggtt acaacgggaa gatcggtacg agatcccgat ggaggcgatt      540

cgggaagtta tattgaacgc ttatgtacat agggactata ttaatttagg gcgggatata      600

aaagtcggta tttatgatga catcgtgaat attgtttccc ccggaggttt cccgagttcg      660

attacgattg aggacgtgct tgcaggacgc tctgaaacga gaaacaaggc gatagcccgt      720

gtgtttaaag agttggacta tatcgaacaa tggggcagtg gaataaagag gatattttca      780

tggtgcgaag aggccggggt tgcaaaaccg ttgattactg aaaaaggaga tttcgtggat      840

gtcgagttgt atcgggaata cacgagtgtc agtgaaagtg tcagtgaaag tggcagtgaa      900

agtgtcggtg aaagtgtcca agaaagtgtc caagaaagtg tccaagaaag tgtccaagaa      960

aaaggagagg tatatttagg aaaaaggcaa gtagatatat tgtatttttg cttggagcca     1020

agaactagta aagaaatatt agattattta ggcgtaatta atcattcgaa aaataggaag     1080

tcacatgtaa ctgggttagt tacgcttgga ttgctggctc gaacaatacc ggaaaacccg     1140

aatgaccgga accaaaaata cataacaaca gaggcaggga aattatacgt agaagagaat     1200

gataacagaa gaaaaacaag ataa                                            1224


<210>  945
<211>  648
<212>  DNA
<213>  Porphyromonadaceae

<400>  945
attccgatcc tgttcgggat gggattttct tatggtttga cacctttggt tgggcaattc       60

ttcgggcgag gtgacaagtt ccgggttggc gggttgttac gtaacagctt gttggcaaac      120

tttatgatcg ggttatttct ttctgtggcg atgggaatta tgtacttgaa tgtacatagg      180

atgggacaac cggaagaatt gttacccttg attcggcctt attttctgtt gcagttgacc      240

tctctcgtgt ttgtcatgat gtttaatagt ttcaagcaat ttgctgatgg catcacggat      300

acaaagactt ccatgtggat tatgttgtcg gctaacctgc tgaatattat cgggaattct      360

ctcttgattt atggcgtgtg gggacttccg gcattgggat tgacgggagc ggggatttct      420

actctggcct cgcgaatttt catgttcgtg gcttttgcta ttctcttttt ccggaaacaa      480

tcttatcggc gttaccttgt cggctatcac cgaacaactt ataacacggg agatttgaaa      540

gtgctgaata gaatggggat gatggtcggt ttacaaatgg gaatggagac agcattattc      600

agtatcagtg gggttatgat cggttggttg ggaacggttc ccttggca                   648


<210>  946
<211>  561
<212>  DNA
<213>  Porphyromonadaceae

<400>  946
atgaagacag agaaagagaa gatgcttggc ggggagttgt ataacgccat ggaccccgta       60

ctatacgcgg agaggattcg ggccaaagag ttgttgtacg attataatca tacccggcct      120

tccgagaaag agatcaggga acgtatcttg cgggaattat taggaagtac aggggatgat      180

tttctgattg aacagccgtt taattgtgat tacgggtata atatccgcat cggggagaat      240

ttctatgcga acgtggggtg tacgattctc gacgtggctc ccgtgacgat tggtgataac      300

gtgatgcttg ccccgaatgt gaacatatac acggcaggtc acccgttgga tgcggagatt      360

cgtaattcgg ggttggaata cgcttatccg gtaaatatcg ggaataatgt ctggattggg      420

ggaaacgtga cgattgtacc gggagtaact attggtgcta atacggtgat cggcgcgggg      480

agtgttgtga cgaaggatat tccggctaac gtggttgccg tgggaaatcc ttgtcgggtt      540

gtccggaaaa ttccaaaata g                                                561


<210>  947
<211>  759
<212>  DNA
<213>  Porphyromonadaceae

<400>  947
atggaaataa ataaagaaga ggtagaacag cgttttaggc ggagtcgggt cagttacaat       60

gacaatgcgc gagtgcagaa aatggtcgtt gatcggatgg ttcccatgat tttgtcatcc      120

gtggagcgtg tgccggagaa gatattggag atcggttgcg gtacgggttt gttgacctcg      180

caactgcaac gaacttttcc gagtgacggg ttgtacttga atgatctggt ggaggagttg      240

tgttatcacg cggcgacggt taatcatgtg ccgctgaagc attgtttccc gggggatgtg      300

gagaagttgt ttttgcccct tagttttgat ctgattgctt ctgcgtccac ttttcagtgg      360

tttacgactc cggaagaaac gttcaagaaa ttatccaagc gattggagca aaggggagtg      420

ttggtgttca gtacctttgg gaaatttaac ttgcgtgaaa ttcgactgac cacggggggc      480

gggcttgatt atcggaataa ggaagaactg gaaaagatgc tgaaacctta ctttgaaatc      540

gaattgatag aggaagaatt tcatatgctt gaatttgata ccccgttagc ggtactccaa      600

catctgaaaa agacgggggt gaatgtttcg ggtgatccga caatctggac gaaaggacgg      660

gtggatgcct ttatcaagga ctataacgcc cgctttgcca ttgacggaaa ggttgcccta      720

acttaccatc cgctttattt tgtgtgtagg aggaaatga                             759


<210>  948
<211>  975
<212>  DNA
<213>  Porphyromonadaceae

<400>  948
atgaatttca aaagtcatat aaatttactg atcgttgggc tactgatgat tggtgctggg       60

atactcgtat cctgtgatgc ctttaatgaa gatttgccgg agtgtcgctt gtttgtcaag      120

tttaaatatg actataatat gctatccgtc tgtgcttttc ataaacaggt agataaagtg      180

gagctctatg ttttcgacaa ggatggcaaa ttccttttcc aacaagccga agagggggat      240

gcgttagcta ccggtaatta ccagatgtcc gtggcacttc ctttgggaga atacaagttg      300

atggcttggg ccggggtgca tgattcgtac gatgttcctc agttagcccc gggtacgtcg      360

atcacggagt tggaattaaa attgaagaga acgtcatcgc ttattattga taaagcgttg      420

gaaccgcttt ggtatggtga aatcaatgat gtaaacttta ccggtaatat caatcttgtc      480

gagacaatta acttgatcaa gaatacaaat accgtaagat ttattttcca acagccggag      540

aatggtggag gtggatttgc cgtggatgat tatgattacg agattcttga atcaaacggg      600

tatcttgatc atcagaatca attgaaggat gatgatgagt tgagttttcg tccttattat      660

agcaaacaga tcagtcctgc ggccatcggt gtggaattga acacgatgcg tttgatggat      720

gatcgaccga ctcgttttgt cgtgacggag aaagccacga ataagccggt gtttaatata      780

agtcttactg attattttag caagaccatg atggccgggc gtaattggag tacccaagag      840

tattttgatc gtcaggatga atgggatgtt gttttctatt ttgccgggga gaacggggaa      900

ggcctatggc atgccgtgca agtgatcatt aatgattgga cgtggcacat tcaagatgag      960

ggagaggatt tgtaa                                                       975


<210>  949
<211>  1308
<212>  DNA
<213>  Porphyromonadaceae

<400>  949
gaatacgtgg atatggaatt cggtaccgga gcattaaaaa tcaccccggc ccacgacatc       60

aatgactacg agatcggtta taaacaccat ctggaaacca tcgatatttt caacgatgac      120

ggtacattaa acgagaatgc tcaacttttc gtggggaaag atcgttttgt tgtacgtcaa      180

gaaatcattc ccgaactgga aaaagcgggt aaccttgtaa aaatagaaga ctataataac      240

aaggtggggt attccgagcg gactaacgtg gttatagaac ccaagctatc catgcaatgg      300

ttcctgaaaa tgaaggagct ggccaaacca gcattggatg ccgtgatgaa cgatgacatt      360

ctcctaactc cgacaaaata caagaacacg tatcgctact ggatggagaa cgtgaaagat      420

tggtgtatca gccgccaatt gtggtggggc caccagattc cggtatacta cctgccggat      480

agcaacgact atgtggttgc cgcaacaccc acggaagcag tacaactggt gaaggagaaa      540

ttcggcaaag acatcccggt tgaccaatta cgtcaagatg aagattgttt ggacacttgg      600

ttctcgtctt ggctgtggcc tatctccgtg ttcaacggca ttttggaacc ggacaatgaa      660

gatattaact attactaccc gacaaatgac ctagtttccg gacctgatat tctgttcttc      720

tggatggcaa gaatgatcat ggccggttat gaatatcgcc acgagaaacc gttctcgaac      780

ctgtacctca ctggaatcgt tcgagataaa ctgcatcgca agatgtccaa atctcttggt      840

aactctccgg acccaattga cctgatcaac caatacgggg cagacggtgt acgggttggc      900

atgttattgt gcgcacccgc cgggggagac cttctttttg atgaaagtct tccggaacaa      960

ggacgtaatt tcacgactaa aatatggaat gcattccgcc tagtcagcaa ctggaaagtc     1020

gcacacttgg aacaaccctt gcattctaaa ttagctcttg aatggttcga acaatacttg     1080

aacaagtgca aagaaacctt gaacacccaa tttgagcaat accggatctc cgaggctctt     1140

atgaccgtgt acaccggatt ccgcgatgag ttctcctctt ggttattgga aatcatcaaa     1200

ccgggattcg agcaaccgat tgaccggatc acttatgata agaccattta cctcttcgag     1260

gaaatgttac aattcctcca cccgttcatg ccgttcatca cggaatag                  1308


<210>  950
<211>  1239
<212>  DNA
<213>  Porphyromonadaceae

<400>  950
tccttgaaaa gttataattt ccgtctttat ttcgggggac aatgtatctc gctgatcggg       60

acgtggatgc aacagattgc catgagttgg ctggtgttcc ggttgaccgg atcggtgctt      120

ttactggcga cggttacttt tatggcgcaa atcccgattc tcgtggctac cccttacatg      180

agtgtttttg ttgaccggtt tgatcgacgt aagttgctgg tgctgacgca atcgctgtct      240

atgatacagg cgttgttgat ggctttgctc acgttgaccg ggttgataca ggtgtggcat      300

atcatgattc tgagtttgtt gatcggtttg atcaatgctt tggataatcc cactcgacag      360

tcattttatc cgagtttggt cccgaaggat aagttgagta acgctattgc gctgaattct      420

gccgtgatta atggttctcg tttgatcggg cctgcggtgg gtggagtgtt gatcggtttg      480

ttgggagagg gcatttgttt cctgttgaat ggtatcagct atattgccgt gattattgcc      540

ttgttgatga tgcgggtagc gcccaagcgg gagagaaccg cgaagcaaaa ggtgtgggaa      600

gatatgcggg atggtttccg gtacgtggcg ggtaatatac cgatccgtac gctattgctt      660

ttgatgagcg cgatcagttt cttcgggtta cccttgatga cgtttatccc ggcttacgtg      720

aaaacgatcc tgcacgggga gagcgagatg ctggggctac tactttcatg tatcggtgtc      780

ggttccttca ttgcggcctt gtatctggca gcccggaaga gcgtgctggg actgggaaaa      840

gtggtgatgc tttccggggc attgctgggg atcggtttgt cggtgatgtc gtttgttacg      900

attccttggg tggctgccgt gctatgcttg ccggtgggct tcacgattat tgcagccgtg      960

gcttctatca acacgctgtt gcagaccctt tccggcgagg ataaacgagg ccgggtgatg     1020

ggatatatgg caatgtcttt cacgggtatg gctcccgtgg gcagtatggt gctgggggca     1080

attgaaaaat ggatcggttt gcaaatgatt atcctactat ccgggatttg ttgttttgtt     1140

gccgctttgg ttttcgaata ttatcgcccc ttggtgcgta gatatgcccg tcccgtttat     1200

attgaaaagg ggattatcaa ggagattgcc attgggatt                            1239


<210>  951
<211>  2439
<212>  DNA
<213>  Bacteroidales

<400>  951
atgctatttt ccatttacct gctggtgtcc ctcgtcggtt tctttttcac cggtggcatg       60

gaccaaagtc tgatcgataa agagacccgg gaattaatga ccaacccgga tattgtcgtc      120

ggaaacccgg gacgcaaact aggagcgttt ctttccgatt tgctcataaa ccggtggttc      180

ggaatttcgt cattcatatt ctgctactta ctgtttatca tcggactacg tattgccgga      240

cggaacatca agaaatttgg gaaaaaaatt atcatcagct ttgtcctaat catctggttc      300

tccttgctat tgggatatat tttcacgttt ttacccacag gatatgtatt cccaggcggg      360

gctcacggtt atttcgtgtg tttttggctt aactcgttta tcggagagat tggctcgttc      420

ttcctgttga ttgtttcgtt tgcagccatt cttttctttg gcttcgaaaa cgctttcaac      480

aaatgcgtga ccatgatcaa gaattacttc gctcatcggg ctcaactcaa ggaagaaagg      540

gccttggcac gagaagccgc tcttgcccgg aaacgagaag aaatagcaaa aacagaagag      600

ccggaagacc tgcaagaaaa agaagaggac attgataccg aagaaaaaga gaaattggat      660

atcgaaacgg ttccgcctgt tgaagatgaa cttttccccc gtcacgagtt tgacacgacc      720

gatccggatg aatcagaaaa actggaatta catgatccgg aagaggaatt cccgacagaa      780

catcacttcg atttatccgt ggacaagaac cccgaaaatc aagatgaaca cagagaagat      840

actcccccgc tcaccaatga cgatatcgaa ttgaccgtta tagcagacaa gctggaagag      900

caattaacca aaaacttgat gccggacacg gagtacgacc cgactctcga tttatcgaat      960

tatcaatatc ccccgctgga attactggaa gaacactctt ccggttcaca aaaagtaaca     1020

gcagaagaac tcgaagagaa taaaaacacg attatcgaga cattgcgcca ttataaaata     1080

gagatcacca agatcaaagc gaccatcggg ccaactgtca cgttatacga aattgtcccc     1140

gctcccggta taaaaatctc gaaaatcaaa aacctcgaag atgacattgc gttaagcttg     1200

tcagccttag gcatacgaat cattgccccg atccccggag ccggaaccat cggtattgaa     1260

gtgccgaacc agaatccgga agtcgtttcc atgcggggaa tcatcgcatc caagaaattc     1320

caagaatcca aatatgccct tccggtagca ctgggacgaa ccatctcgaa tgaaccttac     1380

acgttcgatc tggcaaaaat gccccatttg ctggtagccg gagccacggg acaaggtaaa     1440

tccgtgggct tgaatgccat tatcacatcg ctcttgtata aaaaacaccc gtcacaattg     1500

aaattcgtga tggtggaccc gaaaaaggtg gagttaagca tctattccgt catcgaaaaa     1560

catttcttgg cgaagttacc ggatgcagaa gaagccatta ttaccgataa cgacaaggtc     1620

gtggccacgc tcaactctct ctgcatcgag atggatagcc gttacgatct gttgaaacaa     1680

gctcacgtga gaaacatcaa agaatataac gagaagttcg tgaaacggca actgaacccg     1740

aacaacggtc atcgttatct accttatatt gtagtagtgg tagacgagtt cgcagacctg     1800

atcatgactg cgggaaaaga agtagaacaa ccgattgccc gtatcgccca gctggcccgt     1860

gccgtcggga ttcacatgat cattgccacg caacgacctt ccacgaacat catcaccgga     1920

gtcatcaagg ccaacttccc ggcacgaata gccttcaagg tggcatccat gattgactcc     1980

cgcaccattc tggactctcc gggggccaac cagttgatcg gccgcgggga tatgttgatt     2040

tccaaggata gcgagatggt acgtgtacaa tgtgccttcg tcgatacccc ggaagtagat     2100

gccatcacga aattcatcgc ggatcaacag ggttacccgg aagcctacgc actccccgaa     2160

tatgtttccg acacggaaaa cggggtgagt ggtgacattg atctcgggat aaaagacccg     2220

ttattcgaag aggccgcccg tttggtagtg aacacccaac agggttcaac ctcctctatc     2280

cagcgacgtt tctccatcgg ctacaaccgg gcaggaagaa tcatcgacca actggaagcg     2340

gcaggcatcg tgggaccatt cgagggtagt aaagcccgtc aagtacttat ccccgacgag     2400

tacagcttgg aacacattct taaaaccgtg gagttttaa                            2439


<210>  952
<211>  804
<212>  DNA
<213>  Bacteroidales

<400>  952
atgcctaaga aacagcaaca ttacaaaaca atcgttcttt cggacatcca cctcggttct       60

aaatggtcga agacgaaaga ggttacccgt tttttaaaac aacactcttg cgataccctt      120

atcttatgtg gtgatattat cgacgggtgg tcgcttatgc gagggaaaaa cagtaaatgg      180

cggcggcgcc acacgaattt tatcaaggtg ttactggaca tctctcatga cacgaagatt      240

atttacgtgc ggggaaatca tgatgatttc ttggatcgag tgatcccctt gaccttctcg      300

aatatttcag tggtgaagga ttacatctac acgagtgggg ataaacgtta ttacgtgctg      360

catggggacg tgtttgataa agtgacttcc tctatgagtt ggttggcgaa agtcggggat      420

gtgggatatt ctttcttgtt gtgggcgaac aagatttaca atcgccgtcg attgaagaaa      480

ggtttgccct attattcgat tgcccgggaa atcaagttga aagtgaaagc ttcggtttca      540

tatatcagtg atttcgaaaa acacatcgtg gatattgccg ggaagaaagg ttgtcagggg      600

gtgatttgcg ggcatatccc ctatccggag aagaagatga tcgggaacgt gctttacttg      660

aattcgggag actggatgga atctctctct gccttgaccg aggattacga tggaaactgg      720

aatgtgtata tcgaagaaaa ggctttgacg gaggtacgag attcggaatc tgaaactgta      780

ttacacacgg gattagcggt atga                                             804


<210>  953
<211>  723
<212>  DNA
<213>  Bacteroidales

<400>  953
atgggtgcag ttaaagttat aataaacaaa gaattaaaag tagcattcaa ttcattattg       60

atatacatcg catacacggc cttcctttgt gtaacgggat tcgcttgctg gttctccggg      120

aaaaacatct tttcaagcgg acaagcttct ctaagcaacc tgttcaatgt gttttactgg      180

acgctctttt tcctcattcc ggcactcacg atgaaaagca tttcagaaga acgcaaagac      240

ggaaccttcg aactcttatt ctcaaagccg attaaaacat ggcagctaat catggggaaa      300

ttctttgcta tactattaca agtagttata tgtctggcat tgacactccc ctactatatc      360

acgattgcct cgctgggtaa cgttgaccat gccgttggct tttgcggtta cctagggctt      420

attctggtca gcggatgtta catcagtatc gggatgttcg cctcgtccct caccccgaac      480

acgatcgtgg ccttcttcat cacgtttgct attgaaatcg gattcgtggt tttatttgaa      540

ttcattgcag aactatgggg ttccgggttc atggcagcat tattcacgta cctctccatt      600

ggagaacatt ttgatgccat cccccgcgga gtgatcgaca cgaaagactt gatatacttt      660

atcagcttaa ttattatatt tttagcatta gcaagacatt atatctgtaa aaatcggttt      720

taa                                                                    723


<210>  954
<211>  789
<212>  DNA
<213>  Bacteroidales

<400>  954
atgctgttgt ttataactat aaacttttac actataactg atatattgct agccgctttt       60

atattttatc aggtttataa actggtgaaa gggacggttg cgataaatat atttgccggg      120

atttttacat tctacgtggc atggttgctg gtgaaagctc tgaatctgga gttggtttct      180

ggtatcttgg gacagtttat cggtatggga gtgattgcct tgctgatcgt gttccagcaa      240

gaagttcgtc gctttctatt attattaggt agtaaatata acctgcaaaa catatttaac      300

ttggagcggc tttttaccaa gacttctata aaagatgagg tcgccgccgc tatcgtgcaa      360

gcctgtgatt acttttcgaa aacaaaaacg ggtgctttga tcgtgttgtc ccagaattcg      420

gagttgtata attatgcgca aacgggtgtg ttgatccgtt cgatcgtgtc ggaggagttg      480

cttgaaaata tcttctttaa gaattccccg ctacatgacg gtgcggtaat tatcgcggat      540

aacaagattt tggcggcgcg gtgtattttg ccggtttccg ataacacgaa tattcccggg      600

agtttggggt tgagacatcg tgcggcgatt ggaatgagtg ccgtgaccga tgctcacatc      660

atcgtggtca gtgaagaaac cggaaatatt tcttttgtga aggatgggca tttcaaggtg      720

cggatcaccc cgcaagaatt gaacagtttc ttgcacaatg atttcacggg gttcgtcgtg      780

aataagtaa                                                              789


<210>  955
<211>  507
<212>  DNA
<213>  Bacteroidales

<400>  955
atgaataata taaactattt cattcatttg ttgatacttt ctttattaca gattgtaatc       60

gtggataata tccaccttgg ctcctatttc tatttgaata tttatattct ggctctctac      120

atcttacctt ataagatgaa aggtatacca ttgctgttat tcgggttctt tttaggttta      180

atcatggact tggctgataa cacggtcggt attcatgccg cggcatctac tttcatcgct      240

tatattcgtc cccggttatt gcagttgacc tctacccggg aagaaataga cgacacgcat      300

ggagggcaag gtctgacgga tgtcaggtgg tttctgaaat acacgtttgt ttccacgctg      360

ttatttaacg tggtactgat tttgacagag gcctttactt ttaacgatat gctgatctcg      420

attatccgga ttattttaag tacctttatc tcaatgttat tcatgctact ctactatttc      480

atcggaatta agaaagtaca gcaataa                                          507


<210>  956
<211>  837
<212>  DNA
<213>  Bacteroidales

<400>  956
atgagttaca atttattgaa aggaaaaaag gggataatat tcggtgcgtt gaatgagatg       60

tccattgcgt ggaaagtggc ggagaaatgt ttggaagagg gggccgagat cgtgttgacg      120

aacactgaat tatctatccg gatgggacag atcaaggatt tcgcggagaa gaataatgtt      180

ccattgattc ctgcagatgc aactagtgag gaagatttgg agcgtttatt taaagaggcg      240

atggaattgt tgggagggaa gattgatttt atattacact cggtagccat gtcgttgaac      300

gtgagaaaaa aacgtcctta cgataatctg gattacgatt ttttacagaa aacattggat      360

atttcggcta tttctttcca taaggttctc cagacggcga agaaattgga cgcaattaat      420

gaatgggggt ctgttgtggc gctttcatac gtggctgcac agcgtaccat gttcgaatat      480

aatgatatgg cggatgccaa agcgatgttg gagtctatcg ctcgtagttt cgggtatatt      540

tacggacggg aaaaacgggt tcgtgtcaac acgatttcgc agtccccgac ggtaaccacg      600

gccggtagcg gtattaaagg ttttgattct ctgatagatt tcgcagaacg gatgtccccg      660

ttgggaaatg cctctgccga cgagtgtgcg aattattgta tcaccttgtt ctctgacttg      720

acccgtaaag tgaccatgca gaatttgttc catgatggtg ggttctccag catgggtatg      780

agctaccggg cgatgcacca gtataacaag agttttgaaa acggcgaaac gaaataa         837


<210>  957
<211>  1197
<212>  DNA
<213>  Bacteroidales

<400>  957
atgaatctag cgagagaaat taagaaagac atttactgga ttggagtcaa tgacagaaga       60

acgcatatct tcgaaaatta ctggcctctt cccaaaggtg ttgcttataa ttcttacatc      120

atcgtggacg aaaaagtggt agtcatcgac acgatcgaaa gaagcaaaat ggatgactac      180

gtggaaaata tcgaacagtt actgaacggg cggaaagtgg attatctcgt gattaatcac      240

atggaacccg atcacaccgg agccatcaaa gctttattat gccactaccc ggacgtgaaa      300

atcatcggta acgccaagac tttccctatg ctgaaaaact tctacggggt ttgtgaaaac      360

ttgatggaag tgaaagaagg cgattctctc gaccttggaa aacataaatt gaatttctac      420

atggcaccga tgctgcactg gccggaaacg atggttactt tcgaatcaac cgaaggtatc      480

ctgttcagtg gtgacatctt cggagcgttc ggaacacttg acggtggcat ctttgatgac      540

gaggttgact tggattactt ggaagaggaa atcagtcgct actattccaa tattgttgga      600

aaatacggtc aaccgactca aactgcactg aaaaaactcg gaggccttcc gatcaaaatg      660

gtatgcgcta cccacgggcc gatccgtcgt tcgcacattg ccgacatcgt ggctaaatat      720

gacaagtgga gcaagtacga cacggacaag ggtgttgtga tcgtgttcag ttccatgtac      780

gggaacacgg aaaaaatggc tgatataatc gctcgtttct tggctgaaaa aggaatcaag      840

aaaatccgta ttcacgatgc atccaaaaca cacccgtcat atatcatcaa tgacattttc      900

cgttataaag gagttatcct tggaagttgc gcttacaacg gtaacgcctt cccgaccatg      960

gaaaccctgt tgttcgaact ggaacacatg ggcgtgaaga accacgtggt ggccttcttt     1020

ggcggaaaag catgggctgg cggtgcaatg ccccgtttca accaattcgc tgaaaaaatc     1080

aaatgggaag tggttgctcc ttcttgcgag gcttgcggtt gcccgaaaga tgaagatttc     1140

gaaacgtgcc gtaatatcgc ctacgctatg gcagataaac tggacgaaat ctgttga        1197


<210>  958
<211>  726
<212>  DNA
<213>  Bacteroidales

<400>  958
cgttatcgtt tcggttcttc cgggatattg gtaaagccga ttgatttgaa agtttgtgat       60

gaggaaggac aggaattacc tcaaggacaa aaaggggagt tgtggataag aggaggaaac      120

gtgatggctg gatactggcg aaacgagaag agtacggccg agacgatcgt ggacggttgg      180

ctgcatacag gcgatttggg gtatttacat cccgatggct ggttgtacgt gctgggacgt      240

ttcaaatcct tactgatcgc gaatgacggg gagaaataca gcccggaagg aatcgaggag      300

accattgccg aacagtcgaa atatatagat tattgtatat tatataataa tcaatccccg      360

tacacggccg ggttgattgt cccgaataaa atggcgttac gggagtatat cgagaaacag      420

gatgttgaac cggattccat ggatgcttac cgggttatgt tgaaaaagat ccagagtgag      480

ctgatggctt accgggtagg tgggaaacac gctcatttat ttccggaaag gtggctgcct      540

gccgtcgtgg ccgtgttgcc ggaggcgctg aacgaacaga atggcatgat aaattcgacc      600

atgaaagtcg taagagctaa agtttatgac cgatttaaag aagaaatcga ttatctttac      660

accccggaag gaaaagaaat tacgaataaa cgtaaccttc agaatttaaa gcaattaata      720

tcttga                                                                 726


<210>  959
<211>  1284
<212>  DNA
<213>  Bacteroidales

<400>  959
acgattatga ttaggaaaaa aacaataatg gtattgagtt tatgtttact gaccatggga       60

acatgggctc aagcaaagaa cacctccgtg gaggtgaagg attaccgaga ggtggatgga      120

aagattatat tagaaatggt tgtaaatggg gtaatcgctg attttgtgtt agatttggcc      180

gggcataatg caatattacc ggagtatgtg gaaaaattga aaatagatcc caatgttccc      240

ggagattttc gttatgatac atttcagtat aaaaaagttt cggtagaaaa gtctgtgaag      300

attggaagta tctcttttgg aaatagtgta tttgggaatg aggtggctgc atttgtgttg      360

aaagatgaac cttatttgcg gaagttgggt gttgctgggg tggttggtag ttctctgttt      420

aataatgttg tgttgacaat cgattccaag cggaagaaaa taacgatgag taatccttat      480

cgcccctctt atatgaaatt ggatcatcgt tctaatatgg atttgatccc ggcttcaggt      540

attgtttgtc ctgttgtgct agatggagta acttattctt tgttattgga tacatggaat      600

aacgggatga ttactttgaa tgcggcagat tttgccaagt taaatggtaa ggatggggga      660

aatgtaaagg ttagtgaagg atatgcgtct gcggaaatgg cagcaaaaag taaagttgta      720

gcagcatgcc acttcgtgaa aggtgatttt tcggacatta ctgttgctga aaatggatca      780

ttacctcgtt ctgttatcgg gaatgaaatt ttgaaacaag gtttactttc tattgattac      840

gggaaaagaa aagtgtattt tcagccattt gatttagccg aggtgaagga tgaagtgata      900

ggtgctgacg aggtaaaagt ggaatccggt aaattgaatc cgattactag ggaatacttt      960

ttagaatatg tgtatgatta tcggaaaagt tcggaattcg tgtttaaagg agacaaaccg     1020

gttgtgattg atttttgggc aacttggtgt ggtccttgta tgcgtttgat cccgaaattg     1080

gaaaaaatgg ctgaaaagta taaagatcaa gtgatatttc tgaaagtaaa tgctgataaa     1140

gagaaagagt tgtgcggaat gtttaatttt gttgctttac cgactgtgtt ctttataccc     1200

gtgaatggga aacagattgt ggagatgggg gctaatccgg agaaatacgt ggagatcata     1260

gagaagcagt tgctaaagaa ataa                                            1284


<210>  960
<211>  507
<212>  DNA
<213>  Bacteroidales

<400>  960
gaggaggttt cggtcacacg ggtaaacaat aaatcattta taatgactaa actaggtcga       60

ttattatttg tttttttatt gcttttgtgt actactcagc tttttgctga taaaaagaaa      120

gtggtagaac ctactttaga aggtgaggct aaagtacagt ttgattatgc tttcatggaa      180

ggggtacgtt gtaaggtttt aggtgacttg aaatctgcta ttgcctattt cgatcagtgt      240

atgaaaattt ataacaaaag tgctgcggta cgttatgaat tatctagtat attggtatta      300

ggagaggatt atacgctacc tttacaactg atgcgggagg ctgtggaatt ggagccgaca      360

aatatttggt ataatttatt gttggctaat attttgcaga gaaaatcgat gattgaagag      420

gcctgtaagg tatatgataa attgatatta ttgcatcccg agagaaggat ttttatatcg      480

tggagactga tttatattct tctttga                                          507


<210>  961
<211>  603
<212>  DNA
<213>  Bacteroidales

<400>  961
atgagtcaga aaattaaaaa gaaatcaacg ttcatcgaca tgacggccat gagcgacgtg       60

acggtactgt tgttgacgtt tttcatgctg acttccacgt ttatccagaa agaaccggtg      120

caggtgaacc cgccgcagtc ggtttctgag atcaagattc ccgaatcaaa tatcgtctct      180

attttagtcg agccaacggg aaaggtgttc atgggactgg ataaaccaca ggatcgtatc      240

gaggtgttga aaaagatggg ggagagttat cagattgaat tttcggatca ggaattgaaa      300

aaattcagtc tgtgtaattc attcggggtg cctattcagg gaatgaaaca gttcttggca      360

ttatcatcgg aagaacagga taaagtgatc atgaattatg gaattccttg tgatagcacg      420

aataaccagt ttaaatcgtg gatgcaattt gcccgggagg tgaacaagga cttggtgatc      480

gctatcaagg cggatcagaa aactccttac ccgttgatta aggatattat ggcaacgttg      540

caggatctgc gagagaatcg ttataacttg attacttcgt tgcgtaatat gccggaggta      600

tga                                                                    603


<210>  962
<211>  1065
<212>  DNA
<213>  Bacteroidales

<400>  962
gtgtctttga gtggaatggc acaacaggcc gaatcaccaa aagagtacgt gataaaagcg       60

tggaatgagt tccaacttcc ggaaaaagga gcgatcaaag caatcttagc tcagcgggat      120

cagattacac gttacctaaa agcaaataat gcagctgtag aggccgaaca ggagaatggt      180

gcgcaggcaa ttcgccgggc tgcagatctg tatgatgaag gagaagatgc tcaattaaaa      240

tcttccgaga ttaaaaaact attgaaagga gtggatttat cgacgaaaga gtttgtgaat      300

tgtactagtt tggaatatgt gattgaggac tatttcggac tgaaggctgt tgccgaaggt      360

gctcccgtgg atcaagcttg gggaagtatg tggtttaata ctacggtgga aacgattggt      420

aataaatatg attatcagag ataccgtcag attcttgaat tgaataatcc ggagttgtcg      480

ttagcttatt tatcatgcct gagatcagtt ttccgttata acggatacac gaaaggtttg      540

gatgagattc gtccgttatt tgataaaaat atgccggaag gagcattaaa ggatgagatt      600

aatggattgt ataagagtta cgaacacttg aagcaaggaa atgtagctcc ggcatttaca      660

ttgaaagatt ttaggggtaa agaacattct ttatcagatt acaagggtaa agttttagtg      720

attgatgtgt gggcaacctg gtgtggagga tgtattgcta aactacccaa gtacatggaa      780

atggctggaa aatataagga tcgtgatgat attgtcttta ttaccatttc aatagatgat      840

aaaggggctt ataatagctg gaaatatgca ttgcctcgtt tgaaactgat gggtatgaca      900

aatttgttgg cttccaaagg agagtgtact tttcagaaag attataatat tacagggata      960

cctcgttatt tcttgattga taaagaagga aaaattgttt ccgtctatgc cccgactccc     1020

ggtaaggatt ttgaggcgtt gattgatatg accttgcaaa aataa                     1065


<210>  963
<211>  861
<212>  DNA
<213>  Bacteroidales

<400>  963
atggaaccgt tttaccacgc cttaaaagtt gccagtactg cctgcatcgg atgcacgcac       60

tgcatgagcc tctgccccac gcaggccatc cgcattaaag gtggtttggc gacgataaac      120

aaaaatgctt gcgtcgactg cggcaaatgc ctcaagtcgt gtccgcaaca tgcgatatac      180

gtggagcagg acgatttcaa ccaaatattc aatttcaaac accggatcat ccttctcccg      240

acagtccttt tcggacaatt ctcggaagaa atcacggaac aacaaatctt cgcggaactc      300

caccagatgg ggttcacgga agtaatcgag gtggcacagg catcgggtat cctagcaaaa      360

gccatacaac gttacatgga aaagaactct tacgagcgtc ccttcatctc gtccttctgc      420

ccggcaatcg tccgcttgat acaggtacgt tttccctcgc tgatagacca tatcgtcccg      480

ttaaaacaag ccatggacct agcagccatc ttcgcccgta aaaaatatct cgataagggt      540

atttcgccgg atgaagtcgg tatattctac gtcactccat gcgccgcaaa aattgcggca      600

gtaaaaagcc cggttggcga cgatcaatcc aacatcgacg gagttatcaa cttgaatttc      660

atttataaca aaatacaact gggcctcacg caacaccggg atcaacccgt gggaacggta      720

accgaacgca cgtacctctc ccccgaatcc atcgcctggg acttgtcgga aggtgaggcc      780

tctaaatttg aaggtcgctg cctggccatt gacgagatcc acaacgtgat cgacatactc      840

gaaaaaatag aaaatgatga a                                                861


<210>  964
<211>  1035
<212>  DNA
<213>  Bacteroidales

<400>  964
gcagctgcaa ccgttatcag cgggttcaat gccctgactc taagtcccgc attatgcgcc       60

cttttcctaa aacccgccaa accatccaaa ttcttcctgt tcaagggatt caacaagttt      120

ttcgagaaaa ctacgaacgg gtacacgtgg gtggtacaag gttttatccg gaaatcggca      180

ttggcaattc tggcattctt ggttcttgcc atactggcat tcatcggttt cttacgacta      240

ccgacaactt tcgtcccgaa cgaggatcag gggtatttcg tggtctccat gcaactaccg      300

gacggttcat ccctctcccg gacagaatcc gcatcagcca aagcaggtga gatattaaag      360

caaatcgacg gggtaaaaac ctatattgcc atcaatggat tctctatgat ggacaacgcc      420

cagaactcta acgcagcttc catcttcgtc atgctcgaaa actgggacaa gcgaaaaagc      480

aaagccttgg gagtagatgc catcacgact cgattcaatg aactggccta tctcgaaatc      540

ccggaggctc aaagttacgc cgtttcccct cccccgatcc ccggcctggg agaaagtagc      600

gggttcgaac tcatggtgga agacatcaat aactacggtt ccacatccct gcaacaagcc      660

gtcgatcatc tggttgatgc aggaaacgga actcccggtt tgtccatgct ccggtccacg      720

ttcagcgcca gcgttccgca atattacctg aacatcgacc gggacaaggt tgaattaatg      780

caaatcccga taggagacgt gtttaacgct ctctcggcat acatcggctc tatttacgtg      840

aataacttcg tgaaatacgg caggaccttc caagttaaac tccaaggtat tcccgatagc      900

cgaagagtga ttgacgatgt tttgttccta aatgtcaaaa acacacaaga cgaaatggtt      960

cccttctctg ccttcacgac cgtggaacaa cgtctgggga cagaacttct tcccaagtac     1020

aacacctatt cggca                                                      1035


<210>  965
<211>  1092
<212>  DNA
<213>  Bacteroidales

<400>  965
ttggaatata taaaatacgc tattttcttt gttgtgtgga ttaatagtca tacctttgta       60

aaaataaata attctttgtg tatgaaaaag gtggtgtata ttttgagttg tatttcattg      120

tttttatcat gtagtgataa agatgtgtat aaagctccgg aaacggatct gaatctgttg      180

aaaccatacg aggatatgga ggtcgtcgtt ccggaggggt atgcctcgat tgtcaagtta      240

tatgatgata ccttggcaat ttgttcttat tcaacaacaa tttcgatccc tactttccgg      300

gcgtctagat tgggtcgggc atctgaaaat agtccgatca cgattgaaaa tgtaaagaat      360

gagaataatt attatcaagg tgtgttaaat acttggcagg ttgtggcttt tgaggatagt      420

cgggaaggag attatgacta taatgatttg atcatacacg tgaactggag tattcgggaa      480

aataattaca cgatatccgt tcagccagtt gctttaggat cttccaaaaa aattaagctg      540

ggattcgaga aaatggatgg taatatttcg agtgtgaacg aggtgattgt ggccgaagat      600

tgtcgaaaag aattgtttga ggggagagag gggtttatca atactttttc cggcaaagga      660

aaggtgatta ttaataatgg taaatataaa taccagaaag agttggcgaa acagagtgat      720

gatcttagat gtgccgtgaa ttggttcatt gaagtagatg gcgggacaag attatatgct      780

attacgaata atccgatatg tcttaatcag gaaggaagac cttacggatt gatattcact      840

agaatctatg atgagtatac ttattgtaac gagaaagggg agcgttgtgg agttgactgg      900

tttctatatc cccaagagct tgtgaatata tctgatattt atgatttcga cgactatatg      960

aaaacaggag atatttctat tttccgaact cccaaagaag gtttttatga tgctataggg     1020

gaaggggaac cgatgggaaa agatggattg atttattgtc cgaattcgtt gtataacgtg     1080

aatctacagt aa                                                         1092


<210>  966
<211>  852
<212>  DNA
<213>  Bacteroidales

<400>  966
atacagatga tgcgtagcga gaaattgggt tataatgccc cgatcgtggt atatgataac       60

aaatactata aatacgaaga cgaggagtat agtatcacga acactccctt gtcggagcag      120

gatttgaaag tgatgtcgga ggccgtggag gtgttgcgtc agtttaaagg gttctcttac      180

ttctcgaata tgggggatat tatcagtcgt ttggaggatc atgtgacttc agcccgtcag      240

aaaacaatcc cggtgattga tttcgagaag aacgagagtc tgaaggggat tgattatctg      300

gatatgattt atcatgcggt ggtgagtaaa caagtgctgc ggatgaaata ccggtctttc      360

aaggcccgat ccgcgtcatc gtttttgttc tatccttatt tactgaaaga gtaccggaat      420

cgttggttcg tgttcggggt aaaacaggga acatccgtgc ttgtaaactt ggcacttgac      480

cgtattcata accttgaaat cgctaaagag gaatcttaca gggaaaacac ggtgtttgat      540

ccggtcacgt tttttgacga tcttgtcggg gtaactaaaa acacgggatc aagggctgaa      600

gtggtccgtt tttgggtaga tcgactcaac gctccatacg tggaaaccaa acccctgcat      660

aagtcgcaac gggtggtgga aagacaaaaa gacgggtcta tcgtgttcga gatagaggtg      720

gttataaatc aagagctaag acgggagatt tgtggatttg ccgaagggat tcgggtgcta      780

tcaccacctg tgttggtgca acagatggca tccaaatttc aacaggcaaa tgatttgtat      840

cgacaggaat ag                                                          852


<210>  967
<211>  1089
<212>  DNA
<213>  Bacteroidales

<400>  967
atgagattat ttattgcttt tttagtaatt tgttgcgtgg gttgttctca atcatcacgt       60

tatcaattta gtctgaaagg aaacatcgag ggagtgaaat atggtaccgt tttcttgatg      120

actccgggag atagttcgat agttttatac aagactgatt tggagggggg aaaatttgag      180

ttgaagggag aattggatga acctagacaa gttatattga aagtgaatcg acgtcagact      240

tatttcttta tggatggtac gaatatggaa atttattgcc cttattcggc gttaagtgat      300

aagcatataa aagggtctcc ggcaaataat ttagctgcag aatatgacaa acttgcccaa      360

gagggatatt acaaagaatt taatcaattg attaatgagt ataaagggtt gcaggatgcg      420

ggtgatcaaa aagcagcaga tgaaaaaatg actcaagcac taaaaatgga tgataaacgt      480

tttgaattga cccgtaattt tgttaaacaa catccggata acatatattc tgcctatatt      540

tcgggaattg tgaaagaaga aagttacgag aagggaaagg agttgtatga cttgcttact      600

cccaaaattc aagcttcatt ctatgggcgt ttgttgaaac aacagacaga ggcgttggct      660

gtttctgcat taggtgttcc ttgtccggat ttcacggcaa cggatgagtc tggtaataaa      720

gtttcaatgg cttctcagaa aggtggaatc atggttcttg atttttgggc ttcttggtgt      780

ggtccttgtc ggcaagagat gaaaaatttg cgggagcaat atgcagagtt taaagatcag      840

ggagttcgct ttatgagtat ctcattggat gattctgtag aaaaatggaa aaaggcttgt      900

gaagaggagc aaatcccatg gatcagtgtt cgggatgata acggttggtc taaatccgaa      960

attcgtaagt tatttggtat tcaggcaata ccatttatcg tgttactgga taaagatggt     1020

aatattgttg ccaagaatat ccgtagaaac agtttacgag agaaaatttt ggagttgcta     1080

caaaaataa                                                             1089


<210>  968
<211>  1167
<212>  DNA
<213>  Bacteroidales

<400>  968
atgaagaatc catttgaatt tgcaaaagag ttattgcggt atacccgagg ggaactttct       60

aaggaagagg agaaaggaat agagcaggtg ttgttggaag tgaagggaat gaatacgttg      120

gtggaggagc taaaggataa ggaccgaatc gagtatgaaa tgcatattat tgcgaagttt      180

aatacggaaa aggctttaag taaactgaaa aatagaaaac aggtaaaaag aagaggaata      240

ttatcttgga ttgcggcagc gtctgttgtg gtaattgcag gagtttctgc ttggatattg      300

ttaagccaag aaccggatgt agacaatttg tccgtaacag aaaaatttga accgggtaag      360

gctattgtga cattagagat ggcatccgga ttaaaatatc gtttggatac attatcttct      420

gttgttcgta ataatcgggt aaatgttgct tttgataata atgatggagt actgaaaata      480

aaagagcaag attctttagc agatggtgct acaaaagaaa ttgggtataa cacggtcaat      540

gtaccatatg gaggaacgta tacggtggaa ttgtgtgatg gaacgaaggt atacttgaat      600

tcgggaacta cattggaatt tccttctcgg tttgacggaa aagttcgtag tgtaattttg      660

aaaggagagg catattttga tgtagctcga aatgtaagta aaccgtttgt cgtggaggtg      720

gatgaaatga aagtgaaggt gttgggtaca tcttttaacg tgaaatcgta tgttgatgaa      780

ccaggggttt acacgacatt agtagagggt agtgtcgcta ttcttcggga tgggcaaccg      840

gagaagaaga tcaaaccggg agaacaagct tattataata agggtgtcgg aaccttgagt      900

attgctgaag ttgatgtcaa ggaattcacg tcttggaagg atggggtgtt ttatttcaaa      960

gacattgctt tagaagaaat tttgagaata gtctcaagat ggtacgatct ggaagtattt     1020

tacatgaatc agggagcgaa gagtgtgata tacagtggta aattgccaat gtattcttca     1080

gtagaggatg tgttgcggaa gttcgagata tctggagatg tacgttttga actgaaaggt     1140

agaactttaa ctgtttttga taaataa                                         1167


<210>  969
<211>  1293
<212>  DNA
<213>  Bacteroidales

<400>  969
ttaagaaggt atcgtttttt tgatataggt aaacgtcatg attattttga cgagtatgtg       60

aatcgttcca cgatacgacg agtggcagag agatgctatt tgccgatgaa tcatttgatc      120

atggatttga tcaagcgtta cggaacgaat tttaaggtga gtttttctat ttccggttcg      180

gcattggaac aatttgctct ccatgccccg gaagtgattg aaagtttcaa ggaattggca      240

aagaccggta gcgtggagtt tttggccgag acatacgctc actctttggc atccttgtct      300

gataccgatg aattcgagag acaagtacag cgccatgcag ctaaaatgga agagttgttc      360

gggcagaagc cggtgacgtt gcgaaatagt tcgttgattt attccgatca gatcggggag      420

cgagtggctg ccatgggatt tgaatctatg ctgactgatg gggcaaagca tgtgttgggg      480

tggaagagtc cgaatttcgt ttacacgaac gtgatgaatc cccggttgaa actgttattg      540

aaaaattccc ggttgagcga cgacttgacc ctgcgttttt cagatcatag ctggcatgaa      600

tggcctctca cggcagataa atatgcccgt tggttaaaag atagcacgca agatagtgag      660

atcgtgaatt tgtttatgaa ctacgaaacg tttggtgaaa accaattggc agagaccgga      720

attttcgagt ttatgcgttc tttacccgaa tatatattct cgacaaccga ttttgaattc      780

ctgaccccga gtgaggcggt gaaaaaacat cagccggtgg ctcctttaca cgtgccttac      840

ccgatttcat gggcggatga agaaaaggat attaccggat ggttgggaaa tgaattacaa      900

aatgaggctt ttgaagagct gttcaaaata caacctaaag tggaagcatt aaatgatccg      960

gagctgaacg aggattactc tcgcttgcag gctagtgatc atttctatta tatgaggacg     1020

aaactgttct ccgataacga ctaccatcgt tacgtttcac cttatgaaac cccgtatgaa     1080

gcattcataa attatatgaa tgtgttgagt gattttgtcg cacgtgtgga agatatggaa     1140

aaaatgcgta atattgcggg caataaaatc accgaagaag agaaaagtcc ggaaaaaaag     1200

aaacggactc ctcgtgtaaa aagtgcggag agtgctgcga aggcgacgaa aaaggtgagt     1260

actaaggaga aacaagtgaa gtcaaaacat taa                                  1293


<210>  970
<211>  939
<212>  DNA
<213>  Bacteroidales

<400>  970
atgaatattc gaatcggctt ttggctgtta tgcctgatct cccttgtggc ttgtaaaggg       60

aaaacttcag gagtacaaga taccttgttt agcggggtaa ttcgagttgc agtcgacgaa      120

acgctgtctc ccttggccga ggaagagatt gcagtttttg aagcgcaata taatcagaca      180

ggtatcgtcc cgatatatac gagtgaagtg gatgcaataa ccctgttgtt atgcgacagc      240

gtacgctggg tgttggccac acgcccttta tcgggggacg aattagagtc attccacagc      300

aataagtttt ttccggagtc catcaagata gctactgatg gtgttgcttt gattgtaaac      360

agacaaaatg ccgattcgat atttaacgtg agtactttaa agaaaatatt ttccggtgag      420

ataacacgtt ggaaccaatt gtcggcggac tcgaaattgg gagaaataca agttgtgttt      480

gatcaccgga attccagcac agtacgttac gtgctggatt cgatatgcgg gcggggtaac      540

ttgtctgatc gatgtcatgc cgccggaacg aatcgggatg ttatcgagta tgttactcga      600

actccgggtg ctatgggggt aatcggggtc aactggatta gtgacgaaca ggattcttta      660

tgccgggatt ttcgaaaaga gatacaggtg gcacggatca gtcgtgcaga gttacctact      720

tatgggaata gttaccagcc ttatcagtat tacctctaca cggggcaata tccattgtct      780

cgcgatatat acattttact gaatgatccc cggagcgctc tcccaaccgg gttaacctcc      840

ttttttgcag gagcgagagg acagcgaatc attttgaaag ccggattgtt acctatcacg      900

atgcccgtga atatcgtgaa cgtgagggac caactttaa                             939


<210>  971
<211>  1434
<212>  DNA
<213>  Bacteroidales

<400>  971
atgaacaaga aaatatttag tgtaattata ggactttcct gttgtttctc cgcttgttcc       60

gattgggtgg atgtcaagac taaaggatca ttggttccgg aggagacgga aaattaccgt      120

tacctgatga ataacacgga aaatttccgc tggacacttt cttaccatga tgtggcatca      180

gatgatattg atatttctga tccggctcaa caagaggcga tctatgaaac gaataaattt      240

atcccggtat atacttgggc cgacgaaatt tatagccagt ctgaaaatga cacggagatg      300

aacaaagtgt accaggttat ctataattgt aacgtggtga ttgatgaggt gatggatagt      360

aagaacggga caaacgagga gaagttggag attcgggctg aggctcttgt acatagagcc      420

gaggcatatt tgacgttagt gaacgtgtat ggtgttccgt ataatgcagc aacggcatcc      480

acggatcaag gagtcccctt gttaactacc cctcgtgtag aaggggctct gccacgtgca      540

tctgtcgaaa aagtgtacga acaaattttt aaagatttgg atgatgcttt cgagtatttg      600

cccgatgtgg cagaatttaa tttctatccg ggtaaatgtg ctatttatgc attgcgagca      660

agagcctacc tgttgatggg taattacacg gaggcgaaaa agaacgctca agaggcgctt      720

aaattaaaga gtacgttgga aaacctgaat gattatgttg atctggcgag tacagaggaa      780

agtgtgagaa ggaaaaatta cgtggaaaca ttgaaagata aggaagttat ttttgctaaa      840

atgcccgtaa ctacattttc gatggcatca tattccacgg ctggccttgt gttaagtgat      900

aatctgttga atacttttga tcaggaaaaa gatttacgtt atttttattt tactcgttcc      960

atgatagatg atttaggtat gacttattcc ggtcgggtat attttaagga caattattat     1020

ccttatgact ggaaaaagaa cgagggacgt aacatggggc cttgtgtgcc ggaaatgatg     1080

ctaattgagg cagaatgttg ggctcgcgag ggaaacacga cggaatccat gaatattgtg     1140

aataaattga gagagtatcg ttacgttgcg ggtgaggact attcgttgag tgccgcaaca     1200

gctaaagagg ctttaggaaa tgtattacag gagcgtcgta gagaattaac gtgtcatggt     1260

ttacgttgga tggatcaacg tcgtttggca aatgatccgg attttccgac acagacggtg     1320

actcggatat tcaagggaac gacttataca ttagaacccg gtgccgtgcg atatactttc     1380

ccaatgggag aaaaatattt ggaagaaaat ccggagatcg gacaaattaa ataa           1434


<210>  972
<211>  717
<212>  DNA
<213>  Bacteroidales

<400>  972
atgagtataa agacaattgt agtaacagga atgttgctcc ttgccggaac aatcgtaagc       60

ggccaaacaa gtacaaatca agtaaaagag aagaatatgg aaaagttaga attagtgaaa      120

gaatgggata aggtatttcc acagagcaac aaggttgttc acgagaaagt gacattccgt      180

aatcggtacg gtatcacgct tgccgcggat atgtatatcc cccaaaatgt ggaggggaaa      240

ttggcagcca ttgcggtgag cggtcctttc ggggctgtca aggaacaatc gtccgggctt      300

tacgcgcaaa cgctggcgga acgtggtttt ttgacgatcg ctttcgaccc ttcctacacg      360

ggtgaaagtg gaggccaacc ccggtacgtg gcctcgccgg acattaacac ggaagacttc      420

tgtgctgccg ttgattttct ttcgactcgc gatgatgttg atcctgaacg tattggaatt      480

ttaggtattt gcgggtgggg tggtatggct cttaacgctg ccgcgatgga tacgcgtatt      540

aaagctacgg ttacttccac gatgtatgac atgagtcgcg tgaatgccaa cgggtatttt      600

gacgcgatgg atgccgacca acggtatgag cttcgtcggc aactcaatgc ccagcgtaca      660

cttgatgcca agaatggcac gtatgaacta gccgggggag tggtcgatcc attaccg         717


<210>  973
<211>  1527
<212>  DNA
<213>  Bacteroidales

<400>  973
atgatagacg atatgaaaag ttttttttat tgtttgattt ttatggctct tagcatcgga       60

ataatgggat gtggtgattt tttggaagag tctagtcaag atgaagtacg cccaagtaca      120

gtttcagatt tagaacaatt attattagga gagggatatc tgagaaccga ttgtatatat      180

ccttatttag agcttttgac agataatgta caaaatgctt atagtgacaa tgaaagccat      240

gttaccgtat tgcagcaagg attgccagta tttacatggg atgttgatat gtttgataag      300

atggaagagt tgtatacgac tggaatagat acttgggaaa aattgtattc caaaataaaa      360

ggatgcaatg ttgtacttga tatgctggat gatgttactg gagatgagaa tgaaaaattg      420

aatcagagag gtcaggcatt ggctttaagg ggatattatt atttgttgtt gataaatacg      480

tttgcacagc catataataa agaagggatt gatctaaata cagcattggg agttcctttg      540

attgtgagtt ctgcagtaaa agatgaattc ccagcaagag agagtattgc aaaagtatat      600

caacaaattg aacgtgactt gttagaagct gtggatttga tggataaata tgggcagaat      660

aacatacaat acaaagttac ccctttattc gtttataatt tgctgtcacg tatgtatctt      720

tatatggaaa attggggaaa ggctgcagaa tatgcttctg ttgtgattac aagaaatcct      780

caattgcgtc gcttgtctga ttttgtaaca atagaggttg atgagtggtt tggtgatgaa      840

acacttactt atgatgtaaa tggtggtgtg ttaaattata acagtcctga acttatatgg      900

ggatatggag ataaaaggat cagtgaaatt cttttccaat tacctgatat ttttacatat      960

cctggttctt caccaatatt ttcagtgtct gataaatttt tggcacaaca tgatgtaaat     1020

gatttgagac cagcttgcta ttaccaacgg tattttaagt caatttttcc gatggtattt     1080

ggttcgatat atgggtctaa gtcaaattta aatgatttgt cgaatcctca tagaggaatg     1140

agggttgctg aggcttacct gaacagggca gaggcaaata ttcgattatt tttggaaaat     1200

ggaaatgaaa atttgcgtat aagtgcattg actgatttga attacttacg agaacatcgt     1260

ttccgtcagc cttatgaaga tgttaatata acagatggtc aaacattatt ggaattttgt     1320

ttggatgaac gtcgtaagga gttggctttt gatgatcatc gttggtttga tttgcggcgt     1380

tgtggaatgc cagaaatgat tcatgagata actattaata aaggacaagt acaagagtat     1440

cgcttggcaa aagggagtga tcgttacgta ttgccaattc ccaagaaggt attggataaa     1500

aatccggctt tagtacaaaa tccatga                                         1527


<210>  974
<211>  828
<212>  DNA
<213>  Bacteroidales

<400>  974
atgaaaaaaa ttgtatggtt tgtgtttttg tgttgtatca tggtagggca acccgtttgg       60

gctcagaata aggtaaccga acagcaaaaa gtcgagtatg ataaaggtaa tcgagaccaa      120

aagttcctaa aagaatatat cgaggcgtta aaggctgacg ggcagacgga aatattgaat      180

ggtgtggtgg atgagtattt aatggtatta ccattaaatg agcgttactc cggtggaaat      240

ttatcggatt tcgtggaata tataactcac atgaatacga aaaccattgt cgatattatt      300

gaaaattggg acaaactttc tttcacggaa gaacaggctg ataaaattgt ggagaaaata      360

gatcatgtct gtaaaatgga tttgtttcaa gtgattatga aggaacgtga agatgggaaa      420

ggtcccatta tggattgtag ttccctacaa acagccttaa ggaagtctgg tattccggtt      480

tctaatgtaa gacggcaaac cattgaaatg tggcaatact ggcaggttaa ggatataacg      540

ggtatgattg gtgcttttga aaatatgttt gttgaatcgg aagctgccca aaaagaaaag      600

gctgataatg gcgtgcttga tttggaaact atatttgatg gggtaattct tggaagtatg      660

gtgaattata tcttggaaga gagtaattta gagcaatgta ccaaaattct tgatatcatg      720

aatctggttg ttgagaagaa tgataatagt acctttgttg acatgattgc caaatggaag      780

gataattttg aggggaaaaa gatgatgata gagatgggcg aagaataa                   828


<210>  975
<211>  2511
<212>  DNA
<213>  Bacteroidales

<400>  975
atgagcgtgg atgaattaaa tcaacaagca tccaaacaat tgaatgctcc gttagtaatc       60

atggatggat tcgagattac tttgcagaag ttaatggatt ttaatgacga ggagattgaa      120

agtatcaaca tactgaaaga tgcttctgcc acggcaattt atggttctcg gggtgcaaat      180

ggtgttattg ttgttaccac gaaggctcct caagccggta aattgaaaat ttacgtgcaa      240

ggaggaatga atattgaaat gcctgacctt tcttcatacg atttattgaa tgcccgtgac      300

aagctagaat tggagcggat tgtcggactc tatgatgatg aagatgatgt cgttaacgat      360

cgggcgttaa aggagaaata tggtcaatta tattcagagg tattgaaagg tgtgaacacg      420

cattggttga gccaaccagt acagaccggt attggtcaga aatataattt gcgtctagag      480

ggtggaaatg agtcttttcg ttggggaaca aatatttctt ataattctgt tataggagcg      540

atgaagggat ccgagagaaa tactttcagt ggtacggtaa ctttgtcata ttccgtgaag      600

aatgtgctct ttaagaatca gactagtatt gatataaata aaggaaaaga aagtaaatat      660

ggaacattct ctgattatgc caaaatgaat ccgtattacc ggataaaaga tgagaatgga      720

gaatatatca aggtgtacac gataaaaggg acaaaacagt ataacccgct ttataacgcc      780

cagttggggg taatcgacga ggataaatat accttgatca cgaataattt ttctattgaa      840

tggagcatta atcatgattt gcgtttacga gctcaattag gcttacaaaa gaaaaatagt      900

acttctgata attatttacc tgccgatcac acgacttttg cgactgctac agatagtgat      960

agttattttc gcaaaggaaa gtatacttac ggaacgggtg aggatattaa tattgatgca     1020

aacgtgacgt tgagttattc aaagatattt catgaaaaac accagctata tgccggattc     1080

gattattcta tagcccagaa aaaaaatcac ttctacacgt ttatcgtgga aggatttcct     1140

gatggtaaat tggatttcat tggtaatgct ttgcagtatg agaaaaatgg ggtaccgaaa     1200

ggtacggaag aattgtctcg tcgggttggt tttaccggga atgtcaatta catttataac     1260

aatcgttatt tcatggattt atctttccgt gtggatggtt catcgttgtt cgggacaaaa     1320

aataaatttg ccccgttctg gagtgccggt atcgggtgga acgtgcataa cgagaagttc     1380

atgcagagtc agaatatcgt gaataatctt cggattagag gatcgtacgg agaaaccgga     1440

tctcaacagt ttgcttccta tcaggcgttg tcaaccttcc agagttacac gggaaaacgt     1500

tacattattt ggaacggggc tgagttgatg ggattaggaa atgaaaagtt gaaatggcag     1560

gttaccaagc aattaaatgg tggtgttgaa gttggacttt tcgacggacg cttgtcggca     1620

tctttcgata tttatagtaa aaagacttct aatttgttgt ctcaaatgga tttgcctttg     1680

gcgaacggat tcagttctta cgtggataac gtgggagagg tgaaaaatac gggctacgag     1740

gccatgatta gcgggtattt aatgcgtgat acgcaccgga atatcatttg gtcgatgaca     1800

gcaaaattag cttacacgaa gaatgaaatt accaagctct cagaagcgat caaacggcag     1860

aatgagcttt acaaatcaaa agatgtagag attaatcagt tattgtatga agggtatgca     1920

cagaattcaa tttgggctgt tccttccatg ggaattgatc cgagtactgg atatgaaatt     1980

ttcttggata agaatgggaa tatcacggat aaatggaatc catccgacaa gcgttatttt     2040

ggcgttgatg aacccaaata caggggtaat atcagtactt attttgcttg gagagatctt     2100

tccgtgaatc tgtcatttgc ttatcaatgg ggaggccaac aatataacga gaccttgctt     2160

aacaaggtgg aagtgaccaa tggtgaaatt gataagaata atgttgatag tcgtgtgttg     2220

aaaaagagat ggcagtatat tggagacgtg aaaccttaca agggatacgg ttccgtggag     2280

acaaaagcga cttcccgttt cgtgatggat gataacgtgt tccaattcca aagcgccagt     2340

gtggagtatc ggttacattc agatttcttg cgtgacaagt ggaaagttga gacaatcagt     2400

atcggggcta atatgtcgga tatattctat atttcttcca tcaagcgtga gagaggaact     2460

tcttatccgt ttgctcgcag actggcttta accctttcat taatgtttta a              2511


<210>  976
<211>  414
<212>  DNA
<213>  Bacteroidales

<400>  976
tggcaggtta caggttacaa gttatttaca ggttataaat tgtttatggg gacggttagg       60

tgttttgagg attttaagat ttggcaggat gcccgtttgt tggtaaatca ggtttacttg      120

tacactgcag gagtgaagga ttatgggttt aatgatcagg ttagaagggc ggcagtttcg      180

gtgatgaata atattgtgga gggggatgag gctggtggga atgtgatgtt taagaagttt      240

ttgcaaatat cgaggggaag ttgtggtgaa gtcaggagta tgttgtattt agctaaagac      300

ttgaaatata tagacgaaat aaaggtaaac gggttattgt ctgattgtat ggttttatct      360

aaaggtatca gtaaattaat tacttatttg gatgccacaa ccagcaactt gtaa            414


<210>  977
<211>  2640
<212>  DNA
<213>  Bacteroidales

<400>  977
atgatcatga aacaagtttt gtggatactg cttgctttcg tgctgttatg tgcatgtgaa       60

gaaaagcatt ttatgacaga tccggactac cggaggatgg tggaacagga ttttcaaaag      120

aaaaaggagg tgttggaagg taatccgggt aatttgtttg ccgtgttcga ttccccgatg      180

agcgtggagg aacgagaggc tctgatgttt ctctacgcct attctccgtt gattgattta      240

tctttttcgg ggggagattt tctgttgaag cacgtgcgtt gggcatttca ggcgagagag      300

gcgatgcctt gggggaaaga tattccggaa gatatattcc gtcattttgt acttcccgtg      360

aggggtggga aagagaattt ggacacggcc cgaatcgttt tctacaagga actgaaggaa      420

cgggttgcgg cctgtgaatc catggaaaag gcggcgctgg aagtgaatca ctggtgtcat      480

gaacacgtga tctataaacc gaccaatgcc cggacccgtt caccgctagc cacgatgctc      540

acggcttacg gtcgttgtgg tgaagagtcc atattcacgc tggcagcttt gcgagccgtg      600

ggaattccgg cacgtcagat atacacgccc cgctgggcgc attgtgatga taatcatgcg      660

tggattgagg tctgggtgga tggcgagtgg aagtacttgg gggcttgtga accggaacct      720

cggttgaata tcgcgtggtt cacgttgccc gtgcaaaggg cgatgtacgt ggagtcggag      780

gtgttcggga aatataatgg tcaggaagag attgtttacg tgaatgaaag tggttcaggc      840

gtgaacgtga cttcccatta tacacggacc gttccgacag tagttcaagt tattgatgag      900

aacgggcagc ctgttgagaa tgcgaaggtg gaatataaga tatttaatta cggggagttt      960

taccccgtgg tgacattgta ttccgatgtg aagggtgaga cttccctgac gttggggcaa     1020

ggagatattt tcgtttgggc aagtaaggga aagaagttgg gttttgggga attgtccgtg     1080

gagcgacagg atacactgac cgtcgtgttg gataaagctg tcgggaattt gttttcaggg     1140

gagtgggatt tggtaccgcc aaggcaacat gatattacag ctttgtcaac tgatgaggaa     1200

cgggccgtga atgaccgtcg ttttgcccgg gaagattcgt tacggaatgt ttacgtggca     1260

actttcatgt cgaggacgca aggcggggat atagcgatgg agttgggtgt ggatacggca     1320

cattttgccg catatatggt tgcgtcacgg ggaaattatt ccgaattgct gcgttttatg     1380

cgtgaagtgt cgcctgaacg tcggacatta gccatgaatt tgttgggcgt gatcgcggag     1440

aaggatttgc aagacactcc ggcagacgtg ttgttgtctc acgtggaagg ggatggccgt     1500

gatgtgtcga atccctattt cacggaatac atactgaatc cgagagtgca gaacgagtta     1560

cttacggctt atcgggaagc cgttcgggaa tttttgaaga ggcacgatat tacggatgtt     1620

accagtttga tccaagaaac cggaaaaatc aaggttgttg attccctgta ccccgcgaag     1680

gtggtaactc caccggtggg agtgattcgg gcaggggtga cggatgtact ttcccggaat     1740

gttttctttg tggcagcctg tcgtacaatg ggaattccgg ctcggttaag cccgatttcg     1800

ggtaaaccgg agtattatca gaaccggacg tggcatacgg ttaatttcat gacagaaaag     1860

gtggttccga aaggtgagtt gatgttgcat tatactcaaa agacggtgag tgacccgaaa     1920

tattttctga atttcacgat tgggaagtta gaagatggtc gggttcggac gattgacttg     1980

ggaagtaatg cggcggtgga tatgggtgtt ggtgcctcct atgaaatgat tttcacgaag     2040

ccggtcatac tggaagaggg ggattatctt ctttcaacgg gaaatagacg gagtgatggg     2100

gctattttgg cagatttggt atcattccaa gtggaggctg gtaaattgac aaatatagat     2160

atgcttatcc gtccttgcgt ggagaaaatg gagattttgg gagtggtccc gacggtgcta     2220

tccattgtcc cggagggcaa gacaaaaccg gaggcaatcc gtttgccgga gaaggggtac     2280

acggcgatag ccttgatcga ggcgaataag gaaccgacaa atcatttgtt gcgggatatg     2340

agcgggatga aagatgattt cgagaacttg ggtgttccct tgtatttcgt gtttaaggat     2400

gcggatcatc aggctaagtt taatcgtgcg gacttccggg cttttccttc cgtgatgcgg     2460

tggggaacgg acttggacgg tcgtttgcta aaaggtttgg cagaaggatt acgcttgacg     2520

aacacggaga gcctgccttt gatcgtcctg ttgaatgcga agggaaaggt cgtttttgtg     2580

tcccaagggt atcgtgtcgg gctgggtacg cagatcatga atataataag cagaaagtga     2640


<210>  978
<211>  1755
<212>  DNA
<213>  Bacteroidales

<400>  978
ttgaattcaa aaaacaaagt tatgaagaaa aattctaatg tcgtcgggaa gaggcggttt       60

ttattcctcc ttttcttaat tttcaccacc caaattagtc tgaatgcgta ttcgcaggaa      120

agaaaaatta cgttttcgct gaaaaatgcc tctttgaaag agattatcag tgagatccgt      180

aagaattctg attatgattt cgtttatcgt gacgtgaatc tggaatcatt tgcccggcag      240

gatgtcgctt tcaaggatgc aacggttggg caaattttaa cggattgtct taaagggact      300

aatctcggtt acgagataaa tggtaagacg atcattattc gtaaaaaggc tgtaagccaa      360

gaagaaaaaa aatcgaaaac aattacaggt aaggtttcgg atgagcaagg aaacgtgttg      420

ccgggagtta cggttatcat taaaggtacg accttgggaa cggcaactgg tgctgacgga      480

gagtataaat tggaaatacc cggtgatagt gagcaagtct tgatcttctc tttcgtcggg      540

atgaagactc aagaaattgc cgtcggttcg aagacgcaac tagacgtgaa gttagtcgaa      600

gattcggaaa cattggacga cgtggttgta actggtattt tcacgaaatc caaggaaagt      660

tacacggggg ctgttacggc cgtttctgcc aaagagttga agatgtacaa aggtcaaaat      720

ctgttagcca cgttgcgtaa catcgaccct tcaatcaatg tcgtgatgga caatgctttg      780

ggaagtaacc cgaacgtgat accagagatt aatatccggg gtaattcctc tttacccatg      840

agcgtgaatg aattaaatca acaagcatcc aaacaattga atgctccgtt agtaatcatg      900

gatggattcg agattacttt gcagaagtta atggatttta atgacgagga gattgaaagt      960

atcaacatac tgaaagatgc ttctgccacg gcaatttatg gttctcgggg tgcaaatggt     1020

gttattgttg ttaccacgaa ggctcctcaa gccggtaaat tgaaaattta cgtgcaagga     1080

ggaatgaata ttgaaatgcc tgacctttct tcatacgatt tattgaatgc ccgtgacaag     1140

ctagaattgg agcggattgt cggactctat gatgatgaag atgatgtcgt taacgatcgg     1200

gcgttaaagg agaaatatgg tcaattatat tcagaggtat tgaaaggtgt gaacacgcat     1260

tggttgagcc aaccagtaca gaccggtatt ggtcagaaat ataatttgcg tctagagggt     1320

ggaaatgagt cttttcgttg gggaacaaat atttcttata attctgttat aggagcgatg     1380

aagggatccg agagaaatac tttcagtggt acggtaactt tgtcatattc cgtgaagaat     1440

gtgctcttta agaatcagac tagtattgat ataaataaag gaaaagaaag taaatatgga     1500

acattctctg attatgccaa aatgaatccg tattaccgga taaaagatga gaatggagaa     1560

tatatcaagg tgtacacgat aaaagggaca aaacagtata acccgcttta taacgcccag     1620

ttgggggtaa tcgacgagga taaatatacc ttgatcacga ataatttttc tattgaatgg     1680

agcattaatc atgatttgcg tttacgagct caattaggct tacaaaagaa aaatagtact     1740

tctgataatt attta                                                      1755


<210>  979
<211>  2994
<212>  DNA
<213>  Bacteroidales

<400>  979
atgagacaca aacatacctc gtttttctta aattccctga caataggcat attacttata       60

ttcacacttg tcactcccgg taaaacccaa tttgtcgatc tcggacaaga cccatgcagt      120

acacgctggc gacaaatcaa aacggataac ttccagatca tctaccctga tttcttcgag      180

gataatgcgc aatacctggc aaatatttac gagaaactat acgcccacgc caataccctc      240

ggtatcaaac ccaaaagaat gtccatgatc gtgcgggcga atggtggcgt gtcaaacggg      300

aatgcgggct gggcccccaa gaagagtgaa ctctacacgg ctcccccgca ggatgtcagc      360

gacgcttggc tggaacacct atgtattcat gaatttcgtc acattgtaca atacgacaag      420

gtgaaccaag gtttcaccaa agcattatat tacatcttcg gggagcaaat cacgatggct      480

gtcatcgggg tatatgtacc catgtggttc ctcgaagggg atgccaccgt attcgaaacc      540

tctgtcggga aaagcggacg gggacgttca cccgaatttc tcaatgaaat gaaagcccag      600

gtcacggaaa aagggattta cacctactac aaggccgtcc tcggctccta caaggatttt      660

gttcccaacc actacgccct tggttattac atggtcggga acagccgtgt tcactacggt      720

cccgacatct ggcaagatgc cctctcccgg gttggaaaac gtccttacgg aatcacgcct      780

tttgcccgca gcctcaaact cacgatgaac gaaaaacgag actccatctg gtcatcccgt      840

catttccagt cccttttcgt caatcctgac agcgtgaaac aagccaacac ccattgtgat      900

gccaaacgca cgctctaccg ggataacttc agcgaactcc aacaaatatg gaaacaagag      960

tccgaccaag taccccactc attcgatacc atcacgaccg caaacaagat atacacgaac     1020

taccattacc cgacagccac cccaaccgga caaatcattg cctacaagga aggattggct     1080

caagaaggag ccttggtcat cctacacccg gacaaggacg aaatcatcac ccgaacggga     1140

atcatgtatg attataaatt tgcctatcag gacgaaacgc tcgtgtggtc cgagtataaa     1200

taccatcccc gctgggaaca cgggggtaaa atggtactcg ccagctacga tatacgtcac     1260

aagaaatatc accgttaccc cacccggcaa aacaggtatg ccccttttgc cgtggaggga     1320

aactggggat tcgtggaagt tgacaaagaa gacaacgcct ccatcgtgat ccttgaccac     1380

acgttccaaa aagaaatatt ccgggtaaaa ggctccggag acgagctatt cgtacatccc     1440

tcctatgacg ggaaaaacaa tatcgtcacc gtggtggtat cttcgaaagg caaacacctc     1500

gaatccatcg atattcacac gggcaaacgt accccgatca ccgcgttcac cccttacgag     1560

attgacaatc cggttaccgt gaacgaccag attatatacc ggggagcttt cgatgccaac     1620

aactcgttct accggcaaac ccaaccgcaa gaattcggtg caaacatact taactccaaa     1680

ttcggcctgc gctacccgat cgtttccccg aacaaggatt cacttttatt ctcgttttat     1740

acttccgacg ggtataaacc gggtaaaatt gccataagcc aactagaaaa caaaataatt     1800

aatccccaga ccttccgtat cgccgacagc gtgacacgac aagaaaactg gcaattcgaa     1860

ctaaccgccg actccaccta tgccagtcgg aaatacaaca aaacaaccca cctattcaac     1920

ttccatagct gggggcccat ctttccggat gccgaagacg tggacatcga tttcgggtta     1980

gcggtcagct cgcaaaacaa actaagcacc ctgttcctga ccgcaggatt cgtgagagga     2040

aaaggttacg aacacggcaa ctggcaggta aaagccacct acaaaggatt ctggcccacc     2100

ctgcaactgg aattcaagag cggacgcaat gacgatttca tgcaagatta cgcgataaaa     2160

atcgttcaaa cccaagaaat cgacacgatt cgtaccattt ataaatcaca acgcacgaaa     2220

ggaacagcca ccgtacaatt tccgttcaac atttcccgga aaaactattc tcgttatatc     2280

atcccttacg tgaaatatga aattcaagcc atacattcga taacacagag gcgttcctat     2340

ttgttggacc acaaccggtg gaccagcctc ccctccaaca acccgtataa ctccgcaaac     2400

ccggatgatg taaaactcca gatcatgcgc tacgggcttg tcctcaacaa ccaaacccgt     2460

acaagtcaac gggacatcta tccccgctgg ggacaacgcc tagaaatagg atatgcccac     2520

acgccattcg acggattgga ctacggtgat acgaaatggg ctgaaggacg tttgtatctt     2580

cccggattct ggaaacatca ctcttggacg ctctacttcg gccatcaact aaaatcggat     2640

aaaacaacca actactacgg gaaccagatt tactctcccc ggggagcctc tctctacggg     2700

tacaacctat caacgttgaa aatatcttac gccttgccgt tctggtaccc ggatgcccac     2760

atcggaccgc ttgtctacat gaaacggttc acggcagaac ccttctttga taccggctgg     2820

gagaaaaatc gctattggaa caaaacctat cactcctatg gcgtggaaat ttcagccgac     2880

actcatttct tccgtctccc gttccccgta aacatcggtt tcagaaccgg atacgaaaca     2940

aaaagcaact ccatgtttgt cgatatgctc ttctcggtgg ccttcaccat ttga           2994


<210>  980
<211>  1047
<212>  DNA
<213>  Bacteroidales

<400>  980
atgaataaat ttctggtttt attaggcagt ttgtttgcgt tgattttctt cggttgtaat       60

aacgatgaag aggaactcga tttgattgat acattggaaa atgaaaagat cgctattcac      120

gagtatctga gtcaggttac cacgccaatt ctttatcttg agtattatag cgtgcatggt      180

atgttgatcg atacggtttt tattttcaat tacgataata gtggtgaggt agctaaagat      240

actggatggg tgttgatgga ttacgaaaaa ttttatctga atggagataa attggatacg      300

acatctcccg aacagggtga ttccacgttt acttatgcct ttggaggacc ggtactttat      360

cgttatgaca cgataaagaa atatgattat gtggcggaag cgtttcggca tattagtgtt      420

ggaagtatgg gaggagaaat gattgtaccc tctattttag ccggagataa gaataattac      480

gggaagccgt tacattataa gttaaaggca cataagctta ttaacgatgt gaaagtgaat      540

gaatatgggt tgattcgaag ttatttagta gacattatgg gcgtggagaa tgcttttgtt      600

gactttccta cgcgagaaat ttcatctatt ggagagcggg atacagttac ttatacagct      660

attttggaga aaggaacggg cgatcgagat attcaagtag gggattctgt tttgttggaa      720

atggattatg gcttgctgga tgatgtggga ttacagaatc gggtgttgag aagtatggga      780

cgtgattcta tttatttctt gtttaatgag acttggcaga aaaattatcc aacagggttg      840

gtgaaaggat tacagcattt acaagctgga gattctgcac atattattgt accttatgga      900

atggcttatg gtgcggtagg tacaacccgg gaaataactt tccgagatcg tactaaactt      960

aaacaatatt taattcctcc atactcaacg ttatggtatt gggtacggat tcgtaaagtg     1020

gtttcaccta aaacggaaga agaatag                                         1047


<210>  981
<211>  519
<212>  DNA
<213>  Bacteroidales

<400>  981
tgcgataacc gaaagacctt gtcttacccg gaagtacgta cgtatatccg ggaccaattc       60

gtgaatttga ttaaaacaaa ttccccacag gtggaattga tcgccggggt ggctaccggt      120

gctattgccc aaggtgcttt ggttgcacag gaattggggt tgccgttcgt gtacgtgcgt      180

tctgctgcca agaatcacgg gttggaaaat ctgattgaag gtgaatataa agaaggtcaa      240

aaagtggtcg tggtggagga tctgatctct accgggggat ccagtttgca ggccgtggag      300

gcgttgagaa atgcaggatg tgacgtgttg ggaatggtgg ctattttcac ctatggattc      360

cagaaagcga tagataattt cacgaatgct cattgcgtac tggatacgtt gagtgactac      420

aacgccatga ttgacctggc ccagaagacc gggtacgtgc aggagagcga tgtggccaag      480

ttgaaggagt ggcgtctgag cccagaatct tataaataa                             519


<210>  982
<211>  813
<212>  DNA
<213>  Bacteroidales

<400>  982
ctttcgtttg tgaacttgta cacgtggcag ttcttgacca atagtcatta tgctgtggtt       60

gatgactgcc tcgtggtgcg ttttacattg gatgaggaga gtgtcgtgta cacgatgccc      120

gtgggaaccg gggatgtgaa gaatgtgatc gaattgttga aacagcaagc aaaggccgaa      180

gggcacgttt tacgagtaca tggagttttt cctgagttgg aggaatggtt caaccgggag      240

ttcccgggaa gttttgatta tcggttggat cgggattatt ttgattatat ttattcccgt      300

caggagctgg ctgaattgaa aggtaaaaat tttcaaccta aacggaatca cgtgaataag      360

ttcaaacgca cctataatta caagtacacg ccattaaccg tagatttgat cccgcattgt      420

ttggaactag aggaaaaatg gtgtgaagag catgattgtg aggaagagga gagtttgata      480

aacgagcgaa aagcactgaa tattgcgttg cgaaattttg atgctcttgg tttggttgga      540

ggagcgctct gggtggatga tgaaatcgtc gggttcacgt atggcgctcc ggtgaatcat      600

gatacctttg ccgttcatat cgagaaggcc gatagtcgta ttgacggttc gtataatatt      660

ttgaatcagg agttcgcacg acatatcccg gaacaatatg tttacctaaa ccgggaggaa      720

gatttgggaa taccgggatt gaggaaggcg aaactatctt atcgtccggt gatattattg      780

gagaaagggt atgccgaatt aattgaaagt tga                                   813


<210>  983
<211>  873
<212>  DNA
<213>  Bacteroidales

<400>  983
agaaagagta taaatttaaa taatggaatt atgatagaag cacctgaagc gctttgtttg       60

tcggaacagt tgaacggggt tatcaaagga aaggtcgtga ctgatgttat accttgctac      120

accccgcata agtttacctt tttcaacggg gacccggaag catacccggg gatgttgcta      180

ggtaagacgg tggacggggc ttgtgcttac gggggaatgg tgcaaattaa cgtgggggat      240

gccaaggtgg tgtttagcga cggggcaaac ctccggtatt acgagcctga ggcgaagtta      300

ccgaacaagc accagttact gatcgggttt gaagatcaga gttgcataat cgtttccgtg      360

agtatgtacg gcgccgtgtg gtgtttcgtg ggggattctt tcgagggtgg tttgatgtca      420

tattacggag gggctaaaaa taaaccgcag gtgttgtcgg atgcttttga caaggcgtat      480

ttcatgtcct tgattaatga cgaaggggtg cagaaaaaga gtgccaaggc gtttcttgcc      540

actgatcaga tgattcccgg tttgggaaat ggtgtgttgc aagatattct gtatctggct      600

cgggtacatc cgaagacgaa gattgcggtt ctttcacagg cgaaaaggga agagcttttc      660

gggtgtgtga agaaggtttt gcgggagata taccgactgg gaggacgttg ttccgagaag      720

gatttgtttg atcaaaaagg ggggtacgtt ccttacttgt ctaaggatac agtggggagc      780

cattgcgtgt actgcgggga ttatatatta aaagagaatt atttgggggg tagtatttac      840

tattgcaaca cttgtcagca agaagaaaga tag                                   873


<210>  984
<211>  378
<212>  DNA
<213>  Bacteroidales

<400>  984
atgtttaaaa cactatttat catcggtctc ggaagtttct gcgggggaat atttcgattt       60

ctcctcactc gtttcgtaca aaatcatttc cttgccgcgt tcccttttgg cacgatgatc      120

gtgaacatca caggttgcct gttgatcggg attttctacg ggttgttcga gcgaggcaat      180

ctacttaaca cagacctacg tctgttcttg accgtgggtt tatgcggggg atttaccacc      240

ttctcctctt ttatgaacga gaacttcgtg ttattgagag aacaaaacta tctatatttt      300

atgtcctaca cggtcctcag cattgtactg gggttaacgg ccgtttacgt gggacacctc      360

attgtaaaag cattataa                                                    378


<210>  985
<211>  429
<212>  DNA
<213>  Bacteroidales

<400>  985
atgagcgaac ttcttttttt taatgaggaa tgtgatattc ctactttggt gattgaagag       60

agagtgaaac aatggctaca agctgttgct gatgattatt cgtttcaatt aggaacgatc      120

tcttttattt tttgtaatga tgattatatc ctagatgtaa acaggaaata tttgaatcat      180

gattattaca ccgacgttat tacttttgac tactccgaga gaaaaatatt gtcaggtgat      240

gtttttatca gtcttgatac agttcaatcc aatgctttag aattcaatac aacttatgaa      300

gatgaattac atagggttgt cgtacactct gtacttcatt taataggttt taaagataaa      360

tcagatgctg acgcgaaaga gatgcgtcaa aatgaaaatc attgcttaga attgcttaaa      420

atgatataa                                                              429


<210>  986
<211>  672
<212>  DNA
<213>  Bacteroidales

<400>  986
atggcagaaa tacaacaaaa ggatagcggg gaacgcaaga aagggaaaca gaagaaattc       60

agtatccggg tggattttac gcctatggtg gatatgaata tgttgttgat tactttcttt      120

atgctctgca cgtccatgag taaaccccag acaatggaaa tcagtatgcc gaggaaagat      180

ttgttgaatg agcaggagca gaacaaggtg aaggcttcca aggcgatgac tattttgttg      240

ggtaaggagg ggagagtgta ttattatatg ggagagccgg actacgagaa tcctgatatg      300

gtgcaggaaa ccgatttttc cccgaacggc ttgcgtgcca tcctgttagg acgtaatcag      360

gtggtgatgc agaagatccg ggaattgaag caaaagaaag caaacttgga gatctcgaac      420

gaggagtatc tgaaagaggc tgccgagatc agaaaagata aggattcacc cgttatattg      480

attaaggcta ccgattttgc gaattacaaa aatttgattg atgtcctcga tgagatgcag      540

atatgtaata tcggacggta tgcgatcatg gatataactc cgggggattt acgattgtta      600

caggataaga cacacgacgg gtatgccgat gatttgaaag aagtcatcga gtaccgggag      660

ttaaaacaat aa                                                          672


<210>  987
<211>  1167
<212>  DNA
<213>  Bacteroidales

<400>  987
atcatggcta aaacatacgc ggaaataaac gataaaatca agaaaggtac ggctgtcgtg       60

ttgactgccg aagaggttgc agaactggca aaaacgctct ccccgaaaga gatcgcagag      120

aaagtggatg tcgtgaccac ggccactttc ggggcaacgt gttcctccgg ggcattttta      180

aacttcggac acgctaatcc cccgattcgc atggaaaaaa tcgaattgaa cggcattcgt      240

gtcagtggcg gattggctgc cgtggacact tacgtgggag caactgattg caatccggaa      300

aaccccagtt acgggggagc ccacatcata gaagatctga ttgcaggtaa agaaatcacg      360

ctggaggcct ggggaaaagg tacggattgt tatccccgga aacatatcaa aacagtgatc      420

accaaagaca cgatcaacga ggctatcctg tacaacccca gaaatgccta ccagaattat      480

aacgtggcta ctaactccac ggataaaatt aaatacacgt acatgggaac cttgttgccc      540

aaattgcgga acgcctctta cagcacggcc ggagaattat ctcccctgtt gaatgacccg      600

gaatgtcgca cgatcggttt gggaactcgt attttcctct gcgggacaga aggatacgtc      660

acttggaacg gaacacaatt ccactccacg aaagaaacga acgaacacgg tattcccacc      720

agcaatgccc gcacgattgc cgtgatcgga gacttaaaaa atatgagtac ggaattttta      780

agaggagttt attacgaaaa atatggggta agcatgtttg tcggtatcgg catccccatc      840

ccgattctgg atgaagacct tgcccgcaga gtgtctatcc gaaatgaaca aatagaaacc      900

acggttgtcg attacggaga cgggaataag attttaggta aaacaaatta cgccgccctg      960

caaagtggag agatcgaggt caatggccat aaaatcaaaa cggctcctgt tgccagcttg     1020

tcaaaagccc ggcaaattgc cgagatttta aagtcatgga ttcagaaagg agacttcctg     1080

ctcacggaac ccgttcgccc catgccaaca ggcacttctc taaaaggact ccaagaaatt     1140

gaaaatggag aattgaaaaa agattaa                                         1167


<210>  988
<211>  912
<212>  DNA
<213>  Bacteroidales

<400>  988
atgaagagta tgaaaaagat attatgctta tttttagggt gtgtcttatt tatcagttgt       60

tatgatgaag gtaagatcaa accatcagag gagcctgagt taatttatgg aaaatatact      120

ttacctcaag gtgatcatga ctatgatgat gatattgtag cattttataa aaaatatggt      180

tctttattat tgtataaatt cactacaaaa gattttggat ggtctcctac gggtaatgtt      240

gcttgggata taactacgga tacgataatt attcctggtg caggatctaa atatgatgct      300

cagccggcag atgaattgta tgtaagtaat caattggaat tattgcaaga taaattattt      360

aattatttgt ctgatacatt gatgtcgtgc ttgcctcaaa aaatattact atgcagtact      420

ttagatttgg ttccaattgg attagggtat aatcctaaac cagatgaacg tcaaccttta      480

aatgtatatg ctggttttta tcatattgct gttaattggg gaagtgataa gattttgaca      540

atgacggctg atgaacgaaa tcagtttaaa aaagatgtgt gtattgctta tttcgggtct      600

attgtaaagt ctttgggatc tcctcaagaa tttttcatgg tttcaaatta ttcagataac      660

atatctgcag atgatattta tgctaatggg atattaaatc attaccatag aacaagttta      720

gagaatgact ggtttgacta tctgaagtta gctatcgaaa attctattaa tgatttggaa      780

gctgagggtg gagtattaag cgaatctgtg gatgtcaatg gaaaaattcg agaaaagtac      840

acgattatga tagacttttt tgaatcgaaa tatgattttg atattcaagc aataggaaac      900

gacgtggaat aa                                                          912


<210>  989
<211>  2025
<212>  DNA
<213>  Bacteroidales

<400>  989
atgattttat tattggtggg ggtgatgcac ctttccgcta atacgttttc acaaacgaaa       60

gtgtcgttga atatgaaaga tgcaacagtg caggaggtat tttccaattt ggaaaagatg      120

acgaactata ccttccttta taagttggat cttgttaata aatgtggtaa agtaaatgtt      180

gatgccacag atcaggattt cagtcaatta ttgctggagt tattaaatcc actaggcttg      240

tcttttacaa tagatgatca agtggttgtt atcactgcaa gtaaggccaa agatgatgtt      300

aaaaaagagc ttactatcaa ggggcgtgtt ttcatgaaag atagtacggg agttccggga      360

gcaacagtta ttttaaaagg aacttcgaca ggtgtaatta caaatatggc aggggaattt      420

acaatcacaa ttccttatac agaatctcct gtattgatct tttccttttt gggaatgaaa      480

actcgtgaag ttagatatgt tggacaaaag gagatgatgg tgttgatgga agaagatgta      540

aaagcaatgg atgaggtaat tgtaacgggg tatcaacgta ttcgaaagtc tgatatggta      600

ggatccacta attccattaa gcgtgaagat atgtttttca atggaacgaa ttcaattgaa      660

cagatgttac agggaaaact tccgggaatg gtggttatga atacgagtgg tttggttggt      720

aaacgtcaga aagttcgtgt tcgaggtact tcaaccttgt taggtaatca agaacctgtt      780

tgggttgttg atggaattat tcaagaggat ccattaccct ttaaaacacg tgaattagat      840

gctttgggta atatttctca agacaatttt gatatggtaa aagatttcgt aggaaacgct      900

atttcttggt tgaatcccaa tgatatagaa gatattactg tgttgaaaga tgcttcggct      960

accgttatgt atggtgtgaa agcagctaat ggggtaattt tgataaaaac aaaacaggga     1020

caagcaggta gaatgtccgt taattatagt ggagatatat ccattactcc tcggttgact     1080

tatgaaaaaa tgaatttaat gaattctaaa gaacgcgtgg atgtttctcg agagatttat     1140

gaaagaggat taacatcaga taaccgtccg ttggaatcaa tcggttatga aggagcttta     1200

gggcgctatt tggccaaaga aatttcttat gatgaattta atgatgaagt aaaaaagtta     1260

gaatcaacaa atacagattg gtttaaatta ttatttcgaa atagtgtaag tatgaatcat     1320

agtttaagta tctctggagg aacagataag attagttatt atggttcagt aaatgctaca     1380

atcaatagag gaacgtcaat aggaaatgaa agtacgtcat atagtgctgc tattggaata     1440

aatgcaaagt ttggagagaa ggttaatttg gggttgagaa taaacggttc gacttcggaa     1500

acagatggtt attatcaagt tgatccttat aattatgctt caacaacaag tagagtaatt     1560

ccttgtttcg aaaatggtga aaagtttttt tataaagata agagcggtta tctatataat     1620

atattgcatg aaatatctat gacaggaaat acaaatacta atcgtagtat gggtgtttca     1680

gctagtttcc gttgggatat tttaactggt ttgcaatttg aaagtacttt tggattgaat     1740

acctctaata ttgtaggaga atcctatgca gatgaacaaa gtcattatat tacggaaatc     1800

agaaagtatg aatttggtac gcaacgtcct gccgatgatt tatatcaacg ttctccgtta     1860

cctcatgggg gtgagttgaa tactacggag gatcgtaatt tcaattatac atggaggaat     1920

acattatctt ataactatgt tcttgcagaa aaacatcgtt ttagtttgat ggtaggtcag     1980

gaatgtcgaa gtaataaata tgatggggtt gcttctacta tttat                     2025


<210>  990
<211>  840
<212>  DNA
<213>  Bacteroidales

<400>  990
gtgcattttc aattttcaat tttcaatttt caattttcaa ttattatgag gcaatattta       60

gatttactgg ataggatttt gtcggagggg acggtgaaag aggaccggac ggggacggga      120

acgattagcg tgttcggtca ccagatgcgg tttaacctgg aagaaggttt ccctttgttg      180

accacgaaga aattgcattt gaagtcaatt atatacgagt tgttgtggtt cttgaacggt      240

gatacgaacg tgaagtattt gcacgatcac ggggtgagta tctgggatga atgggcagat      300

gaagagggag gattgggaca tatctatggt taccaatggc gttcatggcc taagccggac      360

gggacttctc tggatcagat ttcccaagtg gtgcatgaca tcaagcatag tccgaattcc      420

cgtcggttga tcgtgagtgc atggaatgcc ggggatattg aaaatatggc attgccccct      480

tgtcatgcgt tgtttcaatt ttacgtggct aacgggaaat tgtcctgcca attgtatcag      540

cgtagtgccg atactttttt aggcgtgccg tttaatattg cctcgtatgc tttgttgaca      600

atgatgatgg cgcaagtgtg tggtttgaaa ccgggagaat ttgtacatac cttgggtgac      660

acgcatattt acttgaatca tatcgaacag gtgaaattgc agttgacacg tgaaccccgt      720

gctttacccc ggatggaaat caacccggat gtgaaaagca tatttgattt taaatacgaa      780

gatttcacgt tgtacgatta taacccgcat ccacatataa agggggcgat atcggtataa      840


<210>  991
<211>  666
<212>  DNA
<213>  Bacteroidales

<400>  991
atgttataca cggaaactgt tacgagatcg actcttgaac tcctgaaaaa gttggaagca       60

gaaagaatga tggtcggttt taacttggca ggaggcacct ctttatctct atatttaggg      120

catagactga gtttggattt agatcttttc acgccggaat catttgatgc agttcaattg      180

gaacaattct tgaaagagga atatggattt cgtacagatt tcatgggaaa aaatactctg      240

aagggtacga tagatggtgt gaaaatagat tgtattaccc attcttatga ttatcttgag      300

aaaccataca ttgaatccgg tataagattg tatagtatgg aagacgttat tgccatgaag      360

ctttctgcta ttgcagacaa tggatcacga ttaaaggatt ttattgatat cgctttcctc      420

tctactcgtt tccctttcag ttcaatgttg aaaatgtatg aacgtaaatt tccaaattca      480

aatgtcataa gaccttttaa agctattact tactttgatg atattgattt tgaggaggat      540

attgtcatgg tgaatggaga atatgattgg aggtcgatcg aaaagagatt gattgagatg      600

acccaaattc aagataaaac tttcgaagcg tttccatttc ctaaaaagaa tataagaaat      660

aggtga                                                                 666


<210>  992
<211>  1179
<212>  DNA
<213>  Bacteroidales

<400>  992
atggataaag cgaagtttgg tgttgcgatt ttggtgggga agtatcttgc caacaatttg       60

acggatgaag aacaaaagta tctgtccgat tggctttctt cgtcagaaaa gaaccgcacg      120

tggtttgaac gggtaacatc ggagtcttat cagattgaaa aagggaaagc aactcgttcc      180

attaacgtgg aggaggggtg gaaagctttg gaacttaaac gggaatcccg gctgggggga      240

cgtcaccgtc ggatttattg gatgcgttac gtggcgatgt ttgtcttacc tctggctatt      300

gccgttttat tacaccaagt gtattattcc cgtaaagata aggtggaaat ggtgcaaaca      360

attacttccg gaacgagtaa ggcaattctt atattagcag acggtttgcc cgtggtgttg      420

gaacagcagc aagaaaagac actgaaagaa tcggatggaa ccaagattaa cgttctgaaa      480

gaacatatca gttacgagcg tggtgttgat gataagcaag agaagtcggt ataccatgag      540

ctggttattc ctcgtggggg agagttttct ttgactttgt ctgacgggac ggaggtctac      600

atgaatgcag attcaaagtt gcgtttcccg acaaagttcg ggaaggggga acgggtggtg      660

gagttggaag gggaagccta ttttcaggtt gttcataatg aggatgctcc ttttatcgtg      720

aagacttccc aaatggcaat aaaagttttg ggaacggagt ttaatgtttc cgcttatgcg      780

gaggattctg ttatacgcac gacgctagtt cggggctccg tgaagatttc ttcggaagtc      840

agcggggaaa gcgtggttct tcatcccggg gaacagtcgg ctctcaaccg gggagatcat      900

tccatgctgg tgagcgaggt ggatgtgtcg tatgcgatgg cttggaaaga agggcgttta      960

cgttttaagg agaaaccttt gaaagaggtg atgaaaatta tatcccgttg gtatgatgtt     1020

gacgtggtgt acgaggacga ggaggtgaaa gattaccctt tcgggtgtaa ttttagtcgc     1080

catgcaacga tagaaccttt attgaaagta ttcgaggcga cgggtacaat tgaaacgagt     1140

attcacggta gaaaaatatg gattagaaag agaaaataa                            1179


<210>  993
<211>  918
<212>  DNA
<213>  Bacteroidales

<400>  993
ttggaaacga cgggttttct cgtttcgatg gctctttttg cttctggtgt ctcgactttt       60

attcaatgta gacgggttgg atccatcgga accgggttat tatgtattca aggaacaagt      120

ttttcgttta tcggcccaat tatatctacg ggattggcgg gtggtttgcc tctgatattc      180

ggggtgtgca tggctggttc tgtggttgag atgctgatca gtaggatttt aaaatatgcc      240

aagaaagtca ttaccccgct ggtatcggga atcgtggtaa cattaatcgg gatgagtctg      300

gtgaaagtag gtattaccgc ttgtggtggg ggtgttattg ctaaagaaaa cggtactttc      360

ggtagtttcg agaatctcgg attggcttta ctggtgttag ttttgatcat cttttttaac      420

cggagtaata ataaatatct acggatgagt tccatcgtga tcgggttagt cgtgggatat      480

gttgtcgctt atttcatggg tatgatcgac ttctcttctg tacagagtta ttccggggta      540

aatattcctg ttccttttaa atacgggtta gcttttagct ggtcatcatt tattgccgtc      600

gggttgattt acatgatcac ggctattgag gcttatggtg atattacggc taactccatg      660

atttcgggag aacccgtgga aggagagaag tttattaaac gagcttctgg gggaatcctt      720

gccgatggtt tcaattcttt cttggcaggg gcatttaatt ctttcccaaa ttccgtgttt      780

gcccagaata acgggatgat acaattaaca ggagtggcca gtcgttatgt gggatattat      840

attgctgctt ttttagtgat actaggactt tttcctgctg tcgggctggt gttctcgtta      900

atgccagaac cggttcta                                                    918


<210>  994
<211>  891
<212>  DNA
<213>  Bacteroidales

<400>  994
atgtacggga agtcggattt cgaattaccc tgtactgggg attgggtaat ctttcagccg       60

tttgatgagg ggatggggat tatcgtggat atgttgcctc ggtcacgtac tttgtgtcgt      120

aggaaaatcg gaacggttgc cgaaaaacaa gccatagcgg ctcatgttga caaagccttt      180

attgtgcaaa gtctggatga taatttcaat gtccgtcgtg ccgagcgctt tatggttcag      240

atgcgggaag aaaatattac ttctgtactg gtacttaata aagccgactt gggttttgat      300

caacaaaaag tggaagagca aatacggcac gttatccggc agattccggt gttttacacg      360

agtattcacg agtctcggac gatttttcgt ttaagggaat ttattgcgga gggggagacg      420

gtcgtgtttg tcggttcttc gggtgtcggg aaaagttctc tggtgaatgc actttgcgag      480

aaatccgtgt tactcacgtt cggaataagt caatccacgg gaaaggggcg ccatacttcg      540

acccgtcggg agatggtgtt gatggatgga ggcggtgtct tgattgatac tcccggggtt      600

cgggaattcg gtcttgcggt tgatgatccc ggtgcgcttg atgagatact ggagattgcc      660

gactatgcgc aatcgtgtcg tttcaaggat tgcgagcata tcaatgaacc gggttgtgcc      720

gtgttggatg cggtgagtcg tggcatacta gatcgtcagg tttacgagag ttatttgaaa      780

cttcgacggg aaacgtggca tttctctgcc tccgaacatg agaaacggaa aaaagagaaa      840

tctttcacga aactcgtgga tgaagtgaag aaacgtaagg atcatttctg a               891


<210>  995
<211>  654
<212>  DNA
<213>  Bacteroidales

<400>  995
atgaaaataa tttcagttac gcaaaaagct tgcgcaccca cctatgcatc tttgtggtgt       60

aaaacgaaaa aagatacaat tatgaaattc aattttacaa acaaaggaaa agacactacc      120

gtgaattaca tgggagccaa ggcttacaaa atgacaccgg aaatggaact ctattcaacc      180

gtagtcacct gcatggtcga tgattcatac tacgaatcaa acacggacag ggtttgcagg      240

atcaaaaacc tgatcgcgaa atgcagtccc gagtttgtag ccagactcgc tgtatatgct      300

cgcacggaaa tgaacttgcg ttcggtaccg atgatactgg ctgttgaatt ggcaagattg      360

tattccggta acgagatcgt gaaacgtgcc gtcacgggtg tggtgaaacg agctgacgag      420

atcaccgaga ttctcgccta ctaccaaatc gccaacaaac gggaagggac caaaaaattg      480

aaccggttgt caaaacaaat acaaaaagga ttgatcgaat cgttcaacag gtttgacgag      540

taccaattcg ccaaatacaa taccgactcg gctgtaagct tgcgagacgc tttgtttctg      600

gttcacccga aagcaaagga tgaagcacaa caggctatat ttgacaaaat cgta            654


<210>  996
<211>  603
<212>  DNA
<213>  Bacteroidales

<400>  996
atggaaagaa aatttaaaga agctttggca cataggagaa gttattatgc tctctcgaat       60

aaatcactta tttctaacga agagatagag gaaatcgtaa aatttgccgt taaaaatata      120

ccgtcagcat ttaattctca atcaacgaga gtggtgcttt tattaggtga tcaacatacg      180

aaactgtgga atatcgtaaa agatacgttg caggaaatag tttccgcaga agctttcaaa      240

tcgactgaaa acaaaattga taaatccttt gcatccggtt acggtacggt gcttttcttt      300

gaagagcgga tgatcgtgga aggcctgcaa aaatcatttc cgacttatca ggatagattc      360

ccggtatggt cacagcacac ttcggcaatg caccaactgg cggtgtggac catgttggaa      420

gatgccggat tcggagcttc attacagcat tacaatccat tgattgatga agcggtagct      480

aaggaatggc aattaccgga aacttgggaa ttaatcgccc agatgccttt cggagcgcct      540

ttacaagaac ctggggctaa agagtttaac ccgatagagg aaagagtgcg tatttttaaa      600

taa                                                                    603


<210>  997
<211>  735
<212>  DNA
<213>  Bacteroidales

<400>  997
atgaatgcaa ttataattga agatgaatat cttgcagcgg cagagttgga acggctgttg       60

ggagaggttg ccccgaagat cacgatattg acgaaactgg attcggtgag cgagagcgtg      120

aaatggttga agaagaataa ggccgatgtg attttcatgg atattcatct gggggacggg      180

cagagttttg atattttcga gcaggtggag atcacggtac cggttatttt tatcacggct      240

tatgatgaat atgcactcaa ggcattcaaa tatcagggga ttgattatat attaaagcct      300

tttgataaag aggaattaca gcaagcattg aataaactgg aatcgctttc cccggtaaat      360

gctcctttcc ccgtggcatc gttgaccgtg tatcaggagc gttttctggt taccgtgggg      420

acgaagatga aatccgtgac ggtgggggat gttgcctatt tcatggcgga tgggaaatat      480

ctggtacttt tcacccgtga cgggcaaaat tatattttgg atcaaacgat cagtggtata      540

gagacgaaat tgaatccggc acagtttttc aagatcaaca ggaaatttat tatcagctat      600

aattcgatca aggagatggt gaaatattcc aacagtagaa tcaagatcgt gttaaccccg      660

gcacctcctg ccggaattga ggcaatcgtg agttccgaga ggattcaaga gttcaagcaa      720

tggctgaatc agtaa                                                       735


<210>  998
<211>  738
<212>  DNA
<213>  Bacteroidales

<400>  998
atgaaagcta taatccttgc cgcgggcatt gcctcccggt tacgaccgct cacaaacgat       60

cggccgaaat gcctgctaaa aataggcaat cgttctttat tggaaagaac gattgatgcc      120

ttattggaaa ataatatccg tgaaattgtt atcgttaccg gttacctaca tgaaatgctg      180

gaatctttcg tgcaaactcg ctacccttct ttaagcgtca aattcatcca caatgaactt      240

tacgccacca ccaataacat atattccttg tggctggcat tacccgaagt tcaacaggaa      300

aaagaaatta ttctacttga cagcgacatt ttatttgatc cgctcatgat aaaaatatta      360

cgggatgccc ctcatactaa ctgcctggca ctggacagtc ataaactcgg ggaggaagag      420

atcaaagtca tcgtgaacgg aaaaaatcaa atcacggaac tcagcaaaac gtgttccata      480

gaaaaggcca tcggtgaatc cattggcatt gaaaaaatat ctcatgccta tctccttgcc      540

ctacacgaag aactggaaca catgatccta cacgaaaaac tggataatgt tttttatgaa      600

ttagccttcg aacgcttgat tgcacgagga caatatttct atccggtgga cacgagcgcc      660

tatttctcca tggagcttga cactcccgaa gattttcacg atgccatcaa tcgaatcccc      720

aaacacctac aagcatga                                                    738


<210>  999
<211>  1650
<212>  DNA
<213>  Bacteroidales

<400>  999
atgaaatata tattatcgat tatattgttt ttcctgttgg caggatcatt atccgcacag       60

aatgagcagg atcaggtgat ctttaaggct atgcaggatg agatgcaacg tagtaaggag      120

caattgatgt tgccgggtat gcagaaacca tattacttgt cttacacttt ggggcgtaca      180

catcagtttg aggtcgtggg ggcattaggt ggtgttacta atttttacga gtccccttgg      240

agtgccgttg gtggggtgca gatgtttttg ggagattacg atcataataa tgatattaat      300

tatgtatgtg cttctgttca ggctgggatg ccggaacagg ctgattatga tgtgatccgg      360

agaaatttct ggctaggatc agatgccatg tataaatggt cattgcaggc aggagcgatg      420

aaggacgctt atttgaaggc gaacccgaag actgccgaag aagctgtcgt gaaggatcaa      480

cagaaggtgg atgctgttac tcgaatcgag gaaccgaaaa atgcttacac gattgataga      540

gtaaaattag aaaatattgt agaagaatta tctgctattt tcaaggacta taaggatatt      600

tatgattcat ctgtggctat taccggtcag gaaatggaag tgtacaagtc taccacggat      660

ggggtcgtgt tgaaagaacc gttgcgttat gcaagcttgg ttgcctctgc ttacgtgatg      720

acagaagatg gcgttcggat tgatgatgca tattccgtgc ttgttgctcg tccggatgat      780

ttgccttctt tggatgaatt aaagaaaggg gttaaggctt ttgccgataa cttgatcaag      840

ttgaagaatg cgcctgcaat tacagaatat tatgcaggtc cggtgttgct tgaggatggt      900

gcttgttcat ctgtttttat aagtaacttc ttgaaacgcg gagctctctt cgcttatcgt      960

aaacccgata ctgaccgggc tcaaccggtg aaaacattgg atgctcgttt gggaatgaaa     1020

attgtggaca atcgagtgtc aatcaaaaat tatagctctt tggataagta taatggagtt     1080

cctttgttag gagcttataa tattgatgct gaaggtatcg tgcctgccaa agagatgaca     1140

ttggttgaaa atggtatttt caaaagtatg ttgaatgggt gtaccccgac tttgtacgct     1200

ccccaatcaa cgggtagttc tcgtttcttg ttgtccagta gaaatggaat gttttccacg     1260

gctccgggta ccattcatat tgaagtggag aaaggaacga aaccggaaaa gatgaagagc     1320

gcattgatta aagctgctaa agaagaaggt ttgaaatatg cttatatcgt gcggagttta     1380

gcgggtaaag cttctcgtat ctatcgggta gatttggatg gtaaggaaac tcaagtccgt     1440

ttcggtgatg tgagtggatt gacattgata aatctgaaac gtatgttgaa tatttccagc     1500

aaggaaaatg taagtaacta cattttaaat ggtcaattat tgtcttcttt aatttatccg     1560

tcttcaatct tggttgagaa catcgagatt aataaatcag acgtgaagaa agataaagag     1620

caagtattga ctttcccgtt acaacggtaa                                      1650


<210>  1000
<211>  540
<212>  DNA
<213>  Bacteroidales

<400>  1000
atgaatttta cggaatatgc tttaaagaat agagcttttg tctatttctt tgttttcgtt       60

ttggttgttg gggggatata ctcgtttttc acgatgagta agttggagga cccggcgata      120

accgtgaagc aggctatggt ggtgacggcc tatccgggag cttctgccta tcaggtggag      180

ttggaagtga cggatgtatt ggagaaggcg attcgttcga tgggggactt ggatcatgtt      240

tcctctcgtt cgatggatga cgtgtcggag attatggtag aattgagtag tacggttccc      300

ttggcagagt tgcagcagaa gtgggatatt ttacgccgga aagtcatggg agcgcaagct      360

cagctaccgg atggggccca accttccatc gtgatggatg acttcgggga cgtgtacggg      420

atgttttatg ccatgacgtc cgatggtttt gactatcagg aaatgtcgga ttacgcggaa      480

ctggttcgtc gttccgtgtt ggatattgac ggggtgagca gtgtggacgt gtatggagaa      540


<210>  1001
<211>  2073
<212>  DNA
<213>  Ruminococcaceae

<400>  1001
atgcccagac aatattccct tgaaaacaca agaaacattg gcatcatggc gcacatcgac       60

gccggtaaga cgaccacgac ggaacgcatt ctgttctaca cgggcgtcaa ccacaagctc      120

ggtgagaccc atgaaggcac cgccaccatg gactggatgg cgcaggagca ggagcgcggc      180

atcacgatca cgagcgctgc gaccacttgc ttctggaagg gcaaccgcat caatatcatc      240

gacaccccgg gccacgtcga cttcaccgtt gaggtcgagc gcagcctgcg cgtgcttgat      300

ggctgcgtga cggtcctttg tgccaagggc ggcgttgagc cgcagtccga gacggtctgg      360

agacaggctg accattacaa tgttccccgc atgatctaca tcaacaagat ggatatcatg      420

ggcgcaaatt tctacaacgt tgtcgacatg gtgcacgagc gcctgcgctg caacgctgtt      480

ccgattcagc tgccgatcgg ctccgaggcg gacttccgcg gcatcatcga cctgctcgag      540

atgaaggcgg acgtctacta cgacgatctt ggcaaggata tgcgcgtcga ggagatcccc      600

gaggacatgc gcgccgaggc cgaagagtac cgcacgcagc tccttgaggc cgtcgccgat      660

ttcgacgacg agatcatgga gatgtatctg gaaggtgagg aaatccccac cgaaatgatc      720

aaggcggcca tccgcaaggc cacgacgcag gtcaagttcg tcccgatcgt gtgcggcacg      780

tcctataaga acaagggcgt gcagaagctg ctggacgcca tcgtcgatta tatgccgtcc      840

ccgctggaca tcccgccgat caccggcacg gtgcccaaga cggatgaggt cgagcaccgc      900

tccgcggacg attccgagcc gttctctgct ctggccttca agatcatgac cgacccctac      960

gtcggccgtc tggcgttctt ccgtgtctat tccggcacga tcgaagccgg caaatccgtc     1020

ctgaactcca ccaagggcca gcgcgagcgt ctgggccgca tccttttgat gcacgccaac     1080

caccgcgagg atatcacgca ggtctattcc ggtgatattg cggcggcggt cggtctcaag     1140

aatacgacga ccggcgacac gctctgcgac gaaaagtacc cgatcgtgct cgagtcgatg     1200

gagttcccgg aaccggtcat ccgcgtagca atcgagccca agaccaaggc cgggcaggag     1260

aagatggaca tcgccctcgg caagcttgcc gaggaagacc ccaccttcaa ggcctacacg     1320

gacgaggaaa cgggccagac catcatcgcc ggcatgggcg agctccatct ggagatcatc     1380

gtcgatcgcc ttctgcgtga gttccgcgtc gaggcgaatg tcggcagacc tcaggtctct     1440

tacaaggaga ccatcaccaa ggccgctacg gtggacacgc gctacgcgcg ccagaccggc     1500

ggcaaaggcc agtttgcaca cgtcaagctc atggtggaac ccaacgagcc cggcaagggt     1560

tacgagttca tcaaccagat caccggcggt gcgatcccga aagagtttat cccctgtgtg     1620

gatcagggca tccagggcgc gatgcaggcc ggcgtgcttg cgggctacga ggtcgtggac     1680

gtgaaagtca cgctgctcga cggctcgtat cacgaggtcg actcgtccga gatggcgttt     1740

aagatctgcg gcagcatggc attcaaggag gcctgccaga aggccggccc gacgctcctc     1800

gagcccatta tgaaggtcgt cgttacggcg ccggaaagct atatgggcga cgtcatgggc     1860

gatatcaatg cccgccgcgg ccagatcgcc ggcacggaca tccgcaacgg tgcggcgatc     1920

gtcacggcga acgtgcccct ggcatccatg ttcggctatg cgaccgacct gcgcagcaaa     1980

acgcagggcc gcgcgaccta cagcatggag cccagccact tcgtagagct gccgaagtct     2040

cttcaggaga agatcatcca cggcagcaac tga                                  2073


<210>  1002
<211>  1053
<212>  DNA
<213>  Ruminococcaceae

<400>  1002
atgaacgcag aattttttga cgcagttgca gatatcgaaa aagaaaaagg tattccgcgc       60

gaatatatgt atgagaagat ccgtcaggcc atgctgacgg cgttccgcaa ggacacgccc      120

gactgcgagg acaacgtgga ggtcattctc gacgaggcga aaaagaagat cgagatggtc      180

gtcaagaaga cggtcgtcgc gcgcgtcatc gacccgtatg tcgagatcag cgaggaggcg      240

gcgcaccgca tcagcaagcg cgccaagatc ggcgacgtgg tcagcgtccc ggtcgagacc      300

aagcagttcg gccgcatcgc ggcgcaggct gccaagcagg tcatcattca gggcatccgc      360

gaggcggagc gcggcatgat ctacgaggag ttcaactcca aggagcacga gatcctcacc      420

ggcgtcgtca ataagatcga cccgcgcacc ggctgcgcgt ttttgaagat cagctccaac      480

tcggactata ccgaggccat gctcgccccg gcggagtgca tccgcggcga ggtgctgcat      540

gagggcgacc gcatcaaggt ctacgtggtc gaggtgcgca acagcacgcg cggcccgcag      600

gtgctcatca gccggacgca tccgggcctg gtcaagcgcc tgttcgagct ggaagtgccg      660

gagatctttg acggcacggt cgagatcaag tccatcgccc gtgaggccgg cagccgcacg      720

aagatggccg tctgggcgga agatccggtc atcgacccga tcggcgcgtg cgtcggcccg      780

aagggcggcc gtgtcgcaag cgtcgtcaac gaactcggcg gcgagaagat cgacatcgtc      840

aagtacagcg aggtgccgga ggaattcatt gcggccgcgc tggcgccgtc cgaggtgctg      900

gaagtgaccc tgctcgacga gggcaagagc tgccgcgtca tcgtgccgga taaccagctc      960

tcgctcgcca tcggcaagga agggcagaat gcccgcctgg ccgcgaagct caccggctat     1020

aagatcgaca tcaagccgga gagcgaggca taa                                  1053


<210>  1003
<211>  1107
<212>  DNA
<213>  Ruminococcaceae

<400>  1003
atggcaaaac gaatcaccgg ctctacgccg aagctcgacg gctaccggat gcctgcggag       60

tttgagccgc aggccggcgt ctggatgctc tggccggagc gcaacgacaa ctggcgcgac      120

ggcgccaagc ccgcgcagaa agcctttctg gacgtggcca cggccatttt gcagtttgaa      180

cccgtgacgg tctgcgtctc cccggcgcag taccagaatg cgcgcgagcg cctgccgcgc      240

gccgtgcgcg tcgtcgagat ggcgagcaac gacgcctgga tccgcgactg tgggccgacg      300

tttctcgtca acggcaacgg cggcgtgcgc gccgtggact ggacgttcaa cgcctggggc      360

gggctggtcg acgggctcta tttcccgtgg gatctcgacg atcaggtcgc gcagaaggtc      420

tgcgagatcg agcgcgtcga ttcctaccgc accgatggct tcgtgctcga gggcggctcc      480

atccacgtcg acggcgaggg caccgtgctc acgaccgaga tgtgcctgct gtccgagggg      540

cgaaaccccg acatggaccg cggcgcgatc gagcgcatgc tctgcgacta tctcggctgc      600

gagaaggtgc tctggctgcg cgacggcatc gaccccgagg agaccaacgg ccacatcgac      660

gacgtggcct gcttcatccg cccgggcgag gtcgcctgca tctggacgga cgacccgcaa      720

aacccgttct atcagccggc gcgcgacgcc tacgacacgc tctcgcaggc gacggacgcc      780

aagggccgca aactgaaggt gcacaagctc tgcctgacgc agcagccctg cctgctgcag      840

ggtgcggcga cgatcgacgc cgtggagggc acgatcccgc gcgaggacgg cgaggtcgcc      900

atcgcgtcgt atatgaactt cctcatcgtc aacggcggcg tcatcctgcc gcagtacggc      960

gacgcgaacg acgcgctcgc cgtgcagcag gtgcaggcca tgttccccga ccgccgcgtg     1020

gtcggcgtgc agacgcgcga ggtcgcgttc ggcggcggga acatccactg catcacgcag     1080

cagcagcccg cgccgcagca caggtga                                         1107


<210>  1004
<211>  1389
<212>  DNA
<213>  Ruminococcaceae

<400>  1004
atggaaaacg gtatcgtcaa aagggtcatc ggcccggtgg tggacgtgca gttcccggcc       60

ggaaagctgc cggagatcaa caacgccatc gaggtgcacg ccggccagcg ccgcatcgtc      120

atggaggcgg tgcagcagct cggcgacaat gcggtgcgct gcatctcgct cttttccacc      180

gacgggctgc agcgcggctg cgtcgccgtg gacaccggca cgagcgtgaa aatgcccgtc      240

ggcgaggcga cgctcggccg catgttcaac gtcatcggcg agccgatcga cggcaaaggc      300

cccgtcaacg ccacggaata tctgcccatc caccgcgagg ccccggcctt cacggacatc      360

gcccccgcga ccgaactgct cgagaccggc atcaaggtcg tcgacctgct cgcgccctat      420

gccaagggcg gcaagatcgg tctgttcggc ggcgcaggcg tcggcaagac cgtgctcatc      480

atggagctga tccgcaacat cgcctacgag cacggcggct actccgtctt tgccggcgtg      540

ggcgagcgct cgcgcgaggg caacgacctc tggaacgaga tgaacgaatc cggcgtcatc      600

agcaagacgg cgctcgtctt cggccagatg aacgagccgc ccggcgcgcg tctgcgtgtg      660

ccgctctcgg gcctgacgat cgcggaaaac ttccgcgacg agtccgggca ggatgtgctg      720

ctgttcatcg acaacatctt ccgcttcacg caggcgggca gcgaggtgtc ggccctgctc      780

gggcgcatgc cctccgccgt cggctatcag cccacgctcg ccaccgagat gggcaagctg      840

caggagcgca tcacctccac gcgcaacggc tcggtcacga gcgtgcaggc gatctacgtc      900

cccgccgacg acctgaccga ccctgccccg gccacgacct ttgcccacct cgacgccacg      960

accgtgctcg accgcagcat ctcggagctg ggcatctacc cggccgtcga tccgctcggc     1020

tcgacctcgc gcatcctcga gccggacatt ctcggccgcc ggcactatga caccgcgcgc     1080

gccgtgcagc gcgtgctgca aaagtataag gacctgcagg acatcatcgc cgtgctcggc     1140

atggacgagc tgagcgtgga ggacaaggcc gccgtcaacc gcgcgcggcg catccagcgc     1200

tttttgtcgc agccgttcca cgtggcggaa aacttcacgg gcatggccgg caagtacgtc     1260

ccgctcgacg agaccatccg cggcttcgag gccatcctcg gcggcgagtg cgacgacatt     1320

cccgagcagg cgtttttgtt ctgcggctcg atcgacgacg tgctgcgcaa gcgcgacgcg     1380

ctgcagtga                                                             1389


<210>  1005
<211>  1401
<212>  DNA
<213>  Ruminococcaceae

<400>  1005
atgaaaaaca ccgaaaaaac catggacaag atcgtcgccc tgtgcaagaa ccgcggcttt       60

gtgtaccccg gctccgagat ctacggcggc ctcgccaact cctgggacta cggcccgctc      120

ggcgtggagc tgaaaaacaa cgtcaagcgc gcctggtggc agaagttcgt gcaggaaaac      180

ccctacaatg tcgggctcga ctccgccatc ctcatgaacc cgcaggtctg ggtggcttcc      240

ggccacgtga cgacgttcaa tgacccgctc atcgactgca agtcctgcaa gatgcgccac      300

cgcgccgaca agctcatcga gggctggctg gccgagaacc ccatgcccga cgtgaacgtc      360

gaggccatga ccaacgacga gatggtcgcc ttcatccgcg agcagaagat cccctgcccg      420

ggctgcggca agagcgactt taccgatatc cgcaaattca acctcatgtt caagacccac      480

cagggcgtga ccgaggacac ggccgccgag gtgtatctgc gccccgagac cgcgcagggc      540

attttcgtca acttcaagaa tatccagcgc accacgcgcc gcaagatccc gttcggcgtc      600

tgccagatcg gcaagagctt ccgcaacgag atcacgccgg gcaacttcat cttccgcatc      660

cgcgagttcg agcagatgga gctcgagttc ttctgcgagc cggacactga ccttgcgtgg      720

ttcgactact ggcgcagctt ctgccacgag tggctcaagg acctgaatat gcacgatgaa      780

aacctccgcc tgcgcgacca cgagaaggag gagctgagct tctactccaa ggccacgacc      840

gactttgagt atctgttccc gttcggctgg ggcgagctct ggggcgtcgc cgaccgcacg      900

aattacgacc tgacccagca ccagaagttc tccggtcagg acatggacta tttcgaccag      960

gagaaaaacg agcactacat cccctacgtc atcgagccgt cgctcggcgc ggaccgcgtg     1020

acgctcgcct tcctgtgcga ggcgtatgac gaggaggtcg tggacgcggc caagaacgac     1080

acccgcgtcg tcatgcactt ccacccggcg ctcgcgccgt tcaagtgcgc ggtgctgccg     1140

ctgtcgaaaa agctctccga gcccgcgacc gagctctacc acaagctgca aaagcgcttc     1200

atgtgcgact atgacgaggc aggctcgatc ggcaagcgct accgccgcca ggacgagatc     1260

ggcacgccgt actgcgtgac gttcgacttt gagtccgcag aggacggctg cgtgaccgtg     1320

cgcgaccgcg actccatgca gcaggagcgc atccccatgg agcagctgga ggactacatc     1380

gccgcgcgca tccggtttta a                                               1401


<210>  1006
<211>  1368
<212>  DNA
<213>  Ruminococcaceae

<400>  1006
atgcagcagg acaaaacatt tctcggcacg gagccggtcg gacagcttct gcgccggctc       60

gcgatcccga cggtgatcgc gcagctcgtg aacatgctct acaacatcgt cgaccgcatc      120

tacatcggcc acattcccga ggtcggcagc agcgcgctga cgggcgtggg cgtgtgcctg      180

ccgatcatcc tgatcgtgtc ggccttcgcg tgcttcacgg cctcgggcgg cgcgccgcgc      240

gcgtcgatct acatggggcg cgacgatatg gacagcgcgg aaaagacgct cggcggctgc      300

ttcacgctgc agatcggcat ctccgtcgtg ctcacggcgg tgctgctgct ctgggggcgc      360

gacgcgctgc tggccttcgg cgcgagtgaa aacaccattg actacgctgc tgactacctg      420

catatttatg cattcggcac gctctttgtc gagctcacgc tgggcatgaa cgcgttcatc      480

acggcgcagg gctttgccaa ggtgggtatg tacacggtgc tcatcggcgc ggcggcgaac      540

atcgtcctcg acccgatctt catcttcgcg ctgggcatgg gcgtgcgcgg cgcggcgctg      600

gcgaccgtgc tctcgcaggg gctctcgtgc gcgtgggtgc tggtgttcct gtgcgggaag      660

aaggcgtttt tgcgcctgcg gcgggaaaac ctcttcgtct cgccgaagct catcctgccg      720

tgcgtggcgc tcggcctggc cacgttcacg atgcaggcga gcgagagcgt catctccgtg      780

tgcttcaacg cctccctgct caaatacggc ggcgacatcg ccgtcggcgc gatgacgatc      840

ctcacgagcg tgatgcagtt tgccatgctg ccgctgcagg gcatcggtca gggcgcacaa      900

ccgatcacga gctacaactt cggcgcaaag aacaccgacc gcgtgcgtga aacgttccac      960

ctgctgctga aggtgtgcct gatctactcc gtctcgctct ggctgctcat cgagctcttc     1020

cccggtctgt tcgcgcgcat cttcacgccg gacgcggagc tcatcgcctt cacggcgcgc     1080

gtgctgcgca tctactgcgc gggcctgttc ctgttcggca tccagatcgc ctgccagatg     1140

acgttcgtgt ccatcggcag cgcggtgtgc tcgatcatcg tggccgtgct gcgcaagttc     1200

gtgctgctcc tgccgctgat ctatctgctg ccggcgctgc tgcccgacca gacgacggcc     1260

gtgtatctgg ccgagccggt cgcggacgtc attgccgtca cgtgcacggc catcctgttt     1320

gcgacgcagt ttcgcaaagc cctgcacaag ctcggagcga acgcctga                  1368


<210>  1007
<211>  1569
<212>  DNA
<213>  Ruminococcaceae

<400>  1007
atggcctaca accccaaaac cggcaagggc ctcggccgct tctattccgc cgagcaccgc       60

gccttccgcg cccgcgaatg gcgcggcttc cgagacacct tttatgattt cttccgctgg      120

ctgtatctct acggcttcat ggccgcgaag cttggctgcc acccgatcct gatggtcaag      180

gccatgctgc gctaccgctg gatggtgtcc tatctcaccg cagcgcacat ggtcgaccgc      240

cacaccatgg ggctgcgcgg caaggagctg cgctatgcac acaaccagtt tttctccgtg      300

ctgcataact ccgtcctcgg tgtgcgtgac atcatcctac gcgacaagaa cctgcgcccc      360

aacagcaagc acgcggcgaa gctgcgcgag aacaccgtca tgttcgatga gatgaccccg      420

cacctgatca tgatggggtt ccccaccgtg aagtggatcg acatcgccat gttcgccatc      480

ggtctgccgt cggaggtcga ccagaacgcc agcatgttct acatcgacgc catggagcac      540

ctcggtctgc cggcggacgt ttgcccagaa cccgccgccg agagcggctg cgccgtggtg      600

gacgactatc cgcgcgtcgg caagtgctac ttcaccggca cgatgccgtg cgacggcgcg      660

atctcgcaga caaacatcct cacgcggcac ttcaaggagc ttccctcgtt ccagatcacg      720

ccgccgcagc gtgtcaacga accggaagtg cagacctatg cggtcaagaa cctgaaaaag      780

ggcatcgaat ttctcgagca gcagttcggc gtcaaatggg actgggacgc cttctggaaa      840

aacgccgaaa tgtacaacga gagctcgcgc tgtatgatcg agaagtggga cgtcaactgc      900

accgagcacc cacaggtctg cggtgcggcg ctggcactgc agcgcgaata tgagttcatg      960

gcggcagcct gcatggacaa gttcatgctc aagacggacc gccgcgtcac gaagatgatg     1020

ctcaagggct acgagcagga caaggcggcc aatgcgcccc agccgaaata ccgctgcctc     1080

gtctgggcat gccccgcgca ctactacacc aactttacct actggacgca gcactgctgg     1140

ggtgtcacct gcgtcaacga catggaggcc atgctcagct accagcccat caccatcggc     1200

gacaaggagc aggcgctggc cgatctcgtg cgctgctatg agaagatgat gatgcgctcg     1260

cacaccaacg gcggctatgt caacctgctc gacgagtgct ggaagatgtg cgagaagttc     1320

cacacgaaca tcgtcatcat gtacgaccac gtatcgtgca agaacgtcgg cggtctgcac     1380

ggcctgtttg aggatcaggc gcgcgagcgc ggcatccacc tcatctggat cccgcacgac     1440

gtcatggatc cgcgcacggt ctcgcgccgc gagatgcgcg aggcattcag tcagtatatg     1500

gtcacggtgc tcaacgagaa gccgcttgac cccactctgt tggattacga agacacactc     1560

agctggtaa                                                             1569


<210>  1008
<211>  1557
<212>  DNA
<213>  Ruminococcaceae

<400>  1008
ttgagcaaac cgctggtgct gacctgcgac atcggcacac agagcgcacg cgccctgctc       60

gtcgacccgg acggccggat cgtagacgtc gtgcagagca agtatgccga gccctacttc      120

tccaaagagc ccggctgggc cgagcagaag ccgaacttct acttcgaccg cctgtgcgag      180

tgctgccgcg agctgtgcgc gcgcagcaac gccctgctgc cggacgtgat cgccatgacg      240

atcaccgtca tccgcgacac ggtcgtgtgt ctggacgcga acaacgagcc cctgcgcgac      300

atcattctct ggctggacaa gcgcaccgtt gacccgaacg gcgccatgcc tgccaaaaac      360

atgatgctct tcaaggtcgc cggcatggag ccgacggcga aggtggtcta cgccgcctcc      420

gtcggcaact ggatcatgcg ccacgagccg gagatctggg ccaaaaccgc caaatacgtc      480

atgctgccca cgtacctgaa ctacaagctc acgggcaacc tcatcgactc ggcctcgaac      540

cagatcggcc acatcccgtt cgactacaaa aaccgccgct ggatgaagcc cggcagcctc      600

acgcgctgct tctgcgacgt gccgaacgaa aagctgtgcg acctcgtgcc ctccggcacg      660

gtcatcggca cggtcacgga cgaggtctgc gccctgaccg gcatccccgc cggcctgccg      720

ctgatctcga ccggctcgga caagggctgc gagacgctcg gcctcgccgt cgtcgattcc      780

gacaaggcgt ccatctcgct tggcacgacg gccaccatcc agttcagcac gaccgagtac      840

gtcgagccgc agcagtttct gcccgcctac cccggcgtgc tcaacgacca ctacaatccc      900

gagatcgaga tctaccgcgg tctgtggctg ctgtcgtggt tcgtgaagga attcggcacg      960

gccgacgcca tcgatgccaa ggaaaaaggc atggcgcccg aggccctgct cgacgagcgt     1020

atccgcgacc tgcccgccgg cagcgacggt ctgctcctgc agccgtactg gacggccggc     1080

atcctgcacc cggactcgct cggcgcggtc atcggctttt ccgactacca cacgcgctac     1140

cacttctacc gcgccatcat cgagggcctg tgcctggagc tgtacatggc gctgcgcatc     1200

atggaggacc gctcgggcct gaccattcac gagatccgca tcggcggcgg cggagcaaag     1260

agcgacgtgg tctgccagat cgcggcagac gtgttcggcc tgccggtcgt gcgctcgcag     1320

acgcacgagg cgtgctccat cggttcgtcc atggtcgcgt tcgtggccaa gggcgtgttc     1380

gccgatttcg acgccgcggc caaagccatg gtccacgtca aggatacgtt ccagcccaat     1440

gagcgcaatc acgaggtata taacgacatt tacgagcagg cctaccgcaa gatctacccg     1500

cgcctgcgcc cgatctatca gaaactcatc caagtcaaga ggaggattgc acaatga        1557


<210>  1009
<211>  774
<212>  DNA
<213>  Ruminococcaceae

<400>  1009
atgatcttgc gcattctggc cgtgggcgac gttgtgggcg cgcctggcct gacgttcctg       60

actgagcgcc tgcgcgcgtt tcaggagcag gaacacattg atttcaccgt cgtcaacggc      120

gaaaacgcca acgtcgtcgg cgtgacgccg aagcaggccg acgcgatctt cgccgccggg      180

gccgacgtca tcacgctcgg caaccacacg tggacgcgct acgagctgca gccgtatctc      240

gagcagaaaa agcgcatcct gcgcccggcc aacttcgcgc cgcagtgccc gggccgcggc      300

tggggcgaat attccgtgcg cggcgggccg atctgcgtca tcaacctcat ggggcgcttc      360

acgctcgacg cgaacacgga taatcccttc ctcgtcgcgg acgacatcct cgaccagacg      420

caggcgaaga tcgtcctcgt ggacatgcac gccgaggcca cgagcgaaaa gcgcgccatg      480

ggcttttacc tcgacgggcg cgtgacggcc gtctggggta cgcacacgca cgtgcagacg      540

tccgacgccg aggtgctgcc cgagggcacg ggctacctga ccgacctcgg catgacgggc      600

ccggccaacg ccgtgctcgg catcgcgccg gagcagtcga tcggcaagtt cctcggcgac      660

ccgccgcggc gctatgaggc cgccatgggc gcggccaagc tcgagggcgc gatcttcgag      720

gtcgacagcg acaccggccg ctgccgcgac gtgcgcctgg tgcgcctgag atga            774


<210>  1010
<211>  1353
<212>  DNA
<213>  Ruminococcaceae

<400>  1010
atgcaggaga atctggtcgt caaaaaggcg acgccgctcg gcgcgcgcgt ctggacgagt       60

ctgctggtgt tcggcttcat cgggcagatc gcctggatgg tcgagaacgt ctacttttcc      120

acctacattc agaaaaacat cacggccgcc ggctgggcca cgtccgcgac cgtcgcggcc      180

agcgccatcg ccgccgcgct ggcgacgatc ttcagcgccg cgtggtcgga ccgcgtgggc      240

aagcgccgcg ccttcgtctg ctgggggtat atcctctggg gcatcacgac ggcggcgttc      300

gcgctcttcg gcaacgggca ggtcggcggc gacgtcggtc tcgcggtgac gctcttcgtc      360

gttatggact gcatcatgtc cgccatcggc agcacggcca acgactcggc cttttccgcc      420

tgggtcacgg acgtgaccga cgtcacgaac cgcggcgtcg tggacatcgt gctgagcatc      480

atgcccatcc tcgcgctcat cgtcatcttt gcgggctttg acggcatgac cgtgcacggc      540

aactggacgg gctttttcct cgtgctcggc ggcctgacga gcgcggccgg cgtgctcggc      600

ctgtgtatct tccgcgacag tccggccctg cgccccgtgc agggcgacac gtacctgcgc      660

gacgtgctct acgccttccg cccggcgaac atccgcgcca ataagatgat ctatatctgc      720

tttctcggca tgatgttctc cggccttgcc atgcagctgt ggcagccgta catgatctcg      780

ctcgtcgagg tcacgctcgg catcgacaac tacatcctgc ccatcggcat cgtcgtgctt      840

gcctcggccg tgctgtccgt gctcgcgggc aaggtcatgg accgcttcgg caaggagaag      900

ttttattacc ccgtggcaat tttgcaggtg ctcggcggcc tgatcgccta cagcatcaag      960

ttcgtcggcc acgccatgcc gctgctgtgc gtcggcggca cgtgcatcat ggccggcaac     1020

ctcgccatgg cggggctgtt caccgcctcg tcgcgcgact atacgcccgc cgggcgcgcc     1080

ggcgcgtcgc agagcgtgaa gatggtcatc tacatcatgc tgcccatggt gctcgcgagc     1140

atcatcgacc cgctcatcat caaagccgtc gcgctcgagc cgacggcggc cattctcgcc     1200

aagtacccga gctacgccgg cagctacctc tatccgtatg agctgttcct ggccgcggcc     1260

gtgagcgcgg tgttcatcct catccccgcg tacttcgtcc gccgggacgc cgaccgcatc     1320

cgccgcgaga agctcgccgc gctggagaaa tga                                  1353


<210>  1011
<211>  1455
<212>  DNA
<213>  Ruminococcaceae

<400>  1011
atgtccagac ccctggttgc gatcgtgggc cggccgaacg tcggcaagtc catgctcttc       60

aataagctct gcggccgccg cctgtccatt gtggaggaca cgcccggcgt cacgcgcgac      120

cggctctatg ccgagtgcga gtggtgcggc cgcacgttcg atatcgtcga taccggtggc      180

atcgagccga gcaccgataa tgagatcctg ctgttcatgc gcgagcaggc gcagctcgcc      240

attgacgcgg ccgacgtcgt cgtgctcgtc accgagatcg gcaccggcgt caccgccgcc      300

gatcaggaag tggccaatat gctcctgcgc tcgaaaaagc ccgtcgtgct ggccgtcaac      360

aagatggact ccaccggcgc ggtcgatccc ggcatctatg agttttactc cctcggcctc      420

ggcgacccga tcgccgtctc cgccgtgcat ggccacggca ccggcgacct gctcgacgcc      480

tgcctggagc acttcccgcc cgaggatgcg ggcgatgcgg acgcggacta tacccgcgtc      540

gccgtcatcg gcaagccgaa cgtcggcaag tcctcgctcg tgaacctcat cctcggcgaa      600

aagcgcgtca tcgtcagcaa cgtcgccggt acgacgcgcg acagcgtcga cacccgcttt      660

gaaaataagt atggtaagta tatttttgtc gataccgccg gtatccggcg caagtcccgc      720

gtggacgacc gcattgagaa attctccgtc atgcgcgcca agctcgccat cgagcgcgcg      780

gatgtgtgcc tgatcatgat cgacgcgcgc gacggcgtca cggagcagga tacgaagatc      840

gccggtcttg cgcacgaggc gggcaaggcg tccatcatcg tcgtgaacaa gtgggacctg      900

gttgacaaag agaccggcac catggagaaa atgcgcaagg acgtcctgcg cgacctgagc      960

ttcatgtcct acgcgccggt gctgttcatc tcggccctga ccggccagcg caccgagcgg     1020

ctgttcgagc tcatcaactt tgtcaacgac cagagcgcca tgcgcatcac caccggcatg     1080

ctcaacaacg tcctcgccga cgcgcaggcg cgcgtccagc cgccgacgga caagggccgc     1140

cgcctgaaga tctattatat gacgcagacg ggcgtcaagc cgccgtgctt tgtcgtgttc     1200

tgcaacagtc gggaactgtt ccatttttcc tatcagcgct atctggaaaa ccagatccgc     1260

gccgtgttcg gcctggaggg cacacccatc cgcatggcca tccggctgaa gggagagcag     1320

gaacgatccc cgtactgctc gcggccatcg ccgttttctc ctacctgctc ggcggactca     1380

acggggcgat catcgcatcg aaatacgtct ttcaccgcga cgtgcgcgat tacggcagcg     1440

gcaacgccgg cctga                                                      1455


<210>  1012
<211>  627
<212>  DNA
<213>  Ruminococcaceae

<400>  1012
atggctagat ataccgaagc tgtctgccgc cagtgccgca gagagggcca gaagctcttc       60

ctcaagggcg acagatgcta cacccagaag tgcgcgatcg actgcagagg ctatgccccc      120

ggccagcacg gccagggccg cagcaagacc tctgagtacg gctcccagct gcgcgagaag      180

cagaaagtcc gccgctacta cggcgtgctc gaaaagcagt tccgcagcta cttcgccatg      240

gcggagaagc gccagggcat cacgggcgag aacctgctcg ccatcctgga aacccgtctg      300

gacaacgtcg tctaccgtct cggctttgct atgagccgtg cggaggcgcg ccagctcgtg      360

acccacggcc acttcactgt ggatggccgc aaagtcaaca tccccagctt cctggtcaag      420

ccgggcatgg ttattacact caaggactcc agcaagagtc tcgacaagat caaggccaac      480

gtcgaagcga acgcttcccg tcccgcgccg aaatggctgg actacgacgc caacaacatg      540

gtcggcaagg tcgtggccat gcccgcgcgt gacgacattg acctgcctgt cgaggaacac      600

ctcatcgtcg agctgtattc caagtaa                                          627


<210>  1013
<211>  426
<212>  DNA
<213>  Ruminococcaceae

<400>  1013
gaagaagtaa gggagggata tgtaatggca aacgcagcaa aaggcaagaa agttcgcacg       60

cgccgcaaag agcgtaagaa cattgaaaag ggagccgtgc atatcagctc ttcgttcaac      120

aacactatgg tcaccatcac ggacacccag ggcaatgcgc tctcctgggc ctccgcaggc      180

ggcatgggct tccgcggaag caagaaatcc acccccttcg ccgcacagac cgctgctgag      240

acggctgcca aggcggctat ggagcacggc ctgaagactg tcgaagtctt cgtcaagggc      300

cccggctccg gacgtgaggc tgcgatccgc gccctgcaga cggcaggact cgaggtcacc      360

atgattaagg acgtcacccc cattccgcac aatggctgcc gtcctccgaa acgccgccgc      420

gtctga                                                                 426


<210>  1014
<211>  1002
<212>  DNA
<213>  Ruminococcaceae

<400>  1014
atgtttgaaa atctggttga agttctcaaa gccaatccgc gcaagatcgt ctacaccgag       60

ggcaccgacg cccgcatcct cgagtccgct gcccgcctga agcagggcgg cttcctgacg      120

ccgatcctcg tcggcaatgt cgacgatgtg aaggctgcgg ccaaggccgg cagcttcgac      180

atcgagggtc tcgagatcat cgaccccgcc aactacgaca agatggacga gatggcccag      240

tgcatgtttg acctgcgcaa gggcaagatg accatggaag aagtccgcgc caacctgcag      300

aagggcaact acttcggcac gatgctcgtg aagatgggcg tggccgacgc gctgctcggc      360

ggcgcgacct actccaccgc ggacaccgtc cgtccggcgc tgcagctcat caagaccaag      420

aagggcgccc acctcgtgag ctcctgcttc atcatggtcc gcggcgacga gatgctcgcc      480

atgggcgact gcgccatcaa catcgactat caggacaccg tcgacaaggc caccggcgag      540

gtcacgttct ctgccgcgca gaagctggcc gaggtcgcca tcgagaccgc caagaccgcc      600

gagaccttcg gcatcgaccc gaaggtcgcc atgctgagct tctccaccaa gggctccggc      660

aagggcggca cggtcgcgct cagccacgac gctaccgtca tcgccaagga gctcgcgccc      720

gagctgaaga tcgacggcga gatgcagttc gacgcggccg tttccccggt cgtcggccag      780

ctgaagttcc ccggctctcc ggtcgcgggc cacgccaaca ccttcatctt cccgtgcatc      840

gaagccggca atatcggcta taagatcgcg cagcgcctcg gcggcttcgc ggcctacggc      900

ccgatcctgc agggcctgaa cgccccgatc aacgacctgt cccgcggctg cgacgccgag      960

gaagtctacc agatgtccat catcacggcg gctctggcct ga                        1002


<210>  1015
<211>  1236
<212>  DNA
<213>  Ruminococcaceae

<400>  1015
atggatagca aaaagctcaa gagcagctgg gcagccgcct tcaccgtggc gtctgtctgg       60

ttcggcaccc acgtgggcgc cggcttcgcg accggcaacc aggtcgtgaa ctactttgtc      120

cagtatggct ggaccgcggc gatcttcccg ctgctggcca tgggcatcct ggccgtcgtc      180

atgtacatca tgatgaagtt tgccaagctc agcggtttcg acaactacaa ggacacctat      240

cgtgccctgt atccgaagcc gtggatggag gtcttcttcg agatctttta catcatcatc      300

atcctcgcgg cggtcgcgtc ctgcgttgac ggcgccggcg gcatcgtcaa gagcctgatc      360

aacctgcccg atatcatctg caacctcgtc atcatcgccc tgctgatcct cctgtcgatc      420

ttcggcgttg acctgatcat caaggcgtcc accgttcttt ccaccgcgat cctgatcgtc      480

accgcgatcc tggtcatcat gggcttcgtc gttccgatcg acgcggtcgc tcaggagctg      540

gccactgaga acgcggctta cgcttccatc ccggccatcg cggacgtcac ctcccagaag      600

ggcctcgagg gcgtctggcg cggcgtgttc gtgtacgctg ctttccagtg cgtgtccgtc      660

ccggccatga tcgctgcttc caccgagctg acccacaagg gcgtcaagcg cgccagcatc      720

cttggctggc tcatgaacgg cggcgcgctc gccgcttccg gtgccatgct gctgcgctgg      780

tacccgatcc tgaccgccat caagagcgtt ggtgttgact ccgtcgccag catcgccgcc      840

cgccatatcg gcgatgtcat gaagctcccc aaccagagcg tcgtcaccct catgggcagc      900

ggctacacct ggctgttcgt cgtgtacacc atcctgctgt tctgcgcgtt cgtgtccacg      960

tccgtcacgc tcgtctactc catgatccag cgcttcgagg gtcactgctt cccgaaggcc     1020

atcaagagca aggctgtccg cagcgtgatc gtcggcctga tcgtcatcgg cctgtgctac     1080

gcagtttccc tgctcggcct gtcgaccatc atctccaaga tctatggcta tgacggctac     1140

tacgctctga tcgttgttgt gctcccggcg ttcatctggg gcatcccgaa gatcaagaag     1200

ctgtctgccg acaagaaggc agagctgtcg gagtga                               1236


<210>  1016
<211>  1575
<212>  DNA
<213>  Ruminococcaceae

<400>  1016
atggctgaca aggaaaaacg ctccctgcgg gaatttctcc gccacatcaa tgactatact       60

taccgcttca accccgagaa gggccagttt cgctaccgcg agctgcgcgg cgtgcgcgac      120

acggcgttcg atttctacat gtggctcaag tgctggaagg acatggtcgc ctttgtggcc      180

aagtgcccgg tgtcggccgt gcgcgcgctg tttcgctacc agtggtttgc gacctatctg      240

acctacccga actttgtcga ccgcggcacg ctcggtatgc gcggcaacca gctgcgcatg      300

gcccgcgcgc agtacgaccg catcgtgaaa aaggccaccg acctgctgcg catctcgttc      360

gtggccgacg agcacttcca ccccggcaac aagctgtcca agaaggtcgt gctctttgac      420

gagctcgtcc ccggcgagat catggccggc ttcccgaacc tcatctacct gccggcgcag      480

gtgctgccgg tgtttctgtg ctccatcctc gaccagcaga tcaccccgcc gtacctcgac      540

gcggccgaga acttcggcat cccggccgac gtctgccccc tgccctcggc cgaggccggc      600

tgcgccctgc gcgacgagta tcccaaggtc ggcacgtgct ttgtcgcctg caacatgccg      660

tgcgacggca gcgtcgccac gacgtcgtat caggaccggt acttcaacct cccgacgtac      720

tacttcggcg tgcccatccg ctacaatgag gaggccgtac aggactacgc cgtcgaggag      780

ctgcgggggc tcatccgctt catcgaggag cagaccggcg agacgttcga ctgggacgcc      840

tttttcaggg ccatgaaggt ctacaatcag gagacggagt acgagctgca gaagtgggag      900

gtcaaccgca cgccctaccc gcagatgacg ggcgagacgt tctggatcta ccgcatgttt      960

ttctaccacc tctccggcgg catggacccg cattttctcg acaccgaccg ccgcgtcaac     1020

cgcatcatga tgcgcggcta ccagcagaaa aagccctgcg cgcccgcgat gcgccaccgc     1080

tgcgtcgagt ggtcgtgccc ggcgaacttc taccccgact tctctgtctg ggcggaaaac     1140

tgctggggca tcaacgtcgt ggcgagcatg gagtcgctca tttccgacat catcatcaac     1200

acggaagatc ccgatcaggc gctcgccgac ctcgcccgca gctaccagcg caccaccatg     1260

cgcaagcaca cgaagggcgg ctacgcgaac gtgctcgacg agctgtggat cgtctgcaaa     1320

cagtacaacg ccgacatggt gctcatgtac gaccagatct cctgcaaggg catggacggt     1380

ctgcgcggcg tgttcgagga gcaggcggcc gcgcgcggcg tgcatatgct ctgggtggcg     1440

caggatctgc tcgattcgcg cacgatctcc aagcgtgaca tgcgccgcca ggtcaacctc     1500

tacatgcaga ccgtcatggg cgaggagccc gtgcggcccg acctcgtgga ctttgacgac     1560

gcgctgacgt ggtaa                                                      1575


<210>  1017
<211>  825
<212>  DNA
<213>  Ruminococcaceae

<400>  1017
aggcaaacca tgggcaaaat cattgccgtc gccaaccaga aaggcggagt cggcaagacg       60

accacgtgcg tgaatctgac ctgcgcgctc aaaaagcgcg ggcggcgcgt gctcctcgtc      120

gactgcgacc cacagggcaa cagcacctcc ggcatgggcg tggacaaaac cgcgacgccc      180

aactgctacg acatgctgat gaacggcgca gccgcagccg actgcatccg cagcacgaaa      240

tacggcgacg tgctgccagc aaatatgaat ctctccggct gctctgtgga gctcgtgagc      300

tccgagcagc gggaatacat catgaaaact gcgctcgccg cggtgcagga cgattacgac      360

ttcatcctca tcgactgtcc gccgtcgctc gagctgctga cgatcaacgc gctcgtcgcg      420

gccgacagcg tacttatccc ggtgcagtgc gaatattacg cgctcgaggg cattgccgac      480

ctcatgcgca gcatcaaaat gtgcaacaag cgcctgaatc cggaactgac ggtgcagggc      540

atcgtcatga ccatgtacga cggccgcacg aagctgtccg atcaggtcgt gaacgaggtg      600

cgcaaattct tcggcaaaaa ggtctacaag accatgatcc cgcgcaacgt gcgcctgtcc      660

gaggcgccga gccaccgcaa acccgccatc gcctacgaca aagagtcgaa gggcgcgcgg      720

gcgtacctgc atctggcggg tgagctcatc aagcgcgagg aaaaggcggc aaaagcggcg      780

gaggccgcgg ccgcggcggc cgcagcggag gtggaacatg ggtaa                      825


<210>  1018
<211>  1731
<212>  DNA
<213>  Ruminococcaceae

<400>  1018
atgcgtaatt atatggaaga ataccagcgc tggctcgaca gccccgcgct ctccaatgcg       60

gaatgggaag aactcaacgc catccgcgac gacaaaaaag agatcgagag ccgctttttc      120

gccccgctcg agttcggcac ggccggcctg cgcggcgaga tggcgctcgg ctgccgccgc      180

atgaacattc atgtcatccg ccacgccacg caggcgttcg cggaggtcat caagtccgag      240

ggcgagagcg cgtgcgcacg cggcatcgcc atctgcttcg actgccgcat caacagcgag      300

cgctttgcgc acgaggcggc gggcgtcatg gcggccaacg gcatccacgt gcgcattttc      360

gacgccctgc gtccgacgcc ggagctgtcg tttgccgtca agcactacgg caccacggcc      420

ggcctgaaca tcacggccag ccacaacccg aaagaatata atggctacaa ggtctactgg      480

tccgacgggg cgcagctccc gccgcagcac gccgccgcca tcgccaggaa catggagcgg      540

ctggacatct tcaatgacat ccagcgcatg gactttgacg acgcggtgcg tcagggtctt      600

gtggagttca tgggcgcgga gacggacgag gcgtttttgt ccaacgtcct gcgccagccg      660

atcgacccgg acgttgtccg ccgcgtggcc gaccggttca agatcgtcta cacgccgttt      720

cacggcgcgg gctggcacct cgtgcccgag gcgctgcacc gtctgggcat gacgcaggtc      780

atccccgtca aggagcagat ggtgctcgac ggcacgttcc cgaccgtcaa gagcccgaac      840

ccggaaaatc cggagggctt ctatctggcc gttgacctcg ccaaggaggt cggcagcgac      900

ctcatcctcg gcacggatcc ggactccgac cgcgtcggcg tcatggtccg cggcgcggac      960

ggggagtacc acaccatcac cggcaaccag atgggcgtgc tgctgctcga ctatatcatc     1020

acggcgcgcc gccgcaaggg cacgctgccg gaaaacgcgg ccgcgatctc gacgatcgtc     1080

acgtccaaaa tggtgcgccg catctgcgat gtgaacgaca tccactttga cgagacgttc     1140

acaggcttta agttcatggc cgagaagctg gccgaatacc agcgcgacgg ctcgtatcag     1200

tacgtgctcg ccttcgagga gagctacggc tacatgatgg gcgactatgt ccgcgacaag     1260

gacgccgtga ccgcctgcgt gatgatcacg gagatggcgg cgtactactt cgagcagggc     1320

atgacactcg cgcaggcgct cgacgcgctg tatgaaaagt acggcttcta cggggagcgc     1380

acgctcaacc tcgtcatgcc gggcctcgac ggcctggaga agatgcgcgc gctcatggcg     1440

cagctgcgcc gcgagccgct gcaggagatc gcgggcacga aggtcgtgcg catgcgcgac     1500

tatcaggacg gctcggtgta cgtcatgggc ctcggtaaga tggacaaaac gcccatctcc     1560

ggctcgaacg tgctgtattt tgagctggac gacggctgct cgttcatcgt ccgcccgtcc     1620

ggcacggagc cgaagatcaa ggtgtacatc cttggtgtcg gcgcgacgcg cgccgagtgc     1680

gacgagcgcg tgcagcgcta cgcgcagttc gccgagacgc tgcgcggctg a              1731


<210>  1019
<211>  999
<212>  DNA
<213>  Ruminococcaceae

<400>  1019
atgaatctca aaggcaacga ttttctcaag ctgctcgact acacccccga gcagatcgac       60

tatctgctcc ggctcgccgc ccagctcaag gccgagaaaa aggccggcat cccgcaccgc      120

ctgtgcgagg gcaaaaacgt cgcgctcatc tttgaaaaga cgagcacgcg cacgcgcagc      180

agcttcgagg tcgcggcgca cgatctgggc atgggcagca cgtatctcga ctccaccggc      240

tcgcagatcg gcaagaagga gagcatcgcc gacacggcgc gcgtgctctc gggcatgttc      300

gacggcatcg agtaccgcgg cttcggccag tgcatcgtcg aggagctggc gcagtacgcc      360

tccgtcccgg tctggaacgg tctgacggat gagttccacc cgacgcagat cctcgcggac      420

tttctgacca tccgggagca cttcggctcg ctggagaaca tccacctcgt ctacatgggc      480

gatgcgcgct tcaacatggg caactccctc atggtcggct gcgcgaagat gggcatgcac      540

ttcacggcct gcgcacccga gggctacttc cccgatgcgc agctcgtcgc cgagtgtcag      600

gccatcgcgg cgcagacggg cgcgacgctc gacttcatct ccgaccccgc cgcggccgtg      660

cagggcgcga acgtgatcta taccgacatc tgggtctcca tgggcgaacc cgagagcgtc      720

tgggccgagc gcattgccgc gctcgcaccg tatcaggtca acgcggcgct tatggccaag      780

gccgacccca acgccatctt catgcactgc ctgccggcgt atcacgacaa aaagaccgcc      840

atcggcaacg agatgtgcac gcgcttcggc cgcgaggcga tggaggtcac ggacgacgtg      900

tttgaaagcg cgcagtcggt cgtgttccag gaggccgaaa accgcatgca caccatcaag      960

gccgtcatgg cggcgacgct tgcggagatc gagctatga                             999


<210>  1020
<211>  4029
<212>  DNA
<213>  Ruminococcaceae

<400>  1020
atgccgattg attccagcat ccgcaaagtc atggtcatcg gctccggccc gatcgtgatc       60

ggtcaggcgg cggagtttga ctatgccggc gcgcaggcgt gccgcgtgct gcacgacgcg      120

ggcgtgaacg tcgtgctcgt caactccaac cccgcgacga tcatgaccga caaggccctc      180

gcggatgaga tttatctcga gccgctcacg ctgacctccg tcaagcgcat tattgaaaag      240

gagcagccag acagtcttct cgccggtctc ggcggccaga cgggcctgac gctggcgatg      300

gagctcgaca aggagggctt tttgcagcag cacaacgtcc gcctcatcgg cacgaacgcc      360

aaagccatcg acaaggccga ggaccgcgag ctcttcaagg agaccatggc cgccatcggc      420

gagccgacca tcccctccgg catcgccaac accgtggcgg aggcgctcgc cgtagcagac      480

cgcatcggct accccgtcat catccgcccg gcgttcacgc tcggcggcgc gggcggcggc      540

gtggcctaca gcccggagga actcaccgtc gctgcgcaga ccggcctcga tgcgtccccg      600

atcacgcaga tcctcgtcga gcgctacatc tacggctgga aagagatcga gtttgagacc      660

atgcgcgacg gcgtgggcaa cgtcatcgcc gtgtgcagca tggaaaactt cgaccccgtc      720

ggcgtgcata ccggcgacag catcgtcgtc gccccggcgc tgacgctctc ggacaaggag      780

tttcagatgc tgcgcagcgc ggcgctgaac atcatctccg cgctcgatat cgtcggcggc      840

tgcaactgcc agttcgcgct caaccccgac agctttgagt acgccgtcat cgaggtcaac      900

ccccgcgtgt cgcgctcgtc ggcgctcgcg tcgaaggcga ccggctaccc gatcgccaag      960

atcacgacga agatcgccct cggctacacg ctcgatgaaa ttcaaaacga catcaccggc     1020

aagacctgcg cctgcttcga gcccgcgctg gactacgtcg tcgtgaagtt ccccaagtgg     1080

ccgtttgaca agttcgtcgg cgcgtcccgc cgcctcggca cgcagatgaa ggccaccggc     1140

gaggtcatgg ccatcggcac gaactttgag agcgcgctgc tcaaggccgt gcgcggcgcc     1200

gagatccatc tcgacacgct gcacgccaaa ccgctgtctg accgcccggt gcgcgaccgg     1260

ctcgccgact gcgacgatca ccgcctgttc accgtctttg aggcgctgtg cagcggcgtg     1320

tccatcgacg agatccacga cgtcacccgc atcgaccgct ggtttttgtc ccggctgcaa     1380

aacctcgtgg actacgaggc gagcattcaa aacggcctga cgccggagct ttatcagcgc     1440

ggtaagtacc tcggctatcc ggacgcggcg ctgcgccgcc tgtccggcag cgagacgctg     1500

ccccccttcc gcgcgggcta caagatggtc gacacctgcg ccgccgaatt tgacgcgcag     1560

acgccgtatt tctacgccag cgcggacgcg cgctgcgagg cgcgcacctt cccgcgcagc     1620

ggcaagcccg tcgtcatggt gctcggctcc gggccgatcc gtatcggcca gggcatcgag     1680

tttgactatt cgtccgtcca ctgcgtgtgg acgctcaagg ccatgggcta tgacgtcgtc     1740

atcgtcaaca acaaccccga gaccgtctcc acggactacg acaccgccga ccggctgtat     1800

ttcgagccgc tcacggccga ggacgtgctg cagatcatcg acgtggagca gcccgtcggc     1860

gtcgtagtcg ccttcggcgg ccagaccgcc atcgcgctca cgcagacgct cgaccgccac     1920

ggcatccgca tcctcggcac atcggccgag ggcatcgaca tcgccgagga ccgcgagcgg     1980

tttgatgccc tgctcgagcg cttccacatc tcccgcccga agggcatggg cgtgcagacg     2040

ctgcccgagg ccctgcacgc cgcgcagacg ctcggctacc ccgtgctgct gcgcccgtcg     2100

tacgtcatcg gcggccagaa catgaagatc gtccacgacg acgccgaggt cacgacgtac     2160

atgcagcgca tcctcgcgca gggcatcgac aaccccgtgc tcgtggacaa gtacatgatg     2220

ggcacggagc tggaggtgga cgtcatctcc gacggcacgg acgtgctcat tcccggcatc     2280

atggagcaca tcgagcgcgc cggcgtgcac agcggcgact ccatcgccgt ctacccgccg     2340

tacaacctca acgacatgat gacggacaag atcgtcgaca gctcgcgcaa gctcgccctc     2400

gcgctcggca cgaaggggct tgtgaacatc cagtacctca tctgggaaaa cgagctctac     2460

gtcatcgagg tcaacccccg cgcctcgcgc accgtgccgt acatcagcaa ggtcacgggc     2520

gtgccgatgg tggacgtagc ctcgcgcgtc atgctcggcg cgccgctggc tggcctcggc     2580

tacggcaccg gcctgcaccc catcccgccg tattacgcgg tcaaggtgcc ggtgttctcg     2640

tttgaaaagc tcggcgacgt caacgcctac ctcggcccgg agatgaagtc cacgggcgag     2700

gtgctcggcc tcggcaagac gatgcaggag gcgctgttca agggcctgac ctcggccggc     2760

atggtcgtcg gccagcaccc ggacggccgc cacggcgtac tcgtgagcgt ggacacgcac     2820

gacctcggcg agatcgtgtc gctggccaag aagctcgacg acctgcactt cgccctctac     2880

gcgaccgggg agaccgccgc cgccatcgcg cgcctcggca tcgacgtcgt gaccgtcgac     2940

ggcatccgcg agagcgacca cgccttcgcc ctgctcgaga gcggctgcat cgactacatc     3000

gtctacaccg gcgcgctcaa ggacgcgacc atggacgatt acatcgccct gcaccgccgc     3060

gcgctgcagc tcggcatccc gtgcttcacc tcgctcgaca cggccaacgc cctggcggac     3120

atcatcgcca gccgctacaa cgagcgcaac accgagctcg tggacatcaa ccacatgcgc     3180

accgagcgcc agagcctgaa gtttgcgaaa atgcaggcca ccggcgacga ctatatctac     3240

gtcgagaact ttgacgggca catcacctgt cccgagtctc tgtgcatccc gctctgctcg     3300

cgccaccgcg gcatcggcgg ctacggcatc gtgctcatcg agcacagcga cgtggccgac     3360

gcgaaaatgc gcgtcttcaa ccgcgacggc agcgccggcg gcatgggcgg caacgccatc     3420

cgctgcgtgg ccaagtacct gtacgacaac ggcatcgtgc cgcgcgacga tctcacgatc     3480

gaggccggcg gcaccgtgca ccggctgcac ctgtacacgc gcttcggcac ggtcggcctc     3540

gtgacggtcg acatgggcaa gcccgcgttt gagcccgcca atgtgcccgt gatgctcgag     3600

ggcgagcgcg tgatcgaccg gccggtgacg atcgccggcg gggagtaccg catcacgtgc     3660

ctctcgatgg gcaaccccca ctgcgtcgtc tttgccgatc gcgtggatga ggtggacgtc     3720

gcgcacctcg gcccgcagtt tgagcacgcg gacatcttcc ccgcgcgcac gaacacggag     3780

ttcatccgcg tcgtcaaccg cacgacgatc aagatgcgcg tctgggagcg cggcaacggc     3840

gagacccgcg cctgcggcac cggcgcgtgc gcggccgtgg tggccgccac ggaaaacggc     3900

ctgtgcccga agggcgagcc catcaccgtc aaggtcagcg gcggcgacct gatcgtcacc     3960

tacgacgacg acggcgtgcg tctgaccggc aacgccgagc tcgccttcac cggcgtgacc     4020

acgtactga                                                             4029


<210>  1021
<211>  651
<212>  DNA
<213>  Ruminococcaceae

<400>  1021
cagaggaggc gaacgcactt gccgcacgag gagcagagag aaaagaatat ccggctggtc       60

acggaggtcg cgctggactg ttttctggcc aacgggatcg aaaagaccaa ggtcgcggac      120

atcgcgctgc gctccgggct caccgagcgg tcggtctttc gctactttga gaccaaggcc      180

gatctggtcc tggccgcgtc cctgctctac tggaagcgca tcctcgagcg catcgaccgg      240

atgtcccaca ccgtggccga cggcggcacg accggcctgc aggacgcgga aaacgtcctc      300

gtctgctatt ctcagctcta ccgcctcgac ccgaacggca tgcgcttcac gctcgacgcg      360

gagctgacgc tgcatgccgc gggcagactc cacgagatca aaaaccagcc gcccgagccg      420

tttgagacct ccggcggccc gatggccaag gcgatccgca agggacttgc cgacggctcg      480

atcagcccgg aggtcgacgt gcgggagatc tactacaact cctacgacgc aatcctcggc      540

atcatgcagc gcctgtctat cggcggctcg ccgagcgcga gcgcgcttga ttatgacagc      600

cggatgcgcc acctgagcca gatgttcgtg cgcgcactca gtggcaaata a               651


<210>  1022
<211>  1200
<212>  DNA
<213>  Ruminococcaceae

<400>  1022
atgaaaattc ttgtcatcaa tgccggcagt tcttccctga agtatcagct gatcgacatg       60

gagaccgaac acgtcctggc caagggcctg tgcgagcgca tcggcctcga cggccatctg      120

aagcacaccc cgctcgtcgg cggcaagccc gtctttgacg aggacctgcc gatgcccacg      180

cactccgaag ccatcgccgc ggtcatcgac aagctgacca gcgccgagta cggtgtggtc      240

gcctccatga aggagatcga cgccgtcggc caccgcgtcg tccacggcgg cgagaagttc      300

gcctgctccg tcaagatcga cgacgccgtc atggctgccc tcgaggagtg cacgccgttc      360

gccccgctgc acaaccccgc caacatcacc ggcatcaacg cctgccgtgc cgtcatgggc      420

gaggacgtgc cgatggtcgc cgcgtttgac accgcgttcc accagaccat gcccggcaag      480

gcctatatgt acgccattcc ttatgaatac taccagaacg acggcatccg ccgctacggc      540

ttccacggca cgagccaccg ctacgtgtcc gcccgctgcg ccgagctcat gggcaagccc      600

atcgaagagc tcaagctcat ctcctgccac atgggcaacg gcagctccat ctgcgcgatc      660

gacggcggca agtgcgttga cacgtccatg ggcttcaccc cgctggtcgg cctgccgatg      720

ggcacccgct gcggcgatct cgacgccggc gtcatccagt tcatcatgaa caagtacggc      780

atcagcatcg acgagatgct caacatcctc aacaagaagt ccggcgtgct ccgcgtctcc      840

ggcgtcagct ccgacttccg cgatctcgat gccgccgctg ccgagggcaa cgaccgcgcg      900

cagctcgcgc tcgacatgtt ccactactgg gtcgccaagg tcgtcggctc ctatgtcgcg      960

gccatgaacg gcgtcgacgc catcatcttc accgccggcg tcggcgagaa cagcaagtcc     1020

tcccgcgccg ccatcgccga gtacttcggc tacctgggcg tgacgatcga cccggaggcc     1080

aacagcaagc gcggcgaaga catcatgatc tccacccccg actccaaggt caaggtgttc     1140

gtcatcccga cgaacgagga gctcgtcatc gcccgcgaca cgaaggccat ctgcggctga     1200


<210>  1023
<211>  879
<212>  DNA
<213>  Ruminococcaceae

<400>  1023
atgggacaga aagttaatcc gcacggcatg cgtgtcggcg tcatcaaaga ttgggattcc       60

cgctggtatg cccgtgacga gaaggtcggc gacctgatcg ttgaggacta caagatccgc      120

cagtacctga agaagaccct gtattccgca ggcatcccga acatcgagat cgagcgcgac      180

agcgcgaagg tccgcatcta tatccactgc tctcgtccgg gcgttgtcat cggcaagggc      240

ggcgcggaga tcgagcgcat ccgcctctcc gtcgagaaga tgatcggcaa gccggtcgcc      300

ctctccatcg tcgaggtccg cacgccggat acgaacgcac agctcgtcgc cgagaacatc      360

gccgcgcagc tcgagaagcg catcggcttc cgccgcgcga tgaaaaacgc catgggccgt      420

gccatgagaa tgggcgcccg cggcatcaag atcatgtgct ccggccgtct gggcggcgcc      480

gagatcgccc gcaccgagtg ctaccacgag ggtaccattc cgctgcagac catccgcgcg      540

gacatcgagt acggcttcgc tgaggctgcc acgacctacg gccgtgtcgg cgtcaaggtc      600

tggatctaca aaggcgagat cctctcccag agcctgcgca ccaccccgcg caccatggat      660

ctgaacaagc gcgacgaccg tcgccgtgac cgccgtgacg gcgatcgcag aggccgcggc      720

ggctacaacc gcgaccgtcg tgacggcaac cgccagggcg gccgtccggg ctaccagggc      780

ggcggacgtc cgcagggcgg caatcgtccc cagggcggtt acaaccgcgg cccgcgtccg      840

gcagctcccg ctgctccgaa ggaaggaggc aacaactaa                             879


<210>  1024
<211>  747
<212>  DNA
<213>  Ruminococcaceae

<400>  1024
atgtctgttg tttttgaaaa gaccaagctc ctcacggaca agcagttcca ctactgcccg       60

ggctgcaacc atggcattat ccaccgcctg gtcgctgagg tcattgatga gatgaatctg      120

gacggcaaag tcatcggcgt cgcgccggtc ggctgctccg tttttgctta tgattacttc      180

aactgcgata tgtacgaagc cgcgcacggc cgtgcacccg cagttgccac cggcgcaaag      240

cgcgtcgtcg gcaaggacac cctcgtcttc acctatcagg gcgacggcga cctggcctcc      300

atcggcaccg ctgagatcgt tcacgctgcg caccgcggcg agaagatctc cacgatcttt      360

gtcaacaacg cgatctacgg catgaccggc ggccagatgg ccccgaccac gctggttggc      420

cagaagacca ccacgagccc ctatggccgt gatgaggact ggtgcggcgc acctctgaag      480

gtctccgaga tgctcgcgga agtgccgtgc tcctactaca tcgagcgcgt cgctgtcaac      540

aacaccccga atatcgtcaa ggcgaagaag gccatttcca aggcgttcca ttatcagatg      600

gaaggcaagg gcttcacgct ggttgaagtc ctgtccgcct gcccgacgaa ctggggcctg      660

agcccgatca aggcgatgga gtggctggaa gagaacatga ttccgtacta cccgctcggc      720

gttaagaagg acaagggggc tgaataa                                          747


<210>  1025
<211>  894
<212>  DNA
<213>  Ruminococcaceae

<400>  1025
atgagcagcc gcatccgtac cgaaacccgc cgcgcctcgc tggcgcagcg tctggcgctc       60

gcaccgtatt ccgtgtgggc ggtcatcttc gtggctgtgc cgctcgtgtt cgtggcctac      120

tatgcattca cggacgagag cttccggttc acgaccgaaa acctgacgaa attcttcacc      180

gccgtgagca cgatcaccga cgacagcggc gccacgcgcg aggtgcacac gtacctgctc      240

atcttctggc gctcggtgaa gctggccgtc atctccacgg cgatctgcct gctcatgggc      300

taccccatcg cgtatatcat cgcccgcgcc gccccgcgca cgcagaagac gatcatcacg      360

ctcatcatga tcccgatgtg gatgaacttc ctcatccgca cctatgcgtg gatgaccatc      420

ctgcaggaca ccggcctgct caacatgctc ttttccgcgc tgcacctcgg ccaggcgcac      480

atcatcggca ccgagggcgc cgtcgtcgtc ggcatggtgt acgactactt cccgtatatg      540

atcctgccga tctactcggt catggccaag atggacacac gcctgatcga ggccgcgcgc      600

gacctcggct gcaacagtct cggcgtgctg cggcgggtca tcttcccgct gagcctgccg      660

tgcgtcgtgt ccggcatcac gatggtgctc atcccgtcaa tcagcacctt ttatatctcg      720

cagaagctcg gcaacggcaa gttcttcctc atcggcgacg cgatcgaggg gcagtacgtg      780

gccaacaacc tgcactttgc cgccgccatt gccttcatcc tcatgctgat cctgctggcc      840

gccatggccc tgatgaagcg cggcacgaac aagcgcgtct acggaggtgt gtga            894


<210>  1026
<211>  1044
<212>  DNA
<213>  Ruminococcaceae

<400>  1026
atgaatcaga ctttccagaa gatcgtcggc ggcgtgctcg ccgtcaccgc gctcatgggc       60

ctgtccgcct gcggcagcaa gaccgaggac accaaggccg atggcaagac ctataaggtc      120

ggcatcgtcc agtttgtgga tgatgcgtcc ctcaaccaga tcgaggcggc catcgaggcc      180

gagctcgacg cgaaggccac ggagctgggc gtgaagttcg actacacgct ctacaacggc      240

caggccgacg gcacgacgct taaccagatc ggcgccgagc tcgtcagcaa gggcgtggac      300

ctcatcgtcc cgatcgcaac gccggccgtg aagatcatgc agtccgctac cgaggacacc      360

gagatcccca tcgttttctc cgccgtgtct gaccccgtcg gcgccggcat tgttgattcg      420

ctcgacgcac ccggcggccg catcaccggc acgagcgacg cgctcaacac caagggcctg      480

ctcgacctga tgctcgccca gaacccggac accaagaccg ttggcctgct ctactccaag      540

agcgaggatt cctccaagca gccgatcgag gacgcgaagg cctacctcga gggcaagggc      600

atccgctgcg tggaaaagac cggcaccacc accgatgaag tcacctccgc cgtcgatgcg      660

ctcatcgctg agaaggtcga cgccgtcttt accccgaccg acaacaccat catgaccgcc      720

gagctcgcca tctacgagaa gttcctcaat gccaagatcc cgcagtactg cggcgcggac      780

tccttcgcgc tcaacggcgc gttcgtcggc tacggtgtgg attacaccaa gctcggcacg      840

atcacggccg acatggtcgt gcaggtgctc gttgacggca aagaccccgc cacgctgccc      900

gtgaccacgt tcgataacgg catcgccatg atcaacaccg aaagctgcgc cgccctcggc      960

tacgacctcg cggctgtcaa gcaggcgttt gacggcaagt gcagctccgt gctcgagacg     1020

accacgcagc agaattttga ctga                                            1044


<210>  1027
<211>  1104
<212>  DNA
<213>  Ruminococcaceae

<400>  1027
atggaacctg caaaagtata tttttccgat ctgcacgcgg atgagatcag cacgctcgag       60

aagctgcacc ggctcatgaa ggcggccggc tttgagcaga tcgatttcaa ggacaagtat      120

gtcgccatca agctccactt cggcgagccg ggcaacatgg cctatctgcg cccgaactgg      180

gcgcgcgtcg tgtgcgacta tgtgcgcgag ctcggcggca agccgtttct caccgactgc      240

aacacgctct atgtcggcgg ccgcgccaac gcgctcgacc atctcgacag cgccatgcgc      300

aacggctact cgcccatgac caccggcgcg cagtgcatca ttgccgacgg gctcaagggc      360

gaggactacg acctcgtgcc catccgcggc ggcaaatatc tgcgcgcggc gaagatcggc      420

cgcgccatca tggatgccga tatcttcatc tccctcacgc atgccaaggg ccacgtgtcc      480

gccggcttcg gcggcgcgct caagaacatc ggcatgggct gcggctcgcg cgccggcaag      540

gaggagatgc acagctccgg caagcccgtc gtcgatcagg ataagtgcat cggctgcggc      600

aagtgcgtgg aaaactgcgc gcacaacggc ccgcacatcg aaaacggcaa gtgcaccatc      660

ctgaaatata agtgcaccgg ctgcggccgc tgcatcaacg tctgcccgat gcacgccatc      720

catgcggact atgcgatcgc aaacgagctg ctcaactgca agatcgccga gtacgccaaa      780

gccgtcgtcg acggccgtcc gtcgttccac atcgcgctcg cggtggacgt gtcgccctgc      840

tgcgactgcc acaatttcag cgacgtgccg atcgtgccga atgtgggcat gttcgcgtcc      900

ttcgaccccg tggcgctcga caccgcctgc gccgacatga tcaacgccca gcccgtgaac      960

cccggcagcg tcatcgcgca cgagcatgac catccgcacg accacttcac ggccgcgcac     1020

ccggacaccg actggcgcgc cgccgtcgag cacggcgagg ccatcggcct cggcacgacg     1080

cactatgagc tcgtgacggt gtga                                            1104


<210>  1028
<211>  1026
<212>  DNA
<213>  Ruminococcaceae

<400>  1028
atgaaagaaa tgctgcagaa gctgcgcgag gcttccgtcg ccgccatttt gcaggcggac       60

gacatcaccg cgctggaaaa cctgcgtgtg aagtacctcg gcaaaaaggg tgagctgacc      120

gccatcctca agcagatggg ccgcctgtcg gcggaggagc gcccggccat gggccagctg      180

gcaaaccagg tgcgcgccga gctcgaagaa gcgctcgatc agcgccgcga ggcgctcaat      240

gcgcgcatgc tcgagatgcg cctcaaggcc gagacgctcg atgtgaccat gcccggaaaa      300

gcgccggagc tcggccacca gcacccgatg tatatcgtgc tcgatgagat caaggacatc      360

ttcgtcggca tgggctttga gatcctcgaa ggcccggaga tcgaagaggc cgaatacaac      420

ttcaccaagc tcaacactag cgagggccac cccgcccgcg agtggtcgga cacgttctat      480

ctgaccgagg acagcagcat cctcctgcgc acgcagacct ccccgatgca ggtgcgcgcc      540

atggagagca agccgctgcc gatccgcatg gtcgcccccg gccgcgtcta ccgcaaggat      600

gaggtggacg ccacgcactc gcccatgttc caccagatcg agggcatggt catcgacaag      660

ggcgtcacga tggcggacct gaagggcacg ctcaacacgc tcgtgaaaaa gctctacggt      720

gagaacaccg tcacccgctt ccgtccgcat cacttcccgt tcacagagcc gagctgcgag      780

atggacgtgc agtgccacaa gtgcggcggc aagggctgcc ccacctgcaa gggtgagggc      840

tggatcgaga tcctcggcgc cggcatgatc catccgaagg tgctcgaggg ctgcggcatc      900

gacacggacg tctactccgg ctgggccttc ggcatgggcc tggagcgtct ggcgatgcgc      960

cggttcaaga tcagcgacct gcgtctgatc ttcgaaaacg acgtgcgctt cctgcagcag     1020

ttctga                                                                1026


<210>  1029
<211>  651
<212>  DNA
<213>  Ruminococcaceae

<400>  1029
atgaaattga gcggaaccat tacaaaagtt tccggcccgc tggtcgtggc gaacggcctt       60

gccgatgcca acgtctccga cgttgtgcgt gtcggtgagc agcgcctgat cggcgagatc      120

ctgaatatga ccggcgacag cgcgtccatc caggtctatg aggagacctc gggccttggc      180

cccggcgcga aggtcgagac caccggtatg ccgctgtccg tggagcttgg ccccggcatg      240

ctggagaata tctatgacgg tatccagcgc ccgctgcccg agatccgcga cctgaccggc      300

tccaacatca cccgcggcat cgaggtgccc gcgctcaacc gcgagcgcgt ctggcacttt      360

gaccccgttg tgcagcccgg caccgccgtc accggcggcg acgtgatcgg caccgtccag      420

gagacgacgg ccatcctgca caagatcatg gtgcccccgc agatgaaggg cacgatcaag      480

agcatcaccg gcggcgactt cacggtcgac cagaccgtcg ctgtgctcac cgacgccaac      540

ggcgtcgacc atgagctgaa catgatccag cgctggccgg tgcgtatcgc gcgcccctat      600

gcgcagaagt tcgctccgaa caagcccatg aatagcggcc agcgtatcat c               651


<210>  1030
<211>  876
<212>  DNA
<213>  Ruminococcaceae

<400>  1030
ttgagcaaac cgctggtgct gacgtgcgac atcggcacgc agagcgcacg cgccctgctc       60

gtcgacccgg acggtcggat cgtagacgtc gtgcagagca agtatgccga gccctacttc      120

tccaaagagc ccggctgggc cgagcagaag ccgaacttct acttcgaccg cctgtgcgag      180

tgctgccgcg agctgtgcgc gcgcagcaac gccctgctgc cggacgtgat cgccatgacg      240

atcaccgtca tccgcgacac ggtcgtgtgt ctggacgcga acaacgagcc cctgcgcgac      300

atcattctct ggctggacaa gcgcaccgtt gacccgaacg gcgccatgcc tgccaaaaac      360

atgatgctct tcaaggtcgc cggcatggag ccgacggcga aggtggtcta cgccgcctcc      420

gtcggcaact ggatcatgcg ccacgagccg gagatctggg ccaggaccgc caaatacgtc      480

atgctgccca cgtacctgaa ctacaagctc acgggcaacc tcatcgactc ggcctcgaac      540

cagatcggcc acatcccgtt cgactacaaa aaccgccgct ggatgaagcc cggcagcctc      600

acgcgctgct tctgcgacgt gccgaacgaa aagctgtgcg acctcgtgcc ctccggcacg      660

gtcatcggca cggtcacgga cgaggtctgc gccctgaccg gcatccccgc cggcctgccg      720

ctgatctcga ccggctcgga caagggctgc gagacgatcg gcctttccgt catccgcgag      780

gaccaggcgg cgctctcgtt cggcacgagc tgcaccgtgc agttcacgac cagaaagtac      840

tttgaaccga cgccgttcat gcccgcgtac ccggcg                                876


<210>  1031
<211>  1437
<212>  DNA
<213>  Ruminococcaceae

<400>  1031
atggccaaag ataagaaggt cgagcagatc accgatatgg aagtggactt cgcccagtgg       60

ttcaccgacg tgtgcaccaa ggcggagctg gtggactatt ccgatgtcaa gggtctgttc      120

atcctgcgcc cgtatggcta cgccatctgg gagaacatcc agaaggtgct cgacggcaag      180

ttcaaggcga ccggacacca gaacgtgtcc atgccgatgc tgatccccga gagcctgctg      240

cagaaggaga aggaccacgt tgagggcttc gcgcccgagt gcgcgtgggt cacgatgggc      300

ggcagcgagg agctgccgga gcgcctgtgc gtgcgcccga cgtccgagac gcttttctgc      360

gagcactgga gccacatcgt gcacagctgg cgcgatctgc cgtgcctgta taaccagtgg      420

tgcagcgtca tgcgctggga gaagaccacc cgtccgttcc tgcgcgggcg tgagttcctc      480

tggcaggagg gccacaccct gcacgccacc gaggccgagg cccgcaagga gacgctgcag      540

atgctcgaaa tttatgccga tacctgcgag caggagctgg ccatgcccgt catccgcggc      600

aacaagaccg acaaggagaa gttcgccggc gctgtgaaca cctatacgat cgagtgcatg      660

atgcatgacc acaaggcgct ccagtccggc acgagccact acttcggcga cgggtttgcc      720

cgcgcgtttg acatcaccta caccgacaag aacaaccagc aggcctatcc gcaccagacc      780

tcgtggggca tgtccacgcg cgtcatcggc ggcctgatca tgacccacgg cgacaacagc      840

ggccttgtcc tgccgccgca catcgcgccg atccaggtga tcgtgctgcc catcgcggcg      900

cacaagcccg gtgtgaccga gaaggccgag gagcttgtcg cgcgcctgaa ggccgccggc      960

ctgcgcgcgc agggcgattt cagcgacaac agccccggct ggaagtttgc caactgggag     1020

atgaagggcg tgccgctgcg cgtcgagatc ggcccgaagg acatcgaggc cggccactgc     1080

gtcgccgtcc gccgcgacaa cggcgagaag atcaccgtcg cgctcgacga gctcgaggcg     1140

cgcatccccg agctgctcga gaccgtgcag cagggcctgt tcgacaaggc caagcgcaac     1200

ctcgacgagc acacctatgc cgcgcactcg ctggccgagg ccaaggagct gcaggagaaa     1260

aacggcggct tcatcaagac catgtggtgc ggcgacctcg cctgcgagct cgagatgaag     1320

gacaaggccg gcatgtccag ccgctgcatc ccgttcgagc aggagcacct ggacgatgtc     1380

tgccccgtgt gcggcaaacc cgccaagtgc atgatctact ggggcgttgc gtactaa        1437


<210>  1032
<211>  2133
<212>  DNA
<213>  Ruminococcaceae

<400>  1032
atggataacc tattctggat cggcttcgtc ggagccgcgc tcgccctgat tttcgcctac       60

ctgcagaagt gcaaagttat gaagtgctct gaaggcgacg agaagatggt caagatcgct      120

tcttcgatcc gcgccggtgc caacgcctac ctgaagcagc agtattccac tgttgcaaaa      180

gtgtttgcag tcgtatttgt catcctgctg atcatcgcct ttgcttccaa gggccagatg      240

ctttccagag tgacgccgtt tgcgttcctg accggtggca tctggtcgat gctcgccggc      300

ctgatcggta tgaagatcgc cactgccgcc aatgcccgca cggccaacgc cgcgcacgag      360

agcctgaacc acggcctgaa cgttgccttc tcttccggca cggtcatggg cttcacggtc      420

gtcggcctcg gcattctgga catcacgctc tggtttatcg gcctgcgcta catcggcaag      480

attaccgatc ccaccgtgct cgccaatatc atggtcatga acggcatggg cgcttccttc      540

atggcgctgt tcgcccgtgt cggcggcggt atctacacca aggctgctga cgtcggcgcc      600

gacctcgtcg gtaaagtcga agccggtatt ccggaagatg acccgcgtaa ccccgcgacc      660

atcgcggaca acgtcggcga taacgtcggc gacgttgccg gtatgggcgc tgacctgtac      720

gagtcctatg tcggctccat ccttgccacc ttcgcgctga gcgccgccgc caactatggc      780

tggagcggca tgctgctgcc cgttgcgctg gctgtctgcg gcattgtctg ctcgctgatt      840

ggctccttcc tcatcaagac gaaggaagac gctacccaga tgtccctgct caagagcctg      900

cgcaccggca cctacacggc tgccgccctc tccgctgtgc tcgccctgcc cctgtcctac      960

ctcattctcg gacccaagca gcactgctgg ggcgtttacg tcgccatcct ctgcggcctc     1020

atcggcggct gcgccatcgg ctacttcacc gagtactaca cctctgacaa ctacaagccc     1080

acccagcagc tggccgcggc ttccgagacc ggctccgcta cgatcatcat cggcggtatc     1140

tccctgggcc tgaagtccac catggcttcc attctgattg tctccgtcgc catcctgctc     1200

agctacttct gcgcaggcgg caccaccacg atcatcgatg ccagtggtgc gttcactgct     1260

gagttcaacc agggcctgta cggcatcggc attgccgctg tcggcatgct ctccaccctc     1320

ggcatcaccc ttgcgaccga cgcttacggc cccgtggccg acaacgccgg cggcattgcc     1380

gagatgtccg gcctgccgga agaagtccgc gaccgcaccg acgccctcga ttcccttggc     1440

aacaccactg ctgccaccgg caagggcttt gcgatcggct ctgcttccct gaccgctctg     1500

gcgctgctcg tgtcctacgt caacatcgtg cagacccgca cgcccgaaac cctcaacttc     1560

acgctgacga gcccgtccgt tctggtcggc ctgttcatcg gcgcgatgct taccttcgtt     1620

ttctccgcac tgaccatgag cgctgtgcag accgctgcgc agtccatcgt cgtggaagtg     1680

cgccgtcagt tccgcgagat cgtcggcatc atggactaca aggcagaccc agattacgcg     1740

gcctgcgtca gcctgtgcac caagggcgct ctgcatgaga tggtcgctcc ggcgctgctg     1800

gctgttgtcg tcccgatcgt caccggcctg atccttggac ccaccggcgt tgtcggcctg     1860

ctcggcggcg tgtccgtcac cggctttgcg atggccgtgt tcatgtccaa cgcaggcggt     1920

gcctgggata acgcaaagaa gtatatcgag cgcggcaacc acggcggcaa gggcagcccc     1980

cagcacaagg cggctgtcgt tggcgatacc gtcggcgacc cgttcaagga tacttccggc     2040

ccgtccctga acatcctcat caagctctgc tccacggtct ccatcgtgtt tgctggcctg     2100

atcattgcgt tcaacctcat gaacgtgctg taa                                  2133


<210>  1033
<211>  1413
<212>  DNA
<213>  Ruminococcaceae

<400>  1033
atgtcgaaca gcaacaataa atataaaacc ctcgtgtcca acaccatgct catcagcctc       60

ggcaccttcg gcagcaagct gctggtgttt ttcatggtgc gcttttacac gagctatctc      120

acccccgcgg actacggcac cgccgacctc atcacgcaga cggccaatct gctcttcccg      180

ctcatcagcc tcggcatcac ggacggcgtg ttccgcttcg ccgtggatca caccgagcag      240

cggcgcaaca ttttctccgt cggcgtgtat acgatcctgg cgggcgctgt gctactcgtg      300

gccattttgc cgctgctggg gctcttccca cagtttgacg ggttcctctg gctgatcgcg      360

ctctatacga tgtgctcgtg cttccactcg ctgtgcgcgc agtttgtgcg cgccgaggga      420

cacacggcgc tctacgccgt gcagggcatg atcaataccg tgctcgtcat cggactgaat      480

gtgctcttcc tcgtcggcct gcgcatgggc atcacgggct atgtgctctc cgtcgcgctg      540

gcggatctgg cgtgcacgct gcttttgttc gtgcgcgagc ggctctggcg tcagctcatg      600

ctctgcccgg gctgggcggc cgcgcgcgag atgctggcct acagcatccc catgatcccg      660

acgacggtgt tctggtggat cacgagcgtg tccgaccgct acatggtcac ggcctacctc      720

ggcgtggacg ccaacggtat ttacgccgtg tcgtacaaga tgccgacgat cctgtcgctc      780

gtgtcgagca ttttcatgga ggcgtggcag ttttccgccg tgtccgaggc gcagggcagc      840

cggcgcgagc acatccgctt cttctcgaag gtctggtgct cgttccagtc ggtgatgttc      900

cttgccggcg cgtgcatcat cgccttcgcc gtgccggaga tccacgtgct cacgaccgag      960

cagtattacg gcgcgtggct gtatgtgccg gtgctcggca tggccatggt cttttccgcg     1020

ttcgtgagct atctcggcag cgtctacatg gtcgaaaagt gcagcaagcg cacgttcgtc     1080

acgtccatga tcggcgcgct gctcaacatc gcgctcaact tcctgctcat cccgtcgaag     1140

ctcggcgtgc agggcgcggc cattgccacg tgtgtgagct attttgtcgt gtttgtcatc     1200

cgggcggtgg atgcgcgcaa gttcatcccg ttccggtttt acgttgtcgg cgtcacggaa     1260

aactgcatcc tgctgacggt gcagacgctc ttcatcgtcc tgcagcttcc gggctggaag     1320

atcgcgcagg cagtgtgcat tttgctgctg ctcctgctca accgcaagcc gcttctggac     1380

ggcgcgggca agatcgtccg cttccgccgc tga                                  1413


<210>  1034
<211>  693
<212>  DNA
<213>  Ruminococcaceae

<400>  1034
atggttcaaa tgaacgatgt gaagatggtc tacgggaaca cggaggctgc ggctctcaat       60

gggatcagtt ttacgatcaa cgagggcgag tttgtgtttc tggtcgggcc gtccggctcc      120

ggcaagacga cgatcatcaa actgatcacc ggcgagctga gccccacatc cggacagatc      180

acggtcaacg gctttgacat gcagggcatc aagcgccgca agctgccgaa gctgcgccgg      240

acactgggcg tcatttttca ggatttccgc ctgatcgaca aaatgacggt gtatgaaaac      300

gttgcgtttg ccatgcgcgt ggtgggagct tccaacaagg agatccgccg ccgcgtgccg      360

caggtgctcg agctggtcgg cctggccgac cgggaaaagc gctttccggc ggaactttcc      420

ggcggcgagc agcagcgcgt ggccatcgcc cgcgcgctcg tgaacaatcc gcgcatgatc      480

atcgcggacg agccgaccgg caacctcgac ccggtgcgca gtctggagct gatgctgctg      540

ctggagaaga tcaacgagct cggcaccacg gtcctcgtgg tgacgcacga aaaggaactg      600

gtcgacgctt tttccaagcg cgtcatctcc atcgacgccg gaagagtcat cagtgacgga      660

ttggacgggt actacggata tgaagctgaa tag                                   693


<210>  1035
<211>  894
<212>  DNA
<213>  Ruminococcaceae

<400>  1035
atgttcaaaa tcgtcaataa cgaaagatta tctgacaata tgttccgcgt cacgttcgag       60

gccccgctcg tcgcccgcaa ggcacagccg ggtcagttcc tgatgttccg cgtcgacgag      120

ttcggcgagc gcatgcccat cacgatctct tcctacgatc gtgaggccgg caccgtgtcg      180

gtcatcatgc agcgcgtcgg cagcacgacg gccctgctcg ccagcaagaa ggccggcgac      240

tatgtggccg acgttgtcgg cccgctcggt aatcccgccg agtttgacaa catgcacaag      300

gtcgtggtcg tcggcggcgg ctccggctgc gccatcgcgt ggccgcaggc caaggaggcg      360

caccgcctcg gctgcgatgt cgacatcatc gcgggcttcc gcaccaaggg catcgtcgtg      420

ctcgaggacg agatgcgcgc ctgctgcgat catctgtata tgatgaccga cgacggcacc      480

tacggcgaga agggcttcac gaccgtcaag ctcaaggagc tgctcgagaa ggccaaggcc      540

gagggccagc agtacgacca ctgcatctgc atcggcccgc tgccgatgat gaagttcgtc      600

tgccagatca cgaaggaata cggcgtggca acgatggtcg atatgaactg catcatgatc      660

gacggttccg gcatgtgcgg cggctgccgc ctgaccgtgg acggcaagat gaagttcacc      720

tgcgtcgacg ggccggagtt cgacggccac cttgtcgact ttgacgaggc gatcgcccgc      780

tccaagatct atgaggcaca ggagcagaag gtgttcgagc gccgccacca ctactgcaat      840

ctgcaggcca tggccgacgc cgaggaagcc gcgcagaaga aggaggagaa gtaa            894


<210>  1036
<211>  1770
<212>  DNA
<213>  Ruminococcaceae

<400>  1036
atgagcaaca aaccgtacaa aggattcgag ccgaaatggc tgctcacccc cgcgccggcg       60

gacagctacc gctccatttt ccgctggggc gacccgaact tcttcaaata tccgaaagag      120

tctctgtaca cgctcatgaa agagacgttc aaaatgacgg acgacgattt caaggagtat      180

tccgacgaca tcggctttga ccccgtcgac ctctccgacc acccggtgca gctcgcgccg      240

gagcacatcg agtcactcaa gaagatcgtc ggcgagcgca atgtctccac cacggactat      300

gaccgcctga gcgtggccta cggcttcacg gcctacgata tcctgcgtct gcgccacaag      360

cgcgttgaca gcgtgccgga cgtcgtgctc taccccgaga cgaccgggca ggttgagcag      420

atcgtggcct actccaccga gcaccacatc ccgctgtacg tctacggcgg cggcagcagc      480

gtcacccgcg gcgtcgagcc ggtcaagggc ggcatctcgc tggatatgcg ccgcaacttc      540

aacaaggtca tcagcttcaa cgagatcgac cagaccatca ccgtgcaggc cggtatgtcc      600

ggcccggatc tggaaaagac gctccagagc gcgccggagc tcttcgacgc caagcggcag      660

tacacctgcg gccacttccc gcagtcgttc gagtattcga gcgtcggcgg ctggacggtc      720

acgcgcggcg cgggccagaa cagcacgtat tacggcacga tcgccgacat cgtcctcagc      780

cagaagtacg ctacgcccat cggcacgatc cagaccagcc actactcccg cgaggccacc      840

ggcccgaacc tgaaccagat catgatgggc tccgagggca cgttcggcgt gctgacggag      900

gtcacgctgc gcatcttccg ctggatgccg caaaaccgca agcgcttctc ctacatcttc      960

aagacgtggg acgaggccat gaaggccgcc cgcgagatga tgcagtgcga atgcggctac     1020

tcgtccgtgt tccgtctgtc cgacccggag gagaccaacc tcatgctcaa gctctacaac     1080

gtcgatgaga cgccgctgca gccgctgctc gacaagttcg gctacaagga catggagcgc     1140

tgcctcttcc tcggctttac cgacggcgag aagggctaca gccgcaacgt cgcgcgcaac     1200

attgcaaaga tcgcgctccg tcacggcggc atgccgctca ccggctacgt cacccgcagc     1260

tgggagaagg gccgcttcaa cgacccctac ctgcgcgaca cgctcatgga cttcggcatc     1320

acgaccgaca cgctcgagtg cacggtcaac tggtcgaaca tggagcaggt gcacgccgac     1380

gtgcgcaaga tctgccacgc gctgccgaac accgtcgtca cgacgcacat gtcgcactgc     1440

tatccgcagg gtgcgaacct gtacttcatc ttcctcaccc gcatgcagga tgaggacgcc     1500

ttcaaagcct accacaccac gatcctcgac gcgatccagc gctccggcgc ggccgtgagc     1560

caccaccacg gcatcggcaa gatgttcgcg ccctggctcg agggctacat cggcgagaag     1620

gagtacggcg tgttccgcgt gctcaaggac tactttgacc ccgactacaa catgaatccg     1680

ggcggcacga tcggcctgga cctcaagccg gaggaaaaga agttcctgcg cgagtacacc     1740

gactatctcg agcagccgaa attcgactga                                      1770


<210>  1037
<211>  963
<212>  DNA
<213>  Ruminococcaceae

<400>  1037
atgaagacga aaaaaatgac caagctcgtg acgctcctgc tcgcgctcgc gatggtgttc       60

agcctcgcgg cgtgctcgtc gggcaaaggc aaggacaagg cggacggcag cgccgacatc      120

gcgaccctga tcgcgaccga gccgaacagc gccgacgaag cggccaagct ctaccagcag      180

ctcatgcaga aggaaaacga cattctcgcc gcaaactccg acctctggaa caaggtgttt      240

ctgtctgcca acaaaaacag caccatgatc gaggacggca cgaactacgg cgacttcctg      300

ctcgccacga tcgagagcgc gaaggacagc ttctcggccg acgagctcaa gacgctcaag      360

gccggcgccg agcagatcaa ggagatcgag ggcaagctca ccatcctcga gcagaagtat      420

cccggctgcg gcacggcgcc cggcgcaggt gacagcgtga gcgcggagga ggccggcatg      480

accgcctccg gcagcgacct gatgaaattc ccgagctttc agggcaagga tctcgacggc      540

aatgacgttg acagcagcaa gctcttcgcc ggcaacagcg tcacggtcgt gaacttctgg      600

ttcaccacct gcaacccgtg cgtcggtgag ctggccgacc ttgaggcgct caacaaggac      660

ctcgccgcga agggcggcgc ggtcgtcggc atcaactcct tcacgctcga cggcgacaag      720

accgccatcg ccgaggcgaa ggacattctg gcgaaaaagg gcgtgaccta ctccaacctc      780

tggttcgcct ccgacagcga ggccggtaag ttcaccgccg gcctgtactc gttcccgacc      840

acatacgtcg ttgacaaaaa cggcaacatc gtcggccagc cgatcgtcgg cgggatcacc      900

gcacccgatc aggcaaagaa gctcaacgag ctcatcgatc aggcgctcgc aagcagcaaa      960

taa                                                                    963


<210>  1038
<211>  531
<212>  DNA
<213>  Ruminococcaceae

<400>  1038
atgaagctga atctgagaga aatcatagaa attcccggcg gcagtgttcc gtttgcgcag       60

gagctggaca cggccctgct cgactttccc tccgtccggg cctacaccgc gccgatcacg      120

gccgagggca aggtggtcaa tacggccggc atcctcacgc tgcagggcaa actgcacgcc      180

gagatgctgt gtgtgtgcga ccgctgcggc gcggagtttc cgcgcacggt cgacctcgac      240

ctgcacgccg acatcacggc ggatgcgcag gacgacgatc ctgaggtgtt tacgctcgac      300

ggagactggc tcgatgtgga cgaggtgctc tccaccagct tcatcctcag catggatacc      360

aagtgcctgt gcaagcccga ctgtgccgga ctgtgcgacc gctgcggcgc gaacctgaac      420

ctcgggccgt gccggtgtca aaaaccccgc gatccaagaa tggctgtatt agagcagctt      480

ttggataata aaactgacga agaagaggaa gctgctcata acagcgactg a               531


<210>  1039
<211>  777
<212>  DNA
<213>  Ruminococcaceae

<400>  1039
atgggtaatt gggcgcagct ttacgccgac ctgacggcgc agctgcaggc cgggcaggcc       60

ctcggcttct gggacaacgc cttcgtcggc ttttaccaga gctttgtggc cgccggacgc      120

tggagactgt atctcagcgg cctgctcacc acgctcgagg cgacagtcct tgcactgctg      180

ctgggcgttg cacttggcgt cgtcgtcgcg gtcatccgca cggcgcacga ccagcagcgc      240

gccgggcaca agaatgtgat cctcggcgtg ttcaacgcca tctgcaagat ctatacgacc      300

atcatccgcg gcacgccgat gatggtgcag ctgctgatca tgagcctcgt gatcttcgcc      360

agcagccgca actataccat gatcggcatc ctggccctcg gcatcaactc cggcgcttac      420

gtctcggaga tcgtccgcag cggcctcatg tcggtcgacc ccggccagat ggaggccggc      480

cgcagcctgg gcatgaacta cttcacgacc atgcgcttca tcgtcatccc gcaggcgatc      540

aaaaacatcc tgccggccct cggcaatgag tttatcaccc tgctcaagga tacgtccctc      600

atcaccgtca tcggcggcaa ggagatgacg tatgcggcca aggcggtcat cgccaagacg      660

tatcagggcc tgttcccgct gttcggcatc gcgctgatgt acctgctgct ggtcatgctg      720

ttttccaagc tgctcggtgt gcttgaaagg aggctgcgtc aaagtgatcg acgttaa         777


<210>  1040
<211>  648
<212>  DNA
<213>  Ruminococcaceae

<400>  1040
aacaaaggag acgacgagat gagtaaagtt cacgtttttg accacccgct gatccagcac       60

aagctctcga tcctgcgcga caagaacacc agcgtcaagg aattccgcga gctgatttcc      120

gagatcgcca tgctgatgtg ctttgaggcc acgcgcgacc tcccgctcga ggagatcgac      180

gtggagaccc cggtcgccac ggcgcactgc aagcacatcg ccggcaagaa gctggccatc      240

gtgccgatcc tccgcgccgg tctcggcatg gtcgacggca tggtcaccct gatgccgaac      300

gtcaaggtcg gccacatcgg cctgttccgc gacccgcaga cgcttgagcc cgtgaagtat      360

tacttcaaga tgccgcccga catttccgag cgcgacgtca tcatcgtcga tccgatgctc      420

gccaccggcg gcagcgcgtc cgccgcggtg cagttcatga aggaagtcgg ctgcaagcac      480

atcaagctca tgtgcatcat cggcgcccct gagggcgtgg ctgtgatgca gaaggagcat      540

ccggatgtgg acatctacgt cgcagcgctc gacgatcatc tcaacgagca cggctacatc      600

gtccccggtc tgggcgacgc gggcgaccgc atcttcggca ccaagtaa                   648


<210>  1041
<211>  1386
<212>  DNA
<213>  Ruminococcaceae

<400>  1041
atgcatcgct gcacgatcag ccacatcgac tccgacagcc cgctgcgcca cgcggcccat       60

cccggcgacc ggctggtgtc catcaacggc aacccgatca ccgatgtgct ggactataaa      120

tattacgcct atgacccgga gctggcggtg tgcctgcgcc gcccggacgg gacggagcac      180

accgtgcacg tgtcgaagcc cctcggcggc gagctggggc tggactttga gacctacctc      240

atggacaacg cccactcgtg cgccaaccac tgcgtgttct gcttcatcga ccagatgccg      300

ccgggtatgc gcccgacgct gtatttcaag gacgacgacg cgcgcctgag cttcctcatg      360

ggcaattata tgacgctcac gaacctgtcc gagcgcgagg tgcagcgcat catccacctg      420

cacatcagcc ccatcaatgt ctccgtgcac gcgacggacc cggagctgcg ctcgttcctg      480

ctcggcaatc cccgcgcggg taaaacgctc gagatcatgc ggcgcttttc tgacggcggc      540

atcaccatga actgccagat cgtctgctgc cccggcctga acgacggcgc gcagctgcag      600

cgcacgatgc acgacctcgc ggcgctctat ccgcaggtgc acagcgtgtc gatcgtgccg      660

gtcgggctga cgaagttccg cgaggggctc tacccgctca cgccgttcac gcccgagcac      720

gcggccgaga cgctcgacct cgtcaacgcc ttcggcgacg aatgcgtcaa aaaattcggc      780

gcgcgcgtct tcttctgcgc cgacgagctg tatctgaaag cggggcgcga gctgccgccg      840

gaggaatttt acgaggaatt cacccagctg gaaaacggcg tcggcatgct gcgcctgcag      900

cagacggagt ttcgctcggc gctgagcctg tccgatccgc cggacggcgt gccgttttcc      960

atggcggcgg gtgtttcggc agcgccgttt ctggaaaaac ttttgtgtac ggcgcaggaa     1020

aagtatgcta caataaaagg acacgtctac gcgatcgaaa atgacttctt cggccgcagc     1080

atcaatgtct ccggcctcat caccgggcag gacctcatcg cgcagctgcg cgggaaggat     1140

ctcggcgagc ggctgctgat ctcgaacaac atggtgcgcc acgacgagct ggactttctc     1200

gacgacatta ccctcgagca ggccagcgcc gcgctcggcg tgcccatcta ccccgtggac     1260

gccgacggct tcgctctctg cgacgccatg ttcggcatcc tgccggaggt gcacctgccc     1320

gaccggggca atggcagcac cgacggcgcg gaatactaca aatacaatcc ccataaggag     1380

ggataa                                                                1386


<210>  1042
<211>  1056
<212>  DNA
<213>  Ruminococcaceae

<400>  1042
gtatggttat ctgtatcctt tattttgaac gaacagcgag gcaaacgcat gaatacctat       60

ggcgaacgcg taaaagtgac gatcttcggc gagtcgcacg gcccggcgat cggcgtcgtg      120

ctcgacggcg tcccggccgg cgaggccatc gacatggacg ccgtgcgcat ccagatgcgc      180

cggcgcgccc ccggctcgtc cgacctgacg acccaccgct cggagacgga cgatccgctc      240

gtgatgagcg gcatcctcaa cggcgtgacg accggcgcgc cgatctcggc catcttccgc      300

aacaaggacc agaacagtgc ggcctaccac ccggagatcc cgcgcccgag ccacgcggac      360

tacgccgcga ccgtgcgctt cggcggccac gccgacctgc gcggcggcgg cccgttcagc      420

ggccggctca cggcctgcct cgtgttcgcc ggagcagtct gccggcagat cctcgagcgc      480

cgcggcatca cgatcacggc caacgccgtg cgcgtcggcc aggcgacggg cagggagctg      540

aactttgaca tgaagcgcgc cattctcgac gcgcgcagcg ccggcgactc cgtcggcagc      600

gagctcgagt gcatcgtcac gggcgtaccc gccggcgtcg gcgggctgct cttcggcggc      660

atggagagcc gcatcgccgg catgctctat gccatccccg gcgtgaaggg cgtggagttc      720

ggccgcggct tcgccctcgc cgaaatgcgc ggcagcgaag ccaacgaccc catccgcctg      780

aaaaacgggc acatcaccat ggcctcaaac aatgccggcg gcatcaacgg cggcatcacc      840

aacggcatgc cgctcgtcgt gcgcatggcc ctgcggccga cgccgtcgat cgcgtgcgag      900

cagccgtcgg tcgacctggc cacaatggag gagacgccgc tgcgcatcaa cggccggcac      960

gacccgtgcc tcgccccgcg ggcgatcccg gtcatggagg ccgcgctcgc ctgctgcgtg     1020

ctcgacgcca tgcttgacac cgccgccacg atctga                               1056


<210>  1043
<211>  1056
<212>  DNA
<213>  Ruminococcaceae

<400>  1043
gtgctctacc cggcggacga ccacatcgag ggcaagaccc tgcgcatccg ccagcagtat       60

ttcttcgtct ccgcgacggc gcagagcatc ctgcgcgccc accgcgcgcg ctacggcacg      120

gtgcgcaact ttgccgagca ccacgtcatc cagatcaacg acacgcaccc gacgctcatc      180

atccccgagc tcatgcgcct gctgctcgat gacgacggcc tcggctggga cgaggcgtgg      240

gatatcgtca ccgcctgcgt caactatacg aaccataccg tcatgtccga ggcgctcgag      300

acgtggccgc agggcctcat ccagagccag ctgccgcgcg tgtgggagat catctgcgag      360

atcaaccgcc gctggtgcga cgagctgcgc gcccgcttcg gcgacgatgt gcgcgtgggg      420

cgaaacctca tcatcgcgga cggctgcgtg cacatggcaa acctctgcct tgccgcgtgt      480

aagaccatca acggcgtttc tgccctgcat ggggagattt tgcgccgcga ccttttccgc      540

gatgtctgcg cgctcgaccc cagccgcttt acctatgtca caaacggcat cgaccaccgc      600

cgctggctcg cccagtgcaa ccccggcctg cacgcgctcg tgtgcgacgt gctcggcagc      660

gatcgctacc tcctgcaccc cgaggagctc gcgggtctgg agcgcgcggc ggacgacccc      720

gccgtgctcg cccgtctcga ggagatcaag gcgctcaaca agcagcggct ggccgcgtgg      780

gtgttccgca ccgacggctt ctcgctcaac agcgacgcga tcctcgacgt gcaggtcaag      840

cgcctgcacg agtataagcg ccagcttttg tgcgccatgc gcatcacgca gctacagctc      900

atgctgcacg acgacccgga tcagcccttc cagccgcgca cgttcctgtt tgcggccaag      960

gccgcgcccg gctactgttt gcggccaagg ctgcgcccgg ttatgcgacg gccaagcgca     1020

tcatccagct gctgtgctcg ctcgcggccg atgtga                               1056


<210>  1044
<211>  1614
<212>  DNA
<213>  Ruminococcaceae

<400>  1044
atgaacagaa tctacgtcac cggccaccgg aatccggaca cggactccat cgcggccgcc       60

atttcctatg ccgcactgcg caacgcgctc ggcgaccggg attacgtggc cgcacatctc      120

ggccacatca gcgatgagac gaagcgtttg ctcgatcgct tcggctttca ggagccggtc      180

acgatcagca acgtccgcac gcaggtgcgc gatctggact ttgacacgcc gccggcgctc      240

aactccagcg tcacgatgga ccgcgcctgg cacatcatgc gcgaccagaa catctcggcc      300

atgcccatca tcaacgagga cggcacgctc tacggcatgc tctccgccgg cgacatcgcg      360

gcctacagca tgcgcacgat cagcgaccgg cacgtggacg cgctgccgct gttcaacctc      420

ctgagcgtca tcgaggggcg catcctcaac gacggcgccg accaggtcga ccgcgtgtcc      480

ggcgtcgtga cgatcgccct gccgcagagc tgcgacaacc tgctcttctc cgaccccgac      540

agcatcattc tctgcggcaa ccagccggat atgatccgcc gcgcgctcga catcggcgtg      600

cagtgcatca tcctctgcca gaccgacgtc gaccccgcgt ggcttgaaaa cgccggcaag      660

acctgcgtca tctccacccc gctcgatgcc agccgcgtgg cgcggctggt gtatcaggcg      720

atcccgatct cccgcccgtg caacacggag gatctggtca gcttccacct cgatgattac      780

attgacgacg tgcgtgaggt cgtgctcgag agccgctacc gctgctaccc cgtgctcgac      840

gagaacgaaa aggtcgtcgg cacgctctcg cgctatcacc tgctgcggcc gcggcgcaag      900

cgcgtcgtac tcgtcgacca caacgagatg gcacaggccg tgcccgggct cgagcaggcc      960

gagatcctcg agatcatcga ccaccaccgt ctggccgata ttcagaccac acagcccatc     1020

cgcgtgcgca acgagcccgt cggcagcacg acgaccatca tcaccaacat gtatcaggag     1080

cacggcgtca tgccgtcgcc gaacatggcg ggactgatgg cgagcgccat tttgtccgac     1140

acggtcatgt tcaagtcccc cacgtgcacg aaacgcgaca tcgccatggc agagcgcatg     1200

gcccgcatcg ccaacgtccc gctcaaggag ctgggcaacc tgctctttgc cgcctcgagc     1260

gcgggcgaca aatcggccga cgagctgtgc ttcaccgact tcaaggagtt ccacatcgcc     1320

gaccactatc tcggcgtcgg tcaggtcacg tcgctcgact cggctgcggt gctcgagcgc     1380

aaggacgagc tgctggccgt catggccacg aagctcgagc agcagcacta tgacatgatc     1440

gcgctcatgg tcacggacgt gctcatggaa ggcacaaacc tgctctacat cggcagtgac     1500

gacacgatcc gcgccgcctt ctcggtcgag ccgaaggaca gcgccgtgtt cctgcccggc     1560

gtgatgagcc gcaaaaaaca gatcatcccc atgctgaccg ccctctgggg ctga           1614


<210>  1045
<211>  2235
<212>  DNA
<213>  Ruminococcaceae

<400>  1045
atgccgagaa aaaaagcacc ggaaatcaag aaaaccgttg accccaacgt cgtcgggctc       60

aaggcggagg tcatctccca gcccatcacc gagacgctgg agcaaaacta tatgccgtat      120

gcgatgagcg tcatcgtctc gcgcgcgatc ccggagatcg acggcttcaa acccagccac      180

cgcaagctgc tgtacacgat gtacaagatg aatctgctca cgggcgggcg cacaaaatcg      240

gccaacatcg tcggccagac catgcgcctc aacccgcacg gcgatgctgc gatctatgag      300

accatggtcc gtctctcgaa gggttacggc gcgctgctga cgccatttgt ggactcgaag      360

ggcaacttcg gcagggtgtt ttcgcgcgat atgtcctatg ccgcctcgcg ttacacggag      420

gcgaagctcg cgcccatctg cgccgagctc ttcggcgaca ttgacagcga caccgtcgat      480

tttgtcgata actacgacgg ctccatgaaa gagccggccc tgctgccgac gcgctttccc      540

aatgtgctcg tgtcggcgaa cctcggcatc gccgtcggca tggccagcca gatctgcggc      600

ttcaacctcg agggggtctg ccgcacgacg ctcgcctatc tcgaggaccc gaaccacgac      660

ctgctctcga cgctcccggc gccggacttc ccaaccggcg gcgagatctt gtacgaccgc      720

gacgagatgg cccagatcta ccgcaccggc cgcggcagcg tgaaggtgcg cgcccgctgg      780

cgccacctgc cgaaggaaaa cattatcgag atctacgaga tcccgtattc cacgaccgtc      840

gaggccgtca tcgacaaggt ggccgaactc gtcaaggcgg gcaagctgcg cgaggtggcc      900

gacatgcgcg acgagacaga cctcagcggc ctgaagctcg ccatcgacct caagcgcggc      960

gcagatcccg agcaggtcat gcaaaagctc ttccggctca cgccgctgtg cgacagcttc     1020

gcctgcaact tcaacatcct catcgccggc aacccgcgcg tgatgggcgt gggcgagatc     1080

ctcgacgagt ggatcgcctg gcgcatggag tgcatccgcc ggcgcgtgtt cttcgacctg     1140

cagaaaaagc gcgccaagct ccacctgctg caaggcctcg gcaagatcct gctcgacatc     1200

gatcgcgcca tcgccatcat ccgcaacacc gagcgcgagg ccgacgttgt gccgaacctc     1260

atggcgggct ttgatctcga cgaggtgcag gcaaacttcg tggccgagat caagctgcgc     1320

aacatcaacc gcgagtacat cctcaagcgc acggccgaga ccgacgcgct ggaaaaagac     1380

attgccgacc tcgaggcgac gctcgagagc aagcgccgca tccgcggcat catcatccgc     1440

gagctcaagg agatcatacg caagtacccg tcgccgcggc gcacgggcat cgtcgcggcg     1500

gagtccgtcg cgcagatgcc ggccgaggat cttgtgccgg attacccggt gcagctgttc     1560

ctctcgcgcg agggctattt caagaagatc acgccgcagt cgctgcgcat gagcggcgag     1620

cagaagtata aggacggcga cgcgctcagc cagagcttcg gcgcgacgaa ccgcggggaa     1680

cttctcatct tcaccgaccg tcaacaggtg tataaggcca agctctgcga ctttgcggac     1740

acgaaggcgt ccgtgctcgg cgtgtacctg ccgacggtgc tgtccatgga cgccgacgag     1800

cacgtcctgt gcatggttga ccccggcgac taccgcggcg agctgctgct cgtattcgaa     1860

aacggcaagg ccgcgcgcat ccccgtctcg gcgtatgaga ccaagacgaa ccgccgccgc     1920

ctgaccggcg cgtattcgga caagagcccg ctcgtggccg tgctgccgct gtacgagggc     1980

agcgaggttg tgctctttgc gtccgacggg cgcgcgctgc tcttcccgcc ggaggccgtg     2040

tcgctcaagg cctcgcgcac gacgcagggc gtcgccgtca tggcgctgaa gaaaaaggcc     2100

gttgtcacgc aggcacagtt tgcgcccgat acgctcatcc gcaaccatgc gcgctacagc     2160

gccaggagtc tgccggccgc cggcgcgctg ctgcgcgagg acgaccgcgg cgaggagcag     2220

atgagcctga tctga                                                      2235


<210>  1046
<211>  690
<212>  DNA
<213>  Ruminococcaceae

<400>  1046
atgagccaga aagtgctcgt cgtggaggac gataacaaca tcgcagagct gctgcgtctg       60

tacctgcaga aggacgggtt cgaggtctcg cacgcggccg acggcggcaa ggccgtcgag      120

atggccaagg agatccagcc cgacctcgtg ctgctcgata tcatgctgcc cgtcatggac      180

ggctggcagg tctgccgcga gctgcgcaag accatgaaaa tgcccatcat catgctcacc      240

gccaagggcg agaccgagga caaggtctcc ggcctggaga tgggcgcgga cgactacatc      300

gtcaagccct tcgaggtcaa ggagctgctc gcgcgcgtgc acgccgtgct gcgccgcacc      360

ggcgacgacg gcaagcccaa gagcaagaag ctcacgttcg acaagctcgt catcaacctc      420

gactcctatg agctgatcgt cgacggcaag aagatcgata cgccgcccaa ggagatggag      480

ctgctgtacc acctcgcggc gacgcccaac cgcgtctaca cccgcaacca gctgctcgac      540

gaggtgtggg gctttgacta cttcggcgac agccgcaccg tcgacgtgca catcaagcgc      600

ctgcgcgaga agctcgaggg cgtgtccgac aagtgggcgc tcaagaccgt ctggggcgtg      660

ggctataagt tcgaagcgga agagacgtaa                                       690


<210>  1047
<211>  1143
<212>  DNA
<213>  Ruminococcaceae

<400>  1047
atgaagcggt tatctctgca gtggcgcatc acgctgatga cggcggcgct gatcggcgtg       60

acgtgtgtgc tcatgaactg tctgatcggc tattccggca agcggtatat ggatgcgatc      120

ggcagcggca tctcggctta cggcgagatc gaatccggtg cgcccgacgc cttcgatccg      180

cagagcaaac agccggatga cgagctgacg atcatcatca gcggcgcgca ggcggccttc      240

ggcgtcacga actggtacat cacggcggcg gtcacgctca tcggcggcgt gctcgcgtat      300

tttgtcagcg gccgcgcgct gcgtccgctg cgcagttttg cagcgcaggt ggaaaacatt      360

cagccgagca atctggcgca gtgcaaggtc agcgaggacg tgctgccgga gtttcagcgc      420

ttcagccgct cgttcaacgg catgatcgac cgcctggacg cgggcttcac ggcgcagcgg      480

cagtttacgg gcaacgctgc gcacgagctg cgcacgccgc ttgcgctgat gcaggcgcag      540

cttgagctgt tttccgccga gcacgcggac gtcacgcccg aaacggcggc gtttttgagc      600

ctgctgcagg agcagacgga gcgtatggcg cagatgacga agatcctgct ggagatgagc      660

gagctgcgca ccgtgccctg tgacgaccgg gtcgagctcg cgcccatgat cgaggagatc      720

ttcaccgatc tcgcgccgct tgcagagagc aagtgcatcg cgctggaggc cgacggcggc      780

gctgtgctca ccggcagcga cccgctgctg taccggctgc tgttcaacct gaccgaaaac      840

gccatccgtt acggccggcc ggacggggcg gtgcgcatcg cggtcagcga ggcggacggg      900

aatgtacaga tccgcgtccg tgaccacggt cccggcatcc cggaggcata ccgggagagc      960

gttttccagc cgtttttccg cgtggacaag tcgcgcagcc gggcacacgg cggcgtcgga     1020

ctcggtctgt cgcttgtgtg ggagattgcc gcgctgcacg gcggcacggt gcagatcgag     1080

cgcagcggcg cggacggaac ggtcatgctc gtgacgctgc cgcgcgacgg caaagaatcc     1140

taa                                                                   1143


<210>  1048
<211>  1011
<212>  DNA
<213>  Ruminococcaceae

<400>  1048
atgaaatttg caatgtatgg ttccggcgca gccggcagcg tcttcgcttc ttacctgcgt       60

aagggcggtg cggacatcat cctcatcgac cgctacgagg cccacatgaa gaaggtcgcc      120

gaggaaggca tgcacttcac catccatcag gaggaagatg gcggctacaa ggattacgac      180

taccagctca agggcttccg cacctacacc accgctgctg acgcggccgc ggcggagggc      240

aaggtcgacg tcatcatcta catgaccaag gcgacccagc tcgagcaggc catccaggac      300

tccatgcctg tcgtcggcga cacgaccgtc gccgtctccc tcatcaacgg cctcggcaac      360

gatgacaacc tcttcaaggt cttcccgaaa gagcgctgca tcatcggctc cggcgtgctg      420

ggcacggctc tgcccgaacc cgcacactgc gtgtccaccc cggccggcgg cgtgcagatg      480

aacttcggcg gtgcggtccg ctcggagctc accgacgcgg cctgcgccga gatgctcaag      540

tgctaccgtg ccggcggctg cgacgcttac tggcgcgacg gcgagccggg caccgacaac      600

aacatctaca agttcatctg gaaaaaggtc tgcgtgaacg ccaccgtcaa caccgtgtgc      660

gccgtcctgc gtctgaagat cggcgaggtc gaagcggatc cgttcggcca gtggctgttc      720

cacagcgtca tccgtgagac ctgcgcggtc gcgaccgcca agggcgtgcc gatggacgcc      780

gatgagttca tcgcccacga tcacaaggac atcgtcacca acatcgcgga ctactatccg      840

tccatgtgcc aggatatgct cttcaaccac cgccagaccg agatcgacgt gctcaacggc      900

aagatcgcgg agtacggcga gcagctgggc atcgacaccc cggtgtgcaa ggtcctgtcc      960

caggtcgtgc gctgcatcca gggcaactac gacaagcagt acctgaagta a              1011


<210>  1049
<211>  723
<212>  DNA
<213>  Ruminococcaceae

<400>  1049
atgcttgaac tcaaacacct ttgctttgag gccgaaacgg acgccggtgt ccgccagatc       60

ctcaaggacg tgagcctcac ggtcgatgaa cgcatggtcg tcatcaccgg cccgaacggc      120

agcggcaagt ccaccatggc caaactcatt gccggcatcg agcagccgac ctccggccag      180

atcctgctcg acggggagga catcacccac atgtccatca ccgagcgcgc ccgccgcggc      240

atcagcttcg ctttccagca gccggtgcgc ttcaagggca tcacggtctt tgacctcatc      300

agcatcgcct ccggcaagaa gctctcgacg aacgaggcct gcacctacct gtccgaggtc      360

ggcctgtgcg cacgggatta tgtcaaccgc gaagtgaacg ccagcctctc cggcggcgag      420

ctcaagcgca tcgagatcgc gaccatgctc gcccgcggca cgaagatgtc catcttcgac      480

gagcccgagg ccggcatcga cctctggagc ttccagaacc tcatcagcgt gttcgagaag      540

atgcacgaga cgatccacgg cagcatcctc atcatttcgc accaggagcg cattctcgag      600

acggccgaca agatcgtcgt gctcgtcgac ggcgagatcc gcgccatcgg cagcaaggac      660

gagatcatgc ccgtgctcat gaaggcgtcg agcgtgtgca gccgtctggc tgacaaggtc      720

tga                                                                    723


<210>  1050
<211>  1362
<212>  DNA
<213>  Ruminococcaceae

<400>  1050
atgcaaatgc cctttaagtt tcatggcgga gttcatccca actacatgaa ggcgccggat       60

gtcccggtga ccgtcattgc tcctccgccg caggtcgtgc tcccgatgat gcagcatatc      120

ggcgcaccct gcaaaccgct ggtcgcggtg ggcgattatg tgaagatggg tcagaagatc      180

gctgacaatc cggcacccgt ctccgctccc atccacgcga cggtctccgg taaggtgatc      240

gccatcgagc cgagacccca ccccctgggc gatatgatcc ccgcgatcgt gatcgaaaat      300

gacttccagg acaccccctg cacggatctc gcgcccctga cgcccgagca gatgaaggat      360

cccgaagcca tccttgaccg catccgcgag gccggtatcg tcggtcacgg cggtgccatg      420

ttcccgaccg cgttcaagat ccgcggcggc cttggcaaag tcgataccct catcatcaac      480

ggcgcagagt gcgagccgta cctcaacggc gaccacctga ccatgaagaa ccaccccgag      540

gagctgctca agggcatcga gctggcgcgc atcgcgtccg gcctcgacaa ggcttactac      600

ggcatcgaga agaacaagca ggacgccatc gacctgctcc tgtccaaaaa ccccgcgcag      660

tacggcgtgg agatcgtgcc ggagaacgtc aagtacccgc agggcgctga gaagatgcag      720

atcaaggcca tcacgaaccg tgaggtcaag cccggcggcc tgccgtccgg cgtcggctgc      780

aacgtcatca gcacccagac ggcttacgcc atctaccgcg cctgctacga aggcatgccc      840

agcatcgagc gtgtcctcac cgttgccggc agcgccatgg gcgataagtc ctacaacctg      900

cagtgccgct tcggcactcc gttcagctac atcgtcgagc agtgcggcgg cttcgtcgtc      960

gagccgaaga agatcgtcct cggcggcccc atgatgggcc tgatcgccac gaatctcgag     1020

gcgcccaaca ttaagggcac cgcgggcatc ctgttcttca ccgacaagga agaccgctcc     1080

gtcgagaacc cgacgtgcat tcactgcggc aagtgcctga ccgtatgccc gatgaagctc     1140

gagccgctgt acatgtataa gtactaccag aagcgcgact tcgagaatat gcagaagtat     1200

cacattctcg actgcttcga gtgcggcagc tgctcgtaca attgcccggg ccgtctgccc     1260

ctgacccata ccttcaagac cgcgaagctt ctcttcgccg cccgcgcggc cgaagaaaag     1320

gcccgcgcgg aagccgctgc aaaggaggct gaaacgaaat ga                        1362


<210>  1051
<211>  1167
<212>  DNA
<213>  Clostridiales

<400>  1051
atggcgtcgg agcgtgacct ccatgccaaa gagaaacgcc gcccgggact ttcccggacg       60

ggggaaagcg ttgattaccc ctttttgctg ctggtgcttc tgctgctgac ggtgggactg      120

gctatgctgt attcggcaag ctacgcccag agcgaatacg acaccagcta cgaaatttcc      180

acaaaatatc tccagaaaca ggcggtttgc gccgcgatcg gttttgccgc catgttcttt      240

ttcagccgga tacccacggg cgtctggtac cggttcgcat ggccgctgta cggcgtgagt      300

atcgcgctgc tgctgagcgt ccttgtcatc ggcgaggagg tcaacggcgc gcggcgctgg      360

atcaatctgg cgggcattca gtttcagccc tccgagatcg cgaaattcac tatgatcctg      420

ttgttcgccc ggctgacacg gctgtacggg caggacgcga aaaccttccg ccacggcgtt      480

ctgggcttcg gtctggcgct gatggggatt ctggtcccgc tggcgctgga aaagcacctg      540

tcggccatta tgctcatggg catggtggcg gtggtgatga tgttcgtggc gggcacccga      600

accagatggc ttctggccgg ggcgggggcc gccgccgtgt tcgtggtcgt ctacatcagc      660

tttatgggct acgccggcga ccgggtcacc gcgtggctcc acccggagct tgaccccggg      720

gacaccggat accagatttt acagtcgctg tacgccatcg gctccggcgg cctgttcggg      780

ctgggctacg gcaagtcccg gcagaaatat ctgtacctgc cttttcaata taatgactat      840

atctttgcgg tgatctgtga ggagctggga ctggtggggg caatggcaat cgttgcgctg      900

tttgccgtca ccatcctgcg gggatactgg attgcgctga acgcccgtga ccggttttcc      960

accgtccttg cggcgggact ggtgacgctg atcgcggtgc agaccattct gaacctgtgc     1020

gtggtcacaa acctgcttcc ttccaccggc attgcgctgc cgtttttttc ctatggcggc     1080

acggcgctgg cggtgaatct gggggaaatg ggcattgttc tgggcatttc cagagggcga     1140

aaccggagaa aaatacagga ggcatga                                         1167


<210>  1052
<211>  894
<212>  DNA
<213>  Clostridiales

<400>  1052
atgggtacgc cggacatcgc ggcgacctgc ctgaaaaaaa ttctggccga cggcttcgac       60

gtggtgggcg tctacacaca gcctgaccgc cccaagggac ggggcatgaa gctggtggcg      120

tccccggtga aggaggtggc ggtggctgcc ggaatccccg tattccagcc ggaaaatttc      180

cgggaggaag agacggtgga gcagctccgc gccttgcagc cggacatctg cgccgtggtg      240

gcctacgggc gcatcctgcc ccagaaggtg ctggacgtgc cgaaatacgg ctgcatcaac      300

atccatgcca gcctgctgcc caaataccgc ggttccgccc cctatcagtg ggcggtgctg      360

gacggcctga cggagaccgg cgttaccgct atgtacctga cccgggaaat ggacgccggg      420

gatatcattg acatttccaa gacacccatc ggcgaaaacg aaacggcggg ggagctgctg      480

gatcatctgg cggtgctggg tgcggaactg ctgagcagga ccctgacccg gtttgaaagc      540

gggaaggtgc ctgccacgcc tcaggatgcg tcgggggtca gctatgctcc catgctggac      600

aagtccatgt gccccatcga ctggacgaag acggcgcagc aggtgcataa ccacgtccgg      660

gggctgcatc catggccggt tgcgaccatg gaattgcagg gcaagacctt caaagtccac      720

gccacacggg ttgtggaggg cagcggcaag cccggcgaaa tcttaagcct gacgaagacc      780

ggactgcgca tcgcctgcgg cgagggggcg gtggagatca tttccctgca agccgagggc      840

ggcaagcgca tggcggcgcc cgattatttc cggggtcatc ccttggagcg ctga            894


<210>  1053
<211>  2127
<212>  DNA
<213>  Clostridiales

<400>  1053
gtgaaaatct acaaaatgac tgccaccttc ggcaagctgg agcacgcgga gctgaccctc       60

cagccggggc tgaacatcct cactgccccc aacgagtggg gcaaaagcac atggtgcgcc      120

tttcttgtgg ccatgctcta cggtctggac acccgcgcca aaaccacgaa aaccaccctc      180

gccgacaagg agcgctacgc cccatggtcg ggcaatccca tggcgggtcg cattgacctg      240

aattggaacg gccgggacat caccatcgag cgccgcacca agggtcgagt ccccctgggc      300

gaattcaagg catatgaaac cgattccggg ctggccgtcc cggagctgac ggcggcaaac      360

tgcggccagc agctgctggg cgtggagcag acggtgttcc gcagggctgg gtttatccgt      420

cagtcggact tgccagtgac gcaggatgaa gcccttcgac gcaggctcaa cgacctcgtg      480

accaccggcg acgaaagcgg taccagcgac aagctggcaa aaaatctgcg ggacctgaaa      540

aaccgctgcc gcttcaacaa aagcggtctt ctcccccagc tggaaagcca gcgggacgcc      600

ttacaggata aggtcgagga actggacgcg ctggacgcac aggtgaagaa gctgaaaatg      660

cgtctggacg acgtcaagac atggctgcag cagctgaaca cccatcaggc cgcgctggac      720

tatgccgccg cggaggcgga cgccgggcgg gtcgcgcagg cgcgggaagc gctggaacag      780

gcgcaggatt tacttgccat ccgggaagcc gcctgcgaaa agctgccgtc tcaggaggac      840

gcggaaaaga agctcaagga gctgcgtgcc ttccgcgacg agtggaacgc cctgcagatg      900

gagctgcaga tgctcccccg cgcccccctg cctccggcga agaaagaccc cttcgctgac      960

atggacgtga cggcagccat ggaaatggtc aacgcggacc gccagaccat gaccggtctg     1020

cggggcagca aaatgccgat tttgctgctg attctgggtg ccatcattat ggccggggca     1080

atcgcgctgc tggtaatggg aaattacctc ccggcgggca tcctcggtat ggtttccgtg     1140

cttcttcagg cgctcagcct cttgggaatg caaaggctga aaaagcagac cgaggcactg     1200

gaaaagaaat acggaaccgc cgaccccgcc cattggacgg actccctgcg ggaatatgag     1260

actgccctcc gggcgtacaa cgccgcccag aaggaatatc aggacgccca gggagacgtg     1320

gaagtgcgtc tgatggttat gcgcaagcgc cgggattccc tgtgcggcgc acaggagccg     1380

gatgctgtca tggaattctg gcagcagatc acgagcaaat gggaagccta ccacaccgcc     1440

cggcgggaag cccagcgggc gcaaaatctg gtggataccc tcagcgccat ggcaaagcct     1500

gtccggcctc ccgttggcgt ggataccctg acccattccc cggcggacac ggcgcggctg     1560

ctgtcggact gcaccgagga gcagcagcgg ctgcaaagcc gcatcagcca gtacaaaggc     1620

cggatggaag ccttgggcga ccgggcgcag ctggaaaagc agctggccgc agtcaacgcc     1680

cgtcttgccc agctggaaaa gacctacacc gccctgacca tcgcccagga gacgctggcg     1740

caggcgcggt cggagttgca gcggcggttc gccccccgga tttcccagcg ggcacagacc     1800

tatctttccg ccatgaccgg cgggcgctac cagcgccttt ccatgggcga ggacttctcc     1860

ctccaagccg gaaccggtga cgaggaaacc ctccacgacg ccctgtggcg cagcgacggc     1920

accatcgacc agctgtacct cgcccttcgt ctggctgtgg cggaagaact gaccccggat     1980

tcccccctga ttctggacga cgcgctggtg cgcttcgacg atacccggat gcaggcggcg     2040

ctggccattc tggaagacat ggcgaaaagc cgtcaggtca ttctgttcac ctgccagcag     2100

cgggagggaa atgccgcaaa cgcataa                                         2127


<210>  1054
<211>  1512
<212>  DNA
<213>  Clostridiales

<400>  1054
atgaaaatca tgattatcgg cgacggaaaa atcggcagtg tccttgctga gcagctgtcg       60

aaggaaaagc atgaagtgac gctggtggat cgctccgggg tcaggctgga tcagtccaac      120

aacgagctgg acgtgatggt cgtggagggc gacggcgctt cccgggaggt tcagctggag      180

gcaggagcgg atcaggcaga cctcgtcatt gcctgtaccg gcgcggacga gctgaacctg      240

ctgtgctgcc tcatcggcaa gaagctgggc gcgcggcaca ccatcgcccg ggttcgcaac      300

cccatgtacg tggaggaact gaacctcatc aaggacgatc tggggctcag tatggccatc      360

aaccccgagg aagcctgcgc cacggaaatg gcccgggtac tgcggttccc ctcggccatc      420

aagatcgaca cctttgccag aggtcatgtg gaaattctca aaaccggcgt gacggcgggt      480

tccccgctgg acggcatggc gctgaaggac atcggaaagt tccgggccaa cgtgctgatc      540

tgcgcggtgg agcggggcga gcgggacgtc attatcccct ccggtgagtt ccagctgaag      600

gccggagacc ggatctccgt ggtggcaagt ccgcaggagg cgcagcggtt tttccggcag      660

gtcggcgtgg cgaagacccg ggtgcggcag gtcatgctga tcggcggcgg acggatgggc      720

tattatcttg cccggcagct gctggcgacc ggcatggacg tgaagatcat cgaatcggac      780

gcgaagcgct gcgaggagct gagccagctt ctcccggaag cgacgatcct ccacggcgac      840

ggcacggatc agcacctgtt acaggaggaa ggcatcgagc acatggatgc cattgcggcg      900

ctgacgggca ttgacgagga aaacatcatc atttccctgt ttgccgggag gacgacccgt      960

gccaaggtca ttaccaaggt caaccgcagc tcctatgagc cgctggtggg cagcctgtct     1020

ctggattccg tgttctatcc ccggaatatc tgtgcggaca acgtggtgcg ctacgtccgg     1080

gccatgcaga attccgacgc ttatgccagc atggagacgc tgtgcaagat cgtcagcaat     1140

aaggtcgaag cgatggagtt ccgggtcacg gccagcgccg atttctgcgg catcccattg     1200

caggatctgc acctgaagga cggcctgctg atcggctgca tctcccgggg cggcaagacc     1260

attacccccc cgcggcagcg acaccatcga ggtgggggac agtgtgatcg tggtcgcagc     1320

ccacagcgga ctgagaagcc tcaacgatat tttcaccacc cggcggtaag ggggaacgga     1380

catgaattat cccttgcttc gctatctttt cggcatgatc ctgctgatcg tggcggcgtt     1440

tctggtgctg ccgctggcgg tcgccgtgat ctacggggaa agctccggca tctacttttt     1500

gtacaccatg at                                                         1512


<210>  1055
<211>  1461
<212>  DNA
<213>  Clostridiales

<400>  1055
atgaaaaagc ccaatttcag ctggaagcgg gtggcggatt ccttctccac ccggtcgttc       60

cgggccggcg gctacagcgt ggccgcggcg gccattgtgc tggccatcgc cgtgatggtc      120

aatgtgttcg ccgccgccct cccggcaagt gtgacaaaat tcgacaccac ggccaatcag      180

ctgttcaccc tgtcggagca gacggaaaag ctggtgggcg gcctgacgga cgaggtgacg      240

gtttactgga tcgtccgcag cgggcgggag gaaaaatacc tcgaatccct gctgagccgc      300

taccagtccc tcagcgacaa gatccgcgtg gtgaagaagg acccggacgt gttccccacc      360

ttcacccagc agtataccga cagcttcacg gaaaacagcc tgatcgtgga ggccggggag      420

cgataccggt acgtggacta taacgacatt ttcgtgatgg actacaccag ctattactac      480

tacggtacgg aaaactggag cttctgcgga gaaagcgagc tgaccagcgc cattgactac      540

gtggtgagcg agaacctccc gaaggtgtac ctgctcaccg gccacgggga gagcagcctg      600

agcgacagct ttacctcggc cgtgaagcag cagaatattg agacggcaga gctgtccctg      660

ctgacgctgg aatccgtccc cgcagacgcg gactgcattc tcatcaacgc cccccagagc      720

gacatttcct tagacgagca gagcaagctg caggaatatc tgggcaacgg cggcaacctg      780

tttctcatca ccgacccgcc gaaaaacgaa aagctttcca atctggaagc actgatggcc      840

gattacggtg tcagcactgt ggacggcatc gtggtggaga gcgaccagag ccattatgtc      900

tggggcacgc cctatttcct gctgccggac attgcgtccc acgccatcac cacgcccctg      960

accgacggcg gctaccgtgt gctgctgccc atttctcagg gtctgacggt ggcggatgac     1020

ctgcgggaca cgctgtccgt caccaaactg ctgaccacgt cctcttccgc ctttgccaag     1080

gcggcggggt atgacctgac cacctacgag aaggaggagg gggacgtgaa cggccccttc     1140

gctctggcgg tcgccatcag cgacaccgtg gacgacggca tcaccagcga cattgtgtgg     1200

gtatcctccg cggcgctggt ggacgaccag accaacacgc aggtctccgg cggcaatcag     1260

gacttcttcc tgaatgcgct gggatacctg tgtcaggcgg agcagagcag tctgtccatc     1320

cacgcaaaat ccctgagcag tgacacgctg accatggaca gcgcggcggt atctgccctc     1380

accgttgcgg tggtgggtgt gattcctgcg gcggtcatca cgctgggcat cgtcatctgg     1440

ataaggagga agcggagatg a                                               1461


<210>  1056
<211>  2049
<212>  DNA
<213>  Clostridiales

<400>  1056
atggcaaaac tgtctgaccc catcacaatg ctcaagggcg tgggggaggt gcgggcaaag       60

cagcttgccc agctgaatat tttcaccctc cgggatctca tctgccattt ccccagaggg      120

tacgaggacc ggacgaagct ggttcccatc gaaaagctgg agccggatgt ccctgcctgt      180

tttcgcgcca tggtgatgaa cactccccgc accagccaca tccgcaaggg gctggacctg      240

accaaggtgc aggtggcgga taccaccggg cggctgaacg tgacattttt caacagccgc      300

cttgccgccc agcagctgga atatggccgg gagtacattt tctacggcgc ggtgagcggg      360

gatttcatcg gctacagcat gacgaacccc gtgttcgagg cgccggagtc ccagcccgtg      420

accacccggc gcattctgcc catttatccc ctgaccgcgg gactgaccaa cgcggcgctg      480

ctccggctgg tgcagcaggc gctggcggtg tgcgacccgc cggaggagat actgcccgcc      540

gaggtgcggg agaaatacgg cattctgcct gccgagcggg catattttgc catccacgag      600

ccgaattcca tggcggaggc ggagctggcg aaaaagcgga tgatcttcga ggaattcttc      660

gtattctccg ccgggctgtc cctgatgcgc gccgcccgga aggaaaagaa gacggaaccc      720

tatacggatt ttggcatgtc gcccttttat gacagcctgc cctttaccct caccggtgcc      780

cagagccggg cggtggggga aattcgggag gatttccgtc ggggcattcc catgaaccgg      840

ctggtacagg gagacgtggg cagcggcaag accatggtgg cggccgccgc cgcctactgc      900

gccgcgagaa atggcgctca gaccgctttg atggcgccca cggagatcct tgccgagcag      960

catttcgcct ccctgagcgc cctgttcgtc cctctggggg tatccgtggc gctgctcacc     1020

ggctccatga cgggaaagca gaaaaaggac gtgcgggagc gcatcgccgc cggggaagtt     1080

caagtggtga tcggcaccca cgcgctgctg tcggagtcca cccgttttga acatcttggg     1140

ctggtcatca ccgacgaaca gcaccgcttc ggcgtgggac agcgcagccg tctttccgcc     1200

aagggggagg acccccacct gctggtgatg tcggcgacgc ctatcccccg gacgctggcg     1260

ctgatcctct acggcgatct ggatgtatcc attctggacg agctgccccc gggacgggag     1320

ccggtggaca cctttctggt gggggagagc taccgtcccc ggatcaacgc ctttatccgg     1380

aagcaggtgg cggagggaca tcagtgcttc gtggtctgcc cggcggtgga agaaaacgag     1440

gagctgggca tcaaggccgc ctccgtctgg gcggagacct tgcagcagac ggtttttccc     1500

gacctgcgca tcgctctgct ccacggacag atgaagggtg cggaaaagga ggcggccatg     1560

gcgtccttcg cccgtgggga agcggatgtc atggtggcga ccacggtcat cgaggtgggc     1620

gtggacgttc ccaacgccac gctgatggtc attgaggacg ccgaccggtt cggtctgagc     1680

cagctgcacc agctccgcgg ccgggtaggc cggggcaagg caaaaagcta ctgcatcctc     1740

accacccaca accgcaaccc ggagacgctc cagcgcctga aagccctgtg taaaaccacc     1800

gatggcttca agattgctga ggaagacctg cgtctgcgcg gtcccggaga tttcttcggc     1860

tcccggcagt ccggcctgcc cgcattccgg gtggcggacc tgggctgcga ccttgccgcc     1920

atgaaggacg cccagcaggc gtcggcggac tggatcgacg cctacggcgc gtcggacacc     1980

ccggaagcaa atgccctcag agagcggatc ggcgacctgt tcgcccgctc cgaggggaca     2040

atgaattga                                                             2049


<210>  1057
<211>  1254
<212>  DNA
<213>  Clostridiales

<400>  1057
atggatataa aagaaaaaat agcgcaggca aatgagaaaa cagtccatat gctcatggac       60

agcgaccccg tctgggtgga tatgaagccg gccatcgaat gcgtcgatgg gctggaggat      120

cacatgatcc tccactcggg ccccccgatc gcctatgagg acatgacgat gctccacaag      180

cgcggcatgg tcagcgcaat gctctttgag ggctgggcga aggacgagga agaagcggtc      240

aagcgcctca aggcaggcga gatcaagatt tccagcgcac tcgaccacaa cacggtcggc      300

gcgggcacgg gcatcattac gaagtccgtc gtcctgaacg ttgtggagga ccggcacaac      360

cataccgtcg ccgcgacgtt cccggcggaa ggaccgtttc agggcggctt ctgcggctgg      420

ggcctttact ccaaggagat cgcggagaac ctgcgctata tgcgcgagga gctgttcccg      480

cccatggtgg aggcgctcca caagctgggc ggcatcccca tcaagccgat ccttgccgaa      540

agtatgcaga tgggtgacga gaaccacacc cgtcagaccg cctgcgacta catttatgac      600

cggctcatgc tgccggcact gtttgagctg gacagaccca agaaggagat catgaagacg      660

gtgcggtata tcgtcgatac gccgcgtttc ttccactgct atggtcaggc cgcggcaaga      720

gcggcgctgg ttgcggcgga cggcacggag tattcgacca tggtcacggc ggtctgcggc      780

aacggcgtcg agttcggcat caagatcgca tccctgccgg gacagtggtt caccgctccc      840

gcaccgatga tgaagggccg ctacacctcc tcggagttca ccgagaagga tcagctcccg      900

tggatgggcg actcctgcgt cgtcgaatgc tacggcatgg gcggctttgc cgctgcggca      960

agccccatcg tgtgcaatct gcgcggcatg acgctgaagg agagcatcgg gcagacgaag     1020

gaaatgtaca ggatcacgat ggagaagaac tataacttcc ccatccccaa cctggacttc     1080

gatttcctcc ccgtcggcat cgatatccgc aaggtactca aggagggcgt ctgcccggca     1140

attcacggcg gtatgttcaa ccgtgtcggc ggcctgatcg gcgcgggcat ggcaagagtg     1200

ccgatgcagt gctttgaaaa ggcgctggtc gcctttggtg aaaaatatct gtga           1254


<210>  1058
<211>  759
<212>  DNA
<213>  Clostridiales

<400>  1058
catccggcgg cgtttgccgg aaaaaagaga catagagaag tgttatttat gaacaacaat       60

gaataccgcg tgggcgtcaa ccgcggattg cctgtgggga tgggatattt ttcggtgagc      120

ttcggcttcg gcgccatggc cgtgtcgcag ggcttgaaaa cgctggacgc ggtgctgatc      180

tccgccacga atctgaccag cgcagggcag tttgcggggc tgaccctcat cgtcgccgcc      240

gccacattgt gggaaatggt gctgacccag ctggtcatca acagccgcta cgccctgatg      300

agcctggcgc tgagccagcg gatgggcgag aagatcggtc tgctgccccg gctgctgatc      360

gcgtttttca atacggatga aattttcgcc ctcgccatgg cgcgggaagc acccctgacg      420

gtgccgttcc tgctggggct ggggacgctg ccctttatcg gctggacgct ggggacgctg      480

tgcggcgcac tggccgggtc gatcctgccg ctctccatcc ggacggcgct gggggtcatg      540

ctctacggca tgttcatcgc catcgtggtg ccccccgcga agaagaaccg ggacattttt      600

gtcgcggtgg tgctggcgct gatcttcagc agcctgtttt cctggacgcc ggggctgaaa      660

accgtttccc cgggactgtc catcgtgatc tgcaccgtgg cagccgccgc catctgcgcc      720

gcgctgttcc cggtgaagga agagagggaa gcggcatga                             759


<210>  1059
<211>  909
<212>  DNA
<213>  Clostridiales

<400>  1059
atggagatca gtcagttttt catgaatggt gatatcaaag gcgctatcgc gtacatgcgg       60

gaacatgagg aattcaagga cattcttcct gcatacgtgg cgatctttga aaatggcgaa      120

taccgcaggt ttgacgtacc ggacaagctc aacgagatac tccgcttgta tcagatttat      180

taccgggata ccttttactg cggcttgccg gaggcggagg ccgcagagaa gctgctggcg      240

gggctgaaag cgcttctgaa tatgcccgac gcggaggaag cgcttctggc ggagcggctt      300

caggcggtgt ttgaggcgga gggctatcat gcgcttttcg ggaaaacaca gggctattac      360

ggcccctacg tctggcggga aacggttccc accgtctatc aggtcgggct gccgggcggg      420

acggcggaat ataccgtcaa cattctcaag ggcttcgtgt tccgcagctg gatggattat      480

ctgaccttcg gcaggttcgg tacgggcggc tgggcttccc ccgacggcac gatcaactgc      540

atcgagcagg cgtatgactt tgaaagcgag cggtttctgg tttcgctcct gaagcacgaa      600

gcccagcaca ccgtagatat gaagcaattc ccgggaatca cccccgcaga gctggaatac      660

cgggcaaaac tggtggagct tcactattcc ggcaatctgg ggttgctgca aaagttcctg      720

tcggaagcgg atgaaagcag aaccggcgac agccacgcaa tggcatccgc aagaatcaaa      780

cgcgagttcg cggatacgga tcagaggtcg ctgtcctgcg ttcaggcgcg ggcgttggaa      840

ctgcttcatg ctcacacgga cgaaatggaa gaaaaatatg gaaagcaaaa aaccgtgtcc      900

aacggctga                                                              909


<210>  1060
<211>  1047
<212>  DNA
<213>  Clostridiales

<400>  1060
atggaagata aaaaagttgt tctctccgtt caggatctga acgtgaaatt caccctccgc       60

ggtcagattc ttcacgccat ccggggcatt tcgctggacg tgtatcaggg cgaaagcctt      120

gccatcgtgg gtgaatccgg ctccggtaag tccgtattcg tcaaatgcgc catgggtctt      180

ctggacgcca acggctacat cgacggcggt tccatcctct ataacggcat ggacttaacc      240

aaattccaga ctgacaagga ctggctgaaa atccggggca aggagatcgc catggtgttt      300

caggacccca tgacctccct gaaccccctg aaaaccatcg gcaagcagat tcaggaagcc      360

gtggagctgc atcagggtct gaaaggcaag gatgcctaca aggctgtgct ggaagtgctg      420

agcgacgtgg gcattgacga ccccgagcgg cgctacaagc agtaccccca cgaattttcc      480

ggcggtatgc gccagcgggt ggtcatcgcc atcgccgtcg cctgccggcc gaaaatcctc      540

atctgcgacg agccgaccac cgctctggac gtgaccattc aggcacagat tctggagctg      600

atcaaggcca tgcagaaaaa gtatgacctc actaccatct acatcaccca tgaccttggc      660

gtggtggcca atgtggccga ccgcatcgcc gtcatgtatg cgggcgacat cgtggagctt      720

ggcacctgcg acgaggtgtt ctacgacccc cgccatccct acacttgggc gctgctgtcc      780

agccttcccc agctgggaac caaggacgag ccgctgtact ccattcaggg tacgccgccc      840

aatctgttcc acgaggtcaa gggcgacgcc tttgcccccc gaaaccccaa agcactgaaa      900

atcgactttg tagagcgtcc tcccttcttc gaggtcacgc ctacccacta tgcccgcaca      960

tggctgatgg acccccgcgc tcccaaggtg gagccgccgg agcacgtccg catcctgcgg     1020

gagaagggag tgaaccgcgt tggctga                                         1047


<210>  1061
<211>  435
<212>  DNA
<213>  Clostridiales

<400>  1061
atggaatggc tgaatgtttt cgggctggtc atggtggcag tcatcatgat acccaatatt       60

ctgtttgcga tgaagtgcaa ggacggattc gtgaacaaat ggaacatcaa atctgtggaa      120

accgtggaac aaatcggcag gttcggctgc tttggattta tgatcatcaa cattccggga      180

acctggttcg ggtggtggtc tgacgaagcg tttgccgtat atctggtcgt agatgccgtg      240

ctggtcacgc tttactgtgt gatctgggcg gtttgtttcc ggaaaagcag cgttttcaga      300

gcgttggcgc tgtccatcat cccctccgtt cttttcctgt tcagcgggat tatgagccgg      360

tcgattctcc tgaccattgc cgcggtattg tttgcgccga gccatattct gatttcgtat      420

caaaacgcaa aatga                                                       435


<210>  1062
<211>  861
<212>  DNA
<213>  Clostridiales

<400>  1062
atggcatcac agaaaggact aggcaagggt ctgggtgcgc ttctggggga tttcaccgaa       60

gagcctctgg aaaaaagcgc gtatcagctg ctgccgatct acaaggtaga acccaacccc      120

gatcagcccc ggcaggactt tgacgaagaa gaattgcagg cgctggcgga ctccatcacc      180

gtccacggca tcattcagcc cctgacggtg cgggaaatgc ccaacggcta ctatcagatc      240

atcgccggtg agcggcgctg gcgtgccgcc cggatggcaa acctgagcga cgtgcccgca      300

gtcatcatcg aagccgacga caagaaggcc atggagctgg cgctgattga gaacttgcag      360

cgtcaggatc tgaaccctct ggaagaagcg ctggggtatc agacgctgat gaacgagtac      420

ggcctgacgc aggaggaagc cgccggtcgg gtagggaagt cccgtcccgc cgtggcaaat      480

gccctgcggc tgctggggct gtgtcccgag gtgcaggagc gcgtccgcaa gggcgagctg      540

tccgccggtc acgcccgggc gatcctgcag ctgaaatctg aaaagaagca gcaggaagcc      600

gcgcagaaga tcgttgcgtt aggactgtcc gtccgtcagg cggagctgct gtgcaagaac      660

atgagtaagg agcctacacc ccagaaaaaa gaagtttttg cggtggacta tgtggccgaa      720

tgcgaaaagt ctctgagcaa gcaccttggc cggggcgtca aaatcgtcaa tggcaagcgc      780

aagggacact ttgaactgga attctatggg caggaagatt tgcagaatct gctggacacc      840

ctgatgaaaa tacaaaaata a                                                861


<210>  1063
<211>  2604
<212>  DNA
<213>  Clostridiales

<400>  1063
atggcacagg caacgaatga actgaccccc atgcggcggc aatatcagca gatcaaggac       60

caacacaagg actgcatcct gatgttccgg ctgggcgact tctatgaaat gtttgacgaa      120

gacgccaaac tgacggcccg ggagctggat ctcaccctga ccacccgtga ccggggcaag      180

cccaaggagg aacagacgcc catgtgcggc gtcccctacc acagcgtgga ctcctacatc      240

gcccggttgg tgcagaaggg ctacaaggtc gccatctgcg agcagatgga agacccggcc      300

accgccaagg gactggtgca gcgggacatc acccgcatca tcacccccgg caccgtcacc      360

gaaagctgta tgctggacga gaacaaaaac aactacatcg gctgcattta cggcgaaagc      420

ggaaaattcg gccttgcctt ctgcgacgtt tccaccggcg cgttcttcac cacggtctgc      480

tccgacgccc agaacgtagc ctctgagctt ggccgctttg cccccagtga aatcctccgc      540

tacggttcca atgtggactg cgaggtcatt gaggacgccg ttttccgccg cctgaattgc      600

tgtgtcagcg agggaaagca ggagctgttc gctctggaaa gtgcggaagc actgctggaa      660

aatcacttcc acaccactct ttcccagatg ggcattgcgg gaatgcccgc cgccgtcatt      720

gccagcggcg cgctgctgca aaccctgctg actctgcaaa aaaacgacct tgcccacatc      780

cgggagctgc aatattacac cacaggtcgg ttcatggagc tggatttgga cgcccggcgg      840

aatctggagc tgacggagac catgcgttcc aaggaaaagc ggggaacgct tctgtgggta      900

ctggacaaga cccacaccgc catgggcgga cggatgctcc gctcatggct ggaaaagccc      960

ctgcttgacc cggtggagat cacccgccgc cacggcgcgg tggaggagct gacggacaac     1020

gtcatcgtcc ggggcgagct ggagcaggct ctgcgggacg tcaccgatct ggaacgggta     1080

cagacccgca tcgtcaccgg caccgtcaac tgccgggatt tgctgggact tgcccggggc     1140

ttccgtgcgc tgcccgacgt aaaggcgcag ctgcaaaagt gcgattctcc cctgctcaag     1200

aagctggaat cggccatcga ccctctgacg gactgcgccg accgcattga aaacacgctg     1260

gtggacgatc ctcccctgac catccgggag ggcggcatca tccgcaaggg tgccagcgag     1320

gaagccgacc gcctgcggga cattatggag ggcggcagcg gcaccattgc cgccattgaa     1380

gcgtcagaac gggaaaaaac cggcatccgc accctgaaag tgggcttcaa ccgtgtattc     1440

ggttattata tcgaggtatc caagtccttt atcgatcagg tacccgcaaa ttacattcgc     1500

aagcagaccc tcgccaactg cgagcgctac atcacgcagg agctgaaaga gctggaaaat     1560

caggtactta ccgccaaaga ccggctcacc gcgctggaat accagatctt cacccagctt     1620

cgggaatacc ttgccaagca ggccgcccgg gtgcagcaga ccgctgccgc cgtggccgcc     1680

gcggacacgc tgtgcagtct cgccgccgtg gcggtgcagc ggggctactg ccgcccggaa     1740

atcacgctgg ggcgggaaat taccattgaa aacggccgcc atcccgtggt ggaggccatg     1800

ctgaaagact ccctgttcgt ccccaacgac acccacttgg gtgctgagga caatcaggtg     1860

tccatcatca ccggccccaa catggcgggc aaatccacct atatgcgtca ggtggcgctg     1920

atcgtgctca tggcgcagat gggctccttc gtccccgccc gcagcgcgaa aatcgggctg     1980

gtcgatcggg tgtttacccg catcggcgcc agcgacgatc tggcttccgg acagtccacc     2040

ttcatggtgg agatggcgga ggtcgccacc attctgaaat acgccacctc ccgcagtctg     2100

ctgattctgg acgaaatcgg ccggggcacc tccacctatg acggcatggc catcgcccgc     2160

gccgttctgg aatacgccgc caatcccaag cgtctggggg caaagaccct gtttgccacc     2220

cattaccatg agctttccac cctggaagac aagctgccca atgtgaaaaa ctacaacatt     2280

gcggtgaaaa agcggggaga acagatgatt ttcctgcgga agatcgtccc cggcgcaacg     2340

gacgacagct acggcatcga ggtcgccaag ctggcgggca tccctgcccc ggtcatcacc     2400

cgcgcaaggg aaattctcgc cgagctggaa agtgagggcg tcgtgtccgc gcccgcggcg     2460

gcaaaggagc cggaagatca ggtcagcatg atggatctga cctcccagca ggtggttgcc     2520

gctctcagcg ccatttccgt ggagaccctg acccccattg aagccatgaa cgagctgtac     2580

aaactgaaga aaatgttgga ttaa                                            2604


<210>  1064
<211>  1311
<212>  DNA
<213>  Clostridiales

<400>  1064
atgaaaagaa gactggtagc cgtttcactg gtattggcct tggggttgag cggctgtgct       60

ttttcgtctg cgtctccgga gcagacagca gctacccagg caaagcaggc agtcacactg      120

gaagtcgtca cctcctacgg cggcgacgac ggcagccgcg gcgcctttga agcggcggta      180

gccgcctatg aagcggccac cgggaacaaa gtaagagacg gttcggctac ctccaacgag      240

ggctggaagg ccaaggtgct ggcggatttc gagaccggct ccgagccgga cgtgctgttt      300

ttcttcacca acgccgatgt cgatcccatc atcaacgccg ggcgggtgat ctccattgag      360

gacatccggg aggtttaccc cgactacgct tccaatatga agcagtccat gctcgcggag      420

gctgcggacg gaaagcatta cgctgtcccc gccgccgggt attgggaaaa tctttttgtc      480

aataagtcgg tgctggaagc ctgcggcgtt tcggtgccgg gggcggatta cacgtgggag      540

cagttccttt ccgactgcga gaccatcaaa ggcagcggct acatccccat tgcctgttcg      600

ctggtggagg tgccgcatta tctgtttgag tttgccgtta tgaacaacgg gacggtggaa      660

aaccatctgg aggttcccac gctggacgaa aacggcaatc tgcaggacga cgaggtgtcc      720

cggaaatggg tcgcggcgct gaatgatatt aaagagctgt acgatctggg ttatttcccg      780

cccaacaccc tgacggccac cgacgaggag accgtctccc tgttcggcaa cggaaaggcg      840

gcgtttctgg tggacggctc ctggcaggtg ggacatctgg gggagctgta cggcgacaag      900

atcgaggaca tggcggtgcg cttcgtgccg gctaagggtg agcggaaggc gaccgaaggc      960

atcggcggca tctccatggg ttatttcatc acccgcaagg catggaaaga cccggaaaaa     1020

cgggacgcgg cggtgcagtt tgtggaaatg ctgacgtcca atgagatatt aagcaccttt     1080

atcaagaccg aggtcacggc gctgatcgag ggcgcaagtc ccgtcggcct gaacagtctg     1140

gagcagtccg cggcggagac caacgcccag ctgaccgagg tcagccccgc ggtgcaggac     1200

gccatcagcg cggaggccaa gagcaccctc tttaccaata ttcagaaggt ggtcaccggc     1260

cagatgaccg ccgaaaaggc ggtagctctg gctatccaga gaaacgaata g              1311


<210>  1065
<211>  672
<212>  DNA
<213>  Clostridiales

<400>  1065
atgtcttatg tgcgcaccat cgcgctgtat ctggtgctga tcgtctgcgt ccggctgatg       60

ggcaagcggc agatcgggga gatggagccg acggagtttg ttgtgaccat gctgctggca      120

aatctggcgg caattcccat gcaggacggg gcgatccccc tgtattccgg gcttgtgccg      180

atattgacgg ttctggggtc ggagctggtg ctgtccgggc tgatcctgta cagcgtgaag      240

ttccggcagc tgctgtgcgg caagccggta atcctgattg aaaacgggaa gctggtgcag      300

gacaatctcc gccgcacccg ggtgacgctg gacgagctga cggggcacct gcgggaaaag      360

gacgtgctgg acatcaccgc cgtgcagtac gccattctgg aaaccgacgg aaatctttcc      420

gtgttcccct tccccaagga gcgacctgcc agcgccaagg atgcgggcat tcaccccaag      480

ccccagttcc tccccgtgac catcgtggag gacggcttcc tttccagaga gaatctgggc      540

agagccggga aggatgaagc atggctgaag caggttctgc aggagcaccg cgcggaaatc      600

gcggacaccc tgctgctgac ggtggacgcc gggaacaagg tcgtgtggct gggaaaggag      660

tacggcagat ga                                                          672


<210>  1066
<211>  885
<212>  DNA
<213>  Clostridiales

<400>  1066
atgagtttgg ttaaaagtat gaccggctac ggccgcgccg tggagaccgt gaacggaaga       60

gaatttacgg tggagctgcg ctccgtcaac aaccgctatc tggactgcac cgtgaagctg      120

ccccgcagcc tgtcctttgg agaggacgcg gtgaagcagg ccgtgaagaa caccatctcc      180

cggggcaagg tggacgtgtt cctgtccgtc cgctccgagg gtgccgccga cgtaaaggtt      240

accctgaatg aatccatggt ggcggggtat ctggccgcta tgaagcagat ggcggaaaat      300

ttcgacgtga aagaggacat cagcgtgtcg cttctgtccc ggatgccgga tgtgtttacc      360

gtggagaagc cggaggtgga cgagcagcag ctgctggacg atatgctgtc cgttgtgaat      420

aaggcgctgg caggcttcga cgccatgcgc accacggagg gcaaggcgct ggaaaacgat      480

ctgcgcagcc ggggacagac gatcctgtcg ctggtcagtc aggtggaagc gggcggcgcc      540

cagactgtgc tggactaccg cacccgtctg gaaaataaga tcaaagaggt tctggcgagc      600

accgccattg acgaaagccg catcctgacg gaagccgcta ttttcgccga caaggtggcg      660

gtggacgagg agactgtccg cttaagaagc cacttggagc agatgaacaa catgctcacc      720

accggcggcg ccgtcggacg gaagctggac tttctgctgc aggaaatgaa ccgggaggcc      780

aacaccatcg gctccaagtg caccgatgtg cgtctggcac gggtcgtggt ggagatcaag      840

gccgagctgg aaaagatccg ggagcagacc cagaacatcg agtaa                      885


<210>  1067
<211>  924
<212>  DNA
<213>  Clostridiales

<400>  1067
atggaacgcg gcctgatttt tgatattgaa cgctactcca ccgccgatgg cccggggata       60

cgcaccgtgg ttttcttcaa ggggtgcaat ctgcattgct actggtgcca caatccggaa      120

agcctgaagg tgtttccgga ggtggacagg tatgagcagg aatgcattca ctgcggaaga      180

tgtgttcagg tctgccccga aaagtgccat gtgtttacgg aaacaggccg tgtttttcat      240

tcggagaagt gcattcactg catggcctgc acggaagcct gcccggtcgc ggcccttcgg      300

ccgatcggga aatggctttc cgtggaggac tgcatggcgc agattcggga ggacgtcgtt      360

ttctatggaa aaagcggcgg cggcgtaaca ttgtccggcg gcgaagtcct gatgcagaag      420

gagtttgcgc aggcgcttct ggaacggtgc catgcggaag gaattcacac cgccatcgag      480

tccaatctgt gtgtggatac cgccgtgctg gaacagctaa tcccgcagct ggatcttgtg      540

atggcggata tcaagagcat ggatgccccg gcgcacattc gcggaacggg gtgcggcaac      600

gaaaagacac tgcgcaatat ccgctggctc gacagccgga atgtgccgct gatcatccgc      660

acgccggtaa ttcccggatt caacgattcg gaggataaca tcgcgcagac ggcggaattc      720

ctgaaaagcc tctccaatct ttcctattat gagctgcttt cctacaatcc gatgggaaac      780

gacaaacgga agcggctggg ctatcccgtc ccggagatca cggcgctgcc cgccgcccgg      840

atgcgtgagc tggcgcggac agcggcgtcc gcgggaattc cggtgtggct gaacggaaca      900

caatatcaca acatagagga ctga                                             924


<210>  1068
<211>  1239
<212>  DNA
<213>  Clostridiales

<400>  1068
atgaaagaaa tgctggaagc cgcaagagcg gcgaaagggg aagtcgctgg cctgtccacc       60

gaacagaaaa atgccgcact gaacgccatg gcggacgtac tgcttgcccg acaggacgcg      120

attcttgacg cgaatgcgct ggatatggcg tccgcgaagg agcatatctc cccggtcatg      180

ctggacagac tgaagctgac aaaggagcgc attgccggga tggctcaggg catccgggag      240

gtgacggcgc tgcccgaccc ggtggggcgg gttttgcaga cccacatccg cgaggacggt      300

ctggaaattc agaaggtgtc cgtccccatg ggtgtcattg ccattattta cgaaagccgt      360

cccaacgtca ccagcgatgc cgccgctctg gcgctgaaaa gcgggaacgt ctgcgtcctg      420

agaagcggaa aggaggcgtt ccgcagcgcc aacgccatcg ttgacgccct ccggtccggc      480

ctgagatcgg tgggtatcac ggaaaacgcg gtgaatctgg tgcaggacac atcccgggaa      540

agcgccgctg cgctgatgac cgcaaacggc tacattgacc tgctgatccc acgtggcggc      600

gcggggctga tcaacgcctg cgtaagcacc gccaccgtgc cctgcatcgc caccggcacc      660

ggcatctgtc acgtgtatgt ggagaaatct gccgacctga acatggcgct gaacatcgtg      720

gaaaacgcca aaaccagccg ccccagcgtc tgcaacgccg aggaagtcct gctggtggac      780

aaggcgatcg cccccacgtt tctgcccatg ctctataaac gtctggtcac tgaccgggaa      840

agggcagtgg agcttcgcct ggatgagacg gcggctgccg tcatccccgg gaaaaaggcg      900

ggggagaagg attttgatac ggaatttctg gattacattc ttgctgtcaa gtgcgtggag      960

gatgtgaagg aggcggtcgc ccacatcgcg tcgcactcca ccggccacag cgaggccatc     1020

gtgacccgca gtccggaggc ggagcggtat tttaccgcca acgtggacag cgcggcggtg     1080

tacgtcaatg cgtccacccg gttcaccgac ggcggcgaat tcggcttagg gtgcgagatg     1140

ggcatttcca cccagaagct ccacgcccgg ggacccatgg gattgcagga gctgaccacc     1200

tataaataca tcatccacgg aaacggacat atccgctga                            1239


<210>  1069
<211>  2754
<212>  DNA
<213>  Clostridiales

<400>  1069
atggcaaatg aaaaaaagcc caggaggcgc aagaagctcc ggcaggagtg gaatccccac       60

tggtcgctga aactgctgta tatgatcttc tccgtggccg gttccgtgct gaaaattgcc      120

gtcggcgcgg cggcgacggt tctgctgatc gtgctgatct gcggtacggt tttcgtcggt      180

acactgggag attatctgca ggaggatatt ctgacggagg ccgccgactg gtctctggac      240

gactacgatc tggaacagac ctccttcatt tattatgtgg acaaccacgg agatatccag      300

ctgctgcagc agatttatac caccaccgac cgtcagtggg cgtccattga cgagattccc      360

gaagacctga ttcacgccgc cgtggccatc gaggataaac ggttctacga gcatcagggc      420

gtggactgga tcaccaccat gaaagcctgc ctgaatatgt tcttcggcgg cgacgagcag      480

ttcggcggat ccaccatcac ccagcagttc atcaagaacc acaccggtga aaagagcgtc      540

accgtccagc gaaaggtcat ggagattttc cgggcgcaga ttttcgagcg ggaatacgac      600

aaagacctta tcatggagta ttacctcaac gagatttatc tggggcgggg ctgctacggc      660

gtcaagagcg ccgcggcgga gtatttcggt aaggagctgc ggaacctgac caccgccgag      720

tgcgcaagcc tcatcagtat caccaataac ccgtccctgt tcaaccccta ttccgagagc      780

gtgtatatgt acaagggcga ggagcgggac ggtgccggac ggaaccgcta ccgtcagctg      840

aacgtcctga gcgaaatgct ggatcaggac tatctgacgc aggaggagta cgatgcggct      900

gtggcgcagg aaatggtgtt caaagagggc atcgccgacg ccgaccgctg gacgatctgc      960

gacaactgcg gctacgagaa cacccgcagc cacttcaccg gcgaggggga tacctgctac     1020

tgcccccagt gcggcgagca ggtggccgtc agcaccgacg cttcccagca catctattcc     1080

tggttcgtgg acgctgtgat tgtggacttt gccagctatc tggcagatca ggacggcaag     1140

gtctgggacg acttaagcac taacgaccag agcatctacc tcaaccgcat ccagaagggc     1200

ggctaccata tttataccac cttggacatg gacgtgcaga agcaggtgga cgcggtttat     1260

accgacctga gcaacattcc caccacccgc agtgagcagc agctccagtc cgccatcgtg     1320

gtcatcaaca acgagacggg cgacgtggtt gccctgtccg gcggcgtggg ggagaagacg     1380

accttccttg cctacaacaa ggctacgcag gcgaagctcc agaccggttc ttcccagaag     1440

cccatttccg tttacgcccc ggcctttgag tccggtgagg tcaccccggc gtcggtgatg     1500

aaagacctgc ccatgaccta tatcgacggc aacaactggc cgaagaacga taaccggcag     1560

tatcagtacg cgaggactgt ctatcagggc attgtttcct cagtcaacac tgtttctgcc     1620

cggacgctgg acaccatcgg cgcggattac ggatacagct ttgccaagta taactttggc     1680

caaagctccc tgacagatca ttaccccctg ccaaacgggc agagcctgtc cgacgtgggt     1740

ctggcgcctc tggcgctggg cgcgctgacg gtcggctcca ctgtacggga gatgtccgcc     1800

gcctacgcga ccttcgccaa cgacggcgtt taccgggagc cgagactgtt caccaaggtc     1860

tacgacagca atggccgggt cgtggtggac aatgagcagg agtcccggaa gatcctcagc     1920

cagaagactg tggattatat gaactactgc ctgttcaacg cggcgaacaa cggcaccggc     1980

ggcgctgcca tctttgcggg acagaacatc gcgggcaaga ccggtaccac gtcttccaac     2040

cgcgaccggt ggttctgcgg ctataccacc cactacaccg cagccgtatg gtgcggctat     2100

gacatccccg aacagattta tctcaccggc agcagcgcca acccggcggc acggctgtgg     2160

aaggcggtca tgcagcccat ccacgacggt ctgcccagag aaggactgta caacggcaac     2220

gccttccaca gtgtgggcgt gtgtctggat tccggcaaga aggccaccgc ggcgtgcagc     2280

gccgacgtgc gcggactgga gcgtgtggtc tacgtgaacg tctacgacgg cgacgagccg     2340

gagggaacct gcgacaagca cgttcaggtg gactactgcg tcaccggcgg cggtgtggcg     2400

accgactact gctatatgtt cagcgacgcg cagatcgagt cccggtctct tgtgaagctg     2460

acgcaggccg aggtggacga gatcaaggcg gcggacggct tcgggctgaa cgatatttac     2520

accgccaact actatgtata tctcatcgat tccgacggca accccgcttc gtggcacggg     2580

ttctacaaca acctgaacaa cggcgtggac gccccctata tcgtgtgccc gctgcacacc     2640

cagagctcct gggaggagta tcagcccggc ggtacggagg aagacaccac cggcggctgg     2700

gacaacagct cggacggcgg ctggcatggc ggctgggatg gcttcgtcgg ctga           2754


<210>  1070
<211>  1629
<212>  DNA
<213>  Clostridiales

<400>  1070
atgtcggctt atcaggcgtt ataccgcaaa taccgccccc agacctttga cgacgtttcc       60

gggcagatgg cggtgacgca gaccctgaaa acccagatca tgaccgggaa aatgagccat      120

gcgtatctgt tcaccggctc caggggcacg ggcaagacca gctgcgctaa gattctggcg      180

aaggcggtca actgcctgaa tcccgaccac ggtaacccct gcaacgtctg cgaagcctgc      240

aaggccatcg attccggctc ctgcatggac gtgctggaga tcgacgccgc gtccaacaac      300

ggcgtagaca acgtccgcga cctgcgggac gacgccattt atacgccgtc tcaggtgaaa      360

atgcgggtgt atatcatcga cgaggtgcat atgctctcca tttcggcctt caacgcgctg      420

ctgaagatca tcgaggagcc gccggagcat ctgctgttca tccttgcgac cacggagctg      480

cacaaggttc cggcgacgat cctgtcccgg tgccagcggt tttccttccg gcgcatcagt      540

caggaggaca tcgcagcgcg gctgcaatat gtcgcctatc aggagaacat cgacctggac      600

gacggcgcgg cgcgggtgat cgcccgcctt gcggacggcg gaatgcggga cggcctgagt      660

ctgcttgacc agtgcgcctc cgcgaccacg ggggagctga cggcagagcg ggtgtacgcc      720

tgtctgggca ttgccgggga gcggaaatgc ggggaaatga tgggctatat tgccgcccac      780

gatacgaaaa acgctttgga gctgttcaac cggctctata ccgagggcaa ggacttaagc      840

gccatgctgg atgaaatggc ctgcctgacc cgggaccttc tggtgctgaa aaccgccgga      900

aacgccggga tcaccatgct ttccggcgtg gcgtcggaca aggaagcact ggagctgaca      960

aaagccctgt ccagcgccga gctggttcgc atgatggagc ggcttcagga gacgatggcc     1020

ggttttaccc gaagcgccag ccgccgcatg gacgcagagc tgtgcattgt ggagctatgc     1080

cagccggagc tgagcctgga taccaaagca ctgaacgccc gtctcacccg gctggaagag     1140

caggtaaaga gcggcgcgtt tgtcccggcg gctcccgtga aggcggagaa agccgcgtcg     1200

gagaaggacg aatatgagga cgatcgcccg cctatgccgg atgatgccga cgcgcccccg     1260

gcagaggata cgccgccggt ggtggaaagc gaaaccccgg tcggcttctg gtcggacctg     1320

gtggcggcgg ttcgcaagga gctgaaaccg cctgtttccg gcttctttgt ggtgacgccc     1380

aacgcgccgg ttcagggcgc gctggtgggg gacaggctgg agcttcggtg cagcaacagc     1440

tttacggcgc agatgttgga cagaccggaa attctggagg tcgtctcccg gaaggcaacg     1500

gcaatgctgc cccatccggt gaaggcggca acggtggata tgtcggcaaa gcctgccgcg     1560

aaccccagaa tggagcagct gatgaacttc ggcagggcgc acagcgatat tgtaacgatc     1620

aaacgataa                                                             1629


<210>  1071
<211>  3573
<212>  DNA
<213>  Clostridiales

<400>  1071
gtgtatctga aatcattgga actgcaaggc tttaagtcct tcccggacaa gacgctgatc       60

cggttcggcg acgacattac cgccatcgtc ggccccaacg gctccggaaa atcgaatatt      120

tccgacgcca ttctgtgggt catgggcgaa caaagctcca aaaccctccg gggcgccaaa      180

atggaagatg tgatcttcgg cggcacccag aagcgcaccg ccgtgggctt cgccgaggcg      240

accctgacgc tggacaactc cgaccgggcg ctggcctacg acgccgacga ggtgatggtc      300

acccggcgct actaccgctc cggggacagc gaatattaca tcaacaagca gtccgcccgt      360

ctgcgggaca tcaacgagat gttcatggac accggccttg ggcgggaggg ctacagcaat      420

atcggtcagg gcaggatcga cgaaatcctc tccctgaaaa gcggcgaccg ccgggagatc      480

ttcgaggaag ccgcaggcat ctccaaatac cgtcaccgca aggaggagac ggagcggaag      540

ctggccgcca ccgaggacaa ccttctgcgc atcggcgaca aggtctccga gctggaattg      600

cagctggaac cgctgaagca gcagtcggaa aaggcaaaaa aatatctgga actgaaggac      660

gagctgaagg gcgtggaggt ggccgtttgg ctggacacgc tggacaggct ttccgccgcc      720

gccaagaagg cggaggagga ctatgcgtcc gcgtccttcg ttttgcagca ggcccatgac      780

gatctggacg ccctgtaccg tcaggcagac cagctgggcg aagccctgcg tacccgggac      840

ggcgaactgg aaaccgtccg tctgaaagtg aatatgctgt ccgctacgca tcagcagctg      900

gacgggcaga tggccgtgct tcggggcaat gtggagaaca acaacgccaa catttcccgc      960

attgaggaag agctgaaagg gcaggaagac cgctccggcg gcatcgtgtc ccagatcgac     1020

cagacgaagg ccagaattga agaaattgaa gcggctctcg cgggaaaacg ccgggagctg     1080

gacgatttgc agcacaagct caccgccatg acggccagcg cgcagggact gaccaagcag     1140

tttctggagc tgcgggggaa ggaatcctct ctggcggcgg acgttgcggg acgtcaggca     1200

gacgtgcggg gtctggaaga aagcatggcg cagaccaagg agcggttgga gcagctgaat     1260

gccgacctgt ccgccggtgc ggccagacag caggaagccc agaccaatct ggataactgc     1320

cgcagggaac tgaaaaaagc ccaggaggaa gtgaccgcgg ccaacaacac catcgcgggc     1380

tacaccctcc ggcagaatac ccgggtcaaa cgccgggacg aattgcagga aaaaatccgg     1440

gacatgacct cccggcggga ttccgtgacg gccaaggcca gagtgttccg ggcaatggag     1500

cgggattttg aaagctacaa caaggccgtc cgcatggtga tgcaggaagc ccagcggggc     1560

gcgctgcgga acattcacgg tcccgtgtcc cgtctgatcc gtaccgagga cagctacacg     1620

gtcgccattg agatcgcgct gggcgcggcc atgcagcaga tcgtggttgg gacagagcag     1680

gacggcaagg cggccatcgg ctacctgaaa cgcaccggcg gcggtcgtgc gaccttcctg     1740

cctatgtcga atattcaggg caggagctta caggagaccg ggctggaaaa ttgccggggc     1800

ttcgtgggca ttgcctccga gctgaccgcg agcgacgaaa agtaccgggg tattgtggaa     1860

aatctgctgg gcaggacggt catcgtgtcc gatatggatg cggccatcgc catgtctcag     1920

aagtaccggg ggcggttcaa gatcgtcaca ttggacggtc aggtcatgaa ccccggcggc     1980

tccatgaccg gcggctccgt gaataaggaa gcgggcattc tgtcccgtgc caacgagctg     2040

gaaaagctga cggcacagga aaagaagctg gaacaggagc tgctggttgc ccaggcggat     2100

ctgcaggaag cccagcggca gtgcgatcag gtggaatttc agatgaaggc ggcgcaggat     2160

cagcttcgcg gcgcggagga tcaggtgctg cgcctgcagg ggcaggaaaa gcagtttgag     2220

attttgctga atgccatcgt ggaggcggag acctccgccc ggcgggagcg ggacgcgctg     2280

aacgcgcggc agacctccga tcgggagcgc tatgccgccc agcaggcgaa aattcaggtt     2340

tacacccagc agcttgccga gacccggcag acgctggcac agctggaagg cagtcagacg     2400

gaagcggcgg aagcgaacgc cgccatcacc ggacagatga cggagttgaa aaccgcggaa     2460

gcggcgctgg aagccgagcg gggtacggcg ctgacccaca ttgcggacct ccagaacctc     2520

cgggcagcca tggagggcga ccgggagaag aaggaagccc tggcagatgc catccgggag     2580

gacacccacc gtctggaagg agagatcgcc cagctgaaaa tcaagcagga ggaaaacgac     2640

gcggagtccg accggatgaa cgccctgatg caaaagacgc tggaagaccg ggcggaagcg     2700

gaagcctcca agacccgcgc cgagcgggac gcacaggaaa agaacaagga cattctcaac     2760

atggagcgcg cctgcgcact gctggaacag aagaaggtca cttcctccat ggaggaaaag     2820

cagatcgtgg acaagctgtg ggattcctac ggcctgaccc ccggcaccgc cccggagcat     2880

cggggccaga tcgaaaacgt caccgccgga aaccgtcgtg cggcagagct gaaacggaaa     2940

attgccgcgc tgggtacgcc caatctgggc gccatcgagg aatatgcccg ggtcaacgag     3000

cgctacacgt accttgcttc ccagcgggac gacgtgctga cctccaagcg ggagctggaa     3060

agcgtcatcc gggacatcac caaagagatg accaccattt ttgtttcgga attcgggaaa     3120

atcgaccact attttgggca gacttttgaa gaaatgttcg gcggcggcaa gggacagctg     3180

gttctggaag acccggaaaa tcccctgacc tgcggcattg aaattcgcgt ccagcccccc     3240

ggaaagcagg tcaagaccat cacgctgctc tccggcggcg agaaagcctt cgtggcgacg     3300

gcgctgtact tcgccattct gaaggtgcgg ccgacaccct tctgcctgct ggacgagatc     3360

gacgcggcac tggacgaccg gaacgtggag cggtttgcca gctatcttca caatctggcg     3420

aagaagaccc agttcatcgt catcacccac cgccggggca ccatggaagc ctccgacgtg     3480

ctttacggcg tgaccatgca ggagcagggc gtgagcaagc tgctgcggct ggacttgaac     3540

cagatggaag aatatttggg aatcgtggaa taa                                  3573


<210>  1072
<211>  1263
<212>  DNA
<213>  Clostridiales

<400>  1072
atgatcgcga ttccttacgg caaaagccat ctggatgttg catttcccta taacggtctg       60

ctgacctccc gtgtggacga gctgaaaagc gaccgcaccg gcagggagct ggtggaggaa      120

gccatggcgt cgcccatcgg aacgcccacc ctggccgctc tcgcggcggg gaagaaacgc      180

tgcaccatca tcatttccga ccacacccgc ccggtaccca gccgggatat cctgcccccc      240

atgctggcgc agctgcgcca gggcaacccg gaaattcagg tgacactgct ggtagccacc      300

ggtttccacc ggctcacaac gaccgccgag ctggaagcaa agctggggaa ggaaattgcg      360

ggttccgaga aaatcgtcgt tcacgacgcc tttgacccgg aatccaatgt tcagatcggc      420

gttctgccct ccggcgcacc gctggtcatc gaccggatgg cggtggacac cgacctgctc      480

attgcggagg gtttcattga gccgcacttc ttcgccggtt tttccggcgg gcggaagagc      540

atcctgcccg gcgtctgcga taagacgacg gtgctgggca accactgcgg cgcgtttatc      600

gcttcgcctt atgcccgcac gggcattctg gagtgcaacc cccttcaccg ggacatggta      660

gcggcggcag agatggcaaa gctggcgtac atcgtcaatg tggtcatcga cgaggagaaa      720

aagacggttg cggccttcgc gggagacttc cggaaggcgc atgaagccgg tgtggcgttt      780

ctgcggcagt actgcgaggt gcaggccgtc cccggagaca tcgtcgtcac ctccaacggc      840

ggcgcgccgc tggaccagaa catctaccag agcgtcaagg ggctgaccgc ggcggaggct      900

tccgccaagg agggcgcggt gctgatcatg tgcgccgagc tggccgacgg caccggcggc      960

gagggcttct atacctccct ccgggactgc gaaacccctg cggcgcattt tgagcagtgc     1020

gtcaataccc cccagtcgga gaccattccc gaccagtggg agagccagat tctggcgaga     1080

atcctcatga agcaccgggt gatcttcgtt tcccgtccgg aaatggagaa gactctccgg     1140

gagatgaagc tggactacgc ccctgatctg gaaaccgcca tggccatggc gaaacaggac     1200

aagggcgaaa acgcctctgt caccctgatt cccaacggca tttccgtaat ggtaaaatca     1260

taa                                                                   1263


<210>  1073
<211>  834
<212>  DNA
<213>  Clostridiales

<400>  1073
atgaaaagaa agaatattct cgctgtgatc gctctggtcg ccgtgttcgc gtttgccctc       60

gccggctgcg gttccaagga taaggaaccg accgccaata ccgccgccag cgttccggaa      120

atgtccgccg ggcaggagct gaccctgacc tccagtacgc tgaccgccgc cacatggagc      180

agccccaacg gtgctaccgt caacctgacc gccaccccca acggctatgc cgaggggcag      240

agcgcggcat tcatcgtccg tctggagggt gaggaagcag cgaacgttcc ctgcgagtgg      300

aacggcagcg cctacaccgc gtccgccgat ctgaacgctg ccgacggcta ctgctactac      360

gtccttctga ccgccgcgga cggcacccag actgaagtcg ccatcaacac ccccaccgcg      420

cccaccgacg acgccctgat caatctggag tccgcgctga actcctactg caacatgacc      480

gtggcgtccg ccacccagga cggcagcacc ctgaccatca ccggtggttc cgtggaggtg      540

caggcgcccc ggatcaccaa cgagggcgag accatcacct gcagcaaggc cgagctggtt      600

ctgaccttca aggaggagat cgtcggcacc gccgcgctga ccatggaagc cgccgaaatt      660

cccggcagct acaccgcgga catctccggc atcaccttca acattccctc catggaggac      720

gaccagcagt tgtccatccg tctggatgtg acgctgccca acggccagtt cctcaccgcc      780

cccggcggca ccttctcctt cctgaacggc gaaatggtgt cctccgtcgg ctga            834


<210>  1074
<211>  1929
<212>  DNA
<213>  Clostridiales

<400>  1074
atgccaaaag tcgtatttca aatcgaaggc ggcaagcccg ttaccgtcga ttgcaacgtc       60

ggcgataacc ttctggagct ggctcgccgt gccaatgtgg caatcgacgc tccctgctcc      120

ggcaacggtt cctgtggcaa gtgccgcatc aagctggtgg agggagagtt ggaatcctac      180

cccagccgcc atatttccga cgaagaatat gccgaaggct ggcgcctgag ctgcagctcg      240

aaggtcgtcg gcaactgcac cgtgttcgtt ccggacatcg ccagcgccta ccagtcccgg      300

atgaagaccg ccgacctgag cagtccccag gaggtcgcca tttttgacgc ctgccagagc      360

cagctgaagc agagcggcat tcactttacc aatcggttcc gggcagtggt cgtgaccatg      420

gccgagccaa gtctggacga caccatgccc gacaacgagc gcctgacatg ggcgcttgag      480

gaagcgctgg gcgtagagaa ggtggagatt cccttctgcg tcatggtgaa gctggcccac      540

gttctgcggg aaaacagctt ccacgtgtgc gtgaagggcg aacttctggg cgataccttc      600

cgctgtatgg aagtttgcgc cccggaggac actgccatcg tcggctgtgc catcgatatc      660

ggcactacca cggtcaccat ggtgctgacc gatctgacca cgggcaaaat tctggcgaag      720

ggctcctccg gcaacggcca gatccgttac ggcgcggacg ccatcaaccg tatcatcgag      780

cagggcaagc ccggcggcag gaaaaagctt caggacgcca tcctgaaaga gaccctgaac      840

cccatcattg ccaatctgtg caagtccgcg ggggtcacat gcccgtccat tctgcgcatg      900

agcgtgggcg cgaataccac catgaaccac ctgctggtgg gcgtggatgc ccagagtgtc      960

cgcatggatc cgtacatccc cagcttcttc ctctggaacg gactgctggc gcaggacttg     1020

aagattcccg ccaaccccct cgcgccggtg ctcatcgcac ccaacatcgg ttcctacgtg     1080

ggcggcgaca tcaccgccgg tacgctggcc tccggcatct gggacagcga cgcgctgagc     1140

ctgttcatcg accttggcac caacggcgag atcgtgttcg gcaaccggga cttccttgtg     1200

agctgcgcct gttctgccgg ccccgccttt gagggcggcg acatttcctg cggtatgcgc     1260

gccacggacg gcgccatcga agcctgcacc gttgacaaag tgaccatgga acccaccgtt     1320

tccatcgtgg gcgacgaagg acagaaggcc gtcggcatct gcggcagcgg catcatcgac     1380

atcatttccg agctgtaccg ctgcggcatc gtcaacgcca agggcctgtt catccgggag     1440

ggcgagcgcg tccgccggga tcatcacggc atgggccgct acgttattgc ctttgaaaac     1500

gaaagcgaga ccggccggga agtgtccatc aacgaggtgg acatcgacaa tttcatccgt     1560

gccaagggcg cgatcttctc cgccatcgca acattgctgc aaagcgtgga tatgcccgtg     1620

gaagccatcg agaacgtcta tgtcgcaggc ggcatcggct ccggcatcaa catgaagaac     1680

gcggtgaata tcggcatgtt cccggatgtg gagctggaaa agttccacta catcggcaac     1740

tcctctctgg ctggcgctta cgccatggtc atgagtgacg aagccgccgc aaaaacggcg     1800

gaagtggcag cgaacatgac ctatctggag ctttccacat accccggcta catggattcc     1860

tttgtagctg cctgcttcct gccccacacg gacaagcggc tgttccccca ctccgttcag     1920

gaggcgtaa                                                             1929


<210>  1075
<211>  816
<212>  DNA
<213>  Clostridiales

<400>  1075
gtgaaggtaa agaagagact ggatgttctg ctgacggaac ggaaccttgc ggacagccgc       60

tccaaggcac aggccgtcat catgagcggc cttgtatatg tggacggtca gaaggcagac      120

aagcccggcg tttcctatga cgaaacggtg gaaattgagg tgcggggcgc ggcgtgcccc      180

tacgtcagcc ggggcggatt gaagctggaa aaggcgctgc gggacttcgg cgtaaaaacc      240

gagggctgtg tgtgcagcga ttccggcgcg tccaccggcg gatttacgga ttgcttattg      300

cagcacgggg cgaaaaaggt gtttgccatc gacgtcggct acggtcagct ggactggaaa      360

attcgctccg acccgagagt cgtggtcatg gagcgcacca atatccgcta tgttaccccg      420

gaacagctgg gggagccgct ggacttgtcc gtggtggacg tgagctttat ttcgttaaag      480

ctggttctgc ccgtgatcaa aacactgttg aagcccaccg ggcaggtgct ctgcctgatc      540

aagccccagt ttgaagcggg gaaggagaag gtgggcaaaa agggcgtcgt ccgggaaaaa      600

tccacccaca aagaggtgct ggacaatttt gttgccctgg cggacgagct gcaattcaaa      660

attctcggcc tgaccttctc cccggtgaag gggccggagg ggaatattga atttctgggg      720

catctgacgc tggacaatgt ggcgggcatt cggccggata cagcgctggt ggcggaattg      780

gcgcaccaga cgctggacaa gggggaaaat tcatga                                816


<210>  1076
<211>  1050
<212>  DNA
<213>  Clostridiales

<400>  1076
atgaaggtac tgcacgttct gtattccaaa atttacaccg gcgcggaaaa ggttgccgcc       60

cagatcatca aagcctttga aggcagggtg gatatggctt attgcagtct ggaatgcgag      120

gaagtctgga atatcttaga cggcatgggc atccggcact atggcgtgga ggagctgacc      180

cccgcgaccc tcagccgggt gattcgggag taccggccgg acgtcatcca tgcccacgac      240

atgcgcacca gcttcgtcgc ggcgctgtgc tgcgggaaga tacctctgat ttcccacatc      300

cataacaatg cctacgacgc cagaggactg tccgcgaagt ccgtcgccta tctgctggcg      360

ggcttccggg cgaagcatat tttctgggtc tccaacagct cctacgaggg gtacgtgttc      420

cacaggctgt tcgccaaaaa gagcagcgta ctgtacaaca tcatcgacgc caagcggatt      480

tttgccatgc gggacagtga tgaaaatacc tacgatttcg acatgatcta cctcggccgt      540

ctgacttatc agaaggatcc ccagcgcctg atgcgcctga gcgccgctct gaaggcacgc      600

aagccggaca tcaaagtggc ggtggtcggt gcgggagaac tggaggaaga gacaaaagcg      660

ctgtgcaggg aactggactt gcaggacaac gtgcattttc tgggcttcca gagcaacccc      720

atcaaaatgg tggcggacag caaggcaatg attctgacct cccgctggga gggaacgccc      780

atgtgcgccc tggaggccat ggcgctggga acgccggtgg tcagtacccc gtccgacggg      840

atgaaggatt tgatcgaaaa cggcgtggac ggatacctca gcgacgagga cgccgtgctg      900

gcggaggaca ttctgaaaat cgtggaaaat cctgaccata gacggcttct ctccgaaaac      960

gcggcgaaga aattcgccca gatcaacgac gaagaaaaat acaacgacac cattctcgcc     1020

tgttaccgcc agtggggagg aacgctatga                                      1050


<210>  1077
<211>  5691
<212>  DNA
<213>  Clostridiales

<400>  1077
ctgaagacct ttgcgaccgg cgcggtgaac ttcaatcctg cgggcgccat gttctgcatc       60

tggtgcgacc actgcaccgg cggtgcgtcc cacgaggcgg acgtgaccgg caacgccatg      120

gaggtcatga ctgagtgggc ggcctgcctg tcggccatgc cggatgaaaa ctatgagtac      180

gtggagaaga ccgatgccac cggcgtcagg gtcggcgcgg cgggtctgag cgagatcgcc      240

gtggacaagc tggataccaa cccgacgatc ctcgccgcgg cggcgggaaa ggttcagacc      300

tattccgtgc agatgctgaa cgcccagcgg gactataccg gctcttaccg cgttttcctg      360

cccattcccg atggctggaa tgccgcgaaa gtccggggct tcacggtggg tgagcttgtg      420

gccgccatgt cggccgataa cgaagccacc ctgcccgtgc gggaggccaa cggcaatgtg      480

aaggacggct attacgttct ggacgtggac acgccctatg ccgccgtagg catttacgag      540

gccgccgacg cccccgaggg gcaggaagtg gtgaccatca ccctgaatgt gggcgatact      600

tacgaccttg ggacgctgac cggcgattac cgagcgtttg caaaggcata tggcgcgttc      660

aagattgagc agaccggctt tacggacgct gtggcgggaa cgcctgcggt tgaccccacc      720

gccgccgata tgagcgcatt ggtttccggt gagtcgtatc tcatcagcga cggcaacggg      780

aattatctgt cctttaccgc tccctccacg atcaccaact cggctgaccc cctgaccgcg      840

acaaagtgga aggtgaccgt caattcggac ggaacatatt ctttctccac gtcctatgtg      900

cagtggggtt cgacatcgac cgcctatctg gcattgcaga catataatcc ttatatcctt      960

gttacaacct ccgctgccgc aaacctcacc tacgaatctg gcagcgggtt ccgtatccac     1020

ctgaaaaact gggaaagaga caacgactat tatctggaat atacgggcag cagctgggcg     1080

tttaccatgg acacggtttc cggctcagcc gcggcgatct acacccccgg aacagaagga     1140

acaccggatg tgcccgcgac cacgaccctt cggctgaccg cgaccgaagc gggtacggct     1200

tccgtcacca tcgacaacac gacctacaac gtaacggtgg ttgccgctgt gaccagcgcc     1260

cgctgcgagg agcacgacat cactgtttcc ggccacggcg tcaacggcct gacctgcgcg     1320

gcggacaact ctgtcacgtc cgtcgccggg tacgagtccg ttgccgacgt gaagatcacc     1380

ggctacagcc tgacccccac cgtggacaat gccgcttaca agggcgaggt tcaggtcaag     1440

atgcccgttc ccgctgactg gcttacggag ggcggcgtca ttcaggcgtt cctgaagcag     1500

gatgccggaa cggcggccat ccctgtgacc atcgagaacg gctacgcgac ctataccgtc     1560

cccggcggaa cggtttccgg cctgttcaag ctccccgccg gttacttcac caaggaagtc     1620

aacgtcctga tgggcgacaa ctccaccgtg acccgtcttc agcagggcgc ttataccgac     1680

aaggatgtct attactgcga cgacaagggc tttgttaccg tcacgtctga ggtgacgtcc     1740

tcctacgttc ccgcattgcc ggcaggtatc gtgtcggcca tcaatgtggg agataattac     1800

gtcatcaccg atggaaatgg caactacctg acgattgaaa atggccagat ggcgaatacc     1860

aacgaccctg acaaagcggc aaagtggaat tgcctttcta ccgacagagg tacatatcgc     1920

ctgataagcg gcggctataa tttgaataac acaggtagtg gcttcttcat tagcacggat     1980

ggcggcgcaa actggtggtc accatacttt gacccggagc ttggcctgta caagaatggg     2040

caatatcttg tcttcaaaga tggagcatgg actaccagcg cggattcgac aggccacagc     2100

atcgtgtatg gcaccggctc tgacgcggtt cccgcgaagt ccaccgtcac cattacgagc     2160

catgaccaga ccggcaccac gtcggtaatc gtcggcacgg tcaagtataa catcaccatt     2220

gcggacaagt ctctggtcga tagcaaggtc aggatccact ccatgattac caacgacttg     2280

gttctgatcg gcggaagcga tgcgtccccg gtgtgccatg tggacgtcaa cgcggcaatg     2340

ccgggcgtca acaccgagga aggcattgac atcaccaagt tgttccccac caacgccgtc     2400

cgcaaggacg acagaatggt cttctggaag atgacatggc tgcctgccgg taaccatcag     2460

ggaaccgaga gcggctcgcc ctatctgaca ggcgactacg agggaggtat tgcgggtcag     2520

accggcacca tgaccggcta cgccagccgc gccgatttca caaggctgcg ctattatgaa     2580

ggcagatggg aattctatct ggatgccgag ctggacgcat gggacaccgg cgccaagtgg     2640

ggcaaggata agaacggcga cggcgttatc acagccgagg aatctcaggg ctggtatccc     2700

gtcaacccca cggaagcgga gcgcaccgag ctgaatatga gcgacatcgc tgccggtgac     2760

ggccagatcg ttgcctacta cctgcaggtc acggacgtca cccgcgaggt catcacaaac     2820

gttgcggact ggggccctgc cattgacgac agccggaacg tcggctacgg caagaactac     2880

gttctgttgg actttgcggt ccgttacgag gacggcgtcc gcaaccccaa cgagaccggc     2940

accttcccct attccgaggg cagctacaat accgccggag agaagtacac caccgacaag     3000

accatgggct tccactgcac ggaaggctgg ggcgatgttg agaagcggga cgatggcacc     3060

ctgtggcgca agatcaacac catcatggcc accacggaca agatcgacgg ctacgagatc     3120

tacatgatca ccaccacaag gtccgacgaa accaagcagc tttctgacgt ggatatgtcc     3180

cagaacaagc gcagctcgga tggttccggc ggctatgact acgataccaa gacggaaacc     3240

gttgtctggc tgaaggatga aaacgttcgg tacaacaccg aagaattcct gctggatgag     3300

aatgtcgcct acggctaccg ggaaaacggc acccatacca gcggcgttcc tctggtggac     3360

tccgtgacca ttcagaatga gcacgcggtg ctggtcacct actacgtccg ctacgtcggc     3420

aacactgagg atgcgctgca tgtgcattac atcaaccgca gcctcaacaa cattgagttc     3480

tacaattacg gcatccgcgt caagtcgggc accctgttcg atacgacctt cgcgcggacg     3540

gataacgaat acggcctgac cggcaatacc gtggtcaact actacgacgt tacccagacc     3600

gttcagggcg accccagaga aattctggac gttcccagct tctaccgcag cacgaagctg     3660

acgctggtgg aggttcgccg cagcgaggac ggaaaggatc tttacctcta ctacgacacc     3720

gacaacgcca aggacatggt cgttgacttc ggcctgccgg tggagatcac cgagaaatcc     3780

ctgcagctgg agctgaatca ggacgagact ctgcggtaca ttaccgccat tgacggaacg     3840

gaaacggaga ctgttcaggg taagtattac gtccaaaagg cggagtatgg ctacttctac     3900

acggatcttg cgaccggcca gtgctactac attcccttca ccgttatgcg gggaacggaa     3960

agcatgcgta tggcagtcac gacggataag accacgtcct ccaaccccca ccgctacgtc     4020

atgtcggtct tcccggccac cactgtgtac tacgaggaat acttcgcaaa gtacgaaggc     4080

acatggacgg gcaataccac gaggccggac atgggtgaga actacgttgg tcagtacatg     4140

gggcagcagc agggcgcgta ccccggcatg accgatgcgt acaactacgg ctacgacacc     4200

gtttacggcg gcgacgcaaa gaccgaggct gcccctacga cccccggctc caaggccacc     4260

ttcgagttca ccggcaacgg cttcgagatc tacgccgact gcacgaccag caccggcacg     4320

gtcatggtcg cgctgtacaa ggttgacggc cagaccgaga agatgaagtc catgtacatg     4380

gtgaacaccg tcagacagag cggcgaaagc gccctgacgc agtacgaggg cgagagccac     4440

aatacgccca tcgtcagcgt cagagacctg gagtacggcg actacaaggt cgtgatggtt     4500

ctgaccaact attcggcggc gaacttcgtg ttcgacggct tccgcgtgtt caacacgatg     4560

gacagcgcca tcgacgggaa ggtgtacgac aaggatgccg agtcccagcc ggaatttgtg     4620

gaagtgcggg acaacgttct tgtggccaac ctgccgaaca aggacgcgat cgacgaaaag     4680

agcgtctata tcaaccagat cgccgagggc gtttccgggc aggtctacac cctgaagggc     4740

gaccagaaag tcaccgcggt gctgatgacc gagggaggcg ccgccctgaa ggacgcggat     4800

gtaacggact atctggacaa cggtaccaag aatgaggtct atgtccgtcc gggtcagtat     4860

ctgctcatta cgctgcccag cgaggcgatc gcggcaaaga cccagatcgg cctgaagacc     4920

ctgaccggca acgcgactct cggtacgaag acgatcagtc agaccaatat gtactacgag     4980

ggcatgaacg acggcgccgc gatcagaatt cagaacccgt ggggtacggc ttccatcatc     5040

tccgtaacgg acctgaaggt tccgggcggc attcccgcgg acagcactgc cgacacccag     5100

agcctgcaaa gcggcgtccg gcaggcgctg ctgtggatgg gctacaagga agaaccccag     5160

cccacagagc cggaacccac ggaaccggaa gtcaccgagc cgaaggtaac ggaaccggta     5220

actacggagc cgaagcctac cgagccggcg cccacagaac cgaaggcaac ggaacccaag     5280

cctacggaac cggcaaccac ggagccgaag gtcacagaac ccaagcccac ggaaccggca     5340

ccgaccgaac cgggagtcac cgagccgaaa cccaccgagc cggacaccgt cattcccggg     5400

gatacttacg tttccggcaa ggcgtaccac cggggcgaca ccgttgtgtt caacggcaag     5460

acttacagag ccaagtggtg gacgcggggt gagaatcccg aaacgtctca ggtctgggag     5520

ctggtggacg acggcaatca gattgccgcc cccgccgcat ggtcgccgtt caagatctac     5580

accgccggta tgcaggtgac ctacaagggt cgcgtctacg aagccaagtg gtggacgatc     5640

ggcctcgcgc ccggcaaggg ctggtggagc gcgtggaagc agatctcctg a              5691


<210>  1078
<211>  708
<212>  DNA
<213>  Clostridiales

<400>  1078
atggccatta caagcgcaag tctgcccgcg aaaaaacgga ttctcaccgt ctgtgttcgg       60

ctctttctgg aaaagggcta caaacgttcg acgctggcgg agatcattga aaaagccgac      120

gtttcctaca gcaccttcca gaatattttc cgtgccaagg acggcgtcct gacggagctg      180

gtggaattca tgttctccaa ccaattcgcc atggcgcggg gggaggcggg ggcgaagctg      240

ccgccggtgt acgtctacgc ggtggagacg gccatccaga tgaccctgac ggagctgaac      300

gaaaatctcc gggaaatcta catcgaagcc tacaccgaga aggaggcctc cgaatatatt      360

ctccgggaga cggcgaagga gctgcacggc atttttggca gctacctgcc ggacgccaca      420

gagcgggact tttacgatat ggagatcggc tcggccagca tcatgcgcgg ctatatggca      480

cacccctgcg acggggagct gacgctggaa aagaagctaa ggctgtttct caccatgagc      540

ctgcgggcgt acagcgtccc caaggaggaa gtggagcagg tcatccgctt cgtcgagggg      600

ctggacatcc gggcgattgc cgaacaggtg atgcagaagc tgttcaaggc gctggccatg      660

cgctacgaat tttccctcac cgggctgacg gagcctgtga agaaataa                   708


<210>  1079
<211>  684
<212>  DNA
<213>  Clostridiales

<400>  1079
atgattaacg aaaccgacac aaagaaaggg aacagcatga atctgaacag acagcttatt       60

gaggcaatgg ccgatctgaa tgaagatctg gtgatcgcca ccgtccggca gatggcggcg      120

gagggacact cctttgagga aattcagcag tgcctgaaca ccggcatcag cgccgtgggc      180

acccgctttg agcggggaga ctatttcatt gccgacctga tcgtctccgg tatgatctac      240

cgcagcgccc tgaacgagcg ggagcctctg cgttccggcg gcgcgccccg gcctctgggg      300

aaggtggtca tcggcgtggt ggcgggggac atccacgaca tcggaaagga catcatcgtc      360

agtctgcttc gggcggagcg gttcgacgtg gtggatctgg gcatcgacgt caagccggag      420

cggttcgtcc atgcggttcg gaactatcac ccggatgtgg tgctgctcag cggcgtgctg      480

accaccgcgc aggaggctat ggtccagacc attcaggcat tgacggacgc gggacttcgg      540

gatcaggtga aggtgctgat cggcggcctg tgcaccagcg agtatctgat gcatcacgtg      600

ggggccgacg gctgggctta tgacagcaac cgaaccgtgc ggttctgcaa ggaggtagtg      660

gatgcgaaag aagcagccaa gtga                                             684


<210>  1080
<211>  996
<212>  DNA
<213>  Clostridiales

<400>  1080
atgactgcta agaaacggat acttcttctc accaccggcg gcaccatcgc gtccgttccc       60

ggcggcgaag ggctggaacc ccggcgctcc gaggtgatgg agcgggagct ggaacagctg      120

cgcacctatt acgatatctc cgtgaaagac gtgatctgtc tggattcctc caacatccgg      180

ccggaggaat ggcagctgat cgcacggcac atttttgagg accgggcggg ctacgacggg      240

atcgtggtct cacacggcac cgacaccatg gcctacactg cctccgccgt gacctttatg      300

ctgcccaata ttgacgttcc ggtggtgttc accggttccc agctgccgct gacggatatg      360

ctcagcgacg gcccggacaa cctgcgtacc gcctttgcca tggcagcctc cggcgccccc      420

ggcgtgtttc tggcctttga ccggaaggtc atgctgggat gccgggcggt gaaggttcgg      480

gcttccgggt tttccgcctt tgaaagcgtc aacgcccgct atgccgctct ggtcagcaac      540

cgggggctgg tggtggacac ggacgtgctg ccccggcgca ccggcgaaag caagctgctt      600

tccgatatca gcaaggaggt attcctcctg aagctcacgc cgggactgaa tccggccatt      660

ttcgacatgc tggccgccat gggctacaag ggcatcgtca tcgaagcctt cggccttggg      720

ggcgtcaacg tactgcaccg gggactgcgg ggcatccacc gctgcgtgga ggacggcgtc      780

agcgtggtgg tgaccaccca atgcctgtac gacagcgccg acctgcaggt gtatcaggtg      840

ggcagcaagc tgttggagct gggcgtcatt caggggcggg acatgacctc cgaagccgcc      900

atgaccaagc tcatgtgggc gatcggtcag ggcatgaatc cggcgcaggt ctcggagctg      960

ttcggtcaga atcttgcggg agaggtcacc atctga                                996


<210>  1081
<211>  945
<212>  DNA
<213>  Clostridiales

<400>  1081
atgacactgc tgatccaata cactttgatc ttcgcgtccg ttctgatgct ggtcgccttg       60

ggcggctgct tcgccgagcg cagcggcgtt atcaacatcg gtctggaggg catcatggtc      120

atcggcgctc tgggcggcgc tctggtgctg aaattcatgc cggtctccgt gggagcgccg      180

gtcatggtca tcaccaccgt cattgtcagc gccctgttcg gccttgtttt ctcgctattg      240

cttgcggtgg cggccatcaa cttcaaggct gaccagacca tcaccggcac cgccatgaac      300

atgctggcaa ctgctgcggc taccgtggcg gtgaaggcca tgaacaccgc ggcctccggc      360

ggcaacgacg tgtcctccga catctcctac acccgcacga aagacctgtt gctggttcat      420

gtgggcgggt tcgagctgaa ctggttcatg ctggtggcgg tgctgtgcct gatcgcggcc      480

tatgtggcgc tgtacaagac ccgcttcggt ctgcggctgc gtgcctgcgg tgagcatcct      540

caggcggcgg actccgtggg tatcaacgtc tacaggatgc gctatgccgg cgtgctgatc      600

tccggactgc tgggcggtct cggcggcatc gtgtacatca ccgcgggcgt cagcgtgtgg      660

aagtttgaaa acggcgtggc gggcttcggc ttcctggctc tggccgtcat gatcttcggc      720

gcgtggcacc ccctgaaaat cgcgctggcc gcgctgctgt ttggcttctg ccgggcgctg      780

ggcaatgtgt attccggctt tgacttcctg ctgaacatga acatccccag cgtggtgtac      840

aacatgctcc cgtacatcat ttctctggtg gtgctggcgt tcacctccaa gaagtcccgc      900

gcccccaagg ccgagggcat cccctacgac aagggaagca gatga                      945


<210>  1082
<211>  1134
<212>  DNA
<213>  Clostridiales

<400>  1082
atggcaagaa agacagccaa aaagcaggcg gaagccccca aggtggacat cggcgcggag       60

attttcgcgt ccctgcggga gctggaaaag ctcaagggca tccctgtgga ctatatggtg      120

gagcgtctga aacaggcgct gaccaacgcc taccgcaaag accgggagga tcgccgggac      180

gtcccggcgg acaatgtggt ggtcgatctg agcgagcatg gactttccat gcacatcgtc      240

aagaccgccg tggaggaagt ggaggatacc gcgctggaga tccccatcga cgccgcccgg      300

aactataacc ccgacgttca ggtgggcgac ccggtgaaca tccccgtgga tatccagaaa      360

ttcggccgca tcgccgccca gaccgccaag caggtggtca ttcagggcat ccgggaagcc      420

gagcgtggcg tggcctacga aagctattcc aacaaggcac aggagctgat gaccggcacc      480

gtgctgcgca tcgaccccac caccggcgat atgttcctgc gcatcggtca ggggaacgac      540

acctccgacg ccgtgcttca ggccggcgag cagatccccg gcgaaaccca ccacgagggc      600

gacatgatcc gggtgtacgt gctggaagtc cacaagatgg gccgcggccc tttgatccac      660

gtctcccgca cccatcccaa tctggtgcgc cgcctgttcg agctggagac cccggagatc      720

gccgacggtc aggtggagat ccgcaacatc gcccgggaag ccggttcccg ctccaagatg      780

gcagttcgcg ccgccatgga gggcatcgac cccgtgggcg cctgcgtcgg ccctcacggc      840

ggacgtgtgg gcgccgtcgt gaaggaactg ggcggcgaga agatcgacat cgtggtgtgg      900

agcgaagacc cctgccagta tgtccgggct gccctcagcc ctgcggatgt cattgacgtc      960

agcctgatcc ccggccagaa agcctgccgg gtgatcgtcc ccgacgacca gctgtctctg     1020

gccatcggca aggagggtca gaacgcccgt ctggccgccc gcctgaccgg ctataagatc     1080

gacatcaagc ccgcctctca ggcagaacct gccgaggaga cggaggaagc ataa           1134


<210>  1083
<211>  768
<212>  DNA
<213>  Clostridiales

<400>  1083
atgctgcttg ccattgacat cggtaatacc aatctggtca tcggctgtat tgaaaatgat       60

aaaattctgt tcaaagcccg cattgccacc gacgccatcc gcacctccga ccagtatggc      120

gtggagatca aaaacatgat ggaagccttc ggcgtgcagg taaaggaaat cgacgactgc      180

atcatttcct ccgtcgtgcc gccggtgttc aattcggtca aaaccggcgt catcaaggtt      240

atccggaagc agcccatggt ggtcggcccc gggctgaaaa ccgggctgaa catccacatg      300

gacgttccca gtcaggtagg cagcgaccgc atcgtcattg ccgtggccgc cctcgcggag      360

tacgaagcgc ccatgattct gatggatttg ggaacggcta ccaccatcga ggtggtggag      420

ccgaacaata tgtatctggg cggcatcatt tttccgggcg tccgggtttc gctggacgcg      480

ctgaccagcc gcaccgctca gcttcccggc atcagtctgg acaagccgaa gcacgtcatc      540

ggaaagaaca cagtggactg tatgcgcagc ggcatgatgt acggcaccgc cgccatgctg      600

gacggactgg tggagcgaat cgaagcagag ctgggacaca agtccacact cattgccacc      660

ggcggccttg cccagtttat cacaccgctg tgcaaacggg agatcattct ggagaaagac      720

ctgcttttga agggcctgaa cgtcatttac aagaaaaata agcggtaa                   768


<210>  1084
<211>  885
<212>  DNA
<213>  Clostridiales

<400>  1084
atgcaagttt atgctgacaa cgcgtcaaca acggccatga gccgaacggc catcgacgcc       60

atgctgccct atctcgacaa tatctacggc aacccctcca ccctgcactc cgtgggtcag      120

agggcaaagg aagctctgga cgctgcccgt gaaacggtcg cccagtgctt aggctgcgag      180

ccgcgggaga tcatcttcac ctccggcggc agcgaggccg acaatcaggc catcatctcc      240

gccgcccgct acggcgagaa gaagggcaaa aagcacatca tcaccaccgc ttttgagcat      300

cacgccgtgc tgcacaccct ggcgaagctg gaaaaagagg gctttgaagt tacctatctg      360

gacgtccgga agggtcacaa cgtcaccgcc cagcaggtga aggacgccat ccgccctgac      420

acctgtctgg tcaccaccat gtacgccaac aacgagatcg gctccatcct gcccattgcg      480

gagatcggcg ccgtctgtaa agaagcgggc gtgcccttcc acaccgacgc cgttcaggcc      540

gtcggccatc tgcacatcaa cgtcaaggag cagaacctcg ctatgctcag cctgtccggc      600

cacaagttcc acggccccaa aggcgtgggc gcgctgtacg tccgccgggg cttcccgctg      660

gtgaacatca tcgaaggcgg cgcgcaggag cggggcaagc gcgcgggtac ggagaacatc      720

cccggtatct gcggcatggc agctgcattg aaggaagcct gcgaccacat ggacgagaac      780

atgcccagag tcgccgccat gcgggaccgg ctgatcgagg ggctgagcaa aattccccac      840

agcgccctga acggcgaccc cgtgaaccgt ctgcccggca acgtc                      885


<210>  1085
<211>  1638
<212>  DNA
<213>  Clostridiales

<400>  1085
atgaataaaa acggtgtgtt tgccgcaata cggacggcgg cagcgaccca ccatcttctc       60

acggtgggga cggttctctg cgtggcggcg tcggtgggtg catccctgct cccgccgctg      120

ctgctggcac gggtggtcga tcgcctgacc gtgggcagcg gactgacgtt tctcgcggta      180

cagggctact tttgcagtct tgcgctggag ggactgtttt cttccgcgcg ggaaagcctg      240

ctcgtgctgt tcggccagaa aatgacccac gccctgcgct cggaaatgtc ccggaagctg      300

acccggctgc ccgcaggcac ccttgttgac cagaatcccg gcgaggtcgc cgcccggttt      360

tccggggatg tggacacggt tgaggcgctg tttacctccg gcatcatcag catggtggcg      420

gacgcgtgcc gcattctgtc catcatggcg gtcatcgcgg tgaaaaatac cggtcttgcc      480

ctgatcttgc tgctggttct gcccctgttt gccctgttca cccgccacgt gcagaagcgg      540

atgctggccg cccagctgaa caaccgccgc gccgtcgccg ccgtgtccgg tcaggtgccg      600

gagacgctgc acaatatccg caccatccgg gcgctggggc tggaagatta catggagcgc      660

cgctacgatc ggcgcatttc agacggctac gccgccatgg agcgcaccaa tttttacgac      720

gccatctatt ccccggtggt tctgctgctg aacgccgtgg tggtgggcat cgtcatgctg      780

ctgtccgcct ccggaaatgc ggaaattctg tgtctgttcg gcatgtcggt gggtacgtcg      840

gtggccgtta tcagctacat atcccgcatt tttgcaccca ttgaaagcct tggcatggag      900

attcagacca ttcagtcggc catggccggg gtcaagcgta tcgacgcgtt tttaagccag      960

ccggagcgcg acattccgga gcatcgggaa accgccgccc ggggggacgt ggtactgtcc     1020

cacgtgacct tcggctacgg ggaaaagccc gttctgcggg acttttccat gaccgtaagg     1080

cggggcgagc aggtcacgct ggtaggccgg acgggcgcag gaaaaagcac tgtgttcaag     1140

cttctgctgg ggctttatcg ttcggaagcc ggtacgatta ccattggcgg cgtggacgtt     1200

tcggccattt cggatcagga gcgccgaacc tgcatcagct gtgtggagca gcacttttcc     1260

cgcgtgccgg ggacggtgct ggatcagatc acccttggtg acccgcagat aacggaagat     1320

atggcaaaga acgcggcgca ccttgccggg atcgacgcgg ctattcaggc attaccggag     1380

ggctgcgcca cggtatgcac cgagggcatg ttctcgcagg gcgaatggca gcttctgtcc     1440

atcgcccgcg ccgcggcggc ggacccggcg gtgcttctgc tggacgagat cacagcaaat     1500

ctggacgccg agacggagga gcgcgttctg gaagctctgc gccgcacctc tgaggggcgg     1560

acagttttgt ccgtttccca ccgcgtctat gaaaatctgg gtgggaggac ggtcgagatc     1620

aagccgcagg ggcaatga                                                   1638


<210>  1086
<211>  2910
<212>  DNA
<213>  Clostridiales

<400>  1086
gcagcgccat taggcgatgc cttcctgatt aaaataaaag attttaatca ggaaatagta       60

ttagtgttgc aaatcgctca taattctgct atacttgtta acaacgctgt caagtgttgg      120

aatacactct ggcagtatag ctgcgatgga ccaaatgccc ctgccggatg gcggggcatt      180

ttttacatgt cgatatgggg gattcctatg aatgcgcaga agcatctgat tatcataaag      240

gggaaggaca aaacggactc ggtcgccagt ttccggtttc atgatggaaa gtgcgacgtt      300

gtttatacca gttcacccgg cagaatatat agctttcaga acagaaatgt ggagattctc      360

cccctgaaaa aacaaatcga cccggcgcag gtgatcgtta ccgcgaatgg acaaacgttc      420

agcgagattg acgagattct tgactttggc gcgtattacc gcatcattcg cgcggggaga      480

aagggcctct cgtttcatag gagtgaggtg cagtttcagc ggaattgtct ggcggatggc      540

aaaaacaagg aagcgttcca gtattttaag gagaccgctg cggcaatcag tctggtgacg      600

gataacggca tcaatattct gaaaatgcag tatgacaaaa ttcagcagct cagtgagaac      660

actgttttgg caagctatct tgcgccgcag aaagaaaccg aagcaccttg caggccggca      720

gctgtgatct atccgtttgg cctgaatcaa agtcagaagc tggcggtgga gcgggcgctt      780

tcctcaaaaa tcagcattat ccaggggccg ccgggtacgg ggaaaaccca gacgattttg      840

aatattattg ccaatgttgt cagaagcggg aaaaccgtgg cagtcgtctc caacaacaat      900

tccgcgacgc ataacgttgc ggaaaaactg gaaaagaagg atgccgtctt tctgactgcg      960

tttctcggca gtctggccaa taaacagaaa ttcctggata cacagaccgg cgtctatccg     1020

gacatgcacg actgggagat gccgctggag aaacgacgtc aactggagct ggagacgact     1080

gcactttcca cggaattgaa cgaaatgctc aacactaaga accgcatagc ggaaattgag     1140

caggaattat tgcggcttaa ccctgagcag cactattttg aggaatatta tgcggcgtat     1200

ggcaatgtgc tgacggagcg tctggacagg ctgccctcgc agaagatact cgcactttgg     1260

atggaatttg aacagcacgc agagcgtgag acccgtctgg gacttctgca aaagctttcc     1320

atcgtacttc ggttcaaccg cgatgcgctc aggctgtttc tttcttctcc ggaacaggtc     1380

attccctatt tacagagccg gttttatgtt gtaaaaagac gggagttgga gagtgaaaag     1440

cggaaactga cccggaagtt ggagcattac gcgttcgacg cgaaaatgga tgaacttacg     1500

aaaaaatcct tgcggctgtt ccgtgcagag ctggcggcgc ggtatccctg gaaaggcacc     1560

aggaaacgtt ttgaagaggg ggatttccgg cggaactccg cagaatttac ccgcgaatat     1620

ccggtggtgc tcagcacgac ctactccatc aaggggacgc tgagcataga gcatgtctat     1680

gattacctta tcgtggacga agcatcgcag gtcgatttga ctaccggagt cttggccttt     1740

tcctgtgcgc ggaatatcgt gattgtcggg gatatgaagc agctgcccaa cgtgttaacg     1800

gaggatgaca tccgcaccag cgatgatatt tgggcaaagt attctctgga tgagcggtat     1860

cgcttctcaa cccacagtct gctttcctct gcgttggaaa catggcagga tgcacccgtc     1920

acgctgctgc gggagcatta ccgctgtcac ccgaagatca tcaacttctg caaccagaag     1980

ttctatcatg gacggctgat catcatgacg aaggatcatg acgaatcgga tgtgctgacc     2040

atgtatcgga cggctgccgg taatcatgcc cgtgggcatc tcaaccagcg ccagatagac     2100

gtcatccagc aggaagtgct tccacggctg aatcagcaga atttccaaag catcggcatt     2160

atcacgccgt atcgggatca ggtggcggcc atccggaaac agctgggcgg cgcttatgag     2220

gtggatacag ttcacaaatt tcagggacgg gaacaggacg ctatcattct gacctcggtt     2280

gacaatgtga ttacggattt tgtggacgat ccccatatgc tgaatgtggc ggtttccaga     2340

gcggttcatt ctctgacggt ggtcacatct caggaccccc gcaacgatca gaccaactac     2400

ggcgacctga cacgatacat cgaatataac aattttgaag tcattcagag tcaggtctac     2460

tctgtgttcg atatgcttta tcaaggctat gcagaacagc gcaggacgta tttgagaaag     2520

cacaggcgag tgtccgagta cgattctgag aacctcatgt actctgtgat tcaggaagta     2580

ctgtcagagg aagcgttttc ttcgatcggg tgtgcagtgc atgtttctct tgcggcgttg     2640

gtgaaagact atgaaccgct aacagaggag gaacgcaggt acgcccgcaa cccattgaca     2700

catatcgatt ttctgctgtt ccgtcagatg gacaagcagc ccgtgctggc gattgaagtg     2760

gatgggacga gcttccatga agccgggagc acgcaggcag gacgggatga gaaaaagaac     2820

cgtattatgg aaaagtgtgg cgtcccgctg cttcgtctgc ggacagacgg cagtggggag     2880

cgggagaaaa tcagagacgc actggtttaa                                      2910


<210>  1087
<211>  1845
<212>  DNA
<213>  Clostridiales

<400>  1087
ctgtccttcg cggtgatggt taagcctgcg ggtgcggaga cgaaggtgga atggtcgtcc       60

agcgtcccgg cagtcgcccg ggtgaaccag agcggcattg tcaccctgct gacctccgga      120

acgaccgtca tcacggccgc ggccacagac ggcagcgaag tgaccgctca ggtgacgctg      180

aatgtgaccg ccccggatta cgcgccccgg ctggggggtt ccacgctgcc cctgaattcc      240

gtctcttccg cgggcgtgag cgtcgatctg gtggaaagct acggcaacca gatcctgagc      300

gtcagtgtgg acgatgagcg gttcgacgtg gagtatgcgg acagtctgct gaccctgacc      360

tcaagagaag ccgtcgccag aggcacctac cggatgacgc tggaagccgt ctgcgacgat      420

ggccgcacct attcttatcc catcacggtg agagtcatcc agacgctgcc cagactgacc      480

gtacggcaga gccagcggtt caacctgttc taccgtgaca gtcaggcggc cctgaccatc      540

accggcgggg aagtcgaaag cgcggagctc accggaaaca gcgattttgt gctggagaat      600

gaggacggcg agtgggtcat ccgctacgct gacccggaga acgctcctgc caagcccagc      660

accagagcga ccctgagcgt ctccttctcg ggctataaca tcccggtgac cagggcgctg      720

accatcagca ccataaacac cgcgccgaag cttaagcgga accccacttc cagcacgctg      780

aataccgcac tgaattcgga ctggtccgtg gagacggtcc tgtcgggcgc ggacggcgag      840

agcctttacg cctatacaga caccccgggc gtggatgtgg cgctgagcgg aaacgtcctg      900

accctgacgc tgaccgagac gaagaacgtg tcggccaatg tctacgtgca ggacgacaac      960

tggacgaagc ctgtcaagct cacccacaga gttaccgtca ccaacagact gcccaccctc     1020

agagcggcgg ccggcacgct gaagctgaac agctggttcc cctccgagac ggcttccacc     1080

ggcatgatcc tctctcaggg caacgtctcc ctgaccgatg tggagctgac tcccgcggca     1140

agggagggta ccgccgcccg ggcggagtcc gacaagctga atgtgtacta tgacgcggat     1200

tccggagaaa tcgttgcgga aatcgcggat tccggcatca aaaacgggac ttattccttc     1260

gcctgcaccg gcattctgga aagtggcacg gaaatctccg ggggcacggt gcgtgtcacc     1320

gtatccaaca cgctgcccag agcaaggctg tccgccgcca tggtgcggct gaaccggcag     1380

ctggcagggg aggagagtat tgccgtgaag gtgaccctga ccggcggcga tgggtatgcc     1440

attgagggct tcgaggaact gcccgactgt ctggactacg ccgacggcat cctgacggcg     1500

accatcccca acgcggactt taccggcggc agctatgtgc tgaacgccat cgtcagccgg     1560

aacggggaaa cggcaacgct gcccgcaggg gtaatcctga gggtgcaggt ttacgacaga     1620

gcgccctcct tccggctgac tgccaaggga aagctggatg tgctgaaccc agtaagtgag     1680

attatctaca cgcccaggct gaccaacgcg cagggcacca ttacggatat ccggctggaa     1740

ggcgcggacg cggagctgtt cgcggctgag gtggttgacg gcgttgtgca cctgaccatg     1800

gcaaagggct gcacgtattc caccagaacg acctacaagg tgacc                     1845


<210>  1088
<211>  1314
<212>  DNA
<213>  Clostridiales

<400>  1088
atgtattcat ctgcctatgt gtgggcaaag gttctgagcc atatggaaga gccgctgggt       60

gctgtccccg tctccgcatg gttcgacgat gccgaggtgg tggagctgaa cgagaacaat      120

ctgattctgt actccccctc ggatttccgc cgggagatta tccgccgccg ctgcaccgat      180

tacattcagg acgcgctgaa ggaagtgttc aattccgacg cgaagctgat ggtcttcggt      240

gacgaagagc tggacacctt caaacagaag gggaaaagcg tttcttccat ggacttcaat      300

ccccagttta cctttgacaa cttcgttgtc ggcccctcca accgtttcgc tcacagcgca      360

gccatcgccg tttccaaaac gccgggacag gtgtacaatc ccctgttcct ttatggccct      420

cccggcgtgg gcaagaccca cctgctgtat gccatcgcca acggcatccg caaggaaaat      480

cccaacgcca acatcgtcta catcaagggc gatcaattta ccaacgagct gattgccgcc      540

attcagaacg gcaaaaatat tgaattccgc agcaaatacc gggaagccga cctgtttctg      600

attgatgacg tgcagttcat cgccggtaag gaatccaccc aggaagaatt cttccatacc      660

ttcaataagc tctacgagga acataagcag atcgtcatga cctccgaccg caagcccagc      720

gatatgctga cgctggagga ccggctgaag acccggtttg agtgggggct gctggcggat      780

atccagccgc cggattatga gacccgtatg gccattctga aaaacaaggc caaaaatctg      840

gggctgaacc tttccgacga tgtgtgcaac tacattgcca tcaacgtcac caacaacgtc      900

cggcagattg aaggtacggt caagaagatt ctggcttatc gcgacctgaa caacatgccg      960

ctggatcttc ccaacatttc ccgggccatc gacgatatgt tcaagagcga gggcaacgcc     1020

ctgcccacgc ccagcctgat catcagtcag gtgtgcaagt tctattccat tgacgaggtg     1080

cttctccggg gcacccagaa aaacaagggt accgccgaag cccggcagat cgccatgtat     1140

ctgatccgca agctcaccaa cctgagcctg ccggacatcg gcaaggaatt tgcccgggat     1200

cactcgacgg tattgtacgc catccggaaa gtcgaagtcg cgctgaaaaa cggagacacc     1260

accatgcaga acaatatccg ggacatcacc gcgaacatca attcctgcct gtaa           1314


<210>  1089
<211>  1071
<212>  DNA
<213>  Clostridiales

<400>  1089
atggaactga cagagcggaa aaagaaggtt ctgcggtcgg tggtggattt gtatatccgc       60

acggcggaac cggtgggctc caaggccatt accgagctgc cggacatgaa gtattcctcc      120

gcgaccatcc gcaacgaaat ggcggaactg accgccatgg gttatctgga gcagccccac      180

accagcgcgg gccgcatccc ctccgccgcc ggttaccggc tgtacgttga cgagctgatg      240

atggattacc gcctgtccat tgacgaaacg aagtccatca gcagcgccat cgaggaaaag      300

atgcagcggg tggataaaat ggtggaaaag gtggcaaagc tggtatctca ggccaccgat      360

cttcccgcca tctccgccgc gtcccgacag ggcagcgcct gcgtcaagcg gttcgacctg      420

atcctcgcgg ggcagggaag cttcattctg gtgctgatgc tgggcggcga gcaggtggta      480

aacaagctca tcaagctgcc ggtaaacgtc agcgaaacgg atctgaagct cctgagcgcg      540

gtgctgaacg ccagcatgac ggacattccc cttgaggact tcaccgccga gctgatggaa      600

aaggtcatgc gttcggcggg cgccgcggca agtctggtgc cggtgatcct ggacttcacc      660

caggagacgc tgaaaaacag cgattccacc agagtggccg tcaccggtca ggcaaggctg      720

ttgagtttgc cggaataccg ggacgtggac aaagcccagc gggtgatgga ttccatcgac      780

gaagaggcac tggcgaacct tcccgccgtc atggagggcg ccaacggtac gaaagtgctg      840

gtaggccccg aaaacgtggc ggatgaactg aaggatacct ccgttgtgat gaccaagttt      900

gacatcggcg acggaatgca gggcatgatc ggcgtggtcg gccccacccg gatggattac      960

gcaaaggtaa cggcgcgcct gagctacttc gccgagagcc tgagcaagat gttcggcaag     1020

cccgagcagc cccagcagcc aaagctgccg gagccgccga aggaaggata g              1071


<210>  1090
<211>  831
<212>  DNA
<213>  Clostridiales

<400>  1090
atgagctatg ctgacgagct gtataagaaa acgtgccggg acattctgga aaacggcttc       60

tccgatgaaa atctggaagt ccgtccccac tgggcggacg ggacaccggc gcataccatc      120

aagaaattcg gcgtggtgaa ccgctacaac ttagccgagg aattccccat tatgaccttg      180

cggcgcacct attggaaaag cgccgtggac gagcttctct ggatatggca gaaaaagtcc      240

aaccgcgtcg cggatctggg cagccacgtc tgggacgaat gggtggggga ggacggcacc      300

atcggcaagg cttacggcta ccagctgggc atcaagcacc agtacaagga gggcatgttc      360

gatcaggttg accgggtgat ctacgacctg aagcacaacc ccgcctcccg ccgtattctg      420

acgaacatct acaattttga agacctgcac gagatgaacc tctatccctg tgcctactcc      480

atgacattca atgttaccgg cgacaccctg aacgccattc tcaaccagcg ctctcaggat      540

atgcttacgg ccaacaactg gaatgtggtg cagtacgccg tgctgaccca catgatggcg      600

caggtggcgg ggttaaaggt gggcgagctg gttcacgtca tcgccgactg ccacatttac      660

gaccggcaca ttcccgccgt caaggccatg ctggaactgg acggataccc cacgcccacc      720

ttccggatgg atgagagcat caccgatttc tacgccttta ccaaggacag cttctccatg      780

gaaaactatc agttccaccc ctttaacttt gaaatcccca tggcgatctg a               831


<210>  1091
<211>  1350
<212>  DNA
<213>  Clostridiales

<400>  1091
atggagaaaa aacgcacacg ggacattcgc ttctgggtac ttgtctgggg tcttggcctt       60

gtgggacagt tatgctggaa catcgaaaac caatggttca ataccttcgt atacgcaaaa      120

atcgccaagg accccaccat catttcgtgg atggtcgcca tttcggccat cgcaactacc      180

attgcaacct tcctgttcgg aaccttgtcc gaccggatgg gaaagcggaa gaatttcatc      240

ggcatcgggt acatcctctg gggcatcttc acgatcctgt tcggcacgac ggaatggatc      300

accggcggcc agcctgcgag ttccgcccag gttctgatgc ttgcggcgac ggctgttgtc      360

tgtgccgacg cgctgatgtc cttcttcggc tccatgggca atgacgcggg ctacaacgca      420

tggctgaacg acatgatgac cgagcagaac cgcggttcca tcggcgccgc ccttgccacc      480

cagcccatca tcggcaccat cgtcggcacg gtggtcggcg gtatgctcat cggcggcagc      540

gacaattata tgcgcctgtt cgtggtcatg ggcggtttcg taattctgtt cggaatcgcg      600

gcgatcctct ttatgaagga cgccccgcag ctcaagccca gcaaaaacgg cagcttcgga      660

aagcagcttt tcagcgcgtt caatttccgt gagctgatca aaatgaaaga gcttgtctgg      720

gttttccttg tgctgaccgt gtatttcatc gccttcaacg tgtactatcc ccatatcgga      780

aattacatga tctattatct gggattccgc gccgacagca tcggaatcat tcagggcatc      840

gctctgatcg tcggtatgct ttcggtcgtc cccgcctcca agatcctgag caaaaacaaa      900

tttgtcctcg ccacgtccat cgctgtctta ctcagctttg tcggcgtggg gatcgttggt      960

ctcttcgggc gtccggaaaa cgttgacccc agcaccatct ggaactggtc gctgctgatc     1020

ggcctgtttt tcttcggatg cggctatatc atgttcatgc aggtgacttc cgtctggatg     1080

aagcagcttt tcccagagga gtccaagggg cagtttgagg gcttccgcat cgttttcttc     1140

gtcctcattc cgtggatcgt atcgccgttc attgccaatc ccatcatcaa aaacaacgga     1200

cagattctgg attccaacgg atttgcggcg tatcttccca ctcacgtcct gtttttgatc     1260

tccacactgc tggttctggc gacctttgtg ccgctgttct tcgccgcacg gcagcgccgg     1320

gcgcgggaag caaaggagcc ggtacgttga                                      1350


<210>  1092
<211>  1317
<212>  DNA
<213>  Clostridiales

<400>  1092
atgaaagtag tcaaattcgg cggcagctcc atggcggatg ccggccagta ccgcaaggta       60

cgggatatcc ttctggccga cccggagcgc cgggtcgtgg tggtctccgc cgcgggcaag      120

cggttcggca atgaccataa gctgaccgac cttctctatc tgtgctatgc tcacgtccag      180

tatggcgtgg actgcagcag catttttgac atgatcgcgt cccgctactt agacatccgg      240

gatgagctgg ggcttgacct ggcgctggag ccggagctgg aggctctgaa aaagcgcatc      300

gacgcgaagg aagtgaccca ggaggagctg gtcagccggg gcgagtattt ctccgccaag      360

ctgatggcgg cctacctcgg cttccagttc gtggacgcgg ctgactgggt gatgttcaac      420

atggacggca ccgtgaaccg ggaggcgtcc tacaaggcgc tgcgcaatca ggtgctgctt      480

ggctacggcg cggtgatccc cggattctac ggcgccatgc ccgacggcgc catccacacc      540

ttctcccggg gcggcagcga tatcaccggc gcgctggcgg cggcggcgct ggacgcggac      600

gtgtacgaga actggacgga cgtgtccggc attctcatgg ccgacccccg gatcgtggac      660

gatcctcagg ccatccccga ggtcacctac gatgagcttc gggagctgag ctattccggc      720

gcgcaggtgc ttcacgagga ttccattttc ccggtgcggg agaagaacat ccccgtcaac      780

atccgcaaca ccaacgaccc ggaggccccc ggcaccatga tccaggagtc cttctccggg      840

gacgttgacc ccgaccggtt catcaccggc atcacgggca aaaaggactt ttccatcatc      900

tccctgacca agcggggcat gagcaaccag gtgggtgtcc tgcgcagagt cctgtcggtg      960

ctggaacggc ataacatttc cgtggactac gttcccaacg gcattgacaa cgtgtccgtc     1020

gtgcttccca ccgccgcggt ggagaaggag ctgtacacca tcatggcgga gatcaaaaag     1080

gaagcccagc cggatacgct ggacgtccac caccacattg ccgtggtcgc cgccgtcggc     1140

cggaagatgg ccttccgtcc cggcatttcc ggccggatct tcaaggcgct gggcgaaagc     1200

ggcatcaaca tccgcatgat caaccagggc cccgacgaat tgaacatcat cttcggcgtg     1260

gacaataagg acttcaagga agccatccgg gttctgtaca acagcttcgt aaagtaa        1317


<210>  1093
<211>  1260
<212>  DNA
<213>  Clostridiales

<400>  1093
atgaatcaca ttggaagcat tttcgcaatg gcagtctgtc ttgccatgtc tgcctatttc       60

agcgcaacgg aaacggcatt ctcttctttg aacaaaacca ggctgaaggt tctcgccgac      120

aacggaaaca aacgggcggc gctggccctt aagcttgccg agaattacga ccggctgatc      180

tctaccattc tgattggaaa caatatcgta aacattacca tagcatccgt cggtacgctt      240

ttgttcgtcg agctttacgg cgacgtgggc gcgacgatct ccaccgtggt cgtgaccctc      300

gtcgtcctgc tctttggcga gatcaccccc aagagcatcg caaaggacgc cccggagcgt      360

tttgccatgt tcagtgcgcc gttcatccgc ctgtggatct gggtgctgac gcccctgaat      420

tttctcttta cccagtgcaa aaagttcatc tcccgcttca tcaagacgga cggcagcgcc      480

aaaatgtccc atgaggaatt gcttcttttc atggaggacg tggagcatga cggcggcatt      540

gacgagaacg agggcgagct tctgcgaaac gctctggagt tcggcgacct gacggcggcg      600

gaaattctga cccaccggat tgagctggaa gccgtggaca tcaacgagag ccacgaggaa      660

atcgcaaaag cctttaccca gtcccggttc tcccggctgc ttgtctaccg ggataccatc      720

gatcaggtcg tgggcgttct ccatcagaag gatttctata tcaacggcaa aatgaccgat      780

cagcccatcg cccagatcat gacggagccg ctgttcgtct accagcatac caaaatccgg      840

gacattctga agatgctcca gcaccagaaa tcccacattg cggtcgtggt cgatgatttc      900

ggtggcacgc tgggaatcgt tacgatggag gacattctgg aagagctggt cggtgaggtc      960

tgggatgaac acgacgaagt tgaggaggat tttgaaaagc tgggtgaaaa cctctaccgg     1020

gtcgattgtt ccgtcagtct ggaggacttc atggagttct ttgacgtgga actgaaatcc     1080

gacagcgtct ccgtaggcgg ctgggtcatg gagcagctga acaaggtgcc ggtcaagggt     1140

gagtccttca ccacgaagca tctggagatc acggtttccg agctggatgc tcacagggta     1200

tcctccatta cggtcaggca gctggatgaa tcccctgccg gctgcgcttc ttctacataa     1260


<210>  1094
<211>  1053
<212>  DNA
<213>  Clostridiales

<400>  1094
gtgaaaaaac gcatctattc cattgacgta ctgaagctgg tattcgcgta tatcatcgcc       60

tttttccatt tcggcaccac cattgccccc ggcccgacgg tggcggtgca ggtgtttttc      120

atcatctccg ggttctttct gggaaagaaa ttctacgccc gctccgttgc cgacggcggg      180

aagtcctaca gcgcatggga ctatacgctg gatcatgtga cctccattta cccccactac      240

ctgttttctc tggcggcgtt cttcctgtac acattagcaa ggagtctggt gcatctggcg      300

atgtctccca gctgggacaa ggtcagcgct atcgctctgg acttttacaa ccagatcccc      360

gaccttctgc tcctgcaaag cgcttaccgc ttccacgaaa gtctcaacta tcccctgtgg      420

cagctgtccg cgctggtgat cgcggggttc ttcgtctacg gccttctgtg ccgcaatgag      480

cgggtcagcc gcacgctgct attccccgcc gccattctga tgatccagtc cctgctgtat      540

tccggggtgg atctgtggga aaactacggc tttttctatc tgccccttct gcgggcgttc      600

tcgccattgt gcatcggcgt actgacgttt tatttcacca ccacgcccta ttatgagcgg      660

ctgaaagcga aaaaggtgct tttcaatctc gcggtcattt tgtcagcggt gaccattttc      720

gcctacgccg accttgccaa catttttctg atcactacgc ccattctgat cctgggctgc      780

tatgacggtg catcctgggt caacgcggtg ctgaaccggc ggattttccg gaatttcggc      840

aaattctcct atgccgtcta cttaaatcac gccctcgtcg cccggttcgt gcaggcacgg      900

ctgattccgg gcgcgcaggc acggggtatc gggctgaccc aatggcagag tggcggaatc      960

ttcttcgttc tgctgaccgc ctattcggtg ctcacgctgt ttctggtgga gacatggaag     1020

aataagcgcc ggaacaaggc cgctgtgcag taa                                  1053


<210>  1095
<211>  1266
<212>  DNA
<213>  Clostridiales

<400>  1095
atgatcgaaa caaaaacact gctccccggc gtgaccctgc gttcctgccg ggacgaccgg       60

ttcaagcagg ggtgcctcag ctttcagctg gtgcgcccca tggcgaaaga ggaatccgca      120

aaaaatgtgc tgatcccctc cgtgctgctc cggggtacca aacgctgccc cgacctccgc      180

gccattacgg aaaacctgga cgagctgtat ggcgcttccg tcagcccgct ggtgcgccgg      240

gtgggggact accagaccac cggcctttac tgcggcttta tggacgaccg gtttgccctg      300

cccggcgacc gggtgcttgc ccctatgctc cgctttctgg aggaaatcct tctggacttc      360

cccacggagg gggagggctt tctccccgct tttgtggagg gggaaaagaa gaatctcatt      420

tccaccattg attccgagct gaacgacaag cgcacctacg ccatgggaaa gctgctgaaa      480

accatgtgcc gcggcgacag cttcggcctg ccccggctgg gcgagccgga ggatgtggtg      540

gccatcgacc cggcggggct gctgacccat taccggaaaa tcctccggga aagcagaatc      600

gaaattttct acgtaggcag cgccccggcg gaggcggtcg cggaatatat ttccccgctg      660

gtatcccggc tgggcggccg ggaaggcgcg cttctgcccc agacgccctt ccatccctgc      720

cccgggcagg atgtgacgga gacgatggag gtctcccagg ggaagctctg catgggcttt      780

gtcacgccca ttgtcaaccg ggataaggaa tttccggcca tgcaggtgtt caacaccgtc      840

ttcggcgcgg gcatgacctc caagctgttt ctcaacgtcc gggaggcgat gtccctgtgc      900

tacagcatcg gctcgtccta ttacggcgca aagggcattc tcaccgtggg cgcgggcatc      960

gactttgaca aggagcagct gacgcgggac gaaattctcc gccagctgga cgcctgccgc     1020

cgtggagaaa ttacgcagga agagctgacc gccggaaaag aagccctgct cagctccctt     1080

cgtgccacct ccgattcccc cggcgccatt gagggctact acgccaccgc gcacttaagc     1140

ggcctgaaca tgaccccgga gtgctacatg gaagtggtgg agaaggtcag ccttgccgat     1200

gtggtggcgg cggcgcggac cgtgacgctt cacagcacct attttctgaa aggagagagc     1260

caatga                                                                1266


<210>  1096
<211>  1029
<212>  DNA
<213>  Clostridiales

<400>  1096
atgcagcgat accatgattg tccccaggtg ctgcgggagt ttttgctcta ccacgaaaat       60

atcaagggtc agtcgccgct gacaatttcg gagtactatc tggatttgag aatgttcttg      120

cgcttcataa agctcatgcg aaatgatatg ccaatgagca cgaatctgga tgacatcgat      180

atcaaggaaa ttgacattca atttatccgg gatatcgaaa catcggatat ttttgacttt      240

ctttcctatt tggccaatga ccgggcaatt aacccggatt cagctgctcc ggagtacgga      300

atttcccctg ccgcaagggc cagaaagctt tcttccatta agtccttcta taaatatctg      360

accacacgaa ccaagcagct gcaggagaac cctgtggcag atctggagta tccaaagctt      420

cgcaaaagtc tccccaagta tcttaccatg gaacagtccg ccgcgctgct gaaatcggtg      480

tccgggcaga acgaaaaaag ggattatgcg attttgatgc tgtttctcaa ctgcgggata      540

cggcgcagcg aacttgtgaa tctgaacctg tcggacgttt atgaagacag aatccgcgtc      600

attggcaagg gcaacaaaga acggtttgtc tattttggct ctgcctgccg gaaagcgatc      660

gacgcctatc ttccggaacg caatcagaaa gtgcttacag acaatcgggc actgtttggt      720

tcacgggaca ataaccggat cagtgtgacg gccgttcatc gtctggtgaa aaaagcgctt      780

ttaaaggctg gactggattc tacccaatat tctgcccata aactgcgtca tacggcggcg      840

accatgatgc tttccggcgg cgtggatgtc aaaaccgttc aggaagtcct cggacatgag      900

aacctgaaca cgactcagat ttacacgcat attgaaagta cagagctgaa aatcgccgca      960

gaggccaatc ccctttccaa gcttgacttt tctgataaaa tggaaaataa taacgatagc     1020

aaccaataa                                                             1029


<210>  1097
<211>  963
<212>  DNA
<213>  Clostridiales

<400>  1097
atgtgccatt tcctcgcccc tgcggggcaa ccggaaatga tgcacaaaaa acttcatgca       60

ccggcatttg cgcattttcg tggtgcggtg ttcatgcatg aagtttttta cagaaaggag      120

atcagcatga cggatatgac gaaagccaag gtttacgctg cttctttggg gaccgtattt      180

tccgaagggg tttgttcctc cctttccgcc cccggtcttt ccgggttcga ttcttctgaa      240

tatgttattt ttcccggctt ttgtgacgtg catgtgcatt tcagagagcc gggtttttct      300

tataaggaga ccatcgccac aggcagccgg gcagccgccc ggggcggcta taccgcggtc      360

tgcaccatgc ccaacctgaa cccggtgccg gacagcgtgg agaatctgag agttcagcgc      420

cgcctcatcg aggaaaccgc ctgcatccac atctacccct atggcgcgat caccgtcggc      480

gaacagggcg aagcgctttc cgacctggag ggcatggcgc ccgacgtggt aggtttttcc      540

gacgacggcc ggggcgtgca gagcgatgac atgatgcggc aggccatgct tcgtgcaaaa      600

gccctcggga agcccattgt cgcccactgc gaggtcaact cgctcttgcg gggcgggtac      660

atccacgacg gtgattatgc caaagcccat ggccatcggg gcatctgctc cgaaagcgaa      720

tgggggcaaa ttgcccgaga cttgcagctg gtaaaagaaa ccggctgtgc ctaccacgtc      780

tgccacgtct ccgcgaagga aagcgtggcg ctcatccgca aggccaaggc cgaagggctg      840

gatgtgacct gcgagaccgg cccccactat ctggtgatgg acgacagctt tctgcaggag      900

gacggccgct tcaaaatgaa cccacctctc cggggaaagg aagaccggga agccctgctt      960

cag                                                                    963


<210>  1098
<211>  1695
<212>  DNA
<213>  Clostridiales

<400>  1098
ttggcaaaaa aagtactgtg gattctgttt gccgtggttt tggttctggc gctggcggtg       60

gccggtgtca cggggtattt ctggtatcag aacaaccaca ttttcgtcga ggacgcggtc      120

taccccatca acgcgaagac cttggatctg cgggggcagg acatttcctt tgagcattat      180

gacgccgtcc attcccagct gccgaactgc gaaatttact gggacgtacc cttccaggtc      240

ggcaaatatc ccaatgatac cacgaagctg acggttgcgg atttgaccga gaaggatatc      300

cggattcttc taaactattt ccccaagctg aaaaccctgg acgccaccgc ttgcagcgat      360

tacgcggttc tggaatccgc caagcagcag ctgcccgggt gcgagattct ttacgaagtc      420

aatctgggag gcaagtcctt cgcgccggag gtcaccgagc tgacgctgga ggtcggggac      480

tatgactacg atacgctgat ggagaatctc caatatctgc ccgacgtgca gcaaatcacg      540

ctgaaaaagc cggagctgtc cctggaacag atcgacgagc tgaaaacgac ctttgggaac      600

atcaccatcg actgcacggt ggacatcggc ggcacggagt acaccatgga caccaccgag      660

ctgaacctgt ccggaatcag ttccggggat gtggcgggcg tgagcgaaaa gctgggtatg      720

ctttccggac tgaccagcgt ggagctgatg aaatccgacg gcaccacggg cctgacaaaa      780

gaggacgtca agaccctgaa agaagcagct ccggcggcat ccttccacta tgtcttcgac      840

ttctacggcg agaccctttc caccaccgaa accacggaag tccacatcaa gaatgtgaac      900

atcggcgagg agggactgcc ggaagcccgg ctggcgctgg agctgatgga gaactgcagc      960

cgcttcgtgc tggaaaactg caagatctcc aatgagagca tggcgcagct ccgtgaggac     1020

taccgggaca agaccaaggt ggtctggcgc gtgccttacg gcggcggcag ctgcatgacc     1080

gattgcgagg tcatccgctg cacctacgag ctgacggaca agaatgccca gaatctggtc     1140

tactgcgagg acgtgcggtt catggacgta ggacacaacg atgtgacctt cctttcggac     1200

ttctccttcc tgaagggaat gccaaagctg gaagccatta tcatttccag cgcctatgtc     1260

tccgacctga cgcctttcgc caactgcaaa gagctgaaat tcttcgaggc ggccttctgc     1320

ggcaatatcg aggacctcag ccccctggcg cagtgcgaga agctggaaat ggtgaacatc     1380

agctttacca aggtcaagga tctgtccccc ctggacaatg ttcccatcaa gaccctgttc     1440

gcccagaact acagcgccaa gcggatttcg gcggaggagc agaagcggtt tgccgaggtc     1500

caccccgact gcctgaccca gtacaccggc gatcagccct atggccgcgg ctggcggtac     1560

gacgaacacg acaaatacct gccttactac gggatgctcc ggaaggtttt ccgcctggac     1620

gacaacatca tccccaacag cgtcggctgg tatttaagag aaggcgacac cgacctgccc     1680

acggcggagt cctga                                                      1695


<210>  1099
<211>  3168
<212>  DNA
<213>  Clostridiales

<400>  1099
atggcaaaaa gaaccgacat caagaaaatt ctcatcattg gctccggccc catcgtcatc       60

ggtcaggctg ctgagtttga ctacgccggg acgcaggcct gtcttgccct gaaagaagag      120

ggctacgagg tggtgctgtg caactccaac cccgccacca tcatgaccga caccatcatc      180

gccgacaagg tctacatgga gccgctgacg ctggaatata tcgccaagat catccgctac      240

gagcgtcccg acgccatcat ccccggcatc ggcggtcaga caggtctgaa tctggccatg      300

cagctggaaa agaagggcat tttgcgggaa tgccgggtca ggctgctggg cacctccagc      360

gagtccatcg agcgtgccga agatcgggag cttttcaagg agctgtgcca gtccatcggc      420

gagccggtca tcccctccga aatttcctac tctctggagg aagccaagga ggccgccaag      480

cgcatcggct atcctgtggt gcttcgtccc gcctttactc tcggcggcac cggcggcggc      540

tttgcttaca atgaagacga gctggtggag attggtctca acgccttcgc cctctcccct      600

gtccatcagg ttctggtgga aaagtccgtc aagggttaca aggagatcga attcgaggtc      660

atgcgggact ccaatgacca cgccatcacc atctgcggca tggagaacat cgaccccgtg      720

ggcgtccaca ccggcgacag catggtggtc gcccccatca tgaccctcag cgaccacgac      780

atgaagatgc tcaacgactc cgccatcaag atcatccggg cgctgaaggt ggagggcggc      840

tgcaacgtcc agtttgcgct cgaccccaat tcctccaaat actacctcat tgaggtcaac      900

ccccgtgtct cccgttcctc cgcgctggcc tccaaggcct ccggctatcc cattgcccgg      960

gtcaccgcga aaatcgccgt gggcatggcg ctggaggaca tcaaaatcgc caacaccaac     1020

gccgcctttg agccgaagct ggactacgtc atcaccaagc tgccccggtt ccccttcgac     1080

aagttcacct ccgccatcaa cattctgggc acccagatga tggccaccgg cgaggtcatg     1140

ggcatcggct ccaatctgga ggaatccctg ctcaagggca tccgctctct ggaggtaggc     1200

gcgaaccaca tctaccatca caaattcgac gacatgacca cggatgagct gctggactat     1260

atcagcgtgt tccgctccga caacattttc gccattgcgg aaatggtcta ccggggtgtc     1320

accgtggagc agattcatga gatcaccgcc attgacatct acttcctgaa cgccatcaag     1380

cgcattgtgg atatggagga atacctgaaa ctccacgtca aagaggcgga agcccttctg     1440

gacgccaaga agatgggctt cagcgataaa tatgtgagca ggctgtggaa atgctccgag     1500

aaggacgtgt ccgatttccg cagagaacac ggtatgttcc cggccttccg catggtggac     1560

acctgccaca ccggcgcgta tatcccctac ttctactcct cctacaccgg cgggaacgtc     1620

tcccggctga cgaacaaaaa gaagatcgtg gtactgggcg caggccccat ccgcatcggt     1680

cagggcgtgg aattcgacta ctccaccgtc cacgccatca tgaccatcaa gaaggcgggc     1740

tacgaggcca tcatcatcaa caataacccc gagaccgtct ccaccgacta caccaccgcc     1800

gacaagctgt attttgagcc tttgactccc gaggatgtca tgaacatcat cgattttgaa     1860

aagcccgacg gcgtgatcgc gtctctgggc ggccagaccg ccatcaatct ggcccagccc     1920

ctccatgacc ggggcgtgaa gatcatcggc accggctgcg aggccatcga cagagccgaa     1980

aaccgggacg cctttgaaaa gctcctgaag gagctggaca tcccccagcc caagggaaag     2040

gccgtcacca aaattgagga cggtctcgcg gcggcaaacg agatcggcta ccccgtgctg     2100

gtacgtccca gcttcgtgct gggcggccgc gccatgcaga tcgtggcgaa cgagagccag     2160

ctgcgccatt acctgaaaag cgccgtggag atcgacgagg acaagcccgt tctggtggac     2220

aaatacattc agggtcggga agtggagatc gacgccatct gcgacgggcg ggacgtgttc     2280

gtccccggca tcatggagct ggtggagcgc accggcgtcc actccggcga ctccatctcc     2340

gtctacccct ccttctccat ctccgacaag gtcaagggca tcattctgca atacgccaag     2400

aagctgggtc tgggcatcgg catcatcggc ctgttcaatg tgcagttcat cgtagacccc     2460

gaggacaacg tgtccgtcat cgaggtcaac ccccgttcct cccgcactgt ccccttcctg     2520

agcaaggcca cgggctacag ccttgcggac atcgccaccg acgtgattct gggtctgagc     2580

ctgaaggagc agggcttctt cgatatctac cccgccgaaa aggagcgctg gtacgtcaaa     2640

gcgccggtat tctccttcaa taaaatccgc ggtctggacg cctatctgac tcccgaaatg     2700

aagtccaccg gcgaggccat cggctatgac cgcaccatga cccgtgccct gtacaaggcg     2760

ctgcaggcct ccggcatgaa gctgcagaac tacggcaccg tccttgccac catcgccgac     2820

cgggacaagg aggaagcgct gcccctgatc cgccggttct accgtctggg cttcaacatc     2880

gaggccaccg ccggaactgc cacattcctg aaggaaaacg gcatccgcac ccacgttctg     2940

ggcaagatca gcgacggcag cgacgaaatc cccaacgccc tgcgtcaggg acacattgcc     3000

tacgtcatca acacccgcga ccccggctcc agcggtcggg acggcacgaa gatccgccgg     3060

atcgccacgg agcacaatgt gacgctgttt accgcattgg acaccatccg ggttctgctg     3120

gatgtgctgg aagaaaccac gctgacgatt tctacgattg acgcctga                  3168


<210>  1100
<211>  1110
<212>  DNA
<213>  Clostridiales

<400>  1100
atggggtatg attatctggt cgtgggggcg gggctgttcg gcgctgtctt tgcccggcag       60

gtaaaggcgg cggggaaaac cgtgcttgtg atcgaccggc ggagtcacgt cggcggcaat      120

gtgtataccg aggagatcga gggaatccag gtacatacct acggcgccca tattttccac      180

accaacgaca agaccgcgtg ggagtatgtc aaccggtttg cggaatttaa ccgctacacc      240

aattctccgg tggcgaatta ccacggggag ctgtactctc tgccgttcaa catgtatacc      300

ttcaataaaa tgtggggtgt gacgactcca cagcaggcgg aagcggagat tgcccgtcaa      360

cggaaggccg ccgggattgc ggagccgaag aatctggagg aacaggccat ttcccttgtc      420

ggcacggata tttacgaaaa gctggtgaag ggctacaccg aaaagcagtg gggccgtccc      480

tgcacggagc ttcccgcctt tatcatcaag cgcctgcccg tgcgccttac ctttgacaat      540

aactacttca acgcccggtt tcagggcatt cccatgggcg gctacaccca aatggtggaa      600

aacatgctgg acggcatcga ggcgcggctg aatgtggact atctggagca cagagccgag      660

ctgaacgcgc tggcggacaa ggtcgtttac accggctcca tcgacagcta ctttgactat      720

tgcttcggcc cgctgagcta ccgctccgtc cggtttgaga cggaggtgct ggatatgccg      780

aattttcagg gcaacgccgt gatcaactac accgaccggg agacgcccta cacccgcatc      840

atcgagcata agttcttcga gttcggcacc cagccgaaaa ctgtggtgtc ccgggagtac      900

agttccgagt ggaagccggg ggtggagccg tactatcccg tgaacgatga aaaaaataac      960

gccctgtatg gaaagtacaa ggtgctggcg gacggggaag agaagaccat tttcggcggc     1020

cggttggggg agtaccgcta ttacgacatg gacgcggtaa tcctccgggc gctgagcctt     1080

gccaaatcag aaatcgaagg agaaagataa                                      1110


<210>  1101
<211>  555
<212>  DNA
<213>  Ruminococcaceae

<400>  1101
caacatgaaa ggggtgaagg tcccgtgata attcgctccg aggaaatata caaaaaggcg       60

aacagcattg tcaaaagctg tggaacaaga gataccttga agattgcccg tgagctgggc      120

attcatctcc attttcttga caatctgaac gatctgctcg gaatgtacac ctaccgccat      180

aaagagcggc atattcttct gaactccaac atggagtatc tgatcatgca aatggtttgc      240

ggtcacgaga tcgggcatga tacctttcac cgtgatcttg ccaaaggaaa cgaaccgctc      300

ccggagttcg tgctgttcga tatgcgcaca aaacacgaat atgaggcgaa tgcgtttgcc      360

tcacacctga tcattgacga tgatgagctg attgacctga tgaagcagga ctacgatgtg      420

gtgcagctct cggctgcaat gggaacaaac atcaacctga tgctgatcaa gctcaacgag      480

ctgaaccgca tgggctggca gctcaacttg ccttatgtac cgcactctga cttcctgaaa      540

aatgtcagac cggag                                                       555


<210>  1102
<211>  372
<212>  DNA
<213>  Ruminococcaceae

<400>  1102
acgaaaaagt tacatctttt gagcagttca aatggacagg catttatgct gccgaagatc       60

atccgtaccg gcatacaccg gtatgaggga acaggagtga gaaaaacaga aatggataca      120

cagtacagaa aagcatacgt cccggttacg ctggatgtgg acaaggaggg ggcaatcctc      180

cctcgcctta tctggtggga caacggtgta atctttcaaa tcgaccagat tctatacaaa      240

tgccgcgcca catccaaaaa ggttgggggc ggaggcatcc gttacacagt tcagattcgc      300

ggaaaggagt catttctttt ccacgaagga gacaagtggt tcgtcgaagc aaaggaggac      360

aactgctcat ga                                                          372


<210>  1103
<211>  870
<212>  DNA
<213>  Ruminococcaceae

<400>  1103
ttgggcagca ttttagaaaa gatcgaacag gctctcaagg atatgctgat cggatggatc       60

gagagcaacc tgaccaatat gttcaccgat gtcaacgaga aggtaggaac gattgccgcc      120

gaagtcgggc aaacaccgtc cggctggaac ggcggcgtgt accagatgat ccggggacta      180

tccgaaaacg tgatagtccc catcgctggt atcatcatca ccttcgtttt gtgctacgag      240

ctgatttcca tgatcaccga gaaaaacaac cttcacgaca tggacacatg gatgttcttc      300

aagtggtttt tcaaggcggc tgtggcgatc tatctcgtga cgcacacgtt tgacatcgtg      360

atggcagtat tcgacatcgg gcagaacgtg gtttccggcg cggcaggagt catccacggc      420

aacaccagca ttgacattga cgcgacgatt gcgcagatgc gtacaggcat ggagaacatg      480

ggcgtcggag aactgctcgg actgtcgata gaaacgcttc tgatcagcct gtgcctcaaa      540

atcatggcaa tcctcattac ggtcatcctc tacgggcgca tgattgagat ttactgcacc      600

gtgagcattg cgcctattcc catcgcaacc atgagcaacc gcgaatgggg cagcatcggc      660

acgaactatc tcaaaggtct gttcgctctg gcatttcagg gctttctcat catggtctgc      720

gtcggcatct atgcggtgct gatcaacggc atgattatcg cagacaacat tcattcggct      780

ctgttctctg tggcagcgta cacggtcatt ctgtgcttct cgctgttcaa gaccggaagc      840

cttgcaaaat ccattttcca tgcgcactaa                                       870


<210>  1104
<211>  1857
<212>  DNA
<213>  Ruminococcaceae

<400>  1104
atgccaggca aggtttaccg cacggcgatc tactgccgtc tgtcccgtga ggatggagac       60

aaagtagaaa gcaactccat cgccagccag agagccatct gcgaggacta tatcgcaaga      120

catgaggatt tggagcttgt ctgtgagccg tttgtggatg acggttacag cggcgtttcc      180

ttcaatcgtc ctcagttcaa aaagatggaa gaggcaatcc gcaagggtgc gcttgactgc      240

attgtagtca aggatctcag ccgcttctca agaaactaca tcgacggcgg acgttacatt      300

gagaagatat tcccgcagct cggcatacgc ttcatcgcaa tcaatgatgc gtatgacagt      360

ctgaccggtg atccgcagtc cgactccttt gttatcccgt tcaaaaactt gattaacgat      420

tcttactgca aggacatctc catgaaaatc cgaagcagtc tggaagtcaa gcagaagagc      480

ggtgagttcg tcggttcgtt ccccccttac ggctacatga aatcgccgga gaacaaaaac      540

cagctcatcg tggatgaagc ggtcagcgaa tatgtgcaga tgatcttttc catgtacaag      600

gacggcttct ccattgggcg cattgcaaag cgtctgaacc agatgggcgt cctgtcccca      660

atggaataca agcattccgc cggtgtaaag ttcgataccg tcttcaaaac cggcgatacc      720

gcaaaatgga catacaaagc cgtccagcgt attctcacca acgaggttta tatcggcgtt      780

ctggcgcaag gcaagcgcgg cactcccaac tacaaagtcc gcgttgtgaa aagcaaggat      840

gaatccgagt gggtcaaggt agaaaatgcg catgaagctc ttgtgtccta cgaggacttc      900

atggcagtca aggtcatgat gcagcgggat atgcgctgtt cgcccgatca ggacgaagcg      960

catctgtttt ccggcttcct gttctgcgga gactgtcagc agccaatgat ccgcaagacc     1020

gtcccgtcga agacgaaaaa gtatatctac tacgtctgct ccaccaataa gcacagccgg     1080

acgtgcagcc cgcacagcat cgccgcaaaa gaggttgagg aaaaggtctt ccgtgccatt     1140

catgaccaga tcgagcttgt catcaatctg gaacacgcgc ttgcgatgat agaacggctt     1200

ccgtctcaga gccgtaaggc tttcaattac gaagctcaga tcgccaaaat cgaggaagag     1260

attgagcggt accaaaagct caagctgggg ctttacgaga acttcatcgg cggcgtcatt     1320

gataagtcgg aatactttga gttccgcaac agctacacca aaatcattga gaacaagcag     1380

gacgcgcttc tgcgggtcaa aaaagaaatg aagcagacgg tgacaaccgg cacaaccgaa     1440

cgaaactggg taacgctttt caagcagtat gaaaacgtcg aagagctgaa ccgccgtgtg     1500

ctgatgtccc ttgttgaccg cattctgatt cacgaaaacc atgcaatcga aatcgtcttc     1560

aaatacaggg acgaatacca gcagacgctt gaatacgttc tcggctatgc cgatgaactg     1620

gatattggcg tagaagggag gggtgagaaa atggcaagaa aaagcagaaa gcaaattgca     1680

gtcgaagagc cggttatcga atctgtctct tccgaggtct tctcaacagc catctatgcc     1740

cgtctttccg ttgaaaacag cggcaagtct gaaaaggtgg atgtcatcgc aaatcagatt     1800

gagatttgca agtcgtacat tgcagagcgt ccctacctga atctgataga tacctat        1857


<210>  1105
<211>  729
<212>  DNA
<213>  Ruminococcaceae

<400>  1105
atgattttat cccagcgcca acttgaagaa attgcagcct caacaacgaa ggacttcaac       60

cggttctttt tcggggatga ggctgacaag cccgaccgat cagctttgcc aacacccatt      120

gatcagtttg caaagaacta tctcggtctt cgcgtatcat tcgcccgtct ctcgccggac      180

ggaagcatct gcggtgtcac tgcctatgcc gacactgagt acaagatcac ggaacttggt      240

attacgcgca cactggcttt gaagcgtaat caggtcatct tggacgagag cttcattcga      300

tccggaaacg tgcagcggct ctgcgccaag cgcagattta cccttgccca cgagtgcgcc      360

catcagattc tcttccaact ggaatcggaa gaggtaaagg cgtcctgcga aatgaaatat      420

tccgcacgga cagcctatac gccgcgagag ctgaaaaccc gcgaggactg gaacgagtgg      480

caagcaaatg tcttgggtgc ggcgatcctg cttcctcaaa aagaggttga cctagcaatg      540

cgtcggtttg cagaaacgcc gctgatcaat tacgagggga ggtattcgta tggtgatcac      600

ttaacgctgc gccttttctg ccggttgttc ggtgtctcca agacaacggc gtctatccgc      660

cttcgtcagc tcggccacat ggtagatcgt ccattcagtg agtatgttga cccattggag      720

gtgtggtaa                                                              729


<210>  1106
<211>  597
<212>  DNA
<213>  Ruminococcaceae

<400>  1106
aagagtgaaa gaaggggtgt catgtcgcgc attattgagt ttagaaagtc tgctcaaaaa       60

gctgaaaagc aatccgttca aggcaagact tgtgcgttta ccggtcatag accacagagt      120

cttccgttcg gctttgatga atccgataag cgttgtactt ctttgaagtc tgttatgcgg      180

gatcagattg tagcactcat cgagaacgag ggcgtcacgc attttattac cggcatggct      240

cttggcgtcg atatgtacgc tgcggaaatt gtactcgatt tgaaatcaaa ataccctcgc      300

attactctgg aaagcgcaat cccttgtgag acacaagcga tcaaatggtc tgtggcttca      360

cgggaacggt attataatat cgcggcaaag tgtgacaagg agaccatgct gcaacgggag      420

tacacgccgg actgcatgga caagagaaat cggtacatgg tcgatcacgc cgattatatt      480

ctcgcagtat ggaatggatg ccccagcggt accgggaata ccgtgagata tgcccacaaa      540

aagggcaaga ccatcatcgt catcaatccg gtttcccttg atgtcacgcg ggaataa         597


<210>  1107
<211>  186
<212>  DNA
<213>  Ruminococcaceae

<400>  1107
atagtcctcg cagatggctc tctggctggc gatggagttg ctttctactt tgtctccatc       60

ctcacgggac agacggcagt agatcgccgt gcggtaaacc ttatctggca taaaaataac      120

ctccgttttt ctgtttggtg tggtacatca aatcagaaag acgaaggctt gcttcaactc      180

ttatga                                                                 186


<210>  1108
<211>  399
<212>  DNA
<213>  Ruminococcaceae

<400>  1108
gaaaggagga aacagtcaat ggcatttgtt ccggtcccga aggatcttaa ccgcgtcaaa       60

acgaaggtca tgttcaacct gaccaagcgg cagctcattt gtttttccat cgctgcggcg      120

gtcggcgtcc cgatcttctt tctggcgaag gtgcatctcg acttgtctac ggcggcaatg      180

ctgatggtgg tcatcatgct cccgttcatc ttcttcgcgc tttacgagaa ggacggtcag      240

cccgccgaaa agtatctgta ccacatcgta cagtccatgt tcatccggga caaggtgcgt      300

ccctaccgca caaacaatct ctacgctgag attcagcaga aaatcaaaga acaggaggaa      360

ttgcagcttg aacaacagca cagcaaaggc aaagcctaa                             399


<210>  1109
<211>  447
<212>  DNA
<213>  Ruminococcaceae

<400>  1109
acaggagtga ttaccaaaat gacgtttgga gagaaattca aggctgaacg ggagaagcgg       60

aagctgaccc agcaggaagt agccgatgca ctggggatca acaggcgtat gattacccgg      120

tacgagaacg gcatttcctt tccccgtacc aaggacgctt acagaaaaat cgcggaatac      180

ttcaaggtgg atgtgaacta tctgctgacc gaggacgaag agtttgtggt tcaggcatcc      240

gagcagtacg gctcccgtgg catgaaacag gcaaaggatc tgattgaagg aatgtccggc      300

ttgtttgcgg gcggtacgct gtctgagcag gacaaggatg cggtgatgaa ggcgttgcag      360

gatatatatt gggaatccaa agcccggaat gttgagaaat acacgccgaa gaaatacaag      420

aagaccggta cggacgcaga ggaataa                                          447


<210>  1110
<211>  2400
<212>  DNA
<213>  Ruminococcaceae

<400>  1110
atgacggtca aaaacggcgt catttacggc gatgcccttt ccgctcagga aaagaagcgg       60

atcgtcatgc agaagaaaaa ggataggaag gcaaagaaag tccgcaagtc cgcccagcag      120

accattccct atgtggagat gtgccgcgac ggtatctgca aggtgaacag ccgcctctac      180

acgaagtcca ttgcctttga ggacatcaac taccagcttg cgcagaacga ggacaaaact      240

gccatctttg agaactggtg cgactttctg aactacttcg acagctcgat tttcgtccag      300

ctctccttca tcaatcagaa ggcaagcctg aatgagttcc gcaagcgcat caacattccg      360

gcacaggagg acgccttcaa cgacatccgc tccgagtatt ccggtatgct gcaaagccag      420

ctcaccaagg gcaacaacgg actggtcaag aaaaagtaca tcaccttcgg cattgaggcg      480

gactccctcc gcacggcaaa gccgaagctc gaacgcattg aaaccgacat tctcaataac      540

ttcaaaaccc tcggtgtgag gacggaaccg ctgtccggct acgaacggct gaaagtgctt      600

catgatgtgt tcaacatgga caccaatgag ccgttccgct tttcctttga catggttgcc      660

cggacgggac tcagcacgaa ggacttcatc gcgcccactt cctttgactt ccgtgaaggc      720

aagtgcttca agatgggcag aaccatcggc gcggtaagct tcctgcaaat cctcgcgccg      780

gaactcaatg accgtatgct tgccgacttc cttgagatgg acagcaacat cacggtcaat      840

tttcatatcc ggacgattga ccaggcgaag gcaatcaaga gcatcaagtc gaagatcacc      900

gacctcgaca aaatgaagat cgaggaacag aaaaaagcag tccgctccgg ctacgatatg      960

gacatcatcc cgtccgatct cgccaccttc ggcggtgagg caaagcgtct gttgcaggat     1020

ctccagaccc gcaatgagag actgttcctt gtgactatcc tcatcatgaa cacggcaacc     1080

aatcgccaga agctcgaaaa cgcggtgttc cagaccgccg ccattgccca aaagtataac     1140

tgtgcgctca agcgtcttga ctttcagcag gaagaggggc tgatgtcctc tctgcctatc     1200

ggcgtcaatc aggttgaaat tgaacgcgga ctgaccactt ccagcacggc ggttttcgtg     1260

ccgttcacca cgcaggagct ttttcagggt ggcgaagctc tctactacgg gctgaacgcg     1320

ctgtccaaca acatgatcat ggttgaccgc aagcagctca agaaccccaa cgggctgatc     1380

ttgggtacac ccggttccgg taagtccttc tccgccaagc gcgaaatgac gaacgccttc     1440

ctcatcacgg aggatgacat catcgtctgc gaccccgaag ccgagtattt cccccttgtg     1500

cagaagctcg gcggtcaggt catccgcatc tcgccggtca gcacggatta catcaatccg     1560

ctggacatca acacgaacta ctccgaagag gaaaacccgc tgacgctgaa atccgacttc     1620

atcctctcca tgtgtgagct gattgtcggc ggcaaggacg gcttgcagcc ggttgagaag     1680

accatcattg accgcagtgt ccgcatggtc tatcaggagt ttcttgcaga ccccaagccg     1740

gagaaaatgc cgatcctcga agacctctac aacattctga gaaatcagaa ggagccggag     1800

gcacagcgca tcgcaactgc ccttgaaatc tatgttcacg gctctctgaa cgtcttcaat     1860

cacagaacga atgtggatgt caacaaccgc ttcgtctgct atgacatccg cgaactcggc     1920

aagcagctca aaaagctcgg tatgctgatt gtgcaggatc aggtgtggaa cagagttacc     1980

atcaaccgcg cccagcacaa ggcaacgcgc tactacatgg acgagttcca ccttttgctg     2040

aaagaggaac agaccgccgc atacagcgtg gaaatttgga agcgtttcag aaagtggggc     2100

ggcatcccga ccggcatcac ccagaacgtc aaggatctgc ttgcgtcccg cgaggtagag     2160

aacatctttg aaaactcgga ttttgtctac cttctgaatc aggcatccgg cgaccggcag     2220

attctctcga aggcgctgaa catctcgccc agccagcaga actacatcac caattccaat     2280

gccggtgagg ggctgatctt ctatggctcg accatcgttc ccttcaagga cgatttcccg     2340

aaggacaccc agctttaccg catcatgacc acccgcttag aagaaaccgt acagaactaa     2400


<210>  1111
<211>  1014
<212>  DNA
<213>  Ruminococcaceae

<400>  1111
atgagcaagg aatacaacat cggcatctac atccgcctct caatggctga tgaagatacc       60

ggctatggca gcaaggcgga aagtgacagc atcggcaacc agcgtatgct catcaaccgc      120

tttcttgaca atcatccgga gctgtctcac tgtcagcggt ctgagtttgc ggatgacggt      180

tataccggca cgaactttcg ccgtcctcag ttcacgcaga tgatggagaa ggtcaagcgc      240

ggcgagatta acctgatctg cgtcaaagac ttttcccgct tttctcgtga ctacattgaa      300

acgggaaact atctggaatg cacctttcca ttcatgggcg tccgctttat ttccatcaac      360

gacggctatg acagtgacga ttacaaaggc acaacgggcg gtctggaagt ggttatgcgc      420

agcatcatct acgccgcata cagcaaagac ctttccgtaa agaccacatc ggcaaaaatc      480

cagatgatga agcagggcaa gtatgtcggt ggctacgccc catacggcta cgtcctgcat      540

cccaccattc ggaacaaact tgccgtagac ccggaggcgg ctgatgtgat ccgtcgtatt      600

ttccgcgagg cgctggaagg cagcaacacc tctcagatcg cccgcagcct gaatgatgac      660

ggcatcccga cgccggggca atacttcaag agcaagcatc ccgacaagaa gaagttcagt      720

aacatgagcg agaaaatcag ttgggaaacc gtgatggtct ataacatcct caaaaacctt      780

gtttacaccg gaacactggt cagccgcaaa atgaagtcct gcggtgtcgg ctcaaaaaag      840

cgtgttgtca atgagccgat tatcgtagaa ggtacgcatg aagcgattat cagcaaggaa      900

gactttgagc ttgctcagaa ggtcattcga ggcgaggacg gaatcccacg cgcaagcagc      960

atgactatcc gctcaaggga ctcgtccgct gcggtaactg taaacgtgct atga           1014


<210>  1112
<211>  2049
<212>  DNA
<213>  Ruminococcaceae

<400>  1112
atggacaaca gattctattt tggattcaat acatcggagg aacggaaaaa gcgcagaaaa       60

gcagagctgt actccatgag tgagcaagtc agcaccttct tttgggatga agccccgcag      120

catggcttgg aaatgcgtga agggcagcag gatatgtcct ttgagattgt ggacgccctc      180

ataaacgatc agcattttgc gattgaagct ggcgtgggca ttggaaagtc ctttggctat      240

cttgtgccgg tgctgctgta cagcaaacgc atgaacaagc cggttatcat cgcaacctcg      300

accattgcgc ttcaagaaca gctctggcgc gatgtccacg cggtaatgcc ccttcttggg      360

ctgaacagag atgttatcct cgcaaaagga cagacccatt atctctgcaa caaacgcgca      420

gatgagtata tgtgtgaccc gaaagcagac ccaccggacg cgatcaaaga aggaatcaag      480

caagggtatg aggaacgcaa ggatttcccg gaggttttgc cgcaaggagt ctgggacaag      540

gtaaacgtgc agcggttaag catgaagaat tgcggctcct gtgaaaagaa gtgcaaatat      600

tacaaagtcc gcgcagcatt aaagtttacg gatggagtgg tactgtgcaa tcaggatttt      660

ctaacccagc atctcatgaa actccggcgc ggtcaggaag ggctgattaa cgccgccgct      720

gatctgcttg tcgtggatga agcacacaac ttggatgata aggtgcggag tgccacaacg      780

gagcgtttcg ggcaaggtat gctctttgga atgattaaga gcgcattcta tgagctgcga      840

tcctttgacc agagcagtgt gtcaggtgaa aagcgagagg cagagagcgc aatcatcgcc      900

ttctataact gcctgaaagc acaagtccaa aagcagatca acgaggcaga acaggatatg      960

cgctacgctg accgcttttt cttcgacaac aatggcagtg cgattgaact gcttaccgag     1020

atgaacgccg ccatacacaa cctttcgtcc agcattcaga tttattccag catggatttc     1080

agaaacaacc gttcctttgc tgcctctgat gatctggatg ccgtcagcga gtccctttca     1140

gagcttcttg accagataga cgatatgctg atctggattg agcagcacgg cagcaacacg     1200

gaactcgtct attgccctaa aaacacaaaa gaaattgtga gccgcctata cttcaatggt     1260

gatgaaagaa ccatcttgac ctctgccacg ctgacgaacg ccacgagcgg gtctctggaa     1320

gaacagtatt cttactttat cagcaatacc ggctttcccg ctggtgatcg cggctgctta     1380

tccgagccaa agccttcccc atatccatac gatgaacacg ccatgatcta ctattgcgac     1440

gatctcccgc acccgaccag agaacatgaa gccttcattg aaaagggcgt ggagcgactg     1500

cttgagatcc tgagcatttc caatggaaag gcactcgtgc tgtttacggc aaagaccgac     1560

atggaagagg tctactccat tctcagtgag aaaaatcttc cgtacaaaat cttgatgcag     1620

cagccgggat cgtcgcagga caaggtgctg aatgagttta aggaagatac gaactccgtg     1680

cttctgggga cgggtgcata ttgggaaggt atcagcattg aaggaaaaag cctttccaat     1740

gtcatcattt tccggcttcc gttccctgtc cccgatccga ttatcgagta taagtgttcc     1800

gttgctaagg acgctctgat ggatgttcgc gttcccgaaa tgattatcaa gctcaagcaa     1860

ggcatcgggc gattgatccg caatttcaca gacaccggca ttgtctgcat catcgaccga     1920

agactgcggg atgagccgcc ggaacgctat catgacatta catgggactc cctgcctatc     1980

aaaaatcgga caagcagttt gggcgaactt aggaagtttt acgaaggtct gccctcagcc     2040

aaggaatga                                                             2049


<210>  1113
<211>  258
<212>  DNA
<213>  Ruminococcaceae

<400>  1113
attggaggtg tggtaatgaa gagagcatcc attcgggttc aggaaccgac gccggagctg       60

atcgaaaaaa tccgcagggc aagagttgcc atttcccagc agaagccccg atacctgaaa      120

tgtccctatt gtcagcataa tgccattgct gtctacgaag acacgagagg tcatgtagaa      180

tcaaagtgca agaaatgcgg gcggatcaca gtctttgatg tgctgaatat gagaagactg      240

cgaccgcgta ccaagtaa                                                    258


<210>  1114
<211>  2433
<212>  DNA
<213>  Ruminococcaceae

<400>  1114
ttgaacaaca gcacagcaaa ggcaaagcct aagatgacgg tcaaaaacgg cgtcatttac       60

ggcgatgccc tttccgctca ggaaaagaag cggatcgtca tgcagaagaa aaaggacagg      120

aaggcaaaga aagtccgcaa gtccgcccag cagaccattc cctatgtgga gatgtgccgc      180

gacggtatct gcaaggtaaa cagccgcctc tacacgaagt ccatcgcctt tgaggacatc      240

aactaccagc ttgctcagaa cgaggacaaa actgccatct ttgagaactg gtgcgacttt      300

ctgaactact tcgacagctc gattttcgtc cagctctcct tcatcaatca gaaggcaagc      360

ctcaatgagt tccgcaagcg catcaacatt ccggcacagg aggacgcctt caacgacatc      420

cgctccgagt attccggtat gctgcaaagc cagctcacca agggcaacaa cggattggtc      480

aagaggaagt acatcacctt cggcattgag gcggactccc tccgcacggc aaagccgaag      540

ctcgaacgca ttgaaaccga cattctcaac aacttcaaaa ccctcggtgt gagaaccgag      600

ccgctgtccg gctatgagcg gctgaaagtg cttcatgatg tgttcaacat ggacaccaat      660

gagccgttcc gcttttcctt tgacatggta gcccggacgg gactcagcac gaaggacttc      720

attgcgccca cttcctttga cttccgtgaa ggcaagtgct tcaagatggg cagaaccatc      780

ggcgcggtga gcttcctgca aatcctcgcg ccggaactca atgaccgtat gcttgccgac      840

ttccttgaga tggacagcaa catcacggtc aattttcaca tccggacgat tgaccaggcg      900

aaggcaatca agaacatcaa gatgaagatc accgacctcg acaagatgaa gatcgaagag      960

cagaaaaagg cagtccgctc cggctacgat atggacatca tcccgtctga tctcgccacc     1020

ttcggcggtg aggcgaagcg tctgttgcag gatctccaga cccgcaatga gagactgttt     1080

cttgtgacca tcctcatcat gaatacggca accaaccgcc agaagctcga aaacgcggtg     1140

ttccagaccg ccgccattgc ccaaaagtat aactgtgcgc tcaagcgtct tgacttccag     1200

caggaggaag ggctgatgtc ctctctgcct atcggcgtca atcaggtgga gatcgaacgc     1260

ggactgacca cttccagcac agcggttttc gtgccgttca ccacacagga gctttttcag     1320

ggcggcgaag ctctctacta cgggctgaac gcgctgtcca acaacatgat catggttgac     1380

cgcaagcggc tcaaaaaccc caacggactg atcttgggta cgcccggttc cggtaagtcc     1440

ttctccgcca agcgagaaat gaccaatgct ttcctcatca cggaggatga catcatcgtc     1500

tgcgaccccg aagccgagta ttttcccctc gtgcagaagc tcggcggtca ggtcatccgc     1560

atctcgccgg tcagcacgga ttacatcaat ccgctggaca tcaacacgaa ctactccgaa     1620

gaggaaaacc cgctgacgct gaaatccgac ttcatcctct ccatgtgcga gctgattgtc     1680

ggcggcaagg acggcttgca gccggttgag aagaccatca ttgaccgcag tgttcgcatg     1740

gtctatcagg agtttcttgc agaccccaag ccggagaaaa tgccgatcct cgaagacctc     1800

tacaacattc tgagaaatca gaaggagccg gaggcacagc gcatcgcaac cgccctcgaa     1860

atctatgttc acggctctct gaacgtcttc aatcacagaa cgaatgtgga tgtcaacaac     1920

cgctttgtct gctatgacat ccgcgaactc ggcaagcagc tcaagaagct cggtatgctg     1980

attgtgcagg atcaggtttg gaacagagtt accatcaacc gcgcccagca caaggctacg     2040

cgctattaca tggacgagtt ccatctgctc ttgaaggaag aacagaccgc cgcgtacagc     2100

gtggaaatct ggaagcgttt cagaaaatgg ggcggcatcc cgaccggaat cacgcagaac     2160

gtcaaggatc ttcttgcctc ccgcgaggtg gagaacattt ttgaaaactc ggattttgtc     2220

taccttctga atcaggcatc cggcgaccgg cagattctct cgaaggcgct gaacatctcg     2280

cccagccagc agaactacat caccaactcc aacgccggtg aggggctgat cttctacggc     2340

tcgaccatcg ttcccttcaa ggacgatttc ccgaaggaaa cccagcttta ccgcatcatg     2400

accaccaaac ccgaagaaac cgtacagaac tga                                  2433


<210>  1115
<211>  1707
<212>  DNA
<213>  Ruminococcaceae

<400>  1115
atggcaagaa aaagcagaaa acaaattgca gtcgaagagc cggttatcga acctgtttct       60

tccgaggtct tctcaacagc catctatgcc cgtctttccg ttgaaaacag cggcaagtcc      120

gaaaaggtgg atgtcatcgc aaatcagatt gagatttgca agtcctacat tgcagagcgt      180

ccctacctga atctgataga tacctatgtg gacaacggac gaacaggaac ggtttttgat      240

agaccggagt tcaaccggct gatgaacgac atccgcaccg gcaggatcaa gtgccttgta      300

gttcgtgatc tcagccggtt cgggcgtgac tacatcgagg ctggaaccta tctggaacgg      360

gtttttccgc agatcgggct tcggtttatc gctatcaaag agaactacga caactttgat      420

acggacggct ccggcgaaag cctcatcatc cctctgcaaa acatgatcaa caccctttac      480

tcgaaggaca tctcccgcaa ggtttctact gcgctcaaag cacagatgga aagtggagag      540

ttcaagaagc gcaatctccc gtatggttat cgctgggatg aagaacacag caatatggtt      600

ttcgatgaag aaaccgcacc gattgtccag aagattttcc aatggaaaat tgaaggattg      660

tcccttcctg cgattgcaga ccggcttgat gcaatgaacg cgcccaatcc ggagtttcag      720

aagtatcagg tcggcgtccg cacaggcaat gctacggcaa agaagatttg gaacaagtct      780

tcactcacta ccattctgga taatccccat tacgtcggag ataccgttct cggacggacg      840

ctgaacgcca tctacaaggg cgtcaagaat cagcatatcg accgcgagga atggattgtt      900

tttcccaata ctcacgaggc gattatttcc cgtgaggact tccaaaaggt acaagagctg      960

cgcgacgctg ctgcaaggac aagggttgag aagatggagc gcacggagaa aatccgtgct     1020

acactgatca atctctttga agacaaaatc gtctgcgcag actgcggcag gaagctctat     1080

ttccatcgca agcgcgttga caagcgcaag gacggcgcat ggtacgcctt ctatgagtgc     1140

agttcatccg tcaagcgcgg caatctctgt acgccacact atacgcggca ggacaaactc     1200

gaagccgatg tgcttgcggc gatccagctt caagtcaagg cggctctcaa ttacgacaag     1260

ctgcttgcca agctgagaaa cagcgaaggc gaacgcagca tccgcgatca gcagaatgcg     1320

ctcatcacaa gcctgaatct gaaactcagc ggcatctcca agaagcgtac tcggctctat     1380

gaggacttca cggaaggcat tctcgatgaa gaggaatacg cctttgccaa gaaagcctac     1440

gatgagcagt atgtcgatct ttcacggcgg ttggatgaag cggttcagcg gaaggtaaag     1500

tttgccgagg caatgtccga ggacaacaag tggctcacgc tgatgaaatc cgtcagcggt     1560

gcaacgatgc tctctcatga gttggttgac gagtccgtag agcttgtgaa agtccatgag     1620

gacggctcaa tcgagctggt catgaaatac ggcgatattt acgctctgac cgttcagagc     1680

atcaaggaag tacaggaggc gatgtaa                                         1707


<210>  1116
<211>  594
<212>  DNA
<213>  Ruminococcaceae

<400>  1116
atgcgcacta aggaggtcgg cagcatgaaa aagtacagca tcatctacgc cgatccccct       60

tgggcgtatc ggacttactc caagaaagga cagggacggt cggcagaaag ccactacccg      120

acaatgtgca ttgaggacat caaggcactt ccggtcggtg agcttgccgc gaaggactgc      180

gccctgtttc tctggatcac gttcccgtgc ctctgtgaag cactcgaagt gctgacggca      240

tggggctttt cttataagac cgtggctttt gtatgggtga agcaaaaccg caggaacgat      300

gacctcttta ccggcatggg gtactggaca agggcaaacg ccgaaatctg catccttgct      360

acaaagggac acccgaagcg agttgacgcc ggtgtgcgtc aggtcatcct cagccacatc      420

gaagagcatt ccaaaaagcc ggatgaagcg cgggagcgca ttgttcggct catgggagac      480

cttccccgcg tagagctttt tgcccgtcag tctcccgaag gctgggatgt ttggggcaac      540

gaggtcgaat gcacggcgca tcttcctatg gaggaaacac catgctgcgg ctaa            594


<210>  1117
<211>  351
<212>  DNA
<213>  Ruminococcaceae

<400>  1117
ccggagggtg ctgctgcaca cttccggcag aaggaggata tagtgggtgc tatcaaagtc       60

ttcttgaagg aggttgtgct tccaatcgcg cttgcgttct gcctcgcgtc atttctcaag      120

ccgatctata tgcctgacgg cgtatgtgac tacttcctta tgtggatctg cgtcggcttg      180

ccattcggca tccggaggat gtgcctctgg ctcgttccca gcggctacgg tatctccggc      240

tcagtcggca tcttcgcatt gaacttaatc ataggcggtc ttatcggagg acttgccttc      300

ttcatcgggc tgctgctcgg tgtcattcat accatccgag aaatcatctg a               351


<210>  1118
<211>  498
<212>  DNA
<213>  Ruminococcaceae

<400>  1118
accgcaatgc aggatgaagt caacaccaaa gttgttgcaa tcatgatcaa gggcggcaaa       60

atctcagccg aggtgctgaa aaaggcactg gacaagttcg tgcaggagat tgagaaggca      120

cagaagcaga tgcagcagcc caaaacctat cgcggcaagc agtccatcaa gcatctgatg      180

agccagaacg ccgccatctc caacatcgaa gtgacggacg gcaacatcaa gtcctttgag      240

cggactgcca gcaaatacgg tctggacttt gcgctcaaga aggacgtttc cgtagagccg      300

cccagctatc ttgtcttctt caagggtcgg gacgttgatg tcatgaccgc cgccttcaag      360

gagttctccg ccaaaaccgt caagcagaag gaacagccgt ccatccggca caagctggat      420

caggagaaag ctcagagcaa ggcgcagcac aaggagaagg tcaaggtcaa aaccaaggat      480

cggggtgtgg agctgtga                                                    498


<210>  1119
<211>  510
<212>  DNA
<213>  Ruminococcaceae

<400>  1119
tcttcctatg gaggaaacac catgctgcgg ctaagaccca tctctcttcg tgacgccaac       60

gagtacgtcc ggcagcatca ccggcatcat aagccggttg ccggtcacaa gttttccatc      120

ggctgtgaag cagacggtga gcttgtcggt gtaatcatcg ccgggcgtcc cgtcagccgg      180

tatctggatg atggcttcac attggaggtt acaaggctat gcaccaacgg ggcgaagaac      240

gcttgcagct ttctctacgg cgcggcggca agagctgctg cggctatggg ctataagcgc      300

atcatcacct acacgctgga aagcgaaaac ggtgcaagcc ttcgggcttc cggctggatc      360

tgtcaaggca aagcgggtgg gcttcgctgg acaggcaagc gtcagccgaa ggaggatcaa      420

tatcccgcac aaatgaagct gcgctacgaa aagcagctta gaaaggagga aacagtcaat      480

ggcatttgtt ccggtcccga aggatcttaa                                       510


<210>  1120
<211>  897
<212>  DNA
<213>  Ruminococcaceae

<400>  1120
gtgtcagtct atcgcgtcaa taaaacccgt gacttcacgg tcatgggcaa tacccacctg       60

agagataaga acctctccct caaagcagtc ggtcttctct caaagatgct gtccttcaac      120

gacggctggc agttctccac ccgtggtctt gcggcactct gcaaggaagg tcccgacgcc      180

atactttcgg cactcaagga gcttgaggaa aacggctacc ttgtccgtca ccgtggcaga      240

gatgataagg gcagaatggt cagcacggag ttcgacatct atgagatgcc gcaagccggt      300

ttgccacaca gggataatcc acacagggaa aatcccgatg tggagaatcc agacgtggag      360

aatccccata gggaaaatcc cgcacaaaga aatactatcc aagtaattac tcaagaaaga      420

aatactctct caaagaacta tcaatccatc aatcttgatg tgatggacag gatggatgag      480

cgaagcgagt atgaagagat tatcaaagag aatcttgact acaacattct ctgtcaggat      540

ccgaagttcg ataaagaccg cttccgggag atcatggaca tcatgctgga tgccgtctgc      600

tctaccgctc cgaccatccg tatcaatggc gaggatatgc cgcagcaagt ggttaagtcc      660

cgctttctca agctgaatag cagccacata gagtacgttc tggaagcaat gaacaagaac      720

ccgtcagaca tccgtaatat ccgggcgtac ctgttgaccg ctctgtataa cgcctctctg      780

acgatagaca attactactc cgcgctcgtc aatcatgatt tctacgggca ggacagatcg      840

gcagggtcaa agaagccgaa gacctacgat tatagccttt gcgaagacac tctttaa         897


<210>  1121
<211>  789
<212>  DNA
<213>  Ruminococcaceae

<400>  1121
ttgagcaagg caatcgcgta cattctgaat cccgaaaaga ccgacgagaa gctgctggtc       60

tcgtcctacg gctgtgccag cgagaccgca gcgcgggaat ttgaatggac gcggaaaata      120

gccgagcaaa aagggatgaa tccggtcagg atcatagccc gtcatgtgat ccagtccttt      180

gaaattggag aggtcacacc ggagcttgcc cacgagattg gcaagcagtt tgcagatgaa      240

atcctcggag gaaaatatga gtatgtgctg accactcaca ttgacaaaga ccatgttcat      300

aaccatctga ttttcaatgc ggttgacttt gtgaactacc acgcatacaa gagctataag      360

cggatttact atgatatgcg tgaggtcagc gaccggctct gtaaggaaaa cggtctctct      420

gttatccctc cctctcagaa caagggcatg ggctacaagg agtacaccga agccaaacgc      480

ggcacgagtt ggaagcagaa actcaagcag accatcgacc ggcttgtcat tacagcgaag      540

gactacgatg actttctgcg gctcatgcag gaagccggtt atgaaatcaa gaccggcaaa      600

tacatctcct tccgcgctaa aggtcaggag cggtttaccc ggtctaaaac catcggagag      660

aactacaccg aggaacgcat caaggagcgg atcaggctca tcgacagcag gggttatgag      720

tataaagcca agctcacaat cctcaaggaa gcggcgcgga cgctcaacta tctcacggaa      780

aacaacttg                                                              789


<210>  1122
<211>  414
<212>  DNA
<213>  Ruminococcaceae

<400>  1122
ttcaattacg aagcccagat cgccaaaatc gaggaagaga ttgaacggta ccaaaagctc       60

aagctggggc tttacgagaa attcatcggc ggcgtcattg ataaatcgga atacttcgag      120

ttccgcagca gctacaccaa aatcattgag gacaaacagg aggcacttct gcgggtcaaa      180

aaagaaatga agcaaacggt gacaaccggt acgactgaac ggaactgggt aacgcttttc      240

aagcagtatg aaaacgtcga agagctgaac cgccgtgtgc tgatgtcgtt ggttgaccgc      300

atcctgattc acgaaaacca tgcaatcgaa atcgtcttca aatacaggga tgaataccag      360

cagacgattg aatacgttct cggctatgcc gatgaactgg atattgccgt ataa            414


<210>  1123
<211>  366
<212>  DNA
<213>  Ruminococcaceae

<400>  1123
ccaaaccctt ctaatcttta cgacggaggg cgcagcatgg tacgaagaac acgagacatt       60

cagaagaaga tttggctgac accacaggaa gaacggacga ttgcaaagaa gatggagatg      120

atcggcacag agaacttcgg tgcgtatgca aggaagatgc tgattgacgg ctacatcatt      180

gtcgtagact acacagagca gaaaaagctc gccgccgaaa tcaacaagat cggcgtgaac      240

atcaataccg tctgccgcag gatcaactcg acgggacgat tctatcagga cgatattgac      300

gagctgaaag aaaagatgga cgcggtatgg cagttactaa aatcaaagca atccgaggaa      360

ctttga                                                                 366


<210>  1124
<211>  153
<212>  DNA
<213>  Ruminococcaceae

<400>  1124
ccggaagcct cgcaaaatcc attttccatg cgcactaagg aggtcggcag catgaagaag       60

tacagcatca tctacgccga tcccccttgg gcgtatcgga cttactccaa gaagggacag      120

ggacggtcgg cagaaagcca ctatccgaca atg                                   153


<210>  1125
<211>  192
<212>  DNA
<213>  Ruminococcaceae

<400>  1125
aaaatatatg tcatagctga gctgtggagc cgcctgatag gtgaagtcat cctaatgccg       60

catgagacag agtttaatta ctctgtttta tcggcatggg attcaaacct caccgtcatg      120

cggctctttt tctgtcttca ccctccccgc tgctcccgcg cagcggaaag gatgaacaat      180

gaaaatccct aa                                                          192


<210>  1126
<211>  636
<212>  DNA
<213>  Ruminococcaceae

<400>  1126
ttcgctaaaa agtttacaaa taaacccgac aacatttcaa tgaaacgagc aaggaggtac       60

accaccatac aacttgacat cattcatacc ggcgattgcc ttgaaatcct gaaaactctg      120

cccgatgaca gcgttcattg ctgtgtgacg tcccctccgt attacgcgct ccgtgattac      180

ggcatggagg ctcagatcgg cagagagaca acgccgaagg aatatatctc gcgcctgacg      240

gaagtgttta ccgaagtcag gcgcgttttg cgtccggatg gaacgctctg gctgaacatc      300

tcggacacct acgctgggaa aggcaatcag ggagatttca ttgacccgaa gaaccccaac      360

ggcagaaacg gtcaggctgt ggctctcaac aacaaggttg agggctgcaa gccgaaggac      420

atgatcggca ttccgtggat gctggctttt gccctccgcg ataccggctg gtatctgcgc      480

aacgacatca tctggatgaa ggataacccc atgccggaga gcgtgaaaga ccgctgcgcc      540

cgctgctatg agcatatttt cctgttctcc aagtccaaga agtatttctt tgactacaag      600

gcaatctccg agccgattgc tcccgcgacg gcagaa                                636


<210>  1127
<211>  735
<212>  DNA
<213>  Ruminococcaceae

<400>  1127
aaggcaagcc tcaatgagtt ccgcaagcgc atcaacattc cggcacagga ggacgccttc       60

aacgacatcc gctccgagta ttccggtatg ctgcaaagcc agctcaccaa gggcaacaac      120

ggactggtca agaagaagta catcaccttc ggcattgagg cagactccct ccgcacggca      180

aagccgaagc tcgaacgcat tgaaaccgac attctcaaca acttcaaaac cctcggtgtg      240

agaaccgagc cgctgtccgg ctacgagcgg ctgaaagtac ttcatgatgt gttcaacatg      300

gacaccaatg agccgttccg cttttccttt gacatggtag cccggacggg actcagcacg      360

aaggacttca tcgcgcccac ttcctttgac ttccgtgaag gcaagtgctt caagatgggc      420

agaaccatcg gtgcggtgag cttcctgcaa atcctcgcgc cggaactcaa tgaccgtatg      480

cttgccgact tccttgagat ggacagcaac atcacggtca attttcatat ccggacgatt      540

gaccaggcga aggcaatcaa gagcatcaag atgaagatca ccgacctcga caagatgaag      600

atcgaagagc agaaaaaggc agtccgctcc ggctacgata tggacattat cccgtccgat      660

ctcgccacct tcggcggtga ggcgaagcgt ctgtgcagga tctccagacc cgcaatgaga      720

gactgttcct tgtga                                                       735


<210>  1128
<211>  870
<212>  DNA
<213>  Ruminococcaceae

<400>  1128
aagctcaact atctcgccgc cttgattgac gagctttccc tgagcgatca ggaaaagctc       60

gttgccatta tggaggctgg ctgcgatgag gtcagcgaca tcgacgaaaa gctcgttgcc      120

attatggagg ctggctgcga tgaggtcagc gacatcgacg acctcatcaa cctgacgttc      180

aatctggact gctacgacat catgcccggt atcaacgacg aatatgacct cggctattac      240

tatgccaacg aagccggtat ctactccgaa aaggatctcg gtcctctggc agactacatc      300

gactatgaac gctatggtca cgacatcgct tatgatgaac agggacgctt caccgatgaa      360

ggctatgtcc gcgtcgcaag cgaacgctgg gacagacagt ttaacggtga gctggacgat      420

attcccgacg aataccggat caccggctca ggggaagacg ccgagcgtga cagcaccatc      480

gccgttctcg tcgttgagcc gggaaaggag ccttatgtaa aggagattga ctccgggctg      540

gagtccttgc agcatgaggt cggcggctgc atcgaggcaa tttatcccta cgaagacccg      600

gttgccttag tctgcaacga ggaaggcaag ctggaaggtc tgcccctgaa ccgcgctctg      660

cgtgatgagg acggtgacat ctacgatgtt gttgccggaa cattcatggt ggtcggcttg      720

acggatgaca gcttcggctc tctgaccgta gagcagatgc agaagttcgc tgaccacttc      780

aaagtgccgg agcagtttgt caagctgggc gataagattg tggcgatccc catgatctcg      840

aaggagcagc agaagcagga aagtatcgag                                       870


<210>  1129
<211>  612
<212>  DNA
<213>  Ruminococcaceae

<400>  1129
atgttgtaca atgaaaatct gcacgaagaa gaacgacatc tgatccagca gattgccgag       60

caaacagaga gaggaaaaat cgactgggaa ctaacagagt acaatccgct gtcatttctg      120

aatgaggaca agatagacaa gaacccagca gtaatctgtc agtccttctc ctttgaggcg      180

atcatcggcg gctcccgtta cgagcttgat gtcatggaga atattgatgt gccatccggt      240

atgggagact acaccataac cttgacgcgg gatgaaaccg aaaattatct taaaattgag      300

gatgcgcttt cctttgactg tgaccgctat gaatgcacac cggaggaagt cgcagagcga      360

tttgcggaca gccccattgt ccgtctctgc aacgccatca ttcctgccac gcttgggcag      420

gaggatttag aagaggtctt cacatgggca aggtttttca acgagactgg catttctgca      480

aagctgatga atcatccgct gaccaagctc tgtgaaaagc tgttcgacga acaccgtctg      540

atggacttcc atcgctgcgt cttggatgtg gactatcgaa agctgctcct aaatgaactg      600

gctcataact aa                                                          612


<210>  1130
<211>  1608
<212>  DNA
<213>  Ruminococcaceae

<400>  1130
atgagcaagg aatacaacat cggcatctac atccgcctct caatggctga tgaagatacc       60

ggctatggca gcaaggcgga aagtgacagc atcggcaacc agcgtatgct catcaaccgc      120

tttcttgaca atcatccgga gctgtctcac tgtcagcggt ctgagtttgc ggatgacggt      180

tataccggca cgaattttca ccgtcctcag ttcacgcaga tgatggagaa ggtcaagcgc      240

ggcgagatta acctgatctg cgtcaaagac ttttcccgct tttctcgtga ctacattgaa      300

acgggaaact atctggaatg cacttttcca ttcatgggcg tccgctttat ttccatcaac      360

gacggctatg acagtgacga ttacaaaggc acaacgggcg gtctggaagt ggttatgcgc      420

agcatcatct acgctgcata cagcaaagac ctttccgtaa agaccacatc ggcaaaaatc      480

cagatgatga agcagggcaa gtatgtcggt ggctacgccc catacggcta cgtcctgcat      540

cccaccattc ggaacaaact tgccgtagac ccggaggcgg ctgatgtgat ccgtcgtatt      600

ttccgcgagg cgctggaagg cagcaacacc tctcagatcg cccgcagcct gaatgatgac      660

ggcatcccga cgccggggca atacttcaag agcaagcatc ccgacaagaa gaagttcagt      720

aacatgagcg agaaaatcag ttgggaaacc gtgatggtct ataacatcct caaaaacctt      780

gtttacaccg gaacactggt cagccgcaaa atgaagtcct gcggtgtcgg ctcaaaaaag      840

cgtgttgtca atgagccgat tatcgtagaa ggtacgcatg aagcgattat cagcaaggaa      900

gactttgagc ttgctcagaa ggtcattcga ggcggaggac ggaatcccac gcgcaagcag      960

catgactatc cgctcaaggg actcgtccgc tgcggtaact gtaaacgtgc tatgacacgc     1020

cgaaagaaca aggctggcat tcgatacttc cagtgcattc actcggtcaa caacggaaac     1080

acagactgtc cggttggcag gagctttccg gaaatggata ttgagaaggt tgtcttccat     1140

gcccttactc agtttcttgc tttggcacag aaggaagcaa tacagaaccg cgaagtcggt     1200

gatctgcgga aatctgccat caaggaatgt gctgataaaa tccgcactct gcaaaagcag     1260

aacgagcagc acaaggcgtc caagctgagg ctctacgaga agtatgcagc cggaagcatc     1320

acgaaggagg cgtacattca gcagaaggcg gcaacggatg tgaagattgc tgaaaacgat     1380

ggagtaatcc agcgcagtca cgagcggatg aaggagcttg actccgagac cgcctgttca     1440

gatgaaaagc tggatgcggt ctgcgaacag tacgccgact gcaaagctct gacctatgag     1500

ctgacccacg cattcatttc tgcggtctac atttacgatc ttgacaacat agaaatcgtc     1560

tggaagttca aggacttcct cactacatca gaaggagaag ccaaatga                  1608


<210>  1131
<211>  192
<212>  DNA
<213>  Ruminococcaceae

<400>  1131
gccttggttt ctattccggg aggaatgtgg atggacaaca gattctattt tggattcaat       60

acatcggagg aacggaaaaa gcgcagaaaa gcagagctgt actccatgag tgagcaagtc      120

agcaccttct tttgggatga agccccgcag catggattgg aaatgcgtga agggcagcag      180

gatatgtctt tt                                                          192


<210>  1132
<211>  354
<212>  DNA
<213>  Ruminococcaceae

<400>  1132
actaaatgca aaggtggtga ggctatgcga gagaagaagg acatcaatat tgaaatcggc       60

ggcaatattc aagtggcaag agaacaggcg ggatatacgc aggacacgct ctcagaaatg      120

cttggcatga cgccgaatca cctgagtgct attgagcgtg gtgcttccgg tatctctctc      180

gaagccttgc agcgtctttg ccgtttgctc ggcgtcagcg cagaccgaat tatttttggg      240

actgacgcgc cagaagcgga agcccttgcg cttgccagac gtatttcgga tattaagccg      300

gaataccggc aacaggttca agagctgctg tccgctattt tgaatatgtc gtaa            354


<210>  1133
<211>  912
<212>  DNA
<213>  Ruminococcaceae

<400>  1133
gcattctccc tgagtgccga agctgccgct ttcaccgtcc tcactggaaa tatcagtcct       60

gcgtgtttgc agagtgtccc tactgctgca atcccgtttc tacactcaaa aatcaaagtg      120

gcacatctga tgccggaaag gaaacctgtc atggataaca aaatcgaagt cttcaagaat      180

gaacagttcg gtgaggtgag gacgatcctc gacggagaaa cacttctgtt ctgcggctca      240

gatgttgcaa gagcattggg atatgccaga cccggcaagg caattattga ccattgcaag      300

ggtgtcctaa aacgggacac ccttacgagc ggcggtacgc agtccctttc ctacattacg      360

gagggtgatg tttacaggct aattgtccat agcaaactcc cctcggcgga aagatttgaa      420

tactggctgt tcgatgaggt tgttcccatg atccgcaaga ccggctgcta catgacggaa      480

tccctgctgg accgcattca gaaggaaccg gcggtcatca tagagcttgc gcagaccttg      540

ctcaaggaaa cgaatcgcgc caatgccctt gaagcggagc tgggcatcgc aaaaccgaaa      600

gtcgattact ttgacgcctt cgtcaatcca gatgattgca ccaacattcg caccacggcg      660

aaggaactga aaatcccgga gcgcaagttc gtcaaattcc tgcttaacga agggtatctg      720

ttccgctctc cctccggtca gcttcttccc tacaacaaga agagcaacga aggactcttc      780

atcgtccggg atttcgtgac cttccgctat accggctctc agacctactt caccccgaag      840

ggcaagaacg tcatccgcat ccgctacttt ggaatctgcg gcgttgaagt atctacggaa      900

atggcagggt ga                                                          912


<210>  1134
<211>  1395
<212>  DNA
<213>  Ruminococcaceae

<400>  1134
atggataacc cttctttcaa tcagaatggt atcgaataca acggagaaca gattgcctat       60

aaagacagca cctatgagct tgtatcgaag gtagcatatc tgatcggcgt cccgctccgt      120

atttttcaaa atgaacatga gccgccaaag atagagatat acaagcggct tgaacaggat      180

aaaaatgccc gtatcattcg taatctatgt atcatccgca ccgccattga gcgcaactac      240

cggaaaataa atgacatcat gcgaatggag tatcgagggc tgctttcaat gccagagatc      300

atcccggctt ccagtatgca gcagctttca aatgacggaa tcagctttat caaaaagtcg      360

agtacaaagc tctgccacca cattatcgag atcaaccggc tgatttcaga ccgcattaac      420

aactgcaaaa gcctctttcc aatctggatt aactggacgt acataaaaga gctgttcatt      480

atgccaaacg gcttgacaga ggacggaacg aaagatgctg cggacatcta ttacgcaagt      540

ctctcctact acccctatca aatgtacatc aactgggtac cgatggacga gggtaatgtc      600

ctctataatg ataagaagtt tgctaccctg ctttatcaat ggcattgcga cgccttcacg      660

gaatacagta aagtctccga tgcaggggct tttgtaaaaa acaatatcta cgacttcata      720

gatgacagtg agaagaccgt attggtagtg gactgcgaaa actctgaccc gtacaagctg      780

tgcgccacgc tcaaaaacct tgattatgag gtcatgcaga aaattacggc gatcattctc      840

tttgatgacg tacataccgc tacagcatgg cggattcttg aaaactacac ccgcatcccc      900

gttgagcata tcatgattga gcggatcaag cagaacaaat cactggtaga catcaagctc      960

accgcaagag cctgtcagga acactaccag aagcaagtgg attccttcgt catcgtctca     1020

agcgattccg actactgggg gcttatctct tccttgccgg acgccagatt ccttgtcatg     1080

attgagcggg aaaaatgcgg accggatatg aaggcggcac tcgcagaatc cgggatattc     1140

tactgctatc tggatgactt ctactctggc aacagcgagg acatcaagaa aaacgcacta     1200

ttcaaggaga tgtaccgctg gattgacaac tccgttcacc tgaacgtcaa cgatatgttt     1260

gacgctgctc tgcgaaacac gaggatcgaa atgtctcccg cagagcggcg gcagttctat     1320

gagaagcaca tcagacacat gacgctgacc atcgacgaga acggaaacgt cagcattgaa     1380

ctgaaacgcg gatag                                                      1395


<210>  1135
<211>  777
<212>  DNA
<213>  Ruminococcaceae

<400>  1135
ttgatcttag tcatcgcaga gaagcccagc gttgcccagt ccatcgcaaa ggtgctgggc       60

gcaacgtccc gaaaggacgg ctacatggaa ggcggcaatt acatcgtttc gtggtgtttc      120

ggtcatctgg tggagctggc agacgccagc tcctacgatg agcggtatgc caagtggcgg      180

tatgacgatc tgcccattgt tccggagaac tggatgttcg aggtcacaaa ggacaaagcc      240

cagcagttca aggtgctgtc ctctctcatg aaggacaagc gcgtcactgg gcttgtctgc      300

gcaaccgatg cagggcgtga gggtgagctg atcttccgac tggtttacaa caaagccgaa      360

tgcaccaagc ccttcaagcg tctgtggatc agctcgttgg aggactccgc catccgtgaa      420

ggcttcaatc atctccggga cggcaaggaa tatgaccgcc tctatgaagc ggcactcagc      480

cgctcaaagg cggactggat tgtcggcatc aacggcaccc gcctgttcac cacgctttat      540

cacaagaagc tggtggtcgg gcgcgtccag acgccgactc ttgcaatgct ggtggagcgt      600

gacgggaaaa tctccacgtt ccagaaggag aagtatttca acgtccacgt cggcaagggc      660

gatctgaccg ccgatttgga aaaggtcaaa accgaagagg aagcaaagaa gattacggcg      720

gcttgcgaga aaaggcaagc cgtcgtttct tctctcaagc aggaaacgaa gaccgtc         777


<210>  1136
<211>  513
<212>  DNA
<213>  Ruminococcaceae

<400>  1136
cgaaggaaaa tacccggaaa gaatcccgct ggacaaactg ctgaccggcg cgaagtaacc       60

gaatgggagg gcttgatcat gccgcttcaa atcgtcagaa atgacatcac aaaaatgaag      120

gtggacgcca tcgtcaacgc tgccaacgag tcgctgctgg gtggcggcgg tgtggacggc      180

tgcattcatc gtgccgcagg accggagctg ctggcagaat gtgaaacgct ccacggctgc      240

gaaaccggga gcgcaaaaat cacgaagggc tatcgtctgc cctgcaaata tatcattcac      300

gcagtcggtc cgcgctggta tgacgggcgg catggtgagc gcgaactgct gatctcctgc      360

tatcggacat cgctcatgct ggcgaaggaa tacggatgtg aatcggttgc gttcccgctg      420

atttcctctg gcatctttgg ctatccgaag gatcaggctc tcaaagtggc gattgacacc      480

attagcagtt tcctccttga aaacgaaatg acg                                   513


<210>  1137
<211>  768
<212>  DNA
<213>  Ruminococcaceae

<400>  1137
atggacgata ttatctttga gaaggattac cgggaaaccg agtctgccga atacgataaa       60

tggtgcgatg aggtgtttga ccgcgcagtt aattgtggta tgctgaaagc gtactccgaa      120

gcaatggaca agataccaaa gatcattgta ccggaggaca agaagaacta cgagtatctt      180

ctggaacgct gtgatgcgtt tgtcaagcaa caccgcgggt atatcaaggg aatcgtggac      240

tatcatcgtt ggcacgcgga aatcaatatg tttcttccgt ttgcggagtt cgatgactca      300

gaagaccttg catttttgaa agaaattgca gaaaaatcgc aaaccgtctg cttctccccg      360

gatgaagaag gtggcattcg cgttcatatt tttatcaact actttgaaga attgatgtca      420

gccgaacaca agtcatacat cgaatacgat gctattatgc aggacaagaa actatctgag      480

ttacttggca taccggagct ttctgacgag gaaaaagaac tcgccctgaa aatgaagggc      540

atacttgacc gcattgatga ggaaacaagg attgaccgta ccacggcttt tcgagccgtg      600

cttgataaga tgacaaaaga gccggaagaa aactggtcgc ttcattatat ggcaacattg      660

ctggaagctc tgctatactt catgctgaat gaaggaaatg aaaagattga tgaggaagaa      720

cacaatgagc aacaaacttg tagcatattt ttctgcgtcc ggcgtaac                   768


<210>  1138
<211>  717
<212>  DNA
<213>  Ruminococcaceae

<400>  1138
atggataacc cttctttcaa tcagaatggt atcgaataca acggagaaca gattgcctac       60

aaagacagca cctatgaact tgtgtcaaag gttgcctacc tgatcggcgt cccgctccgt      120

attttccaaa atgaacatga gccgccgaag atagagatat acaaccggct tgaacaggat      180

aaaaatgccc gtctcattcg taatttatgt atgattcgca ccgccattga gcgcaattac      240

cgaaaaataa atgacatcat gcggatggaa taccgtgggc ttctttcgat gcctgagatc      300

cttccaatgt ccagtatgca gcagctttca aatgacggaa tcagctttat caaaaagtcg      360

agtacaaagc tctgccacca cattatcgag atcaaccggc tgatttcaga ccgcattaac      420

aactgtaaaa gcctctttcc aatctggatt aactgggcgt acataaaaga actgttcatc      480

atgccaaacg gtttgacaga ggacggaacg aaagatgctg ccgatattta ttacgcaagt      540

ctctcctact acccctatca aatgtatatc aactgggtac cgatggacga gggtaatgtc      600

ctctataatg ataagaagtt tgctaccctg ctttatcaat ggcattgcga cgccttcacg      660

gaatacagta aagtctctga tgcaggggct tttgtaaaaa acaatatcta cgacttc         717


<210>  1139
<211>  1773
<212>  DNA
<213>  Ruminococcaceae

<400>  1139
atgcccgtat tagacggtaa ttttgaagcc ttcgtcacaa accttggcaa gtacaacgag       60

ggtatgctgg tcggtgagtg ggtgaagctg cccaccaccg aagaagagat gcagaaggtt      120

tttgagcgta tcgggatcgg caagcaggat gagttcggtc agccctatga agagtggttt      180

attaccgact acgaatgccc gatctacggt gtccagaaga tgcttggcga gtatgaaagc      240

cttgataagc tcaactacct tgccgctttg attgacgagc tttccctgag cgatcaggaa      300

aagctcgttg ccattatgga ggctggctgc gatgaggtca gcgacatcga cgacctcatc      360

aacctgacgt tcaatctgga ctgctacgac atcatgcccg gtatcaacga cgaatatgac      420

ctcggctatt actatgccaa cgaagccggt atctactccg aaaaggatct cggtcctctg      480

gcagactaca tcgactatga acgctatggt cacgacatcg cttatgatga acagggacgc      540

ttcaccgatg aaggctatgt ccgcgtcgca agcgaacgct gggacagaca gtttaacggt      600

gagctggacg atattcccga cgaataccgg atcaccggct caggggaaga cgccgagcgt      660

gacagcacca tcgccgttct cgtcgttgag ccgggaaagg agccttatgt aaaggagatt      720

gactccgggc tggagtcctt gcagcatgag gtcggcggct gcatcgaggc aatttatccc      780

tacgaagacc cggttgcctt agtctgcaac gaggaaggca agctggaagg tctgcccctg      840

aaccgcgctc tgcgtgatga ggacggtgac atctacgatg ttgttgccgg aacattcatg      900

gtggtcggct tgacggatga cagcttcggc tctctgaccg tagagcagat gcagaagttc      960

gctgaccact tcaaagtgcc ggagcagttt gtcaagctgg gcgataagat tgtggcgatc     1020

cccatgatct cgaaggagca gcagaagcag gaaagtatcg agcagaagga cttcgagatg     1080

aacgccgaca cctccgggct gacggttgcc ggtcacatcg ggacgtggca caccattgac     1140

cagcacgaag tcggcggtca cagcttttac ctgatggagc atgacaccta cggcgatgag     1200

gcggcttgca tcatcgtcga tgagcgcggc aagctcgtcc ttgatgatgt ctacaacggc     1260

tttgacgatg acacgctccg ccttctcgac cttgaggtca aggaagtgcc ggaaatgccc     1320

gatcccgcgc tctccgttca ggacatgaag gactacggct acgcatgggc tggcgttctt     1380

cccgccggtc aggaagcggc tgagaaggct ttggagaagg gctgtgaggt ttaccggctc     1440

tattcggata acaccgaagg cttgtgcgtg gatgccaagg agattgccga tcatgcgaca     1500

aagggcggaa tgctcggtat cagcaaggaa agctggatgg cagctcttga gaaggaaaac     1560

tacctcaagg cagcggagat gtcgatggag gatgactacg gcatgattga cgggatcatc     1620

aacaacggtc cgaaggagga caagaccgca gaggtcaaag cccccgaaag gggcgagaag     1680

tcctccatca tggacaggct caagtctgca aaggctgaaa agcagaagga atgctgccct     1740

ccccaaaagc acaaaggaga gattgagctg tga                                  1773


<210>  1140
<211>  1770
<212>  DNA
<213>  Ruminococcaceae

<400>  1140
gtgaacaagc ccgatgtgaa gaagctcatt cttctgaacc ttccgtatgt cttcgccttc       60

tactttgcgg ataagatcgc cgccgtgttt cgtctcgctc ccggcacgga gttcatcgac      120

aagctgacaa acggctttgc tgtattcggc actgcctttg caaatccgct gcccagcttt      180

catcccgtcg atctgctcat cggtctgatt gccggtgcgt tgctcaagct ggcggtctac      240

gtcaaaggca agaaccgcaa gaagttccgg cagggcgaag aatacggatc tgcacgatgg      300

ggcaagccgg aggacatcaa gccgtacacg gacccggagt tctcgaacaa cgtcatccta      360

acgcagacgg agttcctgac catgaacagc cgtccaaagc agccaaaata cgcccgtaac      420

aaaaatatcc ttgtcatcgg cggttccgga tcaggtaaaa cgcgcttttt tgtaaagcca      480

aacctgatgc agatgcacag cagctatgtt gtgactgacc cgaagggtac ggtgctggtg      540

gagtgcggta aaatgcttga aaagggcggc tacattatca agtcgctgaa caccatcaat      600

ttccggaaat ccatgcacta caaccctttc agctacatcc gcagtgagaa ggacatcctc      660

aagctggtca atacgatcat cgtcaatacg aagggagacg gcgataagtc cggcgaagat      720

ttctgggtca aggcggaaaa gctctactac acagctctca tcggctacat ctggtacgag      780

gcacccgacc acgagaaaaa ctttactact ctgctcgaaa tgatcaatgc ctcggaagcc      840

agagaggacg atgagacctt caagaacccc gtggatgtca tgttcgatga gctggaagcc      900

cgcgaccctg accactttgc ggtcaagcaa taccgcaaat acaagctggc ggcgggaaaa      960

actgcgaagt cgatcctgat ttcctgcggt gcaaggcttg cgcccttcga catcgcagag     1020

ctgcgggagc tgatgagcta cgatgagatg gagctggaca ccattggaga ccggaagacg     1080

gcactgttcg tcatcatttc cgataccgat gacaccttca atttcgtcgt ggcgatcatg     1140

tattcccagc ttttcaacct tctctgcgac aaagcagatg acgtttacaa cggacggctt     1200

cccgtccatg tgcgctgtct gctggatgag tttgcgaaca tcggtcaaat cccgaagttt     1260

gataagctca tcgccaccat ccgaagccgg gaaatctcgg cgtcaatcat cttgcagtcc     1320

cagtctcagc tcaagaccat ctacaaggat gcggcggaca ccatcacagg caactgtgac     1380

tgcacacttt tcctcggcgg caaggagaaa tccacgctca aggaaatcag cgaggtgctg     1440

ggcaaggaga caatcgacct ttacaacacc tcagaaaccc gttccaacaa caactcttat     1500

ggcttgaatt atcagaagac cggcaaggag ctgatgtctc aggacgagat cgccgtcatg     1560

gacggagcca agtgtatttt acagcttcga ggcgtgagac cttttctcag taacaaatac     1620

gacattacga agcatccaaa ataccggcag ctctccgact ataacaagcg gaacgccttt     1680

gacatcgaga agtaccggca gcacaagctg gtagtcaagc ccgatgacac attcgacctc     1740

tatgatatgg gcgaggtcga agcggattaa                                      1770


<210>  1141
<211>  780
<212>  DNA
<213>  Ruminococcaceae

<400>  1141
atgcgtaaga agtttcgttt tctgaccgtc cttgcggtct gcgtcatggt tctgtcctgc       60

ttctctgtca cggcgtttgc ctacgccgat gataccgagc agaaccttcc cgttacggag      120

gcaactcagc ccgagcagca gcccgcagtc actcccacgc cggaaaagcc gaagggtgag      180

ccgattgacg atgagggcaa cgcctacacc cgcgacttgc tctatgacag ggcaaccaac      240

aagcagttca tcactgtcca gacgaaaagc ggcaacacct tcttcattgt catcgactac      300

gatgcgccca tcaacgagga tgaggaacag tatcagacgt acttcctcaa catggtcgat      360

gagagcgacc tgcttgcgct gctggatgat gatactgcgg cggctctgac tacctgtaac      420

tgcaaggaaa aatgcgctgc cggtcaggtc aacaccgact gcccggtctg caagaccaac      480

atgagcgaat gcaccggcac agcccccgct acacctgagc cggataagga tgcagaaacc      540

gatgctcccg cccctaaacc cgaaaagaag tccaacgtcg gcatgatcct cgtcatcttt      600

gcccttgccg gtgctgcggg tgcagcttat tactacatca agttcgtcaa gggcagaaag      660

cccaaggatg aggatatgga cttctttgat gatgaaggct acgaggaaga gccgtacatc      720

aacgaggatg atgagccgca gattgcggag gatgccgaaa cggaaggtga tgaagattga      780


<210>  1142
<211>  2070
<212>  DNA
<213>  Ruminococcaceae

<400>  1142
ttgatcttag tcattgctga aaagcccagc gttgcccagt ccatcgcaaa ggtgctgggc       60

gcgacgtccc gcaaggacgg ctacatggag agcggcaatt acatcgtttc gtggtgcttc      120

ggtcatctgg tggagctggc agacgccagc tcctacgatg agcggtatgc caagtggcgg      180

tatgacgatc tgcccattgt cccggaaagc tggatgttcg acgtcacaaa ggacaaagcc      240

cagcagttca aggtgctgtc cgctcttatg aaggacaagc gcgtcaccga gctggtctgc      300

gcaaccgatg caggacgcga gggtgagctg atcttccggc tggtctacaa caaagccgga      360

tgcaccaagc ccttcaagcg tctgtggatc agctcattgg aggactccgc catccgcgaa      420

ggcttcaacc atctccggga cggcaaggaa tatgaccgtc tctatgaagc ggcactcagc      480

cgctcgaagg cggactggat tgtcggtatc aacggcaccc gcctgttcac cacgctctat      540

cacaagaagc tggtggtcgg gcgcgtccag acgccgaccc ttgcaatgct ggtggagcgt      600

gacgggaaaa tctccacgtt ccagaaggaa aagtatttca acgtccacgt cggcaagggc      660

gatctgaccg ccgatctgga aaaggtcaaa accgaagagg aagcaaaaag aattgcggcg      720

gcttgcgaga aaaagcaagc cgtcgtttct tctctcaagc gggaaacgaa aaccgtcaat      780

cctccgaagc tctatgatct gaccaccttg cagcgcgagg caaaccgata ttacggcttc      840

actgcccagc agacgcttga tctcgttcag acgctctacg aaaagaagct cctgacctat      900

ccgcgcacgg acagccagtt catcacggat gatatggagg acaccgcccg tcaggtcatt      960

tctatcgtct gccgccaact tccgctcttc tctggcgttt cgattacgcc ggacattgcc     1020

cgcgtaacca acaacagcaa ggtcacggat caccatgcca ttctcccgac cgtccagctc     1080

gaaaagcagg atgtttccgc tctccctcag tcggagcaga aaatcctcaa tcttgtcgga     1140

atgcgccttc tgtgtgcgac cggcgagaaa cacacctacg cagagacgca gatctcgctc     1200

tcctgcgagg gctatgcgtt caaaaccaag gggaagaccg tcgttcaaaa cggctggaaa     1260

gccgtcgagg aactgttcaa ggcatccctc aaggcgaagg aaaaggacga tcccgtgaag     1320

tccctgcccg aagtccacga gggcgatgct ctggaaagtg tgtccgccag cgtcacggaa     1380

cacttcacaa cgcctccgaa gcagttcacg gaagacacgc tcctgtctgc gatggagact     1440

gccggaaacg atcagttcga cgatgacact gagaagaaag gtctcggaac acccgcgacc     1500

cgcgccggga tcattgaaaa actggtgaag tccggctttg cagagcgcaa gggtaaggct     1560

ctcattccca cgaaggacgg ctgcaacctt gtctgcgtcc tgccggaaca gatcaggtct     1620

cccaaaatga cggcggaatg ggaaaacacg ctcatggaga tcgagcgcgg caatgcggat     1680

gcagacgctt tcctcagcgg cattgtccgg atgaccgggg atctcgtgaa agcctacccg     1740

tttctctccg atgccgaagc ccagcgtttc ggcacgggca aggaggaaat cggcaaatgc     1800

cctcgctgcg gctctccggt ctatgtgggc aagggcaact tctattgttc cagtaaggaa     1860

tgctccttct gcctttggga agacaacaag ttcttttcca gcaagaaaaa gaagctgacc     1920

aagaagattg caaaggagct gctggacaag ggctggtgtc gagtgaccgg gctttacacg     1980

ccgaagaagg ctcagctcta cgatgcggtg atccggctgg atgacagcgg cggcaaatac     2040

gtcagcttca agatggagtt tgaccgatga                                      2070


<210>  1143
<211>  240
<212>  DNA
<213>  Ruminococcaceae

<400>  1143
atgcaagcaa gcgaaaggat ggttgccgtg cgcataagct ataagaaact atggatgctt       60

cttctggaac gcgacataaa gaaggcttct ctacgacatg aagtagggct gtctgccgga      120

acatggacaa aactgaataa gggggaagaa gtgtccctct ctattttgct gcgcatttgt      180

gattacttga actgtgacat cggagatata tgtgaggctg tgcgaacgga caagaactga      240


<210>  1144
<211>  591
<212>  DNA
<213>  Ruminococcaceae

<400>  1144
atgaagaagt acagcatcat ctacgccgat cccccttggg cgtatcggac ttactccaag       60

aagggacagg gacggtcggc agaaagccac tacccgacaa tgtgcattga agacatcaag      120

gcacttccgg tcggtgagct tgccgctaag gactgcgctc tgtttctctg gatcacgttc      180

ccgtgtctct gtgaagcact cgaagtgctg acggcatggg gattttctta taagaccgtg      240

gcttttgtat gggtgaagca aaaccgcaag aacgatgacc tcttcaccgg catgggctac      300

tggacaaggg cgaacgccga aatctgcatc cttgccacga agggacaccc gaagcgcgtt      360

gacgccggtg tgcgtcaggt catcctcagc cacatcgaag aacattccaa aaagccggat      420

gaggcgcggg agcgcattgt ccgcctcatg ggagaccttc cccgcgtaga gctttttgcc      480

cgtcagtctc ccgaaggctg ggacgtttgg ggcaacgaag tcgaatgcag cattactctt      540

ggaaaggagg aaacagtcaa tggcatttgt tccggtcccg aaggatctta a               591


<210>  1145
<211>  654
<212>  DNA
<213>  Ruminococcaceae

<400>  1145
ttgggtacgc ccggttccgg taagtccttc tccgcaaagc gcgaaatgac gaacgccttc       60

ctcatcacgg aggatgacat catcgtctgt gaccccgaag ccgagtattt cccccttgtg      120

cagaagctcg gtggtcaggt catccgcatt tcgccggtca gcacggatta catcaatccg      180

ctggacatca acacgaacta ctccgaagag gaaaacccgc tgacgctgaa atccgacttc      240

atcctctcca tgtgtgagct gattgtcggc ggcaaggacg gcttgcagcc ggttgagaag      300

accatcattg accgcagtgt tcgcatggtc tatcaggagt ttcttgcaga ccccaagccg      360

gagaaaatgc cgatcctcga agacctctac aacattctga gaaatcagaa ggagccggag      420

gcgcagcgca tcgcaactgc ccttgaaatc tatgttcacg gctctctgaa cgtcttcaat      480

cacagaacga atgtggatgt caacaaccgc ttcgtctgct atgacatctg gatcggcgcc      540

ggaattgccc ttctcgtttt gctcggtgcc ggaatcagct cgtgttcgat gctcacctct      600

accggttcgt cggttatcgc ttcctcttat ctcagtgagg atgacgcgat gctc            654


<210>  1146
<211>  1395
<212>  DNA
<213>  Ruminococcaceae

<400>  1146
atggataacc ccttttctaa tctgaatggc gtcgaataca acgaagaaca gattgcctac       60

aaggacagta cctatgaact tgtatcaaag gtagcatatc tgatcggcgt cccactacgg      120

atatttgaaa atgaacacga acctccaaaa ctcgaaatat accaacagct tgataaagac      180

aagaatgccc gtatcattcg caatttgtgt atcatacgga cgtccataga aagaaactac      240

cgcaaaatca atgacatcat gcggacggag taccgaggac tgctttctat tccggagatc      300

atccctccga tttgtatgca gcagctctcg caggacggaa ttaacttcat caaaaagtcc      360

agcacaaggc tctgccacca tataatcgaa atcaaccgtc tgatctctga ccgcatcaat      420

aactgtaaaa gccttttccc aatctggata aactgggcgt acataaaaga gctttttatc      480

atgccaaacg gcttgacaga ggacgggacg aaagatgctg cggacaccta ttacgcaagt      540

ctctcctact acccctatca aatgtatatc aactgggtac cgatggacga gggtaatgtc      600

ctctatagtg acaagaagtt tgcaacgctg ctctatcaat ggcattgcga cgcatttacg      660

gaatacagca aggtttcgga tgccggtgct tttgtaaaga acaatatcta cgacttcata      720

gatgacagtg agaaaaccgt attggtggtg gactgcgaaa actccgaccc gtacaagctg      780

tgcgccacgc tcaaaaatct tgattatgag gtcatgcaga aaattacggc gatcattctc      840

tttgatgacg tacatactgc tacggcgtgg cggattcttg aaaactacac ccgcatcccc      900

gttgaacata tcatgattga gcggatcaag cagaacaaat cactggtaga catcaagctc      960

accgcaagag cctgtcagga acattaccag aagcaagtgg attcctttgt catcgtctca     1020

agcgattccg actactgggg gctgatctct tccttgccgg acgccagatt tcttgtcatg     1080

attgagcgtg aaaaatgcgg accggatatg aaggcggcac ttgcagaatc cgggatattc     1140

tactgctatc tggatgactt ctactccggc aacagcgagg acatcaagaa aaacgcactg     1200

ttcaaggaga tgtaccgctg gattgacaac tctgttcacc tgaacgtcaa cgatatgttt     1260

gacgctgcat tgagaaatac acgcattgat atgtctccgg ctgaacggcg gcaattctat     1320

gaaaagcaca tcaagcacat gaccttacag atcgatgaag acggcaatgt cggtattgag     1380

ctaaaacgag gatag                                                      1395


<210>  1147
<211>  660
<212>  DNA
<213>  Ruminococcaceae

<400>  1147
gctctaccgc atcatgacca cccgcttaga agaaaccgta cagaactgat aggaggattt       60

ttgaatatga acaacaagat gattaccatt ccctacgcgg acgctatcga atacggagag      120

aacacctccg cactgtttaa ggctctgtgg gagctgaccg atctgatccg actggaaagc      180

gatctcaaga agcatcatcg cgcctacctc catgtgaggg aggacatcga cgaaaaggtc      240

aaggaggcgc gtcagattat gaccaaggta tctgtggata tgatcggttt ctacttcaat      300

gttgatgttt ccaagtgcag caacagcgac gagaatatcc ctttcactga cgcgggtgat      360

gatgaaaccg tttctatccc caaggacaag tatgagctga tgatcgacga tctgctcacg      420

atgtccgaaa tcattcagtg cgtcgcagat atgcgcacgc aggatgtgaa ggcaatccgt      480

gagttcggca agttcgtccc cgcctttgcc gcctttgaga agaaccggct gagcctctat      540

cgtgaggcgg cgaaggaagc cgaggaaatc ttcgaccgtt gggcggacga gattgacgat      600

ctcgacgagg acttcatgga agatgaggac tatgagccgg acgagtatta ctccgactga      660


<210>  1148
<211>  2070
<212>  DNA
<213>  Ruminococcaceae

<400>  1148
ttgatcttag tcattgctga aaagcccagc gtcgcccagt ccatcgcaaa ggtgttgggc       60

gcgacgtccc gcaaggacgg ctacatggag ggcggcaatt acatcatttc gtggtgcttc      120

ggtcatttgg tggagctggc agacgccagc tcctacgatg agcggtatgc caagtggcgg      180

tatgacgatc tgcccattgt tccggaaagc tggctgtttg aggtcacgaa ggacaaagca      240

cagcagttca aggtgctgtc cgctctcatg aaggacaagc gcgtcaccga gctggtctgt      300

gcaaccgatg caggacgcga gggtgagctg atcttccggc tggtctacga caaagccgga      360

tgcaccaagc ccttcaagcg tctgtggatc agctcattgg aggactccgc catccgcgaa      420

ggcttccagc atctccggga cggcaaggac tatgaccgcc tctatgaagc ggcactcagc      480

cgctcgaagg cagactggat tgtcggtatc aacggaaccc gccttttcac cacgctctat      540

cacaagaagc tggtggtcgg gcgcgtccag acgccgaccc ttgcaatgct ggtggagcgt      600

gacgggaaaa tctccacgtt ccagaaggag aagtatttca acgtccacgt tggcaagggc      660

gatctgaccg ccgatctgga aaaggtcaaa accgaagagg aagcaaaaag aattgcggcg      720

gcttgcgaga aaaagcaagc cgccgtttct tctctcaagc gggagacgaa aaccgtcaat      780

cctccgaagc tctatgatct gactaccttg cagcgcgagg ctaaccgcta ctacggcttc      840

accgcccagc agacgctcga tctcgtacaa acactctacg aaaagaagct cctgacctat      900

ccgcgcacgg acagccagtt tattacggat gatatggagg acaccgcccg tcaggtcatt      960

tctattgtct gccgccagct tccgcttttc tccggcgttt cggttactcc ggatattgcc     1020

cgcgtaaccg acaacagcaa ggtcacagat caccatgcca ttctcccgac cgtccagctt     1080

gaaaagcagg atgtttcggc gcttcctcag tcggagcaga aaatcctcaa tcttatcggg     1140

atgcgccttc tgtgtgcgac cggcgagaag cacacctacg cagaaacgca gatctcgctc     1200

tcctgcgagg gctacgagtt caaaaccaag gggaagaccg tcgttcaaaa cggatggaaa     1260

gccattgaag ggctgttcaa ggcttccctc aagacgaagg aaaaggacga tcccatgaag     1320

tccctgcccg aagtccatga gggcgatgtt ctggataatg tgtccgccag cgtcaccgaa     1380

cacttcacaa cgcctccgaa gcagtacacg gaagacacgc tcctgtctgc aatggagact     1440

gccggaaacg atcagtttga cgatgacacc gagaagaaag gtctcggaac tcccgcgacc     1500

cgtgccggta tcattgaaaa gctggtgaaa tccggctttg cagagcgtaa aggcaaatcc     1560

ctcattccca cgaaggacgg ctgcaacctt gtctgcgtcc tgccggaaca gatcacatct     1620

cccgcaatga cggcggaatg ggaaaacacg ctcatggaga ttgagcgcgg caatgcggat     1680

gcagacgcct tcctcagcgg cattgtccag atgaccgggg atctcgtgaa agcctacccg     1740

tttctctccg atgccgaagc ccagcgtttc ggcacgggga aagaggaaat cggcaaatgc     1800

ccccgctgcg gctctccggt ctatgtcggc aagggcaact tctactgctc gaacaaggac     1860

tgctccttct gcctgtggga agacaacaag ttcttttcca gcaagaaaaa gaagctgacc     1920

aagaagatcg caaaggagct actggacaag ggctggtgcc gcgtgaccgg gctttacacg     1980

ccgaagaagc ctcagctcta cgatgctgtc attcgtctgg atgacagcgg cggaaaatac     2040

gtcagcttca agatggagtt tgaccgatga                                      2070


<210>  1149
<211>  294
<212>  DNA
<213>  Ruminococcaceae

<400>  1149
acagcgacgg ggcttctttt tttatgccca ttttcaaaaa tacacaacca atctttttca       60

aatcaaggag gaaaatctat ggctttcatc aatcaggctg tcacggttct tcagacgctc      120

gttatcgccc tcggtgccgg tctcgcagtg tggggtgttg tcaacctcat ggaaggctac      180

ggcaacgaca accccggcgc taagtctcag ggcatcaagc agctcatggc tggcggtggt      240

gtggtgctga tcggcacgac cctcatccct ctgctctccg gtctgttcgg ttaa            294


<210>  1150
<211>  249
<212>  DNA
<213>  Ruminococcaceae

<400>  1150
atgaaacgca tgacagccgg tgatctgcaa gcactggaat tgctgatgca gaccacaccc       60

ggctttgagc attttgacag cggcgcggat ggcattctcc ctgagtgccg aagctgccgc      120

tttcaccgtc ctcactggaa atatcagtcc tgcgtgtttg cggagtgtcc ctactgctgc      180

aatcccgttt ctacactcaa aaatcaaagt ggcacatctg atgccggaaa ggaaacctgt      240

catggataa                                                              249


<210>  1151
<211>  2448
<212>  DNA
<213>  Coprococcus comes SL71

<400>  1151
atggcagaaa agcaatatac aaggcaggcg caggaagcgc tgaatatggc acggaagatt       60

gcagccgaac tgaagcatcc atatgttggg acagaacatc ttcttttcgg gcttaagagg      120

gtttttaccg gagttgcagg gcaggtgctt gataagaata aagtcgatga agaacagatg      180

gaaaaagcaa tggatatcct tgtatctgct cctgaggcag ctaagaagga aagaaagcat      240

ctggagtaca gtccgagact tcgatatatt ctggaagaaa gccagaatga ggcagcgcag      300

cttgcatctg aaaaagtcgg aaccgaacat cttctgctta caatgctcaa agatggagat      360

tgtgtggcta cccgtatgtt gatgaccctg aatgtaaata ttcaaaaact ttttcaggat      420

cttctgcttg cggcgggaat tgatccgaaa gagtatatgg aaaatcagaa ggatggggaa      480

actgttggcg gaattataga ccagtacagt acggatctga cacaggaagc aagagaagga      540

aagctggatc cggttattgg acgtgaaaaa gaaattgcac gtatcatgga gatcctgagc      600

agacggacca agaataatcc gtgccttgtg ggagagccgg gagtcggtaa gacagcaatc      660

gtggaaggac ttgcaagaca gatcgcggaa ggaattgttc cggaaagcat gaaagataag      720

cggatcatgg tgctggatct tccggggatg attgcaggct ccaagtatcg tggtgaattt      780

gaagagcgca tgaaaaaact gatccgtgag gtaaagacgg cgggcaatat tatccttttc      840

ttagatgaac ttcataccat tatcggtgcc ggtggtgcag agggcgcgat tgatgcatcc      900

aatattctga aaccatctct ggcaagaggg gagatgcagc tgatcggtgc aacaactctt      960

acggaatacc gcaagtatat tgagaaggat gcggctctgg aaagaagatt ccagccggtt     1020

acggttgaag aaccgacaga agacgagtgt atccggatcc tggaaggcct gaaagaaaaa     1080

tatgaggctc atcatgatgt agagatcgaa gaggatgcgt tgaaagcggc agttcatatg     1140

tcatgccgtt atatcaatga ccgtttcctt ccggataagg caattgatgt gttggatgaa     1200

agctgttcaa aagtaaaact tcgtggattt aaagtgccgg agaatattgt tgggacagaa     1260

atccgctgtg gaaagctgga gcaggaaaaa gaagtggcac tgaaagcagg agatattgaa     1320

aaagcatcgg agctccatag agaacagaag gaagcagaaa agaaattaga gcaggcgaaa     1380

aagcgtttca ataaaaagaa tgaaaagaaa aaagttccgg taactgaaga agatgttgcg     1440

gatgtaattt ccatgtggac acgaatcccg gtaacaagac tgaatgaatc tgagagcgaa     1500

cgcctgaaaa agctggataa aacactggag aagcgtgtga ttggtcagga agaggcaatc     1560

caggcacttt ccaaagcggt aaaacgagga agagtgggat tgaaagatcc ggcacgtccg     1620

attggttcat tcttattcct tggtcctaca ggtgtcggaa agacagagct ttccaaagct     1680

cttgcagaag cactctttgg caatgaagag gatatgatcc gggtagatat gtccgaatat     1740

atggagaagc acagtgtatc caagatgatc ggatcgcctc cggggtatgt gggacatgag     1800

gatggcggac agctcagcga aaaagtacgc agaaatccat attctgtcat tttgtttgat     1860

gagattgaga aagcacatcc ggatgtgttt aatattttac ttcaggtact ggatgacgga     1920

catattacgg attcgcaggg aagaaaagta gatttccgca atacggttat cattatgacg     1980

tccaatgcag gtgccaaggc aatcattgaa ccgaagaagc ttggatttac ccagcaggaa     2040

gaccagaagg cggattacaa gcgtatgaaa gcaaatgtga tggatgaagt aaagcagtta     2100

ttccgcccag agttcctgaa ccgtattgat gagatcatcg tattccatcc gctgaatgag     2160

gacaatatga agaagatcgt agggctgatg tgtaaagaag ttgtgcagag agcaaaagag     2220

cagcttgaaa ttacactggt tgtgcgtgat tctgtgaaga agcatatcgt tgagaccgga     2280

agtgacaaga agtatggtgc aagaccgctg agaagggcag tacagagcca gttggaagac     2340

aaacttgcgg aagcactttt gaatggtgag atcaaacgtg gagaccatgt ggaagccggt     2400

atttctaaaa aggaaataaa atttacagtc agagagataa acagctag                  2448


<210>  1152
<211>  3276
<212>  DNA
<213>  Coprococcus comes SL72

<400>  1152
atggaaaaat taaaacttgc agccggcatg acaggagaac agaagcgtta tgcggttgaa       60

gcagcactac ttctgggatt tcagacagag acagctacat ttccggtgat cacagcggac      120

ggtgagattc cggtgccgga gaatatggaa gagctgaaag ccctgtggaa aaagagtaca      180

ggggagacac cggaagagta cgaatcagca tcaaagcata caggtccgat ctttgatctg      240

gatttccgta aggaaaaagg gctggagacg atgcttcaga aaggggattt cctgaaagac      300

gagaatcagg atcttcttcc ggatgtgttg gatgtgaaga ttgtacttcc ggaggatgca      360

gatgatgcga tgctcgttgc agcatgtaac ctggcatggc gttttggtat ggagacaacc      420

ggatataaag gaactattac ggcagatgca gcttatacag gcaaccggct cgttctggaa      480

aaagcagagc agacagagct tgtatgggaa aaagaaggag aaagtgtaaa agtatctctt      540

cgcggtgacg gagaggaact aatcgcattt acctcccgcc tctgtatgga atttccacag      600

atcaatggtc agagaagctg gaaagacctg ctgatggata tggtggatga ctttgtactg      660

cgcggcgcag atggccagct tgcagctttg aaagcgatgc agaaagagca gacaggagaa      720

tacgaagtgt acggatctcc gctctggaat gatacacaga aaaaagaagc cggggatgca      780

aaggtatata attacaaatc cggacagaag atgtacgaga aggtgtatga gcttccgtgg      840

gaagtggaag tttttgaaaa acttctggaa gaaaaggttt atccgcagat cgggaaagga      900

agcaaggtaa agattaccgg tgcggtaagt gaaaatataa aagtacggca gaagataaaa      960

gaaaaaatcg aagacagaat ccagatgtta ggtgccaagc cggaggatac ctccgttatc     1020

tgtgcataca aacagggata ttcctggatc gttgaagaga tgcttccggt gatgaagaaa     1080

gcgcaggcag atcaggttga gatttatttc aaaccgttcc tgccggaagg tcagacagac     1140

tggctggatg agaacggtgc aaccccgtcc tatcacaatc tgaatgcaga cactccggac     1200

aagtggtatg atcttccgat ccgctatctg caggaactgt atccggtaga agatattctg     1260

gtaaaagagc ttggaattga aagagataaa gtcattttca aagcttatga aggcgaagaa     1320

gatatcactt atctctgcaa ggggatcaag gacgaaaagg tctgctgtga ggatacttac     1380

aaagcagtct ggtcggaaag accatatatg gatgaatatc cgcagatggg aaaggttcat     1440

ccggcaaccg gttatgtaaa agcagagatt gacggacagg aagtatttta tcagaccgtc     1500

cgtaccgata tggaagagat ctgggatgtt taccagaagg aagttcttcc ggattgcaga     1560

cgatatattg aggaaaagac aggcggaaag atttccgcag acctgcagcc gttcttccat     1620

gaactgcgtc tggacgtgac cgcaagtgaa ccggactatg cgaccggatc aagagaggat     1680

ctgatctctt cactggatgc tttgcatgaa gatatgtatt ttgtcggaag cgactatttt     1740

aaaaattacg gtgtgaagaa agcagatgtc atgctggatg cgccgggact gatccttccg     1800

gtgatccatg aaaaagaagg cagaccggta tttaaggtga cactgaccga gccgttaaaa     1860

gaagaagcat gcattgtaaa agatggaaaa gcggttcttt tacagagaaa acgggaagaa     1920

gcagatgcat ggatccgtgc catttcatgg gaaaatgata attttacttt ccatatccgc     1980

acaaatggtg tacaatctaa tgtattacac acttactcaa cattgtggtc aaagggtgta     2040

ctggcagagt gtgaaagtgt tgctgcaggt acgaagcttt tgtttgaaag tgagcagggc     2100

gagatacagt atgcagcact tacaccggaa agagaagaaa aaccaaagac gaaacggatt     2160

gaagagattg acctgcatga gcatgaactg atcggatatg atacttaccg tgagatcatc     2220

gaagaactga agcaggttcc tggaatcgaa gtgttccgga ctgcggtatc ttatacagga     2280

cgtgaactct atgcagtatg gatcaaaccg gaatacgaag gatatctgtc catgacgaag     2340

cgtatatcaa gaattcctgg cgagatgatc aatgcaagac atcatgcaaa tgaagtatct     2400

tcgacaaatg cagcatttat cctgatcaag aagctgctga cagaagatgt ttacaaagat     2460

ttaccggata aactgaatct ggtgatcgtt ccgatggaaa atgtggatgg tgcggcaatc     2520

cattatgaat tgcagaaaga gcatccaaac tggaaattcc atgtggcaag atttaattcg     2580

cttggaaaag agttctacta tgaacatttc cagcaggata cgatccacag cgaggcgatg     2640

ggattaaccc gtatttatga ccggtatgtc ccggatatga tcgtggacaa tcacggagta     2700

ccgagccatg aatgggagca gcagttttca ggttatacct ccccgtctta caaaggcttc     2760

tggcttccga gatctctgct ttatggttat ttctggtatg tgaccaatcc agagtacaag     2820

gacaattacc cggtcaataa ggtaatggaa gatgtgattg cagacaagat tgccgagtat     2880

ccggagatga gagaattgaa ccgtaaatgg agtgctcagt ttgaaaaata tgcacatgca     2940

tggatgccga aattgttccc ggcaaactat tataaagaaa tgatcaacta ctggatcccg     3000

ttcgcggcag atccaaacca tcgttatccg tcgatccgtt ttccgtggat cacaacggtt     3060

gcttatacca gcgaggttgc agatgagacc gcacagggtg aatacctgaa tttgtgtgca     3120

agggctcatg tggcacatga cgaggcgact atccggatgt tgatggaagc agtgcatgtg     3180

atggaatgtc atctggaaga gcaggatgga cagattttga ccagttacat aagacagcgt     3240

ccgatgattg tcaaagtgac tggaaaaaat aaataa                               3276


<210>  1153
<211>  3369
<212>  DNA
<213>  Coprococcus comes SL73

<400>  1153
ttggagacat tggataacag gcagccgttc tgggcgattt caaaaatctg cctgaacaac       60

tggcattata tagacagaaa aatactgact ttgagtgaag gaatcaattt tttcaccggg      120

cattccggaa gtggaaaatc aacggttatc gatgcaattc agattgtact ctatgctaac      180

acggacggac gtggattttt taataaagcg gcagcagatg attccgaccg taccttgatc      240

gagtatttgc gcggaatggt aaacatcagt gaaaataatg agtcccagta tctgcgaaat      300

aagaattttt ccagtacgat cgtaatcgag ctggaacaga cgagaaccca tgagaaacag      360

tgcgtgggcg ttgtatttga cgtggagaca gcaacaaatg agatcaaccg cctgtttttc      420

tggcacagaa gcggtctgct tgcgaatgct taccggggag aaaagagatg tctttctact      480

gtggaaataa gagaatatct gcagcgtacc tttggtgaag aggcattcta ctgcggaccg      540

agcaatgagc gtttccgccg tcagctttat gatgtgtatc tgggcggatt ggataaagaa      600

aagttcccac gtctttttaa gcgggcaatc ccgtttcgga tgaatatcaa gctggaagaa      660

tttgtaaaag aatatatctg tatggaacag gatatccaga ttgaggatct gaaagaaagt      720

atcatgcagt atggcaggat gcgcagcaag attgagtcaa cgatggaaga gattgaggaa      780

ctgaagaaga tcgatggaat ctatcaggat tttgatgata agcgagaaaa aagcagggaa      840

tgtgactacc gtcttacccg tctggaaatg ctccggctgc aggcggacat ccagggactc      900

catgataaga ttaaaaccag agaagaaggt atcaaggtac aggagcatac gaaagccgag      960

ctgatgcgcc agagtggaga actgcaaaag gagcatgagg agctgttact tcgtctgaat     1020

aacagtggtt ataaagcact ggaagcagaa cttgcaggac ttaacgagtc tctggaacat     1080

ctgggaaaaa gcagggcgag tctcacaaag acagcacaga gacttgcagc atggaaagaa     1140

caggagatta cgtccaacca gaccatctgg gatattgata aatttgaagc cggtacgatt     1200

tcggagggcg aacttacaag gctgaaagaa aatatcgcac agatgcgtgc ggagatcgaa     1260

gaagaacgtc gggatacgga cagtacactt cgtcagatca agaaagaaga acgggaagcc     1320

aaagaagagc taaaagagct gaaacaggga agaaaagcat atccaaaaga gctggaagaa     1380

gcaaggctgg aactacagaa ccggttgcag gagaattgtg gaaaatttgt ttccgtgcag     1440

atcctcgcag atcttctgga aatccgggat gaaagatggc acaatgcagt ggaaggttat     1500

atgggaaata ataaacttct gctgatcgta gagccgaaat acgcaaaagc ggcaatggat     1560

atttatcagg agatggataa gaagaaattc tttcgtgctg caattctgga tacggaaaag     1620

gttatggaag aagagcacat tgtccggcag ggcgctcttg cagaagaagt aaaagcaaaa     1680

gaaaaatacg tgcagtctta catcaatttc tttcttggta atgttatgaa atgtgagaac     1740

attgaggaac tcagggagtg caggattggt gtgacaccgg actgtatgct gtatcaaagc     1800

tatcgtctgc agcatattaa tccggaaaat tatacgagac gtgcttatat cggagagatt     1860

agtctccgtc agaggatccg gcaacttcag aagcactgtg atgagcttca ggagaagagg     1920

cttccacttg cggcacttgt ggaagaggca aagaaacttc tggaactgga agcagtgcca     1980

cttccgatag aggattatat cagccagatc ctggatgcaa aggcgataaa gggaaaagaa     2040

acccgtaaga aagatttact tgaaaagctg cagaaactgc gtgcagaatc agtcgatact     2100

ctggaagcac agatgaaaga agtgcaggaa agacgggatg caaagcagaa agagatcacg     2160

aagacagaga aagaaatctg gaaaaacggg gaagaaatcg aaaaattcag aaacagtatt     2220

acagagtcgg aatttgcact ttctggaatc cagaaagaat ttcaggaaaa cgaaagattt     2280

gagaagcagt ttgaagagta tctggaagca cagaaaagca gaaactatat ttatttaaaa     2340

gaggcaagtg caaggcagct gcagcagctt ggaaagaaaa aagaagaaat ctatcaggag     2400

ttggtggcag cccgcagtgc ttataccaaa aaatatacgc agcgtaattt ttcagtggta     2460

gaagaagata ataaggttta tcaggagctt ctggaaagcc tgtcgtgtga taatctggaa     2520

acctaccggc aagcagcgaa tgaacaggca aaggcagcgg tcgagcactt caaggatgac     2580

tttgttttca agatccgcag tgcgatccgc gaggcctacc agagaagaga tgagctgaac     2640

cggatcatca gccggctgga tttcggaaaa gataagtacc agtttgtgat cacgaagaat     2700

aagggtgcag acggaaagta ctataagatg tttatggatg ataccttgca gatcaatccg     2760

gcacagcttt cagggtctat tgagaaccag atgaatctgt tcacgatgga gcatgaagaa     2820

aactacggtg atatgatgaa tgaactgatc ggcatattta tcccaccgga aaatgctacc     2880

catgaggaac tggaagaggc gaagaaaaat atggacaagt acgcggatta ccgtacttat     2940

ctttccttcg acatgcagca gattgtccag ggtgaggaag atatgaaaat cggtcttggc     3000

aagatgatcc gcaagaattc cggaggagaa ggacaaaatc ctctttatgt tgcacttctt     3060

gcaagctttg cacagattta caggatcaat ctttccccga aaatccacag gaatccgacg     3120

ctcagactgg tcgttctgga tgaggcattt tcaaaaatgg atgccgagaa ggtggcaagc     3180

tgtattgcgc tgatccgtgg acttggtttc caggcgatca tcagtgccac aaatgataag     3240

atccagaatt atctggaaaa tgttgataaa acctttgtat atgccaaccc gaataaacgg     3300

catatatcaa ttcaggaatt tgaaaaaacc gagttcgcac agcttgcgga tgaggaagaa     3360

caggggtga                                                             3369


<210>  1154
<211>  1509
<212>  DNA
<213>  Coprococcus comes SL74

<400>  1154
atgaatatta aacgtgcaaa acaggaaatc aaggatgcgg tgcaggcata cctgatgaag       60

gatgaatatg gagaatatca gattccggca atccatcaga gaccgatcct tttgatggga      120

cctccgggaa ttggaaaaac acagatcatg gagcagattt caagggaatg tgagatcgga      180

ctggttgcgt atacgatcac gcaccatacc agacagagtg cgatcgggct tccgtttatt      240

cagacaaaga tctacggtgg aaaagagtat tcggtaaccg agtatacgat gagtgagatt      300

attgctgctg tatatgaaaa gatagagcag agcggcatga aagagggaat cctgtttatc      360

gatgagatca actgtgtttc agagacgttg gcgccgacta tgctgcagtt tttacagtgc      420

aagatgtttg gtaatcagag tgttccggag ggatggatca ttgtggcggc agggaatccg      480

ccggaatata ataagtcggt gcgggaattt gatgtggtga cactggaccg gatcaagcgg      540

atcgatgtgg aagctgattt tgatgtctgg aaggaatatg cgtatcaggt tggaatccat      600

cctgcagtgc tttcttatct ggaacttcga aaagagaatt tctatcgtat ggaaaataca      660

gtagatggaa aaatgtttgt cacagccaga ggatgggaag acctgtcaag gttgatccag      720

gtttatgaaa agcttggtaa agaggtggat cgtgaggttg tgcatcagta cctccagcac      780

tggaagacag cgaaggattt tgcaaattat ctggagcttt accgaaaata tcagaaggag      840

tatggactgg agcggatcct tgcaggatat tatgaaaaag ataccttaga acgtttgaaa      900

tttgcgtcgt ttgatgagcg gctgagtgtg gtaaatcttc tggtcggaaa gatggcagaa      960

ctttttaaag aagaatatga gatggaaaaa tttgtggagg gactgtttgc tcagctgtgt     1020

gcttataaag aggaattgca aaaggaaggt gcagttccgg gagaggtcct tgctgcgaaa     1080

attcagtctc ttaggcagga agttgaacag aagaaggccg ccggacagct tacaaaggcg     1140

gaaatgcacc gtatggagcg tattttatgc aaattggaag aataccggaa agctccggaa     1200

tttgagtctg taaaggccac atttgacagc gaagaagagc agagagagca aatggcagat     1260

aagacactgg aaacgctgaa tcactgcttt gaattcctgg aatctgcttt cggcgagagc     1320

caggaaatgg cagtatttgt cacggaactc aacagtaatg tgtacagcat tgcgttcctg     1380

cgggaaaatg actgtgcgat gtattacaaa tacaacaaag gtttactttt ggatgaacgc     1440

cgtgaagaaa tcctggaaca gatggatgcc gtggaaaatg tagtggaaag aggactggtt     1500

gaagattaa                                                             1509


<210>  1155
<211>  1596
<212>  DNA
<213>  Coprococcus comes SL75

<400>  1155
atgagtaaca aaaaccagcc aaaagagtca aataaatatg gttccagact gcgggagatg       60

acagcagtcc tcagaaaaca tgggattacc ggtggactta ccccggaaaa gctccggctg      120

atcttggagg atctggggcc gacttatatt aagcttggtc agatcatgtc actgcattcc      180

gacattcttc cgaaaagcta ttgtgaagaa ctgatgcggc ttcattccga ggtgacaccg      240

atgccatttg aacaggtagc agaagtgatc cgcaagtcct acggttatga gtggaacgaa      300

gtgttccaga gcattgatgt gcatccactg ggatcggcat cgatcgcaca ggtccaccgg      360

gcggttctga agactgggga agatgttgtc gtcaaagttc agaggcaggg catctataag      420

gtaatgtcca gagatatcag tctgctccac aaagcggcaa agctggtccc gccaggtacg      480

atcaaggaca tggtggatat taacatggtt ctggacgagc tctggactgt cacccagcag      540

gagatgaatt tccttctgga ggcagccagt atggaagaat ttgcccagcg caatcaggat      600

gtggcttttg ttacaacgcc tcggctctat cgcgaatata cgaccaacca tgtgctagtg      660

atggaatata ttgatggatt tgcaatcaac gataaagaaa atctgctggc aaatggctat      720

gatctgaatg agattggaac aaagcttgta gataattaca ttcgccaggt tatggaggac      780

ggtttttttc atgctgatcc gcatccaggc aatgtgcgta tccgtgatgg aaagattgtt      840

tggatcgata tgggaatgat gggaagactt accgagcgtg accgggaaca gatcagcaat      900

gcagtcaaag gtgtggcaga gaatgacatc ggtctgatcc aggaagcggt gatggcactt      960

ggcgagttcc gtggaaagcc ggatcagagc aagctgtatg aagatatcaa taatctgatg     1020

gcaaaatatg gaacgattga tatgggtgat atcgatattg cggaagttat gcaggatctg     1080

atggaagtga tgaaggaaaa taaaatttct atgcctcatg gacttactat gcttgcaaga     1140

ggactcgcca atatggaagg tgtgcttgcc gagatcagtc cgcagatcaa catggttgag     1200

attgcggcgg cacggatgaa ggagagcttt ctgacgaagg aacagtggaa aaaagagata     1260

aagaatgatg caaaaagact gtatcgttct cttcacaagg caatggatat tccttccctt     1320

gcagcagaca tcctgcaggg tcacatgaaa ggacagacca gagtcaatct ggatcttcat     1380

acttcggatg agctttccgg gttgctcagg aggttggtgc ggaatattgt aatggggctg     1440

tgggtgatgg cacttctgat cagttccagc attatctgta caaccaatat gcagccaagg     1500

ttgtggggga ttccggcaat cggtgcgttt ggatatctga tggcatttgc tattgtaatg     1560

tatgttttta tcaaacatat cttttcaaaa aaataa                               1596


<210>  1156
<211>  3162
<212>  DNA
<213>  Coprococcus comes SL76

<400>  1156
atggctaagt acaaaaaagt ggatacagac ctgaagtttg tagacagaga aaaagaagtt       60

gaaaaattct ggaatgaaga agatattttc aagaaaagta tggagaaccg taaagaagga      120

gaaacttata ctttctacga tggacctccg acagcaaatg gaaaaccgca tatcggacac      180

gttcttaccc gtgtaatcaa agatatgatc ccgagatacc gtacaatgaa gggctacatg      240

gttccgcgta aggcaggatg ggatactcac ggactgccgg tagagctgga agtagaaaag      300

ctgctcggcc ttgacggaaa agatcagatt gaaaaatatg gtgtagaacc atttatcaat      360

aaatgtaaag aaagtgtctg gaaatacaaa ggaatgtggg aagatttctc ttctacagta      420

ggtttctggg cagatatgga aaatccatat gttacttatg ataataactt tatcgagtct      480

gaatggtggg ctctgaagaa aatctgggat aagggactcc tttacaaagg atttaagatc      540

gttccgtatt gcccacgttg tggaacacca ctttcagcac aggaagttgc acagggatat      600

aaggacgtca aagaacgttc tgctatcgtt cgtttcaaag tgaaagacga agatgcatac      660

atccttgcat ggacaaccac accttggact cttccgtcta atatcgcact ctgcgtaaac      720

ccggaagaag attacgcaaa agtaaaatgt gcagacggat atacttatta tatggcatgc      780

gctctgcttg acaccattct tgggaaattt gcagaagaag acaaaccggc atacgaagtt      840

ctggaaactt acaaaggaaa agatctggaa tacaaagaat atgaaccgct ttaccagtgt      900

gcatatgact gtgcagcaaa acagaaaaag aaagcattct ttgttacctg tgatgattat      960

gtaactctga cagatggtac tggtgttgtt catctggcac cagcatttgg tgaagacgat     1020

gcaaaagtag gacgcaaata tgaccttcca ttcgtgcagc ttgttgacga aaaaggtgat     1080

atgggtgaga caactccatt tgcaggactc tttgtaaaga aggctgatcc ggaagtactt     1140

aaagatctgg atgctcgtgg acttctcttc gatgctccga agtttgaaca cagttatcca     1200

cactgctgga gatgtgatac tccactgatc tactatgcaa gagaatcatg gttcatcaag     1260

atgacagaag ttaaagatga cctgatcgca aataacaata ctatcaactg gatcccggaa     1320

agcattggta aaggacgttt tggtgactgg cttgaaaatg tccaggactg ggggatcagc     1380

cgtaaccgtt actggggaac tccactgaat atctgggaat gcgaatgcgg atgccagcac     1440

tcgatcggaa gcattgaaga actgaaatcc atgtcagaca actgcccgga tgatattgag     1500

cttcaccgtc catatattga cgatgtaaca atcaagtgtc cgaagtgtgg aaaacagatg     1560

caccgtgtac cggaagttat cgactgctgg ttcgacagcg gatccatgcc gtttgcacag     1620

catcactatc catttgaaaa taaagaagta tttgaacagc agttcccggc tcagttcatt     1680

tctgaagccg ttgaccagac aagaggatgg ttctattctc tgttggcaat ttcaaccctg     1740

attttcaaca aagcaccata ccagaacgta atcgttctcg gacatgtaca ggatgaaaat     1800

ggtcagaaga tgagtaaatc caaaggaaat gcggttgatc cgtttgatgc tctggagaca     1860

tacggtgcag atgcgatccg ctggtatttc tatgtaaaca gtgcaccgtg gctgccgaac     1920

cgtttccatg gaaaagcggt tatggaagga cagagaaagt tcatgggaac actctggaac     1980

acctatgcat tcttcgtatt gtatgctaat attgatgatt ttgatgcaac aaaatatgca     2040

cttgaatatg acaaattatc tgtaatggat aaatggctct tatcaaaact gaatacactg     2100

atcaagacag tagataatca tcttgcaaat taccagattc cggaagctgc aagagcactt     2160

caggacttcg tagatgatat gagtaactgg tatgtaagac gaagccgcga acgtttctgg     2220

gcaaaaggaa tggaacagga taagatcaat gcttacatga ctctttatac agcactcgtt     2280

acggtatcaa aggttgcagc accgatgatc ccgttcatga ccgaagaaat ttatcagaac     2340

ctggtaagaa gcgtagatga aaccgctccg gaaagtatcc acctttgtga ttatccggtt     2400

gcaaatgaag cttatatcga taagactctg gaagagaaca tggatgaagt tctgaagatc     2460

gttgtaatgg gacgtgcatg ccgtaataca gccaacatca agaaccgtca gccaatcgga     2520

aagatgttcg taaaaggtgc ttccgatctg ccggagttct atcaggatat cgtgacagat     2580

gagctgaatg taaaagaaat cgaacttaca gatgatgttc gtgcatttac ttcttataca     2640

tttaaaccac aattaaagac agttggacca aaatatggta aactgttagg tggaatcaaa     2700

aatgaactca gcagtctgga cggaaatgct gctatggacg aactgaatgc gacaggtgtt     2760

ctgaagcttc aggtaaatgg acaggaaatt gaacttacaa aagaagacct tctgatcgac     2820

atggcacaga tggaaggata tgtatctgag agtgactatg gtatcaccgt tgtactggat     2880

acaaacctga cagaagaact tctgacagaa ggatttgtac gtgagatcat cagtaagatc     2940

cagactatgc gtaaggaagc cggatttgaa gttatggaca agatcaaggt aacttacgac     3000

ggaagcgaaa aagcagaaaa agtatttgca gagtatgcag agcagatcgg acaggagaca     3060

cttgcggtag cagttgaaaa ggctgaacct gcaggctatg tgaaagactg gaagatcaac     3120

ggtgaagctg taaatatggg tgtagaaaag cagggagaat aa                        3162


<210>  1157
<211>  2637
<212>  DNA
<213>  Coprococcus comes SL77

<400>  1157
atggcaacaa aatgggttta catgtttaca gaaggtaatg ccgatatgag aaacctgctt       60

ggtggaaaag gcgctaacct tgctgaaatg acaaacttag gtcttccagt gccacagggc      120

ttcacaatca caacagaagc ttgtactcag tattatgagg acggaagaca gatcaatgaa      180

gaaatcatgg ctcagatcat ggaagctatt acaaagatgg aaggaatcac aggaaagaaa      240

ttcggtgata aagagaatcc acttcttgtt tccgttcgtt ctggtgcaag agcatctatg      300

cctggtatga tggatacaat cctgaacctt ggtcttaacg aagacgttgt caatgtactt      360

gctgaaaaat caggcaaccc acgttgggct tgggactgct acagaagatt tattcagatg      420

tactctgacg tagttatgga agtaggtaaa aaatacttcg aagaactgat cgacaagatg      480

aaaactgaaa gaggcgttaa acaggacgtt gaacttacag cagaagatct tcacgaatta      540

gctaaccagt tcaaggcaga atataaagaa aaaatcggtg ctgaattccc gacagatcca      600

aaggaacagt taatgggagc tatcaaagcc gtattccgtt catgggacaa cccgagagca      660

aatgtatacc gtcgtgacaa cgatatcccg tattcatggg gaactgctgt taacgtacag      720

atgatggcat ttggtaacat gggtgatgac tgtggtacag gtgttgcatt tacacgtgac      780

ccagctacag gaaataacgg actgttcgga gaattcctta caaatgctca gggagaagac      840

gtagttgcag gtgttcgtac accaatgcac atttcagaaa tggaacagaa attcccagaa      900

gcattcaaac agttcaaaga agtatgcaag actctggaaa cacattacag agatatgcag      960

gatatggagt ttactgtaga acatggtaaa ctgtacatgc ttcagacacg taatggtaag     1020

agaacagctc aggctgctct taagattgct tgcgatctcg ttgatgaagg aatgagaacc     1080

gaagaagaag cagttgctat gatcgatcct cgtaaccttg atacactgct tcatccacag     1140

ttcgatgcag ctgcactgaa agctgctgta ccgatggcta aagcacttgg agcatctcca     1200

ggagctgctt gtggtaagat cgtcttcaca gctgatgatg ctgtagaatg ggctgcaaga     1260

ggagaaaaag ttgttcttgt acgtcttgaa acatcaccgg aagatatcac aggtatgaag     1320

tctgctcagg gtatcctgac agttcgtggt ggtatgacat cacacgcagc cgttgttgca     1380

cgtggtatgg gaacatgctg tgtatctggt tgtggtgaca tcaacatgga tgaagaaaac     1440

aagaaattca cacttggtgg aaaagaatac catgaaggag atgcaatctc tcttgatgga     1500

tctacaggta acatttatga cggaatcatc ccgactgtag acgctacaat cgcaggtgaa     1560

ttcggaagaa tcatgggatg ggctgacaag tacagaacta tgaaagttcg tacaaatgct     1620

gatacaccag ctgatgctaa gaaagcccgc gaacttggtg ctgaaggtat cggactttgc     1680

cgtacagagc atatgttctt cgaaggcaac agaattgatg cattccgtga aatgatctgc     1740

tctgaaacag tagaagaaag agaagctgca cttgctaaga tccttccgga acagcaggga     1800

gacttcgaaa aactttatga agcactggaa ggaaatccgg ttactatccg tttccttgat     1860

ccaccgcttc atgaattcgt tccaacagaa gaagaagata tcaagaaact tgctgatgca     1920

cagggtaaat ctgttgacca gatcaaagca atcatcagct ctctgcacga attcaaccca     1980

atgatgggac atcgtggatg ccgtcttgct gtaacttatc cggaaatcgc taagatgcag     2040

acaagcgcag ttatccgtgc tgctatcaat gttaagaaag ctcatccgga ttggaatgtt     2100

aaaccggaaa tcatgatccc gctggttggc gatatcaaag agcttaaata tgttaagaag     2160

tttgtagtag aaacagccga cgctgaaatc gctgctgcag gaagcgacct tgagtacgaa     2220

gttggtacaa tgatcgaaat tcctagagct gctcttacag ctgatgacat cgcaaaagaa     2280

gctgacttct tctgcttcgg tacaaacgac cttacacaga tgacatacgg attctcacgt     2340

gatgatgctg gtaagttcct tgacgcttac tatgacgcta agatcttcga gaacgatcca     2400

tttgctaaac ttgaccagac aggtgttggt aaacttatga agatggctat cgaactcgga     2460

aaaccggtta atccgaaact tcacgttggt atctgtggag aacatggtgg agatccaagc     2520

tctgtagaat tctgcaacag cattggtctt gattatgtat cttgctcacc attccgtgta     2580

ccgatcgctc gtctggctgc tgctcaggct gcaatcgctc agaagaatgc aaaataa        2637


<210>  1158
<211>  2313
<212>  DNA
<213>  Coprococcus comes SL78

<400>  1158
atgagcagag aaatgttttc aggaaatctg agaaacagat tacatagcga tgaatggctc       60

atctggcagg atcagtatga ggcaaaagag aatctcaaat atgagagttt gtttgcactt      120

tccaatggct acctcggaat ccggggaagt catgaggaag gaacaaagat tacacttcca      180

tatctttata tcaatggagt gtttgacaag tcagagacat ttatgcgtga actttccaca      240

cttccgaact ggcttggaat cagactttat gtagaaaaag aattgattgg aattgaagac      300

tgtgaaattt tggaattttc aagagtgctt gatatgaaag gagcttttct tggaaagaga      360

gttcgtctga aggactcaaa aggaagagag actttgatcg aaggaatccg gtttgtgagc      420

agaaacaatg tacacaggat gggaatccgg ctttatgtga caccgctcaa ctacagtgga      480

attattgaag tagaaagtat tattgatggt acgatcatta atttttatga tgcaccacgc      540

tttaaggtaa aacatactta tatgacagcg aatgaaaagc tggcagcaga tggatgttat      600

gtggaagttg caaccagaga aaatcatctg catgtaggtt gtggatgccg tatcgaagct      660

tatgcagatg gaaaacagat tcttggaaac agaatgataa gcagatttgg tgagcagagt      720

gtggaatttg gtgatatcca tgtagaagaa ggaaaagaag tagaaatcgt aaaatatgtt      780

tcgatgtata cagaaagaga atgcccggct tatgctcttc atacaacaat cgaaaaagaa      840

attgaaggat ttgttgaaac gggatttgat caggaactga aagcgcatga agatgtttat      900

aagaatatgt gggaaaatgc agatattcag attacagggg atgatgaatt gaaccgtgca      960

gtccgtttta acatcttcca tctgatgagt acgggaaacg aacatgatga ccatgtgaat     1020

gttggggcaa agcttttaac aggagaagaa tatggtggac atgctttctg ggataccgaa     1080

ctttttatgc ttccgttttt ctcatgggta tttccgaaga ctgcacagaa tctggaaaat     1140

tacagatacc atcttctgga tgcagcgcgt gcaaatgcac ataagaatgg atataaagga     1200

gcacagtatc cgtgggagtc agcagatgat ggtacagagc agtgtccgga ctggaccatt     1260

gagccggatg ggacctgtta tagatgttat gttgcggtat atgagcatca tgtaacagca     1320

gcagttgctt atggaatcta taattatgtt aagatcacgc aggatatgga tttcctttac     1380

agcaaaggag cggagattct gacagagaca gcaagatttt gggcaagccg ctgtgagtac     1440

aacaaagagc aggatcgtta tgaaatcaat caggtaacgg gaccggatga atggcatgaa     1500

ccggttaata ataacctcta taccaattat ctggcgagat ggaatctcgg atatgttctg     1560

tcactgcttg catcaatcaa gaaagagaat caggaagcgt atgatatcct gattgaaaag     1620

acaggactta cagaggcgga aactgcacac tggaaagaag tgcaggaaaa gatgtatctg     1680

ccaagaaaag aaggcacaag acttctggaa cagtttgaag gatatttcga gcttgataat     1740

gtaacaatcg aaaaatatga tgagaatgac tggccagtac gtccggatgc acttaagaca     1800

aaaagagcaa gagagacaca gatcaataag caggcagatg ttgttatgct gttacacctt     1860

atgggaaatg aatttgatga agaaacgatt aaagaaaact acgcttatta cgaaaagcgt     1920

acacttcatg gttcttcatt gagtccgagt attttctctg ttatggggct taaagtaggg     1980

gatgattcaa aagcatatcg gtatcttcgc cgcgcagcct ttattgacct gttgaatatg     2040

cagggaaata caagagaagg aatccatgcg gcaaatactg gtggagtatg gcagacaatt     2100

gtatttgggt ttgcaggtgt agcgcaaaga gaagatggta tgttgaaagt tcatccgaat     2160

atgccaaagg aatggcaggg attaacattc cgtctgcatt atagaggggc atggcttgaa     2220

attacggcgg atggaagtaa tcaggcaaag gtcattcgtc ttgcaggaga acctgtagaa     2280

gctgaaataa atggaaaagt aacaacaatc taa                                  2313


<210>  1159
<211>  2874
<212>  DNA
<213>  Coprococcus comes SL79

<400>  1159
ttgacaaaag aaaactataa aataagcaaa atccagatcg gattttacta tcttctgatg       60

ttcctgatac ttatctggtt tctggtaata caattcacag gaattaacaa tcacaatgcc      120

aaaatccaat ccagcgacat cacatatcgt ggtactttta cctggattca ctccgatgga      180

agcaaagaac agattgccgt ccccggacat tacaatgttc ctgcaaaaga gactatggtc      240

attaccacaa cactttctga aaattatacg caaagttcac ttgctatacg ttcctctctg      300

caggatatcc gtttctatat tgacggagtg cttcgcactg aatactcaac caaagaccat      360

cgactgactg ggaaaaattc tgccagctgt tatgttttct gtcctacttc agcagcagat      420

gcaggaaaag aactccgtat tgagctgact accaatacct ctaactattc cggtgtagtc      480

aatgagatct attccggaga caagagtgat atctgggaat atatttttga atcttacggg      540

cttgagacta ttattgcttt ctttatcttg ttcgccggta tcattaccat ccttttcagt      600

atcgcactcg gaattgtcta tgacagaaaa ttcgatatgg aatatcttgg atggtgcatg      660

accatgggag ctacatggat gctcggcgaa tccaagctca gacagcttat agttccgaat      720

ccatctgcac tggggacttt atgctttgtg atgatcatgc tcgttccgat cccggtactt      780

ttttatgcag atctcattca gcaggggcgt tataaaaagc cttactttta cctcggctgt      840

gcggcatttg gtaacttttt gatctgtctg gttcttcatc tgactggcac tgctgatttt      900

attgaaactc tgccgggcgc ccacgtgatt cttgcagtca ccttctttct ggttttcctg      960

actttctgtc tggatatgcg aaagaaagaa taccggaaaa acaaattggt gctgattggc     1020

ctgatcattg caatgcttgc catcgccatc gaatccattt ctacatattt tgtagttttg     1080

atttccggtc tttttattgg tggcagcatg ttgatccttc ttttcattaa cattatccgt     1140

acaataaaga atgtgcatac cattgaaatg catcgtcaaa aagaagagct tttgaaacgt     1200

aaacggcaga tggaaaaaat ttccttacag atgatgcaga ctctctctac aaccatcgag     1260

gccaaggacg aatacaccag agggcactct catcgtgttg cggaatactc tgcactgatt     1320

gcgcaggaaa tgggttggaa tcgctctgaa atcgtcaatc tccgacatgc agctcatctg     1380

catgatatcg gaaaagtcgg catccctgat attattttaa acaagccatc caaactgaca     1440

aacgaagagt acgctgttat taaggaacat acggttattg gtgctgagat tttgaaaaat     1500

gtttcgatca tcaatcatgt aaccgaagtt gcccgatctc atcatgagcg ttatgatggc     1560

catggttatc cggacggtct aaaaggtgaa gaaattccga tccatgcgcg aatcgttgct     1620

gttgctgaca gctatgacgc aatgaattcc cgccgtattt accgtaattc tcttccaaaa     1680

gaaacaattt atgaagaaat acgcaaaaac agaggaactc agttcgatcc ggaaatcgca     1740

gatatttttc tcagactgat ggatgagaat cgtctgacga tcacagatac ttatctggaa     1800

attgatgacg agccagctct tcctggcatg gaatttgaaa tcagcaactt catttccaat     1860

gttatgaata cgatgaagag ccaggaggaa gtagaaaatt ttgaccttct taccggactc     1920

cctatgcgaa ataccggtca gaaaatgatc gcacagctga tgcaggaaca caatggctgt     1980

ctgatcttta tggatatgga taatctgaaa aagataaatg atatctacgg tcataaagcc     2040

ggcgaccgtg cactgaaagc acttggagct ctcctctccg agcatatcgg aaattcggtt     2100

ggctgcaggt ttggtggcga tgaattcctt ctttttgtac cggatgccgg taaaaatgaa     2160

atatccgagc ttatggaaac tctgttttcc cgctttgatt ctgagaagaa aaaagatttt     2220

gagatccgtg ttgcatccat ttctgccgga ctttgcatgt gtaccaaggg agattccttt     2280

gacgagtgtt cttccaaagc agataaagca ctctattatg tcaagcaaaa cggaaaacac     2340

aatttctttt tctatcaaca gatggacaat accgtattcc cggtttccag cgtagcaaaa     2400

gatctttccc ttgtggcaaa agcacttcgc aacagcggaa actattccgg agcacttaat     2460

cttaattacc gtgaattttc taagatttat gagtacatca accaacttgg agaacgacat     2520

aaataccatt gtttcctggt catggtcaca atggaaaccg ctccggattc tatgatgtat     2580

attgaaaata ttgaacaggc actggaatac atggaggaag cgatccgtca caagatccgt     2640

aggattgacg tgtgtacacg gtatagtgcc atgcagtatc tgatcatttt atttgaatca     2700

gatgaaagtc agattccaaa agttatggac cgtattttca ttcagtatta taaactgtac     2760

gataaacggg atttcattcc gaagtatgaa tatcttccgg tgaatgaaca ctcggaggaa     2820

acaaatcctc aaaacacttc agatcacctt aaccaagata tccatccagt atag           2874


<210>  1160
<211>  2292
<212>  DNA
<213>  Coprococcus comes SL80

<400>  1160
atggtgaaat tatacgaagg cggtgcttat cttttacacg gtactgaggt aattgcagat       60

gcccccgatg cacttgctgc cgtaaaaagc aagacaggta ttgagacaac aaaagaagct      120

gctgcaaaag agacaatggc ttatgggatc ttaagtgcgc ataatacttc cggtaatatg      180

cagcagcttc agatcaaatt tgacaagctg acttcgcacg acattacctt tgtcggaatc      240

atccagactg caagagcatc cggactggag aaattcccga tcccttatgt tctgaccaac      300

tgccataact ctctgtgtgc agtcggcggt acgatcaatg aagatgacca catgtttgga      360

ctgacctgtg cgaagaagta cggcggtgtc tatgttccgc ctcatcaggc cgttatccac      420

cagtttgccc gtgaaatgct cgcaggcggc ggcaagatga tccttggttc tgacagccac      480

acccgttatg gtgcactcgg taccatggca atgggagagg gcggaccgga acttgtaaaa      540

cagcttctga acaagactta tgatatcaag atgccgggcg ttgtcggaat ctatctggac      600

ggcgaaccgg taaaaggtgt cggaccacag gacgttgccc ttgcgatcat cggcgcaacc      660

ttcggcaatg gctatgtcaa taacaaggtc atggaatttg tcggacctgg cgttggcaaa      720

ttaagtgcag acttccgtat cggaatcgat gttatgacga cagagacaac ctgcctttct      780

tctatctgga gaaccgatga caagatcaaa gagttctacg atatccacgg aagaagtgat      840

gacttcaggg aactggagcc tggcgcagtc gcttactatg acggtcttgt atacgtcaat      900

ttgagtgaga tcaagcctat gatcgccatg ccgttccatc cgtccaatgt ctacaccatc      960

gaggatgtca atgccaacct tgcagatgtt ctccatgatg tagagcagcg cgcactggta     1020

agcctggacg gtgctgtgga ttactctctt caggacaaga tcgtaaatgg taagctttat     1080

gtcgatcagg gtatcatcgc aggctgtgcc ggcggcggtt ttgaaaatat ctgtgctgcc     1140

gcagacatca tccgtggcaa atacatcgga tcagatgaat ttaccttcag tgtttacccg     1200

gcaagtacac cgatctacat ggagcttgtg aaaaatggtg cggttgctga cctgatggaa     1260

gccggtacga tcgtgaagac tgccttctgc ggaccatgct tcggtgcagg ggatactccg     1320

gcaaacaatg cattttccat ccgtcactct acccgtaact tcccgaaccg tgaaggaagc     1380

aagctgcaga gtggacagat cgcatctgtt gcccttatgg atgcacgttc cattgccgca     1440

actgctgcga acaaaggttt ccttactccg gcaacagatt ttgatattga atacaagaac     1500

ccgacctacc actttgattc cagaatttac gccaaccgtg tatttgacag ccacggcgtt     1560

gctgatcctt cggttgagat caaattcgga ccgaacatca aagactggcc ggcaatgagc     1620

gctcttcctg agaatctgat cctgaaggtt gtatctgaga tccacgatcc ggttacaacg     1680

acagacgagc tgatcccgtc cggcgagact tcttcttatc gttccaaccc acttggactt     1740

gctgaatttg cactttccag aaaggatcct gcctatgtag gacgcgcgaa agaggtccag     1800

aaagcccaga aagcgattga agcaggtact tgtccactgg atgtactgga tgaattaaaa     1860

ccggtgatgg ccgcaatcca aaagtcttat ccggaagtcg gcaaaggaaa tatcggtgtc     1920

ggaagtacca ttttcgcggt caaacctggt gatggttctg cccgtgagca ggctgcttcc     1980

tgccagaagg tcctcggcgg ctgggcgaat atcgcgaatg agtacgcaac caaacgttac     2040

cgctcgaacc tgatcaactg gggcatgctt ccgtttatta ccgaagagga acacacaaag     2100

ctttctttca ggaacggtga ctatctcttc gtgccggata tccgcaaagc agtagaagac     2160

aaagcttcca cgatcaaggc ttatgtcgta ggcgatgatc tgaaagagat tgatctgaag     2220

ctcggtgatc tgacggatgc agaacgtgag atcatcctca aaggatgtct gatcaattat     2280

tacagaggtt aa                                                         2292


<210>  1161
<211>  2346
<212>  DNA
<213>  Coprococcus comes SL81

<400>  1161
atgacattaa aagaattaca agtcggaaag acagctacga ttctttccgt aggaggaaat       60

ggtgcactca ggcagcattt tctggatatg ggattgatcc agggaacaga agtaacgatt      120

gtaaagtatg cgccgatggg ggatccggtt gagatcagga tccatggtta tgaacttacg      180

atccgtctgg aggatgccgg acagattgaa attacgccgg cccatgagcc acattataag      240

aagaaggaag gcagacaacc gttaggagat gcacagcatc cggggtatgg agaagcaggt      300

atttttcatg agaagaaaac agagcatccg ttaccggaga atacgacact tacgtttgca      360

ttggttggaa atcagaattg tggaaaaaca acgctgttca accagctgac cggatcgaat      420

cagcatgtgg gaaatttccc aggtgttacg gttgacagaa aagacggtgt gatcaaggag      480

catcccaata cccgtattac cgatcttccg ggaatttatt ctatgtctcc gtatagcagt      540

gaggaaattg ttacaagaga atttctgctt caggataaac cgaagggaat catcaatatt      600

gtagatgcaa ccaatattga acggaatatg tatctgacga tgcagcttat ggaacttgag      660

ataccaatgg ttgttgcgct gaatatgatg gatgagatgc gtgtgaacgg tggctctgtg      720

cgtgtgaatg agctggaagc atttctcgga gtaccggttg taccaatctc ggcagcaaag      780

ggagaaggaa ttgcggaact ggtagaacat gcactgcatg tcgcaaaata tcaggaagca      840

ccggaggaag tggatttttg ctctgctgaa ggtcaggaaa gtgcggttca cagatgcatt      900

catgcgatca tgcatctgat tgaagatcat gcaaaggaag cagggatccc ggtcagattt      960

gcagcaagca aactggcaga gaatgatgag cttgtcctgg aaaaattaaa gctgagccag     1020

aatgaaaagg aacttctgga acatatcaat ctgcagatgg aagaagaatg caaggtagac     1080

cgttcatcgg cagtagcggg aatgcgtttt aactatatcc agcgtgcctg tgaagatacg     1140

gtcttaaagc cacatgagag cagggagcgg gtgcgaagca ggaagattga tcaggttctg     1200

acaggaaaat ataccgggat tccggcattt atcgcaatta tgggactggt attctggctc     1260

acatttaatg tgattggagc atttttgcag gatcttctgc aacagggaat tgaccaggtg     1320

attgtagcct gcagtcaggc actggatgcg gcaggagtca atggcgtatt aaagtcactg     1380

attgtagatg gaatctttca gggggttgga agcgtgctga gtttcctgcc gatcattgtt     1440

acactgttct ttttcctttc gatgctggag gacagtggat atatggcaag ggttgcgttt     1500

attatggata aacttttgcg aaagattggt ctttccggaa gaagtattgt accgatgctg     1560

atcggatttg gatgtacagt accgggagtt atggcgagcc ggacactttc ttcagagcgt     1620

gatcgtaaaa tgacgattat gctgactccg tttatgagtt gttcagcaaa acttccgatc     1680

tatgcattct ttacagcggc gtttttcccg gggaagggtg caattgtaat gattggtctc     1740

tatttcttcg gaatcctgat gggaatcctt actgcacttg caatgaaagg gacgatgttc     1800

aaaggagaac ctgttccgtt tgttatggag cttccgaatt atcgtatgcc gggagcgaaa     1860

aatgttggtc agcttctctg ggaaaaagca aaggacttcc tgcagagagc atttaccgtt     1920

atttttggtg caacgatcgt gatctggttc ctgcagagct ttgatctgca tctgaatatg     1980

gtgacagatt cacaggcaag tatccttgca acggtagcag gtatgatcgc acctgtattc     2040

attccacttg gattcggtga ttggagaata tcaacggcac tgatttccgg atttatggca     2100

aaagagagtg ttgtctccac tctttcgatt ttgtttgggt caacagcagc actgacagcg     2160

gtgataaata cagccggtgc agcagcactt ttgattttct gtcttttgta tacaccgtgt     2220

gtggcagcga ttgcttctat taaacgagaa cttggtggta aatgggcgat cggtgttgtg     2280

atctttcagt gcgtgattgc atgggttgct gcatttattg tgcatggaat tgtatgtttg     2340

ttttaa                                                                2346


<210>  1162
<211>  1461
<212>  DNA
<213>  Coprococcus comes SL82

<400>  1162
atgaaatatt caataaaaag acagatgatg actgtttttg taggtctgat tctgtttatg       60

atcgttgtat ttatgatcgt caacggaagc tttctggaga aatattatat ttccaataag      120

aaatcagaat ttataaaggc ctatacaatg gtgcaggaag gtgtggagaa cgggacaatc      180

gattctgaga caccggaaaa agacctggga agatttacag agaaaaataa tatttccatt      240

gcagtcatcg attcagaata caatgtggtt tatactaatg taagagaaaa acagatgatg      300

gtcgtacagc ttttcggata cctgtacgat aagaatcatc aggaggttct ggaaaaaacg      360

gacagttatg atatctgcaa gtcggttgat ccgcaaaata atacagagta cctgaccatg      420

tggggaaact ttgacaatgg tgatatcttt atcatgcgaa gcccgctgga gagtattcgt      480

tcggcagtca cgatttttaa cagatttatc ggagtcgtcg gcggatgtgt gattcttgtg      540

agtgtattgc ttgcgtggta tttctcaaaa aggatcacgg agccgatcat ggagctcgca      600

acactttcac agaagatggc cgatctggat tttgatgcaa aatataccag cggcggaagc      660

aacgaaatcg gtgtactggg agagaacttt aaccggatgt cagaaagact tgagcagacg      720

atttccaatc tgaaagaagc caactataaa ttgcagaaag acattgagca gaaagaaaaa      780

cgagaaaata tgcgaagcga attcctgggg aatgtttccc atgaactgaa gacgccgatt      840

gccctgatcc agggatatgc agaaggcctg aaagaaggag tcaatgatga tccggagagc      900

cgggagttct actgtgaagt cattatggac gaggcaggaa agatgaaccg gatggtgaag      960

aatctacttg ccctgaacca gctggaattt ggtgaggatg atgtacagtt tgaacggttt     1020

gatattactt cattgatttc gggtgtcctg cagagtctgg atattctgat cgagcagaaa     1080

gaagcacagg tgattttccg ccacaagaac cctgtttatg tctgggcaga tgagtttaag     1140

gttgagcagg ttgtccggaa ctatgtcaac aatgcactga accatatcga tggtgagaag     1200

gtgatcgaga tcaagatcac ccaggaaaat gatatggcaa aaattaccgt attcaatacc     1260

ggaacgccga ttccagagga agatctgcca catatctggg agaaattcta taaggttgat     1320

aaggcaagga ccagagaata cgggggaaat ggtatcgggc tttccattgt gaaggcgatc     1380

atggactcct ttggaaaagg atacggtgcg atcaatcata ccaatggtgt tgagttctgg     1440

tttgaactgg acatgaaata a                                               1461


<210>  1163
<211>  1875
<212>  DNA
<213>  Coprococcus comes SL83

<400>  1163
gtggacgaaa gaagaatgac caatgagcaa agggaaagag agcgcagacg caaagctgcg       60

gcagcaagaa aagctgctgc aagatacgag gatccgggcg taggttatca gagacggaga      120

agagcaagaa aaagacgtcg ccgtgtcaga aacgtgtgta ttgcattgct ggtgatcttt      180

atagttgtca ttgggcttgc cggtggaaca atatactgga taaagtatgg gccgacaaaa      240

gaaacctatg atttgaataa atattttgga attacggcaa agccgcagat gggtgtaacg      300

atcaacaacg aggtactgga tgctcaggca attacagaag gcggaactgc atatctgtct      360

tataactttg tacaggatta tatcagcgat cgtttttact gggattccaa tgagcatata      420

cttttgtata cactgccgag agatatggta aaggcagcgg cagacagtaa ggattattct      480

gtttcagata ctgtgaacag tgaggattat acaattgtaa agacagaagg agatacagca      540

tatattgcac tggatttcct gcagaaatat gcaaattttg actacgaagt ttataaagat      600

ccggcaagag tcgtgatcac cagtaagttt ggagagcgtc agacggcaaa agttaaggat      660

gattcccagg taaggattct gggaggtgta aaaagtccgg tgctcgaaga agtgaaaaag      720

ggagataagc ttacggttct tgaagatgta agtgactgga aaaaagtctg tacaaagtcc      780

ggaattgtcg ggtatattca gaagtcaaag ctgaaggatg ccaagaaaga gacaatctca      840

agagaatttg aggaaccgga ttatacagga atcaagaaag attacaagat caatctggta      900

tggcatcagg tcacaagtga agctgccaat gaagggattg aagatgcgct tgcagctaca      960

aaaggactca atacgatttc ccctacatgg ttcagtgtaa cggataattc cggaaatatc     1020

agttccattg caagtacaga ctatgtggat tatgcacatc agtgtggact ggaagtatgg     1080

gcgttggttg ataatttcga ccagaatgta gacgatatgg agcttctcag tcatacttca     1140

agcagggaga atctggagaa tcagctggta aatgcagcac ttcagaatgg aattgacgga     1200

attaacgtgg attttgaaca gataccgacg gatgtcggag atcattacat tcagtttatc     1260

cgggagcttt ctgtgctgtg ccgggtgaac aatctggtcc tttctgtaga taattatgtg     1320

ccgaagggtt ataacacaca ttatcacaga gaagaacagg gggttatagc agattatgtg     1380

atcattatgg gatatgatga acattttgcc ggttcctatg aagcaggttc tgtggcatct     1440

tacaattatg taaaagaggg aattgaagaa accctgcggg atgtaccggc agataaggtg     1500

atcaatgcag tgccattcta tacaaggctg tggaatgaga caccgaagac ggacgaagag     1560

cgtgcggaag atcaaggaac cgaggctgca agctattcaa tgaaagttac cagcgaagca     1620

cttggcatgg aagaagcggc acagcgggta agtgaagccg gagcaactgt gacatgggat     1680

gatacggtga agcagaacta tgcagagtgg cagggagata acgattcaac ctacaggatc     1740

tggctggagg atgcttcttc acttgaagtc aaacttggac ttatgaagga caataatctg     1800

gcaggaacgg cagcatggaa acttggattt gagacttccg atatctggga tctgattcag     1860

aaatatgtaa actga                                                      1875


<210>  1164
<211>  1893
<212>  DNA
<213>  Coprococcus comes SL84

<400>  1164
atgaaatatt cagcaaattc tgtatgggaa aataaagacg catacgacat cgttgtagtt       60

ggtgcgggac atgccggctg cgaagctgcc cttgcctgcg caagactcgg tctgaaaacg      120

attgttttca ccgtaagtgt agaaagtatc gccatgatgc catgcaaccc gaatatcggc      180

ggtacctcaa aggggcacct ggtacgtgag ctggatgcgc tcggcggtga aatgggaaag      240

aacatcgaca agacatttat tcagtcaaag atgctgaata aatctaaagg gcctgccgtt      300

cattccctgc gcgcccaggc agataagaac aaatacagca ataccatgcg acagacactg      360

gaaaaccagg ataacctgga gatccggcaa ggtgaagtcg tcaatatcct tgtggaagat      420

ggttctgtaa cgggcgttca gacctattct ggcgctatat accgctgcaa ggccgttgta      480

ctgtgtaccg gaacctacct gaaggcaaga tgcatttacg gtgatgtcag cacgcatacc      540

ggtccaaacg ggctgcaggc agcaaattat ctgaccgact gtctgaagga gctcggtatt      600

aagatgtacc gcttcaaaac cggtacaccg gcacgtatcg acaagcgcag cattgatttc      660

agcaaaatgg aagagcaatt cggcgacgaa agggtcgtac ctttttcgtt cacaacggat      720

ccagaagatg tgcagattga acaggcttcc tgctggctta cctataccaa tcctacaacc      780

catgagatca tccgtaaaaa cctggatcgt tccccacttt attccggtat gatcgaaggc      840

accggaccac gttattgtcc gtctattgag gacaaaattg taaaatttgc cgataaagaa      900

cggcatcagg tgttcattga accagaaggt ctggaaacca atgaaatgta catcggcgga      960

atgtcaagtt cacttccaga ggatgttcaa tatgaaatgt acagaagcgt gcctggtctt     1020

gaacacgcaa aaatagttaa aaatgcttac gcaattgaat atgattgtat cgatgcaaga     1080

cagcttcatc cgacacttga gttcaaatcc attcatggtt tgttcagcgg tggtcagttc     1140

aacggaagtt cgggatatga agaagcagcc gctcagggac ttattgccgg aatcaatgcc     1200

gcactggagg ttcttagaag agaacagtta attttagacc gttcccaggc ttatatcggt     1260

gttctgatcg atgatctggt tacaaaagaa agccacgaac catatcgtat gatgacttca     1320

cgtgccgaat accggttact cctgcgccag gacaacgccg atcagagact aaccgaaata     1380

gggcacaaaa tagggcttat ttcagacgag agataccaga tgttgttaga caaagaagaa     1440

atcatccgca aggagatcca caggcttgag cataccaacg ttggaacttc ccaggaaatc     1500

acggattttc tcacaaattg cggcagtacg cctcttactt caggatctac acttgctgag     1560

cttattaagc gtcctgagct gaattatgag cttctcgaac ctatcgacca tatgcgaaca     1620

gaaagcttca gccgagagat tatggaacaa attgatatca acatcaaata tgaaggctat     1680

atcaagcgcc agttaaaaca ggtagaacag tttaaaaagc ttgaaaccag gaaaataccg     1740

gcagatatcg attacgatgc tgttccgagc ctgcgaatcg aagctgtgca gaaattaaag     1800

cagttccgac cgctttccat cggtcaggca tcccgtattt ccggtgtctc acctgccgat     1860

atttctgtat tactggtata tctaggacat tag                                  1893


<210>  1165
<211>  1239
<212>  DNA
<213>  Coprococcus comes SL85

<400>  1165
atgaagagga aaattgcagt aatgtgcgta cttgcactta caggaacaat gatgctgact       60

gcttgtggaa acaagaaaga cagtaataat ggaaagacaa gtgacggaaa gacagcaata      120

cgttttgcaa catgggatgt agctgatgat gtagatgctc agcagaaact tgtagataaa      180

tttaatgagg aacatgatga cattgaagta acactggaag catacggaag tgattttgat      240

acaaagatca gtgcaggtat gggatctgga gatacaccgg atgttatgta tatgtggaac      300

tacccggcat atgcagatgg tcttgaacct ctggatgagt atatcgacaa agaaggcgat      360

gactataaga atgatttcta cagcacactg tggaattaca actcattaga cggaacaaca      420

tatggtattc cagtgggatt tacaacacat tcacttttct ataacaaaga cctttttgca      480

caggctggtg tagaagaacc tacagatgac tggacatggt cggatcttca ggcagctgcc      540

aagacaattg aagaaaagac aggtcagaaa ggttttgcat tccagatgaa accagatccg      600

tatgattttg aaatgtatct gtggagcaat ggagctgctt attgtgacga agatggacag      660

atggcaggtc agattgattc aaaagaatct caggaagtat ttaaaatgtt ccaggatatg      720

gaaaaagacg gatatgcaat tgcaacagaa aagaacggaa ctgatgaatt ccgtgccggt      780

acagcagcaa tgtatgtata tggatcatgg tcaattgctt ctcttaatga ggatggaatg      840

aattatggtg tggcaaaaat tccttctttt gacggaaaga cctctgtaag tattctgagt      900

tcttcaggac tttctatttc aaaggacagc aagaataaag atgctgcatg ggaatttgta      960

aaatactgga caggcgaaga atgcaacaaa gcaagaatcg gtatggaact tccggtactt     1020

aacagtgttg tagaatctga aggtattatg gatgaaccag aatatgcacc attctatgag     1080

atgcttgagc agagtgatgg acatactccg gcaagcttcc tgattgaaga ctggtcagaa     1140

atttcagaaa accttagctt atcatttgaa cagattttca atccaagctc atacatggat     1200

gtaaaagatg ttttaaaaga agcagcagac gcacagtaa                            1239


<210>  1166
<211>  2073
<212>  DNA
<213>  Coprococcus comes SL86

<400>  1166
aagcgcaaag gagagtgtga tttgatgaaa ccgataatcg atttaaataa agaatatgga       60

ttggtattcg atggaggagg agccagaggt gcgtatcaga tcggtgcgtg gcgggctctt      120

tcggaagctg gtgtgaagat cagtgcagta gcgggtactt ctgtgggcgc cctgaatggc      180

gcccttgttt gtatgggaga tctggagaaa gcaggacata tctggaaaga gatggcattt      240

tcccgtgtta tggatgtgga tgatgagttg atggaacagt tctttgatgg agaggcatcc      300

ataagagaga ttttgaaagg tctctggaag aagcttgcag atggtggaat tgatattaca      360

ccgcttaagg aattgatcca tgaggttgta gacgaagaaa agatcaggaa atgcggaaaa      420

gaattctgcc ttttgacatt ttctgtatcg gatatgaagg aactggatct gagtattgaa      480

gatataccgg aaggtcttct ggaggatttt cttcttgcca gcgcatatct gcttggattt      540

aaaaatgaac cgctgcacgg caagacatat attgatggtg gtgcggtcaa taatgtgccg      600

accgcgtctc ttctaaaaag gggatataag gatctgatcc aagtaaggat ctttggcccg      660

ggaagagtgc cgaagacgac gattccggaa gacggctctc tgctggagat cgaaccgaga      720

gtaggacttg gcagtattct cgaattttcg gcaaagcgga gcagacagaa tttgaaaatt      780

ggctattatg atgcaaaaag agcgctttac gggctcactg gatcgattta ctatattgaa      840

gaaacacgag aagagtgtta ttatgtagaa ataatgaagc ttttgagcga acttgaaaag      900

acggaatatc gtttcaaact caagttgccg atcggctgtt cagacagaga gttgttctat      960

ggaatgctgg aggcaagtgc gaagctcatg agaattccaa aatataatat ttatacagca     1020

gatgaactgt ggaatgagac gagcagaaag tacgggactc ttacagatga gggaaaagaa     1080

aaactgccga aattcgtcca tgcgattgca aagctgagaa aggactacaa gatgaattta     1140

aaaggaagaa gttttttgaa actggaagat tatacaccgg cagagattga atatctcgtt     1200

gacctggcag gtgaattaaa ggcaaagaag aaagcaggaa ttaaaggaca cagcctggaa     1260

ggaaagaaca ttgcccttat ttttgaaaag ccatctacaa gaaccagatg tgcatttacc     1320

gtaggagcac aggatgaagg tggaatcccg acataccttg caggtaatga gatccagtta     1380

ggcgataaag agagtatcga agatacagca cgtgtacttg gaagaatgtt cgatggaatc     1440

gaattccgtg gatttgaaca gagatacgca gatgtacttg cagagtatag tggagttccg     1500

gtatggaatg gtctgacaga tactacacat ccgacacaat gtctggctat gctccttacc     1560

atgaaagaag aattcggaca cctgaaaggt ctgaaggttg cataccttgg agatggacgt     1620

aacaacgttg cgaacagcct tctggtagga tgcgccaaaa tcggagtaga tgtagcaatc     1680

gttgcaccga agccactctg gacttcggaa tctctgtgga agagatgtga cgaatatgca     1740

aaagaatccg gagcaactat cgagatcacc gatgaccttg atggtgtaaa gggagcagat     1800

gtcatttaca cagacgtatg gatttccatg ggtgaagaaa agaaagagca ggaaagagag     1860

cgtctcggaa agccatatca ggtaaatgca gctctgatgg aacgtacagg aaaagatact     1920

acaatcttct cacactgctt gccggcgatc aaagaaaaag aagttaccga agaagtattt     1980

gaaggaccac agtcaagagt atttgatgaa gctgagaacc gtctgcatac aatcaaggca     2040

gttatggttg caactttagg agagaatgaa taa                                  2073


<210>  1167
<211>  1320
<212>  DNA
<213>  Coprococcus comes SL87

<400>  1167
atgggacttt tgacatttaa aggcggagtt catccgaacg acggaaaaag tcttgcgaaa       60

gacaaggcaa tcgtagaact tctgccacag ggtgatcttg tatacccgtt atcccagcat      120

atcggagcac cggctaagcc agtagtagca aaaggtgacc atgtgcttaa agggcagaaa      180

attgccgaag cggggggctt cgtgtctgca ccgatctatg catccgtatc aggtactgta      240

aaagcgattg aaccacgtgt gaatccgaca ggttctaaag tgaacagtat catcattgca      300

aatgacggtc agtacgaaga agtagaatat ccacagccaa aacctctttc tgaactgaca      360

aaagaagaga ttctgaatat cattggagag gctggcgtag taggtatggg tggagcaggt      420

ttccctacca gagtgaagct ttcaccaaaa gagccagaca agattgatta tatcattgca      480

aactgtgcgg aatgtgagcc gtatattact gccgattaca gaagaatgct ggagaatccg      540

gaacttctgg tagaaggtat gcgtgtgatc ctgaagcttt ttgacaatgc gaaaggttta      600

tttgcaatcg aagataacaa accggactgt attgcaaaat taaaagagct gaccaaggac      660

gagcctcgta tggaagtcag agagatgatg accaagtacc cacagggcgc agaacgtcag      720

ctgatttttg caaatacagg acgtgcgatc aattctacca tgcttccggc agatgctgga      780

tgtgtagtag acaacgtaga gaccatcatc agcatttaca atgcagtagt aaaaggcatt      840

ccttctatgg aacgtgtcgt tactgtaaca ggggatggag ttgtaaatcc tggtaactac      900

aaagtactct tcggaaccaa ccagaacgaa ctgatcgaag ccgccggcgg actcaaagaa      960

ggctgtgaaa aagttatttc aggtggaccg atgatgggat ttgcgatgta tacgacagat     1020

acaccgatca ccaagacatc ttcatctatt ctttgcatgt caaaagatga agtatcagcc     1080

tgtgaaccga cagcatgtat caactgcgga cggtgcgttg acgcctgtcc aagccgcatt     1140

attccgtcaa gactggctga ttttgcagaa cgccatgacg aagaagcgtt cctcaaattc     1200

aatggtcttg agtgtgtaga atgtggatcc tgcagttatg tatgtccggc taagagacaa     1260

ctgaagcagg caatcggatc gatgagaaaa accgcacttg ccaacaaaaa gaaaaaatag     1320


<210>  1168
<211>  1881
<212>  DNA
<213>  Coprococcus comes SL88

<400>  1168
atgatgaaaa aacagaaaat aatgctgtac cgtattatcg cagcggcagt tatttatgtt       60

cctctttttg tactggaaca tatgggaaaa ctggaatttc agtccgaaat tccggtgcag      120

tttttgttat ttatgatacc ttatctgatc gtgggatggg acatcattta ccgggctgtg      180

cgcaatatca gtcatggtca ggtatttgat gagaattttc tgatgtgtat agcaacgttt      240

ggtgcacttg gagtaaagga atattcggaa gcggtagcgg ttatgttgtt ctatcagatc      300

ggggagttat tccagagtta tgcagtcaac cgttcccgcc agtcaatcag tgcaatgatg      360

gatatctgtc cggaatatgc gaatattgaa gaagacggaa agctcaaaca ggttgatccg      420

gatgatgtag agattggtac agagatcgtc atcaaagcag gagagagagt tcctctcgat      480

ggtgtggttg tatcgggaac atcctttgta gatacttctg cactgaccgg agagtcggtt      540

ccgcgagaag taacagaagg ttccgagatt atcagcggtt gtgtaaatgg aagcggactt      600

cttaaggtgc gcacaacgaa agagtttgat gattctacag ttgcgaagat tctggaactg      660

gttgaaaatg ccagcagcaa aaaggcacat gtagaaaact tcattacaaa gtttgcaaaa      720

tactatacgc cgatcgtggt ttgtgcggca gttgtacttg cattccttcc accaatcatt      780

cttggcggtg gatttgcaga atggattcag agagcatgta ttttccttgt aatctcctgc      840

ccatgtgcac tggtgatctc tgttccactt ggtttttttg gaggaatcgg agcagcatcc      900

aaacagggcg ttctggtaaa gggaagcaat tatctggaag cactctctga gatgaaaacg      960

attgtatttg ataagactgg tacactgaca aaaggtgaat tcgttgtatc agaagttatt     1020

ccgaacggat gggaaaaaga aggacttctt gaagtggcag cccttgcgga aggctattcc     1080

gatcatccaa tctcagcagc actcaagaaa gcgtacgaag aagcggagct tggtgagttg     1140

tccatggaca gggtggaaca ggctgaagaa atcgccggac acggaatcaa ggcaaagatc     1200

gacggaagag ttgtctatgc cggaaatgca aagctgatgg aagaaaaagg cgtggaatat     1260

gagccatgca cagtccctgg tacggtcgta tatctggcgg ctgaaaaaga attcctcggg     1320

accattgtaa tttctgatac ggtcaaaccg gaagccaaac gtgcgatcgc gcagctcaaa     1380

caaagcggtg tcaaaaagac agttatgctt accggtgaca gaaaagatgt cggtgaagca     1440

gtagcagaaa gccttggaat cgatgaagtc tacacagatc tccttccggg ggataaggta     1500

gataaggtag aagcacttct cggagaactc ggtgagaaag aaaagctcgg ttttgttggt     1560

gatggtatca atgatgcacc ggtactctcc agagctgata tcggaatcgc aatgggaagc     1620

atgggatccg atgcagcaat cgaagccgca gatgttgttc tgatggatga taatatcctt     1680

aagatatcct ccattatgag aattgcagga aaaactctcc agatcgtaca tcagaatatc     1740

gtctttgccc tcggtgtcaa agttctggtc ctcatcctgg gagccctcgg catggccaat     1800

atgtgggaag ccgtctttgc cgatgtagga gtatccgtaa tcgcaatcct gaactccatg     1860

aggacactga aagtaaaata g                                               1881


<210>  1169
<211>  2076
<212>  DNA
<213>  Coprococcus comes SL89

<400>  1169
atgaaggttt acagaacgga tgaaattaga aacgtggtcc ttttaggaca tgggggaagc       60

ggaaagacca gtctggcaga agcgatggct tatgtatctg gagcaacaaa tcgtatggga      120

tctgttgaga acggtaatac gatcagtgat tttgataaag aagaacagaa acgtaaattc      180

tcacttagca caagtctgat tccgattgaa tgggaaaaag caaagattaa tatccttgat      240

acacctggat attttgattt tgtcggagaa gtggaagaag cagtcagcgc agccgatgca      300

gctgttatcg ttgtttccgg aaaagccggt gtgcaggtag gaaccgagaa agcatgggag      360

ctctgtgata agtataatct tccgcgtatg atctatgtta ctgagatgga tgtggatgat      420

gccagcttcc gtcaggttgt tgaagatctg accgcaagat acggtaaagt gatcgcacca      480

catttccaac cgatccgtga gaacgagaaa ttagtaggtt atgtcaatgt tatcaagaat      540

gcaggtagaa gatacaccgg acttggacag agagaagagt gtgagattcc ggattactgt      600

ctgccgaacc tgcagattta cagagagaag ctccttgaag cagtggcaga gaccagtgaa      660

gcatttatgg aacgttattt tgagggagat gaattctcgg ttgaagagat ccgctctgcc      720

atgagaacag aagttatgga cggagatatc gttccggtag caatgggatc caatgttcag      780

gcacagggtg ttgcaaactt actgtctgat atcgtaagat ttttcccaag tccggaatac      840

cgtgaatgcg taggtatcaa ccgtaagacc aatgagatct ttgaagcaca tcatgatttt      900

gcagccgcaa agaccgcata tgtattcaag accatggtag atccgtttat cggaaaatat      960

tctttcgtaa aagtatgttc cggtgtatta aagggggatg atgtccttta caatccggag     1020

tcagatgcag aagcaaagat cggcaagatc tacaccttat ccggcaacaa accggtagaa     1080

gttcaggaac tgtttgcagg tgatatcgga gcaattgcaa aactgacaag tacaaagaca     1140

ggggataccc tttcaacaaa aaatacaccg gtatcttatg gaagaaccga atactccaaa     1200

ccgtatacat atatgaagta tgtagtgaat aacaaaggtg atgaggacaa ggtatcacag     1260

gctcttgcga agatgatggc agaggatgtg acactgaaag tggtaaatga cagtgagaac     1320

cgccagtcac tgatttatgg aatgggtgac cagcatctgg aagtgacagc aagcaagctg     1380

gcagagcgtt acaaagtcgg aatcagactg gagacaccaa aagttgcgtt ccgtgagacg     1440

atccgcaaga actcggatgt agataccaag tataagaaac agtccggagg acatggacag     1500

tatggacatg ttaagatgcg ttttgaacca tccggagatc tggatacacc gtatgtattc     1560

caggaagaag tagtcggagg tgctgttccg aagaactact tcccggcggt tgaaaaagga     1620

ttgcaggaat ctgtattaaa aggacctctc gccggatatc cggtagttgg cgtgaaagca     1680

accctgtatg atggatctta ccatccggta gattcttctg aaatggcatt taagactgcg     1740

acgatccagg catttaagaa aggatttatg gaagcaggac cggttcttct tgagccaatc     1800

gcatctgtga aagtaaccgt tccggatgat tataccggag acgttatggg agatctgaac     1860

aagagacgtg gccgtgttct tggaatgaat ccacagtcag gcggatatca ggtaattgaa     1920

gcggatgtac cgatgacagg catgtttgga tattgcacaa cacttcgttc tatgacaggt     1980

ggacgaggaa gctattcgta tgaatttgcc cgttatgaac aggctccggc agatgtacag     2040

gaaaaagaaa ttgaaaagcg tgcagctgaa gaataa                               2076


<210>  1170
<211>  1926
<212>  DNA
<213>  Coprococcus comes SL90

<400>  1170
agaattatta tgaaaaacat tgtcgtagga accgcaggtc acattgacca tgggaaaacg       60

acactgataa aagcacttac cggacgtaac acggaccggt gggaagaaga acagagaaga      120

gggatcacca ttgacctcgg gtttacttat tttgatctga aaaatggaga ccgtgtaggg      180

atcattgatg ttccgggaca tgaaaaattt atcaacaata tggttgcggg agttgttgga      240

atggatctgg tacttttggt tgtggcagcg gatgaaggta tcatgccgca gacaagagaa      300

cacatggaca ttctgggact ccttgggatc aagaagagca ttctggtgat caacaagtgt      360

gatctggtcg atgaagaatg gctggaactc gttgaggaag aaatccagga agaactggaa      420

ggtacttttt tggaaggtgc accggttgtt aaagtatcgg ctgcaaccgg gcaggggctt      480

gatgaactga cggatacgat ccagcaactg atgtcggatg aggtggttgc aaaggataca      540

cagactattc caagacttcc gattgaccgg gcatttaccc tgtcaggctt tgggacaatt      600

atcacaggga cacttatctc cggtacgatc accagggaag acgttctgga aatgtatccg      660

atcggaaaag agtgcaagat ccgtaatatt caggtacatg gacagaatca ggacaaatgc      720

tatgccggac agagagtggc gatcaatctg tcaaatgtga agaaaaagga gattcgcaga      780

gggtgtgtgc ttgcgccgaa gaacagtatg aaaaatacag atcttctgga tgtgaagctg      840

aaagttctgg aagactccat gcgtatcctt acaaatcatg agagattgca tttatacacg      900

ggtacgagtg agatcctctg ccgtgctgtt ctgctggata aggagcagat cggaccggga      960

gaagagggac tggtacagct cagactggaa gaagagattg cagtcaaacg aggcgaccgt     1020

tttgtagtac gtttctattc gccgatggag actatcggag gcgggatcgt tctggaaccg     1080

aatccggtgc gtaagaaacg ttttgatgcg caggcaatcg aagaactgaa gaaaaaagaa     1140

tcaggttctc ttggtgatgt tatggagctt cagatcaaag aacacggcga cacgatgatc     1200

acacttgctg agcttgcaaa ggtgatggca cattccgtag atgaactgaa ggagtatctt     1260

gaagaactgg aagaatcggg cacaatcttt gtattcccaa tgaagaagga cacatatttg     1320

tggcacagag acagcgaatt tgcagtacgt cagaagatag aggagacatt gcagaaatat     1380

cacagtgagc atccataccg atatggaatg aagaaagccg aaattcacaa tacattcctg     1440

aaaaagatca aaccaaacat atttgatgcg tatatcgaaa gaatgacggg agaaaacgtc     1500

tatggaagaa gggaagaata tctttcgctt ccgggatatg aagttccgaa ggatgcgatg     1560

tatcttcaga cagagaagct gatcgaagat acatttgaaa aagcaggata tgattttgtg     1620

agattttcag agattgattt tggaaaaatt ccgcgccaga cagcggaaga tgtggttctc     1680

atgatgattg acgaaggaaa agtactccgt atcaatgaag agatgtttac gatgaaacac     1740

ctgatggatg aagcgaagga aaaaattcag aatcatctga aggaagaaaa tctgatcacg     1800

atcgcacagg tgagagatat gttctcaaca agcagaaaga gtgcgaaacc gattttagaa     1860

tatatggaca gcattaaggt gacaaagaag acaggcggag aaagtgagag ggtggcatac     1920

ttatga                                                                1926


<210>  1171
<211>  2610
<212>  DNA
<213>  Coprococcus comes SL91

<400>  1171
atgaaagaaa tttatcagtc atcggtaaaa gaagtgcttg gacagatggg aagcagagaa       60

gagggactta cgataaaaga agtggaaaag tcccgtgaaa aatgtggatg gaatgagctc      120

gcggagggaa agaaaaaaag tgtgctgcag atttttatgg agcagtacaa ggatttcctg      180

gtgattatcc tgattgcatc ggcgattatt tcaggaattt taggagacgc agaaagtgcg      240

gcagttattg tgatcgtcat tacaatgaat gcgattttgg gaaccgtgca gacggtaaaa      300

gcagagcagt cgcttcagag cctgaaaaag ctttcaggac cggaggcgaa ggttctcagg      360

aatggtacgg tgacaccgat tccggcaaga gaactggtag ttggagatgt gatccttctg      420

gaagccgggg attatgttcc ggcagacgga cgactgatcg agaacgcaag tctgaagatc      480

gatgaaagtg cactgaccgg ggagagtctt gcagttgaga agagcctgga tgaaatcgaa      540

gaggaagtgc cgcttggtga ccggaacaat atgttatttt cgggaagctt tgttacttac      600

ggacgtggaa gagccgttgt gacaagtgta ggtatgcaga cagaagtcgg aaagattgcc      660

ggacttttga aatcaacatc tgaaaagcag actccgcttc aggtgaatct ggaagagttc      720

ggaaagaagc tttcggttct gatcctggta ttttgcggaa tcttatttgg aatcagtgta      780

tttcgtggag aaaatatcgg aagcgcgttt atgtttgcag tagcacttgc ggttgcagca      840

atcccggagg cattaagttc aattgtaaca atcgtccttt ctttcggaac gcagaagatg      900

gccaaggagc atgcaatcat tcgaaaactg caggcggtag aaggtcttgg aagtgtctcc      960

gtgatctgtt cggataaaac cggaactctc acgcagaata agatgactgt tgaagattat     1020

tatatagaag gcagaagaat ccgggcagat gagatcgata tggcagatcc ggcacagaga     1080

tttctgcttg attgcagcat tttatgtaac gattctacca atgaaaatgg agtggaaatc     1140

ggagatccga cagagacagc gctgatcaat ctgggaagcc gctatggagt ggaagctgca     1200

gaagtaagag aaagttatcc aagagaagat gagattccat ttgacagtga ccggaaaatg     1260

atgtcgacgc ttcaccggat agacggcgaa aaccggatga tcgtcaaagg tgcggttgac     1320

cgtctcctgg atctgacaga ccagatctgg acagaaaatg gaataaggga gattacaaaa     1380

gaagataaag aaaagattca gagtcagaat caggaatttt caatggaagg tcttcgagtg     1440

ctggcattta ccttccggga gattccggaa gaacatctgc tgaccgcaga ggatgaggac     1500

catctggtat ttctcggaat gatcgcgatg atggatccgc cgagggaaga gtcaaaagcg     1560

gcagtagaag aatgtatcaa agcaggcatc cgtccggtga tgatcacggg agaccataag     1620

atcacggcag cagcgatcgc aaaacggatc ggcattttaa aggatttatc cgaagcctgt     1680

gagggcgtgg agattgaaaa tatgagtgac gaggagttgc ggggatttgt cccgaagatt     1740

tctgtctatg caagggtttc gccggaacat aagatccgga tcgtccgtgc atggcaagag     1800

cgcggaaata ttgtatcgat gaccggtgac ggtgtcaacg atgcaccggc tcttaagcag     1860

gcagatatag gtgttgcaat gggagtaacc ggaacagaag ttgccaaaga tgcagcggcg     1920

atggtactta cagacgataa ttttgccaca attgtaaaag cagtggaaaa cggacgaaac     1980

ttataccgta atatcaagta tgcgatccag tttctgttat cgggaaactt cggtgcaatt     2040

ctcgctgttt tatatgcatc gatcgcagga cttccggttc cgtttgcacc ggttcatctg     2100

ctttttatca acctgctgac tgatagtctc ccggcaattg cactgggagt agaaccgcat     2160

accagtgatg tgatgaatga gaagccaaga ccggcagacg agtcgatcct gacaaaagat     2220

ttcctgtcaa agattggtct ggaaggactg gtgatcggtg taatgacgat gatcagtttt     2280

ctgacaggat atcatcagga cggtgcactt cttggaagta cttatgcatt tggaacgctc     2340

tgtcttgcac ggctgtttca cggatataac tgtaaatcag atcatccggt gatttttacc     2400

aaacggtttt tcaataataa atggatgcag ggcgcatttg cactgggcgc aattctgatc     2460

acggctgtac ttacaattcc ggggctgcat caggtgttca aagtagaaac attgaacttt     2520

gaacagcttg ggactgtcta cctgtatgca tttgcctgtt ttccaatcat acagcttctg     2580

aagtgggtac gtggaaaatt atctgagtaa                                      2610


<210>  1172
<211>  3354
<212>  DNA
<213>  Coprococcus comes SL92

<400>  1172
atggctttac agtttatttt tggaaatccg ggttcgggca agtcacatta tctatatgaa       60

catatcattc gggaatcaat gaaacatcct gatattaatt atattattct ggtgccggaa      120

cagttcacga tgcagacgca gaaggaactg gtcctgcggc atccgagaca tggaattatg      180

aacatagacg tgctgagttt tgcacgtctt gcttttcgtg ttctggaaga aacagggaat      240

ggaagcaggg agattctgga tgatgaagga aagaatctga tcctcaggcg actcgcgggg      300

aaaaaagaag attcgctaaa ggttttaaaa ggaaatatca aaaagccagg ttacatcagt      360

gaggtgaaat ccgttatttc cgagctgacg cagtacaaca tttccccgga tggcatggat      420

gatatgatca cggaggcaga tgagtcttcg tatcttgcct ggaaattgaa ggatatccag      480

gtgatgtatc aggcatttga agaatatctt gcagataaat atattacaaa agaagaaatt      540

ctggacattc tctgcaatgt gatggacaaa tcgagaatgc tgaaggacag tgtgatcgcg      600

ctggatgggt ttaccggatt tacgccgctt cagaacaagg tgctggggga aatgctgcat      660

cattgtcaga aggtgatgat tactgtcacg atggataaga gggaagatcc ttacgtgatg      720

aaagacaagt atcagctgtt tgcgctgagt aagcagatgg tgacgtctct tgtgaagatt      780

gcaggggagg aaaaggtgct ggtcgaagag ccggtctgtc tgtaccagga gccggtctgg      840

cgttttagaa atgcgccggc acttgcattt ctggagaagg aactgttccg ttacagtggc      900

aggacttaca gggaaaagca gtcaaatgtg cgggtttatg cagcggcaaa tcccaggatg      960

gaagtagaat gcgctgccca gaggatacgt tttttaattc gtaagaaaga atatcgttac     1020

cgggagatcg cggtgatcgc aagtgacatg aatctctatg cggatgagat cgagaagact     1080

ttccgggagt atgagattcc ggttttcatg gattataagc ggaatgtact tttaaattct     1140

tttgtggagt atatccggag tcttcttgcg atggcagaac agaatttttc tgcagaaagt     1200

gtgttccgtt tcttaagaac gaatctggtc ggatttacca gtgaggaatt ggatcttctg     1260

gaaaattatg tacttgcgct gggcatccgt ggttacaaaa aatggcagga aaaatggatc     1320

cgcagagcga aggatacgac cgaggaagag ttggaggtac tgaatcatct ccgggtatgc     1380

tttgtggaaa aaacagaaga tctggtgttt gtcttaaagc agcgtcagaa gacagtgcgg     1440

gatgtgacgc ttgcaatctg tgaatttctg gaaaaagaag aaatccagaa gcaggtaaaa     1500

gtattggaga atcaatttac agaagcagga gagcttgcac ttgcaaaaga atatgcacag     1560

atctatcgtg tggtgatgga gctgtttgac aagtttgtaa gtcttcttgg agatgagcgg     1620

attgcgctca aagagtacag ggagcttctg gatgccggaa tggaagaggc aaggatcggt     1680

gtaattccgc caagtctgga tgaagtgatg gcaggagata ttgagcgaac gagactgaaa     1740

gatatccggg cgctgatcct tctgggagtc aatgattctc tgattccggg aaatgcatcc     1800

gcaggtggac tgatttcaga cagagaccgg gagcgttttg aagaaagagg aattgcgctt     1860

gcaccgggaa caagagaaaa aagttacatc cagaaatttt atctgtatct gcacatgaca     1920

aagccgacgg aagaattgat gctgacctac agtaaagtat cggccgatgg aaagagcagg     1980

agggcggcat atctgatcgg ggatctgaag cggatgtata caaagcttcc tgtatttaat     2040

atggatcagt atgggatgga gacaaaagaa atgcttccac agaccgggat cgggtcattg     2100

atcgaaggat tacagaatcc gaaaaagatg gaggaaggcg gctggcagga gctgtaccgt     2160

tggtattgtg cgcaggagga ctggagcgaa aaggtgcacg atctggcaag gatcagcaga     2220

taccgcaggc cggaggacaa tctgactttg cagaccgcac ggaagcttta tggagactgg     2280

gcaccaagca tttcaagact ggagaaattt gctgcctgtg cctgtgcgca ttttctgacc     2340

tatggacttc gccttaagga gagagaggtc tatgaatttg ctgctcttga ttttggaaat     2400

atttttcata aagcactgga aaaatatgcc cgacgggtag aacgggaagg cctggaatgg     2460

actgaggtta caaaggagca gcaggaacag tttgcgtcgg aaagcgtgga tgagagtatc     2520

gtagattaca gcaataccgt aatctacagc agtgcgcgga acgcgtatat cgtgccacgt     2580

atgaaacgta tgatgaaccg gacggtctgg gcgatgacaa agcagcttcg gaagggaagc     2640

tttaaaccgg agggctatga ggtaagcttt ggaagcggaa agattgacag gatcgataca     2700

tgtgagacgg aagatcaggt ctatgtgaag atcctggatt ataaaaccgg ggcaaagagt     2760

tttgatatgg cagcttttta tcatggtctg cagatgcagc tggtggtgta tatggaagaa     2820

gcagtccggc tggaggaaag aaaacatccg ggtaaaaaga ttgtgccggc aggcattttc     2880

tactatcgga tgaaggatcc gatcgtcggg aaagagctgg atgaagaaaa actggaagag     2940

gcaattttaa aggagcttcg gctggatgga atcatccgtc aggaggatgc cgtgattcag     3000

agactggatg cggatttttc ggggaattcg cttgtgattc cggcaggaaa gacgaaaagc     3060

ggctattcca aagcatccaa aatgctcctg ccggaagagt ttgatgcagt gctgacttat     3120

gcacagaaaa gacggactga tcttcaggga gcaatgtacc gcggaaaggc ggaggcactg     3180

ccgtatgaga tgggtacaca aaatggctgt acgtattgcc cataccggga tatctgcgga     3240

tttgatgagc agatcgaagg atatgaatac cggaagcttg agaagcttcc gaaggaaatt     3300

gtaatggaga aaattatggc gaagctggaa gaggagaagc agacatggga gtaa           3354


<210>  1173
<211>  1560
<212>  DNA
<213>  Coprococcus comes SL93

<400>  1173
atggaggaaa tgttttgttt tcaatgccag cagaccgctc ataacacggg ctgcgaagga       60

catacaggtg tatgtgggaa aaagtcggat acagcaaatc ttcaagatga actgactggt      120

gaactgatcc ggctggcaag ggcagttgca gaaaatgaaa gaagcagatc ttcggatgaa      180

ctgatgttaa aaggtctgtt taccacgatt acaaatgtaa atttcaacag tgatacagtg      240

aaaaaactgt cagatgagat cagagaagaa gcagaaaaca gaaaaccagg aaaagatgct      300

tataatgtac agaagatctg ggaggcaccg gaagatatcc gttcgttaaa gtcattgatc      360

ttgtttggct tacgagggac tgcagcatat gcttatcatg catgggcact gggatatgtg      420

gatgcggaga ttatgaattt cttttataag ggaatgagga ttctgggaga agaaaaaggg      480

atggaagaac tgcttccggt agtcatagaa acaggtaaaa tcaacctgcg ctgcatggaa      540

cttctggata aagcaaacac ggaaagctat ggagatccaa ttccgacaga agttccgctt      600

acgatagaaa agggaccgtt tattgtagtc agtggtcatg atctgcatga tatgaagctg      660

cttctggagc agaccaaaga taaaggcatc aatatttata cgcacagtga aatgcttccg      720

gcacacggat atccaaaatt aaaggaatat ccgcatttga aaggcaattt cggaacggcc      780

tggcagagcc agcaatttga gttccataat attcctgcgc caattttatt tacgacaaat      840

tgtctgatgc cggtcagaca gagctatgca gaccgggtgt ttacaacttc ggtggtgtct      900

tatccggaga tggttcatat tggtgcggac aaagatttta cgccggttat tgcaaaagca      960

ttggaatgcg gtggatatcc ggaagatcat ccgatgacag ggattaatgg aggaacaacc     1020

gtgatgaccg gatttgcaca caacgcagtt ctggaaaatg caggaaagat cgtggatttg     1080

gtaaagcagg ggaaaatcag gcatttcttt ctgatcggag gctgtgatgg cgcagcacca     1140

ggacggagct actatacgga atttgcgaaa aagacaccga tggatacgat catcctgacg     1200

ctggcatgtg gaaaatacag attgaatgat ctgaggctcg gagaaattga ggggattcca     1260

agaattttgg atatgggaca gtgtaatgat gcgtacagtg cgattaaagt tgcaattgct     1320

cttgcagaag cgtttgagtg tgaggtaaat gaacttccac tgtctatgat cctgtcatgg     1380

tatgaacaga aagcggttgc gattctgctg acacttctgg cgctcggaat caaaaatatt     1440

tatctgggtc cgacgcttcc ggcgtttgtg tcaccgaatg ttctgaatta cctggtacaa     1500

gagtatcaga ttaccccgat cagtacagta gatgaggatc tgaagaatat tttaggttga     1560


<210>  1174
<211>  2994
<212>  DNA
<213>  Coprococcus comes SL94

<400>  1174
atggcaagaa aaaaagtaaa aagatgggaa gaccatcgga ttaccggaat tgggagaaga       60

gaagcacgaa cggcttttta taaagattcg caaaagaaaa tcagtttaaa tggagaatgg      120

gattttaaat atgttgatgc accggaatta tcgccggaag gatttgaaca gtcgggggca      180

tgtgaaggat gggataaaat tgatgttccg tccgtatggc agcttagagg gtatgacaag      240

atgcattaca cagatgtgtt atatccattt ccggtaaacc caccgcatgt accagatgaa      300

aatccaactg gaatttataa aaagacagtt gtattagatg aacagtggat ggaaaaagac      360

acggttctga aattccatgg tgttgacagt gcatttgatg tatgggtaaa tggaaaccat      420

gttggatttg gaaaagtcag cagactgcct tcagaatttg acattaccgg gtttgtaaaa      480

acaggtgaaa atgacattac cgttcgtgta tacaagtggt cagacggtac ttatctggaa      540

gatcaggata tgtggtggtt atcaggaatc tacagggatg tagaactgat caatgaggaa      600

aagaatgcag ttctggatct tcgtgtaaat gggacactgg atgacagcta caaaaatggt      660

ttttttacag ctggaattac aatgaaacag gctggtacaa atcttggctg gaagctttct      720

tataaaggaa agactgttct tgaaggtgag cttgtttcgg aaggaaaaga tatatgtatt      780

gaggctgaga tcccggaagt tcatacatgg acagccgaga cacctgagtt atatgaattt      840

acagtaatga cagaaaatca ggaagtaaca gtcagatgtg gattccgcaa aatcgagatc      900

aaagataaga acttccgtgt caataatcag gtaatccttc tgaacggagt caatcatcat      960

gattataatc caagagaagg aagaagagtg acaagagagc agatggaatc agatattcgt     1020

ctgatgaaac agtacaatat caatgctgtt cgttgctcgc attatccggc aaatgaatat     1080

ttttatgatc tgtgtgacga atatggactt tatgtgatca atgaagcaga cctggaatgc     1140

catggatttg aatgggtaga aaattacaca tggatcacag atgatgagac ctggaaagat     1200

gcttacgtag atcgtagtgt ccgtatggta aagagagata gaaatcatcc atcgattatt     1260

atgtggtcta tgggaaatga atccgcattc ggatgcaatt tccgcagtgc agcagaagca     1320

atccgtgagt tggatgatac cagactggtt cattacgagg gagattttga ggcagaagtg     1380

acagacgtat attctacgat gtataccaga ctgaaaggtc tcaaagagat tgcagaatat     1440

cagatcaaag gggataagcc acacgtaatg tgtgaatatg gacatgcgat gggaaatggt     1500

cctggaggat taaaagcata ccaggatatg tatcgcaagt acaaacgtct tcagggtgga     1560

tttctctggg agtggtatga tcatggaatt tacactgaag aaaaggataa gaaatattat     1620

aaatatggtg gaaattatgg agattttcca acaaacggga acttctgcat cgatgggatt     1680

ctgatgccgg acagaacacc gtctccggga atggaagaat acaaacagat cattgcacca     1740

gtagaaatta cagctgttga aggaagcatg aacaagattc agatccggaa ttattatgat     1800

ttcctgaatc tggatacgac aacactttat tgggaagtaa aagcggaaga tcagatgata     1860

caggacggaa ccgttgaagg actttcggtt gctccgcatg aaggcaagat cattacccta     1920

ccaattacag catttgaatt acaggaaaat acagactatt atctgaatct gactgtatgt     1980

cagaaagaag aaagaaacta tgcaccagca gggtatgaaa tcaagaaagt ccagattccg     2040

atgcagatcc gaaaagatgg attttcggta agagaaacag ctgataagct tcaggtaaca     2100

gaaggacagg ggaggcttac tgtagaaaac agccgtgtga cagcaaaatt cagtactgta     2160

tttggaaaat tgatttcttt tggaaaagat ggaaaagagt atctgactga aggaccgaga     2220

atgaatgtat accgtgcaac aatcgataac gacatgtaca agaaagagga ctggatgaat     2280

aaatatttta ttcagaaacc ggtagaagag acagaatatg tcagctgtct gaaagaagac     2340

gataaggtga tcgtccggat cggaacattc ttcagttgct ataaccagtc ctggggattt     2400

gaatgtgatt acacttatac ggtttattct tgtggacaga tgaaggtgga aattcaggga     2460

aaagctgttc agagaggaaa actggaacca gcgttcttac cacgtatcgg agtcattatg     2520

aaaggaaata aaaactttca gaagacgatg tggtatggta tgggacctgg tgagagttat     2580

gtagacagta aggctgcatc tattatggga atttacgaaa atacagttga cggaatgatg     2640

acagattatg tattcccaca ggaaaacgga catcatgaac aggtgaaatg gttccgtatt     2700

ggagatggaa aagatggtct gttatgcaag atggaggaga agcttggtct gaaccttgct     2760

aattataccg atgaaagtct ggaaaaagca cagcatccat ttgaaattga aaaagcggat     2820

gatgtgatta tccatctgga ttatcgccag tcaggacttg gaagcaacag ctgtggagaa     2880

gaacagttgg aagaaaataa agtaaaactt caggattttg caatggcatt tactgtgcag     2940

gcagcagaat gcggaaccga aatccggaaa gcaagaaaac agtatatcga ttaa           2994


<210>  1175
<211>  1833
<212>  DNA
<213>  Coprococcus comes SL95

<400>  1175
ttggtttacg tcaatctgaa aatggagtat gatactaaag ataaaacttt ttggaaacgg       60

aaaggaaacg atatgaaagt acttttaggt gcagtcaatg cgaaatatat acattccaat      120

ctggcagtct actgtctgaa agcatatgcg gaaaagtatg gtgatacatc agatgagatc      180

agtattggag aatatacgat caatcagcag ctcgatgaga ttctgcggga tatctacaaa      240

aggaagccgg acatgctctg tctgtcctgc tatatctgga atcttactta tgttgaagag      300

atctgcaggg agatcaagaa agtgatgccg cagatcatca tctggatagg cggaccagag      360

gtatcttatg atggagtaaa ggtgctggag cgtctgccag aagtggatgg cgtcatgaaa      420

ggagaagggg agcagacttt ctgcgatctt ttacactttt atcaggacaa gacagtggac      480

ggacttcaga atatgaaagg aatcgtatac cgggaacaga ccgggcagat tgtggaaaat      540

gaatggcgca agaccatgga tctgagtaag gttccgtttg tatatgagaa catggagctt      600

tttgaacata agattattta ttatgagaca agccgtggat gtccattttc atgcagttat      660

tgtctttctt ctatagataa gtgtctgcgg ttccgtgatc tggaactggt aaaaaaagaa      720

ctgcaatttt ttatcgatca taaagtacct caggttaaat ttgtagaccg tacatttaac      780

tgcaaacatg atcacgccat gacagtctgg cgttatatca aagagcatga taacggcatt      840

accaatttcc attttgaggt tgcggcagac cttttgaatg aagaagaaat ggaattgata      900

aaaaccatgc ggccagggct gatccagctg gaaatcggtg tgcagtctac caacctggat      960

acgatacgtg agattcaccg gacaatgaaa tttgaacagg ttgcagaagt ggtaaggaga     1020

atcaattctt atggtaatgt acatcagcac ctggatctga tcgcaggatt gccgtatgaa     1080

gattatgaaa gctttggaaa atcctttgat gatgtttatg cactggaacc ggagcagctg     1140

cagcttggtt ttctgaaagt actgaagggt tcttatatgg aagagaagag agacgattac     1200

ggactggttt ataaaggaat gccaccgtat gaagttttgt atacaaagtg gcttccatat     1260

gaggataccc tgcgcctgaa agggatcgag gaaatggtgg agacctacta taacagcagg     1320

cagttctgtt acacgcttcc gtatctgatc cgacacttta aaagaccatt tacgcttttt     1380

gaaaagctgg cagagtatta tgaagaaaat gggctggata ctttaagtca tgcacgcacg     1440

gcaagatatg agatcctgta tgattttgca agattttatg atgcagaaag atgtgaggcg     1500

tataagcagc ttctgacact ggacttttat ctgagggaga atgcaaagag ccgtccgtta     1560

tttgcaggcg atgagcggat ttccaaagaa gagttccgcc tgttctatga ccgtgaggat     1620

gaagagaggc gttatctgga aaattatgaa aatatggaga agcggcagct tagaaaaatg     1680

acgcacatcg agaggttttc ttatgatgtt ctgggggata tgaaagagga agaatgtgtg     1740

cttctgtttg actaccagaa ccggaaccca ctggatcatc aggcaaaggt attttgtgtt     1800

acagaagaaa tccgggaatt atgcaaacag taa                                  1833


<210>  1176
<211>  4029
<212>  DNA
<213>  Coprococcus comes SL96

<400>  1176
aagctgcagg cacagcatgc cacggaagag gcggcaaaag caaaagaaac ggaaggcgta       60

tcaaagaaga aagcggaaaa agcagaagat gccgctaaag aagcagatgc atcaagtacg      120

cagaataaac aggaacagaa gaaaccggag actccgaaaa aacaggaatt tgcaggaaag      180

tccagtgggt tcaaaagtgg caagggaagc tttgtgcgtc gggattatcc gctcaagcgc      240

tccgatgacc cgaacgtaat ctatggacgg gactttgacg atatgccgat cgagctgaag      300

acagttaccg gagagatggg tgagattact ttccggggac aggtgatcag ctttgatacc      360

cgtgagatcc ggaacgaaaa gacaatcgtc atgtttgccg tgaccgactt taccgacacg      420

atcatggtca agatgtttac ccgcaatgac cagctcccgg atctgcttgc ggagattaaa      480

aaaggtgtat ttctgaaaat caaaggagtt acgacgattg ataaatttga tggagagctg      540

accattggtt ctgtaaccgg aatccgcaaa acttcggatt tccgtgtaac aagaaaagac      600

aagtatccgg aaaaacgcgt ggagcttcac tgccatacca agatgagcga tatggatggt      660

gtttccgagg caaaagatct ggtaaagcga gcacatgact gggggcaccc ggcaattgcg      720

atcaccgatc atggtgtggt gcaggggttt accgatgcca atcatgtgat cgaggatctg      780

gataaggatg atccatttaa agttatttat ggagtggaag gatatctggt agatgatctg      840

actaagatcg cagagaacga aaagggacag gacctggaag gcacttacgt ggtattcgat      900

atcgagacaa ccggtttttc cgctgtgact gaccggatca tcgagattgg cgcggtaaaa      960

gtggaagacg ggaagatcac agataagttc agtacctttg tcaatccgaa acgtccgatc     1020

ccgttccgta tcacggaact taccggcatc accgatgaga tggtcatcgg ttcgctggat     1080

attgagacaa tcttgccgca gtttatagaa tttattggcg atgcggttct ggtggcgcat     1140

aatgcttctt ttgatgtggg atttatcgag cagaactgca aaaggcagaa gattgaggct     1200

gattttactt atgtagatac cgttgcactt gcccgtgtcc ttcttccggc actgaaccgt     1260

ttcaagctgg ataccgttgc aaaagcttta aatatttccc tggagaatca tcaccgcgca     1320

gttgatgatg caggctgcac ggcagaaatc tttgtgaaat ttgtgcagat gctcaaagaa     1380

cgggaactga caacgcttgc aaaagttaat gaatttgggg atctgaaccc ggattctatt     1440

aaaaagcttc cgacttatca tgtcattatt cttgcaagaa atgacattgg tcgtgtgaat     1500

ttgtatcagc ttgtttctgc atcccatctg gtttactata accgcagacc ccgtatcccg     1560

aaaagtgtgc taaatgagca ccgggaaggt ctgatcgtgg gaagtgcctg cgaagccgga     1620

gagctttacc gtgcacttct ggatggaaag ccggatgaga cgatcgcgaa gatcgtggat     1680

ttttatgact atctggaaat ccagccgctt ggaaacaatg cattcatggt agagagtgac     1740

aaagtaactt cggtcaattc tatggaagat atcatggatc tgaaccggaa gatcgtgcat     1800

cttggggagc agttccacaa accggtcgtg ggaacctgtg acgtacattt catggatccg     1860

gaagatgagg tataccgccg gatcatcatg gcaggaaaag gatttggaga tgccgataag     1920

caggcaccac tataccttcg tacaacggag gaaatgctgg atgaatttgc ctaccttggt     1980

tcggaaaaag cgtatgaagt tgtgatcagg aacaccaatc tgattgcgga tatgatcgag     2040

aagatttctc cggtccgccc ggataagtgt cctccggtta ttgagaattc cgaccagatg     2100

ctgcgagata tctgttataa taaagcccat tctatgtacg gggatcccct tccggagatc     2160

gtacatgaac gactggaaag agaactgaat tccatcattt ccaatggatt tgcggttatg     2220

tatatcattg cgcagaagct ggtatggaaa tccaacgagg atggttacct ggtaggatcc     2280

cgtggttcgg taggatcttc attcgttgca actatggcag gaatcacgga ggtcaatcct     2340

ctggttccac attactattg cagcaattgt cactatagtg attttgattc ggaagaagtg     2400

aaaaaatatg tgggtggctg tggacacgat atgccggata agaactgtcc ggtctgtgga     2460

cagaagctgg tcaaagacgg atttgatatt ccatttgaga ctttccttgg attcaaggga     2520

aacaaagagc cggatatcga cctgaatttc tccggagatt atcagagtaa agcgcataag     2580

tatacggagg ttattttcgg aaaaggtcag accttccgtg ccggaaccat tgccgcactt     2640

gcagaaaaga cggcttatgg atatgtgaag aattattatg aggagcgtgg tgaccgtaag     2700

cgaaactgtg agatcgatcg tatcgtagct ggctgtaccg gaatccgccg aagtaccgga     2760

cagcatccgg gaggaatcgt agttcttccg catggagagg acattaactc tttcactcca     2820

attcagcatc cggcaaatga tatgacgacc gatattatca ccactcattt tgattatcat     2880

tccatcgacc acaacctttt gaaactggat attctcggac acgatgatcc gaccatgatc     2940

aaaacgctgg aagagctgat caattccgat gcgatggaca ataaatacga tggagtgaat     3000

aatgtattta aagcgactga tattccattg gatgatccag gtgtaatggg actttttgca     3060

ggaacagagg tgctcggtat cacaccggag gacattgacg gatgtccgct tggttgtctg     3120

ggagttccgg agtttggtac agattttgtt atccagatgg taattgatac caagccaaag     3180

acactttcgg acttgatccg tatttcaggt ctgtctcatg gaacagatgt gtggctgaac     3240

aatgcacaga ccctgattga agaaggaaag gcaaccattt ccacggcaat ctgtacccgt     3300

gatgatatca tgacttatct gatcaacaaa ggtgttgaaa gtgaagaatc cttcacaatc     3360

atggaacgtg tgcgtaaagg aaccgtcgca aaaggaaaat gtaaagagtg gtcacagttt     3420

aaaaaagata tgctggagca tgacgtgccg gaatggtata tctggtcctg tgagcggatc     3480

aaatacatgt tcccgaaagc ccatgctgca gcttatgtca tgatggcata ccggattgcc     3540

tactgcaaga tcaattatcc gcttgcctat tatgcggcat acttcggaat ccgtgcatct     3600

gcattctctt acgaactgat gggacaggga aaagaaaaac ttctctacca tatgaaagaa     3660

tataaaagaa gagcagaact caatcagctc agtaaaaaag atcaggatac cttaaaagat     3720

atgaaaaatg tactggaaat gtatgccaga ggatttgatt ttttaccgat cgatatctac     3780

aaatccaaag catccaagtt ccagatcgtc ggcgacaagc tccttccacc gttcaacacc     3840

attgacggca tgggcgataa agccgccgag gctatggaaa ttgccgctaa agacggacca     3900

tatctctcta aagacgattt ccgtcagaga acaaaagtca gcaagacatt ggttgacttg     3960

atggcagata tgggtttact aggcgacctc ccggagacca atcagttatc cctgtttgat     4020

tttgcctaa                                                             4029


<210>  1177
<211>  1917
<212>  DNA
<213>  Coprococcus comes SL97

<400>  1177
atgagtgcag aatatggagc agaccaaatc cagatactgg aggggctgga agcagtaaga       60

aagagacctg gtatgtatat tggcagtaca tcttcaagag gacttcacca tcttgtctat      120

gagatcgttg acaactcggt ggatgaagcg cttgcaggat attgtgatca tatccaggtg      180

ttcatcaatc cggataattc aattacggtt atagataacg gacgtggtat tccggtgggg      240

atcaaccaca aagcgggact ccctgcggta gaggttgtat tcaccgtgct tcatgccggc      300

ggtaaattcg gcggtggagg atacaaggta tccggtggac ttcacggtgt aggagcttcc      360

gttgtaaatg cgctttctga ctggcttgag gttgagatct gccacgaagg gaaggtgtac      420

agacagagat atgaaaaagg acatgttgtt tacaagctga aggttgtaga tgaatgtgat      480

ccggagaaga caggaacaaa ggtaaccttc cttccggatg aaactatttt cgaagataca      540

gtatttgatt atgatacgtt aaaacagaga ttccgtgaga tggcgttcct taccaaggga      600

cttcgcatca gcctgactga tctccgggat gaagaaccga aggaaagagt gttccactat      660

gaaggcggta tcaaggagtt cgttcagtac ttaaatcgca gtaagactcc gctttacgag      720

cagattatct actgtgaagg aacaaaagat aatgtagaag ttgaagttgc aatgcagcac      780

aatgattctt atacagataa cacctatggt tttgtaaata atatcacgac accggaaggt      840

gggacccatg tggtcggatt cagaaatgcg atcacaaaga cctttaacga ctatgcgaga      900

aagaacaaat tattaaaaga cagtgagccg aatctttccg gtgaggatat tagggaaggt      960

cttacagcta tcatcagtgt taagattgag gatcctcagt ttgaaggaca gaccaagcag     1020

aagctcggta acagtgaagc gagaggtgcg gttgacagta tcgtcagcag ccagcttcag     1080

atcttccttg aacagaatcc tgctattgga aaatcaattg ttgagaagtc ggttatggcg     1140

cagagagcaa gagaggcggc cagaaaggcg agagatctta ccagaagaaa atccgtactg     1200

gaaggcatgt cactgcctgg aaagcttgcg gactgttcag ataaggatcc atccaagtgt     1260

gagatctaca tcgtagaggg agactctgcg ggaggttctg caaagacagc ccgtgacaga     1320

gcaacccagg cgatcctgcc acttcgtgga aagatcctga atgtagagaa ggcaagactg     1380

gataagatct acggtaatgc cgagatcaag gcaatgatca ctgcattcgg tacaggaatc     1440

catgatgatt tcgatatttc caaactgaga tatcacaaga tcatcatcat gaccgatgcc     1500

gacgttgatg gagcacatat cagtacgctg cttctgacat tcctctatcg ttttatgccg     1560

gagctgatca aacagggcta tgtatatctg gctcagccgc cgctttacaa gctggagaag     1620

aacaagaaag tctggtatgc atacagcgat gaagaactgg cgaagatcat cagcgaagtt     1680

ggacgtgatc agaacaataa gattcagcga tacaaaggtc tgggtgagat ggacgcagag     1740

cagttatggg ataccacaat ggatccgcag catcgaatct taagaagagt gacaatggac     1800

gatgagacat cttccgaact ggatcttacc tttacaaccc tgatgggaga taaagtagaa     1860

ccaagacgag aatttatcga agagaatgca aaatttgtta agaacttaga tatatag        1917


<210>  1178
<211>  3852
<212>  DNA
<213>  Coprococcus comes SL98

<400>  1178
tttgaaaatg gaaatattga gcagcgtatg aacggaatct gcgccggagg taccggatct       60

ttcatcgatc agatggcgtc ccttctccag acagatgcaa ccggtctgaa cgaatatgcc      120

aaaaattaca aagcacttta tacgattgca gcccgctgtg gcgtatttgc caagacagat      180

atccagccgc tgatcaatga cggtgctacc aaagaagacc tgtctgcttc tattttccag      240

gcagtcgtca accagaccat cagtggtctt gcctgcggaa aaccaatccg cggacatgtt      300

gctttcctcg gtggaccgct tcatttcctc tctgaactga gagaagcgtt tatccgtact      360

ctcaagctgg atgacgaaca cattatcgca ccaaagtatt cccatctttt tgcagccgtc      420

ggctctgcgc tgaactctaa aaaggatgta gtcacctctc ttggtgagat gcagaaaaag      480

ctggatgccc atattgaaat ggactttgaa gttgagcgta tgcagccgct cttttccagt      540

gaagcagatt acaatgaatt taagaaccgc catgcaaagc atcaggtgcc ggttggcgat      600

cttgccagct accgcggtaa tgcctacctt ggaatcgatg ccggttctac caccacgaaa      660

gccgctctgg tcggagaaga cggtactctt ttgtactcct tctaccatgg caatgacggt      720

gatcctcttg gtacgaccat cggtgcgatc aaggatattt acagccagct tccggaaggc      780

gtacagatcg ttcactcctg ctcaaccggt tacggagaag cgctcattaa agccgcactt      840

cttctggatg aaggcgaagt tgaaaccgta tctcactatt acgccgcttc tttcttcgaa      900

ccggatgtag actgtatcct cgatatcggt ggtcagggta tgaagggtat caaggtcaag      960

aatcagactg tagacagcgt acagctcaac gaagcatgtt cttccggatg tggttccttt     1020

atcgagactt ttgccaaatc cctgaactac accgtagagg attttgcaca tgaagcactt     1080

tttgcgaaac atccgattga cctcggtacc cgttgtaccg tatttatgaa ctcaaaggta     1140

aaacaggcgc aaaaagaagg tgctgaagta tccgatattt cagccggact tgcttattcg     1200

gttatcaaaa atgctctttt caaggttatc aaggtatccg atgcatctga gcttggtaaa     1260

aaaattgttg tacagggtgg tacattctac aatgatgccg tactcagaag ctttgagacc     1320

atcgccggat gtcaggcaat ccgtccggat attgcaggaa tcatgggtgc ttttggggct     1380

gcactgattg caagagaacg ctatggtttc aaagaatgta aaaatacaac tatgctttcc     1440

attgatgaaa tcaatgaact tacctataca acctcaatgg caaaatgtaa cggctgtacc     1500

aacaactgtc gtctgaccat caacaaattc agtggcggac gtcgttttat ttccggaaac     1560

cgttgcgagc gcggtcttgg aaaagagaaa gcaaagagtg atgtgccaaa ccttttcgct     1620

tataaaaatg aacgttattt tggttacacg ccattagatc catccgaagc aaaacgtgga     1680

acggttggta ttccaagagt tctcaacatg tatgagaact atccgttctg gtttactttc     1740

ttcacaaaac tgggatatca tgtgttactc tctcctgctt ctacacataa gatttatgaa     1800

cttggtattg aatctattcc gagcgaatcc gagtgttatc cggcaaagct ggcgcacgga     1860

catgtacagt ggctgatcaa ccagggtgca gactttatct tctacccttg tataccatac     1920

gaacgtggtg aatttgccga tgccgacaat cattataact gcccgatcgt cacctcatac     1980

gcggagaaca tcaagaacaa tatggatccg atcgtacacg gtgaagtaga tttcatgaat     2040

ccattcctcg ccctcacaag cgaaaagaca atcacagacg gactggtccg tgaatttact     2100

tctgcaaaga atcttccagc agaagaaatc aaaaatgccg ctcatgctgc atgggaagaa     2160

cttgctgcat gccgtcagga catccgcaaa aagggtgaag aaacactcgc ttacatggaa     2220

aagacaggaa cccgcggcat tgtacttgcc ggtcgtccat accattacga tccggaggtc     2280

aaccacggta tcccggagat gatcacctcc tacggacttg ccgttctgac ggaagattct     2340

atctcccatc tgaatccggt agaacgtccg ctgattgtta tggatcagtg gatgtatcat     2400

tcccgactgt acgcagcagc caattttgta aagacaagag atgatctgga tctgatccag     2460

ctgaactctt tcggatgcgg tcttgatgcc gtaacaaccg atgctgttgc agatattctg     2520

accggttccg acaagattta tacctctctt aagattgatg aggttaataa cctgggtgct     2580

gcacgtatcc gtatccgttc tcttctcgcc gccatccgcg tccgcgagca gaagcatatg     2640

gagcgcacca ttcgtccggc aaatatcgaa aaaattcctt ttacaaagga aatgaaggaa     2700

acctatacca ttttgtgtcc gcagatgtca ccgatccact tttcactgat tgagccagcc     2760

ttccaggaag caggctacaa actggaagta ctgaaaaatg ataacaagca tgcagttgac     2820

atgggcctta aatatgtaaa caatgatgcc tgctacccgt ctctgatggt agttggacag     2880

atcatggagg ctatcctttc cggcaaatat gacaccgacc acctagctgt cattatttcg     2940

cagaccggtg gcggatgccg tgcttccaac tatatcggat ttatccgccg tgctcttaaa     3000

aaagccggtt acggacatat ccctgttatt tcaatcaact taagcggact tgaaagcaat     3060

cctggattca agatcaccct tccacttgta ctgaaaggtg tgtatggtct gatatttggt     3120

gatctcttca tgcgctgcct gtaccgtgtc cgcccatatg aagctgttcc aggctctgcc     3180

aataccatgc ataagaaatg ggaaaagaca gttatcgaat ttatcaagaa aggctatcca     3240

agcagacatg agttcaagcg tctctgccgc cagatcgtag aagattttga ttctcttcca     3300

ttaaaagata tcaaaaagcc acgtgtcgga gttgtcggag aaatccttgt taaattcctt     3360

ccagctgcca ataactacct ggtagatctt cttgaacagg aaggtgccga agccgtggtt     3420

ccggatctga ccgacttcct gctctactgc ttctacaata caaactttaa agcagaacat     3480

ctcggcatga agaaatcaac cgcccgcatg ggtaatctcg gaatcaaggc tttggaatgg     3540

ttccgcaagc ctgccgttga tgcattaaaa gcaagtaaac gcttcgatcc accatcacat     3600

attgaacacc tggcttcgat ggcaaaagaa attgtttctc ttggaaacca gaccggtgaa     3660

ggatggttcc ttaccggaga aatgctggag ctgatccaca gcggtgcacc aaacattgtc     3720

tgcacacagc ctttcgcctg tctgccaaac cacgtagtcg gaaaaggtgt tattaaagaa     3780

ctgcgccgcc gtcatccgga atccaacatc gttgcaatcg attatgatcc gggagcaagc     3840

gaagtaaacc ag                                                         3852


<210>  1179
<211>  2607
<212>  DNA
<213>  Coprococcus comes SL99

<400>  1179
atgaataaca aatggtatca aagcgcacca tgtaaaggaa tcctgatcgt actggagcat       60

attttagcgg tggtgatgat cacatgtctg gtttttacat tcagttatcc aggcgataat      120

ctggcaggaa tcctgtttga aaagccacat aagaagtatg aacagtcaaa agggtttacc      180

gacaagctga tgagtgctgc aaatgatatt acggctgcgg aaggatacga cagcaatttt      240

gaaacagaag gagaatatga tgaaaacaga attgtagatc tgaaagaata tgattcagat      300

cgtaagattt caaatgaaaa tgtaaatggg cttgcatacc gtcttggtga tcttgtgaat      360

tactgggaaa acgatcagga gatgtactac gcagatggga ccaagatggc agatggagac      420

aatgatgatg agatcatcgt ctgccagaag gatgacggaa cctaccatta ttactatgaa      480

aaagaatttc gtcgggaatt taaaaacggg aaccttcagt ttggtaatat ggatgaggca      540

aaagatgaat attcactgga aagcaccgga gaagtgatcg attctctgat caatgaatgg      600

attgagagct ccgcaagtat ttaccgcaat attctggaca gtgaaaatcg ccaggtctac      660

acaaagtgct ggcggtatga tggagaaaaa gtttccgaaa actgtgcacc ggtgggcgcg      720

aagaatcttc tggaagttgt gaacaaggat tccagatgga acggcaagtt aagtgatgcg      780

atgtccatgc ttggaaatac tgtggacagt gtacgggatg aatttttgac gtggcagtat      840

gtaacggaag aatataaaga aggtaatacc aatcttgcat atatgattgt agatctggac      900

aataaaaaag tttataccaa ccgtcttgca tatcagagat ttgatgaatg ggaaaagaat      960

ctggaaagta tgaaaaagct gggcgtatat gcggttgcca caccaaagct tactgagtac     1020

cagagtgata ttgatatgga cggatcacag tggaaaacac tgatcggtgg caatatgtgg     1080

atggataatt acgaatgcgt gttcgcggta gatacttcct atccaatcca ggatgacttt     1140

tatcaggaga gcaagattta tcaggagtat gcaccgcagg taagatttac cttctggatt     1200

gcgattgcaa ccggatttgc aatgcttgta attctggcat ggctgacaat tgttgcaggc     1260

agatcaaacc gggaagaagg cattgtgtta aatcgggtcg ataaaatgaa gacagaaatc     1320

tttattcttt tgtcggttgc agttatggtg atatgtattt atggggaaat cagtttaagt     1380

tacagtctgc tgaacggagt ctggtttagc ggagatggtt tcaatggcac atcggtactg     1440

atttttgcag ggattgttgc ggtaagcgtt tgcatgacag gacttacttt ctggcttgga     1500

atggtaagaa ggatcaaggc aaagactttg tggaagaaca gtattttatg tctgatcatc     1560

aaatacgtcc ggattgggat ccggcatctg ggggaggtct ggaaagctgc gattttgttt     1620

ggagtactgg ttgtagttca ctggatcgcg atcgccatgt gggagccggg aatctggctg     1680

ttcgtaatgc ttgcggcaga ggcgggggca tttttctgcc tgatgcgcag agccatcgga     1740

agagcgcgga tcatcaaagg ggtaaaagca atcgcagacg gtcaggttga ttatcagatt     1800

ccgttaaatg gactcaaagg cggacagctt gaagcagcag tcagcatcaa taagatcgga     1860

gatggactgg accgggcggt agaagagagc gtaaaaaatg aacgcctcaa aacggatctg     1920

atcacaaatg tatcccatga tatcaaaacg ccgcttacat caatcattaa ttatgtggac     1980

cttttaaaga gagaggattt tgaggatccg aagatccgga attatcttca ggttctggaa     2040

gaaaaagcat atcgtctgaa gacacttacc gaggatgtgg tagaagcttc caaggtaagc     2100

agtggcaata tcagcctgga aatgatgaat ctgaatctgg ttgagctggt taatcagacc     2160

agtgcagagt ttgaagaaaa atttgaggca aggaatctga aaatgatcat gaatcttccg     2220

accgaaccgg caacaatcta cgcagacggc agacgaatgt ggagagttct tgcaaatgta     2280

tttaacaatg cggcaaaata tgcaatggag ggaagccggg tctatgtgga tctggttcag     2340

acaggtgagg aagtacagct tacgatcaag aatgtatcag agcagccgct aaatatttcg     2400

gcagatgagc tgacagaaag atttatccgc ggagatgtat ccagaagcac ggaaggaagc     2460

gggcttggtc tttcgattgc acagaatctg acaaagcttc aagggggaaa attcgagtta     2520

tatctcgacg gagatctgtt caaggtactg atccgtttcc cggctccaaa agaaacggaa     2580

gatgtctatc aggaagtcga acagtaa                                         2607


<210>  1180
<211>  1791
<212>  DNA
<213>  Coprococcus comes SL100

<400>  1180
atgtctacaa taccggaaag acttgaaaaa ttgcgtgcaa aaatgcagga aaagggaata       60

gatatttata ttattccgac tgcagatttt catcagagcg aatatgtggg ggagcatttt      120

aaagcaagag agtatattac cggatttacg ggatctgcag gaacagcagt ggtttcaaag      180

acagaagcac gcctgtggac agacggaaga tactttatcc aggcggcaaa gcagctggag      240

ggaacaacag tagaactgat gaagatggga cagccgggcg ttccgaagat tggggaatat      300

ttggaaacag ctctggcaga aggcgaaact gtaggatttg atggacgtgt tgtttctgta      360

acagaaggag aagaatacga gaagatcgca tctgagaaga acggaaaggt cgtatatgca      420

tatgatctga tcgatgaagt atgggaagac cgtccgattc tttcagaaga gccggtattt      480

gaactggaac agaaatacac aggagagact gtggagagca agcttgcacg tacacgtgca      540

gcaatgaaag aagcaggtgc gacagcacac gttcttacta cactggatga catctgctgg      600

acactgaaca ttcgtggaaa tgacgtagaa tattttccgt tggttctgac ctatgcagtg      660

atcagaatgg acaaggtgga tctttttgtg aatgagaaaa aattaagcga tgagatcaaa      720

gcacatcttg cagcagacgg ggttattctg cacccataca atgatattta tgaggacatc      780

aagaaggttg cagcagaaga agtcctgatg gtagatccgg gaagactgaa ctttgcactt      840

tacaagaaca ttccggagaa tgtgaagaaa gtggaagaga gaaatccggc gatcttattc      900

aaatgtgtaa agaatccgac agaggtcgaa aatatccgta tcgctgagat caaggatagc      960

gtggctcatg tcagatttat gaaatggctg aaagaaaatg ttggcaaaga gacgatcaca     1020

gagatgagcg cttctgacaa attggatgag ttccgtgccg agatgggtgg atttatccgt     1080

ccaagcttcg gaccaatctc tgcattcggg gagcacagtg cgatcgtaca ctattcttct     1140

tcaccggaga ccaatgtaga gcttcatgag ggaactttcc tgatgacgga tacaggagca     1200

ggattctacg aaggatctac tgatatcacc agaacatatg cttttggaga agtttcacag     1260

attatgaaag atcattttac actggttgcg atcagtaacc tgaaccttgc aagtccgatc     1320

ttcaagaaag gctgctgcgg aatgaacttt gattatctgg caagaaagcc gttttgggac     1380

agaggactgg acttcaatca cgggacagga catggggttg gatatcttct gaacatccac     1440

gagggaccgg caggtttccg ttatacttac agagccggtg agtctgatgc attccagcca     1500

ggtatggtca ttacggatga accgggaatc tacatcgaag gatctcacgg tgtgcgtctg     1560

gaaaatgaat tgcttgtctg tgaaggcgag aagaatgagt atggagaatt cctgtatttt     1620

gaaccgatta cttatgtgcc atttgacctg gatgcgatca atccggatat catgaatgca     1680

gaagacaagg aacgtctgaa tacttatcat gcaactgtat atgagaaggt gtctccttat     1740

ctgaatgatg aagagaaaga atggctgaag aagtatacga gagcgatcta a              1791


<210>  1181
<211>  2202
<212>  DNA
<213>  Coprococcus comes SL101

<400>  1181
atgaaggcac ttgtaattgc agaaaaacct tctgttgcgc gtgatattgc gcgtgtactt       60

aaatgtggga aaaagataaa tggagcaatt gaaggagagc gttatattgt aacctgggga      120

cttggtcatc tggttaccct ggcagatccg gaagattacg ataaaaaata taaagagtgg      180

aaaattgatg tgcttccgat gaagccggct ccatttaagc ttgaagtaat aaagcagacc      240

ggaaaacagt tcgcagcggt gaaaacacag attcaccgca aggatgtgaa tgaaattatc      300

attgctacgg atgcaggacg agaaggagag ctggtagcaa ggttgattct ggaaaaagca      360

ggaagcaaaa agccgatcaa gaggctgtgg atctcatctg taacagataa agcaatcaga      420

gaaggttttg caaagttgaa gaacgggcat gagtatgatg cgctttatga tgctgcaatg      480

tgccgtgccg aggcagactg gctggttgga atcaatgcaa caagggcact gacctgtaaa      540

tataatgcgc agctttcctg tggacgtgtg cagacaccaa cgcttgcaat gattgcaaag      600

agagaagaaa agatccgtag ttttattccg gaaggttatt atggaatgac tgcaaaagga      660

caaaatatta tgctgacctg gcaggatcag aagtcaaaga gttatcgctc attcgataaa      720

gagaaaatga ccggactgat gaaaaagctg gatggacaga aagcggtagt ggaagagatt      780

aaaaaaacac cgaaaaaaac gtatgcaccg cttttgtatg atctgacaga gctgcagaga      840

gaagccaatc agcggtttgg ctattcggcg aaagagacgc tgaatatcat gcagagactg      900

tatgagaatc ataaggtgct gacctatccg agaacggatt ccagatatct gagcaaagac      960

attgttccga cgatcaagga ccgtctggag gcatgtggta caggaccgta ccgtaagctt     1020

gcaatgacag cgaagaaaaa ggatctgagc ggaaagctcg cttttgtaaa tgatgcgaag     1080

gtatcggatc atcatgcgat tatcccaacg gagcagtttg tggatctgag tcatatgaca     1140

aatgaagagc ggaagattta tgatctggtt gtgcggcgtt ttcttgctgt gctttatccg     1200

ccatttgagt atgagcagac acaggttacg gtgaaggttg gcggtgaaac tttccttgcg     1260

tctggaaaga ttgtgaaagc gcagggatgg cgggctgttt atgaagagga agtctattcg     1320

gatgaggatg aagaagagga agaagcatat gagtctggaa agagtttgaa aggacagaca     1380

ctgccggaac tggaaaaagg acaggagatt aaaggacttg tgttgtcatt gacagaaggt     1440

aaaacgaagc cgccggcaca ttttaatgaa gcaacacttc tgtcagcaat ggagaacccg     1500

acggcttata tggaaagcca tgacaaagcg atggcgaaaa cgcttggcga gacaggagga     1560

ttgggaacgg ttgcgacaag agcggatatt attgaaaaac tttttaaaag ctttttgctg     1620

gaaaagcgtg gaaaagatat ctatcttaca tcgaaagcga agcagcttct ggaacttgtg     1680

ccggaagagt taaaacagcc ggaacttaca gcagactggg aaatgcgttt gtcgcagatt     1740

gcgaagggaa agctttcgcg gaaggatttt atgaaggata ttgataaata tacgggtcag     1800

gtggtttctg agattaaggc gggagctgga acgttccggc atgataatct gacaaatagt     1860

aaatgtccgc gatgtggtaa gagaatgctt gcagtgaaag gaaagaacag tgagatgctg     1920

gtttgtcagg acagagagtg cggataccgc gaaacagtat cacggacaac gaatgcgaga     1980

tgtcctgtgt gtcacaagaa gatgcagctg aaaggaagag gggatggaca gatttttgtg     2040

tgtgtctgcg gacataagga gaagctgaca tcgttccagg agagacggaa gaaagaaggt     2100

gcgggagtca gcaagaagga tgtgcagaaa tatttaagac agcagaagga tgagccggtg     2160

aataatccat ttgcggatgc gctggctaag attaagttgt ag                        2202


<210>  1182
<211>  2574
<212>  DNA
<213>  Coprococcus comes SL102

<400>  1182
atgaaagaac gtagaaaagg tctgctatgg gaaatggcac tgatcctgct tacggttgcc       60

gcctgtctgt actctacagg cgcaggaaat attttcgggg caaaggtgga ctggagcagt      120

cagcacagtg tgttcccgga atatttccga cagcagtttt atcgtacagg gcagtttttt      180

cctgagtttg cattaaatat tggcggtggt cagaatattt acaatttttc ttattatgga      240

ttgtttagtc cggtcgtttt gatcggttat cttctgccga atgtgaagat gtcggattat      300

atgatggtgg caagtattgt ctgtctggca gcagcggtta taattttgta ccggtggctg      360

aaaagccggg aatttacagc tgcggtaagc gggatgacag cgctgatgtt tcttttcgca      420

ggacctatga tctatcagtc gtcgcatcag attatgtttg taaattatat gccatttctt      480

tgtctgacat ttttgggaat cgaccgatat tttgaacaga aaaaatccgg tctgctgatc      540

ggcggaacct ttctgatgat catgacaagc ttttatttca gcatcggtgg aatactggcg      600

tttggtctat atggaattta ccggtatgca aggacaaaag agcgggcaga agagatgatt      660

acggtaaaag gatttctagg tgacggactg cggtttgcaa gaaggatcct gacggcaatc      720

atgcttgcag gagttcttct tgtgccgact gcgatggctc ttctcgggag aagcggaagc      780

aaggggaaaa aaacagatat ctggcagctt ctgacaccgc agatcaattt ggaaaaattt      840

ctgtatgggg catatggacc gggacttagc tgtctgatgc tgattatttt gctgaccgga      900

cttttttata aaaaggctta tgagaagatc ttgtcgcttg gttgtctggt ggtgctgaca      960

gttccgtttt tttcgtatct gctcaatggt gcactttata tcagaccgaa gtcgctgatc     1020

ccgtttttgc cgcttctgtg ctatcttacg gcaaaatatc tggagaagct gaaaaatcag     1080

aaaatagcga gaatctggat gcttcttcca tgtctggcaa ttatcatata tatttatctg     1140

aagaaggatg atgtgaaaag cgaagtcctt tggaaactac ttttgctgga tgcggtcata     1200

acactgttga tctgcgtggc acaagcgtat agtgcatgga ttcggaagta tctgacagta     1260

gccgttctgg gaccggtgat cctgagcctt attgttaccg gaagctattc ctgggaaaag     1320

agtggaaatc tggagagcag gaaagcatat gaggaagata ccagccggtc catcgggaaa     1380

gctgtggaca aggcaattac atcagatagt ggattctacc gggtcgagca ggttggaaat     1440

gaagaggaaa atgcggaaaa tctgaatcgt gtgtggaaca gtgagcaata tattacatcc     1500

ctgtattcgt cttcctataa tgctgattac cagaatttcc gtaaaaatga ttttcaggta     1560

gagcagccgt accgaaattt tctgatgcag tcggtttcgc agaatccggt attcagacag     1620

ctgatgggag tgaaatatct gatctccagt cagaatatac cgggatatga gaaaaagtgg     1680

atgaccgggg gaggggatgt gtactgtaat gaaaatgcag caccgattgc ctatgagacg     1740

gatcagacga tgtcggaagc ggaatatgac agactggatt ttccatataa tcagctggta     1800

tttaccagat atgctgtgac aaaggacgga actgtatcgg caggacaggt gaaagaaaaa     1860

ctggcagaag acatagagaa atgtgatttt cggattccgg aaaagaataa tgggatttca     1920

ctggttgtcc cgactgaaaa cggatatcag gtgaaaatga aaaagcaaca ggagttcgaa     1980

gtggctgtcc cggaacagga agagaaagat ggagttctgt ttgtacagtt tcgaatcgaa     2040

aataaaaaac cgaaagagga tatcgaaata tccctggaag gagagcgcaa taaactttcg     2100

tcaatccagc atgtgtatta taacagaaat accgtattta cctatgcagt aggtctggaa     2160

aaggggcaga aaacggtccg tttatctctt ggaaaaggag agtatacgat taaagatatg     2220

agtgcatata acggcgtatt aaatgaagat accggccttt atcagagtgt attcagggtg     2280

gataaagagc agacgaaagg gaatctgatc caggggagaa tcaaaagtca gaaggatgga     2340

atgttcatta cgtccattcc gtttgataaa gggtttgaaa tgacgataga tggcgtaaag     2400

gtgaaatgtg aaaaagtgaa taaagcgttt ctgggatttc atctggaagc aggaaaacat     2460

aaaatcagaa ttttgtatca tgcgcctgga gtgacagcag gaaagatact gacaggtctt     2520

ggcgttctga ttgtgatcgc aggggcagta agaaagaaaa aatgcgcgga gtga           2574


<210>  1183
<211>  1686
<212>  DNA
<213>  Coprococcus comes SL103

<400>  1183
atgggaaaaa agtggtggca tgacaaagta gcgtatcaga tttacccaaa gagttttctg       60

gatacaaatg gagacggaat cggagatctg agaggaatta tttctaaact ggattatctg      120

aaaaaattag gaatcgatat tatttggtta tcacctattt ataaatcacc atttgtagac      180

cagggatatg acattgcgga ttactatgca attgcagaag aattcggaac aatggaagaa      240

tttgatgaac tgctggcaga agcaaaaaaa cgagacatgc atattattat ggatctggtt      300

attaatcatt gctccgataa acatgagtgg tttcagaaag cgcttgctga tccagatgga      360

gcgtttgcgg attattttta tttccgcaag ggaaaaaacg gcaatccacc gagtaattac      420

cgttcctatt ttggaggaag ctgttgggaa aaagtaccgg gaacggacaa atattatttt      480

cacatgtttg caaaggaaca gccggatctg aattgggaaa atccgaagtt acggcaggaa      540

ctgtacaaaa tgatcaactg gtggctggaa aaaggtctct ccggttttcg aatcgatgcg      600

atcataaaca ttaagaagga tctgaacttt cctgattttg caccggatgg gaaagatggt      660

ctggcaagct gctggaagat ggttgaaagt gtagacggag taggagagct gttggaagat      720

ctgaaaaaat caacttttga aaagtatgat gcctttacag tcggagaagt atttaacatg      780

aaaccggatg aattaccgga atttattgga gaaaccggtc atttttcaac gatatttgat      840

tttagcgccc atacgctcac tgatggagaa catggatggt atgatgctcc gaagctggaa      900

tttgcgaaat ggagagctgc gatcattcag gcacaattag aaacacagaa gtatggcttt      960

aaggcgaata tcattgaaaa tcacgatgag ccaagagggg catccagatt tttgccatct     1020

tacgctcaga caccggacgg aatcaagatg cttggtacca taagccttct cctcagagga     1080

attcctttca tttaccaggg gcaggaaatc ggtatgagaa atgccaaatg gaacagcatg     1140

gaggaatttg atgatatcag tacaaaagac cagtatcata ctgcccgtga agcgggatta     1200

tcggatcagg aagccttgga agtatgcagc cgtatgagcc gtgacaatgc aagaacaccg     1260

atgcaatgga cgagcgggga aaatggcggt tttacaaaag gaactccatg gttaaaggta     1320

aatcctttat ttaaagacgt gaatgtggaa gctcaggaac aggatccgga ttcagttttg     1380

aattattacc gcaaactggt tgcactgcgt aaatcggatg aactgaaaga agtatttacc     1440

tatggagaat ttcttccgga atatgaaaat gtggacggag tcatggcatt ttaccgtaaa     1500

gatgaattca agtgtattct tgtggctgct aatttcggaa aggatgctgc aacaatcaaa     1560

ctgaagagcg aaatcgaaaa agtatggtta tcgaaccgta tagatggaac ggtagattgt     1620

gaaaaggatt cattgaattt acggagctgt gaagtggttg ttctggagct ggaaaaccac     1680

aagtaa                                                                1686


<210>  1184
<211>  1272
<212>  DNA
<213>  Coprococcus comes SL104

<400>  1184
atgacaggaa ttttaatgac acaggtcagc acaccaatca tcggacaggc tgcctggctg       60

ctcggtaaga tcatggatgg tatttaccgg gtaatggatt taatcggcat tcacaacctg      120

ggtgtatgta ttattctttt gacaattgtc atctacactt tactgatgcc gctcaccatc      180

aagcaacaga aattttccaa gatgtccgct gcaatgaacc ctgagctcca gaaggttcag      240

cagaagtaca aaggaaaaaa tgatcaggct tccatgcaaa agatgcagga agaaacacaa      300

ttggtttatg aaaaatacgg agtatcaccg accggcggat gcttaagtat gtttatccag      360

ttcccaattc tctgggcaat gtactatgta atccgcaaca tccctgctta tgttgggcag      420

gttaaagcgg tatacacacc gcttcttacc tctatcatgg cacaggatgg atggcagaag      480

gtcatggaaa agatcggcga agcaaaaccg atccttatgt ccgcctccaa atatgattac      540

tctgataaaa acgtactgat cgacgtactg tacaaattcc agacttcaac ctgggaaact      600

ctcggcaaga agcttccgga tctgcagtct acgatcgaca gcaccgtcga tacattaaag      660

tccatgaata acttccttgg acttaacatt gcggaaactc ctatgaacct cattagcaac      720

ggtgtaaaag ccggcgcatg gggaattgtg atcatggcag tgctgattcc tgtcctttca      780

ggactttccc agtacctgag cgtgaagctt tctcagcaga caactgcagt tacgaacaat      840

ccgcaggctg accagatggc ttcaaccatg aagacaatga acgttaccct tcctcttgta      900

tctgtattta tgtgtttcac attacctaca ggtcttggaa tctactgggt tgcaagtgcc      960

gttgtccgta tggtacagca gttctttatc aacaaacatc tgaataagat tccgatggat     1020

gaactgatca aagagaatat ggaaaaagct gctgaaaaac gcaagaacaa aaacgaagtg     1080

gatgcaagca atgtaaacaa aatggctcat aagaacgtga aaaacattca tgagccggta     1140

agaacagctg ctcagacaaa agaacttgaa gaaaagcttg aagaagccaa gaagaaaaat     1200

gaaaatgcaa aggcaggaag ccttgcagac aaagcaaacc ttgtaaagcg ctttaacgaa     1260

ggccagaaat ag                                                         1272


<210>  1185
<211>  1410
<212>  DNA
<213>  Coprococcus comes SL105

<400>  1185
atgggaggat tttttggcgt tgcatcaaaa gaagcatgta atctggatct tttttatgga       60

acagattatc attcgcatct tggaacccgc cgcggaggta tggctactta cggaagtgat      120

ggctggaaga gagcaattca taatattgaa aattcgccgt tccgtacaaa atttgaaaaa      180

gatgttgata caatgaaggg aaatattgga attggatgta tttcagatta tgatccacag      240

ccaattctga tccagtcgca tctggggtgc tttggaatta cgacagtagg taagatcaat      300

aatgcggatc agctgatccg gaatctttat gaaaatggac atacacattt tcagtctatg      360

accaatggac agatcaattc tacagagctg gttgcggcat tgatctgtaa aaaggattcg      420

tttgttgagg gaatccgtta tgtgcagtca gtagttgaag gctcgatgac gcttctgctt      480

ctgacagaga atggaattta tgcagccaga gaccttctcg gacgtacacc ggttgtgatc      540

ggaaagaaag aaaatgcata ctgcgtttcc tttgaaagct ttgcatatat caaccttgga      600

tacacagatt acaaagagct gggacctggg gaaatcgtct acgtgacacc ggaatctgtg      660

gagactgtaa gtcctgcatg tgaaaagatg agaatctgtt cgttcctgtg ggtatactat      720

ggatatccta cttcttctta tgaaggggtt ggtgtagaag aaatgcgtta caactgtgga      780

aagcttttag cacagagaga tgaccattcg atcgacgtgg atattgttgc aggagttccg      840

gattccggaa ttgcacatgc gatcggatat gccaatgaat ccggtatccc atatgcaaga      900

ccatttatca aatatactcc gacctggcca agatccttca tgccgacaac acagagtcag      960

cgtaatctga tcgccagaat gaaactgatc ccggtacata gtctgatcga agacaggagc     1020

ctgctgctga tcgatgattc tatcgtgcgt ggcacacagc tccgtgagac gacagagttc     1080

ctgtatcaga gtggcgcaaa agaagtgcat gtccgcccgg catgtccacc gcttttgtac     1140

ggatgcaaat atttgaactt ctcccgttcc aaatcagatc tggatttgat cacaagaagg     1200

atcatccgtg agtgggaagg cgacaatgat gtcaatgtac tgagtgaata tgcggatccg     1260

aacagtgacc ggtatgcagc aatgctggag gaaatccgca agagacagaa tttcacttca     1320

cttcgttatc acagactgga tgatctgatc aaatcaatcg ggattgatgc atgccaggta     1380

tgtacctact gctttaacgg tgtggaataa                                      1410


<210>  1186
<211>  1386
<212>  DNA
<213>  Coprococcus comes SL106

<400>  1186
atggaaaaga agaggagtaa ttttaccggc tcgatcggat tcgtgctggc ggctgcggga       60

agtgcagtcg ggctggggaa catctggaga ttcccgtatc tggcagcaaa aggtggaggc      120

ggagtgttta ttctgtgcta tgtggtactg gcacttacct ttgggtttac gttgctgaca      180

acagagatcg cgatcggacg taagacagga cagagtccgc ttactgcata tgaacagatg      240

cataaaggat ggggaggaat cggtgtgctt gcatgtgcag taccggttat cattcttccg      300

tattattgct cgattggtgg atgggtactc aaatatttgt cggcatttct cacgggtcat      360

ggggcgcagg cagcagaaga cggatatttt acaggctata ttacacaggt cggacagccg      420

atcatatgga tgctgatcta tgtgcttatt acggcaacgg ttgtttataa aggagtaaat      480

aaaggaattg aaaaatacag taagattctg atgccgatcc tgtttgtact gattgcggga      540

atttctgtat tttccattac cctgaaacat acaaatgcag atggagtgac aagaaccggt      600

atgcagggac tggcgattta cctgatcccg aattttagag ggatgacggt taaaagtttc      660

ctttcggttg tgatggatgc attgggacag cttttcttct cgatcagcgt ggcgatggga      720

attatggtta cttacggatc ctatgcgaag aaagagacca atctgatgaa gtcgatcaac      780

cagattgagt tttttgatac gcttgtagcg cttctggcag gacttatgat cattccggct      840

gtttatactt ttatgggaac cgaaggaatg tctgcaggac cgggactgat gtttgtatct      900

ctgccaaaag tatttaaagc aatgggggca gcaggagtgt tggtaggaat tgtattcttt      960

ctgatggtat cttttgcagc ggttacttct tctgtatctg ttatggaggc aatcgtatca     1020

agcatgatgg ataaattcca tgtatccaga aaaaaaggaa cgatcctgac tactttatat     1080

ggaatgatcg ttggtgtgat cgtatgtctt ggatacaaca agctttattt cgaactgaaa     1140

cttccgaacg gcgcggtagc gcagattctg gacgtgatgg attatatcag caataactgt     1200

ctgatgccga tggtggcact gcttacctgt attctgatcg gatgggttgt aaaaccaaaa     1260

gtgatcatcg atgaagtgac acttggcgga tacaggtttg gcagagaaaa gctttatgtt     1320

gcaatgatca aggtaattgc accgttgatg cttctgattc ttttagtgca gtccgtagga     1380

ttataa                                                                1386


<210>  1187
<211>  1272
<212>  DNA
<213>  Coprococcus comes SL107

<400>  1187
atgaaagtat tgatcgtagg cggtggcgga agagaacacg caattgcata ttgtgtagca       60

aagagcagca aggtagagaa gatgtactgt gcaccgggaa atgccgggat tgcagagctt      120

gcagaatgcg taccgattgg tgcgatggaa tttgacaagc tggttacatt tgcaaaggaa      180

aaggagatcg atctggcaat cgtaggaatg gatgatccgc tggttggcgg ccttatagat      240

gaatttgaaa aagccgggat ccgcgcattc ggaccaagaa aaaatgcagc aatcctggag      300

ggaagcaagg cattttcaaa agatctgatg aaaaaatatg acatcccgac cgcagcatat      360

gagaactttg acaatgcaga cgaagcgctg gcttatctgg agacagctaa atttccgatc      420

gttctgaagg cagatggtct ggcacttgga aaaggtgtat tgatctgtaa tacgttggaa      480

gaagcaaaag ccggcgtgaa agagatcatg ctggacaaga aattcggtgc atccggtaat      540

accatggttg tagaagaatt catgacagga cgtgaggttt ctgttctttc ttttgtagat      600

ggaaagacca tcaagactat gacaagcgcg caggatcaca agagagccaa agacggagac      660

cagggattga ataccggtgg tatgggaact ttctcaccga gtcctttcta tacaaaagaa      720

gttgacgaat tctgccggaa atatgtgtac cagaagacgg tagatgcaat ggcagcagag      780

ggaagagagt ttaaggggat catctttttc ggactgatgc ttaccgaaga cggaccgaag      840

gttctggaat acaatgccag attcggagat cctgaggcac aggttgttct tccgcgtatg      900

aagaatgatc tgatcgatgt gatcgaagcc tgtatcgacg gaacactgga tcaggtagat      960

cttcagtttg aagacaatgc agcagtctgt gtggtacttg catctgacgg ttatccggtc     1020

gcttatgaaa aaggacttcc gatcacaggt cttgacgagt tcaagaagca tgaaggatac     1080

tattgcttcc atgccggaac caaattcgat ggagaccaga tcgtgacaaa cggaggacgt     1140

gtcctcggtg tgacagccaa aggagcaacg ctcaaagagg cccgtgccaa tgcttacaaa     1200

gcaaccgaat gggttaaatt tgataacaaa tatatgcgcc acgatatcgg aaaagcgatt     1260

gacgaggctt ag                                                         1272


<210>  1188
<211>  1113
<212>  DNA
<213>  Coprococcus comes SL108

<400>  1188
atggcaagct tatcattaaa gcatattaac aaaacatatc cgaacggatt tgaagcagtt       60

aaagatttca accttgaaat tgaagataaa gaatttatca tttttgtagg accatctgga      120

tgtggtaaat ctactacact tcgtatggtt gcaggtctgg aagagatcac aagcggtgaa      180

ctcaagatcg gtgacaaagt ggtaaatgat gtagaaccaa aagacagaga tatcgcgatg      240

gtattccaga actatgctct gtacccacat atgactgtat atgataacat ggcattcgga      300

cttaaattaa gaaaagttcc gaaaccggag attgataaga tggttcgtga agcagctaag      360

atcctcgacc ttgaaccact gcttgaccgt aaaccaaaag ctctttcagg tggacagaga      420

cagcgtgttg ctatgggacg tgcaattgtt cgtaacccga aggtattcct tatggatgaa      480

ccactttcca acctggatgc taaacttcgt ggacagatgc gtatcgagat ttccaaactt      540

catcagagac ttggtacaac aatcatctac gtaacacatg accagacaga agctatgaca      600

ctgggaacca gaatcgtagt tatgaacgca ggtgttgttc agcaggtaga tacaccacag      660

gtactttatg ataccccatg caacctcttc gttgcaggat tcatcggatc accacagatg      720

aacttccttg atgctgtatg ccagaagaag ggtgacaaag ttgtcctcaa agttggaccg      780

gctgatattg aacttccacc ggcaaaagca aagaaactta tcgatggagg atatgaagga      840

aagactgttg tccttggaat ccgtccggaa gatgtacatg atgagcagat gtttatcaca      900

tcttcaccga atacagttat tcaggctaag atccgtgtat atgaaatgct tggtgctgaa      960

gtatacctcc acttcgatta tgaaggagct acaatgacag cccgtgttga tcctagaaca     1020

acagcaagaa caggggatac agttacattt gcattcgatg ctgaaaagat ccatgtgttc     1080

gacaaagaga cagaaaagac aattacaaac taa                                  1113


<210>  1189
<211>  1692
<212>  DNA
<213>  Coprococcus comes SL109

<400>  1189
atgatacatt atgtctgtaa atatacgccg gtagagttat tgaatgcatt tggagaagag       60

tgtgccgtac tggaggaaat gccggagaac tttgaaatgt cggatcagat cgcacacgca      120

aatctgtgcg gctttgggaa atctgtgatt caggcagttc tggaaggaaa ggtcaagcag      180

cttgtacttg tgaactgctg tgattctgcc cggagagttt atgatattgt agagagcacc      240

ggaaaatgca aatttttata tatgctggat cttccgcatg aagataatga atgtgagaag      300

gtaaagtatg cacaggcaat catgcgtctg aaaaaagcat acgaaaaatt ttccggaaaa      360

acatttgata aggaagcatt tttaaattca tttacagaaa atgagacaga aatgaagcca      420

tacattggtc tgatgggtgt gcgtgtaacg ggtattcttg aaaaaatgat ccgggataat      480

attcagatgg acgtggacaa tcttacctgc accggcggaa gacagcttgc agttgttccg      540

gagcagatga gacagatgga tgaagaaaaa atgtttctgg cttatgcgga tgccctgctt      600

tgccagatcc catgtttccg aatgaataac aacactcgga gaaatcagct gtatctggat      660

ccaaacctga agggaattat ttatcatacg atcaaattct gtgattatta tggatttgaa      720

tatgcgagca ttaaaaagaa tatcaaagta ccgcttctga aaatcgagac ggattttaca      780

agtcagagcg ctggacagtt actgacgaga atccaggcat ttgcagaaac gattgaagga      840

tcggaagaca tggatccggg aaaaggaatc agtgaggagg caagaaaaaa gatggagtca      900

ggaatatatt atgtagcagg gatcgacagt ggctctacaa gtacaggcgt tgtgattctg      960

gatcaggacg gaaaaattaa atctacgatg atcattccga caggcggcgg agcgatgatg     1020

agtgcggaga aaagtctgga tcttgctgta gagaaggcag gaattaagga agaagaaatc     1080

gttagaattg tcacgacggg atatggacgt gcttatattg aaagcgggga tgacagtatt     1140

acagagatca cctgtcatgc caaaggtgcg cattacctga acccgaatgt gcggacggtg     1200

atcgatatcg gcggacagga tatcaaggca atcagcatcg atgaaaatgg cgcagtaaag     1260

aatttcctga tgaatgacaa atgtgcggca ggaaccggaa ggtttctgga aatgatggca     1320

cggactttgg gactttctct tgaagagatg agtacaaaag gattggaatg gaaggaaaat     1380

attgtgattt ccagtatgtg tacggtgttc gctgagtcag aggtggtatc acttgtggct     1440

cagaataaag atgtggcaga tatcatccat ggtctgaatg tgtcggttgc ttcgaaagta     1500

ggagcactgg cggcacgtct tgggaaaaag aatccgggag aatatatgat gacaggcgga     1560

gtggcaaaga atcctggaat catcaaagca ctggaagaaa agctggatgc gaaattgtat     1620

atttgcgacg aggcacagct ttgtggtgca cttggagctg cattgtttgc atatgagaag     1680

tgcagtgtgt ag                                                         1692


<210>  1190
<211>  2397
<212>  DNA
<213>  Coprococcus comes SL110

<400>  1190
atgaaaagag agaaaagaca tggaattgaa cgggaactca gtataaaaag aatccgcagc       60

cagaagaaat acagtatcct gatagtctca gtcctgcttc ttacctgcac actgattcag      120

attggttttc agatgtcgga aggactgaaa gccgcatata tcgagaatcg taaagcagta      180

tatggggagt gggaacaggt atttgtggat atggatgaaa gctcggtaaa agtggcagaa      240

gagaatccat ttcttgcaca gaccgggaaa ataagtatct atggggcgat cgccggagat      300

tatctggaaa accgtcagat gaatatcggg acaatggacg agacggcgtg gaagcttggc      360

agactggaaa tgaaagaagg acgcctgccg gaaaatgagc atgagatcgt aatggaatac      420

agtacacttc gctcacttgg atatgaggag atgcttggaa aagagattac actggatatt      480

acaccggcgc tttccattct ggagcagggg gaatcaaaaa gctattcgta tactttatgc      540

gggatcctaa aagattatca gataaactgg gaaatctgca accggcatcg gtttccaact      600

ggaattgtga cacaggaagg cgggaacagg atcggctctg ttcaggatat gcatatgctt      660

gtaaaagcga aagaaggcag tgaaagtgtt tataaagatc tgaaagacag cgaagaattt      720

acctgcggca tggatgacaa tatggaacag gacaaacttt ctgatgtaag tcttccgtat      780

atggattttc tggaaaatat ccgtttgctg attggtggtg cgtcgatctg tatcctgttt      840

cttacggtat cgcgttcgat tatctcaaga gaacagtttt ggaggttcct ggatgcactt      900

ggaatgagaa gagggcagat gtaccagatt attttctggg aagcagttct gtttggtgca      960

ggagctgtta ttgttggaaa tcttgcaggg attgggattt accagctggt tatccctgct     1020

tttgaaaaga taaccgagca gacattacca caggcgattg catgggaagg agtccttttt     1080

ggaactggct tcagtatctt atgtattgct gcaagttatg gactcagtgc agtacagctt     1140

cgcatacttc tgaaagaaaa aaagaagaaa gttcagaaaa gaaggggaaa gtacaggaag     1200

atcgtccggt tcacgccggg aagagtttta cttcataaat ggcagatgca tcgtgtgcgt     1260

aagagtgtag aaattgttct tctggcaagt gctttgctga tcgtgggatt tggaaagatg     1320

gaaatatcaa ccagacagga agaactgaaa gtatatcaaa ggctgacagg aaatggatac     1380

tatttgagta caatggagat tacgaattct ccgggaattt ccaggcagac agttgataaa     1440

ctggaacagg ttgccggagt aacttctgta gaacaatatc ataacaatga aaaagaggag     1500

ttctggattg atctgtcaga atatgctgaa agcgagtatt ttcagaaagt agtcgaaaca     1560

ttggtggcgt atttgaatga gacatcaata aaggaaaaga tatctattga gaaagtaaga     1620

ttgtctttgc ttacaataga cagatggcag gatatacagc gttttctgag aaatctggat     1680

gaaggcagcc tgacaaaaga agaatctgaa cagggagatt tttgcattct ggatcttaca     1740

gagttgcagg aatatgacgg aaaatatctg agcgcattca gcccggacgg acaaggaata     1800

tcagaagata cggtacaggt tggtgatgaa cttccggttt atacattgaa tgagaatgga     1860

agtagaaacg aaaatccgat tccagtaaca gcgattttac gtggcatgaa ggaagaagat     1920

gtgcggaatc cacagatagg tggatctggt atatcgatga ttgttggaaa gaatttctgg     1980

aagaaatttg ggaaaagcag aattatggaa tatgatcaga ttgtaaaaat tctggtatcg     2040

gatgatgcgg atgcgtatga tacggaaggg catattctaa gtattttaaa acagggaaca     2100

gctgtaaatg tgcagaataa ccatgaagag tataagaaaa tacgtcagga attatattcc     2160

tttataggaa tgtacagcat ttttgcagtg ttttacatga ttctgatttc catagttttg     2220

tatcagatgt ttcttgcgga gaagcaggaa gaaaaaagag aaggggaaat cttacagtca     2280

cttggaatgg aagaaaagtt cctgaagaaa atgcatcgga tagaagttct ttggatgacg     2340

ggatgcgcag gagtgattgg agtttttacg ttatggggtg cttgccgact gatatag        2397


<210>  1191
<211>  1176
<212>  DNA
<213>  Coprococcus comes SL111

<400>  1191
atggaggatg aatatagcat gaaactaagg acgaaactgg tgatttcttt tgtgacgatg       60

atcacgatac cgactatcct gacaacggca tttatatttg gaattgcgcg ttatcagatc      120

ggagtcattg agcatactta tggaattacc ggtgaggaat ataaagattt tgcaaaatcc      180

atcagagtgt tgggagatat gccggagatc cagcagttta ttataagcgc atgtatcgca      240

gtagtcctga ttctgacatt tacagcgatg atcatgatgg tgtggattta tggaagtatc      300

atcagtccga ttcacaagtt gcaggaagca gcgcagaacg tagaagaagg caatctgaat      360

tttgagatca agccggaaaa agatgatgag atgggacggc tgatgcaggc atttgaaaag      420

atgcggatcc gtctgagaga taatgcagag gagaagctga agagtgaccg ggaaagcaaa      480

gaactgatca gcaatatttc ccatgactta aagacgccga tcacagcgat caagggctat      540

gtggaaggaa tccgtgacgg ggttgcagat acgccggaga agatggaaaa atatatcgga      600

accatttata ataaggcgaa tgagatggat acgctgatca acgaactgac cttatatgcg      660

aagatcgata caaaccggat cccgtataac tttgcaccgc tttcagtcaa cgattatttc      720

aatgactgtg ccgaagatat tgagatggag ctggattcaa agaatgtaga gtttggttat      780

ttcaattatg tagagggtga tcagaagatc attgcagatc cggaacagtt aaagagagtg      840

atcaacaaca ttgtcagcaa ttctttgaaa tacatggaac gagagcacgg gctgatcaat      900

ctgcgggtaa aggacgtagg tgattttatt caggtagagc ttgaggataa cggaaaagga      960

atcgcagcga aagatctgcc gaatatattt gaccggttct accggacgga tgcttcaagg     1020

aattcatcca agggcggaag cggaatcggt ctttcaatcg tgaagaagat cattgaagat     1080

cacggtggca aaatctgggc gaccagccgg gaaggtgttg gcacagtgat gtattttgta     1140

atcagaaaat atcaggaggt accgataaat gagtaa                               1176


<210>  1192
<211>  1668
<212>  DNA
<213>  Coprococcus comes SL112

<400>  1192
atgaaaacag acattcagat cgcacaggag gcagagatgc tccatattcg cgaggttgca       60

gcaaaggttg gaattgaaga ggaagacctt gagttttacg gcaagtataa ggcaaaatta      120

tcggatgaac tgatggaaat agtaaaagac agaccagatg gaaagctggt acttgttact      180

gcaatcaatc cgactccggc gggagagggg aagacgacga ttaccgttgg acttggagag      240

gcaatggcaa agctcggtaa aaaagctctg atcgctctgc gcgagccatc gcttggacct      300

tgctttggaa ttaaaggcgg tgctgccggt ggcggttatg cacaggttgt accgatggaa      360

gatctgaatc ttcattttac cggagatttt catgcgatca catcggcaaa taacctgctt      420

gcagctcttc ttgacaatca tatccagcag ggaaatgctc ttggaatcga tccgagacag      480

gttgtgtgga aacggtgtgt agatatgaat gatcgtgtac tgcgtaatgt agtagttggt      540

cttggaaata aaatggacgg aatggtaaga gaggatcatt ttgtgatcac ggttgcgtcc      600

gaaattatgg caattttatg tctggcagat gatctggaag atctgaaaaa acgtcttggc      660

agaatcattg ttgcctatac attttccgga gaaccggtta cagctgacca gcttcatgca      720

accggtgcaa tgacagcact gttaaaggat gcgatcaagc cgaatattat ccagactctg      780

gaacatacac cggcactggt acacggtggc ccgttcgcaa atattgcaca tggctgcaac      840

agtgtacgtg caaccaagat ggcgcttaag ctgagtgata tcacgatcac agaagcggga      900

ttcggtgcgg atctgggtgc agagaagttt atggatatca agtgccgtat ggcgggactg      960

aaaccggacg cagtagttct ggttgcaacg gtacgtgcat taaaatacaa tggtggcgtg     1020

ccaaaagacg aactgaacga agaaaatctg gatgctcttg caaaaggaat tgtaaatctt     1080

gaaaagcata ttgagaacct gcagaaattc ggcgttccag ttgtggttac cttgaattca     1140

tttgtcagtg atactgaagc agaatacgaa tttatccgta agttctgcga agacagaggc     1200

tgcgaatttg cccttgcaga agtgtggggt aaaggcggag acggcggaaa agagctggca     1260

gagaaagtat tacagactct ggagacaaaa gaaagccatt atcatccgat ttacagtgat     1320

gagttatcaa ttgcagagaa gatcgagaca atctgcaaag agatttacgg agcaaagagt     1380

gttgtatatg aacctgctgc aaagaaacag cttgcacgaa ttgaatcaat gggctttggc     1440

aagttcccgg tatgtatggc aaagaaccag tattctctgt ccgatgatgc gaagcttctt     1500

ggacgtccgg agaactttga tatccatatc cgtgaagtct atgtaaatgc aggagcagga     1560

tttgttgttg ctcttaccgg agcaatcatg accatgccgg gtcttccgaa agtacctgca     1620

gcaaatggaa ttgatgtaga agacggtaaa attaccggat tgttctaa                  1668


<210>  1193
<211>  2283
<212>  DNA
<213>  Coprococcus comes SL113

<400>  1193
atgaaagcag taggggtacc atttgtaaaa aaagatgcga aagcactggt gactggaaag       60

ccggtatata caaatgatct ggcaccaaag gattgtctga tcgttaagct tctaagaagt      120

ccgcatgcca atgcgatgat ccaggagatc aagacagatg tggcaatgcg tgtgccggga      180

atcgaagcaa tctatacctg gaaggatgta ccgcagcagc gttttacaat tgcaggacag      240

acctggccgg agcctagtcc gtatgaccgg ctgatcctgg accagcatgt tcgctttgta      300

ggagatccgg tagcgatcat tgccggagaa aatgaagcct gcgtagaacg tgcaatgaag      360

atgatcaagg tcaaatacga ggtccttccg gcagtattag atcctgagga agcgctggat      420

ggtccaattc tggtgcatcc ggaggacagc tggaaggcat tgtgcccggt aggagcagat      480

aacaagcgga atctttgtgc acaggcagaa gatggacatg gggatgtaga gaaagttctt      540

gcagaatgcg atgttgttgt agaacataca tatcatgtca aagcggcaca gcaggcaatg      600

atggaaccat ttcagacggt ctgctttatg gatatgtatg gaagactgaa tgtgatgagt      660

tctacgcaga tcgtttacca tgtgcgccgt attgtttcca atgcacttgg cataccaaaa      720

tccaagatcc gtgcgtttaa accgaggatc ggtggtggat ttggggcaaa acagacggcg      780

gtaagtgagg tttatccggc gtttgtaacc tggaaaaccg gaaagccatc gaaaattgta      840

tttacaagag aggaatccca gattgcatcc tcaccgcgtc atgatatggc ggtgacggtt      900

cgcatgggag cagataaaga aggaaatatc cgggcaattg atctgtatac actttctaac      960

acaggagcat acggggaaca tggaccgaca acggtcggac tttccggaca taaggcgatt     1020

ccgctttatg gttcattaga tgcataccgg ttccgttacg atgtggtcta taccaaccgg     1080

atggcagcag gagcttatcg tggatatgga gcgacgcagg gaatctttgc ggttgagaca     1140

tctgttaacg aactggcaga aaaacttggc atggatccga tggagatccg tatgaagaat     1200

atggtcaaag aaggacagtt catgccggca tattatgggg agacagcgaa tagctgtgca     1260

cttgataaat gccttgcgag agtaaaagaa atgtccggat gggatgaaaa gtatccaaga     1320

aaagttatgc cggatggcaa aatccgcagc gtcggagtag cacttgccat gcagggatcc     1380

tgcatttcca atgtagatgt cggatctgca acgatcaaac tgggcgagga tggtgtctac     1440

aatatgtcaa tcgcggcagc ggacatggga accgggtgtg atacgattct tgcacagatg     1500

gcagcagaat gtctggactg tgatctggat gatattgcag tatccggagc agataccgat     1560

acttcgccgt atgattcagg ctcttatgca tcaagtacga cttatgtgac cggtatggcg     1620

gtgacaagag ccggtgagga actgaaaaag cggatcgtca gacaggcagc gaagatgctg     1680

aaatgtgaag tggatgaggt tgatttcgat ggacacattg caagaagcga taagaccgga     1740

gaagaggtga cacttgcggc aatcggagca ggggcaatgt gcggaagtga tattgcgctt     1800

caggtaacag aaagccacag ttcgccggta tctccgccgc cttatatggc aggcgctgtt     1860

gaaatcgaat tggatccgga gacaggacat gtcgagatcc tggattacta tgcagtggtt     1920

gactgcggaa ctgttattaa cccgaatctt gcgagggtac aggcggaagg cggaatcgtg     1980

caaggaatcg gcatgactct ttatgagaat attcagtaca cggaaaaagg acagcttctg     2040

aacaattcat ttatgcagta caagattccg acccgaatgg atatgggaaa tctgcatgtg     2100

gaatttgaga gcagctatga gccgaccgga ccgtttggtg caaaatcgat tggcgaaatc     2160

gtcatcaata caccggctcc ggcattgacg catgcaatcg caaatgcaac aggtctgtgg     2220

ttccgtgaac ttccgattac aagtgaacag attgcaatgg gaattatgga aaatgaaaat     2280

taa                                                                   2283


<210>  1194
<211>  2910
<212>  DNA
<213>  Coprococcus comes SL114

<400>  1194
ttgtttgatt tattggatcg tctgaaaaga tggtttatcg acttggtaaa atctagagtg       60

tttgtgctga tgcttgtgtt tattgtgctt tctacaattt tgatacagcg tgtgtttgtt      120

ttacagatcg taaacggaca ggcatatctg gatgactata agcttcagat ccagaaaaca      180

aaagaggtac agggaaccag aggtcgtatc ctggaccgga acggagtggt tctggcagat      240

aacaagctcg catattccgt cacgattgaa gacaacggtg actatgatac ggtcaaagag      300

aaaaataaaa tcatcaatgc gacaattgag aaagtgatca gtattgttga atcgaatgga      360

gattctattg tcaatgattt caaaattatt ctcaatgata atggagaata tgcttattcc      420

atgacaagcg aggtgcagcg tctgcggttc cttgcggatg tgtttggaaa agcaaccatt      480

gataagctca gtaacaagca gaaggcatac agtgcggcag atctgatgca ttatctctgt      540

acagatgata cctacggtta tgggctggac gaacagaagc tgtccaaaga agaaatccta      600

aagctggtaa caatccggta ttccatggga ctgaatcgct atcagaagta tgtggctaca      660

acgattgcaa gtgatgtcag tgaaagtaca acagctgcta ttatggagaa cctggatact      720

cttcagggag ttaatattga agaggattca atccgttatt acccggacag caaatatttt      780

gcgtctattc ttggttatac gggcgtaatt tcacaagatg aatatgatgc gttggatgaa      840

aaggagtcgg actcgtattc tcttacggat gtggttggaa aagcagggct ggagcagaca      900

ctggataaaa cacttcaagg tgaaaaaggt gaaatcaaac tttatgttaa cagtgtggga      960

aaggtcattg agtccaagca ggggaaaaag gcaaaagcag gaaatgatgt ctatctttct     1020

attgatgcca atctgcaaaa ggcagcttat gatctcctgg aagaaaagct tgccggaatc     1080

atcctttcca atctgactac gtctctgacc tatgaccgta cacaggcaga agagggaagt     1140

gatgtgaaga taccgattgg tgatgtttac aatgcattta tttccaatga gattctgaat     1200

gtgggacatt ttgaggctgc ggatgccggg gagactgaga aaagtgtgta tgcgtcattt     1260

tcctccaaaa aggaggcagt gcttgcagat gtgatggcac agctgagtga ttcaggtgcg     1320

ccggcatata aagactgtga tgaggatatg caggcatatc tcagttatat tatcagtact     1380

gtacttaccc agaatgcagc aatcattcag aaagattcga ttgataccaa tgattctaca     1440

tatattgcgt gggaaaatga tgagagcatc agtctctata cttatctgaa ttatgcgatc     1500

tccaagaact ggatcgatac atcaaaactg actgattata tgaacagtga cagtgagtat     1560

tcggatcaga atgaagtata tcaggggatt ctggcgtata tcagtgcaaa tcttcctaag     1620

aattccggat ttgacaaact gatctacaag tatatgatac gcaatgaaga aatcacagga     1680

agccagattg gtatgatgct ttatgagcag ggaattctag attatgatgc agatgtttat     1740

aataagcttg cggatggtac aatgaccgcc tatgatttca tgtattccaa gattgaagat     1800

ctggaaatca caccgggaca gcttggactg gaaccatcta ccggatcggt cgtagtaact     1860

gacacgaaga ccggacagct tcttgcctgt gtatcctatc cgggatatga taataaccgg     1920

cttgcaaata ccatggattc aggctattat acaaagcttt taaatgatca gtcagcaccg     1980

ttatataata atgcgacgca ggagaagacg gcaccgggat ctacttacaa accactggtt     2040

gctgttgccg gactgacaga agatgtcatt gataccagta cgtatatcag ctgcggcgga     2100

ctctatgaga aaatttcacc gagtccacga tgctggattt atccggggtc gcatggaagt     2160

ctgaatgtga cgagtgcgat ccagcattcc tgcaatatgt tcttctatga agttggatac     2220

cgtctgggac ttacaaacca gatgctcagt aatgcaaaga gcagcgagtc gggatattct     2280

tctgaccagg gatgtgagac gcttctgaaa tatgcgacta tgtttggact gaaccagaca     2340

acaggaatcg aaattccgga atcgtcacct caggtatctg atcaggactc tgtacgttct     2400

gcaatcggtc agggtactaa taactatacg acaactcagc ttgcaagata tgttacagca     2460

attgcaaaca gaggaactgt ttataatctt tcccttctgg atcatgtgga aaataaggat     2520

ggtaaggtaa caaaaactta cgaaccggat gtgctgaacc agatagaggg tgtttccgga     2580

aatacatggg atgctgttca gtcgggaatg cgggcagttg ttaccagcaa cagtacatat     2640

tcttcgctgg gaaatattac aatgtcaggt aaaaccggta cggcacagca gagtactaca     2700

catccggatc acggtctgtt tgttggctat gcgccaagtg acgatccaga agtcgcattt     2760

gcgatccgta tcaaaaatgg ttatgaatct ttatatccgt cagagattgg aagagacctg     2820

atgcgctatt attatggaga gacaagccgt gatgagctga tcacagggca tgcatcggca     2880

gcaggttcat catcgacaca tggagactag                                      2910


<210>  1195
<211>  1986
<212>  DNA
<213>  Coprococcus comes SL115

<400>  1195
atggatcatt ttgaattagt atcagaatat aaaccaacag gagaccagcc aaaggcaatc       60

aaagaactag tcgaaggttt taaagaaggc aatcagtgtc aaacattgct tggcgtcacc      120

ggatctggta agacatttac catggcgaat gtcatccaac aattgaataa accaacgctg      180

atcatagcac acaataagac actggcagcg cagctgtatg gggaatttaa agagttcttt      240

ccgaataacg cagtggaata ttttgtctcc tactacgact cctaccagcc ggaagcttat      300

gttccgtcat ccgacactta cattgccaag gactctgcca tcaacgatga gatcgacaag      360

ctccgccact ctgcgacagc agcgctttct gagcggaatg atgtcatcat tgtggcaagt      420

gtgtcctgca tttacggact gggttcgccg attgattaca aggagatggt gatttcactt      480

agaccgggca tgatcaaaga cagggatgaa gttctgaaga agttggttga gatccagtat      540

gaccgcaatg atatggattt caagcgtgga acgttccggg tgcgaggaga tgtggttgag      600

attttcccgg cgtattcgga aaaaattgca tacagagttg aatttttcgg tgatgagata      660

gacagaataa cagagattga tacattgacc ggtgaagtgt tgaatgtgat cgggcatgtg      720

gcaattttcc cggcatctca ttatgtagtg tccaaggaga atatggagcg tgccatcggg      780

gagattgaag aagaactgga gcagcagatt cgttatttta aaggggaaga taagcttctg      840

gaagcacagc gtatttctga gagaacgaat tttgatatag aaatgatgcg agagacagga      900

ttttgttccg gaattgaaaa ctattcgagg catctgaccg ggcagaaagc aggagagccg      960

ccatgtacat tgattgacta ttttccggat gattttctga tcatgatcga cgagtcgcat     1020

aagacgattc cacagattgg agccatgtat cacggcgatc agtcgagaaa gacaacactg     1080

gtagattatg gattccgtct gccatcggca aaggataaca gaccgctcag ctttggggaa     1140

tttgaaagta agattgacca ggtactgttt gtatcggcga caccgggaga gtatgaggag     1200

tctcatgaac tgctgcgggc agagcaggta atccgaccga caggtcttct ggatccggaa     1260

gtagaagtgc gtccgatcga aggacagatt gatgatctga tcagtgaggt aaataaagaa     1320

acagcgaaga agaataaggt actgatcaca acgctgacaa agcgtatggc ggaagatctg     1380

accgattata tgcgggagct tggcattcgt gtgaaatatt tacattcgga tattgatact     1440

ctggaaagga cagagatcat ccgggatatg cgtttggatg tatttgatgt actggttgga     1500

attaacctgc ttcgagaagg tctggatatt ccggagatca cactggtagc gattctggat     1560

gcggacaaag aaggttttct gcgttcggaa acttcattga tccagaccat tggccgtgcg     1620

gcgagaaatg cagaagggca tgttatcatg tatgcggata acatgacgga ttcgatgcgg     1680

atggcgattg atgagacgat gcgccgtcgt gagattcaga tgaaatacaa tgaagaacat     1740

ggaatcacgc cacagacgat caagaagtcg gtgcgtgatc tgatcagtat ttcaaagaag     1800

gttgcagcag aagagatgaa gctggaaaaa gatccggaat ccatgagtgc ggcagagctg     1860

gagaagctga tcaagaagct ggaaaagcag atgaagaaag cggcagcaga gctgaatttc     1920

gaggcggcag cagagctgcg tgataagctg atcgagctga aaaagcattt gaatgagatg     1980

gagtaa                                                                1986


<210>  1196
<211>  1824
<212>  DNA
<213>  Coprococcus comes SL116

<400>  1196
atgaatttac tgacaatgga acatgtatcc aaagcctata cggatcgtgt gcttctggat       60

gatgtgggat ttggaatcaa taaaaatgaa aaaattggtg tgatcggagt caacggaatg      120

ggtaaatcca ctttgctgaa aatcgttgcc ggaatcgaag aaagtgatgc cggaacgatc      180

agcatgggga atcaggtgaa gatctgctat cttccgcaga cgccggtatt tgaagcagga      240

acaacaattc ttcgcgcggc aacagaagga tattatgatg agctgaacag ctggacgatc      300

gaggcagaag caaagtctat gctgaatcag cttggattta ccgattatga tgaaaagatt      360

gagcatatgt ccggcggaca gaagaaaagg gtggcacttg tccgggcact tttaacaccg      420

gcagacattc tggtccttga cgaaccgacg aaccatttgg acaatgagat gtccgaatgg      480

ctggaagaat atctgatcca attccgggga gcgatcctga tggttacgca tgaccgttat      540

ttcctggacc gtgtggtaaa tcgtatcgtg gaagttgatc atgggaaatt atataactat      600

ccaggcaatt attccgagtt tgtgcgtctg aaagccgagc gtcagaacat ggagcttgcc      660

acagaacgta agagaaaaag ccttttgcgt acggagctgg aatggctaca ccgcggcgca      720

agggcgagaa gtaccaaaca gaaagcgcat attgaccgga ttcatgctat gcaggaaatg      780

aaagatattc aggaagaaaa gcgagtaatg ctggattctg tggcttcccg tatggggaat      840

aaaacaatcg aactttccgg aatctgcaaa tcttatggag aaaagaagct gatcgaagat      900

ttctcttata tttttctgaa gaaagaccga atcggaatta ttggacataa tggatgtgga      960

aaatcgacgc tgctcaagat tatcaacggg atcataaaac cggatgtcgg aactattgaa     1020

attggacaga caatcaagat tggctatttc tcgcaggaga atgaatatat ggatgaatcc     1080

gagcgtgtca ttgattatgt aaaagaagca ggtgagtaca ttgcaacttc tgacgggaag     1140

attaccgcgt cccagatgct ggaacgattt ctttttgacg gggcaatgca gtggtcgagg     1200

atcgaaaagt tatccggagg cgagaaacgg agactttatc tactacgtgt tttgatggaa     1260

gcaccaaatg tactgatcct ggatgagcca accaatgatc tggatatcca gacgctgaca     1320

atcctggagg attatctgga tcattttgat ggtattattc tgattgtatc ccatgaccgg     1380

tacttcctag atcgtactgt cagtcgtatt tttgcattta atggaggtgg aaaaatccgc     1440

cagtcggaag gtggatactc cgattatctg atccgtgtgg agcttgaaaa accgaaagac     1500

ggacagacaa ttgcagaaaa tatgtcagat gcagcttctg cacagaccgg tgagtctgac     1560

agcaaaaaga tctggaagca gcgggaaaaa aagctgaaat tttcttataa ggaacagcgg     1620

gaatacgaga cgatcgatga ggatatcgca aagctggaag agacgatcga aaagctggat     1680

cgggagatgg ttaagaatgc caccaattcc gtgaagttgt ccgaacttat gaaagagaaa     1740

gaagaaacag aaacaacact ggaagaaaag atggacagat gggtgtactt gaatgatctt     1800

gctgagcaga tagaaaatca gtaa                                            1824


<210>  1197
<211>  2190
<212>  DNA
<213>  Coprococcus comes SL117

<400>  1197
atgaaagaca aaatttttgg cgtattgcag cgagtaggaa gatccttcat gcttccaatc       60

gcaattcttc cggtagcggg gctgctgctg ggattcggta gctcgtttac caatgctacc      120

acaatccaga cttatggtct ggagaaaatt ttaggagacg gaaccatcct gaattcgtta      180

ctcattatca tgaacaaagt aggaagtgct gtatttgaca acctgccact gattttcgcg      240

gttggagttg caatcggtat ggcaaagaaa gaaaaagaag tcgcggcact ttctgcattg      300

atcgcattct ttgttatgaa tgttgcaatc aatgcgatgc ttgtgatcac aggagagatt      360

accgcagatg gaacgatcgc ctcgaatgta ctggaaggaa ccattacttc tgtttgcgga      420

atccagtctt tacagatggg tgtgtttggt ggtattattg taggacttgg tgttgctgct      480

ctgcataacc gttttcacaa aatcgttctt ccaaatgcgt tatcattctt cggagggtcc      540

agatttgttc cgatcatttc tacactggtg tacatgtttg ttgggattgg aatgtatttt      600

gcctggccgg ttgtacagaa tggaatttat gcacttggcg gactggtaac cggaagcgga      660

tatctgggaa ccctgatttt tggtattatt aagagagctt tgattccgtt cggacttcat      720

cacgtatttt acatgccatt ctggcagaca gcagtcggtg gaacaatgga agttgcggga      780

cagatggtac agggaggaca gaacatcttc tttgcacagc ttgctgattc tgcaaatatc      840

gcacatttca gcgcagatgc gaccagatat ttctcaggtg aatttatctt tatgatcttc      900

ggacttccgg gagcggcact tgcgatgtac cgctgtgcaa aaccggaaaa gaaaaaacag      960

gcaggaggac ttctcctttc tgcaacactt gcctgcatga tgacgggtat tacagagcca     1020

ctggaattct catttctttt tgttgcaccg gcactttttg ctgtacaggt agtgcttgca     1080

ggttctgctt acatgatcgc gcatatcctg aatatagcag taggacttac cttctctggt     1140

ggttttctgg atctgttcct tttcggtatc ctgcagggaa atgcaaagac aagctggctt     1200

cggatcattc cggttggaat tatttatttc ttcctgtatt actttatctt cagtttcctg     1260

atcaaaaagt ttaacttcaa gacaccggga cgtgaagatg atgatacaga gacaaaatta     1320

tatacaaagg cagatgtaaa tgccagaaaa gaagcaggaa aagaaacagc agggaataca     1380

gggaccgcag atccggtaag tgaggcaatc acacagggac ttggcggaaa gaaaaatatc     1440

agtgatgtgg attgttgtgc aacaagactt cgtatcacag ttcatgacgc agcccgcgta     1500

aatgatgaga tcatcaagac aacaggttcc agaggaatcg tgaaaaaggg acagggtgtc     1560

cagatcattt atggtccaca ggtaactgtg attaagtcta aactggaaga ttatctggaa     1620

acagctccgg atgaatatta tgagagcgct gctgtgtcag aagagaattc agctgaagaa     1680

aatacagata ctgtaaatga aaataatgaa acccagggaa aagtggtaaa tacaattgtt     1740

gtatccagcc cgatcaccgg tatggcaggc gatattacaa cctgtccgga tgaaggattt     1800

gcaggaaaaa tgatgggtga cggagctgtt gttacaccgg aagatgctgt gatctgcgca     1860

ccggaagatg gagaagtgct tttcgtattt gaaacaaagc atgcacttgg gttccagaca     1920

gaaagcggac ttggcatgct gcttcacatc ggtattgata ccgtatctct gaacggtgaa     1980

ggatttgaag tatttgtaga aaatggtcag aaagtgaaga agggggatcc gcttatgaag     2040

atcgatattc cattcctgac ttcgcatgca ccgtctcttt gttcaccggt actttgtaca     2100

gaactggaag agaatcagag agtacgtctc cttgcgacgg gagaagttaa agccggcgat     2160

ccactatttg ccgtagatac agtagaatag                                      2190


<210>  1198
<211>  828
<212>  DNA
<213>  Coprococcus comes SL118

<400>  1198
atgatcttta caaaaatgca tggtcttgga aatgattatg tgtgtataaa ctgcttcaga       60

gaaagggtgg aagatccacc tggatttgca agaacacttt gtgacaggca ttacgggatc      120

ggagcggatg gtctgattct gatatgtccg tcaaaggtgt ctgattttaa aatggagata      180

tacaattcgg atggctctgt tgccgggatg tgcggcaatg gcatccgatg cctgggaaaa      240

tatgtatatg attacagact taccggaaag gaaacgctca gtatcgagac gaaatccgga      300

attcgtaaca tgcaccttca gattcaggat gggaaagcct gcggtgctat ggtagatatg      360

ggtgttccaa gactgaacgc acacagcatt ccaatcctga gcgaaaagga tctggtgatt      420

aatgatccga ttgaggtaca ggagaagaac taccgcatga ccgggatttc gatgggaaat      480

ccgcatgcgg taatcttttc agaagagata aatgggattt ctctggaaga gacaggaagg      540

gagttagaat ttcatccgag atttccggag agggcaaata tcgagttttg tcatgtgact      600

gcgagggacc ggatggagat ccgtgtgtgg gagaggggtg ttggtgaaac gcttgcctgc      660

ggaaccggag catgtgcagc agttgtggct tccgtgctga atgacttgac agatgaggaa      720

gtaatcgtta gattattagg tggagagtta tctgtcagat gggaccgtaa ggtgaatcat      780

gtatttttgg agggacctgc ggttaaagta tctgatggtg tactataa                   828


<210>  1199
<211>  1752
<212>  DNA
<213>  Coprococcus comes SL119

<400>  1199
atgattcgga ctttattaaa agaagtaaaa gaatataaag cggcatcgat cgtaacaccg       60

ttttttatga ttctggaagt attgtttgag acattgattc catttctgat ggcatctatt      120

atcgataagg gtgtcaatac cggagatatt caccatattt acaaagttgg tggaattatg      180

attgtggctg cattttgtgg cctgcttgcc ggaatggcag gaggacgata cggagcaaag      240

gcttcgaccg ggtttgcgaa gaatttgaga aataagatgt tcgatcagat ccagacctat      300

tcgtttgcaa atattgatca tttcagtaca gcaggtctgg ttacacgtct gacaacagat      360

gtgaccaatg tgcagaatgc gtaccagatg atgctgcgta tgatgatgag agcaccggca      420

agtatgatct gtgcaatggt gatggcattt acgatcaatg ccagactggc aagtatttac      480

cttgtggcag ttgtgatcct gggagtgatc ctcttcttta tcattcgtca tgcaacggct      540

tatttccagc aggcatttcc aaaatatgat gctttaaatg catccgttca ggaaaatgta      600

tctgcgatcc gtgtagtaaa agcatatgta agagaagaac aggaaacaag taaatttcag      660

tatgcaagta agaatattta cgatattttt gtaagagcag agaaaaatgt tatatggaac      720

tcaccgatca tgatgttcac tgtttatacc tgcatcatcc tgatcagctg gtttggtgca      780

aagatgatcg tagtgaaatc gttgacaaca ggagagttga tgagtcttct tgcatactgt      840

atgaacattc tgatgagtct gatgatgctg tctatggtat ttgtcatgat ttccatgagt      900

atggcaagta tgcggcgtat agcagaagta ctggatgaaa ccagcgatat ccataatccg      960

gaacatccgc tttatgaagt ggcagatgga agtatttcat ttaagaatgt agattttgct     1020

tacaaaaaag acagtgcaga gaaagtcctg aagaatatca atctggacat ccattccggt     1080

gagacgattg gcatcattgg aggaaccgga agtgcgaaga cgagtctggt gaatctgatc     1140

agtcgtctgt atgacgtgac aggcggagaa atcctggttg gcggaaagaa tgtcaaagat     1200

tatgatctgg aagtactgag aaaccaggta tctgttgtat tgcagaaaaa tgtactgttt     1260

accggaagta ttctggataa cctgcgctgg ggaaacaaag aggcgaccga cgaagaatgt     1320

atggaagcat gtcggcttgc atgtgcagat gaattcattg agcgtttccc ggataaatat     1380

aatacccaca ttgagcaggg aggaaacaac gtatccggtg gtcagaagca gagactgtgt     1440

attgcaagag cactgcttaa gaaaccgaag atcctgatcc tggatgacag taccagtgcg     1500

gtagatactg ctacagatgc aaagatccgc cgtgcattcc gtgaagaaat cccggataca     1560

acaaagctga tcattgcaca gcgtgtatcc agtgtgcagg atgcagaccg tatcatcgtt     1620

atggatgaag ggcaggttca tggatttggt acacacgaag aattgctgaa gaccgatgaa     1680

atttaccgcg aagtatacga atcgcagact cagggcggag gagattttga tgaaaaagga     1740

ggtgaagcat aa                                                         1752


<210>  1200
<211>  1401
<212>  DNA
<213>  Coprococcus comes SL120

<400>  1200
atggacgtca taaaagaaaa atgggaagag atcattcaaa agctgaaagt agaatatttt       60

ctatcgaaca tttcttttga aacgtggata cgcccgctgg aggtatatga gatcagaggc      120

aacactctgt atcttaccgt taattttaag gcgagcatcg aacacattca gaataaatat      180

cttcttccgc ttaaagtatg catcgcggaa gttaccggga cagagtatca gattaagttt      240

attcccagag atctgccgcg cgagcagcag cgcagatatc tggagaagac tgtgcccgta      300

aaagagaaga cacataagca taaagaggta agcccgatag ctgaaaaagc gaatctgaat      360

ccgaagtata cgtttgatac ctttgtggta ggagggaata ataattttgc acatgccgca      420

tcactggcag ttgccgaatc tcccggtgag gtttacaatc ctctgttttt atatggtggg      480

gtaggacttg gcaagaccca tctgatgcat tcgatcgcac actacatact ggaccgggaa      540

ccatcgaaga aagtcctgta tgtgacaagt gagacattta ccaatgatct gatcacggcg      600

atccgcaacg gaaagaccgg caacgatctg gcgatgaatg cattccgcga taagtaccgc      660

aataatgacg tacttctgat cgatgacgta cagttcatta tcggcaaaga aagtacacag      720

gaagaatttt tccatacgtt caatcatctg cacaatgccg gaaagcagat cgtcatttcc      780

agcgacaaac cgccaaagga tatgacgaca ctggaggcgc gtctgcggac aagattcgaa      840

tggggactga tcgcagatat ttcggtgccg gattacgaga cacgtatggc gattctttat      900

aaaaaaatag aactggacca actggaaaga tatcagattc cggatgaggt gatccagtat      960

attgcgatga acatcaagac caatatccgg gaactggaag gctcacttaa caagctgatt     1020

gcattatacc ggatcggtgg aagaaagaac tttgatgttt ctctggcggc agaggcactg     1080

aaggatatga tcgcaccgga cgatagccac aaggtgacgc cggagctggt tctggatgtt     1140

gtctccgatc attttaatgt ttccgtctct gaacttaagg gaagtcggag aaatgcaaga     1200

acggccggag ccagacaaat cgtgatgtac ctgtgcaggc agatgacgga tgcgtctctt     1260

caaagtatcg gtgatctgct cggagggcgt gaccattcca ctgtgaacca cggtgtggac     1320

aagattgccc gggatgtgga aaaagatgag actttgagaa atacgatcga gatcattcag     1380

aagaaaatca gcccgctgta g                                               1401


<210>  1201
<211>  4800
<212>  DNA
<213>  Ruminococcaceae

<400>  1201
atgcatgaga agctgatccg agagatcaac ggggagatcg ccgacgcgct gctggcgcgg       60

aagctgccct ttgcccccag ccggaaggcg gcgctggccc tgctgaaggt gccgggatgg      120

acggaggggc tggagcagat gctgcccatc cgggggcggc tggagtgcgc ccatgtgctg      180

gagctgtgct cctgtgtact gccccggctc gccccccggc cggaggaggg gtggctggcc      240

ttctgcaccc agtacgcccg ggagcggatg taccccggtc aaggcttcgc ccctgatcgg      300

gaggagtatg aggcgggggc cctgtttttc ctcaccgtcc tccaggtgat gctggaccgg      360

gagcggaggg cggtgccctt cgaccccctg aaggacttcc agttcctctc ctcagaggaa      420

atgggggaat atgagtgcgg ggaggagtac cgccgcttcc tggccgcctt ccgggaggag      480

tacgtctatg agatgatgcg gctgagcgag gagaccaccc ccttccgcac cctggggcac      540

atcgcggggg tgcattacat cgccatgacc gtggcccggg gcatccggga ggcgggggag      600

aacgtagacc tggcgctggt gtccgctgcc gccgccgccc acgacctggg caagttcggc      660

tgccggcccg gggagcgtgt cccgctcctc cactactact acaccgacca gtggctgctg      720

gggcggggga tgcccgccgt cagccacatc gctgccaacc actccacctg ggacctggag      780

ctggacaccc tctccatgga gtccctgtgt ctgatctacg ccgacttccg cagcaagcag      840

ggacgggatg agcaggggcg ggagaccacc atcctctatc ccctggagga gtccttccac      900

atcatcctga ggaagctgga gaatgtggac caggcaaagc gccgccggta tgagttcgtc      960

tacggcaagc tccacgattt cgaggactac atgcgctctc tgggggtgga cgtagacctg     1020

accgggcagc cgggggcgcg gaagcccccc aaggacccgg ccctgatgcc cccgaacgag     1080

acggtggaca gcctgatcct gctgtcggta gagcacaacc tgaagctgat gcaccagctg     1140

agcagcgagc ggaagttcgg caacatcatc gaggccgccc gctcggccaa gagctggcag     1200

cagctgcggg cctatctgga tgtgttcgac gagtactgca cctatctgtc cgtgcggcag     1260

aagacccagg ccctggcctt cctctatgag ctgctgatcc accgggaggg ggatatccgg     1320

cgccaggcag ccagcctcat cggaaagatc atcgccaaat tccacctggt ctaccgcaag     1380

gaggtgcctg ccgacgcccg cactgacccg gcggaggagg tgcccttcac cctgtgggag     1440

gagtatctgg acaagctcat ctaccccgac cacaagacca ccccccagca gcggggccag     1500

atcggctata ccctgaagct ggtggtggac gccctgctgg agtacggccg gagcgagacc     1560

atgccccgct tcatcggggc gctgctgcgc tactatgacc ggccggagga gaaggacgag     1620

gataccgcct tcaccctgct ggacgccatc cgctatctgc ccgcccagca atatgaccag     1680

gagacccggg gccgcctcat ccgctttgcg gcctggttcg ccgcctccgg caacctgcgc     1740

ctccaggcgg cggccctcca gttcctgcgg gaggcccagc gctccctgcc ccaggatcac     1800

ccccagatgg ctcagatcgc ggcggccgcc cggtctgccg ccggcgggag cctgccgctg     1860

ctcttcctgc ggtataaggt cctccagcgg gcgggggagg acgtgtccga ctatcaggcg     1920

gccctgtatg agcaggacgt gaccagtgag atcttcctgg acaacctgaa gagcgccaca     1980

cactggatca tcaaggtggt gggcatcgag ctgctccagg accaggtgga gcacggcctg     2040

cgggagcaca tgctccacat cgccacccac ttctccaacc tggtgaaggt gtccgagcgg     2100

gtgggcgtcc gccacgccgc cggcgaggcc ctggtccgcc tgatccccct gctgcgccgg     2160

gagcagcgca acgaggtgat ggtggagctg ggcaagggcc tggagatggg ccagtaccag     2220

atctccaagt atatcccgga gtatctgggc cgggctgccc tgttcctcca ccccagcgag     2280

ctggacgagc aggtgctgtg gctgaagaac ctgctgggct cccccaccaa catcgccgtg     2340

tccggggcgc tgaataccgt gggggtgctg ctccagcact accccgccta ccgggggcgc     2400

ttccctgagc cggagcgggc ctatgaggcc cgccgccagg agctgctggg cctgctgctc     2460

caggggctgg cccactaccg ggaggaggtg cggcaggagg cccttctggt caccgggacc     2520

atgctcttcg acagcccggt gctctccatg gaggagaagt cccgcctgtt ctccctgtgc     2580

taccgcaagc tcctcttcct catccaggcg ggcccccgtc aggacccgct gaccttcttc     2640

taccgggctt ccgccctggc ccacatcaac cgcttcatcg ccctgcggcg gttggacaag     2700

gggcccttcg ccttctccca gccccggaag atcgcctttt tccccggcac ctttgacccc     2760

ttcaccctgt cccacaaggg catcgcccac gccattcggg agatgggctt cgaggtgtat     2820

ctggcggtgg acgagttctc ctggtccaaa aagccccagc cccacatgat ccgccggcag     2880

atcgtcaacc tgtccatcgc cggggacttc cacatccacc tgtttcccaa cgatatcccg     2940

gtgaacctgt ccaaccccag ggacctgcgc cgcctgcggg agctcttccc cggccaggag     3000

gtctatctgg tggtgggcag cgatgtggtg ggccacgcca gcgcctatca ggccgcccct     3060

gtggactggt cggtccactc catggaccac atcatcttcc gcagggcggg ccagcccccc     3120

ctgccggagg gaaaggagct gggcatcacc ggaaaagtga tccagctcca gctgcccccc     3180

cacctggagg acatcagctc tacccgtatc cgggagaacg tggacatgaa ccgggacatc     3240

tccaccttca tcgacccggt gatccaggac ttcatctatc agaacggcct gtacctccgc     3300

gacacccagg acaagcccct gctcaacgcc cgggacctgt ccttccagtg ggtggagcgg     3360

ccggaccccc tgctggtggc cgatgtcact gctgggcacc gggagcggga gagcctgcgg     3420

accgctatcc tccgggacgg ggaccagctg ctggtgctgc gccaccgtcg ggagggcggg     3480

gagcccatgc tgggttggct cagcttccgc tatctgtcta cagccgacct ctactccgcg     3540

tttcaaaacg ccgatctggc ggaccaggtg cgcctgcggg cgggaggtaa aactttgttc     3600

atcaccggcc tggccgccga agaggagcag gagaaggact atgcccagct gctggtcagt     3660

gaggtgctct cccacgccct ggaggcggag tgcgtctacg ctgtcttcca cccccacgag     3720

gggctgtgcc ccccggagac agaggagctc ttccggcggc agggcttcat ccgccgggat     3780

ggggggccgc tggaggccga tctgcgggcc ccggtggtgc tgctccagaa tttggagacc     3840

accattcagg agcccctgag ccgcaacccc agggtgctcg ccgccatccg gcggggacac     3900

cagcggctcg agaccgccct caccggcctg tatccaggca acctggtcct caccctgtct     3960

gccgacgtga tccaccaccg gctgctgcgg atgatcaccc agttcaacca ggtgccccag     4020

gagcccacca ccccccggaa gctggggaaa tatatgtgcg tccccttcgg taagctgctc     4080

cggggcaaga ctgtgcccaa cacggtcacc aagaccatcc acaccgaccg ggtgtactcc     4140

cctgacctca gcgagagcac catcgaggca tttcccaact acgcctccat cccctgccag     4200

gtgcgcacca tcaaatcctt tgaccggccc gtcatcctgg tggacgacct gatgcacccc     4260

ggggtgcgca tcaaggccct ggaccccgtc ctgcgccagg agggggtgga catccagctt     4320

gtcctggtgg gcatcctctc cggctacggc cgggacctga tgagtcagca gaagcggccg     4380

gtagacagcg tgtacttcct gccctctctg cggcagtggt tcgtggaggc caccctgtac     4440

cccttcatcg ggggcaacac agtgcgccgc tcccggcccc cagtccccgg cctgctgccg     4500

ggaatcaacc acatcctgcc ctatgccgtc cctcccttcg ccaaagagtg cggggaggag     4560

gccgtcttcc aactctcccg ctgctgcctg gagtccgccc gggatgtgat cggcaccctg     4620

gagcgggagt accgggcact ctacggccgg aatctgactc tgggccggct ggctgaggcg     4680

gtcatcctgc ccctgtgtcc cgacaagggc acctgcctgg gttatgaccc caacttggcc     4740

gcgtcggtct atctggagaa cgacctggag cagctgctga ggacccaccc ccggggctga     4800


<210>  1202
<211>  4938
<212>  DNA
<213>  Ruminococcaceae

<400>  1202
atgaagagat ggaaagagtt tcgttttgaa tatctgagga cggcggctgt cttcctgctg       60

ctgtgtgcca tggcctgcac cttgatatgg gcgctcccgg cacaggtcca tgcggactat      120

acagagccat atatgaaaag aatggaagag ctgggactgc ttcaggggga tgcagatggg      180

gatctgaggc cgggagaccc catcacccgg gcggaatttg tcactatcat caaccgggca      240

tttggctatc gatctgcggg gggacatccc ttccgggatg ttccgggcac cgcatggtat      300

gcggaagatg tagacatcgg ctatacggag ggatatatta cggggacctc ccctactgcc      360

ttttccccga acctgagcat cacccgggag gaggcggctt tcattctggc gaagaacctg      420

atgatggaac cggcagtggg ggagaacacc agttttgcgg acggaagaag catcagtaca      480

tggagccgag gaatggtctc cgcggcagcg gagaataacc tgatcagcgg ttatccggac      540

ggcaccttcc ggccgcagaa aagcatcacc cggggggagg ctgcggtgat cctcctgaac      600

gccgttggca ccccggtcag caggcctggt actactacac tgggagatgt ttggggcaac      660

gtgacgatca catcctccgg tgttactctg aaagataccg ttgtggcggg aaatctgtac      720

gtcactgcgg gggtggaact gggtgacgtg gtgctggaga acgtgaaggt gctgggggag      780

atcgtggtca gcggcggcgg cgtcagtgaa gcgggcgagg acagcgtgat cctccgcaat      840

gtggacgccc ccaagctggt ggtggacaac atcaaaaacc agcaggtctc cctccgggtg      900

gagggagatg gcctaatcca gcaggccagc gtccggacag acgccttttt ggcggacaat      960

accccagccg gacacggcat cggggagatc gagctcaacg gagaaaacgg cctggagctg     1020

aagctggcag gcaacatcaa gaatgtggtc aaccgcacac cggagtctgc actgagcatc     1080

tctagcggac gtgtggacac cattacagtg gatgagaagg cagtggacag cacactggag     1140

atctcttccg gcgcggaggc agatcatgtc aatctggatg ttgggaccac agtcaccggg     1200

gacggagaca tcggagatct ggtggtgaac gcaccgggga gcaatgtgtc catgctgccc     1260

gatcagatcg tgatccggcc gggggatacg gccaacatcg acggagaaaa catggacagt     1320

gaggcagcgg cagagtcctc tgcagatccg cgtctgctct cagggtatcc caaaatcact     1380

gacctggccc catcctctgc cacagcgcag ttcagcggca ataagcgtgg gaccgtgtac     1440

tgggctgtca cctcggtgac agatggttcg gtggggacgg atgagctgat cgatccgccc     1500

tcctatacca cgaagatcgt ggcaaatggc tctgccgctc tgagcggagc gggagagagg     1560

tctacggcaa aaatcagcaa gctcgtctcc gacggctcct actatctttc cgcggtgctg     1620

gtggatgcca gaggggatca gagtccgttg aaggtgctct ccttcacgac tccggacaat     1680

acggtgccag gctttgccga tgggtacccc tatatgtcca aggtcacaaa tgtgtctgcg     1740

caggtgactg tgatggcgac caagagctgc cggctttact gggcgctgct gcccaaaggc     1800

gcgcaggctc ccacggcgca ggacttcaag gccaacgccg taacaggaaa tcttggctat     1860

ggaagcagag atgtgaccaa aaacaccgcc tattcctttg atgtgaacaa cgtggcactg     1920

gaggaactgg agagctatga tctgtatctg tggctcactg atgtggaagg gggacagagc     1980

tcccgggtgg agaagctgtc cttcacgact gtggaccgca ccccgcccaa gttcaacacc     2040

aacgccacag taaacaaggt ggagcggacc tcggtgggcc tctatgccaa tctgaatgag     2100

gcgggaaccc tgtattgggt ggtggtggaa caggggacag agtaccccaa gcctctggcg     2160

gggcagtccg gcccggtgga cctgtccagt gatacggcca agatgcaggt ttctgcgggg     2220

atgaacgccc tgaaaagcgg caaggtgaac atgagccagg acaaagatgt gagcttcaat     2280

gtcagcgggc tcgacccaga gaaggcctat gacctgtact atgtagcgca ggacaaagca     2340

ggcaactact ccgccagagt tcaggtgatc accatccata ccctggaccc cagcgccccc     2400

accgtggtcc aggagtttac ccgctacaac ggggacgaat cggggacgcc ttatccggac     2460

acagatatcc ggctggtgtt cagtgaggag gtccaggacg cggcagccaa tgtgacactg     2520

aaggagtatt acgaccgggt gactgccgcc aagggggaga cggagaagga acaggccaga     2580

acggccctgg gaaatgtgct gagaaacagc atcaagctct atgtggacac agggagcggg     2640

cgcccggagc tggtggccga tggtgtggat gccgcagaca agacccaggg aggctgggtg     2700

atcgactacc gttatgccga ggttaccatg gaagagggaa aaacggtggt gatcttccgg     2760

actgcggaca gcgagaagga gagtgctctg aatctccaga gcggtgcaga gtaccacttt     2820

gagatcgagg ccaacaccat ttccgacacc tcagacgcca aaaatatcat gggaaagacc     2880

aagctggata ccttcaagac cattttcgca gtggtcaacc tgagcaaccc caatgagtcc     2940

acgctggagg gaacgatcac agactaccat gacccggggc aggagatcca gctgatgggg     3000

gatgacaagc tggtagatat cagctggctg ctggcccccg ccactactga gagcgtgccg     3060

gacaacgtgg actgggatat gatcatctgg tcagacacca gcattgcctt tgatctgtac     3120

cgccggacca atcttgctga aacgccgggg aaatgggagc ggatcggcga ggagatcgag     3180

ctgacagtgc cggacggaga cgaccggagg ggcgtcagcc tgactcggat cctccagaag     3240

ggaaacaacc cccagttcca gcagttgaat cagctgctgg aggagaacca gtatgagtat     3300

gccgtccact ttacccgggt gggcaccctg ggggaccggg atacctggag ccagcgggta     3360

acgatggggg tcactgtggt ggcgggcagc accagcgatc tgggaagcct ggccaacgga     3420

cggctggaca gctccgcact ggaggaagcg ctggctgaag gggtgaccaa cattggacag     3480

ccggacgact ttacgctgcg caagcagttc agcgaccaga ccccgcccat ctttgtggat     3540

aaccggccga actttgagac gggagattcc agcgtcaaaa tgtacctgat gctggaccgg     3600

ccggggacca tctattatat ggtggctcca tacgggacgg taactacaga gggcgagaag     3660

cgggacggct caaagaaata tcatttcagt accgataaaa cagactacga agcgcttcca     3720

aaaaatgggg agaacgatcc gggcagcggc ggaatggaat acccatttaa catcaccgca     3780

cccacgccct tgtctatcat caacgcgggg aatcaggcca acgcacgcat caagcacggc     3840

tccattcagg gcggcgccac agaggtggag aagatcgtcc agaatctgga agtcaaaacg     3900

gactacatcg cctattttgt gatccagggc agctcctccc aggtctattc ggaggtctat     3960

gcctaccggt tcagcacaga cgatgtgact ccggcctaca tcacgatgcg ggcggtcaac     4020

ccggaggtgg agttcaccac ctcccaggat gccaccctgt actattccct gtttgcctcc     4080

aacaagctgc cccccctgtt tgggcaaaac ctggcgggaa atcatctgga cccagagtac     4140

cgagataagg ttggaacaga gataactgac ctgacgctgc tggaggccat tcaaaagacc     4200

atcaacggtg tgacaggcga atcctatttt gaccgctatg ccagtgagga gaccaaggag     4260

caggtgcgtc aggccatcac cagccagacc agcagcgagg cgctggacaa gggcagtatc     4320

cccaatatgg cgcagaaaga gccccaggcc catgacttta ccaatgccat ggacccggag     4380

agcgccactg cctatgtctg tttggctaca gcccagaatg cgctgggcgg gaagtggacc     4440

ttcaaggcgg tggacggggt gcgcatccca gacgaagacg cccctgtgct gctcaaggtg     4500

acgaccacgg tgaccaaggt aaacgatgct gcagatcctg tacgggtctc cggaactgtg     4560

acgctccagt tcagcgagac catctaccac atcaacgatt ccggcaatcc ggacaccctc     4620

cgggccatca tccagcgcga tgtggacaaa cagaaggaag tggggttcct gaatctggtc     4680

aaccagagtc agagcaattt gaagtacagc aaggaatcgg gcaataccac caacaccatt     4740

acgctggatt tctgggatgc accggtgggg gccacgttca gcttctgcaa cacgggccat     4800

ctggcggacg catccgccaa cagccgccag aacgacagct atacgctgga gctgcagccg     4860

acagagggga tcgggctgat cacaggaggg accacctatc gctttgtggt gacacagggc     4920

aattatccgg gaaactaa                                                   4938


<210>  1203
<211>  4719
<212>  DNA
<213>  Ruminococcaceae

<400>  1203
cccagtggaa agcgggcggg actggccccg ggggaccggg ccttcctgct tcaccaggcc       60

accctgatct ggcgctactt tgccagcttc ctccgggagg aggaccactg gctcccgccg      120

gacaactggc aggagaagcc ggcggcgggg ctggcccgcc ggacctcccc caccaatatc      180

gggctggccc tgctctccgt gatggcggcg gtggatctgg acctgctgcc ccaggaccag      240

ggggcggggc tgatccgcca tgtcctgaac accgtggagg ggctggagaa gtggcggggc      300

cacctctaca actggtatga cactgtctct gccaggccca tggccccccg gtatatctcc      360

accgtggaca gcgggaacct gtgcggcagt ctgatcgccc tggcggcggg actggaggag      420

tggggagagg gggagctggc cgcccgggcc cgggcgctgt ccggcgccat ggaattccgc      480

cccctgtacg accccgacgg caggctgttt ttcatcggct gggaggcgga gcgggaccgt      540

cccacccccg gccactatga cctgatggcc agcgaggccc ggcagaccag ctacgtgacc      600

gtggcccggg gagaggtccc gccccggcac tggcgccggc tgagccggat gctgctgggg      660

gacaacgatt acagcggcat ggcctcctgg accgggacca tgtttgaata tttcatgccc      720

aatctgctgc tgccctgtga ggagaactcc ttgatgtacg agtcgctggc cttctgcgtc      780

tatgcccaga agcgccgggg ggccaggacc cacaccccct gggggatctc ggaatcggga      840

tttttcgcct ttggcccggg gatgacttat cagtacaagg cccacggcgt tcaggccctg      900

ggtctgaagc gggggctgga ccaggagctg gtggtggcgc cctatgcctc cttcctcgcc      960

ctccccatgg cccccaaaag cgcggtgcgc aacctgcgcc ggctgtgcgc cctggggctg     1020

gaggggcggt tcggcctcta tgaggcggcc gacttcaccc cctcccgcct gtcagggggc     1080

agcagctttg agatcgtccg atcctatatg gcccaccacc tgggcatgag cctggtggcc     1140

atcgacaacg ccctgacgga ggacgtgatg cagcggcgct tcctgtccga ccggaccatg     1200

gccgcctacc gggagctgct ccaggagcgg gtcccggtgg gagcgcctgt catgcgccgc     1260

cgggacgggg cggcgccgga gcgcccccgc cgccgccagg ggcccgatct gctgcggacc     1320

ggagaggggg cgggccgtct ctcaccacga tgccacttgg tgtccgaggg gggatactgc     1380

gtctttgccg ccgataacgg acagacccgc tccagcctgg ggcgggatgt catcaccctg     1440

gcggagccgg gggagtacca ggcccctgcc ggggtgtcct ggttcttctc cggggcggag     1500

ggggtgatcg gcctgaccgc cgcccccctg taccgcggag actgccggta cagctgggag     1560

ttctatgacg gcggggccgt ctggacctgt cagcggggcg gcctgaccgc ccgcaccggc     1620

ctcgccctgg cccggctggg cagcggggag ctgcgccggg cggagctgca ctgggacgga     1680

gagggcgtgc tggagggaga gcttctgtgt tatctggaac ccgtgctgtg cggggagcgg     1740

gatcacctgg cccaccccgc cttctccaag ctgtttgtgg agagccgcgc catccccggc     1800

ggcgtctcct tccgccgccg ccccagggga gcggaggagc acccggtgct ggcggccctg     1860

tgggacgggg aggggagcac attcaccacc tcacggcagg cggccctggg gcggggcggc     1920

ctgcgggcac tggctggcgg ggggcccggg cccctgaagg gggagacggg agcggtgctg     1980

gacccgtgcc tgatggtgcg cctgccggtg cgcctgcggc cgggggagag ctgcgccctg     2040

cgcctggcat tgggggtctc ggaccggctg gatgccgccg ccgacaccgc ccagcggctg     2100

ctggaggggc gggaggagcc gggcgggatg ctggccccca ttgcccagcg gctggggctg     2160

gaccaggtcc aggccctggg agcctttgct ttgctgcgcc atctggcctc cgtccggccc     2220

ggagcggagg ggcgtccgcc ccagtgtgag ctgtggcagt tcgggatctc cggggatctg     2280

cccatcgcag ctgcgccgct ggagggagga gtgggagagg ataagatcgg gctgtggtgt     2340

gcccagcatc ggttcctcac ccgggccggc tggccgtttg acttggtgtt tctggcggag     2400

gaggggggcg actaccgccg tcccctgctt actgcggtca gggaggcgct gcgggcgctg     2460

ggggcggaat ccgcccttgg ggcccggggc ggggtccacc tggtggacca cggggaggga     2520

tttcccaccg tgctggcctg ggcctccgcc cgcctgcccc tggaactgat ggaggaagag     2580

ccggagcact ggacgcctcc gccggcggtg tcggtccgcc cggagcccgc cccctggcac     2640

tttgaccagg cgggcagcgt ggtcatccgc gccggggagc gcctgccccc tgtgggctgg     2700

agtcagatcc tgtgcggaga gagcttcgga tggctgaccg acgagacagg caacggcctg     2760

ctctggaggg agaatgccca cgagggccgc ctcacccgct ggaaaaacga cccgctggcc     2820

gtgggcgggg aggagcggct gctgctggag acagggggca tctgcgcctc cgtcttcgcg     2880

gacggggatg gcctgccctg tacagtgacc tacggccccg gctttgcccg ctgggagaag     2940

cggtttgggg agaccctgct ggtgacggag ggacatgtgc ccccggaccg gccggagcgg     3000

gtgctccgtt tcgcgctctc cggaggtgct gggacgctgt ccatccaaag gagagatggg     3060

gaggcgtccg cctgcccgat ggcagaggga ctgccggccg tcctggtgag cgcgccgggg     3120

gaacggggcg ggctggtcca ccgctgggac gccctcccgc cggaacgggc ggaggcagag     3180

ggggagcagg tcgtgctgga ctggcggaaa aaggtgtccg ccctgcgctt ctccaccccg     3240

gagccggcgc tggaccggta tctcaacggc tgggcgctct atcaggtgct ggcctgccgg     3300

ctgatggccc gcacgtctca gtatcagaat ggcggagcct acggcttccg ggaccagctc     3360

caagacgtgc gggccctgct gctcactgtg ccggagcggg cccgggaaca gctggtgctg     3420

gcctcctccc gccaatttcc ggagggagac gtgcagcact ggtggcatcc gccccatggg     3480

gcgggggtcc ggacccggat caccgacgac ctgctgtggc tgccttatgt gctggcggaa     3540

tatctggagg tgacggggga ctggtccgtg tgcggggaga agacctgcta tctggaatcc     3600

ccgcccctgc gggaggggga gcgggagcgg tatgagacgc cccggtgttc ggagcgagag     3660

gacacggtct accgccatgc cctggcggcc atccggtgcg ccatggagcg cggtgtgggc     3720

agccacggcc tggccctgat aggaggcgga gactggaacg acggcatgaa ccgcgtgggg     3780

gcgggaggcc ggggggagtc tgtgtggctg acctggttcc tcgccctggt gcttcggaag     3840

ttcgcgccgg tgtgccggca tatggaggag ccgcagctgg cggaggagct gctgggccgg     3900

gcggagggat accggaaggc cgcggaggcg gcttgggacg ggagctggta ccgccggggc     3960

tattttgaca gcggggcccc cctggggacc cggggggcgg agagctgcga gatcgactcc     4020

attgcccagt ccttcgccgc gctggtggag gactcggacc gggagcgggc ctgccaggca     4080

gtgtctgccg cgctggagcg gctctatctg ccccaggccg gggtagtgaa gctgttcgat     4140

ccgccctttc aggacagggg cccggacccg ggctatatca agggctatct gcccggcgtg     4200

cgggagaacg ggggacagta cacccatggg gctgtgtggc tggctctggc ctgcctccgc     4260

ctgggccgga cggaggatgg gctggagctg ctgcgggccc tcctgccgga gcgccgccgg     4320

acgcagatct atcaggcgga gccctatgtg ctggccgccg atgtctatgc ggccccgggg     4380

cacctgggcc ggggcggctg gagctggtac accggggcgg cggggtggta ctaccgcacc     4440

gcggtggagg agctgctggg cctgaaggtc cgggaaggcc gcttgtttgt ggagccccac     4500

ctgccggagg actggccggg ctggaccggg gagtgggaac tggaccgggg gcggctgagc     4560

atccaggtga gccgggggag agagctctcc gtccggctgg acggccggga gatccgggac     4620

ggcgtccccc tccgggaact gacaggggac caccggctgg aagtgacagc ggcacccggg     4680

aatggaaagc tttgcttttc cgcgaaagat gtggtatga                            4719


<210>  1204
<211>  2631
<212>  DNA
<213>  Ruminococcaceae

<400>  1204
atgaatatga atcaatttac ccagaaatcg ctggccgcca ttcagggcgc ccaagacatc       60

gccctggagt acgggcacca gcagatcgag caggcccatc tgctcatggc gctggtccag      120

gacggcgagg ggctgatccc ccagctgctc accaatatgg gcctgaccct ccccagcttc      180

caggccgccg tccagcacga ggtggagaag ctgccccggg tctccggtgg aggccgggag      240

gcggacaagg tctatgtggc tcaggacgtg gaccgtgccc tgaaatccgc cgagtccgcc      300

gcggcgtcca tgaaggatga gtatatctct gtggagcaca tcctgctggg cctgctggac      360

agtgccaaca gcgccctgaa ggagctgttc cgcacctaca acgtcacccg ggaaaaagtg      420

atgcaggccc tgacctctgt ccggggcaac cagcgggtca ccagtgacaa ccctgaggag      480

acctatgacg ccctgaagaa gtacggcacc gacttggtgg agcgggcccg ccagaacaag      540

ctggacccgg tcatcggccg ggacgacgag atccgcaatg tcatccgcat cctctcccgc      600

aagagcaaaa acaatcccgt ccttatcggg gagcccggcg tgggtaagac cgccattgcc      660

gagggactgg cccagcggat cgtgaaggga gacgtgccca acagtttgaa ggacaagacc      720

atcttctccc tggatatggg cagcctcatc gccggggcca agtaccgggg cgagtttgag      780

gagcggctga aggccgtcct caacgaggtg aagaagtccg aggggcgtat catcctcttt      840

atcgacgagc tgcacaccat cgtaggggcg ggcaagacgg agggctccat ggatgcgggc      900

aatctcctca agcccatgct ggctcgggga gagctgcact gtatcggcgc cacgaccctc      960

aacgagtacc ggcagtatat tgaaaaggac gccgctctgg agcgccgctt ccagcctgtc     1020

atggtgaatg agcccacggt ggaggatgcc atcgccatcc tccgcggcct gaaggagcgg     1080

tacgaggtct atcacggcgt caagatcacc gacggggcca tcatcgccgc cgccactctc     1140

tccaaccgct atatcactga ccgcttcctc cccgacaagg ctatcgatct ggtggatgag     1200

gcctgcgcca tgatccgcac cgagatcgac tccatgccca ccgagctgga cgtcatccag     1260

cggaagatca tccagcacga gatcgaggag gccgctctga aaaaagagac agataagctg     1320

tcccaggagc atctgtcgga gatccagaag gagctctccg acatgcggga tgagttcaac     1380

gccaagaaag cccagtggga gaacgagaag aatgccattg gcaaggtcca gaagctcagg     1440

gaggagctgg aggaggccaa cgcccagctg gagaaggccc agcgggagta cgacctggag     1500

cgggccgccc agctccagta cggccgcatc cccgagctga aaaaggccct ggaggcggag     1560

gagcagatcg ccaatgaggg gcggcagcgt tccctgctgc gggacaaggt caccgaggag     1620

gagatcgccc gcatcatcga gcggtggacc ggaatccccg tctcccggct catggagggg     1680

gagcgtgaga agctgcttca cctggaggac atcctccacc agcgggtggt gggccaggac     1740

gaggcggtac gcctggtgtc cgaggccatc ctccgcagcc gggccggcat cgctgacccc     1800

aacaagccca ttggctcctt cctgttcctg ggccccaccg gcgttggtaa gaccgaactg     1860

gccaagacct tggctgaggc cctgttcgac agcgagaaga acctggttcg catcgacatg     1920

agcgagtata tggagaaatt ctccgtgtcc cggctcatcg gggctcctcc cggatatgtg     1980

ggctatgagg aaggcggcca gctcactgaa gcggtgcggc ggaaacccta ctccgttatc     2040

ctctttgatg aggtggaaaa ggcccacccg gacgtattca atatattact tcaagtattg     2100

gacgacggcc gtattacaga tagtcaaggc cgcaccgtgg atttcaagaa cactatcatc     2160

attcttacct ccaacctggg cagccagttc ctgctggacg gcatcgacag ccggggggag     2220

atcagccagg aggcccggga gcaggtcagc gatctgctca agcggtcctt ccgcccggag     2280

tttctcaacc ggctggatga gatcgtgttt tacaagcccc tgacaaagga caacgtgacc     2340

catatcatcg atctgatggc cgccgacctg aaccgccggc tggaggacaa acagctcacc     2400

gtggtcctca cccccgcggc caaggaggag atcattgcca gcgcctacga ccccatctac     2460

ggcgcccggc ccctgcgccg ctatctccag catacggtgg agacccttat cagcaagaag     2520

atcattgccg accaggtgga gcccggctcc cgcatcaccg tggactgccg ggatggacag     2580

ctcaccgtgg acagccggga ggtgctcacc ggcgaggtca tcgacgcctg a              2631


<210>  1205
<211>  4530
<212>  DNA
<213>  Ruminococcaceae

<400>  1205
atgaacagag aaggctatca gcagcgcggc ttgtatgacc cggcgtttga gcacgatgcc       60

tgcggcatcg gagccgtggt ggacatcaag ggccgccaga gctatgagac ggtggacagt      120

gcgctgaaaa tcgtggagaa gctggagcat cgagcgggaa aggacgctga gggaaagacc      180

ggtgacggcg tgggcatcct cctccagatc tcccaccagt tttttcagaa ggcggccacg      240

gagtgcggca tccagctggg ggaggcgcga gactatggcg taggtatgtt tttctttccc      300

caggacactc tcaggcgcaa tcaggctaag aagatgttcg aggtcattgt ggccaaggaa      360

ggcatggaat ttctgggctg gcggaaggtg cctgtctgcc cagaggtgct gggccagaag      420

gcactgtcca agatgcccaa catccagcag gccttcgtga agcggccggg ggatgcggcc      480

cggggactgg agttcgaccg caggctgtat gtggcccgcc gagtctttga gcagtccaac      540

gacaacacct atgtcccctc cctgtccagc cggacagtgg tatacaaggg gatgttcctg      600

gtgggggaac tgcggaagtt ctacctggac ctgcagaatc gggactacca cagcgccatc      660

gcatgcgttc actcccgctt ctccaccaac accaacccct cctgggagcg ggcccaccct      720

aaccgcctga tcctccacaa cggcgagatc aacaccatcc ggggcaacgc agaccggatg      780

ctggcccggg aggagaccat gtccaacccg gtgatcgacg acgccctgga caagatctac      840

cccgtggtca acggggccgg gtccgactcg gccatgctgg acaacatcct ggagttcctg      900

gtcatgagcg gcatggacct gcccctcgcg gtgatggtca ccatcccgga gccctggacc      960

aaggacggca gtatcagccg ggccaagcgg gacctgtacc agtattacgc catcatgatg     1020

gagccctggg atggtccggc ctccatcctg ttctccgacg gcgacgccat gggagcggtg     1080

ctggaccgga acgggctgcg cccctcccgg tactatatca ctgacgacgg taagctgatc     1140

ctctcctccg aggtgggtgc cctggacctg gaccccagga agatcgtgaa gaaatcccgg     1200

ctggagccgg ggaagatgct gctggtggat acagtccagg ggcgtatcat tgatgacgcg     1260

gagctgaagg agacctacgc cgcccgccag ccctacggcg agtggctgga ccggggcctc     1320

atccggctga aggacctgcc ggtccccaac aaaaaggtgc ccggctactc ccaggaggag     1380

ctgacccggc tggagaaggc cttcggttat acctatgagg atgtgaaaaa caccatcctc     1440

cctatggcac gcaccggggc ggagcccacc gccgccatgg gggtggacat cccactggcg     1500

gtcctctccg accacgaaca gcccctgttc aactacttca agcagctctt tgcccaggtg     1560

accaatcccc ccatcgacgc catccgggag gaggtggtca ccgacaccac cgtctatctg     1620

ggcaacgacg gcaacctgct ggaggagcgg gcggacaacg ctcacgccct tcaggtgggc     1680

aaccctatcc tcacctcggt agacctgatg aagatccggg acatgaagca gcccggcttc     1740

caggtggaga ccgtctccat cctatactac aagaacaccc ctctgaagcg ggcgctggac     1800

cacctgttcg ttgcggtgga ccgggcctac cgcaacgggg ccaacatcgt catcctctcc     1860

gaccgggggg tggacgagaa ccatgtggcc atcccgtccc tgctggctgt ctcagccgtg     1920

gagcgatacc tgatccgcac caagaagtgc accgccgtgt ccatcgtact ggagtcagcg     1980

gaaccccggg acgtgaacca cttcgccacg ctgctgggct acggtgcccg ggcggtgaac     2040

ccctatctgg cccatgcggc catcggctcc ctcattgacc aaggtttgct ggacaaggat     2100

taccacaccg cggtgaagga ctataaccag gccatcctca gcggcatcgt gaagatcgcc     2160

tccaagatgg gtatctctac catccagtcc taccagtctg cccagatctt cgaggcagtg     2220

ggcattgacc gggtggtggt ggacgagtat ttcactggta ccctcagccg ggtggggggc     2280

gtgggtctga aggagatcgc tcaactggtg gatgaccacc acagccgggc cttcgacccc     2340

ctgggcctgg gcggcgaccc taccctggac agccggggcg agcacaaggc ccgcgctggc     2400

caggaggacc acatgtacag cccccaggtc atccatctcc tccaggaggc cacccgcagg     2460

ggggactaca aactcttcaa ggagtacacg gccctggtgg acgacgcctc caagccccac     2520

accctccgcg gcctgatgga gatgcagtat ctggacaccc cgattccctt ggacgaggtg     2580

gagagcgtgg actccatcgt taagaggttc aagaccgggg ctatgtcctt cggctccatc     2640

tccgctgagg cccacgagtg catggcggtg gccatgaaca ccctgggggg caaatccaac     2700

tgcggggagg gcggcgaaga ccccgcccgc ttcggcaccc tgaaaaattc cgccatcaag     2760

caggtggcct ccggccgctt cggcgtgacc agcgagtatc tggtgtccgc ccaagatctc     2820

cagatcaaga tggctcaggg ggccaagccc ggcgagggcg gccacctgcc ggggaagaag     2880

atcacgccgg aggtggccag gacccgccat tccacaccgg gcgtcacctt gatatccccg     2940

ccgcctcacc acgacatcta ctccatcgag gatctggccc agctgatcta cgacctgaag     3000

aatgccaacc ggcaagcccg catctctgtg aagctgtgcg ccgagccggg agttggcacc     3060

attgcctccg gcgtggccaa ggccggggct caggtagtac tgatctgcgg ctatgacggg     3120

ggcaccggtg ctgccccccg cagttccatc cattctgccg gtgtgccttg ggagctgggg     3180

gtggccgaga cccaccagac cctgatcatg aacggcctgc gctcccgggt catcgtagag     3240

accgacggca agctgatgag cggccgggac gtggccatcg cctgcatgct gggggcggag     3300

gagttcggct ttgccaccgc ccccctggtc accatgggct gctgcatgat gcgggtatgc     3360

aacctgggca cctgcccggc agggatcgcc acccaggacc cggagctgcg gcggcgcttc     3420

accggaaaac cggagtatgt gatgaacttc atgcgcttcg tggcccagga gctgcgggag     3480

cacatggcct gcctgggggt gcgtaccgtg gacgagctgg tgggccgcac cgacttgctg     3540

aaggtgcggg agcacgccgt caacgagcgg gccgccacgg tggacctgtc cgccattctg     3600

gataacccgt ttgaaggggc gcaggtcaag cgccatttcg accccgcgga cgcctatgac     3660

ttccagctgg agaagacggt ggacatgagg gtcctgctga agaagatgaa gggggcgctg     3720

gagaaggggg agaagcggac ggtgaacgtc cccgtcacca gtaccgaccg gaccctgggg     3780

accattttcg gttccgatat caccaggctc cacggcagca gcctgcccga cgacaccttc     3840

actgtcaagt gtaccggcgg cggtgggcag tccttcggtg ccttcattcc caaagggctc     3900

accctggagc tggaagggga ctgcaacgac tatatgggaa agggcctctc cggcggaaaa     3960

atcatcgtct atccccccaa agggtccccc ttcaaaccgg aagagaacat catcattggc     4020

aatgttgccc tctacggggc taccagcggc aaggcattca tcaacggcat ggcaggggag     4080

cgattcgccg tgcgcaactc cggcgcctgc gcggtggtgg agggcgtggg tgaccacggc     4140

tgtgaataca tgaccggcgg ccgggtggtg gtgctgggac ctaccggcaa gaacttcgcg     4200

gcgggcatgt ccggcggcat cgcctatgtg tgggatgagg accgggacct gtacctgcgg     4260

ctgaacaagg cgctggtcac agtggacccg gtgacggagc ggcaggacat ccaagagatc     4320

cggaccatgc tcaccgagca tgtggaggcc accggctccc ctaaggcccg ggagatcttg     4380

gaccacctgg aggagaaggc agcctgtttc aagaagattc tgcctcggga ctacgacaga     4440

atgctgcgca ccatcgcgga atttgaggcc cagggcctga gccacgaaca ggctgaggtg     4500

gaggcattca gtgccagcac caaggaataa                                      4530


<210>  1206
<211>  3780
<212>  DNA
<213>  Ruminococcaceae

<400>  1206
atgactttgc tggaccagtg taagatctgg aacgaaaacg acgagtatca gaagatcatc       60

gaggccttgg aggccgtccc cgcccaggag cgcaccccgg agatggacag cgaactggcc      120

cgggcctaca acaaccaggc cgcgccgggg gaccgggagc tgttccgcaa ggccattgcc      180

ctgctgaagc cccatgaggc gtatttcgcg ggggaccatt gctggaactt ccgcatgggt      240

tattcctact actacctgga ccaggagggc cgggcgctac cctatttcca ggcggcgctg      300

gaagcccgcc ccggtgacgg ggatacccag gagttcattg aatggtgtca aaagggagtc      360

gctctgcccc ggttctcgga gtgcttccgg gagcggacgg aggcggcatg ggagaaattt      420

gctcagcagg aggcacagct gcgtcaaagg atggatgagg acaaggacca tcagcggggg      480

gatgaactgg tggcccagat ggaggatgtt ctgcacctgg cctttgatga catatccttc      540

gaaatgggct ttaacggcca gaagcacgag ctgatcctca ccccggaggg ggacaaggtc      600

aagctgtttg aactggtcta cttccagaag cacgcaccga aaaaggtgct ggagcactgg      660

aatatcctgg cgggccgcca gcccaacccc ggcatcggac tgcgtaccga cgacggctgg      720

gaggtctccg gggaggatgt gcaggtctgg ctggaggagc ggggaaaaaa cagcttcgcc      780

ctgtccgcct attgcgaaaa gctgctcccc ctgctccggg aggaggaggg ccgggcctgg      840

tggatgctca ccaccctcac cgaccaggtc ttgggcgaga tttcccatat gcggtacatc      900

gacgccttcg acgtgctgga ggagcccaaa ggggagcagt ctattctcct gtcggacctg      960

ccggacaagc tgaagggcat gggcctggat ctagctgccg acccggagga ctatctggag     1020

aactacatcg gctatgagat ggagcccaac gaggacccgg aggcggactg gcggctggat     1080

gtgatcgccg gctccaccaa ctgcgctccc ctcatcaacg gctatctgag cgctgaaaac     1140

gactccatgg atgacctcca cgccgacggc gtagtggcgg gcttcttctg ctatccactg     1200

gacaccctgc gggaagagga gggcagcgac aagatctttg ctttccggga cgagctggag     1260

gactatctga gcagtgcctg cggcccggac gtgctcatcc tcactggcgg ggccaccggc     1320

atcttctgcg gctatgtgga cttcatcgcc tgggacctgc ccgccgtcct gaacaaggtc     1380

caggactttt tcgcggacac ggatctcccc tgggccgact tccacacctt ccgccgggag     1440

gccgggacgg tgtccctcaa aaaaccggag gaggacgagc tggaggagac gctgaccggg     1500

atggactaca ttccctacac cctggagaac gccgacgcct tttaccggca gctggaacag     1560

tggaacgacg aggacgagta cacccgctgc atccaggccc tgaacgccat cccggaggac     1620

tggcgggact accgctttgc ctacgccctg tccagggcgc tggaaaacta cgccatcatc     1680

ggggaccgcg aagagggcac ccccggccgc aagggggaca aggccctcct gcgggccatc     1740

caggtgctgg aggccgtccg ggaggagggc cgggacaagg cggagtggaa tatgcgcatg     1800

gcctatgcct atcaatacct ggaggggcag gaggagaagg ccatccctta cgcccagcgg     1860

tggatggagc tggaccccga ggacaaaaac gccccggcgg tgatccggga gtgtgaggag     1920

gagctggcca aacggagcgg cggagagctg gagaacggag cggaagagag agcaccggct     1980

ggcccggtgc taacagctga ggatgtgcgg gagctggagt ccatgtgcga aggggtatcc     2040

ggctacttct acaaaatgct gaacttcctg gaggagcggc ttcaggacgg tgtccgccgg     2100

gggcgcttca cctgggagcg ggtgcgggcg gatctggaca cggccctgtg gtactcctac     2160

atctgcaaca atgtggatga gtacgagtat tattaccggg cggcccagtg gatgccggat     2220

tcggagcagg cggcagagca ggcccggagc ggggtctggt actatcggta cgcctgcgcc     2280

ctgacctact gcggacggct ggaggaggcc ctgaagtacg cggagaaggg agtcggactg     2340

gacccggagt atgtgtgggg ctggctcatg tacggcaggc tgctcagcca ctttggggac     2400

cgggaggggg ccctggcggc ggcggaccgg gggcttgccc tggagccggg agactatgaa     2460

ttcaccaccc tgcgccggga gatccagaag gggcgcacgc tggaggagat ggagttccac     2520

tggatcgacc cggaatctga cagaaagctc caggcggggc tggacgagag cgccggagac     2580

aagaagcggg cgatctcctg catcctctgc cgccgggagg cgctggagga gatcaaggcg     2640

gcccttgcgc ctgtagagtg ggaggcggac gccccttact gcacgttcac catgccctat     2700

caggggagca cggtggaggg gcggttcttc gggaacgagg ccgccctgtc caaggtgccg     2760

gccgagtggg tgcgggagct ggtccggcgc ctgccggagc tggaccgccg gggtctgacc     2820

ttcctctccg cccgggcagg gctggggact gggggactgg ccctggagcg gttcaccatc     2880

cagatggacc gccggctgtg cctgttctac cagcgggggg aggagcagca gatggtccgc     2940

ttcgcccccg actttgccct gtgcgaggag gaccagcccg ctctggcgca gcctgagggg     3000

gggaccttcc tggccttcgt gctgctggag cagccggagt gggacgcgga ggaatttaag     3060

cggaccctgc gggacgactg gggcatcccc tgcatgacgg aagagaagga cagcggggag     3120

gggggaagca ccctggtctt tgaggcggag ggctttctga cggcggtgag cctctacccc     3180

ttccccgtgc ccaaagggga ggcggagcag aatgcgggcc gcaactacct gtggagcgag     3240

gcggaggaga ccacacgccg gcaccggggg cagatcctgg tgtccaccat ggcacgggac     3300

ggagatgtgg ggcaggccgc ccgcctccag gtgaagctgg tgtgcgctgc ctgtggacag     3360

gacggcgtgc tgggcatcta cgccaacggg accgtgtacc agccggagtt ctatctggag     3420

gcggcccaga tgatggagga cgggagcctt cccctgctga atttggtgtg gccggggctg     3480

taccgccggg agggaggcct gtgcgcctac accgaggggc tgcgcgcctt cggcaaggac     3540

gagctggagg tgctggacac ccgggcggag cccggggacc tgcgggggtt tgtgctggac     3600

atcgcctcct atgtgctgga gcaggatgtc accctccggg acggggagac catcggcttc     3660

agcgaggggc agaagctgcc catcacccgc agcgcgggga tctggcacga cggcatgacg     3720

ctgaagatcg gatatccgtc aaaggaggag ggggaggacg agaacagcgg agagacctga     3780


<210>  1207
<211>  792
<212>  DNA
<213>  Ruminococcaceae

<400>  1207
atgagaaacc tgaagcgtgc tctcagcctg gctctggctt ccgttatgct cctgggcatg       60

atggtcgtgg gctccagcgc taagggtatc gacgatttca ccgacaaggc cgagatcgtc      120

aatcaggatg ccgtggcggt cacctctgcc atcggcatgt tcgagggcta cgaggacggg      180

tccttcggcc ccgagaacgt agtcacccgc gccgagatgg cggtcatcat ctgcaccatg      240

ctgtatggcg ccggtgtgaa cgtcaaccag ttcgcggaga ccaatgtgtt caccgacgtc      300

cccgcctggg cgcagggcta tgtgaacctg tgctccagcc tgggcatcgt ggccggcgtg      360

ggcgacggca agttcgaccc caacgccacc gtgaccaccg cgcaggccgt gctgatgctg      420

tgccgcgccc tgggctactt ccagagcgcc gctgacttcg gcagtgactg gatgctggcc      480

gccaccgcta aggtcaccgc tctgggcctg tatggcgacc tgaagctcac cgccaacgag      540

ggcctgaccc gcgacaacgt ggctgagctg gtgttcaacg ccctgaccaa ggccgtgccc      600

gttcagtaca acgaactgct gggcgtgtac tacaacgaga accagggcat catctactcc      660

ctggagttca actacctgca gaccctgggc tacaagaact tcgacctggt gtaccgcacc      720

gacaccgaga ccatctatgg ccgtcccgcc accacctggg gcaccggctc ttacaacgcc      780

cgcaccgatg cc                                                          792


<210>  1208
<211>  6798
<212>  DNA
<213>  Ruminococcaceae

<400>  1208
atgaagcgat tgtcaaagcg gatcatttct tccgtgctga ccggcaccat gctgttgtcg       60

ctgctgggtg gtagcgcgct ggcggtggag ccggaggggg gcccggaaga ggaagtaaga      120

tctgggcagc cggtcatgag cgacgtggtg agcatccagg cttacacaga ggagaccgag      180

accggaaatg aactgaagca gatcgagatc gtctataaag aggggacaga tttcagcgga      240

ctgaatgggg agagctacct gttggaaggg cgcggtcccc aggacgagga atttacagag      300

atccagatcc aggaagtgac agtcgacgag gagagcgctc tcctcgtggt tggtggcttc      360

accaccaacc acgatatctc tgagggcaca gaggaaggga tggacctccg cctgcgccat      420

acttgggagg aagaggattc cgccctgtcg atgagcaggg gggaaccctg gctggagatg      480

aaaaaggagc agccggcctc tgaggatgag cagcctgagg acgaagaaga gccatctgga      540

ccgcctcaag acggggaaga acttatccaa gacggagaga agctgactca agagggcagt      600

cagccgccgg taagcaatgg tctggagccg ctggtgaatt cggaagaatt gaccgtggat      660

gatatcgaga gcatccaggc ctttaccaag ctgaacttct atggacagcg gctgtatcag      720

attgaggtca cctttgcgga aggcactgat atggaggcgg ccgaggaatt ggactataag      780

gtctgggacc gggccttcca aaacggtgag tttgaggaag gcactgccta tattgacgat      840

gtttcagtga gaggcaatac cgttaccctg tcctttgacc aagggcctgc ggataacaag      900

ccctttggga tgctctgtac tgccagctgg gcgattgcag aggagttcga tgagaacggg      960

gacccggatg gatatgaagt atatgccgga agaagtggaa agcccttcaa ttactttacc     1020

cggcaggagc tggatctgat cctggccatc ggcgcggacg ctgaaatgga agacggactc     1080

agcctgacag acggatatgg tcattacacg ggcggagacg gcgtgtggga aaaaacagta     1140

aacgacgtct atgatgacta taagctggcc tatgtggagg ctgtggatga cagctactac     1200

acggcctttc aggggaaggt gcccgtccac tatcaggtgc ctgacagcta cgacgaggat     1260

gaagggatgc ccctggtcct ctatgtgact ggaaacggaa cctcttactg ggaaggcttc     1320

gatgatcagg gcaatcttca ggccaacaac ctggggacta atgtgaccta cgacaatgct     1380

accgaggcat ggctggagct ggacagtgcg atcgtgggta gccctgatgt gcactcccag     1440

aataataagg cagctgggga ggaagtagca cacgccattg ggtggttcca ggagaactac     1500

aacattacca aagtgatcct gattggcaat tccaacggca ctggaatctg ttcccagacc     1560

atgcgggact ttccggagct ggtggatgtg ttcatctgca acaatggctg gattggagat     1620

ggtccgaatc ggaccatttt tacagagacc tggcctgagg agagcctcca gaagattgcg     1680

gaagagggca ttgcaatctg ggtcatccag ggtgagactg acccgctggc aaatccgatc     1740

aactctctga aatcctatca gggattgatt ccctattatc aggaggcagg atggtctgac     1800

gagtggatcg cggataatct tcggatttct gccttcaaac actacaagtt tgaagagtgg     1860

ggtgttaatg accactcctg tgtcaaaatg agttcttggt actacatcga tgagccttat     1920

ctggatgtgt acaaggacga agatcctctg gaagtgggcg agacctacca catggaggat     1980

gcaagaaatg aagaggtcca gcagttcgag tacgtgacct atgcggagag tatcagtgat     2040

tgggcgctga atgtggcagg cagtggagac aagccggctt ccgaagagcc cacccccatt     2100

gaagacactg agaaagcgga cgccagcatc ggctcctatc agcggatcaa tggatacttt     2160

acctaccaga tcagcgtaaa cgacagcgcc cgcggggcgg acagccggga gatcgaggtc     2220

tacatccctg agggagcccg tcagcgggag tactggatca gtatggcgct cccctccggc     2280

gtggacagca cggaattcct ggagaagtcc ggctggtttg acatcgcgga cgagacgctg     2340

gcctgcctgc tgatcatgaa gcccgagaac gggacctggg gcagtgcgga agacgagctg     2400

gcctatgtgg acgcggctat gggcaccctg gtcagcagcg ggacctatta ctccgccttc     2460

acctaccact atctggtggg ctacggagac ggcgcccccg ccctgcagct gtgggccgcc     2520

cagaaccccc tgaagatgat cagccaggtc tatgtggatg ctcaggtgga tgcggcttat     2580

gatgctctgc tggaagcggc cggtgagacc caggtgggaa agacgcccca gcccaaccat     2640

atggatttcg aggggtacac cgacaaggac ggcaatcaaa ttacccagaa acggaccttt     2700

gaggcccagc actacaacga tatccccatc cccacctggt tcgtaggcaa taccagcgca     2760

tccctgatcg cctattggaa ggatgtcaat gactgccttt cggatgcggt gaccgatggc     2820

aattacggcc aggtctactg gcaggacaag gcgaattccg atgccatcgc tacctccttc     2880

agcgatgtaa agacccaggt ggcggtgcag agtgagtctg tctccgacat ggccgacccc     2940

gcgctgacgg agaacatcaa ctccttcctg acctactaca gcggctatga caacaactcg     3000

gtgtacggcc acttcatcac ccagcgcctg ccctacacca accaggacac cgacagggtg     3060

ctttaccggg accacatgtg ggagggcacc aaccggacct acatcatcta tatccccgac     3120

agcgtgaagt ccagcggttc tcccgcgccc ctggtggtga ccacccacgg cgccggtcag     3180

accgccatgg tattcctgga ggccaccgac atcaaggagg ccgccgacga gtacggattt     3240

atcgcggtca cctacgacct gaccggcaac gccgactata tgctggacct gctggagctg     3300

gtcaaggacg actgtaaaaa ggcgggcgtg acggtggatg aggaccggat ctatggctac     3360

ggtcagtccg ccggcggcgg agccaccgcc aacactctgg cccaggaccc cagaactgtg     3420

gagctgtttg ccgcattcgg cattacctcc ggcgttcgga ctacggccca gaagaacggc     3480

tcacagctgg tggtgccctt ctacgccatt tacggcgagt acgactactg gcccatgaag     3540

ctgggcgcat tggaggctgg ggagtggacc ggttctcagg gagccaaaca gtgcacctgg     3600

acgaccgaca cccagaccta ttgggcgcag cggctgctgg gcaagaccct ggatgagctg     3660

gtggacacgc ccacagtgga gagcggcatc acagaggaac agatcggctc ccagcaggcc     3720

cccatcagcc tgatcgtcaa tccaactgag gcggaaaacc gctataaaaa ctacatctgg     3780

tccagggact tcggcggcgg cgaggtgccc atctttgtat ggagccagtg ctacggccgg     3840

ggccacaacc tggtccccag tgacctgaac gagctgtggg aaaactggtt cagcaagtgg     3900

gagagaggcg cagatgacca gaccctcctg tactataagg atggtgttgg tcatggaaca     3960

cccgttaagg tggatcagac cagtacaggt gcagcctctg actttgacag catcaccaac     4020

ctggagaaag actggtccca ggcggctcag ctacccctga ccggctggta caccaagaac     4080

atcgacgtgg acggcgacaa tgactttgcc gatgacgccc gcaccgtaaa ggtgtacatc     4140

gcccctgagg cctccatccg ctcctacttc actgtggtgg ctgtgccgga gggtgtcgat     4200

acctatgact tcctgaagga acagggctgg atcgacttgg ccaacgagaa gggcgagggc     4260

ctgttcgtgc tggagcccgg cgcggggggc tgggacgatg cccagaagga gagcgcctat     4320

gtggaggccg ctatcgcctt cctgaagagc ggcaacaaca tccataagca gaacgtgttc     4380

tccaccttcg gtgagttcta cctggcaggc tacggcaagg gcgccgcggc gctggagctg     4440

tgggcggccg ccaaccccat ctttgtcatc agccaggcct atgtggacgg gaccagtgcc     4500

ggtgcggatg ctctcaccgc cgtggccagc actccttatg acggaaagag ctccaacggc     4560

gatattaccg atgtgctgga tgagactctg aatcaggtgg gcatcggcgg acagatcgcc     4620

cccaaggacg tgcccgttcc cacctatctg gcgggttaca cagggagcga gaactattgg     4680

cagtccgcca acgactgcgc gaccacggag accggtgccg gtgtgtactg gcaggatatt     4740

gcttccaagg cctatgccac cgaatacgcc aacggccagc tgaaggagga aggcgcggag     4800

cacggcatct ccaaggtgga gatcgcggct gacaccagtg cagacgcgca ggcgatctat     4860

gagtggctgt ccgactatac ccgctatgac aacaccttcc cctattccaa cgccattgcc     4920

cagcgtctgg actacacctc cgcccgggta gctgcccagc aggatgccaa ggacggccag     4980

gtgaaatcca ctctgtccga cggcacccag atctggggcc aggaggatat aaagatcgcc     5040

ggtcacggca ccgttcaggc aggcgtgatc gcgttcagtg acaacagcgg cgacgggaaa     5100

tgggaccccc gggagtatat cctgtatatc cctgagggct ttgagggcaa ggaactgcct     5160

atcctgatgc tctatcccgg caacagccag actgactcca tctttatgga ctccaccctg     5220

tggtggcagc tcgcggagaa agagggcatt gctctggcct ttgtgtgcga gacatacagt     5280

tccagtccca gcagtgtgtc ccacgccgac tccgacaagt tctatcagtc tcttgtcacc     5340

ttgatggagg agaagatcga cggcagctat gccgacctgg acttcaaccg gatctatggt     5400

tccggccagt ctgccggttc ggcggcaacc cagggctttg cagtgaccaa tcctgagttc     5460

tttgcggcag ttggctctac ctcagcggca gctgcagaaa aagaaaattc tgcctttgag     5520

accattccga ccatgctcat tgcaggtcag atggacctgg gggatatgcc caagggcttt     5580

gaatccacct ctctgcagaa ctgggctaag tatatgctga aggccaatgg gatcgataag     5640

gagttcacgg ccgaagatgc agaccagcac ttcagcgctg acagccgtca tccggatgtg     5700

tacagctgga cgaagactat cgacggtgtg gatgtaccgt tggtccagtg ggctctgtgc     5760

ctgctgcgtc cccacaactg ctatcccagt gatatgcccg tcctgtggga cttcatggag     5820

cacttcagct ttgtgaaggg cagcgatggc tctctcaccc ggtattacag cccctccgcc     5880

tttgagaaaa atgacgcggt gaagatcgac tatatccccg gcgcagtgac cccggatgac     5940

gatgacgatg atgacgacag cagttcctcc agctccagca gatacaccgt ttctgtcggc     6000

gccggcagcg gaaaggggac cgtgtccgtc agtccccaaa atgcatccga gggcaccaga     6060

gtgaccatca ccgtgactcc cgcctccggc tatgaggtgg acgacgtcac cgtgaccgac     6120

cgggacggag acgatgtacg tgtcaccaaa cagagcgata cccgctatac ctttaccatg     6180

cctgactcca aggtagaggt ggaggtcagc tttgtgaaga caggggagac ggtacaggag     6240

cctgatacca tgaccttctc cgatatcaag gccggagact ggttctatga tgcggttctc     6300

tatacctatg agaacggact gatgtccggc actggcgccg ctgccttcag ccccaaccag     6360

accctgacca gagccatggt ggcgcaggtc ctgtacagca tggagggagc tccggctggt     6420

ggaacatcca cctttaccga tgtggctgcg ggcacctggt atgccagtgc ggtcaactgg     6480

gccgctgcca acggtgtggt cagcggctac ggagacggga cctttggccc caacgacaac     6540

gttacccggg aacaagtggc gatgatcctg tacagctttg ccaagtccaa gggatacgat     6600

gtgtccgaga aggccagcct gtcttccttt gccgacatgt ccagtgtcag cacctatgca     6660

caggaggcta tgagctgggc tgccggcgcc ggattgatct ccggcatggg caacaacacg     6720

atcgtgcccc agggcagtgc cacacgggct cagtttgcag ttatgctgat gcagttctgc     6780

gaggagatcg caaaataa                                                   6798


<210>  1209
<211>  3411
<212>  DNA
<213>  Ruminococcaceae

<400>  1209
atgacggtca aggacgtata ttacggaaag accctgcgaa agagctttgc ccgctatcag       60

gagatcctgg agatgcccaa tctgctggag atccagaaga agtcctacca gtggttcctg      120

gacgtgggac tgcgggaggt ctttcgggac gtagccgcca tcactgacta cgccggcaac      180

ctagagctgt ccttcatcga ctactccatg gacgagaagc ccaagtatga cgtggaggag      240

tgcaaggccc gggactgcac ctacgccgcg cccatcaagg tccgggtgcg cctgcgcaac      300

aaggagaccg aggagatcaa ggagcaggag atcttcatgg gagatttccc catcatgacc      360

aattccggca ccttcgtcat caacggcgct gagcgggtca tcgtctccca gatcgtccgt      420

tcccccggca tgtactatac ccgcactgcg gacaaggcgg acaacctgac tttcgccacc      480

accgtcattc cctatcgggg agcctggctg gagtatgaga ccgacctgtc cgacgtgttc      540

tatgtgcgca tcgacaagaa ccgcaaactg cctatcacct gcctgatccg ggccatcggc      600

cccaagaccg acgccgagat catcgagatg ttcggtgagg acgagcgcat ccagtccacc      660

ctggagaagg atacctgcaa gaactatgag gaggccctgc tggagatcta ccgtaagctg      720

cgtcccggcg agccccccac ggtggactcc gctgagagcc tgctcaacgg cctgttcttt      780

gatccccgcc gctacgacct gtccgcggtg ggccgctata agttcaacaa gaagatggct      840

atgggcagcc gcctgtccgg ccacaccctg gccatgcccg tggccgaccc ccgtaccggt      900

gagatcatcg ccgaggccgg ggagaacctg accagggagc gggcccggga gctggaggac      960

cgaggggtca atgaggctgt cctggatgtg gacggcaagc tggtgaaagt gttcgccaac     1020

aacatggtgg atatgaagaa cttcgtggac tttgacccgg aggagtgcgg catcaccgag     1080

aaggtgtcct tccccgtgct gtgccagctc ctggagcagt actccggcga ggagctgaag     1140

gaggcggtgg ccgaccacgt ggacgacctg gtgcccaagc acatcaccgt ggcggacatc     1200

atggcctcca tcaactatct caacggcctg gcccacaacg tgggcacccc cgatgacatt     1260

gaccacctgg gcaaccgccg cctgcgttgc gtgggcgagc tgatccagaa ccagttccgc     1320

atcggcttca gccgtatgga gcgggtcatc cgggaacgca tgaccattca ggacttggac     1380

gtggttaccc cccagagcct gatcaatatc cgccctgtca ccgctgccat caaggagttc     1440

ttcgggtcca gccctctgtc ccagttcatg gaccagacca accccctggc cgagctgacc     1500

cacaagcgcc gtctgtctgc cctgggtccc ggcggcttgt cccgtgaccg ggcctccttc     1560

gatgtgcgcg acgtccatta cagtcactac ggccgcctgt gccccatcga gacccccgaa     1620

ggtcccaaca tcggcctgat ctcctatctg gcctcctacg cccgggtgaa ccggttcggc     1680

ttcatcgaga ccccctaccg caaggtggat aaggccaccg gcagggtcac cgacgagatc     1740

gagtacatga ccgccgacgt ggaggatgag tacaccgtcg gccaggccaa cgagccggtg     1800

gatgagaacg gctgcttcgt caacgagcgc atcacctgcc gccaccgcaa cgagatcatt     1860

tccgtggacc gcaacagcgt ggactacgtg gacgtatccc ccaagatgat ggtctccgtg     1920

gctaccgcca tgatcccctt cctccagaat gacgacgcca accgcgccct gatgggcgcc     1980

aacatgcagc gccaggctgt gcccctgctc cggcccgagg cacccatcgt ggctaccggc     2040

caggagcata agaactgcat cgactccgag gtggccatcc tggcggaggg acccggcgtg     2100

gtcaccaagg tgtccgcccg gtatatcact gtaagatatg acagcggcga gaccaaggag     2160

taccgcctga ccaaatatct gcgctccaac cacaccacct gcatcaacca gcggcccatt     2220

gtcaatgcag gccagcgggt agactatcag gacgtactgg ccgacggccc ctccaccgac     2280

cggggcgaga tcgccctggg ccggaacatc ctcatgggct tcatgacctg ggagggctac     2340

aactacgagg acgccgtgct gctcaacgag cgcatggtga aggaggatgt gttcacctcc     2400

atccatatcg aggagtatga gaccgagtcc cgggatacca agctgggccc cgaggagatc     2460

accagggaca tccccaatgt gggcgaggac gccctgaagg acctggacga gcggggcatc     2520

atccgggtgg gcgccgaggt gcgttccggc gatatcctgg tgggcaaggt cacccccaag     2580

ggcgagaccg acctgaccgc cgaggagcgc ctgctccggg ccatcttcgg cgagaaggcc     2640

cgggaggtcc gggatacctc cctgaaggtg ccccacggag agagcggcat catcgtggat     2700

gtcaaggtct tcacccggga ggcaggtgac gagctctctc ccggcgtcaa cgaggtggtc     2760

cgggtctaca tcgctcagaa gcgcaagatt tctgtgggtg ataagatggc cggccgccac     2820

ggcaacaagg gcgtggtctc ccgcatcctg ccccaggaag atatgccctt cctgcccgac     2880

ggcacccccc tggatatcgt gctcaaccct ctgggcgtgc cctcccgtat gaacatcggt     2940

caggtgctgg aggtccatct gggctacgcc gccaaggccc tgggctggaa ggtggccacc     3000

cccatcttca acggcgccaa cgagcaggac atccaggagt gcctgaagat ggccggcctg     3060

gcccgggagg tgggctatga tgagcccctg atcggcaagc agctctatct ggcaccccag     3120

gaggagggcg gcgagctgcg ggccctcact ccggaggaga tggcggacaa cgtccaggtc     3180

cgggagtggc agaaggccgg ccagctgcgt ctggtggacg gcaagaactg gctgtacgac     3240

ggccgcaccg gcgagcggtt cgacaacccg gtcactgtgg gctacgtcta cttcctgaag     3300

ctgcaccacc tggtggacga caagatccac gcccgctcca ccggccccta ttctctggtc     3360

actcagcagc ctctgggcgg caaggcccag ttcggcggcc agcgcttcgg c              3411


<210>  1210
<211>  2238
<212>  DNA
<213>  Ruminococcaceae

<400>  1210
atgaagatgg aaaatcaggc atggaagggc tttcatggcg gcgagtggca gcgcagcatc       60

gatgtgcgct cctttattca gaagaactgg accccctacg agggggacgg cagctttctt      120

accggcccca cacggcgcac ccgggcggtg tgggagcggt gtgaggacct gctgcgccag      180

gagctgcgga agggcgtgct ggatgtggag acccacatcg tctccggcat cgacagcttt      240

gcccccggct atatcgaccg ggagaacgag gtcatcgtgg gccttcagac cgacgcgccc      300

ctcaagcgca tcgtcaacct gtacggcgga acccggatgg cccggtccgc cctggagcag      360

tacggctatc gcctggaccc ggagatcgag gaccacttct cccagtaccg caagacccac      420

aacgaggggg tctttgacgc ttacccggag cgcacccgga aggcccgcca cgccggcctg      480

ctcaccggcc tgccggacgc ctacggccgg gggaggatca tcggggacta ccgccgggtt      540

gccctgtacg gcatcgaccg gttggtggag gaaaaaggac gggacctgga cgccctggac      600

ggccccatgg acgaggagcg cgtccgcctg cgggaggagg tctcggagca gatccgggcc      660

ctggaggaga tgaaaaagat ggccgcacgg tatggggtgg acctgtcccg cccctccgcc      720

actgcccggg aggcggtgca ggcggtctac ctggcctatc tggcagggat caaggagaac      780

aacggggccg ccacctccct gggccgcacc tccaccttcc tggacatcta cctccagcgg      840

gacctggagg caggggtcat caccgaggag gaggcccagg agctgatcga ccagttcatc      900

atcaagctgc ggctggtccg ccacctgcgt acgccggagt acaacgagct cttcggcggg      960

gaccccacct gggtcaccga ggccatcggc ggcatgtcta ttgacgggcg caccctggtg     1020

acccgaacct ccttccgcta tctccacacc ctgggcaacc tgggcagcgc cccggagccc     1080

aacctcaccg tgctgtggtc ggagcacctc cccgccccct tcaaggcctt ctgtgccaaa     1140

atgtccatcc tcaccgactc catccaatac gaaaatgacg acgtgatgcg cccggtgtat     1200

ggggatgact acgccatctc ctgctgtgtg tccgccatgg cggtgggcaa acagatgcag     1260

ttcttcggcg cccggtgcaa catcgccaaa tgcctgctgt acgccatcaa cggcggcgtg     1320

gacgagcgca ccggtgagac ggtggtcccc ggcatccgtc ccatcctgga cgaggtgctc     1380

tcctatgaag cggtccgggc caactatgag caggtgctct cctatgccgc ggagctgtat     1440

gcggacacgg tgaacatcat ccactacatg cacgacaaat acgcctatga agccagccag     1500

atggccctcc atgacactca ggtggagcgg ctcaccgcct tcggcattgc cggcctctcc     1560

gtggccgccg actccctttc cgccatccgc tatgcctccg tccggccggt acggaatgag     1620

gccggggtgg cggtggaatt tgagacggag ggggatttcc caaaatacgg aaacgacgac     1680

gaccgggcgg atgacgaggc ggtgttcgtg gtgcggacct tcatccggga actgaaaaaa     1740

caccccctct accggggagc gaagcacacc ctgtccgcct tgaccatcac ctccaacgtg     1800

atgtacggga aaaagacagg ctccaccccc gatgggcgca agctgggaga gcccctggcc     1860

cccggcgcca accccatgca cggccgggac gagaacgggg ccctggccag cctgaactcg     1920

gtggccaaga tcccctatcg gaacgtgtgc caggacgggg tctccaacac cttctccatc     1980

gttccccacg ccctggggag ggaccagggg gagcgggagg ccaatctggt ggccattctg     2040

gacggctact tctgccaggg ggcccaccac ctgaacgtga acgtgatgga ccgggccacc     2100

ctggaggacg ccatggaaca cccggagaaa tatcccagtc tcaccatccg tgtctcgggc     2160

tacgcggtca acttcaaccg cctgtcccga gagcagcagg aggaggtcat caagcgcacc     2220

ttccactgcg ccctgtga                                                   2238


<210>  1211
<211>  3705
<212>  DNA
<213>  Ruminococcaceae

<400>  1211
atgagcgtac tgcgctgtta ttcacagaaa aagaccggat tcgatgtgga ggcccagggg       60

ctgctgggtg ctctgcggga ccagctgggc atccgcggcc tggagtctgt ggtcattctg      120

aaccgctacg acgccgacca gatcgacccc gcgatctatg agcaggccaa gggcatcgtc      180

ttctccgagc cccaggtgga tgcggtgtat gacgagactt tccccgtccc cgagtatccc      240

caccgcatcc tggcggtgga ggccctgccg gggcagttcg accagcgggc cgactccgcc      300

gcccagtgca tccagctcat ggccggggtg gaccgccccc tgatcgccta cgccaaggtg      360

tacctgctgg gcggccggct cactgaggag gagctggaca agatccgccg ctacctcatc      420

aacccggtag agagccggga ggcctccatg gacaagccgg ccaccctggt ccgcacccac      480

gaggcccccg accatgtggc cgtgatccag ggctttacca ccctggacga gcccggactg      540

gccggcctgc tctcccagct ggggctggcc atggacctgg acgacctgaa gttcctccag      600

gcctatttcc gggatgagga gaagcgggac cccaccatca cggaggtccg tgtggtggat      660

acctactggt ctgaccactg ccgccacacc accttttcca cccacatcga ccgggtggag      720

atcctggacc ccgcggtgga ctccgcctac cgccgctacc tcaccgcccg agcggaggtg      780

tacggaccgg agaaggccgc ggcccggccc cagaccctga tggacctggc caccatcgga      840

gccaaggtgc tgaaaaagcg gggcttgctc cagaacctgg accagtcgga ggagatcaac      900

gcctgttcca tccacgtcac cgccacggtg gacggggagg cgcaggactg gttgctcatg      960

ttcaagaacg agacccacaa ccaccccacc gagatcgaac ccttcggcgg cgcggccacc     1020

tgcatcggcg gctgcatccg ggacccgctt tccggccggg cctatgtgta tcaggctctg     1080

cgcctgaccg ggtgcggcga cccccgcgcc ccctatgacc ggaccatgga gggcaagctg     1140

ccccagcgca agctggccac caccgccgcc gccggctact cttcctacgg caaccagatc     1200

ggcctggcca ccggccatgt ggccgaggtg taccacgacg gctatgtggc caagcacctg     1260

gaggtgggcg ccgtggtggg cgccgcgccg gcctccaacg tggtgcggga gcgtcctgcc     1320

cccggggacg tggtcgtcct gctgggcggc cgcaccggcc gggacggcat cggcggagcc     1380

accggctcct ccaagagcca caacaaggct tccctcacca ccatggccag cgaggtccag     1440

aagggcaacg cccccgagga gcggaagatc cagcgcctct tccgggacag ccaggtcacc     1500

cgcatgatca agcggtgcaa cgacttcggc gccggcggcg tctccgtggc catcggcgag     1560

ctggccgccg gcctgcgcat cgacttggac gcggtacgca agaagtatga cggcctggac     1620

ggcaccgaac tggccatctc tgagagccag gagcgcatgg cagtggtggt ggccccggag     1680

gacgcggacc gcttcatcgc cgccgctcag gcggaaaacc tggaggcata ccccgtggcg     1740

gtggtcacgg agagccccag gatggtgatg acctggaagg gccagaccat cgccgacctg     1800

tcccgggctt tcctggacac caacggggcg gacaagcaca cctctgtcac cgtacccgac     1860

cgctccgccg cccagcggca gccctccccc cggttccggg acctgcggga catggcctcc     1920

agcctgaagt gcgcctcccg ccggggactg accgagcggt ttgacggctc catcggtgcc     1980

gcctccgtgc tcatgccctt cggcgggagc acccagcgca ccccggccca gtctatggcc     2040

gccctgctgc ccgtgctgcc cggccagagc accgacctgt gctccgtgat ggcctggggc     2100

ttcgacccag acaccatggt ccgcgacccc ttcaccggtg cggctgcctc agtggtggac     2160

tctatggcca agctggtggc cgccggctgt gaccgccgcc aggcctacct cactttccag     2220

gagtattttg agaagcttcg ggacgagccc ctgcgctggg gcaagccctt ctctgccctg     2280

ctgggggccc tggacgccca gctggggctg gatgtggctg ccatcggcgg caaggattcc     2340

atgtctggct ccttcctgga tctggacgtg ccccccacgc tgatctcctt cgccatcgcc     2400

cccgccaagg ccggggaagt gctcacgccc gaattcaagg gggcggggca cccggtgtat     2460

ctgctgcccg gcttcccctc ctatggggag ctgaagactg cctgggactc cttccaccag     2520

ttgtgccgcc agggcaaggt gaaggccgcc tgggcggtgg aggccggcgg cgtggccgag     2580

gcggtgatga agatgtcctt cggcaactcc atcggcttcc aggccgatgt ggatgccgcc     2640

gctccctggt acggcccctg ctccggcgcc atcgtgtttg agctggaagg ggaggagttc     2700

ctccccggca tggcctggcg catcggcacc accacccagg agccggtcat taccatcggg     2760

gaggacaccg cctccgttgc cgagctgctg gagcggaacg aaggggtgct ggagcaggtg     2820

tatcccaccc gggcgggaaa gacggaaaaa gtggaggcca tctcctgcgg ggagcgagcc     2880

cccatcgtct gccagagccg gacggcccgg ccccgggcgg tcatccctgt cttccccggc     2940

accaactgcg aatatgacac cgcccaggca tgcctgcggg cgggcatcca gcccgaggtc     3000

gtggtggtcc gcaacctgtc caccgacctg ctggcccagt ccgctcaggc ccttgaagag     3060

gccatccgcc gcagccagat ggtggtcctg cccggcggct tctccggcgg cgacgagccc     3120

gacggctccg gaaagttcat cgcctccttc ctgcgcaacc cccggctgac cgatgcgatc     3180

catgacctgc ttcgggaccg ggacggcctg atgctgggca tctgcaacgg cttccaggcc     3240

ctcatcaagc tggggctggt cccatacggg gagatccgcc ccatggacga tcagtgcccc     3300

actctgacct acaacctgat cggccggcac cagagccggt acgtcaccac ccgggtggcc     3360

tcggtccgtt ccccctggat gctgaagtcc caggtgggcg acctgcacgc catccccatc     3420

tcccacggcg agggccgctt tgtggcctcc gacgagatgg tctgccgtct gatccagaac     3480

ggccaggtgg ccacccagta tgtggacggg gcgggcgtcc cctccctgga catcgacgtc     3540

aaccccaacg gctccatcat gtccatcgag ggcatcttct ccccggacgg ccgggtgttc     3600

ggcaagatgg ggcactcgga gcggtacggc gactttgtgg gccggaacat tcccggagat     3660

aagcaccagc cgctgttcga gtccggtgcg gaatatttca agtaa                     3705


<210>  1212
<211>  3885
<212>  DNA
<213>  Ruminococcaceae

<400>  1212
atgaaacgga aaagcagtaa attcttgagt ctcctgctgg cggcggtctt gctcctctcc       60

cttatcgctc ccgctgctct ggccgctggg accgccgata ccatctatct ccgcacggca      120

gaggatctgg cggggttctc ccggaactgc accctggaca gctggtctca ggggaaaacc      180

gtctatctgg aggcagacat tgatctgacc ggcgtggact ttgcccccat ccctaccttc      240

ggcggcacct ttgagggaca gggacacacc atctccggcc tgtccatcac cggcagcggc      300

aatgtgcggg gactgtttcg gtacatacag cccaccggct ctgtgcggga tctccacgtc      360

tcgggcagca tctctcccgc tgaccgcaaa aacgttctgg gcggcctggc agggaagaac      420

caggggacca tcacgatgtg ttcgttttcc gggacggtaa gcggattgga cagtattggc      480

gggatcgcag gcatcaacga agctcagggg gagatcatca actgtgcttt ctccggctct      540

gttaccgggg agcactatgt gggcggcatt gccggacaga actacggttc tattatccag      600

tgtgaaaaca gcggcagcat caacaccaca gaggtggaca cggaactgga tctggacgct      660

ttgaatcgtg agcagctcaa tgctgcggag aatgtacctg tgtgtactga cattggcggc      720

atcgccgggt tttcctcagg catcctgcaa agctgcgtca acaccggggc ggtggggtat      780

gcccatgagg ggtataacat tggcggcatc gtagggcagc agtccggata tctgaacggc      840

tgcaccaatt ccgggatgat tttgggccgg aaggatgtgg gcggcattac cggacagttg      900

gtgccggagg tgcgtctgct ctacactgag agccaggttg gcgacctgtt ggatgaactg      960

gacgtgctgc gagacctgat cggccggacc aatgatgatg cccgcagcgc ttccaacgag     1020

atctctgagc ggatgcaggc tatttccgac cgggcggggg aggtccaggg ggctatcagt     1080

gacttggcag atctcaccac agactgggcc aatgaaaaca ttgatgcggt caacagcatg     1140

tctgcccgga tctcctggct cacggataaa ctgtctccca ttatggagga tgccacagac     1200

gcgctggatc tgatggagaa gttggctggt cagatgaatg atgtgatgga cgaggcgcag     1260

gaggccggcg atctggcccc cgatgcagcg gaccggtttg aggacgttat ggacgatctg     1320

agggtcgctg cccggcatgg ccgggactcg gcagaccacc tcaaagcggc tatggcgcac     1380

ctgcggaatg tactggggaa tccggatacg gacacaaccc tggcggaaat acaggcggca     1440

gtttctgaac tgtccaagga tctctcggat attgacagct gttttgtaca aatatgggaa     1500

attttacagg gtgcagatgg tgtgcttcag gggaggccgg aatgggcagc tcttctggaa     1560

aagctggggg cgtttcagtc tgcctgtgcc gctctgccaa actgcttgga ccaggtcaac     1620

gatgcgcttg ctcaggtgat cgggtcggag accgctgccc cggaagcatt ggcgcagttg     1680

aaaagtgctg cagaggatct actggccgcc ggacaggcgt ttgggcaggc gggggcggaa     1740

ctggccaagg cgctgatgaa tgtcgcccct ggacaggggc cggatttgac agccgcttac     1800

caaaaattac aggatgcgtc ccaacagctt acagacacac aggaggaagt agaaaacatt     1860

ctgaaagatt taggcgcgtc tgaagccgag cgggatctgc aggtgaaatt ggacgaactg     1920

aatgctgcca tcgccgccgc agagctggcc gccgcagagg cggaggatgc cctcgcagca     1980

ttggccggga tcgaatctgc ccagactgtc gttgagacac tccaggtcga actggcggcc     2040

atccgtacca gcctggagcg cgcaaagcta tctgcacagg agatcgccgc agccgcggaa     2100

aaattggtgg tgccttccat caatatcgag gaattggagg ccgccagaca ggagatacag     2160

gccgccaggg atagtttatc ctccgcactg cgcgcattgg cccgcagcgt ggacagcggc     2220

gggagtgccg tccgcaaact gcgggaattg ctggagaagg ccggggatgc catagatgaa     2280

ctgagggatg ccggagatac catggaggaa ctgtcttctc tgacttcaga catcatggaa     2340

gacctttccc atgtgctgca agaactatct gagatgccca ccatcaccat ccgtcccatc     2400

agcagcgaga tcaaggaaca gggggatgct ctggacagta tttttactga cctgatcgac     2460

agcggagatg ctcttcggga gtccatgtcc agcaatacgg acattttgct ggacgatctg     2520

gacgccatca accggcagtt cggtgtcatt accgacctga tgcgggatat tctggatggt     2580

tctgatgaga aatttgagga tcggtttgag gatgtgtcgg acgaagcgcc tgaaactaca     2640

gatacgggct atctctctga cgccaggaat gacggaacgg tggagggcga tgttaatgtg     2700

gccgggatcg tgggctctat ggctattgaa tacgactttg acccggagga cgatttgatc     2760

caggaaggcg accgctccct ggacttccga tatcagacca aggcagttgt cgcatcctgt     2820

atcaatacag gagcaatcac cggaaagcag gactacgccg gcggtattgt cggtctgatg     2880

gacctgggac gggttagaaa ctgcgagaat tacggcgctg tatccagcag caacggcgac     2940

tatgtgggag gtattgccgg cgcctcctgg ggcagcgtcc gggacagctg gagcaagtgc     3000

cgcctgtctg gcagggacta tgtgggcggt gcggctggat taggggctac cctgataaat     3060

tgtcataccc tggtgaccat cgatgagggc tctgcttatc tgggggcggt agcgggagat     3120

gtggacagcg acggcaccgt atccggcaac acctttacca gcgagaacct gggcgctctg     3180

gacggtatca gctatgccgg gaaggcggag ccagtggatt tcgattctct gtgcagcacg     3240

gagggcgtgc cggagctgtt ttctcagctg gagctgacct tcgtggccga tggcatcacc     3300

gtagccgtgg tccccttcca gtatggggaa gggatcgaat ccctgccgga gattccggcg     3360

aaaaaggggt actccgccgc ctggccggat ctggactata cccatctgaa tgccagtcaa     3420

accttggaag cggaatatac tccctatacc tccgcccttt cggacggtgg ggaactgccg     3480

gagatccttg tggacggtag tttcagcagc cgggcagaag tctcacacac gattgagaat     3540

gtgacctgga gtgatcgcca gggaaagacg cacaccggca ctgcctatac cgtcacagtg     3600

gacgacccgg atttagagca ggtgtcctat acggttcact accgcctgcc ggactctgga     3660

aaacactatg cgctatgggt acaggaggaa agcggctggt cagaagcgga ttttgagatc     3720

gacggacagt atctgctgct caccagtcag acggaggaga tcattttctg tattacagag     3780

cggtccagca gccttcttgt ctggctcgcg gccggaacag gttgcctgtt gcttctggct     3840

gccgtattct gtgtgctgcg tcacattcaa aaaaagaggc attga                     3885


<210>  1213
<211>  2106
<212>  DNA
<213>  Ruminococcaceae

<400>  1213
atggagaaaa aacaatttca ccgtcggggg ctggggatgc tcctcctgct ggccgtcatt       60

ctgttcgggc tgggctcctc cctctatgac gcccagatga tccacggggc ggagtatctg      120

gcccgctccc agaacagcat tgcggagacc cagaccgtgg aggccgcccg gggggacatc      180

ctggaccggt acggccgggt gctggtctcc aaccgggtca cctatcaggt cgccctgaac      240

accgacgcca tggagaaaaa ccgcaacgac atcctcctgg ccctgatccg cattgcccgg      300

gatgccggcg tggagtggga ggacaccctc cccattaccg cccagccccc cttccgctac      360

accacggaca cccccttcca gtatcccacc accgatgaag agggcagccc caccaccagc      420

ctcacccgcc tggggcggct ggccgtaaag atgaagtgga tcgatgaccc caccgccgac      480

ggggcccagg gcgcccccct tcccaccgcc gaggaactgc tggaaaaaat gcgggagagc      540

tttcagctgg agttggaggg cgcggatatg cgcgccgtgg ccggagtact gtacgagctg      600

tactaccgct ccatggtgaa cagctggcct ccctatgtct ttgcggaggg cgtagacatc      660

gacttcatct ctaaggtgaa ggagcagggc ctctccggcg tggagatcga ggccgccacc      720

gtccgcacct acaacaccga atatgctgcc catctgctgg gccgggtggg ggccattgag      780

aactgggatg catataagga cctggatctg gacggggacg gcacgccgga ctatgagatg      840

gacgacactg tcggcaagga gggggccgag ctggctttcg agtcctacct gcggggcacc      900

gccggggtcc gggaggtgga gcggaacacc agcggcaagg tggtgtccga gaagtggacc      960

accgcccccc agccggggga caacgtggtg ctcaccatcg acatcgacct tcagaagcag     1020

gtggaggaca tcctctccca ggctatcccc cagctggcca gtgaggacac agagggcgca     1080

gcctgcgtgg tgatggacgt gaaccgggca gaggtgctgg cctccgcctc ctacccctcc     1140

tatcacctgg ccacctactc tgccgatttg gcggagaaca gcgctgatcc cctcaagccc     1200

ttcctgaacc gtgctttcca gggtgtctat gcccccggct ccacctttaa gatggtcacc     1260

gctgtcgccg gactggagag cgggatcatt gagccggata ccgagatcat ggacactggc     1320

gtctacacgt attatcagga cgacggcccc cagtgctggt attggcgcca gtaccggcgc     1380

aagcacggcc tggtgaatgt gtccgaggcg ttggaggtct cctgcaacgt attcttcttc     1440

gatgtgggcc gccgggtggg cattcagggg ctccaggagt ttgccgccaa attcggcctc     1500

ggggagccca ccggcatcga gctgtatgag gagaccggcg tcatggccgg accggagtac     1560

actcagtcca tggggcagac ctggtacgag ggcagcaccc tgtcggtggc catcggccag     1620

gagagcagcc agttcacccc cctccagctg gccaactaca tcgccaccct ggtcaacggg     1680

ggcacccggt actctgccca tctcctcaag gaggtcaaat ccagcgactt ctcccaggtg     1740

ctttacacct acgaaccgga ggtgctggac tccatcgaca tccagccgga gaatctggat     1800

gcggtgaaag cggggatgct ggccctgacc accgggaagg gctctctggc ccgctatttc     1860

caggaccttc ctgtccaggt gggcgccaag accggctccg cccaggtgaa cgccgagacg     1920

gaatccaacg ctgttttcgt ctgcttcgcc ccctatgacg atccgcagat cgccatctcc     1980

ctggtggtgg agaagggcgg cagcggctcc actctggcca gcatcgcggc ggacatcctg     2040

cgctactact tctccgccga ggagtcccgg gaagagacct tgacggagaa cacccttatc     2100

cggtaa                                                                2106


<210>  1214
<211>  2160
<212>  DNA
<213>  Ruminococcaceae

<400>  1214
atgccgggac ccaatcgcgc cccccggggg ggctatcaga agcccaagga tctgggcaag       60

accatatcca ggctgctggg ttatctcacc cgcagcaagc tgcccctgat ggccgtgttc      120

ggatgcctgc tgatctcggt gttcaccaac atcggtggct cctacatgat gcggggcatc      180

atcaacgact tcatctggtc gggctgcacc gacttcgccg gcctgggccg ggccatcctg      240

gtcctggtag gaatctacct catcggctgc gcggccacct atggacagtc cgccgtcatg      300

gtgcggctgg cccagcgggg gatcaaccgg ctgcgcaagg acctgttcga caaattgcag      360

gatctgccgc tgtcctactt tgacaagcac ccccacggcg agctgatgag ccgcttcacc      420

aacgacgcgg acaacgtgca gctggccctg gagcagagcg tggtctccat gtgctccagc      480

tgcctgatgt tcgtgggcct ggtggccatg atgcttttca tcaactggaa gctgttcctg      540

gtcaccgccc tggtgctggc gctcaccatg gtgctgttca acaagctggg cgggcgcagc      600

cgccgcttct atcagaagca gcaggcagcc ctgggcgacg tgaacggcga catccaggag      660

atcatcgagg ggctgaaggt ggtcaaggcc ttcacccacg aggagcaggc caaggatcag      720

ttccgcaagc tcaatgagac ctaccgggac gcggcacaga aggccaactt ctactccacc      780

atgattatgc ccgtgtcggg caacctgatg aacatcagct acgccctcac cgccgcattc      840

ggcggactgc tgtctgtcat ccagggcttt gacctgggcg gcctggtggt ctatctcaac      900

tactccaagc aggtgggcca gcccctgaac cagatctccc agcagatgac caccctcctc      960

tccgccctgg cgggcgccga gcggatcttt gaggtgatgg acacccagcc cgaggtggac     1020

gaggggaccg tcaccctggt gggggcggag aaggacgcca acggcaccct gtccgtcttt     1080

gacggcgcag gccggccccg tgtctgggcc tggaagactc caaggaccgc ggccatggcg     1140

ctggtccccg tgctggtggg agcaaaggat gccctcaccg agctgggcca ggcggagcgg     1200

accgagagcg gcggcctgaa gctgctgcct cccagcgtgg actcctccca gggcatctgg     1260

gtggaggtgg cttctgacgg caggctcacc gaagtgaccg acctggccgc cctggccggc     1320

cacggctggg cctggaagta ccaggaccac acgggcaagc cctccctcca cctgatccgg     1380

ggcaccgtgc gcaacgtgcc cggggaggac tactacctca ccgagctgaa gggggccgtc     1440

cggttcagcc atgtggactt ctcctatgtg cccggcaaac gcatcctgaa agatgtgacc     1500

gtctacgcca acccgggcca gaagatcgcc ttcgtaggct ccaccggcgc gggcaagacc     1560

accatcacca acctgatcaa ccgcttctat gagattgagg gaggactcat cacctatgac     1620

ggcatcgatg tgaaggccat ccgcaaggac gacctgcgcc gctccctggg ggcggtgctc     1680

caggacaccc acctgttcac cggcaccatc atggacaaca tccgctacgg acggctggat     1740

gccactgacg aggagtgcgt cgccgccgct aagagcgcca atgcccactc cttcatccgc     1800

cgcctgccgg acggctacca gaccatggtc accggggacg gggcgaacct gtcccagggc     1860

cagcgccagc tgctggccat tgcccgggcg gccgtggccg atcccccggt gatgatcctg     1920

gacgaggcca cctcctccat cgacacccgc accgaacggc acatcgagca ggggatggat     1980

gccctgatgg agggccgcac cgtctttgtc atcgcccacc gcctgtccac ggtccgcaac     2040

tccaactgca tcgtggtcat cgagcatggc gagatccagg agaagggcga tcaccaggag     2100

ctgctggacc agaagggacg ctactatcaa ctctacaccg gtcagttcca gctgtcctga     2160


<210>  1215
<211>  2433
<212>  DNA
<213>  Ruminococcaceae

<400>  1215
atgccagaat gccgctttac ctccaccgcc ctgggcgccc tgcggctggc ccaggagaac       60

gccgcccggc ttgggcacag ctatgtgggc agcgagcacc tgctgctggg tctggccagc      120

caggagtaca gcgccgccgc ccggtccctt cagagcagcg gggtggacag ccgctccctg      180

cgctccgcca tctcccagct ggtgggcacc ggcgtgcccg ctcggtccct ccaccagggc      240

ctgaccccca agtgctgcct ggccatccag caggcagcgg ccgcctcccg ccgcctgggg      300

cagaacgctg tcagcgcgga gcacctgctg ctgggtctgc tccaggaccg tgagtgcgcc      360

gcctgccgcc ttatggcgga gcagggggcg gatctggacc agctctccca gggactggca      420

gcctttctgg ggggcgagga actccccacc cgctccgtcc gaccccggga accggagcgc      480

agcaccgata cccgcctgct ggaccagtgc gcccgggact tgacccggat ggctgccgac      540

ggacagctgg acccggtgat cggccgggaa gaggaactga cccgggtgat ccagatcctg      600

tcccggcgga ccaagaacaa ccccgccctc atcggggaac caggcgtggg aaagactgcc      660

attgtggagg ggctggccct ggccatcgct gatggcaccg ccccctccca cctgctgggc      720

aggcgtgtgt gcgctctgga cctatgcgcc atggtggcgg gcaccaagta ccgtggggag      780

ttcgaggaga agctcaaaca cgtgctggag gaggtccgcc gggcaggcaa catcatcctc      840

ttcatcgatg agctgcacac catcgtgggg gcggggagcg cggagggggc catcgacgcc      900

gccaacatcc tgaagcccgc tctgtcccgt ggggagctcc aggtgctggg ggccaccaca      960

ctggacgagt atcagcgcta tatcgagaag gacgccgccc tggagcgccg cttccagccc     1020

gtcacggtcc gggagcccac ccgtgaccag gccctggcca tcctacaggg tcttcggggc     1080

cgatacgagg ggcaccacca cctctccatc tccgataagg ccctggaggc ggcggtggac     1140

ctgtcctgcc gctatctgcc ccagcgcttt ctcccggaca aggccatcga cctggtggac     1200

gaggcggcca gccgggcccg gctggccggg cgctccctcc ccccggagct ccaagccctg     1260

gagctccggg ccgtccagac cggccgccag ctgcgggagg ccatccgggc ccaggacttc     1320

gagcaggcag ccatgctccg ggacgcggag gaggattttc gggaggagct gaatcactcc     1380

cgccgggcct ggcaggccag ccaggagcgg cgctcggtgg agccctgcca catccgggag     1440

gtcctctccc aatggaccgg ggtgccggtc accgatctgg acgatgggga ccgccgggcc     1500

cttttggagc tggaggacca tctgcgcggg cagctgctgg gccaagatgc cgcagtggaa     1560

caggtggccc gagccatccg acggggacgg ctgggactaa aagacagccg ccggcccacc     1620

ggctgcttcc tcctcctggg tcccagcggc gtgggcaaga cccagctgtg ccgggccctg     1680

gccgctgtcc tcttcggcag tcaggacgcc ctgatccgct tcgacatgtc ggagtatatg     1740

gaaccccact ccgtctcccg cctcatcggc tcccccccgg gctatgtggg ccatgaagac     1800

ggcggacagc tcaccgaggc ggtgcgccgc tccccctggt ccgtggtgct gctggacgag     1860

ctggagaagg cccatcggga tatctggtcc atcctgctcc aggtgatgga ggaggggatg     1920

cttaccgaca gccggggccg caaaacggat ttccgcaaca ccgtgctggt catgacctcc     1980

aacctgggtt cccaacgctt cgtgcgggga cccggcctgg gcttctcccc cggccctgag     2040

ggggaccgga ccgccctgga gcgggaggtg ctggccgacg cacggaagtc ctttcccccg     2100

gagttcctca accgtctgga cgccgccctt gtcttccacc cactggacca cacttccttg     2160

gtctccatca cccggcagct gctggaccag gcgggggctc gcctggcgga gctgggcgtc     2220

tctctgtctg cggaggaggg tgcggtggaa ctgctggccc gcagtggcgg ggaccgggag     2280

tacggcgccc gccctctgcg ccgcgcggtc tcctctctgg tggaggaccc cgccgcagac     2340

ctggtgctgc ggggtgccct ggtccccgga gacacgctcc aggtctccgt ctcccaaggc     2400

aaggtcacag ttcgcccagt ttccccgaaa tga                                  2433


<210>  1216
<211>  3543
<212>  DNA
<213>  Ruminococcaceae

<400>  1216
atgcagaaaa gagctctatc caatcaggag atcctgaaaa gaggaggtca tcgatttatg       60

cgaaccataa cgaaacggct cctgtctctg gtgctgacgc tggccatgtt gctctccctg      120

ggcctgaccg tccaggctgt caacacggcg gtaacggtca cgctgaacgg gacggcactg      180

gagctggaag cgcccgccta tatcgacggg caggaccgga cccaggtccc cgtgagcatc      240

ggcccccagc tggggctgac ctatcagcag aaggaagggg aggtcacctt tgtaaaggga      300

gaggccagcc tgactttccg ggacgggtcc aaggaagctg gcggcatgac tatggacacc      360

gccgccgatc tgtccggtga ggtgggctat gtgcccctgg cctatctggc tcagtttttc      420

ggactgagtc tgacctggaa cggcgctgcc cgcaccgctg cgctctccac cggctccgac      480

ctgactgtgg cggacatcca gagcattcag gcctataccg acgagaccat gtacggcacc      540

ggtgtggtgg aggtgcaggt cacctataag ccgggtgtca atgtcagcgg cgtcaccgcc      600

gacagctaca tcctggagga ccggggctcc ctgtcccccg actacggtcg gatcaagatc      660

gctggtgtct ctgtccaggg ccagactgtg accttgacga ttgacgacgg ctctgcagcc      720

accgccaaca acaagctggt ctacactggg gatcagaagg aaggcccccg tgagcgcaac      780

gtgttcggca tctatgccac cggcgcctgg taccgcgatg tgaacggcgt catctactac      840

ggcaaggaag attccggcga gtacaaggcc aacaccaccg gcatgggtta ccagagccgc      900

gcgtgcctgg agctgaagct gcgccacgcc ggcgaggctg agagcgccgc cgcctgcctg      960

gccaacggca agggccagta taacgccggc gggctgtgga aggagacggt ggaccgccag     1020

ttcggcgctg gtaagttcca gtcctttgag gatctgggca tccggattcc ctctaccgcc     1080

gcggcagcta ctgacggcac ccaggacgcc tatgtccggg gctacgccta tatccccgcc     1140

aactatgatc ccgccaacgg catcgtgttc accctgcagg gacagggcat ctcctactgg     1200

aagctgcccg acggcaccga tgacgatggc accggcatca tgtatgattc cgccaccacc     1260

tcctgggcca acaagggtgc catcgtggtc aacatccacg accgctccag cgcaggcccc     1320

ggcgagtatt tcgatatcta tgatttcgtg gtggacgatg tcaatgtgat gcagtatttc     1380

atcgacacct atggtgtgac cggcaacatc gtactccagg gcaactccag aggcaccatg     1440

gcctccgcct tggtcattaa ggctctggct ggacaggctt acaaccccca gaaccagaag     1500

aaggatgccg gactggagga gaccagcact ctgcccgagg gcaagtatga cttcaccatt     1560

gacgcctata tctgccagaa tggtaccttc gggtacagct acgatgagga ggactgggcc     1620

gccatcgctg ctaccggcct gaaggtttgg gccttcgacg gagagcagga ctccaacaac     1680

gtggagagca tcgctcagta cacccagatc atgaccgaac tcaagggggc cgactgggcg     1740

aaggagaaca ttcgtcttac cggttacccc tctgagatct atgcctactg gggtgagagc     1800

gaccactcca ccacccgtat caacggctgg tactttgatg atgccgcttt ctatggcccc     1860

gacttggaaa tcgtggacgg ccagatcgtc tacaatacca agctgagcga cggggatact     1920

tataccctgg actgccgggg cagcgccgcc ggcagtagca agcagggcta taagtacacc     1980

gtgtacgacg aactgtatca ggagtgggct ctggacaaga aaggcgcctc cgtcactgcc     2040

ggagctcccg ccgctgacca gatcacctct atccaggcca cagcagtggc taacttctat     2100

ggctacaagg tgggtacagt ggacatcacc tacgccgcgg gtactgacct gaccggcgtc     2160

accgccgaca gctacaccct gtatgaccgg ggcttcaata atccggagtt cggcgaggtg     2220

gagatcaccg gcgcctctgt ggatgggaac gtggtcaccc tgaccgtcga tcaggggacg     2280

gataaggtca ccgaccgcag ccgtgagact tacggaactc tgtgcaccag ctccagctgg     2340

tatgtggatt cagaggggaa catccactat ggcgatactc agaccactga tgccctgggt     2400

atcaccatct accccaacac cattaaaaag ggcctgcagt ggagagagaa tatggacctg     2460

gtgctgtgcg tcaacagcga cgacatcacc accggtatcc gctccactga cggcgctggc     2520

actatgctcg ccgataccgt ctgggagccc accatcctgg ccgatgactt ggacaaggtg     2580

gagctggaga tggtggatgt aggctggaaa gctgcagact acactatgct gggcgatcag     2640

ggcgaggtcc ccgtccatgt tatctacccc gacaactatg accccaaccg ggcggagccc     2700

taccccgtca tcgactatca gtgcggcggc ggcgtctgct actgggaggt cactgacggc     2760

agcaccaccc cggccaacaa cctgggctgc aacgtggtct atgacgtgat gatgaccgag     2820

tggcaccgcc agatgcctga cgccatcatt atgagtgtca acgtccactc ctccacagta     2880

gagaattctg ccaaggagat cgccggcgtg ctggattacg ccatcgagaa ctggaacgcg     2940

gacaaggacc gcatcatcct ggtgggcaac tcccagggca ccctgatctc ctccgacgtg     3000

atccgccagc gccccgatct ggtggcgggc tatgtggagt gcaacggcaa cctgggcggc     3060

atggcatccg ctgatgcggt ggacggcacc ctggcaaaca gcagcctggg gagctggacc     3120

gaggaagagg tccaggccat gatcgacaac gaggtgtccg tgtggatgtt caacggcgag     3180

accgatggtg acaaccccgc tgcccagcag gacgtgatcg agatcgtgaa ggacctgtac     3240

cgggaagccg ggaagagcga gtcctggatc gaggagcatg tccgggcctc cgggctccag     3300

tcctggaagt tcaaggattg gggcgagacc gaccactccg ttaccaaggt ggtggcttgg     3360

tactatttgg gccagcccta catggatgtg gagaagggca cctctctgaa ggccggcgac     3420

acctaccagt attccggcaa ggaggagagc tacgagaagt atcagtacac catggactat     3480

gtgtacacgg tgtacccgga gagcgtggcc cagtgggcga aggacgtttt cgcctctgtg     3540

taa                                                                   3543


<210>  1217
<211>  2958
<212>  DNA
<213>  Ruminococcaceae

<400>  1217
atggctagaa aattcaagac catggacggc aacaacgcgg cggcctatgt cagctacgcg       60

tttaccgagg tagccggtat ctaccccatc acgccgtcca gccccatggc cgactatgtg      120

gaccagtggg cggcccaggg ccagaaaaac atcttcggca ccaccgtcaa ggtcatcgaa      180

atgcagtctg aggccggtgc cgccggcact gtccacggct ctctggcggc gggcgctctg      240

accaccacct acaccgcatc ccagggcctg ctgctgatga tccccaacat gtacaagatc      300

gccggcgagc tgctgcctgg tgtcttccac gtgtctgccc gtaccgtggc cgcccagagc      360

ctgaacatct tcggcgacca ctctgacgtg atggcctgcc gccagaccgg ctttgccatg      420

ctggccgaat ccaatgtgca ggaggtcatg gacctgggcg ccgtggccca cctggctgcc      480

atcaagggcc gcgtcccctt catcaacttc ttcgacggct tccgcacctc ccacgagatc      540

cagaaggtgg ccatctggga ctacaaggac ctggccgaga tggtggacat ggacgccgtg      600

gaggcgttcc gcaagcgcgc cctgaacccc gagcggccca ccatgcgcgg ttcccacgag      660

aacggcgaca tcttcttcca gcaccgcgag gcctgcaaca cctactatga cgccctcccc      720

gccatcgtgg aggagtatat gggcaaggtc aacgccaagc tgggcaccaa ctaccagctg      780

ttcaactact acggcgcccc tgacgctgac cgggtcatca tcgccatggg ctccatctgc      840

gacgtggccg aggaggtcat cgactacctc aacgcccacg gcgagaaggt gggcctgatc      900

aaggtgcgcc tgtaccgccc cttccgggcc gacaagctta tcgctgccat ccccgccacc      960

gcaaagaaga tcgccgtgct ggaccggacc aaggagcccg gcgccctggg cgatcccctg     1020

tacctggatg tggtcaccgc gctgaccaat gcgggcatta ccgacaagac cgttgtgggc     1080

ggccggtacg gcctgggctc caaggacacc ccgccccgca gcgtgtttgc tgtctatgag     1140

gagctggcca aggccgagcc caagcgccag ttcaccatcg gcatcgtgga cgatgtgacc     1200

aacctctccc tgccggagag caagtccgcc aacaccgccg ccgagggcac catcgagtgc     1260

aagttctggg gcctgggcgg cgacggcact gtgggtgcca acaagaactc catcaagatc     1320

atcggcgacc acaccgataa gtatgtgcag gcgtacttcc agtatgactc caagaagacc     1380

ggcggcgtga ccatcagcca cctgcgcttc ggcgacaagc ccatcaagag ctcctactat     1440

atcaataagg ctgacttcgt ggcctgccac aacccctcct atatcctcaa gggcttcccc     1500

atggtccggg acgtgaagcc cggcggcgtg ttcctcatca actgccagtg gtccgatgag     1560

gagctggaca agcacatgcc cgccgtggcc aagcgctaca tcgcggaaaa tgacatccag     1620

gtctacacca tcgacgcgat cgacctggca gccaagatcg gcatgggcaa gcgcaccaac     1680

accattctcc agtccgcttt cttctccctg gccaacgtga tgccccagac cgaggccatc     1740

cagtatatga aggacgcggc cacccactcc tacctgaaga agggccagga cgtggtggat     1800

atgaaccaca aggccatcga cgccggcgcc actgccttca agaagttcac ggtgcctgcc     1860

tcctggaagg atgctcagga tgcacccaag gagagtgtcc tgtccggccc tgccaagctg     1920

gtgaagatgg tggagaacat cctggagccc gtggaccgca tggacggcga cagcctgcct     1980

gtctccgctt ttgtagacca cgcagacggc accttcgagc agggcgcctc cgcctatgag     2040

aagcggggcg tggctgtcag cgtgcctgag tgggactcca gcaagtgcat ccagtgcaac     2100

cagtgcgcct acgtgtgccc ccacgccacc atccgtccct atgccctgac cgaggaggag     2160

gccaagaacg cccccgatgc ggccaagatc gtggatgtga aggcgggcaa gggcaagggc     2220

gtgtacaagt ttgccatggc ggtcagcccc ctggactgca tgggctgctc cgtctgcgcc     2280

aacatctgcc ccaccaacgc cctgaccatg gtctcccagg agagccaggc cgctcagcag     2340

gaggtctttg actacatggt ggccagcgtc tccgtgaagg aggatatggc cgacctgacc     2400

gtcaagggca gccagttccg cactccgctg ctggagttct ccggctcctg cgccggctgc     2460

gccgagaccg cctatgcccg tctcatcacc cagctgttcg gagaccggat gtatatctcc     2520

aacgccaccg gctgctcctc catctggggc ggtccggctg ccacctctcc ctacaccgtc     2580

aacgccgagg gcaagggtcc cgcctgggcc aactccctgt ttgaggacaa cgccgagcac     2640

ggtctgggcc tgtatctggg acagaaggcc atccgcaacc ggctggctgc caagaccgag     2700

gccctgatcg cggtggactg ggcccgtcct gagctgaagg aggccgccca gaagtggctg     2760

gacactatgg aggacggcca ggccaaccag gaggctgcca aggcctatgt ggcggctctg     2820

gaggccggcc tgtgcacggt ggacgagctg ctggccagtg acaaggccga gatccaggcc     2880

ttcggcaagg agctgcaggc caagggcgag acgctgtgtc agtgcgaggc ctgcaagctg     2940

gtcaaggaga tcctggac                                                   2958


<210>  1218
<211>  1437
<212>  DNA
<213>  Ruminococcaceae

<400>  1218
atggcgaaag aagtcactcc tgagcagatc gaaatgctgg atgggatggt cgctaaggcc       60

cgcgctgcgg cggagatcat cgccacctat gaccaggagc gcgtggaccg gctgtgccag      120

gcggtcgccg cttctgtgat cgacatgaag gtttgggcga acctggctga cgaggcggtg      180

gacgagaccg gcctgggcga caaggtgacc aagcggaaca agcggaacaa gctgaagctg      240

atcctgcggg actgcctgcg tcagaagagc gtgggcgtga tcgaggagat ccctgagaag      300

ggcatcgtga agtatgccaa gcctgtgggc gtgattgcgt ctctggtgcc caccaccaac      360

ccctgcctga cccctgccgg ccaggtgatc tatgccatca aggcccgtga cgtcatcatc      420

tgcagccccc atccgcgcgc gaagaagacc accaacaagt gcatcaacat catccgtgag      480

accctggtgc gtgagggcgc tcccgccgac atcatccagg gcatcgagga gcccagcatc      540

accctgaccc aggagctgat gaagcgctgt gacctggtca tcgccaccgg cggtcgtccc      600

atggtcaagt ccgcatactc ctccggcgtg ccggcctacg gctccggcgc cggcaacgcg      660

actgtcatca tcgacaacac ctgcaacacc gccgagcgtc aggctgaggc tgccatgaac      720

acccggatct ccaagtgctc cgacttcggc tccggctgct cctgcgacgg caacctgatc      780

atccacgagg acgtgtacga cgggttcgta gccgccctgg tgaaggaggg cgcttacctg      840

gccaacgagg aagaggctga gaagctgaag gccgtcatgt gggacgaggc tgggcaccgt      900

ctgcccaaca ccgtggccat cagcccgcag aagctggcgg aggccgctgg gttcgagatc      960

ccggctgacc ggaagttcat cgctgtgacc ggcggcggca tcgagaacgt gggcaaggag     1020

cacttcttct ccagcgagaa gctgaccact ctgctgaccc tgttcaagta ctacggggag     1080

tttgagaacg cactgaccat gatgcaggcc atgttcaacg tgggcggcaa gggccacagc     1140

tgcggcatct actccttcga cgacgaccac atccatcgtc tgggcatgtg cgcccccgtg     1200

ccccgcatca tggtgcgcca gcccaacaac cgcggcaact ccggttcttc caccaacggc     1260

atgcctccca cgtcttccat ggggtgcggc acctggggcg gcaacatcgt gtccgagaac     1320

atctgcctga agcactacat gaacaccacc tgggtggccc gtcctctgcc cgaggatatg     1380

cccagcaacg aggagctgtt cggcgagttc aacaagccgg acatggacgt ggagtga        1437


<210>  1219
<211>  1704
<212>  DNA
<213>  Ruminococcaceae

<400>  1219
ttgaaagtaa gagccaccca ggccatcctg gagtgcctgc tggagcagga ggtggacacc       60

gtcttcggct atccgggcgg gaccatcctg aatctctatg atgaactgta tcactaccaa      120

gataaaatac accacatatt gaccgcccac gagcaggggg cctcccacgc cgccgatggc      180

tatgcccgat ccaccggcaa ggtgggggtg tgcttcgcta cctcgggccc cggggccacc      240

aatctcacca ccggcatcgc caccgcctat atggattcct ctcctgtggt cttcatcacc      300

tgcaatgtca ctgaggagac cctgggcaag gacgctttcc aggaggtgga catcaccggc      360

atcgccatgc ccatcaccaa ggccacctat ctggtccggg acccccagac catccccgac      420

gtgatgcgtc aggcctttgc cgtggctgcc actggccggc ccggcccggt gctcatcgac      480

tttctgaaga acgtcacctt ccccaccact atgatcgact atgagttcat cccctggaag      540

gagaaccgct cctgcggcag catccgggag ctgaacctgc gccacggcct caagccgccg      600

gagcctgacc tgggggatat cgacaagctg gtggagatga tcgcccagtc ccagcggccg      660

ctgctcatgt gcggcggcgg cgtggtccgc gggcgggcgg accggcagtt ccgggagttt      720

gccgagaagc tggactgccc cgtggccatc accgtcatgg ggggcggcgg cttccccggt      780

gcgcaccccc tcaccaccgg catggtgggg atgcacggca cccaggcctc caacaccgcc      840

tgtgaccagt gcgacctgct catcgccgtg ggctgccgct tctctgaccg ggtggctctg      900

gaccctgcct cctttgccag ccaggcgaag atcgtccaga tcgatatcga ccgttcggag      960

atcgacaaga acatcctcac cgaccaccac atcatcggct ccgccaaacg ggtgctggaa     1020

ctgctcaacc agcgggtccc ccagtaccac cgggacgcct ggaaggagca gatcctttcc     1080

ctgaagcggg agccggaggt ggagacctcc caggtcctta ctcccaggca ggtgctggag     1140

accatccgcc gcatggcccc ccaggacacc atcgtggcca ccgatgtggg ccagcatcag     1200

atgtggtcta tccagcattt ccacttcgac taccccggcc agctgctcac cagcggcggc     1260

ttcggcacca tgggcttcgg actgggggcc gccatcggtg ccaaggtggg caatccggac     1320

aaggtggtgg tccacaccac tggagacggc tgcttccgca tgaactgcca cgagctggcc     1380

actgtggagc actaccacct gcccatcatc accgtcatct tcaacaacgg ctgtctgggc     1440

atggtgcgcc agtggcagaa cctgctctac caccagcgct tctcccagac taccctggac     1500

cgtggccccg acttcgtcaa gctggccgag gcatatggac tgaagggctt ccgggtctcc     1560

acccgggcgg agatggagca ggcctttggc caggccctcc aggcggggtg cggctgtgtc     1620

atcgactgcc gcctggatat ggacgagatg gtccggccca tggtggccgg cggggcccat     1680

atcaccgact ttctgctgaa ataa                                            1704


<210>  1220
<211>  2829
<212>  DNA
<213>  Ruminococcaceae

<400>  1220
atgcacagtc atatttttgt caagggcgcc cgggtgaaca acctgaaaaa cattgatgtg       60

gacatcccgc gggacaagct ggtggtcctc accgggctgt ccggttcggg aaaatcctcc      120

ctggccttcg acaccatcta tgccgaggga cagcggcggt atgtggagtc cctcagctcc      180

tacgcccgca tgttcctggg ccagatggag aagcccgacg tggactatat cgacgggctc      240

tcacccgcca tctctatcga ccagaagacc accagcaaga acccccgctc cactgtgggc      300

accgtgacgg agatctatga ctacctccgt ctgctgtggg cccgggtggg caccccccac      360

tgccccatct gcggcaagga gatcaaacag cagaccatcg accagatcat cgatcaggtg      420

atggcgctgc ccgaggccac ccgcatccag atcatggccc cggtgatccg gggcaagaag      480

ggggagcacg ccaagatctt cgaggacgcc cgcaagtcgg gctatgtccg ctgccgggtg      540

gatggcatcg cctatgatct cagcgaggag atcaagctgg aaaagaacaa gaagcacgac      600

attgagatcg tggtggaccg tctggtgatc cgggaggaca tcgcccgccg tctcacagat      660

tcggtggaga ccgccgcctc cctggcgggg gggctggtga tcgtcaacgt ggtgggggag      720

gaccgggata tcctgttttc ccagaactac gcctgcgagg actgcggcgt ctccatcgag      780

gagctcaccc cccgcatgtt ctccttcaac aaccccttcg gcgcctgccc cacctgcacc      840

ggcctgggca gccagatgaa gatcgacccg gagcgcatca tccccaataa aaacctgtcc      900

atcatcgagg gggccattac cgcctccggc tggagcagca tcaagtcgga cggcatctcc      960

cggatgtact ttgacgccct ggccaagcgg tacaaattca agctgaacac cccggtgaag     1020

gacctgcctc cggaggcgct ggacgccatc ctctacggca ccaacgggga gaagctgacc     1080

ctctactacg accagccccg ggggaagggg accctgtatc aggcgtttga gggtattgtc     1140

aacaacctgg agcgccgcta ccgggaaact cagtccgact ctgtaaagcg cgagctggag     1200

gagtgcatga gcgagtgccc gtgtcccacc tgtaagggcc gccgcctgcg caaggagtct     1260

ctggcggtca ccgtgggggg gatcgatatc gacgccttca cccacaaatc agtggacgac     1320

gccctggagt tcgtggatca gctgaccctg actgagaccc agatgcgcat cgcccagcgg     1380

atcctgaagg agatccggga gcggctgggc ttcctgcggt cggtggggct ccagtacctg     1440

accctgtccc gcagcgccgc cagcctgtcc ggcggcgaga gccagcgcat ccggctggcc     1500

acccaaatcg gctcctctct gatgggagtg ctgtatattc tggacgagcc ctccatcggc     1560

ctgcaccagc gggacaatga catgctgctg gagactatga agcacctgcg ggacctgggc     1620

aacaccctgc tggtggtgga gcacgatgag gacaccatgc gggccgccga ctatatcgtg     1680

gacgtgggcc ccggggccgg cgtccacggc ggacagatcg tggcctgcgg cacagcggag     1740

gagatcatga acacccccgg ctccctcacc ggcgactacc tctccgggcg gcggaagatc     1800

ccggtgccgg agcagcgccg gaaggggaac ggaaagtacc tgaaggtgct gggggcggcg     1860

gagaacaatc tgcgccacat cgacgtgtcc ttccctctgg ggaccttcac tgcggtgacc     1920

ggcgtgtcgg gcagcggaaa gtcctccctg gtcaacgaga tcctctataa ccggctggcc     1980

tgcgacctga accgggccaa gactcggccg ggcagacacg acggcctgga gggggaggag     2040

ttcctggaca aggtcatcaa catcgaccag tcccccatcg ggcgcacgcc ccggtccaat     2100

ccggccacct acaccgggct gttcaacgac atccgggacc tgttcgcctc cacccaggac     2160

gctaaaagcc ggggctacgg cccgggccgc ttctccttca atgtgcgggg cggccggtgc     2220

gaggcatgtc agggggacgg cctgctgaag atcgagatgc acttcctgcc ggacatctac     2280

gtcccctgcg aggtgtgcaa gggcaagcgg tacaaccgtg agaccctgga ggtgcggtat     2340

aaggggaaaa atatctatga ggttctggag atgacagtgg aggaggccct ccccttcttc     2400

gagaacctgc cccggatcta cgggcggctc aagaccctga tggatgtggg gctgagctat     2460

atcaagctgg ggcagccctc caccgagctg tccggcggcg aggcccagcg ggtcaagctg     2520

gccaccgagc tgtccaagcg ctccaccggc cagaccatct atatcctgga tgagcccacc     2580

accggcctgc acagctatga tgtccaccgg ctcatcgagg tgctccagcg tctggtggag     2640

gcgggcaaca ccgtggtggt catcgagcac aacctggatg tcatcaagac cgccgaccat     2700

gtcatcgacc tgggccccga ggggggcgac ggcggcggca ccatcgtctg cacgggcacg     2760

ccggaggaag tggccgcctg tgagcggagc tacaccgggc ggtatctgaa aaagatgctg     2820

gagcggtga                                                             2829


<210>  1221
<211>  1842
<212>  DNA
<213>  Ruminococcaceae

<400>  1221
atgaaaaagg tggacagatg ggcggcgctg acagcggcgc tgctgctgac ggtctccctg       60

gcacccgcct cccaggcggc ggaggcggga gagaagatcg tgatcctcca caccaacgac      120

gtccactgtg ccctggacga cgccatcggc tatgccggcc tggcggccta tgccggggcg      180

ctggaggagc agtacggggc ggaccgggtg accctggtgg atgcgggaga tgccatccag      240

ggccaggcgg tgggcaccct ctcccagggg gagtacatca tctccctgat gaacgcggcg      300

ggctatgacc tggcggtgcc aggcaaccac gagttcgact atggggtgga ccggctgatg      360

gagctggcgg ccggggcgga gttcccctat ctcagctgca acttcaccgg cctggcggcg      420

ggcgaaccgg tgttccagcc ctatgctctc ctggactacg gggacaccac cgtaggctat      480

gtggggatct gtaccccgga gagcctgacc aagaccgacc ccacttactt ccgggacgag      540

gccggggagg cggtgtacgg cttccggcag ggaggagacg gacaggagct gtatgactgc      600

gtccaggccg cagtggacca ggcccgggcc gagggcgcgg actatgtggt ggcggtgggc      660

catctgggta atgagggcat ctctgcccag tggtcctccc aggctgtcat tgcccacacc      720

accggcatcg acgtgtccct agacggccac tcccatgagc agtatgagcg gacactgccc      780

aaccgggagg ggaaggacgt ggtgctggcc cagacgggca ccggcctgac cgccatcggc      840

caggtgatct tggaccccgt caccggggag atccaggcgg agctggtggc cggctatgcc      900

ggcagggacc cggaaatgga ggaggagatc gccgctgtcc aagcccagta tgaggagcag      960

ctgagccaag tggtgggcag cacggacgtg gccctggtca ccaccgaccc ggccaccggg     1020

gaatactggg ttcggagccg ggagaccaac ctgggggact tctgcgccga cgcctaccgg     1080

gcggtgatgg gggcggatat cgcctttgtc aacggcggcg gcatccgggc ggagctggcg     1140

ccgggggagg tcacttatgg ggacatcctg gacctgcacc cctatggcaa cgccctgtgc     1200

ctggtggagg ccaccggaca gcagatcctg gacgccttgg agatgggggc acggaagtat     1260

ccccagacca gcggaggttt cctccaggtg tccggcctga cctataccat tgacgccgct     1320

gtcccctcct ccgtagtggt ggacgagaac ggggccttcc agtctgtgga cggcccccgc     1380

cgggtgaccg gtgtgaaggt gggagggcag ccgctggagc tggaccgggt ctataccctg     1440

gcctcccaca actatatgct caaaagcggc ggggacggct acaccatgtt tcagggctgc     1500

accctgctga aggatgagac ggtgctggac aatcaggcac tgatccgtta cctgggccag     1560

atcctggagg gggacctgag cgcctactcc gctcctgggg gacagggccg catccagatc     1620

gcagagacgg cggaggagac cggcggggca cctgcggagc cggaagagcc cgcggccggg     1680

gcgcggatct atgtggttca gcccggggac tgcctgtgga ccatcgcccg gcaggagctg     1740

ggcggcggcc tgcggtgggt ggagatctat gacgccaacc gggaccagat ccaggacccg     1800

gaccgcatcc aggcgggaat ggagctggag ctccccgcct ga                        1842


<210>  1222
<211>  3570
<212>  DNA
<213>  Ruminococcaceae

<400>  1222
atggcctttg ccttgacaga ggaacagagc agagcagtcc atgaccgggg gggcggactg       60

ctggtgtcgg ctgcggccgg ctcgggcaag acccgggtgc tggtggagcg gctgctggac      120

caggtgaccg gggagggagc ggatatcgac gacttcctgg tcattacata tacccgggcg      180

gctgcggcag agctgcgggc ccggattgct caggagctgt ccgaccggct ggcggagcgg      240

cccaacgacc ggcacctgcg gcggcagacc acgttggtct acaaggccca gatctccacg      300

gtgcacgcct tctgtgccgc tctgctgcgg gagagcggcc accagatcgg gttggacccg      360

gactttcggc tgtgcgacga gggggagggc gcggtcctga tggcccgggt gctgggggag      420

accctggacc gccagtacga ggatctggac ccggaggggg actttgccgc cctggtggac      480

accatggccg ccgggcggga cgacagccgc ctggagcaga tcgtgctgga cgtgttcggc      540

cgcatccaga gccacccgga cccggcgggc tggctggcag accagagccg cctgtgggag      600

ctggatgggg tcaccgacgc gggggacacc ccctgggggg cgctgctgct ggccgacgcc      660

aggcggcagg gggagcgctg cctggagctg ctgctccggg cgctggaact caccggccgg      720

gacagcgtgc tcagccagaa ttacggcccc agtctctccc agtccatcca gggggtgcgg      780

gccctgctgg cggcggacag ctgggacggc gtgtaccggg ccctgccagt ggagttcccg      840

gcggcggggc ggaaaaaggg cgtggaggac ctggaggcgg cggagcgggt gaagggactg      900

cgcacccgct gcaagaagca gatggacaag ctctttgagg acctgggcgg ggacagcggg      960

cagctgctgg ccgatctggc cctggcccgg cccgcggtgc ggggcctgat ggagctgacg     1020

gcccgctttc aggaggacta cgcccgggag aaggcgcgcc ggggcatact ggacttttcc     1080

gacctggaac atctggccct gcggctgctc acccaggacg gggacggagg gcccggcccg     1140

ctggcccggt actggagcgg ccggttcgcc gaggtgatgg tggacgagta tcaggacacc     1200

aaccaggtgc agaacgccat cttcactgcc gtgtccgatg gggggcggaa gctgtttatg     1260

gtgggagacg tgaagcagtc catctaccgc ttccggctgg ccgaccccac catcttcctg     1320

gacaagtacc gccgtttcaa accttgggac caggcggcgg agggggagga gcggacagtg     1380

gtgctcaccc gcaacttccg ttcccggccg gaggtcctgg aggggaccaa cgacctcttc     1440

cgaaatatta tgtcaactga attcggggag ctggactaca cccaggacca ggcgctggcg     1500

ccgggagccg ccttcccgcc ggagggagac tggcgggtgg agctggacct ggaggacctg     1560

tccttcctgg gggaccagga ggaaggggag cgggcggaca aaaatctgct ggaggcccgc     1620

tgggcggccc gccgtatccg ggagctgctg gacggggagc tgatgctgac ggaggggagc     1680

gggcagcggc gggcggagcc ctctgacgtg ctccttctcc tgcgctcccc tggggcggtg     1740

ctccaccact atatccgggc cctcaacgag gcggggctgc cctggtccgc cgagggcggg     1800

gaggacttct ttgcctccac cgagatcaat gtggccctgt cccttctcca gatcgtggac     1860

aatccccgcc aggatgtggc gctgatcgcg gccctgcgct ccccggtgta cggcttttca     1920

ggagatcagc tggctctgct ccgggcggag ggggaggggg acttctattc cgctgtggtt     1980

caggccgccg gccgggggga ccaggcgtgc cgggatttcc tgacggagct ggaggagctg     2040

cgcttcgggg caggggaccg cacctgccgc cagctgatct ggcacatcta tgaacggacc     2100

aacctgctgg gcctgttcgg ggccatggac ggggggcagg agcggcaggg ccgcctgctc     2160

accctctatg ccctggcggg gcgtctggag gaggcggggt gccggtctct cttccagttc     2220

ctgctgcgcc tggagcggat gcgccagacc gggggactgt ccctggccgc cccaggccgg     2280

gaggggggcg gtgtgaccat catgtccatc caccgctcca aggggttgga gaaaccggtg     2340

gtgctgctgt gcggcctgtc ccggcggctg aaccgggacg acctccagcg gcctgtcctc     2400

ttccatccgg tgctgggggt gggcccccgg ggcctggacc gggagcggat ggtggagtat     2460

cccaccctgg cccgcaaggc ggtggcccgg aagctggagc gggagatgat ggcggaggag     2520

ctgcgtctgc tctatgtggc catgacccgg gccaaagaga agctgatcct ctccatcccg     2580

ctgcggcggg gagcggagaa gctggagaag ctgggggagg acctgtctgt tccaccctcc     2640

cccatggcgt tggagcgcca gcagagcgtg ggcggctggg tgctgcttca cgccctggcc     2700

cggcccgagg cgtccgccct gcggagcatg gcggggctgc cggaggtgtc cccggggact     2760

ctggggcccg cctgggatat tcgatgggta gatggggcgg cactggccca gattccggag     2820

cagaggggcc gcttcgcgga tctgcccgga gagtcggaga cggaaccgga ggggctgaga     2880

gaggcgctgg cctggcacta tccgttctcc ctttcctccc agaccccctc caagctcacc     2940

gccacccagc tcaaggggcg gagcctggac caggagaccc gggaggaggc cgccccggcg     3000

gcccttccgc cccagccgct ctccatcctg cggccccagt tcgtggcgga ggagcgggga     3060

ctcaccccgg cccagcgggg cacagccctg cacctggcca tgcagtatct ccccctggac     3120

acggacaccc cggagcgggc agcggcggag ctggagcgcc tggtgtccgg cggcttcctc     3180

accccccagc agggggcggc ggccgatccg ggacagctgt ccgcgttctt taactcgccc     3240

ctgggcaggg agatggcgtc ggcccccgtg tgccgccggg aattcaaatt ttccgtgctg     3300

ctgccggcgg aggagttctg ccccggcctg gagccggggg aggaggtgct gctccagggc     3360

gtagtggacg cctggttcga gactctggag ggcatcacgg tggtggactt caagagcgac     3420

cgggtctccc ggtccggggc ggcggcccgg ggagaggagt accgccctca gctggaggcg     3480

tacagccggg ccctggagga gatcaccgga aaacaggtgg tccgaaaggc gctctggttc     3540

ttcgaaccgg gggagctggt ccttctgtga                                      3570


<210>  1223
<211>  2172
<212>  DNA
<213>  Ruminococcaceae

<400>  1223
atgacaagac gcgcgctggc gctggtgctg accctggcca tggcgctgtc cctgtgtctg       60

gcggcccagg ccgccggccc ccaggtgacg gtgaccctgg atgggacggc gctggagctg      120

gaggtccccg cctatatcga cgggcaggac cggacccagg tccccgccag catcggcccc      180

cagctggggc tgacggtcca gactggtgac gggagcgtca ccttcaccaa aggagaggcc      240

agcctgacct tccaggacgg ggccaaggag gcgggcggcg tgaccatgga caccgccgcc      300

gacctgtccg gcgaggtggg ctatgtgccc ctgacctatc tggcccagtt cttcggcttc      360

caggtggcct ggaacggcgt cacccgcact gcggcggtca ccagcacggc cgcggaggag      420

gagaccgctg tgaccaagct gccccagctg gtgtattcag agctggagag cctgatggcc      480

cagcaggcag cccagtatca gaccaaggac aacgtggtgc ccatgctgtg gcagggcgtg      540

ctggaaatgg acgtccaggt gggcgatgcc gcccgcaccg ccaagctcta tgtgccccag      600

ggcacgcccc agggcgccat gttcgtggtg atgaacgtcc ctgagggcct gaacgccgtg      660

agcttcatgg agaccagcgg ctggatggac aaggcggacg aggagggctt ttgcctgttc      720

gtgctggaac ccgcccaggg tactccctgg ggaactctgg aggaggagca ggcatacatc      780

aatgccggca tcagcgccgc caaggcgggc aagtggctcc agcccggtcc cagcatgtac      840

ctggtgggct acggtgccat gggtacctgc ctgcagaagt acgccatgga gaatcccctg      900

aatatcgccg gagcggtgtt cctggatgcc agcctcattg acgccggcta catggcgtcc      960

aacggggatg tgtcctttga taccgatacc aagacctacg gcgtcacccg caaggaggtg     1020

ccggtgcccg tcaagatcgt ggaaagcacc atgacggagc aggcaaaggc tgtggcggac     1080

tactggcagg ccgcagccaa cgacaagaac gccgtggagc gctttgctcc tgaaggcggc     1140

gagatcctgg cggccgccgt ggtcaccgaa gaggggaact atgactacgc cctgcctgcc     1200

accaccgaca tgatctggga cttcatgggc cagttctacc gctacggcgg cggtgtgctg     1260

tccaacgcta tctcctggaa ggtggactat gaggagatgg gagtggagtt ccgaagcttc     1320

accgactccc agggcatcga ccggcagtat ctggtctata tccctgaggc ttaccgcggc     1380

agcggcgagc agctgcccgt ggtcattgcc tatcacggag cctccacctc tatgcgcaat     1440

ttctttgaga ataccttgtg gtacaatatc gccgatgagg agggcatcat gctggtgttc     1500

cccgagtcca ccctggtgcc ggtgcccccc accctgggcg gcggcgaggc caaccccacc     1560

gcctaccgcg cgctgtggca ggtggaggac cctgagctgc gctacaccga cgtggtgtat     1620

gccgaggacc tgctggacca gctgatcgca gtctatcccc aggtggatca gggccgcatc     1680

tactgcaccg gccactccat gggctgcatg atgacccact acctgggcag tgccgaggtc     1740

tcccaccgct tcgccgccat gggcgccacc tctggccccc tgatggccag ggaggagacg     1800

ggatcccaga ccgtgcccat gttcatgacc atggcccagt acgacatgtg gagctatgac     1860

ctgaaccagg acgacaccat gaccacccag gcggtggaca tgtggctggt ccgcaacggg     1920

ctggcggccg cctccaacgt ggtcgaggtc cgtaagaccg gggccactga gacctatgtg     1980

gagggccgct acaacaactc cgtctgggag aatgaggacg gcatccctct gttccgctac     2040

gcctgggtca ccggcaagga ccatgtgaac ctgccggcag agaaccagct gctgtgggac     2100

gagtggttca gccagatcac cctggacact aagacaggcg tgcgcgccta tcagggacag     2160

gccatcggct ga                                                         2172


<210>  1224
<211>  2547
<212>  DNA
<213>  Ruminococcaceae

<400>  1224
atgctggatc aagaacagga actgagattt tccaaggccc gccggggggc catcgcccgg       60

gagttcgccc atctgaaccc ggagcagcag agggcggtgc tggccaccga ggggccgctg      120

ctgctgctgg ccggggctgg cagtggaaag accaccgtgc tcatccaccg catcgccaac      180

ctgatgaaat acggccgggg ctccgacagc ccggaggtgc cggagcgggt gacggaggat      240

gacctgcgct tcctggagga gtatgctgcc tccggcgcgg gagacagggc acggcaggag      300

gcactgtgcc gcctggagcc cgccgccccc tggaccatcc tggccatcac cttcaccaac      360

aaggctgccg gtgagctgaa ggagcggctg gagcggatgc tgggcccagc cgccaatgac      420

atctgggcct ccaccttcca ctccgcctgt gtgcgcatcc tgcgccggga catcgagaag      480

ctgggcttct cctcctcctt taccatctat gacaccgacg actccctgcg ggtggtgaag      540

gactgcctga aggacctgaa tatcgacgaa aagcagttcc cgccccggtc cgtgctgggc      600

tacatctccc gggccaaaga cgctatgaag ctggcggagg agtatctggc cgactgcgag      660

cgggcggggg atttccgcct gaccaagatc gccaaggtgt acgtggagta ccagcgccgg      720

ctgtgggagg ccagcgccct ggactttgac gacatcatcc tccacacggt ccgcctgctc      780

cagcagcacg aggacgtgcg ggccttctat cagcggaaat tccgctatgt gctcatcgac      840

gagtatcagg acaccaacaa tctccagtat ctgctggcct ccactctggc ggggggatat      900

gagaacttct gcgtggtagg ggacgatgac cagtccatct accgcttccg gggagccacc      960

atcgagaaca tcctctcctt tgaggagcag tacaagggct gccgggtcat ccggctggag     1020

gagaactacc gctccacccg ccacatcctg gaggcatcca acgccgtcat ccgcaacaac     1080

cagggccgca agggcaagga actgtggacc cgggcggggg agggggagaa gctccagctc     1140

tacaccgcca tgaacgaaaa tgacgaggcc cagtatgtgg ccgcccgtat cctggaggat     1200

tacagccagg gccggcactg gaaggaccac gccgtcctct accggatgaa cgcccagtcc     1260

aaccaggtgg agcaggcgtt caagcgcaac ggcatcccct accgcatcat cgggggcacc     1320

cgcttcttcg accgggcgga ggtcaaggac atgatcgcct atctggcggt gctgaacaac     1380

ccggaggacg acctgcgcct cactaggatc atcaacaacc ctccccgtgg catcggggcc     1440

aagacggtgg agaccgccca ggagatcgcc cggcgggagg gggtgtccct ctttgccgtc     1500

atcgacaacg cgcggatgta ccccgaactg gaccgggcgg cggctaagct ggcccagttc     1560

tccggaatga tgggggagct ggcccagcag gcccagacca tgcccctgcc cgacttctat     1620

gaggagctca tcgcccgcac cggttacgcc gtgatgctgg agagcaagaa caccgtggag     1680

gaccggaccc gtctggaaaa cgtgcgggag ctgctcacct ccatcaacgg ctatctggag     1740

aatgcggggg aggagccctc cctggcgggc ttcctggatg agatcgccct gtacaccgac     1800

ctggacagcc acgacccaga tcaggactgc gtggtgatga tgaccatgca ctcggccaag     1860

gggctggagt tcccggtggt ctttgtggtg ggggccgagg agggcatctt ccccggtatc     1920

cgggccatcg gagagacgga ggagatggag gaggagcgcc gcctgtgcta cgtggccatg     1980

acccgtgcca aggagaagct gtacctcacc tgcgccaatc agcgcatgct gttcggccgc     2040

accagctcca accgtcccag ccgctttgtg gacgagatcc ccacggagca tctggagcgc     2100

tccggccgca ccttcctgga cccgggcgtg ggggactggg ggggcatccc cagccgcacc     2160

tccgggtacg ggggatacca gcggggggag cagagctacg gcggctacgc ggcccggggg     2220

agcgaggcgc cccagcggcc cgctccgcct tcctacggcg gtttcacccg ggccatgggg     2280

gggcgcaccg gcggcgtcta tcccgccgcg cccgcggccg gccgtcccca gcgccccctg     2340

ggctgccgcc cggctgccgc cgcagtacca gcggcgctgc ccaccttcca gaagggggac     2400

atggtgcgcc acaaggcatt cggacagggg atgatcctgt ccgtgcagaa gatggggggc     2460

gatgccctgg tggagatcgc ctttgacaac gtgggcacca agcggctgat gctcaaatcc     2520

gctgccgccc acatggagaa gatatga                                         2547


<210>  1225
<211>  2808
<212>  DNA
<213>  Ruminococcaceae

<400>  1225
atggactaca acaagaccat caatctcccc aagactgact tccccatgcg ggccggtctg       60

cccaatcggg agcccgggat gctccagcgc tggaacgaca tggacctgta ccacgagctg      120

ctgaagaaga atgagggcaa accccgcttc gccctccatg acggccctcc cttctccaac      180

ggcaatctgc acatgggcca cgccctgaac aagtccatca aggacttcat cacccgcatg      240

tacgccatgc ggggccgcta taccccctac atccccggct gggataacca cggcatgccc      300

atcgagtccg ccatcatcaa ggagcagaag ctcaaccgca agaagatgag cgtggcagag      360

ttccgcaccg cctgccacaa ctacgcccag aaatacatcg acatccagat ggagggcttc      420

aagcgcatgg gtgtgctggg ggactgggag cacccctata agactatgga ccccggcttt      480

gaggcggagg aggtcaaggt cttcggctcc atgtaccgca agggctacat ctacaagggg      540

cttaagcccg tgtactggtg cccccacgac gagaccgccc tggccgaggc ggagatcgag      600

taccaggacg acccctgcac cactgtctat gtgaagttcc gggtaaagga cgatctgggc      660

cgtctgagcc aatatggcga cctgtccaac atgtacttcg tcatctggac cactaccatt      720

tggaccctgc ccggcaacct ggcgatcgcc gttcaccccc gggagagcta tgtgctggtc      780

aaggcggaca atggagagct ctacatcgtg gccgaggccc tgtgcgccaa ggtgatgcag      840

gcgggcggct ttgaccacta tgagatcgtt aagcagttcc gcggccagga cttcgagtat      900

atgaaggccc agcacccctt cctggataag gaatccctgc tgtgctgcgc cgagtatgtc      960

accatggatt ccggcaccgg ctgcgtccac accgcccccg gcttcggcgc cgatgactac     1020

gagacctgca agcgctacaa ggtggagctg gtggtccctg tggatgacca gggctgccac     1080

actgactacg cgggcaagta cgccggcctg aagacggagg agtccaaccc ggtcatcctt     1140

accgacctga aggagagcgg agccctcttc gccagtgagg agatcgttca ctcctatccc     1200

cactgctggc gctgcaaaaa acccatcatc ttccgggcca ccccccagtg gttctgttcc     1260

gtggactcct tcaaggacga ggcggtggcc gcctgcgacg atgttcggtg gctccctgcc     1320

tggggcaagg accggatgat ctccatgatc cgggagcggg ccgactggtg catcagccgc     1380

cagcgccgct ggggcctgcc catcccggtg ttctactgtg ccgactgcgg caagcccatc     1440

gtcaccgacg agaccattga ggctgtgagc aggctcttcg gtgagaaggg ctccaacgcc     1500

tggtatgaga tggaggccaa ggatatcctg ccagaggact tcgcctgccc ccactgcggc     1560

tcaaggacgg gcttcaccaa ggaggaggac accctggacg gctggttcga ctccggctcc     1620

acccacttcg cctccatgca gaaggaccag aatttctggc ccgccgacat gtatatggag     1680

ggtctggacc agtaccgcgg ctggttccag tcctccctgc tcaccgccgt gggcgcgctg     1740

ggcaaggggg ctcccttcca ggagtgcgtc acccacggct ggaccgtgga cggcgagggc     1800

aaggctatgc acaagtccct gggcaacggc gtagaccccg cggagatctt taagaagtat     1860

ggtgccgacc tgctccggct gtgggcgggt tctgccgact accatgtgga cgtgcgctgt     1920

tcggacaaca tctttaagca gctcagccag aactatctga agttccgcaa taccgcccgg     1980

tactgcctgg gcaacctgga cggctttgac cccgatcacc tggtgtcccc ggaggagatg     2040

ctggagctgg accgctgggc ggtgaccaag ctcaacgagc tgatccgaaa gtgctttgcc     2100

gcctacgaca actacgagtt ccatgtggtc tcccacgcca tcaacgactt ctgtgtggtg     2160

gagctcagct ccttctatct ggacatcatc aaggaccgtc tgtactgtga gggagtggac     2220

agcctggagc gccgctccgc tcagaccgct ctgtggatga tcctggacac cattactaag     2280

ctgttcgccc ccatcctggc cttcacctgc gacgagatct ggcaggccat gcctcaccgg     2340

gagggtgacg acccccgcaa tgtggttctc aatgagatga accagccctt ccaggactac     2400

gacatgggcg cgttggtctc ctggactgct ctgatccagc tgcgggacgg ggtgaacgcc     2460

gccctggagg ccgcgcggaa cgagaagaag atcggcaaga gcctggaggc ccacatcact     2520

ctggtgcggg cccaggacca ggcggacaac ctgaccgccc ttcaggagaa gttccaggac     2580

cagtgggccg acctgttcat cgtctccgac gtggaggtgt cggacgaccc ggctctgtat     2640

gcccagggga gcgacacccc catcgccggt gtgcgggtac tggtgagcga ggccaatgga     2700

gacaagtgcg agcgctgctg gaagcaccac cccctggtgg gtgccaatgc ggcccatccc     2760

accctgtgcc cccggtgcgc caaggtggtc caggccatcc atctgtga                  2808


<210>  1226
<211>  4686
<212>  DNA
<213>  Ruminococcaceae

<400>  1226
atgaaaaaac ggcttttggc catcgtgata acgatggcca tggcactgtc tctgctccct       60

gtcacagcac tggctgacgg tgcggacacc ggcagtcagc ccgcggggca ggtgcaggag      120

gcccccgatc tggggaacac cggaggcggc ggggacgatc cgcttcccgg ggacggcccg      180

gacgaggggg acgatcccac cctgcccggg ggcggcccgg acgaagggaa tgatcccacc      240

ctgcccgggg acggcccgga cgaaggagac gatcccagcc tgcctgagga tgaagatcct      300

tccctcccgc cccccaacaa tacgatccct atggcagacc tcgcagttgc ggcggttgac      360

gactccgtta ccatgaacgg tacaccttac gactccctct ccgaggccct gaaggctgta      420

tcctcttctg agaacgccgt catttctctg ccctccggcg agcacaccat tgacagcgtc      480

acctttgaga atggggagca tgtcaccatc ctcggcaacg gggaatctga gaccaccatc      540

agcgtcaatg gacaggtggc cttccacctt gtcaacgacg atgcttccct cacactggag      600

gacctcacgg tcgttgtcaa tgacaactcc aagaatggtg cccgggtcgt cagaatggtg      660

aacggcgatg acatgtcctt ctcggcagag aacgtgacct ttgaaacccc gtctgaggcc      720

gccagcacta acaacatcgc cctctatatc aatggcgcct ggaatgaatc cggcttgact      780

caaagcagcg gcgtcaatgt cagcctgacc aactttacct atgaggatga ctccgcacat      840

tccggccttt atttccagaa ttactccgac attgaccttt ctgtccagca gagcagcctc      900

acggtggaca aatacgccat caacattcag gcgaacacgg ccgcatccat cgacatctcc      960

ggctgtgaga tccagggctg gacggcttac tatgcttact cctgcaacac caacactacc     1020

atcaccgaca gcatcctaat cgggatcaac catttttccg gtccgagcaa caatttcgga     1080

accatcgtac tggacggcgg cgaacttcag gatatcccgg aaggggactc cggctttggg     1140

aacacgctgt acatcacgga cagcgatatc caggccaata caactgccgg aaattatcag     1200

gtgattgttt cctgcaacta tggcgcttca gccaacaaaa ttgtcttttc tgactgcacc     1260

ttccaagcgg agggtaccgc caatgggaac gatctgatcc ctctgtacgg cagttctggc     1320

caaggaaacc agctcatagt agacgggctt tccatgaaca ccgattctga aaactatctg     1380

gagctcatcc cagctgcgaa aatcggggac caggggtttg gtactctgga agccgccgtg     1440

gaagccgcgg acggcgatac catcgtaata ctcactgatg tggcagaaga tatcaccatc     1500

cccgaaggca agatcctcac cctggacctg aacggccaaa ccctgaccaa tgtgtccagc     1560

cacaccatcg tcaatcaggg caccctgacc attctggaca gcgccggcgg cggtgtggtg     1620

gatgtggtca cccatggcaa ggcagctctg tacaactacg gcaccattac cgagatctcc     1680

ggcggtatgt tcacccgcag caaggagact caatatcccg tctccggcgg caccgccact     1740

aattcctggt acactgtggt caacggcggt gtcatcgagg agatctccgg gggcaccttc     1800

acgaccggtg atggcacttc caaagccctc ggaaacctct ccagtgtgat ccgaaacgga     1860

gtggatgatt ccgctgatcc gcatcctggg gagatcaaac tgatctccgg tggcaccttt     1920

accggcgctg ccaatgtgct gaaaaatgaa cccaacggca aaatcggcac gatcaccgga     1980

ggcactttta ccatggacaa ccaggagcag cacttctggg gcggcaacaa tgtgctccag     2040

aactacggca ccatcgactc catcacaggc ggcgccttcc gagccattgg aagcagcgat     2100

gacggatatc ttatcgctgg acagcccaac cccgcagccc gctatggcat caccaactac     2160

ggcatgatcg gcgaaatggg cggagatgtc tccgtgtccg tcgccgggaa ttccagggcc     2220

gtttatgtgg cttattcctc ctccgtcggc ggcaccagct ccctcagcat caccggcggc     2280

acctacgccg tcactcccgc cgaggggacc gaacagaata ccttcccccc cgctgtgatc     2340

atggccaact ccgcacaggc ggctctgaac atttccggcg gctctttcca gggcgatatc     2400

cagaccggga ccgcccatgg cctgagcatc tccggcggct atttcaccgc cgatcctacc     2460

agttatcttg tcagcggcaa ggatgccgta gccagcaatc aggatggcta ccagtacatg     2520

gtgggcacgc tggccctgag ccagcagacc ctcgccctga ccaagggcgg cgaggctgtc     2580

ctgtctgtca atgccgagcc ctggggcgct gtgcctgctt ccgctgtgtc ctggtccagc     2640

gacaatgagg ctgtggccgc cgtggacaac ggcactgtga ccgctgcggc tcccgggacg     2700

gctaccatca ccgctgaggt aaacggaaaa tcactgacct gctccgtcac agtcagctac     2760

gccggtgtgg acggcatctc cctggaccgc tccgccctga cactcgtcag cggcggcagc     2820

actgccctga ccgccaccgt ctccccttcc aatgcagacc agacggtgac ctggaccagc     2880

agcgacgagg ccgttgccac tgtggctcaa gacggcaccg tcaccgccgt ggccgccggt     2940

gaggccatca tcactgcttc tgctggcgct taccgcgcct cctgcactgt caccgtcacc     3000

ggggcggacg tagacgttct ccccagcacc gagcctaccg agactgagga ccagctgcct     3060

gacggcctga atgatgaggt caaggaggcc gtgaacgagg cggccggcac tgtgaacgca     3120

ggctccgccc tgtctcaggc agctcaggaa caggctggcc agctggccaa cagcgcagaa     3180

aaggacgaac tgctacaaaa aggacagtcc gaacttggaa gcgaggagat tgtcctctat     3240

actcagacct atctgcaggt caccacagta gacgctctga ccggtacgga cggcagtatt     3300

aactccgtca ccctggacat ctcgcccaag ggacaggtgg tggcctccac cgccagcacc     3360

gcaggcgata tcaaccaggg caactccgtg gtggtcaagg agatccccca ggaggatctg     3420

aacatcaccg gaaccgctca tgtcacccta accctgcccg acgactttgc cagcaagacc     3480

atctatatca agcatcaggc ctctaacggc aggacctatt tttacaccgc ggaggcggat     3540

gagggagcca atctcacctt cagcacccgc cacggcttca gccccttcac cttctctctg     3600

accaacgagg cagcggccca ggtgggagat gtgggttacg ctgatcttca ggacgctatc     3660

gacgcggttg ctgacggagg cactatcacc gtgatgaagg atggcctggg cacggtcacc     3720

attcagggca gtaagacctt taccctggtc aagggtgagg acgtcgatac cctgcccact     3780

ctggtggccg cctccgggta ccgtctgacg gatcacggca acggttccta taccatctcc     3840

cgccgctctt ccggcggcgg ctccagcggc tccgccacct acacggtcag cgtggacagc     3900

agccgccacg gcgacgtcac tgtctccccc aagagcgcct ccaagggcac cacggtcacc     3960

atcactgtca agcccgatga cggctatgaa ctggatgagc tgaccgtcac cgacaaggac     4020

ggggactcca tcaagctcaa ggacaagggc gacggcaggt tcaccttcac catgcccgcc     4080

tccaaggtca cggtagaggc cgtctttacg gctctggagc aggaggagga acagcccctc     4140

ttctccgatg tggcagagga cgactggtac tatgatgcag tggcctatgt ggccgaaaac     4200

ggcatcatgt cgggcaccga tggctcccgc ttctccccca acggcacact gacccgtgcc     4260

atgctgtccc agatcctcta tgccatggag gacaagcccg ctgtctccgg cgcggccacc     4320

ttctccgatg tggccgccgg cgcatggtac gccgatgcgg tgaactggac cgcggcccag     4380

ggcatcgtgg ccggcatggg tgaaaattcc ttcgctcctg atgccccggt gacccgggag     4440

cagctgtccc tgatcctcta tggctacgcc agatacaagg gctatgacac cagcgcctcc     4500

gtcagcctga gcggttacgc cgaccgggac agcgtcgccg tctgggcggc cgactccatg     4560

ggctgggccg tgtccgaggg cctgatctcc ggcagacccg gaggctatct ggaccccgcc     4620

ggcaccgcca cccgggccga agtggcccag atcctcatga acttctgtga ggatcttgct     4680

cgctga                                                                4686


<210>  1227
<211>  2700
<212>  DNA
<213>  Ruminococcaceae

<400>  1227
atgaatctat ctcgcaagtg gctcagcgag tttgtgagcg ttgaggccga tgataaagag       60

tttgcggagt ccatgaccct gtccggctcc aaggtggagc tgacccacga cctgggtgcc      120

gagatccaga acgtggtggt gggcaaggtg ctgtccatgg agcaccaccc ggacagcgac      180

cacatgtggg tgtgccagat cgacgtgggc cgggaggagc cggtgcagat cgtcaccggg      240

gcctggaacg tccacataga cgacctggtg cctgtggcca tgcacaagtc caccctgcct      300

gggggcaaga agatcgaaaa gggcaagctg cggggcgtgg tgtccaacgg catgctgtgc      360

ggcctgagtg agctgggcct ggacacccgg gacttcccct acgccgtcat cactcctgcc      420

gccatcctgg gggactacaa gcccctggat aaggacaagc cctctatctc cgcggacatc      480

cagccggggg acaagattta tgggccggtg atagctgccc tggtggaggg agtagagccc      540

gccggagagg ccggctggac ctgccgcctg ttctgggccg gccaggaggc cctgtccgtg      600

acagtcacca ccacctgtgc caatctccac aacggcgacc tggtggccta tgacaccaag      660

cgaggggccg tctgcaccct ggatgacctc cacgcccagc aggcggagtt cccccactgc      720

atccccgacg gcatcttcat ccttcacgag gactgtaaac ccggggacga cctgaagccg      780

gtggtgggcc tggacgacca cgtggtggag ttcgagatca cccccaaccg ccccgactgc      840

ctctccatca tcggcctggc ccgggaggcc tccgccacct ttgacgcacc cctggccctc      900

caccagccgg tggtgaaggg cggcggcccc ggcgtgttgc cggagctgct ggatgtggag      960

accccggcgg ccgacctgtg cccccgatac accgcccgaa tggtgcgcaa cgtgaagatc     1020

gctccctccc caaagtggat gcgggagcgg ctgcgggcca tgggcgtgcg ccccatcaac     1080

aacatcgtgg acatcaccaa ctacgtcatg ctggagtacg gccagcccat gcatgccttc     1140

gactaccgct atgtgaaggg cggcaagatc gtggtccgcc gggcggagga gggcgaggag     1200

ctcaccaccc tggacggaag cgtgcgcaag ctcaatccca atatgctggt cattgccgat     1260

gagcaccggg ccgtgggtct ggcgggcatt atgggcggcc tgaacagcga gatcgtctcc     1320

gacaccgcgg acgtggtctt tgagtccgcc aacttcggcg gcaccaccat ccgccgcacc     1380

gccctggccc tgggcatgcg caccgaggcc agcgccaagt atgagaaggg cctggacccc     1440

ctgaacaccc tccccgccgt ggagcgggcc tgtgagctgg tggagctgct gggggccggc     1500

gaggtggtgg acggcgtcat cgacatcctc aactacgtcc ctcagccccg ggtgctcaag     1560

ctggagccgg agaagatcaa cgccctgctg ggcaccgaca tcgccgccga ggagatggtg     1620

tccatcctga agaagctgga cttccaggtg gagggagacc aggtcaccgt gccctcctgg     1680

cgttccgacg tggaggccat ggccgatctg gccgaggagg tggcccggtt ccacggctac     1740

aacaacatcc ccatcaccct catgcggggc cagaccaccc ggggcggcta ctcccctgag     1800

caggagctgg agcgcgcctt gggggcggtg tgccgtgcat gcggctatga cgagatcatc     1860

acctactcct tcatttcccc cacctactac gacaagatcc gctgggcttc ggacgatccc     1920

cgccgccagt ccttcaagat cctcaaccct ctgggggagg atacctccat catgcgcacc     1980

acggtgctcc cctccatgct ggagatcctg acccggaact acaacttccg caacaagtgc     2040

gccaagctgt atgaggtggg ccgcatctat ctccctggcg gggccgacgg cctggcggtg     2100

gagaagaagg tgctctctct gggcgcttac ggcgaaggaa tggacttctt tgccctgaag     2160

ggggcggtgg aggccatcct gggagagatc cgggcggcgg acgtcacctt tgaggcccct     2220

cagatcccca atccctccta ccacccaggc cgctgtgccc aggtgctggt caacggccag     2280

gaggtgggcg tgtttggtca gatccacccc ctggtggccc agaactacgg cgtggacgca     2340

gagttctact gcgccgagct ggactttgac cagctgatgt gcgggcaggg ccccgatccc     2400

cagtacgtgc ccctgcccaa gttccctgcc gtcacccggg atatcgctgt ggtgtgcggc     2460

gaagcggtca ccgtgggagc cttggaggac tgcatccgtc ggggggcgaa gggactgctg     2520

aaggaggtca ccctgttcga catctatcgg ggcaagggcg tggccgaggg caagaagtct     2580

gtggccttca acctggtcct ccgggctgac gaccgcagcc tgaccgccga agaggcggac     2640

gccgatgtga aagcgatttt ggaaactctg gaaaaggagc tgggcgcggt actgcgctga     2700


<210>  1228
<211>  2661
<212>  DNA
<213>  Ruminococcaceae

<400>  1228
atggacagct ggcacagccg gccgcaggcc gatctttttc aggaactgga cgcgcggccc       60

gggggactga cccggcggca ggcggaggag cggctggccc ggtacgggcc gaatcagctg      120

gagcccccca ggcggccggg gctgctctcc cgggtgatgg cccagatgaa ggaccccatg      180

atcttggtgc tgctgggggc ggcggggctg tccctggcgg ccagccgggg ggaggactgg      240

ctggatgcgg ccatcatcct ggtcatcgtg gtggtgaaca acatcatctc catctcccag      300

gaggaccacg cccaccgggc cctggaggag ctgcggaaga tgacctcccc ccacgccacc      360

gccctgcggg ggggcgcgcc cgtccgggtg gaggcggcgg agctggtgcc gggggacgtg      420

atcctgctgg aggcggggga cctggtgcct gcggacgccc gcctgctgga ggcggcggga      480

ctgcgctgtg acgagagcgc aatgactggg gagtcggtgc ccgtggagaa ggcggcgggt      540

gggccgctgc cggaggacgc ccccctggga gactggacca acatggtgat ctccggcaca      600

ctggtcacgg cggggcgggc caccgccctg gtcaccgcca ccggcatgga cacacagatg      660

ggccgcatcg ccggcctgct gctggaggga gagacccagc ccacccccct ccagcggaag      720

atgggggaga tctcacgctc cctctccttc ctgtgcctct ccgtatgcgc cgtcatgttc      780

ggggtggggc tgctccaggg gaaggacatg ctgggcatgt tcctcaccgc cgtctccctg      840

gcggtggccg ccatcccgga gggcctgccc gccatcgtca ccatcgtgct ggccctgggg      900

gtggggcgga tggcggaccg gggggccatc gtgaagaagc tgcccgcggt agagaccctg      960

ggctgtgcca gcgtcatctg ctcggacaag acgggcaccc tgacccagaa ccggatgacg     1020

gtgcgggagc tgtgggtccc ggcggggggc caccggcggg acgccctgct ggcgggggcc     1080

ctgtgcggcg acgcccggct ggagtggaag gcgggggccc cggtatccgc gggggacccc     1140

accgaggggg cgctggtggt ggccgccgcc cgggaggggc tggaccggaa ccagctgtcc     1200

gagagcctgc cccgcaccgg ggagattccc ttcgactccg ggcgcaagct gatgaccacc     1260

gtccacgaaa aggagggggg cggccgcctg gtgctggtga agggggcacc ggacgtgctg     1320

ctggagcggt gcgtgtccgg cccaagaggc ccactgtcgc cggcggaccg gagacagatc     1380

ctcgccgcca atgaggacat ggcccgccgg gccctgcggg tcatcggggt ggcccggcgg     1440

gagctgtccc tgcagcccag aaagctggag agcgggacgg tggagcggga ccttaccttc     1500

ctggggctgt tcggcatggc cgacccaccc cggcgggagg tgaagggggc ggtggagcgg     1560

tgccaccagg cgggcatccg cccggtgatg atcaccgggg accaccgtgc cacggccatg     1620

gcggtggcac gggagctgga catctgccgc ccaggggacc tggccctcac cggcccggag     1680

ctggacttca tgccccagga gatgctggag gaggacattg aaaaattcgc tgtctttgcc     1740

cgggtgtcgc cggagcacaa gatgcgcatc gtccgggcct ggcagaaaaa ggggcgggtg     1800

gtggccatga cgggggacgg cgtcaacgac gccccagccc tcaaggcggc ggacatcggc     1860

tgcgctatgg ggctgtccgg caccgacgtg gccaagggag cggcggagat gatcctcaca     1920

gacgacaact tttccaccat cgtccaggcg gtggaggagg ggcgggggat ctactccaat     1980

atccgcaagg ccatccacta tctgctctcc tgcaacatcg gggaaatctt caccattttc     2040

gtggccaccc tcttgaactt cgggcagatg cccctggtgc cggtgcagct gctgtggctg     2100

aatctggtga ctgactccct gcccgccctg gccctgggcg tggagccggt ggaggagggc     2160

gtgatggacc agccgccccg ggacccctcc gccgggctgt tctcccgggg attctccctg     2220

cgcctggcgt ggcagggact gatggtgggc gggctgactt tgggggccta tctgctgggg     2280

ctgttccacc tgggcgcccc cggcatggag ggggcggcgg ccaacaccat ggccttcgcc     2340

accctgacgc tgagccagct gttccacgcc ttcaacgtcc gcagcgagga ccagtccctg     2400

ctggcccagg gggcgctgtc caacccggcc atgaacaagg cgttcctggc ggggatggtc     2460

atgcagctgt ctgtgctgct cctgccgccc cttcaggggg tgttctccgt gtgccccatg     2520

gacctgaccc agtgggtgac ggtgctggcc ctggccatgg cccccatccc catctgcgag     2580

gcggaaaagg ccctgcggcg gcgcaggccg gaggcggagg agcccagaca ggagaaggag     2640

ctgtccgcgg cccgaaagta a                                               2661


<210>  1229
<211>  2037
<212>  DNA
<213>  Ruminococcaceae

<400>  1229
atgactgcgg tctacaagcg ggagctgcgc tcctatttca cctccatggt ggggtatgtg       60

ttcatcgcca tcctcatctt ttttgtaggc atctacttca tggcctacaa cctgttcggc      120

ggctacccct ccttcggcta tgtcctgctc agctgcacca tcatcttcat ggtggccgtt      180

cccatcctca ccatgcgctc catggcggag gaccggcggg gcaagaccga ccagctgctg      240

ctcacctccc ccgtctccct caccggcatc gtcctgggca aatatctggc catggtcacc      300

gtgctgctgg tccccatcct gctgatctgt ttctgcccgc tcatcatcgc catgaacggc      360

tccgccactc tgacggcgga ctacgccgct atcctggcct tcttctgcat gggctgcgtg      420

tacatcgccg taggcatgtt cgtctccgcc ctcaccgaga gccagatcat cgccgccgtg      480

ggcacctttg ccgcgctgct ggtcctctac ctgtggaccg atctggtgtc ctttctcccc      540

gactccctgg cccagctcct ctccagcttc gacttccagg gcgtgctgga caacttcgcc      600

tattacagcg tgttcgatct ggggggactg ctgctctatc tgtccatggc ggccgtcttc      660

gtcttcctca ccgtgcaggt cctccagcgc cggaagggga tcacctccgc cgctaccact      720

gcggtggtgc tggccatcgc cgtggtggtc aacctggtgg tggggcagct gccctctgac      780

ctggtggagc gggacatctc ggacaacagt ctctacaccg tcagcgacac ttctgtggac      840

tacctctccg ccctggagcg ggacgtggag ctggtcgtcc tggccagcga ggacaccacg      900

gaccagcgca tcaccaaatt tctgcacaac tatgccgccc tgtccggcca tctctccctc      960

tccttcgtgg accctgtgga gcacccctcc gccctgacgg agtatgaggc agaccagaac     1020

actgtcgtgg tccgctgtgc cgacaccggc aggcagcggg tggtcccctt ctccgacatt     1080

ttggtggccg atctcatgtc ctactacacc tatggcacct atacctattc cgagttcgac     1140

gccgaggggc agctcacttc cgcggtggac tacgtcacct cagacaacag ccacatcctc     1200

tatctcgccg aaaaccacgg ggagagcgcc ttgggcggct cggtcaccga cgccatcagc     1260

aaggccaacc tgtctacctc caccgtcagc ctcctgctgg acaacggggt gcctgacgac     1320

tgctccctgc tggtcttcaa ccagccccag accgacctgt ccgccggcga ggcccagatg     1380

gtccgggact acctggaggg gggcggccag gtgatgatcc tgctgacccg cacggacctg     1440

gccaacttca atgccatcct cgccgactac ggcctcgcca tggcccaggg ctatatcggg     1500

gacaccgccc ggtactatgc ccaatacggc cgcttctact tcagcgccac cctgtccgcc     1560

tccagcccca tcactgctca gttcggggac gacgacctga ctctgatcta cggcgcccac     1620

ggcatgaccc agtgcgatcc ggtccgtgac accatcaccg tgaccccctt catgaccacc     1680

acggagagcg gctactccga cgccggcggg cagaccggca cctatatcct gggcgcccag     1740

gcggaggagg agaccgacgg cggcaccgcc cgcctcaccg tcttcaccac cgagagcgta     1800

gtggaccaga gcatcctcac cttcaacccc agcatggtga acctggacat cttcctcaac     1860

gcggccacct ccggcatgga ggacatctcc gccatctcca tccccgccaa gagcctggaa     1920

atcacctata acaccgttct caacccgggc atgtggagca ccctctatct ggccgtcatc     1980

cccctggggg tcctgatcgg cggcctggcc tactggatca agcggaggaa actgtga        2037


<210>  1230
<211>  2667
<212>  DNA
<213>  Ruminococcaceae

<400>  1230
atgaacgtct ccaacggcaa gtgtatccga gacctctccc gtaagagcct gcgagccaac       60

cgcacccgga acctgatcgc ggtgctggcc atcgccctga ccacggtgct cttcacctcc      120

ctgttcacca tcgccatgtc catcaacgac ggcatccagc agaacaactt ccgccaggtg      180

ggcggcttct cccacggcgg gttcaagtac ctgacagagg agcagtttca cgaattgaag      240

gacgaccccc tcatcgacca gtggggtctg cggcgctttg tgggcatgcc cagtgaggtg      300

cccttcaaca aaagccatgt ggaggtgggc tactccgatg ccaacgaggc ccactggatg      360

tactgcgacc cggttgaggg gcgcctgccc caggagggca ccgatgaggc cgccacggac      420

acccatgtgc tggagctgat gggggtcacg ccggagatcg gcgccaagtt cacgctcacc      480

tttgatgtgg acggccatga gaccacccag actttcaccc tgtgcggctg gtgggagtat      540

gacgaggcca ttgtggccaa ccacattctg atcccggaga gccgggcgga cgccatcctg      600

acggagaccg gcgtggtgcc cgggcagacc acggacggca tgaccgggac ctataacatg      660

gatgtgatgc tgaaaaatgg ggcccgaaat attgcaggcg acctggacca gatcctggaa      720

aaccatggct atcaggccga gagctccgcg cagccgggct atatccatac cggcgtcaac      780

tggggctaca ccggcgccca gctgtccggc agcatggacc ccgccacctt catcgccatc      840

tgcgcggtgc tgctgctcat catcttcacc ggctacctca tcatttacaa tgtgttccag      900

atctccgtca ccaacgacat ccgcttctat ggcctgctga agaccatcgg caccaccccc      960

cggcagctgc ggcgcatcat ccggcatcag gccctggccc tgtccctggc gggcatcccc     1020

ctggggctgg tgctgggctg gctcatcggc ggacagctga cgccggtgat cgtccggcag     1080

gtgaacggag tgtccaatgt ggtgtcaatg gacccgatca tttttgcggc ctccaccctg     1140

ttttccctgg tgaccgttct tctctcctgc cgcaagccgg gaaaaatggc cgcccgggtc     1200

tcccccatcg aggcggtgcg ctacaccgag ggcgggaacc tgaaacgcag agccaagcgc     1260

agagccaagg gcgtctccct cttctccatg gcctgggcca acctgggccg cagccggggc     1320

aagacggcgg tcaccgtcct ctctctgtcc ctggcggtgg tgctgctcac cgtgacggtc     1380

accttcactc agggctttga catggacaag tatgtctcca acttcactgc cagcgacttc     1440

atcgtggccg acgcgggcca gtttcagacc ggcggcgacg cctataacga cgagatggac     1500

gtgacggagg acgtgatcgc cgccatcgac gcccagggcg gcatcaccgg cggcggcttg     1560

gtctacggaa agacctccgc tgcgctggag ttcgtcaccg aggagtacta ccgctccgtc     1620

tggagccgct ggaacacccc agagcagctg gacagcatgg tccacttcaa ggaccgcaat     1680

gaggagggcc tgctggccga ccgggtgcag ctctacggca tggagcagtt ccccctggac     1740

cacctgacgg tgctggaggg agacctgtcc aagctcagtg aacccggcgg gcggtatgta     1800

gccgctgtgt acagcgatga cgactacggc cggcccgaga tgggctccca ctgggcccgg     1860

ctgggggaca ccgtcaccat ccggtatgtg gaggaatatg agtactataa tcccgacacc     1920

ggagaggtgt acggcccatg ggagaacgtg cccgagggtg ccaactgggt ggaccgggcg     1980

gtgaagtacc gggacgtgga gtacgaggtg gccgccctgg tgaccgtgcc catggccctg     2040

agctaccgct attacggcgc ggatgagttc atcatgaacg accagacctt catccaggac     2100

acgggcacgg acagcgtcat gtactatgcc ttcgacacca cggatgaggc caacgccgcc     2160

atggagtcct tcctggcgga ctacacggaa aatgtgaatc cccagttcga ctatgagagc     2220

aagtccacct acgccgcgga gtttgagggg atgcgatcca tgttcctgct gctgggcggg     2280

gccctcagcg gcatcgtggg cctggtaggg gtgctgaact tcttcaacgc catcctcacc     2340

ggcatcatca ccaggaaacg cgagatggcc gtcctccagt ccatcggcat gaccggaaag     2400

cagctgaaga ccatgctggt ctgtgagggc ctgctgtacg ccctgagctc tgtgctcctg     2460

tccctggtcc tggcggtggt cctgggcccc ctggccttct ccgcccttca gagcatgttc     2520

tggttcttca cctaccgctt caccctggcc cccatcctgg cggtggctcc ggtgtttgcc     2580

ctgctgggcg ccctggtccc cctggcggtg taccgctcca tctccaaaca caccgtggtg     2640

gagcgcctgc gggagtcgga caactga                                         2667


<210>  1231
<211>  2064
<212>  DNA
<213>  Ruminococcaceae

<400>  1231
atgagtaaaa agcagaatac aaaatttatc acccctgata tcctgaaggg tgcggtgaag       60

ggtgcgttta tcaagctgaa cccccgctac atgatgaaaa acccggtcat gttcgtagtg      120

gagatcggat tcttcatcac cctgctgctc tccttcgtac caggtttgtt cggcgatgcc      180

aatgccgagc agctgcggat ctatgatatc attgtctgtg cgatcctatt tgtcactgtt      240

ctgtttgcca acttcgcgga ggccgtggct gaaggccggg gcaaggccca ggcggcctct      300

ctgaaaaaga cccagaagga tacccaggca cacctgctcc acgaggatgg cactcagacc      360

atcgtctcct ccagcgagct gaagaagggc gatgtggtcc tggtcagcgc cggcgagatc      420

attcccaacg acggcgaggt cattgagggc atcgcctcgg tggatgagtc cgccatcacc      480

ggcgagtccg cccccgtggt ccgggagagc ggcggcgact tctgctccgt caccggcggc      540

accaccgttg tgtctgactg gctgaagatc cgcatcacct ctgagccggg caacagcttt      600

ctggaccgca tgatcgctct ggtagagggt gcctcccgga agaaaacccc caacgagatc      660

gctctgaaca cccttctggt gtccctgacc atcatcttcc tgatcgtggt ggtcaccatg      720

tatccctttg cggtgtacaa caatgttcag atccccatct ccactttgat tgccctgctg      780

gtctgcctga tccctactac catcggcggc ctgctgtccg ccatcggtat cgccggcatg      840

gaccgtgtca cccgcttcaa tgtcatcgcc atgtccggta aggcggtgga agcctgcggc      900

gacgtggaca ctatgattct ggacaagacg ggcacgatca cttacggcaa ccgcctggct      960

gctgattttt accccgtggg cggcgccagc aaggaggagc tgatccgctg cgcggtcctc     1020

acctccctgc gggacggcac tcccgagggc aagtccactg tagagctggg ccgtaagctg     1080

ggctgccagg tggaggacga tcccaagtcc agcttcattg agttctcggc gcagacccgc     1140

atgagcggtg tggatctccc cgacggcacc atcatccgca aaggcgcggc tgacgccatc     1200

gagaagtacg tcaccgccca gggcggcaaa attcctgccg aactgcgcaa acgggtggac     1260

gaagtctcct ctctgggcgg cacccccctg actgtttgtg aaggcagccg cattctgggt     1320

gtcatctatc tgaaggatac cgtaaagccc ggcatggtgg aacgctttga gcgcctgcgc     1380

gccatcggga tcaagaccat catgtgcacc ggcgacaacc ccctgactgc tgccaccatc     1440

gccaaggagg ccggcgtgga cggcttcatt gcggagtgta agcctgagga caagatcacc     1500

gtcatcaagc aggaacaggc cgagggcaag atcgtcgcta tgaccggcga cggcaccaac     1560

gacgcccccg ctctggccca ggccaacgta ggtctggcga tgaactccgg caccaccgcc     1620

gccaaggaag ctgccaatat ggtggatctg gattccgacc ccaccaagat cctggaggtg     1680

gtggagatcg gcaaacagct gctgatcacc cgcggatctc tgaccacatt ctccattgcc     1740

aacgacatcg ccaagtactt cgccatcatc ccggccatgt tcatgctggc cattcctgag     1800

atgggcgtgt tgaacatcat gggactggcc tcgcccacca gcgcgatcct gtccgctctg     1860

atcttcaacg ccatcatcat cccctgcctg atccctctgg ccatgaaagg cgtcaagtac     1920

cgtcccatgt cctccagcaa aatgctggtc cgtaacctga tgatctacgg cgtcggcggt     1980

atcatcactc cctttgtcgg catcaagatc atcgacctga tcatcagtcc tctgctggaa     2040

atgatcggct tcatcggctt ctaa                                            2064


<210>  1232
<211>  2136
<212>  DNA
<213>  Ruminococcaceae

<400>  1232
atgggcgatt tggaagatcg cagcgtcaac acggctcctg ccggtgatcc cagcgtagac       60

gtgggaacgg cggaggacgt ggaagcggtc atgaagaagt acgaccgcga atccaacacc      120

cggatctgga ccggagtccc ggagctagtc atccggatca tgctggctct cttttccctg      180

ttcatggtgt ggatgaacct gtttgccagc tttgacaacc gcgtccggca ctgcctgttt      240

ttgggcttta tcattttgtt tgtattcatt ctgtaccctg cgaaaaaggg aacacagaag      300

gtgaatcaca tcccttggta tgacatcgta ttggcagtgg tgggcgcggc ctgctacttt      360

aactatgtca tcaacctgaa gagcatcgtg gccatgatga cccggatcgg caccactgag      420

gtggtgctgg gtatcatcgg catcctgatc ctggcggagt gctgccgccg ggtggtgggc      480

atccccatcc tatgcgtggc cacggccttc gttctttatg cttatctgcc catgtttgcc      540

ggaaagacgg tgcagagcat tgtgtacaac ctgttctaca ccaccaacgg cgtcattggt      600

acccccatca gcgtgtgctg cacctacatc gtgctgttca tcatcttcgg cgctttcctg      660

gaggccaccg gcatcgccaa cttcttcatt gaaggggcaa acgccatcgc aggctccgcc      720

tccggcggtc ccgccaaggt agccgtcatc tcttccgctc tgtgcggcat ggtgtccggt      780

tcctctgtgg gcaacaccgt gaccaccggc gccgttacca tccccctgat gaagaagact      840

ggctatcccc cggagttcgc gggtgccgtt gaggccgccg cctccactgg cggacagatc      900

atgcccccca tcatgggcgc cgccgctttc ctcatggccg agatggtcgg cgtcccctac      960

tctgagatcg tgatccgggc catcctgccc gctttcctgt acttcgcggg catcttcctt     1020

atggtccact tcaaggccaa gaagatgggg ctgcacggtc tgcccaagga ctccctgccc     1080

aaggccaagg atatccttcc caagatctac ctgctggtgc cgctgatcgt gctggtgtac     1140

atgatcatcg tgggcttcac catgtcccgc agcgctgtgt atgccacctt cgccgctatc     1200

accatgggta tggtggaccg ggagaagggc ggcaaaaagc tgctcatggc cctgcccctc     1260

atccccctgg ctgtcatcgt gatcctgggc aacaagtcct acgaatggat cccggagaac     1320

ctggataaca tctgtatggg cctttgggtg gtgctgttcg ttctcttcac ggtaatgagc     1380

aagcccaacc gtgaggcggc cccctcctat gtggacgcct tggccgccgg gacccggaat     1440

accctgtctg taggcgtagc ctgcggcatc gcgggcatca tcgccggcgt ggtgacgatg     1500

accggtctgg ccaatgtgct catcaccgcc atcgtacagg tcgccaacgg tcagctgatc     1560

atcgccctgt tcctcactat gctgtgctgc atcgtgctgg gcatgggcgt ccccaccacc     1620

gccaactacg tcattatggc caccacttgt gcccctatcc tggtgcaggg catgggcatg     1680

gatctgatgg ctgccaactt cttcgtgttc tacttcggca ttgtggccga catcaccccg     1740

cccgtggccc tggccgccta tgccggctcc gccatcgcca aagcgccgcc tatgaggacg     1800

gccttcaacg ccacccgtct ggccatcgcg gccttcatcg tgccctacat ctttgctttc     1860

aataacacga tgctgttcat tggcgatttc ggcccgctgg acgtggtgca ggtggtcctt     1920

acctcctcgg tgggtatgtt cctcatcgcc gccggcatga tcggctacat gctccgggat     1980

ctgaactggg gcgtgcggat cgtgtgtatc gccgccggtc tgatgctgat ccatccgggc     2040

actctgaccg acatcatcgg tatcggcgtt ctggtcgtgg tgctggtgtt ccagatcatt     2100

accggaaagg gcagtaaggc tgtcaaggcg gcctga                               2136


<210>  1233
<211>  2211
<212>  DNA
<213>  Ruminococcaceae

<400>  1233
atgaagatcc tgatggccac tatgggcctg gatatcggcg gagcggagac ccatatcgta       60

gagctggcca aggagctgaa ggcggaggga cacgacatcg tggtggcctc caacggcggt      120

gtctatgtcc ctgagatcgt ggccgcgggc atccgccact accaggtccc catgcaccgg      180

cgggacgccg gatgcatgct ccgctcccga aagctgctga aggagatcat ccgtactgag      240

aggccggacg tggtgcacgc ccacgcccgc atccccgcct tcctgtgcgg caccctccag      300

agaacgatga agttcccctt cgtcaccacc gcccactggg tgttcaccac caagggcggg      360

ctgcgctacc tcaccaactg ggggcagcgg accgtcgccg tctccgatga catcaaggcg      420

tatctgatcc gggaatacgg ggtgccggag gagcacatct ctgtgaccat caacggcatc      480

gatacagaga agttttctcc acagacttcc ggccagtcag tggtggagga gttcggcctg      540

gaccggtcca ggccagtggt ctcctatgtg agccggatgg acgaggaccg ggccctggtg      600

gcccgacagc taatccagat cgcggaggag ctggaccggg cggtgcccgg ggtgcagctg      660

ctcatcgccg gagggggcaa cgtgttccgg gagctgaaag agcaggcgga ggcggtgaac      720

gcccggatgg gacgcacctg cgtggtgatg accggcccac gcaccgacat caatcagatc      780

gtggcagcgg gggacatctt cgtaggggtg tcccggtcgg cgctggaggc catgtccgcc      840

gccaagcccg tcatcgtggc gggaaacgag gggtatcagg gcctcttcgg tccggagaag      900

ctggaggagg cccgactggg caacttctgc tgccggggac tgcccatgtc cactccggag      960

cgtctgctgg ccgatatggc cgccgtcctg tccctctccc cggagcagaa ggcggcggcg     1020

ggggcctacg gccgggaggt gatcttccag tattactccg tgcgccggat ggcagcggac     1080

tgtctggcca tgtatgagca ggtgcgccgc cggaagtacc aggtggtcat gagcggctac     1140

tacggctttt ccaacgcggg ggacgacgcc atcctggagg ccatccacca gagcattctg     1200

gaggccagtg gggaggtggg ggtcaccgtg ctgtccaacg acccccgcga gacccagcgg     1260

cactacggca tgaatgccat cccccgcttc cgtttctgga aggtgttcgg tgccctgcgc     1320

cgatgcgacg ctctgctgtc cggcgggggc agcctgctcc aggaccggac ctccacccgc     1380

tccctcctct actatctgtc catcgtgcgc tgtgccgagt ggatggggaa gccggtgatg     1440

ctctacgcca acggcatcgg gccggtgcag aagccggcca accgccgccg ggtgaagcgg     1500

gcagtggagc gggccgctct ggtgaccctg cgggaccaca gctccgcccg ggaactggtg     1560

gagatggggg tggagcgtcc agatctccac gtcacggccg acccggtgtt caacctggat     1620

cccgccccca aggagcgggc cggggaactg ctccggtccg ccgggctgga gcggggcact     1680

cccttcgcgg cggtctcggt gcgggactgg ccggatacgg gcagcttcgc cggggagctg     1740

gccgccctgt gcgaccatct ctaccggacc tgcgggatgg agatcctgtt cctgatgatg     1800

cagccctgcc gggaccgggc ggccaccgcc caggtgcgga gcgctatgga gtgcccctcc     1860

catctgctgg acgccacctg caccccgagg gagctgatgg ccgtgctggg ggagggcagg     1920

ctgtgtttgg ctatgcggct gcacaccctg attttctccg cccggatggc ggtccctgtg     1980

ctggggttgg tctatgatcc caaggtggcc agctatctga aggagctgga catgccctcc     2040

gccggtgatg tgcatcactt ccgccgggag gaggccatcg ccgccgcgga ccgcctgatg     2100

gcggactatg aggggagcct ggaacgcctg cgggtgaaat ccgccgccct gagccgggcg     2160

gcccgggaga acgagcgatt gctgctggag ctgctggaga ggaaacaata g              2211


<210>  1234
<211>  3573
<212>  DNA
<213>  Ruminococcaceae

<400>  1234
atgatgaaaa gaagtatcgc gaacaggatc gccgccctgg cattggcact ggtgctggcg       60

ggctctttgg tgcccggggc ctgggcggca gtgggggagc cggagggcgg cggacagctg      120

accggtgtga cggtcacacc ctccaacctc tccatgaaag tgggggagcg ggcctctgtg      180

agggcttcgg ccgccgggct gagccaggac cagatggaag acgcgcggat cgagtggtcc      240

cttgagaaca acgatccgga gcgggtcagg atcgcctctg gtcgggacag ctggaccgtg      300

gaggtggagg cagtcaacac cgccgagacc acggagacag acccggtgac cctggtggcc      360

actgtgacct gtcagggcgg cgcggagagg gacacctgcg cgatcactgt ggttccggat      420

cagccggccg gccttcggat caccccggag ggggatcagg agctggagcc gggtgagacc      480

ctccagctcc gggccgagat caccccggca gatcaggctg agcctgtgac ttggtccagc      540

tcggacccgg atgccgcgga ggtggacagg gacactggac tggtgaccgc ggggcgggaa      600

ccggggcgca caaaaattac ggcccggtcg cagagcggcc tgacagattc ctgtgaggct      660

gccgtgcggg gcatcgttct gccggagaac cttattatgc gggaaaatga aaatcagcgc      720

ctgatcccgg aagtctatgg cgcggcgctg gagcgggagg atgccgcctg gaccagcagc      780

gatgagagga tcttgaaggt ggacaatggg tatctctatc ctgtatccgt gggagaggcc      840

acggtcaccg ccgagatccg ggcgggcggc cgcctttata ctgcttcctg ccaggtcact      900

gtagaggcca acaccgctga tgtgatcacg gcagctgcag gagcggggga cccgctgcgc      960

tttgacgaga tccagagaga gttggagcgg gagtgccgaa gcgtgctggg aagctcactg     1020

gactatgtgg gcggcctgtg ggtgaatacc cggcagggca cgctctacta tcgctataat     1080

tctgaagggg atactggagc cggggtgggg accagcgaga actactatgc cgatccctca     1140

gccagccaga tgggcctggg cgatgtggct tttgtcccca agggagattt cagcggaacg     1200

gcggtgatct cctataccgg ctatgcaagg gatgggggct cctttcaggg gaccattgag     1260

gtagaggtgg aggagacaga ggagatcgag tatgctgcct ccgccgataa ggcggtccag     1320

tttgacccgg atgacttcaa ccgagtctgc cggaaccgga caggccggga tctgagctat     1380

gtggaatttt ctcatccgga cagtggaaag ggaactctgt attaccgtta tatctccccg     1440

gccaatccgg gcagcgaggt agacccctcc aaggagtaca agcgttccgg aactcccagt     1500

ctgtccgatg tctattttgt acctgaggga ggcagcggtc aggtcgtgat ctcctatacc     1560

ggatacaacg tctacggcga ctccttccgg gggaggatca cgatccggat ctctgaggcc     1620

agcggtcggg gcgacctgaa ttattccatc gctcaggggg gacggctgaa cctggacgag     1680

agtgatttca atgacctggc caaacggatc acgggatatg ctttggacta tgtccagttt     1740

gaactgcctg cttcttcaga ggggactctg tattacaact ataccggaaa cggcgcctat     1800

gacagccggg taacagaggg acgcagctat taccggtcgt cttcccctta cctcagacgg     1860

gtcacctttg tggcagacag ggatttctcc ggaacggcgg agatcgattt taacgcctgg     1920

gatacaaagg gaaaccggtt tgccggtact gtggaggtgg ccgttggccg gggcggcaaa     1980

ggagatatcc gctattccgt ccatcaaaat ggaaaagtca cactggatga caacgatttc     2040

aacgcgctgt gccgtgaact gacggggagc acgctcgatc atgtcagctt tgaccctccc     2100

cccgcagccc aggggaccct gtactatcgc tatgataacg gagattatga cagcaaggtg     2160

accagctcta aatgctatta ccgctccgga agtccctatc tggaccaggt gaccttcgtg     2220

ccagcccgaa atttttctgg cgtggtctcc attcccttta ccgggcgggg gacgaatgga     2280

gaggacttct cgggccagct ggagatcggc gtggatactg gatcggacct catcgagtac     2340

cgggtgaagc ccaacagctt tgtcaccttt gacgatggag attttgacga tctctgtcag     2400

gagatgactg gaagccggct gcgctatgtc cgcttcgagc tgcccagctc ctccaagggg     2460

acgctgtatt acggatatga cgatggtgac tatgacagta aggtgacgga gtccaagagc     2520

tactaccgtg ggacagatcc ctatctggac cgggtgtgct ttgtccccgc tgaaggtgtt     2580

ttcggagcgg tggatctgga atttaccggc tggagcacag atggcggcaa atttgaaggg     2640

actgtgagaa ttacggtgga ggagccgaaa gggccttctg tgatcaccta cgcgacagac     2700

ggccgcccgc tctccttcta cgcccgggac ttccaagagg catgtgagga ccgcgggata     2760

ggcggactgg cctatgtgcg ttttgataca cccagcagca gtgtgggaag actctatttt     2820

caataccagg gagcggggga aagcaataca gaggtccgga tgaccaccag ctattatccg     2880

gcgaagtccc ctggaatttc ggagatcacc tttgttccga aagtgggcta tcaggggaca     2940

gcaagtatct cctatacagg atgggacaca aaaggaaacg aataccgcgg tcggatccag     3000

atctcggtaa ggcccgccac agcctcacgg tatttttggg atatgagctc ctttgagtgg     3060

gcggttccgg cggtggatct cctgtatgaa aacggagtgg tccacgggac gggaaatggg     3120

acatacagcc ccggacagca gatcacccgg ggagactatg tactgatgct ctgtcaggcg     3180

tttcagctct ctgggcaggg aaaggctgga ttctgggatg ttccccggga cagctactat     3240

gcccaggctg ttatgactgc ccaagcgctg ggcattacag gcggctatcc ggacggaggg     3300

ttccatccag gatcaccggt tacccgccag gatgctgcgg tgttcctgat gaaggcaatg     3360

caggcggatg gatggagcct gggcagcgga aatgagcaga tgctcagccg tttccgggac     3420

gaaagcagca tttcagacta tgcgcgaagc gccatggtag ttatggtgga gtatggagtc     3480

ctgtcaggaa cagcagatca gaccataagt ccccaaaagg cgatcactcg cgctgagatg     3540

gctgtgatgc tggccaacgc gctgaccctt tga                                  3573


<210>  1235
<211>  2136
<212>  DNA
<213>  Ruminococcaceae

<400>  1235
atgagcgcca tcaaagtcat caagcgggac gggaccatcg tggactacga ccgcagcaag       60

atcaagctcg ccatccaaaa ggccaacgcc gaggtcccgg aggaggaccg catccaggag      120

gcgcgcatcg actccatcat cgacagcatc gaggcccgca ggcgccagcg cctgttggtg      180

gaggacatcc aggacatggt ggagcaggcc ctggtagcgg agaataagtt cctgctggcc      240

aagacctaca tcatctaccg ctatacccgc gccctggtcc gtaagcagaa caccaccgac      300

gagtccatcc tctccctgct gcgcaacgag aacaaggagc tggcggagga gaactccaac      360

aagaacacca tgatcgctgc cacccagcgg gactacatcg ccggcgaggt gagccgggac      420

ctgacccggc gcatcctgct gcccgagtac atctccaagg cccacgacga gggagccatc      480

cacttccacg acgcggacta tttcatccag cccatcttca actgctgcct catcaacatc      540

ggggacatgc tggacaacgg caccgtgatg aacggcaagc tcattgagag ccccaagagc      600

ttccaggtgg cctgcaccgt caccacccag atcatcgcct gtgtggcctc caaccagtac      660

ggcgggcagt ccgtggatat gagccacctg ggcaagtacc tgcgccgcag caaggagaag      720

ttcagaaagc acatcaccta tgagtgcgcc ggtcaggtgg acgacgccac catcgagcga      780

ctggtggccg accggctgaa ggacgagctg aagagcggcg ttcagaccat ccagtaccag      840

atcaacaccc tgatgaccac caacggccag tcccccttcg tcaccctgtt cctgaacctt      900

caggaaggcg acccctatct ggaggagaac gccatgatcg tagaggaggt gctgcgccag      960

cggctggagg gcatcaagaa cgagaagggg gtctacatca cccccgcttt ccccaagctg     1020

gtgtacgtgc tggacgagca caactgcctg aagggcggca agtatgacta cattaccgag     1080

ctggccgtca agtgctccgc caagcggatg taccccgact atatctccgc caagaagatg     1140

cgggagaact acgagggcaa cgtgttctcc cccatgggct gccgctcctt cctctccccc     1200

tggaaggacg agaatgggaa ctacaagttc gagggccgct tcaaccaggg cgtggtctcc     1260

ctgaacctgc cccagatcgg catcctggcc cggggggatg aggagaagtt ctggcagctg     1320

ctggaccagc ggctccagct gtgcttcgag gccctcatgt gccgccacaa cgccctgaag     1380

aacgtgcgct ccgactccag ccccatccac tggcagtacg gcgccattgc ccgcctgccc     1440

aagggggccc caatcgagcc cctgctctac ggcggctact cctccatctc cctgggctat     1500

atcggcctgt acgaggtgac caagctggtg aagggctgct cccagaccac ccctgaggga     1560

caggccttct ccctgaaggt gatggagcgg ctgcgctccg cctgcgacac ctggaagaag     1620

gagaccaaca tcggctttgc cctgtacggc acccccgccg agtccctgtg ctaccgcttc     1680

gcccgcattg ataaggagcg cttcgggacg ataccagatg taactgacaa gggttattat     1740

acaaacagct atcacgtgga cgtgcgggag cacatcgacg ccttctccaa gttcaccttt     1800

gagagccagt tccagaagat ctccaccggc ggatgcatct cctatgtgga gatccccaac     1860

atgcgccaca acctggaggc tctgaaagag gtggtccggt tcatctacga caacatccag     1920

tacgccgagt tcaacaccaa gagcgactac tgccagtgct gcggctatga tggggagatc     1980

accatcaacg acgacctgca gtgggagtgc ccggtgtgcc acaacaccga ccaggccaag     2040

atgaacgtca cccgccgcac ctgcggctac ctgggagaga actactggaa cgtgggcaag     2100

accaaggaga tcaagtcccg ggtgctgcac ctataa                               2136


<210>  1236
<211>  2244
<212>  DNA
<213>  Ruminococcaceae

<400>  1236
atgccaaaga agaaaaaccc cgacgagacc aaacccaagg taaccaaccc caacgtcatg       60

ggcctgcggg ccgaggtgct ggagcagccc atcaccgaga cgctggagat caactatatg      120

ccctatgcca tgtcggtcat cgtctcccgg gccatcccgg agatcgacgg cttcaagccc      180

tcccaccgga agctgctcta caccatgtat cagatgaaac tgctgggcgg ggcccgtacc      240

aagagcgcta acgtagtagg ccagaccatg aagctcaacc ctcacgggga cgccgccatc      300

tacgacacct tggtccgtct ctcccggggc tacggggccc tgctccaccc ccttgtggac      360

tccaaaggca actttggaaa ggtgtactcc cgagacatgg cctgggccgc cagccgatac      420

accgaggtgc ggctggaccc catctgcgcc gagctgtttc gggacatcga ccaggacacc      480

gtggactttg tggacaacta cgacggcaag ctgaaggagc ccaccctcct gcccaccacc      540

tttcccaacg tgctggtctc cgccaaccag ggcatcgccg ttggcatggc cagcaacctg      600

tgcggcttca acctggggga ggtgtgcgac accaccatcg cctatctgaa ggacccggac      660

cacgatctca tgtccaccct gaaggccccc gacctgccca ccggcggtga actgctctac      720

gacgcctcgg agctggcctc catctaccgc accggacggg gctccttcaa ggtgcgcgcc      780

aagtggcgct acctcaaggc ggacaacatc atcgaggtct acgagatccc ctactccacc      840

accgtggagg ccatcatgga caaggtggct gagctcatca agtcgggcaa gatccgtgag      900

atcgccgaca tgcgggatga gaccgacctg tccggcctga agctgactat cgacctgaag      960

cggggcactg acccggacaa gctgatggcc aagctgttca agtccactcc cctgatggac     1020

agccagtcct gcaacttcaa catcctcatc gccgggatgc cccgggtgat gggggtgcgg     1080

gagatcctgg aggagtggac cgcctggcgc agcgactgcg tgcgccgccg cacatacttc     1140

tccctgaaga agaagcagga gaagctacac ctgctcaagg gcctcaagcg catcctgctg     1200

gacatcgacc gggccatccg catcatccgg gagaccgagg aggacgcgga ggtagtgccc     1260

aacctgatga tcggctttgg cattgaccag atccaggccg agttcgtagc cgacatccgc     1320

ctgcggaaca tcaacaagga gtacatcctc aagcgcaccc aggaggtgga ctccctggag     1380

gaggagatcg ctgacctcca ggacctggtg aacagccccc gccgtatccg tcaggtcatc     1440

atcggtgagc tggagcaagt caagaaaaag tacgccctcc cccgccgcac cgatatcgtc     1500

tatgaccacc agaccgagga gctgctcacc gctgaggagg aggtccccga ctacccggtg     1560

aatctcttcc tgtcccggga gggatatctg aagaaaatca ccccccagtc cctgcggatg     1620

tccggcgagc agaagtataa ggacggcgac ggccccttcc ttacctggga ggcctccaac     1680

cgggacgagc tgctggtctt taccgacagg cagcagtgct ataagacccg gctcagcgaa     1740

tttgaggaca ccaaggccag cgtgctgggg gactacctgc ccaccaagct tgccatggac     1800

caggaggagc gggtggtctg ggcctgcatc cccggggact accgccgcca gctgctcttc     1860

ttctttgaca acggcaaggc ggcccgggtg gaactgtccg cctaccagac ccagacccgc     1920

cggaaaaagc tcaccggggc ctattccgac aaggcccccc tggtctccgc ctttctgctg     1980

gaggaggacc aggagatggc ggtctactcc accgaggggc gctgcatgat cttccacacc     2040

tccgccctct cccccaagac tacccgcacc acccaggggg tcaacgtcat gtccctcaag     2100

cctaaatacc gggtggagaa ggccctgccc ctggctcaga cccctatccg caacgccgcc     2160

cgctaccggg cccgctccct gcccattgcg ggagccctcc ttcgggagcc cgaccgggga     2220

gaggagcaga tgaccctgct gtaa                                            2244


<210>  1237
<211>  2685
<212>  DNA
<213>  Ruminococcaceae

<400>  1237
gtgtcagaag aacagaacag tcgtttatat aacgagaaca acgattacgg ggagcgggat       60

tacgcccccc gcaagtccgg aaaaaagaag aagcggaagg agagcggcgg ccatgtgggc      120

aggtgcatcc ttcaggtgct gggcaccctg ctgcttgtgg ggctgtgtac gggggcaatc      180

ctgtgctgct tcgccgccgt ctatatcaag acggtcatca tcccggaggc tggagccgtg      240

gacctgagcc agttcgcggt gggagaaaac agcgtgatgt actacatgga ccaggacacc      300

gggaactacc gggagctggt cactctggcg gcagaggaga acgccgagtg ggtaaactat      360

gaggacatcc ccgaagacct gattaacgcc accgtggcca ttgaggaccg gcggttctgg      420

gagcacaacg gtgtggactg gaaacgcacc gctgcggcca tcctctacat gttcactggt      480

caggatatcc agggcggctc caccattacc cagcagctca tcaaaaacct gacccagtac      540

gacgatgtca ccgtcaagcg gaaggtcatc gagatcttcc gagccctcca gttcgacaag      600

gactacacca aagagaccac tctggagtgg tacctcaact tcatctggct gggggaccgc      660

tgtcggggtg taggggcggc ggccatgaac tactttggca agcccgtgca ggagctcacc      720

ctggcggagt gcgccagcct gatctccatc accaataacc ccaccatcta tggcccttac      780

tccgatgctg tcttcaccaa ctcggagacc ggggagcaga agactgcccg ggacaagaac      840

aaggagcgtc aggaactggt gctgtggagc atgctggacc agggctatat cactcaggag      900

gagtatgatg aggccgtggc ccaggagctg gtcttcgacc gggcggcggg ggagtccact      960

ccctctacca tttactcctg gtatgaggag caggtcatct ccgatgtgaa ggacgacctg     1020

aaggcccagt acggatacag cgatgaggcg gtctccctgc tgctgaccag aggcggcctg     1080

tctatctata cctgtgtgga cccggatgtc caggcccagg tggagcagat atacagcgac     1140

cgcaccaacc tggactacac ttccagcagc ggtcagcagc tccagtccgc catcaccgtc     1200

atcgacaacg agacgggcaa cctagtgggc atcgccggcc gggtggggga gaagacgggc     1260

aacctgtgga tgaacttcgc caccgacagc aagcgtcagc ccggctcctc catcaagcct     1320

ctgtcggtgt acgcccccgc ctttgagatg ggcctcatca gccccatctc cgtgctggat     1380

gactatcccc acgaggtgat gggcggccgg ccctggccgg tgaacgtgga cggccgctac     1440

cggggactgg tcaccgtgcg tcaggccctg tccaactcct ataacaccgt gtccgtgcgg     1500

gtgctggccg acttggtcac cccggagaac agcttcaact ttgtggagga gcacttccac     1560

ctcgatttgg aggatggtgt ggagataggc ggccagatga agagcgacat cggggtggcc     1620

cccctttcca tgggcggcct gacctacggc gtcaacaccc gggacatggc ggaggctttc     1680

gcggtgttcc ccaacggcgg cctctatcag aagtcccgca cctacaccaa ggtgacccgg     1740

gaggtggacg gcgtggagac cgtactgctg gaaaaccagc ctgagtccga ggccgtgctc     1800

aagtcggaga ccgcctacta tgtcaactcc atcctgcggg aagtggtcac ccgggtcaat     1860

acgtcgggca actttgacag cggcatggcc atcgccggca agaccggtac taccgatgac     1920

aagtacgacc gctggttcgt gggctacacc ccctactaca ccgcggcggt ctgggtgggc     1980

tttgagcaaa acgagcgggt gcctgcctcc gggaacccgg ccctgaagat gtggactctg     2040

gtcatgtccg gtgtccacga ggggctggaa gaccggaagt tctctgagcc cgccgggctg     2100

accaccgtca cctactgcct ggacagcggc ctgctggcca ccgactactg ccggatggac     2160

ccgcgggggg accgtacagc cagaggaacc gtcttccagg gcgatgcgcc gaccgaattc     2220

tgcaccagcc acacggcgga gaccactgtt acggtatgtt tggactgccc catcctggat     2280

ggaaacggtg aggagaccgg cctgtaccac ctggccgggg aattctgccc ggaggagagc     2340

cggcaggaag tgagcctgct gggctaccag cgggaggatg tgggaggcgc cggcgcagag     2400

gacgccaagt attttctggg tgtgacccag gaggccgggc cctgtacggt ccacactgcg     2460

gcccagcccg acccggatct gccctttgat cccaaccagc catgggaccc cagcgatccg     2520

tggaatccca acaccaaccc actggatccc acagggcagg gcggcggggg tgccgccgac     2580

cctggacagg aggacccgga cgcgcctcag ggcggagaga cggaggaccc cagcgggacg     2640

gaccccatca tcaacccgga gacagggagg ccctacggat attga                     2685


<210>  1238
<211>  1365
<212>  DNA
<213>  Ruminococcaceae

<400>  1238
gtgaaaaaaa tcgaacaccg ggccgtgctc tgcctggtgc tggccggcct gctgctggcc       60

ggcctggccc tcttcctttt ccgcttcttc tccgacgggg ggcactgggc ctcctccccc      120

ttcaaccgcc acctgtacaa cagcgccgga cagctcatca gcggcaccct gctggaccgg      180

gacggtgaag tgctctctgc cgtggaccag tcgggcagcc gcacctatcc cgatggggag      240

acccgccgca agtccatcct tcacgtggta ggcgacccct acggcagcat cggcaccggg      300

gccctcaccg cttttgctga ccgcctcacc ggctttgacc tgctcaacgg cgccttcggg      360

gcccagcggg gcaatcaggt gtacctcacc atcgatgcgg acctgaatga gaccgcctac      420

cgggccctca acggccggaa gggcacggtg gccgtctaca actaccagac gggggagatc      480

ctgtgcctgg tgtcctcccc ctccttcgat ccccggaaca tcccctccgg cttggagacc      540

gatcccagct atgatggtgt ctatctcaac cgctttctct cctccacctt cccgcccggc      600

tccatcttca agacggtgac cctggcggca gcgctggagg agctgcccgg cctggaggag      660

cgcacatggg tctgtgaggg ctcggcccag atcggggacg ggacggtcac ctgcaccgcc      720

gcccacgggg agcaggacat ccgagaggcc ctggccaact cctgcaatgt ggtgttcggc      780

cagctggcgg tggagctggg cggctccacc ctggagcgct atgccgggaa ggcgggcctg      840

accagccgct actctgtcaa cggcatcccc actgccgccg gcagcttttc cctcaccgga      900

atttcggaca acgacctggc ctgggcaggc gtgggccagt accacgacgc ggtgaacccc      960

tgctccatgc tggtctacat gggggccatc gccaatggtg gaagggccgc cgtcccctgc     1020

ctgctccttc aggtggacac gccgggcctg cccgatctgc cccagttcac ccgccgcacc     1080

ggccgcctca ttgcccggga caccgccgag accctggccg acatgatggc ctacaacgtc     1140

accgccgcct acgggaccag ccgctttccc aatatggacc tgtgcgccaa gtcggggaca     1200

gcggaggtgg ggggcggcca ggccccccac gcctggttca ccggcttcct ccgggatgag     1260

gaccacccct acgcctttct cgtgctggtg gagaacggcg ggagcggctc ctccgcggcc     1320

ggagatgtgg cctcccgggt gctcaacgct ctggtgtccc cctga                     1365


<210>  1239
<211>  2613
<212>  DNA
<213>  Ruminococcaceae

<400>  1239
ttgaaacaga aatttgacgt caccggtatg acctgctccg catgctccgc ccatgtggaa       60

aaggcggtga acaagctgga gggcgtacgc agggcggagg tcagcctgat gaccaactcc      120

atgaatgtgg agtacgacga ggccgccctt gcccccgaaa gcatcatcca ggcggtggtc      180

caggcaggat acggcgcctc cctgcccgcc caggctgggg tcccagcccg gggagccgct      240

aagaggccgg aggcccagat ggaagcggag ctctcctcta tgaagcgccg cctcatcctc      300

tcctttctct tcctgatccc cctgttctat atctccatgg ggcacatgat gggcgccccc      360

ctccccgctt tcctggtggg tcacgagaac gccatatcct tcgcctttac ccagctcctg      420

ctcaccctgc ctatcctgta tatcaacgac aagtactaca aaaacggctt ccgctccctg      480

ctccacggcg gccccaacat ggactctctc atcgctgtgg gctccatcgc ggctgtgatc      540

tatggcgtct ttgccattta ccagatcggc tacggcctgg gccacgggga catggcccgg      600

gtggagcagt accatatgga cctgtacttc gagtctgccg gcatgatcct caccctcatc      660

accctgggca agttcctgga gacccgctcc aagggcaaga cctcccaggc catctcccgc      720

ctgatggacc tggcccccaa gacggctacc gtcctgcggg acggggccga ggcagagatc      780

ccggtggagg aggtccgggt gggcgaccgg gtagccgtcc gccccggcca gtccatcccg      840

gtggacggtg tcattgtgga gggcagctcc gccgtggacg aatccgccct caccggcgag      900

tccctccccg tggacaaagg ccccggggac aaggtggccg ccgcttccat caaccgctcc      960

ggctacttcg tttttgaggc cagccgggtg ggcgaggaca ccaccctggc ccagatgatc     1020

cggctggtgg aggaagcctc ctcctccaag gcccccatct ccaagctggc cgacaaggtg     1080

gccggcgtct ttgtccccac cgtcatggtc atcgccgcca tcgctgccgg ggcctggtgg     1140

ttcgccactg gcagcgccac ctccgccctc accgcgggcg tggccgtgct ggtcatttcc     1200

tgcccctgcg ccctgggtct ggccaccccc gtggccatca tggtgggcac cgggaaggga     1260

gcggagcagg gcatcctcat caaatccgct gaggccctgg agaccctcca tctggtggat     1320

accgtggtac tggacaagac cggcaccctg acccagggca ggccggtggt caccgacatc     1380

ctgccgggcg aggacatgga cgaggagggc ctgctcatcc tggccgcctg cctggagggc     1440

ccctcggagc accctctggc cgccgctatc gtggaggaga gcagaaggcg tggcctcccc     1500

atcacctcag tgggcgggtt caccgccgtc cacggccggg gcgtccgggc cgccctggga     1560

gaccgcacct gcatgggcgg caaccgcgcc atgatggagg aggccggggt ggagctgggc     1620

tccttccccg cacgggccga ggagctggcc gcccagggca agacccccct ctactttgcc     1680

gacgagcacc gggtgcttgg cctggtggct gtggccgaca cccccaagcc taccagcgcc     1740

caggcggtag ccgccttccg gcggctgggg atcgacgtca tcatgctcac cggcgacaac     1800

cagcgcaccg ccggcgccat cggcgcacag ctgggcgtct cccaggtgat ggcggaggtg     1860

ctcccccagg acaaggagcg caaggtgaag cagctccagg atcagggcaa gaaggtggcc     1920

atggtggggg acggcatcaa cgacgccccg gcgctggccc gggccgacgt gggcttggcc     1980

atcggtgctg gcaccgacgt ggccatcgag agcgccgaca tcgtgctgat gaagtcggac     2040

ctgctggacg ctgccgctgc ggtggaactg tccaaggcca ccatccgcaa catcaagcag     2100

aacctattct gggccttttt ctacaacagc ctgggcatcc ccctggccgc cggcctgttc     2160

tatgccctgg ggtggacgga tgtcatgctc aaccccatgt tcgccgctgc cgctatgagc     2220

ctgagctcgg tatgcgtggt gaccaacgcc ctgcgtcttc ggttcttcaa gcccaagagc     2280

gtccctgcct cccctgttcc ctgccccagc ggcacctgcc cggtccagcc tgtccctgac     2340

ccctcggagc agcccacata tgaaccacaa catcaggaag aacgaaaagg agcgaatgaa     2400

acgatggaaa agaagatcat gattaacggc atgatgtgcg cccactgcac cgcccacgtg     2460

gagaaagccc tgggcaccct ggagggggtg gcctccgtca aagccgacct ggagggcaag     2520

tgcgccacag tcaccctcac tggtgcggtg agcgaccagt ccctcaccga cgcagtcact     2580

gaggccggat acgaggtggt gtccattcag tga                                  2613


<210>  1240
<211>  2508
<212>  DNA
<213>  Ruminococcaceae

<400>  1240
gtgagcaagg gaacggaaaa gtcatccttt tttgagaaac tggccacagt catcgtcgac       60

aaaagaaacc tgatcttttt tctctatgcc tgtgccctga tcttctgcct gttttcccga      120

aactgggtca gcgtgtgcaa cgacattaca gagtatctgc cggagaccac ggagacccgc      180

cagggactga ccctcatgga ggaggagttt accaccttcg gcaccgcccg ggtcatggtc      240

tcccatgtga cctatgagat cgcggaggaa ctggcggagc agatggagca gatcgagggc      300

gtcacctcgg ccaccttcgg gagcagcacc gtcggcgcgg acacaggagg tgacggtgag      360

ccggagacac cggaggacat cacggagtat ttcaaggggg ctgacgccct gatctccgtg      420

acctttgacg gcgaggagga ggacgagatc agcctcgccg ccctggctgc catccgggaa      480

ctgctggagc cctacgacta ttacattgac agtgctgtag gcaactcaca ggcggattct      540

ctggccagcg agatggggac cattctagcg gtggcggcgg tgatcatcgt gctggtgctg      600

ctgctcacct cccgctccta tgcggagatc ccggtactgc tcatcacctt tatcgtagcg      660

gccctgctga atctgggcac caattttatt ttcggggaga tctccttcgt ctccaactct      720

gtgaccgtgg ttttgcagct ggcgctggcc atcgactacg ccatcatcat gctccaccgc      780

tttctggagg agcgggagta cgccgaggac cgggaggcct gcatcgcagc ggtgagcgcc      840

gccattccct ccatctctgc cagcagcctt accaccattt cgggtctggc cgctatgatg      900

ttcatgcagt tccggatagg ctttgatatg ggcattatcc tcatcaaggc cattctgttc      960

agcatgctct cggtctttac cctgatgccg ggcctgctga tgcttttttc caaggccatg     1020

gcaaaaaccc agcaccgcag ttttgtccca aagatcgacc gctggggcaa gtttaccctg     1080

aaactgcgct atgtaggcgt gcccttgttc gcagcggcca ttgtggcggg ctttctgatg     1140

tccaatcagt gcccctatgt ctacggctac agtcagatcc agaccgcccg acaaaatgag     1200

acccagatcg ccgagaagaa agtcaacgag accttcggca cccagaacgt aatggcgctg     1260

atcgtgccaa agggcgacta tatcagtgaa aaggccctgc tggagcggct ggagacctat     1320

gaccaggtgg actacgccat gggcctttcc aatgtggagg tcatggacgg ctacatgctc     1380

acggacgccc tgacgccccg gcagtttgcc gagatgacgg atctggacta cgagctggta     1440

tgtcttgttt atgccgccta tgcagcggag ggcgaagagt acggaaggat cgtgggtggc     1500

ctggatgact atacagttcc gctgatggat atgtttttct ttgcctatga caaggtggag     1560

gagggctatg tagatctgga cgaggaggaa caggcggatc tggatgctct ctatgaacag     1620

ctttctgacg cccgagagca gctgctggga gaggactaca cccggatgct ggtcagtctg     1680

gatctgccag aggaggggga ggagactttt gctttcctcc agaccatcca tgacgaagcg     1740

gagagatact atgacgccga aaacgtctat ctggttgggg actccaccag tgactatgac     1800

ctgtctgtgt cctttgccag agacaatgtg atgatcagcg tgctgtcggt ggcctttgtc     1860

attatcgtcc tgctgttcac attccagtcg gtgggcctgc ccctcctgct gatcctggtg     1920

atccagggca gtatttggat cagcttctcc ttccccggcg tgacccagca gcccatcttc     1980

tttatgagct atctggtggt gacctccatc cagatggggg ccaacatcga ttacgccatt     2040

gtgatctcct cctggtacaa cgaactgaag gagaagatgc cgcggtcaga ggctatcgtc     2100

caggcgctgg acctgtcctt cccaacggtg ttgacctcgg ggagcatcct atctgccgcc     2160

gggttcctga tctcccagat cactacggag ccagccattg tgggcatcgg cgagtgcctg     2220

tgccggggaa cgctgatttc catgttttta gtcatgttta tcctgcccca gatcctgtac     2280

gtgggagaca agatcgtgga aaagacccgc ttcaacatca aagttccgga ggtcagccac     2340

agcgccagcg gcaccgtcta tgtaaatggc cgggtccggg gccgggtgtc cggtgtggtg     2400

gacgcccaca tccaaggcgt gatctacgga gacgtctccg ggatactgga gactggaagt     2460

taccagacca aggaggttcc aaaagcagat gaaacggaaa agcagtaa                  2508


<210>  1241
<211>  2649
<212>  DNA
<213>  Ruminococcaceae

<400>  1241
agtgttatcg tggtcggccc cagcctgaag atctaccagt gcggcctgcc caaggagatg       60

gccattgagc tgttccgccc cttcgtgatg aagaaactgg tggaggatgg tctggccaac      120

aacatcaaat ccgccaagaa gatggtggac aagggggctc ccgccgtgtg ggacgccctg      180

gagttcgtca tcaaggacca cccggtgatg ctcaaccgcg cgcccacgct gcatcgcctg      240

ggcatccagg ccttcgagcc ggtgctggtg gaaggccgtg ccatcaagct gcatcccctg      300

gtgtgtaccg ccttcaacgc cgacttcgac ggcgaccaga tggccgtcca cgtccccctg      360

tccgccgagg cccagaccga ggcccgcatc ctgatgctct ccgccaacaa cctgctgcgg      420

ccccaggacg gcggcccagt caccatcccg acccaggata tgatcctggg ctcctactac      480

ctgacctaca gccgggagga ggagggcacc ggccatatct tcgccgacaa ggatgaggcc      540

ctgctggcct atgacgccaa gatcgtcacg ctccactcgc ccatcaaggt ccgcctctac      600

cgggaggtgg acggcgtgat gcgctacaag ctggtggaga ccacggtggg ccgcctgatc      660

tataacgacg ccattcccca ggacctgggc ttcgtggacc gctccgatcc agagaccatg      720

ttcgacccgg agatcaactt cgtggtgggc aagaagcagc tgggcaagat tatcgacaag      780

tgcatcacca agcacggctt tactgtatcc gccggcgtgc tggacgccat caaggacctg      840

ggctaccact actccaccgt gggctccctg accgtggcca ttgcggacat gactgtgccc      900

gccaagaagt atgagctcat cggccagacg gagaaggaga tcatcaagat cgaccggcag      960

taccgccgcg gcctgatcac caacgacgag cgctaccgcc tgtccgttca ggcgtgggag     1020

aagaccacca acgacgtgac cgacgccctg cgggagtcca tggaccgcta caaccccatc     1080

ttcatgatgg ccgactccgg cgcccgcggc tccatggccc agatccgtca gctggccggt     1140

atgcgcggcc tgatggccga cacctccggt cgcaccatcg agatccccat caaggcaaac     1200

ttccgtgagg gcctcagcgt gctggagtac ttcatctcct cccgaggcgc ccgaaagggc     1260

atggccgaca ccgccctgcg taccgctgac tcgggttacc tgacccgccg tctggtggac     1320

gtgtcccagg aggtcatcat ccgggaggag gactgcggca cccgggacgg catcgaggtc     1380

agcgagatcg aggagtacgg ccaggtcatc gagacctttg ccgagcgcct ccacggccgc     1440

taccccgccg aggacattgt ggaccccgcc accggcgagc tcctgttcag ccgggacacc     1500

atgctccgca atgaggacgc caaggtgctg gaggcccacg gcatccactc cgccaagatc     1560

cgctccgtcc tcacctgtga ggcacgcagc ggcgtgtgcg ccaggtgcta cggcatcaac     1620

ctggccatcg gtgagcctgt gggcgccggc gaggcggtag gcatcatcgc cgcacagtcc     1680

atcggagagc ccggaaccca gctgaccatg cgtaccttcc acaccggcgg cgtggccggc     1740

ggcgacatca ctcagggtct gccccgagtg gaggagctgt tcgaggcccg taagcccaag     1800

aagatggccc agctggccga gatcagcggc cgggtgtcca ttgaagagac caagcgcaac     1860

attatgtgca acgtgaccat caccgccgac gacggcgagg tggtgaccta tgccctgccc     1920

tatgccgccg gcctgcgcgt caaggacggc gacgtggtgg ccaagggcga ccagctcacc     1980

gagggtgccc tgtcccccca cgaggtgctg cgcatccgcg ggctgtccgc ctgtcacaac     2040

tatctgatcc gcgaggtcca gaaagtgtac cgtcagcagg gcgttgacac caacgacaag     2100

cacatcgagg tcatcatccg ccagatgatg cggaaggtcc gggtggagga cgcgggagat     2160

tccgacctgc tctccggcgc taccatcgac atcatcgagt tctgggacgc cgagaaggct     2220

gtgaggaccc gcatggaggc cggggaaaag aacgagatgg gcgaggacct gcgcctgccc     2280

acctgcaccc gtctgctcat gggcatcacc aaggcatctc tggccaccga ttccttcctg     2340

tccgccgcct ccttccagga gaccaccaag gtgctcaccg aggccgccat caagggcaag     2400

gtggaccacc tgctggggct gaaggagaat gtcatcatcg gcaagctgat ccccgccggt     2460

tccggactgg cacagtaccg caaggacgac cccatcgacg agaacggcaa tctgatcacc     2520

acggagaccg ccggcgcagt ggaggccgag cccttggagg agccggaaga ggagggcttt     2580

ttcgccgagg aggagcctga ggtggaggcc gctgccgaca cccaggagga cagcggaacg     2640

ctggtgtaa                                                             2649


<210>  1242
<211>  3099
<212>  DNA
<213>  Ruminococcaceae

<400>  1242
atgaatcaga atcaaaacag agggatcgat gcgctccacg gaggccttgc tgtctatgac       60

gggtccacgg acaaatttgt gtttcagtat tgctctgata cgcttgtaaa gctgatctgc      120

ggcgatcggt cggaatttga agcgcttacc cgtggaaacg ccctgcagat cgtttgcgag      180

tgcgaccggg agcaggtgga acaagccttg cgcgtggcgc gggaagagca tacagagctc      240

agcacgcatt tctggctgaa aagcaagggc gggcgtcaga tctggtgtca tctggtggga      300

tggatggtgg gagaggagtt ccaggtgctg ttctccggac tatctccgga ggtccagctg      360

tttcagcaca ttgtcagtga atcggcggac gatatttatg tgatcgattc ggaaaactac      420

gacctcctgt atgccaacag cctgaaatcc aggggcggag cacagagcgc cttcccagcc      480

gggaaatgct acgaggtgct gcacggcaga acagaaccat gtgagttctg ctccctgtat      540

tcaggcgcgt ctgcacaatc ggaaggtgtg gaagtccacg aactgaacgg aaggacctat      600

acgacgagga cccgggtaac agactggaat gggaccccgg cgtacatcaa atatgtacgc      660

gatacgactg aggaactgaa agaacgcagg gcaaaggagc ggctggagca gtattttcag      720

actgcggtga aatatcttcc cggcggcatg gccgtgatcc gacatgatgt agacggaagc      780

atcaaaccgg agtatctctc agaaggcttt tcagaaatgc tgggtatgcg ccatgaggac      840

gcctgggcca tgtatcagga gagcgccctt gccggcgtgc atccggacga tcaggcgttc      900

gttcgtgaga atctggatcg ctgtatcagc gaaaaacgcg agaaatatga gcttgagtat      960

cgcctgcaaa agggaaacgg ggagtacatc tgggtcaaga ccaaggtgtc tgtcattcag     1020

tgcgacggcg actgtgtaag ggtctatgcc gattatcacg atgtgaccgc agaaaaaaag     1080

gtcaaggagc agctgcgcca gcagtatcag gagcagatac accagcacta tcagttggct     1140

ggaccggatg ctttgattct tggacactgt aacattacaa aaaatcagat ccttgagatc     1200

gtggaccaca cagactccga ccttctttct ctgtttggtt cggagcggga aaattttttc     1260

acagggctgg ggactctgat cgtcgatcag gaggagcgaa agacctttta ctccaaatat     1320

ttgaacaaac cgtctcaaag agcctatgcc gccggcgaca gagaaatcgt catgccctgc     1380

tttatcgacc tcccgaagca gcgtgccgga agatatgtcc aatttaaggt gcgtttagta     1440

gagatgccgg atacaggaga tattactggt atcctgactg tgacggacat cacgaaggag     1500

acgatacgag ataagatatt tttaacgctg tcctctacga aatatgactt ggtggcggat     1560

gtggatcttc ttaccgacca atatgagatc gtgagcggtg gagatgacaa tatccctgag     1620

atgacaggct gtaattctga gcgcatccgg aaagtcgtgg gagagacgct tgtggaagac     1680

tggggcgaag agggatatgt agaaaagatg ctggatcctg ccacgatgct ggaacggtta     1740

aaagagcagg gaagctactc cttcatcttt tctgtgtaca atgccgccgg tgagatccga     1800

acgaaaaaaa tgcacatttc ggccatcgat ctgcggcttg gacgggtctg cttcatccgg     1860

gcggatgtaa cggacgtctt gaacgcggag cgaaaggcaa aggaagagct tgaaagagca     1920

ctgcgcgaag cggaaaacgc gagtaaggtg aaaagtgatt ttctctcctc aatgagccac     1980

gacatccgta cgcccatgaa tgcgatcgtt ggtatgacga ccctggccct tgcgaacctg     2040

gataacaccg acaaactgaa ggattatctg tacaagatct ctgtgtcatc ccagcattta     2100

ctcagcctga tcaatgacat tctggatatg agccagatcg aacagtctaa aatacatctg     2160

aaccttcaaa cgatccatat tgaggggctg attggaaata tatcctttat tatgacctct     2220

caggcggaaa acataggcct gtgcttcaaa attgagacga gtgtgttcca gcatatcaaa     2280

tttaccggcg atgcgctgag aatcaagcag atcttgatca atcttctgag caatgccttc     2340

aagttcacat tggagggcgg tatggtcatc ttccgtgttg aggagatcaa tgcagagagg     2400

cacggatgcg tacgctaccg cttcacagtt caggataccg gaatcggcat cagtgatgaa     2460

ttcctcaacc gactgttcga accatttaac cggagcaaaa aggtctccaa ggtggaaggg     2520

accggcctgg gattgagcat caccaaggga ctggtcgatt tgatgggcgg cacgatccaa     2580

gtggaaagca agctggggca agggacaaag tttgaggtgg aactggaatt tgatcttccc     2640

tctgatcagg aacaatactg ccgggatgtg cccattgagg tggagcctgg tgacttgtcc     2700

ggctatcatt tcctgctggt agaggacaat gagatcaatt ctgagatact gggagagctg     2760

cttcagatgt ggggagccac atttacactt aggtgtgacg gccttcaggc ggtcaacgag     2820

ttcgatcagt ctgagccggg aacatacgat gcaattttca tggacataca gatgccggtg     2880

atgaatggct atgaggcagc gagagaaatt cggaagctcg ctcatccaga cgcagcatcc     2940

atccccatct ttgcgatgac ggcaaatgcg tttgctcagg atgtgcgtga cgctttggag     3000

gccggaatga acgctcacat ctcgaagcct gttgagatgg atctgctgta tagtacagta     3060

tcgaaatatt tgaagaaaaa tgatccagcc cgtcgttaa                            3099


<210>  1243
<211>  2046
<212>  DNA
<213>  Ruminococcaceae

<400>  1243
atgcctgaga tccaagtgtt agatccccac gttgccgacc tgatcgccgc cggcgaggtg       60

gtggagcggc cggccagcgt ggccaaggag ctgatggaaa acgccataga cgcgggggcg      120

agatcggtga ccgtggagat cgcccacggc ggcctcactt tcctccgggt caccgatgac      180

ggctgcggca tcccggcccc ccagatgaag accgccttcc tccgccacgc caccagcaag      240

ctgcgcacgg agtatgacct ggaggccatc ggcaccctgg ggttccgggg ggaggcactg      300

gccgccattt ccgccgtctc ccgcatcgac gtgatgagcc gcacccagga tgccccgctg      360

ggggcctccc tgtccctgga ggggggcgtg gccgggccgg tggagcaggc gggctgcccc      420

ctgggcacca ccatggtggt gcgggacctg ttctacaaca cccccgcccg gctgaagttc      480

atgaaaaagg acgccgccga gggggccgcc gtcttcggcg tggtccagcg ggtggccctg      540

tcccacccgg aggtggcagt gaaattcctc cgggacggaa agcaggagct ggccaccccc      600

ggggacggac agctgcgctc cgccgtctac gcggtgctgg gccgggatct ggccctgggc      660

ttcacccagg tggacagctc ggacgagggc atgtccgtgt ccggcttcgt ctcccagccc      720

tcctgctgcc gggccagccg gaactggcag ttcttcttcg ttaacgggcg gcaggtgaag      780

tcccggctga tgatggccgc cctggaggag gcctaccaga accagaagat ggtgggcaaa      840

tttcccggct gtgtcctcca tctgaccacc aggctcagcg cggtggacgt gaatgtgcac      900

ccggccaaga cggaggtgaa gttcggcagc gagcgggggg tgttcagcgc ggtgtaccac      960

gcggtcctct ccgccctgga gcgggaccat gtccgccccg ccgtggcgct ggagaagccc     1020

cgggcccacg acaccgtgac ccccaaccag accaggctgt ccgccgggga gctgcccctc     1080

cacgacgtga cctacggccg tcgggaggtg cccggcctgt cccggatgcc ctccgccgcc     1140

tctttcctct cgccccagca gcgggagcgc acaccccagc ccgccccggc ggagcctccc     1200

catcccaggg ctccgatctc tggagaaatg accgcccccg gggagtggaa gaccggggag     1260

gccccggccc ccgcctgccc cggtgaagcc cagggcggga tgacctgcca cgaccggatg     1320

gcgccggagg acttcgacct cctggccggg acccggacgg agcgccccgc ccccgcgccg     1380

gcggagacgc ccgcaccaga cccgggcccg gctccggccc tggaggaggg gtccgcgccc     1440

cagatctccg ccccggcgga gcctgagcct gagggagagg cagccccctg gcgcatcgcc     1500

ggggaggtgc tgaacaccta catcatcgtg gaacaggggg acaccatcct gtttatcgac     1560

aagcacgctg cccacgagcg gatgaacttc gaccgcatga aggcggaggg ctacaccccc     1620

atggtgcaga ccctgctcac cccggtcacc ctccatcccc cggcggagga gggggccgcc     1680

ctgctggcca acctgccgct gctggaggag ttcggcttct acgccgagga cttcggcggg     1740

ggggcgctgg tggtgcggca ggcccccttt gacgtggacc cgggggacat cgaggacacc     1800

ctgctggaga tcgggggcag gctgctcacc accgggcggg cggacccctc cgccgcccgg     1860

gacgagctgc tccacaccat ggcctgcaag gcggccatca aggggggctg gcgcaccagt     1920

ccccaggagc tggagaaggt ggcgggagcc gtcatgcggg gagaggtcaa atactgcccc     1980

cacggccggc cggtggccat cgagctgacc cgaaaggacc tggagaagca gttccggcgg     2040

gcatga                                                                2046


<210>  1244
<211>  1980
<212>  DNA
<213>  Ruminococcaceae

<400>  1244
gtgacaaaac gcatcctggc tctggtactg accctggcaa tgatcctgtc gttggggctg       60

accgtacagg cagtgggcag ccctgtgtcc attgaactaa acgggacggc catggagctg      120

acagccccgg cgtatatcga cggacagaac cggacccagg tgccggtgac catcggcccc      180

cagctggggc tgacctatca gcagaaggag ggggaggtca cctttgtaaa gggggaggcc      240

agcctgacct tccgggatgg ggagaagcag gccggcggca tgactatgga taccgctgcc      300

gacctgtccg gcagcgtggg ttatgtcccc ttggtatatc tggcccggtt tttggggatc      360

caggtggctt gggacggagc cagcaggacg gtctctctga ccggcagtgc cggcctgact      420

gtggcagaca tcagcagtat tcaggcttat acggatatga ccttttatgg tcaaggactg      480

gtttcggtgg agatcaccta ccgtccagga gtggatgtga gcggtgtgac agcgcaatcc      540

tacatcctgg aggatcgggg gaccctgtcc ccggactttg ggcggatcga gatcgcgggt      600

gtgtccgttc agggacagac tgtgaccctg agtattgcgg aaaacactgg agccacttcc      660

aataataaga tgatctatac cggagatcag aaggagggct cccgggaacg caacgccttt      720

ggcatttact gtaccggggc ttggtaccgt gatgtaaatg gtgtcattta ctacggtaag      780

gaggacaccg cagagtatag ggccaacacc accggaatgg gctaccaggc ccggccctgc      840

ctggagctga ggctgcgcca caccggcgag gcagagagcg cttccgcctg cctggccaat      900

gaaaagggtc agtataacgc cggcggtctg tggaagcgga ccattgacgc caattttggc      960

gaaggcggct tccagacctt tgaggagctg ggcattcagg tggaatccac tgcaaagaac     1020

gccaaggatg tggtcccgga ccagtatgtc cgcggctacc tctatgtccc ggaggattac     1080

accggtgatg aggaagtccc tctggtggtc accatctcgg gcaatggtac ctccttctgg     1140

atcctggaag acggcaccaa taattttggt accaacatca tgtatgatgc ggccaccacc     1200

tcctggatcg gaaagggcgc cattgtggtg gggatccatg accgctcgat catgggcggc     1260

aacggcgagg actatgacta tctcctggac gatgtgaatg tgatcaagta tctcctggag     1320

cactacaaca tcgaccggga ccgcattatc atccatggca attcccgcag caccatggcg     1380

gccagcacca tcatccaggc actggccgga cagccctact ccgccggaca ggatgcggcc     1440

gactggggtg accgtccccg taccaagacc ctggataaat cggtatatga cttcgagatc     1500

ggcgtgttcc tgtgcaacaa cggcctgtat ggcgggcagg ggctctggac ctacgaggac     1560

cgcctggcgg tggcaaagac cggtctgcgg gcatggatct ttgacgcgga gcaggacttc     1620

aacaatattg attatgtgga ggaacagatc aaggcgttca aagaggctgg gtacagcgac     1680

cagtggatcg cggagaacct gcgtctcacc tgcttcccct ctgaactgtt ctactactgg     1740

ggcgagagcg accactccac cacccggatc aattattggt actttggaga cggtgagatc     1800

tattacggct ctgactgtca tattgatgag aatgggcagc tggtgtatga cagtaaggtg     1860

atgccgggcg gaacttacac cgttgaggcc cggggagcca gccgctccgg tactaaggag     1920

ggtcatgcat acaccgtgta tggggaaaac ttccaggagt gggcgctgga aacaacatga     1980


<210>  1245
<211>  1854
<212>  DNA
<213>  Ruminococcaceae

<400>  1245
atgcactcag acattacgtt cattgcctcg gacctgctgg ccgccgaaaa ggtccagaat       60

attttgcggg aatcccctgc caactgccag gtggtcctct ccaataccca ggatcttgag      120

gaggtatccc gcagccaagt agcccagggc gccaaagttc tgatcgcctt cggcatgttt      180

gcaaaaatcg tgcgccagag cgtggatgtc cccgtaatta tggtggatct gcaggcggag      240

gacgttatgg acgctctgct ggaggcatct aagctgggaa agcgcatcgc tatctttggc      300

ttccgccgag ttctgaagga tgtgttttat gtccgggacc tgctctccat tgatctggta      360

tggcttccta ctgtgtcccc ggaaaagatc ccccatgagc tggagaaggt ccaggacatc      420

gatgtactgg tggggggcta ctatcaggcc aggatcgcca agcagtacgg gatcccgact      480

gtactcatca agacccggga ttccgagatc cgaaaggcca tctctctggc ccagtcctat      540

ctggaaaagc ggcaggatga atccgagacc gggaccccca tgatggagtc ctccatctat      600

gccgccatta cggtggactg cctgggtgag atcctgatga tgaatcggct ggccagcgaa      660

tatctgaagc tggaccagct caatgcagtc gccttttctg tggatgacgt ctgtccccag      720

ttcagccgca tcgctgacgt catctctact cgccgtccct atcttaatca aatcgccaag      780

ctggaagacc gaatctttct ctaccatgcg gagcccatcc tgcggaagcg ggacggcacg      840

ctggagggtg tgtcggtcat ctttcaggac gtaaacacgg tcatgagctc cgaggtcagt      900

atccgccgta cgctcaccac caaggaaaat caggctgtct attcctttga ccacattctg      960

gggaacagcc cctgcatgac gcaggcactc aggctggccc tgcgctactc caaggtggac     1020

gagactgtgc tcatccaggg ggagacgggt gtaggcaagg aaatgtttgc tcagggaatt     1080

catcgggcca gccgccggcg ggacatgcca tttgtggctg tcaactgcgc ctccctccca     1140

gaaagcattc tggaaagtga gttgttcggc tatgtaaagg gagcctttac cggagccagc     1200

cgggacggca agcggggcct gttcgagtgt gctcataccg gaactatttt tctggatgag     1260

atcggtgaga tctctccctc catgcagggc aagctgctgc gtgtcctgca ggagcacagc     1320

atccgccgta ttggtgctga gactcccatt cccattgaca tccgcattat tgttgccacc     1380

aaccgtgatt tggtctctat ggtccgggag ggcaccttcc gggcagatct gtacttccgc     1440

atcaatgtgc tgggactgtg tatcccgcct ctgcgccagc gccaggggga cattatcctg     1500

ctggccgacg cctttctctc cgagacctcg gagcgggcgg gacgctatct ccgcttcagc     1560

agccaagcca aagccgccat gctccgttat gactggcctg gaaacatccg ggaactccag     1620

aacatggtgc gccgggtcag cgtcatcagc gactccgatg agatcggtcc ggagctggtg     1680

gagacctata ttcaggaaaa cagggggctt tccgccgtcg gtgggagcct ccgcagccgc     1740

tatacgctgg aggaagccct ggccctcagc ggcggcaaca agctccgggc cgccgaactg     1800

ctgggcatca gccgcgccac cttgtatcgg atgctggagc gaaaggggat gtaa           1854


<210>  1246
<211>  2034
<212>  DNA
<213>  Ruminococcaceae

<400>  1246
atgtatcgga gagaaactcc ctgggacatc gtaaaaccgc tcctgttttt cctgggctct       60

atcctctggc tggaggggat ctaccgggct ttctatgtcc ggcccttttt tgatgtgggg      120

ctggtctata tcctgctttt ctccctgccg ctggccggga tgtgtgccct tttgacctct      180

ctctggggca agaaggggaa ccgcaaggcc ggcttcgccg tgcttggcgt gctgaccctg      240

tggtacatga tccagtcggt gtaccacacg atctttgcca ccgtgctggt caccaagtcc      300

ttcaacatgg caggtcaggc cctgggcagc tactggaagg agaccctgct gggcatctgg      360

gaggccctgc ccgccctgct cctgctggcc gtccctctgg tggtgtactt cttccagcca      420

cggttcgccc tcctgaaccg cccggacggc cgggtgctgc tgggagtgat cggcggcgtg      480

atcatcgtgc aggccgcagc agtgctggcg atcgccctgc ccaccggcgg gatcatgacg      540

acccgccaga tctatcgaga gacctttgtc ccagacctga cggtctccca cttcggcctg      600

gccaccaccc tgcggctgga tatcgagcag accctctttg gcctggagga acccagccgc      660

cccgacccgg gtgagggctc ggtctccacg ctggccccgg ggaatgtctc tgtccagccg      720

gaggagccgg aggaagggga gacccccgcc gcctccggtc ccaatgtcat ggacatcgac      780

ttcgacgccc tgatcgccaa cgagacggac agcaccctga aggacatgca cgagtatttc      840

cgggaccgga cgcccacgga gaaaaatcag tacaccggta tgttccaggg caagaatctg      900

ctccttttca ccggcgaggc tttctggatc ggcgcagtga acgagcagta cacccccacc      960

ttatacaagc tggcccactc cggctttgtg tttgagaact tctacaaccc cctgtggtat     1020

tactccacgg tggatgggga gtatgccgcc accaccggcc tgatccccac caaccaggtc     1080

aatgcctccc agcggtatgc aggaaaaaac ggggtctcca tgtacttctc catgggcaac     1140

cagctccggg ccctgggcta tcccaccctg gcctaccaca acaatacagc caactactat     1200

gaccgcaacc tctcccaccc caacctgggc tatgatttct acgcctgtga caccgggctg     1260

gatgtggcca tgacctggcc ccagtccgac ctggagatga tgcagctgac cctcccccag     1320

gctctggccg gagagaagcc cttccacaac tactatatga cggtgagcgg ccacatgaat     1380

tacagcttcg cgggcaacgc catgtccgcc aagcaccggg atgaggtggc ggatctggac     1440

atgagcgagg ccgcccgggc ctatctggcc tgcaacatgg agttggacca ggctctggag     1500

tacaccatca agacactgga ggaggccggc gagctggaga acaccgtgat cgtcctctcc     1560

ggggaccact acccctatgg cctggacggc accggcgcca tcgacgagct ggcgggggaa     1620

gggacggagg ccgatccctt tgagaagtac cgctccacgc tgatcctctg gtccggtgac     1680

atggaggagc ctgtggtagt ggacaagccc tgttacagcg tggacatcat ccccaccctg     1740

tccaatctgt tcggcctgga atatgactcc cgcctgctgg ccggccggga tatcctctcc     1800

gacgcccctg ggctagtcat ctttaacgat tacagctatc tcaccgaact ggggcgttac     1860

aatgcggaca cggacacctt caccccaaat gagggggcgc aggtgccgga aaactacgcc     1920

caggacacct actgggaggc ccggtatatc cgcagctatt cggagaagat cctattcaat     1980

gactactacc gcaaaatcgg gctggaaccc ccggccggtc cggaggagaa ctga           2034


<210>  1247
<211>  2439
<212>  DNA
<213>  Ruminococcaceae

<400>  1247
atgtctaatc agaccaatgc aaaggaaaaa gcggctgcca aagcgcccgc ccgcatgtcc       60

aagaaggacc ccctcaccaa aagccagctg gagctcatca acgcctggtg gcgggcatcc      120

aactatctgg ccgcctgcca gctctacctg ctggacaacc ccctgctgcg ggagcccctg      180

aagcccgagc acctgaagcg caccatcgtg ggccactggg ggacctgccc tggtcagaac      240

ttcatctaca cccacctgaa ccgggtcatc aacaagtatg acctggacat gatctacctc      300

tccggccccg gccacggcgg taacgccatg gtggcccagg actacctgga cggctcctat      360

acggagatct accccaacat cagccgggac gccgagggca tgaagaagct gttcaagcag      420

ttctccttcc ccggcggcat cgccagccac gtggcccccg agacccccgg ctccatcaat      480

gagggcggcg agctgggcta ctccctgtcc cacgcctttg gcgcggtcat ggataacccc      540

gacctgatcg ccgcctgcgt ggtgggcgac ggcgaggcgg agaccggccc cctggccacc      600

gcctggcact ccaacaagtt cctcaatccc aagacggacg gcgcggtgct gcccatcctc      660

cacctcaacg gctttaagat cgccaacccc accgtcttct cccgcatctc ccacgaagag      720

gcggagatgt tcttcaaggg ctgcggctgg gagccccgct tcgtggaggg ggacgacccc      780

atggtcatgc accagaagat ggccgccgcc ctggactggg ccgtccggga gatccagcgc      840

atccaggagt acgcccgctc caccggcgac gtcacccggc cccgctggcc catgatcgtc      900

ctgcgctccc ccaagggctg gaccggcccc aaggaggtgg acggcaagcc gctggagggc      960

tgctggcgcg cccatcaggt gcccatcgcc gtccacgacg gcgcccccgg ccgcgtccag     1020

gagctggagc agtggctgaa gagctaccgc cccgaggagc tgttcgatga gaacggcact     1080

ctgatccctg agctccaggc cctggccccc aaggggaacc gccgcatggg cgccaacccc     1140

cacgccaacg gcggcctgct cctccgggac ctgcgcaccc ccgacttccg ggactacgcg     1200

gtggatgttc cccagcccgg cgcggtggag gcccaggaca tgaccgttat gggcacctat     1260

gtccgggacg tgatggagct gaatatggag tcccggaact tccgggtctt cggccccgac     1320

gagaccgcct ccaaccgcct ctcccccgtc tttgaggtca ccggccgccg ctgggaggac     1380

cccatcgacg agcacctgga cgagaacctg gaccgggacg gccgggtcat ggactccatg     1440

ctctccgagc acctgtgcca gggctggctg gagggctatc tgctcaccgg ccgccacggc     1500

ttcttcaaca gctacgaggc cttcatccgc atcgtggact ccatggtagc ccagcacgcc     1560

aagtggctga aggtgtgcaa ccagctgccc tggcggcaga agatcgcctc cctgaactac     1620

gtcctctcct ccaacgtgtg gcagcaggac cacaacggct tcactcacca ggaccccggc     1680

ttcctggatc acgtggccaa caagaaggcg gacgtggtgc gcctctacct gcccccggac     1740

gccaactgcc tgctcagctg cttcgaccac tgcatcaaga gccgcaacta cgtcaacgtc     1800

atggtcgcct ccaagcaccc ccgtccccag tggctgacca tggagcaggc cgtcaagcac     1860

tgcacccagg gcatcggcat ctggcagtgg gcttccaatg accagggctg tgagcccgac     1920

gtggtcatgg cctgctgcgg cgacaccccc actctggaga ccctggctgc tgtcaccatc     1980

ctgcgccact acctgcccga cctgaagatc cgggtggtca acgtggtgga cctgatgaag     2040

ctccagcccc acaccgagca cccccacggc ctcactgacg aggactatga cgccctcttc     2100

accaaggaca agcccatcat cttcgccttc cacggctatc ccaccctggt gcatgagctg     2160

acctaccgcc gccgcaacaa gaatctgcac gtccgcggct acaaggagga gggcaccatc     2220

accactccct tcgacatgcg ggtgcagaac gacatcgacc gcttcgacct ggtcatcgac     2280

accgtcaagc gtctgcccca gctgggcaac actgcctcct atctcattca ggagatgcag     2340

gataagctgg tggagcaccg ccagtatatc accacctacg gccaggacct gcccgaggtc     2400

cgggactgga agtggaacga cggcaagggg aactattga                            2439


<210>  1248
<211>  1515
<212>  DNA
<213>  Ruminococcaceae

<400>  1248
atgaaaacac caacaacttt gatcatcatg gacggctttg gcctgggccc caaatatccg       60

ggcaatgcgg tggaaaatac gccgaagccc catctggaga atatcttcaa ggagtgtccc      120

gggtgccgcc tgtctgcctc cggcctggac gtgggcctgc ctgaggggca gatgggcaac      180

agcgaggtgg gccacaccaa catcggcgcg ggccgggtgg tattccagga cctgccccac      240

atcagccggg acatcgacag cggggagttc ttcaagaatc ctgcctattt ggaggccatg      300

gagcactgcc gggaatgggg gaccgccctg cacctgatgg gcctgctgtc cgacggcggc      360

gtccacagcc acattaccca cctgttcgcc ctggtaaaga tggccaagga gcaggggctg      420

gagaaggtgt atgtccactg cttcctggat ggccgcgacg tgccccccag ctctggaaag      480

agctatgtgg agcagctcca ggccaagctg gatgagctgg gcaccggcag gatcgccacc      540

gtcatgggcc gctactacgc catggaccgg gacaagcggt gggaccgggt gcagcgggcc      600

tatgatgcca tcgccctggg ggaggggatc tttgaggagg accccgccgc cgctgtccag      660

aagtcctatg actccggcgt caccgacgag ttcatggagc cggtggtctg cgccaaaggg      720

gctcaggtcc gggacaacga ctccatcatc ttctacaact tccgccccga ccgggcccgg      780

gagatcaccc gctgctttgt ggatgaggac tttcaggatg tggagcggaa aaagggcttc      840

gtcccggtgg attttgtctg taccaccgag tacgacgcta ccatgcccaa tgtgacggtg      900

gcctaccccc ggcagaagct ggagaacatc ttcggcgagt atatcagcaa gctggggctg      960

acccagctgc gcatcgctga gacggagaag tatgcccacg tcaccttctt cttcaacggc     1020

ggcgttgaga cggtctttcc cggggaggac cgggtgctca tcgcttcccc caaggtggct     1080

acctacgacc tccagccgga gatgagcgcc tatcaggtga cggaggaggc ggtcaagcgc     1140

atcgagagcg gagcctatga tgtcatcatc ctgaactttg ccaactgcga catggtgggc     1200

cacaccggcg tgtatgaggc tgcctgcagg gcggtgactg ccgtggacga gtgcgtgggc     1260

cgggtggtgg aagccacctc ccgcatgggc ggcgtctctc tcattaccgc cgaccacggc     1320

aatgccgagc ggatggcgga cgaggatggg gagcccttca ccgcccacac caccaacctg     1380

gtgcccttct atatcgtggg ggccagcgtc cgcctgcggg acggccgcct ggccgatatc     1440

gcccccacca tgctggacct gatgggcctg gaaaagccca aggagatgga cggggagact     1500

ctgatcgtca actga                                                      1515


<210>  1249
<211>  1356
<212>  DNA
<213>  Ruminococcaceae

<400>  1249
atggtgctgg aagaggaaga gctgctcctt aagcagctcc cccattctgt ggaggcggag       60

caggccgtgc tgggctccat gctcatcgac ccccgctgtg tcccggatgt gatcgagcag      120

ctccggccgg aggacttcta tatccggcag aaccgggaga tctacgagac catttactcc      180

atgttcaact tctccctcac catcgacccg gtgacggtgc tggagaacat gcggaaaaac      240

ggggtctacg acgagaatgt ctcccgcaac tacatcctcc agctgatgga caccacgccc      300

actgcggcca acgtggggga gtacgtggcc atcatcaagg acaagaccct gctgcggcgc      360

atcgccgaga cggcggggga catgaccgct atggtccagc agggcacaga cagcggccag      420

gacgtgctgg aggcggcgga gcagcgggtc tacgccatcc ggcaggggcg ggccgcccgg      480

ggactgacac ccatctccgc ggtgctgctg gatgtgtatg accggctcaa tgagctggcc      540

gccagcgatg cggcggtgcc cggcctgtcc accggactgg gggacctgga tctggccatc      600

tccggcctga acaagtccga cctgatcctg ctggccgccc ggcccggcat gggaaagacc      660

tccatggcgc tgaacatcct gctccacgcg ggcaagttct ccgggaagag cgtggccttt      720

ttctccctgg agatgagccg ggagcagctg gtgctgcgcc tgatctccaa cgaatccttt      780

gtggacaaca aaaagctggt gaccggaaag ctcaatgaga gcgactggga gaaagtggcc      840

gccgccgccg acgccctgaa ccgcactaag atcctcatcg acgacgactc tacggtgtcg      900

gtggccgata tcaacgccaa atgccgccgg gtggaggacc tggggctggt ggtcatcgac      960

tacctccagc tgatgacctc cgccggcgga aaggagcgca gcggcgacaa ccggcagcag     1020

atcgtctccg acatctctcg ggccctgaag atcatggcca aggaactgaa cgtgccggtg     1080

ctgtgcctgt ctcagctctc ccgtgccaac gagagccgga ccaataagcg gcccatgctc     1140

tcagatctgc gggaatcggg ggccatcgag caggacgccg atatcgtcat gttcctctac     1200

cgggaggact actacgagaa agaatcagaa aaccacaacc tggccgagtg catcatcgcc     1260

aaaaaccggc acggggagac ccggacggtg gagctccagt ggctgcctga gtacaccacc     1320

ttctcctcca tcgaccggac ccatgaggag tattga                               1356


<210>  1250
<211>  2436
<212>  DNA
<213>  Ruminococcaceae

<400>  1250
atggctgaat acaacaaagc ccagctcact gagatgatcg tgggcaagct cctgcggaat       60

tttggccgca cagtggatga ggccacccct aatcatatgt tcaaggcctg cgccatggtc      120

ctgcgggata tcatgtccgg tcatcagatc gagaccagca accacgtctg ggaagcccag      180

ggccggcagg tccactacct ctctctggaa ttcctgatgg gccgctcttt ggagaagaac      240

gcctataatc tggggctgct ggacaccttg acccaggtgc tggaggatct gggcttttcc      300

gccgctgacc tgttcgagac cgagccagac gccggcctgg gcaatggcgg tctgggtcgt      360

ctggccgcct gctacctgga ctccatgacc actttggaga tcccggccac cggctattcc      420

atctgctatg agctgggcat cttcaagcag aagatcattg acggcaagca ggtggagctg      480

gccgacaact ggcttggcct gggcgacgcc tggcttatcg ccaagatgga cgaggcggag      540

gaggtccgct ttggcggcag gatcgtggac cattgggtgg acggccacaa taagccggag      600

cacgtgggct acacgaccgt gctggccatt ccacgtgaca tggagatcgc cggctacaag      660

accaaccaca ccaacaccct gcgcctgtgg gacgccaaga gcccggtccc cgtagatatg      720

tccctctact cccggggtga gtacctgaag gcggtggagc agcaggccat ggccgaggtc      780

atcgcaaaag tgctctatcc cgatgacaac cactacgagg gcaagtccct gcggctgaag      840

cagcagtatt tcttcgtctc cgccaccgcc cagtctatcg tccgccagca ccgtgcccag      900

tatgggacgc tgcgcaactt ccaccagaag catgtcatcc agatcaacga cacccatccc      960

accctggtca tccccgagct gatgcgcatc ctgctggacg tggaggggta cagctgggac     1020

gaggcgtggc acatcgtcac caacaccgtc tgctacacta accacaccgt cctggccgag     1080

gccctggagc gctggcccca gaacctgatc gagtccctgc tgccccgcat ctgggagatc     1140

ctgaaggaga tcgccgcccg ctaccagcgc cagctggagg gatacttcgg cggggacatg     1200

aaccgggtct cccggatggc catcatctgg ggtggggagg tccgcatggc caacctgtgc     1260

gtgtgcgcct gttccgcagt caacggcgtg tccgccctcc actccgatat cctcaagcgg     1320

gacgtgttcc atgacgccta cctccgccag cctgaccagt ttaaaaacgt gaccaacggc     1380

atcgaccacc gccgctggct ctctcagatc aaccccaagc tggacgccct gatccgggag     1440

tgcaccggca gcgacgccta cctgctccac ccggaatcca tctccggcct ggagaagtac     1500

aaggacgact ccgccgtcct ggaccgcctg gagtccatca aacaggagaa caagcgccgt     1560

tttgccggct atgtggcccg ggagtccggg atcatcctca acaccgacgc catcttcgac     1620

gtacaggtga agcgcctcca tgagtataag cgccagctgc tcaacgtgct gcatatcgtg     1680

tgcctgtacc agcagctgcg ggacgatccc aatatggact tcacgcccca gaccttcctc     1740

ttcggcgcca aggcggcccc gggctaccac gtggccaaac agatcatcca gctcatcaac     1800

tccctggccg cccagatcaa cgccgacccc gtctgcaagg ataagctcca ggtggttttc     1860

ctggagaact accgggtctc cctggcagag aagctgatgc ctgcctccga gctctccgag     1920

cagatctcca ccgccggcaa ggaggccagc ggcaccggca acatgaagtt catgatgaat     1980

ggcgccctca ccatcggcac cctggacgga gccaatgtgg agatgcacca gcagctgggg     2040

gatgagaaca tcttcctttt cggcctcacc gccgaccagg tggaggagcg ccgccgccag     2100

ggctatcgct ctctggatta ctaccagcag gacccggtgc tcaagcgggt gctggaccag     2160

atctccgccg gcttctccga cggcagggcc tacaccgacc tgaccaaccg cctgctcttc     2220

ggcggagggg gcgggatcgc cgatgaatat atgctactgg ccgactttga cagctactgt     2280

caggcccacc gccgctctct ggaggtctac aaggaccgga gagcctggga tcagaaatct     2340

ctcatcaaca tcgcccggtc cggcatcttc gccgccgacc gctccatccg ggactacgcc     2400

cgggacatct ggcatgtccc cacccggttc gactga                               2436


<210>  1251
<211>  582
<212>  DNA
<213>  Lachnospiraceae

<400>  1251
tatggcggca cgaaccggca gattacggaa gcgtatgtcg acgaggtgct ggcccacttc       60

gaagcgggcg atgtgctcgt cttacagaac gaaattaact gcatgcccta tatcatgcaa      120

aaagcgcacg agaagggcct tcgcatcgcc ttcaatgccg caccctacgg ggcggaggtt      180

ctaagctacc ctctcgagac agttacgtgg ctgatcgtca acgaggtcga gggtgcggga      240

atttccggca agacggactt tgacgacatt gcggacacgc tcgtaaaccg ctatcccggc      300

atgaacatca tgctcacgat gggaaaaagc ggctgccttt acaaaagcgc ggacgagacg      360

gtgcgcctcg gcgcgtgcca tgtggacgcg gtcgacacga cagcggcggg cgatacgttc      420

atcggctact tcgtgcgcgg cattttgcag ggacttccca tgcgcgacac gctccggcag      480

gcgacggtag ccagcgcgat tgcggtcaca agacccggcg cagcggattc cgtcccgtcc      540

atcgacgagg tgctcgcatc cccgcttctg gatacgattt aa                         582


<210>  1252
<211>  978
<212>  DNA
<213>  Lachnospiraceae

<400>  1252
gtcgtcaagg gcggcgacat tacgaaggaa gcctttaccc tcaaggatga caccggcatc       60

atggtcaact ccggattcct caatggcatg acggtcaaag aggccatccc cgcgatgaaa      120

aaatacgcgg tcgagcaggg ctggggccac gaaaaggtca actacaagct ccgcgactgg      180

gtcttctccc gtcagcgcta ctggggcgag cccattccga tgatctcctg ccccaagtgc      240

ggctgggtgc ccgtgcccga ggatcagctg ccgctggttc tgccgcaggt cgagagctat      300

gagccgaccg acgacggcga gagccctatt tccaagatga ccgactgggt caacaccacc      360

tgcccgtgct gcggcggccc cgcgaagcgc gagaccgaca ccatgccgca gtgggccggc      420

tcttcgtggt actatcttcg ctatatggac ccgcatgata cggaaaagcc cgtgtccaag      480

gaagcagaaa catattgggg accggtcgac tggtacaacg gcggtatgga gcacacgacg      540

ctgcatctgc tgtattcccg cttctggcac aagttcctct atgatatcgg cgtcgtccac      600

accaaggagc cctacgccaa gcgcacgagc cacggcatga tccttggaca gaatccgcac      660

tatgtgggca atgcgaaaac cgaggaagaa aagcaggcgc tcatcgaaaa gtacggcaat      720

caggcgctgc gcccggcagt caagatgtcg aagtcgctcg gcaacgtcgt caatcccgac      780

gatgtcgtga aggcctacgg cgcggacacg atgcggcttt atatcatgtt catcggcgac      840

tttgaaaagg ttgcgacgtg gtcggacgac gcggtcaagg gctcgaagcg ctttttggat      900

cgctgctgga acctcatgga catggcgacc gattccaagg aactcagcga aaaaaacgag      960

gccatcatcc acaagacc                                                    978


<210>  1253
<211>  1239
<212>  DNA
<213>  Lachnospiraceae

<400>  1253
atgagaatca acaccaaagc attttgcgac cgcctgatct ggcttctgac gctgttctgg       60

gtcgtggcca tctatctgtt tacgatggaa acgtggggtc gctacatcta tctggcctta      120

gctgtcgcta tttttctgct gacggcgctg cgaaacggcg gccgcatccg cgtaaagctt      180

tgccggtacc atgcgtatgt gctggccttc gtggtctata ccggcctttc cgctgcatgg      240

gcgtgggcgc ccgcggaggc gttttccaag tgcattacgc tgctgaatat ttttatatgc      300

tgcgcaatga tgtatcccta ttacgcccag caggactccg ccgagccgct gctatccata      360

ttcatgtggg caggttacct tgttgcgctc tattctatcc agaaaatcgg ccttaccgcc      420

atattggagg ccaccatatc ggctcgcgca agaatgtatt ttgaatataa taatgccaac      480

acgctcggca tgctctgtgc gctggcgatc gtaatccagg cctaccggtg gcttttcggc      540

cgcttctcac tttcggcgct gctttctgtt ccggcgctgc tggtagttgc cgcatctcag      600

agccggaagg cgattttgat gatcccgctt ggaatcatca tccttctgtt cctgaaaaat      660

ctcggaaacc gtagcttttt caagagcttt ttccgcatcg ttctgtccct ggcgcttttc      720

gcagcagttc ttgttctgat ttcccgaatc agcatcttcc ggggcgtcaa cgagcggctt      780

acttctatga tcgcctcctt cacgggcgag ggcgcggcgg atggctcgag tctgctgcgc      840

aaaaaaatgc gcgagggcgg ctttgcgcag ttcctgaaaa cgccgatttt cggcatcggc      900

atcggctgct cggacgtgct tttacagcac acaatcaaca gaagcaccta ccttcacaac      960

aattacattg aactcctggc ctgcggcggt atcgtcggaa cggctttgta ttacgttccg     1020

aggcttgccc tgctccggga cttttggagc agccgttttc tgcgaaaccg gcaggccatc     1080

gcgtgcctga cgattttgct gctgcttctg attatggact acggctcggt agcgtactcg     1140

gaaaagatgc agtacctgta tctgctgatg ctgtttgtgc aggcggacaa gctgcgcgag     1200

agcaaccaac aggccttgga ggatggagcg gacgaatga                            1239


<210>  1254
<211>  999
<212>  DNA
<213>  Lachnospiraceae

<400>  1254
atgaaatatg gtcgtacgtt taacttctct gccggtcctg ccatgatgcc ggaacccgtt       60

ctggaagaga tccgcgatga gatgatgaac taccgcggca gcggcatgtg cgtcatggaa      120

atgtcccacc gctcccccgt gttccagcag atcattgacg aagccgagca ggatctgcgc      180

gacctgatgg gtattcccga caattataaa gtgctcttca ttcagggcgg cgcaacgctc      240

cagttctcca tgatcccgat gaacctcatg aagaacggca aggccgtcta cgtcgagacc      300

ggcgcttggt ccaagaaggc cattgccgag gccaagaaag tcggcgaggt catcgttgcc      360

gcttcctcca aggataagaa ctacacctat gttcccgact gctccgacct cgatatcccc      420

gaggataccg actatgtcta catctgcgag aacgagacca tccacggcgt gacctggaac      480

aagctgccca acaccaaggg ccatgttctc gtttccgacc agtcctccat gttcctctcc      540

aagccctgca acgtctccga ttacggcatg atctacgctg gcgtgcagaa gaacgtcggc      600

cccgccggta tggtcgtgtg catcatccgc gaggatctca tccgtgacga tctgaccgat      660

cttcccatct acctgcagta cagcacccac tcgggcgcag gctcgatgta caacaccccg      720

aactgctggg cgatctactg ctgcggcaag gtcttcaagt acctgaagag catcggcggc      780

ctcgaggaaa tgcacaagcg caacctcgac aaggcaaagg tcttctatga cttcctggat      840

tcctccaaga tgttcaaggg caccgtcgag cctgagttcc gctccctcat gaacgtcccg      900

ttcgtgaccg agtccaagga gctcgatgca gaggtcgtca aggcaacgaa ggctgccggc      960

tacgacaacc tcaagggtca caagtccgtc ggcggtctg                             999


<210>  1255
<211>  831
<212>  DNA
<213>  Lachnospiraceae

<400>  1255
atggacaagg aacagctttt ttccatcggc gaggtcgcaa ggctttttca catgagcgtc       60

agcagcctgc ggcactatga atcgctcggc ttgctttccc ctgaatacat aaacccggac      120

agcggctacc gctattacag cacgcgccag tttgaggtgc tcaacacgct ccgctatctg      180

cgcgcgctgg acatgccgct tcccgaaatc gcggattttt tgcagaaccg ggacgtggaa      240

acaatcgaat gtaagctccg gcagcaaaaa gctgtcgtcg aacaaaagct cgcggagctg      300

tcgcgcatcg agcggaaaat tgaccaccgc ctttcgcagc tgcaggatgc aaaaagcgcg      360

cgtctggacg agattgagct catccaaacg cccgcctgcc gcattgtgtg gatggaagac      420

gcgctgtatt taaaaagctt tcttgacatg gagccctcta tccgaaggct cgagcagtcg      480

cagcgagagg ccgtcgtctt tctgggaaag gtcggcgtcg gcatttcgaa agagcacttg      540

gaggccggac agttttcccg gtacgactgc gcgtttttgc tgctcgaccg ggaggaccgt      600

tttgacggcg agacgcacaa gctgcccgag acgctctgcg cccgcatccg cttccgggga      660

agccacccgc aagcgggcgc ggcctatgag aagctgctcg cctttctccg ggcgcaccac      720

ttcgccatcg gcggcttttc gcgcgaggtc accctcatcg acaacggcct gacgaacgac      780

cccggcaaat ttgtcaccga aatcagcctc ccggtttgtc cggcggagtg a               831


<210>  1256
<211>  975
<212>  DNA
<213>  Lachnospiraceae

<400>  1256
atgaataaat tattgaatca aaagaaatta tccgggctgg gccccatcgg tatttttgcg       60

gcgtcgatga tcattctgtt catcattacg ccaagcttta gaagcatggc aaacttcaca      120

cagatcctgc tgagcgcgtc tgtgtatatg ctccttgcca tgggcatgag ctttgccatc      180

atcatcgacg gcatcgatct ttcggcgggc tccatcgtgg gcctgaccgg cggcatcgcc      240

tgcatggcca tgacgtatct gaacttgccc gttccggtgg ccctgattct cggcgttctg      300

gtcggcgcgg tgtgcggcct catcaacggg ttactgatta caaagctcga tctcattccg      360

tttatcgcga ctcttggcgg ccagtgggtc tacagaggtg cgctgaagct tctgaacaac      420

ggtgcgacca tcaccctgcg cggcacgatt tccgacgaag cgcttacgac gcttacttat      480

atcggcaacg gcaagttcct tggtatcccg gttccggtct atctggtgct ggtgatggcg      540

atcgctctga actttgtcct gcggcacacc gtattcggca gaagcgtcta cgctgtgggc      600

agcaacgccg agacggcgaa gatgtccggt atcaacgtgc agaaggtgaa gctgctggcg      660

cagagcatca ccggcctgat ggccggtatg gcaggtatcg tcatgctctg ccgcatggtg      720

tccattcagg cgaacaccgg cgagggctac gagtttgaag gtattttcgc ttccgtcgtc      780

ggcggcgtga gcatggcagg cggcgagggc acgatctttg gtgcggtcat cggtgcgctg      840

gtggtcgcgg tcctgcgaaa cggtctgaac ctcaacggca tcaactcgtt ctggcagcag      900

gtcattctcg gtgtgctggt gctggtggtt gtgtacgtgg ataccagaaa gacgaagaaa      960

aagagatccg tgtaa                                                       975


<210>  1257
<211>  1368
<212>  DNA
<213>  Lachnospiraceae

<400>  1257
cgcaaggtgc ggaacatgga cgactattat ctcggcgggc gctcgttcgg gccgcttgtc       60

ctgatggcga cggtctgcgc gacgatcatc ggcggaagcg gccttatggg gcgcgcgggc      120

gttgcgtact cgagcggctt caaggccatt atgacggcgc tgccgtatct tcttggcatg      180

tttatcttct cgggctttgc gggaagaatt tccgccgtcg gtacgacgtt caatgtcacg      240

tccattcctg acctttttga gcagcgcttc ggaaaaagcg ccaaggtcat gctcggcgcg      300

ctcatcgcct ttacgatgat gggaacggtt gcgtctcagg tcacggcgac ggcgaccatc      360

atcaacatgc tcggaaacga gattggcatt tcctatgaag cgggcgcaat catcgcgtgc      420

ctggtgttca tcatctatac ggcgacgtcc ggccttttcg gcgtcatcta cacggacgtg      480

ttccagttcg tgatgctgat cctcttcgtc tacatcctca tccccgcgtc gtcgcttgca      540

aagctcggcg gcttgggaac tttcctgcaa aatttagcac ccgagctctc gacaccgtac      600

ctggacggca gcatcgtggg cgatatcatt acatactttg ttttcacgct cgcgggcgct      660

gagatgtggc agcgcgcatt tgcggccaag agccagaagg cggcgaagga gggcctcttc      720

ctcggaacgc tcgtctatgg gctcacgatt cccctcgtct ggttcatggg cgtggtcgcg      780

caccagctcg ttccggcgga aaagatcatc gcttacggct cgacggatgc ggtcgtcccg      840

gcgctggcga tcgaaattct cccggtagga ctcacggggt tagcattggc cggcattttg      900

tcggttatca tgtccacagc agacagctat ctgatcgtct ccgtgcagac ctgcgtccac      960

gatatctaca agaccttcaa gcctggcatt tcggagaaaa aagagcttct gctcacgcgt     1020

gtgttcgcgg tcgtgctgcc gctgggcgcg ctgatcattg cgctctatat caaaaacgcg     1080

tataacattc tgatgtttgc ctggagcttc tatgcggcgg cagccggtct tccggcgttt     1140

gcggcgcttt actggaagaa ggcgacgaag gccggtattc tctccggcat ggcggcgggc     1200

ttctcggtga cgatcctctg gaagctcatc gggctgccgt tcggcatcgg cgcgacggtg     1260

ccgggcgcga tcgcgtgcct gcttgcgctc gtgctcgtga gccttgcgac ctataaaaag     1320

aatcccgcgc cgttcctcga tccttacaag aagcgggcgg cggaataa                  1368


<210>  1258
<211>  2058
<212>  DNA
<213>  Lachnospiraceae

<400>  1258
cttgctacca agcagatgcc cgacgcggac aagccgcttc ccatctactt caaaacgacc       60

gacgagatgc tggaagaatt ctcgtactta ggcgcggaaa aggcctacga ggtcgtcgtc      120

aagaacacca acatgatcgc cgattggtgc gagaccattc gcccggttcc ccacaacctc      180

tttgcgccga aaatcgaaaa ctctgtggaa gacctcaagg ccctcgtcta cggcaagctc      240

caccggctct acggcgagaa tccgccggag ctcattcaaa agcgtgtgga tacggagatg      300

cacgatatta tctcgtgcca ctatgatgtg atctacatgt cggcgcagaa actggtgcag      360

aactcgctcg agcacggata cctggtcggc tcccgaggcc cggtcggctc atcgatcgtc      420

gcgttcatgt ccggcattac agaggtcaac tccttcccgc cgcactaccg gtgccccaag      480

tgccagttca cgaccttcga ggtgccggat gactgcgcct gcggcgcgga tctaccggac      540

gcagtgtgcc cgaagtgcgg cgcgcagctt gataaggacg gcttcaacat cccgtttgaa      600

acgttcctcg gcttcggcgg cgacaaggtc cccgatatcg acctcaactt ctccggcgag      660

tatcaggcaa gagcccacgc ctactgcgtc gagatgttcg gctccgacca tgtcttccgc      720

gccggaacca tcggcacggt cgcggaaaaa acagcctacg gctacgttaa aaaatacctc      780

tccgagcgcg agatgaccgt cagcaaggcc gaggaaaacc ggctcgcgtc cggctgcgtc      840

gatgtcaagc gcacgaccgg ccagcatccg ggcggcctcg tcgttatccc gcaggagaac      900

gagatctggg acttctgccc cgtgcagcat ccggcggacg acaaggactc cgagtggatc      960

acgacgcact ttgaatacca ctcgatggag gagaaccttc tcaagctcga catgctgggc     1020

cacgatgacc cgacgatgat ccgcatgctc gaggacttaa ctggcgtgga cgcgcagaaa     1080

attccgctgg atgataagga cacaatgtct attttcacgt ccagcaaggt cctcggcttt     1140

gaaaacgacc ccatcttagg ccccgtcggc tcgtgcgcga tccccgagtt cggcacgggc     1200

tttacgcgcg gtatgctcca ggagacgcag ccgacgaaat tcgatacgtt aattcgcctc     1260

tcgggcttct cgcacggcac ggacgtttgg ctcggaaacg cgcgcgatct gattttgtcc     1320

aagaccgcct ccgtcaacga cgccatcggc tgccgcgacg atatcatgct gtacttaatc     1380

aaatgcggca tgcccgaaaa gcgctcgttc aagatcatgg aggctgtccg aaaaggcagg     1440

ggccttcccg agggcgcgga ggacgagatg aaggccgcgg gcgttccgga gtggtacatc     1500

ggttcgtgta aaaagatcaa atacctcttc ccgaaagcac acgcaacggc gtatgttatg     1560

atggccttcc gcatcgcgtg gttcaaggtc catgagccgc tggcattcta cgcggcgtat     1620

ttctaccgca ggagccagaa gggcggcttc gacgcggcga tgatgacgca cggcattgac     1680

cttgtcaagc agaagcttca ggaaattgac gaggcggagg acgcaacggc gaaggacgac     1740

gatctgttta cgacgcttga ggtctgctac gaattttatc tgcgcggctt tacgttcgcg     1800

cccatcgacc tctaccgctc gcacgcaaca agattcgtga tcgaagacgg caagctcctt     1860

ccgcccttcg tttccgtctc gggtctcggc gaaacggcgg cgtgggacat catggagggc     1920

cgcgaaggaa aggaattttt gtctattgag gagttttccc ttgcctgccc gaaggtatcg     1980

aagacgcaca ttgagaacct caaagccgcc ggtgcgttcg gcgatttgcc ggaaacaagc     2040

cagatcaccc ttttttga                                                   2058


<210>  1259
<211>  624
<212>  DNA
<213>  Lachnospiraceae

<400>  1259
ggaaatgtgc tgcgggtgct ctcccgcgtg atggaagacg gcgcgccggt cacaaatcag       60

aagacaaaaa ctgcttaccg cgaggcgctc ttgccccttt atgaggcggg accgcgcgga      120

acgctcacgc aggcgctcat ggagctcggc gcgatggtgt gcgttccgaa cggcgcgccg      180

aagtgtgaaa gctgtccttt gcaggagcta tgccttgcaa acgcgcatgg gacgtgggaa      240

aaataccccg taaaagaagc aaagaaggcg aagcgggagg aagagaagac ggttttttac      300

ctcacgtgcg atggctgcct agccgtccgg aagcgggaga gcaaaggact tctcgcgggg      360

ctttgggagc ttccgaacgt ggaggggaag ctggatgcgg cgcaggcgct ttcgtttgcg      420

gaaaaggccg gatgcgagcc ggcggagctt ttaaagagcg tcgagcgggt gcatgtgttc      480

acgcacatca tctggcgcat gcgctgttat tatatagtat gcaaggagaa aagcccggaa      540

tttgtctggg cggacgcgga acggcgaaaa acggatgtgg cgctgccgac agcgttccgg      600

atgttcgtcg aagaggaaat ataa                                             624


<210>  1260
<211>  693
<212>  DNA
<213>  Lachnospiraceae

<400>  1260
tgcgtgttcg gggactatga tgtagacggc attacagcca cgtgtcttct gacggacttt       60

ctcagaaagc gcggcggaca tgtgacaagc tacattcccg caaggctcga agagggctac      120

ggcctcaacg aaattgccgt gcgggcgctt cacgagcagg atgtgaagct gatcatcacc      180

gtcgactgcg gcattacggc aaaccaggag gcggctttgt gccgggagct cggcatggag      240

ctcgtcatca ccgaccacca tgagtgtaag tcggatctgc cggaggccgt cgcggtcgtc      300

gacccgcacc gaaaggagca gcccgagccg attctggaga tggcgggcgt tggcgtggcg      360

ttcaagctgg ccgccgcgct tcacggcgat caggaggcac tgctggcgga atactgcgat      420

ctgctttgtc tcggaaccgt ggcggacgtg atgccgctga cgggtgagaa ccggaagatg      480

gtctggcagg ggcttcaggc gctcgcaaac cccaaacggg tcggcattgc ggctttaatg      540

gccgagtgcg gcgcgatgcg ccctcccatc acggcgggaa ccatcggcta taccctggcc      600

cccagaatca acgcagccgg gcgcatgggc catgtagaaa ttgcgacgga gctgtttctc      660

acgaacgatg cggcgcgcgc cgtgtccctt gcc                                   693


<210>  1261
<211>  891
<212>  DNA
<213>  Lachnospiraceae

<400>  1261
gccggacgga cggtttccgg cgagccgtat aaaatgtata tgattgtaaa atcgaccacg       60

acggagttct ggaagtccgt cttcgcgggc gcgaacgcgg caaagtccga gtacaacgtc      120

gatctgaccg ttctcggccc ggagacggag gaggactacg aggcgcagaa cgaatacatt      180

cggcaggcca tccgcgacgg cgcggacgca attgtctttt ccgccatcag ctacacgaaa      240

aacgcgcagg ccatcaacga cgcggcgagc gcgggcatca aggtcgtcgt catcgactca      300

gatgtgaact ctgatggcgt ggttgcgcgc atcgggacag acaatgtgca ggcaggaaga      360

atgtgcgcaa aagcagcgct tgagaccaat ctggaatcca tcgtggtcgg tattgtaaac      420

tgcgatgtgg aaacgcagaa cgggcaggag cgcgagcagg gcttccgggc aggactgtcg      480

ggcgatgcgc gcgtgcagga gatttacacc gtaaacgtgc cgacggacgc ggagcttgcc      540

agacaggcgg cgcggggact tttattggag cacccggata tcaacgtgct ggcggggttc      600

aatgagccgc ttgcggtcgg aacggcgctg gctgtcgacg agctggagct tggagagcgg      660

gtgattgaaa tcgcgttcga tacgaacccc atctgtgtcg agcttttgca gaagggcgcg      720

gtgtcggcgc tgatcgttca gaatccgtac gcaatggggt acctcggcgt ggaaaaagcg      780

tggcagagtc tacagggcca gcgctttgac gcaaatacgc tcatcaacac cacaacgacc      840

actattacgc gagatacgat gtttacgatc gagagccaga aggcgatttt t               891


<210>  1262
<211>  927
<212>  DNA
<213>  Lachnospiraceae

<400>  1262
atgctgaacg acgtacaaaa gcacatttta caagttgtcg ccgacatggc ggacggaaac       60

gcacccggcg cggtcaatat ccgctccgac ggccagaagg cctaccggca taatacggag      120

aacatcgaga tcatctcgaa gaccgataaa gacggcatcg atatcaagat caagcccttt      180

accaagcacg aggatgtgca catcccggtt gtcctgacaa agtccggctt ccatgacatg      240

gtctataacg acttctttgt cggcgaaggc tcggaagtga cgatcgtcgc cggctgcggc      300

attcacaact gcggcgactg cgactcccag cacgacggca tccacacgtt ctacgtggag      360

aaaaacgcga aggtcacata tattgaaaag cactacggcg agggtgaagg cacgggcaag      420

cgcattttga acccgcagac gatcgtctac cttgccgagg gcgcgcagat cacaatgctg      480

acgagtcaga tcgctggcgt ggacgatacg aagcggtaca ccaaggttgt ggccgagggc      540

gcaaactccg aggtcatgat tacggaaaag ctcctcacgc atgcagacca gcacgccgtg      600

agcgagatgg acgtgatttt aaacggcgag ggctcgcgca caagagttat ctcccgctcc      660

gtcgccaagg aagcgtccac acaggtcttc taccccagag tgcagggcaa cgctccgtgc      720

ttcggccatg tctcctgcga cgcgatcatc atgggcacgg cgaaggtgcg cgcgattccc      780

gaaatttcgt gcaaccacgt cgatgcgggc ctcatccacg aggccgccat cggccgcatc      840

gcgggcgagc agcttttaaa gctcgaaacc ctcggcctta cccccgagga agcggaggaa      900

aaaatcctcg agggcttcct ccgctaa                                          927


<210>  1263
<211>  426
<212>  DNA
<213>  Lachnospiraceae

<400>  1263
atgaatcgcg aaaacaaacg caaaaccttt gaaaaagact actataaaac ccacgcctgc       60

agcgacacct tcgtctgcaa ggtctgcggc cggaccgtca tcccggaaaa cgccggctct      120

gaccaccgga accattgccc caattgcctc tcgagcctgc atgtcgatat tgaccccggc      180

gaccgcgcgt ccgactgcgg cgggatcatg gaacccgtgg ccgtctgggt gagaaagggc      240

ggcgagtggg cgatcatcca ccgctgcaaa cgctgcggcg tgctccactc caaccgcgtc      300

gcggcggatg acaaccccat gaagctcatg tcgattgcca tgaagcccct gtgcgagccg      360

ccgttcccca tcgagcgcat cgaagagctg acggcctgta tggcaggcga cggcaggata      420

cggtaa                                                                 426


<210>  1264
<211>  546
<212>  DNA
<213>  Lachnospiraceae

<400>  1264
gtccccaagg gcttcatcgc catgatctcc ccgatcctca ttctgacgct tgccgtgagc       60

ctcaaagcca tgatcaactc ccttggcgcg gccgcatatg tgcaagatct gatgttctcc      120

gcctcgaatt tcctttatag cctcctgccg gcggtcatct tccttgtcgc ctgcgttctg      180

gccttcgcct ccggcacctc gtggggcacg ttcggcatcc tgatcccggt cgtcaccgcc      240

gtcttcccga cggacagccc gcttctcatc atcggcatct cggcctgctg cgcgggcgct      300

gtctgcggtg accactgctc gcccatctcg gacaccacca tcatggcctc cgctggcgcg      360

cagtgcaacc acctgaacca cgtctcgacc cagctcccct acgctgtgac cgtcgcgagc      420

gtttcgtttg tcggcttcat cgtcgcgggc tttgtccaga acgtctatgt gacgctcgcc      480

gtctcgacgg ttctgatgct cgcggtgctg ttctgcatcc gctccattga agcaaagaag      540

gcctga                                                                 546


<210>  1265
<211>  1170
<212>  DNA
<213>  Lachnospiraceae

<400>  1265
atgatggggc ttgaatacat gggcgaatac tatcgaaatt atgcacaggt caatttgaat       60

cacattagaa acaatcttga attagtgcgg gcaacaatca aaaaaggatg caaactgatg      120

gttgttctga aggcaaatgc gtatggacat ggtatcgagc aatgcgcgat tgcatgtagg      180

aatgcggata tgtttgcagt ggcaacgtta caagaggcgc tgatgattcg gcgcacaggt      240

ctccggacgc cagtattgct ccttggtccc gtcgatccga acgagataaa tacggtttgt      300

caaaatgaat ttacactgac aataagctct gtttcttatg cagaacagat acagcgggaa      360

tgtgagcgaa gtggtcagtc ggtcttgtgc catgtgaagg tcgatacagg cctgaaccga      420

accggcattc gctgccggac attctctgta gagaatgctt gcgaagaagc agggcgtatt      480

tttaaaatgc cttcattaaa gatcgaaggg gtgtatacgc attttgcttg cgccggatct      540

gagaatttgg atgaccaagc ttttacgcaa acgcaatatt ctacatttgt aagcttttgc      600

gaacgcatgg aacatcttgg gttttcgctg ggactgcgcc attgctgcag cacttccgcg      660

tttcttacac atccggaaat ggaactggat atggtacgga ctggcatgac tgttttgggt      720

caatgtattt ccgacgaata tcgcaaacgg ctcggacttc tgccggcaat ttgctggcgt      780

gcgcgcgttt tacaaatcca tgatgtaccg cagggagaga gcgtcagtta tgatcgcatg      840

tatcgcactg aaaaagcgat aaagattgcc gttatagcag caggatatgc agacggctac      900

aaacagaatt actcgaatcg ttcgagagtt cttttgaacg gcgtttacgc tccggttatc      960

gggaaaatat gcatggacta ctttatggca gatatcagca atgtgccaga cgtaaaagaa     1020

ggcgattacg caattctact tggcgtggat ggggaaaatg aagtcagcgc gatggaactt     1080

ggcggtgtga atcagacagc gccgggcgat gtaacatgtg caatttccgc acgggttccg     1140

cgcatttatt ttccggcgct cctggagtga                                      1170


<210>  1266
<211>  423
<212>  DNA
<213>  Lachnospiraceae

<400>  1266
gaagaaaccg gtatggtata tgcacgcaaa atgccgcctg agacgggcgc gcaaacggaa       60

aggaggaatc gagtggcaac cagtaaggaa tacatagact ttgttcttga gcagctggag      120

gggatcgacg caatcagctg caagaagatg ttcggcgaat atttggttta tatcagcggt      180

aagcccgcca ttctggtctg cgacaacgcg gcgatggtca agaagctgcc ggagctggcc      240

gggcttttgc aggatgcgcc ggatgcgtac ccctatgagg gcgcgaaggt gcatacgctt      300

cttgatatcg agaaccacgc gctgacgcgc caggtgctgg agatcatcga gcgcgtcacg      360

ccgcttccca agcgcaaaaa gaaaacaggc gccagccagg cagcgaacga agcggaaggc      420

tga                                                                    423


<210>  1267
<211>  579
<212>  DNA
<213>  Lachnospiraceae

<400>  1267
atggaattta tcagagaagt actcggaatc gtcagtcagt attacagcta cctgctttcc       60

ggcgtcggct atacgatgct cattgccctg atcggtacag ccgctggctt cctgatcggt      120

ctgcttacgg gcgtcatccg taccgcgccg aaatcgaaaa acgcagtgct ccgcgcgctc      180

cacaaaatcg tcaacgccat catcgccgtc tacattgagg tcttccgcgg tacgccgatg      240

atggtccagg cgatggtcat ctactggggc tacgcctttt tgaatgacgg cgcgacgctg      300

ccgctcattc ctgcgggcct gttcatcgtc tcgattaaca ccggcgctta catggccgag      360

atcgtccgcg gcggcatcat ctccgtcgac cgcggacagc tcgagggcgc gtattccgtc      420

ggcatgacgc acgcgcaggc gatggtcaag gtcgtcatcc cgcaggtgct tcagaacatt      480

ttgccgtcca tcagcaacga gtttgtcatc aacatcaagg atacctcggt gctgaatgtc      540

atcggcgtca cggagctcta ctacatggca ggcgtcatc                             579


<210>  1268
<211>  1143
<212>  DNA
<213>  Lachnospiraceae

<400>  1268
atgaatttag agcagtcccg caaagcgatc gacgaaatcg accagcagct cgtgaagctc       60

tttaccgagc ggatggcctg cgccgccgag attgcggcct ataagaagga aaacaatctt      120

cccgttctgg acgcggggcg cgaacgccag aagctggctg cgatctccga gatggcgccc      180

gacgatctgg aaaacagcgc aaggtgcctg tattcgctca ttttctcgct gagccgcgcg      240

tatcagcacc gccttctcgg gaacgacgcg gagcttccca agaaaattgc cgccgcgatc      300

gaatccaccc ccaacctctt cccgcccaag gcgatggtcg cctgccaggg cgtcgagggc      360

gcatattccc agctggcctg tgaaaagctc ttccaggcac cgaacatttt gtatttctcg      420

aactttgagg ccgtcttctc cgcaatcgag aagggtctct gccagtacgg cattattccg      480

ctcgaaaaca gcacagcggg ctccgtcaac aaggtctacg atctcatgct ccagcatgaa      540

ttttacatcg tccgcagcac gcgcctcaag gtcgaccaca gccttctcgt tcgtcccggc      600

acgaagcttg aagacatccg cgaggtatac tcccacgagc aggccattgg ccagagtcag      660

gaatttttga agacgctgcc gaatgcgcag atcatccgct gcgaaaacac ggcgcaggcc      720

gccaaattcg tcgcagagtc cggtcggaac gacgttgccg cgctggcttc gcgcacatgc      780

ggcgcacttt acggtctcac cgcgctcgcc gaaagcgtgc aggatcaggg caacaactac      840

acccgcttca tctgcatcag caaaaatctg gagatttatc cgggcgcgga ccgcacgagc      900

cttcgcatgg tgctcgcgca caagccgggc gcgctgtatc aggtgctctc gctctttaac      960

gcccttggca tcaacctcaa caagctcgaa agccgcccga ttccggagcg cgattttgag     1020

ttcgcattct actttgacct ggatacctct atctactccc ccgcgttctt gcagctcatg     1080

gcagagcttc ccggaatctg cgagcagttc tcgtacctcg gaagctacag cgaggtgatc     1140

tga                                                                   1143


<210>  1269
<211>  831
<212>  DNA
<213>  Lachnospiraceae

<400>  1269
tacaaagtag actctccgaa gatcaagggc tacaagctca agaacaagga tgacgcggtg       60

atcgaaggta caatgcccgg tcgtaatctg accatcgagg tcgtctacat caagaagagc      120

accggaggca gttcaggcac gatcgactcc ccgaataagc ctacgacgaa agcaccggcg      180

ctgacgctca acaccgatga ccacttcgca tttatcaacg gttatcccga cggctccgtg      240

cagcccgaag gcaatgtcac ccgtgcggag accgcagcga tcctgtaccg tatcatgggc      300

gacgcgtgcc agtcctacta caagaccaac agcagctcct attcggacgt tgcccgcggc      360

gactggtaca acacctacgt tgctacactc gagaatgccg gcgtgatcgt cgacaccaga      420

acgaacggca agttccgtcc gaatgacgcg atcacccgcg ccgagctcgc ttccatgatt      480

gcgcagttcg ccggtctgga gagcgcttcc gctgcgaagt tcaacgatgt tggctcgcgc      540

tactgggcag ccgaggaaat cgcgattgcc gcgaagatgg gctggatcaa cggctatccc      600

gacggcagct tccgcccgga ccgcaacgtc acccgtgccg aactcatggc aatggtgaac      660

cgcgcgctcg gccgcacgcc gaagtctgcg gacgatctgc tgtccggcat gaagacctgg      720

cgcgacaacg cgaacgtgaa cgcatggtac tacctcgacg tgcaggaggc caccaacgac      780

cacacctaca ccaagtcggg tacccatgag acctggaaga agcttctgta a               831


<210>  1270
<211>  912
<212>  DNA
<213>  Lachnospiraceae

<400>  1270
ttgacacacg aaccgacgct tgtcatcatg gccgccggaa tgggcagccg cttcggcgga       60

ctcaagcaga tgacgccggt agacgaggaa gggcacttca tcatcgattt ttcgctctat      120

gacgcgtatc gggcgggctt ccgccgcgtt gcgttcatca tcaagcgcga aatcgagcag      180

acgttccgca agacgatcgg cgcgcgcatg gaaaaatggt tccatgtcga ctacgtctat      240

caggagctgg accgtttgcc ggaggggttc gcggttcccg agggacgtaa aaagccatgg      300

ggcacggcgc acgcggtggc ctgctgccgg ggcgtggtgg aaggtccgtt tgccgttatc      360

aactccgatg atttttatgg ccggggcgcg tatgaggaaa tttatcgctt cctgacggag      420

catgaaaccc cgcaccacta tgcgatgctg ggctatcagc tgcggaacac cgtgacggag      480

ttcggctcgg ttgcgcgcgg cgtgtgccac gtgcaggacg gaatgctgct ggatatcacc      540

gagcggacaa aaatcttcaa gcgcgggcag gatgcggcct atacggaaga cggcgagacg      600

tttgtgcccc tttcgggcga cacgcaggtc tccatgaact tctggggctt tacgccggag      660

attctggacg agatctggga cgcattcccg gcgtttctga cagaaaatct cccggtgaac      720

ccggaaaagt gcgagttcta tctgccgacg tttgtgggaa gccggctggc ggagggaaag      780

gtccgcgtgc gtgtgctgcc gtgtatggag acgtggcacg gtgtgacata caaagaagac      840

ctcgacagtg tgaaagcggc catcgggcaa ctcaagcggg aaggaaaata ccccgcgagg      900

ctttgggaat aa                                                          912


<210>  1271
<211>  954
<212>  DNA
<213>  Lachnospiraceae

<400>  1271
gcagactttg cgaccgagga cattaccttt gcctacgata ccgtttacat cgtccgcaag       60

aaagatgaaa acgtttctct tgagccgctg cgcgtgtatc ttgactccat cggcgacagc      120

cttgtcatcg gcgaagacga cgaggcgttc aaggtacacg tccacacgaa tattccgtgg      180

gacgccctgg cagaatccca gaaatacggc acgctggagc ttgccaagat cgagaacatg      240

cgcatgcagc acgacgatct ggccgaaggc cgcaaggccc gttcgacgga cgacttggaa      300

gccattgagc aggagctcga gtccggggaa gctgccgctg cgcagcctgc cgcgcccgaa      360

aagccgtttg gctttgtcgc cgtgtgcgcg ggtgcgggtc tggcgggcgt gttccgcgat      420

ctgggggccg acggcatcat cgaaggcgga cagaccatga acccctcgac cgaggatatt      480

ttaaaggcca tcgagcagac ccccgccgag gtcgtgttcg tccttcccaa caacaagaac      540

atcatcatgg ccgcgcaggc cgcaagtgag cttgctacgc gcgaggtcgt cgtcgttccc      600

accaagaccg tcccgcaggg cattacggcg atgctgagct tcgacgagac gcagtctgcg      660

agcgagaacg cagagctcat gacggagagc ctttccggcg tgaccacaat gcaaattaca      720

tacgccgcgc gcaactccga ctttgagggg cgcgatatcc acgagggcga ataccttgcg      780

ctctacaacg gcgcgcttct cggaaacagt cccgaccttg attcccttct cgccgcaatg      840

gccgaaaagg cggcgggcga aggaaaagaa ttcgtcaaca ttttctacgg cgcggatacc      900

actgccgagc aggccgcgca cgcgtccgaa atcttcacca aagcccttcc ctct            954


<210>  1272
<211>  1146
<212>  DNA
<213>  Lachnospiraceae

<400>  1272
ttgcttcacg ccgtgtttgg gctggaaacg gtgaaaaagc tctatcccgt gatcgtgcac       60

ctgccgctga tgctgctgct cgtgtttgcg ctcaaacgga cgatcggcgt ggcgctcgtc      120

agcgtgtaca cggcgtatct gtgctgtgag cttccaaact gggtgcgcat ggtcgtcgcg      180

atggcggcgc gctccgagct tgcggggcag atctgctaca cggcgctcat cgtcccgctg      240

tttttcatcc tccggcgcta ttttgtccgc gctgcgcatg aggcgatgac gtgctccaga      300

gcggcgctgt ggctgtttgg tgcgcttccc gtggcgtact atttttttga ttacgccacc      360

accatctact caaatgcgct ctattccggc gtccgcgcca tcaacgaatc gctcccggcg      420

ctgctcattg cgttttacgt ggcgtttctc actgcctacc acgcgcaggc agagcgcagc      480

tatcaggcag agcttcaaag ctccatgctg gaggtcaaat ggtcgcaggc gcagacgcag      540

atgaacacgc tgcgccgcgt gcagacgcag acggccatct atcagcacga catgcgccac      600

catctgacca tgctcgaagg gctcatcgcg gcgggaaagc ccgagcaggc agcggcgtat      660

atccgcaagg tgcagtccga tatcgagacc atcacgcccc ggcgctattg cgaaaatgag      720

ctggtgagtc tgctgtgctc gtcgtttgcg gaaaaggcgc agcatgcggg ggcgcggctc      780

gacgtagacg caaggcttcc gcaggcgctt gacatttcgg acgccgagct gtgcgccgtg      840

ctgtcaaacg cgctcgaaaa cgcactgcac gccgtcgccg cactaccgga aaaagagcgc      900

acggtgtcgc tctactgcgc tgtccggctc ggaaagctcc tcattgaggt caaaaacccc      960

tacgccggag agctcaccct ctcgccggac ggccgccccg tcaccgcgcg caaggggcac     1020

ggctacggct gccagagcat ccagaccatc gccgcccgct ccggcggtct gtgcgagttc     1080

aaagccagct gcggcacatt ctgcctccag atcgtcctgc cgttgaaagc cgccgcgccg     1140

gtctga                                                                1146


<210>  1273
<211>  915
<212>  DNA
<213>  Lachnospiraceae

<400>  1273
atgaaaaaga atacccgttt gcttgccgtt ctgctggcct taggccttct cgcgctgagt       60

ttgactgcct gcgcggccag cagcaagtac gtcgccgaaa caacagcctc ggtatccaac      120

agcgccgcct acgactctgc gcccatggag gagcccgcct cgacgacgcc cgagttcgag      180

gaaatgaaat ccgaaaacgg cgcgctctcc atgacgaccg aggtcacgca ggatgacgcg      240

cccgaggccg cttcgaccga cgttgcctcc aagatcatct actcggcaga cctctccgcc      300

cagacgaccg actttgacgc agccatctcg aagctcgacg cgcagatcgc aagctttggc      360

ggcttcatcg agcgctcgga catcaacggc gacacgcgct acaatgacga cggcacgacc      420

actgtcatca accgctgggc gtattacacc atccgcgtcc ccgccgcccg ctttgaagag      480

ttcctccatc agaccgaggg catcggaaac gtcacctcca tcagccggta cgccgaaaac      540

gtgacctcgc agtacacaga ctatgaggcg cggctctcgt ctctgcgcac gcaggaggaa      600

aggctccttt cgatgctcga aaagagcgag gatgtcgaga gcctcatcgc cctcgagcag      660

cgcctggcag acgtccggta cgagctcgaa tccatcgaac gaaacctcaa aaatcttgat      720

ctgcaaatct cctattcgac gatcaccttg aacctgcagg aggtcgaaat ttacacgccg      780

accgttcccg tgcaaagaag cttcggcgaa aagctctcga gcgcgttctc cgacggctgg      840

cggagcttcg tgcgcggcct tcagtacttc tgcattgact tggcctcgat gctgccgggt      900

ctggtgctgt tcgtg                                                       915


<210>  1274
<211>  414
<212>  DNA
<213>  Lachnospiraceae

<400>  1274
atgaccaata aggagcttcg aaagctcagc cgcgccgagc tcatcgacat tctctttgag       60

ctgcagacgc agaatgaaaa tctgactgcg gagaaccggg agctcgccgc gcagctggaa      120

agccggcagc ttcagatcac tgaggctggc tccatcgcgg aggctgcgct ccggctcaac      180

ggcgtctttg aggccgcgca ggccgcggcg gaccaatatg tgcgctgcac gaaggactct      240

ttgaccattg ccgaacggac gctcgctgcg gcaaaacggc aggccgatac cctcgtgcag      300

gaggcgacag cgcaggcgca gaagctcctt gcagatgcag acgcgcgcct ggagagcagc      360

tggccgcagt ttttgctgga tgacagcgca cagcaaacaa agaacggaga ataa            414


<210>  1275
<211>  540
<212>  DNA
<213>  Lachnospiraceae

<400>  1275
atgaggcagc gttcttctta tggctggctg gagctcgtca tcggcatttt gttatccgtg       60

cttggcattt acagcttttt cagacccgtc gactatctta cgacgctgat cgtgatctat      120

ggtatcgccg cgcttgtgac cggtattgcc gatattgtgt tctactgcaa gatggagcgg      180

catatcggct ttgccccgac gatctcgctg gctaccggtg ttctcggtgt gatggcaggc      240

ctcgttctta tggtccaccc ggccgcaggg cgctgggcca tcgggctttt cttcccgctc      300

tggttcatcg cgcactgcat ttcaaggctc acacacctgt ctgttgtacg actgatcgcg      360

ggcacgacgt tctatgtctt tgacatgttc atcaatattc tcggtatcat cctcggtgtt      420

ctgatgctcc tgacaccgca ggtgacgctt ttgtccatga accttgtcat cgggttctac      480

ctgctgctgc ttggcatcga ctgcatcatc gaggcctgca ccaagctcgg cgcaagataa      540


<210>  1276
<211>  813
<212>  DNA
<213>  Lachnospiraceae

<400>  1276
atgattcttt acattcaggg cgcgattctg ctcattgaat cggccatcat ggtgcttccc       60

attgcgacgg cgctcatcta ccgggagccc tccggcgtct ggtttttcta cacggcgctg      120

gcggcggcga tttgcggctt tgcggccatg aagctatcta agccgcggac gaagacgatc      180

tacgcaaaag agggcctcat taccgtggcg ctgggctgga tcgtgctgtc cttagttggt      240

gcgctgccgt ttacgctctc gggcgagatt ccgttttacc tggacgcggt gttcgagatg      300

atctccggct ttacaacgac gggctccagc atcctgccga atgtggaggc gcttagccgc      360

tgcatgctcc tctggcggag cttttcgcac tggctgggcg gcatgggcat tctggtattc      420

atgctggcca tcgtcaaaat ggaaggcggg cagggcatcc atctcctgcg cgccgagagc      480

ccggggccga cggtcggcaa gatggtcccg agaatggtcg actcgtcgaa aatcctgtat      540

acgatctact ttgcgctcac gctcgtacag gtggtatttt acctggctgg cggcatgccg      600

ctttttgact cgctctgcaa cgcgtttgca acggccggta cgggcggctt ttcgatcaag      660

gcagattcgt tcgcgagcta cagcccgtat ttgcagacgg tcacaacggt ctttatggcg      720

ctgttcggcg tgaacttctc gatctacttt ttcctgctgc aaaagaagtt tgacctcgcg      780

ttcaaaaata ccgagctccg ctggtacgtg ggc                                   813


<210>  1277
<211>  849
<212>  DNA
<213>  Lachnospiraceae

<400>  1277
gctcccggcg atgtgcagac ggcgcgcttt ctcatccaga acggcggcaa tgaagaatta       60

gaccccgacg tgcaggagca tgtgcgcgag ggcgagcttc agcgcctgcg gcagatgacg      120

ggctactgca aaacggctga ctgcctgcgc ggctacatcc tctcctactt tggtcagagc      180

cacccagaaa gctgcggctg ctgcggtaac tgcaaaacag agcggcggct tcaagatgtg      240

accgttccgg cgcagatgct tctttcgtgt gtgtaccgga tttatgagaa gctcggctat      300

ttcgtcggca aaacgatggt ccttcgcgtc ctgcgcggca gtcgggacaa acgcgtgctc      360

gatcttgggc tcgaccagat ttcgacgtat aatctcatgc acgaaaagcg gcaggagctg      420

aatgcgctgt gcgattttct ggaggcagac ggctatcttc gcgtcaatcc cgagcacagc      480

acgctggagc ccgaagaaag ggcgcgcgac gttctgtttc gcgggaagca gcttctcatg      540

ccggtattgg cctcgccgga gcccgcgccg aaggcttctc agaagggcgc aaaaaaacag      600

accgctcccc tgccctccgg cgcggacgat ctgttcggtg tgctgcgcga gacgcgcatg      660

aaaattgcgc agcgggaaaa cgtgcccgcc tacattgtct gctcgaactc aacacttctc      720

gacatggcgg aaaaagcgcc cgagaccatg gacgcgcttc ttgccgtctc cggcatcggc      780

gaggtcaagg cctgccgcta cggtgaggac tttttgagcg ccatccgcaa ttatcaacgt      840

gggaaataa                                                              849


<210>  1278
<211>  660
<212>  DNA
<213>  Lachnospiraceae

<400>  1278
atggcaaaca ttctcgagta tctcgactgg cgcggcgatc tgacgctttc cgagcggccg       60

ttcaacgagg tggacaatct gattctggcg gagatctgct atctggattt ctccggcttt      120

gtacccgcag gctttcagac gcagcaggtg acgctccttg acgcggccag cgcctatttt      180

gccgcccacc cggaaaccaa catgggtgtt ctcgtgcccg atcagattcc cgttctggta      240

gagcatgcgg caaagaccgc gcgcttctcc gatgtgcgcc tgctcggcta tgtgaaccgg      300

atcgatgagg aaacgcagac gcagttttcc gctgtgacga tgctcctacc agacggcagc      360

gcctacgtcg ccttccgcgg cacggacgac acgatcgtcg gctggaagga ggacttcaac      420

atggccttca cgccggaaat ccccgcgcag aaatatgcag cagagtacct ccggcaggta      480

tccgcagccc ttcccttccg gccgcttctt gtcggcgggc actcgaaggg cggaaattta      540

gcggtctacg cggcggtctt ctgcggccag gacgtgcaga aacggatcct tgccgtctac      600

aataacgacg gccccggctt ttattcctcc ctgctgtccc ttcctgaaca caagccggtt      660


<210>  1279
<211>  675
<212>  DNA
<213>  Lachnospiraceae

<400>  1279
atggatataa aacaggcgaa agaggaaatc cggcgcacgg tgctggccta taccgagcgg       60

gatgctttgg gtgcgctccg gattccgatg gtgcggcagc ggccgcttct tctcatgggg      120

cctccgggcg ttggcaagac ggcgattttt taccagctcg cgcaggagct tggcgtgaat      180

cttgtctcct acacgatgac gcaccacacg cgtcagagcg cgctgggcct tccggtgctc      240

cgggaaaaga cgttcggcgg gaagacgtat accgcgaccg agtacacgat gagcgagatt      300

ttagccagcg tctatgaaag aattgaaaaa accggcgttc cgaccggcat tttatttctg      360

gatgagatca actgcgtctc ggaaacgctg atgcccgcga tgctccagct gctgcaaagc      420

aagcagtttg gaacgcatgc gcttcccgag ggctgggtca ttgcggcggc gggcaatcct      480

ccggcataca acgaatcggc ccgaacattc gacaccgtca cgatggaccg tgtgcgcctt      540

ttgcagatcg aagcggactt tgccgtctgg cgcgattacg cgcacgaaag gggacttcac      600

ccggcggtat tatcgtattt ggagctgaac ccggagcact ttttttgtgt ggagcggcac      660

gcgcacggca gaagc                                                       675


<210>  1280
<211>  876
<212>  DNA
<213>  Lachnospiraceae

<400>  1280
agatttttac gcggccttgg ccgcttcaac cttggaggat tgtctatgac ctattggaat       60

gccgttttgc tggggctggt gcagggagtg gcggagtttc tgccgatctc gagctccggc      120

catctggcag tgctgcaaaa ctttctcgcc atcggcgaca tggaaaacca catgctcttt      180

gacgtgctgc tgcacttagg gacgctggcg gcggttattc tcgcattctg gaaggatgtg      240

cgcgaggtcg tgacggagtt tgcgcgcatg ctccacatcc gcagaacccc gcgaggattg      300

aggcccaacc ggcgcgagcg gcggctcatc agctttctca tcatcgcgac gcttccgctc      360

atcccggcgg tgtttttatc gaatgtggtg gagtcactct accagaacac gtttttcatt      420

ggcttcgcgt ttatcctgac gggctttctg ctctttgccg ccgaccgcat ggggcacggc      480

aacaaggacg agcggagctc gacaacggcg gacgcgctgg tagtcggtct tgcgcaggcg      540

gtcgcggtgg tgccggggct gtcgcgctcc gggacgacga tcagctttgg catgctgcgc      600

ggctttgagc ggagctttgc cgtgaaattt tcgtttttgc tttccattcc ggccgtgctt      660

ggcgcaaatc tggtgtcgat catcaaggtg ttctcgacgg gtgtggagtg gagctatgtg      720

ccgatgtatc tggtcggcgt ggcctgcgcg tttgtgtcgg gctactttgc catctatttt      780

ctgcggctgg tcgtccaacg cggaaaattc ggcggctttt gctattattg ctggggcgcg      840

gggcttgtga cgctgctgct gtccctgatt tcctga                                876


<210>  1281
<211>  1776
<212>  DNA
<213>  Lachnospiraceae

<400>  1281
atgcgaacgc ttgaagaaat taaacgtacc gttgaaacag gccttggccg ctttccctgc       60

gagctgaagc ttgccaacgt gcagctggtg aatgtattct ccggcgaaat ataccccacg      120

gatatttaca ttcaaaacaa gcgcgtggtg tccattgaac cgggactcac gctcgaggcg      180

gagaaaaacg tggactgcgg cggcgcttac gcggtgccgg gctttattga ctcgcacatg      240

cattttgagt ccaccatgct ctcgccggag gcgctggcca ctgtggttgt tccgcaggga      300

acaaccacgc tgtgcgccga tttgatggaa attgccaatg tggcaggaga ggaaggtctg      360

cgggcgatgc tgacctgcat ggaccgcctg ccctaccgca tgctgattga agtctcctcc      420

cgcgtaccca ccgcaccggg actggagaca accggcgcgg agctggggtc gcaacaggtg      480

gcagagatta tggactggcc ggaatcgatc agtctgggcg agctggatcc ctccaagatt      540

ctctttgtca aggaggagta tctgcaaaaa atcgccgaca cactctcgcg gcgcaaaatc      600

gtcaacggcc atgccatcgg ccggctggga caggaactga acgtatacgc ctccagcggc      660

atttcggacg atcacgagtg cgtgacgccg gaggaacttt tgagccggct gcgggtcggc      720

atgcgggttc ttgtgcgcga gggcagcacc gagcggaatg tggacgcgct gatcggcggc      780

gttttgaagc tgggatgcag cacggaaaat ctctgcttct gtaccgacga caagcatgcc      840

ggcgagatca tgcaggaggg tcacatcaat tacaacgtac gccgggcgat tgcgctcggc      900

atggagccga tgcaggccat ccagatggcg agcatcaatg ccgcccgtca cttccgcatc      960

gacgacgagg tgggttcgat cacgcccgga cggctggcag acatcctgct ggtggacgat     1020

ctgaccaaaa tggagccgaa agcggtctat tttgaaggaa cgctggtggc agaaaataaa     1080

cgccttctgc aagcgtgccg cgtgtccgat tatcccgact ggatcaaaga tacggtgcac     1140

ttcaaaaagc ccattactgc cgcgtctttc cgctgcttct cgaaagatcc aaaggccaaa     1200

gagaccacgg cgcacgttat cggcctgatc gacgtgcaga tcatcaatca caatctgatc     1260

cgcacgcttc cggtgaagca gggggaaatc cagcgcgatc tgtcgcagga tattttgaag     1320

ctggccgttg tggagcgcta cggaaagaca ggcggtgtgg gcgtgggctt tgtgcagggc     1380

tttacgctga aaaaaggcgc gctggcatat tccatgagcc acgaccacca caacattgtg     1440

accgttggcg tcagcgacag cgatatggcg attgctgtca acgaggttgc ccgcctgcat     1500

ggcggactga ccgtggtctg cgacggcaac gtgatggact ccatgtgctt gccgatcggc     1560

ggcttgatga gcgaatgtgg cgcagccgag gtgatgcgcc ttctcgacgg catgaatgaa     1620

gcggcgcgcc agctgggttg tcagatgccg gctccgttta tgacgttgag cttcgtttcc     1680

ctgcccacgg tgccggagct tggtctcacc gacatgggtc ttgtggacgt gctggggcat     1740

cggctgatcg acgtggaaac gcaggacaat gattga                               1776


<210>  1282
<211>  717
<212>  DNA
<213>  Lachnospiraceae

<400>  1282
gtgcgctgcc tgaacctgtt ggagcggccg acctccggca aggtctttct ccatgggcag       60

gacatgacgg ccctttcccc ggcggagatc cgccgctgcc gccagaagat cggcatggtc      120

ttccagcact tcaaccttct catgcagcgc actgtcctcg gcaacgtctg cttcccgctg      180

gagatcgtcg gcatgagcaa gaaggacgca aaaaagcgcg cgatggaggt cttgaagctc      240

gtcggcattg ccgataaggc gaacgcctac ccctcgcagc tctcgggagg ccagaagcag      300

cgcgtggcaa ttgcgcgcgt gctcgccaac gacccggaga tcatcctctg cgacgaagcg      360

acgagcgccc tcgaccccat gaccacagag tcgatcctct cgcttctgca aacgatcaac      420

cagacccagc acatcaccat cgtcgtcatc acgcacgaga tgaaggtcgt ccagcagatc      480

tgcaaccgcg tcgcggtgct ggacgaaggc cgcattcagg agaccggccc tgtcagcgag      540

gtcttcacgc acccgcagac gaaagccgcc aagcggctgg tgctggcaag gatgcaggac      600

gcagacgcgc cctgtgtgaa gctggccctg ccggaggacg agaaggaact ggcggagctg      660

atggcctatg tcaaggcgca caatctcaag gtattggagg gtgaagagca tgtttga         717


<210>  1283
<211>  492
<212>  DNA
<213>  Lachnospiraceae

<400>  1283
atggaatgga ttcccgtact tgtcatcgcg gtgctggcgc tcatcgtcat cgtccgcaac       60

atctatgtcg tccagcagtc gagagcctac gttgtcgagc ggctcggcgc gttcagcaac      120

gtctggacgg tcggcattca cttcaaggtc ccgtttgtag agcgtgtggc caagaaggtc      180

agcctcaaag agcaggtgct cgactatccg ccccagcccg tgatcacgaa ggataacgtc      240

accatgcaga tcgaccccgt cgtctacttc cagatccccg accccaagct ctatgcctac      300

ggtgtggagc acccgatgat ggccatggag acgctcacgg ccacgacgct ccgcaacatc      360

atcggtgacc tcgagcttga ccagacgctc acatcccgcg acgtcatcaa cacgcgcatg      420

cgcgccattt tggacgaagc gaccgacccc tggggcatca aggtaaaccg cgtcgagctc      480

aagaacattc tt                                                          492


<210>  1284
<211>  369
<212>  DNA
<213>  Lachnospiraceae

<400>  1284
cataccatcc cgcaggtcga gcccatcggc ccgaaagccc ttttagacgc gctcgtcatc       60

gctccctgca cgggaaacac gattgcgaag ctcgcaaacg gtgtcgctga cacccccgtc      120

accctcgccg ccaaggcgca tcttcgaaac gaagctccca ttgtgattgc cgtctccacc      180

aacgacgcgc tcgccggaaa cgctgcgaat atcggcgcgc ttttgaaccg caagcactat      240

tatttcgtcc ccttccggca ggacagtccc cagaaaaagc cgcgctccat ggtcgccgac      300

ttctccaaat tgaccgacac cgtctgccac gccctgcaag gcgagcagct tcagccgatt      360

ctattgtaa                                                              369


<210>  1285
<211>  600
<212>  DNA
<213>  Lachnospiraceae

<400>  1285
gccgacaccg gccactgctc gaacccctac ggctggacga agttcatgat cgagcagatt       60

ctcaaggacg cagccaaggc aaattctgag ctccacgttg tcctccttcg ctattttaac      120

ccgatcggcg cacatgaatc cggtctcatc ggcgaaaacc cgaacggtat tccgaataac      180

ctcatgccct acatcacgca ggtcgccgtt ggcaagctca agcagctgac gattttcggc      240

gatacctacg atacccccga cggaacgggc gtgcgcgact acatccacgt gatggatctg      300

gcagaaggtc atctggccgc gcttcacttc gcgaaggacc acgcgggctg cgaaattttc      360

aacctcggca ccggcaaggg cgtgagtgtt ctggagatgg tgactacctt ctcgtctgta      420

aacggcgtgg atgttccgta catcatcggt gaacgccgcg cgggcgacct cgcgacggtt      480

tacgctgacc ccacaaaggc cgagcaggtg ctcggctggc acgcaaagcg cacagttgcc      540

gacatgtgcc gcgactcttg gaactggcag aagaacaacc ccaacggcta cgacgcctga      600


<210>  1286
<211>  1083
<212>  DNA
<213>  Lachnospiraceae

<400>  1286
atgagcaaag cgacaaaaaa gagcatcttg tttgcgctgg gcgtgttggc gctcattgcg       60

tttgccatgt ggctccgata tgcaagccgg catatttttc attctccggc tgtcaatcat      120

ctgcgaagcg ggatctatgt gtttttgttc agcgcgtggt gctactccct gtggacccgc      180

atcgtgcaga cgcaggtgcg gcgctatctg gtggcgatct cggtgctgat ggtgctgtgg      240

attcttctgc gctcaatcaa attttccatt gaaaacacgg atgcagagcg ctggctgtgg      300

tatttctact atttcccgat gctgttcatc cccatgctgg cggtcttcgt ttcccggtcg      360

ctgggtaagg gagaggattt tcggctgccg cggtggacca agattctgta tcttccgaca      420

ctgctgctgc ttttgctcgt tctgaccaat gatctgcatc agcaggtgtt ttccttcccg      480

tccggcgttt tatcggatca ggcgtatcgg tatgagagcg gctatttctt cgtgctgggt      540

tgggaggctc tgtgcgcggg gttcgcgctt ctttcgatgg taagaaactg ccgcatcccg      600

cgcagcagga gaattcgctg gctgccgctg gttccgcttg cgctttcgct ggcctatgct      660

tatgcgtatg tcaaaaaagt ccattgggtt tgggtgctta cgggcgatat gacggtgtcg      720

cagtgcctga tctttgcgag catcctggaa tgctgcattc aatgcgggtt gattcagtcc      780

aacctcggat acgacgagct ttttgaggca acgagtttgc ctgtccagat tacagatcct      840

gcattttgct cccaatatgt gtctgttgcc atgcaggggg ctttgccaca aagcgagctg      900

cggcaaatgc agcaggatgc cgtccacttg ggcgacgata cgcttttgaa gcggcacaag      960

ctgcgccgcg gctgggtgtt ctggaaggag gacatctctg cactgaatca gatccgaaag     1020

gagctggagc tgacaaggga tgagctgcgc gataccggcg atgttctggc ggcagagaat     1080

gcg                                                                   1083


<210>  1287
<211>  765
<212>  DNA
<213>  Lachnospiraceae

<400>  1287
acgaacgtcg gcaagaacct cgaggtgctt gacaagatca aaaaagacgg caaatgcacc       60

ccggtcacgc atttcacctg catcggcaat accaaggctg atatcaagga aaagctccag      120

acctatctcg atcacggcat tgaccatatg ctcgcgctgc ggggagacct tcccttcggc      180

tggacgggca cgaacggcga ccttcactat gcgacagagc ttgtgaagtt cgtccgcaag      240

gagtttggag acaagttcac catcgccgtt gctggctctc ccgagggaca catccagtgc      300

cgctcgctgg aggccgacat cgcatttttg aagcagaagc aggataacgg cgcggacttt      360

attatctcgc agctctgctg ggatatggac gcgttccgcc gctggctcga tgcgatccgg      420

gctgccggtg tgtggctgcc tgtcgatgtg ggcatcatgc cgatccttga tcaggccgcg      480

accatcaaca tggcactctc gcgcaacggc tgcgtcatgg accgcgcgct ctgcgagatc      540

atctcgaaga actggatatt cccgaacccg ttcgacaaag agccgtttga cgcggacgca      600

gccggcaaga aggaaagctt caaaaaggcc ggcatcgaat acaccatcaa ccagatcgac      660

cagtaccgcg cctgcggcgt cgacggcatc catctgtatg ccctcaacaa gtacgacgac      720

gtcgcttata tcgcgaaagc ggcgggcctg attgaccttg tttaa                      765


<210>  1288
<211>  717
<212>  DNA
<213>  Lachnospiraceae

<400>  1288
atgcagagaa tcaaaaactt aaatggctac cagaaggggc tcctgcttct gctgctcgcg       60

atggcgctgc tgttcgcagt ggtctaccat atgacgatcg cgcgcgtggg cgttttgtat      120

cagaacgcga tttttgttcc cgctgaggaa aacggcgtta cggtctattc cggcaaactc      180

cggggaaagc aagcggagtt taccgtatcg gcagataaaa ccgtgagctt ccgctgtgat      240

gggcagacct atggtcccta tacggtcaaa gaagacccga cggcgcggcc ggaggatgag      300

ttcggacgcg aggtcatgac gggcgtagag atccgggacg gggaggagct tctgtttcgc      360

ggtggcttct ggcaatccga cggttctttc tggctgcgca atgcggacgg aagcatggat      420

ctcggtatgc agacctatgt cgtcgaaaac ggtgtgaaga aggattccga tgggaatatc      480

atcgacccgg cgaagccgtc tgcatccgat atccttcggc tggtatttga cccggagctg      540

acgcacaagg gaacatggct cgcgtggctc agtgcagtgt ttctcagcgt tctgaacgca      600

ctcgctattt tgtacgcgga cgaactgttc cgttgggacc tgtcgttcca gatccaaaac      660

gccgaagctg cggagccgtc ggagtgggag atgatgaagc gctatctcag ctggacg         717


<210>  1289
<211>  774
<212>  DNA
<213>  Lachnospiraceae

<400>  1289
gtatctgaga aaaagcaaaa ggcggcttcg gccgcctttt ttcgtgatac ggacagaaat       60

ggagtacata tgaagctgcc gatttcaaaa cggcttttat gctgcgcgtc gatggtccag      120

cccggctcgc gcgtggcgga tatcggaacc gaccatggat atctggggat ctatctgctg      180

caatcaggcg cggcgcggca cgtgatcgcg tgcgaccttc gaaaggaccc gctggaaaac      240

gccagacgca acgcgaagct tttcggtgtg gacggcgaga tggagttccg gctctcggac      300

ggactcgaaa aagtccttcc ggacgagggc gataccgttg tcatggcggg catgggcggc      360

gatctgatcc agaaaatctt atcgcagtgt ccgtggcgca aacgagaagg attgcaattc      420

attttgcagc cgcagagcgc gggcaatgtc ctgcggcgct ggctgtgtga ggacggattt      480

gagatccggc gcgaggagcc cgtgcaggac gggcattttt tatataccgt catggacatc      540

cggcagggcg agcctgcacc gctcacgccc ggaacggagt atgcctcgcc tgcattgctt      600

gcaagcggga tcccgttggt tggaaactat cttgcgcgcg tggagaacgc cttgcaggaa      660

acagttcgtg ggctcacgaa cgccgaaaag cagcgccccg agcggctttc ctacttccgg      720

caggcgctgc ttgaaattca ggaaatgagg aaaaactatg ccgaccatcc gtga            774


<210>  1290
<211>  666
<212>  DNA
<213>  Lachnospiraceae

<400>  1290
caaaatgcag gaggtaaagc aatggaaaaa tatgcatata ttagggtttc aaccaaagag       60

caaaatatcg accggcagct cgtggcactg aaaccctatg gcatccctga acaaaacatc      120

tactgtgatt accaatcagg taaagatttt gatcgtccag cttacaaaaa acttcttgga      180

aagctaaagc ggggtgatct tctaattgtg aaaagcattg atagattggg gagaaattac      240

aacgagattt tagttcagtg gcagaacatc acaaaagaca tcggcgcgga tattcttgtg      300

cttgatatgg aacttcttga cacaagagaa aagaatggct cactgacagg aacgctgatc      360

gctgacctag tattacaagt catggcttac tttgctcaaa ccgagcgaga gtctatacat      420

cagcgtcaag ccgaaggaat tgctgccgca aaatccaaag gaaagcatct aggaaggaag      480

ccagaacctt tgccgacgga ctttgagtgt atctgcacca gatgcgattc gggcgaaata      540

tcgacaagaa tggccgcaat tgacttaggg atgagtcact ccacttttta ccgacatttt      600

tgtagctgga aatccgaaaa agccgtttca aatggtagac aatctggtac acctctgaaa      660

gcatga                                                                 666


<210>  1291
<211>  528
<212>  DNA
<213>  Lachnospiraceae

<400>  1291
ggcaacggca tgtgcgagag cgtgggcgcg ggtgtggcgc aggacggcgc gtattacatg       60

agcctcgaca cggcggcatg gatcgcgggg cagtcgaagg agccgttttt cgatccccag      120

cggcggctgg gacacatctg tacgttagat ggccggagct tttctgtctt cggcgcgatg      180

cgctgcgcgg gtaaatgcgt caactgggcg cagaagctct ttgaggtcgg ctcgccgaga      240

gcctttgacg cggcggccag caacatcccg gcaggcgcgg acgggctcat cttcctgcct      300

tacttagagg gcgagcggtc tcctgtttat gacgaacagg cgcagggcgt gttcttcggc      360

atgacccagc agcaccggcg cgagcacttt ctgcgcgcgg tactcgaggg cgtaggctgc      420

ggcctgagcc agatcctgga cgttcttcgc gagcgcggcg aaattcttga tcttcgcatc      480

atcggcggcg gcgcgaagtc gaaggtctgg aagcagatca tcgcggac                   528


<210>  1292
<211>  795
<212>  DNA
<213>  Lachnospiraceae

<400>  1292
atgtttaaac tattaaaaac agaaggaact gctcggcggg gcgaattttc ctgcccacac       60

ggcacagtgc agacaccggt atttatgaat gtcggcacgc aggcggccat caagggtgcg      120

ctgtccgcgg aagatctgga gcacatcgga acgcaggtgg agctgtccaa cacgtaccat      180

ctgcatcttc gcccgggcga cgaggttgtg aagaaaatgg gagggcttca caaattcatg      240

acgtggcagg ggccgattct cacggactcc ggcggctttc aggtcttttc gcttgcgggg      300

ctgcgcaaga tcaaagaaga gggcgtgacg ttcgcgtccc atctcgacgg gcacaaaatt      360

ttcatgggac ccgaggagag tatgcgcatc cagtcgaacc tcggctcgga tattgcgatg      420

gcgtttgatg agtgcgtgga aaaccctgcg acgtatccat acgcaaaggc ctcgtgtgag      480

cgcacggcaa gatggctcgc gcgctgcaaa gaggccttgg cgaaatttaa cgccgagccc      540

gacgcagtca atcccggcca acagctctgg ggcatcaatc agggcgcgac gttcaaggac      600

cttcgcatct ggcacatgca ggagattgca aagctcgatc ttcccggcta cgcgatcggc      660

gggcttgccg tcggcgaacc gaccgaggtc atgtacgaca tcatagaggc cgtcgagcct      720

tatatgccga aggatcggcc acgctacctg atgggggtcg gtacgccgtc gaatatcatc      780

gaaagcgttg cccgg                                                       795


<210>  1293
<211>  630
<212>  DNA
<213>  Lachnospiraceae

<400>  1293
atgagtaagc gtggaaagct ctgcacggcg cttggcctgc ttctgcttct cgcggcgctt       60

cttctcacgg cctacaatct ctggcgcgac gcgatggcga gcatgtcggt ggacgttgtt      120

ctggggcgcc tgactcccac actttcttcc cggcaatcgg agcttcctcc gcttagctcc      180

ggcgaagctt tagaagaagc gttcgttccg gattatgtgc tgaacccgga gatggccatg      240

ccggaagaaa ccattgatgg gcggaactat atcggcgttc tggacattcc cgcgctggag      300

ctgtcgcttc ccatcatcag cgaatggagc tatgacgcgc tgcaaatcgc tccctgccgg      360

tattccggct ccgcgtatct tgataacctc gtcatcgcgg gacacaatta ccgcagccat      420

tttgcatccc ttccccagct ccagccgggc gacacggtca cgttcacgga catggacggc      480

aacgtgtttt cctacgcggt ctcgtccctc gagacgcttt ctccctacgc gatttccgat      540

atgacaagcg gagactgggc cctgacgctt ttcacctgca ccgtcggcgg gcagtcaagg      600

ctcgcgatcc ggtgtgaccg aaccgaataa                                       630


<210>  1294
<211>  942
<212>  DNA
<213>  Lachnospiraceae

<400>  1294
cacgggtatg acgggttcta tgacaaatcg tcatatatct attataatca cgcgattcca       60

tttttcaacc atttcggcta ttatattttt aaaggagctg attgttttat gaccgcgaaa      120

aaattgaccc tccggcagaa gattcttgtg gccggaaccc tgtttggcat gttcttcggc      180

gcaggcaacc tgattttccc cgttcacctt ggccagctag ccggacgaaa cgtcctgccc      240

gccatgattg gttttatcat caccgccgtc ggcattccga ttttcggcgt agcagccatc      300

ggcgcaacgc attcggatgg tttgcagaca ttatcgagca aggtcagcaa gggctacggc      360

gtgttcttca cgtgtcttct gtatctcacc atcggtcccc tgttcgcaat cccgagatgc      420

gcgaccacgt cctttaccac cggcgtgacc ccgatgctga cggatgcgtc ccgcgagccc      480

atcgcgcttc tcatcttctc ggccattttc ttcgcatttg ttctcttctt ctcgctaaga      540

cccggcaaaa tcacggtctg gatcggcaag atcatcaacc cgattttcct cctgttcctc      600

gcggtcctcg tcatccgggc gctcatccat ccgggtgcgg cagttgccga tgtggatccc      660

gatgcggcgt atgagaccgg tgcgttcttc tcgtcgttca ttgagggcta cggcacgatg      720

gacgcgatcg cgggtctggc cttcggtatt gtggtcatcg acgtcattcg ccgcatgggc      780

gttgacgatg acgacgcggt tgccgccgac gttctgagct ccggcgttct gaccggtatt      840

ctcatggcga tcatctatgt tctgacgatt ctcatgggca cacagtcccg cggcctcttc      900

gagacctccg ccaacggcgg tattgccctg acgcagattg cc                         942


<210>  1295
<211>  738
<212>  DNA
<213>  Lachnospiraceae

<400>  1295
atggcagaag cattgaaacg tccaggcggt gaattggcaa gcagaccgct tcatttcttt       60

tgggtggtcg actgttctgg ctccatgtac ggtgaaaaaa tcggtactgt gaatcatgca      120

attcagtcta ccatcccgga gatggtagat gctgcaaagg ataatcccaa tgcgcagctc      180

cttgtgagaa cgctgaagtt ctccaccgga gcgacttggg tgacgtcgga cccggtgaac      240

attgaagact ttgcatggga tgatctggat gccggtggtg tcaccgatct tggaaaggct      300

tttgagatgc tggcagcgca acttaccatt ccaccaatga cggatcgcgc acttcccccc      360

gtcattgtgc tgctctcgga cggacagcca acagatgact ataagaaatc tctggataag      420

ttgctgcacc tgccctgggg caagaaagct gttcgtatcg cgatctctat cggtcaggat      480

gcggatgacg atgtgctcca gcagtttact ggcaaccgcg agcttgtctt gcaggcgaac      540

aatccgcagg cactcgttaa gatgatcaag tgggcatcta ccgcagcctc gctggtttct      600

gctccggcaa gcagaccaaa agaaatggat gtcgttcctg ctgggaacaa cacgcccagc      660

gcaacaaatg cgcctctggt gctggatatg aacaacattc ccgatccggg ttcgattgga      720

gcaaatgatg tatggtga                                                    738


<210>  1296
<211>  663
<212>  DNA
<213>  Lachnospiraceae

<400>  1296
atgtctgtat tccgtgtcga gaaaaacaaa ggttacacgg tcatgtccaa ccaccatctc       60

cggaaccatg cgctgtccct caaggcaaag ggtctgctct cacagatgct gtcgctgccg      120

gaggattggg attacacgct gcaggggctt gcacaaatca acaaagagag catcgacgcc      180

atccgcgaag ctgtgcgcga gctggaacgt gccggttaca tcaagcgcag ccgcgaacgc      240

gatgagcgcg gctgcctgcg tggaaccgtc tacacgatct acgagcagcc gcacgcggag      300

ccaacgccgg aagaacctac gcaggaaaag cctgcgttga ataacccaac attggaaaag      360

cctatgttgg agaaacctac gttggaaaat ccaatgcaat taaatactaa gagtactaag      420

aaaagaaaaa gacaaagtac agacttatca attaccgatt caattccttt cccttccggt      480

ttcccggaga ctcccgtgca gaagcgaacg gaagcgaaag aaacgtttga aagctatcgg      540

gagctgattc tggagaacat cgactacgac gttctagcag gcgatccgtg cgttgaccgg      600

gagcagcttg acgagatcgt cgctctcgtg caggagacgg tttgcagtac ccgcagccga      660

atc                                                                    663


<210>  1297
<211>  624
<212>  DNA
<213>  Lachnospiraceae

<400>  1297
atgaaaatcg gcgtatacgg cggcagcttc aacccgccgc atctggggca tgtgcgcgcg       60

gcacaggcgt gcaaaagagc gctgggactg gactgcgttc tggttatccc ggccagtatt      120

ccgccgcaca aacagatggc gagcggctcg gcgacggcca tggagcgctt aaagctgacg      180

cagctcgcgt tttctcagct tcccggcttc gaggtgctgg acatggagct ccggcgcgag      240

ggaaaaagct atacggtgga taccatccgc gcgctcaagg aacaatataa acagggcgag      300

atgtatctta tgatgggaac ggatatgttc ttgtcgtttc aggactggta ctgtccggag      360

gagattgcga aaaacgcgcg cctcgtctgc ttttcccggt acgatgccga tgccaaaaat      420

cgagagagtc ttttgaagca ggcggacacg ctggaagccc agttcggaga aagaccggtg      480

ctgctggaaa acgactgctt cgacatttcc tcgaccgagg ccagacggct ccttcgcttc      540

aagattgccg cgccgtatct gccggaggcg gtgctgcgcg aaattgaagc cgaaggactc      600

tacggtgtgg gagaaaacga caag                                             624


<210>  1298
<211>  1086
<212>  DNA
<213>  Lachnospiraceae

<400>  1298
atgaaaaaga tttatcgcgc gatggcgggc ttttttctgg cggcgctgct tgccgttggc       60

cttgcctcgc tttttacaac cggttccggt acagacggcg cgagcacaaa aaagccggaa      120

ttctccatgc aggcgctgct ggacggcaca tttatttcgc agctggaaac ctattatgcg      180

aacacgtttc cgatgcgcga tacgctttta aaagccaacc gctggctgaa cggattttac      240

tattcgtctg ccggggacga caacatcctc gttcttggcg gcaacaccgg cgccgagcag      300

ggcggcgagt cgttggcgcg gcaggagtac gagaaaaccg ggcagacact tgaaaatgag      360

ccgtcatccg cgcaggagag ctccggcgat gcggatattc cgggtgatgt gacaggaacg      420

gaagagacgc ttccggaaaa tcagaatggc gacacgcaga ccccgccgga ggaaacgacg      480

gatgcgccag aggatgcgcc gcttcccgcg ctcgataacc cggatatctc cgaggcgcag      540

tacgcgggca acgtcgtgat cgtgggcgac cgcgcgatgg aaatcccgac cgcgacggac      600

tccgtcattg agagttacgc gaagacagtc aacgctctgg ccagcgcgct gggaaaagac      660

gtgcggacca tcagcctggt cacgccgaac ggcggcgagt tctactctcc ggagagcatg      720

catcaggggc tcaattcgca gaaggacatg atcgactact gctacagcca gatgaacggc      780

agcatcctca ccgtcgacgc gtactctaaa ttacgtgcgc acacggatga gtacatcttc      840

ttccgtaccg accaccattg gacgcagctg ggtgcgtatt acgcttacac agcgttctgc      900

gaggcggcgg gctttgaagc cgttccgctg gatgcatttg agacggggcg ctacgaccgc      960

tttgtgggct cgatgtacaa ttttacggcc aactacccac agagccagac gctgctcgat     1020

aacccggatt acctcgagta ctatctcccg attgcgacga cgcacgcgaa atattacgcg     1080

gacgcg                                                                1086


<210>  1299
<211>  246
<212>  DNA
<213>  Lachnospiraceae

<400>  1299
atgaaaccgg aacaggcgca gcggcttcgg gatatcttga tcatactcgg cgctcttgtt       60

atgttttcgt catatctctt tggtgaaacc ctgttatggg tcggcatagt cgtcacgttc      120

tctgggctga ttccgcattt tctgtataac aagtgcccgc actgcggcca tcagctgcgg      180

ccatggacac acaaggcccc ctactgcccc ttctgcggca agcgcgtcga cggctgggcc      240

gagtaa                                                                 246


<210>  1300
<211>  993
<212>  DNA
<213>  Lachnospiraceae

<400>  1300
atgcccgtca acatcagagg aagacatttt ttgaagctca tcgactacac gccggcggaa       60

atccggtatc tgctcgatct gtcgcgggat tttaaaaatc tcaagtgcac cggcacgccc      120

caccggtact tagagggcaa aaatgttgtt ttgctgtttg agaaaacgtc gacgcgcaca      180

cgctgcgcgt tcgaagtcgc gggccgggac cttggtatgg gcgtgaccta tctcgacccg      240

ggtagcagcc agatgggaaa gaaggagtcc atcgcggaca ccgcgaaggt tctgggccgg      300

atgtatgacg gcattgagta ccgcggcttc agccagaaaa tcgtcgagga gctggccgag      360

aatgcgggcg ttcctgtgtg gaacggcctg accgatgagt tccacccgac gcagatgctt      420

gccgaccttc tcaccatcga agagaagaag ggcgcgctca agggacttaa attcacctat      480

ttcggcgatg cgcgcaacaa tatgggaaac tccctcatga tcgcctgcgc gaagatgggc      540

cttcacttca cggcctgcgc gccgaaggag ctcttcccgg cggaggagct ggtggcgctt      600

gcaaaagagt atgcggcgca aagcggcggc tccgtgacgc tcacggaatc cattgaagag      660

ggcgcgaagg gcgcagacgt tctgtatacc gacatctggg tctcgatggg cgagcccgac      720

tgcgtgtggg cagagcgcat ccggcttctg aaaaagtatc aggtgaacgc ggaaaagatg      780

gccatggcaa agccggacgc catgttcatg cactgcctgc cgtcgttcca tgacacgaac      840

acaacgatcg gcaaggaaat tgccgacaag ttcggcatta ccgagatgga ggtcacagac      900

gaggtgttcc tcagctcgca gtcggtcgtc ttcgacgagg ctgagaaccg catgcacacc      960

atcaaggccg tcatgtacgc tacattaaaa taa                                   993


<210>  1301
<211>  4035
<212>  DNA
<213>  Parabacteroides

<400>  1301
atgaaattga tgatactctg cttgtttttg ctttgtgctt taccaggcgg ggaggcggcg       60

gtttcgctgc ataaagcaaa tatcgacctg tcgaataatg caattatcga tatatatcag      120

gacgatcgcg gttatatgtg gatcggaact tacgatggcc tgaacctgtt caacgggaga      180

aatacctatg tctatcgttt tgaaccggat aataagaata ccctttgcag taacattatc      240

aataaaatct cagatggcgg tcccgggtat ctctgggtgt ctacctcgat gggactgaac      300

cggttttcgc tgaaagaccg taaagtgacc gagtcatatc ctgaatatcc cgaatgtctt      360

cttatagcaa cggattcttt agaaaatacc ctggttgtca gccggaagaa ttttatatcc      420

tgccatactt cccgtacagc ttcctttcag gacatttata cgcgggacat aacaccggaa      480

acagcaaggt tattatttgt aggcgagcaa ggccgttttt atcttctctt gtcagacggg      540

gttttgaagc aactcattcc ggattattcg aaactgccat taacgataaa aacaaaggaa      600

aacaagatac atgataaacc gatagaacag gctttttatg aagagggcgt tctttattat      660

gtcgatgccg ataataaact gtaccggtac cggacggagg agaacaaaga aacatacttg      720

tctgatcttt ccagatggat ggaaaaatat ggtaaggtag cccgtgtagt ctcttttcag      780

tcgaaactgt atctggtgtt caggaacggc ctgttgcttg atcctgataa accggaagaa      840

gctattgatc tgaatatcgg tgtctttagt atgtttaaag acaagaaaca acaaatactc      900

tggattggta cggatgggca gggactcaga atgttgtacg ataaatatga acgttttgac      960

ggattggctt tggaagattt accttttgta atgctcaatc cggttcgttc cgtttatacg     1020

gatgaagata agacactatg gttcggaacg aaaggggatg gctttgttcg tataaaagag     1080

tatgattcct atgcaaaagg ggagatcccg ctagaccgga tcgcccgtta tacaacggca     1140

gacggcctgt ccaacaaccg ggtctattgc tttttcaaaa gcctgtatca tcccctggtg     1200

tggattggta cagacggtcc cggcctttct tattattctt atgaggatga gaaagtccat     1260

acgcttccca gcaagataga tacccggata agatatgttc attctatctg tgagataaac     1320

gattcgacgc tttggatggc aacgacgggc gacgggttga tcgaggttgt tctggaacgg     1380

gataaatctg gtctgacggt taagtatctt cagtcttacc tgctggaaaa ggacggaaag     1440

atatgtaacg aattttattc catgtattat gacggaaaat ccaccctgta tctgggaagc     1500

cgcggaggat atgggatggc acgtttcgac ctgctcacga ggcagtatga ttttatgtcg     1560

atgaacaatt cggctaacca ggcgatcggt gatgtcctta gtctgtgtta tagcagcgat     1620

tcgacctttt acctgggagc cagttccggc atgacgcgga tgaaatgcga tcaggcgggg     1680

acgtgtgaat tttggcagta cgacaggagt gacggcatca gcaacgatat gattcatggc     1740

atattggagg ataaagataa atgtatctgg ttgagctcca ataagggact aaccaaatat     1800

aacccgcata ataacttttt ccataattat gggagccagg aactgatggt tacggagttt     1860

tccgacgacg cttactggaa atgcccttat accggacgtc tgtttttcgg gggcgtcgat     1920

gggctggtat ggatcgaccc gcaaaacgac cggcaggaaa gctatagtcc cgacctgcat     1980

ttctttgagt tgaagatggg agacgaaacc atcagtcttt acgattatgc ggatgcgaat     2040

cccggccctg taacaattcc tccggacgtt tcgactttta ccatttcatt tgttgccacc     2100

gactatattc atggtgacaa ttatgaatat tcttatctgt tgcaagatta taatacggcc     2160

tggacggaat tacaaaagag caatgaaata tcgtttacca agctgcctta cggaaactat     2220

accctgaaag tccgttataa aaacgatgtt tacgattcta atgcgcggga atatctttta     2280

ccgttgaaaa tacttcctcc ctggtatctc agtacctggg cgatagcggt ctatattttt     2340

ctggccatcc tctttgcagg cgtgctggtt tattggatca accggcgtat cgctgaaaaa     2400

caacaacaga tggcccgtaa aatccatgaa gaacagaaag aaaagctgta cgaagccaaa     2460

ctgaacttct ttgccaatat cacccacgaa ctttgtaccc cgctgacttt aatcaacgga     2520

gtaggggact atattcaaac ctatgccgaa aatacttccg acaacaaact gaaaaggtat     2580

atccgcatat tgagggataa cgtagcgagc ttgaatgaac tgattcagga aatcctggat     2640

ttccgtaaga tagaagaggc cgggctgaat tatttcagta tcaggcgcat ctctgttccg     2700

gatattatcc gcaggcaata cgagtcattt acccctatag ccgagcagaa tgggataaaa     2760

ttcgtgttgt ctcttccgga tcagctttac tggaatacag accctaccgg attaaagaag     2820

atattggtca atctgatttc caacgctttt aaatactcgg atgaagccgg agaaatacgt     2880

atttcggcta ctacggaaaa tgagtctttg ataatccgtg tctataattc aggcaaagga     2940

atatccgaaa cagacctgaa gactattttt gaccgttacc gtatattggg cgacctggag     3000

ggaaacaatt atacgcaaac aacgtcgagg aacggactgg gattgtttat ctgtcatagt     3060

atcgtacaat ccctgcatgg cacgatagag gtgaaaagtg aagaaggccg gtttgccgaa     3120

tttattgtcc gcttgccaca cctggaagcc gaggaggagg aagccgaacc ggaaaatgag     3180

gaaccggaaa cggtgcctgt cctttcgtct cccatcgatg aaaccggatt gccgggaatt     3240

gtttctccgg agaataaacc ctgtgtcctg gtggtggacg atcataagga tattgtctgg     3300

ttgattaagg aatctttatc tgaggcttat acgatagtgg aggcttacgg tgtggaagag     3360

gcgatccgtt tgatggaaaa acaaacgccg gccctgatta ttacggatat tatgatgccg     3420

gagatcgacg ggatggaatt gatcagccgt gtgaaatcgg ataagtttac ccgccatatt     3480

ccgttgatag tcgtttctgc cagaatatcg gaacacgacc aggcggaagg gctcgacctg     3540

ggggcagatg cctacctgac caagccgttt tctgcggtgg tgctccgctc cgtagtcaac     3600

cggctgatga cgagcaaaaa agaactgaaa gattattact attcaccgga gagcgcctac     3660

gaacaatccg gcggacagct gattcatcag gaagataaag aatttatgga tgccgtaact     3720

gccattatcc gggaaaatct cgataaggaa accctgcgcc tggagctgat agccgaaaag     3780

atgggcatga atacccggtc gctttaccgc cgtttcaaga agatatctcc gctcactcct     3840

tccgatttta tcaaggatta ccggtttaat tatgctgcgc agttattggt gacgactaat     3900

ctgagcgtac aggaaattat ctataaagtc ggcatttcga acaggtctta tttctaccgg     3960

gaatttgctg ccaaatataa tcagacgcct accgagtacc gcaataagca aaaagtaaaa     4020

cttccgggga gataa                                                      4035


<210>  1302
<211>  4827
<212>  DNA
<213>  Parabacteroides

<400>  1302
atgcgaaagc attttgcagg cctgcaaagt cccggcgcac gatacgaagg tattttacag       60

ggtgtaatat ataaaaaaaa gaatatgaac tttttactac atagaagaat aacgatctgt      120

atgctgttta tcgcactgac catgctcggt tatgtgtcgt ataagcagtt gccggtggag      180

ttattgccca atgccgaact gccgatgctg ttcgtacagg tttcgtccca gcaggacatg      240

gacccttcgt acgtggaatc ggaaatcgtt attccgcttg aaggggcgat cagttcgatc      300

ggaggggtgg ataagataca atccaccgtc gacagccgcc agtctaccat acagatagat      360

ttcaaaaaca cggtgaactt caagatcacc tccctccgtc tacaggagaa ggtgaacgaa      420

ctggcagcca ctttccccga cggcttcaat gtgcagttgc aaaaggtcga tgtcggccag      480

atggccaata actttatggt tttgcaggtg cgcggttcgg gcggtgtcga cagggtacgt      540

aatattgtgg ataaggagat tcgttccgac ctggagaatg tggacggggt tgcttccgtc      600

aatatctacg gcggccggga gaaagcgatc gagatacgtc tcaatcccga ggcttgcaag      660

gcgttgaacc tgacgccgtc ttccatcagc ggcctgctga cgcagaacac gcaggataag      720

gcctttgtcg gttttgccaa tgaaccggac agcaaatact ttatccatgt caatgctctc      780

tattcgaagg tgtccgacct ggagaatatc gtggtcgccc ccggtcctgt gctgctgaaa      840

gatgtagcca ccgtcttttt cgacctgaag gaagagactt cctatagccg tgtgaacgga      900

aaagatgcgg tatcggtcgc cttgatgagc gattcgcagg cgaacctgat cgacttgtcg      960

caccgggccg tcgaggcaat cgaccggctg aacgagaagc tggcttatct cgatgtggaa     1020

gtggtggtgc aggagaatac ggccgagacg atggagaata atatcgacca gatcatcaat     1080

ctcgccctgg tgggcggtct gctggccata ctgattctct ggctgttcct gaagaacctg     1140

cggctggtat tttttattgc cctttcaatc cctatatccg tttatacggc atttaatttc     1200

ttctatgcct tcggtataac gatcaacagt ctgacgctgg tggggatggc actggcaatc     1260

gggatgctgc tcgacaatag tgtggtggtg cttgaaaata tctaccgcct ttcggcttcc     1320

ggttgtacgc ccgaacgttc cgttacacag ggaacaaagg aggtatggcg ttctatcgtg     1380

gcggctacgc tgacgacggt gacggtcttc cttcccttcg ttttctccga taactttatg     1440

attaagctga tcgggcatca tgtcggtgtt tcgattatct ctaccctgac catctccttg     1500

tttgtcgccc tgctgttcat cccgatggca acttacctgc tgctgaggaa gaaaaacggg     1560

cagagcgtct tttatgaaaa ggtttcgatt gtacagcgtc ctgtacaggt ctacctggtt     1620

ttgctgaaaa catgtatgcg gaatccggga gtaacgattt tcggagcgat catcgtcttg     1680

ttcgttaccc tgatcctttc catctacatg aatgtgcagc agatgaaaga tgtgaatacc     1740

gaccgtatca atatctatgt gacgatgccg acgggcagta cgctcgataa tgcggataaa     1800

ctggtgaagg tgatcgaagc gcgcctggac agttttcccg gcaggaaaga cttgatcagt     1860

cgtataaatg aaaagaatgc cgtcctcacg cttaacttca ccgatgactt tgtgaagaag     1920

gcgggaagta aaatggctga atataaagcc acggtgcagg ccaccgtatc caatatccag     1980

ggagcggaaa tctccgtgga ggaatcgatg tcgggtggcg gcggcggagg tggcgcagga     2040

ggaggggcca tggctggtct gggtaatttc atgcgtctgc tgggtatcgg cgagaaccgt     2100

gaacggatcg tgataaaagg ttccgatttc gatgtgatgc aactggtagc cgaagatttc     2160

cgctattacc tcgatgaaca ggagtttatc cgtggttcgc gcgtctccta caaccgccgg     2220

cagcctgaaa tacatctcga tttcgatccg atcctgctga cttcatacga gattacccgt     2280

gccaatattt cctccgggct ggcggcgctt aatccggagt attcttcggg cacctctttc     2340

aagatcgggg aggataccta cgatattatc atccgtaacg atatccccgg cgacgaagag     2400

aacgaggaag aagaggcgga gacggaaaag aaagacaaaa ccgtcgatga cctgcgccgc     2460

gtacagatac agaatgccaa cggcggactg catgatttgc aggacctggc ttctgtcaat     2520

tatggccggg gacgtacccg tatcatgcgg gtcaaccagg ataaacagat agaggtgttc     2580

tataatttct ccaaagacgt gcaatcgtcg aaagacctgc tcgagggata tcgctcggat     2640

atcgaccagt tggttgccaa ttataatctg ccgtcggggg ttgctgtgga ggtgttccat     2700

gaagaagatg agtttgcaga ctttaagttc ctgatactgg cagctttcat ccttatcttt     2760

atgatactgg cctctgtctt tgaatcgctg gtgacgcctt ttgtcctgct tttctcgata     2820

ccgctggctg ctatcggttc tttgctggca ttgttgctga caagcaatag cctgttgaat     2880

gcgaatacgc tgaccggttt cctgatcctg ctgggcgtgg tcgtgaataa cggtatcatc     2940

ctgatagact attccaatat cctccgtaaa cgaggctaca ggcgtaacag ggcattgatg     3000

acggctggtt tgtcacgtat ccgtccgatc ctgattacgt cgataacgac gattgtcgcc     3060

atgttcccgt tggcgatggg cgattcggaa tatgccggtg ctatcggtgc accgtttgcc     3120

attacggtga tcggcgggtt gacattctct gcgttgctga cgctgatcct gataccgact     3180

gtttgtatgg ggctggagaa taccttgcag tggtatcggg gcctgtcccg taaaatctgg     3240

atattccatc tggtactgtt cctgttgggg gttgctggta tttggctgta tgccgacggg     3300

atgctgtggc agtctgttta catggttctt ctggttttcg gtattccggg agtgacttat     3360

tttgctcaga ccagtttgag gcgtgcccgt tcgaaagtaa tcgatcccgg ggaagatata     3420

catatctctg tccgcaatct ggtgaagata tacgactggc cgggacgtat cagccgtcag     3480

tggaatagtg gcctgaatat ccgccggcat ctgggactga gcaatgaata tcgttcgctg     3540

aaagattttg tcaacgttct gtggcagttc ggtatgttgc ttttcggtat gtatttcacc     3600

tggttcttca tcaataacag gctgtggata ttcctgttgt cgtttgccat ctatgccacg     3660

atcctttatc tgtggcggaa ggtccgtcaa tacctgttct accgtttcgg ggaaaataag     3720

cgggtgaaat atataaaccg tctgatattc tggagtattc ctccgatcat cctgtttatt     3780

ctgttccgga agatggataa taccggactg atttccgttg tgggcctttt gtgggccttc     3840

tgtattgccg tatatgtttc ttcgcaatac ttgtatgaaa agaatgtcaa tatagaacgt     3900

atcaaaggac ggctggccgg acttcgccgc tcctggttcc gtatggtcaa agggattccg     3960

ttgatcggga aacagcgcag gcctttcaaa gccttgcgag gcgtatcttt tgagatccgt     4020

acgggaatgt tcggtctgct gggacctaat ggcgccggca aatcaactct gatgcgtatt     4080

atctgcggta tcctggaaca gagttacggc agtatctgga tcaatggact ggatacccgc     4140

atttaccggg aggaattgca gagcctgatc ggcttccttc cgcaggagtt cggaacttac     4200

gagaatatgt cttcctggga gtttctcgat tatcaggcga tcctgaaagg gcttaccgat     4260

aataagctga gggaagaacg tctggaatat gtgttgaaag cagttcatat gtacgaacgg     4320

aaagacgaca agatcggttc tttctccggc ggtatgaaac agcgtatcgg tatagccctc     4380

atcctgcttc atcttccccg tattctggtg gtggatgagc caacagccgg tctcgacccg     4440

cgtgaacgta tccgtttccg taacctgctg gtagagttga gtaaagaccg tatcgtgatc     4500

ttctccacgc atattatcga agatatttcc agttcatgca gccaggtggt ggttatcaac     4560

aaaggcgagc tgaaatactt cggcgatccg accgatatgg tggatatggc taccggtaag     4620

gtctggcagt tccatatcga ccgtgagtcg ttcgaacagg tgctggataa aacgatggtg     4680

gtccatcata tacaggatgg agatacgata caggtgcgtt acctgtctgt cggttcgcct     4740

tatgagggag ccgtagaagt agagccgaac ctggaagatg cttatctctg cttgctgaaa     4800

aatatggaag ggaaaagcgg acaatga                                         4827


<210>  1303
<211>  1899
<212>  DNA
<213>  Parabacteroides

<400>  1303
atggataaaa acacattaat tggttttctg cttattggta ttgttttatt tgcattcagc       60

tggtttaaca aaccgacgcc tgagcagttg gaagcccagc gccgttatca ggactcgatc      120

gctcagatcg aactggctaa acaggcggag ttgcaacgcg aagacagcaa aagcactgcc      180

gataattctt ttgatagctt gccggattct gcgagagatg cccggctgaa gagcagtttc      240

ggtgtattcg ctgaagcaat gacaggtaca gatgatgtaa ctgttttgga aaatgatctg      300

atcgaactgc atatcagtaa taagggagga cgtatttcat atgcccgcct gaaggattat      360

acaacatatg atgataagcc ggtcatcctg tttgaaggaa aagaggcttc gcttgacttt      420

accctggtaa cagcaaccaa ccgcgtattg aacacagccg acctgtattt cactccggtg      480

aaaacacagg acccgaaccg gttggtgatg cgactgaata caggtgaagg cagttcactg      540

gactttatct atacagtcaa gccggacgat tatatggttc agttcgatat taagggaacg      600

ggcctgaacg gtgtcctggc tccgagtacg acagctttgg atatggtatg gcgtcagaaa      660

atccgccagc aggaacaggg tatcaaatat gaaaacagat atactgcctt gtattataaa      720

ttcctgtccg atgatgtgga gcagctgagc gaaagcaaga gcgaagacaa gaaggtgtcg      780

ggccgtctga aatggattgc ttataaagat aaattcttct cgacggtgat gattgccgat      840

gaaggttttg aaagcgccac tttcgattca aagatggttg aggcagacgg tatcgttaaa      900

gagtttaaga ctacaacagc cgttcctttt gacctgagag gcaatgaggc aacgactttc      960

cgttatttct tcggaccgaa cagctatccg ttgctgaaat cgtatgacaa aggggttgct     1020

tcggaccagc agttggatct ggaacgtttg gttccgctgg gtgccagtgt cttccgttgg     1080

gtgaaccagt atttcgtcat tccgatgttt gacttcctgg gtaaatatat caagagttac     1140

ggtctgatca tcctgttgat gacgattatc gtgaaactga ttttattccc gttgacatat     1200

aaatcatata tgtcgtcagc gaagatgcgt gtgcttcgtc cgcaggtgga agagcttaat     1260

gccaaatatc cgggacagga taaagcggtg gaacgccagc gtgcaactat ggaattgtat     1320

agccgagccg gggcaagccc gatggcaggt tgtatcccga tgctgttgca gatgccgatt     1380

ttgatcgcct tgttcatgtt cttcccgtcg gcaatcgaac tgcgtcacca gagtttcctt     1440

tgggcgcacg atttgtcaac atacgatgct attttcagtt ggaacaaata cattcctatt     1500

atcactccgt attttggtaa ccacatcagt ttgttctgtc tgctgatgac aatcaccaac     1560

gttatctata ccaagtataa tatggaaatg accaataccg gacagcaaca gatgccgggt     1620

atgaaggcga tgatgtatat gatgccgctg atgttcctgg tattcttcaa ccagtatgca     1680

tcgggtctga cttactatta cttcatttct acgctgatca cgattgttca gacattggtg     1740

ttccgttata cgattaatga agataagctg ctggctaagc tggaagccaa caagaagaag     1800

cctcagaaga aatcaggttt catgaaacgt ctggaagaag cgcagcgtat gcagcaggag     1860

cagttgaaga aacaacagga tcagaaaaag aaaagataa                            1899


<210>  1304
<211>  4521
<212>  DNA
<213>  Parabacteroides

<400>  1304
atgttagtta acattcacgg aggaaagtcg cacgacattg tagagtcagc ccttaaagta       60

ttggaaaata tgcgtcaccg gggtgcagaa ggtgccgaca acaagactgg tgacggtgct      120

ggtatcttac ttcagatccc tcacgaattt attttgttgc aagggattcc cgttcctgaa      180

aagggaaaat acgggacagg tctggtcttt cttcccaaag acgaagcaca acgctctgcc      240

atcctcagta ttatgatcga ggagattgaa aaggaaggtc ttaccctgat gcatctgcgg      300

aaagttcctg tgaacagtga catactggga aaagacgcac tggcaacaga accggatatc      360

aaacaaattt ttgtcaccgg ttgcgataat cagcaggaac tggaattgaa gttgtacgtg      420

atacgtaaac gcatagaaaa caaggtagca gcttctgacc tggcggcaaa gaatgacttc      480

tatgtagcgt ctttatctac caggaatatt gtatataaag gaatgctgga atccatgcag      540

ctccgtcatt acttccctga cctgacaaat aactacttta caagcgggtt ggcattgatt      600

cactcccgct tcagtacgaa cacatttccg acctggagcc tggcacaacc tttccgcctg      660

ctggctcata acggagagat caatacgatc cgcgggaatc ggggatggat ggaagcgcgt      720

gaaagcgtac tcacctctcc taccatcggc aacattgaga gtatccgtcc gatcattcag      780

ccggggatga gcgatagcgc ttcgctggat aatgtgctgg agtttctggt ggcatcaggg      840

ttgagcctgc cgcatgccat ggcgatgctc gttcccgaaa gttcgaatga aaagaatccg      900

atatcggaag acctgaaagc gttctatgaa tatcattcca tattgatgga gccctgggac      960

ggtccggcag ccctgctctt cagcgacgga cggtttgccg gcggaatgct cgaccgcaac     1020

ggtctacgtc cggctcgtta tctgatcact aaaaacgata tgatgctggt agcttccgag     1080

gtcggcgtta tggattttga agcgaatgag atcaaagaaa agggacgcct gcaaccggga     1140

aaaatattaa tggtcgatac agaaaaaggg gaaatctatt atgacggcga actaaaaaaa     1200

caacttgctg aagccaaacc gtataagaca tggctggcaa ataaccgcgt ggaactggac     1260

gaactgaaat ccggacgcaa agttccgcat acggtagaca actacgacaa attactgcgt     1320

actttcggtt acagtcgtga agacatagaa aagatcatcg tcccgatgtg caccggaggc     1380

gccgaacccg tcggttccat gggtaacgac acaccgttgg ctgtcctctc cgaccgtccg     1440

cagttattat acaactattt ccgccagcag ttcgcacaag tgactaatcc gccgatcgac     1500

ccgatccgcg aagaactggt gatgagcctg gaagaatata tcggcgcggt aggtaacaat     1560

attttggtgc ctagcgaaag ccattgcaag atggtacggt tgaatcatcc gatcctgacc     1620

aacacacaac tggacttgct gtgcaatatc cggtacaaag gtttcaactc cgtcaaactc     1680

ccgatgctgt ttgaagcagc caaaggacgt gaaggtctga agtcggccct cgacgaacta     1740

tgcaaaaaag cggaacaatc cgttaccgat ggagtgaatt acatcatcct gagtgataaa     1800

aatgtcgatg aaaagctggc accgatccct tccctcctcg ccgtcagcgc agttcatcac     1860

catctgatct ccgtacagaa acgggtacaa acagccctgg ttgttgaaac gggtgagatg     1920

cgtgaagtaa tgcatgccgc attgttgttg ggatacgggg cgagcgccat caatccttat     1980

atggtctttg ccatcctgaa agaactggaa gacaaacatg aaatacaatt aaactatgaa     2040

acggcccgta agaattatgt aaaatccatc tgtaaaggac tgtttaaagt catgagcaaa     2100

atggggatca gtactatccg cagttaccgg ggagccaaat tgttcgaagc agtcggcctg     2160

gatgcgaaac tggcacgcac ttatttcggc ggtacgacca gcaacgtcgg tggcatccgc     2220

ctggacgaga ttgcacgcga ttcgatcgct atgcaccacc aggcattcga ccaaccggta     2280

gacggcatgt tggaacacaa aggtatttac agtttccgga aagacggtga gaaacatgcc     2340

tggaacccgg aaaccatctc taccctgcaa ctggcaaccc gtttgggaag ttacaagaaa     2400

ttcaaggaat attcgcgaat ggtggacgaa aaggaatctc ccatcttcct ccgtgacttc     2460

ctgactttca aaaaacaaaa atccatcccg atcgaacagg tggaaccggc ggaagaaatc     2520

atgaaacggt tcgttaccgg tgccatgagc ttcggttcga tcagcaagga agcacatgaa     2580

acgatggcga tggccatgaa caagatacac ggccggagca ataccggaga aggtggcgaa     2640

gatcctgccc ggttcactcc gcgcgaagat ggtttatctc tccgctcttc catcaaacag     2700

gtggcatcgg gacgtttcgg cgtaacaacg gaatacctgg taaatgcaga tgagatacaa     2760

atcaaggtcg cccagggagc caagccggga gaaggcgggc agttgccggg gtacaaggtg     2820

aacgacatca ttgcaaagac acgtcattcc attccgggca tctcgctgat ctcccctcct     2880

ccccaccatg atatctattc gatcgaagat ctggcacaac tgatcttcga ccttaaaaat     2940

gtcaatccga aagcggagat cagcgtcaag ctggtttcgg aaagcggcgt cggaaccatc     3000

gcggcaggtg tagccaaagc gaaagcagac cgcatcgtca tctccggagc cgaaggcgga     3060

acaggtgctt cgccggtcag ctcgatccgt tacgccggac tgccgcctga actgggattg     3120

tcggaaacac aacagacact ggtcatgaac agcctgcgcg gacaggtccg cctgcaaaca     3180

gacggacaat tgaaaaccgg acgcgacatc gtgctgatgg ccctgttggg agccgaagag     3240

tttggctttg ccacctccgc actgatcgta ctggggtgtg tgatgatgcg caaatgccat     3300

atgaatacct gcccggtcgg tgtggcgaca caggatgaag agttgcgcaa acgtttccac     3360

gggcgtcatg aatatctggt gaacttcttc accttcctgg ctgaagaagt tcgtgaacac     3420

ttagcagaga tgggttacag caagctggat gatattatcg gacggacaga cctcattgtt     3480

gataaacgaa cccatggcac acagatgacg cagatcgaac agatgaccac agatcaaaat     3540

ttaaacaatc tgcataaatc cccccaatct gtgtcatctg cgtgccataa atatgattta     3600

ctggacttct cccatctgtt gcacctcccg gagcaggcgg ctcatacacc tattcatcat     3660

acgacaaacc aggtgcatca aatagagaac gtgaaagata cggatatcat tcttcatgct     3720

aaaggagcca tcgagttcca gcaggaagta tcgttggatt atgccatcgc caataccgac     3780

cggagcgtcg gagccatgct ttccggcgag attgccaaac gttacgggaa taccggcctg     3840

ccggatcaca ccctgaacat caagttcaaa ggctcagccg gacagagttt cggtgccttc     3900

ctcgcccacg gcgttcattt ccgcctggaa ggagaagcga acgactatct gggaaaaggc     3960

cttagcggtg gccgcatcag cctgatgcct ccggtacgtt ccaccttcgt tgccgaagat     4020

aataccatcg ccggtaatac attattatat ggggcaacca gcggggaagt ctacatcaat     4080

ggccgtgtcg gcgaacgctt ctgtgtacgg aacagcggag ctatcgccgt tgtggaaggt     4140

gtcggagacc actgttgcga atatatgacc ggaggccgcg tcgtcgtgct cggccggacg     4200

ggacggaact ttgccgccgg catgagcggc ggtgtggctt atgtatggaa caaggccggc     4260

gatttcgatt actattgcaa tatggaaatg gtcgaacttt ccctgatcga agacagtgcc     4320

acccgcaagg agctgcatga actgatccgc aaacattatc attatacagg cagccacctg     4380

gccggcaaaa tgctggataa ctgggacaaa caggtagacg aattcatcca gatcgtcccg     4440

atcgaataca agaaagtatt gcaggaagaa cagatgaaga agttacaaca aaagatcgca     4500

gagatgcagc gggattatta a                                               4521


<210>  1305
<211>  2589
<212>  DNA
<213>  Parabacteroides

<400>  1305
atgaatttaa acaattttac aatcaaatcg caggaagctg ttcagcaggc cgttcagttg       60

gttcagaaga ataaccagca agtgattgag cctgttcatt tgcttaaggc tgtcattatg      120

acgggcgaga gcgtaacgaa cttccttttc cagaaactga gtgtgaatat ccagaatctg      180

aacatggtgc tggatcgtca gatagaatcc tatccgaaag tatccggcgg tgaaccttat      240

ctgtcaagcg aatcgaatgc cgttttgcag aaagcaatcg actattccgg taagatgggc      300

gaccagtatg tttctctgga acatattatc ctcgctttat tcaccgtgaa gagtactgct      360

tcacagatct tgaaagatgc tggtgtgacg gagaatgaac tgaaaaaagc gatcgaagaa      420

ttgcgtaaag gtaataaggt aaccagtcag tccgcagaag atacatacga ctcattgagc      480

aaatacgcta tcaacctgaa cgaacgtgcc cgtagcggta aactcgaccc ggtgattggc      540

cgtgacgatg aaatccgtcg tgtattgcag attctgagcc gtcgtacaaa gaacaacccg      600

atcctgatcg gtgagccggg tgtcggtaag accgctatcg ccgaaggttt ggcacatcgt      660

attatacgtg gcgacgttcc ggagaatttg aaatcgaaac agattttttc tttggatatg      720

ggagctttga ttgccggtgc caaatataaa ggtgaatttg aggaacgtct gaagtcggtt      780

gttaatgaag taaccaaatc ggaaggtgag attatcctct ttattgatga aatacataca      840

ttggtagggg ccggaaaggg cgacggtgct atggatgccg ccaatatcct gaagccggca      900

ctggcacgtg gcgaattgcg ttccattggt gcgactaccc tggatgagta tcaaaaatat      960

tttgaaaagg ataaagccct ggagcgtcgt tttcaggtgg tcatggtcga agagccggat     1020

gaactggata ccatttctat cctgcgtggt ttgaaggaga aatacgaaaa ccatcataag     1080

gttcgtatca aagacgatgc gatcatttcg gccgtccagc tttcaagccg ttatatcacc     1140

gaccgtttct tgccggataa ggcaattgac ttgatggatg aggctgccgc ccgtctgcgt     1200

ttgcaagtag attccgtacc ggaatcattg gacgaagtaa cccgtcgtat caaacagttg     1260

gaaatcgaac gcgaagcgat caaacgtgag aacgacaaag gcaagctgga gcagttgaac     1320

aaggagatcg ccaatctcaa agaagaagag agaaaacaga aagctcaatg ggaaagcgaa     1380

aaagaattga tcaacaagat tcagcagaac aagatagaca tcgagaacct gaaattcgaa     1440

gccgacaaag ctgaacgcga aggcgactac ggtaaagtgg ccgaaatccg ttacggcaaa     1500

gtaaaagcca aagaagaaga gatcaaggaa gtacaggcca aattgcatac gatgcagggt     1560

gctgctgcca tgatcaagga ggaagtcgac agcgaagata ttgccgatgt agtatcccgt     1620

tggacaggta tccctgttaa taagatgttg cagagcgaaa gggacaaact gcttcgtttg     1680

gaagacgaac tgcatacccg tgtgatcggt caggatgagg caatcagtgc gatagccgat     1740

gccgtacgtc gtagccgtgc cggattgcag gacccgaaac gtccgattgg ttcctttatc     1800

ttcctcggta cgacaggtgt cggtaagaca gaactggcca aagcgttggc tgaatatctg     1860

tttgacgatg aaaatatgat gacgcgtatc gatatgagcg aatatcagga aaaatttagt     1920

gcgactcgtt tgatcggtgc acctccggga tatgtcggtt acgatgaagg tggtcagttg     1980

acggaagcta tccgtcgtaa gccatactcc gttgtcctct tcgacgagat cgaaaaggcg     2040

catccggatg tattcaatat tctcttgcag gtattggatg acgggcgtct gacggacaac     2100

aagggccgtg tcgtaaactt caagaacacc atcatcatca tgaccagcaa tatgggttca     2160

tcgctgattc gtgaaagttt cgagaagatt acgcccgaca accgtgaaaa ggtgatcgat     2220

gaaacccgta tccaggtgct ggaactgttg aagaagaaca tccgtccgga attcctgaac     2280

cgtatcgacg agatcatcat gttcactccg ttgaacgagg aagagatccg taagattgtc     2340

actttacagt tgaacagtgt gaaaaagatg ctggcaaaca acggtatcgc tttgaacttt     2400

accgatgccg ctcttgactt tatctcggat gccggttatg attcccagtt cggtgcccgt     2460

cctgtaaaac gtgccatcca gaagtatgtc ctcaacgaac tgtcgaagga aattctgggc     2520

atgaagatcg acaagaaccg tccgatcacg atcgatcgcg aaggggatgg gctggtgttt     2580

aagaattga                                                             2589


<210>  1306
<211>  2664
<212>  DNA
<213>  Parabacteroides

<400>  1306
atgctttttt cccaggtaaa agccagggaa gaagcctttg ttgtcgatct tccggtggaa       60

ccgacgccta cggttacgat ggacaaacga caggtccctt tgttggaaat cttacaggaa      120

ctggaaaagc aaaccggaat ctttttctcc tatgaatcgt ctttgctgga tgagtttccg      180

aaaatctcat tcaaggcaca ggacgaatcg ctttcctatt gcctgagaag attattttcc      240

accttacctc ttacttaccg gcagacaggg cagatcgtga tactgaaacg gaagccgcgg      300

ctgtatacga tcagtggctt tgtccgcgat tcggtgtcgt atgagagtct gatcaatgcc      360

aatgtctttg agcgtaaatc cagaaccggt acgactacca ataattatgg cttttacagt      420

atcacgcttc cacccggaaa agtaaccttg cgggcctctt atgtcggata cgaagcgaaa      480

gaggttacat ttgaattgtc ttgcgataca ttgatagata tacctttgct ttcgtcgagg      540

gcattgggcg aagtggtcgt ggagggactg aatccccgat cggaggtatt aagcacgcga      600

accggggttg tggaggtgcc tgcccagcgc atcaagtcga tgcccgccct gctgggggag      660

acggatgtgg tgaaaaccct gcaacgattg cccggtgttg cagtggggac cgaagggatg      720

accggacttc atgtccgggg aggtgatgcg gatgggaacc tctttttgct ggatggcaat      780

ccggtttatc acaccaacca tctgctcggt ttcttttccg cctttaaccc ggatgccgtc      840

aaaaatgcaa cattttataa aggaagcttt cctgccgaat acggaggaag gctttcgtcc      900

gtagtagacg taaggaccaa tgatggcgac cggtatgaat atcatggtaa tctttcgatt      960

ggtctgctgg ctttgcgggg caacctggaa gggcctatcg taaaagggaa atcctctttc     1020

aatgtgtctg tcaggcgtac ctggatggag ttgataacct ggcctttgct gaaagctctc     1080

aacagcgggg aagagaagaa gatcaggggt ggttatcatt tcttcgatat gaatgcgaaa     1140

gtaaaccact cctttagtga ccggacacgt ggttatatga gtttttatat gggaagcgac     1200

agttatctga acggagagga gaaagacgaa gaagatcgtg taggtaaaga tttccgttgg     1260

cgctggggga acctgatcgg ttcggccggg atcggccatg tgttcagtaa taaattgttt     1320

gctacgttta cggcaggcta tacgcgttat cgttcgcata tccagcagga taaggaagga     1380

tatactttat cgcccaatcg gaaggaccgg cagttattca gccaggaaaa ccattaccgt     1440

tcggcgatgg aagatgtcag cctgcgtgcg tctttcgatt atcgtctgca tgagaaacat     1500

cgtctgaagt tcgggggaga ctatcttttc cataatttcc gtccggagca gaatacgatg     1560

aagagtttat acaaagattc tgtcaaatcg cagaagacca atacggtcta tgcaaactcg     1620

ctgatccgcg gtcacgaagt gtctctgttt gcggaagaag agatgcatgt gatagaacgc     1680

ctgaccgcta atgtcggttt gcgtgcaacg acctttcatg tgcaggggga gacttatttc     1740

tctttgcaac ctcgtttatc cgcccgttat ttgctggcgc gtaatttatc ggcaaaactg     1800

tcgtatacga aaatgaacca gtatatccat ttgctttcca attcttatat cagccagcct     1860

acggatattt gggtacccgt tacccgtaat atcaggccga tgaatgccca ccagtttaca     1920

gcaggtcttt attatacgtt acacaggcag tataattttt ccgtggaagg atatttcaag     1980

cggatgaata atctgataga atataaagac cgcattccgg tcggtacgga ttattctaac     2040

tgggaagagc gggttggtat gggatatggt cgtgcgtatg gcatggagtt gatggcccag     2100

aaaaagtccg gacgcctttc cggttggatc ggttatacgt tgtcctggtc tgaccgccgg     2160

tttccggacg gtagtgtgaa caaagggcgc cgtttcccat ccaaatatga taatcgccat     2220

aaggttgatc tggtggcaac ttataaaatt tcccgtaaag tagagctgac tgccgcctgg     2280

atgtttgcct ctggtaatca tattactatc atggatcaga tctatcatgg aggaaccggg     2340

cagaccgacc atggctatat gcagggagaa gacgttatac taaaggaggg cgaaggtgtc     2400

gcttatgctg ccagttcgcg taataactat caactctcac cttatcaccg tctcgacctg     2460

gggatgaatt tctatcgtta taaaaagaaa ggacgtctgg gagtctggaa cctgagcctt     2520

tgcaatgcgt atctccatcc gaatccgttt tctgtgagaa ctcattatta tatagacggt     2580

gagataggaa agaaaaatat atatctggaa caatccatcc tgtttctgtt cctgccttct     2640

gtgtcttata cttataaatt ctga                                            2664


<210>  1307
<211>  2259
<212>  DNA
<213>  Parabacteroides

<400>  1307
gtgaagaaaa cgatcttatt ctttcaggta gtcttagttt gcctgctggt aggatgcaag       60

ccggctccca acagtgggtt attaagtgat gaaatcaagt atgtcgaccc gttcatagga      120

accggattcc acggtcatac tttccccggt gccacccgcc cgtttgcgat ggtacaggtc      180

agtccggata cgcatatcat gggttgggat gccagcagcg gttaccatta tgacgactgc      240

gaaatctatg gattcagtca tacgcacctt tccggtaccg gtatcggcga cctgggtgat      300

gtggctctat tgcctttctc cggaggcgat tcgatcaaac cggtcggact tttcaataaa      360

gataccgaaa aagcgactcc gggttattac gccgtacgtc tggataactt cggtgtaaac      420

gtggaactga cgagtaccga caaggtcggc tttcataaat atacttacga taatcccaaa      480

gaccgccgcg ttatgctcga cctgggacat atcctgcaac cgaactgggg acacaaactg      540

gtagacaaca gttacctgtt tgttaacgac tcgacggtag aaggtacagt acgtacacag      600

ggatgggcac atttccattc ggtttcttac cggatcactt tctctgagcc gatcgaaacc      660

gtttaccaat atatcggggg caaattacgc caggattctt tgttcctgcg catcaatacg      720

gaagaagacc tgaaattcca ttataagttc ccggaaaagg cggaacctct gtacgtaaag      780

gtagcccttt ccatggttga tactgacgga gccgaaaaga atctggaagc agaacttccg      840

ggatgggatt tcgaagcaac ccgcatcaaa tcggctgaaa tatggaacga tgccctgaac      900

gcaatcgaaa ttcagagcgc tgacccgacc gtaatggtca acttctatac ggcattatat      960

catacgatga tcgcaccgtt cgcctatcag gacgtagatg gtcgttatct gggtatggac     1020

aaaaaggtgc ataaggcgga accgggatac gttaattatt ccgtattctc cctgtgggat     1080

actttccgtg cccttcaccc gctgatgacg atcatcaatc cggaactggc tgccgactgg     1140

ggtaaagtgt tggtacaagg atataaagaa ggtggtattc ttcccaaatg gccgctggct     1200

tcaagctata ccggctgtat ggtcggctac ccggctgtat ctgtcctggc tgacctggtt     1260

tccaaagacc tggcagacgg tgacctaaaa acatgggcgg aagccggtgc ccgttcttcc     1320

gtataccgtg aagacctggc agagaagttc aaagggacac gcgagttgga tctgattacc     1380

ctccatccgt acttcaaaga gaaatatggc ttcgttcctg ccgactctgt tcccgaatcc     1440

gtttcatggg gactggaaat ggcttacgaa gactggtgta tctcgcagat cgctgccaaa     1500

gcaggattgg attcattggc tcaggcttat gctgccaaag gagaatatta caaacgttat     1560

ctggacccgg aaacaaagat gatgcgtccg atcatgagtg acggttcatt ccgtacaccg     1620

ttcaatccgc gttattcggc tcatatgaga agcgattata cggaaggaaa tgctttccag     1680

tggagtttct ttgctccgca cgatatggac aacttcattg ctaccatcgg tggcaaaaaa     1740

gaactggaaa cacgtctgga taccttgttt actacctctt cacaggttga cggcgaacat     1800

gcatccggcg acatcaccgg cctgatcggc cagtatgccc acggaaacga accgagccac     1860

cacatggctt acctgtataa ctggacagat tccccatgga aaggccagga acgtctggat     1920

tatatcatgc gcgagttcta tacaaacaag cctgacggta tcatcgggaa tgaagactgc     1980

ggacagatgt cagcatggta cgtaatgagt gccctgggat tctatcaggt tgctcccggt     2040

attccggttt acacattggg ccgtccgatg gtagatcgcg ccttaattca cgtaaaaggc     2100

ggcattttcg agatcgtggt taaaaacaac agtccggaaa acaaatatat ccggacggtt     2160

actttgaatg gaaaggagct cgaaaccccg ttcttctcac atgccgagat ggcgaaaggc     2220

ggcaaactcg tatttgaaat gaccaataca catccataa                            2259


<210>  1308
<211>  2097
<212>  DNA
<213>  Parabacteroides

<400>  1308
atgcttgatt tagacaaacg atcccttatg tatctgccgg gtgtaggccc gaagaaagcg       60

gagatattac ggaaagaggc cggaatatct tcgtatgagg atttgttgtt ttatttcccg      120

tataaatata tcgaccgtag ccggttttat aaggtttccg aaataacggg aaatatgcct      180

tatatccaac tgaaaggacg tattctgtat tatgacacgg tgggggaagg gcgaacccgg      240

cgattggtgg ctaaatttac cgatggcacc gggacgatcg atctggtctg gttcaaaggt      300

cttaattatg tgaccgataa atacaaaacg gggacagact atattgtttt cggcaaaccg      360

accgagttcg gacatattta taatattccc catcccgata tcgatccgat ggatcaggca      420

gaccaggtgg cagccggtct gacacctttc tataatacat cggaaaaaat gaaaaagtcg      480

ttccttaatt cgagggcgat acagaatctg caatatacat tactgagttc tttgaactgg      540

atattgcctg aaacacttcc ggtagatgtc ctgtcgcgta tccggatgat gccgttgaag      600

gaagcgatcc gtaatgtcca ttttccggag tcgacggaga agctgagaca ggcacagttg      660

cgcttgaagt tcgacgaact gttttttata cagttgaata tcctccgtac agccagtctg      720

cggaagttga agctgaaagg aatcgtattc cctactgtcg ggaattactt taatacattc      780

tataaagatt atcttccgtt tgaactgacc ggtgcacaaa aacgggtggt gaaggagatc      840

cgtgccgata tggggagcgg gcggcagatg aaccgtctgt tgcagggaga tgtgggaagc      900

ggaaagacgt tggtcgcttt actctccatg ctgctggctg tcgataacca ttgtcaggct      960

tgcatgatgg cgccgacgga aatactggca acccagcatt atgctaccgt gatggaattc     1020

ctgaaagata tggatattcg tgttgcctta ttgaccggat cgacgaaaaa gaaggagcgt     1080

aataaaatac ttccggccat tgccagcggt gaaatacaga tcgtgatagg aacgcatgcc     1140

ctgattgaag aaactgtggt attctcttca ctcgggttgg ctattattga cgaacaacat     1200

cgtttcggtg tggaacaacg ttcacgcctc tggaaaaaga atgcagttgt ccctcacgta     1260

ttggtgatga cggctactcc tattccccgg acacttgcca tgactttgta tggtgatctg     1320

gacgtttccg ttattgatga gttacccccc ggtcgcaagc ctatccagac agtgcaccgt     1380

tacgataata aaaaagccca gttatatgat tttttgcgta aggaaatcca gttggggcgc     1440

caggtgtatg ttgtttaccc gctgattgaa ggaagtgaga agctggatta taaaaatctg     1500

gaagacggtt tcgaaacatt taaagaggtg tttcccgaat ataaggtttg catggtgcat     1560

gggaagatga aagcggcgga caaggaaact gaaatgcaga aatttattac cggcgaagcg     1620

cagatattga tggcaacaac tgttatcgag gtaggggtga atgttccgaa tgcctctgtg     1680

atggtgattg aaagtgccga acgtttcggt ctgtcacaat tacaccagtt gcgcggcagg     1740

gtaggacgtg gtgcggaaca atcctattgt atcctggtct cttcttataa gctgagcaac     1800

gatacccgta agcgtctgga gataatggtg aacagcaata acggttttga gattgcagaa     1860

gccgacctgc accttcgcgg acatggagat ctggaaggaa cccagcaaag cggggaaggg     1920

cttgacctga agattgcgaa cctggctgct gacgggcaga tattgcaata tgcgcgggat     1980

atcgcacagg aagtcttgga caaagacccc gaattactgt ccgaactcaa ccggattttg     2040

aacgaaaggt taaaaacact ctttacccgg aagataaact ggagtatgat tagctaa        2097


<210>  1309
<211>  2490
<212>  DNA
<213>  Parabacteroides

<400>  1309
atgaatcgtt acagactgtt ttatcactgc atttatataa gtatcatctg cttattcctg       60

ttttgccccg gcaaagcaaa atcgcagata agcgaaggag gaaaaccggt tagtttcaac      120

tatcagaacc cgttgaaaag ctggcaaccg gctgttcaga taccggtaaa tttcagtgtg      180

gaagacagga tagcagtcga tgaatggcgg gtaagccagg gagcacctct ggctgtttct      240

gcattgatag atacggattt gaatatggaa aatgccggag aatggcgagt attgcccggc      300

ggagaaaaaa tctggcagct tcgccttcag gcaaaagggg cgattgcctt aatgttatat      360

tatgaaacat tttacctgcc tgaaggcgga aaactattca tatacaatgc agaaaagacg      420

catttactgg gagcctatac ttcgcaaacc aatccggacg gaaaatcatt tgctacggaa      480

tttgtggccg gcgatgatat cattctcgaa tacgaaccgc ctgtttcgga cgaaaaagcc      540

cgtatagcca ttaatcagat aggatacgga tacaatcatc tgcatgtaac tactgactta      600

cggaataccg gcccgggaac ttccggttcc tgcatggtca atatcaactg cgaagaagga      660

gaggagtggc aacacgaaaa gaacggtgtt tgcatgatgg ttgagaaaat agggaaggcc      720

ggatacctct gttccggttc actggtgaac aacacggcga aagacatgaa accttatata      780

ttgtcggctt tccattgtac acaagattac gataacggaa caactgcttc ggaaacagat      840

ctaaaccaat gggtatttta tttccatttt gaacataccg gatgcgaaaa cgcttcgcca      900

atagccggac ataaaacaat gaccggctgc cggcggattg taagtattcc gatagagggc      960

ggttccgacg gactgttatt attgctgaac gacaagatcc cggcagaata taatgtatat     1020

ttcaacggtt gggacagaag tgaaacggca acttcatccg gagtgaatat tcatcatcct     1080

tccggcgatt atatgaaaat atcgaccttc ggtaatcacc cggtaaaaac aacgacctgg     1140

atagataatc tatccaaagc cggagctctc aatgcccatt ggaatgtcat tttcgacaaa     1200

acaaccaacg ggcacagtat cacggaaggc ggttcctccg gttcgccgct tttcaatgaa     1260

aataagcaga tagtaggtac actgaccggc ggtaattcta cttgccgtct gacaagcggc     1320

aataacttat acggcaagtt ttcttatcac tgggataaat acagccaagc tgataccgga     1380

cgtatggata tctggctcga tccgttgaac accggtgcaa caacaattcc cggtttgtcg     1440

caaaccggag aggaggggag ccttatcaat tataagtcac cgacaaatgt tactgcccaa     1500

tccatttctt ccaataatgt tcttattcaa tggaatgcac ctgtatatac acagttgatc     1560

ggttggggta cacaaaattc agccaatcaa atcggatact atggtactcc tttttatttc     1620

ggtcaaagat gggagtctaa agaattgata aacatacata aaaagaaatt ggtaaacgta     1680

aaattcattc ctgtctacag tgtgaattat gccatcttta tcaaacaagg agaacggacc     1740

tatcaacagg aaataaccaa tctgacggcc aaccggtcca acacgataga gttgaaaacg     1800

ccttacacga ttgatgccaa ccaggatctg atcgtttcca tctatgccag gaaatacgga     1860

cgttcggttt atcctgcttt cgtagataac ggtccggccg ttaacggaaa aggaaatctg     1920

gtatcttttg acggaaacga atgggaatat ctgctggacg aaaaattcaa tattaatttt     1980

atcctgtctg ctaccgtcac ttccgaagaa ggtgaaccga cacttcccct tcccgcagca     2040

aacagtgata tacagattcc ggctttccct gctattaccg gatataacat atacaaagac     2100

cagatgttac tagcttctat ccctgcttcc acattacaac acacagataa aaatgtcacc     2160

ggaggcaagc atgactacag tgtttctgct ctatacgatt caaaagaaag cagagcagcc     2220

acagctacag cagaaacaaa tgtaaatacg gagagtatac aggaaacaac cgatttccat     2280

atcacccctg caatattcaa agaccggata cagataaata attaccagca agtcaaaagc     2340

cttgaaattt attcatccga cggaaaactg atccggaaat taaccgatcc ggcagaatgg     2400

atagagacag gtaatctccc gcaaggtgtt tatttcttca aactaagcaa tgataagact     2460

ttcaaaaccg ttcgcggcat caaacaataa                                      2490


<210>  1310
<211>  1866
<212>  DNA
<213>  Parabacteroides

<400>  1310
atggaagaac tgaattcaac aatgcaacaa ccgacagcgt ataatgacga cgatatcaag       60

acgctggact ggatggaaca tatccgccgg cgccctggta tgtatattgg taaactggga      120

gatggtagct atgcggatga tgggatctat gtattgctga aagaagtact cgataactcc      180

atcgacgaat atatgatggg gtatggcaaa actatagaag tgaccgtcga agaaggaact      240

gtttccgtca gggactatgg tcgtggcgtt ccgctgggaa aggtggtcga cgtatccagt      300

aaaatgaaca ctggtgccaa gtacgacagc aaggcattta aaaagtctgt cggactgaac      360

ggtgtcggta tcaaggccgt gaatgccctg agcagctatt tcctgattac cagcttccgc      420

gaaggagagt gtaaacgggt cgaatacagc aaagccatca ttacagagga gtctggaatc      480

caaccgactg aagaagcaaa cggaacactt atctatttca ttccggacaa ggaaatcttc      540

aaagaatatc aatacaagga cgaattcata gaaagccttt tgaagaatta cgtctttctg      600

aattcgggcc tgaccattat gttcaatggc aagaaattcc attcacgcaa cggactggtc      660

gacctgttga acgaaaatat gaccaccgag tctttatatc cgatcattca tctgaacgga      720

gaagatatcg aagtggttat cacacacagt aaccaatacg gtgaagaata ttattcgttc      780

gtaaacggac aatacacgac tcagggcgga acgcatcttt ccgctttccg cgaaacgctg      840

ggacgtgtca tcaaagaata ttataataaa aacttcgaat attcggacat ccgtgccggt      900

atcgttgccg ccatcagtat taaggtggaa gagcctgtgt tcgagagcca gacaaaaacc      960

aagctgggtt cgaaagatat cggtcccgaa ggtcctaccg tggcaaaatt cgtcggcgac     1020

tttatcaaga aagaactcga caactacctg cataagaaca cagatacttc ggaagccctg     1080

cttcgcaaga tccttgaatc ggaaaaggaa cgtaaagcga ttgccggtgt aacgaaactg     1140

gcccgtgaac gagctaagaa ggcgaacctg cataacaaga aactccgtga ctgccgcatc     1200

cacctcaacg atgccaaagg cgaccggaca gaagaaagtt gtatcttcat caccgagggt     1260

gactcggcca gcggatcgat caccaaaagc cgtgacccga actttcaggc tgttttcagt     1320

ctacgcggta aaccgcttaa cagctacggc ctgactaaaa agatcgttta tgagaacgag     1380

gaattcaacc tactgcaagc cgccctcaat attgaagacg gactggacgg tctgcgatat     1440

aacaaagtta tcatcgctac cgatgccgac gtcgacggta tgcatatccg gttactgctg     1500

atcacgttct tcttgcagtt cttccccgac ctgatcaaac ggaatcatgt ctatatcctg     1560

caaaccccgc ttttccgtgt acgcaacaaa caaaaaacgt attattgcta caccgaagaa     1620

gaacgtctgg ctgcaatcca ggcagtagga aagaatccgg agatcacccg attcaaaggt     1680

ctgggagaga tttcaccgga cgagttcaga aactttatcg gcaaggacat gcgtctggac     1740

ccggtaacga tgaaaaaaga agacctggtt aaagatatgc tcgaattcta tatgggtaaa     1800

aacaccatgg aaagacagaa ctttattatt gacaatctgg ttgtagaaga agacgttgtc     1860

aattga                                                                1866


<210>  1311
<211>  1509
<212>  DNA
<213>  Parabacteroides

<400>  1311
gtggatgcca ggctctattt cgtgagcctc attgtagggt tgctgaccgg gttggtggca       60

gttccctatc actatttatt acagttattc tacaattacc ggaaggattt ctttgaatca      120

tcgccaccct ggtacctgca tatcattgct tttctggcct tctggggaat cctcctgttt      180

gtatcctgga tggtgaaacg ctggccttat atatcgggcg gtggtatttc gcaaacacgc      240

ggggcgatca acggaaggat tgtctataag cattccttac ggcaactgct ggctaaattt      300

gccggcggag tactgacatt aagcagcggc ctttccatgg ggcgcgaagg gccgtccgtc      360

cagatgggat cgtatatcgg tgacctggtc ggtaaatggg gacatatcct gagcggtgaa      420

cggaaacaat tgctggcagc cggtgccgga gccggactgg cggctgcctt tgctgctcct      480

ttggcagctg ctacgctggt tatcgaatcg atcgaacggt ttgatgcgcc caaaacggct      540

atcacaacca tactggccgg agtggttgcc ggaaccattg ccaatatgat ctttcccata      600

aatccctatc atgagataaa tgccgtggca ccggatttgt cattctcgtt acagatcaaa      660

ctattcctct tgttcgccgt catcgtctcc gttttcggaa agttctattc gctgttgatg      720

ctttacgtga aaaggttata tccggccata aaacaaccgg aatacatcaa gttgctggga      780

ttactgatca tggcctatac catttcactg acgttaacgg acctgaccgg aggcggcgaa      840

cagttcctga tggaacaggc tttaggcgga aaagagagca tcctgtggat aaccgggatg      900

atgttgctgc atatggtatt caccgtctat tccttttcat ccggactgcc gggtggtagt      960

tttattccga cactggtaac agggggatta ttaggaaaga tctgtgcctt attgctggtg     1020

cagcagggca tcatcgcacc ggaaaatata agttacgtca tgttgatcgg gatggcagca     1080

ttcctggttg ccgtggtacg tactcccatc accgccattc tcctgataac agagatcacc     1140

ggccatttcg aagtgttcta tccttcgatc gttgtcggag gactgacgta ttattttacc     1200

gagttactgg aaataaagcc tttcaacgtc atgttttatg aagagatgat caagaagccg     1260

atctttcagg aagaaaaacg gctgatacta gatgtcgaag tcatggtagg ttcttatttc     1320

gacgggaagc tggtcgatac actccacctg cccaataact gcatcatcat caatatccac     1380

cgcgaccgca aagacttccc tcctgccgga caaacgatcc tgcccggcga ccagctgact     1440

cttgaaatcg atgcccagga catcgagaag ctgtacgagc cgctggttag tatggcaaat     1500

atctattag                                                             1509


<210>  1312
<211>  1917
<212>  DNA
<213>  Parabacteroides

<400>  1312
atgactatct ttgcaaaaga aacaaagaga attacgacaa tgactttcaa ttacgatgtg       60

atcgtggtag gtgctggcca tgcaggctgt gaagccgcag cagcagccgc caacctgggt      120

tcaaaaacgc ttcttatcac catggacatg aacaagattg cacagatgag ttgcaatccg      180

gccgtaggcg gtatcgccaa aggacagatc gtccgtgaaa tagatgcgct gggtgggtat      240

atggggattg taacagaccg cactgcgatt cagtttcgca tgctgaaccg gagcaaaggt      300

ccggctatgt ggagtccgcg tgcccagagt gaccgtgccc gctttattga ttgctggcgg      360

ggaatactgg agaaccttcc gaacttatat atctggcagg atactgtccg cgaaataatg      420

ttggacggag atactgtttg tggggtcaaa accaatatgg atgtagaatt ccgggcaaag      480

agcgtagtct taacaaacgg aacattcctg aacggcctaa tgcatatcgg acgtacacaa      540

ttacgtggcg gacgcatctc ggaaccggca gcaacggggc tcacggaaca actggtttct      600

ctgggaatta aatcggaacg gatgaagacc ggaacacctg tacgtatcga cggtcgcagc      660

atacacttcg atgaaatggg cgaacaaccg ggagagaacg actttcataa attctcttat      720

ctcgattttc agccgcgccc gttaaaacaa cttagctgct ggacgacttt cacaaatgaa      780

gcatgtcatg atattttgcg tgaaggtctc cccgactctc ccctgtacaa cggacaaatc      840

cagagtatcg gtccgcgcta ttgtcccagc atcgaaacaa agatcgtaac atttgcagat      900

aaaacccaac accaactgtt cctggaaccg gaaggcgaaa caacacagga gtattacctg      960

aacggcttct cctcctctct cccattagac atccagttgc gtgcgctgca agcaatccct     1020

gcattcagag atattcaaat ctatcgcccg ggatatgcaa tcgaatacga tttctttgat     1080

ccgacgcaat tacatcataa cctggaaaca aaacaaatcc gtaacctgtt ctttgccgga     1140

caaattaacg gtacaaccgg ttacgaagag gcaggcggac aaggattgat agccggcatc     1200

aacgcacata tcaattgcca cggaggcgaa ccgtttatcc taggacgcga tgaagcctat     1260

atcggcgtac ttattgacga cctcgtaacg aaaggtgtag acgaacctta ccgtatgttt     1320

acctcccgtg ccgaatatcg catcctgctc cgccaggatg atgccgatat gcgcctgaca     1380

gaaaaagcct acaaaatagg tttggctaaa caagagcgtt acgacctgct gacagagaaa     1440

aaagaacaca gggatgctat tatcaacttt gcagaaaact attccgtaaa gtcgcaatac     1500

ataaacgaag gattggaaaa gctgggtact accccactcg ctcacggttg taaactgatc     1560

gacctgatcc ttcgtccgca actcactttg gaaagcgttg ccaccctcgt ccccgcactc     1620

cgcacagagt tggacaaggt tcctgtttca cgcaaagaag agattatcga agcagccgaa     1680

atcctgatca agtatagcgg ttatatccgg cgcgaacaga tcatcgcaga gaaaataaac     1740

cgcttggaga atatccatat caaaggtaaa ttcgactaca attcgatcca gtctttatcg     1800

accgaagcaa ggcaaaagct cacgaagatc gacccggata ctattgcaca ggcaagccgt     1860

attccaggca tctcccccag cgatataaat attctgctgg tgctcctcgg aagataa        1917


<210>  1313
<211>  1848
<212>  DNA
<213>  Parabacteroides

<400>  1313
gtggtaattg atacagaaaa cagaaaaaac aacaatataa tgagaagatt agctttctta       60

ttcgttctat ttctaacagc cggggtgatg gcaaaggccg ctgatgtgac ctttaaggca      120

gtcgctccga atgctgttgt gatggggcaa caattcagat tggcgtatac cgtaaatgct      180

gaagcgaagg caagcgattt gcggataccc gaacttacgg atttcgaagt actgatgggg      240

ccgtctcttg ccacaagttc gagtactcag attattaatg gaaatgtttc ttcggaggta      300

gcttacacat ttacttatat cctgatgccg aagaaagagg gtacgtttaa tattggggca      360

gcttctatca aggtaaaagg agcgaattac acatccaact cgttaagtgt aaaagtactt      420

cctccggaca aggctgccga agcaaatggc ggacaagccg gaacaggtat aggcaaggat      480

gattattttg tgagaatgga agtttcaaac cggaatgtgt atgaacagga aggttttctg      540

gtcactttca aattatatgc agcacgcatg tgcggactgg aaggagtaaa atttccggag      600

tttgaaggat ttcttgccca ggagatagag ttgccgcagg aaaagcaatg gtcgcaggaa      660

cattataacg gtcgtaatta tttcaccgtt gttttgaaac aaacagtcct ttatccgcaa      720

cgttcaggaa aactgacaat agaaagcggt aagttcgacg ctattatcag tattccgacc      780

caacggaaaa taagcagcat ttttgatagt ttcgatgaca tgtacgacag agtacggaaa      840

gcattggtat cgagtcctgc tacaatagat gtgaagccgt tgccttccgg taaaccggca      900

tcgttctccg gtgcggtagg taatttcacc atgacatcgg atattaattc caataatgta      960

aagacaaatg atgctgtcac tattaaagtg aagatttccg gtaacggaaa tatcaaactg     1020

atcaagaatc cggaagttgt tttcccgaat gatttcgata ctttcgaccc aaaacaggaa     1080

acagatgtca gaacgacaac tgccggagta agtggaagca aaacgatcga atacatggct     1140

attccccgtt atgccggaga ttttgagata ccggctatct ctttctctta tttcgatcct     1200

aaatcaggca cttataagac attgaagtcc gatccttaca agcttcatgt agaacaaggc     1260

gaggggggaa gcagtaattc tccggtcgtg tctaatttca gcaataagga gagtgtgaag     1320

tatctgggta aagatatccg tttcctgaaa gtgaaagatt tcaatttcat tgccaacaac     1380

gatattttct ttggatcgtt catgtattac atgtgctatc tggtaccggc catcctgttt     1440

attgtcttct tctttattta tcgcaagcaa gtaaaggaaa atgccaacat agcattggtt     1500

cgtactaaaa aggcaaataa aatcgctgtc aggagattga agaatgccgg caagctgatg     1560

aaggaaaaca agaaagaaga gttctatgat gaagttctcc gggctttgtg gggatatttg     1620

agtgataaac tgaatattcc tcaggcaagt ctgaccaaag ataatgtgga aaccgaattg     1680

gccaaatttg gtgtggatga taccttaaca aatgagttta tggatattct gaacacctgc     1740

gaatttgccc gctatgcgcc ggctcaggct tcggatgcta tggataagtt atatgagtta     1800

accgtagatg ccattggtaa gatggagaat acaattaaaa agcaataa                  1848


<210>  1314
<211>  3315
<212>  DNA
<213>  Parabacteroides

<400>  1314
ctcctactcc cggccggatt attggcttgc agcttattta ccccttttac cgtaactgca       60

aagaatgaca ttccggtaac tatctcccag caggttcgaa cgaagataca ggtgaacggt      120

accgttaccg atgcgaccgg cgaaccactg atcggagcga ccgttctcga aaaagccagc      180

ggtaacggaa cgattaccga cgtcgacgga aatttcagcc tggcagtccc ctccgacgcc      240

gtattatcgg ttagttacat cggttacaaa ccacaggaca tcgtagtcaa cggcaaaacg      300

actttcaatg tcgtgctgga agacgactcc gagaaactgg aagaagtggt cgttgtcggc      360

tacggcgtgc aacgcaaggt gaacctctcc ggttccgtag accagattaa tgccaagcaa      420

ctggaagccc gcccaatcac gaacatttca aaaggtttgc agggaatggt ccccaacctg      480

aacatcgact tcaccagcgg cgaaccggga caggctgcta aaatcaatat ccgtggagaa      540

gcctccatca acggtggcag cccgctgatc ctgatagacg gcgtcgcctc ggatgccgaa      600

gaactgaacc ggttgctccc ggaagacatc gaaacccttt cggtgctgaa agacgcctcc      660

tccgcagcca tctacggggc gcgtgccgcc ttcggtgtca tcctgataac cacgaaacag      720

ggtagcagcg accgcatcca ggtaagctac aataacaatt ttgcctggaa acgcccctct      780

atcctcccta acaaaacttc cgacccttat atctacctga aactgaaaaa catcgccgta      840

ctcaacactc cctggagttc cggtcacgtc gccagcgacg aacgcctgga atgggcacgc      900

cagcgctccg acaatcctga cgggaccgac ccggtacgcc tcaacccgct cgacgaaacg      960

cagtgggaat atatgggaaa ccgcgactgg acacgttatt tcctggataa gaatacattc     1020

agcaatacac atcagctatc ggtctccggc gccaccgaga aaacgaagtt ctacctttcc     1080

ggtggtgtgg acgatgagaa cggtatcctg gccggtatcg taaagaatga caactaccgc     1140

cgctacagta tgcgggccaa ggtcagttat aaaatatggg actggctgac gctctcgaac     1200

aacacttcgt ttgtcgccac caaccgcatc aaaccgagtt atctttccag ccgcggcgaa     1260

ccgtatatcg acagcaacgg catccgccag aaagggaacg gcgactcgaa catgagcatc     1320

ttctacgacc tggctcccac cgactgggac aagaacccgg acggaacctg ggcaaacaat     1380

gccgccggta tcgccatggc ccagctggta gacggcggcg aagaaacgac ccaatacaac     1440

cgcctgcaaa gtacgttctc cgccgagatg tctttctggg aaaagatgct gacggtaaac     1500

gccaacttca ctttcatgaa aggaaacgaa gattacgact ggttcaaaaa caaatatgta     1560

atcggatacg ggccgaacga tatccgcgag ctgggagaca gcaaagccta caaaagcacg     1620

accaacgatt attacagcgt actggaactg tttgcgacct tcaacaaggc tttcgacaaa     1680

cattatgtga ccggtatcct cggtttcaac caggaataca accgctggaa ctggtacaaa     1740

gccgaacgcg aaggaatcat ctcgacctca ctcccgtcca tcggactgtc gtcgggcgac     1800

caattcgtca gcgagcaata tgccgactgg gccatccgcg ggcttttctt ccgtgccaac     1860

tatacgtatg acaaccgtta tatcttcgaa gtgaacgggc gttacgacgg aacatcccgt     1920

ttcccaaagg aaaaacgttt cgggttcttt ccttctgctt ccgctgcctg gcgcgtggat     1980

gccgaaccgt tcttcgaatc tttcctttcg accgtcagcc agttgaaggt gcgcgcttca     2040

tacggttcgc tgggtaacca gcttgtcggg gaatacggtt atatcccggc catgagttca     2100

cagctgggta attacatcat caacggcaaa ttgcagcagg tggtaacccc tccttcgctg     2160

gtttctccgg attacacctg ggaggaagtg cgtaccctga acgaaggtct cgacctggct     2220

ttcctggata ataaactgac agccactgtc gatgtgtacc gccgcgacac caaaggaatg     2280

cttacgctgg gtaaagaact tccgggcgta ctcggcgcca gcgaaccgaa agagaatgcc     2340

gccgacatga aaacaaccgg ttgggagctg acagtcggct accgcgacca gttccagctg     2400

gacggcaaac cgttcaactg gggtgtcaaa ttcatgctct cggataaccg ttcgtggatt     2460

acccggttcg acaacccgaa cgggagcctt acccaatatt accaaggaca ggaactgggc     2520

gaaatatggg gattgcaaag cgatggtttc ttccagagtg aagatgaaat caagaacctc     2580

gaccagtcgt ccatcatccc ctggggtgct ctggaaatcg tcaacggatg gccgaaatat     2640

aaggacctga acggtgacaa gaaaatcacc aagggaagcg tcaccgtagg tgacccgggc     2700

gacctgagtg tcattggaaa ctcttctccc cgcttccgct tcgggttcaa cctgaatgcc     2760

gaatggaacg gattcgacct gtcggccttc ttccagggga ttgccaaacg cgattattat     2820

ccgatgagtt acctctattg gggattctac cagcagccgt atgccggcgg ccccgaacac     2880

ctgttcgact tctaccgccc gacaaccgac agcgatgtgg atatggccaa acactcacag     2940

tcctatatca atgccgggct ggcaaaccag aatctgaatg cccgttatcc ggtgctccag     3000

tcatggctcg ccgacaagaa cctgggtacc gatatcgacc agtcgatggg actggctatc     3060

cctcagacca actatctgca gaacggcgct tacctgcgta tcaagaatat cacgctggga     3120

tatactctgc catccgaatg gacccggaag gcgcatctga gccgggtacg cgtattcgtc     3180

agcggcgata acatcttcga atggagtgct ctgaagaaat atttcgaccc cgaagccgtt     3240

accgacgaat ccaactacgg ttatgtctat ccgttcaacc gccaatactc attcggcgtc     3300

aatgtcacat tctaa                                                      3315


<210>  1315
<211>  2157
<212>  DNA
<213>  Parabacteroides

<400>  1315
atgaaaaaca aattatttct tttaatctgc ctgattgtta tatctatatc gttgaaagcc       60

aacgataaaa cagttattcc tattacaaca gacaatatca gtctgattta taaagtaggt      120

aataacgggc gtttgtatca atcatatgta gggcaaaagc tccgttttga tagtgatatc      180

gaccagttgc ctatgcttgg cgaggcttat atcacacatg gtatggaaga ttatttcgaa      240

ccggctatcc ggatattgca caatgacggc aatccttccc tgttgctgaa gtatgtatct      300

tataaaacca gcgatttgca accgggtgtt acggaaaccg ttattaaact gaaagacgac      360

gtttatcccg taacggttga tcttcatttt attgcttatg ccgaagaaaa tataatcaaa      420

acatataccg agatatctca tcaggagaag aagccggttg tgctttataa ttatgcttct      480

tctttgcttc atttgaatgc tggtaaatat tttctgacag aatttgccgg agactgggca      540

catgaagtca acatgacgga acaacagctt tcatttggta aaaaagtatt ggataccaag      600

ttgggaagcc gtgccaatat gttcaattcg cctttctttt tactggcact gaatgaggaa      660

tcaaaggaaa atgaaggaga agtccttttc ggaaccattg gttggacggg gaatttccgt      720

tttacttttg aggtggataa tttgaataat ttgcgtatcc tttccggcat aaacaactat      780

gcttcagaat attcgttgaa gccacaggat atattccgga ctcctgagtt tatctttact      840

ttcagtgcgg aagggaaagg aaaagcaagc cgcgacttcc ataaatgggc ccgtaaatat      900

caggtaaaag acggcgataa accgcgtatg actttgctga ataactggga agccacttat      960

ttcgatttta atgaagacaa gctggtcgat attatggacg aagccaaatc gctgggagtt     1020

gatatgttcc tgttggacga cggatggttt gccaataaat atccccgtag cagtgaccgt     1080

cagggcttgg gtgactggga tgaaacagtg acgaagttgc cgaacggcat cggtaaactg     1140

gtgaaagagg caaccgacaa aggtataaaa ttcggattat ggattgagcc ggagatggtg     1200

aatcctaaaa gcgaactcta tgaaaaacat aaggattggg taatccatct gccgaacaga     1260

gatgaatatt acttcagaaa tcaaatggta ttggacctta gtaatccgaa agttcaggat     1320

tatgtatttg gaattgtaga caatctgatg acgaaatatc cgggtatcgc ttattttaaa     1380

tgggattgca acagtccgat taccaatatt tattctcctt atctgaaaga tcagcagtct     1440

catttatata ttgaacatgt aaaaggattg tataatgttt tggaacgtgt aaaagccaaa     1500

tatccgaacc tgccgatgat gctttgctcc ggtggcggcg gacgttctga ttatgaagcg     1560

ttgaaatact tcactgagtt ttggccaagc gataatacgg atccgataga acgtatcttc     1620

atccagtggg ggtattctca tttcttccct tccaagacaa tggctgccca tgtgacaagc     1680

tggaataaga atgcaagcgt gaaattccgt acggatgttg cgatgatggg taaattgggt     1740

tttgatatcc gtattcatga tatgactccg gcagaacagg aatattgcaa aggggcggtg     1800

aagaatttca atcgtttggg tagcgctatt ctggatggcg acctgtatcg tctggtgtct     1860

ccttacgaag gaaatcattc tgctgtgatg tatgtgaatg aagcgacgga taaggctgtt     1920

cttttcgctt tcgatatcca tccccgatat gcggaaacgt tacaacctgt acgtttgcaa     1980

gggttggctc cagaagctca gtatgagata aaagagatca atttgcttcc ggataccaaa     2040

tctatattaa aatgtaacgg aaagacgtat tccggtgaat atctgatgaa agtcggtatt     2100

ccggtatttt ccggtaggca attagctagc cgggtgattg aaatatcgaa aaaataa        2157


<210>  1316
<211>  2106
<212>  DNA
<213>  Parabacteroides

<400>  1316
atgataagtt gccagccgga taaacaactt acgaattatg tgaatcctct tttggggaca       60

gctacgctat gggaaacgaa agatctgggt tatgagcgtc atttgaagac aaggacctgg      120

ggggcagaag tctttcccgg ttcttccgtc ccgaatgcga tggtacagct gagtccggtg      180

actcagttcc ggagtggggc aggttaccag tatgaagata cggtcatcta tggtttttcg      240

cataccaaca aaggacattg gaatttgctg catctccctg tccttccggt gacaggaaat      300

atttcttccg gtgattatgc ttcaacatac agtcattcga acgaatcggc ccgtccgggt      360

tattaccagg tgtttctgga aaggtacggg gtcaatgccg aactgacttc cacgctccgc      420

tgtgcttatc ataaatatac tttccggccg gatgacgaca agaaagtatt agtggatatc      480

acacggacaa acaatggagt aagagactgg agtattcaaa aagtcgacga ttatactttt      540

tccggtaatc aggatgcgga aggaaatatc cgtttctatg ctgtttccaa ttataagatt      600

gaggatatca gacagttgaa agatggtgaa catgaagttt cggttgtcag ttttgccgat      660

agcaaaggaa gtaaaccgct ggaattaaag atcggttttt ctttcgtaag tattgataat      720

gcaaagatga acctggagca ggaaatgaag gataagagtt ttgcgcaggt tcgtaaggag      780

gctgataaga cctgggagaa tttgttatcc aaaatagaag taaccggcgg aacagaacgt      840

gagaaaggca ttttctattc ctgcctgtac cgttcgttct tatggccggc gttgcgtagc      900

gacgtgaacg gggaatatac ggatgccaaa ggcaatgtgg taaataatgg tttccgttat      960

tataccgatc cgtcattctg ggacgattat cgcaataagt tgattttatt gggaatgatt     1020

tctccggatg taacgaccga tgtgatcaag tccatcacgg ataaaggcga gaagcgaaat     1080

ggttatatgc cgaccttctt ccatggtgac catgcctctg tatttgttgc cggtaactat     1140

ttacgcggat tgaaggactt cgatctgaac cgggtttata aactgttggt gaataatgcc     1200

actgtcccgg gaaaaggcgg caggccatat ctggatgaat acatcgaaca aggatggatt     1260

gcagaaaagg ataccaccaa tgtcccgacc tgggatgaat acaaagccgc tgtaacaaag     1320

actgtggaat atgcatacga tgattatgcg accgctttgt tggctaagga gttgggagat     1380

gaaagtattt ataaaacatt gatggaacgt tccggcaatt ataagaatct gtttgacccg     1440

ggtacgggct tttggcgcgg aaagattgcc gatggcagct ggatcaagga tttcgatcct     1500

tactatcctt attatgccta tatgtatcgt gaggctaatg cctggcagtc actgttcttt     1560

gctccccatg atccggaagg catgattgcc ctttatcccg gtgaaaaagc ggtcgaacag     1620

aagctggatt cactgttcac tgaaccgtgg agaaactatg aagcgcataa tatgaccggt     1680

ttcatcggaa attattgcca tggtaatcaa ccggaccaca gtgttcccta tacttattat     1740

ttcatcggta aacaggagaa agcgcaatgt gtgctggata gcatcatgaa ccattattac     1800

gatatgggta aagagaagct cgcctattcg ggaatggatg atgccggtga aatgtctgcc     1860

tggtatgtat tcaatgccat tggtttatat acctattctc cggctgatcc ggaatatatt     1920

gtaaccgtac ctttgttcga tcaggtgaaa ttcactttag gcgataataa tcagttcgcg     1980

atcgtaaaga acggcaatgg gcggaagatt acggatatct cttacgacgg tcagaaaatc     2040

aaaggttggt ttatttcaca tgacctgttg aaacaaggaa aacaactgac gattactact     2100

gaataa                                                                2106


<210>  1317
<211>  2211
<212>  DNA
<213>  Parabacteroides

<400>  1317
atgttgaaac aactctatct tattataata ttgactttct gcgcagtttt tgcccaggcg       60

gaggaagtaa aagggcatgt gtttgatgat aacaaccagc cgatcatcgg ggcgaatgtt      120

tattgggaag ggacccaaca aggcacgact accgatgtag acggcgcatt tgaactgaaa      180

acaagaaaaa gtacaaacaa actggttgta agttatatcg gttatgaaac gtttgtcatg      240

ccggtaacga atacagatga acttctggtt ataaagctga aaggcgaagt agccttagag      300

gaagtcgtga tcagcgagcg taaaatagga acaatcgctt cgcgtaccag tgtgttgcaa      360

actcagaaga tcacctatga tgaactttgc cgtgctgcct gttgtaatct ggcggaaagt      420

tttgagacaa atccttctgt ggatgtgtct tatgccgatg cagcaaccgg agctcgccag      480

attaagctgt tgggattggc cggaacatat gtgcagatgc tgacggaaaa ctatccgaat      540

ttccgtggag cagcttcctt atacggcttg gattatgttc cgggtgcctg gatggaaagt      600

atccaggtct ccaaaggaac ctcttccgta aagaacggat atgaggcatt agccgggcag      660

atcaatgttg aatttaagaa accgcctacg gctgatattt tttctgtaaa cctgttcggt      720

agtgatgccg gacggtacga aggaaatgcg gatgcttcct ggcatatcaa tgataaggtt      780

tcgaccggtt tactggtgca ttattcgaac gataagaaac agcatgacgg taatgatgac      840

ggttttctgg atacaccttt aagagaacag gtcaacctga tgaaccgctg gtatcacaaa      900

ctggataatt atgtagccca gtatggagtt cgttatctgc acgaaagccg tacgggaggg      960

caggccacca aacatcatga ttttacggat ccgtatcgtg tgcagttgaa tacgaaccgg     1020

gcggagttat ataccaaaca ggcttatatc atcgataagg aaaaggtgga gagcgtagcc     1080

ttgatcctgt ccggttctta tcatgaacaa aagtccatgt atgaccgtac tccttataat     1140

gtatatcaga acaatgtcta tgcgagcctg ctctatgaaa aggaattttc tccggcccat     1200

agcctgagta ccggtttgag catgaactac gatggtttta acgagaacct gttgcagaat     1260

gatgtgcgta aagtgttcga ccgtacggaa gttgttccgg gtgcctatgt acaatatact     1320

tacaacctga atgataagct tatactatta ggcggcatca gggcagatta cagttctttg     1380

tacgatttct ttgttacgcc tcgcgtacat attaaatata atccgttcga ctggtttcat     1440

gtccgtgctt ctgccggtaa ggggttccgt acggctaata ttcttgcaga aaacaatttc     1500

ctgttatcca gtagccgtaa aatgaatatt gcggataatc tggatcagga agaagcctgg     1560

aacactggcg ttaatttgtc attctacatt cctctgtttg gaaaagaact gacgctgacc     1620

ggcgaatggt attataccaa cttcctgaag caggtagttg tcgatatgga tagcgatgcc     1680

catgccgtca gtttttataa tctggacggt aaatcctatt caaacagttt ccaggtggaa     1740

gcgacctatc ctttcttccg tgggtttaca ctgactgccg cctaccgtta tacggatgct     1800

aaaaccgatt accggaatgc agagggtgtg acacagcgct tgaagaaacc gttggtaagt     1860

gattataaag cattggcaac cgcatcttat caaaccccgc tgaagaaatg gcagttcgat     1920

ttgaccggac agttcaacgg aggaggccgg atgccgacac cggatgcgac aaatccgctg     1980

tggaagccta attttaatgc ttatacagtt gtgaatgcgc aaattacaaa gtattttcgc     2040

agatggtccg tctatgtcgg cgcggagaac ttgtttgact ataagcaatc tcatccgatc     2100

atagatgcgg aaaatccgcg gggagacaat tttgacggtt cgatggtctg gggaccggtt     2160

cacggacgga agatatatgc cggcctgcgt ttcaacatca gccgtgatta a              2211


<210>  1318
<211>  3930
<212>  DNA
<213>  Parabacteroides

<400>  1318
atgactgatc tgactataaa cactttatat gaaaacaatc tttcactgga aggatcgacc       60

cgtattgatt ttacgaagac tgtaaattat atatcagctc acacctcttt ggatataggg      120

attgtaaaga acagatgtcc gtccagttac catatatcga atcttttatt aaggaaagcg      180

cagctattat atcggaataa tgatgtttcc tggatagagg caatcgctgc tttcgaagaa      240

ctgcatgcag aatgtttgca gaaagacaga aaaaatgcga tcggagcgtt tactcttgct      300

ttggatattt ttaagtggat cagtgaagga tcggattact tgcagtctgt ctataaagat      360

gatgtggagc agaagcggga ggaaatcttt cggcggatgg ataatttgca agggaaaata      420

gaagcatgta aatgcatttt ggataaaagg accgaatctc ggctggcgag catactgttc      480

aggttgaaag cgagcgggaa tctttggcat gcagaaaaag aaatccggca gatattatat      540

cttttatcct atgacacgga tgttctgacg aatgctttga tgttggttgt ccgtttgatt      600

aatgaactga tagcaagcaa gcgaatcggg aaaaacgaac ttgcagagtt atacagcctg      660

ttaaaaagaa aagcgcaggc ggcggaagat aagactgccg aagtatggta catggatgaa      720

tggaacactg tccatccggt tattacgaat gcgatacaaa tacatgcttt cctctacctg      780

gtatcgaaag aggcagatgt tgccgattct gaccgggcgg tgattgctgc acgtatttgc      840

cggtatttat cccgtatccc ttctgtttat ggcggtgtac tgaaaaataa atcgtatacg      900

ctgctaaccg gagagaatcg gctgaatggc aaaatccgct gggacagttt gtgtgattat      960

gatgaaaggc gtatgttgga acaactcgtt acgataccaa ttgaagatgc tgcctgtcct     1020

gtttttgagc aggcacttaa gtggcaacag tatagcaatg cctcgaatac gctgacactc     1080

gataacgatg gttttacgct cagtacacat ttgccccatg cttccctttt atggaaaggg     1140

cgcaaagacc gggtatctgt gttgaataac aggttgtttg tggccttatt cgataaaccg     1200

gtctgttcgt tcgatgcctg taagaccata aaagattaca ggttgtactg gaagcagctg     1260

gcggaagatt ttcctctttc tttgcagggc agcaaaccgg ttgtcgagat gtttcctgaa     1320

gaagaagcgt ttattgcgaa gaagtcggaa gaagaatttc cggggattgt ctatccttcg     1380

cctgacgagc gggtaaatat tcgtattttg tcgattaata aagaatcgat gtcgatgtat     1440

gcggaaataa tcgacaaaac ttatcaggga atgaaagccc gtttgccttt tgcctatatc     1500

aattcctgtt atagcatgat tcccggattt tccgatctgt tttctgtcaa ccaattgttt     1560

caggctaaaa taaaagaagt ggagaaaggt gaaattcttt tatccctgat acaggatttc     1620

aatgaattta tttatccgga atgtgtacgg cggaaagcat tgctggggaa ggtagtcgaa     1680

gttcgtgacg ggaaagtctg gtggttgctt tcgtccggag ctacggctac gactgctttg     1740

acctcgcata aaaaataccg gatcggagat atctttaagg ttgaatatgt cggtctcctt     1800

tcccacaaac tgaaaaatac gatcaatgtg cagtcgcatg tgcctcgtcc tgaccatgcg     1860

gctttcgacc ggtccgtgtt ggagaatata cgcgatttct ttatatttct gacaaaagag     1920

atttataaag gagacggcga ttccgtgtta ttgaccgatc agaagaaaga gaataaccct     1980

tttttcgtcg ccctgaaaga tctgagcctg gaaaatgtga atattactcc ttgcgatatg     2040

aaagaaagca aagaagtagt ggaaaaagag gtgaagagca cgcttgctga taacccggca     2100

ttaacgatcg aactggtgcg cgaactgatc ttttgcgtgg attcgctggt tttggaactg     2160

gatgattcta ccgaacggtt caatgtatat aacatattga gtctcttgtg taacttcacc     2220

ggcaatcagg cgttggctcg ttattaccaa ctttgtgccg actatatata taatgtagaa     2280

gtgctgatga cggagcctta tcatacccgt ttttcggaag cgaacataca aaagttccgc     2340

gatctgctga agaagatgga gctcatggat ataaaccgtt atggccgcaa tctgaaacag     2400

tgccggcagg tgatacgggt gatgcagacg ttgtatgaaa aagactcttt ctcgctcttg     2460

aactctttta tgcaggacaa gaacccgctt gtttcggaat tggcccgcta tttcagtatt     2520

gttcgttttc tgagggagaa agatacggag ttgcaggagg ttatctataa aagcatcaat     2580

ttgctgctgg gctttaagga tcccgggaaa gaaaagaaga catatgttcc ggtctacttc     2640

gggcatgaag gcatggagaa ggaatttaag acatcggcct ttattcatgc caataaaaat     2700

gccggcgaag atcagagtgt cgtcctggcc cgtgtcatcg cctctttcat gaatacagac     2760

ggaggaacgc tttatatcgg cgtcaacgac aaaggctatc tgaacgggtt ggtagaggat     2820

ttgaaatttg cccgtaacga cagtgatgtc taccttcgtg aagtcaacag aagtatcatt     2880

taccagttgg gagaaaaaga agaagaccgg aaccggtatc aggaaaatat ccgttgccgg     2940

atctatgaat atgaagacgg gaggatggta ttgggcttta gggtggtgcc gatcaatgaa     3000

gtggtgaagg tgaaaggggt tgtatatacc cgaacaggca gttcaagtat ggcaaaggcg     3060

gtgtgcaacg tggacgagtt tgttaaacaa aggcgtacac tgaaactgga ttcaacacct     3120

aagaagcctg agtttccggt attcttcagc gaggaacgga aagaatacat ttttaaggta     3180

caacaagaca ataatgtgca acaggagatt tttctcctgc cggaagtaga agtaaaagag     3240

gagaccgttc ttccgccaat gcgcgagata aaaaaagaca gtgagaaggg aaaagctaaa     3300

aacaaagcgt atgcgtgcaa aacatccggt ttgcgaacga accccctgat aaagaaaccg     3360

gaccacggat atacgccggg gcacttattc gtttctttgt ttgccaacgg aaagatcgcc     3420

agttctccca gtcccaaaat aggtgtttgg ggaggcgagg gaaaagtcct gttctcgtat     3480

aatccggaag ataaagagga tatcctggtt gcagttttcg ccaatggcga ggtcggcctg     3540

tcgaatctga aaaaaggaat atcgcaaccc aatactccac tggcattcat cgattcggta     3600

gacggactgc tctttttgtc tccggctcat aaaacagact atcttttgct gatcgcggat     3660

aaagacgggg agaaaagatt ccgtattata gcattggatg attttgaaaa gtcgatgagc     3720

attcaacccc gtaatacgct tgtactcgaa ccggataaag gtacgttcgt ctatgcagag     3780

atcctgtctg cggaacaggt cggaaccctt aatgaagata aattgtcgtt gaaggaattt     3840

gaccagtaca atgccggacg gcgatgggaa cataccgttt ataaatcgga tgtggaagta     3900

ctcagttcta tgtgtgggat tactttctga                                      3930


<210>  1319
<211>  3342
<212>  DNA
<213>  Parabacteroides

<400>  1319
atggttttat taatattcaa ttttcaaatg tacaaatata tgaaattaac taatctaata       60

cgtataaata acggaaaaag tgtatccagg ctgttgttta ttacagcttt atcttccatc      120

agtttatttt cttatgcgca acatcaacaa gtgcgcctga ccggaagcaa tgtaacactg      180

aagacagcct tcaaacaaat cgagcaacag accaaactgt ttgtcgatta taacacgcag      240

gaagtaaacg attcccgcgt cctgacaaag ttaccaaaga acagtaatgt gaaagaggtt      300

atggaacagt tgctggaagg ttccggttgt tcgataacgt tcagtaacgg acatattata      360

atcaacaagc aagcccggac tgtttcttca acgaaaaata tatcaggagt tgtgaaggat      420

gaaaccggtg aacccgttat tggtgcgaat gtagtcgtaa agggaacaac gaacggaaca      480

gttacggata tgaacggacg gtatagtctg gaagtcccgg aaggtggtgt gttgcagata      540

tcttatatcg gttacaacac ccaggaagta aaggtcggaa gcggagatgt cgttaatgtt      600

tcacttcgcg aggattccga agccttggat gaggttgtgg ttatcggtta tggtacggta      660

aagaagagcg acttgacggg agctgtcggt tccgtgcaga tgaaggacgt gagccaggtg      720

ggtataacca gtgccgaccg tgcgttgcag ggacaaatag ccggtgtgca ggttaatgcc      780

agaactggtc agccgggtga atcgatgatg attcgtgtcc gtggaagtaa ctccctggca      840

ggtggtaacg aaccgcttta tgtcattgac ggtatgccgg tagaaaagat gaattcggat      900

attaacccgg aagacattct gtcgatggaa gtattgaaag atgcatcttc tacggctatc      960

tacggttcac gtggtgcgaa cggtgtcgtt atgattacga cgaaaagagg acgtaccggc     1020

gatacagtcc tggaatataa tgggtatgtc ggtgtttctt ctttaagaaa gaaactggat     1080

ttactgggaa aagatgatta tatcgccatg gtaaatgaag tttcccagaa tgacgggaac     1140

ggtattgcca tcacaccgga gcaagcagct atgctgccga acaatgactg gcaggacctg     1200

gcttatcaga ctgccttgac gcatagtcat caggtgtctg tctcgggcgg tacggataaa     1260

acgaagttgt actcctctct gaactatatg aaccaggaag gtattatcaa aggttctgat     1320

tataaccgtt ttgcattgcg tatcaatggc gaccagaagc tggcgagaaa tttgtcgttg     1380

aatgccagta tcgcttattc atacggaact cagaatacag cgaacagtaa tgcggatggc     1440

tggggagcga ttgcttatac ggcaatggtc atggctccga tacaggaaat aagagatgcc     1500

gatggcaagt acaccaattt ctcgggaact ccctggggag gaacaaaccc tgtcggtatg     1560

gccgaattgt ataagaataa aaccgttaat tcccgcttac tggcgaatat gtcgcttatc     1620

tatgagatta tcgacggatt gactttccgg gtgaatgccg gtgctgaagt caatgcgggt     1680

agttccgacc ggtacattcc gattggtttg tctgccggag gtaaattgga tggtgatgcg     1740

tctaagtcaa aatctaatta ttatactatt attaatgaga atattttgac ctacgacaag     1800

cggttcaata agaatcatgc attgaacctg atgggtggtg ttactttcca gacctatcag     1860

tataatgatt tgggcggctc aggtacagga tttctgcgcg atgtctatga aacgaataat     1920

ttgggagtag cctctacacc cggaactccg tcttccggtt acagcgatta ccggatggct     1980

tctttcctgg gacgtgccaa ttataacctg atggaaagat atctgttgac tgtcaccgca     2040

cgatatgacg gttcgtctaa attcagtaag aaccataaat tcgctttctt cccttccgcc     2100

gcattggcct ggcgtttgtc ggaagagaat tttatgcaag atattgattg gctgagcaat     2160

ctgaaactgc gtgccagtat cggacagacc ggtaatcaat ctattagccc gtatcagact     2220

ttcgcccgtc tgggaacttc cggtcctatt ttcggtgatg gaaaagatat tggtttcggt     2280

ttgtcctcca tggcaaacga cgacttgaaa tgggaaacaa ctacacaaac ggatataggt     2340

gtcgacttcg gattcttttc caaccgcctg aatatcggtt ttgactatta ttggaaacaa     2400

acgcgtgact tgctgtataa tgcgactctt cccccgtctt ccggatattc ttctatgctg     2460

agaaacttag gacgtattga taataaaggt tttgaaatat ctatcaatac aatcaatatg     2520

aaaggaaaag tgaactggac gactaatttg aatattacat ccaatagatc aatcgtgaaa     2580

gatttgggtt cggatgtgta tggaaataag attcagcgga tagatgctcc tatcggtggc     2640

ggaaactggt tccctctgtt tgtcggtaaa gctccgttcc aattgtatgg ctacgaaata     2700

gaaggtattt atcagacgga tgaagaagct cgtttgaatg gcgaagcaac caagaaagca     2760

ggtgattacc ggtataaaga cacggacggg aaagctggta ttacaacagg tgataaaacg     2820

attattgcaa atacgcagcc taagtttact ttcggtctga cgaatattat caattggaat     2880

aacttcgagt tatcattcct gttaataggt agtgttggtg gtgatatcgt taatgaattt     2940

aataaaagta tcactaatat cggtggcaca tggaatatcc gcaaagatgt ttgggaaaac     3000

cattggactc ctgaaaatcc gaatgccaaa tatgcacgtg cttctgttgc gaccaaggat     3060

tatctggcct tcggtgaccc gagttcggtt tgggtggaaa acggttcgta tctgcgattc     3120

aaagatatca aactggctta tacgttgccg tctcaatggt tcgcgggttc ccgtaaacct     3180

aatatctcgg tttatctgag cggacagaat ctgattacga ttacaagcta ttctcattat     3240

gacccggaag catcctggac gtcttctgcc gtgaacggat gggacagagg ggtttacccg     3300

tctgcgaaat catttacttt gggtttacag gttaaatttt aa                        3342


<210>  1320
<211>  2763
<212>  DNA
<213>  Parabacteroides

<400>  1320
atgaaaataa taaaagaaat atatgtagct gcatttttgt ctgtgtctgt tttctcctat       60

gcacaggata caaaaatgat aaaccgtgga ttcaatttat ccgggcgtag cgaagaaagt      120

acggcggcag tttccacgat atatatggat gattctaaaa cgtctgatat taatccggct      180

aattccctgt atggaaaact tcccggattg ttcagtctgc aaggctcgac tgtagcatgg      240

gataatgatc cgacaatgta tgtgagaggt cttgccacga tgggggcagg aactcctttg      300

gttctaatcg acggttttga acgccccctc agttccttgt cacaggatga gatagagagt      360

gttacggttc tgaaagatgc tgcatcgcaa gccctgtatg gtgtacgggg tgcaaacggt      420

gtcattctgg tgactaccaa acgcggtatt ttggaaggaa tgaaagtgca tgcaagctat      480

cagttcggga taaatactcc atttcgtctc cccgatatgg cggacggata tacgtatgca      540

ttggcaatga acgaagcttt acggatggac ggactgtctg ctttgtatag caattctgat      600

ctggaagctt ttcgtacggg ttctaacccg gagcttttcc cgaatgtgaa ctggaaggat      660

gaagtattga aaaataaagg aacgactcat cagtttaatg cttcttttac cggaggggga      720

aagaatgtga gttattttgc tgcaatcaat tacatcggcg ataacggttt tatgaatgag      780

aactatttca gcccggatta ttccagtcag atgtcgtggg ataaactgag tgccagggcg      840

aacctcgata ttaatgcgac aaaactcacg ctggtaaaat tgaatttgtt gggtgaattg      900

tcgcaacata atcgtccggc aacggagtat tcgactttgt tcccgatgat ctatgatgtt      960

ccggcagcgg ctttcccggt aaagacgagt actggtgtat ggggcggtga taatgtacgc     1020

aaaaatcctg ttgcagaatc ggtggctaaa ggtttttccg ttggaaatga ccgggcttta     1080

tatgccgact tacggattat ccaggacctg tcggttctta cttccggttt gagtgctgag     1140

cttgctattg cttatgataa ccgggccagc tattgggata ataaaacaaa gaattatctg     1200

tatgaaagtt tgcagccggt cagggataac ggaggtacta ttaccgacat aacccgtaca     1260

cgttacggac aggaaacgga tttgtctttc agttccagcc tgggatatca gaaccgtgta     1320

acaacattcg aggcaaaagt caattacgaa aaaaactggc aggatatgca tcaactgaat     1380

gctgcggtca tttatcatca ggaagaaaat tccctgaaag gaattaataa tacgtataga     1440

cggcagagtt atataggaaa tgcaagctat gcttataaaa gcaagtatct ggctgatttg     1500

gtgttgactt attccgggtc aagtgtgttg ggaagttctg ataagtatgc attttttcct     1560

gccgtttctg ccggttgggt catttcttcc gaagacttta tgaaagaagt tacagcgata     1620

gattatctga aagcgagggc ttcatggggt attaccggaa gtgaccggtt tgcttatgat     1680

tatgataaat attatttcaa aacgggcatc agctcctatt ttttcggaga taataataac     1740

tctgtatccg gtaatggcga gttccgttta cctaatttga agttgaagcc ggaaacagcc     1800

tataagttta acttcggtat cgatatggaa gtattcaaac ggttgtcttt atcagcggat     1860

gccttttatg aaaagcggac gaatattctg gtgaactcct ctgctattta ctcttccgtg     1920

ttgggagtca gcacaccgat tttgaatgat ggcgaagtta agaactatgg atttgaagcc     1980

ggtctttcct ggcgtgaccg tatcggagat ttcacctata tgctggctgg taatttcact     2040

tttgcccgta atgagattgt aaatatggac gaaggatata aaccgtatga ttacctgaaa     2100

aatacaggaa accggatcgg gcagtattat ggtttggagg ctatcggttt ctttcaggat     2160

gaggcagata tagcgggcag tcctgcacag tctttctcca atgtggttcc gggcgatgta     2220

aaatataaag accagaatgg tgataaggtg atcgatgatt atgataaggt ggctattggt     2280

tacagtactg ttttgccgga aattatgtac gggttttcta ttggattggg atataagaat     2340

gtaagcctga aagcagattt tcagggagta gccaactata cgttagttag aaatatgtca     2400

agtatgtacc gtcctttggt cggtaataag aacgtctctc aacattatct ggaaaatcgc     2460

tggacaccgg agaataccaa tgcccggtat ccgcgtctga caactaaaca gaatgataat     2520

aatttcaggg aaagttctat ctgggctgaa aacggcaatt tcctgaaact gagaaatgtg     2580

gagttggcct atactttgcc taaatcatgg gtaaacaaga tcagactcag caatatcaac     2640

ctgtttgcca gaggtatgaa tctgttttca tttgaccatg tgaaagatat ggacccggag     2700

caaatgtatg ctacttatcc atctttcaga tcatataaca ttggattaac tcttgatttt     2760

taa                                                                   2763


<210>  1321
<211>  1860
<212>  DNA
<213>  Parabacteroides

<400>  1321
atgtatgccc tgccggacga taaggacggt tatattttag ttatccattc catcaacttt       60

aacgaagtat ggacgcaagg tatttacgaa gcaatcaata agacttttac ccaggaacat      120

ataacagtgc ttggcgagga gttatctatc cctgctataa aagatacgac agatgtaaat      180

gagaaactgg aaatattacg taataaatac cccacccctc ccaaagtcgt tgtttgcata      240

ggcgatccgg cctggttgct gtgccgtccc cttttcgata atgaatggaa aaatgtacct      300

tccatcatct gccattcgca ggaactggtc ccgataaaaa tagaatattt actgaaaaga      360

gacctggaaa ctatcgaaca tatggctctt acggaagatg agataaaagg atacaataca      420

accagactga tccagcccct tttcgtaaaa gagaccattg aaacaataaa gaagctacag      480

cctgaactga aaaaaataat ctttatttgc gacaaccgct acatcagttt atataccaaa      540

caggagcttt caaaaacaat acaggcaaat tatcccgagt taaaactgga agtgttgtcc      600

actccagccc tctctaccga aaatctgttg gacagcttaa gtatatatga ccagaaagca      660

ggtatcatct attactcctg gtttgtcttc aagagctcca aagagaatca ttacctgatc      720

gataacatgc aaaagatgac caacagtttt tccctgccac cggtctatct tctggcagac      780

ctgaacatcg agaacggcaa ttttgccggg ggacattata tctcggaaaa tgatttcagc      840

gaatctgtta ttaccaccgt ccggttaata tggcaaggaa ctgcagcccg ggatatccaa      900

acccatatcg gaggggaacc gcacacctat ctcaattacc agcatctgct caatcacggc      960

atcgaaccgt cccgctttcc acccaacgcc atttattacc agcagccacc gacattcttt     1020

cagaaatata aaatacatct gttcagtgca tttgcaatca ttatcctgct ggcaacaatt     1080

gccgtcctgc gcttccggct ttatatccaa aaactgaaac aggaagacga acgtcgcgaa     1140

aaggaaaaag cggaagaggc taaccggctg aaatctgcgt ttctggcaaa catgagccac     1200

gaaatacgca ctccgctcaa tgccatcgtc ggcttctcca acctgatcgc ccattcggaa     1260

agcccggaag acactgccga attctgtaat atcatcgaaa ccaataacga gctattgctc     1320

caactggtca acgacatact ggatttatca aagatagagg ccggtcaatt ggattttacc     1380

ttctccaaca tcaatgtttc ttcgttattc accacactag cacagacatt caaaagccgg     1440

acaaaagaag aagtaacact ggaatgttca acacccgtac atccctgttt tatctattcg     1500

gaaaagacac gcctgacaca ggtcataacc aattttctga ccaatgcctg caaattcact     1560

ttcagaggaa ctataagaat gggatatgaa gaaatagaag gcggcctgcg tttctatgtt     1620

tccgacaccg gcaaaggtat ttccaaagaa aaccttccgc acgtgttcga acgttttgcc     1680

aaatttgaca atttcataca aggtacagga ctgggattat ctatctgcct gacaattgta     1740

aaacgtctga acggagagat cggagtcgaa tcggaagagg ggaaaggaag taccttctgg     1800

ttcaccatcc cctgcgaagt tcatcataaa gacattgtca tttctgaatc aagacagtag     1860


<210>  1322
<211>  3126
<212>  DNA
<213>  Parabacteroides

<400>  1322
atgagcttat atgcaacagc ggtaaaaaaa ccggtgacca ccgccctcgt gttcgtggct       60

gtggtgatca tgggtctttt ttccttaacc cgattatcag tcgacctgtt cccggagatt      120

gaaaccaaca tgatcatggt catgacggcc tatcccggtg ccagtgccag tgatattgaa      180

atgaacgtct ccaaaccgtt ggagaacgta ctgaatagtg tgagtgacct gaaacatatc      240

acttcgcaat ccagagaaaa catctctatc gtaactctcg aattcgaata cgggaccgat      300

atagacgtgg caaccaacga cgttcgcgac aagttggacg tcgtggagtc gtcccttccc      360

gatgatgtgg aaaatcctat catcttcaag ttcggtaccg acgacatccc tatcctgttg      420

ctatccgtga cagcagagga aagtaccaac gccctttaca agattctgga tgataaagta      480

tccaacccgc tggcccgtat cagtggcgta ggtgccgtat ccatctcagg agcccctgtc      540

cgtgaagtgc aagtgtattg cgatccttac aagttggaag cctatggcct gacaatcgaa      600

gggatttcaa atatcatcgc acaggaaaac cggaataccc cgggcggtag catcgatatc      660

ggttcgaata cctacacact acgtgtacag ggtgaattca ccgatgcccg ccagatgctc      720

gacctcgtag taggaagcag caacggcagg aatgtttatc tgcgcgacgt agcggacgta      780

aaagactacg tggaagaacg tgcacaggaa accttcaaca acggcggccg cggcggtatg      840

atcgttatcc agaaacagtc gggcgccaat tcggtgaaca tcgccaaaaa ggtacacgat      900

aagttacccg aaatacaggc cagcctgcct tccgacgtaa aattaggtgt gatcgtggat      960

acatccacca acattttgaa cacgatcgac agtttgaaag aaacgatcat gatcaccttc     1020

attgtcgtaa tgttcgtggt attcatcttc ctcggacgct ggagagcgac gttcatcatt     1080

atcctgacaa tcccgatttc tctgatagcc gccttcgctt atctgctggc ttcaggaaat     1140

acgctgaata ttatctcact gagttcgctt tctatcgcca tcggtatggt ggtggatgat     1200

gcgatcgttg tattagaaaa cgtaacgacc catatcgagc ggggtagcaa gccgaaacag     1260

gccgccgtac atgcgaccaa tgaggtagcc atctccgtta tcgcttctac gctgaccatg     1320

ctggccgtgt tcctgccgtt gacgatggta accggtatgg cgggtatcct gttcaaacag     1380

ttgggttgga tcgttagtat cattatgatc gtatcgacag taggcgcttt gacgctgact     1440

ccgatgcttt gttcacagtt gctgcgcctc gatccgaaga aaggtcgttt gtacgtgcta     1500

ttcttcactc cgatcgagaa agcattgaat gcgctcgatg tagcttacgc acgctttctg     1560

agttgggccg tacgccatcg taaaacagtc atcttcggtg ccatgctgat attcgcaggg     1620

agcatgatgc tggttccgac cgtcaaaacg gagtttttcc cgacccagga caacggccgc     1680

gtcggtatca cgatcgaact gccgatcggt acccgtcagg aaatcacccg cgatctggct     1740

ttgcgcatcg acaaacagtt ccgcgaaaag tatccggaaa tagatgtatt gaacttcagc     1800

gaaggacagg ctgacaccga caataccttc gcacaactta gcgacaacgg ttcgcacatc     1860

atcgaaatga atgtcgggtt aagcagcgtg ggagaccgcg aacgcggatt gatcgagatt     1920

tgcgacctga tgcgtaaaga cctggctcaa tattcggaaa tcaaggaata taaagtactg     1980

gccggtggtt cttccggcgg tgcaggtggc gaaacgaccg tcgatgtgga aatctatggt     2040

ttcgacttcg aaaagaccga tatcgtagct gccgaactgg cccgccgcct cgaaaccctg     2100

aaaggttgtt cgcaggtgaa catcagtcgt aaagattata tcccggaata tcaggtagac     2160

ttcgaccgcg aaaagctggc gatgaacggc ctgaatgtaa ctacggcctc cacgtatctt     2220

cgtaaccgta tcaacggctc caccgcttca aaatatcgtg aagatggcga cgaatatgat     2280

ataaaggtac gttatgcccc ggaattccgc cagtcggtag aagatatcga aaatatcatc     2340

atctacaaca gtgccggaca aggcgttcgt atccgcgacg tgggtaaagt tgtagaacgt     2400

atgaccccgc cgactatcga gcgtaagaac cgcgaacgta tcattaccgt ttcggccgtt     2460

gtagcccagg gtgccgcatt gagtgacctg gtagaacaaa cccgtgccga actgaaaaag     2520

atggatattc cgtctgaaat tagctggcag ttgggtggta ctttcgaaga ccagcaggat     2580

acattcgccg atctgggtat attgatggta ttgattatca tcctcgtatt catcgtgatg     2640

gccgcccagt tcgagtcgct gaccgacccg tttgtgatta tgttctctat cccgttcgcc     2700

tttaccgggg ttgttctggg attgtctatc acacaaacgc cgctgggtgt aatggcattg     2760

atcggtgtga tcatgttgat gggtatcgtg gtaaagaacg gtatcgtgct gatcgactac     2820

acgatccttt gccgcgaacg tggaatgagt atcctgacag cagctgttac agccggtaaa     2880

tcccgtctcc gtccggtatt gatgaccaca ctgaccactg tgctgggtat gatcccgatg     2940

gcggtcggta caggtgaagg ttccgaaatg tggcgttcga tgggtatgac ggttgcctgg     3000

gggcttgccg tttcgaccct gatcacgctg gttatcgtgc cggttgtcta ttgtacattt     3060

gccgggaacg gggtgaaacg ccgccgccgc aaaatcgcta aactgaacca gctggaacaa     3120

ttataa                                                                3126


<210>  1323
<211>  1395
<212>  DNA
<213>  Parabacteroides

<400>  1323
atgtttacaa ctttatatat acgtgaattg cagaactatc tgtatagcct gcgctttcag       60

gtttcttttg taattgttgt gctggtgttt acgttgggta gtgtttcatt cgcttcttct      120

tttaaggata tgcatgataa ctacaccaaa tatagcgtag cacagcagga agcaataggc      180

aaacaagccg aaaatatctc aaaagtagcg acagcaagga atagctttat catctctccg      240

cgtgaaaaca gtgtgattgc ggattgcaag gaaagctatt tgcctaaccg tattacctac      300

agtgcttata atgtgtttga ttattcggta cgccatgata gcaataatcc tcttctgatc      360

cgtacggata gtttgagttg gtcgtttatc gtttccatgt tccttagttt tattacgctg      420

ctttttgctt ttgatgccat ttcaggggaa aaggaggaga ggacgctggc tttggtcttt      480

tcaaatgccg taccccggcg caccttcttg tgcagtaagc ttttgagtat tataacagtg      540

ataggagtca tggagctggt cggtatcata atcagtctga ttatcctggc tgtttccggt      600

caggtgcagt tgaacagtag ctttctgata gagactgccg ggtttatact gatcagcctt      660

ttgttcatca ctacgtttgc cgtattcggt ttgctgtcgt cggtggtgac gcgctactcc      720

aatatcagtt tgcttatctc gctttgtttc tggttgtttg ctgcggtagt cattcctaat      780

acgtctgtat tctgggcaaa gacgctgttc agtataccga catcggacga agtggctcag      840

aagcgccagg aggcatccaa tgatattaac cggaatgcac cggaaggaag ctggtcgtcc      900

aatggtatgg atgcatttta tccccggcat gagttgcgtg cacgaaacca gagcaatctg      960

atgaatagcg ataagaagta taatgatgcc tattacctgc aacagttccg tcagtttgag     1020

cagacccgta atttcacgct gttgtcaccg atcgcgcagt tcgattatat gaatgaagcg     1080

tttctgggag gtggttacct gcgttttcag aagaactgga atgacctgca tgctttccag     1140

gaacagttct tacagtggtt caaagacgtc gatgccaagg atgacggtag ccctcactgg     1200

tataatcctt atgaagatta ttccaccagt aagaaacctg tagccgtcga tcagattccg     1260

caataccagg aacagatcgc ctctttcggg caacgcatcg aattcatcgg cggttatatg     1320

attgctatga tagttatgat tgctgttttg tttatggctt gcttttattt ctttacaaga     1380

tacgatgtac ggtga                                                      1395


<210>  1324
<211>  3042
<212>  DNA
<213>  Parabacteroides

<400>  1324
atggccttta cagcctgttt tatcgtgggg ttggtgactt actttaccat cccggtatcg       60

ttgttgcccg atattgcgat accggagatc accatacagg tgtccggaca gaatacgtcg      120

gcccgcgaac tggagaatac ggtagtcaaa ccgatccggc aacagctgat gcaggtggct      180

gccctgcgcg atatacacag cgagacacgc gacggtgccg gcatcatccg actgagtttc      240

gacttcggaa ctaacacgga cctggcattc atcgaggtga acgaaaagat tgacgctgcc      300

atgaactacc tgccgcgcga aatagaacgt ccgcgggtga tcaaggcgag cgcaacggac      360

ataccggtct tttgcctgaa tctgacgctg aaaacaggtg acagcgaggc tgcttttctg      420

gacctttgcc agtttgccga atcggttatc aaacggcgta tcgagcagtt gccggaagtg      480

gcgatggtag atatcacggg gatgatgaaa cggcagttgc agatcgtgcc ggacatgaaa      540

acactggaaa tggccggtat cacgctggat gacctggaat cggccctgaa ttcgaacaat      600

atcgagccgg gaagcatgac cgtacgggac ggatattatg aatacaacat caaattctca      660

actttactgc gcacaccgga agacgtacaa aatatctatc tccataaaaa tgaccgtatc      720

ttccagctga aagacctggc gaaagtggca gtggtaccgg aaaaggaaac aggtgcctca      780

ctttcaaacg gaaaacgggc ggttacgctg gctgtgatca agcaggcgga cgagaatatg      840

gataacatga aggaggcgtt gcaggaagtt actgcctatt tcgcaacggt ttatccggat      900

atagagttca gtgtcagccg gaaccagacg gagttgctgg attatacaat ttcaaacctg      960

aaacagaacc tgtcgctcgg ctttatattt atatgtatag tggctatcct gtttttgggg     1020

gatatcaaga gtccggcagt gatcggcctg agtatggtgg tcagtctgat tatcagcttc     1080

cttttcttct atatgttcaa gatgtcgctg aacatcattt ccctttccgg actgatcctg     1140

gcactgggta tgatgatcga cagttcgatc attgtgacgg agaatatcat gcagtaccgc     1200

acgaaagggt atacgctgga agaggcttgc aacatgggga ccagcgaagt gatcaccccg     1260

atgctgagtt ccacactgac gacaatcgcc gtatttgtgc cgctggtatt catgagcggt     1320

atcgcagggg ctatattcta cgaccaggct ttcgcggtga cggtcggact gatggtctcc     1380

tattttacgg gtatcatgct gcttccggta ctttacaagc tggtttacag cattcccgat     1440

atcaaacata cgggattcaa cctccggatc aacaacctga tcaaagagca tacgctggac     1500

cgcttctacg atgctggagt caatttcgtg ttccgtcata aaaagtcgaa tatcatattt     1560

atcttcgtta cattgccgtt atgcgccctg ctgttttatg aagtacctaa aagcaggatg     1620

cctgagattg accagaacga actgatcgcc catatcgagt ggaacgaaaa catccatatc     1680

gacgaaaacc gggaacgggt ggacaaactg tttgcccaga tcgcaggcga tgtacaggaa     1740

tatacctcct atgtcggtca acaacaattc ctgttgaacc gcgaccggga actgtcttct     1800

tcggaagccg aattatattt caagacagaa aaatcatctg ccatctctcc cttgcaggca     1860

aagatcacgc aatggttgga tactaattat ccgcaggctg tattctcctt ctctccgccg     1920

atcacggtgt tcgaaaagtt attcgtgacg ggagaagctg acgtggttgc agaattttat     1980

gcccgcaaca aagcggaagc tccggaggct caggcattgc acaaactgga atcgcagatg     2040

aaagcgtcta ccggtattgc accggtggga gtcgccttcg ataaccaact gaatatatcg     2100

gtcgacaggc agaagttact actttataat gtaaattaca atgaagtata ccgcctgctg     2160

aaaacggctt tcaaagaaaa tgaagtggcg accctccgtt cctaccagca atatctgccg     2220

attgccctgg ccggcgacgg taagacggtg aacgaagtct tacagcagac actggtccgg     2280

acgcaggccg acaaagaggg aaaaagccag tacatcccgt tgcagtcact ggttaaggtg     2340

acgcaagggg aagacctgaa gacggttacg gccggtaaga acggcgaata tatcccgttc     2400

agtttctatg atgtcaagaa ggcggaaccg ttgatggaag aggtgaagaa gttaggcgaa     2460

cagaactggg agatcgattt ctccggtagt ttcttctcca acaaacagat gttgaatgag     2520

ttggtggtga tcctgctgat ctctatcctg ctaatgtatt tcatcctggc agcccagttc     2580

gaaagctttc tgcagccgct gatcgtactg atcgagattc cgatcgacgt ggctgcatca     2640

ctgctggtac tctggatttg cggacatacg atgaacctga tgagtgccat cggtatcgtg     2700

gtaacctgcg gtatcattat aaacgactcc atcctgaaac tggatgcgat caatgaatta     2760

cgtaaggaag gtgttccgct gatggaagcg atccacgaag ccggccgccg ccgtctgcgc     2820

ccgatcatca tgacttcgct gaccaccatc ttcggtatgg tcccattgct gttctcattc     2880

gacatgggta gcgagttaca aaaacccctt tccatcgcca tgatctcagc catgctgatc     2940

ggtacagccg tcagcctgtt catcattccg ttggtatact ggttcattta ccgtaagcac     3000

gacccgaatg cagtgattcc tcaaaaacaa actgaagttt aa                        3042


<210>  1325
<211>  3156
<212>  DNA
<213>  Parabacteroides

<400>  1325
atggcgaaaa taacacactt attctcttta tgtattcttg tttgtttagg tcttttgtca       60

tgtaataaga cagagacgtc tgcaaatcat ccatcctttg ccagtatcga gcaaggcttc      120

cgttcaatac ccgatagtgt acagaccggt gtctattggt actggatttc tgataatata      180

tcgaaagaag gggtggaacg tgacctggaa gccatgaaag tggctggtat taatcgtgcg      240

tttatcggga atatcggtat cgatggcatc ccttacggcg atcataaact gctgagttcc      300

gaatggtggg aagtgctgca tgccgctttg aagaaagcca cggaactgaa tatagaaatc      360

ggaatattca acagtccggg atggagccag tccggtggtc cgtgggtaaa aagttcacag      420

gctatgcgtt atctggcctc ttcagatacg attgtcgccg gaccgggacg tatgcaactg      480

acgctacctt ctgttggaaa agatgaacag gacgtctgcg ttatcgctta tccggcattg      540

gataagccag tgggggaaaa aagctgggcg ataaataaga agtcagggca atcgtcctcc      600

tccgttctgg tctttgataa ggaagcaacc gtccgtacac tgatctaccg ggtaaataca      660

ccttttaaaa cgaccgccaa gctgtgggtg aaaaaaggag gaaaggaaga attgctgaga      720

caattcgtga tcgaccgtag taacccggca ctgaatgtag gctttgtccc ttatgcgccg      780

gtcgttattt ctcttccgga gacttccgct tcacagttcc gcttggaaat gtctgaagaa      840

ggagaggctg ccggaaatgt aacccttaca tcttctccca tgatggaacg ctacccggag      900

aaatcgctgg ctaagatgtt ccagaccccg ctccctatgt gggatgacta tctctgggaa      960

aaacagcctg ccgttagtga tgcctctttg atggtttcgc cggatgcgat aaagaacgtg     1020

actgaatttt caaagaacgg tgtgttggat tgggaagtgc ccgaaggtaa gtgggtgatc     1080

cgccggatgg ctatgttgcc gacaggtgta accaactcgc cggctgctcc cgaagctaca     1140

ggacctgaga tcgataagat gagcaagaaa catgtcgctt tccattttga tgcctttatc     1200

ggtgatatac tgaaacgcat tccggaggct gaccgtaaaa catttaaggt agttgtccag     1260

gatagctatg aaaccggagg acagaactgg actgacgata tgatcagcgt atttaaggaa     1320

cgttacggat atgaccccgt tccgtatctt ccggttctgg aaggtacagt ggtcggtaat     1380

cctgatattt cagaccgctt cctgtgggat ttgcgccgtt tgatagccga tcgtgtttct     1440

tacgattatg taggtggctt gcgtgatgtt tgtcatcagc atggattgac gacctggctg     1500

gaaaattacg gtcattgggg attcccgggc gagttcctgc aatatggcgg ccagtccgac     1560

gagatagccg gtgagttctg gagcgaaggt tccctggggg atatcgagaa cagggcggct     1620

tcttcctgtg ggcatattta tggcaagaga cgtgtctggg ccgagtcgtt tacaagcggg     1680

ggacctgctt tcggccgtta tccgtatcag atgaagcagc gtggggaccg tttctttacg     1740

gaagggataa acagctcttt actgcatgta tatatccacc agccgtttga agaccgcgaa     1800

ccgggactgg atgcctggtt cggtaatgaa tttaaccgga agaatacctg gttcagccag     1860

atggatgtct ttaccggcta tctgaaaaga tgtaacttca tgttgcaacg cggcgattat     1920

gtggcagatg tagcttactt tattggagag gatgctccga agatgaccgg tatctgtacg     1980

cctgaacttc ctgccggtta ttccttcgat tatattaatg gggaagtttt gttgcagcgg     2040

gcatcggtgg aagacggccg gattgttttg cctagcggaa tgaaatatcg tttgctggta     2100

ttaccccaac tggaaaccat gcgtccggaa attttgcaga agataaagga actgttacag     2160

gctggtgcct gtgtgatagg acctgctccg aaatattctc cgagcctgag tgattatccg     2220

gctgccgacc ggaaagtgca ggcactggct tccgagcttt ggggcgacca gacagaatcc     2280

gtacggacaa taggtaaagg ccgtctgttt atgccggcga cttccctgca accggtattg     2340

gaagccttga acgtcaaacc ggatatgcgt gttaattccg gtacgcctgt tttgtttatc     2400

caccgtgcta cggatgaagg tgatatttat tttatctcga atcaaagtga aaacccggtt     2460

gatataaacc cgtccttccg tgtagccgga aaattaccgg aactgtggaa tccgctgaca     2520

gcagagatac gccttttgcc ggagttcact tgtgccgacg gagtaactac cgtgccggtt     2580

cgtctcgaag gctttgaaag ctcctttatt atcttccgta aaaaaggcac gccggcgaaa     2640

acaactgccc ggaattatcc ggtcaaagag gttctggcaa ccgttagctc tccctggcag     2700

gtcgattttg aaaaagggaa aagaggaccg gaagaagctg taaccttccc ggcattgcag     2760

gactggacag aaagtacaga cccgtccatc cgctatttct caggaaaagc aatctatacc     2820

aaccggatca ccttggataa actgcctcag aaggcgcttt atctggatct gggcaaggtg     2880

atggtcatgg cgaaagtaaa gatcaacgga cagtatgttg gcggcgtatg gacaacccct     2940

taccgcctgc cggttggaga cttcctacgt aaaggggaga acctgatcga agtggaagtc     3000

gtgaataact ggaggaaccg cctgatcggt gacgcttcgt tgcctgaaaa ggaacgcggc     3060

acctggacaa acgtgaatcc ctggaatgca gattcgcctc tacaatcgtc cggtttgatc     3120

ggaccggtgg aaatacaggc ctattcttac gaataa                               3156


<210>  1326
<211>  3234
<212>  DNA
<213>  Parabacteroides

<400>  1326
atgagcacat ctcccaagat atcatccttt acgatcatcg tcaccttcct ttgtgtggcg       60

ctgacaggac tggctttcat ccctctcctg ccgatcaagc tgtctccctc acgcacattg      120

ccccggctga ccgtcagcta taatatgccc ggcaactcgg cacgtgtaat cgagatggag      180

gtcacttcgc ggctggaatc gatgctggca cgtatcaagg gaatcaagga gatcaactcc      240

acttccggaa atggctgggg atatgtgaca ctggaacttg acaaacatac caatatcgat      300

gccgcccgtt tcgaggcatc cacgatcgta cgccagacat ggcccagcct gcccgacgga      360

ttaagctatc cgatactgga gatgagccgc ccggacgaca aggaatccgg tccgttcatg      420

acctatacgc tgaatgcggc ggcaactccg atctttatcc agcggtttgc ggaggatcag      480

atcaaaccgc gcctcgccgg tatcccgggt atttaccgga tcgatgtacg tggggccacg      540

ccgatggaat ggcggctgga gtatgacagc cggcaactcg tgtcgctcgg tattaccacc      600

aatgacatac agaatgcgat cgctcaatac tataacaaag aattcctggg aaccggcaat      660

gtcaatacaa acgaacagga ggaatggatt cgcctcgccc tgataccgga agatgtacgg      720

gagggtttcg aggcttccca cataaccgtc accagtaaag aagggaagct gatacgcctg      780

gaccagttgc tgaaagtcac ccgccaggaa gaagctcccc aaagctatta ccgtatcaac      840

ggactgaact cgatctatct ctccatccgt gcggaagaga cagccaacca gctggaactc      900

gccaagcagg tgaaagaaga gatggagcat atccgccagt tattaccgca gggatatgag      960

gtgcatacca gttatgacgc gaccgagttt atccagaatg aactggataa gatatatgta     1020

cgtacgggac ttacgatcct gatcctttta ttgttcgtcc tgctgatcac ccggaatgtg     1080

cgctatctgt tcctgatcgt ggtcagcctg agtgtgaatc tttgtattgc cgtcattttc     1140

ttctatctgg caggacttga aatgcaactt tactcactgg ccggtgtcac tatctcgtta     1200

agcctggtga tagataacac gatcgtaatg accgaccata tacgtaaccg ccacaaccgg     1260

aaggctttcc tttccatcct gacggctaca ttgacgacta tcggtgcact tgtcatcatt     1320

ttcttcctcg atgaaaagat tcggttgaac ctacaggatt ttgcggccgt ggtgatcatc     1380

aacctggcag tatcactggc aattgccttg ttcttcgttc ccgctatgat cgaaaagtta     1440

ggattaggac aaaagaaaca tgccaagaaa aaggtccgtt cattaattgg ggctaaaagc     1500

agccggttcg tccggttccg gaaatggggc aacagggtaa tcaaacggtt cccggtctat     1560

ttcaacagat attaccatgc acagatcagc ttcctttgcc gatggaaaaa gaccgcatgt     1620

ttcctgttgc tactggcttt cggattgccg gtcttcctgc tccctgaaaa aatagaaatg     1680

gatgacaagg acaaggtata tacggctaca gactcgctgc tcattgaaaa atacaacaag     1740

attgtctcaa gcgagaccta taaggagaaa gtcaagccga taatggacaa agcactggga     1800

ggaaccttgc gcctgttcgt gcaaaaagtg tatgaaggca gttattttac ccgcaacgac     1860

gaaacagtcc tgtcggtcac tgcctcactt cccaacggga ctacactgga acagatgaat     1920

cagttgatgg gacgcatgga ggcttacctc agcacattca aggacatacg ccagttccag     1980

acgaacattt acagtgcgcg gcaggcgggc atacgtattt atttcaccaa agcggcagag     2040

cgaagcggat tcccttatac actgaaaagc aagattatca gcaaggcgct ggaactgggc     2100

ggcggtagct ggggtgtgta cgggctccag gaccagggct tcagcaacga cgtacgggaa     2160

ggagccggtt cgttccgtat tgaaatgttc ggttataact atgacgaatt atatgaatgg     2220

gcggaacagc taaaagcaag actgcttact taccgccgta tcaaggaagt actgatcaac     2280

tccgaattct cctggtggaa agacgattat caggaattct atttcaatct ggacaaggca     2340

cgaatggcac aggaaaatat cctgccgatc gaactgttcg cctccatcaa cccggtgttc     2400

gggaaagata tctacagcgg tacgatcgtt gtcgacaatg aaacggaaaa gttgaaacta     2460

agttcgcgcc agtcaaaaga ttatgatgtc tggagcatgc aatacgtccc ccagagcatt     2520

aagggcaaac cttataaact gtcggagctg gccaccgtcg aaaaagggca gatgccgcag     2580

aaagtagcca aggtgaacca gcaataccgc ctgtgccttc aatatgaata tattggcgca     2640

tccaatcagg ggagcaagat acaagaacgt gaactgaaag aattcaacgc gtcgttacca     2700

atgggataca ctgccaaatc ggatagtaat tactggagtt ggaacaccaa agacaataaa     2760

cagtatctgt tattactgct gatcattgcc attattttct ttacgaccag tattctgttc     2820

aattcgctga aacaaccgtt ggctgttatc ttcgtcatcc ctatctccta tattggggtg     2880

ttcctgacat tctactggtt caagctgaat ttcgaccagg gagggtttgc gtcgtttgtc     2940

ctgctatgcg gtatcacggt aaatgcaagt atctatatat taaacgaata taaccaactt     3000

cgcgaagcca ggcccaaaat gcctgcctgg cgcctttacc tgaaagcatg gaatgccaag     3060

atcacaccga tcttcctgac cgtgatctct accatactcg gatttattcc gttcatgtta     3120

ggtcccgata aagaagcctt ctggtttccg ctggcagccg ggaccatcgg cggattgacc     3180

atgtcgatcc tcggtatctt catatacctg cctattttta ctttgaagaa ataa           3234


<210>  1327
<211>  2283
<212>  DNA
<213>  Parabacteroides

<400>  1327
atgaaattaa acaaaaaaat caagacatct gttgccttgc tggcttcagc ttttttactg       60

gcctcctgcg ctgccggagg aggtctcccg tcggagcaga aaagcccggt agactatgtc      120

aatccctata tgggaaacat cagtcacttg ctggtgccta cctatccgac cgtacattta      180

cctaacagta tgctccgtgt ctatccggag cgtgccgact ttacaggtga tatgttgagc      240

ggactgccgg ttatcgtaac cagccaccgc ggaagttctg cttttaatct gagcccgtat      300

cagggagaag aatccggatt gaagccggtt atcaattaca gttatgacca tgagaagatc      360

tatccgtatc gttaccaggt atatctggac gataataata tagatgtaga cttcgcccct      420

tcgcatcaga gtgccgtcta tggcatcact tttgaaggag aagggccttc ctacttgatc      480

ttcaacagcc gtaacggaca gttgaagagc gatggaaaga gcgtcagcgg ttaccagttc      540

gtagaccgga agacgaaagt ctatctctat gccgaaacag acaaagctcc gcaacaatgt      600

ggcgtattgg gagataacac cgtgaaatac ggcgaaacat cggtagaagg taaagacgct      660

gcccttgtcc tctcttacgg aaatgacgta aagaaactcg gtgtgcgcta cggtatctcc      720

ttcatcagcg aagaccaggc aaagaagaac ctcgaacgtg agattgctgc ctatgatgtg      780

gacgttgtag ccaagatcgc ccgcaacgac tggaacgatg ccctcggcaa aatccagacg      840

caaggcggaa ccaacgacga caagaccgta ttctatacct ctttataccg ttgctacgaa      900

cgtccggtca acctgagcga agacggccgt tactacagtg ctttcgacgg tcagatccat      960

gaagacggcg gtcgtccgtt ctataccgac gactggatct gggataccta ccgtgcaacc     1020

catccgttgc gtatcctgat cgataacgaa cgtgaaagcg atatcatcaa ctctttcctg     1080

ctgatggcgg aacagatggg tacgaactgg atgccgacct tcccggaagt taccggcgac     1140

tcccgtcgta tgaactccaa ccatgccgta gctactgtga tcgatgcctg gaagaaaggc     1200

ctgcgcggtt tcgacctgga aaaggcctat atcgcttcaa agaaaggtat cgaagagaaa     1260

accctgatcc cctggtcggc tgcccctgcc ggatggttgg atgatttcta taaggaacac     1320

ggttatatcc ccgcattgaa acccggcgaa aaggaaacgg tagccaacgt ctctatctgg     1380

gaaaaacgcc agccggtagc cgttacgctg ggaacagcct acgaccaatg gtgtctctca     1440

caaatcgcag ccgaactggg taagattgac gaagccaaac attacctgcg cgaatcctac     1500

aactaccgca acctgttcaa ccccgatacc cgtttcttcc atccgaagga taaggacggc     1560

aagttcatcg agccgatgga ttaccgttat gacggtggcc tgggtgcccg cgattattac     1620

gatgagaaca atgcctatgt gtatcgttgg gacgtacagc ataatatcgg cgacctgatc     1680

tctatgatcg gtggtgacaa agcattcgtt ttggatctcg attccatgtt caacgaaccg     1740

ctcggtatgt ccaaatggag tttttattcc ttccttcccg accataccgg caatgtaggt     1800

atgttctcga tggccaacga gccgagtctg catatcccgt atctgtacaa ctacgccggt     1860

cagccctgga agacacagaa acgtatccgt acgctgttga accagtggtt ccgtaacgac     1920

gtgatgggcg ttcccggtga tgaagacggc ggtggtatgt ctgctttcgt agtgttcagc     1980

cagatgggat tctatccggt tactcccggc tcgcctacct ataatatagg tagcccggta     2040

tttaccgatg tgaagatcga cctgggaaac ggcaatacgt ttgagatcaa agcaaacaac     2100

gcttccgaag agaacaaata tgtgcagtcg gctcgcctga acggggaagt cctgaaccag     2160

ccctggttcc agcacagcga cattgcccaa ggcggtctgc ttgaacttga aatgggcccg     2220

agagccaata aagagtgggg gacaaagaca cctccgcctt cggctgctcc gatgcctcaa     2280

taa                                                                   2283


<210>  1328
<211>  1608
<212>  DNA
<213>  Parabacteroides

<400>  1328
atgaaaaaaa tatatgcact cgcacttgga tgtgctgccc ttctggcaac gtcttcctgt       60

agtgacgaca aattcacgga tcaatatcag gacccgtcaa agacacagac ggtatcatgc      120

ccggccttga tggttggagt atggcaagcc tctaatacat ggatgaatcc ggtctattac      180

agatattacg tatcttccac cacttccggg ttattctccg gagtgatcgg tcatacaaac      240

agtaaagacc gctttgccgg tgctggccag ggttacttca acgaacgttg gagaaacttc      300

tacaacactg tcacccagta cagggtgttg gaaaccgaat tcaacaacct tccggaagaa      360

gaaaaagaag actatcgtat cttcttcttg ctgggacgta cggtaatgga agaacaactt      420

tatgaagttt gttccgcctg gggtggagta ccattctctg aagccggcac attatgggca      480

acaggagacg tagaagcttc caaacctaaa tacgactcgg atatcgattt gtatagaatg      540

atcctgagcg acctggacga agtcaacaca tacctcaacg gtcgttcgct tacagccaat      600

gccagtactt acctgaatgc agaagactat gtgaacaacg gtgatatcac cttatggcgt      660

aaatatgtga actccctgcg tttacgtgta gctactcacc tggcttctaa cggcgacctg      720

gtaagtgaag cacgtgctgc gatcaaaacc atgttggaaa atcccggtac ttatccgatg      780

gtagatctaa actctgataa tatcacagtg ccacaaaccg acgatgacca gtttgatttt      840

gaccgcgacc tgcaaaacgc aatcgagaat tcaacttaca accgcatgtc cggcccaatg      900

caacgcgcat tgaatgccaa caccaataat ccggacccac gtttggaagt cttgtatgac      960

agtaactgga ataacgaata tatcggcctc gatccgtctg aaacactcac ggaacaggaa     1020

acgaatatga gtatctctac acatggtacg gctaaatatt acgcagccct ggatacatcg     1080

accttcaccc gtaaccccgg attcccggga ctctggatga cagcagccga agttgctttc     1140

atgaaggcgg aggcctatgc caacaactgg gctaccggta atgccaagag cgaatatatc     1200

aacggtataa aactttccac tgaattctat ttcgatttga attcaaccgg tacctaccgt     1260

gatccgttaa ctcctccctc agcagccgaa gttgaagcat atgctgaaac acaatgggac     1320

gccagcaatc cgcaaaagag tatcctgaca cagcgttgga tccatcacgg tgctatccag     1380

gaatatgaag catggaatgt tgtccgccgt accggatatc cggaaattta tttcaaacgc     1440

gacccacagt ctgtcgcaac tccgcttcct ctggaccgca tccagtatcc ggctgacgaa     1500

aaagactata actcagccaa cctgaatgcc catctgggag gtaaggaaga cagctggtac     1560

gctcctttga actggatgaa gagcaattgg tacaccactg ttgaataa                  1608


<210>  1329
<211>  2517
<212>  DNA
<213>  Parabacteroides

<400>  1329
atgcgcatga aaagattcaa ttttgttatt ttagtcgcgt tattcggttg gctgactaac       60

ctttcggcac aacaagtacg cagtgaattc ctgctggaga aaaactggaa gttcacccgt      120

gaggataacc ccgactttat caaacccgct ttcgacgaca gtaaatggca atcggtgacg      180

gttccgcacg attgggcgat atacggtccg ttcagttccc agaacgataa gcaggaagtg      240

gctatttcgc aagacggcca aaaggaggcg atggaacatg ccggccgtac gggcggtctg      300

cctttcgtgg gtgtgggctg gtaccgtacc gagtttgaag tacctcagtt cgctgaaggg      360

aaaaaagctt caatcctgtt tgacggggcg atgagccacg ctaaagtcta tatcaatggc      420

gaagaggttg gttactggcc ttatggctat aactcattcc attttgacat tacgaagtac      480

ttgaaaccgg gacagaagaa cacgctggct gtccgtctgg aaaacctgcc ggagtcctcc      540

cgctggtatc cgggagccgg cttgtaccgg aatgtacatg tgattgttac ggaagatgcc      600

catattccga tatgggggac ttttgttaca acacctatcg ttaagaaaga gtttgccaaa      660

gtgaatgtca acacaaaggt taaccttcct gaaggtgccg atccgaaaca atatgccgtg      720

aaaaccagcc tgcgtaaccc gaacggacaa atgctggttg aaacaatgct cccgctgaac      780

gatatcatat ataataatgg tacggtcgac caggaattca ttgttcacac cccgaccctc      840

tggtcgccgg atatgcctgc cctatatgtg gctgaaagcc gcctgtacaa aaacgggaca      900

gagttgaaag atgaatatac gacacctttc ggtatccgtt ccatcgaaat cattccggga      960

aaagggttct tcctgaacgg cgaaaagact gtctttaaag gcgtatgtaa ccatcatgac     1020

ctgggtccgt tgggtgctgc cgtcaatgat gcggctatcc gtcgccagat ccgtatcctg     1080

aaagatatgg gttgtaatgc gatccgtact tcccataata tgccggctcc cgatttggtg     1140

aaggcctgcg atgaaatggg tatgatgctg atggcagaaa gtttcgacga atggaacgtg     1200

gccaaatgta agaacggcta taaccttttc ttcgacgaat gggcggaaaa agatatggtg     1260

aacctgcttc ataacttccg taacaacccg agtatcgtca tgtggtgtat cggtaacgag     1320

gtgccgaacc agtggatcga aggcgacgcc aagattgccc gcttccttca ggacatctgt     1380

caccgcgaag acccgacacg tcccgttacc cagggcatgg atgccccgga tgctgttgtg     1440

aataataact ttgccgctgt catggaagtg gccggtttca actaccgtcc gtttaaatat     1500

cagattaatt ataagaaact gccgcaggaa atcatcctgg gaagcgagac tgcttctacg     1560

gtaagttcac gcggtgttta taagttcccg gttgaacgta aggcgatggc agtctacgac     1620

gatcatcaga gctcttctta cgatgtagaa cattgcggct ggtcaaacct gccggaagac     1680

gactttatcc agcatgaaga cctgccttac tgtatcggtg agttcgtatg gaccggtttc     1740

gactatctgg gtgaaccgac gccgtattat accaactggc cgagccacag ctccctgttc     1800

ggtatcatcg acctggcggg tattccaaag gaccgttact atctgtaccg cagtcattgg     1860

aacaaagcgg aaaagacatt gcatatcctg cctcactgga catggccggg acgcgaaggc     1920

gaagtcactc cggtattcgt gtataccaat tatccttctg ccgaactgtt catcaacgga     1980

aagagccagg gcaaacgtac gaaagacttg agtatcggta tcgacagcag ctataccgaa     2040

gctgctcaga agagtttcga acgtcagaaa cgttaccgtc tgatgtggat ggatactaaa     2100

tacgagccgg gaacattgaa agtggtagcc tatgataagg atggcaacgc tgtagccgaa     2160

gaggaagtac acacagccgg caagccccat catatcgaac tgtctgccga ccgtaccaac     2220

ctgacagccg atggcaaaga cctctctttc atcaacgtaa gagtggtcga caagaacgga     2280

aatctttgtc cggatgccac caaccagatc aagttcaacg tacgtggcaa cggaacctac     2340

aaggcggcag ccaacggtaa ccccgccagc ctcgaatcct tccaggctcc gcagatgaaa     2400

ctgttcagcg gtcagctgac tgccatcgta caaacggaag aaacaccggg aacgatttac     2460

tttgaagcat cctccccggg tgtcaagagt gcacggatcg agttgataag ccggtaa        2517


<210>  1330
<211>  2031
<212>  DNA
<213>  Parabacteroides

<400>  1330
atgaaactaa aaaactatag catacaccca gccgtatatt tcatcgtggc atccttgctg       60

attgcctact tttttcctcg cgagggaaag ttccgttacc agttctatga aggcaagccc      120

tggaggtacg gattactgac ggctccaagc gattttccta tctacaagac tgatgcagaa      180

gtcgatgccg agaaagatag cgttttgaaa aacttcgaac cgtatttccg tatggatgcg      240

actgtcgaga acacagaagt cgacaaatta cgggccgcct ataccgatgg cctgaaccgg      300

aaagcgacac ctgcctatat gcattatatc gaaaatagtt tgatcagcct atataaaaac      360

gggattatct catcacagga acaggaaaaa ctgaaaaagg ataactatga gcgtgtcaat      420

ctgttggaga acaacatcgc ccactcccga tatgccagtg actttttcac cataaaaacg      480

gcttatgagt ttatcataaa caattgtccg ccgcggctag acaaatcggt cctgcaatcc      540

tgcgatataa ataactatct gaaggaaaat atatcgtatg atgaagcgat gtcagagaaa      600

gtgaaagacg atatgctccg gagcgtatcc ctggcgaacg gtatggtaca ggccggagaa      660

cgtattgtag acagggggga gattattgat aaccatacat ataatgtact gcgttcgttg      720

aagattgtgc acgagaccaa gtcgggcggt gcacaacgcc aaagcattat tctcggaggg      780

cagtttgtat tggtctgcgg catcatcttc tgtttctggt tatacctgtg gtctttccgg      840

ttaaagatat tgcacaacag gcggaatgcg cttttcctta ttctatgcat atttgtcagt      900

tgcatattaa cggagttatg cgtcacttat gcgctgttca atgtttatat cctgccttat      960

gcgatcgtgc ctattgttgt ccgaaccttc ttcgattcgc gcacagcctt atttacgcat     1020

ctggtcatcg tgctgatctg ttcgctgatg gtacctttcc cgcatgagtt cctgctgttg     1080

cagatcattg ccggaatggt ggttacattc agtctgagag acctgtcgga acgttcgcaa     1140

ctgattcgct gcgcattcct gatctttatg tcctatacgt tatgttatat aagccttgcc     1200

ttgtatcaag aggcggactt caacaagatc aactggttga tgcttctata cttcggtatc     1260

aatttcatcc tgctgatgtt tacttacatc ctggtttata tgctggaaaa aacattcgga     1320

tatgtatcga gcatcacgct ggtggaacta tccaatatca atacgcctat tcttaaaaag     1380

ttgtcggaaa catctcccgg aacattccag cattccttgc aggtctctat cctggcatcg     1440

gaagccgctg caaaaatcgg agcaaatgcc caactggtcc gtacaggagc catgtatcat     1500

gatattggga agatggcaaa cccggctttc ttcaccgaaa accaaagtag cgtgaatccg     1560

cacagccaac taagtttcga ccagagtgcc aaagtgatca taaatcatgt caccgatgga     1620

gtcaggatcg ctgaaaaggc attgttaccc aaggctgtag tcgatttcat ccgtacacat     1680

cacggattag gaaaggctaa atatttctat aattcattca aaaaccaata tccggataaa     1740

gagatcgacg aaaaggcgtt tacttatccg ggaccgaacc cgttctcgaa agagactgcc     1800

gtgctgatga tggcagactc cgttgaagcc gcctcccgca gcctgaaaga gcatacggaa     1860

gaaagcatca gacagttggt ggataaaatt attgacggac agatagcaga cggattactg     1920

aaaagtgccc cgctgacgtt ccgggatgta gaaacgatca aaagcgtgtt tgtcgacaag     1980

ctgaaaacaa tgttccacac ccgtatcagt tatcccgacc tgaagaaata g              2031


<210>  1331
<211>  4023
<212>  DNA
<213>  Parabacteroides

<400>  1331
atgcaaaaat cagcattctg tctattacta tgctgcttga catttcaaag ctatgcgaca       60

gtagatttac tgaaaggcta tcagtatgcc tcagaacaag cgccgaaagg gaacgagtgg      120

gaatcacccg agaaccttgc gctgaacaaa gaacaacccc gtgcctggtt cttctccttc      180

cagaatctgg agagtgcccg gaaagtatta ccggaaaaca gtgcctactg gcaatctctg      240

aacggagatt ggaaattcaa ttgggcccgt acgcccgaag aacgtccgaa ggatttctat      300

caaccctcct tcgatgtatc aggctgggac aatatccccg tgccatccag ttggaacatt      360

gtcggtcttc agaaagacgg gacacagaag tatggtaccc ctatttacgt gaaccaaccg      420

gttatcttcc agcacaaagt ggctgtcgac gactggcggg gaggcgtgat gcgtacccca      480

ccggaaaact ggacgacctt taaagaccgt aacgaagtcg gctcttaccg tcgtgagttc      540

accatcccgg aagactggga cggacgcaat gtatttatca gtttcgacgg agtagattcc      600

tttttctact tatggattaa cggccattat gtaggttttt ccaaaaactc ccgtaatgca      660

gccaatttca acattactcc ttatcttcaa aaaggaaaga acattgtggc agccgaagtg      720

tatcgcagtt ccgacggctc gttcctcgaa gcacaggata tgttccgtct accgggtatc      780

ttccggaccg ttgcgctcta ttcgacaccg aaagtgcatt tccgcgattt ggtggtgaca      840

cccgatctgg atgcaacata taccgacggt tcgctgaccg tcaaggcaga cattcgtaac      900

ctcgataaaa aagcaatcaa gaattataaa gtgtattatt cgctttatgc caataaactc      960

tattcagacg aaaatacact tgtcgatgga ttcttatcgc ctgtcatcga acggatcaac     1020

ccggatgaaa caacggagaa cctgatgacc atcaaagtga aagcgcccaa taaatggtcg     1080

gccgaacagc cctaccgcta tacactggtt gccgaactga aagataaaaa gaataaaacg     1140

attgatatgg tttccaccac tgtaggtttc cgcaaggtag aaatcaagga tacaccggca     1200

tctgaagacg agttcggact ggccggacgt tactattacg taaacggcaa gactgtcaaa     1260

ctaaaaggtg tgaaccgtca cgaaagtaat ccgtccgtag gccatgccat cacacgcaaa     1320

atgatggaag acgaagtgat gctgatgaaa cgcgccaata taaaccacgt tcgtaactca     1380

cattatccgg atgatccgta ctggtattac ctgtgtaaca aatatggtct ttatctggaa     1440

gatgaagcca atatcgaatc gcacgaatat tactatggcc aggcctccct gtcccacccg     1500

aaagaatggc gggatgcaca tgtggcacgt gtcatggaaa tggtaaacgc ccatatcaac     1560

catccgtcta tcgtgatctg gtcgttgggg aatgaagccg gtccgggaca caacttcgta     1620

gaggcctacg atgctttaaa gaaagcagac ctgtcacgtc ccgttcagta cgagcgcaac     1680

aataaaatcg tagatatggg ttccaaccag tatccgtcta tctcttgggt gcgcggtgcc     1740

gtgaaaggcg attatgacat caagtatccg ttccatatct cagaatatgc ccattcgatg     1800

gggaatgcct gcggtaacct ggttgattac tgggatgcaa tggagtcgac caacttcttc     1860

tgtggtggcg ccatctggga ctgggtggac cagtctcttt acaactatac ccccgacggc     1920

aaacgctacc tggcttatgg cggtgacttc ggcgatacgc ccaacgacgg tcaattcgta     1980

atgaacggta tcgtgttcgg cgacctggaa ccgaaaccgc agtattatga agtgaaaaag     2040

gtataccagc atatcggcgt cacagaagtc gatgcacaga aaggcctttt cgagctattc     2100

aataaatact atttcaacga tctgtccgat tacgatgtga aatggtcgct ttatgaaaac     2160

ggcaaagaag tggaaagcgg ctccctgaat ccgggtaagg tttcaccacg taaacgtgtg     2220

caggtagcca ttccttatac gtacagccaa ctgaaagcgg acaacgaata tttcgttaaa     2280

gttcagtttc tgctgaaaga ggataaaccc tgggccccca aaggttatgt aatggcagaa     2340

gaacaacttc cagtcaaagc atctgtgggc aaacctgcca tcaacgaagt ggcaaatgcc     2400

tcagcaggag aactgtctct cgaaaaacag tcggacgcac gcttctctac gatcaaagga     2460

gataacttca atgtcacatt cgacaatgaa agcggtacga tctataatct gaattatggt     2520

ggcgaaacaa tcattgccga cggtaacggt ccgaaactgg atgctttccg tgccttcacg     2580

aacaacgata actggttcta cggaagctgg ttcgaaaacg gcttgcataa tctgaaacat     2640

aaagctaccg catccaaagt gatcaagcgg aaagacggtt ccatggtatt gttctacacc     2700

gtagaatcgc aggctcccaa tgcagccaag atactgggcg gaacatccag cggcaagaac     2760

aaagtggaag aactgaccga taaagccttc ggcgaagacg acttcaagtt cacgaccgac     2820

caggcatgga ccatctaccg tgacggttcc atcgaactgc aagccagcat cacctccaac     2880

aattcaagtc tggtactgcc acgtttaggc taccggatga tcgttcctca gcgttatgaa     2940

aactatacat actacggacg tggtccagtt gaaaactatg ccgaccgtaa agccggacag     3000

tttatcgagc aatataaatc gaccgtagcc gaccagttcg tgaacttccc gaaaccgcag     3060

gatatgggta atcacgaaga tgtgcgctgg tgtgcactga ccgacaaggc cggcaaggga     3120

gctctctttg tggcaaccaa ccgcctttct acttctgctt tgcaatattc cgcactcgat     3180

atgacattgg ccggacatcc tcatcagtta ccgaaggccg gtgacactta tctgcatctt     3240

gatcttgccg ttacaggttt gggaggtaac agttgcggac aaggtggccc attgattcat     3300

gaccgtgtat ttgccggaca gaacaatatc ggttttatca tccgcccggc cacacaagac     3360

ctgtcgactg ccgcacaggt atcggccgcc ggtgagattc ctttctccat cacccgttcc     3420

cgtgtaggta tggttgaatt atcatctatt gataaggacg ctgtcttctg ctacacgatc     3480

ggcaaagaga aaaaagcgaa agaatatacc gaagctatcc cgatgcgcga aggcggaaca     3540

atcactgcct ggttaaagaa caatccggag atcaagtcga caaagacttt caataagttg     3600

gaaagcatcc agacagaggt tatctacgcc agcagcgaag aggttggcga aggcgatgcc     3660

aaacacctgg tagacggcga tccgaatacg atctggcaca gtatgtattc tgtcacagta     3720

gccaaatatc cacactgggt agatctggat gccggcgaag agaaagcatt caaaggcttt     3780

ctctatatgc ctcgcaaaga cagcaacaat ggtaatatca aagaatattc catccaggtc     3840

agctccgatg gcaagaattg gggtgagcct gtctgcaaag gccagttcgc gaataaccgg     3900

gacgaaaaga aagtcctctt cgacaaaccg gtaaaaggac gttacatccg tttcaccgca     3960

ctgagttcac agaacggaca ggatttcgca acgggagcgg aactgactat tttgagtgaa     4020

taa                                                                   4023


<210>  1332
<211>  2487
<212>  DNA
<213>  Parabacteroides

<400>  1332
atgaaaagaa acctattgct tctggcagct atctgttcct gctatcatct cttcgctgag       60

gaggtcatag tcaagcaatt cagatatgcc ggcccgtatg aagtgaaaaa gccgttcctg      120

aaagacagcc tcgacgtaaa cagtaagaaa ttcaccgaaa aagaattatt gaaaacagcc      180

gttccgttta gcaatgtacg tcaaagtaca caattgctgg aagcaaatgc cgacggagaa      240

agtacacttc cggccggcaa ccagtcttct tatatcggac tggcctcttt ctatctgaac      300

agcgaccggt atgtaaaagg gactttgcag gttaaaggcc cggaaacata cgaggtctat      360

gtaaataacg aaaaacaaac agcccccgac ggaaaggttt ccctgtcact ggaacctcat      420

cgttacgaaa tcgttatcaa atatttagcc gaaagcgata aagccgaaac cctgaaagtt      480

tcgttcgata cggaaaaaga ggctgttatc acggctacca ccgatccgga aaaaagatat      540

acgatcagcg acgtgttcga cggaacacgt ttccgctccg tcagcctctc ccccaacgga      600

aaatatctgc ttacctccta tcagactact tatcccggcg gacagaccgc atattttcag      660

cagattaccg ataaaaccaa cggacaggta ctgatggaaa gcagtacgaa caatttcagc      720

tggatgcccc aaagcaaccg tctttattat acccgtaaag gattacaggg aaaagaactg      780

gtgaccgtcg atccggtgac aaaagccgaa acaatcctct cccagaattt gcccgatggc      840

tggttcagca tcgccccgac agaagatttc ctgatcttca cgatctccga gaaagggccg      900

gaaaaagaca aagacatgga agaaatcctc gtgcccgacg accgtcagcc gggatggcgc      960

aaccgttcct tcctacacaa atatgacctg gcaacgggtg ttctcgaacg cctcacttac     1020

ggccacaatt ccacttcgct taacgacatt tcgaaagatg gccgttatct gctgttcacc     1080

agcagccggc gcgaactgac gaagcgtccg ttcagcacaa aaatccttta ccggatggat     1140

ttgcagaaca ggcaggttga tacactcctg gaagatccgt tcatcaacta tgccagtttt     1200

tcaccggacg gaaagcaact ggctgtttcc ggttcgggag aagcatttaa caagattggc     1260

ttgaatattg ctccgggaca aacatccaac ctggctgacg gacagttgtt catctacgac     1320

ctctccaata agcaggcgac agccgtaagc aaggatttta atccgtctat ccaatcattt     1380

acatggaata ccggagataa acaaatctac ctgcaaggag aagacaaaga ctgtgtccgc     1440

ctgtatacgc tcaacccagc aaacggaaag atcagtccgg ttccactgaa agaagatata     1500

ttatcggatt tcacaattgc tgaaaatacc cccgaacttg tttatttcgg cgaaagtgcc     1560

tccaactcac aacgactcta ctccatgaat ctgaaaaaga aagagaaaga gtctgtctgc     1620

ctgaaagact tgtccaaaga cattctgaaa gatattaccc tgggcgaagt gcacgactgg     1680

aatttccagg cggctgccgg agatacaatc tacggtcgtt actatctgcc gccgcatttc     1740

gacccaagca agaaatatcc gctgatcgtt aattattacg gcgggacaag tccgacggaa     1800

cgctcactcg aaaaccgtta tccgtcgcat acctatgctg cactgggata tgtagtttat     1860

atcatacaac ccagcggtgc caccggtttc ggacaggaat tttccgcacg ccacgtcaat     1920

gcctggggaa aacgtacggg agacgagatc atcgaaggaa caaaaaagtt ttgtgaagaa     1980

cacagtttcg tggatgccaa aaagatcggc tgcatcggcg cctcttacgg cggctttatg     2040

acacagtacc tgcaaactaa aaccgatatc ttcgccgccg ccatctcaca tgccggtatc     2100

agcgatatta ccagttattg gggagaaggt tactggggat attcttacag tgcactggct     2160

accgccaaca gttacccctg gaatgcacgg gatatctatg tagaacaaag ccccttgttc     2220

catgccgaca agatcaacac gccgatcctg ttcctgcacg gctccgtcga tacaaacgta     2280

cctgtaggag aaagtatcca gatgttcact gccctgaaac tactcggcaa gccgacagcc     2340

ttcatacagg taaacggaca aaatcatcag atactggatt ataagaaacg ggcggaatgg     2400

aacaaaacca tctatgcctg gttcgccaaa tatctgaaag agcagccgga atggtgggaa     2460

gctctctatc cgccaaaaag tctgtaa                                         2487


<210>  1333
<211>  1728
<212>  DNA
<213>  Parabacteroides

<400>  1333
atgaaacgaa tactactact aattttgatt tgttgccact tattgccggc aactgcgcag       60

aagaacgccc ctaaatggat ggacaaaagt aaaaaagcgg ttgttttaat cactacatac      120

gggaaagacg gagctaagct gacctcgggt accggtattt ttgtctctga aacgggagat      180

gtcctttctg cttacgagtt attcaaaggg gcggaaaaag caaccgtgac ggatacggaa      240

ggaaaaactt atccggttac aagagtgatc ggtgccgatg aattgtatga tgtcatcaag      300

gtaaaagcgg aaacaccgaa gaaagtacag tttttcccga ttgcagccga tccgttggcg      360

gtaggcactg tcgcttattt gttaccttat tcgactgaaa agaaagcaga tttcgaacag      420

ggcacgatca cggaagtcag caaactgaaa gatccgtata gttactataa attatccgtt      480

ccgctggaag atggccgggt gaattcaccg atattgaatg ccgaaggtga ggtgttcgga      540

ctggcacagg ccgatgcttc cggaaagaag gatgtatcat atgctgtatc tgcctcttat      600

gtgaacaacc tcgccgtttc gtcgaccgat ttcctgaatt ccgtttataa taatatcggt      660

atcaagaaag cctggccggc tgatgtggag caggctcagg tagctttgtt cctgaaagga      720

agtacgcagg atgcaaaaac atatctggaa acactgaatg attttattgc aactttcccg      780

aattcggccg acggttatct gaaccgtgcc aaccattatg ccggacgtcg tgccgagctg      840

gcagctactc cgggcgaaca ggctaattat ctgaaactgg cattggatga tattgaaaca      900

gcttccaaat acagtgataa gaaaggggat gtatattata ataaagcgaa actgatctat      960

ggcgtgtctg ccggtgatac cacgctgacc gatccggcat ggagtgtaca agctgcacaa     1020

cagactatcc aaaaggctat tgaagaggat gacgctcctg tttaccatca gttggcgggt     1080

gatattcatt tctacctgaa agaattcgac caggcttata acgaatatat ggtcgtgaat     1140

aacagtgacc tggcatcgcc taactctttt tactgggcag ccaaggcgaa agaaaatact     1200

cccggattca atatcggcga tgtgattgct ttgctggacg gtgcagtaga caaatgcggc     1260

ctgcctctta cttccgaagc cggccagtat attttggaac gaatagactg gaaacttcgt     1320

ttgtctcaat atgcggaagc gatagccgat tatgacctgt attataaggc aatgaaaggc     1380

gatgtcggca gcagttttta tttctaccgt gaacaggcaa aattccgtgc cggtgatatg     1440

gaaggtgctt tggctgatat caaggaagcg gttcgtctga gtcctgatgt acccgattat     1500

cgggcggaag aggcatctgt atatgtccgc atgaaaaatt ataccgacgc attggctagc     1560

atcgaggaaa cattgaaagt ggctcccgat tttgcggctt gctaccgttt gaaaggtatc     1620

tgttatgtgc gtatggaaaa gaaagcggaa gcctgtgaag cgctgaacaa agcgaaagaa     1680

ctgggtgacc cgttggctga aagactgata aaggaacatt gtaaataa                  1728


<210>  1334
<211>  1863
<212>  DNA
<213>  Parabacteroides

<400>  1334
atggttctca tgtccggaaa aacggttgtc ggagagttga acccttccgt aacaaaagga       60

atgaatcgta cagatcagat tgaaatgctc gattcctgta cgtttaagat cacctgccaa      120

tacacagcat tggaagacat ggaaacagcc aggattaacc tggatttcgt acacaaatcc      180

gcctccgatt actggatgat accttccgtc tcttacaacg gaaacaactg gggacgggga      240

aaagaaccca aaggtgcaca gcaaaacggg aaatggcgaa cttattccta ccgcagcaca      300

cctattcccg gagcaaccta ctcggaagga acacggtttg ccgttgccat gtggagcgac      360

gtcccccaga atgaaaaaga gagtatctcc tgttccctga tgccggacag ggagaccact      420

acccaccggc ttatctggcc ggaagaagaa atgccggtca tgtatgcagc cagggaccgc      480

tacaaaccgg gatatcagaa acaggaaaaa ttatccaaag gggaaacggt cacattgacc      540

gcttatctct ccgtctgcga cgtgcagcct catcattatg ccatgcataa cttcttgcac      600

gaagcctggg agcgtgccga caaacaagag acagccattt atccacccgc caaaatatgg      660

gaactgggcc tccggtatgc taaagaatat ctttggacga aagagggtgc tttcagtgga      720

tttacaatcg gtttctcgcc ggataaaagc ggggaatgga gtaaacggaa aggatacgaa      780

ataggttggt gcggacaaaa tgcgtctttt gccaattcac tgcttttcga ttatatcaaa      840

cataataaca aagaatctct ggacaaaggg gtagccaccc tcgatgcatg ggccaaactc      900

tgccggctgc ccaacggact ttttatcacg aactatgacc gtatctccgg ccagagaagc      960

cagatcgaca atgtcgtcat agatgcctgc aacctgggaa cggccgccct gaattatttc     1020

gaagcgactg aactggtgaa agcctgcgga ctggaaagac cggattatga aagcctggct     1080

ttcggtatct gcgatttcgt cagaaacgac cagcagaaca acggagtata tggtcgcggc     1140

tggtatccga acggagaatg tttctaccgg gaagggacta tcggttgttt catggttccc     1200

cccatgctcg aagcattctc acgttcgaaa gactccacct atttatcttc cgcaacccgg     1260

gcttacgatc attatgtgag cgaactgaaa acaaaaggat attctacggc tggggctttg     1320

gatacctggt gtatcgacaa ggagtcatcc atttccctcc tgcgctcggc tttgaagctg     1380

tataacctga caagcaacaa agaatacctc gatgatgccg ttgccgtctc ctactatctg     1440

tccacctggt tgtggcatta taacggcatt tatccggaaa acgacaactt cacccaatac     1500

aactataaga ccttcggtgc gacttctgtt tccgtgcagc atcatcacct ggacccgtac     1560

gctttgttct gggtgccgga atggtttgag ctgacgaaac tgacaggaga cagccagtgg     1620

aaagaaaaag cgattgccat ctggaataac ggttgccaac tgatatccga cggtacactg     1680

gtgataaacg gacgtgtccg ccctgtcggt tcccagaatg aagcctatct gcaaagtcac     1740

tggaactggg atgccgcacc tcatttcgac cggatcaatt catggctggt ggcctggccc     1800

ggtgctttca ggctggaaac tttgaggaag ctggatgcta tcgatgcacc acaaatacag     1860

taa                                                                   1863


<210>  1335
<211>  2562
<212>  DNA
<213>  Parabacteroides

<400>  1335
atgaaaaata attattcgaa aaggctgatc gacgttatag agtatagccg cgaagaagcc       60

gccaggcttc agaacagtta tatcgggccg gaacacttaa tgcttggtat catccgcgac      120

ggtgatggca aagccatgca gttgctgcat gatttgcatg ccgacgtatt cgatataaag      180

aagaggattg agcaggagat caaaaataca tttgaaactg aagagtccga attacacgat      240

atagccatca gtaaaacaac tgaacgcgta ttgcgcatga gtatgctaga gtcacgtttg      300

tttaaaacag acgagacggg tacggaacat ctgcttcttg ctattctgaa agaagagttc      360

aatgttgccg ccaaagtatt gggtgaagcc ggtataaact accgtaacgt atataacaat      420

ctggcaaacg gaacaaacat gaaccgtatg gaagaactgg aagagataga cgaaatcagt      480

gacggttata cggatgacga ggacgatgaa gaagaagact tctcttcacg taaggaatcc      540

ccccgctcct cttcaggtac cggtgccgca cagcccaagt caccgaacga tactccggta      600

ttggacaatt ttggtacgga tatgacacgt gccgctgccg aaaaccgctt ggacccgatt      660

gttggtcgtg agaaagagat tgaacgcctg gcacagattt taagccggcg taaaaagaac      720

aatccggtac tgatcggtga accgggggtg ggtaagtctg ctattgtaga aggacttgcc      780

ctgcgcatta tccagcgtaa agtatcacgt gtgttgttcg ataagcgggt gatcagtctg      840

gatatggcct ctatcgtggc cggaacaaaa taccgcggac agtttgaaga acgtatcaaa      900

gcaattttga acgagctttc aaagaatccg aacatcatcc tgtttattga tgaaatccat      960

accattgtcg gagcaggatc ggcttccggt tctatggacg ctgccaatat gctgaaaccg     1020

gcgctggcac gtggtgaaat acaatgtatc ggtgctacga cgctggatga atatcgtaaa     1080

aacatcgaga aagacggtgc tttggaacgt cgtttccaga aagtgattgt cgacccgaca     1140

acagcagaag agacattgca gattctgaaa aatatcaagc cccgttatga agaacatcac     1200

aatgtgatct atacggacga ggcgctggat gcttgtgtaa agctgacgga acgatatatc     1260

agcgaccgta acttcccgga taaggcaatc gatgctctgg acgaggccgg ttctcgcgta     1320

catatatcta atattacagt accgaagagc atcgaggagc tggaagcaaa aatagaagat     1380

acgaaaaccg agaaactggc tgccgtaaag tcacagaact tcgaactggc tgcaagtttc     1440

cgtgataaag aacgtcagta tctgttgcag ctggaagcag cgaaagctaa gtgggaacag     1500

gaattgcagg aacatcgtga aacagtggac gaagacaaag tagctgaagt ggtagccatg     1560

atgtcaggcg tacctgttca gcgtattgcc aaagcagaaa acctgagact gctggaaatg     1620

gcagacaact tgaagaagca ggtagtcggc caggacgatg ccgtccagaa gatcgtaaaa     1680

gcaatccagc gcaaccgtgt aggattgaaa gacccgaaca aaccgatcgg aaccttcatg     1740

ttcctcggtc cgacgggtgt aggtaaaact cacttggcta aaaagttggc tgaatatctg     1800

tttgattcgg ctgattcatt gattcgtatc gatatgagtg aatatctcga aaagttcgcg     1860

gtttcccgcc tgatcggtgc acctccggga tatgtaggtt acgaggaagg tggccagctg     1920

acggaaaagg ttcgtcgtaa accctactcc gttgtattgc tcgacgagat cgaaaaagcg     1980

catccggatg tattcaactt gctgttgcag gtattggacg aaggtcgcct gactgacagt     2040

cttggcagac ggatcgactt caagaatacg atcctgatca tgacttccaa tatcggaaca     2100

cgtcagttga aagacttcgg ccgtggcgtc ggattcagtt cgcaggcagc cggtgaaatg     2160

gataaggact tctctcgtgg tgtgattcag aaagcactga ataaagcatt cgctcctgaa     2220

tttctgaacc gtgtcgacga tatcatcatg ttcgaccagc ttgataaaga tgcgatccac     2280

aagatcattg atattgagtt acaaggactt tacaaacgtg tttgtggtct gggctacgaa     2340

ctggtactta ccgacgaggc aaaagatttc attgcaacga aaggctacga tgtgcagttt     2400

ggcgcccgtc cgctgaagcg tgccatccag aaatatctgg aagatgaaat ggccgagttg     2460

ataatccgtg catccgttgg cgaaggcgac aagatcgttg tagacttcaa taaagatgaa     2520

cagaaaatag taacatccgt acaaaagaaa ggacaggaat aa                        2562


<210>  1336
<211>  2187
<212>  DNA
<213>  Parabacteroides

<400>  1336
atgtcaaagt taagattcag agtagtagaa tcggccttca agaaaagagc cgccgaagta       60

gccgccccgg cagaacgtcc gtcggaatat ttcggaaaga acgtattcaa ccgcgagaag      120

atgttcaagt atcttccgga aaaagcctat gccagactgg tcgactccat cgacaacggt      180

gcccccctcg accgcgagac tgccgacgcc gtagccgccg gtatgaagaa atgggccatc      240

gaaatgggtg caacacatta tacccactgg ttccaccccc tcaccgaagg gacagccgaa      300

aaacatgacg ctttcgtcga acacgacggc aaaggcggca tggtcgaaga gttctccggc      360

aaactgctca tacagcagga acccgatgcc tccagcttcc cgaacggcgg tatccgtaat      420

acgttcgaag cccgcggtta ctccgcctgg gacccttcct ctcctgcttt tatcgtgggt      480

gacaccctgt gtatcccgac catcttcatc gcctacaccg gcgaatccct cgactataaa      540

gccccattgc tgaaagcgct cgaagccgta aacaaggcag ccgtcgacgt atgccattac      600

ttcaacccgg aggtaaagaa agtatattcc tacctcggtt gggagcagga atatttcctg      660

gtagacgaag gactctacgc cgcccgcccc gacctgctgc tcagcggacg tacgctgatg      720

ggccatgaga gcagcaaaaa ccagcagctc gaagaccatt acttcggtgc catccccacc      780

cgcgtcatgg aatttatgaa agagttggaa atggaggccc tcaaactggg tatcccattg      840

aaaacccgtc ataacgaagt ggctccgaac cagttcgaac tggcccctat cttcgaggaa      900

tgcaacctcg ccaacgacca caacctgttg gtcatggcgc tgatgcgtaa aatcagccgc      960

aagcacggtt tccgtgtcct gttgcacgaa aagcccttca aaggcgtcaa cggttcgggc     1020

aagcacaaca actggtcgct gggcaccgac accggcatcg gcctgatggg tccgggcaag     1080

acaccggaag acaacctccg tttcatcacc ttcgtagtaa acgtgctcat ggccgtctac     1140

cgtcataacg gactgctgaa agccagcatc tcgagtgcca ccaacgccca ccgcctggga     1200

gccaacgaag cacctcccgc catcatctcc agcttcctcg gcacgcagct gtcgcaggta     1260

ttggagcacc ttgaaaaaag cgagcccgaa gacctgatgt tggccggcaa acagggcatg     1320

aagctcgaca tcgcccgcat ccccgagttg ctgattgaca atactgaccg caaccgtact     1380

tcgcctttcg ccttcaccgg caaccgtttc gagttccgtg ccgtcggttc cgaagccaac     1440

tgcgcgtctg ccatgctcgc cctcaatgct gccgtggcgg aacagttgaa gctcttcaaa     1500

gccgaagtag acgcaaagat tgccaccggc aaagagaaat tcgccgccat cctggaagtc     1560

ctccgcaaag acatcaaagc ctgcaaggcc atccacttcg acggcaacgg ttacagcgat     1620

gaatggaaag aagaagcccg tcgccgcggt ctggattgcg aaaccagcgt accgctcatc     1680

ttcgacaact acctgaagga aagcagcatc cggatgttcg aatcgaccgg cgtcatgact     1740

cacaaggaac tcgaagcccg caacgaagta aaatgggaga cgtacaccaa gaaaatccaa     1800

atcgaagccc gcgtgttggg tgacctgacg atgaaccata tcatccctat cgccacccgc     1860

taccagtctt cgctgattga caatgtatat aagatgaagg acctcttccc ggcagaaaaa     1920

gcctccgtcc tctccgcccg taacctggag attatcgaag acatcgcctg ccgcaccaac     1980

ttcatcaagg aaaaggtaga cgaaatggtc gaagcccgca aggtcgccaa caaaattgaa     2040

agcgaacgcg aaaaggcaat cgcctaccac gacaccattg tcccgatgct ggaagaaatc     2100

cgctaccaca tcgacaaact ggaactggta gtagacgacc aaatgtggac gttgccgaag     2160

tatcgcgaat tattgtttat ccgataa                                         2187


<210>  1337
<211>  2493
<212>  DNA
<213>  Parabacteroides

<400>  1337
atgaataaat gtacctattt actttctgca ttacttctct ccgcctttac tctacaggca       60

gcagaagata taaaagtgat gcaatttctg cataccggtc ctgttccggt taataaaccg      120

atcatggcag acagtctgaa tgtaaacgga aaacctttcg agatcaaaaa tctgttgaaa      180

tcgacagttc ctttcgacaa agcattcgcc agcgcgacca ttctggatgc agatacagct      240

ggaataatca gttttcaggc tccggaaaaa ggatatgccc tgcatctttt ctccttttat      300

ctgaacagtg accgttatac caaaggaact ttagaagttt ccggacccgg ttctttcgat      360

gtgtatgtaa ataacaaacc ggtgagtgca acttctgaac tgacaatgga accgcaccgg      420

tatgaagtgg ttgtgaaata cctgacagcc gacagcgata cctgtccgcc tacattaaag      480

gcaatctata aaagtaagga agaagcgaaa gtcgttgctt cacttaatcc ggataaaaga      540

tatacctcac gggatattct ggaaggaaca aactttcgtg gtgtcagcct gtcccccaac      600

ggcaaatatg tattagtgaa atattataca cgcctggaag gtggtaaaag tgaatcatac      660

gctcaattac gtgaagctgc cagcggacgt atccttttgc aggataaagg atttatcatg      720

agtgccagct ggatgccgac cagtaataaa atgtatttca cccgtaccgg catgaatgga      780

aaggaactgg tgacagtcga tccagccaac atgcaggaag agatactggc agataacctg      840

ccggaaggta gcttcaactt taccccggat gaaaaaacac tcctcttcac catacaggag      900

gaaggtccga aggatggccc cgacatgctc cgtatcctcg aaccgaacga ccgtctgccg      960

ggattccgta accgttattt catttggcgc tacgatctgc aatccggact atacgaacaa     1020

ctgacattcg gacataacag tacatatatt aatgatgtca gcccggatag tcgttacctg     1080

ttgttcagta ccagtgaaac ggattataca tctctacctc attccagcaa ctcgttatac     1140

aaactcgact tgcaaacgat ggcggtcgat accctttggg aacatgccaa atatgtgaac     1200

ggcggaactt tctctcccga cggaaaacaa ttactggtta gcggatcggg aaatgctttc     1260

ggtggaatcg gtttaaatat cagggaagga caaatctcaa atacatacga cggccagtta     1320

ttcctgtatg atccggctac ccggaaagca acggcactaa ccaaggattt caatccgaat     1380

gtaactggtg cactctggaa caaatacgac ggtcagattt atatgatgac ggaagaccag     1440

gactatctgc gtatctatac ctgtaatccg gcaaacggga aaatcaaaca gatcaatact     1500

tctgaagatg tagtttataa ttactcattg gcagaaacag ctccggtaat gtattattac     1560

ggacaaagta cttcaaacgc aaaccgtttg tatgcttacg acctgaaaag tggaaagagc     1620

cgtctgatct acgacctgtc tgcagaaaaa ctcaaagatg ttaaacttgg agaagttcat     1680

gactggaact tcacggcaga agacggaaca accatacagg gacgttatta cctgccgccc     1740

aatttcgatc cggacaaaaa atacccgatg atcgtctatt actatggagg aacttcgccg     1800

acgaaccgtg ctttggaatt cagttactcc atgcatatgt atgccgccca gggatatgta     1860

gtctatacgc tcaatcccag cggaacaacc ggattcggac aagaatttgc tgcccgccac     1920

gtaaatgcct ggggagaacc gactgccgat gaaattatcc gcggcacaga attgttctgt     1980

aaagaacatt cctttgtaaa ccctaaaaag atcggttgtg caggtgccag ctacggaggg     2040

tttatgacac aatatctaca aacccgcacc gatttatttg ctgctgctgt cagccatgcc     2100

ggtatcagtg cattgagcag ttattgggga gaaggatatt ggggatatgg ttactgttcg     2160

gtagccaata ccggaactta tccctggaat aaccccgagt tcttcactaa acacagcccg     2220

ttgttcaacg ctgacaagat caaaactccg ttattgctgt tgcatggcaa tgccgataca     2280

aatgtcccgg ttggcgaaag tatccagatg ttcctggcat tgaaactact cggcaagaca     2340

gtggaattta tccaggttga cggagaaaac cacggtgtag ctgattacaa aaaacgcctg     2400

gaatggcaga acacgatctt tgcctggttt gccaaatggc tgaaagatga accggaatgg     2460

tgggatgccc tgtatccgga aagaacatta taa                                  2493


<210>  1338
<211>  1398
<212>  DNA
<213>  Parabacteroides

<400>  1338
ttgaaccaga agccagagag tgctattaca aacgagtctt tttggacgaa tcaagatgat       60

gcaacagggg tattgacgca ttcgtatgta caactcaggt cgatgtcgtg cggtgagttg      120

tttacgttgg gagaatccag aagtgatgtg attacgaggg cagtcacagg ggatatctat      180

gagcggtatt ataaaaatac gttgagccag gaattaccgg gtcccgactg gacttcactc      240

tataagattg tcaatgaggc gaatctgctt attaaatata tacctcgtat cgatgcggtt      300

gaggccacaa aaaataactt gttagcagag gcttattcat tgcgggctta tctgtatttt      360

gtgttggtta aaacctgggg cggtgttccg ctccgggtag agcccaccga aggttacaat      420

ccggaaaccg tacataaagg ccgggctaca gtggaagagg ttttcaaagt gataaaagag      480

gatttggata atgcgatcgc tttgtttcag gacaatactt tctgggcctc cagaaaccgt      540

ttctcccagc cgtttgccaa tgccttgaag gccgatgttt atttgtggac agccaaacgg      600

tgcggcggag ggaatgccga tctggagact gctttggcgg cttgcaatga agtgctgaag      660

gctgatgtgg cgttgcttcc gaactttgcc gatctgtttg aatttggtaa taaaagcaat      720

gaggagataa tcatgtctat tgcaaacact atttatgatg gtggggagaa ttattttaag      780

gataactatt ccggagcaga cggcggtatg atagatccga ttagcggaga ggtgataggt      840

actaccggga atggtatggc ttggactgta agcgatttgg ttaaaaatca atttacagat      900

gacgatagcc ggaaagaggc ttcttttgtc gatgggttga gatatggtga aaataatgag      960

atggagtatc cggctttgat tcgtaaaggg cggggagtcg tacaaaatgg tcagaggtat     1020

ttcaggagtg atttcgtttt atatcgcctg gcagacgtgc tgcttatgaa ggctgaagcc     1080

aagaatgcat tgggacagga tccgtctgaa gagatgaacc tgatcagaaa gagagcgtat     1140

ggtgataatt ttgacaaaca catctttgtg aaccggtcta aagaattgaa tgacgacgag     1200

attctgaaag aaagattgct ggaattggtg ttcgaaggaa aaagatggtg ggacctcata     1260

cgattcggaa aagcatttga tatagtgcct tcattgaata ataagaaagg gcaggatcac     1320

atgttgttat ggccgcttag cttgactgta ttgactcgtg aaccgcaagt cggacagact     1380

cctggttggg gagactga                                                   1398


<210>  1339
<211>  2517
<212>  DNA
<213>  Parabacteroides

<400>  1339
atgcatagta tgatgaaaaa tgtgggtaag catgtggctg cccttgtctt gtttttaggg       60

ttggtgatgg cttatttctc tcccgcagtg tttgatggaa aggttatcag acaaggtgat      120

aatgtgaaag ctgccggtat gggaggaagt caggtcgata aatatgcaaa gactgctgaa      180

ccgggtgagt ttagtgtatg gtcggatgct atgttttcgg ggatgcctta tggaccggga      240

tatggaagtc cggctccgga attgccctct tatggcatcg ttgacggatg gttgaagact      300

ccgggatata ctcatgctgc catggttttt accgggttag tctgtttcta tctgttgatg      360

tgcatcatgg gagtgaactg gtggctggcg atagcgggag cgattgcttt tgcttttgct      420

tcttataata taatcattat tgaagcggga catattgtaa aggcttatgt gatagggtat      480

atgcctgtaa cgttggcggg tatgttcttg ctgtttaaac gaaaatggct ttggggagca      540

gtcctgttcc ttttaggagt ggctttctct ttgttgaacg gacatgttca gataacttat      600

tatctggttt tgttatgttt cttcatctat ttgggatatt ctatcaggat gcttaaggaa      660

aagcagactg ccgactggct taaaacgtct ttgattatgc tggcatgtgt agttttagca      720

gtccttccca atgcaaaaca tatgtattcc aactgggatt tgggacaaca ttctatccgt      780

ggagcctctg aactgacgcc taaaccagac gaaacgggaa aagtggagaa agcctcttcc      840

ggtttggata aagattatgc tttccaatgg agttatggct ggaaggagtt attgacagtc      900

atgatcccgg atgtatatgg aggtagttcg ggaggtacat taggcagttc ttccgagttg      960

tataaggaat tgaagaaaaa cggtgcccag gtaggaaaag aggttcagac ttatacttat     1020

tggggggata aaccatttac atcaggacct gtttattttg gagcattggt atgtttcttg     1080

tttgtattgg ggatgttcgt ggtgcgtaac ccgatgaaat ggtggttgtt tggcggggct     1140

gttttcctta cattcctggc cttggggcgt aattttgatg cattcaatga tataatgttc     1200

cattatctgc cgttgtataa taagttcaga acagtagaaa tggctttggt gattccagga     1260

ttggtatttc ctcttgttgc catttgggga ttacgggaaa tattcagggg aaatgtggat     1320

gataaaacga tgaaaaaggg ctttttatgg tctttaggca taactggtgg tatttgtctg     1380

attgtgttcc tgataccttc attattgttg aatttccatt ctgcttatga tgcacagttc     1440

cagaaccagg ttccggaatg gtattacact gctttgttga tggaccgtgc ttcgctggct     1500

tcgtcggatg cattgcgttc tttgattttt attttgttgg gagccggttt attgctttgg     1560

tactggaagg cgaaaaataa gacgactgcc tctatgattg tgagtgcagg tatggccgta     1620

ttgatattgg ttgatttatg gtcggtcgat cgtcgttatc tggacgatag taattatgta     1680

aaggaaaaag cggaagaatc ctataaggaa agtgttgccg ataaagagat atttaaggat     1740

acggatgaat ctttccgcgt gtttggactg aataatccgt ggcaggatac aaacgtttct     1800

tatttccatc attcgattgg aggatatcat gccgttaaat tacgccgtta tcaggaatta     1860

attgattatc gtctggatgg tgaataccgt aatattatcg gtgctttgca aaaggcacag     1920

agcatacagg atataatgcc tgtcctggcg gcctctcctt ctttgaacat gttgaataca     1980

cggtatatta tttataatcc ggaccaggcg ccgattcgaa atccgtatgc ttacggaaat     2040

gcatggtttg tagataaggt ggatattgta gaaaatgcag atgcagagat tgatgccttg     2100

aatacgattg acccgttgaa gacagcggtg gtggataagc gctttgcgaa agacctggaa     2160

ggctttactc cgcaggtaga ttccacggca acgattgtgt tggaaaagta tcgccctaat     2220

cggttgacat ataaaacgaa agcatcttcg gaacaactgg cagttttctc cgaaatctat     2280

tatccgggct ggaaagttac aatagacgga aaagaagcga ctcatttccg tgccgactgg     2340

attttacgtg gaatgctggt acccgcggga gaacatacaa tcgtttttga tttccatccg     2400

gatacttatg tgcttgccgc taatgtgtct gcttatagct cttttctaat cttgttattg     2460

ctgattgctg cagttggatg gtccggctgg aaatattggc agaagagtcg tgaatga        2517


<210>  1340
<211>  2352
<212>  DNA
<213>  Parabacteroides

<400>  1340
ttgctttatt acctgaaata caaactaaaa caaattatta tgcatgccat atacaggaat       60

tttatttccg cactacgatt caataaaaca gcagccatac tgaatattat gggattggcg      120

attgcctata tcgtttttgc aacgatttat gcacaggttg attttgccaa taaatttgac      180

cggttccatc cacaagtgga tcatatttac agggtagact gtaaaacccc tgcatctgta      240

tggtccgtac attccagatt gctgatcgat gcttttgtgt ctacttctcc ttatatacag      300

aaaagtacgt tgatcaatcc ctttatcgga gaatgttatt ttacgaccga tgtcaacggt      360

aaccagactg gtttcaaaga aacggtacaa acttgttctc cggatatcac cgggatattt      420

gattttgttt tccgcgaggg gactcccgat tgtttgaagc agccggagat gtgcctgata      480

cccgaaagtc tggcccgcag gatattcggg agtatttcag ttgtcggaaa acaattgacg      540

gcagaaggaa atatctggac gaaagacagg aaatcattga ccgtaggagg tgtctataaa      600

gattttccgg aaaatagtca gctggccaat gctgtttata cgacagttag tccctcttac      660

cagtatgaat catgggatga ttatacctat gtctgttata tccttgtcac tccgggagcg      720

gataagaagg agatatgttc cgcttttgcc cgttgtttca atgtggaaga tgcaccggac      780

tataaagaag cggaagtcaa gctgacgaac ctggcggata tctattatga gctggtcact      840

tcccagatga agtttatcaa atcaggaaag aaagaaaaca tgaaccggat gctgatggtg      900

gcttttctgg tggcgttgat tgcgatgatc aattatatca actattcggt ggcccttata      960

ccttaccgga ttaaaagcat caatatccgg aagattgccg gggcatcggt tgccaggctg     1020

cgttgtgccc aactgtttga atccgttgtg atttcgctgg tggcttgcct gccggccgta     1080

ttgttgaact tgtctcttga tataccggtt ctcttacggc tggtttcttt gtctttggcg     1140

gtaggattca ttgcgggtat ctatccggcc gttagcgcca cttccatttc catgcagatg     1200

gcattgaaag gttcttatgg attgtctccc aaaggtttgg cattaaggaa aatgcttata     1260

ggtatccaat atataatttc ttttactttg gttattctgg catttgtgat ctatcagcag     1320

aacagatata tggaatcccg ttcattcgga tatggtaaaa accgtattgc agtagttgtg     1380

ctgaatggga aaatggtcgg gaagatcgac ctgtttacga atgaattgaa gaaatattcc     1440

ggtattgaag atgtcgcttt ctcttccgca aaggtcggag cagaagagtt ataccggggc     1500

ggcggagcag aaaagaataa cgaaatgatg tattttcatt atttgaatgt ttcgcccaac     1560

ttcctgtcag tgatggatat cccggtaatg gagggaaggt gtccccgcca ggaagaccgg     1620

cagtcaaagg atttattatt cgtctttaac cggaaagcga aagaagaata cggactggag     1680

gtcggggaca ggctcattac ctactggaag gataaaggaa tggttatcgg gatcacggat     1740

gaattgaaaa taaattcttt gcggaccggt gcttacccgt tggctttcgt cattaatgaa     1800

aagaatgccg gcatgccggt tgcctgtata aagataaggc aaggggcgga tatggaaaag     1860

gcgacagagc atatacggca aacatttaaa gagatcgatc ctgcttatcc tgttgaaata     1920

gagtattatg aaacgattat caggcaactt taccgggatg aaatacgtac cggacggatt     1980

gtttccgcct catgtcttgc ctctgtcctg atctctttgt cgggtatttt gggattggta     2040

ttatttgaaa cccaatatcg gcgtagggag attgcgatac ggaaagtact cggtgcgacc     2100

gtaaaagatg ttttataccg gtttaacagg acgtatctga tggtattgat cgtgagtttt     2160

gttatctctg tacctgtatc catctatttt gcaggtgaat ggttgaagaa ttttgcatat     2220

aaagttccgc tagactggat ggtttatgtg gtatcgttct tctccatcct gctgctaact     2280

gtttttgttg ttaccctgca aacctggagg acggcaaacg aaaatccagt gaattccttg     2340

tctgtcaatt aa                                                         2352


<210>  1341
<211>  4017
<212>  DNA
<213>  Parabacteroides

<400>  1341
atgaaaactg gtaatacaat tttgcatatc ttgcagtgtc aaacaacaaa cttatatatg       60

agctatctga agttgatctt atctatactt ttcctgtctt gttcctgctg gctttttgca      120

gaagaaagca attacctttt ccggcattac caggtggaaa acgggttaag cgataatatg      180

gtgacctgtt gcgtacagga taaaagcggc tatatatgga tcgggacacg tgacggactg      240

aaccgtttcg acggctatac atttaaagta ttccggaatg acccggacgt cccggaatcg      300

ctcggcaaca actggatcac acatctggac tgcgaccgtg acgggaattt atgggtgggt      360

accctttccg ggctatacca gtacaatgag gccaaagaat catttctgca tgttcctttc      420

accaaaaata aagggatcga cctattccgg tttgataaaa ataatcagct gtggttgctc      480

atggacggaa cactgataca atataatgta tccgacggac agtttcatat ctttgccggt      540

aataacggac agacctatac ctccttttgt atcatggcag acaattccct ctggctgggt      600

gattcggaag gctttatctc tctgttgaac ccggaagacg gcagtctgga atcgcacaac      660

ctgtttgccc attcacctgc cactacctcc cggaagttat ccatgctatc cccctctcct      720

tcttctgcca acatctatgt ggcatttgag catgatgacg tgaaaatatt caacgttctt      780

tcaaaaacct atcaggacct gaatatccag gaaaaaaatc aactgactat cctgatcaac      840

tgtttcctcg aaaaaaacca gaaagaactc tggatcggaa ccgactcggg cctgttcatc      900

tatgacctgg acctcggaac ctgcaaacgt atcaggcagg acccgttaga cccctatgca      960

ctatccagcc attttgtctc agccttgttt aaagaccgcg aagacggagt ctggatatgc     1020

ttccaccaga acggagtgaa ctactactct cccttccgtc ctttcaacgt atattatccc     1080

tggaacgaaa cgcattcgct gaaaggagaa gtaatacgcg acatttgtac agacatctac     1140

gggaatatct gggtagggac agaagacgcc ggcatcaatt gcctggaaaa gaaaaccggg     1200

actttcacca actaccagcc tgtccccggc atgaaaagtc tttcacacac taatatccgg     1260

ggattggcgg cctccgggga taacctgtgg ataggccatg tgatacacgg catcgacctg     1320

atggatatac ggacccggaa agtaatcaaa cactacgacc tgctgaaaga tgcacaaacg     1380

gtaaagaaca gtaccgtcaa atgtatcaag gtcctgcgtg agggagaagt actggtcgga     1440

acggaagacg gcattttccg ttacgattac ctgaacgatc gctttgtcta tgctacccaa     1500

ttcccgccat tcgccgtcaa ctgcctgtat gaggaccggg tcggaaagat atggctcggt     1560

atgttcaacc gcagctatta tttcaatacg atcagcaata gcggcatgta tctccaatat     1620

gataaactga acacccagcg ccacaattca gtaaacgatg cctgtgaaga caaatccggc     1680

aatatgtggt ttgccacggt ggaaggagtg atcaaatatg actttcaaac cggcgaatca     1740

ttacattata cggtgaaaaa cggtatgccg agtaacgttg ctttccgtat tctccccgat     1800

gataataatc atatctggat cagtaccgca aacggattgg ttcgccttaa cacacagacc     1860

gaagaaatca cgacctacac ggaagcacac ggcctcgtta cccggcagtt caattataac     1920

tcagctttca aagatgaaga cggtaccctt tattttggta cagtgaaagg atttatacac     1980

ttcagaccga cggatgtacg tccggcagac gaaaagatgg acgtacatat cagttccctg     2040

gatatacaga acggagcaga cggaagaaaa gttatcaaca gttcagccgt atcggaagtc     2100

aaaagcatta cactaaatca taaagaatcg tctttcaata tcaatttctc agctctcaac     2160

ttcatagctc ccggttcggt tcaatatgct taccgtatgg ttaacctcga cagggattgg     2220

atttcactcg gagaacgtaa catcgtttac ttcaccgatc tgcatccggg cagctataca     2280

tttgaagtaa aagcagccaa tcttgccaat agctgggggg atgatattac ccgactgcat     2340

atcacggtac tccctccctg gtggacatcc actacagcct atgtaattta tgctttcttc     2400

ttccttgtaa tgattattta cctgatcttt tcctggcaaa agaaagaaag aaggaatatg     2460

gcatacaaca tgcagatatt tgaaagcaag aaagagaaag aactttacca ggcaaagata     2520

gacttcttta tcaacatcgc acatgagatc cgcacgccac tcacgctgat caagaatccg     2580

ctggaacgcc tgctgaaatc ggacaagatc ggagaaaaag agaataactc actgacactg     2640

atggataaaa atgtatcccg cctgttatca ctcgtcaacc agttgctgga tttccggaaa     2700

acagagatag aaggttatcg tctgaacttt gtccgcacgg aagtcgtttc actcctttcc     2760

gagaccgcca aacgctttca ggatatagcc acggagaata atctcctgtt aaatctggat     2820

ctgtctgtac aggagctata tgtttttgtt gaccgcgaag ctctcaccaa gataatgagc     2880

aacctgtttt cgaatgccgt taagtatgca gccaagagca tcgtggtgcg cttgcatcta     2940

tcttccgatt acgaaacatt catgatcgac tttatcaacg acggggttcc cgttcctatc     3000

gatatgaggg ataaaatatt cgaacctttc taccgtatca aagggaatga agacaagcca     3060

gggaccggtc tgggattacc tttagctcgc tcgctagccg aaatgcatca tggaatactt     3120

gaattggttg acttccagaa caaccagaca atgttccgta tcaccctgcc ggtaaaacaa     3180

accggagcag taaaaacaac agacgaggaa tctcagccac agacatccct tcctaaaata     3240

acttatacct gcgaagaggg gcgtccgacc gtcctgatcg ttgaagacaa taaggaaatg     3300

agtgctttca tcgcagacga ggtcaatgag aactataatg tattggtggc cggtaatggc     3360

tccgaggcat tggactggtt gaaaaaacaa agtgtacaac ttattataag cgatgtcatg     3420

atgccggtaa tggatggctt cgccctcctc caacacgtaa aagcggatat tgaattcagc     3480

catatcccga tcattttatt aacagcaaag aataccatgc agtcacgcct ggaagggttg     3540

gaactcggag cagatgctta tatagacaaa ccgttctcca ccagcttgct gatggcacaa     3600

atttcaaatc tgttatcaaa ccgggacaat atccgtaagt tctatttcaa ctcaccgatc     3660

gccaacatga aatcgatggc ttacaccaaa gcagacgaag gtttccttga aaaattgaac     3720

gagattatca acgaacatat tggtaatcag gacctggatg taaacatgat cgccgacctg     3780

atgcacctga gccgcccgac actgtaccgt aaaatccgtg ccatatcaga tcttactccc     3840

aatgaactga ttaaaatcag ccgtttaaag aaagcagccg aactattgct acagggaaat     3900

atgaagatat atgagatatc ggatgcagta ggattcagtt cgcaatctta tttctggtct     3960

gcatttatca aacagtttgg agttagtccg tcaaaatatg caaaagaaaa caggtaa        4017


<210>  1342
<211>  1962
<212>  DNA
<213>  Parabacteroides

<400>  1342
gtggcctatg ctgccggtat tccgcacttg cttccctggc cgcaacaggt agactggaac       60

aagcaaacgt tttccggaaa agaaatcgcc ctccaggcag aaggaaatac ggagcagatg      120

gttacggcct ggttgcagga gaataacatc ggcatcaacc ccgccagcaa acacaaatta      180

cagataaaac ttgtaaaaga actgccggaa gcaaagctga acgcaaacga agcctataaa      240

ctgcaagtat cctcccaggg tatcaccatc gaagccacca cggaacaggg agtgtactgg      300

gccatccaaa cccttcgcca actaacggaa aagaaaggaa acagagccca tatcacggga      360

tgtcggatta cagactggcc tgccttccgt atccgcggat tcatgcagga cgtaggccgc      420

agttatatct ccctggaaga actgaaacgg gaaatagcca ttttatcccg ttacaaaatc      480

aatgttttcc actggcatct caccgagaac cagtcctggc gcctggaaag caaagtcttt      540

ccgatgataa acgacagcat caatacaacc cgcatgccgg gcaaatatta taccctgaaa      600

gaggccaaag aactcgtttc tttctgcaaa caacaccagg tgatgttgat acctgaactc      660

gacatgcccg ggcacagtgc cgctttcgaa cggaccttcc gccacgacat gcaaagtccg      720

gaaggaatga aaatactgaa actgctcata gaagaagtct gcgaaacatt cgatacgcct      780

tatctgcata tcgggaccga cgaagtggag ttcaccaatc cccggtttgt gccggagatg      840

gtcgcattcg tccggtcgaa aggcaaaaaa gcaatctcct ggaaccctgg ctggcattac      900

caaccgggtg aaatagatat gacacacctg tggagttacc ggggaaaagc ccaaccggga      960

ataccggcca tcgactcccg tttccattat ctgaaccatt tcgatacctt tgccgacatc     1020

cgtgctttat acaacagtac cgtctacggg cataccgaag gtagcgatga tatggcaggt     1080

gtcatcctgg ccgtctggaa cgaccgcctg gtacaaccgg aagaaaacat gatacgggaa     1140

aaccacctgt atcccaacat gctcgccata gccgaccgtg cctggcgggg aggaggctac     1200

gaatacttcg ataaagaagg gaccaacctg tcttccgaag acagccgcgc atacacttcc     1260

tttgccgaat tcgaacaacg aatgctctgg cataaagagc atcatttcaa aggttatccg     1320

ttttcatacg tcaaacagac aaacgtgaaa tggcgcatca ccgacgcatt ccccaataac     1380

ggcgacctga atagcgtgtt cccgcccgaa acagccttgc aaaacagcta tacctacgac     1440

gggaaaacct acgaaacaaa cgaaacgatc ggtgccggaa tctatctgcg ccacgtatgg     1500

ggcacactcg ttcccggctt ttacaaagac ccgaaagaaa accataccgc ttatgcctgg     1560

acctgggtat attcgcccaa agaccaggaa gcaggggcct ggatagaatt ccagaactac     1620

ggccgttcgg aaatggacct ggcgccaccg cagggcaagt gggactacaa aggtagccgc     1680

gtatggctga acgaccaaga actgcttcca ccggaatgga ctgcgaccca taccgtaaaa     1740

tcgaatgaaa tcgtgctggg gaatgagaac tgtgttgcca gggaaccgct cagggtacat     1800

ctgcaaaagg gatggaacaa ggttttcctg aaacttcccg tcggaaagtt cacgcttccc     1860

gaagtcaggc tgaacaaatg gatgttcaca ttcgtctttg tcaccccgga cggtgaaaag     1920

gcggtagacg gcctggtcta ttcaccggat aaaaagaaat aa                        1962


<210>  1343
<211>  1431
<212>  DNA
<213>  Parabacteroides

<400>  1343
atgttgacag taatgatttt tgtttttctg attggatact tatgtatagc tttagagcat       60

ccgctaaagg tgaacaaagc cggaacagcc ctactgaccg gaacaatact ttgggtttta      120

tacacatttg ctgcacctga tctgatcccg accgcatcag ccgaagaatt taaagaattt      180

ctagatgcct atccggctat agcagatctt ccttttgtag aacaatgtac ccgcttcgtc      240

gttgaacacc aggtactgga cagtatcgga gaaattgcag aaacattgat ttttttgatt      300

ggcgcgatga ttaccgtgga gttgattgac gctcacggcg gtttcatgtt tatcacaaac      360

cgtatcaaaa ccaaccagaa aaaaaaatta ttactactgg tcgcatttat tacttttttc      420

atgtctgcca tactcgataa cctgacaact tccatcgtta tggttatgct aatgcggaaa      480

ctactgggga actacaaaga acggtgggta ttcggcagcg tgattatcat tgctgcaaac      540

agtggcgggg cctggtcacc aattggagac gtgacaacca tcatgctttg ggtcagagga      600

aacatttcct catcctcaac tattccacac ctgattttgc ccagtctggt gtcaatgata      660

gtacccgttc tcatcatgat gcgtttcctt catgggaaag tgactccgcc cgatgcattt      720

acctataatg aaaatgacaa actactcaaa gaattaagaa ccaaagaaaa actctcgata      780

ctgatactcg gcgtattatg tcttatattc gtccctatat ttaaaacgat cactcatttg      840

cctccgttta tgggtatcct gatgggagtc ggtattttat ggatctatac agaattaatg      900

tataaacgaa atattgtcaa tgaagacctt aaacttcgtc tgtcaaaaat agtgcgtcgt      960

atagacgggg caaccctatt attcttcctc ggaatccttt tggctgtcga cgcattgcgg     1020

tgtagtggtg tattgacaga tttcgctttc tggctggatg aaactgtcgg aaatgtatat     1080

gctgtaaacc tgatcatcgg tactttatcg gccgtagttg ataatgttcc gctggtagcc     1140

ggagctatcg gcatgtatcc ggttgcaaca gacgctatca tcgcaacagc aacagatccg     1200

acttatatgg caaactttgt tcaggacgga atattctggc aattcctggc ttattgtgcc     1260

ggagttggag gcagcatgct gatcataggt tcggctgccg gagttgtcgt gatgggattg     1320

gaacgcatca atttcatctg gtatctgaaa aacatatcct tgctggcctt gatcggatat     1380

ctggccggtg caggagtata tattcttcaa aatgtagtat taggattata a              1431


<210>  1344
<211>  843
<212>  DNA
<213>  Parabacteroides

<400>  1344
atgaaaatag taaacagcat tcaagaattg aagcgttatc ttgccgaaga aaggcagcat       60

aacaagcaaa taggctttgt tcccaccatg ggagcattac acaacggaca cctgagcctg      120

gttaagcgtt gcgtggaaga aaacgatgtg tgcgttgtca gcgttttcgt aaatccgacc      180

cagtttaatg acaaaaatga tttggcgact tatccccgca cgttggataa ggactgtgca      240

ttattggagc cggccggttg tgattatgtt tttgctccga cagaggcgga gatgtatcct      300

gaaccggata cccgcacatt tgatttcgga acagtatcgg ccgtgatgga aggggcgcgc      360

cgtccgggac attttaacgg ggtggcccag attgtcagca agctgtttta tgccgtagag      420

ccggataatg cctacttcgg agaaaaagac ttccagcaga tcgctgtcat ccgtgccatg      480

gtaaaacagt tgaatatccc tgtaaagatt aacgcctgcc cgattttgcg tgaggacgac      540

gggttggctt taagcagtcg taacgttcgt ttaacaccgg aacaacgtca aaaagcaccg      600

ttaatagcac gtacgttaaa agaaagtact aactttgcag ccggaaaaag cgtacaggag      660

gttattgatt atgttgtgaa tacgattaat gccgaccctg ttatgcgggt ggaatattat      720

gaaatcgtag acggaaacac catggagtcg atcaaaaact ggtcggatac cgattatgca      780

gtcggctgta tcacggtcta ttgcggtgaa gttcgcctga ttgataatat aaagtataag      840

tag                                                                    843


<210>  1345
<211>  2880
<212>  DNA
<213>  Parabacteroides

<400>  1345
gacggtgacc agatggctgt tcacttgcct ttaggaaatg aagctgtact ggaagcacag       60

atgctgatgc ttgcttctca taacattttg aacccggcta atggtgcgcc tatcaccgtt      120

ccttctcagg acatggtgct tggtctgtat tatatcacca agatgcgtaa gggtacatta      180

ggagaaggtc tggtattcta cggaccggaa gaagcgacta ttgcatataa cgaaaagaaa      240

gtagatatcc atgcacctat caaggtttac gttgataacg tagaagaaga tggcaagctg      300

gtgcgtaaaa tgatcgaaac atctatcggt cgtttgatgg taaatgaatt cgttcctttc      360

gaagttggtt atatcaatga agtattagga aagaaatctt tacgtgatat tatcggtaaa      420

gtaatcaaga tatgtggtgt tgcccgtacg gctcagttcc tggatgatat caagaacctg      480

ggttactaca tggcatttaa gggcggtctg tcattcaacc tggccgacgt gcttattccg      540

ccagaaaaag atgacctggt aaaagaaggt tacgatgaag tggaacagat tctggctaac      600

tatagcatgg gtttcattac cttcaacgaa cgttacaacc agattatcga tacttggaca      660

catgtcaaca gtaagttgtc taatatcctt atgaaacagc ttactaatga taacgacgga      720

tttaactctg tattcatgat gatggactcc ggtgcccgtg gttctaaaga acagattcgt      780

cagttgtccg gtatgcgtgg tttgatggca aaaccgcaga agagtggtgc tgaaggtggt      840

cagattattg aaaacccaat cctttcaaac tttaaagaag gtttgtctgt gttggagtac      900

ttcatctcta cccacggtgc tcgtaaaggt ttggccgata ccgcgttgaa gactgccgat      960

gccggttacc tgactcgtcg tctggtagac gtatcgcatg acgttatcat caatgaagaa     1020

gactgtggta cgcttcgtgg tctgatttgt acggaattga agaataacga agaagttatc     1080

gcttctctgt atgaacgtat cctgggacgt gtatctgttc atgatatcca gcatccgttg     1140

actggtgaat tgattgttgc tgccggtgaa gaaattcgcg aagacgctgc taagctgatc     1200

caggattctc ctatcgaaag tgtggaaatc cgttcggtac ttacctgtga atccaagaaa     1260

ggtgtttgtg ctaagtgtta cggacgtaac ctggctacag gccgtatggt tcagaagggt     1320

gaagttgtcg gggttatcgc agcacagtct atcggtgagc cgggtacaca gttgacactg     1380

cgtacattcc acgtcggtgg tatcgcatct aacattgcaa cagaaaacag tattacatct     1440

aaatacgacg gtattctgga aatcgacgaa cttcgtgccg tagaagctga tgatgcatca     1500

gcaggtaaga agtatcaggt agtagtaagc cgtctggctg aaatgcgtat cgttgatccg     1560

aatacgaaga ttgtattact gactcataat atcccttacg gttctaaatt gttcttcaat     1620

aacggagaca agattagcaa gggggacgta attattgaat gggacccgtt caatgccgtt     1680

atcgtatcgg aagtttccgg taagatcgaa tttgaaagcg ttgtagaagg tgttacttac     1740

aaagttgaaa gtgacgaaac tacaggtttg aaagaaaaga tcattatcga gtctaaggat     1800

aagacaaaag ctccggctgc tcacatcgtt gatgaaaacg gtaattatct gaaaaactat     1860

tcattgccgc tgggcgctca cgttgtcaaa gagaacggcg atcctgttaa ggctggtgaa     1920

gttttggtta agataccgcg tgcagtaggt aaggctggtg atatcaccgg tggtcttccc     1980

cgtgttaccg agttgtttga agctcgtaac ccatctaacc cggctgtcgt ttctgaaatc     2040

gacggtgaag ttggattcgg taagatcaaa cgtggtaacc gtgaaatcac tgtaacctct     2100

aagttgggtg aagtgaagaa gtacatggtg ccattgtcaa aacagctttt ggttcaggaa     2160

aatgactata tccgtgccgg tatgccgttg tccgacggtg ctatcactcc ttcggatatc     2220

cttgctatca agggcccgac ggctgttcag gaatatatcg tgaacgaagt acaggacgtt     2280

taccgtctgc agggtgtgaa gattaacgac aaacacttcg aagttatcgt tcgtcagatg     2340

atgcgtaaag tagaagtggt tgatccggga gatactcgct tcctggaaca gcaggtggtt     2400

gataagctgg aagtaatgga tgagaacgat cgtatctggg gcaagaaagt tgttatggat     2460

ccgggagatt ctcagacaat gcaggctggt cagatcgtaa cagcccgtaa gctgagagac     2520

gaaaacagta tgttgaaacg tcgtgacatg aaacttgtag aagttcgtga cgctgttcct     2580

gctactgcaa atcagatcct tcagggtatt acacgtgctg cattgcagac aaacagcttt     2640

atgtctgccg catctttcca ggaaactacg aaggtgttga acgaagctgc tatcaacgga     2700

aaggtagacc gtctggaagg tttgaaagaa aacgttatct gcggtcactt gatcccggct     2760

ggtacaggtc agagagattt cgacaagttg gttgtcggtg ctaaagatga attcgaacgt     2820

atctttgcca accgcaagaa tgttgttgat ttcaatgcga tggacagaga tgatgagtaa     2880


<210>  1346
<211>  2886
<212>  DNA
<213>  Parabacteroides

<400>  1346
atgaaaaaga ttcttatact tattgttttg ttgggattac tgtatcctga ccgaccgctt       60

gcacagaata gtatcaagct gtatccttat caaatgatcc cgtctcatca tcccgattac      120

ctgcgtcatc atgtgaaatc gccggatgct tctttctttc atgacaaaat tcaatttata      180

gcacttcgtg acctttccgg agattataaa caaaaactcg atcagtgggt ggataaggat      240

aagctcgggg atattttgtg ggtttcctat ccgctggttt ttcaggataa tctgaaagag      300

gtcgttgccg agataaagaa aagaaacctg tatctgtttg acctttgggg atatatcccg      360

ggttcggggc ctggcggata ttggacgcag ttcgttattc ccgacggtgt actcgatctt      420

ttcgagaaag aactgggcga ccgttggctg ggtatggata acggtgaaca ggatggccgg      480

tatgtcggta gttttgctcc gcgaatgtat ccgttgggtg cagaccgcaa acaacaatac      540

tttaacttcc agcgtcattt ccaggaaatg ggcgatcagt tggggaataa aatggcaact      600

cttgtctccc tgaactttgg acattatttc ctgaaagaag gagtttatac attgataggg      660

gcggaaacgg cccagggatt gcctaactcg cagatttatt attcctttat ccgcggagcc      720

ggtaagcaat atggcgttaa ctggtttggt aatgcttccg tatggaaccg ttggggatat      780

aagacatacg attcgaatgc taccggtata gatgatgact acaacagtgg cggcccgttg      840

aaagggacct cgctcggatt gctgaaacgg ttgatctata ctcatttgat gtacgattgt      900

gtggctgtcg gtttcgaagg gtccatgcgg atagacgaca agaagctgag tcctatcggt      960

aagatacagc aaagtgcggt taaatgggta gataaatacg gtgatccggg tgtgatgtat     1020

acaccggttg ctttgatgac cgatttcttt tccggctggt ctttcccgcg tcatctatat     1080

tccaggcagg cttataaagt gtggggaaat ctgccgtatg agttgccgga ttatctgacg     1140

gacgggatgc tcgatatttt atatcccggc tatcaggatg cttcctatta taaagatgaa     1200

agagggttta ttgcccctaa tccttatggc gatattgccg attgtctgat gagtgatgcg     1260

ccgcaatggg ttttgcagca gtatccggta ctggtcattg ccgatgagct tcgtccggga     1320

aaagaaatca acgataaact ggaaacttat gtgaatgaag gcgggcatct gattatcact     1380

gccggttcac tgaaaaacat gccggacgga attgccggtg tccgtgccgg aaacaaaacg     1440

accgtgtgct caggtccggt gacttacaaa ggacagtcgt taaacgagcg tgttccttat     1500

accttgtcag aactgattta tccggcatct gcgacaatcc tgcaaaaatc gaacgaactg     1560

ccggccgcta tcgagttgaa taccggaaaa ggaaagatta ctgttatcgc atcaccttac     1620

ggtgttaccg aacaaccgca atgtgaactt cctgtcaagg tgaaggaaga aatgccgctg     1680

gataaacctt acccgatatt aaatcatgtg aaagcattga tgggagatat tttctcttcc     1740

gtacaactgt tcgaaaccaa cccggaactg agccttgtaa cctgttccag aggcaatggc     1800

gaatatactg ttctgatatc caacgaacat tggacaccga aggagttttc catccggaca     1860

aagaccggaa agattgtttc tatcaaagaa ttaccgacag actgttcgga aatgaaagcc     1920

gttggatata cgcctaaagt ggctgtaaat acctccttcg gtaaaaatac ctccaatacg     1980

attgccggcg gtaatgtgcg cgttttccgt gtccggttga atcatgaagc ggatataacc     2040

attatgccgg aaagtacccc ggtaccgaat gttacgggac gttcgcttgt tttacgcaat     2100

atctcggatg taaaggaaga gattttgtcg cgtccgactt tcttcgaaca ttatgaccgt     2160

gtggtgattg actggcgtta tctgaataat aaggaaaaag aaacgttgaa gcatgaatcc     2220

ggttggttgg gacgccagaa attgaaaata acggtagatt tgacttccgg attgaatctg     2280

tatcctgatt tgaggatcgt aaataatgat cctcctttct atcagaagag catggatatc     2340

atgaagcgtg ttattgataa gatggaaata ttgggtgccg atgaattatt gatttctacc     2400

cagcggacca ttgaaaataa ttatacgatg gaacagttct atgcttcttt gaaagaatcg     2460

ttccaggttc tgtctgatta tgctgcggaa aagaatatcc ggttggtatt gcggcaagcc     2520

gtttcccgta ccccggatac catagagggg ttgcagaaac tggtgaatga ggtgaaccgt     2580

ccgaacttta ccctggctcc ggctttatct ttgttgttga acgatgaagc gaacctggac     2640

gctaatcttt cccggttgaa acggatggat ataaaggatc tttttatttc cgtcccccaa     2700

aaagatattc acaatcaatt atggaatacg aatgctccgg tttataaatc cgggcagaca     2760

gaaactatac gtaagatatt atctgcattc ccggatgcgc attatattat ggatggcctg     2820

tataattcgc aggatgaaga atatctggac ggaaaagaat tagacaaact tgttactaaa     2880

aaataa                                                                2886


<210>  1347
<211>  2259
<212>  DNA
<213>  Parabacteroides

<400>  1347
gtgaatttca acaaggcaat ccctaattcc cgaaatatat atgtcagtgc atctcattat       60

tttcctgtct cgaatgaatg tataacaagc ttcgaatcaa attctatgct gtcaaaagtt      120

ttggaggacg aatttccgga agtgaagagt tgtagcagat atagtgctca gccagtcgtt      180

tttgtccctg aaaatacaac agactctttt gaagaaaagg gagcttatgc cgattccact      240

ctctttaatc tgatcggtat gaagttcata agtggtgatg cctcttccgt tttcgaaccg      300

caatattcca ttgtcctcag ccggtcgatg gctcgaaaga tatataacga agaagatccg      360

ataggaaagg ggttgattca tgaaggagtt atatatcaag taacgggtgt gtttgaggat      420

atgcccggta atacttcgtt ccaatttgaa tggctgatac cttttcgtgt cttcgtagag      480

gaaatgaaaa aagtatttaa tgtaaacgaa tggggggctt cctggctgca aacttatgtc      540

gagttggaac cgggagtgga tctggagcag ttgaatgaga agctgaaagg actcgctttt      600

cgtaaagccg ggccggcttg tgagagtatt cagatattcc tttatcctct taataaaatg      660

cttttgtatg gtcagtttaa agatgggata gaaactggtg gcggctacat aaagactgtc      720

tcccttttct ttctgatcgg agtgttgata ctcctgattg cctgtatcaa ttttatgaat      780

ctatcgactg cacgttccca aaaacgggcg ttggaagtcg gagtgcggaa aaccttcgga      840

accaaacgaa aacacctgat ccggcaattt ctggtagaat cggggttgat aacatcgata      900

gctcttttgc tgtcggtcgg attgatctgg ctgagtcttc cctggtttaa tgaatttata      960

ggcgttcaat tatcctttag tctgctcgat ccgacgattg tgaccggact ggtggcgatc     1020

ggattgtttt gtacttttct ggccggtagt tatccggcgt tgtatctgtc ctctttcaat     1080

ccgttgacaa cgctgaaaat gcagaaagtg agtaaagggg gaagtgccgc atggatacgt     1140

caggggttgg ttatctttca atttacgatg gcatttatcc tgatttgtag tactttcgtt     1200

atttatcttc agatacagct ggtacaaaaa cgggatatcg gaataaaaaa agaaaatctg     1260

gtaagttttc cggccactga agaattgtgt aatgcgtctt cggctgtgcg gaatgagctg     1320

atcaataccg gtgtagtaga aaattgtggg ttttcagcca gtccgattct gaaatcgagt     1380

atgcgtacca atccctggta ttggaatgga aaagatccgg aagatgatgc ctatatttct     1440

tttaattttg tgtcggaagg tttgatagat gctgccggga taaaactgct tgacggaacg     1500

gatatcgatc cggctaagaa aaataataag ggaggggcag gaatccttat caatgagact     1560

ctggcaaaaa gaatgggaag ggaaggccgt gtaggaggac aaatcggcca gtcgcctgat     1620

cacaaatggg agatagttgg tattatgaaa gatttcgtgt tcgatgattt ttatacactt     1680

gagccggcgt ctgctttgtt tttctatgat cctcaaagaa cgtatatatt gtttgttcgt     1740

ctgaaaccgg atatcgatac gtatgaagcg atagggcggg tacagacggt attgcgttct     1800

tttacaccgt atcatgcgtt tgagccgacc tttatgaccg accgtttcga tgatttgttt     1860

gaggatgaac atctggtaga aaagttgtct gccttatttg ccatgctggc aatttttatc     1920

tcctgtttgg ggttactggg attaagtgcc ttttctgccg aacagcgaac aaaggaaatt     1980

ggtgtccgca aagtattggg ggctaaaata atagatatac tatttttgtt gggaaaagcg     2040

tatatggtac ttttacttat ttcttttgta ataggtattc ctgtctcttt atatgccgct     2100

aaccactacc tgaaggatta tgcctaccgg attacactcg gttgggatat ttttgcagga     2160

gtggccttgc tgataaccct gattgctttg ctgacggtta gtttccaatc gttaagagcg     2220

gctctcaaca atccggtgaa gtctataaag acggagtaa                            2259


<210>  1348
<211>  1761
<212>  DNA
<213>  Parabacteroides

<400>  1348
atgttgaaac aactaatata cgggatactt ttttcactcc tcctgctgac gggaatcaac       60

cccttgcatg cagaagagac ccggaaagac actcccacca aggcaaaaga attaagtgaa      120

gccgaacaac ggaaattcga ctatttcttt ttcgaagggc tgaacctgaa aacagccgga      180

aagttcgatg ccgctttcga cgctttcaac cattgcatgg ccatcgactc gacggcatct      240

cctgtactgt atgaactttc atcgttctat gtgcagatga accggccgga aaaggcggtc      300

gagatgttgc agcgtgccgt agccaatagt acggacaact tcacctaccg gatggcactg      360

gctactatca gccgcaacct gggtatgtac ggagaagcag ccgaggaata tgagaaactg      420

gtaaaagcct ttcccggaaa accggaactg aactattacc tggcagaagc actgacacag      480

gaaggcgaaa ccggcaaggc tatcgatgcc tacaacgccc tcgaatcgtc catcggcatg      540

aacgaggcgc tctccatgca gaaatacaag ctctacaacc agctggaaca atcggatgcc      600

gctttcaacg aaatagaaaa gctggctatc aaatatccga tggaagcccg ctaccaaatc      660

attctgggtg accttcacct ggaaaagaac gacacgataa aggcgcgcgc ctactaccag      720

aaagcccatg agatcgaccc gggtaaccct tactacatcg tctctatggc caactactac      780

gaagcgaccg gcaacaagga tgccgccgaa acgcagatac gcaacgccct gatcaatgaa      840

aaactcgacg tagacaccaa agtcgccatc ctctcccgtt atatcctgaa gttgcaacag      900

acgaagaaag ggacggacag cgccaacgct ttgtttcaga cattgctcga acaacatccg      960

gaagacaccg acctgaaaca gatgtacggc agcctcctga tcgcgcaggg gaaaacggac     1020

gaggcccgtt tccagttcca gcttatcaca gagatggagc ccgaaaacgc tgctgcctgg     1080

caacaattgc tgaatatgtc gctgaaagcc gaagatattc ccgaagtgat ccgtatctgt     1140

accaaatgcc aggaactgtt cccggatgca cccgaatatt atttctatct gggtatcgct     1200

tattaccagc aggagaaata ccaggaagcc ctgaacacct actatgcagg tatcaacatc     1260

atcccgacgg ataatccccg gcttaaatcc gatttctacg gacagatcgg cgacatctac     1320

tatcagatga aacaaatgga ccagacatac aaggcttacg acgaagcact gaaatacaac     1380

gacaacaaca tcgttgtcct caacaactac gcgtatttcc tttccctgga taaaaaagac     1440

ctgaaaaagg cggaacgcat gagcgcccag tgcatcaagc tcgaaccgga caatgcgacc     1500

tatctggata catacgcatg gatattcttc gtacagggca actacaccct ggccaagatc     1560

tacatcgaaa gcgccctgga gaaagacacg acgaaaagtt cggaactggt agaccattac     1620

ggcgacatcc tgtatatgat aggagacaag gacaaagcca tagaacaatg gaaaaaggcc     1680

cgcgaaatgg gtaaagaaag cgaaatactc gaccgcaaga tcatagaagg caaatatatc     1740

gaagaggagg aagcaaaatg a                                               1761


<210>  1349
<211>  1560
<212>  DNA
<213>  Parabacteroides

<400>  1349
atggcaaatg taggaaaagc agtaaaactt ggagttttta ctcttgcaat tatgaatgtt       60

acggcggtag tgtctctccg cggactacct gccgaggctg tatacgggtt aagttcagcc      120

ttttattact tattcgcggc aatcgtattt ttgatcccta cgtcgctggt ggcagccgag      180

ttggccgcta tgttccagga taaacaaggt ggggttttcc gatgggtggg ggaagcttac      240

gggaaaaaat ggggtttcct cgctatctgg gtacaatgga ttgaaagtac gatctggtat      300

cctaccgtgt tgaccttcgg tgctgtttcc atcgccttta tcgggatgaa tgatgcgcat      360

gatatgacac tggcttcaaa caaaatgtac acgctggctg tggtgctgat catttactgg      420

ctggctacct ttatttcgtt gaaggggtta agttgggttg gtaaggttgc taaagtgggt      480

ggtattgtcg gtacgatcct tccggctgcc ctgttgatta tccttggaat cgtttatctg      540

tctatgggtg gtcattcaaa catggacttc catggtgatt tcttccctga tttctctaag      600

tttgacaacc tggtgctggc ctccagtatc ttcctgtttt atgcaggtat ggagatggga      660

ggtattcacg taaaggatgt ggaaaatccc tctaagaact atccaaaagc cgtatttatc      720

ggtgcgttga tcactgttct tatcttcgta ttaggtactt tctctctggg tgttattatt      780

cctcagaaag atatcaacct gacacagagt ctgctggtcg gtttcgacaa ttactttaaa      840

tttatccatg cttcctggtt atctccgatc attgccgtag ctttggcatt cggtgtgctg      900

gcaggtgtat tgacatgggt tgccggtccg tcaaaaggta tctttaccgt gggtaaagca      960

ggttatctgc ctcctttctt ccagaaaaca aataagatcg gtgttcagaa aaacattctg     1020

ttggtacagg gatgtgcggt tactttattg agcctgctgt tcgtggtaat gccttccgta     1080

cagagtttct accagatcct gtcacagttg acagtgatcc tttatctggt tatgtatctg     1140

ctgatgttct ccggtgctat cgcattgcgt taccggatga agaaggcaaa ccgtccgttc     1200

cgtatcggta aacatggcaa cggattgatg tggtttatcg gtggtcttgg tttctgtggc     1260

tcgttattag ctttcatctt gagctttatt ccacccagtc agatttctgt cggtagtaat     1320

accgtctggt ttgccgtatt gattatcggt gccattgttg ttgtggctgc tccattcatc     1380

atctatgctt ctaaaaaagc atcatgggtt gatccgaatg cacattttga gcctttccat     1440

tgggaagaag ctaaagttca ggctcctgtt gccggtgcaa cagccactac tcagactgcc     1500

aatacaaata gcacaaatac aactacgaat acaactaaat cgaataatac acaagcataa     1560


<210>  1350
<211>  1176
<212>  DNA
<213>  Parabacteroides

<400>  1350
atgttagact ttaataatac cgagattgca ttttcatcca aatcgcagtc tgaattgaga       60

aacgcttact tactcttcaa tacaataaaa tatccgtggc tggtaaaatg tgccagtttt      120

ggaagtaata tcgccttaaa gattcatttc cctttagcat gggctgtaaa gccaacttta      180

tataaacagt ttgtcggtgg tgagacatta caggattgta ccaaagcgat cgaccatctc      240

cgacagttta atgtgcgttc tacccttgac ttttcagccg aaggcgagca gactcctgaa      300

ggtatccagg ctacatttga agaaacacta cgttcaatcg attttgccaa aggaaatgat      360

aacctggctt atgccgtatt caaaccttct actataacga ccgatgaact tcttgccaag      420

gcttctgaaa aacggggcga actgaccatt gaagaagtaa aagccttccg cgaatttaaa      480

gaacgcttta tggctttctg ccagcgtgct tatgagaacg atgtccgtct gattgtcgat      540

gcggaagatt actgtttcca ggatgcgctg gatgaactga ccgacgaggc gatgcggaaa      600

tacaataaga aacgtgcgat cgtatttgct accttgcaga tgtatcgtca tgaccgtatg      660

ccttacctgc gccgtattct ggatgatgcc aaagaaaaag gatatattgc cggtgtcaag      720

ttcgtgcgtg gtgcttatat ggaggccgaa cgtgcgcgtg ctgcggcttt gggttatccc      780

gacccgatct gcaaggataa gaaggcgacc gatgagaatt tcgatgcggc tgttcgtttt      840

accatggacc atctggagca tttcgagatg tttatgggaa cgcataatga ggaaagtaat      900

tataaactgg ctaagctgat agatgagaag ggtctcaaac gggatgattc ccgtatcttt      960

tttgcccagt tgctggggat gagcgataat atctcattca atctggccca tgaaggattt     1020

aatgtaacca agtatgtgcc ttatgctccg gtaagagacg tattgcctta cctgatccgg     1080

cgtgctgaag aaaacacttc ggtcgcaggg cagaccagcc gtgaactgaa gatgttgcag     1140

tcagaattga accggcgtaa gaagatgaat cgataa                               1176


<210>  1351
<211>  2436
<212>  DNA
<213>  Ruminococcaceae

<400>  1351
atgcgggagg aatacgggag aaaaagccgc cagagcgcgg gcggcgggac ccggggcagc       60

cactccaaac ggtctatatt ccggcgcacg gtcttcctga tggcggtgtg cggtgtgctt      120

atgttcatcc ctctgttttg gaagctgtgg aacatcgcca ttgtcaacca tgactactac      180

cagcagctgg ccaccaagca gcagacgctg gacctgtctg tatcctccag ccgggggaac      240

atttacgacc gaaacggcaa cgtgctggcc atgtcagcca cagtatacaa cctgatctta      300

tcccccaacg acctggaaaa gagcgtgtcc aaaaaggact ttaccgatga ggagggcaat      360

ctggaccagg cggcttacga ggcggcggtg gccgccaagc aggaccagat ggtccgggac      420

ctgatggctc tcgtccccgg cctggacgag gagagagtag atacccaggt gcacgccacc      480

aagtattcct accgtgagat caagaagaac atcgaggagg aggaggccca ggccatccgg      540

gaatacatca ccgagaacaa gacctccgcc tacctatacc ttactcccgg gaccaaacgc      600

tactacccct actccggcct agctgcccag gccctggggt ttgtcaatga cgaggggggc      660

gcctacggga tcgaggcggc gtacaacgac gtgctggagg gcaccgccgg ccgggtggtc      720

accaccaaga ccggagcggg cacccagatg tacaacgcat actctgattt cgtggacgcc      780

attgacggct atgacttgac cctgactatc gacgctacca tccagtccta tctggaaaaa      840

accattgagg agggcatcca ggactatgac gtgcgcaacg gcgccttcgc cattgccatg      900

gaccccaaca ctggtgctgt cctggggatc gccagttccc cggactttga tcccaataac      960

tactcaaaaa ttctggatga tatgctgaat ggaaagatgg atgagaacac tcaggccatc     1020

tacgagcagt tgaaggcgga caatccggaa aatctgaccg acgccgagct catggcacag     1080

gcagagagtc aggcatacag tcaggccgtg atgagccagt ggcggagtaa ggccatcgac     1140

gatacctatg agccgggctc taccttcaaa gccctggtgc tggccgccgc cctggaggag     1200

ggggtggtga gtgagagcga caccttttac tgctccggca gcgtgaagat cgccgatcac     1260

acgattcact gttccaaggt cactggccac ggttcccaga ccctggcgga ggcggtgggc     1320

aactcctgca accccgcctt catcgccatc ggtcagcggc tgggcatcga tttgttctac     1380

gactatttcg aggccttcgg catgaaggaa aaaacaggca ttgacctgcc tggagagggc     1440

aagggcgtgg tctgggagcg ggaagacatg attcccactg acctggcggt agcctccttc     1500

ggccagcgat tcaacgtcac ccccctccag atgattcgag gctttgcggc cgtcatcaat     1560

ggcggtaacc tggtaaagcc ctatgtggtc cagtctatca gtacgaagga tggcaccgtg     1620

gtccagaaca cggagaccga ggtcgtccgt caagtggtca gccaggagac cagccagcgg     1680

gccaccgata tcctggagca ggtggtgtcc aaggggaccg gcaggaacgc ctatgtggcg     1740

gggtaccgca tcggcggtaa gacgggctcc tcggaaacag gggagacggg gcgcactatc     1800

gtgtccttta tgggcttcgc tccggctgac gaccctcagg tcatcgtcct gctggcctac     1860

gacaaacctc aggagagcgc cactaacccc aaagaatcca ccacaggggt gtacatcagc     1920

ggcggcaata tggccgcccc aaaagctggc cccctgatcg cccagatctt ggactatatg     1980

ggagtggaga agaagtacaa cgccgacgag tccgccgccg tggatgtaaa tacccccaaa     2040

gtcaccggta tgacagtggc cgatgccaaa aaggcgttag acaagaaaaa cctgaagtac     2100

cgcacagtgg gcgagggaga gagcattacc gctcaactcc ctgccgccgg ggccagcgtc     2160

ccaggaggtt ccactgtggt gctataccta ggggacgcgg tgcccgagga gagcggtact     2220

gtcccagatg tggtgggcat gagctatgag ggcgccaaga aacggctgga ggaggccggg     2280

ttctttatgc gggcctccgg cgtatctgtg tactatagta ataccacgac tgccagtgac     2340

cagagcatcc tgggcggaga aacagccgcc atgggcaccg tggtagatgt tcagttctcc     2400

aacattgtgg aggacggcgc ggtagactcg agatag                               2436


<210>  1352
<211>  4815
<212>  DNA
<213>  Ruminococcaceae

<400>  1352
atgaaacgca agagaactga ttggatcagg agagcggtca gtgtcctgct cacccttatc       60

ctgtgtgccc aggcagcagg ccctatactg gcggtggaag acggggtgat ccggatcact      120

tgcgccgagg accttctgga actgtcccgt aattgtgcgc tggacacctg gtcccagggc      180

aagcacgtgg cgctgacagc ggatatctct ctggcgggta cgggatatac cccgatcccc      240

acgttcggcg gtacctttga cggtggcggc tatactatca gcgggctgga cctgtcaagc      300

gggctgaccc cggcgggcgt gttcggcacc ctgcaggagg gcgcggtggt aaaggacctc      360

catgtgaccg gcagtattga gccgtctggc catggctcgt ccataggggg catcgcggga      420

gagaactatg gcgtgatcgc ggcctgctcc ttctccggga cgattaccgg gacagaccgg      480

gtgggaggca ttgccggact gaacgggctg acaggtaaga tccagggttg ttctgccgcc      540

ggaggtatca ctggaaagag catgactggc ggcatcgctg gcgaaaactg cggtgtgctg      600

tcgggatgcc gaaacaatag ctatgtcaat attaccagca cagaccctgg gctcgagctg      660

acgaatttgg atctggatgt gtccaagtcc ctgtttaccc tgagcgcgct ggatacggtg      720

aatatcgcca cggatactgg aggtatagca gggtactcat ctggtatggt tctcagctgc      780

atcaatgccg gtgttgtcgg atatccccac atcggctaca acgtaggcgg cattgcgggg      840

cgaagctgcg gccatgtggc ctactgcgtc aaccgcggac aggtattcgg ccgcaaggat      900

atcggcggta tcgttggcca ggcagagccc tacattgtgc tgaatttatc agaggatatg      960

ctggatacca ttcagaagga gctggaccgc ctgggagggc tggtagaccg ggcggcggac     1020

cacgccgatg gagccgccgg ccggatctca gacaatctgg atgccatcgg agcctccgtt     1080

gatgacgcca ccggacacgc caaggacttg acagatcgtc tgtcagacta cggggacgag     1140

gtgattacag aaatcaaccg gggcagcgac atcctggctg acgccctaga tcagatggcg     1200

gacatctcca gcgatgctac cggctttgcg gaagaactga cggacagttt ggacctgatg     1260

gaggatgccc tgcgggattt ggcccggatc gatggctctc aggcggtaga tgaactggag     1320

cgggcggcgg acagcatcga gaaggccggc cggctgctga aaagcggcat aggaaagatc     1380

atcgacgggt tggaacagct gcggaacttc gtccgcattg aggatgagac tggcagccgg     1440

gaggccctgg aaaagatcga ggagggggtt ggagagaccg cccaggcggc agaggagctg     1500

ggaagagcca tggatctggc ggcccagtcc ggcgtggtgg aagacgtggc cgcccagagc     1560

atggaggagc tggggggaga gatggggcag atttctgatg ccctgaccca ggtgggcggc     1620

ggcgcggaaa ccgtgcgtct gaacatctct ttcgatttgg aggatatccg ggagggcctg     1680

cggcagatcc ggagtggtgt gaaaaacgtg gtggactcct ccggcgcggc catgaaggcg     1740

gtggacagcc tgggggatgc cctggatgag ttgaaggccg tggggcagga actgagtgac     1800

ggcctggacg ccctggcgga tgccgtgagc tcgtttgaac aggcgggaga aactgggaca     1860

gaagtgtttg ctgggctgga ggatctgttc ggctacttgg ctggggtgga ccctatccag     1920

atcgcccacc ctggggagga ggtcagcgcc gcctctgacg ccctctatga cacgatggaa     1980

cggctgaacg accagatggg cctcctgaat gacacggctg ccgcctcggt aggcgacttg     2040

accggcgaca tccgggccat tagtgcccag gtcggggtgg tgacagatac tctgattgac     2100

gccatccggg agatcgaaaa ttacgacctg gaagacagta tctcggatac ctcagaggag     2160

aatatcgacc aggtgaccag cggcaggctc ctgtcctgct ccaacacggc ggccatctcc     2220

ggggatctca atgtaggcgg agtggctggc tccatggcag tggagtatga gctggaccct     2280

gaggatgacc tgatttccaa cagcgcgcct atctaccgga gagcctatga gctgaaggcc     2340

atcctccagc ggtgtaccaa caccggagcc gtagttggcc ggcgggacca tgtaggcagt     2400

gtctgcggcc ggatggattt ggggcttatc ctggagtgtg aggcctacgg cagcgcggag     2460

agcgagaacg gagactatgt gggcggtgtc gccggctatg cggtggggac gatacgggag     2520

agttttgcca aatgcgccct gtccggaaag cgttatgtgg gcggtatcgt gggggccgcc     2580

ggaaccaggg actccggggg atcagtcacc gggtgctgtt ccttcgtcct tatcccagag     2640

tatgaggagt atgccggtgc gatatccggc acagatcagg gcctattcca gaataaccga     2700

tttgtgtcag acgatttggc tggcctaaac cgcgtcagtg ccgccggccg agcggaacct     2760

atttcctacg aacaactgct ccagatggag gatatcccca cccctatgaa gcggctggag     2820

ctgcgtttct gggcggatgg ccgagtgatc cagacggtcc cctttgacta tggcgcttcc     2880

tttgacgatt cgattttgcc ggagatcccc caccaggagg gatgctttgc ggtgtgggac     2940

cgggaggatc tgacggatct gcggtttgac acagatgtga ccgcggtcta caccgcatac     3000

cgctccgcgc tgtcctctgc ccaactgcgg gacgacggcc ggccggtcct ctttgtagag     3060

ggggagttcg accaggggga cagtctggaa gccaggctgc tggaaacggg ggaggattat     3120

cctagacagc tccagaccct ggcggaccgc cgtagggtct tagagcggtg gaaggtgacc     3180

ataccggcgg atggacagtc tattcatacg gtacgctacc tatctcccaa cggaaagacg     3240

gagcggacgg agttctatgc tgtttccgag ggtagatgga cccgtctgga tacggaaacg     3300

gctggcagct atctgctggt ccggctggag ggggataccc ctgagattgc ggtagtgacc     3360

cggactccaa tatggtgggt ctggccgatt gcggcggccc tggtggccgg actcgtgttt     3420

tgtgcggtgg gctgggcgaa acaccgcagg ctgctccaaa gggctgtagc acaggacagg     3480

gaaacgccgg ctggatcagc aggcggcgga aaaaagaccc gaaggactcg gctggccgcc     3540

gcagtgctgg tgctggcctg tttgataggg ggagcgacgt ggttccttgt ttctggaggc     3600

tggaataccg tcgccgctgt ccgtctgctg caccggtatg cccaacagcc cgatctgacg     3660

atagagatgg atgcccaggc ggaggcaggc ggtcggcgct accgcatcga tgccctgatc     3720

gacatcgttc aggtggggga gcatcttacc acgaggctag aacgtgatgg agcggcggta     3780

tattacagtg atgggatgct ctatttagga gatggaacct ccgtccgtgt ggatatgggc     3840

ttcccggact acgcggccct tctggacaca gtggcagggc tataccggga tggggatatt     3900

tccgcctttt ccaacagtgg agagaacata tacagcgtta cagtaagcgg tgagcgggtc     3960

tcctccattc tgaaagcgct ctttcctgat tccgcatcgt atctggcctc cctggagagc     4020

ctaaacttag acttggtcgc gaaggggaat gagctttctg ccctccgact ttggacgaag     4080

ggaacagcag atacgacgga tcacgactgt atatccctgg ccgttgagct gagaatacac     4140

accgcggagg ggaaggtgga cctgccccag cctgtacggg cccgtatcct ggccggggac     4200

cagaaggaaa cggccccaga cctgctccgg ctgctcctgg cttggcggag attgaacgcg     4260

gaggacccac tggtatccag actgtcctac caggcggact gtggcccact ggtagtggac     4320

agcgaactgg agctgttccg gacctatgtg gacggcagag aggtggtcgg gctgagaaaa     4380

agcggccaga ccctgtatat ggtggatgga ggggtcctgg atgagcaggg aggctccgtg     4440

tctggacagg aggagctggt cagcctgccg ggcgtgctgc tccatctctg gctggagggc     4500

ggcctggaat atgaggagcg gaacgggacc ggtctgtaca ccctttccct ccggcaggag     4560

gaaatcgaag aggtgatcca ggcgctcctg ccggaggcgg aagggctgga caccagcctg     4620

actgccggga agctccagat cgaactgaca gaccagggaa tcgaacgtat ctcattccag     4680

gttcgtggca gtgtccatgt cctatctatc aacgcccctg tgtctatatc cggaagcttt     4740

accttccctg aggaaacgga ggagatttca ataccggcgc cagtggagga ggcggtcaag     4800

agagaggagg gatga                                                      4815


<210>  1353
<211>  2406
<212>  DNA
<213>  Ruminococcaceae

<400>  1353
attcagtata cccggattga gggtactgac ttttgggaga aggatacaac atatacactc       60

cccactctgg ataatacacc ggatgaaaag cctggctacg atatacaatg gatgttgggc      120

ggcagcgcat tgacaaacac ggggaaagtg gataccaatc tgacaaaccc ccaggccaag      180

gtgtcctatt ccctgcaaaa ccccacagtc cagttttcgg tggacggcgt cgctcaggca      240

aacgggaacc tgaccgtaga gctagatgac caggaacata ccgccggggt actggtgtcc      300

catccgctgc ttctggaaaa acagggcagc acggaagatg aatatgtcta cttccaatac      360

tgctggtggg acgagtacga ccagacccca aatggcccgc gcagcattgc ggagccagat      420

atcttctcta acagcgaggg aagcggcatc ctgaatcgtg taaagacaaa acgttcagaa      480

attcccattg agagtaaaga ccatgagaga atcagcccca accagtacat ggtagagatt      540

tacggctata tcgtcaggaa tggtggagag ccagaactct tctataaatc acattataat      600

tttatcgact tcggaagcga caacgattac gaggcgacag taaccaattc ttacgttttc      660

caggtgacgg tcatagagcc caagaccatc acgattgaat cccaggacat tacggcctat      720

accggcggcg actccatcaa cgacgactcc ttccccacgg cccgctacaa ggtgacgggt      780

gcggaaaacg tcaccttgga tgaaatcgtt gtcactgaca aagcgggcga agcgggcgta      840

gagtatgccc tgtctgacat tgaggaggga gaaatcgtcc ttctgccctg gctggaggag      900

ggctttgtcc caaaggcaga ggcaaacgct ctgtcagacg acggcttcga taccgcagat      960

gatgaccgtg aggccggcct gtacgacatc gtcgccacca acctgaacga gctcactgtg     1020

aaaactaagg acggggaccc ggtggatatc gacttctacc ccggcaccct gaccgtgcgc     1080

aacgtatccg atccggacaa agttctggac aacaccgtag acattgccca gcccgtggtc     1140

cacagcgagg acgacgtgga taccgacgac ggaatcgctg tggccgtgat tcccgatggc     1200

gcgcatttct ataccaacgg ccaggaggac ctgggcgtgc tgggcacgga tacaaccgat     1260

cccgacgcca acccacagat tgctctgctc tttgacgata ttctcgaacg ggacgctgcg     1320

gcccaggccg acacgcaagc gttgttggca gagcgcgcgg ctgaaacagg ccatgccctc     1380

acagaaaatc agtatgagtt caagtatctg gacctcatca acgagcacga cggcaacgcc     1440

tgggtaagca cagaccagga tatcaccatc ttctggccct accccgaagc ggtcaagagc     1500

agttacaacg actacacctt tagcgtcctg cacttcgagg gtctgcaccg ggagtaccag     1560

atcgatacag cggaggacat ggaaaatctg atcgatgcct ccaacgtggt ttctatttcc     1620

gccgccaaga cagacaaggg cgtgaaattc agcctgagcg gggacgctgc taacggcagc     1680

ttctccccct tcgccctggc ctggacgaag gagagcggcg gcagctccgg tggaggcggc     1740

ggcaccaccc gttacaccat cacggccagt gcggaggatg gcggctccat cagccccagc     1800

ggttccgtcc gtgttgcccg cggcagcgac aagaccttca ccatccgggc ggacagcggg     1860

tatgagatcg ccgacgtgct ggtggacgga gaaagcgtgg gggccgttcg ctcctacacc     1920

tttgagaacg tccgggagaa gcacaccatt caggcccagt tccgggctgt caagccggtg     1980

gctgaccctg accacaccgg cgtatccaac tggctcaatg cggaggacca catggcctat     2040

ctgaccggct accctgacgg cacctttggc cccaaccgga gcatgacacg ggcggaggtg     2100

gcccagatgt tctacgccct gcttctggac caggatgtga agcttaccgt atccttctcc     2160

gacgtgccca ccgaggcgtg gtacgccaag gcggtgaaca ccctggcttc cctgggtatg     2220

gtggacggcg taggcggcgg ccggtttgac ccagaccggg ccattacccg cgcggagttc     2280

actaccatcg ccatgggctt cgctcacaga gtgagcgaag gagaagccgg cttctccgat     2340

gtgtccgaga gcgactggtt ctatccctat gtgatgagcg cctcccaata tggatggatc     2400

ggcggg                                                                2406


<210>  1354
<211>  1533
<212>  DNA
<213>  Ruminococcaceae

<400>  1354
atgaacgttg ctttgatatg ggaccatctc tctctggtcc tctccgccct catcctggct       60

gtgggcgtcg gtgttcccct gggcctgctg gcttacctgt ttccccggtt tggaaaagcc      120

attctctggg tggtagacct gatccagacc gtccccgccc tggccctgct gggcatcatc      180

atggtggtaa tggaccccgg ctcccctacc gccgtcatcg gtttgactct atattccctg      240

cttcccatcg tacgcaatac ctctctcggc ctgtcccagg tgcctgaaca cctgaaggag      300

gcggccactg gcatgggaat gagtgggacc tatcggctgc tccatgtgga agtccctctt      360

gcggtcccca tgctggtcac aggcatccgc atcgccgcag tcaacgccat cggcaccgcc      420

gtgtttgcct ccttcgtggg tggaggaggt ctgggcggcc tgttctacac cgccatccgt      480

caggaaaata tgggcatgat cttcgtgggc acactggtac tcatggtcat ggcctttgtc      540

ttggatgctg gactgagcta tatggaacac aggctgtcca gccacagtcg gaagaagctg      600

cccacccctg tcaaggccgt gggcagcacg gtcttagccg tagccggtgt tgctctggtg      660

gtatctatgt ttctccccgc tgatacggga ggccagctca ccctctatga tggggactac      720

tctgaggtga agctgatgca ttccatggtg gagcaattgg tggaggataa gaccgatttg      780

gaagtggtga tcctggacca gatgactcag gtgaacaacc acaatgaatt aaagggcagc      840

aatccaagct gtgacttgat gttcagctat gacgggacca tcctcaccac cttccttggg      900

atggacacca ccgacattcc agagggaatg acgctctatg acttcgtcaa ccagacagtg      960

agtgaactag aaggcctgca tatgttgggc aaggtcggtc tgaataacac ctatgccatc     1020

ggcgtgaccc agaacatcat tgaccgctat ggtgtctcca agatctctga tcttatcccc     1080

atcgcgggtg agcttcgctt cggcgcggag catgagttct ataccgaaga gggcagcatg     1140

aagtatcagc cctttgtaga ttactatgga ctcacattcc agtccgccaa gccggtggac     1200

gtggttctga agtacaacgc cgtagaagag ggcgcctttg acgtcatggt ggtctacgcc     1260

actgacggcc tgaacaagcg tgccggcctg accattctgg aggacgacca gggcttcttc     1320

ccggagtact atggggcatt tctggtacgc aacgacctgt ttgatgattt ttatgaggct     1380

gcgcccaatc tggagcaggt tttggagctg cttaccaacc aggtatccag tgaggatatg     1440

gtggagttga cctatgccgt ggatgtcgac ggtcgttccg tacaggaagt cgcccgagag     1500

tttctagtaa gcaagggcct gctggcacag taa                                  1533


<210>  1355
<211>  1701
<212>  DNA
<213>  Ruminococcaceae

<400>  1355
atgtcagaag tcataactcc ccagcctgcc gtaccaaccc agacaccccc cgcgccccca       60

gagatgaaac cggtgaaaaa aggaaaaaag aaagcggtca aaaatgctat catactggct      120

atcgtggctg gggtgctggc gattggaggc tttctgctct acaaattcct ccactccggc      180

ggggaagagc agggagagat catggcccag cccgcccaga ttggtactat ccagagcaag      240

gtgtccggct caggtacggc caaggccaag gaatcggctg ccattaccct gacccagagc      300

ggtacggtgc aggaggtctt tgtcactggc ggccagactg tcatggccgg cgatcccttg      360

tacaccattt acagtcaggc agcccaggat gctgtgacgg acgccaagga ggaactgaat      420

aatctgctgg aggatatggc cgacctgcag gaagaggccg ccaacttgac ggtgcgggcc      480

cccttcgccg ggaagcttca ggaggtcaag gagttccata tcgacgacga ggtgagtaag      540

tccgccccag tggctactct ggtgaacgat aagaagctga agctgtccct ttacttcagc      600

tacgcctatg agaaagagat ccacaccggc cagtcggtcc aggtgtccat ccccgctgtt      660

atgggctcct ttgagggacg ggtggagaag atcaacaagg tcagctacat atccccggaa      720

ggagccgtcc actttgaggc ggtcatcgtc tttgacaacc ccggtactct gactgccgaa      780

atggacgcct ccgctgtcct gactgccgct gacggcaccg cgatttatcc ctacgagaac      840

ggaaagaccg aatactacga gtcacgggac atcattgcca aggccagcgg cccggtgacc      900

gccatcggca atctgctcga ccacgccaac gtccaggccg gggaggccct gctctatctg      960

ggctcctcca ccattgattc ccagatccgc tccaagcagg aggagatcaa cagcgcccag     1020

accaagctgg acgaggccca gaaagccctc aatgacttta acgccgtagc tcccatcgac     1080

gggaccgtca cctcctgcaa cctgactccc ggccaggagg tcaaaagcgg cgacaccgtt     1140

gttatgatct ccaataacgt gaccatgctg gtcaccatta ccgtagatga ccggaacatc     1200

tcctttatca agccgggcaa ctatgtggac ctggattgga acggacaggt atatcaggga     1260

ttagtcacct ccattgacat gggcggcgcc caggccggtc aaggcatgac cagctacccc     1320

gtcactttga cggtggacaa cgtggatgga agcctgatgg acggtgcctg gctccaatac     1380

tcctttgtca ccagcgagtc ggccgactgt attctggtcc ccactacctc ggtcaagtat     1440

ttcagcgaca tggacggcac ccgccagagt gtggtctttg tcaagcggga cagccggccg     1500

gacgacgtgc ccgaactgga gctgcctgaa gtggcaccgg gcgagaagcg caccttcccc     1560

agcgaggagg agggctacta cccagtcatc gtggagaccg gcatctctga cacccagaat     1620

gtggagattg tctccggcat tcaggagggg gacgaggtgt tcgtcaacta taccgtgaca     1680

gacggcagct atggctatta a                                               1701


<210>  1356
<211>  1371
<212>  DNA
<213>  Ruminococcaceae

<400>  1356
atggatacac aggaatatct gcagtcgctg gtagacgccg cgcgcgcggc ccagaaggaa       60

tttgagaaga tgagccagga gcaggtggac gctgccgcca aggcgattgg caaggcgatt      120

tatgaccatg cggaggagct ggccaagatg gcggtggaag agacccggat ggggcgcgtg      180

gacagcaaga tcgccaagtg caagaacaaa tccaagagca cctggtggcg catgaaggac      240

cagaagagcc gcgggatcat tgagcgggac gaggtcaatg gtattatgaa ggtcgccaag      300

cccatcggcg tagtgggctg cgtcaccgct accaccaacc ccgtcatcaa ccccatgcac      360

aactccatgt gcgctctgaa gtgcggcaac gccgtcatta tctgccccca tccccgcgcg      420

aagggcgtcg gcgtccgggc ggttgagctg atgaacgagg cgctggataa gctgggtatg      480

cccaagaacc tgatccagat tattaaagaa cctactatgg agctgtccgc cggcctgatg      540

aagaccgtgg atctgtgcat ctgcactggc ggcccaggtc tggtaaaggt ggcttactcc      600

tccgggaaac cggctttggg tgtcggccag ggcaatgttc aggtcctggt ggaccgggat      660

gtggactatg acgaggtagc caagatggtc atcgcgggcc gtacctttga caatggcgtt      720

ctgtgcacct gtgagcagaa cgtgatctgt cccaaggata aggtagatga gatggtggcc      780

gcgctgagag cgaatggcgc ttactacatt gacaaccagg ccgatgccga caaggtccgc      840

aacagcgctt tccccgacgg cgtattcaac aaggagtgga ctggcaccac gatccagcag      900

atggctgatt tggccggtct ggaggggatc cctgaggata ccaaggtcct ggtatgctgc      960

accaagggct atgcccgtca ggaggtcctg gcgaaggaga agctgttccc catgctggcg     1020

ctcttcacct acgacacctg ggaggagtgc atggagatcg cccgggccaa cctggagatg     1080

gagggcatgg gccacagcgt ggtcatccac tccaacaaca ccgagcatat cgaggctgtt     1140

cccaccgtcg tcaacgtgtc ccgctatgca gtcaatcagg taggcggcac cgctctgggc     1200

ggcgctatgg acaacggtct gaatcccacc accacgctgg gctgcggcac ctggggcaac     1260

aacgccatca gcgagaacct gtggttcacc cacctgatga atgtgagccg catttcctat     1320

aaggtccctg atatgtacat ccccactgat gaggaaattt gggcggactg a              1371


<210>  1357
<211>  927
<212>  DNA
<213>  Ruminococcaceae

<400>  1357
atgagactgg caactatcaa gtggaacgat acggagatgg ccggcatcgt agccaagaac       60

ggcattcttc ccatccgcgc cctgaacgcg gctaagggca ccgcgtggag gaccgatatg      120

ctgtccctga tccaggagca gcagatcccc ggcctgaccg cctggtataa cgccggcggt      180

aaggaggagc tggagtccat ccccggcctt gtccccgctg accaggtggt ctatgctccc      240

ctgtaccgca acccgaagcg gatcttcggc atcgggctga actatgtaga ccatgccggc      300

gacatcggct ctgccgcccc caccgggttc cccggcagct tctttaagat ggctgacact      360

ctgattggcc ccgccgatga aatcaagctt cctaccctga aggaagccca gaagactacc      420

gccgaggcgg agctggggat cattatgggc aaggactgcc gcgatgtgtc cgaggagaac      480

tggcaggacg ccatcgtggg ctataccacc atcctggaca tgaccgagga gtccattctg      540

aagggcaacg actatgtcac cggcaacccc cgctacctgt gtatcgtgaa aaacttcccc      600

acctttttct ccttcggtcc ccagctggtc acacccgatg aggtgcctga tgtgctgaag      660

ctggaggtcc agtccgtgcg caacggcgag gtatacgcca aaaatctggt gagcaacatg      720

acccaccgtc cggcccggct ggtgtccctg cacagcagca tccagggctg gtacgccggc      780

gacattctgt ccaccggcac cccccgcgcc tttgagatca acgacgggga catggccgag      840

tgccggatct acggtcccga cggctttgag atggaacccc tggtgaaccc cgttgtagac      900

ttgaagaagc accctgagaa agcctga                                          927


<210>  1358
<211>  1323
<212>  DNA
<213>  Ruminococcaceae

<400>  1358
atgaccatga cgaccggaca acgtatcgcc gccaagcgcc gggagctgga tctgtcccag       60

gaggggctgg gcgaggctct cggcgtatcc cgacagtcta tttataaatg ggaatctgat      120

tccagtctgc ccgatgtgga caaactggtg gctctcagcc gcctgttcca tgtatccgtc      180

ggctggctgc tcggtgtgga ggaggaccag gaggagcaca tctccaacga tctttcccct      240

gcccagttga aactggtcga ggagatcctg tcccgctatc agcagtccag ccagctcacc      300

gcggaacagc aggagcgggt gtcggaattg gtggagcaga aggttcggga aagccgctcc      360

ccccgccaca ggcgcttgcg ctacggcgcc gcctgtctgg ccctgctgct tgtccttctg      420

gccgggcgct ccctcttcgc ccggttgaag gagctggacc gccaatacac cgacctggcc      480

aattccgtgg gcaatattac ctactcggtc aatagtcaaa tcggctccat taccagcagg      540

gtggaggaga tcctaaaatc ccagaacagt ctggtggccg actacgctac caatatccag      600

tcggccgacc tggcgtccaa tactgtcacc ttttcggtcc gtgtggtgcc caagacctat      660

actgaggggc tggagatcct tctccatgct gataccgggg atgggttggt ggacgttccc      720

gccgttcctg gaccggggca ggagttctcc ggccagatca cctgccctct gacagacagc      780

atcaccttat ccgcggtcct ggtggaccag ggaacacgcc agactcaact actgggtaac      840

tattcctctc tctacggcag cagtctacca gtggtagata tctctctttt ggagagtgcc      900

ctgttaaata ttccccgtgg agaggacggc ctgttccatg tgagagagaa ttatggcttc      960

ctcacagggc tgtccgcctc cgtctctgcg gtcaacgagg atattggtca atcccaggtc     1020

aagcaggtcc agctcggact gttccgaaac cgagcactgc tcttttggct ggagccatgt     1080

agccgtccag acaatcatca cggctttgag aaggcggagc agtggttcca ccttccctcc     1140

gtggagctgg atctccagga gggggatgag ctggtcttcg ccgccctggt caccgaccag     1200

tacggccggc agatagtcac cccctctctc cccgcttccc gagtagaggg ggatgagatc     1260

acctggttca gcaccagctt tgacttcccc agcgagccgg acggctgggg gcttgcggga     1320

taa                                                                   1323


<210>  1359
<211>  1842
<212>  DNA
<213>  Ruminococcaceae

<400>  1359
atgaagaagc tgtgccggtt ttgtctgctt gccgttctgc tgctggggct ggtcgtccct       60

tccctggcgg ctgggcctga caaggaggga cccattgtaa tcctccatac caacgatgtc      120

catgccagcc tggaccacta ccccgcggtg gccggctata agaagcggtt tgaggcggag      180

tacggcgccg accgggtgtt tctggtggat gctggcgatg ccattcaggg cggccccatc      240

gccacactga cccagggggc tagtgtagtg gacatgatga acttcgtggg ctatgatctg      300

gccatcccag gcaaccatga gtttgactat ggcatggacg tgtttctgga cctggcgcaa      360

aatcaggcgg agtacctcta cctgtcggaa aattggaagg gaagagatgc gtacgccgga      420

tggaccactg tgctgcccgg agcttatatg gccagatgtg gggatacaag catcgccttc      480

gttggagtca ccacaccgga gaccctgacc aaatccgatc ccacccactt tcaggacgga      540

gagggaaact atgtctacac attttcagaa ggggacggcg gcctggcgct ctatgaggat      600

atccagcaga ccgtggattc cctgcggacc gccggcggag cggactatgt gatcctgctg      660

gcccacctgg gcatagaggg tattactgag gagtggacct ccgccgccct gatcgccagc      720

accactggta tcgacgcggt catcgacggg cactcccacg aggtatacca gcagcaggcg      780

gccaacaggg acggccagct tatccctctg actcagaccg gaacaaagct ggccagcctg      840

ggctgtctga tcctggaccc agatactggg gagatctcca cccagcttct gcccttggag      900

ggggagggcg tcccggcaga ccaggagaca cagatctatc tggaccagtt gagcagccag      960

ttccaggtcc agctgaatcg ggtggtcggc actgcggccg cggatctgat ggccaccgag     1020

gctgaccagt ggaactgggc tgtccgtgtc cgggaaacca atctggggga cctggtggcc     1080

gacgcctacc ggacgatgat gggcgccgat ataggctttg ctaacggggg cggcatccgg     1140

gccaatgtcg cggctggcga tatcacctat gggtcgctga tctccgtcca gccctatggg     1200

aacgagctgt gcctggtcga gaccaccggg caggacattc tggatgccct ggagctgggg     1260

gccagccgct atccggaaag cagcggcggc ttccttcagg tgtccggcct gacctatact     1320

ctggatccct ccactccctc ctcggtggtt ctgtcagaca agggtatgtt tcagcgggtg     1380

gaggggccct accgggtatc cgacgtaaag gtgggcggcc agcccctggt gctggaccag     1440

gtatatactg tggcctccca caactatatg atcaagtctg gaggagacgg cttttccatg     1500

ttccaggacg accgactgct gaaggactgt accatgctgg acaaccaagc ccttatcagc     1560

tatgtggcag aggagctgga cgggctggta ggcgcggcct atcaggaccc cgccggacag     1620

gaccgcatta ccatcttgtc cgatgtgtcg gaaccagagc cagtgacagg aacacagccc     1680

caggaccgga cttatacggt gcagaaaggg gactgcctgt ggagcatcgc cgcgcggcag     1740

ttgggggacg gccgccgctg gcaggagatc tatgaccgga atcgggacat cctctccaat     1800

ccccaccgta tctatgtggg tcagcagctc aggctgccat ag                        1842


<210>  1360
<211>  1464
<212>  DNA
<213>  Ruminococcaceae

<400>  1360
atgtggatca tgctagcagt gttgtttcct atcctgagcg gcgggatgct gcccatttgg       60

aagccaaggg gccggcgggg acggcagcac tatgtgttgt tcgtatcctg catgaccgcc      120

gtcctgtccc tgactgccat ctcggagatg aagggggcgg aggccgtggt cctggtccat      180

ctgggggagc ggctgtctgt tgcgttccag gtggacggac tgggctgtgt ctttggcaca      240

atggtgtctc tgctgtggcc gctggcttgc ctgtatgccc tggaatatat gagcagggag      300

gggggagagg accgtttttt ttccttctat ctggctgcct ttggagtgac gttgggcgtc      360

gccttctcgg caaatatcct gaccatgtat ttcttttatg agctgctcac cctggttacc      420

cttcccctgg tcatgcacgg tatggacggc aaggcgcggt acgccggacg agtctatctg      480

gtgtattcca tgagcggtgc cgccctgggc tttatcgcca tggtctttct cctccaatac      540

ggcagcggga tgttccgcct gggaggcact ctaatctcag aggggaccag cctcgacacc      600

ctgctggtgg cctatgtgct gggctttttt ggatttgggg tgaaggcggc ggtattccca      660

ggacacaagt ggctcctgcg ggcctcagtg gcccccacac cggtgaccgc cctcctccat      720

gcggtagctg tggtcaaggc gggggtgttc gcggtagtcc ggctgacctg gtatggcttt      780

ggcccggata tcctgcgggg tacatgggcg caggacctgg tgctggcggc gattctcttt      840

accatcgtct tcggctcgtc caaggcgctc cagaccaaac atttgaagcg gaggttggcc      900

tggtccacca tcagcaacct gtcctatgtg ctgctgggcg tgatgaccct gtctacggct      960

ggcttggtag ccggcatgac ccatatggtg tttcatgcgg ttctaaagat cacgctcttt     1020

tttggggtgg gtgcggtcca ctataagatg caccgggact tcgtcccgga tattgaaggg     1080

tgtggcccgc tgatgccggt ggttttcagc acttttaccg tcacagcgct ggggctgatg     1140

ggagtgcctc cactggccgg ctttacaagc aaatggctgc tggcgacttc cagtgtggct     1200

ctgggtaccc cgctgggata tttgggtggc gccgccctta tcgcctcggc gatcctgacc     1260

gccctgtacc tgatgcagat cgtcctgctg gcctttttcc ccagacagca ccgagctatc     1320

tcggtgcgta ttccaaggca ggccaggcgg gaccctggcg tgaggatgac cattcccttg     1380

gtcgtactgg ctcttgcctc ggtcattctt gggctgatgg cccaggaggt atatctgggc     1440

atcagccggc tgctgttctt atga                                            1464


<210>  1361
<211>  2301
<212>  DNA
<213>  Ruminococcaceae

<400>  1361
atggatgtaa aacaatttca tcgccgggtc ctgtgcatcg ccttgctcct ttccctgtgt       60

cttaccgcca tgggggccac actgtacgac ctccagatca atcagggtga ggcgctgtat      120

gagcgatctc agaacaagat cgcagaaacc cagatagtcg aagcagaccg gggagacatt      180

ctggaccgaa atggccgtgt gttggtgtct aatcgggtgg tctaccaggt gacgctggac      240

ctggatcaca tgggaaagga gccggaggag cgcaacgcga cccttctgtc cctcgtccac      300

gcggctcggg cctctggggt agaatggagc gacaccctgc ccatctccgc cgatgagccc      360

tttgtgttca ctgagcagtc cccctacttt accctctcac aaaatgagga cgggacccct      420

tctaagactt tgacccgcct gggccagttg gctgtcaaaa tgaaatggat caccgacccc      480

accaaagagc ccgagccagt agaaacagcc cctgtacagc aggaggagcc tgggctttgg      540

gacaggatca ccggattttt tactggagag acgccccaga aagaggtcca gacaccagtg      600

caggagaagg atagctcact tcctaccgcc cggcagctgc ttggtaaaat gtgcgccagc      660

tttgaaatcg caggcgaggg cgctgtggac aagaagtctg cggaggcatc cgggcaggcg      720

gtgcccgacc tgaatatcgg agacatggac ccggcagatg cccgggccat cgccggactg      780

ctgtatgagc tgtacttgcg ttcccgtgag gtcacctgga ctccctatgt ctttgccgag      840

ggcgtggata tcgatttcat ctcccgtgtc aaagagctct ctctgcctgg agtggtcatc      900

gagcccacta ccgtccgtca gtaccacacc cagtatgccg cccacatctt agggcgggta      960

ggactgatga accgttcaga ggtggaatac tatacctcgc tggacgagga cggggacggt     1020

aagcccgact acgagatgga cgataccgta ggtaaggagg gggtagaaaa ggccttcgag     1080

tccttcctgc ggggtacccc agggatccgg gccgtggatc ggaacaccag cggaaagatc     1140

ttgtcagaga gttggatcac cgagccaaag ccaggggaca atattgtgct caccatcgat     1200

attgacctgc agaaaaaggt ggaggacact ctggcctcct ccctgcccaa tctggtcagt     1260

gaggaggtgg agggcgcggc ctgcgtggtg ctggatgtaa acagctttga tgtattggct     1320

tccgcctcct accctacctt cgacctggcc aactactccc gtgactggga gaaaaattct     1380

acagatcccc tcactcccct ggtcaaccgg gcacttacag gcacctacgc ccccggctcc     1440

acctttaaga tggtcaccgc tatcggagca ctggaggagg gcattatcac tcccgactcc     1500

caaatacggg acctgggccg ctacacctac taccccggca ctcctcccca gtgctggtac     1560

taccgccagt acggcaagta tcacgggctc atcaacgtca gcgaggctat cgaggtatca     1620

tgcaactact ttttctacga cgtgggacgg cggcttggca tcgacctgtt ggtagactac     1680

gccacccgct ttggccttgg ccaaaagacg ggcattgagc tggaggagtc ctcaggcgtc     1740

atggctggcc ccgaatatac tgagagcatg ggcgggacct ggtacgaggg ctcggtccta     1800

tctgtggcca tcggccagga gagcagccaa tttaccccta tccagcttgc cagctatatc     1860

tccacactgg tcaatggagg cacccgaaag tccacccacc tgctgaagga aatcaaatcc     1920

agcgattact cccaaatcgt ggaaacctat gagccggagg tcctcagcac cattgagata     1980

caggacaaaa atctagaggc tgtcaaggcc ggaatgctgg ccctgaccac tgacggctcg     2040

gtacgccgct actttcagga cctgcctgtc caggtgggcg ccaaaactgg ctccgcccag     2100

gtcagcgccc agacggagtc caatgccgtt ttcgtctgct tcgcccccta tgatgacccg     2160

gagatcgcct tggccatggt ggtggaacac ggcggaagcg gctcagaact gggcgccatg     2220

gcagccgata ttctctccta ttacttctca accaagggca gcatggatga gatccccatg     2280

gaaaatactt tgatccggta g                                               2301


<210>  1362
<211>  1389
<212>  DNA
<213>  Ruminococcaceae

<400>  1362
atgtcttctg ctatctggca agtcatggtc gatatttcga tcatgggcgc actgctactg       60

atcggtgaat ttctgcgtgc caaggtaaaa ctgattcaaa aggtgctgat tcctcccgcg      120

gttatcgctg gttttctggc tcttctgttc ggtccacaaa gtcctgtgga gcagctgaag      180

atcctgcctc tgtctacctc attcgggacc tatgccagcg tgctgattgt ggtgatcttt      240

gccgccaccc ccatcgggga caagccccag aaaggggccg cgtcgggccc caagatcagc      300

ggtatgttct ttaacgtgtc gggtattgcc gtactgcagt acgccgtagg catgctggtc      360

acactggtgc tgctggtcaa actctatccc actctggacg agaactttgg tctgatgatg      420

gctactggct tctacggcgg ccatggcacc gctgcggcgg taggctccgc tctgagtgag      480

ctgggcgtgc ctaacatgac ggatctgggc aacacctgcg ccaccattgg catcgtaggc      540

ggcatcatta gcggcatgat cattatcaac tggggcaccc gtaagggcta cacccactac      600

gtggagaatc ccaaggagct ccctcaggaa atgcgtaccg gcctggtccc tgccaataag      660

cagaagtctt cttcgaaagg cactgtagcc tccatctgcc tggatcctct gggcttccat      720

ctgggcattg tgatgctggc ctgctgggtg ggctatatcg cctccaagtg gtttgccaac      780

tggacgctgg ctacctttga tttcaagatc tctattcctg agttctgcct gtctctcatt      840

gccggaatca tcctcaatgg ccttctgaac aagacgggtg cggatcagta tgtggaccgg      900

ggtacggtac agcgtatcca gggcaccgcc accgacttcc tgatgatttc cggtatcggc      960

tcgctgaacc tgagtgtcgt aatggaattt gcggttcccc tcatcgtggt gtgcgccgct     1020

ggcttcctca tcaactggtt ctggttcatc atcgtgggcg gaaaatcctc cgacgaggat     1080

tggttcgagc gcaacatgat ggtctggggt cacgccaccg gcgtggcggc caccggcgtg     1140

ctgctgcagc gcgtggttga cccggaactg aagagccgcg gtattgagga ctccggcatc     1200

gccgatgtgt tcaaccgtcc catcatcatt ggccttcagg taattcctcc cattcttatc     1260

gtcaacatgg gtacgaccgg aagctggatc gtcactggcg cttgctttgc cattgtggct     1320

gttatgtgga tcttcgccta cttcactaag ggctgggtcc ccggacgtcg tctgaagaca     1380

tatcgataa                                                             1389


<210>  1363
<211>  2424
<212>  DNA
<213>  Ruminococcaceae

<400>  1363
acgattaaaa atctgaaggt tgaaggaacg gtgtcagcaa ccaagagtgg ttatgttggc       60

ggcattgttg gcaagaccag cggcactgtc accatcgagc gatgctcctt ttctggcagc      120

gtccagtctt ccaagaccgg agtaaatgcg ggggccggcg gcatcattgg gcgggtcaac      180

agcggatctg tgtgcgtctc aggctgtgcc aacaccgcag acatcagagg cggcgcggcg      240

gcgggcattc taggctattg ctccgccaat gggacaagca ttgaaaattg ctatagcacc      300

ggcacgatct ccggttccaa cagggccggg ggtatcgtcg ggcaggtata ttcaactacc      360

ccgattcgca actgctttac cacatcggat gccatcagcg gcttcaacgg cgaactgttc      420

aactgctttg acaactctga tcttccaatc gacgcttctc tgctgggcga tgccttcacc      480

accgatgcag agggtaatgt aatcctcgtc tggcaggctg ggaatactcc caagcccccc      540

gagcccagta tttccatccg ctctaccaac ggcgatacaa tttgggtaca gacgggcggc      600

ggcgacaaaa atgataccat tctctatgta gactatcaga atatggggga cgagacccca      660

gaggtccagt ggagcttttc cgccagcaat gaaggggcgg ccgcatgggt ggaaaccacc      720

caggacagcg atgtgaaagg ctatgtggtc accgccggca agggcggcgt ggtgaatgta      780

acagccacgg tgacctacga tggggaggag tacacagatg actataccct gacggtgatc      840

ccgcatttta caactgtcac cattcaaaat ataagtcagc ccggcgcggt ggccgtaggg      900

cagacggtag aagctgccct taacatcgag ggcggcggca cctattcccc ggaacagtat      960

cccggactgg agatgaaata tcagtggtac aagtatgagc ctatggccgc atatcccacc     1020

tctcatccaa tcgccggggc cacggaagcc acctatacca tttcggaaga tgattttgga     1080

gcagaagacc agaaatataa aatcggggtc gagatcacct gcggcggcag ggtgattcac     1140

agctgccagg atcaccaggc aaccgtccgt actgccgacc acggcaagct gtacccggtg     1200

gcctatcagg aaaatagact gcctgacgag atcaaagagg ataccaagct ggagtttccc     1260

gctgtggtca cagaaaacgg gattactgcc cagatccagt ggggcgggtt taatgatgtg     1320

atcgcggcag acggtaccgt catccgccca actcagggga cggtgactgt aactctgtct     1380

gcaaaatata catacaacga tgctttctac aatacgttgt acaaaattgt agtttggtcc     1440

gacaccgccg cagatgagga caaacaaaat gaactgcagc acgccattac cgccctgagc     1500

gacgattaca ggctctgccc ggtctacgac acggacacca acctcaaccg catggtgttg     1560

gccgatctgg cggagaaggg ctttgatgac atcaccgtct ccgtcgcgtc tgtcaccgaa     1620

gtctacggag gggcaggtat tggcgataac ggcgacatca cttattttta taaggacccc     1680

aatacggttc cggccgtcaa atttggaagc tgcaaggtgg cctttacgct ggagaaggat     1740

ggggcggccg ccacgctctc cgatgtgccg gttatccttt actgggatgc agccaaggtc     1800

agggcggcta tgagcgagga gatcatgagc caggtcaccc tttcctccat cggaggcgga     1860

gacggcttgg ctgtcaccga aaacctcacc ctgcccaagg tggtggacaa gaaatactgg     1920

acccagatat cctgggagtc tgacaacgag gaagctatct ccatcagcag agaaaaccag     1980

aatactgccg acacgctctt taacccctat gtaggtgtgg tacgccgcgg ggaggaagat     2040

cagaccgtta tcctcacggc caaatttacg ttccagtata ccaacgatgt cattggcgag     2100

gaagccccca ttgaacttgt caatacattt gaagtgaccg ttccagctat ggacggggat     2160

cagtatgccg aaatcgaaca ggagctgcta accaagctgg accagggctt cgcggctaag     2220

ggcctctccg acgccctgac cggcgagagg ctggttccgg acgaggatgg cgtctacaca     2280

gccatcaacg atatccagct gcccaccaca cgggacttcg gcgtagacgg aaagtatatg     2340

cctgtcaccc tgtccagcga tcacgaggag gtcatccagt ctccgggtgt gaacaatgcc     2400

gcccggctct gggtgtaccg cccc                                            2424


<210>  1364
<211>  1977
<212>  DNA
<213>  Ruminococcaceae

<400>  1364
atggaagaaa accgaccaat ggcccagcac gagcaggaac agctggaagc caaggcccag       60

aagctgctgg aggaaaagga ggcagaatcc cgcacccgct cctactccgg cccggcaggt      120

acagcaatca ccatccttct gtgtgtgtgg acggtgttcc agctgtatta cagcaccttt      180

ggtgtcatga gcgccatcaa cctgcgggca ttccactgta tttttctgct ggctttcacc      240

tttctgctct accccaccta taagcgggag aggcgggtgc ggaagctgcc tccggtgtgg      300

gacctggcgc tagtcgtgct caccgttctc acctttggct atctcatctt gaattatgag      360

cgcatcgccc agaacggcgg ccggatcaac cagtttgagc tgatcatcgc cggtgtggcc      420

ctggtgctgg cctttgaggc tgcccgccgg gcctctggca atctggccat cctggccctg      480

atcttcctgg cctacaactg gtttggccag tatctgcccg gtaagctggg ccacaacggc      540

tttactttga aacgggtgct gtccacccag ttctggggga cccagggact gttgggcacc      600

ggcatcggcg tttccgccac ttacatcttc ctgttcgtgg tgttcggcgc cttcttgaag      660

tacagcggct tctcccgctt tatcaatgac ttctccctga ccctggtggg tcagaccgcc      720

ggcggtccgg ccaaggtggc ggtcctcgcc tccgccctga tgggcatgat caacggctcc      780

gccattgcca acgtggccac taccggcacc attaccatcc ccctgatgaa gcagacggga      840

tataagaagg aatttgccgg cgccgtggag gcggtggcct ccaccggcgg tcagttctgt      900

ccccccatta tgggcgcggt aggcttcgtc atggcggaat ttttgaacct gagctacact      960

gccgtcatgc tggccgccat cgtccccgcc tttttatact atttggggct gctgtttgcc     1020

gtccacttcg aggccaggcg gctaggactg tccggcctgt ccaaggagaa catccccgac     1080

gccatgaagg tactccggga gcaggggcat ctggtgattc ccctggtggt cctcatcgcc     1140

ctgatggcca tgggttacac ccctctatat gccgccgtca tcgccatctt tgccactatc     1200

gccgccagct ggctgcggaa ggacacccgg atgacctggt ccaagatcgt ggccgccacg     1260

gtggaggggg ccaagggcgc tgtttccgtg ggtgtctgct gtgttatcat cggcgtcatc     1320

attggcaccg tcaccctcac cagcctgggg ttgaatatgg gctacctcat cctctccgtc     1380

gtggagaaca gcagcatcta tctcactggt ctgctggtca tgatcatgtc cactatcctg     1440

ggcatgggcg tccccggagt ggccgcctac gtcatcgttc aggcggtggc cgtccccgtt     1500

ctgatcgacg tgaacgtact gcctatctcc gcccatatgt tctgccttat ctacgcctgt     1560

ctgtccaata tcaccccccc ggtggccatg agcagctatg tggccgccgg catcgccggc     1620

tccaaccaga ccaagactgg tctgctgtct gtccgcctgg gcctggttgg cttcctgatc     1680

cccttcttct tcctggataa ccccatcctc ctcattggag ccgaccccac cgccaccatc     1740

gctggcagcc tgtgggccat gttcaccgcc tccatcggca ctgtggccct ggtgggcgga     1800

ctggagggtt ggttcgtccg caagtccagc tggcctgaac gtatcgtcct catcgctgtg     1860

gcccccctga tgctctatcc cggagcggtc accgacttca tcggctttgc catcctagcg     1920

gcagtcattc tcttccagtt cttcacccgc cgccacgccc cggcacagac tatctga        1977


<210>  1365
<211>  2217
<212>  DNA
<213>  Ruminococcaceae

<400>  1365
atgaaaaaaa acatgcgcag actgctgtcc gccgctctgg cggcagtcat ggtgacgggc       60

atgtgcttca ccgcctctgc cttcacctac ccttccgcct attggaagct ccactccgcc      120

tgggatgagg ctgtggctgc caagagccct gagcaagtca tctccgtagc ccagcagact      180

tatgacctgc tgatgcccct gggcctgggc gaggatgtgt gctacaacct agagcccaag      240

gctggccggg cctcctgggc ctgtgagatg aagggcgaca tcgatggcgc tatcctgtgg      300

ctggaacggc agcgcacctt tgccagctgg ctggaccaga acattcgcag ttacaaggat      360

accttgctca acgtggacgc tcggatggct tacctgaaag ccgcccagaa tgtcaccatc      420

tacgcccaga gcgacgacag cgcctccccc tatgcggtag gccccaagac cgggacctgg      480

tatggcaccc cggcggacag ctccaccacc ggcggctccg cctctctgat ctatgtcacc      540

ttcggtgaca gctactctgt ggactactgg atcgactact acatggactg ctcgcccgct      600

ttccgggagg cggcaaacgg cggcgtcatc gagtttgcct ggaacttcag ccctgagggc      660

accgccggag cccaggccgt tctgtccgct gacagctata ttgaggaaag cttacgggct      720

ctgggcagct tggatgccac tgtcctgctc cgggtgggcg ccgagatgaa caactggtcc      780

gactgtgacc ccgctaccta tatccaggcc ttccgcaagg tggccgacgc cgccagccgg      840

tacagcaaca tccagatggt tttctccccg gacaatatca gcaaccggaa ccggaccatt      900

gccgatttct atcccggaga ccagtatgtg gattgggtcg gtatgtccac ctatcacaac      960

accaactatg ccggttacag cggcacctcc tcttacagct ttgactatac cggctacggc     1020

aatgacgcct actacggcct tggcatctat gaccatgacc ccatggtcac catcaagcct     1080

atcatcgacc tggccgtggc ccacaacaag cccgttatgg tcagcgagtg cggctttgcc     1140

tatcgcaaca gctccggcac cgacctgacc tccttcgccg tggagcagct taactggttc     1200

tattcctata tcaacatggt ctatccccag gtaaaggctg tgttctactt caacgccgac     1260

cccgacagcg gatttaagta tatgctcaac ggcaattcct ccgtgtcctc cacctatcag     1320

aacgccatcc gcaacaacgg cgcctatctg gatgaggtgg acggctccgc caccggctgg     1380

gaaacgctgg acaagaccgc cctttccgct ggcgacagca cactgaagct ggcctcctat     1440

gtcagcttcc ccggcaagaa gaccaacaca gtcaaatact atgtggacga taagctggtc     1500

cacaccagca cccaggcccc ttactactat gagctcgacc tggccgctct gggcggcggc     1560

agccacaccg tcaaggcaga ggccagcggc ggccagttct cccgctccag caagacctac     1620

accctgaatg tacccggcac ctccacccag cctgccgacc ccacgcccgg cacacaacag     1680

ccctccgcct gggctgccga gctcatcgcc gacgccaagg acaagaagct aatcaccgac     1740

cgcaccgagg gcctgtatca ggaccagatc acccgcctgc agtttgccga gctggctgtc     1800

aacctgattg aagaggccac cggcaaggag atcaccccct ctacccagtc cttcaccgac     1860

accagcgatc ccatggtact gaaggctgtg gccgctggcg tcacctccgg caagggcgag     1920

ggtatcttcg cccccagtga taagatcacc cgccaggaga tctgtgtcat gctgaacaag     1980

gtcattgagt atgtggacca ggccaatgac tctaccaccc tgaccgacac cagcatccag     2040

gtggatgcca gccggttcaa cgatgtggac cagattgccg actgggccaa gcccgctgtg     2100

gccaagctga ccaataatgg cctgatgagc ggcaagggcg acggcgtcgc tcctgtggcc     2160

aacaccaccg tggaggaggc catcatcctg attcgcgccc tgtacgacaa gttctaa        2217


<210>  1366
<211>  1974
<212>  DNA
<213>  Ruminococcaceae

<400>  1366
atggtttcag ggaaggacaa tcctttgcat gatggaggga acctggtagc ttccggtcaa       60

ttaaaaatat ttttcggcta tgccgccggg gtgggcaaga cctatgccat gctggaggcg      120

gctcaccatg ctaaacggga gggcattgac gtggtggtgg gctatgtaga gccccatgcc      180

agaccggaga ctctggcgct gctggatggg ctggaggtcc ttcccactat ggagacggac      240

taccgtggga tcaagctgcg ggagttcgac ctgattggag cgcttgaccg tcacccacag      300

ctcatcctgg tggacgaact ggcgcacagc aatgtcccag gatgccgcca tatgaagcgg      360

tatcaggatg tggaagaact cctccaggcg ggcattaacg tctacactac cgtgaatgtc      420

cagcatctgg agtccttaaa tgacttggtt tcctccatca caggcgttgt ggtgaatgag      480

cgaatccccg actatgtatt tgaccgggcc agccaggtgg aactggtgga catcgaaccc      540

tccgacctag agaaacgtct gagagagggg aagatctacc gtgcacagca ggcaaagcgg      600

gcattgcaga atttctttac tacggaaaat ctggctgccc tgcgggagat tgccatgcgc      660

cggaccgcag accagctcaa ccgctccgcg gtgagcaaag ggaaagagaa aagcgccaag      720

gcgggcgaac atatcctgat ctgcctgtcc tccgccccgt caaacgcaaa ggtgatccga      780

gccgccgctc ggatgtcaga ggcattccac agcgggttta cggcactgtt tgtccagacg      840

ccggagacca aggagctgtc tggggaaaat attaaacgcc tgcggagcaa cctgcgcctg      900

gcggagcagc taggcgctca gatcgccact gtttacggta ccgatccggc ggaacagatc      960

gcggaatatg cccgggtcag cggagtgacg aagatcgtca tgggccgaat gaaccacaaa     1020

cagaacccca tcttgcggaa aaagagcctg gccgaccgcc tgattgagca gacagacctg     1080

gatgtctata tcatccctga caggcagccg atctataaaa ggccgatgca gaaggtccgg     1140

cggtcaaagg aacgattctc cattcgggac ttggggacta ctctgctttg cttgcttctt     1200

gctacggcgc ttggcttcgg attttaccag gccggcttca gcgagtccaa tatcattacc     1260

gtctacattc tcggcgtgct gctgactgca gtctccacca acgggcacct gtacggcgcg     1320

gctagttctc ttatcagtgt cgcagccttc aattttttct ttacagagcc acgcttctcc     1380

tttcaggcca ccgaccccag ctatcctgtg accttcctga tcatgcttac ctccagcatt     1440

attgccagct ctctggccag ccgggtgaaa acgcaggcca gtatggcggc ggagaaaagc     1500

tattacacgg agttgctgct ggagagcagc caaaagctgc agactgtccg cacggaatgg     1560

gattgcctgc gcctaacagc ggaacaactc agccggctgt ttgatagacc cgttctttat     1620

gctttgagca gcccagagac ggaactgagt tttcggatcg agccagcgga cgaacaggca     1680

ctggtagcag ggctgagtac ggaagatatc ggtgtggcca agtgggtaca gaagaacaac     1740

aagcacgccg gagctaccac caacacgctg cctgactcca aatggctgtt tctgtccgtg     1800

cgtggtaccc gtgggcccat gggaatcgtg ggtatcccca tttccggtta tcctgtgccg     1860

gatgcctttg agaaaaacct gatgatcgct atccttggcg agtgcggact cagtcaggag     1920

cgtatccgcg tggaatcgga gcagacctgg ggaatggacc gctcacagga gtaa           1974


<210>  1367
<211>  1212
<212>  DNA
<213>  Ruminococcaceae

<400>  1367
atggttaatg tagcacttct gggctttggt acagtaggct ccggtgtggc cgaggtgctg       60

accagaaacg gcggcttgat cgacagccgg gtggatgacc tggtccggct gaaatatatt      120

atgagagcca gagaggtctt tgacgggccc tatcaagatt tattcgtcaa ggacttctcg      180

atcatcgagc aggaccccca ggtggatatt gtggtggaaa ccattggggg gaccggagcg      240

gccctggact ataccacccg ggccttaaag gcgggaaaga gcgttgtcac cgccaataag      300

gagctggtgg ccacccacgg ctatgagctg ctccagctgg ccaaggagca cggagtgagc      360

tatctctttg aggccagcgt agggggcggt atccccatcc tccgccccct gacttcctgt      420

ctggcggcca acgagctgac ccaggtcgtc ggcatcctca atggcaccac gaactatatc      480

ctgacccgaa tgatacaggc gggcctcacc tttgagcagg cgctgaagga ggcacaggac      540

aaaggatacg ccgaaaagga ccccaccgcc gacgtggatg ggcatgacac ctgccggaaa      600

atttgtattc tggccgcgct ggcctttgga caccacgtgt atccagacca ggtgccaacg      660

gaagggatac ggcacgtcac cctaggggat gcggcctatg ccgactccaa aggctataag      720

atcaagctgc tgggcagggc gatccgccag cctgagggta aggtgtgcgc ctttgtggcc      780

ccccatctgg tggcggacac agcccctctg gccggggtgg aggacgtgtt caacgccatc      840

gccgtcaccg gcaacgccat cggtgatgtg atgttctatg gccggggagc gggtaagctg      900

cccaccgctt ccgctgtggt ggccgatgtc attgatattg ccaaggacct gaagcgggac      960

cggcataacg gctgggcctc cgggtctccg gacctggtgg tgtccgacga cggcctgacc     1020

tccaaatggt acgtccgggc ccagggtacc atggaccagg ccagactcgc ctgtggggag     1080

atacagcctt tggcccgcag tggcgcgcct acttctgagg tggccttcct taccgctccc     1140

atgccccggc cgttggtgct ggacaaactg agagggatgg aggtggcctc cctgttccgg     1200

gtgctggact ga                                                         1212


<210>  1368
<211>  2049
<212>  DNA
<213>  Ruminococcaceae

<400>  1368
atgctgaagc tgatccttgg ccgcgcggga gcgggaaaga ccactgcggt actgaagcgt       60

ctgtgtcagg ccgggcaaat gcgccagcag gtcctgatgg tccctgagca gcagtcccat      120

gaggccgagc gtgctctgtg ccagatgggg gggaacgggg cctctctctg ggctgaggtc      180

ttgtccttta gccgactatg cggccgtgtc tttcaggccg ctggcggctt gggggagcgg      240

gagctggacg ggggcgggcg tcttctgctt atgtaccggg ccctcaagga gacatcagag      300

gtcctgacgg tgtatgcccg cgcatcgcag cgccctgctt tcctcaccgc tctgttggcc      360

actgtggatg agctgaagag ctgctgtatc ccccctgagg cgctgattac cgcggggcag      420

gaagcaggag gcccagaagg gaataaactc agggacctgg ggttgatttg tgggacttat      480

gacgcgctca cggcaaacgt ggcactggac cctagggatc gcctgaccag agcggctgaa      540

aagctgaagg agtgccgctg ggctgtgggc aaggatctgt ggttggatgg atttacagac      600

tttacgcccc agcaggagga ggtcctgggc cagcttctgg tccaggcgga gcatatgact      660

gtcactctga cctgtgacca cctggaggag gatgaggatg ggacaggcat cttttcccca      720

gcacggagaa cggcggcccg actgattaga ctggctcaac gggagagaat aggctataaa      780

gtagaatgcc ttgtcgggga ttttgcggca aaagagcggc cgctccaatt tttggagggg      840

catctcttcg gtgggggcct ggagagcccc atttcctgtg aaggggccgt cactctgttt      900

cgggccaata ccatgcggtc cgaggtggag tgggtgtcat cgcgcatttt gagcctggta      960

cgagaggagg gctaccgctt tcgggacatt ggtctggtgg cccgcgatta tggcgcctac     1020

caggatttga tagaatcggt gctgcccaga tatgggatac ccgtattttc ctccgctatg     1080

gcagatattt tggagaagcc cgtgctcacc ctggtcaccg cggccctgga tactgtggcg     1140

gggggctatg cctacgaaga tatattccgc tatctcaaga ccggactgac ggacctgggg     1200

gaagaagacc gagatctgct ggaaaactat gttttgaagt gggatatcaa ggggagccgc     1260

tggacgcaga caaaggaatg gacttggcat cctagaggat atggcatccc ctgggaggaa     1320

gaggaccgtg cccttctgga gcgattggac cgcgccagaa ggcaggtgac cgctcctttg     1380

gaggaactga gaaaggccca agacaagacg ggaagaggac aggcgatttc cctttacaga     1440

tttttggagc gcattggctt gccagatcag ctggaggcac gggtagaggc gctgaagaag     1500

cggggagagc tcgctctggc ggaggagtac cggcagctct gggagatcct ctgtggcgga     1560

ctagagcagt gcgctgcttt gctgggggag agaggaatgg acctggagga gtttgccggc     1620

ctgtttcggc tggtcctgtc ccaatatgat gtaggaacga tcccggtttc cctggatcgg     1680

gtgaccgccg gtgaaaccac ccgtcagaca gggcacaggg tgaaggctct ctttctattg     1740

ggggcggatg acggctccat ccccagggtt ggggcggctc ctggcctgct gtcagatgat     1800

gaccgctctc tgctggcggt atacggtctg gagctggacc agtcccagcg ggaactgctc     1860

ttccgggaga tgactacggt ctatcagatc tgtgcccgcc ccagccaccg cctagtggta     1920

tcttgggctg tccaggggcc gggaggtgag gagagaaggc cctgtttcct ggcccaacgg     1980

ctgcagctgc tctatactga tttggacata tgccatgagg aggagctgga ggggcgcttc     2040

cggctgtcc                                                             2049


<210>  1369
<211>  2241
<212>  DNA
<213>  Ruminococcaceae

<400>  1369
gtaaacaccg acttcttctc caccgcctcc ggcgtgccca tcggcatcgt catcgaggac       60

ggtgtctaca agtccagccc ggagcacgag gacgccatga tcatcaccga tggtcaagtc      120

tccctggtag atgggccgtc ggtatccctc actctggtca accagcggga caacagcacg      180

gtgaagccct cccacctgaa caaatggcgc agcgagtcag ggggcatcta cctgctcaac      240

caggacttct ccgctgtgtc cacccgtacc tccacccctg gctggtatgt acggatggct      300

ctgatggagg aggacgagcc cctcacggtc aatagcaccc tggagctgga ggtgacggag      360

ctgctccagt ctgaccagcc cctcgccatt ggcgatgggg agtacatcct taccgccgcc      420

gatgcctccg gctatctgtc cgtctttcag tccttccagg tgggcgaccg gatcaccctg      480

accacctcct gcgaggatga ggccctatct catgcccagt gggccggagg tgtgggggac      540

attatggtgt gggacggcca gcttactgac tcatcccagt ggacctatgc caaggacggc      600

cgtcagccca ggaccgccct gggcatgaag gaggacggca ctctgctggt ctacgccgtg      660

gatggccgcc agtccggcta ctcctccggc ctgtcccaga aggatctggc ggaggagatg      720

atccggcggg gctgcgtctg ggccgtcaat ctggatgggg gcggctccac cgccatctcc      780

ctctggctgc cgggacagac ggggcccgct gttctcaacc tgccctctga cggcaagccc      840

cgaagctgcg caacctatct gctgctggtc acagaccagg agggggacgg ccggccggac      900

cggctggccc tgacgcaaaa cggcctcacc cttctgacgg gcacctccct caccctgccg      960

gatgccgctg tgctggacga agggctgaac cttctggacc gagagctccg tgacctgacc     1020

atcacctcca gggaggacct gggcgaagtg gaggacgggg tatacaccgc cggcgacagg     1080

gccggcaccg acaccctccg tctgcgctcc agggacctgg atgtagaggg agaggcccag     1140

atccatgtgg tggaccacct gactgaactg gtcatttcca aggagggcag cgcctctccc     1200

atcacttctc tgtctgttga gcctggagaa caggtccaac tggccgtcac cggcagttac     1260

tggggccgca ccgccctccg ggactggacc gccgtcacct ggaccacaga gggggacgtg     1320

gggaccgtgg atgagaacgg tctgttcacc gcctccaaga ctgggggcac cggctccatc     1380

accgcctctg ctggcggaaa gacccagacc atcgcaattt ccatgaccaa tgtccatacc     1440

gatgtgacgg aggaccactg ggcctatacc gccgtggatt actgctacac ccacggcatc     1500

gtgggcggca tctccgctac tgagtttggc cgtgacctcc agatccgccg aggcgatttc     1560

atgctgatgc tgtacaatgc catgggcaag cctgccgtca cccaggactg caccttcacc     1620

gatgtagctc ccactgatta ctactatacc gccctgtcct ggggccagag cgtaggccta     1680

gcctccggca ccggggacgg cgcctattct ccaggcgccc ccattacccg ggagcaggct     1740

tttaccatct tgcgccaggt ccttcctctg ctgggcaagg actgcccaga cgccagcttg     1800

tctgttctgg accagttcgc cgaccgtgac cggatcgccg actacgccaa gggacatacc     1860

gccactctgg tcgcccaagg cgtgatcagc ggcaagggcg agggcatcga tccccaaggc     1920

tatctgaccc gtgccgagat ggccgcccta ctctataagg ccctcaccta tacccccatt     1980

caggatgtgc ccaccggccc ggaggagccg gtagatcccg tggagcctga ggagccggtg     2040

gacccagagg gccccgtcga tcctgaggag cccatagagc cccagctccc cgacaccagc     2100

cagtatacgc tgaccctgga ccacaacgag gtcactctaa agtccggtga gagcgtcccg     2160

ctcactgcct ccctcgcccc ggcctgggag ggagcggaga tctcctggac cagcagcgat     2220

ccctccgccg ctcctgtctc c                                               2241


<210>  1370
<211>  1344
<212>  DNA
<213>  Ruminococcaceae

<400>  1370
gtggaactga gggagaaaaa gttgaacagc aaccccagcg cgttgctgcc catcctgata       60

tttctggtac tttatctggg tatgggactg atttttgaat acggcatcgg catcaacatg      120

gcattctatg atatccccat cgtagtcacc ttcatggttg ccctgttggt ggcgtgctta      180

cagaacaaaa agctctcttt tgacgagaag ctggttctga tgggccgggg cgtaggcgac      240

aaaaatatta tcactatgat cctcatcttc ctggtcgccg gtgtgtttgt gggcgtgacc      300

gggcggaaca gcgccgaggc cgtggcctat tttctgctgt ccatcgcccc tgcctgggcc      360

tctgtggcgg ttctgttcgt cgccgcctgc tttgtgtcca ctgctatggg cacctctacc      420

ggcaccatca ccctgatcac ccccattgcc gtggccgtat cccaggtgtc cgggttctcc      480

ctgcccctgt gtgtaggcac agtcatggga ggcgccatgt tcggggataa cctgtccttc      540

atctccgaca ccaccatcgc cgcctgttcc acccaaggct gtgagatgcg tgacaagttc      600

cgtgccaatg tgaagattgc ccttcccgcc gccatcgcca ccctggcggt cattctggcg      660

gtatccttca actccggcgt gggacagatc gagattccgg aaatcaatct gctgctcctc      720

atcccctatg tgctggttct ggttggcggc cttctgggcg tcaacgtatt tgtggtactt      780

attataggca tcatatccgg cctgaccatc accgtaggca ccggtctggc cgctggcacc      840

atcgctactg gcgcagatgt gctggagctg ctgaaagcca tgcgggatgg cgcttctggt      900

atgttcgaaa cgatcctggt caccgtttta gtgtccgcta tgtgtgccct catccgggag      960

aatggcggct ttgaggccct gctggccttt atccgccggg tattcaaggg ccgtgtgggc     1020

ggccggctgg gcgtaggcct gctggtaggt gccatggata tctctaccgc caacaacact     1080

gtagcgattg ttatggctgg ccccattgcc aaggagatca gtgaggaata tggcatcagc     1140

cccaaggagt cggcctctct tttggacacc ttctcctgca tcttccaggg catcattccc     1200

tatggcgccc agatgctgat tgcggtgtcc gcctccggca tctccgcttt tgagatcatt     1260

cccaacctgt tctaccccta tctgctggct gtagcttcaa tcgtctacat cctggtgggg     1320

gccggcaaga atgcaaaggg ttga                                            1344


<210>  1371
<211>  870
<212>  DNA
<213>  Ruminococcaceae

<400>  1371
atgaaagtga tcaagcgcga tgggaccatc gtggattatg accgaagcaa gatcgttacc       60

gccatcgaaa aggccaacgc cgaggtgccg ccggaggaac agcttgaccg ggcgcgcatc      120

gacgccatca tcgaccacat cgagggactc aagcgccagc ggatgctggt ggaggacatc      180

caggacctgg tggagcaggg gctggtggag gaaaacaagt tccacctggc caagacctac      240

atcatttacc gctataaccg ggccctggta cgcaaggcta ataccaccga cgagtctatc      300

ctctctctgc tgcgcaacga gaaccaggag ctggcagagg agaactccaa caagaacacc      360

atgatcgcag ccacccagcg ggactatatc gccggggagg tgagccggga tctgacccgg      420

cgcatcctgc tgcccgagca tatctccaag gcccacgacg aggggaccat ccacttccac      480

gatgcagact actttgtcca gcccattttt aactgctgcc tcatcaacat tggggatatg      540

ctggacaacg gcactgtgat gaacggcaag ctcatcgaga gccccaagag cttccaggtg      600

gcctgtaccg tcaccaccca gatcatcgcc tgcgtggcct ccaaccagta cggagggcag      660

agcgtggata tgagccatct gggcaagtat ctccgccgca gccgggagaa attcaaaaag      720

cacatcgcct atgaatgtgc cggacaggtg gacgaggcta ccctggagcg gctggtggcc      780

gaccgtctgc gggatgagct gaaatccggt gtccagacta tccagtatca aatcaatacc      840

ctgatgacga ccaacggaca gtctcccttt                                       870


<210>  1372
<211>  2025
<212>  DNA
<213>  Ruminococcaceae

<400>  1372
atgttctttc ccctccagat cctctatttg gagctggtgc ttcatattta tatgggcaat       60

tatttagggt acttgcctat ttatctggtg ttcagcctgg cgggaggcct ttttgtggcc      120

gcatttaccc tgccgttctc tcggctggcc aactgtatta tcaccaaagt gctggcgttc      180

ctgttttctc tgatttatgt ggtggagatt atcgcaaaaa agattttgac cacttattat      240

gggttcagcg ctgtgaaaat ggcggcggga aatcggctca ttgactacgc cgacgtgatc      300

gtatctaccc tagtgcgctc cattcccatc attttgctgc ttttccttcc ggcgattttg      360

atcatcgcct ttggggggcg cctactgggc tttggacgat ttgatatccg tttttccggg      420

gtagtgttgg ccggggcggt aatttttcat ctgcttggcc tgggtatggt ccatctgccc      480

tggaaggggg atctgactcc gaagcagctg taccgcatgg acaccaatat ggatgaccaa      540

gtagagcagc tcggtatgtt gacatcgctg agactggatg tgaagcacct ctttttcccg      600

gcggacaaca cattagacgc ggactttagt ggtctgggcg acttgggagg cagttcctcc      660

tcggaagagg gcggctcctc ccagaatcta gaggacccgg agccggtcat cgacacatca      720

cccaacgtga tggatgtgga cctgtcccaa attgcggaaa cggctacgaa tcaggacatc      780

cagtggttag ccaactattt caacagcgtg actcccacca gaaagaatga atataccggg      840

atgttcgagg gctataacgt gattttcctg acactggaag gtttctctgg ctacgctatt      900

gacccggagc tgacccctac actctataag ctgacccacg agggctttgt attcaacaac      960

ttctataccg ccctccattt taccagcacc tccggcggcg agtgtcagaa cttgctagga     1020

ctatacccga aaaacgggaa tccggccacc ctgccccgga ccggggacct ggggaccaac     1080

ctgtacttct ccctggccca gcagttggga cgggagggat acctggtcca gggctatcac     1140

cccaactcca atatgtataa ccgggagaag tctcatccta acctgggcta cgattggcga     1200

cagttcggca tgggctttga caatttggag ctgtccgaaa gcggcaagct gctgtggccc     1260

cagcgggaca agtatatgat ccaagccagc atcgacaact atctcaatag cgaggcgccc     1320

ttccatgtgt actatctgac catcagcggc cacatgccat actccaacaa ccgtgtggcc     1380

aatcagtaca gagatcttgt ggacccgttg ccttacagcg ataccaccaa gaactatgtg     1440

gccaccgtga ttgaagtgga tcgggctttg gagtatctca tccagcggct ggaggaggcg     1500

ggcaagctgg actctacctt gattgttgct gcccccgacc atatccctta cttcgatgta     1560

gcgacactgg aggagctggc gggtgaatcc tttggaagct cagaggacct ggagtatctg     1620

aaggagggca acatcaattt tgacgtatac agaaattccc tgatcctgtg gtcggccagc     1680

atggaggagc ctgtagaggt agataaggtg tgctgccagg tggatatcct gcctacggtg     1740

tccaatcttc tggggctgga gtacgactca cggatgctgg acggaagcga tattctgtca     1800

gacaacgagg gattggtggt cttttcctcc aagtgctgga ggtcagatcg ggggttctat     1860

gaccgctata ccagtacctt taccccggct gcgggagtct ccatgaccgc agaggaacag     1920

gaggactatg tgtccgccat gaagaagcta gtacaatata agctggacag cacagcgttg     1980

gtcatagaga atgattttta cggctatgtg tttgggaatg gctaa                     2025


<210>  1373
<211>  1419
<212>  DNA
<213>  Ruminococcaceae

<400>  1373
cccgcctctc tccaggatct gacggtggcg gtggacggct ccggggcggt gacgcccatc       60

gagtcctatc aggtgggcgc cctggtcagc ggcgaggtgc ttgccgcccc cttcgaggtg      120

ggcgactgga ttgagaaggg agatctgctc tatcaactgg atgccgggga cgcggaaatc      180

ggtcttcagc aggcccagtt atccctgcgt caggcccagc tcaactatga tgagctgctc      240

tccggcatga gcccaagcgc ctccgccgcc ggggtggtcc aacaggtcca cgtccaaaag      300

ggggacttgg tctctcccgg cacccctatt gccgacgtgg cggacaactc caccatgacc      360

ttgaccctcc ccttccagtc ggcggatgcc tccagcctgt cccccggtca gggggcccag      420

gtgaccatcg ccggcaccat ggaggtgctg tccggcacag tggagtccat ctcctccgcc      480

gagctggtgg gaaatggcgg tgctctggtc cggcaggtga agatacgggt ggataaccca      540

ggcgctctaa cctccgccaa ttcggccacc gccactgtgg gggacatcgc ctgtgccgga      600

agcggctcct ttgaggaaaa tacgcgccag accgtggtgg cccagacctc cggcgaggtg      660

actgccgtcc acgtcaccgc tggcagcagg gtgtccgccg gtaccgccct ggtcaccctg      720

gggggcgatg gggcccagag cgccctggaa aacagcgcca tctccgtgga aaatgcccag      780

ctggccctcc aaagggccca ggacgccctg gagagctaca ccatcaccgc ccctatctcc      840

ggcacgatca ttgagaagaa ctataaggtg ggtgacaagg tagacggcat ggacgccggc      900

tccctggcca ttctctatga catgagcagt ctgaagctga ccatgaacat cagtgagttg      960

gacctgaacc aggtccagga gggtcaggag gtagacatca ccgccgaggc gctgcccgga     1020

caggtctttc aaggcgtagt ggaccgggtg tccatcaacg gcaccaccac caacggcttt     1080

accacctatc ccgtcaccat tctgctgcgg gagttcggcg acctgaatcc aggcatgaac     1140

gtgtccgccg atatcgttgt cgagcggacc acgggcgtcc tctgtgtccc ggtgtccgcc     1200

gtcaacagcg acggcactgt gctggtagcc ggaccgggca cactttctga ggatggcctc     1260

accatagccg atctttccaa ggcggagcgc cgccctgtgg agctgggacg gagcaacgag     1320

gagtacatcg agatcacttc cggactgtct caggacgagg tggtgctggt tcctgaccag     1380

gccaccggct ccatgggtgc cgttgcgatg ggaggctga                            1419


<210>  1374
<211>  1140
<212>  DNA
<213>  Ruminococcaceae

<400>  1374
atgacagaca gacggaaggc ccgcacctgg gcggagatag atttgggggc catggcacac       60

aattaccggg ccctaaaggc cttgaccccg gcgggctgcg gatttttggg gctggtcaag      120

gcggacgcct atggccatgg ggcggttcca gtggcccaaa agctccagga gctgggagcg      180

gatatgctgg cggtggcctg tgcagccgag ggggaggagc tgcggcgggg cggtattgtc      240

ctgcccatcc tctgcctggg ccagacggac ccggcgctgg cccaggacct gctggactgg      300

aacatcaccc agactgtgga ggatctggag tccgcccagg ccctgtcccg agtggcgctg      360

gccgccggaa agaggctgcg cgtccacctg aaggtggaca ctggtatggg acggctgggg      420

tttctctggg gggatggaga gaacggttcc gccctggaga agatgacagc cctgtgcgcc      480

ctgcctgggc tggaggtgga ggggatgttc acccacttcg ccgctgcgga tgaggacgag      540

acctacaccg cagcccaact caggcggttt ctggaggcga agaaggctct ggaggaccgg      600

gggcttcatt tcgcaattta ccattgcggc gccagcgccg ctgtgttaca ctatgggcag      660

agccacatgg atatgatccg tcccggcatc gccctatacg gcttcccgcc tgcgccgggg      720

atagaggccc ccggcctgat cccggtcatg actctgaaaa gccgggtggc cgccgtccgg      780

ccaatgcctg ccggaagccc catcagctat ggctgtaccg ccgtgctgga gcgggattcc      840

agggtagctg tcctgccggt cggttatggg gacggcctgc caagatccct gtccaacaag      900

ctgcaggtcc agatcgggga caggctgtgc cccgtccttg gacgcatctg tatggatatg      960

tgcatggtgg acgtgacgga cctgcccgac gtggcgccgg gggatgtggc ccggatctat     1020

ggccctgggc tgacccagcg cgctgcggat caggctgaga ccatcgtcta tgaattattg     1080

tgccagctct cccggcgggt cccccgtatc tatttggatg gtggaaggga gatccgttga     1140


<210>  1375
<211>  774
<212>  DNA
<213>  Ruminococcaceae

<400>  1375
atggtaaaag ccattttttt tgatatcgac ggcactctgg ttagcttcca gacccacaca       60

atttctcccg ctgtcttgga gggcctccac cgcctgcggg agaagggaat ccggttattc      120

ctgtccacag gccgccacaa agtcatgagt cagtcggtcc gggatctctt tcccttcgat      180

ggctgcatca ccctcagcgg ccaatactgc tttgctcagg accgggtgct tcgaagcgtc      240

cccttcgctc cggagcgggt gaaagctctg gtggagctga tggagcattc cactatcccc      300

tgtctctttt tggaggagga ggactgctac cttgtaaacc cggggccgcg ggctcaggtg      360

ttccccaagc agctagctgt ccccctcccc ccctccgctc ccgcccggcg ggcggaaggg      420

cgacaggtgt ttcaggccac cgccttcctc acccgggagg agcagcaggc tttaggagac      480

cccttcccag gactggaggt catgcgctgg cacccagatt tcgtggatat tatttcccca      540

ggcggcggca aggaccaggg tatggacgcc attttggact tcttcggcat ctccctggag      600

gacaccatgg ccttcggcga tggggaaaac gacattccta tgctccgcca cgcccatgtg      660

ggagtagcca tgggcaacgc cgacgctctc gtacgctctc acgccgactt tgtgaccggg      720

acagtggatg aggacggtat tttgtccgct ctggaacatt tcggtctgct gtag            774


<210>  1376
<211>  1365
<212>  DNA
<213>  Ruminococcaceae

<400>  1376
atggatcacg gcatcttgac cctgctgccc atcgtaacag tggtggctat cgcattaaaa       60

acccgacgaa ctctggagcc cctaatcgcg ggtaccctgg ttgcctatct gatcattgat      120

ggacccaaat ttatcttcgg ctggatggac gcctttttcc gggtggccac cagctatgac      180

caccagtggg tatttatggt ttgtctactg tttggcagcc tcattgccct cctgggggcc      240

tcccacggca ccatgggctt ttccaaaata ctggacaagc tgtgccgtgg gccaaaaagc      300

acactgatta tcacctggat tatgggcatc ctgatttttg tagacgacta tctcaacatc      360

atgactctat ccatctgcat gaaaaaggaa acggacaaac accatatccc cagggaggcc      420

ctctcctatg ttatcgattc caccggcgcc ccggtctgcg ctctgcttcc cttctccact      480

tgggcggtat tcttttccgg tcttttcttt gctgaggccg gcgtcccaga gctgggctac      540

gggagcggca tctctacctt ttaccgggtc attccctttg tgttttatgc tatcgccgct      600

gtggtcatcg tgcccctgtt cgccctgtcc gtcatcccac ctatgggcaa gatgcgggcg      660

gcctaccagc gggcggcgaa gaccggagcg gtctactccc cagagagcga actgatgaac      720

ttggagggcg aggatgatgc ccctgatata cagggcaatg tatggaactt cgtcattccc      780

atcggcgtac tcatcgtcct ggctatcgtg gggggtgagc tgtttctggc cgtcatagct      840

gccatcgcta tctgcctgct cctgtatgtc ccccagcgga tcatgtccct gtccaaggct      900

tgcgacttgg ccatgcacgg cttctgcaat atgatcccca ccgtggccat catttacttt      960

gcctttgtca tgcaggaggc catgaacgaa atcggcattg ctccctacat tattaatttg     1020

gttcagccct ttatgagcgc agaatttttt ccttgcatta ccttcctggt ggtagccgcc     1080

ctcaactttt ccactggcag tgtgtggggc atccccgcta tcgtggtccc cgttatcctg     1140

cccttagccg tttctctgga cgccaatctg ctggttgtta tgggagccgt ggtatctgga     1200

gcagtattag gcagccacgc ctgcttttac tccgacgcca ccgttcttac ctccagttgc     1260

tgtaaaatgg aaaatatgga ccacgccctt tcccagtttc cctatgccat gctggccgcc     1320

gccatcgctg cggcaggcta tctgctgtgc ggattcttac tgtga                     1365


<210>  1377
<211>  1644
<212>  DNA
<213>  Ruminococcaceae

<400>  1377
atgactgatt taaaacccca gctttttcga tgtctaaagg gctattccaa agatcggttt       60

ttgaaagacc tgaccgcagg agtgatcgtc gccattattg ccctgccgct ctccattgct      120

ttggctctgg cctctggtgt atctccggaa cagggcctct atacagctat tgtggctgga      180

ttcttgatct ctgccttagg cgggagtaaa gtgcagatcg caggtcccac cgcggccttt      240

gccaccattg tagcaggtat cgtggcccgc agcggaatgg ctggactggc tacggctact      300

ttgctggccg gcgtcatgct ggtactgatg gggattcttc atatgggcag tatgattaag      360

tttattcctt acactattac aatcggattt actgccggta tcgcagtcac aatcgtcatt      420

ggccagctaa aggatttctt tgggttgacc tttcagcagg cccctgtgga aacgatggaa      480

aagctggaag aagtggttcg aaccttccat accgtcaacc cggctgccat ggcggttggg      540

atactgtccc tgtcgatcct gctcctctgg cctagggttt cgaaaaggat acctgcctca      600

ctgatcgcgg tactgttgac ggcggcggtg gttggactgc tggatctgcc ggtcaatacg      660

attggcgatc tctatgtcat ttccagtgcg ctgcctgcgt tccaaatgcc cgatttgtcc      720

tatgagacag tgtccgcggt cctgccggac gccttcacca tcgctgtgct ggcggccatc      780

gaatctctgc tgtccgcagt tgtggcagat gagatgatcg gctcacggca caattccaat      840

atggaactgg tggcccaggg ggtaggaaat agcgcctcgg ccctgttcgg aggaattccg      900

gcgaccggtg ccatcgcgcg taccgccgcc aacatcaaaa acggcggcac atcccctgtg      960

gccggcatgg tacacgctct ggtgctgctt ctggttctgg tccttctgat gccttatgcg     1020

gcactgatcc cgatgccctg catagcggcc atcctattcc aggtggccta caatatgagt     1080

ggctggcgta ctgtactgaa ggtagcaaag acttcaccca aaagtgacat cgcggttttg     1140

gtcctcactt ttatcctcac agtagccttt gatctggtgg tggccattgg ggtggggctg     1200

tccctggcct gcctgctgtt tatgaagcgt atggccgacg tagcggttgt caaggagtgg     1260

gagtatgtgg aggacacggg agatgaacag ggccgcctga agcctgtacc ggcctatgtc     1320

atggtatatg agatcagcgg tcccatgttt ttcggcgccg ccgataagat cccgcatatg     1380

gagcgggaca atggatgtcg ggttctgatt ttgcggatgc ggtcagtccc cgctatggat     1440

atcacagcct taaatggtct gcgccgcctt tatgacgagt gtgtaagaaa aaatattaat     1500

gtagtatttt cccatgtgaa cgaacagccc atgtcagtct ttcgaaaatc tggtatgtat     1560

gatttggtag gagcggaaaa tttccagccg aatatcgatg tagcgctgga acgagctatc     1620

tcaataggtg gtatgcctgt atga                                            1644


<210>  1378
<211>  1500
<212>  DNA
<213>  Ruminococcaceae

<400>  1378
atggggggaa gctcctccaa caacggcctg ggcgggagcg gagcggacgg ggtgaccaat       60

ttcatgtcct atgcaggccc ggtgtttccc ctgaccttgg cggaggaaaa cggggctgtc      120

accgcccagc gggagatcac tctggacttt caaccctggg tgccccggtg gatctctaat      180

gaggagatgg ccgccgaaga agcggcctgg ggggaggaga gctacgataa gatcctaagt      240

gatctccggg agagcttccc cgatgggggt tactccagcc ggtccacgga tcttctgatc      300

cgcgaccgct atgtactgac caatcactcc gaccaggagc agagggtcca ggtgctctac      360

ccctttgtca gctccctgag ggacctgacg aagcggatgc caaccctgtc tgcggacggc      420

gaagaactgg aaactgtcct tcaccccggc ggatactccg gcggctttca ggacaccgag      480

ggacagacag atggggagcg gctgaacctg cgggggctgg actcctggga ggcgtaccgg      540

gatcttctgt ccgacggctc ctatctggag ggagccctgg gggattaccc agacctgaca      600

ggcgtgccgg tgacggtcta tcgattcacc gatccctggg ggccggagca ggacgagaag      660

gccgaccttc caaaccctac cctccgggtg gagttcgagc tggactatga caggactact      720

gttctctcct acggcttcca tggcggcttc tacgatcggg aggcggggat catgggccag      780

agcttctcca ttcctcagga atgggaacgg gatcacgacc gaccctatta tttaattgtc      840

ctgggggacg acgtggccaa tatgaccacc cagggctata acaccggggg ctgggacacg      900

gacaaaaaga tagaggccgg ggtggatatc cagcggtatg agagcgatct ggataccgcc      960

cttcgggatg cggccgccct gctctatgag acggatatgg agcggtggag cgaggacctg     1020

tggggcctgc gccaccccgc ccaggccacg gtggactttg agatgtacta cggcctgctg     1080

tgcggctatc tgatgagcta cggcctgctg tcagaggacc cggcggagcg gtatgaaacc     1140

ggctggctgg aagaggtgga ctttgaagtg gcagaccgtg tatgttatct ggagggggaa     1200

gtgactatcc ccgctggcgg gacagtggaa gtgactgccc aactggtcaa gaatgccagc     1260

ttcgatttct actgtgccca caccgaaaac gagggcgtat acggctatga cctggtgacc     1320

aggctgggct ccgccctcac ctttaccggc cagagcgccg ttctggagga ccgggagcag     1380

atcgagatcg ttcggcaaaa ctttggattt gagccggaga gcgggatacg gaccgtggag     1440

ctgaatccgg aggaggagca ctactatctg gcggtccggc gggtggagac agaggaatag     1500


<210>  1379
<211>  1692
<212>  DNA
<213>  Ruminococcaceae

<400>  1379
ccggaggaga aactggccct catcgccaag cagacctctg atctgaatga gtggtaccgc       60

atcaccctac atcgtctcat cgaggtatgc cgctgggtat cctccaaata tacccggtcc      120

aaggtccgga aagctctgcc caaggactac gcctatatca tcgatgagct gctccatacc      180

cattatgacg aggcggacaa acgggactac tatgaaaata tcatcaacac catcatcgac      240

atcgaccagg cccccagctt tattgaggcc gtgtgcgagg tcattaagcg gatggcggtg      300

gatcatctcc atattgtggg cgatatcttc gaccgggggc cacgggcaga cgtggtaatg      360

gacgccctgt tgaactacca cagcgtggac atccagtggg gcaaccatga tatcctttgg      420

atgggggccg cctctggctc ccggactctg gtggctaccg tgttggctaa ctccatccac      480

tataataact tggatgtcat cgaaactggg tacggcatct ccctgcgccc cctgtccatc      540

ttcgctaacg aggtatacaa ggactgcgac acccaccgct tcgctgtcaa gcttaccggc      600

ccagacgccg accagtacag cgagaaggac aagctgctgt ccgcccggat gcacaaggcc      660

atcaccatta tcctcttcaa gttggaggga cagaaactgg tccgctgtcc ggaatttaat      720

atgtccgacc gtttgctgct ggacaaaatc gactatgaca ccaagtctat taccatttct      780

ggcgtgacct atcctttaga ggactgtgac ttccctactg tggacccagc cgatccctat      840

gccctgacac cagaggagag ccaggtcatt gaccagctca ccgcctcctt ccaacgcagc      900

gagaagctgc agcagcacat ccgcttcctc tactccaagg gcgggctgta caaggtgttc      960

aatggcaatc tcctgtttca cggctgcatc cccatggccg aggatggctc cttcctgaaa     1020

ttcaccatcg gcggaaaaga gcgctctggc agggagtttt tggactacgc cgagaagacc     1080

gcccgcaagg cttattatga caagcccggt tccccggagc ggcagttcgg catggacttc     1140

ctgtggtggc tctgggcggg ccggaacagc cccatcttcg gccgggaccg aatgaccacc     1200

tttgagcggc ggctcatcaa ggatgagggc gcctggaccg agcccaaaaa ctgctactac     1260

accctttata acgacccgga ggtgtgcgag cgcatcctga aggagtttgg cctggagggt     1320

ccccattgcc atatcatcaa cggccatatc cccgtcaagg ccaagaaggg cgagagcccc     1380

atcaagggcg gcggcaggct catcgtcatc gacggcgggt tctgcaaggc ctatcagccc     1440

accagcggca tcgctggcta tacgctgatc tacaattccc ggaatatccg catcgtgtcc     1500

caccagccct ttgagggccg gctggaggcc attcgctata atcacgatat tgccaacaac     1560

tccctcattt ttgagaggat ggacgcccgg gttaaaattg ccgaaacgga catcggtaaa     1620

aagctccagg cccaggccaa tgaccttcgt cggctgctgg aggcctaccg tgccggtgcg     1680

gtcaccgagg ac                                                         1692


<210>  1380
<211>  870
<212>  DNA
<213>  Ruminococcaceae

<400>  1380
atgcgaaaag aaatcatcct gccgggtctg gccctggggg gcggcctggc gggctttgga       60

ctgcgccgct ggcagtggct gtccgcctat gacgcccaga ctcaactcta tctccacggg      120

gcgccggcca cctttgccct gctcgccctg acggctctcc tggtcctggc ctttcttgtc      180

ctctgccatg gaaaaaggag gccggaggga ttcctggacg cctttttctg tccctctccc      240

ggttttatgg gactgatggc cgcctccggc ttctgttttt taggggccgg cctgctgggc      300

ctgctggagt ggatggacca gttccaactc ttccgcatca gccgggacgc ctacctgtcc      360

gcctatcccg ccgccctgct gcccgtcctg ctgttgacgg tcctgctcac ctttggctcc      420

ggagccgccc tgctgctggt cggacgggcc gcctatcggg gccagctgga ccggctgacc      480

tccctgctct ctgtccttcc aggctatacc ggactgtgct ggctgtttgc cacccacctg      540

ctccacggca ctgaccccgt cgccatgcgg tacggcttct ccctggcagc taccattctg      600

atgatgctgt gccactactt cgccgctggt ttcttctttg gccgctccca ccctcagctg      660

cttaccttct gcgcttcgct gggcatctca ttggggataa tctctctggc tgacggcccc      720

agctggttcc agctagctct aaccgctgcc tttctcctct ctctgctggg ctatggatat      780

gcgctactgt ccaacaattc cttccccgcc ggagagcgaa tgccctctgg ggctgaacgc      840

gaggagagct ccattccgga cgaggaataa                                       870


<210>  1381
<211>  1347
<212>  DNA
<213>  Ruminococcaceae

<400>  1381
cacgatgccc aggagatcgc ggaaaatatt attcgggttg ctcaggcggc ggtacgggac       60

agcgggattg attcccggcg gctggccggc gtggcggtca ccaatcagcg ggagagcgtg      120

gccctgtggg agcgggatac aggcaggccg gtgtgtgagt ctatcgtctg gcagtgtaac      180

cgagcggcgg agctgtgccg ccatatccag gaacgaggcg attatccgga aattcagcgg      240

cgtaccgggc tggtcccctc cccctttttc tctgccggga aggtggcctg ggcgctggaa      300

catgtgcctg gggccagaga gaaggctgaa cggggacagc tctgcatcgg caccatggat      360

acttggacga tctggcagct caccggagga aaagtccaca gaacggattg cagcaacgcc      420

tcccgcaccc agctgtttaa tatccatacc atggagtggg atccggagct gtgccggata      480

tttgatatcc ccatgtcagt gctgccccag gtgtgcggct ctgatgggga atatggacag      540

acagatctgg gaggactgct ggaccatccg gtgccgatcc gaagtgctat cggggactcc      600

catgcctccc tttttggaca cggatgcgtg gagcgggggg actgcatggc gggtcacgga      660

acaggcacct gcgtactgat gaatattgga gaagaaccgc tggagtccca gaatggactc      720

aataccacgg tggcctggcg gatgaatgga aagactgtat acgctctgga gggtgtggtg      780

aactatgctg gagcggtcac cacctggctg aaggacggtc tggagctggt gtcctgccca      840

gaggaaaccg aggcgctggc ctgtcgggct gacccaggtg accataccta tctggtacct      900

gccttcacgg ggatcggagc gccctactgg gacgatggcg cctctgcctg ctttgtgggg      960

atgagccggc tgaccgggcg ggcggagctg gtcagagctg ggatagagag cattggatac     1020

caagtggccg atatcgtgag agccatggag cgggatatgg gcgcgcctgc cagtcaggtg     1080

cggatggctg gggggcctac gaaaaatcgc tatctgacgc aatttcagag tgacattatg     1140

gaccgccctg ttgtccttgg aaagtatgag gagctggtag ccgtgggcgc gggacaaatg     1200

gctggactgg ctatgggact gtatgacctg ccggagctgg aacggcttcg gcggacacag     1260

ctgttccggc cgcggatgga acagaaggag cgcctggaac ggctggatgg ctgggcccgg     1320

gcggtgcaaa aggcgttgag ccgatag                                         1347


<210>  1382
<211>  1158
<212>  DNA
<213>  Ruminococcaceae

<400>  1382
atggacctga aaaaaagaat gatctcgctg ctgctgtccc tggtcctgtg cggggcagtc       60

tttgtccccc ccgcctcctc cgcctcctcc acggtatact tcacttccat caacgacaat      120

ttacgccctt tgaccgcgga caccatgcct acctggtccg gcggcgtcct ctatgtgccc      180

tatacggtct ttctggccca gtacaacggc ggcttcaagc tggtggatgt ggattacagc      240

tatattcata ccagcaccac ccacaagctc accctgtaca cgttacaaca gatgctcacc      300

tttgatctga aaaacggcac ctgccgggag gagatctccg gtgagagcta tcccgctcag      360

gccatcatgc gaaatggcat accctacctg cctgtggtca tggtatgcaa cttcttcggt      420

ctggatttct cttataccgc cttcagccag ggctacctgg tccgcatcaa caacgactcg      480

gtggtcctgt ccgacgccaa gctgatcgac gcggccagca acctgataaa ccgctacctc      540

cgtgaatata accaatccat caatcccgct cccgatacca ctactcccac atcccctccc      600

accgagccgg atgagtccaa taccacgaac gtatccacct atctggcctt tctctgtaag      660

gatggccatg gacttgatca gattctgtct gccctggaca gcgcgggcaa tcaggcacta      720

ttcttcttta ccccagaggc cctggagcag gaggatgacc tggtacggcg gattctgggt      780

actgggcaca gcgtcggtat cctggcggag ggaggaaccc tggaccagac ccgcgcgctg      840

ctggaggagg gcaaccgggc tttggagcat ctggcctaca cccggaccac ggtggcgtat      900

gtccctgacg gccagcggga gctgctggag ctggaggggt gggtgtgctg ggaccagacc      960

atggccctct ccccatctgg taccgtgggc cccaacacct tcgcggtcaa caccctcaac     1020

cgcctggagg gccgtaccag gactacttat ctgactttag agggagggga aaataccgcc     1080

cgaatcctgt ccgcgctgct gcgtcagctt cggtacgagc atttcgtggt atataccccg     1140

atggagacca gactatga                                                   1158


<210>  1383
<211>  1956
<212>  DNA
<213>  Ruminococcaceae

<400>  1383
atggaaaaga aaattttgtt ccttggtctg gacgctgcta tgccggactt ggtcaaaaag       60

tttgtcgcag agggcgctat gcccaacacc gccaagctaa tgaagcaggg gatattttcc      120

cgattggaaa cagtattccc gcctctgact gccgcagcct ggactgccat cgtcagcggt      180

gccggatccg gcaccaacgg agtgcccagc ttgatggtga aacacctggg cgaggaccta      240

gatcactggc acacttcctt cgaccgcaac gaggtactgt gcgaaaccat gtgggacgtg      300

ggcaagcgtt tgggtaaaaa ggtggccctc ataaactggc cggtcacttt ccccatgggc      360

gctatctcgg aggaagacgg ctgccagctg gccggctctt tgaatccacc attccgctac      420

tttttcatgc ccctgtggga cgtggcttcc agcgcctgct tctccaacca gaagctgcgc      480

tgcaaccaga tccccggccg ggcggtccag ctagaagccc gacccgctga aggttggact      540

aatctgcccg aaagcaagcg cccgccacta gaattcgaca ttgtggtccc ccccacctat      600

gtggaaggtt accccatgca tgtgttgatg tacgcctcca ccgacacggg ctatgatcgt      660

atgctgatct ctgagtccaa ggacgccgct caggccatca ccgacatcac ccacggggaa      720

ctaggtccct ggattaccaa aaacttcaag gctcgggact atgaacggga cggccgcttc      780

cgtttccaga tcctccaact caccccagac gggaagaact tcaaactgta ccagagcgcc      840

atcaacatgg ccgagcctta ttccgttccc tcctccctga gcaaggaggt agaggccgtg      900

gccggtacct atatggaggt tgacgatccc tgggccttca tggatggctg gatggctcca      960

gaactctacc tggaccagct gcagatgcac gccaactggt ggggcaacgc cacaaagtat     1020

gtgcttgagc atcagcagtg ggacatggcc ttctcctggg taggcactat cgaccacatc     1080

gagcatgtcc tttacgctgg cattgagccc aaggcacggg tatatgaccc ggacaaggct     1140

gatttctgct ggcacatgat ccgggagact taccgacagg tggacgagaa catcggaagg     1200

atcctggatg ctgtggactt ggacaataca tatgtgatcc tgatctccga ccacggcatg     1260

acccatttgg actggaaccc ttatgtaaaa gagcacctgg cccgtgccgg tctgttggag     1320

tatgtgttgg atctgaccac tgacgatccc agcaacctta ctatcaactg ggagcacacc     1380

aagtgccatc ccctggagcc ctgtcacgcc cacatcttca ttaacctgaa ggggcgagac     1440

cctcacggca tcgtggagcc tgaggactat gaaaaagtcc aggaggaaat catccgttgc     1500

ctgatgaata tgcgggatcc ggaaaccgga gatcaggtgg tcgctctggc cattaagaag     1560

aaggaggctg gcactctggg catctatgag gggcccggct atgaccgcgt gggcgacgtg     1620

ctatacgcct ggaagcccgg ttatatgtcc caccccttca tttaccgcag caagattcag     1680

tatcgggatg gtaccgaaag ggtcatcgct aaccccgaac tttacgaagc cgctggcttg     1740

tgccgcaact tcactggtgt tcacctagct ctcccctcgc tccacgatat gcatgcggtc     1800

atgattatga ctggtccagg tgtgccccag tacgaacgaa agttccccgc aaagatcatt     1860

gacgtagcgc ctacgctgag taagctattg aacatcgacg tacccaaaga tgccgaagga     1920

ggagttttgt atgatatcct ggaccggtgc caataa                               1956


<210>  1384
<211>  1479
<212>  DNA
<213>  Ruminococcaceae

<400>  1384
atggaaatgc tgtatggaaa ctggctggtg ctgcctgtgc tgtttcccat attcggcggc       60

ctgatggcgg cccgcatcca tacccttggg gcgcgacgta ccgtcgtttc caccatcctg      120

atccttcaga tccttctggt cttgcctgcg gccatttatg atacaccacc ctataccatg      180

ctgcatttag ccccagggct ccgcatcgtc ctgcaggggg acgctctggg gcgttttttt      240

gccgccttga tctgtatcat ctggttcgca gtggcctttt tcgcctatga gtatatgaat      300

catgagggcc accgggagcg gttttttgga ttttacctca tgacgctggg cgctctgatg      360

ggcatttgct ttgcgggcaa cttagtcacg ctctacctgt tttatgagct gatgacgttg      420

tgttccgtcc ctctggtcct gcacatcggc accaagaagg catttgaggc cgcctatcgc      480

tacctggcct tttctgtggc cggggcaggg cttgggctgc tgggactttt cgtgctccag      540

ggttactgta ccacagacct gtttacacca ggcggcgtgt tgaacagctc cttagccact      600

ggggaccgcc agtggctcct gtgcgtattc ctggtcatgg cagtggggtt tggctgtaag      660

gcgggaatgt tcccgctcca cgcatggctg cccatcgccc acccggtagc acctgccccc      720

gcctccgcgg tcctgtctgg ccttatcact aagatgggcg tctttgccat aatccgggtg      780

gtttactatc tatatggatg ggattttctc agcggaactt gggtgcagag aacggtgctg      840

atcctgtctc tggtcacggt gctcatgggc tccaccctgg ccctgcggga ggacacactg      900

aaaaaaaggc tggcctactc aacggtcagc caagtgtcct atgtgatttt cggcctgatg      960

ctgctgaccc ctgccgcatt ggaaggcgcg ctcttccagg tggtgttcca cgccattgga     1020

aagaatgccc tgttcatggc cacaggcgcc atcatctata aaacacacct gacccaggtt     1080

tctcagatgc gcggtgtggg cacggtgtat ggcatcacta tgtggtgctt tgcgctggcc     1140

tctctctccc tgatcgggat tccgcccaca gggggcttcg tggccaagtg gatgctggcc     1200

cgtggggcgc tggaggccgg gctggggccg gtgtcctatg tgggcatcgg ggttctgatg     1260

ctctccgctc tgcttaccgc ctgctatctg cttcccatca ttacctcggc ctttttcccc     1320

ggcaagggct ttgaccggag ccagatcgtc aaacagcagg atacctggct catgtggatc     1380

accctctgct tcctcaccgc gtctgtggtg attttaggga tgtatcccgg ccttctctct     1440

cccgcggtgg aggatatcct ggctccgctt tttggttga                            1479


<210>  1385
<211>  1785
<212>  DNA
<213>  Ruminococcaceae

<400>  1385
atgcggcttg ccgccgctgt acttgcaata accctggcag tccccaccgg atgggccgta       60

agaaccaaca gtgacggtga ggttatgatc cgtgtagggc tggcatcctc gtaccagtac      120

gtagaaacgg gagagctgga ggccgctcac ctccaaaata atacagggta tggcgccggt      180

ttccgcttcg gctactacga cgggaatatg gatttcgttg agctgggacg gacggagaag      240

gacattgacc aggtggcggt gcttaagaca caaaacctct actatggacg ggacgcctcg      300

ttgggcaaga ctacctactc ctcctccatt accagcaata tcgcggtggg ctgctatcat      360

attttgatcg atagcgggta tggagactac gaggacgcac ggcgggacgc ggaagactat      420

gaggatggct tcgtggcctg gatagatgaa gaataccagg ttcgggtggg agcctatctc      480

tcaaagggcg aggcgctgga cgcaatcgat accttagggg aggggaccgt tgtagggact      540

acttcctacg gaatgagtat tgtggaaaca gggacggatc atatcctgtt tcaatttgac      600

cagggaacag gtggtatcct ggcgatcctg ccagacgtga ccggagcaga ggatgtcagg      660

acttggttct ccaattataa ataccgaggt ggctttcttt atcagcgcct caatggagga      720

aatatctcgg tagtcaatgt ggtggagctg gaggactatg taaagggtgt ggtctgttat      780

gagatgggcc gcacctggcc cttggaggcc ctgaaggccc aagccacctg tgccaggact      840

tatgttctga ggaacatggg ccggcaccag agctacggat ttgacgtatg tggcagtacg      900

gaatgtcagg cataccatgg ttgcggagat ggacgttcca actccggacc cagtgaggta      960

agcgaccagg cggtagagga aacagcgggc caggtggttc tctataacgg aaaattggca     1020

gagaccgtat attcctccag cgcgggcgga gccacagagg acgcaaagaa tgtctggggg     1080

acggatacag tcaacaccca tccctacctg aagggtgtga tagatcctta cgaatcccta     1140

gtagacgact taaatcccta ttctccctgg acggttacct atacctcaga ggagctgacc     1200

agtaaacttc agagcaacgg ctttggggtt ggtacttcca tcgattacct agaactgacc     1260

tactctgaga tgggaaacgt cattcgactt caggtacact ggaaaaatgg gaacagcaac     1320

acgttcaagc caagtgcatc ctctggcggt atagatatgg gtatccgagg aaattttggt     1380

gttaagtcga tccggtttac agtaaatgga aagatggtca gccagccagc cggaaacgga     1440

tctggaagct atgcagtcaa tggttccggt acactgagtg gtacggacga tgtatatgtg     1500

atttctggta ccggttcggt atctggagct ggaagcgatc tgtatgtgat ctccggttct     1560

ggaaagatca gctcgctggc ggaggggaat accggtgcct ccgggaccaa tgtgggaggc     1620

ggcacagtga ccgtctctgg agatacttat gtatttgacg gagcgggctg ggggcaccaa     1680

ttgggaatga gccaatttgg tgccaacgcc atggcccgcg aagggtttga ctatgacgag     1740

atactgaaat tttattttcc tggcgtccaa gtgggcacct attaa                     1785


<210>  1386
<211>  1164
<212>  DNA
<213>  Ruminococcaceae

<400>  1386
gcctctgtgg tcaagggcgg ccgtcccggc gagctgacct tcagcgagaa ggtggataag       60

gtggtcaccc accgcctgtt cgccattccc ctgtttctgt tgactatgct gcttatgttt      120

gtcgtcacct ttggtccctt tggctcctgg ctgtccaacg gggtgggggc cgccgtggac      180

agtctatccg gctggctctc cggggcgctg tccggggcgg gagtgtcccc ggtcctggtg      240

tccctggtgt gcgacggcat cattgccggg gtggggggcg tgctcacctt tctgccccag      300

atcgccctgc tctttttctt cctgtccttc ctggaggact cgggctatat gtctcgggcc      360

gcttttatca tggaccgcct gctccgccgg ttcggactgt ctggaaaggc gttcatcccc      420

atgctcatgg gctttggctg ctcggtgccc gccatcatgg gggcccggac catggaaaac      480

gagaaggacc ggaggatgac cattctactg gttcccttca tgtcctgctc ggccaagctg      540

cccgtctacg ggctgctatc cgccgccttc ttcggcccct acgccggact ggtggtcttt      600

gggctgtatc tcatcggcat ggcggcgggc atcctgtccg gcctgttctt taaaaagacc      660

ctgttcgccg gggagcccgc cccctttgta ctggagctgc ccccctatcg cctcccctcc      720

ctgtccaata tgctcaccca tgtgtggcag aaggtacggg gcttcctcat caaggcaggc      780

accctcatcc ttctcatgtc catggtgctg tggctgctcc agtccttcga cttctctctg      840

cgcatggtgg aggacgccgg ccagagtatg ctgggtactc tgggctccct catcgccccc      900

atctttgccc cctgcggctt cggccactgg caggccgctg ttgccctgct caccgggctt      960

gtcgctaagg agatggtggt gtcctccctg tccatgttct acggcttctc cctcaccgcc     1020

tccagcggag cggtggcagc ggccatggct ggcttcaccc ccctgtccgc cttctccatg     1080

ctggtgttca ttctgctgta cgtcccctgt gtggccgccg tatccaccct gttcaaggag     1140

atgaacagcc ccaagtgggc ctgg                                            1164


<210>  1387
<211>  1764
<212>  DNA
<213>  Ruminococcaceae

<400>  1387
caggctcgga aggcgctgga tcaggccatg gcggagcatg gagatgagat tgccgggact       60

atcacctacg gggagtggcg gggcaccatc accgcctccc agatgaacta tgactggtcc      120

gcctcggcgc aggcggccta tacagacggc agagatcact ttctgaccca gggagggcag      180

tacgccgcca gacttttggg caaacagtgg tcggtggaaa ccagaagtat ggaaacaaca      240

gaactggagc gcctgctgga ccagatggaa caggatctgg acggtgatgt gaccagagcc      300

gcctggcgtc tggaggggga ccgtttggtg atgaccaagg gccgcaccgg ggtgagcttg      360

gaccgggagt ctgcccggga gggagctttt tccgcgctgg aggaggcgat ggagcagaag      420

ctgggtggcg gccaagaggg gaacgcggag gtggagcggc agctttaccc cgaggagata      480

cctccccaag aacccgactt tgatgagatt tatactcagt tccataccga gccggtcagt      540

gcccagatgg acccggatac ctttcagatc accgaccatg tggtgggggt ggactttgac      600

gtggatgccc tgaaggccgc ctatgagggg gccgcggagg gggagacctt ctctatcccc      660

gttaccttga cccaacccaa ggagactaag gcgagcctgg aagaaaagct gtttcaggac      720

ctgctggggg agggaaccac cagggtgact ggctcggcca accgcaagtt caacgtcaag      780

ctgtccgccg aagcctgcaa taacgtgatc ctcctacctg gacaggagtt ctcctacaac      840

aataccaccg gcagccgcac gccggaaaag ggctataaaa acgcccccac ctaccaggcc      900

ggaaagtcgg tggacgacat cggcggaggc atctgccaga cctcctccac catttactat      960

gccgttcttc ataccccgct ggaggtcgtg gagcggcacg accatcagtt caatactggt     1020

tatgtggatc tgggcatgga cgccacggta tattttggtt ctctggactt ccggttcaaa     1080

aacaataccg agtaccccgt caagatcgtg accagcagct atgactccaa cgggagccgg     1140

tatttgaatg tgaagatcta tggtaccaac cccgatggca tctacgccat ccccaagagc     1200

agcgtctttg acaaagtggc gcccaccacc aagtatgagc cagaccccag tgttccaaag     1260

ggtaccctgg tgctggataa ggagcagtac gcttacaccg gctggagcgc ccacacttat     1320

cgatatattt acgacaaaga cggcaatctg ttggagaagc aggatatggg gagcagcaaa     1380

tacagtatgc gccccaacct gtatcactat aacccggccg acggcgaccc cagcacctgg     1440

ccggacggca agccgccgca gcccggcact gaccctggga cagaggttcc tgtggatccc     1500

agtacggaga ccggagggac agcaggcccc ggcacagagg gcggagccgt ccccggtacc     1560

ggagaagggg aggctgggac ggaccagccc gcacaggacc agccggcatc tgagcagacg     1620

gacgccggcg agagcgacca aacccagacg gagggagtga gtggtggaga gcggccctcc     1680

gaccagtccg gccaggagca ggaagaaccc tccggccagg gtgaggaggc atcctctggc     1740

cagaatacgg aggcggcgac ctga                                            1764


<210>  1388
<211>  1095
<212>  DNA
<213>  Ruminococcaceae

<400>  1388
gccaacaagg agtctgaggc atacctgccc gccgagggag agggcaaccc ctacgccctc       60

cagggcaagc ggggggccct ggtgctcaat gacaaggatg agatcgtcac ctttgtccct      120

gacgacagca gcgccaccac catcatcctg tctggcgacg cccagcccag ctatgtgaaa      180

gccagcggcg gcagccagta caccatgtcc aaggataccc tgctctatac cgccgacgcc      240

acagagggaa agagctatat ggagggctac tccgtcctga agtcgggcac ccagattacc      300

atgtattccg agcggggcaa gatcgtggcg gtttacgcca gcggcagcgc ctcctccatc      360

gactccgacg ccgtggtggt catgggcagc cccagcaccg ccatgttcca ccagctcacc      420

ggcggcgcca ctaacttcaa catccaaaag ggccgtcaaa ccatcaccat gtcccagatc      480

cagccctacg atgtggtgac ctatgacagc atgagcaata ccctaatcgt atctgacctg      540

aggctgacct gcatctatga gaacgccagt cccaactcca aggcgcctac ggagatcgag      600

gtgctgggcc ataccttcga ggtgctggac agcgcctggg agatgaccgg ggattacaag      660

gtgggcgacc aggtcaccct gctcctcacc gccgacggca aggtggctgg tatggctgcc      720

cccagcggaa agacacgctc taccgccatc ggcatggtgg acagcggcaa ggccacggtg      780

ttcctcccca acggcggcac cctggagctg tccggcacca tcagcaacgc cgacaacttg      840

gccgaccagc tggtcaccat ctcctctggc gccaagggta agatcagcgc cagcaaactg      900

tcctccaagt ccacctccgg ccagttcctg gtggaggagg ggaagctggg cagctatacc      960

gtcagcgccg gcgtccagat ttatgagcag gtcaacggcg gcgctatggt aaagctggac     1020

cccaccagct tgaatatggc ctccatcccc ggagaaaaga ttgccaccta tcacctgaat     1080

acctccaact atgtg                                                      1095


<210>  1389
<211>  1338
<212>  DNA
<213>  Ruminococcaceae

<400>  1389
tccctgctgg agcggcggga cgtgatcgtg gtatcctcgg tgtcctgcat ctacggcctg       60

ggcgagccgg aggattttga gaagatgatg gtttccctcc gggtgggcgc ccagatggag      120

cgggacgaga tgctgaaaaa gctggtggcc atccgctacg agcgcaacga catcgccttt      180

gaacgcaata tgttccgtgt ccggggagac acggtggaga tctggccagc ctactggaag      240

gacacggcca tccgggtgga gtttttcggg gacgagatcg accgcatcag cgagatcaat      300

gtggtcaccg gcacccccat ccgtcggctg accaatatcc ctatctggcc tgccacccac      360

tatgtcactc ccaaggagaa gatggacgcc gctatccagg agatctacaa ggagttggag      420

gagcgggtgg ctttcttcga atcggagaac aagctcattg aggcccagcg cgtcaagcag      480

cgcaccatgt acgacgtgga gatgatgcag gagctgggct actgctcagg cattgagaat      540

tactcacggg tgattgaagg ccgccccgtc ggctcgcctc cccataccct gctggactat      600

ttcccaaaag acttcgttct gtttatcgac gagagccatg tcaccctgcc ccaggtgcgg      660

gccatgtaca atggggaccg ggcccgcaag accaccctgg tggactacgg cttccgcctg      720

ccctgcgcct ttgacaaccg gccgctgaaa tttccggagt ttgagcagcg ggtcaaccag      780

gtggtctatg tatccgctac ccctggggag tacgagcgca cccgctccgg acagattgtg      840

gagcaggtca tccggcccac cggtctgctg gatccccgta ttgaggtccg tcccgtagag      900

ggccagatcg acgacttgat cggtgagata aaccagcgta ccgccaggaa cgagcgggtg      960

ctggtcacca ccctgaccaa aaggatggcg gaggatctga ccgcctatct ccagggggcg     1020

gggatcaagg tgcgctatat gcaccacgac atcgatgcca tggagcgcat ggaaattatc     1080

cgggatctgc gcctgggtgc cttccatgtg ctggtgggga tcaacctgct gcgggagggg     1140

ctggatctgc ctgaggtgtc cttagtggcc attctggacg cggacaagga gggatttctc     1200

cgaagcgaga cttccctcat ccagaccatc ggccgggcgg cccgaaacgc cgagggcatg     1260

gtcatcatgt acgccgacac catcacaccc tccatgcgcc gggccatgga cgagacggag     1320

cggaggcggg agaagcag                                                   1338


<210>  1390
<211>  993
<212>  DNA
<213>  Ruminococcaceae

<400>  1390
ttgtcccacc agataaagga tatagactac ctgtccattt ctaccaggat ccgggccatg       60

gagaaccgcc tgctgacaag ggagaggatg gaccggatga ttgatgccag ggagaacggg      120

gaggctatga agatcctcac cgagtgcggt tacccggagg atagaggagg cgggctggag      180

ggcgtgcttg cccaggcccg ggccgatacc ttccgagaca tcgccggggc ggtaccagat      240

ccccgcctgg cggagatatt ccaattgaaa tatgattatc acaacgccaa ggttattctg      300

aaggcccagg ctgtgggcgc cgacccagag cgcctgctgc tggccggtgg gcggtatgac      360

cccagagagc tgctggaggg atggcggcgg gaggagctcc agggctgttc agaggagttc      420

cagcgggcta tggcccaagc atggaccctt ctaagggaga gccgggatcc ccagcaggcc      480

gatctgcttc tggaccgaag ctgctatcag gagatggaac gactggccaa ggcgctgggc      540

agccccttcc tcctgggcta tgtccggctg agtgtggatg tggccaatct tcggaccgct      600

gtccgggcgg cccgaatggg caaagaggga gacttcctgc gccgggtgct gctgccagga      660

ggaaatgtgt ctcagcagac agtagcttcc gcccgggcag acacactggg cgaggtgttc      720

cagtcgggac ccctggccca ggccgcccag ctgggggcca aggtagccct gcccggtgga      780

ggatctctga ccgcctttga aaaggcctgt gacgatgcgc ttacagccta tttggccgcc      840

gcccgcatgg tcccctttgg ggagcagacg gtcatcggct acctctatgc caaggagctg      900

gagtttacgg cagtccgcac catctttgcc gggcgggcag ctggactgga cggagatacc      960

atccgggccc ggcttcggca gacctatgta taa                                   993


<210>  1391
<211>  888
<212>  DNA
<213>  Ruminococcaceae

<400>  1391
gtgtatcaat ttttatttat ctttttcgtc tacgcctttc tgggctggtg taccgaggtc       60

agctatgccg ccctggtcac gggccgcttt gtcaaccggg gatttctcaa cggcccctgg      120

tgccctgtct acggctttgg agtggtcatc gtgctggcct ttctggagcc tctgaagagc      180

aacctcctgc tgctgttcct gagttccgtt gtcttgacct ccgctctgga atgggccact      240

ggctttgtgc tggaaaaaat atttcatcag cgctggtggg attactctga ccagcccttc      300

aacctcaacg gctatatttg tctccggttt tccattgcct ggggtctggc ctgcttgttc      360

gtagtcaagc tcctccaccc ctcagtccta ctggtcatcc ggctggtacc aaggggactt      420

ggctggacgc tgctggccct tctggccgct gtcatggcgg tggacctggc cgccacggtc      480

cgtaccatcg ccaagctcaa ccgccgcctc tctcagttgg accagctggc tgccaaaatc      540

aaggacgcct ccaacgattt tggagaggac ctggccgagc gagtgctgga tgccgctgag      600

aaaggatccg actggaagga ggaactggag gagctcaccg accgccttgc ccagcgccag      660

gagggcttgc gggaggacct gggcgatctc agggaagacc ttcaggatca tttggaggag      720

cgccgggagc aataccgccg ccagcttcag gattggaagg agagtattca ggagctgctg      780

gaccgggaca gctttggcca gcaccggctg ttcaaggcct tccctgggct ccgttccacc      840

cggtacaagg aggcgctgga gcggctgcgc cgacgcatgg gccagtag                   888


<210>  1392
<211>  1476
<212>  DNA
<213>  Ruminococcaceae

<400>  1392
atgagcgaat atcgggagcg gtcacggagg aggtcctccg gtccgcggcc aaatcaaaag       60

cagccaaagg aaaagatcaa ctgggcgcag ctccgtcttg gactgatccg ccagtgcaaa      120

gggacgggcg agtgggcccg catccatttc cgccgctggg tccatgtgct ccacagcgaa      180

tcgggcggcc ggtggactgt ggggcccgcc tcctttttgg gtgtgtccgc tgccctaggg      240

ctggcgctga ccatcaccac tctctactcc tccagttacg ccgtcaccgt agacggagag      300

aaggtgggcg tggtggccga ccaggatatc gtatccgccg ccattcagga ggtggaggcg      360

gagggatcct ccctgctggg ctatgactac caggtggaag gggacatcga ctatcagttt      420

accctgacgc tgaagaccga gctggacgga gaaaaggaga tcgaaaatta cttttacgac      480

cagctcaact cggtcagcga ccatctgcgc aaataccaag tgtccgtgga tggagaggtc      540

atcggcgtgg tcaaggacga ggctgccctc aacgagatgc tggaccagat gcaggaccag      600

tacgtcacag agaataccgt atccgctgac ttcgtggagg atgtatcggt agactatatc      660

tactccgccg acaatatgat gactgtcgag gagatgcacc aggccctgac ggccaatacc      720

accggcgaga ccacttacac cgtggtcaag ggggatacct ataacggcat cgcctacgcc      780

aacgacatgt ccctcagtga tctgatggcc ctcaatcccc aggcggatat caaccggctg      840

atgatcggag acgtggtcaa cgtgaaggag gtcatcccca ccgtatcggt ggagaccgtg      900

gaagaggtca cctatcacga ggccatcgcc tgccccgtgg agacccagga ggacagctcc      960

atgtataagg gggactccaa gatcctcgtt cagggcgagg agggcgaggc gctggtagag     1020

gccaccgtta cctatgtgaa cggcgtggag aaggagcggg acatccagag ctccaccacg     1080

ctccgggagc ccaccaccac cattaaagcg gtggggacca aggagaagcc taagacagcc     1140

tccaagggct atttcatctg gcccattaag gggaagatca actcctactt cggcggccga     1200

tatatttttg gcagttacag ttaccactca ggtctggata tcaaggccag ctacggcgcc     1260

tccatcaagg cagcggacgg cggaaccgtc accttcgcgg gctggaaggg tacctacggc     1320

aatctggtca ttatcaccca cgacaacggg acgcagacct attacgccca taactcctcc     1380

cttctggtct ccgctgggga gaaggtgtac cagggccaag ttatcgccaa ggcgggcagc     1440

actggccggt ccactggcaa tcactgccac ttcgag                               1476


<210>  1393
<211>  1200
<212>  DNA
<213>  Ruminococcaceae

<400>  1393
atgaaggaac tgtctaagat cgccctggca gtggagccct ctactactat ggccatcgac       60

gctatgttta agcagatgaa ggcggagggg cagaatgtca tcggctttgg tgctggagag      120

cctgacttcc ccacccctga ttatattaag gaggctggta tccaggccat tcggaacaac      180

gaaacgaaat atacccctgc agccggcacc attgagctgc gcaaggctgt ctgccagcgg      240

ctgaaggagg actgcggtgt agactatgaa tatacccaga tcgctgtgtc taacggcgcg      300

aagccctgtg tctatgtggc cctccgcgcg cttgtcaatc caggggatga ggtcatcttg      360

cccgctccct actgggtcag ttatatcgag ctgatccgta tggtgggcgg tgttccggtt      420

gtggtagagg ctaccgaggc agagaatttc aagattacgc cagagaagct ggccgccgcc      480

atcaccccaa agaccaaatg tatgatcctt aacaacccat caaaccccac tggcatgatg      540

tatagccgcc aggagctgga ggccatctct aaggtctgtg tggagcagga tatttatgtc      600

atctctgacg aaatctacta cgggctggtc tatgacggcg gacagtttgt cagcctggct      660

gccttaggcg aggatattaa agagcgcacc ctgctgatta acggcgtgtc caagtcctat      720

gccatgaccg gctggcgaat tggctatgtg gctgcccccg ccaagattgc aaaggtcatc      780

gccaatttcc tcagccattc cactggctcc ccctgctcta tctctcagaa agcctcggct      840

ctcgcactct ccgcttctca agactccatt gaggagatgc gcaaggcctt tgaggagcgg      900

cgcaactata tggtggaacg gatgaatcag attgaggggg tcagctgcat caagcctgag      960

ggcgctttct atgtgatgat gaacattgag aagctcattg gaaaagagct ccatggtacg     1020

gtgattaaag actctgatga cttcggaaac ctcttcctga agtacgggaa ggtggcggtt     1080

gtccccggga ccggctttgc ggcgccgaat tttgtccgct ggtcctatgc cacctctatg     1140

gagaacatca aagagggact ggaccgtctg gagcgattcc tggcgggaga gacaatctga     1200


<210>  1394
<211>  1326
<212>  DNA
<213>  Ruminococcaceae

<400>  1394
atgccccagc tggtccggct ctgtctgcct ctattggctg ccaacgtgct ccagcagctg       60

gacaacatca tcaattctct ggtggtgacc tactacatcg gggacagtgc ctttgccgcc      120

ctaggggtag ccgagagcgt aatgaacctg tttatctacg tcatcaccgg ggcctgtatg      180

ggcgcttccg tcctgatcgc tcagttttac ggcgaggaaa acttcccccg tctgcggcag      240

cagctctatg tgtccgccgt cctcatcggc ggatgtaccc tgggcgccgt cctgctgggc      300

cagattttcc tgccccagtt actgggcgtc atccagactc cagcggaact gatgggagat      360

gtgtcctcct atctgcgcat tattctaatt ggcatggtat tcaccttcac ctataactat      420

ctggccgcca ccctccgggc tgtgggagac acccaggccg ccctgtactt tcttctcgcc      480

tcccttggat acaacctagt ctgcgcctgg ctgctggtgg cggtgcttga catgggcatt      540

caggggaccg ctctggccac cgcttccgcc cagctgctgt ccaccctgct atgcttcctc      600

tacattcgca aacggcgtgc ctttcttacg attcatcggg gagatatgag aatggaccgc      660

cagttggtcc ggctgaccag cagctatgcc gctgtggcgg ccctccaaca gtccagtctc      720

tacctgggca agctcatcat ccagagtgca gtcaacggca tcagcctggt aagtaccgct      780

cccatctccg ccttcaccgc cgccacccgt gtggagaact tcattcaggc cttcggcata      840

agtggatgtg agtccatcgc aatctttgtg gcccagaacc ggggtgcctg ccaggaactc      900

cgcacctatc agggatttag atgggggatt tttacccttt tgaccatggg tcttttcttc      960

tccctgacaa taaatctggg cgcctatccc ctgtctgccc tattcctggg cggcaaggcg     1020

gaagggatgg agctatgtat ctcttatttg aagtacatca gctggttcta tttcctgtcc     1080

ttcaccggtc acgcctgggt cggctggtac cggggcgtgg gacggatgaa cattaccttc     1140

tggggcacca ccattcagat cgccatgcgg gtagccggga cctatctgct ggtaggggcc     1200

atggggctgg atgcggtggc tctggccacc ggagtgggat gggtcgcaat caacatcttc     1260

cactcctctg tctttgtcct ggcagtcaag ggcatctggc ccaaaaagtc tcagtcacct     1320

caataa                                                                1326


<210>  1395
<211>  1095
<212>  DNA
<213>  Ruminococcaceae

<400>  1395
atggcctcgt acttcggtaa gcatatccat atctctatct ttgggcagtc ccattcccag       60

gtgatcggcg tgacagtgga tggactgcca gccggcgaga gcgtggatct ggagggactc      120

caacgctttc tccatcgtcg cgcccctgga tgggacacta ccgctaccgc tcgaaaggag      180

ggagatatcc ctcgtattct gtgtggtttg ctggagggag agacctgtgg agcgcctctg      240

accgctatca tcgagaacac caatattcgg tcccaggatt acaatgacct atgcgataag      300

ccgcgccccg cacatgcaga ctttactgcc cagatcaaat atggtggcca tcaggatgtg      360

cggggcggcg gacacttttc tgggcggctc acagcccccc tttgtatcgc cggcggcatc      420

tgcgcccagc tcctgtcccg acgcgggatt gccattgggg cccatattcg ttttatcgca      480

cagatagaag ataagccatt tgacccactg ggagaacaga cagaagtgct gcggcgggtt      540

caggcggcct cattcccagt cctagacccc aatgtggagg agccgatgcg tgcggtcatc      600

ctccaggcgc agagggaagg ggactcggta gggggtgttg tagagtgcat ggtcaccggg      660

ctgccggccg gggtaggctc tcccatgttt cagggcctgg agagccaact ggccgcggcc      720

ctgttcgcca tcccggctgt aaagggcgtg gagtttggca ccggctttca gtccgccaac      780

ctgcggggat cagagaacaa cgacccattt attttggagg atggggctat ccggactgaa      840

acaaatcatg ccggtggaat actgggtggg atatcaaatg ggatgcctat cctgttccga      900

gttgccttta aacctacccc ctctatcgcc cagtctcagc gtacggtccg cctttctacc      960

cacacagagg aggagcttca catcaccggc cgccatgacc cttgtatcgt accccgggcg     1020

gtgccagtgg tagaggctgt cgctgccgcc gtcgtactgg acgccctgct ggatcaaaat     1080

accgaccata tctag                                                      1095


<210>  1396
<211>  1854
<212>  DNA
<213>  Ruminococcaceae

<400>  1396
atgaaattaa ctcgccttct ctccactctg ctggccgcct gcctctccat gtctctgctg       60

tgcaccggct ccctcgcggt cagcgacagt gcgaaactag agaccatcca ggtgttgggc      120

atcctgtccg gggacggctc tggcaatctg aatctgtcca gttctgtcac ccgggcccag      180

ttcgtcacta tgatggtggc cgcctccagc tataaggatg cggtgggaag ttacggcagc      240

tccctgttta aagacctgaa gggggaccac tgggccagcc cctatgtgaa agtggcggtg      300

gagcagggtt ggatgtccgg ttatgtggac ggcaccttcc gcccggacca gggcatcacc      360

ttggaggagg gctgcacagc ccttctgcgc ctgctgggct atgattccag cacactaacc      420

ggggcctacc ccacggctca gttgtccaag gccagtgctc tggggctgct ggacgacgta      480

ggcgctgtcc aaggtcagca gctcacccgg caggactgcg tagacctgtt ctacaatgca      540

ctcaccgccc agaacagcgc cgggacgatc tacggcacca cactgggcta tactgtcacc      600

aatggacagg tggactactc ggccctggtg accgcagata ccaagggccc ctatgtggcg      660

gagagcggtg ctctctccct ctcttttacc ccctcgtccg tatactacaa cggggctctc      720

tcctctctct cctcagtcca gcagtatgac gtatactact ataacgccaa tatgagaact      780

gtctggatct accacgaccg ggtaaccgga acgctcaccg gcgtctcccc cagcaagagc      840

gcccccacct ccgccaccgt ggccggggtg agctacgaca tcggcacttc cgaggccact      900

tatcagctct ccagccaggg ctccttccag gagggcgatc tggtcaccct cctgttgggc      960

atgaacggcg agatcatatc tgtgctggac gcccaggaga gcgaagcgac ctattatggc     1020

agtgtggtat ccagtgtcaa gggggcctcc agctcctcca ccagtagctc ctccaccacc     1080

agcgcccagg tgaccaccca ggtagcctgt accgacggag tcgtgcgcac cttctaccat     1140

agtggctccg ctttaaatac aggccgtctg gtcacggtgt cagtcactca atccgggacc     1200

aaggtgactt ctctgtccaa caaaaagttg gaggggagcg tgagcaagga cggcagcagc     1260

ttcgctggcc acgacttcgc ggacggagtc cagatcctgg acaccgacga aaatggcggc     1320

tacgcccgta tctacccctc ccgcctggcg ggcgccaaac tgtctggtga cgacgtgcgc     1380

tactacagcc tggacgccaa tggagatatc gaccgcctgg tcctccatga ggtcactgga     1440

gatacctggg agtatgtcta tgtgagcagt gtagtaaaca actcctctga catgaatatc     1500

tccgcctcct acacctatgt ccaggatggg cagacccaga cgctgaacag cagtaagctt     1560

tacagcgtca agagcggcgg cgcggccatg atctatgagg acggccaggt gagctccatg     1620

cggcagttgt cctctgaaac gttggacagc gtgtcctccc tgtccgccat ggccggcaat     1680

caggaatatg ccctggcaga ggatgttcag gtcctgcttc gggacggctc aaaatactat     1740

cagacatccc tgtcccagat caacggcgaa ggttaccggc tcaccggctg gtacgacaac     1800

ctgggctgtc ccgccggaga gcgcatccgc attatcgtgg ctactccccg ctga           1854


<210>  1397
<211>  1137
<212>  DNA
<213>  Ruminococcaceae

<400>  1397
atggcaaaca tttacttggt ccggcactgc gagtcagaag gaaacgcctg ccggcggact       60

caggcacaga cggacgctct ggtcaccacg aagggctatc tgcaaaatga gatgcttcgc      120

cgccgttttc gggatatccc tatcgacggc atctattcta gcgacgcctt ccgttctatc      180

atgacagtgg agcccatcgc caaggagcga gggctgccca tccgagtgag gatccacctg      240

cgggaagtca ccactggtgt ctgggaggat atggcctggg gcaatattgc caaggaatat      300

cccaaagaaa gcaaagattg ggatgagcac ccctgggcca atactactcc gggggccagt      360

acctttcagc aggtggcaga ccgtctgctg ttcggcctgc ggcgcattgc ccgggaagtg      420

ggggacggga atgccctgtg cgtatcccac tcctgtacca tcaaggctgg cctatgcgct      480

atgatggggc ggcccatgtc tgatgtgaaa gtggtaggcc atggggacaa cacctcggtc      540

agcctgattc atgtagaccg ggagggcaat ttctctgtgg agtatatgaa tgacggctcc      600

cacctcccgc cggaactgcg gcgggcctgg agcggcgtag cgggagccga catcaatatg      660

gctgtggacc cggtggactt agacaaggag agtgaggtcc tggaggaact ggccagagcc      720

cacgcccggc agacagaggg agcggaagtg ccctttgacg gagcggagtg gctggcacgg      780

gccagagagc tgacggccta caatccggat tatttggctg tctgccgcct aaagggccgc      840

cctgtgggct ttgtctggat ggaaaacgag gaggagactc ctgaggactg cggccatgtc      900

aggaccatgt ttgtcctgcc agagcttcag ggtaagggtt atactgaaca gctgttcgga      960

tatgcggctc atgtgtttcg gtatcagggg aaacgtgttc tgaccgtctc tgttcctcgg     1020

ctgcccgagg accagcgggt ggtggagcgg tttacctttg cccctatgcg gggcttccgg     1080

gaccgtatgg cccttgagct gttctctccc ccgtgccctt atcccatcct ggcctga        1137


<210>  1398
<211>  1182
<212>  DNA
<213>  Ruminococcaceae

<400>  1398
atgaattttg taacggaagt tttgactaag atcatgcagg gttctggctt tgccgctctg       60

gattggaaaa ccgcgctcat gctgtttatt gcctgtgtcc tgctatatat gggcattggc      120

aagggcttcg agcctttgtt gctggttccc atcgcctttg gtatgctgct ggctaacctg      180

ccggtcaccg ggctgttcaa cgagcccgtc tatgatgccg ccacccacag cggaacggtg      240

ggctttatgt gggtgctcta tcagggcgtc caatacgcca tatacccatc cattatcttt      300

atgggtattg gcgctatgac ggattttggc cctctgctgg ccaaccccgt atctctgatg      360

ctgggcgccg ccgcccagtt gggtatcttt gcggccttcc tgatggcttt ggctctgggt      420

cccattacca acggcctgat cagctttact cccgctgacg cggccgctat cggcgtgatc      480

ggcggtgctg atggcccgac ggccattctg acggcgtcga agctgtctgt gaatctactg      540

ccggcgattg ccattgcggc ttattcctac atggctctga tacctctgat ccagcctccg      600

ctgatgaagc tgatgaccac caagaagatg cgtcaggtca agatgagcca gcttcgtgtg      660

gtttccaaga cggagaagat tatcttcccc atcgctgtaa ccatcttcgt ggtgctgttg      720

atccccgata cagctcctct gatcggtatg ctgatgctgg gtaacttgtt ccgtgagtgc      780

ggcgtcaccg agcgcctgtc cgatactgct cagaatgctc tgatcaacat cgtgaccatt      840

cctctgggac tgtctgtggg ctttaaagcc actgctgatc agttcctgac tccccagact      900

ctgggtatcg ttgctctggg cttgactgcc ttcctgctgt ctaccgctgg cggtctgttg      960

ctgggagact tgatgtatgt cctgactggc ggtaaagtca accccttgat tggctccgct     1020

ggtgtatctg cggtgcctat ggccgcccgt gtttcccagg tcgtcggcca gaaggagaat     1080

cccacgaact tcctgctcat gcacgctatg ggccccaacg tggccggtgt tatcggctcc     1140

gcttgcgctg ctggctttat gatcaaggta ttcggtggct ga                        1182


<210>  1399
<211>  1023
<212>  DNA
<213>  Ruminococcaceae

<400>  1399
ctgtggggcc tgcccgccat gaagctttac ctggagatga ctgcgctgct ggcctccgat       60

ggggtgtaca gcggacggac ggaaatggtc acggtcaaca ccccttactg gtgggatacc      120

tttttgccag aggtgttgga ccagatgcgg tctgtctttg tggaagggat gggggccacg      180

ctgtttcagg gactggcccg cgttttccag tggatcctct ccggacagct gctgttctgg      240

gcgttcctca cggcggcgtt agctgtgctg tgctggcgcc tctttccaaa gaaggaggcg      300

gggcggggaa cactgtcccc ctggcttgcg attgtggcag gggtacttct cttcctggcg      360

cccatcagta tcttttttgt gctggcaaat ccctggttct cattccgtgg agccgtcacc      420

tcctttgctg ggctggctct ggtgtgcgat accgcggtaa tggccctctg gtccaggctc      480

cccggccgca agcaggggcc ggcggtgctg gctaccctgg ccgcgctgat attctgctgg      540

gctggggccg ctgatatcca cgattatcgc cagacctggg aaacagacca gtatattggc      600

cagatgaccg tccaggccct gcaacaggat ctggagccgg aggacaacgg ccgggtcggc      660

atcttggcgg tagagcctac atatctgtca aaccagacct attattatca tgagcacatc      720

catggctgca ccgagagcgc ctgggccttt cagggcctga tgaccagtct ggacggttcg      780

cgctcctgga atgtcacacc tctgcccacc gatcccatgt accgccagtg gaacgcggcc      840

tccaaccggc cggatacctt tgaccacctc tattactttg acggggcgga gctgataccg      900

gcggtgctgg agaaagaggg agagacggag tgctccatct atgaccagga ggggcggctt      960

ctgggtgtgg tgcgggagga ggacggtgtc ggatactttt tccggccgga acagctgtcc     1020

tga                                                                   1023


<210>  1400
<211>  990
<212>  DNA
<213>  Ruminococcaceae

<400>  1400
atgaagcgag aatacctgga tcggtccgtc tacgacgctg ttcaggaccg gtttgattat       60

ctgtttcagg aatttgagaa catctatgtt tccttcagcg gtggcaagga cagcggcctg      120

ctgctaaatc tgctgatgga ctataaacgc gctcattatc cgcaccgggt cattggcctg      180

ttccaccagg attttgaagc ccagtatacc gtaacgaccg agtatgtcac acggaccttc      240

gagcggctgc tgccggaagt agccccctac tgggtctgtc ttcctatggc cacccgtacc      300

gccctttcta gctacgagat gttctggtat ccttgggatg ataggcaccc tgagctttgg      360

gtgcggccta tgccaaacta cccctatgta atcaacatgg agcggccctt taaccactac      420

cgctatcgga tgcatcagga agacctggct aaacagtttg gccgctttta caaagagcag      480

caagggggtg gaaaaacggt ctgcctgttg ggaatgcgag ccagcgaatc cctgcagcgg      540

tatagtgcct tcctcaataa aaaatacgga tataagggcg agtgctggat atccaagcag      600

ttcaaggatg tatggtgcgc ttccccgctt tacgactgga ccaatagcga tgtatgggta      660

gccaacgctc gtttcggcta cgactataat cgactttacg acctttatta tcaggcgggg      720

ctgaaaatcg accagatgcg tgtagcttct cctttcaacg actactccaa ggatgcgctg      780

aacctgtacc gggtaattga tccagagatc tggactaagt tggtaggtcg ggttagaggt      840

gccaattttg gcgctatcta cagccgcacc aaggccatgg gttaccgcaa tatctctctt      900

cctgagggcc atacatggaa gtcctatact ctatttttat tggataccct gccaagtcgg      960

cttcggaaca actatgtcaa aaaatttaag                                       990


<210>  1401
<211>  1647
<212>  DNA
<213>  Clostridiales

<400>  1401
atgataaaaa agatagaaga aggaatatat ccggcggata taaaaaaaat ggatatcggg       60

cagttggagc ttctgagcta tgagatccgg gatacgctga tttccaccgt atcggacacg      120

ggaggacatc tggcgtccaa tctcggcgta gtggagctta cgattgcgct gcacaaggtg      180

tttgatgccc cgagggacag aattgtctgg gatgtcggac accagtctta tgttcacaaa      240

cttctcaccg gcagaggcgc gtcgttcgga accctccgtc agatgggagg aatgagcggt      300

tttccgaagc gctgtgaaag cggatacgac acgtttgata ccggccacgc cagcaattcc      360

atctcggctg cgctgggaat ggccgcggcc agggatctgc gaaaggagga ttatgcggtg      420

gtttctgtca tcggcgacgg agctatgaca ggaggcatgg tctacgaagc gatgaataat      480

gccggagcta tgaataccgg gtttatcgtc atcctcaacg acaatgaaat gtcgatctcg      540

cagagcgaag gcagtatggc acagcacctc ggaaagctgc gttcctcgga aggatacaac      600

aatctgaaaa aatccctgaa aaaatccctg aaaaaaattc ccgtggtggg cgatcccctg      660

atcgaagggt tgggtacgct gagagacgcg gtaaaatata cgatggtttc cggtgttctc      720

ttcgaggaac tgggatttgt ctatctggga cctatcgacg gacatgatat cggtgaactg      780

acggaagtgt ttcattatgc caagatgctg aaccggccgg ttctggttca ctgtgttaca      840

aaaaaaggaa aagggtacca tcctgcagag cagaatccgt cgaaatttca cgggatcgcg      900

cctttcgatc ccgaaacggg agcgctgaaa aagcagacgg aacagccttc ttattccaag      960

gtgttcggca ataaattaaa ggaaatggcg ctgaaagatt cttcgatcat cgcagtgacg     1020

gcggcgatga cggaagggac cgggctttcg gagtttggaa aatatctgcc ggaacgtctt     1080

ttcgacgtgg gcatcgccga ggaacatgcg gtgacgtttg ccgccggagc ggctgcggaa     1140

gggctccggc cggtggtagc gatctactcc acatttctgc agagagctta tgatcagatt     1200

ctcatcgatg tctgcatgca gaatcttccg gtgactttct gcatcgacag agccggtatc     1260

gtgggagcgg acggtgaaac gcatcacggc gtgttcgata tttcctatct catttccatg     1320

ccgaatctga tgatctttgc gccttcggac cgcagagaac tggaagagat gctggaatat     1380

gcggtgtttt ctgaatgtcc ctgcgctgtc cgctatcccc ggggagcggc tccggcgccg     1440

ctgtgcggtt ccggcggaga acgcagagaa aatgcaaaaa aggatcccgg agatcgtgga     1500

acagaggaag cgtttttgca ggcgcgtgtc ctgagagaag gaagcgacgt gactatcatt     1560

tccgcaggtg agatgacccg ggaatgcgcg gaaagctgca gaattctgga atcccgggga     1620

atccgggcgg aactcatcga cgcccgg                                         1647


<210>  1402
<211>  2478
<212>  DNA
<213>  Clostridiales

<400>  1402
atgagacagc agggcagcaa tcatacagta actcagattt cgctgagcat gataaagaaa       60

aacaagtcgc gaagtatatt gatcgctatt tcgattttcc tgactaccgt tcttctgatg      120

gtgatcgcgt cttatggcta tggactggta aaatggaatc atgtaaacgc tccgattttt      180

tacgggaatt atgacggttc tttctccggc gtcagtccgg cacagctgaa tgagctggaa      240

ctcagagggg aaatcagcga gatcggactt gcggctgccg ccggtacagt gcagcagagc      300

gaaagagata tgtctctgat gtatgcggat gatacgacgt tagagatgac caataccgat      360

aaagagctgg aagcgggccg ttttccggaa caggccggtg aaatcgccgc tcagccggga      420

ttctttaaaa aattggggta tgatcatcct tcggtcggcg ataccgttca gatgagcacg      480

cggcagagta agtcttttcc tttcacgccg gagacttttg tgatcagcgg tctcatcgag      540

gaagatgatt ctcagggaac atccggcgct tattccgcgt ttgtctcttt cgcgtactgc      600

gaaagcaaaa tacctgcgga gcagatgaca tacagcgcgt acttccgctt atcggacacc      660

tccgggatca atagtgacaa cggagatgag gtcataaaag atctggctcg aaagtgcggc      720

atagacgagc gttatgccag tcccaacagc gcttatctca tctggtccag agaccccgga      780

accgaaacga tcgcgggatg tgtgctgatc gcgctgatgg tgatcgtttt ctccgtcatg      840

gtaatctata atattttcca gaccggtatc gcctaccgtg tgcaggaata cggaaagatc      900

cgcgcaatag gggctacgcg cagacagatg aaaaaaatcg tgttccggga gggaatgctt      960

ctcgctcttg ccgctgttcc cgccggcgtt gtcgcaggat ttttcgtatc gtccctgtct     1020

tttgactggc tgatagagga gtcgatgacg gcgaccatga gagacggcgc acaggatatt     1080

tctcttctta cgccgattac cgcggtgctg gtagctgcgg tttccgctct ttctgtctgg     1140

ctgtccctga agagaccgat gagcatcgta tctaaaattt ctccggtgga agctatgaga     1200

tatcaggggg cttcgcagaa gaaaaacggc cgcaggacgg gcggaaaaaa tatcgatgtc     1260

agagggctga caatggcagg gctttccaat aataaaaaga gaactgtgat gacgattctg     1320

acgatgggac tttcctgcgt gctgtttgtc gctatggcta attttgccgg aaatatggat     1380

ccggaatttg acgccagaaa aaatattcct cacggtcagt tccagctgga actggaatat     1440

gatctgagag atacggcata tcctcagaat aatctcgatc agattttaaa atcgaacccg     1500

ctgaacgggg agctgataga acagatccgt cagattcccg atgtcacgtc ggtcaggaca     1560

cagcatatgc tggcgggata tctccgcgga ggatcttctg aggacgcggc agacgcggac     1620

ggccgggaac tgacttctgt cgtggttctc gaccgggagg attttgaacg ggagaaagag     1680

aacggttctt acatcggcac catagattat gatcaggctt ccgaggagaa tgcgattctc     1740

tacggctggt ctcatttctt ggatgaaagc ggatttgaca taggagatac ggtaaacatc     1800

acacttcagt ccggggatca gagccgggaa gtcagtctgc cgctggccgg cgctttcggc     1860

aataccgaag gcagctgggc tatcacggaa gatacttatc gaaatctcgg attttcaggg     1920

gactctacgg ggatcatctg ggttgattgt gagcagaaag atacggagtc agtccagacg     1980

gcattatata atcttacttc ggggacagaa catctcgaaa tgcgttcgta tacggagagt     2040

ctgaatactg cgaatatggg aatgaagatg atgaaactct tttcctacgg tctgaccgct     2100

ctgatcgcct ttatcagttt tatgaatatg gcgaatacga tgattaccgg tatcgtcacg     2160

agaaaacagg aattcggcgt tcttcaggcg ataggtatga cgaaccgtca gctcaataaa     2220

atgttgagag aagaaggtct tttcttttcg ctgggtacgg tggtgatctc tctgcttctg     2280

ggccttccgc tgggctacgg tctgtttctg tacggcaaga accacagctg gatggggctc     2340

gatgaatata ctgtgcctct aacggaaatt cttgtcatga tcgtcgcttt agcggcactc     2400

cagctgattc tctcttggat cctgagccga aacgtcaaaa aggagtctct ggtggaaagg     2460

attcgctatc agggataa                                                   2478


<210>  1403
<211>  2163
<212>  DNA
<213>  Clostridiales

<400>  1403
gcgggaagcg gttttgacca ctgggagtcc gcctgtacca atccctgttc taaagtgacg       60

gcgaaagaaa tcgcggaagc atatgtggac gaacaggatc agtacagcaa cggcatcgca      120

cactatatcg agtgccggga ggggtacgac cggcttttgg acatggagtc cttcggagga      180

aagattcgtg ataccgaaga tgaatttgcg ggagccgaat tccgggacga cgaaacgaag      240

ctgatgttcg cctatgacta cgagaataaa tttaccatcc gggtctgggg atctaccttt      300

aagccggctc tgtataaaga actgaaacgt ctcggagtaa aggtatatga ccggacggaa      360

gcgacgagtc ttctggtcag cgaagaagac ggggcgcggc gcggcgcggg ggctgtgggg      420

atgaatgtcc gcacgggaaa gattctcgtt ttccgggcga agtctacgat tctcacgatg      480

tcccgtcccg ccagagtctg gctgtttaac ccggatctgg tggggctctg cgaattccgt      540

ccgcctcaga gcatcggcag cggccatgct atgggatgga gagcaggcat cgaattcacg      600

atgatggaaa aatctgtaaa gggagagttt tctgcagcgg gaagaagttt tccaccttac      660

tcggcgggaa ataatcacaa tacctggtac gccgctacaa tggtggacgc cagaggcgtg      720

gaaatccctt atgtggacag ggacggcaga gagctgaaaa ccgtatctga aagatattat      780

ccggcgaaag gacagaaatt tttcctcaag ggcggcgtca tcgacaatcc gaaatacgaa      840

tatcggggtc cggaaactct ggaatttgaa gaactgatga agcggggata tcagcttccg      900

ttttacgcgg atctcagcag gatgccggag atggagcgca aggtgatctg gggtatgatg      960

gtcggcgaag agggcaagac gaagatcccg gtacttcaga attatacgga gcggggattc     1020

aatccggaaa agcaccggct tcagagctac ggcaccggct ggcagtcggc gtcttttctg     1080

cctcaggaac gtcagctttt cggagcgccg ggcggtgtga tgcacgactg ggatctcaag     1140

acgaatatcg acggaatcta tgcggcggga gatcagcttt tcgcctccga ctgctgcgga     1200

ttcgcggcag ctacgggata ttatgccgga agaaaagcgg cagattatgc gaaaaccgtt     1260

tccttcggag aaatctgcga ggaagacgtt cagcgggaaa tccgccggct ttacgcgcct     1320

ctgtatgtgg aaaacggtat ggactggcgc gagctgaata tggcgattgc taaagcgatg     1380

cagaattact gcggcggaat caaatgcagg gatctgctgc aggaggggct ggatctgctg     1440

gagagctatc agagggaaat cgtgcctcag atcagctgcg gcaatcctca tgagctgatg     1500

agagctcacg aggttttcga tatcctcgaa gtatcgcaga tgattcttca tgcctgtctc     1560

ctgcgagaat ccagctcgga acctctctgc tttgagcgga gcgatttccc gcaaatggat     1620

ccggaagaag accgctgctt tatcactctg cgcagggaaa agggagaggt gaaaaaggga     1680

accgttcctc acggctattt cggcgatctg gaagcggaat atgagcggag aaacggcgat     1740

tatatcgagg agatggaaag gaaacgaaaa tccggactgt cagaaaagga gcctgttccc     1800

gataagaaga acggcaaaac acagacccag gggaaaagtc atcctctcag gaaccggaca     1860

gaagacagcg agagaaaaga gattcctgat ttttccgctg cgcccgttcc gtgcagcgcg     1920

cggccgatct tgttcgaccg gcagatctgt gtgggctgca accgctgtgc ggaagtctgt     1980

caagtagaca ttctggtgcc ttcttcagaa aagggcgctc cgccggtggt gatgtttccg     2040

ggagaatgtt attactgcgg aagctgcgtg atggaatgtc cgaattccgg agccatccgg     2100

cttcagcatc ctctgatgaa tcaggcgaag tttgtgccgg tgaaagaagg tcagacagac     2160

tga                                                                   2163


<210>  1404
<211>  1743
<212>  DNA
<213>  Clostridiales

<400>  1404
atggagattg ggaaaactct gcggcaaagc tgcgggattg tgattctgtc gctggctctt       60

gtcgcgttat cggtattttt accgggggtc ggagaaaagc tttattcgca tgccgctcag      120

ttcaccgatg tggaagagca ttgggcggca gagtatatcg aaaaagcggt agattacgaa      180

tttgtgaacg gatattctga cggtactttc cggccggacg atcctatcac gagggcagag      240

ttcacgaaaa tggtaaactc tgtgctgaaa aatgatctga cagccgatat tgattttgag      300

gatgtcagtg aagacgactg gttctgcgag gacgtgagaa agggcgtagc agcttgtttt      360

atttcaggtt acagcacgtc gtctttcgga ccggggaata agattacccg tcaggaagcg      420

gcagtcatgc tgtcgagagt cgttccggca agcggtgaag aggttacgat aaaggtcttc      480

ggcgattatg aggatgtggc gtcctgggca gagaccgcct tccgcaaaat ggtgggaaag      540

ggatacatcg ggggatctac aaccggcaat ctgaatcctg tcagcaatct gacgagagcg      600

caggcggcaa agcttctggt ggatatttat gaaaatgaga atatcgtcag taagaatcag      660

accgtggtgc aatccgatgt cacattaaaa gatacgattt ataccaatca gatttccatc      720

ggcgaaaagg tggaggatgg tgacgtcacc atacgaaact gtacgattct ggggactctg      780

aatatcgaag gcggcggtac agacgacagt gacggcggag taagaatttc cgacagcaga      840

gtagccaacg caaacattca cagaaatgat gaagctgttc aggttttcgt ggaaggggaa      900

accaccgtag tcaattcccg cgtgacagat gaagcctgcc ttgaggaaag agaactggaa      960

aagaacgacg atttcggcca gggcttccga aatgtttccg tgggaagggc ggcttataca     1020

tcgttgatag gcgattttga atcggtggta atcggagcgg ctaaggtgga tctcatgctc     1080

gaggaaggga cggtcgatca gttgactgct gaaatcgtcg ctacgaaaac aaatgtagca     1140

gtgtcgatca atgcggttat aaataacgct gatatcagag cggaaggtct ggtatttgaa     1200

ggagaaggta ctgtaaaaca cctgaatgcg agggcaaacg gtattacata tgagacagag     1260

ccggaaagta ttacgacggc atcaaatgta aaagaacctc cgaaacaggc ctttgtgaat     1320

cggatcacgc cgcttctgtc gtcattgtct gtacgctatc tgggtggcga taccagcgcg     1380

gcgtatacaa acctcccgat atcttcgtcg gaattctact actatattcc gtcgaattcc     1440

acgaatctga cgctgaattt ccgtatcgtc acagacgaga cgcaggacgg ctatgttccg     1500

gaaccggagt attctgtaaa atatgaaggc gtttctcaga atgttcagga agagaacggc     1560

ctcatgtcgt gtgatgttgc cgtggcttcc ggtacggagc ctgagaaaat taccgtaact     1620

gtcagcagcg gaaaccggga atatggtaag aaaacataca cgataaacct gcggagaata     1680

gatccgtcga tcagcagcgt ttatgcaggt tcgcgcaata ttacggatta tctgtacagc     1740

agc                                                                   1743


<210>  1405
<211>  966
<212>  DNA
<213>  Clostridiales

<400>  1405
gagcgcattc tcgaaaagat ccggccggtt tgttttctgg cgccggagac tcagaaggag       60

aagctggtgt atatagagga attctgtcct ctggaggaga tggagagggg ttttgcttcg      120

gaagaagaca cggagcttct cgcttccgcc agagaatccg tgctggacgt ggatcccgct      180

tatgtgattt ttacgtctgg ttctacgggg gttcccaagg gcatcgtcat ttcccaccgt      240

tcggtgatcg attttaccga gtggatgagc gggacatttt gttttgatga aacagaggtt      300

ttcggaaacc aggcgccttt ttatttcgat ctttcggtga aagatatcta tcagacgctg      360

agaaatggag cgacctgtta tatttttccg aagaagtttt ttctgtttcc gaagctgctc      420

cttcaattcg ctcaggaaaa aaagatcaca gcgtttgtct gggcgacttc cgcttttcat      480

ctggtggcga attccggggc tctcagccgg gtgactccaa agagtctgcg tacggttatt      540

ctgggcggag aagcgctgca ggcaaagcag ctcaacgtgt ggcgccgggc tcttccggag      600

gtggagtatg tcaatctcta cggcccgacg gaggtgacgg tggactgcac ctattaccgt      660

atcgaccggc aatttgagga cagtgatatg attcccatcg gaacagcctg tgaaaacaaa      720

caggagcttc tcctggacga agatctcagg ccggtttctc ccggacagcc cggagaaatc      780

tgcgtccgcg ggatcggtct gtctctgggc tattacggag aggacgaaaa gacgcggcag      840

gcttttgtgc agaatcccat gaatcccgct taccgggatc tgatttaccg caccggggac      900

atcggcgcgg agggaaaaga cggaatgatc tatttccgct ccagaaagga cggacagatc      960

aagcat                                                                 966


<210>  1406
<211>  1638
<212>  DNA
<213>  Clostridiales

<400>  1406
ttgaaacttc gaattaatgc gcaggcagaa aacagagtaa aaagcaaaac gatctactat       60

cggatattca cctacttcgc ggcattttcc gtcgtgattc tcatcacgct gtggctgctg      120

cagatcttct ttctccagac tttttaccag tggatgaaga gcagtgaact ctacagcctg      180

gcggatacta tagaagaagg cgtgggcaac gaatcgcttt acgataccat ctcgcatctc      240

accgtaaaat cggatatgta tatcgaaatc gagcggggag acagcggtgt gatctacggc      300

acggcacagt cgctgcccag cgagcgcatg gctcagttcg cacagcggta taatacctcc      360

gctctgaaag cgaaactgct gacagaagat gtggatcacg tggtaacaaa acagacgatc      420

aatccgggga atacggagac catgatctat gcctcgattc tgggtacaga cagcgagacg      480

ggagaactca tttatctgtt cattttctcg cctctgacgc cggtaggcac caccatcagc      540

atcctcgcaa aaatgctggt catcgtcacc atactttcca tttttatcgg actggtgatg      600

tctatcgtta tctcccgtcg gctggcgcag ccgctgtaca gtattacaga ttctgcggcg      660

cagttggcca aagggcatta cgatataaaa ttcgagggcg ccggttacgc ggagacggaa      720

gatctggcgg acacgctcaa ttacgctgca gcggagctct caaaatcgga taaattgcag      780

aaagatctgg tcgccaatgt ttcacacgac ttgaaaactc cgctcaccat ggtaaaatcc      840

tacgcggaaa tgatccggga tctgtccgga gataatccgg aaaaacgcaa ccgccacctt      900

caagtcatca tcaatgaggc cgaccggctc aatatgctgg tcaacgatct cacctccctg      960

tcgaagatgc aggccggtgt ggacagtctc attcccgccg cagtggattt aaagagaatc     1020

gcctccgatg tgatagagag tttttctctt cacgccgaac aggacggttt ccgcttcgat     1080

atagaatcac aaggcgatac cacagtcacc gctgacgaaa agaaaattta ccaggttttc     1140

tccaatctca tcggcaatgc ggtccgctat tccgcggagg acaggcagat caccgtgcgc     1200

atcacagaaa agcaggatac cgtccggtgt gaaatcatcg accggggaca gggaatcgct     1260

cagaaagatc tcacggcgat ctgggacaga tactatcagt ccagcagcaa tctcagccgg     1320

acgacgaagg gttccggact gggcctgtct atcgtcaagc agatttttat tcttcacggg     1380

gcaaaatacg gcgtggaaag cgagatcgac aaaggcagca acttctggtt tgaattaaaa     1440

aaagatatgt cggtatctcc ggcggaaaaa aataaagggc ggaaaaaagc cggtgaaaag     1500

acgatgcgtt tcagcgccgc tgtaaaaaat ctgcggggac aggcggaccc gcctcctcag     1560

gccgcaccgg aaccttcggg agcagaaatt tcaccggaag aaccggtttc ttcagaatct     1620

ccggcgccaa aatcctcc                                                   1638


<210>  1407
<211>  1767
<212>  DNA
<213>  Clostridiales

<400>  1407
ggctccagct tcccttccgg aggcatccgc tccactttcg aggcgagagg atataccaac       60

tgggatccta cttcctacgc ttttatcaaa gaaaagacgc tctgcattcc cacggcgttc      120

tgttcttatg cgggggaggc tctggacgaa aagacgcctc ttctgcgttc tatggatgcc      180

atcaataagc aggggctgcg gattacaaag attctcggca tgaatgacgt caaaaagatc      240

gtcacttccg tgggaccgga gcaggaatat ttcctggtgg acagagatat cttcgaagcg      300

cgtccggacc tcgtctactg tggaagaacg cttttcggct ccaagccccc gaagcgtcag      360

gaactccacg atcactattt cggcgcgatt aaaccgagag ttaaggaatt tatggaggat      420

ctcaacaatg aactctggaa ggtgggaatc ctttccagga cggaacataa cgaagtcgct      480

ccatcccagc atgagatggc tccgatttat accgagacaa acgtggctct cgaccataat      540

cagctgacta tggaaatact caaaaaagtg gcggagagac atgatatggc gtgtttgctt      600

catgaaaagc ctttcgccgg cgtcaacggc tccggtaaac atacgaactg gtcgatttct      660

accgataccg gcatcggcct gctcgatccg ggaaaaaagc cggaggaaaa cacgattttt      720

ctcatcacac tcgccgcggt tatccaggcc gcagacgaat atcaggatct tctcagggta      780

tcggtagcca gtgcgggcaa cgatcaccgt ctcggcggcc atgaagctcc tcctgcgatt      840

atttccatgt ttctgggaga tgagctgacg aatgtggtgg aatctatcgt ttccggcacg      900

gagccgaaaa aatacgacga agccaagatg gaattcggcg ctaccatgct tcctactttt      960

atgagggaca ataccgacag aaaccgcacg tctcctctgg cttttacggg caaccggttc     1020

gaattccgaa tgaccggatc caacatgtcc atcggcgacg cctgctatgt tttaaatacg     1080

attgtggcgg agtctttccg tcagtttgcg gatcgtctgg aacaggccga tgacgtggag     1140

acggaagtaa aagctctcct cagagacgtt cttacaaaac atcagagaat tatcttcaac     1200

ggcgacaact atacggacgc ctgggtggaa gaagccgaaa aaagaggtct tctcaatctg     1260

accagtacgg tagaagcgat tccgtatctg atcgctaaga aaaatgtgga gttgtttaaa     1320

acccacggta ttttctccga agtcgaatct tacgcgagat acggaattaa gatcgaagga     1380

ttctgcaaaa tagtaaacat cgaggctctc actatgatcg atatggcgag acgaaatatc     1440

gctcctgccg tcagctctta ctgcagtgag ctggccagtg ccgcccttgc gaaaaaagag     1500

ctgggagtca atataaaggc ggaaagcgac gttttgtcca aaatttccga tcttgcggca     1560

gtatttaacg ataaaatcga cgtcttggaa gacgccgttc tcaaagcgaa agaatttaag     1620

tccgcagagc aggccaagta ttttcacgat atggttattc ccgctatgga ggaactgcgg     1680

tccgcgggag acgagcttga gacactgact gcagaggaat actggccgtt cccgtcttac     1740

ggtgagatga tgttcagtat caaataa                                         1767


<210>  1408
<211>  1149
<212>  DNA
<213>  Clostridiales

<400>  1408
atgttacaat ttgaagtgaa tgttgaagat aatgcccaga tcaaggtagt aggagtcggc       60

ggaggcggtg gaaacgccgt aaatcgcatg atcgaggccg gactgaaggg agtttcctat      120

atcgttgtaa atacggacaa gcaggcgctg aaccgatcgg tagccgagac taaggtccag      180

atcggcgaaa aacttaccag aggactcggt gccggagcaa atcctgagac aggcatgaaa      240

gcagccgaag aaaacctcga agagattacg aaatatttcg acggcgtgga tatggttttt      300

atcacagccg gcatgggcgg cggcaccgga accggtgcgg ctcccgtcat cgcaaaagct      360

gccaaagaaa gcggcatcct tacggtgggt gttgtgacga agccgtttac ctttgaagga      420

aagagaagaa gagaccatgc agaactcgga atcgagtatc tgaaaaaata tgtggattct      480

ctcgttgtcg ttcccaacga caaattactg cagatttcag aaaagaatac cacgatgcag      540

gaagcgttca gcatggcgga tgatgttctg agacagggcg tccagggcat taccgatctg      600

atcgccgaat ccggcgtcat caatctggat tttgcggacg tcaagactgt catgagtgac      660

agaggcatcg cgcatatggg cgtcggcgtc ggaaagggcg aaaaccgcgt tatcgatgcg      720

gtcaaggaag cgatcggaag cccgcttttg gagacttcga tcgacggtgc aaaggcgatt      780

ctgctcaata ttatgggcgg atacgacttg ggaatgctcg aggcaaacga ggccgcagat      840

ctcatcgaga aggccgctgc cagagacgcg aatatcatct tcggtgcatc cattaaggaa      900

gatctcgaag atgaaatacg gatcacagta atcgctacag gcttcgacga tgacgacgct      960

gcagaagaag ctccgcagga accggagact tccgttcatc atgcgtctcc gtccgcttct     1020

gcggcgaagg tggaggaagc ggctgccgaa acagtcggcg aagctcagcc ggaactgcct     1080

gcagacgatg acattgaagt tcctgaattt ttaaagaacg cgatgaaagc ggtaaacaat     1140

aaattttag                                                             1149


<210>  1409
<211>  1980
<212>  DNA
<213>  Clostridiales

<400>  1409
atgctaaaag gaaaaagtaa aggaaaaaca gaaaagcaaa aaaacaaaag cagcagcggg       60

aagaaaatcg gtctttcggc cgtaattctc cttcttatca ttctggttct gtgcttcggt      120

acgatcatta cctttgtcac ggattactgg tggtttaaag acctgggata cacgcaggtc      180

ttctttaaaa agctcttcac agagctgaaa atcggcatcc cggcctttgt catcatattc      240

gccctttcgg aagtgtatct gagacttctg aaaaaagaat atctcagaaa gttggaaacc      300

gtaccgggcc gcgcctctga caaatccatc agccggatga cccacattat cagcgccgta      360

ttttctctgg tgctgacatg gatggtcact accacactgt ggcagcagat tctgtacgcg      420

atgaacagca cagacttcaa tgtcgcagat ccgattttca acaacgacgt gtcgttttat      480

gtattccgtc tggccctgct gaattccatc agcagcatgg cgatttccgt tatcgtggga      540

tttttcgcgg ttacgctcat ctattatgca tacatgatca gtgtgagacg cccgtcgatt      600

ctcgaccgcc atgaagctta tgaagatgtg gaagaggcgg aggttttgga tgacgacgga      660

aatgtacagc agaatccgtg ggaacagctg tttggcggcg gacacagaac cgccagaaag      720

aggacgcctt ccgtatcttt tgacaagagt aatttcggcg tcatgttcag tatcgcgaaa      780

cgccaggtgg tcattctggc ggtcctgttc cttcttgcgg tagccggagc tctgttcctg      840

aaacagtata cacttttgta ctccggtacg ggaaatgtta ccggtgcagg atttaccgac      900

atccatatca cactctgggc ttatcggatc gaagcggtac tggcggtgct gtccgccgtg      960

ggagtgctga tattcgcgag gaaaaacagc tacaaaaaga tgctcattct tcctgtcgtc     1020

accatctgcg tttccgttgc ggcgacactg gcaggtaccg cgatgcaatc tctctatgta     1080

tcgccggatg agctcaataa agaatctaaa tatctcaaaa gcaacatcga attcacacag     1140

aaagcctacg acttggacag tgtgaatgaa atcgacttcc ctgccagtga aaatctcact     1200

gcagaaggca ttctcgagaa ttccgcgacc ctctccaacg tgagaatcaa cgatttttcg     1260

ccgtctgaac aattctataa tcagacacag agtatccgcg cctattacag tttctttgat     1320

gtggacgtag accgctatat gatcgacgga gaatatacgc agactttcct ctccgccaga     1380

gaaatcaact acgataacct cggagaagac gtgtcctggc tgtcaaagca tctgaaatat     1440

acccacggtt acggcatcac cctctccaga gtcgacgcca tcacagccac cggacagcca     1500

aagatgatta tcgacaatat tcctcctgag tccgatacgc aggatatcca ggtgaaacgt     1560

cccgaaatct atttcggaga atccacggac gactatatta tcacaaatac cagcgagcag     1620

gaattcgact atccgagcgg cacttccaat gtctatacta catatgaagg cgaaaacggc     1680

atcgaactgt ctctgctgaa acgcatattc tacgcgatta aagaacagaa tattaaaatt     1740

ctcgtatcca caaatatcga cagcaattcc aaaattctgt acgagagaaa catcatggac     1800

cgtgtaacaa agctggcgcc gttcctgtat tacgatgccg atccgtacat cgtggtatcc     1860

gacagcggta aactctattg gatcatcgac gcctacacca ccagcagtta ctacccgtac     1920

tccaaatctt atcagctgga tgagaccaca tctgtcaact atatccgcaa cccgatcaaa     1980


<210>  1410
<211>  1965
<212>  DNA
<213>  Clostridiales

<400>  1410
ccggcggaaa aggacggagc ggtgcaggac agaaggagag gcgggaagga tatgaactgg       60

acggacgaac agagagaagc gatcacagtt aggggcagcg atattttggt atcggcggcg      120

gcaggatccg gaaagacggc tgttttgaca gaacgcatca aacaactgat cctgcgggac      180

ggtatttcgg tggatgaaat gctggtggtg accttcagca atgcggcggc ggcagagatg      240

aaagagaaaa ttctgaagtc tatcgggcag gagatccgtg gcctgaccgg cgggggcgaa      300

aggcaggagc tgacggcgga acagaaaaag gaaaaccacc ggaaagcgga gtttctcaga      360

gtgcagctga gaaaggcgca tactgcggat atcagcacgt ttcacaagtt ttccatgaat      420

atcatacgcc gctattttta tctgacggat atcgacgcgg atttttccat ctgcgatgaa      480

agccggcgtc agattttaca ggcggaagct ctggaagaac tgatggatga gcgttttgca      540

tcaggggggg aagactttac agagtttctg agaaattatt ccggcgtgcg cagcgaggag      600

cgggtgcggg aaatgattct gtcggtttac cgttttatca tgagtatgcc ggatcccttc      660

caatggctga gggatgcctg cgcagccctc ggagcgggag aagaggaatt tcggagatct      720

ccggtctggc agtatatcgc ggaccgtatg cggcgttcgg tggaggaagc gggcgaactg      780

gcggagaagg tctgtgaact gacggaacat ctgccttcga tcgtgtccaa agcgcagaaa      840

gacagggaac agatctcagc gcttctgaga tcgatggagg aggagttttc cgcagaagct      900

gtgtttaaag gaatcgagaa cgtccggttt cagcgtttta cagcatcgaa agatgataaa      960

gaggatttcg cggagattaa agatctggta aaaaaagtaa gagatcagat gaaaaaatca     1020

ctggaggacg tccgcaaaaa cttttttccg attccggagg cggaaatgct ggcgcggatg     1080

aacgctacga aggagccggc ggaatatctg tgcggtttga ccgaggaatt tcaccggcgg     1140

ttttctgaaa aaaagagaga aaaaaatctg gtagatttca acgatatcga acatatcgct     1200

ctgaaaatac tgcgtcatcc ggaagcggcg gaggaatacc agaggcactt caaagcgatt     1260

ttcgtagacg agtatcagga cagcagtatt cttcaggaga cgctgattca gcggatcagc     1320

agaggagaca atgtctatat ggtgggcgac gtcaagcaga gtatttataa attcagattg     1380

gcggagccgg agatttttat cggtaaatat aattcctttg ctgcggggcc ccggaaggaa     1440

gggctcccgg aaggagaagg cagacgtatc gatttaaacc gcaatttccg atgcaaggga     1500

aatatcattc gctgtgtcaa cgggattttt tctcatgtga tggaccggac acggggaggt     1560

atcgattacg atgaaaacgc ggcgctgaaa aagggagtcc ggtacgaagg ggagctggac     1620

cggaaggtgt cgcttcatct ggtggacagc tccggtatcg acgagacatc cgatttcgag     1680

gatatcatcg acgaggagat cgcggaactg gaaaagacgg agctggaagc acgcatcgcg     1740

gcaaagatag cggctgaacg catcggacag cagatttacg actgtaaggc ggaaaagatc     1800

agaaccgtgg gaccatccga tatcgccgta cttctgcggg ggacccgggg cgtggccgac     1860

atctatgcgg aagctctgaa gcgtgagggg atcgcctctt atatcgatgc gggagaagga     1920

tatttcgaaa cgatggaaat cgaagtattc atgaatctgc tgcgg                     1965


<210>  1411
<211>  1182
<212>  DNA
<213>  Clostridiales

<400>  1411
atggaagaaa agagacaggt ctatctcgat tattccgcta ccacgcctgt aaagcaggag       60

gtagtggatg agatgattcc atattttaca gagaaattcg gcaatgcttc ggcaatttat      120

tccacaggcg cggaggcgaa ggacgctctg gaaaatgcca gagcccgggt agctgcgctg      180

atcaacgcag aaccgagaga gatcgtattt acctccggcg gtacggaatc cgacaactgg      240

gcgctgatcg ccatggcgaa gaagctgaaa aataaaggtt gtcatattat cacatccaat      300

atcgagcatc atgcggttct tcatacctgc gaatacctgg cacgaaaaga agggtttgaa      360

atcacctatg tcggagtgaa tccagaggga attgtggacc ctgcggaagt cgaagcagcg      420

atccgtcccg atacgattct catcagcatc atgcatgtaa acaacgaagt gggaagcgtg      480

cagccggtga aagagatcgg cgccatcgcc agagcccgcg gtatcttctt tcacacggac      540

gcggttcagg cggccggaaa tgttccgatc gacgtgaaag agatgaatat cgatatgctg      600

tctctctctt cgcataagat ctacggacca aagggtgcag gcgcgctcta tatccgtacc      660

ggcgttattc tgcctacata tatacacggc ggagcgcagg agaacaagaa gagagcgggt      720

acggaaaaca tccccgctat cgtcggtttc ggcaaagccg ctgaaatcgc aaaaagagat      780

ttcgatcagc atgtcgctca tgtcagccgt ctgagagacc attttgtaaa aagagtgaca      840

gaggaaattc ctcataccta ttacaacgga agcagagacc gccgtcatcc cggcaatgcc      900

aacatcacct tcgaatatat cgaaggcgaa gcgattcttc tctatctgga cttcgccggc      960

atcagcgctt cttccggttc cgcgtgctct tcaaaatccc ttcagccgtc tcatgtgctc     1020

acggcgctgg ggattccggt ggagctgatc catggatcga tccgcttcac tttcggggac     1080

ttcactacga tggaagacac agactatgca gtagatcaga taaaaaagat tacagaaaga     1140

ctcagagaaa tctcatccat ctctgagaag aaaggttggt ag                        1182


<210>  1412
<211>  1275
<212>  DNA
<213>  Clostridiales

<400>  1412
atggagtgga taacaagaat catcagttat attttttctt ttgccgcagg gtattttttc       60

tataaaatcg agtgctgttt tctgacgccg aaaaaaggaa agctgctttt tcttctgacc      120

tgggttctcc tttccgcagc cgtgactctg gtgatttttc ccagagatcc ggtcaatatc      180

accgtagctc tcgtcagtct tttgctggcg aacgggctgt tttttaaagg gaaatggatc      240

gtcaagttct ccgcggtgac agtgctctat cccatcgcta tgtctctcaa taatcttcat      300

atggatatgg gcgttcacct gtatcatctc ctgctcccgg gaaaatccga tgaggaaagc      360

gatatttatg ccagtctttc ttatgggctc gtggttttat tctggtatct tttttaccgg      420

ctgcagaaga actctctgca gaaaatctat cagattttag atgcccgggc gtggctcatg      480

gtcaatatca tctgtgcggc gtccttcgtc tcggtgctca gctgtactta ttttgcgccg      540

acgcctacgt attttatatg gccggcactt gcagcctgca tcgtcactaa tgtgggcagc      600

gtccgcctcg cggcttccta tctggccgac ggcatttatg cggatatgga acggagaaat      660

ctgcagctgc agcagaacta ttaccgtgag ctggaggcga atcagaagca gattcggaaa      720

ctgcgccacg atctgaacaa tcatctgatg gtggtaggca gactctttga ggagggaaaa      780

agagcggaag cgcagaaata ttttgaacaa ctgtccggca aggcgctgtc cagcagccgt      840

accttctgta agaacagtgt agtcaatgcg gtgctgaact ccaagtataa caggatggca      900

gacgcggaga tcgacagttt ttttcatatc agcatcgata aaatgatgat gattgacgac      960

gtcagtctct gcacgatctt tgccaatacg ctggacaatg ctgtcgaagc ctgccagaag     1020

atagaagaca aggcggcgag gcggatctcg gtgaaagcca gatacaccga aaacggttat     1080

ttcagttatg aaatcgtaaa ctcaaaatgc aaccggatca ggatgcgaag agagcgcttt     1140

atcaccgata aagccgactc cgcgtctcac ggagtcggta tttcttctgt aaaggaaatc     1200

gtggaaagat acggaggaac gatggacatc tcttttacgg agggagagtt caaagtgatc     1260

atactcatcg gatag                                                      1275


<210>  1413
<211>  849
<212>  DNA
<213>  Clostridiales

<400>  1413
gactgcaatg aaagcggatc cacttttcgc tttgtcctgc ctatcgccgc cgcgctgggg       60

aaagacgcgg ctttcgaggg cagaggaaag ctgcctcagc gtccgatgac gccgctggca      120

gaggaaatga agaaaaacgg cgtcacattt ttgcccgacg gcagagattt tctgcctttt      180

gagatctgcg gacggctgag gcccggcgta tatgaacttc ccggaaatgt gagttctcag      240

tatttctcgg gcctgatgtt tgcgctgcct ctgctgaaag gagacagcga gattcgcgtc      300

aaagggaaaa tggaatccgt cggttatatc gcactgacac agcaaatgct cagcgatttc      360

ggcgtacggg tagaagagac ggaatacggc tttcgggtac ccggaaatca gagataccag      420

gctacggata tctctgtgga gggagactat tcccaggctg cgttctggct ggcggctgct      480

gcctgcggtt ctgaactgaa gatcaccggt ctgcggagtg acagcgttca gggcgaccgg      540

gaggctgcgg atatcattga gcggttcggc gctgaggtga tccgcgagta tcctgatctg      600

atcgttcggg cgccggaaaa atacggcgaa ggaagcggtc tgggactgaa ggcgctggaa      660

gcggacagcg ggaatattcc agacgtgatt ccggtgctgt ctgtagccgc agcctgtgca      720

gagggcacca gccgtttcta taacgcgtcg agactgcgca tcaaggagtg cgaccgtctt      780

tccgccatgg cggattgtct tacccgcctg ggtgtgacgg cagaggagaa agaggacgag      840

ctgaccgta                                                              849


<210>  1414
<211>  897
<212>  DNA
<213>  Clostridiales

<400>  1414
atgaaaatga aaaaagtatt tgcttcggta ctgaccgcag ttctttcact caccgttctt       60

tcaggatgcg gcggagatca ttccgcaggt tccgccgacg gcgccgtctc cggagaaggt      120

tcctataaga tcggaatttc tcagtttgcg gaacaccctt ctctggataa ctgccggaaa      180

ggctttctgg ccggtctgaa agaagaaggt atcgccgaag gaaaaaatct ggaagtactg      240

tatgacaatg cgcagtccga tacctctgtg cctactacca tcgccagcag ctatatctcc      300

caaaacgtgg acttaatctg cgccatcgct acaccgagcg ccgccgcggc gtataatgcc      360

gcaagagaca ccggcattcc ggtggtctac accgccattt ccgatcctgc ggaagccgga      420

ctcgtcacag aagacggaaa aaatgtcgga aatatcaccg gttcctcgga taagcttccg      480

gtaaccgaac agctgcagat gattcgcgac atacttcccg atgcaaagaa aatcggcatc      540

atctatacga ccagcgaagc gaattccatc agttccatcg aaacatataa aaaggaagcc      600

ggttcctacg gatttgaaat cgtggacaca ggaatcaaca ccatcgccga tgtggatctg      660

gccgcggccg acctggtaga aaaagtggac tgcatctgca atctgacgga caacacagta      720

gtacaggcac tccaaaatgt cctggataaa gcgaacgcaa agaaaattcc ggtcttcggc      780

agcgagatcg aacaggttaa gagcggctgc ctcgcctctg ttggtatcga ttacttcgaa      840

gtgggaagac agaccggcat tatggccgca aaaattctca agggagaagc gacagca         897


<210>  1415
<211>  636
<212>  DNA
<213>  Clostridiales

<400>  1415
atgaaaaaag agacactcgt actggaatct tcaatcgtgg ttcctgtcaa gaagagagac       60

acgaccctta cggtcaagct gggatgggat gccaagagcg gtactccaaa agagaagatc      120

aagggcgtgg tggaagggat ggttctggga atttccgaca acagctatga tctgaatctt      180

gcggctgtcg tggaatataa cggtggcaaa aagccggaac tcgtgtttca cggtcagagg      240

agcagagcgg acagtacggg cagcatcgtt ctgaaaaagg acagccgtac cggtatcggg      300

gcaggaagtg acgagaccat ggtcatccat ctgggaaaga ttccagagga tgtgagaagg      360

gtgattttgt ttatgaatat cgcaggtgca cattctgccg ataagaattt atatgatgtg      420

cagaatgtat ttgtccagat tgaggatgag gagtcctgta aagttctgta cagggaagaa      480

gaagctttca caaatgagta tgcgaaggat tactgcagct atacttttgc ggagctgtgg      540

aacgaaaaaa gcggctggat gctgcgcggt gcgtcccgtt attcctgtga ggacaatgag      600

ttggatacgc ttgacgcact gataaaacag agttaa                                636


<210>  1416
<211>  2145
<212>  DNA
<213>  Clostridiales

<400>  1416
aacttcggtt ctgtcgatgg ggacagcgct gccgcgatgc gttacacaga ggcgagaatg       60

acacctttcg cgctgcagat gctgagagat ctgaataaag ataccgtcga ttttcagccg      120

aatttcgacg gtgacgaaaa ggagccggta gttcttccgt ccagatatcc gaaccttctg      180

gtaaacggtt ccaacggtat tgccgtgggt atggctacgt ctattcctcc gcataacctg      240

ggagatgtca tagatgcaac agtacgtatg atcgatgacg aaaactgcga tatcgaggat      300

ctcatcgata tcattcaggc tccggacttt ccgacaggag cgcagattct cggcagaaat      360

gcggcgagag aagcttatcg tacggggcag ggaaagatta aagtacgttc caaatacgaa      420

tttgaggaaa cttcgagagg aaaaatgcag atcgtattta ccgagattcc gtatcaggta      480

aataaagccc gtctgattga aaaaatcgca gagctcgtaa aagacaagcg aatcgaacat      540

atctcggata tccgtgacga gtccgaccgc gacggtatgc gtatcgtggt agaactgaaa      600

aaggatgcga accctcagat taccctgaac agattattta agcacacaca gctccaggat      660

actttcagcg ttatcatgat cgctctggtg gatggtcagc cgaagctgct gaatctgtat      720

gatatacttg ataactatat caaattccaa aaagaagtgg tgacgagaag aacgcgctac      780

gatctgaaaa aagcagagga gcgggctcat attctcgaag gatacatcat cgccctggat      840

aatatcgacg aagtgatcaa agtgatccgt tccagctata acgacgccaa gcagaagctg      900

atggagagat tcggtctgtc cgacgttcag gctcaggcaa ttttggatat gagacttgcc      960

agactccagg gactggaaag agaaaagatc gaagccgaat atgcggaact tatggaaaag     1020

atcaactggt atcaggcgat tttatccgat gaaaaaattc tcatgggcgt tatcaaagga     1080

gagcttctgg aaatcaaaga gaaattctcc gacgagagaa ggacggaaat cgtggcggat     1140

tccagtgaaa tcgacgaatc cgatctcatt caggaacagc aggtggcgat tacgctgact     1200

catctgggat atatcaagag ggtggcgatg gatacctata agacgcagaa gagaggcggc     1260

aaggggatta ccggaattac cacaagagaa aatgatttcg tgaagaatat gatcatcact     1320

tcgacccacg atcatctgat gttctttacc aatacgggaa aagcccaccg catgaaagcc     1380

tatgaaatac ctgaggctca gcgaaccgca aaaggaactc ctgcggtcaa tttcctgaat     1440

ctgatgcagc acgagaggat tactgcggtg attcctctga gtgaattcga ttcggataag     1500

tatctcatcg ctgtcaccaa aaaaggaacg ataaaaaaga cagcgctggc acagtttgat     1560

accaaccgga aatcggggct catcgccatt aacctcaaag acggcgacga actgatcggc     1620

attaaacaga cttccggtac gagcaatgtc atcatcgtga cgaagcacgg caagagcatc     1680

tgcttcagtg aagaagacgt gagaccgatg ggaagaatcg ctgcaggagt gagggcgatt     1740

cagctggaag aaggggatga agtcgtagcg atggaactgg cggagaagga tgaggaactt     1800

ctcgtagtta cacaggcggg ctatggcaag agaaccccgg tcaaagatta taaaatacag     1860

gccagaggcg gcaagggact gctcacttac gacaaggcga agtttaagaa gaccggagaa     1920

ttgatcgggg cgatggcggt caacgagaat gacgaaatta tgctcatcaa ttccgacggc     1980

attatcatcc ggatcaaagc cgaagatgtg tcgcgcctgg gaagagctac gcagggcgtc     2040

agaattatga aagtcgcaga agatgccaat atcatcgcca tggcaaaagt agtgaacgaa     2100

gaaaaagaca gtgcagtcga aaatgaaaca gtacatgacg gcaat                     2145


<210>  1417
<211>  1125
<212>  DNA
<213>  Clostridiales

<400>  1417
atccgcggat ttacggcgga taacgcggga ggcggaatct acgtctattc cggttccgaa       60

ctgtttctat acggcggatc ttctgtcacc ggcaactcga atacggaaaa cgtagacaac      120

cgtccggtat cttatccttc gaatattcat accgcttctt cttccgccaa agtttatgcg      180

ggagcggtga cgggagagac gggaatttcc acttctaatc ctacggagca caaagttctc      240

gtatattccg cttcttccgg agcggtgacg gctctcaatg atgcgatccg cagtctgagc      300

ggaacgcaga cctatgaggc tttttcgatg gaacagtctt tcggagacgg ggattttgag      360

aagatcactt atgattccga tgtgtataca ctcgtacagg acagagatgt gccggacaat      420

atgtggctgg agctttcaac gggatcatat attttctggg atctcaatat tccgggaatc      480

tcatcgccgg cggcagaagc cggaaaccct ggagaaaaag taaatgcacc ggaggtgtcg      540

gcgtcgctca catcggaaaa tgtggaatac ctgtttaaag gatggtatac gaaagcttcc      600

ggcggtgaaa agatcacctc cggcacttat cctcaggccg gcgtgcaggt atattatgcc      660

cagtgggatg tgaagagcac cgggggaggc ggaacgccgg aaccgcagaa caaatatttc      720

accgtgtttt ttgatcagaa ttatgacggc ggcggtatca ccagcgaact ggtaggagat      780

actgttctga cgctgacggt gacgtatgac gacggaactc agcgtacgct ggtgtgtcat      840

ctcctctctc tgggatttgc ttttccggga gatccggtga gagaaggata tgattttcag      900

gggtggtccc tgacttcaga taattccaca ggtctggtgg acgcttccta ccggccccag      960

gagagcgtga cactttacgc tgtctggaaa gtgcgtcagc acaccttgaa atgggatgcg     1020

ggagaaggcg cgccgagcag taccacaaag caggattacg gttctctgat tcagacgcct     1080

cagcctccgc agagagaggg atatcgtttt tccggatggt tcagt                     1125


<210>  1418
<211>  1020
<212>  DNA
<213>  Clostridiales

<400>  1418
atggaacggc tgaaatttat aggaaagaga ctggtatatc tggttatcat gctgttcggc       60

gttgcaacgc tggtttttat actgaccaaa ttggtcccgg gaaatccggt gaccgccaat      120

ctgagccaga gagcgctcag cgatcctgaa atcgtggccg cttatgaggc gaagtatggt      180

ctcgacgagc cgattatcgt ccagtatttt ctgtatataa agaatctgct gcagctggat      240

ctgggcacat cgatacgcac gaacaatccg gtgctgtccg aacttgcaag atgctatcct      300

gcgacaatcg agctggcgct ctttgcgatc atcctcgctg ccatcttcgg tattctgttc      360

ggtatcatct ccgcgatccg aagaaacagc atcgcagatc aggcggtgcg cgcgatttcc      420

gttaccggcg tcagcatacc gagcttctgg tttgcgcttc tggtattgta tttattctac      480

tacaaattag gaattcttcc gggaccgggg cggctgagca acatgttttc accgccggag      540

accgtgaccg gtttatacgt gatagacagc ctgatcgagg gagatccggc gaaagcgatg      600

gatgcgctga gccatctgat tctcccgggc atcgtattgg cggcctttac gatgggtttg      660

atcacgagaa cgaccaggtc caatctgctg gacgtcatgt ctaccgatta tattcgtaca      720

gcgaaagcga aaggtctgtc caatgcgggg ctcatcgtga aacatgccct gggaaatgcc      780

atcattccgg tactgacggt gatcggcctg ggcttcggaa atctgctggg aggaatggtt      840

ctcgtagaga cgattttcaa ctggccggga gtaggtcagt tcgcttatca gtcggttatg      900

tctacggatt atccgtcgat catcggcgta gctctgctca tcgcattgaa ttatatggta      960

attaacacga tcgtagatat cctgtacgga atcatagatc caagagtgag gtgcagctga     1020


<210>  1419
<211>  1713
<212>  DNA
<213>  Clostridiales

<400>  1419
atcaccgacc ggtatatccg cgaccgcgaa caggagcgtt accgtcagat cgtctactct       60

tccgaccggt ttacctatcg cttcgaccgg gacgcggatg tactgacgat tttcgctccg      120

ccttcggaat gcgagggtgt ggaagtgaaa tatcagttcg aacgtttttt ttcccgcctg      180

aggcagggcg aattctgtcc gaaaagcgat attatcatat taaatgagct gtttacaaaa      240

ggatccgacg aactggttca gatccagctt tacagcgcga agacaggggc tcttcgctgg      300

tatgggataa cggcgaacgt cgtattctcg gagaacgatc cgggacaggt tttcggtacg      360

atttccgatc tgaccgagct gaagaagaga gaagagaact tccgtaaatt ggaaagagta      420

ctccagacta ttaaagacga ctatatcggc atttttgaga tcgacctgga aaaagatcgt      480

tattctgtat tatattacaa tgctcagcac gtcgtacctc tggaagagtc cggctgctac      540

agcgaaatga tgccgaggat catgccgaga atcgtagcgc ctgaatttca gaaggaattt      600

ctgcggtttt ccgatacgaa gaccctgcgg aagatgctga tgaaagaccg caggatggag      660

tttgaataca tgactgcttt tgcaggccgc gcatggcttc gcagtacttt ccagacggcg      720

gagtcccgcg acggcgttcc gatgaaagta atcatgtatc agtcggatat cgaccagatg      780

aagatcgaaa aactccgtca gcagcaggcg attcaggacg cctaccgcta tgcggaatcc      840

gccaatatgg ccaagacgga ttttctgtcg cgcatgagcc acgatatacg tacgccgatg      900

aatgccatca tcggaatgac ggcgattgcg ggagcgaatc tcgaagacac cggacgtgtc      960

tatgaatgtc tcaacaagat taccacagct tccaaacatc ttctcagtct gatcaacgaa     1020

gttctcgata tgaataagat cgagtccgga gctatcgaac tgcaggaggg gaagtttaat     1080

ctggcggatc tcatcgataa tatggtgacg atggttcttc cgcagatcaa cgagcacagc     1140

catgaactcc aggtttccgt gagcagtctg aagcacgaat gggtcgtggg cgacagtctg     1200

cggattcagc aggcttttgt aaatctgatc tccaacgccg tcaaatatac gccggacgga     1260

gggaaaatcc atgtgactct gcaggaaagg ccgtctcaca gtcaaaatta cggagaatat     1320

gagttttgtt tcgaagacaa cggcatcggg atgagcgagg agtttcagag agttcttttc     1380

gaacctttta cccgcgcgga agacagccgc ctcagtaagg tgactggcac cggtctgggg     1440

atgacgatca cacgcaatct catccggatg atggacggag atattcgggt ggaatccgaa     1500

ctgggaaaag gatcgaaatt tgttgtgacg attcatctga aaattcagga ggacgatgtg     1560

gaactgccgg aaaatctctt gaatcttccg gttctcgtag cggatgatga tgagattacc     1620

tgccgaagcg cctgtctgat tctcgatgat atcggaatgc agggggaatg gtgtctgagc     1680

ggggaagaag cggtgcgcag agtgagaaac cgc                                  1713


<210>  1420
<211>  687
<212>  DNA
<213>  Clostridiales

<400>  1420
tacaatcatc ctacgcagga gatcggcgat atatgcacga ttgtggagaa tcttccgagg       60

ggcaaacggc tggaagactg caaagtagtc tttgtgggcg acgctacaca ggtatgcgct      120

tctctcggat ttatcaccac gaagttaggg atgagtttct gccactacgg tccgaagaac      180

gcacagctga gcgaagatca ccggtccatc atggagatga actgccaggt ttccggcgga      240

agctggctgg tgacggagga taaggaaaaa gcgatgaagg gcgcggattt tgtctatact      300

gatgtatggt acggtctgta tgaaaacgag ctgccgaagg aagagcgaat caagaaattc      360

ggagaattcc aggtaaaccg cgagctgatt cagatgggaa atctgggctg caagttcatg      420

cactgcctgc cggcgaccag gggcgaggaa gtgaccgatg aagtgctgga cagcgatatt      480

tccatcgctt tcgacgaagc tggaaatcgt ctgaccgcga tgagaggcat cctggtgtac      540

ttcatgagag gacggcagaa acacagtccg ctggaaatcg ctgcggccag agaatctctt      600

cagaattttc tggacagccg gatcctgtgc ggatgcttcg acgagtgcgg aattccgccg      660

tttgacgctg acagctgttt caaatag                                          687


<210>  1421
<211>  1437
<212>  DNA
<213>  Clostridiales

<400>  1421
cagacttatc cgattttctg cgcagcggca gcggcagctg tcgttgggat tctgctgtgc       60

attctttttt cgatgagttg tgccgtgaga tttaaactcg gcggctggtg gagaaacagc      120

ctgatctggc gtattctggt ctggatggcg gggatcctcg gaaaagcggg cgagaagatc      180

tttggaccgc tgtggagagg gatcagagaa gccgtgggaa acattgctgt ccagtggaag      240

ctcggagcgg tcttcgttct ggtcgttatg gtcaatctgt ttgcgggaag ccagctggga      300

tggtacggca gcggatttct cgtatttctg ggaattttgt ttgatatcgc ggtatttctg      360

gtggttatgg ccgtcggcgt gatgcttcgc agactgcaga aagggggacg ggcgctggca      420

aacggcgatc tgaacgcaaa ggtggacacc tcgaatatga gaggtgaatt ccgcgaacac      480

ggggaaaatc tcaataacat cagcagaggt atggccatcg ccatcgaaca gcggatgaag      540

agtgagcgga tgaagaccga gctgattaca aacgtatctc acgacattaa aacgccgctg      600

acttctatcg tgaattatgt ggatctgctg agtaaggaag atctggaagg aaaggcggcg      660

gaatatacgg aggtgctggt ccgccagtcg gcgcggctga aaaagcttac agaggatctg      720

gtggaagcgt cgaaggcctc tacgggcaat atcactgttt cgctgcagcg gatcaatatc      780

tgcgagacgg taaatcaggc ggtaggagaa tatgcggaac gtctgcaggc tgcttctctg      840

agcgctgtta ccgattttcc ggaccatccg gtgattgcag aggcggacgg acgcctgctc      900

tggagaattc tcgacaatct gctgagcaat gtctgcaaat attccatgcc gggaacccgc      960

gtttatatca cagtcacaga gcttcgcacg gaagctttca cggcagattc ttcagcgaac     1020

agccggaagg caatgtcctc ttacaccgat ggaaatcccg cgggtatttt cggtgaaaac     1080

ggcctgaaaa aatatttcgg aaaaaaacgc ctgcaccgga ataggttgga aaataatacg     1140

gatctgcagg attctcagag atatgacacg gagaatgata cagcagatgc cgtgggatat     1200

agcgcgctgc cgggcagagt gagcatcgca gtgaaaaata tttccagaga gcgtctcaac     1260

gtcgctacag acgaactcat ggagcggttc gtaagaggcg acagtgcgag aaccacggaa     1320

ggcagcggac tggggcttaa tatcgcccgc agtttgacgg agcttcaggg aggaagattc     1380

ggcctcagta tcgacggaga tctgtttaag gcagaaatta tcctgagatc ggaataa        1437


<210>  1422
<211>  963
<212>  DNA
<213>  Clostridiales

<400>  1422
ggcatcctga cgggaaatga cagaggagaa ctggggcctg agaagcggat tacccgtgcg       60

gaattcgtga cgatgcttta ccgtgcggat ccgatgtatg acagcagtgt gaagattgtt      120

ctgaaagcgg atcatgtcgt tccgggcggc gatatcaggg cctccgcggc atttgcaggc      180

gtgtcggagc cggtggtgtg tgaaatgcag tggtatctgg acggaaagcc agtagctgaa      240

tatcacgctt cagagaagac cgtcgcggca gacaccacgt cggctttcac gcagaagctg      300

gacttttcac gatacatggc gctgtctcac cgcgtcggcc tcggtctgga ttacatcgac      360

gatcagagcg gagagaccgt gcgtctgtat acggaaaaga cgataaaagt gaccaactac      420

agtgcgtctt attataatca gctggaaaat caggagctct acaatcaggc gctcaataca      480

gtcagcacaa aatatacagg aaattatact tcttcctata acatagacta ttctgcggcg      540

ataaagcagg ctttcgtcaa cgccaaaggg tattccagta agacggggta tctggtctgg      600

accaatctgg cgacgcagaa ggtgaatatc tttaccggtt caaaaggaga ctggaagctt      660

ctgaagacgt ttcgctgcgc caccggcgcc agagctacgc cgacgccggt aggggtgact      720

catgtcacat acaaacaggc aggttggtat acggacagtt atatctgcaa accggtggtg      780

cggttttatc cgggaaccgg ctacgcgttt cattcgagat tatattatcc tgacggttcc      840

ggaagattga aggacggcgc tatggggtat ccggtatctc acggatgtgt gcggatggaa      900

gatatcggaa taaaatggat atataacaat attccagtca atacgacagt agttatctat      960

tag                                                                    963


<210>  1423
<211>  1203
<212>  DNA
<213>  Clostridiales

<400>  1423
atgagatttg aagattacaa aacattcaga acggccgtcg gcggacgtct gcttcaggta       60

gaggtgggca aagtcgcagg tatggccaac ggtgcggcta cggtcagata cggagatacc      120

gtagtcaacg tcaccgctac ctgctctgcg gagccgaggg aagatatcga cttctttcct      180

ttaagctgcg attacgaaga gaggatgtac gctgccggaa agattccggg aggttttatc      240

aagagagaag gccgtccgac ggagaaagcg attctctcct cccgtctgat cgaccgcccc      300

atccgtcctc tttttccgaa gggattttat aacgacgtcg tcgtcgtggc tacggtgatg      360

tgtgtggatc acgactgtcc gtccgacatt acggcgatgg tgggctcttc ggtcgctctt      420

tctatttccg acattccgtg ggacggtccg acgggttccg tttcggtagg ccgtgtggac      480

ggtgaattcg tcatcaaccc gacgcaggaa cagagagcgg ccagtgatat cgatctgaaa      540

gtgtcaggta cgaaggacgc gattatgatg gtagaggccg gcgcggaaga agttcctgaa      600

gatgtgatct tagacggtat catgttcgcc cacgaggaaa tcaaaaagat cgtggccttc      660

atcgaacaga tcacagaaga agtgggcaag ccgaagaggg atcttcctgt tcatgaaatt      720

ccggaggaat tggaacaggc ggtcagagat tacgagacgg cggcgatgag agaagccatt      780

cagatccacg ataagacaga acgtcaggaa aagatggacg ctctggaagc agagacaaaa      840

gagaagttcc tggaaatcta tccggaatca ggaaaagata tcgacgatat tctgtataaa      900

gtaagaaaag agcagatgag ggatctcatc atcagcgaaa atatacgtcc cgacggcaga      960

aagactacgg acatccggcc gatctggtgc gagacgagct tccttccgag gacacacggc     1020

tccggcctct ttacgagagg acagactcag gttctgacgg tggcgacact gggaacagtc     1080

agcgaaggac agacgctgga cggaatttcc gaagagacgg aaaagagata cattcatcac     1140

tataacttcc cagcttacag cgtaggcgag gcgagaacct ccagaagtcc gggcagaaga     1200

gaa                                                                   1203


<210>  1424
<211>  2184
<212>  DNA
<213>  Clostridiales

<400>  1424
ggcaccgact gcagcgggac actgaccggt atacagagcg ggggatatgg aaagaatccc       60

gcattcctga gaaatacggg aaaaattgct gctgtcgtca aaaacgatag tttaaatgcg      120

ggatacaccg ccaattctta tggaattctt ttatacggcg gtgcgatgac gaatagcgga      180

gagctgaatt tcaacgtatc tgcgataaac ggcgatgcgt acggcctgcg cgggacagac      240

acagaggaat cctggaataa tgaaggaacg attttttctg atgtaatcgc ttatggcggt      300

aatttcgaag gcgttccgga ggaattgtat aaggcttcca accatgcgtg tgcggtttct      360

gttgtaagca gcgaaataca gatgacgaac gcaggtgtga tgaatttaac cgcgaggaac      420

cggggaaaaa atgaatacgc tgaatacgct atcggacttg aactggacag cggttctacg      480

tttttgaata ataccggaac gatacacagc caggccttcg atgcgtacac atggggaatt      540

tatttaagta atttaactga caatgcggct ttgataaatt ccggaaacat cgaaatcgaa      600

gctacgacag acggcggatt tgacggggaa cagatcggta atgcctgcgc gacagggata      660

ggaataaata tggataattt cagttctgat ccgaaacctg tcaaaacgga gctgattctg      720

gaatccggat cttcgttgtc agtctccgct catgcggtcg agggcatgga aaatgaggag      780

gacgttacat ataatctctg tcaggcaatt cagcttcaga aaatctatta tggaggcgat      840

cctggttatg aagtgaaacc gcaggaaatc atacttgcgg atgatttagt catcgtggac      900

ggcggtgaat acgacggagg agaacctctg acagaatttt tagaagatta tgttgatctc      960

ggcatgtatg tgtatatcaa tacaatcgga aattatttca ctgattcagc ggatgaaagc     1020

acatattctg taccgtccaa aaatgtagtc gttctccctt ctctgcaggg cacggttgcc     1080

attgacggta cattgaaggt cggagagaca ctgactgcac gaatttcaga tatccctgaa     1140

gaagcgggaa tcgtatatca gtggcaggaa tgtgatacga aggatggaat ttttacggat     1200

ataagcggag cgacggagtc cagttacaca cttacgagtg aacaaaaagg gaattatatc     1260

cgtgtaatcg ttacgccgaa ggaaggaacg ggttatgccg gcagtctttt tgcagtttcc     1320

gagacatatg tgacatcacc atcttccgga ggttccgccc cgacttatcc tccgcagatc     1380

gaacagccgg agaacggcga tgtttccgtc tctccgaaat atccgcagag cggagataaa     1440

gtcacggttg ctccggagcc agacgagggc tttgcagtgg gtgaggttat cgtcaccggc     1500

gaaaacggag acgctgttaa ggttgcagat aacggcgacg gaacgtatac ttttcgtcag     1560

ccggcaggcc gggtgacgat tcaggttgtt tttcggccgg aagaatgcga cggaggcgct     1620

gactgcccgg caagtctcct gatcgatgtg gacaagaatg cctggtatca caaatctgta     1680

gactatatga tcgagaacgg catgatgaac ggtacctctg agacgacgtt tctcccagac     1740

agcgcggtga cccgcggcat gatcgtggaa atcctctatc gtctggaagg agagcccggg     1800

gtgaaaatcg cagccgaatt ttctgatgtg gcagatggtc aatattatgc cgacgccgtg     1860

gcctgggcgg cgggaaatga gatcgtgaca ggttacagca aagaaaaatt cggacctgac     1920

gatgcgatta cgagagaaca gttggcggcg attctttacc gttacgcgca gtacaagaac     1980

atcgatgtga cgaggaccgc agatttgtcc ggatataccg atacagcgca gatcagtgcg     2040

tatgcggaaa ctgcggtgaa atgggcaaat gcggaaggtc tgattacagg agtaactgac     2100

acgatgctga agcctgcggg aactgcgacg agagcgcagg cggctgagat tctgatgcgc     2160

ttttgcgaac atatcgcgga gtaa                                            2184


<210>  1425
<211>  1110
<212>  DNA
<213>  Clostridiales

<400>  1425
atggataaca gaaataaaaa gtttgcggac atgattgtca attattcctg cagggtacag       60

aaaggcgaac gagttctcat cgaagagatc ggaacttcgg cgaagcccct gatcagagaa      120

ctgatccgtg cggtgtacaa ggccggggga tatccttatc tggggctgag cgacgcctcg      180

ctgaaccggg agatcatcat gaactgcagc gaagaacagc tgaagttcca gcgggagtac      240

gaaatgtatc agatgaaagg aatggacgct tatatcgcgg taagagcctc ggacaatacg      300

tcggagctct ccgacgtgcc gtcggacaag ctgaatcttt acagcaagat gctgcgcccg      360

gttatcgacg aacgggtcga tcatacgaag tgggtgatca tgcgttaccc gaacaattcc      420

atggcgcagc tgtcaaatat gagtctggaa gcgttcgaaa acttttacta tgacgtgtgt      480

acgctggatt atgcgaagat gtcggaagcg atggatcctc tggtggatct gatgaaccgt      540

acggataaag tgcgcatcgt atctccggga accgatctga cattctctat caagggaatt      600

cctgcgatca aatgtgcggg agagtgcaat atccccgacg gagaggtcta caccgcaccg      660

gtaaaaaatt cggtcaacgg cgtaatttcc tataacaccg tttccctgga gcagggcttc      720

acctatgaca atatcgtctt ccgcatcgag gacgggaaga tcgtagaggc acactccaac      780

gacgatgtca ggatcaatgc actgctggac accgatgaag gagccagata tttcggtgaa      840

tttgccatcg gtgtcaatcc ttatgtgctc catccgatga aagatacgct tttcgatgaa      900

aaaatctgcg gaagtattca ttttacgccg ggcgcttctt atgaagatgc gccgaacgga      960

aataagtccg cggtgcattg ggatcttgtg ctcattcagc gggaggatta cggcggcgga     1020

gagatctggt tcgacgatgt gctcatccgc aaagacggta ttttcgtcct gccggaactg     1080

aaaggcctca atcctgaaaa tctgaaatag                                      1110


<210>  1426
<211>  1566
<212>  DNA
<213>  Clostridiales

<400>  1426
cggcggcagg cgctgattct ttcctgcatc ggaattccta tcggactgat tctcggatac       60

ctcatcggct gcaaaatcgt tccgataatc atggatcaga gtttttacgc cggcaacggc      120

tacgaaactt ctgcaaatcc tctgattttc atcggcagta cactcttcgc gctgatcacc      180

gttctcatca gcacttccaa acccggcaga atcgccgcca aagtatcgcc tgtagaagcc      240

gtccgctatg cggaagcgca gatctccggc cgcagccgca gaggcctcgg cataaaaata      300

tccggcatgg ccgcggcaaa tctgggccga aacaaaaaga gaacctttct cgttttgctc      360

tccatgtcgc tgagtctgat tctgttcaat acgatttata cgttcagcat cggattcgac      420

atggacaaat atctctccaa attcgtcgat accgattacc tgatcgctca ctccgattac      480

tttaattatc agttttccgg agaggaaaac tcagtgtccg agacgatgat acaggccgta      540

tcgcagcagc ccggcttcga agagggcgga agaatttacg cgaaccggga tacggaatac      600

ttcaccgtgg aagacccgga ttttacaggt ccggaaagcg atctggacgc catgggaaat      660

accgtctgcg ccgtctacgg ctgcgaggaa ctccctctga atcgcctgaa agttctggag      720

ggagagatcg atatggagaa gctcaagaca gggaaatata tcctggaggg aatccagctg      780

gacgataacg gcagcccccg ctatgatatc tcctcccatt atgaaatcgg agacagggtg      840

attctgcaca accgcagagg cggagacacc gccgccgaag gagaatatca cacttatgaa      900

tacgaagtga tggccaaagt ggctatcggt cattatacta attctttcgg cgtggggtat      960

gattactctt tctatcttcc ggcggaatcc tatcttcaga tgacggatca tcccggcgtt     1020

atgagctatt cttacaatgt agccgacgat gaagaagctt cgatggaaga atttctgaag     1080

aactatacgg aaaatacgga acccgtgatg aattacagtt ccaaatccac cagggtcaga     1140

gagttcgaag gtatgagaaa tatggttctc atcgtaggag gggccctcag tctgattatc     1200

ggtctcatcg gcatcctcaa cttcatcaat tccatgctga ccagtattct cacccgccgc     1260

cgggagttcg ccatgctcca gtcgatcggc atgactacaa aacagctgcg ccgcatgctg     1320

atgacagaag gtctgtacta taccgcggcc gcggggtttc tttctctggc gctgggcggc     1380

attctcagtc tggtcatcgc cgacggcctt ttgtcgaacc tgtggttctt cacctacacc     1440

ttcacgctgc ttccgctgct gctggtgatt ccgcttctcc tgctcatcgg cgctctgatt     1500

ccggtcatcg tgctgcagtc cgtcaaaaag cagagcatcg tcgaccggct gagagaggga     1560

gaatag                                                                1566


<210>  1427
<211>  1065
<212>  DNA
<213>  Clostridiales

<400>  1427
cgccgttact atgtcagcga ggagaagatc gatctgcttt tagagacctg cagaaaccag       60

aggtttctca catcggtgcc tgcggaaaac accgccggag tatacatcgg gattcctttc      120

tgtcctacga ggtgtcttta ttgttctttt gcgtccaatc aggcgtccgg ggaagcgatg      180

gagcggtatc ttcaggctct tctcacagag attgaggcgg tgggagcgaa attccgcagt      240

ctcgggattg tgccggaaag cctttatgtg ggaggcggta cccccacttc tctcagcgta      300

tttgcgctgg agagactgct ttcgtgcgct gtggaatctt tcgatctgtc tgaagtccga      360

gaattctgcg tggaagccgg cagaccggat acgatcaccg gggagaaact gtctgtaatg      420

agacattatg gagtggatcg ggtcagcgta aatcctcagt ccatgaacga cgtgacactg      480

aaagcgatcg gccgttcgca tacggtggag gaaatctgcc gcgcttttga aatggtcaga      540

cagagcggga ttcctcacgt caatgcggat atcatcgcag ggcttccggg cgaggattat      600

gccatgtttc tccatacgct gaaaagtgtc atcgccctgg aaccggacaa tatcacggtc      660

catactctgg cggtgaagcg ggcatcccgc ttaaaagaac aaaatgaaaa ttaccattac      720

gaaaatgccg caggagtcgg acggatggtg acggacgccc ggcggattct ggcggagaac      780

ggatattttc catattatat gtatcgtcag aaacatatga cgggaaattt tgaaaatgtg      840

tcttatgccc gtccgggcag cgaatccgtc tataacatcc gaatcatgga cgagcatcag      900

acgatcgcgg cgctgggtgc aggcggcatc agcaaagcct attatccgga ggaaaaccgg      960

ctggagcggg tgccgaatgt gacgaatttt gaaatatata tcgaaaggct ggacgagatg     1020

attcagcgca aggaaagagc gctctacaag ccttttggcg gctga                     1065


<210>  1428
<211>  1344
<212>  DNA
<213>  Clostridiales

<400>  1428
cgaggtgcgc ttcctcacct gacggaagct ctgcggaaaa cggcggcggg agaggctttg       60

gacgatgttt ggaagacggc gtcgctgttt tatgaagggg atgagtctta tgaaaatatc      120

agaaaaggac tctttttcga caataaagtg gaacgcctga gcgaagagac ggtaagagag      180

ttatacggcc ggggcatttc aaaggagctg gtgctgagcg cctcttctct ggaacgtttc      240

tgccgctgtc ctttctcttt catgatcact tacgggctgc ggccttccga agaacggaat      300

tttgaagtgg atctgcggtc tatcggtgat atttatcatt tttgtctgat gcgcctgtcc      360

gaatacttaa cggacgaagg tgtggagatt accggcgcgg attcccgctg gatgaaggtg      420

acggaagagg aatgcagacg tctgaccgac cggtttgcgg acgagttttc tgagacttac      480

cgcgaaggcg tattccgtca ggaagggcgg gaaagctatc tgcggaaccg catcaaggaa      540

gtctgtttcc ggacagcctg gatgatggtg cgtcaggtgc agtgcggaag gacgaaggcg      600

atctatttcg aaaagcggtt cggccgccgt ggggacgcag tttttcctcc ggtgcgcatc      660

gaactgcagg aagggagatc gatctatatc gaaggaatga tcgaccgcgt ggatattctg      720

tcgccagagc cggaatttcc tctgccggca gaagggggaa ccgccgattt ttcagcgctg      780

ccggaccgta attatatccg gattatcgat tataaatccg gaggcgataa attcgatata      840

gaggaagtac gaagcggatt ccgtctgcag ctgatgctct atctcagggg cgctatggga      900

ggcatagaaa aatcctgtcc tgccggcgtt ttctatttca aaattccgga taaaatggcg      960

gaagtcagcg atgtgccgca ggatcaggtg gatgacgctg tccggaaaaa actcaaaaaa     1020

gagacgaagc tggacggagc tctgctctgt gaggaacgcg tgatcgaatg catggacgga     1080

gattttaccg gttattccga tattatcccg gtgtataaga acagagacgg gggattcagc     1140

ggcccgggcc tgctgacgga agaagagttc cgcggactga tcgacgaaaa tgaccggaat     1200

ctgcagaaag cggcttcgga attcgccgca ggccgggcgg atatcgagcc gatgaagacg     1260

gcaaaatccg acgcctgcag gtactgcgga taccggagca tctgtacaat tcagcgccgc     1320

ggcggaggag cgggaacgag atga                                            1344


<210>  1429
<211>  1266
<212>  DNA
<213>  Clostridiales

<400>  1429
accagagcgc ttcagctgaa tccccgggat tatatctccc tgaagcgcag agcgattctg       60

ctggaaaaga gaggagaaga cgaggccgcc atcgcggatg tgaggtcatc tctgaagatt      120

catcccaatg acgcggaagc ctacgtgatt ttggggaata tcgtggcgat gtatgatatc      180

gaagatatcg gagaagaaac agagcaggag gaagcggcga aaaaacagtc gctaacggat      240

gtgccggaaa gcggcgcggt ggctgcaatc gatatggctg atgcggccgg tcggagtgaa      300

gaatcacgga aaacagaccg caaagagacg gaatgcggtc cggaggagtc cggcggctca      360

agagaggtct ccgggctttc cggagaggaa gaagcgcggg ctgaatttac agaagaagag      420

aacagaagaa cggatgcgga tttttccgaa gcggaggcag gaggaatcgg cgtacagtct      480

tcggaaaggg aaccggcgga acgaaaaatt acgagtgagg aggagggaga atcctccgaa      540

gaaaaagcag aagtcgcgaa gcctgccgga gaggaaacgg cagaggaggg agaggaattt      600

tcagaagttc gtaccgatgc ggaaagtctt ttccaggagg gggaggcgcc atggtcttat      660

gccaaaagaa acagcgatga cggagaaaaa gggcacgaaa tgctcatcgg tctcatcgac      720

gactacagcg cgaatccgga gttttatttc tataaagctg tcagcatcga tccgaaatat      780

cgggagagct atatcagtct cgcgaagtat caggcggaga ccggtagata cgaaaaggct      840

atgaaaaata tcgaaaaagc cattcatctg aatccagatc tgaccgacgg atatatggtc      900

agaggaatta tctgtcatct gaaaggcgat aatgatgaag cgatttccaa tttcagagag      960

gtgacagaga gagaggcgga aaatctgaga gcttacagct atatctctaa atgctgcaat     1020

gcggagggtc gttacgccga agctatcgaa gcggcagaaa aggggctgca gatcaacgga     1080

agttatgtga atttcttcgt aaataagggt gtggctcttt atcacacggg gcagtatgaa     1140

gaggcggtgg acgcactgcg cagagtcatc gccaaccaga ataccgtaca taccgcggcg     1200

gtagaatcgg cgtaccgatt ccggggcatg tcttatgaga aattaggcga tacggaaaag     1260

gcgata                                                                1266


<210>  1430
<211>  1359
<212>  DNA
<213>  Clostridiales

<400>  1430
atgacggcgt tcttctattt tgggattttg atattgatcg tgatgattgg atttactgta       60

ttcaggcgtc ccatgtatga ggtgataccg gcggcctttc tcctactcac gattgtaacc      120

ggcagtctgc cgcatatttt cagatacata tctgcggctg cgaacaccta tctgctctat      180

acgatagcgg cattcatctg cttttcggtg atatttgaga agactggcgt catacgggat      240

ctgatcaata ttatcatggc ggccgtcggg cgcttttccg gaggcgcggg ctacgtagcg      300

cttgcggcga gtgcggcgat gggcgcgctg tcgggaacag gacccggcaa tgcagccgct      360

gtgggtgtga ttacgattcc gacgatgaaa aagagcggat actctgcgga actcgctgca      420

acagtggaga tggcggcaag ttcgttagga ccagtcattc ctccttcggg ggccataatc      480

gttctcttcg gtgcgctcga tgctttttcg ccggacacct acactttttc acaattctgg      540

ctctttgcat gggtcatttc attctggttt attctgcatc gcctggtgac gctctttttc      600

ctgataaaaa aatatcatgt gaagcctgtt ccaaaagagg acagaataac tctgagggat      660

gcgcttaaga acgggtataa aactttgatt ctgcccgtgg taattatcat tccgtttttt      720

atagatgcgg tatttcacga aagtcttgtg gaagcgagaa tgggggaggc ggcctcagat      780

tcggcaagcg tgctgctcac gataataccc agcgtgggaa ttgctctggt cgtcgtgctg      840

tgccgtataa acggtaatcg tcttacgtta aaaaagatgg ttggctggct gggcgacggg      900

atatccagtg tagctccggt aattatcatg gcgtactgcg gtttttgtat cacggaactt      960

ttcaatgaca tcggcgtagc tgaaagtatt tccagctttc ttgcagggaa aaaaatttct     1020

atgtggtttg ctgccatcgt atgcccgctt atctttacga ttctggggat gtttatggag     1080

gtgacctcgc ttttcgtcct gctgggtcct acgtatatcg tgatagcggc tgcggcggga     1140

atcgatccta tgcttgccgc tatgatggta aatccgatga cgtgcgcctt aggacatatg     1200

acgccgccgt ttgcgctctg tttttatgtg tgtatgggaa tcgcagattc ggattttaaa     1260

aagacggtga aattgtctgc agtgtggtgc gccggccagt ttctgctgac agttttgatt     1320

ttatatggat ttgtaccgat gtttggcatg atagagtag                            1359


<210>  1431
<211>  1377
<212>  DNA
<213>  Clostridiales

<400>  1431
cgggaaatcg ggaaaacaga cagagaacag gagagtaacg gtatggcaca gaaaagatca       60

gagaaaatct atcagatcat cacgctggaa gagctctgcg gcgcgttgtt cggcgcggag      120

gacggagaaa aatgtctgat gcagaactgg gtggatcaga cgaaattccg ccgtacacac      180

ggcaagggcg gcgctaaaac gaggggcgga aaggctttta aacaacagga tcagatcgaa      240

atttttctgc cggaaaaatt tctttgcgac gtgtggagcg atccggacag aagtgagctc      300

tggtcggaga taaccaaagg gaccggaaaa aatcctatgg gagatatcgt tctcgccaga      360

ggagaagaac cgaaagcaaa agctgcgaga agagagctgg caaagtggct gaaagacgat      420

gccgacggat cgcgttacga agaccttctg gggcattgca gaaatttgtt ggaatacggc      480

gagtcacctc gtctgccgga agcgctggac gtctgttttt ccgcgctgct ggagcgggag      540

aaaaattttg aagagacgca gtctcagacg aaagaagcgg agcgcaggaa gagccggcgt      600

gagagatggc gggacgagct gtcggagaga tggactgagc tggctcattc gcgggaaaag      660

gagaaacagg cggaattgct ttcgtggatg attttatacg ctgtcctgac catcgatcgg      720

atcgaagacc tggtagaact ctccgcggct gcggagagca gaaagagagg acttatggga      780

aatccgcggg aggaagagac gggacgggcg tctttcctcg ggagtatccg ccgcagcgag      840

gtaacggtga cttacgcaaa ccgcagcgac agcatgagcg aggacatcat aaatctggcg      900

aaggagagca gggaggtctg cggtatcggg atagctctgt ccgagctgac gggaatgggc      960

atggttctga cgaaaatact ggaaggcgga acaaaattcc ggcttttgct gacggatcca     1020

gagggagagg gacggcgcct gcgggagatc gaggagaccg gcgctgaaga cggacatatc     1080

gttcagagtg taaagcaggc gagagaaaac atgaagattc tcagagagat gaggacggat     1140

ttagcggagg gtattcgaat ccgttattat caggagacgc cccgggccaa tctcattttt     1200

ttcgacgacc ggtatgcgct gatccagttt tattacggaa aagagcgggg gaaagaaaca     1260

ccgagttttc tcgtaaaaaa tggaccgggc tgcagtatct tcggatttta caaaaagatt     1320

ttcgatgata tatgggaaga atcggaatct atggaggagc ggtttttaga cggttga        1377


<210>  1432
<211>  735
<212>  DNA
<213>  Clostridiales

<400>  1432
atgcgtgatt ataaggaaga atttgaaaac agagtgcagt ttatcaggtc tgtattggca       60

gacagcggcg cagaaggcat cgtgtacggc aatagcggag gaaaggattc cgccttaacc      120

ggtattctct gcaaggccgc ctgtgaaaat acgacgggca tcattctgcc gtgtacggcg      180

aaacgcaatt acactcagga cgcggcggat gcccggaccg ttgcggaaga gtatggcatc      240

gagatacgca cggtggatct gacgccggtc aaagaagcgg aaatccgcgc tctgcaggag      300

gtgactccgc tgaatgaggc tgcgctgtcc aatatggcgc cccgcctcag aatgctgact      360

ctgtatgcgg tggccgcagc ggaaaacaga ctggtggcgg gtacaggcaa tcggagtgag      420

gcttatgtgg gctacttcac aaaatggggt gacggcgctt atgatttcaa tcccatcggc      480

gatctgaccg tcaccgaagt ttatgaattt ctcaggtatt taaatgcccc gggatgtgtc      540

atcgacaagg ccccttccgc agccctgttt gacggtcaga cggatgaagc ggagatggga      600

atgacctatg cggaactgga ttcctatctt ttgggaggaa cgattgcaga ggacaaaaag      660

cagatcgctg atcggatgca tcaaaagagc gagcataaga gaagcggggt tcgttctttc      720

gccggcggcc agagg                                                       735


<210>  1433
<211>  1338
<212>  DNA
<213>  Clostridiales

<400>  1433
atgaaagcaa ctttcatcaa cagagaaatc aatacggtca gcatgacgat ggaaattacg       60

gcagaagaat ttacaaaggc gatcaataag tcttatcagg cgaaaaagca tctcttctct      120

gtaaacggtt tcagaaaagg caaagctcct agaaagctta tcgaatccat atacggcaag      180

gacgttttct atgaggacgc gctcacagaa gcgtttaacg ataattatcc ggcggctctc      240

gaagagatcg gttatgagcc ggtagatcac cctgagatcg atctggggga tcaggtcctt      300

gaggacggta aaggcatcgt tttcaatatc aagtttatca cagaacctga agtgaagatc      360

gacaattata aaggcgtgcg cgtagaggtc ccgaagcctg aagtgacaga ggacgatatc      420

gccacgcagc tcagaagcta tgcacacaga aacgcgagac tgatcaccgt ggagcgggag      480

gctctcgaag gagacaccgt agtaatcgac tataccggtt acgacaaaga cggcgtcgct      540

tttgaaggcg gcgcggcgga gggtcacaag ctgaagctgg gttctcacga gttcattccg      600

ggatttgaag aacagttagt cggcgtgaag gcaggcgacg aaaaggatct ggaggttact      660

ttcccgatcg attatccggg cgataagctg gcaggacaga tcgtaacatt caaatgcaaa      720

gttcacgagg ttatggaaga ggaacttccg gagatcgacg atgatctcgc gaaagaatgc      780

agcgaattcg acaccctcga agaatggaaa gaagacatcc gcaggagagt ggaggacaat      840

aaaaagcagc agaacgaaaa cagggctcag aatgaaatcc tgaagacttt atatgaagag      900

acggtgatcg acattcctga agtgatggtg gaacatcaga tcgacgaact tctcagaaac      960

ttcgaccagc agctgagcta caacggcatg aatctgaaga gttacctgga agcgactcat     1020

acagagatgg aggagttcag agaacaggtg agaatggaag cggagaagaa ggtcaagact     1080

cgtctcatca tcgaagccat tgcgaagcag gaagggttcg aagccacaga ggaagaagtt     1140

caggaagaat ttaaaaagat gtctgtacag tacggtgtaa cgccggagaa gatggctgaa     1200

atcgtaggag aggatgtcaa atatatcagg aaagagatct gcgcgaaaaa ggcagtggat     1260

atgctcactg aaaatgcggt gatcgaagag gtcgatccgg aagaaatcga tgatacgccg     1320

aaattccctg cagaatag                                                   1338


<210>  1434
<211>  1413
<212>  DNA
<213>  Clostridiales

<400>  1434
ttgttaagca cagaatttcc aggaggccgc gatataacgg catgtctgcc ggacgataca       60

cgggttctcg agcgggattt tatcacccgc gtcgcacctc ttcttcacaa aaataatgat      120

atcgacaagt cattttacga taaatacgat gtaaaaatgg gactccgcaa taagaacgga      180

accggagtcc gcgtaggact tacccatatc gccgatgtca gaggctacga tatcgacgaa      240

aacagaaaaa aaatcgcggt acccggcaaa ttattctacc ggggaatcga tgtggaagac      300

ctggtaaacg cctctatccg ggagaagcgc ttcggttatg aggagaccag ttatcttctg      360

ctgttcggcg aacttccgga ggaggagcag ctaaaagact acgcgacact tctgggccgg      420

ctgagagaat tgcctcccac ttttacgaga gatatgatca tggccaatcc ctctccgagc      480

atcatgaacc agatggcgcg gagcatcctc tccatgtata gtttcgatga aaaagcagag      540

gatacctccc tgaacaacgt gctgcggcag tcgattcatc tgatttcctg tctgtctacc      600

atcgcggctt actcttatca ggcaaagcgc tctcattttc aaaatcaaag cctgcatctg      660

cattatcctc ttccggaact gtccaccgcg gaaaacattc tccgtctcat ccgtccgatg      720

ggcgagtata ccgatctgga agcgcgcctg ctggatatcg ccctgattct ccacgcagag      780

cacggaggcg gcaacaattc caccttcacc actcatctgg tatcctctac cggtactgat      840

acgtattccg ccatctccgc cgccataggt tctctgaaag gtccgaaaca cggcggggcg      900

aatctcgcgg tcatccatat gatgagagat ctgaaagaaa acgtatctga catcactgat      960

ctgaacgaag tggaaaagta tctccacaag gtgatccgcg gggaggccaa cgacggcacc     1020

ggtctgatct acggactggg acacgctgtc tataccgtca gcgatccgag agcccagctg     1080

ctgaaaaaga tggctcgcac gctggcggaa aaaaacggac tcatggatga atttatgctc     1140

tatgatttta tcgagaccaa aggatcccaa atattctccg aagccaccgg cctggatatt     1200

attctgccgg ccaacgtgga tctctactcc ggtttcgtct acaacgcgtt gaatattccg     1260

cttgatctgg ccactccgat cttcgcctgt gcgcggattt ccggctggtg cgcccatcgt     1320

attgaagagc tggcgtgcag cggccgtatc atgcgtcccg cttatcagtg cgtcaagaca     1380

ccgcagttgt atgtttcatt aaaagacaga taa                                  1413


<210>  1435
<211>  633
<212>  DNA
<213>  Clostridiales

<400>  1435
ttcttcggcg ctgtccacga cttcggcgcg ctgttcgctt ccatccgtca taaaggacag       60

tccatcggtg aagtaatttc cgacagtatc ggtctgagag ccaagagatt attcctcatc      120

ttcgcttatc tgacactgat cttggtagtt gcggcgttcg cttctatcgt agcaaatacg      180

ttcaacgcta cttttaccga tacaggtgcg gtagatatcg cagcgagcac agcaaatgcc      240

cgtacggcga tgatttcgat tctgtttatc ctgatcgccg ttctcttcgg ttttttcgta      300

taccgcagaa atgccggtct ggcagtatcc accatcgcag gcgtagcggc aattatcatt      360

tgcatgatca tcggctataa ctggcatcct ctctatctta gttcgactgc atggatgatc      420

atcatcggca tttatatcat ggtcgcctct gtagctccgg tctggatact tcttcagccg      480

agagactatc tgagttcttt cctcttgtac tttatgatga tcgccgctgt gatcggcatc      540

atcggagcgc atccgtcctt cgatatgccg gcctttacgg gctttaccga cacgatcgct      600

cctacgggaa cgtctctggg aacgcttttc cct                                   633


<210>  1436
<211>  801
<212>  DNA
<213>  Clostridiales

<400>  1436
atgaaatctg ttgtgccgaa aaaggcggcg gcgctgctgc tggtgtgcgc cgccggcctg       60

gcctttttta tatttgaaac ggtacagacg gtgcgcgcaa atgcggaggc gcagttaatg      120

gaagaatggg gtcttgagac ggcgctgact tcatcggatg cggaggcaga gccgcgaaaa      180

gtaatctgcc tgacatttga cgacggtcct tcctatctga cgccgaaggt tctggaaatt      240

ctgaagcagt acggcgtcag agcgactttt tttgtcaccg gcatcgatcc gcaatatgca      300

tactgtatta aagaggcgcg ggatgcaggg catacagtgg gaatgcatac gtattctcat      360

gattatgcgg aggtctatgc ttccgcagag gcgtattacg cggatctgga aaagatttct      420

atgctctgtg tggagcagat cggctacatt ccgcggtaca tacgctttcc cggcggaagc      480

tccaattcca cgtctgtaaa atacagtccc ggcctgatga catttctgac gcaggatgtg      540

acagagcggg gatacctgta ttatgactgg aactgcagca gcggtgacgg agagggaagt      600

ctaaaaccgc aggttctggt ggaaaattcg aaaaaaaatg aggggaagaa tccggtggtc      660

ctgctgtgcc atgacggagg cgggaaagaa actacagtgg aggctctgcc tcagatcata      720

gaatattatc tgtcggaggg atatcagttt cagaccgtgg atgagatttc agctgaagta      780

catcaccgcg ttctcaatta a                                                801


<210>  1437
<211>  1194
<212>  DNA
<213>  Clostridiales

<400>  1437
atgaagaaaa ttatttcagc tatcgtttca tgtgtccttg tcatgacgat gggagctgcc       60

gcttcttttg cggcggaaaa acaggatgag cctgcagcgg cgcagttttc cgacgtcgcc      120

ggcacaccgt atgaaaaagc ggtcgtatat ctgacggaaa aaggcgtgat cgacggattt      180

gaagacggca cgttccgccc gcaggggatt gtgacccgtg cgcaggcgtg caagatgatc      240

gcgcagatgc tgggagctgc ggaagatgaa ctgaaagcgg ccgcggagtc cgcagcgaaa      300

tctttcggcg atatagaggc gtccgactgg gccgcacctt atatcggtta ctgtgtagaa      360

aaggggattg ccgccggtta tccggatcag tcctttaagg gatctaagca gatcaccctc      420

gcagagtacg ctgcgcttct gtgcagagcc gacggtgaca gcgacagttc tttaggcggc      480

gcgtggccgg ataactatat ggaaagcgcg aaagataagg gatttttaga aaatctggtc      540

gattgtgatc cggcagcgga tgcgcagaaa tccctgacgc gaggaaacac cgcggtcatg      600

acttataact gtatgactgc gcaggattct gaggatccgg attccggcaa agacgacgga      660

gacgatcaga agccggcgga cagattggac gatttcagcg gccgggcgtt cggcattatc      720

ctggaaacgg gatcgaccct gaataagaaa gatgaaatcg tcggcagcat tacctttctg      780

atgggagacg gcgtccacga agtgctgaca aacaccggac tgaaggattt ggtgaatcag      840

tatagcgggg ataacgccct cgtctatctg cagatgtcca acggtgtggt gaaaaagatc      900

gttccggtgg atgaaagcgt agaaacctct gacggtgtac agtgcattct caccgctgtt      960

tcagacgatt cttcgcctct tttctcaaaa gtggagcgca gatcggacag tctggtccgc     1020

tattacacgg gaaccgattc tgaaacggag cacttcctcg ccgcggaaga tcagtgtatt     1080

gtatatacct gctctcctga cggaaatgaa ctcgtttacg agacaggaac tctcagcgat     1140

gtctacgagg gctgctatgt catcgcttac actattgacg atgagacgga aggc           1194


<210>  1438
<211>  921
<212>  DNA
<213>  Clostridiales

<400>  1438
cagaattact cccgttcggc gcttcacgtc tattaccgca ccagctggca gagagatgtg       60

aattatccgc tgctgggata cgagagattc gacagcatcg aatcttttat cgataacgac      120

gccatcgacg aataccgcaa cggcaacaaa agtttcctcg attttcaggc cgcggtcaaa      180

gcgcagtatc cgaatgacaa cgtattgctg agaagcttcg tcagcgacga gttcgattac      240

aaactactgg aacagatgta cgaagagcgc gatacgtcga agccattcca tattttcaac      300

gtgacgatgc agaatcacgg aagttacaac agcggctaca ccaacttcaa ccagcagatt      360

cgcctcacct ccatggacga gtactatcct gcggccaacc gctatttatc gctgatgtac      420

gaatccgatc aggcatttaa acatctggtg gaatatttca gcaaagtaaa agaaccgacg      480

atcatctgca tgttcggaga tcatcagccg aatgtagaga cgaagtttgt ggaaagcctt      540

ttgggcgaag aaatcagcga tctcagcctg gagcagcggc agaagcgctt tgccacgccg      600

tttgtcatct gggccaatta caacatcgaa gagagttatg tggacaagat gagcgccaat      660

tatctgtcca ctctgctcct gcagacggca gatctcaaaa tgccgaagta caacgagtac      720

ctgtctgcgc tctaccgtta tctgccggtc atcgacacca ccggctacat cacggcggac      780

ggcgagtact acacttacga ccagaaatcg gaatacgacg aacttctgga caactatgag      840

aaagtacagt ataacaatct cttcgacagc atcggacgtc atgaagaact attttacctg      900

ccgtcagaaa cgcaggaata g                                                921


<210>  1439
<211>  789
<212>  DNA
<213>  Clostridiales

<400>  1439
ctggagatgg gacgggctca ggcggtgcag gcagaggcct gcggcgtcag gccctcggtg       60

cggatgaatc ccgttcttct taagcccact acagatatcg gttctcaggt gatcgtaatg      120

gggaaggtac gggccaatat gaaggcttca gactatttca ggtacaaaaa agaattgatt      180

cccgaaatca tggaggccta cgggcagctg gcgtcggaaa atgatatcat cgtcatcgaa      240

ggcgcgggga gtcccgcgga gatcaatctg aagtcagagg atatcgtcaa tatgggactg      300

gcggagatgg tagacgcgcc ggtgcttctc gtgggagata tcgaccgggg cggtgtgttc      360

gctcagttgg caggaacgat tctgctgctg gaggaaaagg aaaaagatcg gatttgcgga      420

atgattatca ataaattccg gggggatgtg tcgattttag agcccggact gaaaatgatc      480

gaggagatct gtcagaagcc ggttctcggc gtggttccat atgctccggt ggacatcgaa      540

gatgaggaca gcctgtcgga acggctggaa aatcaggcgg agcggtatcc ggtacagaat      600

tgtcaggaag aagacgggca atgcgggatg tctgaagaaa agacggtccg cattcttcac      660

cggaactgcg gcgagaggga agaagaaagc gaggaagact gccggcggga atttctggac      720

atcgccgttg tccgtctgcc gcgtatctca aattttacgg attttgacgc tctgtccggt      780

atcgggggc                                                              789


<210>  1440
<211>  399
<212>  DNA
<213>  Clostridiales

<400>  1440
atggataata acagaagaac ggcgtatgag gttctgctcg cggtggagtc gaaggaagct       60

tattccaata tcgctctcaa cgatgcggtg aagagaaggt ctccggaaga cgaggcgttt      120

gtgcggacgc tggtttacgg agtaatcgaa aatcagatct atttggatta caaactggcg      180

cattttgtcc gttccggtct gaagaaagtt aagcgtcagg cactgatcct gctccgcatg      240

ggagcatatc agctggaatt tctcggcggt gttcccgatt acgccgcaat cgacgaatct      300

gtgaagatcg caaagaaagt atgccggggg ctggaaggct ttatcaacgg tgttctcagg      360

gcgtatcagc gttcctcagg gggaatctgc ctgccggac                             399


<210>  1441
<211>  777
<212>  DNA
<213>  Clostridiales

<400>  1441
gattccgctg aaatcgttcc gctctatctg gagcgtatga aagaatcccg agcctgcgac       60

agagaaaact atcataagct ctgtcagatt ctgaacggcg gattaaatga agcggaactg      120

cagatctggc cgtctgcaga tcacacacag ccgccggaat ggtactatgt ccaggtaaat      180

cacatgagga gcgggggcag agtaaataaa gtgatcggaa cgcttcggca gatcagcgag      240

ctcaaagaag cgattctcag cgcacagcgc gtcatggagg aggcggagcg ggaaaaacgc      300

catgctgcgc agcgtttcgt gacttccgtc agcggcctgt atgaagcgat ttacgaagcg      360

gatctgtatc agaataccat ttatatctgg aaagaagggg aggcaaaggc gcctttcaac      420

tgcaaatatg agacgctgga gcagtttttt cagacggcat accgtaaata tgtgcacccg      480

gattacagag aagcttttaa aaataagttt tttctcgagc cgatgaagag ggcttttgac      540

gcaggagaaa cctgtctgac gatggaatat ccggaagtca ccccggaggg gcgatcgatc      600

tggatgatgc tgcaggttca gctgatcgaa aacagcggag agatcagaga tatcatgatt      660

tttctgcgga atatcgatga cgctcgaaaa aaggaggagg aaaaccgcca gatattggaa      720

gatgcgctgt atctggcaaa acaggccaac gacgcgaaaa cagattttct gtcgcgc         777


<210>  1442
<211>  819
<212>  DNA
<213>  Clostridiales

<400>  1442
atgatcgatc tgctgaaaat acaaactgca gtctgggctc tgacggccgg aaccgccgcc       60

ggtctgtatt cggtccggct ttaccggaaa atgcccgcat gctgggtctg cgacgacggc      120

gaggatctga gaacagaaca catgccgtcc atgcggattt atctgaacag aaaagaaact      180

gcagcggttc ctatctgtat cgccgcagtt tatctgatcc ttctgaaagg tcagggaagc      240

tttttctgca cgccggcagc ggcggcgggt tgcattctgt ctctgacggc gctgtcagcc      300

gcagcgcagg ccgacagcac ttatctgatt ctccctgatc agccgacatt atttatactg      360

accgcagggc ttctcagggg attgtcctgc gaccttgccg cgctcctgcc gcagaaacca      420

tattctctga ttttcttcga tgccgacgcg ggccgcgtct cagacgcccc ggacattacc      480

gaccaagcat tcctgcagcc ttctatccct atcctgccct gcgctgcaga tgccgccgca      540

ggagctctta tcggctttct gattatgatg atctgcgcat cattatctct tctcatcagc      600

gacagacagg gcataggaat gggggacgta aaactgatcg gagcctgcgg ctctctggtg      660

gggcaagaca ggcttctgat tcttctcctg ttctcatctt tcggtgtcgc catctcatct      720

ctgaaagata tcatgaacag acagtgtgtc tccgatattc agaaacccgc cggtttatgg      780

atttttgcat cagcagcgct ctgtcttctt ctcgagtaa                             819


<210>  1443
<211>  1224
<212>  DNA
<213>  Clostridiales

<400>  1443
atggcaagag atgatcgttt cgacttatca gttaccaaaa agaacatgga gtatgctgct       60

gaagtcgcaa aagataagag attaacaggt gatcgttaca aaatgtctgt aatcgatcca      120

gaatatggtg atggtaaagg taattcccac ggcagatata atacgccaag aacaccttta      180

gaatttaata ttgaagaaat taaaaacttc aagtatgata tggatcactg tatcaaatgt      240

aagggttgtt attgggtaga acatacatat aatcctggtg tgaaatttaa tgtaagatgt      300

ccgtccaacc tctggaacga cttcgatgct tacggcgctt tcggtaagat gagaatcggt      360

ctgggactta tcgacggatc cctcgaatgg tctcctgagc ttctcagtgt actttatgcc      420

tgcccgctgt gcggtgcatg cgatgtagca tgtaagagaa acctggactt agaaatcaac      480

ctgtctctcg aagctctgag agttaaggct gttcaggatg gcgttgcacc tcttccggca      540

cataagactg ctgtcgataa gattatcgaa actggaaata tttacggtga aaagtctgat      600

cgtaaagcat gggctaagga tataaaggtt gctgctaagg ctgatacgct ttattatgtc      660

ggcgacaaca cttcctataa gaatcctcag attgcgaaag cgactgctac gatcctcgat      720

aagatcggtg tggaatttat gcttctcgac aaggagcaga atgatggtaa cgtgatgttc      780

tctatcggta tggtcgatgc agcgagaaag atcgcaaaag aaaatgttga agctatcaag      840

gctacaggcg caaagagagt cgtagtatcc gatgcggaag cttacagaat gatcaaggtt      900

gattatccaa agctcttgga tattgctaca gctgacctcg gatttgaagt agttcatatc      960

ctcgaactgg cagcgaaggc aatcgaagaa ggtactcttg tactcacaac tccggtcgat     1020

acaagaatgg cttatcacga tgcttcttcc gtatcaagac tgtgcgatga ctggactcct     1080

tataagggag aaagaggctg gatgggtatg atctatccgg gtcagagaag aaggagaggc     1140

agagaaggtc tgtatgctca ggcaagaacg atcatggcgg cggttccagg tgctgataat     1200

actgaattca tcagaatcag agaa                                            1224


<210>  1444
<211>  1089
<212>  DNA
<213>  Clostridiales

<400>  1444
ttcacaccgc ttggcaacag atccgttctc tccgacacgc tcgatcgtgc ggtaatcaca       60

aatacggttt atgattacgg tgaagttaca cagtctctgg aaatcgtatg gggcgacggt      120

tccgtattca gatccggttc cggttccgtt cacggttttg cagcagacaa cactccgtca      180

cacggtctct acacaccgtc cagaggtgta gatccatccg gcccgggact cgacttctac      240

agaatcgtac agggcgctca gggtacgatg ggtatcatca cttggatgag tgcaaagctc      300

gaattaaaga gcaagatcga caagatttac tttgctccga tcgataattt agattatgcg      360

aatgaatttt tatataagat tatgccgaga agaatcggtc aggaaatcgt cctcctcaac      420

aaggttgatc tcgcgacagt gatcgccgat gaagtggaag atattcctgc actctgcgac      480

aagctccctg aatggacgct ggctatggta ctgagcggtc tcaagagacg tccggaagaa      540

aagatcgctt acgaagaaaa atatctcaca gatgtgatca atacaacatt taaggatatc      600

tctctcaaac ctgctttgcc tggattccct ggtctcggta gaaaacttct gaatatcctg      660

aagactcctt gggacgcacc ttcttggaaa acaaaggtct tcggcgctta cgaagatatg      720

ttcttcatcg ctcgtccgga aaaggcaagt gagtacatgg aaatcatgaa aaaggtcgtt      780

gctaagcaca cttatccgca tactatggtt ggcgcttaca ttcagccgat cgaacataac      840

cgtgcttgcc agatcgaatt tacattcttc tacgatcctg caaacgaagc ggaaaaggct      900

gaaatcgcag agattgttta cgaagctggt atcgaaatga tgaatcgcgg cgctcagttc      960

acaagacctt atggaaacct cgttcctgta atttatgaca gagccggcgg ctatacagca     1020

acactcaagc gggttaagaa catcttcgac gaaaagaata tcttaaatcc gggtacatta     1080

tgtttctaa                                                             1089


<210>  1445
<211>  1005
<212>  DNA
<213>  Clostridiales

<400>  1445
atgaaaaaga caacaaaaat tacagccgtc ttgatggtga tggcaatgct tctgacagct       60

ctggcaggct gcggcaattc ttctgacgat aagggcggtt ccgcggatac cggaaatgca      120

gatgtttacc acgtaggtat cgttcagcag ctggaacatc ctgcgctcga tgaggcgaca      180

aagggctttc agcaggcgct gaccgacaaa ctcggtaagg acggtgtgga attcgatctt      240

cagaatgctc agaatgaagc tgcgaactgc gctacgatca gccagggatt cgtctcttct      300

aatgtggatt taatcatggc aaatgcgacg actgcgttac agtcagcatc tcaagctaca      360

agcgaaattc ctatcgtggc caccagcatc acggattatg ctaccgcatt aaatatagag      420

gactggaaag gtgtttcagg tacgaatatt acaggcactt ctgacctggc tccgctggaa      480

cagcaggtgg ccatgattac agaactcgtg cctgaggcaa aacagatcgg acttctgtac      540

tgctccgcag aaccgaattc tgtatatcag atcaaggaag tagaaaaata tctcgatgaa      600

aaaggtctca aatacaccga atacgctgcg gctgattcca acgaaattca ggcggtaacg      660

acaaaagcgg tcagcgaatc cgactgcatc tatattccta ccgataatac gatggctcag      720

aataccgaag cgatcaataa tgtggcacag cctgcgaagg ttcctgtaat tgccggtgag      780

gaaggtatct gcaagggatg cggtatcgct acactgacga tcagctatta tgatatcggt      840

tatgaagcag gtctcttggc ttatgatatt ctcgtaaacg gtgcagatcc tgcaacgatg      900

gaaattaaaa cagcggaaaa tgtaacgaag aaatataata agacgatctg cgacgctctg      960

ggtatcacta tccctgacgg ttatgaggcg atcacagaag aataa                     1005


<210>  1446
<211>  1284
<212>  DNA
<213>  Clostridiales

<400>  1446
atgactgaac cgagttccac aaaaaaaata tcgaaactat ctcttctggt gatcgtcatg       60

ataacttcat ttctcaccac atttaccggc agcgccctga atctttccgt tccggccatc      120

agcggagaat ttcatgcggg agccgtcagc gtaggctgga tcattacggg atatatcctg      180

tcttccgccg cgctctccgt ccctttcgga cacttcgcgg acctgtacgg caaaaagccg      240

gttctggtaa caggccagat tctgtttacc gtcttcgctc tgctgtgctc tctggcgtgg      300

aacattcaga cgatcatcgc cttccggctg ctgcagggtg tgggcgcggc gatgatcttt      360

tccacaaatg tagcgatcct cgtagcctct tttcctcccc agatgagagg caaaatgctc      420

ggattctccg tttccgccac atatctcggc ctgtcgctcg gtccggttct cggaggcgtc      480

ctcaaccata atttcggatg gcgctccgta ttttatgtca ctacggcgct cgccgcagct      540

atcgccgctc tttcggtttt caaacttcag gagccccgct ctcttcccgc cggcgaagaa      600

gacgtccaaa cgggaaccgg gggaaaaagc gataaaaagt ccgaagtcaa caccccggat      660

gacagagaga agaaaaaatc gtccggcagc cgcaaaaaga ccgtcgccaa acagatggat      720

ctgcccggat gctttctgta cagcgccaca ctggcctgta tcatgtacgg attttcttca      780

atcacatcga gcctcgccgc aaaaatactc ctgccgctgg gaatcctctt gttaatctgc      840

ttcctgcgga gagagacgcg gacggaggat cctctgatcc gcctggatat gttccggaag      900

aatatcgtgt tttctttctc aaatatcgcc gctctgctca attacggcgc ttcttatgcc      960

gtcagctatc ttctctcgat ctatctgcag acggtgatgg gattcgactc tcagatcgcc     1020

ggcctgattc tcattaccag cccggtgttt cagacgattc tgtcgcctgt ggcgggaaga     1080

ctgtccgacc gatattcccc gttcctgctc tcttccgtcg gaatgggaat ctctgcggcg     1140

ggaattttca cctttatctt tatcgggaaa aattttccga tatctctgtt tctcgccgcg     1200

ctggtggtta tcggtatcgg cttcgctctc ttttcctcgc cgaataccaa cgcgattatg     1260

gcctgtgtgg ataaaaaaga ttac                                            1284


<210>  1447
<211>  1710
<212>  DNA
<213>  Clostridiales

<400>  1447
ggatccgggg gagggagtcc ggatacagga tcgaattcga ttactgtccc tgcaaacggt       60

caggtgacga taaaggtcga agtcacttta gatacgagta agatacagga gaataaagaa      120

atttttacca acggattttt cgtggaaggt tttctctctc tgaggccatc atcaacagat      180

aacggtaatt cagtaccgca gatcaatatt ccgtacagcg gtttctgcgg agactgggaa      240

agtgcgccgg tattcgaccg gccgaattat gaaggagaca gcgaactggg agctactttt      300

ctgggcagca gcgacggaga agcaggcgtg atcggatgtt atcagaccaa cgtgaatgga      360

atgctcgtag atgtctgcac tcctctggga gtaaatctgt ttgcagatgg tgcagacgat      420

gccggggaaa aatttgcagg tatctcaccc aacagcgacg gcagtcatga ttttctctgc      480

gtttccgtca atcctcttcg atctgtaaaa tcgccgaaag ttgagatcat agacagtgaa      540

gacgaaacgg tcttcgaaga agaggccgct gaatatgagt ttagtaaatt cgtacctttt      600

tgtttcgata tcagtgtgaa agcagaagaa tctgaagacg gagatgctgt ctatcttccg      660

gacggagatt ataccgctgt cgtcaccggc agtctgaacc gggggtcgga gaatgacagc      720

gctggccggg aacagagtgt ttcaatggat ttttatgtag acagacagta tcctacggta      780

tccgatatat cagcagagag gaacagtgga aggaaatttc tgacatttac cgctcatgac      840

aataagtttg tgatggcagc ctacgtgctg gataaaaacc tggaagagga attagcgagt      900

agtccggata cggctcttcc gaagatcgag attcagccgg cgaacactcc ggctgccagg      960

ttttcttttg atattacaga tctggataag agttccctca aaatttatgt cgtagattat     1020

gcgctgaacg aagctgcgta tccggtggag atcggcgctt cgggttccgg cggcggtgga     1080

gatgatcccg ttcggtatac cattcatttc gattctaacg gaggaagtga tatttccgat     1140

atgaaggctg accggggaac gttgattaaa gagccgaaag aaccggtacg ggaaggattt     1200

atcttcggag gctggtttac tgataaggcg tgtacgtcgg catatgattt cgggcagaaa     1260

ataatcggaa atctgacgct gtacgcaaaa tggaaagaag atccggcggt atcatggatc     1320

aatcctttct ccgatgtgag cgaggacgac tggttttatg aagcggtgcg gtatacggcg     1380

gctgccggtt ttttcagcgg tgtgacagag acagagtttg cgcctcagag agaaatcacc     1440

cgcgctatgc tggtgacttt gctgtggcga atggaaaacc ggccggtcgt caattatctg     1500

atgtcctttt atgatgtctc cccggacgct tactatggcg aagcggtgcg ctgggcagtc     1560

agcgaaggaa ttgtgaaggg atacagcgat acggtattct ctccggaccg ggctgtttcc     1620

agacaggaaa tagcggtgat tttccaacgc tatgcgcaat acaaagaaat ggaagctgag     1680

aaatccggag atctgaatca gtttgcggac                                      1710


<210>  1448
<211>  1797
<212>  DNA
<213>  Clostridiales

<400>  1448
atgctggtta tgcgtttgat cgtgagtaat cttttcacag ctttgtttat ctgtcttatt       60

tttctgacga aacggctgct gggcgagaga ctttccgcaa aatatcatta ttatatctgg      120

ttccttctgc tgccgtctct cggaatggtt ctggttccct cttctgtgtt gcggaatttt      180

tctgcaccgg cgatgcttta tgaaggtatc gcagcatctt ccgtcagagg gggaactgat      240

gatatacacc tcggtttttc agcgagtata ggagcggaag atatcacgga cactcttacc      300

gatgcggatc gttcggcgtt ttgtgctttt ttgctcgcag tgtggctggc cggagttctg      360

atcgccgcag gtatttatct gcacggtttc atccggctgc gggcaattca ccgaaagggt      420

gtatttccgc cgcggcacca gaaagaactc tttcagagat gctgtctcag agtagggatc      480

agggaagaga aatgggaaaa tatcgttttt ctgcagtcgg atcttttgag cgttccatgc      540

agcttcggtg ttaagaagca atatgtgatt gttccgggat tctgtctgga atctctgaga      600

gagcgggaag tagagcatat tctgcttcat gagctgacgc atgtccgcca tcgggataat      660

ctggtcaatt ctttgttttg tgcagtgcag gcgattttct ggtttcatcc ttttttgtgg      720

ggagctgtgg cgcagatgcg tcaggatcgt gagatctact gtgactggtc ggtcctcggc      780

ctgctgtacg acgatgaggc gcgtagggat tacggtcaga cgcttttgcg gtttgcggcc      840

cgggatcgga tgcagaatct gtacactgtc agcggactgt gcggcaacag ggaaggactg      900

aagcgccgga ttctttgcat cacgaatttc agacgggaaa gtcggagaac gtcgctgaga      960

ggagtgtcgg tactgtgtgt cgcagcgtgt gtcataattt ttcagcttcc ggtgctttcc     1020

gcattttcct cagacagggg agatgtttat cggccggagg attcgatgac tgtcatcgat     1080

catgacttca gccgatattt ttcagatgtg ccgggatgcg cggtcatcta tgatcaggaa     1140

gccgacagat atgaagtata tgaccgtcgg aaagcttttc agagagtgtc tccgtgttct     1200

acatataaga tttacagcgg actcaatgca ctggaagaag gtctgatctc gccggatcac     1260

agtgtaatcc cgtggaacgg aacaaaatac gctttttctt cctggaatca ggagcagaac     1320

ctgtcctccg ccatgcagcg atcggtaaac tggtatttca gtgaactgga ccgtcggtca     1380

ggaattcgga aactggaaga attttaccgg aaaatcggct atggcaatga gtatgtggga     1440

aaagatacgg aaacttattg gaacggttcc gcactgaaga tttctgctgt agagcagacc     1500

gagctgctga aaaaattcta tcacaatgaa ttcggcttta aagaagagaa tgtctctgcg     1560

gtgaaagaag cgatgctcgt agctcagtca ggggacgtta gactctacgg aaagacagga     1620

acaggcagcc gcggcacaga ggtgcagaac ggctggtttg tcggatttgc ggaaaaagga     1680

gagaagacac ttttctttgc ggtcagtctt cagagtgaag acggcgcttc cggcggccgg     1740

gcgatggaga tcgcctgtga aattctgcgg gagaagggaa tttatgtcac cgtatga        1797


<210>  1449
<211>  2322
<212>  DNA
<213>  Clostridiales

<400>  1449
gacgacatca tcgccgatct ggagacgagg atcggtccgc tgaaggcgga agcggaacgc       60

gcggaagaat atcttcagct gagcagagaa tacgcggaga cggagaccgg aatcatcgtc      120

aggagtatcg cggcgatcgg agaggcaagc gagtcgctga agaatcagat cgacgataca      180

gagcgtcaga ttgcggaagt acggcgggaa aaagaggctg tttccgcacg gatcgcagat      240

cttgcggcgc aggcttccgt tcttgatcgg gaagatcttg cggaacgcga ccggatgatg      300

gaatttgccg gacgtctcag cgagctgaga aatacaaaaa aatatatggg cgaacgaatc      360

ctgacactgc aggagcgaat acaggcgctc ggtgaagagc agaaggcttt gaatttccgt      420

ctggaggaag aacaggaaag ccggcaggca tccgcggaaa aagcggatgc acttcagcgg      480

gagctgaccg cagttcagca gatgctgcat cagaaaaatg aactttttct gcaggattcc      540

agaaatctga aggaaagtga aaaccgcgcc gaggatggaa ggaaccggct ttacgatctg      600

gggatcggga tttcttccat atcagcggaa atttccggca tgagaaatct cagagattct      660

ctgcaggatc gttatgaacg gttgaaacag agcgtcggag tgagcggaga cgaagacggc      720

gaagaatctc aaaatgaaga agaacgtcat attctgcata ccgaagggat gcttcaggat      780

acagaagcgc ggattaaaga actgaaagga gatgcggaac agtgcgccgg ccgtcttttt      840

agcctttcgc aggagcttca gaagacggtt atggaactca gccgaaaaga ggcggagaga      900

aatgcgctgc tgcatatgga aaatacatat gaaggttaca gtggtgcggt tcgttttctc      960

atgaaagagg cgaagatcga cggtatcttc ggtacggtag gcgaactcat cgaagtaccc     1020

tccggctatg aaatcgctgt agagacagct ttgggcgcgc gtatgcaaaa tatcatctgc     1080

agagacgacg ccagcgccga tcaggctgtc cgcctgctca agcagaaaaa ggccggacgt     1140

ctgacgtttc ttcccgtcag cagtctgcgg gtttctcccc gcagatacga ggaggaattg     1200

tttcgggaaa aaggctttct tgctgcggca tctcaatgtg tcacgactct tcctccctat     1260

gtcagggcgg tggaatatct gctgtccggc gtagtcatcg tggatacgct ggacagtgcg     1320

tcccgtatcg cagccagata cagaggatgc cgctgtgtca cgctggaagg agagattgtc     1380

agtccggcgg gggcgattac cggcggttct tatcgaaaaa ataccggagg aattctggac     1440

cggaaaaaac ggcttgcaga aatcgaagaa gaaatccgtc ttcacagtgc agaaaaaacg     1500

catcaggagc atatgacgga atctctgcgg gacgaaattt ccaaaattga aaaattgctg     1560

aaagaacagg aaagggaaga agcgcggctg aaactgcagc tgatgcgcga aaaagatgaa     1620

cagaaagccc gggatgattt cagaaatgag cggcgtaccc gcaggcagcg gacacagcag     1680

gaaatgcagc gcctccgaag agaaatcgaa gaagccgaaa ggcggatcga agagatggaa     1740

gcggaggaag cgcgttgcaa tgaagaaatc aaagcgctaa gagatgcggt tgaaaggcag     1800

ctgacagaga atgaaatcct gcggaaatct ctggaatctc tcggaaatgg aataacggag     1860

atgaagctga aagccgagtc tctgagagga gaatttgccg cagcggatgc agcggcgcag     1920

cgaagtgcga aagaaatcct gcgtcttaca ggcgaggtcc aggagaaaga gtcttcaaaa     1980

gaatcgatag ccggagaaat cgctcagaga cagaaggaat gggatgagac ggagcgtatg     2040

cttttttcca tggagtcttc cgatgagtcc ggcggcggcc ggctggagga gatcaaaaat     2100

agaaaagcgc agaatgtccg tcatacggcg gaacagaatg agatccgtca gaagaaagaa     2160

cgaactcttt atgaactgga gtcggtacgc agagagatga atctgcgtct gaacggaaac     2220

gaggagcaga acgcgcgtct caaggacagg ctttgggaag aatttcaaat ttcttatccg     2280

gaggcggtga aacattgtcc tctgtcttca gaatccgggg cg                        2322


<210>  1450
<211>  1077
<212>  DNA
<213>  Clostridiales

<400>  1450
gccattctga ccgccacctc cggagatacc ggaaaagcgg ctctggaagg tttcgcggac       60

gtggaaggta cggaaatcat cgtattcttc ccttctgacg gcgtcagcga agtccagaaa      120

cgccagatga ccactcagga aggaaaaaat acgcatgtct tcgcgatcca cggtaatttt      180

gacgacgctc agaccggagt aaaaaaaatc ttcaacgacg acgaattcag cgccatgcta      240

aaggaaaacg gaatcaaact ttcttccgct aattcgatca acatcggacg tcttgtgccg      300

caggtagcat attacgtcta tgcttacatc agactcctgg aacagggtgc tgtcaaagaa      360

ggtgaaaaga tcaacatcgt cgtccctacc ggtaatttcg gcaatatcct cgccgcttat      420

tacgcaaaaa atatggggat tcctgtaaat cgtttcatct gcgcttccaa taaaaataaa      480

gttctgacag attttatcaa caccggcgta tatgacacaa acagagaatt ttactgcacc      540

aactctcctt ctatggatat cctgatctcc agcaatctcg agagacttct ctatcacctg      600

agcggcggcg acggcgcggc gatctcaaag ctgatggaag acctggaaaa cgagaagaga      660

taccaggtga gcggcgctgt caaagaaaaa atgtctgact ttttcggagg tttcgccgat      720

gaagaggaga caaaaaaagc tatcgcagaa atgtatgaaa aatacggtta tctcatagac      780

actcataccg ccgtagcata taaagtttac gaagattaca ggaacgccac cggagatgaa      840

actccgacgg tcatcgcctc taccgccagc gcctataagt tcgcagttag cgtggcggaa      900

gctctgaaca tgccgaaaga acccgacggg ttcgcttatg tcagagccct ctgcgagaag      960

acaaaagtca aaattccttc cggcctgaag gacctcgaca aaaaagaaat ccgtcacgat     1020

tctgtgatcg accgcaccgc actggcaaag gccgtgaaag attctttagg actttaa        1077


<210>  1451
<211>  3258
<212>  DNA
<213>  Bacteroides uniformis ATCC 8492

<400>  1451
aaaaaaatga aaacaataga cattaaatct aatagcagga tattacattg ggcattttat       60

attttccttt ttactgtttt gagtgtggga agtgtatatg catcggaaga tactccgtct      120

gtattatcca ctaatcaatc agaaaagaaa acagtaaaag gaaatgtgat ggatgaatat      180

ggacaaccat tggtgggggt agctgtacaa gttaaaggaa cttcattagg tgttgttact      240

gatttggatg gaaattttag ttttagtatt ccagttgata gtcgtgcctt gttattttct      300

tatttgggaa tgaaaactca agaggtatct gccaataaga gtaactataa aatagtgatg      360

gtagaggatg ccacccaaat ggaggaagtt gtagtcattg ggtatggttc tcagtctcgt      420

gagaagatta cgacatctgt gaccaagctt gataaagagg ctttgaagaa tgtaccctat      480

gcaaatgcag cttcagcctt acaaggtaca gtgtctggtg tacgtgtgca aagtatttca      540

gggcaaccag gtgcagaacc tcgtattata gtccgtggtg gtacttccat taataatcct      600

aatggtgcta ctccactata tattattgat ggtgttatga gggcgaatat ggttcatata      660

gcttcggaag atattgaatc tatccaaatt ctgaaagatg ctgctgctac ttctatttat      720

ggagcccaag gttcaaatgg tgttgtaatt gttactacta aaaaggggaa ggccggtaaa      780

accagagttg aatatagata taatctgaca atttctgata ttggtaaaaa atatgaattt      840

gccaatgctg aagaattttt gacccttatg aggaaaggta tgatttcacc agcgaaattt      900

ggaaaagcta ccgaacaaag attgatagga catttaggtt atggaacagg aaatgatctg      960

actaataata ctgccttctc tactcaatac ttgactgatg agaatcgcta taaattagat     1020

caagggtgga aatcaatgcc agatccagta gatccgagta agacattgtt atactcagat     1080

actgattttc aggataaaat ttatcgtact ggtttttctc ataatcacca tattgaagtt     1140

tcaggtggaa cggaaaaggc tacctttaat atgggattag ggtatatgac taatgaagga     1200

actgttatta caacttcata taaacggtat aattttagtt tgaatggttc tttgcaagca     1260

cgggataatt tgaaaatttc agctagaact acttattcaa actcgtttac gtatggttct     1320

ccattagctg cagatgcaac attctatcgt tcaccggctg cctcacctac cactaaattc     1380

agatttgaag atggtagtct ggctccagga gctgcccagt atctgggaaa tgctgtatat     1440

catatgaaca aggcacaaag agagtatgac tatcagaatt tatcaatagg agtagatgca     1500

gattggacta tattgccagg attgtctttc aaaccagctc tttctttatt tgaagtgaac     1560

agtaataact atactttttg ggatgctttt tggaatggac cgagagatta tataactaca     1620

agaaatgcaa atgctgatac ttacaaatgg cggcaatatc aggcagatgc tgtattcaac     1680

tatgttaaat ctttcaatga aaaacacaat ttgaatgtaa cagctggtta tgcttattat     1740

tttaggaaag aggcccgttt agcagctgct ggtagaggtg cttctactga tttgattcct     1800

actttgaatg cctcaagtgt tcctgtaagt gtgagtagtt ctattacaga gcgatctatg     1860

caaggtattt ttgctcgtat agggtatgat tataaggata aatatttgat ttctgtatct     1920

gcaagatatg acggtgcttc caatttgggt acgaacaaca aatggggatt ttttcctggc     1980

gtgtcattag ggtggcatgt ggataaagaa aagttctggt catttatgcc tgagaatcta     2040

atgcgtctga aattgcgtgc cagctatgga gtaaatggta atatttcagg cttgggggat     2100

tatacggctc aaggtagtta tagtgtagga tctaaatatt taggtaatgc aggtatcact     2160

atgggaacta tggcaaatca agacttgagt tgggaggagt ctaagacatt tgatatcggt     2220

actgatattt ccttttttaa taatcggtta aactttatct ttgattattt caatcgtacc     2280

acagataatt tgctgacaaa tcgcacttta cctcattcta caggctttgg ctctattttc     2340

actaatttag ggcgtttaca aaatagaggt attgagttgg aaatgaatgc aagaatatta     2400

ccggtatcca gttctattca atggtcatta ggttttaatg cctcgaaggt gaccaataaa     2460

atattgaagc tgccagataa tggggttgaa aataatcgga ttggtggtga gtacatttgg     2520

gatgctaaac tgggtaaaca tacttggcaa ggtggtttac aggaaggagg acgaattgga     2580

gatttgtttg cctataagat gataggtgta tattctactg atgaggaagc acagaatgct     2640

aatgagccga tagataatgt tattacagtc cctgataaaa ccaaatatgg tggtgatgca     2700

aagtggcaag atactgatgg taatggtgtg attgacagta aagaccgtgt atatgttggt     2760

aatatttatc cggattggac tgggggtatt aatacttctc tatcttataa agggttcgat     2820

ttgtattgca gacttgattt tacattgggt cataccatat ataattttgc caaaggcttt     2880

ttggattata attggcaggg tgataataat atgacgaaag atgtcgtaaa tcgctcctgg     2940

aaagaacaag gtgacaaagc ggacatgccg agattctatt ggcatggtga tcgtggacag     3000

cagaatgcta tccgaggtag ctctttgtat catgaatcag gagattttct agccattaga     3060

gaagtttctt taagttatac agttcctgca aatatcatac aaaagattcg tttaagcgga     3120

cttcggttta cggttacggg aaataatctg cactatttta ctaaatattc tggtcttaat     3180

ccagaagaag gtggacagga taatggtaga tatgctatgc cgagaaatat tatttttagt     3240

gcaaatgtat cattttaa                                                   3258


<210>  1452
<211>  795
<212>  DNA
<213>  Bacteroides uniformis ATCC 8493

<400>  1452
cttaaagaaa taaataaagg aaatatgatg aaattattct tgctttgggt tcttttgttg       60

ctgccggtcg gaccggcagc agcacaagag ataaaaatgt cacaaacagc tccattggaa      120

caagtttatg gagaaactgt agaagatgat gccttactgc ccatgaatga actggatatg      180

gattttggct atgccctcta tgagacaacc gttgatgtgg aagaggagaa tcccacacta      240

actattgaaa acgtacggga ttatgctgtg gtctatgcag acggcaaact gcaaggatat      300

ttaaaagata gcagtaaaag cttgaaaacc aatctaccga taggtataca caaacttagt      360

atctatactg aaaatatcgg acgtattacc tatggtcctg aaattctgga caattcaaaa      420

ggtatctacg gcagcataac attgggaaag acagatttag aaggctggaa gatgacccca      480

ttggaaatta aggaatgcga tgtggccgga ataactttca aagaaggtac ctcctccatc      540

ccttgcttcc gtaaaggttg tgtcacagta agcaatccgg cacaagagac ctttcttgac      600

gtgtctggct ggggaatggg agaagtctgg ataaacgggc aatatttggg tgcctactgg      660

gaagaaaatg cagaaaagac cctggagata cctgctggtg ctctgatagc aggtaataat      720

gaaatagtgg tatttgaact aaaaaataac gaacaagctt ccatgacact aaccgataag      780

cctattttca aataa                                                       795


<210>  1453
<211>  1755
<212>  DNA
<213>  Bacteroides uniformis ATCC 8494

<400>  1453
atggcaacaa aaggaactgt tagtggcgta atagccaaca tggtgaccct cgtcgtcgac       60

ggaccggtag cgcagaatga gatttgttat atctcgaccg gaggagacga gttgatggcg      120

gaggtgatta aggtagtagg tacccaggtc tacgtgcagg tatttgagag tacccgcgga      180

ctgaaagtgg gggccgaagc tgagtttacc ggacatatgc tcgaagtgac actggggccc      240

ggtatgcttt cgaaaaacta tgacggtctg caaaacgacc tcgataagat ggacggtgtt      300

ttcttgaaac gcgggcaata tacctatccg ctggataaag gaagcaaatg gcattttgtg      360

cctttggcaa aggtgggcga ccaagtggaa gccgctgcct ggctgggaca agtggacgaa      420

aacttccaac ctctgaaaat catggtgcct tttgaacaga aaggtgtgtg caccgtgaaa      480

tccattgcaa aggaaggtga ttacagcatt gaggatacca ttgcagtgct gacggatagc      540

gaaggtaatg acatccgggt gaacatgata cagaaatggc ccgtgaagcg cgccatgacc      600

aactataagg aaaaaccgcg tcctttcaaa ttgctggaaa ccggtgtgcg tgtaatcgac      660

accgtaaacc cgattgtgga aggtggtacg ggttttatcc ccggtccgtt cggtactgga      720

aaaacggtgc ttcagcatgc catttcaaaa caagcggaag cggacatcgt aatcatcgct      780

gcctgcggtg agcgtgccaa cgaggttgtg gaaatcttta cagaattccc cgaattggtt      840

gacccgcata cgggacggaa gctgatggaa cgtacgatta tcattgccaa tacttcgaac      900

atgccggtgg ctgcccgtga ggcatctgtc tacacggcta tgacgattgc agaatactac      960

cgaagcatgg gattgaaggt actgctgatg gcggactcca cttcacgttg ggcgcaggca     1020

ttgcgcgaga tgtccaaccg tatggaggag ttgcccggtc ccgatgcctt cccgatggac     1080

ttgtcctcca tcatctccaa cttctacggc cgtgcgggtt atgtgaagct gaacaacggc     1140

gagtccggtt ccattacttt catcggtacg gtatcgcctg ccggtggtaa cttgaaggag     1200

ccggtaaccg agaatacgaa gaaggtggca cgctgcttct atgcccttga gcaagaccgt     1260

gccgacaaga agcgttatcc tgccgtaaac ccgattgact cgtattccaa atatatagaa     1320

taccctgaat ttgaagagta tatcaccaag cacatcaacg gtgagtggat tggcaaggtg     1380

aatgaaatca agacccgttt gcagcgtggt aaggagattg ccgagcaaat caacatcttg     1440

ggtgacgacg gtgtgcccgt agagtatcac gtgactttct ggaaatcgga attgattgac     1500

ttcgttattc tgcagcagga tgcctttgat gaaattgatg ccgtgacccc gatggagcgt     1560

caggaggaga ttctgaatat ggtaatagaa atctgtcata cagaatttga gttcgacaac     1620

ttcaacgaag taatggatta cttcaagaaa atgattaaca tctgtaagca gatgaactac     1680

tcgaagttta agtcggaaga atacgacaag ttccataagc agttgcagga actggttgag     1740

gaacgtaaag cctaa                                                      1755


<210>  1454
<211>  1446
<212>  DNA
<213>  Bacteroides uniformis ATCC 8495

<400>  1454
atgaacaaca tcattcataa aatcaggcag atttatccgg tttccgaaga agctcttcaa       60

gcattgctga tgaatatgca ggtaagacac taccctaaag gaacttatat agtacaagca      120

ggagtgacag accgtttggt ttatttcatt gaggaagggg tcacccgttc cgtatttcat      180

cacgacggac aagataccac cacttggttc agccaggaag gtgatgtaac cttcggaatg      240

gattcactgt actatcagca gccgtcagta gaaagcattg aaactctttc ggactgcaaa      300

atctacgtca tccacataga caagttaaat gctctctacg aaacatatat tgatatagcc      360

aactggggca gaatactgca tcagaacgta aacaaagagc tcagtcatat gtttgtggaa      420

aggctccaac tgcctcccaa agagcggtat gaacaattta accgccgtta ccccagactg      480

ataaatcggg tgaagctaaa atatgtggca gccttcctgg gtatttccat ctatactctc      540

agccgggtac tcgcaaaaaa agaggcagta tccataaaaa atagaagatt gccgttcttt      600

tttgctttta agcaaaagaa cttcgcttcg catggcgtat ctttgagatc cgaaaacatt      660

aaccaaacaa cagaaaaaaa acagatgtcg cacatttcat cttctgcctt ttcagacacc      720

aaagcacatt atgaccttct cgacgggctc cgtggcgtag cagccttgat ggttatatgg      780

tatcatatat tcgaaggcta tgcttttgcc ggtggtagca ttatcgaaac cttcaaccac      840

ggctatttag ctgtagattt cttctttata ctatcgggat tcgttatcgg gtatgcttat      900

gacgaccgtt ggggcaggaa cctcacaatg aaaaacttct ttaaacggcg cctgatacgt      960

ctccatccga tggtcattat gggagctgtc ctgggtgcca ttactttctg tcttcaagga     1020

tgcgtacaat gggacggaac acatattgcc ctctccatga ttatgctgtc ccttctttgc     1080

actatatttt ttattcccgc aatgccaggt gcaggttatg aagtccgtgg taatggcgaa     1140

atgtttcctt tgaatggtcc atgctggtcc ttgttttttg aatatttagg caacatcctt     1200

tatgccttgt ttatccaccg cttatcaaac aaagcccttg ccgtactgac aatattgctg     1260

ggagtggcat tggcatcatt cgccattttc gacatctccg gatacggaaa tatgggggta     1320

ggctggacac tggacggaat aaactttggc ggcggattgc tgaggatgct tttccctttc     1380

tccatgggca tgcttttgtc gcgcaacttc aagcctatca aggtgaaagg tgctttctgg     1440

atatgt                                                                1446


<210>  1455
<211>  750
<212>  DNA
<213>  Bacteroides uniformis ATCC 8496

<400>  1455
attatgcaga aatacggttt aataggttac ccgttgaaac attccttttc tatcggatat       60

ttcaatgaga aattcaaggc agaaaatatt gatgcagaat atgtaaattt cgaaattcca      120

cgtatcgagg atttcatgga agttatcgag gaaaatccca acctctgtgg actgaatgtg      180

actatccctt acaaggagca agtcatcccc tacctggacg aactggacaa agacacagcc      240

aagataggcg ccgtcaatgt cattaagatt atccgccttt ccaaaggcaa agtgaaactg      300

gttggctaca actccgacat cataggattt acacaatcca tagaaccact tttgcaacca      360

caacacaaga aagccctgat tttgggtacc ggcggtgcat cgaaagccgt atatcgaggg      420

ctggagaacc tgggtataaa aagtaccttc gtatcacgcg ccaagaaaga ggataaatac      480

ctcacatacg aagaactgac accggaaatc atgcaagagt acacagtgat tgtcaactgt      540

accccagtag gcatgtatcc caaagtggat ttctgtccca atattcctta cgaactactg      600

actcccaacc atttgctcta tgatttgtta tataatccaa acgaaaccct tttcatgaag      660

aaaggccagg cacaaggagc cgtcactaag aacggtctgg aaatgttact gctgcaagcc      720

tttgctgcat gggaaatttg gaataaataa                                       750


<210>  1456
<211>  489
<212>  DNA
<213>  Bacteroides uniformis ATCC 8497

<400>  1456
attaaagcaa tgaaaaaagt aatgatgatt gcagcccttg ccgctgcatt ggtatcctgc       60

caatcaaaag gaactcagaa caatgacacc gtcgccatgg acgaaagtgt aatggctgtt      120

accggcaatg actcgtctgc cgtagccgta tacgaaggaa tccttcccgc cgccgacggt      180

ccgggcatcc agtatgtatt gagcgtagac agtgtaggtc ccgacggaga aagcggctac      240

acgctggtaa caacttatct ggatgccgaa ggccccggaa agaacaagag ctttacttcc      300

aaaggaaaga aagaagttat ccagaaagac gtcgacaaca agaagaaaac agccatcaag      360

ctgaccccga acgacgggga cactccggtg tacttcgtag tagtgaacga cacaaccctg      420

cgccttgtca acgacagcct gcaggaagca gtgagtgact tgaattatga catcatccag      480

gtgaaatag                                                              489


<210>  1457
<211>  1845
<212>  DNA
<213>  Bacteroides uniformis ATCC 8498

<400>  1457
atgagaaaaa tagttttctt atggatagca ctgattgcag tcggtatgaa tgtctttgcc       60

gatggcaagg tatcgtttac tgcgtctgct cctgacgctg tggcggtagg agaccagttc      120

agactgtcgt atacggtgac tacacaaaag gtaagggatt ttcgtgctcc ttctatgaag      180

ggatttgatg tgttgatggg gcccagccgc tcgcaacaga gtagcgtgca gatgattaat      240

gggcagacga cttcaaccag cagtattaca ttcacttata ttttaatggc gactgcagaa      300

ggtgatttta ccattccagg agccactatc actgctgatg gtaaccaaat ggtttcgaat      360

tctgtacaag taagggttct tccggcagat caggctgcta atggagcttc tggaaatggt      420

ggcaaacaga gtgagggcac tgccagccgc gcttcttccg ggacatctgt atcgaatagt      480

gatttgttta ttacagctac tgccagtaag atgacggtgt atgaacaaga ggctttgctg      540

ctgacataca agatatatac cttggtggac ttacgtatgt ttgataatgt gaaattgcct      600

gacttcaaag gattccattc tcaggaagta gaattgccta atgacagaag atggggattg      660

gagcattata aaggtagaaa ttatcagtct acaatctatc gtcagtttgt gttgttcccg      720

caacaagccg gtaagctgac aattgatgct gcacgctttg atgcttccat tgcaaaggct      780

acacaagttg ctgatccgtt cgaggcattt ttcaatggag gaagcaatta cgtagaagtt      840

aaaaagacaa ttttgactcc gcaactgaca attgacgtaa agcccttgcc ggcaggtaag      900

ccagccgatt tttcgggagg agtgggagag ttcaatataa cttcttctat caatagtaca      960

aatgtcaaga ccaatgatgc tgttactgtc aaacttgtca tttctggtac tggtaatctg     1020

aaattgctct ctaatccgga agttaaattc cccgaggatt ttgaagtata tgatccgaag     1080

gtggacaata aattccgtct gacaaattcg ggcctctccg gtagcaaggt cattgagtat     1140

ctggcaattc ctcgtaatgc tggaacttat gagattcctg ccgtaaagtt cagttatttt     1200

gatattaatt cccgttcgta taaaacgttg actacggagg agtatgaatt gcatgtggaa     1260

aagggagcag gtaatgctgc tcagactatt gcaaacttta caagcaagga agagttgaaa     1320

gtattgaatg aggatattcg ttttatcaag cagaataatg ttactctgtc tcccaaaggt     1380

gatttcttct tcggttcgtt gacgtattgg ttgctttatt tgataccggg tattgcattc     1440

attacattct ttatcatcta tcgtaagcaa atagcagcca atgcaaatgt agcaaagatg     1500

cgtaccaaga aagccaataa agtggcggtg aaacgtatga aacaagctgg taaattattg     1560

gctgagaata agaaagatgc gttttatgat gaggttttga aggctctttg ggggtatatc     1620

agtgataaac tgaacattcc ggtatcccgt ttgtctaagg ataatatcga agaggaactt     1680

cgtaattatg gtgtgaatga tgcgttgata aaggaattcc tcgatgcatt gaataactgt     1740

gagtttgccc gctttgctcc gggtgatgat aaccaggcta tggataaggt atattcagct     1800

tctttggaag ttatcagtaa aatggaaaac tcgataaaac attaa                     1845


<210>  1458
<211>  3321
<212>  DNA
<213>  Bacteroides uniformis ATCC 8499

<400>  1458
atgaaaagga aaattatttg gagttttgca ttgctggcct gcctttgctg cctgccatct       60

gcaaaaacaa aagcacaaac gaaaaatgcc gcaatcatac ccggggaagt atggaaagac      120

accgacggca atcccatcaa cgcccatggc ggcggccttc tttaccacga agggacctac      180

tattggtatg gcgaatacaa aaaaggggaa accatcctgc ccgaatgggc tacgtgggaa      240

tgctaccgca ccgacgtaac cggtgtcagc tgctactctt caaaagacct gctgaactgg      300

aagttcgagg gtattgtact tcctgccgtg aaagatgacg agaaacacga cctgcacccc      360

agcaaggtgt tggaacgtcc caaagtgatt tacaacgaaa agacaaagaa attcgtcatg      420

tgggcgcatg tggaaagcgc cgactacagt aaggcatgtg ccggcgtagc ggtcagcgat      480

tctcctaccg ggacattcac ctatgtaggc agcttccgtc ccaacggtgc gatgagccgc      540

gaccaaacag tgttcgttga tgataacggc aaggcatatc agttctactc gtcggaaaac      600

aacgctacct tatatataag cgaactaacg gatgactacc tgaagcccac tggtcgctat      660

acacgcaatt tcgtgaagca aagccgcgaa gcacccgccg tattcaagta taacggcaag      720

tactatatgc tctcttccgg ttgtaccggc tgggatccca atgttgccga actggctgtg      780

gccgactcca tcatggggca atggactacc atcggcaatc cgtgtaccgg tcctgatgca      840

gataagacct tctatgcaca aagcacttac gtgcagcaag tatacggaaa aggaaatgcc      900

tacattgcca tgttcgaccg ctggaaaaag aaaaaccttg aggactcacg ctacgtatgg      960

ctcccgcttg aattcggcaa ggacggcaca atcgcgatac cctggcgcga cagctgggac     1020

ccgcgtaccc aatgggaagg acaaggcgac ttctctgccg gcaaaggaac attcctattg     1080

aatggcaagc cgtttgtcat caaagccgca gagctgcact atccacgtat ccccaaagcc     1140

tattgggacc aacgcatcaa gctatgcaag gcactgggca tgaacaccat ctgcctttat     1200

gtattctgga actcccacga gtctcagccg ggagtgttcg acttcaccgg acagaatgac     1260

ctggcggaat tctgccgcct atgccagcag aacgacatgt atgtcatcct gcgcccggga     1320

ccgtatgtct gtgccgaatg ggaaatgggc ggactgccct ggtggttact caagaaaaaa     1380

gatatccgcc tgcgcgaatc cgacccctac tttatggagc gtgtaggtat cttcgaaaaa     1440

gccgttgccg agcaggtagc cggtatgacc atacagaacg gaggtcccat catcatggta     1500

caagtagaga acgaatacgg ctcctacggg gaagacaaag gctacgtatc gcaaatccgc     1560

gacatcgtac gcgccaacta ccccggcgta gcactgttcc aatgcgactg ggcgtccaac     1620

ttcaccaaga acggactcca cgacctggta tggaccatga acttcggtac aggagccaac     1680

atcgaccaac agtttgcacc gctgaagaaa ctccgtcctg atagcccgct gatgtgctcc     1740

gaattctgga gcggctggtt cgacaagtgg ggagccaacc acgaaacccg tccggctgcc     1800

gacatgattg ccggcattga cgagatgttg tccaaaggca tctccttcag cctctacatg     1860

acccacggag ggaccaactg gggacactgg gcaggagcca actcacccgg attcgcccct     1920

gacgtaacct cttacgacta cgacgccccc atcagcgaat cgggacagac cactcccaaa     1980

tactgggaat tgcgaaaagc attgtccaaa tacatgaacg gcgagaagca ggctaaagtt     2040

cccgctttaa tcaagcccat ccgtattccg tctttccaat ttacagagat ggctcctttg     2100

ttcgacaatc ttcctgctgc caagaaagac cgcaatatcc gtaccatgga ggaatataac     2160

cagggattcg gaagtattct ctaccgcacc acactgcccg agatgaaaac cccgtccctg     2220

ctcactgtga acgatgcgca cgattatgcc caagttttcc tggatggcaa atacatcggc     2280

aaactggacc gccgcaacgg tgaaaagcaa ctggaattcc ccgcctgccc caaaggtgca     2340

cgcctcgaca ttctggtaga agccatgggc cgcatcaact ttggacgtgc catcaaggac     2400

ttcaagggta tcacccaaag cgtagaactt accgtagaca tcgacggccg tcctttcacc     2460

tgcaacctga aggattggga agtctataat ctcgaagata catacgattt ctataagaac     2520

atgaagttcc agcccatcgg ctcactgaaa gatgagttag gacaacgcat tccgggttgc     2580

taccgtgcca cctttaaggt gaacaagccc agcgacacat tcctaaactt cgagacttgg     2640

ggcaagggac ttgtctacgt caacgggcac gccatgggac gcatttggga aatcggcccg     2700

caacagaccc tctacatccc gggatgctgg ttgaagaaag gtgagaatga agtgattgtc     2760

ttcgacatca tcggtcccaa agaagttaag tccgaaggac tgagcgagcc attgctggac     2820

cagttgctcg tcaccaaacc gctgacgcac cgcaatgagg gcgagagcct cgacttgtcc     2880

ggtgagcagc ccgtcctctc cggcagcttc aattccggca acggctggca ggaacgcaaa     2940

ttcggccaac ccgtcaccgg acgttacgtc tgcctggaag cactaagttc ccaagacggg     3000

aaagacttgg cttgcattgc cgaaatgtac ctgctggatg agaatggaga acgcctgtca     3060

cgcgagccct ggattgtcaa ttatgccgac agcgaagacg tatcccacgt caactgttct     3120

gcggacaaaa tcttcgacct ccaggaatca acctattgga gcacaacaaa agacactcca     3180

tacccgcatt ctgtcgtgat tgacttgggt agtacccgca ccctgaccgg catacaatat     3240

ctacccagaa tggaaagcga ggtaccgggt ggaatcaaag acttcaaggt ttacgtaaaa     3300

tccaaggctt tcaactatta a                                               3321


<210>  1459
<211>  2163
<212>  DNA
<213>  Bacteroides uniformis ATCC 8500

<400>  1459
tatatcatga aagtatatca gacgaatgaa attaagaaca ttgccctcct tggcaatgac       60

ggctcgggta aaaccactct cacggaagcg ctgctctttg agagtggtat tataaaacgt      120

cgtggcagga ttactgccaa gaatacagtc agcgattact tcccggtgga gcaggaatac      180

ggctattctg tgttttccac cgttttccat gtggagtgga acggcaagaa actgaatatc      240

attgactgcc cgggtagtga tgactttgta ggggctgcca tgacggcgct caacgttaca      300

gatactgcca ttctgctgct gaacgggcaa tacggtcccg aggtaggtac gcagaaccat      360

ttccgctaca ccgagaaact gggcaaaccg gttattttcc tggtaaacca gcttgataat      420

gaaaagtgcg attatgatat ggtgcttgag cagttgcaaa ccatatacgg tccgaaggtg      480

gtgcccgtgc aatatccgct ggctaccgga ccgaacttca attcgttgat cgatgtactt      540

ttgatgaaaa aatattcgtg gggacccgaa ggtggcgctc ccattattga agagattccg      600

gccgaagaaa tggaaaaggc tacagaactg cacaaggctt tggtagaagc tgcagccgaa      660

catgacgaag gcctgatgga aaaattcttt gagcaggact ctttgacaga agacgaaatg      720

cgcgaaggta tccgcaaggg actggcttca cgaggtatgt tccccgtatt ctgcgtctgt      780

gccggcaagg atatgggtgt acgccgtctg atggagttcc tgggtaatgt ggttccgttt      840

gtggacgaaa tgccaccggt gcacaataca cgcggtgagg tggtgaagcc ggattctaac      900

ggaccgactt ccttgtattt cttcaagact gccgttgagc cgcatatcgg tgatgttcaa      960

tacttcaagg ttatgagtgg taaagtgcac gaaggtgatg attttaccaa tgcagaccgc     1020

ggttccaagg aacgcatcgc gcagatttat gcttgtgccg gtgccaaccg tatcaaggta     1080

gaggaaatgg tagccggtga catcggctgt acagtgaaac tgaaggatgt acataccggc     1140

aatacattga acggtaaggg ctctgaaaac cgtttcaact tcattaaata tccgaactcc     1200

aaatactcac gtgctatcaa gccgttgaac gagtcggata cagaaaagat gatggttgct     1260

ttgaaccgta tgcgagagga agacccgaca tgggtgatag accagtctaa agaattgcgt     1320

cagactattg tacacggaca aggtgaattc catttgcgta ccttgaagtg gcgtctggaa     1380

aacaatgaaa aactgcaaat caagtttgaa gaaccgagaa taccgtatcg cgaaacgatt     1440

accaaagctg cccgtgcgga ttatcgccat aagaagcagt cgggtggtgc aggccagttc     1500

ggtgaagttc atctgattgt tgagccttac tacgaaggca tgccgttgcc cgaaacctat     1560

aaattcaatg gtcaggagtt caagatgaac gtcaagggta ccgaagaagt tccattggaa     1620

tggggtggca agctggtatt cgtcaatagt attgtgggtg gttccattga tgcacgtttc     1680

atgccggcca tcttgaaggg tatcatgtca cgtatggagc agggaccgtt gactggttcg     1740

tatgctcgcg atgtacgtgt catcgtatat gacggaaaaa tgcatccggt tgactccaat     1800

gaaatctcct ttatgctggc gggacggaat gcgttcagcg aagcgttcaa gaatgcaggc     1860

ccgaagattc tagaacccat ttatgacgtg gaagtatttg ttccgtcgga caagatgggt     1920

gatgtgatgg gggacttgca gggacgccgt gccatgatta tgggtatgag cagcgaggcc     1980

agttacgaaa aactgagtgc taaggtgcct ttgaaggaaa tgtcatccta ctctacggca     2040

cttagctcac tgactggtgg acgtgcttcg ttcatcatga agtttgccag ctatgaactc     2100

gttccgagtg atgtgcagga taaactgatt aaggaatttg aggcaaagca agctgaagaa     2160

tga                                                                   2163


<210>  1460
<211>  2643
<212>  DNA
<213>  Bacteroides uniformis ATCC 8501

<400>  1460
aaaaaaatat tttataatag tgttgcggaa ttaaggtata aaaccatgat gaaacagaaa       60

cttctttacc ttttgccact cttcctattg tcgggatgtg gacaggttac ttacaagaat      120

gcatctctgc cggcagaaga gcgtgccgga cttttgctga aggaactgac gctcgaagag      180

aaggtgtcct tgatgatgga cagctccaaa ccagtggaac gcctgggcat caagccctat      240

aactggtgga atgaagcgtt gcatggagtg gcgcgtgccg ggctggccac agtgtttccc      300

caaccgattg gtatggcggc atccttctcg ccggagactg tatacgaggt atttactgct      360

gtttctgatg aggcccgtgc caagaatgcc tactatacat cccaggaaag ccatgaacgc      420

tatcaaggat tgacgatgtg gacgcctaca gtgaatatct atcgcgaccc ccgctgggga      480

aggggtatag agacttatgg ggaagaccct tatctgacca gccgtatggg tgtgatggtt      540

gtaaaaggtt tgcagggtac gaacgatgga aaatatgaca agctgcatgc ttgtgccaag      600

cactttgccg tacactccgg tccggaatgg aaccgccatg agtttaatgc ggaaaatatc      660

aagccccgtg atttgtatga aacttatctt cctcctttcg aggctttggt gaaagaagga      720

aaagtgaagg aggtgatgtg tgcctacaac cgttttgagg gcgatccttg ctgcggtagc      780

gaccgcctac tgatgcagat tttgcgcgat gagtggggat ttgacggtat tgtcctttcg      840

gactgtggag ctattgccga tttttacaga gactatggtc ataagacgca tcctgatgca      900

gagtccgctt cggcggctgc ggtgctgagt ggaactgact tggagtgcgg ttcgagttac      960

gaggccctgg tagaagcggt gaagcaggga aagattgatg aaaaagcagt ggatgtagca     1020

gtcaagcgtc ttttgacggc tcgctttgcc ttgggtgaaa tggacgagcc ggagaaggtg     1080

tcctggaccg gcattccttt ttctgtggtg gcttctgccg gacacgactc tctggcgctc     1140

gacatggctc gcaagtcaat gacactgctt atgaacaagg ataatacctt gccgttgaag     1200

cgtggagggc tgactgtagc cgtgatgggt ccgaacgcca atgattctgt gatgcagtgg     1260

ggaaattata acggtatgcc tccgcacact gtcaccattc tggacggaat tagaaaagcc     1320

ttggggactg atgaccggct tatttatgaa caaggctgcg gatgggtgga gagagctcag     1380

atacagagcg tcttcaaccg ttgcaagact gccgacggga aacccggatt tactgcacgc     1440

tactggaata acgtgactcg tgacggtgag ccagtcacta ctgcccaagt gaccactcct     1500

ttccatttct gtacatccgg tgccacggtt tttgctccgg gtgtgaacct taccgacttc     1560

tcggctacct acaacagcgt attcactccc gaccagtcgg gagaggtggt ctttgacatc     1620

tatgcttatg gctcagggag attgcggata aatggggagg aagtgagagg attctccaat     1680

cagcacggtg ggcagaagag tgcttatact ttgcaggtac aagcaggaaa aacgtatgac     1740

gttgaattgg attttgaata tttccgtagc gatgcacagt tgaactttga ccttggattt     1800

aagaatgaag tggatgtgag gaaatctgtg gagcgtgtaa aggatgctga tgtcgtggtc     1860

tttgtgggag gagtctctcc gaacctcgaa ggcgaggaga tgggtgttga gcttcccgga     1920

ttcagaggag gcgaccgtac cgatatagag ttgcctgctg tccagcggga actgattgcc     1980

gctttgcacc gtgccggtaa aaaggtggtg ttggtgaact gttcaggttc tcctatcggc     2040

ttggagccgg aaaccgggag gtgtggagct atcctgcagg catggtatcc cggtcaggca     2100

ggtggtacgg ctgtagccga agtcttgttc ggtgattaca atccggcagg acgcttgccg     2160

gtcaccttct accgtaatgt gtcacagctt cctgattttg aggattataa tatgaccggc     2220

cggacttacc gttacatgac ccaggaaccg cttttcccct tcggtcatgg attgagctat     2280

acctctttct gctatggcgc tgtggtgctt ggttcggata atataaagtc cggtgagaaa     2340

ttgagattga atgtccccgt aaccaatacc ggcaaatgtg acggtgaaga ggttgtgcag     2400

gtctatttga agaaaaacga tgatgtcgaa ggaccgagca aggcattgcg tgctttcaaa     2460

cgggtacata tcccggcagg aaagacggtc gatgtagagt ttgatttggg cgataaagag     2520

ttggtgtggt ggaatccgca aagcaatacc atgtgcgttt ccgaaggcag ttatgaactt     2580

atggtgggcg gtagctcgca gactgctggt ttgctgcgcc ggtcttttgt cattcagcct     2640

tga                                                                   2643


<210>  1461
<211>  729
<212>  DNA
<213>  Bacteroides uniformis ATCC 8502

<400>  1461
aaacggaaat atcatttacg gctaatggaa ctcgcacttt atcttttgcc agtcacgctg       60

ggcgatacgc ctattgaaac ggtgttgcct ccttataata aggagataat actgggaatc      120

cgctatttca tcgtggagga tgtgcgctcg gcacgccggt ttttgaaaaa ggtggacaag      180

ggaatagata ttgatgcgct gacattctat acgttgaaca agcatacgtc gcccgaagac      240

atctccggct atctgaagcc gctggtggag gggcatccga tgggcgtgat ctccgaagcc      300

ggttgtccgg ctgtggccga cccgggagcg gacgtagtgg ctattgcaca acggaaaaac      360

ttgagagtgg tccccctggt ggggccctct tccattatcc tctccgtcat gggttccggc      420

ttcaacggtc agagctttgc cttccatggt tatcttccca ttgaaccggc agagcgtgcc      480

aaaaagctga aaatgctgga acaacgcgtc tataatgaac atcagactca gcttttcatt      540

gaaacgcctt atcgcaataa taagatgata gaggatattc ttcataactg ccgtccgcag      600

accaagctct gcattgcggc gaacattact tgtgaagggg agtatatcaa aaccaagacc      660

gtgagggagt ggcagggcaa gactcccgac ctttctaaga ttccttgtat ttttctcttg      720

tataaataa                                                              729


<210>  1462
<211>  1326
<212>  DNA
<213>  Bacteroides uniformis ATCC 8503

<400>  1462
atgaaaatta agacgcttgt ggctgtcttg ctcctttcgg gtggagtgac cagcactttc       60

gcacagactg aaaattgtaa ttcgaacagt agtatctctc atgaagcagt gagagctggt      120

aactttaagg atgcatacgc tccttgtatg gctgtattga aggattgtcc tacactgcgg      180

tattacacat ttacagatgc tcagaagatt ttagtgggtt tcttgagtca gattaaggat      240

agaaattctg ctgattacaa gaagtatttt gatgagttga tggatgtata tgatttgaga      300

atgaagtaca ttcctgaatt cattggtaag ggaatgaagg gcgtgccgag tgtggctgat      360

gccttgggtg ccaaagctgt ggattatctt cagttcgctc ctgctccgga ccttaatacg      420

gcttataatt ggctgaaaga atctgttcat gctgaaaagg gtggttccaa aggtgcggtg      480

ttgcactatt tcctggatac ttccatgcag aaggtaaagg ctgatgataa tcataccgac      540

cagttcttcc aggattatat tgatgcttcc aagtatgcag atgacgcact tgctgctgaa      600

accaaggaag ctaagaaggc taacttgcaa gctatcaagg ataacctcgt ggccatgttc      660

attcagagtg gtgtagctga ttgtgaatct ttgcagaata tctatggtcc taaggtggaa      720

gcaagcaaga ctgactccgc tttcttgaag aaggcattga acatcctgaa attgatgaag      780

tgcaacgaaa gcgaagttta cttcaaggca tctgagtaca tgtatcagat tgacccgact      840

gccgatgcag ctgtaggtgt agcatacatg tactataaga aaggtgacta tgacaatgcc      900

gtgaagtatt ttgatgaagc attggctaaa gaaacagata atgacaagaa ggctgaaatg      960

gcatacgcta ctgccgcagc cttgatgcag gccaagaaac tctctcaggc aagaagctac     1020

tgccaaaagg ctatgagctt taaggagaac tatggagagc cttatatttt actggcacag     1080

ctttacggct ccaatcctaa ctggaccgat gagcctgctc tgaataagtg tacttacttt     1140

gtagtaattg acaagctgca gagagctaaa gctgtagatc cttcagttac agaacgtgct     1200

aacgaattga ttagtactta ttcccgccac actccccagg ctaaagacct ctttatgttg     1260

ggttacaaag ctggtgaccg tatcactatc ggtggatgga taggtgaatc tacaactatc     1320

agataa                                                                1326


<210>  1463
<211>  2055
<212>  DNA
<213>  Bacteroides uniformis ATCC 8504

<400>  1463
gtaaaaatat actttacact atctttgtca caaaaagtca caatgaatta cacgacctat       60

cttttcgact ttgattatac gcttgctgat tcttcccgcg gaatcgtcac ttgtttccgc      120

aacgtactga cccgtcacgg atatacagag gtgacggatg acgacatcaa acgtactatc      180

ggcaagactc tggaagactc tttttccatc ctcaccggcg tgacagatgc cggacaactg      240

gcaggattca aggcagaata ccgaaaagag gccgatacgc atatgactgt caacacggtg      300

cttttcctgg aaaccaagtc cgtactgact gcactgaagg actccggcgc ccgcatcgga      360

atcatctcga ccaaataccg attccgcatc aaggaactcc tcgaccagca ttttcctgaa      420

gattttatgg acatcatcgt gggtggtgaa gacgtgaaag ccgccaagcc atctcccgaa      480

gggctactcc ttgccattaa gcggctacat gtcagcaaag ccgagaccct ctatataggc      540

gacagcacgg tagatgcgga aacagcccaa gcggccggag tagactttgc tggagtcacc      600

cacggagtaa ccactgccaa agaattggag aagtacccac accggaaaat aatgaacacc      660

ttggaagaac tgctggcagt tcaggaggag tatccttcca tattcaagat tgaaaatccc      720

atccggccgg aaaacgcgca tgccacttct ccccggaaac agaaaaggat aagcgtctgg      780

caaatcctcc ttctagtgac actcttctgg ctggctattg aagagctgga catgaccgac      840

gacagcaact tcttcccggt tgttttcata ctgacattgt ggggtatcct ccaaaaaaga      900

aggatactac ccaacaaagc aaaaactttc atcgactcat ggtggcaccc ctgcgcagta      960

cgcttacgcg catttcacat caagctgata caagggagaa aaactcctcc cgctggcaac     1020

gaaacctgca cctgcctgaa ttgtggcacc acctataccg gcaactactg taaccgttgc     1080

ggacaaagcc gtaacactcc acgctatcgg ttgagcaacg cgcttaaaaa cattgccgga     1140

ggcttcttca atatagataa tggctttgga cgtacccttc tggaactcct ctaccgtccg     1200

ggatacatga ttagagactt catcggcggt aagcgtgtag agtattttcg cccgttccag     1260

acactcttca ttcttgcagc cctttatatc atggctgtac aactggtaga cccggaagct     1320

ctgagcaaaa aagaaaagac ggaaaagaca gagcagacag acaaagaaga aatcattgcc     1380

gctaaagaga agcttaccaa aaagatggag aaaacctata gcaaagagga aaagcgagcc     1440

ctcgccatca ctataaaaag cctggagaaa agcttgaaca aactggaaga gaagaacgac     1500

tccacttctg ccacacaggt gtccgaacag aacagcgatg atggcgacct catcgatgaa     1560

tttgtaaacg acacctcgga agtgggagac agactggaaa aagtcttcca gaactctcct     1620

ttcctaatga aagtatggaa tctgatgaag agctggggac acggaaacaa ggcattccgc     1680

atcattgcca cactgccttt gtttgcactt gccacccaac ttgccttccg acgccggaaa     1740

tataagttaa actacaatac cacggagcat gtgttcatac aagcctacat agcttgccag     1800

atactcctgc tgagcatcat cgtgctgcct ttcaacgggt acgcaaaggt agacgatttg     1860

tatgagctgc ctttatggct tattttcgtc ctattctgtt gggattacaa acaattgtac     1920

cgctgcacct ggtggagaag cttttggcgc actatcctca tgctgactta cagtcttgtg     1980

ctactcgtca tattcgcgtg tcttgtaatg gcgctgatgc tggccggtat ctatgttctg     2040

aaattcattt tgtaa                                                      2055


<210>  1464
<211>  1332
<212>  DNA
<213>  Bacteroides uniformis ATCC 8505

<400>  1464
aacgtgcaag gaacaaagaa tctgacacaa ggccccatca accgccagct tttcacgctg       60

gcaatgccca tcatggccac ctcgttcatc cagatggcct acagcctgac ggacatggca      120

tgggtagggc gtctgggcag tgagtccatg gctgcagtag gtgcggtagg catactgacg      180

tggatgtccg gctccatcgc cttgctcaat aaagtgggcg ccgaagtcag cgtaggccag      240

tccatcggtg cacgcagcga agaggacgca cgcagctttg cctcgcacaa cattacgatt      300

gccctgctca tctccgtctg ctggggaggc ctgctctttc ttttcgcccg ccccatcctg      360

aacatcttcg agctgaaaca gcatatcacg gacgccgccg tgacttatct gcgcatcgtg      420

tcgacgggac tgcctttcat ctttctctcc gctgccttta cgggcatcta caacgcggca      480

ggacgaagca agattccgtt ctacatcagc gggacgggac tgataatgaa catcgtcctc      540

gaccctctgt tcatcttcgg cttcggttgg ggaacagtgg gcgcggcact tgccacatgg      600

ctttccgaag ctacagtatt cggcatcttc gtctacaaac tccgggggaa aagcgccgtg      660

ctcggaggtt tctcctttat cgttccgctg aaaaagaagt acacccggcg catcttcaag      720

ctcgggctgc ccgtggctac gctgaacacg ctatttgcct tcgtcaatat gttcctctcg      780

cgcaccgcct cggagcaggg aggacacatc ggactgatgg cattcaccac cggtggacaa      840

atcgaggcca tcacctggaa tacttcgcaa ggattctcca cggggctgag cacgttcatc      900

gcccagaact atgccgcggg gcagaagtcg cgcgtgaagc aagcatggcg caccaccatg      960

tggatgacgg gcgtattcgg aagcctctgc tcactactgt tcatcttctt cggcagcgag     1020

gtgttctcta tcttcgtacc cgaggccgaa gcctaccgtg tgggtggaga tttcctccgc     1080

atcgacggct attcgcaaat gttcatgatg atggaaatta ccatgcaggg cgtgttctac     1140

ggactgggac ggacagtgcc gcctgccatt gtcagcatcg gatgcaatta catgcgtatt     1200

ccggtggcgt tattgctggt gcacatgggt atgggagtgg atgccatctg gtgggcagta     1260

agtggaacga ccgttgccaa aggtcttata ctgacagcct ggttcgtcct catcaaaagg     1320

aaaattctct aa                                                         1332


<210>  1465
<211>  705
<212>  DNA
<213>  Bacteroides uniformis ATCC 8506

<400>  1465
atgaaaaaag ttatagacaa atcagacagc agaggtcatt ccctatatga ttggcttgac       60

agccaccaca ccttcagttt cgacgagtat tacaatcccc gccggatgaa tttcggcgcc      120

ttgcgtgtac tgaacgacga ccgtgtggct ccgggaaagg gcttcggcac acatcctcat      180

aaaaatatgg aaatcatctc cattcccctg aaagggaaac tgaaacatgg ggacaatcat      240

cagaacagcc gcatcatcat tccgggagat atacaaacca tgagcgccgg caccggcatc      300

taccacagcg aaatgaacgg cagtgacact gaagcggtag aattcctgca aatctgggtg      360

atgcccgaaa agctgaacac accacccgca taccaggact tcgacgtacg tccactcctg      420

cgcaaaaatg aaatggcact aatagtatcc cctgacggcg atgctcctgc cagactgcta      480

caacagacct ggttctctat cggtgaaata gaagccggaa agaagattga ctaccacatg      540

caccaatcgc attccggtgt atacatcttc gtaatggaag gtgaagtcaa agtggacggc      600

acaatactct cacgccgtga cggaatggga gtatacgaaa ccggcagttt tgagctggaa      660

acattgaaag actctcacat tctcttcata gaagtaccga tgtag                      705


<210>  1466
<211>  2385
<212>  DNA
<213>  Bacteroides uniformis ATCC 8507

<400>  1466
gtgatattga tttattgcaa gggcttattt catttcaagc cggaaaaagt atggattcaa       60

gggcagagaa ccggaagcag tatagaacaa aacagaaaac aagacagttt aaaagaagca      120

aaaaaggctg aattcagtaa gcaaataatt ttttattgta tctttgcgcc taattatgag      180

acgaattgta ctgacatata tatttctgtc cgttataggg atatgggggc tatggcgcaa      240

aacaccttaa acccgatgaa caatcgcgac cggttcggta accagattga cccgaatacc      300

cagccggaca atctggaaga cagtaccaat actgagattc aaagtcttcc acccaagctt      360

tacatgtgga aactaagtga gacactgggc aaccgtacca tcatacctgc cgacacagcc      420

agcctcaact tccagagcac caatctggtg gaaggaatgt tcggccatta caactacttg      480

ggaaatttag gttctccacg cctctcacgt ctgttcttcg aacgggagga aagcgaacct      540

accatcttca tggctccctt ctccagtttt ttcacacgtc ccgaccaggt gcttttcacc      600

aacagcaacg tgccttacac caatcttacc tactacaaag ccggcagcaa agtgaacggt      660

gaagaacgct tcaagtccta cttctccgtc aacgtcaaca agcagttggc atttggcttt      720

aacatcgact atctgtacgg acgcggttat taccagaacc agtccacctc gcacttcaat      780

gcaggtctgt tcggtagcta tatcggcgag aaataccagg tacaagcagt ctacaacaac      840

tttttcctga agatgaacga gaacggcggt attgcagacg accaatacat cacccgtccc      900

gaaaacatgt ccggaggaaa gaaagagtac gagtccacca ctatcccggt caaattggaa      960

cagagttcca accgtaacaa ggatttttat atctatctga cacagcgcta tcgtcttggt     1020

tttacgcgga gagtacggaa cacacaagaa ggcaaaccga cggtatccgc acccaaagcc     1080

tcatcctccc cgtcctctga atccgaaata tccgcttcga acaacgacat agcattgcca     1140

aacgacagca tagcatcaaa atcggtcagc acacttgcag ctgccaatga cagcctgccg     1200

tctgtttcta ccgcagacaa cgactcactt ttcgaagaag agttcgtccc cgtcaccagc     1260

tttatccata ccttgaaagt agagcggtcg cggcaccaat tccgttcggg aagcgagccc     1320

gaaggattct tcccggaaga ctacaagctt tacaagaatt acagcaacga ctccaccacg     1380

gcattcagtg taaagaacgt gttcggaata gccttgctgg aaggtttcaa caaatacgcc     1440

aaagccggac ttacggctta tatctcccac aagttcagcc ggtacgacct gatgaatacg     1500

gacacactta ccgacatgcg ccgcatccgc tacaccgagc aggaaatctt cctgggtggc     1560

gaactcgcca agcgcgaagg caaactgctg cactacaacg taaacggtga agtggggttg     1620

gtagacaaag ccatcgggca gttccgcgtc aacgccaatc tggacctgaa cttccgtcta     1680

tggaaagata cggtgaactt ctacgcccgc ggttatgtga gcaacacgct tccttccttc     1740

tacatgcgcc attaccactc caaccactac aactgggaca acgacaacat ggacaaggaa     1800

ttccgtacgc gtgtggaagg cgagctgaac atttcccgtt ggggaaccaa tctccgtgcc     1860

ggcgtagaga atatcaagaa ctacacctac ttcaaccaaa gcgccctgcc cgaacagaac     1920

ggaggcaaca tacaagtgct gtccgccaca ctgaaacaag acttccgcct cggtgtcttc     1980

cacctggaca atgaggtgac ctggcagaag acgagcaatg aaacagtact tccattgccc     2040

caactctcgc tctaccataa cttctacata ctggctaaac tcgccaagaa ggtgctgacc     2100

gttcagttgg gtgccgatgt ccgttacttc accaagtaca acgcacctgc ctatgcaccc     2160

ggcgtccagc agttccatct gcaacctacg gacgatttgg tggaaatagg cggttacccc     2220

atcgtaaacg tatatgccaa cctgcacttg aagcggacgc gtatctttgc catgatgtat     2280

cacgtcaacg cgggtatggg aagcgccaat tccttcctgg tgccgcacta ccccatcaat     2340

ccgcgcttgt tcaaaattgg cgtctcatgg aatttctatg actaa                     2385


<210>  1467
<211>  579
<212>  DNA
<213>  Bacteroides uniformis ATCC 8508

<400>  1467
atgcaagaca ttataaacgg acgttgcggc tggtgcggaa ccgacgagct gtatgtgaaa       60

taccacgatg aagagtgggg aaaaacggta acagacgaca agacactatt cgagtttctt      120

gtattggaaa gtgcccaggc gggactgagc tggataacca tcctcaaaaa gcgggaaggc      180

taccgcaaag ccttttgcaa tttcgatgcc gcgcaagtgg cgcaaatgac cgacgaagac      240

gtggaacggc tgatgcactt tgacggcatc gtgaaaaacc gtctgaaaat caagtcgacc      300

atcaccaatg caaagctgtt tcttgccata cagaaagaat tcggcagctt ttacaactat      360

acgctatcct tcttccccga ccggaacccc attatcaatc attttcagtc attgagtgag      420

attccggtat catctcccga atcagatgcc atgagcaaag acatgaaaaa acggggattc      480

aagttcttcg gctctaccat ttgctatgcc catctgcaag cttcggggtt tatcaacgac      540

catctgacgg attgcatttg ccgaaatcag aaacaataa                             579


<210>  1468
<211>  4581
<212>  DNA
<213>  Bacteroides uniformis ATCC 8509

<400>  1468
ccgcctatca gaaagctaaa aaaaacagta cgctgggtac tcggtattgt attgggattg       60

tatatcggta ccatattgtt gctgaacatt ccatccgttc agcgacaaat gtctgtattt      120

gttgccaatg aactggcttc catactggac agcaagattt ccattgggcg aataaacata      180

ggattgctga accgcatcat catcgacgac ctgctcctgg acgaccagtc tggcaaggaa      240

atgctgaagg tgacccgtct ttctgccaaa ttcgatattc tccccctatt cagcggcaaa      300

atatccatca gtaacataca attgttcggc tttaacatca atctgaacaa gcagactccc      360

aaggataaac ctaattttca gtttgtactc gacgcattcg catccaaaga tacggttcaa      420

aagaaaaaca acctggatct ccgtatcaat tccttactga tacgccgcgg aaaggtttcg      480

tatgatgtgc tgtccgagaa agagactccg ggaaagttca atccacagca tctccgcttg      540

cgtaacatta ttgcaaacat ctccctaaaa gcattgcaaa atgattctat caatgccgcc      600

atcaagcgtc tgagcatcga agaagaacat tccggatttg aattgaagaa actaagccta      660

aaggttatcg gcaatgacca acggatgaaa atcgaaaatt tcgccatcga cctccccaac      720

acctctttgg caatggatac tatacacatg gattatgaca gtctgggggc gtttgacaat      780

cttgcccaag atgtccgttt ctcattccat ttgctgccct ctcaaatcgc cttgcaggat      840

ttatcggctt ttgttccggc ttttggttcc ttcaaggaaa aattgcaagt agaggtacag      900

acggacggca ctgtcaatca actgaattgc ccgcaccttt ccgtctctgt cggaaatcat      960

ttttatctga ggggagacgt atcactacaa gacctttccc atccggaaaa tgcttatata     1020

ttcggcaatt tgtccaattt gtacgcagac ccggaaggaa ttgccttctt tgtccggaat     1080

ttcagcaaga actataatgg agtacctccc gtcctgcaac acttaggaac ggtttccttc     1140

cgtggagaag tatcgggcta cttcacagac ctcgtaactt acggacaagt acgcactgac     1200

atcggaacca tccaaactga cgtaaaacta agttctaaca aagataaagg ttattttgcc     1260

tattccggtg cagtgaaaac caaagagttt gagctgggca agatgctggg taacaaaaaa     1320

ctgggtaaag taactttcaa tctggatgtc aacagcagcc attacgaaaa ccaataccca     1380

tccgtactgc tgaaagggct ggttgcctcc attgattaca gcgactacaa ttacgaaaat     1440

atcaccctgg atggagaata caagcaggga ggcttcacgg gaaaagtcgc cttggatgac     1500

accaatggtt ctgttatttt gaacggtacc atcaataccg ccagtcgggt accgactttc     1560

aactttcagg caagcatcga caaatttcgt cctcatgccc tacatctgac acccaactat     1620

gaagatacgg aaatatcagt caaagtcaag gctgacttca ccggcggttc cattgacgag     1680

atgaacggtg aaatcaacgt tgacagctta ctgttcgcag ctccggaaac acaatacttc     1740

ctggacaatc tgaagatatc cgccatcaga gaaagcgaag accagaaacg gctgaccatc     1800

caatccaact ttctccaagg tcgcatagaa ggcgattatt cttatcgtac cctgcctgcc     1860

agtgtactga atatcatgcg tcgttatatc cccgccttga ttctgccaga caagaaaccc     1920

atagagacgg agaacaattt ccatttcgac atgcacattt acaatacgga actactctcc     1980

accgtctttc agattccggt aaaagtatat acccattcca ccattaaagg atacttcaat     2040

gacaaggcac agcgactccg tgtagaaggc tattttcccc gtctccgcta tgaaaacaaa     2100

ttcatcgaat ccggaatgtt cctttgcgag aatcccggtg accagttcca tacacgccta     2160

cgcttcagca accgcaaatc aagcggcgct gtcaatatag ctttagaagc gcaagcccag     2220

aacaacagca tacagaccac gctgaactgg ggtaacagca gcactgtaac ctacagcggg     2280

aaactcgccg ccgtcgccca cttcatccgt gaacagaaag aagcgaatga aagcaagagg     2340

aaacttcccc ccttaaaaac cgtcattgat gtccagccca ccaacgtgat actgaacgat     2400

acactgtggg atatacatcc ttcccaggta gtactcgact ccggcaaagt gtatgtcaat     2460

gatttctact tcagccataa agaccggcac ttgcgtatca atggcatcgt ttcaccacat     2520

cccgaagata cagtacgtct ggatttgaag gaaatcaaca tcggttatgt gttcgacatt     2580

gcagacctcg gagtcaattt caaaggagaa gccaccggtc cggctttcgc cagcggagta     2640

ctggaaaacc ccgtcatgag caccgacttg tttatccgca acctcggatt gaacgaaggc     2700

ttgctgggtg atgccaacat acacggagaa tggcaccacg acgtgaaggg catctatctg     2760

gatgcccata tcagggagaa agatatcgcc aaaagccatg tgtatggcta tgtctatccc     2820

ttgaagccca ccagttcatt ggatctccaa attgaagcgg gcggtaccaa cttgaagttt     2880

atacatcatt atatgagcag catcacgccc gaattcaacg gacgtgccac cggccatgta     2940

catttctatg gcaaattcaa ggctctcacc atggaagggc gtgtattcgg cgatgcttcc     3000

atgaaggtag acgtgctcaa caccactttc tccgtcaaag acagcatcta catcgagccc     3060

ggcgggttga ccttccgcaa caaccgcatt ttcgacacgc aagggcatca aggcagcatg     3120

agcggctatc tgcactatca gcatttcaag aacctggagt accgtttcaa tttcaatgtc     3180

aacgacatgc tggtgatgaa taccaaagaa tcaccggact atcccttcta cggcaccgtc     3240

tacggtacgg ggaatgccac tattgccggt aatgcccaag atggcgttaa cattgacgtt     3300

gcaatgacta ccaatcgtaa caccaccttt acctatataa aggataacgt atctacagca     3360

gtcagcaacc agttcatcaa gtttgtggac aagacgccac gccgtgccgt acaagactct     3420

gttcgccttt ccgactacga gattgcccaa aaggaaatcg aggaagagaa agagagcgac     3480

actgacatcc ggctgaatct cttggtagac gccacccccg acgctaccat gaagattatc     3540

atggacccta tcgccggcga ctatatcagt ggacggggaa ccggaaatat ccgtactgag     3600

ttcttcaata aaggagatgt aaaaatgttc ggcagttacc ggataagcca gggagtctat     3660

aaattcagtc tgcaagaggt tatccgaaag gactttatta tcagggatgg aagtaccatt     3720

acattcaacg gttcgccgct ggatgccact ctggacataa aagcaggcta tacggtcaac     3780

tcagcatcct taaatgacct aatgcccaac gaggcaacct ccggctacat cagccaaaca     3840

aatgtaaaag tgaactgtat gatggacctt accggacaat tgacttcacc cgatgtaaaa     3900

ttcgacatcg agctgcccaa cgaacgcgat gaagtgcagg ccattgtccg taactatatt     3960

cctactgacg agcaaatgaa catgcagata ctctatctgt tggctatcgg caagttctat     4020

accccggaaa acttgggagc cacccagaat tcgaatatga tgtccagtgt tgtttcatcc     4080

accctttccg gacagttgaa taacgcttta tcaaacattc tcgatgtcaa taactggaac     4140

ttcggcacca atttcagtac cggtgaaaga ggctggacag acatggagtt cgagaccatg     4200

ctttcgggac aattattgaa taaccgacta cttatcaatg gtaattttgg ctatcgtgac     4260

aatccgatgg caaataccaa ttttgtggga gactttgaag cggaatggct cgtcaaccgt     4320

tccggagaca tccgcctgaa agcgtacaac gaaacgaacg accgctacta cacccggaca     4380

aatctgacaa cacaaggtat tggcattatc ttcaaaaagg atttcaacaa atggagtgag     4440

ctccttttct ggaacagatg gaaactcaac cggctgagaa aggaacaaga aataaaacaa     4500

gatactctat ccactgataa aataaacaca gaacagcaga tgcctgaggc acaatcaaaa     4560

cggaaaaggg agcaaaagta a                                               4581


<210>  1469
<211>  807
<212>  DNA
<213>  Bacteroides uniformis ATCC 8510

<400>  1469
atgaaaaaga acttcttcat cattactgct gtagtatgtg gaatgagttg taccaccact       60

gcctatgcgc agttcaaaat cggtggaaag aaaatcaatg tgaacaaagt tgtccaagct      120

ggtacagatg ccgtcaaggc catttcattg tccgatgctg acattgcagc gatgagcaag      180

gaatatatgg aatggatgga tacgcacaat ccgctgacaa agcccgatac ggattacggc      240

aagcgcctgg agaagctgac cggaaatatc aaggaagtgg acggcttgaa ggtgaacttc      300

ggtgtttatg aagtaataga tgtgaatgcc tttgcgtgcg gtgatggtag tgtacgcatc      360

tgtgccggac tgatggacat catgacggat gatgaagtga tggcagttgt cggccacgag      420

ataggtcacg tcatccatac ggattccaaa gatgcgatga agaatgctta ccttcgttcg      480

gctgtgaaga atgctgccgg tgcggcaagt tctacggtat ccaaattgag tgattctgaa      540

ctgggtgcca tggccgaggc attggcaggt gctcaatact cccagaagca ggagacggaa      600

gcggatgatt acggctttga attctgcatc aagaataatc tcgatccgta tgccatgtac      660

aatgctttga acaaattgct tgaactttca gcggaggcac cgaaggaatc caagttccag      720

aagatgttct cttctcatcc ggatacagcc aagcgcgtgg cacgtgccaa ggagaaagcg      780

gatgaatata tgaaggataa gaaataa                                          807


<210>  1470
<211>  3168
<212>  DNA
<213>  Bacteroides uniformis ATCC 8511

<400>  1470
cttagaatct atcgaacgat tctgacccta ttgttgggac tgttcttgtc ggcaggtgct       60

tatgcacagc agatttctgt gaaaggaaca gtaaaggatc agactggcga acctgtgatt      120

ggtgccaatg tgttagtaaa ggggacgact aatggagtga ttacggacgt tgacggaaac      180

tttaatgttt cggccgataa aaacggcgta ttggtaatca gttttgtcgg ctatgtgact      240

caggaagtac cagtggcaga aaaacaaatg gtaattgtgc ttaaagagga tacagaactt      300

ctggatgagg ttgttgtatt agggtatggt gcgaatacac gtaagcagga cttgtctgct      360

tcagtgggtg tagtaagtaa tactgaagaa ttggctgctc gcccggtaac ttctaccgaa      420

ggcatgctgc agggacagct ggcaggtgtt accattacgg ccgatggtgg cgacccaact      480

tcttctccta acattgtgat tcgtggtcaa ggctcacaag atggagacaa tgtactttgg      540

gttgtggacg gtgttcccgg tgcacctatc tcatccatga atgatattga aagtatcgtt      600

gttttgaagg atgctgcttc tgctgctatc tatggcgcac agtctggtgc aggtggtgtt      660

gtgttggtaa ctaccaaaaa agcgaaacaa ggtgctcctt cgttgactta tgacggcact      720

tttggtattc gtcaggctac caatttgata gaaccactga atgcggagca gcagattgag      780

atgcgtaaga tatctcatca aaatgcagga ctttcgcttc cagtcggttg ggatgttacc      840

aaaaatccat ggataggtac gactcgtact gattggatgg atgagatttt ccgcactgcc      900

ttctaccaac gtcataacgt agcgttgaat gtaggttctg ataatttttc aaatcgtata      960

tcttttgctt acgataatga tgaaggtgtt ttgattaata ctttcaagaa gaatcttaca     1020

ttacgttata atggtaaaat gcagctgaac aagtgggtga gcgtcagtga ggattttgta     1080

tggcagaaca ctacccaacg ttccaaagct acggataacg atgcttatac aggacctatc     1140

ctttcggcta tctacatgcc ggcaagtgcc actgtctata atccgttgga cggaagttat     1200

ggtggtgtga ctacggaaga tcctgcctat attgaaaaat atggttcgaa tttctctgat     1260

atccacgggg atgctgtaaa tccggtacgt ctattggaag cagagaattt gtatgacaag     1320

ataagtgaca tatggagcac taccagcttg gagatagcta atgtacttcc tggattgaag     1380

tttacgagtc gttttactta taatatgaag actaatcatt acaagaagtt caatcctatt     1440

cgtgatgaag taggtaaacc ggctttgtcg aataatcttc aagaaactac ttaccgtaga     1500

gatgcttgga agacggaaaa taccctgact tatgataaga cattcggtga acatacggtt     1560

ggtgccttgt tctcgactac ggcagatcat tctgaaacgc gtggactgga agtgacgggt     1620

aaggattttg cggatgaatc ggaattttta caatacatgg cgtatgcagg atcagtgaca     1680

gcatctgact atttgactgg acctgatgcc aatgtgtcgt tgattgcccg tttggcttat     1740

tcttataatg accgttattt tgctactgca tcttggcgtc gtgattatgc tggacgtttg     1800

cctaaggaaa ataactatgg tgatttccct gcagtgaccc ttggatggaa aatatctaat     1860

gaaaaattct ttaagaagag tgattttatc agtttgctga aattgcgtgc ttcttggggg     1920

cgtgtaggta atttgagctc tatagggctt aattataagt ctgctttgtt gaagaaaagc     1980

tcgtggacag aacaagcaca atatggtcct gaggcaaata atatctggaa tactttgatt     2040

tacaacggct ctgcgttaaa tcctgatttg acctgggaaa cttcagaaca gactgacttg     2100

ggcttggatg ttgagatgtt taaaaaccgt ttgtcggtat cattagacta ttttgataaa     2160

cgtactttca atttgattca gacacaatca atggggtggc cttctactat gggactcgat     2220

gccatgttaa tcaatcaagg tgaagtgcgt aaccgtggct ttgagattca agctaattgg     2280

agcgataaga ttaacaaaaa cctttcttat ttcgtatcgg gtaacttctc gtatttaaag     2340

aactgggtat cagatatagg tgtgaaggat gcggatggca atccgggttt gtggcctaat     2400

gataaaaggt tccgtagcat cccttatatg atgcagagta cggaagggga acctctgaat     2460

tccttctact tgattaagac agatggtttg ttccaaagtg atgcagaagt tgccgagtgg     2520

aatgctaaac atggaacata tgtgaccaat gataatggtg aaaaagagtg ggtaggtatt     2580

cagccgaatg ccaaggctgg tgacttgaag tttgtggatc ataatggcga tggtaaaatt     2640

acggatgcag accgtcagta tatgggtagt gcgactccga agacgacttt tgcctttaca     2700

ttgggaatga cgtggaaaaa actttctttc agtgccatgt tccagggagt aggtggagca     2760

aaagctttat atgtaggaaa gtacatgctg ttgagtgatg tagaaggaaa ctttaaccgt     2820

tccagcggga tattgaatgc ttggagtcct acaaataccg gttctgatat tcctcgtttg     2880

tcaaagaatg acccgaatgg aaactttacg actgcatctg attggtattt ggagaatgct     2940

tcttatctgc gtttgaagaa tgtaaccctt tcttatgatt taagcgatgt attccgcaag     3000

tggtctcatt tgaatgaccg taacagccgt ttgtctgtgt acttcagtgg tgaaaatctt     3060

gctactatca ctggatattc tggtatggat cctgaatgtg gtggctggga tgctttgaaa     3120

tatccggtat ctcgcgtatt atctgttggt gtaaaattga cttactaa                  3168


<210>  1471
<211>  3387
<212>  DNA
<213>  Bacteroides uniformis ATCC 8512

<400>  1471
atgaaagaca attatgcttt tcggagttcg acgttcatgc gggctttatt agttttgttg       60

ttcatggcag tttctatcca gtggggcttt gcccagttaa acctgaatgt gtctcgcggc      120

acattgggga cagtcattga acaaatcaag tctcaatcca agtatcaatt tttttatgac      180

gacaaactgg ctgcgttgcc ggtagaaaac gtcaaagtga acaatgcgtc tatagaagat      240

gctttgaatg ttattctcaa agggaaagac atttcctata aagtggagga taacatcgtt      300

tatctttctg aaaagtctgc tgctcctcaa gagggcaacc aacaagggaa agaacggacg      360

attaccggag tcgtgtcaga tgacatggga cctctgattg gtgtgaatgt attgataaaa      420

ggtaccagca acgggtgtat taccgacctc gacggtaact ttacgctgac cactacggag      480

gcgaatccgg tgattgtatt ctcttatatc ggttatacta cgcaggaaat ccccgtgaaa      540

ggtaatgcgc cgattaatgt aatgatggcc ggagataccc aacagcttga agaagttgtg      600

gttactgcac tcggtatcaa gcgttcggaa aaggcattgt cctacaatgt acagcaggtg      660

aatacagatg ccattacttc caataaagat gccaactttg tgaactcatt gagtggtaag      720

gtagcgggtg tgaacatcaa tgcttcttca tccggtgtag gtggtgtatc aaaggtagtg      780

atgcgtggta cgaaatctat catgcagtct tccaatgcac tttatgtaat tgacggtgtg      840

cctattttct ctggccgtgg tactgccgga ggtaaggagt tcgactccca gggatcttca      900

gaaccgattg ccgatatcaa cccggaagac atcgagtcaa tgtcagtcct gactggtgcc      960

gccgctgctg ccttgtatgg ttcggaagct gccaacggtg ccattgtcat tactacaaag     1020

aaaggaaaag aaggtaaggt gagccttact gtcagcagta atactgaatt caccaatccg     1080

tttgtgatgc cgagcttcca aaaccgttac ggtacgggaa ccggtggtgt gatgagcact     1140

tcaggagcca tgcgctgggg agcgcatttg tctgcagcca ataactacaa ttacagcccg     1200

agagatgatt atttccagac gggtattgta ggaacagaga gcatttcttt gtcaaccggt     1260

acagagaaaa accagacgta tgcatcggct gctgctgtaa actccaaggg tattgttccc     1320

aacaacaaat acaaccgtta caactttacg gtacgtaaca ccactacttt cctggacgac     1380

aagatgactc tggatttcgg tgcaagctat attctgcaga atgaccagaa catgacgaac     1440

cagggtactt acaacaaccc gttggtgggt gcttatttgt tcccgcgcag caacgactgg     1500

tctgatatca gcatgtatga gcgctatgac gctgcccgta aaatttatac gcaatactgg     1560

ccggtaggtg acgaaggtat ggtaatgcag aatccttatt ggattaacta ccgcaatctg     1620

cgccagaaca agaaggaccg ctatatgctg aatgccggtt tgagctataa gattctggac     1680

tggctgactg tttcaggacg tgtacgtttg gataactcca acaatgatta tacagaaaag     1740

ttctatgctt ctaccaatac acagctcacc gagagctctt cacgaggtct ttatggtatt     1800

accaagacgc aggacaaaca gttgtatgca gacttcctgg tgagtatcaa caaatatttc     1860

ggtgaagatt ggtcactcca ggccaacgtc ggtggttcat tctccgatat acgttcggat     1920

gcaatgaaaa cacgtggtcc gattgctgat ggtggcgatg ccttcagcgg cgaaccggta     1980

ggtttgacca actactttgc catccagaac ctgagtgcca gcaagacaca gcgtttgcag     2040

gaaggatggc gtgaacagac ccagtctctc ttcgcttcgg ctgagcttgg ttacaagaac     2100

acttacttct tgacgctgac cggacgtaac gactggcctt cacagctggc aggtcccaac     2160

tccaacagca aatcattctt ctatccttca gtcggtggtt ctgttgtact gtctgagtta     2220

atgcctaact tgaacaaaga ttatctttct tttataaagg ttcgtggttc atgggcatct     2280

gttggtagtg ctttctccag atatttggct aatccccact atgaatggaa ttcaagttcc     2340

ggccagtgga gtatcacgac ccaatatccg ttgtacaatt tgaaacctga acgtaccaat     2400

tcttgggaaa tcggtttgaa catgcgtttc ctcaagaact ttgaattgga cgtgacatat     2460

tacaatgcca agactatgaa ccagacattc aacccgcagt tgcctgtcag cggttggtcg     2520

gctatgtata tccagactgg tgccgtacgt aactccggta ttgagttgtc gctgaattac     2580

aagaatacct ggaaagattt tacatgggat accggtataa ccttctccag taacaagaat     2640

aaaatcctga ctttggcaga caatgccatc aatcccgtta ccggtgagct gttctctttg     2700

agcacgttga atatgggtgg cttaggtgat gcccgcttct tgctgaaaga aggtgggagc     2760

atgggtgacc tttactcact gcgagatatg aaacgtgatg ccaatggaca gatttttgtg     2820

gaccaaaatg gaacggttgc tacggaagcc ataacggccc cggataaata catcaagttg     2880

ggaagcgtac ttcctaaagg taatttggct tggcgtaata acttcatttg gaagaatttc     2940

acagcaggtt tcttgatttc agcccgtttg ggtggtgtgg tttactcacg tacacaagct     3000

atgttggact attacggtgt gtccgaggct tctgccgatg cacgtgattt aggttacgtg     3060

ttggtgaatg gtagagataa ggtaaacccc gaaacatggt acggtgtagt aggtagcggc     3120

acgtctgttc cccaatacta cacttattct gctaccaatg ttcgtctgca ggaagtatct     3180

ttgggttaca ccatccccag aaagttgttg aatgatgtgt gcgatatcaa ggtttcgttg     3240

gtaggccgca acttgtggat gatttacagc aaggctcctt tcgatcccga aagtgtagct     3300

tctaccgata acttttatca gggaatagac tatttcatga tgccggcttt gcgtaacatc     3360

ggctttagct tgagctttaa attttaa                                         3387


<210>  1472
<211>  1041
<212>  DNA
<213>  Bacteroides uniformis ATCC 8513

<400>  1472
gtgggagagg ctgccggaat gcagcctctt ttcattatcc gctattccct aaattctgaa       60

aatgccatgt ttacagcttc cgagctttta gaaagaataa attctcatat tgcagaattg      120

cagtttaccc gtactcctca aggtttatat gctcccgtta cctatgtgtt gtccatgggc      180

ggaaaaagaa tccgtccggt attgatgttg atggcctaca atctgtatca ggaggatatt      240

acccgtattt ttaaccctgc aacggggatt gaagtgtatc ataattatac tcttttgcat      300

gacgacttga tggaccgtgc agaccgtcgc cgtggtaagg agacggtaca taaagtttgg      360

gatgacaatg ctgccatcct ttcgggggat gcaatgcttg tattagctta tcagtttatg      420

gctcaatgcc cggttgaaca cctgaaagag gtgatggata tatttagcct gactgcactg      480

gaaatctgtg aaggacagca gctggatatg gagtttgaac atcggaagga tgtgaaggca      540

gaggagtatc tggaaatgat tcgtctgaaa acttcggtat tgttggctgc aagcttgaag      600

attggcgctc ttttgggagg ggcttcttct gaagatgcgg agcagttgta tgattttggc      660

atgaacttgg gtgtcgcttt tcagttgaaa gatgatttcc tggatgttta tggcgatgct      720

gccgtctttg gaaagaatat tggaggtgat attctgtgca ataaaaagac ctacatgctg      780

ataaaggctt ttgaacatgc ggatgaggag cagttgaccc gcttgaatgc ttgggtggat      840

gctgttgcat tcaacccgga ggagaaagtt gctgcggtga cggaactgta taaccggatt      900

ggcgtcaagg aactgtgtga gaaaaagatg gaagagtatt gtgaacgcgc aatggaaagt      960

ctgttggcgg tgaaggtggc agatgaaaag aaagaggaat tgaagaacct gatggctaac     1020

ctgatgcatc gggaagtata a                                               1041


<210>  1473
<211>  1392
<212>  DNA
<213>  Bacteroides uniformis ATCC 8514

<400>  1473
gaaacagaag aacagaaccc ggcttacaga ctgactgctt ttttattgac aatggataat       60

cgagataata gcatgaacaa gcgtattgct gccctttgga aattcctcac ctacgacatc      120

tggcgtatta cggaagatga agtcacgcga acgacctttt ccgtatacaa tatcatcaag      180

acgatttatc tttgcatcaa ccgcttcacc aaagaccgga tagtaaacaa agcctcggcg      240

ctgacttaca gtacgctgct tgccatcgtg cctattcttg ccattttgtt tgccatagcc      300

cgcggtttcg gattcgataa tctgatggaa agccagattg tcaacggttt cggcggtcct      360

acggaaacca cggaagtcat cctgcaattc gtgaattcgt atttgtctca gaccaagagt      420

ggaatattca tcggagtggg tctgattatg ttgctgtgga cagtcctgaa tctaatcaac      480

aatatggaaa tcaccttcaa ccgcatctgg caggtgaaaa aggcgcgcag catgtgccgc      540

aaaataacgg attacttctc tatgcttctg ctgatgccca ttctgctggt ggtgtccggt      600

ggtctttcca tcttcatgag tacgatggtg aagaacctcg aagactttac cctgctggct      660

cccgtcggca agtttatggt gcgcctcatc cccttcgtgc tgacctggtt catgtttaca      720

gcactgtacg tctttatgca gaatacaaag gtcaagacga aacacgcact catatccgct      780

attctggcag gtacggcaca ccaggcattc caattccttt acatcagcag ccagttgtgg      840

gtttcccgtt acaatgccat ctatggtagt tttgccgccc ttccgatgtt tctgctatgg      900

ttgcaggtat cctggaccat ctgcctattc ggtgccgaac tgacctacgc cggacagaat      960

atccggaact tcagcttcga caaggatgcg cgcaatatca gccggcgcta ccgcgatttt     1020

atctccatcc tgataatgtc tctcatagcc aagcgctttg aacaagacgc ccagccctat     1080

acagccgaag agatatccga agagtgccag attcccatcc ggctgacaca cgaaaccctt     1140

tatgaattgc aggaaatcaa cctcctacat gaagtggtga ccgatgaaaa gagtgaagac     1200

atcgcttacc agccttccat ggatatcaac aaaatgaatg tggccctcct actggacaaa     1260

ctggacacgc acggctcaga agatttcaaa attgataaag aaaatgaatt caacaaccaa     1320

tggggagcat tgctgaaggc acgggaggaa tactacaaga atgcaagcaa ggtgctgctg     1380

aaggatttgt aa                                                         1392


<210>  1474
<211>  1683
<212>  DNA
<213>  Bacteroides uniformis ATCC 8515

<400>  1474
ataataatag tagtgtcatt atgcgttttc ctgctatcca tcggcgtata tcataaggtt       60

ccctggtctg ttctgccaat agtggctagt ggaatctgta tattatgttg gcttttgttc      120

catttactct gtatcagtga agaaagagat ttactgaaag agggaaatca gtatttcatt      180

gatacctttc aaaacatacg taatcccatt tctttgatta agacaccgtt aggggcagtt      240

tacgaaggag actgtccgga agacataaag aaggaactgg ctgttgcact tcatcatata      300

ggcgggctgg agcagcactt gatagcgttg atggagttga aacgactatt tggcaattct      360

ggtagcctgg tagttgcaga acatgaaatc ggcgcattta tgaggaagaa agtgtctttt      420

ttacagtctc atgtggccgg gttacagatg aagctggatt tggttccgga ttttgactat      480

gcaagcgctt ggtttgatcc gggaaagata tctccggtta tcgaccggtt tgtattgagt      540

gccatcgagt gttctctgcc ggaaacgcat ctctcgatgc aggtttcgtt gaagggagat      600

tactgggcaa tcaggattaa ggatacaggc aacaagcgat ttctgaaatg ttgcagatgg      660

tactcgtcgc ggcttcctat tctgcgacct ctgcatggca agcagtatgg catgggcggt      720

gtgttttttg acaagttgat gaatatatgt gacgggaaaa tactgacttt ggaaaaggag      780

gctctgcttc gatttcccat aagatgttcg tgtgcggttt cgggggggga tacatcctta      840

aatattccgg acacttttca ggtgaatgag tcggaaatag ctttccatgg tttctcgaag      900

aaaaaaaata tggatagacc tttagtgata cttgcggata atgacaaggg attcaaggat      960

tatcttgaga aacgtttatc ggaatgtttt gtagtgagga gctttgatga cggtcaggaa     1020

gcattggagg taatatgtga agagtatccg gatttggtga tttgtgatat catgttgaaa     1080

ggtatgagcg gtgaggaact ttcttctaaa ctgaagacgt cgagggacac ctcctttatt     1140

ccggtgatat tgatgggggc gcacattgat gtgaaacggc gggaaaagcg ttgttcttct     1200

caggctgatc tctttgtatg taagcccttt aatctggagg accttaaagt ggaaatatcc     1260

atattgataa ataatagccg ttttcttcgg aagacatttc ttcagaaagt ttttggagaa     1320

gattttttaa cgaaacctat ggagcgggct cagcaggatg ccaatctggc atttttgaat     1380

gaagtgaagc tttacattat ggagaatatg gataaagagg atttgacagt agatgatatt     1440

gcctccagga tgtgcatgag ccggacaacc ttttataata agtggaagtt gttgacggga     1500

gaagcaccca aatatttgat ttcgagaatc aggatggaga aggcacggga acttttggaa     1560

agcggaaaat tttctgtgac tatggttgct gaaatggtgg gtatgcgaaa tctgaaaaac     1620

ttcagaggca ggtataagga gtattttgga aaaacaccga aggagtttat gaaaaaagta     1680

tga                                                                   1683


<210>  1475
<211>  1026
<212>  DNA
<213>  Bacteroides uniformis ATCC 8516

<400>  1475
tttgctttca tttcctatat ctattaccat ttctacctgg agacaaattg tccccaggta       60

agtgaccagt ccttcatcgg gtcagtccct attattgggg atttaacaat cccccctctt      120

ttgccgaaaa ctaaaacttt cctccccaaa cactaccctt cgtatcacaa tattttatac      180

ctttgttcac taagaaataa tcgtcccata cccatttctg tttcgttcga cagctgtcgg      240

acgataatta aacaactgtt ggacgataat gcaacagttg tcggacgatt agtttttagg      300

aagaagaaaa ttaatccgct tagcgacaaa aataattccc cgaagcgacg agaactgttt      360

atcgctataa acaaaaataa atatcttatg agcgcgtatt acgaccttta cgaaacgcct      420

tcgcccgacg ggaaagaaga caagaaatca ctccatgcac gtatctgccc gaaaaggact      480

tatacccaaa aggagtttgt ggaacatatt gcaactttcc aacatctgcc caagaatgtg      540

ataggggcag cattggatgc ctgcattgac gagttgtgcg acctccttgc caacggaaac      600

atcgtggagc tgggagaact cggattcttc agcacttcac tgaaatgctt gcgcgagacc      660

gacgacgaga aaaagaaaat ccgctccgaa tccgtccaat tccaaaacgt acacctgcgc      720

atcagcagca cgttccgcaa caacatcaag aagaaaatga cgttggaacg tgtacactcc      780

actaccaaga aatcgaaaaa agtagtagag accaccgaag aaacaagaaa agccgaactg      840

gaactgttcc tcaagcagaa tgtatgtatc aacaagaacg aatacatcca gctaagcgga      900

ctaaccagac atgccgccat agacgaactg aacaacttca tccggcaagg gttcctgcgc      960

cgccgcggaa tgggaaggtc aacggtctat gtgcgacaag aaaaagacac agcaaacgaa     1020

atttag                                                                1026


<210>  1476
<211>  825
<212>  DNA
<213>  Bacteroides uniformis ATCC 8517

<400>  1476
atgaaagcgt taagaaatta tctcgacaag ataaagccga actttgagga agtaaagccg       60

aactttgagg aagacggcaa attccacgca tttcgttcgg tgtttgatgg cttcgaaaca      120

ttcctgttcg tgcccaatgc cacttcgaaa tcgggaacgc atattcacga ctccattgac      180

agcaaacgca tcatgtcgat ggtggtcatt gcgttagtac cggcgctgct gttcggtatg      240

tataacgtag gttaccagca tttccacgct accggtgctg ccggaggctt ctgggaaatg      300

ttcatctacg gttttctggc tgtattgcca aaaatcattg tatcttatgt agtaggtctc      360

ggcattgagt tcgtagtggc tcagtggaag aaggaggaga ttcaggaagg cttcttggtt      420

tccggtatct tgattccgat gattgttccg gtagactgcc cgttgtggat tctggcggtg      480

gctactgcat tctctgtaat ttttgctaag gaagtattcg gtggtacggg tatgaacgtg      540

ttcaacgtag ctttgattac ccgtgcattc ttattcttcg cctatcctac gaagatgtcc      600

ggtgatgccg tttgggtatc gggcgacagt atcttcggtc tgggacagtc ggtagatggt      660

ctgacggtag ctactccgtt gggtgcagcc gctacctcgg gcgccgttcc ggagttctcc      720

tgggacatgg tgaccggcct tattccgggt tctatcggtg agacaagcgt tatcgccatc      780

gctctgggtg ccattctgct gttgtggacg ggcattgcaa gctgg                      825


<210>  1477
<211>  924
<212>  DNA
<213>  Bacteroides uniformis ATCC 8518

<400>  1477
atgtttgcgc aaaatgaaga tttatatgcg caattgggaa tactgaaaaa aagcattttc       60

ttaattttgc acatgttgaa caccttaatg ttatatacta tgaaactgtc aatagattta      120

ggaggaacca atattcgaat agcccaagtg gaaaaaggga actgcttgaa taaagtgtcg      180

gttccatgtt tagctcagca agatgcttct actgtgctaa accagctttc ccagcttatt      240

cggaatatga tgaatgagca ggtagatggt atcggtatcg gtgtcccttc aattgttgat      300

ccggagaaag gaattgtata taatgtagca aatatatctt cttggaaaga aatacacttg      360

aaggagattt tggagaacga attcaaggtg gcagttgcca ttaataatga ttccaactgt      420

ttcactttgg gggagagcct atacggcgaa ggaaaatctt ataccaacat ggtaggcgtt      480

actattggga ccggaattgg agctggcgtt gtcattggcc gtcgtttgta tggtgggcaa      540

tatatgggag ccggtgagat aggctcattt ccttatttgg actctgattt tgaacactat      600

tgcagtagtt tcttgtttaa acgttatggc actaccggtg cggtagtagc tgaaaaagcc      660

cagcaaggag aacaagctgc attggagatt tggaaagagt ttgggaggca tttgggtaat      720

cttataaagg caattctttt tgcctatgct ccccaggcta ttgttttagg aggcggtatt      780

gtatcggctt ttcctttctt taaaaatgct atggaacaaa caatgcaaag ttttccctac      840

aagattatat cggataatgt gagtgtggtg gcttcgcatc aaaaggattc cagtttattg      900

ggtgctgccg ctcttcttga gtaa                                             924


<210>  1478
<211>  1419
<212>  DNA
<213>  Bacteroides uniformis ATCC 8519

<400>  1478
gtggaaaaga aaaattattc ttatgacgaa gcctacggag aatctttaaa atacttccaa       60

ggcgacgagt tggctgccag agtttgggta aacaaatatg cagtcaaaga ttctttcgga      120

aatatttacg aaaagtctcc ggaagacatg cattggcgga tagccaatga ggtagcccgc      180

attgaggcca agtaccccaa tccattaagt tcagaggaac ttttcggctt gctcgaccac      240

ttcaagtaca ttgttccgca aggaagcccg atgaccggaa tcgggaacaa ctatcaggta      300

gcctctctgt ccaactgctt tgttatcggt gtggacggcg aagcggattc ttatggtgcc      360

atcttcaaga tagacgaaga acaagtacag ctgatgaaac gccgtggcgg cgtgggacac      420

gacttatccc atatccgtcc gaaaggttca ccggtaaaga actcggcact gacctccacc      480

ggcttggttc ccttcatgga acgctattca aactctacac gcgaagtagc tcaagatgga      540

cgccgcggcg cactgatgct cagcgtatcc atcaaacacc ccgactcgga agccttcatc      600

gatgccaaga tgactgaggg caaagtgacc ggagccaacg tttccgtaaa actgaccgac      660

gacttcatgc aggccgccat cgaaggcaaa ccatatacac agcaatatcc gattgacgcc      720

acagagccgg catttcaaaa agacattgac gcatccgcat tatggaaaaa gattgtgcac      780

aatgcatgga aatcggcaga acccggtgta ttgttctggg ataccatatt aaaggaatcc      840

gtgcccgact gctatgcaga cctgggctac cgtaccgtat ccaccaatcc atgcggcgaa      900

attccactgt gcccgtacga ctcctgccgt ctgctcgcca tcaaccttta ctcatacgtg      960

gtcaatccgt tcaagccgga cgcctacttt gactttgagc tattcaagaa gcatgtagct     1020

ttggcccaac gcatcatgga cgatatcatc gaccttgaac tggagaagat agagcgcatc     1080

atgagcaaga tagatgccga ccccgaaagt gaagacgtga aacatacaga acgcgttttg     1140

tggcagaaga tttacaagaa aagcgcccaa ggccgccgta ccggtgtagg catcacggca     1200

gaaggcgaca tgcttgccgc cctgggattg cgttatggca ctgaagaggc aaccgaattc     1260

tcggagcaag tacacaagac ggtggcactc aacgcctatc gctcctccat agaaaaacgc     1320

ctatcgctcc tccatagaaa tggccaaaga acgcggcgca ttcgaggtgt acgatacaga     1380

acgcgaaaag aacaacccgt tcatcaaccg cctgcgtga                            1419


<210>  1479
<211>  1401
<212>  DNA
<213>  Bacteroides uniformis ATCC 8520

<400>  1479
atgaagaaac gatttttatc tgtaattgtt ctgagtgccg cactgttctc tgtgcaggca       60

caagagggaa aagggggtat cagccccgaa atgcttggac aaatcaagca aagttatcaa      120

ggcacggctg ccgacaaggc gctccgcaat gccataggca ataatgacat ccgtaaactg      180

gcactcaacc aggagaatat gcagggcatg gatacccact tctccatcaa ggtagaatcc      240

aaaggcatca ccgaccagaa gtcgtctggc cgctgctggc tgtttacggg gctgaatgtg      300

atgcgtgcca agactcttgc cgaatacggt ttccagtctt tcgagttctc cgaagtctat      360

cccttcttct gggaccagtt ggagaaggca aacctcttct tgcaaggcat catcgacacc      420

tccaagagtc ccctgactga taagaccgta gaatggctct tccagcatcc gctgagcgat      480

gggggtacct ttaccggtgt ggccgacatt gtttccaaat acggccttgt tcccaaagat      540

gccatgcccg aaacaaacag cagtgaaaat acctcccgca tggccaacct catctctctg      600

aagctgaaag agtatggtct gcaactgcgt gacatggctg ccgccggtgc caagcccgaa      660

gctctggaga aggagaaaac tacgatgctc ggaaccatct accgcatgct ggtgctgaac      720

ctcggtgtac ctcccacgga gttcgactat gtccgccacg atgccaaggg taatccagtg      780

gagacagagc atcacactcc catgtctttc cttgagaaat atggagacaa acaactgctg      840

accaactacg taatgctgat gaacgacccc agtcgcgagt attacaagtg ctatgaaata      900

gactatgacc gccaccgtta cgacggcaag aactggactt atgtcaacct gcccgtagag      960

gacatcaaag agatggccat tgcctccttg aaggacagca ccatgatgta cttctcttgc     1020

gatgtgggca agttcctgaa ctccgaacgc ggtctgctcg atgtgaaaaa ctatgactac     1080

gaatcactga tgggcaccac cttcgggatg gacaagaagc aacgtatcca gactttctcc     1140

agtggctctt cccacgccat gaccttgatg gctgttgact tgaacaaaga cggaaagccc     1200

gtaaagtgga tggtagagaa tagctgggga gctgcttccg gttaccaggg acatctcatc     1260

atgaccgacg agtggttcaa tgaatacatg ttccgtctgg tagtggagac aaagtatgtt     1320

cctgccaaag tgatggaatt gtttaaacaa aagcctgtcc gcctgccggc atgggacccg     1380

atgtttgctg aagaaaagtg a                                               1401


<210>  1480
<211>  2145
<212>  DNA
<213>  Bacteroides uniformis ATCC 8521

<400>  1480
atgattaacc caattgttaa gacgatcgag cttcctgatg gcagaaccat cacgctcgaa       60

acgggaaagc tggcaaaaca ggcagacggt tctgtaatgc ttcgtatggg caacaccatg      120

cttttagcta ctgtttgtgc cgccaaggac gcagttcccg gaacagattt catgccatta      180

caggtagagt acaaagaaaa attctccgca ttcggacgtt tccccggcgg tttcacaaag      240

cgcgaaggac gcgcttctga ctacgaaatc ctcacttgcc gcctcgttga ccgtgctctc      300

cgccccttat tccctgataa tttccatgca gaggtatacg taaacatcat tcttttctca      360

gcagacggcg tagatatgcc cgacgctctg gccggactcg cagcttctgc cgcacttgca      420

gtttcagata tccccttcaa cggacctatt tccgaagtac gcgtagcacg catcaacgga      480

caattcgtca tcaaccctac cttcgaacaa ctagaacaag ccgatatgga cttgatggtg      540

ggcgccactt acgaaaacat catgatggtg gaaggcgaaa tggacgaggt ttccgagcag      600

gacttgctgg aagcgatgaa ggccgcacac gaagccatta agattcagtg caaggcacag      660

atggaactgg cagaagaagt aggctctacc gtgaaacgcg aatattgcca cgaagtgaac      720

gacgaagaac tccgtaaggc cgttcacgac gcttgctacg acaaggctta tgccattgcc      780

gcttccggaa acaagaacaa gcacgaacgc atggatgctt tcgatgccat ccgcgaagaa      840

ttcaaggcac agttctccga agaagaactg gaagaaaagg cagccctcat cgaccgttac      900

tatcacgatg tggaaaaaga ggcgatgcgc cgttccattc tggacgaagg caagcgcctt      960

gacggacgta agacgaccga aatccgtcct atctggtgtg agaccagcta cctgcccggc     1020

cctcacggtt ccgctatctt tacacgtggc gaaacacagt ctttgtctac tgtgacttta     1080

ggcaccaagt tggacgagaa gattatcgac gacgtattgg aacacggaaa agaacgtttc     1140

cttctgcact acaacttccc tccgttctct acgggcgaag ccaaggcaca gcgcggtgta     1200

ggccgtcgtg aaatcggcca cggccatctg gcatggcgtg cattgaaggg tcagattcct     1260

gcaaactatc cgtatgtagt acgcgtggta tctgatatcc tcgaatcaaa cggttcttct     1320

tccatggcta ccgtatgtgc cggaactctg gcattgatgg atgcaggtgt gaaaatcaag     1380

aaaccggtat caggtatcgc catgggattg attaagaatg caggcgaaga caaatatgcc     1440

gtattgtccg atatcctcgg tgatgaggac cacttgggcg acatggactt caaggtgacc     1500

ggaacaaaag acggtatcac cgccactcag atggacatca aagtggacgg tctgtcatac     1560

gaaatcctcg aaaaggcatt gctgcaggct aaagaaggcc gcgaatatat cttgggcaaa     1620

atcaccgagt gcattgccga gcctcgcgaa gacctgaaac ctcacgctcc gcgtatcgag     1680

acaatgacca ttcccaagga attcatcggt gctgtcatcg gccctggtgg aaagattatc     1740

caaggtatgc aggaagaaac cggtgctacc attactattg aagaagtgga caacatcggt     1800

agaatcgaaa tcgccggtac caacaagaag agcatcgatg atgctatgcg tatcatcaaa     1860

gggattgtag ctgtccccga agtaggcgaa gtctacaaag gcaaggtacg ctccattatg     1920

ccttacggtg cattcgttga attcctgccg ggtaaggacg gcttgctcca tatctccgaa     1980

atcgactgga aacgtctgga aacagtagaa gaagccggta tcaaggaagg tgatgaaatt     2040

gacgtaaaac ttctcgacat cgacccgaag accggaaaat ttaagctgtc acgcaaagta     2100

ttgcttccga gaccggaaag acaagaaaga ccggaaaaga aataa                     2145


<210>  1481
<211>  780
<212>  DNA
<213>  Bacteroides uniformis ATCC 8522

<400>  1481
aaagatatga aagcagcaat tatcggtgca ggaaatatgg ggggagccat tgcccgaggg       60

ctggcaaaag gaacaatcat ccctgccggt aacatcattg tctccaaccc cacccagggc      120

aagctggaca agctgaaggc agaattcccc gcattgcaag tgaccaatga caaccaggaa      180

gcggcagccg gtgcagatat gataatcttt gccgtgaagc catggctgat ggagccagtg      240

ataaaggaac tggaactaaa aggcacagag attcttatat ccgttgcagc cggcattcct      300

tttgaaaagc tgacacacta tgtagcagac aaagaaatga ccatgttccg tcttattccc      360

aataccgcca tcagcgagat ggaaagcatg acactcatcg ccagccgcaa tgccaccaag      420

gagcaggagc aactgatgct ggacattttc aaccagatgg gactcgccat gctcattccc      480

gaagaaaaga ttgcggcaac cactgccatg acttcctgcg gcatcgccta cgtgcttaag      540

tatatccagg cagccatgca ggccggcgtt gaaatgggta tctatcccaa agacggcatg      600

cgcatggtgg cacaatccgt gaaaggggca gccgagctga ttctgaacaa cgacacgcac      660

cccagtgttg agattgacaa ggtgtgtacc cccggaggaa ttaccatcaa gggaatcaac      720

gagctggaac atgaaggatt cacctccact gtgattaaag ccatcaaagc gagtaaatga      780


<210>  1482
<211>  996
<212>  DNA
<213>  Bacteroides uniformis ATCC 8523

<400>  1482
atgaagagaa acggattaag aacagttgtt gtattagctt tgaccatatt tctattgaat       60

gctccggttt gtgctacagc ttccagattg caggatactt gtgcggaggc gcgggatgag      120

gttgcactgc ggcctgagtg gatgaggatt ctccatgata cgcttcctat atgtaagatt      180

tctattcctg gttcacacga tagcggtagt atcaaaggag ggcatatgtt gaaaacacaa      240

gcaacagata ttcctgctca attacggcaa ggcatccgtg ctttcgatat ccgtttggaa      300

aagaagggta ataaactggg ggtgtttcac agtcatgcct ttcaggatat atattgggaa      360

gatgatgttt tacctgcttt tatacacttt ctgcaaacat atccttctga gactttgatt      420

gtttccttga aaaaggaagg gggagaattg cgggattatg cttctctgct gtccgtttct      480

ttaagcagcc ctgagtatca aagttatttc gtgatggact ttcgccctga actgacgctg      540

aaagattgcc gtggaaagat tcttttcctg catagggatc atgctatgga taattatcct      600

ggagcagcat gtgtaggttg ggaggatgac agtacttgcc tgctcactct tcgcaataaa      660

gatggtaagg aaggagtggc tttgctcgaa gatgaatatc aatatgaatc gggtgaggag      720

gccgggaaga aggtaggggt ttgtgtccgt aatattgaag ggatgtctgc tgagccggtt      780

tcctcacgtc ggtggggaat tacttttgta agtgcgacgg ggctgccctt gggaacccct      840

aaagtctttg ctgataaggt gaacaagcct attgctgact atttaaaaca aaagaatagc      900

cggaattgcg gtattgtttt tatcgatttt gtcagtgaac ctggaggaaa agatttggtg      960

gaatatttga ttgacagtaa tgtttgcgca aaatga                                996


<210>  1483
<211>  1206
<212>  DNA
<213>  Bacteroides uniformis ATCC 8524

<400>  1483
gacatgaaaa gatatatact aagcattatc gcactggtgc tgttcgccac caccttttat       60

gcccaggaac agactgcggc cgccacaaac gacagcgttc ctgcactgac caaaaaagaa      120

ctacgcaagc aaaaggtagc gcgtcggaat ctgcattaca atattctggg cggacccagc      180

tacacccccg acttcggtgc cgtgctggga ggaagcgccc taatgacctt ccgtatgaac      240

cccagcgaca ccacgcagct gcgctccgta gtgcccatgg ccatcgcctt catgttcaac      300

ggtggcatca atctcttctc caaaccgcaa ctcttcttta agggcgaccg tttccgtatc      360

ttcggaaagt tcagctataa aaatacggaa gaaaactttt acggcatcgg ctataatacc      420

aataaagatt atgtacgaag cgacagtacc agcaaatacc ggtacagcgg cgtgcaaatc      480

aacccctggt tccttttccg actgggcaac agcaatatct ttgccggacc tcaaatcgac      540

atcaattacg accacttgac ggagcccggc aagttcttgg tggacgaacc ctcgtacaaa      600

gaggcaggcg gtacggctaa tggctataac aacttcaact ccggcctcgg tttcctgctg      660

acatacgaca gccgtgacgt ccctgccaac gcctaccgtg gtatgtatct ggatttccgc      720

ggcatgatgt acgccaagtt catcggcagc gaccagacct tctaccgcct agagatagac      780

taccgccaat acaagtcact gggcaagcgc agggtgctcg cgtggacggc acagaccaag      840

aacgtgttcg gtgacgtccc tctgacgcaa tatgccctca ccggaacgcc tttcgacctg      900

cgcggctact acatggggca atatcgcgac aagtcctcgc atgtggtcat ggcagagtac      960

agacagatgc tcaataccga ccgcagcact tgggtgaagc ggatgctcaa ccacataggt     1020

tttgtagcct ggaccggctg cggcttcatg ggccccactc ccggcaagat agagggtgta     1080

ctgcccaact atggtgtagg tctacgcatt gaggtacagc cacgcatgaa cgtccgcctg     1140

gatttaggca aaaacacggt aaacaaccag atgttgtttt acttcaatat gacagaagcg     1200

ttttga                                                                1206


<210>  1484
<211>  609
<212>  DNA
<213>  Bacteroides uniformis ATCC 8525

<400>  1484
atggctccgg ctgatacact ggtttgtgat actgcacagg ttgccgtttg gcagtccgac       60

ccggcgtttg cttacagtcg tgagttgata gctcccgaaa ttaatgtact tgagtggttc      120

agcagatggt tcggcaagct gctggacaag atattcggga atacgttggt ggcagaatat      180

tcggaggtcg tattgatatg cattgccgtt cttatcctgg tattggtcat ttggtttgtg      240

tacaagaagc gtccggaact gttcatgcgt tcgcgcaaga gtaccctgcc ctatacagtg      300

ggggaggata ccatctatgg agtggatttt gcggaaagaa ttgccgatgc gcttgcccgg      360

acggattatc gggaggcggt gcgtttgctc tatctgcaga cgctgaaaca gctcagcgat      420

ggaaaacgta tagactggca gttatataaa acgccaacac aatatatcta tgaagtccgt      480

ctgccagctt tccgccaaat gaccaaccat tttctacgag tacgttacgg aaattttgaa      540

gcgaccgaaa ctttgttcca tgcgatgcgg gatttgcaga aagaagtgga gaaaggaggg      600

gcggcatga                                                              609


<210>  1485
<211>  738
<212>  DNA
<213>  Bacteroides uniformis ATCC 8526

<400>  1485
gagatgagtg gccgaataca gaaccttaat aataatgaac aaatgaaccg atatgccaga       60

caaacgtccc tccctgaaat aggcgaagcc ggacaagaga aactgcgtaa tgccaaggtg      120

ttgatagtcg gggtgggagg attggggtct cccattgccc tctatctggc gggagcagga      180

gtcggaacgc tgggattggt ggacgatgac caggtcagca tcagtaatct tcaacgtcag      240

gttctgtatg ctgaagctga ccttgggcag cctaaacctc tatgtggcgc ccgtagagtg      300

cagggtttga acagcgatgt aaacgtggaa gtatacccct tccgtctgga caagaagaat      360

gccggagaac tgataaggaa ctacgatata gtggtagacg ggtgcgacaa cttcgctacc      420

cgctacttgc tgaatgacgt atgcaacgct tggggcaagc cctacgttta tggtgccatt      480

caaggctttg aaggccaagt gtccgtcttc tgctacggtg agagtgctaa aaactatcgt      540

gacctctatc cggatgaaga agggacactg ctcatgccat ctctggacaa atcggttatc      600

ggcgtaaccc ctgccattgt gggtagcgta gaagccaatg aagtgttgaa actgatttgc      660

ggctacggtg aacccttggc tggaaagcta tggacgattg atttaaggac catgcagtcg      720

tatattctct cattatag                                                    738


<210>  1486
<211>  939
<212>  DNA
<213>  Bacteroides uniformis ATCC 8527

<400>  1486
caatcaaata attttgttac ttatttatcg aaacgacaaa acttaaaaac aaacaccatt       60

atgaaaaagt atgctatcaa catccttgtc attttattcc tactcacgcc atttacattg      120

tttgcaaatg gatgccatgc caataacgac accatcaaag tattggcaat aggcaacagc      180

ttttcacaag atgcagtaga gcaatatttg cacgaactgg gagaagctga aggtatcacc      240

atgattatcg gcaatatgtt tatcggagga tgttcactgg aacggcacgt gcaaaacata      300

cgcaacaacg ctccggccta tgcctatcgc aaagtagaga aagacgggga aaaaacagaa      360

acccggtcaa tgactattga gaaagcactg gccgatgaga aatgggacta tatcagtgtt      420

cagcaggcca gccctttgtc tggtatctat gacagctaca aagcttccct acctgaattg      480

gttaactata tcagggaacg aattggaaag gaaaccgtat taatggtgca ccagacatgg      540

gcttatgcta ccaatgccaa ccacaccgga ttcaaaaact atgaccagaa ccaaatgaaa      600

atgtacacca gcattgtgga tgcagtaaag aaagccgcca acctggtggg tatcaagaaa      660

attatccctt cgggaaccgc catacaaaat gcacgtacct cctttatcgg cgaccatatg      720

aatagggacg gataccacct tgacttaacc ataggcagat atacagctgc ctgcacatgg      780

tttgaggcat tgacccatca gaatgtaaca gaaaacccat attctcccga aggaatggac      840

ccaatccata agaaagcagc tcaaatggct gcgcacaacg ccatcctcta tccggacaaa      900

gttacggaac tgacagaact gaaaaagatt gccgattaa                             939


<210>  1487
<211>  1638
<212>  DNA
<213>  Bacteroides uniformis ATCC 8528

<400>  1487
atgaaaaaaa atatattatt ttttgcgatg tctgccacat tgcttatgag ttcttgcagt       60

gacttccttg atgtgcaacc agagggagat gctactacaa cgacttattt taccaatgac      120

ctgcaggcta ttgatgctgt agatgcattg tatgaaagat ttcatcagga agctgtatat      180

ggacgcgaac tgttttggga acaaggtgcc gcgtgcgacg ttgtgtgggg aaagacccgt      240

gattttccaa cacttgctac attgaaatat acaggagacg aatccccttt gcgtactatt      300

tttgatacta tgtacaaagt gatggcacgt tccaactggg taatacaaga gttgcttaag      360

aaagggaaaa gcaccacttt gagtgatatt gaaaagagaa gtctcggtga agcttacttc      420

actcgtggat gggctcattt cttgattgct tatcgttacg gtcttgatac acaaggggta      480

ccttttgtcc gttatgaaga ttttgaaggt ggctatgaca attctattcc tcctcagcaa      540

gcttcggtca tcgataatta taaattgatt atctcggata tggacaaggc aatagagtat      600

ttgccccgtt ttgaagagta tggagataat gatagaggac gcgcgcacga tgcggctgca      660

gtagctttta aagctaaagt ttatgcttat tgggcaactt gggatgctac acaatgggga      720

aatgtaatca gtatggtcaa tgaactggaa actgcttacg gacgtgattt agccggtact      780

tatgaagagt tgttctcttc tgatttctct aaatggtgga ataaagagta tatttggact      840

attcctggaa atggtggctc tcaaggtggc ggttcggagt ttccgggagt tgtccttgag      900

aacaaaggct ggggacaata taatggctgg ggacagaaca agccgtctta tgatatttac      960

gaagagatgt tgaaagacgg agctggtaat gaccgtttgg ttcgtacggt tttagagtat     1020

ggtcaggaat ttcaattctt gggtgaatcc cgtgcttttt attcaagctc ggatattgaa     1080

tccggtttta tgattaataa atacatggat ccctttaagt atgaagatgc agccaataag     1140

gggtatatca atacaaacgg agactggccg acggtacgta ttaatttccc ggttatccgt     1200

tttgcagaaa tgttactttt ccgtgcggaa gcttatttga tgactaataa agcggacttg     1260

gctacggctg atttgaatcg cattcgtaaa cgtgccaatg ttgcattatt gacgggcact     1320

gctactatgg ctgacctata tcatgaacgc cgttgtgaat tggcatttga gtttacagac     1380

catttatatg atttgaaacg ctggtatcgc tcaggcaata ctgaaataaa ggctttggct     1440

gctgccgaat tgaatgcccg tccgcgcgta cgtcattatg ccaaccgcca ggaccctgct     1500

tccacattcg ttgtaggtga gtatgaggat tatacggata agattgctta tcaggattac     1560

atgatcgtat tcccttatcc ttcggttcag attaccaaat ctgatggtaa gttaaaacag     1620

aatcctcatt atgattga                                                   1638


<210>  1488
<211>  726
<212>  DNA
<213>  Bacteroides uniformis ATCC 8529

<400>  1488
tcctggcagc cttcgccggc ggcgccttcg gacgctgtat ataacccaaa cacccctatg       60

aaacccagca agccttttgt catgcctccc gtacgcatca tccctcctac cttagaggga      120

caaagtgaaa gttccaaatc attggaagaa tggctgaata cggaagaaac tgtcagagac      180

cttcacttcg gtaaacggac agaggaacac atggagtatt cctacaaaag catcaccaac      240

tgtactttca gtcatatcca attcagcgcc tgcaaactga aatcctgcca tttcactgat      300

gtacgttttg aacattgcga cctttccaac atctcatttg ccgaaagttc tctgttcaga      360

gtggaattca tatcctgcaa actggtggga accaatctgc cggaaacaat attgaaccat      420

ctgacaatga aggactgcaa tgccagatac ctcaatcttt ccatgagtaa aatcaatcaa      480

gcccgcttca cctcttgtga cttgcgcaac agcgacgtca acaactgcaa acttgcctcc      540

atcgcctttg aaaactgtga gctggtagaa tccgagtttt cacacacccc tctaagagga      600

atcgacttga gcgactcgca cataggaggt atacgcctca acctgcccga catacgggga      660

gccatcgtca atacttccca agccatggag ttgactgctc ttttaggcat tacaataaag      720

gattaa                                                                 726


<210>  1489
<211>  672
<212>  DNA
<213>  Bacteroides uniformis ATCC 8530

<400>  1489
aaaatccgta tctttagaca agatgggctg caccccaaca taactttttc atgcaagcat       60

aaaagtcctg tcttcggttt acactatctt tgcagcatgg aaactatgat aaagaaattc      120

tgcaagaagt ataaactacc ggaaaacact ttgcacgaac ttctgtcaca catggcagaa      180

gttcgtttca gcaagggaga actcattatc agcgaagggg aaaggaacag caacttctat      240

cttttgaaga aaggcatctg gcgcgcctac tacctgacag acggcacgga aaactccctt      300

tggttcgccg caccgggcga cacagctttc tcatcgtggg gatatgtgga cagcgaggtt      360

tccctcatca acatcgaatc agtgaatgaa agcatcgcct attgtatcag taagcctgag      420

ctggaagccc ttttttcgca ttccatagac atggccaact tcggcagaag aatctttgag      480

cgggaaattc tgtcggtaga cagttccaca gtagcctacg gcacccctcc cactgccaaa      540

gaaaggtaca tgacactgat ggaagagaat ccggaactgc tgcaggatgt accgctcaag      600

tatctggctt cttatctcta catcactccg caatccctga gccggatacg cgcaggatta      660

aagaaaaagt aa                                                          672


<210>  1490
<211>  2727
<212>  DNA
<213>  Bacteroides uniformis ATCC 8531

<400>  1490
tatattatgg acaaaaaaag agtttatacc tttggtaacg gccaggcaga aggaaaggcc       60

gatatgagaa accttttggg tgggaaaggt gccaaccttg cagaaatgaa ccttataggg      120

gttccggttc ctccgggctt tacaataacg acagaagttt gtacggaata ttatgaaatg      180

gggcaggata aagtcgttgc tctgttgaag aacgaagttg aacaggccat tgcccatgtg      240

gagacgctga tgcgttccaa attcggtgat gtggagaatc cgttgctggt ttccgttcgt      300

tcgggtgcac gcgcttccat gccgggcatg atggacacta tcctgaatct tggcttgaat      360

gacgaagtgg tggaaggcct gacgcgcaag acgggcaatg cacgctttgc atgggactct      420

taccgtcgtt tcgtgcagat gtatggcgac gtggtgctgg gtatgaagcc ggtgaacaag      480

gaagatgtag acccgttcga ggctattata gaagatgtga aacatgctaa aggcgtgaag      540

ctggataacg agcttgaggt ggaagacctt aaggaactcg tgaagaagtt caaggctgcg      600

gtgaaagaac aaaccggaaa agacttcccg acttgtgcct acgagcagtt gtggggtgcc      660

gtttgtgccg tattcaactc ctggatgaac gaacgcgcca tcttgtatcg taagatggag      720

ggaattcctg acgaatgggg tactgccgta agcgttcagg ctatggtatt cggtaatatg      780

ggcgagagct ctgctacggg tgtttgcttc agccgcgatg ctgctaccgg tgaggacctt      840

ttcaatggcg agtatttgat taatgcacaa ggtgaagacg tggttgccgg tatccgtact      900

ccgcaacaga ttacaaaaat cggttctcaa cgttgggctg aattagccgg tgtaagcgaa      960

gaagaacgtg tcagcaaata tccttccatg gaggaggcta tgccggaaat ctataaggaa     1020

ctggatgctt tgcagacaaa actcgaaaat cactaccgtg atatgcagga tatggagttt     1080

acagtacaag agggtaaact ctggttcctc cagacccgta acggtaagcg taccggagcc     1140

gctatggtga agattgccat ggacttgctc catcaaggta tgattgacga aaagactgca     1200

ttgatgcgtt gtgagcccaa taagttggac gaactgctcc acccggtatt tgataagaca     1260

gctctgaaac aagctaaggt gttgactcgt ggtcttcccg cttctccggg tgccgctacg     1320

ggacaaatcg tattctttgc cgatgatgct gccgaatggc atgctgccgg caagcgtgtg     1380

gtgatggtac gtatcgagac ttctccggaa gatttggcag gtatggcagt tgccgaaggt     1440

atcctgactg cccgcggtgg tatgacttcg catgcggcag tggttgctcg tggtatgggt     1500

aagtgctgtg tgtctggtgc aggtgccttg aacatcgact acaaggcgcg tacagtggaa     1560

gtggatggtg tactgttgaa agaaggtgac tatatctcct tgaacggaag caccggtgaa     1620

gtatataaag acaaggtgga gacaaaagcg gctgagctgt ccggtgactt tgcggaactg     1680

atggatttgg cagacaaata tacgaagctg caggttcgta ccaatgcgga tactcctcat     1740

gatgccgcag tagcacgtaa ttttggcgct gtgggtatcg gtctttgccg tacggaacac     1800

atgttctttg aaggcgagaa gattaaagcc atgcgcgaga tgattctggc agaaaatgca     1860

gaagggcgcc gcaaggcttt ggctaagatt cttccctacc agcaagctga cttcaaggga     1920

attttcaagg caatggaagg ctgtccggtg acggtgcgtc tgcttgatcc tcctttgcat     1980

gagtttgttc cccatgacct gaagggacag caggaaatgg cagatacgat gggcgtgagc     2040

ctccagtata tccagcaacg tgttgaggca ctttgtgagc ataatccgat gttgggtcat     2100

cgtggttgcc gtttgggaaa tacatatcct gaaattacac agatgcagac gcgtgccatc     2160

ctgggtgctg ctttggaatt gaagaaggaa ggtgttgaaa cccatcctga aatcatggtg     2220

cctctgaccg gtatcttgta tgagttcaag cagcaggaag aagtgattcg tgctgaggct     2280

gcccagttgt ttgaagaagt gggtgacagc atcgacttca aggtaggtac aatgattgag     2340

attccgcgtg ccgccttgac tgccgaccgc attgcttcct ctgccgagtt cttctcattc     2400

ggtacgaacg acttgactca gatgacattt ggttattcac gcgacgatat cgcttccttc     2460

ctcccgattt atctggagaa gaagattctg aaagtagacc cgttccaggt actcgaccag     2520

aatggtgtag gacagttggt gcgcatggct actgaaaagg gacgtgctat ccgtccggat     2580

ttgaagtgcg gtatctgcgg cgaacatggc ggtgagcctt cttctgtgaa gttctgccac     2640

aaagttggct tgaattatgt cagctgttct ccgttccgtg tgcctattgc acgtctggct     2700

gcggcgcagg ctgccattga aggctga                                         2727


<210>  1491
<211>  2259
<212>  DNA
<213>  Bacteroides uniformis ATCC 8532

<400>  1491
ttgaaacgtt tgttgtttat atggatttgg atttgcttct tgttttcttt tgtacagaag       60

gcaggggcgg agcgtgtatc ttatccggtt gacaaacatg tgagttcggc agactccatc      120

atggagaaag tcatcttctt tgcccccctt tatgaacgta ttattgaaag ttacaaggct      180

gagctttaca taaagggctg ggtgaatatc cgtaagaaga atcatattct ccgctacatc      240

ccttccatgt tccggcccaa gaaaggggtg cgggaatata tgatggaaac ttatagcgat      300

ttgcatttta ctgctcccga catctatgac cagaaggtaa aggcaagtgt cggtactgct      360

tccgagtttt gggaaatgga cggacggctg ccggaatatt ttcatatcaa catctattct      420

tctaccttat tatatgacaa actactctct cctttagcac ccaatgccaa aaaatattat      480

acctatcgga ttgatacggt gatgggggaa cggcatgccc ttcagtataa aatccgtttt      540

atgccaaaaa gcaaaagctt tcagctggtg ggcggttatc tgattgtgag tgataacgtg      600

tggagtgtac gcgagatgcg tttttccgga cgtaatgaga tggtgcggtt caataatctg      660

gtgaagatgg gtaatgtggg cgattcggac gaatttcttc cgttgcagta tgatgtggat      720

gcaacgtttc gttttttggg aaatgtggta gatggcactt atgaagctgt actcgattat      780

aagaacatca ttcagaaaac ttctggcagt gatatacgga ggtcggtgaa gaaaagtaaa      840

tatgacttgt ccgattcata cacgttgcgt actgatacga atgcttatct acgtgatact      900

gcttacttta aaactttgcg tcccattcct ttgactccgc atgaggagac actgtatcag      960

gatttcttct tgcgtcggga tacgctcgcc cggaaaaaga aaccggtgaa taagaacttg     1020

gagttttggg ggcagattgg agatgcattg atcagtcgct atacggtaga ccttgataaa     1080

ttggggagtg tgcgctgttc accactaatc aatccttttc ttttgagcta tagcggcaag     1140

catggaattt cgtatcggca ggagttcaag tacaaccgta tttttaccgg tgatcgcctg     1200

ctgcgcatcg ttccccggat aggttataat tttaaggaaa aagagtttta ctggagggtg     1260

aggtccgatt ttgattattg gccccgtaag cgtgcagcat tgcatctgga gtttggtaac     1320

ggtaaccgga tttacagcag tgatgtgctg gacgacctga aagccatccc cgacagtatt     1380

tttgacttca accagataca cttggattat ttcaaggatt tgtatctgaa tctgcgtcat     1440

agctgggaaa tagtaaacgg tctgtcgctg gaagtgggtg tatccatgca cagacgtacg     1500

gaagtgaacc gctcccggtt tgaactgaac tacccgagca tgccgcctac caagtcggcc     1560

acccgtgccg gttccggagg ttcatccttc tttccgaatt ttgacccgaa tatcctgaac     1620

aagttccgcc atacctataa tagttttgct ccccgcgtcc gcctcacctg gactccggga     1680

caatactatt atatgaatgg cgaccgtaaa gtaaatcttc attccaagta tccttccatc     1740

tcagtagatt gggagcgggg actcagtgga gtgttgcaga gcagtggttc gtacgagcgt     1800

gtagagattg atttgcagca tcaggtttct ttgggcttga tgcgtgatat ttattggcgt     1860

tttggttggg gagagtttac caatcagaag gaactgtact ttgtggactt tgccaatttg     1920

cggcgttcca atcttcctat gggttggagt gatgatattg gcggggtgtt ccagttgctg     1980

gacggccgct ggtataactc ttcccgtaaa tatatccgcg gacaccttac ctatgaagct     2040

cctttcctcc tgctccgcca tctgatgaaa tatacccaat atgtattgaa tgaacgtctg     2100

tatctgaatg cattggtggt tcctcacttg aaaccttatc tggaagtagg gtatggcatt     2160

ggtacacata tatttgactt tggcttgttt gccagctttg caaactggaa gtatcaggaa     2220

ataggttgca aatttacctt cgaactgttt aacagatag                            2259


<210>  1492
<211>  1152
<212>  DNA
<213>  Bacteroides uniformis ATCC 8533

<400>  1492
ttgctcagaa agtcttctga aaaggaggaa acgtcacaag gaagaaaaag caaattaaag       60

aatattatta aacaaataaa gaatatggaa ctcgaattag aacctatcac attacctggt      120

gttgaagaca aacgccctat ggtaatagcc ggcccctgca gtgccgaaac cgaagaacaa      180

gtaatgagca ccgccaaaca attggcagac aaaggcctca agctattccg tgccggcatc      240

tggaaaccgc gcaccaaacc gggcggcttc gaaggagtag gcgtagacgg ccttgcatgg      300

ctgaaggagg taaagaaaga aaccggcatg tacgtttcaa cagaagtagc taccgccaaa      360

catgtatacg aatgcctgaa ggctggaatt gaccttcttt gggtaggtgc acgtaccacc      420

gccaatcctt tcgccgtaca ggaaattgcc gatgcactga aaggcgtaga tatcccggta      480

ctggtgaaga atccggtaaa tcctgacctg gagctgtgga ttggagcttt ggaacgtatc      540

aacaatgcag gcttgaaacg tctgggtgcc atccatcgcg gattcagcag ctatgacaaa      600

aagctctacc gtaacttgcc ccaatggcat atccccattg agctgcgccg ccgaattccc      660

aaccttccta ttatctgtga ccccagccac ataggtggaa agcgcgaact ggttgctcca      720

ctctgccagc aagctatgga tttgggcttc aacggactga ttatcgagag ccactgcaac      780

ccggactgtg cctggagcga tgcagcccag caagtcaccc cggatgtgct ggattacatc      840

ctcaacctgc tggtcatccg caaggaaaca caaagcaccg agaacctcag cgaattgcgc      900

aagcagatag acgaatgcga caacaatctt attcaggagc tggccaaacg gatgcgtgtg      960

gcacgtgaaa tcggtacata caaaaaagag catgacatga ccatcctgca aaccggacgc     1020

tacaacgaaa tcctcgagaa acgcggctcg caaggcgcat tgtgtggcat ggatgctgaa     1080

ttcatcaaaa aggtatttga ggcgatacac gaagaaagtg tgaggcaaca aatggaaatt     1140

ataaataagt aa                                                         1152


<210>  1493
<211>  831
<212>  DNA
<213>  Bacteroides uniformis ATCC 8534

<400>  1493
atgacgaaaa gcagactgct caaatacgca cttctgggaa ttgcagcggc tctcattgcc       60

cactatctca tcaagaaaga agagaaaccg aaaggtcatc cgcgcgatta tgccgagata      120

gctgccgaag gcatcataca tgcttcgacg gaatacaact ccatcagttt ctatgtggat      180

gatgacacct tgtccggttt ccactacgag ctgatagaag cttttgcacg cgaccacggg      240

ctgcaagcgg ccatatcacc ggaaatgagc ttcaacaagc ggctggaagg cctggccgac      300

gggcaatatg acgtgattgc ctacggcatc ctcgccacca gtgagctgaa agactccttg      360

ctgcttacca cccctattgt gctgaacaag caagtgctgg tgcaacgcaa gcttgagaat      420

atttccgact cgtcattatt catcaaaagc caactggacc tggctggaaa gacactgcac      480

gtagtgaaag gctccccttc catactacgc atccgcaacc tgggaaatga gataggcgac      540

accatctacg ttgaggaaat agagaagtac ggttccgaac aactgattgc cttggtagcc      600

catggagaca tcgactatgc cgtatgcgac gaaagcattg cccgtaccgc agccgacagc      660

attcctcaaa tagacatcaa taccgccatc agcttcacgc aattctattc ctggggggta      720

agcaaacagt cccctatcct gctggacagc ctcaacacat ggctggatag tttcaaaaag      780

ggaaaagaat acaagaaaat ctacaaacga tactacggga aacgagacta a               831


<210>  1494
<211>  1590
<212>  DNA
<213>  Bacteroides uniformis ATCC 8535

<400>  1494
atgaaaaaga aaaatattat aaataaattg attgttgctc cgttggttat gggctttatg       60

tcctgtaccg gcaattatat ggatatcaac tccaatcctt atcaaccggg tgatttgact      120

ccggatgatt atgcactggg ttctgccatg agtaacttgg caagtacggt tatctcatca      180

gatgtcaata cggcacagtt tactgattgt ttgttgggtg gaccgttggg aggttatttt      240

gccgattcaa atgccggctg gtccaataca atatccaatt ttaatgctac aaatgactgg      300

acgcgtgtgt tcttgataag tgaccgtatc atttcaacac tttacggtaa cttgagcaca      360

gtgaaacaag tatcggagaa taccaataat ccggttcctt atgccattgc tcaaatcata      420

aaggttgctg ccatgagtcg cgtgactgat gcgtatggtc ctattcctta ttctaaaatc      480

ggtcaggatg gcaagattac cattccttat gatacgcagg aagaagtata taacgcattc      540

ttcaaggaac tggacgaatc catcgaggtg ctgactgaaa acagaaatgc ggcgttggtt      600

gcttctgcag atttcgtgta cagtggtaat gtacagaagt gggtgaagtt tgccaattca      660

ttgaaactgc gtttggctat ccgtattgcc aatgtaagcc ctgctaaggc taaagaaatg      720

gctgaaagtg cagtgaatca cgagttgggt ctgattgaaa caaatgcaga caatgctaca      780

tggaagtatt tcggtacaat tagcaatccg ttgtttgtgg cagtacgtta caatgaagaa      840

gcttcaggtg gtgataccca tcctgctgcc gacatcatct gctacatgaa cggttacaac      900

gacaatcgtc gtgccagcta ttttgaggaa tcaaaatggc ctggagagac ttatgtagga      960

ttacgtcgcg gtatcaacct cagtaagatg aaggagtatt tcatcaatta ttcacgtgtg     1020

aagatttcct cttctgatcc cgtgctttgg atgaatgcgg cagaagttgc ttttttgcgt     1080

gctgaagcca ctgcaatcta tggtttcaac atgaaaggaa ccgctgctga tttttatgaa     1140

caaggtgtcc gtctctcttt cgaacagtgg ggagctaccg gtgtagacag ctatctggct     1200

gatgaaagca gtgtacctgc tctttacaaa gatcccgccg gtcttaatac ttatgaaaag     1260

aacctttcag ccattactgt caagtggaat gaaggggcat ccaaggaaga aaaacaggaa     1320

cgtatcatta cccagaagtg gattgcgaat tggccgttag gtaacgaagc ttgggctgac     1380

tatcgccgta caggctatcc caaactgttg cctgcaacca gtgaaggtaa cttgagtggt     1440

ggaattgttg atagcgagaa aggtgcacgc cgtatgcctt atccttctga agaatataca     1500

agtaatactg aaaacgtgca agaggcagta aacagctatc tgggtggacc ggacaacatg     1560

gctactgacg tatggtgggc acgcaaataa                                      1590


<210>  1495
<211>  2205
<212>  DNA
<213>  Bacteroides uniformis ATCC 8536

<400>  1495
atgaatttca agaaacgaac aaattttctc tttggagcac tgctgctgac cggcagtttg       60

ttggctcaaa acgtatgtgt atccactccg aaaacctctt tggtgctttc ggctcctgaa      120

ggcggtacac tgagacactt gtattatggt aacagacttt ctgaagccga cttgcagaat      180

atctctgcgg cagaagcgaa ccatgcagcc tatcccgaat atggattgaa tgctcccgtg      240

gagacggccc tcgctgtgaa gcatgccgac ggtaacatga ccctccagct cgaagtactg      300

aacgtgacta ccgaaaagga agggaatgcc gtgacgactg tcgtggcact gaaggataag      360

gtgtatccct tcttcgtcaa cgtctgttac cgtgcctggc aggatgccga cgtgatagaa      420

tcctggactg aaatctccca tcaggagaag aagccggtgg tgctcaatca gtttgcctcc      480

ggctatctgc ccatccgccg cggcgatgta tggctgtccc atctctccgg ttcctgggcc      540

aatgaagggg ttttgacgca ggaacctctc actccgggca tgaaggttat caagaataag      600

gacggtgtgc gcaattccca tactgaccat gccgaagtga tgttctccct cgacggtcgt      660

ccgcaggaga acacgggcaa cgtgattggt gcagccctct gttacagcgg caactacaaa      720

ctccgcattg agacacacga tgatgaatac caccatttct ttgccggaat caacgaagag      780

aactctactt attccttgaa gaaggacgag cttttccgca ctcccgaact tgccctgact      840

tatagtaatg aaggcttgag tggcggcagc cgtaacttcc atcgctgggc acgcctgcac      900

aaactggcgc acggcactac cccccgcaag attcttttga atagttggga aggcgtgtac      960

tttgacatca accagcaagg tatggatcaa atgatggcgg acattgcctc catgggtggc     1020

gagttgttcg tgatggacga tggctggttt ggcgacaagt atccccgtaa gaacgacagc     1080

tcatcactcg gcgactgggt ggtggacaag aacaagcttc cgaacggcat tgaaggcttg     1140

ctgagtgatg ccaagaaaca tggcgtcaag tttggcatct ggattgagcc ggagatggcg     1200

aacactacca gcgaactcta cgagaagcat cccgactggg tacttaaggc ttccgaacgt     1260

gacgttgtgt tgggacgcgg cggcacgcag gtagtgcttg accttgccaa tcctgccgtg     1320

caggacttcg ttttcggtgt ggtagacaac ctgatgacct cttatcctga aatagattac     1380

atcaagtggg acgccaatat gtctgtccag aaccacggtt cgcaatatct gacgaaggat     1440

aatcagagcc acatgtacat cgaattccac cgcggcttcg agaaaatctg ccagcgcatc     1500

cgtgccaaat atcccgacct taccatccag gcatgtgcca gtggcggcgg tcgtgccaac     1560

tacggagtgc tgccttactt cgacgagttc tgggtaagcg acaataccga tgccctgcaa     1620

cgtgtctata tgcagtgggg aacttcctat ttcttccccg ccatcgctat ggcatcgcat     1680

atcagtgctg cccccaatca tcagacgttc cgcaccatcc ctctgaaata tcggatagac     1740

gttgccatga gtggtcgttt gggtatggaa atccagccca aaaatatgac ggaagaagaa     1800

aaggctcttt gcaagaatgc cattgccgag tacaagacca ttcgtcccgt agtacagttg     1860

ggagacattt accgcctgct ctctccttat gacaagcaag gtgtggcttc tctgatgtac     1920

gtggctccgg agaaggacaa ggcagtcttc tattggtgga agacggaaca tttctgtaac     1980

cagcacctgc cgcgtgtgaa gatggcaggg ctctgtgccg acaagcaata ccgggtgcat     2040

gaactgaacc gtatagataa tgttcccttg aactacgaag gaaagagttt cagtggtgcc     2100

tacctcatgg caaacgggct ggagattccc tacaaccata aggtggacta tcacaagcag     2160

aacgactatt cgagccgtgt gctttatctg gaagaggtga aatga                     2205


<210>  1496
<211>  1338
<212>  DNA
<213>  Bacteroides uniformis ATCC 8537

<400>  1496
attaatacag gaacgaaaat gaaagtttta aagtttggag gtacttcagt aggttcggct       60

cagcgaatga aggaagtggc caaattgatt accgatggtg aacgtaagat tgtggttctc      120

tctgccatgt cgggtaccac aaacacattg gttgagattt cggactatct gtacaagaag      180

aatccggaag gtgccaacga gattatcaac aagctggaaa gtaaatatcg ccagcacatt      240

gatgaactct ttgctactcc ggagtataaa cagaaaggcc tggaactcat caaatcacat      300

tttgactata tccgttctta taccaaagac ctcttcactc tgtttgagga gaaagtggtg      360

ttggctcagg gcgagttgat ttccaccgcc atgatgaact actatctgca ggaatgcggc      420

gtgaagtctg tgttgcttcc ggctttagaa tacatgcgta cggacaagaa tgccgagccc      480

gatccggtct atatcaagga caagctccag gttcagctgg aactgcatcc ggatgctgag      540

atttatatca ctcaggggta catctgccgc aacgcctacg gcgagataga caatctgcag      600

cgtggcggaa gcgactatac ggcttcgctg attggtgctg ccatcaacgc ttccgaaatc      660

cagatttgga cggatatcga cggcatgcac aacaacgacc cccgtattgt ggacaagact      720

gcgccggtgc gtcatctgca tttcgaagag gccgccgagc tggcatactt cggtgccaag      780

attctgcacc ctacctgcat ccagcctgcc aagtatgcca atatccccgt ccgtctgctc      840

aatacgatgg accccactgc tccgggtacg ctgatttcca atgatacgga gaagggtaag      900

attaaggcgg tggctgccaa ggacaacatt acggccatca agataaaatc cagccgcatg      960

ttgcttgctc acggattctt gcgtaaggtt ttcgagatat tcgagagcta ccagacttcc     1020

atcgatatga tttgtacttc agaagtgggt gtgtccgtat ctatcgataa tgtgaagcat     1080

ctcaatgaaa ttctggatga cttgaagaag tatggcacag tgacggtgga caaggacatg     1140

tgcatcatct gcgtggtggg cgacctcgaa tgggaaaacg tcggtttcga agccaaggca     1200

ttggatgcca tgcgcgacat accggtacgt atgatttctt tcggtggtag caactataat     1260

atctctttcc tcatccgcga gtgcgacaag aaggcagcgt tgcagtcact cagtgatgcg     1320

ctgttcaatg aggaataa                                                   1338


<210>  1497
<211>  975
<212>  DNA
<213>  Bacteroides uniformis ATCC 8538

<400>  1497
atggaagaga acacagaaaa acgggtggac ttgactctct tttccgagaa gatacaagcg       60

ttgaaggacc ggattgctac ggtcatagtg gggcaggagc agacggtgga cctggtgctg      120

acggttgtcc tggcaaacgg tcatgtgttg ctggagggag tgccgggggt ggcaaagaca      180

ctgcttgccc gtctggtggc acgcttgatt aaggcggact tcagccgcat tcagtttact      240

ccggacttga tgccgagtga cgtgttgggt actacggtct tcaacatgaa aaccaatgac      300

tttgactttc atcaaggacc ggtgtttgcc gacctcgtgc tggtggacga gataaaccgc      360

gctcccgcca agacgcaggc agccttgttc gaggttatgg aagaacggca ggtcagcatt      420

gacggtacca cgcatcagat gggagaactc tatacgattc tggcaaccca gaatccggtg      480

gagcaggagg ggacttataa gttgcctgaa gcgcaactgg accgcttcct gatgaaaata      540

accatgggat atccctcatt ggaggaggag gtggacatcc tggagcgcca ccacgccaat      600

gcttcgttgg tgaagttgga gagcctggcg cccgtgctca caaaagaaga actgctttcg      660

ttgcgcaggc tgatggaaca cgtgtttgta gaccgcacgc tgcttcagta catcgcgttg      720

attgtacagc agacgcgtac cagcaaggct gtatatttag gagcttctcc gcgtgcgtcc      780

gtggcaatga tgcaggcctc caaggcatat gcactgttgc agggacgtga ctttgtgaca      840

ccggaggata ttaagttcgt tgctccgtat gtgcttcagc atcgcttgat attgacagcg      900

gaagccgaga tggaaggcta ttcgccggta aaggtgacgc aacgtctgat tgataaggtg      960

gaagtgccga aatga                                                       975


<210>  1498
<211>  2553
<212>  DNA
<213>  Bacteroides uniformis ATCC 8539

<400>  1498
atgaagatac acagacaatt aacagcagca gcctttctgt ttatcagtat ggcaatcatg       60

gcacaagtgc cattcagcaa aaaggaagta aaagagaaaa tgaagcaagt ggcagactgg      120

caaatttcca atcctaacac tgcccacgaa caccacgacc tggattggac caatggagca      180

ctttatgtag gtatggtaga ttgggctaaa ctggcagaag aggagtacaa tgacagcacc      240

tactatcaat ggctctataa aataggaaga cgaaactgct ggcaacccca tcagcggttg      300

taccatgcag acgatataac cgtttcccaa tcattcattg acttataccg taaatataaa      360

aaagaggaaa tactggctcc taccctggca cgtacggaat ggattgtcaa ccatccatcc      420

aacggtacat tcaaactgga gtatggtgac aacaaaaccc tagaacgctg gacctggtgt      480

gatgccttgt ttatggcccc cccggtttat gccaagctat accgtgaaac caacaaccgg      540

aaatacctcc aattcatgga caatgaatac cgggctacct acgaatacct attcgataag      600

gaagagaacc ttttctaccg cgattggcat tatttcggta aaaaagaagc caatggcaaa      660

aaggtgttct ggggacgtgg aaatgcctgg gtactggccg gtctggcaga agtattgcag      720

gagttgccca aaggcttgat ggaacgcgct tattacgaag aactgtttat ccggttatgc      780

acacgtatcg ccggattgca gaacgaagac ggttattggc atgccagcct tctggatccg      840

gcttcttatc cttctcccga aaccagttcc accggtttct ttgtatatgc gttggcctat      900

ggcgtaaatg cgggactctt gaatgaagac gatttcatgc cagtcattat aaaaggctgg      960

aaggcactga ccgatgctgt agatgcaagc ggtaaacttg gctgggtaca gcctatcggt     1020

gccgaccccc gtaaagtgac gcgtgacatg acagaagttt acggtgtcgg tgcgtttctt     1080

gcagcaggat gccagatata caagatggct gtagatacgg aagctgatta tataaaaatc     1140

tggccagaca gaaaaaccat gcagggaaac cctttaagtg gttgggttgt ttatgcaaat     1200

gagaatgtca gcgatgactt ctggaagaaa tacgaccata tctatgtacc ggaaaaagga     1260

acaaccgtga aaatctccga ttatgcacgc acactctata tccgtacgca ttggagtacc     1320

ttcaatcccg ccgaaggagt ctacggctgg gataccaacg aaaagttgaa aaaagtaatt     1380

caaggggcac tcgacagagg tatgcgtctc tctttccgtg tagttgtcga cagccgcgac     1440

cgaaaaaatg aagccactcc ggcctatgta ttcgatgcag gagccaaata ctatacagac     1500

aatggaaaac gctctcccta tcctgatgac cctatcttcc aggagaaata tgcaaagttc     1560

atagaagcat ttgcccaaaa atacaatgac cctgacctgg tggaatttat agacggctac     1620

ggtcttggca aatggggtga ggcacacact atgaagtaca ttgaccccaa gaaccgggaa     1680

gctgtgttca attggattac agacctctac gtcaaacact tcaccaaagt acctttagtt     1740

atcaactacc atcgttggat gggtgcaggc aaagactggg caggtgagga gaattttgat     1800

cccgatagta aacgcttgtt ggacagcgct tgcgagaaag gcttttcctt acgtcatgat     1860

gctttcggaa tgagagagta ttacggccag tgggagcgaa actatgtgaa accttggatt     1920

atgaaacgcc cggttctact ggaaggtgga tggattgtga gcaagcaccc ttatcacaat     1980

gacccgagcg gttacaaaac agccaaagat gtgcgtatcg gagaatttga agacggtcag     2040

gaagctcatg tcaacatgat ggatttccgt gtaggagacg aaaccatgag ttggttccgt     2100

gatgcctatc ctttggttga gcgtttcatc tccgaaggag gttatcgttt atatcccgat     2160

tccattgtag ttcccaaaga aatgaagagt ggttcaagaa taaagatagt acatcgctgg     2220

aacaacttag gctggggata ttgcccaacc aatataccac aatggaacca aaagtataaa     2280

gtagctttcg cattattgaa ccaagacaat caagtagtct actcttatct ggacaacaat     2340

actgatttat ccgtctggat aaaaggctat cccacttcct atgagttcac tcccaaactt     2400

cacggggtaa aaaaaggaac ctatacctgg gcagtagctt tagtcgatac aaccaaaggc     2460

aatggaagca atgttaaggg gctggatatc tctgccaagg gaaccttcac taattctggt     2520

tggttaaaac tgtcagaagt aactgtaaaa taa                                  2553


<210>  1499
<211>  1326
<212>  DNA
<213>  Bacteroides uniformis ATCC 8540

<400>  1499
gtaaatcgtc taatcgtaaa tatcaatatg ataaagcaat acttcacaca agcctgggca       60

cagttgcggc agcaaccgat gattagtgcc gtcagcatag ccggtacggc acttgccatc      120

ttcctcatca tgctggtggt gatgatgcag caggtgaagg tagctccgtt tgctccggag      180

agcaaccgcg accgctttct acatgtgcat tatatgagca tcaccaacaa aagctgggga      240

gagggaaaca gttccaacgg accgatgggg ataaagactg cgcttgagtg cttcaaatcg      300

ctgaagaccc ccgaagcagt aacgatttat acctgtatgg tcatttctac ccccgtgaat      360

ctgccgggac aacctgcaac gggtatcgac ctgttgcaga cagatgatac tttctggcgt      420

gtgtttgatt tctcttttgt tgccgggaaa ccttatgacc aggctacatt cgatgccgga      480

ctacctgtag cggtaattac ggaaagtgta gcgcgcaggt tattccagac aacggaggct      540

gttggtcgcg aattcctttt gaaccatgct ccttatacag tgtccggtgt agtgaaggat      600

gtttctactt tggccaacac tgcctatgcg caggtatggg tgccctatac ttctactgag      660

ataacgaaaa gcacatggag tgatgagcat atggggatga tgagcgttac cattctggcg      720

aaaagccgtg atgattttcc tgctattcgt gaggagacgg aacgccgccg tcaggagtac      780

gacactgtaa ttggcgagaa tggttattcg ttgatttacc gtaaccgtcc ttatgaccag      840

gagaaaaatg ccgcaggaat ggctgccaac atcgaaccgg acgtggacca ggcacgcagg      900

cagcgtctca ttatcttcat cattctactg attgttcctg ccatcaacct cagctcgatg      960

acgcagagcc gtctgcgcca gcgtgtggca gagattggtg tgcgccgggc attcggttca     1020

acgagactgg aactgatggg gcaaatcatt gcagaaaatc tggtggtgac attgctggca     1080

ggggtgatgg gattgttgct gagtgtagca ttcgcttatt tgggaaatac actgctgttt     1140

gcgcaggaat tcagccagac gctgagtcct ccggcagtgg atgcaagcat attgctgcat     1200

ggctccacct ttggctgggc gttgttgttc tgctttgtgc tgaacttact aagttccggt     1260

attcccgcat ggcgtgcatc aagaataggg attgtaaatg cattgggcgg acgtttgcat     1320

aaataa                                                                1326


<210>  1500
<211>  822
<212>  DNA
<213>  Bacteroides uniformis ATCC 8541

<400>  1500
ttactacgcc acacagttcc atccggaaaa gagtggaagt gtgggagagc gtattttgcg       60

gaatttcctg gaactgtaaa tcgtcaaatc gtaaataaaa tgatagaact gattcccgct      120

attgacatta ttgacggaaa atgtgtacgc ctttcccaag gcgattatga cagcaagaag      180

gtgtacaacg aaaatcccgt ggaagtggcc ctggagctgg aggctcatgg tatccgcaga      240

cttcatgtgg tcgatttgga cggtgcggct tcccatcatg tggtaaacta ccgtacgttg      300

gaacagatag ctgtgcgtac gtctcttatt attgattttg gaggtggggt gaagagtgat      360

gaagatttgg tgatagcttt tgagaacggt gcgcagatgg tgaccggtgg cagcattgct      420

gtgaagaatc ccgaattgtt ctgcaaatgg cttcaaatgt atggttccga gaaaattatt      480

cttggcgctg atgtgaaaga gcataaaata gccgtcaatg gttggaagga tgagagtggc      540

tgcgaactgt ttccgttctt gaaagactat gtagagaagg gggtccgtaa ggttatctgt      600

actgatatca gttgtgacgg aatgctgcaa ggaccatcga tagcgttgta taaggagata      660

ctggagcacc atcctgaact ctatctgata gcaagtggag gcgtaagctg tgccgatgat      720

atacgccatt tggaagttgt cggcatccct gccgttattt tcggtaaggc tctgtacgaa      780

ggccgcatca ccttcaaaga actggaaaat tttgttagtt ga                         822


<210>  1501
<211>  1203
<212>  DNA
<213>  Clostridiales

<400>  1501
atggcactta tcaaagttct gatcatcttt gtggtgatcc tcaccctgct caacaaacgc       60

ctgccccttt atcttgcgat gatttttggt tcactcctga tgatcgtgat gttccgcctg      120

ccgctcgcca cggcggggca gacggcgctg cacacgctca cgggctggga cgtctggtca      180

gtgaaccttg cgatgtacgt gatctcggtg cttgtctacg agcttgacct gcgccatcgg      240

ttcaaggatg cacagcgggc gatgaatgga ctaatgcgcg acccgaggct caacacgtcg      300

cttgcctgca tgttcatcgg cctgatgcag ggtcccgcta ccgtgacgat ctgcggcggc      360

atggtggaca cgatggcggg cgtccacctc aaaaacgatg aaaaggcggc ggtcgccacg      420

tacctccgcc acattcccga ggctatggtg ccgacgttta cgggcgtcat cgtggcgtgc      480

agcatcagcg gcatttcaat ctcgtcgttt tttgtgtgga tgatcccgat ggcattgctg      540

acgcttctgg caatttacct tgtctatctg cgccgcgtgc cgcgcacagt cggcgagacg      600

ggacgcagca aaaaagagtg tgtgcgtctg cttttgcgga gcctgtggtc gctgctgctg      660

gcgatcgcgg tgatcatcgt gttctcgctg ccgacgtggg ccgtcgtggc ggtcatcgcg      720

gccgtcaacg cgctggtcga aaaattctcc gcgcaggagg tgcgcgatgc gctcgtcaag      780

ggctttgacc taaagtcgct gctcggtatt acgatgacgt atgtcttcaa ggaccttttg      840

atccttggcg gcgtgatcga cgtgctgccg acgtatttcg agcatctgcc cattccggcg      900

tttctggtgc tcgtgatcct gtacgcgttc ggcacgctgg tcgcgggatc gagcgccgcg      960

gccgcggcct ttatcccgct ggcctacacc atgatcccga acggcggcgc gtttttgctg     1020

gcgctgctga tgagcgtcag cttcgcctcg agtcagctga gccccacgca catctgcacg     1080

gcgatcatct cggactattt cggcgtcaca ttcttcgcca cggtcaaaaa gctcctgccg     1140

ctgtttctgc tcaccgtcct catcgcctgc ggctactaca tgctgctgac ggcggtattc     1200

tga                                                                   1203


<210>  1502
<211>  729
<212>  DNA
<213>  Clostridiales

<400>  1502
ttgatcgaag taaaatatac catcgcggaa aacgccccca ttgcctctgg cgtctaccgc       60

ttgaagctcg agggcgacac ctcggccatc accgcgccgg gtcagttcct cgaccttcgc      120

ctgcccggtt tcttcctgcg cagacccatt tccatctgcg actgggacga gcgcagcgtg      180

accctcttat ataaagtagt cggcggcgga acggactggc tctcccgctg cacgccgggg      240

cagacgctcg atgcgctctc gggtctcggc aacggctttg acgttgccgc ctgcggcgaa      300

acgacgctcc tttcaggcgg cggcatcggc accgccccgc tctttggcct tgccaaacgt      360

cttcttgccg cgggcaaaac gcccgtcgcc gttctgggct tcaacacggc ggaggatgtc      420

ttctatgaaa atgaattcaa ggcgctcggc gtgcagaccg tcatcgcaac agcggacggc      480

agctgcggca cgcgcggctt tgtgaccgac gcgctgcccg aacagttcga caccgtctgc      540

gcctgcgggc cgatgccgat gctcaaggcg ctttgtgcaa aaatggacaa gcccggccag      600

atcagtctgg aagcgcgcat gggctgcggc ttcggcgcgt gcatgggctg cacgatcgac      660

acggtaaacg gccccaagcg cgtctgccgt gaaggccccg tattcggaag ggaggagatc      720

aaatggtaa                                                              729


<210>  1503
<211>  1494
<212>  DNA
<213>  Clostridiales

<400>  1503
atgtatttgg aaggattcct ctcggtcatt acagaccctg aaatgtatct ggtcatcctc       60

ctcggcgtgg cggtcggtat tgtgttcggc gcgatccctg gcctgacggc gaccatggca      120

attaccatgt gcctgccaat gacctatgcc atggaaacaa agactgcggt gtgcgtgctg      180

atggcactgt acatcggagg tatctctggc ggattgatct ctgcgatcct gctcaatatt      240

cccggtacgc cttcttcact ggcgacgact ttcgacggcg cgccgatggc ggcgagcggg      300

catgcaaaaa aagcccttgg tgtcggcgtg ttctattcct ttatcggcac gatggtcggc      360

cttgtgatcc tgatgggtgt cgcgccacag ttatccaaga tcgctattaa gttcagccct      420

cttgaatact gcgcgctggc tatcttctca ctcgtgctgg tcattgcgct tgccggtaag      480

gatatgatca agggcctgat ctccggtaca ctcggcttga tgtttgcgac cgttggcctc      540

agtcccattg acagcatgaa gcgcttcact ttcggcaatg tcaatcttac cggcggcttc      600

cagctgctga cactgcttat cggtctctat gctatcaccg agatcgcggc ggcagccttt      660

gaggcagtcc accccaagga tatgaccatt cgtaagacgg agaaggtcaa gggctttggc      720

tttagcttga aggaattcaa agataatatc ggcaacatgt ccatctctgc gctgattggc      780

acggcgatcg gaattttacc gggtattggt ggcggtactg ccggacttct tgcttacagc      840

gtggaaaagt cccgttccaa gcacccggaa aagtacggta cgggctgcat ggagggcgtt      900

gttgccagcg agacctccaa taatgcagtt attggcggcg caatggttcc actgctgacg      960

cttggtatcc ccggcgacgg cgcaacggcg atgctgctcg gcggcctgat gattcacggt     1020

gtgaccaccg gcccgctgat tttccagaag tatggtgaca ctgtatatgc gatctatgcg     1080

gcaatgctga tcgcagctgt aatgatgctc tttgtggaat tctacggaat gaagggcttc     1140

gtcaacgtgc tcaagatccc cagaaatttc ctgctgcctc ccgttgtggc aatgtgctgc     1200

atcggcgcgt tcggcaactc caaccgtgtg tttgacgtgg ttgcggtcgt gatcttcggc     1260

ttggtcggct atctgctcgg caaagtcgac atgcctcagc cgccgctggt gcttggcttt     1320

attctcggct cgatgctcga gacgaacctg cgccgctctg ttcagctgct gacgatcgac     1380

ccgaattgct ggacggcaca ccccatcgcc atcggcttcc tggtggcaac ggtgatcgcg     1440

ctcttcttta ttattcgctc ccgcaccaaa aagcccgcta agacggcgga ataa           1494


<210>  1504
<211>  1416
<212>  DNA
<213>  Clostridiales

<400>  1504
atggagcttt tttcggaaaa ctacgaggaa aacacccacg cgctggatga tctgcttggc       60

gtgggacggt gctttgatat gatctcgcgc gacttgtatg tcggcggcag gcgggcgcgg      120

ctgtgggtgg tggacggtta cggcgacgac gcggttattg agcggatgct gagcttctgg      180

ctgccgctca gagacattag cgacgcgcag acgatgcagc agttcatcga ccgatacatc      240

acattcaacg aggtaaacgc cgagaaaagt gtcaaaaaca cggtgacaag cgtatttttg      300

ggcaagatgg cgcttctggt cgagggctat gacgagtgcg cgctgatcga cgcgaagcag      360

tatcccgcgc gcggggtgga ggagccgtcg tcgggcaagg tgctgcgcgg cgcgcacgac      420

gggttcatcg aaacgcttgt cgccaacgcg gcgctgctgc gccgccgcat tcgcgacccg      480

cagcttacgc tcgaaggtca caaggtgtcg gactgctcgc gcgcggacgt ggtgctctgc      540

tatctcgaaa acaaggtcga cagaaagctg ctcgacgagg tgcggcagaa gcttgcaaag      600

atcgatgtgc gctcggtctc gatgagccaa gagagcatcg ctgaggcgat gatgggcaag      660

aagcagtggt ggacgccgtt tcccaaggtg cgatacactg agcggcccga cgccgcgacg      720

gcctgcgtca tggagggtga catcgtcgtg ctcgtggaca actcgcccgc ggcgatgatc      780

ctgccgacgc actttttcga ctttgtgcag gaggcaaacg acttctactt tccgccgctg      840

atcgggacgt atctgcgcat cctgcgcatt gtggtgtttt tgctcacgat gtttatcaca      900

cccgtgtggt tcctgcttgt gaaggacccc gcgcgcacgc aggcggggct tgagtttttg      960

gccatcgaca gcgactactc cgtgccgctg ctcgtgcagc ttttgctggc ggagtttatc     1020

gtcgacctat tgaagctcgc ctcgctcaac acgccggacg tgttttccaa ctcattcagc     1080

atgcttggtg cgctcgtgct cggcgatttc gccgtgcagg cgcactggct cgtgccggag     1140

gtgctggcct acatggcgtt cgtcgccatc gcgaacttcg cccagccgag ctatgagctc     1200

ggctatgcct tcaagctgct gcggctgatg ctgctgctgt ttgtcggtgc gctggactgg     1260

gtcgggcttg cgctcggctg catcgggatc atcgctctgc ttgcggcgac aaagccgatc     1320

gtggggaagg ggtatctcta tccgctttgc ccgttcgata aaaaggcgct gtttgcgctg     1380

ctggtgcgaa agcccatcag ccgcgacaac acctga                               1416


<210>  1505
<211>  705
<212>  DNA
<213>  Clostridiales

<400>  1505
gtgacgctgt acgagagcct tctggaggcc gtgacaaccg aatacgacac gcttcacgtg       60

ctgaagcgga gtccgcgcgg gacggtcagc gtcgttcggc ataagaaaag cggcacgcgc      120

tatgttttcc gccgctacag cggcagcggc gaggtctatc gccgtctgct gccggtgctg      180

tgcccgcatc tgccgcagat catggaagcg gcggagcagg acggccaaac cgccgtgctg      240

gaggaatacg tgcagggcga cacgctcgca gagcttctga tgggggcact gctcacggag      300

agggaagcgc ggcatgtcac gatgcagctc tgccaagcgc tgcatgtgct gcactcgatg      360

ggcgcggtgc accgcgacgt caaaccggaa aacgtcatcc tgcgcggcag cgacgccgtg      420

ctcatcgact ttgacgccgc gcgcatctac aaggacgagt ccgagagcga cacgcaggtg      480

ctcggcacga cgggctttgc cgcgcccgag cagtacggca tcttccagtc cgacgagcgg      540

gcggacattt tttcgctcgg cgtgctgctc aatatcatgc ttacgggcaa gcacccctcg      600

cgcgagatgg cggcggggaa attgggacgc atcgtgcgca aatgcacgat gaccgcgccg      660

gagcagcgct atcagagcgc gcgagcgctg atggaggtgc tgtga                      705


<210>  1506
<211>  1944
<212>  DNA
<213>  Clostridiales

<400>  1506
atggatgaaa tgaacggcgc ctttgaggaa aagaagagaa gaaaaggcgg caagcgcctg       60

atgcagccgg aaaaggccgc gaaggcgccc aaagcgcccc gcgctgagaa gccgccgcgc      120

gttccacgtg aaacatcggg gaagacaggc aaggtcgtcg gcatcgtcgc aggtgtgctc      180

gtggcagcgt acttgggcct tggcgcgtgg gcgtcggcca gccataaaat ttatcccaac      240

gtgatgatgg gcgataccaa ctacggcggg atgaccgagc agcaggtcgc cgagcagctc      300

aaagcgagcg tcgcgcaggc gaagggcgcg ggcgtcgact tcgtcctgcc cgacggcacg      360

gaggtcgcgc atgtttcgct cgacgagatg ccggagtatg tcgacttcga cggacttgcc      420

aagcacatct ataatgtcta cggctgcaat gacagctttc tgaccgcggg cgcaaagtac      480

ctgtgcgcgc tcttcaagcc gcaggacgct gcacaggtgg tcggcgcagc ctactcgccc      540

gatttgatgg agaaccttgt cgacacggtg tgcgacagca tcaactgcga ccccgtggag      600

tttgccatca acgtgacaga ggatggcaag gtcagcgtga cgaagccgca ggacggccgc      660

gcgacgactg ataccgcaaa agaccagatc ggcgtatact taaacggcgc gtatttgagc      720

ggcggagacc cgtccgagat cgtgctccag cctgcgagcg agggcggcgt ctacgacgtc      780

atccccgcgc aggaggttga cctgagcgcg cagcgcgagg ccgtcatcgg ccagaaggtc      840

aacgcgatgt atgataagga gaccggcgcg gtcacgcccg gccacgcggg cgtggaattc      900

acgctctctg accttgaatc cgcctacaac gccgcggcgg cgggggagac ggtcgagctg      960

ccgaacgcca cggtcgagac gccggacgtc acggcagagc agctccaaaa ggtcctgttc     1020

cgcgatgtgc tgagtaccta caccacgaag gtcggcggcg cgtccggccg ccgcgcgaac     1080

gtcaagctga cggcctcgcg catcaccggc tacatattga actccggtga gacgatgaaa     1140

tacggcccgc tcgtcacgcc ctttaccgcg gcgaacggct acagcaccgc gcccggttac     1200

ttgcagggca agaccgtcga catggtgggc ggcggcgcgt gtcaggcgag ctccacgctc     1260

tacgccgcgg cgctctacgc caaccttgag atcgtgcagc gcacgaacca cggcttcgcg     1320

tccgactaca tcggccttgg ccttgacgcg acggtcgcgc agggcgggcc ggagttcgag     1380

ttccgcaaca acacgatgta tcccatcaag gtcatcgccg aatactacac gagcggcggc     1440

aaggacttcc tcaaggtcac gctgcgcggc acgaaggtcg acgacagcta cgtgaagatc     1500

aagaccgaag tgcttgagac catcccgttt acggaggaga tcgtcgagac ggacgagctc     1560

gcccccggcg agcgcaaagt cgagcagacc gcctacaccg gctacaaggt caagacgtac     1620

cgcaacgtct actccggtga tggcaagctc atctcgtcca catttgaggc gagcagcaac     1680

tataaggcgc gcaaccgcat cgtgctcgtc ggcaagtccg cggcggtcac gccggtggac     1740

ccggggacga ccacacctgt cgatcccggc acgaccacgc cgacggaccc gacaacgccc     1800

gtcgatcccg ggacgacaac tgacccgggc accacgaccg atcccgggac cactgccccc     1860

ggcgtgacag accccggcac gaccacagag ccgcccgtcg agcaggaaaa gcccggttgg     1920

ctcgatacgg ggctcgaccg gtaa                                            1944


<210>  1507
<211>  1122
<212>  DNA
<213>  Clostridiales

<400>  1507
atgaatccat attataatga aagcgccttt ttgcaggatc tggcaattct tgtcaacact       60

gacagcggca ccggcactgt cgaaggcatc gacaagatcg ccaatttcat gatgaaaaag      120

tacgctgatc tcggtatgtg gacggaaaag aaaacgttcc gcgccgatct cggcccgtgt      180

gttgaagcgc gcaaccatcc caaaagcaag gaaatcgatc ttcttctgat cggccacagg      240

gatacggtgt ttccactggg gagggcggct gaacgcccgc ttaccgtgga cggcaaccgc      300

gtgctcggcc cgggcgccgc ggatatgaaa tccggcacgc tgctgtgcac ctgtcttgca      360

gcctttgttc aggcggagcg gccggaactc aagctctgca ttgcgcacaa ctgcgacgag      420

gagatcggct ctccaagttc cgacgcctgg atccgcgggc tcgcctctca tgccacctac      480

tgctttgatc tggaacccgg acgcagcgac ggcagctacg tcaagacgcg caagggtgtc      540

tgccgtctca gcatcaagct gcatggtaaa tctgcccatg cgggcgtcaa tccggatgac      600

ggcgccagcg ccgtggtcga gctggcaaag tggatctgcc gctttgccga ccctgcgcgc      660

agggataacg gctaccgtgt gaattttggc gttatcaagg gtggcacggc ctacaatgtc      720

gtccctgaca gcgcagagtg cgacgtggat atccggtttg acacgccgga ggatctgcaa      780

gaggcaatgg cgcagtttga tgtacttcgg cagcacccgt ttgatcagaa cgttacggct      840

gagatcgcca ttacggggca gaccccgccg atggtcgcaa cggaaaacag caaacggctg      900

atgcggcttc tggaagagga gggaagcttg cttgacgtcg acgtgaaatt tgtcgggacc      960

ggcggcggct ctgacgccag ccgcgtctcc agcggcggcg ctgcggcgat cgatgcctgc     1020

ggccccgtgt gcttctatat gcatgatgcc agggagtatt tcctgctcga cacggtggag     1080

ccgcggctcc agttactgat gaacgtcatt caaaaactat aa                        1122


<210>  1508
<211>  1116
<212>  DNA
<213>  Clostridiales

<400>  1508
atgcttgaag catacgaata catgcgttat actctgcaca aagcacgact tgcggaggct       60

tatgttgaag cgctgcgcca tacagagctg tatgtcgatt ataaaataat gcagcaggcg      120

aagataagaa gccgacagga gggaataaat atgaaaattg tagtactgga cggatatacg      180

gaaaatcccg gtgatctgag ctggagtgag ctggaaaagc tcggcagcgt gacggcctat      240

gaccgcacgg cctacgcgga gtctccgctg atcgccgagc gcatcggtga tgcggaaatc      300

gtggtgatga acaagacgcc catctcgcgc gaaacgatcg acaagtgccc gaacattaag      360

ctcattgccg ttctggctac gggctacaac gtggtcgatt acaactatgc ccgcgaaaag      420

ggcatccccg tcgtgaacgt gccgacctac ggcacggcgt cggtcagcca gttctctatt      480

gcgctgctgc tggagatctg ccaccatatc ggtcatcaca gcgagagcgt gcacgccggt      540

aattgggcga acaacgccga ctggtgctac tgggactatc ctcttatcga attggagggc      600

aagacgatcg gtatcatcgg ctttggccgt atcggacagg cggagggacg catcgccaag      660

gcgctcggca tgaatgtgct ggcctatgac ctttttccga acgactccgg ccgcgagatc      720

gcagagtacg tcggccttga tgagctctat gcccgcgcgg atgttatcac gctgcactgc      780

aatctcacac cggaaaacac cggcatgatc aacaaggaga gcatcgccaa aatgaaggac      840

ggcgtcattc tcatcaacaa tgcccgcggc cagctcatcg atgagcagga cgttgccgac      900

gcgctcaact gcggcaaaat agccgcggcg ggactggatg tggtctacac cgagccgatc      960

cgcgcagaca acccgctgct gaaggcgaaa aactgcatca tcacgccgca catctcctgg     1020

gcaccgaagg agagccgcca gcgtatcatg gatgctacgg cggaaaatat cagggcgttc     1080

cttgcgggtg ctcctgtcaa tgtggtcaat ccgtaa                               1116


<210>  1509
<211>  1185
<212>  DNA
<213>  Clostridiales

<400>  1509
atgcttaatt ttgaatacta cgctccgaca aaagtgattt tcggcaaggc tacggaaacg       60

cttgtggggc aggaaataaa gaagtatgga ggcaagcggg tcctgatcca ttacggcggt      120

gagagcgcca gacgttccgg ccttctggac cgtgtagaag aatcgctccg tcaggcggat      180

attgccttcg ccacgctcgg cggtgtaaag ccgaatcccc gtctttccaa ggtgagagag      240

ggaatcgaac ttgcaaagcg agaaaacatc gactttttgc tggctgtcgg cggcggtagc      300

gtcattgact cggcaaaggc gatcgcttat gccatggcca atcctgagca cgatatctgg      360

gacttctttg acggcaaagc agcgccgtcg gcctgtctgc ctgtcggtgt tgtgctgacg      420

attgcggctt ctggcagtga gatgagcaat tcctgcgtga ttacgaagga agaaggcggt      480

atgaagcgtt cgctgaatac cgaccttgcc cgtccgcgct ttgccattat gaatcctgag      540

ctcaccttta cgctgccgcc ttatcagacg gcagccggtt ctgtggatat catgatgcac      600

acgcaggaac gttactttgc caacgaaaag aacaacgaac tgatcgaccg cattgctgag      660

ggcttaatgg tgacggtgct gcacaatgcg cccatcgtaa tgaaggaccc taccgattat      720

aacgcacgtg cggagctgat gtgggcgggc agcctgtccc acaacggcct gaccggtacg      780

ggacgcctgg gtgattttgc ctgccacaag atggagcacg agatcggcgg catgtttgat      840

gtgattcacg gtgcgggact tgccgcaatt tggggaagct gggcgcgcta tgtctgtaag      900

cacgatatcg gccgctttgc gcagtttgcc gtgcgtgtga tgggctgccc gatggattat      960

gataaccctg aaaatacggc gctggctggt attgaggcgt tggagaactt ctaccgcaga     1020

cttgacatgc ccaccaatct gcgtgagctg ggccttgcgg acgtgacgga cgcacagatt     1080

cacgaaatgg cggaaaagtg cacaaacggc ggcaagaacc gtatcggcaa cttcgtgccg     1140

ctgggcgagt cggacattga aaaaatcttc aagatggcgc gatga                     1185


<210>  1510
<211>  1128
<212>  DNA
<213>  Clostridiales

<400>  1510
agcaatatgt ctttactgac cagcaagctg agcgacgaag atcgcaagaa agcgcacgag       60

ctttttggag tgcccgagca gttcgacgaa gtggccgacc tgatggtgca cgaggaggaa      120

tggcaggtca ttcttctgat gggcaaggag cccatgacgg aaaaggagct gcgtaagctc      180

atggagaaga accgcctggc cgcgtcgccc tacgtgctta tcaaccgcat gtactcccgc      240

aacgtactca acaaggtcac ggatgcggac gagccgacct ggaagatcag cgacttctac      300

agccgctatt cctactatgc gcagtttgag tactatgagt tcggctgtct gccgagagag      360

ctcatcgagg cgctctacga ctggcagaca gagatttatc agtcgatcta tctgccgcaa      420

gtgaaggcca aggtcgccgg tgagggcgtc tatgtcccca acccgacgta tctgacgctc      480

gaggagttcg ataagatcat cgacgggcat cacggcagca tccatcttgt gccctgcaac      540

tgcaagagcc agaagtattt ccacgaccgc aagctcaatg tgtgcgtcaa catgaacgac      600

gggccgaaca gcgcggtcga ccgcggcatg ggcgagccca tcagccctga ggacatgaaa      660

aagaaggtgc gcgagttcaa cgccagcgga ctcatgcaga acggcgagga cggcttcatc      720

tgcaactgcg acggtctgtg ctgcttcccg atgcagatgg cctataaggc cggctcccgc      780

ctgatctatc ccgaatccaa ctggaagatc gactggcacg aggacgagtg cgtcaactgc      840

ggcaagtgca cgaagatttg caacttcggt gcgttctaca aggacgacaa ccgcaaggtg      900

cactacgatg tggacaagtg cagggctgca ccatctgcgc gcccaactgc ccgaagcacg      960

ctatccacct gctgccgaga gagcagaagg cctgagagaa gtactaaggc actacgcaat     1020

agcattttgg ccggacggta ccctaaaagt ggccgcccgg cctttttctt gctttgcgcg     1080

agaaatggag agaggaagtc agcaccatgg cacttatcaa agttctga                  1128


<210>  1511
<211>  1380
<212>  DNA
<213>  Clostridiales

<400>  1511
atggaaaaga aaaaaatgag cctgccggtg cagatcgttc ttgcactgat cctgggcatc       60

gtggtcggtc ttatcttcta ctttatcggt aagcccgaga tcacgacgaa ctatttcaaa      120

ccctttggta ccatcttcgt taacctcctc aagttcatcg tcgtgcccgt cgtgctgctg      180

tcgatgatcg acggcatcat ctcgatgggc gacatgaaga aggtcggctc cgtcggctgg      240

aagacggtcg cctacttcct cgtcaccacg gccgcggcct gcgtcatcgg cctggtgttt      300

gccaacatct tcctgaacgc cggcctcttc ccgacggacc ttgccctgac ggacggtcag      360

acctgggacg gcgcgacgag cgcgaatttc atggatacgc tggtcgctat cttcccgagc      420

aacatgtgga agtcctttac cgacgcgaac atgctgcagg ttatcgtgat cgcgctgatg      480

ttcggcggcg gcatccttgc tgccggtgaa aagggcaagc tcgcgcagga tcttgtcagt      540

tccctctata gcgtcattga ccgcgtgatg gccttcatca ttgccctcag ccccatcggc      600

gttttcacga tgatgacctg ggtcgttgcc aatcagggcc ccgagatcct cggccacctc      660

gcgctcgtgc tgctgtgcgc ctatgtcggc tacatcgtgc acgccatcat ctgctactct      720

gtctctgcca gcacctttgc cggcgtcagc ccgctcaagt tcttcaaggg cgccgcgccc      780

gcgatgatct tcgccttcac ctccacctct tccgccgcga cgatccccct gagcaaggag      840

tgcgcggatg aaatgggcgc ggagagcgac gtttcctcct ttgttatccc cctcggcgcg      900

acgatcaaca tggacggcac ggccatctat cagtgcgtcg cgaccatctt cctcgccgcc      960

tgctgcggca tgacgctgac cgtcggccag atggtcacga tcgtcgtcac cgcgacgctt     1020

gcctccatcg gcacggccgg tacgccgggc gcgggcatga tcatgcttgc catggtgctc     1080

gaggcgatga acatccccgt cgatatgatc atgctgatct acggcatcga ccgcctcttc     1140

gacatgggcc gtacctgcct gaacatcacg ggcgatatct cctgcgcgct gtgcgtcacg     1200

aagtgggaga ccatcggcac ggccggtacg ccgggcgcgg gcatgatcat gcttgctatg     1260

gtgctcgagg cgatgaacat tcccgtcgat atgatcatga tcatctacgg catcgaccgt     1320

cttttcgaca tggggcgtac ctgcctcaac atcacgggcg atatctcctg cgcctgctgc     1380


<210>  1512
<211>  984
<212>  DNA
<213>  Clostridiales

<400>  1512
atggcgcgtt atactaccat catcacaacg gaggcgcaga agttcctccc tccggaattt       60

gagaggtgca atatgtctga agtagatcac atcaaaaacg taaccattgt cggcattggc      120

acgcaggggt cgatgatcgc tttccgcaac gcgctctacg gcaagaacgt gaccggctac      180

agccgcacgc agccgtcgat cgacacctgc aagaataaga tcgacaagtg gctcgctcac      240

ttcatcgaag aggggaagct gacaaaggac gaggccgacg ctgtccgcga ccgcatccat      300

tacgcgacga cgctcgaaga ggcctgcaag gacgccgacc tcgtcgttga gaacgtgccg      360

gagaagatcg aagtcaagca ggcggtcttc aagcagctcg acgaggtctg cccgaagcac      420

tgctatctga actcgaacac ctcctcgctc ctgatgagcg atatctataa ggatgtgagc      480

gacgagcgca aggccatgac cttctccgtc gaccacgacg accctatccg caacagctat      540

ctggagatga tgtggaaccc cagcacgtct gaggagacga agaaggccgc tatcgcgcac      600

tatcacaccc tcggctttga gcccgtcatc accgagcgcg agatcaaggg ctattccatc      660

aaccgcgtgt ggcgcgccgt caagcgcgag tgcctgtacc tgtgggccaa cggctatgtc      720

accgacgtcg ccgagttcga ccgcggctgg atgaccgagt ggcacagcaa catcggcccg      780

ttcaagctga tggacctcat cggccttcag accatttaca acattgaaaa ttcctactac      840

gccgccagcg gagacgagcg cgacaagccg cccgcaaagc tcaaggaaat gatcgacgcg      900

ggccacctcg gcatgaagac cggccagggc ttctactccg gctacgacac cgaggccggt      960

aacctggacg tcggcaagaa gtaa                                             984


<210>  1513
<211>  1170
<212>  DNA
<213>  Clostridiales

<400>  1513
atgatcggtt ttcttgcgag tcggttcatc aaagactatc agaacacgtc tgatgccgca       60

gtgcggcgcg cttacggtgt gctttgcgga gcggtgggca ttgtcatcaa tttgctgctc      120

ttcgcgctca agctgtttgc ggggacgctt gcgggctctg tcgccgtcac ggcggacgcc      180

tttaacaacc tgtccgacgc gggcgcgtcc atcgtgacgc tgctgggctt tcgtttggcc      240

gggcagaagc ccgaccccga gcatccgttc ggccacgggc ggctggagta tatctcgggc      300

ctcatcgtct cgatcgtcat cttgctgatg ggctttgagc tgctgcgcga cgccgtgggc      360

gcgatcctgc accccgagtc ggtcgagtgc agcgtgctga cggtggcgat cctgcttgtc      420

tccatctgcg ccaagttcta catgtactgc tacaaccgcg gcgtggggaa gaagatcagc      480

gccgccgcca tgcaggcaac cgcggcggac agcctgtccg actgcgcggc gaccgcggcg      540

gtgctgcttg cgacactcgc gggctatttc ctgcactggc agatcgacgg ctggtgcggc      600

ttggtcgtgt cgctgctcat cttgtgggcg ggcgtacagg cggcaaggga tacgctctcg      660

ccgctgctcg gccagccgcc gtccgaagag ttcgtgcagg agatccgcga tattgtgatg      720

gcgaataagg ccgtgtgtgg catccacgac cttgtggtgc acgattacgg ccccggccgc      780

gtgatgatct cgctgcatgc cgaggtgccc gcgcacggcg atattctcac cctgcacgac      840

gagatcgaca acgtggaaaa gcagctgcac gacaagcttg gctgtgaggc ggtcatccac      900

atggacccca tcgtgacgaa cgatgaagcg gtgaatgtca cgcaccagag gatcgcagca      960

ctggtgcgcg gcatcgacga gaacatctcc atccacgatt tccgcatggt cacggggccg     1020

acgcacacga atgtgatctt cgacgccgtt gttccctacg gctgcaaaat gagcgacagg     1080

gaagcggagg agaagatcaa aaaggcggta cacgagcttg atccgcgcta ttttgccatc     1140

gtgcagattg acaagagcta tgtgagataa                                      1170


<210>  1514
<211>  984
<212>  DNA
<213>  Clostridiales

<400>  1514
atggacatac tcaacttggc acaggagatc attcacggta agcgcctgac acgcgaggat       60

gacctctctt tctttctcac ctgcgattta gagccgctct gtcagggtgc ggacgagatc      120

cgaaaggcct gtgtcggcga caaggtcgac ctctgctcga tcatcaacgg tcgcagcggc      180

cgctgtccgg aggactgcaa atactgcgcg cagtccgcgc actatcacac ggaatgcgac      240

gtttacgact tcctccctga agaggcgatc ttagaggcct gcaagatgaa cgaaagcgag      300

ggcgtggacc gcttctctat cgtcaccgcg ggaagagccc tgaccggcga ggagttcgat      360

caggcgatcc acgcttatga gacgatgcac cgcgagtgca agatcgacct gtgcgcgtcc      420

atgggctttt tgagcgccga gcagcttcac cggctgcaca aggcgggcgt cacgagctat      480

caccacaaca ttgagacctc gaagcggaac ttcccgaaca tctgcaccac ccacacctac      540

gacatgaagg tggagactct gaaaaaggtc aaggcggagg gcatgtgcgc ctgttccggc      600

ggcatcatcg gcatgggtga aacgtgggaa gaccgcctgg acatggcggt cagccttgca      660

gagctcggca tcgactccat ccccatcaat gcgctgatgc ccatccccgg caccccgctt      720

gagcatctgc cccgcctgac ggagcaggac atcctgcgga ccattgcctt tttccgctac      780

atcaatccgg aggcgaacat ccgtctggcg gcgggacgcg cgctgctgac caacgacggc      840

gagaccgcct tccgcgcggg agcctccgcc accatcaccg gcaacatgct gaccactgcc      900

gcctgcgcaa cgatccgcag cgaccgcagc atgctcgcct ctctcgggcg ggacgtgacc      960

cccgcctatt ggaaggaggc gtga                                             984


<210>  1515
<211>  933
<212>  DNA
<213>  Clostridiales

<400>  1515
atgaaatcac ttactgcgcg ggctgcgatt ctggtcatgc ggcggttgac agtgctggtc       60

aactcgtgct atgatacgaa aaccaacaat catactatgt ttgtggacgc aaaagctgta      120

acgcagacat ttttccaacg tcaggcgaag gatcggcgag agagtatgct caatcagttt      180

tcaagaacgc agctgctttt aggtcaggat gtcatggagc ggctgtacaa cgcctgcgta      240

gccgtgttcg gcatcggcgg cgtgggcggc tacacggtgg aggcgctggt gcgcagcggc      300

gtcggcacgc tggacctcat cgacgacgac cgggtgtgcc tgacgaacgt gaaccgccag      360

atcttcgcca cgcgcaagac cgtggggcag tacaaggtgg acgtggcgga ggagcgtatc      420

aaggagatca acccgaacgc agtcgtccac acttacaaga cgttttacgc gccgcagacg      480

gcgaatcaat ttgacttcac gcagtatgac tacatcgtgg acgccatcga catcgtgacc      540

ggcaagctgg agctcatcga gcaggcgcag aaagcgggaa cgcccatcat cagcagcatg      600

ggcgcgggga acaagatgga cgcgtccgcg ttcgaggtga cggacatcta caagacctcg      660

gtctgtccgc tggcgagagt gatgcgccgc gagctcaaaa agcgcggcat caaaaagctg      720

aaggtcgtct actccaaaga gccgcccatc acgccgctgg acgacatgtc catcagttgc      780

cggacatact gcatctgccc gcctggcacg gcgcgcaagt gcacgcagcg acggcaggtt      840

ccgagcagca acgcctttgt gcccgccgcg gtcggcctga ttgtcgcggg cgaggtcgtc      900

aaggacctga ccgcgtggga gagaccgtta tga                                   933


<210>  1516
<211>  2304
<212>  DNA
<213>  Clostridiales

<400>  1516
gtcgaatacg acgaatccca gctctcgtct gcgcagatca tcgccgcagt cgaaaaggcg       60

ggctacggtg catccctgca tgcaaagccc ggcagcgcgc ccgccgcgaa ggccgctgaa      120

acgggcggcg tcagcgccgc gcaaaaggcg tacagcgaca tgaaaaagcg tctcgtcctc      180

tcgctcctct tcaccatccc gctgttctat ctctcgatgg gccacatgat gggctggccg      240

ctgcccgcgt gcttcctcgg catggaaaat gcgatgacgt tcgcattcac gcagtttttg      300

ctgctgctgc ccatcgtcta tatcaaccgc cagtactata ttgtcggctt caagacgctg      360

tggcagcgct cgccgaacat ggattcgctg atcgcactgg gctccagcgc cgccatcgtg      420

tacggcatct acgccatcta taagatcggc atcggctttg gccagatgga catggacacg      480

gtgcacacct atatgatgga gctgtacttc gagtccgcag gcacgatcct gacgctcatc      540

accatgggca agacgatgga ggcccgcgcc aaaggcaaga cctctgacgc catcacaaag      600

ctcatggacc ttgcgcccaa gaccgcgacg gtcgagcgca acgccgtcga gagcgtcatc      660

cccgtcgagg aggtccaact cggcgacgtg ctgatcgtca aggcgggcga gagcgtcccc      720

gtcgacggcg tcgtgctcga gggaacgtcc tcggtcgacg aatccgcgct gacgggcgag      780

agcatccctg tcgaaaagca ggcgggagat gccgtcatcg gtgcgaccat caacaaatcc      840

ggctatttca agatgcgcgc gaccaaagtc ggcgacgata ccgccctttc ccagatcgta      900

cgccttgtgg acgaggccac gagctccaag gctcccatcg ccaagctggc cgataaggtg      960

agcggcgtgt tcgtccccgt cgtcatcacg atcgccgtca ttgcgacggt agcgtggctg     1020

ctgacgggcc acagcgtgga atttgcgctg tccatcggta tttccgttct cgtcatcagc     1080

tgcccctgcg cgctgggtct cgccacgccg acggccatca tggtcggcac gggccgcggc     1140

gcggtgaacg gcatcctcat caagtccgcc gaagcacttg agacgacgca cagcgtcaac     1200

agcgtcgtgc tcgacaagac cggcaccatc acgcagggca agcccgtcgt caccgacgtc     1260

gtcgacggcg gcatcggcag ggacaaactt ctctccgtcg ccgcgtcgct cgaaaagctc     1320

tccgagcatc cgctttccga ggccatcgtg gccgaggcgg agaaggaatc gctcacgttc     1380

ctgtccgtcg acaaatttga gcagatcccc ggtcagggca tccgcggcga ggtcgagggc     1440

aagctctgcc ttgccggcaa ccgccgcatg atggaggcca accgcatcga aaagagcgac     1500

ctgctcgcgc gcggcgaagc gctggccgag gacggcaaga cgccgctcta cttcgctctc     1560

gacggcaagc tcatcggcct tattgccgtg gccgacatcg tcaagcccac gagcgcgcag     1620

gccattgccg agctctcgaa catgggcatc gaggtcgtca tgctcacggg cgacaacgcc     1680

aagaccgccg aggccatccg ccgtcaggtc ggcgtggacc gcgtcgtggc cgaggtgctg     1740

ccgcaggata aggaacgcga gatccgccgc ttacaggagg gcggcaagaa ggttgccatg     1800

gtcggtgacg gcatcaacga tgcgcccgcc cttgcgcgcg cagacgtcgg cattcccatc     1860

gcggcgggca tgttctaccc cgccttcctg ctcaagatga acccaatgct cggcgcgctc     1920

gcgatgagct tcagctcggt gttcgtggtg agcaacgcgc tgcgcctgcg ctggttcaag     1980

gccaagcaca cggcggcagc agcatccaaa acggtttctt ctccgtcgga tagcggagtg     2040

gagatagcaa acagccacac catggcaagt aacaacaaaa aaggagaaac gaacatggaa     2100

aaagtcatca gcattgaggg catggcctgc atgcactgcg tgaaccacgt ccagcaggcg     2160

ctttccgccg tccccggcgt gaaggaggcc aaggtcgacc ttgagagcaa gtccgccact     2220

gtcagcgtgg acggcagcgt gaccgacgcg gcgctcaagg ccgcagtcga tgaggcgggc     2280

tatcaggccg tctccatctg ctaa                                            2304


<210>  1517
<211>  444
<212>  DNA
<213>  Clostridiales

<400>  1517
gtggaaatca gaaaagtaaa tgaaaataaa aagcaattcc tcacacttct gctgttggca       60

gacgagcagg aagatatggt cgaccgctat ctcgaaaaag gcgcaatgta tgttcttgac      120

gactgcggtg tgaaggcaga atgtgttgtc acagatgaag gtgacggaat ccttgaaatc      180

aagaatattg cagttgatcc gaggcatcac ggaatgggat atggcaaagc actgattgat      240

tttcttgcca gtaaatatgc agatgaatat tctgttttgc aggttggaac aggggacagt      300

ccattgacga taccctttta tgaaaaatgc ggatttatcc gttctcacaa ggttcagaat      360

ttttttaccg acaattatga ccaccccatt tatgagggcg gcgtacagct aatagatatg      420

atatatttac aaaggcatat ataa                                             444


<210>  1518
<211>  960
<212>  DNA
<213>  Clostridiales

<400>  1518
aagaaagagg cgtttcagat gctggacggc tttgcaagat caattacata cctgcgcatc       60

agcatcacgg accgctgcaa ttatcgctgc cgctactgca tgccagaaga gggtgtggaa      120

aagcgcgcgc acggagattt ttgttcgctc gaggagctgc gggatatggc cgccgcggct      180

gtgcgctgcg gcgtcaaaaa gatccgcgtc accggtggcg agccgctcgt gcgccgcggt      240

gcggtggact tctgccgcat gttatcagaa attcccggcg ttgaagagct ctgcgtcacg      300

acgaatggca gcctgctcaa ggaggttgcc cggccgctgc gcgacgcggg cgtcacgcac      360

ctcaacatca gcctcgacac gctgaacgag gagcgctttc gcgccatcac gcgccttggt      420

acgctgcagg acgtcataga tggcatcgac gcggcggagc gcgcgggctt tgcgaagatc      480

aagctcaact gcgtgctgct cggcggcgtc aacgatgacg agatcgctga ttttgtggac      540

ttaacgcgcg aacacccgtg gcaggtgcgc ttcatcgagc gcatgccgat gggctgcgga      600

aaggatttcg gtacatacct cccctcgcag gcggttttgg accgctgtcc ggagttggag      660

cccatttcgc atgacggcgt ggccgcatgc taccgtctgc cggacgcaaa ggggaccatc      720

ggtctcatcg cgccgatgag ccacgcgttc tgcgcagagt gcagccgcat ccgcatcacg      780

gcggacggga aattgaagcc ctgcctgcac tcggatgtgg agatcacgct gcggggctta      840

tccggcgagg agttggagca ggccatccgc cgcggcattc tgatgaagcc ggagcgccac      900

cacatggacg agactggcat cacggagacg caccgcggca tgtttgcgat cggaggctga      960


<210>  1519
<211>  366
<212>  DNA
<213>  Clostridiales

<400>  1519
atgcgctgta ttttgaagaa cgcaaaggtt ttctctcagg gcgtatttca tttggcggat       60

gtgtttcttt cggacgggaa aattgtttct attggcaatg gtgtttcccg ttccgatgat      120

actattacta ttgatatttc aaatatggtt ttatttcccg gtttcgttga tgttcatgtt      180

catcttcgtg agccgggatt ttcttataag gagacgatcc gcaccggaac actcgcagcg      240

gcgcacggcg gctttgccca cgtggcggcg atgccgaacc tgaacccggt gccggactgc      300

aaggcgtcac tggaagagga gctgcgccgt atccgggaaa gcgcctgcgt gcatgtgcac      360

ccctac                                                                 366


<210>  1520
<211>  765
<212>  DNA
<213>  Clostridiales

<400>  1520
atgaatcaaa ctggatccac tgttcagtcg ctcgaccgtg tctttgatat tgtcgaaacg       60

ttatccaatc acggcaacga gctgtctatt tctcaactct gtgcattcac cgggttaaac      120

aaaagcaccg tacaccgtat gcttgcctca ttgcgggtca gaggctatgt ggtacagacg      180

tcaagtggcg cataccgtct gaccttcaaa ttctgcagcc tttcacaaaa gatcatcaac      240

aacgtcagta ttctccctct tgtgctccct cacctgcgca agctttccat gtctgtgcag      300

gagatcgttc acttcgtcat tcaggataat accaacaccg tctatctcga ccgtcttgag      360

ccgcccaatt ccaactaccg cagcactgtc aacatcggca tgcgccgtcc gctgcacacc      420

tccgccggcg gcaagatcat tctctcttcc cagggcccgg aggcctggcg cagctattgg      480

gacaatgccg acaaaacgcc cattacacct tataccatca caagctttga gcgtcttgaa      540

agcgaaatgc tgatctttca gcgcaagcag tatgccgttg aaaacgagga aaacacactc      600

ggctattcct gtattgccgt ttcgctctac gaccgctaca atgatgatca ctacgccatc      660

accctttctt cgctcaagtc gctgatgacc gatgagcaca tccagcagct cctgcctctg      720

ctctttgaaa cgcgcgatct catccagaaa gatatcggcc tttga                      765


<210>  1521
<211>  1068
<212>  DNA
<213>  Clostridiales

<400>  1521
atggaaaatc atgtggcaga tcagatccgc ttttaccgca ggcaggaggg cctgacgcag       60

gagcagctgg ccgaggcgat gggcgtctcc gttgcggcgg tgagcaagtg ggagcagggg      120

cagagccttc cggagatccc gatgctgatg gagctcgcgg actttttcga cctgtcggtc      180

gacgcgcttt tgggctatcg gctgcgctcg aacgaccgaa agagcgtcag cgagcggctg      240

aaggtcctgc gccgcgagga cagatatgac gagggccttg ccgaggcgga aaaggcgctg      300

caaaagtttc cgaacacctt taccgtcgtc tacgagtgtg ccaagctctt cgagatggcg      360

ggtggcacgc ggaaagacaa ggccttgcag cgccgcgcgc tcgatttact gacgcacgct      420

atccgtctgc tgccgcagaa cagcgacccg caggtgagcg aaatgtcgct tcgactcgac      480

atggcgaacg tgctgctcga tatggaggac tgggaacgcg cgctcgcgct cttcaaggag      540

aacaacgcct gcgggctgct cgacgaccag atcggctgtc tgctcgcgct cgtcaaggag      600

cggcgcgagg agggcgtacc ctatctttca atggcgctgc tgcgcgcggt gacgtcgctc      660

atgcgtgtgt gcgacggctt tgccaatgtg tttgaagcac gaaaggacat gaagtcggcc      720

atcgacattt tgcagtggaa gcattcggtg ctctcaggcc tcagaaaaaa aggcacggtc      780

agcgagctcg acaagatcag cgcggcctcg cacgcggcgc tcgcgcggct cttgtacgac      840

tgccgcgatt taggcggcgc gaacgacgag ctgaaaaccg ccaaagcact gggtgcagcc      900

tacgacgccg cacccagcca cagcgcaaga aatgtccgct tctacgaggg cgtcgagcat      960

gtgggcattt acagcgactt tggccgcagc gcgatggatg cggcgcttga tgcgtttctc     1020

ggagatgaca gcacagagaa gttggaagcg tttttccgaa acgcttaa                  1068


<210>  1522
<211>  681
<212>  DNA
<213>  Clostridiales

<400>  1522
atgagcgatt ttactcccac tcccatcccc agcttcagcg gaaagtaccg caaccacatg       60

ctgctggtgc ccgagtgcat caatgaatgc agcggcattc gcatcttcgg caggacgctc      120

aagtcctttg tcttctccac cgacgttgcc accatcgcaa gctgcaacgc cgacgcggtc      180

atcgccgtct attccttcac gcctcagccg cgcatcgtac gcgccgtcct gagcgtagcg      240

gatatgcccg tactcgtcgg caccggcggt ggcttcacca ccggtgcgcg tgccgttgcg      300

caggcgatgg aggccgagca ctgcggcgct tacggcgtcg tgctcaacgc gcccgtttca      360

gccgatatcc tgcgcgacat caagacgcac atcgacattc cggtcgtggc gaccatcgtc      420

tccgccacgc aggacaccga ggcgcgcatc gccgcgggcg tcgacattct gaacgtttcc      480

gccgcatcgg agacgccgca gctcgtcgcc gcgatccgcg cccgtcatcc cgagatcccc      540

atcatcgcca ccggcggccc ctcggacgac acgatccgca agaccatcgc cgcgggcgcg      600

aacgccatta cctacacccc gcccgacagc ggcacgctgc tcgccggcat catgcacgca      660

caccgcgagc gctaccggta a                                                681


<210>  1523
<211>  1029
<212>  DNA
<213>  Clostridiales

<400>  1523
atgagcagag tgattacatt tggcgagatc atgatgcgtc tcaatccaga gggctatctc       60

cgttttgtac aggcagaaaa atttgaagtg acttatgccg gcggtgaggc caacgttgct      120

gtatcgcttg ccaattatgg catggatgca gcgtttgtga gcaaagttcc ggcccacgag      180

attggacagt gcgctgtcaa tgagctgcgc cgttacggtg tggatacatc gttggtgctg      240

cgcggcggtg cgcgcttggg cgtatattac tgtgaaaaag gtgcgtctca gcgtgccagc      300

aaggtcatct atgaccgcgc gggttccgca atcgcagcgg caagtgcaaa ggagttcgac      360

tgggataaga ttttcagcgg agccgattgg tttcattgga ccggtatcac accggcgctc      420

ggaggtgaga tgccgcaggc ctgcatggac gcctgcaaag cggctaggga aaagggcctg      480

acgatttcct gcgatctcaa ctaccgcaaa aagctctgga cgcgcgagca ggccggtgag      540

tgcatggcga agcttctgcc ctatgtggat gtttgcattg ctaacgaaga agatgcgaag      600

gatgtgttcg ggatcgaagc agagaacacg gacatcaact ccgggaagct cgaccgcgag      660

ggctatatca gcgtagcgcg ccagattgcc agccgctttg gctgtaaaaa ggttgccatt      720

acgctgcgcg gttctatttc agcctcggat aacgactggg ccggtatgct ttatgacgcg      780

gcgagcgacg aagcaatgtt ttcaaccacc tatcatgtcc gtatcgttga tcgcgtcggc      840

ggcggcgata gcttcggcgg cggtttgatc tacgcgctac tggagggaaa ggatgatcag      900

cgggccatcg actttgccgt agcggcttcc tgcctgaaac attcggtaga gcatgacttt      960

aaccagatga gcgttgcaga ggtcgaggct cttgctgcgg gcaatgcctc cggccgtgtt     1020

cagcgctga                                                             1029


<210>  1524
<211>  711
<212>  DNA
<213>  Clostridiales

<400>  1524
atgaacgacg atcagctgca atttgaccgc acctgccatg tgatctattc aaagccctgc       60

aaggcgaaaa ttcgggagaa gatcgcgcac cactatccgg aatcgcagcg cgaagccgtc      120

tgggagcgcg tgcagatgca gtatgtcgac tttttgagcg actggcgcac cgaccttggc      180

ggggagaaaa actttcacaa cggcccgggc ggcaattacg actgcatcgc gctgatggcg      240

tattacgtcg tctgcaggga cgtgacaagc cttcaagaga tcgaggagat ggaggggaac      300

ctcttcctgc cgtcgttccg aaagctcagc aagctcaaat tcatcgacat caacaagccg      360

ctttgcaaaa agctcctgca ccgcgcgttt ttgaacgcga aaaagcagtg cgacaagtgg      420

ggcgactttg agatgcacgt cgcgccgttt gacaaggatc agcccatcta ctatgagttc      480

accgcctgtc cgaccgcgga attcgccaaa aagcacgacc ttctcgaggt catgcccacg      540

ctctgtaatc cggactttgc cggcatggag ctcatccacg cgcgtctcat ccgcaaaacg      600

acctgtttga acggctgcaa atgcgactac acgatctgcg gcgacaagga cccttattgc      660

cgagagcatc ccgagtaccg cgacgagcag ggctaccgca ggaacaaata g               711


<210>  1525
<211>  537
<212>  DNA
<213>  Clostridiales

<400>  1525
ttctacgccg cccgcaaaga acctttgctt gtctgctcgt ggcttttttg ctatgatgtg       60

agcagcaagg gaggtcgatc tatgtctgat ttcagttcca acctgcggcg gctgcggaaa      120

agggcaggcc tttcgcagga cgcgctcgcg gaaaagctct ccgttgcccg ccagactgtt      180

tcaagctggg agcgcggcaa ttcctacccg gaccttgaca tgctggtgca catcagcgac      240

gcgttcgcga ccgatccgaa cgagctgctt tacccgaatc aaaaacgcag gagcggcggc      300

gtgagccgcc ttgtggacga cgactttttc ggcaagctca cggtcgtcat ttggattgtg      360

gggttcctgc tcggcctgtc cgccggcagt caaggctatg cgtcggggcc gaacaccatc      420

tcgtggcatt tcgtgttttc cgacgcgctg cgatgctggg ctcccgcatt tttgaccggc      480

atggcgtttc tcggccttca gaagatcatc gaccttttga aagagcgcgg cgagtga         537


<210>  1526
<211>  423
<212>  DNA
<213>  Clostridiales

<400>  1526
tccgagacgt tcagcgcaga tccgttcgag tatgagttca tgtatgcccc gatgggcgat       60

ggcggcgttt acgaatatgt cgagccgtgg tacggctttg cggtcaaaaa ggagagtgac      120

gcgcaggact acgcggtcga atttctgcgc tttatggccc gtcaggacga gctgaacacg      180

cttgcttcta tcaagggcgt tccctctgct gctaaggaaa cgacggatga gcgctacacc      240

gcgctgaacg atatcgataa ggtggagatg aaggtcatca gcgatggaac ggttccggcc      300

tacattggca cgctcctgag ccatgcggca aacgaactgc tggacggcag tatcgcaagc      360

gccgatgacg cagtcgcgtc gttcgtcgcc cgctgcgcag agtccacgca gggcgcggat      420

tga                                                                    423


<210>  1527
<211>  702
<212>  DNA
<213>  Clostridiales

<400>  1527
atggcaaagg ctctttttgt cacggggacc ggaacggacg tcggcaagac ctatgtcacg       60

gcgctgatgg tgaaaaagct ggcggaatcc ggagagaacg ctgcatacta taaggccgcc      120

atgagcggca accggcgaag gagcgacggc agcctcatcc ccggcgacgc catgttcgta      180

cagcaaacgg cgggactttc gcagccgctt ggcgaaatgt gcccttatgt ctatgagcat      240

gcgtggtcgc cccatctggc ggcgcgctat gaggggaatc cccccgagct gccggtcatc      300

cggcagggct ttgaggccgt gtgcagccgc aacgattatg tcaccgtcga gggcagcggc      360

ggcattctct gcccgcttcg cgcagagaac ggcaaaacgc tgtggctcga agatgtcatt      420

cgtgcgttgc agcttccaag cgtgatcatc gcggacgcgg gtcttggtac catcaacagc      480

gtggtgctga cggcgaagta tatgcaaggc aaaaagctcc ctgtaaaggg aatcctcttt      540

aatcactttc atcgcggcga cacgatggaa gaggacaaca tcgccatgtg tcggcagcac      600

acaggcctgc ccgtgctcgc ctgcattccc gacggcgcac aggaacttcc gatggaacca      660

aacgatttag cagcactgta tgaggaggta tcgctgacat ga                         702


<210>  1528
<211>  387
<212>  DNA
<213>  Clostridiales

<400>  1528
atgaaacggc tcccttccct gttgttgtca ctggtccttt cgcttgcgct gctcgtcccc       60

gtttttgcgg cggacgcctg caaggagatc cgctacaccg cctttacctg cagcaaggaa      120

atgcacttca cggagcatta ttgccgcaac ggcgacaaaa ccatccgcgt cgaaagcgcg      180

gacgcatgcg ccgtcagcca tctggacgcg gctgcgcaga ccctcacggt cgaaagcacc      240

gtagatggca agacgaacat cgtctcgttc cccttttcac ctcctgaggg atccaaacca      300

ccctcttatt acaaacttat cgctgagggc gccaaaccga cctcttacag acttatcgcg      360

cggcattcct cattcatatt ttcctaa                                          387


<210>  1529
<211>  831
<212>  DNA
<213>  Clostridiales

<400>  1529
atgggtgtta ttttaggcat tgacatcggc ggttcgagca caaagatcgt cggtcttgcc       60

cccgacctct cggtcatcga catgctgcgc gtcaaggctg acgatccgct cacctcgctc      120

tacggcgcga tgggcaactt cctttccacg catcatctgc agctctccga catccgccat      180

atcgcgctta cgggcgtggg ctcttcgtat gtcgagggcg atatctacgg tgtgaagacc      240

atcaaggtcg aagaattccc ctccgtcggc gtgggcggcc tcgccctctc gggcaaggag      300

cacgcggtcg tcgtcagtat gggcacgggc acgtcgtttc tttgggccaa taaagggaaa      360

gaggttcgcc atctcatcgg cagcggcgtg ggcggcggca cgctcgcggg acttagctcg      420

ctgacgacgg gcgtgcatca gtacgcgctg atccgcaagc tctgccagga cggtgacctc      480

agccacatcg acctgacgat ggccgacctc tcgcgcgagc aggtgggcga cctcccgccc      540

gaggccacgg cggcgaactt tgccaaggtc gccgacgacg cgacgccgtc ggacaagatg      600

cttggcatcg tcaacctggt gctccagtcc atcggcacaa tgtcggtgct cgcgtgcaag      660

tgctgcggca cggacacggt cgtcctcaca ggcgcgctga cgatgctgcc gccggcaagg      720

gagacgttcg agctgttcaa acagctctac catgtcaatt ttattattcc cgaaaacgcg      780

acgtttgcta ccgccatcgg cgcggcgctg tacagcgtga gagaaaattg a               831


<210>  1530
<211>  552
<212>  DNA
<213>  Clostridiales

<400>  1530
cgcacagtgg acgttttaat cacccaaaag aaaatgaccg actccgaagc ctttgtcaag       60

gcccgcggcg gcggcaacct gatcggcaag gccatgtacg gcggcggcaa gatcacgatg      120

aagcagctct acttgcagag ctttgaagtc gtgttcgacg cctatttcaa gcccggcctt      180

gtggagcgct ttttcacccg caagggccag atgggcggca actcgcagaa gatctgcatg      240

atcgtcgagg gcacgcgctg caccgcgagc taccacgagc agccgctccc gcttgacgaa      300

gccgacctcg atcctgacat gtgccaggat tccaccttcg acaaagaaaa gatcatcgcc      360

caggccaagc gcgtcgccat gcgcatcatg cgccgcccct cgggccccct catcacctcg      420

atggaggtcg catcctaccg ccccttctac cgcccgtact acgtcgcgtt ctacggcgag      480

atggagatgg gcaaaaaggt gcgctacatc gccatcgagg ccgacggcta caagaccgac      540

agctccctgt aa                                                          552


<210>  1531
<211>  1548
<212>  DNA
<213>  Clostridiales

<400>  1531
atgaaaaaag cgctgactct tctgctgtcc ctcgcgatgc tcttctccct cgctgcctgc       60

gggcagagcg gcggcgattc gaccgacgac gcgccgtcca cgctcgtcta cggctctgcc      120

gactgcacgc gcatcgatcc cgcgatggac gagcactgcg agatcaatct gttgctcttc      180

aacggactga ccgcgcacga cggcaatgac cagatcgttc ccgccctcgc cgagcgctgg      240

gactatgacg aggcaaactg cacctatact ttctacctgc gcgagggggt gaagtggcac      300

gacggcgagc cgttcacggc gcgggacgtc aaattcacga tcgaagccat catggacccc      360

gacaacggct cggaaaacgc gccgaattac gaggacgtgc aggagatcac cgtgctcgac      420

gaccacaccg tctcgttccg cctcgctgag ccgaacgccg cgtttttaga gtacatgacg      480

atggcgatcc tgccgcagca tctgctcgag ggcgaggaca tgcaggaatc cgctttcttc      540

cgtgcccccg tcggcacggg gccctacaag ctcgaaagct gggacgccgg gcagtccatc      600

gtgctcgtgc gcaacgagga ctacttcctg ggcgcgccga acatcgagcg cgtcatcttc      660

aagatcgtac ccgacgacaa cgcgcaggcc atgcagcttg agtccggcga gatcgacctt      720

gcgctgctcg acccgaaaaa cgcgcagaac ttcgcgggca aggacggcta cacctgctac      780

gacatgacca ccgcggacta ccgcggcatc ctcttcaact tcaacaaccc ctactggacg      840

gaaaaccgcg acatcatccc cgccgtctgc tacgccatcg accgtcaggc cattgtcgat      900

tcggtgctgc tcgggcaggg catggcggcg cacagcccgc tccagcgcaa tgtctacaac      960

gacgagaccg tgaaccacta cgactacgat cccgcaaaag cgaaagaaat tcttgaatcc     1020

gtcggctgca cgatgggcga tagcggctac tacgagcgaa acggcgagga gattggcttc     1080

gtcatcagcg tcatgtccgg cgagcaggac cgcatcgaca tcgcgcaggc cgcggcgcag     1140

cagcttagag aagttggcat ccactgcacg gtggacatcc ccgcgcagat ggactggagc     1200

ggccagatgg catgtctcat cggctggggc agcccgtttg acgccgacga ccacacctac     1260

aaggtcttcg gcacggataa gggcgcgaac tactcgggct actcgaacgc gctggtggac     1320

gaatatctga cgctcgcgcg ccagagcagc gacgacgccg tccgcaaaga gtattacagc     1380

aaattcctgc acgcgctcgc ggacgatccg gcctacgcct ttatctgcta catcgacgcg     1440

aactatgtcg ccaaatccac catccacggc atcgatgcgg acacggtgct tgggcatcac     1500

ggcgtcggca ttttctggaa cattcaggac tggacgatcg gcgagtaa                  1548


<210>  1532
<211>  696
<212>  DNA
<213>  Clostridiales

<400>  1532
gtgagtgact tcaatgacat cggcatctcg cgtgagcttg actggccgcg catcaaaaag       60

ctgctgacca tcggcctttt tgcgtccgtt ttgcacctcg ccggtgacct gatcctcggc      120

tggggcgtgg aggacgatgc gcttgaaggc gttttacaga tgctatcggc ctatacttct      180

acctcggaca gcggcctttt tgccgcggcg ctgctggggc ttttcggcgt ggtgcttgag      240

ggacttgcct gcttcggtgt ttaccgcctg atgacggcga agtcgccgaa atacgcgcac      300

cgctaccgct ccggcatttt cggctacctg atgttctgcg cgtgcggctt ccatgtgccg      360

gtgtgcatgg cggtgtttct gatgaaacac gggctttccg aagcgctttt gacgcagtac      420

agcgcatact tcctgatgcc gccgctcgtg ctgttctgga tcttcttctt tgtgctggtg      480

atgacgcaga tcgtcgcatt ccgaaagggg ctgacaccgt atctgaagtg gtgctgcgtc      540

ttctctatgg cgttcggtat gctcgtgtat tttctcgcgg cgctgctcgg caaccggctg      600

cttggcaacg ccctgcgctg cgcgtggctc gccatcggca acgtctggat gttcggcggg      660

ctgctcgtga cgatgaaaaa agcgcagcga gcgtaa                                696


<210>  1533
<211>  3066
<212>  DNA
<213>  Clostridiales

<400>  1533
atgcctgagt taaacgcaaa actgttcggt acgcccgccg tttccgtcga cgggcgggag       60

atcacgctcc cctataaaaa agccgacgct cttttgtact atttgatcct caagcgcaaa      120

accacccgca gcgagctcat cggcctgctc tacgaggata ccgattccgc cacagcgctc      180

aaaaatctac gccacgcgat ctacaccatc cgcaaggcgt ttgccttcga tcccttcgtc      240

cccggccagc gctcgatcgt tgaattctcc gccaacgttg agatcgcctg cgatgtctac      300

gattttgagc gcggcgacat gctcagcgcc tatcacgggg aatttctgaa ggacttcaat      360

gtctcccact cctccgcgtt tgacgcatgg ctgagcgatc agcgcaatct ctatcagtcg      420

cagtacctcc accatctttt ggcggcggaa aaggaggcct attacgccgg taagctcgac      480

cttgccgaaa aatacggcac ggagtacatc gccatcgacc cgctggagga aagcgcgttc      540

tccacgctca tgcaggtcta ccgcgaccag aagaagttcc gtaaagcact tggcctttac      600

catacgctct gtaagaacct ttccgacgaa ttcagcatct ccccgctcaa ggagacctcc      660

gcactctact atcagatcgt cgacgcgtgg aacacctcga cctacaagct cgaggtcggc      720

agcgaccagc agctcatcgg caaggacgcg gtgctgcaca agctcgtatc gctgtgcaac      780

ggctcgcgcc ttgaaagcga caagatctgc gcgctgattc agggcaagac gggcgtcggc      840

aagacatacc tcatcaacta catcctgcac cagtacgatt tttccggctg ggcgatctgc      900

caggcctcgt gctaccagtc cgagatgaac accgtgctcg ccccgtggaa cacgatcatg      960

ctccagctca tcccgaaatt cgaatccgaa aatatccgta ttccggatgt ttacattaag     1020

accgccgcgg gtctcttccc ctgcttgtcc gttgaatgcc agcacaattt ctccggcatt     1080

tcgagcgact atcccgcggg cgcagattat ctcgccgcgc ttgagagcac gctgctcatt     1140

ttgtcgacgg tcgccaaaaa ggtgccggtg ctgctcattt tggaggacat ccactggatc     1200

gacaacaaca gtgccgacct cctttcgatg ctgctgcacc gcctgcgcag cacgaacatc     1260

acgatcatct gcacgagccg cgacattttg cagccctacg cccagcaggt gctcaacaac     1320

gccgtgcgcg acaagctgct cgacgtgtac aatatcgacg ccttttcaca ggatgagaca     1380

acgcgcttcg tcaacttcta cgccccgggc cgctactcgc aaaaggagat cgacaacctc     1440

taccagagca cggagggcaa tggcctcttc ctcgtgcagc tgctcgactc gatgcacgag     1500

tcgaatgggc tcaaaaacat ccctgccagc gcggacagca tcattcagat gcgcctcgcg     1560

agcctttcgt ccgatgaatt gcaggtgctc gacgtcatct cagtcttccg cgactgggcg     1620

ccgttcgaca ttctcacctc tcttctgaca aaaacgccgc tcgagcttct gtacctctgc     1680

gaccagctca agcagaaaaa tctgctcacc gaatccacgc gcggcaaggt gctcggctat     1740

tcgttcacgc acgagcgcgt gaaggccatg ctctcgcagc gccagtcgga gtccgcgcgc     1800

cgcatcctgc atctgcgcgc cgcgcaatat ctggaggcgc agctcggcag cgacggttcg     1860

accgacctct acgatcagct cgtgcagcac ttcaccgcag gcggcgacac cttcaaagcc     1920

ttcaagtata aagtactttc ccttgacgca tttgccggta tgtgctatga gctcatgccg     1980

atcctgaccg acggctcgga cgcgctgaca gtcaaggagg atggtctgac cggctacttt     2040

cagatcctcg agcgtgagct tgcctcgctg cgctccacgc agttcggcgc aaacgccaag     2100

gagctcgacc agctcgagcg tcagctcctt tacgtcgaaa gccgctacta catccacggc     2160

ggcgaatacg acgcgggcct tcccgttgtc ggccagctcc tcaagagcag taccaccgcg     2220

ggcgactggc agatggccgc gaacgcgcat ttgcagttca tctactatgc catccagacc     2280

tatgatcttc ccgtcatgcg tgagcatctg cgccttggca tgcagtataa atcgcgtttg     2340

gaaaatacgc cggactgggg taagttcctg cgcctacagg gcctcatgta cctgatgatt     2400

ggcgaatacg acaagtgccg cagttggctc gaccgctcca tcagcttttt tgaatcactc     2460

gacgcggacg gcgagggccg ctatgtcatc agcatcgcgg gcgcgtacaa ctatattgcc     2520

gaaacgtacc gccttgagcg caacttcgac aaggcactcg aatactacga caaggccatc     2580

ctcttcaacc agcgccgcgg ctcgtacccc ggcgcggcca tcatctacac cgactacggc     2640

gtcgccgcct atcagagcgg tgaaaaggag gtcgcgcgcg agctgctctc gtacgccgag     2700

gagctctatc agtccttcca cgaatacagc cagatgccga tcgcgctgtc gtacctcgcg     2760

ctgttcgacg tggaggacgg tcagtacgtc tccgccgccg cgcggctgag taaggcactt     2820

gacgtcggac gaaaaatggg ctccccgtgg tggaatggca ttacgcttta catcacctgg     2880

aaaataaggc tcttgcttga aaaacaggca atcaatgtgc cggagctcag cgccctctgg     2940

ccgcaggaca agcgcaagca ctgcatcgaa tgcctcgact gcctgcatcg ccttgagccg     3000

cgcaccgaaa cggctgaaat ggagcagaca cttgaagcgc tgaacactga aaaggccgaa     3060

tcgtga                                                                3066


<210>  1534
<211>  1902
<212>  DNA
<213>  Clostridiales

<400>  1534
gaagtagagt atgaagagct ctcgttttcc atcggcttcg acgatacgct cgcgggtaag       60

aattgtctgg acggcgaaac acccgtccgc gacgaatatg agctggatgt cggcgagaag      120

cagggcagcg ccgaggggct cattgaggtg tgcagcacga tggagctgcc gcgcctgcac      180

cacgccacga tggagacaca cgcctgcatt gccgactatg acccctatag cgacatgctg      240

acagtctact gtccgaacca ggccgtgcac ggcattcgta ccgtgctcgc ggactttttg      300

gagatgccgg agagccatgt acgcgtcgtt aaggcgacga tgggcggctc gttcggtgcc      360

aagcaggagt ggtttttaga gcccgtcacg gcgctcgtcg ccaaaaaact ctgccgcccc      420

gtcaagctcg tctattcccg cggcgaggcg atgaccgaca cgatcgtgcg cggcgcgatg      480

cgcatgagcg cgcgcggcta ctacacgcct gacggcgaga tgaaggaaat ttactgcgat      540

gtgacgctcg acgcgggcgc ttacatcggc aacgcgggcg actatgtccg cgcgctggcc      600

ggtaagccga cgcgctgcta ccgcattcca tacatgcact atcatggaca ggtcatcagc      660

tcgaactcgc cggtctccgg cgcgttccgc agctggtcgg cggcagaaga ggcgctgatg      720

atggagcgcc agctcgacgc cgcggcggaa aagctcggca tggatcgcct tgcgattcgc      780

ctcaagaatg tggcgcgcag cggggaagag gacaagaaac tccacctgtc gctcgaagac      840

atccgcatcg gcgatgcgat cacactcggc agcgaaaagt tcggctggga caagctgaaa      900

gctgaggacg cggcgttcaa cgcctcccag cagcgctacc gcaggggcgt cggcatcggg      960

atcggcggtc acggcaacac atacttcccg cgcttcaatg actacggcga gggcagcatc     1020

agcttaaatg ccgacggctc gatgcaggcg aatttcaccc tgcacgacca cggctgcggc     1080

acggtgacgg ccatgcgcat gatcgccgcc gaggtgctga aggtgcccga ggataaaatt     1140

tacatgaccg agggcgacac cgcggtcacg cccatcgact acggctgctt tgccagccgt     1200

acaacctatg tggtcggccg cgccgtgcag gatgcggcca gcgccctgcg gaaaaagatg     1260

ctgcacgcgg cgtcggagct tttagacgtt cccgaggatg agctgctctt aaacgacagc     1320

catattcttc gcatagggca ggacgagccg ctcctttcgt ttgcagagct tgccaaaaag     1380

agcatgcaca cccacgccgg caacctgacg gcctacgcga gctattcgaa cgtgacgaac     1440

cccggcgtga cgggcgcgca ctttgcccat gtcgaggtcg acacctggac aggctttacg     1500

aaggtgctcg actatctcgc cgtgcacgat atcggtcagg ccatcaaccc cggcctgtgc     1560

gaggcgcaga tccagggcgc ggtgcagatg ggctgcggcg cggcgctgcg cgaaaagatg     1620

accatgcaga aggacggccg ctgcacggag agtttgtcca aatatcatct gttccttgca     1680

aacgacctgc cgaacatccg cgtggagctt ttgcaggacg gacgctcgaa ggagggcccg     1740

ttcggcgcga aatccatcgg cgaggtctgc tatgtgccgg tcgctccggc ggtgtgcggc     1800

gcggtgaacg acgcgctgca cgcgaacctc tcggtgctgc cgtatgatcc cgactgcatt     1860

ctcaaatatc tggcggaggt gagagagaac catgacgctt aa                        1902


<210>  1535
<211>  1197
<212>  DNA
<213>  Clostridiales

<400>  1535
atgatttctc agcgggcaca aaatattgtc gcatctgtta ccggtgagct gtctgcaaaa       60

gttacggagc tgaaagcaca gggcaaggac gttatcaagc tcaatattgg tgagccggat      120

tttcgcccgc ccgaaaatat tgcggaggcg gcgatcgccg ccattgaaga aggcttttcc      180

aagtatgtgg cgatccctgg catcattgag ctgcgcaagg cgatctgcgc caaactggaa      240

aaggacaacc atcttgttta ctctccaaat gagatctgtg tcagcacagg tgcaaagcag      300

gcggtgatga acgccttaat ggctctgtgt gacccgggcg atgaggtcat cattcccacg      360

ccatgctggg tcagctacag cgagatggtc aagctcaccg gtgctgcgcc cgtgtttgtt      420

ccctgcaagg cggagacggg ctttgccctc aatgttgatg acattgccgc ggctgttacg      480

ccgcacacca aggcgatcat catctgcacg cccaacaacc ccaccggcgc ggtttacagc      540

gagcagacgc tgcgcgcgct cgcggcgctg gccgttgaaa aggactttta catcattgcg      600

gacgaaatat acgaaaagct gatcttcgga gatgcaaagc acttttccat tgcatcgatc      660

tccgaagagg tgcgcgagcg ctgcgtgacc atcaacggct tttccaaggc ctatgccatc      720

cccggctggc gtttgggtta ttccgccgcc gtcggtgaag ttgccgccag catcaaatcc      780

atccagagtc atgcgacttc tgcggcaaac tgcattgcgc agcgcgcggg cgttgcggca      840

ctgaccggac cgcaggattc tgtggaggcc atgcgccgcg aatatgaacg ccgccgcgat      900

tatgcttttg gtgcactgaa agcgatgccg ggcgtggagc tggaaatgcc gcacggcgcg      960

ttctatctgt tccccaaggt tgattcgtac tttggtacgc agtatcaaaa ttatcaaatc     1020

aacagctcaa aggaccttgc caattacctg ctagacgagg cggagatcgc cgtcgtgttc     1080

ggcgaagcat tttacatgaa cggctatctg cgcatttcct acgcaaactc catggagaat     1140

atccaggaag cgctgcgcag aatggcggaa gcgctaaaaa agcttggaag ggagtga        1197


<210>  1536
<211>  801
<212>  DNA
<213>  Clostridiales

<400>  1536
atgacgcagg cggagcggcg gctgtacctg atccggtcgc tattgaacga aaaaacggaa       60

taccaaagcc tgaacgtgcc gcgggacgcg ggggagcagc gcaagctgct gcgctcgctg      120

atgaatgttc gtatgccgaa agtggcagac gaagcgtttc tgcgtgtgca ggacgagtac      180

ttgcagcaag agctggcaga cgagggcatt accgacctcg acgatctgca gccggtcagt      240

ggtgaccttt acctctggca gggggacatc acgcgcctca agtgtggggc catcgtcaac      300

gccgcgaaca gcggtatgac gggctgctac atcccgtgcc acgcctgcat cgataactgc      360

atccacacct ttgccggcgt gcagctgcgt caggactgcg ccgcgctgat ggcagagcag      420

gggcacgagg agccgacagg gcaggcgaag atcacgaagg cctacaacct gccgtgcgat      480

tacgtcctcc acacggtcgg cccgatcgtc tcgggccgcg tgacaagaga ggacgagcgg      540

ctgcttgcgt catgttaccg atcctgtctg gaacttgcgg agaaaaacag tgtgcgaagc      600

atcgcgttct gctgcatttc gaccggtgtg ttccattttc caaacgagcg cgcggcggag      660

atcgccgtgg agaccgtgcg gcgctataag gtggagacgg gcagtaaaat aaaggtggtt      720

ttcaatgttt tcaaggatct cgacaaaacg atctacgagc ggcttctcgg cgcaaattgc      780

gcgcctacgg cgcgcgcttg a                                                801


<210>  1537
<211>  879
<212>  DNA
<213>  Clostridiales

<400>  1537
ttggaggacg acgcgcttgc ggaaaggctc agcgagcacc ggcaggtgct ttgcatcgtg       60

aacagccgca aggcggcgca gagcatcttt gcgcgcttgc cgcaggaggc gagctttcac      120

ctctcgacgc tgatggtgcc cgcacagcgg cagacgcttc tcgatgagat ccggcggcgc      180

ctaaaggcgg gggaaccgtg ccgcgtggtg tcgacctcgc tgatcgaggc gggcgtggac      240

gtggactttc ccgcggtgta ccgcgagctg gctgggctgg attccgtctt gcaggcggcg      300

gggcgctgca accgcgaggg gaaacgagca ccggaggaaa gcatcgtcac cgtcttcgag      360

cgggcagaac tgccgccaat gttgttccgc acagcaatcg gcgctacgcg cgaagcattg      420

atgaacagct gcgatatcgg cgcgcgggag acgatgcaga actatttcga cgcgctgcgc      480

agcttaagcg gagaaacact cgacaagtcg ggtgttatca aggcgtttga aaagggcatc      540

aacggctgcg aactgccgtt tcgcaccgtg gcggagaatt ttcatctgat cgatcagaac      600

acgcgcacgg tctatgtccc gtttgccggc ggtgcggcgc tcatcgaacg gctgaaagcg      660

ggcgggtgct ccaaagagct ctaccgcaag ctggggcgct acgcagtctc agtctacgaa      720

ccgcattttc aaaagctcta tgccgcgggc gcgctgctga cggcgcgaga ggtccctgcg      780

ctggatgaag acagtgcgat cttaaacgat atgagtctgt acagcgaaat gaccggcctg      840

acgctggaac cggagatggg aaaagcggag ttcatctga                             879


<210>  1538
<211>  681
<212>  DNA
<213>  Clostridiales

<400>  1538
ccttttatgc ggctgctgat cgcagaggac gaggtcgatc tcgccgaggc gctggcggtc       60

ttttttgaaa aaaatcactt ctccgtcgac gctgtgcaca acggcttcga cgcctatgaa      120

gatgcctcgt cgggcgcata cgacgccgtc attttagacg tgatgatgcc caagatggac      180

ggtattcaag tgctcgaaaa gctgcggcag gagggcgtga aaacgcccat catgatgctc      240

acggccaagg gccagaagag tgaccgcatc acgggcttca acgccggcgc agacgactat      300

cttcccaagc ccttcgaccc cgacgagctc ttgagccgcg tgcgcgccat cctgcgccgc      360

agcgaggcct accagccgac ggtgctcgcc tacggcgatc tgacgctcga ccccggcagc      420

ggcaatttga gctgcgggaa ggaccccatc cgcctgagcg ggcgtgagtt ccagatcatg      480

gagcttttca tgcgctcgcc gcggcaggtc ttttccgccg agcgcatcat ggagcgcgtg      540

tggggctggg ataatgaggc ggagatcaac gtcgtatggg tgaacatctc gaatcttcgc      600

aaaaagctca agtccatcgg ctcgcacgtc accctgcagg caaaccgcgg cctcggctac      660

gtgttggagg agagcgtatg a                                                681


<210>  1539
<211>  1167
<212>  DNA
<213>  Clostridiales

<400>  1539
atgaagaagt tttttgcact gcttctcgct ctcgtcatgg ttctgtccct cgttgcctgc       60

ggtgataaga agaccgacga caatcagggc gacaccaaca ctgacgatca gcagggcggg      120

accaccactt acaccaatcc tgacgatatc gacgacaaca tgacgtccga agacggcaag      180

tatgagatcg cgttcgtcac cgacgtcggc cagctgaagg ataagtcctt caaccagggc      240

accttcgacg gcgtgaagct ctatgccgcc aacaacggcc tgagctacaa gtactatcag      300

cccgccaacg gcgatcaggc gaccgatgac gaccgttacg acgccatgaa ggctgccgtg      360

gacggcggcg ccaaggtcat cgtctgcgcc ggcttcatgc agggcacggc cctcgagaag      420

gccgctaagg aattcaccga caccaagttc gtcttcatcg acggttggtc cctcggcctt      480

gacaacgttg cgggcatcgc cttcaacgaa gagcagtgcg gctacttcgc cggttacgct      540

gtcgtcaagg aaggctatga gaagctcggc ttcaccggcg gcggcggcac gaaccccgcc      600

tgcatccgtt acggctgggg ctttgctcag ggcgccaacg acgctgctaa ggaaatggat      660

aagaccgtcg acctgaacta ctcctgggag tacggcgctt ccttccaggc ttcccccgag      720

ctgcagacca tggtctccgg ctggtactcc aacggcactg agatcgtctt cgcctgcggc      780

ggttccatgt tccagtccgt cgccgctgcc gcttccgctg aggacggcaa ggtcgtcggc      840

gtcgacgtcg accagtccag cgagtccgag accgtcgtca cctccgctat gaagggcctg      900

agcgatgctg ccgagtgggc gatcgccaag gtttacgatg gcacctggga cgagatcggc      960

aatgctgcca cctccctggg cgttgctgag aatgctgtcg gcctgccgac cgctacctgg     1020

tccatggaga acttctccgt tgccgactat gaagacctct tccagaaggt cctcaacggt     1080

gacatcacca tcgacaacaa ctccgagatg gccaaccccg ctgagggcgg cctgactaac     1140

gtcaacgtca actacatcgg cggctaa                                         1167


<210>  1540
<211>  834
<212>  DNA
<213>  Clostridiales

<400>  1540
caggtcagca ccgcgtccgc aaagtttacg actgaaaagc ccgacacctt ctgcacctac       60

ggcacgagct gggcgcagga tgccgagggc aactggcagc gcgtttccgg cttcaagacc      120

tatccgagca actggaagga ttcctattat ttcacgtttg agggtctcgg cggctacatc      180

gccaacgccg agaagatcac cggcgcgccg ctgaaggctg aggccaagac ctacgtcgcc      240

gataaactcg ccgccctcca gcaggagctc tacaaggact tcgtcacgac cgacgagctc      300

gccaaggcga gcgacgcccg tgcccttgcc accgagaacg gcaaggccat ggccgaaaag      360

gcgcacaagc tgggcgttga actggtcgag tacatcacga aggacgacgc gcttgagccc      420

ggtcacttca ccgatgtcaa ggccggtgcc tactatgagg acgctgtgaa atgggcggtc      480

gacaaggccg ttacctccgg caagaccgtg acgaccttcg cccccaacga gtcctgcacc      540

cgcgcgcagg ccgtcacgtt cctgtggcgc gccgccggca gtcctgagcc gaccgcaagc      600

gagatgacct tcaccgacgt gaaggcgggc agctactact ataaggccgt cctgtgggcc      660

gtcgagaaca agatcacctc cggcatgagc gacacgctgt tcgcgcccga cgcgacctgc      720

tcgcgcagcc agatcgtgac gttcctgtac cgcatgcaga acagccctga gagcaaggcg      780

gagaatccgt tcaccgatgt caaggcggac gcctactacg caaacgccgt cctg            834


<210>  1541
<211>  894
<212>  DNA
<213>  Clostridiales

<400>  1541
atgatcgact atcgttatat tgaagcattt ttggcagtgg tcaataccaa cagcctatca       60

aaggcggcgg aatccttgta tgtctcgcag tcgagcatca gcaaatggat ctgccagctg      120

gaagaggaga tcggtgttga gctgatcgtg cgccacaaag gtcagcgctc gatagagctg      180

actgccagcg gcaaggagct tgtcccgctg gcggaggagt ggatgaatct gcacggccag      240

atcatcggga tgaaggagca caaccgcacg agcatccgca tcgtcagcgt ggattcgctg      300

aacaatacgc tgatgccgcc gatctatcag gagcttctgc gtacggatcc ggagctggag      360

ctttcggttc tcaccgggca gtctcccgat atctattcga tggtggaacg caagcagtac      420

gatgtaggca tcgtgaccgt ggaacttcat tctcccagcc tgatcgtaac gccgctgctg      480

acggaaccgt tcgagctgct gctctactcg gaaaaggagg tggacacatc cgcgccggtc      540

actccggact cgctggatgt gcgcaagaat ctctatattc cgagcggata ttctctgcgg      600

cagtggcatg agtactggtt ccacactgcc aaaagctatc tttgggtcga tccgcagact      660

ccggcaagaa tgctcttctg cgaggaagga ctttggacgg tcgtaccgct gagcgtagcc      720

gcgcagcttt ccagacagcc gcatgtgcat cgcctgcaaa tgacctcgtc cccatcccca      780

agaagcacct attatattac ccacaaatat ccgcgggaca actgtaaggc ggtgctgccc      840

atggtcaagg accttttgca gcgctatgct tcggcctacc ccctggatgt ttga            894


<210>  1542
<211>  1059
<212>  DNA
<213>  Clostridiales

<400>  1542
atgacagaac attgggaaaa cttaaatgcc ctgaccgcgc cgctgctcac gtggtatgac       60

ttaaacggcc gcacgctgcc atggcgcagc gtcgtcacgc cgtaccgcac gtgggtctcg      120

gagatcatgc tccagcagac gcgcgtgagt gccgtcattc cgtacttcga gcgcttcatg      180

gcagagctgc ccgacgtagc ggcgctggcc gacgtgccgg aggagcggct cttgaagctc      240

tgggaggggc ttggctacta ctcgcgggcg cggaatctgc aaaaggcggc aaaggtcgtc      300

gtctcggact ttgacggcgc gctgccgcag tcgtatcatg cgctcttgtc gctccccggc      360

atcggcgact acaccgccgc cgccatcgcc tcgatcaact tcggcgagcc ggtcgccgcg      420

gtggacggaa atctgctgcg cgtcgccgcg cgcgtcagcg gttgcgccga cgacatcatg      480

gacgcgaggg tacgaaagca attcaccgcg catctcaacg acgccatcga cttagcccgc      540

cccggcgtgt acaatcaggc gatgatggac ctcggcgcga cggtgtgcct gccgaacggc      600

gcgccgaagt gcgagatctg ccccgcgcga atgatgtgcg aggcgtacaa aaacggcctc      660

accgaagtct tacccgtgcg cgcgaagaaa aaggcgcgca agatcgagga gcgcaccgtg      720

ctgctgctct ttcaaaacgg caaggccgcg ctgcgaaagc gcgcggacac gggacttctc      780

gcctcactct gggaattccc gagcgttttg gggaacctcg acgaggcggg cgtttcgctt      840

gcgcttgcgc agatggggct ttcggcgcaa actgtcgaac ccatgggcag cgcgaagcac      900

atcttcaccc acatcgagtg ggatatgaag ggctacttcg ccgacgtgac gggcgaaacc      960

gacgatctat tctgggcgga cgccgcggcg ttcgacgccg ccgccatccc caccgcattc     1020

aagaaatttg ccgcgctcgt tcgcgcgcgg ctgcaataa                            1059


<210>  1543
<211>  948
<212>  DNA
<213>  Clostridiales

<400>  1543
atgttcggcg tgctcgtcat cccgttcgtc atggtcggca tggcgttcgg caaaaagggc       60

tacaagggca tcctccctta cctcaccttc gcgggcgtga gcacgtgcct cacgatgttc      120

gttctttcca actttgtcgg cgcggaagtc acctccatgg gcaccggtct catctccatc      180

cttctctccg ttgcgtatgt caagctcgtc ggcgtgaaga ctccggacga attccgcaat      240

gaaagcgcca accatcagcg caagtacagc tcgttcaagg ccatgtcgcc ttacgtctac      300

atgctcgtgc tgctcccgct catccgctat ggcttccccg ccgtcgtcga aaatggcttt      360

gccatcatgt gcacattcgg ctacatcttc tgggtcgacc ttgtcatcct cgtgtgcggc      420

atcctcggcg cactcacgct gggcgtggac ttcaagacct ataaagccgt ctgcaagcgc      480

accgcgagcg gcgtgctgcc ggtgctcgtc acgatgggca gcctccttat cgtcgcctac      540

atcatgcagt cctcctccac gggcatgatg aacctcctcg cctctgacat cgccgccgtc      600

gtcggccgct tctatcccgc ggcagccgtc ctcatcggtt cgagcggtgc gttcatcacc      660

ggcacgggcc ttggctccaa catcatgttc gcccagatgc acattgatgc cgcggcctcg      720

ctcggcatga accccatcac catctttgcc ggtcagaacg cgggcgcttc cctcggcaac      780

ctcatctgcc cgaacaacac cgtcgccgcc tgcgcgaccg tggacgcgat cggccgcgag      840

aacgaggtca tgaagcacac gctccgcgcg ttcgccatcg tgctcgcgct ctacatggtg      900

cttgccatgc tctatacctg cgtactcttc cccaactacg ggatgtaa                   948


<210>  1544
<211>  1014
<212>  DNA
<213>  Clostridiales

<400>  1544
gttgaggtat tcgaccatag cgttattttt cgcttagaat atcgtatttt cgtcgaagta       60

cttgctattt ttcaacggtt tgagtatact acctttgttt actgcactaa cgtgttattt      120

ctgttgggag gccttgacat gcctgagtta aacgcaaaac tgttcggtac gcccgccgtt      180

tccgtcgacg ggcgggagat cacgctcccc tataaaaaag ccgacgctct tttgtactat      240

ttgatcctca agcgcaaaac cacccgcagc gagctcatcg gcctgctcta cgaggatacc      300

gattccgcca cagcgctcaa aaatctacgc cacgcgatct acaccatccg caaggcgttt      360

gccttcgatc ccttcgtccc cggccagcgc tcgatcgttg aattctccgc cgacgttgag      420

atcgcctgcg atgtctacga ttttgagcgc ggcgacatgc tcagcgccta tcacggggaa      480

tttctgaagg acttcaatgt ctcccactcc tccgcgtttg acgcatggct gagcgatcag      540

cgcaatctct atcagtcgca gtacctccac cagcttttgg cggcggaaaa ggaggcctat      600

tacgccggca agctcgacct tgccgaaaag tacggcacgg agtacatcgc catcgacccg      660

ctggaggaaa gcgcgttctc cacgctcatg caggtctacc gcgaccataa gaagttccgt      720

aaagcacttg gcctttacca tacgctctgc aagaaccttt ccgacgaatt cagcatctcc      780

ccgctcaagg agacctccgc gctctactat cagatcgtcg acgcgtggaa cacctcgacc      840

tacaagctcg aggtcggcag cgaccagcag ctcatcggca aggacgcggt gctgcacaag      900

ctcgtatcgc tgtgcaatgg ctcgcgcctt gaaagcgaca agatctgcgc gctgattcag      960

ggcaagacgg gcgtcggcaa gacatacctc atcaactaca tcctgcacca gtac           1014


<210>  1545
<211>  1089
<212>  DNA
<213>  Clostridiales

<400>  1545
atgacacaga aaatgaacaa attcaactct ctcaagaaga ccacaaaggt cgactttgcg       60

acctatctcg gcgtgatcgc cgccttcgtc atcgtgacgg tgctgcaaag caacggctct      120

ctcaagcgct cggtcatcgg tcttctcgtg ccgatctgct gctatatgtc catggccgtt      180

tcgctgaacc tcacggtcgg cattctcggc gagctgagcc tcggccacgc aggctttatg      240

agcgttggcg cgttctccgg tatcgttgtc tcgcagagcc ttgcgggact cattccgaat      300

ggccccgtgc gcctcgcgct ctcgatgttc atcggtgcgc ttctcgccgc gctcgtcggc      360

cttctcatcg gcacgcccgt gctccgcttg cagggcgact atctcgccat cgtgacgctc      420

gccttcggcg agatcatcaa ggagcttatc aactgcctca tcattggctg cgatgaaaag      480

ggcctgcact tcgttttcaa tctctccggc aacaaaacgg tcgatgacct cggtctgagt      540

gcctcgggca ccgctatcat caagggcgcg cagggtgcga ccggcaccgc caccatcgca      600

agcttcaccg ctggctttat cctcgtgatg ctcacgctct tcgtcgtgct gaacctgacc      660

cgctctcgcg cgggccgcgc gatcatggcc atccgcgaca accgcatcgc cgcgcaggcc      720

atcggcctga acctgacgaa gtacaagctt ctggcattcg tcacctccgc cgccctcgcg      780

ggcgcggcgg gcgcgctctt cggcctgaac tactcttctc tccaggccac aaagttcaac      840

ttcaacctct ctatcctcgt gctggtgttc gtggtgctcg gcgggctcgg caacatctgg      900

ggctcgctca tcgccgccgc ggcgctgacg atcctgcccg aggcactgcg cccgctccac      960

gactaccgta tgctcatcta tgcgatcgtg ctgatcttcg tcatgctcgc aaccaacaat     1020

ccgcaggcca aggcgttctt ccagagactt ctgccccatc accgcgccag tgctgaaaag     1080

gaggattga                                                             1089


<210>  1546
<211>  864
<212>  DNA
<213>  Clostridiales

<400>  1546
atgaataaga gtgatttctt taccgccgac gcggtcaagc cgcacttcac ctatgatgat       60

tactgcgaga gcgcggatat gatcgcgtct cacctcggcg atttccgtcc cgaggtactg      120

ctggtgctcg gcagcggtct cggctttctc ggagaccgcg tcgaggcgcg cacctgcgtg      180

agctatgcgg acatcccgca cttccgcgcg tccaccgcgc cgggacacga gggccgcttc      240

gttttcggcg agctgcgcgg caagcgcgtg gcggtcatgc agggtcgcat gcactgctac      300

gagggctaca ccatggagga cgccgcctac gccgttcgcg tcattcgctt gcttggcgcg      360

aagacgatga tcgtgacgaa cgccgcgggc gcggtgaata ccgattacca agcaggcgac      420

ctgatgctca tttccgatca catcaagctt ttcgactttg gcccgctctg ggggccgaat      480

atcgacgagt tcggcacgcg cttccctgat atgtccaatg tctactcccc gcgcctgcgt      540

gcccttgcca aagaggtcgc gcgcgagcag gagctcacgc tgcgcgaggg cgtctacatg      600

tacttccccg gcccgcagtt tgaaacgcct gccgaggtgc gcgccgcgcg cattctgggc      660

gcggacgccg tgggcatgtc caccgtgccg gaggccatcg ccgccgcgca ctgcgggtat      720

gaaattctcg gcgtgacact ctgcgccaac atggccgcgg gcgttctccc ccagccgctc      780

tcgggcgagg aggtcaacga aatggcagag cagtccgccc cgcatttctc ctctcttatc      840

ctcggctgcc tcgagcggct gtaa                                             864


<210>  1547
<211>  1419
<212>  DNA
<213>  Clostridiales

<400>  1547
atgaactctg caacaggaac aaaaaagacc gttggcttcg gaaaagcgct tgtcgttttt       60

atctgtgtgt ttgtgctgat tctctgcggc atcaacgtgc tcggcacctc ggcacacatc      120

cctctggtca tcgccacgat cgtcgccact atcgcgggcg tttcgagcgg ctttacctgg      180

gatgaaatgg aaaagggcat gagcgagacc attaaggcct ccgcccccgc tatcctcatc      240

atgctcatca tcggtatggt cgtcggcacc tggatgctcg gcggcatcat ccccacaatg      300

atttactacg gcctgacctg gctgtccccg aaaatcttcc tcttcgccgc ctgtgccctg      360

tgcgttatgg tttcgacctt cacgggttct tcctggacga cgatgggcac cgtcggtgtg      420

gcgctggtcg gcgtcggcac cgcgcttcag gttcccctcg gcatgacggt cggcgcgatc      480

atctccggcg cttacttcgg cgataagatg agccccctgt ccgataccac gaacctcgct      540

cccgccatgg ctggtaccac ggtgttcacc cacgtcaagc acatggtcgt taccgcaggc      600

ccgtccatca ttatttccct gatcatctac gccatcatgg gcttcacagt cgtcaagggt      660

acagccagca tggagacgat tgacctctac atgggcacgc tcaaggagtt cttcaccatc      720

agccctgtga tgctcattcc cccgctgtgc gttctgctca tggttatctt caaggtgccc      780

gccatccccg gcctgatcgg cgtctccgct ctcggcggca tcttcgcggc catcttccag      840

aaggcaaacc tcgcgacgat cctcgcctcc atgtacaccg gtgtgagcat ggataccggc      900

gttgccgaga tcaaccgtct cgttaaccgc ggcggcctct ccagcatgct cgataccgtt      960

gccctgatcc tgatcgccct ggcgtttgcc ggtgtggtcg agaccaccgg tgctgtccac     1020

gccatcatcg aaaagatcct cagcaaggcc aagagcgaca aggccatgat gaccaccgcc     1080

atcttcgcca cgctcttcac caacttcgcc accgccgcgc agtatgtcgc gatcgtgctt     1140

cccggccgta tgttccgcga ggctttccgt gagcgcggtc tgcaccccaa gaacctgtcc     1200

cgtatccttg aggacgtcgg cacgatctgc gcgccgttct gcccctggag tactgacggt     1260

gtttatatcc tcgcaacgct tggctgcgcc accgcggcct atgcgcccta catgttcttc     1320

tccatgctct gccccattgt ctcgctgatc tgcatctgga ccggctggac catcactcgc     1380

atcacccccg agcaggccaa ggaagacatc atcccataa                            1419


<210>  1548
<211>  261
<212>  DNA
<213>  Clostridiales

<400>  1548
atgccgaaca ttaaacccat ttctgacctg cgaaattaca gcgaggtact gcatgatgtg       60

actgtgggcg ctcctgtctt tttgacgaaa aacgggcgcg ggcggtacgc tatcgtggat      120

atgcaggact atgagagaac acaggcgacc atccgcctga tgaatgagct tgcaaaaggc      180

cgccactccg gcgaaacgga aggctggctg acaccggacg atatgagggc gcacttccgc      240

gcaagagcga atgaagaata a                                                261


<210>  1549
<211>  1062
<212>  DNA
<213>  Clostridiales

<400>  1549
tctgagccgg tgaaggcgta cattgcctgc aatctggagc tggagtatgc gctggagtac       60

ctgatgcagc ggctggagga agctggcgtt gccgacaaga cctgcatcgt cctgaccaac      120

gaccactacc cctacggcct gaccgaagac gagtacaacg agctggcagg gcagacgttg      180

gacacgacct ttgaaaagta ccgcaacagt tttatctgct atgtccccgg cctttcggag      240

aacatcgtgg tggatgaata ctgctccacg gcagacattc tgccgacgct gctgaacctc      300

ttcggtgtgg actatgattc ccgtctgctg gcgggcaccg atgtactctc cagcggcctc      360

catgtagcgg tgctgtcgga taagtccttt ctgacgaaga ccttccgcta tgacgccggt      420

acggaaaccg tgatccccgc cgacgagaat accacagtct ccggcaagct ggcggaagcc      480

taccggctct atgtggacag ccggttccag ctctccggca acattctcaa cagcgattac      540

tacgcccacg tcttttccaa agagtccagc ggcgggagcc ttgcagacac ggtggtattc      600

acggacatca agagcatttt caatcaggcc agcgttctct acatgtaccg caagggctat      660

gtggatccgg aaacaccgga caccttcggc ggcaaggcca cggcaaggct gggcgagttt      720

atcgatgtgc tctaccgcat cgcgggtcgg ccggaaacgg acaacaccgc cctgccgtcc      780

gactgtgaag acgaagaatt caatgccgcg tatccctact ataatgccgt atgctgggcc      840

tatcaggcaa gactgctccg gcaaaatgat cccaataccg aatacgatga caaggtggac      900

tatcagacgg catgcgtact gattcgccgc tacgcgatca tggcaggcgt tgataccggc      960

gtggatcaga cgcagctcag gcagctcctt cgagataacc ccgatctcaa cagagaggca     1020

gccaaagcga tgctctggtg cgatgaaaag gacatcacca cc                        1062


<210>  1550
<211>  573
<212>  DNA
<213>  Clostridiales

<400>  1550
gtgcgccgca agctgaagta taatacgcca aaactttcgc aaacagaaaa ggatgatatc       60

acaatgaaag aaaaccgtaa gcttttgaga gaagtcctca aggacatccg ccacgatatg      120

acggacgagg aagtgctgaa cctgctggcg gacagtaaga tttccgaaaa tctcgcaggc      180

gaaaaggaaa aatacaccat tggccagcgc gcggcagacg ccatcgcgaa atttgcgggc      240

agctggtcgt tcatcttcgc cttcaccggc gtactgatcc tctggatgct cgtcaacacg      300

ctgctggcgg caaaggcgtt cgacccctat cctttcattc tgctgaacct cgtgctctcg      360

tgcgtcgcgg ccattcaagc gccgctcatc atgatgagcc agaaccggca ggaggaaaag      420

gaccgccgcc gtgcagagaa cgattataag gtcaacctca agacagagat catgatcgaa      480

gacctctacg acaaggtcaa tgccatcctc gccagacaga ccgcactgga aaaacagctg      540

acggagaaga gcgaaagcgc agggcaaaaa tga                                   573


<210>  1551
<211>  2166
<212>  DNA
<213>  Alistipes indistinctus YIT 12060

<400>  1551
atgaaacgca tctgcgtcct gttcaccgca ctcatcctgt gcggacatat cgaggcggcc       60

gaacgggtcg tctgcgtcaa tccgcccaag ggcggagctc cgcaaggggc cgttctcgcc      120

tccacactgc aaaagggaat cgatctggcc ggaaaatacc gccagaaagg tgaccaggtc      180

acgctgctga tcggcgaagg cacctaccgg ctcacgaaaa cgttggagat gaccgctgcc      240

caattgggcg ctcagggaaa ccagttggtc gtgcggccga tggacggagc atcggtaact      300

ttcctcggcg gtatggatgt tcccctgacc ctgctggaaa aggcacccgc ttcggaaatc      360

cgggtccggg acgaaatacg cgacaaaatc tacaagatcg acctgcgcaa agcaggcgta      420

aaacagatcg gcgacctgcg caacgtcggt gccgggcgcc cctcgctgcc ggcatggacg      480

gaagtattca tcgacaacga gccccgccgc atctgccgct ggccgaacga tacgatggag      540

ctgatgggta aagtaatcga caagggatcg attccacgct acggcgattt tgcgaacaaa      600

ggcggcacgt tcgaatactg cggcaaccgg ccttcaacgt ggaaaagcaa acccgaatgg      660

ctctccggct acttcgcatg gggctatgcc gacgatatgc tgaaggtggc taaaatggac      720

accgtagcca agacgtttac ctttgcagaa gcgggcatgt acggcctgat ttcgggcgaa      780

gactacaacc gctggttcgt gatgaacatg ctcgaagagc tcgacacgcc gggagaatac      840

tacctcgatg tcccgaacca aacggtctgg gtctacctgg ataaaattcc cgagtcaata      900

aaggtatcgt tgctggcgga accgatgctt tccatcgaag gggtcgaaaa cgtagaggtg      960

cggggaatct cgttcgaatg cacgcgcgga gcgggcatct atatggaacg caccgaacga     1020

accgtcgtgc gcggctgccg tttccgcaat atcggtacac aggccgttct cgtcggcaaa     1080

gggaatgcac cctttgacta ttacggacag caggtaggca aagagtggcc gcaggtatcc     1140

ggcatgctgg gatcgatgcc gctggtgatg tggcagcatc cgtcgctcga ccggcaggcg     1200

ggacacaaca acggcgtggt agactgcgtc atctacaacg tgggcggcgg cggcatcaac     1260

atgggcggcg gcaaccggct tacgctcgaa ccgggcggaa attacgttca gaattgcagc     1320

atatcccatt acaaccgcat tgaaaaatca tcgcgcccgg ctatctacat ctgcggcgta     1380

ggcaaccgta tcagcaactg cgagattttc gatgcacctt cgacggccat ccagtttaac     1440

ggcaacgacc acctgatcga atactgcaac atacacaacg tctgcagcga aatcgacgac     1500

ctcggcgcaa tctacaacgg acgggacaaa acagaactgg gcaacaaact catgtacaat     1560

tatgtacacc acctgagcgc caaacaccgt gtagccgggt tctaccacga cgacggcgcc     1620

tgcaacatga ccgtaatcgg caacatcctc tacaaggcgg gactgcatcc cgtgttggtg     1680

ggaggcggtt ctgaccacta ctatgaaaac aatatcttca tcgactgtcc ttacggactc     1740

tatatcgacg accggatgac gcactggggc gacaacgacg atacgaacaa cacgttcaag     1800

agccgcttcg cagaggtcaa tgcctcgcaa cctccctact ccacgaaata tccgttcatc     1860

ctcgattaca tcaacaacga ctaccacaac cccgttcgga acaatttcac gcgcaacctc     1920

ttctacaacg tcaccacgct ggtccgtgca ggggaacgtc cctacgaacg cgcctattac     1980

aacatgacca acagctggat tacctggagc ggacacggtt acccggctcc cggattcgta     2040

gatgaggcga acgaaaactg gaacctgaaa cccgatgccg aagtcttcaa acagatcccg     2100

ggcttcaagg ccattccttt cgacaagatc gggttcacga tgccggccaa tacgtggaaa     2160

gactga                                                                2166


<210>  1552
<211>  2928
<212>  DNA
<213>  Alistipes indistinctus YIT 12061

<400>  1552
ttgaaagtag gacagaccac gattgtcgaa tatctcgaga agaaggggat taaggtggaa       60

aacgccccca gtacgctgat cgagccgcac gtctatgagg tgctcgacaa ggagttcggc      120

gccaacaagg ccgagacggt caacatccgc gagaagatca atcagaagct cgaggcggta      180

tccctcggca atcgcaagga cggcgctccg gccgaggatg acgccgactt caagaaagag      240

gtgatcatca agagcggtgt gatcagcgtg aaggacgagg tggctgcgat gagcaccccg      300

aaaatattgg gcaagataga cctgtcgggc aagaaacccg ctgcagcgcc tgccgaagcg      360

aagaaacctg agcttccttc ggagaagagc gtcccggcgg ttgcacccgc cgcagagcag      420

aaacccgctc cggctccggc cgtcaaaagc gaactggttt cgcagcctgc cgccgcggcg      480

cctaaagccc cggcggcgac atccgttgcc ccttcggccg ctgcgcctgt gtcaaccgcc      540

gcaccagagg caacagccgc tgcgcctgcc gctaaagctg cgcccaaggc cgttgcgcct      600

gcgcccgcat ccaaaccggc tgcagttgca aaacctgcgg cacagcccgt gcccgttgtt      660

tcgacccgta cggccgatgc tgcggcgcag acccaaacgt atgacgagcg tgtggctgcc      720

gaccagacga acctgtttcg ccccaattcg gaggagaacc gcttgtcggg accgaaggtg      780

ctcggcaaga tcgacgtgaa cctgcttgag aaaaagggcg acttcggccg ccgcgagaaa      840

cgcaagcgca ttaccaagga taaagtcgac ctgaaccaga aaccggctcc gggcgcaccg      900

cgtaccgacg gccgttccgc agcgggtggt cccggttcgg gcggaggctc cggccgcgga      960

tcgttccgtg ataacaacaa gaagaggggg ccgaagggtg ctccgaaacc cgctccggtg     1020

cacaccgaag tgagtgagga agaggtacag aagcagatca aggatacact ggcccgcctg     1080

acttccaaag gatccaaatt caagacggcc aagcaccgcc gcgacaagcg cgatgcggta     1140

tcggctcgta tacaggagga acaggcacgc gaagaacgcg aaaagagtat cctgaaggta     1200

accgagttcg ttaccgtcag cgagctcgcc tcgatgatgg atgtcggcgt taccgacgtc     1260

attacggcct gcatgaacct cggcctgatg gtgtcgatca accagcgtct cgatgcagaa     1320

gcattggtgg tggtggccga agagttcggc tataagatcg aattcgtcac cgtcgatacg     1380

caggaggcta tcgacaccga agaggataaa cctgaagacc tggtaccgcg tccgccgatc     1440

gtgaccgtga tgggccacgt cgaccacggt aagacttcgt tgttggacaa tatccgcaaa     1500

accaacgtga tcgccggcga agccggaggt attacgcagc acatcggcgc ttacagcgtg     1560

aatgtaaacg gccgccgtat cactttcctc gacactccgg gccatgaggc gtttactgcc     1620

atgcgtgccc gcggtgcgca ggtgaccgac gtggcgatca ttatcgtcgc ggccgatgac     1680

agcgtgatgc cgcagacggt cgaggcgatc aatcacgccg ccgccgccca ggtgccgatg     1740

gtttttgcga tcaataaaat cgacaagccg ggggccaata ccgataaaat ccgcgaggag     1800

ctttcggcga tgaattacct ggtcgaggat tggggcggta aataccagtc gcaggagatt     1860

tcggctaaaa aaggtatcaa cctcgacaaa ttgctcgaga aggtgttgtt ggaagctgag     1920

atgctcgacc tgaaggcgaa tccgaaccgt atggctcagg gcgtcgtgat cgagtcaacg     1980

cttgacaagg ggcgcggtta tgtggcgacg gtattggtgc agaacggtac gctccgcgtg     2040

ggcgacgtga tgctttcggg tacctattcg ggccgtgtga aggcgatgtt caacgagcgc     2100

ggtacgcgca tcaccgaggc gccgccttcg acgccggtgc tggtgctggg tctcaacggc     2160

gccccgcagg cgggcgatac gttcaacgtg atggacgacg aacgttcggc gcgcgatatc     2220

gccaacaagc gcgagcagtt gcagcgcatg caggggctcc gcacacagaa acacattacg     2280

ctcgacgaga tcgggcgccg tattgcaatc ggcaacttca aggagctgaa tatcatcatc     2340

aagggcgatg tggacggttc gatcgaagcg ttggccgact cgctgattaa actctcgaaa     2400

gaggaggtgc aggtcaatgt aatccacaag gcggtcggtc cgatttccga atcggacgta     2460

ctgctggctg cggcgtcgaa cgccgtgatc gtcggcttcc aggtgcgtcc gtccacttcg     2520

gcgcgccgcc tggctgagaa ggaggagatc gaaatacgtc tctattcgat catctatgat     2580

gcgattaatg atatcaagga cgcgatcgaa ggcatgctcg cgccggtgat gaaagaggag     2640

atcgtctgct cggtggaggt gctcgaaacc ttcaagatta cgaaggtggg cactgtggcg     2700

ggctgtatcg tgcgcgaagg caagattacg cgcaataccc cgatccgcgt gatccgcgac     2760

ggcattgtag tctataccgg caagctaggt tcgctcaaac gtttcaagga cgatgtcaag     2820

gaggtcggcc cgaacctgga gtgcggtttg aacatcgaca actacaacga cattaaggta     2880

ggagacatca tcgaaggtta cgaacaggtc gaagtggccc gcaagtag                  2928


<210>  1553
<211>  2301
<212>  DNA
<213>  Alistipes indistinctus YIT 12062

<400>  1553
atgaaaaagg cgttgttgtg taccgtactg ttcctgtcag gtgtaaccgg ccgtggattt       60

tgtactccgg gaaatgaaga cgcggtcccg cgaaaagaca cgctctcggt cgaaatgcag      120

gacgtcgtgg tcacagccac ccgtactccg ctgacactca aacaaacccc cgtcatcaca      180

cgtatcatca cagcgcgcga cctcgagagc cggggcgtgg cgacgatcca ggaggcgctc      240

gaaaacgaac tggcaggcgt cgagttccat caggcgggtt acggttcgtc gctctctttc      300

caggggctcg atgcgcgcta tgtcctgttt ctggtggacg gggaacgcat ggccggagag      360

acgtacggca atgtcgatta cgcccgcctt cccatcgcga acatcgaacg gatcgaaatc      420

gtgcgcggtg cctcgtcggt gctttacggc tcgaacgcga tgggagctat cgtgaacatc      480

attaccaaaa tgcccaagca acgcgtcgaa gtgaacgcat cgatgcgtta cggcacgccc      540

tatcagaaaa acggggacga aacgctcggg ggcacgaata ccgaccgcga catccgcacc      600

taccgcaata aactcgacct acccaaccta aaaggggacc tctcggtcgg cttcaacacc      660

gggaaactca aatcgctcac cactttttca taccgcagcg tagatgccta caagctcgtc      720

ggcaccaaag acgaggtgcg ccattacgca gccggggaac tcaaaaaaat gaccccgaag      780

atggttccag tgatcggccc gggcggcaac gtggtcggca tgcgccccga aatggatcct      840

tccacgggca tgccggtctt tgtggtgggg agcaccaacc tgaacgacac gaccgtcatc      900

gtgccgcccg acgaccgcgg actcagcgtc agcggctggc gggacatcaa cgtggggcag      960

cggttcgact atgtgctctc cgaaaagttc cgtttcgaac tttccggcaa ctatttcaac     1020

aagcaccgct acgacttcaa cggcagcatc ctcgacgaga acccgttgtc gaacaacagc     1080

aaaccgtgga ccttcgaatc ctacgagggg tacaacgtca aggcgctgat ggagcactcg     1140

cccaacgaga acaacaaggt ttacctttct ttcatccgcg acgaatattt ccgccggcag     1200

gacagcctca gcggcgtaac gctacccaag cagaaccaca tctacaacat gccgcgactg     1260

ctgtggacgc tcaaagccgg ggaatacaac cggctcacca cagggctcga gttgatcaac     1320

gaacagttgc atttcgacct gaatccgctc ggatacgacg acctgaaaag catgaacaca     1380

ggttcgctgt acgtgcagga cgaaatccgc acgcaaaaag ccctgagctt cacggtagga     1440

gtccgcgccg actggaacaa ccgcttcggc tggcacgtca cgcccaaagc gtcgatcaaa     1500

tacaacatcg gcaagttcac aatccggggc aattacgcca acggctaccg caacccgtcg     1560

ctcaaagagc tctacatgga attccaggtg ccgatgcaag gccagaccta catccggggc     1620

aacgcaaacc tcaagccgga aacgaaccac tacctgtcgc tggccggaga gttcaccacc     1680

agcgggttca acatgtcggc caccctgtac aacagctact tccgcaacaa gatcgatgtg     1740

cgcggccaca tggaagagac caaaacgatc ctgcaatacg agaatgtccg ccgcagcgaa     1800

atgggagggc tcgaactgct cgcccgttgg cgcatttgca aaggattgtt catccgggcc     1860

gattacaact acctgttcca gatcgacgac gcgtctcagg aatcgacaca gtatatctac     1920

cccagtccgc acacggcgac attccaggcc gattacagtt tctcggccag ccccggctgc     1980

cgcatcaacc tcaacgccac gctgcgttac gtaggcgcga aaacctatga ggacttcatg     2040

ccgatcgtcg acctgagcgg catgggcagc ggttcgatga aagacctcaa attttggatg     2100

ggttcctatt cggcccgtca gcaaggatat gtaatctgta atgccgcggt caatttcgac     2160

ttcaaggaca tgttcggact ctcccttggc gtcgacaata tcggcaacta ccggcccaaa     2220

gtggtgaact tcaactctgc caccacgccg cgccgcaaca tgttcgtacg cattagctac     2280

gcattcgcct cgaagcggta a                                               2301


<210>  1554
<211>  1962
<212>  DNA
<213>  Alistipes indistinctus YIT 12063

<400>  1554
atgaaattaa attccaataa caatatctcc cccaatttgg gcggcaaacg tccccgcttc       60

aatatctatt gggtgtgggc cctgattgcc gtccttctgg ttggatggag cctgatgggg      120

agtagcgatg tagcccagaa gaccaactgg gataatgtca aagtgatgat cgagaagggc      180

gatgtccaga agatcgatat catcaacaag gagagcgccg aagtctttct caagccggac      240

aaggtggatg cctatgccga gcagaaagag tacaaaggtt tgcccaagca gggaccgcag      300

ttcgtgttca acatcggttc gctggactat ttccagagcg atttcgaaag cacgctgacc      360

caatacaagc aaaatgtacc gctcagtttc gaatcgcggc gcaatatgtg gaccgacctg      420

ttgaccggga ttcttccctg gatcctgatc atcggcgtct ggatcttcat catgcgcagt      480

atgtcgcgcg gccagggtgg cggtcagggc gggattttca acgtcgggaa agccaaagcc      540

caggtgttcg acaaggattc gtccgttaat atcactttta aggatgttgc cggtttggaa      600

gaggccaaag tcgaaatcat ggagatcgtc gatttcctga aaaacccgaa taaatataag      660

gaactgggcg gtaagattcc gaaaggggct ttgctcgtcg gccctccggg aaccggtaag      720

accatgttgg ccaaggctgt tgccggtgaa gcgaacgtgc cgttcttttc gatcagcggt      780

tccgacttcg tcgagatgtt cgtcggcgtc ggggcttcgc gtgtacgcga cctgttccgc      840

caggccaagg aaaaagcccc ttgcatcgtc tttatcgacg agatcgatgc gatcggccgt      900

gcccggggta aaaacgtggg tttttcgtcg aacgacgagc gggaaaatac cctgaaccag      960

ttgcttaccg agatggacgg tttcggaacg aatgcagggg tgatcgtgct cgctgcgacg     1020

aaccgggccg atatcctcga caaagcgttg atgcgtgccg gacgtttcga ccggcagatc     1080

aatgtcgaat tgcccgacct gaaagagcgc gctgaaattt tcgacgtgca cctgaagaac     1140

ctgaagctcg atccgaacct tgaccgcgag ttcctggcca agcagacccc gggcttttcc     1200

ggagccgata tagctaatgt ctgcaacgaa gcggcgttga tcgctgcgcg caataacaag     1260

aaacagatcg agaaagatga tttcctcagt gcgatcgacc gcatcgtggg cggtctcgaa     1320

cgccgcaaca aaatcattac tccgaccgag aaacgcacga tcgcttacca tgaggcgggc     1380

catgcgacgg tcagctgggt gctcgagcat gccaatccgc tgatcaaagt gacgattatt     1440

ccgcgcggta aagcgttggg agctgcctgg tacctgcccg aagagcggca gattacgacc     1500

aaagagcaga tgctcgatga gatggcctcc attttgggcg gccgtgcttc cgagcagatg     1560

aatttcggca aagtctcgac cggtgcgctg aacgatctgg agcgggtgac caagcaggcc     1620

tacgctatgg ttgcatacta cggtatgagc gaccacatcg gcaacctgag tttttacgac     1680

tcctcgggcc agagcgatat gacgctgacc aaaccttaca gcgagcgcac agcccaggaa     1740

atcgacacgg aggcgaaggc tttggtggac agtgcttacc agcgtgcgct cgacacgttg     1800

caggcccatc gggagggatt gacccggctg gccgaattgt tgctcgaacg cgaagtgatt     1860

ttcgccgagg atttggaaaa gattttcggc aaacgcaaag gcgaattgcg caaagagatg     1920

gagatcgaag tcgatgagtc gtttgacgaa accgaacagt aa                        1962


<210>  1555
<211>  1419
<212>  DNA
<213>  Alistipes indistinctus YIT 12064

<400>  1555
atgaaaaaaa tagtttttgc agcacttgcc atgagccttg cctcgagtct cgcagcccaa       60

ccgaagcaga cgctctcttt cgacgaagcg ctgaacctca cgctgaccaa caacccgagc      120

atcaaggcgt caacatatga acaagaagcc gcagagcgcg aacgtaaagc agcatacggc      180

ctacgcctgc cgaaaatcgg ggtaaccggc gcttatgctt atctttcgga ggacatcaac      240

atcgacctca atggaatgaa agaaccggtc ggcggactga tcgggggcat gggcggagta      300

ctgcccccgg cggtacttca gcaggcacag gcactgatga aacagaattg ggcgcttccg      360

ttgcaggacc gcagcctcgg aacggtcggg ggcacgatta ccgtcccggt ctacaccggc      420

ggcaaaatca acgctgcaaa caatgcggca aagatcaaaa tcagcgaaac cgagcagaaa      480

gggtatcaaa cccgcaactc gctcgtctcc gagctgaccg aacgctatta cgggctctca      540

ctggcgctgc aggtagtcga agtgcgccgc caagtgctcg aagggatgca gcaccatctt      600

gccgatgcga aagcgcttga ggccaacggt atcatcgcaa aaggcgaacg gctctatgct      660

gaagttcaca cggccgaagc cgaacgggaa tacctcgccg cacaaaaaac ggccgcaaca      720

ctgaacagtg cactctgcaa taccctgaac gctgaaacga cctatcagcc gatctcgtcc      780

atgttcatcc tcagccaaat cgaagacgtc gaccatttca aacaactcgc gttaaacaac      840

aatccgcagt tacggcaggt cggactgaaa aaagacctcg ccgtagaagg agtccggctc      900

cagcgggccg acttcgctcc gcaagtagcc ctgatgggag gcgcttcgtt ctataattat      960

caggtgactc cgctcatgcc gcgctgggct gtcggggctg gggtttcgtt caagattttc     1020

gacggattga accgggaata caagttcagc gccgccaagt cgcaggtacg ccaggtcgaa     1080

gcgctgaacg tcaaggccca gcatgatatc ctgacgctga tcgacaagct ttacaacgaa     1140

atgacgacct acaacgagca gttgccctcg atcgatgcgg catacaactt cgccgccgaa     1200

tacctgcgta tcaaggagga agcgttcaag gaaggggctg cgccttcctc ggatgtggtc     1260

gatgcccagc tcaatctggc caagatcaaa accgaacgcc tgcaggccgc ctattactac     1320

gacctgatgc tggcacggct gctcgaagcg tgcggagaaa gtgaaatgct gacggagtat     1380

gcccggcggc cggccgcaat gccgatccgt tacgaataa                            1419


<210>  1556
<211>  1587
<212>  DNA
<213>  Alistipes indistinctus YIT 12065

<400>  1556
gtgacgctgg ttccgctcgg acggacctta caagtagccc ggggggcgct gctcagcgat       60

gcgatacacg atctgggcat cgaatttccc tgcggcggca agggaatttg cggcaactgc      120

aaagtgaagc tgctcgcagg cgaaatcgca ctgagcccgc agcaccgcac agtcctcgaa      180

cggaaaggac tgttgccggg atggagactg gcctgcctga gccgggtcga agaggacctc      240

accatcgaag tggcgcagtt cgacaacatc gtgctggccg acgagacgcc gttccggttc      300

acgccgcgcg aaggccgggg aatcgccgta gaccttggct cgacgacgat cgtatcgcaa      360

ctgctcgacc tctcgaccgg acgcgtacag gccgtccaga ccgatatcaa tccgcaggcc      420

cgccatgggg ccgacatcat gtcacgtatc agctatgcga tacagtcgga agagcacgcc      480

gcacgcctca ccaccctggt ccgcgaaacg gtcggacgac atgtcctgac cctgacagca      540

caggccccgg gccctatcga ccgcatccgc atcgtcggca acagtgtgat gcaccacctg      600

ttttgcgggc tcgacgtcgg tccgctggcc gcttacccat tcgagtcgcc ggataacggc      660

atgcggcatt tctccgcggc tgaactgggc tggctggagg tttccgaaac caagcctccg      720

gtccgttctt ctcaaacgca acacaccgat cgaaatgctc tttccgccgc agaaccggac      780

aacgcgaatc acctttctgt cgccgacaag ctggccggca ccgacatcgc cttcctgccc      840

aatatcggca gtttcgtcgg cagcgacatc ctggcgggaa tttacgctgc aggcatgttt      900

tccagcggaa gcccccgggt actgatcgac ctggggacga acggcgagat cgcggtaggc      960

agccgcaacg ggatcctctg cgcctcgacg gcggcagggc cggctttcga gggcagcaac     1020

atttcgtgcg gcatgcgcgc cgcaaccgga gcgatatctt cggtaacacg cctgggtgca     1080

gaaacccggg tgcacgtaat cggaaatgtg gaagctgcgg gtatctgcgg cagcgggctg     1140

atcgacgcga tccgcacagg cgtacaggaa ggaaaaatca gccgcgacgg cacgatcgca     1200

acaccctcga tggaactgcc gttgacaggc aaggtcaaac tggtccagaa agacatccgg     1260

gaattccaac tggcaaaagc ggccatcgcc accggagtgg agctactgct ccgcgaacag     1320

ggaatatccc gctgcgatgt ggaaaaggta tttatcgcag gaggattcgg caactacatc     1380

gacctgccca acgccatcgg cctgggactg ctggagttcg acggggagaa aatcgtaaag     1440

ctgagcaaca gcgccctgat cggtgccaag atgttccttt ttgaagacga tgcattcatc     1500

gacaacctgc taccggccac gagccacctt tcgctcgaat cgaacccggc atttttggat     1560

gtattctgcg agaagatgtc gttttag                                         1587


<210>  1557
<211>  1227
<212>  DNA
<213>  Alistipes indistinctus YIT 12066

<400>  1557
atggaatcga tcaaacagat attccggatt ggcaacgggc cgtcgagcag ccacacgatg       60

gggccgaaac gggcggctga aatgtttctg gcacgtaacc gcgaggtaga cagctttcgg      120

gtaacgcttt acggcagttt ggccgcgacg ggtcgcggcc acatgaccga tgtggcgatt      180

aaatcggtat tggaaccggt agctccgttg gagatcgcct ggaaacccga agtgttcctg      240

gattttcatc ccaatggcat gctgttcgaa tcgctgaagg ccgacggctc ggtaattcag      300

gcctggacgg tctacagtgt cggcggaggg gctttggcta gtgatgacct gagcgacccg      360

caaccggagc acgtatacgg catgtcaacg gtttcggaga tacagcaatg gtgcgacaaa      420

cagggcggta gctactggga gtatgtgcaa cagtgcgaag gcgatgaaat ctgggattat      480

ctcgaagagg tttggcgggt gatggtggat gctgttcacc acggactcga gaccgaagga      540

atcattcccg gaggactggg tatccggcgc aaggctggca gctacctgat ccgggccaac      600

agctattccg ggacgatgaa gagccgagga caggtatatg cgtatgcatt ggccgtgtcg      660

gaagagaatg ctacaggagg caaaatcgtt acggctccga cctgcggttc gtgcggtgta      720

ttgcctgcag tactttatca aatcaaggaa acgcgtaatt tcatcgacaa acggattctc      780

cgggctttgg cgacggccgg cctgttcggc aatgtcgtgc ggacgaatgc atcgatctca      840

ggagccgagg tggggtgtca gggagagata ggcgttgctt gtgcaatggc cgctgcagcg      900

gcctgtcagt tgttcggcgg ctctccggcc caaatcgaat atgcggccga aatggggttg      960

gagcaccacc ttgggctcac ctgcgatccc gtttgcggtt tggtgcagat tccgtgtatc     1020

gagcgcaacg cctttgcggc ggcccgggcc atggatgcca acagctactc gactttttcc     1080

gacggcaaac accgcgtaag ctttgacaaa gtggtcgagg tgatgaagca aaccgggcat     1140

gatttgccga gtctctataa ggagaccgct acgggcggtt tggccaaata catgcaggag     1200

caggacggtt cgtttaaaac gttctag                                         1227


<210>  1558
<211>  3228
<212>  DNA
<213>  Alistipes indistinctus YIT 12067

<400>  1558
atgacaagca gacgtttttt ccgtttcgta gccctgtcct gcgcgatagc cgccgctgcg       60

acttacagct cctgcaatac gcctaaagta cagtccggta ctgtttatgc ctctttcgaa      120

cagcagttgt tcgagcatcc cgataacacg ttccgggctg tgccgttcta ttcgctcaac      180

gaccgcctcg acagcgccga gctggttcgc cagatctctc tgatgaaaca ggcgggttac      240

ggcggtgcgt ttctgcacag ccggatcggc ctgctgaccc cttatctcgg cgaggagtgg      300

ttccggatga tgcaaatcgg cacgcaggca ttgcaggctt tggatatgga cgtgtggtat      360

tacgacgagg acaaatggcc cagcggcttt gccggcggca tcgttccgcg gcagaacccc      420

gatttccggg cccgctgcct gatccggttg ccgctcggaa cgcccgttga ggcgccggat      480

tcggttctgc tccgtgacga tcattacctc tatgtttgcc gggtcaaccc gatggggcag      540

ccgcgttata acggcacctg ctgggtcgac ctgatgaatc cggggaccgt acgggctttc      600

atcgagagca gctatactcc ttatgtagag cggttcgggg gacacccccg cgttcggggc      660

atgtttaccg acgagcccaa tgtgatcgtc cgtcccgaaa tggcccatca gggagccgtg      720

agctattccc ccgtgctgga ttcgcttttc cgggcgcggt gcggctatga gcttcagccg      780

gttattccgg cgctgttcga tacggtgggg gagtggcgca ggatcaggct cgactattac      840

cggacggtag cctatgccct cgagcaggct ttcagcaagc cgatcggcga ctactgcgcc      900

ggaaacggct ggatatggac cggacactac aacggggagg acactcccgg cctgacgatg      960

gccaataccg gaaacctgat gcagcagctg cgccatatgc aacagccggg gctcgatgcg     1020

ctggcgctca ggctcaatac gatttacagt gccaaaggag tgacttcggt ggccaaccaa     1080

tacggacggc agcgccggtt gtgcgaatta ttcggtatcg gaggccataa cctctcgttc     1140

gaagaccgca tgtggatcac ctcgtggaat accattatgg ggatcaactt tatgtgtccg     1200

cacctctatc agtacagcct caaaggggaa cgcaagcgcg attatccgcc cgcgatcagc     1260

catcagcagc cttactggcc gtacaacggc ttattcgagg acttttccgc ccggctttgt     1320

tatttcgcga cggccggagt gaacgagccc gatatatgcg tgatccatcc gcaggagtcg     1380

gcctacctgg agacccagac cagcctgatt acacccaccg gcgtgcagga gccggtattg     1440

gccgggttga tgcgttcgca ccggaatttc gatttcggcg acgaacagat tatctccgag     1500

acgggtcgta ccgatgcgga tcgcttcgtg atcggggaga tggcctaccg cggggtggtg     1560

cttccggaac tgacgacgat ccgccgcagc acgctcgata agttggtcga atttgcggaa     1620

gccggaggaa cggtcgtcgt ttgcggcgat tatccccgtt tcgtcgacgg cgaacctgct     1680

cccgaacagc tcgttcgtct cgcgtccaac tcggttcgtg tgccggtgga gggattgggg     1740

gatttgctcg cggaaaagtt gcccccgccg ttccggctcg aagggacggg ttgcgattcg     1800

gtctggaccc atttgcgccg ggtacggaac ggaatgaccc tgcagctttc gaatttctcg     1860

cggaaaaacg aggtaaccgc cgccctgcat ttcgaagaac cggatacccg cgcggtgctt     1920

tggaatccgg tcaatggcga atgcctgcgg cttatggccg attcgacggg tactttccgg     1980

ctgcggtttg caccggccca gacctggatt gtctctaccg gccgctcggc cgagacggcc     2040

cgttgtgcgg ccgattaccg tttgccgggc gagcggcgag cggtcgcgac gctcggcggt     2100

ccgtggcggc agaaccggct cagccccaat gccctgacac tcgactatgc acagttttcc     2160

aaggacggcg gccgtacctg gagcgtttcg gaaccggtgc tcgccttttc cgaccgggcg     2220

gcgcaaagcc agccctataa cggcccgttg ctggtccggt acccgttccg cgccgaggca     2280

ttgccccgga actgttcgct ggtgctggag cagcccgaaa tgtacgcttc catccgggtc     2340

aacggtcggg agcttcgttt cggtcagggt gaggaaactc ccgggaaaaa cacaggaaca     2400

acctcgaaga aaacaccggg agatgtttcg gacggtgaac cggcgggatt ttacctggat     2460

cgggctttcc ggacggcaga gatcacgccg ctgcttaaaa aaggagataa cgagattgtg     2520

ctggcccttg atttccggag cgctgtgccc agcagctacg atgccgatga acggtacggt     2580

accgaaatag agagcgtcta tctgaccggc gattttgcag tccggggaaa agaggttgct     2640

cccccgctgg ccgattcatg gcgcaaccgc agtccctacc tgcaacggac cgctccggtg     2700

aaccgtctta ccggtttcgt gcttacggat gaacccgcac aggtcgaagg ggatatgacc     2760

ctccaggggt atcctttctt tgccgggagc atgacgttgg agaaagagtt cgatctggaa     2820

cgaaccgaca gtgctgcaag gtacttcctg actttcccgg catgcgaggc gacggtggtc     2880

gggatcaatg tcaacggtac cgatttgtcc ccgctgttcg cctcgccgtg ggaggccgat     2940

gtgaccccgt ggttgcggcc cggcagcaac aagatatgcc tgacgctgac caacacattg     3000

cgtaatctgt tggggccgca ccatcacaaa gggggtgaat ttaccgaagt gcgtcccgtc     3060

acgttccggg ccggggagga tgtttcgaat accatgacgg gcgaacctgt gggtgaatgc     3120

gattggtatg acgcgcgtct gaaaggtcgt gcagccctgt ggcgcgacgc gtatcacatc     3180

attccgtccg gtttgctcgc tgccccggag attcgccggg agcgttaa                  3228


<210>  1559
<211>  2703
<212>  DNA
<213>  Alistipes indistinctus YIT 12068

<400>  1559
atgaagatca aaccattttt cattttcgta ctgggccttt gcctcgctcc ggcaatggct       60

gtcccggtta tcggcgcccc ccctcaggat caggagttgc gtgtcgaccc gatggccgag      120

ctgcaccggg acgcaaaatt tatcgactcg accgaattga cgctggtaac cccggtacag      180

ttggaaaaac tgctcaagga gaagcccgcc gcaggttatt tctgctttgc cgagctgcgt      240

gacaaggaga tccgccaata cgattcgcta ccggtaatct gggccgagcg ccccgtttca      300

caacgcaacg tactggtagc ttcggcacaa ccgggcgaat actatccgtg gcagctgggc      360

gtctatgcgc cttacaagaa gctcgacaac atacggttgg ttttcggcga cctgaccaat      420

gcggcaggcg ataagatcag tgcggcggcg atgcaatgct tcaacatggg cggcatcaat      480

caacacggga aaccgttcac gaacacgatc aacgtcccca aaggccttat ccaggtactc      540

tggagcggga tcgacattcc gaaaaccgca tcgggaacct accgcggcaa ggcggtgctg      600

gaagtggacg gcgccgaacc gacgatgatc gacatcacgc tcaacgtagg aggaccggtg      660

ctcgagaacg gcggccgcga cgaaagctgg cgcaaaagcc gtatgacctg gctcaactcg      720

acgatcggtt tcgccgaaac accgacggca ccctatactc cgcttaaacg cgacggagag      780

acaatcagct atctcggcgg taccgtaaag ctctcggccg atggactccc cgccagcatc      840

gtgacgaatt acgaccaggc gaaccaactc gaccgcagca tctcgaacga agtgctcgcc      900

aagccggttg ctttcgtggt cgaaacttcg aagggaaccg agaaactgaa accgtcaaaa      960

atcgagttcc tcaaacagac cccggccaca ctggagtgga aagttctgct caaaggttcg     1020

gacgtagaag cggaatgcct tgcaaaaatg ctgttcgacg gaacgatcaa ctaccagttg     1080

aaagtgaccg cactgcgcga tgtccaggtc aaagatatcc gtacggtatt cgattatacg     1140

cactacgcat cgaaatacat catgggcctc ggtgtgaaag gcggtgcacg ccccgattcg     1200

acgatcgact ggaaatggga tacgatcaaa cagcaggacc gcatctggct gggtaatgtc     1260

aacgcgggta tgcaggtcgt tttcaaggac agcaactaca aacgcccgct cgtgaatatc     1320

tattacgagt tcggacgcat ccggtacccg cattcgtggg gtaacgacaa taagggagga     1380

atcaatatca ccgaacaggc aaatgccaca caggtgaacg catacagcgg agagagaacg     1440

ctcaaaacgg gcgaaaagct cgatttcgat ttcgacctgc tcgtaacgcc ggtcaaaccg     1500

atcgacctga aagctcattt cgccgaccgt ccctaccacc tgaacgccga cacgagcggc     1560

ggattcattc cccgggcgct gaaagccgga gcgaaatgga tcaacgtaca ccacaaagcg     1620

gacatctatc cctacatcaa ctatccgatg gtagacgagg tcgtgcccga tatgaaagcc     1680

ttcatcgcga aagcgcatgc gaacgacctg aaagtacgcc tctattacac ctgccgtgag     1740

ctgacggtca aaacccccga attctggatg ctccgcagcc ttggccacga gatcatcaaa     1800

gacgggcccg gtaacgatac ccgaacgatc gtctatccga acggtccgag accatggctc     1860

gtccacaaca tgcgcaagaa ctatattccg gcctggtatg cgggcttcga acagggcaaa     1920

tacaagggtc agctcgatgt cgcggtcatc accgatcccg agtcgcgctg gaacaactat     1980

tacctcgaag gactgaactg gatgatcaaa aacatgggca tcgacggtgt ctacatcgac     2040

gacagttcgt tcgacgggga gacgatgcgc cgggcacgcc gtattttcga cgcggacggc     2100

aaacgccgcc tggtagacca gcacacatgg aaccacatga acccttacgg cggctatgcg     2160

aactccatca acctctcgtt ggaccgcctg ccctacgtcg accggctctg gatcggcgaa     2220

ctgttccgcg actacaacaa gcgtgatttc tggcttgtcg agatgtccgg gattccgttc     2280

gggctgatga gcgagatgct cgacgcgcac aacgttttcc gcggcatggt gttcggcatg     2340

ctgccgcgcc tgccctggag cggcaatccg gttccgatgt ggcgcgcgct cgacgctttc     2400

gggatcgacc aggcgaagat gtacggctac tgggacgacc gtaatccggt ccgcagcgac     2460

aacgaactga tcccggtaac gacctacctg cggcccggcc actcggccat gctgtcgatg     2520

gccaattggg acaacgacaa tgcgcaaaag tgccgcatcc gcatcgatga gaagaaactc     2580

gggttccgtc cgacgcaggt ctacctgccg gagatcgacg agttgcaacc ggccggagag     2640

atcgacctga acggggagat cgagattccg gcgaccaaag ggcatattgt catcctgaaa     2700

tag                                                                   2703


<210>  1560
<211>  2958
<212>  DNA
<213>  Alistipes indistinctus YIT 12069

<400>  1560
atgccgatgc agtgccgcgt cgaatcggct ccggacctgc aatcactcgc gacaggtttc       60

atgaatcccg ctcccgaaaa ccgcgcctgg gtttactggt tcgtgatgga cggcaattta      120

tcgcgcgagg gaatcaaagc cgacctcgaa gcgatgcaac gcgccggaat cggcggtgtc      180

atcttcctcg aagtaaatgt cggcgtcccg cgcggtccgg tagatttcat gagcgacgag      240

tggatcgagc tgttcaaata cgcgactgaa gagtgcgaac ggctcggtat ccagctcacg      300

ctgatttccg ggcccggctg gaccggcagc ggcggtccct gggtgaaacc cgaagatgcg      360

atgcacttta tcgtagccga cacgatctcc gtcaccgggg gcggccatgt ttcggtacag      420

cttccgcgcc cgcaaccgcg aaagccttat ttcggcatcg agaacctgac cccggagatg      480

cgccggcaac gggctgccta ctacgaggac ctcttcgtgc tggcctatcc gaaaccggtc      540

gctgcggaca gcagtacccg aatcgacaac atcgaagaaa aggcgatcta cctgcgccac      600

ccttactcgt cggctccgaa aacaaatccg ttcctgccga tgccggtcaa cttgcccgac      660

gctccgcagg gcaccgtatt ggccacggat cagtgcgtgg acgtaaccag cctgctggat      720

ccggacggac ggctcgaatg ggatgccccc gccggtcaat gggtgatcta ccgcttcggg      780

cgcacgctca cgggagccaa cacgcgtccc gccccgctgc cgggcgtcgg tttcgaatgc      840

agcaagatgg acaccacggc cctcaaccat cacctcgacc acttcgtagg ccggctgatg      900

gctgccgtgg gacataaacc gcacgaccgg cccgccggat ggaatatgct gcacatcgac      960

agttgggaaa tgggaaccca aaactggaca gaccatttca aagagatttt caaagcacgc     1020

cgcggttacg acctgacgcc ctacctgccg acgctttcgg gacagatcgt ggagagccgt     1080

gaagtctccg agcgctttct gtgggatttc cgcctgacgt cacaggaact cgtgctcgaa     1140

aatcacgccc gccacctgcg cgattacgca caccggtacg gtttcgggct gtcgatcgag     1200

ccgtacgaca tgagtccgaa caacgacatc gcactgggcg gcatcgccga cgtgccgatg     1260

ggcgaaacct gggaagtgga cgatgtgttc aacactgcgt tcagctgtat cgaggcggtt     1320

tcggcggccc ggatcaacaa ccggccgatc gtcggggtcg aagcgttcac cagttcgcat     1380

ttcgacaagg gcaaattctg gaaactccat cccggaaaca tgaaaaacca aacagactgg     1440

tcgttctgca tcggcatcaa ccgcctggta ttccaccgtt atgcccacca gccgtggacg     1500

gacaagtggc ccggaatgac catgagcgct tacggactga cctacgaacg cacccagacc     1560

tggtgggaac tctcgcaatc gtggcatacc tacctcgcac gctgccagta cctgctgcgg     1620

caaggccagg gcgtcgccga catcctgttc ctgaccccgg aaggggcccc gcacgctttc     1680

acgccgccgg tcagcgcgat ggaaggctcc gaccggctgc cggataaaaa aggctacaac     1740

ttcgacggat gcgatcccgg aacgctattg gacaaggcct tcgtccgcga cggcaaaata     1800

tgcttcccgg gcggcatgca gtacagcatc cttgctctgc ccacgtcggg ccgcatgacg     1860

ccggaactgc ttgccaaagt ggacaagctg atccatgacg gcgcaacggt gatcggcttc     1920

gctcccgaaa aatcgccgag cctcaccgac taccccgcct gcgacaagaa actggctgaa     1980

ctggcaggca gaatgtgggg cgacggcaaa accgccgccg ccaaacgcac catcggaaag     2040

ggcacgcttt tcacctgcac ggctgccgac acggccggta tggcgctcga ttcgcgcggc     2100

taccggacac cttatgtcaa atacgaaact atcgcgaccg cgctggctgc tcagggggtg     2160

cgacccgatt tcgaaagcga cgtaccgctg cgctatatac accgcacctc gaacggcatg     2220

gaaatttaca tggtctcgaa tccttctaac caagccgtaa acgcaacctg cacgttccgc     2280

gcgaccgata ccggctgttc gttatgggat gccgtacagg gccgcattgc gccggtatcg     2340

gcggaaacca ccgccgacgg acgctcccgc atcacgctgt ccctggaagc ctgcggatct     2400

gtattcgtcg ttttctcacc ggttcccccg gccgacatcg tcaacacaac gaccctgtgg     2460

ccgaaactgg aaaccgcact ggaagtgaaa ggtccctggc aggtgcattt ccaggaagga     2520

cggggcgctc cggcagaagc cacgttccct accctgacgg actggagcag gcatgccgac     2580

ccgggcatcc gttatttcag cggcatcgcc gattacacga cctcgttcga cttacctgaa     2640

agcaaactca gcacgcaccg gaactggtat atcgacctgg gacgtaccga agtgatcgca     2700

cggatcgaac tgaacggcaa accggtgacc gaactgtgga aaactccttt tgcatgcgac     2760

atcacccctt acctgcaagc gggccaaaac acactgaagg tttcggtggc caacgaatgg     2820

ccgaaccggc tgatcgggga cgacgcactg ccccaggaga aacgggtgac gttcacgact     2880

tacaatccgt acaaaaaagg cacaccgctg ttaccgtcag gcctgctggg tccagtgcgg     2940

gtggcttggg cggaatag                                                   2958


<210>  1561
<211>  1986
<212>  DNA
<213>  Alistipes indistinctus YIT 12070

<400>  1561
atgtcggtat tccgtattgt tgcatcccgt ccgatccgaa aaataacagc tgccgcggca       60

gtgcttttct tcctgctgtt ggcgctcatt cccggtaccc ttcgggcaca gatcgattcc      120

agggagggca tcattttggt cgtcgcctct tacaatcccg acacgcggcg catgtccggg      180

tttatttccg atttcgaaca ggcgatcgtc cagaaaaagg tgccttatga gattgtcgtc      240

gaggacatgg ggtgcaaggg cctttccgaa gcgccgcaat ggcaggaacg gatgcgggac      300

attttggatc gttaccggaa gaataagcag ctcaaggcag tggtgttgtt ggggcaggag      360

gcgtgggcct cttttctcgc ccagggagat tttcccgatg atatcccctt tttcggctgc      420

tacgcgagtg tgaacgggat tgcgctctct tcgctcaatg tgccgcagcg cgactggagc      480

tattcggtcg atatggccgc gctggccgat tcgatcggga ctgccggcgg ctgcctgaac      540

cgctacgatg tggacaagaa tgtcgacctg atccgctcac tctatcccga tgtgcgtaat      600

atcgctttcg tgtcggacaa cacgtacggc ggcgtttcgc tccaggcgct gatgaggcgc      660

gaaatgctcc gctatgacga tctgcggctg atccagatcg attcgcgcga ggggagcgat      720

tccgtcgttt cgcggattac gcgcctgccg cagcattcgg ctctgctgat cgggacgtgg      780

cgtgtaggcg atgacggcca gtacctgatg tacagcgcga tgaacgacct gatcgccgag      840

aatcccacgg tgccggtttt cacgttgtcc ggggcagggc tggagagcgt ggctatcggc      900

ggttacaatc ccaaatacaa aagcggcgca ggcgagatcg ccgggcagat tgccggttat      960

taccacggta agccgggtgc ggtacatttc gaactgtccg acggggagta ccgtttcaat     1020

gccaataaac tcaaagagtt cgatatcgcc gagtacaaac ttccggccgg gagtgtcgtg     1080

gtggataata ccgaggccca gttgcgcaag taccgttcgg tgatctattc cagcgtggct     1140

gcgctgatcc tgctgtcgct gattgccgtg ttcatctatt tcctttacta caagaacaag     1200

cggctgcgca atgtactgga aaaccgcgag gcggaactga tcgaagccaa ggagaaggcc     1260

gaggagtccg acctgctcaa gagtgcgttt ctggccaata tgagccatga gatccgtacg     1320

ccgctcaacg cgatcgtcgg tttctcgtcg ttgctgactt ccgctgaaat ttcgcctgaa     1380

gagcgcgagg agtacagcgc gatcatttcg accaactcgg agctgatgct gaccctgatc     1440

aacgatatcc tcgatatttc gcggctcgaa acgggcaaga tccatttcgc ctatgaagat     1500

atcgatatcc cgtcgctgtg ccagcaggtg attatgacga ccacccataa ccgcagggag     1560

ggcgtcgaat gcgtattcga gtcgtcgtac gagacttata ccctccggac ggacgtacag     1620

aggctctcgc aggtgctgat caacctgctg accaatgcga ataaatttac cgagcagggc     1680

cggattaccc tttcgttcga ggtgttggag aaagagggaa tggtgcgttt tgcggtggcc     1740

gataccggtt gcggcattcc gcccgaaaag caggccaaag ttttcgaccg ttttgaaaag     1800

ctcgatgaat tcaagcaggg cacggggctc gggttggcca tctgccgcca gatcgtgatg     1860

aaggtgggcg gcaagatatg ggtcgatggg acctatacgt ccgggagccg ctttgtcttt     1920

acgcatccga tccgtcccct tgaggacggt gacgctgtgg tctctgtcgg ttcgggcatg     1980

gcctga                                                                1986


<210>  1562
<211>  2040
<212>  DNA
<213>  Alistipes indistinctus YIT 12071

<400>  1562
atgcaaccga aagagacgat cgagcagctt cggcagcagc tcaatgaact gaattaccgc       60

tattatgtac tcaatgatcc gctgatgagc gatttcgagt acgataagtt gatgcgcgaa      120

ttacaggaac tggaaacagc tcacccccaa tacgacgatc ccaattcacc gacccaccgg      180

gtcgggagcg accgggccaa cctgttcgag agcgtaacgc accgtttccc gatgctgtcg      240

cttgccaata cctattccga agaagaggtg gtcgatttcg atgcgcgcgt gcgcaaagag      300

gtgggtgagg cggaatacgt gtgcgaattg aaatacgacg gtacggcgat cagcctgctt      360

tatgagcatg gacgactggt acgcgccgcc acgcgcggcg acggtctcat gggggacgat      420

gtgacggaaa acgcccgtac gatccgcagt attcccctgc aactccgtgg caacggatat      480

cccggcctgt tcgagatacg gggtgagata ctgatgccgc acagctcgtt cgaacggttg      540

aaccgcgaac gcgaggatat cggcgaaacg cctttcgcca atccgcgcaa tgctgcggcc      600

ggctcgctca aacagcaaag ttcggctgtg actgcgagtc gcgatttgga tgcgttcctc      660

tatacgctgg taggggatga cctccctttc gctacccatt acgcgagctt gacggcagcc      720

cgggagtggg ggttcaaggt gtcggaacag atgaccctct gccgcaactt ggaggaggtg      780

atggcattca tccatcgttg ggacaaaaca cgcgaagcgc tgccttatga taccgacgga      840

gtggtcatca aggtgaacga gtatgcactg caaaatcggc tcggggcgac ggccaaggct      900

ccccgttggg cggtggctta taaatttaaa gccgagcagg cgctgacccg tttgcagtcg      960

gtcgattttc aggtaggccg caccggagcg atcacgccgg tggccaatct cgatcccgtg     1020

cagttggccg gaacggttgt caaacgggct tcgctgcaca atgccgagca aatcgccctg     1080

cttgatatcc gcctgcagga catggtttat gtggagaaag gaggcgagat cattccgaaa     1140

attacggggg tggaactgag cgagcgcccg gccggcagcc gtccgttcga attcatttcg     1200

cgctgtcccg aatgcggtac cgagctggtc aaatacgaag gagaggcacg ccattactgt     1260

ccgaatcaga gccattgccc gccgcaaatc gtcggacgga ttgtccattt catttcgcgc     1320

aaggcgatgg atatcgaagg acttggtgat gaaacggttc aattgctcta tgataacggc     1380

ttggtgcata atgtcgcgga cctgtatgaa cttcgcaagg aagatttggt cggcctgccg     1440

cggttggggg aaaagtcggc ggacaacatt ctgcgcaata tcgagctttc gaaacaggtg     1500

tcgtttcacc gggtgctgtt cgcagtcgga atccggtttg tcggtgaaac aacggctaaa     1560

aacctggccc ggcagtttaa agacatagat gccttgatcg atgcagcacc cgaagcgttg     1620

atcgatgccg aggaggtcgg ggagaaaatc gcgcaaagta ttcaggagta ttttgccgat     1680

gacgaaaata tgcgcattat agaccggctc cgggcgaatg gcctgcagtt cagggctcag     1740

gcacaggaag gggagaccga tcggttggcc ggattgaatt tcgtcatttc cggaactttt     1800

gcaaaacatt cccgtgacca gctgaaagaa ttgattgagc gtcacggggg taaaaatctc     1860

agcggagtat cggctaatgt agattatctg ctggccgggc aaaatatcgg gccggccaag     1920

ctggcaaaag cgagcaaatt gggtataaaa cagatcggtg aagatgattt tatgcgtatg     1980

ttggatgaaa atccgactac ggaaaccgga aatgtttcgg tgcagggaac attgttctaa     2040


<210>  1563
<211>  2877
<212>  DNA
<213>  Alistipes indistinctus YIT 12072

<400>  1563
atgctcgcag caggcggcct cgccgtcacg atgctgccgg gtgtcgccga agccgccgaa       60

atggccgaag cggccgcaaa agcggccggt gacggctcgt tacgtttcga cgccgaactc      120

taccaccgct tcgccaaccc cgattcagtc taccgtccgt tcgtacgctg gtggtggaac      180

ggcgacaaag tcgaacccga agagttgcgc cgcgagctgc gcgtcatgaa agccgccggt      240

atcggcggcg tcgagatcaa cccgatcggt atcgccgagg aagacaacga catgggcaag      300

cgttcgctca catggctcag cgacgagtgg atcgaagcgc tgaaagccac tttcgacgaa      360

gcgaagaaac tcgacatgac ctgcgacctg atcgtcggtt cgggctggcc tttcggcggc      420

gaattcctca aaggggacga gcgagcgcag gtggtactga tcgacgcgca gaagctcgaa      480

ggcccgacca cgttcgaaat ctcgcgcttc gcgatcttca gcacggtcga tccgggcgtc      540

acggtgccct tcccgggccg cacgttcgaa ctgctggccc tcaagctggt acccgacccg      600

atggacggcc tcgaaggggt gatcgacctg tccgaccaac tcggcaacga ggtcatctcg      660

gtaaatgttc ccgacggaaa atacgtattc tacgcactgg tgaaggtcaa tgccttcgcg      720

agcgtgatca acggcgcacc cggcgccgca ggaccgatcc tcaaccacat ggacaagcag      780

gccgtgaaca aatacctgca ccacatgtcc gacacgatcc aggcgaaaac cgggccgctg      840

agcgcgcaca tccgctcgat gttcaccgac tcgatggagc tcgaaggatg caactgggcc      900

accgatatcc tcgaagagtt caaaaagcgg cgcgggtacg acatcttccc ctacctgccc      960

ttcatgatgt tcaaggtggg ccgcctgggc gacgtttcgg actacaatta cggcgccgcc     1020

aaaacccccg aattcgccgc agaaatccgc cggatgcgct acgacttcga actgaccaaa     1080

gccgaattgc tgcgcgaacg ctttaaccgc acctacctcg actggtgcaa agaactcggc     1140

gtgctttcgc gtgcgcaggc ttacggccgc ggctttttcc cgctggaaag cagcatcgga     1200

tacgacattc ccgagggcga gtcgtggacg accaactggc tcaaacaccg tctcggcgaa     1260

gagatgggta acgaggacta ccgccggggc cggggctata cgatgatcaa caaattcgtc     1320

tcttcggcgg cgcacctgac cggcaaacgg gtcgtgagct gcgaagagat gaccaatacc     1380

taccaggtat tcaatgcgac gctcgagttt ctgaaactgg gatccgacat gagcatcctc     1440

tcgggtatca cccactcggt gctgatcggc gtgaacgtct cccctcccga cattccgttc     1500

ccgggttggg tgcgttacgg cgcctacttc agcgagcaca acaactggtg gccctacatg     1560

ccctacttca ccggctaccg ggcccgcgtt tcggcagcgc tgcaaaacac cgacatgtac     1620

accgacatcg cgctgctgcc ggcttatccg gacatgtggg gcgaagtggg cgtcaagacc     1680

gagccgttcc ccgaccggct gaacgtgccc tacatgaccc tcgtctggga ggcgatccac     1740

aagaacggcg gcggatgcga ctacacctcg gagatcgtgc tcggcgactc gaccgtcaaa     1800

aacggcaagc tgtgctacgg tccgaaacag tacggcacac tcttcctgct gggactggac     1860

agcatccggc ccgaaacgct cgcgaagctt tatgatttcg taagccaggg aggacgcgtc     1920

ttctgcatcg agaaaattcc gcaccagtcg ctcggttacc acgactacaa acagaacgac     1980

gcgaaggttc aggagtggat cggtaagctg aaacagttcc ccgaccgctt cgtattgctc     2040

gaaaaaccgg ccgacaacga tttcatcaaa tggtacgccg acgtacagcg gcagtacggc     2100

atcgaaccct acgtgaaggt cgaaaacccc gatcccttct tcacgcagaa ccgctaccag     2160

ggcgacaacg gcgaagagct cttcttcctg gccaactcgc acctgcacga tccctaccgc     2220

ggccggatcg tcttcaccga cgagatcacc gccgggcgct acccgtgggt gtgggacatg     2280

gaaaacggca agcgctggcg catcgaactg gacaaggagg gcggctacac gctcgacatg     2340

ggtccggccg actcgctggt aatcgtcttc gacaagaaca agaaagggcc ggcgtggaac     2400

ccgctgccct acgaaggccc gcaaagccgg acgctcacgg gctgggacgt ggagttgcac     2460

cacagccgcg aaggatggac caagaccgac cgcatggagc agccgaccga cctgaaagat     2520

acgccgtggg tggactttac cggcacggtc acctaccgca ccaccgtcga cgcgggcagc     2580

aaacccggca agatgctgct gaacctgggc aaagtgtacg gcgtggccga actgaaggtc     2640

aacggcaagg atcagggcgt acgctggtac ggccgccgcg tctacgacct ctccgacgcc     2700

ctgcaaccgg gtgagaacga gatcgaagtg aaggtggtca ccacgatggg caactacatg     2760

aagacgctca ccgacaaccc gacggcccag aagtggacga accgcaagaa caaggaacag     2820

ccgacccagt cgatgggcct gcagggtccg gtgacgttat actccgccgg aaaatag        2877


<210>  1564
<211>  3171
<212>  DNA
<213>  Alistipes indistinctus YIT 12073

<400>  1564
atgaaattag atagatttat caaccgcccg gtgctgtcga cggtgatttc gatcctcatc       60

gtcatcctgg gcttgctggg gctgatgtcg ctgccggtgg agcagtatcc caatatcgcc      120

cccccgacga tccgggtgaa taccacctat accggtgcga acgcccagac tgtgctgaac      180

agcgtgatcg ctccgctgga ggagcagatc aacggtgtgg agaacatgga ttacatgacc      240

tccaccgcca ccaataccgg tgatgcgacg atcaccgtct acttcaagca gggtgtcgac      300

cccgacatgg cggccgtcaa cgtgcagaac cgtgtggcca aggcgcaggg tttcctgcct      360

gccgaggtaa cgcaggtcgg tgtcatcgcc gagaagcgac agaccagtat gctgctgatc      420

ttctcgcttt acagttccga caaccggtac gaccagcagt tcctcgaaaa ctatgcgaac      480

atcaacgtcg tgcccgaggt taagcgtatt cccggtgtgg gcgatgcgat ggtgatgggt      540

gccgactact cgatgcgtat ctggctcaag cccgatgtga tggccgagta caaactgatg      600

ccgtccgacg tgtcggcggc gctggccgaa cagaatatcg aggctgcgcc cggccagttc      660

ggcgagctgg gcgaccagtc gttccagtat gtgatgcgct ataaggggcg cctgcagacc      720

gagcaggagt tcgaggatat cgtgatccga gccaatgccg acggcgaagt gttgcggctc      780

aaggatatcg ccaatattga gctgggccgt ctgacttacg gattcagtaa taatgtgaat      840

gggcatccgg gtgtgtcggt gattatcttc cagaccgccg gttcgaatgc tacggccatt      900

atccagaacg tcgagaaata cctcaagagc atcgaaaata cgcttcctcc cggtgtcgag      960

gaagaggtgc tgatgagtgc gaacgatttc ctcttcgcat cgatcgaaga ggtgatcaaa     1020

acgctgctgg aggccttcct gctcgtggtg atcgtcgtgt acgtcttcct gcaggatttc     1080

cgctcgacat tgatcccgat gattgccatc ccggtagcgt tgatcggtac cttctttatg     1140

ctttacctga tcgggttcag tgtgaacctg ctgaccctct gcgcgatggt gctggctatt     1200

gcgattgtgg tcgacgatgc gatcgtcgtc gtcgagggtg tccatgccaa gttggaccag     1260

gggtataaat cggctaagaa agcctctatc gatgcgatga gcgagcttgg cggcgcgatc     1320

gtttcgatta cgctggtgat gatggccgtg ttcattccgg tgagcttcat gaccggtacg     1380

tcgggtactt tctaccgcca gttcggtttg acgatggcta tcgctatcgg tttgtcggct     1440

atcaatgcac tgacgctgag ccctgcgctt tgcgcactgt tcctcaaacc tcacgatccg     1500

gataaggaga aaaagagcac tttcgtaagc cgtttccatg ccggattcaa tacggcatat     1560

gctacgctgc ttcagaaata taagaagagc gtgctcttct tcgtgcacca ccgttggatg     1620

actttcggca ttatcggcgc gggtatcgtg ctgctggtgt tcctgatgaa aatcaccccg     1680

accggtttgg tgcctaacga ggataccggt accgtcttcg cggtagtcga tacgcctccg     1740

ggcacctccc aggagcgtac cgaagagttg ctgatgaagg tcgatagcct gatctcggcg     1800

aatccggccg tcaaatcgcg ttcgatgatc accggctaca gtttcattgc cggacagggt     1860

aacacctacg gaacgattat cgtcaaattg aaagactggg gtgagcgcga cggcaaaaag     1920

ggacaggacc tgaattcggt gatcggctcg ctttacgtac agtcgaaaat gggtgtttcc     1980

gatgcgaacg tattgatctt tgccccgccg atgattccgg gatacagcgc taccaacggt     2040

ttcgagctga acctgcagga caagaccggc ggtgacctgg ataaattttt cggcatcgcc     2100

cagcagttcc ttgcgaagct gaaccagcgt cccgagatcg cggctgcacg cacgtcgttc     2160

aacccgacgt tcccgcagta catgatcgat atcgatgcgg ccaagtgtaa gaaggccggt     2220

atcagtccgc gcgatatcct gacggcgttg cagggttatt acggcggcct gtacgcatcg     2280

aacttcaacc gtttcggtaa gctgtaccgc gtgatgatcc aggccgatcc gaagtaccgg     2340

atcagtcccg agacgctgaa ccaggtgaaa atccggaatg gcagcgagat ggcgccgatc     2400

acgcagttcc tgacgctgaa aaaagtgtac ggaccggata acatcaaccg tttcaacatg     2460

tatacttcga tgagcgtcaa cggttctccg aatgccgggt acagttccgg agaggcgatc     2520

caggcgatca aagaggtggc agccgagacg ctgccgcagg gttacggctt cgaattttcg     2580

ggtatgaccc gtgaggagtc gtcgaccggt accagcacca cagcattgat tttcgtgctt     2640

tgtctggtat tcgtttacct gttgctgagt gcgcagtacg aaagttacat cctgccgctg     2700

gccgtgctct tctcgattcc gttcggtctg gccggttcgt ttatcttcgc gcagttcatg     2760

catgtggata acaacatcta cctgcagatc gcactgatca tgctgatcgg cctgctggcc     2820

aagaatgcga tcctgatcgt agagttcgca ctcgaccggc gtagacaggg catgagtatc     2880

ctctggtcgg cgatcgccgg ttcggctgcg cgtctgcgcc cgatcctgat gacttcgctc     2940

gcactggtga tcggcctgct gccgatgatg ttcgcgtcgg gtgtcggcgc caacggcaac     3000

agtacgatcg gtacgggcgc cattggcggt atgttgatcg gtatgttgac tcagatcttc     3060

atcgtgccgg tgctcttcgt agctttccag tcgctgcagg agcggtttac gccgatggag     3120

gtagagccgg agcccgaaga gatcgaggct gagatcgaaa agctcgttta g              3171


<210>  1565
<211>  3222
<212>  DNA
<213>  Alistipes indistinctus YIT 12074

<400>  1565
atgatactga aacgtttttc tatcttcacc tttgttgttt cgcttgcttt atccgccgcg       60

gcgcagaccg gacgcgaatg gcaggatccc aatgtcaatg cggtgaaccg agagccggtt      120

cacacttttt tcccggatta tgctccttcg cggatcgttg aagtgttgcc gggcggcgat      180

cggatcgaga cctcttccga atgggtcaaa tccctcaacg gactgtggaa gttcaactgg      240

gttcgcgatt tggaccaacg tccgacgaca tttttcgccg aagattttga cgatgcgggt      300

tgggtggatt ttccggttcc cgcagtatgg gagttgaacg gctacgggga tccggtctat      360

accaacattc cttatgcctg gtcccgccag tttgccgata accctccttt tgtcgaggaa      420

cggaacaacc atgtcggctc ttaccgccgc gaggtcgagt tgccgcaagt gtgggacggc      480

cgcgaggtct ttttccatat gggatcggcc acttcgaacc tctatctgtg ggtgaacggc      540

aagttcgtcg gttacagcga ggacagcaag atgggcgccg atttcaatat cacgccttat      600

ctcaaaccgg gtaagaacct gatcgcgatg cagatctttc gctggtgcga cggatcgtat      660

ctcgaagacc aggatttctg gcgtctttcg ggcatcggcc gggacgtcta cctgtatgcg      720

cggccggcac agcggttcgg ggatgtgcgt atcgttgccg atctcgacgc ttcttaccgc      780

aacggtttgt tggctgtcga agtggcgggc cgcaacgttc ccggcggcag cgtgaagatg      840

gtgctcagcg gtaaggaggg cgagtttgct cctgttaccg cgaaactcga ttcccgcgac      900

agctgccgtc tgagcatgcc ggtgaaaaat gttcgtaaat ggagcgccga gcagccgaac      960

ctctattcgc ttgctttgac cctttacgac gcttcgggca aggagttgga aaccgtccgc     1020

cagcgggtcg gtttccggaa ggtcgaaatg cgtcccgata aggggcagat cctggtgaac     1080

gggcagccgg tgctgttcaa gggggtcaac cgtcacgaga tggacccgct gaccggatac     1140

gtggtttcgc ccgagcggat gatcgaggat atccgcatca tgaaggagaa taacatcaat     1200

gccgtgcgca cctgccacta tcctgacgat ccgttgtggt acgaactctg cgatatttac     1260

ggcatctatg tgatcagcga ggcgaatgtc gaatcccacg gcatgggata cgaggagaag     1320

acgctcgcca aggagccttc ctatctcaag gcgcacctgg aacgcaacga gcgcatggtg     1380

cgcgcgttca aaaaccatcc ctcgatcctg atctggtcgc tgggtaacga ggcgggcgac     1440

ggacccaact tcgtcgagtg ctacaaatgg gtcaaggctt acgatccgac gcggcccgtc     1500

cagtacgagc gtgcgttgct gaacgaccat accgatatct actgcccgat gtatgcgact     1560

tacgaccaca tggagcagta cgcttcgggc gatgcattgc ctgctgccgt ccgcacggag     1620

gatgccctgg tatggggaga tgtggctttc gggcagggcg gccgctcgtc caaacaaggc     1680

agctaccgtc ccctgatcca gtgtgaatat gcgcatgcga tgggcaactc gatgggcggt     1740

ttcggcgagt actgggacct gatccgcaaa tacccgaagt tacagggcgg gtttatctgg     1800

gatttcgtcg atcagggctt ccgcaagtat aacgaccggg gcgatatgtt ctacgcctac     1860

ggcggcgact acaatccgta cgacccctcg gacaagaatt tcaactgcaa cggactgatc     1920

agtcccgacc gtcgtccgaa tccgcacatg ggcgaagtgc gttattacta ccagtcggtt     1980

tggacgaccc ccggcgatat ggacaaaggc gtgctgaagg tctataacga aaatttcttt     2040

accgatctgt ccggccttta cctggagtgg gaactggtca acgggcccaa aggttatgtg     2100

ctttcgaagg ggttcgtgaa tcagctgccg gttgccccgc agcagacagg aaccgttacg     2160

ctcgaaggtt acaacgtgcc tggggggagt gaggacgatc tctacctgaa tgtcgcttat     2220

aaactcaagc aggcgaccga tctgttgcct gccggttatc cggtggcacg ccagcaactg     2280

gcggtacgct ccggaacgaa atctgccgcc gggttcgcag ccgatgccgg tcgggtaaaa     2340

acatatgaaa acattgcggt ttatgagttg accgcagggc gggtaaaggc ggttttcaac     2400

cgctcgaccg gctggctcga ctcgtataag gccgaaggcg tcgaaatgct taaagcgggt     2460

tattcgctgc gccccaattt ctggcgtgcg ccgaccgaca acgatttcgg tgcaaacctg     2520

caaaccaagt atgctgtttg gaagcagccc gcgatggagt tgcaggagat gacgctcgca     2580

caggcgggag ccggtgcggg cagtgccgcc gtgacggcac tgtataagct gccggaactc     2640

tcggcgacgc tcgaaatgcg ttatgaaatg aacggggcgg ggcagctctc cgtaaccgaa     2700

aaactgacgg cagatcctgc tcgtaaggat atcccggata tgttccgttt cgggatgcag     2760

ttggtgatgc cggagcattt cgaccggatc gtgtactatg gccggggccc cggggaaaac     2820

tatgccgacc ggaaaagttc gacgtttatg gggtgctaca gacagttggt ttcggagcag     2880

ttctacccgt atgtacgccc gcaggagacc gggtccaaaa gcgatgtgcg ctggtggaaa     2940

gtgacggatg ccgacggccg gggcgtgatg tttacctccg caaagccgtt ttttgccacg     3000

gcgctgcact acctgaccgg cgacctcgat gacggggagg tgaagcacca gcgccattcg     3060

ggcgagttgc acgaacggga tctgacctgc gtgtcgctcg acggctacca gatggggctc     3120

ggttgtgtcg acagttgggg agcgctgccg cgtcccgaat accggcttcc gtacggcgac     3180

tattcgttta ccgtcgtgat gacgcctgtt aagcagaaat ag                        3222


<210>  1566
<211>  2280
<212>  DNA
<213>  Alistipes indistinctus YIT 12075

<400>  1566
atgggatata gtccggaaga cgagaggctg atcgatacgg cgttcgaccg cctgatggag       60

cattgtacga agatttgcaa gactgaaaag gatgccgatc tgatcaagcg tgcttttttt      120

ctggcgaaag aggcccacga gggtgtgcgg cgtcgttcag gtgaacccta tatcctgcat      180

ccgttggccg tggcgatgat cgtagtcgat gaaatcggcc tcggggtcaa gtcggttgtg      240

gcggctttgt tgcacgatgt ggtcgaggat accgattata cggtcgatga tatcgagtcg      300

atgttcggcc cgaaaatcgc gcagatggta gacggcctga ccaaaatgtc gggggtattc      360

aagaccgaga catcggagca ggccgagaat ttccgcaagg tactgcttac cctatcggac      420

gatgtacgcg tgatcttaat aaaaatcgcc gatcggttgc acaacatgcg gacactgggc      480

agcatgccgc cccacaagca gatgaaaatc acaagcgaga cgatctatct gttcgctccg      540

ttggcccatc ggcttggtct gtatgcgatt aagagcgagc tggaagattt aacgctcaag      600

taccgttttc ccgaagaata ccgccagatc gagcagaaga ttcacgaaac cgaaccggac      660

cgagtccggt ttatcgagaa attcaatgct ccgctgatcg aagtgctgaa agcgaaccgg      720

atcgatttcg agatttcggg tcgcgtcaag tcggtctatt cgatctggtc caaaatgcag      780

cgtaagcaga ttccttttga ggaggtgtac gacctgtttg cgatccgtat cgtgttcaaa      840

ccttcaccgc tgatcccgga aaaatcgcag tgctggcata tctattcgtt ggttacggat      900

atttacaaac cgaaaccgga ccggttacgc gattgggtca atattccgaa ggccaacggt      960

tacgaggcgc tccactccac cgttatggga cccgacggcg tctgggtcga ggtgcaaatc     1020

cgttcgcaaa ggatggaaga gattgccgag cgtggtttcg ctgcgcactg gaaatataag     1080

agcaccgatg cggagggacg cgatgaaggt gaattcgacc gttggatcaa gcaggtacgc     1140

gaggcgttga acagtccgac cgaaaatgcg gtcgagtttc tcgataactt caaattaagc     1200

ctttacacca acgaaattgt tgtttttaca cccaaaggcg aatcccggac actgccgcag     1260

ggagcgacgg ccctggattt tgcctacgac attcatacca atatcggtaa cagtgccatc     1320

ggggcgaaga tcaaccataa aatcgaatcg atttttacac cgatccagag cggcgaccag     1380

attgagatta tcacttcgca gaatgtcaaa ccgaagaccg actggctcga ccatgtggcc     1440

acgacgaaag cgaagcagtg catcatcagt tttctcaaaa aggagaagat caataacatc     1500

aaccggggac gcgaggtatt cgaggcccgg ttgcacgaat tcggtatacc ccccagtgcc     1560

cgtgcccgcg tatttcgtaa agtactccct gcgtacgagt gtaccacgaa agatgagttt     1620

tacagtaagc tcggcgccgg gattataaac ttggatggcc tggaaaaggt gctacgcgag     1680

aattcagcca gtaaaatatt gaaattttgg acactacaga ttcccaatcc gttcaaattt     1740

ctcaatggcg acgaccgtaa aaaggcccaa acccaaaacg gcggtaagga ttccggcaaa     1800

gagaccggag cgcgcgaggc gaccgatgga gcggatgcgg atttcgaaca gccgcaattt     1860

gtgatcgctc cgtgctgtaa cccgattccg ggcgatgaag tggtcggtta caaaaatccc     1920

gatacgcaca aggtcgatgt gcataaaaaa agttgcaacg agctgatcaa gctggccagc     1980

cagcacggca ataacctgac gccggttgca tggtcgagcc ataaggcgat gtcctacctg     2040

acgattcttg aattgcgggg gatcgaccgg gtgggtatcc tgatggaatt gtcgcaggtg     2100

attaccggtg aattgaatac caatatccgc gaattgcgcc tgcagagcca tgacggtatt     2160

ttcgaaggta gtatcagcct gtatgtcaag gatctgaaag acctgaagct gattatggaa     2220

aaagtcggta aaattaaggg tgtcgaaaaa attacccggg tcgaaaatct taaagagtag     2280


<210>  1567
<211>  3819
<212>  DNA
<213>  Alistipes indistinctus YIT 12076

<400>  1567
atgtcccaaa aaacagataa taaacgtatc agcttctctt cggtcaaaaa caggatgccc       60

tatcccgatt tgctggaggt gcagctcaaa tcctttcaag acttttttca actggacacc      120

actgcggaga accggaagaa cgaaggcctc tacaaggttt tcatggagaa cttcccgatc      180

accgataccc gcaacaactt cgtgctggaa ttcatcgact actacgtcga tccgccccgt      240

tactcgatcg acgagtgcct ggaacgcggc ctcacgtaca gtgttccgtt aaaagccaaa      300

ctgaaattat actgtacaga ccctgaacac gaagatttcg acacggtagt ccaggatgtc      360

tatttcggga cgatccccta catgactccc cgcggcacgt tcgttatcaa cggcgccgag      420

cgcgtcatcg tatcccagtt gcaccgttcg cccggcgtct tcttcggaca gagcacccat      480

acgaacggga cgaagcttta ttccgcccgt atcatcccct tcaagggttc ctggatcgag      540

ttcgcgacag acatcaacaa cgtgatgtac gcttacatcg accgtaaaaa gaaactgccg      600

gtcaccaccc tgctccgcgc catcggcttc gagagcgacc gtcagatttt agagatattc      660

gacctggccg aagaggtcaa ggtcaccaag gccaacctta aaaaagtggt gggccagcgc      720

cttgctgccc gtgtgctgaa gacatgggtg gaagatttcg tcgacgaaga taccggcgag      780

gtggtttcga tcgaacgtaa cgaaatcatc atcgaccgcg aaacggtact cgaagagcgc      840

cacatcgagg atatcgtcga atcgggcgca aagagcatcc tgatccacaa agaggctccg      900

gggagtatcg acttctcgat cgtctacaat acgctgcaga aggacccgtg caactcagaa      960

aaagaggccg tggtgtacat ctaccgccag ttgcgcaact ccgaaccgcc cgatgaggcg     1020

accgctcgcg acgtgatcga gaaactgttc ttctccgaca agcggtacga cctgggcgac     1080

gtgggccgct tccggatcaa caagaaactg agtctcgaca tctccccgga ggtcagggta     1140

ctgacccgcg aggatatgat cgcgatcatc aaatacctga tctcgctgat caactcgaaa     1200

accgacgtgg acgacatcga ccacctgagc aaccgccgtg tccgcacggt gggcgaacag     1260

ctggccaacc agttcagcgt gggtttcgtg cgcatggcgc gtacgatccg cgaacgcatg     1320

aacgtccgcg acaacgaagt gttcaccccc gtagacctga tcaatgcgaa gaccctttcg     1380

tcggtgatca attcgttctt cggcacgaat cagctttcgc agttcatgga ccagaccaat     1440

ccgctggccg aaatgacgca caaacgccgt ctgtcggccc tcggtcccgg tggtctgtcg     1500

cgcgaacgcg ccggtttcga ggtgcgcgac gtacactata cgcattacgg ccgtctctgc     1560

ccgatcgaaa ctccggaggg accgaacatc ggtctgattt cgtcgctgtg cgtctatgcg     1620

aagatcagcg acatgggctt catcgaaacc ccctaccgca aggtagagga cggcgtcgtg     1680

gatctcaaga acagcgatgt cgtttacctg agcgccgaag aggaggaggg tctggtcatc     1740

gcacaggcga atgccccgct cgacgataaa ggccatttcc tgaacgcgga taagatcaag     1800

gcgcgttacg aaggcgactt cccggtagta accgataaag aggtaaacct gatggacgtc     1860

gcgccgaacc agatcgcatc gatcgcggcc agcctgatcc cgttcctcga gcacgacgac     1920

gcgaaccgcg cgctgatggg ttcgaacatg atgcgtcagg ccgtaccgtt ggtaatgccc     1980

gaggcaccga tcgtcggtac cggcctggaa gacgacatga tcggggacag ccgcattcag     2040

atcgttgccg aaggtaacgg cgaggttgtt ttctcagatg ctacccagat tcaggtcaaa     2100

tacgaacgta ccgacgaaga gaagctcgtc agcttcgatc ccgaggtaac gacttataac     2160

cttccgcgtt accgcaaaac caaccagaat acgtcgatca ccctcaaacc gatcgtccgc     2220

aagggtgagc aggtaaccaa gggccagatc ctgaccgaag gctattcgac gcagaaaggc     2280

gagttggcac tgggacgcaa cctgaaagtg gctttcatgc cgtggaaggg ttacaatttc     2340

gaggacgcca tcgtgatctc cgaacggatg atgcgcgacg acatcttcac ttcggtgcat     2400

gtcgacgagt acatcatgga ggtgcgcgac acgaaacgcg gcgtcgagga actcacctcg     2460

gatatcccga acgtgagcga agacgccacc aaggatctcg acgaaaacgg cattatccgc     2520

atcggtgcga acatcaaacc gggcgatatc ctgatcggta agatcacgcc gaaaggcgaa     2580

agcgatccgt ctcccgagga gaaactgctc cgtgcgatct tcggcgataa agcgggcgat     2640

gtgaaggatg cctcgctgaa agcacaacct tcgctcttcg gcgttgtcgt ggacaaaaaa     2700

ctgttcagcc gggccaaccg tgacggcaaa aagagcaaag ccgcagaaaa ggcacaactc     2760

gaaaagctcg acatggcgtt caacgaacag gccgaagtcc tgcgcagccg ccttctcgaa     2820

aaactggccg tcctgctcaa agacaagacg accgccggta tccgcgacta cttcggcgtg     2880

gagatcgttg ccaaaggcac ccgttttacg cagaaaatgc tcggggagat cgacttcctg     2940

aacgtagcgg cggacaaatg gacgggcgac gcccatttgg attcgctggt ggaaaagacg     3000

atcaacaact atatcatcaa atacaaagag gctgatgccg tgctcaaacg cgacaagtac     3060

aacctcacca acggtgacga actgcccgcc ggcatcatcc agcttgcgaa agtttacatc     3120

gcgaaaaagc gtaaactccg cgtgggcgat aaaatggccg gccgccacgg taacaaaggt     3180

atcgtggcca aggtggtgcg cgacgaagat atgccgttcc tcgaagacgg ttcgatcgtc     3240

gacatcgtgc tgaacccgtt gggtgtgcct tcgcgtatga acctcggcca gatttacgaa     3300

accgtgctcg gttgggccgg ccgtgaattg ggactgaagt tcgccacgcc gattttcgac     3360

ggggcatcgc tcgaacagat caacgagtac accgcacagg caggcgtacc gcgcagcggc     3420

cgcacctacc tcttcgacgg cggtacgggc gaacgtttcg accagccggc gacagtgggc     3480

gtgatctaca tgctcaaact gggccacatg gtcgatgaca agatgcacgc ccgctcgatc     3540

ggtccgtact cgctcattac gcagcagccc ctcggcggta aagcgcagtt cggcggtcag     3600

cgtttcggtg agatggaggt gtgggcgctc gaggcattcg gagccgccaa catcctgcag     3660

gagatcctga cgatcaagtc cgacgacgta atgggccgtg ccaaagctta cgaagcgatc     3720

gtcaaaggcg acaacctgcc gcaagccggt attcccgaat cgctcaacgt gctgctgcac     3780

gaactgcggg gtctggccat cagcgtcaag ctggactaa                            3819


<210>  1568
<211>  2922
<212>  DNA
<213>  Alistipes indistinctus YIT 12077

<400>  1568
atgaagatga aattgatcaa atccgccttt cccatatttt tattgttttt gtcggtttcg       60

gcttttgcgc agcaggcagg ctcggtgaca ggcacattgc aggatgcgca gaccaaggag      120

ccgatggccg gagcgatggt cgaaattttt ccggtatccg attctgcggc acgccggtac      180

gtgacggcca atgcccaggg gcggttttcc gtgaccggac taccctatcg cgaatatgcc      240

tataacgtca cctttctggg gtacgatacc cttgccggct cggtcaaggt gaaccgggca      300

gccgttgctc tcggtgtact gcagatggcg cagaaggcgc aggatctcga tgaagttctt      360

gtttcagcac gggcgatgcg cacttcgtcc aaaggcgata ccgtcgttta caattccgga      420

gcctttaagg taacgcaaga cgctgcgacc gaagacctgc tcaaaaagat gccgggcatc      480

agtgtgcaga acggtacggt aaccgcgcac ggcgaaacgg tgcagaaaat cctggtggac      540

ggcaaggagt tcttcggcag cgacgtgacc actgcgatca agaacctgcc tgccgaggcg      600

atcgataaag tcgaggtgtt caacaaactc agcgaccagg cagaattcag cggagtggat      660

gacggggaag gttacaaagc gatcaacctg gttacgcgga aaaatatgaa ccgcgggact      720

ttcggcaagt tctatgcggg ttatgggttc aacgacaagt acaatgccgg ggcgagcctg      780

aacctgttca acgacaagcg ccggttttcg attatcggca tggctaataa cgtgaaccag      840

caaaatttcg ccatcgacga cattctcggc gtagtcggca cctcgaatag cggcggaggc      900

ggcgcgcgtc accggagcgg tcgggagatg tcgaatttca tggtgggcaa ccagagcggc      960

gtttcgaccg tgtattcgtt gggagtcaac tattccgaag agtggagcga aaaagtgaag     1020

tttgacggca gctatttctt caattcgacc aaaacccatg tgaataccgt tacgaaccgc     1080

aactactatt tgggcgacga ctccacccag tattacgatg cgttggggat tcgcgatacg     1140

cgtaactaca accatcgttt caatgcgcgg ctcgattaca agatcaacga gaacaattcg     1200

ctgatgttcc gtccgagcgt cagtttgcag acgaacgatg cgtcgagcag cgatacatcg     1260

accacgatgc tgagtgcgaa cgcgatggaa aacgcattgg tcaacctgtt ccgcagtacc     1320

acatcgtcgc atacggaggg gtataacatt tcggggaacc tgatctaccg gcataagttc     1380

ggggaaaaac tcgggcggac gctgacggtg atgtttggcg gcggggtgtc gaaaaacgac     1440

ggcaagcagg atcaatactc gctgacgcgc tattttaacc ccgattccga atcgttgctg     1500

gatcagtata tagccaataa ttcccgttca taccggctca gcggccatgt catgtattcc     1560

gaacctctga gcgaaaaatc ccagttactg ttcagttaca atgcgaatta cagctactcc     1620

gaccgggata agcgttcgta ccagcgcccc gagtacataa tgatcgacag tttgtcgaat     1680

acttacaaca gcggctacct gacccaacag gtcggtccgg gtttccggta caacaataaa     1740

aaggtgatgg tcatcggaaa cctttcctac caatattcga cattggctgg agatcagcaa     1800

tttccgaagg taaccaaaac ttctgccgat ttcaataatt tggtttacat ggccttgttg     1860

gatgtgaaat tcaatccgac caatacgctt cgtgcgatgc tccgctcgtc gacgaacaat     1920

ccgtccgtca ctcagctgca ggatgtactc gatgtgtcga atccgctgtt cgtttcccag     1980

ggcaacccca atctccgtcc ggtgtatgcc aaccggatgt ttgtgcggta tgtcaatacg     2040

aatgttacga aaggccgtac gttcatggcg atgctgggcg gttccatgca gtcgaattac     2100

atctccaatg ctacggtgat cgcgggcaaa aacggctacg aggtcaaaga tcccgcgggc     2160

aatacggtga tcgtgctgaa ccagggtgct cagtattcgc gtcccgtcaa tatgaacggt     2220

tactggaatg tgaacgggat gatgagttac ggactgcccg tttcgtttct caaaagcaac     2280

ctgaatgtca atctgggcat taattatgcg gcgaccccga acattttcaa cgaggtcaaa     2340

agcacgacca atacgacgac ctatactgcc ggagccgtac tgggcagcaa tatcagcgag     2400

aaactcgatt ttacgctggg atatgatgtc ggttataacg tagcgtcgaa taaggtccgc     2460

aaagagagta ataaccgtta tgtgaaccag caggtatccg gaaatttcaa gtggattacc     2520

tgggccggaa ttactttgca ggccaatggc tcttatctga aatacagcgg tattacggat     2580

tcgttcgttg aagattattt cttgctgaat gcttcgatcg ggaaaaaaat attcaaacac     2640

cagcgcggtg agatcaacgt atcggcttac gacctgctga accagaacaa aagtttctcg     2700

cgcaatgtga cggcgaccta tatagaaaac gtgaaaacca atgtcctggg ccgctatttc     2760

agcattaacc tgatctataa cctgaggcgt ttcggaggca agaatgtaga cgcttcgtcc     2820

actcgtcggg gggaaactcc ggattcgctt cacgacggac ggccaccgat gggacgcccc     2880

ccaatggggc cgccgccggg cggacaccgg ggaccgatgt ag                        2922


<210>  1569
<211>  993
<212>  DNA
<213>  Alistipes indistinctus YIT 12078

<400>  1569
atgcagtcga aagggatgta taccggccat ctggccatgc tcggggccaa cctgctctgg       60

ggtgtcatgt cgcccctgtc gaaagccgta ttgcaaagcg gtctggtcgg tccgctgtcg      120

ctcaccactt tgcggatggt cggcgccgcg gcagcgttct ggatcctgtc gctgtttacc      180

cgccgcgaac atgtcacccc gcatgacctg gccctgctct ttttcgcatc gttgttcgga      240

gtcacgctga accaggggtt ctttatcacc ggcgtgtcgc tgacctcgcc gatcgacgca      300

tcggtcgtca cgacaaccac gccgatcatt acgatgatcc ttgccgcgct ctacctcaaa      360

gagcccatca cctcgaaaaa ggtgatgggt atcttcatgg gagccgtcgg cgcgctgatc      420

ctgattctca gcgccgatgc cgcccacaca ggggagaatg ccggcggcat gacaggcaat      480

atcctctgcc tgatggccga actctgtttc gcgacctatt gcgtcgtctt caaagacctg      540

atcgggcgct attcgcccgt gacactgatg aaatggatgt ttacctatgc ggcgatctgc      600

tgtattccct tctcgtacaa cggcctcgca tcgataaact tcacgactct cccgacagcc      660

gtttacgccg atctggcctt tatcgttttc ggcgcgacct tcctctcgta cctgctggta      720

cccatcggac aacaccggct tcgcccgacg ctcgtcacga tgtattgcta tttgcaaccc      780

atcgtcgcat cgatgctcgc cgtactgtgg ggaatggacc ggttcacgcc gaccaaggga      840

gcggcgatcc tgctggtttt cgtgggagtc tacctggtca accgcagtaa atcgcgggcc      900

cagatggaag ccgaagcgct cgaagccgca cgccgtaccg ctccggatgc gcctgctgcg      960

cccgacgttc cggaaagttc cggacgctcc tga                                   993


<210>  1570
<211>  1089
<212>  DNA
<213>  Alistipes indistinctus YIT 12079

<400>  1570
ttgaaccttt cgaccaccat gacttcaccc agagagaggg tcctcacggc cctgaagcgc       60

aacggcacac ccgaccggac gccgtttgaa atcagctggg gcgcattcac gccgctgctc      120

atgaaaacct accgcgaaaa gaccggctcg gagctgccgc ccgaagagta tttcgatttc      180

gacacgcgtt cggtctttcc gggccccacc cggctcaaaa ccgattttac gcgtttcttt      240

cccgacgggg tcgaacccga agcgtcgttc gacgaatggg gcatcggatc ggtgccgacc      300

ctgtacgaaa ttcccgattt caaataccat ccgctcggaa ctgccacaac agtcgctgaa      360

atcgacgcct atccgtggcc cgatttcgat gccccctacc gctacgaagg ggtcaggacg      420

caggtcgcaa ctttccacaa gcgcggctat gccgtctgcg gcgagatgta ccaaaccctg      480

ttcgaaacgg catggctgat gcgcgacatg caggccttcc tgatggacat gatgctcaac      540

gaggagctaa cccacgccat ctgcgagcgg atcgcgcaaa tccgcgtggg gcaggcgcgg      600

caatacgcac tcgcgggcgt ggatatcctg cgcctgggcg acgacatcgt aagccagcag      660

ggactcatgt tctcgaaaga gctctacaat acctacttca agccccggat caaacggatc      720

gtcgcagtgg ccaaagaggt gaatcccgac atcatcattt tcatgcacag ctgcgggaag      780

atcgaaggaa tgatcgacga actgatcgac gcaggcgtcg aagtgctgaa tcccgtacaa      840

cccgaatgca acgaccaaca ggcgatcaag cgcacctacg gcgaccggct gtcgttctgg      900

ggcggcgtag gagtacagtc ggtactgccg cacggcacgc ccgacgaagt acgcgccgcc      960

acacgcaaga cgatcgcgac cctcggtccc gagaacggat tcctggtggc gccggcacat     1020

atcctcgacc cggcgatccc gtgggagaat atcgaagcgt ttatcgaaac ggtcaaagaa     1080

cagcgataa                                                             1089


<210>  1571
<211>  1893
<212>  DNA
<213>  Alistipes indistinctus YIT 12080

<400>  1571
atgatacgat ttaaattgat tctctgttgc ctgttgtcag gcgcaactct gaccgttgaa       60

gccgctccca aacgggcccc gaaagccaaa ccggctccgc tgcctgctgc ggtacaaacc      120

caactcgaag gccggttggg cgagcgtatg aacgcctgca ttcgccagcg ggtgatgagc      180

gaggacgaac tgtcgctcgt cgcacctttt aagcagcggg acgaaaagga gctttggcag      240

agtgaattct ggggaaaatg gacgcttggg gctgtcggtt cttaccgtta caaccgggat      300

ccggagctgt tggccaagat tacgcgcggc gtacaggcga tcctcgccac acagtcgccg      360

gacggttata tcggtaacta tgctccggac gcacaactcg ggggctggga tgtctggggg      420

cgtaaataca ccatgctcgg cctgcttgcc tattatgatc ttaccggtga caaaaagagc      480

cttgaagggg ccgtgaagct tgccgaccac ctgctgaccc aaattcccgc gcagaagagt      540

atcgttcgtg ccggatatta ccggggaatg ccgcccagtt cggtactcgt gccgatggtg      600

atgctctata atcgcacgat ggacagccgt tacctcgatt ttgcgaaata tatcgtttcc      660

gaatgggaga ctcccgacgg tccgcagctg gtgtcgaaag cgcttgcgga tgtgccggtg      720

gcggaacgtt tcccgagtca cgggtcggca caggcgtggt ggtcgtggga aaacggtcag      780

aaagcctatg agatgatgtc gtgctacgat ggattgctgg ggctttatgc gctcacccgc      840

aatgccgatt acctgaaggc tgccgaaaag agtgtgcgga acattatcga tgaagagatc      900

aatatcgccg gttcgggtag tgccgacgaa tgtttctatc atggccgccg gatgcagacg      960

acaccggcct acagcatgat ggagacctgt gtgacgatga cctggatgca attgtgcgga     1020

cacctgttgg aattgactca tgatccgctt tatgccgacc agatcgagcg gacggtctat     1080

aacgctttgc tggccgcatt gaaaggcgac ggttcccaaa ttgcgaaata cagcccgctt     1140

gagggggtgc gttcgcctgg cgggccgcag tgcggaatgc atgtgaattg ttgcaacatg     1200

aacggcccgc gtgcttttgc gatgattccc gaactgatgg ctacctgtgc ggccgatacg     1260

ttgttcgtga atctttacgg ggagtctgtc tcgaaagtgc cgcttgcggg gggagaggtg     1320

attttacgcc agcagaccaa ctatcccgag cagggcagtg tcgaattgac tgtcaatccc     1380

cgcaagagcc gtgaattcgc cgttgcggtg cgtattccgg cctggagcaa gataacgatg     1440

gtgacggtca atggccaggc ggtggccgat gtgcgccccg gcagttatct gaccgtgtcc     1500

cggacttgga aagagggcga taagatcgcg ctgaatttcg atatgcgcgg gcggttgacg     1560

gagctgaacg gctatcaggc aatcgaacgc ggtccggtgg ttctcgcccg tgacacgcgc     1620

ctgggcgagg gatttgtcga tgaaacctgc gtcgtgcaaa cgagtggcgg atatgtggaa     1680

ttgatgcctg ttaccgataa acccgcagga gtttggatgg ctttttcggc cccgatgaaa     1740

ctcgggaccg ataccgaagg gcgcgctgcc ggaattgtgc aggtaccgct gtgcgatttc     1800

gcttctgcag ggaatacctg gcatcctgcg gtacgttacc gggtttggct ccgtaggact     1860

tttgacccga tttccgatcc gtgggtggaa taa                                  1893


<210>  1572
<211>  2136
<212>  DNA
<213>  Alistipes indistinctus YIT 12081

<400>  1572
atgaagaaaa cgacaaccct gctgctggcg ggagccgttg cggcgcttac ggtcgcgtgc       60

ggcgacggcg caggcaaaaa atcagccccg atgaagattg acaactcgtt gaccgaagcc      120

gaaaagagcg ccggtatcct tactcccgaa gtgatgtgga agatggggcg cgtgggcggt      180

tccgtggtgt cgcccgacgg cgaaaccgtc ctctatacgg tgagcgatta cagcatgaaa      240

gacgataata gcagtacgca catctggtcg gtgccgaccg ccggcgggga agccgtgcag      300

atcaccgacg gtgcgggcaa agagtcgtcg atccagtggg gcgacgacgg cagccgcatc      360

tacttccttt cgacgcgaag cggcgaggcg cagctgtgga gcgccgctcc cgacggcagc      420

gacctgcgcc agctatcggc gatcgagggc ggtatcgaag ggtacggcct ttcgcccaaa      480

ggcgacaaag tgtattacat caagcgtgtc caggtcgaaa aacgcaagtc gtcggaggtc      540

ttccccgacc tgcccgactc gaaggcgctg atctacgacg acctgatggc gcgtcactgg      600

gattactggg acgacggcag ttacctgcac ctgttcgttg ccgagatgaa agacggccgg      660

atggccgagg gggtggacat catgccgggc gagccgtggg atgcgccgat ggcgccctat      720

ttcgacgcgg ccgagatcgc gtggaacaac gcgggcacgc agttggccta cacctgcaag      780

aagatgaagg gcaagcagta cgcgctcagc accaattccg acatttatat ttacgacctc      840

gctgcgggga cgaccgtcaa tatcacggaa gggatgatgg gttacgacaa atatccccgc      900

ttctcgccgg atgacagcat ggtggctttt accagcatgg aacgcgatgg caacgagtcg      960

gacaaagacc gcctgttcat cgccgtgctc gccacgggcg agaagaagta tctgacaaag     1020

gatttcgatt acaatgcggg caatgtgacc tgggacggca acgataagct ttggttcctc     1080

tcgccgatcc gtgcgaccta ccagctttgc aaagtgggga ccgacggttc gcaggtggag     1140

gtggtcacca gcggcgcgca cgacctgaac gcctttacga tgggcggggg caaactcgtg     1200

gccgaactga cgacgctcag cacgccttcc gaactgttcg ccgtgaacct gaccgacggt     1260

atgctttcac agctgaccaa tacgaacaag gagatttacg acaatatccg gatgggcgaa     1320

gtgcgcgagc gctgggtcaa gaccaccgac ggcaaacaga tgctgacgtg ggtaatcctg     1380

ccccccgatt tcgattcgac caaaacctat cctgtgctgc tttactgcca gggcggtccg     1440

cagagtgtcg tgagccagcg ctggagtttc cgctggaatt tccagctgat ggctgcgcag     1500

ggctatatcg tcgtggcgcc gaaccggcgc gggctgccgt cgttcgggca ggagtggctc     1560

gaccagatct cgggtgatta cagcggccag aacattcgcg attacctcag cgcgatcgac     1620

gacgtggcgc gcgaaccgtg ggccgacgag acccggatgg gctgcgtggg cgccagctac     1680

ggcggctatt cggtctactt cctggccggc aaccaccaaa aacgtttcaa agcgttcatc     1740

gcgcactgcg gcatgttcaa cttcgaaagc atgtattgcg gtaccgagga actgtggttc     1800

ccgaacaacg acctcggcgg ttcgtactgg agcgacagtc cggtggcgaa acgttcgtat     1860

gccaactctc cgcacaagtt cgtgaagaac tgggacacgc cgatattgat cttctccggg     1920

ctcaacgatt tccggattcc gtacaccgaa aatctgcagg cgtatacggc tgcgcaattg     1980

atgggtgtcc cggcgcggct cgtcgcattc gaaaacgagg cgcaccaggt gttcaaaccg     2040

cagaactcgc tggtttggca gcgcgaattt ttcggctggc tcgacaagta tgtaaagaat     2100

ccgcagcagg aaaccgcatc ggcggcaaaa caatag                               2136


<210>  1573
<211>  2697
<212>  DNA
<213>  Alistipes indistinctus YIT 12082

<400>  1573
acatggctac taaagcaatg ggaacactcc aaacctgaac ttcggaacga tcgcgacata       60

ccgaacaagc gaatcatcct ccacgcagga ggccaaagcc gccggctgcc agcttatgct      120

ccttccggga aaatactcac ccccatcccc gttttccgtt gggcacgcgg acaacgcatc      180

gaccagaacc tgctcgaact gcaactaccg ctgctcgagc aaatgatcag cgaagcgccc      240

cgaaacatca acaccctgat cgccagcggc gatgtctata tccgctcgac acaacctctg      300

gctccgatcc cggatgtgga tatcgtctgc tacggacttt ggggcgatcc ctctctcgca      360

accaaccacg gcgtattcat ctcggaccga aactccccga atacgctcaa atacatgctc      420

cagaagccat ccgtaacggt gctggacgaa ctgatcgaga gccatctttt cctgatggat      480

atcggcatat ggctgctcag cgaccgggcg gtcgaattgt tgatccgcaa atcgcacaac      540

cggcccgacg gagagatcgg atactacgac ctgtacagcg atttcgggct cgccctgggc      600

gaagaacctt cacgtcccga tccggagatc gggtccctct cggtcgctat cctgccgctc      660

gaaggcggcg aattctacca ttacggcacc agccgtgaac tgatctcctc taccctcgcc      720

ctgcaaaacc tgattgcaga ccagcgggag atcaaacagc gcaaagtcaa accgcatccc      780

gccattttca cccaaaatgc cgacgtcgat ctcaccttca cctcggggaa tgcccaggtc      840

tggattgaaa acagttgcat cggaaacggc tggcatcttt cggatcatca catcctcaca      900

ggtattcccg aaaacaactg gcagatcgac atccccgccg gcgtatgcgt ggacatcgtc      960

ccggtcgggg agcggcaata cgccgtacgc ccgtatggct tcaacgatcc gttcaaaggc     1020

gatgtccggg ccgaggaaac cgtatggatg gggaacaaac tgacggattg gtgtaaagaa     1080

cgtaacctgg cattctccgc atgcggcgaa accggaaccg acctgcagaa tgcaccgcta     1140

tttccactct gcgactcggc ccgggagatt gaaacggtat tgaggtttat gatcggggaa     1200

ccgggcgagg ggtccggcag gcaactttgg ctggaacggg aaaagttatc ggcagacgag     1260

atttcaaacc gggcgaacct ggtcaggtta tatgcccaaa gagattattt ccgcagccgc     1320

aacctgccga tgctggccgc aaactaccgc aaaagcgtct tttaccagtt gaatctggac     1380

gatgccgccc gccaatatgc aacacacggt ttaccccttc ccgcggaatt gtccgaacag     1440

gaatccccgt tggttcggat gcacgacctg atgttccggt ccaaggccat acagcaggaa     1500

caacccggac aggccgacgc ctacgaacga caagcgttcg gcctgctcag tgaaaccatc     1560

atccgcacgg cggccggacg gaaacgggaa ccccggctca cgatccatcc cgaccagatc     1620

gtctggagcc gttgcccggt gcgtatcgat ctagccggcg gatggacgga tactccgccg     1680

caatgttttc tcgaaggagg ccatgtcgtc aacatcgcca tcgaactgaa cggacagccg     1740

ccgatccaga tttatatcaa accatgcagg gaattccaca tcgttttccg ctcgatcgac     1800

ctcggcaatg cagaacgggt tcgcacctgg gaagagctgc aacaattcac gacggtcggt     1860

tccccgttct ccatcccgaa agccgccgta gcgctcgccg gattcctgcc ccggttctgc     1920

tcccggtcgt attcctcact cgaagcccaa ctcaaagagt tcggttcagg attcgaagtc     1980

acgctgcttt cggccattcc ggccggatcg ggactgggta ccagctctat cctcgccgcg     2040

acggtactgg gcgcattgaa tgatttttgc gggctcgcct gggataaaaa cgacatttgc     2100

cagcaatcgc ttatcctgga gcaactgctc accaccggag gcggatggca ggatcagtac     2160

ggcggcgtct tccacggcgt gaaattgctg caaacagtac ccggaacagg acagaccccg     2220

gctatccggt ggactccgaa cttcctcttt tccgatccgg cccacaagga gtgccacctg     2280

ctttattaca ccggcatcac ccgggtggcg aaaaacatcc ttgcggacat cgttcggaat     2340

atgttcctga acaccacgga acagctcgat ttgctgtacg cgatgaaaca acacgccctc     2400

gaaactttcg acgcgatcca ggcgggggat ttcgaccgac tgggacacct ggtcggaaaa     2460

acatgggagc agaacaaacg actcgacgcc ggaaccaatc ctccgcaagt cgatgccatc     2520

atcgaccgga tcaaagacta tatcctcggc tgtaaattac ccggagccgg cggagggggc     2580

tacctctaca tgattgccaa agaccccggg gccgcacggc ggatccgcga aatcctgacc     2640

cggaacccgc cgaacgacaa ggcccggttc gtcgagatgg tcatttcgat gacggga        2697


<210>  1574
<211>  2730
<212>  DNA
<213>  Alistipes indistinctus YIT 12083

<400>  1574
atgaaatacc tctaccatta cctttttctt acaaccagct taattttgct gggcagctgc       60

accaaggaca cccttcccgg cacggacacg acaacgcctc cttccctcga aaccgatacg      120

ggagcagagg ctttcgaagg atggatccgg gtcaaattca aatccggcaa cgatgaaatc      180

gcccccgttg tgaccaaaag cggcgcgctc tccacaggtc tggcttctgt cgacaatgcc      240

gcactggcac tcggagccag gcagatgaaa agggtcttcc ctcctgccgg acgcttcgag      300

gagcgtaccc gcaaggaagg actgcacctg tggtacgacc tctatttcga cgagagtatt      360

cccgtaagca aggccgtctc ggattttcgg caattgccgg aagtggcggt cgccgaaccg      420

atctataagg ccagtctgat ccacccctca gctcccgtcg aggtttcgga aacaacgacg      480

atatccagag cctcgcaaaa cgcgccttat aacgatcccc tgctatcgaa ccagtggcat      540

tacgacaacg acggcaccct tcccgatgcg cttgcgggag ccgatatcaa cctgttccgg      600

gcctgggaaa ttacacaggg ttccccggag gttatcgtag ccgtcgtgga cggaggcgtg      660

gattatgccc acgaagactt gcagggcaat gtggtcaatc cggcggagct gaacggacag      720

cccggtatag acgacgacgg aaacggctac atcgacgatt tttacggctg gaatttcatc      780

gaagacaaca accaaatcga ggtggacaac cacggtaccc atgtggccgg tacgatagct      840

gccgaaaaca acaacggcat cggagtctgc ggtgtggccg gcgggcacgg caaccatacc      900

ggcacgcgaa tcatcagctg ccagattttc ggcacccgga acggacagga ggtttcgggc      960

aattcggccc cggcgatcaa atacgccgcg gatgccggag cggttatctg ccagaacagt     1020

tggggttata ccaacgccac gagcatgccc cgctcggacc aggaggcgat cgaatacttc     1080

atcaaatacg ccgggaccga cgaaaacggg aaccagaccg gcccgatgaa gggcggcatc     1140

gtgattttcg cggcaggcaa cgaagacctc gactacaaga cctatccggc ctgttacgaa     1200

aacgtccttt cggtggcggc catcgcccct gacttcacca aaagctggta ctccaactat     1260

gcagactggg tcgatatagc ggccccgggc ggcacttata ccagcggcgg caagtatgcc     1320

accgaatgcg ccgtttacag taccattacg aacaacaaat acggttacct gcagggaacg     1380

tcgatggctt gcccgcatgt atcggggata gccgcgctaa tcgtttcgaa attcgccgct     1440

cccggtttca cccccgatca ggtatgggcg catctgacca aacgcaccag ggcgatcggg     1500

ctctacaacc cgtcttattt gaacaaactc ggatcggggc tggccgatgc atacatggcc     1560

ctggccgaag accagggaat agccccggag aaagtacccc ggctcgaatg cagccggaca     1620

gccggggcta tggccgttac ctggcccgta tcggccgatg aggacgatgg tacggcggat     1680

cactacctgc tctactggaa taccgttccg ctggaaaact ttgaccccga taatccgccc     1740

gcaggtaccc aatcggcctc tgttcccggg acgcggaacc tgcaacccgg agaatcgatg     1800

tcgcataccc tgaccggaat tgcaggagag acccgctatt acgtagcgat cattgcttcc     1860

gacgcatggg gcaaccgctc ggccgcaacg acgacttcag tcgtcacacc ggtcaacgaa     1920

ccgcccgtca tcacgcgaga aagcggagac gggatcattg cggtcggata caaccagacc     1980

cgaagcgtca ctttccggtt atccgatccg gaaggatacg gttgcacgta cacgctggac     2040

gatccttcgg gcagttccac gtcgaaagag gagaacggac gcgtacgcat cacgatcacc     2100

aattacaaac gtccccccgg cacctatacg atgcggctga ccgctacgga cctgggggga     2160

gccgttacca cactcgacat tccgttaacg ctggaagcca accaacctcc gcagctcacc     2220

gctccgctgg agaatgtcta tttcagctct ttacaggagg tgcaaaccct ctatttttca     2280

tcgaattttt ccgatgaacg gggtgtcgct gccattacat acacgctcga ttatgacgac     2340

caggcgctct atatcacccc gcaaaacaga ggtttcaaaa tcgctccgct gaggtacgga     2400

cctgccgaag tgactgtcac ggcacgcgac gaagagggac tcacgagcac cgcctcattt     2460

caggttatgt cccgcgacta tacccgcgaa gtggatctct atccgaatcc cgtacaggat     2520

aaactctcga tccgcatggg taaggaggtt tcgggtgaga ttcgcatacg ggccgtcgct     2580

ccctccggac agatcgtctg ggacggacag gccgccattt cgccgttcgc gcccgcttcg     2640

gtcgaccttt ccgcactgag cggcggcagc tatacgcttt ggatcgaata ccagggctcc     2700

aaaatttccc ggaatatcat caaattgtaa                                      2730


<210>  1575
<211>  4269
<212>  DNA
<213>  Alistipes indistinctus YIT 12084

<400>  1575
atgtcaaaca cgcacgaatt ccatttggct cccgactacc tgttcgaggt aagctgggag       60

gtctgcaaca aggtgggagg catccacacc gtgatcgcca cgaaggcgct gaccgtcgaa      120

gagaaactgg gcgaccacta tatcctgatc ggtcccgaca tccaccgcga ggagggcaac      180

ctcgaattcg aggaggatcc ctcgctgctg gccgactggc gcgaaacgct gtacagcagc      240

ggcgtgcgcg tccgtatcgg acactggaaa atcgaagggc gcccggtagc ggtactggtg      300

gacttcaccg aatatttctc acacaaggac gaagtgctca aacggctgtg ggaaagctac      360

cgcgtggatt cgctcagcgg ccagtgggat tacatcgagc cggtactgtt cgggttcgcg      420

gccgcgaaag tgatcgaaag ctacgtgcag aacttctgct cgccaaccga caagatcgca      480

gctcacttcc acgaatggat gacctcgagc ggcggcctct acctgatgaa gcacgacccg      540

aacatcgcca ccgtcttcac gacgcacgcg acggtgatgg gccgctcgat cgccggcaac      600

ggcatgccgc tgtacggcga cctgaccaaa ctcaatgccg acgagctggc gcgcaaattc      660

ggcgtcgtgg ccaaacactc gctcgaaaag accgcggcgg aacagtacga ctgcttcacg      720

acggtgagcg acctgaccgc gcgcgaatgc aaatacctgc tccacaaaga cgtagacctg      780

gtcacgccca acggtttcga agacgacttc gtctgggccg acgacgtttt gaaacaaaaa      840

cgcaaggccg cccgcgagca gatgatcgcc gtggcggaaa tctgcctcgg catccactac      900

gacaccgatc cgctgatcgt cggcaccagc ggccgctacg aattcaagaa taagggactc      960

gacgtcttcg tcgattcgct gatccagctg gccgacggcc ccgccgcggc gctcaagcgc     1020

ccggtgctgg cttacatcac cgtgccggcc ggcaacgtcg gtccgcgcaa ggacctccag     1080

gcacgcctca aggatccgaa cgcgcagatg gatccgtcgg tgatacgcaa catcacgcac     1140

tacctgtcgg cccccgagtg ggatcccatc atcggcaaga tcaaaaacac gaagctgatg     1200

gatcccacca gcccggtgca ggtgatgttc gtcccttcgt acctcaacgg cgtggacggg     1260

atcttcgaca aggactacta cgaactgctc tgcggcatgg acgtcaccgt attcccttcc     1320

tactacgaac cgtggggcta cacccccctc gaaagcgtcg cgttcagcgt accgacgatc     1380

accacctcgc tggcgggatt cggcctctgg gtggccgagc actgcaagga acacaaaggc     1440

gtcgaggtga tagaccgcaa cgacgccaac gactcggagg tagttaccga aatcgcctca     1500

tcgatcgaga agttctgcaa catgagcgca aaagagtacg cctcgtacca ggaatcggcg     1560

ctcaaaacct ccgaaatcgc gctctgggag aacctgtacg cctattacgc gcacgcctac     1620

gacgtcgcgc tcgccaggat gaccgagcgt agttccggat tcaaatacga gggcggaggc     1680

gaccagaacg aacagatcaa cttcgtccgc cagcaactcg tcagcaaccg cccgacctgg     1740

actcggctga tggtcgaacg gacgctgccc aaacggctgc acccgctcga agagctgtcg     1800

aaaaaccttt ggtggtcgtg gaactccgag gcctacgaag tgtgggagta catcaattac     1860

gacctgtggg tagcctgcga aaagaacccg atcgacttcc tcgacaagtt gcactattcg     1920

cgcctgctgg agctcgagaa agacgaggtt ttcctttcga agatggacgc cacctacgag     1980

aagttcaaaa cctacatggc ccagaaaaaa gatgcgaaag ggccgaagat cggctatttc     2040

agcatggaat acggcatcca cagctcgctg aaaatctatt ccggcggcct cggcatcctc     2100

gcgggcgact acctcaagga ggccagcgac aaaaacgtac cgatgatcgc cgtggggctg     2160

ctttaccggt acggctactt cacgcagcgc ctctcggccg caggcgacca ggaggcgggc     2220

tatgagccgc agaacttcgc gaaactgccg atctcgcccg tccgcgacca gcacggcaac     2280

tggctttcgg tccagctcgg cctgccgggc cgtatcgtca ccgggcgcat ctggcgctgc     2340

gacgtgggac gcaccgagct ctacctgctc gacaccgacc acgacctgaa ccgcgaagag     2400

gaccgctcga tcacctacca cctctacgga ggggactggg aaaaccgcct caaacaggag     2460

atgctgctcg gcatcggcgg catccggctg atgcacgcga tcggcgcgca ccagaacgtc     2520

taccattgca acgagggcca tgcagccttt atcggcatcg aacgcatcca cgacctgatc     2580

gagaaacgca agctttcgtt cagcgaagcg ctcgaagtgg tgcgctcctc ggcgctcttc     2640

acgacgcaca cgcccgtccc ggcggggcac gacgcattcc ccgaatcgat gatccgccag     2700

tacatgggcc actaccccga ccggctcggc atcacctggg agcagttcat caacctgggc     2760

aagacgaatc cgaacgatcc gaacgaaaag ttctcgatga gcttcctggc ctgcaacctc     2820

tcgcaggagg tcaacggcgt gagctggctg cacggcgaag tgagcaagga catcctcggc     2880

ggcatgtggc ccggatattt caaggacgag ttgcacatcg gctacgtgac caacggcgtg     2940

cacttcttca cctggtgcgc ggccaacctg caacggcttt acgccaaata tttcccggaa     3000

gggttctccc tgccggacta ctcgatcccg gcttggcaga aggtgcatga aattccggac     3060

agcgaactgt gggccgaacg cctcgtactg aaaaacaagc tgatcgcaca cgtcaagaaa     3120

cgcgtgagcg acccggccca tttccgtttc gactcccccg tgcaactgat ccgcatccac     3180

gagtcgctca agcccgacgt gctgaccatc ggcttcgccc gccgcttcgc gacctacaag     3240

cgggcacacc tgctcttcac gaacctcgac cgcctcgacg cgatcgtcaa caacccggag     3300

cgccccgtgc agttcctctt cgccggtaag gcgcacccga acgacaaacc gggacaggac     3360

ctgatcaaac gcatcgtcga agtggcggcc atgccgcgtt tcgcgggcaa ggtgatcttc     3420

ctgcagaatt acgacatgga gctcgcacgc cgcatggtgc agggcgtcga catctggctc     3480

aacaccccca cacgcccgct cgaagcttcg ggaaccagcg gcgagaaggc cgtgatgaac     3540

ggcacgatgc acttcagcgt gctcgacggc tggtgggtcg aaggctacca cgagggcggc     3600

ggctggaagc tgccgatgga gcgcacgttc gaagaccaga acttccagaa cgaactggac     3660

gccgaactga tctacacgac catcgaaaac gatatcgtac cgaaatatta caaccgcggc     3720

acggacaacg ttccgcacga gtgggtcgag gcgatcaagg tctgcctcgc cgatatcgcg     3780

ccgaacttca ccacgaaccg catgctcacc gactaccagg aacgtttcta cggcaaactt     3840

tacgaacgca acacgcacat gcgtgccgac gacttccgca tggcgcgcga aatcgcggcc     3900

tggaaacgca aggtgagcaa cgcgtgggac aaggtgcgca tcgtcagcgc acagcgcatc     3960

gacatgggca aagaggcgat cctcatcggg cactcctaca acgtcgaggt ggtggtcgac     4020

atcgacgggc taaaagcgga cgacatcggt gtggaaatga tcatggccga ccagatcgac     4080

gacggcaaca acgtcaaggt ggtcgccaag cgcgaactga agctcgaacg tcaggagggc     4140

tcgctggcct tctaccgcat cgcttcgacg cccgacacga ccgggtcgtt cgacatcgcg     4200

atccgggtct tcccgaagaa cgcgaaactg ccgcaccgca tggacttcgc gctggtgaaa     4260

tgggcataa                                                             4269


<210>  1576
<211>  1329
<212>  DNA
<213>  Alistipes indistinctus YIT 12085

<400>  1576
atgaaagctt acaccaaccg gcatatctgg caaatcacct acccgatcct catcagcctg       60

ctgatggaga atatgatcgg gctgaccgac acggctttcc tgggacgtgt gggagaggtg      120

gaactgggcg catcggccct ggccggcgtt tattacatgg ccatcttcat gctcggcttc      180

ggattcagta tcggcgtgca aatcctgatc gcccggcgta acggcgaagg ccgcctgcgc      240

gagatcggac cgattttcca gcaaggactg ctctttttgc tgttttttgc cgcggtgatg      300

ttcttcgttt cgaaaagttt cacgccgctg ctgctgcgca gactaatcga ttcggatgcc      360

gtttacaccg ctgcgatcag ctatctcgac tggcgcatct acggcttctt cttctcgttc      420

gcggccgtcc tgttccgcgc cttttacgtc ggcacgacca acacccgtat ccttaccgcg      480

aactcggtcg taatggtact cacgaatgtc gtcctgaact acatcctgat cttcggcaag      540

ttgggttgtc ctgcactcgg catcgccggt gcggcgatcg cttcgtcggc agcggaattg      600

gtttcattgc tttttttcgc tatctacacc cgcctgaaag gcaatccgcg ccgttacagg      660

ctgttccgtt tccggggcgt gaacttccgt gaactgggcc tgattttcaa cgtttcgatc      720

tggaccatga tgcaggcatt catctccacc gccacttggt tccttttctt cctggccgtc      780

gaacacctcg gcgaacggca actcgccatc tcgaacatcg tgcgcagcct ctcgtcgatc      840

cttttcgtaa cgatcagcgc attcggttca accacgagcg ccctcgtcag taccctgatg      900

ggccgcggcg agccgaaact ggtcatgccg accgtctggc aaatcgtccg gatgtcctat      960

tgggccgccc ttccgatcat ggccctgatg gccctcttcc catccctcgt gctgcacatc     1020

tataccggcg accaatcgct gatctccgcg tcgatcgcct cgctgtgggt gatggtggcg     1080

atctacttca ccctcatccc gagcaacatg ctgttctgcg ccgtgtcggg caccggtaat     1140

acgcgtgcag ccatgctgat ggaactggtc gcactgaccg tgtacgtggc cgccatctgg     1200

caaatcatca tcgtacaccg tcccgatatc gccgtatgtt ggacagtcga tcacatctat     1260

agcatcgtat tgctattatt tacctatctt tacctcataa aagcaaactg gcaaaacaaa     1320

aaaatataa                                                             1329


<210>  1577
<211>  2226
<212>  DNA
<213>  Alistipes indistinctus YIT 12086

<400>  1577
atgaaacgtc tgttcccttt tttcgccctg atcctgctgc tggggaccgc agcgaaaccc       60

actgacaaag acgcggccgc ctttcgccgc ccggccaacg aataccggcc gatgccgttc      120

tggcacctga acggcacgct cacgcgcgac acgatcgtca agcaaatcaa ccgggccaaa      180

cgcgaagccg gattcggagg cattgccgtg ctgccggtct cgggtacacg gcccgagtac      240

ctgaccgacg cctatttcga gcgatacgac gatatgatcg aaacgatgca ccgcaacggc      300

atggaattga tcatttacga cgacatcgat ttcccgagcg gtacagccgg cggacgactg      360

caggcccaat atccgcacga cacgcgcaag ctcctcgaga aggacgaata tgtcattacc      420

ggccccgcga ccttcacgca gatcctgccc gacagcacgg aaaaactgct gatggctacc      480

acggcgatga acatcaacac gtacgagatg atcgatctca gggaccatat ccgtgacgga      540

aaagtaacgt gggaggtgcc gcccggcgcc tggcgggtca tgtttttctg ctgccggtac      600

aacgtccgcc cgcaggtcga ctacatggac acgacggccg ttcgcaagtt catccggatg      660

aattacgacg aatacggcaa acgctacggc aaatacatgg gcaataccgt caagcgtgtc      720

ttttacgacg acatcgggtt caacggcatg gagaagacct ggacacccgc gattaccgaa      780

atattcgaga agagctatgg caagaatgcg gcgctgtatt accccgcgct cttttacgac      840

atcggcccgg aaaccgaagc ggcacgcgtg gcgttccata cgatccgttc ggaactgatg      900

gccgaaggct atccgcgcct ggtggccgat tggtgcgccg atcataatgt aagcagcatc      960

ggccacccgc ccggaaatta cacgaaaaac acgaccgagc tgcacggcga catcctcaaa     1020

ttctaccgtc attcacagat tccgctggcc gattacatct tctactacgg ttacggccgg     1080

gacgggcaca agcagatcag ctcggccgcc gacctctacg accgtccgat ggtaggcgcc     1140

gaggtgaacg gtgcgttcaa ggccgacatg gattcgctga tgctctaccg ggtggcgatg     1200

gacatgttct cgcggggaat caacttcctg attccgcacg gcatgtggta cgacaatcgt     1260

cccgaaaagg tctacattcc gcccgtaatc tcgtcctaca acccggctct cgctgcgacg     1320

ctgccccaat acagcgattt cgtggcccgc agctgctaca tgctgcaagg cggccgccgc     1380

gtatcgaaga tcgcactgct ctacccgatc acctcgttgc agggacacca caaattcgat     1440

attgccgttt atcgtccctg gggcgaatac gtcccggccg aagctgactt ccaggcggta     1500

ggctcgctgc tgacgaaccg cctgcaccgc gatttcacct tcatccatcc cgaatcgctg     1560

gtggacggac ggattaccgg aaacgacgga aatctggtat tgcacaacag ggtcaaccac     1620

caggagtacg acctgctgat cattccgggc gggaaagttc tttcggccga aacgctgaaa     1680

aagatcaaag cctactacga cggaggcgga aagatcctcg ccacgacggc gctccccacc     1740

aaatcggccg aatttggccg tgacgccgaa ataaacaacc tgatcgcgga aattttcgga     1800

ccgaaaaagc agcaggacaa cggacagctg cgaaccaatg cgcgcggcgg gatggccctt     1860

tttgttcccg atcccgatgc gggcaccctc gcaaacgctt tggacaggct gggtatcgcc     1920

ccggatgtaa acattgtcga cacgacattc cgtcgcagcg ggaacggcgt attcaactac     1980

atccacaaac aacgcgacgg caaggatatc tacttcttct cgaactcgac cgacgacaac     2040

ttaaccaccc cggtcgaact ggagggatgc ctgacactcg aagcctggaa cccctatacc     2100

ggaaaggtag cggctgttcc cgcagaaacc gtctcacgcg acggcaagga ttatacccgg     2160

ttcgaactga cgcttccggc ggtcaaaagc actttcatcg tcgggcggaa acagcaaccg     2220

aaataa                                                                2226


<210>  1578
<211>  3054
<212>  DNA
<213>  Alistipes indistinctus YIT 12087

<400>  1578
atgaatcttc ccagatattc cctcgataac gctaaggtga tttacttttt cctggcgctg       60

ttgctcgtcg gcggcctgat ttcgttcggc cagctcggca agaaagagga ttcgccgttc      120

gtcatcaaaa gcgcttcgat cgtcacccgt tacccgggag cgacgcccga ggaggtcgaa      180

aagctggtga ccgaaccgat cgggcgtgaa attcagtcga tgcgtcgcgt ctataagatc      240

acctccgaat cgtattacgg gctttcgaag atcatgatcg agctggatcc ggccacgccg      300

gccgacgaga tgccgcagat gtgggacgag ctgcgccgca aggtgctcaa tatacagccc      360

cagatgcccc aggatgcgtc gcctatctcc gtgagcgacg atttcggcga tgtgttcggg      420

atttattacg gcctttcggc gggagaaggg tttacctatg aggagatgcg cggctgggcg      480

cagcggatca aaacggcgct tgtgaccgtc aagggcgtgc agaaagtgac ccttttcggc      540

gagcagagcg gggtggtgaa cgtttatgtg agcctttcga cgctgaacaa tctttttata      600

actccgtcgg aagtgattca gacgcttcag gcgcagaata cgcttgtttc gagcggcgaa      660

aaactcgcgg gcgaaatgca gatcaaactg atcgagacgg gaacttacaa gaacctcgac      720

gatatccgcg accagattct cacctcgtcg cagggaaggc agatccgcct gggggacatt      780

gcccgtgtcg aacagggata tgccgaaccc ccgtcgacgc tgatgctgct caacggccgg      840

cccgccatcg ggatcggcat ttcgaccgat gcgtcgaaag acgtggtcaa aaccggtaaa      900

ctgatcgaag agcgcctcgg tacgttgatg ccgctgatcc cgatcgggat cgacctggtg      960

acgctctatc cggagaaccg tatcgcgcag gaggccaaca atgcgtttgt gatcaacctg     1020

ctggagtcgg tggcgatcgt tatcgccctg attatgctga ttatgggtct ccgttcggga     1080

atgctgatcg gcagttcgct gatcttctcg atcggcggta cgttgcttat tatgcagttc     1140

ctcggcgtgg gcctgaaccg tacctcgctg gccggattca tcattgcgat ggggatgctg     1200

gtcgacaatg cgatcgtggt gaccgacaat gcgcgtaacg gcatgctgcg cggcgtagcc     1260

cggcgcaagg cgctgatcga cggcgcgacg ggcccccaat ggggcctgct cggggctacc     1320

ttcatcgccg tctgctcgtt cctgccgctc tacctggcgc cgtcggcggt ggccgagatc     1380

gtcaaaccgt tgttcgtcgt gctggccatt tcgctgacgt tgagctgggt attggcgctg     1440

acacagacgc cgctgttcgg cgaatttatc ctcaaacagg acacggcggc cgaaccgcgc     1500

gatccgtatg ccggcaagtt ttaccgccgg ttcgaccgac tgttggaacg gctgatcgcc     1560

cgccgttatc taacggtcgg aattgtagcg ggcctcttcg ccgtatcgtt gctggtgatg     1620

ggggctctcc cgcagaactt cttcccgaac ctcgataaac cttacttcaa ggccgactgt     1680

ttcctgcccg acggttacaa tattcgtgat acggaacgta atatggcggg tatcgaggcc     1740

tggttgcgcc ggcagtcttc ggtcaggaac gtgtcggtga cgatgggcgc ttcgccgccc     1800

cgctactatc tggcgagtac gtcgttcggg cccaagccca attttgccaa tatcctggtc     1860

gaactgacga cgaaggattc cacggcggcc gtcgaagagc gcttcaaccg ttatgtgcgg     1920

gagaattatc ccgatgtact ggcccgttcg tcgctgttca agctttctcc ggccgtcgaa     1980

gcggcgatcg agatcgggtt tatcggcagc aacatcgata cgctggtaaa attgacgaca     2040

caggcgcagg agattatgcg gggcattcct gccgtgggtg acattcgtaa cagttggggc     2100

aacccggttc cggtctggac tccggtttat tcgcaggaaa agggcccgcg tatgggtatt     2160

tcgcgctcgg caatggcccg cgagatgaat ttcgccactt ccgggttccc gttgggcgag     2220

taccgtcacg aggatcagtt cctgccgatc gtgctggccg acgagaacca ggaaggcttc     2280

aacctgaata acctgcgttc gctgccaatc tattccgctt ccgggaatgt ctacccgctc     2340

gaatcggtcg tggacagcgt ttacctgagt taccactaca acgtgatcaa gcgctacaac     2400

cgcgagcggg tgatgatggc ccagtgcgat ccggtgcgcg gggccaatac caaagcggct     2460

ttcacggagg tattgaaaca ggttcgggaa aagatcagcc tgccggaggg gtaccgtatg     2520

caggtcttcg gcgaggagca gtcgcaggag gaatcgaatg cggcgctcgc ggccaatatg     2580

ccgcttacgt tcatcctgat cttcattacg ctgctgctgc tgttccgggc gtataagaag     2640

ccgatcgtga tcctgctgat ggtgccgatg atctttatcg gcgtggtggc gggactcgtc     2700

gtgacgggca agcagttcga ttttttcgcg atgctgggcc tgttgggtct cgtggggatg     2760

aacatcaaga atgccatcgt tctggtcgac cagatcggcg tggagacctc ttccggcaaa     2820

tcgccctacg aggcggtaac gatcgcgacg cgttcgcgca tcgtaccggt gatgatggcc     2880

tccgggacga cgatcctcgg gatgctgccg ctgctcttcg actcgatgtt cggcggtatg     2940

gccgcgacga tcatgggagg gcttctggtc gcatcgctgc tgactttgct cgtactgccc     3000

gttacgtact gtatcttttt ccggatttat cccactaaag agacaaactc atga           3054


<210>  1579
<211>  2565
<212>  DNA
<213>  Alistipes indistinctus YIT 12088

<400>  1579
atggaagaaa ccggagaaaa aattattaaa atcaatatag aggaggagat gaaaaccgcc       60

tacatcgact attcgatgtc ggtgatcgtc gcccgtgcat tgcctgacgt gagggacgga      120

ctcaaacccg tgcaccgcag gattctctat gacatgagca acgagctgaa cctctactcg      180

gacaagcctt accgtaagtc ggcccgtatc gtcggcgacg tgctcggtaa gttccacccg      240

cacggcgact cgtcggttta cgatgcgatg gtgcgtatgg cccaggagtg gagcctgcgc      300

taccggctcg tcgacggaca gggtaacttt ggttcggtcg acggcgattc cccggcggcc      360

atgcgttata ccgaggctcg catgatgaag atcaccgacg aggtgatggc cgatatcgac      420

aagaatacgg tcgatttccg tcccaacttc gacgagacga tccttgagcc cacggtattg      480

ccgaccaagg tgccgctgct gctggtcaac ggcacgtcgg gtatcgcggt aggtatggcg      540

accaatatgc cgccgcataa cctttcggaa gtggtcgacg cctgctgcgc ttatatcgac      600

aatcccgaga tcgagacatc cgaattgttg cgttacgtca aggcgccgga ttttcctacg      660

ggcggtattg tctacggtta tgagggcgtg cgcgaggcgt acgaaaccgg ccgcgggcgc      720

gtgatcatgc gctcgaagac cgagatcgag catacctcga ccggtcgcga gtgcattatc      780

gtaaccgaga tcccttacat ggtcaacaag gccgaaatga tcaagaagat cgccgacctg      840

atcaacgaga aaaagctgga gggtatcgcc tatatcaacg acgagagcga ccggagcggc      900

atgcgtatcg tcattatcct caagaccgat gcggtggcca gcgtggtgct gaacaacctc      960

tacaaatata cgccgctgca gacttcgttc ccggtgaaca atatcgcact ggtggacggg     1020

cgtccgatgc tgctgacgct acgcgacatg atcaaatatt tcgtccgtca ccgccacgac     1080

gtggtggtgc gccgtgcgaa gtacgatttg gaacaggccg agaagcgggc gcacatcctc     1140

gaagggttgc tcatcgcggt ggacaacatc gacgaggtga tccgcatcat ccgggcggcg     1200

aaaaccccgg acgaggcgaa gatcggtttg atcgagcgtt tctcgctgag cgaggtgcag     1260

gccgctgcga ttatcgacat gcgcctccgc gcgctgaccg gcctcgagcg cgacaagctc     1320

aaagccgaat acgacgaact gtgcaagtgg atcgaatacc tcaaggaggt gctggtgaat     1380

accgaactgc agatgaagat catcaaggac gagatgatcg agttgcggga gaaatacggc     1440

gacgaacgcc gcacggagct cgtgatgagc gccgaggagt tcaatccgga agatttctac     1500

gccgatgagg agatggtgat caccatttcg catatgggtt atatcaagcg tactccgctg     1560

actgagtacc gtacgcagaa ccgcggcggg gtcggcatga agggcagtgc gacgcgcgac     1620

gaggatttca tcgagcatat ttatgtcacg acgatgcaca atacgatgct cttctttacc     1680

gagaagggcc gttgttactg gctcaaggtc tacgcgatac ccgagggttc gcgttcttcg     1740

aaggggcgtg cattgcagaa cgtgatccag atcgagcccg atgataagat ccgcgcttac     1800

atcaacgtcc gccgcctcga cgacaaggag tatgtggaca acaactacat cattatgtgt     1860

acgaaggcgg gtatcgttaa aaagacccgg ctggaggcat attcccgtcc gcgccagaac     1920

ggcgtgaacg ccattacgat caaagacggc gacgagttga tcgaagccaa gctcactacc     1980

ggtaacagcg aagtgctcat cgcagccaag gatggcaagg cgatccgttt caatgaacag     2040

gctgtgcgtc cgatcgggcg taccggggcc ggggtgaagg gcatcaccat cgaggacggc     2100

gacgaggtga tcggtatggt ttgtgtggaa cccgatacca aagaggatat actggtcgtt     2160

tccgaaaacg gatacggcaa acgtaccgac ctagacgatt accgcattac gaaccgtggc     2220

ggtaagggtg ttaaaacgtt gcagatcacc gagaaaacgg gtaaactgat cgcgatcaag     2280

tcggtgaccg atgccaacga cctgatgatc atcaaccgtt caggcctgac gatccgcatt     2340

ccggtaggcg atatccgcct ttcgggccgt gcgacgcagg gcgtcaaggt gatcaacctg     2400

cgcgacggcg attcgatcgc atcggtgatc ccggtgccga agagcgatga agaggagcct     2460

gccggagaaa ccggcacaac cgaggagcag gccggtaccg gtgaaagcgt atctgtagat     2520

aacgcgtctc aggacggaag cgtctccaca caggataatg catag                     2565


<210>  1580
<211>  3468
<212>  DNA
<213>  Alistipes indistinctus YIT 12089

<400>  1580
atgaccgctc agcagttaca ggaactgttc ctgtcgcagc catcctaccg gaaattgctg       60

cggcagctgg agaaccgggg aacgaccgtc gggttggatt cgctggtcgg ttcctcgtat      120

tcgctcgttg cggccggtgc cgtgcgcgag cggggcggcg tccatgtgtt cgtgatggag      180

gaccgcgatg cggcgggtta cctgtacaac gacctttccc cttttctgga cgaagagcgg      240

ttgctctttt tcccgaccgc ctacaaacgt tcgatccaat tcgggcagga agacccctcg      300

ggcatcgtgc agcgcaccgc tgccctcaat gccgtgaaaa actttacgga cggttacctg      360

gcgatctgca cctatcccga ggcgttggtc gagaaggtgg tgggcatgca acgcctgcgg      420

gagagcattc tcacgatccg tgtaggcgat acgctgttga cttcgacgat cgaggagatt      480

ctcgccgata acggtttcga gcgcgtcgag ttcgtttatg aaccggggca gtattcggtg      540

cgcggcggaa tcgtcgacat cttttctttt tccgataaca agccctaccg aatcgacctg      600

ttcggcgacg aagtcgattc gatccgccat ttcgacctct cttcgcagtt gtcggtagac      660

cgtctgcagc agatcgaggt cgtgcccaac ctcaaggatg ccgtttcggg ccgggagcgg      720

gtttcgtttc cggcttttgc cgcaggggcg acctattggc tcgacgacgg cgagtatacg      780

ttgaagcgtt tccaggatat ccggaccaaa ctgctcggtg agctggacga tccgacgcag      840

atcgatacgc tggtgacggg ccgtaaggga ttcctcgccg atacggccgg tgcaacgatg      900

gtactgctca aggataattg ccaagagcgc gccgccgatg cgacgatctc atttcatacc      960

tcgccgcagc cgcagttcaa caagaagttc gaactgctgg ccgacgacat ccgtgacaac     1020

cgcgaaaagg gctataccac ctgcctgctc accgagaaca aggcgcagat cgagcgcctg     1080

cgtaacattt tcaactcgat gggcgagcgc gacgtgccgt tcgaggcggt cggcgttacg     1140

ctgcacgccg gttttatcga ccacgcctcg cggtattgtt tctataccga ccaccagctt     1200

ttcgaccggt accaccgcta ccagatccgc ggcgggatcg accgcagcga aagcctcacg     1260

atccaggaac ttaatgagtt gaaagttggc gactatgtcg tgcatatcga ccatggggtg     1320

ggacgtttcg gcggcctgac gcgtacggtc gagaacggca aggttcatga ggcgatcaaa     1380

ctggtctacc gcgacaacga cgtgctgctg gtcaacgtcc atgcgctgca ccgcatcagc     1440

aagtataaag ataaggacag cgagccgccg aagatttaca aactgggttc gggcgcatgg     1500

cagcgcatga agcagaacac caagaaggcg gtcaaggaca ttgcccgcga actgatcgcg     1560

ctttatgccc ggcgcaaggc gagcgacggc tttgcgtttt cgccggatag ctttctgcaa     1620

tacgagctgg aagcgtcgtt catttacgag gacacgcccg accagcaggc tgcgacgcag     1680

gctgtgaaag ccgatatgga ggcgcgcacg ccgatggacc ggctcgtgtg cggcgatgtg     1740

ggcttcggca agaccgaagt ggcgatccgc gccgctttca aggccgtcac cgattccaaa     1800

caggtggccg tgctggtgcc tacgacgatc cttgcattgc agcattaccg tactttcagc     1860

gagcggctca aggagttccc ggtgcgcatc gagcacctga gccgcgcgaa gagtaccgca     1920

gaggtcaacc agatattgaa ggatgtggcc gacggccgga tcgacatcct gatcggcacg     1980

cacaagattc tgggcaagaa tgtcgggttc aaggacctcg gattgctgat tatcgacgaa     2040

gagcaaaagt tcggggtggc ggccaaggag aagctgcgcc aattgagggc cgacgtggac     2100

acgctgacga tgaccgctac gccgattccg cgtacgctgc agttttcgct gatgggttcg     2160

cgcgacctgt cggtcatctc gaccccgccg cccaaccgac agccggtctc aaccgagagc     2220

catctgttcg acgaggagct gattcgcgag gcagtcgatt acgaactcca gcgcggcggg     2280

caggtctatt tcgtgcacaa caaggtcgag acgatcgaca acatccgccg catggtcggg     2340

caactttgcc cgaaagcgcg tgtggcggtg ggacacgggc agatgccggc ccagcaactc     2400

gaaaagctga tgatggactt tatctacggc gagttcgacg tgttggtggc tacgacgatc     2460

gtcgagtcgg gcgtcgacgt gcccaatgcc aatacgatca tcatcaacaa cgcgcagaac     2520

ttcggactga gcgatctgca ccaactccgg ggccgtgtgg ggcggtcgaa ccgcaaggct     2580

ttctgttacc tgctcacgcc ccccgaggag atgctttcga gcgacgcacg gcggaggctg     2640

cgggccatcg aggagttttc cgacctgggg gccggcttca atattgcgat gcaggacctt     2700

gatatccgcg gggcgggcaa tctgttgggc ggtgagcaga gcggatttat cgccgatatc     2760

ggctttgaga cctaccagaa aatcctctcg gaagcgatgg ccgaactgcg cgaagaggag     2820

tttgccaaag cggccgaggc cggccggacg attgcttccg gcgacgttgc attgcagggc     2880

ggatctgtgc attcggttcc gggcggttcc atagccgggc aggcggacat gaacggttcg     2940

gcattccctg gcgtgacatc cccgcaagat ggggggggga ccgtcgccta tatttccgac     3000

tgtcagatcg agaccgatcg cgaggcggtg attcccgaca gttatgtgag cagtgccggc     3060

gagaagctgc ggctctaccg cgagttggac agtattaccg atgaggagcg ccttgcccgg     3120

ttcgaatcgc agttgaccga ccgtttcggc gacattccca ctgcgacgca cgagctgttc     3180

gacatcgtga ggctcaggtg gatctgtatc cggctcggat tcgagaaggc gatcgttaaa     3240

aacggcatca tgattctgca attcgttcac aaccagaaat ctgcctatta taaaagtgaa     3300

cttttcgggc gaatcctgcg ggtttcgacg cggccgggca gtaaatttat tttccgccag     3360

aacaataata agctctctgt ggtagttaga agtattaaag atatcgcagc ggccgccgcg     3420

acgctccggg aactggagac cgaggccgca aaacagccga ccgcatga                  3468


<210>  1581
<211>  4761
<212>  DNA
<213>  Alistipes indistinctus YIT 12090

<400>  1581
atggctaaaa agattgtcaa atacctgttg cgggggctgc tctgcacgct ggctgtattg       60

attgtactgc ctgcattgct gtatatcccg gccatccaaa acttcatccg caccaaagcg      120

gaagattacg tctccgcaca gacagaattc aacctgtccg tgcgacgcat ccggctggca      180

ttcccgttaa acctcgtgat tgaacaggca ctggtcagcc aaccgggcaa cgatacattg      240

ctctactgcg gcaggctgca ggccgatgta gcgttgttgc cgttactgcg caaacaagtc      300

actgtgcgga aattcacgct gagccaaacc acagcgaact accttgacac ggcggcccag      360

ttcgggctac gggcccggat cggtaagctg atcctcaaag ccgacgacat cgacctgaag      420

cgtcgtgtgg ccggaatcac ctctgtagaa ctgtcgcaag gcgacgtaag cctttcgacc      480

ggggagagcc cggccgacac caccgccaaa gatacagcaa caatcccctg gaccattcaa      540

gccaaacgac tgcgactcaa tcagatcaat ttcaggatgg aaacccggcc gcaagtgacg      600

caattggctg tacgcctggc agcgggtgac atcgcagatg cagaaatcga tctgggcaag      660

caagaggtcc gtgtcaatcg gattctgctg aaacagggca actactccta cctgacggac      720

accacatctc aaaagagaac ggacacggaa accgtacagg atgcgtcctc aaatgttgct      780

tcacaaccgt ggacgattgc cgtaaaccgc attgaactcc aaaacaatgc ggccgagtac      840

ggccgcattg acggaatacc cgccccggga ttcgatccat cgcacatcgc ggtttccggc      900

ctgaatttcg tagcggactc actctacaac cggggcagtg agattcgcgg ccgaattgcc      960

tccctctctt tgagagaacg tagcggattg gcggtcgacc ggctcagcgg aagtttcgga     1020

atggatagca gccggatttt tttgtcgaat ttcaatgtgc agactccatt ctcttcgatc     1080

cgaatcgact tgcaagccgc cgcctcggca cttaaactcg atccggccag tccgttgcaa     1140

atgaatctgg cggcagacat cgacctgaaa gagatcatgc cgctgacgcc cttcagggac     1200

gacccggcca tacgaaaagc cctgaatgga aaaacggtta cgctcaacag caatttttca     1260

ggtaccgtcg gcaggttctc ctccgaaatc gccctagcga ttccgcatca tctcaatctt     1320

tccgtgaacg gccttctcgc ttcggcaacc gaccccgcaa aactcaacgg ccaggcccgg     1380

atcaaaggcg tattcagccg gacggacttc ttgagggaat tattgcccga ttcgacctta     1440

cgcaaccggc tccgcattcc cggccacatc ggactccacg gacgcatcga aatgcacaac     1500

ggagcgttcg caccggtact cgcattggct gtagattccg gcacgcttac actgaaagga     1560

cacctaacgc ccaaaagcca gcaatacgac ctgacgctcg cttgcgatag tttcccggca     1620

aaggatttcc tgccggccga ttcgttgggg cgcattacgt tgcagttgga aacccgggga     1680

aaaggattcg atccgcttgt agcaaagaca caaagcgagc tgaagctgca aatcgaccgg     1740

ttcgattacc tcggtttccc gtacaacggg atcgcactgg aagcggtatt aaaggaacaa     1800

aacctgtccg ggcggctgac cagccaaaac gaagcgctgc aactcgatct cggattacaa     1860

ggccacctga cagaaaccat acaaaaggcc gaaatccggg gagtcgtaga cagctgccac     1920

ctggaccgca tgcatctgac ccgggagcgg atcgggggta ccctcacaat cgacctgacc     1980

gcttcggcaa ctgcggataa gagttacacc gcgacactgg ccctcgacaa aatcgttctt     2040

tggaacaaat gggaaaccaa tacgatccgg ccgacgtcgc tcacattgct gtcagctccc     2100

gaacgggtag aagccggaat ccgctcggga gacctgcagt tggacttcga agcacgcgtc     2160

ggagccgatt cccttggagc ccgtttcgcc cgcggcgtaa agctgttctc cgaacaactg     2220

cgcaacgaag atttcaacat ggataccatc agtagccagc taccgccatt ccggttgcag     2280

gcaacggcag ggaggaaaaa catcctgaac aactacctaa aattacaggg aatcagcttt     2340

aaaacatttt cgcttgacgc gctgctcaaa gattcgacac cgttttccgc ccggatggtc     2400

gtctaccagt tgacctcggg cagtatcagg ctcgacacgt tgactttcag cctgcgtcaa     2460

cagcgcaagc aactcaacta cctgctccgg ctggcaaacc atccgggtaa cctggataat     2520

gtgggtatga tcgccctcta cggcaatatt gcgggcgacc gggccatcct gaactgcctg     2580

caaaaaagcc gttccggcga agaaggcttc cggttcggac tacaaggcgt actctcggac     2640

agcacggtta cggtaagcat gttccccgaa aatccgacat tcggctccca gcaatggagc     2700

gtcaatccgg acaaccacat cgtgtatcac atcggcaagg acatccatgc ggatttcctg     2760

ctcacacacg acaatcaacg cgtttcactg cgcacgactg accacaccga gcacggcccg     2820

ctggcgctgg acatcgccgg gatcgatatc ggtaagaccc tggcattatt tccgacccct     2880

ccccccatag acggtcgctt cgatacgcac atcgttttgc agcagcagga tacgacgggt     2940

acttcgctgg aggccggagg caacgtcaac gtcaccgacc tgcaatatga caaacggcgt     3000

gtcgggacca tcggactcgg cttcgattac cggatggaga aggggagcgg tcagcagttc     3060

gacgcaaaac tctcgctgga cagcacggag gtgttatccg cccgaggcag ctataccgac     3120

acgctgccgg agcggccgct cgaattgaag gttgaattgc caggactgcc gctcaccccc     3180

gtcaatgcac tgttaacacc gggcatggca cagctgtcgg gcgccctgaa agggaagatc     3240

gccgcaacag gctccttcca gaatttatcg gtcgacggca gccttgcctt tgcggaaaca     3300

gccgtggaag tgggtatgat cgggactacg ttcacattgt cgcccagccc gatctcgatc     3360

gacaacagtc tcgtccggtt cggcaacttc cagattatcg caccgaacaa gaagccgctg     3420

acgatcgacg gacaaataaa cctgcgggac tttcgcgcca tcacggccga tctgctcctc     3480

accgcatccg atttccaggt ggtcaacgtg gctaaaagcc gcaagtcgat ggtgtacgga     3540

caagcttata tggatctgaa tacgaaagtc aaaggcaagc tcgacaatct gttcgtccgg     3600

ggagacgtct cgctgctggg cggcacagag gtgaactacg tcatgcagga ctccccgtta     3660

gaggtgaaac aacagaacca gaatatcgtt acattcgtct cgttcaacga taccaccgag     3720

ttcgaacagt tcgattcgat ccgcccgatg aagatcaacg ggctggatat ccaagtaaat     3780

gtcaacgtaa acaactctgt caaactgggc gtcgatctgt cggaagatgc agaaaacagg     3840

gtccagttgc agggaggggg taacctcacc tatacgatga accaattggg agacagccgt     3900

ttttcaggta aatacgaagt ctccggcggg ttcgtgcgct ataaaccgcc cgtaatttct     3960

gaaaaatcgt tcgacatcgt cgcgggcagt tacgtcgaat ggagcgggga gatgctcgac     4020

ccggccttca acctgaccgc cgtcgacaaa gtgcggacga acgtcaccag cgacggcagc     4080

gacagtgggc gtcccgttac gtttgacatc agcatcaacc ttcgtaatac gctgagcgat     4140

ctggctgtca cgttcgacct ttcggctccc gaagacctga ccatgcagaa ccagctctcg     4200

tcgctgaccg ccgaacaacg ggccagccag gcgatgagcc tgctaatcta caacacttac     4260

acgggacccg gcaccaccgc gaaggtcaat tcgtcgaacc cgctgaacac tttcatcgcc     4320

aaagagctga accagtgggc gcagaacaac ctcaaaggcg tagacctgag cttcggcgtg     4380

gatacatacg accagaccgc caacggagga acgcagcgca cggactactc gtacaaagtc     4440

tcgaaaaacc tcttcaacaa ccgtgtccgc gcggtgatcg gaggcaagtt cagcaccgat     4500

gcggacccga ccgagaacct taaagaaaac ttaatcgacg acatttcact ggaatacatg     4560

gtcaccaaac gcgacaatat gttcgtcaag ctgttccggc ataccgatta cgaaagcatc     4620

ctcgaaggtg aagtaatcga aacgggagtc ggtttcgtga tccgcaaaaa gatgctcaag     4680

atcaccgacc tgttccggtt tatgaagaac aaagtccaaa cacaggccgc accgccggcc     4740

aaaaccgcag ctaatgaata g                                               4761


<210>  1582
<211>  2214
<212>  DNA
<213>  Alistipes indistinctus YIT 12091

<400>  1582
atgacgaaaa acaagaaaaa accttcaaaa gggaaggtga aaacaaaaac atcgggcagc       60

atcgcatctt tgatttcaga gttgttccgc accctgccgg acaagcgcta ttccgttaag      120

aacctgatca ccgccaccgg cgcaatgaca cgcgatgaaa aagacgaagt gcgcagcgtc      180

gtccggtccc tgctcgatga aaggacgatc gaactggtcg cggaaggcaa ataccgcctc      240

agcaacgcaa aacgcgaaac tttcgaaggg atcgtagata tgacctcttc cggggctttc      300

tatgtcaaag tcgaaggttt ggacaaagat atctatgtaa actcgcggca cgccggccat      360

gtgctgcacg gcgaccgcgt aaaggtagcg atcacccgca aggcaaaaaa agagatgaac      420

cccgaaggag aggtaatcga gatactcgaa cattcggaca aaaaatacgt gggcgtactg      480

gaactgtcgg acagtttcgc attcgtgaaa gtggacagcc gcaagttccc taccgacgta      540

ttcattccgc tgcgcgacct gaagggagca aaagacggtc aaaaagtgct ggtacgggtc      600

accgaatggc ccgacacgat gaaaaatccc gcgggtgaga ttgtcgacgt actgggtact      660

ccgggtgaca acaacaccga aatgcatgcg atcctggccg aatacgacct tccctatacc      720

tatcccaaag aggtggagca ggaagccgac aaaatcccgg ccgagctgtc cgcagacgaa      780

atcgccgccc ggcgggattt ccgcggcatt acgaccctca cgatcgaccc cgccgacgcc      840

aaggatttcg acgatgcgct ttcgatgcgc cgtctgccca acggcaatat agaagtgggc      900

gtgcacatcg ccgatgtaac ctattacgtc catccgggcg acatcatcga tgccgaggca      960

gaaaaccgcg ccacatcggt atatctggtg gaccggacga tcccgatgct ccccgagcgc     1020

ctctcgaacg gactgtgttc actgcggccc aacgaagaga aattctgctt ttcagccgta     1080

ttcgaactca acgaagaggc cgaggtacag aacgaatggt tcggccgtac ggtgatcctt     1140

tccgatcgcc ggttcaccta cgacgaagcg cagcaggtaa tcgaatccgg ccagggcgac     1200

ctttccgacg agattacggc gctcaatgcg ctggcccgca agctgcgcgc cgcgcgtttc     1260

cgtaacggct caatcagctt cgaacgcgaa gaggcgaaat tcgacctcga tgaaaacggc     1320

aagccgctgc gcgtctattt caaggagatg aaggaagcca accaactgat cgaagagttt     1380

atgctgctgg ccaaccgcaa agtagccgag ttcgtgggac gtaaacgcca aggggtgcag     1440

aacagcgaac gcacgttcgt ctaccgcgtg cacgacaaac ccaattccga caagctcgcc     1500

caactacgca gtttcgtcat gcgcttcggc taccagatga aaagcgatgc cgtcggcaaa     1560

gcgctcgcca aggacatcaa caagctgatg acgaacgttc acggcaaaca ggaggagaac     1620

ctcatttcga cacttgcgat ccggacgatg gccaaagcga cttatacgac tacgaatatc     1680

ggacactacg ggctggcctt cgattactac acgcacttca cctcgccgat ccgccggtac     1740

ccggacatga tggtgcaccg cctgctggcg cactacctgg ccgggggtaa atccgaagac     1800

aaggaatact acgaaggatt gtgcgaacac tcgtcggcaa tggagatccg cgccgccgat     1860

gccgagcgcg cgtcgatcaa gtacaaaatg gtagagttca tgctcgacaa gctcgaccag     1920

gagttcgacg ggcacatctc gggcgtcacg gagtggggaa tctacatcga actggacgac     1980

acgaagatcg aagggatggt gtcgctgcgc gacctgacgg acgactacta cactttcgac     2040

gaagagaact actgtctccg gggcgaacgt acgggacgta ttttcaccct cggcgacggc     2100

gtccgcattc gcgtcatgcg ggccgacctg gcacgcaaac agctcgattt cgcgctgacc     2160

gccacatacg acttcgatac gaaaaaggcc acgccggttc aagagacgct gtaa           2214


<210>  1583
<211>  2214
<212>  DNA
<213>  Alistipes indistinctus YIT 12092

<400>  1583
atgatcatcg tggggatcat gatgaccctg gccattaccg ggctggtggt cggagtggcc       60

aacgatgcgg tgaacttcct taactcggct ttgggttcga aggtcgctcc gcgctatgtc      120

atcatgacgg ttgcctcggt aggtatcatc gtcggggcga tcacctccag cggtatgatg      180

gaagtagccc gcagcggggt gttccatccc gaaatgttct ctttctccga ggtgatgatg      240

ctgttcctgg ccgtcatgtt catgaatgtg attctgctcg acgtcttcaa tacgctgggc      300

atgcccactt cgacgaccgt ttcgctggtg ttcggattgc tgggtgcggc cgtgagcgta      360

tcggtttaca agatcacgca cagcgacctg cacacgatgg cggacctggc cacgtatatc      420

aatacgggta aggctatggc gatcatttcg gggatcctcc tttcggtggc gatcgctttt      480

gtctgcggta ctacggtgat gtacattaca cgcctgattt tttcataccg ttaccagcga      540

aagatcaaga cggtaggagc cgtgtggtgc ggtatcgcca tcaccgcgat ttcctatttc      600

gcgatcttca agggcctgaa agactcttcg ctgatgaatc ccgcgctgat ggcttggatg      660

gatacccata ttctggcctt gctgggcatt ctgctggtgg gatggagcat catcatgtcg      720

atcctcagca tgctgaaggt gaatatcctg aagattaccg tcctggccgg tactttgtcg      780

ctggcattgg cattcgcggg taatgacctg gtgaacttta tcggtgtgtt cgtggccggg      840

ttcgattcct atgagaacgt gatcgtgcat ggttccgggg atgtcaatac gctgatgggc      900

agcctgaacg gtgcggtgac gacgcgtccg ataatcctgt tcctgtctgg agcgattatg      960

gtcgtaacac tgtggttttc gaaaaaggcg cagacggttt ccgatacgga aatcaacctg     1020

gcccggcagg atgccggtgc ggagcggttc ggttccacct cggtgtcgcg cgcgcttgtt     1080

cgaagcgccc tgaactgcaa caaaacttat gaaaaatata cccccaaacg tttgcagcgt     1140

tttatcgaaa gccgctttgt tccggtctac tcaccagaga ccaaggacaa agcgtctttt     1200

gatttgatac gtgccacggt gaatctgacg gtcgcctcga tcctgatctc gatggctacg     1260

tcgttgcagt tgcctctttc gacgacttac gttaccttta tggtagcgat gggttcgtcg     1320

ttggccgacc gtgcctgggg acgcgagagc gcagtgtacc ggatcaccgg agtactgacc     1380

gtaatagcag gctggttcct tacggcgctg atcgccttta ccatcgcctt cctggtagct     1440

ctgggcctga tgtggggcgg tatgatcgca gtggtgctgt ttgcttgcct gtgcgcgtac     1500

ctgctcgttc aaagttctat tctgcacagc cgcaaagtga agaaacaggc agagaagatg     1560

gcagaggaag aggctgacgg accggagcag acggtgatcg agcgttgcgt gcacgaagta     1620

tcggaaacga tgctcaaagt gactgaaatc tatcagcaga cgctcgtagg gctgttcgac     1680

gaagaccgta agttgctcaa gcagatggtg cgcgaatccg aggagctgta ccggattgcc     1740

catgaacgca agcatgagat gctgccgacg cttttcaaac tgcaggaaaa ctatatcgag     1800

acggggcact attatgtaca ggtcatcgat tacatgaacg aggtgaccaa agcgctcgta     1860

cacatcacgc ggcccagttt cgaccacatc aacaacaacc atgaggggat gaccaaggaa     1920

caggtggccg atttgcagca ggttaatgag aaagtgagta gcatttatca gaaaatcaac     1980

acgatgctgg agaacaatga tttctcgcag ctcgatgcga ttctccagat gcgcgataaa     2040

ctgttcgata cgttggctgc cgcgatcaag agccagatca agcgggtcaa ggccaaaacg     2100

accaccacac gcagcagtat cctctacctg accattatta acgaaacgaa gacgatggtg     2160

ctgcaaaccc ggaacctgct caagtcgcag cgttatttca tgtccgggga gtag           2214


<210>  1584
<211>  1533
<212>  DNA
<213>  Alistipes indistinctus YIT 12093

<400>  1584
atgacaacag cacaacaacc ggcccctgtg cctcccgaac cgcacgatca aacgccccaa       60

ccgaagagcc cggaccaaca taccgtccgc aaacaactca cgtcgggcgt cttttacatc      120

gcgatcgcca aatacgcggg catcgtcatc tcgctggctg tctccggtgt gctggcgcgc      180

ctgctgtcgc cttcggattt cggtatcgtc gcggtggcta ccgttatcat cacctttttc      240

agcatcttca gcgacctggg catcgccccg gcgatcattc aatacaagaa actgaccggc      300

gaggagctca acggcatctt ttcgttcacg atttggtcgg gattggccgt atcgctgctc      360

tttttcggca gttcgtggct gatcgcctcc tattacgact cgccccagct ggtacgcatc      420

tgccagtttc tgtcggtcaa cctgcttttc gcagcgatga acatcgtccc caacgcattg      480

ctttacaaac agaaacggtt cagattcatc gcaatgcgca acctctgtgt ccaaggatcg      540

gtcggaacca tcgcagtgat tgcggccctt tcgggcgccg gtatctacgc actgctgatc      600

aacccgatcg tatcgagtat cgtgctattc atcgtcaacc tgcgggaaca tccgctgcgg      660

gtacgctgga cggcaggcct gcaaccgttg cgcacgatct tcgccttctc ggcctaccag      720

ttctcgttca acgtgatcaa ctacttcacg cggaacctgg acaaactact gataggcaaa      780

tacatgggca tgagtccgct gggcttctac gaaaaatcgt accggctgat gatgctgccg      840

ctgcaaaaca tcaccaacat tatttcgccg gtgatgcacc ccattttctc cgacttccag      900

cacgacctgc gcaagctttc ggaatcctac ctcaaagtgg tgcgcgtgct ggcctggatc      960

ggctttccgc tggcggctgt cctctacttc acggccccgg agctgatcct gctgattttc     1020

ggttcgcagt gggaagcgtc ggtaccggta ttccgcatcc tcgcactgtc ggtaggcgta     1080

caggtggtga tgtccacctc cgggtcgatc ttccaggcgg cgggatcgac gcatatcctg     1140

ttcctgagcg gattgctttc ggcgctgctc aacgcaggcg ggatttgcct cggtattttc     1200

ggattccgtt cgctcgacgc agtagcctgg tgcatttgca tttcgttctc ggtcaatttc     1260

gtgcaggcct actggctgat gtattaccgc acgttccgcc tgccctgggg tccgttctgg     1320

cggaaactcg cttcaccgct gctgctcggg gtcctgctgt ggagtatcct gtggggattc     1380

gaccggatat tacccgcccg ggaactgttc ttcacgctga tcgccaaagg cgtcctgtcc     1440

ctggtaatct ggggcggcta cctgcagctg accggagaat tcaatatcct cggcaggctc     1500

tcggccttgt cgggcaaatt tttcaagcgt tga                                  1533


<210>  1585
<211>  2826
<212>  DNA
<213>  Alistipes indistinctus YIT 12094

<400>  1585
atgataaaaa agtttatccg ttcttacctg atcctgaatc tcctgctgct ggcctctgcc       60

gccgcggcac aaaccccaag cggcgtgatc cgcggcacgg tgctcgacgc caagagcaaa      120

caacccgtta tcggcgcaag cgtctcagtc gacggcaccg cgatggggac tgccaccgac      180

ctcgaaggaa aattcctgct cacaggcgtt cccgcaggcc cctgctccgt ccgcatctcc      240

ttcctctctt acaaaccttt cacctccggc ccgctcacga tcaaaggcgg cgaatcgacc      300

gaactcaatg tcgaactggt cgaagaggtg agcgaactgg aaaatgtcgt cgtagtcgcc      360

acacgtaaag tcaactcaga cgcgggactg ctctcgcaaa tgcgcgaaat gtcactggtg      420

gccagcggca cttcggccca ggcgatcgcc aaaacgcagg accgagacgc ggcagaagta      480

gtacgccgca ttccgggtat ttcgattctc gacgacaagt tcgtcgtggt acggggcctc      540

gcgcaacgct acaacaacgt ctggatcaac ggcggagccg ttccgagttc cgaagccgac      600

acccgttcgt tttcgttcga catcctgccc agcagccagc tcgacaacat gatgatcgtc      660

aaatccccgg cgcctgaaat tccgggcgac ttctcgggcg gtttcgtgct gatccgcacg      720

aaagtcctgc ccgaaaagaa ttcgatccat ctctcctaca cgaccggatt caataacgtg      780

acgaatttcc acgatttcaa atacaatccc ggcagcgctg ccgacgcttt cggtttcggc      840

agtgcgagcc gcgagctgcg cagcggcgta cccgaccgcg tggacgacag caacaccgaa      900

caggtggatc gggttactaa aaacggcttc cgcgaagact ggcgcgtcaa gagccgccgt      960

ccgttgtggg atcagaagtt caatttcgcg atcaaccgta agttcgaccg tgagaacggc     1020

gaccgtttcg gcctggtcgg cgcgctgaac tacagcaaca ctaacaaaag cttcctcaac     1080

atggaaaact cgcgctacgg catctacaac ggcgacgagg acacgaaaaa ctactcgtac     1140

aaatacaccg acaaccaata cacgaacgac gtgaagctcg gcgcaatgct gaacctctcg     1200

tacctgccgg ccccgaaaga cgaaaaccac atcaacaaat acgaattccg caacctgttc     1260

aaccaactgg gccgcaaccg ttacaccgaa cgcgaaggct tccagaacat cagcggttac     1320

tacgaccagc aaaaagagga gtttctctac gcctcgcgcg gcagctacac cgggcagttc     1380

gccggcgacc accgcatccg gcacacgcgc ctggactgga atgcaggtta ctcctacgcg     1440

aacaaacgcc agcccgaccg ccgcatcgtc gagcggcaga aagaccccgg caacggcatc     1500

gaccagtacc agatcgacca gtcgttcatc tcacgcgact tcatccgcct cgacgagcac     1560

atcgcctcgg cagccgtcaa cctcagccaa ccgctgaacc cgtcggccga acgccccatc     1620

gaactgaaag ccggcctgta cggcgaatat aagacccgta cttacgacac gcgcgctttc     1680

gaatacaaat gggatatcgg cgccgacctg ccgcagggtt tcgcatcgct gccgatttgg     1740

gaaatcatgc tcccgtcgaa cctcggggcg gacaagatcc atatcaacga ccaaagcgaa     1800

cgctcggaca attacaaggc gaacaaccac ctcgaagcgg cttacgcagc gttcaatatc     1860

ccgctgggca aattcaacat ctatgccggg gcacggctcg agctcttccg cacggcggtc     1920

accacttacg gcaacgtcag cgacaaaaag cgcacttacg actatacgaa cctgcttccg     1980

tcgctcaacg ccacttacaa cttcaaccgc aaatcgctgc tgcgcctcgc ttacggtatg     2040

acggtcaacc gccccgaatt ccgggaactt tcgccttcga cctatgagga tttcgacatg     2100

tacagcctcg taatgggcaa ccccaacctg aagcaggccg tcgtccagaa cctcgacctg     2160

cgctacgaat ggtacccggc ttcgggagaa atcatctcgc tgggggcctt ctacaagcgg     2220

ttcaagaatc cgatcgaatg gacctacacc gatgcgggcg gatcgtacat ctattcgttc     2280

cagaatgccc tttcggcaga cctgtacgga ttggaactgg aggtcaaaaa agacctcgcc     2340

tttatgggcc tgcgcaattt cagcctggca ttcaacgcct catggatcaa gagcaacgtt     2400

cacttcccct cggacggcat cgagcacgac cgcccgatgc agggacagtc tccctacctg     2460

gtcaacaccg gcctgttcta ccagaacgat aaaatcgggt tttcggccgc cgtactttac     2520

aaccgcatcg gcaaacggat cgtcggcatc ggacgcacgg ccgactcgca aggcaacacg     2580

cagaacaata cgattcccga catctatgaa atgccgcgca acgcggtgga catcaccctc     2640

tcgcaacggc tctcgaaggt attcgagctg aaactgtcag gccgcgacct gctctccgag     2700

aacatcaatt tcaagcaatt cccgactttc acaacggcaa gcggcaccgt cgagcaccgg     2760

gaacaggtca cgaagagcta caacccgggc cgctcgttct tcctcaccgt cgtagcggcc     2820

ttctga                                                                2826


<210>  1586
<211>  1719
<212>  DNA
<213>  Alistipes indistinctus YIT 12095

<400>  1586
atggctaatt tctttttaga taataaagac ctccagttcc acctgaatca tccgttgatg       60

aaaaaaatcg tggaactccg ggagagaggt tacgccgaca aaggcaaata cgattacgcc      120

cccgtggact tcgaggatgc catggacagc taccgccgcg tgatggaaat ctgcggcgaa      180

atctgcggcg acgtactggc tccgaatgcc gaaggcgtcg accacgacgg tccccgggtt      240

gtagacgacc atgtggtgta cgccccgggc acggcacaga atatcgaagc gctgaaccag      300

gccggactgt tcggcatgac cattccgcgc caatacggcg gactgaattt cccgctgccg      360

cttttcgcga tggccaatga aatggtcgcg cgtgccgacg ccggattcga aaacatctgg      420

ggcttgcagg actgcgccga aaccctcaac gaattcgctt cggaagagat caaagcccga      480

taccttcccc gcgtttgcgc cggagaaacc tgcgcgatgg acctcaccga acccgatgcc      540

ggcagcgacc tgcaggctgt gatgctcaaa gcgcactggg acgaggagaa acagacctgg      600

ctgctgaacg gggtgaagcg tttcatcacc aacggcgacg gtcatatctc gctggtactg      660

gcccgctccg aggaggggac gagcgatgcc cgcggcctgt cgatgttcgt ctatgaccgc      720

gcgcacatgg ctgtcaaggt tcgccgcatc gagaacaaat tgggtatcaa aggatcgccc      780

acctgtgaac tggtcttcac gaacgcgccg gccgagctgg tcggcgaccg caaaatgggc      840

ctgatcaaat atgtgatgtc gttgatgaac gccgcccgtt tggggatcgg cgcacagtcg      900

accggcctgt cggaagcggc ttaccgcgaa gcgctcaaat atgcgcacga acgccagcaa      960

ttcggcaagc cgatcatcga attcccggct attttcgaaa tactgtcggt catgaaagcg     1020

aagctctacg cttcgcgtgc gatgctgtac gaaacgacac gcttcgtcag catttacaaa     1080

gagtacacac atatcagcaa ggagcgtaaa ctcgaaccgg aagaacgcgc cgaaatgaag     1140

gaatacacgc gtctggccga cgctttcacc ccgctgctga aactgatgtc gagcgaatac     1200

tgcaaccagc tcgcttacga cgcgatccag attttcggcg gctcgggcta catgaaagac     1260

tacccgatcg aacgtatcta ccgcgacgca cgtatcacga atatctacga aggcacctcg     1320

caattgcagg tcgtagcggc gattcgccac gtcaccaccg gcacctacct cgccaagatg     1380

aaggaatacg agacgctgga ctatgccccg gagctggaaa acacctataa gaagctggtt     1440

tccatgcgcg aacagtatga aaaggccgtt gaaaaagtga ccgctaccgg cgacaacgaa     1500

gtgattgact tccatgcacg ccgcatggtc gaaatggccg ggcacattat cctaagccac     1560

ctgctgctgc aacaggcctc tatcgacgaa gagtaccgca actctgcgga gatctatgcc     1620

aagtacggcg aagcgcagaa tgccgctgcg gcgacctaca tcggctgctg ctgcgtcgat     1680

gacatcggtc tgtacaaagc cgtgcaggac gaacattga                            1719


<210>  1587
<211>  2550
<212>  DNA
<213>  Alistipes indistinctus YIT 12096

<400>  1587
ttgacattgg cctgcctggg gctggctatc cagccgcttg cggcgcaaaa tccccaaaat       60

ccgcttacgg cacagacttc cgccgaatcg ggagttatcg gtacaccagc tgctgtcgaa      120

gcgaactatt cggtgaccaa ggcggtgccc gaagatgcac gccgtgtccg gctgaatatc      180

catttcgaca ataaaagcac tgcgattcgc ccgggaaccg tccgggtaat cgtgcgcgat      240

ccgcagggag tagcctgcca cgagagttcc gccccgtttg aactgaaacc gggcgacggg      300

aatatctttt cgaccgatgc ggtgctgcaa ggcgatcggg attatacggt cgactataca      360

tttacgggcc gggacggtca atccgcaacg ggcagttttg tgtggcggac cgagccggtc      420

aactttttct atgcgttcac gactccgcac cgcatgacgg tcgcgttgcc cgacagcagc      480

gacaaaacac tgctcgatgc cgaggacggc aagctgaccg tttcgtggac ctatgacaac      540

ctggacttct acccttatga ttcgatgcgt gagatcaaag cgaactggcg tatcgagatc      600

gtgccgcagt tgaacggccg gccgttcggt cacagcacct ggacgcgggc gatgggctgg      660

ctgccggtgc tggaaaaccg ttatgaacgg gatggcgtat cggtgctgct cgaggctgcg      720

ggcggtgaaa aagcagggat catccgggtg acggcctgca acagcaccga ccagccgcaa      780

caggtgcggc tgccggtcgt ctgccccaaa aatttcaaag gctacaatcc cggttggatc      840

gatccgacgc tgccgaccga tcatttgttg gcggggtggg atgctccggc ggacaaggtg      900

gtggtgctgg gactcggtgc cgatgcttac ccgctcgatc cggtgatgaa tacgcaggtg      960

aacatggagt ggacggtcgc acccggccag acccgcacgg gttggctgat ccgtccttac     1020

gacagctatg tgcgaaacgg ggatgtcgaa aaattgcgtg ctaccgactg ggcggccgaa     1080

tatgagaagg cggtcggcgt gtgggaggag ctgcttgctc gtgcgagtcg ggtgatcgta     1140

cccgatcaaa gggtcgtgaa cgcctattat gccggattgt ccgatatttt catcatgcgc     1200

gagccggtcg gccgggggta tatcgccatt gtgcccggga cgaacggtta tcgcacgggc     1260

cccaatgcgt tcgagtcgtc gatcgccacc atcgctctcg atcaggccgg actgcatgac     1320

gaagccgaga gcggttaccg ggtgaactgg gatttgcaga cgcccgaggg cgattggacc     1380

gagccgggag gatggggaca cctgatgtgg gccggggcgg gttacaaggc ctggtcgctg     1440

atggaacatt tcgcccatac acgcgatacg gctttcctga aacggcgcta tccgcaattg     1500

ctggctaatt cgcgctggca gcatgaacag cgcaaaaaga ccaagatatt gcagcccgac     1560

ggcacgcgcc cgctgacatg gggcctgatg ccgcgcggga tgggcgacgg agggctgcgg     1620

aacgacggca gtcactacgg tatttactat acgcacaaca tttggccggt atatgcggat     1680

tcgctggctt accgcgcggc gctgattctg gacaaaaccg acgatgcccg cgaactgaag     1740

cggatttacg atgaagcgcg cggagacctg ttgacggcga tggaactcgg ggcggttacg     1800

gattcggccg ggaaccgtta cctcacttcg ataccgggca aagcgaccgg aacgggaagt     1860

tgctgggggc tgttggcgtc ggtttatccg accggattgc tgccggcccg cgatccgttg     1920

atggagaata cgatgaatca ctataagaaa cgcgaaagtc ccggcgggtt gccggttcac     1980

acgggatgga tggccgacgg catgtgggta gccattacgc tgaacgattt cggccaggta     2040

cacctgatgc gcgatgagcc ggaccaggcc aacgcttacc tgtatgcggt gctgaaccac     2100

gctaccccgt tttattcgtg gtgcgaagag cgcgggcagt ttccgggcgc aaaacagatt     2160

tcgggggacc ttcagcattt gtggacgccc gaggctgtgg tgcggtttat gcgcgatatg     2220

ttggtgatgg aacaggataa tgtgttacat ttggggcgtg gtattgcacg gggctggctc     2280

ggcagcgggg aggaagtggg catcgagcgc gcttcgaccc gtttcgggga cctttcgtac     2340

cggatgcgtt acgacaaaaa aaagggggca atcgtcggac ggatcgattt tccgacagac     2400

ggcgcaccgg tacaaaccgt agtccattgc ctgttgcccg atgggatgaa ggtcgtcaaa     2460

tgttcggccg gcgtcccgct ccgggatggt tcgggtttcc ggatcgcggc gggccgcgca     2520

gcggtcgatt tcgtggcgaa ggtcaaatag                                      2550


<210>  1588
<211>  2103
<212>  DNA
<213>  Alistipes indistinctus YIT 12097

<400>  1588
atgctggtac tcgccctcct gctttgcccg ctcgtttcgc acgcacagac taccgtccgg       60

ctcgacggca cgcccgatgt cgcggagtgg atcgccgcac gttttgccaa aggcaaacaa      120

ccgcctttct cgttcgtcta caacggcatt ccctcgtcgg aattcctcac gcgctggcaa      180

tatgaaaaag aaaagatcgc aagccccgat ccgcagaccg tacgcgagcg ccatatttac      240

accgacccgg ccaccgggct gaaagtggaa tgcgacgtaa ccggattcaa agatttccac      300

gccgtcgaat gggtcctgca ctttaccaat acctcgcaaa ccgatacgcc gatcctcgaa      360

cggaacgacg tggccgacct gactttcacg aaccgcacgc ccggcacctt ctcgctgttg      420

agtgcgcggg gcagcgtcgg ttcacgcgcc gatttcatgg tatcgcaacg cgagcttccc      480

gccgacagca cgatccgctt agcgccgcag ggaggccgct cgtcggactg cacggctttt      540

ccgatgttca acctgatcgc tcctaacgga cggcagggcg tcatggccgc catcggctgg      600

agcggcggtt ggcaggctgc gctgaccggc ggcacttccg cacccatcgc caaccggcag      660

gccgtacgtt cgggcaatgt cacggcaccg ggaacgggga gcgccctgac cctgcagacc      720

gggatggaac gattccgcct ctacctgaaa ccgggcgaac gcatccgcac gccgttggtg      780

agcctgatgt tctggaacgg cgacaacctg atgaccgggc aaaacaaatt ccgccgtttc      840

ctgctcgcac accacagccg ccagctcgac ggcaaattcg ccgaataccc ctacgcttca      900

gggttcgcgc tgcccggccc cgagccctgc accgaaaacg gctgcctgac cgaagagatg      960

gctatcgcga tggcacggcg gcacaagcag ttcaacctcg tgccggaggt attctggtta     1020

gatgcgggct ggtacaccga cagcggggcc ccggtctacg actggtgcga ctgcgtcggc     1080

acgtggacgc ccgacacgac acgcttcccg aacggcctgc ggccgctttc ggacgaagcg     1140

caccggctcg gcgcccgttt cctgctctgg ttcgaacccg aacgcgtcag ccgcggatca     1200

tggctcgcgc gagaacacca gccgtggttg ctgcataccc cccggcgcaa ctcggcactg     1260

ctggacctgg gcaatcccga ggcattggaa tggctctgca cgcacgtcgg cgacatgatc     1320

gagcgggaag ggatcgacat ctaccggcag gacttcaacc atccgcccaa gccgttttgg     1380

gaagacaacg agcaacccga ccggatcggc atgacggaga tccgccacat cgaaggactg     1440

tacacctact gggactacct gctgtcacgc ttcccgcggc tgttgatcga caactgcgcg     1500

gccgggggac ggcgcatcga cctcgaaacc ctctcgcgca gcgcgccgtt gtggcgcacc     1560

gactacccgt acggcgaggt gaccggctac cagagccaca cctacgggct caactttttc     1620

ctgccgcagc acggcaccgg aatgtgggag accgacgact actcgacccg ttcgagcctc     1680

ggcgcagcgg tggtcgccac ctgggacctc tccacgcgca aactcaaagt agccgacatc     1740

cagcgcgcaa ttgcgaactt caagaaatac cgtccctatt attatgagga ctattacccg     1800

ctcaccggca tcatcgacac gcaaagcgac agtatctggc tcgcttacca gatgcaccgt     1860

ccttcggaca actcgggcat cgtggtcgca ttccgccggc ccgaagcggt ttccgaccgc     1920

attacggtac ggctttcggg catagacccg gctgcggcct acgacgttta caacgacaat     1980

accggactga cactgcgcat ggacggccgc caactgctcg acgggctgat gctgcaaatt     2040

ccgcagaaac ggggttcgct gctgctgcac tacaccgcga ccacacccga aacagcgcga     2100

taa                                                                   2103


<210>  1589
<211>  3366
<212>  DNA
<213>  Alistipes indistinctus YIT 12098

<400>  1589
gtgaaaaaga tcgggctgtt atgcgtgatg ctcagttggg ccgtctgcag cccggccgca       60

ccgccatccc catcgctacg aaacggcttt acggatcctc cgcaagcggg gaaagcccaa      120

acctggtggc attggacgag cctgttcgtc accaaagagg gtatccaagc cgacctcgaa      180

gccatgaaac agatcggata cagcggagca cacatcttcg ccacttcatc cagtccgtgt      240

cctcccagag attatcctga aatcctgagt cccgaatggc tcgacctcgt gcaatacgcc      300

ggcaaggaag cctcacggct cgggctgaca ctgggtgtac acaactgtcc gggctggtcg      360

ctgtcaggcg gtccgtggat ccggcccgaa gagtcgatgc agatgatcgt ctcatcggaa      420

agccatgcct ccggcggcaa acgccaaaaa atcgtattgc ctcagcccga aacccggcac      480

ggctattacc gcgacatcgc cgtactggcc ttccccgatg taaaccggca cgacacacct      540

caactcaaag ccgatttcaa agaagacagc ctcagcaaca tcacagatgg ggactacacc      600

tctttcatcc ggctgccgat cgccaaagag gggtcgagcg ccgtagtgac acttagctac      660

gacacgccct attcgcctca attcatcgaa ctgagtttcg gcgaagtaca tctcttcgtg      720

aaaggaacga tcgaagcatc ggccgacggc aaacattttc gcgaagtcgg gaatttcgat      780

taccgcatcc gcaccgatat gcggctgccc aaatgcattc cgctgaacga cggcgcacgc      840

aacgcccgtt ttttccgggt gacgttcaac taccgtcctt atcgctactg gatgaaaccg      900

gccaacgtgc aactcaacga gatacggttg ctagcctcgc cgatggtcaa cgacgtcgac      960

acccgcaatt cgacgatgga agacagctac tcctacaaac ccttcgatcc ggcttacacc     1020

tcgccgggta tcgacccggt ccgggtcatc gacctgactg cggacctcgc ccccgacgga     1080

acgctcgact gtactttgcc gcaaggcaaa tggacgatcc tgcgcatcgg gcacaccacc     1140

acaggtaaga cgaacggtcc gtcgcactac accggactgg agtgtgacaa attgaaccgc     1200

cgcggactcg atgcccactg gcccggcatg atggcccgca tcgaggcaca actgaaacct     1260

accggagcac tgaaatacgc cattatcgac agttacgagg ccggcggcca aaattggacg     1320

gaaggtttcg acgaagaatt cctcaaacgg agaggatacg acctgaaacc ttaccttccg     1380

gccgtaatcg gcttcgtcgt aggaacgccg caacagagcg cccgattcct attcgacttt     1440

cagcgtacga tttctgagtt attcgctgaa aactattacg actatttcac tgaattgtgt     1500

catcgcaacg gattgttgtc catcaccgaa tcctatttcg ggccgttcga ttacctgcgg     1560

tgcgcacgca atgcggacat cccgaccggg gagttttggg tgggcagcgg gacatccatc     1620

tcgagaatgc ccggctcggc cgcccatttc cacggcaaag cacgcgtcgg ggccgaatcc     1680

tttaccgcag gtccggtaga aggacgctgg cagcaggatc cggcacaact caaaatttac     1740

ggggaccggg catggatcca cggcgtcacc caactggtga tgcactccta cgtacaccaa     1800

ccctacctga atgtacgccc gggatggacg ctcgcccaac acggatcgca cctctcccgt     1860

gcaaacacct ggtggcctta cggaaacggt tgggtcgatt acatcaaccg gtcgcaattc     1920

ctgcttcagc agggcacgcc ggtagcggac ctgctggtgc tctcgggcga atcggccccg     1980

aataactacc ccaccgacct gcaattgctg actgccggat acaactacga tttctgctgt     2040

gtcgacgatc tccgggagct ggtgcaggtc aaaaacggcc ggataacggc accctcgggc     2100

gcaacctatg ccgtcttatc gctgggtccc gaccgctacc tgacactgcc tactctcaac     2160

aaaatcgacc aactgctcca aaacggagcg accgtagccg gactgcctcc actgggatct     2220

ccttctctgt cggacaacga tacggaatat gcggagatgg tccggaaaat ctggggagac     2280

tccgatacag gcctgatcca gagtgtcggg aaagggcgga tcatccgttc gaacgatccg     2340

gtaaccatcc tgaaaacact gaatatccaa cccgatacgg aactgcccga aaaagtttac     2400

ggtatccacc gctgcgtagg agacaccgac atctatttcc tttacaacga cagcacgcgc     2460

acgattcatt tcaacggaaa attccgggtc tcggaagaca aatcccccga atactggaat     2520

gcacaagatg gcacaacaat accggctgct gtctggcgca aagaaacggc aggtaccgtg     2580

gtgccgatga ccctacaacc gtatgagtca ctttttgtag tattcgttcc gaataaaaag     2640

gttgcgccac acgtactgga tatgaccatt gccgcacctg cggatgaaga agccccgaca     2700

gtttccgccc gggtggaaaa cgaccgggta cgactgtttt tccgggaacc ggcaaccgcc     2760

acgcttaacc tgacaaacgg taaagcacaa acagaaaccg tgcgggatgt tccggtaccg     2820

gtcgatctga gcgataattg gcaagtaaac ttccctgccg atctgggcgc gcccgattcg     2880

atacggctca atacgctcgc atcgctgagt gaaagcccgg aagagggagt gcgttatttt     2940

tccggcacag caacctattc gcgtacattc ttgctgccca aaggatggaa caaaccgcag     3000

cgccgcgtcg tcctcgattt ggggacggta cgtaacctgg ccgaagtgaa gatcaacgga     3060

cacaaagcgg gattgctgtg ggcgtctcca ttccaattgg aaataagcga ctttctgcaa     3120

ccgggcacaa accgtatcga aattgccgtc acaaacctgt gggtcaaccg gctgatcggc     3180

gacgcccgca ataccgccac tattcctgaa acggacggct ggcccgattg ggtattggcc     3240

gacaagccca actccggcca gggcacctac actttttcgc cctggaaagg ttggaacaaa     3300

gaggagccgt tgcaaccttc ggggctgatc gggccggtat tgctgcgctg catcgaaata     3360

aggtga                                                                3366


<210>  1590
<211>  2127
<212>  DNA
<213>  Alistipes indistinctus YIT 12099

<400>  1590
atggaaaaat tactgttgat caccccgcct ttcgttcagg taaactgccc ctacccggct       60

acggcctacc tgaaaggcta cctcacgcgt cagggatatc aggcggaaca atacgatctg      120

tcgatcgaac tgatcaacag acttttcagc cgggatatat tgctgcggat ttttgacgcc      180

tgcaccccgg aacaaatggg aaaggatccc aacctggagc gcatgtacgg cctgcgtgaa      240

cgctatctat cgacgatcga cacagtgatg gagttcctcc gcaaaggaga caatacgctg      300

gctacgctga tttgcaacgg ggagttcctg ccgcaagcgg aacggttcga cgccgccggg      360

gagctcgact actttttcgg caacctcggc accgctgact gtgcgaaatt tctctgcacg      420

ctctacctgc aagacctgag cgacctgatc cgcggtacgg tcaccgaaca tttcgaaatc      480

gtccgctacg gcgaacggat ctcgatgtcc atcccgcttt tcgccaaact cgaagccgaa      540

ctccggcaac cccgcaaccc gatcgaagag gagatggtcg cactgctcga acggcagata      600

gaggccgtac gccccactct cgtgggtttt acggcaccgt tccccggcaa cctgctggcc      660

atcctgcgtt gcgcgcaata cctcaaagag cggcatcccg acatccgcat cgcgatgggc      720

ggcggctatc cctcaaccga actgcgcacg atgaccgata aagccatttt ccggtatatc      780

gactacatca tcctcgacga cggcgaacgg ccgctcgagc ggctgttggc cggcaacgac      840

ctgctgcgca cctacgcccg ggacggttat catgagggag aggccgcacc gctgacgcat      900

gccgaacgcg gctgtcccga cttcagcggc ctgccgcacg acaaatacct gtcgctgacc      960

gaagtgacca atccgatgca caggctctgg agcgacggac ggtggaacaa aatgatgctc     1020

gcgcacggct gctactgggc caaatgcgcc ttctgcgaca cggccctcga ctacatctgc     1080

cggtatgaaa gcgttccggc cgcacaactg gtggactgga tggagcaggt gatgggccaa     1140

acgggcagcc ggggctttca tttcgtggac gaagccgcct ccccgacaat gctgcgggaa     1200

ctctcgctcg aaatcctgcg ccggggactg aaagtggcct ggtggaccaa tatccgtttc     1260

gaaaagaatt tcaccggcga tctcgctcaa ctgatgtcgg ccgcaggttg catcgccgta     1320

tccggcggcc tcgaagtggc ttcagaccgg ttactcgcac tgatggacaa aggagtgacg     1380

atcgaacagg ccaccctcgc gatgcgcaac ttcttctatg ccgggatcat ggtgcatacc     1440

tacctgatgt acggattccc gacccaaacg ctgcaagaga gtgtcgatgc gctcgaagtg     1500

gtgcgccagc tcttccgcgc cgaactgatc ggttcggctt tctggcaccg ctatgccatg     1560

accgtacaca gccccagcgg aatcgacccg gaaaaatacg gcgtacaccg caaaaacaaa     1620

ggaccgaacg gattcgccaa caacgaagtc ccgttcaccg aaatccgcac ctataacatc     1680

aacacggtcg gcgaggcgct gaacgaggca ttgaccaact acatgtgcgg aggcggcatc     1740

gaccgtcccg cacacaaatg gttcaaaggc aaggaaattc cgccaacgac cctcgaaaat     1800

acgctgatca ccgaccaact gatcaaaccc gatgcatcgc gcatctacaa cgatccggca     1860

cggttggtat ggatcggcgt accgttgatc cgcaccggcg aaggcgtcac cgcacgaaac     1920

aacaccgggg aaaaacagtt ccgtttcggt gaagcggaag ccgaattcct gatggagctc     1980

actctccggt gtgccgacct ttcacgcaag gttacactcg ccgatgccaa acaattgtac     2040

ggtaagtaca gcccggaacc gttcgtggtg ttctaccatt cgaaacaatg ggaccaactg     2100

cgtaaatacg gattgcttca aatttga                                         2127


<210>  1591
<211>  2286
<212>  DNA
<213>  Alistipes indistinctus YIT 12100

<400>  1591
gtgaacaaag atagcgtttc gagccggaaa tgcaaaatcc gggggcaggc ggcggattcg       60

gcttttttta ctatttttaa cacttcgatt gacgaattat tcacccaaac atcagataac      120

agtatgaaac ttatgagatt tatcggggtg tgcctgctcg gttgcagttt ttcgctgctg      180

caggcagcat ccccggagac gatccgggtc actacgggta aaaccgacct gatcctgaag      240

gtcgatacca ccgggcggtt gtgccagtcc tacctgggtt ctgtttggac cgatggacgc      300

aatctggatg ttttacctgc aggtaaagat gcttaccagc cttatgatct gcaaaatttt      360

ttcgaaccgg ctgtacgcat gacgcatgcc gacggcaaca actcgtccct gttcaggtat      420

gtttctcata cgcaggaagc gctctccccc acagtcacgc gcacggtggt gacgttgcgt      480

gacgatgtgt atccggtcga ggtgaagctg tattacgacg cgttttccga tgcaaacatc      540

attaaggcat ggacggagat cagtcatcgg gagaagagac cggtgctgtt gcaggatttc      600

gcctcttccc tgctctattt tgcccgtccg gcctattacc tgaccgagtt taccggcaaa      660

tggggcaatg aaactacgat gaccgagcaa aaacttacgc ccgggaagaa ggtgctcgat      720

acacggttgg gcgcccgggc ggctatgctc acctcgccgt ttttcattct ggggctcgat      780

gccccggctc gcgagaccga aggggaggtg gtgctcggga cgctgaactg gaccggtaat      840

ttccgtttta cgttcgatat cgatgccagt aacgatctgc gtgtggtttc cgggatcaat      900

ccttatgcgt cggagtacaa cctccgtccg ggcgaagtgt tccgtacgcc ggagtttgtc      960

tttacttaca gcgataaggg tacgggtgag gcttcgcgca gttttcacga ttgggcccgc     1020

gactaccagc tcaaggacgg tcacggtcct cgcctgacgt tgctgaataa ctgggaggcg     1080

accggttttg ctttcgatga aaagaaactg agccatttta tgcgggaggc ggcgatcctc     1140

ggtgtcgata tgttcctgct cgatgacggt tggttcggta ataaatatcc ccgcagcagc     1200

gacaagtcgg ggcttggcga ttgggagccg accgcctcca aactgccgaa tggcgtcggc     1260

ggattggtgc gtgctgccga cagcgccgga gtaaaattcg gtatctggat cgaacccgag     1320

atggtcaatc cgaaaagcga actgtatgag aaacatcccg actgggtaat tcactatccg     1380

aaccgcgagc cctattatta ccgtaaccag atggcgctcg atctgtgcaa tcctcaggta     1440

caggacttcg tgttcggcgt cgtggacaag cttctgagcg agaatcccga cctggcctat     1500

ttcaaatggg actgcaacag catgctgact aacccctact ccttttattt gaaggagaat     1560

cagtctcacc tgttcatcga atatgttcgg gggctgtata aggtgttgga gcgcatccaa     1620

gagaaatatc ccgatgtgcc gatgatgctt tgttcgggcg gcggcggccg gtgcgactac     1680

gaagcgctca aatattttac cgaattctgg gccagcgaca acactgatcc ggtaaaacgc     1740

atcttcatgc aatggggata ttcctacttt tttcccgcta aaagcatcag tgcgcacgtc     1800

acttcgatgg gcgaccagag tatcaagttc cgcaccgatg tggcgatgat ggataagctg     1860

ggttttgata tcaatatgga taagctgacc gaagccgaac ggcagttctg ccgcgaagcg     1920

gttcaaaatt acaagcggct tgccccgatt atccaggaag gcgaccagtt ccggctcgtg     1980

tcgccgtata gcggcaatca tgcggcggtg atgtatgtaa cccccgggca ggataaagcg     2040

gtgctgttcg cttatgatat ttatgcccag aaatatgtgg agcgctccta tcccatccgg     2100

ttgcaggggc tcgatccgca gcgtagttac cgtgtcgtgg agatcaacaa gatggacagc     2160

gtgcctgcgc gtccgttcgt ggaggacggc aaaacctttt ccggagagta tctgatgaag     2220

atcggcctgc aggctttctc cgatttcagg gagagcagcc gtgtgattga aatcacggcg     2280

caatag                                                                2286


<210>  1592
<211>  2136
<212>  DNA
<213>  Alistipes indistinctus YIT 12101

<400>  1592
tggaaaggcg tctggatcag ccacgagacg aaccagagta atcccaacag ctggtatatg       60

taccgcacca ccgccgacgt gcaagatgtt ccccgacagg ccatcgcccg catcgcagcg      120

gacagcaaat actggctctg gatcaacggc gaaccggtcg ttttcgaagg ctccctgaag      180

cggggtcccg ctcccggaga ctcctattac gatgaaatag acatcgcgcc cttcctgaaa      240

aaaggagaga acacgattgc cgcattggta tggtacttcg gacggaacgg tttcagccat      300

tcgagcagcg gccatgcggg tttcctattc gactgccagg ctcccggcgt caaaatcgta      360

agcgataaca gctggaaatg cgatacttac caggcttaca gcgacgatac aggagagccc      420

cgccccaact accggctttc cgaaggcaac atccgtttcg acgcccgcaa agcgatcgac      480

ggctggtatc tgcccggaga agacaaagtc cggacttcgg cgatgatggt cggcgatccg      540

aaccggccgc cgttcggcaa actggtgaag cgccccattc cgcaatggaa aaaccacgga      600

ctgcaagatt atgtcaaggt ggaaaccgtc ggcgacacgc tgtactgcaa actaccctac      660

aacgcacaga tcaccccgtg gctggaagta gtttccgcaa ccggcggcga cacgatccgc      720

atccaaacgg acaactacta taccggcaac ggcagtgccc cttcggtacg ttccgaatac      780

atcacacgcc ccggcaacca gcaatacgaa agtctcgggt ggatgagcgg ccatatcgtc      840

aaatatgcga ttccccaagg cgtggaggtc aaagccgtga agttccgcga aacgggctac      900

gataccgaat ttgccggaac attcgcatgt gacgacccgt ttatgaacga actctggaag      960

cgtgcagccc gtacgctgta cgtgaacatg cgcgacaact acttcgattg tcccgagcgt     1020

gaacgggcgc aatggtgggg cgatgccgta aacgaactgg gacaagcgtt ttacgccttc     1080

gatccccagg cccagaaact ggcgctcaaa gccatttacg aactgatgaa ctggcagcgc     1140

ggcgacggcg tcatcttctc gccggttccg gcgggcaact ggacacgcga actcccgctg     1200

caaatgctcg cctcggtagg ctggtacgga ttctataccc aatattatta cagcggggac     1260

agcagcttcg tcgcaccggt ctacgacagg ctgcaccgtt acctgcacga tgtgtggaaa     1320

ctcgacgcag acggtctcgt cattacccgc ggcagcgact ggaactgggc cgactggggt     1380

cccaaccagg atttcggggt cctgaccaac tgttggtact acctcgcact aaaagctgag     1440

aaagagttcg ccctgatgct cggaaaaacg gacgatgccg cacaaattac agcgatcatg     1500

cagggtatcg agcagaattt cgacaaacgc ttctggaccg gcacggctta ccgcgatccg     1560

gactacacca aaccgacgga cgaccgcgcc caagccatgg ccgtactcgc aggcctcgct     1620

tcgccggaca aatatcccgc actgactgcg attttacaga aagagatgtc cgccggaccc     1680

tacatggaaa aatatgtact cgaagccctg tttgaaatgg atcggcctga gctggcactc     1740

gaacgcatcc gcacgcgcta tgcgaacatg atgaaccacg attacacgac actgttcgaa     1800

gtatgggact tcatggcgac tccgaccgac gccaactcga ataaccatgc ctgggcaggc     1860

ggtccgctca cactgctgag ccagaaagtt tgcggcatca cccctacctc gccgggcttc     1920

aaaaccttcc gcgtcgcccc gcaactggga gacctgaccc gggctgaggc aaccgtcgcg     1980

agtgtcaacg gggaaatccg ggccagtgta acccggaaag gcaaaaacct gactatcact     2040

gccaccgtac ccgaaggcac cacggctgaa gcggttttcc cttccggcaa gacgattccg     2100

ttggcagccg gcacacacac agtcaaagga aagtag                               2136


<210>  1593
<211>  1191
<212>  DNA
<213>  Alistipes indistinctus YIT 12102

<400>  1593
atgaaaacca acaaatccat atgggcaatg gggggaatga tcgcagcggt catggccttg       60

tccggatgca gtgcggctct gttttcatcc tcttcttcct ctgacgacct gtattcgact      120

cacgatacaa gggctatcgc caattccgac ctgcaacgcc gggaacgagc gctggccgct      180

cgcgaagcag aactgcgccg tcaggaggag gccgcaaaag cggcatacca agtgaatcag      240

gcccagagaa gtggttctga gtccacttcc tatcaaagcg tactctcgga taattaccag      300

gactcttacg aacggagact caaaggcttc tcctcttcat cctacaaagt aaacagtacg      360

gtaccggata atacgcagat caaggcgata aactacgcat cggcttatga cccggcggtc      420

tacaacgtta tggtcatggg cgacgaagta tgggtcgaac ccaaatatat ctcgtcgctc      480

ttcggcacat ggggatcgac cagctcggtc aacctcaact tcaatctcgg ttggggatgg      540

ggatcgccct attggggctg gaacaactgg aactggagat ggggaaatcc ttattacagt      600

tggtattatc caccctacta cggtccctcg tggggatgga actggggttg gaacaattac      660

tggggatgga acaactattg gggctggggt ggtccgggtt actacccgcc ttactggggt      720

ggcggcggcc actaccacac tccgcggaac gtcgtgtacg gcaaaccggg taacagcagt      780

tacagccctt cgaccggata ttatccgaac accggctccg gtgcaggtta cggcggcgga      840

agctaccggc gcggcggaag ctccacgacc tcttccccga gctatcgtcc ttcgggctcg      900

aatccgacaa ccagcggagg aacttcctac cgcagaggat cgtcgggtac cacaacgggc      960

ggcgtaacgg tttctccatc ttacaacaac agtaatagtg gcacctaccg cagaagtaac     1020

agcaactcat ataacaattc ctacaataac agcaaccgcg gcagttattc gagcggcagt     1080

atgccgagcg gaggaggttt ctccagtggc agtgccggtg gtggcggagg cgtttccggc     1140

ggtggcggag gcggtggata ttccggtggc ggaggaagtt accgacgtta a              1191


<210>  1594
<211>  2163
<212>  DNA
<213>  Alistipes indistinctus YIT 12103

<400>  1594
atgaatgctc ctgccggaga acaggacgga agtaccggta tttcttctgc ctccccgact       60

cgctcttcga cggatattgc gtcgccggac gattctattt ccggcggctc gctcccctgc      120

gattcgctct cctgcaatcc gttgctgcaa cgctggcccg gtccgcacgc tacaccggca      180

ttcgaccgga ttcgcaacga acattatctg ccggctttcc gtcatgcgct ccgggaggcg      240

cgcgccgaag tagccgccat cgccggcaat cccggggaac cgacttttgc caatacggtc      300

gaagcgctcg aattcagtgg gcggcggttg gatgatatcg gcaatatatt tttcaatctg      360

aacgaggcct gcacggacga tgagatgcag cgtatcgcac tggaggtttc gccgttgctg      420

accgcattcg gcaatgatat aagccttgat ccggtcttgt ttgcgcgcgt ccgggcggtc      480

tatgacaacc gtgattcgtt ggaactgact gtcgagcaaa ctcgtttgct cgaaaaaacg      540

tataaggggt ttacgcgtgg cggcgccgca ttggaggagg ccgacaagga gaccttccgt      600

gcgctgaccg ccgaactctc acaactgagt ctgcaattca cacaaaatgt gctcgcggca      660

acaaacgcct ttgtcctgca cctgaccgat cccgggcagg tggacgagct gcccgcttcg      720

gtacgggacg gggcggcggc cgaagcgcgt gagcgcggtc tcgacggctg ggtgattacc      780

ctgcaggcgc cgagtatggt tccctttatg acctactctt ccgaccggaa gcttaaggaa      840

cggctttggc gggcatacaa cagccgctgc tatggcgatg cgtacgacaa tacggagatt      900

gtcacgcgaa tcgtggcttt gcggttacgg ttggccaatt tgctgggcta tccgacctat      960

gccgattatg tattggaaga acggatggcc cggactccgc agcgcgtgcg ggagtttctc     1020

gatgaactgc tcgaacgggc gatcgtcccg gcacgcggtg acgtgcgcga agtggttgac     1080

tttgcccgca gcgcgggggc agcttacgag ctgatgccgt gggactacgg ctattggcag     1140

gagcggctca agcgcgtccg gtatacgctc gacgaggagc agttgaagcc gtatttccgg     1200

cttgagaacg tacagcacgg tgcattcctg ctggcgggta aactctatgg gctgaccttt     1260

cacgaaaatc cggacattcc ggtttatcat cccgatgtgc gggcattcga agtgtgcgac     1320

ggcgacggaa cattcctcgc cgtgctgtat atggattatt ttccgcgggc ctcgaagcgc     1380

ggcggagcat ggatgaccga gtttcggccg cagtatgtcg aacagggctg cgagattcgt     1440

ccgctgatct cgatcgtgtg caactttacg aaacctaccg accggcagcc ctccctgctt     1500

actttcaatg aggtgacgac cttgctccac gagttcggtc atgcgttgca cgggatgttg     1560

gcctgcggcc gttatcctgc cctgacggga acgaacgttt accgtgattt cgtcgaactg     1620

ccgtcgcaac tgatggaaaa ttgggcaacc gaaaaggagt ttctcgattt gtgggccgtg     1680

cattaccgca cgggggagaa gattcccgcc gatttggtgc aaaagatcgt cgatgcgaag     1740

aattttcagg cggcctattt gcatatccgg caggtatcgt tcgggctcag cgacatggcg     1800

tggcatacgg tcaccgcacc ggtcgaaggt ggtgtcgccg aatttgagcg gcgtgcgatc     1860

ggaaaggcac aactattgcc ttatgtcgca ggacagtgca tggctaccgc tttcggtcat     1920

atcttttcgg gcggttatgc ggcgggttac tacggttaca aatgggcgga agttctcgat     1980

gccgacgctt tctcgctttt ccgggagcgg ggtattttca atccggacgt ggcggaagca     2040

ttcaggacga atatcctgga aaagggaggc gcagagcatc cgatgacgct ttacgtgcgg     2100

ttccgggggc gcgaacctga cagccgtgcc ctgttcgaac ggatgggtat ccgggacaag     2160

tag                                                                   2163


<210>  1595
<211>  1959
<212>  DNA
<213>  Alistipes indistinctus YIT 12104

<400>  1595
atgagcacag aacacgaaaa aatgattgaa gaagaatatt cggcgtccag tatccaggta       60

ctcgaagggc tcgaagcggt ccgcaagcgc ccggccatgt acatcgggga tatcggcgta      120

aaagggttgc accacctggt ctacgaggtg gtggacaact cgatagacga ggcattggcc      180

ggatattgtt cgaatatcga agtctatatc aacgaagata actcgattac ggttgaggac      240

gacggtcggg gtattccgac ggatttccat gaaaaagagg gcaaatcagc actcgaggtc      300

gtactcactg tgttgcacgc cggcggtaaa ttcgacaagg acagctataa ggtttcggga      360

gggctgcacg gagtaggtgt ctcctgtgtg aatgcgcttt cgaacctgtt ggtcgccgaa      420

gtgcaccgtc agggtaaagt gcacgtccag aagttcagta agggcgcacc gctgggcccg      480

atggagatta ccggcgagac cgattctcac ggcacgatca tcaccttcaa gcccgatgac      540

agcatcttta tcgcaaccga atacaactac gaaatcttgt cgtcccgcct gcgcgagctg      600

gcctacctga ataaaggagt ccggctgaac atcaccgaca agcgcgaaaa agacgagaac      660

ggcaattacc gccgcgacga attctactcg acagacgggc tgaaagagtt cgtcaaattt      720

ctcgacgaaa accgcgaatc actgatcgac aacacgatct atatcgacac ggagcgcgac      780

ggcgttccag tagaggtggc gatgcagtac aatacgagct tctcggagaa tgtccactcg      840

tacgtcaaca acatcaacac gatcgagggt gggacgcacc tgaccggttt ccgacgtgca      900

ctgacacgta cgctgaaaaa gtacgcggaa gattcgggta tgctctccaa agtaaaattc      960

gagatcaacg gtgacgactt ccgcgaagga cttaccgctg taatttcggt caaggtacag     1020

gaaccgcagt tcgaaggcca gaccaagacc aaactgggca acagcgaggt gtccggagcc     1080

gtcgatcagg ccatcaccac ggcactgacc cattacctcg aagaaaaccc caaagatgcc     1140

cgctcagtag tcaataaagt gattttggcc gctacggccc ggcatgccgc ccgcaaagcg     1200

cgcgaaatgg tgcaacgcaa aaccgtcctc tcgggttcgg gtttaccggg caaactggcc     1260

gactgttcgt cacgcgaccg cgacaaaacc gaaatctttt tcgtcgaggg cgactcggca     1320

ggcggaaccg ccaagcaggg acgcgaccgg acattccagg cgatcatgcc gttgcgcggt     1380

aaaatcctga atgtcgagaa agcgatgaaa caccgggttt gggagaacga agagatcagc     1440

aacatgttca aagcgctcgg gatcgttccc ggcggagaca acaatgccga cgacgaacag     1500

gaagtaagcc tggaaaaact gcgctacggc aaggtgatta tcatgaccga tgccgacgtc     1560

gacggcagcc acatcgccac gctgatgctg actttcttct tccgccacat gaacagcctg     1620

attcagaacg gccacgtcta catcgccacg ccgccgcttt acctcgtcaa aaaaggtaag     1680

aacagccgct actgctggac cgaagaagaa cgcgaagcca cgttggccga atacggatcg     1740

aaaggcgcgc acgttcagcg ctataaaggt cttggtgaga tgaacgcaca ccaattgtgg     1800

gaaacgacca tgtcccccga aacccgcatc ctgcgccagg taacgatcga gagcgccgcc     1860

gaagccgacc gcatcttctc gatgctgatg ggcgacgacg taccgccccg ccgcgaattc     1920

atcgaacgcc acgcgaagta cgcgaatatc gacatttaa                            1959


<210>  1596
<211>  2718
<212>  DNA
<213>  Alistipes indistinctus YIT 12105

<400>  1596
caggacatgg tactcggtct gtattatatc accaaagagc gtgctggttc gaaaggcgaa       60

ggactcgctt tctacggacc cgaagaagcg atcatcgcct ataacgaaaa ccgtgcaggc      120

ctgcatgcca aagtgaaggt gatggccgac acgcttgacg agaacgacca gccggtcaag      180

aaactgatcg ataccacgat cggacgtatc ctgttcaatc aggtggtccc caaagaggtg      240

ggatacctca acgaggtatt gaccaaacgt tcactgcgcg acatcatcgc actggtgatg      300

aagaaagccg gtgccgacaa ggctgccgag ttcctcgacg cgatcaagaa tctcggttat      360

caaatggctt tcaagggcgg cttgtcgttc aacctcgacg cggtcatcat ccccgaagag      420

aaagacaagc tggtacagga gggctacgaa cgcgtggacg aggtgatgga gagctacaac      480

atgggtctta tcaccaacaa cgagcgttac aaccagatca tcgatatctg gaccaatatc      540

aacatgaagc tgaccaagac ggtgctcgac cacctcacct cggacatgca gggtttcaat      600

ccggtctata tgatgttgga ctcgggagcc cgtggttcga aagagcagat tcgccagctt      660

tccggtatgc gcggcctgat ggccaaaccg cagaaatcgg gagcagaagg cggtcaggtc      720

atcgaaaacc cgatcctttc gaacttcaaa gagggtttgt cggtactgga gtacttcatc      780

tcgacgcacg gtgcccgtaa aggtctggcc gataccgcac tgaagacggc cgacgccggt      840

tacctgacgc gtcgtctggt cgacgtagcg caggacgtga tcatcagcga agaggactgc      900

ggcacgcttc gcggcctgac ggctacggcc atcaagcgca atgaagacgt ggtgcaaacc      960

ctctacgaac gcattatcgg acgtaccacc gtgcacgacg tgcacaaccc gcacacgggc     1020

gaactgatcg tcgctgccgg agaagagatc accgaaaata tcgctgcggc tatcgatgcc     1080

gccggtatcg aatcggtcga tatccgttcg gtattgacct gcgaatcccg caagggcgtc     1140

tgtgcgaagt gctacggccg caacctggct accgcacgca tggtacagaa aggcgaagtg     1200

gtcggcgtaa tcgccgcgca gtccatcggc gagccgggta cccagctgac gctgcgtacc     1260

ttccacgtcg gtggtgtcgc cggaggtgtg gcaaccgaca acagtgtcgt ttcccgctac     1320

gaaggccgcc tcgagatcga cgatctgcgc accgtcaaga gcaagaacga agcaggcaaa     1380

gaggtcaata tggtcatcag ccgcctcgcg gagatgcgca tcgtcgatgt caacaccgac     1440

atcgtactct atacgcacaa cctgcaatac ggctcgacac tctatatgaa cgacggcgac     1500

ctggtgaaaa agggcgacct gatctgcgaa tgggatccgt acaatgcggt tatcatctcg     1560

gaatacgacg gtaagatcgc cttcgagaac gtcatcgaga acgtcaccta ccgcgacgag     1620

ttcgacgaac agacgggctt ccgtgaaaag gtgatcatcg agtcgaaaga caagacgaag     1680

aacccggtca tcaagattct cgacaagaaa ggcgacgagc agaagcaata caacctgcct     1740

gtcggcgctc acatcgtcgt gaaagaggat gctacgatca aagcaggcga aatcctgatc     1800

aagatcccgc gcgccatcgg taaggcgggt gatatcaccg gcggtctgcc gcgtgttacc     1860

gagctcttcg aggcccgtaa cccgtcgaat cccgccatcg tatctgaaat cgacggtgag     1920

atttcgttcg gaaagatcaa gcggggcaac cgcgaaatcg tcgttacctc gaaaatgggc     1980

gacgtgaagc gttacctcgt accgctgtct cgtcagatcc tcgtgcagga gaacgactat     2040

gtccgtgccg gtacgccgct ttcggacgga gcgatcactc cgggcgatat tctggctatc     2100

cagggcccga ctaaggttca ggagtacatc gtcaacgagg tacaggaggt ataccgcatg     2160

cagggtgtga agatcaacga caagcacttc gaggtgatcg tgcgccagat gatgaacaag     2220

gtacagatcg acgatccggg cgatacccgt ttcctgcccg agcagatcgt cgacaagtgg     2280

gagttcatgg aggtcaacga cgaactgtac gacaaggtcg tcgtgaccga tccgggcgag     2340

tcgcctacga tgcgcgccgg gatgatcatc accgtgcgca aattgcgtga cgagaactct     2400

gtactcaaac gcaaagacca gaaactggtc gaggtacgcg acgtcatccc tgccacctcg     2460

aaccagatcc tgcagggtat tacccgtgcg gcactgcaaa ccagcagctt catgtcggca     2520

gcatcgttcc aggagacgac caaagtgctg aacgaagcgg ccatactcgg caagagcgac     2580

ccgctcgaga agctgaaaga gaacgtaatc tgcggccacc tgattccggc cggtacgggc     2640

gaaccgaagt accaaagcat tctcgtcggg tcgatggacg attacaattc aatggtaggt     2700

acacagtcgc aggaatag                                                   2718


<210>  1597
<211>  1827
<212>  DNA
<213>  Alistipes indistinctus YIT 12106

<400>  1597
gtgcaaactc tttgggcctg cagcctgctg gcatgtgtcc cggcggtttt cgccggtgaa       60

gtgaagacca ccagtccgga cggccgtctc tcggttgttg ttcaatatgg cgaaggcgcg      120

ccgctgacct ggcaggtgca gcgcgacggg aggcccgtcg tcggtgtgtc gcccctcgga      180

ttggtgatcg gcggtaaaaa tatcgccgca ggcgtccggt ccgccggaac cccggtacag      240

atgcggatcg atgagagtta tccggtttac ggtgtccatg ctcaggctcg caaccgctgt      300

aacgagacgg ttattcccct tcgtggggcc ggtatcggct atgaactgat tgttcgcagt      360

tatgacgatg gggcggcggt tcgttaccgg atcgcttcga agcggaaact tcgcctcgat      420

cgagagctga ctgcatggaa tctgcctgcc acggctcact gtttctgggc gccttattcg      480

atcgactacg aaagcctgca tcaggagtct gtgcttcaga atattcccgc aggcgaagca      540

ttggtcaatc cgctgacggc ggttgtaggc aacggttatg tggctgtcgg cgaagccgac      600

tgccggactt ttgccgatat gggccttgtg cgcgaaggga acctgatccg ggtctgtttc      660

ccggccagtc ccgaaggctg gaccgtcgaa ggggaattgc tctccccgtg gcgtgcggct      720

atcgtggcag acgatctgaa cggattggtc aacagcgatc tgctgaccaa tctctgccct      780

gcgcccgatc cttcccgcaa ttttgactgg gtgaagccgg gccgcgtgct ttggcagtgg      840

tggagcagcg aggccccgaa gtttgaagag cagcaggttt ggtacgatgc cgctgcacgc      900

ctgggctggg agtattacct gatcgacgac ggttggcgtt tctggaaaga ggaagataaa      960

gatcagtggc aatgtttgaa agaggtgatc gattacggca agtcgaaagg cgtacagagc     1020

gtcatttggg tcgattcgaa agagatgcgg acacgcgccg aaatccacga ctatctggct     1080

aaggttaagg aagccggtgc ggtcgggatc aagatcgact ttatcccggc gcctactccc     1140

gaaattatgc gctggtatca ggatgcgttg gaggagactt acgatttgca gttgctgtgc     1200

aattttcatg gttgcgtaaa gccttcgggt ctgcggcgca catggcccca tgaattgact     1260

cgtgaagcgg tccgggggca cgaattccac atcagccgtt atgaccgcgt gatgccgatg     1320

gatcaggagg cgattaagcc gtttacgcgc ttgctggccg gcccggccga ctttacaccg     1380

acggcgttcg taccgtccga attgctcggt tatacatggc cgcacgaact ggcgcaggcg     1440

attgtttata cctcgccgct gacgcatttt gccgatagtt acaaatggta tctcaactct     1500

ccggtcgagg atttgttgcg cgatatgccg gtggtatggg acgagacgat tgtgctgcct     1560

ttttccgaga tcggccgggt ggcgggtttt gtgcgccgtc atggcaatga atactggatt     1620

ggcgtggtca acggcgagga tgcccggacg gttagtttcg acctcggttt tttacagggc     1680

cgtgcattgg ctacggtgat ttccgatcgt ccggaagccg acgatgcact cgtccgcgag     1740

gagaaaatcg tggaccgggg agaaacgatc accgtttcgt tgcgcaaagg aggcggttat     1800

gtgatgcggc tgaggagtat cgattag                                         1827


<210>  1598
<211>  1356
<212>  DNA
<213>  Alistipes indistinctus YIT 12107

<400>  1598
tcgacgcccg caggcagcga ggtcacggcc aaaggctggg tccgcaccaa gcgcggcaac       60

aaaaacgtag cgttcatcgc gctgaacgac ggctcgatca tccataatat ccagatcgtc      120

gtcgacgtca acaaattcga cgacgaattg ctcaaacgaa tcaccaccgg cgcctgcatc      180

cgcgtaacgg gtacgctcgt cgagtcgcag ggttcgggcc agcgggtcga aatccaggcg      240

ggtgatatcg aagtgtacgg cagcgccgac cccgacacct atcctttgca aaaaaagggg      300

cactcgatgg aattcctgcg cgagatcgcc tacctgcgcc cgcgcacgaa caccttcggc      360

gccgtgctgc gtatccgtca cgcgatggct tacgcgatcc acaaatattt caacgacaga      420

ggattctact acctgcacac cccgctgatc accggcagcg atgccgaagg cgccggagcc      480

atgttccagg tgacgacgct cgacctgaac aacgtgccca aagacagcga agggcatgtg      540

gactactcgg aggatttctt cggcaaaccg tgcaacctga ccgtttcggg ccagctcgaa      600

ggcgaattgg gtgcgctggc gctctcgcag atctacacgt tcggtcccac gttccgcgcc      660

gagaactcga acacgccgcg ccacctggcc gaattctgga tgatcgaacc ggaggttgcc      720

ttctacgaac tggaagataa catggaactg gccgaggatt tcctcaaata cctgatccgt      780

tatgctctcg acaactgtaa ggacgatctg gaattcctga ccaaaatgtt cgatgcggaa      840

ttgatcgacc ggctgaaatt cgtcgtcgaa aacgatttcg tccgtctcga ttacaccgaa      900

ggcatcaaga tactgatgga aagcggtgca aaattcgaat acccggtcag ctggggcctc      960

gacctgcaaa gcgaacacga acgctacctg gtcgaaaaac atttcaaaaa accggttatc     1020

ctgatcaact accccaagga gatcaaggct ttctacatga aacagaacgc cgacggcaaa     1080

accgtacggg ccatggatgt cctcttcccg aaaatcggcg aaatcatcgg cggttcccaa     1140

cgtgaggaag attacaataa actgcgtaca agggtagccg aattgggcat tcccgaaaaa     1200

gatatctggt ggtacctcga tacgcggcgc tggggcagcg caccgcacag cggcttcggg     1260

ctgggcttcg aacggctgct gctgttcgta accggcatgg gcaacatccg ggacgtgatc     1320

cccttcccga gaaccccgaa aaacgctgat ttctaa                               1356


<210>  1599
<211>  2724
<212>  DNA
<213>  Alistipes indistinctus YIT 12108

<400>  1599
atgaaaaaat tccgtatttt ctgctctgct ctgctttgcc tcagcttcgg cctggcaacg       60

gcacaaccgg ccaattatgc cttcgacccg aaccgcattt acctcgattc gaaggaaggg      120

cacggcggaa cagttgcatg ggcgatgaaa aaagcaggcg acgtatcgct tcccgccgaa      180

cagctttcga tgcccggcaa aacaacgacg gactggatgc cggccattgt ccccggaaca      240

gtactcaatt cactcgtatt caataaagtt taccccgagc cttactacgg tgtaaacaat      300

aagctcgaca gcaacctgat cccggacctg agcaaagcgg gccgggattt ttacacctat      360

tggttccgta ccgaatttac gctcccggaa agttacgcgg acaaacgggt ctggatgcag      420

ctcgacggaa tcaactaccg cgccgaggtg tggctcaacg gcaacctgct cgctacgatg      480

gacggcatgt tcaaggatga gcggatcgac attacggatt tcgcgcagct gggcaagccc      540

aatgcactgg ccgtaaaagt ttacccggta gacatgcccg gtacgacacg gcaaaaaccc      600

tggggagccg caggcgagtt ctttaacggc ggggacggca acatcggcct caacacgacg      660

atgctgatgt gcgtgggatg ggacttttcg ttcctcgacg gtatccgcga ccgcaacacc      720

ggaatctgga aaagcatctc gatttatacc acgggccacg tcgacatgcg tcacccgttc      780

gtgaaatcgg aactcagcaa gccaggatac gacaccgccc gcgaagaggt ttcggtcgag      840

ttggtcaatc cgacccccaa accggtcaaa tgccgtgtcg aaggtgaaat taccggcacc      900

ggaatcactt ttgccaaaga gaccgagctt ttccggggcg agaaccaaaa ggttactttc      960

accgccgacg agttcccgca actggtcatc gacaacccgc ggttgtggtg gccgcgcttc     1020

aaaggcaatc cagagctcta cgaactgaaa atgcgggtac tggtggacgg cgcagtttcc     1080

gattcggcca aaacccgctt cggcatccgc gaagtgactt acacgaacga tacgcctgac     1140

agctcgcgta cttttattgt caacggacac aaaatcttca tccgcggtac gaactggatt     1200

cccgaaggga tgctccgcac ctcggacgag cgcacctacg ccgaactgcg ctacacccgg     1260

cagtcgggta tcaacctcgt tcgcttgtgg ggcggcggga tcgccgaatc ggactacttc     1320

taccagcttt gtgacgaaat gggtttactg gtatggcagg agttctggat gacgggcgac     1380

acgaaacacc cgcaggacca ggacctctac ctcgccaatc tcgcggctac gatcaaacgg     1440

ctgcgcaacc atccgtcggt agcctattat gtctcttcga acgagagcac cgagacttcg     1500

ggcgcccgcg aacttatgac cgccctcgac ggcacgcgcg gctaccagat gcagtccgaa     1560

tgcgacggtg tgcacgacgg aagcccctac aagcaggtca acccgatgca gcactacgac     1620

aataccgcct cgccccgtgg cagccgcatc gacggattca atcccgaata cggtgccccg     1680

accaccccga cgatagaggt actgcgcgaa atgatggacg aaaaagacct ctggccgatc     1740

aataaaccgg tgtgggatta tttggacggc ggcggattcc acctcgtcgc atcgctgtac     1800

aaagacctcg tgaaccaata cggcgaagcg cgcgacatcg aggatttcgc cgagaaggga     1860

cagttcgtcg gcgcaatgaa ctccaagagc atctgggaaa actggaacta caacaaactc     1920

ggctacggcg accgctactg ctcgggattg ctgttctggt accacaactg cccggtacgg     1980

caggtagccg cccggatgtg ggattggtcg ctcgaaccca ccgcatcgct ctaccacacg     2040

cagaacgcac tgcaaccgct gcatgtgcag ttcgactacc tgaaaaacac cgtctcggct     2100

tgcaacgact actaccgggc tttccccggc tataaggtga ccgccgaagt atacgacctg     2160

aacggcaaaa aggtatggag ccgcacggct gcgatcgacc tgcccgaaga cggcgtggtg     2220

aacgatgtct tcaagattga cttcccggcc aatatcaccc cggtgcattt catcaaactg     2280

cgcctgtacg acgaacgggg caaagaggta tcggacaact tttattggcg ctcgacgaac     2340

cgttacgaag gccccgaaac actcaccggc cccacgaccg cagggtttga agcgatttcc     2400

gacctgaaac cggcaaaggt cagcgcccgt tatgcccagc gtaccgacga acagggacac     2460

cgctacatcg acgtaacatt gcgcaacggc ggccaagcgc tcgctttctt cacacagctg     2520

cagctgctcg atgccggagg caagcccgta cgcccctctt tttacacgga caacttcttt     2580

tcgttgctgc cgggcgaaag caaaacggta acgatcgaag cgctgccggg taaactcccc     2640

gacaacggaa gttcgctcgt aatcaaggga tggaaccagc cccgccagca gttcgacctg     2700

aaatgggacg caaaaagact ttaa                                            2724


<210>  1600
<211>  1332
<212>  DNA
<213>  Alistipes indistinctus YIT 12109

<400>  1600
atggatatcg tcatcaaagt tcttcagttc attctcagtt tctcgctgct ggtcatcata       60

cacgaattcg gacatttctt tttcgcgcgc cttttcggca cgcgggtgga aaagttctac      120

ctcttcttca atccgtggtt ctcgctgttc aaattcaaaa agggagaaac cacttacggc      180

gtaggatgga ttcctttcgg cggctatgtg aagattgccg gcatgatcga cgagtcgatg      240

gataccgagc agatgaaaca acctgtccaa ccgtgggagt tccgcgccaa accggcctgg      300

cagcggctgc tgatcatggt cggcggcgtc gtgatgaaca tcgtactggc cgtctgcatc      360

tacatcggca tcagctatac gtggggagac aactacatcg cctcgaagga tgtcaaatac      420

ggttatgtgt tcaacgatgt agccaaagag atcggactgc gcgacggcga caaaatcatc      480

gacgtagccg gcgaaccggt cgaagattgc gccaggattc tccaaacgat gattttcgac      540

caggccccgt acgtcaccgt cgaacgcgac ggtacggcca tgcgtatcga cattcccgaa      600

acggctacgg ccaagatact ggataccaaa aacttcatgg atatccgcgt acccttcgta      660

atcgcccagg ccgcgaaagg cggcggcgcg gcgaaagcag gactgcagcc gggcgacacg      720

ctgatcgctt tcaacggtgt gggtatgcgc tatttcgacg aataccagca agccttctct      780

gcacacaaag gggagcaggt caacctcggg atcgcacgcg actcgggggg agtgaccaaa      840

atcatcaccg tgcccgttga gatttcgaac gaagggttga tcgaagcgaa gctcgtcccg      900

ataaacgagc tgatcccgat cagcacccac cgatactctt tcctcgagtc gattccgcat      960

ggaatcaagc tcaccggcac cgagatcagc agctatgcaa aacagatcaa actgcttttc     1020

tcgcccaaaa ccgaagcgta caagtcgctc ggcgggatca tgacgctcgg cagcgtattc     1080

cccacttatt ggagttggga agcgttctgg cacatcaccg cattcttctc gatcgtactg     1140

gcgattatga atatcctgcc gatcccgggg ctcgacggcg gccatgtgct gttcctgctt     1200

gtggaagtaa ttacgcggcg caaacccagc gataaattca tggagcgcgc gaccacggtc     1260

ggctttatcc tgatcctcgc actactgatc tttgcgaacg gcaacgatat ttacaggttt     1320

ttcatcaaat aa                                                         1332


<210>  1601
<211>  1635
<212>  DNA
<213>  Eggerthella

<400>  1601
actcgcaagg cggcatccga gcctgcggcc gacgcggagg agaaggcccc gcaggccaag       60

gagcccgagg gcgccgaggc gtccgcagcg ggcgccggca agtccgaggc gcccgcgccc      120

gccgatgcct ccgagtccaa ggaggcccct cgccgcgagc gcaccaccac gacggtgatc      180

cgccgccgcg accgcgagga gcgccgccag aaccaaagcg gccagaacca gaacggccag      240

ggccaaggca agaacggcca gaacaagcag aacgcccaga acagccaggg cggcaagaag      300

aacaagaaga accgccacga gaatcgcaac cgggagcctc agccctccgt ctccaaggag      360

gagctgacag agctcaaggt ggtcgacctg cgcgcccgcg ccgccgaggc gggggtggac      420

gccgccgggc tcaagaaggc cgagctggtg gacgccatct acgaggccgt ctgcaaggcc      480

gagggcttca ccgaggtcac cggcgtgctg gacatcatgg gcgacggcta cggcttcctg      540

cgcacctccg gctacctgcc cggcgagaac gacatctacg tggggctcgc caccatccgc      600

aagaacggcc tgcgcaaggg cgacatggtc acgggcacga cgcgcccggc gcgccccaac      660

gacaagttcg cggccctgca gaaggtgtcg gccgtcaacg acatggcccc cgagatcatg      720

gccttacggc cgaagttcgc cgacctcacg ccggtgttcc ccgacgagcg cctgctcatg      780

gagcacggga agaacaccac cacggcccgc gtcatcgatc tgacggcccc catcggcaag      840

ggccagcgcg gcctcatcgt gtcgccgccc aaggccggca agaccaccgt gctcaaggac      900

atcgccgccg ctatcacggc gaacaacccg gacgtgcacc tcatgtacct gggcatcgac      960

gagcgtcccg aagaggcgac cgacatggag cgctccatcc gcggggaggt ggtctcctcc     1020

accttcgaca tgccctccga gaaccacatc caggtggccg agctcgtcat cgagcgcgcc     1080

aagcgcctgg tcgagcaggg gaaggacgtc gtcatcctgc tggactccat cacgcgcttg     1140

gcccgcgcct acaacctggc gcagcccgcg agcggccgca tcctctccgg cggcgtcgat     1200

tccacggccc tctatccgcc caagcgcttc ctcggcgccg cccgcaacat cgagaacggc     1260

ggctcgctca ccatcctcgc ctcggccctc atcgagaccg ggtcgaagat ggacgaggtg     1320

atcttcgagg agttcaaggg caccggcaac atggagctga agctcgaccg ctacctggcc     1380

gatcgccgca tcttcccggc catcgacccc atctcctcgg gcacgcgcaa ggaggagctg     1440

ctcatggatc cgcaggaggc cccgctcatc tggggcgtgc gccgcattct ggccaacacg     1500

aactccaccg agcgcgccat ggacatgctc atcaagtcgc tgaagcagac caattccaac     1560

caggagttcc tgctgcgcat ggcgaagaag atgcaggctc agcagggtcg tgcggacgat     1620

ggcatggaac tgtag                                                      1635


<210>  1602
<211>  3084
<212>  DNA
<213>  Eggerthella

<400>  1602
ggcacctctc agcactgggt gaacggagtt tcccagggaa cgaacttcaa cgactacgtg       60

ctgaacactg catcgagcag cttcgacgcc gtcgtggacg cgttccttta cgagacgatc      120

gccgcccgca acggcgccga tgcgcccttc gccacctcgc gcaccggcag cgactaccgc      180

gctcgcttcc tcaccacggg caacgactac aaggacgcca actacagcgg aggaagcgca      240

cccaccaacc gcgccatggc ccaagccacc tgcggtaccg ccggcgtttc caacggctat      300

ggcgccgtgg caagcaaccc caacggcgac aactacatca cttacaaggg cacctacacc      360

ggctcgcaat ccgcgtacaa cgggtggtac aagttctact acaaaatcga tgctcgatct      420

gccgccacta acaaggagtt ccaggacgtt gtcggctatc tgcttgtgga gcccatcaac      480

accgggcgcg cccaggtcgt gaaaacctcc gccaacgccg ccatctccaa cgccaacggg      540

aattactcgc tcgccaacgc ggtgttcggt gccttctcca cccgtgcgag cgctgaagca      600

gcggccgatc aggccgccaa gggcgcctgg ggaagctggc aggcggcccg cacctgggcc      660

caggccaatg cttcgtttac cctcgttacc ggggcggacg gcagaagcgc ggtcgtcgag      720

gacatcgagg gcggcgacta ttacttctgc gaactgttcg ccccacccgg attccgcctg      780

aacagcgccg tccagaaggc gaccgtggag gcaaccagcg acgagagcgt cgtgtgccaa      840

gtctcctttg ccgatgaacc catgcgcggc tccatcgact tgctcaagca gtcgggctat      900

cccgaggtca cgctgaggca ccccggctac accttggcgg gcgccgtcta tggcgtgtac      960

gcggactcgg cctgcacaaa gctcgtccgc gaaatccgta cgagtctgaa cggcgatgcc     1020

gatggctacg ggcgcatcga cgagatgccc atcggctcct attgggtgcg cgagaccaag     1080

cgccctctgg agggctatgc tctggatagc cgaacctatg ccgtgaccgt cgccgatcgt     1140

tccgtcaccc gcgtgaatac cactgccgtc agcgacaagg caaagctgaa tcccctctct     1200

cttcttatcc agaagaagga tgctcaaagc ggtcagagcc atgcgcaggg tgccgccacc     1260

ctcggcgatg cccacttccg catcgattat tatgcggcca agaacgcttc cctggacgcc     1320

cttaagaccc tcgagccgca agcaagctgg gtcgtgcgca ccaacgacga gggcgccttt     1380

ctactcgacc aggcagagag cagtttcacg cacaccttgg ccgacggaac gaccgaggag     1440

cttccctaca aggtggcagg cgatgcgttc tacaagctct ccaacggccg catcgcgctt     1500

cccatcggca cctatgccat ccaggaagtg aaagcgccgc gcggctacct cctcgacgag     1560

accgtgcatg tgcgccatgt caccgatgcc gacaccgatg gcgagattat cgagaccttc     1620

gatgcggagc agaatggcga tctcgttacc gaccgcgttg cccgcaccga tctgcgcttc     1680

atgaagcgcg ccgacggcgc cgcgaagctg gccggcatcc ccttcaagct cacctcgaag     1740

acgaccggcg aatggcacat cctcgtcacg gacaagaacg gcctcgcttc cacggaatct     1800

accccgggcc atccccacga cgcgaacatg aacgccaacg acgcgcagtt caccgctcct     1860

gacggcagct tccagatgcc gcttacattg gacaccgagg cccttgatgc cacagcgggg     1920

atctggttcg gtctcaatgc cgaaggggcg tccgtcgctg cggacaacgg actgggcgca     1980

ctgccctttg acacgtacga gctggaagag cttcgatgcc cggccaacgc aatcttcgag     2040

atgatccgcg atgaaatcgt ggttgacgag agcgatgagg ggctcgtcat agacttgggc     2100

actctcaaca acacgggcac cggcaagccc acgatccgca cgagtgccta cgacggtctg     2160

tccgacgatc tgtacgacac gcagatcagc gccgatgcca aggccgtcgt catcgatcga     2220

gtcacttatt ctggcctaga gcccggagag ccctatctgc ttcggggaac cctcatggac     2280

aaagccaccg gagagccgtt cctcgtgaat gaggaagaag tcgccgccga gcttgagttc     2340

gctcccgagg attacaacgg gtacgcaaac gtgaccttcg ccttcgacgc ctcggcgatc     2400

accgaggaca ccaacctcgt cgtcttcgag acgcttctgc aggatggcgt cgaagtagcc     2460

tcgcaccgcg atctcgccga ccgcaagcag accatcgccg tgagccctat cgccatcggc     2520

acaacggccg tcgacgccgc caccggcact cacgaaggcg tgccagccga agaggtcacc     2580

atcatcgaca ccgtcagcta ccagggactg acccccggcg aggagtacga gctatctgcc     2640

gtgctcatgg acaaagagga aaacgccccg tggctcgtgg aggataaagt ggtcatggta     2700

agccaccggt tcatccccga ggaatcctcg ggcacggtgg atgtcgagat caccattccc     2760

ggcaccaact tggatggcgt gagcctcgtg gtcttcgaat cgctgctgca cgacgacatc     2820

gaggtggccc tccacgccga catcgaggac gaggggcaga ccgtctccta cgcctatccc     2880

gacctgccgc tgccgccgac cggcggcgac gagccggaga agcccactga gcccgaagcc     2940

gacgagcccg agccgacgcg cgtcgcccaa acctcgcgcc tcgctcaaac gggagacgag     3000

agcctcacgg tgatttgcct ggtcgccctg ctcgccgtag ccggcgccgg cgctgccttc     3060

gtcgcctacc gcaagcgccg ctga                                            3084


<210>  1603
<211>  2970
<212>  DNA
<213>  Eggerthella

<400>  1603
atgtcacgtg acaccacccc cctcgaaaga cagctgaaga actttatcag cgacggaacg       60

ccgccggaga ttatcgcgcg ctacgagtcg ctgcccgaac gggcccaaaa gagcgatttc      120

ggccggttcg ataataatgt cgttgttttg gatacggaaa caacgggatt ctctctcgcc      180

catgatgagt tgacgcagat tgcagcggcg cgggtggaaa acggcgagat cgtcgactgg      240

ttcgttacct tcgtgaaccc gggaaagccc attcctgagg atgttgccca tctcaccgat      300

attcacgatg aggatgtggc tgacgctccc tcggcgtccg aagctctagc cgatctggcc      360

gctttcgtag gagacgccgt cgtcgtggcc cataatgccg agttcgaccg caatttcacg      420

acgaagcatc cgacgggcta tccgctgctc gagaacactt gggtcgattc cctcgatttg      480

tcccgcatcg cgctgccccg catgaaatcc catcgactca tcgatctcgt gaaggccttc      540

ggtgctcctc ggtcaacgca tcgggctgat gaagatgtgg cggcgacctg tgccctcctg      600

cgtattctgc ttgctgctgt ggaagccatg ccgactatgt tgctgcggga aatcgcctct      660

atggaggaac cgaacgattg gccgacggtt gtggtgttcg aatattttgc cgagcgcgcg      720

ggtgagacga gcgaggagaa accgcttcct ttctcgctgc gcaccctgcg tcgcgaacgt      780

gtaggaaaaa ccgatctaag accgctcgtg gatgccgatg aaatcgccgc cgatccaggg      840

cgatccttct tactccccac ggccgatgct gtggcccaag cgttcaccgc tgagggcgta      900

gtaggttccc tgtacgaaga gtacgagcag cgcggcgagc aagtggctat ggccgaggca      960

gtgcgcaatg cgtttgcccg atcgcgcaat cttatggtgg aggcagggac aggcgtgggc     1020

aaatccatgg cctatctttt gccggcggcc atcattgccc gagataacgg tattaatgtc     1080

ggcgtagcta ctaagacgaa cgctctcctc gaccaactgg tctatcatga gcttcccgct     1140

ctttcggagg agctcggtgc cgacctcacc tatgctgctc tcaaggggtt ctcccattat     1200

ccctgtctgc acaaggtgga gcgcctcgtt gtggaaggcc ccggcatgcg caccgtgggg     1260

aaggagcaaa aacctcaggc tccggccctt gccgccttgc tttccttcat tgagcagacg     1320

gcttacgacg acatcgacgg cctgaagatc gactaccgca cgctgccgcg ctggatgatc     1380

accaccacga gccacgattg cctgcgtcgc aaatgcccgt tcttcggcac gtcctgcttc     1440

gtccacggtt cgcgccgcaa ggccgaggcc gccaatatcg tcgttaccaa ccatagcctc     1500

ctgttctgcg atcttgtcgc cgacggaggc ttgctcccgc ccatccgcta ttgggtggtg     1560

gatgaggccc acagcgccga aagcgaggca cggcgcgcat tttcccttga gttggcagag     1620

gaagacattc tctccctcgc gcgccgcgta gcttccgagg aatctcggcg caacgtcttc     1680

gtgcgggcgg agcgcaccgt tgtcatgccg ggcaatgaat cctcgacgac gctgttctat     1740

gggctcacgg ggaaggcgcg ccgtgcgggc gctgaattcg gcgaagtggc ccaggcgttc     1800

tgcaaggcgc tgcccgacct gttcttctat gacaccaata agcgctcgaa gggctacgag     1860

acggtggatc tttggttgaa tgacgagatt cgccacggct ccctcttcca aaacattgcc     1920

cgtcttggtc gcgccatggc cgagcgcgcc gagaagatgg tgacggtttg ccaggagctt     1980

gtaggctatt tggaggatat tgaaggcgcc gccgtcattc agcgcgaaat tgcctccatt     2040

gcgatggaga tgaaggagat cattcagaac gtcgaggtca tctgcacgca atgtcccgag     2100

cgctatgtgt atgcggcgag cttaagtcgc aagatcgatc gtccgcagaa caagctggag     2160

gccttgctcg tatcggtggg ggagacgctg aacgagacct tgtatgcgcg gaaccattcg     2220

gtggtctata cgtcggccac gctgaccgtt gacggcagct tcaacagctt ctcccaggcc     2280

atggggctga acgagagcga gttttccgtt gccgacgagc tgctgcttgc ctcaagctac     2340

gacttcgaca atcagatggt tgtctatgtt gtcaacgata tgcccgaacc caatgatccg     2400

agttatctcg gtgctctgca gcgcctgctc atcgacgctc accgtgccca gaacgggtcg     2460

atgctcaccc tgttcacgaa tcgccgcgaa atggagaagt gcttcgaaga ggtgcagccg     2520

gctctgaagg gagacgattt gcgcgtcgtg tgccagaagt ggggtgtgtc ggtgaagggc     2580

ctgcgcgatg acttcctcgc cgacgagcat ttgtcccttt tcgctctgaa gagcttctgg     2640

gaagggttcg acgcgccggg cgccacgctg aagggcgtcg tgataccgaa attgcccttc     2700

tcgaagccga cggatcccct ttcttgcgaa cgggccgctc gtgacgatgc cgcctggcgg     2760

cgctatgtcc tgccagcggc ggtgttggaa acgaagcagg cagcaggccg tcttattcgc     2820

aaagctgatg accggggcat tctgatcctt gcggacaagc gtcttattac gaagggctac     2880

ggcaagacgt tcctgagatc acttcccagc cagaatatcc gattcctatc ggcggctcag     2940

atcgtcgacg agatagcagc gcgccgctag                                      2970


<210>  1604
<211>  996
<212>  DNA
<213>  Eggerthella

<400>  1604
gtgggattct ttgatggtct taaacgagac acaaaacaag cccggactgt cgaagaggtt       60

gatcgacctc agactcagga acaagaagtg gtagtcgctg aagaggaact cgttgacgat      120

cctgaaaata ttgaagtggt tgtcagggag gttgaggatt acgcagctcc tgtgattcct      180

caagaacctt tgaagagcta taaagacaag gcgccggtgc gtcatgttgt cggacagacg      240

aagatcatcg ccatcattaa ccaaaaaggt ggcgtaggga agtcgacaac ggcaatcaac      300

cttggagctg cactgggaga gatgggcaaa caggtgcttc ttgtcgatct tgaccctcag      360

ggaaattgct ccagtggcct tggcgttgag aagagtctca tacagcagtg tatctacgat      420

gttctcctta atgatgttcc tcttgaagag gtaattattc ctgatatcgc cgaggggtta      480

gacattgctc ctgctacgat taatcttgcg ggagcggaag ttgagctggt ctcggaaatg      540

gcgcgggaga atcgcctcaa ggatgctgtg ggcggtatgc ggggcaaata tgatttcatt      600

ctcatcgact gcccgccttc tttgggtctt ttaacagtca atgctctcgt agcggccgat      660

aaattgctta ttcctatcca atgcgagttc tatgctttgg aaggtgtgac aaaacttctc      720

gaatcaatga agcgtgtcaa atcccgcctt aatcctactc tggatatcta cggcattctt      780

cttactatgt acgatagccg tacaacgctc tcgaagcagg ttgtcgatga agtgcgtgag      840

tattttgggc gcttggtgtt tgccacgcct attcctcgca cggttaaatt gtcggaagct      900

ccgagttttg ggcagccgat tacccaatat gatcctaagg gaagaggcgc tctttcctat      960

attgaattag cgaaggaagt gattgctcgt ggctaa                                996


<210>  1605
<211>  2112
<212>  DNA
<213>  Eggerthella

<400>  1605
gtgggttctc gcgcaatgaa gggccgtaag ggcacgaaag taaagaataa gaaggtcatc       60

gttttgtcgg tggtgggcgt gttcgccgcc tttatcgcgg cgggcgtgtt cggcgtggtg      120

acgctgtgca actcctggct ggaggatctg cccgactacc agaacgccga cgcttacaac      180

acggcgcagc caaccatggt ttacgcatcg gacggcacga cgctgctcgc cgagttccag      240

ctggagaatc gcgacccggt ggctctcgac cagattagcg agtacgtgct gaagggcacc      300

gtcgccaccg aggacgagcg cttctacacc cactccggcg tcgattacct cggtgtggcc      360

cgcgcgctcg tgaacaacct catgggcggc gagctggagg gcgcctccac catcactcag      420

cagttcgtgc gcaacacgat tctttccgac gagatgcgcg acatctcctt caagcgcaaa      480

atccgcgaga tgtacatttc ccagaagctg gaagagcagt actccaaaga cgagatcctg      540

ctcatgtacc tgaacactat caactacggt tccggtgcct acggtatcga ggccgccgcc      600

gagcgctact tctccaagga cgcgaaggac ctcacgttga acgaggcggc cacgctcgtg      660

ggcattcccc agtcgcccac ctacaacaac cccatcgatt atccggacaa ctgcctgaag      720

cgccgcaaca ccgtgctcga ccgcatggtg tccaacgggg ttatcacggc ggaggaggcc      780

gacgcggtga aggccgagcc catcgagctg aacccctccg agccctccat gacgggcatt      840

ctggcctacc cctacttcac gagctacgtg cgcaaccagc tgaccaaccc cgagggcaag      900

tacgcctatt ccacctccga gctgttcaag ggcgggttga aggtgatcac gacgctggat      960

atcgaggccc agaccgccgc cgaagaggct gcggccgaaa aggaagagga ggccggcgat     1020

cccttcgagg tggccatggc cgttgtgaac cccgagaacg gctacatcga cgcgctggtg     1080

ggcggtcgcg attacgagag ctctcaggtg aacatggcca cgggcgaggg cggcgcgggc     1140

cgtcaggccg gatcgtcgtt caagctgttc acgcttttgg cggctatcaa cgagggcatc     1200

gacccggaaa cgctcatcga tgccggctac aaggttgatt tggagggcgg cgagcctgtc     1260

tacaacaacg ataaggccga ttacggcacg cgcaccatca agagcgcttt cggcgtgtcg     1320

tcgaacacgg cgtttattcg cttgcttctc tccgtgggcg tcgataaggt gatcgagatg     1380

gcccacgcca tgggcatcac ctccgatttg ccggcggtgg cgggccttac cctgggcatc     1440

ggttcggtca cgccgctcga aatggctgac gcctatgcca cggtggccaa cggcggcgtc     1500

cactacgatc cggagtgcat catctccatc gaggacaaga acggcaacgt catcgtggac     1560

aacaccgacc ccacgggcga gcgggtgttc tctcgcgaag tggcccgggc ggccctcgac     1620

tgcatggaag tggtcatcga caacggcacc ggcaaggcgg ctcgccccga taacggccag     1680

gaggccggcg gcaagaccgg taccaccgac gacaagaagg acagctggtt ttgcggtgtg     1740

accccgcagt acgccgtggc catctggctg ggcgaccgct ccgactattc cgaggcccag     1800

gcgacgacta cgacggcggc cagcgtcttc ggcgatttca tcgacaagat gatctccccg     1860

acgcagacgg tgaagttctt cgaggcagat aagcccgagt acaagaagga ttaccgcgac     1920

gaggacaacc atatcggcgg ctactactct tccaagaaaa agaaggacga caccgaggtg     1980

accacgaagc aggatgacga agagacgccc gagggcgacg gcgacgagaa cggcggcaac     2040

gaaggcggag agggcaacga gggcggcggc aacgccgagc cgacaccgac accgacgccg     2100

gagcctaccc cg                                                         2112


<210>  1606
<211>  2079
<212>  DNA
<213>  Eggerthella

<400>  1606
atgaaaaagg aaacgaaacg agcgattcgc gacgctttcg ccaagctgtc ctttcgcagc       60

caggctcaaa atccggttat gctcatggtg tatctgtcgg cctgtttgac caccgtgctg      120

cttgcgttgg cgctcgcggg catatctgac gctccgtggg gctacattgc ggcaatttgc      180

gtggtgctat gggcgacggt gctgttcgga aactttgccg agtcgctcgc cgagggtcgc      240

ggcaaagcgc aggccgatgc gctgcgctcc gccaaacgcg atgtcgaggc gtgcctcata      300

gacaacgccg ccctcgctga tgccgccacg atggaagacc cgtcggcgtt tcttgctgat      360

cgaggccgcg cggtgggatc ggctacgttg aagcgggggc aggtgtacct tgttcgcgcg      420

ggcgagcagg tgcccgccga cggcgaggtc atcatggggg cggcaagcgt ggacgaaagc      480

gcgattaccg gcgaatcggc gccggtcgtg cgcgagagcg gcggcgatcg gtcgtcgatt      540

accggaggca cgacggtgct ctccgattgg ctggtagcgc gggtgaccgc tgaggcgggt      600

cagagctttc tcgacaagat gatcgccatg gtcgagtcag ccgcgcgcaa aaagaccccc      660

aacgagcagg ctctcgagct gctgctcatc gcgctgacgt tggtgtttct tgcggtgtcg      720

ctgtccttgt acctgttcgg agcatttacc gccgcgcagc acggctcggg aaatcctctg      780

ggaatcacct cgttggtggc gttgttcgtg tgcctggcgc ctaccaccat cggcgcgctg      840

ctgtccgcta tcggcattgc cggcatgagc cgactgaatg cagccaatgt gctggccacc      900

agcggacgtg ccgtcgaggc ggcgggtgat gtagatgtgc tcctgctcga caaaacgggc      960

actatcacgc tcggcaaccg tcaggctgcg gcctttctgc ccgttggcgg cgttagcgag     1020

cgcgaacttg ccgatgcggc tcagctggca agcctggccg acgagacgcc cgagggacgc     1080

agtgtggtgg tgctcgccaa ggagcgcttc ggcatccgcg agcgcgagtt ggcgcagtcc     1140

ggttttgcgg tagttccctt tacggcccaa acgcgcatga gcggtgtgga tttcgagggt     1200

cacgagattc gcaagggtgc ggccgacgcc gtgcgggctt acgtggaagc gcgcgggggc     1260

gtctttggcg cggaggtggc cgccgtggcc gaggaggtat ctcgatcggg cgggacgcct     1320

ttggtggtgg cgcgcgatgc gcgcgtgctc ggcgtcattc acttgaagga catcatcaag     1380

tcgggcattc gcgacaactt cgccgacttg cgcgccatgg gcattaaaac agtgatggtc     1440

acgggcgata accccctcac ggccgctgcc atcgccgctg aggcggggct tgacgacttc     1500

atcgctgagg ccacgcccga agcgaagctt gcggccatcc gccgctacca ggccgagggg     1560

catctggtcg ccatgaccgg cgacggcacc aacgacgctc cggcgctggc ccaagccgat     1620

gtggccgtgg ccatgaactc cggcactcag gcggccaagg aggccggcaa catggtggac     1680

ctggattcct cgcccaccaa gctcatcgaa atcgtgcgta tcggcaagca gctgctcatg     1740

acccgcggca gcctcaccac gttttcgatc gccaacgacc tggcaaagta cttcgcggtc     1800

atccctgcgc tgctcgtgcc cctttatccg ggtttggagg tgctcaacat catgcatctg     1860

gccacacccg cctcggcgat gcttgcggcc atcatataca acgctcttat catcgtcgcg     1920

ctcattccgc ttgcgctgcg cggggtgaag tgtcgcgagg cgtcgccgca ccgtctgctc     1980

gcgcgcaatt tggcagtgta cggcttgggc ggcgtgatcg ttccctttgc ggccatcaag     2040

gcgctcgatg cgctcatggt acttgtcggc gttgcgtaa                            2079


<210>  1607
<211>  1452
<212>  DNA
<213>  Eggerthella

<400>  1607
atgagactgc ttgaagaagg ggtgttcccc gtaaggtttt tgggattcgg cttcttttgg       60

gcctggctgt tcatcgccgg cctttctccc tcgcctctgt tcggcagccc cctttgcgtg      120

ggcggcatcc cctttgagct cttcgagctt ctcatgcgct gcgctatgct cgccatctcg      180

ctgacgctct catgcgttat cgccaccgat cgcggtaagt actgcttcct tgccctagga      240

gccgtcgcgg gcatcgccgt tacccccctc ctcctttggg gcggaagtga ggaggcccac      300

agcgtcgctg ctttgctgac tgccatgacc gaggtgtcac tctttttaat gtggctcagt      360

tttttcggcg ccatgagact cggcgacacc ctcaccttgc tggtcatatc ctacggcgtg      420

ggcgcgcttc tgtttcttgt cgctctgatg ggcggtgagc gaaccctctt gggcgccagc      480

atcgtcttcc ccctgctgtc tgccgccgcg ctcgttttct cgagtcgtct catttcacgg      540

cgaggaggca ctgctctttt cgacaacgaa agtaccgagc cactgaagga tgaggctctg      600

tccgaggaaa catccatccg caacgtcacc aagagcatcc ccgctcttaa gatgacgctg      660

gcgctcgtct gctactccct cgccttctcg ctgcttgcgg ccatggcatt ctccggcagc      720

ttcgcactgc cagccagcta tcttgcggaa cctgtctgca ttgtggtgct agcaggcgtc      780

tacatcctgt atgcccaatt cgcgaaggat gctgctaagc cctatgtgct ctatcgggcc      840

gtcgccccct ccatgggcct gggctttgcg cttctggcca tctcgggggg agagtccatc      900

gcgggcgagg ggatggtgat gataggctat cttctgttcg aggtacttgc cctgaacgac      960

tactgcaaca ttgtcaaggc aaacgacgcg tcactcttcc gaaccatggc gataggaagg     1020

ctcgccattt ccgtggggat gctcgccggc tggaccgcag gctttttctc tgggagcgtc     1080

tccgttgctg ccttggctgt ttttggcatg actatcgtat tgatcactgc aactctcgtg     1140

tttactgatc gcgatcgcat gcccttggtt tccatcgcgg acgaccgcgc catcagcgag     1200

gatcgcgact tgcggctcga caaaagcact gccttggcat ccttcgcagc tgagtgcaag     1260

ctgtcgaagc gagagaccga agtgttcgac tacctcatcg ccggcagaac gacctcctac     1320

gttgcagaga ggctttttgt tgccgagtcc accgtacggg cacacgtcta caatatctat     1380

cagaaggcgg atgtccattc acggatggaa ctcatggacg ccttcgacgc cttctgggcg     1440

aagcatagct aa                                                         1452


<210>  1608
<211>  1284
<212>  DNA
<213>  Eggerthella

<400>  1608
atggcagtga aaatcggctt ggtgggcacc ggcaccgttg gcggtgggtg catcgacatc       60

atccagaagc acaaggacga cttcctgcgc cacttcggcg tggatatcga actggcgcgc      120

gtgtgctcgc tgtcgccggc cgaggccgag gcccacgggg tcggccacct gttcaccgac      180

aacttcaaca acatcatcaa cgatcccgag atcgatatcg tggtggagct catcggtggc      240

accaccatcg cccgcacggt cgtgctgaac gcactcgctg ccggcaagaa cgtggttacg      300

gccaacaagg cactcatggc cacccacggc aaggaggtta tggaagccgc cgaggctgct      360

ggcaaggaac tggccttcga agcgtccgtg ggcggcggca tccccatcat tgatccgctg      420

aagcactcgc tcatcgccaa cgaaatcacc tcggtcatgg gcattgtgaa cggcaccacc      480

aactacatgc tcacccgcat ggccgacaac ggcctgtcct acgaggatgc cctgcatgag      540

gcgcagcaga agggcttcgc cgaggccgac cccacggcgg acgtgggcgg gttcgacgcg      600

gcggcgaaga tcgccatctt ggcttccatc gccttcaact cgcgcgtgac cttggacgat      660

gtctttaccg acggcatcac gaatatctcg ccggtggata tcgaggctgc tcgcgacatg      720

ggctacgtca tcaagcttct ggccatcgcc catcgccgcg aggatggggt cgatgtacgc      780

gtgcatccca ccatgatccc gacgaaccac cagctggcca ccgtgaacgg cgtgttcaac      840

gccatttacg tggtgggcga ctttgtgggc gagaccatgt tcttcggcga gggcgccggc      900

gcgggtgccg cggctagtgc cgtcatgggc gacgtgctgg aagttgcgcg ccacattcag      960

cagggcgtgg ctcccattgt gggctgcacc tgcaccgatg acctgcccat cctgcccatg     1020

gacgagctgg tcatgcgcta ttacctgcgt ttctcggtga ccgaccgtcc gggcgttctg     1080

gaaaccatgg ccggtgtgtt cgcgcgtcac aacatctcgg tgaagtccat cgtgcagcgc     1140

ggccgctctg gcgccgagcg cgtcgaccag gtagtggtca cccaccgctg ccgcgagcgc     1200

gacatccgcg aggctctgga agaggccctg gccctggaca acgtggtgct ggacacgcct     1260

tccgtcatcc gcgtggagga ataa                                            1284


<210>  1609
<211>  732
<212>  DNA
<213>  Eggerthella

<400>  1609
cgtctccgct acgacggcgg ccaccaggtg cccctgaagg ccatggacga ttcggtcatt       60

tacctgggca cgatttcgaa gatgctgggg ccggggctgc gcacgggctg gattgccgcg      120

cctgaggccg tgctcgcccg catcaacctg gtgaagcagg gtgccgattt gtgcggcagc      180

gccttcgacc agctggtcgt gcagcactac tttgccgatg tcgcctggca gcgcacgctg      240

cagaagttca tcgcgctgta caaggagcgc cgcgacgcca tgctggcggc cctcgacgag      300

ttcttcccgc ccgaggccac ctggacgcat ccggccggcg gcatgtttct ctggattacg      360

ctgccggact atatggatac cgattcgatg cttgccgaag cgctggagtc gggcgtaacc      420

tatgtgccgg ggaattcgtt cttccccgat ggcaaaaccg ggcgcaactc catgcgcgtg      480

aacttcagct tcgagacgcc cgaatccatc gccgaggcca tccgacgcct ggcgaaggtg      540

atcgaggagc gcctcgaact ctaccgcgtg ttcattgagg ccggcgcgct gcccggctac      600

gacagaaagg atgcagccat ggacgagaat gccacttctt ggaaggacgt catcgtcgat      660

tccgagcaga acgaggaagc ggtcatgcag gcccgcgaag gcgatgccga gcagatcgag      720

atcgccgagg ag                                                          732


<210>  1610
<211>  945
<212>  DNA
<213>  Eggerthella

<400>  1610
atggagctga gcttgttgcg cgaattcatc gtgctgtctc agacgctgaa ctacaccaag       60

gcggcagaga tcttgcacct cacacagccg acgctttcca agcatatcgt cgccatggaa      120

aaggagctcg gctgctcgct tttagagcgc gaccgacgcc gggtcgagct caccgaatca      180

ggcaacgtgt tcgccgctgc cgcccttcag atggtggata cctacgatga cgccaagcag      240

cgcatccacg atatacagac cctcacgccg ctcaaggtga acggcatcat gtccgatagc      300

gccatcgcct ccatcacctc cattgccgca acgtttctcg acgccgaggg cgaggctcct      360

gccagctaca acagcctgaa cgatacgaac tacctggagc aattggtgga aggcgatgcc      420

gacatcttgc tggcctatgc cgaactcgac aagctcgata atttgggact tgcctacatt      480

ccgctcattc gttcgccctt cgttgccatg gtctctatgg acagccccct ggcctctatg      540

aagtcggtga ccatggacga tctgcgcagc taccgcttcg tgaaattcgc cgacggctat      600

tccttgtcgg gctggaccaa catcgaacgc gtctgccaag agcacggcta cacgccccgc      660

acccgggcgg tactcgggcg cacctacatg aactactgcg ctattccgct gggtgtggaa      720

gacgtcatga tcctgcaggc atccatgccc cagctgcgct acctgtcgga tttctcccgc      780

gtgacggtgc ttcccgtgac cgacgacgat gcggccttcc ggctgtacgc catctacaag      840

aaggacaact acgaacgcgt gcggccggcc ctggacgctt acacccgcgc ccgcaagatc      900

atcctcaacc atggcaaagg cggcaccctg gtcgacagcg agtag                      945


<210>  1611
<211>  1200
<212>  DNA
<213>  Eggerthella

<400>  1611
atgcgcggca atttgcagaa aatcatgatc ggcctggtgg tcgtcattgt gcttgcgttc       60

atattctttt ccggcgactc gctggtgaag ctcgtcgaca ccatcaagca gggcacgccc      120

ttcttcatca ttgcggcggt ggtggcccag ctgtgcaagt acctggctca gggccgcggc      180

tttcaggcct gcttcaacac ggtgaacggg cacatcagct accgcacggg actttcgctc      240

gtgttcggca ccttcttcat gaatacggtg gcgccttcta tgaacctggc cggcacgtcg      300

ctcgtcatgg ccacggccac gcgcaacggc atgcaggcgg gcaagggcac cacggcggcg      360

ctgctcatgc agctgtccat cgattccggc ttcgtcatca tcatgctcac caccttcggc      420

gtgctcacct tcacggtggg actgcaaccg ggctggctgg cgctcgggct agtggccgtg      480

gcgctcgtgg gcggcctcgt gttcgtcatc gctgtgggtg gcctgaagcc ccagctggtg      540

ctgaaggtgc tgcggccctt cgtgaagctg gcggacaaga tcctcgcgaa gttcaagaag      600

ccggccatcg acgagtccgt ggagcgcacc atccacaact tctcgagcgc cgcgcacctc      660

atcacgaaga atccgcgcaa gacggtgcag tcatttttgt ggacgaccct ttccagcatc      720

tgcgagatga gctgcttcgt gctcgtcggc ttcgcgttcg gcgtgcacca cccagaagcg      780

ctcatttgcg ggtatgttgt ggccacgctg ttcgctatga tttcctttgt gccccagggc      840

gtcggcgttg tggaggcggc ggtaaccgtg gccttcgcgc tcttcggcat cgattcggcc      900

acgggccttg cggtggtcat cgtctaccgc ggcattgtgt tctggctgcc gttcctcgtg      960

ggcgcggtgg tcatccagcg catcaaggcg tttatgccgc tgggaaagcg cgatctgaaa     1020

ggcaaggccg aagccatgga gaacgggctg cccgacaagg tggaggccgt gaagcaggtt     1080

gaagccagcg aggccgccaa gtgggagact gccgaggcgc ggcctgagct tgagaaggtg     1140

ccggcagggg cctcgggaac cgcgaccggg ccagggacgg tcccaaagga aacgaagtag     1200


<210>  1612
<211>  1119
<212>  DNA
<213>  Eggerthella

<400>  1612
tcccagcccg cggccccggg agctgcccct caggcgacct cgcagccgca ggcgcaagcg       60

aatccctgcg gctacggagc cccccagccg cgcccgtcct atgcgggcca gccgcaaggt      120

gcctatgcgg cccaggccca ggcccagccg gctgccgcct atgcggtgcc ggcccaatcc      180

gtcccggccc agcagcccaa gcgccgcggt tggatcgtcg gtctggccgc cgtgctgacg      240

gtgctcatct tgggggtggc caccatcggg tcgtgcacct cggtgttcac cagttccatg      300

ggggccttct cctacgagtc gccctcctgg gccgacacgg ttaccggaga caccgtgggc      360

atcatcaaca tcagcggcac catccagtac gacggcacca cctcaagccc cgaggggctt      420

aaaagccagc tggacgccgc cgagcagaac ccgcacatca aggcggtcgt gctgcgcgtg      480

aactccggcg gcggcgtggc cacggccggc gaggagatga gcacctacat ccgcgacttc      540

tccaagcccg tggtggtctc gagcgcctcc atcaacgcga gtgccgccta catgatctcg      600

tcccaggccg actacatctt cactgacaag acgacctcca tcggctccat cggcgtcatc      660

atgtctgtga ccgacctgtc ggggctctac gagaagctgg gcatctccgt cgagaacatc      720

acctcggccg atgccaagga ctccggcgcc ggcaaccgcc cgctcaccga ggaggagcgc      780

gcctggtacc aggatcaggt cgatcagatc aacgaggtgt tcatcaactt cgtcgccgag      840

ggccgcgaca tgccggtgga agaggtgcgc gcgctggcca cgggccttac gttcaccggc      900

atggacgccg tggaaaacgg gctggccgac gagctgggaa cgcttgagac cgccgtggcc      960

aaggcctgcg agctggccgg tattgccgat gctgataccg tgtatctgca gtcgtccacg     1020

agcgatttgt cgcgccttct ggatatcatg ggcaccgaag attctctgga cgtttccggg     1080

acactgaagg agttggagaa ccgtgtcgga cttgaatag                            1119


<210>  1613
<211>  1518
<212>  DNA
<213>  Eggerthella

<400>  1613
atggccgatt tgaacgagat gctcgtcgct tggactggtg agatcgactc ctttatgtac       60

acctacattc tggtgatctt gctggtgttc gtgggcatct actacaccat ccgcaccaag      120

gcggtgcaaa ttcgctacat caaggacatg ttcactcagc tgacggagaa aaagcatgtc      180

cagggcgaga aatccatctc gtccttccag gccctcatgg tgtccaccgc ctcgcgcgtg      240

ggcacgggca acatcgccgg catcgccacg gccgtggcca cgggcggtcc gggcgccatc      300

ttctggatgt ggctcatggc gcttatcggc gcggcttcag ccttcatcga gtccacgctc      360

gcgcagatct acaagattcg cggcaaggaa ggcgagttcc gcggcggtcc ggcctactac      420

attcagcagg gcctggggca gcgctggctc ggcatcatct tcgcctgggc gctcatcctg      480

tgcttcgcct tcggcttcaa cggcctgcag gcgttcaaca tgacttcggc gctcgagtac      540

tacatccccg actacgccac caacggcacg gcggtcggcg tgggcatcgt gctcatcgtg      600

ttcaccgctt tcgtcatttt cggcggcgcg aagcgcatct ccatcatcac ctccatcatc      660

gtgcccatca tggctatcgc ccaccttctc attgcgctgt ggaccacgat cgccaacatc      720

ggcgagctgc cggccgtgtt cggcaccatc ttccagtcgg ctttcaactt ccagtccatc      780

gcgggcggct ttgccggctc ggtggttatg ctcggcatca agcgcggtct gttctccaat      840

gaggccggca tgggctcggc cccgaacgcc gccgccaccg ccagcgtgtc gcatccggtg      900

aagcagggcc tcgtgcagag cctgtccgtg tacatcgata cgctgctcat ctgcacctgc      960

tccgctatga tggtcatggt gttcttgggc caggatcccg agtccgccat ggcgctcaac     1020

ggcatgccgc tcgtgcagat ggccgtgaac aacgccgtcg gcgaggttgg catccacttc     1080

atcaccttcg cgatcttcgc cttcgcgttc tccagcctca tcggcaacta cttctatgcc     1140

gagacgaact tccgctacat cttcaagaat accaagtggg gcatgctcat cttccgcgtg     1200

ctgtgtctgg ccgccatctt ctacggctgc gtgaacagct tcgatctggc gtggaatttg     1260

gccgacatct tcatgggctt catggccatc atcaaccttg tggccattct gctgctcggc     1320

aagtgggcct tggccgcgct ggatgactac actcgccagc gcaaggaggg caaggatccg     1380

gtgttcatcg ccgccagcgt gcccggcatg cccgcctgcg agtgctggac caccgcggat     1440

ctgccgaact tcggagacaa tcctgtggag gagtacatcg aggaagccgc atcgctcgac     1500

tcggagggct tgaggtag                                                   1518


<210>  1614
<211>  1377
<212>  DNA
<213>  Eggerthella

<400>  1614
cgccaggcga tgatcgtggt gctgttcgcg tgcaacctgc ttgcctcttt gatgcagtcg       60

ctcatgaacg tcgcgctcga ctatgtttcg gcagagtacc acgtgagcct gtccgaggcg      120

aacctgctgg tgctcggcta ttccatcgtg gcgggtattg tcattgtgct cgcagccctc      180

tcgctccacc gcttcggttt gaggaaggtc atgctcttcg ggctgatcgt gtcgttcgtc      240

ggctcgctgc tcggcgttct ggcctgggat tttccctctt tggtggcggc gcgactcatt      300

caggccgttg ccaccggcct ttatttcccc gtggtgaacg aagcgctgct caatctttcg      360

cctaaaaacg gcgccggccg cctgctcgct atcaatagcg gcattatcgg aatagggctt      420

gcggtggctc ccatcgtttc aggtctcgtc atcacctatt gggggttgcg ggtgctgttc      480

gccattcccg cggtgacggc attcgtcctc tttttcattg cgcgtcgcac gatcgtcgat      540

attatgccgc gtcagaagtt gcccgtcgac gtgctgagcg tcgtgctcat tgccgtgggg      600

ctttccgcct tcatgatcgg cttgaacgag gttacgcgca acccgctgcc gatggtggcg      660

ctcatgatcg cgggaattgc cgtgtgtgcg tggttcatcc accgtcaagg acgcctcgcc      720

catccgcttt tggacatgcg tccgcttcgc aacaagacct atgctctggg cgagaccctc      780

atcgttctca gctatatgag ctcaatttac ctcagtctgc tcattccgct ttatttggaa      840

ggggtggcgg gtttcacgcc gttcatcgct ggttgcttgc tggctccggc gacgctgtgc      900

tatgcgggtc tgtgctttgt cagcggccgg atgctcggga aggcgggggt gtggccgctt      960

gtacccgtcg gattcggcgt gtgccttgtc gggttcgtgg cgcttgcggt gctcacgcgg     1020

ctcgatcttg cgctggccat cgtgggctgc atggcgcttg cgtgcgcggg aatcggcacc     1080

gagtatcctg cgattaagag cgtcgatctg gaggtgctcg cgcccgagct gtccgcaagt     1140

ggatcgtcga tccattccac gttggagcag atcgcaggat ctatttcggc ggcgctcttc     1200

gtcggtctca tgtcggggca ggttcaccgc ctgatggccg atggcatggc gaaagcgcag     1260

gcctacagcg caggtttctc gaccaccgtg tacctggcgg tcgcctttgt agtggtagcg     1320

gccatcttat cggtggttta cgcgcgccat gtggtcaagc tgacccgtgg gaagtag        1377


<210>  1615
<211>  2043
<212>  DNA
<213>  Eggerthella

<400>  1615
gtggaagcgc tgaccctcgg tctgctcctg ctcgtcgccg tcttggcgtc ctcgctcatc       60

gaccagatta tcccgcgcgt ctcgcttccg ctcatccaga tcgtcatcgg gctcctcatt      120

gccgttgtgg ccggcggcga ggtggaggtg acgctcgacc cggagctgtt cctcgtcatg      180

ttcatcgcgc ctttgctcta cgacgaggcg aagcacgccg acaagcaggc gctctggcgc      240

gagcgcaagc ccgtgctctc cctggccata ggcctggtgg tggccacgac gctcgtcatc      300

ggcttcctgc cgcacgcgtt cgtgccctcc attccgctgg cggcggcctt cgccctgggc      360

gcggccttgg gtcccaccga cgccgtggcg gtctcgtcgc tttcgaagca ggtggacatc      420

ccgaagcgcc aggcctccat gttgaagggc gagctgctct tgaacgacgc ctcgggtatc      480

gtgtccttcc aattcgccat tgccgccgtg gtcaccggat cgttctccct ggttgacgcc      540

ggggtcgact tcctcgtgga attcgtcggc ggcctgctgc tcggtattct gctggggctg      600

ctcggcaatt gggtcgtcaa gcgcgcccgc tccatcggcg tggagaacac gaacttccac      660

gtgctcttcg aagtgctcat tcccttcctc atctacctgg tggccaacgt gtgccacgtc      720

tccggcgtca tcgccgtggt ggtggccggg ctcatcaacg tcacgtctcc caagggggtt      780

atcgggcctt cggtctcgcg catgaacatc gtctcgggca gcgtgtggca cgtgctcacc      840

tacgccctga acggcatcgt gttcgtgctt ctgggaactc agctgcccct ggccatgcag      900

gacacgtggg agaacgtgcg catcacgaac tccacgctca tcctgctcgt cttcgggctc      960

accttcgtgc ttctggccac gcgatttctg tgggtgctcg ccatggatct ctaccatgtg     1020

cgccgcgacg agaagcgccg cttcgggaaa ggcgatctgc gcagcgcgct catcacgacg     1080

ttttgcgggg ccaagggcac catcacgctc tccattatgt tctccattcc cacctatgcc     1140

gtctacgggc cgcccaacgt gcccttcccc cagcgcgagc tgctgatctt cctcgcctgc     1200

ggcgtcatcg tgtgcacgct gcttctggcc accttcgtcg tgccgcttct ggcgccggct     1260

cgcgacaaag gggaggagga gctgcgccgc atcgaccagg acgccgccac caccatggac     1320

atcatgcgcg aggtcatcga gatgctcgcg gcccagcaga cgcgggagaa ccgcgcggag     1380

acccgggccg tcatccgctc ctacaacgac cgcctcgcgc gcatcaaggc caacaatggc     1440

atcgagagcg aaatgaacgt ggagctgcgc gtccaggccc tgatgtggga gtacgagcgc     1500

gccatggagc tgatggagcg cggcgtcgtc tccggcgtgg tggcctaccg ctacatgggg     1560

cgcctcgaac aggccatgca gcttctgcag cacggcaagg ggcacggcac gttgaagcgt     1620

tggaacggcc gcttccgggc gctgtggcac cgcggcgtgc gcgcggtgct gcgcgagctg     1680

ccgggcaaca cggagctggc cgagcagacc gaggaaatgc gctggctgca gacggccacg     1740

cgcacctatg ccgtggagca tttggaagcg gccgtcgctt ccagccaggt gcccaccgag     1800

gacgcggcgg cggtgctcgt ggagtaccag cgctcggtgg cggcgctgca cgatgcgcgg     1860

cccacggtga cctcggtcat caaggccggc gaccgcaccg aggacatcaa gcgcaaggcc     1920

tataccttcg agctggagca gatccagagc gcctacgagg acgaccggct ctcccgcgcc     1980

catgcccagc gcatgcgcga gagcgtccag ctcatgcaga tggatctgga ggactccgta     2040

tag                                                                   2043


<210>  1616
<211>  2262
<212>  DNA
<213>  Eggerthella

<400>  1616
gcctcgatgg tcgaggatgg gcggcttccc gccatgggtg tgactgtttg cgattgcctg       60

gacgtctcgg gagggcttcg gcaccttctg acggctttgg gcgcttccgc ggaaggcgat      120

gaggctcttg ccgcggtttc ctgtcttccg gaagacgtgg agccgggcgt gctgatcgcc      180

gcaggagcgg cggcgatgcc cgggcttctg ctcgacgata tactgcgcgc cggtcgtgcg      240

ggcgcaagaa gcgttctggt ggtgggcgcc gaccctgcag agctgttcgg cgtgttggga      300

gcgcctttgt gcgccagcgg ttgggcggtg gcgcttcggg gcaccgcgcc ctggagggcc      360

accgccttcg ggcgcgcttg ggaatgcgcg cggcggctgg aggaggggag cccccactgg      420

ctcgaggcag ccactgattt cgcctacaac cccttttcgg gtatcgctga gcgaaaggcg      480

cgggatctca acgggcgtct gcgcaaagac cgcttgctga ctgccaccga tgccgccgag      540

atcctcgcgg gggagagcga ctcgttttcc gctctggccc tcgccgtgcg cgccgtggct      600

tgcggcgaaa gcgttcctcc tcgtattctc gacgcccttt ccagcgccgt cggtgccgcc      660

tcgtcggacg cgctggagcg tgccgtcgag cgcgccgcct tcgacaagct ctgcggtctg      720

cttgccctgg cggaggggct gggcgtgtcg acctgcgcgc tgacgccgct gcttgccgat      780

gccacgctga gcgtcgaggg ctcctccggg acggacggcc ccctctgcga aatcgccggt      840

gcggccgtac tggactcgct cgtgccgaaa agctgggatg tggtgatcct ggcggacgtc      900

agcgcgcgca ccttcggcat ctccgagagc ctatcggctt tggacggcct cgccgagacg      960

ctcggacttc cccgagagcc ttcggcgctc tggcgccagc gctcgcggtt cgcggcggca     1020

cagcgggccg cccgccggcg atttgtcctg ggcgtgagcc ggcgcgacga gcgggaaaac     1080

gagctgttcc cctcctttct gctggaagag ttcgcgagcg cccaggcccg ggccggcgcc     1140

gaccgggcct tagcggccgg cgatgaggag ctggccttgc gttggggccg ccctgaccct     1200

gcgcgcttcg gactccccga gcccttggcc gccagcgccc gatgcgccgg cgaaggcgac     1260

ttgccgcaag cgcttggcgc cgccttcgcc ccggtgacgg gatgcgagga gcttctccgc     1320

ccgtcgcggg gcagcctgcg gtcgcttccg cttcttcgct accttccgcg cacgcccgag     1380

ggtctgcccg tgatctctcc ctcggcgatc gagcagtacc tccactgccc ctatcggtgg     1440

ttcgtgcagt cgtgcattcg acccgaggct cccgacgaga ggttcgggcc gcgggagctg     1500

ggcaatttcg cccatgaagc ctttgcccgc ttctacgaca ggctcgccga ggagggcgtg     1560

cgacgcgtgg acgcggagaa catcgaggcc atggtgcccc ggttcgaggc gctcgtggac     1620

gagcttgtcc gcgagcagcc cgagcgccga gggggctctc gccttgcggc gacgacgcgc     1680

gaggagcggc agcgggtggc gcagctcaag cgccaactgg ttcacagcct gcgcctgcag     1740

gcccagatgc ccccgggcta cgaagtggtc ttctgcgagc atcccatcga ggtcgccgac     1800

ggcgtggact ttgccggcgt ccggctgcgg gggcgcgtcg accgcgtcga tgccgacgca     1860

gagcggggac gtttcgtggt gatcgactac aagggatcgt ccaaggacta cgcatccggc     1920

ctgaaggagg gcgacgagcc gtccgtgccg catcacgtgc aggggctcat ctacgcccag     1980

gcgcttttgc gcaccgacct cggcctcgcc tgcgccgggg cgctgtactt gggctaccgg     2040

gcgcagagtc ccaaggaact gttggcgggg gcctacgacg gtgcggcctt cgaccctgcg     2100

ggcctgtctt ccagaagctc ggcggtggcc atgaacttct ccgcctatct ggatgccatc     2160

gaggccttgg tggccgatcg gttggcggcg ctttccgagg gggccatccc cgtgagcccg     2220

tccgcaccga aagcttgtga attctgtccc gcctacgatt gc                        2262


<210>  1617
<211>  873
<212>  DNA
<213>  Eggerthella

<400>  1617
atgctcgaga aggtcaagtt caacaagaag cccatgaaga aggcggaata caaggagcag       60

tgggacgaac ttctggccaa gctcgtggtg ctccagcagc aggcccacaa cgagggcggg      120

gggctcctgg tgctgtttga gggctggaac ggcgccggta agggcagccg catttccgac      180

ctcatgtacc acttggacgc ccgctccacc ggggtttacg tggggctcga cctcgatccg      240

gacaccgagc gcgagttcgt cggccgcgaa tgcggcgtga cgggtttcta ccccattatg      300

cagcccttct ggaaggccct gggcgagcgc aactccatca cgttctacga tcgcggctgg      360

tacacggcgg tcatccagca tatgctctac aacgcgccgg ccaagctgct gcttcccaag      420

aaagaggagc gccactactt ggactccgtc cacgacttcg agcagcagct tgtgtccgat      480

ggctacgtgg tggtgaagtt cttcgtgcat atgaccaaga aagcgcaggt cgagcgcttg      540

cagcggctgc acgacgaccc ggtgacccgc tggcgcgtga ccgagaagaa gctcgaaagc      600

catcacggtt acgagactgc ctacgagctg tacgaccgtc tgctcgagcg cagcgattac      660

gacttcgccc cctgggtgct gcttaacggc gaggacaagc gtcgcacgaa cctcaccatc      720

gccagcacgc tggtgggcgc cctggagcgc gcgctcgccc gcaaggaggc cgacgacgtg      780

ctgaaggcgt cgctggcggc ccgcgagaag gccgacgagc ttttggcgga ggagcgcgcc      840

gtggaggtgg ccgccgctgc cgaggcggcg ggc                                   873


<210>  1618
<211>  726
<212>  DNA
<213>  Eggerthella

<400>  1618
ttggaggacg acgtgcttaa cgcaattatc gttgacgacg aggcgcctgc ccgttctgaa       60

ctgcgctttc ttctcgatga ggtcggcgga gttgaagtga cagccgaagc tgccaacgtg      120

cgcgaggcta tcgagaagct gaaagagtat ccctgcgacg ttatgttcat ggatgtgaac      180

atgcccgagg ccactggcct tcaactggcc gaggctctgc agcatctgaa gttccctccg      240

gcggtggtgt tcgtgaccgc ctattccgag cacgcgctgg acgccttcaa ggtgagcgct      300

atcgattatc tggttaagcc ggtggagacc gagcgcttgg ctcaggccat cgcccgcgta      360

cgcgagcagg tggctctgca cttgcaggct cacaagtccg agcgcatccc ggtggaaaag      420

ggcggcaaga agattctcat cggcatcgat aagatccgtt tcgtcatggc tcgcgatgac      480

tacgcttacc tgcagaccga taccgaccgt tacttctcca cggtgagcct ggcccagctg      540

gagaagcgcc tcgacggcca cgggttcttc cgcgtacacc gcggctattt ggtgaacctg      600

tccatggtgg aggagatcga gtccgtttcc ggtggtacgc tgctgctgac tttgaacggc      660

gtggaggaga agattcccgt ttcgcgccgc cgcgtcagct ccctgaagaa ggcgctgaac      720

ctgtag                                                                 726


<210>  1619
<211>  2211
<212>  DNA
<213>  Eggerthella

<400>  1619
gtggatgcgg aacatgacga agccctgctt cggtctgcag acgcagatgc cgatgcggac       60

accgatggag gatcccctag catagaagcg gaagagcaag cccaccttga cgaggtgttg      120

ggtgcggtgc gcgcggccgt cgatcgagcg cgcgggttgg ccgagcgtac ggaggcgagc      180

catcgcgagg cgggggcgca gctggcggcc tcgcgtggcg aattggcgcc ggaggaggcg      240

catctttctg cctatgagct gaaccgcatg gacgcccagg ccgctttggc ccatcgctcc      300

caaggccggt tggagaagct gctcgattcg ccctacttcg cccgggtcga tttcgtcgaa      360

ggcgaggaag gggcgtcctc atctgccggt tcggccgaag gcgagacggc ggccgcacgc      420

cagatcacct acctcgggcg cttcgccctc acctgggaga accaggcgct catctccgat      480

tggcgaagcc cggtggccgc gctgttctac gacttcgagc cggggccggc cgccttcgag      540

gcaccggccg ggcgccggga gggaacgctc gcgctcaagc ggcagatctc catcgaggag      600

gggcagctgc gctacgcggt ggactccagc tccagcgtgc gcgacgaggt actcgcgacg      660

gttctcgggc gcacgtctga cgcgaagatg catgatatcg tctcctccat ccagcgcgag      720

cagaacgccg tcattcgcga tgaggcgccc ggcacgctta tcattcaggg cgtggccggc      780

tcgggcaaga cttccatcgc gctgcaccgg gttgcctacc tgttgtatcg ccagaaagag      840

cggctgacct cgcagtcggt ggccatcctc tcgccgagcc gggtgttctc cgactacatt      900

tccggggtgc tgccggagct gggcgaggag ccagtgcggc agtggagcct gcacgacttg      960

gcggccctcc ttttggaagg gatcacgaaa gtggcgctcc cggtgtcggc tgccgatgag     1020

gccgacccgg ttcgggcggc ccgtgctgcc gccaagggca ccgaggcgtt cgctgcctcg     1080

ttgacggcgt ggctcggcgc tcagctgggg gagaagggct ccggcgatgg gaaggtggcg     1140

gcatcggagc tcttcgagcc gcgcgacttg gccgtcgggg gcgacgtggc cgaggcgtcc     1200

tggctcgccg agcgctttgc ggcttacgcg ccggtgccct tcgatgagcg cctcgacctt     1260

atcgccggcg acgcgttgga gttggcccat ggcaagacct tcggccgcta tgtccacacc     1320

atgccgacgc gccgcgagct gcgcgggcgg ctcctgcgca tgatgcgggc caagaacccg     1380

ctggcgctgt acaagcgctt tttggccgac acgggccaga gcgccctgtt taaggcgccg     1440

gccaagggcg tggtggaatg ggaggacgcc ttcctcgtcg tgctgtgcgc cctggccttc     1500

gcgggccccg acggattcgc ccccacttct gccgtgcgcc atctggtcat cgacgagatg     1560

caggatctga cgccggtgca gcacgaggcc atctcccgcc tgttccgctg cgatcgcact     1620

atcctggggg atgtgaacca gctcgtggac ggccgtgcgg tgtcggcgcc cgaggcggtg     1680

gcggcccatt atccgggcgc gagggtggtg cggctcatga cgagttaccg ttcgaccagc     1740

gagatcaccg agctggccgc ccgggtgatg cccgttgcgg gtctcgtcgc cgtccagcgc     1800

catggggagg cggtgcgctt tgcgcgctgc ggcgacaccg tgggggtgct cgcggcggtg     1860

gacgaagcca tcgagcggtg gcgtgcctcg gggcggcgca ccttgggagt catcgcgaaa     1920

tcggacttcc tcgccgcccg ctacgctgag ctcattgcgc gcgatcacga ccttacgctg     1980

ctcaccgatg aaacggacgc ctacccgggc ggtatcgtcg tcagctcggt gcgcctagcc     2040

aagggcctcg agttcgacga ggcggtgctg ctggacgccg acggccccca gtacgccacc     2100

gaggccgatc gcaacctgct ctacgtggcc gtcacccgcg ccatgcacgc cctgaccgtc     2160

ctctaccgcg acgaaccgag cccgtttctg ggggagaagc ggctgcgtta g              2211


<210>  1620
<211>  915
<212>  DNA
<213>  Eggerthella

<400>  1620
ttggcccact ctcgggcaat tggagccggc actgcggcgc tgtcccagaa acgtcaagac       60

gccgatcgct tcgcgcaaat agccgccatc gccgcgaagc agccgtttgt gcgcatgcac      120

gaaatgcccc tcgctaatcc acccccaatg ggctacactt cgtccttgtc gcatttctca      180

tacaacgatt ggggtggttt gagcttgtct gccaaagatg cgctccctcc gggcagcgaa      240

gacttttttc cgccgactcc tcctgacggg acgatcggca acctccgcaa gagcaagatc      300

agcgctcttg gcattgcgtt catgctcttc tgcctggtat cggccggtgc cttcggcatc      360

gaggagatca ttccctccgc aggtcccggc ctcaccctta tcattctcat cgtgctgccc      420

ttcgtttggg cgcgccccat cagccgcctt gtggccgaag ccaacgccat cctgccgcgc      480

gagggcggca tctacgcctg ggccaaagag accttcgggg aattctgggg ctttcaggcc      540

ggctggtgga cctctatgga cacctacatc tcatcgggcg cctacatcgc catggtcggc      600

ggctacacct cgcagctgct ctcgttggac gatgcaggca ccttcggcgt gaagctgctc      660

gtcgtggcga gtttcaccgt tatcaacctg gtgggactcg tggaagttga gcgcatcagc      720

tcgtttttct cggtgctcat tatcctcgtg ttcggcatgg ccgtcgtgtt cggcctcgtc      780

aactggcaaa ccaacccctt cgaccccatc ttcgccacgc cggaagcgcc catgagctgc      840

ttggtggact cgctttccat cggcatctgg atgtactgcg gctacgagtg catcgccgcc      900

atgtccggcg aatac                                                       915


<210>  1621
<211>  1536
<212>  DNA
<213>  Eggerthella

<400>  1621
atggcaacct cggcgccctc catatttccc gctttagccc agctcgacat cggcgacgtt       60

ctcgctcata tgccaggcgg ctttttcgtc taccatgccg atggcgacga ggcggtggtc      120

tacgtcaacg aggcctgcct gcgcatcttc ggctgcgctg acgaggagca gttcgtcgcg      180

ctgacgggcg gcaccttccc cggcatggtg caccccgagg acatcgaggc cgtggagcac      240

tccatcagcc gtcagattca ggccgaccgg tactccatgg actacgtgga gtaccgcatc      300

atccgccgcg acggctcggt gcgttggata gaggactacg gccaccacgt cacgttggac      360

gcgggcgagt tcttctacgt gttcatcaac gacgccacgg acaagctgcg cgagcgggcc      420

gacgagctgg aggcggtgaa cgcccagctg cgcgaggcct atgcccgcga actcgagcac      480

cgtaccatgc tgcgcaacgc cctttccgag gccgaggccg ccaacgtggc gaaaaacacg      540

ttcctctcga atatgtccca cgacatccgc acgccgctga acgccgtggt gggctacgcg      600

tcgctcatct cggcccatgg tggcgaggcc gagcgggtgc gcgcctacag cgacaaagtg      660

ctggccgctt ccgagcagct gctcgacgtg gtgaacgaga cgctggagat cagccgcatg      720

gaagcgggcc atgtgcagct ggccgaggcg gaatgctcgc tttccgagct ggttctgcag      780

gcgcgcatgg acatggtgga tctggcggac cgcgccgacg tcaccctggc ctgcgacatt      840

gagcctctgg cccacgatcg cgtgctcgtg gatgccgtgc gcctgtccca cgtgctcacc      900

cagctggtgg acaacgccat caagtactcg ccggctggca gcaccgtgcg catcagcgtg      960

gccgagaacg ccggcgcgcc ccagggcttc gccagcttcc gcttcgtcgt ggccgataag     1020

ggcgtaggga tggagcccgc gttcatggag cgcatgttca tgcccttcga acgggagagc     1080

aacaccacgg cttcgggcgt tcagggcacg ggactcgggc tcaccatcgt gcgcaacgtg     1140

ctcgatctta tggaaggcga gcttgctgtg gaaagcgcgc cgggggaggg ctccactttc     1200

acggtggaca tcaccttccg ccaggctccg gccgacgtgg ccgccgaagc gccgcgtccg     1260

agccgcgggc ggggcccggt gcaccgcatt ctgctcgtgg aggacaacga gctcaaccgc     1320

gagatcgcct gctgtcttct ggacgacgcg ggctatgcgg tggacacggc ggaaaacggc     1380

gaggtggccg tggggatgat cgaggaggcc gatgcgtgcg cctacgactt ggtgctcatg     1440

gacattcaga tgccggtcat ggacggctat gccgccaccc gcgccatccg cgcgctgccc     1500

gacccgctgc gcgcatcgct gcccatcatc gccgtg                               1536


<210>  1622
<211>  1944
<212>  DNA
<213>  Eggerthella

<400>  1622
atgagcgcgc cgaacgtgcc cccgcaggtg cccgcgcccg cgccgaacgt gccccctgcg       60

gcggctgccc catcgactga gctgccgcgc caccatgtgc accacagcta tatctggctc      120

gaaagcgtgc gcacgatctt catcattgcc gtatgcgttg tggtggcgaa cttctccacc      180

atcattgggc tcgttgccga agagggcatg ggcgccgagg ccgggttcat catggcggtg      240

gctggcatcg gcacgctggt ggtcatcctc attacgtttg gcatcgtcgc cgggctgcgc      300

gtcgttggct acaagcacct gtacttcacc gtcggccccg acgagttcac gctgtgctcc      360

ggcatcttca acaagaagca ggtgcacgtg ccctaccagc gggtccagtc cgtggaccag      420

cgggcgacgc tccttcagcg attgttcggc gtgtgcacgg tttccatcga tacggccggc      480

ggcgcggcga acaaggccgt cgtggtgccc tacgtcacca aggcccaggc cgagtggctg      540

cgcgccgagc tctacaaccg caagaatgct ctggccgctc aggctgccgt tgcgtcgggc      600

atggcgggtg cagcgagtac ggccgcgacg ggcatggcgg gtgcgggcgc cccggttccg      660

cagtcggcgg aggccggcat tgcggctatg gcccaggggg cggcggcctt tgccggcaac      720

gtgccgagcc cggccgtcgc gggcaacgtg ctcgatgtgg gcggtgaggc atggaaccaa      780

gtgggcggtg tgttcgccgg ccctgctcaa gataccggcc gcgttaccta cgagtacggt      840

ctcactaaca aggagctgtt ctttgcgggt ctttccaaca ccacatcggt ggggctcatc      900

ttcgccggtc tggttgtcgg cgtgctgcaa atcgtcggtt tcatcttcga cgtgatgggg      960

gatgcagccg atggcgctgt ggaaagtgcc ctagtttttg ccggctccca ggcttcggcc     1020

tacctgatcg gggccgtttc ggtggggatc atcgtgctgg tgctcgtgct gtgggtgttc     1080

tcggcgttgg gttcctgcat cggctacggc ggcttcaagg cgcgccgtcg caacaaccgt     1140

atcgaggtgg aacacggctt gctgcagcat accttccaag gcatcgacat cgaccgcgtg     1200

cagtccgtgg tcgtgaagca gagctttatc cgccgtctgc tcggctactg cgagctgtct     1260

ctcggcaaga ttgacgccgc cacgggcgag gatagcggca ataagcagaa cactctggcc     1320

aatcagggga tcatcatcca ccccttcgtg aagatgaacc gtgtgccgga aatcctcgcc     1380

gggctcgtgc cggagttctc cgatcttccc caggaggcga agcccgtcgc gaaggtggcg     1440

ctgcgccgag ccgtgctgcg ccagagcatc tggttcggcg gcggcttctg gctggccgtg     1500

gtagtcaccg tgtgcctagt ggttttcggt tgggtgaatg gagaagttgc gactggcggc     1560

atcgaactcg attccgagga tctgttcctt ctgagcattg ggtggaacgt gatcgtggtg     1620

ggtggctatg cgctggcggc cgtcctcttc atcgtcgata tagtgaacgc cgtgctgtgg     1680

gcccgcgagt ccagcttcgc ctacaaccac cgcttcatgc aggtgagcaa cggcggcctt     1740

tctcgagaaa cagtgagttt cccgcgccag aaaatccagt tcggctgcac gaagagcaac     1800

ccgttgcagc gccgtgcggg caccgacacg ctgctcgcca cgacggcggc cggttccggc     1860

ggcaccacga cgacgctcat cgacgcctcc cacgccgacg ccatggcgtg gctcgactgg     1920

ctgaagcccg gcggcaacca gtaa                                            1944


<210>  1623
<211>  972
<212>  DNA
<213>  Eggerthella

<400>  1623
aacctcggca ccatcgccca ttccgactct ttcgaattca aagctgccca ggccgaggcc       60

gctgccgaaa gcgagcccgg cgaggcgaag ggcctcgacg acctcaccga tgtggacatc      120

atcggccagt tcggcgtcgg tttctactcc gccttcatgg tgggcaagaa ggtgcgcgtc      180

gtctcccgcg ccatcggaag cgacgaggcc tgggcctggg agtccgacgg catcgacggc      240

tacgacatca agccggccga gcgcgccgag catggcaccg acgtcatcgt gtacctgaag      300

gacgacaccg ccgacgagtc cttcggcacc ttcgccagcg agcacgggct cacgcagctc      360

atcaagcgct acagcaacta cgtgcgctat cccatcaaga tggaagtgat gaagagccgc      420

aaggtggagg cccccgagcc ggccgagggc gaggaagccc ccgcgccgca gtgggagagc      480

tacaccgagg tggagaccat caactccatg atccccatct ggaagcgcaa gaagtccgaa      540

gtctctcagg aagagtacga cgagttctac aagaccgact tccacgactt cgaaaacccg      600

gcccgcacta tctccgtgca cgcggaaggg tcgctcaact acgacgccct catgttcgtg      660

ccgagccgcg cgccgtggga catgtactcg aaggactaca agcgcgggct cgccctgtac      720

tcctccaacg tgctcatcat ggacaagtgc gaggagcttc tgcccgacta cttcggcttc      780

gtgcgcggcg tggttgattc ctccgacctc acgctgaaca tctcccgcga gacgctgcag      840

cacaacggcc aactgcgcgc catcgcccgg cgtctcgaga agaagatcaa ggccgatctg      900

gcgaacatgc gcgacgatga ccgtgaggcc tacgaggagt tcttcaagca gttcggccgt      960

acgctgaagt tc                                                          972


<210>  1624
<211>  1887
<212>  DNA
<213>  Eggerthella

<400>  1624
cgccaacaga agaagctcgc gaagaagttt tcgaagatgc aggagaagga ggaggcccgc       60

aaggccaagg agctcctgcg ggccgagaag gagcgcctgc gcgccgaaac ggctgcggag      120

aaggagcgtt tgcgcgccgc cgaggccgag gcccgcgagc agcggcggat agccgaggag      180

gaggcccgcg aggcccggcg cgctgccgag gctgccgagc gggaagaacg cgagcggctt      240

gagcaagagc gggtggctgc cgcgacagca gctgcggccg tggcagccga gactgccgag      300

atggaagaaa cgcctgaatt cacgacgccc ggcgaggatg cccctgttgc tgagaacgag      360

gcctccaagg ctggcgatgc gtccggtgtc gccttcggtg cgattcctgg cgccgtcgcc      420

ggcttcgcag ctgcagacgc aaccgccaag gacgacgatc tcgacgaggt gctgtccagc      480

ggggacgagg tagtgagcct gttcgagcgg tcgggcaagc gtccggcgcg catgggctcc      540

catgcggcgc ggccctccgt gaatcgtcag ggccgcggtc gctcccgtaa gacccaggat      600

gaggcggggg cgactccgga gaccccggtg gtgcaagagg caccgcaagc gtcgcccaat      660

gagtcggccg acgcttgcgc cgccgaggaa acggctctca tggaggccgc ctccgccatt      720

gtcgtcgccg accaggcggc agtcacgact gccgaggccg aggaagcgct cacgccccgg      780

gccaccggcg agctggcctt cccctcgacc atcgaggagg aaacccctga gctggaatct      840

tccataggtt tctcggcgcc cgaagaggcc gcgccggttc gcgatggcgc cgatggggag      900

gctcccttcc cagggccctc cgcacggccc ccgcgcgcca agggcccgat catcgccgcc      960

gcatgcatcg ccctggccgt ggtgctggcg gccgtagcgg gtggtaccta tatggccgag     1020

ctgtggggcg gcaagaccat ccccgaggta gtgggcctct cccagcccga ggcggtcgac     1080

gccttggcag ccaaggggtt cgttgcgcag gccgtcgaag tgaagtccga cgatccccag     1140

ggcacggtgc tctcgagcga tcccgagcag gggcatcgcg cggaagaggg cagcaccgtg     1200

acgctctccg tggccgtacc gcgcatcgtg ccggccatcg tgggcgccac cagcgaagag     1260

gccgcccagg ctctggaggc cgaagggttc acggcggtca cctacaccga ggagaagtcg     1320

aacgaggccg cgggcaccgt gctggccgtg agcccggaag cgggcacgga ggcgaaatcc     1380

ggcgacgcta tcaccgtcac cgtggccgtt ccctacaccg tacccgatgt ggagggcatg     1440

tccgaagccg acgccaaggc cgcgcttcaa gccgagggct acgaggtgac gagcgagtgg     1500

tacaccaccg aggacatcga ggagggcacc gccgtctcca ccgacccggc cgccggcagc     1560

gagctgaact ccggctccga ggtcacgctg tatgtcgccc actcccgcgg caccgagctg     1620

gtggacctca cccgcgagat cctgcccgga gccaacctca ccaacgacga gggcagcttc     1680

aaggtggaga acatcaagag ctgcacctac cgcggcgacg gcgaggtgct ctacaccgtg     1740

gaggcgcgcc agtacgaggt ggtcacgatg cccttcggcc tgggccagga aacggtgttc     1800

gccaagaagc tcaccaccat cgagggcggc atcgtgtgga acgacgacaa cgaggtctcc     1860

tacgccagcc cctccatccg ctactag                                         1887


<210>  1625
<211>  2247
<212>  DNA
<213>  Eggerthella

<400>  1625
gccatgacgc tgcccatggc gttcggctcg ccgacggtgt tcgagcccgg ctgcgcccag       60

tgctatctgc cccgttgggc cctctcgaag ctcttctacg gcggcgacga ccagtccatc      120

gcggacaacg ccgtgcagga gatcttcaag gtgaacgaca ataagaccga gatcgtggtc      180

atctggggcg cccagccctc cgtgtccgag accgccgagt ccggccgcgg catggcggag      240

cttcgcgccg ccggcgtgaa gaccgtggtc gtcgacccga acttctcgcc cgacgccgtg      300

aaggccgacg tgtggctgcc cgtgcgcccc ggcaccgaca cgaagctgct cctgtcctgg      360

ttccgctaca tcttcgagaa caagctctac gacgaggagt tcacgaagta ctggacgaac      420

ctgccgttcc tcatcgaccc cgacacgaag ctgccggtgc gcgcccagga gctgttcccg      480

gacttccagc agacgacgcc cgagaacact ccggcctacg tgtgcttcga tctgaagacg      540

aacgctgtgg cgcccttcga gtactccgct cccgccgatt cggccgtgga tcccgagatc      600

ttctgggctg gcgaattcaa tggcaagcag tacaagaccg ccggtcagat ctacaaggaa      660

gaggccgacc cctggacgct cgagaagacg gccgaggagt gctggcttca ggccgacaag      720

atcgaggagg ccatcaagct ctacgttgag aacaacggcg gcatcgccaa cggcgtggcc      780

tccgacatga ctgagtccgc ctcccaggtg ccgctcggct gcatgggcct cgactccatc      840

atgggccgca tcaacaagcc cggcgtcacc atgacccaaa agggcggcgg ctacttcgcc      900

accatgaccg acaccggcga gaccaagctg gtgcgcccgg tcacctacaa caacggcttc      960

ggcggcatgt tctccgacat gtacggcgtc ggcgcggtca tcggcatgtc cgatgccgag     1020

aacgaggcgc gcatcaagca gctcggcgag gccatgcccg actcccagcg catcctgaac     1080

aagcttctgc aggatcgtct gggcatgaag gatcacaagg gcctctacgc ctggtgccac     1140

tcccacatcc ccacggtgcg caacgccatc gccaccggcg agcccttcaa gccgcgcgtg     1200

tggttcgaca tgtccggcaa caagctggcc atgctcggca acgcgaagtc ctggtacgac     1260

gtgttccccg aggtggacta catcatcggt cagtacccga tgctcacctc cttccacatc     1320

gaggcgtgcg atctggtctt cccgctgcgc gagtggctgg aagagcccat ggtgaacatg     1380

acccagctgg acacccagtg gctgcagaac gagtgcgtgc acatcggcga gacggtgtcg     1440

cactccatcc cggcggccca ggtggtggcc aagtgccgcg agatgtgggg cggccacatc     1500

ccgaacggcc tggagctggg cgatggcacg gcttatctgg gcagcgccac cgaggccgag     1560

gtcaagcagg gcgttgccga cacgctcggc gctcccgact gggagaccct gcaggcgaac     1620

accgacgagt acgtgccgtt cgtgaccccc gattactgga actacaacca gcacgagcag     1680

atcgccgacg acggcctgcc ctccggcttc gccaccgagt cccgcaaggt ggagacctac     1740

tgccagatgc tcatccgcat ggctcgcaac gggtacccgt actgctatcc ggagccccag     1800

gaggcctgcg aggactacag ccccatctgc gtgcccatcg agccggccga gtccccctac     1860

gagggcatgg cgggctacga tcccgagtac ccgttcgtgc tcacgagcgg acgtgtgccc     1920

tacttccacc acggcaccat gcgccatgct cccttcagcc gcgagctgtt cccctgcgcc     1980

gagatccgca tcaacccggc ctcggccaag gagctgggca tcgagcacat ggactgggtc     2040

aaggtcacca gccgccgcgg cgaggtgcat gcccgcgcct atctgaccga gggcgtcaac     2100

cccaagaccg tgtggatgga gcgcttctgg aaccccgagt gcttcgacgc ctcccaggcc     2160

aaccccactg gtggctggcg cgagtgcaac gtcaacgtgc tcaccaagaa cgacgccccc     2220

ttcaccgagg tgtacggttc ctatacc                                         2247


<210>  1626
<211>  1266
<212>  DNA
<213>  Eggerthella

<400>  1626
atgctttcag aacgaatgct ttccaaggtg gtggaggctt gcacggccaa ctacctgcag       60

cttaagccct gcgacgaggc gttcatgccc tcgcccaacc cgggtcagcc ttacatgctg      120

tacatgcatg tgccgttctg cgagcgtctg tgcccctact gttccttcaa tcgcttcccc      180

ttccgcgagg atcgcgcgaa gccctacttc cagaacatgc gacgcgagat gcgcatgttg      240

aaagatcttg gctacgattt cgattctgtc tacatcggcg gcggcacgcc caccatcatg      300

atcgacgagc tgtgcgagac catcgacatg gctcgcgacc tgttctcgat caaggaagtt      360

tctagcgaga cgaatccgaa tcacctcacc cacgagtatt tggagaagtt gaaaggacgc      420

gtgcagcgcc tttctgtggg ggtgcagtcc ttcgacgacg atctgctgcg ccaaatggat      480

cgctacgaca agtacggcag cggtcaggag attctcgagc gcattcagga ggcgagcccg      540

tacttcacct cgatgaacgc ggacatgatc ttcaacttcc cggcgcaaac cgaggacacg      600

ctcattcacg acattgagat ggtggtggct tccggcgcga gccagacgac attctatccg      660

ctgatggcct cgccgtcggt gcagcgctcg ctcgctgcca cggtgggcaa ggttgactac      720

aaccgcgagc gccgcttcta cgagatcatc tgcgatctgc tgctgggaga tttgcctggc      780

gggcagccgg gcctgttcga gttgggcagc gcctggacgt tcaaccgccg cggcaccggt      840

gcggccggcg aggacgccat gatcgacgag tacgtggtcg attacgagga gtacccggcc      900

atcggcagtg gcggcatcac ctatctgggc gagaacctgt acgtgaacac gttctcggtg      960

cgcgagtaca acacggccat cgaggcgggg catatgtcca tgatgggcaa gaccacgttc     1020

tcgctgcgcg accgcatgcg ctaccgcttt atgatgcagc tgttcggtct gcgtcttgat     1080

aagcgccagt tcgagcgcga tttcggtatg tcggtggaac gcggtctgcc cgtggaaatg     1140

ggcttcatgc gcgcgtgtgg ggctttcgcc accgacaacg ccgacgagct gacgctgacg     1200

ccgaagggcc gctacctggt ggtggtcatg atgcgccagt tcttcatcgg cgtgaacaac     1260

ctgcgc                                                                1266


<210>  1627
<211>  1167
<212>  DNA
<213>  Eggerthella

<400>  1627
gccattgtgc cagctttggg tggattctgg ctcgttgaga tcattccctc cgccgtgctt       60

ctatctgtcg catcgaccat ggggttcatg tacattgtcg attactgtcg ggccacttcc      120

gagaccgatt tctggaagca tgccgttccc ggatccctta tcgccgcctt tgttgtgttc      180

tttcccattg agaggttccc cctcgccggt tccgccctct gctgcctggt ttccctcgtg      240

tggtacatcg cgcatcgacg tctttcttcc tctttgacgg aatacgagac ggtattgcca      300

gagggagccg aggatcgacg tcggcttccc atggtgctgg gatcgacgac cgcgcttttg      360

ttcgccggtg gaatgatctg ccccattgtg atgaatccca cgagtttggc gagtgcgagc      420

tatacgatgc tctatattct ttcgctgctc tcgctgacca tcatcttgac gattacccca      480

gctcttggat gcctacggag catctattct tacgcgaagg tctgcgttgt cctgtcggca      540

ttggcttact gttttctggt atgtgccggc gatgccttgg tgggagcgac tgccgctgta      600

ctgcttggcg catttacggt caacgtgagc atgatgttct atgtgctcag ccagtgcctt      660

ggcgatcccc gtgtgcggtc tctgcgattc tggggtgcgg cacttctcgt gttcctcgcg      720

ttttttctcg gaattgccct cgcgtcgatg gcgatacatg cgtcgggtga cagggacatc      780

gatcggttcg tggttctctc gctctgctcg tacctgttct ttatcgtctg ctttcgtgaa      840

tcgtggtcgt tccagaagcc ccaggcactc gctgtgaagc gtattgccgt gacgccgctt      900

ttggctaact ccctcgagaa tgagctccat gaacgctgtc aggccatagc agatgtctac      960

cagctgaccg atcgggagac cgaggttctt acttgcttga gcgaagggtg gagcattccc     1020

gcggcggctc ggcgcctgat ggtctcgcag gataccgtgc gcacccatgt aaagcacatc     1080

tatgccaaga tcggcatcca ttcccgcgat gatttggttg aaatcattaa aatgcctgat     1140

gggagccttc tccctaaatc tgggtga                                         1167


<210>  1628
<211>  1356
<212>  DNA
<213>  Eggerthella

<400>  1628
atgaagaagc tgtctttcgc gaaatcgctt gcctcggtga gtcttgcggc cgtgtgcgcc       60

ctgggtatcg tcggttgctc cgagcagacc agcgacacgc ccacttatac gggtggtgtt      120

gcagccacgg tcaacggggt ggagattccc gaggacaagg ttacccaggc tatccaggac      180

attcgcgccc agatgagcct taccgatgag gacgcatggg gcaagtggct tgccgagaac      240

gactacacgc ccgagtcggt gcgcgaggag atcgtgaact cttatgtcga tcaggagctc      300

gtgaagcagg gcgccgattc cgagggaatc acggcggatt ccgcccaggt cgatcagtac      360

gtggaaacca tgcgtggcca ctatgactcc gataccgctt gggcagaggc gctggaggcc      420

gtgggcatga ccgaggacga gtaccgtgac aatatctcgc tgtcgctggt gtctcagcag      480

ctgcagcaga aggtgggcga gggcgctgct gagccgaccg acgaggaagt gcttgagagc      540

gccaagactt acgtgagctc ttacgacggc gcgaagaagt cttcccacat cttgttcgag      600

gcctccgatg aggctcaggc ccaggaagtg ctcgacaaga ttaacgcggg cgagcttgat      660

ttcgcgacgg cggccgagtc ctattccaag gacaccgctt ccgctgccga gggcggcaat      720

gtgggttggg atcgtctttc gaacctggtg accgagtaca ccacggcgct cgccgacctg      780

aacaagggtg acgtgagcgg gctggtgacc agcacctatg gcattcacat cattcagtgc      840

accgatgtgt tcgaggcccc cgaggagctg acgagcctcg atcagctgcc gaccgagttc      900

caggactcca tccgcgccat gctgcagtct tccaaccagt ccaacgcgta ctactcgtgg      960

ctggaggagc agcgtaacgc cgccgacatt cagatcaacg acatgcccga ggggctgccc     1020

tactgggtcg atatggcgaa ctatcccaag gaggaaagct ccgaggacag cacgggcgtg     1080

acggcggttg acgctgatgg caaccccatc gttcttgacg agggcgctgt cgaaggcgag     1140

ggcgccggcg agcaggccga cgcaagcgcc gagggcgagg agcccgtggc tgagggcgtc     1200

gatgagggcg ctgaaggtgc tgaagatgct gccgcggccg ctgccgatga ggctgctgcc     1260

gacgccgagg gcgcagcgcc tgctggcgac gacgccgagc agcctaccga aggcgcggcc     1320

gagggcatcc agcctgcgga gactcccgcc cagtag                               1356


<210>  1629
<211>  1590
<212>  DNA
<213>  Eggerthella

<400>  1629
gtgaccgtct cgccggacga cttcgccgcc attgaggccc gcatggccga gatcgccaag       60

tccggcgccg ccatcgtccg tcgcgaggtc agccgcgacg aggcgcggga gatcttcgcc      120

gaccagccgc tcaagctcga gctcatcgac gagctgcccg aggaagagac catctccatc      180

taccagctcg gcgacttcac cggcctgtgc cgcgggccgc acgtgcccga caccggcaag      240

ctcggcgcct acaagctcac caaggtggcc ggcgcctact ggaagggcga ctcggacaac      300

gagatgctca cccgcatcta cggcacggcg ttcttcagca aaaaggagct ggaagagtac      360

ctgcacaacc tggaggaggc cgagaagcgc gaccaccgca agctcgggcg cgagctgggc      420

atctacatga tggagcccat ggccggcgtg ggcctgccgc tgtacctccc taagggcgcg      480

cgcgtcatcc gcaccctgca ggagtggctg cgccgcgatc tgtacgagcg cggctacgag      540

gaggtcatca ccccgcacat ctacaacgcg gatgtgtgga agacctccgg ccattacggc      600

ttctaccacg agaacatgta cttcttccag atcaacgagg gtaccgatga ggagccgcgc      660

tactccgagt acggcgtgaa gcccatgaac tgcccggggc acgtgatcat ctacaagaac      720

gagctgcact cctaccgcga cctgccgctg cgctacttcg agttcggcac cgtgtaccgc      780

cacgagatgt ccggcgtggt ccacggcctg cttcgcgccc gcggcttcac ccaggacgac      840

gcccacatct tctgcaccaa agatcaggtg gtcgatgagg tggtcgccat cctggagctg      900

gtcgactaca tcatgggcac cttcggcttc acctacgagg ccgagatctc cacgcgcccg      960

gacaagtcca tcggcaccga cgacatgtgg gagcacgcca ccgagtcgct gaaggaggcc     1020

tgcgcgcgcc ggggtctcgc ctacgacatc aacgagggcg acggcgcctt ctacgggccg     1080

aagatcgaca tcaaggtgaa ggacgccatc gggcgcacct ggcagtgctc cacggtgcag     1140

atcgacttca acatgcccat gcgcttcggg ctgacctacc gcaccgagga caacaccgag     1200

gagaccccct ggatgctgca ccgcgccatc ttcggctcca tcgagcgctt cctcggcatc     1260

ctcatcgagc actatgccgg cgcgctgccg ctgtggctgg ccccggtaca ggtagccgtc     1320

atccccatcg ccgaccgcca caaggaggcg gcggccgagt tcgccggcga gcttaaggcc     1380

gtgggcggcc gcgtggaggt catggatcag aacgagccca tgaaggtgaa gatcgcgaag     1440

gcccagagcc agaagatccc ctacatgatc gtcatgggcg acaaggaggt cgaggagaag     1500

ctcgtcagcg tgcgcgagcg ctcggagggc gatttgggcc agtgggatcg tcagaagttc     1560

atcgacgtga tcagggatgc cgccatctag                                      1590


<210>  1630
<211>  1080
<212>  DNA
<213>  Eggerthella

<400>  1630
ctgttctacc tgcccttcta tctgctcacc ggggccaatt tccccacggc catcggtgtg       60

ctcgttatgg cgctgctgtt catcttggga gccacggccc tgctcgaccg gttcgcccgc      120

taccatttcc gttcggtgag cctcggtgtg tacctgctgc ttcagatacc gctcgtgttc      180

tgctgcggca tcatgtatct ggtgaaattc ccgaccttct attccctgcc catcatgtgc      240

ggcctggcgt tctcggtgtg gggcctgtat tgctggatgc gctcgcggct cgccgcgcac      300

aagtgcggct ggctgttcgc cggatcgctg tgcatggcgc tcgtggccgg ctgccgtccc      360

cagctgctcg tgctgtcgct tctggccttc ccgctgttct ggcgcaccta catcaccgag      420

cgccggctgg ccacccgccg gggcgtcgtg gagttcgcct gcctggtggc cccctacgtt      480

ctggtggccg cgggcatcat ggcctacaac tacgcgcgct tcggctcgct gaccgatttc      540

ggcgcgaact acaatctgac ggtgaacgac atgaccaagc gcggcatgaa cgtcggtcgt      600

ctggccccgg cgttcttcac ctatttcctg cagccgccct gcatgaccgg cgtcttcccg      660

tttttgcagc cggcgccttt cgagaccacc tacatggggc agaccatcaa ggaagtgacc      720

ttcggcggca tcctcgcctg ccttccgatt ctgtgggtgc tcgccttcac gcgacgcatt      780

ttggggatgc gggcgcgtca ggccgagacg cgtaccatct tcggcatcat cgtggtgctg      840

gtggtctccg gcgtgctcgt ggcgctgctc gatgcggagc tggcgggcat cctgcagcgg      900

tactacgccg atttcagctt catgttcctg gccgccgccg tgcttctgtg cttcgtggtg      960

aacgggtcgt tggccgagcg ggcggccctg catgatctca tgctgaagct tctgctcgtg     1020

ctcgtcggcg tatcggtggc ctacagcgcg ctgctctgcc ttgccccgga aaccggctgg     1080


<210>  1631
<211>  1674
<212>  DNA
<213>  Eggerthella

<400>  1631
ttgacacgtt ctgttattga tcccattacc cgtatcgagg gccatctccg cgtcgagatg       60

gaggtcgaga acggcgtggt cgccgacgcc tgggtgtccg gcggctgctt ccgcggcatg      120

gagctcgtcg tgcagaaccg cacccccgag gatgcggccc aaatcgtcga gcgtatctgc      180

ggcgtgtgcc ccgtttcgca cgcgcatgcc tcctcgatcg ccggtgacaa ggcctacggc      240

atcaccattt cgaacaacgc ccgtatcgtg cgtaacctgc tggagggcgc tcagttcctg      300

cacagccata tcctgtggct gtacaacctg gcggctctcg attacgtgaa cccgctgaat      360

gcgcttcagg ccaacgtcga cgacgcctac gctgtggccc tggagaacgg cctggcgctg      420

cactccgacc tcaaccagct ctacgagaag ctggcggcct ttgccgacaa cggccagctg      480

tccatcttct cgggcaactg gttcgatgcc gacggcggcg aggcctacgt cgacaaccct      540

gaggcgaacc tgatcctcac ctcccattac ctggaggccc tgaagatgca ggcccgctcc      600

tccgagatgg cggcgctgct cggcggcaag atgccccacg tcatgacctc cattcccggc      660

ggcaacatgt gggtgcccac cgagagcaag ctcgacgatc tgctcgccat ggccaccgag      720

gtccgcgact gggtcaacga caccgttctc gccgacaccg tgatgctcgc caagctctat      780

cccgaggtgc tcaccttcgg caagggctgc ggccgctaca tcgcctgggg cgtcttcgaa      840

ggccccgact ggccctacgg cgacaactac accgagcaga tgctcaaccg ctacctgccc      900

atggccgtcc tggacgagca gttccaggcg tcggacgtgc aggagaacct catcaccgag      960

tacatgggcc gctcctggta caagggcagc gagacctaca cctcgccgta cttcgtcacc     1020

gatccggact tcaccgagta caacgtcgac gaccgctaca gctgggtgaa ggcccccgcc     1080

cacgacggca agcccatgga ggccggctcc atggcccgta tcttcgcggc ctacgtgcgc     1140

ggcgtgccct tcatcaagga gcaggtcgac gccgttctcg gcatcctcgg cgccaagccg     1200

ggcgacctgg ccgctttcca gtccaccttg ggacgcaccg ccatccgcca gatcgagacc     1260

atctacatcg ccaacctcat ggtggaatgg gtcaacgagc tcgccgaggc catcaagggc     1320

ggcgactccg agtacttccg cgagcctgcc cgcctcaccg gcgagggcac gggcttctgg     1380

gaggcccccc gcggcgcgct ctaccactcc gagaaggtgg tcgacggcaa gatcgagggc     1440

taccagatca tcatcccgtc cacgtggaac ctggcgccca tcaacggcga cggcgagcac     1500

ggcccgctcg agcaggcgct catcggcgtt ccggtggccg acatcgagaa gcccatcaac     1560

gccctgcgca cggttcactc cttcgacccc tgcaccgctt gcgccgtgca cgtcacggag     1620

cgcggtaccg gcaagcactt cgagaccgtc accagccctt ggggggtgaa gtaa           1674


<210>  1632
<211>  1113
<212>  DNA
<213>  Eggerthella

<400>  1632
gtggacatcc tcatcatgat cgtctgcgcc gttatcagca tcggcttcct cgtgttcatc       60

cacgagggcg gccactacct ggccgctcgg gccttcggcg tgcgcgttac cgagttcatg      120

ctgggcctgc ccggcccttc cattggcttc acgaagggcg agacccgcta tggcgtcacg      180

gccgtgcccc tcggcggcta tgcgaaggtg tgtggcatgg aggccggccc tttgcagccg      240

cacctgcagg aggtgctcgc gtcgctttac cgccgcggca ccgctaacat ggaggacgtg      300

gcccgcgact gcggcatcag cgacgatgaa gcatacaacg ccctggaaga gctggtggaa      360

tggggcagcg tcatcggtcc cgccaaggcc gatcagtaca acacctaccg cgctccgcgc      420

gtcgcgccca ccaagcgcgc tctgaagaag gcggccgcgg cggggttgcc ggcgcccgtt      480

tcctacgagc tgggccaagc ccgagaagtg gccgaccccc atgctcttta cgagtccgag      540

taccgccagc agtaccgctc gctgcccttc tggaagcgct cggtcatcct tttggcgggc      600

attttcatga acctgctgtt cgccatgctc gtgttcatta tcgtgttctc gatcatcggc      660

tttcaggtgc agcatcctga aacgggcgag atcacgacca ttcacgcatc ggtgctgcag      720

gcgctgcagg ccggcttcat gtacatcggc atggtgattc aggcggtggc gggcctgttc      780

aacccggcca cggcggctca gacggtgtcc gattccacct ccatcgtcgg catcgccgtc      840

atgtcgaagg actacttcca ggcgggcctc gtggaggcgt tggagttcat ggccatgatc      900

tcggtctcgc tgggcatcat gaacctgctg cctatcccgc cgctggatgg cggccgcttc      960

gtggtggaaa tcttccagaa gggcacccgc aagacagtgt ctcagaaggc catgaactat     1020

atgtcgcttg ctggtatggc cctgttcctc ggcttcttcg tcatcatgct gaaccaggac     1080

atccagaggt tcgtctttgg caactggggc tag                                  1113


<210>  1633
<211>  1038
<212>  DNA
<213>  Eggerthella

<400>  1633
gaactgctgc aaatcgggct gggactgttc ggcggtctgg ccctgttcct gtacggcatg       60

aacctcatga gcagcaacct gcaggaggcg gctggcgaac gcatgcgtgc cattctggcc      120

gccgtgacga agaacccctt tttcggtgtt ctggctggtg cactggccac ggcggtgctg      180

caaagctcca gcgccaccac ggtcatggcc atcggtttcg tggctgccgg tctcatgggg      240

ttgcgtcagg ccatccccat catcatgggc gcgaatatcg gcaccaccat cacggcgcag      300

atcatcgcct tcaaactgtc cgattacgtg ctcggcatcg tgctcgtggg cttcctcatc      360

atgcagctcg ccaagcaggg acagatgaag tacgtcggca ccgccgtctt cggcttcgga      420

cttttgttcc tcggcatcga caccatgggc gctgtcatga agcctttggc cgagaacccc      480

gtgttcaccg acctgattgc ccaggtgacg ggcgtgccgg tgctcggcgt tttggtgggc      540

accctcatga cgctcgtggt gcaaagctcc agcgccacca tcgccgtgct gcagaacttc      600

gcttccacgc cgggcgccga tggagcgagc atcatcggcc tcgacggcgc catccccatc      660

cttctcggcg acaacctggg caccaccatc acggcgctgc tcgccgctat cggccagtcc      720

cgcgacgcca agcgcgtggc cctgtcccac tgcatcttca acctatcggg ctgcctcttg      780

ttcgtgtggc tcatcgggcc cttcgcctcg gtggtggcgg ccatccctcc ggctggcccc      840

gaggtggaag ttatcgcccg gcagatcgcc aacgcccaca cgctgttcaa cgtgaccatg      900

accgctttgt ggctaccgct ggtctcggtg atggtgaaga tcgtcatggc gattctcccc      960

gagaagccgc gtcgaccgcg cgacccgctg gtggacaccc tggagacgcc gctggccccc     1020

gacgcagcgg ccgcctaa                                                   1038


<210>  1634
<211>  1650
<212>  DNA
<213>  Eggerthella

<400>  1634
cagaccatgc gcgaccgtct ggatgcgaag gccgtggccg cccagattcc catgggtgcc       60

gaggataact tctggggcat cgtggacctc gtgaccatga ctgcctggga cttcaaggcc      120

gacgacaagg gtatgactta ccccgagccc atggccgaga tcccggccga gttcaaggaa      180

gatgccgagc tgtaccacca ggagctgctt gaggccgccg ccgactgcga cgacgagctg      240

atggagaagg tcctcatgga ggaggagatc tccgtcgacg agctgaaggc cgccatccgc      300

aagggtgtta tcgcctgcca gatcaacccc gtgttcgtgg gctccgccta caagaacaag      360

ggtgtgcagg agctgctgga cgccgtggtc gactacatgc cctccccggt ggacatcccg      420

ccgatcaagg gtaccaaccc cgacaccggc gaggaagagg agcgtccggc cgatccgaag      480

gctccgttcg cttcgttggc cttcaagatc atgaccgacc cctatgtggg caagctcacc      540

tacctgcgtg tgtactccgg ccatctggac gccggcagct acgtgctgaa cgccacgaag      600

ggcaagaaag agcgcatcgg ccgtctgctg cagatgcact ccaaccagcg cgtcgacatc      660

gacgccgtgt ccgctggcga catcgttgct gttgtgggtc tgaaagacac ctccaccggt      720

gactccctgt gcgccgagga cgctcccgtc atcctggagt ccatggagtt cgccgatccg      780

gttatcgaca tcgccgtgga gcccaagacc aaggccgagc aggacaagat ggccatcgcc      840

ctgcagaagc tcgccgagga ggacccgacc ttccgcgtgt ccaccaacca tgagactggt      900

cagaccatca tcgccggcat gggcgagctg cacctcgaga tcatcgtcga tcgcctgctg      960

cgtgagttca aggtcgaggc gaacgtgggc aagccgcagg tagcctatcg cgagcgtccg     1020

ggccacgagg tcatgaacgc cgagggcaag ttcgttcgcc agtccggcgg ccgcggccag     1080

tacggacacg cggtcatcaa catgtacccg caggaggctg gcaagggcta cgagttcgtc     1140

aacaagatcg tcggcggcgt ggtgcccaag gagtacatcc cctccatcga caagggcatc     1200

caggaggcgc tgaactccgg cgttctggcc ggctacccgg tcgaggacgt gaaggtcgag     1260

ctgatcgacg gttcctacca cgacgtggac tcctccgagg ccgccttcaa ggtggccggt     1320

tccatggcca tcaaggacgc cctgcgcaaa tccaacccgg tcatcctgga gcccgtcatg     1380

gctgtcgagg ttgagacgcc cgaggagtac accggcttcg tcatgggtga cattcccagc     1440

cgtcgtggtc ttattcaggg ccaggagcag cgtggaaacg ccgtcgtcat cgaggcgaag     1500

gttccgctgg gcaacatgtt cggctacgcg accgacctgc gttccggtac gcagggccgc     1560

gccgtgtaca ccatgcagat ggactcctac gagcccgtgc ccaagtccgt gcaggacgag     1620

atcatcagca aggccggcgg caacgcctaa                                      1650


<210>  1635
<211>  1704
<212>  DNA
<213>  Eggerthella

<400>  1635
gtggaaaaga gcacgaacgc gatggaaaag gccagctgcg cgatggaaga tgccgcgccg       60

atgggcgagg gcatctcccg gcgctcgttc ctcggccttg gcgccttagg cgcggcgggg      120

ctggcggcct tagggcttgc cggctgcgcc cctcaagcga acaatgccgc gcaggccggt      180

tcggccgatg tggcggccga ggcgccgaca gcggaggagc ttcccgccgc cgataccgag      240

gagagctgtg acgtggtcgt ggtgggcctg ggaacgagcg ggctggtggc ggcctctgcc      300

gcggctaagg agggcgcgaa ggtcatcggc ctcgatcgct cggcctccat gggcgccacg      360

aatgccgcga tggtgtctgg cgtgtgggcc gtggaatcca gccccgagct tcagtacaac      420

aaccacctga ccactaagga tatgttcgac ttcatctgga cgtcgactca ctaccagacc      480

aacgccccgc ttctgcgcaa tgtgctgccg gcctcaggca agggcatcga tcttatgatc      540

gagggcggcg tgcccttcat gttcgctttc gagggcgctg acgagaacac gcttatgctg      600

aaccgcggcg gtcacattta tgccaccagt ggggcggagc gcgccgaggc gctgcagggc      660

atgctcgaca agttcggcgt cgattcccgt tgggatgccg aggtcaccaa cctgctcatc      720

gaggacggcg ctgtggtggg cgtgcgctat gaaagcggat ctatcgtgac cgacgtgcgc      780

gcgagcaacg tcatcatcgc caccggcggc tttattcaga acgagggcat gctgcgcgac      840

tactactccg gctcggtcat gtacggcacg ggcaaccagt acaacgacgg cgcgggcatc      900

aggctggccc agtcggccgg tgcccagatg ggcaagaact tcagcacctc tatcaatgag      960

tccggcgcct gcaacatgaa gtccgccgac cgcttcgtga gcctgtcgga ttgcaacgac     1020

acgccggtgt tcagcctgcc tttgttcggc ggcctcatgg tgaataagca cgggtcgcgc     1080

ttcatggacg agggcaccat ggccaagcac accatgtact gcggcgagcc gcttctgcgc     1140

gagggcgtat actacatggt gatcgacgac gggctcatcg acgagctggc caccacgcct     1200

attatggact tcatttccga ggacgctttc ggcaacatgg cgccgggcgt tcagatgggc     1260

ttcatgggca agacgctgac cgcgcttccc gaaaaggttc agcagggcat cgacgagggc     1320

tggatttgga aggcggattc ggccgaggcg ctggctgagg cctgcgggat ggagaacctt     1380

gccgacaccc tggaggccta caacggctat tgcgccactg gcgtggacga ggaaatgttc     1440

aaggaggccc aattcctgcg cgccgtggac accggctcgc tgtatgtagt agagctcgac     1500

atcgcggctt gggtgacctt gggcggcatc aagactgacg gatactgccg cgccgtggat     1560

gccgatgcca atcccatccc tggtctgttc gtggccggcg tcgacggcga tttttgggcc     1620

gttccctact tcgagggcgg ctcggcccag ggcttctgcg tgggctccgg gtatcttgcc     1680

ggggtgacgg ccgcccaggg ctaa                                            1704


<210>  1636
<211>  1311
<212>  DNA
<213>  Eggerthella

<400>  1636
atgcaaaccg ctatatgtct gttgctcgtg gtgttcttcc tgctgatgaa cgcgttcttc       60

gtcatcgcag aattcgcgct ggtgcgcgtg cgcaagagcc aaatcgacat ggccgtcgcc      120

gagaagcgcc gcggcgccga ggccgcccgc gacgtgacca cgcacatcaa cgcctacctg      180

tcggcctgcc agctcggcat cacgctggca tcgctggcca tcggctggtt gggcgagccg      240

gccgtgtctg ccgttctgga agcaccgcta ctgtcctggg gcttccccga ggcgacggta      300

taccccatct gcgtggccgt aggcttcttc atcgtgacca ccctgcacgt ggtggtcggc      360

gagctcatcc cgaaatcctt cgccatcttc gccaccgaga agtacgccct gcacaccgcc      420

ggccccctgc gcgtgttcta ccgcatcacc tacccgatca tggtcatctt caacggcatc      480

accaacgggg tcatgcgcct gttcggccat gacccggccg atgagcacga ggtgtacacc      540

ggcgaggaga tcaagctgct tattgacgag tccacggaaa gcggcctcat cgatccggag      600

cagaacgagt tcgtcgacaa cattttcgac ttgggcgaca aggacgctga gggcatcatg      660

accccgcgca ccgacgtcat ctgcctcgat ctggaagaca ccttggaaga gaactgggac      720

gtcgtgcgcc agtacaagta cacgcgctac ccggtgtgcg acggctcgaa ggaccgcatc      780

gtcggcttcg tgcacacgaa ggatctcgta gacgagccca aggacgcccc catgagcgat      840

tggaagatcc gcgagctgcc gccggtgccc gagggcgcgc ccatcgcgaa gcttttgcag      900

gccatgcagg agggtcgcac cgagatgtgc gttgtcgtag atgagcacgg cggcacggcg      960

ggcatcgtca ccatgagcga catcatggag cagatcgttg gtcgcatcga cgacgagtac     1020

gtgcacgaca ccgacgacga catcgaggag ctgcccgacg gcacctacca gatcaatggc     1080

acgctcgcca ttgacgattt ggtggagctg ctcggcttcg agcccgaggc ggccaacgac     1140

gtggaaaccg ccggcggcct tctgctgtcg ctgttcgacc gcatccccaa ggagggcgac     1200

gtggcggtgc ttgagaaccg cggcaccaag gtgaccttca ccgtgctggc catggaccgc     1260

ctccgcatcg accgcatctg catggccatc gaccgtcccg aggaggagta g              1311


<210>  1637
<211>  1962
<212>  DNA
<213>  Eggerthella

<400>  1637
atgaagctaa cgcgcaaaca atggatgatg ctggcggtgc tcgtgctggg cgcctttgtg       60

acggtgctga atcagacgct ggtgacgccg gcgctgccgt ccatcatggt ggagatgagc      120

gtcgaccaat cgacggccca gtggctgacc accgggttca cgctggtgaa cgccatcatg      180

attcccatta cggcgtttct gcaggatcga ttctccacgc ggaagctgtt cgtgttctca      240

atgagcctgt ttgccgtggg cacgctgctg gcggccgtgg gcctcaactt tccggtgctt      300

ctgggcggcc gtctcgtgca agctgccggc gccggcatcc tcatgccggt gaccatgacc      360

gtgcttatgc tggtgttccc ggttgatcgc cgcggttctg ccatgggcat cttcggcctg      420

gtcatcgcct tcgcgccggc catcggcccc accgtggcgg gcttcgtcat cgaccaagcc      480

gactggcaca tcctgttcta cctcattttt gctctggcca tcgtcattat catcccgtcg      540

ctgttccttg tcgatgacaa ggcgccggcg aacaagggcg actcggtgct cgatccgctg      600

tcgctggcgc tttccacctt gggcttcggg ctcatgcttt acggcttctc ggcgctgggc      660

tcggccgggt tcacgccggt gccgctgctc acctgtgccc tcggcatcgt cggtgtggtg      720

tggttcttca ttcgccagac gcgcctgccg cacccaatgc tgcgcgtcga tgtgctgaag      780

aaccgccgct tcctcgtggg cactatcatt ggcatgctcg tgcagggcgc gctgctggcc      840

gccggcatcc tcatgcccat ttacgtgcag tcgcttcacg ggctgtcggc cacggtgtcg      900

ggcctcgtac tcatgcccgg cgccatcctt atgggcatca tgaacccgct cgccggcaaa      960

tggttcgatc gccacggccc gcgccgtatg gccattgtgg gcatgagcct gctaacgctc     1020

accaccttcg cattcgctat cctgaacctc acgtccagca tcatttacat caccatcgtg     1080

tacacggtgc gcatgttctc gatgtcgctc gtgaacatgc ccatcaccac ctggggcatg     1140

aacgccctgg ataacaaggt catgaaccac ggaacctcgg tgaacaacac gttgcgccag     1200

gtggcgggtt cgctcggcac cgctatcatc atcgcggtgt ccacccaggt gcagaatttc     1260

gcgacgccgg aattcggcgc ggcccaaggc accatgttcg gcatcaacgc cgccttcctc     1320

gtgtgcacgc tgttgtgtct catcggcctg gtgatgacca ttgtgctggt gaaggacaag     1380

tccggcgagg aagaggccgt ggacgagggt ggaacccgca agtcgctgct catgtccatc     1440

atgaagaccg acgtgttctc gctttccaaa gacgccaccg tagaggaggc catgcgtctg     1500

ttcgtggaga agaacatctc cgcggctccc attgtggacg aggccggcga gcccgtgggc     1560

ttcatttccg acggtgacat tctgaagcgc ctaagcccgc gccgcgagtc gttcaccgat     1620

cccatcgtgc tcatcaacag cacggtgaac gacgacgagg gctacgacga gaagctggcg     1680

aaggtcatgc agatgcgcgc cagcgagatc ggcgccgcca gccccatctg cgtgagtgtg     1740

catgcgaacc tcactgacgt gtgccgcgtg ctgtccgaga accatctgaa gaaggtgccg     1800

gtgctggaga gtggccacat cgtgggcatc atcaaccgca gcgacatcac gcagtactcc     1860

atggccgcct atctggccga tcatccggag cgcgccgtct actgcggcga ggggccgtcc     1920

ggccagcacg agtgcgtgga agaggcctgc gaggagaggt ag                        1962


<210>  1638
<211>  1290
<212>  DNA
<213>  Eggerthella

<400>  1638
gtgaattctg agatccttga ggttcgcctc ggcggcgaga agattgggca actggcttgc       60

acgaagaacg gcgctcgttt cgcgttctcg gaagagatgg cctcggcgca tccctcttcg      120

cccctgctct caacggcgct ctgcgtgcaa gaggagccct tcgatgctca gcggacattt      180

tcctggttct cggggctttt gcccgaagac gcgaggctcg ctgagctgca gcggttctac      240

ggcgttgccg agggcgacta tttcggattg ctcgcccaga ttggttggga gtgcgccggc      300

gccgttgagg tgatgccctc ggaagattgg gcgttggcgc gtgcgagcca ggagctgccg      360

cgcgagaagc gattgactcc cgaggaactg tcggcacgtc tggcggcatt gccgtcgcac      420

ccttacgatg acgcatcttc tctgcgggtg tcgcttggcg gctttcagga gaagctgtgc      480

gtgactgcga gaccagaaga ctgggctgcg gctgagccag gccacagggc cttaagttcc      540

gcggcgcttc ctttggatgg ggctccttcg acgcatatat tgaagccgca gccccagggt      600

cggcttgcgg gattggtcga agcggaagca tggggaatgg aagtcgcacg acatgtggcg      660

gagacggctg gctcagccat tctcgatttg cccgacgcgc cgcctacgct ggctgtggag      720

cgcttcgacc gagttgaaac cgaaaggggg ctcgttcggc tgcatcaaga agactgcgcg      780

caagctctcg gcatagaacc gggacgcaag tacgcggcaa cagcgacgcc cacgaaaagc      840

gatccgacct ataagggcat tgccgagctg ctgtcccgct atgccgccga ctcgctggaa      900

gagcgcaagc ggctgctgcg gcatctcttc gtgaacaccg ttctgggaaa taccgacgct      960

cacgccaaga actacgcgct gctccacggg ggcgacgagg tgtgcctcgc gccgctctat     1020

gacgtcgtgc cagcccttga gattacgccg aacgtgctgt tcatgggctt gcgcatcgat     1080

ggccgcattc gcatcgatag gatcgagcga gagaatattg tagctgaggc ccgctcatgg     1140

ggcctgcctg ctcgcgtcgt agacgaagtg cttggaaagg cggcggaaga tgttcgcctc     1200

ggcatcgcga ttgcctccga gctgtatccc gaagccggcg cccgccacgc cgcgcccgct     1260

ttggagcggt tgaaggcgat gggattctag                                      1290


<210>  1639
<211>  1293
<212>  DNA
<213>  Eggerthella

<400>  1639
atggaaaatg atcggaagcg cgatgtggct ccgctcgcgg tgcgcatgcg gccgcgcacg       60

ctcgacgagg tggtcgggca gacggaggcc gtgggcgagg gcagctggct gcgcgcggcc      120

atcgagaacg acacgttaag ctccgtcatc ctcttcgggc cagcgggcac gggcaagacg      180

tcgctcgccc atgtcatcgc tgaatcgacc cgcgccacct tcgtggaggt gtcggctatc      240

gggggcacgg tgtccgactt gcgccgggaa atcgacgcgg cggagaagcg tctcgtcatg      300

gggggcttgc gcaccatcct gttcgtcgat gagatccacc gcttcaaccg cagccagcag      360

gacgcgttgc tgcatgcggt ggaagaccgg ctcgtggtgc tcgtgggcgc caccacggaa      420

aacccttttt tcgaagtgaa ctcagccctc atctcccgct cgcgcatcgt ggagctgcat      480

tcgctgtccg acgacgagat cgccgagctg gtgggtcgcg ctgtggaaga cgcgcggggg      540

ctggctggct gctatgctct ggaggaggcc gctaccgcgg ccatcgtcac cctggccggc      600

ggcgacggcc gcggggcgct cacaacgttg gagttggccg ctggtatggt ggcgccgggc      660

acgaaggagg cccccgtttc catcaccgag gccatggtgc gggccgccac gccccaccgc      720

gcgctgccct acgacaagaa caaggacatg cactacgaca tcatctccgc gttcatcaag      780

agcatgcggg gcagcgatcc ggatgccgcc gtgtactggc tcgcccgcat gatcgacggg      840

ggagaggatc cgaagttcat cgcccgccgc atgtacatcg ctgcctcgga ggatatcggg      900

aacgccgacc cccaggccct gctcgtggcc gaggccgcct tccgggctgc cgaggtcatc      960

ggctacccgg agtgccgcat caacttggcc caggccgcca tttacttggc gctggcgccg     1020

aagtccaaca gcgccgaggc cgcgatcgat gcggcgctgc gcgaagtgcg caacggcccg     1080

gtccgcaagg tgcccgacta cctgcgcgac cgtcatcgcc ctggctcgga aaactacggc     1140

gagtacaagt acccccacag ctacccggcc ggctgggtcg atcagcgcta cctgcccgag     1200

ggccttgagc gcggctgctt ctatcaaccc ggcgagcgcg gctgggaggc ttaccgcacc     1260

gatgccgccg ctcgcgaccg ccaggggagt tga                                  1293


<210>  1640
<211>  2022
<212>  DNA
<213>  Eggerthella

<400>  1640
gtgtcggact tgaatagcag agagcgggtc gagtggcccg cccgcgccgt ggtgacggcg       60

ggcatgccct acgggaacaa gcccttgcac ttcggccaca tcggcggcgt gttcgtgccc      120

gccgacgcct tcgcgcgctt tctgcgcgac cgcatcggcg ccgagaacgt ccgtttcgtc      180

tccggtaccg actgcttcgg cagccccatc aacgagggct accgcaagct taaggaggcc      240

ggcgagttcg agggctccat cgccgactac gtgctcgcca accacgagcg ccagaaggcg      300

acccttgagg ccttccaggt gagtctggac atctacgagg gcagcggcat cgggcacgcg      360

ggcgacgtgc accagatgat ctccgatcag ttcatcgagc gcttgcacga gagcggccac      420

ttgaagctgg actccaccct gcagttctac gacgccgagg ccggcacctt cctgaacggt      480

cgccaggtgc agggccactg ccccgtgcag ggctgcaagt cggagcacgc ctatgccgac      540

gagtgcgatc tggggcatca gtacgcgccg gtggacctca tcgccccggt gtccacgctc      600

acgggtaccg tccccgagat gcgacccgtg gagaactggt atttcgacct gcccgggttc      660

gaggacttcc tgaagggcta cgtgcgcgag cttgaggccg acgacgaggt gcgcctggtg      720

gtgaccaagg ccatcgccga gtttctggcc ccgcccgtga tcttcgtgaa gaacgagcac      780

ttggaagagt acgaggccat ggccgccgag ctgccgcccc acgagttccg tcccgccgag      840

ggcaacaagc aatccttcga gatagagttc gcctccatcg gcgagcgcga cgccgcccgc      900

gacgcgctgg ctgcggccgg cctgcgcttc cgcacctcga agacgctcgt gcccttccgc      960

atcaccggca acatcgagtg gggcgtgcgc gctcccgtca tcgacggcgt ggaggggctc     1020

acggtgtggt gctggcccga atcgctgtgg gcgcccatct cgttcaccat cacgatcaac     1080

gacgagcagg ggatgccgcg cacgagctgg cgcgacttct ggtgctccga cgacgcgcgg     1140

gtctaccagt tcatcggcca ggacaacctg tacttctacg gtgtggccca gccggcgctg     1200

tgggaggctt tgcgccccgg cggcctgttc gccgagggtc ccgactccca gatgcgccag     1260

accacgctcg tggcgaacca ccacatgctg tttggcaaga agaaggcctc ctcgtcgggc     1320

gcggtgaagc cgcccacggg cgaggagctg ctggagcact acacgcccga gcagctgcgc     1380

gcccacttcc tggcgctcgg gctcgaccag aaatccgtcg gcttttctcc caagcccttc     1440

gacccggacc cggccaagcg cgaggacccg cgctacgccg atccggtgct caaggagggg     1500

gcgctgctca ccaacgtgtt caaccgcctc gcccgcagct gcttctacga ggcgcagaag     1560

aatttcgacg gctgcatgcc cctgggcgcc gtgacgcccg aggtgcgccg tcgcgccttc     1620

gaggcgctgc tcgactacga agagcgcatg cacaaggtgg agctgcaccg cgtgatgtcg     1680

gtgtgcgacg agttcatccg ctggtcgaac aagtggtggg ccgatggcat caaggccgcc     1740

gaggcgtccg aggatgcgga tgcgcggcgc caggtactgg tggactcgtt ctacctgctg     1800

cgcatggcga cgctgctcat gcatcccatt gtgccggtcg gctgcgagaa gatctgcgac     1860

tacctgagct tcgatttcgg cgacttcttc agctggaact acgacttcga ttccaacgac     1920

gagctgtgcc cggccattga gattgatgcc ggcgcccatc gcatccacga actccctccg     1980

cgcttcgatt tcttccgcaa gcacgagagc cagtacaagt aa                        2022


<210>  1641
<211>  900
<212>  DNA
<213>  Eggerthella

<400>  1641
atggcgttat tcgaggcagg acatatcggg gtgcagtttc gtcgcgacgg gcagccgttc       60

gcgccctttg cggatgtggg tttctcgctg gaggcgggct gcttgtacaa cctcacgggc      120

ccttccggat cgggaaagtc cactctgttg aacgcgtgcg cgctcatgct gccgcgctcg      180

ggcggcacgc tggcgctcga gggtgttccc gttgatcggt tcaagccgac ggaatggcgc      240

cggcgcgtgt gcctggtgcc tcaggctgcg tcgctggtgc ccggcacggt gcgggacaac      300

ctgctgtttc cctggacgct gaaggtgaat gccggctcgc cgaagcccga tgacgacgtg      360

ctgaacgaga tgctttccct ggcgatgctt gatggcgtga cgctcgatca cgcggcggct      420

cagctctcgg gcggccagct tgctcgggtg gcgttgctgc gggccttcgc cacacgaccg      480

accgtgctgc tgctcgatga ggtggaagcg gcgcttgatg aggagtcggc cgtggccgtc      540

agtcggctta cgcgggcgat gctcgcgggc ggggccgcct gcttgcgcat ccgccatcgg      600

gccgaggatg gctacgcgta cggggtgttc acgctggccg atgggaagat gacctaccat      660

caaaacgaga tcacggccga caacgcaccc gctacaagcg ctggaaaagg atgcgactcg      720

cgagccgatg aagtgcttgc gaagctgaag gcggtgccca gtgcgccttc cggtgtttcc      780

cctcttgctg gttccgcatt cgacccaacc gcatcgccaa ggagcgactc gccgtctttg      840

cggcccgcgc cggccgaccg aaagccggtc gagccctctg cgaagggagg ctcccgatga      900


<210>  1642
<211>  2628
<212>  DNA
<213>  Eggerthella

<400>  1642
atgtcaaaaa agattgccgt tatcgacgga aactcgctca tgcatcgtgc ctaccatgcg       60

gtgcagacgc ccatgaccgc caaggacggc acccccacca acgccgtctt cggcttcctc      120

accatgctct gcaagttcat cgagatggcc tcgccggacg cggtggtgtg cgccttcgac      180

gccggcaagc cggtgcaccg catcgaggcc atggcccagt acaaggcgca gcggccgccc      240

atggacgagg agctgcacgt gcagttcccc gtcattcggg agctgctcga gtccatggcc      300

atccccgtgg tgaaggtgcc cggctgggag ggcgacgaca ttctgggcac cattgccgcc      360

cgcgacgagg cgctgggata cgagaccctg ctcgtcaccg gcgacaagga cgcctaccag      420

ctggcgagcg agttgacgcg catcgtgacc acgaagaagg gcatcacgga cgtgaccatc      480

aacgggccgg ccgaggtgga ggagcgctac ggcgtgacgc ccgcccagtt catcggctcc      540

cgggggctta ggggcgacag ctccgacaac atccccggcg tgcccggcat cgggcccaag      600

accgccacga agcttctgca gacctacggg tcgatggagg gcatctacga gcacgtgggg      660

gagctcaagg gcaagcagaa ggagaacatc gagaacaacc gcgagacggc gtttctgtcc      720

cgggagatcg cgaccatcgt gaccgatctg gacttccccc tcgacttgga ggcggtgagc      780

tttcccgcct tcgacgcggc ggacgtggag gaggcgttcg gcaagtacca gctggcgagc      840

cccttggccc gggtgctggc catgatcgat gccgagccgc cctcgcgcga ggcgaaattg      900

gaagtggcgc cggtgctcga gggggacgcc ggcgcggccg aggtcgttcg ggccgtgaag      960

gcgggggaga ccatcggcgt cgccttcgtc gatccggagc aggtgtcgtt gttcgacgag     1020

ggggcgaccg gcgcgttcgc caccgacgag gcaacggtcg tcgcggtggg agacgacgcg     1080

ctggcgctgc tcgcccaggt ggttcgggaa ggctcgttcg tggccctgga tgtgaaggcg     1140

gagctgcatc gggtgtcccc ggccgacacc accgagccgg ctctcgtgag cgatggggag     1200

gtgctctctg ccgacggctt cgacctgtcc gtggcgggct acgtgctgaa ctcgtcgctt     1260

tccgcctaca cctacgactc gctcatggag gccctggccg cctccacgct gcccgaggcc     1320

gaaaccgacg ccgagcgcgc ggccatccgc gccacggcgg ctcgtctgct gaaggggctc     1380

ttggaggagg cgctgaagaa ggacggcagc tgggacgctt acgccgacat cgacttgccg     1440

ctcgtggggg tgctcgccgt catggagcgc gtgggcgccg ccatcgacgc ggagcgcctg     1500

gaggcgctgg ggcgcgaggc ccaggccgag gtggacggtc tcacggccca gatttacaaa     1560

ctggccggcg agcccttcaa cttgagttcc cccaagcagc tggcccacat cctcttcgag     1620

gtgctggaac tgcccccggt gaagaagaac cagcgcgggt actccaccga cgccaaggtg     1680

ctcacggagc tgtcggccat ccatcccttg ccggacctca tcctgcgcta ccgcgagttc     1740

tcgaagatca agaacaccta cattgacgcc ctgccccgta tgcgggccgc cgacggccgc     1800

gtgcacaccc agttcaacga gacggtcacc acgaccgggc gcctgtcgtc atccgacccg     1860

aacctgcaga acattcccgt gcgcaccgag ttcggccgcc agatccgcag ttgcttcgtg     1920

ccgctgcggg cgggcgagct gttcctgtcg gcggactact cgcagatcga gctgcgcctg     1980

ctcgcgcatc tgtccggcga cgagcacttg gtagcggcgt tcaactccgg ggcggatttc     2040

cacgcctcca cggcctctcg cgtcttcggt ctgccggtgg aggcggtgac accggagcgg     2100

cgcagccgcg ccaaggcggt gaacttcggc atcgtctacg gccagcaggc cttcggactc     2160

tcccagacgc tggacatccc cgtggccgag gcccgcgaga tgatcgaccg ctacttcgag     2220

gcgtaccccg gcgtgcgcac ttacttggac gagaccgtcg ccgaggcccg cgagcgcggc     2280

ttcgccgaga ccatgctcgg ccgcaagcgc cacattcccg agctgaagag ctccaacggc     2340

cagcagcggg ccttcggcga gcgcacggcc atgaaccatc ccatgcaggg gagcgccgcc     2400

gacatcatca agatggccat gaacgaggtg cagcgccgtc ttctggccga ggactttgag     2460

gcccagctca tgatccaggt gcacgacgag ctggacttct cggtgccggc tggggaagtg     2520

gagcggttgg ccaccatggt gaaagaggtc atggaaggcg tcatcagcct gaaggtgccc     2580

ctcatcgccg acgtcagctg gggccccacc tgggccgaag cgcactag                  2628


<210>  1643
<211>  1296
<212>  DNA
<213>  Eggerthella

<400>  1643
gtgagcgctg ccgagcagcc gctttccacg ctttctgccg atgcggacac ggcctcctat       60

gccaacctgc gccgcctcgt gaggtcgggc gccggtttgg gaacgattga tccgggcgcc      120

gtgcgcatcg aggagatgct gaactacttc gactacgact acgctgcgcc cgcagagggc      180

gaggatttcg cgctgaccgc ccgcgccggg gcgtgcccct ggaacgccga aagcgagctg      240

gtcgtgctcg ggcttacggt agggcaggcg gccacggagg caccgccgac gagtctcgtg      300

ctgctggtgg atgtgtcggg ttccatgggg gacgccgaga agcttccgct tctgaaggag      360

tccatggtgc gtatcgtgaa agggctgcgg gcggaggatc gggtctcgat cgtcacctac      420

tccggcgtgg aagaggtggt gctcaagggg gcttccggcg atgatgccga agccatcctc      480

ggcgctatca acggtcttga ggcggctggt tccaccaacg gcgaggcggg gctttccatg      540

gcctaccgcg tggccgagga gacgcacatc gaggggggcg tgaaccgcat cgtcatggcc      600

tcggacggcg atttgaacgt gggtatctcc tccgaggagg agctgaacgc cttcgtcagt      660

gagaagcgcg gccagggtac ctatctctcg gtgctgggct tcggctcggg taactaccag      720

gatgccaaga tggaaacgct ggccgatcac ggcaatggct cgtaccatta catcgattcc      780

gccgacgagg cagcccgcgt ctacgagcgt tttctggccg ccggggcggt tcctgtggcc      840

gacgatgtga agctgcaagt ggaattcgat ccgcggatgg tggagagcta tcggcccatc      900

ggctacgcga accgcaccat ggccgatgag gacttccgca acgacggggc cgacgcggga      960

gaattgtgcg ctggtgccga gctgaccgtc gcctacgagg tagtgctcac cgacgaggga     1020

cggcgtcgcg aaggggatga gccgtggctc acgtgcgcgg tgcgctacca gccggccggc     1080

gagcgagcgg gggaggcgcc ggcagagcag cggttcgctg tgggccgcga gagctggtct     1140

gccgagcccg gcgacgactg gtcgttggcc gcggcggtca tcgagttcgg catgctcgtt     1200

cgaggctccg agttcgtcgg tacggccacg gccgatggcg cggccgccct ggccgagaac     1260

tccgcgagcg cgctggacgc caccgaccgc accgcc                               1296


<210>  1644
<211>  1086
<212>  DNA
<213>  Eggerthella

<400>  1644
gtgctgtatc agttgatgaa caaggacaag gtggtggcca cctacgagga agagaaaagg       60

ctggatgact atcggtatac cgagatcgag cgccttgatg gctatgtgcc ctatggcttc      120

atagacatca acgactggat cgacggtcgt cagatcgcca aacaccgcac gtccatcgag      180

aggctcatgc gcgaactggg ccttaccacg cgtcacgact ttatctccat ggcgcgttgc      240

cttgcgctca ccgatacctt ttggatgaag cgcgccgatg aggatatctc ttggaacgac      300

gtgtcgctgt accgcaatcc tttcgacgac gttatcgctc gcattgcctt cgacggcacg      360

ggcatatatg gccgacagaa ttctcccacg tcccccgagt tcgctacctc gggctccttc      420

gccaagtgct gggtgcgcga gggcgatcag gtatcgctgc tcaagcgtgg ttccgaaggc      480

tacgccaacg cgggattcga gccctattcg gaagtgctgg ccgcagaagt gttgcaggca      540

gcgtctatcg accatgtgct ctataccatc gagaattttc acggcaaact tgcgagcaag      600

tgcccgctgt ttacttcgga aaaggtggga tttgtgtcgg cccatcggtt ctttgacggt      660

ccttttgatg tggaagacgt gcttgccttc tgcgacgcgc acggcggcga cgaatcgttc      720

cgtgaaatga tcgttatgga tgcggttatg gcaaacgtcg atcgccatgc gggtaactac      780

gggtttctgg tcgataacga cacgggcgag attctgcgca tggcgccgct gttcgatcag      840

aacatggctt gtcttcccat gatgatggag catgacgatt tcgacgagta cctcagcatg      900

atcggcccga agattggtgc gtcgttcgtc agcatcgccc gggcgctcat cacctcggat      960

atccgcgcga agctggtggc tctgaaagac ttcgagtaca ccgacccagg catgggctac     1020

cctgcttgga agctcgcggc tgtcaatcgc tgcaaagatc gcatgatcgc cgacatcctc     1080

gcatag                                                                1086


<210>  1645
<211>  1200
<212>  DNA
<213>  Eggerthella

<400>  1645
aagacgctgg tggtggagaa gatgagcgtc cctgctgcca atcccgggga tattttcgtt       60

atcaactcga aggttcagga gcagcaccag tttccctgtc cgaccttcaa ggacttcatg      120

gaggccctca tgacctcgag tgcctatcgg gccaacgggc caaagctcgc ggcgctctat      180

catcacagcg gagaggcgtt cgactggctc tacgacaacg cgctggtgcc ggcgggcatc      240

gaggccgagc cgacgttccc cgccttcccc gggatcatga tggagggttg gacgcgctgc      300

gtcaacgcca acatcacgtg ggttggggga cgcaaccagc ggcaggctga cgtccacaaa      360

tccattgccg acctcgcttt ggcccaaggt gcagagattc gcttcgacac gcctgccgtg      420

cagcttgtgc aagacgggaa cggcgcagtg accggtgttg tcgtgaaggg gagcgacggc      480

gcgtatacgc agcttaacgc gtcgaaggga gtcctgttgg cgacgggcgg ctatgcggcg      540

aacatggagc gcatgaagaa gtacatgcgc ccgcgcgatt acgccacgat tgccgccgtg      600

caattcgcca acgtcggtgt gaccggcgac gggcacgaga tgggccttgc ggtaggagcc      660

gcggaagacg acgcgcccca ttcggcccta ctcaacagct acggtatagt cgatgcgcat      720

atgatgggca tcccggccct cttcattccc tggattcgcg tgaacgaaca aggtcgccgt      780

ttcgtgaacg aggaggtgcc cgtcagcatg ctcggcggcg ccattatcaa ccagacccac      840

ggacgttgct ggacggttct cgatgccaat tatccccaag cggccgcaca gctcaaaacg      900

gcctatctgt ccaacgatcc aactatcgcc gatgggtcgg tggcggtgat cgggcagatg      960

atcgaggagg gcgctttgat tcaggccgac acggtggagg agctcgcgga gaagatgggc     1020

gtcgacgctg cgactctgaa ggaaacgttc gagcgcacca cgcgcgatgc agcgagcggc     1080

gtcgacacgc tgttcgagaa ggagttcctc tatccgctcg atacgccgcc gttctacgct     1140

atccacgagg gctcgacgct gctcagcacg tgtagcggcc tgcataccga cgaggtcgcc     1200


<210>  1646
<211>  1230
<212>  DNA
<213>  Eggerthella

<400>  1646
atgaacgact tccaattcga caccattgaa caggccttgg gggacctgcg cgcgggaaag       60

gtcatcctgg tgaccgacga ccccgatcgc gagaacgagg gcgatctcat ctgcgccgcg      120

caattcgcga cgacggagaa cgtgaacttc atggcgagcg tgggaaaggg gctcatctgc      180

atgcctatga gcgcagagct gtgccgccgc ctgcgcttcc cccagatggt caccgacaac      240

accgacaacc acgagacggc attcaccgtg tcggtggatc atgcggacac gacaacgggc      300

atctcggcgg ccgagcgcgg ccttacggcg cgcaaagtgg tggatcccac ctcgtcgccc      360

agcgactttc gccggccggg ccacatgttt ccccttatgg cgaagcccct cggcgtgctg      420

gagcgcaatg ggcacactga ggcaacggtg gacctgtgcc ggctggccgg ccttgagccg      480

tgcgggctgt gctgcgagat catggccgat gacggcacga tgatgcgcac gccgcagctg      540

atcgagctgg caaggcggca tggcctgacg ttcgtgtcca tcaaggcgct gcaggactat      600

cgcaagaagc acgaagtgca cgtggaacag gtggccgacg tgttcatgcc cacggaatac      660

ggcgagttcc gcgccaagac cttcgtcaac cgcttgaacg gcgagcacca tatcgccctc      720

gttaagggag cgatcggcaa cggcgaggac gtgctggtgc gcgtgcattc cgaatgcctg      780

accggagacg tgttcggctc gcagcgctgc gactgcggcg cgcaatttgc ggcggccatg      840

gagcaggtgg aagcggccgg ccgcggtgtg gtgctgtaca tgcgccagga gggccgcggc      900

atcgggctcg tgaacaagat gcgcgcctac gagctgcagg agcagggcct cgacacgctg      960

caggcaaacg aggcgctggg gtttgccggc gatctgcggg aatactatat cggggcccaa     1020

attctgcaga gcctcggagt gaagaccatg cgcctgctca cgaacaaccc cgacaaggtg     1080

tatcaattgg aggatttcgg cctggtcatt gctgagcggg tgccgatcca gattgcacct     1140

acagcccacg acggcttcta cctgaagacc aagcgggaga agatgggcca tatgctcaag     1200

gcggaggagc cgcagcccca ggtggcgtaa                                      1230


<210>  1647
<211>  687
<212>  DNA
<213>  Eggerthella

<400>  1647
gatcctgcgg tgacctcctt cgccggcggc ctgccgaacc ccatttcctt cccacaggaa       60

aagctgctgg aatcgatgca gcgcgtggtg gccgagcgcg gcccggaggc cttccagtac      120

tccgtcaccg ccggcgtgcc cgagctgcgc gcctggatcg ccgagcgcta caaccaccgc      180

ttcggcaccg actacaccga agaggacgtg ctcgtgacca ccggctcgca gcaggtgctc      240

gatctgctcg gcaaggtgct gctggacaag ggcgacggcg tcatcgtgga aaagcccacg      300

tacctggctg ccatccaggc gttcgcgctg cagcagcccg tcttccgcga ggtggagctg      360

accgaagagg gcctgaacat cgacgagctg aacgcggcgc tcgatgccgg cgcgaagatg      420

atctacctca tcccgaactt ccagaatccc acgggcctca cctacaccgc cgagaatcgc      480

gagcaggtgc gcgaggtgct ggccggccgc aacatcgtgg tagtggaaga cgacccctac      540

ggcgagctgc gcttcgaggg cgactcgctg ccctacatcg gcggcaccgc gctgccccac      600

ggcgtgatca tgggttcgtt ctcgaagaca gtcacccccg gcttccgcat ggggtacctc      660

ctcacgaagg atcacgactt gctgaag                                          687


<210>  1648
<211>  1356
<212>  DNA
<213>  Eggerthella

<400>  1648
cactcgttca cagtgtaccg ccagcgcggc gctttcaagc gctggagcgt gttctgcgcc       60

tgcctctcct tctgcttcgt ggtgctgggc accttcatca cccgttcggg cctcgtgcag      120

tcggtgcacg ccttcgaggg cgacccggtt tcgctcgtca tgttcggcgc gctcatcatc      180

tgctcgcttc tggccggcat cgtgggcctt atcgtgcgcc gcaagaactt cggtgcgacg      240

gatgcggccg atgacgacat cgagtcgatg atgtcgaagg aagcggccta ctacgtgaac      300

aacctcatca tgatcgtgtt cgccgtgctt ctggcctaca tgacggtgtc ctcggccctg      360

ccgagctggc tgcccttcgg cggccagtcc ctgtcggccg gcacctacaa cgccatcgcc      420

cgacccttgg gcatcgccta tctggccgtg ctcgccatct gcccgcttct gggctggcgc      480

cgcaccgaca agaaggcgtt ctggcgaaat gcccgcgtgc cggcgctgtg cgcgctcgtg      540

ctgttcatcg tgctcatgat ctatttcgcc acataccttc tgcccagcta ccaggccatg      600

atcgacatgg gcggcaccca ggcctcgggc ctgctggagc agggcaaccc catctactac      660

aacggcctgg ccgtggtggg cttcgccgtg gcgagccttc tgttcttcaa cgcgctgttc      720

atggccgtcc gctcgctcaa gcgggtcgat ggcgccaagc tgcgccgccg cctggccctg      780

ttcggcggct cggtggccca cggggccatg gccatcattc tggtgggcct catcggctcg      840

tccatgtacg tgaccgagat cacggggtat ctgccctacg acgaggagag cgattcggtt      900

tccgagacct tcgacatcca ggacttccag ctcacctata cgggcaactc catcgatgag      960

ctcggcaacg gcaacgtgcg ctacgcgctc accttcgacg taacgaagga cggccagttc     1020

gtgggcacgg tgaatccggc cgtgcagctg gtgagcgcca cccagcagca gaagctggag     1080

gcgagcgtca tcgggttccc gctggaggat ttgttcgtgg tgtatcgcgg cgtgaacgat     1140

gagggcgact tctccatgga tgtgcgcgtg aacccgctca tctcgttcgt gtgggtgggc     1200

ttcgccctgc tcatggtggg ctgcctgatc ccgctgttcg ccaagcgcgc cgagcgccgt     1260

cgcggcggcc cggccgtggg cgatgtgccc gctgccgagc tggcggaggc cgagccgaag     1320

gagcgcggga aggcctcgcg cgacgcggcg ccccgc                               1356


<210>  1649
<211>  696
<212>  DNA
<213>  Eggerthella

<400>  1649
atggaagacg caccggaatt gttcgtcacg cccgaatccg agcaatctga agcggtggcg       60

gtgtcaggga atgtccaggc actgctcgac cttatggcgc gcaatcctct gcatcgggag      120

atctatctcc agattatcga gttctgtgaa gtgcgccgtc tcttgggaga tgtcgaagcc      180

atggtggccg actgctcggg gttctcactt acggcgcaga cgcccttccg gcttatcgcg      240

aatgttgtgg acaacggagg catccattgg tacgaggtgg atgcacaagg cgatgagatc      300

acggaggagc gcagggcgaa tttaacggac gatgaagccg acgatcttgt cgagggtttt      360

gccctcgaag cttccgatgc gggacgtgag gtcttggagc gcatggctcc cgaacgtcgt      420

ttgcgtgacc tgttcgacaa ggcgcccggc cgccttagca cctatctgga cattatcgat      480

ttctgcggtg agccccaaac gttcaaggcc atcgaggcgc tcgtccacca aaccgacgcc      540

ggggctctta tcggcgcgtc gggccagccg ctgcagccga gctatttcgt ggacatgctg      600

gaacgctccg gcggcctggt atgggataag ggatggaagg cgacagggaa ggggagtgcg      660

cttgcgaagc aattgcggcc cgcgctggcc gtttag                                696


<210>  1650
<211>  1359
<212>  DNA
<213>  Eggerthella

<400>  1650
atggtcactc aagagcagca atcaattatc gatcacgctc agctgcagaa gatcaacggc       60

tggcagcata tcaaggtgaa gggcaccccc tacgagtgcg gcttccagga gggctacctt      120

ctggccgacg agtaccaaga cgccctgcgc gtgtacaagt tcatgaccct ggaaaccttc      180

ggtatgacct acgagtggtt cgccgagcag gcgctgaagt tgcactgcga caagattccc      240

acccgctggc tcgaagagct gcgcggcatg gccgagggcc tgacggcggc gggcattccc      300

accaccaccg acgacatgat cgcctggaac gactggatgg agatcaccgg ctactggtgg      360

ccccagaacg ccggcaaggt catgagccgc ccgctcatga agacccaccg caaagagcac      420

tgctccgcca tcgtggccac cggctcagcc acggtggacg gcaagcccta cctgggccac      480

gagagcttcg acgagttctg gagcggccag tacttcaacg tttgcaagcg cgtggaaccc      540

gacgacggct acgccttcat catgcaggcc tcggcgccgt gcatgctgtc gtccatgacc      600

gacttctatg tgaccgccgc gggcctgaac atcaccgaga ccacgctcgc cggcttcgac      660

cgctacgacg atgcgggcat gcccgagtgg gtgcgcatcc gtgacgccgt gcagtacgcg      720

gccaccatcg acgagttcgt cgagcgcctg aacaaaggca acaacggcgg ctacgccaac      780

gcctggctca tcgccgatca caataccggc gagatcgccc gcttcgagca gggcttggaa      840

ttcacgagcc tcgagcgcac cttcgacggc gcgtacttcg gttgcaacgc tgtgttcgat      900

ccgcgcatcc gcaacctgga gtgcaaggac aacggcttca acgacccgcg ccagcagacc      960

ggtgcccgtc gccagcgctg gatggaactc atcgatcagt actacggcaa gatcgacctg     1020

gaagtcgtga agaagatgct cgccgacacc tatgacgtgt acctcggcta caactgcccg     1080

tcgagccgcg acatctgtgc ccactacgac gtggatccgc agtactacgc cgacgacccc     1140

gatgccgtgt ggaacatccc gttctacccg gccggctcct gcgacgccaa ggccgctggc     1200

cccgacgacg tgaagcacct gaagatgtgg ggccgctacg gccgcgccga cggcgtggag     1260

ttcgtggcga aagacttcat ggaccagcac ccgctgtgga agtggatgga cggctacctg     1320

gaagatcgcc cgactcagcc ctggacgctc ttcgactaa                            1359


<210>  1651
<211>  921
<212>  DNA
<213>  Alistipes

<400>  1651
atggaaaaag tcaaatgtct gattatcggc agcggcccgg ccggatatac ggcggccatc       60

tacacctcgc gcgccaacct gaaccccgta ctctacgaag ggatcgaacc gggcggccag      120

ctgaccacca ccaccgaaat cgataactac ccgggctacc ccgaagggat cgacggcaac      180

cagctcatgg gccacatgcg caagcaggcc gaacggttcg gcgccgacat ccgccgcggc      240

acggtgacgc gcgccgacct ctcgtcgcgg ccgttccacc tggtcgtcga cggcgaaaaa      300

cagatcgaag ccgacagcct catcatcgct acgggcgctt cggcgcgcta tctgggacta      360

ccctccgaga cgaaatacag gggacagggc gtgagcgcct gcgccacctg cgacggcttc      420

ttctaccgca agaaggacgt ggcggtcgtg ggcggcggcg acactgcctg cgaggaggcc      480

acctatctgg cttcgatctg ccggcaggtc tacatgatcg tacgcaaacc ctacctgcgc      540

gcctcgaagg cgatgcagca ccgcgtgatg aacaccccca acatcgaagt gctcttcgaa      600

tacaacaccg ccgaagtgct gggcgacgac acgggcgtca cgggcgtcac gatccgccac      660

aacgacggca aggaacggac gctcgccgtt gcgggattct tcgtggccat cggccaccac      720

cccaacaccg aactgttccg caaccagctg gaactcgatg ccgaggggta tatccgcacc      780

gaaggcaatt cgtcgaaaac ctccgtcgaa ggggtcttcg cggccggcga cgtgcaggac      840

cccgcctacc ggcaggccat caccgccgcc ggttcgggct gcatcgccgc gctcgactgc      900

gagcgcttcc tgctgcaata g                                                921


<210>  1652
<211>  981
<212>  DNA
<213>  Alistipes

<400>  1652
atggcagcca tcaaatgcat cggtatcctg acctccggcg gcgacgcccc aggcatgaac       60

gccgccatcc gcgccgttac ccgcacggcc atctacaacg gatttacggt caagggaatt      120

ctgcgcggtt accgcggtct ggtgacgaac gaaatcgtcg atttccactc ctcgtccgta      180

agcaacatca tccagttggg cggaacgatc ctcaaaacgg ctcgctgcga ggagttcaaa      240

tcggtcgagg ggcgtcagca ggcctatgaa aacctgaaag ccgccggtat cgacgcactg      300

gtggtcatcg gcggcgacgg ctcgctgtcg ggcgccaata tcttcgcgca ggagcacgac      360

attcccatcg tggggctgcc cggtacgatc gacaacgacc tgggcggtac ggacgccacg      420

atcggttacg acacggcgct caacacgatc atggaggccg tcgacaaact gcgcgatacg      480

gcgtcgagcc acgaacggct cttcttcgtc gaggtaatgg gacacacggc cggatacctg      540

gccctcaacg gtgcgatcgc caccggttcc gaagcggcca tcatccccga aatggacacg      600

gaggtcgacc agctggccga actcatcagc cagggtttcc gcaagagcaa gaactcggcg      660

atcgtcatcg tggccgaaaa tccccgcacg gggggcgcca tggggctggc cgagcgcgtg      720

aaaaaagagt tcccgcagta cgacgcgcgc gtcacgatcc tgggacatat ccagcgcggc      780

ggatcgccct cggcacagga tcgcatcctg gcctcgcgca tgggagccat ggccattcag      840

gcgatcatgg aggggcagcg caacgtaatg atcggcatcc agaacaacga actggtctac      900

gtgcccttct cgcgtgcggt gcgtcacaac aaatcgatca atcgggatta cgtgaatctc      960

gtgaagatac tttccatgta a                                                981


<210>  1653
<211>  1125
<212>  DNA
<213>  Alistipes

<400>  1653
atggacaaaa tcggaacact cctttgcgcc cttgcggcgt tgctggcagg cggttgccgc       60

ggccggcatg caaccggagc gcagccctcc ctgcgcgtcg aggtgatcga agcggcgacg      120

gacaccgtcc ccaaccgcat gagcttcgtg agcagtgtcg aaagcaattt cgacgcactg      180

atcgaacccc gtgtcaacgg ctatctcgtg aacaagtatt tcagcagcgg tatgccggtt      240

cgaaaggggc agctgctctt tacgatcgac cccaacctgc tctccaccac cctgctttcg      300

gccgaagctt cgctcgaatc ggcgcgtgcg caggaggtct cggcccgcaa caactacgaa      360

cgcgccgtgc cgctggcgcg tatcgacgcc atcagtcaga cgcagctcga ccagtatacg      420

gccgaatacg tcgccgcgca ggccgccgtg cgttcggccg agcagcaggt gcgcaacgca      480

cggttgcagg tgggctatac ccgtatctat gctccgatcg acggtatcat cgcttcgagc      540

aacgcccata cgggcgacta cgtgggcgtg ggtacccaat tttcggtgct gacgaccatt      600

tcgaacatcg ataccgttgc ggtcgatgtc gccattccga tggcgcagta tctccgctat      660

gcggggacgc gcccgtcgat ctatgaaaac gacggtctgc tctcggacat caccctctcg      720

ctggccgacg gcgtggtcta tccctcgaag gggtggtaca gctatacgca gaaagacata      780

tcgagttcga tgggaaccat cgtgctggtg gtcaaattcg ccaatccgga ctatacgctc      840

aaacccggac agttcgcccg cgtgacggcc aacgtcggac cgtcgctgcc ctacgtcgtc      900

gtaccgcagc gtgctgtgac gcagatgcag gatctcagtt cggtctgggt cgtcgggcgc      960

gacagcacgg ccgaataccg gcgtgtgacg ctcggccgta ttgccggcga ccggtggtgc     1020

atcctgtcgg gcgtcgagcc gggcgaatgg gtcgttacgg ccggtattca gaagttgcac     1080

aacggtcaga aggttattcc gaccccgatc aatacgaata aatag                     1125


<210>  1654
<211>  1074
<212>  DNA
<213>  Alistipes

<400>  1654
atgagaaaaa cgatcttcct tttcgctctg ctcgccggca cgctgtcgct gcaagcccag       60

aactacccct tgcgcgcccg cctgagcgac ccgaattcct tctctgtcat cgtcattccc      120

gacccgcaga gctacaccaa gttcgccgcc aaccagccgt tgttcgagtt gcagacggca      180

tggatcgccc gcgagatcga ctcgctgcgc atcctcacgg cgctctgcac gggcgatctg      240

gtcgaacaga acgaaacagc catcccgctg gccttccgca agaccgacca gaccagcgcc      300

gagcagtggc gggccgcgtc gcgcgccttc gagcggctcg acaacaagct gccctacgtc      360

gtctgcacgg gcaaccacga ctacggatac accaagtcgg agaaccgcct gtcgcgcttc      420

cccgactact tcccgatgac gcgcaacgag tgctggcgtc acaaaatcgt atcggtatgc      480

aacaacgcgc acggaatccc cacgttggag aacgccgcct acgagttcca caccgacacg      540

tggggcgatc tgctggtcgt atcgctcgaa ttcgcgccgc gcgacgaagc gatcgaatgg      600

gcgcgcaaac tggttgcgga acccaggtac gcgaacacgc gggtgatcct gctgacccac      660

tcgttcatcg catggaaggg caaccgcaag aaaacggagc cctacgaact gaccgacgcc      720

aactaccagc aggcgatctg ggacaagctc gtctatccgt cgtcgaacat ccggctggtc      780

atctgcggcc acgaatgcca ccccacgacg gactacttcg agacggtcgg cttccgcacg      840

gacaagaacg ccgccggcaa atcggttgcg cagatgatgt tcaacgccca gacggccgac      900

ggacagtggc acggcaacgg cggcgactgc tggctgcgca tcctggaatt cctgcccgac      960

ggacggaccg tatcggtgcg gaccttctcg ccgatgttcg ccctttcgcc cgtcacctgc     1020

gacaaggcgt ggcgcacggc cgactacgac caattcacct tcgacatgga ataa           1074


<210>  1655
<211>  771
<212>  DNA
<213>  Alistipes

<400>  1655
atgacattgg ccgaaagaca cgatttcatc atggatctgc tgcaacagca gggctcggta       60

agcgtcgccg ctctggccga acggctcaaa gtctcggagg tgacgatccg caaggatctc      120

acgctgctcg aagagaagaa gatgctctac cgcgcccacg gaagcgccat tctgatcaat      180

ccctatatca acgaccgtcc ggtcaacgaa aaggagaaac acaacgccgc cgagaagcgt      240

gccatcggca tccgcgccgc gtcgctcgtc acgcccgacg actcgatcct catcgcgtcg      300

ggaaccacga tgctcttcct ggcccgcgag atcaaggcgc aggggcggct gacggtcatc      360

acctcggcgg tcaacatcgt cccgatcctc gtgcgcgacc acaacgtcga cgtggtgcag      420

ctgggcggca tggtgcgcaa cacctcggtt tcggccgtcg gggtctatgc cgaacggatg      480

ctgcaagact tctcgtgcag caaactctac ctgggcgtgg acggtatcga cctcgaatac      540

gggctctcga cgaccaacct catggaggcg ggcctcaacc gcgccatgat ccgcaccgca      600

cagaaaacga tcgtgctggc cgacagctcg aagttcggcc gccgcgggtt cagcaaaatc      660

tgcgacctga gcgacgtaga ccagatcatc accgacagca acgtctcgcc ccacaccctc      720

gcgcaactgc gcagtcaggg tatcgaggtg acggtggtgg aggccgtcta a               771


<210>  1656
<211>  1803
<212>  DNA
<213>  Alistipes

<400>  1656
atgaaaaaga tcatattagg tgcagcgctg tgcggactcc tcgccgcagg ctgctcgctc       60

gacaagagct atctcaacgg cccgaacgca ttgaccttcc ccgcatccaa agcggaggtg      120

gaggcgggcg tattcgccgc ctacaagggt ctgacgctga tcgacgcctc ctcgacgcct      180

ttcccaggca tccaggataa cgccagcgac atcggcgcat cgcgtctcaa cgccgccaac      240

tacaactacc agcagcagtc gaaacttccc accgacaacg catgggtcga aaaggtctac      300

aacaacatct acaagaccgc ggcccgcgcc aacctcgtgc tcgacggcat cgacaaggtg      360

cgcgatctga tgagcgaaca ggagtacaac atgtacaagg ccgaactgct gctcacgcgc      420

gcctacgtct acgaatgggg ctgccagctc tacggcgaca ttccctacat cgatcacgtg      480

ctggggctgg gcgacagcta cacccgcacg ccgcgcgccg aagtcatcga caagattctc      540

aacgaggatc tcaaagacga gatgctcgac ttcctgccgc tgcggcacaa caaggcgacc      600

tacggctcga cccgtctggg ccgcgtgggc gcctacggac tcaaagcccg catctgcctg      660

aactggggat tcttcgaaga ggccgccaaa tatgccgaca aggcgctcac gctggccaag      720

gatgccggct acgccctcga accctacgat acgcgcttct gcggcgaaga ctacaccaag      780

ggcgaaccca gtgcgacgaa cctcttcggc ctgagcggcc acgccaacag cgacgaatgg      840

atctgggcct tgcagtacaa cgccatgata tcgggcaacc agcacaacgc cggatactac      900

gccgcaccgc gcatcgccgg aggctgctct tatttcagcc ccacgcagat gttcatcgac      960

gcgatccagt gcaccgacgg caaatcgatc gccgaatcgc cgctgttcga ctacaaggag     1020

ccctggaaaa accgcgatcc ccgtctcgac ctcttctgcg tgcgaccggg ttcgcgcgtg     1080

ctgggaatgc agttcgaaac caacccctcg gttcagaaga tcatgaacta caacgacaag     1140

gaggagggtg tgctggtggc caattcggag gcctacggca ccaagtcgga gtacggcgcc     1200

aacggatcga agggcccctg cggctatctg tggcgcaaat acctcgacat cgaggagtac     1260

aggaccaaca acggattcgg caccaagtcg gtctgcacgc tgagctatcc gctcatgcgt     1320

ctggccgaat tgtacctgat ccgcgccgag gccaacatcg aatgggcggg cggcgatctg     1380

ggcgtcgcca aagccgacat cgagaccatc cgcggccgcg cccacatgcc cgtactgacg     1440

gtatcggacc gcaacgggct gcgttcggca ctgcgttacg agcgcatggt cgagttgtgc     1500

aacgaaggat tccgctggtt cgacatccga cgctggggca ttgccgaaga ggtgatttcg     1560

ggaacgctct acgctccggc gtcggacggt tcgatgtcga acgccattcc tacgatcgac     1620

gaaaactggc acgtgaccta caagggcgac accttcgacg gaaagaagat caacctgcgc     1680

aaattcatcg acatggcctt cgacccgatg aaggattacc tgtggccgat ccccgaaagc     1740

gagcgcatcg ccctgccgca gatcacgcaa aaccccggct acgcgggttt cgcagcggaa     1800

taa                                                                   1803


<210>  1657
<211>  1947
<212>  DNA
<213>  Alistipes

<400>  1657
gggcgacctt ccgcacggcc tgcgcgcgac attcgcgatt ccgaacacga aaaccgacaa       60

gatatgacgc tcgactacga tattctggtc atcggcggcg gccacgccgg ctgggaagcc      120

gcttcggcgg cggcgcgcat gggttcgcgc acgctgctcc taacgatgga catgaccaag      180

ctggccaaca tgtcgtgcaa tcccgccgtg ggaggcgtag ccaaggggca gatcgtccgc      240

gaaatcgacg cgctgggcgg ccgcacggcg cgtatcaccg accgcacgac actccaattc      300

cggatgctca accgctcgaa gggagcggcc atgtggagcc cgcgcgcgca gtgcgacaaa      360

ggccgttttt cggccgaatg gcggcacgaa ctggaaaata cgcagaacct ctatatctgg      420

caggatacgg ccgcagaact gctcttcgac acggcagggg agcgtccccg cgtgacgggc      480

gtgcgcacgt gcatgggcgt cgagttcact gcgcgcgccg tgatcctcac ggccggcacc      540

ttcctcgacg gcatgatgta ctgcggcgaa gcgcacgcgc cgggcggacg tgccggcgat      600

cccgcttcga cgggcatcac cgcatcgctc gccgcgatgg gattcgaaac ggggcgcatg      660

aagaccggta cccccgcacg actcgacgcc cgcacgatcg acttcgaggc attggagccg      720

caatacggcg acgaaaatcc gttgaagttt tcgttttcca ctgatacaca accagttaaa      780

catcaaagtc cctgttttct ggtctacact tcgcccgaag tgcacgccac gttgcgtaca      840

ggcttcgacc ggtcgccgct cttcaacggc acgatccacg gcatcggacc gcgttactgc      900

ccctcgatcg aggacaagct gcgcaccttc gccgacaagg aacagcatca gttattcctt      960

gaaccagaag gagataacac caatgaatac tatctcaacg gcttctcgtc gtcgctgccg     1020

tgggaggtac agtacgaagc gctgcaccgg atccgggggt tggaggacgt ccatatcttc     1080

cggcccggct atgcgatcga atacgactac ttcccgccca cccagttgcg ccatacgctc     1140

gaaacgaaac tcgtcgacgg actctatttc gccggccagg tcaacggcac gacaggttac     1200

gaggaggctg cggcgcaggg cctgctggca gggatcaacg cgcatcgcaa acgggtaggg     1260

gagtcggcga tcgttctgca acgcgacgaa gcctacatcg gcgtgttgat cgacgattta     1320

gtgacgaagg gcgtcgacga accttaccgg atgttcacct cgcgcgccga gtaccgcatt     1380

ctgctccgac aggacaatgc cgacctgcga ctcactccgc tcgggcatga aatcggattg     1440

atttcggaaa aagactttgc gaatttcgag cgaaaaaagt cgtgcgtaga atcgcttatt     1500

tccttcgccc gccgcacgag cgtgcgtgca ggcgaaatcg acgactatct gaaatcagtc     1560

gattccgaac cgatgaagca ggggaggaag ctctacgaca tcctgcttcg caacgaaatc     1620

accttcgccg gcctgtcccg cgtcctcccc aagctcgcgc aactgatcga ggaaaaggga     1680

atgacgaccg aagcgatcga agaagcggag atccagatca agtacaacgg atatatccag     1740

cgggaaaaat tcatcgccga aaagttgcat cggctcgaaa atatcgccat ccctgccgat     1800

ttcgactatc attcgatgca atcgctcacg atcgaggcac ggcagaaact cacgcgcatc     1860

cgcccgacga cgatcggcca agcttcgcgt atccccgggg tttcgcccgc cgacgtgaat     1920

gtcttgcttg tgaaattcgg gagataa                                         1947


<210>  1658
<211>  678
<212>  DNA
<213>  Alistipes

<400>  1658
atgaaaatca ataaggaagg ttataaaatc atcggtatca ccggcctgat ctgcctgctg       60

ctcggtacgg ggatctatcg cctgctgagc agccacgaca acggtacgct cgtgtgggtg      120

ctggtcgtac tgatgctgct tttctggttt ttcatcgtgg cgttcttccg cgagccgcgc      180

cgcgtgaaaa tacatgacgc cgatctggtc ttctccccct gcgacggccg tgtggtcgtg      240

accgaaccgg tacacgagag cgagtatctc gatcgggaga tgatgcagat ctcgatcttc      300

atgtcgatca ccaacgtcca catgaactgg cttccggtgg gcggcgtggt cgagtatttc      360

aagtatcatc cgggccggtt cctcgtggcg tggcacccca agtcctcgac cgagaacgag      420

cggacgacga ccgtcgtgcg cctggacgac ggccgtcacg tgctgttccg tcagatcgcc      480

ggactcatcg cacggcgtat cgtctcctac atgaaggtcg gcgagcgggt caagcagaac      540

gacgtgtgcg ggttcatcaa gttcggttcg cgcatcgacg tgctgctgcc caaagacagc      600

gaagtgttgg tcgagatcgg cgatcccgtc gtcggctcgc agacgccgat cgcgcggctg      660

aaaccgcaga cgaaatag                                                    678


<210>  1659
<211>  1368
<212>  DNA
<213>  Alistipes

<400>  1659
atgaaccatt acgatattct ggtgatcggt ggcggcccgg gcggtatggg cgctgcgctc       60

cgagccgcgg aactggggcg caagacggcg ctcgtcgaac gcgccgagct gggaggcgtc      120

tgcctcaact gggggtgtat ccccaccaag gcgctgctca aaagcgcgca ggtctaccac      180

tattgccgca cggccgatgc tttcggcgtg acgctcggcg gcgaggcgaa gcccgatatg      240

gcgcgtatcg tcgcccgttc gcgcggcgtc tcggagacga tgcgcaaggg cgtcgggttc      300

ctgctggaga agaacaaggt cgatgtgtgg cgcggcgagg cccgtcttgc gggcgaaggc      360

cgtgtgatcg tggccgacga aacggtttcg gccgaccata tcattctggc gacgggggcg      420

cggccgcgcg aaatgccctt catgccgatc gaccacgagc atgtcctctc gtcgcgcgac      480

gcgttggtgc tcgacgaatt gcccgaatcg atggtcgtcg tcggatcggg tgccatcggc      540

tgcgagttcg cgtcgttcta cgctgcgctc ggcgtgcggg tgaccgtggt cgagtacctg      600

ccgcagttga tgccgctcga agacgaggag gtggcgcgga cgatggagcg ggctttccgc      660

aaacagcgca tcgcggtgat gacctccacg acggtcaagt ccgtgacggt cgacggcgag      720

ggccggtgcc gcgtgcgcat cgaaggcaag aagggcgagg aggagctcac ggccgacaag      780

gtgctttcgg ccgtcggcat caaatccaac atcgaaggac tcgggctgga agagctgggc      840

gtgcgtgtcg aacgcgacaa gatcgcggtg gacgaacact accgcaccaa tgtcgagggg      900

gtctatgccg tgggcgacat cgtgcccgga ccggcattgg cccacgtcgc gtcggccgaa      960

gcgctgcact gcgtggaaca tatctgcggc gtcgaatcgg atccggtgga ttactcggtc     1020

atcccgtcgt gcgtcttcac ttcgcccgag gtggcgtcgg tcggcttgac cgagcgcgag     1080

gcgctggccc gggagattcc ctatacggtg gggcgctatt cgttcatggc ctcgggcaag     1140

gctgcggccg ccggcgaacg cgacggcttc gtgaaactgc ttttcgacgc cgaccgcaag     1200

ctgatcgggg cgcatctggt aggagccagc gtgaccgaga tgctcgccga gcctacactg     1260

gcctgccgtc tgggggccac ggcgcggcag atcgcccgca cgatccatgc ccacccgacg     1320

atgaacgaag gggtgatgga agccgcggcg gcggtgccgg agcgctga                  1368


<210>  1660
<211>  789
<212>  DNA
<213>  Alistipes

<400>  1660
atgccttcct cccgctcgta tatgaaaaag atcgacatcg aaaaaggatc gaaacgggcc       60

gacgcccgat tccgcatcac cgtcgaagag acgggcccct atctgatcta cggacagccg      120

ccgctggccc agcagttcat catgcccgac gccgagggcg aaagctggta ctttcagcag      180

ggtgcgcact tcccgaccga cgacgaaccg acggcgctgt gccgctgcgg cgcctcgaag      240

aacaagccct actgcgacgg agcacacgtc cacgcggcgt gggatccgcg cctgacggcc      300

gacgacgctc cgctgctgga caacgtcgaa ctgaccgaag gcgagaccct ctcgatgacc      360

gacaacccca aatactgcgt cttcgcacgt ttctgcgacg ccaaggggca ggcgtggaat      420

ctggtcgggc aaccggagaa cgacgaggcg cgcgaactgg ccatccgcga ggcttcgatg      480

tgccccagcg gccggctgat ggcgtgggac aacgagaccg gcactcccta cgaattccgc      540

ttcgagccgt cgctgggact catcgaagac gtcgccatcg gagccagcag cggcctgtgg      600

gtgcgcggcg gaattcccgt cagccgcgaa tcgggcgaga cctacgagat ccgcaaccgc      660

gtcgtgctgt gccgctgcgg cgcgtcgcac aacaagccct actgcgacgg cacgcacgcc      720

tcgatccggt tcaacgaccg gctcgaaggg actcccgaag gcgaaaccct ccccgaaaaa      780

gtcgactga                                                              789


<210>  1661
<211>  720
<212>  DNA
<213>  Alistipes

<400>  1661
atgaaaaaga attataatta cacccgctgc aaacttttcc tgccggagta cgggcgccat       60

atccacgaga tggtcgcgtc gctgctcgaa gtcgaagacc gccgcgagcg gacgcggcag      120

gccaaggccg tcatcgccgt gatgggcaac ctgaaccccc tgttgcgcga tacggccgac      180

ttcacgcaca aattgtggga tcacctcttt atcatgtctg attttcagtt ggatgtggac      240

tctccctatc cgcgtccctc gcgtcaggat ctgacggtcg caccgcggag gatgccctat      300

tcgcagcggc gcatcctgtt caagcattac gggaaatatg tgggagagat gatccgttcg      360

ctggtcggca aaagcagtcc cgacgtgagc cggacggtcg acaatctggc gcgttacatg      420

cgtgccaaga gctacgagta caatcaggaa caccccaaca acgaggtgat cataaaagat      480

ataagacaaa tgtccggcgg gaacatttcg atagacgaag ctgctatcaa taatctccga      540

agcgactata aacaacactt tacggcccac ccccaaaaag gcccccagcg caccggcgga      600

cgtcccgtgc agaaaggccg taacaatccg cgtgcccgtc agggcaatta tcagcagaat      660

caccaggggc agcatcaggg atacgttaaa aacggccgtt cgtacaattc gaccaaataa      720


<210>  1662
<211>  1155
<212>  DNA
<213>  Alistipes

<400>  1662
atggaccgat cgcaggaagg atacggcgat gcggagctgc ggcccgcgga gtgcggcgga       60

gagccgcacg gctgcgctgc gccggacgac gaggagtcgc tgcggcgcga ggccgaggcc      120

gacggcggcg aggtggagga gggagacgag ctctacgaac acttcgcggt cgacgtcgac      180

cgggggcagg agccgatgcg gctcgacaaa ttcctcacgc tgaggatgca gcactgctcg      240

cgcaaccgca tccagacggc ggtcgacagc ggcagcgtgc tcgtgggcgg acgtccggcc      300

aagtcgagct acaaggtcaa gccgctggac cgcatcaccg tggtgatgcc ctatcccaag      360

cgcgaggtcg agatcgtgcc gcagaacatc ccgctcgaca tcccctacga agacgacgat      420

ctgctgatcg tcgacaagcc cgccggcatg gtcgtgcacc cgggccacgg caactgggac      480

gggacgctgg tcaatgccct gacctatcat ctgcgcacgc tgccgatgtt ccgggagggc      540

gatctgcgcg ccggtctggt gcaccgcatc gacaaggata cgtcggggct gctggtcgtg      600

gccaagaacg aacgcgcgca cgcccgtctg gccaagcagt ttttcgacca tacgatcgtg      660

cgccgctact atgccctcgt gtggggcaat cccgacgccg acgaggggac gatcgagggc      720

aatatcggcc gttcgccgaa ggacaagttg cagatgtgcg tcttcgcgga cggcgagcag      780

ggcaagcacg ccgtgactca ctggcgcgtg gtgcggcgtt acggttacgt gacgctcgtg      840

gagtgccgtc tggaaacggg acgcacgcat cagatccgcg tccacatggc gtggaagggt      900

ttcccgctct tcaacgacgc ccgctacggc ggcgcccgca tcctcaaagg gacgaccttc      960

tcgaaatacc gccagttcgt cgagaactgt ttcgcgctgc tgccccggca ggcgctgcac     1020

gcccgttgtc tgggattcgt acacccctcg acggggcgcg aggtctactt cgagagcgaa     1080

ctgccggccg atttccgcgc cgtgctcgac cggtgggaga attacgccgc acacgtacgc     1140

accgacgccg aatag                                                      1155


<210>  1663
<211>  777
<212>  DNA
<213>  Alistipes

<400>  1663
atgaaactga acctcaaacg tcccatcgtc tttttcgatc tggaaaccac cggcgtcgac       60

accgccaaag accgtatcgt cgagatctcg atggtcaagg tgatgcccga cggcgaggag      120

atcgtcaaga cccgcaagat caaccccggc atacacatcc ccgaagaggc gaccgccatt      180

cacggcatca ccgacgagga tgtgaaggat tgtccgacct tcgcgcagat cgcccggtcg      240

ctcgaacagt tcatcgccgg ctgcgacttc ggagggttca actccaaccg tttcgacctg      300

ccgatgctcg tcgaggagtt catgcgcgcc ggcatcggcg tcgacttcaa gcggcgccgc      360

ttcgtcgacg tgcagaacat ctttcacaag atggagcagc gtacgctcgt agccgcctac      420

aagttctact gcgacaagga cctcacgaac gcccattcgg ccgaagccga tacgctggcg      480

acctacgagg tgctcaaagc gcagctggac cgctacgaca acctggaaaa cgacatcgat      540

ttcctggccg aattctccac gcgcaacgag tcggccgact acgccggacg cattctctat      600

aacgagaaag gggaggaggt cttcggtttc ggaaagcaca aaggccgttg cgtagccgaa      660

atattcgagt cggaaccgag ctactacaac tggatgatga acggcgattt cccgctctac      720

acgaaaaagg tcatcaccga aatccggctg cgcggctcga aggagaagaa acgttag         777


<210>  1664
<211>  1308
<212>  DNA
<213>  Alistipes

<400>  1664
atgacactgt ttttccgaaa ctgcaaggtg ctgccgatga cggcggcagc cggcgaaccg       60

aactgtttcg acgggtacgg cggcgtcgag ggacgccgca tcgcactggt gacggccgat      120

gcggctgcgg ccgaagcgtg gcgtgcggcg cacgccggcg cgcgcgagat cgacggccgg      180

ggcggaatcc tgatgcccgg actagtgaat acccattgcc acatggccat gacgctccaa      240

cgaagctatg ccgacgatat ggccctcatg gagtggctca acgaccatat ctggcctttc      300

gaagcgcgcc agaccgacga cgacatccgc gtgggcgcac tgctcggcgc ggccgaaatg      360

ctgctgggcg gcgtgacgtc ggtcgtggac atgtactggt cggaggcggc ggttttcgat      420

gcggtcgatc gcgcggggat gcgggcgctg ctctgtgcga gctacctcga tacgcggctc      480

gaagccttcg aaagcgacct gcccgcgctc gtcgagaaat gcgagggatc gtcgcgcatc      540

cgtgcgggac tggcgcctca tgccgcctac acctgttcgg cggagaatct gcggcgcggg      600

atggaggcct gccgtcgtta cggcatcccg atgacgacgc acatcgccga gacgctcgac      660

gaggtgcgca tgatccgcga gcgttacggc gcgacgcccg tggagtatct cgattcgctg      720

ggagtgctcg acggggggct gatcgccgca cactgcgtgc acctgaccga cggggatcgc      780

cgcatcctgc gcgagcgggg cgtgcacgtg gcgcattgcc cgacgagcaa catgaagatc      840

gcgagcggcg tcgcgccgat cgaacggctg cgtaccgaag gggtgaactg tacggtgggc      900

accgacggcc ccagttcgaa caacgatctg gacatgtggg aggagatgcg caacgcttcg      960

ttcctgcaaa aggtgacgac gatggatccc tgtgccgtgc cggcctacga actgctccgc     1020

atggcgacgg tctgcggtgc ggccgccatc ggccatgccg gcgagttggg cgtggtgaag     1080

gagggtgcgc tggccgatct ggtattgctc tcgacgcaga ggccttatta tcatccgcag     1140

cacgacgtcg tagccaacgt ggcctattgt gccaaggcgg ccgatgtcga tacggtggtg     1200

gtcgacggcg aagtggtggt cgacggcggc cggctgtcga cggtcgatct gccgtcgctc     1260

tatgcccggg ccggggctgc cgtgcggcgg atcgccggcg agttgtag                  1308


<210>  1665
<211>  1377
<212>  DNA
<213>  Alistipes

<400>  1665
atgagtacac atgcgaaggc cgcggcgaaa ttcctcgccg acagggagcg tgccgcgtgg       60

cacgaccgcg cgctcttcca cgtgcgcgag aagcgcgacc gcatggcgca cgccgttccc      120

gaatgggagg cgctgcggca ggcggcttcc gagatcaagc tgcacacgct gtcgcatctg      180

ggacgctatc tcgaagagtt cgaacgcaat gcgacggcca acggaatggt cgtccactgg      240

gcttccgacg cccgcgagat gaaccggatc gtgctcgaca tcctgcgccg gcacggcggg      300

cggacgctca tcaagagcaa gtcgatgctc tccgaggagt gcggcctcgc gcccttcctg      360

gccggacagg ggatcgatgc cgtggagagc gacctgggcg aacggatcat gcagctgatg      420

caccgtccgc ccagccatat cgtgctgccg gcgatccatg tgcggcgcga ggaggtgggc      480

gaactcttcg aacgggaact cggcacggcg cggggcgaca gcgatcccac ctacctgacg      540

cacgaggcgc gcaaacattt gcgcggcaag ttcctcacgg ccgatgtcgc catgacgggc      600

gtcaatttcg ccgtggcctc ggagggggcc ttcgcagtct gcaccaacga gggcaacgcc      660

gatctgggga cgtcgtttcc cgatctgcat atcgcgatca tggggttgga gaaggtcgtc      720

cccgactacc gttcgctggc ggtcttcacc cgtctgctgg cgcgttcggc cacggggcag      780

cccgtgacgg cctatacgtc gctgtaccga cgtccggagc cgggcaagca gattcatgtg      840

gtcatcgtcg acaacggccg caccgaatcg ctgcgcaacg aggcgcaccg caacatgctc      900

aaatgtttgc gctgcggcgc ctgcatgaat acctgtcctg tctaccggcg gtcgggcggt      960

tactcctact cgtatttcat ccccggcccg ctgggaatca acttggggat gctgcgcacg     1020

cccgaacgct atgcgggcaa cgtgtcgggc tgttcgctgt gctactcctg ctcgaacgtc     1080

tgtccggcgc ggatcgacct gggcgaacag atctacgcgt ggcggcagga gatggatgcc     1140

gacggcgtgg ccgatacccg caagaaactg gcggtcgagg gaatggacgt ggtgatgcgg     1200

cacaaaacct tgttctacac gggtttgaag ctgattccgt gggtgccgcg cttcgtctat     1260

aacaatcgct tcaacccgtg gtgcgccggc cgcgagatgc cgcatttcgc tcgccggagt     1320

ttcaacgaac tgtggaaaga gggaaaaatc gcaacggaaa aaaaggagaa acgatga        1377


<210>  1666
<211>  1362
<212>  DNA
<213>  Alistipes

<400>  1666
atggaaaaaa tcaaggcaat cctgcgtaac aaatggttcg gcttcatctt ctggagcctc       60

ctctatatcc tgtggttcgt cgtctggacg ggcaacctgt ggctgctgct gggcgaactg      120

gtcatcgtcg acctctactt cacgcatttc ctctcgcggc tcatcggccg gcgcaaccgc      180

gaatggtgcc gccgcagccc gacctacaaa ttcatctacg agtgggtcaa cgcaatcgtt      240

ttcgcaacgg tcgtcgcctc gctcatccac atcttcgtct tccagatgta cgtcatcccg      300

tcgtcgtcga tggagtcgtc gcttcttatc ggcgactacc tctacgtgag caaggtggcc      360

tacggccccc agatgcccaa cacgccggtg tcgttcccct tcgtacacca tacgatgccc      420

ttctcgcaga cgaagaaatc cttctcggag tgcatccgat ggccgtacca ccggctcaaa      480

ggattgcgca gcatcgagcg caacgacgtg gtggtcttca acttccccgc cggcgacacg      540

gtgctgctcc agcggcagga cgccacctac tacgacgtgc tgcgcgaata ccagcgcacg      600

ctgggcgcca gggcgggccg cgagaaactg ttccgcgact acacggtcat cacccgtccg      660

gtcgacaagc gcgagaacta catcaaacgc tgcgtggcca tcgccggcga ctcgctcaaa      720

atcgtgggcg gcgaagtcta cgtcaacgac gagccgcagg ctcccgtcga gggcaagcag      780

tacatgtata cggtgatgac ctcgtcgccg ctgtcgaaat acgcgatcga caagctcggc      840

atcaccgagt ggagcggcgg caacggctcg aactactaca tgctgctcga cgacgagcgg      900

gccgaggagt tgcgccgcat gggcaacgtg ctggccgtcg aacgtttcat ctacgaggag      960

cccaaccgcg aagtctatcc ccacgacctg acgctgggat ggaatcagga caattacggc     1020

ccgatctgga ttccggcccg cggggcgacg atcccgctca cacccgagaa catgcggctc     1080

taccgccgct gcatcgaagt ctacgaaggc aaccgcgtgg aagaactgcc cgacggcagg     1140

gtactgctca acggccagcc ggccgcggac tacaccttcc gcatgaacta ctactggatg     1200

atgggcgaca accgccacaa ctcggccgac tcgcgtttct ggggtttcgt gcccgaagac     1260

cacatcgtgg ggcgcgcctc gttcatctgg ctgtcgctcg acgcacagaa atcgttcccg     1320

tcgaacatcc ggtggaaccg gctcttcacc aaagtgaaat ga                        1362


<210>  1667
<211>  1182
<212>  DNA
<213>  Alistipes

<400>  1667
atggacaatc tgaaccaaga cctgacatcg ctgctccgcc gcgcggggct ggacaactcc       60

ggcggagagt ggggctcgcg catcctgctc gtcgcaggca tcgtcctcgt ctgctacctc      120

gcggtgaaat tgttccggca tctggtgaca cctgccctgc aacgcatcag cgcccagacc      180

cggacgatgt gggacgacca tctgttcgac gacaaagtcc tgcacgccgc ctgccgcctg      240

attccgcccg tcctcctata tctgctgctg ccgctggcct tcggcgacga cccctcgctg      300

ctgaaactgc tgcacaaagg ctgctcgatt tacctcatcg tcgtgacggt cgccctgcaa      360

aacacctttc tcagcgcgct ctacgacatt tcgaacaaac acgaaacgct gcgcgaccgg      420

ccgttgaaag gcatctacca gatgctcaaa ctcgtgaccg tcagcgtcgg catcgtgttg      480

atcatcggga ttctcatcga ccggaacgcc acgagcattc tggccggact gggtgcatcg      540

gccgccgtgc tgatgctgat tttcaaggac agcatactgg ggctcgtcgc cggcgttcaa      600

ctctcggcca acgacatgct gagaccggga gactggataa cgatgagtaa atacggtgcc      660

gacgggtatg taatcgaggt gacgctgacg acggtcaagg tgcagaattt cgacaagacg      720

attacgacga ttccgcccta tgcgctggtc agcgactcgt tccagaactg gcggggcatg      780

cgcgaatgcg gcggacgacg catcaagcgc tcggtcttca tcgacgcccg cacgattcac      840

cggcgcacgc cggaagagac ggcgcggctc cgcgaaaagg ggtatcttgc ggccgataca      900

tcgcaggaaa tcgtcaacct gcaagcgctg cgggagtatc tcgcgaatta cctgcgcaac      960

tgccccgacg tgcgcagcga cctgatgttg atggtacgca cgctccaacc cacgtccgaa     1020

ggcgtgcctt tggagttcta ctgcttcacg cgccacttcg aatggattcc ctacgaagcg     1080

ttccagagcg cacttaccga ccgcgtgctc acccttctgc cggagttcgg cttgcaggcg     1140

ttccagcggc ctgcgggcac cgatctgcat gaacggcact ga                        1182


<210>  1668
<211>  1527
<212>  DNA
<213>  Alistipes

<400>  1668
atgcttcact acaaccaaga taaaaccatg aaatccaata aactgctgat cgcgctggcg       60

ggatgcgccg ccttcgtggc gacggcctgc cacggcgatc tggacatcat acaggacaac      120

cagctcacgg cgagcaacat gtggaccgag tcgagcgacg tcaccacgtc ggcctacggc      180

atctactacc tcatgcgcgc caatttcgtg caggacaagg tcaacgtctt ttactggggc      240

gaagcgcgtg tgggcgaata catgtggggc gccggatcgt ggcgcacggg acacgacaac      300

gacatgtacg gcgtgcagaa cagcacgatg aacgactcga acgcctcgac ggtctggacg      360

aagctctaca cggccgtcaa cgccgccaat gccgtgctga aatacgcccc gacggggccg      420

atgaccgacg ccgaccgcca gtgggcgatc ggacaggcgg cattcgaccg tgcctacctc      480

tatttctggg ccgtgcgcct gtggggcgac gtgccgctgc tgctcaaccc cgtcgagtcg      540

gtcgatgcgg aggagtgcta tcccgcgcgt tcgcccaaag cctacgtcta cgaacagatc      600

ggccgcgaca tcgagacggc cgtggcctac gtcacctcgg gcaccgacaa gtacgtcgcc      660

acgcccgatg cggtgaacat gctcaaagcc gaatacgcgc tgtggatgta cgccacgcag      720

gcgggcggcg acgattacct cgcgctggcc gacgaggcgt tgaaggcgat cggcatctcg      780

tcggcgcgcc ttctcgatga ctacgcctcg atcttcgcgg tggacaacaa gtgcaacgcc      840

gaggtgatct tcgcgctgaa caacaaccag accgagaagc tcacgggcgg ctactactgg      900

accttctact ggcccgcgac caacgtggcg ccggcctatc agatgaatcc cgtgccgatc      960

tacacgacgc agtggtggaa ctattcggac aacttcatct cagtgctcaa acgcagcaag     1020

gccgagcaca acgaccgccg cgtggactgc aactacctcg aagggcctta cggctcgtcg     1080

tcggaggggg tgatgaatac gatttcgtgc cccaacaaac tcaaaggcga ctgttcgacc     1140

aacatgatga tcctcgactg cgacctgctc tactatcgct atgcgcaggc ggtgatgctg     1200

gacgccgaac tgaaatactg gcgcaaagac tatgaggggg ctgtcaagtc gctgaatctc     1260

atcgctaagc gtgcctacgg cgtggataac ttctacaccg aggccacgaa ggaggcggtg     1320

ctcgatgcgc tgtgtaccga gacgctgctc gaattcccgt gcgaaggggt ggtgtggtgg     1380

acgctcatcc gactggacaa gatatgggac tacaatccct cgctggccga gcgccgcgcg     1440

ctgaacccca acatcctgtt gtggcccatt tcggcgtcgg cgcgcaacaa gaacaccaag     1500

ctcacgcaga ccgagggctg gaactga                                         1527


<210>  1669
<211>  1332
<212>  DNA
<213>  Alistipes

<400>  1669
atgaaaacac tgaaacttga tatttcgaag gccggcgtgg agatcactcc ccgcatggag       60

gagcgcaccc gcgaggcgct ctcgctgctc tattcgaagc agggcgccgg caacgatttc      120

ctgggatggg tgacccttcc ctcgtcgatc gcgccgcagg agttgttgcg catcggggcc      180

gaagccaaga agctgcgcga gtgtgccgac gtgattatct gcatcggtat cggcggttcc      240

tatctgggtg ccaaagctgt tgcggaggcg atgggcgatt cgttcgccgc gctgcgtccg      300

cgcaaggagc cggtggtcgt cttcgccggt cagaatctct cggaagagta tacctacgaa      360

ctgctcgatg ccgtcaagga ccattcgatc gcggcgatcg tcatctccaa gtcggggacg      420

acgaccgaac cggccgtggc cttccgcatc gtcaaggcgg agatcgaacg gcgttacggc      480

aaggccgggg ccgccgagcg tatcgtggcc attaccgacc gtgcgcgcgg tgccttgaag      540

acgttggccg acaacgaggg ctacgccacc ttcgtcattc ccgacgatgt gggcggccgg      600

ttctcggtgc tcacgccggt gggattgctg ccgctggccg ccgccggtgt cgacatcgag      660

gcgctggtac gcggcgccga ggagatggag cgtgccacgg gcgagcaggt cgccttcgcg      720

gagaaccccg cggcggtcta cgccacggtg cgtaatgcac tgtacgaagc gggcaagaag      780

atcgagattc tgggttccta cgaaccgaag ctccagtata tcaacgagtg gtggaagcag      840

ctctatggcg agtcggaggg caaggacggc aaagggctct tccctgccag cgtgaccctc      900

acggccgacc tccattcgat ggggcagtac attcaggagg gcgaacggac gatgttcgag      960

acgatcgtct cggtgaccgc tccgaagcac gaggtgcgga tcgaatccga cgccgagaat     1020

ctcgacggcc tgaactatct ggcgggcaag cgcctgtcgg aggtgaaccg catggccgag     1080

ttgggtgtgc agctggcgca tgtcgacggc ggcgttccca acctccgcat cgaaattccc     1140

gagatttcgg cgcacgcact gggcgcactg ctctatttct tcgagaaggc gtgcggtatc     1200

agcggctacc tgctgggggt gaatcccttc aatcagccgg gtgtcgaggc ctataagaag     1260

aatatgttcg ccctgttgga gaaacccggc tacgaggccg agacgaaggc gatccgggag     1320

cggctgaaat aa                                                         1332


<210>  1670
<211>  861
<212>  DNA
<213>  Alistipes

<400>  1670
atgaccggtt tcggcaaggc cgaaaggctc gccccgaata agaaattcag cgtcgaaatc       60

cgctcgctca actccaaaca gctcgacctg agcatcaaaa tgccctcggc gtaccgttcg      120

ctcgaacccg aaatccgcac gctggcgaca aaggcgttgc agcgcggcaa ggtcgaaatt      180

ttcgtcacgg ccgagagtac ggccgtcgag acttcggccc atataaataa ggagcagttc      240

cgcgcctacg tccgccagtt gagcgatgcg ctcacctatg caggtatgga ggcttcgttc      300

gacgccatga tgcagtcggt gctgcgaatg cccgacgtgg tttcgacgcc taacgaaacg      360

gtacccgaag aggagcacgc cgcgctgctg gcggcggcga gggaggccgt cgcccggctc      420

gacgacttcc gcttgcagga gggcgccacg ctgatcgccg acctgctgcg gcgcgtagac      480

aagatcgaag gctacaagga ggaggtagtc ccctacgaaa aggcgcgcac cgagacgatc      540

aaggcccgca tccgcgagaa tctggcgcag ctcgacgtcg aggtcgattc gaaccggctg      600

gaacaggaga tgatcttcta ccttgaaaag ctcgacatca ccgaggagaa ggtacgcttg      660

caaaaccact gccgctattt ccgcgaagtg gctgccgacg aggagacgcc cgggcgcaaa      720

ctcggtttca tcgctcagga gatggggcgc gaaatcaata cgatgggctc gaaggccaac      780

gagagcaaca tccagattct cgtggtaaag atgaaggacg agctcgaaaa aatcaaagag      840

caagtactca atattttata a                                                861


<210>  1671
<211>  2124
<212>  DNA
<213>  Alistipes

<400>  1671
atgaaaaaaa ttctgtcgtt tatgtcactg acgcttctgg tcgcagggtg tgccgatcgc       60

acgatgcccg tggccgacct gcccgagatc gatacctcga atccgctgct cgcggagtgg      120

gagacgccct atgccacgcc cccgttcgag cggatcgaac tgaaagatta cgaaccggcg      180

ttcgatgcgg ccatcgccgt acagcgggcc gagatcgagg ccatcgtgaa gaatcccgcc      240

aagccttcgt tccacaatac gatcgtcgcg ctggaacgtt ccggcgaact gctttcccga      300

atcgaggggt tgttctacaa cctgctcgaa gccgattcca acgacgagat gcagcgcatc      360

gcgctcgacg tgcagcccaa gctgacggcg ctgagcaacg acatcgcgct cgatccggcg      420

ctcttcgccc gcgtgaaggc cgtctacgag aatcccggct ggttcctttc gaaggaggac      480

aagcggctgt tggagaagac ctacaagagc ttcgcccgca acggtgcggc gcctccggcc      540

gaccagcagg agctctaccg gcaatatacg accgagttgg gggagatgac gctcaaattc      600

ggccagaatt cgctggctgc gaccaacgcc ttcacgctca acatcaccga tcccgggcgg      660

gtcgaagagc tgcctgactt cgtgaaggag gggctggcgg ccgacgccaa ggcgcgcggc      720

gggaaggggt ggacggggac gttgcagtat ccgagctacg tccccttcat gacctattcg      780

tcggaccgcg aggcgaagga gcagctgtgg cgggcgtcga atgcgcgtgc gctgggcggc      840

gagttcgaca attgcgagaa tatccgccgc atcgtcgatc tgcgccgcca gatcgcaggt      900

ttgctgggat atgaaaccta cgccgactat gtgctcgaag agcgcatggc cgagaatacc      960

gctacggtga acgccttctt gcaggagttg ctcgacgaga cgatcgacta tgcgcgggcc     1020

gactatgcga tgatcaacga ctatgcccat gcgcagggct tcgagggcga tgtgatgccg     1080

tgggattggt cgtactacgc cgagaagtac aagaacgaga agtatgcgct gagcgacgag     1140

caggtgaagc cctacttcga attggagaag gtgaaaaaag gggtcttcct gctggccaac     1200

aagctctatg ggctgaattt cgccaagcgc gacgacatcg ccgtctatca tcccgacgtg     1260

acggcctacg aagtgaccga cgcgaagggc gacttcgtag cggtgctcta cctcgacttt     1320

ttcccgcgtg cgtcgaagcg cgccggtgcg tggatgaccg agttccgcgg ttcgaaggag     1380

gtagagggcg tcgagacgcg cccgctggtg tcgctggtga tgaacttcac caaggcgacc     1440

gagacgaaaa cttcgctgct gaccttcgac gaggtgaaca ccttcctcca cgagttcggc     1500

cattcgctgc acggcatgtt gggccagggc gagtacgagt cgctgaacgg gacgagcgtc     1560

taccgcgatt tcgtggagct gccgtcgcag atcatggaaa actgggccac cgaaaagcag     1620

tggctcgacc tgtgggccga gcactacgag acgggtgaga aaatgcccgc cgaactggtc     1680

gagaagatcg tcgccgcgaa gaactatctg gccgcttacg ccaatgtgcg tcagctgtcg     1740

ttcggcatga ccgatatggc atggcacacg ctcaaagagc cgttcacggg cgatgtcgag     1800

gccttcgaga agcagtcgat ggcacctgcg caggtgttgc ctgtcgtgga cggtacggcg     1860

atgaatcccg ccttcactca tattttctcc ggcggctatg cggccggata ctacggttac     1920

aagtgggccg aggtgttgga agccgacgcc ttcaaggcgt tcgaggagac gggcagcatt     1980

ctgggcgggc cggcggccga tgccttccgc aagcacatcc tcacgcaggg agggcacgag     2040

catccgatga aactctatgt cgccttccgc ggccacaagc ccgagacgaa ggcgctcatc     2100

gagaagatgg gactgacgaa gtga                                            2124


<210>  1672
<211>  684
<212>  DNA
<213>  Alistipes

<400>  1672
atgaaacgcc gtacgctaag atacctcgtt ccggtggccg cgctgctcgc agcggcgggt       60

tgcgactata aggagagctt cccctaccag ggcgacgaac tgatcgactt cacgaccgat      120

tcgctctact tctccttcgg caaggaaccc ttctcggtca cggaaaagac gatggaagta      180

ggcgtcgaga tcgtcggatc gcccgtgtcg cacgaccgcg gctaccgcat ccgcatcgac      240

ccgctgcgca cgacggcgca ggccggactg cattacgacg ccctcgaaga aacgcgcacg      300

attcccgccg gggcttcgtc gacgacgatt cccgtgcgcg tccaccggct cgaactcgaa      360

gacgagacgg tctacacgct gcggctggaa ctcgtcgaaa cggaggattt ccgtctcggt      420

gtcatcgaag gccgcgccgt gtcggtctgc ttcaccaacc ggctcgacca gcccgactgg      480

tggacggaac tatcgcactg gctcggtgaa tacaacgtgc gcaaatatca gaaattcatc      540

gaactgtggg gcaaccccat cacgaaggaa gacatcgagg agaacaaata cgccatcctg      600

cgcgtcttca aggaggtgaa actctatttc gaggagaatc ccgtctacgg ggtcactttc      660

cccgatgtgg agtggcccgt ctga                                             684


<210>  1673
<211>  729
<212>  DNA
<213>  Alistipes

<400>  1673
atggagattt tctggaatac catcgcacgt tacaatgccg ccacgtggcc gtggcagatc       60

gcgatcgtgg cagcggcggc agtgctcacc gtcctgctct acctccgccc gacgcagaat      120

gtcaaacggg ccatgaaact ctttctggcg ggtctcaacg cctggatcgc cgtggtttac      180

tatctggtct ggtgcggcca gcgcagccac agcgacgtgc tggccctctt ctgggggatc      240

atggccgtga tctggctcta cgacctctat gccgatttca cgcgcttcga gcgcacgagc      300

cgccccaacg gcttcgccct gttgctctac ctcatgccgc tggcctatcc gctcttttcg      360

ctggctcggg ggctgtcgtt cccgatgatg accatgcccg tgatgccctg ttcggtggcg      420

gtcttcacca tcggtctgat gctggccttc acgcaccgta tcaacatctt cctcgtgctg      480

ttcctctgcc actgggcgct gatcgggctg gcgaaggtct acttcttcgg tattcccgaa      540

gacttcctgc tggccgcttc gaccgtgccg gcgctctacc tctttttccg cgaatacatc      600

gccaagaacc gcgaactgcg caccaagccc gacgcgcgga tgctcaacgg gctgttgatc      660

ctgctctgca tcgtcatcgg ccttttcttc accgccacgc tgctgcacca gatccggctc      720

tacgtctga                                                              729


<210>  1674
<211>  738
<212>  DNA
<213>  Alistipes

<400>  1674
gacagcgacc gcctgagggc cgagccggac gcgggaaacg aagaggcaca ttcacaccag       60

ctaccgatta tgagtcaccg cattcttttg gtcgacgacg aagacgacat cctcgaattc      120

gtccgctaca acctccaacg cgaaggttac gaagtgttca ccgcccgcga cggcgccgaa      180

ggggtcgccc gcgcactcga agtgcatccg catctgatcc tgctcgaccg gatgatgccc      240

cgcatggacg ggctcgaaac ctgccgccgc ctgcgcgagc acgacgaact gaaagacacg      300

atgatcgtct tcctcacggc gctgggcgaa gacgagcacc agctcacggg attcgccgcc      360

ggagccgacg actacatcag caaaccgatc aagatgcaca tcctggtcag ccgtctgaaa      420

gcgatcctca aacgcatcgg cgccggcgat gcggcacccc gcgatacggg cggcgtcacg      480

atcgatccgg cccgttacat cgtcaaacgc aacggggaag agatctccct gccgagcacg      540

gagttcgcgc tgctgacgct gctgatgtcc gatccgggac ggctcttctc gcgtgaggag      600

atctactccc gcgtatgggg cgaggacgta gtggtcggcg accgcacgat cgacgtccac      660

attcgcaaac tgcggcagaa gatcggcgac gaacacatca tcaccgtcaa gggcgtaggt      720

tacaagtacg agaaataa                                                    738


<210>  1675
<211>  1437
<212>  DNA
<213>  Alistipes

<400>  1675
gtgcgacctg caggaggagc cgtacggatt ctattccgac gacaattttt acaagagcga       60

gccgatgccg agtcgggtct tctctatgcc tacaatgccc tgacgttcct cgaatattca      120

cgcggcatct tctacatcgg cgacatcccc accgagacga tgtcgcccaa gagcgacgag      180

gcgggtgatg tctatcagct tgagaactgg atcgcgaacc gcgagaccga gcagttgcaa      240

tactatttca aatactgcta catcgcgatc aaccgagcca atacggtgat cgaccatatc      300

caaaacagtt cggtgctgag cgagacggcg cgccgccgaa ttctcggcga agcttatttc      360

ctgcgtgcat ggaactattt caatctggtg cgtacgttcg gcatcgtgcc cgtgcagaca      420

aagatggtgg cggagctatc gcagacaacg cctccgatgg caacgggcct cgaccagctt      480

tatgatctga tcttaggcga cctgacccgg gcggacaacc tgctcgaagt caacaaagtt      540

ttcggacggg cggacaaggt ggctgcgcag tcgctgatgg caaaggccta cctgaccatc      600

gcgtcttcga aggagcacaa cgttcaccgt tatacagaga tgcgccgtga gcctcggatc      660

atgtacgaca gcgccgccta ttgggcgggg aaggttgtcc gtgattacaa gaacgtgtat      720

gatttcgaca ccaacctgcg cgatatttac gacgtggaca aacccacggg gcccgagcat      780

atcttcatca tgccgatcga ccgcagcggt acgcaggagg gtaactactc caaactgccc      840

ctgcttttcc tgccgtcgaa caactccgta ccgttctaca tccgttacgg caatggtgac      900

ttgcagcggg ccaacggcaa cggttggggt gttttcctct gtaatgacga attcgtcgaa      960

acgcagttca gcaccacaga caaacgtcgt accgagttga ttcaccgcga catctacgat     1020

gcttccggaa atccgatcgt acccaatcag gtcaagggat acttttcgag caagtacgtc     1080

gaccctgatt ttatcggcga acgcaccagt gcccgacctt acctgatccg tttttcggac     1140

attgcgttgg tgtatgccga agcggcggga cccgaagcgg gtttggccta tgtgaaccgt     1200

atccgcgaaa gggccggcgt tacgccgctt ccgtccggaa tgacgacgga taaattccgc     1260

gaagccgtga ttaaagaacg tgctctggaa ctggctttcg agggcaaccg gctctacgac     1320

ctgcgccgca cggcctcggt tacgaccacc gatatcaagg ctgccggact gagcgaggcc     1380

gaagccgcct actatccgat cccgcagcgt gaaatagacc tgaatcccaa tttgtag        1437


<210>  1676
<211>  1545
<212>  DNA
<213>  Alistipes

<400>  1676
atgaatcgag aattaatcat caacgtaacc ccgactgaaa tctccattgc gctggccgaa       60

gacaaggtgc tcgtcgagct caacaaggaa cagtgtcaga cgggcttctc ggtgggagat      120

atctatctgg gcaaggttcg caagatcatg cccggtctga atgccgcgtt cgtcaacatc      180

ggacacgaaa aggacgcttt catccattac ctcgatctgg ggtcgcagtt ttcgtcgctc      240

aaaaagctcg tggcggcgca acagcccggc aagcgcggcg tccgtctcga aggaatcaag      300

ctggaaccgg cgctcgaaaa gagcggcaag atcggcgccc acctcgaagt ggggcagacg      360

gtcatggtgc aggtggccaa agaggccatt tcgaccaaag gcccgcgcct gacggccgac      420

atctcgctgg ccggccgcaa cgtcgtgctg gtgccgtttt catcgaaggt cttcatttcg      480

cagaagatcc gctccgccga cgagaagaag cggctcaaac gcatcgcgca gggggtgctg      540

cccaagaatt tcggcgtcat tatccgcacg gcggcgatga acgcttcgga cgccgacgtg      600

gaacacgaca tccgttcgct ggtcgacaag tggcacacgg ccttgcagaa cgtcaagaaa      660

tcgacggctc cggcgctgct cctgagcgag cagaaccgcg ccaataccat catccgcgac      720

tcgctcgact cgtcgttctc gcagattacg gtcgacgacg agacgatgtt caacgagatc      780

cgcaactata tccgcgtcat cgcccccgag aaggagaaga tcgtcaaact ctatcggggc      840

aaggtgccca ttttcgacaa tttcgacatc tcgaagcaga tcaagtcgct cttcgccaag      900

tacgtgtcgc tgaaacgggg cgcctacctc atcatcgaac ataccgaggc gatgaacgtc      960

atcgacgtca attcgggcaa ccgcaccaag gccgaagacg accaggagca gacggctctg     1020

gacgtcaatc tggctgcggc gcgcgaaatc gcccgccagc ttcgcctgcg cgatctgggc     1080

ggcatcgtta tcatcgactt catcgatctg cacaaggcgg tcaaccggca gacgctctac     1140

gacgagatga ccaagctgat ggccaccgac aaggccaagc atacgatcct tccgctcacg     1200

aagttcggtc tgatgcagat cacgcgccag cgcgtgcgtc ccgtggcggt cgaggaggtg     1260

aaggacgtct gccccacctg cggcgggacg ggcaagatcg agccgaccat tctgctcgac     1320

aagaagatcg agaacaacat ctcctacctg acgatcgacc gcgggcacaa atacctcaaa     1380

ttgaaggtca gcccctatgt ctcggcgttc cttcaccggg gcgtatggtc gctgcgcctg     1440

cgctggatgt ggcgctacaa gacgtggctg cacatcgtcg cggaccagag cgtcggcatc     1500

gtcgatacgc gcttcttcgc caagcggggc aaacaactgc tgtaa                     1545


<210>  1677
<211>  549
<212>  DNA
<213>  Alistipes

<400>  1677
cgaccgcagg ccggagttat caacacgatc gcagccggca attccccgtt atcaacattc       60

cgtctcggct ccatacgcaa caggagtatc cgtttcgtga aattgcgaac ggttatcaac      120

aatccgtcaa aaaccttttc aacaatgacc cgcgtccatc tcgcgcaatt gctgcgcgac      180

ctcgcctccg cgcacgacta cgccttcttc tcggctccgg acgagtacat gccctccgaa      240

atcgaccgct atcccgccgc ctggcttacc ccgccccgcc tcaaagaggt cgaaggccgc      300

cgtcacggga aacgcaccta cgaaatccaa ctgcatctgc tgcaacccgg catgcggctc      360

acgcacgccg aacgcgcacg gcggctcgac gaaatggagc agacgttgct cggaatcttc      420

acggagctga ccgaagaccc gaaagtcatc tgcgtcgaac ggctctcgat ccgctcccgc      480

acctgcgcct tcaccaatca cggagagatc tcgcagagtg ccacggccga agcggtcgtc      540

tggttctga                                                              549


<210>  1678
<211>  573
<212>  DNA
<213>  Alistipes

<400>  1678
atggactgga aactcgcgct gcaactcgcg ggcgtcgtgc tcggcctgct ctacctctgg       60

ctggaatacc gcgccgacat ccggctctgg atcgtggggc tcgtcatgcc gttggtgcac      120

ggtgcgctct actataaatc gggactttac gccgactgcg cgatgcaggt ctactacatc      180

ctggccggat tgtacggact ctgcgtctgg gcgaaaaagc cgaagcctgc cgaacgcgag      240

accggccgca tcgcccgcac gccggcccgc atgtggttcc gcatggccgc cgcctatgcg      300

gcgatccacg cgctgctcta cctgttgctc gtgcgtttca cggacagcac cgttccgttc      360

tgggacagcc tcaccacggc gctctgcatc atggcctact ggatgctttc gcgcaaatac      420

gtcgagcaat ggctcgtgtg gctggccgtg gacgtcgtga cggtggggct ctatctctac      480

aaagatattc ccctcacggc gggattgtat ctgctctact ccgcgctggc cgtcgcgggc      540

taccggcgct ggctcaggca gatcgggcaa tga                                   573


<210>  1679
<211>  1386
<212>  DNA
<213>  Alistipes

<400>  1679
atgaaaaaga tcttactttg tctggcgctt ttctgtctcg caacgggtcc catctcgtgc       60

ggcgacagca ataccgacga cggcacggaa cagggcggcg gcggcaacgg cggcgacgga      120

ggaggaaccg gacctgaacc cgagcccgga aatcccgaaa tcacacccga gcagcacaag      180

gccaaactcg aaacgatcgg caaggaggta gccgcccagt tcaaccccga agacagcaaa      240

gcggccatcg aatcgctcac ggctctcgaa gagctgctcg cattcgatga cgaggacgta      300

gccccctcac ccgctccgaa gacgtatgcg gtcgcaacgg ccaagtcgct ggcagcggtc      360

gccgcagggc ccgacgtcca tgcgctcacc tcgctgatcg tccgcgcgac gaccaccgaa      420

aagtacacgc tcgacgaatg ggcgggcgac tacgtgatcg aagacggcga acccgtcaag      480

aagggcgagt tggcgaacca ataccgcctg acatgggccg acgcggccgg cacgcagtcg      540

gaggcgctct tcacctattc ggcgggcggt gtggaataca cccgcgtgga cggctatgcg      600

atcgtcattc cgcaggattg gaacctgtcg ctcaaagtcg ccggccacga agagctgagc      660

gtcgtgggca agagcaacgt ttcggccgat ggcctgacgc tcgcccccga agtgacggtg      720

acgctcaacg gcggctatgt ggctgcggcc aaggtgaacg ccgacccgaa gcaggtgacg      780

gccaacgcct cgttcacgaa gaacggtacg cagatcgtcg acgcctatgc taaaatggta      840

tgcgacggcc tgaccgaccc cgacaactgg atcgtcgagg aggagtacga ctggaacggc      900

gacggcgtca tcgacgacac cgacacctac atcgatcccg aagatcacat cgtcgatcat      960

gtcaagacgg gcgaaggcta cgtgacggtg atgggactca aactcaccct ttcgggcgac     1020

atcgccaaga tcattcagca ggtgaacgcg atcgccgaca ccagtacggc gacaggttcg     1080

cagcaggagg ccgacgccta caacaccaat gccaaggcga aactcgccta cacggccgac     1140

aactcgacga tggccgacgt caagatgcag agctactcct acaaggatta catctacgtc     1200

tggaatcccg acacgcagac cggcgacaac caagtcgtca cccgttacga catcgaaccg     1260

gtgctggaat tcgccgacgg ctcgaagatc gctatcgagg agtatgtgga aaccggattc     1320

gactcgctca ccaaaacgtt cgaagatctg gccgacgcct acatggacct catcgacggg     1380

aaataa                                                                1386


<210>  1680
<211>  801
<212>  DNA
<213>  Alistipes

<400>  1680
atgaaagata cggacaaggt gattcatctg aacgaacgtc agaaccgcat catggagatc       60

atgcgtcagc agaacgccgt atcggtggcg acgctctcct cgctgatgaa ggtttcggag      120

gtgacgatcc gcaaggacct cacgatgctc gaagagcagc acatgctgta ccgcgtgcac      180

ggttcggcca ttctcgtgaa ccgttacatc aacgaccgct cggtggccga gaaggagaag      240

ctctatgccg acgagaaaca cgccatcggc gtctatgccg cgcggctgat cggccccgac      300

gatacgatca tggtcgcgtc gggtacgacg acgctggcca tggcgcgcga gatcggccag      360

aacgaccgtc tgacagtcat cacgtcggcg ttcagcgtgg cttcggaact ctccacgcgc      420

cgttcggtgg atgtcatcca gttgggcggc atggttcggc gcagttcgct ctcggtgctg      480

ggtccctttg ccgagcagat gctgggcagc ctctcgtgca gcaagctctt catgggcgtc      540

gacggcgtcg acctggatta cggcgtgacg acgaccaacc acatcgaggc gagcctgcac      600

aagcagatga tcgcctcggt gcagaaggtg atcgtgctgg ccgattcgtc gaagttcggc      660

cgtcgcggat tcagcaagat ctgcgacatg agcgctgtcg atcagatcat taccgacgac      720

aaggcgcccg cttcggtgat cgagcggttg caggagtcgg gcgtcgacgt gacggtcgta      780

ccggtcggcc gccgcgaata g                                                801


<210>  1681
<211>  1476
<212>  DNA
<213>  Alistipes

<400>  1681
atgaaaagat tgataaacaa gattctgttc ggtctcacgc tgacgggcgg ttcgctggga       60

ttacactcct gcggcgattg gctcgacatc aactcgaacg aactcgcggc gaccaagacc      120

gaagcgggtt acctgttcaa ctacgccgcg atcaattaca gcagcaagcg cgtcggcggc      180

gaccagtggc tcccgatcat ctacgccgca caggtggcct ccgacgccga caactggttc      240

gtcggcgacg acatgtacaa catcagcacc tacgccaccg gaaacggctg ggtgacctcc      300

tattcgagct gcgggtacaa cctgctcaaa gccatcgaat tcgccacggg cgaaaacgac      360

ggcaactccg tagcccaatg caagattctg ctggccaaca ccgtctggga gtcgtcgatg      420

ctctacggag acatccccta ttccgaggca tggaacatcg aagggacgca gacgccgaaa      480

ttcgacacgc agaaggacgt cttctattcg gtcatcggcc tgctggacga ggcgctggac      540

gggatcgacg aatcgaacag caaacggatc gacaagtacg acatctacta caccggcgac      600

atggccaaat ggcgccggct gggcaactcg ctcaaattga agttctacat gtacctggcc      660

aacaaggagg acgtaggcga cgaaatcaag gccattatcg acggaggcga actgatgaac      720

tcctcggccg acgacttcgt cttccccttc tacacgacgc cgggcaacca gaaccccaac      780

taccagctca ccgtgcagta tcccgactac tacgaatact gcttcttcgc caacccgacg      840

gtactcgatc cgatgaaggc gctcgacgac ccgcgtatcc cgatctactt ccgcgccaac      900

gccgacggcg agtacatctc gctggaagcg tcggagaagg gttcggtcgt caccgacaag      960

gagatcagcg agaaaccgtc gctgtgtacg gaggcggtct tccagaagaa taacctgctg     1020

cgcgccgact accccgacgt gatctgctcc tatgccgaaa ccatgttcta cgtggccgag     1080

gcctacgtcc gcggtctggg cgtagcgaag gatctggcgc aggccgacgc ggcctaccgc     1140

aagggtatcg aggcgtcgtg cgtctacaac ggcgtagccg ccgccacggc cgcttcgttc     1200

gcagccggcg tgccgtcgct ctcgacgctc ggcggcgacg acaaggcgct cgaagcgatc     1260

gcttcgcagc agcgcatcga gatgatgatg cgtccgctcg aagcgtggtc gaaccagcgc     1320

cgcacggggt atcccgccct ggaagttccg gcgtcgatcc gcaacttcta ccccggcatc     1380

atgcaccgct ggccctaccc cgaacgtgag ggcagcgtca acgacaacgt tccgcacgtc     1440

gacggcgtct ggaccaagat gtggttcgag aactga                               1476


<210>  1682
<211>  3477
<212>  DNA
<213>  Alistipes

<400>  1682
gccgcgattt cggacatcct cggaaacatc accaaacgtt accagtacgc cttcatcacc       60

cgcacggcca acgtcgatac caacgcccgc gtttcgatcg acgtggtcga cgaaccgctc      120

cgtgcggtgc tcgaccggat tttcgccggg caggaggtcg ccttcgagtt cgacgggcgg      180

ctggtgcgca tctccaaggc ggccgtaccc ccccccctct ccccgccgca gatcgcggtt      240

tcgggcgtcg tgcgcgacgg gtcgggcaat ccgctggcgg gcgttacggt catggtggcc      300

ggaacctaca agggcgttac caccgacaac gacggacgct atgcgctgcg tgtcgacggc      360

gaggcgtcgg tgctgcaatt cctctatctg ggctataaga acgtcgagga gaccgtcggc      420

aaacgcacga cgatcgacgt ggcgatggag gaggatctca aaatggtgga cgaggtggtc      480

gtcatcggct acggtaccca gtcgcgcaag acgctgacca cctcgatttc caaaatcgac      540

ggcgacaagc tctacggcgc tcccgtctcg accgtgggcg acgccctcaa aggcaaggtc      600

gcgggtctgc gggtggccac caacagctcg ctttcgggcg aggcgccccg tttcctgatc      660

cgcggcggat cgtcgatcaa catgggcaac gacccgatct atatcgtcga cggggcgctg      720

cgcgacgacc tgagcggtgt caaccccaac gacatcgagt cgatggaggt gttgaaggac      780

gccgcttcgg ccgcgatcta cggcgcacgc gcatcgaacg gcgtcatcat cgtcacgacg      840

aagaagggca gcccctcgca gggaccccag gtcgtcttcg acgtacaggt gggtttctcg      900

gcgccgacca agaagtggga cctgctcagt tcgcgcgagc agatcgcgct ggtgcgtccg      960

gccatcgcca acatctacgc caagtcgacc ggcacgctgg ccgccagttc gtggctggac     1020

ggcgccaatg tcgccgtggg aacagggaac acgtcgaaca ggaaccagtt caccacgcgc     1080

tatctggaat acggcggtac ggtgcccgac ggctacgagt ggatgttcga tccgctcgac     1140

aacagcaagg tcatcatctt cacggatacc gatttccagg atcaatggat gagcgaagcc     1200

ttctggcaga aggagtacat cggcgtcaac ggcggcagcg acaggatgag ctacgccgcg     1260

tcgatcagct acctcgacga cggcggcgtc ttcgccatga gcgactacga cgtcttcact     1320

acgcacggca acgccagctt caagatcacc aagagcctcg aagcctccac gacgttcgac     1380

atttcgcgcc agcggagcag taagttcgtg gacaactact tcaacgcctt cggccgggga     1440

atcatgttcg ccccgacggc gcgcggcttc gacgaagagg tcggctggat gtccagcggc     1500

ggcaacgcca acgcccagcg ggcctcgttc tacgaggcgt tctacggccg cgaggccgcc     1560

acggatcgta tttcgagcac cttcaatctc aaatggcgga tcatcgacgg gcttacggcg     1620

acggcccagt acaactatta cggcaacaac taccgcggca gctactacgc ccgcggcgag     1680

gtcgacggct acccgaacct catcagccag acgcgttcga ctaccgagac gcgcacgcag     1740

accgtccgcg acaccttcac ggcgcacctg gccttcaacc gcaccttcgc cgacaaacat     1800

acggtagggg cgacgctcgg ttacgagctg atgagccagc gttactggta cctcacctcc     1860

aactcgacgg gttcggcttc ggacgacgtg cccattctcg attcgggcat caacttcaag     1920

gcgtcgaaca aggacgaaaa gcaggcgctc atgtcgttgt tcggccgcgt gtcgtacgac     1980

ttcgcacaga aatacatcgt ttcggccacg ttccgctacg acggctcctc gaaattcgcc     2040

aagggcaacc agtggggatt cttcccggcg gcttcggcgg cgtgggtcat cagcgaagag     2100

cctttcttcg agggggtcag acgcacgatg aacaacctca aactccgcgt gtcgtacggt     2160

cagacgggta acaacggcat cggactctac gacacctacg gcgccttcgc cacggggcag     2220

tacaacggtc atacgacctt cctgccgtcg gccatgcaga acgccgacat gcagtgggag     2280

tcgaccacgc agctcgacgt ggggctggac gtcgggttcc tcaacgaccg cgtgcgcttc     2340

atcttcgact actacaacaa gaagaccgac aacatgctct tctcgatcac catgcccgac     2400

acgggcccct attcgagcgt gaaggccaac gtgggcagcg cccgtttcta cggtttcgag     2460

gccgaactga acgcggaggt gatccgtacc aagaacttct cgtggaacct cgggttgacc     2520

tactcctaca accgcaacaa ggtgctgtcg ctgcccgagg agtacgccta cgacgaggtg     2580

gacatgtacg gcaaccctac cggccggaag gcctaccgca taggcggcta caagatgtcg     2640

gagacgggat accgattcgg cggcacggcc gtcggcgagt cgctggggcg tatctacggc     2700

tacaagatcg accatatcat ccagaccgag gccgaggcag acgcagccta ttacgacgcc     2760

ctgtcgaaag gccaccgcgt gagcgacgga cagcagattc cgggccgcaa ggacgccggc     2820

gactacgagt ggtgcaaccg ttacggttcg gcgcgcgatg ccgacggccg cgaaatcatc     2880

aacgccgagg acatgttcta tctgggcaac gtcgtgcccc actcgacggg cggtatcagc     2940

aacacgttcc gttacaagcg gctgacgctg tcgatctacc tggattacgc gctcggacat     3000

tcgatctaca actacatgaa gacccgcatg atccagaata cgatcgggca gagcaactcg     3060

gccatcgcct cctacgtcta cgactgttgg aagtacccgg gcgacacgaa tgcgaaatac     3120

gcccgctatt tccccaacga cggcgattac ggcaatgcca actggggccg cgcctccgac     3180

ttcaacgtcg agaaggccga ttacctctgt ctgcgcgacg tgtcgctcta ctacgacctg     3240

ccggaacggt gggtgcgcaa gctgcacatg aagaagctga cggtgggcat tacctgcaat     3300

acgatcgcct actggacggg cgtcacgggt gcgatcaacc ccgaaacggg tatgggagcc     3360

acgtcgagtt cgggccacta cacctcggtg tcgacggcca attcgagctc cgattcgcgg     3420

ccgaacatct tcccgcctac gagcaagttc ctcttcaacc tgaaagtcac cttctaa        3477


<210>  1683
<211>  1785
<212>  DNA
<213>  Alistipes

<400>  1683
ttggcggcat tcgccgtgtc gtcgtgcgag agcgacgacg tcgactacgg acccatttcg       60

gcggctatcg agatcggcgt ggaggaggtt acgccgagct ccgcgaagat caggctgacg      120

accgaacagg agaacgtggc ctcctacaag atcgtcaagc cgacgccgat ctccgaattc      180

gagtatgcgg cccacgacgc catcgaccgt ctggccttca tcgaggagcg cggcgaagcg      240

gccggggctc ctttcgagca gacgttggcc ggcctgatgc ccaaggtgga gtactccttc      300

gccgtggtgg gactcgacgc ctccggccag cggattacgg ctcccacgtt cgcacgtttc      360

acgaccgctt acgcttcgtc gctggtcgaa gcccgcttcg agacgaatcc cgacgagacc      420

ttcaccttca cgggcaagat cacgccgaac gcttacacgg tctcctaccg ctacattttc      480

gacagcgacc acaacgaagc caccgaggcc gagctcaggg cgctgctcga agccggcggc      540

agcggcgtga agaccgacaa gggcgtcaag gagctggaac tcgtcaagtc ggacaaggcg      600

ggcgtcacgc tggccgttct ctcttatgac gatgcgaacc gtccgggcga attcaccagt      660

acgttcgttt cgaccgagga catggcgtcg gtgatcgtcg acggcaagga gacgcagctg      720

gcccgtccga ccgagggcgt cgacatcttc gaaggaaagg tcgccgtgcc ggccaagtcc      780

gggtttacgg tcgaaatcaa caaggtcgcc tacggattcg caccttacag cggcaacggc      840

ggcgtgggca aggtcgagaa catgatgtcg gccgcaccct attacagcag cagtacgatc      900

gccgattcgc gcggttacga ctgcaagatg gccgtagggc ggatggccgc gacggccgac      960

ggcggcaatg atttctggac gaatctttcg gaggatgcac agatcctcgt ccgcgtcgat     1020

ctgacttatg ccgacggcac gccgcgctat tggttggaac tggtcgaggc cgacgacccg     1080

aatctgctgc tcgaacagaa tttcgatctc ttcgtctggg gcggcgacta tacgttggcc     1140

tccggcggca agggaaccgc gcccattgcc gacagcgaat cggcggccga cctcgacggt     1200

acggaagagg gtaccaaggg cggtgcgacc tacacgactc ccaaacccga tatttggagc     1260

acggcggacg gtgccgccga cggcgatgtg atcgccggcg atctctatct gaaaaaccgg     1320

aatatgacgg ggtgggaagt ccgccgcatc gccgagcatc ccgggacggt gcgtctgaac     1380

aagtctgcat cgggctctca taagtacagc ggttatctca aaacgccgaa actggctgcc     1440

ctgaccgccc cgacgaacat cacgctcgaa ttcgatattt gccgtttcgc gggcgacggc     1500

gatatttaca tcaccgtcga gggcgccgga acgtataccg cagctgcggt caatatcgac     1560

ggcgctgccg ccgcgacgac cgtcgccgct tcgggaacgg atttcgtagt gacgaacgac     1620

ttgtgctcga agcaggccaa taccgtaata aacaagccgt ggtcgcatgt cgagttgtcg     1680

atcgccggtg cgacggccga gacgcagatc aagttcgacg gttcgagagg caaggactcc     1740

gcgtcggatc gctgtctgtt ggataacatc aaaatcacga agtaa                     1785


<210>  1684
<211>  882
<212>  DNA
<213>  Alistipes

<400>  1684
atgaaacgat tgattctttg gatggcgtcg ctcgccggcg gtttcctccc cgtagcggcg       60

cagccttacg ggattgcgaa tcccgatgcc cggacgctgg gcatgggcgg catcgagacg      120

gtgacatcgg ccgatgcgta tgccgtcttc aacaatcccg cagcgggact tttcggccgg      180

cagaaggcgc aggtggcgac ttcgttcttt accatttcgg acaagacgac ctactccgcc      240

gccggttact ataagttcaa catgcagcat ttgctcgccg gcggctggcg aacgttcggg      300

ttcgacgaac gtttgaagga caagtcggtg tcgctggctt atgcctatcg gctgaacgac      360

atcgtggcgt tgggtctgac ggccgattac gcgcgtttcg tgcgagagcg gagcggcaat      420

gccttctcgg cgggcattac ggcgcaggcg gtcgtgccgt tcgagcgggg cgagaactac      480

tccgcgctgc ggctgggcgc caaactgacg gggatcggcg gatttctgga cggtcctgcg      540

gagatgaagc tgccggtcgc attcgcggcg ggcgccgcct acgatttgtt tctgagcgat      600

gcccatgcgc tgactttcgc cggcgagtgc cgctatactt tttcacctgt tgcggcgcgc      660

ggcgtggagg gaggcatcgg catggagtac agcctgatgc agttgctgca attccgcgtg      720

gggtatcacg gcggtgagtc gcggctgtac taccccgact atttttcgct gggcgtcggc      780

gtgcggttca tgcatctctg tttcgacgcg ggatataccg tggccaagaa ggcttcgccc      840

atgcacaatg cctattcgtt tacgatcggg ttggattttt aa                         882


<210>  1685
<211>  699
<212>  DNA
<213>  Alistipes

<400>  1685
atgagtcgtt atttcgaaat gctgatggag gacgttcgct tccgcgaggg gttgaagtcg       60

tgcatgaact gcgggatctg cacgggagtc tgccctgcgg ccgagttcta cgactacgat      120

ccgcgccaga tcgtggcgat cgtccagacg cgcgacgagg agcagatcga gcgtctgttg      180

aagggcgaca cgatctggtt ctgcggcgag tgcatgtcgt gccgtccgcg ctgtccgcgc      240

ggcaatacgc cgggatatgt cattcaggcg ctgcgtacgc tgtcccaaaa gctgggcttt      300

ttcgtcgaga gcgagaaggg gcgccagcaa ctcgcgctca aacgcacgat cggcgagaat      360

atcctgcgca cggggtattg cgtgacgccc aagctcgtcg ctcccgacct gcatcccgaa      420

caggggccgg tctggagttg ggtctaccgc aacgaccgcg aaatctactg ccagttcaac      480

cccacctacg accgtccggg gccgggcgcc gtgcgccgaa tcgacgacgc cacgctcggc      540

gagctgcacc gcatcttcga cgaaacgggc ggtacggcct tcttcgagaa catcgaacgc      600

tgttccgagc gcaaggcgcg cgagttggga tacgacggtg ccgacgagcg ttatttcatg      660

gatgtataca cccgcaattc acagaacgag gatgaatag                             699


<210>  1686
<211>  870
<212>  DNA
<213>  Alistipes

<400>  1686
atgaagaaag gacttatttc cctcctgttt ctcctgtcgt gcggcgtctg ggacgcagcg       60

gcacaggatc tgatcgtcaa gaaggacggc acgaacgtcg aagccaaagt gctcgaaatc      120

ggcgaaaagg acatcaaata caagaaggcg tcgcacctcg acggcccgac ctatctggtg      180

tcggtcgcga acgtcgtcta catccgcttc gaggacggtt cgaccgacat cttctcgcag      240

gaggattacg accgtctggc ggccgaggcg aagaatcccg caccgcagaa acagtcgaag      300

cgatccgcgc cgagcgcttt cgcgggacgt taccagccgg gcgactattt cgacgagaac      360

ggcgtgcggg gcatcgtcat cgaggtcgac gccgaagggc acggcatcgt gatgtcgatc      420

gcgcaggcca atctgcgctg gtgcgaattc aagaagagcg acgccgtgcg gctgggcctc      480

gacgaccaac acgacggagc ggtcaaccag gccgccttcg cccgcatggc cgacgaggga      540

aaagtccggt gggaggacta tcccgccttc aaatggtgcc gcgacctcgg cgaagggtgg      600

tatctgcccg cgatcaacga ggtgctgcgc atcggccatc tctacaacaa cggccgcata      660

aagttcgacc gcaaggcccg cgaacagttc aacaaccgtc tgaaagagca cggcggagtg      720

aagatggacc ggctgatgta ctatttctcc tcgaccgaag gcgacgacgc atggacggcc      780

atgacgaccc acatggggat cgagccgccc ttcgtcgaac agacgtcgaa gaacatttcg      840

ttcctcgtcc gggccatgca caaattctga                                       870


<210>  1687
<211>  1611
<212>  DNA
<213>  Alistipes

<400>  1687
gtgaacaaca gtattatgcg tttttctttc ggaaagatat gggcggctgc ggtctgcctc       60

ctcgttttcg cgtcgtgtgc caaggacacg agcgagtcct atgcagggat cgagcagcgc      120

tcgctcgatg cgtggatgaa attgcatcgt ccggaactgc tcggcaacag gcaggaggcg      180

cgcggattct cctattacgt cgatgtgctc gacgcgggtt cgaccgacaa ggccgacacg      240

ctgatcgccg agaccgactg ctgggtgcag tacgagttca cggcccgcga cctgaacggc      300

aacgtctgca tgacgcgcaa cgccgtgcag gccaagcagc aggggacctt cacccgctac      360

acctactatt cgccctattt ccgttacagc ggatcggact atacgacgct gctcgaaggc      420

agttattatg cgctgcgcga gccgctgacg ctcagcgagg agtatatcgc cgagcatccg      480

gatcgcgggt tgaaaaacgg gatgcaggcg cggcgcggta cggagctgat gctctatctg      540

ccttcgtcgc tggcctattc gtcgtcgggc gccagcagcg acgcgggtta cggcgggcag      600

tacgaactcg acgccaaccg tcccgcgatt cttcacatca aggtgacggg ccgcgtctcc      660

aatccgctgg catacgaggg agagacggtc gatgccttcg tcgaggacaa cggtacggtc      720

tgtccggtcg aggaggagga agacaaggac gatccgaaac tcgcttccgt ccgccggtcg      780

ctgcgcgatg ccgagaccga cgagccggag ttgcccgaca cgagcgtcga tccctacaaa      840

tatacgtggt accaggccgt ggatacggtt ccgcagctct atatctcgca tgtcttttca      900

cccggccgcg aaccggcgac tacctacaac tggaagaata cctattcggt gccctatttc      960

ccctacaacg aatcgatggc cgcactcgac aagaagatca acgacgtgct cgtggagcgt     1020

ttcggtgcgg gaacctacaa aggcgattcg atcaagagcg gcgagacggc ttcgatctgg     1080

tacatcggcc gtttcctcga cggattcatc ttcgacacga atatcgacga ggtgaagagg     1140

ctcatctacg gcgaggtgca gagcgaaggc agcgcctacc agtacgaagt tcccgaagag     1200

ggcgacacgt cgacgttgaa gacgatctat gcgtggtatt acagcattcc gcagttgcgc     1260

tacgggcagt gggcgacgat cgtcaccacg tcgagtttcg gctacggcgc ttcgggcaag     1320

agcggcggat cgtcgacctc gggcggatcg tcgtcgagca gctacctcga ttactacaac     1380

tactacaatt attacaacta ctataataat tattacggcg gtctgtacgg caactcctac     1440

tacgacagct actataacaa ttattacggc ggtctgtaca acagctatta ctacaacaat     1500

tactattacg acgactattc gtcgagcggc agcacgacga cgacctatac gacggagatt     1560

ccggcctatt ctccgctgct gttcgagatc tatatcgaac ccaaggagtg a              1611


<210>  1688
<211>  687
<212>  DNA
<213>  Alistipes

<400>  1688
atgtcgatca gaagtcaatt atcggacgtg cgggagacac tgcccgaagg cgtcacgctg       60

gtggccgtat ccaaaacgca cgccccggcc ctcatcgaag aggcttacgc cgcaggacag      120

cgcatcttcg gcgagagccg gccgcaggag ctggctgcaa aatacgaagc gctgcccaag      180

gacatcgaat ggcacatgat cgggcacctg caaaccaaca aggtaaagct catcgccccc      240

ttcgtcgcgc tgatccattc ggccgacagc gaacggctca tccgggtaat caacgacgag      300

gcgatccgca acggccgcgt aatcgacatt ctgctcgaaa tccacgtcgc ggacgaggag      360

accaagtcgg gatggaccta cgacgcgctg ctgaaatacg tcaaaagcgg tgcactggca      420

gccatgaagg gggtccgcgt gcgcggcgtg atgggtatcg ccacctacac ctccaacgaa      480

ttccgcgtac gactcgactt cgaactgctg caacaatata aaaaggagct ggaagcgtat      540

ttcgactcct cgttcgacac gctctcgatg ggcatgtcgg acgactatcc gctggcgctg      600

gactacggaa cgacgatggt acgcatcggg tcgctcatct tcggcaaacg cgactacgca      660

gccgccgaaa aagaggcgac ggtctga                                          687


<210>  1689
<211>  777
<212>  DNA
<213>  Alistipes

<400>  1689
aagcgcgaga agtacaacct caccaacggc gacgagctgc cgcagacggg cgtcatccag       60

atggccaagg tctacatcgc caagaagcgc aagctgaagg tgggcgacaa gatggccggc      120

cgtcacggca acaagggtat cgtggcgcgt atcgtgcgcg acgaggacat gcccttcctg      180

gaagacggta cgatcgtcga catctgtctg aacccgctgg gcgtaccttc gcgaatgaac      240

ctcggccaga tctacgaggc cgtgctcggt tgggcgggcc gcgagctggg cgtgaagttc      300

gccacgccga tcttcgacgg cgcttcgctc gaccagatca acgagtatac cgccgaggca      360

ggtatcccgc gcagcggccg cacctacctc tacaacggcg agacgggcga gcgtttcgac      420

cagccggcca ccgtcggcgt gacctacatg ctcaaactgg gccacatgat cgacgacaag      480

atgcacgccc gttcgatcgg tccctactcg ctcatcacgc agcagccgtt gggcggtaaa      540

gcgcagttcg gcggtcagcg tttcggtgag atggaggtct gggcgctcga aggcttcggc      600

gccgccaaca tcctgcaaga gattctgacg atcaagtcgg acgacgtgac gggccgcgcc      660

aaggcctacg aggcgatcgt caagggcgac aacctgccca agccgggcat tccggaggcg      720

atgaacgtcc tgctgcacga gctgcgcggt ctggcgcttt cggtcaaact ggagtaa         777


<210>  1690
<211>  1683
<212>  DNA
<213>  Alistipes

<400>  1690
atgaagatta acacgcttta cgaactattg cggcatggtg tggagaagtt cgcttcacgc       60

acggccttcg atatgttcaa cggcgaaagc gtcacctacg ccgaagtcgg ccggcgagcc      120

gccgcggtgc aggaggcgct cgtcggagcc ggcgtcaagg ccggcgacaa ggtggcgctg      180

ctcagcagca gtatgcccaa ctggggaatc tgctacctgg ccgtcacctc ggccggcatg      240

gtcgcggtac cgatccttcc cgacttctcc ggccccgaac tggatatgat catcgcccat      300

tccgaggcga aagccctgct ggtctcggac aaactctttt ccaaactttc gaagcagacg      360

atcgattcgc tcaatatcgt catccggacc aagaatctgg ggatcatcgc ccagcatgtc      420

acggcaacgg gatctacggc ggttccttcg cccgacgacc tggcggcgat catctatacg      480

tcgggaacga cgtcgagccc caagggcgta atgctcaccc acaaggcgat ctgcgcgcag      540

atcgatatgg atttcggcat cttcccgatc gacgagaccg acgtctttct ctcggtgctg      600

ccgctgtccc atacctacga atgttcgatc ggactgatct acgccttctc gaagggcgcg      660

cgcgtggtct acctcgatcg ccagcctacc gcgtcggcgc tgatgccggc gttgaaagcc      720

gtgcggccta cggtcatgct catcgtgccg ctcatcatcg agaagatcta ccgccatcag      780

gttcaggcca aattcaactc caacgccttc tggcgcacgc tcgtcggcat cggcttcatg      840

cgccgctacc tgcaccggat cgccggcaag aagctgatga aggtcttcgg cgggcggttg      900

cgcttcctcg gcatcggagg cgccaaactc gacacgcagg ccgagcagtt catgctcgaa      960

gccaagatac cctatgcgat cggctacggc ctgacggaaa ccgccccgct gctggccggc     1020

gcggctccct cgcaggtgcg gctcggttcg acgggccctg cggcgccggg cgtgcagctg     1080

cggctggaaa acgtcaatcc cgatacgcag cagggcgaga tcgtggcgct cacgccgagc     1140

ggcatgctgg gctactacaa gaatcccgag gagacggcca aagtcttcac acccgacggc     1200

tggttccgca ccggcgacct gggctggctc tcgcccgacg gttggcttta catcaagggg     1260

cggctcaaaa acatgatcgt gggccccagc ggcgagaaca tctaccccga agagatcgag     1320

agcgtcctca actcccacgt tttcgtggcc gattcgctgg tcaccgagaa ggaggggcgg     1380

ctcatcgcgc tcgtgcattt caaccgcgac gagctggaag cgcgctacga ggagctgaaa     1440

tacgactggg agatgaagaa ggacgcatgg gagaaacgca tcgatgagct caaaaaagag     1500

gtgctcgact acgtgaactc gcaggtcaac cgcttctcgc gtctctcgga ggtcgtcgag     1560

gagaaggagg agttcgaaat gacccctacc aagaagatca agcgtttcct ctacaacaag     1620

cggcacggga aggatccggt gaaggaggaa gactccaaac cgcataatac cgaggcgaaa     1680

tag                                                                   1683


<210>  1691
<211>  2445
<212>  DNA
<213>  Alistipes

<400>  1691
gtgcgaatag tttgtaaaat actcttttcg gttttgttat tgcgctgttc gggcgcgctt       60

gcgcaggcgt tcgacgacga accctattac ccctttgcac cctacgagga ggagcggatg      120

cccgaattgg agagcgattc gctgcttttt taccgtgccg tgcagcaggc tgacgacctt      180

tgggcggagg tgtcggcatt ccgcttttcg gctgtttcgt atcgccggcg gggcgaagac      240

tatgccttgt cgcccgtttt gctggaaggt gcggaggtgt cgtggcgtta tctgaccgcg      300

cttcggcggt tgcaggccga gacgcggtat gtcgccggtg cacgtccgca ggtcgggagg      360

ctttcggtcg gtgccggagc gacggcggtg tcgctcaccg aatacgatcc ggtgccgggc      420

ggggcgctgg ccctgcgtgc ggcgacccgc aactatcgcg ccggtgccga aggctcgctg      480

gcgttcgaac tgccccgcag atggcacctg gccgtgactg tcgacgggcg tttcgggcgc      540

gatgcgctcg tcgacggcgt ttatacgcgg cagacgacgg ccgccctgcg cgtcggccgc      600

cgcacgaggg gcgacggata ctggacggcg gtgttcgtcg tgccgtttgc cgagcgcggt      660

ttgcgttcct cttcggtgga ggaggcgttt atgctgcggg gttccaatta ctacaatccc      720

gcatggggtc gtcaggcggg cgatgtgcgt aacagcaggg tgcggcgcga ggggttgccg      780

ctgggtatcg ccgcttattg cggccggatc ggcgggtcga cgctgttgcg ggcatccgcc      840

gcggtcgaga cgggcatacg gtgccagagt tccctggcct gttacgacgc ttcgacgccc      900

cgtcccgaca actaccatta cctgcccagt tacttcacgg gcgaggcgtt cgaggccgtc      960

gacgccgtgt ggcgcgccgg cgacgaacgc tatacgcaga ttgactgggc ggagctctac     1020

cgccgtaacc ggatgcagcc cgacggcgag gcgctctatg ccctcgaaga tcgggtggaa     1080

cgtccgctgc ggatgcagac ggcgattcgt atcgagtccg aggtcgatcc gcagttgacc     1140

gtcgcctgcg cgctcagggt cgattacgat gcgccgcgcc ggtataaaca gctgcgcgac     1200

ctgctgggtg ccgaccgtct gaccgacatc gaccgcttcc tgctcgacga cgcgacctac     1260

tccaaccgtt tgcagaacga cctgcgccac cccgaccgga cggtgggcga aggcgaccgt     1320

ttcggctacg actaccgcac cgtccgctgc gaggtcgcgg ccgacggtgt ggtgcgctac     1380

cgttcggacc ggtggacggc ggcgttcggc gcaagcgtgg ggcgctgcgt cgtccggcgg     1440

cgcggattct atgagaagga gttgtttccg ggcgccggct cctacggcgg ttcttcgcgg     1500

ttgcggttca caccctacgc gttgcgggcc agcgccggct atgccttttc atcgcgcagc     1560

tatctcgaaa tctcggcgtc ggcgtcggcc gcggtgcccg acgtggagga tatgtttttg     1620

cagccgctct acaacaaccg gacggtggat gatccgtccc tgtcgcgccg ctacggcgcc     1680

gaactgggtt tcgtccgcat gggcggggcc ttcgagctgc gggtgacggg ctacctcgcg     1740

gcgacgcggg acgaaatccg cactacccgt tttttcgacg acctctccta cgaatactgc     1800

gatatgacgg tgcgcggcat cggccggctc gattacggcg ccgaggcggc ggcccgactg     1860

cgccttacgt ggaattggag cctgtcggcc gccgtcggtg cgggcagcca cacctatgcg     1920

acgaatcctt cggtatggct ctacaccgat gcgggcaacg agctccgcgc cgacggcgtc     1980

acgagttaca tgagcggtct tcggcccggc ggcacggcct cgctggccgc gacggcaggc     2040

gtgcattatt tcggccgttc ggggtggtat ttctctgccg atgcgtcgct ggtcgccgga     2100

cgatgggtcg cgccgtcgtt ccattaccgg acttcgcgtg tggcgaacca ggcctccgat     2160

tcgcccgaaa cattcgctct tttcatggag caggagcggc tggacgactc ctttacggcc     2220

gatgtctcgg cggggagaat gtggcggctg ggcgcgtcga gactgtcggt cacgctgtcg     2280

gtacgcaacc tgctcgacga ccgtcgcacg gtctactccg cctacgagtc cgatcgggtg     2340

cggcgcctgc gcagcggtgc cgagaccttt taccgcccgt tcgctacgag cctgctctat     2400

gcctacggcc gcagcgcgac gttgaccgtg agttataaat tttaa                     2445


<210>  1692
<211>  465
<212>  DNA
<213>  Alistipes

<400>  1692
atgcaaaccc gcaaccgctt ccgtccgctt tgtctgctcc tgctgctggc cgcagcttcg       60

gcctgctgcc cctgccgcaa ataccagaaa ctctccggcg cgccgctcgt cggtacccgc      120

tggctgctca tccagctcga cggcgaggag gtcgccaatt ccgacggacg cttctcgctc      180

cgcttcgaag acgccaaacg attgagcgga cgaggcggct gcaaccgcta ctcggcctcg      240

tgcgacgcgg aggcgggcgg acatctgcgc gtcggcccga tcgcctcgac acggatgacc      300

tgccccgaag cgcagcgcga acgggccttc ttcgccatgc tgcgcagcgc cgtgcgctac      360

gagctggacg ccaagatgct catactgagc gacagcatcg gcgtccgtgc ggtattccag      420

gccgcagaag aggatcagaa cactaaaaat caaaagatta actga                      465


<210>  1693
<211>  1335
<212>  DNA
<213>  Alistipes

<400>  1693
ttgggcggag gtatcagcgg ctacggttcg gcgatcctcg cccgcaggaa aggattcgac       60

gtctttctgt ccgacagcgg ccgcatcgcc gaccgctacc ggatgaaact cgaagcatgg      120

ggcgtgccct acgaggaggg cggccacagc gaggagcgca tcctcgccgc ttcggaatgc      180

gtcaagtcgc ccggcatccc cgactcggcg cccatcgtgc gcaaactgcg cgaacggggc      240

gttcccgtga tctccgagat cgaattcgcg gggcgttatc tcgacggtgc gcgcacgatc      300

tgcatcaccg gttcgaacgg caagacgacc accacgtcgc tcgtctaccg gattctgcgc      360

gacgcgggct gcaacgtcgc cctgggcggc aacatcggcg agagcttcgc ctattcggtc      420

gcaaccggcc ggtacgattg gcatgtgctg gaactcagct cgttccaact ggacggcatg      480

ttcaggttcc gggccgacat cggtgtgctg accaacatca cgcccgacca cctcgaccgc      540

tacgaccact cgttcgcgaa gtatgccgcg gcgaagatgc gcattgcgca gaaccagcgt      600

gcaggcgact acttcatcta ttcggccgac gacgaaacga tctggtcgct gctgccgtcg      660

tatcggctgc cgcagcggca gctgcccttc gccgcacggg ctgccgtcgc cggcagcgac      720

ggcgacgcct tcctgagccg cgacggccgc ttcacggccg ccgtgggcga ccgttcggtc      780

gagatcgaca cgcgccggat gcgtatcggc gggctgcaca acgcctacaa cgccatggct      840

gccgcactgg ccgcgctcgc ggccggcgtc gcgcccgacc gtatccgccg ttcgatttac      900

gctttcgcgc cggtcgagca ccgtctcgaa cccgtgcgcg aaacggacgg tgtgttgtgg      960

atcaacgatt cgaaggcgac caacgtcgat tcggtgtggt atgcgctcga aagcatgaaa     1020

cgtcccgtgg tgtggatcgc cggcggcacc gacaagggca acgactacga accgctcaaa     1080

gccttcgccc gcgagaaggt gcatacgctc gtatgcatgg gtgtcgacaa ccgcaagctc     1140

gtcgagtcct tcacgggtgt cgtgccggag gtgatctcca cggcgtcgct ggacgaggcg     1200

atggaggccg cccgccgtgc ggcgcgtccg ggcgacgccg tgctgctgtc gcccgcctgc     1260

gcctcgttcg atctgttccg caactacgaa cagcgcggcg agctgttcaa aaaatgggtc     1320

ggcgaacact gctga                                                      1335


<210>  1694
<211>  1311
<212>  DNA
<213>  Alistipes

<400>  1694
atgttcggat gggaatttcc ccctcatatc gcaggcggtc tgggtacggc ctgctacggc       60

atgacgcgcg ggctggcgcg aaacgatgtc aacgtgacct tcgtcatgcc ccgtgccacc      120

ggagacgaag accagaacta tgtgcgcgtg gtcaacgcca gcgacgtgga gacgctcttc      180

ggcggcgcct ccggcgatac ggaggagctg tggaagaaga tgtcgttcat ccatatcgac      240

tcgaacatgg tcccctacgt ctcgcccgaa gagtacaagt cctatcacga cgagtacgtc      300

cgcacgggac gcaagacgcg ggagacgacc gacctctgga agcagcgcta caccttttcg      360

ggcaaatacg gcgcgaacct catggaggag gtggcgcgct atgcgatggt agccgcgcag      420

gtggcccgcg atctggcggg gcagttcgac gtgatccacg cccacgactg gctcacctac      480

ttcgccggaa tcgccgccaa acgggtctcc ggaaaaccgc tggtcgtgca catgcacgcc      540

acggagttcg accgcagcgg cgagaacatc aattcgcaga cctatgccat cgaacgcgcg      600

ggcatggagg ccgccgaccg tgtgatcgcc gtgtcgaacc tcacgcgcaa catcatcgtc      660

tcccgctacg gcattccggc cgaaaaggtg gtgacggtgc acaacgccgt gcggttcgcc      720

gaggcggagt gcgccgcccc cgaacgcggc gtcggggaca agatcgtcac cttcctgggg      780

cgcatcacct atcagaaggg gcccgactac ttcgtcgagg cggccgccaa ggtgctcaaa      840

cgggtaccga acgtgcgctt cgtgatggcc ggttcgggcg atatgatgaa ccacgtcatc      900

cgccgcgtgg cgcgcctcgg catcgccgac cgcttccact tcacgggatt cctgcgcggc      960

gaggatgtgc accgcatgtt ccagctgtcg gacgtctacg tgatgccctc ggtgtcggaa     1020

cccttcggca tctcgccgct cgaagcgatg cgctcgaacg tgccggtcat catctccaag     1080

cagagcggcg tggccgaagt gctcgactac gcgctcaaag tcgactattg ggacgtggac     1140

gccctgtcgg atgcgatcta tgccctgatt acctatcccg cgctggcgaa gatgttcgcc     1200

gagaaggggc tcgacgaggt gaccggactc aaatgggaca acgctgccgc gaagatcaag     1260

gcggtctatc aggcggtcat cgacgaggcg gccgcacgcc aacgggaata a              1311


<210>  1695
<211>  1713
<212>  DNA
<213>  Alistipes

<400>  1695
atgaaaccgc cgtttctcga tatcattccg caccggttcc gccggagaag tttaggggtg       60

acgctcagcg tcttcacacg cgcattgctc aacttcgcgg ggctggccgt gctgattccc      120

gtgctcgtca tcatcctcga cacggaaggc atccgctcca accggtggct ggcggcgctc      180

tacgacttcg gaggattcac gagcgaccgc acgttcatcc tcacggtatg cgcctgtgtc      240

gtggcggtga tcctgttcaa aagcctcgcc aatctggccc tgtacaaaat cgaacgtaac      300

ttcatctacg acctctatcg ggaactttcg cgccggcttt acgtcgacta ccgcaaccgg      360

gggttgggat tcatcaaaag ttccaattcg gcggttttgg cgcgcaacgt caatgtcgtg      420

tgcctcacct tcgtcacggg cgtgctgatg cccgtggccg ccatggccag cgaagcggtg      480

ctcttcgccc tgctattcgg gtcgctggcg attcacaatc cgctcgtagc gctgctgacg      540

ctcgcgatct tcgtaccttc cgtagcgctc tactactacc tggtacggca acgcctgaac      600

cgctacggcg aggaggagaa ccgtgcgcag cggcgcaagt cgcgcaccgt gatcgagacc      660

ttccgcggct atgccgacct ggaaatcgcg ggcgcctatc ccgcgatgct gagcgacttc      720

gaccgctcga tggatgaaat catccgcgtg cggcagcgca acgccacgat cgccgcgctt      780

cccccgatgt tcaccgaagt gggactggcc gtcggcatgg ccgtcctcgt ggcgttctgc      840

gccggaacgg acaacacgca aatgaaactg ctgttcggca tcttcgccgt cgctgcattg      900

cgcatcatgc cctcggtgcg cagcatcatg ggggcgtgga cgtcgctgcg ttacaaccgt      960

tacacgatcg acgtgctgcg cgacgcacgg ctctacgata cgcccgcagg gatcgacacg     1020

acacaggaac ggatgccatt cgagcgggaa atccgaatcg aagggctttc gttccacttc     1080

gacgacgcac ccgaccgcga catactgcac gatctgtcgc tcacgatccg caagggcgag     1140

cgcatcggca tacggggtgc gtcgggcgtg ggaaagacga cgctgttcaa catcctgctg     1200

ggcttctacc gccccacggc gggccgcatc accatcgacg gccgaccgct cgacgaaacg     1260

aatctccgca aatggcagaa cacgatcgga tacgtttcgc agagtgtctt cattgccgac     1320

agctccttca tgcagaacgt ggcgctgggc tgcgcccccg accggatcga ccgccggcgt     1380

gcggcgcagg cattggaaac ggccaaactc aaagagttca tcgacacgct gccgcaggga     1440

atggagaccc cgatcggcga atgcggctgc cggctctcgg gcgggcaact ccagcggctc     1500

ggcatcgccc gcgcactcta caagcaggcc gatatcctct ttttcgacga agcgacctcg     1560

gcgctcgaca accgcaccga ggagcggatc aaccgcgcta tcaaggagtt gtcgaaggcc     1620

aaccgcgagt tgacgatcat cgtcgtcgcc caccgcgaaa gctcgttgga ctactgcgac     1680

cgcatcatca ccctgggaga aaaaacagca tag                                  1713


<210>  1696
<211>  1113
<212>  DNA
<213>  Alistipes

<400>  1696
atgcgtaaca gggctttcaa atggttgtcc catgcctgcc ggatcgtgct gggcgtgacc       60

ttcatctttt cgggattcgt caagaccgtc gatccgtggg gtacggcgat caagatacag      120

gagtatcttt cgatctacgg gctggaatcg ctgagcggtc tgcgtttcgg cttttcgatc      180

tggctgtgcg gtgccgagct gatgatgggg ctcatgctgc ttttcaaggt gcgcatccgg      240

ctgatctcga ttttcgcgct ggcttcgatg gtcttcttca cggtgctgac cttcctgagc      300

gctacgtggc tgccggtcga ggactgcggc tgtttcggcg atgccgtcaa gctcacgccg      360

tgggagacgt tcgccaaaaa tctggtgttg ctgccgctgt cggtcgtcgt ctggtggcgc      420

taccgccgcg accgtatctt cgccttctcg aaggcggagg tgggatgcac cgtgctcttc      480

ttctccttgg ccatggggct gggcatctac tgctatgcgc atctgccgct gatcgatttc      540

agacccttca aggtgggggt gaatatctac gaggcgatga acgcctattc ggcggacccc      600

gggccgcagg cggggaagac ggtgttgatc tatcgcgacc ggcagacggg gcgtctgcac      660

gaattttcgc tcgacgatac cgagtggcag gatgccgggc gttgggagtg ggtcgatacc      720

cgtaccgaag agctagacga gccgaaggtt gatcccacgc tgtcggagtt ctcgctgcgt      780

gacgccgagg gcgacgccac cgagtcgttg ctgactcgcc cggggcgggt ctacatgctc      840

tgtgtcaccg attccgaggg gttggacgct ccctgtgaac gccgcttccg cggcgtggtg      900

gagcgagctg cggccgaagg ggctctggcg gtctgcctca cgcccgaacg gctccgcggc      960

gtgacctatc gttcgttcgc cggaagtgcg gccgtgcgct gttataatat cgacgcgacg     1020

acgctcaaaa ccatgttgcg cgctttcaac ggaatggtcg tgctcgacga cggcacgatc     1080

gtggagaaac gcaactgccg cgacatccgt tga                                  1113


<210>  1697
<211>  957
<212>  DNA
<213>  Alistipes

<400>  1697
atgcggaaat ttacctgtgt cgccgacatc ggcgatctcg cggcggcggt ggccgaagcg       60

ctcgaagtca agcgcgaccg cttcgcctac cagcatctgg ggcggaacaa gaccctgctg      120

atgatcttct tcaattccag cctgcgcacc cgcctgtcga cgcagaaggc ggcgatgaac      180

ctggggatga acgtcatggt gctcgacgtg aatcagggcg catggaaact cgaaaccgag      240

cgcggcgtgg tgatggacgg cgacaaggcc gaacatctgc tggaagcgat ccccgtgatg      300

ggttcctact gcgacctgat cggcgtgcgg tcgttcgccc gctttcagga caagacggag      360

gactacgagg agcgcgtgct cgaacagttc atccgctact cggggcgtcc ggtcttctcg      420

atggaggccg ctacgcgcca cccgttgcag agtttcgccg atctgatcac gatcgaggag      480

cacaagcgca cggcgcgtcc caaagtggtg atgacgtggg cgccgcatcc caatgcgctg      540

ccgcaggccg tgcccaactc gttcgccgag tggatgaacg ccgcggacta cgacttcgtg      600

atcgcccatc ccgaagggta cgaactcgac ccccgcttcg tgggcggcgc acgtgtggaa      660

cacgaccagc gtcgcgcgct cgaaggggcc gatttcgtct atgccaaaaa ctgggcggcc      720

tatgccgatc ccaactacgg ccgggtgctg agccgcgacc gcgaatggac ggtcgacgcc      780

gagaagatgg cgctcacgaa cgacgccttc ttcatgcact gcctgcccgt gcggcgcaac      840

atgatcgtca cggacgaggt gatcgagtcg ccgcgcagtc tggtgattcc cgaggcggcc      900

aaccgcgaga tctcggccca ggtggtgctc aaacgattgt tggagggact ggaatag         957


<210>  1698
<211>  702
<212>  DNA
<213>  Alistipes

<400>  1698
atgaaatgcc tgccgttcgc cctgacgctc ttcgccgtcc tcgcggcggt aagccagtgc       60

agagccgacg gggagttgcg cgcattgcag gacagcgtcg tacggtggct ggccgcgcat      120

cccgacgacc tgctcgccga agccttcacg acggcgtgga gcgacgaggc cgacggctgc      180

gtcgaggtac atctgctgcg tgccgattcg gcgatgaagg cccgcttccg ccgctgcgtg      240

cacgacagcc gccggatccg cctcgcagga ttcgatccct gtaccgtccc ctatccgtcc      300

gcgcccgaag gcggcacggc acccgccgca ctcttctcca tgcacgccga atacgccctt      360

tacccctgcg atgccgacac cgtgcgcctc acgatccgca acgccggccg gcaacggctc      420

tgcttcggaa cggactacgc cgtctgccgc ctgcacggcg accgctggga acggctgccc      480

gacggcggca tgtggcactc cctgctgatc tgtctcgaac cggagaacgg caccgcagaa      540

caccggttca cggcccgtct gcacccgcgc ctctttccgg ccgcattcgg ccgctaccgc      600

atctgcaaac cggtctacac cgaacacccc cgccgcgact atctgttgac ggccgagttc      660

accgtcatgc ccttcgtccc cttcacccgt ttcgtccgat ag                         702


<210>  1699
<211>  1320
<212>  DNA
<213>  Alistipes

<400>  1699
atgacaacac gtgcatttca aaaggtatat accaagatag acaacattac caaagccacc       60

gtgacgctgc gcgcctcggg cgtgggcaac gacgagctgg ccaccgtggg cggcaagctc      120

gcccaggtgg tgaagatcat gggcgacaac gtgacgttgc aggtcttcgc cggcaccgag      180

gggctggcca ccgactccga agtggtcttc cacggcgagc cgcccaagct caaagtgtcg      240

gacaacctgg ccggccgctt cttcaacgcc tacggcgaac cgctcgaagg cggcgagcag      300

atcgagggcg aggcgcgcga gatcggcggc ccgacggtga accccttccg gcgcaagcag      360

ccttcggagc tgatcgccac gggcatcgcc ggcatcgacc tcaacaatac gatcgtcacg      420

ggacagaaga tccccttctt cgccgatccc gaccagccct acaacgccgt gatggccaac      480

gtggcgctgc gtgccaaggc cgacaagata atcctgggcg gcatgggcct cacgaacgac      540

gacttcctct acttcaagca ggtcttcgag aacgccggcg cgctcgaccg catcgtctcg      600

ttcgtcaaca cgaccgagaa cccgcccgtg gagcggttgc tcgtgcccga catggcgctg      660

acggccgccg agtatttcgc cgtggacaag gggcagaagg tactggtgct gctcaccgac      720

atgacgctct acgccgatgc gctggcgatc gtctcgaacc gtatggacca gattccctcg      780

aaggactcga tgcccggctc gctctattcg gatctggcga agatctacga gaaggccgta      840

cagctgccca acggcggttc gatcaccatc atcgccgtga cgaccctctc gggcggcgac      900

atcacgcacg ccgtccccga caacacgggt tatatcaccg agggccagct cttcctgcgc      960

aacgactccg acacgggcaa ggtcatcgtc gacccgttcc gttcgctgtc gcgcctcaaa     1020

cagctcgtca tcggcaagaa gacccgcgag gatcatccgc aggtgatgaa cgcctgcgtg     1080

cgcctctacg ccgatgcggc caacgccaag acgaagctgg aaaacggttt cgacctctcg     1140

gactacgacg agcgcgcgct gaaattcgca cacgactatt cggagaagct cctttcgatc     1200

gacatcaaca tcgacatcga ccagatgctc gacacggcgt ggaggctctt tgcggagtac     1260

ttcaccaaga ccgaggtggc catcaaggag gagctgatcc aaaaatactg gaaggagtaa     1320


<210>  1700
<211>  942
<212>  DNA
<213>  Alistipes

<400>  1700
ttgcccgctc cacgggcgat ggggaaattg cgcgataatc tcaatctgat cttttcgaac       60

ctgctgttcg gtgcgaactt ttcgatctac gtctcgctcg tgcggaactg gttcgatttc      120

cggcaactct tcctgttgca ggtcggtgcg gccgcgctct ttttcatccc tttcgcgctg      180

ctgtcgcccc gcacgccccg tatgcgctgg gccgatctga aaaacatcct gatcgtgacg      240

gtgctgatta tctacggctg gatgtacacg atgctgtggg gcgcgaccta caccaatccc      300

gtcgacgcat cgattctggc cacgctgggg ccggtcttca cgctgctgat cgccgtcggg      360

atgcaccgcg agcctttttc atgggtgcgg acgctgggtg tcgcggcggc gctctgcggc      420

gcgggcatcc tgctcttcga acggggattc catctggtcg aggggagcga agggtggggc      480

aatgcgctgg tgctgatcgc cgtgttgtcg atcgccgcca atacggtgat tatcaagccg      540

caactccagc gtttcggaac gctgtgggtc atggggtggt attatctcat cggcgtggcg      600

atcaccttcc cctttttcaa ggattatatc gatctgaacc ggctctacac gcttccgccc      660

ggcgcactgg ccgaaacggg tatcctgctg atcttcggaa cggtactgcc gatgtacctg      720

ctctatcgcg gcacggagcg ccttacgtcg gtacacacgg cgctctatcg ctacatccag      780

ccgttggtgg ctacgacgct cgccctagcg cggcatcagg agacggtcga tcagattcac      840

ctgctggccg gcggcgcgat cttcggcggc gtattgttga tggtgctcgg aaccgtactg      900

gcacgccgga agcagcgtgc cgaaatgttg aaacagccgt ag                         942


<210>  1701
<211>  2400
<212>  DNA
<213>  Subdoligranulum

<400>  1701
gtgaaaattg aggaagtatt tgcccgccgc cgctttatta tgctggatgg cgccatgggc       60

acccagctgc agctgcgcgg cctgaccaca gaacaaaagc cggaactggc cgcctttatc      120

atgccggatg tgctcactgc cgtccaccgg gactatgccc gcgccggggc ggatatcctg      180

ctggcaaaca cctttggcgc caaccctcgt aaattgaagg gaaccggcta tactgtgcag      240

caggtgatcg aagcgtccat cgcatgtgcc cggaccgccg cgcaggaaac cggtgccctg      300

gtggcactgg atatcggccc catcggcgag ctgctggccc cggccggtac cctgccgttt      360

gaggatgcct gcgcccagtt tgctgagatg gtgcgcgccg gtgccgcagc cggggcagac      420

ctcgtctttc tggaaacaat gaccgacctg tatgagctga aagccgccat cctggccgca      480

aaggaaaact gtgacctgcc ggtgtttacc tcgatgagct ttgaggctcg tggccgtacc      540

tttaccggct gcacagtgga aagctacggc attaccgccg ccggccttgg tgcggacgcc      600

gtgggcatca actgctcgct gggccccaag gaaatcctgc cctttgctca gcggctctgc      660

cgtgtggtgc ccgccggtat gccggtgttt gtcaagccca atgcgggcct gccgaacctg      720

gacggcagct atgatatcac cccggcggag tttgccgctg agatggccgc ctacctgccc      780

accggaattt ccatgctggg cggctgctgc ggctctgagc cggaatccat ccgcctgctg      840

aaagagctga cccaggataa aacccccgcc gccaaaaccc ctattgtgcg cagccgcctg      900

tgtacccccg tgcgctgcgt ggaggtaaac ggcattaccg tggtgggcga gcgcatcaac      960

cccaccggca aaaagcgctt gcagcaggcc ctgcgggagg gcgacagcgc ctatgcctgc     1020

gcccaggccg tagcccaggc cgaagccggt gccgagctgc tggacgtgaa cgccggtctg     1080

ccggatattg acgaacccgc cacgctggaa atgctggtgc gggagctgca atccatcacc     1140

gacctgccat tgcagctgga ttcttccaac aaagatgctt tggcccgcgc gctgcgcatt     1200

tataacggca agccaatcgt caactcggtc aacggcgagc agaaggtgct ggacagcatt     1260

ctgcccctgt gcaaaaagta cggcgccgcc gtggttggtc tggcactgga tgaacacggc     1320

attcccaaaa cggcagaggg ccgctttgag gttgccaagc gcattgtggc cgcaacggat     1380

gctatcggca ttccccgcgg ggatgtttac atcgactgcc tgacgctgac ggtttctgcc     1440

gagcagagcg ccgctgccga aaccctgaaa gccattacca tgtgcaaaaa ggaactgggc     1500

gtgcgcaccg tgctgggtgt ttccaacatc agctttggtt tgccctgccg cggctacatg     1560

aataccactt tcctgacgtt ggccatgcag gccgggctgg accttgccat catgaacccc     1620

aacacgccgg aaatgatggc cgccgtgcgc gcctaccgtg tgctgaccag ccaggacgaa     1680

aagtgcaatg attacgttgc cgcctatgcc aatgtgcagg tgcagacctc ccaggtggca     1740

aaaactgatg ccgccgcccc ggcgggcggt gcagcagggg ccgatgctct gtttgaagcc     1800

gtgcgccgcg gcctgaaaaa cgaagcccgc gccgctgcag gggaagccct gaaaacccgt     1860

gagcctttgc aggtggtgaa cgaaacgctg atccccgcgc tggatgtggt gggcgatgcc     1920

tttgaaaaag gctccatctt tttgccgcag ctgctgcaat ccgccacggc gacccaggct     1980

gcttttgaag tgatcaaaac cgccattgcc gccagcggca gccagggtga aagcaaaggc     2040

cgtattgtga tcgccaccgt aaaaggtgac gtacacgata ttggcaaaaa cattgtgcgc     2100

gtaattttgg aaaactatgg ctatgacgtg ctggatttgg gccgcgatgt gccgccggag     2160

cgcgtggtgg aagccgtgcg ccagaccggt gcgccgctgg tggggctttc ggccctgatg     2220

accaccaccg tgcccaacat gcaggccacc atcgaagccc tgcacgcggc caacctgccc     2280

tgcaaggtca tggtgggcgg cgctgtgctg accaaggcat acgccgaaca gatcggtgcc     2340

gatttttatg ccaaggacgc caaagccagc gccgattacg ccaaacagat ttttggctga     2400


<210>  1702
<211>  1506
<212>  DNA
<213>  Subdoligranulum

<400>  1702
atggcgtatt attttagtga accgtcccgt accttcggcg agtatctgct cgtccccggc       60

tattcctctt cggagtgcat ccccacggct gtcagcctca aaaccccgct ggtcaagtac      120

cgcaagggcg aagaagcctg ccccctgacc atgaacatcc ccatggtttc ggctatcatg      180

cagtccgttt ccggtgagaa gctcgccatt gcccttgcca agcagggcgg cgtttctttc      240

atttacggct cccagtccgt tcagtccgag gctgatatgg ttcgccgtgt caaggcttac      300

aaaaagggct ttgttacctc tgattccaac ctgccgccgg aggctaccct ggctgatgtg      360

ttggacctga aaacccgtac cggccattcc accgttgcca tcacggctga cggcaccccc      420

cacggcaagc tgctgggcat tgtggcatcc cgtgactacc gcttgtcccg catgagcacc      480

gatctgaaag tgactgagtt catgaccccg ctggacaagc tggttaccgc accggccaac      540

accagcctgc atgactgcaa cgatatcatc tgggataaca agatcaactc tctgccgctg      600

gtagacgagc agggcaacct gcagtatatg gttttccgca aagattatga ttcccacaag      660

gaacatgcca atgagctgct ggatgccaac aagagctatg ttgtcggcgc cggcatcaat      720

acccgcgact atgccgagcg cgtgcccgcc ctggtggatg ccggcgtgga tgtgctctgc      780

atcgactctt ccgaaggtta cagcgaatgg cagtcccgta ccatcgcctg gatccgtgag      840

cattacggcg acaaggtaaa ggtcggtgca ggcaacgtgg tggaccgcga gggcttcctg      900

ttcctggcaa aagccggtgc agactttgtc aagatcggca ttggcggcgg ctccatctgc      960

atcacccgcg aaaccaaggg cattggccgc ggccaggcaa ccgccgttat cgaggttgcc     1020

aaagcccgcg atgaatacta tgagcagacc ggcatctata tccccatctg ctccgatggc     1080

ggcattgtgc atgactacca catcaccctg gcattggcaa tgggcgctga ctttgttatg     1140

ctgggccgtt actttgcccg ctttgatgaa tcccccacga acaagctgcg cgttggcggc     1200

aactatgtga aggaatactg gggcgaaggt tccaaccgtg cccgcaactg gcagcgctat     1260

gaccttggcg gtgcccagaa gctgagcttt gaggagggcg ttgattctta cgttccgtat     1320

gccggcccgc tggccgatgg cgtgcagacc acgctgtaca aggtgcgttc caccatgtgc     1380

aactgtggtg cgctgtccat cccggaactg cagcagaaag cccgcctgac ggtcgtttct     1440

tctacctcca ttgtggaagg cggcagccat gacgttatcc tgaaaaacaa cccgaacaat     1500

gtttaa                                                                1506


<210>  1703
<211>  2034
<212>  DNA
<213>  Subdoligranulum

<400>  1703
atgcaaaatt ttgaacctac cggggccgct gccaccatgc cgggcagcgc tgttccccag       60

atcaagcggc ggctgctcat cagtgcctgc ctgctgattc cgctttttta ccttggcctt      120

ggcgctgctt tcgggttgcc actgccgccg ttcctgaccg gcgataacgc catgtggtgc      180

ggcattgtgc agctggtgct caccgtgccg gtctgctggc tgaaccgttc ctattttatc      240

aacggctgca agagcatccg cgcccccggg ccggatacgc tggtggcgct cagttccggg      300

gcggcgctgg tttacggcat aatcgctatt tttacacagg atgccccgca ggagctgttc      360

ctgccctctg ccgccgctat ttcgatcttt gccgcagcct gccagctgct ggaagtacgg      420

tttaaggcac aagccatggc ccctctgcac agtctggcag agcgcattcc cgaaaccgcc      480

tgcgtgctgc gcagccgcca gcagtacacc gtgccgctga atgaagtcgc ggtgggcgat      540

atcttcctga ttcgtcccgg cgatgtgatg ccggtagatg gcgttgtcat cgagggcgaa      600

accacggtgg atgaatctgc cctgaccggt gccgccgccc ccgtggccaa acacaaaggc      660

agcactgttt acgccgccac cgccaaccag ggcggcgccc tgatctgccg tgccacccgc      720

atcgggccag attccaccgc cgtccagctg gtacataccg tacagaccac tgccgctgcc      780

aaggtgccgt tgagttccct ggccgataag gtacgcagcg tgtttgtgcc cgccgttatc      840

ggcattgcct gcgtggtgct catcatctgg ctgctgctgg ggcagagctt tgcttttgcg      900

ctggcccgcg ccatcagcgt gctggctgtc agcagcccct gtgtgctggc gctggcagct      960

tcggctgcca tcatgtccgg tgccagcgtg ggtgccaagc acggcatcgt gttcaaaaca     1020

gccgccagcc tgcagtccat cggtaccctg tacaccgccg tgctggataa agccggaaca     1080

atcaccaacg gcgagccgga agtggtcacc attgtgggca cccgcagcgt gcccgccaag     1140

ttcctgcttg gcatggctgc cgggctggaa agccagagcc aggacccgct ggcccgcgcc     1200

gtgatgcgca aagccgctgc ggagaacatc aagctgagcg ccgttaagga cgttaccatt     1260

ctggacggcc agggcctgac cggcaaagtg gccggcaagg tgatggcagg cggcagcgca     1320

gagtttattg ccgcccagtg cgagctgacc cccgatttgc agcaggctgg cgagcagctg     1380

gccgctgacg gcattgcccc gctttacttt tcgctcgacg gccacgcagc cggtttgatc     1440

ggcgttgccg atgccgtaaa gcccgccagc aaagccgcca ttgacgcgct gaaagccctt     1500

gggctggatg tgatcctgtt gacaggcgac agccgcacca atgcagaccg cgttgccgct     1560

caggttgggc tggatgacgc ccacgtggta tccggccttg cccccgcaga gctggaagcc     1620

gaactgcgcc gcctgcaaac aaacggccct gccgccatga taggcggtac ttctgccgcc     1680

gcggcactgg cctgtgccga tgtcggcatt ggcatgggag ccgagccgct gcccgccgcc     1740

gatgtgatgc tgcttcggga cgatttggcc gatgccgctg ccgcggtgcg catttcccgc     1800

gcggtggatg cccgcattgc ccagaacacc cgcatggcgc tggtttacag cgcgctgctg     1860

ccgctgctgg ccgccggtgt gctttacccg ctgaactttg tgctgcaccc gatcgattcc     1920

gtcattctta tgacgctgtt tgtggcgtgg ctgctgtccg gcacggcccg gctgaacagc     1980

tttgacccga accccgccag ccagagcgaa ccgcagaagg agcccgcaga atga           2034


<210>  1704
<211>  1830
<212>  DNA
<213>  Subdoligranulum

<400>  1704
atgtgtggaa ttgttggctt tgtcggcgca cgcgccgaca tgcaggaaat tttgcagggc       60

atgatggatg ccatcgccca ccgcggcccc gatggccagg gccagtttat tgaaggcccg      120

gcagcccttg gccagcgccg cctttccatc attgacctgg agggcggcaa acagcccatg      180

tttaatgagg accagaacct cgccgtcatc tttaacggcg agatctacaa cttccaggag      240

ttgaccgccg aattgatgcg cgccgggcac accttcgcta cccggtccga caccgaagtt      300

ttgctgcacg ggtacgagca gtggggcaag gagatgctgc aaaagctgcg cggcatgttc      360

acttttgcca tctgggaccg caagaacgaa acgttgtttt gcgcgcgcga ccattttggc      420

atcaagccgt tctattatta ccaaaacgat gccggagagc tgctgtttgg cagcgagatc      480

aaaagctttt tggcccaccc cggcttcaag aaagagctga acgaagagca gctgccgctg      540

tatctttcct accagtattc ccccggggag gataccttct tcaagggcgt caaaaagctg      600

atgcccgccc actggctgga atggaaagcc gggcagctga cggtgcagcg ctactggcag      660

cccaagtttg accccgatga ttcccgcaca ctggaagagt gggaggacga gatcagcgcg      720

gcgatgaaag agagcgtgca ggcacacaag atcgccgatg ttgaggttgg cagcttcctt      780

tcttccggcg tggattccag ctacatggcc gcgctggccc atgtggacaa aacattcacc      840

gttggctttg ccaacaagca gtatgacgaa accgactatg cacaggagtt ttccaagcac      900

atcggggtca agaattacgc ttaccgcatt acgccggagg aatactgggc caacctgggc      960

aagatccagt accacatgga tgagcctctg gcggatgccg cttcggtcgc gctgtacttt     1020

gtcaaccgcg aagcatccaa gcaggtcaag gtctgcctgt ccggcgaggg cgccgatgaa     1080

tttttcggcg ggtacaacat ttataaagag ccgtttaccg taacctggta tgacaagatt     1140

cccctgccca tccgccgggc catcggcgcg gtggcggacc tgctgccgcc ggtgcatggc     1200

atcaactttt tggtgcgccg cggcaagccg ctggcggagc gttacatcgg caacaccaac     1260

ctgatggatg agcaccgcaa gaaaaagctg ctgaaaaact accaccccgg caagctgccc     1320

accgaccttt cccgcccgta ctttgagctt gccaaagggc aggacgctgt gacccagatg     1380

gaaacctgcg acctgaacct gtggatggtg ggcgatattc tgctgaaagc cgacaagatg     1440

agcatggcca acagcctgga gctgcgcgtg ccgttcctgg accgcaaagt atttgaactg     1500

gcaagtcata ttccgaccaa gtgcaaggtg aacgccaacc agaccaagat tgcgatgcgc     1560

ggtgcggcag aaaagaccat tcccgccaaa acggcagaca aaaagaagct cggcttccct     1620

gttccggtac gcgcctggct gcgggatgag cagtatgcgg gcgttgtgcg caaggcattt     1680

aacacccccg ccgcggagca gtttttccgc acaaaagagc tgaatgccat gctggaccag     1740

catatttccg gcaagcggga taactggcgg cagatctggt gcatttttat gttcttagtc     1800

tggtacgatg aatactttgt aaaacgctga                                      1830


<210>  1705
<211>  1122
<212>  DNA
<213>  Subdoligranulum

<400>  1705
atggcaagca aactggaccg actgcagaag aaaggcttta aagtaaacga agcagcgtta       60

agtaagatcg cgcgcggcga ccaggagccg ggcggtgaat acagcgagat caatatcaat      120

gatattgaag aaaacccgga taatgctctt taccgtgagc tggataccga ggaagatatt      180

gcgctgctgg ccgatgatat ccgccgcgcg gggctgctgc acaacctggt tgtgttcccc      240

aagaccggtt ttggcggaaa atatgtgctg ctttccggcg agcgccgcct gcgtgcgctg      300

cgcctgttgg tggagcagga taaacgcgag caggaagaaa agcagctgcc caaccgcatg      360

agtgaatggc agaaagtgca gtgcaaagtg gtgcgcaact tgacggaaaa cgaaaaagtt      420

gtgtatattg acagcgcaaa cctgcaagtg cgcggcggca tcagcaatga acgtgtgatg      480

cgccaggcgg cggcgcgttt tgtggaaaac ctgcagaaag caccgtataa cctgagcgca      540

gcggaagcga aaaaagcgct gaaagaggtc agtccgctga attcccgcac gattgataag      600

gcactttcga ttcagaatga tctcaaccct gatctgcgcc gcttgctgga tgaggaattc      660

ctgaaccgag ccgagtgcga aacctatctc cgcctgaccc tggaagaaca ggcccgtgca      720

gcggcagtgt ttttgaaaat cgcagccctt gacccacgca gccatgagcg ccgcgccatt      780

aaggacgcat tgaccaccgc catgttggat gtagcagtgg aacgccgcag catgcaggag      840

cgcgaaagcg tatttgcagc agcgttgcaa aatgcacagg atgcaatcgg ccaggccaag      900

acgcaggaaa acaaggcggc ggcagtagat aaagaccaca actttatttc ggccaagctg      960

cctaccacgg cccgcaaact gcgtaaaatt gcagcggcaa aaaatattga agctaagatc     1020

cgcagttata cggcagagga ccgcaaagca atgtcggaac agatgcagga gctgattgcg     1080

gcagcgcagg agctgaaagc actgattgat gctgtggaat aa                        1122


<210>  1706
<211>  1380
<212>  DNA
<213>  Subdoligranulum

<400>  1706
atgccaaacc cgtataaccc gaacccctat aacgaagacc aggaccgtgc gcggcagcag       60

ccgctgtatg accagcccgg cggcccccgg caagacgcca gccaggaata ccacaaaggg      120

gatggtgtgt tccaaatccc ctggtgggtg atcgtaatca cattctgctt tgcggcgtgg      180

ccgattggcg ttgcaatgat gatcatcaac catctgctgc gaatgggcaa aatctctgcg      240

ccgcagagct ggagccagaa caaccggcag accggccagc cgtacaccgc ccgccccatc      300

tatgcggacc cgcagaaagc ggaaaagatg cgccgggatg cccagcgcgt ggtgcagaga      360

gcggaagaag ccgcgcacaa agccgagaag cgggtcgaga tctaccagaa cgcggaccgc      420

gcacaggcgt atgacccgga gcagaccgcc cgccagaatg agcgcggccg caaggataaa      480

ggtgagggct ggagcattgc cctgacggtt ctgggcgtga ttttttccat tgccatggtg      540

gccaacctgc cggaagccgt gtattggctg ccggaagccc ttacgcaggg cggcagttac      600

tggacctggc tgttccagga tcttgcgggc agcgtgaccc tgttgtttgc gggcgcgggc      660

ttcctgtttg ccgggtggaa gctgcgcacc ggccgccgca tgcgcaaaaa gatcagtaac      720

attgttggca acgcccctta catgaaaatt caggagatcg cggatgccat cccctgcaat      780

tacgccaagt gctgcaaaca cctggaaaac tgcattgaca agggcgtgtt tggagagaac      840

gcctacctgg atatgcgcac cggtaccctg gtggtacgcg gcgcaccgcc cgctccgcag      900

cctgcccccg cggcagcccc aaaagcccag ccggaagaag caaaggcgga ggacaattat      960

gcccagattc tgaaccagct gcaggccttg aatgatgcca tccccggcga ggaaatgtcc     1020

gataagatca gccggttgga agccgtcagc gccaaaattt ttgcccaggc caagcagaac     1080

ccggacaagc tgccgcagat gcgcaagttc atggattact atctgcccac ggccctgaag     1140

ctgctcaaaa cgtatgccga gctggatgcc cagggcgtgg agggggagaa catccgcgag     1200

tccaaacagc gcattgaaca ggtgatggat acccttgtga ccgcctttga agcccagctg     1260

gaccgcctgt ttgaggatga cgcgctggac gtttcgactg acattgatgt gatggaaaac     1320

atgctgcgtg ccgatggcct gaccggaaac accgggaaca gcccgaaatt gcagctgtaa     1380


<210>  1707
<211>  1344
<212>  DNA
<213>  Subdoligranulum

<400>  1707
atgcaggaaa tcaaaacaaa cccaacggtg cggcacacca cgcccctgca gctgctggcg       60

gcgtttgcag ccacggtggc agtgctgttt gtgctgctgc tgggggcgtg cgcgctgccg      120

gcccagccgg tgctggaaca tgtgtatgat tcagcccaaa ccatccagca ggaggggctt      180

taccctgaat atttcggctt taagctgttc cagatggata actataccga taccatcatg      240

ctgtttgaag cggccgccat gggcgagcag gatcccttga ccgccatgat gaccgcaacg      300

gcctataacg tggataactt tgaaacgatg gccggtgacc ttgctgtcta ttgcgagcgc      360

accattccgc tggccaccgg tgcccaaaag gcagtgcagc tggtgccgtt ctcctatgcg      420

cggtactggc acggttacct gatctggctg cggccgctgc tctgcgttat gtccatcacc      480

ggtgtgcgcg tggtgcagta tttggtgctg tttgcgctgc tggcggttat tttgtggcag      540

ctgcggcggc agtgtgggct gcgggccatg gtgtggtttg ccgtcagcca gctggcggtt      600

accgtgttct gggtgccgca tcaggtgcag tattttacca ctttctgtat tgcgtatgcg      660

ggctgtgcgt gggtgctggc caggccgcgc cgcgccgggc agctgagcat tgccctggtg      720

gtgctgggca cctgtacggc gttctgtgat ttgctggtca cccccatcat cacgctgggg      780

ctgccggtgg cggtgtggct gtgctgcctg ccgcagcggg cggcatccgg tgccaggcag      840

tgtctgccgg tcatcggcgg cagcttgtgc tggggggcag gctatgccat gtgctggggc      900

ctgaaatggg tgctggccac cctgattacc gggcaggata tcatcggcga tgccatccac      960

caggccgggg tgcgcaccac ggcggatacc tggcacggca tggagctgag ctgggggaac     1020

atcttccgct ttgtggggga tacattaagc cagcgcgggc tgttgtggcc ggtggtgctg     1080

gtggttattt tgtgcattgc ggcgtttttg ctttgcctgc gcaataagga agctttgctg     1140

cgcgcgctgc ccattggcct taccgccctg atggcaccgg tgtggctggc gctgctgcgc     1200

acccattcca tccagcacgg gtggtttacc tggcgcagtt taacggtcag catttttgcg     1260

gggctggctt ttttctatta ttcctgtggg atacgggcgg gcctgctgcg tttgcgcggc     1320

caaaaacaac aagggcgaaa gtag                                            1344


<210>  1708
<211>  1179
<212>  DNA
<213>  Subdoligranulum

<400>  1708
atgaattacg atgaactgct tgcgccggct gcgaaatcca tgcggccttc ggggattcgc       60

aagttttttg atttggccgc cgaaatgccg cactgcatta gccttggcgt gggcgaaccg      120

gatttcaaga cgccgtggac catccgggat gcgggcatcc gtagcctgga acaaggccgt      180

acgcgctata ccgccaatgc gggtatcaaa gagctgcgcg ccgaaatttg ccgctacttg      240

gcccgccgca tggagctgaa ctaccagccc agcgaggtgc ttgttaccgt gggcggcagc      300

gaggccattg acctgaccat ccgtgcactg gtcaaaccgg gggatgaagt catcatcccg      360

gagccttgtt ttgtctgtta tgaaccgatc acttcgttga ccggcggcgt gccggtgcac      420

attgccacca aagtggagga tgatttccgc ctacgggcgg accagctgcg cgccgccatt      480

acgccacgta ccaaactgtt gatcctgccg tatcccaaca accccaccgg cggcgtgatg      540

gatgcggcag atctggaagc cattgcggag gtgctgcgcg gtaccaatat tatggtgctt      600

tcggatgaga tttatgcgga gctgacctat gggttggaac gccacatcag cattgccaca      660

ctgccgggca tgaaagaacg caccatcgta gtgaacggct tctcaaaagc gtatgccatg      720

acaggctggc gcctgggata tgcggttggt ccggaaccag tgatcaaggt gatgaccaaa      780

attcaccaga gctgcattat gtcggccccc accaccagcc agtatgcagc tatcgcagcg      840

ctacattcct gcgatgattc tattgagatg atgcgcgatg aatataaccg ccgccgccgc      900

tatgtggtaa aggcgctgaa cgatatgggc ctgacctgct ttgagccgcg cggggcgttt      960

tatgtgttcc cctgcattcg ctgcagcggg ctgaccagcc aggaattttg cgaaatgctg     1020

ttgaaagagc aggaggttgc tattatcccc ggtgatgctt ttggcgccag tggggaaggc     1080

tatgcgcgca tcagctatgc ctacagcgtg gaacacctgg aaactgccat gcgccgcatc     1140

cgcactttcc tgaaagatca cggctggctg gcagaataa                            1179


<210>  1709
<211>  2616
<212>  DNA
<213>  Subdoligranulum

<400>  1709
atgcccgata ccattaccac tgaatttctg gccctgcggg accgctatat cgcttcctgc       60

tttactaagc tgaacccggt gcagcagcag gctgtgttta ccaccgaagg cccgctgctg      120

atcctggcag gtgcaggctc cggcaaaacc accgttctgg tcaaccgcat tgccaatatc      180

atccgttttg gccgcgccta tggctccaaa gaggtcagcc gcccggttgc gcagagtgat      240

ctggagcagc tgcgcaccgc catcatgtgc ggccagccgg ttccgcagtc cctgatgccg      300

ctgatgagcg ttgccccggc ccgcccgtgg aatgtgctgg ccattacctt taccaataaa      360

gccgccggag agctgaaaga acgcctgaaa gccatgctgg gcgataccat gggcggggat      420

gtatttgcct ccactttcca ctctgcctgt gtacggatcc tgcgccgcga tgccgaacgc      480

attggcttcc ccaaaagctt tacgatttac gattccgacg accagcagcg tgtcatcaag      540

cagatctaca aagaactgat gattgatgac aagttcctgc cggtcaaatc agccatctcc      600

cagatcagcg gttacaaaga taaacttctt tccgccaaag atgtcgccgc cgaagcgccg      660

cgcgatacca aggctgcttt gatttccaaa atctataccg cctattccaa ccggctgcgc      720

acggctggtg ccatggactt tgacgatctg attttccata ccgtgcagat gctgaaaacc      780

gatgccgaag cgcgggaata ctaccagcag aagttccgct atgtcgtggt ggacgaatac      840

caggatacca gcgtggccca gttccacctg gtgcgcctgc tggccggtgg ttccaacaat      900

gtatgcgttg ttggcgatga cgatcagagc atttataagt tccgcggtgc taccattgaa      960

aatatcctga actttgaaaa agtttttgcc ggggccaaaa ccatccgcct ggagcagaac     1020

taccgttcca cctccaacat tctgaatgcg gccaatagcg tcatcaagaa caacaacggc     1080

cgcaagggca agaccctgtg gacccagaac ggcgatggtg acaaagttca ccattatacg     1140

gctgcttcgg aacaggatga ggccagccat gtggccgagg ttattggcca gaacctgaaa     1200

aatggtgctt ccttaaaaga ccatgccgtt ttgtaccgca tgaatgcgca gtccaacccc     1260

atcgaaactt attttgcccg tgccggtatc ccgtaccgca ttgtgggtgg ccaacgcttc     1320

tttgaccgca aggaagtcaa ggatatcaac tcttacatgg ccgttgtggt caacccgcgg     1380

gacgacgtgc gcctgcgccg catcatcaat gaacctgcac gaaagattgg tgccaccacc     1440

attgataaga tcggggaact ggccgccgcc aacggcgtgc cgatgatgga gatcatccgg     1500

gaggcttctt cttatcccgc actgggccgt gccgccagcg cgctgaacgc gttttactcc     1560

atgtaccgtg aactgtgtga tctttccgtc acccttccgc tggatgaatt tgccggtgaa     1620

gtgatccgca agaccggata cgaagccatg ctgaaagcac agaaagaaga gggcgagacc     1680

cggctggaaa acttgggcca gttgatttct tccgtaaaga cttatgcgga gcagaacggg     1740

gaagacgcaa ccctttccgg tttcttggaa gaagttgccc tgattgcaga ccttgattcc     1800

tatgatgaag atgctgattc tgttaccctg atgacgatgc acagcgccaa gggccttgaa     1860

ttcccgtatg tgtttatcat tggtatggag gatggcgttt tccccggtga ccttgctcgc     1920

tacagcgagg aagaaatgga agaggagcgc cgcctgtgct atgtcggtat tacccgcgcc     1980

aagaaagagc tgtatctttc ttcctcccgc agccgtatga ttttcggcca gacgcgccgc     2040

aacccgcctt cctgcttttt ggatgagatt gaccccaatg tgatggacga aaccgaaagc     2100

ccagagcttg cttacagcgg cggttttggc gccgggtacg gcagctacag caccaatgtt     2160

cccggcgggc gcagcggata ctccggggct tcccgcgggt atctgaacag tgaatacaac     2220

cgcggcggct ttggcagcaa gtatgccggc ggcttccaaa gtgggtttgc ttccggcggg     2280

cacgaaagcc cgaactaccc cggcggccgt cacacggtcc aaagcagtag ctttggcgcc     2340

gggtatggca gtagccgcgt caaccatcat tccggtgctc cggttgctcc ggcgggcggt     2400

ggcgttacca ctgcgcccgc cgcacccgca cgcaaaaagg ccgccaactt tgcagccggg     2460

gaccttgtgg accacaaggt gtttggccgc ggcaaggtgc tgaaagtaac gccggttgcg     2520

ggggactgta ttgtagaaat ccagttcgac cgcgttggca tcaaaaaaac aatggccaat     2580

tacgccccgc tgaccaagct gaccagcgaa gaataa                               2616


<210>  1710
<211>  726
<212>  DNA
<213>  Subdoligranulum

<400>  1710
atgcctgaag cacttacccg catccccacc catgccgcca ttattgtgga cggcaaccgc       60

cgctgggcca agaaccgcgg cctgcccgcc agctttggcc acaaggccgg ttttgaccgc      120

ctgaaagaga tcacccgcta tgctgtgggt gactgcggca tcaaggtgct gagcctgtat      180

gttttttcca ccgagaattt tgcccgcgat gccaaggaag tcggctacct gatggaccta      240

tttgccaata acttccgcac cattgccgag gaaatgaacg agcgcgactg tcaggtactg      300

ttcagcggcc gccgtgaagg gctgcagcag cgcgtgctgg acgctatgga ctacatgatg      360

gacctgacga aggacaacaa gaccggcatt gtgaacttct gcctgaacta tggttcccac      420

gccgagctga ccgatgccat gcgcgccatt gccggtgagg tgcagaacgg cactctggcc      480

ccggctgaca tcaacgagca gacgattgaa agccacctgt accgccagct gccccctgtg      540

gactttatga tccgcaccag cggcgaggaa cgcatctcca acttcctgct gtggcagtgc      600

gcctatgcgg ggttctattt taccccgggt ctcttcccgg atttcaccaa gcagtgcttt      660

gatgaagccc tggccgaata cgcccaccgt gaccgccgga tgggcggtaa caccaaaaag      720

aaataa                                                                 726


<210>  1711
<211>  1131
<212>  DNA
<213>  Subdoligranulum

<400>  1711
ggggaaaaca agatgcagaa aaaagtatca gccgccgtgc gtgcgtttgg ccgtgcccac       60

aaagccgggc tggccctgct gggcggcggg gtggcggcgc tgggggtgtt ctgggccgca      120

cgccgcagtg ccgcggccat gcagtggtgg gtggagtatg tttccatgcc ggtcaagcgg      180

tttgtttctg cgctggtgga gccgctgccc ttcagctttt gtgagctggc tgccacggcg      240

gctattctga tctgcctggt tcggctggtg cagcgcattg tgcgggctat gcaccgcaaa      300

caggcaggct ttgccgcctg ggtgttgcat gtgggcaccg cggcggtgtg gatctatgcc      360

ggggtgtgcg ctttgtgggg cacccagtat tatgcaccca gctttgccgc gcaggccaac      420

atgcaggccc cggccctgag cgtggaacag ctggccgcca ccaccgtgtg gtttgccgag      480

caggtgaacg ccgccgctga tactgtccca cgggacgaaa ccggtctgtt cgccgtgagc      540

aaggagaaaa ttttgctgaa caccggccat gtgtatgacg gcattgtggc ggaatatccc      600

tttttggccg ggccgtaccg cagccccaaa ccggcgtttt attccaagct gatgagcgcg      660

gcaggcttta ccggctacct gtgccccctg tttggcgaga gcaccctgaa tgtggactgc      720

ccggcggtgt ttttgcccgc caccattgcg cacgagttca gccaccagcg cggcgtggcg      780

gccgagcagg aagcaaactt tgtggcgatc cgggcttcca ccacctgtgg tgatgcggca      840

tatgaatatt ccggctggct gatgggctac ctgtaccttt ccaacgcctg gtacagcgct      900

gacccgcagg ccgccagcga aaattaccgc accctgtgcg atgctgcccg caccgacctg      960

gccgacaacg acacctattg ggccaagtgg gaaggtccgg tcaaagaggc aggcagcacg     1020

gtgtataccg gttttctgcg cgggtatgac cagaccctgg gcatgaaaag ctatggggcc     1080

tgcgtgaatt tgttggtgga gtattattat ccgatggcgc agggggaata a              1131


<210>  1712
<211>  1572
<212>  DNA
<213>  Subdoligranulum

<400>  1712
atgcccgata ttaaactgtt ggactgcacc ctgcgtgacg gcggctatgt gaacagctgg       60

aactggggct ttgctgcagc caaagatatt atcgcctcgc tgacccgtgc cgggactgac      120

attgtggaag tgggctttct gcgcaatgtg gatggctaca accccgatgt gaccgtctgc      180

aacaccattg aagagctgaa cagactgctg cctgcccaca ccggcagcac catgtacagc      240

ggcatggcca tgcgctccaa ttatgatatt gccaagctgt ccccttatga ggggcacggc      300

attgagatgc tgcgcattac cgcccacgat tacgatatcc gcgaaggcat ggattttgcc      360

cgcgaagtca aggcccgcgg gtacaagctg tccatcaacc ccatcaacat tatgggctat      420

gccgacaaag acttgctgtg gattttagac caggtaaacg agattcaccc gtaccagttc      480

tccattgtgg ataccttcgg cagcatgcgg cggcgtgact tagagcgcat cgtcagcctg      540

gtggaccaca acctggcccc ggatatccgc gtggggctgc acctgcatga gaacatggcg      600

ctctctttct gcctggcgca ggaatttctg gacaagcacc tgggccgcga taccactgtg      660

gacggcagcc tgatgggcat ggggcgcatt cccggcaacc tgcccattga gctgattgcc      720

gactatatga acgagaccct tggctgccat tatgacattg acgagatgat ggacgccatc      780

caggaccata tcgccccgct gaaaggcgag acagcttggg gttacacccc ggcttacttc      840

ctgagcgcac ggtacaacct gcaccgcgat tacgccgagc attatctgga caaaggcgat      900

ttgaccaacc gggacatcaa ccatattctg gccggttttg accgcagcaa ggccaccgca      960

tacgataaag actatgccga ccgcctgtac cgcgaatacc agaaccgcgc cattgacgac     1020

accgccgcgc tggataccct gcgcaccgcg tttggcggca agaccgtgct ggtgctggcc     1080

cccggtgcca gcctggcgga ggaagctggg cgcagcgccg tggccgccgc caaggcggac     1140

tgcattgttt cggccaattt ctgcccggaa ttctgccagc cggattatgc attttttacc     1200

aacagcaagc ggtttgaaaa gctggacctt gctgccctgc cctgccctgt tgtgctcacc     1260

tccaacctgc ggccgctgcc gcagggggcg ctggcggtca attatgaccg gctggctacc     1320

ccggatgtgc agaatgcatc ccttggcagc aacagtgtac tgatgctgct gcggctgctg     1380

cggctgtgcg gtgccaaggc cgtgctgctg gccggggccg atggctacaa gcccggtacc     1440

cccgcctatg ccgacagcct gctgcacgct cacaccgggc gcggagctgc gttcaacacc     1500

gccatggcag gtgccatcaa agcctgcggg ctggatgtga cctttatcac cccaagcgaa     1560

tacgcaaaat aa                                                         1572


<210>  1713
<211>  1026
<212>  DNA
<213>  Subdoligranulum

<400>  1713
atgatcatcg tattaaaaca gcatgccccg gatgaaaagg tcaaagcttt ctgcaacgaa       60

ctgcagacga tggggtacca gatcaacgat tctatgggca gcgataccca cattctgggc      120

ctgattggtg ataccaaggc gctgagcgaa agctgggtgc tggcaaaccc ggtggtggaa      180

acctgccgcc gtgtttcgga gccttacaaa aaggcaaacc gcaagttcca cccggacgat      240

accgtggtgg aagtgggtga taagaaaatc aaggttggcg gcggccattt tgccgtgatg      300

gcgggtccct gcagcgtgga aagcaaggag cagatcacct ttgtggcgca gcgtgtgcag      360

gccgcggggg ccagcatcct gcgcggcggc gcattcaagc cgcgcaccag cccctacagc      420

ttccaggggc tgcgtgccga gggcctggaa ctgctggccc atgcccgcag ccagaccggc      480

cagcccattg tgaccgaact gatgaacagc gagcatatcc ccctgtttga ggaaaccggc      540

gtggatatga tccagatcgg cgcgcgcaac atgcagaact ttgaactgct caaggctgtt      600

ggccgcacca acatccccgt tctactcaag cgcggccttt ccgccacgct ggaagagctg      660

gtgatgagcg ccgagtatat tatggcagag ggcaacccca atgttgtgct gtgcgagcgc      720

ggcatccgca cctttgaaac cagcatgcgc aacacgctgg atatttccgc cgtgcccatg      780

ttgaaaaaga tgacccatct gccggttgtg attgacccca gccacgccgc gggcatcgcc      840

tttatggtgc ccagcctggc caaagctgcg gtggcagtcg gtgcagacgg cttgatgatc      900

gaggtgcaca acgaccctgc ccgagccaag agcgatggag cccagagcct gaccccggac      960

cagttcgatg acctgatggc caccatccgc ccggagctgg agttctttgg gaagacgttg     1020

aattga                                                                1026


<210>  1714
<211>  642
<212>  DNA
<213>  Subdoligranulum

<400>  1714
atgagccaga ctgttgcaac ctttgctacc atcttcttta gcatgatcct tgttaataac       60

tatgttctgg tccagttcct tggcatctgc ccgttcctgg gcgtttccaa aaagctggat      120

tcctccgttg gtatgggcgc ggctgttatt gcagtcatgg tgatcgcaac cgctgttacc      180

ttcccgctgc agatcttttt gctggatgcc aacggcctgg gctatatgca gacggtcatc      240

tttattctgg tcatcgctgt gttggtccag ctgatcgaaa ttgtgctgaa gcgttacgtt      300

catgcactgt atcagtccct tggcgtgtac ctgccgctga tcaccaccaa ctgctgtgtg      360

ttgggcgtga ccatcctggc tgtgcaggat tacaccaagg tttatgaggc acagggcttt      420

ggtatggctt atgccgaggc tttgatctgc gccgccggtg caggtgtggg cttcctggtt      480

gccatgctgc tgttctgcgg cggtcgccag cgcgtggagc gctccaaccc gccggaaagc      540

tttaagggcc tgcctatcac gctggtgtct gctgccatta ctgccatgag ctttatgggc      600

tttggcggtc tggtagaaaa catcatcgcc gcactgatgt aa                         642


<210>  1715
<211>  1368
<212>  DNA
<213>  Subdoligranulum

<400>  1715
atgaaaattc tgaacagcgg cgatatcttg gaaaccatcg agatgctgac cgcagaaaac       60

cttgatgtgc gtaccgttac catgggcatc agcctgttgg actgcattga tcccgatggc      120

aaaaaagcct gtgagaaaat ctataacaaa atcacccgtc tggcggggaa cctggttccc      180

gttgtcaaca agatcagcgc ggactatggc attcccattg tcaacaagcg catcagcgta      240

acgcccatcg ccatgctgct gggcgctgca ccggacgccg accccgtgtg gtttgccaaa      300

acgctggatg ccgctgccaa ggcggtcggc gtcaacttta tcggcggtta cggtgctttg      360

gtgcataagg gcttttccgc cggcgatgtg cgtttgatcg aaagcattcc ccgtgcgctg      420

gccgaaaccg acctggtctg ctccagcgtc aacatcggtt ccaccaaatc cggcatcaat      480

atggacgccg ttggcctgat gggccgcgtg gtgcgccaga ctgcagagct gaccaaagat      540

aacatgtgca tgggcgatgc caaactggtg gttttctgca atgcacccga agataacccg      600

tttatggccg gtgctttcca cggccctgga gagccggact gcgagatcca cgtcggcgtt      660

tccggccccg gtgcggtgcg cgccgctctg gccaagctgc ccaaggatgc cccgatggat      720

caggtggcag agcttgtcaa gcgcacggcg ttcaagatca cccgtctggg ccagctggtg      780

gccaacctgg ccagcgaaca gctgggtgtg cccgcgggca tcattgatct gtccttggca      840

ccgaccccgg ctattggcga tagtgttgcc aacattctgg aagaaatggg tctggaaagc      900

tgcggctgct gcggcaccac cgcctgcctt gccatgctga acgacgccgt gaaaaagggc      960

ggcgtaatgg catccaacca tgtgggcggc ctgtccggcg cattcatccc ggtatctgag     1020

gatgacggca tgatcaaggc agccgaatgc ggcagcctga cgctggaaaa gctggaagcc     1080

atgaccgccg tctgctccgt tggcattgac atggtggtta tccccggcga taccaccgcc     1140

gaggtcatca gcggtctgat tgcagacgaa gccgccatcg gcatggtcaa cagcaagacc     1200

actgctgtgc gcgtgatccc cgccattggc cacaaggccg gcgatgttct ggactttggc     1260

ggcctgctgg gccacgcccc catcatgccc atcagccagt acagccccgc cgttatgatc     1320

caccgcggcg gccgcatccc cgcaccgatg caggcattga aaaattaa                  1368


<210>  1716
<211>  2127
<212>  DNA
<213>  Subdoligranulum

<400>  1716
atggcagaaa ttcgcgtact ggataagcat accgctgaac tgatcgccgc aggcgaggtg       60

gtggagcggc ctgcttcggt tgcaaaggaa ttgctggaaa acgccatcga cgccggtgca      120

acgcagatca cgctctccat cgtgcgcggc ggcattcaac agctgcaaat tgcggataac      180

ggcagcggca ttgaggcaga gtatatcgat aaagcctttg tgcgccacgc aaccagcaaa      240

attgccagtg ccgaggatct gggccacatc cacacccttg gcttccgcgg cgaagcgctt      300

gcttccatcg ccagcgtggc cagggtagag gtgctgaccc gcaccgaagc ggacgaatac      360

gcctgctgct atcgcattga gggcggcgag ccccagggca tggagcccgg cgcccgcccg      420

cgcggcacca ccgtaacggt gaacgatctg ttctataata cgcccgcccg catgaagttc      480

ctgaaaaagg acgtcagtga gggaactttt gtggcggata tcgttctgca tgaagcgttg      540

tcccacccgg aaattgcatt ccgctttctg cgggacggca agcagcagtt catgaccccc      600

ggtgacggcc agctgcgcag cgctgcctat gcggtgctgg ggcgggagtt tgcccgcgac      660

ctgctgccgc tggatggcga tggcggcgtt tataaagtga ccggccttgt caccccgccg      720

cgcgcctgcc gggcgtctcg cagtgcgcag catttttacg tcaatggccg ctatgtcaaa      780

aaccgcacca tgatggctgc gctggaaaac gcttacaagg gtaccctgat gcagggcaaa      840

taccccggcg ccatcctgcg cgttgatatg ccggcggaca tggtggacgt caacgtacac      900

cccgccaaaa ccgagatccg ttttgcgcgg gaaagcgatg tgttcgatgc ggtctaccgc      960

acggtgcgcg cggccttggc tgcccccggc agcggagagt gccgctttga tttgggccat     1020

gtggcaaaag aaaatcccca gcccgccccg cagcagataa cgctgcccgg cagtgctccg     1080

gcacagtcca acccccagcg gcctgcggtt gcaccggccc agccgccgca gccgcaaaag     1140

catttcaaca ccctttccgc ggcagagtac cgcgcattga ataagctcac ggccccggtg     1200

cctgcccgca cgctgcccgg taccagcgga gtgatggagc tgaactcggt gcgggcacca     1260

tttaatgcac ccagcacccc gcagtttgcc gcccccgcgc cgcacacggc acaggaggac     1320

ctgctggaca ttctgcccga cctgccggaa cagcagccca aggcagaacc cgctgtaacc     1380

acagccctcg cgcagcagcc tgccccgacc cagctggaaa atattgaatc accggaactg     1440

ccggaagagg aaaaatctgc caccggcctg agcgcactgc ccgtcaccca caatgaccca     1500

actgcccagg cggacatccc gccggagcag acgacctttg ccccggcacc cgccagcctg     1560

ccgctgcgcg tggtggggga ggtattcaaa acctacatca tcaccgagcg caacaatgag     1620

ctttgtctga ttgataagca cgccgcacat gagcgcatcc tgtttgagca gctcgccagg     1680

gattacggca gcgtgccgtc tcagatgctg cttgtccccg tgcaggtcaa cctttccgcc     1740

gaggaaaagc aggccctgct ggcccaccag gaacttttgc agaacagcgg tgtggaagtg     1800

gatgattacg gcggctttac cgttgtggtg cgtgccgttc ccgcggatgt gccggtggac     1860

gatgtggggg atatggtgct ggaactggcc aaccatttgc tgaacggcgg ccgcgatgcc     1920

ctgcgggaga aaaccgagtg ggtactgcat tccattgcct gccgcgccgc cattaaagcg     1980

ggggacagga ccaccaccga tgaaatgctg gccctggccc agaaaattat ggacggcagt     2040

gtgccgccgt tttgtcccca tggccgcccc tgcgtgctga agctgacccg gaaggagctg     2100

gaaaaacagt ttggacgcct tgtataa                                         2127


<210>  1717
<211>  3240
<212>  DNA
<213>  Subdoligranulum

<400>  1717
atgccgaaag atcctagaat caaaaaggtg ctggttatcg gttccggccc tatcatcatc       60

ggtcaggctg ccgagtttga ctactccggc acgcaagcct gccgtgctct gaaatccgag      120

ggtattgaga ccgtgctggt caactccaac ccggccacca tcatgacgga cccggatatt      180

gcggatcatg tttatattga gccgctgacc gccgaagttg tggaacgcat tattgaaaag      240

gaaaagccgg acgccattct gcccaatctg ggcggccaga tgggcctgaa cctttccatg      300

gaactggccc gcagcggctt tttggaccgc agcggcgtgc gcctgctggc ctgcaagccg      360

gacaccattg accgtgccga ggaccgccag ctgtttaagg ataccatgga aaagctgaac      420

cagccctgca ttccctccaa ggtggtggag gacctggatt ccgccatggc gtttgccgat      480

gttatcggct atcccgttat cgtgcgcccg gctttcacca tgggcggtac cggcggcggt      540

atctgcgaaa accctgaaaa gctgcacgag atcgcaacca acggcctacg tctttccccc      600

atccatcaga tccttgtgga aaagtgcatc gccggttgga aagagatcga atacgaagtg      660

atgcgtgacc acaagggcaa tgtgatcacc gtatgtaaca tggaaaacct ggaccctgtc      720

ggcgtgcata ccggtgactc catcgttgtg gcacccagcc agactctgtc cgataaggaa      780

taccagatgc tgcgtaccgc cgcactggat atcatcaccg agctgggcat tgagggcggc      840

tgcaactgcc agtttgccct caagccggac agctttgagt atgcggtcat cgaggtcaac      900

ccccgtgtgt cccgctcctc ggcactggcc tccaaggcaa ccggctatcc catcgccaag      960

gtggcaacca agattgccct gggctacacg ctggacgaga tcaccaacga tgtgaccggc     1020

gaaacctgcg cctgctttga gcctgcgctg gactatgtgg tcgtcaaata ccccaaatgg     1080

ccgtttgata agttcgttta cgccgataag agtctgggaa cccagatgat ggccaccggc     1140

gaagtgatgg ccattggcaa caactttgaa cacgccatga tgaaggcagt cagctccatt     1200

gagctgggca tggacaccct gaccctgtcc gactttgaaa agctgactac cgaggaagtc     1260

attgagcacc tgcatgtaca ggactccgag cgcgctttct gcgtatacga agccctcaag     1320

cgcggtgtgc cgcaccagac catctatgac atcaccaaga tcgactggtg gttcctggat     1380

aagatgcagc acctggcgaa cctggagctg ggcctgaaaa acggccccct gacccgcgaa     1440

aagtatctgg aggccaagca ttacggcttc ctggataaaa ccatcctgcg cctgtccggt     1500

gccgaaaagc tgccgatgga caactatgtc tgcggcttca agatggtcga tacctgcgct     1560

gccgagtttg ccgccaagac cccgtacttc tactccacct gcgataagga gaacgaggcc     1620

gagcagttca tcaatgccca taagaccggc aaaaagaaga tcctcgtctt tggctccggc     1680

cccatccgca tcggccaggg catcgagttc gactactgct ctgtccacgc agtctggacg     1740

ctgaaaaagc acggctgcga ggccattctg gtcaacaaca accccgaaac ggtttccacc     1800

gattttgata ccggtgaccg cctgtacttt gacccgctga accccgaaag cgttgaccat     1860

attatcgctg ccgaaaagcc ggacggctgc ctggtgcagt tcggcggcca gacggccatc     1920

aagctggcaa agcatatgga tgagatcggc ctgcccattt acggcacccc ggccgatgcc     1980

attgatgaag ccgaggaccg cgaacgcttt gatgagctgt tggaacgctg cggcattccc     2040

cgcccggcgg gccgcaccgt ctttaccctg gacgaagccc tgcaggctgc ccaggaggtc     2100

ggctaccccg tcctgatgcg tccgtcttac gttctgggcg gccagaatat gattgtggcc     2160

tataactcca gcgatgttat cgagtatatg ggcgttatca ccaagcatgt ggacatgagc     2220

cacccggtgc tgatggataa gtacatctac ggcaccgaat gtgaagttga cgccatctgc     2280

gacggcaccg attacctggt gcccggtatc atggagcaga tcgagcgcac cggcgtgcat     2340

tccggcgact ccatctgtgt ctacccgccg tatgatttcc cgcaggatgt gattgatacc     2400

ctggtggatt acaccggccg ctttgcccgc gagctgaagg ttgtgggcct ggtcaatgtg     2460

cagtacgctg tgcaggacgg caaggtttac gtcatcgagg tcaacccgcg ttcttcccgt     2520

accgtgccgt atatctccaa ggtcaccggt gtgcccatgg tcgatctggc cgtgcgctgc     2580

accctgggcg aaaagctgaa agatatgggg tacggcaccg gcctgtggcg caacggcaag     2640

agcccctatg tggctgttaa agtacccgtc tacagcttcc tgaagctgca cggtgtggat     2700

accatgctgg gacccgaaat gaagtccacc ggcgaagttt tgggcattgc tcccaacatg     2760

cacgaagcgt tgatcaaggg cttggttgcc gccggttacc agttcaagac ccccggcccc     2820

ggttcctgcg taattatctc ggtcaaggat tccgacaaga aagaagccgc cgagctggcc     2880

tggaagctgc atgactacgg ctataagatc tatggcaccc ccggcacggc acgctacctg     2940

aacagccaga tggtgccctg cagcaccgtg cgccagatga gcgaagaacg cccgaatgtg     3000

ctggatctgc tggaaagcgg tctggtggat tacatcatct ccaccagccc ccatggccgt     3060

gacccgcacc gcgattccgt caagttccgc cgcaaggcaa ccgagctgtc catcccgtgc     3120

atcacggcgc tggataccgc ccgcattctg gtgaatgccc tgcacagcga ccatgacatc     3180

agcggcatgg agctggtgga tatcgccacc ctgcaccgcg atgccgccaa cggcaaataa     3240


<210>  1718
<211>  2058
<212>  DNA
<213>  Subdoligranulum

<400>  1718
atggagctgc tttgcatctt tgccgcgctg gcggtgctgt ttttgttctg cgcgttccta       60

acgctcaaat gtaacctgca tgctgcgctg gccccgctga ccgcgctggg tattgccgtt      120

gcctggctga cggctgcggg catggcaaac ctgctgctgc ccggcactgt gctgctgtgg      180

gcggtgtttg cgggcagcgg cgtgtgggcg ctggtgcccc acaaaggcca gcgcccggcc      240

taccgccgcc tggttacacc gggggcggtg ctgttctggg gcatggcgct ggcatttgcg      300

gtgtactttt tcatccgcca gccgctggca accaagtatg atgaactcag cctgtgggct      360

accgccgtaa aggtgaccaa ggcggataac cgcctgtatg ccctggctac tcttggaacc      420

ccctggcccc agacccagaa ccccggcctg ccgctgctct cctacttctt ccagtttttg      480

ggccattatg cagactggaa gatctatgtg gcgtatgatg tgctggccgc cgccgtgttt      540

gccgcggtgc tgggcgggct gaacttccgc cagtaccgca ttgcggtgcc gctggcagca      600

atctgctggt ttgccccctg gtttttgacg gtgtataacc atacgatcta tctggatacc      660

acttatatga ccgcctatgg cgatgtgccc gcgggccttg cactgggcgg cgctgtggcg      720

ctgtggctgg cgctgcgcaa aaccggcggc cccaagtggg ccgtactgcc ggtactggcg      780

ctggcggcca acatcaaggc caacaccttt gtgctgtccc tggtggcggc ggggctgatg      840

gcggtggatg cctggctgtt tgcggagcac cccttcaaaa agggccttgc ccgccgcacc      900

ggctttgcca ttgcctgctt tgccgcgccc atgctgatct attatttctg gaacatccgc      960

tatgtgggca ttctggttgc caaaagtgcc agcgagggcg gcaccggcga aaccagcgcc     1020

cccttgtccg ctgtggtcat caacggcatc aagattttgc tgggccagcc ggtggagggc     1080

ttttacgccg agcgccagag ccagttcacc caagccatgg ccgatatggg ccaccagttc     1140

tggacttcgg atggtcggct gagcatgatc ggccagggcc gcaatattgt ggtgctgatt     1200

ctgctggtgt tcttggtggc ggccatctgt gccagaggcc gccagctcaa gctgcgcatt     1260

ggctgcatcg gggtgctgtc ccttgcatgc tttgtggggt ataacctcat gctggcgctc     1320

agctatggct ttattttcaa gccggatcag gccgtggggc tggtggatta taaccgctat     1380

atctatacct actatatcgg ctggttcttt atggcgctgg cctgctggag caccgccctg     1440

caaaccgcgg atggcgaaca gaaagccccg gcccgccgct ggattgccct ggcgggccag     1500

gccggtgttc tgctgatggc cgccgccatg ctggtgcggg tgaacggcat gatcctgccg     1560

cagctttcgg tgctgggctt ctcggatggc gaattcgccg accgcaagac cgcccgcgcc     1620

gaagctgact ggctgtgcag cgattacctg aacaaaaacg accgcgtgtt ttttgtcagc     1680

cagggggata acggcgaaca ctggttctct gccgtgtttg atttttaccc cgtcctggtg     1740

gattactccg gcgtgggggc cacgcaggag ggcggcggcg gaaccttcgg cctgccggag     1800

ctggaaccgc aggaggaggg cgtgaagcag cgctactacc acccctacac cgctgaacgc     1860

ctggatgaaa ccgtgcgtgc caacggctgt acggtgcttt acctgcaaaa gatcgacgat     1920

atctttgtgc agagctatca gaacctgttt accgaccacc tggccgctgc gcaggcgggg     1980

cagaccctgc tctaccgcgt aacggatgcc gggtatgagc cggtcacaat gcagatgagc     2040

aaggaggcgg cccaatga                                                   2058


<210>  1719
<211>  714
<212>  DNA
<213>  Subdoligranulum

<400>  1719
atgaaaaagc tgacattatt tctggctgct gccctgctgg ctgccagctt tgctgcgtgc       60

ggaaattccg gcgcgtcttc ctccacagcg ccggagccaa cggccatccc ggatgacatc      120

ctgaacgccc cggctaccaa gccggacccg ggcatggaga tcgatcccgg tttcggtgtt      180

gacccggagg acagcagtgc tgcgctccag ccggaaccgg atgccgagct gagcggcatt      240

gtggaccaga tctatgccgc acacccagtt gacctgatga tggtggaaac gaccgccgtg      300

gacctgacca acgccgagtg gtacccctac cagaccggcc tgaacgaaga gcagatcacc      360

aaggtggatg ccgctgtaac cagtgagcca ggtgtcggta gccaggctta ctgcatggta      420

ctggtgcgcc tgaaagacaa agccaatggt gatgagattg ccgaagccat gctggacggc      480

attgacatgc acaagtgggt ctgcgtggcg gccgacaagg ccagcgttgc cacttttgac      540

gacaaggttc tgttcgttat ggctgacagc gaactggtag atgtagacgc cctgatgacg      600

gatgccgcca acgcccttgg tgtgactttt ggttacaata tgagcaagga atccgctgaa      660

gattacggcg aacttccgga tgaactgctg gctacccccg cggttgttgg ctga            714


<210>  1720
<211>  1137
<212>  DNA
<213>  Subdoligranulum

<400>  1720
atgattatca aaaatgcaag aatttatacg ccggaacata ccttcaaaac aggggatctg       60

accatccggg atggccgcat tgcctttggt gcgcccccgc tggagggcga ggaagttctg      120

gatgccaacg gtgcctatgc tctgcccggt ttggtggata ttcatttcca cggtgctgtc      180

gggcatgatt tctgcgatgc cgatgaagcc ggtttgcagg ccattgccga ttttgaggcc      240

agcaaaggcg tgttggccat ctgccccgcc accatgacgt tcagcgagga gattttgaac      300

ggcattatgg atgtggccgc cgcccacaag aacggtcagg gtgctgacct ggtcggcatc      360

aacatggaag gcccctacat cagccccaaa aagatcggcg cacagaaccc caagtatgtg      420

cagggggccg atgccgccat gttccgccgg ctgcaggcac gcagcggcgg gttgatcaag      480

ctggtggacg ttgccccgga agaacccggc aatctggatt ttatccgtga ctgccacaac      540

gaggtgtgca tctcgattgc ccacacctgc acggattatg ataccgccaa ggctgcgttt      600

gccgccggtg ccagccacat gacccacctg tataacgcca tgcccggcat cacccaccgc      660

gcccccggcc ccattattgc cgcgctggaa gacggtgccg atgtggagct gatcaccgat      720

aatgttcaca ttcaccccgc tgtggtgcgc tttaccttta acaccttcgg ggatgaccat      780

gtgatcctga ttgcagacag catgatggcc tgcgggctgc cggacggcgc ttatagcctg      840

ggcggccagg ccgttacggt gcgcggcccc cgcgccaccc tgaccgagca ccccgatacc      900

atcgccggca gcgctacctg cctgtatgac tgcatgcgcc gtgctgtgtg cgagatgggc      960

gttccgctgg aaagcgcggt gcgcgccgcg accgaaaacc cggcccggag cattggcgtt     1020

gatgctgatt atggctcttt ggccgccggg cgctatggca acgtggttct ggccgatgat     1080

gacctgaaca tccttgccgt ggtgcaaaag ggcaaagtta tccacgataa ccgctga        1137


<210>  1721
<211>  564
<212>  DNA
<213>  Subdoligranulum

<400>  1721
atgaaccagc cagacccaca gcgccgcatt gcgggcgggg tcgaatatga attgacgcgc       60

cgccgggtgc gcaacctgaa catacgggtc cgcacggatg gcagtgtagc cgtcagcgcg      120

ccgcgccggg tacccttgag cagtgtggac gcttttgtgg cggcgcatgc cggatgggtt      180

gccgcggcgc agggccggat ggcggtccac atggcaaacc gtgccgccga accgccgctg      240

ccgagcaaag ccatcgccct gcaccagatg caggcactat gtgcgcagta ttacccgctg      300

tttgccgcca cctgcccgcg cggagaaatg ccccgcatag cggtgcggga catgagcacc      360

cggtggggga gctgctccct aaaaacagga acgctgtgtt ttgccctgcg gctgtgtgtg      420

atgccgctgc ccgcacagga gtatgtggtg gtacacgagt tttgccactt tgcccacccc      480

aaccacagcc cggctttctg ggccgccgtg gccagggtga tgccggacta taaggcacgg      540

caggcgctgc tgaaagggag atag                                             564


<210>  1722
<211>  1101
<212>  DNA
<213>  Subdoligranulum

<400>  1722
atgaagcggg cggggatcag tctggcgctg gtggtgatgc ttctgctggg ggcagcagcc       60

ccggttcagg cccaggcaga ggaaaccgga ctggcggcgg aggcggaaag cttttaccgg      120

tcggttctgg cagcgaaaga ccgcgaaaca ctgcaaacct atctggactg cttttcggac      180

cagcgccggg tggaactgcg ggcagagctc cccgcaacgc tgcggcaggg gctggatacc      240

gttttgcagc agatgaaact gccgtccatc accccggtag aggagaacac gcagcaaaaa      300

gagaccggct ggcagctgga tgccagcaca acctgggacg atgccgcggg cagctacacc      360

ctgcgcctgg aaaccagcag cgaagcgggc ggggcagacg cggtgatccg ctataccctg      420

gcatcggagc tggatgccgg cagtgcgcgg ctgcaatact gggcggtgga caagaccccg      480

caggggtgga gccagacgat gcagaactgc cccaaagtgg ctgcggcgct ggataacggg      540

gtgttgacgg tttccgggtt taattttaca acaggcaaaa agctggtggt ccagcttgcc      600

gggctgcagc cagcgcgcgg cagcagcttt ggcgggcagg gcattccggt gggggaagga      660

ggggttctgc aaaccgtaca tgaaaccgat tatatggtgc gatacccggc ggttgggatg      720

gacctgccgc tgaatgcacc gtgcttcccg gtagaccaaa cgatacagga cgggcaggca      780

gtgaactttg gctacatgct gcgcccgccg cacggggata gcagtgccct gccggacggc      840

acaaacaatg cgtggtgcaa cgcagcctat acggtaacgg atgccaatgg ccaggtgatg      900

gggtgcttcc gcgtgggggc cgggcagccc gttggcgccg ggcggtggga tgcgccgctg      960

ccgcaaatct gcccccaaag cgatacccaa tatacggtga cactgaccct gacggcggta     1020

caggatgcgg caggttccgg cccaagcgga accgcgcagg ctgcgtgcag cagcacagcc     1080

caggtatttg tgcagccgta a                                               1101


<210>  1723
<211>  378
<212>  DNA
<213>  Subdoligranulum

<400>  1723
atggtattta tcactcataa agtgttaaat caacttcact cagacacaat cgcttgcgtc       60

ctgtatgaat tacttgtttg ccgatctctc ggctttggaa ttgtttttcg tgattttcca      120

tcacgtttaa ggttccacaa gtttcagtat tgttcaattt tcaaggtcct gcttgctctc      180

ctctcggaca gctcaatcat tatatcaaag gtcgtacttt ttgtcaagca ctttttcgat      240

atttttttga gccttccaaa cgccttttta aaagctttcc acccgcacgc tgttcggttc      300

cccgctgcgt ttttgctggt acatcgcttt tatttggctt ttgaagagct gctgtcttgc      360

gcgacagctt atttataa                                                    378


<210>  1724
<211>  1845
<212>  DNA
<213>  Subdoligranulum

<400>  1724
atgaatattc aggggtttta taccggcagg gagtttgacg cggatacctt ttttggtgcg       60

cacccctatg agggcgggac ccactttgct gtgtgggcac cgtctgcacg ggatgtaaag      120

gttatcacca gcggcctgag cgatggcagc tgggcagaat ggcagatgca ccgcagctat      180

tccggctgct gggaggcaga cgctgccggg gtaacgcgcg gcacctgcta ccaataccgt      240

gtgtgtggcg cagacggcag tgtggtggac cactgcgacc cttacggtac ggccatgaca      300

ctgcgccccg atggccgcag cattgtgtgg ggcgcaccca cctgccagtg gacggattcc      360

gcctggatgg caaagcgcag caagaacttt gatgctccgc tgaacattta cgaagcacag      420

gcaggcagct ggcgctgcaa ggaggatggc accccctata cttattctga actggccaaa      480

cagttgcccg cctacctgaa agaaaacggc tacacccacc tggagctgat gccgctgagc      540

gaacacccct ttgacggcag ctggggctac cagaccaccg gcttttttgc ccccaccagc      600

cgttacggca cgccggacga gctgtgtacc ctgatcgatg cctgccacgc ggcggacatt      660

ggcgtgatct ttgactttgt gccggtccac ttcgctgtgg atgaatacgg cctgaaacac      720

tttgacggca ccgctttgta cgaatacccc gccgcagcgg tgggggagag cgaatggggc      780

agctgcaatt tcatgcactc ccgcggcgaa atccgctgct ttttgcagtc ggccgctgat      840

tactggctgc gcatcttcca cgcagacggc ctgcgcatgg atgccgtcag ccgcctgatc      900

tactggcagg gcgaccccgc ccgcggtgtg aacggctcta ccctggaatt cttgaagaat      960

atgaaccagg ggttgcagca gcgccacccc accgccatgc tgattgccga ggattccacc     1020

aactttgaaa aagtgaccgc ccccgtggaa tacggcggcc tgggttttga ctacaagtgg     1080

gaccttggct ggatgaacga tacgctggac tacttcaaaa aaacaccgga agaacgcaaa     1140

tccaacctgg gcaagctgac tttctcgatg atgtatttct ggcgggagca ttacatcctg     1200

ccgttcagcc atgatgaaaa tgttcatggc aaggcgacca tcctgcaaaa gatgtacggc     1260

gagtatgagg ataagttccc ccaggggcgt gcgctctatc tgtatatggc aattcacccc     1320

ggcaagatgc tggactttat gggcaacgag tttggccagc tgcgggaata cgatgaaagc     1380

cgcgagcagg actggctgct gctggattac cccatccacg aggccttcgc caactaccgc     1440

cgcaccctga acgaactgta ccggaaatat gatgcgttct ggagcggaga atacaacccg     1500

gaccatttcc tgtggctgga ctgcgaccac ccggaactgg atgcctgcgc catcctgcgc     1560

aaagggcagg aagccaccgt gtttgcggcg ttcaactttg gtgataccga gctgaaagac     1620

tatgagctga ccctgcccgg caagggcaag atcaccccgc tgctgaacag cgattggaac     1680

tgctttggcg gcaggaccgc ccgccccaaa gccctgcgca gcaaaacaac caccggcagc     1740

gtaaagctga cacttgcccc ctacagcgcc cagctgtacc gctttgaacc ggcagtggaa     1800

aaagaaacaa aggcaacact gcacaattcc cgccttacgg cttaa                     1845


<210>  1725
<211>  2811
<212>  DNA
<213>  Subdoligranulum

<400>  1725
atgcagaaca ccatcctgat ccacgcaccg ggccgcaggc agggccgcgg ggcgctggtg       60

ctggcttata cggcgctgtt tgccctgttg atgggcatct gggctgctat ttttgcgctg      120

aacgggcaga gctttatcca atatggcgat accctcaagc agcattaccc gtttctggtc      180

tattatggcc gctggctgcg gcaggccgca cgctgtgtgc tgaccggcgc ggcggtgccc      240

acctgggatt tttccatcgg ttacggtgcg gatatcatta ccacgctgag ctattacggc      300

ctgggtgacc cgctggacct gctggcagcc tttgtgcccg gccggtggac cgagcagctg      360

ctggagggcc tgatcgtgct gcggctctac ctggcggggc tggcctttat ggcgttcagc      420

agccgccatg gcaacagccg ctttggcacc ctgctgggtg cgctggccta tgtgttcagt      480

gcgtggccca tccaggcagg gctgatcgaa ccggtgttcc tggtgccgat gtattgcttc      540

cccctgatgc tgctgggagc ggatgatctg tttgagggcc gcagcccggt tttgtacatt      600

gccgccattg cgctgacggc actctccaac tttttgttct tttatatggc tgcgatgcta      660

ctggtgctgt acgccattgc ggtgtatagc aagcggtacg gggccaaaaa cctgcgcacc      720

ctgccgccgc tgctggcaaa gttcatcggg tttgcgctgg tgggcattgc aatttcagcc      780

gtcaccctgc tgcccaccgc gcaggagctg ttcggcagcg ctcgctttgg cttaacgcgg      840

gaaaccgcgc cttacccgtt ctaccgcttt tttgagctgc tggccaacat gaccaccggc      900

atggggtatg atgcttactc tacctatgcg ggggtgacct cggcggcgtt tttgggtgtg      960

ctggtgctgt ttgccaagcc gcggcagaac accgtgctca agtgcgcgtg gctgggtctg     1020

ctggccctgc tgctggtgcc gcaggcgggc agtgtgttga acgggatttc ttacgtttcc     1080

aaccgctggg tgtgggcgtt caccatgctg gaagccttta tcctggcgcg ggtctgcccc     1140

ggcataacgg cgtttgagcc gaaagaaaag cgcaacctgt ttgcgttgct ggcggtttac     1200

tgcgtggtgg cgttctgcgt caagcagggc cgcacggaaa ccgccctgtt gggcgcgctg     1260

ctgctggtgc tgctggccgt gtttgtgctg gcggcagatg gtgtcagccg ccgcggtgtg     1320

caggctgttt tactggcggg ctgctgcctt ggcgtggtga tgaaccttgg cggctactat     1380

ggcattgagg aagccgatgc cgtgaacgag taccgccccg ccggttacgc ctggagcacc     1440

accgtgaagg acaaccccgc tgtgaccctg catctgatgg aggaccaaag ctactggcgg     1500

tatgactcgc tggtgaacga gccgatcaac agccccatgc tgctggatgt gtatggcacc     1560

gggtactttt tcagcctgaa caacagctac ctttccagcc tgttccggga actggggcag     1620

aacaccccgg tggaatatga ttaccgcggg ctgcagaacc gcaccccgct ggaaacgttg     1680

ttcggcgtga aatacgccct ctgcgcaccg gattccaccg gggcgctgcc cgccttattt     1740

gacagccagg ccgtgcaggc agcggaaatc ggcggcagca cggttgcggt ttaccccaat     1800

acggcggcgc tgcccatcgg ctatacggcg caaaaccaga tcagccgcga aacctatgac     1860

gccctgaccc cgctgcaaaa gcaggatgcc ctgctggacg gcgtagtgct ggaagaaacc     1920

ggcctgctgc ccgaagcgga attgaccggc gatacggtaa gccccgcagc cgaaatggag     1980

ctggacggcg tgcagcagct ggatgaaacc acctactatg ccccgcagga cggcgggcgc     2040

attaccctga ccattgccca gccggtggcg gattgtgaga ccgcctttgt ggtgcagggc     2100

atgcagtaca cggccaccag cccgctggat gcgatgagcg aagaagaact gagcgccatg     2160

agcgcccatg accgccgcag cctgcaaaag caatatgcgc atttctggcg caaggacagt     2220

gtctatctgc gcctgctcag caacattggt gagggccgca ttgagtataa ccgccccaac     2280

agccagtatt actgcggccg gcatgacttt gtgtataact ttggcaccag tgatgaaccc     2340

ttgcagcaga tcacgattgt actgcccttt gcgggctatt accagtttga ccgcctggcg     2400

gtggaatgcc agaagctgga taccgttgcg gcccgtgcgg agaaccttgg ggccgaaaac     2460

ctgcagaatg tgacccttgg caccaacagc ctgggtggag aaatcaccac cacccgcagc     2520

agcgtgctgg tggtgcagct gccgtattct actggttgga gcgtgacggt ggacggtacc     2580

ccggcccaag tgctgcgggc agatacggct ttcctcggcg tggcgctgga acccggcagc     2640

catacggtgg cgtttaccta caaaacgccc ggtcttaccg cgggggcagc gttcagtgcg     2700

gcaggagtgg tgctgctggc ggccatctgg gccgtgccgg ccctgcgcaa aaagagcaaa     2760

aagcgccgca aaataacaag cgctttactt tttaagcatc acacgttata a              2811


<210>  1726
<211>  792
<212>  DNA
<213>  Subdoligranulum

<400>  1726
atggactttg cagccatgaa accggccgac ctgcgcgggc tgatccgcaa gggcgaactg       60

accggcccga ccaccggcat gtgcaacggt tatgcccagg gcaaccttgt ggtgctgccc      120

aaggcgctgg cgtgggactt tttgctgttc tgccagcgca accccaaagc ctgcccgctg      180

ctggaagtgg cggacgcagg tgagcgaacc tttgcccaat ttggcaaagg cagcgatatt      240

gctaccgata tcccgcgcta ccgggtgtac gaacacggcg agctgaccgg ggaatacacc      300

gatgtgagca aattctttga ggagaggaac gacctggtca gctttttgat cgggtgcagc      360

ttctcctttg aatctgaact gctggaagcg ggcatcccgg tgcgccagat cgaagagggc      420

gtgaatgtgc cgatgtacaa caccaacatt ccctgtaccc cggcgggggt gttcagcgga      480

aacatggtgg tcagcatgcg gcccatcccg taccggcagg tcccggcggc agctgccatt      540

acagcgggca tgccccgcgt gcacggtatg ccggtgcaaa tcggtgagcc ggaagccatc      600

ggcatccatg atttggctca cccggattac ggcgatgccg tgaccatcaa ccccggcgaa      660

acaccggtgt tctggccctg cggcgtgacc ccgcagaacg ttgtgatgca ctccaagccg      720

gagttctgca tcacccatgc gccggggcac atgtttgtga ccgacgtaaa aaatgtggag      780

ctgaaatatt aa                                                          792


<210>  1727
<211>  1731
<212>  DNA
<213>  Subdoligranulum

<400>  1727
atgcccatgt ctgaacagac aaaccccatt atttcattca aaaacttctc cttccagtat       60

cgtgcgcaga aaaagccgac gctgcatgat atcaacctgg atatctaccc cggtgagcgt      120

gtgctgatcg ccgggccttc cggcagcggc aaaagcacgc tggcggcctg catcaacggg      180

ctgaaccctt tttcctaccc cggcgaatgc accggcagcc tgacggtaga cggtgtggat      240

gcgcccaaca gcagcatttt tgagctttcg gcccatgtgg gcacggtgct gcaggatccg      300

gacggccagt tcattggcct gacggtgggc gaggacatcg cctttgcgct ggaaaacagc      360

tgtgttcccc aaaaggaaat gcacgagatc acccgccatg ccgcagagct ggtgggcatt      420

gaaaaccgcc tggaccatgc cccgcatgag ctttccggcg ggcagaagca gcgcgtcagc      480

ctggcgggcg ttatggtgga tcaggttaaa attttgatgt ttgatgaacc ccttgccagc      540

ctggaccctg ccaccggcaa gcaggccatt gagctgatcg atgagatcca gcacaagacc      600

gataccaccg tgctgatcat tgagcaccgg ctggaggatg tgctgtggcg caatgtggac      660

cgcatcatcc tggtcaatga gggtactatt ttggctgacc tgcgcccgga cgagctgctg      720

gccacccata tgctggccga aaacggcatc cgggagccgc tgtacctgac ggccatgcgc      780

tatgcgggca ttgccatcac accggaaaag cgccctgccc atgtggacac cgtggtgctg      840

gatgatgccg ataccgcccg cctgcacaag tggttccacg ccctgccgct gccggaaccc      900

gaccccgcac cggagcacct gctggaagtg cgcggccttg gctttggcta taccaagggg      960

cagagcaccc tgcatgacat cagcttttcc atcggcaaag gcgagatggt cagcattgtg     1020

gggcgcaacg gcgcgggcaa atctaccctg gcaaagctga tctgcgggtt cgaaaccccg     1080

gagcagggcc aggtgctgct gaatggccgt gacctggcgc aggataacat ccgccgccgc     1140

gcccagcaca ttggctatgt gatgcagaac cccaaccaga tgatctccaa aaccatgatc     1200

tttgaggaag ttgcgctggc cttgcagggc agcgatatga cccaggaaca gatccgccag     1260

cgggtggaag atactctgaa ggtttgcggg ctgtacccct tccgcaactg gcccatttcc     1320

gcactgagct ttggccagaa aaagcgtgta accattgcca gcgtgctggt gcagcagccg     1380

gaactgatca ttctggacga acccaccgcg gggcaggact tccgccatta taccgacatt     1440

atggagttcc tgcgcgggct gaacgagcag ggcgtgaccg tggtgatgat cacccacgat     1500

atgcacctga tgctggaata caccccgcgc gcattggtgt tctgtgatgg ccagctgatt     1560

gccgaccgca gcgctgctgc cgtgctgtgt gaccctgaac tcatcgagca ggctgcgctg     1620

aaagaaacca gcctgtttac ccttgccaac cgctgcggca ttgccccggc ggaagatttt     1680

gtagaacgct ttatccatga agacagggag gtgcgcacac atggctgcta a              1731


<210>  1728
<211>  1611
<212>  DNA
<213>  Subdoligranulum

<400>  1728
atgaagctga cctttttggg cgctgcccgt gaagtgaccg gcagctgcac cctgattgaa       60

gcaggcggcc accgcttttt ggtggactgc ggcatggagc agggcaaaga cgtttacccc      120

aatgcggacc tgccctgcgc ccccggtgag attgaagcca tccttttgac ccacgcccac      180

attgaccatt cgggacgcat cccctatctg tacaagaacg gattccgcgg ccccatttac      240

agcacagatg ccaccatgga cctgtgcgaa atcatgctgg aagattccgc ccacattcag      300

gagcaggaag ccgagtggaa aaaccgcaaa gcccagcgca gcggcaatga gctggtagag      360

ccggactaca cagtagaaga cgccatggcc gtgatgaagc agtttgtacc gcaaagctac      420

ggcaagccgc tggaagtgtt ccccggcatt acggccacct ttaccgatgt aggccacctg      480

ctgggcagcg cttccatcac cttgcaggta acggagaacg gcgaaagcca gaccattgtg      540

ttctccggcg atatcggcaa cctggaccag ccgctgatcc gtaacccgca gtacctgacc      600

aaagcggatt ttgtggtgat ggaatccacc tatggtgacc gcacccacgg ccccaagccg      660

gactatgtgg ccgagctgac ccagattttg caggaaacgt tcgaccgcgg cggcaatgtg      720

gtcattccca gtttcgccgt gggtcgcacg caggaaatgc tctattttat ccgccagatc      780

aaagaggagc accgcatcca cgggcacgat aacttccccg tgtttgtgga cagcccgctg      840

gccagcaaat ccaccaccat tttccgggaa aacttcagtg aatgttatga cgccgaagcc      900

ctagccctgg tgacgaaggg cgaaaacccg ctggcgttcc ccggtttgca gatcagtgaa      960

accaaagagg attctgttgc catcaacctg gactccaccc ccaaggtcat catctccgct     1020

tccggcatgt gcgatgccgg gcgcatccgc caccacctca agcacaacct gtggcgcggg     1080

gaatgcacca tcctgtttgt ggggttccag tcccccggca cgctggggcg cgcactgatc     1140

gagggtgccg atgaagtacg gctgtttggc gaaacggtgc aggtcaatgc gcagatccgc     1200

cagatgagcg gcttgtccgg ccacgcggac cgggacggcc tgttgacctg gatccgccac     1260

tttgatccca aacccaaaca tgtgtttgtg aaccacggcg aggacttggt tgccgatcac     1320

tttgcccgca ccctgacggc ggagggcatc ccggcagaag cgccgtacaa cggtgccgtg     1380

tatgagctga ccggcggggc cgttgccctg ctgcggcagg gcaccatggt gccgctggct     1440

aaggccagcc agcctgccga caagccgcgc accagcccgg cgtttgaacg cctgctggac     1500

atgggcaagc ggctgctggt tgtgatcgag cacaaccgcg gcggtgccaa caaggatctt     1560

gcccgctttg ccagccagat cgccagcttg tgcgataagt gggacaggta g              1611


<210>  1729
<211>  1446
<212>  DNA
<213>  Subdoligranulum

<400>  1729
atgaaccatc ttctccaatc tcaactccaa tcctatgctt cctccgggct ttaccccttg       60

cacatgccgg ggcacaagcg gcgggtggtg ccggcaccgg gcctgcccgc cgggtgggat      120

atgaccgaag ttcccggcgt agatgacctg cacgatgcag acggcatttt ggccgatgcc      180

atggcccgca ccgccgccct gtggggggca aagcgaacct ggtatctggt caacggctcc      240

acctgcggca ttctggccgc catccgggcc gctgtcgtca gttccggccg caccgccgtc      300

atctgcgcgc gcaactgcca caaatccgtt taccacgcca ttgagctcaa ccgcttaacg      360

gcacactggc tggtgccccc cgtggacccg gcgttcggca tttacggcag catcaccccc      420

gccatggtag cggatgccct gcgcgcctgc ccggatgccg ctgcggtcat ccttaccagc      480

cccacctatg agggtgtttt gagtgatctt gccgccattg ccgctttgtg ccacgccgcc      540

aacgttcccc tgatcgtgga cgaagcccac ggcgcgcact atctgccact ggccgccgcc      600

cacggctggc agggcggtgc cattgctgcc ggggcggatg tcatcattca aagcccgcac      660

aagacactgc ccagcctgac ccagaccgcc ctgctgcact ggaacagttc tttcattccg      720

ccgcaggagc tggaacgcca gctggatgtg tttgaaacca gttccccctc ctatccgtta      780

atggccagcc tggacggctg caccggcctg ctggccgaac acggcgatgc ctggtttgcc      840

gcctggcgtg cccgcttgca gcggttcagc ggcgctgtgc gcccactgcg ccgcctgcgc      900

gtgctctgcc atgggatgga tgatgtttct gcccaccccg gcttttttgc ccacgattcc      960

ggcaagatcc tcgtcaacgg tgctgctgcc gggctgaccg gccccgccct ggcggaactg     1020

ctgcgccggg actggcagtt tgaaaccgag atgtcctgtg gtgccaacgt gctggccatg     1080

acctccccct gcgatgaaga aaccgccctt gaccgttttg ccgctgccct gttggtgatc     1140

gatgctgcgg cggtgcagaa cgctcctctg cccgcctcgg cgcaggtgct gcccaccccc     1200

ggcccagccg cctgttccat cgcacaggcg ctttttgccc cgcacaccgc gttggcactg     1260

caacatgccg ttggccgcac ctcggcggag tatgtctggg catatccgcc gggcgttccg     1320

ctgctggcac cgggcgaagt gatcactccg gaattcatcg cggcctgcac cgcccttgct     1380

gcctgcggca cccacctgca ccacactggc cttggcggtg gctccacttt ggatgttctg     1440

ccatag                                                                1446


<210>  1730
<211>  1359
<212>  DNA
<213>  Subdoligranulum

<400>  1730
ttggcactgt ggattgagcc gcgcccggac gtaaaaaacg gcatccgtga aagagaagtg       60

attaccatgc agaattgttt tgtccctgct gatatcctgc tgcccggtgc agcgaccccg      120

ctggacccgt gggcctgcat tgcggtggat cagtttacct cccagccgga atactggcag      180

aaagcggagg aactggcaaa ggggaatccc agcaccctgc acattgttct gccggaagct      240

taccttggaa ccccgcagga agaatcgcgc cttgcggcga tccgtgcggc catgcaggat      300

taccgcgata acctgctgac ccgctgtgta catggctatg tgtatgtgga gcgcacccag      360

atggacggta ccatccgcca gggtctggtt ggtgctgtgg acctggaaca gtacagcttt      420

aaaaaaggca gcaagcccgc catccgcccc agcgagagca cagtggtggc gcgcatcccg      480

ccccggctca agatccgccg cggggcccag ctggaaaccc cgcatgtgat gatgttggcc      540

gacgatgaag cctgtaccct gattgaaccc attgccgccc ataaggcgga gctgccgctg      600

ctgtatgatg gcgcgctgat gctgaacggc ggccacctgg ccggttgggc cgtggaggac      660

cccgcgctgg tggagcagat caacactgcg ctggcaaacc ttggcgatgc cgctgctttt      720

gccgcacgct ggcctgccgc agccggccag ccccccatga cgctggcggt tggtgatggc      780

aaccattccc ttgccacagc aaaagcctat tgggaagaac tgaaacccac cctgccgccg      840

gaacagcagc agacccaccc ggcgcgctgg tgcctggcgg aagtgtgcaa cgtgcattcc      900

ccggcgattg agattgagcc catccaccgt gtgctgttcg gcgtggacgc caacaccgtt      960

gccgcagact ttggcagctg gttggaacag cacggcgcag ccctccaggg cggcgaccag     1020

catatcgtgc tggccggtgc cggtgcagag atcacctttg acgccgccaa caccccggac     1080

ccgctggccg tgggcaccac ggaacatttt attggggatt atctggccca gaaccccggc     1140

gtgacggtgg attacatcca cggtgccgcg gctgcccgcg ccatggctgc agaccccgcc     1200

aaaccagcca cagccctgct gatgccggac tttgccaaag cagacctgtt caaaggtgtt     1260

gtgctgggcg gcgtgctgcc gcgcaagact ttcagcatgg gccatgccga ggaaaaacgt     1320

tactataatg aatgccgcag tctgaccatg ccggactga                            1359


<210>  1731
<211>  1773
<212>  DNA
<213>  Subdoligranulum

<400>  1731
atgagcaatg caaagaaaaa gcgtgtttcc ctgcggggca gtaaaggcac cattcagcgc       60

gtgttaaagc tgatccagcc gtaccgcggt ttggtgctgt tcaccctgct gcttgccgcc      120

gttaccgttc ttaccacgct gtacgccccc attctttcgg gccgcggcgt ggacctgatt      180

gtgggccagg gcaatgtcaa cttccctgcc ctgggcaaga ttgccatcca gtttggcgtt      240

accgtgtgtg tcacctccat ctgccagtgg ctgatgaaca tggtgaacaa ccgcatcacc      300

ttccaggtgg tgcgcgacat ccgcgtgcag gcgttccagc acatggagat tttacccctg      360

agctatatgg atgcccacaa gcccggcgac gccatcagcc gcatcaacac cgatgtggag      420

cagttcagtg acggcctgtt gatgggcttt acccagctgt tcaccggcat tctgaccatt      480

gtgggcactt tgggctttat gctttccatt gactggcgca ttaccctgat cgttgtggtt      540

ctcaccccgc tttccatctt tgtggcaaag ttcattgcgg agcataccta tgatatgttc      600

cgcgtacaga gcgagacccg cgccgagctg accggtctgg tggacgagct gatcggcaac      660

gagcatcttg tccgcgcctt cggttacgaa agccgcgccg aggagcgctt tgacaagatc      720

aacgccgatc tgcagatctg cggcgtaaag gccaccttct tttcctccat caccaaccct      780

gccacccgct ttgtcaacgc gctggtgtat gcggcggtcg gcgtggtggg cgcgctggtt      840

gccattggcg gcggcattac ggtcggcgag ctttcggttc tgctgaacta tgccaaccaa      900

tacaccaagc cgttcaatga tatttccggc gttatgaccg agctgcagaa cgccctggcc      960

tgtgcgcagc gtgtgttcga ctttattgac gaaaccccca tcctgcccga tgcccccgat     1020

gccgttaccc tgccccacgg tgcaggcagt gtggagtttg agcatgtcaa gttccgctat     1080

gtgccggatg tgcccttgat tgaagacatg aacctgcgcg ttcagcccgg ccagcgcatt     1140

gccctggtcg gccccaccgg ctgcggcaaa accaccctgg tcaacctgct gatgcgcttt     1200

tacgagatca acggcggcac cctgaaggtg gatggccacc ccattgacac cgtaacgcgg     1260

gattcgctgc gcggcaacct aggtatggtc ttgcaggaaa cctggctgaa agccggtact     1320

gtggcagata acattgctta cggcaagccg gacgccaccc gcgaggagat catcgacgcc     1380

gccaagcgtg cccgcgccca cagctttatc tgccgcctgc cacagggcta tgataccgta     1440

attgccgagg acggcggcaa catcagccag ggccagaagc agctgctttg cattgcccgt     1500

gttatgctgc gcaagccgcc catcctgatt ctggacgaag caacctccag tattgatacc     1560

cgtaccgaag tgctggttca ggatgccttt gaggaactga tgaaaggccg caccagcttt     1620

attgtggcgc accgcctttc caccatcaaa aacgccgatc agatccttgt gatgaaagcc     1680

ggcaacatta ttgagcgcgg cacccacgag gagctgctgg ccaggggcgg cttttacgcc     1740

aacctgtatg caagccagtt tgccaaggcg taa                                  1773


<210>  1732
<211>  1929
<212>  DNA
<213>  Subdoligranulum

<400>  1732
atggctgagc agaaagcaaa agtggttaag gttggccgcg gtggcccccg cggcccgcgc       60

cccaaagtcc agaaccccgg caagatcttc atgcgcatcc tgcgctatgt gatggaatgc      120

taccgcattc aggtcgttgc ggtcgtcatc tgcatttttg tcagcgtgtt tgccaacgtg      180

cagggcactt tgttcatgca gaccttgatc gatggctaca tcctgcccct gctgaaagag      240

cagagcagtg atttttccgg cctggcccat gccatcgccc gcacggcagg cttttacggc      300

atcggcattg ttgccgcctt tgcccaggcc cgtatgatgg cttacgttac ccagggcacc      360

ctgaagcgcc tgcgcgatga aatgtttacc catatgcaga cgctgcccat caaatacttt      420

gaccgcaacg cccacggcga tatcatgtcg ctgtatacca acgatattga taccctgcgc      480

cagatgatca gccagagcat gccgcagctg ctgaacagcg ctattaccgt tgtcagcgtg      540

ctggtttcca tggttgtact cagcgtgccg ctgacggtgc tcaccctggt catggtcggg      600

attatgctgc tggtcaccaa gtatcttacc accaactctt ccaagtactt tgtttcccag      660

cagcgtgata ttggtgcggt gaacggctac attgaagaga tgatgaacgg ccagaaggtc      720

gttaaggtgt tctgccacga ggaagaagcc attgagcagt ttgataagct caatgaccag      780

ctgtttgaaa gcgcggataa ggccaaccgt tactccaacc tcggcggtcc ggctaacacc      840

cagctgggca acctttccta tgtgttctgt gccatgatcg gcggtgcgct ggctctgtct      900

ggcatgacag gcctgaccct gggcaagctg gccagctttt tgaccttcaa ccgcaccctg      960

aacatgccca tcagccagat ctccatgcag ttcaacgcca tcatcatggc tctggccggc     1020

ggccagcgta tctttgacct gctggacgaa aagccggaag tggacgaggg caaggtcatg     1080

ctggtcaacg ccaaacgcct gccggatgat tctgtgaccg aaaccaagga gcgcaccaac     1140

ctgtgggcct ggaagcgtgt gaacgccgat ggcagcgcag actaccgtga actgaaggga     1200

gatatcgtct ttaaggatgt agactttggc tatgatccgg gcaagatcgt cctgcatgat     1260

atcaacctgt atggccgtcc gggccagaag atcgccttcg tcggttccac cggcgcaggc     1320

aaaaccacca tcaccaacct catcaaccgc ttctatgata tccagaaggg caccattgag     1380

tatgacggca ttgatgtgac ccatattcat aaagacgacc tgcgcgcatc cttaggcatt     1440

gttctgcagg atacccacct gtttaccggt acggttatgg ataacatccg ctatggccgc     1500

ctggatgcaa cggacgagga atgccgcgcc gccgccaagc tggccaacgc cgatgagttc     1560

atccgccacc tgccggatgg ctataacacc acgctgaccg gcgacggcac caacctgagc     1620

cagggccagc gccagctgct tgccattgcc cgtgccgctg ttgcggaccc gccggtactg     1680

atcctggacg aagcaacctc cagcattgat acccgcaccg agcgcctggt gcagcagggc     1740

atggacggcc tgatgtatgg ccgcaccacc tttgttatcg cccaccgcct ttccaccgtg     1800

cgcaactcgg actgcatcat ggtgctggaa cagggccgca ttattgagcg cggcacccac     1860

gatgagctga ttgcccaaaa gggccgttac taccgcctgt acaccggcaa ttttgcggaa     1920

aactcctga                                                             1929


<210>  1733
<211>  1668
<212>  DNA
<213>  Subdoligranulum

<400>  1733
atgctgagcg acattgtaat tgcacaggca gccaaaatgc tgcccattgc caaagtagct       60

gaaaaactgg gccttacgga cgaggacctg attccttatg gccgttacaa agccaagatc      120

aaccacaagc tgatccacag tgaccgccca gacggcaagc tgatcctgat gaccgccatc      180

agccccaccc ctgctggcga gggcaaaacc accaccagtg ttggcctggc ggacgccctg      240

aacgccatgg gtaaaaagac gatgctctgc ctgcgtgagc cctcccttgg gcccgtgttc      300

ggtgtaaagg gcggcgctgc gggcggcggt tacgcccagg ttgtgcccat ggaagatatc      360

aacctgcact ttaccggcga tattcacgcc attggcaccg caaacaacct gttggctgcc      420

atgatcgaca actccatcca gcagggcaac ccgctgaaca ttgacccccg ccgcatcgcc      480

tggaagcgct gcatggacat gaatgaccgc cagctgcgct ttattgtgga cggcctgggc      540

ggcaaggtga acggcacccc gcgtgaggac ggctttgaca tcaccgttgc cagcgaggtc      600

atggcgatct tctgcctggc caccgacctg gccgacctga aagaccgcct gagccgcatt      660

gtgtgtgctt atacttacga tggccagccg gtcactgcgg ggcagatcgg cgcagcaggc      720

gcaatggcgg ctttgctgaa agatgccatt gaccccaacc tggtccagac gctggaaaac      780

aaccccgcca tcatccacgg cggtcccttt gccaacattg cccacggctg caacagcgtg      840

actgccacca aactgagcct gaagctggcc gattacgttg tgactgaagc aggctttggt      900

gccgacctgg gcgctgaaaa gttcctggat atcaagtgcc gcatggcgga cctgcacccc      960

tctgcggtgg ttctggttgc caccgtccgt gcgctgaaat cccacggcgg cgttaccaag     1020

ccggatttga acaagcctaa cgtggaggcc gtccgcaagg gcgcggccaa cctggagcgc     1080

cacattgaca acatcaagaa cggctttggc ctgcccgtct gcgttgccat caacgctttc     1140

cccaccgaca cgccggaaga gatggccgta atcgaggaag tatgcgccaa ggcgggcgtc     1200

aagtgcgccc tgtccgaagt gttcgccaag ggcggcgagg gcggcaaagc cctggccgag     1260

accgttcttt ccatcatgcc ggaagccccc cagcccatcc agtacaccta cgatctgggc     1320

gcttctctgc cggagaagat cgaagcagtt gccaaaaaaa tctaccgtgc tgacggcgtg     1380

acctacactc ccgccgccaa gaagatgctg gacgacctgg ccgccatggg ctacggcgag     1440

ctgcctgtct gcattgccaa aacgcagtat tctttcagcg ataacgccaa gctgaccggc     1500

gcccccaccg gctttaaaat gaatgtacgc gaagtgcgcc tttccgccgg tgctgggttt     1560

gtggtcgtca tctgcggcag cattatgacg atgcccggcc ttcccaagca ccccgccgcc     1620

atggatattg atgtggacgc agaaggccgt attaccgggt tgttctga                  1668


<210>  1734
<211>  1143
<212>  DNA
<213>  Subdoligranulum

<400>  1734
atggttctga atggtcttga ccacctggct gacaccgcgc cctggctgaa agggcggcgg       60

ctcggcctga tcacctcgac atccggcgta actcggatgc tgacatccgg cattgatgcc      120

atccacgcgc agttcccgct gacagcgctg ttcggcccgg agcacggtgt acgcggcgac      180

catgacgccg gtgctaccgt ggaaacctac accgatcccg ccaccagact gccggtgtac      240

agcctgtacc gcaaggattc ccagcacatg acgccggaga tgctggacct ggtagatacc      300

gtgatctatg atatccagga tatcggcgcg cggttttata cttacatttc caccctgctg      360

tatgtgatgc gggactgcgc cgctgcgggc aaagaactgg tagtgctgga ccgcatcaat      420

cccctgggcg gcaaggtgga gggcggtttg ctgcagcccg gttttgaaag ctttgtgggg      480

gcctatcccc ttacaacccg gtacggcctg acccccggtg aatttgcccg ccttgccaac      540

gaggaacagc acattggctg ccagctgcat gtgctgccgg tgctgggctg gaaacgggag      600

atgctctttc ccgaaacagg gctgtactgg atgatgccca gcccggccat tcccaacttt      660

gaaaccgcgc tgctctaccc cggcacctgc ctgaccgagg ccaccaacat ttcggaaggg      720

cgcggaacct cggccccgtt cgaattgatc ggcgcaccgt tcatcaacgg tgcggcattg      780

gctgaccgga tgaacgctaa aaagctgcca ggcgtaattt ttaccgcggc ttactttacg      840

cccagtgctt ccaaacatgc aggcaggcgc tgcgagggcg tacacatcca cctgaccgac      900

accaaagcgt atgacaccat ccgcaccggc accgccctgc tgtatgccat ccgcgagata      960

taccccaacg attttgccct gcgccagccc gaagacgaaa aagccctgct gcccatcaac     1020

cgcctaaccg gcagcgatgt acttgcccac gattggccgg actttgacgc gctgatggaa     1080

cgctgggaga acgaggcaaa agcgtttgat gaaagggcag cgtttgcgag aatgtacgaa     1140

tga                                                                   1143


<210>  1735
<211>  1257
<212>  DNA
<213>  Subdoligranulum

<400>  1735
atgtacaagg acatgatgga caccattggt tttgtttcgg ggtatgaccc ggagctgggt       60

gcggccatgc agcgtgagct gggccgccag caggcaaaca ttgagctgat tgccagcgaa      120

aacattgttt cccctgccgt tatggctgcc atgggcagcg tgctgaccaa caaatatgcc      180

gagggctacc ccggccaccg ctattacggc ggctgccagt ttgtggacca ggttgagcag      240

attgcgattg accgtgcctg caagctgttt ggtgccaaat atgccaacgt gcagccccat      300

tccggcgcac aggccaacct ggccgtttac tttgccttgc tcaacctggg cgataccgtc      360

atgggcatgg atctttccca gggcggccat ctgacccatg gttcccccgc caacatgagc      420

ggcaagaact acaactttgt ttcctacggc gtttctgccg aggacggccg cattgattac      480

gatgccctgg ccaagcaggt tgccaaggtt cgccccaagc tgctggttgc cggtgcttcc      540

gcttacccgc gcgctatcga ttttgaaaag ctggccgaga tcgcccatgg ttacggcgca      600

atgctgatgg tggacatggc tcacattgcc ggcctggttg ccggcggcat gcaccagaac      660

ccggtgccct atgctgatgt tgtgaccacc accacccaca agaccctgcg cggtccccgc      720

ggcggcctga tcctgaccaa caacgcttac ctgatcaagc gcatcaactc cgccatcttc      780

cccggcaccc agggcggccc gctggagcac gtgattgctg caaaggctgt ctgctttggc      840

gaggcactga agccggagtt caaggattat gcccgcaaga ttgtggcgaa cgccgctgct      900

atggccgacg agctgaccgc ccgcggcgtg aagctggttt ccggcggcac cgacaaccac      960

ctgctgctgg ttgacctgac cgattccgag atgaccggca aggagctgga gcacaacctg     1020

gacgaagtac acattactgc caacaagaac accgttcccg gtgaaaagcg cagcccgttt     1080

gtgaccagcg gtgtccgcct tggcacccct gctgtgacca cccgcggcat gggccccgcc     1140

gagatgaaag agattgccga ctgcatcgca gactgcatct ttgactttga aggcaagaaa     1200

gacgacatcg ctgcccgcgt tgccagcctg accgctcgct tccctctgta cgaataa        1257


<210>  1736
<211>  1593
<212>  DNA
<213>  Subdoligranulum

<400>  1736
gtgcttttta catcaaaagg gcaagatttg caacttgttc aaaccgctgc aagtatgtat       60

aataatatca gcttatgttt tattctgctg tttggaggca gcatgattcg ttctgttgac      120

ccgcagcaca caacgaagga gcttgcaatt atgaaagcat ttatggacaa ggatttcctg      180

ctggaaaccc ccaccgcgca gcacctgtat catgattatg cagaaacgct gcctatcgta      240

gactatcact gccacattcc cccgcaggag atctacgagg accgccgctt tgaaaatatc      300

gctcaggtat ggctgggcgg ccatcaggtt ctggccgatg gctctgacta ctacttcggc      360

gaccattata agtggcgcgt gatgcgttcc aacggtgtgc ccgaagagta catcaccggt      420

gacaagccgg accgcgagcg cttccagaag tttgcagaag cactggaaat ggccatcggc      480

aacccgatgt acacctggtg ccacctggaa ctgaaaaagt actttggcta caacggcgtt      540

ctgaacggcg ataccgctga ggaagtctgg aacctgtgca acgataagct gcagcatgat      600

cccaagatga ccgtgcgcgg cctgatcgag cagagcaacg ttgccatggt cggcaccacc      660

gatgacccca tcgacagcct ggaatggcac aagaagatca aggaagaccc caccatcaag      720

gttgttgttg caccttcctt ccgcccggac aaggtcctga acatccgcaa ggacggcttt      780

gcggattaca tccataagct ggaagaagtt gttggccgca agttcgcctg cgccaactgt      840

gtggtcaacg ctctggaaga gcgcctgcag ttctttgttg agatgggctg ccgcgcttct      900

gaccacgggc tggattatgt tccttacgtg gagaccaacg ccgaaaaggc aaccgcagct      960

ttcaaaaagg ctatggccgg tgagccgctg acccaggaag agggcgacgc atacaccacc     1020

tacctgctga tcagcctggg ccgcctgtac aaaaagtata acgttgccat gcagatccat     1080

tacagctgcc tgcgcaatgt caaccagaag atgtacaaga agctgggccc cgatactggc     1140

tttgatatga tcgctgtgac cgatggcagc gccgccatca gcagcctgct gagcaagctg     1200

accgagaccg gcgaatgccc gaaggtgatc ctgtacagcc tgaaccccgc cgactttgac     1260

atgctgggca ccatcctggg tgcattccag gatgacgaag ttcccggcaa gatccagctg     1320

ggctctgcct ggtggttctg cgataccgac gacggaatgt accagcagat gaagaccctg     1380

gctcgcctgg ggctgctggg caactttatc ggcatgctga ccgacagccg tagcttcctg     1440

agctataccc gccacgaact gttccgccgc ctgatgtgca acctcatcgg caactgggtc     1500

gagaatggcc agtaccccag cgatgagaag accctgaaga agatcgtgga aggcatcagc     1560

tactacaacg cacagcgtta cttccacctg taa                                  1593


<210>  1737
<211>  1902
<212>  DNA
<213>  Subdoligranulum

<400>  1737
ttgagcacaa atcctaccca tttggaacaa cagaatcaaa ctgaacaaca aaataaagca       60

cctgtatctt ctatccgtac tcacagtggt tttaccctct ggttggacgg cctgcgctgc      120

aagctgaccg tacacgcctg gcggcgcaga acaaaaaaag cccgccgcca tcacagcttc      180

cgtcaggtac tggcgcgtat tccgcacgcg aacctgattg gcgatgcctt gtacatgatc      240

ggcttttggg tcgagtatgc cgtggtttgc gctgtgcgcg gtacttacaa agttgcttct      300

accattggca tgaacgcagc ccgtttgctt gtcacaatca tccgcccgtt tgctctcggc      360

atcattaccc tgtgcgagga tatcgtcgag ccgttccagg tggttggctc cggtatacgc      420

catttccgcg caatttcgga tgaactttct gacgaaagcg cccataccat ccgcaaggaa      480

aaactccgtt atttcgccca tgccgcacgg caatttttgc cgctgctgct gaacgcgctt      540

tcttacatta tgccggttgc tgcggcggca ggctttttgt atgtggtgca gagcgggctg      600

aaccagaact ttgttctgaa tgttcaggtt aatggaacgt ctgtcggcac ggtagccagc      660

gaacaggtat ttgaaagcgc ccgtgaagat gtgcgttccc gtatcaccaa tgcggaagct      720

gttatggctt ccaccggcgc acaggtttcg gatgacagct gggatgttac ccctacctac      780

acgctggaat ccggcagcag caccatgacg gaaaccgaag ctgcggacgc cattctgtgc      840

gcttccagtg accagatcgg tgaagcaacc gctgtctatg tggatgattc cctgcgtttt      900

gtcaccacgg aaggcgacca tctgcgcacc tatctggaaa gtattaaagc gccttacgtc      960

aacgcaatgg accagaacaa gcgcgtcagc tttgtacatg acatcaagct ggttgacggc     1020

atttatctgc tttcttccat tttggattac aacaatgtga tcagtaccct gaaccagggt     1080

ggcggcccca cctattacac cgcagcagcg ggggatactg ttcagacagt tgtggataat     1140

accggtgtat cctgggatac gctggccgca ttaaaccccg atctgaccgg gaccgatgaa     1200

gttctggatg agggaaccgc tgttatgact ggtgtttcgc acccggatat gctgcagatc     1260

aaagaggtcg tgcgcagcac ctataccgag ccgatcccgt ttgacaccca gacaagtgaa     1320

tcggacgaat atgatttcgg caagacggtt gttgtgcagg aaggtgccga cggcaccgag     1380

gagattaccc gcgaaaccac ctatattgac ggcgttgaaa gctccagcga agttgtcaat     1440

tataaagttt tgcagaaccc taccacacag ctgattgtta aaggtactaa gcttgccagc     1500

ggcatggttg cccgcattgg cagcggtaca tttgtatggc ctgttccgaa ctatacctat     1560

gtcagccgct ggatgagctc ttaccataag ggtgccgata tctgtgccgc ttacggtacc     1620

cccatcattg catcggattc cggcaaggtc gttactgccg gttggcatta cagctatggc     1680

aattatgtta ttatcgacca cggcaacggc taccgcacgc tgtatgcgca tatgtcgcag     1740

ctgaaatgca cagcaggcca ggccgtgaac cagggcgatg tcatcggcct ggttggctcc     1800

acgggtgact ctcccggcaa ccactgccac tttgagatgt attataatgg tgctcgtttc     1860

agcgcccaga cctactttgg cggcatgcgt gcttcccgct aa                        1902


<210>  1738
<211>  2268
<212>  DNA
<213>  Subdoligranulum

<400>  1738
atggaacaca acattcccga actggttgcc cagctcacgc tggaagaaaa ggccgggctt       60

tgctccggcg cggatttctg gcacaccaaa accgtggaac gcctgggcat tcccaccctg      120

atggtctcgg acggcccgca cggcctgcgc acccaggacc cggaacggga cgaccccaac      180

cacagccgca aggcggtctg cttccccgcc gggtgctccg ctgccgccag ctttgacccc      240

gacctggccc gccgggaggg tgcggccatc gggcgggaag cccgcgcgtt cggcgttggc      300

gttgtgctgg ggcctgccat aaacatcaag cgcagcccgc tgtgcggccg caactttgaa      360

tattactccg aagacccggt gctggccggt gagctggccg ccgggtacat caacggcgta      420

cagagccagg gggttggtac ctccatcaag cattttgccg ccaacagcca ggagtaccgc      480

cgcatgagcg catcgtccga catgacggag cgtacgctgc gcgaaattta cctgcctgca      540

tttgaaaccg ccgtcaagaa atcccagccc tggacggtga tgtgcagcta caaccgcgtg      600

aacgatgtat ttgccagcga aagccgcatg ctgctgaccg atatcctgcg caccgagtgg      660

aactttaagg gctttgtgat gtccgactgg ggcgctgtag ctgaccgtgt aaaaggtgtt      720

gcggctgggc ttgacctgga aatgcccggt tccggcggtg tcaatgacgc caagatcgtg      780

gccgccgtta aagccggcac cttgagcgaa gccgcgctga acaaggctgt gatccgcatt      840

ttgaacattg tgttccgcgc ggcggacgaa gctgccgccc cggccccgga gctggatctg      900

aaaggcgacc acaccatcgc cgcagagctg gccaaggaat gcgccgtgct tttgcagaac      960

cgcggtgtgc tgccgctgaa aaagggcagc aaggtagtat acatcggcgg ctttgccaaa     1020

acgccgcgct atcagggcgg cggccccagc cacatcaaca ccatcagggt ggacagcgcg     1080

ctggaaatgg ccgaaagcca tggccgccgg gtgagctatg tggagggctt ccccgctgat     1140

ctggaccagc gggaggagga agagttcctg cgcgcggttt ccgccgcagc ggaagctgac     1200

gcggcggtga tctttgcggg cctgccggaa tcttttgaaa gcgaaggctt tgaccgcagc     1260

catatgcgcc tgccggaaag ccaaaacaac ctgattgccc gcgtggccgc cgtgcagaaa     1320

aacactgttg tggtgctgca caccggttcc ccggtggaat gcccttgggc caacgatgtg     1380

aacgccgtgc tgtgcatgta tctgggcggc gaaggtgttg gcgctgcggc ggacgccctg     1440

ctgtggggcg atgccaaccc cagcggccgc ctgccggaaa cctggcccct gcggctggaa     1500

gataccccgt gttatctcga cttccccggt gacggccgcc atgtggaata ccgcgagggc     1560

gtgtatgtcg gctaccgctg gtacgatgcc cgcaaaatgc cggtgctgtg gccgtttggg     1620

cacgggcttt cctacacagg gtttgtgtac cgcaatgccc agctgacggc ggacgagttt     1680

gccgagggcg acagcgtgcg ggtacgggtg agcgtgaaga atgttggcat gatgcccggc     1740

aaggaagttg tacagctgta tgtagcagac tgcaccggca ccaccggccg cccgcccaag     1800

gagctgcgca agttcgtgaa ggtcaagctg gaacctggcg aggaaaagca ggtagagttc     1860

accctgaccg cgcaggattt gagctactat gacgaaacgc tgggcagctg gtacgccgcc     1920

ccaggcgagt acaagatttt gctgggccat tccagccggg atatccacgc aacgctcagc     1980

gtgcggttca gcaccccgcg ccgccgcccg ttcgtgattg acgaaaacac caccatcggc     2040

gagctttcca aggatgaccg cacggctggc attattcagc aggtgctggc acaggcaggt     2100

aatgccctga ccggcggcaa cgcaggcggc agcgagattg ccagcagcga agccgtagct     2160

cagatgctgg attccatgcc gctgcgcggc atcgtgaact ttggcggtcc cgctgcagcc     2220

gggatgatca ccccgctgct ggaaatactg cgcgccgcta tccagtga                  2268


<210>  1739
<211>  1041
<212>  DNA
<213>  Subdoligranulum

<400>  1739
atggaaaaaa gctattctgc aagctacgct gccgctggcg tggatattac cgccggttac       60

aaggcagttg acctgatgaa gcagcacgtt gcccgcacca tgaacgagca ctgcattggc      120

ggcctgggcg gctttggcgg cctgtttgag ctggactgca ccgatatgcc ccaccccgtg      180

ctgatttccg gcacggacgg cgttggtacc aagctgcgca ttgcccagta catgaacaaa      240

catgacaccg ttggcattga ttgcgttgcc atgtgcgtga acgatgtcat ctgcgccggt      300

gccaagccgc tggtgttcct ggattacatc gcctgcggca aaaacgtgcc ggagcgcatt      360

gccgagctgg ttgccggtgt agccgaaggc tgcgtgcagg ctggctgtgc cctggttggc      420

ggtgagaccg ccgagatgcc cggtttttac ccggaggacg agtacgacct ggctggcttt      480

accgttggcg ctgtggacaa gagcaagatc ctggacaact ccaccatgca gcccggcgat      540

gtgatcatcg ccctgccttc caccggcgta cactccaacg ggttctccct ggtgcgcaag      600

atctttgacc tggaaaacaa ccccgatgtg ctgaaaaaga cctttgacgg catggacaag      660

accctgggcg aagccctgct ggcccccacc aagatttatg tcaagcctgt gctggccgtg      720

atgaaggaag ttaccgtcaa gggcgtttcc cacattaccg gcggcggctt ttacgagaac      780

attccccgca gcctgaaaac cggctgctgc gctgtgatca agaagagcga tgtgcgcacc      840

cccgtgctgt ttgatgtgct ggctaaagag ggcaacattc cggagcgcga tatgttcaac      900

accttcaaca tgggcgttgg tatgattttg accgtggctg ccgaggatgc cgacaaggcc      960

attgagatcc tgaaagccaa cggcgaggat gcttaccgcc ttggtgtgat tggcgaaggc     1020

agcggggtgc agctggtatg a                                               1041


<210>  1740
<211>  1446
<212>  DNA
<213>  Subdoligranulum

<400>  1740
atggctaatc ctgtacgcac ccggtttgca ccgtccccca cgggctatat gcatgtgggc       60

aacctgcgca ccgcactgta tacttatctt caggcccgcc acaacggcgg cacctttatc      120

ctgcgcattg aggataccga tcagggccgc ctggtggagg gcgcaaccga tattatttac      180

aacacgctgc gcgccaccgg cttgacttgg gacgaaggcc cggatatcgg cggccccgtc      240

ggcccctatg tccagagcca gcgcatgggc atgttcaaac agtatgccga gcagctggtc      300

aaagcgggca aagcctacta ctgcttctgc accgaggaac gcctgaacga cctgcatgag      360

cagcaaaaag ccaacggcga aatgagccat tacgacggcc actgccgtga cttgccgcag      420

gaggagatca gcgccaagct ggctgccggt gtgccctatg tcatccgcca gaagatccct      480

gccgagggtg tgaccggctt tgacgatgtg gtgtacggtc acattgaggt caataattcc      540

gaactggatg accagattct gatcaagact gatggcatgc cgacctataa ctttgccaac      600

gtggtagatg accacctgat gggcattacc catgtcatcc gcggcagcga gtatctttcc      660

agcacgccga agtacaacct gctgtaccag gcgttcggct gggaggtccc cacctacatc      720

cactgcccgc cggtcatgaa agacgcacag cacaagcttt ccaagcgcaa cggcgatgcc      780

agctatcagg acctggtggc aaagggttat ctgcccgccg ctgtgctgaa ctatctgctg      840

ctgctgggct gggcaccgga aggcgaacag gaaatcttca gccttgacga gatgatcaag      900

atctgggacc ctgcccgtat ctccaagtct cctgctatct ttgacccgct caagctgcgt      960

gccatcaacg ccgcttacat ccgcgccctg ccggcagaag agttccgcaa gctggcggac     1020

ccattcattg accaggcggt gcatgtacag atcgaccgcg acctgctgtg cgcgaacctg     1080

cagccccgct gcgaggtgct ggaggatatc ccgccgcagc tggacttctt tgatgcagtt     1140

ctgcccattg atgctgaaat gtaccgcaac aaaaagcaga aaaccacgcc ggaatccgcc     1200

aaggaagcgc tcagcgccct gctgcccgtg ctggaagccc agaccgactg gagccgcgac     1260

gccatttttg aagcctgcaa gcagaaagcc gaggcaatgg aaaagaagaa cggctggctg     1320

ctgttcccgc tgggcattgc cctgtccggc aaggcccgca cccccggcgg cggcaccgac     1380

ctggccgcca tgatgggcaa ggaggagacc ctgcgccgcc tgaacgcagc gatcgaagcc     1440

ctgtaa                                                                1446


<210>  1741
<211>  864
<212>  DNA
<213>  Subdoligranulum

<400>  1741
attatgcggt attgccttaa agacacagaa aggtcatttt tgaatatggc aatggaagac       60

aaaaataccc ccgtgcagcc cgatgctgtg gagacgaccg aaacccgcgg acgcaaagtt      120

ggcgcggccc gcttttttga gctgctgggg cgcgatttgt ggccgtttta taaagccagt      180

attttgtgcg tgctgggctt cgcccccggc tatgccgctg ttttgttcag cactatggcc      240

gccagcctgc cgctgtgcct gctgtccggc gctgtaggcg ggctgattgc cgcacctgtt      300

ttttgcggca tgctggatac catcctgcgc gctctgcgcg atgaacccgg ctactggtgg      360

cacacctacc gcatggcctg gaagcagaac tggcgcgaaa gtctgctgcc cggtgccggg      420

gcggggtttt gccttgggct gtgggccttt ttgctgtacg ccctgcctga tctggaaaac      480

gtgcctatct cggtatggat ctgcatggtg cttggcatct tctttttgct ggtgttctgc      540

ctgtatctgt ttgcgcaggt ggttctggtc agcgtgtccc aggcggagcg gctgaaaaac      600

gccgcgctgt tcatgatcgg atttttgccg cgcaccctgg cagccggggc agtgctctgc      660

atctattggg gcgtgatgct tgcctggatg ccctacacca tcccggtggt gttgattctg      720

ggtttctggc tgccctgcac cctcgctttg cagatcatct atccggcact ggataaagcg      780

ttccacctgg aaaagaccat caccgcccgg cgcgaggatg agatcaacga cctgatggag      840

cagcacgggc acacttccgt ttga                                             864


<210>  1742
<211>  960
<212>  DNA
<213>  Subdoligranulum

<400>  1742
atgttagtac ctgttttact ttttatcgtc ggtctgctgt tcctgattaa gggcggcgac       60

tggttcgtcg acggcgcatc tgcgctggcg cggcgcttcc acctgccgga gttgctgatt      120

ggcgcgacgg tcgtttccat cggcacaacg ctgccggagg tcatggtttc cacgatgtcg      180

gcggtttccg gccacggcga gattgcctac ggcaatgcca tcggttcggt catctgcaac      240

tcggcactga tcgcagccat cacgattgcc gtgcgccctg gcaaggttga ccccaagacg      300

ctgaaaacgc cggttatctt cttctttatc gccgccgcca tctactgcgt ggccgcctac      360

ggcttcggtg aatttacccg cccgatgggc tttatcatgc tggcaatgtt cgtggcctac      420

atggtcgcca acgtccggca gatgaagaac gcccctgctg aggaacacgc cgaagaggaa      480

gagctgatcc ccttgtccaa gacgctgatc ctgctggtcg ccggtgcggc gctcatcgcc      540

gttggcgcaa atctgctcgt tgataatggt acgctgatcg cccaagcgct gggcgtgccc      600

gaaagcgtca tcgccctgac ctttgtcgcg ctgggtactt ctttgccgga gctggtcacg      660

gccattactt cgctgattaa aggtcacagt gatttgtccg ttggcaacgt cgtcggcgca      720

aacgtcttca acctcgtgct ggtcagcggt gtttccgtta cgctggctcc gttcaccatc      780

ccgcagagct cgacgctgtt cggagtaaac tccagcctgg tgttagacct gccggtcatg      840

ctggccgtca tgctgatcat gacagtacct gccctcgtca aaggtaagat gaaccgcgca      900

cagggtatta ttttgctggc catttacgca gctttctgtg caatccagtt tacgatgtaa      960


<210>  1743
<211>  1179
<212>  DNA
<213>  Subdoligranulum

<400>  1743
atgaataccg aaaaagtcat caaacgtgac cagaaataca tcatgcacac ctatgcccgc       60

agcccactgg tgctggagca cggcgagggc atgtatgcct atgatgcaga cggcaaagcc      120

tatctggact ttacctccgg cattggcgta aacgcgctgg gctactgcca cccggcctgg      180

gtacaggccg ttaccatgca ggccacccgt ttgcagcatt cttccaacct gtattacacc      240

gccccctgcg gcaagctggc caagcggctg tgcgcccgca ccgggcttga ccaggtgttt      300

ttcggcaact ctggtgccga agccaacgaa ggtgccatca agtgcgcccg caaatacagt      360

gtgaccacct atggccccga ccgcaacaaa gttctgacgc tggtcaactc gttccatggc      420

cgcacccttg ccaccctgac cgctaccggc caggatgttt tccacaagga tttcggcccc      480

ttccccgcta acttcggcta catccccgcc aacgattttg acacattcaa ggccgctgtg      540

gatgattctg tctgcgctgt tatgatggag atggtacagg gcgaaggcgg cgtggttgcg      600

ctggacgccg actatgtgca gagcgttgcc gactactgcc acgcccacga tattttgatt      660

attgtggacg aagtacagac cggcgtgggc cgcaccggca ctttcttggc ctgcgagcag      720

tttggcctga agccggatct cgtcaccctg gccaaggggc tgggcggcgg tctgcccatc      780

ggtgccgtgc tggcaagcaa aaaggttgcc gataccatgg gccccggatc tcacggttcc      840

acctttggcg gcaacccggt cgtctgtgca ggcggctgcg ctgtgctgga tgccatggat      900

gatgcattca tgcgcaacgt caacgcccgc gccgcccagc tgcgggaggg tcttgcctct      960

ctgccgcatg tcgcatctgt cagcggcatg ggcctgatga tcggcattgc ctttgccgat     1020

gacgtaaaag ccgccgatgt gcgtgctgcc tgcgagcgca agggccttct ggtgctgacc     1080

gccaagaccc gcctgcgcct gctgcccccg ctgattttga gcgaagcaga cgttgccaag     1140

gcactggcta ttctggatga cgtgctttca tccatgtaa                            1179


<210>  1744
<211>  2649
<212>  DNA
<213>  Subdoligranulum

<400>  1744
atggcagcaa acattgtgcc ccaaaaagtt gaggatgttg atacacaggc gctttcaccc       60

atgatgcagc aatatctgga aatcaagcgc cagcacccca acgagattct gttttaccgc      120

gtgggtgact tttacgagat gttctttgac gatgccctga cggcatcgcg ggagctggaa      180

ctgactctga ccggcaaagc ctgcggcttg ccggaccgtg cgccgatgtg cggcgtgccg      240

ttccattcgt atgaaattta cgccgcccgc ctgattgcca agggctacaa agtcgctatc      300

tgtgaacaga tggaagaccc ggcgctggcc aaagggctgg tcaagcggga tatcatccgc      360

gtaattacgc cgggtactgt gatcgaaagc agcatgctgg cggacgataa aaacaactat      420

atctgcagca tttatacccg caaggtgcgc agccgctgga aagccggcat ctgctttgcg      480

gatatttcca ccggcgaggc ctatgccacc gagctgaccg cagaaaaaat gggcccggcc      540

atcatcaccg agctctgccg ctatatgccc agtgaaattc tgatcaaccc ggcactgctg      600

gacttaaaag aagtaaccaa ctatgtccgc cagcataccc atgcgctggt ggaactgcgc      660

gaggatgcct gctaccagca gcgggtgatg gaggacgcca tgaccgctca gtttggggca      720

gattggcgca atacctgcgg ttttgcgcag gacggcctgg tgccctatgc ctttggggca      780

ctgcttggct acctgcatga gacccagaag cacggcatcg accgcatcaa gtcagtgcag      840

aactatgccg atgcccagta catgcggctt tccccggtca cacgcgctaa cctggaactg      900

accgagacca tgcgcggccg cgaaaagcgt ggtacgctgc tgtgggtgct ggataaaacc      960

gaaacctcga tgggcaaacg ccagctgcgc gcctggatcg agcagccgct ggtggacagc     1020

agtgtcatca accagcgtct ggatgctgtg gaagcactgt acaatgccaa cgtgacccgt     1080

gcggacttaa aagaagcgct ctcccatgtt tatgacattg aacgcctgac aacccgcatt     1140

ctgtatggct ccgccacccc caaggaggtc aaagccctgg gggatacctg tgtttatctg     1200

ccgcaggtac gccagctggc ccggcagtgt accaccccac tgctgcagga gctttcgggc     1260

gctgtggacc cgctggaaga tctgctgaac ctcatcaacc gtgccctggt ggaagatccc     1320

ccggcaaacc ttaaggacgg cggtgctatc cgcgcagggt tcaacgccga agtggacgag     1380

ctgcgggata tcatgcacgg cggcaagggc ttcctttccc agttggaagc caagctgaaa     1440

aaggagaccg gcatccccaa gctgaaaata ggtttcaata aagtgttcgg ctactatatt     1500

gaggtcagcc gcagctatgc ggccagcgta ccggatacct ttatccgcaa gcagaccctg     1560

acaacagggg agcgctacat taccccggaa ctgaaagagc tggaaaacaa gatccttggc     1620

gcaaacgagc gcctgttggt attggaacac cagctgtttg ccgacctgct ggaagccatc     1680

tccgcccagc tgctgcgcat ccagcgcacg gcttttgcgg tggcccagct ggatgttctg     1740

gcttcctttg cggaagcggc ggtgcagaac aactatgtaa agcccacggt ggatgacagc     1800

gatgtgcttt ctattaccga gggccgccac ccggtgattg agcagatgct gaaaggcagt     1860

ctgtttgtgc caaacgatac tacgctggac gaaaccgaaa accgcatgct catcatcacc     1920

ggtcccaaca tggcgggaaa atctacctac atgcgccaga atgcgctgat tgccctgatg     1980

gcgcaaatcg gcagctttgt tccggcatcc agctgccatg tcggcgtggt ggatgctatc     2040

tttacccgcg tgggcgcatc ggatgacctt gccgccggtc agtccacctt tatggtggaa     2100

atgaccgaag tggccgaaat tctgcagcgg gcaaccaaaa gcagcctggt cattctggat     2160

gagatcggcc gcggcacatc cacctttgac ggcatgagca ttgcccgcgc cgtggtggag     2220

tatatctgtg ataacatcgg ctgcaaaacc ttgttcgcta cccattacca tgagctgacc     2280

agcatggacc aggatgtgga cggcattaaa aactataaca tcgccgtcaa aaagcgcggg     2340

gaggatatca ccttcctgcg gcgcattgtg cagggcccgg cggatgacag ttatggcatt     2400

gaagtcgcca aactggccgg tctgccagag gccgtgatca agcgtgccca cgccgtgctg     2460

cgccagctgg aagccacagc tcccggcgcc aacaaggcca tgcagctgga ttttgaaaca     2520

gtggaagcct ataacaaccc cgccattccc agcgaggttg tggacaagct gaacagcctg     2580

gatattgaga ccctgacccc catcgaagcg ctgaacttct tgtatgaact gaaacaggcg     2640

ctgaagtaa                                                             2649


<210>  1745
<211>  2385
<212>  DNA
<213>  Subdoligranulum

<400>  1745
atgctgacat taggtgacct gcacattggg caggatgcaa tcatccgcgt ggtaggcggt       60

gagggcgagc tgcgccacca cctgctggat atggggctga cccccggcac cgaggtaacg      120

ctgcgcaaaa cggcccccat gggggacccc attgaagtgg agctgcgtgg ttatgagctg      180

accctgcgcc tggccgatgc gcagaaaatt gaaattgaca gtgtgcacgc aacggaccgc      240

gccgctccca gcgaagagcg ccacaaggtg gtagcccacc ccggcgttgg cgagctggac      300

aaagccgcca gctaccacga gcgcaaagcc ggcgccccca ttgcctccgg tgcaccgctg      360

acctttgccc tggccggcaa tcagaactgc ggcaaaacca cgctgttcaa ccagctgacc      420

ggctccaacc agcatgtggg caactttccc ggcgttacgg tggaccgcaa ggacggcgtg      480

atccgcaacc acaaggaagc caccgtaacg gacctgccgg gcatttattc cctgtcccct      540

tactccaacg aggagattgt cacgcgggat tttatcctga gcgagcaccc gtccggcatt      600

atcaacattg tggatgcttc caacattgag cgcaacctgt acctgaccat gcagctgatg      660

gagctggata cccccatggt gctggcgctg aacatgatgg acgaagtgcg cgccaacggc      720

ggcaccatca tggtaaacca gctggaagaa atgctgggca ttccggttgt tcccatttct      780

gccgccaaaa atgagggcat tgacgagctg atcgaacatg ccatccatgt ggcgcgctac      840

cgggagctgc cgggccgcat cgacttctgc acggcaggca gtgacccagc agaccccagg      900

ggcgcggtgc atcgctgcat ccattctgtc ggacatttga ttgaggacca tgccgctgcc      960

gccgggctgc cgctgcgctt tgccgccacc aagctggtgg agggagacac cctgattgaa     1020

aaagccctgc agctgaaccc caacgaaaca gatatactgg gccacgctat tgctgaaatg     1080

gaaaccgtga ccgggctgga ccgcgaagcc gcccttgcgg acatgcgctt tacctttatt     1140

gaaaagctat gctccgccac ggtggtgaag ccgggcgaaa gcctggagca taagcgcagc     1200

gttgccattg ataagatcct gaccggcaaa tacactgcct tgccctgttt tgcgggcatt     1260

atggcgcttg ttttctggct gacctttggc gtagtgggct ccaccctttc ggactggatg     1320

acccttggca tcgactggtt taccggtgtt gtggaccgcg ccctgacggc gtatcagatc     1380

aacccggtgg tgcacagcct tgtgatcgac ggcatttttg ccggtgtggg cagcgtactg     1440

agctttttgc ccacgatcgt tatcctgttc ttctttttgt ccatcctgga agataccggt     1500

tatatggccc gcgtggcctt tgttatggac aaactgctgc gccgcattgg gctttcgggc     1560

cgcagctttg tgcccatgct ggtgggcttc ggctgctcgg ttcccgccat tatggcaacc     1620

cgcacccttt ccagtgagcg tgaccgccgc atgacgattt tgctgacccc gttcatgagc     1680

tgttccgcca agctgcccat ttatgcgctg tttaccgccg cgtttttccc gcgggtatgg     1740

cgtgcaccgg tcatgatttt cctctatctt ttcggcattt tgtgtggtat actgtattcg     1800

ctgatcctca agcagacctg tttccgcggt gaaccggtac cctttgtgat ggagctgccc     1860

aactaccgcc tgccttcgcc caaaagcgtc ggccagctga tttgggaaaa ggcccgtgat     1920

tttattcagc gtgcctttac aattatcttt gttgcaaccg tcgtgatctg gttcctacag     1980

acgttcgaca cccgcctgaa tgttgctgcc accccggatt ccagccttct ggctttggtt     2040

ggcagcctga tcacccccat cttcaagccc cttggctttg gcgactggcg catttccact     2100

gcgttgatca ccggctttac cgccaaggaa agcgttgttt ccactctgac cgtcctgctt     2160

ggcggcgata ccggcgcgct gaacacgctg ttcaccccgt ttactgcgct ggttttcctg     2220

atctttacgc tgttgtatac cccctgtgtt gcagccattg ccgctgtcaa gcgggaactg     2280

ggcggtggcc gggctgcact gggtgtggta ctgatgcagt gcggcattgc ctgggttgtg     2340

gcgtttgccg tgcactgtgt aggggttttg ctggggttgg cataa                     2385


<210>  1746
<211>  2373
<212>  DNA
<213>  Subdoligranulum

<400>  1746
atgctgaatc cgtccgaact gaaaaagatc gatgcctatt ggcgtgccag caactacctg       60

gcagcaggcc agctgtacct gctcgataac cccatgctgc gccgtccgct gacccgtgac      120

gacgtgaaga agaagatcgt tggccactgg ggcaccgtgc ctggccagaa cttcgtttat      180

gttcacctga accgtgtcat caagaagtac gaccaggata tgatcctgat ctccggcccg      240

ggccacggag gaaacttctt tgttgccaac gcttacctgg atggcaccta ctctgaagtt      300

taccccaaca tcagccgtga tgaagagggc atgaagaagc tgttcaagca gttctccttc      360

cccggcggca tctccagcca cgttgcaccc gaaactccgg gctccatcaa cgaaggcggc      420

gagctgggct actccatcgc acacgcattt ggcgctgtgt tcgataaccc ggatctgatc      480

tgcgcagtta ccgttggcga cggcgaagct gagaccggcc ccctggccac cagctggcag      540

tccaacaagt tcctgaaccc cgtgggtgac ggcgctgttc tgcccatcct gcacctgaat      600

ggctacaaga tctccaaccc caccatcttt ggccgtatga cccatgaaga gatggagagc      660

ttcttccgtg gctgctcctg gaagccgtac ttcgttgaag gcgacgaccc gatgaccatg      720

cacgagaaga tggctgagac cctggatacc gtcatcgaag agatccacga catccagaag      780

cgcgcccgtg ctggcgagga tatgggccat atccagtggc ctatgatcgt tctgcgcacc      840

ccgaagggct ggactggccc gaaggtagtg gacggcaagc ccatcgaggg caccttccgt      900

gcacaccagg tgcccatcga catcactgtc ggcaccccga accaggaaga gcacctgaag      960

cagatcgaag aatggctgca cagctaccat gctgaggaac tgttcgatga aaacggcacc     1020

ctgatccccg aactgcagga attggctccc accggcgacc gtcgtctggc tgccaacccg     1080

cacgcaaacg gcggcaagct gctgcgtgac ctgcgtaccc ccgatttcaa gcagtatgca     1140

gtggatatcc cgttccccgg ctctgtcgag aagcaggata tgatcgagct gggcggttac     1200

atccgcgacg tgctcaagct gaatgctgat gctaaaaact tccgcatctt tggacctgac     1260

gagaccatgt ccaaccgtct gtacaagtgc ttcgaagcta cccagcgtga ttggaactcc     1320

accatcatcc cgggcgatga attcctggca cacgacggcc gcatcatgga ctccatgctg     1380

tccgagcata tgtgcgaagg ctggctggaa ggctacctgc tgaccggtcg tcacggcttc     1440

tttgcttcct acgagagctt catccgcgtg gtggactcca tggttgcaca gcatgctaag     1500

tggctgaagg tttgcagcca gctgccttgg cgccagagca ttgcttccct gaacctgatc     1560

ctgacctcca acgtatggca gcaggatcac aatggcttca cccatcagga tcccggcttc     1620

ctggatcaca tcgccaacaa gaaggcagac gttgtccgcc tgtacctgcc gccggatacc     1680

aactgcctgc tgagctgctt cgaccactgt gtccgcagcc gtgactatgt caacgtactg     1740

gtcacctcca agcatccgcg tccccagtgg ctgaccatgg agcaggctgt taagcactgc     1800

acccagggcg ttggcatctg ggattgggct tccagcgatg caggcgaaga gccggatgtc     1860

gtcatggcct gctgcggtga taccccgacc ctggaaactc tggctgctgt caccatcctg     1920

cgcgatgcta tgcccgaact gaagatccgc gttgtcaacg ttgttgacct gatgaagctt     1980

gagcccaaca ccaagcatcc tcatggcctg tctgacgctg attacgatgc tctgttcacc     2040

aaggataagc cgatcatctt cgcattccat ggttacccga ccctgatcca tgagctgacc     2100

tacgagcgta ccaaccgcaa cctgtctgtc catggctacc aggaggaagg caccatcacc     2160

acgccgttcg atatgcgcgt gcagaacgag atcgaccgct tccacctggt taaggatgcc     2220

ctgcagcacc tgccgcagct gggcaacaag ggcgcttatc tgatccagca gatgaacgac     2280

aagctggttg ctcataagaa ctacatccac gaagttggcc aggatctgcc tgagatcatc     2340

gactggaagt ggcatctgcc tgagaacaag taa                                  2373


<210>  1747
<211>  1764
<212>  DNA
<213>  Subdoligranulum

<400>  1747
atgtttaagt cactttacaa agaaacagag gggttccggc tggtttccat cctgacccct       60

ttgtgcatga tcggcgaagt ggtgatggaa atgatcatcc ccaagctgat gtcctccatc      120

attgatgatg gcgttaccgc cggcaatctt tcccacattt accgcattgg cggctggatg      180

atcgtggcag cggcctttgg cctgctgttc ggcgtgctgg gcggtgtgtt tggtgcgcgt      240

gcttccaccg gttacgcccg caatctgcgc cgctccatgt accgcaatat ccaaacattc      300

agctttgcca atatcgataa atattccacc gccggtctgg tcacccgtat gaccaccgac      360

gtgaccaaca tccagaacgc ttaccagatg attttgcgta tggccatccg tgcgccgtcc      420

agcatggtca ttgccatgat catggcgttc accatcaacg ccaagctggc ttccatctat      480

ctggtggcgg tcatcattct gggcggctgc ctggtgctca tcatgtcccg cgccagcaac      540

tacttctccg ccgcattcaa aaagtacgat gacctgaacg agagcgtgca ggaaaatgtt      600

tccgccatcc gcgtggtcaa agcgtatgtg cgcgaagatt acgagagtga aaagttcaaa      660

aaggcatccg gcaatgtgca ggatctgctg ctgcgtgctg aaaaagttct ttccttcaac      720

tctccgctga tgatggccac cgtttacacc tgcatcctgc tgatttcctg gctgggtgcc      780

cgcatgatcg tgctgtccgg tgctaccagc tttaccaccg gcgagctgat gagcatgctg      840

acctactgca ccaacatcct gaccagcctg atgatgctgt ccatggtgtt catcatgatc      900

tccatgtccg ccgcttccgc caagcgtgtg gctgaagtgc tggaagaaga aagcaccctg      960

tccaacggcg aaaacccggt tatggaagtc aagaacggcg ctgtccgctt tgatcatgtc     1020

tgcttccgct ataaggccga tggccgcgat gtgctgtctg atatcaacct gaacatccgt     1080

tccggcgaga ccatcggcat catcggcggc accggcagcg caaaaaccag cctggtgcag     1140

ctgctgcccc gcctgtatga taccaccgcc ggtcatgtgt acattggcgg cgtggatgta     1200

cgcgattacg acctggagat cctgcgcaac agcgttgcca tggtgctgca aaaaaacgaa     1260

ctgttcagcg gcaccattgc cgaaaacctg cgctggggca ataaggatgc caccgatgcc     1320

gagatcgagg aggcatgcaa gcaggcctgc gccgatgaat ttattgagct cttccccgat     1380

aaatacaaca cccacattga ccagggcggc actaacgttt ccggcggcca gaagcagcgc     1440

ctttgcattg cccgtgctct gctgaaaaat ccccgcatcc tgattctgga cgactctacc     1500

tctgctgtgg ataccggcac cgacgccaag atccgcaaga gctttgccga aaagattccc     1560

ggcaccacgg tgttcatcat tgcccagcgt atttccagcg tggaaaacgc cgaccatgtg     1620

atcgtgctgg ataacggcag gatcagtggt tacggtactc cggccgaaat gctggccacc     1680

aaccccatct atcaggaagt ttataacagc cagaccaaag gctccggcga ctttgacgaa     1740

aagggaggcg ataacaatgg ctga                                            1764


<210>  1748
<211>  1851
<212>  DNA
<213>  Subdoligranulum

<400>  1748
aacgttatga accagcaggc caagcgcatc aaagaattat ttggctatgc ccgtaccttg       60

acgaaggagc agggcattgg caccatgtgc gtgcgcgcgg cgggcttttt caaacggcgc      120

tttttcggca agcgggcgcg gtactggccg tccaacatgg cgctggaagc ccagcgcagt      180

gaccccgcgg cggaaacctt ccccatcatt tctattttaa cgccgctgta caatacgccg      240

caaaactttt taacagaatt tctcgatagt gtggaaaacc agaccgccca caactggcag      300

ctctgcctgg cggatgcttc ggacgatgcc cacacctatg tgggggagct ggtgcaaaag      360

cacgtggcgg ccaacccgcg cattcgctat gtgaaaattg aaaacaaggg cattgcggcc      420

aacaccaacg cggcggcccg gctggcacag ggggaatatc tggctctggc agaccatgat      480

gacatcctgg ccccgcacgc tatctactgc atgggcaaag aactgcaaaa aacgggggcc      540

gatttcgcct acagcgatga agcccttttc cgcaaaagcc ccaaaaccgc ccatgtggcc      600

cactttaagc cggactatgc gccggaatac ctgatggcct gcaactacat ctgccacctg      660

gccgtgttcc gcaaaagacc gtttgatgcc atcggcgggg agcgcccaga gtgtgacggc      720

gcacaggatc atgatctgtt cctgcggctg atcgacgcca tgcaggcgaa agacgccaac      780

gccgcaccgc tgcatatccc gcaggtgctg tattactggc gggttcatgc ggcgtccacc      840

tccggcggca ccgaggccaa gccctatgtg gtaaaagccg cgcagaaagc cgtggcggac      900

cacctggcgg caaccggccg cagcggcagg gtagaggagg gcatcttccc cggtacctgc      960

catgtgcagt gggaactgcc ggagccggaa ccgctggtgt ccatcctgat ccccaacaag     1020

gaccatgtgg acgacctgga aaaatgtctg ttcagcctgt actccaaaac gctgtacgaa     1080

gcgtttgaag tgattgtcat cgaaaataac tccaccgacc ccgccacaaa ggcttattat     1140

gaaaagctgc cggaccgcta tgccaactgc cgcgtggtgg cttacagcgg cgggttcaat     1200

ttcagccgca tcaataactt tggccgcaag tttgccaacg gcaagttctt actgctgctc     1260

aacaacgata ttgaaatcat cagcggaaac tggctgaccc agatggtggc cgaagccagc     1320

cagcccggcg tggcggcctg cggcgccatg ctgtattacc cggacgatac catccagcac     1380

gcgggcatta tcaccggttt gggtgggtat gcgggccaca gccacaagta ccacaagcgc     1440

ggcggtagcg ggtacatgtt ccgcctggcc accgtgcagg attattccgc ctgcactgcg     1500

gcctgcctgc tggtgcgcac atcggcttat gatgccgttg gcgggttgga tgaagccttt     1560

actgttgcat tcaacgatgt ggatttctgc ctgcgcctgc gggaaaaagg ctggcgtatt     1620

gtgtggaccc cctatgcgga gctgtaccac cacgaaagca aatcccgcgg ttcggacgag     1680

gaagaccccg ccaaaaaggc ccgctttgcc aaggagcagg cccgcctgta tgaggtacac     1740

ggtaagcaga atatcctgca tgacccctat tacaacccga acctgagcct agattatgag     1800

gatttccgcg aaagcgggga tctgcgcaat ctgaaaaacg tgaccctgtg a              1851


<210>  1749
<211>  1725
<212>  DNA
<213>  Subdoligranulum

<400>  1749
cgaacacttc ctgaaactga ctttgaggaa gaaggtgctg ttatgaatac agcgaaagaa       60

ctgtatgacc gttggctggc ccaaccggaa ctggataccg ctgtggcgga agaactgcac      120

ggcattgccg gggatgatgc tgctatcacg gaccgttttt accgtgacct ggaatttggc      180

accggcggcc tgcgcggtgt gctgggggcg ggcaccaacc gcatgaacct gtacacggtg      240

cgcaaggcca cccagggcct ggccgattac ctgaacgcga ccgacctgcc caaaaagatc      300

gccattgcgc atgacagccg caataacggc gaactgttca cccgcgaagc tgcccgcgtg      360

ctggcggcaa acgacattac cgcctgcgtg tacccgcggc tggagcccac gcccgcactt      420

tcctgggcgg tgcgctatct gggctgcggg gcaggcgtct gcattacagc cagccacaac      480

ccggccaagt acaacggcta taaagtgtat ggcgccgatg gctgccagat cacgctggaa      540

gtggcagata aaattctggc tgcaatcgaa aaagtggact gctttgacgg cgtaaagctg      600

gtggattatg aagccggtgt gcaggcaggc cgcattgtga gcattgacga caaatgcctg      660

gatgattttg tacaggctgt atatgaccaa cgcgttggcg atggcaccgg cattgagcag      720

ctcaagctgg tgtacacccc gctgaacggc accggcctgg agtgcgtaaa aaaactgctg      780

gccaagctgg gtgtgaccca tgtgacggtg gtgccggagc aggaaacacc ggatgggaac      840

ttccccacct gcccgtatcc caacccggaa atccgcgaag ccatgcagaa gggcttggaa      900

ctgtgcgata aagtacaccc ggatctactg cttggcaccg accccgactg tgaccgctgc      960

ggcaccgctg tgccggacgg caagggcggc taccggctga tcaccggcaa cgagatgggc     1020

attatcctgc tggattatat ctgccgcaca cgcctggccc gcggcaccat gcccaaggat     1080

cccgtggccg tgaccaccat tgtttccacc gatatggcaa cgccggttgc caaaaagtac     1140

ggcgtggagc tgcgccgcac cctgacgggc tttaagttca tcggcgagca gatcggcaag     1200

ctggaagcag aggggcatgt ggaacgctat atctttggct ttgaggagag ctatggttac     1260

ctgtccggcg gacatgtgcg ggataaggat gccgtgaacg ccacgctgct ggtgtgtgaa     1320

gccgccgcct ggtatgccca gcagggcatg acgctgctgg atgccattga agcgctgtac     1380

aaagagtttg gctattatcg caacgccctg tgcagctttg cctttgaggg cgaaaccggc     1440

atgtacacca tgcagaacct gatgaagact ctgcgcgccg acccgcccaa agagattgca     1500

ggctatgcgg tggagcgtgt tgcggattat gataccgatg gcaccggcct gccccgcgcc     1560

aacgtgctgg aataccacct ggcgggcggc cacaagctga tggtgcgccc ctccggcaca     1620

gagccgaaaa tcaaagtgta tctgtccgcc gtgggcaaga gcgaagcgga agccgatgcg     1680

gtgaacgcgg agctggcgaa ggcggcggaa atgctcatga agtga                     1725


<210>  1750
<211>  2586
<212>  DNA
<213>  Subdoligranulum

<400>  1750
atgccaagtg gaaccttgca agtgtataca gcactggccg aaaacgctgc gccgctgccc       60

ggcgtgacgg tgctggtgct gaacgaagcg ggaatacaga ttgcacgcct gaccaccaac      120

gatgtcggtt ccgccccgga actggtgctg actgccccgg acgaagccta cagcctggat      180

gaagccaaca ccacggtgcg cccctatgcg gtgtaccagc tgcgggcgga gatgactggc      240

ttccagacga tcgaactgga gggggtgcag gtgtttgccg ggcatcagac ggtggcgcgg      300

ctgcaatttt tgcccgctgc ccgcaccctg cccgaagtgg agccggaaac gatcccagaa      360

cacccgctgt ttgccgggga cggcggcagc ggcccgcccc ccatcggcca gtgcgccgat      420

gctcgcgtgc tgagtgaggt ggtggtgccg aagaaaatta ccgtccacct ggcccgcccg      480

gcggtcagtg cagcaaacgt gacggtcagc ttccaggatt acattgccaa tgtcgcatcc      540

agcgaggtat accccacctg gccggagcag gcgctgcggg ccaacattct ggcgcagatc      600

agcctggcgc tgaaccgcat ctggaccgaa tggtacccca gccggggcta cagctttaac      660

attaccaact cgccgggggt ggaccaggcg tatgtgcggg ggcgcacggt gtttgccgtg      720

atggagcgcc tgactgccga gctgttcaac acctatgtgc gccgcacggg ggacaccgaa      780

ccctattata ccgagtattg cgatggcaaa agcgtgacct gccccggcat gaagcaatgg      840

ggcactgtgg accgcgccaa ggagggcaaa agcgccctgg aaattctgcg gtattactat      900

ggcagccggg tgcagctggt caccaccaac aacattgcgt ccattccgca aagctacccc      960

ggcagcccct tgcgccgcgg caacaccggc accgcggtca acgtgctgca aaaacagctc     1020

tcccgcattg ccaaggacta cccgtccttc ggcaaaccgg ccattaccgg aacgtttgat     1080

gaagccaccg agaacagcgt gaaaaagttc cagaagcagt tttccctgac tgtggacggc     1140

gtggtgggca aggcgacctg gtataagatc agctatatct atgtcagcgt caaggacctt     1200

gccgagctga ccagcgaggg tgaaaccttt accggtgccc agagcgccgg ggcgtggccg     1260

ggaaccgtgc tgcgccgcgg cagtaccggg cgaagcgtgg agcaggtaca gttctggctg     1320

tccagcctgg cgcagtttga ttccgatctg ccgtccgtcc gtgtggatgg cagctttggc     1380

gcggccacgg aacgcgcggt caaggcattc cagaaatcgg agggtttgac acaggacggc     1440

gtggtgggcc agacgacctg gcaggaactg tacgccgagt gggtgaacgc ccagagcgat     1500

gccggcggca ccgcttaccc tggcaccgct ctgcacaccg gcagccgcgg aaacgcggtg     1560

cggctggtgc agttctggct cagactggct gcagaaaatt ataccggcct ttccaacgtg     1620

acggtggacg gcagctttgg cagtggcacc gccagtgcag tgcgggcgtt ccagaggctg     1680

ttcggcctga cggcagacgg cgtggtgggg gccgggacct gggccaaact gaacgaggtc     1740

ggccttgccg tggccaacaa cctggtgggg cagaacattc agcccggcca gtttgtgaca     1800

accctgcggg agggcagcac cggcaccccg gtgcgggcgc tgcaatataa cctgcgcctg     1860

ttggccgcct attatcggga tgtgcccaca gtgacggtgg acggaacgtt cggcgcagcc     1920

acccgcaggg cggtcattgc ctggcaggaa cacgcaggcc tgacggtgga tggcgtggtg     1980

gggcggctga cctggcagag catttatgat tccgcccaac aggtcagcgc cagcggtccc     2040

acggtgacag cccgcgcacc ggataccccc gaagaaactc tgaaagtggg ggacagcggc     2100

cagaaaattc gcatcctgtc ccagattttg gaattcttgg cccagttcct gccggaaatc     2160

accccaagcg gcctgacgga tacctttgac gatgccctgg aaaccaccgt gcgcagcgcc     2220

cagcagacgt taggccgcac cgtgaccggg aaagtgaccc cggcagactg gctggcgttt     2280

taccgcgcag cgttaagctt gggggcagtc aacccggcat ccgccgcgcc ggaaccgcag     2340

gaggtctggc ccggtgccgc cctgaccctt ggcagcagcg gcccggcggt gctgcaggtg     2400

cagcagtggc tgaacgagat cgccgcgcag gactgctccg ccagctttgt gcccgaaacc     2460

ggcgagtttg acaccgccac ccaaaccgcc ctggaagcct ggcagatcgc caataacatc     2520

accccgctgg gagtagtaga tgacagcgtt tggaagcagc tgaaagcggg cgcgaatatt     2580

agttag                                                                2586


<210>  1751
<211>  1095
<212>  DNA
<213>  Clostridiales

<400>  1751
atgagcgtga agatcgtcca cgcggcggac ttccatttgg acagcgcgtt cggcgcgctg       60

agcgccgagc aggcgcgcca gcgccgccgc gagagccgcg agctgctgac gagactatcg      120

aattacgtga atcagaacgg cgttgatctc gtgctgcttg cgggtgacct gttcgacagc      180

gacacgacct atcgcgagac gctggaagcg ctctccgacg cgctgggcgc gatgcaggcg      240

cgagtgttca tcgcccccgg caaccacgac ccgtacagcg cgaagtcggc ctacgcgacg      300

ctttcctggc cggagaacgt gcacgccttc acgtcgaaga cggtcgagcg cgtggagctg      360

ccggaactcg ggtgcgccgt gtacggagcg gcgtttaccg cgccggtgca ggatgagagc      420

ctgcttgcag gcttccgcgc accggaggat gatttcatcc atctgatggt gctgcacggt      480

gatatctccg ccacggaatc gcgctacgat cccctcacga aagagcagat caaggagagc      540

gggatcgact atcttgcgct cggccacaca caccagttcg gcggtttcct gcacgaaggg      600

cagacgacct acgcctactc cggctgcccg gagggccgcg gtttcgacga gctgggcgaa      660

aagggcatcc ttacgggcac ggtggagcgc gggaaggccg aactttcgtt tgtgccgttc      720

gcgcgccggc ggtatgagat cctgaacgtc gatgtgacgg gaagatcggc ggaggacgcg      780

ctgcgagcaa gcctgccgga tgcgactgtg cgcgatattt accgcattat tttcaccgga      840

gagacagatg agcgcgggct tgatctcaag tcgatcgaag agcagtttgc gcccgacttc      900

ttccacttgg agctgcgcga tgagacgcgc attggcgagg acgtctgggc gcgagcgcag      960

gaggattcgc tgcgcggcct gttcttgcgt gagctgcgca cgaaatttga tgttgcatcc     1020

tcggacgacg agcgcgcgaa gatcagcctc gccgcgcgct tcggccttgc cgcgctcgat     1080

gggtgtgatt tgtga                                                      1095


<210>  1752
<211>  990
<212>  DNA
<213>  Clostridiales

<400>  1752
ttaatcaaag gagaagatat tatgccgctc gtaacatcta ctgaaatgtt caaaaaagcc       60

tatgacggcg gatacgccat cggcgcgttc aacgtcaaca acatggagat cgtgcagggt      120

atcaccgagg cctgccagga agagcacgcg cccgtgatcc tgcaggtcag caagggcgcc      180

cgcgcctacg cgaaccacac ctacctcgtc aagctcgtgg aagctgctgt cgagtgctgc      240

cccgatatcc ccatcgtgct gcaccttgac cacggcccgg acttcgagac ctgcaagtcc      300

tgcatcgacg gcggcttcac ctccgtcatg atcgacgcct cctccaagcc ctttgccgaa      360

aatatcgaga tcacgaagaa ggtcgtcgag tacgcacatg accacggcgt cgtggtcgag      420

gccgagctcg gcaccctcgc cggtatcgag gacgaggtca aggtcgccgc gcacgaggcg      480

tcctacaccc atcccgaaga agtcgaggaa ttcgtctcca agaccggctg cgactccctt      540

gccatcgcca ttggtacctc tcacggcgct tacaagttca agcccgagca gtgcaccgtc      600

aatgagcagg gcatcctcgt cccgcccccg ctgcgcttcg atgtgctgaa ggaagtctcc      660

aagcgtctgc ccggcttccc catcgtgctg cacggctcct cctccgtccc gcaggagtat      720

gtcaagatga tcaacgagca cggcggcaag atgcccaacg ctatcggcgt gcccgaggat      780

cagctgcgcg aggccgcaaa gctctccgtc tgcaagatca acatcgactc cgacctgcgc      840

cttgccatga ccggcaccgt gcgcgccttc ctcgatgaac atcccgacaa gtttgacccg      900

cgcgagtatc tcaagcccgc ccgcgccaac atcaaggagc tcgtccgcca caagctcgtc      960

gatgtgctcg gctgcgctgg caaggcctaa                                       990


<210>  1753
<211>  1635
<212>  DNA
<213>  Clostridiales

<400>  1753
atgtctaagc tgattaagtc cggcgaagag gcgcgcaagg cgcttgaggc cggtgttaac       60

attcttgctg ataccgtcaa ggtcaccctc ggccccaagg gccgcaacgt cgtgctcgac      120

aagaagttcg gcgctccgct gatcaccaac gacggcgtga ccatcgccaa ggagatcgag      180

ctcgacgatc cgttcgagaa catgggcgcg cagctcgtgc gcgaagtttc caccaagacg      240

aacgacgtcg cgggcgacgg caccacgacc gcaacgctgc tggcgcaggc catggtgcgc      300

gagggcctga agaatctcgc cgccggtgca aaccccgtcg tgatgaagaa gggcatggcc      360

aaagccgttg agactgctgt ctccgccatc aaggccaact cccagaaggt caacggcacg      420

gacgacatcg cccgcgtcgg caccgtctcc agcggtgacg agttcatcgg caagctgatt      480

gccgaggcca tggagaaggt cagcgccgac ggcgtcatca ccatcgagga gtccaagacc      540

gccgagacct acagcgaggt cgtcgagggc atgatgttcg accgcggcta catcaccccg      600

tatatggtca ccgataccga gaagatggaa gccgtcatcg acgacgctta cctgctgatc      660

accgataaga agatctccgt catctccgac attctcccga tcctcgagca gctcgttcag      720

agcggcaaga agctcgtcat catcgctgag gatgtcgagg gcgaggcact ctctaccctg      780

atcgtcaacc gcctgcgcgg cacgctgaac gttgtgtgcg tcaaggcgcc cggcttcggc      840

gatcgccgta aggaaatgct gcaggatatc gccatcctga ccggcggcca ggtcatctcc      900

gaagagcttg gctacgagct caagagcgcc acgatcgaca tgctcggccg tgcccgccag      960

atcaaggtca ccaaggagaa caccaccatc gtcgacggtg ccggcgacaa gcaggccatc     1020

gctgaccgcg tggcgcagat ccgcgcccag atcggcgtga ccaccagcga atacgacaag     1080

gaaaagctgc aggagcgcct tgccaagctc gccggcggcg tggccgtcat caaggtcggc     1140

gctgcgaccg agaccgagat gaaggaaaag aagctgcgca tcgaggacgc gctgaacgcg     1200

acccgcgcgg ctgtggaaga gggcatcgtc gccggcggcg gcactgccta tgtcaacgcc     1260

gttcccgctg tggaaaagct catcagcgag gtcgagggcg atgagaagac cggtgtccag     1320

atcatcgtca aggccctgca ggagcccatc cgtcagatcg cggccaacgc cggtatcgac     1380

ggcagcgtcg ttcttgagaa gatcaagacc agcggcaagg tcggctacgg tttcgacgct     1440

tacaaggaag tctactgcga catgatctcc gccggtatcg tcgaccccgc aaaggtcacg     1500

cgctccgcgc tggagaacgc tgcgtccgtc agttccatgg tgctgaccac cgaggcgctc     1560

gtcgccgaca agcccgagcc ccccgcaccg gccgctcccg gcgccggcat gggcgacatg     1620

ggcggcatgt actaa                                                      1635


<210>  1754
<211>  1161
<212>  DNA
<213>  Clostridiales

<400>  1754
atgcgtaacg aagtgaaact tgctaatccc aactatgact cctccaagat cgaagagttc       60

aagaacgtat gggtcttctg cgaacagcgt cagggccaga tgatgtccac ctcctatgag      120

ctgatctccg aaggccgcaa gctggcggac gagctgggcg tgaagctctg cggtctgctg      180

gtcggcgaca atgtcggcga tctcgccgag agcattggcg gctacggcgc tgatgaggtc      240

atcgtctgcg accaccccct gctgaagaac tacaccaccg acgcctatgc caaggtcatc      300

tgcgacgtca tctccgagat gaagcccgag gccttcctca tcggcgcgac caacatcggc      360

cgtgacctcg gcccccgctg cgcagcccgt ctgcacaccg gtctctgcgc cgactgcacc      420

cacctcgacg ttgacatgcc catctacaag gacttcctgc gcggcgcttc cacgctgccc      480

gaggccaaga tcgacggcat ggccaccgcg aaggtcatgg gtaaggacca cgatgtctct      540

cgcgacctga agatgacccg tcccgcgttc ggcggcaacc tgatggctac catcatctgc      600

ccgcgcttcc gtccctccat ggcgacggtc cgtcccggcg ttatgaagaa ggctgcttac      660

gacgaggcga aggccaaggc cgttaaggtc accaagtacg acgtcaagct cgacgccgcc      720

gatctccaga ccgaggtcgt cgaggtcgtc aaggctgcca agaagctcgt cgacctgatc      780

ggcgctgact acatcgtctc cgtcggccgt ggtatctcca aggacgtcga gggcggcatc      840

aagctcgctc acgagctcgc cgatgtgctc ggcggcgttg ttggcggctc ccgtgttgcc      900

atcgactccg gctggctcac tgccgaccat caggtcggtc agaccggtaa gaccgtccac      960

ccgaaggtct acgttgctct cggtatctcc ggctccattc agcacaaggc cggtatgagc     1020

gagtccgagt gcatcatcgc ggtcaacaag aacgacaccg cgccgatctt cgagatcgcc     1080

gactacggta tctgcggcga cctgttcaag gtcaccccga tgctgatcga ggccttcaag     1140

gccgcgaagg cgagcaagta a                                               1161


<210>  1755
<211>  1698
<212>  DNA
<213>  Clostridiales

<400>  1755
atggctaagg gtatcatgta tgtcgacaac atccgcgtgg agttcgacga cgagcccacg       60

atcatggatg tctgccgcaa ggcgggcgtg gaaatgccga acttctgctt ccactccgac      120

ctttccgttt acggcgcgtg ccgcatgtgt atggtcgagg atctggacac cggcaagatc      180

gacgccgcct gcacgaccaa gccgaaaaac ggcatgcgca tccgcacgaa cacatcgcgc      240

cttctcaaat accgccgcat gatactggag ctgatgcttg cctcgcactg ccgcgactgc      300

accgcctgcg aaaaaaaccg ctcctgccgt ctgcaggaga tggccgtgcg cttcggcatc      360

catcacgttc acttcaagga tacgcgcgag catgtaccga tggacttttc aagccctgcg      420

gtcacattcg acctcaacaa atgcatcctc tgcggcgact gcgtgcgcgt gtgcaaagag      480

gtccagggca tgagcatcct gcactttgca ggccgcggcc cagggctgca cattgaggca      540

ggcgacgacc agcccatctc gaccacgcac tgcgtcagct gcggccagtg cgccgccgtg      600

tgcacgaccg gcgccatcac cgtcaaaaac gacatcggcg cagcgtggcg tgccctgcac      660

gacccgcaaa agcgtgtcgt catccagatc gcgcccgccg tgcgcgtcgc catcggtgag      720

gcctatggtc tgcccgcggg cgaaaatgtg ctcgacaagc tcgtcacggc actcaagatc      780

atgggtgcgg acgaaattta cgatacgatc ttcggcgcgg acctcacggt gcgcgaggaa      840

tcgaaggaat tcctccgccg tctggaaacg ggcgaaaatc tcccgctgat gacatcctgc      900

tgcccgtcct gggtgcgcta tgtggagcag gagcgcccgc agttcatcaa gaacctgtcc      960

tccgcactct cgcctatgca aatgttcgca acggtcttaa aggacaagta ccgcgaaaag     1020

gacgccgccg acggccgcac gaccttccat atcgccatca tgccctgcac agccaagaaa     1080

atggaggccg gacgcgagga attccgccgc gacggcgtac cgaacgtcga cctcgtgctg     1140

accacgcagg aggtcatcaa gatgatcaag gaatccggca tccgcttcca gatgctcgaa     1200

aaggagtcgc ccgacctgcc gttcggcatg ggcagcggcg cggccgagat cttcggcacc     1260

tccggcggcg tggcggaggc ggtgctccgc tgctgcctgc ccgacaagag caaaaacgtc     1320

ctgcgcatgc tcgagcacag cggtcttcgc ggcacggagg ccgtccgctt tgtgaccatc     1380

cccgttaacg ggcgcgacgt gcgcgtcgcc ctggcccacg gccttgccaa cgcggcaaag     1440

ctgctcgatc aaatcgaaaa cggcgaggtc gaggtcgacc tggtcgaggt catgtcctgc     1500

cgcaccggct gcgtcggcgg cgcgggccag ccctacgcgc tgatgagcac caagctcaag     1560

cgcgcccacg gcctgtacga gatcgaccgc agcgcgatgt tcaagcgcag cgagcgcaac     1620

cccgtcctcg acgcgatgta tgccgcgggt ctcaatgagc gcgcgcacga gctgctgcac     1680

cacgagtaca aggactga                                                   1698


<210>  1756
<211>  972
<212>  DNA
<213>  Clostridiales

<400>  1756
aaaagaacac gcattaacgt gatccccata cagcccctac ccaccccatt acaaaaaatt       60

attttaacgg aggatatttc catgaagctc aaaaagttct ttgccctcgc ccttgcagcc      120

gccacgctcg ccctcgcgct gaccgcctgc ggctccaagg ccgacgactc cgccgacaac      180

agcgatgcca acaccgacaa tcagaccggc gagaccgtga ccgtcaagct cggcgtggtc      240

ggcggcatct atgacgacct gtgggcgagc gcgaaggccg cgctcgccga cgagggcatc      300

gacctcgaga tcgtgcagtt ctcggactac gtgaccccga acaacgcgct cgccaacggc      360

gacatcgacc tcaacgcctt ccagcaccgc atttatctcc agagcgagat cgacaactac      420

ggctatgcga tccagaacat cggcaacacc ttcatcatcc cgctgaacct ctactcccag      480

aaggtcagtt ccgttgacga gctcaaagac ggtgacgtcg tcgccattcc cgacgatctg      540

accaacggcg gccgcgcgct caaggtgctc gaagccgcgg gcctcatcga gctcgacccc      600

aacgccgcct ttaaccccac cgttgacgat atcacgagct acaaggtcaa catcaccatc      660

gaagaactca aggccaacac catcccctcc gtcctgcccg acgtggccgc cgcggtcgtg      720

aacggcaact acgcgctcga ctttggcctc aagaccgacg aggccatcta caaggacagc      780

gtcctcgacg tggaggagta ctggaatctg atcgccgcgc gcaccgctga catcgaagac      840

cccgacaccg ccgccatcta tgagaaggtc gtcgaagcct tccagtccag cgcgacggag      900

gacgtgttca acaacacctt cggcggttac ttcatcgcag tgggctggga tcaggacctg      960

atcaatcagt aa                                                          972


<210>  1757
<211>  924
<212>  DNA
<213>  Clostridiales

<400>  1757
cggcgcgtgg cgcgatctta cggagcagga gctccaagca acaaaatcaa agtaacagag       60

gacgatttta tgacgaagaa tatcttacat aatatcgaaa agaacatgag cagcttttcc      120

aaggggcaga agctcattgc ccgttttatt ctggaggatt acgacaaggc ggcgttcatg      180

acggcgagca agctcggcaa gaccgtgcag gtcagcgagt cgaccgtcgt gcgctttgcc      240

acccagctcg gctatgaggg gtatccgagc atgcagcgtg cattgcagga gatgattcgc      300

ggcaagctca cgagcatcca gcgcattcag gcgtcggacg gcgagctcgc agggtccgat      360

ctgatgacga acgtcctgca gcgcgacatg gagaagaacc gcatgaccat cgaccagacc      420

gacggcgtgg aatttgagcg cgtggtcgac acgatcatcg gcgcgcgccg catctacatc      480

gtgggcttcc gttcgtcctc gtttctggca gggtacttaa acttctactt ccgcctgatc      540

ttcgacaacg tcactctggt caacggcggc gcggccggct cgttcgacca gctcttccgc      600

gtctccaaag acgatgtggt catcggtatc tgcttcccgc gctacagtga gcttgcgctc      660

aagaccatcc agttttcgcg cgaccgcggc gcgacgatcg tcggcgtgac ggacagcgag      720

atgtcgccca tcaaccagat gtccagcaat tcgctgctcg tgcgcagcga gatgatctcg      780

ttcgtcgact cgctggcggc gccgatgagc atgctcaacg cactcattct ggccgtggcc      840

aacaagaagg gcgcagacat ctccgcgacg ttctccgaac tcgagcacat ctgggagcgc      900

ttcgacattt tcggcaagat cgaa                                             924


<210>  1758
<211>  558
<212>  DNA
<213>  Clostridiales

<400>  1758
atgagagtta tcacaggctc ggcgcgcgga cggcggctgg gcgagctcaa gggcatggag       60

acccgcccga cgaccgacaa ggtcaaggaa agtattttta attgtatcca gttcgacgtg      120

gaggatgcgc gcgtgctcga tctttttgcg ggcacggggc agctcggcat cgaggcgctc      180

tcgcgtgggg caaaaagcgc gctttttgtt gacaagcgtg cagacgcggt caagctcgtg      240

cgcgaaaatc tcgcgctgtg ccatctggaa gaaaacgcgc aggtcatctg cggtgattcg      300

ctcgccgcgc tcggcacgca gagcgggagg ttcgacatca tcttcctcga tccgccgtac      360

gaaagcggac ttttggagca ggcgatggaa aagatcgcgc agtttgacat tttatcaccc      420

catggtataa tggtcgcgga aagtccgcag aaccagacgc ttcccgagct tcccgcgccg      480

tacggactgt atcgcgagta ccgctacggc aagatcaagg tgagcatcta tcaccgcgcg      540

gtggaggaag aggcatga                                                    558


<210>  1759
<211>  840
<212>  DNA
<213>  Clostridiales

<400>  1759
gggggctttt tgatgaaagt cgtcattttg atggaaaaca gcacgtgcag agacaccgtc       60

gcctgcgcgc acggcctgtc gatgtatatt gagaccgaca agcacaaaat tcttttcgac      120

atggggcccg acgcgcagtt tatcgacaat gccaaggcgc tcggcgtcga tttgacgccg      180

gtcgacatcg cctttttgtc ccacgcgcac aacgaccact gcggcggcct cgaagcgttc      240

ttgaagctga acgaccgcgc caaggtctat atgcagaagg ccgtctgggg ccggtactac      300

gtcgtcacgc ccagcaagtg cgcctacatc ggcatggacg cggtgctcaa gaattacgag      360

gaccgcttcg ttctctgcga tggcgtgcag aagcttgacg aagaactgac ggttttctcc      420

gccgttccgg gccgcgagct gtggagcggc gcgaacgaca cgctgcgcga gaagatcggt      480

gaggactatc cgcgcgacac gttccgccac gagcaggatc tattggtcac ggaaaacggc      540

aagaccgcgc tgttcgcggg ctgcgcgcac tgcggcatcg tgaatatcct gaaaagcgcc      600

gaggacgtgc tcggcagagc gcccgacgcg gtgtttgcgg gcttccacct ctataacccc      660

tcgctcggca agagcgagcc ggacgagctg gtcgacgccg tgggcgaaaa gctgcgcggc      720

gacaaggtcg cgcactactt cacgggccac tgcacgggca aggaagccta tgaaagattg      780

aaacgtaagc tcggcgaccg cctcggcgaa atgcccgcgg gctccgactt taccgtgtaa      840


<210>  1760
<211>  933
<212>  DNA
<213>  Clostridiales

<400>  1760
atgagcaaga tttacacttc tgcggaccag ctgatcggca agaccccgct tctcgaactg       60

tcccacatcg aaaagactga aaagctcgag gctaagctcc tcgccaagct cgaatacttc      120

aaccccgcag gctccgtcaa ggatcgtatc gccaaggcca ttcttgatga cgctgaggca      180

agcggcaagc tgaagcccga ctccgtcatc atcgagccga cctccggcaa taccggcatc      240

ggccttgcat ccgtggccgc cgcacgcggc tatcgcatca tcatcgtcat gcccgagacc      300

atgagcgtcg agcgccgcca gctgatgaag gcctacggcg cagagctcgt tctctccgac      360

ggcgcaaagg gcatgaaggg tgccatcgcc aaggctgaag agatcgccgc gcagacgccg      420

ggaagcttca tcgccggcca gttcgtcaac cccgcgaacc ccaaggcgca ctatgagacc      480

accggtcccg agatctggga agacaccgac gggcaggtcg acatctttgt cgccggcgtc      540

ggcaccggcg gcacgctgac cggcacgggc aagttcctca aggagcagaa ccccaacgtc      600

aaggtcgtcg ccgtcgagcc cgcctcatcc cccgttctga gcaagggtgt tgcgggtgcg      660

cacaagatcc agggcatcgg tgcgggcttt gtgcctgacg ttcttgatac caagatctat      720

gacgagatca tcaccgtcga aaatgacgac gcctttgcca ccggcaagct tgtcggccac      780

agcgagggtg tgctggtcgg tatctcctcc ggtgctgccg tctgggccgg tatccagctc      840

gccaagcgtc ccgagaacaa gggcaagacc atcgttgtcc tgctgcccga caccggcgac      900

cgttacctct ccacccccct gtttcaggat tga                                   933


<210>  1761
<211>  1044
<212>  DNA
<213>  Clostridiales

<400>  1761
aaaaagatcg gagaaaaaac gatggaaaac atggaaaacg cggcgcgcaa aaaagtgatg       60

ctgtccggca ttcagcccag cggcgatctg accctcgggt cctacctcgg cgcgatcaag      120

aactgggcgg agcgcgacga ggaatttgac aactactact tcatggccga tatgcactcg      180

atcaccgtgc gtcaggaccc tgcggcgctg cgccgccgca cgctcgagca gctggcgcag      240

tacatcgcct gcggcttgga ccccgagaag aacacgctgt tcatccagtc ccacgtgccg      300

cagcacgccg agctcggctg ggtcctgaac tgctatacga tgttcggcga gctctcgcgc      360

atgacgcagt ttaaggacaa gtccgccaag aacagcgaga acatcaacgg cggtctcttc      420

acctatcctg cgctgatggc ggcggatatc ctgctctatc agcccgacta tgtccctgtg      480

ggcgaggatc agaagcagca tgtcgagctc tgccgcaaca tcgtccagcg cttcaacggc      540

atctatggcg acgtcttcaa gatgcccgag ccgtacattc ccaaggtcgg tgcgcgcgtg      600

atgagcctga gcgacccggg agccaagatg tcgaagtccg ataaggaccc caacggctcc      660

atttacctga tggaaaagcc cgaggatatc ctgcgcaagt tcaagcgcgc cgtgaccgac      720

agcgacacgg aaaactgcgt tcgctatgat cccgcgaaca agcccggcgt tgcgaacctg      780

atgaccatct actccgctgt gacgggcaag agctttgacg agatcgagca ggagttcgcc      840

ggtaagggct acggcgcgtt caagcccgcc gtgggcgagg ccgtcgttga aaccctgcgc      900

cccatccgcg aggaggccac gcgcattttg ggcgacaagg cgtatctcga gtccgtgtat      960

cgcgcgggcg cacagaaggc gtcttacgtg gcagaaaaaa cgctgcgcaa ggtctacaag     1020

aaggtcggct ttgtcgcgcg ctga                                            1044


<210>  1762
<211>  765
<212>  DNA
<213>  Clostridiales

<400>  1762
atgaaactca tctcatggaa cgtcaacggc ctgcgcgcgt gcattggcaa gggctttttg       60

gattttgtga atttcatcga cgcagacgtc atctgcctac aggagacgaa gctgcagccg      120

catcagatcg aacttgacct gccgcagtac cacatctact ggaacagcgc ggacaaaaag      180

ggctactccg gcacggcggt gttcaccaag caggagcctc tttccgtcac ctatgacttt      240

ggcgaggaca tccaccgcca tgaagggcgc gtcatcacgt gtgaatatcc ggacttctac      300

ctcgtctgct gctacacgcc gaactcgcag gacgagctgc gccgcctttc gtaccgcatg      360

gaatgggagg atgcgctgcg gcagtacctc tgcgagctcg acacgatcaa gcccgtcgtg      420

tactgcgggg acttaaacgt cgcacacgag gagatcgacc tcaaaaatcc gaagacgaac      480

cactttaacc ccggcttttc cgacgaggag cgcggcaaga tgacgcagct tttgtcctcg      540

ggctttctcg attcgttccg cacgctgtac cccgacaaga cggacgccta ttcgtggtgg      600

agctaccgcg cccagtcgcg cgcacggaac gtggggtgga ggatcgacta tttcatcgtc      660

tccgaacgcc tgcgctcccg catcgaaaac gcggatatct tagctgaggt catgggcagc      720

gaccactgcc ccgtgctgct cgagctcaag gaggaatcaa aatga                      765


<210>  1763
<211>  753
<212>  DNA
<213>  Clostridiales

<400>  1763
atgatcattg tgaaatcaga gcgcgagatc gaattgatgc gccgagcggg aaaaattacc       60

gcggctgccc gtgcgttagc aggggaaatg gtaaagcccg gcgtaacaac ccgagaaatt      120

gacaaagcag tgttccattt cattcgttcg cagggcgccg agccgtcgtt cttaaactac      180

aacggctatc ccgccagcgt gtgcgtgtcc gtcaatgacg agatcatcca cggcatcccg      240

ggtccccggg tgctcaagga gggcgatatc gtcagtgtgg acgtgggcgc atacatcggc      300

ggcttccacg gcgactgcgc agccacttac ccctgcggaa aaatttccga agaggcacag      360

cggttgatcg acgtgactcg tcagagcttt tttgaaggat ttgcgcaggc ccgcgagggc      420

aaccgcatct ccgacatctc ccacgccgtg caggcgtatg tggaggcgaa cggcttctcc      480

gtcgtgcgcg agtatgtcgg ccatggcgtc ggcagaaaca tgcacgaagc gcccgagatc      540

cccaactacg gggctccggg ccacgggccg aagctgctgc gcggcatgac gatcgccgtc      600

gaaccgatgg tgaacgcggg caccgcagcc atccgccaga tgagcgatgg ctggaccgtc      660

aagacccgtg acggcaaata cgcggcgcac tacgagaaca cgatcctcat caccgccggc      720

gagcccgaaa ttctgacggc tccggcaccg taa                                   753


<210>  1764
<211>  507
<212>  DNA
<213>  Clostridiales

<400>  1764
atgaacgata aaaagatcag aaagcttgtc cttgccgcac tgcttgcggc gcttgtctgc       60

gtggcgacga tggtcgtgca gatcccctct ccgatgcagg gctatgtgaa tctgggcgac      120

tgcttcgtgc tgctgtccgg ctggctgctg ggcccctggt atggctttgc ggcgggcggc      180

atcggctcga tgctggcaga cattttcctc agctatgcgc actacgctcc gggcaccctg      240

gtcatcaagg gcgcgatggc gctggtcgct gcgctgatgt atgaaaagat gggccgcact      300

gcgacctccc gcatcgccgg cggcgttgtg agcgagatca tcatggtgct cggctatttc      360

ggctacgctt ctctcctgct gggcaagggc cttgccgctg cggcaagcat ccccggcaac      420

atcttccagg gtgtggtcgg cctcgtggtc ggcgtgctgc tggtcacggt gcttgagcgc      480

gccaaggtga cggagaagct ggcataa                                          507


<210>  1765
<211>  891
<212>  DNA
<213>  Clostridiales

<400>  1765
atgtatgaca tgaaagcact ctatgaggcg gaaagcgtcg aaaacgccgt cgccctccgc       60

ttggagcatc ccgaggcgca gatcatcgcc ggcggcagcg acgtgctcgt gcagatgcgc      120

gagggtaaac gcgccggaaa ggagctcatc tcgatctacg gcctcgacga gctgcgcggc      180

gtgagcatcg acgaggagga aaacatccgc atcggctcgc tctcgagctt ttcccacatc      240

acgcgtgacc ccatcattca gaaatatatc aacgttctcg gcgaggcggt cgacatggtc      300

ggcggcccgc agatccgaaa catcggaacc atcggcggca acacctgcaa cggcgtgacg      360

agcgcggact ccgcctccac actgcatgcg tgggaggcca tcgtggagct gacggggaag      420

gacggcatcc gccgcctgcc catcaaagac ttttacatca aggccggtca ggtcgacatc      480

cgcgtggagg atggcgagat tcagaccgcc atcctcatcc caaaggcgag ctacgaaaac      540

tgctatggct actacatcaa gtacgccatg agaaacgcga tggacatcgc gacgctcggg      600

tgcagcgtga acgtgcgcct gtcgcccgac aagcagacta ttgagcgcgc ccgcatcgcc      660

tacggcgttg ccggtcctgt gccgatgcgc tgcccgagcg cggaggcagc cgccaaggat      720

aaacccttga cacttatgac agcggaagag ttctcactcg ccgtgctcaa cgatatccgc      780

gcgcgtgaca gctggcgcgc ctccaaggcg ttccgcgaac acatcgcggt cgaaatggcc      840

aagcgctgcc tgatcgagtc tatcaaacgg gcgggaggtg tcatcaaatg a               891


<210>  1766
<211>  429
<212>  DNA
<213>  Clostridiales

<400>  1766
gatatgaaaa agactgctgt tgtttattgg agcggcacgg gcaacaccga ggccatggcc       60

aaggccgtcg ctgagggcat ggagagcgcg ggcgcgcagg tcacgatgtt gacccctgac      120

caggtcaagg ccagcgagct gagcgcttat gacgcgatcg ccttcggctg ccccgccatg      180

ggcagcgaag tgctcgagga gatggagttc cagcccatgt ttgacgaggt caagcgcagc      240

cttggcggca agagcgccgc gctgttcggc tcctacggct ggggcgacgg cgagtggatg      300

cgcggctggg aaaaggactg cgatgattcc gccattcgcc ttgtgtgcga gagcgtgacc      360

tgctgcgaag cgcctgatga cgccgcgctg gacgcctgcc gcgcgctggg caaggagctg      420

gcgaagtga                                                              429


<210>  1767
<211>  1038
<212>  DNA
<213>  Clostridiales

<400>  1767
atgaaacaga tcatgacgcg cctgacggcg cttcttcttg cgctcgtgat gaccacgacg       60

ctcgcgcttg ccgccaacaa atccggctat tccgacgtgc cggacaagaa ctgggcgagc      120

caaagcatcg tgcagtgcaa gcagtacaac ttattgcagg gcatcggagg tggcaagttc      180

ggcctcgggc agaagatgac gcgcgcggcc tatgccgcgg cgctctgccg cctgatgggc      240

tggaagaccg taacgcccga aaagggcagc tataccgaca atcaggatgc gaaaaagtgg      300

tattatagcg ccattgagac cgcgagcgtg cacgacgtgt tctccggcca cagcacgacc      360

tgccgcccga acgaccccat cacgcgtgag gagatggccg cgatgaccgt ccgcgcactg      420

gggtacagca cgctttccgg cacggtgcag gatgagtgcc cgttcaccga tgtttcgacg      480

aatcccggct atatcacgct cgcctggcgc atgggccttg tggtgggtat gaacttaacg      540

acgttcgcgc cgaaaaacga cacgacacgc gagcaggccg cggcggtgct gctgcgcgcc      600

tacaacggcc tcaaggccaa agtcagcgtg acgagcgtga gcgcggcgcc ctctggcgcg      660

gtgccggttg agagcctgac gggcacgagc ggcgcggtgc cgctgtcccc gcgcgcggca      720

gtggagcagg tctacggcgc ggcggtcaag gccggcaagg gcggcagcgt ggtcatcaac      780

gccgtccccg cggcgcagaa cgtgaaaggc ggcaaggtcg gcgcgctgcg cgagctgacg      840

caggacgagc tgagcgcgta tttgaacgac agcgccgtgc agaaatcgcg ctcgaaccgc      900

ttcgacagct cgtactttct ctgtaaggaa aaggacggct ccacgatcgt cgtctggtac      960

gagagcgagg cggacatcgc cgaaaagacc gagctctgcg cgctgctcgg catcaagaac     1020

gtctacgtgc tgaagtaa                                                   1038


<210>  1768
<211>  648
<212>  DNA
<213>  Clostridiales

<400>  1768
atgtccgtca agatcgcacc gtccatcctc tccgccgact ttgccgagct cggcgccggc       60

gtcgaggcca ttgccaccgc cgactacgtc cactttgacg tgatggacgg ctgcttcgtc      120

cccaatatca gcatcggtat ccctgtgctc cagtccatcc gcaagcgcac ggcgctgccc      180

atcgacgtgc acctgatgat cgtgcagccc gagcgctatg tcgaccagtt ctgcgacgcg      240

ggcgcggacc tcgtcacctg tcatgtcgag gccgacacgc cggagaagat ccacctcgcg      300

ctcgacaaaa ttcacgccaa gggcaaaaag gccggcgtcg tcttgaagcc caacacccgc      360

gctgaggccg tgctgccgtt tcttgacaag tgcgacatcg tgctcgtgat gaccgtcgag      420

cccggctttg gcgggcagaa gttcatggcc gatatgatgc cgaaagtttc cgccatccgc      480

cgctacatcg acgagagaaa ccttgactgc gagctcgagg tcgacggcgg cgtcgacgcc      540

gtgacgtgca aaacctgcat cgaggcgggc gcaaacgtgc tcgtcgcggg ctccgccgtc      600

tacaaggccg cggatatccc cgccaagatc aaagagctga gaggttaa                   648


<210>  1769
<211>  1074
<212>  DNA
<213>  Clostridiales

<400>  1769
atgatccatt attcctgcat cggtgctacc ggttatgttt gcggcgaagt gctccgcatg       60

atggtcaacc accacgaggg agagcttgtc aacgtgctcg atacctacgg tgtcggcgat      120

gccatctcta cgcatcatcc cgctctgcgc ggcttctatg atcaggtcat catggatctc      180

acggaggaga acgtccgcga gaccgcgaag aagagcgatg ttatcatgat ccaggtcccc      240

tctggcgacg tggccaagtg ggcggagatc gtgctcgctg aggactgcgc catcatcgat      300

atcggcgctg acatccgctt ccgcgatgtc gacgtctggg agaagtggta cggccagaag      360

caccccgacg ccaagatgac ccacgacgct gtttactgca tccctgaggt catgcgcgac      420

cttgccaagg gcaagaagct catcgccaac cccggctgct atcccaccgc ctccaccctc      480

ggcctccagc ccatgctcaa ggccggtcac atcgttgaca acaccatcgt catcgatgcc      540

aagagcggct acaccggagc cggccgccgt cccgccctca acaagctcct cactgaggcg      600

gagaacaact tctgcgctta cgccctcggc ggcggccacc gccacacgcc cgagatcgag      660

cagaacatcg cctacatcac cggcaaggat ctgatgaagc ccgagacctg gcagtacatc      720

aacttccagc cgcacctcct gccccaggtc cgcggtatcg aggtcaccat ctacgctacc      780

tgcgacagag acttcaccaa cgaggaagtt tacgagctct acaaggactt ctacaaggat      840

gagcccttcg tcaaggtctt cccggcgagc ctgcccgttc agaccaagtg ggtctacggc      900

acgaacttct gcgagatgac cccgaccttc gacgcgcgta cccaccgcct gatcgtctcc      960

tccgtgatcg acaacatcgg caagggcgca gccggccagg ccatccagaa catgaacctc     1020

atcatgggcc tgcccgagac caccggcctc atgatgcccc cgatgtatcc gtga           1074


<210>  1770
<211>  408
<212>  DNA
<213>  Clostridiales

<400>  1770
atgaaaattg atctgacgga aaagcaattc cgccgtcttc ttgatctggt ctacgtcggc       60

aactgggtga tgaactccac ccgcggcgac gaccgtatcc gcgaatacga cgatgtagag      120

agcaccgtat tcgccaactg tctctctcac ggcatggtgc cgctggtcga ggcctatcag      180

ggcgaactga tcccctcgcg cgcgtttgcc gagggcggca tccacgaggc catcatggcc      240

tacgaggaca cgatgttttt cgaaattctc gctcaggagc ttgccctgcg cgatatggac      300

agcgacgcgc ccacgcccga aaatgtcgac gagctgcgcg agcgtatgga cacgtactta      360

ggcgaattcg agcagcacgg caccgacaac atcaccgttg aaatgtaa                   408


<210>  1771
<211>  1164
<212>  DNA
<213>  Clostridiales

<400>  1771
atgaaatctt tcaaaatcac cgcactttcc ctcgtcctgg ttctgcttct cgccgcctgc       60

ggcgcgaaaa acgacacccc cgatgaaccc gccgtcgatc cgacgccgga acctcctatc      120

gagcagccgg tggaaaaaac gcccgatgag cgcatcaacg acatcattgc agatatgagc      180

atcgaggaaa aagtcggcca actcttcttc gtccgctgcc ccgaaacggg cgcggcggag      240

gacgtcgaaa cctatcacct cggcggcctg ctgctcttcg gcagggacta taaggatgca      300

aacggcgact ggctcacgga ggacgacttc accgcggcgc tcgcgtctta tcaggatgcg      360

gcggccatcc cgcttttcat cggcagcgat gaagagggcg gcacggtcac gcgcgcgagc      420

aaaaacccga acctcttctc cgaacctctc ccctccccgc aggaactcta tgccgcgggc      480

ggcctcgacg ggctgctcga acgaacgctc agctacaacc agaagctcaa agcgttcggc      540

gtcaacgtga acttcgcccc cgtgtgcgat gtgtcgacga atcccgacaa cttcatctac      600

gcacgctcgt tcgggcagga cgcgcagacg accgcgggct atatctcaag cgtcgtgccc      660

gtctatgcgc agtccggtat cgcctgcgtc ttaaagcact tccccggcta cggcaacaac      720

gccgacacgc acacgggcat cgcgctcgac gcgcgcccgt acaccacgtt tgaaaagtcc      780

gacctcgtcc cctttgaatc cggcatcgcc gcgggcgcgc cgttcgtgct cgtgagccac      840

aacatcgtcg agtgcatgga cggcgcgtat cccgcgtccc tttcggcgaa ggtccacacg      900

ctgctgcgcg acacgctcgg cttcaccggc gtcatcgtga cggacgatct cgcgatggat      960

gccgtcaaag cctacgcgca ggacggcagc gccgccgtgc tggccattca ggcgggcaac     1020

gacatgatcg tgaccaccga ctatcagacg cagatcccac aggtgatcgc cgccatccag     1080

tccggcgaga tcgccgaaag cgatattgac gcgcacgttt tccgcgtgct gcacgaaaaa     1140

caggcgctcg gcctgatcga ctaa                                            1164


<210>  1772
<211>  699
<212>  DNA
<213>  Clostridiales

<400>  1772
gatctgcgca atggtggctt tcacatcctc aatggcgccg gtctcgcgca gcaggttcaa       60

aatggtgaac gcgccgaaga ccatcagcac gatcttgagg ccttccttga tgcccttcca      120

gaccagaggg tcaagcacct tgacgttttc agcaaacgtg agaccgtcga ggttaaaata      180

ggtaaaggca aggataagcg tccagagaag ggcaacggcg agacggtttt tgcggatttc      240

ttgaagccca ggatgccgac aagcacgacg acaattggac tgagcgccat gaggaagttt      300

aaaaagtcca ttggagggat ctctctttct gaaaaatgtg gaatgggggg atctatttcc      360

gcttttttcg ccgaccgaac gagaaaaagt gaaaaagcta agagaaagag gctccgtcga      420

atcgacggag cctctttcgt gatatcagtc tctatctcgt gcggagaatc gggagagaag      480

tcgaagttgc gtcgtgattc ggacgggctg ttcagttttg tttcttacca gtactgccag      540

aggcagaata ataaaggacg ccagcagaat aaggctggcg tccagaataa tcatgctgtc      600

catatcagaa caggagaaag cggcacaggc ggcctgtgcg aagtgagatg cagctgcatt      660

ggcaaagaac tgagtcatca gacgtttctc ctttcctga                             699


<210>  1773
<211>  1209
<212>  DNA
<213>  Clostridiales

<400>  1773
atggctaaga agcataatga cggctatctt tccgcaaagg aatcccgccg catttccaaa       60

gaaaaccgca agatcacaaa tgcgctcgaa aagaagcgca agcgcaagaa cgttcccgaa      120

tccgagtatc tgaccgagat gcacgacccc aacaacgcgg tcgaattcga caacctgcac      180

acctactttt tcaccgacac gggcgttgtc aagtcggtcg acggcgtcac gttctccgtg      240

cccatcggca agactgtcgg cgtcgtcggc gagtccggct gcggcaaatc ggtcacgagt      300

ttgtcgctca tgcagctttt gcagcgcccg cagggccagg tcgtggaggg cgaaattcgc      360

ctgaacctcg gcagcaaggc ctacgacgtg acgaaggcgc ctgacagcgt catgcagcac      420

ttacgcggca actatatctc catgatcttc caggagccga tgaccgcgct gaaccccgtg      480

ttccgcatcg gcgaccaggt cgacgaggtg ctggccctgc acaacgaaaa gggccacgac      540

gaagcgcaga tcaaggcgcg caccattgag ctccttgaaa tggtcggcat tgccaacagc      600

gagggcgttt acaagatgtt cccgcacgag ctctccggcg gtatgcgcca gcgcgtcatg      660

atcgccatgg cgcttgcgtg cagcccgaag ctcatcatcg ccgacgagcc caccacggcg      720

ctcgacgtga cgatccaggc gcagatcctc gaccttctgc gcaatctgaa ggatcagatc      780

aattcctcga tcatgttcat cacgcacgac ctcggcgtca tcgccgaaat ggccgactac      840

gtggtcgtca tgtacgccgg ccgcatcgtc gagcagggca cggcggagga gatcttcgcc      900

catcccgcgc acccctacac catcggcctc atggcctcca agccggtcgt gggccgtcag      960

gtcgaaaagc tctactccat ccccggcaag gtgccgaacc ccatcaacat gccgaactac     1020

tgctatttca aggaccgctg cgaaatgtgc gtgaacggct gcgagggcga ctacccgtgc     1080

gaggtgagca tctcgccgac gcacaaggtg agctgctacc gctattacga cggcaagcgc     1140

cccgaccttg aggaggtcgt ggaggaagag ctggccgagg gcaaggaaaa cggaaaggag     1200

ggtgaataa                                                             1209


<210>  1774
<211>  513
<212>  DNA
<213>  Clostridiales

<400>  1774
atgctcagat tgctttgccc gcaatgggtg tttgacaatt acgaggccgt gacgccggaa       60

tttttgaaag agcatggcgt gaagctgctc ctcgctgacc tcgacttcac gctcgcgccc      120

aaaagccaga gcgagccgga cgagtcgctc acgcgctgga tcggcgcgct gaaggaggcg      180

ggcatcgagt ttgcgatttt gtcgaacaat agaagccccg tgcgcgtgga aaagttctgc      240

aagccgctta aagtcggcta cgtcggccac gcgggcaagc ccggcacgcg cggctttcac      300

gaggcgatgg cgcgctacgg cgtgaacgcg agggagacgg caatgctcgg tgacaagctg      360

ctcaccgaca cgctcggcgc tcggcgcagc ggcgttctga tgctgatggt cgagccgcgc      420

ggcggcgcgg tgggtgcgtg gaaccatgtg ctgcacgcct tgcagcagcc gttcaaggcc      480

gcaagcgcgc acgacgagcg gaaaaagcac tga                                   513


<210>  1775
<211>  1554
<212>  DNA
<213>  Clostridiales

<400>  1775
atgatcagct atctctacgc tgcgcttatc gcggtgggga cgctcgtcat tggcattctt       60

cttggtattt ggattcgcaa gagagccgct aaacgcgccg aggagaagat ctccaacgcc      120

gatgaagagg cgcttcgtat tgtcaacgaa gcgatcaaga gcgctgaaaa caagaaacgc      180

gaagtcatgt tggaggcaaa ggaagatatc ctgcgctcca gaaacgaata cgagaaggaa      240

gtcaaggaac gccgcgccga gcagcagaag caggagcgcc ggctccagca gaaggaggag      300

aacctcgacc gcaagaccga cgcgctggaa aagcgcgagg aggccctcaa ccagaagcat      360

gccgctctgg acaaggaaaa cgaagaaatc aagatcatca agcgcagcca gaccgaaatg      420

ctcgaacgta tttccggttt tactgccgaa gacgccaaga agtacctgat cgagcaggtc      480

gagagcgaag tgacgcacga gaccgcgctc aagatcaagg agctggagca gcgcgccaag      540

gacgaggccg attcccgcgc ccgcgagatc gtcgcctctg ccatccagcg ctgcgctgcc      600

gaccatgttg ccgagatcac cgtcagtgtg gtgcccctgc ccaatgacga gatgaaaggc      660

cgcatcatcg gccgcgaagg ccgcaacatc cgcacgatcg aaacgctcac gggcgtcgac      720

ctcatcatcg acgacacgcc cgaggcgatc accgtctcgt gcttcgagcc tgtgcgccgc      780

gaagtcgcgc gcctggcgct cgaaaagctc atcgccgacg gccgcatcca tcccacgcac      840

attgaagaga tggtcaacaa ggcccgccgc gaggtggacg ccatcatcaa gtctgagggc      900

gagcgcgccg tgctggagac cggcatccgc ggcctgcacc ccgagcttgt gaagatgctc      960

ggccgcctgc attaccgcac gagctacggc cagaacgtcc tgcagcactc catcgaggtc     1020

tcgcaccttg cgggcatgat ggccgccgag ctgggcgcgg atgtttacgc cgccaagcgc     1080

gcaggcctgc tgcacgatat cggcaaggcc gtcgaccacg agatggaggg tacgcacgtc     1140

gccctcggcg tcgaattttt gcgcaagtac cacgaaaagg acgacatcat ccatgccgtg     1200

caggcgcacc acaacgacgt ggagccgcag accatcgttg cctgcctcgt gcaggcggcg     1260

gatgcgatct ctgccgcccg tcccggcgcc cgccgcgaga atctggagaa ctacatcaag     1320

cgcctcgagc agcttgagga gatcaccggc agctatcccg gcgtcgacaa ggcctatgcc     1380

attcaggccg gccgcgaggt gcgcgtgatg gtcaagcccg accaggtcag cgaggaccag     1440

atggtcattc tggcgcgcga gcttgccaaa aagatcgagg aagagatgga atatcccggc     1500

cagatcaagg tgcacgtcct gcgcgagacg accgccatcg aatacgcgaa ataa           1554


<210>  1776
<211>  591
<212>  DNA
<213>  Clostridiales

<400>  1776
cctctggaac aacaaggaga caaaccggtt atcattttac tgcctgaccg tcacacggtg       60

agcagtattt tccatacttt acaaaacgag atgactccca tgtctcattg caccacattc      120

gccgaagcag gccgccttgt ggacgccggc cgccgtgcac cgtttctcct gacgctgtgt      180

gaggaggatg aaaacgagct gcacatcacc atctgctgcg ctaaagcgga gccaaatgca      240

cagactccgt ccacaggaaa tgccgccctc gacgacattc tcgcgcactg tacgccgctg      300

tgccccgatg aaaacgccaa gatcgagctc atctttgaaa attacctgct ctatcaggtg      360

cgcaacgaat cctactgcgt atttgacgca gacgaagtcc gcggcggcac ctatctttgc      420

acgttcgaac ggtccaaact gctcgactat cttccccgtg ccattgatgt ccatcttata      480

cccgatggaa cggacgctcc cgcatcgtgg aagcactacg gcatttacac gcagaatcag      540

atcatcgaca ccgttgcccc gtccgagccc acggtgcgca cgtccttttg a               591


<210>  1777
<211>  516
<212>  DNA
<213>  Clostridiales

<400>  1777
gaggaggaaa atacaatgcc tagatttgaa cgcgaacaga gcgaatacat ggaaaagctc       60

gttttcctca accgtgtttc caagaccgtg aagggcggcc gcgtggccaa gttctctgct      120

ctgatggtcg ttggcgacgg caagggcaag gtcggttacg gccttggcaa ggccgctgaa      180

gtccccgagg cgatccgcaa gggcctcgag gctgccaaga agaacatgat caccgttacc      240

cttgatggta ccaccattcc tcacgagacg atcggcgagt tcggcgccgg ccgcgtgctg      300

atgaagcccg ctgcccccgg taccggcgtg atcgccggcg gcgctgtccg tgccgtcgtt      360

gaggctgccg gcatcaagga tattcgtact aagtgcctgc gctccaacaa ccccaacaac      420

gttgttggcg ctgcgatcga aggcctgaag tccatgcgca gcgcggagca ggtcgccaag      480

atccgcggca agagcgtgga cgagatcatc ggttaa                                516


<210>  1778
<211>  636
<212>  DNA
<213>  Clostridiales

<400>  1778
atgatgaagt tagctgatat gaccgttacc ggctttgccg ataccgttgc ctccgatgct       60

cccgcgccgg gcggcggctc ctgcgccgca ctctatggct ccatcggcgc cgcgctgacc      120

gcgatggtcg gcggcctcac tcagggccgc aagaagtatg ccgagtatgc cgagcatgct      180

gccgaggtcg agaagaaggg caacgagctc aagacccgcc tgctcgacgt tatggaccgc      240

gacaccgagg cgttcaacgt cgtctccgcc gcgttcggta tgcccaaggc gaccgacgag      300

gagaaggctg cccgctccgc cgccatccag gagggcctga agggctgcac caagaccccg      360

atggagatga tggagctcat cgacgagacc ctgacgcttg cacagtccct gctgggccgc      420

ttcaacgaca cctccgcgag cgacctgggc gttgcgttcc tgtccctcaa ggccggtatc      480

cagggcgcat ggctcaacgt gctcatcaac gtcggctccc tgaaggatca ggagttcgcc      540

gctgagtacc gcgccaaggg cgaggccctg ctcgcgcacg ctctgcccct tgccgacgag      600

tgctacgctg agatcgtcaa gctcatcgag ggctaa                                636


<210>  1779
<211>  909
<212>  DNA
<213>  Clostridiales

<400>  1779
atgtttggtt acatcaggcc gtccaagccg cacctcagcg agcaggacga agcgcgcttc       60

cagtccgttt actgcgggct gtgccacgag ctcgggcgaa agtacggctt tgccgcccgc      120

tttgtgctga attttgactt cacgttcctt gctatcctgc tctccgacgc gcaggagccg      180

gaatgcgaga gctgccgctg cgcggcgcat ccgtgcaagg cacagtgcgt catggcgcac      240

accgtcgcgc tcgaaacggc ggcagaccac agtctggtgc tcgcctggtg gcagcttcgc      300

gaccatattg aagaccacgg ctttttcaaa gccatcccat accggctcgc ggcgcttttg      360

ctgcgcggcg cttaccgcaa ggcgaggacg ttcgtgccgg aatttgacgc ttccgtgcag      420

cggcacctga atgatctgca cgagcgcgag caggagcact gcgcgtcgct cgatcaggct      480

gccgagcctt tcgccgcgct gatggcggac atcgccgact gtgtcgatga cgagatgcgg      540

cggcgcgtga tgaaggaaat tttctaccac ctcggccgct ggatctactt ggtcgacgcg      600

gcagatgact ttgaaaagga cgctcactcg aattgctaca atccgctgcg ctatcgctat      660

gagcttgatg gcgacaagct ggacgaacag agcagggaag ccgtggccgc ctcgctcgac      720

ctctccgtgc accgcatggc gagcgcttac gcgctgctct cctgcggcgt gtggacaagc      780

attttagaca gcatttttta cgaaagcctt tatgggatcg gcaatgccgt tctcaagggc      840

acgtatcata agcccccgcg cagaatacac ttccgcatta aggcggagaa aaacgaggaa      900

accgtatga                                                              909


<210>  1780
<211>  1383
<212>  DNA
<213>  Clostridiales

<400>  1780
atgaaaacac tgcttcgagg cggctatgtc gtcagcggcc gcggctgccg ccgcgccgac       60

gtgctcatcg acggggaaaa ggtcgaaatg cttggccaca ttccgcccga gctcgccgcg      120

cagagcgagg tcgtcgacgt ggcgggctgc atgctcttcc ccggttttat cgacgcgcac      180

acgcacttcg atctcgatgt gtgcaacacc acgacggccg acgactttga aagcggcagc      240

aaaagcgcca tccgcggcgg cacgacaacg gtcatcgact ttgcctgccc caataaaggg      300

gaatcccttg cctatgggct tgatctctgg cataaaaagg ccgacggcaa gtgctactgc      360

gactacggct tccatatgac catcgacgac tggaacgaga gcatcgagtc tgagctcgac      420

gcgatgttcg acgccggtat cacgtctttc aagatgtacc tcacctaccc cgccatgatg      480

atcggcgacg gcgcggtcta ccgcgcgctg aaagcgctca aggtccgcgg cggcatcgcg      540

ggcgtccact gcgagaacgc gggcgtcatc gacgcgcgca tcgccgaact caaggcgagc      600

ggcctgggcg cggacgtcgt atcgcacccg atctcccgcc ccgactattt ggaggccgag      660

gccgtctcac gtctgctgcg catcgcgcag gcggccgacg cgcccgtcat catcgtccac      720

acgacgaacc gtgcttctct tgacgagatc gccgcggcgc gccgccgcgg acagaccgtg      780

tatgtcgaga cctgcccgca gtatttggcg ctcgacgacg gcgtttacta cgatcccgac      840

ttttcctccg ccgcgcgcta tgtctgcgcg ccgccgatcc gctcgcagga agacagtgaa      900

gcgctctgga aggcgctgcg ccgcggcgag gtgcagacca tctcgaccga ccactgctcg      960

ttcacgctcg agcagaagga catgggccgc gacgacttta cgaagatccc cggcggtctt     1020

cccggcgtcg aaacgcgtgg tgaggtcgtg tacactgtgg ccatcaatga aaacaagctc     1080

tcgctcggcg gcgtctgccg cgcactgagc gaaaatcccg ccaagctcta cggtctctac     1140

ccccgcaagg gcgtcatcgc cgcgggcagc gacgccgaca tcgtcgtcta cgatcccggc     1200

gcgagccacg tgctccacgg cgcggacatg ctctccaagg cgggctacac gccgttcgag     1260

ggcttccgca cgaatggcgg cgtgtcgaag gtctacctgc gcggtcagct gcaggtggac     1320

ggcggcaagg tcgttggcgg caagatgggc aaatatttga agcgcggcaa atgcgcactg     1380

tga                                                                   1383


<210>  1781
<211>  990
<212>  DNA
<213>  Clostridiales

<400>  1781
atgtcttacg atgggcggct gatgcgccaa gcgctggcgc gcttcgacga ggacaagcag       60

cgccgcgcgg agaatttccg cgcgcgtgag cgcgcggtgt ataccaaatg cccgcgcatc      120

gaggagatcg accgcgagct gtcgcacacg atggcgaaga tcatcgcctc cggcctgcgc      180

cgtgggacgg acccgcgtcc ggccatcgag gcgctgcggg aggagaatct caatttgcag      240

caggaaaagc gccttctcct gacgcgcctg ggactgccgg gcgactatct cgaggaaaag      300

cccaagtgct cgcgctgcaa cgacacgggc tttctcggca gcgaggtctg ctcgtgcctg      360

cgcggctatt acgccaagga gcagaacaag gagctctcgg gccttttgga cctcggctcg      420

cagtgcttcg aaaatttcaa cttcgactac tattcgtccg tgccggacag cgacctcggc      480

gtgtcgccgc gcacgaacat ggagcgcgtg tacgacatct gccaggacta cgcgcacgag      540

ttttcgccaa aaagcggaaa cctgctgctg accggcggca cggggctggg gaaaacgttc      600

ctctccgcgt ccatcgcgcg cgtcgtgagc gcgagcggcc acagcgtggt ctacgacacg      660

gcggggcaca tcttcgcccg cttcgaggcg cagaagttcg gccgcgacga cggcgagaac      720

gccgacaccg ccgtgagccg cgcgctcggc tgcgacctgc tgattttaga cgacctcggc      780

accgaactga tgacgagctt tgtccacagc gcgatgtatc agatcgtcaa cacgcgcctc      840

atcacgggga agaagaccgt catctccacg aacctgagcc ccgacgagct cgggcggcgc      900

tacggcgcgc cggtgctgtc aagattgcag ggagagtatc aaatgctgct ctttttcggc      960

gaagacatcc gccggcagaa gagaaagtga                                       990


<210>  1782
<211>  1233
<212>  DNA
<213>  Clostridiales

<400>  1782
atggaggaaa accctatgga aatgcagttt cccgtgattt tggacggcgc gaccggcacc       60

gaactccaaa agcgcggctt caccggcgac atgagcgccg agcaatgggt gctcgagcat      120

cccgagagca tccttgaaat tcagcgcagg tatgtggcga gcggctcgaa tgtgctctac      180

gcgccgacgt tcggcggcaa ccgccagaag ctcgaagagc gcggcatctt caaccgcacg      240

gaggagatga acaaagcgct cgcgcagctc tcgaagcagg cggcggacgg aaaagcatgg      300

gtcgcgggcg atatcgcgcc cacgggccgc tttttagccc cccttggcga tgcgtcgttt      360

gaagagctcg tcgacattta caccgagcag gcggcgggcc ttgagcaggc gggcgttgac      420

ctctacgtca tcgagacgat gatgacgctg accgatgcgc gtgcggcggt tctggagatc      480

cgcagcatga gcaaaaagcc catccttgtg tcctttacct gcgatgagag cggcaagatc      540

ctctccggta cggacgtggt cgcggcgctt tccgtgatgg agggcatggg cgtgagcgca      600

ttcggcctga actgctcggc aggccccgag cagatgttgc cgcagctcca acgcctgcat      660

aaatacgcgc gcgtgccgct gatcgccaag cccaacgccg gcatgccgga gatcgtgaac      720

ggcgaggccg tgtacaactg cccgccggag gaatttgtcg cgctggtgcc cgagatgctc      780

aaggcaggtg tggccctctt cggcggctgc tgcggcacga cggaggagca catcgccgcg      840

ctgaaagcag cgctcaagga cgcggaatac gttcgccccg caccggaatg cctcgacctt      900

cttcccgcgg caacggagaa ggaagccttc ttcctgcccg ccgatgcgac gcacggcgcg      960

gtgctgaccg cggacggcga tttggaggac aagctctccg acgcgatgga tgacgaatgg     1020

ccgatggtcg cgctgaagct cgcgtcctgg gcagatgtcg acgcgctggc ggactaccag     1080

tacatgctta gaaagccgct gtgccttatc tgcggcgacg aggagctttt ggaagcgggc     1140

gtgcgcgcct atcagggaag agccttgtac gagggaaatc tcactgaaga tgctcttgcg     1200

ccgctggtcg aaaaatacgg tctgctggtg taa                                  1233


<210>  1783
<211>  1287
<212>  DNA
<213>  Clostridiales

<400>  1783
gtgattcaga cgatccgtaa ggcctggggc gttcccgaac tgcgcaagaa gatcgtgttc       60

acgctgctga tccttctgat cttccgcatc ggtaacgcga tccccgtccc ctatatcaac      120

acgacgctgc tcggcaacta tctcgacagc atgagcggca ccgtgcttgg cctctacaac      180

gtcatgtccg gcggcgcgtt cgcagaagcg acggtcttcg cgctgggtgt ccagccctac      240

atcaacagtt cgatcatcat ccagctgttg acgatcgcga tccccgcgct cgagcgtctt      300

gcccgcgacg gcggcgaggc cggcaagaag aagatcgcct ccatcacccg ctacgcgacc      360

gtggcgatcg ccctgcttca gggctttggc tactacatga tctgcaagaa ctacaacatc      420

ctcgagcagc agggcatctg gccggcgctc gtgatcatcg tttcgtttgt tgccggttct      480

tcgttcgtga tgtggctggg cgagcaggtc aatgaattcg gtgtcggcaa cggtatctcc      540

atcatcctgt ttgcaggtat cctgtcccgc atgcccaaca tggtcacgat ggctgcgagc      600

tacatccgca ccaagggctc catcggctac ctgtggatcg cgctgctgat cgtcggcatg      660

cttgcgatgg tcgttctgat cgtccatgtc aacgaggccg agcgccgcat ccccgtccag      720

tacgccaagc gtcaggtcgg ccgcaagatg tacggcggcc aggcatccac ccttcccatg      780

aaggtgaaca tgtccggcgt tctgcccatc atcttcgcgc agaccatcgc gtccctgccc      840

gccaccatct gggctttcat cggcattccc gaggagggca ccgttggccg cagcatctac      900

aacgcgatcg acaccaagtc tgtgctgtat ctgatcgtct acttcctgat gatcatcggc      960

ttcagctatt tctacgctac cattcagttt aaccccgttg agatctccaa caacctcaag     1020

cgcaacggcg gcttcatccc cggcttccgt ccgggcaagc ccacgtctga cttcattgcc     1080

aaggttctca acaaggtcac ccttttcggc gccatctacc tcggcatcgt ggccatctgc     1140

ccgctgatcg ccggcaaact gctgggcaac tccagcctcg ccatcggcgg tacctcggtc     1200

atcatcgttg tcggtgttgc acttgagacg gtccgcgcgc tggagtctca gatgatgatg     1260

cgccagtaca agggcttcct cgagtaa                                         1287


<210>  1784
<211>  870
<212>  DNA
<213>  Clostridiales

<400>  1784
atggcatggc gcgagatcat ctatcaatac gacggcagct ttgaagggct cctctgctgc       60

gtgtttgaaa gctacacaaa aaaagaacgc cccaccgcga ttttgcgcga tggggacgac      120

gagccctccc tttttgaaat tcgcgcggtc acgacggacc gcgcccacgc gcagcgcatc      180

taccgcagcc tctacaagcg aagtccggaa gtcggcccct tcctgcgccg cgcgtttctc      240

acctgccttc ccgacaagga gatggccatt taccgcttca tcgtcaaatt ttaccgcgag      300

ggcgcgccgc tgctctcgcg cctgagcgac gacacctatc tgccgctgct caaggccgtg      360

cggcagcttt cgggcgaggt cgagcaattc cgcggcttca cccgcttttc cgactttgac      420

ggcgtactcg gcgcggagat cgaaccgaaa aaccgtgtgc tccctgtcct gcgccgccac      480

ttctgcgaac gctatcacaa cgagacgttt ttcctctacg accgcacgca ccgcgaggcg      540

ctgctctata gcggcggcgt gtcgcgcatc gtgccgctca atcactttga aatggcgcag      600

ccggacgaag tcgaggcggg ctatcgccgc ctctggcgcc gcttttacga caccgtcgcc      660

atcgaggcgc gcaaaaatga aaagcttcgc atgacgcaca tgcccaagcg ctactggggc      720

atgatgacgg agtttcagga cgaaagctac ttcaaagccc gtccgaaaga gacgccctca      780

gcttctccag cgcccggcgc tccagccgcg atacctgcac ctgcgacacg cccagaaggc      840

gcgccgcctg ctcctgcgtc agccccttga                                       870


<210>  1785
<211>  849
<212>  DNA
<213>  Clostridiales

<400>  1785
gtcgccatcc cgatctccgg cggcgacaac agcttcatca tctacatccg cgacagtcgc       60

accacggtct cgtcgctgaa ctctgagctg ctgttcatca ttctgcaagc actgctcgtc      120

ggtcttctcg tctcggtgct tttgtcgttc ctgctcgcca agaccatgat cgaccccatt      180

gaaaaactga ccgagggcgc tgagcgcatc gcgaccggcg acttcgacga aacgcttgct      240

gtcgaatcga cggacgagat cggcgttctg accaccacat tcaacgacat ggcgtccgtg      300

ctccactcca cgctcgaagc cgtggagaac gagcgcaaca agctcgacac gctgtttctc      360

cacatgagcg atggcgtcgt cgcctacgac ggcagcggca agctcatcca ctgcaacccc      420

gccgcgtgcg agctcttagg ccgcacggcg gacgagtgcg tgtacagcga gctgtttgaa      480

tccatctgcc cgttttccca tgtcatcacc atgcagcgca gcgactatgt cgagggcgag      540

ctcactgtcg gcgagcgcag cgtggagatc tacttcgctc ccttctccga tgaggagagc      600

ggcggcgttc tcatcgtgct gcacgatgtg accgagcacg caagaccgag gagcgccgca      660

aggaatttgt cgccaatgtt tcccacggct gcgcacgccg ctcacgaatg tccgctccta      720

tgccgagacc atccgcgagg cgggcgacga cttgagccgc gagacggaaa acgacttcct      780

cgatgtcgtc atcagcgaaa cagaccgcat gacccacatc gtgcaggacc ttctgacgct      840

ctcgcgcct                                                              849


<210>  1786
<211>  1383
<212>  DNA
<213>  Clostridiales

<400>  1786
atgttctcct atcttcacca gcccaagggc ttttacaagc atctttttct actggcgctg       60

ccggtcatcg tgcagaattt gatcaccacg tcgctcggct ttctcgatac gttcatggtg      120

ggacttctcg gcagcgatca gatgtccgcc gtcacggtgg cgaacgtgcc agtcttcatc      180

atccagctcg tcgtcttcgg cctgcaaagc ggctcaagcg tgctcatcag ccaatactgg      240

ggccgtggcg accgcgagag catcaaccgc gtcatgggca tcggctttat gatcgcgggc      300

ggcgtgagcg tgctgtttgc cgccattctg tgcgcgtttc ccgcgcaggt gctctacctc      360

atcaccgaca atctgacact cgtggagctg gccgagccgt acctgcgcat cgtcggcttc      420

tcctacattt tcaactcgct ttcctccatc tacatcggca tgcagcgcag catcgaaaat      480

ccgcgcttcg gcatgatcgt cttcgcgatc tcgatgctct gcaacacgct cggcaactat      540

gtgctgatct tcggcaagct cggtctgccc gcgctcggca tcacgggtgc ggcggtagcg      600

acgcttctgt cccgcgtggt ggagttcgtc gtcgcgttct cctacgcgtt ccgctgccgc      660

acgatgccgc tcataaagca cgccatcctc cgccccggca tggacatgct gcgtaaattc      720

ctgcgctaca gcgcgccggt gctcatcaat gagacgctct ggggcacggg cttttcgatg      780

atcacagtca tcatgggcca catggcaaat agcagcgatc tcatcgccgc ctacacgctt      840

gcgggcaata tcgacaagct gatgacctcc ggcgtgttcg gcatcgcggc ggcggtatcc      900

gtcatcgtcg gcaaggagat cggcacgggc aacttaaagg gcgtttacaa catcggccgc      960

gcgctgtgct tcacggcgtt cgcgttcggc attgtgctcg gcctcaccga atacacgatg     1020

ttcgtgacgc tgatgcgccc gttcgtcatg ccgctcttct cgctctcggc ggtcgctgag     1080

cggctttgca gtgtgatgct catgtgctat gcctgcgcca tcccgctgca cagcttttca     1140

accacgatgg tcgtaggcgt gctgcgcggc ggcggcgacg tgaatgcctc gcttgtgatc     1200

gacaatttcc ccctctggtg cggcacgctg cccatcatgt gccttttagg ccttgtgctc     1260

aaggtgccga acgaggtctt ctgcctctgc ctgatgatcg aatacatcat caagtccccc     1320

atcggccttt accgcctgca ctccggcaag tggatccacg acatcacccg catcgacgaa     1380

taa                                                                   1383


<210>  1787
<211>  939
<212>  DNA
<213>  Clostridiales

<400>  1787
atggaagaga actacggcca taagccggta ctgctgcacg agtgcctcgg cgcgctcgcc       60

atcaagcccg acggcatcta tgtggacggc acgctcggtc gcgccggaca ttcgctcgag      120

atcgtgcgcc gcctgacgac gggccgtctc attgcgcttg accgtgacga gaccgcgatc      180

gaagcggcaa accgccgcct cggcgattat ttggacaagg tcacgctcgt ccacagcaat      240

ttcagcgcgc tcgacgctgt gctgcacgag ctgggcgtcc acggcgtgga cgggatgctg      300

tttgacctcg gcgtttcctc cccgcagctc gacgaagcgc agcgcgggtt ttcctacaag      360

caggacgcgc cgctcgatat gcgcatggac gaatccgccg cactgaccgc gcgcgaggtc      420

gtgaatacct attcttatga agagctgcgc cgcatcctct ttgaatacgg cgaggagcgc      480

tatgcgcccg ccatcgcgaa gagaatttgc cagcaccgcg agcaaaagcc catcgaaacg      540

acgcttgagc ttgccgatat catccgttcg gccatgcccg cgagcgcgct gcgcgaaaag      600

cagcaccctg ccaagcgcag ctttcaggcc atccgcattg ccgtgaacga cgagctgggc      660

gagcttccgc cgatgctcga cgcggcggag aaaaatctga aaccgggcgg acggctcgcg      720

gtcatcacgt tccactcgct cgaagaccgc atcgtcaaga agaaattaca ggagcttgca      780

cagggctgca tctgcccgcc ggaatttccg gtgtgcgtgt gcggacgaaa gccaaaggtc      840

aagctcatca caagaaagcc catcgtttcg ggcgaagaag aactcgcaga gaatccccgt      900

gcccgcagcg ccaagctgcg cgtcgcggaa aagtgctga                             939


<210>  1788
<211>  1257
<212>  DNA
<213>  Clostridiales

<400>  1788
atgacaacga tcgaacttct ggaacgcaca aaagctgcct ggggcagcat ccgcagcgca       60

agcgccgagg agaaggaccg gctgctgctc gcgatggcgg agagccttga ggccaacagc      120

gaagatatcc tgcgcgaaaa tgccaaggac atggaggcgg cgaagggcac gatctccgac      180

gtgatgctcg accgtctcgc cctgacggag agccgcatcc acgcgatggc cgagggcatc      240

cgcgaggccg cggcgctgcc cgaccacgtg ggccgcgcgc tcgcgcagtt caagcgcccc      300

aatggtatga ccatcaccaa gcggcaggtg ccgctcggtc tggtcgccat catctacgag      360

agccgcccga acgtcacgtc ggacgccgcg gcgctgtgca tcaagagcgg caacgtctgc      420

atgctgcgca gcggcaagga ggcctatcgc tcctctcacg ccatcgtcac ggcgctcaag      480

gcgggcgttg agtccgtcgg cggcgattcc gacattgtca acatcgttga ggatacaacg      540

catgcgagcg cgcaggtatt gatgacggcg gacggccttg tcgacctgct gatcccccgc      600

ggcggcaagg ggctcatccg cgcgtgcgtg gaaaatgcaa gcgttccctg catcgagacc      660

ggcacgggca tctgccatgt gtacgtcgac agggacgctg acctcaacat ggcggtaaag      720

atcatcgaaa acgccaagac gagccgcccg tccgtctgca acgcggagga ggtctgcctt      780

gtccaccgcg acattgcaaa ggaatttctc cccaagctca aggccgcgct tatcgacaag      840

cgcagggaag cgggccttgt ccccgtcgag ctgcggctcg acgaagccgc ggcggagatc      900

attcccggca cggcggcaac ggagctcgac ttcgacacgg aatttctcga ttacattctc      960

gccgtcgcgg tcgtagatga tctggatgcg gccatcgcgc atgtccagca tcactcgacg     1020

caccacagcg attgcatcgt gaccgagaac caagccgcgg ccgaccgctt tgtcgacgag     1080

gtcgacagcg cggcggtgta cgtcaacgtc tccacccgct tcaccgacgg cggggagttc     1140

ggcctcggct gcgagatggg catttcgacg cagaagctcc acgcgcgcgg cccgatgggg     1200

ctcgacgagc tgagcaccta taaatacgtc atcaccggca gcggccagat ccgataa        1257


<210>  1789
<211>  492
<212>  DNA
<213>  Clostridiales

<400>  1789
tataagaagg agggaagcaa agtgcccaga agaggtaatg ttcccaagag agaagttctg       60

cccgatccta tgtacaacag cgtcctggtg accaagctcg tcaacagcgt gatgctcgac      120

ggcaagaagg gcgtcgccca gaaggtcgtc tacagcgcgt tcgacatgat caaggacaag      180

accggcaacg agcctctcga tgttttcaac caggccatgg agaatatcat gcccagcctg      240

gagaccaagt cccgccgcgt cggcggtgcc acctatcagg tgccgatgga ggtccgtccc      300

gcccgtcgtc agaccctcgg tctgcgttgg ctgacggcct atgcccgtgc ccgtggtgag      360

cgcaccatgg ccgagcgcct ggctggcgag atcatggatg ctgccaacaa cagcggcagc      420

gccgtgaaga aacgcgaaga tacccacaag atggccgaat ccaacaaggc attcgcccac      480

ttccgctggt aa                                                          492


<210>  1790
<211>  2094
<212>  DNA
<213>  Clostridiales

<400>  1790
atggaaaaac attttaaaga gagtgggcgt tttcgcccga tcccggcaaa aggagagaac       60

gagatgaagc agaacatgag aaagagaacg ccgctggccg tgcttctggc gctgtgcctt      120

gccatgcagc tctgcgtgcc cgccgcgatg gcgagtaatc ggctgatgcg cgcgggcgac      180

gcggccatcg cgcagatcga agaggaagag ggcttccgcg cggagaagta ttcctccggc      240

ggcaagtggt acatcggcta cggcacggag tgcggtgccg aggattatcc cgagggcatc      300

acgcgcgagg aggcggagct tcttctgatg agcaaggtcg aggcgtatga ggccaagctc      360

aacgactttt ttgaccgcta cgacgtcacg cccacgcagg ggcagttcga cgcgctgatc      420

tgcttcagct acaatttcgg caccggttgg atgagcggca cgagcgactt ggtcaagatc      480

gcccgcggcg aaaaggacgc gacgcgcctt gaagtggcgc atgcgttcgg cgaatggtgc      540

cattccggcg gacaggccca ggcgggcctt gccgaccgcc gcctgcagga ggctgccatt      600

tatttagatg acgacacccg cgcggcggag gacgagtttg cgtatctcat catcaatatg      660

gagagcggcg cgtcctatga gacagacttc gccgtctacg agatcggcaa gacctacggt      720

agcttcccca aagcggaaaa gctcggctac agctttgccg gcttccggac gagcgacggc      780

aagaccatca cggaaaacag catcgtgaac ggcaacgcgg tcgtcacggc gcagtggacg      840

gcgacgagct acaccggcaa gacctatacc gacgtcaaca agtccgactg gttctataac      900

tatgtcatgg agctgagcga gcagggcatc gtcggcggca acggcgacgg cacgtttgcc      960

cccaaccgtc ccacgagcac gggcgaaatg ctcaagctcg tgctgctctc gaccggccac     1020

aaggagcaga agcccagcac ggcgcactgg gcaagcggct acgcgaccta cgcctattcc     1080

atgggctttg ccgcgcagaa ttacagcgac agccagctca acaacggcat cagccgcctc     1140

gatgtggcgc gctttgcggc caaggcgctg ggctacggcg cgtccaacac ggcctctccc     1200

tttgccgacg tgaacgatgg ctatgtgacg gcgctctatg aagcgggtgt gttcatcggc     1260

acgaaggtcg gcgacctgac gtatttctac cccaacagca gcatcacgcg cgcggaggtg     1320

gcgacgatcg tttaccgcat ctatcagctc agctcgctcg accagaagca gaagatctac     1380

tacaaggact acacgctcga tgtgctcgag ggtgtgccga cgaacaccta taatcagtct     1440

gcgttcgtca agaacggcag catcatgacc tacaacgatc ccagcgtgcg cacgcgcgtc     1500

ggtatcgacg tgtcgcagta tcagggcgat gtggactgga acgcggtcgc gcgcactgat     1560

gtggactttg tcatcgcgcg cgtgggcggc cgcggctaca ctgtgggcgc gatctatgac     1620

gacacgaagt ttgacgagta tgccgacggc gcggcgagag cgggccttca ggtgggcgct     1680

tacttcttct cgcaggctgt gagtgtggca gaggcgcagg aggaggccta tcacgtgctc     1740

gacaagctgc gcggccatga gatcacgggt cccgtcgtct tcgactggga ggtcatcggc     1800

aagagcgagg cgcgcaccta cggcatcgag accggcgtgc tctgcgctgc ggcgaacgcc     1860

ttctgcaaga tcatcaagga cgcgggctat gacccaatga tctacatcac cgactacgcg     1920

ggctacgtca agtatgacct cagcgaggtc atggattacc cgctgtggta cgcgcgctac     1980

gatgtggacg cgccctcgtt ctactacgat tttgccatgt ggcagtattc atccaagggc     2040

agcgtggacg gcatcaaggg caacgtcgat atggacatct ggttcatcaa gtaa           2094


<210>  1791
<211>  1590
<212>  DNA
<213>  Clostridiales

<400>  1791
atggctgaag aaaagaagaa gcttatccaa ttcaagaaca tcgtcaagag ctttgaggac       60

ggacaggtcg ttctcaaggg cgtctctctt gacatttacg aaaatgagtt cgtcacgctg      120

ctcggcccct ctggctgcgg caagacgaca ctgctgcgca tcctcggcgg ctttttgcag      180

ccgagcgagg gcaaggtgct cttcgacggt gaggacatcg tcagcgtccc gccctacaag      240

cgcgagatca acaccgtctt ccagaagtat gccctcttcc cccacatgga cgtgtacgac      300

aacatcgcct ttggcttgac gctcaaaaag gagccgaagg acgtcatcga gcagaaagtc      360

atgcgtatgc tgcgccttgt tagccttgag gactatgccc accgcaacgt gaccgagctc      420

tccggcggcc agcagcagcg catcgccatc gcccgtgcgc tcgttaacga gccaagcgtg      480

ctgctgctcg acgagccgct cggcgcgctc gacttaaagc tccgcaagga gatgcagcag      540

gagctcaaat acatccagca ggaggtcggc atcacgttca tcttcgtcac gcacgatcag      600

gaagaggcgc tgacgatgtc cgacaagatc gtcgtcatga atgcgggtga aattcagcag      660

atcggtacgc cgaccgaaat ctaccgcacc cccgtcaacg aattcgtcgc caagttcatc      720

ggcgagacga acatcatcga cggcgtcatg cttgaggacg acctcgtcat gttcgaggac      780

aagaagtacg cctgccgtgc ccgcggctac aataagaacg aaaaggtcga cgtcgtcatc      840

cgccccgagc acctcgacat tgtcccgcgt gccgagggta tgctcaaggg cacggtcaag      900

tctcagcttt tcaagggcat gcactatgaa accgtggtcg aaacgcgcgt cggtacgtcc      960

atcaccgtga agatgcaggt ctcgcaggac cgccctgtct acaacgagga aaagggcgag     1020

aagatcagtg cgaacgcctt ccttctggac gtggaggacg tcgaagagct cgacgacgcc     1080

aaggtcgtcg ccctcgcctc tgccgaggcg tgggacgccg agaccgagga gcccatctcc     1140

atcaagaccg tcgaatacga catcaagccc gagaccggca actacaccgt gacctttgcc     1200

accgcgaacg acacgtctat caccgtcaag gtgctcgtcg tagcgcagaa ccgcgtcgag     1260

agcaaggtct atcaggaaga aatttacgcg atgaacttct tcaaaaaggt cgaggacatt     1320

caggagagca tcgcgctcga caccgacctt gagacttggg ccagcgcgtc ggcgtggtcc     1380

ctcgaagacg gcgagcaggt cgagatcacg gacgtcaagt acgacttcga ccccgagacc     1440

atcaccccgg gcgtttacga tgtgaccttc tccaccgagg gctatgagta caaggtctcc     1500

accacccacg cctttgaaga gggcgagcag gtcggccttg tcttccgtcc cgaggacatc     1560

cacgtgatga agaaggaggg ccagtggtga                                      1590


<210>  1792
<211>  1131
<212>  DNA
<213>  Clostridiales

<400>  1792
aaaaaagaaa gaaggtcatt ccccgtgaat attgcgctgc tgggcttcgg caccgtcggt       60

tcccattttt ataagctgtg cgaggggcga accgatctgc atgttgcagc tgttctctcc      120

cgccgtcccc gcccggagct cacatgcacc gtgaccgccg attacgacga gatcgtgcgc      180

gatccctcga ttgatattgt ggtggaagtc atgggcggca tcgagccggc gtacagctac      240

ctctgcgcgg ccatgcgtgc gggcaagcac gtcgtcaccg cgaacaagca gctcatgtgc      300

gcccactttg aagagctcac ctcccttgca aaagaaaaag gcgtggcgct gcgctgcact      360

gccgccgcgg gcggcggcat tcccttgctc acctctctct cccgcgcgtc tgagcttgat      420

gagatcaagg ctgtcgaggg cattctgaac ggcacaacga attacatgct ttccgccatg      480

acgaattccg gcgcggatta cgcgcccgcg ctccgcaagg cgcaggagct cggctacgcc      540

gaggccgacc ccaccgcaga tgtcgagggt ctggacgcgc gccgcaagat cgtcctctcc      600

gccgaccttg ccttcggcgt gaacatcagg gaagaggaca tcccctgtgt cggtatctcg      660

tccatcaccg cggacgacat cgccaaggcg aaggacgagg gcctgaccta caagctcatc      720

gcccgagcgg agaaaaacgg ccgtgccgtg gccgcgttcg tctgcccgac gcttttcccc      780

tcctccgcgc ccgaggcgca caccgacggc accggcaacc tcgtcacgct gttcgcatcg      840

cgttttggca agcagagctt ttccggcgcg ggcgcaggcg gctacccgac cggctcgaac      900

gtgctgcgcg actgtctcga cgtcgccgac ggctgccgca gcttctatgc tgactctttc      960

accccttgct cggtgaacct atccggcacg cagtgcaagt ggctgttccg ctgcatgggc     1020

gaatacttta cccgcgagtg cagcgcccgc gcggcgttcg acgcctatga atcttaccga     1080

aaggacgacc cgcacgcgct gcttgcgcgc tacgcggccg aagaggaata a              1131


<210>  1793
<211>  492
<212>  DNA
<213>  Clostridiales

<400>  1793
atgctccgac tgacgggcag tgcactgatc ctcggcgcag tgctgtggct gcaaaggagt       60

ttccatttac gtactttact gcggcaaagg acgcttcgcg cgctttccgg tgcgtttctc      120

gcactcgaga gcgccgtccg attgacgctg acgccgctgc ccgcgctgct gcggcacttg      180

agctgcgaac cagaagccgc gggcttcttt gaaggtgtga ccgccaatct tgcgcgcggc      240

gaaccgcttg cctctgcatg ggagcacgcc gcaaagactc ttcccatcgc cgcgcgggag      300

cgggagactg tatcggcgct gggacacgcg ctcggcgggg atgaggaaag cgtctgcgcc      360

gcgctgacgc tcgcggcaag cgagctctcg cgccttgaag aggagctgcg gcaaagggag      420

cgcgaaacgg gccgcatcac ggcggcactg tgcctcggag gcggggcaat gctctgtatt      480

ctgctgctat aa                                                          492


<210>  1794
<211>  744
<212>  DNA
<213>  Clostridiales

<400>  1794
cgtttatctg cgccccgcgc aagcagagcg cctgagaagc tccaaattga accagtaagc       60

aaaaacacat taaaatatat tttttcggag gtcaaagcaa tggaagccaa attcaacgag      120

aaagtacaca tcatgaacca ccccctcgtc gcccacaagc tcaccatcat gcgcgatgaa      180

aacaccagcg tcaaggattt ccgcgagctc gtgtccgaga tcggtatgct catcacctac      240

gaggccacgc gcgacctccc gctgaccacc aagcacatca agacccccat ctgcgagatg      300

gacgccccca cgctcgcagg caagaagttc gttgtcgtcc ccatcctgcg cgccggtctc      360

ggcctggtcg acggcgtgct gcgcatggtg ccctccgccc gcgtgggcca catcggcatg      420

taccgcgatg aagagacgct cgagccccac ccctacttct gcaagatgcc caaggatgtt      480

gccgagcgcg acgtgatgat cgtcgacccg atgctcgcca ccggcggctc tgcctgcggg      540

gctatcggag agatggtcaa gcgcggctgc aagcacatca cgctcatggt gctcgtcgcc      600

gctcccgagg gcatcaaggc cgttcaggag aagtaccccg atgtcaacat ctacgccggc      660

gcactcgatg atcatctcaa cgagcacggc tacatcgtcc ccggcctcgg cgacgcgggc      720

gaccgcattt tcggcacgaa gtaa                                             744


<210>  1795
<211>  687
<212>  DNA
<213>  Clostridiales

<400>  1795
ttctatcgtt ttgctccgtg ggcagaatgc cgcttccctt cacgaggggt gacatacttg       60

ctgagtcgaa cgaacagaag agaccgccgc ggcgctctgc cgcagcgcgt gcctgtgccg      120

atgctggtgt tatcggcgtt tattgtgttg ggtgtgatcc ttgggtacgt gtttgcgctc      180

cggtcgctgc agagcgcgga cggcgagctg aaacagtatt tcgacgcgtt tttatcgggc      240

ggcgtgaaca ggccgttttc ggtaagggcg ctgggcgaaa cgctgttgtg ctatttccgc      300

acgccgggta tcgtgttttt gctgggcttt gcgtccatcg gcattgtggc ggtaccgctc      360

gtgtgtgcgt gccaggggtt tcttctatcg tactcgctgt tctgctttgc gctctcgctc      420

gggcggggga gctttccgtt gctgctggcg ctgttcggca tccggtttct ggcggtgctg      480

ccgtgcacgc tgctgctcgg gaacgcgtcg cttgacaagt cccgcgcgct gctgtcgctt      540

tcgcttggcg gcgggggacg gggacgcgca gtcagctacg ggagcgcgta ctggtaccgc      600

tttggcattt gttgtgtgtg tttattgttt gccgctctgc tggagctgtg gctcgtgccg      660

cagtttttgc tgctggcgtc gtcttga                                          687


<210>  1796
<211>  1251
<212>  DNA
<213>  Clostridiales

<400>  1796
gtgcatgaac atggacatgg cgatgccgat gcccacgatt gctcatgctc atttgcctgc       60

ccgatacgca cagaaacgaa attgccgccg ctgattgaaa gcgcgcagaa gggtcttgcc      120

acccgaacat cgtttgacct gaagcgggga gctcatgagc tccccgcttt ttttgtttgc      180

ttttgggata aaggaggaat tcacttgatc gaactcaaga acatttccaa ggacttcggc      240

tcgggcgaaa aggccgtgca cgccgtgcgc gacgtgtcgc tctccatcgg ctcgggcgag      300

atcttcggga tcatcggctt ctcgggcgcg ggcaagtcca cgctcgtgcg atgcatcaac      360

cttttggagc ggccaagctc cggcagcgtc ttcgtcgcgg gacaggactt gacggtgctc      420

tctgccaagg acctgcgcgc ggcgcgcaag aagatcggca tgatcttcca gcacttcaac      480

ctgatgccgt cgcgcacggt ggccggaaac gtcgcctacc cgctcaaggg cagcggcctg      540

agcaaggagg atatccagaa gaaggtcgca acgctcttgg aactcgtcgg catcggcgac      600

aaggcggacg cctaccccag ccagctctcc ggcggacaga agcagcgcgt cgccatcgcc      660

cgcgcccttg ccaacgaccc acaggtgctt ctgtgcgacg aggcgacctc cgcgctcgac      720

ccgcagacaa cgaaggcgat cctgcacctt ctcaagcacc tcaacgaaac gctcggcatc      780

acgatcgtgc tcatcacgca cgagatggct gtcgtcaagg agatctgtga ccgcgttgcc      840

gtcatggaat acggccgcgt tgtcgagcag ggcgaggtct tcacggtctt tgctgagccc      900

aagcaggaca tcacgaagag cttcatccac acgacctcga acctccggaa ggtcgaagag      960

ctcatcgccg aggattcccc cgtcacgcgt ctccagcccg gcgagctcat cgtccgcctg     1020

tcctatgttc agcgcaacgt caacgagccg attatctccg ccgtgtcgca gatgttcaac     1080

gtctcgctca acatcatttt cgccgatatc accatcgtgc aggattcccc catcggcgga     1140

acggtcgcca tcatcagtgg cgagagaaag cagatcacga aagcgatcga atacctgatc     1200

gaaaaaaatg tcggagtgga ggtcatcaaa gatgcaagag ctgatcgtta a              1251


<210>  1797
<211>  1089
<212>  DNA
<213>  Clostridiales

<400>  1797
aaatttcgac aggaggtcat ccttatgaat atcacgatca ctaagactac ccatcccggc       60

acgctgcccc cgtccgacca gctcggcttc ggcaccgtgt tcaccgatca tatgttcctg      120

atggactaca gcgccgacaa gggttggcat gacgcgcgcg tcgtgcccta cggccccatc      180

acgatgtccc cggccgcgag cgtcctgcac tacggcaccg aggtctttga gggcatgaag      240

gcttaccgcc gtcccgacgg cggcgtacag ctcttccgcc cctgggagaa cgtcgcccgt      300

ctgaaccgct cctgcgagcg tctgggcctg ccccagcttg atcccgacga tgcgctgcag      360

gccatcaaga ccgtcgtcaa ggtcgacgag aactgggtcc cgagcgatcc cggcacgtcc      420

ctctacatcc gtccgttcct gtacggcact gacccgacgc ttgccctgca cggcgtgcat      480

gaggccacgt ttgctatcat cctctccccc tccggcagct acttcaaaaa cggcttacag      540

cccgttccca tcatggtcga gaccgaggac gtccgcgcgg tgcgcggcgg cacgggcgaa      600

gccaagtgcg gcggcaacta cggcgcggcc aaccgcgcgg gcgaccgtgc catcgaaaaa      660

ggcttctctc aagtcctgtg gctcgacggc gtggagcgca agtacgtcga agagggcggc      720

ggcatgaacg tcatgttcaa gatcaatggc accgtcgtca cccccgcgct gactggctcc      780

attctgcgcg gcgtgacgcg caagtccgcc atcgagctct taaagagctg gggcgtgccc      840

gtcgaggagc gtctgctgag cgtggacgag ctctttgacg ccgcggcgtc cggcgcgctg      900

gaggaggcgt ggtgcatcgg caccgccgcc gtcatctccc cgatcggcga gctgagctgg      960

ggcgacagag actacaaggt caacgacaac aagatcggtg cgctgtctca gaagctctac     1020

gacgagctga ctggcatcca gtggggcacg aagcccgacc cgttcggctg ggtctgcccg     1080

atcgactaa                                                             1089


<210>  1798
<211>  1350
<212>  DNA
<213>  Clostridiales

<400>  1798
ttctgttgtg aaggtgttac catgactgcg attttgaatc tggccgttgc gctgctcgca       60

gggcttttga tgacccgtat ttttagccgc tggcatctgc ctgatgtcac ggcatttctt      120

gtgacgggcg ttctgatcgg accgttcgtg ctgggccggc tcggcattcc gggcctcggc      180

tttgcaagct acgaccaggt cgaggcgctg agcatgatct ccgatgtggc gatgggcttt      240

atcgcctttt ccatcggcaa tgaattccgc ctgagccagc tcaaaaagac tggcaggcag      300

gcgatgatta tcggcgtctt gcaggcgctg gccgcgctgg cctttgtcga cattgcgctc      360

gtgatcttcc acttcctgcg ccccgacgtg ctgtccgtcc ctgcggccat cacactcggc      420

gcgatcgcca cggccaccgc acctgcgacg acgctgatgg tcgtgcgcca gtacaaggcc      480

aagggcgagc tgacggatct gctgctgcca atcgtcgcgc tcgacgacgc ggtgggtctc      540

atcgcatttg ccgtatcctt cggtattgcc cgcgcgatgg acagcgcaca gttcagcctc      600

gcaagcattt tgctctctcc actcattgag atcgtcggct cgctgctgct cggcgcgctt      660

gcgggtttcg tgctcacgaa gcttgagact atgttccgct cgaactcgaa ccgcctgtcg      720

ctgagtatcg cgttcatctt tctgatggtc ggcctgtccg cagtggactt caccgtcgtg      780

ggcgtggact gcggcttttc gccgctgctc gtgtgcatga tgctcggcac ggtgttctgc      840

aacatctgcc cgctgtcgga cgatttgatg aaccgcgcgg acaagtggag cacgccgatg      900

ttggcggtgt tctttgttgt gagcggcgca aacctgcgct tgagcgtctt ttctcagggt      960

gtgctcgtgc tcatcggcgt tgtgtacatc atcgcgcgct cggccggtaa gtattgcggc     1020

gcgcgctggt cggccaaggc ggtgggctgt gaccacacgg tgcagaagta ccttggcatc     1080

atgctgctgc cgcaggaagg tgtggcgctc ggtatgtgcg tgagcgcaca ggggctcggc     1140

gcggatggcg agctgatccg caagatcatc ctcttctccg tgctgatcta cgagctggtc     1200

ggcccgctgg cgacaaagga atctctcaag gccgccggcg cgatcaccga aaagcccagg     1260

gaagtcctcg agcgccgcga gcgcaagctc gccgaggccg agcccaagga attcctcgag     1320

cgccgcaagg agcgcgcaaa caaaaagtaa                                      1350


<210>  1799
<211>  867
<212>  DNA
<213>  Clostridiales

<400>  1799
aatatgaaag caaaggttta tttttccgag cagatcacgc cggaaaaggt cgtggagctc       60

tacaaggccg tgggtctcga gctgcccggt aaggtcgccg tcaaggttca ctccggcgaa      120

ccgggcaacc agaactttct gacgcccgag ttctggcagc cgatggtcga gaccgtacac      180

ggcaccatcg ttgactgcaa caccgcctat cccggcgagc gcaacacgac caacgcccac      240

cgccgcacga tgatcaaaca cggctggagc aagctcttcg atgtcgacat tctcgatgcc      300

gagggtcccg atcttgagct ccccatcccg aacggcaagc gcatccagaa gaatctggtc      360

ggcaaggata tcaaaaatta tgattccatg ctcgttcttt cccacttcaa gggccacccg      420

atgggcggct tcggcggcgc gctcaaacag ctctccatcg gatgcgcgtc cagcgcaggc      480

aaggcgaaca tccatggcgc gggcaagccc gaagagatgt ggacgaccga gcagaatgcc      540

ttccttgagt ccatggccga cgcggcggag tccgtcgtca agcttttcga cggcaagatc      600

gtctacatca acgtgatgaa gaacatgtcc gtcgactgcg actgctgcgc cgtggcggag      660

gacccgtgta tgaaagatat cggcattctc gcctcccttg accccatcgc catcgaccag      720

gcgtgcctcg accttgtcta cgcgtccgac gatccgggcc gcgaccacct cgttgagcgc      780

atcgagagcc tcaacggcgt ccacaccgtg gaggccgccg ccgagctcgg cttcggttcg      840

agagagtatg agctgatcga gctctaa                                          867


<210>  1800
<211>  645
<212>  DNA
<213>  Clostridiales

<400>  1800
atgagaagcc ggtttgatga acagcttgcg cttttgaacc gcgagctcat tgagatgggc       60

gcgctgtgcg aggaggtcat cgccctttcg gcacaggcgt tgacggaggg caacgcggag      120

ctggccgcgc gcgtcgcacc gctcgatcag gagatcgacc gcaaggaccg cgagatcgag      180

tcgctgtgcc taaagcttct tttgcagcag cagcccgtgg caaaggacct gcgccagatc      240

tcggcggcgc tcaagatgat cacggacatg gagcgcatcg gcgaccaggc cgaggatatt      300

gccgagatca tcacgttcct cggcgggcgc ggtgcggaaa acagtaatct cctgcgcgag      360

atggcgcgct cgaccatcaa gatggtgacc gagagcgtgg atgcctatgt caagcacgac      420

acggcgcttg ccgatcaggt catcgctgag gacgacaccg tggacgacta tttcgcgcgc      480

gtgaagaagg accttatcaa gcgcatcgcg caggaccctg atgatggtga attcgcactc      540

gacctgctga tgatcgccaa gtattttgag cgcatcggcg accatgcgac gaacatcgcc      600

gaatgggtca ttttctctgt gacaggagag cataaggagg ggtaa                      645


<210>  1801
<211>  1185
<212>  DNA
<213>  Clostridium

<400>  1801
atggcaaaag gaagatttgg cattcacggt ggacagtata taccggaaac cttaatgaat       60

gcagtcattg aattggaaga agcatacgaa cattataaga aagatccgga atttattaag      120

gagttagata cactgcttca tgaatatgta ggaagaccgt caggacttta ctatgcggca      180

catatgaccg aggatttggg cggtgcgaaa atttatttaa agcgtgagga cttaaaccat      240

accggttccc acaaattgaa taatgcactg ggtcaggcct tgttagcaaa aaagatggga      300

aagacccgtc tgattgcgga aaccggtgcc ggccagcatg gtgtggcaac agcgactgta      360

gcagcacttc ttggaatgga atgtgaagtt ttcatgggaa aagtggatac agacaggcag      420

gctttgaatg tataccgcat ggaattatta ggggcgaaag tacatgctgt gacaagcggc      480

acacagacat taaaagatgc cgtcaacgaa acactcagag agtggacaaa acgcattgag      540

gatacccact atgtaattgg gtccgttatg ggaccgcatc catttccgat gatggtgcgc      600

gacttccaga gtgttattgg acgcgagatt aaacagcagt taatggaaaa agagggacga      660

cttccggatg ccgtgcttgc ctgtgtaggt ggcggaagta atgcgatggg tgcattttat      720

gaattcattc cggatgaaag tgtccgcctg attggatgtg aggctgcggg acgaggaatc      780

cataccgcgg aaacagcagc gacaattgca accggaacaa tgggtgtttt ccacggcatg      840

aaatcctatt tctgtcagga tgaatacgga cagattgcac cggtttactc gatttctgcc      900

ggacttgatt atccgggaat cggaccggaa cacgctcatt tgtatgacac aaaaagagca      960

gaatatgtac cgattaccga tgatgaggca gtggaagcat ttgagtattt atcccggatt     1020

gaaggaatta ttcctgcgat tgagagttct catgccttgg cttatgcaag aaaattagca     1080

ccgcagatgg ataaggataa aataattgta gttaatatct ccggacgagg agacaaagat     1140

gtggcagcga ttgccagata cagggggatt gaaatcgatg aataa                     1185


<210>  1802
<211>  477
<212>  DNA
<213>  Clostridium

<400>  1802
agtgaggaaa tgaaaatgaa aacattagaa ggaaacgtaa ttggaaaagg actcaaagtt       60

ggtattgtgg cagcaagatt taacgagttt attgtaaaca aactgattgg cggtgcagag      120

gatgccttag tacgtcatgg cgtggataca aaggatgtgg aacttgctta tgtgcccggc      180

gcttttgaaa ttccgattgt tgcacagaag atggcagcaa gtggaaaata tgatgcagta      240

atctgccttg gtgccgtaat caaaggttca acttctcatt atgattatgt ctgcgcagag      300

gtaagcaaag gagttgcaac cgttggttta aataccggag taccgactct gtttggtgta      360

ttgacaaccg ataatattga gcaggcaatt gagcgtgccg gtacaaaagc aggaaataaa      420

ggatatgatg ttgcatgttc tgccattgag atggtaaact taatgaaaga gttataa         477


<210>  1803
<211>  894
<212>  DNA
<213>  Clostridium

<400>  1803
atggcccgaa agaaaaagaa ggcggaacag gagggtatta gcgccggatg gattaatacc       60

tttgccgacc tgatgaatct tttgctttgt tttttcgtcc ttttgttttc aatgtcgact      120

gtcgatgctg ataagtacga acagttagta acatccatga cggagcggat taatatcttt      180

gatggtggcg gtgctgctgt tggggaaggt gcatttgtat caagtggaac cgatcaactc      240

gtttcgattt cggagtattt taacgaatat gaaaattccg gagaggacaa tcagaaatcg      300

gaagaacagg ttgacaagca ggatggtaac aaatctgagc agggcaacca gtcaaccgga      360

gaaaagccga tgaatgataa agcgaaagca gaagaggaat ttttaaaaaa acaacagcag      420

gaacaaaagg aaaaggcaga aaaattgtac aaagaactca cacaggatgc agaacatcag      480

aacgtggaag accagattaa cattaatatg gataaaaaat atcaatttgt tcaaatttca      540

ttaaatggtg cactgctttt tgaatccggc gatattgagt ttaagaaaaa catggtgcct      600

ttgatgagca aagtcggaga tattttgaag cgatatgcag accatcggat caaaattgaa      660

ggacacacgg ataatgttcc aatttccggc agatacaaga acaatatgat gctttcaaca      720

gcacgtgcga atacggtgtt tgaatatttg gtaaataaaa aacatatgaa gccaaaggag      780

acggaaattg agatttccgg tatgggtgag tatgagccgg tggcatccaa taaaacaaga      840

aaaggacgcg ctcagaaccg gcgtgttgag attaagattt atacaagtaa gtaa            894


<210>  1804
<211>  591
<212>  DNA
<213>  Clostridium

<400>  1804
atgaaaacga taagcattgg gaaggaagaa ttggatatga gagtgattgc aggaaaggca       60

aggcggcttc ctctagtctc tccggagggc agggggacaa gacctacgac tgaccggatt      120

aaggaaacgc tttttaatat tttacaggat gacattccag gctgccgttt tttggattta      180

tttagtggaa gcggagcaat tggaattgag gcaatcagca ggggtgccaa agaagcagtc      240

tttgttgaat ttggcaaaga agcactttcc tgtattcggg cgaacttaaa aaaaacaaag      300

ttagaaagcc aggcagttgt atttccggtg gaagtcagtt atgcgatttc caaactggca      360

agacagcagg aaacgtttga tattatttat gccgaccctc cctatgagag agggtttgag      420

tcaaagattt tagagtggct tggtgatgct aaaatcatga atccggatac gattctgatt      480

ttagaaactt cgttagacac accggtcgat tatgtcgaca ccgagcagtt tgaaattgtg      540

agaatcaaag aatataaaaa caatcagcat gtgttccttc gtgccaaata a               591


<210>  1805
<211>  1068
<212>  DNA
<213>  Clostridium

<400>  1805
atgagaaaaa atttcatgaa aaaggtagta gcaggaatgc ttactgcagt aatggcgttt       60

tcccttactg catgtggagg tggcgatgct tccacaaatg acacagcgaa agaagaggga      120

tcttccgatg taattacggt tggattttca caggtaggtg cagaatctga ctggcgtaca      180

gcaaactcag aatcaatgaa atcaacattt accaaagaca atggttatga attgattttt      240

gacgatgcac agcagaaaca ggagaatcag atttcagcca tccgtaactt tatccagcag      300

gatgttgact acatcgtact tgcaccggtt actgagaccg gatgggatgc cgttcttggt      360

gaggcaaaac aggcaggaat cccagttatc attgttgacc gtatggtaga tgtaaaagat      420

gacagtttgt atactgcatg ggtaggttct aacttcgaac tggaaggtaa aaaggcagca      480

gcttatctgg atgcttacat gaaagcaaag aacatgaaag atatgaaact ggttaatatt      540

cagggtacaa tcggtgcatc ggcacagatt ggccgtacca aaggtttgga tgatgctgta      600

gctgcaaatg gatggaatct tcttgacaaa acaaccggtg aatttacaca ggcaaaaggt      660

caggaagtta tgcagtcctt cttgaagaag tacaaaaaag acatcaatgt tgtatactgt      720

gagaacgata acgaagcatt tggtgcaatt gatgcaatca aagcagcagg ttatgaagtt      780

ggtgcagaca aagacatgat ggtattctcc ttcgatagta caaaagaagg tttgaagaaa      840

gttcagtccg gtgaaatcac tttgaacaca gagtgtaacc cacttcatgg accacgtgta      900

gaagcaatca ttaaacagct tgagaacaaa gaaacaccag agaagaaagc ttacgtagat      960

gaagaaatgt ttgcccatga tgatactgta aaatcggtaa ctgttgacgg aaaagagtat     1020

ccggtaacgg ttgtgacaga tgaggtaatg ggtgctcgta agtattaa                  1068


<210>  1806
<211>  1725
<212>  DNA
<213>  Clostridium

<400>  1806
atgactataa caaaaaaaat cttatttttc ttgggtgctg tatttttttt aacatgcagc       60

agtacttata tcaaagtaca ggcagctcag gatatgcctg ataaatccgt acaaatcgga      120

aaaaaaacta caatgcaagt gaaagattca acactttcaa cgcaaaacaa agccgcttgg      180

atatggaaaa gcagtgattc cagcattgct tccgtaaaca aacatggcac cgtcaccgga      240

aagaaaaagg gaaccgttac aatttctctc aaaattcccg gtaaaccaaa cgatattacg      300

gcttctgtac gtgtcgtttc ctattttcgt accaaatcaa tcaaaataac aaacaaacca      360

aaagaagcca tcgcaaccgg cgatagactg gaattgaaaa cattggtaaa accccataat      420

gcgcgtttta agaaagtaat tttcacctcc tcaaataaaa aagttgcatc cgtttcaaaa      480

aaaggcattg taaaagccaa aaaaaaaggt tctacaacca taaccgcttc ggtaaaagga      540

acagcaaagc gcacttcatt taaattaaaa gtaaaaaaac gcatcaagat aaaaaaaatc      600

acactttccg gagaaaatac cgcacttgtt ggtgaacaaa tagcactgac aactactctt      660

tctccaaaaa acacaacgga tgataccctt gttttttcgt caaacaatcc aagtgttgcc      720

acagtcaatg aggatggtgt tgtcacatcc caccatgcag gaaaggttac tataacagtt      780

cgcgtgaaag aaagtaaaaa aaaggcaaaa catcatatta ccattgagga tataccatat      840

acctcaatag aatttgcaaa gaacaatcct gtttcgttag aatccggaac atcacataaa      900

atgcagttag tcacaggtcc ggccaacgca acggatcatc gaatcaaatg gacatccagc      960

aacaaaaccg ctgcaactgt tgatgaaaat ggtacagtaa ctgcccttcg tccaattgaa     1020

actgttacta ttactgcagt atataagaca aatccagctc ttacatgcag ctggaatctt     1080

aaaatcactc gtacaaaagg ctacattacg aaacaaatgt tagataacct tgacttaact     1140

tccataaaaa aagtgatgat taccgcacat ccggatgacg agacactttg gggcggcgga     1200

catcttatag aaggtgaata tctcgttgtc tgcatgacgc atggctggaa tccaaaacga     1260

agaacagcct ttgagcaaac aatgcgtacg acaaatgaca aatacctgat tttggattac     1320

ccggacgtcc gaaaaacatt tagtaacgga aagtatgaaa ccgatatgct ttccacatgt     1380

aaaaatgcta tgcaggaaga tattaatctt atcttatcct acaaaaaatg ggatttgatt     1440

gccactcata atccttttgg tgaatatgga aagtttttac acaaaacgat ttcccaaatg     1500

gtaacacaat gttataataa gatgaccaat aaatctgcta ccctatatta ttttggacgc     1560

tattacaatt caagcaataa aattccggga gaacagattg ccccggaact tcttgcaatt     1620

aaaaatagta tggtaggccg ctactatcca acagcgaaag gggccattga cgcatttgga     1680

catatgatac catatgagaa ttggcttctt ccatcagaat ggtag                     1725


<210>  1807
<211>  900
<212>  DNA
<213>  Clostridium

<400>  1807
atgaatcgag ttcgtaaagc ggttttttca gaagcagtgc ataaacaagg aattttagga       60

aagggcatcg gggttgcgat tgttgacacc gggctttttc cgcatccgga ttaccgctca      120

cgcatcaccg gatggtacga tgctctctat caaaagcctg cgccttatga cgacaacggc      180

cacggaagcc acgttgcagg gattgccgcc ggagcaggaa ccttttctca tggaaaatac      240

aaaggcatcg caccgcaggc aaatctaatt ggggttaaag tgttaaacag taagggcaac      300

ggcaccattc atgacatcat gaatgggctt cagtggattc ttaaaaatca ggagtgctta      360

aaaatccgca ttgtaaatat ttccattggc accaatgacc gacatgccta tcccgaagac      420

agtgcttttg tccgcaaagt taatcagctt tgggatgccg gtattatcgt ggttgctgcg      480

gccggtaatc agggacctga cccacagact attagtgcac ccggaaactc ccgaaaaatt      540

atcaccgttg gctcgtatga ttttgccgaa agaaccgatg taattccttc ctctcactcc      600

ggcgcaggtc ctacgttttc ctgcatcaaa aaaccggacg tcgttgcgcc cggttctcat      660

attatcagtt gctgccctcc cgacaaaaca aacggctctt tctactcaaa gaaaagcggc      720

acctccatgt ccacaccaat tgtgagcggt gccattgccc tgcttttaag taaatatcct      780

tccatgagcc caagagagac aaaaatccgg ctgaaaaact ccagcacgga tcttgctctc      840

ccccacacac gccagggatg gggttattta agtattcctt ccttacttag taccttctga      900


<210>  1808
<211>  885
<212>  DNA
<213>  Clostridium

<400>  1808
atgcgctatt tacttcatga atcggaccat ccgatttcaa ccgattacta ttatgaatgt       60

cgaaagacaa caaacgacca ttttccaata attcctgccc atacgcatga ttattatgaa      120

atttatatct atctcagtgg ctctgttatg ctgtttattg aaggccgcat atataaagta      180

aaacgtggag acattatggt tattcctccc tatacaattc atcagcttct tctcacttca      240

gaagaacaac taaatgatga atatgaccgc acctatatgt atattacccc tgcctgccta      300

tcctccttcg ggtttaatga atactctcta ttagagccga ttgaactggc aaaagaaaac      360

aaacggtatc attttaatat tgccgattct gatgattttg agcgcatatt tcagtgtttt      420

atgggaattt accagaattc aaagagagaa ttccgcgaaa aagaaatgtt aaaccgtgcc      480

catattttag aggcggttac actactaaac aaacacattc ttttagatat gaaaccacga      540

aaagcaacac acgtgaaccc cttgattgat aaggtgctgt cttatattaa tgaacattac      600

aaagaggatt tatcactgga gcagttagcc ggtcactttt atctgaataa atttacgcta      660

gcaaaattat tcaaagaaca gaccgaccga accgtacata attatattat actaaaacga      720

atcagcatgg caaaacaaaa aataacagag gggatgctcc cctctgttgt ataccaagat      780

gtaggatttc gtgattattc tactttttac cgtgcctttc tcaaaatgga gaaaatttct      840

ccaaaagaat ttgcacgttt ctgctccgat aaaaaggaca attag                      885


<210>  1809
<211>  636
<212>  DNA
<213>  Clostridium

<400>  1809
atgaaacagc atcgtaagat gttccagtat gtggaagaaa tgctttacag ctatgaccgc       60

agaaagggcg ataagagtaa gaacaaaatt gaatatgacc gatacgccca cacactgcgg      120

gtttatcagt ggatgctccg cattacgaga gagttaaagg atgacagttt agatgttgaa      180

tccttaaaga ttgcaacaat tttccatgat gtaggatatg ccgtgcaggg agatgaagga      240

cacgccaaag aaagtgccgc tatttgcaga gattatttgg aacggcgtcc gtatacgccc      300

gagcagattg attttatctg ctatttgatt ttagaacacc caaataagcg gcttttgcat      360

gagaaaacaa cgccactgga gttggttgtt ctgatggaag cggatatgtt agatgatacc      420

ggggcaatgg gaattgtact cgattcgtgg attacatcca aagaagaaaa tccatcgttt      480

aatgaggttt gcaggcattt tgaaaaatat acctaccgtc atatgaaaca gatggatttt      540

gtgacagcac ccggcaagcg tttctggcat gaaaagagaa cgcttgtgta tgaatttttg      600

aggcagtacc gcagggattt aggtttgatg gattag                                636


<210>  1810
<211>  579
<212>  DNA
<213>  Clostridium

<400>  1810
gctgaaacca tgatacttct aattgataat tacgatagct tttcgtataa tctggtgcag       60

ttttttggaa cagttgagcc ggatatcaaa gtggttcgca acgatgaatg caccattgat      120

gaaattcggg cgatgaagcc aacgcacatt attttgtcac cgggtcccgg atatccgaaa      180

gatgccggta tctgtgagaa agtaatcggg cagttaaaag gtgaatttcc aattcttggt      240

gtgtgtcttg gacaccaggc aatttgtgaa gtgtttggcg ctaaaatctg tcatgcgaaa      300

cagttaatgc atggaaaaca aagtgtggta acgattgata acgaaaaccc tatttttatg      360

ggattggaca aacagattcc agtggcaaga tatcattcac tgattgctga ccttgcttcc      420

atgccggatg agttacaggt gattgccaaa gacgaaaatg atgaagtcat ggcagtctgc      480

cataaaaaat atccggtata cggacttcag ttccatccgg aatcaattct taccccgcag      540

gggatgacac tggtaaataa ttttttgaaa atacattag                             579


<210>  1811
<211>  1593
<212>  DNA
<213>  Clostridium

<400>  1811
atgacaaatt caatgttttg ttttcaatgt gaacagaccg caggatgtgc cggatgcacc       60

ggttgtgcag gcgtatgtgg taaaactgcc gaaactgcca atcttcagga tgaattaacc      120

ggagcactga ttggcttggc acgtgcctgc gaaaacaata aaaaaacgga aaatacggat      180

cagattatta tagaaggtct ttttacaacc attacaaatg taaactttaa cgatgatacg      240

ctgcgcgaaa tgattcagcg ggtaaatgaa gaaaaacaca tcattgtacc ggattgcagc      300

gtatgcaaaa atccatgtgg aaacaccgac aattatgaca tgaaacgaat ttgggaagca      360

gatgaagata tccgctcatt aaaatccctt atcctctttg gcatccgtgg catgtcagcc      420

tatgcatacc acgcaaaaat gcttggctat acagatgaaa ccgtcaatca gttcttttat      480

aaagcacttt gtgtaattag ctatgatttt gatatggagc atcttctccc agttgttatg      540

gaaacgggtg aggtaaacct cgcatgtatg gcactgttag accgtgcgaa cacaacctcg      600

tatggcactc cggttccgac aaaggtttct ctgactgttg aaaaaggacc ttttatcgtt      660

gtaagcggtc acgatttgaa agatttggaa ttgcttctta aacagacgga aggacaagga      720

attaacatct atacccacgg agaaatgctt cctgcccacg cttatccgga attaaaaaaa      780

tatcctcatt taaaggaaat tttggaacag caatggcaga accagcaaaa agaatttgac      840

aatgttccgg cagccttttt atttacaacc aactgcttaa tgcctgtgaa acctggttac      900

gctgaccgcg ttttcacaac cgaagtcgtt tcttacccaa atgtcacaca cattggtgaa      960

gacaaagatt ttacaccggt tatcgaaaaa gcactggcac ttggcggcta ttcaaaagac     1020

aaagaaaata ccggaattaa tggcggccac tatgtcatga ccggattcgg acacggaacc     1080

gtccttggtg ttgcagacca ggtgattgat gctgtaaaaa acggcgacat ccgacacttt     1140

ttcttagtcg gtggatgtga cggtgcacga ccgggaagaa attattatac cgaatttgta     1200

aaacagacac caaaagacac cgttattttg acacttgcct gtggaaaata ccgtttcaat     1260

gacttagacc ttggtgaaat tggcgaactt ccccgcatca tggacatggg acaatgcaac     1320

gatgcctact ctgccattca ggttgctatc gcactggcaa aggcattcga ctgtgatgtc     1380

aatgaacttc ctttgtcgat ggttctgtcc tggtacgagc aaaaagctgt ctgcattctg     1440

ctgaccctgt tacaccttgg tatcaaaaat atttatctgg gaccaacact gccagccttc     1500

ctctcaaaaa atgtgctgca atatctgatt gatgagtatc acatttccaa agtatcaacc     1560

ccggaggaag acttaaaaca gattctttca taa                                  1593


<210>  1812
<211>  321
<212>  DNA
<213>  Clostridium

<400>  1812
atgagccgat tagtggatga atttatactt atgttattgt tcacagcgct ttcttttctt       60

ttggtgttct atctctctca aaatgtgaga tatggaagtg ccagaacata ttatcgggag      120

gctgtatatc aattgcagaa aagtgattat tcggaagaag caaaaaaaca atgttataag      180

gaggcaaaag acagaggcta tcaggtacag ataaagagta aaacgacagg gtatgttcgt      240

gttattctgt ggtatgatgt cgtttttcct tttggattac gaaaaaaata tgtgattgat      300

gggtatgaat atgcaggata g                                                321


<210>  1813
<211>  954
<212>  DNA
<213>  Clostridium

<400>  1813
atgattgaaa ttagtttatg catgattgtg aaaaatgaag agaaaattct tgcacgctgc       60

ctggatagtg tggcagattt ggtggatgaa attgtgattg ttgacaccgg ctccacggat      120

gcaacaaaga aaattgcagc gaattataca gataaaatct acgattttac gtgggtggat      180

gatttttcgg cggcgagaaa ttttgctttt tcgaaggcgg aaaaagacta tatttataca      240

gcggatgcgg atgaggtaat ggatgaggaa aacagaaaac gcttttgcga attaaaggaa      300

gtgcttttgc cggaaattga aattgtgcag atgaagtatg gcaatcagtt gtctcatgga      360

accgcatata attttgacga agagtatcgt ccgaaacttt ttaaaagact tcgggaattt      420

acatggattg aaccgattca cgagatggtt cgcttagatc cggtcgtttt tgattcggat      480

atagtcattg ggcactatcc ggagagcaac cactgtaagc gtgattttgc aacttttcag      540

aaacacattc acaaaggact tcggctgtca aaacggctgc atcacatgta tgcgatggag      600

ttgtatattt ccggggatga tgaagatttt ttggaagcgg aagaattttt tgcggcgtct      660

gtgatggatc cggagcgaag tgcggatgaa atgaaggaag ctgcatgcgt ggtctgccgt      720

gcggcaagaa tccggaagga cgcgggcatt atgatgaaaa tggcattgaa agatatgctc      780

accgaaggct ccgccgaaat gtgttttgaa ctgggcgagt atttccacga gagaggcgat      840

gattccgagg cgtcactgtg gtattacaat gcgatgcatg aggcgccgag catattgaat      900

attcatacgt cgacggattg gccggagaaa cggctggcgg agattgaaaa atag            954


<210>  1814
<211>  564
<212>  DNA
<213>  Clostridium

<400>  1814
atgaagagtg tttatttcgt gcgccatgga cagaccgtat ggaatgtaga aaataaaatt       60

tgcggcgcaa cagatataga acttactgct cttggacatg agcaggcgat tgagacagga      120

aagcagattt tagagaaaaa gatagaggcg gatgtgattt tatattctcc gctggtgcgg      180

gcgaaagata ccgcattaca tatttcagaa ataaccggga ttccggcaaa agaggaaatg      240

cgcttaaagg agcagaattt cggaaagtac gaatcgacag caagagatgg tgccaagttt      300

cgtgaggcaa aaaagcagtt tgtcgaacga tatgaaggcg gtgagtcgat gcttcagctg      360

gcacagcgcg tgtataacct gttagatgag gtaaaagcgt gcggaaagac ttgtatttta      420

gtggcgcaca acggaattgc gagagtggtg cagtcctatt tctatgaaat gacaaatgaa      480

gaatatgcgg cgtttggtgt ggataactgt gcgattttgc agtacgaatt ttcgggtgag      540

gaaaatgggg gcgctaaggc atga                                             564


<210>  1815
<211>  837
<212>  DNA
<213>  Clostridium

<400>  1815
atgcgtgaga atttaaagga taaaaaaaga attgtattta aagtgggttc ttccacattg       60

acgcataaag agacaggagc acttgacctt gtcaagatgg agaaatttgt gcggattctt      120

accgatttac ataatcaggg caaagaaatt gttgtcgttt cttccggtgc aattttggta      180

ggaagaaagg cacttggcaa tatggaaaga ccgacagagc gttcagtgaa acaggcttgc      240

gcagcggttg gacagtgccg cctgatgaca gtgtatcaaa aacttttttc ggaatacaat      300

caaaataccg cacagatttt gatgactaaa attacgattg ccaatgatat cagcagacac      360

aatgcgcaaa atacattccg tgaattatta aacttaggag tcattccgat tgtgaatgaa      420

aatgataccg tggcaaccga tgagattgat ttaagtttta gtgataacga ttttttgtct      480

gcgattgtgg cggcaattat tggcgcagat ttgcttgttt tattaagtga tattgacgga      540

ctgtataccg atgacccgaa taaaaataag gatgccaaat tgattcctta tgtagagcgg      600

attacggatg aaatgttagg catggcaaaa ggaccgtcga ccgatatggg aaccggcggt      660

atgagttcta aagtcggagc ggcaggtatt gcaaatgacg ccggagcgga tatggtaatt      720

atcaatggcg atgacatgga gcacattaat cagcttcttg ccggtgagga aattggtaca      780

ttatttaagg ctcataagac aacacatttt cattggaaaa attacttagg ccgatag         837


<210>  1816
<211>  681
<212>  DNA
<213>  Clostridium

<400>  1816
gagattgaag acaaagagtt tattattttc gtaggaccat ccggatgtgg taaatctact       60

acacttcgta tgattgccgg cttggaagag atttccagtg gtgagttgtg gattggtgat      120

aaattggtga acgacgttga gccaaaagac agagatatcg cgatggtatt ccagaactac      180

gctttgtatc cacatatgtc cgtatatgac aatatggcat ttggtttgaa actgagaaaa      240

gttgcaaaag accagattga ccgccttgta catgaagcag ctaaaatcct tgatatcgag      300

cacttgcttg atcgtaaacc aaaagctttg tccggtggtc agagacagcg tgttgctatg      360

ggacgtgcaa tcgtacgtga tcctaaagta ttcctgatgg atgagccgct ttctaacttg      420

gatgcaaaac tccgtgtaca gatgcgtatc gagatttcta aattgcatca gagactggaa      480

acaacaatta tctacgtaac acatgaccag acagaggctt tgacactggg tactcgtatc      540

gttgttatga aagatggtgt tgtgcagcag gttgattctc cacttgattt gtatatgaga      600

ccaaacaact tgtttgttgc cggatttatc ggttctcctc agatgaactt catcgatgca      660

aaagtagttg tatctggttc t                                                681


<210>  1817
<211>  546
<212>  DNA
<213>  Clostridium

<400>  1817
gaggtaccgg atatgtctgg agaaaaacga cgagaccgat tgcttcaata tctgcaggaa       60

cacgacaagc cggtttccgg aaccgaactg gcgaaggaat tcggcgtaag ccgccaggtg      120

attgtgcagg acattgcact tttgcgaacc ggtcatgtaa aaattattgc aaccaaccgt      180

ggatatctgg ttccaccgac taaaccaagc ggggttcgac gtattttcaa atgccgtcat      240

acggatgaac aggcagagga tgaattaacc tgtatcgtgg atttaggcgg tatcgtagaa      300

aatgtatttg taaatcataa aatttatggt aaaattcaag cagatatgaa tatccgctgc      360

cgacgagaca tcaaagaatt tatcgcgggc attaaaagcg gaaaatccac gcttttaaaa      420

aatgtgacat cggactacca ttaccacact gtcaccgcag aggaagaacg gattctggat      480

gacgtggaag cggagttagc aaagcgtggt tatctggtag aacaaaaaaa ggaggaactg      540

caatga                                                                 546


<210>  1818
<211>  459
<212>  DNA
<213>  Clostridium

<400>  1818
atgctgaata atgaaattag tcataaatac gatgacattc tttctatgcc gcatcccaat       60

tccaaaaatc atccccgcat ggcaagaaga gaccgggcgg cgcagttttc ctcatttgca      120

gcactgaccg gacatgagga ggcaatttcc gagacggctc gtttgacgga tgaaaaagca      180

gcacttggtg aagatgtgat ggagcggctt gattggattt ttatgcagat aaaagccaaa      240

atgagtgaaa atccggaggt gacgatcaca tattttctgc cggatgagaa gaaggcaggc      300

gggagatatg aaagttatgc cggtgtggta aagaaaatgg atgaatataa acgcgaattg      360

gtttttaacg accatacggt cataccaatg caccaaattg taaatattga ggccgactgg      420

ctggaaagga gttcaaatga agacattact tgtgattga                             459


<210>  1819
<211>  1275
<212>  DNA
<213>  Clostridium

<400>  1819
tcccgtttct cgacaaacac acagccgagc tggcagcgtg cccatccaaa ccgttttatc       60

gtacacaacg gtgagattaa caccattctc ggtaatgcag ataagatgct tgcccgtgag      120

gagacgatgg aatccgagca gttaaaagga gaacttcaca aagtccttcc ggttatcaat      180

gccagcggtt cagactcggc gatgcttgat aacacactgg aatttctggt aatgagtggt      240

atggaactgc cacttgccgt aatgattaca attccggagc cttgggcaaa caaccgttat      300

atcagtgaaa agaaaaaaga cttttatcaa tattatgcaa cgatgatgga gccatgggat      360

ggcccggctt ccattttgtt ctcagatggt gatttggttg gtgccgtgct tgaccgaaac      420

ggtctgcgtc cttcccgtta ttatattacg gatgaggatg aattgattct ttcttccgag      480

gttggtgtta tgccaattag tgaagagcat gtcatcaaaa aagaccgctt aagaccgggt      540

aaaatgcttt tggttgatac cgtaaaagga gaattggtgg atgatgatgt actgaaagag      600

acatacgcat cccgccgtcc ttatggtgag tggttagaca gcaacctggt agaattaaaa      660

gacattcaca ttccgaacca ccgtgtggag cactacagca atgaggagcg gagaaaactt      720

cagaaagcat tcggttacac atatgaagaa gtgaaaaatt ccattcttcc aatggctcaa      780

aatggtggcg agccgattgc agccatggga catgacacac cgcttccgat gcttagcaaa      840

cagccacagc cgttgtttaa ctatttcaga cagcgtttcg cacaggtaac aaacccacca      900

attgatgcga ttcgtgagga agtagtaaca tcaacatcaa cttacattgg cgaggatgga      960

aacctgttac atgagcagcc ggaaaactgc cgtgtgcttc gtattaagaa tccgattttg     1020

accgatacgg atttgttgaa aattaaaaac atggatgtgc cgggattcaa agttggtgtt     1080

attccgatta cttattataa aaatacttct ttgaaaaagg caattgaccg actgtttttg     1140

gaagcagaca gagcttacaa agatggcgtt aatgtattga ttctttcgga tcgtggtgtc     1200

gatgaaaacc atgtggcaat tccttctttg ttggctgtgt cagctatgca gcagcatttg     1260

gtccgcacga aaaaa                                                      1275


<210>  1820
<211>  918
<212>  DNA
<213>  Clostridium

<400>  1820
atgaaaataa tacgaaattt agagtttcag ggaaaacaga cagcggtttg tatcggcaaa       60

tttgacggga ttcatagagg acaccgtctg ctgattgaac aggcaaaaaa agaaaacaaa      120

ccgattgtta tgatttcgtt ttccgtggat gaagcgaagg ttttgtatac gccttatgaa      180

aaagaaaaat tagcagaata tttaggaatc gactgtctgc ttgagattcc tttgacaaag      240

gaattttgca gccagacacc ggaggagttt gcaaaaaaat tattgtgcga tacctgcgat      300

gctgcatcgg tcatcgttgg cagtgatttt cgctttggcg ccggcagaag cggcgataca      360

aatacactgc agcagttagg agaaaaactt ggtttttcgg taacggttct ttctaaattg      420

gaattaggcg gtgaagttgt gagcagtacc agaatccgct cgttgattgg aaccggtaag      480

atggaacagg caaatgaact tttggggacg ccttattttc ttaccggtgt agtacgaaag      540

ggaaatcagc tgggacggac gatggaaaca ccaacggcaa atatataccc ggatgctcat      600

aaagtgctgc caccatatgg tgtgtacgcg gttttcgttg atgttgaagg aaaaagatat      660

agaggaattt gtaaccttgg agtaaagccg accatccccg gtgagaatga agtcggcttt      720

gaggtttggc tgtttaattt ctccggtgat ttatatgaca aagaattaac agcatacttt      780

gtctcatttt tgcgggaaga gagaaagttt gcttctctta cgcaattaaa agaacagatt      840

acaagagata cggttttggc gaagcaaata ctttctcaga aagagagcga atggcatccg      900

gaatcgtttc ttcactga                                                    918


<210>  1821
<211>  1701
<212>  DNA
<213>  Clostridium

<400>  1821
atgattggca gaaaacgtaa gagacttggc gatttgctgg tagatgccgg cgtagttacc       60

agtgaacagc ttggggaagc acttaaaaag cagagagaac ttggcttgaa gcttggcgag      120

actttgattg agttaaaatt taccgatgaa aacgaaattg tagaagctct tcatcagcag      180

atgggctatc cgatagcaaa aatccgcgag gcaaaaattg caccggaagt gatttcgctt      240

ttaccggaga caattgtaag aaagcacaat gtggttccgt ttgaagttga tccggataat      300

ccgaatatcc tgcgtgtggc aatggcggac ccgatggata ttatcgcaat tgatgacttg      360

gcgattgtga cgaacatgca gattgaggcg atggttgcga caccgtccga tgtgcgtttt      420

gggattgagc gctattatgg aaatgagcag gttgccaaga tggcagaaac atattccaaa      480

gagcgcaggg agcagcagaa tgccagagaa aaacaggagg aagcaaacga agaagttgat      540

aatgcaccga ttgttttact ggtaaataaa attattgagc aggcagtgaa cgaaagagca      600

agtgatattc acattgaagc gttggaagac agcgtgcgtg tgcgttttcg tattgatggc      660

gtgatgcagg aaatgatgcg ttatgaaaaa gaattattaa atgcaattgt agcgcgtatt      720

aaaattatca gcggcatgaa tatttctgag aaaagagcac cgcaggatgg acgtatgaca      780

cagcgttttg accgtgttga atatgatatt cgtgtatcga gcctgccgac gacttttgga      840

gaaaagattg taatgcgtct ggcatcgaag tcagcgctta cgagagataa aagtgaactt      900

ggatttccgg aagcagagat gcgccggttt gaccatctgg ttcaccagcc gcatggcatt      960

atcttagtta ccggacctac cggtagtggt aaatcgacaa cgttgtatac ggtactgagt     1020

gagttgaacg agggcagtgt aaacatagtt acggttgagg atccggttga ggcagatgta     1080

gatggaatca atcaggttca ggttaacgaa aaggcgggac ttacctttgc atccgcactt     1140

cgttccattc ttcgtcagga cccggatatc attatgattg gtgagattcg agatgaagag     1200

acggcaagta ttgcggtaaa agccgcaatc accggacact tggtagtaag caccctgcat     1260

acaaatagtg cagcaagtac cgttacccgt ctggcggata tgggtgtgga gccatatctg     1320

attgccgatt ctacggttgg tattattgca cagcggctgg tgcgccgtct gtgtccgaag     1380

tgtaagagac aaaggatgat aaccgatgag gataaaagga gacttcggat tcgcggagaa     1440

ggaacacagc cgatttacga gccgggcaga cagggttgtg cattctgtaa tggtaccggt     1500

taccgcggac gaattggtgt atatgagatt atgacggtat ctccggaagt aagaaaagta     1560

attgctgccg gcggcggtgc cgatgaaatt cagaaagttg ccttgagtga aggaatgaca     1620

acgttacgta ttggtgcggc aaaactcgtt ttgcagggag ttacctccat tgcagaagtg     1680

gagcgcatcg cgacagaata a                                               1701


<210>  1822
<211>  1449
<212>  DNA
<213>  Clostridium

<400>  1822
atgaaaacag ccgttattgg atttccaagg attggggcat tgcgcgaatt aaaattttca       60

tcggaaaaat atttccgaaa tgaaataaca gaagaagaat tgttagaaac agggagaacc      120

ttgcgaaaaa cacactggaa aatacaaaaa gaggcaggaa ttgattatat ttcctgcaat      180

gatttttcct attatgatgg tatcttggat gccgctgtta tgtgcggaat tatcccaaag      240

cgttatcagg agttgaattt gtcagagctt gacacatatt ttgctatggc acgtggctat      300

cagggggaag cgggagatgt aaaggcactg gcaatgaaaa aatggtttaa tacaaattac      360

cattatattg ttccggaggt tgaggatgat acggtcattt ctttttccgg aaaaaaactc      420

ctaagtgagt ttgaggaagc aaaagaactc ggaattttgg taaaaccggt tgtgccggga      480

gcatatacct tgttgaaatt atgccgttat accggtacaa aaacggcaga ggattttgtc      540

gatgatgtca ttttggcata taaggaattg ctgaaacttt gcgataaaaa tgaggtttcg      600

tggattcagt tcgatgagcc gtccttggtt tttgatatga cagaacagga tttagcactg      660

tttcgtaaga tttattttga aattctgcca tcggcacagt cctgtcaggt attggtacag      720

acctattttg gtgatgtccg tgatgtatat caggatttga ttcaattgcc atttgcagga      780

gttggtctgg actttgtgga aggaaaacag acgaaaaaat tgatagaaca gtatggattt      840

ccaaaggata aaatattgtt tgctggattg gttaatggta aaaatatttg gaaaaatcat      900

tataaagaaa cactccaggc actgcaagag ttgaaggaaa aagggattca cacggtgttg      960

tcgacttcat gttctttact tcatgttcct tacacaatag aacaggagaa agaattgtcc     1020

gatgaatata aaaagcactt tgcttttgaa aaagaaaaat tatcggaact gcgtgattta     1080

aaggcacttg cagaggatga gaactttctt tcctccattt tgttaaaggc aaatgaaagt     1140

ctgtttttgg caggaagaga ctgcgtaaag gaagaagtga aaaatcgcct aaaacaagtg     1200

aaggatgaag attatgtgag aacgcctgcg agaaaggaac gtcagaagag acagaaagag     1260

gttctcggtc ttccgatttt cccaacgaca acaattggtt ctttcccgca gaccaaagat     1320

gtaaaagcaa accgttcggc ttaccgtaga ggcgagaaaa cgaaagaaga gtatgtagct     1380

tttaaccgtg aaaaaatttc agaatgtatc cgctggcagg aagagattgg atgtacttgt     1440

ccatggtga                                                             1449


<210>  1823
<211>  498
<212>  DNA
<213>  Clostridium

<400>  1823
atgacaattt atttagaaga tatgggagaa gttacttttc cttttgagcc ggaagaacaa       60

attgagaaac tggcagcatt tgttacggat tttgtgaagt gcccctatga gccggaaatc      120

agtgttacgc ttgtgacaaa agaagaaatt catgaactca accggacgca ccgaaatgtt      180

gacagaccaa cagatgtgct cagttttccg atgatggaat atgatgcacc ggcggatttt      240

tcgggggaga agttctgcaa gacacttact gtttccccgg aatcagaaga aatgatgtta      300

ggagatattg ttttgtgttc ggaggttgta tgcgaacagg cagaagaata tggacactcg      360

ttactgcgag agttttcatt cttagttgtg cacagtcttc ttcatttgtt tggctatgac      420

catatggaag aggatgaaag ggcagaaatg gaagaaaagc agcgtgaaat catgaaaaag      480

ttacaaattt tgagataa                                                    498


<210>  1824
<211>  2223
<212>  DNA
<213>  Clostridium

<400>  1824
atgagccagc tattttacta tacaccgtca ggcggtgact ggaacaaagc gcttccgatt       60

gggaatggaa aactgggagc catgattttt ggcgaggagc acgaagaaca ttttcagctt      120

aatgaagatt ctgtctggtt tgggacaaaa cgaaaccgca ataatgcgga tgccagaaaa      180

aatctagata aaatccgcga attaatttta aatggaaaaa tttcagaggc tgaaaatctc      240

tgtaaatatg ccctatccgg cacgccacag agccagcaca gttaccagac actgggcgat      300

gtttattttg atttctgcgg tgtacgaaaa aaaacaaaag attttaagcg gacactcgat      360

ttatcaaccg ccatacatac ctcaaaagtc acggatgcag acactggctt ttcctatgaa      420

attgagactt ttgccgactt caacacaaac tgcattgctg cccattttac gagtactaat      480

ccggatgggc tttctttggc tgcctcctta cagcgtggct ctttttatga ggcaaccacc      540

cacacagacg acacgctgtt aatttccggc agactcggcg gcggggatga atctttttgt      600

gccggtatgt gctttgtcat ttcggacggc gcacaaacag gcatgggcga acatttgtta      660

gccgaacgct cctcttccat taccgtattg ctgacagcgg caactacatt gcgtcataaa      720

aatccggaag aaacggtaaa agaaacatta aaaaaagcag ctttcattcc atatgagaaa      780

ttgaaagaaa aacacgtcaa agaataccgc tcatattttg accgcatgca tttgtcactt      840

ccttatgatt catctctcga tgcccttcca acagatgaaa gacttgcacg tattgataag      900

gaacacccgg ataacggact cattaacacg tactttgatt ttggcagata tctgttaatt      960

agttccagcc gcggcgactg tcttccggca aatctccagg gcatctggaa tgattcttta     1020

agtgcaccgt ggggaagcaa atttaccatt aatatcaaca cagaaatgaa ttactggccg     1080

gcattatcct gccggttagc cgactgcgaa aaaccgcttt ttacacatat gctgcgcatg     1140

ttggaaaacg gaaaacagac cgctaaagaa atgtatgact gccgtggttt tgtcgcccac     1200

cacaacaccg atttatgggg tgatacagca ccgcaggaca tctacattcc tgctacttac     1260

tgggttatgg gcggtgcatg gcttgctacc catatctgga actattacag ttacacaaaa     1320

gaccttgatt ttctcaaaga aatgtaccca tttttacgag aatgtgttgc cttttttatg     1380

gattttctca tcgaagttaa tggcgaattg gtaacctgcc cttctgtgtc accggaaaac     1440

acttatatca tgaaagatgg cacacaagga cgcttgtctt acggcgttac gatggacaat     1500

gaaattctcc acgaattatt tgaccatttt gaaaagtcct ccacattgtt acaagaaacc     1560

gatatcgatt tttgccaaag agcaaaagaa acggcaaaaa aactaccaaa aataaaaatt     1620

ggaaaacacg gtcagattat ggaatggatg aaagattatg atgaagcaga accggggcac     1680

cgccacatct cacatttgtg ggcacttcat ccggctttcc agattacgcc ggataacaca     1740

ccggatttat gtgatgctgc caaaattacg ttgcagaggc gtctcagtaa aggcggcgga     1800

cacaccggct ggagccgtgc gtggattatg aatatgtatg ccagattatg ggatggagaa     1860

aatgcttata aacagctttt actcctcttt tccaactcaa ctttacaaaa tctgtttgac     1920

acgcatccac catttcaaat tgatggtaat ttcggctcaa ttgctgccat cgcagaaatg     1980

ctcttgcagt caagagaaga taagacgatt tttcttcctg cacttccaag tgcatggcag     2040

aatggttttg tagaaggaat ctgtggcagg gaaaatatcc gctatgacat tcgctggaac     2100

aaaggcgtcc tcaccgatgt caccctgcac gcagggtctg atacctccat cactctttct     2160

tacaaagaca aggaaaaacg cctcaccctg caagaaggtg agacgttatc tgtatcattt     2220

taa                                                                   2223


<210>  1825
<211>  891
<212>  DNA
<213>  Clostridium

<400>  1825
atgagtaatt ttatgacgaa aaatttttat aaacagcggg aagactttga aaaatcggca       60

gctgttcgcg acaaaaaatt ttctttcccg gatggcgtag tcgagagccg tgatattccc      120

tatatcgctg acggtcagaa agaacatctc atggatgtgt accgcccaca gggaaaagaa      180

aatgaaacac ttcctgtcat catcaacatc cacggcggcg gtctgttaat cggcaataaa      240

gaattcaacc gctatttttg tgccagatta tgtcttttag gctatgttgt attcagcgtt      300

gaatatcgtc ttgtcccgga ctgcagcgtt tacgaccagt tttcagatgt ctcaaccgcc      360

atgacattta tccgtgacaa tttatcctcc tatgggggaa atccggataa aatctatgga      420

gttgccgaca gcggcggtgc ttatctttta acaaatgtag ctgcaatgac aaagaacaag      480

aaatttgcca aagctgccca cacaaaggca cctgattttt ccttaaatgc ccttggactt      540

atcagtggta tgttttacac aacccgcttt gacaaaatcg gtcttttcct cccttcttat      600

ttgtatggaa agggctacaa aaagaaagca attgcactgt atgtaaacat tgaaaatccg      660

gaaattgttt cggcacttcc accatgcttt ttagttacca gccacagcga taacttagag      720

cattataccg taaaatttga aaaggcattg aaagcaaacc gggtatcaca caagctgctc      780

cggtttggga aaaataaaaa actcacgcat gcctttagtg tattcgagcc attctataaa      840

gaaagcacaa aaacactaaa atccatgcat gagtatttcc agtcttttta g               891


<210>  1826
<211>  1305
<212>  DNA
<213>  Clostridium

<400>  1826
atgaatttct tggaaattga aaaagtagtt ggacgtgaga ttttggattc gagaggcaat       60

ccgacggtag aagcagaggt aactttggta gatggaaccg tgggaagagg tactgctcca      120

agtggtgcgt ctacaggtga gtttgaggca ctggaactga gagacggaga caaggaccgt      180

tatcttggca agggtgttga aaaagctgtc aacaacatca atactgtgat taatgaggtt      240

cttactggtt tagatgcgtc tgatatttat gccattgata aggtaatgat tgatgcagat      300

ggtacgaaag ataaatcaaa gcttggcgcc aatgcgattt tggctgtgtc aattgcaaca      360

gcaagagcgg catctattgc gttagacatt ccgttgtacc gctttttggg tggcatttcc      420

ggcaaccgtc ttccggtacc tatgatgaat attttaaatg gtggtgctca cgcagattca      480

gctgttgata cgcaggaatt tatgattatg ccggttggcg cgccatcgtt taaagaagcg      540

cttcgctggt gtgcagaggt tttccataag ttgaaatctc tgattaaaga tatgggagat      600

gtaacagcgg ttggtgatga aggtggattt gcaccaaaca aacttacttc cgatgaagaa      660

gctattgaga aaattctgga ggctgttaag gctgccggat ttgaaccggg aaaagatttt      720

atgattgcta tggatgcagc ttcttccgaa tggaaatcgg aaaaaggaat tggttattat      780

aaacagccaa aatccggcaa agaatttact tcggatgagc tgattgaaca ttgggaatct      840

ctcattgaca agtatccgat tatttctatc gaagatggtt tggatgagga agattgggaa      900

ggctggaaga agatgactga aaagattggt cataaggttc agcttgtagg agatgacctt      960

tttgttacaa atacagagag actttccaag ggtattaaaa tgggagcagg taactccatt     1020

ttgatcaaat taaaccagat tggttcggtg tcagaaacat tggaggctat taagatggcg     1080

cacaatgcag gatatacagc catttcttcc caccgctccg gtgagacagc agacacaact     1140

atcgcagacc ttgcggtagc actgaataca tgtcagatta agacaggtgc tccttcgaga     1200

tccgagcgtg tagcaaaata caaccagctt ctccgcattg aagaagaatt aggtgccagc     1260

gcagtgtacc cgggtatgga tgcatttcat gtaggtaaaa aatag                     1305


<210>  1827
<211>  621
<212>  DNA
<213>  Clostridium

<400>  1827
atggcaagtg tatctgttta taataaggaa ggcaaagaag tagagaaaat cgacttgaac       60

gattccgtat ttgccgctcc ggtaaatgag catttggttc atatggcggt tgttttacag      120

ctcgctaata aacgtcaggg aacacagaaa gctaagacac gttctgaagt tcgtggcggt      180

ggtagaaaac catggagaca gaaaggaact ggtcatgcca gacagggttc catccgtgct      240

ccacagtgga caggcggcgg cgttgtgttc gcaccggttc cgagagatta ttctttcaaa      300

atgaacaaaa aagaaaaagc agcagcgatg aaatccgttt tatcttctaa agtaaatgag      360

gaaaaactta tcgttgtaga ttctcttgat atggaagctc caaagacaaa agagatgaag      420

cagattctta gcaatttgaa agctgaaaaa gcgttggtag tagttgatgg tgatgcatca      480

aacgcaattc tttctgttag aaacattccg acagcaagag gtgtgtacaa caattctatt      540

agtgtttacg acgtattgaa gtatgacaca gtagtcatta ccaagagcgc tgtaaaagca      600

atcgaggagg tgtacgcata a                                                621


<210>  1828
<211>  2328
<212>  DNA
<213>  Clostridium

<400>  1828
ttgaaagaca agaaacaaaa aatatgtttt gacaagcgat atttgttgtt gttagtggca       60

ggatttttga ccgggcgcgt gtggctgtat ggaattaatc cttttggtgt ggcattgttt      120

gctgcggtgg cagcggagcg aaagggcagg aaacttttgg ctctttttgt tttggcaggc      180

atgtttagca gcacagaagg actttcgctt attaagtatc tcacgctctt tctgcttgtt      240

ctgtcactcg aaaaaataca ggaaaagtgg acaagccata ccggacaggc ggtgtattta      300

gcacttctta caggcggttt aaatatggcg gcaggtattt tgaacagtat tcttgccgta      360

aatacatggg aagtattctg gctcagtatc cttgagagtg tcatggtatt tgcgcttgcc      420

aatgtgtatc aatggggtgt gcattttatt ttgtatgaag agtggaatca attatttaac      480

aatgaggaat tgattagcct tcttatcctt gcggtgacag cgctgtatgg gctgccgagg      540

caggcggata tgattttttc catttccgga acactttcgt atttcatgat tttgtttatg      600

ggataccggt atggggcatc gaccggcgcc attgccgggg cggcgggagg aattttactg      660

gcacttaccg gggaaaatat ggtggttgtc ggcatatgct gtctgctcgg tgtgtgcgcg      720

gggacgctgc gtaaaatggg acgttttgta agtggcgggc tgtatcttct tgtcggtgtg      780

ctgcttgctg tgtattcatt aaaggacttg tatggcatta ttgaactgcg ggcaatgctg      840

tcggcggtta ttttgttctt tgccattcca aggcgggtca ttcactgcgt ggaagaagac      900

atacccgaac gggaagagga ttcttttgcc aaagaggatg tacgcgcact tgccaaccat      960

cagctggaag acttttcaga tgcctttcgc cggctgtcca agagttttga aaatgagatg     1020

gaagaaaaag ggttgtcgga agagcggcta gaggatattt ttgcacagtt atctcgtgat     1080

acgtgcaacg aatgtatcaa ttgtaaatat tgctggaacc gccattatga ggagaccaat     1140

gaaagtctgc gacagatttt gtggcaggtg gggcaggacg gaagtgtaac gatgtcacag     1200

attagtccgg attttcaaag acgctgtatg catctagatg agtatgtgca tcaggtcgag     1260

gagaggattg ccggggaaaa tgtgagactt ggctggcata accggatgtc agaaaaccgc     1320

cgcgtgatgg cagagcagat gaaagaaatt gcagtggcgt taaaatcgtt taccatcaat     1380

ttgggcgaga cagaggaact tcccaaagag cgaaaacgaa gaattttaga agaattaaaa     1440

aaagagggta tcaaggtagc acgtttatcg gtgaaaaaaa ggggcggata tctggaagta     1500

atgtttaccg gtgcctgcca tggcaatcat tgtttgacaa agaccgatgt tgctcaggcg     1560

ctgtaccgtg cgacaggcat tatgatgtgt ccggcaagag agacaagaaa tgtgctttct     1620

tccacaacgg atacgatgtt tttcagacag gacacagtat ataaggcgct tacggggctt     1680

gccagagttg ccaaaagcgg tgagagtgtg tctggtgaca attattcgtt tttggaactt     1740

tcgggaaccg gtgagcttct catggtttta acggacggca tgggaagtgg tgaaatggcg     1800

gaccgcgaca gcagcaatct aattgaggca ctggaatatc tgatggaggc ggggtttgaa     1860

aaaaaatcgg cactcaggct tttgaatacg ctgtttgttg caaattatga gggaaaatca     1920

tttgcaacac ttgatatggc ggcgattaac cttcataccg gcatttgtga aattatgaaa     1980

aatggagcgg caactacttt tgtaaagcgg gaaggcggag tggagatgat tgcttccagt     2040

gcgcttccgg tcggtgtgga tttgcaggcg gagccggatg ttgccgtcgt acaattgcag     2100

gaaggcgata tggttattat ggtttcggac ggcgtgcttg acagttttta tgagagaaat     2160

atagagagcg acagtcagga ggagatggcg acactcattg acaggcttta ctgcaaaaat     2220

gcgaatgaca tggcaaacca gattttgatg aacacactgg cacacagtac aaaagaggcg     2280

tctgacgaca tgagcgtttt ggtggccgga atttggaata aagtttga                  2328


<210>  1829
<211>  792
<212>  DNA
<213>  Clostridium

<400>  1829
atggtgaaaa aattaggaca aagactctgg cttttttgtg tatttgtgtt tttgtatgca       60

ccgattcttg tgctgattgt ttacagtttt acgagttcta cgatgattgg tgcgattcgt      120

ggtttttcac tggagcatta tgtcacatta tttaccacga aggaactgct ccatatgatt      180

ggcggaacgc ttcttttagc ggttacggtt gcttttttgt ccactcttct tggaaccatt      240

ggtgcaatcg gttcctttta cgccgggaaa aaaagcgggc agtgcatcaa ttttttgaat      300

cagattccaa ttgccaatgc agaagttgta accggtttta gtatctgcgt tttgatgatt      360

gttttgtttg gtgtggacaa ggacacgtat ctgccgctgc ttgtcggaca gacggtatta      420

tgcgctccat ttgcgtattt gtcggtgctg ccgaaattaa aacagatgga tccgaattta      480

tatgaagcag ctttggacct tggctgcaat cacagacagg ctttgtggcg cgtgattgtg      540

cgcgaaatca tgccgggcat tacatccgga tttatgttgt ctgtcacgtt gtcactggat      600

gattatttta ttacaacgta tacaaaacca gcggtgtttg atacaatcag cacctacgtg      660

gtaaatgcaa cgaagggggc aagaaccgaa attaagacgg cgttgtgggc attgtctgcg      720

gttatatttt tggttgttgt tctcgttgtg attggaatga atatgaaagc ggggaggaaa      780

caaaaacgat ga                                                          792


<210>  1830
<211>  1383
<212>  DNA
<213>  Clostridium

<400>  1830
atgagtaaaa aggaaatccc ttacaaaatt tatttggatg aaagcgagat gccaaagcag       60

tggtacaatc ttcgcgccga tatgattaac aaaccggcac cgcttttgaa tccggcaacc      120

ggcaaaccgg ttacattaga agaattaagc ggtatttttt gtgaagaatt agcaaagcag      180

gaattggatg acaaaacacc gtacatcgac attccggatg aaattttgca gttctacaaa      240

atgtatcgtc cggcaccgct tgtacgtgct tatcatttgg aaagatattt gaaaacaccg      300

gcaaagattt attataaatt tgaaggaaat aatacatccg gaagccacaa gctcaactct      360

gcaattgcgc aggcttatta tgcaaagaat cagggcttga aaggtgttac gacagagacc      420

ggtgcaggtc agtggggaac agcactctcc atggcgtgtg cattccttgg acttgactgt      480

caggtattta tggtaaaagt ttcttatgag cagaaaccgt tccgacgcga agttatgcgc      540

acctatggtg caaatgtgac tccgtcacca tccgaaaaaa cagcggtcgg aagaaaaatc      600

cgtgcagagt tcccggatac aaacggaagc ttaggctgtg ctatttcaga ggcggttgag      660

gcggcaacga cacaggaagg ttaccgttat gtgcttggtt cggtacttgc ccaggttatg      720

attcatcagt cggtaatcgg tttagagagt aaaattgcac tggataaata tggtgaaaag      780

ccggatatca ttattggctg tgcaggcggc ggttcaaatt taggaggttt gattgcacca      840

tttatgggtg aaaaacttcg cggagaggca gattaccgtt tcattgcagt agagccaaaa      900

tcctgcccaa gtttcacaag aggaacttat gcgtatgact tctgtgatac cggagcaatt      960

tgtccgcttg caaaaatgta tacacttggc agcagtttta tgccggcacc aaatcatgcc     1020

ggaggacttc gctatcatgg tatgagttcg gtattgtccc agctttatga tgataaattg     1080

atggacgctg tcagcgtgtc acagaccgat gtatttgcgg cagcagaaga gtttgccaaa     1140

gtagaaggaa tccttccggc accggaaagt tctcatgcaa ttcgtgtggc aatggacgag     1200

gcaattaaat gtcgtgaaac cggagaagaa aaaacgattc tgtttggact taccggaacc     1260

ggatattttg atatgtatgc ttatgagaaa ttcaatgatg gtaaaatgga aaactataca     1320

ttgacggatg aggaaattgc ggcaagtatt gcaaaacttc caaaagtacc gggattaaac     1380

taa                                                                   1383


<210>  1831
<211>  807
<212>  DNA
<213>  Clostridium

<400>  1831
atgtgccgga tattaggaca gcctgttcct gctttgcagg agtcttgtct gtccttcctt       60

tttttagaag atggaggaat ttttatggaa cgttcagaat taaatgcgcc aaaccatgtt      120

gccattattt tggatggtaa cggaagatgg gcaaaaaaac gattgctgcc acgtaaagca      180

gggcatgttg ccggaagtaa aaccgtggag cagatttgtg aggatgccta taatcttggg      240

ataaattatc ttaccgtata tgcattttct acggagaatt ggaaacggcc acaggatgag      300

gttaatgcgc tgatgaaact tctcagacag tatttgaaag actgcattaa gagaagtaaa      360

aaaaataata tgtgcgttcg tgtaattggt gatattactc cgttagaaga ggacatgaaa      420

cagagtatca aagaactaga agaagcaacg aaagataata ccggacttca ttttcaggtt      480

gccttaaact atgggagccg ggatgaaatg acacgtgcaa tgagaacgat gacggcggat      540

gttaaagagg gtaaagtaaa gcctgaggat atcagcgagg aaatgtttgc cggatatttg      600

gacaccaaag gtcttccgga tccggatttg ttgattcgca caagtgggga agaaagactt      660

tctaacttta tgctttggca gcttgcttat accgaatttt attttacgga tgttttgtgg      720

ccggatttta ataaaaaaga gctgatcaag gccatcgaga aatataatca gagggacaga      780

cgctacggcg gtgtcaagga ggagtag                                          807


<210>  1832
<211>  795
<212>  DNA
<213>  Clostridium

<400>  1832
atgacagtat ttattttctc agtagttctc cttgcggtgc ttggtatcct gattggtatt       60

cttcttgggg tagcaggtaa ggtatttgcc gtagagaccg atgaaagagt tgaaaaagta      120

cgtgagtgtc tgccgggaaa taactgtggt ggctgtggtt atccgggttg tgatggtttg      180

gcagaggcga ttgtagccgg ggatgcaccg gtaaatggct gtccggtcgg tggagcaccg      240

gtagccggca agattgcaga aattcttggt gtggaagccg gaagttcgga aaaacaggta      300

gcatttgtaa aatgtgccgg aacttgtgat gtggcagcaa ataaatatca ctatgttggt      360

gagatggact gccgccgtgc ggcgatggta ccgggacgtg gtgaaaaggc atgttcatat      420

ggctgccttg gccttggttc ttgtgtggaa gtctgtcagt ttgatgcatt atccattcag      480

aatggagttg ctaaagtaga ccgtgacaaa tgcgttgcct gcggtcagtg tgtagcaact      540

tgtccaaatc atgtgataga tttgattcca tattcttctg cttatgcggt acagtgtagt      600

tcgaaggata aaggtaaagc agttatggaa gtctgtcagt ccggctgtat cggttgtgga      660

ctttgcgtaa gacagtgtga atttggcgcc gtaacattgg aagacaatat tgccgtaatt      720

gatggcacaa agtgtcaggg ctgtggaaaa tgtgcggaaa aatgtccaaa gaaaattatt      780

cgtccacaga aataa                                                       795


<210>  1833
<211>  921
<212>  DNA
<213>  Clostridium

<400>  1833
atggcagaac aggtaaaaga tttggtaatt ataggaagcg gaccggcggg cttgtcagcg       60

gccgtttatg caaaacgtgc aatgttagat gttgttgtca ttgagaaggc aggatttagc      120

ggcggacaga ttgtgacgac ggaacgcgtg gacaattatc tgggacttta cggagaatcc      180

ggatattcgc tggcaatgaa attcagagaa catgcggatg cactttctgt tccctttata      240

gatgcagaag tgagttccgt ggaaaatgaa tccgaatata aaaaagtgca attagaagac      300

ggtgaaacca tctgcacaaa aaacgtgtta gtggcaaccg gtgcagggca taaaaaactt      360

tctgtaaaag gggaagaaga attgaccggt gcaggcgttt cgtactgtgc aacctgcgat      420

ggtgcatttt ttaagaataa aacgacggcg gttgtcggcg gtggcgatgt ggcgttagag      480

gatgcactgt atctggcaaa tctttgtgaa aaagtgtatt tgattcaccg cagggaaggt      540

cttcgcgccg caaaggaact ttccgagaaa gtgatggcag cggaaaatat cgaatttctt      600

ccttattatg aagtgaaaga aattgccgga gacggtatgg tacagaaagt gattcttaca      660

caaaatcaga ccggggagga aaaagaaatt gagttatccg gtattttcat tgctgttggc      720

atggagccgc agacagcatt tgtgaaggat gtagttgaga gaaacgacgc cggctatatt      780

tgtgccgggg aggactgccg gacgaatgtg ccgggaattt atgtggcagg cgatgtgaga      840

accaaaccgc ttcgtcaggt tattacagcg gtttccgatg gtgccgtggc aattgcttct      900

ttggagcagg atagaaatta g                                                921


<210>  1834
<211>  774
<212>  DNA
<213>  Clostridium

<400>  1834
atgtttcgaa ttatatatgc agtcgaacgt gaatgtaagc cggaggggtt tgaggataat       60

cttgtatttg ctgaaggtga gtatgagatg atgttgtttg aaaacgatac gatgattgaa      120

gtggatggcg aaatgcgtcc atacccggca cataccggga ttatttataa gcccggacag      180

agagttcatt atcatgcgaa agagggaaga ttaacataca catggatacg atttgattgt      240

gatgaaccat tgtttgcgga aggctatgtg ccatttgggg ttcctatttt ctgttcaaat      300

tatgactatt ttcttgttta ttggcatatg gttgcctgtg agaattattg gcatagtaaa      360

agcgaagaat atattatttc gaatttgatg catattattt tccactggtt tcatgattat      420

gcatttccta agcaaggctc caggtatcag ccgctcttag aaaaactgcg cggggatatt      480

tatgcacatc cggaatatga ctggacgttg gaaatgatgg cagagcggat aaatctaagt      540

ccacgctcgc ttcagaaagt gtataaaaat tttgcaaatg tttcatgtat ttcagaagtg      600

attgagagtc ggatgattcg ggcaaagatg cttttacttc gaagtgcctt tgatgttggt      660

gaaattagta tgcagtgtgg atatcgcaat gtagagcatt tttgccgcca atttaaaaag      720

catgaaggat gttctccaag ccattatcgt aaagaacatt tggttcggcc gtaa            774


<210>  1835
<211>  711
<212>  DNA
<213>  Clostridium

<400>  1835
atgcagcata caatagaatt gtctgcccgc atggcaatga atgcttcgct tgtaccagat       60

ggagcaaaag tggcggatgt cggctgtgac catggttatg tttctcttta tcttgcttca      120

aaaaaagcat gtaaaaaagt tattgccatg gatatcaatg agggaccact ttctcatgca      180

aggaaaaata ttgaaaaggc aggtcttagt gattgcattg actgccgttt gagtgatggc      240

atgcaggcgt taaatcaagg agaggtcgat accgttttga ttgccggtat gggcggtatg      300

ttagtctgcc ggattcttga gcagtcgccg gaagttatgc aggaggtttc cacacttgta      360

attcaggcgc agtccgattt atgcgaagtc agaaagatga ttcataagat aggttttttc      420

attgaaaagg aaaagttttg tatggatgcc ggtaaaccgt atcttgcgat gcgtgcagta      480

agaggagagg aaaaaactcc ttatgagccg gctgagtatg aatacggacg acttttgccg      540

gaagtgagcg ataccgctta tcgtaagttt ttactggatg aacgagataa aaaaatgaaa      600

ttgcaggaaa cattaaaaat gcaaaagaca tccggtgccg gtgcccgtgt ggaagaattg      660

acagaagaga ttacggggct taactggatt ttaaacaaat ttaaatttta a               711


<210>  1836
<211>  705
<212>  DNA
<213>  Clostridium

<400>  1836
atggcaagaa aatacgacag cgaagaaacg aagcagaaaa ttctgtcatc cagtgtccgc       60

ttgtttatag aaaagggata tcacgagaca acgatgacgg aaattcttca tgatgcaggc      120

gtatccggca gcagttttca ctccattttt cacacaaaag atggcgttct ggcagaactg      180

acggaattca tgtttgaaaa tcagtttggt gtagcagaaa aaatcattgg aaccgggaaa      240

aatccggtgc ttctctacgc cgttgaaacc tgtattcagt taacgcttac cgagatgaat      300

gaacatctgc gcgatattta catggaagcc tacacgcagc cggcattgat ggattatatt      360

cacaagcata cagcaaaaaa aatcgcgatg attttcaggc agtataataa agactttcag      420

gaaagtgatt tttacgaaat ggaaattggg acagccggat gtatgcgtgc ctatattgca      480

aaaaaatgtg atatgtattt tactttggaa aagaaacttg agcggtttct aagagtaacg      540

cttggcgcat atcatgtacc ggatgacata cagcgtgaaa ccatcgctta tattggaaaa      600

ttaaaaatcc gggaaatcac cggtcaggtc atgaataaat tgtttatggc tctggcaatg      660

aaatatgatt ttacatttca tgaggcaaac acaaaaaaga aatga                      705


<210>  1837
<211>  639
<212>  DNA
<213>  Clostridium

<400>  1837
ccacacaaaa aggagaccgt tatgaaacac attttatgct atggcgattc aaacacacac       60

ggatacattc ccggtggcgg acgctatgat gacgatacac gctataccgg tattctcgcc      120

aaattactcg gcagcgacta ccggattatc gaggaaggac taaacagcag aacctcttcc      180

tttgatgacc cttttgagcc atacaaaaac ggaatggact gtctggttcc ctgcttagac      240

tcgcataagc cattggattt aaccattctt atgttaggaa gcaacgacat gaaagtttat      300

ttctcacctt ccgtcgaaaa aattgcagga agtctcgcca aagtatgcca gacaatccta      360

atggtaagcg aggcaccggt tctgttagta agcccgattt atctgggcga taacatggca      420

gattccgact ttgcagcaag ttttccgcca tcttccattg caatttcgca tgaacttggc      480

ggtgcacttg aagaagtagc aaaacaactg gacattccat ttttagatgc cgcaaaagtc      540

accctgccat caaaagaaga cagtcttcac ttaacaaaag aaggacatca ggcacttgcc      600

aaagcacttg ccaaaaaagt aaaagaaatc ttagaataa                             639


<210>  1838
<211>  1248
<212>  DNA
<213>  Clostridium

<400>  1838
atgatttttg gctatgttgg aatttgctat aaagaagcac cacttgccct gcgcgggcag       60

gtggcgttac ccgactcaaa aaaaattgaa ttatgggagc ggctttctgt cattggctta      120

aaacagtgtg tgattgtctc gacctgcaac cgcagcgaga ttttctattt ttctcattcg      180

gatgcggtga cgggggagca ggtgcagtcc tgctaccagg acattttccc gaatgtttcg      240

tttggggatt gctgtaagaa aaaagagggc agtgaggcgg tttcttattt gttccgcgtg      300

gcggcaggct tggaatcgtt agtcgtaggt gaagaccaga ttttagggca ggttgttgag      360

gcgatggatt ttgccaggac catggggcac agcggcaaag aattggagcg cattgtaagg      420

gatgcagtga cgtgtgccaa gtggattaag acgaattacc gcatcagcga aaagccgttg      480

tcagtcagtt atattggcgt gaaagagctg caccgtgccg gtggtgttag cgggaaaaat      540

attcttgtga ttggaagcgg aaaaacggcg gcacttgctt tgacatattt gtttgaatac      600

ggagcaaaaa agatttatct gtgcagccgg acgtttgcgc acgcaaaaga attgttagcg      660

gtacatgaaa atttgacagt ggtggattat catgagcgtt atgatgcgat gaaacggtgt      720

gaaacggttg tatcagcaac gtcatcgccg catctggttg ttttgtacga taaatggaaa      780

gagacgggtg tcacacaaat gcagtttttg gatttggcat caccgaggga tattgacagc      840

cggttacaag aagttccggg ggtgcagttg attgatatgg atacgctgca gaaaattacc      900

gaaaaaaatc agaatgagcg ggaaaaactg gcggcagatt gtgaacaggt tattgaggaa      960

aaggtgcagg agacgatgga atggctttta ttgagccgtg tggatggcac gattgagacg     1020

ctgcagaaac ggtgttcaca gattgagacg gacagttatg aatatttaaa tcgaaaaatt     1080

cctctcaatc acagagagca gaaattattg aaaaaggtgc ttcatgcttc tttgcagcgc     1140

ttgattcgtg agccgattca ggaattaaag cagttggagg acgaagaaaa gcagaaagag     1200

taccagaata tcttaaaaac attattccga atgtatgaag atgaataa                  1248


<210>  1839
<211>  1788
<212>  DNA
<213>  Clostridium

<400>  1839
gcagaggagc taaaccaagg acaaacaact aggaggatga aaacagacat ggcgaaacag       60

aagattatgt taggaaatga agcgattgcc cgtggtgctt atgaagccgg ggtaaaagta      120

tcggctgctt atccgggaac accgagtacg gagattagcg agaatctggt acagtatgac      180

gatatttact gcgaatggtc gccgaacgag aaagttgcta ctgaggtggc aattggcgca      240

tccatcagcg gtgtccgcgc aatggcatcg atgaagcatg tagggttaaa tgtggcgagt      300

gacccattgt ataccgcttc ttatattgga gcaaacggtg gtcttatggt ggttgtagca      360

gatgatccgg gactttacag ttcccagaac gagcaggata cccgttgtgt agcacgtgct      420

gcactggtac cggtattgga gccgtccgac agccaggaag caaaagattt tgtcaaagaa      480

gcttaccgaa tcagtgagga atatgacaca ccggtaattc ttcgcacgac gacaagactg      540

gcacattcac agggtcctgt tgtattggaa gaccgtgtgg agccggaaga taaaccatat      600

gagagaaatc cgggcaaaaa tgttatgatg ccgggtaatg cgattaagcg tcatcttcat      660

gtggaagacc gcatgaaccg tttagagaaa gatggttctg actttgcaat taacaaagca      720

gaatataatg atacatccat tggtttcatt accagtggta ttccttatca gtatgtgaag      780

gaagtatttc cacaggcatc tgtgttaaaa cttggtatgg tatatccgct tccgaaaaaa      840

ttgattgaag agtttgcaaa aaaagtagac aaactttaca tatttgagga attggagccg      900

gtaatcgaag agcaagtaaa agcctggggc attgagtgca ttggcaagga aatctttacc      960

cgtcagggtg agtacagtgc aaacctcttg cgtgagaaag tattaggaca gaatgttgag     1020

acaaaaccat atccgaacct tccggcgcgt ccgccgattt tgtgtccggg atgcccgcac     1080

agaagtacat tcaccgtact gaacaaattg aaaattcatg cagccggtga catcggatgt     1140

tatacacttg gtgcggtagc tccgttaaat gttattgata caacggtctg catgggtgcc     1200

agcatttcaa cccttcatgg tatggaaatg gcacacggca aagattacat taaaaactgg     1260

gtagctgtaa ttggtgattc gacctttatg cacaccggtg ttaattcgct gattaacatg     1320

gtttacaatc agggaaccgg aacggttatt atcatggaca actctacaac cggtatgacc     1380

ggacatcagg accatgcggc aaccggaaaa acactgcagg gcgatgtagt accggcaatc     1440

agcatttaca acttgtgtaa atccattggc gtaaaaaatg taacggaagt caatgcattt     1500

gacttggctg caatggagaa gacgattaaa gaagaagtgg caaaagatga agtttccgta     1560

attattgcct gcgcaccatg tgcacttctt aagggcgtga agttcccgaa taagtgtgtg     1620

ccgctttccg ataaatgtaa gaaatgcggt atgtgtctga aaccgggatg tccggcactt     1680

acgaaaaacg aagatggaac gattgcaatt gatgagacga tgtgcaatgg ctgcggactt     1740

tgcaaacagt tgtgtaagtt tgacgccatt gattgtgtgg cacgctaa                  1788


<210>  1840
<211>  1398
<212>  DNA
<213>  Clostridium

<400>  1840
gtgagtaacg aaagtaagag tgtggcagtg ccggaagaga acaaaatggg tgacatgccg       60

gtcggcaggc tgttatttag catgtcgctc ccaatgatgt tatccatgct ggttcaggca      120

ctttataata ttgtagatag tatttttgtg gcgaagttat cggaggatgc tttgtccgcg      180

gtttcccttg cctttcctct tcagacgctg atttttgcgg ttggcggcgg tacctgtgta      240

ggtgtgaatg ctcttttgtc aagggcgttg ggagaaaagg attttaagaa ggcgaatgat      300

gttgcgatga atggtgcttt tttgacagtc ctcagctatg ttgtattttt aatccttggt      360

cttacggtag taaaaccatt ttatgtagga aagttaaatg ggacaagttc tccgatttat      420

ggaatgggcg ttgactattt gagtacagtc atgatatttt ccattggtgt tttttgtcag      480

atgtattttg agcgactgtt gacttcggcg gggaaaactg tgtatacaat gctctcccag      540

cttaccggtg cggttatcaa tattatttta gatccgattt tgatttttgg gctgcttggt      600

gcaccggcaa tgggcgttac cggtgcggct gtggcaaccg taatcggaca gtgtggagcg      660

gcgattcttt ctgctgtatt taatgtgaaa tttaatcatg aggtggattt gaaaatcaaa      720

gggttccgtc cgagtgctaa aattatcgga tcaatttatg cgattggaat tccatccatt      780

attatgcagt caattggttc tgttatgact tattgcatga atcggatttt gattggattt      840

tcttcgacgg caacagcagt atttggtgtt tattttaaat tgcagagttt cttctttatg      900

ccattgtttg gattgaataa tggaattaca ccgattattg cctataacta cggagcacag      960

aaaaagcaca gaatgataaa aacgattaaa atgagtctgg ttgtatcgtt ctgtttgatg     1020

tttattggtt tcttgggatt tgaactgatt ccggacaaat tactgggatt gtttgaggct     1080

tcgacagcga tgcttacaat tggagttccg gcacttcgta ttattggaat ccactttttg     1140

attgcttggt tctgcattat tgcaggtacg gtattccagt ctttgggaaa ggctgtttac     1200

agcatggtgg tttcggttat gcgtcagctt gtcgtactga ttccggctgc atatcttctg     1260

gctcattttg gcggcttgca tgccacttgg tggtcattcc cgattgcgga gagtatgtca     1320

cttgcggtat caacgatatt tcttatgagg atttacaaaa aaatcatcaa accgctgccg     1380

gataaggaac aaaaataa                                                   1398


<210>  1841
<211>  1320
<212>  DNA
<213>  Clostridium

<400>  1841
atgaaaaaag tagttaagtt tggtggaagt tcccttgcca gtgcagaaca gtttatgaaa       60

gttggcgcta ttattcgagc agacgaatcc cgccgttatg tagtcccttc cgcaccggga      120

aaacgttttt ccgatgatac gaaggtaacg gatatgctgt atcactgcta tgaactggca      180

gaacagagca aggcattcaa caagcagtta aatcaaatca aagaccgcta taacgaaatc      240

attaatggtt tgaaactcga tttttcttta gatgaagatt ttgaaatcat taaaaaacag      300

tttgtagcaa aagcaggttc tatgtacgct gcttcccgtg gcgagtactt aaacggaaaa      360

attatggcaa aatacctcgg ctatgaattt gtcgatgctg ccaatgtaat ccgttttaac      420

aaagacgggt cttttgattc tgaaaccacc aacgagcttc ttgccactta tttagataaa      480

attgaacgag ctgtcattcc gggattttac ggtgccatga aaaatggtac agttgttact      540

ttctcccgcg gcggttccga tattaccggt tctttggttg ccaaagcaat taatgcgaat      600

ttgtatgaga actggacaga cgtttccggc tgcttagtta ctgacccacg tatcgtaaaa      660

aatccggaag tcattcatac cattacttat atggaattac gagaacttgc ctacatgggt      720

gcttccgtac tccacgaaga tgcaatcttc ccggtacgaa aagccggtat tccaattaac      780

atccgaaaca caaaccgtcc ggaagacgat ggaacaatga ttgtagaaag cacctgccgg      840

attcctgctt ataccatcac cggtattgcc ggaaaaaaag gctttgtagc cgttaatatt      900

gaaaaagata tgatgaactc cgaaatcggt tttggtcgca aagtcctcag cgcttttgaa      960

gacaatggta tctcttttga gcatatgcca tccggtattg ataccatgac tatttttgtt     1020

catcaggacg aatttcagga aaaagagcag gaagtcattg ccgacatcaa ccgtttagca     1080

aaaccggata ccattcatct ggaatctgat ttagctttga ttgctgttgt aggacgtggc     1140

atgaagagta cacgtggtac tgccggtcgt ttgttctccg ctcttgctca tgcgcatatc     1200

aatgtaaaaa tgattgacca gggctcgagt gagttaaata ttatcatcgg tgtaaataat     1260

gaagatttcg aagatgcaat tcgcgctatc tatgatattt tcgtagttgc aagattataa     1320


<210>  1842
<211>  1254
<212>  DNA
<213>  Clostridium

<400>  1842
gtgttagaga ttatgacgag tgaggcagag aatgaaacag cgaatctact tgtaattggt       60

gttggtggag ctgggaataa tgccgtgaat cgaatgatag atgagggcat caaaggtgtc      120

gagtttgtat gtattaacac ggacaagcag gttttgaaac gctgcaaggc accgatttgt      180

atgcagattg gggaaaaact gacaaaggga ctcggtgccg gagcaaagcc tgaaatcggt      240

gagaaggctg cagaagagag ccgtgatgaa ttagctgaga ttgtaaaaga tgccgatatg      300

gtatttgtta cttgcggtat gggtggtgga accggaaccg gtgcagcacc tgttgttgct      360

aaaattgcaa aagatatggg taaattgacg gtaggtatcg tcacaaagcc atttaatttt      420

gaaggtaaaa tacgtatgaa aaatgcactc ggtggaattg agaaactcaa agagtgcgtg      480

gatacactga ttgtaattcc aaacgataaa ctgcttgcaa tctgcgaccg cagaacgacg      540

atgccagagg cattgaaaaa agcagatgaa gtattacagc agggtgttca gggtattacc      600

gatttgatta acacaccggc actgattaat cttgactttg ctgatgttgt aacagtaatg      660

aaagataaag gaattgcaca tattggtatc ggtgaaggta aaggcgatga gaagtgcatc      720

gatgctgtga aacaggcaat caccagtccg cttctggaga catccattga cggcgcaaca      780

catgttatta tcaatgtgtc cggtgaggtt agtctgattg aagccaatga ggctgctact      840

tatgttcagg aactggcagg agaagatgca acaattattt tcggtgccat gtacgatgag      900

acaagttcgg attctgttat gattacagta attgcaaccg gacttgatca ggaatcaaaa      960

cctgcttccg ctttcagttc caattttggt gcatccgcta caccaagttt tttgaaaaat     1020

cgtcaaacga ctccgcagaa aagtggtttg agttttttag atggatttaa cagtcaggca     1080

aagaaaagcc cggtttccgg agtttccccg acaagagcca cagaacgtca ggcggtaaaa     1140

gaagagatgc cggtagtgag ccgtggaatt gcaaatccaa tgtcaaatga caaacaggga     1200

atggatgata ttaagattcc tacattcctt accaataaga aacaggagga ctaa           1254


<210>  1843
<211>  978
<212>  DNA
<213>  Clostridium

<400>  1843
atgtcaaaga aaagaggttc tttgctttct tatcgcccgg atattaaagt ggtagatgct       60

actcttcggg atggaggact tgtgaatgat ttccgtttta cggaagattt tgtacgtgat      120

ttatacgctg cgaatgttgc agctggcata gattatatgg aatttggcta taaagcatcc      180

aaagatattt ttgacccgaa agatttcgga ccatggaaat tctgtgaaga ggctgacctt      240

cgcaacatcg ttggtgacaa cgatacggat atgaaaattg ctgttatggc agacgttggc      300

cgatgcaatt acaaacgtga cattatccca cgtgaggaaa gtgtcattga tctggttcgt      360

attgcaacat acatcaatac cattccggca gctcttgata tggtaagaca ctgcaaaaat      420

atgggctacg aaacaacgat taacattatg gcgatttcca acgcaaagga atcagaaatc      480

acagaagcac tgcagctgat tggagaaagc gaagtcgatg gtatttactt agtagacagt      540

tacggctctc tctatatgga gcagattgat gacttatctg accaatattt ggaggcagct      600

gaaaatactg gtaaatttac cggtatacat gcacataaca accagcagtt agcctttgcc      660

aacacaatca ccgctcttac caggggtgtc agctacttag acgccactgt aaacggcatg      720

ggccgcggtg ccggaaactg tgccagcgag cagttgttag gatttttgaa aaatcctaag      780

tatgatatta ttccgcttct taagtttttg gaaaaacata tcgtgccctt aaaagagtcc      840

ggtgttgttt ggggatataa cattccctat cttttgaccg gtcagatgaa ccgtcacccg      900

cgttctgcga ttgcggcaac aaaggaaaaa cgcactgact ttcttaactt ttacttagaa      960

ttaggtgata aagactga                                                    978


<210>  1844
<211>  606
<212>  DNA
<213>  Clostridium

<400>  1844
atgaaacgac gagacttaga atttgaaacg ctggtgagag aagctttaaa agggaaaaag       60

gttcctattc tagtgttgga ccgtcgctgg cataccttgt ttccgcaggg agaaaaaccg      120

gctgagatta ttcagcttga ggagaaatta aatgaactgc tcaaaaggca ggggtattta      180

gtaaatgaca tcaaagattt aaaaaagacg aaaaagaaat tgatggaagg cattgtggct      240

gggatgaatg atgcagagcc tttacgtgat aagaagaaga aaaaccagca gcgacttctt      300

ttggaaatca aagagcggat agagacggaa tcagatgaat tgattgaact tccgagaatg      360

ataaaaaagg caaatgaaga actgcttgct acaggggcac attattgttt tgagcgtctg      420

gcaaatggag atgagcagtt gaaaattgta aagcaggaaa ttgaagaact ccgcatttcc      480

ctccgtgaga aaacggaatg gaaagatgat ttagaggaga gtatggacag tgcctattct      540

ttgatgcatg ggttgttagg tcatgacgta atgaatttat atgataaaag gaagggaaaa      600

gaatga                                                                 606


<210>  1845
<211>  708
<212>  DNA
<213>  Clostridium

<400>  1845
atgttaagaa tagagaattt gacaaaaacg tatggtgaaa aaagggcagt agataatctt       60

tcccttcata ttgcgccggg tgaaatttat ggttttatcg gtcacaatgg agcgggaaaa      120

acgacaacac tgaaagcggt tgtcgggatt cttcaatttg ataaaggcga agttttcatt      180

aaaggagaat ccgtccgcaa aaatccgctt gcctgcaaac aaaaaattgc ttatattccg      240

gataatccgg atttgtatga atttatgaca ggaatcaaat tcttaaattt tattgcggat      300

atttttggtg tgccggaaga aaaacggcag gagagaatcc gcaagtatgc tgatttgttt      360

gagatgacag aaaatcttgc gcagccgatt gcttcctact cacatggtat gaagcaaaaa      420

cttgcgatta tatctgcgtg gattcatgag ccaaagttaa ttataatgga tgagccgttt      480

gtcggacttg acccgaaagc agcacacatt ttaaaacaga tgatgcgtga gatatgtgat      540

gagggaggtg ctatcttttt ctccacacac gtactggaag tggcagaaaa attgtgtgac      600

aaagtggcga ttatccgaaa tggacaattg attcaatccg gtaccatgca ggaagtaaag      660

ggtgacgaca gcttagaaga ggtatttttg gaattggagg gagaatga                   708


<210>  1846
<211>  1026
<212>  DNA
<213>  Clostridium

<400>  1846
atgcttaata cagtatacca gttggtggct cctcgtaaat tcgaggtcac ttatgaaaac       60

atcggattgc aggatgatga cattatcgtt cgtccgacac atctttcgat ttgtaatgca      120

gaccagagat attatcaggg gcttagggaa gaacatgtac ttcgtcagaa actgccgatg      180

gcattgattc atgaagggat tggtgttgta cttcgtgacc caagtggcga gtttgagccg      240

ggggaagagg ttgtgatgat accgaataca ccggtagaag aagatgagtt tattgcggag      300

aactatcttc gctcaagtaa attccgtgcc agcggattta atggatttat gcaggaatat      360

gttaaaatcc gcaaggacag attagttcgt ctgccacagg gaatcaacaa agaagtagcg      420

gcatttacgg aaattgtcag tgtcagtgtt catgcgattt cacgctttga ccgttttgca      480

catggtagaa gaaatgtggt aggtatctgg ggcgatggta atttaggtta tattacggct      540

gtatttttca aaacaatgtt cccggataca aaactgtata tttttggtgt cagcaaagac      600

aagctttctg attttacatt tgctgatgca acgtatcagg taagtgacat tccggagaat      660

atggaattag atcatgcttt tgagtgtgtg ggtggagccg gttccggaaa ggcaatcgac      720

cagattattg attttattaa gcctgaggga acgatctcta tattaggagt atcggagtat      780

ccggtaccga ttaatacccg catgattttg gaaaaaggat tgagagtatt cggaagcagc      840

cgaagcggaa gagtggattt tgaaaagacg gttgaagtat atagagagca tccggaaatt      900

atcaattacc tgtctaatat tgtaggtgcg gtaattccgg ttcgttcgat agctgatatg      960

aaaaaagcat ttgagatgga cattcagaag tcctttggaa agacgattat gctttgggag     1020

aaatga                                                                1026


<210>  1847
<211>  537
<212>  DNA
<213>  Clostridium

<400>  1847
atggcaggct acagaaaact tggaagaaca tccagccaga gaaaagcttt gctgagaaat       60

caggtaacca acttgttgta tcatggcaag attgttacaa cggaagcgaa agcaaaagaa      120

attcgtaaaa ttgctgaaaa gcttattgcg atggcagtaa aagagaaaga taattatgaa      180

actgttactg taaaagcaaa agttgctcag aaagataaag atggcaagag agtcaaagaa      240

gtggttgacg gaaagaaagt aactgtttac gatactgtag acaaggaaat caagaaagac      300

aatccttcca gacttcatgc aagacgtcag atgaagaaga tgctttacac aattaccgaa      360

gttcctacag aaactgccgg taagaaaaaa gcaacaaaag aagtagatat tacaaatctt      420

ctgtttgacg agattgctcc taagtatgca gaccgcaacg gtggttatac aagaatcatt      480

aagattggac cacgtaaagg tgatgctgca atggaagttg taatcgagtt agtataa         537


<210>  1848
<211>  2067
<212>  DNA
<213>  Clostridium

<400>  1848
atggcaaaac gagtttttat agcagagaaa ccaagtgtgg cgcaggagtt tgcccgcata       60

ttaaagataa atggaagacg gggagacgga tatcttgagt cggaagatac gattgtgact      120

tggtgtgttg gtcatttggt gacgatgagt tatccggaag tttatgacgc cgctttgaaa      180

aaatggtcgt tagacaccct tcccttttta ccggagaagt ttttatatga agtaattccc      240

ggtgtgaaaa agcagtttga tacggtcagt tatcttttga accgtgagga tgtggatacc      300

atttacatct gtaccgactc cgggcgggag ggagaataca tttaccgctt ggtagaccag      360

atggcacagg tctctgctaa caaaaagaaa cttcgtgtgt ggattgattc ccagacggag      420

gaagaaatat tacgcggaat ccgagaggca aagccgatgg ctgaatatga taatattagc      480

agttcggctt atttgcgtgc caaagaagat tatttgatgg gaattaattt ctcgcgtgtt      540

ttgtctttga aatatggatt ttggctcaat gatacgttaa aggggcagaa gtggacgtca      600

gtgtctgtcg gacgtgtgat gacttgtgtg cttggtatgg tggtaaagcg tgaaatgcag      660

attcgtgact ttgtcaaaac gccattttac cgtgtgattg gcaattttga gttacagggt      720

aaaaaatttc agggagaatg gaaggcggta gaaggctcga aatactatca gtcaccggct      780

ctttataaag aaaatggttt taaagaaaag gaaaatgcgc tggcactgat tgattctctg      840

atgcagccgg agccggttcc atcagaaatt gaacaggtcg caaagaagaa ggaaaagaag      900

aatccgcctc ttttatttaa tctggcggaa cttcagaaca ccgcctcaaa actttttaaa      960

atcagtccgg atgaaacatt ggcggttgtt caggaacttt atgaaaagaa gttagtaaca     1020

tatccgcgta ccgatgcccg tgttctttcc agtgcggtgg caaaagaaat cgggaaaaac     1080

ttaaatggac tgcaggggta tcctatgacg gcatctttcc tgccttatat ttcgcaaaac     1140

cagacgtata agggacttga gaaaacacgg tatgtaaacg acaaacagat taccgaccac     1200

tatgcaatta ttccgaccgg tcaaggatta agtgcacttt cacgtctggg agagttacag     1260

acaaagatgt atgaagtaat tgtgcgccgt tttcttagta tcttttaccc acctgcggta     1320

tatcagaagc taaatgtaac ggtaaaggcc ggagaggaac gtttttttac atcaacaaaa     1380

gttcttttgg aagaaggatt tttgcctgtt acccagtatt cttttacgaa aaagaagaat     1440

ccggaagaga ttctatcggc agaagaaaaa gaagaggaaa aagaggagag ttttgactta     1500

aaagaggtac ttaatctctt aaaaaaaggc acctctgttt ctctcaccga atgttcggta     1560

aaagaggggg agacttctcc gccaaaacgg tataattcgg gttctatgat tttagcaatg     1620

gaaaatgccg ggcagctcat cgagaatgaa gaactgcgag agcagattaa aggaagcggc     1680

attggcacaa gtgcaacgag agcggaaatt ttgaagaagt tgttttccat tgaatatctg     1740

aatctgaaca aaaagaatca gattattaca ccgacgctaa agggcgaact tgtctatggc     1800

attgtatttt gttccatgcc ggaaatgatt tcgccgaatt tgacggcaag ctgggagaag     1860

ggcttaaccg gcgtggcgga cggctcaatc agcgagggtg actacatgaa aaaactcgaa     1920

gcctttgtgc agcaggtggt acagcgtgca aaaggcggcg attatcgtgc aaaactgaat     1980

tctttttatc gttcggtgca gcctcatcat gcaggggaaa ataagaaaaa gcggaccacg     2040

agaaagaaga aaacgacgaa ggcgtaa                                         2067


<210>  1849
<211>  2256
<212>  DNA
<213>  Clostridium

<400>  1849
atgaagcagt atgcagtgac aggcatggca tgtgcagcat gcagtgcccg tgtggaaaaa       60

gcggtaagcc gtgttgaggg cgtaagttca tgcagtgtaa atcttttgac aaaatccatg      120

ggggtagaag gtgatgtgcc ggattccgtt attattcagg cagttgttga tgccggatat      180

ggtgcccatg tgatggaaca ggaaaagaac ggagaaacgg ggacagacga tacattaaaa      240

gatacagaga caaaaaagtt aaggaaacga ttgattgctt ctttgatttt gcttgtattt      300

ttgatgtatt tatccatggg acatatgatg tggggatggc ccctgccggg tgtccttggt      360

gtgaaccatg tagcgatggg acttgctcag atgttattga cgattgcgat tatggtcatt      420

aaccagcgat tttttgtcag tggatacaaa agtttgtggc ggcgttcgcc aaatatggac      480

acgttagttg cgctcggtgc cagtgcagct tttggctata gtgtgtatgc gttatttgcg      540

atggcggagg cgcagcggtt gatggatgaa gcaaaagtcg tagcttacat gcatgagttt      600

tacttcgagt cggcagcaat gattctcaca ttgattacag ttgggaaaat gctggaggcg      660

cgttctagag gaaagacaac ggatgcgata aaagacttga tgaagttagc accccagacg      720

gcggttgttg ttcgggatgg aaaggaaatt tccgtgccgg taaaagaggt tcaaaaggga      780

gagattttcc ttgtcaaacc gggggaaaat atccccgtgg atggcgtgat tttagaagga      840

agcagtgcag tcaatgaggc ggcactgacc ggagaaagta ttccggtaga taaaaaagaa      900

ggagaaatgg tttctgccgc aacgctgaat cagaccggtt ttcttcgctg cgaggcaacc      960

agagtaggag aagataccac tttgtcgcag attatccaga tggtaaaaga tgcggcggca     1020

acaaaagcac cgattgccaa aattgcagat agagtttcgg gcgtttttgt tcctgttgtt     1080

atttcaattg cagtagttac ttttcttgta tggtttttgt gtggacaaag tgttggttat     1140

gcattagcac gtgctatttc ggttctagtt atcagctgcc cgtgtgccct tggtctggca     1200

acgccagttg ctattatggt aggagatggt cttggcgcca gacacggaat tttgtttaag     1260

acggcagcag ctttggaaga gacgggtaaa attgcaaccg tggcactgga taaaaccgga     1320

acgattacgc gcggtgagcc gaaggtaact gatatgattc cattttccgg gtgctccgag     1380

aatgaacttc tttcgtatgc gtatgcgctg gagaaaaaga gtgagcatcc tctggcacgt     1440

gctattgttt cctatgcaga ggaacttgat actttagcac cggaactttc ggaatttgaa     1500

attatgccgg gaaatggtct gaaaggacag attaaagaaa atggtaaaac agaagttctg     1560

cttggtggaa atcagtctgc gattgaaaag gtgaccgcac ttgatgacat ggtaaaagag     1620

caggcaaacc gattggcgga agaaggaaaa acaccattgt attttgccaa agatgacacg     1680

ctgcttggta tgattgccgt ggcggatacg atgaaagaag acagcgccga tgccgtcagc     1740

cagatgcaga aaatgggact tcgcgttgtg atgcttaccg gagataatga aaaaacagca     1800

aatgcgattg gcagggaagc cggtgtggat gaagtgattg ccggtgttct gccggatgga     1860

aaagaagccg tgattcgaaa attgaaagaa aacggcaagg ttgccatggt gggcgatggt     1920

attaatgatg cgccggctct tacgcaggca gatatcggaa ttgccattgg agccggaaca     1980

gatgtggcaa tggatgcagc ggatgttgta ttgatgaaga gtaaactcag tgatgttccg     2040

gcggcaatcc gcttaagccg tgcaaccaga aaaaatatcc gtgaaaattt attctgggca     2100

tttatttata atattattgg tattccgttg gcagccggtg tgtggattcc gttgtttggc     2160

tggcagttaa atccgatgtt tggagcggca gcaatgagtt tgtccagttt ctgcgtggtg     2220

acaaatgcgc ttcggttgaa ttttaagaag atttaa                               2256


<210>  1850
<211>  1239
<212>  DNA
<213>  Clostridium

<400>  1850
atgaacttaa agaaagcgcc gatgggctgg aatagttatg attattatga cacaaccgta       60

aatgaggagc aggttcgggg aaacgctgat tatatggcgg ctcacttaaa ggaatatgga      120

tgggaatatg tagttgttga tattgcctgg tattcctatg agaccggcga gcagagagag      180

cgctttcagt atgttccgtt ctgccatgtg gagatggatg aatatagtcg tttactgcca      240

tgtgttaaac gctttccatc ctctgccgat ggcaaaggtt ttggcccatt ggcggattat      300

gtgcacgggc ttggactgaa atttggaatt catattatga gaggaattcc acgtcaggca      360

gcatatcaaa ggacaaaaat tcttggcacc gataaaacag caaatgaaat tgcagacgct      420

tattcgattt gcggatggaa tcccgatatg tatggcgtaa caccgggtgt tgagggggcg      480

caggagtatt atgattccat tgtttctctt tatgcggact ggggagttga ttttattaaa      540

tgtgacgaca tctgtcgtat ggatgcagat tcctccaaag aggagattaa aatgcttcat      600

cgggcgattg aaaaatgtgg cagagatatt gtattaagtt tgtccccggg accggcactt      660

gtagaggaaa atgagtttta tcatgaaaat gcaaatatgt ggcgcattac cgatgatttg      720

tgggataatt gggaatcgct tcgtgatatg tttgaccgtt gtcacaactg gcaggggctg      780

accagagaag gtggatatcc ggactgcgat atgcttccgt ttggaatgat tggaaagggg      840

tttggcgatg aaagaaagtc agcacttacc tatgatgagc agaagacaat gatgacactt      900

tggtgtatat tccagtcacc gcttatgctc ggggcagaat taaccaaatt ggatgaagaa      960

acattatcgc tgttatgcaa ccaaaaggta cttgcattgt ttgaactacc ggcaggacag     1020

gcaaaagaga taattagaga tgatacggtg attgtatgga aaacaggaga ttatgcggcc     1080

attttcaatg tatcaggttt tgactgcatg gtaaatatca gtgaattact tgagattcag     1140

gaaaaagaat ttgcaaatga cttatggaca ggagaaaaaa tccaaacaaa tcaaaagaca     1200

gcaatttctg cacatggctg cgttcttttg gaaatttag                            1239


<210>  1851
<211>  624
<212>  DNA
<213>  Clostridiales

<400>  1851
ttggcaaaag attctatccg ctgctccttc tgcggcaagc ggcaggagca ggtcaaccgg       60

atcatcgcgg ggccgaacgt ctatatctgc aacgagtgtg tcgatctctg caactcgatc      120

ctgcatgacg agatgcatgc gggcagcgcg cagcagctgg agctgccgga caagctgccc      180

accccgcagg agatcaaaac ctatatggac cagtatatca tcgggcagga cgcggcgaag      240

gtcgcgctgt cggtggcggt ctataaccac tataagcgca tctattttgc gcagcagacc      300

gatgtggagc tgcaaaagag caacatcctg ctcattggcc cgaccggctc cggcaagaca      360

ctgttcgccc agacgctggc caagatcctg aacgtgccgt tcgccatcgc ggacgccacc      420

acgctcaccg aggccggcta cgtcggcgag gatgtggaga atatcctgct ccggctgctt      480

caggcggcgg actttgacgt cgagctggcc gagcgcggca tcatctacat cgacgagatg      540

gacaagatcg cccgtaagag cgagaacacc tctatcacgc gcgacgtctc cggcgagggc      600

gtgcagcagg cgctgctgaa gatc                                             624


<210>  1852
<211>  537
<212>  DNA
<213>  Clostridiales

<400>  1852
ggtctgcaca ttaccatcac cgacgcgcgc atcggttcgc aggacaagcc cgagaaggag       60

cgcttcgact cgatgtgcta cgagggcggc atccgcgaat tcgtccgctg gtacaaccgc      120

cataagacgc cgctgcacga gcaggtggtc tatatggcgg gcaaaaaggg cgaccagacc      180

gcagaggtcg cgctgcaata caacgactcg tttaccgaga ccatcgtctc atttgcgaac      240

gacatccata cgccggaggg cggcatgcac gaggagggct tcaagcgggc gctgacaaac      300

gtgctgaatg cctacggcat caagaagggc tatctgaaaa acgatgacaa gctcagcggc      360

gacgacgtcc gcgagggtct gaccgcgatc gtttccgtca agctgacgga tgcgcagttt      420

gagggccaga cgaaggccaa gctcggcaat gcgtcgatgc ggacgctcgt gaacgcggtc      480

gtgtcggagc agctggcggt gttcctcgag gaaaatcccg ccgtcggcaa ggccatt         537


<210>  1853
<211>  954
<212>  DNA
<213>  Clostridiales

<400>  1853
ggcgttttga aggacgagct gatcgccatc cgcgataagt acggcgacga ccgccgcacc       60

gagatccagg acgtcgagga tgagatcgac attgaggatc tcattgagga agaacagtgc      120

gtctttacgc tctcccacgc gggctatatc aagcgcgtcc cggcgtcgac ctaccgcgca      180

cagcggcgcg gcggccgtgg cgtgaccggg cagacgctcc gcgaagaaga ttttgtggag      240

agtgtattct ccgcctcgac gcacgattat ctgctgttct tcacgaacgc gggccgcgtc      300

catcgccgca agggctatca gatccccgag gctgggcgca ccgcgcgcgg cacgaacatc      360

gtcaacatcc tgccgctcga gccgggcgaa aaggtcacgg cgggcatcac cgtacacgat      420

cttgaagagg acaatctgct cttcgtgacg aagcagggca cagtcaagcg gctcgagctg      480

aactgcctga atacggccag aaaggccggc atccgtgcgc tgacgctcgg cgagggcgac      540

gagctgatcg ccgtgctgaa gacgacgggc aacgaggaca tcctgctcgc cacggcgcat      600

ggcatggcca tctgcttcaa cgagaacgac gtccgcatca tgggccgcga cgcggccggt      660

gtgcgcggca tcgcgctgga cgcggacgac tacgttgtcg gtgcgggcat cgcggcggaa      720

ggaaagcagc tgctgaccgt gacggaaaac ggctatggca agcgcacgga gatcgaagaa      780

tatctccgcc tcggcgagga cggcgcgcgc catccgcagc agcgcggcgg caagggcctg      840

aaaaactaca acctgaccgc gaagaccggt ctggtggccg gtgtggccat tgtggaagac      900

ggcgaggacg tgatgctggt ggagaacggc ggcgtgctga tccggatgcc ggtc            954


<210>  1854
<211>  1395
<212>  DNA
<213>  Clostridiales

<400>  1854
atgcagaatt ttgattatga tgtcatcatc gtgggcgctg gccccggcgg cattttttcc       60

gcctacgagc tgacgaagga agaccgcggc ctgaagatcg ccgttttcga ggcgggccat      120

ccgctcgcca agcgccgctg tcccatcgac ggcgagcgcg tgaaatcgtg catcaaatgc      180

cagacctgct cgatcatgag cggcttcggc ggcgcgggcg cgttctccga cgggaagtac      240

aacatcacga acgacttcgg cggcacgctc cacgagcaca tcggcaagaa gaaggcgctc      300

gagctgatgc actatgtcga cgagatcaac atgacccacg gcggcgcggg caccaaactc      360

tacaccaccg ccggctcccg tttcaaaaag ctctgcatcc agaacaagct caacctgctc      420

gatgcctccg tccgccatct cggcacggac atcaacttcg ttgtgctgga aaacctctat      480

gaggagctga agcagaaggt cgacttcttc ttcgatgccc ccgtccacaa catccgcacc      540

atcgagggcg gcggcttccg gatcgagtgc gaatccggcg cgcatacctg ccgggaatgt      600

gttgtttccg tcggccgcag cggcagcaag tggatggaga ccgtctgcca tgagctgggc      660

ctcgagacct tctccaaccg cgtcgacctc ggcgtccgcg tcgaactgcc cgccgtcgtc      720

ttctcgcatc tgaccgacga actctatgag agcaagatcg tctaccgcac cgaaaaattc      780

gaggacaatg tccgcacgtt ctgcatgaac ccgaacggca tcgtcgtcaa cgaaaatacc      840

aacggcatcg tcaccgtcaa cggccacagc tacgaggaca aggcgatgca gaccgagaac      900

acgaactttg ccctgctcgt tgcgaagcac ttctccgagc cgttcaagga ttccaacggc      960

tacggcgagt ccatcgcccg tctttcgaac atgctgggcg gcggcgtcat cgtgcagcgc     1020

ttcggcgatc tcgtgcgcgg acggcgcagc acggtcaagc gcatcgaaga aggactcgtc     1080

acgccgacgc tcggcgcgac gcccgacgct cggcgcgacg cccggcgacc tcagcctcgt     1140

cctgccgaag cgcatcctcg acggcatcat cgagatgatc tacgcgctcg accgcatcgc     1200

gccgggcacg gccaacgacg atacgctgct ctacggcgtc gaggtcaagt tctacaacat     1260

ggaggtcgcc ctgaacgagc gtctggagac gacgcagaag ggcctctata tcatcggcga     1320

cggcagcggc atcacccatt cgctgtcgca tgcgtcggcg agcggcgtct ttgtcgcgcg     1380

cgaaattttg aatga                                                      1395


<210>  1855
<211>  807
<212>  DNA
<213>  Clostridiales

<400>  1855
accgaccgca accgcacctc gcccttcgcc ttcaccggca acaagttcga gttccggatg       60

ctgggctcgg cgaactccat cgcctgctgc aacatcatgc tgaacgcggc ggtcgccgaa      120

tcgctgaagc agtacgccga caagctcgaa aaggcagagg atttcgaagc ggccttgcac      180

gatctcatcc agtccacgat caaggcccac cgccgcatca tcttcaacgg caacggctac      240

gacgacgcat ggatcgagga agcgaccgaa aagcgcggcc tgctcaacct gcggacgacg      300

cccgatgcgc tgccgcggat cctcgatccc aagaacgtcg cgatgctcac cggccataag      360

gtcttctccg aggccgagat cgaatcgcgc tgcgagatca tgctggataa ctaccgcaag      420

accgtccaca tcgaggcgca gaccatgatc gacatggccc gcaagcagat cctcccggcg      480

gttgaatcct acgcggccaa gctcgctgag acgctcgcca cgaagaaggc gctctctccg      540

ctgctcggcg gcaagtatga gacgagcctg ctcaccaagc tctccggcct gaccgacgac      600

atcgccgagg ccgccgatgc actggaagca tcgcttgttg cgtatcacaa gatcggcgac      660

gtcaccgagg cagcctgctt catccgtgac gaagtcctgc cgaagatgga cgcgctccgc      720

gccccggccg acgaggccga acgcttcacc gccgccgaat attggccgtt cccgacctac      780

ggcgatctgt tatttggagt caaataa                                          807


<210>  1856
<211>  528
<212>  DNA
<213>  Clostridiales

<400>  1856
gcctatctgc gcgaggcgct cggatttccg gcctactatg gcggaaatct cgatgcgctc       60

tacgactgcc tgcgggagct tccgcccacg gagcttcatc tggacgcgga cgcgctggcg      120

caggcagggc cgtatgcgca gaagatcgta caggttttgg aagaggcagc ccgggacgac      180

ccgcggctgc gtgtcatact ggaaaggaga aatcccaaca tggatcagat tgaaaccgtc      240

tatcagcaat ggctggctca gccggacatg gacgctgcgc tgcgggaaga actgcgcggc      300

atggatgaga acaccaaata cgacagcttt taccgcgacc tagaattcgg caccgccggt      360

ctgcgcggcg ttctcggcgc gggcacgaac cgcatgaacg tctacgtcgt ccgccgcgcc      420

acacaggccg ttgccgacta tctgaacggc acggagctgc ctaagtgtac cgccattgcc      480

tacgacagcc gcatcggctc cgaggtgttt gcgcgcgagg ccgcggcg                   528


<210>  1857
<211>  726
<212>  DNA
<213>  Clostridiales

<400>  1857
accacctatc ccacccgccg ccgtgccggc ggcgtggtgg agcaggacgc tgcggactgg       60

tggatgagcg ccgtgcgcgc gatgctgatg ctgcgcgagc ttgtgcccga atatgtcaag      120

cgcgtcgacg ccgttggcat ctgcggccac atgtggggct gcctgccgat ggatcgcgac      180

ggacagccgc tccagcgcgc catgatttac agcgaccgcc gggccgcgaa gtgggccgaa      240

acgctgcaag aacgctttgg cagcgactat ttctaccgcg agacgggcaa tatgctcatc      300

gcccaaaaca cgctctgcaa gagcgtctgg ctccgccatg aacagccgga gctttacgaa      360

cagacctata aaattctcca ggccaaggac tatcttgtct accgcctgac cggcaatctc      420

gactcgaccg acctttccga cgcctcctac ggcgcactcg tcagcctcag ccgccgcgcc      480

tacgaccggg actttttccg tgccgtcgat ctcgacccgg acaaattccc cacggtccat      540

accggctgtg agattgccgg ccatctgacc gaagaagcgg caggccatct cggcctgcgc      600

gcgggcatcc cggtgtcggt cggcggcggg acgtcggcct gtgccaacgt cggcggcggc      660

acggcgaaaa acggcgatgt gctcatggag cttgagagcc gcgcatggat ctccacgcag      720

ctggcc                                                                 726


<210>  1858
<211>  957
<212>  DNA
<213>  Clostridiales

<400>  1858
ctctgccgcg cgggcggtga cacgatcagc cgctatgctg aagttttgag cttcacgcgc       60

ctcgcctccc gcgtgtcgtc catctacggc ggcgtctgcg aggaatatct cgacgagggc      120

gggcggctgc tcacgatgta tctcgccgcg cagcaggtgc tcccgaacct caaatattac      180

gcttccgctg cggtcaaacc cgcctttttg cagcagcttg ccgctgcgat cgaggaattt      240

ctgacctatt gcgtcacgcc gcagtccctg ctggatgcgg cggcgcgctc tgagggtcag      300

cttgcgcaga agctgcaaga gctgggcctg ctctacgaga gctatcttgc tgtatgcaag      360

acgggccgcg gcgaccctgt cacgcggctc tatcgcctga acgaccagct cttcgaaacg      420

gactatgcct cggacaagac gttcttcctc gacggttttt ccgattttac cgctgttcag      480

ctgcaaattc ttcagacgct cctgccgcag gcggacatta cgctcacgct ccagaccggg      540

atgcaggagc agtctgtctt ctccgcggca gagcagaccg cccggacgct gaaaaagctt      600

gccgcgcggc tccgcgtgcc tgtcacggtg gagcacgtcg cggaaagtac ggttcgcatg      660

ccggacgtcc agcgctggct gtccgtgctc ttttcccgtg gtggcgagcc gtgcgaagaa      720

gacgcgccgc acatcttcac gcaccgctcg gagagcatcg cggaggagtg cagcttcgcc      780

gcaacctatg tccggcggct gatgcagtcc ggcgttcgct gccgcgagat caccgtcgcc      840

gtgaccgact ccgccgccta tctgcctgtt ctgcgctctg tcttcatccg cgcgggtatc      900

ccggcctatt ttgccgggac gacgccgctg ctccagagtc cgatggtcgc tgcgctg         957


<210>  1859
<211>  624
<212>  DNA
<213>  Clostridiales

<400>  1859
gggctgacgg agacgaccgt gcccgctgcg cttgccgctc ggatgcgctc atcggtgctg       60

ttcgccggtg cgctgctgtc tgttgggggc tccgtaaaaa tcccgctgcc gggcgggtgt      120

ccgctcggcg aacgaccgat caattaccac ctatgggcat ttgaacagct cggcgcaaaa      180

tgtttggcat ctgatgggta ttatgagatt ttctgggaga ggccgcgcgg cgcagtgctg      240

gagttcccgc acgtcagcgt gggcgcgacg gagaatgcca tcctcgccgc gctgcgctgc      300

cccggagaaa cggtgctgaa aaatgccgca aaggagccgg agatcaccga tctggtgaac      360

tttctgcgca gcgccggggc ggaaatttcc ggtgcgggaa cctcagaact ccatattcgg      420

ggggatcagc ccctgcatgg cacaacatat agtatccagc ccgaccgcat cgagacggcg      480

acgtttttat gcgcggcggc gggctgcggc ggggaagtgc tgctccggcg gacagatgcc      540

cgcatgctcc agagcgttac ggcgctgctg cggcagaccg gatgcgaact tttggaagaa      600

caagatgccg ttttggttcg aaaa                                             624


<210>  1860
<211>  618
<212>  DNA
<213>  Clostridiales

<400>  1860
taccacgcga agtgcggcga tcttgcgctc tacaccctga aagaacgctt caaccggcag       60

gcaatgccgc gcgtggagct ggtcgacctg aagcaggagc tgcggcaggg gaacgccggg      120

atcgtgagcg cagcgctcga agaacggctg cgcgacaccg tcatccgcgg cgatcaggcc      180

attttgtttt tgaaccggcg cggcaacagc cgctgccttg tctgtgtgga ctgcggcgac      240

gcgccgagct gtccgcggtg cagcgtctat ctgacgtatc attccgtaac gaaccggctc      300

atgtgccact actgcggata ctcggagcct gtgacggagc ggtgtccgca ctgcggcgga      360

gcgctccgcc cggtgggcgc ggggacgcag aaggtggagg aagagctgcg ctatgaattc      420

ccggacacgg gcatcttgcg catggacgcc gacaccgtga ccgctgcgaa cagtcacgag      480

gccatcctcg aacggttccg acggaaggaa gcgtccatcc tcgtggggac gcagatggtg      540

gccaaggggc tggattttgc gtcggtgacg ctggccggcg tgctggacgc cgacctgagc      600

ctttatgtca accactat                                                    618


<210>  1861
<211>  660
<212>  DNA
<213>  Clostridiales

<400>  1861
taccgtggcg cgtggctgga gtatgagacg gatctcaata acgtcttcta cgtccgcatc       60

gacaaaaacc gcaagatccc cattacctgc ctcatccgcg cccttggcgt ggccagcgac      120

ggccagatca aagagctgtt cggcgacgat ccgctcatca acgccacgct cgagcgcgac      180

acctgcaaga cccgcgaaga gtctctgctt gagatctacc gcaagctccg tccgggcgaa      240

ccgcccacag tcgagagcgc ggagagctat ctcgacgcgc tgttcttcga cgcgcgccgc      300

tatgacgtga gcaaggtcgg ccgctataag ttcaacaaga agatggacat ttgggcacgc      360

ctgagcggcc acgcgctggc ccagccggtg accgatccgc tgaccggcga gatcctcgcc      420

atgcccggcg aagtgctcag ccgcgacaag gcacgcgaga tctccgcgcg cggcgtcaac      480

gaggctgtgc tcgacatgga cggccgtcag gtgaaggtct tctcgaacgg catggtcgac      540

atgaagaact tcgtgaagtt cgacccgatg cagtacggca tcaaggagaa ggtctgcttt      600

gcggtgctgc gcgaaatgct cgagactgtg ccggacgacg gctgggaaga ggccatcgaa      660


<210>  1862
<211>  888
<212>  DNA
<213>  Clostridiales

<400>  1862
atggaagaac aggaactgcg gaacatcgtc gtcgccaccg ggccggagct gctccgcgag       60

ggccttgtcg cccggacgtg gggcaacatc agcgcccgcg tggacgacac gcactatctc      120

attacgccga gcggcatgga ttatgaaaag ctgacggcgg acgacctcgt cctctgcgac      180

cgcgtgcgcg gcacgtttga gggccagaac cggccgtcga gcgagcgcgg catccacgcc      240

atcgcctacg agctgttccc ggaggtcggc ttcgtcattc acacgcatca ggtctacgcg      300

acggcgctgg gccttgcggg cttccagcgc gggagcttca cgggtgacga acgggtgcgg      360

ctcgggggcg cagcagtcgc aggatacggc ttatccggct cgaagaaatt acaggccggc      420

gtccgcgccg cgatggagac cggggcgcac accgtcttca tgccgcacca cggcgcgctc      480

atctgcgggc gcgaccacga agaggcgatg cagcgggcca agctgctcga gacgctctgc      540

cgccgctgct ggcgcgggac gctcacgcag gaggcggtcc ttccggcagc gcagcaggat      600

tccatgctgg caaaggtgcg gcatgcgcac ccgaacgccc gcttcgtcac gactgacgcg      660

ctgctgacgc tcgcggcgct gcaaaaaccg ctgcgcgcgc agctggacga tatggcgcag      720

atgattggcg tgaagatgcc gtgcgcggag ccgacggcga gcagtatttc tgctgcattg      780

cgccactccc ctgccgtcct cgtgccgggg atcggcgcgg cagtctcggc ggaagatccg      840

ggcgactgtg aggcgctggg gctgcttgct gacaaggcgg ccatctcc                   888


<210>  1863
<211>  1254
<212>  DNA
<213>  Clostridiales

<400>  1863
ttagagctgt ttgtccggca ggtcaacgcc attgacgcca accagacctt taccgtccac       60

cgggtaaagg cggctccggt gtacagcaag cagcccacga cgatcgtgga aagctatacg      120

ctcaagctcc cgctggagca gctgaacggc tgcaatccga gcgcggtcaa caaatggatc      180

tcgctggatg tgaatatccc ggttggcgag gacgagacgc ttgcgtttgc gggcaagaac      240

gatgcagtcc tttttgacta tttccagagc gcggatcctg cgaacaacct gttcacaaac      300

aaggtcgcga cgacaccgac caagccctcc acgaacgaag tgcttgccat cgcggtctac      360

acgacggaga cgcgcgctta cgcggagcat ctcgccgcgc tggacagcgc cgaaacgcag      420

cttgcggagg ataccgcgct ccgcgccgcg ctgaagggca aaaagctctc cattctcggc      480

gacagcatca gcacctatgt ggattactgc aacaacacaa gctataactc caccatcggc      540

ggcaactgcg tgttttacag cccgaaccgt tcagaccggc ctgatctgaa ggatatcgcc      600

gtgacggaca cctattggat gcagctcatt gacgagtacg acatggagct ttgcgtcaac      660

aattcgtcct ccggttcgcg tgtcatcggc atgggcaatg tcagcggcag cacaagagat      720

caggcgtatg acacgcgcgc ctgccagctc cataacgacc ataccggcga acagcccgac      780

atcatctcca tctacatcgg cttcaacgac catggcgcgg cggcgccgca gggccgcatc      840

acgaccggca gctatgaggc cgtgaacttc gacaccctga tcacggtgca ggacggcaag      900

tatgtctacg ctacgcctac cacggtggcc gagggatatg ccgtgatgct ccataagatc      960

aagacgacct atccgaacgc caagctcctg atgatgaaca tcccgcacgt ggcctggcag     1020

gacaaagtcg cagaacgcgg cgtcgagctg cccaaataca acgaactgat cgcaaaaatg     1080

gccgcgcatt acggcgtgac gctggtcgat ctctattcca cggagatcag cggcgacagc     1140

gcgagcaacc gcgccgccta tgccctcggc gatgagatcc atcccaactg cgccggacac     1200

gacgtcatga ccagggctct ggccgacgcg ctgaaaaccg tctatcttcc gtaa           1254


<210>  1864
<211>  711
<212>  DNA
<213>  Clostridiales

<400>  1864
cgcatggagc cgcatttcga cgtccgctac gtctatcagg agctgacgaa cattccggac       60

ggcctcgccg tgcccgaagg gcgcgtcaag ccgtggggca cgggccacgc cgtgatgtgc      120

tgccgcggcg taatcgacgg gccgttcgcc gtgctcaatt ccgacgattt ctacgggccg      180

gaggcatttt cggccatgta tcagttcttg agatccaacg acgatcccgc ctgctatgcc      240

atggtgggct atcacctgcg caacacggtg acggagtttg gctcggtcgc ccgcgggatc      300

tgcgacgtgc aggatgggat gctgcgcgac gtggtcgagc ggacgaagat cttcaagcgc      360

ggcgcggacg cggcctatac cgaggacggc gagacgttct atccgctgcc cggcgagagc      420

gtcgtgtcga tgaatttctg gggcttcacg ccgaagatgc tggcggagct ttggacacgt      480

ttcccggact tttacgcgaa ggaagtcccg caaaacccgc agaaatgcga gttttatctg      540

ccgtccgtcg tcaatgcgca gctgcaagcc gggacggccc gcgtgcgcgt actgccgtgc      600

agcgaggtct ggtacggcgt gacctatcac gaggatctcg cctccgtcca ggccgcgatc      660

gcgcgcatga aggccgaggg ccgctacccg gagagccttt gggccgaata a               711


<210>  1865
<211>  642
<212>  DNA
<213>  Clostridiales

<400>  1865
atgtcgattc caagaagaat ttcagtaagc tgcccgaact gcagaaaaaa ttttgagacg       60

accatatttg aaagcctgaa tacggatttt gctccggatg tgattgaaac ggtaatcagc      120

ggggaacgct ttgccgggaa atgcctaaat tgcggatttg aagcgcatct tgaatatgac      180

atgctgtacc atgatatgaa gcatggcgca gcgatctggg tcgtccatga taatggcccg      240

gaatacgcga gaaaagttgc cgaagtgcgg gagacagagc tgattcccta tgccatgacc      300

agaattgtgc ccaacatgga tgcgcttcgc gaaaaagcgg cctgtctgga gtccggaaag      360

gatgacaggg tcgtcgagct gtgcaaggtg tttctggtgt cgcagacgag tcagaagatg      420

ccggattttg aattcagaaa tgccttttac acctattgca atgggaaaga catcgtattt      480

ttctatggcg ctgccggaaa agagattgca taccagttaa gcgacagggt ctatggcgcg      540

atcgcggagc ggttcaaaca gcctttggca caaatggtac aaacacccta tcagatgatt      600

gattatgatt gggcggcgga cttctttgaa aagctgcatt ga                         642


<210>  1866
<211>  651
<212>  DNA
<213>  Clostridiales

<400>  1866
atgaagaaaa cgcaacagaa agaagttttt tccatgtcta cattccgaaa agcaactgag       60

gtggacattc ccgcgatcac tgccatttat gaccatacac acgacctcga agagcgcggc      120

gagacgacca tcggctggat tcgcggcgtc tatcccaccg aggaaactgc acgcgaggcg      180

ctcgatgcgg acgacctctt cgtcatggag gaggacggcg cggccgtcgc cgccgcgcgt      240

atcaatcagg cgcaggtgga ctgctacgca agagcaaact ggtcgtttga cgccgcgccg      300

gagcaggtga tggtgctgca cacgctcgtc gtcgaaccgg cgcagaaggg gcacggcttc      360

gggccgcagt tcgtacagtt ctatgaggac tatgcccgcg cgcacggctg tcccgtcctc      420

cgcatcgaca cgaatgcccg caatcaggcc gccagacggc tctatgcccg cctcggctat      480

cgcgaggccg acatcgtcca ctgcgatttc aacgccatcc gcggcatcga cctcgtctgt      540

ctggagaaaa agctggaatg gcgcgtattc tacggcaaaa atttctgggc cacgcgcgga      600

cgcggaaagc cgggtgtgga gatttcgctc ggccatcgct tccgctgggg c               651


<210>  1867
<211>  666
<212>  DNA
<213>  Clostridiales

<400>  1867
atgttcacac cgcaggaaat tcaggaacaa accttttcca aggccgtctt cggcggctat       60

gacatgcagc aggtcgatga ttttctcgaa ccgctgaccg aggattatat cgcactctac      120

aaggaaaact ccgtgctgaa gtccaagatg aaaattctgg ttgaaaagct ggaggaatac      180

cgtgggcagg aggcggccat gaaaaagacc atggccgagg cccaggccaa gtgcgacaag      240

atgctcgccg acgccaaggc gcagtgcagc gccatggtgc agacggcgga ggacggcgcg      300

gcccgtcaga aggtcgaggc cgacatcgcc gccgagcagg agcggctgga atacgcaaag      360

cagacggcgc tgaacttcat caacgtcatc gagggcgaca tcaaagggca tctcgagctg      420

ctggagcagc tcaagggccg cgacctgacc gtcgaagaca agaagccgga gccgccgaag      480

cacgccaagc cctacgactg gcaggccgac agcgcaccgt cgctcgtggt agacacgtcc      540

agcaagcaca cgcaggacat cgcggacgag atctccgaga atctcgaaaa gctcgtcggc      600

agcgagccgg agcctgacgt caaggtcgcc ccggcgaaac ccgcgcagac ccgtatggac      660

agcgcc                                                                 666


<210>  1868
<211>  1380
<212>  DNA
<213>  Clostridiales

<400>  1868
atggcagtca gtacgaagga tcaagagcgc ctgaatggcg cgcagcagtc ggcggtgcag       60

aattacaccg accagtatta tgaggcgaag gcacgcggcg acaaggcagg gatgcaggcc      120

gcacatgatg cggcggagcg cgtccgcaat caggccggct attccggcgg ggcagatggg      180

agcgctggct ctgcgccgtc gcgcacggca gcggaaatgg aacgggacgt gcagcagttc      240

aacgatgtga attatgacag cacgcaggga cgatggacga atgggtacac gacggagcac      300

aatgtgcgga cgaaggcgaa tgcgattcgg cagcagatgc tgcaaaactc gcagaactgg      360

cacacggcgg ggacgcaggc ggagcgggac tacctgcatc agcagaatct ggagctgaac      420

cgcatcctgt cgcagtacgc gggcggcgtg gagagcgggt atgaccccgc gacgggccgc      480

tggacaacgg aaaacgcgga tctcggctac ggcgacatcg atccctacga ccgggcgaac      540

gcgaagcggc tgtacggcgt gacggatgcg gagctggacg cctatctgcg caacacggat      600

cgctatttca actacgcgca gcagcatccg ctgtcgtatc tgggccggaa tggcgcggaa      660

ggtcagatgg gcggatccgc cgcggggcac gggtatggtt cgggcagcta tggagctggc      720

ggtggttatg gctccggcgg ttacggttct ggcgggtatg gatatggcgg atatggctcc      780

ggcgaacttt ccgggctgct cggcgattgg cgcagtgcgg cgcaggaaca ggccgagcgg      840

cagatcgact atgcaacggc gcagggcgtc gcggcgctgg aacgcgcgcg ggaggatgcg      900

gcggcgcagt atcagacgca gcgggatcag gccgcaaagt atgggcggaa cgcgatggac      960

aacgcggcgc tctatgccga gctgcgcggc gaccggggcg ggatcgggtt ggcgcagtac     1020

aacgcggtgc agaatgcggc ggaggaaaac cggttggctg tggatgcggc gcagatcaag     1080

atggcgacgg acacggaccg gcagatcgca gacctccgca cgcagggcga gtttgcaaag     1140

gccaatcagg tgctcgaaat ttcacaggcg tatttgcagc agctggtgtc gctggagcaa     1200

tgggcggcgg agtataacct gtcggcggcg aaatttcagg agacggtgcg gcagtgggaa     1260

aatgagttcg cgctgtcggt cggacaggtg acgggcagtt atcaggggca gacgacgatg     1320

acggcgaaga aatacagcga tagtttgctg gccgagagcg ggagcgcgct gctctctgcg     1380


<210>  1869
<211>  927
<212>  DNA
<213>  Clostridiales

<400>  1869
atgctgaagg tacttctgca aaagcagctt gcggagatct tccgcaccta tttctacaat       60

gcaaaaacga acaaggcccg ctccaggggt gcgacgatcg cctatctcgt cggttttgcg      120

ctgctgatgg tgggcctgct cggcgggatc ttcgcctatc tttccgtctc gctctgcggc      180

gcgctgtccg cggtcgggat ggattggctc ttctttgcgc tgatgggtct gctggccgtc      240

tttctcggcg cgttcggcag cgtgttcaat acgtattcca gcctctatct cgccaaggat      300

aacgacctcc tgctctccat gcccatcccc gtgcgcacga tcatggcctc ccgcctgctc      360

ggcgtctacc tcatgggcct gatgtattcc ggcgtcgtca tcctcccggc ggtcattgtc      420

tactggatca tgatctcggc cagcgcggcg gccatcgccg gcggcgtgct gctcgtcgcg      480

ctcatctccc tgtttgtgct cacgctctcg tgcgcgctcg gctgggtcgt cgcgaagatc      540

agcctgaagc tcaaaaacaa gagctttatc accgttttcg tctcgctcgt gttcctcggg      600

gtctactatt tcttctattt cagggcgcag acgctgatcc aggatcttgt tgcgaatgcc      660

gccgtctacg gcgcgaacat ccagcgcagt gcctatccgc tgtatctctt tggccgcgtc      720

ggcacaggcg acccgctggc gatgggcatt gtgtccgctg cttttgccgc actcttcctg      780

ctgctgtacc ggctcatctc ccgcagcttc ctcaaaattg ccacgtccag cggcaaacag      840

gagaaaaagg tctaccgcga gacgcgcacc gagcggcagt ccgcctccgc cgcgctgctg      900

cggaaggagt tctcccgctt cacggcc                                          927


<210>  1870
<211>  1401
<212>  DNA
<213>  Clostridiales

<400>  1870
atgtccaaca tcgaaaagca agcggaactt gccacgaaca tcaagctgtc gttccggcag       60

cgaatagact actccatctc cgagttcggc tacaactcca tctactactg gatcagcgcc      120

tttatggcgg tgttcctgac agaccagatg ggaattgccg ccggagccgt ctcgtttctg      180

acgctctttg tccgcatctt tgacggcatc aacgacccga tcatcggctc catggccgac      240

cgctcggtcg ataagggcaa aggcaagtac aagccttggg tgcgctgggg tgcgctggcc      300

atgtcccttt ccatcatcgc cctgttcgcc atgcaggctt cctggagcta caccttcaag      360

atgatctaca tgtgggtcac ctacctgctg gtcaccattt tctccacctg ttgtaatatg      420

cccttcggcg cgctgaacgg cgttttgacg tccgattccg gcgaacgcgc caagctgtcc      480

ggcctgcgca tggtcttcgc caacgtcggc gcgagctggg ccggcctgat tgcagtcccc      540

ctgatcgtgt tcttctccgg cgtgggcgac ggcaccacgc agaccccgcg cggctatctg      600

ctggccgtca tcgtctgtgt cgtcatcggt ctgccgccgc tcttctggtc ttcctataag      660

gtcaaggaag tggtcaagcc gccgaagcat caggtcaaga tcccgatgaa gaagcagttt      720

gccgccttct tccagaacaa atacgccatc atcatcgccc tcagcttctt catgatcggc      780

ttctgtgcct atggcaagat gaccgtcatg gtcttctact tcacctacgt ctgcaacaac      840

gccgctctcg tctccatcgc cgcgacgctc ggcctcgtcg ccgcgatcgt cggctccggt      900

ttcgtcggtt cctgggtgtt cagttggctg aagaacaagg gcacgtgcct catcttctgc      960

tacggcctca gcggtctgtt cgctgtgatc ggctacttcc tcactccggg cagcaccctc     1020

tggttcatta ctttcgccat ttctcaggtc atgcattgtg ctggtatcgg ccatgcctac     1080

ggcattgtcg gtgatacggt cgacgtcggc gaatacaaat ccggcgtccg tgtcgacggc     1140

ttcatctcct ccttcgtctc gctgatgatg aaggcaggcg gcgcagtcgg ccccgcggtc     1200

ctcatcgcgt ggatgggcgc tgcgggctat gtgccgaatg ttgcgcagac ggccaccgtc     1260

cagaacgtca tgaacatcgg catgaacctc atcacgggtc tctgctgcct gctcatcgtg     1320

atcttcaacc tgttcttcga cctcacgccg gagaagcatg agaagatccg cctcgagctg     1380

gagcgccgcc gtgcagaata a                                               1401


<210>  1871
<211>  969
<212>  DNA
<213>  Clostridiales

<400>  1871
cccggccaga cgcagttcta cctttccatg caggacgatg tcatgcgcct gttcggctcc       60

gagcgtgtgc tcagcatgat ggactccctc ggcctcgacg aggacacgcc catcgacgca      120

aagatcctct ccggcgcgat cgaaaacgcg cagaagaccg tcgagagccg caactatcag      180

gcccggaaaa gcgttcttga gtacgacgac gtcatgaacg tccagcgcaa gatcatctac      240

cagcagcgcc agcaggtgct cgacggcgaa gaccttcaga agaacgtcca gtccatgatg      300

cgcttctacg tggacaccta cgtcgccagt gccttcggcg agcagccgca cctgcccgac      360

cgcaccgcgt tcttcgagat gatgagccac tttgagaaca tctgcttccc gaagggcgtc      420

tgggtcgcga ccgatgaaga gctgcaaacg ctcacacgcg acgatatggc cgagcgcgtc      480

ctcgccctca tgcaggcggc ctatgccaag aaggaagagc agtacggcgc gcccgccatg      540

cgcgagcttg agcgcgtgat gacgctccgc gtcgtcgacg aatactggat ggaccacatc      600

gacgccatgg acgatctccg tcagggcatc cgcctccgcg cctacgcgca ggaggacccc      660

gtcgtcgcct acaagcgtga gggcttcgag atgtttgagg ccatgaccga cgccatcaag      720

gaggagatcg tccgccgcgt cttcctcgtc cgcatcaaga cgaacgagga catcaagcgc      780

gagcgcgtcg cgaaggagac cggggccaac gccggcggtg acaagaccgt ccgccgccag      840

cccgtcgtca agaagatcaa gatcggcccg aacgatccct gcccgtgcgg cagcggcaag      900

aagtacaaaa aatgctgccg tgacaaggat ctcgccgccg aacgcgggca gaatgccccg      960

cagaattga                                                              969


<210>  1872
<211>  531
<212>  DNA
<213>  Clostridiales

<400>  1872
atgcagcttc gttttgccgt tccgtccgat gcaggagcgc tgctccgcat ctatgacgag       60

tacatcaaca cctcgatcac ctttgaatat gccctgccgg gcgaggccga atttgccgcg      120

cgcatcgcgg acatctcggc ggagtatccc tatctggcgc tgtttgacag cggcgtccca      180

gcggcctatg cctacgcgca ccgcgcacag gcgcgcgcgg cctacggctg gaacgcggag      240

ctttcgatct acatcgcaca gccgtatgcc gggcacggac tcggccggct gctctacgag      300

gcattgatgg agctgctgcg gcggcagggc gtaaaaaccg tctacggcgt tgtcaccagc      360

ccaaatcccg cgagcgaggc gctgcaccgg gcgctgggct tccatgtggc ggcgcggttc      420

cacgacgcgg gatggaagga cggcgcatgg cacgacgtca cgtggttcga gcgggagatc      480

gccccgcacg acggcgcgcc gaagcccctc cgcccggtcg gtgagatcgg c               531


<210>  1873
<211>  927
<212>  DNA
<213>  Clostridiales

<400>  1873
atgccgcgtt cggaacatca gaagctcaag cttctttatc tcaaggagat cctcgaaacg       60

cagtctgacg ccgaccatcc cctgaccgcg caggccctca tcgatctgct caccgaaaaa      120

ggcatccgcg ccgagcggaa gagcatctat tccgatatgg tttgtcttca ggaatacggg      180

cttgacattg tccagctccg cggccccggc ggcggctatt atctgggcag ccgtgccttt      240

gagctaccgg agctgaagct gctggtcgac gccgcgcagt ccagcaaatt tctttccgag      300

aaaaaatcgc tccagctcat caccaagctc gaaacgcttg ccagctccta cgaggccaag      360

tcgctccgcc gccaggtggt cgtcgccggc cgcgtgaaaa ccatgaacga gagcatctat      420

tataatgtcg accgcctgca cgacgccatc gccggcaaca gccagatctc cttccgctat      480

ttcgactggg atctgcacgg cgagcgccgc tatcgccccg gcaaatatac cgccagcccc      540

tatgcccttc tctgggagga tgaaaattat tatctcatcg ccctctctcc gcgccacggt      600

ctcacgcact accgcgtcga caagatgacc aacatcacca agaccggcga gacgcgcatc      660

ctcggcccgg aatatgagaa tctggatctc acccgctaca gcagcagcgt cttcggcatg      720

ttccgcggcg cgcccgcgcg tgtccatctc cgctttgaaa acgcgcttgc cggcgtcgtg      780

atcgaccgct tcgggcgcgg cgtcatgctc gtcccggacg gagatgcaca cttcaccctc      840

atggccgaca tcgccgtctc gccgcagttt ttcgcctggc tcgccggctt cggcccgcgc      900

gtcaagatcc tgcatccaac tcagatc                                          927


<210>  1874
<211>  597
<212>  DNA
<213>  Clostridiales

<400>  1874
atgaccgcaa ttcaaaactt ttttcagaat ttattatatc agatcccaaa gatcgggatt       60

tctgatatca tcgatattct ggtcgtctcg tttctgatct atacggtgct gcggttggtc      120

cgcagcagca gcgcggcgcg cgtggcgtgg accgttctgg tgctgctgat cgcgacgtgg      180

ctgacgagcg tgtttgatct ctacgcctgc aactggattt tgaataagat cctcgaactg      240

ggtttcatct cgctggtcgt catcttccag ccggagatcc ggcgggcgat ggagcgcttc      300

ggcgggaagt tcttcctgaa tctggtcgac cccgcgagca agaagagcgt ggaggaatcg      360

gccatcgagg cgacggtctc ggcctgcgag atcatgagca aggagcgcgt gggcgtgctg      420

ctcatcttcg agcggagcgt gtcgctggag gaatacttta agaccgggac gctcatcgac      480

gcgaaggtga cggagcagct gctgcgcaac ctgtttttcc cgaaggcgtc gctgcacgac      540

ggcgcggtca tcgtccgggg cgggcggatc gcagcggcgg gctgcgtgat gccgctg         597


<210>  1875
<211>  831
<212>  DNA
<213>  Clostridiales

<400>  1875
atgcagaacg ggaagaaaag caagcttgga agcatcctgc tcggcattgg cgcggtgtgc       60

gtcgtgctgc ggttggtgac aaagggtccc ggatggacgc tgggcgcagt tgtgttcctg      120

ttggtgggtg cgatcgtgga cggcgcgtcg cgcaagcggt atcagcgcga ggtgcgcggg      180

ccgctggtgc aggaggccgt cgaggcggtg tttccggggg caagctatac gccggattcc      240

ggcatcgggt atacggacgc acgggaggcg gctatcgaga tcgcgggcgg atatgacctt      300

gtgacgagcc gggatggcat cggcgggaca tacaacggcc tcccgttcca gctgtcgacg      360

gtctggctcg gcctgcggga ctggttccgc gacgaagaga ccggcatgga gcgtgaacag      420

gagaaagagg tctttcacgg gccgtggctc ctgctgcgga cggcaccgct gggcggaact      480

gttcggctgc ggacgcgcac ggggctgggc aaggccgtcc gcctcgccgg gcggaagacc      540

ggcaatgcgg aatttgacca aacgtttgtg atcgcaagcg acagcgacga ggagatgcag      600

cgcgtgctga gcgcgtcgat gtgcgagcgg ctgctcgccg tgcagcagtg tatcggcaag      660

ggctggatct gcctgctctc cgacgggcgg gtcagcgtcg tggcggatac gggcagcggc      720

ctgttcgacg gaacgggcag cggcgcggaa gcgctgcgga aggaatatac cggggccttg      780

atgcaggccc ggcgcgtgat ggacgccttg cagctcccgg gcgcgcagta a               831


<210>  1876
<211>  1524
<212>  DNA
<213>  Clostridiales

<400>  1876
atgcataaaa aaattctgat ggaaaaaatg aaggaggcgg cagcgtcggt cctgccggtg       60

acggtgattg tgctggcggt gtgtctgctg ctggttccgg tggaatccgg gctgatgctg      120

gcgtttttga tcgggtcggc catgctgatt gcgggcatcg gcctgttcag cctcggcgcg      180

gagatgtcga tgacgcggat cggcagcctg atcggcgcga agatgacaaa aagccgcaag      240

ctcggcgtga tcctgctggt cagctttctg ctcggcgcag ccatcaccgt ggcggaaccg      300

gatcttcagg tgctggcgac gaatgtgccg aacatcgata agacagtgct cattttgaca      360

gtgtcggtcg gcgtggggct gtttctgatg ctgtgcatgg tgcgcattct gttctctatt      420

tcgctgaaat ggctgctgct gggcttttat atcctgattt ttgtgggcgc gtttgtgatc      480

gaccgcgata tgctctcgat cgcgttcgac tccggcggcg tgacgaccgg gccgatgacc      540

gtgccgttta ttatgtcgct tggcgttggc gtggcgtcca tccgaagcga cgaaaacgcc      600

aaggcggaca gctttggcct cgtggcgctc tgttcgatcg ggccaatttt ggccgtgatg      660

atcctgagcc tcgtgttccc ggccgggtcc ggcagcgcgg cggagaccgc gagcgtcgac      720

gcgggcaaca ccgttgtcct cgggcgcagc tatctcgcgg ccatcccgca catgctgctg      780

gaggtggcgg tggcgctggc gccgatcgca gtatttttcc tgctgttcca ggcgttttcg      840

ctgcggctgc acaagtggcc gctgctgaaa attctggtcg gtatcggcta tacttatgtg      900

ggccttgtgc tgtttttgac gggtgtgaac gtcggtttct cgccgcttgg ctcggtgctc      960

ggcgctgcga tgggcgcggg gtggcagcga tggctgctga tcccgctggc gatggtgatg     1020

ggctggttca tcatcgacgc ggagcctgcg gtgcatatcc tcaaccagca ggtcgaggag     1080

ctgagcgcgg gcgcgatctc ggcaaaggcg atgggcctga gcctgtccat tgcggtggcg     1140

acggcaaacg gcctcgcgat ggtgcgggtg ctgacgggga tttcaattct gtggttcctg     1200

gtgccggggt atgccgtggc gctggcgatg atgttcgtcg tgccgcggac gtttacggcc     1260

atcgcgttcg actccggcgg cgtggcctcc gggccgctga cggcgacatt catgctgccg     1320

ttcgcgatgg gcgcgagcga agcgctcggc ggaaatgtga tgaccgatgc gttcgggctg     1380

gtggcgctgg tggcgatgat gccgctgatc acggtacagg ccatgggcgg catctacgtg     1440

ctcaagtcga agcgcggcgc ggagaaggct gcggcgctgc cgtatgacga gcgcgagatc     1500

atcgagctat gggaggcgtg ctga                                            1524


<210>  1877
<211>  717
<212>  DNA
<213>  Clostridiales

<400>  1877
atgccaagac aatactcact tgagaatacg agaaacattg gcatcatggc gcatatcgat       60

gcaggcaaga ccacgacgac cgagcggatc ttgttctaca ccggtgtcaa ctacagactc      120

ggcgagaccc atgagggtac ggcgacgatg gactggatgg agcaggagca ggaacgcggc      180

atcacgatca cctcggctgc cacgacctgc cactggaagg gcgtgcggat caacatcatc      240

gacaccccgg gccatgtgga cttcaccgtc gaggtcgagc gttcgctccg cgtgctggac      300

ggcagtgtga cggtcctttg cgcgaagggc ggcgtcgagc cgcagaccga gactgtctgg      360

agacaggctg acaaatatca tgttccgcgt cttgtgtatg tcaacaagat ggacatgatg      420

ggtgccgatt tcttcaatgt cctgaagatg atggacgaac ggctcaagtg tgtcgcagtc      480

ccgattcagc tgcccatcgg caaggaagaa aacttccgcg gcgtgatcga cctcatcaaa      540

atgcgcgcct tcgtgttcta tgacgaactc ggcaaggata tgcgcgaaga ggacatcccc      600

gccgacatgg aagagctggc caaccagtat cgcgatcaca tgctcgagtc catctcggac      660

gaggacgaag agatcatgat gcgctatctc gaaggggagg atatccccga aaagatg         717


<210>  1878
<211>  612
<212>  DNA
<213>  Clostridiales

<400>  1878
attaccgcgg cagcgcgtgc tttggcaggc gaaatggtaa ggccgggcgt tacgaccaaa       60

cagatcgaca aggcggtaca cgatttcatc gtgtcaaagg gcgcaaaacc aacgttcctc      120

ggctatggag ggttccccgg aagcgtctgc atctccgtca acgaagtggt catccacggc      180

attccgggca atcgggtgct gaaggaaggc gacatcgtct cggtggatgt cggcgcggaa      240

tggggcggct ttactggtga ctgcgccgcg accttcgcct gtgggaaaat ctcgcccaca      300

gcgcagaagc tcattacggt aacagaacag agtttttacg agggcatcaa atttgcacgt      360

cagggctgcc ggatctccga catcggccac gcggtgcaga cgtatgtcga gagccacgga      420

tttggcgtgg ttcgcgcgtt cgtcgggcat ggcgtcggtg aggtattgca cgaagagccg      480

tccatcccga attatggcgc ccccggaaga ggcccgcgca tggtcaaagg catgacgctt      540

gcgatcgaac ccatggtcac ggagggcacg tatgatgtac gtgtgctgcg cgacaaatgg      600

acgaccgtga ca                                                          612


<210>  1879
<211>  726
<212>  DNA
<213>  Clostridiales

<400>  1879
gagatctgcg aggtctgcga gggcatcatg gtcgcccgcg gcgatctcgg cgtcgaggtc       60

ccgtttaccg agctgcccgc catccagaag cgcctcatca ccacctgccg cctgcttggc      120

aagcgcgtca tcacggcgac ggagatgctc gaatccatga tccacaaccc gcgccccacg      180

cgcgcggaaa tttccgacgt ggccaacgcc gtctacgacg gctcgagtgc cgtcatgctt      240

tccggcgaaa gcgccgcggg caaatacccg gtgcagtccg tggcgaccat ggccgccatc      300

gtcagcgaaa cagagcagca catcaactat gaaaagcgct tccgcaagtc ggatttcaag      360

atcaacagcc tgctcgacgc catctcccac gccacctgcg gcatggccat cgacattggc      420

gcgaagtgca tcgtcgtcag ttccctgtcc ggccggacgg tgcggatggt ctcgcgcttc      480

cgtgtgccca tggacatcat cggtatggcc acgaacaaaa aggtctggta taagctggcc      540

ctttcgtggg gcgtcatccc ggtgctgagc gagcagttca agtccatcga cgtcctgttc      600

taccatgcgc agcgtgtcgc ccagcagacg ctccagctcc gcgaaggcga caaggtcgtc      660

atgaccggcg gcatcaccga cggcacctcc ggcaatacca acctcatcaa ggtcgaaacc      720

atttaa                                                                 726


<210>  1880
<211>  558
<212>  DNA
<213>  Clostridiales

<400>  1880
atgacacatc gaatgacgat cgcgggcgtc acgcgcgatc tgcccatctg caaggtgacg       60

gacgatctgt acatcggcgc attcatcatg ttcggcgacg ccgagatcac cgtggcctgc      120

gcgaaggagc tgctcgcccg cgcgccgaag gactatgatt atctgctcac ggccgaagcc      180

aagagcatcc ccctgatcca cgagatggcg cgccagtccg gcgcgaagac ctactttgtc      240

gcccgcaagg gtctgaaggt ctatctgacc gatccgctct gcgtcgacgt caactccatc      300

accacgcagc atgaacagca cctctatctc tccggcgcag acgccgcttt gatgcgcggc      360

aagcgcatcc tgattgtcga cgacgtgatc tccaccggcg aatcgctcaa ggcgctggaa      420

aagctcgtcg aagaagcagg cgcgactgtc gcgggccgca tggccgtcct tgccgagggc      480

gacgcacagg agcgcagcga cattgtctat ctggaaaagc tgccggtctt caatgccgac      540

ggcaccgtca agggataa                                                    558


<210>  1881
<211>  1002
<212>  DNA
<213>  Clostridiales

<400>  1881
atgaagctca ccgggctgac gctctaccac ttccgcaact atgaagagct gcaccttgcg       60

ctgcatccgg gcgtgaatct gctcgtcggc gagaacgcgc aggggaagac aaatctgctg      120

gaggccgtgt tctacctctc tacgggcggg agcttccgca cggggcgggc gcaggagctg      180

atcggcttcg gcgcggagtt tgcagacctc tcgtgcgagc tgttttccgg cgggcgcgag      240

cagagcatcc gcgcggtgct ctttgcgaac cggaggccgc ggcagctcta catcggcggc      300

gtgaagcagc ggtcggcagc ggagctgccc ggcgtgctga cgacggtgct gttctgcccg      360

gacgacctac agatcctgaa ggccggagcg gcgggcaggc ggaagctgct ggacacggcg      420

ctctgccagc tgcggcccgg ctacgccgcg gcgcttgccg agtatcggaa gctctacgac      480

agcaaaagcc gcattttgaa ggactatcac gagcagccgt cgctgcttga tccgctgccg      540

gaattcaact accgcatggc gcaggtcggc gcgattttga tctcgatgcg cgcccactat      600

ctgcgcgcgc tcggcgaggc ggcaggggac tatcaccggg aattttccgg cggccgcgaa      660

gggctgacgc tccgatacca gacggtatcc agcatcgacg atccgtttgc ggaccggcgc      720

gtcctcttcc agcagatcct gaaccatcag gaggcccatt accgggcgga gctggactcc      780

ggccagtgtc tgaccgggcc gcacaaggac gactttgacg cggcgctgga cggactgtcc      840

atcaaggcct acggctcaca gggccagacg cggacggcgg ctatcagcct gaagctcgcg      900

gaacgggaac tgttccggcg ggacacgggg gaagagccgg tgctgctgtt ggacgacgtg      960

ctgtccgagc tggacgggac gcggcaggat ttcgtactga ac                        1002


<210>  1882
<211>  708
<212>  DNA
<213>  Clostridiales

<400>  1882
acggcgcagg ccgtcgcggc ggtcgacgtg ctctgctcgc tggcctccgt cgccgtgaat       60

aatcactact gcaagccgga aattgatctt tccggcgagg tgcagatcac ggcagggcgg      120

cacccggtcg tggaacaggt attaaaggat gcgctgttcg tgccgaacga cacgaacctc      180

agcccggagg gcggccgcgt cgcgatcatc accggcccga acatggccgg caaatcgacc      240

tacatgcgcc aggtcgcgct gatcgtgctg atggcccaga tgggcagctt cgtccccgcg      300

agcgcggcgc gcatcggcat cgtggacaag ctgttcacgc gcatcggcgc gtcggacgat      360

ctggcgtccg gccagtcgac gttcatggtc gagatgaacg aggtcgccga cattctgaaa      420

aacgcaacgc cgaattccct gctcattctg gacgaaattg gccgcggcac gtcgacgttc      480

gacgggatgg ccattgcgcg cgcggtgctc gaatactgcg ccgaccggaa aaagctcggc      540

gcgaaaacgc tcttcgcgac gcactatcac gagctgaccg acatcgagca ggagctgccg      600

ggcgtgaaga acttcaacat cgcggtgaaa aagcgcaagg acgagatgat cttcctcaag      660

aacttcaaca tcgcggtgaa aaagcgcaag gacgagatga tcttcctg                   708


<210>  1883
<211>  732
<212>  DNA
<213>  Clostridiales

<400>  1883
atgcagacct gggccatcac cgaccccggc aacatccggg aacagaatca ggacgcctat       60

gcggtcatca actttgggca cgagcggatg ctgctcgtcg tgtgcgacgg gatgggcggc      120

gcaaagtccg gcaatgtggc aagctccctc gcggtggagg tgttcaccga ggaggtgcgc      180

cgggtgcaga agacggggat gcgccgcgag gcgatcgacg cgatgctgac cggtgcgctc      240

cagctcgcga atcaggccgt ctttgatcag gcgcacctga gcgaggaatt ccgcggcatg      300

ggcacaacgc tcgtcgcggc ctacgccgtc aaggacaata ttacgatcat caacgtcggc      360

gacagccgcg cgtaccattt ttcaagccac ggcgtcgacc tcattacacg ggatcattcc      420

atcgtggcgt ttatggtgga gcgcggagag ctgacgcagg aacaggcgaa aaaccacccc      480

ggcaagaacg tcatcacccg cgccgtcggc acggaggagg aggtcgaggg cgacctctat      540

cacctgacgg tgcgcaggga cgactgcctg ctgctctgct ccgacggcct ctcaaacgag      600

atggccgatc aggagatgct gtttgaggtg gcgcacgggg tgcggcggag cgactgctgc      660

cgccggctgc tgaatatcgc caaaaatcgg ggcgcgccgg acaatgtgac ggtcgttctg      720

gcacagtgtt aa                                                          732


<210>  1884
<211>  675
<212>  DNA
<213>  Clostridiales

<400>  1884
gccaacaagc tcaaccagaa ggtcacgctc gagagcctgt tctccaagct ccaggagggc       60

gagatgaagg agctgaacct catcatcaag gccgacgtgc agggcagcgc cgaggcgctg      120

aaggcttcgc tcgagaagat cagcaacgac gaggtccgcg tccgcgtcat ccacaccggc      180

gtcggcgcga tcaacgagtc cgacatcctg ctggcctcga cctcgaacgc catcgtcatc      240

ggcttcaacg tccgcccgaa cgaactcgcg caggccgcgg ccaagcgcga caacgtcgat      300

atgcggatgt accgcgtcat ctacgacgcc atcaatgaaa tttccgacgc catgaagggc      360

atgctggccc cgaagtacca cgaggtcatc atcggccacg ccgaagtgcg ccagacctat      420

aaggtctctg ccattggcac gattgcgggc tgctatgtca aggacggcaa gatcacccgc      480

gacgcctcgg tccgcgtgct gcgcgacaac atcgtcatcc acgagggcaa gctcggctcg      540

ctccagcgct tcaaggactc tgtcaaggag gttgccgcga actatgagtg cggcatgtcg      600

attgagaagt tcaacgacat caaagagggc gacatctttg agtgctttgt catggagcaa      660

attaaaccag aatga                                                       675


<210>  1885
<211>  678
<212>  DNA
<213>  Clostridiales

<400>  1885
atgaatccgc tcatctggct gctcgatctc atctatccgc cgaagtgcgt tgtctgccat       60

aagcttctgg agtccagccg ggagccggtc tgccagcact gcatggacaa cctgccggag      120

cacgatggtg cggacccgca tgtgcgcttt gccgaccgct gcgtcgcgac ctgcttttat      180

gaggagccgc tgcgcacttc gatccaccgg ttcaaattcg gcggctgccg gcagtatgcc      240

gcggtctacg gcaagtggat ggccgtcacg atcggggaca agctcgccgg aaaatttgac      300

ctcatcacat gggcgccggt cagccgagag cggcgcaaga agcgcggcta tgatcaggcg      360

gagctgctct gcaaggccgt ttcgcgtgcg ctggatgtcc cgatggcgcg gacgctgacc      420

aagggaacgg acaatcccgc acaatccacg ctgacggacg ccgcgatgcg cgcggccaat      480

gtccgcggcg tctatcagcc gtatggcccg gaaacctttc agggcaaacg gctgctgctc      540

atcgatgata ttgtcaccac cggctcgacg ctttcagagt gctgccgcgt gctgctcact      600

gcgggggcgc agagcgttgt ctgcgcggcc cttgcaacac cgagaaagaa cccggaacag      660

aaaggggaac catcatga                                                    678


<210>  1886
<211>  738
<212>  DNA
<213>  Clostridiales

<400>  1886
gtgcccgcac acgcagagct ttcctgggtg ctcggctgct acacacagtt cggcgagctg       60

agccgcatga cgcagttcaa gatgaaatcg cagcagcacg ccgacaacat caccgcgggc      120

ctcttcacct atccggtgct gatggcggcg gacattctgg tctatcaggc cgatcttgtc      180

ccggtcggcg aggatcagaa gcagcacgtc gagctttgcc gcgacattgc cacgcgcttc      240

aataattcct tccccgacac gttcacactg cccgagccgt tcatccccaa gatgggcgcg      300

cgcatcatga gtctcggcaa ccccgaaaat aaaatgtcga agtccgatcc cgacggctgc      360

gtcttcctga tggaccgtcc ggaggatatc atgcgcaaat tcaagcgcgc cgtgaccgac      420

tgcgagacgg cggtcaagta tgacatgatc aacaagaagg gcatctccaa cctgctgacc      480

gtctactgcg cagccacggg caagaccatc gccgaggccg aggccgaatt tgaaggtcag      540

ggctacggca tcttcaagcc cgccgtcggc gaggccgtgg tcgaactggt gcggcccatt      600

caggaagaag ccaaaaagct gctcggcgac aaggcctatc tcgagggcat ctataaagag      660

ggcgcgcaga aggcaagcta tcttgccgag aagacgctgc gcaaggtcta taaaaaggtc      720

ggcttcgtcg cccgctaa                                                    738


<210>  1887
<211>  1155
<212>  DNA
<213>  Clostridiales

<400>  1887
ctcagccgcg agggcgggct gtttctgccg tcggagatcc cgcagctgag ccgcgaggat       60

ctgacggagc tgacgcgctg ctcctatccg gagcgggctg cgcacatcat gggcctctat      120

ctcgatgatt tttcgcagaa ggagctgctg ggcttcgcgg aaaaggcgta tggccccgcg      180

aagttcgaca cgcccgctgc cgcgcccgtt gtaaagacgg aggacggcgc atacgtgatg      240

gagctttggc acgggccgac gtgcgcgttc aaggatatgg cgctgcaaat gctgccgtat      300

ctgctgacgg cgagcctgcg caagaccggc gaacagaaaa cagtctgcat cctcgtcgcg      360

acgtctggcg acacgggtaa ggcggcgctc gagggcttcc gcgatgtgga gcacacgaag      420

attctcgtgt tctatccgga cggcggcgtt tcggatattc agaaattgca gatggtcacg      480

caggagggcg gcaacgtcgg cgtgtgcgcg gtgcgcggca attttgacga tgcgcagacc      540

ggtgtgaaga cgctgttctc cgacgtctcg ctccgcgagg agctggccgc gcgcggctat      600

ttcctctcgt cggccaactc gatcaactgg ggccgcgtgt tgccgcagat cgtctattat      660

gtgtcggcgt actgcgacct ggtcacggcg gagcagatca cgatgggcga gaaagtggac      720

gtctgtgtgc cgaccggcaa cttcggcaac atcctcgcgg cctactacgc ccgctgcatg      780

ggtgtgccca tccggcggct ggtgtgcgcg tcgaacgcga acaacgtcct gaccgatttc      840

ctcacgaccg gcacgtatga ccgcaaccgg ccgttctatc agacggcctc gccgtcgatg      900

gacatcctca tttcgtcgaa cctcgaacgg ctgctctatc tgctgtccgg ctcggacgag      960

gcggtgcgcg gctacatggc gcagcttgcc gagacgggac gctacaccgt gtccgaagag     1020

atcaaaaatg ccattcagtc tgtgttcgcc tgcggcttct gcgacgacgc gggaaccgag     1080

gcgatgatcg gcgaagaata caagcgcagc ggatatctgc tcgacacgca tacggctgtg     1140

gcctaccgcg tggcg                                                      1155


<210>  1888
<211>  435
<212>  DNA
<213>  Clostridiales

<400>  1888
atggctttat ataccgaaac cgtcatggat catttccgca acccccgcaa cgtcggtgaa       60

ctcccggacg cgaacggcgt cggcgaggtc ggcaacgcaa agtgcggcga catcatgaag      120

atgtacctca agatcaagga cgaccgcatc gaggacgtca agttcgagac gtttggctgc      180

ggcagcgcca tcgcctcgtc ctccatcgcg accgagatga tcaagggcaa gaccgtcgaa      240

gaggcgctgg ccctgacgaa caaagaggtc gtcgacgcgc tgggcggtct gcccgcgcac      300

aagctgcact gctccgtgct ggccgaagag gccgtcaaat ccgccgtgca ggactattac      360

gagcgcaaca atatccccta cgacaagtcg aagttcccga agcaggagga ctgcgagtcc      420

tgccgcatgg tctaa                                                       435


<210>  1889
<211>  435
<212>  DNA
<213>  Clostridiales

<400>  1889
atggaaatca tcaccgaaag cgcatttgca aagatcaacc tgacgctgga cgttctgggc       60

aagcgcccgg acggttatca cgacatccgt tccatcatgc agaccatctc cctccgggac      120

gatgtggtca tcaatgttga caccgatgcc ccgtgggcgg tgcattgcta ccgtgaggtc      180

atcgaagacc cgaaggcgga gcagtcggaa gtccggcttg aaacagacgg attcccgcag      240

gatgcggaca accttgcgtg gcgtgctgcc gaggcgtttt ttgcccgcac cggcaagcgg      300

accagcggcc ttgaaatttt catcaacaag cgcatcccga cggaagcagg actcggcggc      360

ggcagcgctg acgcggcggc ggtcctgcgc ggactcaatc gctattatgg cgagccgctt      420

tccatcgcgg ctctc                                                       435


<210>  1890
<211>  822
<212>  DNA
<213>  Clostridiales

<400>  1890
cactccaagt cgatcggcgc actggtgcat gagatccgca ttgtccagca ggatccggcc       60

catcggatcg agctgcatac ggacgatgag tttgaagagg tctctcagca gatcaacaaa      120

atgctcgaga tcatcaccga gctgaacagc cgtaacacgg agctgatcca gctcaacgcg      180

cgcatcgaaa tgcagcagct gatggcgcag atgaatccgc actttctgta caacacgttg      240

gagatcatcc gcagctttct ttccttcgac ccggacacct ccgaacagct gattgtcagc      300

ctgacagaga tcctgcgcta cagtgtagat gcgtcacggc aggaagttcg gcttgccgag      360

gacatggagt atatcaataa atacctgaat attcaacgat gccgcttcgg cgaccggttc      420

cattgtgaga tcaatctgtc agaagcatgc gaccagtgtc tcgtgccgaa gctgctgatc      480

cagccgctga tcgaaaacag catcaaatac ggctttcgca aaaaaatgga catctgcatc      540

cgtgttgaag ggcacgtgga gcatgggatc ctctgcatcc gtgtcagcga cgacggactc      600

ggcatggacg aagaggaggc caaaacgtta cagcagcggc tgctgacgtt tgacaacagc      660

gcccgctcca ttggactgcg gaatctctcg cggcggctgt atctgaaata cggaagccgc      720

agcggacttc agatccgcaa cacgccgggc gtcggcttcg cggtggatgt ccatatcgag      780

cagacggcag acagaaacgc aaaggaggcc gaacatgtat aa                         822


<210>  1891
<211>  1026
<212>  DNA
<213>  Clostridiales

<400>  1891
atgctgcaag aagttatgac atcccctggt gtaattgaat tccgcgacgt gcccatcccc       60

gagatccgcg acgatcaggt tctggtcaaa atgatgcgcc tcggcatctg cggctcggat      120

atccacgtct accacggcaa acacccgtat accaaatacc ccgtaacgca gggccacgaa      180

gtctccggcg agattgtcca ggtcggcagc gcggtcaagg gcctcgaagt cgggcagaag      240

gtcgtgctcg agccgcaggt cacctgcggg aagtgctatc cctgcacgca cggcaaatat      300

aacctctgca ccgagctgaa ggtcatgggc ttccagacca ccggcgcggc cagcgagtat      360

ttcgcggtcg atgcctcgaa ggtcgacgtc attcccgatt ccatgaccta cgacgaagcc      420

gcgctcatcg agccgctggc cgtcaccgtc cacgccgcca agcgcttccc ggacatcaac      480

ggggcgaacg tctccatcat cggctgcggc ccgatcggca tcctgctcat gcagtcctgc      540

aaggcgctcg gcgcggcgaa ggtgctcatc accgacatct cggactatcg cctggagctg      600

gcaaagtccc tcggcgcgga ctacgcgatc aataccgcca aagtccccta tgcagacgcc      660

atcgcagagg ttttcggccc ggataaggcc gacgtcacct acgaatgtgc cggcaataac      720

gccaccacgg acatggccat ccagaacagc cgcaaaggct ccgtgatcgt cctcgtcgcc      780

gtctttgccg actgggcaaa ggtcgacctg gcccgcctca atgactccga actcacgctc      840

gatacctcca tgatgtaccg gcacgaggat tatgtggacg cgctccgctt cgtcgccgag      900

ggcaagatcc agctcaagcc cctcatcagc aagcatttcg ccttccgcga tttcctgtcc      960

gcctatcagt atatcgacgc caaccgcgaa cgcaccatga aggtggtcgt cgacattcag     1020

gactga                                                                1026


<210>  1892
<211>  717
<212>  DNA
<213>  Clostridiales

<400>  1892
atgtatcagg ttaccttcca atttgaaaac ggcgacaagc cggtcgtctt ctcggcatcc       60

ccgaatatca cactgctcga ggccgcgcgg agcgcgaacg tcgccatcga cgcgccctgc      120

tccggcaacg gctcatgcgg caagtgccgc gtgaagatcc tcagcggcga ggtcgagagc      180

tatccgtcga gccatatctc cgaggaagaa tatgccgcag gctggcggct gagctgcgcg      240

agcaaggtca tcggcgacgt gaccgtcgag gtgccggaca tcgcgtcggc ctaccagagc      300

cggatgaaga ccgccgacct ctcaaccggc aaggaggtcg agatctttga aaagctccag      360

gccgatctgc aagccgccgg gatcgacttt acgaacgatt cctttgtcca gttccgcctg      420

acgctggacg aaccgacgct cgacgacacc atgccggata ccgagcgtct tgcgcgcgcc      480

gtcgaggccg agagcggctg tgagccggta aagctgagct accacgtggt gcaaaagctg      540

gccaaaacgc tccgcgacgc cgacttcaag gtgacggctt ccgccgtccg tcagggtgac      600

gggctgctgg tcgtcgacgt gaccgcgaag gaggatgcgc ccatctacgg ctgcgccatt      660

gacatcggca cgaccaccgt caccggcgtc ctgatggaca tggccagcgg caaactc         717


<210>  1893
<211>  912
<212>  DNA
<213>  Clostridiales

<400>  1893
atgacactgc ggcatatgcg gatcctggtt gccgtttttc aacagggaag cgtcaccaaa       60

gcggcgcaag cgctgcatct ggcccagccg tcggtcagtc tggcgctgcg cgagttggag      120

gattactacg gcgtcgcgct ttttacgcgc acaggacgcc aactgctgcc gacggtctgc      180

gggcagtcgt tttacgacta tgcggttcat gtcgtctctc tggtcgatga gatggagacg      240

cagatgcgaa actgggacac actgggtacc atgcgcatcg gctcgaccat caccatcggt      300

acccatctgc tgccggggct ggttcgccag ctgcagaccg aatttccgga tctgaaaatc      360

gaggtcaagg tctgccgggc cagtcaggtg gagcagctga tcttggacaa tgacatcgat      420

ctcggcctca tggagatgca gcccgaacat ccgaagctgt atgccgagcc gtttctgcac      480

gatgagttgc aggcgatcgt gccgccgcag catgcgctcg ccgcaaggga gaacgtcacc      540

ttcgcggaat tggcggacta tccgttcctg atgcgcgaac cgggcagcgc cggacgaaag      600

atcgtcgagg catgtctggc gctgaaccat ctgccctgcc gccccgcatg ggagagcatg      660

agcacgcagg ccattgtcag cgccgtcgcc gagggactgg gcgttgcggt gctcccgcag      720

ctcctggtcg agcgggacgc gcgggagggc cgcgtcgtca tgctgccgtt ccgcgaaccg      780

ctttgcagac acctgtatgg ggtctatcat gaaaagaagc atctttccaa aagcatgcgc      840

cgctttctgg agctgtgtca ggcgcttgga acgccggcgc cggtggggca gacgcccggg      900

aggatagaat ga                                                          912


<210>  1894
<211>  633
<212>  DNA
<213>  Clostridiales

<400>  1894
gagccggagc gcaagcgcga gcgccgcgtc atcgacacct ccgccgtcac cgtcaatgcc       60

gaccgctatg acgaccgcgt cgactccctc gtctctgagc gcgtgcagaa ctataagggc      120

ggcaagcaga agatcaacag caagaacaac aagcgccagc agcaggcgag aaagttcggc      180

acgaagtccc gctccgagga gcaggagaag atgcgccggc ttcagcttga gatcgcgaaa      240

aaggcacagc tcgtggttaa gatcccggat gagatcaccg tcggcgagct ggcctcccgc      300

atgaagaaga ccgccgccga ggttatgaag tgcctgatca aaaacggcgt catggccacc      360

gtcaaccaga ccatcgactt tgacacggcg gagttcgtcg cggtcgagat gggatgcaag      420

gtggaaaaag aggtcgttgt cacgattgaa gagcggctgt tcgacgacca tcaggacacc      480

gccgacgagc tggtcacccg cccgccggtc gtggtcgtca tgggtcacgt tgaccacggc      540

aagaccagcc ttctcgacta tatccgcaat gcacatgttg cctccggcga ggccggcggc      600

atcacccagc acatcggcgc ctacaccacg cag                                   633


<210>  1895
<211>  912
<212>  DNA
<213>  Clostridiales

<400>  1895
ttggcaacaa tcctgcaata tttagtatac ggccttcagt tgggaagcgt ttacgcgctg       60

ctggcgctgg gctataccat ggtctatggt atcgtcggca tgatcaacac cgcgcacggc      120

gacttcctga tgatcggcgc gcttggtaca tactttatcg ccaagctctt tgacaatatg      180

tccatcgacg ggacgtatcc gatgctggcc gtcggctgca tcatcctcat cgcgatggtc      240

atgactggcg gtattgcctc cggcgtggaa gccatcgcat atcgccccct gcgcaacaaa      300

ccgcgcatga tcgccctgat cacggcggtc ggcgtgtcga tgttcctgga gaacttcccg      360

cgcgccctgc cgttcatcgg cccgaacccg cgcccgttcc ccacgctctt cacgccaaag      420

accttcaata tcctcggcgc atccgtcacc tcgacgcaga tcatcatgat cttgctcgcg      480

gccatcacga tgctggccct tgaccggctg gtcgccagga ccaagatcgg cggccagatg      540

cgcgctgtca gcatggacaa ggacgctgcg tccctgatgg gcatcaacgt caacaaggtc      600

atttccatca ctttcttcat cggcggcgcg ctcgccgctg tgtccggcat ctgctatgcc      660

agcgcctatc cccaggtcga ggtctacatg ggctcctggc tcggcaacat gtccttcgtc      720

gcggccgtgc tcggcggcat cggcgacatc cgcggcgcaa tgctcggcgg tttcatcctt      780

ggaatcgcgc agatctttgc gactgccatc aactcgacct tcggctatgc cgtcggtttc      840

atcatcctga tcgtgattct tctcgtgaag cctgcgggca tcatgggcaa gctgaccacg      900

gaaaaggtct aa                                                          912


<210>  1896
<211>  651
<212>  DNA
<213>  Clostridiales

<400>  1896
atgaagtcga acgatcactt ctttcaatcc gtgtgcgcgc tggcgatccc tgtggcgctg       60

caatccatgc tgcaatcctc tttcagtatg gtggatcaaa ttatgatcgg tcagctgggg      120

gagattcagg tggccggcgt ggggctggcc ggaaagttcg cctccattta tgccgtactg      180

atctctgcga ttggcgcggc ggccgggatc atgatttctc aatatctggg gcaggagaac      240

aaccgtggcg tccggcagag cttttttgca aatctgctgc tgagcggcgg cattgcaggt      300

atatttaccg cggtctgtat tctgttcccc gaacggatca tgggcgcata cacgcgggat      360

gcgcagaccc gccagaccgc agcggaatat ctggcgttga tctccggtac gttcgttccc      420

atggccggag cggcactgct ctccacgctg ctgcgctgcc gggaaaggcc ccggctgccg      480

ttgtatgcca gtattgcggc ggcgctgttg aatacggggc tgaattacat tctgatcttc      540

ggaaagctcg ggcttgcgcc catgggtata aagggcgcgg ccaaaccaaa tatgtcatgt      600

tcattgatgg gatcggcacg tggtgctgcg gcgttccgct gggactgttg a               651


<210>  1897
<211>  657
<212>  DNA
<213>  Clostridiales

<400>  1897
atcggcacgg gcggcacggc cctcgtgtcc aaagtcctcg gcgagggcga accggagaag       60

gcaaagcggt attttaccat gatgatcctg ttcacgctgc tcgttggcgc ggtgctgacg      120

gtgttcggcg tgacgatgat ggaaaaggtc gcgcgcttct tcggcgcgac ggacgagatg      180

ctgcacgatt gtgtgctcta tggacggatc gtcatttcgt tcacggcggc gttcatgctg      240

caaaacgtgt tccagagctt cctgatcgcg gcggagaagc cgaagcttgg cctgattgca      300

acggtcgcgg cgggcgtgac gaacatggcg ctcgacgcgc tgttcatcgc gggcttccac      360

tggggcgtcg cgggcgcggc catcgcgacg ggcctgagcc agtgcgtggg cgggctgttc      420

ccgctgatct acttcctgcg gcccaattcg agcaagctgc gcctcgtgcg gacgaagctg      480

gagctgcgtc ccatcctgaa cgcctgcgga aacggctcgt ccgagctgat gagcaatatc      540

tcgtcgtcca tcgtcagcat gatctacaat ttccagctgc tgaaatacat cggcgaggac      600

ggcatttcgg cctacggcgt cctgatgtat gtgcagttcg tgttcatcgc gatcgac         657


<210>  1898
<211>  702
<212>  DNA
<213>  Clostridiales

<400>  1898
acctatgtct ccaccggcgt gcgcgtctat acctgctccg tctgcaagca gacgcgcagc       60

gaagtcattg aaaagctctc cagcacgaac atcggcacga ataccggaac tccggcagtg      120

ccgtcgcagc gcccggacag cgagcttccg cgccagcggt tcggcgacgt gccgcagaac      180

atctggttcg cctccggcgt gcagttcgcg gcggaacagg gcctgttcac cggcgtctcc      240

gccaacgaat ttgcgcccta cgatccgatg acgcgcgcca tgctcgtcac ggtgctccac      300

cggctggacg gtgcggatgc ctccggcacg aacagcttta cggacgtgct gaacggcaag      360

tggtatacca atgcaatcgc ctgggccagt gccaatggca tcgtcgaggg cctgagcggg      420

aaccgcttcg cgccgaacgc gcccatcgcg cgcgaacagc ttgcggccat cctcttccgt      480

tatgcgaagg cctgcggcta tgacgtgagc gcccgcgcgg agctgaccgc ctatgccgat      540

gccgcgcagg tcagcacctg ggccggcgac gcaatgcgct gggccgtggc agccgggctg      600

atctccggcc gcagcggcgc acagcttgcg ccgaagggcg aggccacgcg cgcagaggtc      660

gcggtgatcc tgatgaactt tgttcagaag gtcgtaaaat aa                         702


<210>  1899
<211>  795
<212>  DNA
<213>  Clostridiales

<400>  1899
gtgcttctga aattactgcc gcagatgctc gtcgacggct tgcagctcgg cttcgtgtat       60

gcgattgtcg cgctggggta cacgatggtc tacggcgtac tccattttat caattttgcc      120

aacgcggaaa ttttcatgtg cggcgcgttc atcggcgcgg aggtgctcat cgcgctgctc      180

ggcgcagcgg cgggcggcgg atggacggta tttgcgttcg ccgtggcgct gctggcggcg      240

ctggtgctga cagggctgct cggcgtgttc atcgagcgcg tggcctatcg cccgctgcgc      300

agcgcgccgc ggctcgtgcc gctgatttcg gcgttcggcg tgtcgtattt cttgcaggac      360

ttcgtgcgcg tggccgagac gttcgcgcac aacagcttct atctgacgct gccgtcgatc      420

ttcaagcggg aattcgtgct gaacgaatac acgaaggtca ccgtccgcgc cattctgatc      480

gtcggcgtgt gccttgcggc gctggccatc ctgtatacgt tcatccaccg cacgaaggtc      540

ggcagcgcga tccgctgcgt gtcgcagaac cagacgatga gcgcgctgct cggtatccac      600

gtaaacaaga ccatcacgac gacgtttttc gtcggcgcgg cgatgggcgg cgtggccggg      660

acgatgttcg ccatccagta cggcatgatc aacccctata tcggcattac aatcggcaac      720

aaggcgttca cagcagcggt cttcggcggg atcgggagta ttcccggctc gatgctgggc      780

ggcgtgctgc tgggg                                                       795


<210>  1900
<211>  645
<212>  DNA
<213>  Clostridiales

<400>  1900
ggcgacaagc ggttcaacca cgaagtcgag ctgttcaccg cactgcgcga ctatatgaac       60

gagggcaacc tcgcccggac gttcgagtgc agcgacgacg acgcagccct gatcgcgacg      120

agcgacctgc tgacgctccg caagacgatc tacgccgcaa atctcggcga gaacgaggtc      180

aacgatccgg aatcgagcaa gcatttcatg gccgtcaagc agctggccga aggcgagggc      240

agccaggtac tcccgatctg cgcgaagctc gaagcggaca ttgccgagct ggacgatccg      300

gacgaaaagg ccatgttcat ggaggagctt ggcctctccg aatccggact cgaccggctg      360

atccagtgca gctattccct gctcggccta atctcgttcc tgaccgcggg cagcgacgaa      420

tgccgcgcgt ggacgatcaa aaacggcacg aaggccccgc aggccgcggg caagatccat      480

tccgacttcg agcgcggctt catccgtgcg gaggtcatcg cgtttgacga cctcaaagcc      540

tgcggcacgc tggcgaacgc caaggccaag ggtctgctcc gcagtgaggg caaggagtat      600

gtcatgcacg acggtgacgt cgtcaacttc ctgttcaacg tttaa                      645


<210>  1901
<211>  267
<212>  DNA
<213>  Lactobacillus mucosae LM1

<400>  1901
atggaaaaac gcgattttac gattactgct gaaactggta tccacgctcg tccagctacg       60

attctggtac aaactgcatc caagtacact tctgacgtat ctctgtcata caacggcaag      120

agcgttaacc tgaagtccat catgggtgtt atgagcctgg gtgttggtca aaacgctaac      180

gttacgatta ctgcagaagg cgatgacgaa aaggaagcta tcgaagccat cgctgaaacg      240

atgaagaaag aaggcttggc ggactaa                                          267


<210>  1902
<211>  435
<212>  DNA
<213>  Lactobacillus mucosae LM2

<400>  1902
atgactgaaa cgattttgga ttcaaacgcg attcaaaaga tcattcctca tcgctatccg       60

atgctcttga tcgatcgcgt aatcgagttg gaaccaggcc aaaaagccac ggcaattcgc      120

aatgttacca tcaatgaaga agtcttcaac ggtcattttc cgcaaaatcc ggttctgcca      180

ggtgcactga tcgttgaatc attggcgcag acaggagccg tagcactttt gtcagagcct      240

gagttcgcag gcaagacggc ttattttggc ggcatcaagt cagctgagtt tcgcaaggta      300

gttcgtcctg gcgatacgtt aagacttgaa gtcgagctgg aaaaggttcg cggtcaagtc      360

gggctgggca agggcgtagc aacggttgat ggaaaaaaag cctgcaccgc agagcttacc      420

tttttgattg gctag                                                       435


<210>  1903
<211>  390
<212>  DNA
<213>  Lactobacillus mucosae LM3

<400>  1903
atggcaacca aaaaaggttc acgcaagcgt cgtgcaaaaa agaatgttga aactggtgtt       60

gcacacattc actcaacttt caacaacacg ttgatcatga tcactgatgt gcaaggcaat      120

gccgttgctt ggtcctcagc cggtgtgctg ggcttcaagg gctctcgtaa gtctactcca      180

tttgctgctc aaatggcttc tgaagctgct gccaagcaag caatggaaca cggtatgaag      240

acggttgaag ttgaagttaa gggccctggt tcgggtcgtg aatcagctat ccgtgctctg      300

caagcaactg gtcttgaagt tactgccatc cgggacgtaa ctccagtgcc acacaatggt      360

tctcgtcctc caaagcgtcg tcgtgtctaa                                       390


<210>  1904
<211>  507
<212>  DNA
<213>  Lactobacillus mucosae LM4

<400>  1904
gtgagtctgg cagcgattgt taaagtgggg ataacaatgc ttacgtatga gttgatggtt       60

taccattgtt caaagggcta ctgtgcagtt ttgccgccag agcttaaaat gctggaaagc      120

cactatcagc agcaggtgtg tttttctgat ggtctgccag gcgagctatt aagcggaacg      180

gagcgcgata acgttatttt tcgggggcgc gtggtcttgg aacaagtatt gaactgcgca      240

cgctttgacg actttgagct gccggagccg attaagtggt cggaatgccg caatgcacag      300

tcgcaggtcg aattcatacc ggtcgcttac ctgcagaaag gagcgattca gatttatgaa      360

ggccgtcacg ttcggtttta tcataacagc ttaaaatcgc cgctggtcaa ttggcaaggg      420

cagggtatta agccggttga aaggccatgt cacgttgctg tcgttggaaa tgcttttttc      480

gggctctgct atgattggac agactaa                                          507


<210>  1905
<211>  723
<212>  DNA
<213>  Lactobacillus mucosae LM5

<400>  1905
atgtctaaag taaaatacaa ccggatcgtt ttgaagctca gtggtgaagc tttggcgggt       60

gaaaaaggct ttggtatcaa tccgccggta atcaagaaga tcgctgaaga aatcaagcag      120

gtctgcgatt tgggcgttca agtctgcatc gtctgcggcg gtggcaacat gtggcgcggc      180

gttaccggcg aacaaatggg aatggaacgt gctcaggctg actacatcgg catgttgggt      240

acgatcatga acggtctgtc gctgcaggac gcgctggaat cagttggggt gccaacgcgg      300

gttcaaacgg ccattgaaat gcgtcagatt gccgaaccat acattcgtcg caaggccatt      360

cgtcacctgg aaaagggtcg tgtggtaatc ttctctgctg gtacgggctc gccatacttc      420

tcgactgaca cgacggctgc attgcgggct gccgaaatgg atgccgatgc aatcttgatg      480

gctaaaaatg gcgttgacgg cgtctactct gctgatccaa acaaggtcaa ggatgccgtt      540

aagtttgatc atctgacgca catggacatt ttggacaaac acctgcaagt gatggactcc      600

actgccagct cgctgtcaat ggacaatcac attccattgg tagtcttcaa tctgaacacg      660

cctggcaaca ttgtccgtgt cgttaaaggt gaagagattg ggaccacgat tgagggggaa      720

taa                                                                    723


<210>  1906
<211>  534
<212>  DNA
<213>  Lactobacillus mucosae LM6

<400>  1906
atgaactttg ttgcgatgga ctttgaaact gccagtggca aacgctggtc ggcctgctcg       60

ctttctttgg tcgtcgttcg gcaaaatcaa atcgttgatg agttctacac cttgatcaat      120

ccacagacgc cttttttctg gcgcaacgtt cagatccatg gcattcatga aaaagacgtt      180

gccaatgccc cagtctttct tgaagtctgg gagcatattc agccattctt tgatgccaac      240

aagctggtga ttgcccataa cgcctccttt gacaacagcg tcctcaaaaa tacgctgact      300

cattatgaat tgccggttcc caatttctta tcattggaca cgttaaagac cagtcgccag      360

ttctggccgc agctgcctaa tcacaagctc aatacgatct gcgatgcatt gaatattcag      420

ctgcatcatc atcataacgc gcttgatgat gctcaagcct gcgccaatat cctgctgacg      480

caaaatcgcc agttcggccc ggaaatgatc aagccgttta tcgttaatgt ctaa            534


<210>  1907
<211>  333
<212>  DNA
<213>  Lactobacillus mucosae LM7

<400>  1907
ttgaccagag aacagcgtta caaacaaaag cggcggctga ctcgttcggc aagcgatcgc       60

tatcttgccg gcgtctttgg cggcttaggc cagtatttta agatcaatcc aaaatggctg      120

cgaatcggct atgcggtttt gacggttctg acctcaatcg ttcccggagt tttgatctat      180

ctgctgatgg cagtcatcat gccagcagat ccacaacctt tcaatttctt tgattggctg      240

aatcgggcca agactcctga acacaagcag gagccgcggc gagtactgca tgatgttgaa      300

gaacatgacg ttaaatcggg aaggaaagat taa                                   333


<210>  1908
<211>  834
<212>  DNA
<213>  Lactobacillus mucosae LM8

<400>  1908
atgatgaagc gaatgaaggc attacggatg ctgcgcaata aggttgtatt gattactggc       60

ggatccagcg gcattggcaa agaactggct ttagaagcag ctcgccgcgg ggcaatcgtt      120

gtggtttgcg cgcgtgatct ggaaaagctc aatcaggttg cccagcagtg cctgattctt      180

tctggtcgcc catcatttgc ctatcagttg gacgttacgg atccagaccg agttgacgag      240

gtgttgaaca cgattcgaca tgaggttggc gaaatcgatg ttttggtcaa tgctgccggt      300

ctgggcgact ttaccgcggt taaaagccag tcgcgcacgg tcatgaaacg catggttgac      360

gtcgacttgc tggcattgat gtatctgagc cgctgcgtag ctaagcagat gatggatcaa      420

ggctttggcg ccattatcaa tctaggctct ttggatggca agattccgac cccgaatgcg      480

gctgcctatt cagcaaccaa ggctggcgtg atccagttcg acaatattct gcgcatggaa      540

gtagccgatt atggcgtcca ggtgttgacg gtcaatccag gcccggttgc cacgtcgttt      600

tttgacaagg cggatcctga tggcagctat ctaagcaaac tgccgcgctg gatgatcgtg      660

cagccggcgg aactggctaa gcaggtttgg gctcatgttg gctatgagac ccgtgagatc      720

aacgtaccag gctggacctc ctggctttca tggggctatc aggtgtggcc aggacttggc      780

gattgggcaa tcaaaaagtt ctttgactat cagcaggaca agcgcagtct ataa            834


<210>  1909
<211>  876
<212>  DNA
<213>  Lactobacillus mucosae LM9

<400>  1909
atggaaaata cttggatcta tcgtggtcaa gaaccgatca agattaaaaa atatctacag       60

actttaggta tgggacatcg gatgtttaac gacattaaaa atggtgctgg tgaatttcag      120

gttgatcatc gaacggtgcg accaacgact aagattttac ccaatcagcc actgacgatc      180

aaagtcgtgc cagagtttcc caatccagac gttcagccaa gccacggtac cctggagatc      240

gtgtatgaag atgccaactg gctggttgtc aataagccgg ctggtctggc atcgattcca      300

ggaccgacga ctggcgacga cacgctgctt aaccgcgtga ccggatactt gatggatcaa      360

gactcgccag atcagcggcc gcatctgatt acgcgcctgg atcgctttac cagtggtctg      420

ctgctgacag ccaagcatca agtagccgtc agcatgatca gtcaacaggt tcagcagcat      480

cgaatggtta aggaatacca agcgatcgtt gaaggcggct tggaacacga tcatggcata      540

attgaagaac caatcgcgcg cgtagcagga caggcgcgac gcgaggtcag tgccgatggt      600

cagtttgcca gaaccgaata ctgggttgaa gagcgcggtg atgactggac attggtcaga      660

gtacgactgc atacgggacg gacgcatcag attcgggtac atttcagcta ccttggtcat      720

ccgctgctgg gagatcatct gtatggcggt cagaccgcac agtttgatca tcagctgctc      780

tgcgcctcgc atatcgcgtt tgacgatcca ttcacgctgc agcatcgcga ctttacgatt      840

gaattgccgg caacgtttgc ccaggccatg gtttga                                876


<210>  1910
<211>  1434
<212>  DNA
<213>  Lactobacillus mucosae LM10

<400>  1910
atgagtgatc aagcaagcca acaggcagca gacaaggcag caattcatga atttgccagc       60

cagcactatc agtttggctt ccatgatgac gtcaagccga tcttttcaac tggagtcggg      120

ctgacggaag aaacggttcg tgaaatctcg cgccgcaagc atgagccgga ctggatgcta      180

aagattcgtc tggatgccta ccatcaatat cgtcaaatga agctgccgac ttttggacct      240

gatctgagtc agctgaatct ggatgagctg cgctattttc aacggccaac cgatcacgtg      300

gcgcgcagct gggatgacgt gccccaagca atgaaaacga cttttgaaaa gatgggcgtt      360

cccgaagccg agcgtaaata tctggcgggg gcaacggcac aatatgaatc agaggttgtt      420

tatgccaatc taaagcggga tctttcccgt caaggaatca ttttcatgga tacggatacg      480

gccgttcaaa aacatcccga aatcgtcaaa cagtatttcg cgacgctggt tcatcccgat      540

gacaatattt ttgcggcact gaatacggcg gtctggtcgg gtggcacgtt tatctatgta      600

ccaaaggacg tgcatgcaga cgcgccgctg cagagctttt ttagaatcaa tgccgaaaat      660

acggggcagt ttgagcggac gctgatcgtg gttgaggatg gcgcgagcgt taactatgtc      720

gaaggctgca cggcaccggt ctattctgaa gacagtctgc acgcggccgt ggttgaggtg      780

tttgtacatc ccaatgcctt ttgccgctat acgacgattc aaaactggtc tagcaacgtc      840

tacagcctgg aaaccaaacg tgctgaagct gaagccgggg ctacgatgga atgggttgac      900

ggtaatctgg gttccaaagt cacgatgaag tatcccagca tctatctgcg ggggcgtgaa      960

gctaagggaa ccatgctgtc gattgcattt gccaatggtc cgattgatca ggataccggt     1020

gcccgcatga ttcatcaggc tccgcacacg cattcaacga taatttccaa atcactgtgt     1080

cgggcaggcg gcatatgtga ctatcgcggc gaggtcaaga tggatgaaaa cgcgcacggc     1140

tcaagctcgc atgttgaatg tgacacgatt atcatggatg acgattcaag ttcagatacg     1200

attccatata ataaagtcgc agtcggggac gtaacgatgg agcacgaggc caaggtatcc     1260

aaagtttctg aagaagaact ctactattta atgtcgcgtg gactgagcga agaagaagca     1320

accaaaatga tcgttatggg ttttattgaa ccgttcacca agcagctgcc gatggaatac     1380

gcggtggaat tgaatcgttt gattgatttt caaatggaag gctcggtcgg ctga           1434


<210>  1911
<211>  690
<212>  DNA
<213>  Lactobacillus mucosae LM11

<400>  1911
atgaaaattt tgattgttga tgacgataaa gacatcgttc aattattaga aatctacgtc       60

cgcaatgaag gctatgagcc aatcacggcc tacaacggca aagaagccct gaccaagtta      120

aacaccaatc cggacattgg cttggtaatc ctagacatca tgatgccaga aatggacggg      180

atggaagtta tcaagcaggt gcgcaaggat tcatccattc caattttggt ggtttcggcc      240

aagacaacgg acatggacaa gattcaaggc ttgattacgg gggctgacga ttatgtcacc      300

aagccgttca atccgctgga ggtcatggcc cgggtcaaat ccctgctgcg gcggagtaaa      360

ggcgatctga ccaatgatga gccagatgtc ttgaacgttg gcccactggt gatcaacaag      420

gattcgcacg aggtcaagac gctcaagggt gatacgattc agctgacggc gctggaattt      480

ggaattttgt acctgttggc cagtcatccc aaccgtgttt tcagtgcgga tgatattttt      540

gaacgggttt ggcagcagga gtccgtggtt tcagccaaga cggttatggt tcacgtcagc      600

cacctgcgcg ataagatcga agccgctacc ggtggcgaaa aggttatcga aacggtatgg      660

ggcgttggct acaaggttga aagccactag                                       690


<210>  1912
<211>  243
<212>  DNA
<213>  Lactobacillus mucosae LM12

<400>  1912
atgccaacga caattgcagg catcaaggaa aagcttgatg cacaggtagg ccaaaaagta       60

ctggtcacgg cgcaggctgg tcgtaaaaag gttacccagc gtcaaggcat tttaagcgag      120

acgtatccag caatctttat cgttaagctt aacaagcgtg aaggttcttt tgatcgggtt      180

tcttacagtt atgccgatct cttgactaat aatatttctt tgacattcga agaagctgaa      240

taa                                                                    243


<210>  1913
<211>  1362
<212>  DNA
<213>  Lactobacillus mucosae LM13

<400>  1913
atgacgcaaa tttcatttga cgccagtgca ctgaagaagt tcgtgcacga aaacgaactg       60

ggcgaaatgc aggcgatggt caacgcggcc gacagcgagc tgcgcaacgg gacgggggcc      120

ggtgccgact tccgcgactg gctgcatctg ccaacggaat atgatcatga agaatttgac      180

cgcatcaaaa aggcggcgca aaagattcaa tcagattcag aagtcctggt cgtaattggg      240

ataggcggct catacctggg tacgcggatg gccattgatt ttctgcacga ctcgttctac      300

tactcacaaa agccagctga tcgcaagttc ccactggttc tgtttgccgg caactcgctg      360

agctcgtcat acctgcatga tctggttcag ctgatcggcg accgcgactt ctccgtcaac      420

gtggtctcca agtctggtac gaccacggaa ccagccattg cctttcgcat cttccgtgag      480

ctgctggtca aaaagtatgg cgaagaagga gccaaccagc ggatctacgc tacgactgat      540

gccaagcgcg gcgctttaaa gactgaagct gacgatgccg gctgggaaac gtttgtgatt      600

cctgatggcg tgggcggccg ctactcggtt ctgagtgccg ttggtctgct gccgatcgcc      660

gtttctgggg ctgacatcga tcaactgatg gcaggggctg ctgatgctga aaagtcgtac      720

accaacccag atctgacgca aaacgaggcc taccagtacg cggcctaccg taacatttta      780

tatcgtaagg gctttacgac ggagctgctg gaaaactacg agccgaacat gacaatgttt      840

gccgaatggt ggaagcagct ggccggtgaa tccgaaggca aggatcaaaa gggcatctac      900

ccatccagcg ctaactttac gaccgacctg cactcgcttg gtcaatacat ccaagaaggt      960

atgcgcaatc tgatggaaac ggtcgttaag ctggacacgc caaaccatga cgttacgatt     1020

ccagcagctg aaaacgatct ggacggcttg gcctacctgc agggcaagaa catggactgg     1080

gtcaacacca aggcctacca agccgtcgtg gcagcgcaca atgccggtgg cgtgccagtc     1140

atgacagtgc acattcctcg cgaggatgaa tacacgctgg gcagtttgat ttacttcttt     1200

gaggttgcca tgggcatttc tggctactta aacgggatca acccattcaa ccagccgggc     1260

gttgaggcct acaagacgaa catgtttggt ctgttgggca agcctggttt tgaggcagtt     1320

ggcgatcaat tgcgggcaca aatgaaggaa aacgaaaaat aa                        1362


<210>  1914
<211>  1179
<212>  DNA
<213>  Lactobacillus mucosae LM14

<400>  1914
atggaaaaaa catatatcgt tgctgctcgg cgaacgccaa tcggcaaatt tggcaagtct       60

ttggctggcg tttctgctgt agagcttggt gcaactgcaa ttgccgccgt cgtcaaagac      120

agcggcgtaa ccaaagaggc cgttgatcag gttttaatgg gcaacgtgat tcaagccggt      180

gctggccaga atccagctcg tcaggccgcg atcaaggcag gcctagacta tgccacgccc      240

gcaattacga ttaatgacgt ctgcggctca ggtctgtcca gtgtcagtct ggcggccggt      300

ctgattcaat caaatcaggc ccggattgtg attgctggtg ggatggagag catgtcgcga      360

gcaccgtata tcttaaatca ggctcgtggc ggctatcgtt ttggtgatgg tcagctgatt      420

gacgccttgc aaaaagatgc cttgattgat gtcgaaaatg gctatccaat gggaattacc      480

gcggaaaacg tggctgaact tgatcaaatc agtcgtcagg ctcaagatga atttgccttg      540

cgcagtcatc aaaaagcagt ggcggcacaa aaagatcatg cctttgatcg cgaaatcgtc      600

ccagtcgagg ttcagactcg caaaggtacg atgatcgtta aagatgatga ggcaccgcgc      660

gcggacacct caattgaagc attgcagaaa ttaaagccgt cttttgccag tgagggaacg      720

gttacagctg ggaatgcctc gggacttaac gatggggcgg cggccgtcat gctggcttct      780

gaatcggcag tcaaggaata tgggctgcag ccgttagcag agtggcaggc gacaaccctg      840

gtcggtattg atccggcata catgggattg ggaccggcct atgcaattga aaaactgttc      900

aacgagacgg ggatcagtcg tgaggatgtt gatctgtatg aaatcaacga agcctttgcc      960

tcacaatcgg ttgcctgcct gcgccgactc aagctggatg aacggcgcgt caacccgcgt     1020

ggcggtgcac tggcgctggg tcatccggtg ggctgctcgg gagcgcggat cttggtaacg     1080

ctgattcatg aaatgcagga tcttgatgcc cagaccggga ttgccagtct gtgcattggc     1140

ggcggcatgg gcgtggcctg tttggttgaa aaggtgtaa                            1179


<210>  1915
<211>  1425
<212>  DNA
<213>  Lactobacillus mucosae LM15

<400>  1915
atggcagctg aaaaacatgt gaaggaagtt ttgtcagtga tgctcaatca gcctctggat       60

gtttttgact taaaaaaaat ccaggtcaac gccacgaaag ccgaacttga aaccgatggc      120

aagctgcagc gccgccacgt cccagtcgaa aagctcggtg aatacgttcc cgttcagcgc      180

gatccaatca atttgatcaa gctgaccgaa gccaagatga tccctgaact gctgccattg      240

cgtcatcaac gcatggccgc cagccgcttc gccttttttc gcggcaccgc ggaattaatg      300

gaacaagacc ttaagcagca gtatcaaagc ggcatctcaa tcattatcaa tggcgatgcc      360

catttaggaa actatggctt ctatgcctcg ccagaacgca aattgctgtt tgatctcaat      420

gattttgatg aatctcggat cggcaattgg gaaagcgact taaagcgcct tttggtcagc      480

acctacctgg ttggtctgca gaataatttt gagccagatc ggctgcaagc gctctcaagc      540

agcatgtgca aggtttatcg acgcggcgtc aagcatgccg agacgctcac tctgctgcag      600

cgcttttatt tttcatacga gattcatgat atgattcaaa cgctgaactc gctggaggat      660

aacgatcgtg ccgaaatgag ccgcatcgtc gatcgaattc tcaaaaagag ccataagaac      720

aactcagaaa cggtcatcaa aaaattcacg acgctcaatt cgcgtggtca tctgatcttc      780

cgtgagaatc cgccccgcgc ccgccacgtc agcgaccaca ctttcagaca gattcaagct      840

gcctataaca gctatcgcaa ctacgtcaga gaagacatcc gcgttttgct ggccagctac      900

catctttcgg acgtgattcg ctacagcgtc ggcgttggca gctttggtac gcgctgcttt      960

ttattgctgc tgaccgggat tgatggcagt cacctggtcc tgcagatgaa agaagccttg     1020

ccgctgcgct ataatctgct ggccatgccg gttgctgaat ccatcaaaag cagtctgaat     1080

gctggacggc ggatcgttac ggcacaaaag gttctgcagt cggcttctga tccttttctc     1140

ggcagtacgc attttgatgg tcgcggctac tacctgcgcc aattccggga catgaaggaa     1200

tcaattgacg cgacccgctt ggattttgaa agtctgagcg tttatgccga gatctgcagt     1260

tttttattag ccatggcgca tttccaaagt cctaccgctc ctcgcattgc cggctatctg     1320

cgcaagcaaa aacagcttga tgccggctta gccaactggg cagttcaata ttccaaacag     1380

gtcgatcaag actaccagcg ctttttagct tacctgaatc aatag                     1425


<210>  1916
<211>  459
<212>  DNA
<213>  Lactobacillus mucosae LM16

<400>  1916
gtggaaattt tagctgcaag cagtaccgga tctggaatgt ctagcatcat cattatcgtt       60

ttgatgattg ccttcatgta tttctttatg attcggccac aacaaaagca acgtaaagag      120

catcaatcaa tggtaaatca cttgaagaag ggtgatcagg tcgtaatgat cagccgtctg      180

catggggtga ttgatgaaat caatactacc gatcaaacag taacgattga ttgtgaaggc      240

gtctacttga cttttgacct ttccgcaatt gcacgggtaa ttccaagcaa gacccaagct      300

gctgaagccc aacctgccag tcaggctgcg gccagcgaag agccagccag tgaagctagt      360

gacgctccgg caagcgaagc cgcaccagcc agtgaatcgg ctgaagctgc tgatgatcaa      420

aagccggctg aaagcgacag tgctgacgcg gacaagtaa                             459


<210>  1917
<211>  561
<212>  DNA
<213>  Lactobacillus mucosae LM17

<400>  1917
atgaccaagc gacgaaccct tgatcgggaa aaggtacttg ctactgctga aaaattagcc       60

gatgaacaag ggcttgaagc tttaaccatg cccaacctgg ctaaagcact cgacattcgc      120

tcacaatcgc tttacaacta tgtcgccaac cgtgaagaaa tggtatcgct gactggtgct      180

cgattgatgc agcaaatgta tcagctggtc gttgatggca ttatcggcct ttccggttcc      240

aaggcctatt taaaattcgc ggatatcgtt cgtaattttt tactggccca tgcttcttta      300

tcagcgatcc tgtaccatgc ccagcgtttt tcaaccgact cggcaatgta tcaagaaatc      360

aagcgaatga tcaagctggt cgatcaagtc gttgatgtgg atggcaatcg gctgatttct      420

tcacatgtct tgattggtgc ggttttaggc tatatttttc ttgaaacgac gccactctac      480

caagctgaag atgaaaatgt tgcgaccgtc aactaccatc aaatgctttt tcgactgatt      540

gaccccgttg aaaaagccta g                                                561


<210>  1918
<211>  294
<212>  DNA
<213>  Lactobacillus mucosae LM18

<400>  1918
atgattcttt ttccatcagt cgatgaattg ctcaagcgcg ttgactctcg ctactctctg       60

attatgctgg caagcaagcg ggctcacgaa atcgataagt accgtgctga caaatggcgt      120

gccgaaaacg ctgatcagtc aaaggacaat tacgcagccg aagcattggc acaagatcat      180

ccattgctgc tggatcatta ctactcaacc aagtcagtcg ggatggcgct ggaagaaatc      240

gaagccggca aggtaacgat tgatactgat catacggaag acttgcaaga ctag            294


<210>  1919
<211>  312
<212>  DNA
<213>  Lactobacillus mucosae LM19

<400>  1919
atgttttaca ataactttga tcaggtttat ggtgaggatc gctggggaat ggttggcaag       60

gttggtgatc cctttcgcga agatcgtagt ttaaagattg cctgcagcaa gtgtcatcaa      120

aagccgctgg taattgccga gcgcaactgg gaagcaacca atccggatca ttcacagcgc      180

tatcagatca tagtggcctg cgccaactgc gactttgtgg atgagtttga ggtcaacgcc      240

ggccaggaaa ataaaatcag tcggcttaaa catgccaagg ttgttccgac cacggcagat      300

ttagcagatt aa                                                          312


<210>  1920
<211>  783
<212>  DNA
<213>  Lactobacillus mucosae LM20

<400>  1920
atgaaaaaga taattgttcg tgctgacgat ctgggatact catgtgccgt caactacgga       60

atctatgagg caacgcatcg tggcattgtt aataacgtct cgctgatggt taacctgcca      120

tttagcgagc atggctggga gctgttaaaa aacgaaccag acactgatgt tgggcttcac      180

gtcgtaatct gtgcggggaa accgttgagc gatccaaaac tggtatcgag tctggtgcag      240

gaagatggga gctttaagcg ttcacaggtc tatcacgatg cttttgaaca gggaaaagat      300

attgttgatt acgaagacgc ggtcagagaa gtcgaggcac aatacgaatg tttcgtggaa      360

atgaccaagc gcgagccgga ctatctggca ggtcacacgg tgttaagcct taattttatt      420

cgggcgctgc gtgacgtggc cagtgagcat cagattccat atttaagctt tgacgttgag      480

catgaggttg agtttcaagg ccagaaactg acgccattta tggaagattt cagtttggat      540

tatgattcag tggcaacgct ggcgcacgta ctttctgcag ctgacaagcg tccacatgtg      600

attcctgaac tgattttgca ccctggtttt ttggatcagt ttatcctgca gcattcacat      660

ttggtttacc caagaacgct agatgttgaa atggcaacca gtggccaggc aattgaaatg      720

attgagcgac acgatgttca actggttcgg tattccgagc tggtcgactc cgccaaagca      780

tga                                                                    783


<210>  1921
<211>  822
<212>  DNA
<213>  Lactobacillus mucosae LM21

<400>  1921
atgactaatc cgcgtcttaa aatcggtatc ttaaacttga tgcatgacaa ggctgccact       60

cagcagcgtt tttcatcaat ctttaaggcc cttgatccca cggttgaact tacttttttc      120

tatcccgttg accactaccg caatcggccg gtcccaaaac tggttcaaca aatctctgaa      180

ccgctggact ttaacaaagt aagtcagctg caaggattca tcattacggg tgccccgatt      240

gagcagattc catttgcaca ggtcgaatat catgatgagg tcacgcgcct gattgatacg      300

ctggtcgacc taaacatccc gcagctctac atctgctggg gtgccatggc tgccgccaac      360

tatctgtatg gcattgaaaa acggcaattg accaaaaaat acttcggcgt ctttgacaat      420

gaggttttgg ttgaaacccc cgttttaaat ggcctgacca ttcccttccc ggcaccgcat      480

gcacgctatg ccgagctgga ccatgaccag attcgccaaa cgcctggact gacgatcaac      540

gccgtgtcta gtgatgacta cctgctttcg ctaaccggca gcgacaatca agactttttg      600

tttgcccacc ttgaatacga tcgtctggca ctattagccg aataccaacg ggaaacagct      660

gcccatcctg atcgtcacta cgcattgcct aagaattatt ttaaagacat taatacgctg      720

actgatcccc aattcaagtg ggaaaaagtc cagcagctat attttaagaa ctggctgcaa      780

aaaacagctg aatattcaca aaacgcacta accattgcct aa                         822


<210>  1922
<211>  309
<212>  DNA
<213>  Lactobacillus mucosae LM22

<400>  1922
atgtacgcaa ttatcgttac tggcggcaag caatacaagg tagaagcagg tcaagctatc       60

tacgttgaaa agctggacgc aaaagaaggc gaaaaggtaa cttttgacaa ggttatcttt      120

gtaggcggcg acgacgttaa ggtcggcacg ccatttgttg acggtgctac tgttgaaggt      180

actgttgaca agcaaggcaa ggaaaagaag gttgttacct tcaagtacaa gccaaagaag      240

cacacccaca ccaagaaggg tcaccgtcaa ccatacacta aggttacgat tgacacgatc      300

aacgcttaa                                                              309


<210>  1923
<211>  1008
<212>  DNA
<213>  Lactobacillus mucosae LM23

<400>  1923
atgaacaaac caatcaaaat gctggctgga ttgatgctgg cagtaacgct tgctggtgcg       60

gcagcaatgg cggctccggc ggtcgtatct gctgacgctg caactgagca gtcaagctca      120

tcatcttcta cggctacgca caccttaagt aactcctatg tggtttatgg tgccggcgcg      180

cctcaaagcg tctatgatca gctgaactcg gtaatgggcg tggattcgtc ttttaagaaa      240

ttaacggcta cggccagcga ctacgccaaa tacatcggca atggcacgac taccgatgcc      300

gccatgatca gttcggtggc aattgcgcca actgatccag gcagcggggt caaggtcaac      360

atcaaaaaat acaacgggca aagcaacatc actgaggtta cggcccagca gtacgcaatg      420

gttgctcaaa tggcaggggt aaccgacatt acgatcgtgg tcactgccaa tcgcgccgtg      480

tcaggtgaat ctgctttaac tggagtctac aaggcctttg aagaagatgg tcatcagctg      540

aacagtcaaa acacggcggc agccaactcg gttctggatg ctactcaaga tgccattgat      600

gccaataagg acgactcatc ctacccaggt aagctgatgg cggcagttgg cgatacatcc      660

aagcagattg ctcagcaaaa acagagcagt ggcgagctgg caaccaaggc agatattcag      720

gaaatgctga acaaggccct ggaaaaacgc ggcattgctg atcaaacgac tacgacgcag      780

caggaaaaga ttgctggcgc gttggtcaac ttccaaaact caccaatttc ttccagcaag      840

acctatatca ataatgtaac caatacgatc aataacgtta agaattcaac cggcaacttg      900

atgaataagg cgaagaattg ggccaacagt gaagccggca aggaaacggt caaacaggcg      960

caaaactggc tgactagatt tattaattgg gtcaagagct ggttctaa                  1008


<210>  1924
<211>  402
<212>  DNA
<213>  Lactobacillus mucosae LM24

<400>  1924
atggttacac tatatacgtc tccaagttgc acatcttgcc gtaaggcgcg ggcctggttg       60

aaggggcatg gcattccttt caccgagcgc aacatttttt ctgaacctct gagtatggac      120

gaggtaaaaa acattttacg aatgactgaa aacggtactg aagacatcat ttcaaaacgt      180

tcgaaagctt atcaaagttt aaacattaat ctagatgaga tgtcaatgac cgagctttat      240

gatttgattc gtaaaaatcc aggcctgtta agacgaccaa tcattatgga tgataaaaga      300

ttgcagattg gatataacga agatgagatt cgtcggttcc tgccacgtga agttcgggca      360

ttggagctgg ctgaagcacg tcgaaaagca aacttgaact aa                         402


<210>  1925
<211>  699
<212>  DNA
<213>  Lactobacillus mucosae LM25

<400>  1925
atgaagtcta agcgagtaga tgcgccgctg gtacctttgg caatcgcgct ggcagcgatg       60

ttatcgattg gggcggccgt tgtctggcat caatggctgt tttggctggt gacggttttg      120

ttattgatct gtttagggct gtatttaaat gcatcatggc gcggcaagga gcagataatt      180

gatgaaacaa tcacgtatct gcatctgtct tctgacgcgc aggtgcttga tctcggcact      240

gatcaaggaa aggtgctggt aaagctggcc aagcgcttaa cgatcccagg acatgcaaca      300

ggggtcgaag tcgggcgcaa atctgcacag tcgcataatt cgcttgcccg cgccaaggac      360

agtcttcagg ctgcagcaat ggcagatcgt gcttcagtgc aggcagcgga cgtattgaat      420

ctgccattta aagatcacca gtttgatggg attttgattt ggatgacgct gcatcaggtc      480

aagccgacga tcaatcgcgc gcgggccgtt caagaagcag ctcggacctt aaaaagcgat      540

ggtacgctgg caattattga ttttaggcat tttgatgagt accaaaaggt tttggcaggg      600

ctgggctttc atgacattac ggttcaccag tgcggcgtca acggctggtg gggtgttcca      660

tggttaagta ctaaaatttt attggccaag cgtttctag                             699


<210>  1926
<211>  948
<212>  DNA
<213>  Lactobacillus mucosae LM26

<400>  1926
atgatgaaag gacgatggat tttgcgtaag cttggaatta ttggacttgg caatgttggc       60

gcgctgctgg ccaatttgct ggtggcacgg cagattgttg atgagctggt tttgattgac      120

accaacagtg atctggcagt cgggttgcaa aatgatctgc ttgatggtat gtcggcactg      180

gcagttcagc caacgattaa agtacaggat tacgcggcgc tcaaggatgc agatgccgtt      240

gtcttggcaa ttggtaatgc ggaattgtta aaagagcaac gatttgccga attgaccgat      300

gtcgggaaga tgatgcgcca gattgcatcg cagatcaagc agagcggctt tagcggggta      360

ctgctcaacc tggctaatcc caacgaggca gccacggcct atctgcaata tttaacggaa      420

ctgccgcggc caaaagtaat cgggctggga acggttctgg ataccgcgcg cctgcatcga      480

gcaatcgccg atcaggtcca tgtcgcgccc agtgcggtga ctggctttgt ctatggtcag      540

catgatggtg aggccgtgcc aatctggtca acgtttcgca tcaatggcca accattggaa      600

aagccggtaa tgggacaaaa aatcgatccg caccaaagcg agattcaggc taaactgaat      660

ggctggtatg caatcaaagg tcaaggccaa gacgtcagtg ggatggcatt atggacgatg      720

cggattttgc aggcagtctt gtcagatgaa caggtcagtt ttcccgtggc gctttatcag      780

ccgcagtatc aaagttatct gagttttgcc gcgcagcttg gtcgacaggg cgttggcaac      840

tatacgcttt tgccattgcg gccattggag gaagatcagc tcaaagtcgc ggcccaaaac      900

attcaagatc agctgaacgt cctgctggaa ctgccaactg aagactag                   948


<210>  1927
<211>  699
<212>  DNA
<213>  Lactobacillus mucosae LM27

<400>  1927
atgctgggag aatttttggg tacgctgaca ctgatcgttt tgggatgcgg tgttggtgca       60

ggcttgaatc taaataagac gatggcgcat ggtcaaagcg actggttcta tgtaacgttt      120

gcctggggga ttgccgtaac tatgggagtc tacgtagcgg cttcgtttgg tgcgcaggga      180

catctaaatc ccgcggtcac tattgctttt gccgtagctg gaacctttcc ctggtcgcag      240

gtggcgcctt atctggttgg gcagttctta ggagcatttt tgggtgctgt tttagtcatg      300

atccaattct ggccgcattt taaggcgacc aaggatccta agcacaacaa tatcagcatt      360

ttttcaaccg ttcctgggat tcgcagcaat ctgttcaatt tcttgagcga gttgattgcg      420

acgtttgtct ttatgctggt gctttataat ctaggggatt ttacgactgg gttaaaaccg      480

gtcgttgttg ggctggtgat ctttgtaatt ggggccggct tggggacgac gactggcttt      540

gcgctgaatc cggctcgtga ctggggaccg cgcttggcct atacgatcat tccagtaccg      600

aataaatcaa gggcaatgtg ggactatgcc tgggtaccga tgctgggacc gttagccggg      660

gctttattgg caacgctttt gcaaatgacg gtgaaataa                             699


<210>  1928
<211>  417
<212>  DNA
<213>  Lactobacillus mucosae LM28

<400>  1928
atgactgata aaaacaagct gactgaaatg cagtaccgcg ttacgcaaga ggctgctacc       60

gaaccgccgt ttaccggcaa atatgatcag ttttttgaaa aaggcatcta tgtcgatgtt      120

gtgagtggcg agccgctgtt ttcttcgctg gacaagtttg attcgggctg cggctggccg      180

gcatttacca aaccaattgc caagctgaaa gaaaagcgcg accggtcgtt tggcatggaa      240

agaaccgagg tgcgcagtct gaaggctgat tcgcatctag gacatgtttt ttgcgatgga      300

ccgctggatc gtggcggtct gcgctactgc atcaattcgg ccgccctgcg ttttattccg      360

tttgatcagt tggcagaagc tggttatggc gagtaccgaa agctgtttgt cgactaa         417


<210>  1929
<211>  717
<212>  DNA
<213>  Lactobacillus mucosae LM29

<400>  1929
atggaaaagc tgttatatac cggcaaagca aagcaaatgt ggcaaaccga agatcctgac       60

gtcttgcggg ttgtctacct ggatcaggca acgatgctca acggtaagcg taaggaccac      120

tttgacggaa agggcgaagc agccaacgac atctcaacgc tggtctttga atacctgatt      180

gataacggca ttccaactca cttcatcaag cgcctttctg aaaaggaaga attggttaag      240

aagtgtcata tgttcccgct ggaattcgtt acgcgcaacg tctgcgccgg ccactttgcc      300

tcccgcttcg gtttagagga tggcatggag ctggatgaac cggttgaaga aaccttctac      360

aagagcgatg ccttggacga cccattcgcc aatgaatctg acgcggttgc cattaaggcc      420

tgcacgcatg aagaatacca acaatgctgg gaactggccc gtcgctgcaa caagcttttg      480

acgccattgt ttaagaaggc tggcatgaag ctggttgact tcaagctgga atttggcaag      540

ctttcggatg gctcattggt gctggctgac gaattctcgc ctgacaactg ccgtctgtgg      600

gacatcaaga ccaacgccca catggacaag gacgtcttcc gcaagaacct ggccgatctg      660

accacgacct atgatgaagt ttacgcacgc ctgcaagaag ccgttaagga ggactaa         717


<210>  1930
<211>  588
<212>  DNA
<213>  Lactobacillus mucosae LM30

<400>  1930
atgaaaagaa gcgatttgat gattaagagt ttagccgttt actgtggcgc gcatctaggc       60

aatgatccca tctaccaagc aagggccgcg gcgtttggca aaaagatggc gcaaaatggc      120

attgaactgg tctatggcgg tggcaaatac ggaaccatgg gcgtgattgc caatgccgta      180

ctggataata gcggcaaagt ccatggcgtc atcaccagac agctatacga acgccaaacc      240

gcactggacc gcgttgagga tcttaaaatc gtttctaaca tggacgtgcg caaagatttg      300

atgatggatc tcgcggacgg actggtggcg ctgcccggtg gaatcggcac gttggaagaa      360

atcagcgagg ccttttcatg gatgtcctta ggcgataacg ctaaaccaac cgcgctttat      420

aacgtcaacg gtttttatga ccccctacgt aatatgttgc gacgcatgca cgacactggc      480

tttttggaac agtcatacct ggacgcgatc catttcgccc attcatttga cgacttgatg      540

aagtttatga accattacca tgcgccagct cgccgacagt accgctaa                   588


<210>  1931
<211>  699
<212>  DNA
<213>  Lactobacillus mucosae LM31

<400>  1931
atgtcgactt taatcgattt tatccttcac attgacaccc atctgattca gattgttaat       60

caatttggcg atgccagcta cctaatcctg tttctgatta tttttattga aaccggtgcg      120

gtaattttgc catttctgcc tggtgactcg ctactatttg ccgccagtgc actagctgcc      180

aacgcaagct accacttaaa tatctggatt tttgcatttg gcttcttaat ttcatgtctt      240

ttaggcgatt caattaactt cctgatcggt caaaaaatcg gcaagagcct atcaaatcac      300

tcatggttcg gaaaattgat cgataaacag agtcttgaaa aagcagaagc attctttgaa      360

aaacatggtg ctcctgcgat catcctggct cgatatatgc caatcattcg tacttttgct      420

ccttttgctg cagctggatc cggtttccca tatcggcgtt ttatccgcta caatatcgtt      480

ggatgtgtaa gctgggttgc catctgttgc tcgtgcggct atttctttgg taatctgcct      540

tttgtccagg cccatttctc ggcaatcatt ctggcaatca tcgtggttac cctgatgcct      600

gccgtaatca gctttattaa atcaaagctc tcaaataagt ctgctcaagt aacggttgat      660

tcgccattga atcaaactca agagcaggat ggtgaatag                             699


<210>  1932
<211>  639
<212>  DNA
<213>  Lactobacillus mucosae LM32

<400>  1932
atgactgaaa aaacttgcca gcagcgctat gtggcattag ttaacatggt ttttgatcaa       60

gaaggagacc ttgccaatca ttttttagaa ctttttccca cgccagctgt ttttcgcaat      120

atgacgatgg aagaacagga tgcttttttg ggatataatc gcaaacgtct taaaccggtt      180

ttggcagcaa ttgagctggg aaatctgatt ttaacctgtc cgcatgatat cttaggtcac      240

gcctattcca gtaatgaggt tggccagttt ttaatggatg agatggctgg acagatgcaa      300

gagtcagtcg aagtgctttg tacggatgtg cataacgaga tcatagcacg acgctgtctg      360

tttaaaggcg gtcaagcgga atgtatgctt tatccggatc aaatttttcg ctacgtgctg      420

cactggaatt catttggcct gatcatggtt cacaatcatc cttcaggcga tcccgagcca      480

tccagacagg atctgagctt tatgcgacgg ctggaacggg gctgtcagct gctgggactg      540

catctgttgg actgtcttgt gattggcagc caggactatt acagctggcg tgaaagtcaa      600

gaggctcatg cggcatttaa tgatcaaatt gcgaattga                             639


<210>  1933
<211>  1143
<212>  DNA
<213>  Lactobacillus mucosae LM33

<400>  1933
atggataagg aaaagcaagc aaaaatttta aaagatctga ttcatatcaa ttcggtaaac       60

ggcaatgagc ttgacgttgc cgactactta gcacgactgt ttgctcagta tggcatggat      120

gctaaggtgg atgcgtttgg cgagcggcgg gccaatctga tcgttgagtt tgggccgggc      180

aatactgacc aagtcttggg aattactggt catatggata cggtcgccgt gggtaatcgt      240

gctaactggc atcatgatcc atttggtgct gaaacccagg gagatcgact ctttggccgt      300

ggcgccgcgg acatgaaaag cggattggct gcgcaggcaa ttgctttgat tgagcttaag      360

gaaagcggct ggcagcctga tggcaagatc cgtttgattg caacggctgg cgaggaatat      420

ggaacaccag gcgccaatcg tttagaggag aaaggcattg ctaaagatct gagtgccttg      480

atcgtaggtg agccaacggg tggcaatatc gtttatgcca cgtcgggaag ctataactat      540

caagtaatct gcaagggccg ctcagcacac agctccatgc ctgaacgcgg gatcaatgcc      600

gtcagcggtc tggctcgttt tatcgaactg gaggccagct tgtttgacaa tgtgccgttg      660

gatcagtacc taggcagcgt taagcattca attacgattt taaaagcagg cgatcaggtc      720

aatacgattc ctgatcgtgc cgaactgcgt ggcaatcttc gaccaacgcg tgcgtttgat      780

aatgaaaggg ttacgcagcg gcttgggcag gcgattgact atctaaatca gactacggat      840

tatgaattga cgctcaatat cttaaatgat tggtggccga ttgcaactga tccacaaagc      900

gatttggtaa aactggcctt aaaggcagct aacgacagct atgccaatca accagagctg      960

acgatcatca atggagccac cgatgccagc gtgtttgtca agcatcgtgc tgatctgccg     1020

gttgtcgtgt tgggtgctga tgaatggtcg cgggcgcatc aggttgatga gtatacgacc     1080

tggtcgagct attttgccac gattaatgcc taccgcacca tcatgcatga tttctttggc     1140

tag                                                                   1143


<210>  1934
<211>  1038
<212>  DNA
<213>  Lactobacillus mucosae LM34

<400>  1934
gtggaatggc aaattggcaa tgttacgatt ccaaatcaag tcgtagtagc tcccatggct       60

ggagttacca actctgcgtt ccgtgtcatc tgtaaaaagt ttggcgctgg ctacgtggtc      120

tgcgaaatga tttctgatcg cggcattatg taccacaaca aaaagaccct gtcgatgctg      180

aaggttgagc cgatcgaaca tccgatgggc attcagattt ttggcggtac aaaggagact      240

ttggttcaag cagccaaatt catcgatgaa aataccgaag ctgatgtaat tgacatcaac      300

atgggctgtc cagttaacaa agtcgttaac accgatgccg gagcaaaatg gctgttggat      360

ccaaataaag tttatgaaat ggtttcttat gtcgtcgatg ccgttaaaaa accagttacg      420

gtcaaaatgc ggatcggctg ggatgataag cacatctatg ccgtcgaaaa cgcattggca      480

gccgaacgtg ccggtgccca ggcaatcgcc atgcatggtc ggactcgcaa acagatgtat      540

acaggtcacg cggattggaa tatcctaaaa gaagtggcca atgcattgac gattccgttt      600

atgggtaatg gcgacgttaa aacgccagaa gatgccaaac ggatgctgga tgagacggga      660

gcaaccgcag tcatgatcgg ccgggccgca atgggtaatc catggatgct taagcggacg      720

gctcattatc tggaaacggg tgaactgctt ccagaagcta cgccagagca aaaaattgcg      780

atagccaagg agcatttggc tggtttggta gaattaaaag gcgagcatgt tggcgttcgt      840

gagttccggg gacaatcaac cttctacatc aagggaattc cccgggcggc cagaacaaag      900

gcagcgttgg ttgaagcgga aacgcagcag gaaatgattg atattttcga tcgtttcttg      960

gaggaaacac aaaagcgggc ggcacagcaa gagatgcatc gtgctcaacg ccaggcaaaa     1020

attgaggagg aagactag                                                   1038


<210>  1935
<211>  2418
<212>  DNA
<213>  Lactobacillus mucosae LM35

<400>  1935
atggcttacg atcacaaaac gattgaaaag aaatggcagc gctattggaa gaagaacaag       60

acctttaagg cggaaatcaa caaggaccaa aagaagtact atgctttgga catgttccca      120

tacccatctg gacaaggtct gcacgttggt cacccagaag gctacacggc aacggatgtg      180

gtttcgcgga tgaagcggat gcagggctac aacgtgctgc atccaatggg ctgggatgcg      240

tttgggctgc cggctgaaca gtacgcttta aagacgggcc acaatccaaa gggcttcacc      300

aaccaaaaca tcgatcactt tagagaccag attcaatcgc ttggcttctc ttacgactgg      360

gatcgcgaag tcaacacgac tgatccaaac tactacaagt ggacgcagtg gatctttgaa      420

cagctgtaca agaaggggct ggcctatgaa gatgagatca tggtcaactg ggctcctgac      480

ttcatgggcg gtacggttgt ctccaatgaa gaagtcgttg acggcaagac ggagcggggc      540

ggctacccag tctaccgcaa gccaatgaag caatgggtct tgaagatcac ggcctatgcc      600

gatcgtctga ttgatgatct ggacctggtt gactggccag aaagcgttaa ggaaatgcag      660

cgcaactgga ttggtcgttc tgaaggggct tccgtcttct ttgacattgc tgatcatgat      720

ggcagaatcg aagtctttac gacgcgtcct gacacgctgt ttggggcttc ctacgttgtt      780

ttggcccctg aactggatct ggttaacgaa ctgacgacgc ctgaacacaa ggccgaagtc      840

gaagcctaca aggaaacgac ttcccgccgc tctgatctgg aacggaccga tctgaacaag      900

gacaagacgg gtgtatttac gggggcttac gccatcaacc cagtcaacgg cgaaaagctg      960

ccaatctgga tctcagatta tgttctggct tcatacggta ctagtgcggt gatggccgtg     1020

cctgccggtg accagcgtga ctgggacttt gccaagaagt ttgatctgcc aatcaagcca     1080

atcatcaagg atgccgacat ctcagaagca gcctatgctg gcgatggcga acacatcaat     1140

tctggttttg ttgatggcat gaagatcaag gaagccaaaa cggccatgat cgactggctg     1200

gaagaacacg atgccgggca caagaaggtc aactaccggc tgcgcgactg gatcttctca     1260

cgtcagcgct actggggtga accaattccg gttattcact gggatgatgg tacgacctca     1320

ttggtgcctg aagacgaact gcctttgaaa ctgcctgata tgaagaacat tgagccatct     1380

ggtaccggtg agagtccact ggccaacgct accgactgga tcaacgttta tgacgaaaat     1440

ggccggcatg ggctgcggga aaccaacacg atgccgcaat gggctggttc ttcttggtac     1500

tggctgcgct acacggatcc gcacaacgaa aaggaatttg cctcgaaaga agcgctggac     1560

tactggtcac cagtcgatct gtacgtcggg ggggctgaac atgccgtcct gcacctgctg     1620

tatgcccgct tctggcacaa ggttctgtac gatctgggct acgtgccaac accggaacca     1680

ttcatgaagc tggttaacca agggatgatt ctgggttcca accacgaaaa gatgtccaag     1740

tccaagggca atgtcgttaa cccagatgac atcgttgagc aatatggtgc cgacacgctg     1800

cgtctgtacg aaatgttcat gggtccgcta actgaatccg taccttggga tactaagggg     1860

ctgcacggtg cctacaagtg gatcaaccgg gtatggcgct tgatgatgga tgacaacaac     1920

catctgcgtg atcgggtttc gaacttcaat gatggcaaac ttacgcgcat ctacaaccaa     1980

accgtcaaga aggttacgga agactttgag cggatgcact ttaacacggc tatttcgcaa     2040

ctgatggtct ttgtcaatga agcgtacaag gttgacgatc tgccggttga gtacatggaa     2100

ggcctgatta agatgatctc gccggtaatt ccacacgttg ccgaagagct ttggagccaa     2160

ttccacgttt ctgatacgat tgcctaccag ccatggccaa cctacgatcc aaaagccttg     2220

gaggaatcaa cggttgaaat gatcgtacag gttaacggca aagtacgggc ccgaattgag     2280

atgccaaagg atgccgatca agaaacggct caagctaagg cccttgccaa cgaacacgtc     2340

caaaagttca tggatggcaa ggaaatcaag aaggtcatcg tcgtaccaaa ccacattgtc     2400

aacattgtcg ttaaatag                                                   2418


<210>  1936
<211>  585
<212>  DNA
<213>  Lactobacillus mucosae LM36

<400>  1936
atggatctag aagaaaaaac gattgatcga cagacggtct tcaaaggcca tgtagtcgac       60

gttgagcttc agcacgtcaa aacaccgcag ggaaatactg ctgtgcgtga gatcgtgcgt      120

catgccccgg caattgcttt gttggtaatt gatgatgatc agaagatgat tttagaaaaa      180

cagtggcgag ccccagtgca gaatattaca tgggaaattc cggccggcaa gctggatgaa      240

cgcgatcacg gcgatgcaag acacgcggcc gttcgtgagc tgaacgaaga aacgcgcctt      300

aaagctgata aattgaccaa gattacgtct ttttacagtt ctgtaggctt ttgcgatgaa      360

ttcttgacgc tttatctggc taaaggcctc aaaccggttg aacgtgccct gccacaagac      420

caagatgaag acatcaagct ctaccgcttc agccttgagg aggctctgca gatgattgcc      480

aatggtgaga ttcaagactc caagacgatc gtagcggttt attattggca ggcgcagaca      540

ttggcccaaa aattaaagga aaataatgaa aaatcagcag attga                      585


<210>  1937
<211>  774
<212>  DNA
<213>  Lactobacillus mucosae LM37

<400>  1937
atgagttcat ttaaccaaca aagttttcag cttaatggca aggttgcgtt gatcactggc       60

ggtgccagcg ggctgggcca aaactattca aaggcgctgt cgctttacgg cgcggacatt      120

tttgtcgttt caaattcaca gcgcggctgg aaagaaactc gtcaagcggt tgaaggcaat      180

ggacaaaaga tcggctttct gcagcacgac atcactgaac cgggctgtgc cgacgaaatc      240

atcgcgcaat gtgttaagga aatgggtggt ctggatattt tggtcaacaa tgccggtatt      300

cagatccgca atgacgtctt ggcgttcaag gatgaagact gggacaaggt gatcaatttg      360

aatctcaacg cgctctacca catgtcgcag gccgcagcca aatatatggc gaagcaaaag      420

cacggcaaga tcattaatat tggctcaatg cagtcctatc gtgccggcaa gttcatcttc      480

ccttacacgg cagctaaaca tggcgtcctg ggcctgacca aagcctacgc tgatgccctt      540

tccaaataca acattcaagt caatggtctg gcaccaggct atattttaac ggatatgact      600

aagacgctgg ccgaagatcc agtgcggggg cctgagatca aagaacatat tccttctggt      660

gaatggggcc gtcctgagca attaatggga ccaatggtat ttttagccag tccagcatct      720

gattacgtga ccggtgtaat gctgccagtt gatggcggct acctgctgcg ctga            774


<210>  1938
<211>  1227
<212>  DNA
<213>  Lactobacillus mucosae LM38

<400>  1938
atgatggaac cacaaactac gccaaacgtt gcttcaattg tcgaaactgc ctttacctgg       60

cctaagggtt tttacagtga tgggctgcat gccggactca aggctgaaaa accagatctg      120

ggctggctgt tttccaaagt accagccagt gccgcggggg tttatacgac caaccagttc      180

tgtgcggcgc caactgcctt gaccaaagaa acgatcaatc atgatcatca gctgcaggga      240

atcatcgtca acagtgcgat tgccaattcc tgcacgggtc cccaaggtaa gctggatgct      300

ttaaaagaac aggcactgat ggctaaaaag ctgggcgtca gccaaaactt gatcggcgtg      360

gcctcaactg gggtaatcgg cgaaatgctg ccaatggaca agatcaaggc cgggattgcc      420

aagctgaagc aaactaagtc ggctaaagtt accgaagccg ttttgaccac ggatactcat      480

accaagacga ttgccgttaa gtttgaaatc gcgggtcatc aatgcacgat ggcaggtttt      540

tgcaagggct caggaatgat tcacccaaag atggccacca tgctgggctt tgtgacgacc      600

gatgccaaga tcagcggggc ctgcctgcag gatctgttaa gcgaggaggt tgacacgact      660

ttcaatcaga ttacggttga tggcgacaac tccactaatg atatggtcgt taccatggca      720

aatgggctgg caatggcgga tgaggaatca ttgacgccag accaccctga ttatccagtc      780

tttgcccagg cctatcatca agtgctgagc gcgctggcca aagagattgc ccgtgatggc      840

gagggggcaa ctaagctggt tgaagccaac gtcaagggcg cggccaatga tctggatgcc      900

cagcacgtcg ctaaggcaat cgtaggctcc aacctggtca aggccgcctt gtttggtcag      960

gatgccaact ggggccggat catgggagca attggcgcaa cggatgctga cttggacgtc     1020

aatcgtgttg acatcaagct taatggcatc aacatcgtct tgagcagtca tggcgttgac     1080

tatgacgaat ggctgctgcg gcagaaactg gctgaggatc agatcaaaat cgatgtcgat     1140

ctgcatcatg gctttggcaa gggacaggca tggggatgcg atctgaccta taaatacgtg     1200

cagatcaatg cctcgtaccg gagctag                                         1227


<210>  1939
<211>  801
<212>  DNA
<213>  Lactobacillus mucosae LM39

<400>  1939
atggcgaaaa tttcaaaaat tgaagcacaa aaacgtcctg gccgctataa tatctatctt       60

gatggcaagt atgcgtttgc cgtagctgaa agcgtcttga tcaagtaccg gctcatgaag      120

gggatggaac tcgatcaagc acagctggcc cagatttcta atgatgatga gattgccaag      180

acctataata aaatgctgga ctatctggct caccagctgc gaacggaaca tgacgtctac      240

gagaagatgc gtcagctcaa gaccccggct gaagatattg aaccggtgat gcaaaagctg      300

cgcgggctcc atcttttaga tgatcacgag tacgcggcca gctacgtacg cacggtgatg      360

aatactgaac tgaaagggcc ccaggtgatt cggcagaaac tgcggcaaaa gcagatcggc      420

gaattggata tcgacagtgc cctggcgcag tttaccccgg agcggcagct ggcgaacgcg      480

accaagctgg ccaaaaagct gtttaaacgc tataacaaac tgccagcacg tcgccaggcc      540

gaaaaggtgc ggcagggatt ggtaacgaat ggctatgcgg ctgatctgtt caatgagatc      600

aaggacactg tgacgccgca gcctgatttt gagcaggaag acgaactgtt ggccaaagaa      660

gcggcaaagg cttggcggcg ctatgagaaa cgcgcgccga cggattatga aagacggctt      720

aaagttaagc agactctgta tcgaaagggt tttgacctgg atgaggttga acattggctg      780

aatgagcatg agaacgcttg a                                                801


<210>  1940
<211>  426
<212>  DNA
<213>  Lactobacillus mucosae LM40

<400>  1940
atggaaaaat tcgatcgtct ggcaaagcgc gttggcaatt ttttggaatg ctttgccgaa       60

atctcaatgg ctgtctttgg gctgtgtctg attggctttg tttttgttga actgtggcag      120

ttggttaagc tatcgccgct ttttgccggg cacctaacct catttgaccc agtattggaa      180

aagatcatta ccttctttct gctgtttgag tttttggcga tggcagccgc ggcgatgcag      240

aatcatggtc atctggcagc cgattttttg atcagtctgg gaatcacggc gttgttgaga      300

gggctgattg ccgagcatgg cacgccaacg caaaacatac tgaccagctt ggcgattctg      360

gccttgatta ttggtgagat cttgatgcat tggcaaaaca atcgcgaaca tcatgacaat      420

aaatga                                                                 426


<210>  1941
<211>  654
<212>  DNA
<213>  Lactobacillus mucosae LM41

<400>  1941
gtgggtcaaa agattaatcc taatggtttc cgtgttgggg tcattcgcga ctggactgct       60

aagtggtacg ccgaaaaaga ctacgccgct tacttgagcg aagaccttcg gatccgtaag      120

tacattgaaa agcgacttgc tgacgcctct gtttcaacta tcgaaattga acgggctgct      180

aaccgcgtaa acgtttcaat tcacactgcc aagccaggta tggttatcgg taagggtggc      240

tctgaagttg aagcactccg caaggaactt aacgccttga ctggcaagcg cgtccacatt      300

aacgtggttg aaattaagaa gccagactta gacgcacacc tggtaggtgt aagcgttgct      360

gaacaacttg aagcacgtgt tgctttccgt cgtgctatgc gtggtgccat ccaacgtgct      420

atgcgtgccg gtgctaaggg tatcaagatt caagttgctg gtcgtctgaa cggtgccgac      480

atgtctcgga tcgaatcata ctccgaaggc actgttccac tgcacactct gcgtgccgac      540

atcgactact catgggatga agcacggact acgtacggtg cactgggtat caagacctgg      600

atctaccgtg gcgaagtttt gccagagaag caagcaaaca aaaacactaa gtaa            654


<210>  1942
<211>  1344
<212>  DNA
<213>  Lactobacillus mucosae LM42

<400>  1942
atggcaaaac acgtattcac taaagaagaa gttcatgaat tggttgaaaa ggaaaacgtt       60

cattttctgc gggtaatgtt ctcagatctg tttggtacga ctaagagcgt ggacctgcct      120

gtcagccaat tagacaagct gatgaacaac aagatgatgt ttgatggctc ttcaattgac      180

ggctttgtcc gcatcaatga aagtgacatg tacctctacc ctgacatgtc aacttggctg      240

gtctttcctt ggggtgagga acacggcaag gtagcccgcg tgatctgcag cgtgcacatg      300

actgatggta cgccatttgc tggtgaccca cgcaacaact tgatccgcgt tttagacgac      360

atgaaaaagg caggctttac ttcattcaac attggtccgg agccagaatt cttcttgttc      420

aagactgatg aaaagggcaa tccaacgact gaagtaaacg acaacgaaaa ctactttgac      480

atggagcctg ccgatgctgg tgaaaactgc cgtcgcgaca tcgttttggc actggaaaag      540

atgggctttg acgttgaggc tgcgcaccat gaagttgctc ctggccaaca tgaagtcgac      600

tttaagtacg ctaatgctct ggaagctgcc gacaacattc aaacgttcaa gtttgttgtt      660

aagtcagttg ctaaaaagca tggtctgcac gctacgttta tgccaaagcc attgtccggc      720

atcaacggct ctgggatgca caccaatatg tcactgtttg acaaggacgg caacaacgcc      780

ttctacgatg aaaaaggcga actgcaattg tctgacacgg cctaccactt cctggctggt      840

atcttgaagc acgcgcgcgc actgacggca atctgcaacc caaccgttaa ctcttacaag      900

cgtctggtac caggctatga agcaccggtt tacgttgcat ggtctgcatc taaccgttca      960

ccattgattc gaattccaga cgaccgtaag atgggaacgc gggttgaaat gcgttccgtt     1020

gactgcacgg ctaacccata cctggcaatt gctgctattt tggaagccgg tctggacggt     1080

ctgcgcaaca acctgacgcc aatgaaggaa gttacggaaa acatctacat gatgacgcca     1140

gaagaacgtg aagccaaggg cattgaggat ctgccatcca acctgcacaa cgctttgaag     1200

agcctgcgtg ctgatgaagt cgttcgtgaa tcgatgggcg aacacctcta caagaacttc     1260

tttgaagcca agacgcgtga atacgacggt taccgtcaac acgtttctga ctgggaacgt     1320

gacaagtaca tgctccaata ctaa                                            1344


<210>  1943
<211>  957
<212>  DNA
<213>  Lactobacillus mucosae LM43

<400>  1943
gtgaaagtgg tggaaaacct cgcgattgtt gacctgggat caaattcagc tcgaatggcg       60

gtaactgaaa tctctccgga tgggaagttt cgggaaatca agcgcgttaa ggaaaatacg      120

cgtctttcgg aaggaatggg tcatgaaaag attctccaac ccgaggcaat ggaacgcaca      180

atccaggcaa tcaagcactt taagcgtcag tatcaaggcc tgcccaatct gcaggtccag      240

gcgattgcaa cggcagcagt gcggcaagcc aagaatcgac aagaatttct tcaacgggtc      300

aaacaagaaa ccggtctgac ggtccgcgtt ctttccggct ataaagaagc atattatgac      360

tatttaggcg tggtgcgcac ccttaagctc aatcattgcc tgattctgga tgttggcggg      420

gccagctgcg aactggttct ggtccagcat cgcaaggcca gagacctgat ctcgttgccg      480

attggcgcgg ttaacctgtc tgagcagtat catctgggcg gctacgtgcg cagtgccgat      540

ctttttaagg cccaggcagc cgtttgtgat cgactcaata agattccttg gctgcgctat      600

gccacacgga tgccgatcgt cttgttaggg ggcgccaatc gaacgctggc ccggatgagt      660

cgttcgtatc ggcataaaaa tcgcggctcg attcatggtt atcgcttaac gtcacgagtg      720

gtctacgcga cctatcgcga gcttttgagc cgcaatctgg cccagcgcaa gaaaatgccc      780

ggattagaac cagatcgagc cgacatcatt attggcggca tgctgccatt agtgacgctt      840

ttggagcgca acagcgatgg ccgcgttatt ttttcggaaa gcggcgtgcg ggaaggaatt      900

attaccgaat acattcagca gcgcgaaaaa cggagtcaaa acgatgaaaa acaatga         957


<210>  1944
<211>  408
<212>  DNA
<213>  Lactobacillus mucosae LM44

<400>  1944
gtggaaatta gtcgtcatgc gatccgtgaa tgcgcctttc aaacgctttt tgcattggct       60

tcggatcagg aaatcgatcg cgaggcaatc tactcagaac gcttggggct caagccggat      120

gaagaggtgc cggcctactt gccagagctg gtcaatggcg tcttggctca ccaagatgaa      180

ctggacgctc agatcgaatc caagctggct ccaggctgga ccttatcacg cttggctcgc      240

cctgatctgg tgattctgcg cctggcattg tacgagttgg aatacacgca ggtaccaaat      300

gccgtggcta ttaacgaagc cttacgcttg gcacacgact ttagcgatga aaagtcatac      360

cgctttatca atggtgtttt aggtagcatt gaaagcgagc aaaattaa                   408


<210>  1945
<211>  1092
<212>  DNA
<213>  Lactobacillus mucosae LM45

<400>  1945
ttgaagtttg attttaaact gcagcatcat gctgaaacag cccgagcagc ccagctggca       60

atcggtcgcc agacgcttga gacgccaagt ctgatcatgc ctgcaccggc cttaacggtt      120

catgatctag cgttagcgga agtcaaacga tcccagatca agggacttag cgtcgatgaa      180

agcatcgtct cgcaaaatcc tggaaccgaa acagtccgtg acttgggcgg cctgcatcgt      240

ttcatggctt gggatggtct ggtgattgcc aagccaggtg attttcggca tttgccattg      300

gtcaagaaga atcatctgac taaagacggc gtgcgttttc atgacgtcaa gacgggtgca      360

gttcgcttga tgacgccgca aacggtaatt gaatcacaaa ccgaactgca gccggatatc      420

atgctgatgc tgagccagac gccatcttat tatgcaccgt atgactatgt tgaaaaagcc      480

gtggcaatca attctgcctg ggcagctgcg gccattcaga aactgactgc tgattcgccg      540

gcgttgtttg gcgtgatgca aggcgctggg tttgcccagt taagaaaaca gagtatcgag      600

gctttagcta aaatggattt ttccggctat gtaatcggtg gcttaagcga tattgacaat      660

gacaaggaat ttgatcgcgt cttgaagcta agcgtcgatc tgctgcctgc cgataaggca      720

cggatggtgg ttgacattca atcgtcagca cagctggtca gcgcgcttaa aaacggcatc      780

gatctgattg aaacctcttt accgactcat tggggacgct atggcaaggc tttaaccgct      840

caaggactgc tgccgattaa aaaggcgcgt tttgctgctg acccacaacc actcgctgaa      900

gactgccatt gtccagtctg tgagcaatat tcaagagcct atctgagaca tctgctgcat      960

atggataatt ccgttggtcc gcgcttgatt agtcagcata atctttggta tctgcggcag     1020

ctggtaagtc aggctcgttt agcgatcatg catgatcaac ccatcacggc gatttttgag     1080

aacctgattt ag                                                         1092


<210>  1946
<211>  522
<212>  DNA
<213>  Lactobacillus mucosae LM46

<400>  1946
atgcatattg aaaaagccga aatgaaggat ttggatcgag ttgtcgaaat tttgcgtgat       60

ggccgcaatc agctggcgga aagcgggatt gatcaatggc aaggcgatta tccgaatgtt      120

gaacatatcc aagaagatat tgaacatggc tttgcatacc tggtacattc cgacgatcat      180

gaaacggtgg gagcttttgc aatcgtagca gctccggacc actcttacga tgaattggat      240

ggcaaatggc tcgttgatac tgacaactat ctggttattc accgggttgc cattcactct      300

gaccatgccg gcaatggcta tgcttctggt ttgtttacga gcgttatcga ctacgttaag      360

gaaaatccca acggtgtcaa gtcattacgg atcgacaccc atgaggacaa caagccaatg      420

cagcatttaa ttgaaaagta tggctttacg cgtgtgggga ctctgcatgg cgtctaccgt      480

cctgaagaaa cctcatacgt ctacgaaatg ccgattcaat aa                         522


<210>  1947
<211>  297
<212>  DNA
<213>  Lactobacillus mucosae LM47

<400>  1947
atggaaattc acggtttaga tttagatcag gctggccgct gtcggcacta tcacttggca       60

gttgatgttg cggccttgaa atgcagtcgt tgccaaaaat actatgcctg ctatcgatgt      120

catgatgctt tggaaaacca tcatttcatg gcttgtgagc gggaaaactg gccagtctta      180

tgcggtgtct gcggctgttt gatgcagttg gcacaatacc agcagggaag ctgtccgcgc      240

tgtgggcacg attttaatcc cggctgtcgt cgtcactgtc ggatttattt taaataa         297


<210>  1948
<211>  1329
<212>  DNA
<213>  Lactobacillus mucosae LM48

<400>  1948
atggtctatg attatcgtca tgaactaatc gaacttttga accatactgc cagcgacccg       60

gaaagtctgc tgcagaccca gcgcagtctt acgatcatcg tcgacctgct taatcagctg      120

cagccggtta aagagccgac gtctactgaa aaacagtctg ccaagccagg ctatcagatt      180

cggcgtaacg tcactgcccc aaagatctcg ctaggccagc tgatcaatca gaccgcggca      240

ccaacgccca agccgcatga aacgccatca aaaccgcaaa gcaataagca gcctgaacgg      300

tcaacggcta aagcagctgc caaccaggct tatttaagag acatccccgt cactgctaaa      360

aacgaagcgc cgactgaacc ggcagctgca cctgagcttt cggaagtcga actgctggca      420

cgcgacaact gctatcccgt ccaccgtctg ttaagcggtg cggaaatcaa tcatcgtttc      480

tattcagaaa gcattctgca caagctgcca tttccaatca atgatggcga tgtcgtgcag      540

ctggaccgtc agcgcttgat ccatggcaaa ctgcccgtca tcaatcgtgt taccaatgac      600

catctggcaa tcagcacgac gccaaccaaa gttattgaat atgccacttt ggaaccagtt      660

gccggctcag atgtcctgca gatcaaaaag acgctcaagg gcaattcgat tctggatgag      720

tcgcatgcca ataccatcgt gatcgatcct tacaaatatg ccagccgcaa cctcaagcct      780

ggcatgatca tcgactttgc ctactatgat cacggaaatg gaatgcgtga cgctaaggct      840

ggtgagattc gctggatcca cagcgagcac gagtttgata cgaccaaagc gccacgcaag      900

ctgcaacagc caaaaaaggt taaaaatacg cgccacgaat acagcgacaa gcttaattac      960

gacttaaatc aaaaacgcgt cttagtggta actggagctc gtgaccgcgt gcaggatctt     1020

aaagccgtcg ttgccaagca ccacggcgtc ttctacagtc tggatgcctc aatggaagaa     1080

aacgtctcca gcagcaagat caaacgggcc gttaaggatg ccgatctgat tgtcgtctgc     1140

atcgatcgca ttcatcaccg catcagtcag ctgaccacgc accatgccaa gcgtaacgac     1200

cggccatttg cgattgccgt cacgaccagc aataccgctg tcgaacgcgc cattttccgg     1260

gctctcaatg gcaacaatgc ctacgaaagc agcggtcagg acatggcaaa atacgtcagc     1320

gccgattaa                                                             1329


<210>  1949
<211>  657
<212>  DNA
<213>  Lactobacillus mucosae LM49

<400>  1949
ttgcctaaac tgtcttatca atggaaatta agactttatt ttttgattct gctggcaacg       60

ctgcagctac ttttgaagtc gccgtttaat tttatggtct tgaacgtttt tctagcctat      120

ctgccaatcg aatttggttt ttgggtccag cattttgccg atcgacgctc actggctttt      180

tggtcgctgc tgtttttatg gctgattttt tatcccaatg ctccctacgt catgactgat      240

ctcttccatc tttcatggct gcatccccat accagtacta ctggcatcct gcgtactgat      300

cctaagatgt ggctgatttt tgcgctgatg gttctgtcgg cattcagctg tgcaattttt      360

ggcacggttg agatggcccg cctcagtcga ctgttagaaa agatgctgac gcctaaattt      420

tcccatagtc atttaatctg ggttggctgc ttctcttttc tagccggtat tggcatctat      480

attggccgtt ttttgcgtct gcattcaatc tatcttttta taacgccatc atggtttttt      540

aatcagcttt taagcatctg gagctggcca atgcttgaat tcgtcttgat catgaccata      600

ttgcagctgc tgctttactg gtgtttacac ttgatcaaac aggccgattt gatgtaa         657


<210>  1950
<211>  339
<212>  DNA
<213>  Lactobacillus mucosae LM50

<400>  1950
agagcgataa aggagttact tatgagcgaa aatcaaccac gcgacaacga agagattttt       60

acgctggtcg acgaaaaggg caatgaagag ctctacaaag aagcaatgcg ctttaagtcc      120

gatcaaaacg gcaaatggta tatctgtctt tacccattgg atgaagaaaa tgccgatgaa      180

gttgatattg aggccttttc atttgaacca gccagcgaca tggatggcgt tgacagtggc      240

gacattcagc tgatgccaat tgaaagtgat gaagaatggg caatggttca agaagtgctt      300

aatacgttta ttgatgatga aggcaatttc aatgcctaa                             339


<210>  1951
<211>  822
<212>  DNA
<213>  Megasphaera micronuciformis F0359

<400>  1951
atgattcatg atataaaacc ttgcgtatat gataattcgt acatacccgt ggcgcctgaa       60

gggcataact atgttctttt atgtaaaggg caagaagcgg tttgcaagat tggacacgac      120

ggtactctct tcttgccgcg tgtaaaggat ttcgcgtcgt gtcagtacag gtatttattt      180

tctattgacg aagatgcatt ttttatgccg acgggcgggg atataaagct gcctgtcggt      240

ttttcctttg agtctttacg gaccatgcgt acggcacggc cgagaaaact ggcctttgcc      300

gtcgtgacgg cggcgtctct taccagatgg tatgatctca actgttattg cggacgttgt      360

cgtaccgcca tggaagaaag caagtcggaa cgggccttag tttgtccttc atgtgaaaat      420

accgtctatc ctcgaatcaa tccggcagtt atcgttgctg tacgtgacgg ggaacgtctt      480

ttggtcactc agtatgccgg cagaccttat aagaactatg ccttaattgc cggatttgcc      540

gaaacgggag aaacgattga agagacggtt ttacgagaag taaaggaaga aacgggtatc      600

accgtcaaaa acctggagtt ttataaaagc cagccctggg gcttttccga ctctctcctt      660

ttcggcttct tttgcgatct tgacggaacg gacgagctga ttgtggataa gacggaactg      720

gcaacggctc tttgggtgca gcgcgaagac ttgccggacg acgaggaaac ggtaagtctg      780

accatggaga tgatgactct ctttaaaaaa ggagataaat aa                         822


<210>  1952
<211>  1077
<212>  DNA
<213>  Megasphaera micronuciformis F0360

<400>  1952
atgtctgaat gtattgccgt tgccatgagc ggcggtgtgg acagctccgt tacggcggga       60

cttttaaaag aacagggata tgaagtcatc ggtattactt tgagactttg ggaagaagag      120

cctgcgtgta aagtcgaacg aaatattcat gcctgttgtt cgctcgattc ggttaatgat      180

gccaaagccg tggcggatgt cttaggtata cgccattata ccctggattt tcgagatgtt      240

tttcgtcatg acgttattga ttactttatt gattcatatg cacacggcaa gactccgaat      300

ccttgtattg cctgcaatcg gttcattaaa ttcggactgc tgtgggatca ggcgcaacag      360

ttcggagcgg atttgttggc aacaggacat tatgcccgca ttgtatatga caatgaaaga      420

aagatttaca ctttgcgtcg cggtaaggat gaaagaaaag accagtccta tgtgttgtac      480

caactgacgc aggatttatt gaaacatatt attttcccca tggcggattt ggaaaaaacg      540

aagaccagag agttggcaaa agagtggggg ttgccggtgt ttaataagcc ggaaagtcag      600

gatatttgtt ttattcccga taatgattac aagggatttt tgaaaaaaga agctccctat      660

atttttaaaa ccggtagatt tactgacgga caagggcgga cagtaggtac tcataaggga      720

attgcggctt atacgatcgg acagagacga gggttgaacc tgggcggccc gggcggtcct      780

tattatgtag tgtcgttgga tgaaaaaaac aatgaagtcc gcgtcggttc ggaacgagaa      840

cttttttccg ccgaaattaa agctcatgat gtgacttgga ctgagaccgt acgggaagag      900

cctttcaagg cctacgggaa aattcgctat gccgctcaag cggctccctg tacggtatat      960

cctgcaggaa atgaaatgaa ggtagttttt gacaaacctc agcgagcggc tacggcagga     1020

caggccttgg tgctatacga ggatgaccgc gttctcggcg gcggtacgat tacttaa        1077


<210>  1953
<211>  996
<212>  DNA
<213>  Megasphaera micronuciformis F0361

<400>  1953
atggagattt caaaattatc agcctacact cagcgcatct taggcggtgg agagataacg       60

cctgaagaag cacttgaact tttgaccgta aatgatgaag acaccccgtt attagctgct      120

tttgccgata aaatacgaca acatttttgc ggtaacgatg tcgattgctg cgctattgcc      180

gcagcccggt ccggtaaatg ctcagaaaac tgcagtttct gtgcccaatc ggcattccat      240

cacgcaaata tccccgtttt tcctcttatt tctacagaag aaattatcac ttgcgcccgc      300

aaggccaagg ctgccggggc cactcgcttt tcaatcgtca cgggaggtcg ttctgtcgaa      360

ccgggccccg aatttgaaaa tattataaga gccataccgg tcattaggga tactatcggt      420

attgagatat gctgctcctt gggcctgatt aacaaaactc agttaaaggc cttaaaggct      480

gccggcatta cccgatacca cagtaatatt gaaacagcac cgtcctattt tccttcaata      540

tgtacaactc acacctttgc cgataaggaa agaatggtaa aagaagtgat agccgcagga      600

ttacgaccct gttgcggagg tattttcggt ttaggagaat cgcaacacca gcgtattgaa      660

atggcctata ccttaaagcg cttgggcatc gactccgtcc cggtcaatat tttaaatcct      720

ataaaaggga ctgcactgga aaatgtacag cccccttcac cttgggaaat tcttcgtatt      780

ttttcagtcc ttcgctttat tttgccgaaa gcccaaatac gcacggccgg cggacgagaa      840

ataaatctcc gttccatgca ggcctatgca ttaacggccg gtgccgacgg ccttatgatc      900

ggcggctatt tgacgacaaa aggaaatgaa actcacgtgg accgtcaaat gttgcaagat      960

ttaaatcgtc gccccgctat tccctgtctc tcataa                                996


<210>  1954
<211>  3156
<212>  DNA
<213>  Megasphaera micronuciformis F0362

<400>  1954
gaaatggcct tggaactctt caagcccttc gttatgaaaa aacttgttga agaaggcaag       60

gctacgaata ttaaaaatgc gaaaaaacag gtagaacgtg ttcaggaaaa tgtatgggac      120

gttttggaag atgttattaa agaacatcct gtactgttga accgtgcccc gacgttgcac      180

agactcggga ttcaggcatt tgaaccgatt ttgtgggaag gtcgtgctat taagttgcat      240

cctttggtct gcacggcata caatgccgac tttgacgggg atcagatggc ttgccacttg      300

cctttgtccg tagaagctca gtcggaagct cgtacactca tgctgtcggc acacaatatt      360

ttggctccga aggacggcaa acctgttgcc gttcctacgc aggatatggt gctcggtgct      420

tactatctga ccatggtaaa accggggtcc aagggtgaag ggaagctttt tgccgatttt      480

gatgaagtca tgcttgctta tgatgccaaa gtcttggata tcggtgcctt aattaaggtt      540

cgtattcccg gccacggtct gattgaaact acggcgggac gcatgcttta taacaatcag      600

ctttatgaag cactgcgccg cttccacacg gataaagtca tggtctttac ggatccgaaa      660

gatgcggcct ttgcttatga aaacggcttg attgacagtg atcacctcgt gaaagttaag      720

cgggaagacg gtcgtattct tgattacgga ttcacggcca tgaaggaaga attcggtgtc      780

gacttggcgg ctattcgacc gaaagtagcc aagaaaatcg ataaagaagc ggttgccgct      840

tttaaagccg ataaagaata tgtcgatgta gagtgcctcg gtgttttgat gaataagaaa      900

caaatcggta aactcgttgc cgattgcttc catctcgtgg gaaatacgga aacggcttcg      960

ctcctcgacc gcattaaagc catcggctat cattacgctc gtcaggcagg catgtccatc     1020

gcgatttcgg atattcaggt tcctgaagaa aagaaagcca tcctcagcga aacggattcg     1080

caggttctca aggttacgca aatgtttatg cgcggcttga ttacggaaga tgaacggtat     1140

cgtaagacga ttgctctgtg ggaaaaagcg actgacgatg taacggaagc catgatggat     1200

aacatggatt cgttcaactc catctttatg atggccgatt ccggggcccg cggtaacaag     1260

caacagatcc gtcaggttgc gggtatgcgc ggattgatgg ccgatccgtc aggacgtatt     1320

atcgacttgc ctattaaggc aaacttccgt gaaggcttat ccgtattgga ttactttacg     1380

tccagtcacg gggctcgtaa gggcttggcc gatacggctt tgcgtacggc cgactcgggt     1440

tacttgactc gtcgtctcgt cgatgtatct caagacgtta ttgtccgtga agatgattgc     1500

gacgtattcg gcttggacct cattcgcgaa cgcgctcgac tcgcaggctc ggtgcgtcag     1560

gcagtcaact tattgagaga aaaattgatc ggtcgcgtat tggcacgcga cgtagtggac     1620

gaagaaacgg gagaacttct gtttgcggaa gatcacgttc tgaccaatga cgatctcgat     1680

acggttattg aatacaagat tcccaagtta tccttgcgcg gcagtcagat ggacattaat     1740

gacgacctca atcatacgaa taagattgaa aacgtcatgc tcggtgcacc ggaagacagc     1800

attcgtgatg ccttgagaga agctatggta gaaaatatgc taggcaagac ggtggaacgt     1860

actgtttatg attccatggg tacggaaatt tgcccggccg gcacggctct tacggaagag     1920

gcgattgaac ggattctttt gagtgatgta gaagaagtca aggttcgcaa caatgatatt     1980

cgcggtgttg aagttacggc tattgttgaa ggcgacggca ttatcgaacc tttggaagac     2040

cggattgtgg gcagaacggc tgcggaaacc ttattcaaca aggatacggg cgaagttatt     2100

gttcctatta atgaagaaat tatggaagaa caggcgaagg aagtcgttaa gtattacgac     2160

aaagttcgta ttcgttccgt tcttacttgc catagtcgtt acggcgtttg cgctaaatgc     2220

tacggccgtg atctcggcac aggcggtaag gtcaatgtcg gtgagtcggt cggtatcatt     2280

gcggctcaat ccatcggtga accgggtaca cagttgacta tgcgtacctt ccacaccggc     2340

ggcgtcgcat cggcaggcga tattacccaa ggtttgccgc gtgtcgaaga attgtttgaa     2400

gcccgtaagc cgaagggcaa tgctattgtc acggaaattg acggcgttgt tacgattacg     2460

gaaaaagaag atcatgagga tattcatatc gttcatgtta cggctgaaga cggtgacgaa     2520

cggagttaca ccattccgta cggagctcat ttggtagttc atgaaggcga tgttattgaa     2580

aagggcagcc gtattacggc cggctccatc aatccccatg atatcctgcg aattcagggt     2640

gtcgaagcta cgcagcgtta cctggtatat gaagtacaaa aggtatacaa atctcaaggt     2700

gttgaaatta atgataagca cattgaagtt attgttcgcc agatgttgcg taagatgaag     2760

attgaagatg ccggtgatgc ggatgtattg ccgggagact atgtagaact gaatgcttac     2820

gaagaaatga atcgtcgcgt tcaggctgca ggcggcaaac cggcggaagg caaggctctg     2880

cttctcggta ttaccaaggc ggccttggct acggaatcct tcctatccgc cgcctccttc     2940

caggaaacga ctcgcgtact tacggacgct gccattaaag gtaaggttga tcccttgcta     3000

ggtttgaaag aaaatgttat tatcggcaag ctgattcctg ccggtacggg tatgagccgt     3060

tatcgtaagg taaaggttgt taagcccatt tctctcgttg agtacgagga agaagacccg     3120

attttgtcgg attccgttgc tattgacgga gaataa                               3156


<210>  1955
<211>  2103
<212>  DNA
<213>  Megasphaera micronuciformis F0363

<400>  1955
cgccatgatt ctcgcagcgg caatgaccgt aaccgtaacg accgtaatgt acgctccggc       60

agtcaggcac agggcaatcg tccggacagc cgtaagaacg gggcacctca gtcgggcgga      120

caaagcggtg aaagcaaacg gacgaaattc tttaaccgga cacaaggcgg tgaaggaaac      180

aacaaccgca aggggaaaaa tgaccgtaac gccaaaaacg atcgtaacgg caagaatgcc      240

ggtcgtccca agactctctt gaccgatgcg ttgagcaagg gtaagaacaa gaaaaaccgt      300

aagggcggcc atggtcagca acatgatttc catcagaacc aaccgcagaa gaaaaattac      360

cccgaatcca ttgaattacc ggaaacgatt acggttaagg actttgccga acgcttgggc      420

cgtgaagtgg cggaagtcat caaacgtctt ctcctgggcg gtatcatggc gactattaat      480

caggaaatcg actacgatac ggcttctctt attgccgatg aattcggcgt aaccgtaacg      540

atggaagctc cgccggaaga tccgacggaa atcgaagaaa tcatcgatgc tcccgaaacc      600

ttaaagactc gtccccccgt agttaccgtt atgggtcacg tcgaccatgg caagaccagc      660

cttctcgacg ctatccgcaa aacaaacgtt acgagtcatg aagccggcgg tattacgcag      720

catatcgggg cttatcaggt acgttatgaa ggcaaaaaga ttaccttcat ggatacgccc      780

ggtcacgaag cgtttacgtc catgcgtgct cgcggtgccc aggttacgga tattgccgtc      840

ctcgtagtag cggctgatga cggtgttatg cctcagacca ttgaatccat taaccacgct      900

aaatcggcga atgttcccgt tatcgtggct attaataaaa ttgataaaga aggggctaat      960

ccgagcaacg ttatgcaaca gttgacggaa tacggtctca tcagtgaaga ttggggcggc     1020

gataccatta tggttcccgt ttcggctcac acgaaacaag gcctcgatga cttattggag     1080

aacatcctcg tccttgcgga agtatcggac tttaaggcta accccgatcg tccggccgaa     1140

ggcgttgtta ttgaagctcg cctcgacaag ggtcgcggta cggtagcttc cgttctcgta     1200

caaaaaggta ccttgcgcgt cggcgattcc atcctcgtag gcaacacgta cggcaaggtg     1260

cgtgctatga ataatgaacg aggcgaacgc gttaaaaaag cggaaccgtc cttgcccgta     1320

gaaattctcg ggctgaatga tgtacctgaa gccggcgata tccttaatgc aacagatgaa     1380

aagacggctc gttccgtagc ggaaaaacgt ttggaaaaga agcgctcgtc cgaactgagt     1440

gttaaatcga aggttacctt ggatgatctg ttcagccaga ttcaacaggg tgagctgaag     1500

gaactgtctc ttattgtcaa aggcgacgta caaggttctg tcgaagctct cagtcagtcc     1560

ctcttggcaa ttaagagcga tgaagtgcgt attgccatcg ttcatgccgg cgtaggggct     1620

attacggaat cggatattat gttggcgtcg gcctccaatg ccttggttat cggctttaat     1680

gtacgtcccg atacggcggc tcgtaaagcg gcggaaaagg aaagcgtcga tttgcgtaca     1740

taccgcgtca tttatgatgc gattaacgat gtagaagcgg ctattaaggg tatgcttgac     1800

aagaagtacg aagaaaacat tatcggtcgt gcggaagtac gcaaggtgat tacgacgccg     1860

aaggttatcg ttgccggttc gtacgttaag gaaggcaaga ttacgagtac gtcaaaggtt     1920

cgccttatcc gtaacggcat tgtcgttcat gaaggcgatt tggacggatt gcgtcgtttc     1980

aaagacgatg taaaagaagt ggctgaaggt tatgaatgcg gtattaccat tgacggctac     2040

cgcgatataa aagaaggcga cgaagtggaa gccttcgaaa tggtagaagt agtgcctaaa     2100

taa                                                                   2103


<210>  1956
<211>  492
<212>  DNA
<213>  Megasphaera micronuciformis F0364

<400>  1956
attgtctcgg gggaggtaat tatggggcaa gacagagatg ttgccatggg gctcagcgtg       60

aaggccatga tttttttcgg agcaaaactt ttattgttgc ggaaaaatga cgggaagacc      120

gtatcccatt gggaatttcc cggcggcgga ttacggcgcg gtgaaaattt cctggacggc      180

ctgtatagag aggtaaaaga agaaacgggg ctgtccgttc atgttgacgg acttgccggg      240

acctggcagt atcgcaagcg aaacggtcag tttttaaacg gcgtgattta tacggctacg      300

gcgacacaga aagaggttat gatttcatca gaacacacgg actatgcgtg ggtccggccc      360

gatgaattga atcaataccc cattcatgca tctttacata ccgctttgcg acaaatggaa      420

aagatacccg cgttttcgtc agagcttctt aaagagtttt tgacagctcc ccgggaggcg      480

gcccgtgaat ag                                                          492


<210>  1957
<211>  1407
<212>  DNA
<213>  Megasphaera micronuciformis F0365

<400>  1957
atgcaaacct atacggttgt gaatgagaat ataattaagg acttggtcgc tattgtaggg       60

aataagtatg tgctgacgga aaaggacaga cttgttttat acggtcaaga tgagggggcg      120

gatcgtaaag cttatagatt gcccgaagcc gtggtattac cggccacgac agaagaggta      180

gccgctgtga tgcaactggc tgttaaatac catatagccg tcattccccg cggtgccgga      240

acaggtcttg aaggcggggc tgtggctaat cagtatggag gcattatatt gtcgacagaa      300

cgcatgaatg ccgttttgga aattaatgac gagtgcctgt atgcacgtgt cgaagcaggg      360

gttattacag cagacttgca gaacatggcc gctgcaaagg gacttcttta tgccggggac      420

ccctgtagcg gtgacagttg ctttataggc ggtaatgcgg ctaccaatgc cggcggcaat      480

cgtgccgtaa agtacgggac gacacgagat caggtttatg ctgttaaaat ggtaacgcct      540

aaaggggaga ttgtcgaatt gggcggtcgc ctgaaaaagt cctctaccgg atatgcttta      600

gaaaaagttg ttatcggagc tgaagggact ttgggaatta ttacggaagt tactgtccgg      660

ctggttccct tgccccctgt aagcgtccat atactgtctg ttttttcatc ggcacaggag      720

gcgttgtcac tggtaaccgt cttacctaaa aatcggatag agacaacttg tctggaattt      780

atggataatg aatcgatacg ggccgtagag cgttttacag gagagcgaca agtagcgtct      840

gaaaagggta attatatgat cattcagata gattgtcgta atgaagatga ggctgacgat      900

atttgtatgc aagttgatga aatatgccgg acctgcgggg ccacagatgt ttttatggcc      960

gatgccgata aaatttggag ggcacgaaaa attttttccg aagcctccgg ggcagaaggg     1020

cctgtcgcta tggaagactt tgttgtccct ccggattgta ttgcagagct tcttcaggaa     1080

ttgcagaata tcggtgaacg tacggggttg tgttttcgcg gcgtaagtca tgcgggagac     1140

ggcaatattc atttggatat tttaagaaac ggactgactg atgcagaatg ggaacgacgt     1200

ctggcagaat acgaaaaaga agcttatacc gccgtctatg ccaaaggtgg taagatttca     1260

ggagagcacg gtataggaac tgtcagaaag aactttatgt taacgtatac ggaccctgtg     1320

gagcttgaat taatgaaggc tctgaaaaag gcttgggatc cggatttaat tttgaacccc     1380

ggaaaaattt ttgacattga tggataa                                         1407


<210>  1958
<211>  1224
<212>  DNA
<213>  Megasphaera micronuciformis F0366

<400>  1958
atgaaaaaaa tggaattatt ggcaccggcg ggaaatccgg agaaattaaa gttggctttc       60

ctatacgggg ccgatgcggc atacttagga ggaacttcct tcagtttacg agcttttagt      120

gataatttta cgcctgagca aatcaaagaa gctgtagaat atgcacactc tttgggaaag      180

aaaatttatg tgacggtcaa catatttccg tcagatgagg attttcaata tttgccggat      240

tatttacgct atttggagtc tattgatgtc gatgccgtct taattgccga cccgggaatt      300

ttcagattgt gtcgggaagt agctccgaat ctttcgattc atgtgtcgac acaggccaat      360

acgacgaact ggtctgctgt ccgcttttgg aaagagtgcg gtgcggagcg tgtcgttctg      420

gcacgggaag ttccgcttag ggacgttaaa gacatttatg aaaaaacgca tatggaactg      480

gaaggttttg ttcacggggc tatgtgtatc tcctattcgg gacgttgtct tttgagtaat      540

tattttacac aggacagaga ttccaaccat ggtgagtgcg tacagtgttg tcgttttaaa      600

tacagtcttg tggaggaaaa acggccgggc gaatatttcc ccgtaatgga agacgaacgg      660

ggaacctata ttatgaactc aaaggacatg tgtcttatcg ggcacttgcc ggctttgtat      720

gaagcgggac tttcaagctt aaaggttgaa gggcgaatga agagtctgca ttatgtagct      780

accgttatta agacgtatag agaggctatg gatgcgtatg aagctgatcc ggaacatttc      840

tcggtccgtg ctgaatggtt ggaagagttg gaaaaaatat ctcatcgtcc gtatacgacg      900

ggattttatt tcggttgtcc tgatgaaaat gaccaagtat atgctaaatc aagtaatgta      960

cagacccatg attttatcgg tctcgtaaag tcatacgatg aagcgtccgg tcgagcatgt     1020

attgaacaga ggaacttttt taaagtcggt caggacgtcg agtttttaat gccccacggg     1080

ccggttgtgc atatgaccat cacggatttg acggatggcg acggaaaacc cgtagaggca     1140

gccagacatg cacaggaaac cgtgtattta aaaaccgcgg tgcctttgga accgtatgct     1200

atgatgagaa ggaaaagtaa gtaa                                            1224


<210>  1959
<211>  1653
<212>  DNA
<213>  Megasphaera micronuciformis F0367

<400>  1959
atgagaagtg atattgtaaa aaaaggcagt accagagctg cacatcgggc tcttttccat       60

gccatgggat atacggatga agatttgcaa aaaccgttaa tcggtgttgt aaatgcattt      120

aatgaaatta ttcccggcca cattcatttg cgtcaaattg cggaagcggt aaaactcgga      180

attgccgcag ccggcggcac gcctattgaa tttccggcta tcggtatctg tgacggcatt      240

gcaatgggtc acgggggtat gcgatatccg ttggccagtc gtgaacttat ttgtgattcc      300

attgaggccg ttacaaacgg gcatgctttt gacggtttgg tcatgatccc gaactgtgat      360

aagatagtgc ccggcatgtt gatggcagcc ggtcgtgtta atattccgac cgtagtggtc      420

agtggcggtc ctatgttggc aggtcgttat gaaggacagg atatcagtgt cagcacagtg      480

tttgaagcgg ccggtaaatt cgaatccgga cagattacga aagaggaact tcaccatatg      540

gaaaattcgg cctgtcccgg ctgcggttct tgctcgggtc tttttactgc caatacgatg      600

aattgtatga ccgaagtatt aggtttggga ttgcccggaa acggtactgt ccctgccgct      660

tatttcgggg ctcggcgtat gttggccaaa caggccggtt cggttatttt ggatatggtt      720

aaaaaagata ttaaacctcg cgatattatg acccgcgaag cgtttgaaaa tgctattgcc      780

gttgatatgg ctatcggcgg ttcgaccaat acggttttac atttaccggc tatcgcacac      840

gaagccggtg tagaattgcc gctgtctttg tttgatgaaa tcagcaaaaa agcggcttat      900

attacaaagc tcagtcccgg gggtacgtat catatgcagg atttggggga ggccggcggc      960

atttcggcgg tcatgaagga gttgacaaag ttagacctga ttcatgccga tgccgtaacc     1020

gtaacgggca cggtaggaga acgcattgcc ggtgctaaga ttacgaggcc ggaagttatt     1080

cataccgtag aaaatgctta tatgaataag ggcgggattg ctatactgac gggaaatttg     1140

gctcctgacg gatctgtcgt taaggaaagc gccgtcgatc cggaactttc cgtgtatgta     1200

ggtacggcta aatgctatga ctcggaagaa gcggctattg aagctattat cggcggagaa     1260

attaaagaag gtcatgtcgt tgttattcgt tatgaaggcc cgaagggtgg acccggtatg     1320

cgtgaaatgc tcaatcctac agcggttatt acaggcatgg gattgaaggt agctcttttg     1380

acggacggac gtttcagcgg tgccagtcgc ggtgcctgca tcggtcatat ttcgccggaa     1440

gcaatggaag gcggccctat tgcactcatt aaagacggcg ataaaatcag tattaatatt     1500

cctgaacgaa aacttgactt atgcgtgcct gatgaagagt tggcggctcg taaagcggtg     1560

tggaaacagc ctgaaccgaa ggtaaagacc ggataccttt ctcgttatgc acgccttgta     1620

acatcggcta atacgggtgc ggttatgaaa taa                                  1653


<210>  1960
<211>  1299
<212>  DNA
<213>  Megasphaera micronuciformis F0368

<400>  1960
tttatcttaa cggcccgtga tgtggaagga accgataaaa tagcttccgt atcgtataaa       60

gacttgccgc aggaagtgaa ggccggcgac catatccttt tgtctgacgg tcttgtcaac      120

ttggaagtac aatccgttgt aggtgacgac attgtaacgc aggttctgaa cagcggcaaa      180

atgagcgatc gtaagcgggt agccgtgccg ggtattccca ttaagttacc ggctttatcg      240

gaaacggata taaaggacat tgaattcggt atttcgcaaa atatggattg gattgccgct      300

tcgtttatcc aaagaggcag cgatgtcgta tctattcgta aggttcttga aaagcacggc      360

agttctatga aaattatgtc taaagtagaa agtcgtacgg ctattgacaa tattgacgat      420

attattcgta tgagtgacgg tgtcatggtg gctcgcggcg acttgggggt agaagttccg      480

gcagaagaag ttccggcttt acagaagatg gtcattcgta agtgccagca ggccgggaaa      540

ccggtcgtta cggcaacgca aatgctggaa tctatgatga ataaccctcg cccgacccgt      600

gccgaaacga gtgatattgc caatgccatt ttggacggca cggacggcat tatgctcagt      660

ggcgaaacgg caggcggcat gtatccggta gaagcggttg aaacgatggc tcgtgttgcc      720

gtatatacgg aaagtcaatt cgatcccgta acccatcagg atacgggaaa agatgttcta      780

tcgacgacag aagccatcgg acgggcgacg gtgcgcattg ccgagtcgtt gggtgcggca      840

gcgattatcg catctacgga aggcggtaat acagctcaga tgatatcaaa atatcgtccc      900

aagagtccca ttatagccgt atcgcctcat gaaaatattg tacgccggtt gcaggttaac      960

tggggcgtac aggccattac cggagaaggc ggagaaacgt ctgacgatgt tgtggaaaat     1020

gcggtatcag cggcattgga acacaatttg attaagggcg gagatttagt tgttttgaca     1080

gctggtgtac cggcttccac gtcgggtacg accaatatga ttcgtgtgcg cttagttgcc     1140

gatgtactat tgcgcggcat cggcttgggt aagaggtcgg ctgtaggcaa tatttgcttc     1200

ggtaacagcc aggcacaatt ggaacgggat ttcataccgg gatgcatcct tgtcgttaag     1260

gggtcgggtc cggaacttat tccttacatt aaacgggcc                            1299


<210>  1961
<211>  1392
<212>  DNA
<213>  Megasphaera micronuciformis F0369

<400>  1961
atggatattt ttgaacgtaa gccttatcag gagttcatgc atgactctca agataagaag       60

ttaaatcgcg tcttaggggc ctttgatatt acgatcatgg gtctggggat tattatcggc      120

acggggattt tcgtcctcac cggcatcggt gccgctaaat atgcaggccc cggactgatg      180

ttgtcttttg tactggcggc tattacctgt gccttcgtat gtatggctta ttcggaattg      240

gctacctttt tgcccgtatc aggaagctct tatacttatg cttatgcgtc tttaggtgaa      300

atcttcggtt ggtgggtagg ctggagtctt attcttgaat attctgtcgg agccagtgcc      360

gttgcaggcg gctggtcggc atatttcgtg ggaattttgc attcctgcgg aattgaactt      420

cccaagatgt tgacagctgt tccggctgac gggggtatca ttaatttacc tgcctttgtt      480

attgttttgc tggccacggg ttgtcttatt ttaggtgtaa gagaaggagc aagggttaac      540

agagttctcg tagttattaa aatcgtgact atttttgcat tcctcttttt cgcaggccct      600

catattgacc ctgtaaactg gcaacccttc ctgcctttcg gtttagacgg tgttgttgcc      660

ggaacggccg tgctgttctt tgcttatttg ggctttgatg ccttgtctac ggcggctgaa      720

gaaacgaaga atcctgaacg caacatgccc ataggtatta tttcggcttt agctatttgt      780

acggtcttgt acatcgctgt ttgtgcggct atgacaggtg ttgtacctta tcccgaattg      840

gatacggcgg caccggcttc atacgtactt gaatatatcg gcttacgagc aggttcggca      900

cttatcggta caggtgcact ttgcggttta tcaaccgttg ttttgaatat gcttttcgca      960

cagagtcgcg ctttgtattc tatgagtcgt gacggcttga ttcccaagag tttatatacg     1020

gttcatgaaa aatatcatac gccgtatcgc cttttgctta ttattggcat tgtagtatct     1080

ctggtagcag gctttacgcc cattcatatc gtggcggaag cttgcagtgc cggaacaatt     1140

tttgccttcc tttgttcttg tgtcggcgtt atggttttgc gtcgtatata tcccgatatt     1200

cctcgaagct ttaagtgccc ggcagtctat cttgttgctc ctttaggctt tatcttctgt     1260

gcgtttattt tcgcacattt atcttctcat acgttggtgc tctttgtagg ctggtctata     1320

ttaggcggta tcatttatgc tgcttacgga cataaacaca gccgtttgcg caacggtaag     1380

gaagttgcgt aa                                                         1392


<210>  1962
<211>  840
<212>  DNA
<213>  Megasphaera micronuciformis F0370

<400>  1962
atgtctacaa aaagagtctt ggcaattcat gatttatgtt ccttcggccg ttgttctcta       60

acggcggcaa tccccgttat atcagccttg ggaagtcagg tttgtccctt tccgacagcc      120

ttgttcagca ataatcttac atacggtacc tttaaaagca ccgatttatc cgcgaccatg      180

ccggatatga tggcagcctg gtcgaaatta aatcttacat atgacgcagt ctacagcggt      240

tttctggccg gaccggatca ggcagaaacg gttaaagagg ccgtgttaca attcggtaaa      300

ggcggtttgg ccattattga cccggctatg gccgacaacg gcaaattgta cccggtcttt      360

gacgagtcca tgataaaggc tatgaaatcg ctgattaccg tagccgactt aatcactccc      420

aactatacgg aagccgcact tctctctgat acggaagttg atttctccgc tacacctaca      480

accaaatcag tccttgaaat gtgtaaaacg ctatcagctg acggtccgca gcgaatcgtt      540

atcaccagcg taccgtcacg agacggcatt aaaaatatca gctacgacgc taccacagct      600

accttcgatg aggcagtcac ctataaggtg gatttcagca cttgcggtac cggcgatatc      660

ttcacgtccg cacttacggg gctgttattg aaaaaagatg atctgcatgc cgcaacggca      720

gctgccacac gctttcttac aaaggccatt gagttcacag ccgcctccgg agcggatccg      780

cgggaaggcg tccaggttga accctgcctg gcggatctca tcgccgaaaa tcggccctaa      840


<210>  1963
<211>  750
<212>  DNA
<213>  Megasphaera micronuciformis F0371

<400>  1963
atgcggagat tattttccaa aacggttgtt gccgttgcac ttatggcaac atgtacttta       60

tcggtggggg cttattccgt aggctcgcaa ggttccgatg tattattaat acagcaaaat      120

ctcgtgaaac ggggctataa aataggcatg gacggtattt tcggtaatga cacccgtcgt      180

gccgttgaac gctttcaggc tgacaaaggc ctgaccatca gcggttctgt tgatgctaaa      240

acctttaaaa ctttgacggg taaggctatg cctcaggcgg cagcacccca aaaagcggca      300

cctaagaaga atgcggcaaa acccgtaacg attcatgact acggcacggg taaggccggc      360

aaaggtgatg ttaagcacaa tgctttcggc aataatgtgg tcagccaggc ttataaatat      420

ttaggggttc cgtatgtatt cggaggaaat acgcccagcg gttttgactg ctcgggattt      480

acaaaatatg tatttgctca cagcggtgtt tctttgccgc gtatggcgga tgaacaatat      540

ttaatcgggg ccagtgtttc caaaggaaat ctgattccgg gtgatctcgt gtttttctct      600

acatatgagc cgggagtttc tcatacggga atatatgtag gaaataatca atttatcagt      660

gctactacga gcagcgggat tcacatagac agcttggaca gtgaatattg gggatcgcgg      720

tatatcggtg caaaacgcgt taagcgctaa                                       750


<210>  1964
<211>  1602
<212>  DNA
<213>  Megasphaera micronuciformis F0372

<400>  1964
atgtctttac aagaagaagt caataagagg agaacctttg ccatcatctc tcatcccgat       60

gccggaaaaa caaccttaac ggaaaaactc ctgctctacg gaggagccat tcatttagcc      120

ggatctgtaa aagcccggaa aacgtcaaaa catgcggttt cggactggat ggaaattgaa      180

aaacagcgcg gtatttccgt taccagctcg gttttacaat ttgactatga aggccaccgc      240

attaatattc tcgatacgcc gggccatcaa gatttcagtg aagacacgta tcggacctta      300

atggctgccg acagtgcagt catgcttatc gatgtagcta aaggcgtcga agcgcaaaca      360

aaaaaacttt ttaaagtttg ccgtgaacgc ggcatcccca tttttacatt cgtcaataaa      420

atcgaccact tcggtcgtaa ccctttcgac attatggatg aaatagaaac ggtcctcggt      480

atcagagctt accctatgaa ttggccctta ggcgttaacg gcagttatga aggtatctat      540

gaccgtacgg cctcttctat agaattattt gaaaaggaca cgaaccatgg ccaacgtaaa      600

ttggcctcta ctaaaggtag cgccgatgat ccggcattta aagaactctt atctgatgaa      660

gttcatcaat cgttaatcga cgatattgaa ctcttggatg ctgccggtga tgcttttgac      720

atggagaaag tcaaaaacgg aactttgaca cccatgttct tcggctcggc aatgaccaac      780

ttcggcgtca aacccttctt ggaaaaattt cttgaactgg ctcccaagcc gcagccgcgt      840

aaaactaaag aaggctccgt agaccccatg tccgagcagt ttacgtcctt tattttcaaa      900

attcaggcca acatgaatcc gcagcaccat gaccgcattg tctttatgag aatttgttcg      960

ggaaaattcg aaaaaggtat gactgtcaca cacagacaat cgggtaaaca agttcggctc     1020

atgcaacccc aacaatttct cgctacagaa cgaactctgg tagaagatgc gtggcccggt     1080

gacattatcg gcgtctttga cagctcatcc ttaggcgtag gcgatacgct ctatagcggc     1140

aaactccccg tcacctttgc cgattttccc accttcccgg ctgaactctt tgcccgcatt     1200

cgtgccaaag attcgatgaa gcgcaagcag ttcctaaaag gtatgactca gttggctcaa     1260

gaaggagctg tgcagattta tgaaaatccc ggttctatgg aaagttatat tgtcggagct     1320

gtcggtcaat tacagttcga agttctcgaa tacagacttc ttcacgaata cggtgtaacc     1380

ttggaaatga atcgtctccc ctactccgta gccaaatgga tttattcgca agaccgcgat     1440

tatcgtgact taaagaatat tgacagcgcc atgattgtaa aagatcataa acaacgaatt     1500

gtcctgctca tcaccaatga gtggcaagcc gattggatta tagaacgtaa tcccgatttt     1560

cttttttgtt ctacaccgga tgaattgcct cttgattctt aa                        1602


<210>  1965
<211>  876
<212>  DNA
<213>  Megasphaera micronuciformis F0373

<400>  1965
atgctgcgct ttacagtcgg tccgttacag aagccaactt ctttcgccgg agccctcaag       60

catttcggca tctccgctac atccagacgg aaaatcaaga ataacggcat atgcctgcga      120

aacggagtac ctgcatccat gaaagacctg gttcaccaag gcgactcgtt ggaagtgata      180

ttgcagccga aagatacgat tgaagccgag gacattcctt tatccgttgc ttacgaagat      240

gactatctga tagttgtcaa taaaccgccg ggtatgttaa tgcatcaaac ctcttccgag      300

cgtttcggta ccttggccaa cgccgtcatg tattattata aagtacacgg ctgtgaccac      360

gactaccatc ccgtacatcg gttggaccgt aatacatccg gtctttgttt gattgccaaa      420

gaaagttatg tgcaacacct ttttgacaaa aacagacttt tttacgcccg aacgtatacg      480

gcccttgcac aaggccgctt tccggctatg ttggcaacgg ttcatacgcc catagggcgc      540

gacccggaca gtatcattaa acgcaatacc agagaggacg gaaaagaagc tcattccgat      600

tttactcgct tggccgtctg tgatgatttc agtcttatac gcattacact tcacacggga      660

agaacacatc aaatcagggt acatagtgcc tacttgggac atccccttat aggtgacgat      720

ttatacggcg gctctcgcag atttttaaat cgacaggcct tgcacgccgg ttcagtacgc      780

ttcattcatc ccgtaacggg tcacatgaca catgtaaatg ttcccttacc gaccgatatg      840

cagaccttgg tcgcaacggc ttgttgggat atttaa                                876


<210>  1966
<211>  369
<212>  DNA
<213>  Megasphaera micronuciformis F0374

<400>  1966
atgattcagc aagaaacgat gttgaatgtt gccgataaca ccggtgccaa aaaagttttg       60

tgcatccagg tcatgggtgg ctcgtatcgc aaatacggta atatcggtga tatcatcact      120

gcgactgtta aagatgcaac acccggaggc gttgtcaaga aaggcgacgt tgtcaaggct      180

gttatagttc gttcgaaaaa aggattgcgt cgtgccgacg gttcgtacat tcgcttcgat      240

gaaaatgcag cagtcgtaat caatgcagat aaaagcccta agggtactcg tatattcggg      300

ccggttgcca gagagttgcg tgaaaaagat ttcatgaaga tcatctcctt ggctccggaa      360

gtattataa                                                              369


<210>  1967
<211>  1239
<212>  DNA
<213>  Megasphaera micronuciformis F0375

<400>  1967
atgaattccg taggaattat cggtgccggc gcagccggga ttatggctgc tctggcagct       60

gccgaggcgg gtgccgacgt atcattgttt gaaaaaaaca atattgtggg aaaaaaaatg      120

gggattacgg gcaagggccg ctgtaacttg acgaatgcgg ctcctattac cgactttata      180

ggttctacgc cgggaaacgg taagtttttg tacagcgttt accaacgttt tacgaatgaa      240

gatttactgg aatgcctgca ttcgtggggc ctggaaacca aggtggaaag gggcggtcgc      300

gtatttcctc aatcggacag cgccgtagaa gtacgcaaac tcctgtattt taaattgaag      360

gacttcggtg tacacttaca tttagaagaa ggtgttacgg ccgtagccgt tcatgacggt      420

cgcccccgta tcactaccgc taaaggccgg tatttttttg ataaacttat tatcgctacg      480

ggcggtatgt cttatcccgt tacggggtct accggggacg gttatacttt tgcggccggt      540

ctgggacaca cgattcacgt acctagacct tcgcttatac ccttcgtttc gcccgataca      600

tgggtacatg aactgacagg tctggcattg aaaaatgtag atgttaccct gtggaagggg      660

aagaagaaaa tcgcatcccg tttcggagaa atgctcttta ctcacttcgg tatatccggc      720

cccgccgttt taatgctcag tacggcggcc gttcacagta aaaaagccgt ttatcctatg      780

gaagtcgtta ttaatttaaa gccggcctta tcggaagaaa agttgtataa gcggttggag      840

agagattttg agttgtacga ccggaaacag gcggaaaacg ccatgaagga tttattgccg      900

aaacggctga ttcccgctgt tttgcgccag gcggaagtgg cggcggatgc accggttcac      960

accctgtcgg cggcggctcg tttacggatt gttcaggctt tgcaaaattt gcaacttacc     1020

gttacggggg tacgaccctt ggcggaagct atcgtgacgg ccggcggtgt gtcggtcagg     1080

gaaatcaatc ctaagacgat ggaatccaag atagttccca atatatattt tgccggagaa     1140

gttacggata ttgatgctta tacgggcgga tataatctgc aggccgcttt ttctaccggt     1200

tatgcagccg gcgtagaagc ggccggaggg agtgaatag                            1239


<210>  1968
<211>  942
<212>  DNA
<213>  Megasphaera micronuciformis F0376

<400>  1968
atgaaaaaag catttgtttt ccccggacag ggggcacaaa aagtagggat ggtcaaagac       60

ttgtacgact cgtatgcatc tgtacgacaa cttttcgaag aaagcgatga cgcattgggt      120

ttttcattga caaagctttg ctttgaaggt cccgatgaag aattgatgct cacgtacaat      180

acacaaccgg ccattttaac ggccagcacg gcgtgtaatc tcgtgcttaa agaagaaggt      240

tttcagcccg acattgtagc cggacacagt ttaggtgaat actcggctct ggtagcggcc      300

ggctctttgg attttgccga tgccgtaagg actgttcgtt tacgcggaca gtttatgcaa      360

gaagccgttc ctttgggaga aggcgctatg gcggccattc tgggcttgga tgaagagaaa      420

ataaagtcta tctgcactca gatttcgaca caaggggcga cggtggaagc cgtaaacttt      480

aattgccccg ggcagattgt tattgccgga gcgacgaagg ctgttgaaca ggccgtagaa      540

tctatgaaag aagcgggtgc gaagagagcc gtcatgctga acgtcagtgc tcctttccac      600

agcacgctga tgcaaccggc tgcagaacgt ttggcggaag tcttggatac gattacgatt      660

cgcgacgcag tcattcccgt tgtagccaat gtgaacggtg agatagaacg aacggcagcg      720

gatattaagg cctctttggt taaacaggcc gccagccccg tactctgggt taaatgtgtg      780

caagccatgc aggctttcgg ggccgatacc tttgtagaag tggggccggg aaaaaccttg      840

tgcggtttta atcgtaaaat tgataagacc attcacagtg aaaatacgga agatataccg      900

tcgttgaaaa agacggtcga atttttggca ggaggaaact ag                         942


<210>  1969
<211>  1776
<212>  DNA
<213>  Megasphaera micronuciformis F0377

<400>  1969
atgtgcggtg ccggtttttt cttcgcttgg gcagggacgg tacacagtga gacaagattt       60

aacgccttgc ctcactattt aagcggaacc gagacggagg ccgtttttcg aatctgcgat      120

aaaaagcgtg tttataagga aaaaaatcag agtgtgaccg tttatcaagc cgatttaaaa      180

agtcacggcg gtaaggggag tgtactttta tatattcatg gagagaatcc ctttgaagag      240

gggtgtgtag ttaaaggtcg tgtatcctgt acggctcccg tatttaagaa aaattacggg      300

acttatgact tttatcatgc ctatcgctac aggagtattt ttatgaaatg taaggagcat      360

aaggacacgc ccttagagct tgtcgagctg ccgtcaatgt atgatgcgtc cttacacagt      420

atacgtctaa ggataacgga ctcttttacg gaggtgatgg gaacacgcct ggcatacgtt      480

ttcacctctc ttttgtttgg cggtcattac gatgaaatag atgaagatat tattcgcaac      540

ttttctctta cgggaatgat tcatattctt tccgtgtccg gttcacacat aacaatcctt      600

ttgagtgtta tttggacctt agccggaggc ttgtcactaa gtcgtcgggt gaaactgtca      660

ggggcttcgg tggtactttt tttgtattgt gcactggccg gatttacagt acctgtcata      720

cgatcaactc ttacggggat ggcagctgct tatgcggcgg aaggaaattg cgaacattcc      780

cctttacata tattgtcatt agttgccctg ttttttttag cggagaatcc ctttgtcttt      840

tacgatctgt cttttcggct gtctttttgc gccgctgcag gtattatttt gtttacgccc      900

aagacggagg cggccttgtc ctttttaccc gtttttttac gtcgttgtac agccgtctgc      960

ataggtgcac agattcctgc agtgcccttg ttaaccggaa cttttgcagg cctgccttta     1020

tataccttgc cggctaacct tttggtgggc tccgtattgg acgggcttat tgtagcggga     1080

cttgtagcgg ctctggccgt atatattatg ccttttttcg gcagaattat cttacatatt     1140

ttgaagcctt ttttgtgggc tgcccttaag gccaacgctt ttttagctgc gttaccgtat     1200

agttttatcc cgacgggaag tatggggtat ttattgacag tggcctatat tcttgcggtt     1260

tttgccgttt atggaacctg taaaagaaaa gtagcggctt tttgttccgt ttttattttt     1320

agtgcagctg tttacacgaa tttttctcat cgacaagatc gtcaattgat ggttctcgat     1380

acgttgcctg attatactgt atatattaaa gaagataacg gaatgtccaa gatgtggtat     1440

aataagaagc aaaagttcgg agcttcctgc attatgtctg tagtagctcc ggccctacat     1500

catgaagcaa ttttttcggt aggagaagta tttttgtcag ggcaggcgac ggagaaaata     1560

aagactgaca tacaaaaatc ctttaaaata aatgttgttt caggaggatg tcccgatttt     1620

acgaacgaag agtttcgtat atgcggagac ggcattgaat ttataaagac cggaaaaaag     1680

cttaatgtaa aagaatgcgg tgaaataagg gcatacgaac ataaaggaag atggcatttc     1740

gaaacatata gtggagaaac atatgaaaca tattaa                               1776


<210>  1970
<211>  912
<212>  DNA
<213>  Megasphaera micronuciformis F0378

<400>  1970
ttgggcaatg tttggacggc tcttctctgc tggttgcaga cgagacaagc tgagggaact       60

ctgatccttc gcattgaaga tatagatgaa caacgctcga aaagtgtctt tgccgaagct      120

tttatggctg atatgagacg tttggggctg gattgggacg aaggacccga tatgggcggt      180

tcctacgggc cttatgtgca aagcaagcga tactttatgt atgaagaggc cttgaatcgg      240

ttgaagagag acggactcat ctatccctgt tattgcaatc gggctcgttt gcagcgtatc      300

agcagtgctc ctcatgaagg cgagtatcat gtatatgacg gtcattgtta cggtctttcc      360

gaggaaagcc ggccggaagg aaaatctcct tccttgcgcc tgcacgtgcc ggatgaactt      420

attacgtata cggacagcgt atacggggca cagtcggagg acctgtcgaa agaatgcggt      480

gattttatcg ttcgtcgtgc cgacgggctg tacgcttatc agttggctgt gtcggtagat      540

gacggagcta tggatattac gcatgttctg cgcggtcgtg atttattgga gtctacagaa      600

cgacaaattc tgttgcgccg ccttttgggt tatgaaaatc ctattacgta tacccatgtc      660

cctttgttaa gggatagtga ggggcgacgc ttgtcgaaac gacagaaagg cttgacgctt      720

cgcgaattgt gggatgacgg tgtcgaaagc ggacagatta tagggtatct tttatactgc      780

ggcggtttga taaaagaacg tcgcgcctgt acagctcggg aatttttaca gttagttgat      840

ttcacacaaa taggcaggga agacctcatt attgatcact ctccggcaga agtaatgaaa      900

acctttatat aa                                                          912


<210>  1971
<211>  753
<212>  DNA
<213>  Megasphaera micronuciformis F0379

<400>  1971
atgaaattta tctcctggaa tgtcaacggg ctgcgtgccg ttatgaaaaa gggatttccc       60

gaaatattta aagaactgga tgcggatatt ttctgtctac aggaaacgaa gctacaagcc      120

ggtcaaatag aaatggacct gccaggctat gaacaatact ggaattatgc cgataaaaaa      180

ggctatagcg gcacggcaat ttttacgcgt ataaaaccgc tttccgtctc ttacggtatg      240

aatattgatg aacatgacca tgaaggacgc cttattacct tagagtttga agacttctat      300

tttattacct gttacacccc caacagccaa agtgaattag ctcgcctgga ttatcggatg      360

cgttgggaag atgactttcg caactatgtg accgaattga atcgaaccaa acctgtcatt      420

ttctgtggcg atttaaatgt ggctcacgaa gaaatagatt tgaaaaatcc gaagacaaat      480

cgcaaaaatg caggcttctc cgatgaagaa cgagctaaaa tgaccgaact tctcgctgcc      540

ggatttacgg atacgtggcg ctacttctat cccgacaaag aaggcgtcta ctcctggtgg      600

tcttatcgtt ttaaggccag acagaacaac tccggttggc gtatcgatta cttcattact      660

tcatccgctt tagacagtcg cttaaaagaa gcccttattt atacgaatat tgaaggcagt      720

gaccactgcc ctgtaggtct ggtcatcgaa tag                                   753


<210>  1972
<211>  1017
<212>  DNA
<213>  Megasphaera micronuciformis F0380

<400>  1972
atgcgcatga gtgatcccga tttttggaat tcccccgata cggccaaggc tgtatctcaa       60

gaggctacga agctgaaaga agaggtgcag ggacatgacg acttggttaa tgaggcagcc      120

gagttgtcgg aattatacga cttggctgct gaagatgaag atacttcatt tacaggcgag      180

atagagcgac aatattatcg attggtcaaa gaattggaga aaagagaagt tcttttgctc      240

ctttcaggag aatacgattc ttgtaacgcc atcatggctt tccatgccgg tgcaggcgga      300

acggaagccc aggattggac gcaaatgatt gtacgtatgt acagtcgatg ggcagaacaa      360

cacgggtaca ctattcgtat gatagattat cagcccggtg atgaagcggg tacgaagagt      420

tgtgctttta cggtcgaagg tgaaaatgca tacggttatt tgaaatctga aaaaggtgta      480

cacagattgg tacgtatttc acctttcgat acaaacggcc gtcgccatac gtcttttacg      540

gctgtagatg tcatgcccga gttgccggac gatgcggaag tggaaataaa tatggacgat      600

gtacgtgtcg actatttccg tgcttcaggt gccggcgggc agcatgttaa caaaacgagt      660

tcggctgtac gtatgaccca tattcctacg gggatagtcg ttcaatgtca gaatgaacgc      720

tctcaaattc aaaatagaga aatgtgcatg aagtatttac gtgccaaact ctttgaattg      780

gaagaagaaa aaaaagaaaa gctgcgtgcc gaattgacgg gaacccaaca gtctattgaa      840

tggggcagcc agattcgttc gtacgtgttc catccgtata acttggtcaa agatcatcgt      900

accggcgtgg aaacgagcaa tatccagtcc gttatggatg gaaacataga catgtttatt      960

gaaggctact tgcagttttt gaaaaacagg cggacgggtc ataaggaaga gatataa        1017


<210>  1973
<211>  1803
<212>  DNA
<213>  Megasphaera micronuciformis F0381

<400>  1973
atgcgtaacc tgacggaact gtctctgaaa aataagacat tggtttggta ctttattgtc       60

gttatcgcgt tggcaggtat tttttcatac atgaagttgg ggcgtatgga agatccgact      120

tatacggtgc gaaagatggt tgtaaccgtt gcctggccgg gagcgacagc tcaacaaatg      180

gaagaacagg ttacagataa attggagaaa aagcttcaag acactccgca tcttgactat      240

attcgaagct attctaaacc ggggcgtgcc gttatattcg ttaatttgga cgataaaata      300

gattcggctc aggtccggtc tgtttggcag gaagtacgta acttggctga cgatacgaaa      360

cgtaccttac ctgaaggcgt atacggaccg tattataacg accatttcga cgatgtatac      420

ggttccgtat atgctgtaac gggagacggg tattcatacg aagaattgcg acaaaaagcc      480

gaaatgcttc gccgagaaat gcttaatgtt cccgatgtgg ggaaggccga aattgtcggg      540

gaacagtcgg aaaaggttta catagaaata gaaaatgcaa aactggcatc cttaggtatt      600

tctcctacgg ctatagccga ggcggttaaa gggcaaaatg cggtgacgcc gacaggtatg      660

attgatacaa aaacggataa cgtgtatttg cgccttacag gaacctttga cgacatagat      720

gccgttcgaa acctgcctgt taagggtgga aatgcgattt ttcgtctcgg cgatattgcc      780

aaggtggagc gaaagtatac ggagccggca gacccgaaaa tgttctttga cggaaagcct      840

gctataggtg tggctgtttc catgaaggac ggcggcaata ttcttacctt gggtgaaaat      900

ctgagtaagg ttgtaaaatc cgtgggcgaa gacttaccgg taggtctgga aataaagcaa      960

gtatcggatc agccggctgt agttaaagac tctatcagtg attttgtcgg cactttgaga     1020

gaggcgatta ttattgtcct tattgtcagc ttcctcagtt tgggcttgcg tacgggtatg     1080

gtcgtcgcct tttgtattcc cttggtgctt accggtgtat tttgcatcat ggagattgcc     1140

ggcattgatt tacacaaagt ttcattagga gctttgatca tcgctctcgg cttattggtt     1200

gatgatgcga tcattgccgt ggaaatgatg agtgtccaac tggaggcggg taagtcccgt     1260

acggaagcgg cgtgtgccgc ttttagagag acagctaagc ctatgttgac gggaactctc     1320

gtcacttgtg ccggatttat tcccgtagcc ttttccgaag gtgcggctgc ggaattttgt     1380

aaggccctct ttccggtgat tacggcgtct cttgttatct cgtggattgt atccgtcatg     1440

gtggcacctt tgttcgggta ttatttgatt aaagttaagg ataaggcggg cgaagcggat     1500

aagccttcca tgtatgataa tcgcttctac cgtacattta gacatgtttt gcaaatcttt     1560

cttactcata gaaaaacggt tcttttgggg acagtttccg tatttctcct gtcatgcggt     1620

ttgctgacct tagtaccgca agagtttttt ccgccgtcat tgcgtcctga aattatagtc     1680

gaaatgacct tgcccgaagg atcgtctata gcggcgacgg agaaagaagc taagaagttt     1740

gccgcttttt tagataagca agacggcctg ataaaagact attccttcta tgtaggggaa     1800

gga                                                                   1803


<210>  1974
<211>  543
<212>  DNA
<213>  Megasphaera micronuciformis F0382

<400>  1974
atggcgagaa cgggacgaga tgaacggcat gaattgctga aaaagagaat agaggaaaat       60

cctttcatca atgatgaaga gttggctgag gaattttccg tcagcattgc gactatacgg      120

ttagatcgca tggctttggg gatacctgaa ttacgtattc gcattaagca acgggccgta      180

gcggccggac cggaaacgaa attggccggt gtactcggag agttggtgga atgtgttccc      240

ggagaaagcg gtatatccgt tatgacggct actgaggata tggttgacga ggcacatatc      300

gttaaatcgc agtatttata tgcgcaggca ggctcgttgg ctaaggccgt tgccaatatc      360

cccgtttgta ttatggctgt aggcaatgta aaatataagc aacccgttac ggtaggagac      420

aaattggtcg ccagagcgga agtcattcgt agacgggatg ataaacgata tgtatgggta      480

aaaattcgca aaaacgcgaa agaagtattt cgggctaagt ttattattga atcattagag      540

taa                                                                    543


<210>  1975
<211>  867
<212>  DNA
<213>  Megasphaera micronuciformis F0383

<400>  1975
atggagtttt tgaaagacaa aatttcgcga cggcagttct taaagggtgc tgtagcgacg       60

gctgccgtag cggcagccgg gcctaagctg atctccgccg gatatacacc ttttaaatcc      120

gattcgctag aggtgtggac ttgcggcggc ttatcggaag cttttttgca aatcaacgat      180

gcatatgaag caaaaacagg ccataacatt cagtacaccg gtgcttttgc gggggcattg      240

ggtaaatctc tgttaacctt aaaaggacaa acggagatgt tcggagcacg cggtttggaa      300

ctggcccaaa atttacgtaa aaaaggaatc agccttcgtt ttaaacccct ttgctttacg      360

gactatgttc ttgtagttcc gaagggaaat ccggcaggta ttcgtgactt gcaggatttg      420

gcggaaccgg gggttcgtgt catgttgccg ttaggggctt cacctccggg cagtgcttcc      480

gtcaagggga ttctgaagaa gtcgggtctt acggatcctg tcatgcagaa tatgacggtt      540

aacgaaacgt gtgtcattaa gatgatgtgc ggcctcgtag aaggaaaagg cgatgcttcc      600

attattgaaa aacgtttgac tacacacgat cgctttaagg ataaaattga gtacatgcct      660

attgatccga agtttattcc gccggcacct cttaccttta cgctcaatgt aatgaagtat      720

gtaaaagatg aaaagttggc tgaagactat tcggatttcg tccgttccga cggtcaggaa      780

atactggaaa gaaacggttt cacatccgtc cactcggcac gaggcttaga cttaatagaa      840

aggttcggcg taaaagatgt ccaataa                                          867


<210>  1976
<211>  1659
<212>  DNA
<213>  Megasphaera micronuciformis F0384

<400>  1976
atgacagata aaaagaaaca aagaaataca gccgatttat tggttgaatg tctggaagaa       60

gaaggtgttc attatatttt cggcattccc ggtgaagaaa atctggctgt catgaatgcc      120

ttggaacact ctaagatcga atttataaca gtacgccatg aacagggtgc gtcctttatg      180

gccgatgtat acggtcgttt aacaggccaa gccggcgtct gcatggctac cttgggcccc      240

ggtgcaacaa acctgattac gggtgtcgcc gatgcagaca gcgacggagc ccctttagta      300

gcaatttccg gccaggtcag cacggataag atgcatatta cggcccatca gtatcttgac      360

ctgcgttcca tgttcgaacc tattacgcgg cgtgcttata cagttgttcg tcccgatact      420

attgccgaaa tcacgcgcct ggcttttaaa tacgcggaac gcgaaaaacc gggtgctacc      480

tttatcgact tgcccgtcaa tatcgggatg atgcctgtag acgacaatga acgaccgcta      540

caccataaat ccattaagcc tgaaacagct tcggaatact ccattgaaga agcggcaaaa      600

ctcatttcct acgctcgcaa tcccgtcatc ctggccggta gcggcgttat ccgtaataag      660

gcggcccgca agttaacgga gttcgctgaa aagttgaagc ttcccgtcat taatacgatg      720

atggctaaag gtgccattcc ctttgataat ccttattctc tctggacagt cggcatacct      780

atggaagact atcagacaaa ggttctggaa aatgccagct tggttatttg tataggctac      840

gatattattg aatacgcccc taataaatgg cacctcaata acgccgatat tattcatatc      900

gactccttac cggccgacat taataagacc taccaacccg aagtggaagt agtcggcgag      960

ataaccgatt ccctcgatcg cattataagt aaggcggctc gtcttcttga gccgacatac     1020

gccttaaaga ttcgtgaaaa aatggttgcc gaacacgaac agtatcgcaa tgatacatcc     1080

tttcccatga agccccaaaa agtcctcatt gacgcacgtg aagtcatggg gcctgatgac     1140

attgttatta ccgacgtggg agccaacaag gtctggacgg ctcgccatta caactgctat     1200

aaacccaata catgcattat ttccaacggc ttcgccacca tgggcattgc cgttcccgga     1260

gccattgccg ccaacttggt ccatccggac cgcaaagtat tggctattac gggcgatgcc     1320

ggtttcttaa tgaattgtca ggaatttgaa acggctcatc gcttgggttc tcactttgtc     1380

acccttattt ttaacgacag cagttacggc ctgattaagt ggaaacaaga aatgcattac     1440

ggacacccgg catacgtcga ctttacaaac cccgacttcg tcaaacttgc agaaagcatg     1500

ggggccatcg gctaccgcat tacaaaggct gaagatctct tacctacctt aaagaaggcc     1560

tttgaacaaa ccaagccggt cgtcattgat tgccctgtag attacagcga aaacatgaaa     1620

ttgacaaagc acttggaaga actcgtaaaa accttataa                            1659


<210>  1977
<211>  384
<212>  DNA
<213>  Megasphaera micronuciformis F0385

<400>  1977
atggcagtaa acgtaattaa aaccgataag gcccccggtg ctgtaggacc gtattcgcaa       60

ggcattaaag ccggtaatat tttatttgca tccggccaaa tagctctcaa tccggaaacg      120

gggaaactcg ttggaggcgg agttacggct gaagcaacgc agtgcatgaa aaatgtagga      180

gcattattgg aagctgccgg catgacatac gataatgtcg taaaaacaac tgtatatatt      240

acgaatatgt cctatttcgg tgccgtaaat gccgtatacg gagaatattt taaaaataac      300

ctcccggctc gttcgtgtgt agccgtagcg gagttgccca aaggtgcatc tgttgaagtg      360

gaagtaacgg cttatgccga ataa                                             384


<210>  1978
<211>  951
<212>  DNA
<213>  Megasphaera micronuciformis F0386

<400>  1978
atgcaaagaa tatatcttga taacggggct acgaccttcc ccaaaccgaa gagtgttccc       60

gaagccatga gccgtttcat cagtgaaagc ggcgtcaata ttaaccgagg ctcgtacgct      120

cctgcttacg acacggaaga aacagtctac ctgacccgac tctggctaaa agaaatgttc      180

ggcggcgacg atgtgaagaa tattatcttc acacaaaatg tcacgatgag cctcaacatg      240

gccattaagg ggttactcaa aaaaggcgat cacattctcg tatcgtccat ggaacataat      300

gcggtcattc ggcctcttgt ccagatggaa aaagaaggcc tgacctttga tcgtttgccc      360

tgtcggtctg acggttcact cattcttgaa agccttggca atttcgtcaa agaaaacacg      420

aaagccgtta tcatgaccca tgcttccaac gtttgcggta ctgtaatgcc tttaaaagaa      480

gtcggggcct tttgtcgtaa acacggcctg cttttcatcg tcgactcggc acaaacagcc      540

ggtacgatac ctatcaatat gaaggatatg aatatcgaca tcttatgctt caccggacac      600

aagggacttc taggacctca aggtataggc ggcatggtta ttcccgactc gttggcaaca      660

atcatgaccc ctctcattgc cggcggcacg ggaagccttt cacatacgga agaaatgccg      720

gactttcttc ccgaccgttt cgaatcgggt actttaaacc tacccggaat cataggcctt      780

catgcagccc ttgactttat caaagcggaa ggcatggaaa atatccatca taaagaaatg      840

gctcttacgt ctcgtttctt agacggaatc tccgacctgt cgaaactgac cattgccggc      900

aaaagggatt tacaggaccg tacggccgtc gtatctgttg ctgctaaaga a               951


<210>  1979
<211>  1074
<212>  DNA
<213>  Megasphaera micronuciformis F0387

<400>  1979
atgagtaaag aattatacaa tgaattgcct cgtcctacct tccgttggat gaaggtcaat       60

catttagaac tagacggatt gaacgcccct tatttgccgt cagtagatat tgaacatacc      120

gtgtccggcg atacgcaggt taccttttat caaggcaacg gacttgacga tttggacggc      180

tttgaagggg cttctcccga atcgttgcga gatgctgtca atcacagcat gaacgggtgc      240

ctcattcatg cacctaaggg tagcaaagga accgttcgcc tgatttatcg tgtagaagac      300

gcggtgccga atcttacggc acaacttaaa attgaagcta aagaaggtag cgaaacggaa      360

gtatatcttc tctttgaagg agatgctccg acaggcagtg ttaacatagc cgaatatatt      420

gaagccgaaa aagatgccaa agttacgatt aaaaagatcc aattcaacgg tgattccgta      480

cgtcatatag aacatcgttg tgtccgtgcc gctgcagaaa gtgaagttcg ttttgtcagc      540

gccgaaatgg gcggggcgca gacaatttta tattataaag tcgatttgga cggagaaaaa      600

agcaagttcg tcaatcatgc catgtatgta ggttatgatc agcaggtttt ggatttctct      660

tactgggtct tgcaaaaagg ccggaaatct tatgccgata ttttgacgac aggagcctta      720

acggatacgt caaagaaaaa cttccgcggt acgcttgact ttttacgcgg ttgcagcaaa      780

tccgtcggtt cggaaacgga cgaatgcctg ttgctcagtc cgaaagtaca ttccgtatcg      840

ttaccgcttc ttttgtgtaa agaagatgat gtagaaggta atcatgccag cagtgccggg      900

caaatcgaca aggacatgct ttattattta atgagccgcg gattcagcga aaaaggggct      960

caactgatta ttgtagaatc gaatattcgt cccgttattg atgaactggg cgatgaagag     1020

ttgattgcgc gagttcttga cagagcccgt gaaaaaatgc agaaatacga atag           1074


<210>  1980
<211>  1587
<212>  DNA
<213>  Megasphaera micronuciformis F0388

<400>  1980
tatacgctga atcttatcga tacgccgggg catgtggact ttaattatga agtatcacgc       60

agtctggctg cctgtgaagg agcgttgctt attgttgatg cgactcaggg ggtagaggct      120

cagactttgg caaatgtata ccttgcatta gaacatgatt tggaaattat tccgattata      180

aacaaggttg atttacccag tgccgatcct gaacgggtgt gcaaggaaat tgaagatatt      240

attggcctcg atacatccga agccgtcatg gtcagtgcca agacgggact cggcgtcgac      300

aaggtgctgg aggctattgt ggaaaagata cccgagccga aggacgaaag tgacaaaccc      360

ttgcgggctc tgattttcga ttcgcatttt gatccctata agggtgctat tgctaatgtg      420

cgtattatgg aagggtccgt caagaccggc gacagaatac gcatgatgtc atcgggaaaa      480

gaatttgaag ttattgaaac gggcgtcttt ttgccgcgca tgtatgccgt aaaaagcctg      540

gagtgcggta gtgtaggtta ctttgccgca tccatgaaaa acgtacgcga ttgtcgcgtt      600

ggagatacgg tgacccgggc tgataatccg gcacacgacg ctttgcccgg ctatagaccg      660

gcaacaccca tggtgtactg cggcctctat cccgtagata caagtgaata cgataatttg      720

cgagatgcat tggaaaaact taacttgaac gatgcggctc tcttatatga acctgaaact      780

tcgacggctt tgggatttgg cttccgttgc ggtttcttgg gactgctgca catggatgtt      840

attaaagaac gactggaaag agaatacgga ttatccctga ttacgacagc tccgtccgtt      900

atttatcatg tgtataagac agacagtgaa atggtagcgg tggacaaccc ctccctgttg      960

ccggatacga ctaagataga acatatagaa gaaccgtttg taaaaacgac gattataatt     1020

cccaaggata tggtgggaac agtcatggaa atttcacaga atcggcgtgg gcagtatgtg     1080

actatggact atcttgacga cacgcgggta tccttggtat atgatttgcc gttgaatgaa     1140

atactctatg actactttga tgtcttgaag tcgtctacta aagggtatgc atccctggac     1200

tacgaattgg acggttaccg cacctcgcct atggttaaga tggatatcct cattaacggg     1260

gaaatcgtcg atgccttgag tgtcattgtc cacaaagact ttgcagctcg ccgcggcaga     1320

ggcttggtgg aaaaacttcg cggtcttatt ccccgtcaac ttttccaaat accgatccag     1380

gcggctgtag gtaataaaat tattgcccgt gaaaacgtgg cggctttgag aaaagatgtg     1440

ttggctaagt gctacggcgg ggatatttcc cgtaagcgca agctgttgga aaaacagaaa     1500

gaaggtaaaa agcgaatgaa gcaggtaggt agtgtcgaaa tacctcaaga agcctttatg     1560

gctgtcttgc aggtggatga taactga                                         1587


<210>  1981
<211>  465
<212>  DNA
<213>  Megasphaera micronuciformis F0389

<400>  1981
atggcacaga ttaaagaagg gcaattactc ggagcaggtc ttaaaatagg tattgttata       60

gctcgtttca acgagtttat cggcagtcga ctcttaggcg gtgcctacga cgcactgcac      120

cgtcacggtg tgaatgacga cgatattacg gaggcatggg ttcccggtgc ctttgaaatc      180

ccgttggtag ctcaaaaaat ggcggaatcg ggaaaatatg acgccgtcat ttgtctcggt      240

gccgtaattc gcggtgctac atcgcattat gatttggtat gcaatgaagt agccaagggc      300

attgctcaaa tcagccttca tacaggtcat cccgttttat tcggagtcgt tacgacggaa      360

aatatcgaac aggctgtaga acgggccggt acgaaagccg gtaacaaagg cttcgatgta      420

gctgtttcag ctattgaaat ggctaattta ttaaaagaaa tctaa                      465


<210>  1982
<211>  1107
<212>  DNA
<213>  Megasphaera micronuciformis F0390

<400>  1982
atgagtacaa atcttgaagt cggtattgtc ggcttaccga atgtcggaaa aagcacgctg       60

ttcaatgcca taaccaaagc cggtgccgaa gcggcaaact atccgttctg cactatcgaa      120

ccgaatgtcg gggtcgtaga agttcccgat aagcgcattt ccgtccttac ggatatgtat      180

catcccaaaa gcgtcgtccc tgcagttatg cgtttcgtcg atattgcagg cctcgttgca      240

ggtgcctcca agggcgaagg tctggggaat aaatttctca gccacattcg agaaaccgat      300

gccattgctg aagtagtccg ttgttttgag gacgaaaaca taacccatgt ctccgggtcc      360

gtagacccgt tgcgcgatat tgatattatt aacactgaac tatgccttgc cgacttggaa      420

acaactcaaa agcgtgcaga cagactgaat aaaattgcca aaagcggaga caaggctgca      480

aaagccgaat tggcagtcct cgagaaagtg cttatctgcc tggaaaacgg tgaaggcgcc      540

cgcaaggcac agctgacaaa agatgagttg cccttactca aagaattgaa tttattaacc      600

cttaaaccca ttttatatat ttgtaacgta gcggaagatg aagccgccac agctacggaa      660

aatccgctcg tacagaaggt gacggaattc gctgccgccg aaggttccca agtcgttgcc      720

gtatcggcaa aaatagaatc ggaaatcgcc gaacttcccg atgatgaagc ggctatgttc      780

ctggaagagc tcggtcttcc cgaggcgggg cttacgaagt taatccatgc cagctatgca      840

ctcttgggct taattaactt cttcacggcc ggtgccgatg aagtccgcgc ttggacgatt      900

gtcaaaggaa cgcgggcgca aaaagcggca ggtaaaattc atacggacat tgaacgtggt      960

tttattcgtg ccgaaattat atcatacgac gatctcattg cctgcggtag cgaattagct     1020

gctaaagaaa aaggactcgt acgcttggaa gggaaagatt atcctatgca agacggcgat     1080

gtcacctatt tcagatttaa tgtttaa                                         1107


<210>  1983
<211>  1908
<212>  DNA
<213>  Megasphaera micronuciformis F0391

<400>  1983
atggcagaaa ttattttaca agacggagcc aaaagagaat tcgcggacgg ctgttctttg       60

ggagatgccg ttgcacaatt gagcaacagc cttgccaaaa aggtactggt agctaaggtg      120

gacggagaag ttacggattt gcgccgaccc gttaaagacg gttcgactgt agaatttctt      180

acgtttgaat ctcaagaagg taaggacgcg ttgcgtcata cggcctcaca tattatggca      240

caggctgtgc gtcgtttgtt taaagatgta aaagtagcaa tcggcccggc tattgaaaac      300

ggcttctatt acgatttcga tacggaacat cgttttacga aagatgattt tgcggctatt      360

gaagcggaaa tgcataaaat tgtaaaagag aatctccctg ttacctatga agaagtttcc      420

agagccgaag ctttggctat gtttgaaaaa gaaaacgaaa tttacaaggt ggaattgatc      480

aaagatttac cggaagatgc aactatttct gtatatcgcc aaggtgactt ctatgacctt      540

tgtgccggtc ctcatgtaat gacaaccggt caggttaagg cttttaaact tttatctgtt      600

gccggtgctt actggcgcgg cgatgaaaaa aataagatgt tgcagcgtat ttacggcacc      660

gcttttgaca agcagtcatc tctcgatgaa tacttgaaac tgcgtgaaga agctgaacgc      720

cgtgaccacc gtaaactggg caaggaaatg gatttgttca gctttcatga agaaggtccc      780

ggattcccct tctttcaccc gaagggaatg ctcttgcgtc agactttgct taagttctgg      840

aatgaacttc atgaccgtta tgaatatgac caaatcagta cgccgattat tttaaatcgt      900

caattatggg aacagtcggg gcattgggat cattatcggg aaaatatgta ttttacaact      960

attgatgatg aaccgtatgc tattaagcct atgaactgcc cgggcggtat cctggtttat     1020

aagagcaatg ttcattccta tcgcgatttc cccatgcgca ctgctgaatt aggcttggtt     1080

catcggcatg aattacacgg tgcattgcac ggtcttttcc gtgttcgcag ctttactcag     1140

gacgacgctc atatctttat gctgccgtca cagatgaaga aggaaattac aggcgttctt     1200

gatttattcg atgaagctta taagatgttc ggtttaccgt accatgtaga gttgtctact     1260

cgcccggaaa attctatggg tagcgatgaa atctgggatt tagcaacgaa aaccttgaag     1320

gaagccattg aagaaaaagg cgtaccctat cagatcaacg aaggcgacgg cgcattctac     1380

ggtccgaaac ttgacttcca tgttaaggat tctatcggcc gtacctggca atgcggtact     1440

attcagctcg atatgctcat gccggaacgc tttgatatga cctatgtagg tgaagacggt     1500

cagaagcatc gtcccgtcat ggttcatcgt gcttgcttcg gaagtattga acgcttcatc     1560

ggcatcttaa ttgaacacta tgcaggggca ttccccgtgt ggttggctcc gacacaggta     1620

aagattttgc ctatctcgga aaagcaaatg gactatgcag tagaacttcg caagaagttt     1680

aaaaaagccg gtattcgagt agaacttgat gaaagcaatg aaaaaatcgg ctataaaatc     1740

cgtaaggcac aaatggaaaa agttccgtat atgtgtgtta tcggcgaaaa agaagtacag     1800

gaacaaaccg tttccgttcg tgatcgttcg caaggcgatt tgggcagccg taatgttgat     1860

gaattcatcg cacatattca agaattatcc gaaagccgta agggttaa                  1908


<210>  1984
<211>  1884
<212>  DNA
<213>  Megasphaera micronuciformis F0392

<400>  1984
gtgcaaatac agatagatcc catactatta agtaaggtac aaaagccggc ccgatatgtg       60

ggtggagaat ggaacagtgt agtaaaaaat cacaatgatg tggattttac ggttgcttat      120

tgtttcccgg acgtttatga agtggctatg agtcatttgg gactcagaat tttgtatgcc      180

ctcttgaata aacgcggtga tacggcagcg gaacgggttt acgccccgtg gccggatatg      240

gaagaattaa tgcgtaaaaa gggatatccc ctttattcac tggaaacgaa gacagctgtt      300

cgcgactttg atatggtcgg atttacgctt caatatgaaa tgagttttac caatattttg      360

aatatgctgg atttggcggg gattcccctg cttgcagcgg aacgagggga agaaactcct      420

cttattgttg ccgggggacc ttgtacgtac aatccggagc ctttggccga ctatttcgat      480

ctcttttgtc tcggcgaatc ggaagaatcg gtccaattat tggctgatac gataattgct      540

tggaaaaaag acggtaagcc tggcgggaaa aagggtctat tgaaaacatt ggccacacaa      600

aagggaaatt acgtacccgc tttttacgag cctcactatg attcggaagg gaattttctt      660

gacttagtcc ctacggaaaa agaagctaag acacgcattg aaaaatgcgt tgttgccgat      720

gaagaaacgg ttttttatcc gacggagccg attgtaccga atattgatat cgttcataat      780

cgggctgttg ttgaactctt tcgcggttgc agtcgcgggt gtcgtttttg tcaggcagga      840

gttttgtatc gtcccgtaag ggaaaaaaca ccggagcatt tggcggattt agctgaacaa      900

atagttaaaa attccggata tgatgaaatt tctctcatga gtctgagttc tgctgactat      960

tcgcaacttc ccgaattggt cgacttactg ttggaacgct ttaagggaaa gaaagtcagc     1020

gtcagtctgc cgtcattacg agtcgacagc ttttccgtcg atattgccaa aaaagttcag     1080

caggttcgta aaagcggcct gacctttgca cccgaagcgg gaactcaacg cctgcgtgat     1140

gtaattaata agggtgttac ggagaaagac ttactggatg cttgcgaaaa tgccttccaa     1200

aacggttggt cgacagtcaa actctatttc atgatgggct tgccgacgga aacggatgaa     1260

gatttggcag gaattgccga cttggcttat aaggttttga atttgtatcg caaggtgacg     1320

ggaaagaata acggaaaggt tacggtctcc gtatccagtt tcgtacctaa ggctcattcg     1380

gcctttcaat gggcacctca atgctccatt gaagaaatag aacgaaagca gcagtatatt     1440

aagggcctta ttcgtgataa acacatttct tatcattatc acgatgctcg tacggggcgc     1500

atggaggcag cctttgccag aggcgacaga cgattgggta aggttctgta ttatgcgtgg     1560

aaaaagggtt gtaagttcga cggttggact gagatgttcg attacgataa atggaatgag     1620

tcttttgcag acgccggtct tgaggtagat tacttcgcat ccaggcaacg aggagagcaa     1680

gaacccttcc cgtgggatca catgagtgcc ggtgtagcca aggcatattt actcaatgag     1740

tggaagaaag cccatgacga agagctgaca gatgattgtc gccgtaaacg atgtacgggt     1800

tgcggtgtct gtcccaattt aggcgttcat attatagatt tgaaagcagg tgacggcaat     1860

ggcaagacta cgtttagcta ttaa                                            1884


<210>  1985
<211>  477
<212>  DNA
<213>  Megasphaera micronuciformis F0393

<400>  1985
atggaaaaaa cattgtatgc aaaatttaaa actaacgaag gagactttac agtagaactt       60

tttgccgata aagctccgat tacggtgggt aactttaaaa aattggcaga caaaaaattt      120

tatgacggga caattttcca tcgtattatt aaagacttta tgattcaagg tggcgatcct      180

gaaggaacgg gattcggcgg ttccgatgaa atgattcctg acgaattcgc tcccgggctt      240

acgtttgcgg agccgggcat cttggccatg gccaatgcgg gtccgaatac gggaagctca      300

caattcttta ttacggtagt tcctaccccg tggctgcaaa atcaccattc tattttcggt      360

aaggttgtag agaattatga tgtagttgaa aaaatcagcc atgtaaagac gtccggtgca      420

gatcgtccgg tacaagacgt tgttttggaa tccgttataa ttacggacag tctctaa         477


<210>  1986
<211>  1026
<212>  DNA
<213>  Megasphaera micronuciformis F0394

<400>  1986
atgattacag acagaatcga agagattaag gcagccgtca acgaacagtt gaaaaaaagc       60

agtgccttac aagatgtaca agatattcgt gtcaagtatt taggcaaaaa gggcgaactt      120

acgtctctta tgaagagttt gaaagatttg tcggcagaag aacgtccgaa agtcggccag      180

gctgttaact cggcacgcga agtcattgaa ggttacttga ataccaagac ggaagaattg      240

aaagccgccg tattggcagc taaaatcgag tcggaacgca ttgatatcac cttgccgggt      300

agacaaccga ttacaggtca tgaacatcct ctccataaaa ttcgtcgtga aatggaacag      360

gccttccttc atatgggttt ttccattgtg gaaggtcccg aaattgaaga cgattactat      420

aacttccaat gtctcaattt ccccgatgat catccggcac gggatatgca agactccatg      480

tatataacgg ataaaatcct cctgcgtact catacatcgc ccatgcaggc gcgtacttta      540

caggctcaca aaccgaacga accggttaag gttatcgttc ccgggaaggt atatcgttgg      600

gactatgatg ccactcactc gcctgtattc catcaaatgg aagggcttat agtagatgaa      660

catattcgtt tttccgactt gaaaggtatg ttggaagact ttttgcgcga aatattcgga      720

ccgcagacga aggtgcgttt ccgcgccagc ttctttccct ttacggaacc cagtgcggaa      780

gtggatattt cctgtgttat gtgcggcggt gaaggatgcc gtgtatgctc tcatacgggt      840

tggcttgaaa ttctcggttg cggtatggtt catccgaacg tattgcgcct gaacggttac      900

gatcctgaca aagtcaacgg ctttgctttc gggatgggtg tagaacgtat tgccatgttg      960

aagtacggaa ttgatgactt acgcctgttc tacgaaaacg atatgcgttt cttgaatcag     1020

ttttag                                                                1026


<210>  1987
<211>  1005
<212>  DNA
<213>  Megasphaera micronuciformis F0395

<400>  1987
atgagtaatg acaatatctt taaagtgaca tccgacatgc ttgacggaga cggaacgttt       60

ggaaaattcg tatgcaaacc tcttgatcgg ggttatggaa tcaccttggg gaacagctta      120

cggcgcattc ttttatcgtc attggaaggc gtagccatta cgtccattaa gattgacggt      180

attcttcatg aatttacgac catccccggc gtacgggaag atgtttcgga aatcattttg      240

aacttaaaac aggttcgaat gaaattccat aaggaagatc agatggaagc ggatattatt      300

gtagatatct ccggagaatg cgattttacg gcagcggacc tcaacgtaaa ctcagacata      360

gaaattttaa acccgaccct tcatatagcg acactcgatg aagatgcgca tattcgtatg      420

cagtgccata tcgaacgggg taagggctat gtgccctcga cgaagaacaa gaaggatacg      480

gacgtcatcg gcgttattcc tatcgactct attttctccc ctattttgcg ggctaagtat      540

gaagttggta atgttcgggt aggcaacgaa atggactatg attcgttgac catggaagtt      600

ttgacggacg gcagccttac ggcagaagat gctatggcgg aatcggccag cattttgtcg      660

tcctacttgg aaaaaatcaa acaactggct gctccgggtc gaaacttgca acaaggtaag      720

tttacggaag acgaactcgg tgccggtgcg aacggtgcca atgctgaagg agccggtgcc      780

gacggtacgg atatgggaga aggcggcgac gaatccatcg atacgctgca attatccgtt      840

cgagcatcga actgcttgaa gcgtgccaat atttacacca ttaaagaact gatttctcat      900

acgaagtcgg atttgggtaa gattcgcaat ctcggcagca agtctgttga agaaattatt      960

gaaaaactca gccagttcgg ctataaatta aaagaagaag aataa                     1005


<210>  1988
<211>  672
<212>  DNA
<213>  Megasphaera micronuciformis F0396

<400>  1988
atgaagggac atttgattat tatagaaggc ggcgacggaa gcggtaaggc gacacagacc       60

gaattactgc gacggcgcct ggcggacgac gggcaatctg ttaaagcggt atcgtacccc      120

gattatgaca gcgaatcgag tgcactcgta aaaatgtatt tgcgaggcga cttcggaact      180

gatgcggata cgattaatcc ctatgcggcg tcggcctttt atgccgttga tcgtattgcc      240

tcttatgagt tgaaatggaa gcggtttttt aaggccggcg gaatcgtttt ggctgatcgg      300

tatacgacga gtaatatgct ataccaaatg atcaaaatac ccgggaaagc tgaccaggat      360

gcttacttgg actggctatg ggattttgag tttaaaaagt tgggcttgcc cgaacccgat      420

gctgtcatac tgttagacgt gcctttagaa gtgacggaaa gattgatgtc tgaacgtacc      480

ggtaagacgg gcggtacgac gggagatatt catgaaaaag accgggaatt tttgcgtaaa      540

tgtcacgccg cctacgtcgg attggccgcc aagtacggtt ggtataaggt tgactgtaca      600

agagagggag tgcttcgttc tcccctggct attcacgaag acgtatatgc tttggtcaaa      660

ggtttgattt aa                                                          672


<210>  1989
<211>  756
<212>  DNA
<213>  Megasphaera micronuciformis F0397

<400>  1989
atgagtttgc ggatatggat tgccgcaggt acgacggaag gccgcctgtt ggcagaagat       60

ctggccgatg aaaatgtaga attagccgtt acggtggcta cggaatacgg agcctcgtta      120

attattgata agcccaatgt gagcgtcctt gacaagcgtc ttaatgacag gggtatggcg      180

gaatttatag atcaatttaa accggacttg gccatcgatg cgacgcatcc ctatgcggcc      240

atggtgacag agacgatgcg tcgcgtttgc gaaaaaaaag gtgtcgttta taagcggctg      300

ttaagaccgc cgacggatga agaagattgc ctgcgatttt catctgttga agaggcggcg      360

gcatggcttg atgaaaaaga aggtgtaatt tttcttacga cgggtagtaa ggatttacat      420

aagtttgcga ctatacgtaa ttatgaacag cggcttgtag cgcgtatttt gcctgttcga      480

gaatcacttg ataaggcctt gaacaacggg tatataccgt ctcgcattat tgctatgcag      540

gggccttttt ccgtagactt gaatacggct atgtttaaag agtttcaatc ctcttgggtc      600

gtaacgaaga attccggttc cgtcggcgga ttttcacaga agttggaagc cgcccgagcc      660

gcaagagcta agctgatcgt tattgaacga cctgaagatg cgggaagttc gtatgaagaa      720

atacgggatt ttgtaaagag tcagacggag gcatga                                756


<210>  1990
<211>  519
<212>  DNA
<213>  Megasphaera micronuciformis F0398

<400>  1990
atgaatgacg gcagattgcg taacttagtg cgaggagcta tacttttggc tttggcagtt       60

gtattgcagg gaatgcgttt gataataccc gtgccgacac cgataagtat gtttttaatc      120

ggttcggccg tcaatgcctg cctggttctt attgctcgta cgacagggcg tacgcagggt      180

gtaacggcag ccgtattatt gcccgttttt gcttggttag agggaatgtt gcccttgtgg      240

tttttcatct ttcccgttat ggtcggaaat attgttttcg tacttctcgt caatgcggca      300

aggggacgag gaatttacgg tgcggctttt gtcaaagcct tcgtattgta cagtgctttt      360

tttgtgcttt tacaagttgt tgaagttccg aaccgtatcg gagccggtat cctttttgtc      420

atgagttggc cgcaaatcgt aacgggtctt atcggcatcg gtattgcctt atatgcacaa      480

aaacggttgg cggaagtgac gaaaaaaata aattgttag                             519


<210>  1991
<211>  1176
<212>  DNA
<213>  Megasphaera micronuciformis F0399

<400>  1991
gtgtcagaaa tcaaaatacc tctcaaaatg catgtaggag gtccttgtag tccgattgtc       60

aaagtaggcg atcgagtatt acgcggtcaa ttaatcgcgg aaccttccgg tttgggcgct      120

aatatccatg ctagttatac gggcgaagtt acggctgtaa cggaaacgga catcgtaatt      180

aaagcggatg acaagcagaa ttttgacgaa tacgttaaaa ttccggatac gaagacgaac      240

ctcgaagcca ttgctgctgc cggcgttgtc ggggcaggcg gggcaggttt cccgacggct      300

gtaaagctga agacggaaat tccccaaggc tgtttcattg caaactgtgc cgaatgtgaa      360

cctctcttgg ctcacaacat tcatcagatt gaaacggatg cggctcagtt agttcgcggc      420

gtcaagtatg ccatggaaat tacgaaagct cccaagggct atatcgccat taaaccgaag      480

cacaaaaaag cggttattga actgattaag gcttgccgta acgaagacaa catcgatgtc      540

ttccgcctgc ccgatatgta tccggccggt gacgaacgtg ttatcgttcg tgaagttatg      600

ggtattgaat tagagcccgg tcagttgccc ggtacagtag gcgcttgtat cgacaatgcg      660

gaaacgttaa agaatattgc tttggcaatt gaagaacgta agcccgttat cgataaagat      720

attaccgtat ccggccgtgt agcacacaag gaatccgtct tcgttgacgt tcctatcgga      780

acgcctatgg gcgacttgat tgaacgtgcc ggcggtttta tcaacccgca cggtgaaatc      840

gtcgtcggcg gacctcaaac gggcagaacg ggatcggaag aaactccggt taccaaaaca      900

agcggcggtt gcctagttgc aatgccgttc ccgcaggaaa aacgtaaggc aggtatcctc      960

atttgcgaat gcggcggttc ggaagaacgc ctgactcagg ttgccgaagc aatgggtgcc     1020

gaagttgttt ccaaagaacg atgcaagaga atggtagaag ttaacggacg atacagatgc     1080

ggcttgccgg gtaagtgccc ggggcaggcg gaaaaggtca tggccttgaa acgaggcggt     1140

gctgaagtgt tagtagtcgg aacttgctcc gaatga                               1176


<210>  1992
<211>  465
<212>  DNA
<213>  Megasphaera micronuciformis F0400

<400>  1992
atgtcagtat tacgaatagt aaaagacgga gcccccgttt taaaggaaac ggcagcccct       60

gttaaaacga taaccaaacg cattaaacgt cttcttgatg atatggcgga aaccatgtat      120

tcagccgaag gcgtcggttt ggctgcacct caagtcaacg agtccctgca aatcgtggtt      180

cttgatgacg gcaacggatt gattgagtta atcaatccgg aaattttgga cgtgtcggaa      240

gaaacggaat acggccctga aggttgtctc agtgtaccgg gtatatacgg agatgtatcc      300

agatatacca aaataaaagt acaggcgaaa aatcgcttcg gcaagactgt catatatgaa      360

cctgagggct ttttagctcg tatatttcaa catgaattgg accatttaaa agggcatttg      420

tttacggaaa aagctgttaa tttacggaaa gtggatgagt cataa                      465


<210>  1993
<211>  366
<212>  DNA
<213>  Megasphaera micronuciformis F0401

<400>  1993
gtgacggatt ataaaaggtt cggctataag ggtgaagatc tggctgccga ttttttgcgt       60

cgtaaagggt acgatattgt ggctgtcaat tatacgacct ctttcggaga aatcgatatt      120

gtagccaagt ataaggggac cacggttttt gtggaagtaa aatcacgacg atccgaacgg      180

tttggcgtac cggcggaagc tgttcattac agaaaacgca gaaaaattgt caagacggcg      240

caatgctggc ttcaacagta taaggagaac gaccgtcctt gccgctttga tgtcatcgaa      300

atcctaaaaa cgaaaacctc ttatgatata agacatatta cacatgcttt tataatggag      360

tgttga                                                                 366


<210>  1994
<211>  1095
<212>  DNA
<213>  Megasphaera micronuciformis F0402

<400>  1994
atgaatgaca gccgtattaa gcataaatcg gttgcagtca aagatgtgct gattttgggg       60

tttgcttttt ttgctacgta ttttggagcg gggaatctta tttttccacc acaactgggg      120

tttgtcagcg ggtcgtctta cgggccggca ttggtaggat tgacgttgtc gggaatttta      180

ttgcctattt ttgcccttct tattatttcc cgatatggtg atgtacgccg tattacggag      240

cgggtcggcc cttatacata taatattttg cttaccttat tgatgattgt ttgtattttt      300

gtatctattc cccgtacgtg tgctacggct attcagttag gaatacaggg aaactttcct      360

aatgttcctt ttattcccgg agtcgttatt tatttcttac tttcttattg gattacgtcg      420

gatgaaacga gcgtacttga taaggtaggc aaattcttga ctcctttgtt agccttgatt      480

ctggtggtta tcggagtatt aggagtagta agccccattg gaactcccgc agaaccgaca      540

gtagccaact cctttaccaa tgcctttttg ggcggttata atacagggga tgtcttggtc      600

agttttatta tggcgtccct atttatacag tccgttgaga acaaagggta tgttgaaagt      660

cgggatcgta atcgcatgat gttttattgc ggtgtcgtat cggttatttt gttatttatt      720

atttacggta gtctcttgtt tatgggggct tgtgtaagtg ccggtgtacc gtcggatacg      780

ggccgcgcag agcttttagt tctggttatt aagcgtgtcg gcggggcggt tatgttaccc      840

atgggggtgg cggttatcct tgcgtgctta acgaccgctg tcggacagat tgcggctgtt      900

gccgattttt tccatacggc gtcgagtaat cgtgtgagct ataaggtcgt tgccattatg      960

acctgtatac tttcggcatt gaccgcgctt ctcggtgtgg acggtattgt cgaatatatc     1020

ggttggattt tcggagtcag ctatccgccg gttttggcac tgatggtatt gggaacattc     1080

gcttctttta tttct                                                      1095


<210>  1995
<211>  687
<212>  DNA
<213>  Megasphaera micronuciformis F0403

<400>  1995
atgatagatt ttaaagaagt atcgaaagta tacgacaacg gatcggttgc cttggataag       60

attaatattc acatcgacaa gggagaattt gtttttcttg tcggagccag cggtgccggt      120

aaatcgacat ttatcaagtt actgtctcat gaagaattgc ctacaaaggg aagcgttatt      180

gttgacggaa cggaagtgaa ccgcattaag aagagccgtg ttccttattt gcgacgcagt      240

atgggtatcg tattccagga cttcaggttg ttaccgaata aaacggcagc ggaaaatgta      300

tcctttgcta tggaagttat tgagacaccg cgccgtatta tgaaggaacg ggttcgtacg      360

gttctcgatc tggtagggtt atcgggtaaa gccgatgagt tgccgcaaaa cttgagtggc      420

ggtgaacagc agcgtgttgc tattgcacgt gctattgtaa atagacccct cttattgatt      480

gccgatgaac cgacgggaaa tcttgacccg gatacatcga agggaattat ggatatattt      540

actaaaatca atcatatggg gacgacagtg ctgatggtaa cgcatgataa acaaatggtt      600

gatttaatga ataaacgcgt tattgaaatt gacaacggtc gtattgtacg tgacgaactg      660

aaggggggct acggtaatga aaattag                                          687


<210>  1996
<211>  1221
<212>  DNA
<213>  Megasphaera micronuciformis F0404

<400>  1996
atgacaacga ttcgcgaaga ttttccgatt ttaagcaaag aacataacgg gcataagctc       60

gtttacttcg acaatgcggc gacgacgcag aaaccgaagc aggttattca ggctattgtc      120

gacttgttgg aacatcataa cggcaatccg cacagagggg ctcatattct cagtgtagaa      180

gcctctcaat tatatgatga tgcccgtgaa gccgtacgcg agctgatcaa tgccaagtac      240

agcgaagaag tggttttcgt ccgtaatgca acggaaggcc tgaatctcat tgccagaagc      300

tatgcggaaa cgcatttgaa gaaaggcgat aaaatcgtca tccccatttc ggaacaccat      360

gcaaatctgg taacgtggca acgcgtctgt cgtgtaaccg gtgcggaatt ggtctacatg      420

tatttggaca aagaaggtca ttttacggat gaagatttag ctaagatcga tgatcgtacg      480

aaaatcgtat cctttgcggc tgtaagcaat gtattgggta tgaaacggcc cgtaaaagaa      540

ttggtggccc gggctcatgc agtaggagcc gtggctattg tcgatgcggc tcaggctatt      600

cctcatatga agtgtgatgt tcaagactgg gattgcgatt ttcttgtttt ctcaggtcat      660

aaaatgttgg cttcggcggg aacgggtgtc ctttacggta agcgcgattt actgaatgat      720

atggaacctt tccttttggg cggcgacatg attgaatatg tacaagaaca gacgacgacg      780

ttcaatgtct tgcccttcaa gtttgaagcc ggtacggaaa atgtggaagg tgccgttgcc      840

ttgcatgcgg ctattaaata tttgaacaac tacggatggg acaagataga agaacatgaa      900

tatgaactga ctaagcgttg tctcgaaggt atgaaaaaac tgccgtacat tcatatcatc      960

ggctcgaccg atgcaaacga aaaaacggga gttatcgcct ttacgattga cggcgttcat     1020

cctcacgatg cggccaccat tcttgacagc tacggaattg ccatccgctc gggccatcat     1080

tgtgcacagc cttacggtgc ttatattaag gcggaagctt ctaatcgtgt cagcttctat     1140

atttacaata cgccggaaga agtggattat ttcctggaag tattgcccct tgttcgtaag     1200

caaatgggct ttaaggacta a                                               1221


<210>  1997
<211>  999
<212>  DNA
<213>  Megasphaera micronuciformis F0405

<400>  1997
attcctcttt tgaaaggcgt acctatggtc ttcttattta ttatcgaaca cacaatgttg       60

cctatcttcg gccttacggc actaggcttt ctgttggata aaaaacttca tctggacgta      120

cgaacgttat caaagttttt aatgtacatc gtcattccgt ctttcatttt cacgagtatt      180

tacactacgg actttcctgc tacgagtgtt cctattattt taacagtcct ctttttcttg      240

atactgtcag ccttactcgc tgaaggggtc ggtaaagctc gcggctacga tgccggtatg      300

attcgtgcct gtcgcaatgc actcatgttt aataacacgg gaaatctggg cgtatcttta      360

atcttactga ttttttcaca cccccctttt ttggtggacg gacaaccggt ttacttggcc      420

gaagccatgg tagtacagtt ggtcatttat gtgattcaaa gtgtttttct taatacctta      480

ggattgtacc aggcagctcg cggtaacctg actgttcacg atacactgag tgtcatcttt      540

cgcatgccga tggtatatat gatcagtgcc gccctgattt gccgctgggc cgaaatagat      600

gcgactcaat tctttttctg gccggttctg gatatggccg gacacgcctt gttgcccgta      660

gctatgatta ccgtaggaat tcaactgtcc caaagcggca taggccgttt caatacagac      720

gtctgcattg ccggtgtaat taaactcatt tttttaccta tactggggct ttgcacggtt      780

tacgcagcta actggatggc tcccggcacc ttttcggctg tcggctctat ggtatttctc      840

gtatattgct ctatccctac agcagtcaat acggcttttt tcgctatgga atttaacaat      900

aacggggatt acgccttaca aacggttatg aatacgactg ctttcagcgc ctttaccata      960

ccgattgttg tctatttagg acatcttctt ttcgtctaa                             999


<210>  1998
<211>  1032
<212>  DNA
<213>  Megasphaera micronuciformis F0406

<400>  1998
atggaactgg atgaaagaaa acagaaaata ttggaagccg tcattcagga ttatattaca       60

tcggctgagc ccgtaggatc ccgaacgata gcgcgtaaat atgatttagg cgtcagtgcg      120

gcgaccattc gcaacgaaat gttcgacttg gaaacaatgg gctacctgga acagcctcat      180

acgtcggcag gccgaactcc ttcagccaag gggtatcgat tttatgttga ctgtctgttg      240

caaccgtcaa aggttacaaa agatgataaa cggcttgtac agacatggct cggggatcga      300

gcggataatg cggatcaact ctttcgctca acggctcagg tattggcgaa gataactcac      360

aatgtgagtt ttgtcgttac atcggggcaa agcggtgcca gactgaaata tgtccgcttt      420

ttgcctttag atgacaggcg agccattatg ctggttgtca gcgatacggg ccaggtagaa      480

gacagtattt atgccaaacc ggctcatgta gagatagacg agttgaacgt attggcacag      540

aaattgacag agcgcttggc cggtatgcag ctaagtaaga ttacgacaca agtgctggaa      600

cgtttcagga acgatattgt cgacgatatt gatttatata aggcggcatt tcgaaatctg      660

caacgggctt ttcggaagca ggatttatac cagggcgggg ctacggagtt gttgaatact      720

cccgagtttc gcgacatgga taaggcacgc tcccttttca gtatgctgga agaaagggaa      780

agggtaatcc atcttctcgg caaggaaacg gaagaaaaaa atcctgtcgt ccgcataggc      840

gatgcacgaa ctcccgcacc tttaaatgat tgcagcatta ttgaggctac attcaggcaa      900

agggacgagg tagtcggaaa aattgccgtt ctcgggccga cgcgaatgga atatgccaaa      960

ataatcggct tgctcgattt tatgaaagag catgtagtgc aaatcttgtc gtaccatcat     1020

gaagacacgt ag                                                         1032


<210>  1999
<211>  516
<212>  DNA
<213>  Megasphaera micronuciformis F0407

<400>  1999
atgagtaaaa ctaaaaagac caatgccatg cgcatattgg ataagaatca cattctttac       60

gacataaaaa cttacgaata cacggaagaa gacttatcgg gaatccatgc ggccgccgag      120

gtagggatgc cgccggataa agtttttaaa actctcgtcg gccggggaaa tgtaacgggc      180

cccgtcgtct tttgtattcc tgtccacaag gaacttgact taaaaaaagc cgctcatgta      240

agcggcaata aaaatgttca tctcattcac gttaaggagc ttttgggtct tacaggctat      300

attcgcggcg gttgttcacc tataggtatg aaaaaacttt tccctacgta tattgatgaa      360

accgctcttt ctattgatat tttcagtatc agtgccggcc aaagaggact tcagattctt      420

gcggctccta aagatattat aaagctcatc gacgcatgta cagccgattt aacgatgtcc      480

gatatcattc taactgacgg gagagtgcgg tcatga                                516


<210>  2000
<211>  438
<212>  DNA
<213>  Megasphaera micronuciformis F0408

<400>  2000
atgtccttat ggaaagatgt gtgcaagcag gctttgtata tgagcttttt taccattctt       60

atacccatcg gtgcctatac gattcatagt ggatccagtg ccgttgtggc tgcagtttcc      120

tacggttttt tgtcgacggt tattcccttg gcctatgtag ggatggcggg ggccgctttc      180

ggcgataaaa atgtgcgcat tcgccgtata ggtatcgtgg cggcgcggat tattgtcgct      240

gttgccgtgt atgctgtagt agaacacggc aatctgatgc aatgtctgac acctttttgg      300

caatggcctg ccgccggtcg agacctggtc tttataattc tcatgtatgc cgatttggtt      360

cttaccttaa ccattgcttg catactgacg ggtcgtaaaa tgcggaaagg agagtcggtt      420

tatgcgggaa acccttaa                                                    438


<210>  2001
<211>  885
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14931

<400>  2001
atgtcgatta agcacccgcg cctggtcggt aacacgatcc tctgggtcgt cgccgcgatc       60

tgggggagct cctacgtctt gatgaagatg gtcactaacg cccagatgcc ggccggaatg      120

atcaacggct ggcggggctt gatcgccgcc agcttcgtcg gcctaatctt ttttaaaaag      180

ttgcgccaca tgagcgccca cgacgttcac gtcggcatcg tcgccggaat catcaactac      240

atcgcctttc agtgtggcac gatcggcctc ttttacacca ccccggccaa caacgccttt      300

ttaaccgcca cctacgtcgc catggtcccc ttcctagctt ggctgggcca ccaacggccc      360

cgccgccagg acttctgggc ggtcggcgtc gccatcatcg ggatggtgat cttaacccgg      420

ttggtccaga ccggattcgc ccttcacttc ggcgacctaa tcgtcttagt ggcggccttc      480

ttttacgcca ttcagatcct gtactacggt ggtgcggcca ccaaagtctc gccctgggtg      540

atggtctttt gggtcagctt gttgcagggc attggcggga tgagctactc ggtcttattc      600

gagcgtagcc agtggcccgg catcgaatgg ggaagggcgc tgccaccgtt actgaccgtc      660

gctttattag tgaccctgat gacccagctg ttgcagattt acgcccagcg tttgaccagc      720

gccacgaccg ccgggatgat catgatgacc gaatcgctgt tttccagcct cttttcggtc      780

ctcttgggct ttgaccggct gacctggtcg cttttgatcg gcggcgggct cttggtcgtg      840

gccaacctga tctcgcaaat taacttttcc cgcttcagcc actga                      885


<210>  2002
<211>  1299
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14932

<400>  2002
atgttagaca tcaagcaaat tcgccaacaa ccggactggt tcaaagaaaa gctggccacc       60

cggggcgttc aaccagaaga aatcgacgct gtgctggaac tggacgccaa gcggcgcgaa      120

ctcctgcaac aaaccgaagc cctgaaggcc aagcgtaacg aagcctccaa gaagatcggg      180

gaagctaagc gggccaagca atccgctgac gaagcaattg ccgagatgcg ccaagtcggc      240

gaagacatca aggccttaga cgaacaggtg gaagcaaacg acaaggacct ctttgacaag      300

ttagcccacc tgccgaacgt ccctcacgaa ggggtgccgg ttagcctaac cgaagatggg      360

gccgaagaac tgcgtaaggt aggtcaagcc cgtcaattcg actttgaacc aaagcaccac      420

tgggaaatcg gcgaaaacct cgggattttg gactttgaac gggccggtaa ggtttccggc      480

tcccgcttcg tctactacgt cggcctcggg gctcaattag aacgggcgct gtacaacttc      540

atgctcgatg aacacatgaa ggaaggctac accgaagtct tgccgccgta catcgtcaac      600

gctcacgcga tgtacgggac cggtcaattc ccgaagttca agcaggacgt ttaccaagtg      660

aacggcgaag acatgaccct gatcccgacc gccgaagttc cgttgaccaa ctactttgcc      720

ggcgaagtga tccctgcaga aaagctgcca gtttacgtga cggccttgac gcctagcttc      780

cgttccgaag ctgggtcagc tggtcgcgat acccgcgggt tgatccggat gcaccaattc      840

aacaaggtcg aaatggttaa gtacaccaag caagatcaat cctgggaaga actcgacaag      900

atgacggcca acgccgaaaa catcctccaa aagctcggcc tgccgtacca cgtcatcacc      960

ctgacgactt cggacatgag cttcacggcc tccgaaaccc acgacctgga actgtggatg     1020

ccggcccaaa acaagtaccg ggaagtttcc tcttgctcca actgcttgga cttccaagcc     1080

cggcgcctgc acatgcaata ccgggacgaa aacggtaagc tccaatacgt gcacaccctg     1140

aacggttctg gtttagccgt tgggcggacg ttggcggcca tcttagaaaa ctaccaaaac     1200

gaagacggct ccgtgacgat tccagaagtc ttggtaccgt acttccacgg catcaccaag     1260

atcaccaagg aaaacgccgt gccgtttaac aacaagtaa                            1299


<210>  2003
<211>  1464
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14933

<400>  2003
atgacttttt acggtaaaga catttcgggt ctgcacgccg acctagttgc taagaaggtg       60

agtgccaccg aactgaccaa ggccgccttt gaccggatca aggccaccga tgaccaagtc      120

ggcgcctttt tggccctaaa cgaggaagcg gccctcaagc aagccgctga attagaccaa      180

gcgggaatcg cagaagacca actgctggcc ggaatcccgc tggccgttaa ggataacatt      240

gttaccaagg gcttgacgac gacggcggct tccaagatct tggaaaactt caagcccgtt      300

tacgatgcca cggtcgttga aaaacttaac gccgccgggg caatcaacgt cgggaaggtc      360

aacctagatg aattcgccat ggggtcgtca acggaaaact ccgcctttaa gacgaccaag      420

aacccgtggg acctaacccg ggtaccgggg ggctcttctg gtggttccgc ggccgctgtg      480

gttgccgggg acgttttagg ggccttgggg tccgataccg gtggttcgat tcggatgccc      540

gcttccttta ccgggacggt ggggatgaag ccaacttacg ggcgggtttc tcgttggggg      600

ctgatcgcct ttggttcttc ctttgaccaa atcggttggc tgacccaatc cgttaaggac      660

aacgccatct tgatgagcgc catcgccggt aaggatgacc gcgacatgac tagcgctaac      720

caaccggtac cggattttgc cgccggctta aacgaccagg ccgacatcaa gggaatgaag      780

atcgccgttc cgcgcgaata catggaatgc ctcgatgacg acgttcaaga agtgatcgaa      840

gcgagcctga agcacctcga atccttgggt gccacgatcg atgaggtttc cttaccacac      900

accaagtacg gggtaccggc ttactacatc ctggcctctt cggaagcttc ttctaatttg      960

caacgcttcg acgggatccg ttacggtttc cgcgctgatg acgttaagaa cctggaagac     1020

gtctacgtta agacccgttc gcaaggcttt ggggacgaag tgaagctccg gatcatgctg     1080

gggaccttct ccttgtccgc cgggttctac gacgcctact tcaacaaggc cgctaaggta     1140

cgccgcctga tcgcccagga cttcgatgac gtcttaaagg accacgattt gatcgttggg     1200

ccaaccggaa ccagcaccgc ctttaagatc ggcgccgaaa ttgccgatcc aaagcaaatg     1260

tacttcaatg acgtcttgac cgtgaccctg aacatggccg ggctaccggg gatggcgatc     1320

cctgccggct tctccaagga caacgggatg ccaattggcc tgcagatgat cggtaagcgc     1380

tttgatgaag ccacgattta caaggccggt tacgtctttg aacagacgac cgacttccac     1440

aagcaaacgc cagaattagg atag                                            1464


<210>  2004
<211>  1122
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14934

<400>  2004
atggaatggc aaagcgcata ctaccaagtc ccgcacgatt ttagtgccta cccctttagc       60

tacccacagt tgagtcagct cgtgaaggtg accccttttt tgagtgggga aacaacccgc      120

ttaatgatga caaatcatta tggaaaggcg ccgctgactt ttgaacgggt ggccattgct      180

aatcaaccga ccatggcggg ggcgacggaa gttggggcgg tgaccattca accgggacaa      240

accctcgcca ccacaccggt tgactttcaa gttgaggcgg ggcggccagt gtacgtgttg      300

atggttgccg agcgacctca aacctattat gattacactt gcacctttga accgagttgg      360

gttaacgccg gagtggcgcg tcaagccggc aaggtgccgc ggctaaacga ccgctggcgg      420

gtccgtaagt cctggttctc attcgccggg ctcgagaccc aaccgaccca accagcgacc      480

gtggtcaacc taaccggaga ttcactggtt gaaacgggga tgttggcagc gggcctgttt      540

acccttagcc aacgtgactt cccgaattcc gttacttggc ggatgacggg gatttccggc      600

aaccggctag cgcttgcggc cccaaccaat cagttgccgg agaaaacctt tggccccgct      660

ttggttgacc gcttggcaga cttggtaacc gtatcggcca agttaacggt tgcctcgatt      720

ggggggaacg atctcctctt gccggtcgat aatccgggag gggacgagcc aattccgagt      780

gtcgaaagct tagtccaagc tttcaccaac ttaaaaagcg ggttggcggc tcatggtcag      840

gagttgatcg tgcccaccct tgctcccttg cgcttggcag gggagccaac cctctttcaa      900

ccgggtgaaa aagaggtgga ccaaaagcgg cgaaccctta atcagtggct ggggagtcaa      960

ccttgggtag tcgataccgc gccacagctg accgcacctc acgccaccgt gctcgccccg     1020

gaaaatgact ttggtgacca ccttcacctt agtcctaccg ggggacgaca ccttgccgaa     1080

ctactctggc cgcgaattaa gggtgccctg atgaataact aa                        1122


<210>  2005
<211>  2439
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14935

<400>  2005
atgaaagtat cataccagtg gttaaaccac tacttgccgc ttgaacaaaa cgggatcacc       60

ccgacggagt tagccgaaaa gatcgcccgg acctccgtgg acattaacga cgtatactca      120

ccgcaaaacg gcctgcaaaa ggtggtggtc ggcctggtcg aatcgatcaa ggaccacccc      180

caatctgatc acttgcacat tgcccaggtg aaggtggccg aagacacgac cgttcaaatc      240

gtgtgtgggg cgccaaacct ggtcgccggt aagaaggtga tcaccgccct ggccggggcc      300

aagctggccg atggcactaa gattaagaag agcaagctgc gcggcgaaga atccaacggg      360

atgctgtgtg ccctccaaga aatcggcttc accgataagg tagcaccaaa ggcctacgaa      420

gagggccttt ggtacctgcc ggacgacgcc gaagtcgggg cgccggtctt ttcatacctg      480

gggatggacg acacgatcat cgataccgac gtgacgccaa accggggcga catgctgtca      540

atttacggta acgtcaacga cctggccgcc atttacgccc tggacaatgg tttcaccagc      600

catgaagtgg ttgaaaacgg caccgaacgg actgccgacc tgatcaaggc gaccgtcgcc      660

gaccaacaac tggcgccgac ttacaagctg cgggtgatca aaaacgtcca cattcaagac      720

agtcccctgt ggctgcaaat ccgcctgtgg aacgccggca tccggccaat taacaacgtg      780

gtggacgtaa ccaactacat cctggttaag tacggtcaac cgctgcactc ctttgactac      840

gaccgcttga ccagccacga aatcaaggtc cgtcacgctg cggagggcga gcagttcacc      900

accctggacg gggaagaaca gaccctggct agccaagaca ttctggtgtg tgacggtgac      960

cgcccggccg ccctggcggg gacgatgggg ggccaagaca ccaaggttac cgaccaaacc     1020

gtcaacgtcg ccttggaagc cgccatcttt gacccggtta tggttcgtaa gcaggcccgc     1080

cgcctagacc tgcactccga atcctccatg cgctttgaac gggggatcaa cccggaaacg     1140

gtggaagtgg ccctcaacga agccgcctac tggctgagcg aactggccgg cggggaagtc     1200

accaagggga tcgttacggc gaccgaagaa gccgttcagg taacgccgat tgaattatcc     1260

accaagcggg tcaacgacgt cttgggcctg tcactgagcc aagctgactt ggtgaatctc     1320

tttgaccgcc tgcgctttgt aagccaggcg cttgacgatg accggctgct ggtgcaagtg     1380

ccggcccgcc gctgggacat cgccattaag gccgatctgt acgaagaaat tgcccgcctg     1440

tacggctacg acaacatccc gtcaaccctg ccgaccggca cccagacgct gggggggcta     1500

aacgaacggc aacgcttctt acgggcgtcg cggcacgtaa tgcaaggggt cggtttaaac     1560

caagccatct cctactcctt actgaccgcc gaacaagccg cccagttcca agtgaacccg     1620

caagccggcc agccgatgct tttggattac cccatgagtt ctgatcacgt ggcgacccgg     1680

atgaacatcg tggccggcct gttgatcgac attgcctata acgttgctcg ccaagtcgac     1740

aacgtagccc tttacgaaca agggcgggtc ttcttgccgg tggctggtca agaacggccg     1800

actgaagaag agcacatcgc cggcgccgtg accggttctt tgacggccgc ctcctggaac     1860

caggcagacg acgataacca agtcgacttc ttcaccgtta aggggatcgt ggagcgctac     1920

ttgcgtaaca tggccgtgga aggcgaaatt agctatcagg cgaaccacga ccgggccgat     1980

ttacacccgg gccggtgtgc cgacgtcttg ttagacggcc aagtggtggg gtacattggc     2040

caggttcacc cgaccgtggc caagcagtac cgggttccgg taacctacgt cttcgaatta     2100

aacctcgaac cactgctgca agccgataag cgcgacaagc actaccagct gatctccaag     2160

tacccggcca ttacgcgcga cgtggccctc ttggtcgacc agaaagtaac caacgcccaa     2220

atcgtgacgg cgatcaaaga agtcggcgga ccgtacctga aggccgtcca cctcttcgac     2280

ctgtacaagg ggaacttcct gcccgctaat aagaaatcct tggcctacac cttgacttac     2340

caagccgatc aaggaacctt aaccgaagac caggttaacg aggcctttga caaggtgatt     2400

gcccacttaa aggatcaagt ccaagcagaa attcgttaa                            2439


<210>  2006
<211>  3612
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14936

<400>  2006
cagctagaag aaaactcacg gcgctgggaa aagctttacc ggcagcgctg ggcccacgac       60

aaggttgttc ggacgaccca cggggttaac tgtaccggtt cttgtagctg gaacgtttac      120

gtcaagcaag gggtcattac ctgggaacac caggccaccg actacccatc gtgtgggcca      180

aacatcccgg gttacgagcc gcggggttgt ccgcgggggg ccagcttctc atggtatgag      240

tacagcccgg tgcggatcaa atacccatac attcggggcc ggctgtggaa gatgtggcaa      300

gacgccaagc aaaaccacga aagcccgatt gacgcgtggg cctcaattgt cgaagatcca      360

caaaaggcca aggaatacaa gtcggcccgg gggcacgggg gaatggtccg tgttcaccgt      420

gccgaggccc tcgaattgat ttcggcttcc ttgatctaca cgattaaaaa ttacggaccc      480

gaccggatcg ccggctttac cccgatcccg gccatgtcaa tgatctcgtt tggggctggg      540

gtgcgcttct tatccctgct ggggggcgaa gtgatgtcct tttacgattg gtatgccgac      600

ctaccgcctg cttccccgca ggtttggggg gaacaaaccg acgtgccgga atcagccgac      660

tggtacaact cttcttacat cattatgtgg ggttccaaca ttccgttaac ccggaccccg      720

gatgcccact ttatgaccga agttcgctac aaggggacca agatcgtcgc cgtcagtccg      780

gattacgccg aaaacgttaa gtttgccgac gactggttgg caccggaacc ggggagcgac      840

tcggccgtcg ctcaggggat gacctacgtg atcctaaacg agttctacca aaagcgccac      900

gagcaggcct tcattaacta ctccaagcag tactccgacc tgccgtttat ggttgaatta      960

attccttcgg cggtcggcaa tgaccaccta acttcgggac gctacgtgcg aatcaacgat     1020

ttgacaaacg acgccgtgac caacgccgat tggaagacgg tggtttacga caccaaatcc     1080

aaccgctacg ttgtgccgaa cgggaccctg ggacaggatt acgatcaagg cacccagtgg     1140

aacctagaat taaaggacgc cgctggcaac gccattgatc cggcgttgtc cgttgaagac     1200

caggtaacgc caactaagga agttgtaatt gacttcccgt ccttttccaa cgaaggtaat     1260

tcggtcgtgg cacgtcacat cccggtccaa gaggtaacct ttgccgatgg ttcaacccac     1320

tacctgacca cggtttacga cctgatgctc gcccaatacg gggttaagcg tcgggcgggc     1380

gacgaactgg ccgcccaaga cgaaaacgac gccaactcct tcttcacgcc ggcctggcaa     1440

gaacaatata ccggcgtcaa gccggaacta gttacccaga tcgcccgtga atttgcccaa     1500

aatgccctcg ataccggcgg aaagtcaatg gttatcatgg gtggtggggt taaccactgg     1560

tttaacgccg acatgaacta ccgggcgatc atcaacatgc tgatgttgtg tggttgcatc     1620

ggggtgcaag gtggcggctg ggcgcactac gtcggccaag aaaagctccg gccccaagaa     1680

gggtgggcca acatcacctt tgccaacgac tggcacaagg gtggtgcccg ccaacaacag     1740

gggacgactt ggtactactt tgccaccgac caatggcgtt acgaggaaat ggaaaaccgg     1800

caacagtact cgccggttta tcagggtgac caccgttatc taaacaacgc cgattacgtt     1860

caaatggcaa tccgcctcgg ttggctgccg tcttacccgc aatttgaccg caactccctg     1920

tcctttgtcg atgattacca aaccaaagac attaaggaaa ttcaaaagcg ggtggtggaa     1980

gagctcaagg ccggcaccct gcacttcgcc gccgaggacc cagacgccaa gcaaaaccag     2040

ccgaagaact tcttcttgtg gcgttccaac ctgtttgcct cctctgggaa gggggccgag     2100

tacttcatga agcacctcct gggtgccgaa aatgggctct tggccaaggc caacacccgc     2160

ttgaagcccg agtcaatggt ctggcacgac gaggacacga ctgggaagct tgacctggtt     2220

gtcgacatgg acttccggat ggtttcgacg gctatgtact ccgacgtggt cttaccggcg     2280

gcaacctggt acgaaaaaga ggacctgtcg tcaaccgaca tgcaccctta cattcacccg     2340

ttcaacaagg cgatcagtcc gatgtgggaa tcacgctccg attggcaaca gtttaagctc     2400

ttggctaaga cctttaccca aatggccaag aagtacctac cggaaactgg ttacgactta     2460

aagacccagc cactgggcca cgggacgccg ggtgaaatca gccagccact gggccaaatc     2520

aaggactgga agaagggcga atgcgagcca attccgggca agacaatgcc gtcaatgtct     2580

ttagtggaac gtaactacca ccacatctac gaccagtacg tttccctggg cccaagcatg     2640

gccgctaact acggctatga cgtcacccca gaaattgaag agcttaagga tgagctaggg     2700

acctacaccg atggctacaa cgctggctta ccaatgctag acgaagacac caaggtctgt     2760

gacgccgtct tgcggatgtc gacggcctcc aacggtcgct tggctgacct ggggtggaaa     2820

aagcgggaac aggcctctgg tgaaaagtta accgacattg gccgtggccg cgccgaagcc     2880

aagatgacct ttaaaaacat caccgcccag ccgcgagagg cttacccaac cccaatcggg     2940

acctctgcta agcacaacgg tgaccgttac tcggccttct ccttgaacgt tgaacgcctc     3000

caaccgtggg aaaccctgac tgggcgtcaa caattctact tggatcacga aatcttcctc     3060

gacttcgggg aagggttggc gacctttaag ccgtccttgc caccacaagt gatgggacct     3120

ggtgacgttg aggtcacccc tgccgacaag gaagtcaccc ttcgttacat gaccccgcac     3180

gggaagtgga acatccacac catgtactac gataacctgg aaatgctgac cctcttccgg     3240

ggtggcccaa ccgtttggat gagcccgcaa gacgccgagg caattgacgt caaggacaac     3300

gactggattg aactttataa ccggaacggg gtcgttaccg cccgggcggt ggtttcccac     3360

cggatgccta agggttcctt atacatgtac cacgcccagg acaatgaaat ctacgaaccg     3420

ctgtcaacga tcaccgggaa ccgggggggc tcgcacaacg ccccaaccca gatccacgtt     3480

aagcctaccc acatggtcgg cggctacggt cagttgtcat acggttggaa ctactacggc     3540

ccaaccggga accagcggga cctgtacgcg aacgtaagaa agttaaagaa ggtgaactgg     3600

aatgaagatt aa                                                         3612


<210>  2007
<211>  2223
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14937

<400>  2007
atgccagtct ttatcaacga agagaccaag ctcttccact tacaaaccaa gaacactagc       60

tacatcttcc aaatcctcgc taacgaggcg gcgggacagg tttattacgg cgccaaggtt      120

ccggttaagc cttcctattc caacctaatg acgatggaag aacacgactg caccaacacc      180

ctgtcggaag aaaacacttc cttccaactc gaactggtta aacaagaata cgccacccag      240

ggtaaggggg acttccgcga ggccgcctac gttatccaat acccagacgg ctcccggacc      300

agcgaatttg aataccaggg ttaccaagtc gaagagggga aaaagcgcct gccgggtctg      360

ccatcttcgt ttgacgacga aggaacggac gccaccagcc tgacggtcac tttcaaggac      420

cgcctctacg atttgacgat gaacctgcac tacacggtct ttaacgatga cgacgtaatt      480

gttcgctcag ctagctttga aaataagggt gacaccgtca tgatcgatcg ggccctgtcc      540

gctcaacttg acttgccgga cgacaattat gacctcctac aattctccgg gacctgggct      600

cgcgaacgtc acttataccg caaccacctg cggccgggga cccaaagcgt ggccagtcgg      660

cggatcaact ccagccacca cgaaaacccg gccatcatct tagcccggcc aaacaccgat      720

aataatcagg gtgaagcctt tggttttaac ctagtttact ccgggagttt cttagacacg      780

gttgaggttg accagtttaa caccacccgg gtcgttaccg ggattcaccc cgatgacttc      840

tcctggcaac tagaagccgg ccaatccttc cagaccccag aagcggttct ttcctatacc      900

aacgccggca tgaacgccct cagccagcaa atgggccgct tctaccgtga ccacttaatt      960

aacccccact ttgctaagga agaccggcca atcctaatca acaactggga agccaccttc     1020

atggacttta ccgaagaaaa actgatgaag atcgtcacta aggctaagga aaccgggatc     1080

gaaatgtttg tcttagatga cggttggttc gggcaccgtg ataacgacct gactagcctg     1140

ggggactggt tcgttgacca aaagaagttc ttaaacgggg tcggcggctt tgccagccgg     1200

gtgcacaagt tggggatgaa gtttggcctc tggtttgaac cagaaatgat ctcaattgac     1260

tccaagctct acgaagacca ccccgactgg atgatccaaa ctaagggacg gctagccacc     1320

ccggcccgcc accaattcgt cctcgacatg gcccgccaag aagtcgtcga tgacatcttc     1380

aacaagatga gcgccgtgat taaagacacc aagcttgact acatcaagtg ggacatgaac     1440

cggacgatca ccgaggcctt caccgctacc ctaccggcta atcgccaaca agaatttgcc     1500

caccgctaca tcctcggggt ttaccaactc tacgaacgcc taacgcaggc cttcccgagc     1560

gtcctctttg aatcctgcgc ctccggtggt ggccgcttcg atctcgggat gatgtactac     1620

gccccacaag cctggtgctc tgacgacacc gacgccgtgg aacggatcta catccaagac     1680

gggacctcct acggttacat tccgtccatg tggggggccc acgtttcggc cgtgccaaac     1740

gaccaggtcg gccgcgtcac ttccctagac acccgggcca aggtggccta cttcggtgcc     1800

tttggttacg aactggactt aaacgaactg tcagaagaag agcaggaaac ggttaaagaa     1860

caagtcgcct tttacaagca gcaccgccac ctcttccaac acgggacctt ctaccggatt     1920

gacagtccag acaccgctac cgataacgtc tacggctggc aagtggtcaa tgacgaccag     1980

tccgaagcca tcgccgtgcg cttccagatc ctcaatgaac ccaacccggg ttacatccgc     2040

ttctacttta ccggcttaga cccggaaaag acctaccaag ttaacgacga cgaggaaact     2100

tactccggtg cagaactgat gaacgccggt tacttcgtgg ctcggatcat gccacgctcg     2160

gcctcgccaa agccgctggc cgactttaac gccaccatgt ttgtggttaa ggccgtcgac     2220

taa                                                                   2223


<210>  2008
<211>  1860
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14938

<400>  2008
gtgaacagca aaatcaaatt ctaccagtcg atccacttta aaatcgccct tgtctttgcg       60

ctgatgctga tgctgacgct cgaagtggtg ggggcggttt ttgtgcgtca actggaacac      120

caagaactcg ccaacttcaa gcaacaaatt gagttgccgt cttacatcga caattccttg      180

gccacccaac tgaccagcac cgataccaaa acggccaaca aggaaattaa aacgatcctc      240

gcccgggtca acaacaccag tatcaccgag atccgggtgg tcgatgccaa ggggatcatt      300

cgcgggacca gtagttcggg caaccagggg atcgtcgggc aaaagaccac cgacacggta      360

attaaaaaca ccctggtcaa caaccgctcc cacaccgaaa acctctacga cagcgccaac      420

cacaaccgct actacgtcag tgtcgtgccg ctgttagcca gtggcaacgc caataacgtg      480

gtcggggtcg tttacatgcg ggccaacctc gagggggtct attcgacgat caactcgatc      540

tccttgatct acctgtcggc agctttgatc acgattgtcc tggggctggg gttagcggtc      600

ctaatttccc gggaaattac ccggccgatt gaagaaatgc gcaagcagac cctacggatt      660

gcccgtgggg acttctccgg gcaggttaag gtgatgggca acgacgaact aggccaactg      720

gccggggcag tcaacaacct ctcggtgcgg gtggaggagt cccaagagtc ctcggatgcc      780

gaacggcgcc ggttggattc agttctctcc cacatgtctg acggggtgtt ggctaccgac      840

cgccggggta acctgacgat cgttaataac accgccctcc agtttttaaa catcgctgac      900

gaagagcagg tgctcggcaa gtcgattttg gacgtcttaa agattcggcg ccaattctcg      960

attcgccacc tagtcgacga agaccaagac caggttatct tggatgattt aaacgacgac     1020

ctgattttat cggcctactt ctcgccgatt aagcgggaat cgggctttgt ctcgggtcta     1080

gtttgcgtct tacatgacgt gacctcccag caaaaagagg aacgtgaacg taaggagttc     1140

gtttccaacg tttcccatga attacggacg ccgctgacct cggtcaagtc ctatgtggaa     1200

gccctcagtg acggggcgat caacgacccg gaattagccc cccgcttctt aggggtggta     1260

tcggatgaaa ccgagcggat gatccggatg attaacgacc tccttagcct gtcgcggatg     1320

gattcgggaa cggctaagtt aaacttggag tacgtcaaca ttaacgagct gtttaactac     1380

attctcaacc gttttgatat gatcatcaaa aacgaggccg cggatccgag ccaaaagaag     1440

tacacgattg tccgttactt caccaaaaag gacctgtggg ttgaaatcga caccgataag     1500

tttacccagg tggtcgataa catcatgaac aacgccgtta agtactcacc ggacggcggg     1560

gtcattaccg cccgcctgtt ggagacccac aaccacgtga tcctgtcgat ttctgaccag     1620

gggctgggga ttccaagaaa ggacctcggc cacatctttg accgcttctt ccgggttgat     1680

aaggcccgct ccagaaagca gggcggtacc gggctgggct tggcgatttc aaaggaagtc     1740

gttaacctgc taggcggcca aatctgggtt gattcggttg aaggcaaggg gtccaccttc     1800

tacatttcct tgccatacgt accatacgaa gaggaggaat gggatgatca agcagattaa     1860


<210>  2009
<211>  528
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14939

<400>  2009
agaatggaag aaaaaataac ggagcgtggt tatatgaagg aggccttcaa ggaggctaac       60

caagcggcct tgctgggcga agttccaatt ggggcggtcg tcgtttataa ggggaaaatt      120

atcggacgag gacacaacat gcgggaaaaa ttccaagatg ccacctacca cgccgaagta      180

ttagcaatca tggaggcctg ccaagcgttg ggttcgtggc gactagaaga atgtgatctt      240

tacgtcaccc ttgaaccatg catcatgtgt tccggggcga tcatcaattc acggattaaa      300

cgagtctttt ttgcggcccc ggatgaaaag gcgggggcgg tatcctccct ttaccaccta      360

ttagaagata cccgcttgaa ccaccaagtt gaagttcacc agggcctaat gcaagaagaa      420

gccagtcaaa tgctcaagga gttctttcgg gcgatccgta agcggcaaaa gacggcgaag      480

aaaaaacggc gccaggaaga aaatgcggct caaaaggctg gtcagtga                   528


<210>  2010
<211>  1848
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14940

<400>  2010
ttgaaaacac gtgacgatat tcgcaatatt gcgatcattg cccacgtcga ccacggtaag       60

acgaccctgg ttaacgaaat gttgaagcaa tcggataccc tgccggaaca ctttgaaatc      120

caggaccggg caatggatac caacgccatt gaacgggaac gggggatcac gatcctctcc      180

aagaacacgg ccgttaagta caatggctac caaatcaaca tccttgatac gccagggcac      240

gccgacttcg gtggtgaagt ggaacgtgtt atgaagatgg tggacggtgt cttgttagtt      300

gtcgatgcct ttgaagggac gatgccgcaa acccgcttcg ttttaaagaa ggccctggaa      360

caacacctaa cgccgatcgt ggtgattaac aaggttgacc gtgaaggcgc tcgcccggaa      420

gaagtggttg acgaagtgct cgacctcttc atcgaattag gggccgacga agaccaactg      480

gacttcccag tagtttacgc ctccgctatg aacgggacga cgtcattaga cgctgacgtt      540

gccacccaag aacacacgat gaagccgtta tttgacacga tcatcgacac gattccggca      600

ccaatcgaca actccgacga accactccaa ttccaagtgg cgatcctcga ttacaacgac      660

ttcgttggtc ggattgggat cggccgcgta gttcgtggtc aaatcaaggt tggggaccaa      720

gttacggtta tgaaactgga cggctccaag caaaacttcc gcgttaccaa gctcttcggg      780

ttcgttgggc ttaagcgggt ggaaattcaa gaagctaagt ccggtgacct gatcgccgtt      840

tccgggatgg atgaaatcaa cgttggtgaa acggtggtta acccagaaca cccggacgcc      900

ttaacgccgc tgcggatcga cccgccgacg ttgcaaatga ccttccggac caacgactcc      960

ccgtttgctg gtcgcgaagg tgaattcgtg acttcccggc aactggaaag ccgcctgaag     1020

tctgaattac acaccgacgt ttccctgcgg gttgacgaca ctgatgaccc gggtgcttgg     1080

accgtttccg ggcgtgggga attgcactta tcaatcctga ttgaaacgat gcgtcgggaa     1140

ggttacgaac tggccgtttc ccgtccgcaa gttatctacc gcgaagtcga cggggttgaa     1200

tgcgaaccgt ttgaagaagt tcaaatcgac acgccggatg aatacactgg ttcaatcatt     1260

gactctcttt cccaacgtaa ggggcaaatg aagaacatgg aaccatccaa caacggccaa     1320

acccggttga tttttgaagt tccatcccgg ggcttgatcg gttactccaa cgaattcatg     1380

agccaaacca agggttacgg gattatgagc cacgtcttca aggaatacgc tccggtggtt     1440

aagaactgga acccaggccg caagaagggg accttggttt cgatgaactc tggcaaggcc     1500

acgacctacg ccatgatggg gatcgaatcc cgcgggacgc tcctgattga cccagggacg     1560

gaagtctacg aagggatgat cgttggtgaa aacagccgcg aaaacgacat cacggttaac     1620

atcaccaagg gtaagaacct gaccaacgtc cgggcagccg gttccgacga catggcccgg     1680

atcaagacgc caacgcactt gtcccttgaa gaatcccttg aattcttaaa cgacgatgaa     1740

tactgcgaaa tcacgccgga aaacgttcgt ttacgtaagc aaatcctgga cactaacgcc     1800

cgggaaaagg cggctaagcg gcgcaaggca gccttgcgtg acaagtaa                  1848


<210>  2011
<211>  3504
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14941

<400>  2011
ttggacctgc ctaacttgat cgagattcaa accgattctt acaattggtt tatggacaag       60

ggtttgcggg aaatgtttga cgatattatg ccgatcgatg atttccaggg gaagctatcc      120

ttggaattcg ttgactacca attgttggaa ccaaagtaca cggtcgctga agcgcgtgaa      180

catgacgcaa actactcagc accactgcac gtaacgttac gcctgaccaa ccacgaaacg      240

ggcgaaatca agtcccaaga cgtcttcttt ggtgacttcc cactgatgac ggaccaaggg      300

accttcatca tcaacggggc cgaacgggtt atcgtatccc aattagttcg ttccccaggg      360

gtttactaca acgaagaagc cgacaagaat gggcgcccaa gctacggtgc caactttatc      420

ccgaaccggg gggcttggct agaatacgaa accgacgcta agggaatttc ctacgtccgt      480

atcgaccgga cccgtaagct accaattacg gaattagttc gggcccttgg ttttggttcc      540

gatgacgaaa tttgggacat gttggggagc gaatcagaat ccctgaacgc caccattgaa      600

aaggacctac acaaggaacc ggaagactcc cgggttgaag aatccttaaa ggatatctac      660

gaacggctcc gtccaggtga accgaagacg gccgactccg cacggtccct tttgacgacc      720

cgcttctttg atccaaagcg ctacgacatg gcgccagttg gtcgttacaa gactaacaag      780

aagctgcaaa tgaagtaccg tttgttaggt ctgaccctgg ctgaaaccct ggccgaccca      840

gaaaccggtg aaattatcgc taaggacggg gacgtcatta ctaaggaagt cttaaaggaa      900

ctcgaaccgg ttctggaaca agacgacttt aagatgatca cctacacgcc atccgatgaa      960

gcagtggtaa ccgcgccggt tcaactgcaa aagattatgg tttactccaa gaacgaccct     1020

gaacgcaagg tgccggtggt atctaacggt cacatctcct tggacttaaa gcacatccaa     1080

ccagccgaca tcctggcttc gatcaactac ttcttgaact tacaagaagg gatcgggact     1140

accgatgaca tcgaccactt gggtaaccgg cggattcgtt ccgttgggga actgttgcaa     1200

aaccaattcc ggatcgggct cgcccggatg gaacgggtgg ttcgcgaacg gatgtcaatc     1260

caagacatca acaccgtaac gccacaacaa ctgatcaaca ttcgcccagt cgtggcttca     1320

attaaggaat tctttggttc ctcccaactt tcccagttca tggaccagac caacccactg     1380

ggtgaattga cccacaagcg gcgtctgtcc gccctgggac cgggtggttt gacgcgtgac     1440

cgggccggtt atgaagtccg ggacgttcac tatacccact acggccggat gtgcccaatc     1500

gaaacgccgg aaggaccgaa catcgggttg atcaactcgc tgtcctctta cgcccgggtg     1560

aacgcatacg gctttatcga aacgccgtac cgtcgtgtct catgggccga ccacaaggta     1620

accgaccgga tcgactacct gacggccgac gaagaagata acttcatcat cgcccaggcc     1680

aacacgccac tgaacgaaga tggttccttt gttcacgacg aaatcatgtg ccgtgataag     1740

gaagactaca tcgaaacggc gccagaaaac gtcgactaca tggacgtttc gccaaagcaa     1800

gtggtttccg ttgcctccgc atgtattccg ttcttggaaa acgacgactc caaccgggcc     1860

ttgatgggtg ccaacatgca acggcaagcc gttccgttga ttaacccaca cgctccgttg     1920

atcgggaccg ggattgaata caaggccgcc cacgactccg gggtcgcttt gatcgctaag     1980

aacagtggga ccgttgaata cgttgacgcc cgcgaagtac gggtacgcca agaagacgga     2040

acgttagaca cttacaagct gatgaagttc cgccgctcta acggtggtaa gaactacaac     2100

caacggccaa ttgttaaggt tggcgaatgg gttgacgctg atgacgtctt agccgacgga     2160

ccatcaatgg aacaagggga attagccctt ggtcaaaacc cactgatcgc cttcatgact     2220

tggcaaggtt acaacttcga agatgccatc gccattaacg aacgcctagt taaagacgac     2280

gtttacactt cgatccacat cgaatcttac gaatccgaag cccgcgaaac taagctcgga     2340

ccagaagaaa tgacgcgcga aattccaaac gtcagtgaag acgcccgcaa ggaccttgat     2400

gaatccgggg tgatccgggt aggggccgaa gtccacgatg gtgacatttt ggttggtaag     2460

gtaacgccaa agggggttac cgaactatcc gccgaagaac ggctcttaca cgccatcttt     2520

ggtgaaaagt cacgcgaagt ccgtgatacc tccctcaggg tgccacacgg cggtggcggg     2580

atcatccaag acgtgaaggt ctttacccgc gaaaacggtg acgaattagc cccaggggtt     2640

aacaagatgg tccgtgttta catcgcccag aagcggaaga tccaagtcgg ggacaagatg     2700

tccggtcgtc acgggaacaa ggggacggtt tcgatcgtcg ttccagaaga agacatgccg     2760

tacatgccag atgggacccc aattgacatt atgctgtcac caatgggtgt gccgtcccgt     2820

atgaacatcg gtcaggtgat cgaacttcac ttggggatgg ctgctcgcga gctggggatc     2880

cacattgcca cgccagtctt tgatggtgcc aacgaccaag acgtttggga tgccgttaag     2940

gaagccggct taccgtccga tgggaagacg atcctttacg atggtcggac cggggaacca     3000

tttgaacaac gggttgccgt tggggtcatg cactacctga agctggccca catggttgac     3060

gacaagatcc acgcccgttc gactggtcca tactcactgg ttacccaaca accacttggg     3120

gggaaggccc aattcggggg acagcggttc ggtgaaatgg aagtttgggc cctggaagca     3180

tacggggctg cttacaccct gcaagaaatc ttgacttaca agtctgacga tacggtcggc     3240

cgggtaaata cttaccaagc catcattgac ggggaccaaa ttccaaagcc aggggtaccg     3300

gaatccttcc gtgtgctggt taaggaattg caatcccttg ggttagacat gaaggtctta     3360

gatgacaagc acgaagaaat ccagcttaag agcatggatg aagacgttgc tgacgttcgg     3420

aaactggccc gccgtggcca cgaaacgctg gaagaacaac cagcgcaagc gacgagcgcc     3480

caagacgaag ccaagcaaga ttag                                            3504


<210>  2012
<211>  1362
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14942

<400>  2012
atgtttaact tcttaaagcc gtcaccggac gcaacgaaac tggtgcctaa agaaaaggtc       60

gccggcgaat accgcaagcg tcaggcgggg gtcttagtcg ccacttgtgt tacctacctg      120

tcctactaca tcattcggct gattttcacc accgaacaaa agccgatcat ggaggcgtac      180

ggcttttcaa tcggtcaaat tgggctgatt ttatcaacct ttgggattgg ttacggggtg      240

gccaagctgt tcatgggggg cttagccgat aagtccaaca ccaagtggtt cttggcttcc      300

gggctgtacc tatcttgtat tttcaacgcc ttcttgggct tcaccaagaa cttttacatc      360

atcttattcc tgatgatctt agtggccgtg acccaagcca tgggggccgt ggcctgccaa      420

cgtgaaatct cgctctggtt cgctaagaag aaccggggga cgatgttctc catctgggcc      480

tctgcccaca acgccggggc ctttgcctgc gtggccgtga ttcaaatggc caccctgctc      540

ttctcaggtt ctttaacgat ggttttcttg accgcttccg ttatctcagc tattatcgca      600

accttaatgt tgcttattaa ctcggaacgg ccagaagcag tagggctgcc aaacatggcg      660

gaatactctg gttacgtgga actggacgaa aagggggaag ctacctccca agaactttcc      720

caaaagtcct tcacccagat cctcttccaa gacatcttga ctaacaaggt ggtttgggcc      780

gttactttga cgtcaatgtc aatttacatt gtccgttacg gggtcatgag ttggatccca      840

agttacctgc cgaccaaggg cttctccgcc gactgggcca agtggttagt cgggatcttt      900

gaactttcgg ccgtgccagg ggtaattatc ttagggttgg tctccgactt cttgaagggg      960

cgccgttcct tagtttgttt catctgcgtg attggtttga ttgcctgcct gatcacttac     1020

tttactagca ccagtcaagc cgtaatcacg gtagtcctct tcattatggg gagcctgatt     1080

tacgccccac tgtccttagt gggactaatg gtcaacgaag ccgtaccgaa ctacgccgtt     1140

gggctgtcga ccgggttcat gggcttcttc caatatgtct tcggtgaaac ggccgcgacg     1200

gccctgatcg gtcaactggt cgaccacttt ggttggggcg cttcggcgac gacgatttac     1260

gtggcggccg ccgctgcctt cttgctcttg gtttacctgg tcttcaagga acgcaagatc     1320

atgcaaatgg aagccaaggc caacgcggct aacggaaatt ag                        1362


<210>  2013
<211>  1014
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14943

<400>  2013
atgaagtact tagtcactga taccagggac attcgctata acctggcgct agaaacctac       60

ctgatggagc acgcccaact cgatgagccg atcctctact tttacatcaa ctcgccttgc      120

atcattcttg gccgcaatca ggacgcctat gaagaggtca accttgatta cgtgcgtgaa      180

cataacatca tcgttacccg ccggacctcc gggggtgggg cggtctttga cgacctgggc      240

aacgtttcct ttagctttat caccgaagat gatggccact ctaacgggaa cttcgctaag      300

ttcaccgacc cggtgatcga agtcctgcac gaaatggggg cgaccaaggc tgaactatcc      360

gggcgcaacg acttacagat cgaaggtaag aagttctccg gcaacgccat gcggatcgcc      420

cacgggcgga tgttctccca tggcaccctg atgtacgacg tcgacctcga cgtgattggc      480

cacgccctta atgtgcctaa ggacaagatt gaatccaagg ggatcaagtc ggtccacagc      540

cgggtaacta acctaaagcc ccacttcacg ccggcctacc aacacctgac gattgaggaa      600

ttccgcgaca cgctagccaa gaagatcctc ggcgtcagtg acctagccga tgccaaggaa      660

tacgtgctga gtgatgaaga caaggccgcc gtggccaaga tcaacgcgga gatctttagc      720

aactgggact tcgtatacgg caagtcgccc aaggcggcca tccaacaccg ccaacacttt      780

gaccagggga cggtcgactt ccgttttcaa attgagggcg gtaagattgc ctacctcaag      840

gtctatggtg acttcttagg tcaagaagac gtgcgcgatt ttgaacagcg tttgttgggg      900

gttcgctacg accgggaagc catcaaccaa aagattgacg agggcttggt ggcccgggtc      960

tttggtaaga tcaccaagga cgaaattgtc gacctgctgg tccggcagga atga           1014


<210>  2014
<211>  2862
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14944

<400>  2014
atggcaaacg aaaagattgt aattcggggt gcccgggcac ataacttaaa gaacattgac       60

gtgacgatcc ccaagaataa gttggtcgtc atcacggggc tgtctggttc cggcaagtcc      120

tccttagcct ttgatacctt atacgctgag gggcagcgcc ggtacgtgga gagcttgtcg      180

gcttatgcgc gccagttcct tggccaaatg gataagccag acgtggactc aattgaaggg      240

ctatcgccgg cgatctcgat tgatcaaaaa acgacttccc ataacccccg ttcaacggtg      300

gggacggtga cggaaattaa cgacttcttg cgcctcttgt gggcccgggt ggggacgccg      360

ctttgtccca cccacggggt accaattgcc agccaatcac ctgagcaaat ggttaaccag      420

atcctagagt tgccagaacg gacccgcctg caggtactgg cgccggtcgt ccacgaaaag      480

cgggggaccc aaaaggcagt gttagccaag atcaaaaagg acggctttgt ccgggtgcaa      540

gttgacggtg aaacctacga cgtcgatgag gtgccggaac tggagaagaa caagaagcac      600

tccattgacg tggtggtgga ccgcattatc gtgaaagacg gcgttcgttc acgcctgttt      660

gactcctttg aagcggcctt gcgcctggcc gatggggtgg cggtggccga cattattggc      720

ggtgagaaga tccccttttc cgaacactac gcctgcccgt acggtgactt ctcgatgccc      780

gaactggaac cacggttgtt ctccttcaac gccccgctgg gtgcctgccc ggtttgtgag      840

gggctcggga gtaagttaga agttgacgtc gacctcgtgg ttcccgatca aacgaagacc      900

ttaaacgagg gggccttagt gccgtggaac ccaatctctt ctaagtacta ccccagcctg      960

ttggcccagt actgcgcggc cgccgggatt gacatggaca ccccctttga agactttgat     1020

gaccaaacca agcaccagct tttgtacggt gatgacttaa ccttccactt ccactaccaa     1080

aatgactttg gcggcattcg tgacgtcgac gtgacctttg agggggtggt caataacgtt     1140

tcccgccgct acaaggaaac gaactccgac ttcacccgcg agcagatgcg taagtacatg     1200

gccgagttgc cgtgcccagc ctgccacggt taccggctca acgaacaggc cttggcagtg     1260

aaggtggcgg gccaaaacat tggtcaggtt tcggaactgc cgatttctga agaaattgac     1320

tttttccagc gggttcactt gtctgaacaa gaccaagaga ttgcccggcc aattctaaag     1380

gaaattctcg accggctgac ctttatgcaa aacgtggggg ttgagtactt gaccctctcc     1440

cggtcggcac ggaccctctc cgggggggag gcccagcgaa ttcggttggc gacccagatc     1500

ggttccaact tgtccggggt catgtacgtg ttagatgaac catcgattgg gctccaccag     1560

cgcgataatg accgcttgat taactcactg aagaagatgc gtgacctggg gaacaccctg     1620

attgtcgtgg aacacgatga ggatacgatg cgggcggccg attacatcat cgacattggt     1680

ccgggggccg gcgaagacgg tggtcaggtg atggcggctg ggaccccgaa acagattatg     1740

cgctcacgca agtctttgac cggtaagtac ctgtcgggac gggagatgat tccggtaccc     1800

agcgagcgtc gatctggcaa tggccacgtc ttgaccctcg tgggggccag ggaaaacaac     1860

ctcaaagaca tcaccgttaa gttcccactg gggaagttta tctgcgtcac cggggtgtct     1920

ggctccggta agtcgaccct ggttaaccag atcctcaagc ggatcctggc ccagcaacta     1980

aaccgggcca gcgacaagcc aggacgttac aaggagatcc gcggcttgga aaacgtggaa     2040

aaggtgatcg acattgatca gtcaccaatt gggcggacgc cgcgctcgaa cccggccacc     2100

tacacggggg tctttgacga catccggggc ctgttcgccc aaactaatga ggccaagtta     2160

cggggctacg gaaagggccg cttctccttt aacgtcaagg ggggacggtg tgaagcctgc     2220

cacggggacg gaattatcaa gattgagatg aacttcttgc ccgacgtcta cgttccctgc     2280

gaggtttgcc acggcacccg ttacaactcg gaaaccttgg aagttgaata caagggcaaa     2340

aacatcgctc agatcttaga catgaccgtt gaagaggccc tccacttttt cagtgcgatt     2400

cccaagattc ggcgtaagct tcaaacgatt caagacgttg gcctaggcta cgttcacctc     2460

ggccagccag ccaccaccct gtccgggggg gaagcccaac ggatgaaact ggctagtgag     2520

ttgcaccgtc aatctaacgg gcgttccttt tacatcctcg acgaaccaac gaccgggctc     2580

cacatggccg acatcaagcg cctgctagca gtgctacagc gcctagttga cgctgggaac     2640

accgttttgg taatcgaaca cgacttagac gtggtcaagt cggccgactg gttgattgac     2700

ctcggtcccg aggggggtca agccggtgga gaaattgtcg ctaccggaac cccggaagaa     2760

gtggcccagg tcccagcttc ttacacgggt cactacctca aggagatgtt ggaccgggat     2820

gccaagtggg cggcggaacg ggccgctaaa aagaagaagt aa                        2862


<210>  2015
<211>  1419
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14945

<400>  2015
atgttgaaaa tatacaacac actcacccgg caaaaagaag aatttcaccc ccaacaagca       60

gggatcgtta acatgtacgt ctgtggtccg accgtctaca attatattca catcggcaac      120

gcccggagcg tggtcgcctt tgatacggtg cgccgctacc tagagttttc tggctaccaa      180

gttaattacg tctccaactt caccgatgtt gatgacaaga tgataaaggc cgccaaggag      240

caggggatca cggtgccaga gttggcgtat aagtacatcc aagcctacat ggaagacacc      300

gccgctttga acgtcgaacc cgccactacc cacccccggg caaccgaaaa cattgacggg      360

attatttcct ttattgaaga cctgattgaa aagggctacg cctaccaaag tgggggcgac      420

gtgtactacc gggcccgcaa gtttgcccac tatggtcaac tgtccggtca gtccctagac      480

gacctggaag tcggggctag cgaacacgtt tcaacagaag aggtggccaa aaaaaaggac      540

ccgctcgatt tcgccctctg gaaggcggcc aagcccggcg agatcaagtg ggactccccg      600

tggggggccg ggcgcccggg ctggcatatt gagtgctcgg tgatgtcaac caagtacctg      660

ggtgataccc tagacattca cgccggtggt caggacctcg agttccccca ccacgaaaat      720

gaaatcgccc agagcgaagc caagacgggc caccgcttcg ttaactactg gatgcacaac      780

ggctttgtaa cgatcggtag ggacaacgaa aagatgagca agtccctggg caacttcgtc      840

acggtgcacg acttaattaa ggaagttgac ccgcaggtgt tacggttctt catgtcaacg      900

acccagtacc ggcgcccaat tcaatacagt caagaaagct tggtggaagc ccaagctaac      960

ttagagcact taaaaaacac ttacgacaac ctggcttacc ggctcaaaga cgctacgtcc     1020

gggaccgatg gcggcgtgca acggcaacta gcggacttcc gggcccgctt tgtggcagcc     1080

atggatgatg atattaacgt tcaaaacggg attgccgtgg tttacgagtt gatgcgcttt     1140

gctaaccagt acgttgaaca acgcctggtg cagcgcgaac caatcgttgc cattcaatta     1200

atgttaaaac ggttagtagc ggtctttggg gttgacctgg ccgtttccgc tactgaaatt     1260

aacgacgaaa aaattaagga actgatcgaa aagcgtaacg ccgcccgggc ggaaaaagac     1320

ttcgctttaa gtgaccagat ccgcgaccag ttaagggacc aggggatcat tttagaggac     1380

accccccagg ggacccgtta cagaaaggaa tcaaattag                            1419


<210>  2016
<211>  3105
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14946

<400>  2016
atgaaaccac tcaagttaac gatgcactac tttgggccgt acgaagacac cacgattgac       60

ttcaccaggt ttgacgctag cccgttatac ctgattgccg gcgacaccgg gagcgggaag      120

acgaccatct ttgacgccat gtgcgtggcc ctgtacggta acgcctccaa cgagcgccgg      180

tcggccgaaa tgtttcgctc cgactttgcg acccccaagc aggtgaccga ggtaaccttc      240

ctatttgaac ataagggggt cacctaccaa gtctaccggc ggccacggca agtcctgacg      300

atgacccggg gcaaggggga aaagcaatac gacccaaagg tttcgctagt gtacccagtt      360

ggcgctgaaa acccccgtga gttgacgaag atcaccgagg tcaatcagtt cgttcaggac      420

cttttggggg tcaacgccag tcagttccgc cagctgatca tcctgcccca gggcgaggtg      480

caacgctttt taatggcgga ttccaagacc aaagaagaga tcctcaccac cctctttcaa      540

acccagctct acaccaactg ggtcacgaag ctggatgagc gcgccaaaag tatgcgtgat      600

caaacccaag acatcaccag tcagctcaag gtcctgatgg gccaagttga tggggttagc      660

gaccagctag agctcgacca gtggcaagtg gcggtcgggg acctgctgac cgaaaaaaag      720

gcggagctaa gggcggttac cgaacaagta accacggcac aaaaagcggc cgaccagttg      780

caagcccagt tgaccgcgga acggcgcttg gccgaggacc acgctgcgtt agtttcctgt      840

gaaacgcaac aagtggagct taaagaacgg gcgccgcaaa ttaaacgctt ggccgacgaa      900

aacgaagaaa cggcgtgggc ccaacaacac caaacggcat accacgagtg gcaagccggg      960

acgaccaaat tggcggaact gaccaagcag caagcggcgt gtgaacaaaa acaagccgcg     1020

gttaaggtgc gggtgcaaga attgacccaa gtggccgaac ggttaaagga acaagaaccg     1080

gccgtccaag aacgccaacg ccaagtggcc aacattcgag agaagctccc cctctttgaa     1140

gaggtggccg ccctaagtaa gcggctggaa aaagagcgcc gggcccaagt tgaacaagaa     1200

cggacggtta gtgaccaaac gagcgccctg actaagttac aggccgagtt agaccgggtg     1260

gatcaggaac tccaagccgc tcccgacctg acccaagcgg cggttacgat tgccaccagg     1320

gtccaacaag tagtccgctg gcaacaggca gtgaccgccc tcggggagca agccaaggag     1380

ctggccaacc aggagcaagc cctgcgtgac ctaaacgctc agcttgccga ggctaaaaaa     1440

accgcccaag ccgctcaagc ggaccttaaa gaaaagaaga aggcccgcct cgccgccatg     1500

attgcaaccc tggctagcga gctggaggaa ggggaggcct gcccgatttg cgggagtacc     1560

acccaccccc acgtcgccac ggcggtgcaa acgggccagg aagtaaccga ggtaacgcta     1620

gatgcggccc aggcgaaagt gaccaaggcg gaaacgaccc tggcgacttt aaccacgcgg     1680

caagcgaacc aagacagcca gctagaaaag ggacgggcaa ctttccaaga cgaattggca     1740

acgctttgcc aagccgtggc aagcccagcg ggtgacctgg aggcagccac ggcggccgtg     1800

gccgaagccg tcgcggcgct ggaccacgac cgccaggaat tgcaaaacgc ccaagctaag     1860

gaaacggaaa accagcaacg ccaggtaagc ctgaccaagc agatccaggc ggggcaagca     1920

aagtaccagg aactgcaagc agcggtcaat gaagggcgcc tgaacgtcaa ccaaacccaa     1980

accgagttag ttaacaagca gggccagttg cccgccgaac tgccggacct ggcgagtgcc     2040

gagcggtggc taaaggaaga ggaacaggcg ttagcggact ttgccagcca gcaaacgcaa     2100

aaccaggacg cccttagtcg ggcccaaacc caattaaccc aactgaccac cacgagccag     2160

cagctagcgg acagcgccaa agcgaccgca gccgaagtgg accaacgcaa gcgggaacta     2220

acggcggccc tagcagaacg ccaagcagcg tgggaggtct ttgaacgggc cctggcccgc     2280

gttccggaac tggcggcccg ccaaagggag gtcaacgact accgtcaacg gctggcgagc     2340

ctggccgacc agcgccaacg gttggtggaa caaatcgccg gccggcccaa gccggacgtg     2400

gaaaagacgg cggggcagtt gaagaaagcc caggtgaagt tggaccagct caaaggggcg     2460

gtgattgaac aaggcaacgc cctgacgcgg atcaaggaaa ttaaacaaca agtcgaaaaa     2520

aaggcggcta agcagggcga caccgagcgc caactgcggg aactttccag cctgtgcgcc     2580

ctactcaagg ggcagggcgg gacccagtta ggcttgcagc ggtatgtcca acgccactac     2640

tttaccgagg tcttggcggt cgctaaccag tggctagcta agttaaccca cggtcgctac     2700

caaatgcacc tggatgggga agccgacttt aaggggcggc agaacaaaaa cgggttggaa     2760

atttacgccg acgatgacta cgccggcaaa gcgcgcaagg tgcaaagcct gtcggggggt     2820

gagagcttct tgaccgccct ggcgctggcg ttggccctcg gggaagtcgt tcagcgccac     2880

catgggggcg ttgaaatcga agccctcttc gttgacgaag ggttcggctc cctagatcaa     2940

gacgccctgg gtgaagccct ggataccttg caaagcctgg acggcaaccg aatgattggg     3000

atcatcagcc acgtgaccga gctggaggag cagatccccg atcagttaca ggtgatcgcg     3060

gagaatgggc gcagcaaggt taaatatcac ctggcaacgg actaa                     3105


<210>  2017
<211>  3564
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14947

<400>  2017
atgcgactac tttcactaga aattgaaggt tttaaatcct ttgccgacaa gaccgttatc       60

gattttcgac cggggatgac cggaatcatt gggcccaacg ggagcgggaa gagtaacatt      120

attgaagcca tccgctgggt gatgggagag cagtccgcca agaccctgcg gggggataag      180

atggccgacg tgattttcaa cggggcggcc gaccgcaagc ccttaaaccg ggcgcaggtt      240

aagatcaccc tcgataacag cgaccactac ttggattccg agtttaccga attaacggtg      300

acccgccggc tgtaccggaa cggtgattcc gagtacctag tcaacgaccg gccggtacgg      360

ctcaaagaca tcgtcgacct cttcattgat tcagggattg ggcgcgagtc cttttcaatc      420

atctcccagg ggcgggtagc cgccattttc aacgggaagc caaccgaccg gcgggaagtg      480

atcgaaacgg tagccggcgt tgccaagtat aagcaaaaca aacggaccgc cgaaaaacgg      540

ctagttacca ccactgataa ccttaaccgg gtcaacgata tcattgccga aatcaacggg      600

cgcttggccc cgttagccga ggaaagcgcc ctggccgagg agtacctaga gcaaaaggga      660

cgcctggacc gcctggatcg cacccaaacg gtccgccaaa ctagggctaa ccaagcccgg      720

ctaagccagg ttaacgaaaa ggtcgtcaag ggccaagagc taactaagca atacgatcag      780

gacgccaaca ccgctagtca gcgccaggcg cagctagagg gacaacggca ccaattactg      840

gcgacgcgcg atgagcacca ggctaagttg ctagaggcga cccaggtgat cgctaaactc      900

gaaaatcaac agtcgctctc ctcggttcgc aaggaacagc gccaggccga acaggaccgg      960

ttgaccaagc ggcaaagcga cctgacggaa caacaacggg cgctgacgga ccaaataacg     1020

gcggtcaatg gcgaactgac taagcgtaag gaagccatca aggaccacca ggctcagctg     1080

cgtcaattaa agacgatgag cgccgaagag cgggccgccc agctagagga gacgattgaa     1140

aacctgcgca acaagcaagt cgacttgatg caggaacaaa cgacgattca aaacaaccaa     1200

ctcttcttaa agcgggatca ccagcgtaac cagagccaac aagaagccgg ggccgccgcc     1260

ctcagtgaag ccaagcggaa gttggccgag ctaacgaaag cggctaacca acaggccacc     1320

gttgcccaaa cggctgagca aacggcccaa gagttggtac agcgctataa ccaggagcag     1380

gccagccaag ccaaactcca gcaggaatac gaacagactt cccgccggtg gtaccaagcc     1440

ctgggggacg tttcttccgc cgagggacgg attaaaagtt accaatcaat ggcggccgat     1500

tacaccggat actaccacgg ggttcaacag gtgttgcgta agcgccaggc ctacccgggc     1560

cttttcggcg ccgttagcga actcctggag gtgccaagtc aatatacgac ggcgattgaa     1620

accgtcctgg gtgggcaact acaacagtta gtcgttgaca gccaggcgac cgggaagcgg     1680

atcattcagg atttgatcca aagccggggc gggcgggtaa cgatcctgcc actggataac     1740

ctacgtggcg gttttgcccc ccgcaactta gccaagttag tgaccatgcc aggttacgtg     1800

ggccgggccg gggagctgat agcctatgac gctcgttttc aagtcgtggt cgaccagctc     1860

ctggccagca cggtggtcgt tgacaacctc gatcacgcta ctgagattgc ccgggccggg     1920

cagcaccagg ttcgggtggt caccttagac ggccaactga tcaacgcctc tggggccatg     1980

accggggggg ccaaccgtaa ccagcggacg gggctacttc gccaacgcca agagttggcc     2040

gagctagagc aagccgttaa acaggctcag gccaccgcca gtcagttgga agcacaggtt     2100

cagcgcctcc aacgggcgcg tcaggccagc caggtcaccc gcgacaagct ggaacaagaa     2160

ctagcacggg cacgtaatga ggccgtggag cagagtaacc aggcccagcg gcttcaagac     2220

caggtaacgg ccgccaccca gacggtgacc tcactggaat accaggccga tcaacaaaac     2280

gaccagcagg taaactacca aagccgggtt caagaggcag cttgcgaggc cgcccgggtt     2340

gaacaagagt tggccgaggt taaggagcgg accagccggg cgcaagaaca gctgactgcc     2400

ctgcaatcta acgccgctag ccaaaacgaa caggttcacg agctcagcca gtggctggcc     2460

gttgaaaaga cccgcttgga acaggaccag tctcaccgaa gcgacctact caagcaacaa     2520

gccgaggtcc aagccgcctt agcggaaacg caaggggcgc tcgcgcagtt atctaaacaa     2580

gaccaaacga tggacgccga acacgagtcc agccaggtgg ccttagaaga atcccgcgcc     2640

gctctcaagg accaccaagc cgccgtcgaa accgtcaccg accagttaga tcaagtcgaa     2700

gcagacttgc ggcaggctag cgaacgggcc caacgactgc aggacctgct caaagtggcc     2760

ttaagtgatc aaaccaggct ggctgccgaa caagctcagc tggaaacgac gattgatcag     2820

ggcttaaacc gcctgagcga acgctaccag atgaccttgg acgccgctag ccaggacatg     2880

gcggacctag ccgacgaaga gctagctcgt caaatcaagc tcttgaaccg tggaatcgcg     2940

gacctggggg aggtcaacac ctcttcgatt gccgaataca agcaggttaa ggagcgctac     3000

gacttcttga gtggccagca agctgacttg gtggccgcca aagagcagct cgaacaaacg     3060

atgaccgaaa tggatcaaca agtcgaggcc cgctttatga acaccttcaa gcaagtttcg     3120

gcggccttta gtgaaacctt cacccagatc tttgacggtg gcgaggccaa gttgatcctg     3180

accgaaccaa gtcagcctct gacgaccggg gttgacatta tggctcagcc gcctggcaag     3240

cgtaaccagc gtctatccct gttatcaggg ggggaacggg ccctaacggc gatcgccctt     3300

ttatttgcga tcctaaaggt ccggccggtg ccgtttgcca tcctagacga accggaagcg     3360

gcccttgacg cggttaacgt tgatcgtttt gcccactacc tcgatcgctt cggggatcag     3420

ggcccgcagt tcattgttat tacccaccgt aagggaacca tgatgaacgc cgacgtcttg     3480

tacggggtta ccatgcaaga gtccggggtt tcgcggatgg tttccgttga cgtcaacacc     3540

accctagcac agcaccaagg atag                                            3564


<210>  2018
<211>  2511
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14948

<400>  2018
gtgccagaac aagagatgcc tggacggata accgacgtta atctgaccag ccaaatgcgg       60

aattcattct tggattacgc catgagtgtc atcgtctccc gggccctacc tgacgttcgt      120

gatggtttaa agccggttca gcgccggatt ttatacggga tgaacgaact gggggtcact      180

ccggataagc cctacaagaa gtcggcccgg atcgtggggg acgtcatggg gaaatttcac      240

ccccacgggg actcttcgat ttacgagggg ctcgttcgga tggcccaaga cttctcctac      300

cgttacatgc tggtcgacgg gcacggtaac ttcggctccg tcgatgggga cggggcggcc      360

gccatgcggt acaccgaagc taagatgagc aagatcgccg tcgaaatgct gcgcgacatc      420

aacaaggaca ccgttgattt ccaagacaac tacgacggta ccgaaaaaga accggctgtc      480

ctgccggccc gcttcccgaa cctcttggtg aacggggcct cggggattgc cgtcgggatg      540

gctaccaaca tcccaaccca taacctgggc gaagtaatct cggcaattca catgctgatg      600

aataacccgg acgtgacggt tgccgagctg atgaaggcct taccaggacc ggacttccca      660

accgggggcg tggtcatggg taaagcgggg attcgccagg cctacgagag cggtcagggt      720

tcgattatcg tccgggccaa ggtggaaatt gaggagcaaa agaacggcaa gcaacggatc      780

gtcgttcacg aaattccgta catggttaac aaggccaagc tgatcgagcg gatcgccaac      840

ctcgcccggg aaaaggaaat cgatgggatt accgatgtca acgacgaaac cgaccgggaa      900

gggatgcgga tcgtaattga cgttcgccgc gacgccagtg ccgaggtgat cttaaacaac      960

ctctacaaga tgaccctgat gcaaacgact tacaacttca acatgttggc gatcgttaag     1020

ggcgccccga agatcctgtc attaaaagag atccttcagt actacttgga acaccaagaa     1080

gaagtggttc gccggcggac cgaattcgac ttgaaaaagg cccaaaaccg ggcccacatc     1140

gttgccgggt tacggattgc cttggatcac atcgacgcga tcatcaacat cattcggagc     1200

tcggaaactt ccgaactggc taagcaacgg ctgatggacg actacagcct gtccgatcgc     1260

caagcccaag ccattttgga cctgcggctg gtacgcctga ccgggttgga acgcgaaaaa     1320

attgaagacg agtaccaaaa actagtggcc gccattgcag attacaagga catcttggcc     1380

caccaggaac ggattaacca gatcatttac gatgaactga tggaaatcca aaacaagttt     1440

ggtgacgagc gccggaccga attacaagtc ggcgacattt ccaacatcga agacgaagac     1500

ctgatcgaag aagaagacat catcgtcaca ctcacccaca atggttacgt caagcgcttg     1560

ccggttgacg aatttaaggc ccagaaccgt gggggccgcg gggtgaaggg gatgggcgtc     1620

cacagtgacg acttcatcga gcacctggtc gctagttcca ctcacgacct cttgctcttc     1680

ttcaccaaca ccgggaaggt ctttgccatg aagggctacg aaattccaga gtacggtcgg     1740

gccgcccagg ggattccgat cattaacctc ctggacgtcg acggcaagga aaaggtgacc     1800

gccgtgatca acgttgccca aagagaagac gacttacaaa aggacctctt ctttgtgacc     1860

cggcagggaa cggttaagcg cacgccggtg acggaattta agaacattcg ctctaacggg     1920

atcaaggcca ttaacctgca cgagggtgat gaactgatca acgtggcgat tgtcgatgac     1980

gatcaaaaca tgattctagg gacccacctg ggccacgccg ccacctttaa ggtgagtgcc     2040

gttcggtcaa tgggacgatc cgccgccggg gtccgggggg cccgcctacg ggacggtgac     2100

tacctgattg gtgccgcacc gttaaacgag gatgaccagg ttctggttat ctcggaaaag     2160

ggctacggca agaagacgcc ggccagcgag tacccaatta agggccgggg tggcctgggg     2220

atcaagaccg tcaacgtgac cgaaaagaac gggccactcg ccgggttaac caccgttcag     2280

ggggacgaag acctgatggt ggtgaccgat aagggggtca tcatccgctt tggcgttgaa     2340

tccgtctccc aaaccaggcg ctcagcaatt ggagtccacc tgatcaagat ggacgccgac     2400

tcagtggtag ccacgatgac caaggtcgaa aaagagaccg cagaaacgga tccaaccgaa     2460

gcaagcgctg aagaagccga aacgccggtt gaaggtcccg acgaaattta a              2511


<210>  2019
<211>  1488
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14949

<400>  2019
atgataactt gggataccat tcgctacgta attgaaacta tctggttaat taacctagcc       60

ctggcctttt ggacggtctt tcgggagcgc cgggacatcg cttcaacctg ggcctggctg      120

ttggtcttat cctttttacc ggtggtgggc tttgtcgcct acctcttcgt gggccgcaaa      180

ctgtcgcacg accagatctt caccatccaa gacgaacaac ggcgcattct agaacagtac      240

aagcaccaac aacagcgcct actggaggcc caaaagctcc tgcctaaaga agagcaatcg      300

cgtagggatc agatgatggc caacctcttg ttaaacaccg acaacgccct gctaaccttt      360

ggcaaccagg tacatttatt tacggacggg cacgctaagt tcgatcagct catcaaagac      420

attgatcagg ccaagcggca catccacgtt gaatactaca cctttgcggc cgatcaatta      480

ggtcatcggg tcttggcggc ccttgaacgg gcaaccgagc gtggggtgga agtccgggtt      540

ctttatgact tgtcggggtc gcgcgggacc acttaccgct tctttagtca ccttgaagaa      600

cttggtggcc aagctcaggc cttcatttct agcgctaagg ctcgtttcaa caccccccgc      660

ttgaattacc acttgcaccg taagttggtc atcattgacg gtgacctggg ctacattggg      720

ggctttaaca ttggtgatca gtacctgggc gagtcgccaa agtttggtta ctggcgggat      780

agccacctcc gggtcgaggg gacggccgta ttgatgatgc aagcccgctt catcatggat      840

tggaacacga cttgccggcg gaccaaaaag gagcggatgg acctgacggg tgattacgtt      900

aacgttcgaa ccacccggct aaagaatccg gatcggtcaa tggttccgat gcagattgtt      960

tcgtccggcc ccgataacga taaccgggcg attcgtcgcg gttaccaagg gatcatttcc     1020

tcggcccgtc actacgtcta cattcaaacc ccgtacctaa ttcccgatga cgcaatttta     1080

gagtcattag tggtggcggc taaatccggg atcgacgttt ggatcatgat cccgccgatg     1140

ccggatcacc cctttgtcta ccgggcgacg gagtactttg cccactacct ggtttccaac     1200

ggggtgaagg tttacaagta cgataagggc tttttgcacg ccaagaccat ggtttccggt     1260

agtcacctgg cgtcggtcgg gtcggctaac ctggattacc gttccttccg gcttaacttt     1320

gaggttaacg cctttactta caacgagcag ttggctggtg aattgaaagc ggcctttgaa     1380

aacgatctaa aagactgcac ccaactgaac gaggagtact tcgaccagca atcagcttgg     1440

cggaagttca aacaggactt ctgccgcttg ctcgccccaa ttttgtaa                  1488


<210>  2020
<211>  2229
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14950

<400>  2020
atggactaca gggattttta ccaaccagaa aattacgtga accgggaact atcctggatt       60

gactttaatg ggcgggtgtt agaagaagcc gccagcccaa ccaaccccct gttggaacgg      120

gccaattttt tggggattac ccaaagtaac gtcgatgaat tcttcatggt gcgggtggct      180

tctttgagta agttagccgc cgctggggta acgacaacgg acgcctccgg gatgaccccg      240

gcagcacaac tgacggcggt caacgaaaag gagcaccaga tggtggcccg gcgctaccag      300

gtgtataagg acgtcttact tccggccttg gaagctaaag acatccacct ggtagccgtt      360

aaggacttgg atcaacacca acacgactac ttgcagcgtt actttaacga tgaattatta      420

ccggtcctaa ccccgatggc cgacgactca tcgcggccct tcccctttat ctctaataac      480

tccttaaacg tggccgttaa gctgattcgt acggctccgg caacgaccgc taaggaagtg      540

ctcgagggcg atcaggaagt ggtgaccacc atttcccagc cccacgaaaa aaaggaacaa      600

gacggtaagt acgaagagga attcgccacc gtccgggttc ccgaggtcta taagcggttg      660

gttaagatgc cgtcatccaa catctttgtc ctcttagacg acgtgatcaa gacctttatc      720

agcgtcctct tcccgggcta cgccgtgcaa gcaactggta cttaccgggt cgtgcgggac      780

atggacctgg acgtggccga agaagacacc tccgacttgt tgcgggcggt tcagcaccag      840

ttgcgggaac gcgagcacgg tcacgttatt cgcctagaag tggagcaggg gatggacgat      900

tggctggcgg cccacctgat tgataacctt aaggtcggcg aagaaggggt ttaccgcatt      960

gcgggcccga ttgacttaac ctttttaaag aagctctccg gcatggtttc cgaccacgaa     1020

gaagaccgtt acagcaagtt taccccgtac ctagccccgg aattggatat ggaacacaac     1080

ttatttgacg ccattcggga aaaggaccac ctgatgcaac acccctacga tgatttccaa     1140

gccgtcgtta actttattca ccaggcggcc accgacccca agaccctagc gatcaagatg     1200

accctctacc gggtatccgg aaattctcca atcatcaagt acttggggat ggcagcccag     1260

cagggcaaac aggtaacggt gctggtggaa gttaaggccc ggttcgatga acaaaacaac     1320

gttcactggg ctcgtcggct agagcggatg ggttgccacg taatttacgg gttagtgggg     1380

ctcaagaccc actgtaagct cgccttggtc attcgccgcg atgaagacgg aattcgccgc     1440

tacatgcacc tgggaaccgg gaattacaat gacgtgaccg ccaacttcta caccgatatg     1500

gggttgttta cctgtgatta cgaactcggg gtcgacttaa ccaacctctt taacatgctg     1560

tccggtttcg cccggccacg gtacttccac aagttgcggg tttcaccggg tgggattcgc     1620

aacttcatta acgaaaagat cgatgaacaa attgaggtgg ccaacaaggg actgccggcc     1680

aagatccgga tgaaaatgaa ttccctgtcg gataaacaaa ttatcgccca cctatacgct     1740

gctgctgcgg ccggggtgaa ggtggagcta ttgatccggg ggattacgtg cctgagaaac     1800

gatttaccgt tcttacacgg taacatcacg gtccactcaa ttgtcgggcg ctttttggaa     1860

cactcgcgga tttactactt tgaggccaac gggcactcgg agatctactt agcctcggcc     1920

gacatgatga ccagaaacct taaccggcgg gttgaagagc tcttcccggt cacccaagaa     1980

gataccaagg cacgggcgat cgaaattttt gatacaatgt ggcaagacga cgtcaagacc     2040

cgggttctaa agggcgaccg gtacaccccg ctgccgttca gcggtcaggt cgattgccaa     2100

gagatcttcg ttgatcaggt taaacaacaa gaacgagggc agcgccaaga acaaaagaac     2160

cggcgccact taaacaacgt ctttgaaacc cttagtcgtc acgtcaataa cctacgcctc     2220

aagaagtaa                                                             2229


<210>  2021
<211>  1839
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14951

<400>  2021
atgtggcgct atcttaaacg tgtcttgatc gggaaaccat taaagacgct tgacgagggc       60

cagtcgcact tgacgaagtt taaggctttg gccatgcttt cgtccgacgc cctttcgtca      120

gtggcctacg gtaccgaaca gattaccacg gttttagtaa ccctttcgac ggccgccatc      180

tggtattcct taccgattgc cggcattgtt ttagttctgt tgttagcaat taccttgtct      240

taccggcaaa tcatccacgc ttatccgagc ggtgggggcg cctacgttgt cgccaccaaa      300

aactggggga gcaacggggg cctaatcgcc gggggctcgc tgctagtcga ctacatgttg      360

acggtggcgg tatcaacgac gtcggggacg gaagcgatca cgtctgcaat tcctttccta      420

tataattatt cggtccatat ttcagtggtg attgtcttga tcatcatgtt catgaaccta      480

cgggggatga gtgagagtgc taacttcctg accattccgg tctatttttt cgtaatcatg      540

atgacggtga taatcgtctg gggtggctat aacatcgcta ccggtcacgt ggcttaccac      600

gccacggcca attacgggac gccggtagcc gggatgtctg ccatcctgtt catccgggct      660

ttttcggctg ggtcatcttc tttgaccggt gtcgaggcga tctccaatgc cgtaccgaac      720

tttaaccctc ctaagaagaa aaacgccgcc aacaccttgg caatgatgag cctgatctta      780

gcggccttct tcggtggggt gaccttcctg tccttttacc tgggaattgt accgaacccg      840

caccacaccg tcttgtccca gattggggcg gccgtttttg gtggcgaggg cctaggttac      900

tacctcttgc aactgtcgac ggcgatgatc ttagccgtgg cggctaacac tgggttctcg      960

gcctttccaa ttttggcctt caacatggcc aaggataagt acctcccgca cgcctttatg     1020

gaccgtgggg accggctagg ctattccaac gggattattt ccctggcggt cggggcgatc     1080

gtgttgatca tcctcttcca cgggaagacc aacctgttga tcccgctcta cgccgtcggg     1140

gtgttcgtgc cgtttaccct ctcgcagtcc gggatgatta tccactggtt ccgcttaaag     1200

gaagggagtt ggctggttaa gtcaaccatt aacctggtgg gggcgttaat ctcactagcc     1260

ctcgtgatct tcttgttctg gcaacacttc tccaacgtgt ggccgtacct gatcatcatg     1320

ccggcccttt tgtacctgtt ccacgttatt cacacccact acatcaaggt gggaatgcaa     1380

ctgcgggtag cggaaaaggc taaggttcag ttgcatgatt acgacggggc caccgtgatt     1440

gttttagtcg ggaacgtgac gcgggtcacc aagggcgcca ttaattacgc ccgttcaatt     1500

ggggattacg tcattgccat gcacgtgtcc tttgatgaaa acccgggtaa ggaacataag     1560

acggccaacg aatttaaggc cgagttcccg gacgtgcgtt tcgttgatat tcactcgtcc     1620

taccgctcga ttgccacacc aacgttacgg ttcgtagacg tgatcgccaa gagggcggcc     1680

gataagaatt attcgactac tgtattggtt ccgcagttcg ttccaaagca cccgtggcaa     1740

atggctttgc acaaccaaac gagcctacgc ttgcggacac tgctgaattc gcgggaaaac     1800

atcgttgttt caacttacaa ctatcacttg catgaataa                            1839


<210>  2022
<211>  1404
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14952

<400>  2022
atggatactc gtccagaaat tagtcggacg cccccccgca acattgaggc tgagcaagcc       60

gttttggggg cgatcctgtt aaaggatgac gcgattgtcg aggcgatgga atacgtcaaa      120

gaagacgact tctacacccg ccagcaccag ctcctcttta agaccatggt tgccttaaat      180

gacaacgata agccgatcga tgttgtttcc atgcaagtgg agctcaaccg ccaaaaccag      240

ctcgaggcgg tgggcggaat tcagtacctc gccaagctcg ccgcggcggt tcctacggcg      300

gctgacgtcg gcttttacgc caagatcgtt cacgataaag caacggcgcg gcgtttaatc      360

gatacggcca ccaagattgc tagtgagggt tacgaggatg ccgatgagat caccgatatg      420

ctcgaccggg cggagcagtc gattttaaac gtggcggagg acaataacca atcggagatg      480

caaaacatcg aagaagtagt gcacgaagcc gccaaccaca cttacgagct ctctaagcag      540

caaacccggg tgaccgggct gcggaccggc tacccgcaac tagacaacat gacgaccggg      600

ttacacgaag acgaactgat catcttggcg gcccggccgg cgatggggaa gactgccttt      660

gccttaaaca tcgcccaaaa cgtggcggtc cgtggggata accagccaac cgtcgccatc      720

ttcagcctgg aaatgggggc ggagtcgtta gtcaaccgga tgctgtgtgc cgaagggggg      780

attaacgcca accacctgcg gaccgggaac ctcgataccg atgagtggga cgcactttgg      840

gtggccatgg ggagcctggc ggggaccaac gtctacatcg acgacaccgc cgggatcaag      900

gtccccgaaa tccgggctaa gtgccggcgc ttaaagaagc ggactgggaa cctgtctttg      960

atcgtgatcg attacttgca actgatcgaa gggagcaact cggaaaaccg gcaacaagaa     1020

gtctccgaaa tctcccggca gctaaagaag ctcgctaagg aattatcggt gccggtaatc     1080

gccctctcgc agctttcgcg gggggttgaa cagcgccaag ataagcgccc ggttatgtcc     1140

gacatccggg aatccgggtc aatcgaacag gacgccgaca tcgtagcctt cttataccgc     1200

gacgattact acacccgcga acaacaagag gacggggcgc cgcaagtggg aagcgaccag     1260

gaggccgaaa actcgctgtc ggaagtcgaa gtcatcattg aaaagaaccg gagtggtccg     1320

cggggaaccg tcaaactact ctttaataag gcctacaaca agtttgcctc ggtcgatttc     1380

acgccggggc aggggccaca ataa                                            1404


<210>  2023
<211>  1467
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14953

<400>  2023
ttgaaatctt cagccgacgc tgccgccggt accgaaaatc acgaaatgcg gcggagctta       60

aagacccgcc acttatcgat gattgccttg ggtggttcca tcgggaccgg gttcttaatc      120

gcttccggtt cggcaattgc taccgccggt cccgggggcg ccttagtcgt ttacgcccta      180

atggggatca tggtttactt tctgatgacc tctttagggg aaatggcgac cttctcgccg      240

actaccggct cctttgttac ctactctgcc gattacgtcg acccggcctt tggctttgcg      300

atggggtgga actactggtt taactggacc atcacgatca ctgttgacgc cgtttcctgc      360

ggggtggtca tgaacttctg gttcccccac ctaccgtcat ggattttttc gtccgtcgtc      420

tttgtcctaa tcgccctgat caactggctg tcggtcaaat cttacgggga gaccgaatat      480

tggctctcct ttatcaaggt ggttacgatc ggcttcttct tggtggtcgg ctttttggtt      540

atcttcggga tcatgggggg ccactccgcc atcggcttaa agaactttac ttacaaacaa      600

gcaccgtttg ttggtggctt cccgtcaatg tttgccgtct tcttggtggc cgggatgtcc      660

tttcagggaa ccgagctggt cggaattacg gccggagagt cggctgaccc cagacacgcc      720

gttcctaagg cgattcactc gaccttctgg cggatcctct tgttctactt actgtcgatc      780

tttgtgatgg cttgcatcct gccgtacacc gacaagaacc tcctgtcgtc tagcgtcaag      840

gacgtttcca tgagcccgct aacgatcgtc tttgaacggg ccggactagc tgccgcagcc      900

tcagtcatga acgccgtgat ctttaccgcc ctgttgtcgg ctgccaactc cggtttgtac      960

gcttcaaccc gaatgcttta cacccaagct aaggaaggct ttgcctggaa gatctttggc     1020

tacgtcaaca agcgcgggat tccgatctat gccatggtcg ggacgatgat gatctcccta     1080

gccgtgttcg ccacccagtt cttgggcaag gaagcctaca actacctaat taacgcctcc     1140

gggctctccg gctttatcgc ctggctcggg atcgccgtgg cccactaccg cttccggcgt     1200

gcctacgtca agcagggacg caagctcagc gacctcaatt acaaggccac cctcttcccg     1260

tttggcccca tctttgcctt tatcctctgc ctaatcgccg ttggggggca aaacctgggg     1320

gctttcgcta agcttgactg ggaaaacatc ctgattacct acatgtcagt gccgttgttt     1380

gtgatcttat acatctacta caaggtcaag tacaagacca agttgattcc gctagcagag     1440

gtcgacttgg aggcccaccg cgactag                                         1467


<210>  2024
<211>  1722
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14954

<400>  2024
atggcaaaag acgtgaaggg aattgcagct agtgatggga tcgggattgc cccggcatac       60

ctgttggttg acccagatct gtcctacgac aaggtaaagg ttgatgacac ggcggcggaa      120

tacgctcggg ttgaaaaagc cttccaagac tcaattgaag aattgacgca aatcaaggag      180

aacgctaagg atagccttgg tgaagaagag ctgggcgtgt ttgacgctca catcgccatc      240

ttatctgacc cggaaatgct gggacaaatt aaggatgaca tcgaaaacaa ccacaccggt      300

gccgaagaag ccgttgacaa ggtaacgacc gcctttgctg acatgttggc cgccatgacc      360

gataacgcct acatgcaaga acgggctgcc gacgttaagg acgttgcaaa gcgggcaatg      420

agccacctgt tgggtaagca attaccaaac atcgccggca tcaacagccc ggtggtgatc      480

gtggcccacg aaattacccc gtctgatact tctcagatgg acgctaagtt cgtcaagggg      540

atcgtaaccg acctgggggg ccggacgagc cacgccgcca tcatgtcccg gaccttacgg      600

attccagcca tcgttggttc taacgaaatc acgacttccg ttgaacacgg tcaaatgatg      660

atcgtggatg gtttgaacgg ggacgccatc attgacccga gtgacgacca agtgaaggaa      720

tacgaagcta aggccgaagc cttcgaagcc gaacgggcag aatgggctaa gttagtcgat      780

gccccatccg tttctaagga cggcaaggaa tttgaaattg cggccaacat cgggacgcca      840

gatgacacgg aagacgccgt taagcaaggt gctgacgggg tgggtctctt ccggagcgaa      900

ttcttgtaca tggacaacga ccacatgcca agcgaagacg aacagtttga agcttacaag      960

aaggccgtag tgggcatgaa tggtaagcca gtcgtggttc ggacgatgga catcggtggg     1020

gacaagccgc tcgattacat gccactgcca aaggaagaaa acccattctt gggctaccgg     1080

gccatccgga tctgcttaga ccggccagaa ctcttcaaga cccaattacg ggccctggtg     1140

cgcgcctctg aattcggacc tgtttcaatc atgttcccaa tgatcgcgac ggtggccgaa     1200

cttcgtcaag ccaaggcgat ctttgaagaa gccaaggctg aagttcaaaa ggatcaccca     1260

ggtctgggcg acgacgttaa gatcgggatg atgattgaaa tcccgctggc cgctttaaac     1320

gccgctcaac tggctaagga agttgacttc ttctccattg ggaccaacga tttgatccaa     1380

tacagcttcg ccgctgaccg tgggaacgaa gccgtttcct acctttacca accgctgaac     1440

ccagccttct tatccctagt taagcacgtc atcacctccg ctcacgaaaa cggcgctaag     1500

gccgccatgt gtggggaaat ggccggtgac gaaatggcac tgccactctt gatggggatg     1560

ggcctggatg aatactccat gtccgctact tccatcctcc gtacccggag catgatgaag     1620

aagctcgaca ccaaggaatg ggccggctac gttgacgaaa tcatcgccaa ctgcgccact     1680

gttgaagaag ttcaagactt cgtgaagagc aagttgggct aa                        1722


<210>  2025
<211>  2649
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14955

<400>  2025
atgaaagaac tgaaaaaact gaactccgcc cagattcggc ggatgtactt agacttcttt       60

gttcaacacg gacacaccga gatgccgtca cgctccctgg tgccggttaa cgacccgacc      120

ctgctctgga tcaactccgg ggtggcaaca atgaagaact acttcgatgg taaggtggtt      180

ccggacaacc cgcggatgac ctcttcgcaa aagagtatcc ggaccaacga cattgaaaac      240

gtggggaaaa cggcccgcca ccacaccatg tttgaaatga tggggaactt ctcggttggt      300

gactacttca aaaaggaagc catcacctgg gcctgggaac tgttaaccag tgacgaatgg      360

tttggctttg acccggaacg cctctacatt acttactacc cgaaggataa cgacgcccac      420

caattctggc tggacgccgg ggtcaaagaa gaccacctct tagccgacca ggataacttc      480

tgggacattg gccaggggcc gtccggtccg gacacggaag ttttttacga ccgcggccag      540

gaaatgaaca acttaccgga agacgatccg gaatcctatc cggggggcga aaacgaacgc      600

tacctggaaa tctggaacat cgtcttctcc cagtttaacc acaccccaga agacacttac      660

gaaccgttac cgaacaagaa catcgatacc gggatggggc tggaacgggt cgtttcgatc      720

tttgaaaacg ccaagaccaa ctttgaaacc gacctcttca tgccgctgat caagcaggta      780

gaaggcttct ctgccgacaa gcagtatggc caaaacgccg ccgatgacgt tcagttcaag      840

atcatcgccg accacatccg ttcgatcacc tttgcgattg gcgacggggc cctgccatcc      900

aacgtcgggc gtggctacgt gattcgccgg ctcttacggc gttcggtggt ggccggcaag      960

aagttaggga ttgacgaacc gttcctagct aagatggtac ccaccgttgg cgaaatcatg     1020

aaggactact acccagacgt cttagaaaac gccgactaca tcgcctcagt gatctcctct     1080

gaagaagacc gcttctccgc cactttaaac ggggggctga gcctgttaaa cagcgtgatc     1140

gatgaggcta agcaaactga tggcaagcaa atcgacggga aaacggcctt caagctttac     1200

gatacctacg gcttcccggt tgagctgacc cgtgaatacg cagccgacga gggcttgacc     1260

gttgacgaac agggctttga agcggcgatg accgaacagc aaaaccgcgc ccgcaacgcc     1320

cgtgacatgg acaacgggat gggggtgcaa agcgacctgt ggaccaactt cacggacgaa     1380

agtaagtacg tgggctacac cgacctggtg gttgataacg ccaaggtaat cgggttggcc     1440

gccgacggta agcaagctga ccaagcggaa ccgggtcaac acgtcgacgt catcttcgac     1500

cagaccccgt tctacgccga aatggggggc caagtagctg acaccggtca ggtcatcgat     1560

aactacggca aggtggttgc cacggttaaa gacgtccaac acgccccaca ccaacaaaac     1620

ctccacacct tagagttaac cgccccaatt aagaagggcg cccgctacaa gttagtggtg     1680

gaccgggccc gccacctcaa gattgaaaag aaccacaccg ccacccactt gctggaccaa     1740

gccttacgca acgtcttggg cggccacacc caacaagccg ggtccttagt ggaggcccac     1800

tacctacgct ttgacttcaa ccacttcggt caggttacta aagaggacct taagaaggtt     1860

gaagacatgg tcaacgaaca gatctggaag gaaattccgg tcacgacggt cgaaaccgac     1920

attgattccg ctaagaaaat gggggcaatc gccctcttct ccgacaagta cggtgacaag     1980

gtacgcgtcg ttaagattgg tgatttcaac accgaattct gtggtgggga ccacgtcaaa     2040

aacaccaacg aaatcggcct cttcaagatt gtttccgaag gtggggtcgg cgccggggtc     2100

cggcggatcg aagccgtgac gtccagtgac gcctttgcct tcatgcaaga gcgggtcgac     2160

agcctagacc acatcgccgc cgacctgaag gtggctcaag ttaaggaagt cgcccaccgg     2220

gttagtgagt tgcaagacca gctcaaggaa gccacgaagc aaaacgaggc cctgcaagct     2280

aagttagccg cccaacaagc cggcgacgtc ttcaaccagg cggaagaaac ggcgaaggga     2340

accttgattg ccgccgaagt taaggtggcc ggaatggacc aactgcgtca aatggctgac     2400

gattggcgcc aaaaggatta ctccgatgtc ttggtcttag ccacggccgc tggagacaag     2460

gccaacctct tggtggcagt caaggatggc ctggccaaga cggtcaaggc tggtgacttg     2520

atcaaggcaa ttgccccggc cattaacggg ggcgggggcg gtcgcccaac cctggcccag     2580

gccggcggaa agaacccagc cgggattagc gaagctctca agctggctag ccaattcatg     2640

aatgattaa                                                             2649


<210>  2026
<211>  1374
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14956

<400>  2026
atggataagc aaactgaaac gcaaccaaag ctgtcacgct cgttaaagag ccgccacatt       60

acgatgatcg ccattggggg cgccatcggg accgggctat tcctcggttc cgggagtgcc      120

attcgggccg cggggccggc gattattttg acctacctga tcgtggggat cttttgtttc      180

ttcatgatgc gggcgctcgg ggaattactc ctggccgacc cgtccaagca ctcctttatc      240

gattcggtca aggagtactt gggtgaccgg atggaattta tcgccgggtg gacgtactgg      300

tcttgctggt tatcgctggc aatggccgat ttaacggcga ccgggattta cctcaaatac      360

tggttcccca acctgccaca atgggtgggg ccgctggtaa tcgtcgcctt attgatgctg      420

gttaatatgg tcaacgtcgg gttattcggc gagttagaaa gctggttttc gacgattaaa      480

gtcgtcgcca ttattgcctt gatcgtcgtc ggcttagcta tggttctctt ccacactaag      540

acccacaccg gctacgcctc ctttgccaac ctggttaacc acggggggct gttcccaacc      600

ggggcgtacg gtttcttgat gtcctttcaa atggtggtct ttgccttcgt ggggatcgaa      660

atggtggggc tgaccgctgg ggaaacccgc gatcccaaca ccgacatccc caaggcgatt      720

aacaccttgc caatccggat cgggctcttt tacatcgggt caatgatcgc catcatggcc      780

gtctacccgt ggaacaagat caccacgact tcgagcccct tcgttcaggt cttcaccggg      840

attggggtga cgtcggcggc cgccatctta aacttcgtgg ttttaaccgc cgccatgtca      900

gccaccaact ccgccatctt ctccaccagc cgctccctgt acgcactagc aaccggtggt      960

aacgctccgg agaagtttgc cgacctgtcc aataaggcgg tgcccaacaa ggccctgacc     1020

ttctcgtctt taatcctgtt tgtggtcgtg atcttaaact acgtcatgcc cgccgggatc     1080

tttaacatca tttccggggt ttcgacgatc aacttcgtct tcgtttggct gattatcttg     1140

tggtgccaca ttgcctaccg taagcagcac ccagagggaa tcgccggctt ttcgatgcct     1200

ggttacccaa tcactagctg ggtgacgatt atcttcttta tctttgtttt aattgtcctc     1260

ttcatcgtgc cagcaacccg ggtttccttg atcatttcaa tggtcttctt tgcctgcctc     1320

ttcgttggtt actacttctt agcggggcgc aaaaaggaga ccgaaaaaaa ttag           1374


<210>  2027
<211>  999
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14957

<400>  2027
atgaaaaagt tatatgacca atatgaacgt ttgcacgact acgtgcggat ttccattacc       60

gaccgttgca acctgcgttg tgtctactgc atgccaaaag aggggctccc cttttttccc      120

accgaccggg ttttatccca ggatgaaatc gttcagttaa ttactaattt tgcccagttg      180

ggtgttcata aggtgcggat taccgggggc gaacccctct tacggacgga cgtggttgac      240

atcgtgcggc gcattaagga aattgacggg atcgaagacg tttccatcac cacgaacggc      300

ctattcttag caaagaaggc taaggcctta aaggaagcgg ggcttgaccg gttaaacatt      360

tccttggata ccttcaaacc ggaggtctat aaggaaatta cccggggagg aaacattaac      420

caggttttag acgggattgc gaccgcttcg gcactacact ttaaaaagat taagcttaac      480

attgtcttaa ttcgcggcca aaacgatgat gagctgcttg acttcattaa ctacactaag      540

gaccacgatg tcaacgtccg ctttatcgaa tttatgccaa ttggtaattc cttagaggaa      600

tggaagcaag aatacgttgc cctggatagt gtttttgacc tgtgtaagca agcggggctg      660

gattactacc cgattgactt agcgggcaac ggaccatcgg acaactacca agttgagggt      720

tatacgggaa gctttggctt aattcaccct atttcttcca aattttgcga gaattgtaac      780

cgcttgcgga tcaccgccga tggctatatt aaggcatgcc tctactggaa tgaagagatc      840

aacgttcgta aactgatcta cgattttgat gccttcaagg ccggcgtaca gcgggcactt      900

gataacaagc cgctcaacca cgagatggcc atgaagacca ccgatcggat cattgataag      960

gcgccaactt ggcgtcacat gagtcaaatt ggaggataa                             999


<210>  2028
<211>  1104
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14958

<400>  2028
atgaattacg aaaagttgca ccaccttcaa caactgctag ccgaccaaca actagacgtc       60

gcctatttga gcgacccaat gacgattaag tacctaaccg gttttggttc ggatccggtt      120

gaacgggtcc tcgccctgct ggtctttgct gaccaggacc ccttcttgtt tgggccggcc      180

ctcgaagtcg aagccattaa gggcactggt tggccctacc cagtctacgg gtacctagac      240

cacgaagcac cgtttaaaat gatcgctgac caggttcaaa aacggatcgc taaccctacc      300

aagtggggtg ccgaactagg ctttttgacg gtgacgcggt tacgggccct ggaagaacaa      360

ttcccggccg cccactttga tttcgacctg acccccgcca tcgaacggat gcgcttgatc      420

aaatcggccg atgaaatcga aaagctcaac gaagccggca agtgggccga ctttgccttc      480

caggtcgggt tcgacgcagt taaggttggc caaaccgaac aggccgtggc cgccgaattg      540

gagtacgcct taaaaaagca cggcatcatg cagatgtcgt ttgacaccct gatccaagcg      600

ggcccccacg cagccgaacc gcacggcgcc accagtagtc gccaaatcga aaataaccaa      660

ctggtcttgt ttgacctcgg gacgatttac gatggctaca tctccgacgc ctcccggacc      720

gtggccgtcg gggcgctcaa cgatcaacaa aaagacattt accaagtctg cttagaggcc      780

cagttaaccg cccaggccgc tgccaaaccg gggatgacgg ccgctgaatt ggataaggtc      840

gccagagacg tgatcgaaca ggccggctac ggtgagtact tcatccaccg cctcggccac      900

ggaatgggga tgagcgaaca tgaatttccg tccatcatgg aaggaaacga catgcaacta      960

gaacccggca tgtgcttctc aattgaaccg gggatttaca tcccgggcgt ggccggcgtt     1020

cggatcgaag actgcgtcca cattaccgaa gacggctgcc tccccttcac ccacaccagc     1080

aaggaactac aagtcgtcgg ctaa                                            1104


<210>  2029
<211>  2133
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14959

<400>  2029
gcctttaaaa tcacggcctt ttataccatg ttaccgagcc tcttaaaggc ccagacgaca       60

cggttggttc gcttggtcga tgaagttgat gagcaaacga ggctcgccct gtttgccgat      120

caggatgaat tagaccttgc caaagttcaa actgatcccc tggcactgag tcagttgatg      180

aggctacggc gagcgggtaa ggtggtaatt gactatcggg ttcacgaccg ggcccgggct      240

aaacaaatca ccaccattac cccaacgctg tcctttgatg attacgaagg ggagcgacta      300

ggggtgttaa aaaacgccca cgcccagcgg aatctattgg attacttgca aagcttagcg      360

gggaaaaccg tgccactcaa gcaagcccaa gaagagagtg gcctttcggc ggctaccttt      420

acgaccgggg ctaagcgggg ttggctcaaa aaggggcaag cagaagttta ccgcgatccc      480

agtggggcgc tgcctacgtc accaactgcc ccgctgaccc taaatcagga gcaggcccag      540

gcggtgaaaa ggattaacca ggccaccgat caacgaaccg ccgaaacttt cctgttgcag      600

ggggtgacgg gttcggggaa aacggaggtt tacctgcggg caattgaacg ggccttagct      660

aacgggcgca gcgccctgat gttggtgcca gaaatttcac taaccccgca aatcgtcagc      720

cgggtgcggg gccgctttgg taaacaagtc gcggtcctgc attcgggcct ttccaacggg      780

gaacgctatg acgaatggcg ccgaatcaag cgtggcgagg cgaaagtggt ggtgggggcg      840

cgctcagcgg tatttgcccc cctagacaac gttggtttga tcattatgga tgaggagcac      900

gagtcgtctt acaaacaaga cgacgccccc cgttatcacg cccgcgacgt tgctaagtgg      960

cgagctgctt accatcacgc cccgctcgtc ttgggatcgg caaccccgag cctagaaagc     1020

cgggccaggg cggcgaccgg gttataccac cgcttaacct tgctccaccg ggttaaccaa     1080

cgccccctgc cgccgatcca agtggtcgat atgaaaagag aggttcaagc gcggggggag     1140

actaattatt cgttgccgct cttgaacttg ttgaccgacc ggcttaataa ggggcagcaa     1200

agcatcctaa tgcttaaccg gcggggcttt tcctcctttg tgatgtgtag ggactgcggt     1260

tacgttccta agtgtcccaa ctgcgatatc tcgttgaccc tgcacatgga tagccggagc     1320

ctaaagtgtc actattgcgg tcacgaggag cggatcccca acacctgtcc gaactgccag     1380

ggccaccgaa tccgctacta cgggaccggt accgaaaagg cggtagccga attgcaaacc     1440

tacctgccga ccgctcggat catccggatg gacgttgata ctacccgccg aaaggggatg     1500

cacgagaaat tactaactaa gtttggtaac cacgaggccg acatcctatt ggggacccaa     1560

atgatcgcca aggggttaga tttcccgggg gtgaccctgg tgggggtctt aaacgccgac     1620

acggggctgg atttacccga ttttcggtcc tctgagcgca cctttgacct cctagcgcag     1680

gtggccgggc gggccggacg tgccgatgag gccggccaag tggtgattca aaccttcaac     1740

ccggataatt acgtgatcca actggcgcgg gcccacgatt acgagcgctt cttcgtccag     1800

gagatgaacc tgcgcaaact cggcgcctac ccgccgtatt attacacggt ccgggtgatg     1860

ggcagccacc ccgatgagca gatggccgcc cgggtgatgc aagcggttcg ccaggagttg     1920

gtggggcagt tggattcgca aacgatcatt ttaggcccca ccccccgggc aattgcccgc     1980

ttgaaaaacc gttactatta ccaaattgtg atcaagtacc gtcacgatcc ggccctccat     2040

gcccgcttaa ccgcgatcat ggaaggggcc cagcaacagt ttgaccggga gacccaggtg     2100

atgattgacc cggatcccca gtacttcttg tag                                  2133


<210>  2030
<211>  885
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14960

<400>  2030
atgaacatta aggaacttcg ctattatcat gacctcgtaa ttcaaaaaaa tttttccaaa       60

gtcgccaccc actttggcgt tgcccaaccc accatcacga tggccatcca acgtttagaa      120

cgggaattag gggcgccgct ctttattcgg agccaatccc accacgacct ggccgtaacc      180

gccagcggtc tgcagtttga ccagcacgtc caaaccatcc tgcacgaatt ggaggtcgct      240

caccaagagc tttcccgggc caaacaggaa cgaatccgct ttggcctacc gccgatcatc      300

ggtaactact ttttccccgc ctacaccccc gccctgctag cggcgggatt gttacaacgc      360

ttagaggttg aagaccacgg gtcccgggag ctaacgaaaa tgctggccca cggcatcatc      420

gacatggccc tcctagggtc cttagccccc ctacaacaag attctttttc gacgcaagta      480

attacgcgcg cccccatcca aattatcgtg gcacccgacc accccttagc cacccgaacc      540

accggcgttt cctttcagga cctcaaaaaa gagcccttca ttaccctggc caacgagtac      600

gttcacgccc aggccttcca ccaggtttcc cgggcggctg gggtgcgtcc caaagttgtt      660

tttaaaaccc acgacgttca cgttttaaaa accctggtgg cgaaaaactc cgggatttcc      720

tttctcacca ccctagctct agaaccccaa gatcaccttg ttgcactgcc actactcgat      780

ctgggcgccc ccgaatttat catttcggtt gctacccggg ccaaccggct actgtcaccc      840

tatggtcagg aactttgggg gttattggcg gatgaacacg attaa                      885


<210>  2031
<211>  2226
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14961

<400>  2031
atgaagcaag cattaacgcc agaacaaatt aaggaacaaa agccctactt ggactggagc       60

ctaagcgagc gcgaatacga ctacatttca gaaaaaatcc tgggccggtt gcctaacttc      120

accgaaaccg ggctcttctc cgccatgtgg agtgaacact gttcctacaa gaagtccaag      180

ccggtcttgc gcttgttccc caaccaaaac gaccgggtcc tccaggggcc tggtgaaggg      240

gccggggtcg ttgacatcga tgacggccaa gcggtggtct tcaaggccga aagccacaac      300

cacccgtcga cggtcgaacc ttaccagggg gccgcaaccg gggtcggggg gatcttgcgt      360

gatatcttct cgatgggggc acggccaatc gccagcctcg attccctgca cttcggcgaa      420

ctcgacgacc cgaagatgca aatgaaggtc gccggtaccg ttaaggggat tggggattac      480

ggtaactgca tggggatccc aaccgtggcc ggggaaacga cctttgaccc gtgctactcg      540

ggcaacctct tagtcaacgc catgagcgtc ggcttgatgg accaaaagga catccaaaag      600

gggaaggccg ccgggatcgg caacgccgtg atgtacgtcg gggccaagac tggtcgtgac      660

gggatccacg gggcaacctt tgcctcggcc gacttctccg acgaaaacgc cacccagcgg      720

tccgccgtgc aagtcgggga ccccttcatg gaaaagctgc tcttggaagc ctgcttggaa      780

ttgattcaaa accaccccga ctggttagtg gggatccagg acatgggggc ggccgggatc      840

gtgtcctcgt ccgccgaaat ggcgagcgaa ggggatgcgg ggatggacct cgacctcgac      900

ctcgttccgc aacgcgaacc gaacatgtcg gcctacgaaa tcatgctgtc cgagtcccaa      960

gaacggatgc tgctgtgcgt caacaagggc cacgaagacg acgtcaaaaa gatctttgac     1020

ttctacggct tggaagccgt cacgatcggc cggatcacgg aggggcgcca gtacgtcttg     1080

caccacgacg ggcaagtcgt ttgtgacatc ccggtttcca gcttaaccga cgacgtctta     1140

gaagaaacct ccgaagaaca aaagccggcc cggattttgc aggccgaaca agaggctaac     1200

tggcaaccgg aagtaacaga cgccggggcg accctggaac aactgctcca acagtcgacg     1260

atcgccgaca agtcaatctt ctttgaacaa tatgactcga tggttcggac ctcgacggtg     1320

gtcggccccg ggtctgacgc cggggtcctg cgggtccgcg gcaccaagaa gggcctggcg     1380

atgacgaccg acggcaacgg ccgcttcgtg tacctcaacc cggaagttgg gggcaagatg     1440

gccctggccg aagcggcggc taacattgtc gccactgggg ccctgccact ggcgatcacc     1500

gactgcttga actacgggga ccccaacgac ccagaaatct tctgggagct ccaccaatca     1560

gtgtccggga tggccgaagc ctgccgggtc tttgacaccc cggtcatttc cgggaacgtt     1620

tccttgtaca acgaaaataa cggccaggcc attcacccca ccccaatggt cgggatggtc     1680

ggcctgatca aggacttaaa gaacctggtt aagatggcgg cccaagcagc cggcgaccaa     1740

gtctacctgc tgggccaaac cggtgacgac tacgccggta gcgaactgca aaagatgctg     1800

accggcgaca tcgccgggac ggtggccgac ttcgacttaa accacgtcca cgccataatg     1860

aaaaccctgc tgtccctaat ggaagacggc aaggtagcgt ccgcgcacga cctggccgaa     1920

gggggcctgg gggtcgccct agccgaaacg ctcttcaaga ccgacctggg gatgaacctc     1980

aagctcgact taaccaagaa ccaactcttt agtgaaaccg ccggacgctt tgtggtgacc     2040

gtcaaaaaag aagacgctgc ggcctttgag gcggccctgg gcgacgacgc cacgctgatt     2100

ggggaagtta ccaacagcca ctggctccag gtacgcctgg cggacggcaa cctgaacaaa     2160

aacgttgccg acttagaaca attgtggaag gaggccattc cgtgccagct gaaatcaagg     2220

gattaa                                                                2226


<210>  2032
<211>  1806
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14962

<400>  2032
atgccacaag ttgccatcat gttaccaaac gggaccgttg aaaaggtcga ccgtgaatca       60

aaggaaagtt tagacgccct gcgccaagtc gccgccctct tactcaaggc tgccttgcaa      120

gaccaattca agggaatccg cctcggggaa gccgttgccg aagaagacca attcttcgtt      180

gactccgata aggacaacca acaagtctcc gctgacgaat tggaaggctt ggaaagagcc      240

gttaagaagt tagccaagga aaacctcaag atcgaactgg tcaaggtcag cgttgacgac      300

gccgttaagg ccgttgaagg tgaccaattc tccagcgaac tacttaagga aaacgccgaa      360

gacggtcaag tatccctcta caagatgggc gacgcaacga tcttagccca ggcacccatc      420

atgctgtacg ctaacctcgt taagaacgtt aagctcctct ccgtggccgg ggcttactgg      480

aaggggatgt cctctaaccc aatgctccaa cggatttacg ggaccgtctt cttcaagaag      540

gaagacctgg aagccgactt gaaggcccgc caagaagccc gcgaacgtga ccaccgggtg      600

atcgggaacc aactcgactt gttcttcgtt gatccaaagg tcggtgccgg gttgccgtac      660

tggatgccaa aggggtccac gattcgccgg acgatcgaac gttacgtgat cgacaaggaa      720

gttggcgatg gctacgaaca cgtctacacc cctgtcttga tgaacctcga cgcctacaag      780

acgtccggtc actgggacca ctaccgcgaa gacatgttcc cgccaatgga catgggtgac      840

ggcgaactgc tcgaactgcg gccaatgaac tgcccatccc acatccaaat ctacaagcac      900

cacatccggt cttaccgtga actgccactg cggatcgccg aactcgggat gatgcaccgt      960

tacgaaaagt ccggggccct ctccggtttg caacgggtcc gggaaatgac cttaaacgac     1020

ggtcacacct tcgtggccct agaccaaatc caagacgaat tcgccaagat cttgaagctg     1080

atcatggacg tctacaagga cttcaacatc aacgactaca ccttccgctt atcctaccgt     1140

gacccgaaga acaccgaaaa gtacttcgct aacgatgaaa tgtgggaacg cagtcaatcc     1200

atgttaaagg ccgccatgga ttccatggga ctggactact acgaagccga aggggaagcg     1260

gccttctacg gaccaaagct ggacatccaa accaagaccg ccctgggcaa cgacgaaacg     1320

atgtccacca tccaactgga cttcatgctg cctgaaaagt ttgacctcca ctacgttggt     1380

gaagacggta agcaacaccg cccagtcatg atccaccgtg gggtggtcgg caccatggaa     1440

cgcttcgtgg cctacctgac cgaaatctac aagggagcct tcccaacctg gttggcacca     1500

aaccaagtca acatcatccc ggtttccgat gaaaagcacg gtgattacgc tgatgacctg     1560

gcccgtgaat tccgggcagc ccaactgcgg accgtcgttg accaccgcag cgaaaagatg     1620

ggttataaga ttcgcgaaag ccagacccaa aaggttccgt acaccctggt agttggggaa     1680

gacgaagtgg ctaacggcac cgtttccgtc cgcaagtacg gggaaaagga tcaagtaagc     1740

atgtccaagc aagacttctt ggacctgatc ttacacgacg ttgctactta ctcacgcgaa     1800

gactaa                                                                1806


<210>  2033
<211>  846
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14963

<400>  2033
atgcgattaa agggagaagt tttaaaacag gtacgccgta agcggggatt gtcccaaacg       60

gcgttggccg agggaatttg tacccaagcg actatttcct taatggaaaa gcaaaaccgg      120

attccaaaga tgaatatttt aacgtctttg tgtgcccgct tggacattcc ggtggaccgg      180

atcatcgaaa acgatgacgt ttcaatgacg gtcttctttg atcaaatcag tttgatgtta      240

gtcaaccatg actttgaagg agcccgcaag aagctgaacc gggtgaaggt caagaagcta      300

caaaatgatt ttgacaagca acactactac tacctcttgg ggatgctcca agtggcgagt      360

gaccaagtgg atgatgctat ctttaacttt gagctgattt tgacgcaatt ctccaccacc      420

agtgccaaca tctacttggc catgaccacg atcgggatgg ccttggcata cgagaagcgc      480

ggtgacaccg aaaaggcgct ccagtttgtc gggcgggcaa tccacctgat cgatgacaag      540

cagcttaacg gtggtaagcg gcaatggatc atcttgtacc acgagatttc cggcctgtac      600

tatcgtttag gccagtaccg gcgggcaatt tcaatggctg gacggggaat taagatctgc      660

cgggaagagc aaacactctt cttattgggt ggtctttaca tgacccgtgg ccaggcgcaa      720

gctaagttag gccagggcga cgtggcccag gaaagcttaa ccgtcgccct ttcaatctac      780

aagatcatgg aagacgacac cgcacaagag acgctctcac aagaattgag tcaattagtt      840

gaataa                                                                 846


<210>  2034
<211>  2418
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14964

<400>  2034
atggcatacg atcacaaagc gattgaaaag aaatggcaac gctactggaa gcaacacaag       60

acctttaagg ccactttgga caaggaccaa aagaagtact acgccttaga catgttcccg      120

tacccgtctg gtcaagggtt acacgttggt cacccggaag gttacacggc caccgacgtg      180

atgtcacggc tcaagcggat gcagggcttc aacgtcttac atccgatggg ctgggacgcc      240

tttgggctgc cggcggaaca atacgcctta aagaccggtc acaacccggc tgacttcact      300

aaccaaaacg ttgaccactt ccgcgaccaa attcaatcac ttggtttttc ctacgattgg      360

gaccgcgaag ttaacacgac cgatccgaac tactacaagt ggacccagtg gatctttgag      420

cagctctaca agaagggttt agcctacgaa gatgaaatca tggttaactg ggcacccgac      480

ttcatgggcg ggaccgtggt tgccaacgaa gaagtcgtcg atggtaagac cgaacggggt      540

ggttacccag tttaccgggt accgatgcgt cagtgggtct taaagatcac cgcttacgcc      600

gaccgtttga tcgatgattt ggacctggtt gactggccgg aaagcgttaa ggaaatgcaa      660

cgcaactgga tcggccgttc agagggggcc agcgtcaagt ttaaggtggt tggccacgac      720

ggggtcgaaa ttgaggtctt taccacccgg gccgataccc tctttggtgc ttcctacgtg      780

gtgctggcac cggaaaacga actggttgac caactgacga cgccggaaca aaaggccgcc      840

gttgacgcct acaaggaaga ggcgtcccgg cgttccgacc tggaacggac cgagttaagc      900

aaggaaaaga ccggggtctt caccggtgcc tacgtcatca acccggttaa cggcgaacag      960

ttaccaatct ggacggccga ctacgtcttg aactcctacg ggaccggggc ggtcatggcg     1020

gtgccatccg gtgatcaacg ggactttgag ttcgccacta agtttaacct gccaatcacg     1080

ccggtggtcg aaggattcaa cggggaagag gcctacaccg aagatggtgc ccacgtcaac     1140

tccggcttct tggacggctt aaacatcaag gaagccaagg ccaagatggt ggaatggctg     1200

gaagaacatg actgcggggg caagaaggtt aactaccggc tccgtgactg gatcttctcg     1260

cgccaacgtt actggggtga accgatcccg gttatccact gggacgacgg cacgacttca     1320

ttagtaccgg aagacgagtt gccgttgcgc ctgccggaaa ccgacaacat tgaaccgtcc     1380

gggaccgggg aaagcccgtt agctaacatc gaagactggg tcaacgtcta cgatgaaaac     1440

ggccgccacg ggaagcggga aaccaacacg atgccacagt gggccggctc ttcttggtac     1500

tggctgcgtt acaccgaccc gaccaacgac aaggagttcg cttccaaaga agccctcgac     1560

tactggtcac cggttgacct ttacgtgggg ggagccgaac acgccgtctt acacctcttg     1620

tacgcccgtt tctggcacaa ggtcctctac gaccttggct tggtaccaac taaggaaccg     1680

ttcatgaagt tggttaacca ggggatgatc ctgggctcca accacgaaaa gatgtccaag     1740

tccaagggca acgtggtgaa cccggatgac attgtcgacc aatacggggc cgataccctg     1800

cgcctgtacg aaatgttcat gggaccgctg gaagaatcgg tgccgtggga tgaaaagggc     1860

ctgcacgggt ccaacaagtg ggtgcaacgg gtttggcgcc tcttgatgga cgacaacaac     1920

cacctacgcg accgggtgtc cacctacaac gacggtaagt tgaccaaggt ctacaaccaa     1980

accgttaaga aggtgaccga cgactttgaa cggatgcact ttaacaccgc catttcccaa     2040

ctgatggtct ttgtcaacga agcttacaag gttgacgact tgccgttaga gtacatggag     2100

ggctttgtta agatgattgc gccgttgatg ccgcacttgg ccgaagaact gtggagccaa     2160

ttcaacgaat cagaaaccat cacttaccaa ccgtggccaa cctatgacga aaaggccctg     2220

gtggaagatg aggtcgaaat gatcgtccag gttaacggga aggtccgggc caagattaag     2280

atggctaagg acgccgataa caaggacgtt gaagacgctg ccttggctaa cgagcacgtt     2340

cactcctttg tggacggcaa ggacgtcaag aaggtgatcg tgattccaaa ccggatcgtt     2400

aacatcgtcg tgaagtag                                                   2418


<210>  2035
<211>  933
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14965

<400>  2035
atggcaagaa cagttgggat catcggctcc gggcacgtgg gagctacctt agcaaacaat       60

ttattagtca ctggtagcgt ggataaactt gttttgattg atacaaatga gctaaaggtc      120

aattcagatg cgacggactt tgaagacgcc cttgccaact tgcccaccca cactaaggtg      180

gttaaaaata actaccggga gttaaaacac gcggacgtgg tcgtaatcgc ggttggttca      240

attggggttc aaaatgacga cgccaagcac gaccggttcg tggaattaaa agtgactagc      300

aaggcggcca aggaggtggg gaccaaacta agggaggtcg gcttcgatgg ggtcttggtt      360

tcgattagta acccctgtga cgtggtcgcc gccctctttc aacactacac cggcttgcca      420

agggatcagg taattggcac cgggacactg ttagacacct cccgcatgaa gaaggtggtt      480

ggccaacgct ttgaattgga tccccgttcg gtttctggtt acaaccttgg ggagcacgga      540

aattcgcaat ttacggcctg gtcccaagtt cgggtcttgg atcagccggt gaccgcagcg      600

ctaagtgaag cggagttgga cgaactggcc gaagccgttc gggcgggggg ctacacggtc      660

tttcacggca agcactacac caacttcggg attgcggcag cggcgcttcg gttggtcacc      720

gccatcataa atgatgcccg tgccgagcta cccgtctcca acttccgcga ggagctaggt      780

acctacgtgg gctatccggc cgtggtggga agcggtgggg tcgttcgcca accccaactg      840

acactcacca gcgcggaaaa agaaaagtta ttggcgtcag caaattacat ccagacccgc      900

tatgaggcgg tcctgactga attagagaag tag                                   933


<210>  2036
<211>  2178
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14966

<400>  2036
gtggaaacag aagtactaac ccgggtgcag gctaagctca cccaattcaa gggcgcccaa       60

gtgcgggtgg cccttgattt attaaacgat ggcaacacga tcccctttgt cgctcggtac      120

cgcaaggagg cgacgggggc gttagacgaa gtggccctac aaacgattca agaacaggct      180

aaaaaagagc aggaactctt tgaccgcaaa aacgccgtga ttaagttgat cgaggcggcg      240

gggaagttaa cggcaccgct acaagaaaaa attcagggcg ccgatgactt agccaccgtt      300

gaagacctgt acttaccgta caagcaaaaa cggcggacca aggcccaagt ggctaaggaa      360

aacggtttga tgccgttagc taactggctg ctcaagtatg agaccgcgga cccgaaaaca      420

gaagcggcgc actacgttaa tcaagaggtg ccagacgctg aggcggccct ggccggcgcg      480

cacgaaattc tcgccgaggg gattgccgaa atggcgacgg tgcgcagctg gttgcgtaat      540

tacaccactg agcacggccg gttagaagtc gccgtcaaaa aggacgggga gcaactggat      600

gagcgaggcg tttacgagca gtactatgac tttagcgagc aggttagcca gcttagctcc      660

taccagatcc tagcgatcaa ccggggggaa aaggagaaaa tcctgcgggt taaggtggtg      720

gccgacccaa ccacggtaat caactacctg aacttccgcc tggtacgtgg ctaccagcca      780

aacgccgcga ccgagttggt ggaagcggcg gccaaagacg cctataagcg ctttttggga      840

ccggcgattg agcgggaggt gcgcactaag ttaaccgaag gggccagcgc ccgggcaatc      900

aaggtctttg ggcaaaacct ctaccacctt ttgatgcaag cgccgttaaa gggccgggtg      960

gtgttaggtt ttgaccccgc ctaccggacc gggtgcaagt tggcggtgtt agatccccac     1020

gggaaggtgg aacaaattgc cgtcatctac ccccacaaac ccgccccgga agctaagcgg     1080

gcccaggccg aagcggagtt tttggacctg gtggaacgct accaggtttc gacggtcgca     1140

atcgggaacg ggacggccag ccgtgaatcc gagcagtttg tggctacggc cctgcaaaag     1200

cttagccggc cagtctacta cgtaattgtc aatgaagccg gggcgtcggt ctactcggcc     1260

tcaccagccg ccagagaaga attcccggac ctgacggtgg aaaagcggag cgccatttca     1320

attgggcgcc gcctccagga tccgttggcg gaactggtta agattgatcc gcaagccatt     1380

ggggtcggcc agtaccaaca cgacctcccg gaaaaggagt tagcgagtga gctcgacgcc     1440

gttgttgaac gggccgttaa ccgggtgggg gttaatttga acaccgcttc ctaccagcta     1500

ctaacccgga tttcggggtt gaccaagacg attgcccaaa acatcgttgc ttaccgcaat     1560

gataacggcg cctacacgaa ccggaatcag ttaaaaaagg ttccccgcct cgggcccaag     1620

gcctttcaac aagcggtcgg ctttttacgg atcgtcggtg ggcaaaaccc gctcgataac     1680

accgatgtcc acccggaaag ctacccggtg gccaagtcaa ttttggcggc ggccgacgta     1740

acggtgaccg agctgggcac cgagcaggcc aacgcccggc tggctaagct tcagccagcg     1800

gacttcgtgt ccaaaacggt cggcttagca acggtaaaag acgtgctaga ggccctgcaa     1860

aagccggggc gggacctacg cgacgggatg ccggcgccgt tactgcgtca ggacgtaatg     1920

acgatggatg acttaaagcc cggcatgcaa ctagagggaa cggtgcgcaa cgtcgtcgac     1980

ttcggtgcct ttgttgacat tggggttaaa cacgatggct tagtccacct atcgcggatg     2040

gctaagaagt acccgaagga tccgcacagc ctactggcgg ttggcgacat cgtcaccgtt     2100

tgggtgcacg ccgttgataa acagcgtgac cggattcagt tgaccatgtt gccaccaaag     2160

aagggtgaca atgactaa                                                   2178


<210>  2037
<211>  3648
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14967

<400>  2037
ttgattgacg tcaataattt tgaaagtatg gagatcggtc tggcttcccc aatgaagatc       60

cggagttggt cttacggtga ggttaccaag ccggaaacga tcaactaccg aactttaaag      120

ccagaaaaag acggtctctt tgatgaacga atcttcggcc cgaccaagga ctttgaatgt      180

gcctgtggtc gctacaagcg ggcgcgttac aacaagcggg cctgtgagcg ttgtggggta      240

gaagtaacct ctgccaaggt ccgccgggaa cggatgggtc acattgaact ggctgctcct      300

gcttctcaca tctggtactt caaggggatt ccgagccgga tggggctggt cttggacatg      360

agcccacggg aactggaaga agtaatctac tttgcttctt acgtcgtttt agacgccggg      420

gacacgggac tggaaaagaa gcaattgctt tccgaaccac gttaccggga actcaaggaa      480

gaatatggca accgtttcac cgctgagatg ggggccgagg cgatccaaaa gctactggcc      540

gacgtagacc tggccaagga agcaaccgaa ttaaaggcgg tcttaaagga agcaactggg      600

caaaagcgga cccgcgcggt tcggcgcctg gatatcttgg aagcctttct caagtccggg      660

aacaagcctg aatggatggt gatggacgta attccggtta tgccacctga cttacggccg      720

atggttcaac tggaaggtgg ccgctttgcc acttccgact tgaacgactt gtaccggcgg      780

gtcattaacc ggaacaaccg gttgaagcgc ctgttagaat taaacgctcc gggcatcatc      840

gttcaaaacg aaaagcggat gctccaagaa gccgttgacg ccctgattga taacggtcgc      900

cgtggccgtc cggttgccgg tcctggtaac cgtccgctca agtccttgtc ccacttactt      960

aaggggaagc aaggacggtt ccgtcaaaac ctgctcggga agcgggtcga ctactctggt     1020

cgttccgtta tcgatgttgg tccatccatg aagatgaacc aaatggggtt gccggttcca     1080

atggcgatgg aactcttcaa gccatttatc attcacgaac tgaccaagcg gaacctggct     1140

accaacgtta aggcagccaa gcggatgatc gacaagcgtg acgaaaaggt cttcgatgtc     1200

ttagaagacg tgatcaagga acaccctgtt ctcttgaacc gcgcccctac cctgcaccgg     1260

ttagggatcc aagccttcga accaatcctg gtttccggga aggccatgcg tttgcaccca     1320

ctggtttgtg ccgcttacaa cgccgacttc gacggggacc agatggccat ccacgtacca     1380

ctgtccgatg aagcccaggc cgaagcgcgt ctgttaatgt tagccgctca ccacatcctt     1440

tcacctcgtg acggggaacc aatcgtggcc ccatcccagg atatggttat cggtaactac     1500

tacatgacga ctgaagacaa ggcccgtgaa ggggaaggca tgatctttaa ggacaccaac     1560

gaagcccgga tggcctaccg taacggttac gtggccttac aaacccgggt tggggtgctg     1620

acttcttcct ttgacaagaa gccgttcacc gctgaacaac gccaaaagat catggtgacc     1680

tcggttggga agttgctctt caacaacatc atgcctgaag attacactta cattaacgaa     1740

ccgaccgtcg acaacctgca aaacggggtt ccggacaagt acttcttgga acctggtgaa     1800

gacattcacg cctacttaga aaacgcgccg ctggtgccgc cgtttaagaa gggcttcttg     1860

tcggacatca ttgccgatgt ttacaagatc tacaaggtga ccgtcacctc ccaacttctt     1920

gaccggatca aggaccttgg ttactacgaa tccacgattt ccgggttaac cgtcgggatc     1980

gccgacgtga ccgacttaaa ggaaaagccg gaaatcatcg aaaaggcgca caagcaagtg     2040

gccctggtta cgaagcaatt ccgccgtggt ttgatcaccg ataacgaacg ttacgaacgg     2100

gtcattggga tctggaacga tgccaaggat gaagttcaaa acaagctgat cgaacacatg     2160

gatatccaca acccaatcaa catgatgtcc gactctgggg cccgggggaa catctccaac     2220

tttacccagc tggccggaat gcgtgggttg atggcttccc catccgggaa gatcatggaa     2280

ctgccgatcc tttctaactt ccgggaaggc ctttccgtct tggaaatgtt tatctcttcc     2340

cacggggcac ggaaggggat gaccgacacg gccttgaaga ctgccaactc tggttacttg     2400

acccggcggc tggttgacgt ggcccaagat gtgatcgttc gcgaaaagga ctgtggcacc     2460

gaccgtggtc tggaagtgac cgccatcact aacgggaacg aaatgatcga accgttatac     2520

gaccggattt tgggtcgtta cacgatgaag tccgtcttta atccggaaac cggggaaaag     2580

atcgtcggta aaaacgtcct cttgaacgaa gagatggcgc aaaagattat cgatgcgggc     2640

gttcaaaagg taacgattcg ctccgccttc acttgcaaca ccgaacacgg ggtttgtgaa     2700

cgttgttacg gacgcaacgc cgctaccggg gaccaagtgg aagccgggga agcaatcggg     2760

acggtggccg cacagtcaat cggtgaacca gggacccagc tgacgctgcg gaacttccac     2820

accggtgggg tggccggtaa cgacgacatc acccaagggc ttccgcgtat ccaagaaatt     2880

gtggaatcac ggaacccgaa agggaaggcc acgatctccg aagttactgg tcaggtggtt     2940

tccatcgaag aaaacccagc tgaacaaact aaggacgtta caatcaaggg tgaaaccgac     3000

acgcggactt acaccctgcc gatcacggcc cggatgcggg tggccgaagg tgatgatatt     3060

caccgtggtc gcgccatcaa cgaagggtca attgatccaa aggaaatgat tcgggttcgc     3120

gacgtcttgt ccacggaaac ctacctgctc tccgaagtgc aaaatgttta ccgtatgcag     3180

gggattgacc tgctcgacaa gcacgttgaa atcatgattc gccaaatgat gcgtaaggtg     3240

cgggtgatgg atcctggtga tactgatgtt ttaccgggtg aactgttgga catcagccaa     3300

ttccgcgatg ctaactacca aaccttgatt tccgggggaa ttccggccac tgcccggcca     3360

gttatcctcg ggatcactaa ggcggccctt gaaactaaca gtttcctttc ggccgcttcc     3420

ttccaagaaa cgacgcgtgt ccttaccgac gccgccatcc ggggcaagaa cgacccgctg     3480

gtggggctca aggaaaacgt tattatcggg aagatcattc cagccggaac ggggatgggt     3540

gcttaccgca acatcaagcc caaggaagtc agtgtcaaca ctggcgcaac cgatggggcc     3600

attacctcca tccgcgaaat ggaagaacaa ctaaaggatc aagactaa                  3648


<210>  2038
<211>  1371
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14968

<400>  2038
atgtttagcg agattggcca aacaattttt gaaaacgaag cggtcgctaa aacgttcgac       60

tttaacatgg gcctggaagt agaaatgcac cgggctgata acatgggtga attgagtcct      120

gaaacgaccc cggccagcat tagtttagat aatccgtgga ttaccaagga ctttaccgag      180

acaatgaccg aggtggtaac gccggcggcc aataacgccc gggatgcggt tcattaccta      240

tacagtctca ataacgccct gcgcaatgcg ttagcgccca atgaggtttt gtggcccctg      300

tcgatgccac cggcctttgc ggacgcccaa aagattcagt tggcaaagac aacgcctgaa      360

aaagaagcct atttaaagcg ggtgctagcc aacatggggg cggtcaataa gggcttgccc      420

tgtggggtgc acgttagttt gagcattgat gaccgggtta ttaatatgat ctgggagaag      480

taccagtcta gatttaatag taaagaagcg gtcagaaatc acctctacat cttattagcc      540

caagggtttt tacgttaccg gtggttgtta acctacctct tgggggccag cccggtggcc      600

gagcgaaact tctttaaccc gggcgatccc caacctgacc acccggtgcg cagccttcgc      660

cagagccact acgggtttga tatgcgcttt gctggtgact acaccgacgt tcgccgttac      720

gttaaccggg tcttggccgg agttaagaaa aaagaaatta tcgacgtcgc ccagtttcac      780

ggtgccattc gcttaaagag ccaggggagc tttgaagaaa tggaggagcg gggggttaac      840

tacattgagt tgcggatgct cgacctcgat ccttggagca tggccggtat tcggctaaac      900

accctctact ttcttcggat catggcttct tatttcatca tgactcccgg gctagatgaa      960

gaggccgttt gtgaaacgat taccagggcg aatcagctca acgaggtggt agcagtggaa     1020

aggccgaccg agccgaccaa gtatgcacca acggcgctgg cctttttaga aagactagag     1080

ctctttgcca gtcagcttca gttggggccg gagtacttag aggtcttaga ggacatgacc     1140

gaccgggtca accgccctga cttaaccccg agtgggcaga tggcgcggtt cattaaagac     1200

ggctcactaa ccgaattcgg gttacgccgg gccttgcgtt accaaaagag cgccctgcaa     1260

tccctggcta cgtttaaggg gtttgaaaac atggccaccc cgctgtcggc agaggaccta     1320

aagaaaaacc tcttccgggg cagttacgaa ccaagtggct taattcaatg a              1371


<210>  2039
<211>  744
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14969

<400>  2039
atgtcaggac attcaaaatg gcataacatc caagggcgta agaacgctca ggatgccaag       60

cgtggtaaaa ttttccaaaa gatttcacgt gacttgtacc aagccgctaa agcaggtgac      120

ccggatcccg acaacaaccc tcaactccgg ttggtaatgg ataaggcgcg ggcagctaac      180

atgcctaagc aaaacatcca acgggccatt gacaaggcca ctggtgctgg tggggccaac      240

ttcgaagaaa tcacttacga aggttacggt cctggtgggg tagccgtaat ggtcttctgc      300

ctgaccgaca acaagaaccg gacggccgcc gctatccggt ccgccttcac tcactccggt      360

ggttccttag gggccacggg ttccgtttcc tacatgttca accggcaagg gttaattgaa      420

atccttcgtg acggcttgga caaggacgaa gacgacatgt tgatggacgc acttgacgct      480

ggggctgacg acatgcaagc cactgacgac aagttccaaa tcttcacgga tccttccgcc      540

atgacttccg ttcgtgacgc cttacaagaa caaggctacg aactggaaac ggccgaagta      600

accatgatcc cagaaaacaa gaccaaggtt cctgccgaca aggttggtca ataccaacac      660

ttgatcgatg aattggaaga caacgatgac gtggctgacg tttacgaagc agccttcgtt      720

gaagatgccg accagggcga ataa                                             744


<210>  2040
<211>  1560
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14970

<400>  2040
atgaatgcaa tcagcttatt aatcgccgct gtcgctattg ttgtcggtct aattgccggt       60

tacgtgggta ggaaaatcgt tttcgaacaa cgattaaccc aggcgaagga aaacgccgcg      120

gggattattg caactgccca aaaggaggcg gcgacggcga aaaaggaggc cattttagag      180

gcccgagaag aaagccatcg ctaccgggaa gtcgtggaac aagaactcaa ggaccgtcgt      240

agtgaggtcc aaaaacaaga agagcgcttg ctccaacgcg aagcaaccct tgaccgcaag      300

gacaccagtc tggagaaccg cgaaactacg atcagcgccc gggaacggaa gctcgatcaa      360

aagacggagc agattcaaaa gcgtcaacaa caggcagcgg atttagtcga gcagcgccaa      420

gccgagctcg aaaaggtcgc ccagctatca cacgaagagg ccaaaaaacg gctcctttcg      480

caactaaaag aagagttgca aagtgaacgg gaaacgatga ttcggcaaag cgaacaagaa      540

gccgaattaa cggcggaaaa gaacgccaag gacttaatcg tggccgcaat tcaacgctca      600

gccgcggata tggttcaaga aaccaccgtg accgtagtaa ccctccccaa tgacgacatg      660

aaggggcgga tcattgggcg tgagggccgt aacatccgga ccttagaaac cctgaccggg      720

atcgacctga tcatcgatga cacgccggaa gcagtcgtct tatccgggtt tgacccggta      780

cggcgtgaga ttgccaagat ggccctggag cgcttgatcc aagacggccg gattcacccg      840

gcccggattg aggaggcggt tgaacgggcc cgcaaggaca tggataccca gctgcgtgaa      900

gtcggggagc aaacggtctt tgacctaggc ctgcacacca tgcacccgga cctgattaag      960

acggtcgggc gaatgaagta ccggaccagt tacggtcaaa acgtcttaca gcactcaatt     1020

gaagtcgcca agttagcggg gatcatggcc gctgagctcg gtgaagacgt gaccctcgct     1080

aagcgggccg gcctcctgca cgacattggt aaggccatcg accatgaagt tgatggttcc     1140

cacgttgaac taggggtgga actaacccgc aagtacaagg agaacaaggt cgttattaat     1200

acgatcgcat ctcaccacgg cgacgtggcg ccaacctcga tcattgccgt cctggttcag     1260

gctgccgatg ccgtttccgg ggcccgtcct ggtgcccgta gtgagtcgtt ggaacaatat     1320

attcaacgac tcaagaagct agaggagttg gccaaccaaa atagcggcgt tgatcattcg     1380

tacgctatcc aggctggccg cgagattcgc gtgattgtca aaccaaccaa ggtttccgat     1440

aagcaagcgg tcaccttggc ccacgacctc aagcaagaga ttgaaaagca acttgaatac     1500

ccagggcaca ttaaggtgac ggtaattcgg gaaacccggg ccgtcgatta tgccaagtag     1560


<210>  2041
<211>  1236
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14971

<400>  2041
atggaatatg caggtaagga cgcccaactt tgggccgcaa tcggacgcga agaacaacgc       60

caagaggaca cgattgaact gatcgcctca gaaaacattg tttcaaaaga agttgccgcc      120

gcacaggggt ctgtcttaac caacaagtac gctgaggggt accctggcaa gcgctattac      180

ggcggttgcc aatttattga ccaggtggag caactcgcca ttgatcacgc taaggaactc      240

tttggcgctg cctacgctaa cgttcaaccc cactccggtt cccaagctaa catggcggtc      300

taccaagcat tattaaagcc tggcgacacc atcttgggga tggggatgga cgccgggggc      360

cacttaaccc acggttccaa ggttaatttc tccgggaagc tttaccacac ctacggttac      420

gaactcagtc ccgaaaccga ggaactggat tacgacgcca tcctggctca ggctaaggaa      480

atccaacccc agttgatcgt ggcgggggcg tctgcttaca gccaaatcat cgactgggac      540

aagttccgcc aaatcgccga tgaagtgggt gcttacttga tgatcgacat ggcccacatt      600

gccggcctgg tggctacggg ttaccacccg aacccggttc cggttgccga cgttgtgacg      660

acgaccaccc acaagacttt gcgtggacca cggggcggga tgatcctatc caagtctgaa      720

gaactaggta agaagtttaa ctcggccgtc ttcccgggta cgcaaggggg accgctggaa      780

cacgtgattg ccgggaaggc ccaggccttt tacgaagact tacaaccagc ctttaaggat      840

tacattggcc aagtggtgaa aaacgccgcg gctatggcgg aagtgttcaa cgaatctgaa      900

acgatccggg tggtcactgg tgggacggcc aaccacttgt tggtccttga cctaacgaag      960

accggcttaa ccggtaagga cgcccaggcc ctgctcgatt ccgtgatgat caccactaac     1020

aaggaagcaa ttccaaatga ccaacgcagc ccgtttgtta cttccggtct gcgggtcggg     1080

acgccagcta tcacctcgcg tggctttaaa gaagacgacg tcaagcaggt ggccagcctg     1140

attatcaagg cgttagacaa cgctgacgac caaaccattt tggctggagt gaaagaagcc     1200

gttcacgccc tcacccaggc gcacccggtt gactaa                               1236


<210>  2042
<211>  888
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14972

<400>  2042
atgaaacgcc gacgtaacaa gaagcagggc tggcgctggt taattgcctt cgtcatcctc       60

ttcgcccttg cctcgggtat cccgggcaag gcatcttcta cgaccaccac tagttcaccg      120

agtgcccaaa ccctggttgc caaggtcaac tccctggtgg aaaacctaag ctaccggtcg      180

cgctcgtcgt caaccagcgg ctcgagcacg atggtcaccc cgagcaagca aaaggccgag      240

gcggttttaa ccgccaacgt taagcaacaa ctggggagtt cgatcacttg gaatggcgat      300

ggggccttca ttatcaacaa caataagacc aagctcaacg ccaagatcaa caacgcgccc      360

tacgccgttg accggctcga cagccagggg cgtgcttggc agggcgatgc ctggttaaac      420

aaaacgacgc gccaatacaa gaatcgttcc gaaaccggga acggcgccac tagttggaaa      480

ccggtcggct ttatgcaact gaccaactta aagaacggcc cgacccacgc ttatgaccgg      540

gggcacctac tcggctacgc cttggtcggg gggctctccg gtttcaacgc ttcggagtcc      600

aacccgaaaa acatcgccac ccaaaccgct tgggctaacg aagcccggtc aaccgattca      660

accgggcaaa actactacga aggcctagtt cgcaaggccc tcgaccgggg taagcaagtc      720

cgctaccggg taacagacat ttatgacggt aacaacctag ttccgtccgg cgcccacatt      780

gaggccaagt caaaggacgg gagcctccag ttcaacgtct ttgttccgaa cgttcaaaat      840

aacattacga tcaattacgc cactgggaaa gccaccgcta ctaactaa                   888


<210>  2043
<211>  1602
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14973

<400>  2043
atgacgaagt atatttttgt aactggtggg gttgtttcat cccttggtaa ggggatcgtg       60

gcggcctcat tgggtcggct gttaaagaac cgtggcttaa agatcgccat ccaaaagttt      120

gatccctaca ttaacgtgga cccggggacg atgagcccat accaacacgg ggaagtcttc      180

gtgaccaacg acgggactga aactgacctt gacttggggc actacgaacg gttcattgac      240

aacgacttga acaagtactc caacgtgacg accgggaaga tttactccga ggttttgcgt      300

aaggaacggc gcggggacta cctgggacgg accgttcagg tgatcccaca catcaccaac      360

atgatcaagg aaaagattcg ccgggccggg gaatcaaccg acgccgaggt cgtgattacc      420

gaaatcggtg ggaccgttgg tgacattgaa tcccaaccgt tcatggaagc aattcgccag      480

atgaaaaaag aggcgggcgc agacaacgtc ttgtacattc acacgacctt agtgccgtac      540

ttaaaggccg ccggtgaaat gaagactaag ccaacccaac actccgttcg cgaactgcgc      600

ggcttgggga tccagcccaa catcctggtg gtgcggaccg aagaaccaat caccgatgac      660

atgcggacca agatcgccct cttctgtgac gtggaaccaa aggcggtcgt cgaatcaatg      720

gacgccaaga acctttacga agtgccgttg aacctgcaaa agcaagggat ggaccaactg      780

gtagttgatc acttcggctt ggacgtgcca gaagccgaca tgggcgagtg gaccaagatg      840

gtggaccaca tcgaaaacgg cctgacgaag acggtcaaga ttgccatggt tggtaagtac      900

actgacttac aagacgccta catttcggtt aacgaatcgc tgcgccacgc cggctacccg      960

gttgacgcca aggttaagat tgaccacttt aacgccgaaa acatcaccga agataacgtg     1020

gcagaaacct taaaggacta tgatgggatc ttagtgccgg gtggtttcgg gagccgcggg     1080

atcgaaggga tgattaccgc catcaagtac gcccgcgaac gagacgtacc gtacatgggg     1140

atctgcttgg ggatgcaagt ggcctgcatc gaatacgccc ggaacgtttt gggctaccaa     1200

gatgcgaact caaccgaatt tgatcaagac actaagcaca acatcattga cctgatggcc     1260

gatcaagaag acgtggaaga catgggggga acccaacgtt taggtgctta ccaatgccaa     1320

ctgaagccgg ggacggtagc ggccgctgcg tacggtaacc aggaaatgat ttccgaacgc     1380

caccggcacc gttacgaatt taacaacgcc ttccggcagg aaatggaaga ccacggcctg     1440

gtcgtttctg gggtgaaccc ggaccgaaac ctggtcgaag tggtagaact accggaaaac     1500

aagttcttcg tggccgccca ataccaccca gaattcctct cccggcctaa ccgtccggaa     1560

ggattatttg ccgcctttgt taaggctgcg gcagcggact ag                        1602


<210>  2044
<211>  1143
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14974

<400>  2044
atgaagtttg tgattgcgcc tgattcgttt aagggcagtt taacggctaa ggaagcggcc       60

accgccatgg cgaccggcat taaacgggtt tatcccgacg ccgagcaaac cttggtgccc      120

atggccgatg ggggtgaggg aacggtgcag tctttagtcg acgctaccaa cggccagctc      180

ttgatcaaga ccgttcacgg cccgcttaac caaccggttc aagcccacta tggcttgctg      240

ggtaattcca acacggcggt gattgagatg gccgaggcca gcgggattgg ctacgtgacc      300

gaagaaacca agaacccgct gatcgccacc acttacggga ccggggagct gattttggat      360

gccgttagcc acggggtcga tcaaatcatc atcgggattg gcggcagtgc caccaacgat      420

gggggtgccg ggatggccca ggccttggga gtgaaacttc tcaatgatgc cggcgagcag      480

gtgggcctcg gcggtggcgc cctgggggaa gtcgcccacg ttgacgtcag tggggtcgac      540

cgccgcgtca aggaagtgaa ggtgttaatc gcctctgacg tcactaaccc cttgaccggg      600

ccggaagggg cgtcggccgt ttttggcccg caaaaggggg cgaccccgga gatggtcaag      660

cttttggatg acaacctgca ccactacgcg gcggtgatta aagccgacct gggcagggac      720

ctggaggaaa agccgggagc cggggcggct ggcggattgg ggaccgggct cttggccttt      780

accaacgcca ccatgcaaaa aggaattgaa ctggtggttg agtacagcca gttagaggag      840

caggcggccg gcgccgatta cgttttgacc ggcgagggga gcatcgattt tcagaccaag      900

tttggtaaga ccccgtacgg cgtggctaag acaaccaagc gggtggcccc ccaagcgccg      960

gtaattggga tcgccggtca cctcggtaag ggcgtggccg aactagccga cgagggcgtg     1020

atcgacgccg tttttgccag cccgtctgga gccaagtcct tagaacaagc gattgccgac     1080

gccgcccagg acgtggcgct gaccgcggag aacgttgccc ggctggttaa ggttagtcat     1140

taa                                                                   1143


<210>  2045
<211>  1695
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14975

<400>  2045
gtgttacaag agttaacgat cgacaacttg gcgattattg accacctatc cctggagttt       60

gacgaccaca tgacggtctt gaccggggaa accggggccg gaaagtcaat tatcattgat      120

gccgttagcc tgctggccgg gggacggggg tcccaggagt tcatccgcaa gggagaagag      180

aagctctcct tgcaagggca gtttgaaatt cccaaactgc cgggttacgt cgcccaatta      240

gatgagctag gaatcagcca cgacgacggg gccttgatta tttcccgtga aatccaccgt      300

agcgggcgga acacgatccg ggttaacggg accttggtca acgccgccac ccttaagcaa      360

ttaggaagcg ggctggttga tatccaaggt caaaatgagc accagttgct cttacgcccg      420

gaggcgcact taggaatgct cgaccagttt gctaacgcta aggttcagcc cctactagcg      480

tcgtaccaag agcagtacca agagtaccgg cgtttggagg cggcggttaa ccaaaagaag      540

gccaacgagc aacagtgggc ccagcgcctc gacatgttgc gctaccaagt taaagaaatt      600

ggtgacgccg acttgcgggc cgacgaagaa gatgaattaa tcgccgaacg tgagcgactg      660

gaacacttcc aacagattgc caccaccctc cagcaggtgg ttggggtgtt gaacgatgac      720

gaagaggcgc cggtcttaga ccaggtcgcc accatcatga atgcagccca agagattgcg      780

cccttcgatc ccgaatacga tgacctggcc cagtcccttt ccgacgccta ctattcactg      840

caagacgttg ccaaccaagc tggccaccag ttggatagcc tcgagtttga tgaggagcga      900

ctggccacga tcaacgcccg cttagcgacg attgccgact tggagcacaa gtatggtgaa      960

agcttagccg acgttttggc gtactacgac cagatcaaag aagagcttac cgatatggag     1020

gccgcggccg attcaggttc cgatttggaa gagcggttaa atgcggtcca ggccgatttg     1080

ttaaaccaag ggaacgccct gagtcaagtg cggcaaacgg cggcccgcaa attagccaag     1140

caggttcaca cccaactaaa ggaactgtac atggataagg cggtttttga agtgaacttt     1200

gccaaaacca agaagccggt cttctctgcc accgggatcg atcaggttga attctacatt     1260

caaaccaacc ctggtgaggc aatgggaccc ttggcccgga tcgcctccgg gggggaactt     1320

tcccgggtga tgctggcctt aaagacgatc tttgcccagg gcgaaggggt tactagcatc     1380

atctttgacg aagtcgatac cggggtttcc gggcgggtcg cccaagccat tgctgataag     1440

attcgcttga ttgccgaggg ctcacaggtc ctttgcatta ctcacttacc acaggtggcg     1500

gcggttgccc aacaccacct cttaatccaa aaacgggtgc acgaccaacg gaccacgact     1560

agcgtaacgc cgttaaacac taaccaacgg gttgaagagt tggcccggat gctggcgggt     1620

gatacgatca ccaagcttgc tcgcgagcac gcgtcggaat tgttaacgat ggctaagcaa     1680

aaggcccagg actaa                                                      1695


<210>  2046
<211>  1002
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14976

<400>  2046
atggaatgga agatcgggag cgtcacaatc cctaaccaag tggttgtggc accgatggct       60

ggggtcatga acaccgcctt tcgggtgatc tgtaagaagt ttggcgccgg ctacgtggtt      120

tcggaaatga tttccgaccg cgggattatg taccacaaca aaaagaccct gcaaatgatg      180

ggtgtcgacc cggtcgaaca cccgatggga ctgcaaatct ttggtgggac caaagagacc      240

ctggtggagg ccgctaagtt tgtcgacgaa aacaccgatg ccgatgtgat cgacattaac      300

atgggctgcc ccgttaataa gatcgtcaac actgaggctg gttcccggtg gctattagac      360

cccaacaagg tttacgagat ggtttcttac gtgaccgacg ccgtaaaaaa gcccgtaacc      420

gttaaaatgc ggacgggctg ggacgaccag cacatctttg ccgtggaaaa cgccctagcg      480

gcacagcggg caggggcagc agcggtggca atgcacggcc ggacccgtaa gcaaatgtac      540

cggggtcacg ctgattggga tatcttgaag gaagtggcca gccagctgac gatcccgttt      600

atggctaacg gagacattaa gactgctgaa gaagccaagt atgtattgga atacaccggc      660

gccgatgcca ttatgattgg gcgggccgcc atggggaacc cgtggatgct gacgcagacg      720

gttcactact tagaaaacgg ggaactacta ccggaagcaa cgccggaaga aaaaatcacg      780

acggccaagg agcacttggc acgcctggtg gacctgaagg gtgaatacgc tggggtccgg      840

gaattccgcg ggcaagcagc ttactacatg aagggaattc cgcgggccgc ccggacgaag      900

gtggccctga tggaagccac tgaacaggca caaatggacg agatctttga ccggtttatt      960

gaccagtacg aagaacgtca attacaacaa aacgtaaact ag                        1002


<210>  2047
<211>  2016
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14977

<400>  2047
atgatttatc gccaaccgga taaagaattt caacttgtat cggattacca accaaccggg       60

gaccagcccg aggccattgc ggccttgacc aagggggttg aagagggtga ccacgcccaa      120

attctgcttg gggcgaccgg gaccgggaag acctttacga tttccaacgt gattaaaaac      180

gtcaaccgtc cgaccctaat tctctcccac aacaaaacct tggccggtca gttgtacggg      240

gaaatgaaga agtttttccc taataatgcg gtggagtact ttgtttccta ttacgattac      300

tatcaaccgg aggcctacgt tccttctagc gatacctaca tcgaaaagga cgcctccatt      360

aatgacgaaa tcgaccaact ccgccactcg gcgacttcgt ctttgatcga acgcaacgac      420

gtgattgtgg tggcgtcggt gtcctcgatc tttgggttgg gttcgccagc cgaataccaa      480

aaccacgtcg tttccctgcg ggtcggtcaa gaaatccctc gtaaccggct cctgcgtgag      540

ttagttgaga tccaatttga ccgtaacgac attgatttcc aacgcgggcg cttccgggtc      600

cggggcgacg tggtggaaat cttcccagcc tcccgggagg aaaaggcgat ccgggttgag      660

ttcttcggtg acgagatcga ccggattcgc gaagttgacg ccttgaccgg cgaggtaatc      720

ggcgaccggg aacacgtttc gatcttcccg gccacccact ttttgacctc cgaagacatc      780

atggacctag ccctgccgga aatcgaagcc gacatgaaga gccaggtcgc taagtttacc      840

aaggaaggca agctcttaga agcccagcgc ctccaacagc gaacgactta cgatatcgaa      900

atgatgcggg agatgggtta caccaacggg atcgaaaatt attcccgtta catggaccgg      960

cgcaagcccg gcgaaccccc cttcaccctc ttagacttct tccccaagga cttcctgtta     1020

attgtcgatg agtcacacca gacgatgccc caagtccgcg gaatgtataa cggtgaccgc     1080

gcccgcaaac agcagctaat cgactacggg ttccgcctgc ccagcgcctt agataaccgg     1140

ccgttgaccc tgaaggagtt tgagggtcac gtccaccagg tcatctacat gtcggcgacg     1200

ccaggcccgt acgaagaagc tcaaactgac cgggtggtcc aacaaattat tcggccaacg     1260

gggcttttgg atccgaccat tgaagtacga ccggtgatgg ggcaaatcga cgacctggtt     1320

ggcgagatta acaagcggat cgaaaaaaac gaacgggtat tggtcaccac tttgaccaag     1380

aagatgtccg aagacttatc ggattactta aaggaccttg gcttaaaggt caagtacctg     1440

cactcagata tcaagacctt ggaacggacc caaatcattc gcgacttgcg gctgggtaag     1500

tttgacgttt tagtcggcat caacctctta cgggaggggc tagacatacc ggaagtctcc     1560

ttagtggcca tcttggatgc cgataaggaa ggcttcttgc gtaacgaacg ctccttgatc     1620

caaacgattg ggcgggcggc ccgcaacgcc aacgggtccg tgattatgta tgccgacacg     1680

gttaccgatt cgatgagggc cgccatcgac gaaaccaagc ggcggcggac gatccaagag     1740

gcctacaata aggagcacgg catcacgcca aagacgatca ttaagccgat ccaagaggca     1800

attaaggccg ttaagccggt agaagatgag caagccgata agggggcaga atttaccagc     1860

aaggactttg cggccctaga taaagaggcc caggcccaga tgatcgccga gctaaccgag     1920

cagatgaagg cggccgccaa gcgcctagac tttgaacagg ccgctacttt acgtgatacg     1980

gtcatggaac tgactagtcg aatgaagaag aaatag                               2016


<210>  2048
<211>  960
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14978

<400>  2048
atgcggatac ttgaaaccgc aagttacgtt cccgcccggg tggtcactaa cgatgagttg       60

agccagttga tggacaccag cgacgaatgg attaccaccc gtacggggat taagcagcgt      120

cacatcagcc aaggagagac cacctctgac ttggcggtta acgtagctaa ccagctttta      180

gcaaaggcgg ggctagccgc ggaacaagtg gccctgatcg tggtggccac catgtcaccc      240

gacagttaca ccccgtcaac ggcggcaatt gtccagggac aaattggggc aaccaaggcg      300

gtggcctttg acctgtcagc ggcgtgttcg ggctttgttt acgccctcca cacggttgag      360

cggttattaa accctggtca gcgggcccta gtgatcggta gcgaggtctt atccaagctg      420

attgattggc aagaccgaac cacggcggtt ctgtttggcg acggggccgg cggggtgctg      480

gtggaacaag aaactaccgg gccctcccac gtgttgggcg agcacctagc cacctttggc      540

gaccaagccg accaactgag tgccgggcaa acgacgccat taacgtcctt cccgggaccg      600

gtaacgaagg tcgctccctt tacgatgaac gggcgggccg tttaccggtt tgccactcat      660

gaggtgccca cttcaattcg gttggcagcc caacaggccg gggtaaccat tggagatatt      720

gacgccttct tgttgcacca agccaacgcc cggattatcg atcaagtggc gaagcgtttg      780

caactggatc gccaacggtt tcccgttaac atcagcgaat acgggaacac gtcggcggcc      840

agcgagccaa ttttatttgc cgaagaagtt caaaaaggtc acctacgtcg gggcgacctg      900

gtggccctaa gcggtttcgg cggtggactg accgttggaa ccctaatctt aagatactaa      960


<210>  2049
<211>  921
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14979

<400>  2049
cttagatcac gaaaaatcag ctcacgcgaa atcgtgacct taattgatga tctgaggcga       60

gtcttcaaaa cgtcgattag ttttatcctc aaagccgtta agataccacg tagcacgtac      120

tattacacta agcacagcca gggacgaaaa tatgatgatg accaggttat ccaagccatt      180

gatgaaattc gccaaacaga tgccaagtat actcaaaaat acggttaccg tcgcataacg      240

ttagttatgc atgaacaggg atttaaagtt aatcacaaac gcgtcctccg aattatgaag      300

gaacaaggct ggacatgtca ggcctttaat aagcaaactc gtaaatataa ctcatacaaa      360

ggagttgttg gtagaatcgc caaaaacaag ttacaccggc gattcaagac agatcgacca      420

tatcaaaaac ttgtcgccga cgttagtgaa tttcgatacg gtcagatgag tcaaagtgaa      480

cgaatctatt tagagcccat catggattta ttttcgggtg aaattttggc atttaacatt      540

agtgcacatc caactcttga gtttgcgttg aagccactaa aagaagcatt agatggacta      600

cctgagcttc cttatcgaac aacggtacac acagatcaag gatttcagta ccaacataag      660

cagtggcaaa aaacgcttaa aactcatcat acctttcaga gtatgtcccg taaggcgact      720

tgcttagata acgccgccat ggaatcattc tttcatctca tgaaagcaga gatgatggat      780

gaacacttcg aaaatccaga gagtctcgcg caagcgatga ctgaatggat tgagttttat      840

aataaccgta gaatcaggac caagctaaaa ggcaagtcac cagtacaata ccgagaactt      900

gccaatcagt tagtagctta a                                                921


<210>  2050
<211>  843
<212>  DNA
<213>  Lactobacillus fermentum ATCC 14980

<400>  2050
atgaagaata aaaattggat tatctgggtc gtcgtggctg tggtgattgt cgtgatcggt       60

tggttctcat ttggtcacag ttcgcaaacc agtagcaaga cggttaccgt cggggtggtt      120

ggtcaaacca gtcaggacga agccatctgg aaagaaatta ccaaggtggc taaggacaag      180

tacggggtca cggttaagct caagaacttc tccgattaca accaaccaaa caaggccctg      240

caaaacgggg atgtggactt gaacgccttc caacaccagg ccttcttaga cgcttggaac      300

aaggctaaca aggggacttt ggtatcaatt gggaagacct tcatcacccc aattcacctt      360

tactccaaga aggtgactga cgttaaggac ctgccggacg gggcaacgat cgccgtgcca      420

aacgacgcct ccaacgaatc ccgggccctc ttcttgctca agaacgccgg cttgattacc      480

ttaaagacca gcgccggttc cttagcaacg gttaaagaca tccaggacaa cccgaagaac      540

ttgaagatca aagaagtcgc cgctgaacaa acggcccgga ccttagacga cgttgacgcc      600

gccgtggtta acaccaacta cgccgtggcc gctaagttac cggacagcga aatcatctac      660

acggaaccag ttaacaagga ctccaaacaa tggattaact tgatcgccgc taagaagtct      720

gacgccaaca aggaagctta caaggacgtt gttaaggctt accacacgag ccaagtgaag      780

aaggttatcc aaaaggaata cggtaacaag gaaattcctg cctgggacct gaagttaaag      840

taa                                                                    843


<210>  2051
<211>  795
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20563

<400>  2051
atgttttgga atttattaaa atacgaattt aaaaatgtaa ataagtggta tttaggatta       60

tatggaatcg tactctttct atctattagt attggacttt ggctaagaca ttttgcaaat      120

ggaaggaact ttttcgaccg tttgcagtct tctactaatg aagcagggag tatgacaagt      180

actttcttcg gttttacaat gctgattttc tcaggtctcc ttgtagcact tgccatttca      240

acactctttc tgattattcg tcgctttaaa aatagtgttt atgaaagaga aggatatcta      300

acgcttactt taccagttaa cgaacatcaa attatcctct caaaattact cggtgctgtt      360

atatggacga ttcttagcac acttgcattg tttcttagct ttggaatcat tgttcttatc      420

gtaggggtag cttctcatac acaatttgaa atgggaacag ttctacaatt attcggcaag      480

cacttttggg aaattgctag tgaactattg aaatcatttg gatactatct tgtagccctt      540

attccaaata tcctattgat ttatctttct atctctattg gtcaactttt ccaagaccac      600

cgcgccgcta tagcctttct agcttatttt ggaattcaat ttgctctgat tatcgctgct      660

aatctatatg tttcagcctt cccgtcgctt tcaacttctt taggtagttt gagcggagtc      720

ataacctctc ttcttttggg gcttatctac tatactggaa cgtattacat cctcaaaaat      780

aaagtgaatt tgcag                                                       795


<210>  2052
<211>  1500
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20564

<400>  2052
ttccgtacaa ctgaaacatc tgctttcctt gaccgtctga aagatctcgg ctatcatcat       60

tcaacgttag caggcttgac agtagggatt gctgatattc cggtcgttga agataaggca      120

gaaattatcg aagagtctca caaacgtgtg gaacaaatca ccaaacaatt ccgccgtggt      180

atgattacag acgatgaacg ctacaatgca gttactgctg aatggcgtgc agctcgtgaa      240

aaattggaaa aacgtttggt tgccaaccaa gatcctaaga atccaatcgt tatgatgatg      300

gattctggag cccgtggtaa catttctaac ttctcacaac ttgctggtat gcgtggtttg      360

atggccgctc ctaatggccg catcatggaa ttgcctattc tatctaactt ccgtgaaggt      420

ttgtctgttt tggaaatgtt cttctctact cacggtgctc gtaaagggat gactgataca      480

gcccttaaaa cagctgactc aggttatctg actcgccgtt tggttgatgt ggcgcaagat      540

gtgattatcc gtgaagacga ctgtggaacc gatcgtggtc ttgttatccg ctcaattact      600

gatggtaaag aaatgattga gccattagaa gaacgcttga ttggtcgtta tacgaagaaa      660

tctgttaaac atcctgaaac aggcgaagtc atcgttggtc cagacgtatt gattacagaa      720

gatatggcgc atgagattgt tagcgctggt gtcgaagaag tcactattcg ctctgtcttt      780

acatgtaata cacgtcatgg ggtttgccgt cgttgttacg gtatcaactt ggcaacgggc      840

gatgcggttg aagtcggtga ggcagtcgga acgattgctg cccaatctat cggtgaacct      900

ggtacacagc ttacaatgcg tactttccac acgggtggtg ttgcctctaa taccgatatc      960

acacaaggtc ttcctcgtgt ccaagaaatc tttgaagccc gcaatccgaa aggggaagca     1020

gttattactg aagttaaagg cgaagtgact gcaattgaag aagacgcttc tactcggact     1080

aagaaagtct ttgtcaaggg tgcaaccggt gaaggagaat acgttgtacc atttacagct     1140

cgtatgaaag tggctgtagg tgaccaagtt tctcgcgggg cagcattaac agaaggttct     1200

atccaaccga aacatttatt ggctgttcgt gatgtcttgt ctgttgagac ttacctgcta     1260

gctgaagtgc aaaaagttta ccgcagtcaa ggggtagaaa tcggtgacaa gcatattgaa     1320

gtaatggttc gccaaatgat tcgtaaggtg cgcatcatgg atccgggaga tactgatctt     1380

cttatgggca cactcatgga tattacagac tttaccgatg ctaaccgaga tgtagttatc     1440

tcaggcggtg ttcctgcgac tgctcgccca gtcctcatgg gaattactaa agcatctctt     1500


<210>  2053
<211>  456
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20565

<400>  2053
atgaagattt ccttagttta tattagttta agtggcaaca cagcgagttt tatcaaacgt       60

ttgtctgctt ttttgcaaga gcgacatgaa aatgttgaga ttgagcaggt ggatataaaa      120

gatatggtga aagaggagcg accattttac gctatgtctc agccttttgt agcctttttg      180

ccaacctact tagaaggtgg aaatggtttg gataatgggg atgtggagat tcttaccaat      240

gatttaggtg actttattgc ttttgaagag aattacaagc gctgttttgg cattgttggt      300

agtggtaatc gtaattttaa caaccaatat tgtttaacag caaagcaata tgcagagcga      360

tttggctttc cagtcttgga cacatttgaa cttcgtggct tgaatgaaga tgtcaaacga      420

attggtctga aaattgaaga attatacgga atgtaa                                456


<210>  2054
<211>  699
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20566

<400>  2054
atgtcagaac gtaaactttt cacgtctgaa tctgtatctg aaggacatcc agataagatt       60

gcagaccaaa tttcagatgc tattttagat gctatcttgg agcaggatcc agaagctcat      120

gtggctgctg agacagctgt ctatacaggc tctgtccatg tttttgggga aatatccaca      180

aatgcttatg tggatattaa ccgcatagtt cgcgatacaa ttgcagagat tggttataca      240

aaagctgaat atggtttttc agcagaaaca gtgggggtgc atccgtcgct tgttgagcaa      300

tcaccagata tcgctcaagg ggtgaatgaa gcccttgaaa ttcgtggaaa tgctgaacaa      360

gatccgcttg atttgattgg tgccggtgat caggggctga tgtttggttt tgctgtagat      420

gaaacacctg aactaatgcc gttgcctatt tctctcagtc acaaattagt ccgtcgttta      480

gcagagcttc gcaagtctgg agaaatttcc tatcttcgtc cggatgcaaa atctcaagta      540

acggttgaat acgatgaaaa tgaccaacca gtgcgcgtgg atgctgtcgt tatttctaca      600

caacatgacc cagaagtaag caatgagcag attcatcaag atgtgattga aaaggtcatt      660

aaagaagtag ttccagcaga gtatttggat gaaaaaagt                             699


<210>  2055
<211>  1158
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20567

<400>  2055
atgatgactg caacagcact tgcaacattc ttgacaggtg tgacagaacc aattgaatat       60

atgttcatgt ttgttgcaat gcctctttac ttagtgtatg cagttgtgca agggttagcc      120

tttgcaatgg ctgacgttgt tcacttgcgt gttcactcat ttggttctat cgaattctta      180

actcgtaccc cacttgcaat caacgctggt ttgggtatgg atattgtgaa ctttatttgg      240

gtaacaattc tctttgcagt gataatgtac ttcattgcaa acttcatgat taagaaattt      300

aactacgcaa ctccaggacg taatggtaac tatgaaacag ctgatggaga agatggtgat      360

tcatctgctc aagctggtgg caaagtagct gaagcttctc aagcagtaaa tattatcaac      420

cttcttggcg gacgcgcaaa tatcgttgat gtagatgcct gtatgacacg tctccgtgtg      480

actgtcaaag atgctgaaaa agttggtaca gaagaacaat ggaaagctga aggagcaatg      540

ggcttggtga tgaaaggcca aggtgttcaa gccatttatg gtccgaaagc ggacgttctg      600

aagtctgata ttcaagactt acttgactca ggtgaagtga ttcccgaaac tcttccgagt      660

caaatgacag cttcacaagc agcagaagtg agctacaaag gtgtaacaga agaaattgaa      720

acggttgctg atggtgaagt tattgctatc tctgatgtca aagatcctgt cttttcacaa      780

aaaatgatgg gtgacggatt tgctgttgaa cctgaaaatg gaaatatcta ctcaccagta      840

gcaggtacga ttacaagcat tttccctaca aaacatgctc ttggtctctt gactgatagt      900

ggtcttgaag tgcttgttca tatcggactt gatacggtca gtcttgaagg taaaccattt      960

gaagtgcatg ttgcaaaagg gcaaaaagtt gcagcaggtg atcttcttgt gacagctgat     1020

ttagaagcta tcaaagcagc aggtcgtgaa acttcaacag ttgttgtctt cacaaatgca     1080

caagctatta aatctgtaac tgttgaaaca ttcggcaaag tagcagtgaa aacagttgtt     1140

gctaaagtag aattgtaa                                                   1158


<210>  2056
<211>  1689
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20568

<400>  2056
cttcatgcgt acggcgtgga agtaaaaaat aaaacctatc tttttatcat tctttgtgtt       60

atactagata ggttgcaaat aactatgttt tataaggtag cttcgcactg cctttttaga      120

aagaagaaaa aattgaaatt taatgaatta catttatctg ctgaattgtt agcagaaatt      180

gacaaagcgg gctttgtgga agccagccca atccaagaac aaacaatccc gcttgctatg      240

gcaggaaaag atgtgattgg acaagctcag actggtacag gaaagacagc cgcttttggt      300

tttccgactc ttgaaaaaat taacacagaa aatcctattg ttcaggcttt agtcattgca      360

ccaactcgtg aattggctgt tcaaagtcaa gaggaactct tccgctttgg tcgaagcaaa      420

ggagtgaaag ttcgctcggt ttatggtgga tctagcattg aaaagcaaat caaggctctc      480

cgttcaggcg cgcacattgt cgttggaact ccaggacgtt tattagacct cattaagcgc      540

aaagcactga aactcaatca tgtagaaacg ctcattttag atgaagcgga tgaaatgctc      600

aatatgggtt tcttagaaga cattgaagca atcatctcac gcgtgccgga agagcgtcag      660

acccttctct tttcagctac tatgccagat gctatcaagc agattggcgt gaagtttatg      720

aaagagccaa cacatgtcaa aattgcagca aaagaattga caacagaact ggtggatcaa      780

tattatatcc gtgtaaaaga aaatgaaaaa tttgatacca tgacacgtct catggatgtg      840

gaacaaccag aactttctat cgtttttggg cgtaccaaac gccgagttga tgaattgact      900

cgtgggctta aaatccgtgg tttccgcgca gaggggattc atggtgattt agaccaagga      960

aaacgtctcc gtgttcttcg cgactttaaa aacggaaatt tagatgttct tgttgcgaca     1020

gacgttgctg cgcgtggttt ggatatttct ggtgttacac atgtttacaa ttatgacatt     1080

ccacaagacc cagaaagtta tgtacaccgt attgggcgga caggtcgtgc tggaaaatct     1140

ggtcagtcca ttacatttgt tgcaccaaat gaaatgggtt atcttcaaat cattgaaagt     1200

ttgaccaaaa aacgtatgaa aggcatgaaa ccagccactg cagaagaagc ctttcaagct     1260

aagaaaaaag ttgcacttaa aaagattgag cgagattttg cggatgaaaa cattcgcaac     1320

caatttgaaa agtttggcaa agacgctcgc aagttggcaa ctgaatttac accggaagaa     1380

ttggctttat atatattgac cttaaccgta caagatccag acactctacc agaagtagaa     1440

atcgcgcgtg aaaagccatt accatttaag tatgtttcgg gagctaataa aggcaatcgt     1500

aatagcaaaa atgggcgtcg tagtaatgat cgtcgtgacc gtactaatgg gcgtgacaat     1560

tacaaaaagg gtggtcgtca cgatcgcttt gacaaagaaa aacgttatcg caaagaccac     1620

aaaaaacctc gcaatacttc aagtgagaag aaaacaggtt ttgtcatccg taataaaggt     1680

gataagtaa                                                             1689


<210>  2057
<211>  726
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20569

<400>  2057
atggcacaaa tttatcataa cattacagaa ctcattggaa atactcctat cgtgaaatta       60

aacagtcttg ttccagaagg tgctgctgat gtctatgtca agctagaagc tttcaatccg      120

gggtcatccg tcaaagatcg cattgctctt agcatgattg agaccgctga gcaagagggc      180

ttgattcagc cgggtgcaac cattgtcgaa gcaaccagcg gaaatactgg aatcggtttg      240

tcttgggtcg gtgctgctaa aggttataag gtcgttattg ttatgccaga aaccatgagt      300

gtggagcgcc gcaaaattat ccaagcttat ggtgccgaat tggtgctcac tcccggaagt      360

gagggaatga aaggtgcgat tgccaaagct gaagaaatct ccaaagaacg taacggatgg      420

ctaccactac agttcaacaa tccagctaat cctgaagtac acgaaagaac aacaggagca      480

gaaattatct ctgctttcgg tgaaaaagga ttggacgcct ttgtcggtgg agttggcaca      540

ggtggtacaa tttctggcgt ttctcacgct ctcaaaaaag tcaatccaaa tatacaagtt      600

tacgcagttg aagccgatga gtccgctatc ctgtccggtg aaaatcctgg accacacaaa      660

attcaaggaa tttcagctgg ttttatccca gaaacactgg acactcaagc ttatgacggt      720

attgtc                                                                 726


<210>  2058
<211>  735
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20570

<400>  2058
atgagtaaac aagtttttga aaagatcaaa cgattgtttg agaaattttt tcaaacagat       60

cgtcctagca aaaatgaaaa agaaagctgg acactttgga gtgttggcga gactgtcctt      120

cgtactctga aattattatc aaatgtcttt tttgtatttg tttttttagg ttgcttgttt      180

ggtggaggca ttgcattagg atatggtgca cgaatctttg acaaggttga aactcctaaa      240

aaagaagagc tcatcaaaaa aattcaagat atttcaacca tttctgaatt aaaatatgct      300

gatggcagct ccatttcagc cattgatagt gatttgttgc gagtgccaat taagagtaaa      360

gatatttctg acaatgtgaa aaaagcagtc attgcgacag aagatgagaa ttttcggaag      420

cacaatgggg ttgtcacaaa agctgttttg cgggcgacgc taggctctgt tgcagggatt      480

ggttcctcaa gtggaggttc taccttaact caacagttaa tcaagcaaca agttgtcggc      540

gatgctccaa cctttagtcg taaagcatca gaaatcattg atgcgctggc tttagaacgc      600

tacatgagca aagacgatat tttaacgact tatttgaatg tggcaccgtt tgggagaaat      660

aacaaagggc aaaatattgc tggtgtggaa gaagctgcac aaggaatttt tggagttcct      720

gccagcaaat tgaca                                                       735


<210>  2059
<211>  975
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20571

<400>  2059
gtgttcaaca cacctgaaaa tatcgcgaaa tatctagata aagatcaatt aaagctatac       60

acgctgattt ggaatcgttt tgtagctagt caaatgacag cagcagtatt tgacactatg      120

agtgtgaagt tggagcaaaa cggtgttcaa tttgctgcaa atggtagtca agttaaattt      180

gacggttatc tagctattta caatgattct gataagaata aaatgttgcc tgatatggaa      240

aagggtgata cagtgaaacg ggtcaacacc aatcctgaac agcatttcac acaaccacct      300

gctcgttatt ctgaagcgac cttgattaag acattggaag aaaatggtgt cggacgtcca      360

tcaacttatg caccaacaat cgaaactatt caaaaacgct actatgtcaa attagtttct      420

aagcgctttg agccaactga actgggagaa atcgtgaact ctctgattgt tgaatttttc      480

ccagatattg tcaatgtgaa atttaccgct gatatggaag ctaagctaga tgatgtagaa      540

gtaggaaaag agcaatggca aaaggtcatt gatgaatttt ataagccgtt tggaaaagaa      600

gttgcaaaag cagaaactga aatggaaaaa attcaaatca aagatgaacc tgctggattt      660

ggctgtgaag tctgtggaag tcctatggtt atcaaattgg gccgctatgg taaattctat      720

gcatgtagca attttcctga ctgtcgtcat actcaagcga ttgtcaaaga aatcggtgta      780

gagtgtccta agtgtcacaa agggcaaatc attgagcgca aaaccaaacg caatcgcctt      840

ttctatggct gcaatcgcta cccagattgt gactttactt cttgggataa accggttggt      900

cgctcttgtc cgaaatgcgg tcagtatctt gtagaaaaga aagttcgtgg tggaggcaag      960

caagttgtct gcagc                                                       975


<210>  2060
<211>  885
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20572

<400>  2060
atgcacgcta aaaagatgga taaattagca acaggcgtcc tctataccat tgcaggaatc       60

attgttgcta ttcttgcttc cttgattttg tacattttag taaggggctt acctcatgtt      120

tcgtggaaat tcttgacggg acaatcgtct tcataccaag cgggcggtgg aattgggatt      180

cagctctata attcattgtt tctgttagtt atcaccttaa tcatttccat tcctctatca      240

atgggagcag ggatttactt atctgagtat gcaaaaaaag gtccggtaac agattttgtc      300

agaacctgta ttgaaatttt atcctccttg ccctctgttg ttgtgggtct ctttggatat      360

ttgatttttg ttattcaatt tcaatatggt ttctcaatca tttctggtgc tttggctttg      420

actgtattta atctgccaca gatgacacgt agtgtggagg acagcttaca gcatgtgcat      480

catacacagc gcgaagctgg gcttgcactt ggcatctctc gctgggaaac gatcgtccat      540

gtcgtcgttc cagaagcgtt accaagtatt gtgacgggga ttgtattagc ttctgggcgt      600

atttttgggg aagctgctgc gcttatctat acagcaggtc agtctgcccc agcacttgac      660

tggtcaaatt ggaatatttt cagtgtaact agcccaattt ctgttttccg tcaggctgaa      720

actttggctg ttcacatttg gaaagtcaat agtgaaggaa cgattcctga tgcagtagaa      780

gtgtcagctg gatcagcagc agtacttctt atctttattt taatctttaa ccttggagct      840

cgtaagctcg gaagttacct gcataagaaa ttaacatctg cttaa                      885


<210>  2061
<211>  1281
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20573

<400>  2061
atgaataaac gagttttcgt tgagaaaaaa tcaaatttta acattaaggc tcaggcgctt       60

gttaaagaac tcaaacacaa tcttcaatta acgagtttaa ccgatttgcg tattattcaa      120

gtgtatgatg tgtttggctt ggcagattcg ctttttgagc gtgctgaaaa gcacatcttc      180

tctgaacagg taactgatac tattttggct gaaagtgatg tggttgctga acttgctaac      240

tatgctttct ttgccatcga atcacttcca ggtcaatttg atcagcgtgc ggcttcatca      300

caagaagcat tactccttct tggcagcagt aatgatgtaa cggttaatac ggctcaactt      360

tatcttgtta acaaagatat tgatactgct gaacttgatg cggttaagaa ttatcttctt      420

aatccagtag attctcgttt taaagatatt acgacaggaa ttgcaccgca agcattttca      480

gagtcggaca aaacgattcc aaatcttgat ttcttcaaga cttatacagc agctgaattt      540

gctgattata aaactgagca aggtttggca atggaagtgg atgaccttgt cttcatccaa      600

gattatttca aatccatcgg gcgcgtgcca acggaaacag aattgaaagt gttggatact      660

tactggtcag accattgccg ccacacaact tttgaaactg agctgaagca tattgacttc      720

tcagcgtcta aattccaaaa acaattacag gcaacttatg ataaatatat tgctatgcgt      780

gatgaacttg gacgttctga aaagccgcaa acgcttatgg atatggcaac tatttttggt      840

cgttacgagc gtgccaatgg ccgtttggat gacatggaag tatcagacga gatcaatgct      900

tgttcggttg aaatcgaagt tgatgtgaac ggtgttaaag aaccatggct tttgatgttc      960

aagaatgaaa cacacaatca cccaacagaa attgaaccat ttggtggtgc cgcaacgtgt     1020

atcggtggtg caatccgcga cccattgtca ggacgttctt atgtttatca agcaatgcgt     1080

atttcaggtg ctggtgatat tacaacaccg attgctgagt cgcgtgccgg caaattgccg     1140

cagcaagtga tttctaagac agcggcacat ggttattctt catatgggaa tcaaatcggt     1200

cttgccacaa cttacgttaa agaatacttc cacccaggat tcgtcgctaa acgtatggaa     1260

cttggtgccg ttgtcggtgc a                                               1281


<210>  2062
<211>  1644
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20574

<400>  2062
accattaaca ttcaaaataa gacatctcaa ggctttgatg tcctgattac aaatgcgtca       60

gacagcaatg gaatttctag agtgaaagtt cctatctgga cagataaggg cggtcaagac      120

gatattattt ggtatgatgc cactaagcaa agtgatggaa attataaagt ttctgtcaat      180

attgataagc acaaggggga atatggcgaa tataatattc acctttacta cattgaatca      240

aatggcaaag taagaggtgt tagcggtacc aagacaaccg tagtggcacc aagttctgca      300

agagaatcca ttccgtctca aggagtttat acttttaaaa aggaagttga agtcaaaaat      360

agtcccacaa tgacggctaa gactgaattt acctttgcaa gaggagaaag aattcgctat      420

gataaggtat tggacgcaga tcatcatcaa tggattagtt atgttagcta cagtggtaca      480

cgtcgctata tcccaattgc aaccttaaca aatgaagaag ctcccaaacc tgttcaggtg      540

actggcacga ttcacattga aaataagacc tcgcaaggct ttgatgtggt ggtaacgaat      600

gtcagctcca ccaagggtgt gaagacagtg aagttgccta tttggtctag ccaaggcggt      660

caagatgatg taatctggta cgatgcagcc aagcaaacag acggcactta caagttgagt      720

gtggatattc gccgccataa aaacaatcgt ggcgagtaca acattcacat gtactatgtt      780

cagtcggacg gtagtttgca gggtgtaacg ggtactacga ctaaggtgga aggccctcaa      840

acaggtgcaa aagaagtaca atataatggc tcctactact ttatccaagg taaatatgat      900

gaaattgtag tggcaaacaa aaagcatccg atggctgcta actacaatcc tggtgaaaat      960

ccaactgcaa aagctgcctt tcttcgatta agaaatgata tgattgctca aggctataat     1020

gttggttatg cttacagcgg atttagaagt tatgattatc aaaaagttct gtatcaaaat     1080

tatgtgaaca aagatggtca agctgctgcg gatcgttact ctgcacgtcc gggttatagt     1140

gagcaccaaa caggtcttgt ctttgattta acggataaag cgggcaatct tttagaggat     1200

actgctgcaa gtaattggtt gaagaacaat gcatatcgct acggttttgt agtccgttac     1260

caaccaggga aagaagcttc gacaggatac atgccagaag catggcatat tcgttacatc     1320

ggtaaggaag ctgatgaagt ttaccattct ggtttgagtt tagaggaata ttatggcttt     1380

gaaggtggag attacgcttc atcagtaacc ccgtcaaaac caacgactcc gtctccccaa     1440

acaccctcta tccctgctca aggtgtatat cgttttacaa aacgctcctc tatcaaagca     1500

gaagctagaa tgtcagcccc tgaattggct tattatgatg ccgggcaatc ggtcacttat     1560

gataaggttt tgaatgcaga tggtgcgaca tggatttctt acattgcttt tagcggaaag     1620

agacggtata ttgctattgc ttaa                                            1644


<210>  2063
<211>  852
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20575

<400>  2063
acaaactggg aagaagtcgg taatttagac tttgaaaatg acaacaccgc ctacatgatg       60

gaatgtccaa atcttgtctt tattgatgat aagccaattt tgctctactg tcctcaaggt      120

ttatcaaaaa aagtcactcc ttatgacaat atttatccaa atatgtataa aataggtcaa      180

tcgtttgaca caaataaagc agcaattgtt aaacctagtc ctctgcaaaa tttagattat      240

ggatttgaat gctacgccac tcaagctttc aatgctcctg acggacgtgc cttagctgtc      300

agctggctag gattaccaga tattgcctat ccatccgacc gtttcgacca ccaaggaaca      360

ttctctttgg tcaaagaatt aaccctaaaa gacggtaaac tctatcaata ccctgtccca      420

gctatcacat ccttgcgcac agataatagc caaacatttg ctaatcaagc gcagacaacg      480

aactgctatg aattagaact agaatttaca gctgattcac aagctgaaat cgtcctcttt      540

gcagatcaag agcataaggg gttacgcatt tactttgaca tcaaaaatgg tcaagtaaca      600

gttgaccgta gtcaagccgg tgagcaatac gctcttgaat ttggtaccgt tcgtagttgt      660

acgattgaaa accaagctac aactgctact atcttcattg ataagtcagt ttttgaaatt      720

tttattaaca aaggagaaaa agtattttca ggtcgcgttt tccctcatga aaaccaaaac      780

ggtattttta tcagcgaggg aaatccaact ggaacttact atgaattaga ttatggtcgc      840

gaagttaact ga                                                          852


<210>  2064
<211>  1287
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20576

<400>  2064
gtcaaaacat cacttgcacc aggcagtaag gttgttacgg cctatttgaa ggagagtggt       60

ctccaagtct atctggacaa attaggtttt aatgttgttg gatatggctg caccacttgc      120

attggcaatt ctggaaattt gttaccagaa gtggcaaaag caattacgga tacggattta      180

cttgctagtg ctgtcctatc aggtaatcgg aattttgaag gacgaatcaa tcctttggtt      240

aaagcaaatt ttttagctag tccgccactg gtggtcgctt atgctttagc tgggaataca      300

aatattgatt taacaagtga accgcttgga tatgatagga atggactacc tgtttacttc      360

atggatctta tgccaaatca tgatttggta gcagactatg tacaaaaata cgttaccagt      420

agtttgttta aaaaagagta tgagcatgtt tttactgata gtgaaaaatg gaatcaaatt      480

tcaacaacaa aatcgaaaat ctatcattgg aatcaagctt ctacttatat acaaaatcct      540

ccttactttg atgacttgga agatgataca agcattcaac cattgaaaaa tctagctgtt      600

ttagcaaagt ttggagatac aattacgaca gaccatattt ctccagcagg aaatattgct      660

agaaatagtc cagcagcatc atatctagag gaacatggtg taagctatca agactttaat      720

tcttatggta gtcgtcgcgg gaatcatgaa gtgatgatga gaggcacctt tgccaatatt      780

cggataaaaa atgaactagc agctggaaaa cttggtggtt atacaaagta taagggtgaa      840

ctgatgccga tttatgaagc tgctatgtgt tataagaaag aaaaagtgga tacgattatt      900

ttggcaggtc gagattatgg tatgggttct agtcgtgatt gggcagctaa aggagcaaat      960

cttttaggtg ttaaagtggt tttagctgaa agttttgaaa gaattcaccg ctccaattta     1020

gtcatgatgg gcattctgcc tcttcaatat ttggacggcg aaaatgctca aaatcttgga     1080

ttaactggaa aagaaacgtt tgatattcaa ttgccgaaag agccacaggt aggacaagtc     1140

ataacggtta ttgcaaaaga aggcgatcga attgcacgat ttaaagcacg tcttcgtttt     1200

gatgcagacg cggatattcg ttattatgaa aatgggggaa ttttaccaat ggtggttaga     1260

aagaaattgc aagaggtaaa acaatga                                         1287


<210>  2065
<211>  306
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20577

<400>  2065
atggcaaact taaatcgata caaatttact ttcggaaaga agagtgtaac cttaacaaca       60

gaacacgata atttattcat ggaagaagtt gaaaaggttg caacagaaaa atatcacgca      120

attaaagaga agatgcctgc ggcagatgat gaaacattag ctattttgct ggcagtcaat      180

agtttagcga cgcaattgtc acgtgagatt gagttcgatg acaaggagca agagctggaa      240

gaacttcgta aaaaagtgtt agaagccaac aagcaaaagg ttagtgagca agaggggacc      300

ctatga                                                                 306


<210>  2066
<211>  510
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20578

<400>  2066
gaggattggc agatgcttag tacattgaaa aaattctttg atttttgtac ggaagaagat       60

cgtaagaaat tctacacttc tgtttgttta gggcttctaa aagcctttat cgttgctttt      120

cggattccag ctattgggtt ggttgttatg gctatcatta acaatgatgt ttctatgcag      180

actgtagggc tctctcttgg aatgatgctc ttgtctgtta ttcttaatat tttgattagc      240

ctgaaagtta cgatgttgca gacagaagcg ggctatcata catgtactca taagcggatt      300

gaaattgctg aacacatgcg ctacctgcca atggggtatt ttaatcaaaa tagtctggga      360

caaattacca gcgttacaac caatacactt gaaagtctag cagatgttgc tactcgggtt      420

gttatgatga cgttggaagg attcctaacg gcaggaacta ttacggtttt tgtatttatc      480

tacgattggc gaattggttt gatcttgttg                                       510


<210>  2067
<211>  1350
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20579

<400>  2067
ttgctaaaaa ctggtggtac gccagcttca gaaattgcta aaaactgggt atgggatttt       60

ggtttcttta cagttagaaa aattggatac caagcacaag ttattccagc tctgcttgca      120

ggattgtcgc tatcttatct tgaaatcttc tggcgcaaac gcattccaga agttgtgtcc      180

atgatttttg tgccattctt atccttgatt ccagctttga ttctagcgca tacagtcctt      240

ggtccaattg gttggacact tggacaatgg ctgtcaacag cggtgcttgc tggtctgact      300

ggtcctgtta aatggctctt tggtgcgata tttggtgccc tctatgctcc gtttgttatc      360

actggtctgc accacatgac caatgccatt gatacacagc tggttgcaga tacaggcggt      420

acggcgctat ggccaatgat tgccttgtcc aatatcgctc aaggttcagc tgtatttgct      480

tactatctga tgaaccgtca taatgaacgt gaagcacaga tttctctgcc agcaacgatt      540

tctgcttatc taggtgttac agaaccagca cttttcgggg tcaatgtgaa gtatgtctac      600

ccatttgtgg cagggatgat tggttcttct atcgcaggtc tgttatctgt aacctttaac      660

gtaacagcca atgctatcgg aatcggtggg attccaggta tcttatctat ccaagctaaa      720

tacatgttgc cattcttctt tattatgctg gtggccattg tagtaccaat gctattgact      780

ttcttcttcc gcaagacagg catgtttaca aagacagaag atgaaagtgt caaatcaccg      840

caaattgaag ccattgacga agcaaaagaa gccgctccaa aagtagattt tgcagaaatt      900

gctagcccac tggctgggga agtcaaagaa ttaagccaag caaccgaccc tgtctttgct      960

caaggcgtga tgggacaagg agttgtcatc cttccaagtg agggagaact ggtggcccct     1020

gtgaacggga cggtatcagt gcttttccca accaatcatg ctgttggaat cgtgtcagat     1080

gaaggtgtcg aattactcat gcatatcggt atggacacag ttaatctcga cggcaaaggt     1140

tttgaagctc atgtggctca aggagacaga gtgagcgtag gtcagaaact ggttagtttt     1200

gatatagcag ctattcagga agctggctta gtgactgaaa cacctgtgat tatcacaaat     1260

caagagcaat ttcaggctga tgaacagaga acattaccgc ggactgtcga acgtggagat     1320

aagctgatga cagctactcg aatcgggtaa                                      1350


<210>  2068
<211>  822
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20580

<400>  2068
ggtgacggtg taaatgatgc accagctttg aagacagccg acatcggtat cggaatgggg       60

attacaggga cagaagtttc gaaaggtgct tctgacatga ttctggctga tgataatttt      120

gcaacgatta tcgtggctgt tgaggaagga cggaaagtct tctctaacat tcaaaagacc      180

attcaatatt tgctttcagc caatacagca gaagtgttga cgattttcct tgcaactctt      240

tttggctggg atgtgctgca gccggttcat cttctctgga ttaaccttgt gacagatact      300

ttcccagcta ttgctctggg ggttgaacct gctgagccag gtgtgatgac tcataaaccg      360

cgtggtcgca agtctagctt cttctcaggt ggtgtcatga gctcgattat ttatcaaggg      420

cttttgcaag gtgctttggt actcggtgtt tatgcttatg ctttgatgaa tccagttcat      480

gttggtgaca tgagagctat tcatgcggat gcgttgacca tgtcctttgc aacgcttgga      540

ctaatccagc ttttccatgc ctttaatgta aaatctgttt atcaatcact tctaacagtt      600

gggccattca aatctaaaac tttcaactgg tctattcttg tttcattcat tttattggct      660

tctaccattt tggttgagcc actagaagga attttccatg taacaaaatt agacctctca      720

caatgggcag ccgttctcat tggaagtttc tccatgatta tcatcgtgga aattgttaaa      780

tttgttcaac gtaaattagg aatggataaa aatgccattt aa                         822


<210>  2069
<211>  633
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20581

<400>  2069
cttggtatcc acattgcaac gccagtcttt gacggggcta gctcagatga tctttgggaa       60

accgttcgtg aagctggcat ggatagcgat gctaagacaa tcctttatga tggccgtact      120

ggtgagccat ttgataatcg tgtatccgtt ggtgtcatgt acatgatcaa actccaccac      180

atggttgatg ataagctcca tgcccgttct gttggtcctt attcaaccgt tacgcaacaa      240

cctcttggtg gtaaagcgca gtttggtgga caacgttttg gagaaatgga agtttgggct      300

cttgaagcct acggtgcttc taacgtcctt caagaaatct tgacttacaa gtcagatgac      360

atcaatggtc gtttgagagc ttatgaagcc attaccaaag gtaagcccat tccaaaacca      420

ggtgttccag aatccttccg tgtccttgta aaagaattgc aatcacttgg tcttgacatg      480

cgtgtccttg atgaagacga caatgaagtc gaacttcgtg acttggatga aggcatggat      540

gatgatgtga ttcatgtaga cgatcttgaa aaagcacgtg aaaaagcagc acaagaagca      600

aaagccgctt ttgatgctga agggaaagaa taa                                   633


<210>  2070
<211>  933
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20582

<400>  2070
atgactgtaa agatcaaaga tctattaaaa aaagtcagat taaatgtggt ttatggcgac       60

gagaaaatgt tggaaagaga aattacgacc tctgatattt cccgtccagg acttgaaatg      120

acaggttatt ttgactatta cacaccagag cgtatccaac taatgggcat gaaagaatgg      180

tcttacttga tgaagatgac gtcacataat cgctatcagg ttttacggaa aatgtttgaa      240

cgagacactg ttatgattgt ggcgcgtgat ttgaaaattc ccgatgagat gttaaaggct      300

gcaaaggaaa atgaaattgt tgttctcagc agtcacacac caactagtcg tttatccggt      360

gagatttcaa gttatttgga ttcgcgtttg gctgagcgaa ccagtattca tggggtttta      420

atggacattt acgggatggg tgtcttgatt caaggagata gtggaatcgg aaaaagcgag      480

actggattgg agctggtgaa gagaggacat cgtttagttg cagatgaccg cgtagatatc      540

tacgcaaaag atgaaatgac tctctggggc gagccagcgg aaattttgcg ccatttactt      600

gaaatacgcg gtgttgggat tattgatgtc atgagccttt atggagctag tgctgtcaag      660

gattcatcac aggttcaatt ggctgtttat ctggaaaatt atgatgtcaa taaaacattt      720

gaccgtttgg gaaataatgg tgaagagttt gaagtatcag gtgtgtccat tccaaggatt      780

cgtattcctg tgaaaacggg tcgcaacatt tcggtggtga ttgaagcagc agcaatgaat      840

taccgtgcaa aagaaatggg ctttgatgcc acgaagactt ttgaggaacg cttgaccaat      900

ctcattagtg aaaatgaggt gtctcatgat tga                                   933


<210>  2071
<211>  1017
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20583

<400>  2071
atgattgatt atcaaaaaat tcgccgagac ttgcatcaaa ttccggaaat tgggctggaa       60

gagtataaga ctcatgccta tctgatgaga ataattgatg agttgactgc tggcttggat      120

ttcgttgaga ttcggacctg gcgtacggga attttagtct ttatcaaagg gagtacacct      180

actaagacga ttggctggcg gacagatatt gacggtttgc cgattgttga ggagacaggg      240

tttgcctttg ctagtcaaca tgagggacgt atgcatgcct gtgggcatga tatgcacatg      300

acaatcgctc tgggtttgtt ggagaaatta actactgagc agcctaagaa taatctactt      360

tttcttttcc agccagctga ggaaaatgaa gctgggggta tgctgatgta tgaggacgaa      420

gcctttggcg attggttgcc agatgaattt tatgggcttc atgtgcgacc tgacctcaag      480

gtaggagata ttgctacgaa tactagtaca ctttttgcag ggacttgtga agttaaatta      540

atttttaagg gcaagggtgg tcatgctgca tttccacata atgctaatga cgctttggta      600

gcagctagct attttgtcac tcaggttcag accattgtga gtcgcaatgt agatccgatt      660

gaaggagctg tcgtcacctt tggtgaattc catgctggaa caacgaataa tgtgattgct      720

gaaactgcct ttctgcacgg aaccattcga acattgacgc aggagatgaa tttgctcact      780

caaaaacgcc tgcgggaaat cgctgaagga gtagcccagt cttttggtgt agagcttgat      840

ttggagctga aacaaggcgg ttatcttcct gtggaaaatc atccagaatt agctgctcaa      900

tgcatgaatt ttttccaaaa agagaacggt gtgcacatga ttgatatttt acctgcaatg      960

accggtgagg actttggcta tctgctcagt aaagtcaagg gtgtgatgtt ctggctg        1017


<210>  2072
<211>  945
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20584

<400>  2072
atgagtcaag atgtgaaata tgatgtacac gatatgccaa aacctggttt gcttgtagga       60

ttgtcctttc agcatttgtt tgccatgttt ggagcaacgg ttcttgttcc aattctggtt      120

ggaattgacc cagcagttgc cttgttttca agcggtctag gaaccttggc acacttaaca      180

gttaccaagt acaaagtgcc agcttatatg gggtctagtt tcgcttatat tgcagctatg      240

caaatgttga tgaaaacaga cggtatcgca gcagtcgctc aaggtgccat tacaggtggt      300

ttggtttact tcattgtagc tcttattgtg aagttcgctg ggaatgcttg gattgataag      360

attttgccgc cagttgtggt aggaccaatc attatggtca tcggactaag cctagcaagc      420

acagctgtaa atgatgtcat gctaaaagac ggtaaataca atttaactta tttcatcatt      480

ggaattgtca ctctctttgc agtcatcctc tttaatatct atggtaaaaa gattgttgga      540

attattccag tgctgttagg cttgattgtc ggatatgtct tcgcgctcat tcttggagtg      600

gtaacaggag aagaaattat ttcctttgca aaagtttctc aagcttcatg gttccatgtc      660

ccgcctatgc atcttccttt cttagactat aatgtaaaat tttatccaag tgcaatttta      720

acaatggctc caattgcctt tgtaactatg acggagcact ttggtcatgt tatggtattg      780

aatagcttga ccggaaaaga tttctttaaa gacccaggat tggataaaac tcttgccgga      840

gatggtcttg cacaagttat cgctgggatt ttcggtgcgc caccagtaac gagttacggt      900

gaaaatatcg gtgtgatggc tctcaataaa atctatagcg tttat                      945


<210>  2073
<211>  1311
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20585

<400>  2073
gtcgcttggg atgaattttt agaaaaacaa ggacgatttt tagcagatcc ggctagtgat       60

ttctatcatc aatacccaaa agatattgag ctgtgtgaga agtttggtgt caatggtttg      120

cgcttgtcta ttgcttggag tcggattttt ccgaatggac gtggtgaagt gaaccaagaa      180

ggagtagatt tttatcaccg tgtgtttgct gaatgtgcga aacaccacgt cctgccattt      240

gttacactgc atcactttga tactccgaaa gttttgtttg atcaaggtga ttttctcaat      300

cgtgatacga ttgaagcgtt tgtggaatat gctgaatttt gttttcaaga atttccagag      360

gttcatcatt ggagcacttt taacgaaatt tatcctgttg cgaccaatca atacctgctc      420

ggtgtctttc ctccggggat tcagtatgat ttgagtaagg tgattcaatg cctgcacaat      480

atgatgtacg cgcatgcgcg tgtagtaaat cttttcaagg agaagggtta ccttggtgaa      540

attggagtgg tgcattcttt ggaaacaaaa tatccagcaa cagacagcga agaaaataag      600

catgcagctt ttctggatga tgcgctttct attcgtttct tgctagacgc tacttatcta      660

ggttattatt caaacgaaac aatggaagct cttaatgaaa tttgcgctgc taacaatgct      720

agttatgaat tccttgaaag tgactttgaa gaaatgaaaa aagctagtca ccgaaatgat      780

tatcttggaa tcaaccatta tcaatgtcat tttgttaagg cttatcaggg cgaatcgatt      840

attcatcata gtggaacggg tgataaaggc acttcagttt ataaagtgca aggcattgga      900

gaacggattt acaaggaagg gattgaacga acagactggg attggattat ttacccagaa      960

ggtttgtatg accttttatt gagaattaag aaagactatc cacattatca aaagatttat     1020

attactgaaa atggaatggg ctataaagac gagtttgaca atggtatcgt catggataag     1080

ccacggattg attatttgaa agtgtatttg caatctttaa gcaaagctat tgatgccggt     1140

gttgtggtaa aagggtattt cctttggtct ttaatggatg ttttctcgtg gtcaaatggc     1200

tacaataagc gctatggctt gttttacgtt gattttgaaa ctcaaaagcg ttaccctaag     1260

gagtccgctt attggtacaa gcatgttagc gaaacaaaaa ttgtgattta a              1311


<210>  2074
<211>  1293
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20586

<400>  2074
gcttggtttg ataagaaaga tttgaaaaac tatcttcaaa tgcgtgaaga agcgaaggaa       60

cgtgaccacc gtaagctcgg taaagagttg gatcttttca tgatttctcc tgaagttggg      120

caaggtcttc cattctggct tccagatggt gcgactattc gtcgtatcgt agagcgctat      180

attacagacc gcgaagtcaa tgacggctac caacacgtgt atacgccacc gcttgcaagt      240

gtggatttat acaaaacttc tggtcactgg gaacattacc aagaagatat gttcccgcca      300

atggatatgg gagacggtga acaatttgtt cttcgtccga tgaattgccc acaccatatt      360

gaggtttata aaaaccatgt tcattcttat cgtgagttac ctattcgtat tgcggaactt      420

ggtatgatgc atcgctttga aaaatcaggt gcactttcag gactccaacg tgttcgtgaa      480

atgaccctaa acgattctca cttatttgtc atgccagagc aaattcaaga agaatttaaa      540

catgtgctgg atttgatgat tgacgtttac aaagacttca atattacaga ctatcgtttc      600

cgtctgtctt atcgtgatcc gaatgacaaa cataaatatt ttgataatga tgaaatgtgg      660

gaaaatgctc aacgcatgtt aaaaggagca atggatgact taggtttgga ctactttgag      720

gcagaaggcg aagctgcttt ctacggtcct aaattggatg tccaagtaaa aacggctctt      780

ggaaatgaag aaaccctttc cactattcaa ttggacttct tgctaccaga acgtttcgac      840

cttcattatg tcggagcaga cggtgaagag catcgtccag tcatgattca ccgtggtatt      900

gtgtctacta tggagcgctt tattgcttac ttgattgaaa catacaaagg tgctttccca      960

acttggcttg ctcctcatca agtgacagtc attccgattt ctaatgaagc acatgctgac     1020

tatgcttgga aagtggcgaa agaactgcgc aatcgtggtg tccgtgtgga tgtcgatgaa     1080

cgcaatgaaa aaatgcaata caagattcgt caaagtcaaa ctcataaagt tccttatcaa     1140

ttgattgtag gggacaagga acaagcagat ggtacggtga atgtccgtcg ttatggcagc     1200

aaacaaacgc atacagaaac aattgcagaa tttgtagacc atattttggc tgatattgct     1260

agaaaatcac gcatagatga taaggacaac taa                                  1293


<210>  2075
<211>  951
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20587

<400>  2075
atgacaacaa aacaagaaaa attaaaacgt ttatgtgata aaaacggaat tatcggcgct       60

ttggctattg accaacgagg ggctttgcgt cgtatgcttg gtgaagacac tccagttgag      120

caattggaaa cctttaaagt gctagtttcg aaatacttaa caaaatacgc ttcttctatc      180

cttcttgatc cagagttagg ttggaaagcg gcggaagctc gtgataaaaa cgctggatta      240

ttagttgcct atgaaaaaac aggttatgac aaaactgttc ccggtcgcta tcctgacctc      300

gtagaaaatg tctccgtcca acgtctcaaa gcaaacggtg ctgatgctgt gaaagtctta      360

ctctatatag atattgacga agatagagca gtcaatgacg tcaaagaagc ctttattgag      420

cgaatagctt ctgaatgcaa agcagaagac ataccttttt tccttgagtt agtttcttac      480

gatgccaagg tgacggatga aaaagaatat gctaaactca aacctcgcaa agtcattgaa      540

gcaatgaagc tttactcaca agaacgattt ggtgtagatg ttctcaaagt tgaagttcca      600

gtcaatatga aatatgttga aggattcgca gaaaatgaag ttctttacac caaagaagaa      660

gctgctgcct tctacaaaga acaaagtgat gccacttctc ttccatttat tttcttatct      720

gctggagtat ccgcacagct tttccaagat acacttcgct ttgctaagga atccggctca      780

actttcaacg gtgtcctttg cggtcgtgca acttgggctg gtgctaccaa agcctatcaa      840

gaaggtggcg aagctgctac aattaaatgg cttgaaacaa taggtaaaca aaatatcgtt      900

gaattagatg cagttctcca agagactgct acgcctattg tatttaaata a               951


<210>  2076
<211>  585
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20588

<400>  2076
atgggttggt ggaaagagac gatagatatt gtaaaagaaa atgatccggc agctcgctcc       60

tcacttgagg tgctgttgac ttatcctggg attaaggctt tggctgctca ccgactttct      120

cactttctgt ggaatcatgg atgtaaactt ttagctcgga tgcatagcca attttggcgc      180

ttttggactc agattgagat tcatccgggg gcacagattg cttcaggtgt ctttattgac      240

cacggaagtg gtttagtgat tggcgagacg gccattgtag aaaaaggagt gatgctctat      300

catggtgtca ctcttggagg cacagggaaa gattgtggga aacgtcatcc gacagttcgt      360

caaggtgcgc ttatttcagc tcatgcgcag ctaattggtc cgattgaaat cggtgaaaat      420

gccaaagttg gagctgctgc ggttgtggtg gcagacgtgc caagtgatgt gactgttgtc      480

ggtataccag ctaaaattgt ccgagttcac gggcaaaaag atgctccaac gattaagaat      540

ttagaagaaa tccgcgaaga aagttattat tcgtctaagt tgtaa                      585


<210>  2077
<211>  657
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20589

<400>  2077
atgcaaaatt ttaaatatat ttttttcgac ttagatggaa cacttgttga cagttctgta       60

ggaatcaaga atgctttcca atacgcattc acttcactaa atatcaaagc ccctgatagc      120

aaagagctgg atactttcat tggaccacct ttagaagtta gtttcgcttc tgtagtgcca      180

gagaccaatg tcaatcaagc tattgctttc tttagagaat actataaaaa taacggtgtt      240

tttgaagctc aactttacaa gggtataaaa gaactgttgt tagaattaga acattcggat      300

taccatgtct atattaccac tagtaaaaat gaaccaatgg cccataaaat ggcacaatac      360

ctagaaattg ataaacattt caatggtatc ttcggctctc ttccaaattc ttatcataaa      420

gcagatgtta taactcgtgc tttaaataat tctcatgcta atcttgaaca atctatcatt      480

gttggggata caaaatttga tataattggt ggaaaatcag tcggaattgc tactttagga      540

gttctgtggg gatttggaaa caagaaagaa ttaactgaca atgaggcaga ttttatctca      600

gattcgcctc agaaaatttt aacagctttg gtaaataata ctttacatga attgtaa         657


<210>  2078
<211>  1173
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20590

<400>  2078
gctaaggtca ttgacagctt agaccaagac gctattttaa atttactaga aaaacccaaa       60

agctcagatt taggtgatat tgcttttcct gccttttctt tagcgaaagt agaacgaaaa      120

gcgcctcaag caattgcagc agacattgca gaaaaaattg actcaacaaa ctttgaaaaa      180

gtagtggcaa ctggtcctta tgttaatttc ttccttgata aatcaaaaat ttcagctcaa      240

gttatcaaag aaattgtaaa agaaggaaat aactatgggc agcaaaatga aggaaatgga      300

gaaaacatca ccattgacct ctccagccca aacattgcaa aaccattttc agttggtcat      360

ttgcgctcaa ctgttatcgg tgatgccctt tctaatattt tccgtaaatt gggctataac      420

accattaaaa tcaatcactt aggtgactgg ggaaaacaat tcggtctttt aatggtggcc      480

tataaaaaat ggggcagcaa agaagccgtc gaagcaaatc caattgatga attactgaaa      540

ctgtacgttc gtatcaatgc agaaatcgaa acagatcctg agcttgatga cgaaggtcgc      600

ctctggttca aaaaattaga agacggtgat cctgaagcta ctgaattatg gcaatggttc      660

cgcgacgaaa gcctgaaaga atttaaccgt atctacaaat tgcttggcgt tgaattcgat      720

agtctggctg gtgaagcctt ctataatgac aagatggacg aaggcatcaa aatccttgaa      780

gaaaaaggat tgttggaaga gtctaagggg gctagcattg tcaaccttga tgatgtcaat      840

ctgccaccag ctatgattaa gaaatctgac ggagcaacac tttacattac acgtgatatt      900

gcgacagcta tgtaccgtgc tcgcacttac aacttcgtta aaaacattta tgctgtaggt      960

caagaacaag ctaatcactt cagacaatta aaagccgttt tgaagaagat gggatttgac     1020

tggagcgatg atatgattca cgtagacttt ggattggtaa ccaagaaccg ccaaaaattg     1080

tctacacgta aaggaaatat catccttctt gaaccaactc ttcaagaagc tatcaatcgt     1140

gctcagtcac aaattgaagc caaaaatcct gac                                  1173


<210>  2079
<211>  693
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20591

<400>  2079
atgatgagag aacaagagat tgataagaat tttagcggtc ggcttaatat tttgcgagct       60

ggagtattgg gggccaatga tggtattatt tctatcgcgg gtgtggtaat aggggtagca      120

agtgcgacag aaagtatttg gattatcttt ctttctgggt tagcagcagt ctttgcggga      180

gctttttcca tggcaggtgg tgaatatgta tctgtctcca ctcaaaagga tacggaggag      240

gccgtagttg ttagagagcg agatctttta atgaaaaatc cagatattgc taggcagtcg      300

ctctatgcag cttatatcca gaatggcgag tgtgagactt ctgcccagct tttaaccaat      360

cgagcttttt taaaggatcc tctcaaagct ttggtagcgg aaaagtatgg tattgaagtg      420

gaagaattta ctaatccttg gcatgcagca atttccagct ttatcgcttt tgtagcagga      480

gctatctttc ccatgctgag cattgtcttc ttttctgcta gttatagaat tccggcgaca      540

gtagtcatcg ttgctttatc gctattggga acgggataca ccagtgccaa gttaggaaaa      600

gcaccgataa aaaatgccat gattcgaaac ttagtcattg gacttttgac tatgacagta      660

acttatcttg taggtcaatt atttgctatt taa                                   693


<210>  2080
<211>  1395
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20592

<400>  2080
atgtcatcta cgtttgaaat tttaatgaat caaattgata tgccacttga tatgagacaa       60

tcaagtgcct ttttacatgc agaaattgag caagttttag tgcataccgt cagtcatgtt      120

tgggaatttc agtttgcttt tggagaaatt ttacccattg agttgtttca agaattaaaa      180

aaacgtttaa atgaagaatt ttctaagacg ggcaaccaag ctatttttga aattaaggct      240

gccaatcaaa attttacaga ggagctgttg caggcttatt acaaagaggc ttttacagaa      300

ggaccttgtg ccagtcaagg ctttcgtagt atgtaccaac agctacaggt gcatgcggac      360

ggcgatcagc tctggattga ggggccatcc agtattgata cggagcattt tcggaaaacc      420

catttgccaa atttagccaa gcaattggtg aagtttggct ttccgcattt tcactgtcag      480

gtcaaagcaa gtgacgcttt aactcagcaa caggttgaga ctttccaagc tgaaaaagaa      540

aagattgtgc aagcggctaa tgatgaagct ctcaaagcta tcgaagcgct gcaacaaatg      600

gcgccactac cagctgagga aaaaccaagc tattctgatt ttcaagcacg aaaagcggct      660

gctcgaccaa agctggacaa ggcagagatt acgcagatga ttgacatcca gaccgaggaa      720

aatcgcattg tctttgaagg tatggtcttt gatcttgagc aaaaagttac ccgcacaggg      780

cgtgtgctga ttaactttaa gatgactgat tatacttcta gttttgccct tcagaagtgg      840

tttaaaaacg aagaagaagc caaaaaattt gacatcatta ggaaaaattc ttggttgcgt      900

gtgcgtggga atattgaaat gaataacttc acgcatgact tgaccatgaa tgtccaagat      960

gtgcaagaag tgacacatta tgatcggaaa gacttgatgc cagaaggtga gaagcggatt     1020

gaatttcacg cgcacaccaa tatgtcaacc atggatgctc ttccagaagt ggaggaattg     1080

attgcgacag ctgctaaatg ggggcataag gcagttgcga ttactgacca cggcaatgta     1140

cagagctttc cgcatggcta taaagctgct aaaaaagctg gtattcagct gatttatggc     1200

atggaagcta atatcgtgga agaccgagtt cctattacct ataacgaagt ggatatggag     1260

ctcaaggaag ccacttatgt tgtctttgac gtggaaacta ctggtttgtc tgctatttac     1320

aatgaattga tccaagtagc ggcaagtaag atgtacaaag ggaatgtcat tgctgagttt     1380

gacgagttta tcaat                                                      1395


<210>  2081
<211>  804
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20593

<400>  2081
atggataagg atttacaaag acgtgttatt tttggcggag tggcacttgc tatcttcatt       60

ccagttttga tgataggagg cgctcttctg caaattggaa tggggcttct agccatgttg      120

ggtgttcatg aattgctgca aatgaaaggg ctgagaagta ccacactaga aggtgtctta      180

gccatgttag caggttttgt gctgacgatt ccactcgaaa actatttgaa atttttgccg      240

gtagatggaa atgttgtggc ctatagttta gttgtttttc ttctattagg ctcaactgtt      300

ctagggaaaa attacagttt tgaagatgcg gcttatccaa tcgctgcgag tttttacgtg      360

ggaattggct tcaatgcttt gctagatgca cgggtggctg gttttgacaa agtgctctta      420

gccttgttta tcgtctgggc aacggatagc ggagcttact tggtcggacg gagatatggc      480

gtacgtcgct tagctccgcg agtttcacca aataaaactg ttgagggcag cctaggaggc      540

attgcttcag cagtccttct aacatttatt tttatgttgt ttgatagaaa cgttgccgca      600

cctcatcata tgtttgtcat gcttcttttc acagtattct ttagtattgc aggtcagttt      660

ggggacttgg tagaaagtgc aattaagcgc cattttggag tcaaagattc tggtaaattt      720

atacccggac atggtggtgt attagatcgt tttgacagca tgctgtttgt ctttcccttg      780

atgcatttct ttggattgtt ctaa                                             804


<210>  2082
<211>  1503
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20594

<400>  2082
ggtgtgaaaa cagccacgca ccaagagttt gcggcaaagg cagttgtcgt aacaaccggt       60

acagctctgc gtggagaaat tattattgga gatttgaagt attcttctgg tcctaatcat      120

agtttagctg caattaactt agcagacaat ttacgtgact tagggtttga aattgggcgt      180

tttaaaacag ggactcctcc gcgtgtgaaa gcctcttcta ttaattatga agagacggat      240

attcagcctg gagacgaaaa agcgaaccac ttttcctata cttctcatga tgaggattat      300

ctcaaagatc agattccttg ctggctaact tatactaatg gaagaagtca tgaaattatt      360

caaaacaacc tttaccgtgc accaatgttt tcaggaatgg tgaaaggtgt aggaccacgt      420

tactgcccgt caattgaaga caaaattgtt cgttttgcag ataaagagcg ccaccaactt      480

ttcttggagc cagaaggtcg agatacggaa gaagtttata ttcaggggtt gtcaacgagt      540

ttgccagaag atgttcaaaa agacttagtg cattctatta agggtcttga aaatgctgaa      600

ttgatgcgaa ctggctatgc gattgaatat gatatgatta tgccacatca gcttcgcgct      660

actctagaaa ctaagaaaat ctcaggtttg tttacagctg ggcaaacgaa tgggacatct      720

ggttatgaag aagcagcggg acagggcatt atcgcaggaa tcaatgcagc tctgaaagtt      780

caaggaaagc cagaactgat tttgaaacgc agtgatggtt atattggggt catgattgat      840

gacttggtca ccaagggaac ggtggagccg tatcgtcttt tgacaagccg tgctgaatat      900

cgtctcattt tacgacacga caatgcggat atgcgattga ctgaaattgg acgcagggta      960

ggattggttg atgatgagcg ctggctgcgt tttgaaatta agaagaatca atatgaaact     1020

gaaatgaagc gcttgagcac tattaaatta aagccaatta aagaaacgaa tgaaatggtt     1080

gaaaaattag gctttaaacc attgacagac gcagttacag cgaaagaatt tttgcgtcga     1140

ccagaagttt catatcaaga tgttgtcaag tttgtcggtt cagcagctga agatttagat     1200

gaaaagataa tcgaattgat tgagactgaa gtcaaatatg aaggctatat ttctaaggcg     1260

ttggatcaag ttgcaaagat gaaacgaatg gaagaaaaac gaataccagc aaacattgac     1320

tgggatgata ttgattccat tgcgacagaa gctcgtcaga aatttaagaa aataaaccca     1380

gaaacaattg gtcaagctag tcggatttca ggtgtcaatc cagcggatat ttcgattttg     1440

atggtttatt tggaaggtaa atcacgaagt atctcaaaaa atcaagaaaa agcaaaaaaa     1500

taa                                                                   1503


<210>  2083
<211>  867
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20595

<400>  2083
gatttcaagc agctatttga aactatcttg aatttgccga ttgccatttg gacatcaaca       60

ccgtcttttg cagatatggc gatgttatcg gaagatttca acgctgaaaa aatgccaagc      120

attacgcatt tctactttga cggggaagaa ttgacggtta aaacagcaca aaaattgcgt      180

gaccgtttcc caaatgcgcg tattatcaat gcttacggtc cgacagaagc aactgtggct      240

ctatctgctg ttgctataac ggatgatatg ctgacaaata tgaaacgctt gccgattggc      300

tataccaaag cggattctcc aacttttgtg attgatgaat atggaaacaa actgccgaat      360

ggtgagcaag gagaaatcat tatatctgga ccagctgtat caaaaggcta tatgaacaat      420

ccagagaaaa cagccgaagc attttttgag tttgaagggt taccagctta tcatacaggt      480

gatgtcggta ctatgacaga tgaaggttta ctgctttatg gcggtcgtat ggatttccaa      540

atcaagttca acggttttcg tattgaatta gaagatgttt cccaaaacct gaacaagtct      600

caatatgtgg actcagctgt ggctgtaccg cgttacaata aagatcataa agtacaaaac      660

cttctagcct atgtcatcct gaaggacggg gttaaggaac aatttgagcg tgagattgat      720

atcaccaaag ctatcaaaga agatttgcaa gatattatga tgtcttatat gatgccttcc      780

aaattccttt atcgggattc cttgccattg acaccaaatg gtaagattga tattaaaggt      840

ttgattagcg aggtcaacaa ccgatga                                          867


<210>  2084
<211>  1140
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20596

<400>  2084
agcaaagttg tcggtatttc cggctatgtc aaacgcatga acattgtagc ggatctgata       60

gatcatcaac tggttgaaat gcctgacggc gatcagcaat tgagtgaaga tcgcaagcaa      120

aaattcggtc gtgccattat ggcaacaggg atcaatgact catcgaagga tgataaattt      180

actgcgggaa ccttcaaact agttgaaggt agacatatca acaaaaatga caaaaatgtt      240

gctttaattc ataaagattt tgcagaaaag aacaaactta aagtcggcga tacgattaat      300

ataaaatcga atacttatga ctatgataac gttcgtaaag ctaataaaac tactaaagtg      360

acagttatcg gaatttttga cgggaaaaat aaaggaggcg tttctagtcc tcaagaattg      420

tatgaaaata cctttatcac agacttagaa acgactaaaa ctttacaagg ttcaacagat      480

aaaaacgcta tttatcaaga tgctactttc tttgtaaatg gtagccaaga cattgataaa      540

gtgatggcga aagtaaaaga aatatcatct attgattggg aagcctacac ccttgttaag      600

agcacaagca acttcccagc acttcaatct tctattaacg gtatttacgg cgttactgga      660

aacctcttaa tcggaactct aatctttgga gcgattgttc ttacgctagt cttgttctta      720

tggatcaatg gtcgtagaaa agaaatggga atcatgcttt caatgggaat tagcaaaaca      780

aagattttct tccaatttat cacagaagtt ctctttgtaa gtatatttag cttcattggt      840

gcttactttg caggtagtgc tgtcagcaag gtgatgggaa atagcatttt aaaacaagtt      900

accagtggta ttgctgaaaa actagctcga gaaggtaaga gcgccaatct tggaggcggg      960

gctgaagtgg atggctttaa caagaccctc actagcctca atgtacatgt atctcctgat     1020

gatatgacca aagtggtcat ctttggactt gccatcatca tcgtttctgt cctcattgct     1080

tcaatcacgc tccttagtaa gcaaccaaaa gacttactaa tgggagataa cagcaaataa     1140


<210>  2085
<211>  690
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20597

<400>  2085
atgagcagac cgattgttgg agtgaccgct aatctttgtc ctgtcgataa ggaaggtaaa       60

aatattcact cgtccgtttc tagtaaattt gctgagagta tcagaattgc tggcggatta      120

cctatgatta tccctgttgg tgacaaaagt ttggtgaggg attatgttga aagtattgat      180

aaattgattt tgtccggcgg acaacatgtg caccccactt tttacggaga aaagcagacg      240

attgagagtg atgattacaa tatggtgcga gacgagtttg agctggctct gttagcagaa      300

actattcgac aagaaaaacc aattatggca atttgccgag gcttgcagtt ggtcaatgtt      360

gcttttgatg gaacgctcaa tcagcatatt gacaaccatt ggcagggctt accttttgga      420

acttctcatt ctattcaaac tgagaaaggc agcattgttg aagaattgtt cggtcgtgct      480

agtcagatta actctgtcca ccgacaaagt attaaagatt tggcaccgaa ttttcgcgca      540

acagcttttg atcctaggga taaaaccatt gaagcgattg agtcgctaga tgatagtcgg      600

atcattgggc ttcaatggca cccagagttt ttagtcaatg aagaaaaagg gaatctagaa      660

ctttttcagt atcttttgca gaaattgtaa                                       690


<210>  2086
<211>  654
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20598

<400>  2086
atgaaatata aacgaattgt atgtaaagtc ggtaccagtt ctttaacaaa tgaggatgga       60

agtttatcga gagcgaaagt gagagtgatt acccagcagt tatccatgct acatgaagca      120

gggcacgagg tgattttagt ctcatcagga gcaatagcag cgggtttctc atctttgggc      180

tttaagaaac gcccgacaaa aattgcagac aagcaagcgt ccgcagcggt aggtcagggc      240

ttgctgttag aagaatacac gacgaatctg ctattgaaaa agattgtctc ggctcaaatt      300

ttattaacac aagatgattt tgcggataaa cggcgctata aaaatgcaca tcaggcgatt      360

tctgtcttgc tcaaccgagg agccattccg attatcaatg aaaatgatac ggtttccatt      420

gctgagttga aagtcggtga caatgatacg ttgagcgctc aggttgcgtc tatggtgcaa      480

gcagatttgt taattttatt aacggatgtt gacgggctct atacggcaaa tccagtcaat      540

catcctgatg ccaagcgcct tgatttggta gaggagatta cgacagattt gcttgaaatg      600

gcaggtggag caggctcttc taatggaaca ggtggcatgc tgaccaagct aaaa            654


<210>  2087
<211>  534
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20599

<400>  2087
atgaagcttc caaaagaagg cgactttatt acaattcaaa gttataagca taatggaagt       60

ctgcaccgca cttggcgcga caccatggta ctaaaaacaa cagaaaacgc cattattggt      120

gtcaacgacc ataccttggt cacagaaagt gacgggcggc gttgggtgac acgcgagcca      180

gctattgtct attttcataa aaaatattgg tttaacatta tcgctatgat ccgcgaaaat      240

ggggtttcct actattgcaa tctagccagc ccctattatc ttgatgcaga agcattaaaa      300

tacatagatt atgatttaga tgtcaaagtc ttcaccaatg gtgaaaagcg attgctggat      360

gtagatgaat acgagcgcca caagcggcaa atgaactatt ccaatgattt agattacatt      420

ctcaaggaga atgtgaaaat cttagtagac tggattaata atgagcgtgg acctttttca      480

caagcctatg tcaatatttg gtacaaacgt tatgtagagc taaagaatcg ctaa            534


<210>  2088
<211>  438
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20600

<400>  2088
atgaatccaa ccattccttc aaatgatcca cttgttgtga ttcaagcgga cgagttagaa       60

gctgaagcca aagaaatttt tgaatattta catcagtaca agtcgtctta tgtgaatgct      120

attcccatta aaacagatga taaaattgtt atggtaaaga cggatcagat tattttggca      180

gacatcaatc agacaacatt gatggtgtat tgtgtggatg gtatctatgc gacgaccgaa      240

acactcacac attttcaaag tcgggttaat cgtaaaaact ttattcaaat ttcaaaacac      300

gctgtcatca atattgacca tttgttatca ttatcggata gcttttcagg aaatatgacg      360

gctagattga caaacaaaat taagtcaagt gtcagtcgaa aatacgtcag attgttgatg      420

gattatctcg gtttgtag                                                    438


<210>  2089
<211>  1398
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20601

<400>  2089
acaaaaaata gaacaggtca agcgacagga tttgattata ttcagtcatt aggtgtcaat       60

gtcatacaat tgcagcccat ctctgatcga cacaaagagt atgatcaaga cggaaatgta      120

atgtataatt ggggctatga ccctcaaaat tacaatgctc ctgaaacgag tttttcaaca      180

gatccagcaa acccatctca aggaatgcgg gatttaaaaa cgatgattca agcctatcat      240

gatgcgggca tttccgtagt gatagatgtt gtatacaacc atatttattc gactcatgat      300

tcaccgtttc aacaagcagt gcctgattat tactatcgga tgaatccaga cggatctttc      360

caaaatggaa caggtgtggg gagcgagaca gccagcgagc atgaaatgtt tcgtaaatat      420

atgattgatt ctatccttta ttgggtaaaa gagtataata ttgatggttt tcgttttgat      480

ttaatgggca ttcatgatat tgaaacgatg cgtcaaattc gggaagcgtt agataaaatt      540

gacccgagaa ttctcacata cggtgaaggt tgggatatgg ggacaggatt gcttccgctt      600

gacaaagcca aaaaagataa tgcctttgaa ttacctaata tcggattttt caacgatact      660

gaacgtgatg ctatcaaagg cgcagaggtt tatggtggtt tgaaagctgg ctttgtaagt      720

ggtcaagcga cagaatcaat tgttgccaag gcaattctag gaagtagtga actaggaacc      780

tatctggagc caaaacaagt cgttaattat gtagaagcgc atgataatta caatttgcac      840

gatttgttag ctgaactgca cccagatgat gatgaattga ctcgtactaa gcggattgaa      900

ttagcaactg cgatgaatct cctcttgcaa ggcatgagtt ttatggagtt gggacaggaa      960

ttttcacgta gcaaactagt ggcaactgga gcaaatggaa ataccattca ggcagatcat     1020

aagcgcgcta tgaacagtta taacgctccc gacgctgtca atcaagtaga ctgggattta     1080

ttagctcatc atcaagaaag tatcaactat atcaaacaga tgattcgttt aaaaacgaca     1140

acaaaagaat tttcttacca gcattatgat gacatttacc agcatgcctt tgtacattca     1200

gcgcattccg gaagtggaat tgtcattttt gaagtgaaag atgataatta ttacctcgta     1260

atttttaatg caagtggtga tagatacaat attgaagata ttggaaattt gaaacttgta     1320

gctggaaata gtcgtcaagt tagcgattct tttgttgaag atctgacagc tacagtcttt     1380

gaagtcgtag aatggtaa                                                   1398


<210>  2090
<211>  885
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20602

<400>  2090
caggaagaga ggtacgttaa aatgataatg atcattaaaa gaaatttttt actatatttt       60

cgtaatcgta gtggagtggt tttatccctt cttggagcca tgatttcctt tatattgtac      120

ttagtttttt tgaaagcaaa tatcaagacc tcttggagtc aagtccctca taccaatcag      180

ttattggatt cgtggttgat tggtggaacg cttgccatta cagggttaac cacaaccttt      240

tcgagttttt cccaactagc gaaagataga gaaagtaacg taacacaaga cctaattctg      300

acagatttgg gacgctgggg cttgtctatc agttaccttc tgagtactgc catcattgga      360

tttttgatgc agatcatcat gtttactgtc atggaaggct actttatctg ggacgatcag      420

attgtctttg attggaattt gcttcctcag attctcctta ttatggtact caatgcactc      480

ttatgctcga ttttcaatgg tattcttgtg aatcgcttca aatcagtaga tacgcttgga      540

aagttagcaa cgattatcgg agctgcctct ggtttcttag ttggaaccta tattccaata      600

ggggttcttc cgtcatttgc tcaaacgata atgaaatgta ctccctccac atatattgct      660

tctctcttta gacaagtaat gatgaaagat agtttagcta ctgcttttca tcataataca      720

gcagcgcaag attattttga aaagatgatg ggcattcaat taaagtggga atctctattg      780

acaatgaaag aaacatacta tatagttgta gtagttttag ttgctttgct tgttatttgg      840

acaatccaac agcttgctac caatcgatgg actaaaactg cttaa                      885


<210>  2091
<211>  987
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20603

<400>  2091
atgagtagca aaatttatga gtataaagat actcaagatt ggtatgttgg agaatggtct       60

tctcgtggcg aaactttcca ttttaaggat gttgattcgg aagaactcag tcgtatggaa      120

gaagaactct gtcaattagt agttgaagag cagtcttttt ctgttgcagt gattcaatat      180

aactccatga tgtcttttgt tcaatttgtc ttgcaaatga ttaacgagaa ccaagattca      240

cagtttcagg cacaatttca taaaggtgct attctaatta cggaaaagga acagttagtt      300

ttagtgcatt tgcctaaaaa tgggattcag ctgaatgatt tcttttctca gaaagacttg      360

tcaggtttga cagtcggaga tacgatttta gtcgctactc gcaatgaagg aaaaactgct      420

gaatttcgta aaatatttga aaaattaggc tacaaaattg aaaacctaaa tgactatcct      480

gatttaccag aggtcgcaga aactggaatg acttttgaag aaaatgctcg tttgaaagcg      540

gagaccattt ctaagctgac tggcaaaatg gtattggcgg atgactcagg cttaaaagtg      600

gatgcactag gtggtcttcc tggagtttgg tctgctcgct ttgctggaaa tgatgcaaca      660

gacttagaaa acaatgcaaa attgctacat gaattagcaa tggttttcga cttgaaagat      720

cgctctgcac agtttcatac cactctggta gtggcaagtc ctgacaaaga aagtctggtc      780

gtagaggctg actggccagg ctatatcaat tttgagccga aaggtgaaaa tggatttggc      840

tatgatcctt tatttttagt aggtgaaaca ggcaaaacat ctgcagaatt aacaatggaa      900

gaaaaaaacg ctcaatcaca tcgagctcaa gcagttcaaa aattagtgga ggtatttcca      960

acatggcaaa acaaaccatc atcgtaa                                          987


<210>  2092
<211>  1998
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20604

<400>  2092
atgaaaatag gattaagatt gtcgcttgtt tttgctgcta gtctttgttt gcttggagga       60

gtcattccta ttaaagctaa tgaaaatact aaaatacgtg ttgataaagt agaaaattta      120

tcatctgatt ttatcatggg gacggatatt tcaacagtaa ttgctcaaga acaaagtggt      180

gtagagtaca aagatgaaaa tgggaatgtc aaagatatct ttgatatttt gaaagaaaat      240

ggtgtgaatt acattcgcgt cagagtatgg aataatcctt atgatcataa cggacatggt      300

tatggcgctg gaaatagcga tatagaaaag gcgattgaga ttggaaaacg agctacagca      360

catggtatgc ggctactagt ggactttcat tattcagatt tttgggctga tccaggacgt      420

caagttccac caaaagattg gacaaatatg aatgtgtctg aaaaatcaga ggctttatat      480

caatacacca aaacgagcct tcaaaaaata aaagcagctg gtgtcgatgt tggaatggtt      540

caagttggta atgaaacaac gagtagtggg atagcaggtg aagcaggaga ggaacgctat      600

cagttgtttg cagcaggcgc caaagcagtg cgagaagtgg atgcaactat actgatagct      660

tttcatttta caaacccaga taaaacggaa acgatactga attacgcaaa aggtttatca      720

gatcaccata ttgattatga tgtatttgct actagttatt atagtttttg gcatggtaat      780

ttagataatc tgacttcagt tttaaagaca gtgaccgaaa agtataggaa aaagacactt      840

gtagcagaga cttcttatgc ctatacatta gaagatggag atggtcaaca aaatgttatc      900

cgaacacaaa atcaaatgct ggtaggtggc tatcctgcct ctattcaagg gcaatcgcat      960

gccttacgag atgtcattga tgcagccaat aaagcaagtg cattaggcat cttttattgg     1020

gaaccagctt ggacaccggt tagttccaaa ggaaaagaag taaatacacc tatttgggaa     1080

aaatacggtt cgggctgggc ttctagtgcc gccattgggt atgatccaaa tgttaatcag     1140

gaaaattacg gtggatctga atgggataat caagcattgt ttgattttac aggaaaagct     1200

ttgccatcac ttgcaacatt taaatatgtt tatactgggt tgaatacaaa tctaaaatat     1260

gataagaatg aagaagcaga gctgcaagag agtttgttat caaattctag ctttgaggaa     1320

gaagatcttt cagattatac ttttaacgat tttatcaagc gtagacaaga cacgcctaaa     1380

acaggcaagt atgccatgaa tttctacaat ggcgcaaacg attacacaac tggcattgaa     1440

agaaatataa cacttccagc aggaacttat caattttctg ctcaaattca aggtggtgat     1500

acgaatggct ctgaagatat ttatgctttt gctcgtgctg aggcagtaaa tgttcaaagt     1560

gaaaaagtca aactagctgg ttggtcaaat tggcagacag cgaaattgaa ctttacacta     1620

acaaaagaga cagaggtgac actgggagta tttgtgaaag caaataaagg ttcatgggga     1680

acaattgacg atttgctttt aaccagagaa ggagtagata agacaaagtt gggaaccgct     1740

ctttcttcgg caaaagaaaa attagcggaa actatgcatt atacaaagga ttcacttgcg     1800

aacttaaaag aacaagtaga agaagcacaa gttattttac aaaaagatga tgcgacacaa     1860

gcagagattg atgcagaatg tgaagcattg cagactgcca ttcaagccct tgtaccacta     1920

gaaaatcaat cttcatctaa tgttcagcat gaagatacca aaaaaacaaa ggaaaattct     1980

aataataaag aacaaaaa                                                   1998


<210>  2093
<211>  849
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20605

<400>  2093
atgaaaattt ttgaaacaat tcgtgaaaca ttgcaagaca aagaagtgaa gattgtctta       60

ccagaaggtg aagaaccacg tattcttcaa gctactaaac gtttggtaaa ggaaacaagt      120

atcacacctg ttttattggg aaatcctgaa aaaattcgta tttatcttga aattgaaggt      180

gtgacagaag gttatgaagt cattgaccct caaaattgtt catgctttga agaaatggtt      240

gcagcttttg tagaacgccg taaaggaaaa atcacagaag acgaagcgcg taaattattg      300

aaagaggacg tcaattattt tggtgtcatg cttgtttatc ttggtaaagt gcaaggtatg      360

gtttctggtg cgattcattc tacagcaagc acggttcgtc cagctcttca aattatcaaa      420

acacttcctt gggtttctcg cacatctggt gcctttctca tggttcgcgg tgatgaacgc      480

tatgttttca gtgattgtgc aatcaatatt gacccagatg ctaaaacatt agcagaaatt      540

gctattaact ctgccttgac cgcgcaaatc tttgacattg accctaaagt ggcgatgctg      600

agctattcaa ctaaaggttc tggatttggt gaaaaggttg atacagtcgt cgaagcaacg      660

aaacttgcgc aagaaatgcg accagatttg gctattgacg gagagttgca atttgatgca      720

gcttttgtgc ctaaaacggc agagttaaaa gctcctggaa gcaatgtagc tggtcaagcg      780

actgtctttg tatttcctgg tattgaagct ggaaatatca gttataaaat ggcagagcgc      840

ctcggtggc                                                              849


<210>  2094
<211>  915
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20606

<400>  2094
atggatatta ttcaaatgac ttactttatc aatatcgtcg aatgcggatg taatctttcg       60

attgctgcta aaaaaattca tattagtcaa tctgctttga gtcaatttgt cacaaatttt      120

gaagcgactg aaggactgca gctttttaat cgtagaaatg gaagattaga aagtctgaca      180

gaagctggtg ggaaaattta tcgttttgct acggaaattg tcaatcgcca tgaagaaatg      240

caatccatga ttcatatgga agcgcaaaaa caaaaaggaa ccattaattt aggcattcct      300

tctctgattt tgcgtgttta ttttgccagt gctcttccta aatttttaaa ggataatcca      360

cacattaata ttcaagttgt ggagggagga agcaaggatt tacgtcaaaa atttcttgaa      420

ggtgatttaa attttgtttt attgattgag ccgactaatt tagatgctaa aaagtacgag      480

caatatatta tacaagccga tgaatatgca gcttatatgg ataaaaatca tcctttagca      540

gataaagaac ttcttgaatg gaaagacatc gccgcttatg atttagcaac atttaataaa      600

tcatttacca cttatgaatt agtagctgaa aaattaaaaa ataagaagat agagacaaat      660

tttacatatt tatcatcagc atgggatttt ttaacagagt ctacgtataa gaatgatatg      720

attgctattt tacctcgtcc agtagaatat tttgtggata aaaataagtt taaagttgtt      780

cgttttaaag atccggttcc atttaatatc tggttctgca gaccatataa agcaaattat      840

aatgaagttg aagcatacgt ttatgaagaa cttttgaaag gttactatca gcctatttcg      900

agccttgata cctaa                                                       915


<210>  2095
<211>  654
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20607

<400>  2095
atggaacatt cagcttggca tagtttgatt aagcagcaat tgcctgaagg gtattttggt       60

aaaatcaatt actttttgaa tcaagtttat tcatcaggga caatctatcc accacgtgaa      120

aaagttttta atgcgattca gacgacggat ttagcagatg taaaagtagt gattttggga      180

caagaccctt atcatggtcc gcgtcaagcg caggggctga gcttttcagt accagatgat      240

attccagcgc cgccttctct tcaaaatatt ttgaaagagt tagcagatga catcggcatc      300

aaagaatctc atgatttgac accatgggca cggcaaggag tcttgctgct gaatgccagt      360

ttgactgttc ctgctgggca agcaaatggg catgccggtc aaatctggga accgtttacg      420

gatgctgtga ttaaggttgt caatgaaaaa gatacacctg ttgtctttat actctggggc      480

tcttatgcac gcaagaaaaa agtcttgatt accaatccta aacatctcat tttagaatct      540

cctcatccaa gccctctctc agctcatcgt ggattttttg gcagcaaacc tttttctaaa      600

acaaatgtct ttctaacatc tcaagggatc gagccgataa attggttatt ataa            654


<210>  2096
<211>  858
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20608

<400>  2096
atgacaaatt tagcatttat gagcgatctt catttggatt caaaccaatt taccgatgaa       60

gacatcacca ttttgattga tttactaaaa aagaaaaaag ttgaccacat tcactttgca      120

gggaatctgt ctaatgattt tgaacacatt agtttgcctt ttttacaaaa gctcaaaaaa      180

tccttctccg tttcttacaa tttaggcaat catgacatgc taggaatgac tgaagacgac      240

attcaacagc acaatttcaa tgtacaatca tttggacaga ctcagtttat tagcctagca      300

ggttggtatg actatggctt cgttcccgaa aaaacacctg aagaacacaa acgaaccaag      360

caatttttct ggtttgatag acgattgaac cgcaacactg atgaccctat actcactcaa      420

cagaccctag aacaacttga gagaattttg acttctctga atgatcctat tatcctagct      480

atgcattttg ttcctcacaa agattttctt tacaatcacc cttattttca gcgctttaat      540

gcttttctgg gcagtcaagc ctttcataat ctctttgtca aatatggtgt gaaagatgtt      600

gtctttggtc atcttcacca ccgccactcc gctcgaatga ttgacggtgt ctgctatcat      660

acaagacctc ttggttacat ccgcaaatgg cagttgaccc aacaattctt cgaggattat      720

cctcaataca aaatatctca aatgtaccgt ctccacaaac gctataatgc agtaaaagac      780

ttatctcttt tccaatcata taagaaaaag cacctccaaa aagaactaga agatgccctt      840

atcatttttg atatttag                                                    858


<210>  2097
<211>  1164
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20609

<400>  2097
atgaagaaaa aatttgctct atcatttgtt gcccttgcaa gtgttgccct tcttgccgct       60

tgtggggaag taaagtcagg tggctccaat gcaactggta caaaagttgc tgataaaact      120

attaaaatcg gattcaactt tgaagaaact ggtgcaacag cagcttatgg aacagccgaa      180

caaaaaggtg cccaactggc tgttgatgaa atcaacaaag ctggtggtat tgatggcaag      240

aaacttgaag ttgttgacaa ggataataaa tctgaaacag cagaagcagc ttctgtcacg      300

actaacttgg taacccaatc aaaagtaaat gcagtcgtag gacctgcaac ttctggtgca      360

acagcagcgg cagttcccaa tgcgacaaaa gcaggtgtgc ctttgatttc acctagtgcg      420

acacaagacg gtttgacgaa aaatcaagaa tacttattca tcggaacttt ccaagacagt      480

ttccaaggga aaatcatttc taagtacgtt acagaaaagt taaaagcgaa aaaagttgta      540

ctttacacag ataactcaag tgattatgcc aaaggtatcg caaaagcttt ccgtaatgcc      600

tacaaaggtg agattgttgc agatgaaaag tttgtcgctg gtgatacgga cttccaagca      660

gctttgacca agatgaaagg gaaagatttt gatgcaattg tcatccctgg ttactatact      720

gaagctggta aaattgtcaa ccaagcgcgt ggtatgggaa ttgataagcc aatcgttggt      780

ggtgatggct ttaatggtga ggaatttgtc caacaagcaa ctccagccaa agcctcaaat      840

atctactaca tctcaggttt ttcttcgaca gttgatgtct cagcgaaagc taagaaattc      900

ctagaagctt acaaggctaa atacaacaat gaagaacctt caacatttgc ggcactagca      960

tacgactctg tttatcttgt tgccaatgct gccaagggtg cgaaaacatc tgttgacatc     1020

aaagacaatc ttgccaagac aaagaatttt gaaggtgtaa caggtgatac cagctttgac     1080

aagaatcata atactgttaa aacagccttt atgatgacca tgaataatgg gaaagtcaca     1140

gcagctgaaa cagttaagcc gtaa                                            1164


<210>  2098
<211>  873
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20610

<400>  2098
atgttttatt caattaaaga attagtggag caagcagatt tagactttca gggtagtgtt       60

gccgaactga tgattgctac tgaatacgaa ctgacaggtc gtgaacgaga tgaagtctta      120

cgcttgatga ctagaaatct agaagttatg aaatcttctg tcgttatggg attagatgaa      180

agtaaatctc ggagtggttt aacaggtggc gatgcagcca aactccacaa atatattcaa      240

tcaggaaaag ctctttcgga ctatactgtc ttaacggcag caaaaaatgc tattgctgtc      300

aatgaataca atgctaaaat ggggttggtc tgtgcaacac caacagcagg aagtgctggt      360

tgtttacccg ctgtccttac atctgctatc gaaaaattaa atcttactga aaaacaacaa      420

ctagactttt tattaacagc tggagctttc ggtctagtca tcgctaataa tgcttctatt      480

tcaggagctg aaggtggctg tcaagcagaa gttggatcag cgtcagccat gagtgcagca      540

gctcttgttt tagcagcagg tggtacccca tttcaagcca gccaagcaat ttgttttgtg      600

attaagaata tgcttggatt aatctgtgac cccgttgcag gtctagtaga agttccctgt      660

gtcaaacgaa atgctatggg agctagctac gctttcattg ccgctgatat agctttagca      720

ggtattgaat caaaaattcc cgttgacgaa gtagttgacg ctatgtatca agttggagca      780

agtatgccga ctgcctttcg tgagactgct gaaggtggat tggcagctac acctactggt      840

cgtagattat ccaaagaaat ttttggagaa taa                                   873


<210>  2099
<211>  1494
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20611

<400>  2099
gtgagtaaag acgaaaaaca tttgccagaa caagaagaaa aagaatcaat tcttgatttt       60

gaaacagcta aagaaatgac aattggtcag gctgctcgaa aaagcgaaga acttgaagca      120

ggagtgacgg aagaggataa tgtgctggat aaatacatta aacagcaccg tcaagaaatt      180

gaagctggga aattttcggc tcaatctgca gaagaaatgt ctgaagcaga agatcaagac      240

caactgagcc agttagactt ggcagaattt atccaggaga tgcacgatga ggttcaagag      300

gaagcccccc tagaatctgc agaggtagcg tctgaggagt ctgcctttga tgaaacagta      360

gctgcacttg cagccagcga agcagaaccg caagaaactt cggaagaaaa cagtacacaa      420

actccagagg agttagaggc tgagacaaaa ataatggaac caattcagcc tgaaatggat      480

gatattcctg tgagttcaac tgagtcaatg gaaagctatc cgacttttac agcgttagat      540

gaagaaatgg aaacggagaa agttccattt tataaaaata agaaagtcct ctattctgca      600

gcgagtgttg ctttactggc tctaatcggt gggactgttt atctgtcgtt gaatagaaag      660

caagcaaagc cagctacaaa ttcaacgagc caaaccagta aatcttctac tacttctagc      720

tctgaaaata aggatttgaa ggcttttaat aatctttatg attcattctt tacagatgcc      780

aataaattag ctttgaaaaa tagtagtttt ggcaatttag ataaattgaa agtagcacta      840

gaaaaattaa aaaacaccaa cgaatacaat gttgccaaag caaaatatga tagtttggtc      900

aaacaagttg aagctgttca aaatgtgaat gcacaattca cttcagcagc tattacagat      960

ggtgttttgg atactaaagc aaaggttaag gctgatgcta aatttacaga tgtcacaact     1020

ggaaatacgg acttggataa ggtgttgaaa tctgcgatta gcttaggaaa gaatcaacaa     1080

acctctgctc ctcaatctga ggctgctgca ccgtcacaaa gctccgctca agcacctgta     1140

gcagaacaac cagcttctgt accagcgcaa gcaactgctc cagcagcacc agcgtcaggc     1200

acgaatttac agcgtcagtt gagccgagtg ccgtacgacc aaactaaaat taacgacagt     1260

aataatccag cttggaattt caatcctggt gtgttagaaa aaatcttggc aacctcacgg     1320

gaacgtggct atttcacagg agataattat attcttgaac gtgtgaatat tatcaacgga     1380

aatggttatt acaatttatt tagaacagac ggaacctacc tctttagtat taactgtaaa     1440

acgggttatt ttgtaggaaa tggcgcgggt tacgcagatg ctttggatta ttag           1494


<210>  2100
<211>  303
<212>  DNA
<213>  Streptococcus anginosus SK52 = DSM 20612

<400>  2100
atgaaaatta ctcaagagga agtaacgcat gttgccaacc tgtcaaaact agctttttca       60

cctgaagaaa cagcagaatt tgcgacaact ttgtcaaaaa ttgtggacat ggtggagttg      120

ttaaacgaag ttgatacaac tggtgtgcct tttacatcaa atgttgcaga aaatgtcaac      180

tatatgcgtg aagatgtagc agttgcaggt tggaatcgag aagaactttt ccaaaatgtg      240

cctgaaaaag agcgaggcta tatcaaagtg cctgctattc tagatgacgg aggagacgcc      300

taa                                                                    303


<210>  2101
<211>  1614
<212>  DNA
<213>  Clostridium perfringens F262

<400>  2101
atgaagatac cttgttccat gatgactcaa catccggata atgtagaaac ttatatttca       60

atacaacaag aaccagcaga agcaataaaa ggattaacac cacaagataa aggtggttta      120

ggaatagaag aagttatgat agattttgaa ggaaagttaa caccttacca tcaaacatca      180

caaatagcat taggattaat ttcaaatggt ataattccag gaaaagacgt tagagtaacg      240

cctagaatac ctaatgcaaa taaagaatca gtatttagac aacttatgag tataatgtct      300

ataattgaaa caaatgttca atcaaaagaa ttaactggaa ctccggctat ctcagaggtt      360

gttgttccta tgattgaaac tggtaaagaa atttcagagt ttcaagatag agttaactca      420

gtagttgata tggggaataa aaactacaaa actaaattag atttaaatag tgttagaata      480

atacctctag ttgaggatgt acctgcacta gtaaatatag atagaatatt agatgaacat      540

tatgaaatag aaaagagtaa aggacatgtt ttaaaagatc ttagaataat gatagcaaga      600

tctgatactg ctatgtctta cggattaatt tcaggagttt tatcagttct tatggcagtt      660

gatggagctt ataaatgggg agaaaaacat ggagtaacta taagcccaat cttaggttgt      720

ggttcacttc catttagagg acatttctca gaagaaaaca tagatgaaat tcttgctaca      780

tatagtggaa ttaaaacttt cacattccaa tctgctttaa gatatgacca tggtgaagaa      840

gcaactaagc aggcagttag agaattgaaa gcaaaaattg cacaatcaaa acctagcaac      900

tttagtgaag aagataaaga tttaatgaaa gagttcatag gaatttgttc aaaacattat      960

cttcaaacat tcttaaaggt aatagataca gtttcatttg tatctgactt tattcctaaa     1020

aatagagata gattaacaaa agctaaaact ggattagaat ataatagaga agtagcaaac     1080

ttagacaatg tagcagattt agttaaggat caagtattaa aacaagaaat tcttagcata     1140

gataactcaa aagaatatgc agttccaaga gctatatcat ttactggagc tatgtataca     1200

ttaggaatgc cacctgaact tatgggaatg ggtagagcat taaacgaaat aaaaactaaa     1260

tacggccaag aaggtataga taaactttta gaaatatacc caatcttaag aaaagactta     1320

gcatttgctg ctagatttgc aaatggggga gtttctaaga agataataga tgaagaggct     1380

agacaagaat ataaggaaga catgaaatat gtaaatgaaa ttcttaacct tggattagat     1440

tatgatttct taaacgaaaa tgaattctac catactttac ttaaaactac aaaacctata     1500

attatgcact taatgggact tgaggaaaat gtaatgcgta acagcacaga agaacttaaa     1560

atcctaaatg agtggatagt tagaatgggt aaagtaagag gaagtatagg ataa           1614


<210>  2102
<211>  654
<212>  DNA
<213>  Clostridium perfringens F263

<400>  2102
atgcttagca atataaaagg tgtaatcttt gatttagatg gaactttagt tgattcaatg       60

ggagtatggg ctaaaataga ttctgattac ctaactgatc ttggtcttga agttcctaaa      120

aaccttaaag aagaaatcac tcatttaggc ttcaaagaag ttgctaaata ttttaagaaa      180

agatttaata tagcaagttc agaagaagaa ataatgaaaa cttggcatga tatggcctat      240

gtagagtata aaaataatat caaacttaaa cctggtgcaa gagaatttct tgagcaatta      300

aaagaatcta acataaaaat aggattagct actagtaact cttatccttt actagaagtt      360

tgcttaaaat caaataatat ctttcattta tttgattcaa taacaataac aggtgaagta      420

cctagaggaa aggattttcc tgatgtttac ttgttagctg ctgaaagatt aggcttagag      480

cctaaagagt gtgcagtctt tgaagatatc ttaccagcag ttaaaggagc tcttagtgct      540

ggaatgaaag tttttgccgt agaagaacat actgtttcta aagaagaaaa atcacaaatt      600

aaagaaattg tacatgaata catagattca tttaatgatt tacttgtaaa ttaa            654


<210>  2103
<211>  1701
<212>  DNA
<213>  Clostridium perfringens F264

<400>  2103
atgaagaaaa aatcagttgg aattaccatg gctgtcttct tgttaggaat cttcatggga       60

gctattgact ctggtatagt ttcaccagca agagatataa tagctgatgg attaaaagtt      120

tcacaaaatg ctagtgtttg ggttgtaaca atatacacct tagcatatgc agtatcaatg      180

cctcttatgg gaaaactttc tgataagtat ggtagaaaaa aagtttacat ggtttcaata      240

actctatttg gactaggttc tttactatgt ggggtatcag attacgtaaa tagttataca      300

ttcttattat tctcaagggt tatagaagca ataggtggcg ggggtataat gccaatagct      360

acagcataca taggaacatc attcccagtt gaaaaaagag gttcagcttt agggatgatt      420

ggaggagtat atggaatagc aacagttgta ggaccaacct taggttcagg aatactttct      480

atttttggag ataaaaactg gggattttta ttcttagtaa atgttccaat cagtataata      540

atattactta tggcaactaa attagaagaa aatacttctg cacaaggaat taagaaatta      600

gatgtttgtg gttcaggagt attaacaata ttaattttat ctttaatgta tggagctaca      660

aacttaaaat tctatgattt tgctaattca ataaaatcac tagatgtttg gccatatctt      720

ttaatattta taatatcaat tccaatatta gtttgggtgg aaaagaaagc agaagatcca      780

gtaataaact tatcttactt tactaataag gaaatagcta taactttaat attaagcttt      840

gttgtaggtt gtggattaat ggcaacagta tttattcctc aatttagtga aaatatatta      900

agaacaccaa tgggtagtgg tggatatata gttacaatat ttgcaatatt tataggtata      960

gcagcacctt taggtggaaa atttatagat aaaataggag ttaaaaaagt actattaata     1020

ggtatgtctt tagttatcat aggtaacctt tatcaaggat atgtaacaac taaacaccca     1080

ggtatggtta acttaataat aggtttagct attatgggat ttggcttagg attctctatg     1140

ggaacaccaa taaattactt aatgcttagt ttagtaccag ataatgaggc tacagttgga     1200

caatcagcag tatcattaat taaatccata ggtattgcag tatcaccaaa tattcttatt     1260

aactttatat cagatgcagg tagaagagta ccagaagcat tacaaaaagt tatgccacat     1320

gtagatggaa tgtctaatat aatgtcaaat agtggtggag cttcaaatgt tgctaattca     1380

atgggaaatg ccagtgttac taatatattt agtcttataa aaggaatggc acaatcacaa     1440

ttttcagctt taggagacaa atttgcaaat aatcctcata tgaatattga tatgattgaa     1500

aaatcatata tgcaaagttt agatggagct aaagatgcaa tagaaactgc attccaacaa     1560

actatgaata caggatatac taaattattc ttaacatgtg ctattatagc tttaatagga     1620

ttaatattaa cagctatgtt aaataataat ttaataacaa tgaaaaatag aagattagaa     1680

aagaaggaaa aaactaattg a                                               1701


<210>  2104
<211>  759
<212>  DNA
<213>  Clostridium perfringens F265

<400>  2104
gtgatttttt taaaatcagt tcttatagat ttttataact gctgtgaaat tccaataaga       60

gctgtagata ataatatgaa tattctttct gaggtgggtt actcttcttt ttatgattac      120

atatttaatg acttgaactt aaatagcaag tttgaacgct catatttaaa acatgatcat      180

aatgactcac taataattac ctttgaaaat aatatatctt tttattcatt gtttaattat      240

aaatcaattg ataaagactt aattttcata ataggtccct tatatttaaa agaagattta      300

aaaaattcta atgatgattt agaactttat aaaatacctt taaagactaa aagttgtctt      360

aagtattata attctctatt gaaaataatc ttagatgaaa aacttaaaga taatttttca      420

atttcatatt ctccttatgt aggaagagct atagatttta tagaaaagaa ttacgcagaa      480

gaaattacta tagactctct ttgcacagaa tttaaaataa ataagtccta cttctgtaat      540

atatttaaaa gcgaaacagg ccaaacattt ataaactttt taaataatta caggattgaa      600

aagagtaagg acttacttaa ggatcttgac ctctcacttt tggatattgc acataaggtt      660

ggatttagta atcaaagtta ctactgcaca gtatttaaaa aatttactgg tctaactccc      720

ttaaaataca gagaggataa ctataaaaaa ggtttgtaa                             759


<210>  2105
<211>  867
<212>  DNA
<213>  Clostridium perfringens F266

<400>  2105
atgaaaggta tttattcagc attattagtt tcatttgaca aggatggaaa catcaatgag       60

aaaggtttaa gagaaataat cagacacaat attgatgtat gtaaaataga cgggctttat      120

gtaggaggaa gtactggaga aaacttcatg ctttcaactg atgaaaagaa aagaatattt      180

gaaattgcta tgaacgaagc aaaaggacaa gttaaattaa tagctcaagt aggatcagtt      240

aatttaaaag aagctgtaga attagctaaa tttactacag atttaggata tgatgcaata      300

tcagcagtta caccattcta ctataaattc gattttaatg aaataaaaca ttactatgaa      360

acaataataa attctgttga caataaactt ataatttact caattccttt cttaacagga      420

gtaaatatgt caatagagca atttgctgaa ctttttgaaa acgataagat tattggtgtt      480

aaattcacag cagcagactt ctacttatta gaacgtatga gaaaagcatt cccagataaa      540

ttaatatttg ctggatttga tgaaatgatg ttaccagcta cagtacttgg tgttgatgga      600

gctataggat caacattcaa cgtaaacggt gttagagcaa gacaaatctt tgaagctgct      660

caaaaaggtg acattgaaac tgctttagaa gttcaacatg taactaatga tttaataact      720

gatatattaa ataatggtct ttaccaaaca attaaattaa ttcttcaaga gcaaggtgtt      780

gatgcaggat attgtagaca acctatgaaa gaagctactg aagaaatgat tgcaaaagct      840

aaggaaatta ataaaaaata tttctaa                                          867


<210>  2106
<211>  1311
<212>  DNA
<213>  Clostridium perfringens F267

<400>  2106
atggcacaac aattaataag caaagagcaa ggaagtatta aaacattagg aattttctct       60

tactttaaaa atggaatttt aggattacaa catttagttg ctatgtttgg agctacaata      120

ctagtaccac tagtaacagg cttagatcca tcagtagctt tattcacagc agggataggt      180

actttaatat tccacttatg tactaaagga aaagttccag tatttttagg atcatccttt      240

gcatttatac ctgtaataca agtaattgca tctaaatatg gagatttaag atatgcacaa      300

ggaggtatat tctttgcagg attagcttat gtattaattt cttttggaat aaagaaaata      360

ggtgtagata aaataaaaag atttttacct gcaagggtag ttggcccaat gataatggtt      420

atagggttaa atcttatacc taatgcctta gaaatggctg gggtaaaatc tttaatagct      480

ggagaaacag gagctatgac ttcagtttta atagcttgta ctacattagg attagcatta      540

ataataagta agtttggaaa gggatttttt tcacagttag caataataac agcagtttgt      600

gtaggatata ctttaagttt aattttagga caagttgata caagtttaat tcaacaaagt      660

acaatggttg cagtaccaaa ctttacattg ccaaaatttg attttggagc aataatgata      720

actttaccag ttattttagc tgtatcaatg gagcatatag gagatataac tactaatgga      780

caagttgtag gtaaaaactt tatagaagat ccaggactaa atagaacagt attaggagat      840

ggattggcaa ctttagttgc atctttatta gggggaccag ctaatactac ttacggtgaa      900

aatacaggag ttttagctat aactaaaaat tataatccat caattttaag attaacagct      960

gtttttgcca taatactaag ctttatagct aagtttggag cggttataag aacaattcca     1020

caatcagtaa tgggaggaat aagcttaatg ctattctcaa tgattgcttt agtgggagtt     1080

aaaactataa aaaatgaagg ggttaaatta aataaaacta acctaatatt aatgggatca     1140

ataatttttg taggtttatc aggcttattt atgtcagagc ctataggaat tgaaataagt     1200

gaagctgtaa gcatatcagg cttaagctta gcagctttaa taggtgttat tttaaactta     1260

ataatcacta aatttgaatc agcaaagagt agaaaagaag taattgctta a              1311


<210>  2107
<211>  831
<212>  DNA
<213>  Clostridium perfringens F268

<400>  2107
atgtttaaaa agagattaat agcaattata ggtactatat ttataggtgc aacagccatg       60

gttggatgta attctggagg aagcgaagca aaatctacaa attcagttag tatatctgga      120

tcaacttctg tagggccagt tatggaagct gaggcagagg cttttaagac taagaaacca      180

gatgtatcta tagaaataaa tcaaatagga tcatcagcag gtattaaaaa tgctatggag      240

ggagtttcag aaataggaat ggcttctcgt gaccttaagg gagaagaaaa acaagcagga      300

cttaaagaag tagaaatagc ttatgatgga atagctttaa taacacataa aaataatcca      360

gtgaaggatt taacattagc tcaaataaaa gacatatata caggaaaaat aacaaattgg      420

aaagaacttg gagggaatga tgctccaata gtggttgttt ctagagagga tggatctgga      480

acaagagatg ctttccaaga aatagtggga tttaaggctg aagagttaac tgttaattct      540

cagatatcag atggatcagg aaatatcaag tccttagttc aaggtaataa aaatgcaata      600

ggatatatat cttttagtta tgttgatgat agtgtaagtg cagtaaaggt tgatggagtt      660

gaagcaacac cagaaaatgt tttaaataaa tcttacaaag tttcaagacc tttcttagca      720

gtctataagg aagagaattt aacagaatca ggtaagagtt ttatagattt catattaagt      780

gaagaagggc aagacatagt agctaaagaa cacttaataa aagtaaaata g               831


<210>  2108
<211>  1746
<212>  DNA
<213>  Clostridium perfringens F269

<400>  2108
atgagaaaag aattttgctt aaagcatgga aaagtaacta tgaactttac tgcaaagtat       60

tgtgatagtt ttgaatccat aataaatagc gaagggttta gaaaagtttt agaaacttat      120

ttgaaaaaaa ctaaaaataa gaagagtcat aattttagat tcttaagtga agccataggt      180

actgaagata taaaggttat atctaggtac ttaataagta cattaaaact attatctatg      240

atgggggctg atgaggtact agttgttaat gatgcttttg aaggtttact tgaggataag      300

aaatcttttg ctaatattat agatgatgtt tattcattct ggagaaagtt agaaagatac      360

actgttatcc aaaataataa agtaaaagat ggtattgcag cagttggatt tgtagatgct      420

aataaaagtt ttaatgattt aattttaaga ttttatagaa gacttcaaaa gaatctatta      480

ggaagtatgc ctaacatact tagacaggtt tctgctggtg gaaatgcaag tattatggtg      540

agtaatttaa tatggccaag tccaagggaa tattccatac tagatcatat tccatttata      600

gatgcaatat ccttagaagc accatttata acttatccaa gtaagaatac tagggatggt      660

atattcttag aaacaagtga aaatccttta agtggttctc atataaatag tgaagaatgg      720

ttttgttatc ctgctaaggt aggggaatta ttggcttatg tatattttca tagagatttt      780

atgtctcatg gtataagttt atgtaatttg tttgatttag caactgcaga ggagtgtaga      840

ggggtaaagc cagacattat ttatgttttt ggagctaagg atgatgaaga tgaattaaaa      900

acttgtttct atgatgatga aaaaaataat ataatgctag ggtatgctaa ttatagtgaa      960

gaaatagatt actttggata tatgaaaaaa atgatattaa ctcttcacaa tataataatg     1020

ataaaaagag gatatatgcc tattcatgga gctatggtca acgtggttct taaaaatgga     1080

aaagaagcta atattgtaat aatgggtgat agtggagcag gaaaatctga aagtttagaa     1140

gcctttagag ccttgagtga agaatatata agcgatatga ccataatttt tgatgatatg     1200

ggtgtattta aaaaggtaga tggcgtaatt aagggctatg gcactgaaat aggagccttt     1260

gtaagacttg atgacttaga tcaaggatat gcttttaagg aaattgatag aagtatattt     1320

atgaatcctg ataagataaa tgctagactt cttatgccag tatgtaagta tgatgatata     1380

ataaggggat atgatgtaga tcttttcctt tatgctaata attatgatgg agtagatgag     1440

ggagaaaact ctattgaata ttttaataat ccagaggaag ctaagaaaat ttttaaagct     1500

ggtgctagaa tggcaaaggg aacaactact gaaaatggct tagtggaatc atattttgcc     1560

aatccttttg gaccagtgca aaagaaagaa gagatggact taataataga taaatacttt     1620

gaagatatgt ttaataataa agtgaaggtt ggacaaataa aaacttgttt aggtgtttta     1680

gggtttgaaa aggaaggacc taaaaaagca gccatagaac tttttgatat aattgaaaaa     1740

atgtaa                                                                1746


<210>  2109
<211>  738
<212>  DNA
<213>  Clostridium perfringens F270

<400>  2109
atgttaaaag ttaaattatt acaatataca ccagaaccag aaaagaccat agcagcagcg       60

gctaaattat gctatagtcc tgtaggtgtt gatgatatat tagaaaattt aactgatgaa      120

ggcgcggaaa agtttttaaa tatgcttatg tcatatggtc atatgtcacc aatagagcat      180

gtttcattta cttttgcagt agaaggagtt tcaagaagct taactcatca gttagttaga      240

catagaatag catcttactc acagcaatct caaagatatg ttaagttaga tcaatttgaa      300

tacatagtac caccagctat agaaaatgat gaagttgcta aaaagctatt tattgaccaa      360

atgcaaggtg cacaaaaagc atatgatgaa atagttgaaa gattaaaaga taaatatatt      420

agtgaaggaa ttggtgaaaa accagctgag aaaaaagcta tagaggatgc aagatatgtt      480

ttccctaatg cttgtgaaac aaaaattgta tttactatga atgctagaag tttaatgaac      540

ttcttccatc atagatgttg tgatagagct caatgggaaa taagaactat ggcagaaaaa      600

atggttaatg aagttaaaaa ggttgcccca atattattta agaatgcagg tccaagttgt      660

gtagcaggtc catgtcctga aggaaaaatg tgttgtggaa agcttaaaga gatgagaaca      720

ttatatcttg gaaaatag                                                    738


<210>  2110
<211>  732
<212>  DNA
<213>  Clostridium perfringens F271

<400>  2110
atggaaatat taactgtaaa taaacataaa gaactattat atgttaccgt atacgataaa       60

ctttttaaga tgattaacga aggaactttc cctgaaaata gcagacttcc ttctgaaccg      120

gaactagcta aaagattagg tgttagtaga agtacactta gacaagcttt agccctgctt      180

caagatgatg gattaataaa aaacattaga ggtaaaggaa attacataat taaagaaaat      240

aaaactgata caacaggttt agaaaaaata ggacatccag tatataagtg tttagatgta      300

gagacaaata atattgaatt agattttaaa atagatccac cctcagatta ttataaaaag      360

atattaggag atagttctgt tgcaacggtt tgtattgata gatggtattt agctgataat      420

ttagctctag cttattctta cacaataata cctattgaag caatttcaaa atttaatata      480

gatctatcag ataaaaataa tttgttgaaa ttcattgaag aagaatctta taaagaatgc      540

tcaaagataa aaagtactat taaattcact acatctggta acttcgtaac taagcgtcac      600

ccaattccag atgaaagtca attttattta attgaggaag ctatatattc taattcagaa      660

cttccagtta tttttaataa gcattatctc ccaatgaaac acagcaccat taaagtaaat      720

cctatgaaat aa                                                          732


<210>  2111
<211>  2640
<212>  DNA
<213>  Clostridium perfringens F272

<400>  2111
atgaaattca tgggagcaaa tgaattaaga gaaaaatatt taagcttttt tgaaagtaaa       60

gaccatttaa gattacagtc atttccgtta gtacctaaaa atgataagag tttattatta      120

ataaatgcag gtatggcacc acttaaacct tatttcacag gtttagaaga accaccaaaa      180

agaagaataa caacttgcca aaagtgtata agaactggtg atatagagaa tgttggtaaa      240

acatcaagac atggtacatt cttcgaaatg ctaggaaact tctcatttgg agattacttt      300

aaatcagaaa taattccatg ggcttgggag tttataacag aaactttagg aattccaaag      360

gataaattat atgtaactat atatttaaat gacgatgaag cttatgatat ttggactagt      420

aaaactgatg tagatccaag cagaatattc agattaggaa aagatgataa cttctgggaa      480

ataggggtag gtccttgtgg tccttgtaca gagattcact ttgatagagg agaaggaaag      540

gttgaaactg tagaagaatt tttagaggct tcagatgctg atagaatagt tgagttctgg      600

aacttagttt tcactcaatt tgataaagat gaagaaggaa actacaatga gttagctcaa      660

aagaacatag atacaggtat gggattagaa agaatagcta caataatgca aggtgtagat      720

aatatcttcg aaatagatac agttaaaaac atattaaata aggcatgtga attaacaaat      780

gctaaatatg gagaagataa agacaaagat gtatcattaa gaataataac tgaccatggg      840

aaaagtgtta ctttcttaat atgtgacggt gttcaaccat caaatgaagg tagaggatat      900

gttttaagaa gacttcttag aagagctgct agacatggaa gacttttagg agttaaaggt      960

atattcttaa atgaaatggt tgatgctgta gttgaaaatt acggtgaagc ttatccagaa     1020

ttaagagaaa aagctgatta cattaagaag ataatcaagt tagaagaaga aagatttaat     1080

gaaacaatag actcaggtat ggacatactt atgagctata tttcagaaat ggaagaaaaa     1140

aatgagaaag ttttatcagg agctaaagct ttcaaattat atgatactta tggattccct     1200

ctagagctta ctcaagagat attagaagaa aaaggattag agttagatat agaaaacttt     1260

aataaagaaa tgaaagagca aagagaaaga gctagaaatg ctagaggaga aagtagctac     1320

atgggaagcg aagaaagtcc agtaaacaaa gtggatgctt caatagttac tgaatttgat     1380

ggatatgtta atttagaact taactcaaaa gttatagtgc taggaaataa tgaagaattt     1440

aaagctgaac ttaaagaagg tgaagatgga ttcttattaa ctgataaaac tcctttctat     1500

gctgaaatgg gaggtcaagt tggagataga ggaaatataa cttcagaaac tggaatggca     1560

atagttacag attgtaagaa aaatgttggt ggaaaatttg ttcactacat taaagttata     1620

gaaggtagct taaaagaagg tcaagaagtt aaattatcag ttgatgcttc aagaagatct     1680

aacatatgta aaaaccacac agctacacac atgttacatg aagctttaaa agaagtttta     1740

ggagatcatg taaatcaatc aggttcatat gttgatgaag aaagattaag atttgacttt     1800

actcattttg cagctttaac agaagaagaa ttagaaaaag ttgaattatt agtaaatgaa     1860

aaaataatga ctgtatctgt agttgataca aaggaaatgt cattagatga agctagaaat     1920

agtggagcaa cttgtctttt cgatgaaaag tatgctgaaa aagtaagagt tgtttcagtt     1980

ggagatttct caaaagaatt atgtggagga actcacgtag ctaactcagg agaaattgga     2040

ttatttaaga tagtttcaga atcaggagtt gctgctggaa taagaagaat tgaggctgtt     2100

actggaataa gcgcattaaa attcatggaa cttaaaaata atatgcttaa ggaagctgct     2160

tcaatgctta agtgtaatga aaaagatatt gctaagagaa tagaagctca agctcatgaa     2220

ttaaaagaaa aagataaaga aatagcagaa cttaaagcta aattagttca aggtgctgag     2280

gatgatatct taaaagacaa agttgaaata aacggagttg aattagttac agcagaatta     2340

aaagatgttg atggaaattc attaagagat ttagctgata aagttagaaa taaattaaat     2400

aatggaatag ttgttttagc aagtgacaat ggtggaaaag taaacttagt agctatggca     2460

actaaaaatt cattagctaa tggagttcat tgtggaaagg taataaaaga agttgcagca     2520

gttgtaggcg gcggcggagg tggaagacct gacatggctc aagctggtgg aaaaaatcca     2580

gaaaatatag ctaaagcatt agaaaaagca aaagaagttg tagaattact tgtaaaatag     2640


<210>  2112
<211>  1227
<212>  DNA
<213>  Clostridium perfringens F273

<400>  2112
atgggaaaac gtacaaaaat tctagcaact gtaatggctg caacaatgtt atttgcagga       60

tcattagtag gatgtggagg gaaagctgat tcaggtagta ctgatggttc aggaaaagaa      120

cttacagtat ggtcacattt aactactcca gaagtagaag aattaaataa aatagcttca      180

aaatggggag aagaaaatgg agttaaagtt aaggttgtag aagacaaatc agaaatgcaa      240

gcttacatac aagctgcaaa tagttcaaag ggaccagata taatgtttgg actagctcat      300

gataacttag gaacattcca aaaggctgga cttttagcag aggttccaga aggaattata      360

aatgattctg attatgcatc acatcaagtt ttagatgctg taacaatagg tggaaaaaga      420

tatgcagttc caatagcaca agaaacatca gctcttttct ataataagga taaagttaaa      480

gaagttccaa aaaccatgga agatttagtt aaggttgcaa aagatggagt tggatttgaa      540

tatgatatta ataatttcta tcctacttat ggatttatag cagcagatgg aggatatgtt      600

tataaagata ataatggaac tcttgaccca actgatatcg gattaggaac accaggagct      660

ataaaaggat atcaatttgt tcaagattta gttcaaaaag ataaattaat gccagctgat      720

ataactggag atatagcaaa gggagatttc ttatctaaga aatcaggatt ttatatttca      780

ggaccttggg atgtatcagc atttaaagat ggaggagtaa attttggagt agctccaatg      840

ccaacattat ttggaaaaca agtaccaact ttcttaggtg ttcaaactgc tttcgtaagt      900

gaaaaatctc agaataaaga tttagcatgg aaattagtta aatacttatc agaaaattca      960

ggtgatgtat tgttaagtaa aggtaacaga attccagtat taaataaata cttagatagt     1020

gcagatttca aaaataatga gtatatgagt gctttcgcag aacaagctaa attcgctaca     1080

ccaatgccta atataccaga aattcaagct atgtggggac ctgctggagc taacttacaa     1140

ttattaactt caggacaagt tacaccagaa aaatgtgctg aaatgacagt agaacaaatt     1200

aaacaaggta tatctcaaca aaaataa                                         1227


<210>  2113
<211>  1989
<212>  DNA
<213>  Clostridium perfringens F274

<400>  2113
atggaagtat taagtcatgg gtgtacatta gattgctttg attgttgtaa atttaatgtt       60

tataaagaag gaagtgaaat tctaaaaata gaaggtgaca aagagcatcc atttacaaag      120

ggactcatat gtaaaaaagg agtagctcac ttaaacagat tgaatcataa agatagaata      180

tatactcctc ttttaaagaa taatggagta tgggaagaga tttcctttga agatgcctta      240

gaaataatga aagagaaact tgaatataca aaagagaaat attcttctaa gtcaatatta      300

tattatagcc aatatggaag tggaggagta ctaaagggaa tagaggatat attctttaat      360

ttttatggtg gtgtaagtaa agctacagga ggtccttgtt ggagtgctgg aatgagagct      420

caaaaatatg attttggaga ttctgtatca aattccttag aggatatgat aaatagtaaa      480

aacatatttt tatggggtaa aaatcctgca aatacaacca tacatactat ggcgatttta      540

aataaggcaa agaaaaacgg gagcagaata atagttatag atccaataaa tactcaaagt      600

gcaaagcttg gagatattca tgtgaaaatt aaaccaggga cagatggagc tttagctatg      660

gctatggcaa aaataataat ttctaaaggt cttcaagata aggattttat aaataaatat      720

gttttaggat tccaagaata taaagatcat ttagagaatt ttgatttgga ttatttaagt      780

gatgaatgtg gaatagaaat agaggatata gaaaagctaa ctaaatacta ttgtgaaaaa      840

aattctagca tatatttggg atatggaatg caaaaatata agaatggtgg aaataccata      900

agagctattg atgccttagg tgctttaact ggtcaaattg gagttaaagg cggtggagta      960

aattacgcaa ataaggtatt aagtaggatt ttagattcag atccctttaa aagtggagaa     1020

gttggagaaa atagagaatt ttatgtctct aatataaatg agtttataga agaacctaaa     1080

aaatattctt taagtgtaga agattctaat gcacctataa aaatcatggt aatagctaat     1140

agcaatctca tgaatcaact tccaaactta aatagattaa ataatagtat agataaagtt     1200

gagtttaaag tttgttttga tatgtttatg acagatactg cttcaaagtg tgatttattc     1260

attccttgta ccaatacctt agaaagcgag gatatggttt ttagttcaat gactaatcca     1320

tatttaatat ataatgaaaa gataatagaa cctagagaaa aacttatgga tgaatactac     1380

ttttttagag agttagctaa aagaatgaat ttaaaaggat atccaagcct atctaaaaaa     1440

gattatttaa gtaaggttat tgaaccttta atgagatata ataaagatat aaccttagat     1500

tatttaaaaa ataatccttt tacagtttat gatgatgtag cttgggaaaa taaaaagttt     1560

aaaacacctt ctggcaaatt tgaacttgca tctaaaagag ctttaaaaga gtgcggaagc     1620

ttaacaccaa catacttaag tcctagaata aaagaaaact gttttagatt gcttactaat     1680

cattctaaag attcattatc aagtcagcat tatatagatg tagatgaaaa ggcaaaagta     1740

tatttaaatg agaatatgat aagaaagttt tccttaattt gcggagaaaa ggttaaatta     1800

aaatcaagga ctggagagat tacagcaatt tgttccttgg ataatggggt tcaagattat     1860

gtggctttaa tgtatgttgg ttggtggaaa aaacatggga atccaaactt tttaactgaa     1920

tcaggaatct ctgatatggg tggacaaata acatataatg aaacctttat agagattgaa     1980

aatatataa                                                             1989


<210>  2114
<211>  1191
<212>  DNA
<213>  Clostridium perfringens F275

<400>  2114
atgagcaaat ataaaagaat ttttacaata gtaatagatt cattaggaat aggtgcaatg       60

aatgattcag aaaaatatgg agatgttaat gttgatacat taggacacat tgctgaatca      120

gtagatacat ttaatatacc taatcttcaa aaaatgggta tagcaaactt acacccaata      180

aaacacgtag ctccagttga gaatccaata ggataccaag ctaaaatggc tgaagcaagt      240

gttggtaaag atacaatgac agggcactgg gaaatgatgg gtttacatat aactaagcca      300

tttaaaactt tcacagatac tggattccca caagaattat tagatgagtt aacagcaaga      360

actggtcata aaatagtagg aaacaagagt gctagtggaa cagaaatcct agatgaatta      420

ggagaacacc aaattgcaac tggagatatg atagtttata catcagcaga ttcagtttta      480

caaatttgtg gtcaagaaga aactttcggc ttagaagaat tatatagatg ctgtgaaatc      540

gcaagagaat taactcttaa agatgaatgg aaagttggaa gaatcatagc aagaccttac      600

ttaggaacta aaaaaggtga attcaaaaga acaagcaata gacatgacta tgctcttaaa      660

ccatatggaa gaacagttct taatgaatta aaagataaca actttgatgt tatttcagtt      720

ggtaaaataa aagatatatt tgatggagaa ggaataacag aaggaaataa atctaagagt      780

tcagttcatg gtatggaaca aacattagaa ataatggata gagactttac tggattctgc      840

tttgttaact tagttgactt tgatgcttta tggggacata gaagaaatcc tcaaggttat      900

gcagaagaat tagaaaaatt cgacgttaac ttaggaaaag tattagaaaa gttacatgaa      960

gatgatttat taataataac agctgaccat ggtaatgacc caacatacac tggaacagac     1020

cacactcgtg agtatgtacc attcttagct tattcaccat caatgaaagg tcatggacaa     1080

ttagaaactc caaaaacatt tgcaactatt ggagcaacaa ttgctgataa ctttggatta     1140

aaaatgccag aaggaacaat tggtgaatca gttctaaata aattagttta a              1191


<210>  2115
<211>  1095
<212>  DNA
<213>  Clostridium perfringens F276

<400>  2115
atgaacgaac gaaatcatgg attaggtatt atagctttag aaagttgcac agaacttggt       60

aatgctatag acaagcttat acaagagaaa agaaattgtg aggaatcttt tttaataaaa      120

actgatgaga taagattctc taacggtgag ggaaaagtaa aaatacctga atctgtaaga      180

ggaagagata tatacattct ttgtgatata ggtaactata gttgtacata taaaatgttt      240

ggttttgaaa atcataaggg accagatgaa catttccaag acataaaaag aacagtttct      300

gctataagag gaaaagctag aagaataact gtaataatgc ctcttttata tgaatcaaga      360

caacatagac gtaaaggaag agaatctcta gattgtgctt tagcacttca agaactagaa      420

agattaggag ttgatgaagt tttaactttt gatgttcacg accctaacgt tcaaaatgct      480

atcccactaa tgtcctttga aaacttctac ccaacttatg atatagttaa atctttaatt      540

cacaatgaaa aagatttaga gcttgataag gaaaaattac ttgtaataag ccctgatact      600

ggtgctatgg atagagcaat ctactattca agcgtactgg gtgttgatgt tggtttattc      660

tacaaaagaa gagaccattc acgtatagtt aatggtaaaa acccaatagt taaacatgaa      720

tatatgggaa gagatgttga tggaaaagat gtcttaatcg ttgatgatat gatagcttct      780

ggagaatctg tacttgatat tgctaaagaa cttaaaggaa gaaatgctag aaatgtatat      840

gttgctacta ctttctcatt ctttactgaa ggtttagaaa aattcaacaa attctttaat      900

gatggaataa ttaagagcgt ttactcaaca aatttaactt atatacctga tgaattaaag      960

actgctcctt ggtttaaagc tgttgattta tctgatttta tcgcaagaat aataaacaga     1020

ttaaactatg ataaatctgt agcatcatat atggacgcta ctcacataat tcaaagatta     1080

ttagacgaaa aataa                                                      1095


<210>  2116
<211>  858
<212>  DNA
<213>  Clostridium perfringens F277

<400>  2116
atgaataaaa ttaaatctac taaagatatg cttttaagag ctcaaaaagg aggatatgct       60

attcctgctt ttaacataca caacctagaa acttttcaag tagttgttga gactgccgct      120

gagcttaact ctcctgtcat aatcgcaggt actcctggaa ctattgatta tgccggtcca      180

gattatatag tagctatggc tgaagtagcc tctcaaaaat atgatattcc aatagcaatt      240

caccttgacc actttgaaga tccaaagctt ataaaaagtc atatactaac tggatttaaa      300

tcttgtatga tagatgcttc ccatctttcc tttgaagaca atgtaagcat ggtaaaagaa      360

gttgtagact ttgctcatag atatgacgct actgttgaag ctgaacttgg taaacttgtt      420

ggagttgaag atgacttagt ggtagatgaa aacgaaggag catatacaga ccctgatgca      480

gctttagaat ttgttgaaag aacaggtgta gattcacttg ctatagcaat tggaactgct      540

catggattat ataaaggaac tcctaaatta gactttgata gattagttaa aattagagaa      600

aaggtatctg tacctttagt tttacatggt gcatctgatg ttccagatga attagttaaa      660

aaagctatag aacttggaat atgcaaggtt aatgttgcta cagacttaaa gattccattt      720

tcagatgcag taaaagatta tttcatagct aatccaaagg ctaatgaccc aagaaaatat      780

atgactccag gtaaagaggc tatgaagaaa atagttgaac acaagattct tctttgtggt      840

agtaatggta aagcttaa                                                    858


<210>  2117
<211>  1833
<212>  DNA
<213>  Clostridium perfringens F278

<400>  2117
atgagtaacg aatttacaag aaatgatatt agaaatatag ctataatcgc tcacgttgac       60

catggtaaaa caactttagt ggacgcatta ttaagacaaa gtaacgtttt tagaacaaac      120

gaaaaagtag aagagagagt aatggactca aatgacttag aaaaagaaag aggtattaca      180

atactttcaa aaaatacagc agttcattat aacggagtta aaataaatat aatagataca      240

ccaggacacg ctgacttcgg aggagaggtt gaacgtgtac ttaaaatggt agaaagtgtt      300

ttacttgtag tagactcata tgaaggggct atgcctcaaa caaaattcgt tttaagaaaa      360

gctcttgagt taggattaaa accaatagtt gttataaaca aaatagataa accagatgct      420

agaccagaag aagttattga tgaaatattt gaattattct tagagcttgg tgcagatgat      480

gagcaattag atttcccaat agtttatgct tcagctagag atggagtagc tacaattaac      540

atagatgagc caaaagataa catgaaagat ttattcgata ctataatcga aaaagttgaa      600

tcaccaaagg gatctataga agacagttta caaatgttag ttacaacttt agattcaagt      660

gaatatgttg gtaaaatagc tataggtaaa ataactagag gaatagctaa gaaaaaccaa      720

caagctgctg ttgtaagaca agatggatca gtaactaaat tcaaaatatc aagtctttat      780

actcatgatg gattaaagag aatagaggtt gatgaagctc aattaggaga tatagttgca      840

ataagtggta tatctgacgt aaatattgga gaaactataa cagatgcaca aaatccagaa      900

ggattaccat ttgttaaaat agacgagcct acattaaaca tgaactttat ggttaatgac      960

tcaccatttg ctggtagaga aggggatttc gtaacttcaa gacatttaag agatagatta     1020

ttaaaagaat tagaaactaa cgtaagttta aaagttaaag aaataactcc agattgtttc     1080

gaagtaagtg gtagaggaga gctacatctt tcaatactta tagaaacaat gagaagagaa     1140

ggatatgaat tccaagtttc taagccaaac gttataacaa aaatagatga aaatggtgtt     1200

aaggttgaac caatagagca cttaactata gacgttccag aagaatttat gggacctgtt     1260

atggaaaaat taggacctag aaaagctgaa atggtaaata tgacttcagc ggttaatgga     1320

tactcaagat tagagttcaa aatacctgca agaggactta taggatttag aaatgaattc     1380

atgacagata caaaaggtaa cggaataatg aaccatgtat ttgatggatt tgaaaaatac     1440

aaaggagaga tcccaggaag aagtagagga tcaatcgtag tatttgaatc aggagaagca     1500

gttacatatg gattatttaa tgctcaagaa agaggaactt tattcataga gccaggtaca     1560

gaagtttatg ctggaatggt ttgtggagaa tgttcaagag cagatgacat agacgttaat     1620

atttgtaaga aaaaacaatt aactaataca agatcatctg gagctgatga tgctttaaaa     1680

ttaactccag taagacaaat gtcattagag caatgtttag aattcataaa caatgacgaa     1740

ttagttgaag ttactccagt aaatgtaaga atgagaaaga gaatcttaga cagtgctgag     1800

agaaagagag ctataaatag aagtaaaaaa taa                                  1833


<210>  2118
<211>  2007
<212>  DNA
<213>  Clostridium perfringens F279

<400>  2118
atgtattcaa gagaattgat tataaagacg cccttaggat tacacactag atactctgct       60

atgattgtta ataaggcttc tgaaatagag tctaagtata aagttaaact ctatataaaa      120

aaagaatcct atacagattg gcttggaata agtatgcttg caatactttc tcttaaggtg      180

ttgcctaatg aaagtatatt aattggatct aaaaatgaag gaatgattga aaagttagct      240

gttcaatctc ttcttgagtt tattgataaa aacataaata atcccattga atctgaagat      300

agtgaaatag atgaaataat agatgctagc atagtagcta atgaacaggt tcttgaaagt      360

ttgccaatag gtattgttgt tatagatata gatcaaaata taataacaat taatcaatat      420

gctttaagat ttattggatg caataaaaaa gatgttaaag gaaaaaagat taatgaagtt      480

attccatcat ctcagcttcc tcatgttatg cttagtaatt taaaaaagta tggatcaact      540

cttcatataa ataacagagt tggcttagta aatagctctc ctcttttcat aaacgataag      600

attatagggg ctgtaagtgt tattcaagat gtatctgata ttataggtat gaaagaaata      660

aatgagaaat ttactaagat acttgaaaac tcacaggata tgatttgctt tgtagatgaa      720

aatggcataa taaattattt aaatcctgca tatattaaaa acttttctaa agttagttct      780

gatgttatag gaaaaagtat ttttgatatt gctcctaatg gacttagagc taaagtattt      840

aaagaaaaaa ctttattaaa agatgtaatt cataagaaaa acggtataaa tgttataagt      900

actattgatc ctttatttat tgatggacag tttaaaggag ttatttctac ttctagacca      960

gttagtttaa ttaaagaact tatgtcaaaa ctaaataaat ctgaacaaga attagattat     1020

tataaaaatg agtttttaag acagttatct aaaaattctt cttttaataa tattataggt     1080

tcaactagaa ctctaaagga tataatgtac atgtgtcaaa aggcttcaga aaccacatca     1140

actgttctta ttcgtggtga aagtggtaca ggtaaggaac ttattgcaaa ggctatacac     1200

aataatagta atagaaaaaa taagcctttt gtaagggtta actgtgcttc aattcctgaa     1260

aatctcttag aaagtgaatt gttcggatat gaaaagggag cttttactgg ggcagttcaa     1320

agcaaacctg gtaaatttgc tattgctgat acaggtacta tattcttaga tgaaataggt     1380

gatatgccct tatcaatgca agttaaactc cttagagttt tacaagaaag agagattgaa     1440

agcgtaggag gaataactcc taaaaacatt gatgtaagag ttattgctgc aactaataga     1500

aatttagaag aaatgattga agagggttcc tttagagagg atctttatta cagacttaat     1560

gtcttaggta ttaatcttcc tccacttaga gaacgtaaag aagatattcc tgaactcgcc     1620

gaacatttta taactaagct aaataaaaag ttacataaaa ctatattagg aataaaacaa     1680

gatgccctta atctactaat tgagtattct tggcctggaa atatacgtga gcttgaaaat     1740

ataatggaaa gggccataaa tctttgtgat ggagattata tagatagttc ttatctgcct     1800

tcatatttaa agccagttga atcaaagtct tttgatttaa atattgatat tgatcatata     1860

cttccctttg aagaatatga aaaacaaata atagaagcag ctatgaaaaa gtacaaatcc     1920

tttaataagg caggaaaagc tttaggatta actcatagaa caatttcttt gaaatgtaaa     1980

aagtataata tagatgtaaa aaaataa                                         2007


<210>  2119
<211>  1554
<212>  DNA
<213>  Clostridium perfringens F280

<400>  2119
ttgaatagtt tattacaata tgtaatttca cagaaaactc aaatattaga tttattagtt       60

caacatatat atttaacaat tacggctata ggaatagcta tattaatagg agttccttta      120

ggaattcttg tttcaagggt taagttttta agaaagccta taataggatt tgtaaactta      180

gtacaagctg tgccttctat ggccttacta ggattgctta ttcccatatt aggaatagga      240

agtacacctg caatctttat ggttgtagta tattcattgc ttccaatagt taaaaatact      300

tacacaggaa tctctggcat agacccagta gtattagaat ctgctaaggg aattggactt      360

actaagaatc aaagtttatt taagatacaa ttaccattag cattgccaat aataatgtct      420

ggtataagaa tatcagcagt tacagccgta gggcttatga ctttagcagc ctttattggt      480

gccggtggac ttggatactt agtattctca ggagttcaaa cggtaaataa taatatgatt      540

ttagcaggag ctataccagc ttgtatttta gccttaatag ttgactttat tttcggaaaa      600

atagaggtag ctgttacacc aaagggatta agtaatgata acaaaaagaa aaatactttt      660

gttcttaaaa taataagtgt aataatgata atagccattt tatttatggg aatttcatca      720

tttatatcaa gtagaaaaga taaagtggtt attggatcaa aaaactttac tgagcaactt      780

attttaggaa atatgtatgc agatttagtt caggctaaaa cagatttaca agttgaaaaa      840

aagctaaatc taggaggaac atcagttgcc tttggagcac ttgaaaaagg tgatgttgac      900

atgtatgttg attatactgg aacattactt gttaatgtta tgaaagaaaa taatattgat      960

aatagtgtag attattataa tagcataaaa gaaaatatga acaaggaaca tgggttaaca     1020

gtaatggaac ccctaggttt taataatact tataatatag ctatatcaaa agaattagct     1080

gataagtata agataaatac aatatcagat ttatcaaagt acagtaatga ctttgtatta     1140

tctccaacta ttgagttcca aaatagacaa gatggtttag ttggattaaa gaattactat     1200

ggcatggatt tcaaaaatgt taaatcttta gatggaagtc ttagatactc agcattatca     1260

aatggggaat cacaggctat agatgctttc tcaacagatg gacttcttaa aaagtttgac     1320

ttaaaaactt tagaagatga taagaaattc tttgtaaatt atagtgcagt acctatagtt     1380

aacaataaga ctttagaaaa atatccacaa ttaaaggatg ttttaaactc tttaagtggt     1440

aagatcaatg aagaaaaaat gattgactta aactatgaag tagatgtatt aggtaaatcg     1500

ccagaagagg ttgctaaagc tttcttaatt agagaaggtt taatagaaca atag           1554


<210>  2120
<211>  1197
<212>  DNA
<213>  Clostridium perfringens F281

<400>  2120
atgaatataa atttaatgaa tgaagctcaa gaattaaaag atttacttgt agctttaaga       60

agagattttc atgaaaatcc tgaattaggt tttgaagagt ggagaacttc aggaaaaata      120

aaggaatttt taactaatga aggtattgaa tatatagaaa ctgctaaaac aggagtatgt      180

ggcataataa agggcacact aaaggatgac tctaaaaaag atagatgcat agctttaaga      240

gctgatattg atggtcttcc tatggatgat aaaaagactt gttcatattc atcaaaggtt      300

aaaggaagaa tgcatgcttg tggacatgat gcccatacaa caatattatt aggtgcagct      360

aaattattaa gtagacatag agataagttt agtggtactg ttaagttatt atttgaacca      420

gcagaggaga caacaggcgg agctcctata atgatagaag aaggagtttt agaaaatcct      480

agagtagaaa aaataatagg acttcatgtt gaagaaactt tagatgctgg acaaataatg      540

ataaaaaaag gagtagttaa tgcagcatct aatcctttca caataaagat aaaaggaaga      600

ggaggacatg gagcttatcc tcacatggct gtggacccta tagttatggc ttctcaagtt      660

gttttaggat tacaaacaat agtaagtaga gagataaagc ctgtaaatcc agcagttgtt      720

acagtaggaa gtataaatgg aggaactgct cagaatataa taccagatga ggttatatta      780

aaaggtgtta taagaacaat gacactagaa gatagagctt acgctaagga aagactaaga      840

gaaatagcta catctatttg tacagctatg agaggagaat gtgaaataga tatagaagaa      900

agctatccat gtctttataa taatagctcc gttgtagatt tagtaactga ggctgcaaaa      960

gaaattattg ggtctcaaaa tgttaaggaa caagaagcac caaagcttgg agttgaaagc     1020

tttgcatatt ttgccctaga aagagattca gctttttatt tcttaggagc tagaaatgag     1080

gagagaaata ttatttattc agctcataat agtagatttg atatagacga gaatttatta     1140

ccaattggag tttcaattca atgtaaagca gcattaaatt atttgacaag ggagtaa        1197


<210>  2121
<211>  1128
<212>  DNA
<213>  Clostridium perfringens F282

<400>  2121
atgaaaatat gtattgatgg aagggcagct accttatacc gtggtactgg aattggtaac       60

tacacttatc aaataataaa taatctacac cagatagatt ttttaaatga atataacata      120

cttactccag aagcatcctc tctaaaatta cctaaaaaga ataactttaa ttatttatcc      180

tcaagtacaa atgataagaa aaacttttgg gaatttataa atacaaaaaa tcctaaagaa      240

aatattatag gtgatgtata tcatattcct caaaatggta taggcttttc aaaacctaat      300

gatataaaga ccgtaattac cctccatgat attatcccta tgaaaatgcc tgatacagtt      360

agtgaaacat tcttaaaaat ttttaatgaa aatatacaaa atattttaga taacacagat      420

ggaattatta cagtttctaa cttttctaaa gaagatataa gtaaaacttt ttcttatcca      480

aaggaaaaaa tatttgttac tcatttggct gctgaagaaa tatatacccc attaaataaa      540

tttcactcat ctcaatatct aaaaaaacac tatggtatag atagggattt tttattatat      600

gtaggtggtt ttagccctag aaaaaatatt ttaggactta tagaggcctt taacttagta      660

aaaaattctt ataaaagaga tttaaagctt gttattatag gaactaaggg accttcatat      720

gaaatttata gaaaaaaagt agatgagtta aatttatctt catctgttat ttttactgga      780

tttattccta tagatgatat gcctatattc tatagtgcta gtaaagcttt agtttaccct      840

tctttttatg aaggatttgg actacctcct atagaatgca tggcttgcgg aacccctgta      900

atagcatcta atttaacctc aatgcctgag gtatgccaag atgctgctct tttagttgat      960

ccttatgatg ttgatgaaat aaaggaaaat atactgactt tattaaataa ccataaattt     1020

tattccctta tgatttataa agggataagt cattcaagta aatttaattg gaaaaaaact     1080

gcttataata cacttgaggt ctacaaacat atttcctcac aaatttaa                  1128


<210>  2122
<211>  1122
<212>  DNA
<213>  Clostridium perfringens F283

<400>  2122
atgaaatttg tattagcacc agattcattc aaggaaagta tgacttcaat ggaagcctgt       60

aatgctatgg aaagaggaat taaaaaggtc tttaaagatg cagaatgcat aaaggttcca      120

atggctgacg gtggagaggg aactgtagaa gccttagttc atgctacctt tggaagaata      180

gaaagagtaa atgttacggg acctttagga aacaaggtgg aagcttttta tggaatttta      240

ggtaatggaa agactgctgt tatagaaatg gctagtgctt cagggattca acttgttaag      300

agagaagaga gaaatccttt aataacaaca acttttggaa ctggagagct tataaaggct      360

gcattagatc aaggaataaa acatttagtt ataggaatag gtggaagtgc cactaatgat      420

ggaggatgtg gaatgcttca agccttaggt ggaaaacttt tagacaagga tggaaatcaa      480

atagcctttg gtggaggagc attaaaagat atagaaagta ttgatttaag ttctttagat      540

gaaagattaa aagaagtatc aatagaagta gcttgtgatg taactaatcc attagtaggg      600

gaaaaaggag cctcagcagt atttggtcct caaaagggag caactaaaga agtggttaaa      660

gaattagata ataatttagc tcattacgct tctgtaataa aaaaagacct aggaaaagaa      720

gtttcacaca tagaaggttc tggtgctgct ggaggattag gtgccgcttt attactatta      780

ggtggagaat taaaaagagg tatagagctt gtaataaaac atacagagtt agctgaaaag      840

gtaaagggag cagactttgt atttactggt gaaggaagta tagatgatca aactatatat      900

ggaaaaacac caatgggagt tgctactgta gctaaggaga atggagtttc tacaattgcc      960

ttttcaggaa aagttggaga gggaatagaa ggcctttatg aaataggtat aaagagtata     1020

tttagtataa tgactggagt ttcaacttta gatgaagctt taaaagaagg aagtagaaat     1080

ttagaattaa caactgaaaa tgtagttaga cttttaaaat aa                        1122


<210>  2123
<211>  1689
<212>  DNA
<213>  Clostridium perfringens F284

<400>  2123
atgagaaaat caggtttttc aataatgaaa aggcttatag ttgagcttaa gcctcttgcc       60

cctgtaatgt ttataacagt atttatggga gttttaggat ttttagcagc tataggaata      120

actgtatttg gaagtgtagc aatatcaagt ttaatagata gtactataag tttttcattt      180

aaaacagccc ttattttaat gatagtactt ggaatattaa gaggaccttt aagatatggg      240

gaacaattaa gtgggcacta tatagctttt aaaatattag ttatattaag agataaagta      300

ttttcagctc ttagaaaact tgcgccagct aaattagaag gaatggaaaa gggaaattta      360

atttctatga taacctctga tattgagctt ttagaagttt tttatgctca tactatagca      420

ccaataagta tagcgattat aactaacacc ataatgggat taatactatt aagtataaat      480

gtaaaagtgg gtatagttgg aataattggt tatatactaa taggttttgg ggttccttat      540

ataagtagta gctttggaaa agaagctggt gttcaatata gagaagcctt cggaaaaaca      600

aattcttata ttttagattc tcttagaggg attaaagagg ttttaatttt caacaatggt      660

aatgaaagaa gagggaatat aaagaaattc tctgaagaat taaatgagaa gcaaaaggtt      720

ataaaaaaac atgagggaat aataagagcc tttagtgatt taatcataat gttaacaata      780

cttattgctt tatatgttgc ttatttagag gttttaaaag gaactatgac aattggagag      840

ttaataattg tggttacttt aatagcatct tcctttgggc ctgttgtagc cttaagtaat      900

ctatctaaca atcttctttt aacttttgct tcagctcaaa gaatttttaa tatattagat      960

gaaaagcctt ctgtagaaga agttttagga gaaggaatga aagttggaaa caacatagag     1020

tataaggatg tttcttttgc atatgaagga aaagaaaatg tattaaaaga tgtaaatata     1080

gatataaaat taggtgataa gattgctgta attggagaaa gtggaactgg aaagagtact     1140

tttgtaaaat tacttatgag attctgggat gttacaaagg gtgaaattag cctaggaaat     1200

aagaatgtaa aagagattca gacaaaagag ttaagaaaga aaatggcctt aatgggacaa     1260

gaaacaagtc tatttaatat gagcattgaa gacaatatta aaataggaaa gctagatgca     1320

actttagatg aagtaaaaga agctgcaaag aaagcgggaa tacatgagtt tattatgggc     1380

ttagaggatg gatataaaac aaaagtagga gaattaggag gaaacttatc ttcaggagaa     1440

aaacaaagaa ttggactagc tagagtattc ttaagagaaa gtgaaatagt aattctagat     1500

gaacctacaa gtaacttaga tactttaaat gaaggaataa tcttaaagtc tataagaaca     1560

tatttaaaag ataaaacact tatacttata actcatagaa agtctacaac tagggtatgt     1620

gaaaaggtat ttagaattaa taagggaaat ttaattcaat gtgaagaggt gaaacatgag     1680

cttgcttaa                                                             1689


<210>  2124
<211>  402
<212>  DNA
<213>  Clostridium perfringens F285

<400>  2124
atgaaggacg taatttttga cgattttcaa aatagcgtta ataattcttt acttagacac       60

aaaagcatat tagatatatt gagtaaatat caagaatctc aagcaagagc tagcagagct      120

atatgcaaag ccgttacaaa ttgcggttgc atagagattt gtgctaaaaa acagaatatg      180

ctagaggata ctgacctatc cttagaagaa cttaatccac gcttaagttc tcatataaaa      240

ggtgacttat gcgaaaattg cagagaagtt atagaacgtg aacttggaaa taatctcttc      300

tatttaactt cactatgcaa tgcactggat ctaaacctat ttgatatctt attaaaagaa      360

tataacaaaa tggatacttt aggtaagttt acttttagat aa                         402


<210>  2125
<211>  771
<212>  DNA
<213>  Clostridium perfringens F286

<400>  2125
atgaaatata aaatatttga tacacatgca cattatgact cagatagttt tgatgaagat       60

agagaaaatg taataaaaga actacaagaa aatggagtta ttggggtttt aaattgtgga      120

tctgatcttt atggattaag aaaatcagtt gaacttgcaa aagagtttga tatgttttat      180

gccgcagttg gtatacatcc agaaaatgca gatgaattta atgaggatgt tgtaaaagaa      240

ataaaagaat ttgttaagaa tgaaaaggtt aaagccattg gagaaatagg actagattat      300

tattgggaag aaaatcctcc aagagaagtt caaaaagaag tttttagagc tcaaatgaag      360

ttagctgatg aattaaattt accagttgtt atacatgata gagatgctca taaagacact      420

ttagaaatta tgaaggagtt tccaaatgta attggagtag tacattgttt ttcaggttca      480

gttgaatttg caaaagagtg cattaaatta ggatattaca ttggatttac aggagtttta      540

acatttaaaa atgctaaaaa attagtagat gtttgtagag aaatacctgc tgaaagaatg      600

ctagttgaga ctgactgtcc ttttatggca ccagttcctt ttaggggcaa aagaaacaag      660

tcagattata ttgaatatat catagataaa atgagtgaaa taagaggaat ttcaggtgaa      720

gaaatgaatg aaatcttatt aaacaataaa aagagattgt tcaaaattta a               771


<210>  2126
<211>  3006
<212>  DNA
<213>  Clostridium perfringens F287

<400>  2126
atgaaaagaa aaatgcttaa gagactttta acttcagctt ttgcttgtat gtttattgca       60

aatggcttaa taactactac tgtaagagct gtaggaccta aaactgggga agaaaaccag      120

gttttagttc caaatttaaa tccaacacca gaaaatttag aggttgtagg agatggattt      180

aagataactt cttctataaa tttagttggt gaggaagagg cagatgagaa tgcagtaaat      240

gctttaaggg aattcttaac tgcaaacaac atagaaataa atagtgaaaa tgatccaaat      300

tcaactaccc ttataatagg tgaggttgat gatgatattc ctgagttaga tgaagcttta      360

aatggaacta cagcagaaaa tttaaaagaa gagggatatg ctttagtttc aaatgatggg      420

aaaatagcta ttgagggtaa agatggagat ggaactttct atggagttca aacatttaag      480

caattagtta aggaatctaa tataccagaa gtaaatataa ctgattatcc aacagttagt      540

gctaggggta ttgtagaagg tttttatgga actccttgga cacatcaaga tagactagat      600

caaattaaat tttatggaga aaataaatta aacacatata tttatgctcc taaagacgat      660

ccatatcaca gagaaaaatg gagggatcca tatccagaaa gtgaaatgca aagaatgcaa      720

gaacttatag atgcttctgc tgaaaataag gttgattttg tttttggtat ttctccagga      780

atagatataa gatttgatgg agatgcagga gaagaggatt ttcaacattt aataactaag      840

gcagagtctt tatatgaaat gggtgtaaga agttttgcaa tctattggga tgatattcaa      900

gataagagtg cagctaaaca tgctcaagtt ttaaatagat ttaatgaaga atttgtaaag      960

gctaagggag atgtaaaacc attaataaca gtcccaacag agtatgatac tggagctatg     1020

gtaagtaatg gacaacctag agcttatact agaatttttg cagaaactgt tgatcctagt     1080

atagaagtta tgtggactgg ccctggagtt gttacaaatg aaattccttt aagtgatgca     1140

caacttataa gtggaatata taatagaaat atggcagtat ggtggaatta tccagtaaca     1200

gattatttta aaggtaaact tgccttagga ccaatgcatg gattagataa aggattaaat     1260

caatatgtag atttctttac tgtaaaccca atggagcatg ctgaactttc aaagatatca     1320

atacacacag ctgcagacta tagctggaat atggataact atgattatga taaggcttgg     1380

aatagagcaa ttgatatgct ttatggtgat ttagcagaag atatgaaggt atttgcaaac     1440

cattcaacaa gaatggacaa taaaacttgg gctaaatcag gaagagaaga tgctccagag     1500

cttagagcaa aaatggatga gttatggaat aagttatctt ctaaagaaga tgcaagtgct     1560

cttatagatg aattatatgg agagtttgca agaatggaag aagcttgtaa taatctaaag     1620

gcaaatttac ctgaagttgc tttagaagaa tgctcaagac aacttgatga acttattact     1680

ttagctcaag gggataaggc ttcattagat atgattgtag ctcaattaaa tgaagatgca     1740

gaggcttatg aaagtgctaa agaaattgca caaaataaat taaatacagc cttaagtagc     1800

tctgcagtta tatctgaaaa ggttgctcaa tcatttatac aagaagcttt aagttttgat     1860

ttaacattaa taaatccaag aacagtaaag ataacagctt catctgaaga gacttcaggg     1920

gaaaatgcac cagcttcctt tgcttcagat ggtgatatga atactttctg gcatagtaaa     1980

tggtcatcac ctgctcatga aggtcctcat catttaactt tagaattaga taatgtatat     2040

gaaataaata aagttaaata tgctccaaga caagatagta aaaatggaag aataacaggg     2100

tataaagtat ctgttagttt agatggagaa aattttacag aagttaaaac tggaacttta     2160

gaagataatg cagctattaa atttatagaa tttgatagta ttgatgctaa atatgtaaga     2220

ttagatgtta cagatagcgt ttcagatcaa gcaaatggta gaggaaaatt tgctactgct     2280

gcagaggtta atgtccatgg aaagttaaaa gaaaatgctc aggtaacagg aagtgtatct     2340

cttgaagctt tagaggaagt tcaagttgga gaaaatttag aagttggagt gggtatagac     2400

gaattagtaa atgcagaagc ttttgcttat gattttacac taaattatga tgaaaatgcc     2460

tttgaatatg tagaagcaat ttctgatgat ggagtgtttg taaatgctaa gaaaatagaa     2520

gacggaaagg ttagagtgct tgtaagttct ttaactggag aaccattgcc agctaaagaa     2580

gttttagcta aggttgtcct aagagcagaa gctaaaacag aaggaagcaa tttaagcgta     2640

accaattcat cagttggaga tggagaaggg ttagttcatg agattgcagg aactgaaaaa     2700

acagttaata taatagaagg aactagtcca gaaattgttg taaatccagt aagagatttt     2760

aaagcatcag aaataaataa aaagaatgta actgtaactt ggacagaacc agaaacaaca     2820

gaaggcttag aaggatatat tctttataag gatggtaaaa aggtagctga aataggcaag     2880

gatgaaactt cttatacatt taaaaagtta aatagacata caatctataa ctttaagatt     2940

gcagctaaat attcaaatgg ggaagtttca agtaaagaaa gcctaacttt aagaactgca     3000

agatag                                                                3006


<210>  2127
<211>  567
<212>  DNA
<213>  Clostridium perfringens F288

<400>  2127
atgattttaa tagttggatt aggaaatccg ggaaaacaat atgagcaaac tagacataac       60

attggatttg atgtaattga ttatatggca aataagtata atattgatgt aaatagggaa      120

aaatttaaag gtatttgtgg tgaaggattt atagagaata aaaaggttat tttattaaaa      180

cctttaacat atatgaattt aagtggagaa agcataagag aacttgctaa cttttataag      240

ttagaagatg atgaaataat agtagtttat gatgatataa gtttagatat aggaagatta      300

agaataagag aaaaaggtag tgctggtggg cataatggaa tcaagagcat aatacaaaat      360

cttggtggag ataaattccc aagggttaaa gtgggtgtag gacaacctaa agataactta      420

gtaaatcacg ttttaggaaa attctcaaag gaagataggg aacatataga aaaggttatt      480

ccagtagtaa gtgatgcaat agttgaaatt gtaaaaaatg atgctaagga atcaatgaat      540

aaatttaatg gagttaatat agaatag                                          567


<210>  2128
<211>  1080
<212>  DNA
<213>  Clostridium perfringens F289

<400>  2128
gtgacaaaga aaaaggttgt tataggtatg agcggcggag ttgatagctc cgttgctgct       60

taccttttaa aggaacaggg atacgatgta attggtgtta caatgcaaat atggcaagag      120

gataaggaat atgaggaaag agaaggggga tgttgttcac tgtcagcagt ggatgatgct      180

agaagagttg ctcaaaaact agatattcct ttttacgttt taaactttag agatagtttt      240

aaaagaaacg taatagatta ttttgtagac gaatatatac aaggtagaac tccaaatcca      300

tgtattgcat gtaacaaata tcttaaattt gatgagcttt tacaaaaagc taaaggtata      360

ggtgcagact atgttgcaac aggtcactat gctaaaatcg aagaaagaga tggaagattc      420

caacttataa gatcaaagga tgatagaaaa gatcaaactt atgctttata caatctaact      480

caagaacagt tagagcatac tttaatgcct tgtggagaat tcactaagga taagattaga      540

gaaatagcta aagagatcgg tctagatgta cataataaaa aggacagtga agaaatatgc      600

tttattccag ataataatca tggaagatac atatgtgaag ctgctccaaa taaagttaga      660

ccaggaaact ttgtcgataa gtatggaaat gtcttaggaa aacataaagg aatagtctat      720

tatacaatag gacaaagaaa gggcttagga ttagctcttg gaagaccagt gtttgttact      780

gatataaacc ctgtaactaa tactgttgta gtaggaccag aagaggatat ctttaaaact      840

gatttagttt gtaaagatat aaacttcata tctatagata aacttgaagg ccctatggaa      900

gttgaagcta aaattagata ttcagctaga ccagctaagg ctactataag tcctatggaa      960

aatggaagag ttaaagtttc ttttgaagat aagcaaagag ctataactaa aggtcaatct     1020

gttgttttct ataaagatga tttagttgta ggtggaggaa taatcgaaag cctactttaa     1080


<210>  2129
<211>  804
<212>  DNA
<213>  Clostridium perfringens F290

<400>  2129
aatggagtga tttttatgaa gattatggtt tgtattaaac aggttccagg aacttcaaag       60

gttgaggttg atgaaaaaac aggggtttta aagagagatg gagtagattc taaaatgaac      120

ccttatgatt tatatgcttt agaaactgca ttgaggataa aagaaaagaa aggtggaaat      180

ataaaggtta taagtatggg gccaccacaa gctaaggcag taataaaaga ggcttattct      240

atgggggctg atgaaggaac cttagtttca gatagaaagt ttgctggggc tgatgtttta      300

gcaacttcat atacattatc acaaggagtt aaaaaatgtg gagattttga tattattctt      360

tgtggaaaac aaactacaga tggagacaca gcacaggttg gacctgaaat ggctgaatat      420

ttaggaattt ctcatgttgc taatgttaga agaatattag atgttaatga tgattttatt      480

aaagttgaaa tggatatgcc taatacaata gaggtactag aagtaaaata tccttgtctt      540

ttaactgtag ataaagatat ttttcaacct agattacctt cctataaaaa gaaacttgaa      600

acagatgaaa gagaaataaa tgtaatatct ttaaatgatt ttgaagataa agatgagaaa      660

aaatatggtt taaatgggtc accaactcaa gttgaaagaa tatttccacc aagcaataat      720

gatgaccatg agatttggac aggagattca tctgaattaa gtgaaagaat ggaagataaa      780

ttaagagagc ttaagtttat atag                                             804


<210>  2130
<211>  792
<212>  DNA
<213>  Clostridium perfringens F291

<400>  2130
atgaaattac ttactttaaa ctgtcattct tggctagagg aagaacaatt atacaaaata       60

aaatacttag caaaaacaat agttgaagag aaatatgatg ttatagctct tcaagaggct      120

agccaaagta ttaaggctag tattaaagaa ggaaatttaa aagaagataa ttatggatta      180

gtattaattg aagaaataaa gaaactaggt ggagaagaat accacctagt ttgggattac      240

tctcatattg gatacgatat atatgaggaa ggtttgtgta tattaactaa gcataaaata      300

gtaaatagtg aaagctttta tatatcaaaa agtcactgta aaaccttttg gagatcaaga      360

aaaatagtaa aagcaacaat agatattaac aatgaaaata tagattttta ttcttgtcac      420

atgggatggt ggcatgataa agaggaaagc ttcacatttc aggttgaaaa cttacttgca      480

catgctaagg aaagcaaaaa tagagccttc tttatggggg atttcaataa taatgccttt      540

ttaaagaatg aaggatatga ttttcttaag agtaatgggt taattgatac ttatgattta      600

gcggaaaata aggattctgg tgttacagtt aataaaaata tagctggatg ggaagataac      660

actggagaat taagaataga tataattttt actaatagga acacaaaagt ttatgatagt      720

agggttatat ttaatggaaa aaataaagaa gttgtatcag atcattttgg attagaaata      780

gaaactatgt aa                                                          792


<210>  2131
<211>  2523
<212>  DNA
<213>  Clostridium perfringens F292

<400>  2131
atgggattat ttgataaaat atttggaagt tatagcgata gagaagttaa aagaataaca       60

cctattgtag acaaaataga ttcgcttggg cctgaaatgg aaaaactatc tgatgaagaa      120

ttaaagcaaa aaacatttga atttaaggat agatatgcta aaggagaaag cttagatgat      180

atgcttccag aagcttttgc tgtttgtaga gaagcatcaa caagagtttt aggaatgaaa      240

cactatagag agcaattaat tgggggtaca gttttacacc aaggaagaat agcagaaatg      300

aaaactggtg aaggtaaaac attagttgct actttacctg tttatttaaa tgctatagct      360

ggtaaaggtg ttcatgtaat tacagttaat gattatcttg caacaagaga taaagaatgg      420

atgggtcaat tatatgaatt cttaggatta actactgggg ttatagttca tggattaact      480

aatgatcaaa gaagagaagc atataatgca gatataactt atggaacaaa taatgagttt      540

ggattcgatt atttaagaga taacatggtt atttacaaag aagaaagagt tcaaagacca      600

ttacattact gtatagtgga tgaggttgac tcaattctta tagatgaagc aagaactcct      660

cttataattt caggtgctgg aagtaaatca acagatcttt ataagatagc tgatttcttt      720

gttaagaaat taagagaaga agaagattat acaatagatg aaaaagcaca tgctgcaatg      780

cttactgata aaggggttgc agaggcagaa aaggcttttg gaatagaaaa ctacgcagat      840

gctaataaca tggaattaca acaccatatt actcaagcct taaaagctaa ctatgtaatg      900

aagagagata aagattacat ggttaaagat gatgaaatag ctatagtcga tgaatttaca      960

ggaagactta tggaaggtag aagatattca gatggtcttc accaagctat tgaagctaag     1020

gaaggtgtta aagttcaaag agaatctaag actttagcaa ctataacatt ccaaaactat     1080

ttcagaatgt acactaaatt agcaggtatg acaggtactg cacttactga ggaaactgag     1140

tttagagaaa tatatggact agacgttgtt gttattccaa ctcatagacc agttcaaagg     1200

gaagaccatt cagatttagt atttaaaact gctaaaggaa aatatgatgc catagtggaa     1260

gaaataatag aaactcataa gacaggtcaa ccagtcttag ttggtacaac tagtatagaa     1320

aaatcagaat atctttcatc tttattaaag aaaaaaggtg ttccgcataa ggttttaaat     1380

gctagatacc atgagcaaga agctgaaatt gtatctcatg caggtgagtt aggtaacata     1440

acaattgcaa ctaacatggc tggtagaggt actgatatta aacttggaga aggtgtttta     1500

gaagttggtg gtttaaaaat cataggtact gaaagacacg aatcaagaag aatagataat     1560

cagcttagag gacgttctgg tcgtcaagga gataaaggtc attcaagatt ctatatctct     1620

ttagaggatg atttaatgag aatatttggc tcagaaaaac ttcaatctgt tgttgataga     1680

ttaggattag aagaaactga ggctattgaa agtaaaatgg ttactaaatc aatagaaaat     1740

gctcaaaaga aagtagaagg taacaacttt gatataagaa aaacattatt aggatacgat     1800

gatgttatga ataaacaaag ggaagttatc tataagcaaa gatcacaagt tttagagggt     1860

gaaaacttag aagatagcgt tcaagctatg atcgaagatg ttataactaa tgctgttcaa     1920

gctcacttag gaaatattga tgaagatgat tttgaaaaag aacttggaga tttaataaaa     1980

tacttagaag atataatgtt accacatggt aaattcactg tagaagaatt aaaaactaat     2040

tcaaatgaag agattactag aaaattcatt gaatgtgcta gagaaatcta caaggaaaag     2100

gaagagttcg ttggctcaga gcaaatgaga gaaatagaaa gagttataat cttaagagtt     2160

gttgacacta agtggatgga tcacatagat gatatggatc acttaaaaca aggtattgga     2220

ttaagagcat acaaacaaca agatccaatt caagcttacc aaatggaagg tagtgctatg     2280

tttgatgaaa tgataaataa cattaaaata gacacagtaa gatacttatt ccatgtaaaa     2340

gttgaagctg aaaaaccaca aagagagaga gttgctaagg aaacaggagc aagtcatggt     2400

ggagactctc aagaagtaaa gaaaaaacca gttaaaaaag agcctaaagt aggtagaaat     2460

gatttatgtc catgtggaag tggaaaaaaa tataaatcat gttgtggaag agaagtagtt     2520

taa                                                                   2523


<210>  2132
<211>  1350
<212>  DNA
<213>  Clostridium perfringens F293

<400>  2132
atggattata atttaaaaga tttagaagga tggaacaata agatagaaga aatagcaaag       60

agtgaaggac tagattatta tcctcaggaa tatgaaatta taggctataa tgaaatgcta      120

agttatgaag catatgtagg aatgccttct aaatatccac attggagtta tggtaaggct      180

tatgaaaaga ataaaacctt atattcatta aatatgacag gattaccata tgagatggtt      240

ataaattcta atccttgcct agcttattta atgaaggata acactttatt gcttcaaata      300

ttaactatgg ctcatgtata tggtcataat gatttcttta aaaataatag attgtttaaa      360

gaaggaacag atgcaaataa tgctttagaa atgtttaagc tagatgcaga tactataaga      420

ggatatataa atgatccaag tataggttat agccaagttg aaagaatatt agattctgct      480

cattccataa gatatcaagt gccaagggtt ataggtgaaa agagggagtc gcaagatgag      540

cagagaaaaa gagtattaga gatatttaat aagaaaaaag aaaatagagg tattttagac      600

tctatggaag aaatacttcc tcctgatata agtaaaattc cacttaatcc agatgatgat      660

attattcagt ttataataga ctatagtaat ttagaagagt gggaaaaaaa tattctaaaa      720

atagttagaa gagaaagctt atacttttta ccacaaatag agactaagat aatgaatgaa      780

ggctgggcaa gttattggca ttataatatt ttgaaaaagt taaatttacc acagggactt      840

catttagagt ttttaaaaag acataatgat gttgtggctc ctgtttctta tggacttaac      900

ccttattata taggttttag aatttttcag gatatagaaa aaaggtatgg cagagaaaag      960

atctttgaag taagagcatt agaaagagat aattccttta taagaaaata tttaactagg     1020

gagctttgtg aggagcttaa tttattccag tatgttaaaa agggatttga ttatgttgta     1080

gaggaagttt ctgatgattt aggatggaag agtattagga atcttattgc agatgaatgc     1140

ggtgtaagct ctattccaca tattagagtt agagagctaa ataaaaaaga tatgacttta     1200

aatttagagc atgtttttga tggaagagaa ttagaagcta attatgcaaa gaaaacctta     1260

aagtatataa atattttatg gggaagaaag gtaaatttaa gtagtaaggg taaagatggg     1320

tcagatatat tatttatgtg tgatgaatag                                      1350


<210>  2133
<211>  657
<212>  DNA
<213>  Clostridium perfringens F294

<400>  2133
atgcccgtga agatagtttt attaggtcct cctggagcag gaaaaggaac acaggcaaaa       60

tcaattagta atagatattc aattcctcat atatctacag gagatatctt tagaaaaaat      120

atttcagaga acactccttt aggtattgag gctaaatcat acatggataa tggacagtta      180

gttccagatg aagtaactat caacatggta aaagatagac ttcaacaaga tgattgtaag      240

aatggatatt tattagatgg tttcccaaga acagttcatc aagcagaagc tttagataac      300

ttcttaactg aaagagaaga gtcaatagac acagctcttt taatagaagt acctaaagaa      360

ttcatacttg aaagaatgac aggaagaaga gtttgtcctt catgtggagc aagttatcac      420

ataaagttta atccaccaac taatgatgga aaatgtgatc tttgcggatc agatgttatt      480

caaagaaaag atgacactga agaaacagtt aaggaaagac ttgatgtgta tgaaaatcaa      540

acacaaccat taattgattt ttataaaaac aaaaagcaac tttcagtagt agatggaaca      600

caagcaataa acgaggtctt tgagagtatc tgtaaaatat tagggagcga caagtaa         657


<210>  2134
<211>  1224
<212>  DNA
<213>  Clostridium perfringens F295

<400>  2134
atgagatata ttgttgtggg ggcatcagct gctggaataa gtggagccaa aacacttaga       60

gaacttgaca aagatgcaga aataatatta gtttcaaagg acgaaaatgt ttattcaaga      120

tgtatattac atcattacat aagtggtcat agagatatcg aggctttaga ttttacagat      180

agagatttct ttgaaaaata taatatagag tggaaaaaag gtttagaagt taaatctata      240

gatgatagag agcatataat aggtctttca aatggagaaa gcttaaaata tgataagata      300

ttattagcaa caggagcatc agcattcatt cctccagtag agaatttaag agaagctaaa      360

aatgttgttg gattaagaaa cttagaggat gctattaaaa ttaaagaaga ggcagaaaag      420

gttaaaaacg tagttgtctt aggagcagga cttgttggta tagatgccat agcaggactt      480

gttggaaaaa atttaaatgt tactttagtt gaaatggggg atagagtcct tccaattcaa      540

cttgataaat atgcttcttc taaatatgag aaaagatttg aggatgctgg agttaaatta      600

aaacttggag ttagagcgga aaaagtttta attgatgaaa ataaaaatcc aaaggcacta      660

cttataaata caggagaaga aattccttgc gagcttataa tagttgcaac tggagttaga      720

tcaaatgtag cattcttaaa agatagttct atagaaacag atagatttgg attaataata      780

aatgaaaaag gcgaaactaa tgcaagagat gtttatggag ctggagatat aactggaaga      840

aatcctatat ggccaactgc tgtaaaagaa ggtataatag cagcaaacaa tatggttggt      900

aatgaaatat tcatggaaga tttctttgga agtaaaaata caatgaattt cttaggactt      960

acaacaatgt ctttaggcgt tgttaatgtt ccagatgatt cttatacaga agaaattgat     1020

atttcaggag agaattataa aaagataatc cataaggatg gaaaaattta tggagctata     1080

attcaagggg atttatctta tgcaggagtt ttaactcaac ttataaaaga gaagatacac     1140

gtgtcaaagg ttaaaaaacc attatttgaa attgactatg cagatttctt caatataaaa     1200

gaaaatttag agtacacata ttaa                                            1224


<210>  2135
<211>  792
<212>  DNA
<213>  Clostridium perfringens F296

<400>  2135
atgaaaagat atgctagaat atatgtgcaa tttttgaagc aatacctaaa gacattactt       60

gaatataaag aggatttcat atatggtatt ttaggatttt ttctagttca agctacctct      120

ataattttta tttctcttat atttaataat gtacccaccc tttctggatg gagtttttac      180

gaaataatct ttatatatgg attttctcaa attccaaggg gaattgatca catatttact      240

gattatttat ggattttttc tggtagaagc atagttcgtg gagagtttga tagatattta      300

ttaagacctt taaacccact atttcaagta atagctgaaa gatttcaacc tgatggtttt      360

ggagaacttg tagttggatt tattcttgtg gtttattctg caataaagct tagtgtaaat      420

attactcccc tttggatcat aggctttata attgctgtta ttggaggaac cttaatctat      480

acaggagtta agcttgctac agcctccata gccttttgga ctaagacaag ctttagacat      540

gttcaaatgg cctatggatt aagtgatttt tctaagtatc ctataagtat ttaccctggt      600

gctataaaat ttttattaac ctttataatt ccctttgctt ttacaggata ctaccctgga      660

acatatctcc ttggtaaggc aagcttcttc atgggagtta tactaacttt aatagtaggt      720

attttatcaa taattgtatc atacagaata tggcttaaag gggtttcatc ttacgaaagt      780

tctggaaact aa                                                          792


<210>  2136
<211>  588
<212>  DNA
<213>  Clostridium perfringens F297

<400>  2136
atggctatga cagaaaaaga aaaaatgata gcaggtctgc cttataaccc tgctgaccca       60

gaattaacta aaggtagaat tagagctaga attttatttc agaaatttaa taaattagac      120

ttacctgata acgaagagga agctaataaa acttttaaag aaagaagtag tatattaaaa      180

aaacttttag gctcaacagg tgaaagcatc tatatggaac ctaatttcaa atgtgattat      240

ggttataaca tatcagttgg taataacttt tacgcaaatt ttgattgtgt aatgcttgat      300

gtttgtaaaa ttaccatagg agaaaattgt ttctttgccc ctggagttca catttataca      360

gctactcatc caattgatcc tattgaaagg ctaaactatg aatttggtaa gcctgtaacc      420

ataggtaata atgtttggat tggaggacat gctacaataa acccaggtgt aactatagga      480

aataatgtag tggtagcctc tggagccgtt gtaactaagg atgtccctga taatgtagtg      540

gtaggtggaa atccagcaaa aataataaaa aaagtttgtg ctaaataa                   588


<210>  2137
<211>  945
<212>  DNA
<213>  Clostridium perfringens F298

<400>  2137
atgaaaggac ttaaaaaatt agcgatttta gggatcgcaa cacttacggt tggaatgttt       60

gtaggatgtt ctagtagtaa aactagtgaa gagagcaaca ctagtaatga aaaaaggatt      120

gttcaatctg taaaaggaga agttgagata ccagctaatc ctaaaaagat agtagacatt      180

tcaggaagtt cagaagagtt agttttatta ggacatactc ctgtagctac ggcaaatgta      240

gactcatata aaactgatca agtaccagaa tatatggctg agacgttaaa agatacaaaa      300

atagttggtc attctatgat ggatactgct gatatagaag ggatattatc agtagagcca      360

gacttaataa taatgtcacc tagacaagag aaaatatatg atcaattagc agaaatagct      420

ccaacagtta taattaatga taatgcgaat gattgggaag ctaagtttaa agaggtagca      480

aaattatttg atcaagaaga ggaagcacaa aattggttag ataattatta taaaaaagca      540

aaagaagttg gagaggaaat aaagaaagta aatggtgatg gaacttattt atctgtttta      600

gcttcttcag gtcaattcat ggtatttact gaaggtggaa taggaacagt tttaaagagt      660

gatatgggat tacctcaacc aagtaaaatg ccagaacaag atagcataac attacctaca      720

gttacacttg aaggacttac tgaaatagat gcagatcata ttatagtttt aggaacggaa      780

tcagataagg ctgatttaga gtcaaatagt gtttggaatg aaatgagagc tgttaagaat      840

ggaaatgtaa aaatacttga tgtaagtcca tattttagcc aagcttataa cccaatggga      900

agagaacttt tattagagtc aataaaaaat gaacttgtaa aataa                      945


<210>  2138
<211>  786
<212>  DNA
<213>  Clostridium perfringens F299

<400>  2138
atgatttata cacaaggttc agacaaacag tttcatatag acgtagcacc aggagaagtt       60

ggaaaatacg taataatgcc tggagatcca aaaagatgtg ctaaaatagc aaaatactta      120

gacaatgcta agttagtagc agataaaaga gaatatgtta catatactgg atatttagat      180

ggagaaaaag taagcgttac ctcaactgga attggtggcc catcagctgc aatagcatta      240

gaagaattag ttaaatgtgg agcagacact ttcatcagag tagggacttg tggaggaata      300

gatttaaacg ttaaaggtgg agatcttata atagcaactg gatctataag agcagaaggt      360

acttcaagag aatatgctcc aatagaattc ccagcagtag caaacttaga tgtaataaat      420

gctttagtta aaggagcaaa agaattaaaa gttccttacc acactggtgt agttcaatca      480

aaggactctt tttatggaca acactcacca gaaaataaac ctgtaagcta tgatttatta      540

aacaaatggg aagcatggaa aagatgtgga tgtttaggat cagaaatgga aggtgcagca      600

ttatttatag taggaagtta tttaagagta agagttggag ctgttttcct aactatagct      660

aaccaagaaa gacaaaaaga aggacttgat aatcctcaag tacatgatac agaacttgca      720

ataaaagcag gaatagaagg aataagaaac ttaattaaag aagataaaat gaaaaataat      780

gcatag                                                                 786


<210>  2139
<211>  1071
<212>  DNA
<213>  Clostridium perfringens F300

<400>  2139
atggcatata aattattaat aataaatcca gggtctacat caactaaaat tggtgtttat       60

gaaggtgaaa aagaaatctt agaagaaact ttaagacatt cagcagaaga aatactaaaa      120

tatgatacaa tatttgatca acttgatttt agaaaagaag ttattttaaa ggtattaaaa      180

gaaaaaggca ttgacataaa tgagttagat gctgttgttg gaagaggtgg aatgcttaag      240

ccaatagaag gtggaactta tgaagtcaat gatgctatgg ttgaggactt aaaaattggg      300

gttcaaggac cacatgcttc aaacttaggt ggaatattat ctaatgaaat agcaaaagaa      360

attggtaaga gagcatttat agtagatcca gttgttgttg atgaaatgga agaggtagca      420

agattatcag gagttccaga attacctaga aaaagtaaat tccatgcatt aaatcaaaag      480

gctgttgcta agagatatgc aaaagaacat aatacttcat atgaagatgt taatttaata      540

gttgttcata tggggggcgg agtttcagta ggagcacata gaaaaggtag agttatagat      600

gtaaataatg cattagatgg tgatggccca ttttcaccag aaagagcagg tggagttcct      660

tcaggtgaat tattagaaat gtgtttctca ggaaagtata gcaaagaaga agtttataaa      720

aagttagttg gaaaaggcgg atttgttgct tatgctaaca caaatgacgc aagagattta      780

ataaagctat cacaagaggg tgatgaaaaa ggttcattaa tctttgatgc cttcatatat      840

caaatagcaa aagaaatagg atcaatggct gtagttttag atggagaagt tgatgctata      900

gtattaactg gtggaattgc atatagtgat tatgtaacta atgctataaa taaaaaagta      960

aaatggattg cacctatggt tgtatatggt ggagaagatg aacttttagc tttagcacaa     1020

ggagctataa gagttttaga tggcgttgaa gaagcaaaga tatacaaata g              1071


<210>  2140
<211>  1101
<212>  DNA
<213>  Clostridium perfringens F301

<400>  2140
atgaatgaag aatttctagg ggcattatct gaaatagtaa aagagaaagg tatttcagta       60

gaggctttat tagaaactat agatgatgct ataatagcag cttataagaa aaacttttca      120

aattcaggaa caactgcaca aaatgtaaag gtaaaacgtg atgagaaatc aggagaaatc      180

catgtttatg ctcaaaaagt tgttgttgaa gaagtttatg atgatgtaac agaaataagt      240

ttagaagatg caaaggctat tagtgctatt tatcaattag atgacatagt agaaatagaa      300

gtaacaccta aaaactttgg aagagttgca gcacaacttg ctaagcaaat ggttatccaa      360

agaataaaag aatctgagag aaatgtaatt tactcagaat ttgcagaaaa agaatttgac      420

atattacctg gtacagtaat aagaaaagac aaaggtaatg tatttgtaga cttagggaaa      480

atagaaggtg ttttaggacc aaacgaacaa atgcctacag aaaaatataa cttcaatgaa      540

aaattacaat tatatgtagt tgaagttaag aaaacatcta aaggtgcttc agttttatgt      600

tcaagaacac atccaggttt agttaaaaga ttatttgaat tagaagttcc agaaatatat      660

gaaggaatag ttgaaataaa aagtatagct agagaagctg gatcaagaac taaaatagct      720

gtttactcaa atgatgaatc agtagatgct atgggagctt gtgttggacc taagggtgtt      780

agagttcaaa atatagttaa tgaactaaaa aatgaaaaaa ttgatataat aaaatggagc      840

aatactccat ctgagtatat agaaaatgct ttaagcccag ctaaggttat aagtgtagaa      900

gctgatgaag aaactaaatc agctaaggtt atagtggatg atagtcaatt atcattagct      960

ataggtaaag aaggacaaaa cgttagatta gcagctaaat taactggttg gaaaatagac     1020

ataaagagca aatctaaagc agaagaatta ttacaagaag aagatattgt tgttgaagaa     1080

gacactataa tagaagaata a                                               1101


<210>  2141
<211>  858
<212>  DNA
<213>  Clostridium perfringens F302

<400>  2141
atgaattaca tcaaagagaa aaaagaatta ctaattgata atgcatttat tctcataggt       60

tgctttattg catctttagg agtaaaccta tttttatcaa atgcaaaact tcttagtggt      120

ggagcaacag gtattgcact tatctttcaa tacttaatgg gagttaactc aggtattgtt      180

gttttactta taaacattcc attatttata cttagttatt ttaaactatc aaagaagttt      240

acatttaact cagctatagg aatgctagct ttatcacttt cattaatgat aacagcaccg      300

gtatcacatc ttattacctt agatgataaa ttactatact gtgtttttgg tggtgctatc      360

tgtggatttg gttatggttt agtattttct aaaggtggat caactggtgg aacagatata      420

gttaccatga ttatacgtaa aaaatattca aattttaata taggttcatt aagcttcgta      480

ttaaatatgt gtatcgttgg tataggagca attttctttg gactagaaac agcactttat      540

actcttatat ctatatttgt acaaacagtt ttagttgata aagttattaa aggaatacat      600

tcaaaacaat tattgcttat aataacagat aaggaacaac aagttataaa ttatataata      660

gaagatcttc atagaggagt aacttctctt ttagctgaag gagaatatac tcatgacaga      720

aagaaaatgc tttactgtct agttactaca agacaaatga ttgaattaaa aaatacaata      780

cattatatag atccaaatgc ctttataact ataatggacg tttcagaagt taaaggaaaa      840

ggctttaaaa atatataa                                                    858


<210>  2142
<211>  1899
<212>  DNA
<213>  Clostridium perfringens F303

<400>  2142
ttgaaatcaa ttaaagaatt agaggttcta caagatgtta tgaatagtga acttggagta       60

gaatctcaag ttgaagcact aaaagatata ataaataata tattagacga aggtgcattt      120

agagcgagag ttataagatt taaagtacaa aattatataa attcaactga tccttatgaa      180

agactttatg gattaagtaa aattgtttct gaaggaaaag gcttaagtga agttccaact      240

gaagaaacta taaatgaagc tttagaagat gtttgtgcta tgatatcaga tgccattgct      300

agaagatatg ttcaaaataa aatagaaaaa gaagttgaac aattcttaat ggaaaagcaa      360

gaaaagtatg ttgatgaact tagagtaaac ataatgaaaa agaaaaaagg tccagaaaat      420

gctaagacag agaaaaagct tgaggaactt gaagaattag atgaaagagt tccaaataag      480

aatataatgt ctttattaag acctgattca tttgatgagg tagttggtca agagagagct      540

gttaagtcac ttctttcaaa actagcttca ccatatcctc aacatataat actttatgga      600

cctccagggg ttggtaaaac aacagctgct agaattgctc tagaaacagc taagaaatta      660

aaatcaactc catttgatga tagatcaaaa ttcatagagg ttaatggtac aactttaaga      720

tgggatccaa gagaaattac aaacccactt ttaggttcag tacatgatcc aatatatcaa      780

ggtagcaaaa gagacttagc tgaaatagga gttccagaac caaaaccagg tttagttact      840

gaagctcatg gtggtatatt attcatagat gaaattggag aattagatga aatacttcaa      900

aataaacttt taaaagtttt agaagataag agagttgaat tctcatcatc ttactatgat      960

ccagatgatg aaaatacacc taaatatata aaatatcttt ttgataaggg agctccagca     1020

gactttgttc taataggagc aactactaga gagccaggag aaataaatcc tgctttacgt     1080

tcaagatgta cagaggttta ttttgaacca ctatcatcaa gagatattga aaagatagta     1140

ttaaatgcag ctaagaagct taatgttaag cttgaagaag gtttagaaaa aaaaatagct     1200

tcttatacta tagaaggtag aagagctgta aatatattag cagatgctta tggtcatgct     1260

atttatggct tagagggaga agttccagaa gacttagaaa taacttcaaa ggatttaaat     1320

gaagttgtaa gtataggaag atttactcca tatgaaatac tagaaaattt agaggaaaaa     1380

gaagtaggtc atgtttatgg acttggagtt tcaggatttt taggctcaac aatagagatt     1440

gaagccactg cttttaaagc taagaaaaag ggtgctggaa aaataagatt caatgatact     1500

gctggttcaa tggctaagga ttctgtattt aatgctgcat ctgtaataaa aaggctaact     1560

gataaggata taaatgacta tgatatacat gttaacgtaa ttgggggagg aaagatagat     1620

ggaccatctg ctggagctgc cattactata tgtataatga gtgctttatt agaaaagcca     1680

ataagacaag acttagctat aactggagag atttctttaa gaggaaaaat taaaccagtt     1740

ggaggtatat ttgaaaaaat atacggagct agaagaaagg gaattaagtt agtaactgtt     1800

cctaaggata atgaaaatga aatccctaag ggattagaag atatagaagt taaagctata     1860

agttctatag aagagcttat ggaaattgct tttaattaa                            1899


<210>  2143
<211>  1281
<212>  DNA
<213>  Clostridium perfringens F304

<400>  2143
atgcttaatg caactataga attactaaaa aaacaatatg gtttcacaga tgaaactata       60

aagctttata atcaagctat aattgatgta gaaaatgaat ttaaaatata tgatgaaata      120

agagaatata atcaattaaa agttcttaag gctttccaag aggaaaggat ttcagataat      180

cattttacta attcaacagg atatggttat ggtgatattg gaagagatac tttagattta      240

gtttatgcta gaatctttaa tgctgaaaaa gctttagtta gaccacattt tgttaatgga      300

actcatgctt taggaacagc tttatttgga aacttaagac ctggagatac tatattagct      360

gttactggta gtccttatga tactttacat agtgtaattg gtataagtgg agaagaaaat      420

ataggatcat taaaagaata tggtgttaat tataagcaag tagatcttgt agatggaaag      480

attaatatag aaaaagcttt agaaatgatt aaagaggatg aatcaataaa attaatacat      540

atgcaaagat caactggata cggctggaga aatgctttcc aagttaaaga attaggagaa      600

gcaataaaag ctataaaaga attaagagaa gacttaatag tatttgttga taactgctat      660

ggagaattta tagacataat agaacctaca gatgttggtg ctgatttaat agcaggatca      720

ttaattaaaa acataggtgg aggaatagct ccaactggtg gatacatagt aggaaaagaa      780

aaatatgtag agcaagcatc ttatagactt actgtacctg gtataggagc tgagtgtgga      840

tgtacctttg gagtgatgaa agatttctac caaggattat tcttagctcc tcatgttgct      900

atagaagcat taaaaggagc aatattctgt gctagaataa tggaacttgc tggatttgaa      960

gttcttccta aatataatga caagagaagt gacataattc aggctataaa attcaatgat     1020

aaagaaaaac ttataaaatt ctgtaagggt gttcaatatg cttcgccaat agattctttc     1080

gttgaatgtg aaccatgggc tatgccaggg tattcagatg aggttattat ggcagctggt     1140

gccttcattc aaggttcttc tatagaactt tcagcagatg cacctataag agagccatat     1200

atagcttatt tacaaggtgg attaactttt gaccatgcta aaataggtgt attaatagct     1260

ttaaataaca tttttaaata a                                               1281


<210>  2144
<211>  1278
<212>  DNA
<213>  Clostridium perfringens F305

<400>  2144
gtgctatcaa ccctacgtaa tgcctggaag gttcaagatt taagaaaaaa aataatttgg       60

actgtattct taatagcaat tttcaggatg ggaagttata ttcctgttcc tggaattgat      120

acagatagtc taaaagcttt aacacaatca ggaagcttag taagcttcta tgatttaatt      180

tctggtggtt cttttagtag atttagtata ttcgctttag gtgttgtacc atacatcaat      240

gcttcaatca ttatgcaact tttaacagtt gcaattccta aattagaaca attatctaaa      300

gagggagatg atggaagaaa gaaaatccaa aagataacta gatatgcttc aattgttatt      360

ggagcaatca ctgcttatgg aagttatgtg ataattaaca atgttggcgc acttaagagc      420

aattctccag ttagtatgtt tttaatatta ctaacactag tagttggatc aactttctta      480

atgtggttag gagatcaaat tacagttaaa ggagtaggaa atggtacttc tttgataata      540

tttgcaaata tattatcaag cttaccaatg actggttatc aaatatataa cttaagtaag      600

ataggtaaaa taaatgttgt tgaagtagca ttatttattt tctttacatt agctttatta      660

gcaggtgtaa tttacttatc attagctgaa agaagaatta ctgtacaata tgcaggtaaa      720

gccgtaggta ataaaatgat gaagggacaa tcaactcata ttccattaag tattattgga      780

acaactgtta tagcaataat atttgctatg tctgttatga gtttcccaac aactatagct      840

caattcttcc cagaagctgg atggtcacaa tggattacag gatcttctta cagtcctttc      900

aatgcaaaga cttggatgta tccagtatta tatgcattac tgactatatt ctttacttgg      960

ttctatactc aaataacatt taagccagat gaaatggctg agaatatgca taaatcatca     1020

ggtttcattc ctggaataag acctggaaaa ccaacagaga tttatttaga gaaagtatta     1080

aatagaattt caatgtttgg tggatgtttt gctgctatta tagcagtagt tcctatttta     1140

gttgcaaact atactccttt ccaaggaata cagtttggag gaacatcact gttaattcta     1200

gtttctgttt cattagaaat aatgagacaa ttagaatctc aattaacaat gagacattac     1260

caaggattct taaaatag                                                   1278


<210>  2145
<211>  894
<212>  DNA
<213>  Clostridium perfringens F306

<400>  2145
atgcaaagta aagtacaaaa aaagagcgga atagtaacta cctcagaact taaatatgaa       60

agaaaattaa gacctgctga aagaagaatg gcatggatat caagaatatt tatatggttt      120

atgttacttg tagtattatt ccctgtattt gcagtagttt ctgcatcaat ggctaaagga      180

gaagttttta ctcaaacaac tttaattcca tcagcattta cattagaaaa ttactcaaaa      240

gttttaacag aaacaaattt tttaatatgg gtcaaaaatt cattaataat atgtgtaata      300

gtatcagtac tacaactttt attaacagta cctatggctt ttgctttctc aagattgaaa      360

ttctggggaa gaaaaaatgg attaatgatg ttattattgc ttcaaatgtt tccagcagct      420

atgtcattac cagcaatatt agcacttgct tatagactag atggtatgga tcatataatt      480

acattaataa tagtacaagc tggtgctggt gcatttaata tttggctact taaaggagct      540

atagacggta ttccaaaaga gcttacagag gcagcttatg ttgatggagc atcaactttt      600

caaactttta caatgataat attaccttta ctaagaaaca tgcttttagt aatattctta      660

tttacattta taggagcata tagtgaattt gtttttgcat ctgctttatt aaagagccca      720

gaaagtttaa cacttgctgt aggtatgcaa caatttatta caaataactt ctcagctaac      780

tggactcaat attcagcagc tgcaataatg gcttcaattc caatagttgc atttgctact      840

attgcacaaa aatatatggc taaaggactg actgctggat cagttaaggg ctaa            894


<210>  2146
<211>  1620
<212>  DNA
<213>  Clostridium perfringens F307

<400>  2146
atggctaaaa cattattatt cggtgaagaa gcaagaagat ctatgcaagt aggagtagat       60

aaattagcta acactgttaa ggttacatta ggaccaaaag gaagaaatgt tattttagat      120

aaaaaatttg gatcaccatt aataacaaat gatggtgtta caatagcaag agaaattgaa      180

cttgaagatg cttatgaaaa tatgggagct caacttgtaa aagaagtagc tacaaagact      240

aatgatgtgg caggagatgg aactactaca gctaccttat tagctcaagc aattataaga      300

gaaggattaa aaaatgtaac agcaggggca aatcctatat taataagaaa tggaattaag      360

actgcagttg aaaaagctgt agaggaaata caaaaaattt ctaagcctgt aaatggaaaa      420

gaagacatag ctagagttgc tgcaatttca gcagctgatg aaaaaattgg taagttaatt      480

gcagatgcta tggaaaaggt aggaaatgaa ggcgttataa ctgtagaaga atctaaatca      540

atgggaactg agttagatgt tgttgaaggt atgcaatttg atagaggata tgtatcagct      600

tatatggtta ctgatactga aaaaatggaa gctgttttag ataatccatt aatattaata      660

acagataaga aaataagtaa tatacaagat ttattaccat tacttgagca aatagttcaa      720

gcaggcaaaa aacttttaat aatagctgac gatatagaag gcgaagctat gaccacatta      780

gttgttaata aattaagagg aacatttact tgcgttggag ttaaagcgcc tggatttggt      840

gatagaagaa aagaaatgtt acaagatata gctactctaa caggaggcgt tgttatatct      900

gatgaagtag gcggagactt aaaagaagtt acattagata tgcttggaga agctgaaagt      960

gttaaggtaa ctaaagaaag tactacaata gttaatggaa gaggaaactc agaagagatt     1020

aaaaatagaa ttaaccaaat aaaattacaa ttagaagcta ctacttctga atttgataaa     1080

gaaaaattac aagaaagatt agctaaatta gcaggtgggg ttgcagtagt taaggttgga     1140

gctgccactg aaacagagct taaggaaagt aagttaagaa tagaggatgc tttagcagct     1200

acaaaggcag ctgttgaaga aggaatagtt ccaggtggtg gaacagctta cgtaaatgta     1260

ataaatgaag ttgcaaaatt aacttctgac attcaagatg aacaagttgg tataaatata     1320

attgtaagat ctttagaaga acctatgaga caaatagctc acaacgcagg actagaaggt     1380

tcagttataa tagagaaagt taaaaatagt gatgcaggtg taggatttga tgctttaaga     1440

ggagaatata aagatatgat taaagccgga atagttgatc caactaaggt tacaagatca     1500

gctcttcaaa atgcagcatc agtagcatca acattcttaa caacagaggc tgctgtagcg     1560

gatattccag aaaaagaaat tcctcaaggt gcagggcttg gaatggatgg aatgtattaa     1620


<210>  2147
<211>  696
<212>  DNA
<213>  Clostridium perfringens F308

<400>  2147
atgactttag gaataatcgc cgctatgagc gaagaattag aaattctttt aaaagacatg       60

gaagtaaaat ctaaagaaac taaggctaat atgactttcc accaaggtac tctttggggt      120

caagaggttg tagccgttgt atgtggtata ggtaaggtta atgctgccgt ttgtactcaa      180

atattaataa gtgaatacaa agttaataag gttataaacg ttggtgttgc tggtggtata      240

ggcatggaaa tatatcctgg tgatgttgtt ataggtaact cattagttca atatgatatg      300

gacacatctg cctttggaga tcctatagga caaataccaa gattagatac ctttgatttt      360

aaatgttcac aagaattagt tgacctttgc gaagaagctt gtaaagaaaa tgaagaaata      420

aagagcttca ctggaagaat agttactggt gaccaatttg ttgctagtgt agaaaaggtt      480

aaatggttag aagaggaatt tggagcttct gcttgtgaaa tggaaggtgg aagtatagct      540

catgtttggt acttaaataa tattccattc cttgttataa gatcaatatc tgataatgca      600

aataatggag cacatatgga tttcgctgag tttacagcta taggagttaa aaactctact      660

tcaatattaa aatcaatgat tttaaaaatg gcttaa                                696


<210>  2148
<211>  1338
<212>  DNA
<213>  Clostridium perfringens F309

<400>  2148
atgaaaagta gaattgctga agtcttacca ggaggaattg gtgaggaatt aggctttgaa       60

aagggagata tactattaag cataaacggt actaaagttg aagatatact tgattataga      120

tttttattag cagacgaata cgttgaggta gaaatattaa aaccaaacaa agaggtttgg      180

gagtttgaaa tagaaaagga atatggcgaa gatttaggag tggaatttga agaggccatc      240

ctagacaaag ctaaaagttg tacaaataaa tgtatatttt gcttcataga tcaattacca      300

aagggaatga gaaaaacttt atattttaag gacgatgatt caagactttc atttttacaa      360

ggtaactttg ttactttaac aaatatgaag gatgaagata ttgatagaat tataaaatat      420

agaataagtc ctataaatgt atcagttcat acaacaaatc cagatttaag aaaaaaaatt      480

cttaataata gatttgcagg gaatgtatat gaaagactac aaaaattagc ggcagctggt      540

ataactgtaa atgctcaaat agttgttatg ccaggaataa ataatggaga tgaattagtt      600

aggactgtag aagatcttta taaattacgt ccttcaatag aaaatgttgc tgctgtacca      660

attggaataa caaagtttag agaaggatta gctgaccttg aaatatataa taaagaaaca      720

gctaaagaag aattagatag aataaaagtt cttcaagaaa aatatatgaa agaaatagga      780

agcccgtttg taagattatc agatgagttt tatgttatgg cagatgagga agttccaaat      840

gaagaattct ataatggata tgagcaaata gaagacggag ttggaatgat aagacttcta      900

agagaaacca tggcagtaga tataaagaat aagttaacta aaagtggaaa aggtaaattt      960

actcttatta caggaacatc tgcctttaaa gaattagatc aggtttgtac cgatataaga     1020

gaagagaata ataatataga tattaagtgt aaggttatat taaatgattt ctttgggcac     1080

acaataacag ttgcaggact tttaactggg caagatgtta ttgctcaact taaggataac     1140

attgatagtg agtacttaat tatggcagat aacatgttta gaaaaggtta cgagccagga     1200

gatataactc aaagaataat gttagatgat ttgacagcaa aggatattga ggaaagattg     1260

ggagttaaag ttatagtttg tagctataca ggggaagacc taatagactt aataaatgaa     1320

cactgtgagg aggaataa                                                   1338


<210>  2149
<211>  594
<212>  DNA
<213>  Clostridium perfringens F310

<400>  2149
atgaagggta aaagaaatgc catactcata atactattaa ttataatctt aggggttata       60

ggtggactag ctatctatca aagaacttat aatttaacac cagaagatat attggaagat      120

atgttttcta tagaatctta tgaaacagaa ataatatatg atgttaaaaa ttctagaggt      180

cagttccaag aaaaaggtag aatttattat gacgaagaag ttggcacaaa aattgtttta      240

gatgatagag aacaattatt tgaaaaggac aaaataataa taaactacgt taaagatgaa      300

aagacttatg aagttggaag agactatgat cagttctata gatttatgtt tataaatgaa      360

ttaaaggatt tatgtaatga agaacatgaa tttacttaca agtggaatga tgaaaatgag      420

aagtctgaaa taatactaga gtttaaaaat ttaaatggga atgaaaattt ttcaagagaa      480

gtaatgatta tagatgcaaa gaaaaaagtt cctaaagaag ctacaattta tgatagggat      540

gattcagaaa gtgtttctat aaagtttaat aactttagta aagttaaaaa ttaa            594


<210>  2150
<211>  666
<212>  DNA
<213>  Clostridium perfringens F311

<400>  2150
ttggaatcga aaaagaagat cttgagaagt gttttattaa ttgcactagg ttcaagtatc       60

ttagcctttg gtagctataa ctttaactat caaaataatg taacagaagg tggagtctta      120

ggcttattgc ttttagtaaa aaatgttttt gatatatctc catctataac caacttaatc      180

attgactttt cattatttgc tataggttct aaattctttg gcaaaaaatt cttagcctgc      240

tcattatttg caactttttg cttttcagta tcctatagat tttgggaaag cataggtttt      300

ttaacaccta actttactaa taatatgcta gttgctagtg ttttagcagg tattggagtt      360

ggtgttggtg ctggaatagt attgcgtggt ggtggtgctt ctggtggaga tgatgtaata      420

gccttattag gtaataaatt tactcctctt aaggtacaac atgtctacat gttaacagat      480

gccattgttt tattaatgtc tttagtttat ttagacttta aacaaatatt cttctcaata      540

atagcagtat gtataagtgg taaactaata agcgtaatct atgaatacaa aaatgatggt      600

attgatacta aggatgaaaa taaagaagct gaggttttag agaaaaatgg ttctcttaca      660

gtttaa                                                                 666


<210>  2151
<211>  849
<212>  DNA
<213>  Streptococcus vestibularis F0396

<400>  2151
cttttagctt cattcaacta tgaacgtatg caaaatggtg gtgtggctta tacccttatt       60

cctgcaatca aaaaacttta tcaatcaaaa gaagaacgta cagctgccct taaacgtcac      120

ttagaattct tcaatacaca accattcatg gctaacccaa tctttggggt tacacttgcc      180

ttggaagaag aacgcgccaa cggcgctgac attgacgacg ctgctatctc aggggttaag      240

gtcggtatga tgggacctct tgcaggtgcc ggtgaccctc tcttctggtt tacccttcgt      300

ccaatcttcc tctcactcgg agcaggcttg gctgtttcag gtaatatcat gggcccaatc      360

gttttcttcg ttctttggaa cgttatggta gctgccgtta agtggtatac tcaagaattc      420

ggttatcgcg ctggtactgc aattacagat gacttgtcag gcaacctcct tcaacaagta      480

actcgtggag cttcaatgat ggggatgttc gttatcggtt ctcttatcca acgttgggta      540

agcatcacct ttacaccagt tgtttctact gttaaacaac aagatgaagc attcattcat      600

tgggataaac ttccaaaagg tatcgccggt gtcaaagaag cctttcttca acaagctgct      660

ggtaaatcac ttgaagctaa caaggtaaca accttgcaag ataacttgaa ccaattgatt      720

cctggtttgg ctgccctcgg tttgactttc ctttgtatgt atcttcttaa gagaaaagtt      780

tctccaatcg tcatcatctt gggtatcttt gtccttgcta tcttgctcca catcattggt      840

ctactttaa                                                              849


<210>  2152
<211>  1149
<212>  DNA
<213>  Streptococcus vestibularis F0397

<400>  2152
atgacctatt atatttcagc caaacgtttt tactttgaga ataaaatcaa ggaagggggc       60

tacctagcgg ttgtggatgg tcgtttcggt gactggtcgg aaaaggtacc agaaggtgca      120

gaagtactgg attacagtga ttatcagatt gctccgggtc ttgtagatac tcatattcat      180

ggatttgcgg gttatgatgt catggataat tctgaggaaa gtcttcttgg catgagtcaa      240

gccttgcttt cggcaggtgt gacttctttc ttaccgacag cattgacagc gccatttgaa      300

gagttaaaag ctatctgtca gacaacagca gagacggctg gtaaggagcc tggtgctaaa      360

attcaggggc tcttctttga aggaccttat ttcactgaaa cctataaggg agctcaaaat      420

ccgaaataca tgggcaatcc aagtatagaa cagttgcaag cctggcaaga ggcggctcaa      480

ggcaaattaa tcaagctggc cttggctcct gaacgtgagg gagtagttga atttatcaaa      540

gaagcgactg ggcaaggtgt gacaatcgct ctaggccatt ccaatgctac ttacgaggaa      600

gctgtagcgg ctgtggaagc tggggcatct gtttgggttc acgtctacaa cggtatgcgt      660

gggtttacgc atcgtgaacc tggaatggtt ggagcagcct tcgatagtcc agaaacgatt      720

ggtgagttga ttgcagatgg tcatcatgtg gttcctgcag cttgtaaggt tcttatcaag      780

caaaagactc ctcaaggagt tgcccttatt acagactgta tgtcagcggg aggttgtcca      840

gatggcgact atatgttagg cgaacttcct gttattgttg aaaatggtac tgcccgcctc      900

aaagaaggtg gtaacctggc tggttctatc ctacaactta aagatggtgt caagcacgtc      960

gttgattggg gacttgtgac ggttgctcaa gctttacaaa tggcgagtca tgttccagct     1020

aaatctgttg gtcttgaaaa tacttgtgga agcctaaaag caggtctacc agctgatttt     1080

atcgtcttag atgactcctt ggacttgcaa gcaacctata ttgatggacg aaaaggttgg     1140

gaaaaataa                                                             1149


<210>  2153
<211>  444
<212>  DNA
<213>  Streptococcus vestibularis F0398

<400>  2153
atgctagaac tagaagaaca agtcaatcaa ttgattaatc aaatcgtgct caagtctgaa       60

aatcagcatg agctccttat tgggcagtgc cgtagtcaag ttaaattgac taatactcag      120

gaacatattc tgatgctttt ggccgagggt cgcaagacca attcggagtt ggcaaagacc      180

ttaaatgtca gtcaggctgc tgttaccaag gctgttaaga ccttggtcaa ggaaggtatg      240

ttggaggcca agaaggacaa aggtgatgga cgggtaacct attttgtcct gacacaagag      300

gctcaaccta ttgcccagga gcatgaggaa caccaccaag agactttagg tgtctatcgc      360

actgtattgg agcagtttga tagtaaagaa cgtcagatta tagggcgttt cttgacgaaa      420

ttagaagaaa aaatcgagga ataa                                             444


<210>  2154
<211>  1041
<212>  DNA
<213>  Streptococcus vestibularis F0399

<400>  2154
ggtgtagatt gtgcgactga tacagagctt gtcatgagta acaaaattgg ttttgatagc       60

actgctatta gttttacgtc taatgataca cgtgcagaag aatttgttta cgcgcgtgat      120

attaatgcga caattaacct tgatgcttac gaagatatct tcttcttgga aaagtctgca      180

gggcttcctg aaacgctttc tttacgcttt aacccaggtg gtgtcttctc acttggtaca      240

gatattatgg atcatcctga agaatctaaa tttgggatga ctaaggagca acttttcaaa      300

ggttatgtct accttaaaga aaaaggggtg aaatcattcg gtttgcatgc cttcttggcg      360

tcaaatacag taacgaatga gtactatcca accttggctg ctcaactctt tgaattggct      420

gtagaaatta agaatgagct tggtgtcagc cttgacttta tcaacttatc aggtggtgtt      480

ggggtagatt acacgccagc gaacaagcaa aacgatattg ctgttattgg tgaaggtgtt      540

catactaaat ttgatgaaat ccttgttcca aatgatctcg gggacatcag tatttacact      600

gaacttggtc gtttcatgac agcaccacac ggactcgttg ttactaaggt tctccatatt      660

aaggatactt atcgacgtta tgttggtgtt gatgcttctg cagttaactt gcttcgccca      720

gcaatgtacg atgcctacca ccacattact aatatgacta atccaaatgg tgatattcaa      780

gtggttgatg tcacaggttc gctttgtgaa aacaatgaca agtttgctaa gaaccgtgaa      840

ttgcctgagg ctcgtattgg agataccttg gttatccatg atactggtgc ccatggtttt      900

tcaatgggtt ataactataa tggtcgtctt cgttcggcag aaattctcta tcaagaagat      960

ggaacagcgc gaatgattcg ccgtgcagag actatgaatg attattttgc gacacttgac     1020

ggatttgatt ttgaaattta a                                               1041


<210>  2155
<211>  837
<212>  DNA
<213>  Streptococcus vestibularis F0400

<400>  2155
atgaaagttg atgacgattt agttaggcaa gtgataaggc ctagattgag agagtctcac       60

aagggctctt atggtcgagt gcttttggtt ggtggacttt atccttatgg tggtgccatc      120

attatggctg ctattgcctg tgtcaacagt ggtgcaggtt tggttacagt tgctacagat      180

cgtgacaata tcacagccct tcatgctcat cttcctgaag ctatggcctt tgacctaaga      240

gagactgaaa gatttcttga taatcttagg gcagctgatg tggtattaat cggttctggc      300

ctaggtgagg aggagacggc tggtcgggct ttggatttgg tcttggcaaa tattaggtca      360

aaccagaact tggttgttga tggttcagct cttaatctgt tggcacagaa aaaaaagagc      420

agtttgccag agtgtcacct tatacttact ccccatcaaa aggaatggga aagactgtct      480

ggtttagcta tttcagagca gtcggtttcc aatactcaaa gagccttaga ggagtttcaa      540

agtgggacaa ttctagttgc caagagtcat aagacagctg tttatcaggg agcagaagta      600

gcccatttag aggtcggtgg gccctatcag gcgactggag gaatgggaga taccttggct      660

ggtatggtta ctggttttct tgcccaattt gcctcaactg actcttacaa ggcagtcata      720

attgcgactt ggcttcactc agctattgcg gataatatcg ctgaaaatgc ttatgtggtt      780

ttgccaactc gcatcagcaa ggctattcct agctggatga aaaatttgtc attataa         837


<210>  2156
<211>  660
<212>  DNA
<213>  Streptococcus vestibularis F0401

<400>  2156
atggcagtaa aagattttat gacgaaacgt gtagtttatg tctcaccaga aacaacagtt       60

gcagcagcta cagacattat gcgtgacaaa ggtttgcgcc gtttgccagt aattgaacac      120

gataaactgg ttggtcttat tacagaaggt acaatggcgg aggcttcacc atcaaaagca      180

actagcttgt ccatttatga aatgaactat ctccttaata agacaaaagt aggagatatc      240

atgattaaga atgtccttac tgtttccaaa tatgctagcc ttgaggatgc tatctacatt      300

atgctgcaaa acaaggttgg agttcttcca gtagtagaca atgaccaaat ttctggaatt      360

attacagata aagatgtctt tcgtgctttc ttggaaattt ctggttatgg tcaagccgga      420

atccgtattg ggcttgaagt cttagacaca ccacgtatcc tagaaaaaat tgccaacctc      480

atttctagtg aaaatctcaa cattgaacgt acaattgttg caccaaaaac tgataccgtg      540

cttcgcgtcg aactacaagt tgaaggggat gtagaaccag aataccttaa aaaagttttt      600

gtagaagcag ggtttacagt tgttgaaatt gctgaaacag aagcaaaaga attagactaa      660


<210>  2157
<211>  423
<212>  DNA
<213>  Streptococcus vestibularis F0402

<400>  2157
cttccagaag atttgacttt ggctactcac atttgtcgtg ggaactttaa gtctacgtac       60

ctttttgaag gtggctatga ttcagtagct aagtatcttg gtcaattgaa ctatgatatt      120

ttcttcttgg aatatgatga tgcgcgttca ggtagcttcg caccacttcc aacgatttgg      180

aataaccgtg atcatgttga attggtactt ggtgtgatta cttctaagga tcctaacttg      240

gaaaatgtag atgctgtcat tgatcgtatc tatgcagcgg ctgaacttgt accacttaag      300

aaccttggga tttcaactca atgtggtttt gcctcaactg aagaaggtaa catcttgact      360

gagcaagacg agtggaataa attgcaattg attaaagcta ttactgataa ggtttggtca      420

taa                                                                    423


<210>  2158
<211>  1254
<212>  DNA
<213>  Streptococcus vestibularis F0403

<400>  2158
atgaaacttg gacgaaaaat tttattgatg ttgttggcaa tttttgccac cacagtagta       60

gctgttggta tttacctaac gacaacttac aattatgcta caggcgaatt gtcaaaaacc      120

tttagagttt caaaggcaac gtcaggaaat agtaaggcca ttcaacagac taagcctata      180

acgattctgt tgatgggggt ggatacagga tccgaaggac gtaaggaaac ctgggaagga      240

aattctgata ctatgatttt ggtaacagtg aatcctaaga ctaagagaac tactatgacc      300

agtttggaac gtgacctttt gacagatgtt gagggatcgg gtgaagtaaa actaaatgca      360

gcctatgccg agggtggagc tgacttagct atttcaacca ttcaaaaggt tttagatatt      420

gatattgact actatgcgct gattaatatg cagggtatga ttgatttggt ggatgccgta      480

ggtggtatcg aggtaacgaa ccattttgat ttcccaattt cgattgcaga aaacgaacca      540

gaatttcagg cgaaggtaga gcctggaacc cataaaatca atggagaaca ggccttagtg      600

tattcacgta tgcgttatga tgatcccgat ggagactatg gtcgtcaaaa acgtcaacgt      660

gaggttattc aaaagattgt ggctaagctc ttgaagatgg gctcgatagg ttcttataag      720

aaaattttgt ctgctgtcag ttcaaatgta caaacaagta tcgatcttgg tgatagcact      780

actctgcgtg gtttgatggg ctatagtgag gcctttaaaa atatcaagtc ttaccagttg      840

gctggttcgg atgcgatgat caatggtgga agctaccaag tagcctcaac tgaggatatt      900

cttaaggtgc aaaatcgtat taagaaggaa gttggcaaga aggaagtttc tgaatctaaa      960

cttaagacta gtctggtact caatggtttt gggacttcta gctatggttc agatgatttc     1020

gttaactcta aaggaagttt gactttgagt gaggtatctg ggagttatga gtctggatca     1080

tctgaggcag taggaggtgg atcggtaagt acctataatg gaggtgctac ctacagcaat     1140

aattacagtg ataatgttgg taattatgtt caggaccaag gtgcaacagc tcctacatac     1200

aattataatg gttcaggtgt aactacttat agcacgattc cagcaacaca atag           1254


<210>  2159
<211>  1413
<212>  DNA
<213>  Streptococcus vestibularis F0404

<400>  2159
tcaagtttgg tgacacgttt gactggtgat acctttcaaa ttcaaacggg tatcaatcaa       60

tttttgaggc tctttttgag ggcaccaatc attgtgacgg gagccattat tatggcattc      120

cgtatcagcc cgcgtttaac cttatggttt cttggcatgg tcttggtatt gacacttatt      180

attgtactag ctagtcgcat cgtcaatcct ctatatgcca agatcagagt gattaatgaa      240

tcaattgtta ccaatacgcg tcaacaactt gaaggtatga gggttattcg ggcttttgat      300

cagagtgagc gtgaattaga caactttacc gctgtcaata aagacttgaa gaagtggcag      360

ctcaaaacag gagtgatagc aagtctcatt agtcctttga ctttcttggt tgttaatatg      420

accttgattg ctatcctttg gcagggaaat ctgcaaattc aaggtggcct tttgtctcaa      480

gggatgctga ttgctctggt caattatctc ttgcaaattt tgacggagct tcttaaatta      540

gccatgatgt tgactaatct caaccagagc tttatttcgg caaaacgagt ccaagccatc      600

ttcaatcttc aagatgagga cattgaagtg cctttaacaa tcaagaaacc aaatcgacca      660

aggatagccc ttgaaattga caagatgact tttacttatc ctacagctag tcaaccatcg      720

ctacaagaaa tcgactttaa gacttttgaa ggcgagtctt tgggaattat tgggggtaca      780

ggttcgggga aatcgacctt ggtcaattta attatgaatc tttatcaacc tcagtttggt      840

agtttgacta tctttaaaaa tcagttgtcg ccgaataatc ttaaagagtg gcggtcttgg      900

gttgcttatg tcccacagaa agctgagttg tttaggggaa ccattcgttc aaacttgtca      960

ttgggacttg atcacgagcc aagtgatcag gaactatggt atgctcttga catggctcag     1020

gctgctgatt ttgtaagaga taaggacctt ggcttagatg agccagttga gtcgtttggc     1080

cgtaattttt caggtggtca gcgtcagcgt ctgactattg cgcgtgcctt gatgcgacca     1140

gcgccgttct tgattttgga tgactcaacc tcagccctag attacctgac tgaaagtcgc     1200

ctactagcgg ctattagaga taatcttaaa tcaactagtt tgattattat ttcgcaaaga     1260

acaaatagcc taaaagctgt tgatcaaatt ttggtacttg ataagggata ccaagttggc     1320

ctgggtaatc atgaagaatt gcttgccact aataaactct atcaagacat tcattattct     1380

caacatcaaa aggaggtcgc tgatgaaggc tag                                  1413


<210>  2160
<211>  504
<212>  DNA
<213>  Streptococcus vestibularis F0405

<400>  2160
ttgggacaat gctcaaattc tttgctttca ttctggccta tttctctact taatggctcg       60

cactggacaa agcaggcaaa aacggttggg gtttatggtc tgagtgacat catccatact      120

agctatatct tcccactgaa atatttcttt ctgggagtct tgactttatt ttataaaaag      180

acacttaacc aagagcttgc tgaagaagtc aaacgtgaag accaactcta caagcgaatg      240

attctcatta gtattatcac tgccttggta cttactgtat ttgttgctaa ccagcttagc      300

caggtcttgc cttctttcgt tcagctatgg caacaagtct tccagacact tgcttcccta      360

cttaatttca atatcaattt cgaaaacagt ggattattta tatctcgttt agtgacaaac      420

ctcccacttg ctctagggct tttttccaaa cttgtagcag tctatttggc aaatgacaag      480

ccactcagcc aaaagcagtt ttag                                             504


<210>  2161
<211>  588
<212>  DNA
<213>  Streptococcus vestibularis F0406

<400>  2161
ttgagccttt ttccatttct aaaactgtgc tataatacta tcatggatat ttggactagt       60

ttgggtgctt ttgccttctt tgagtcagag cgcctttctt ttagaccact cgtcttttta      120

gatcgttttg acttacatga gattgtgtcg aatccagaga atttacaatt tttctttcct      180

gctaccaaaa ctcagtatga aacagattgc cttttgatac attatttcat gaaggagcct      240

ttgggtgttt gggcaattgt agatcgagag tctaataagt tgattgggat cgttcgcttt      300

gaaaagatag acgtccagaa aaggactgca gagatcggtt attttttgaa tgcttcatac      360

tggggtagag gtctaatgac tgagacagtt acttgtttgt cagatttggc attgacagct      420

atgggcatgg aacgcattat ccttattgct catttggaaa acgaggcatc gattcgtgtg      480

gcagaaaaat ctggctttaa attggtgtct cgtttcaaag gagcagaccg atacacccgt      540

accatgagag attatctccg ctttgagaag gaggagaact gtgagtaa                   588


<210>  2162
<211>  1971
<212>  DNA
<213>  Streptococcus vestibularis F0407

<400>  2162
atgaaaaaaa gcaaatggtt ggctctcgtg ggtgtagcac ttctaagtgt tggtgcgtta       60

gcggcttgtt catctaaatc aaacactagc ggaactactt atggttacat ttacagttcg      120

gatccagaaa ccttggatta tattacatca aatacgggac ctacaacaac tgctgtgaca      180

aatggcgtag atggacttat ggaagctgat aaatatggga accttgttcc ttcagtagct      240

gaagactggt ctgtctctca agatggtctg acctatacct ataagatccg taagggtgtt      300

aaatggtata cttcagatgg tgaagagtat gctgatgtga ctgccaagga ctttgtaact      360

ggtcttaagc atgctgcgga tgccaaagct ggggctcttt atttggtaca agattctatt      420

gctggattgt ctgactatct ctctggtgcc aataaagatt tctcgaatgt gggtgtcaag      480

gcaattgatg actatacttt gcagtacacg cttaagaaac cagaaccata ctggaactct      540

aagacaacct atagtttgct tttcccagta aatggagact tcctcaagaa taaaggaaaa      600

gattttggta aatcaacaga cccaacctct atcctttata atggaccttt ccttctcaaa      660

tctttgacag ctaaatcttc aattgagttg actaagaatg aaaattattg ggacaagaaa      720

aatgttcact ttgatgctat caaattgacg tatgatgatg gttcggatca agaggctcaa      780

gaacgtggtt tcactgatgg tgcttataat attgctcgtg tcttcccaac gagttcaaac      840

tatgcttctg tagagaagaa atataaagac aatatttatt acacagcagc aggtgcgtca      900

acatcagcca ttggtgttaa tattgaccgt caaagttaca aatacactgc taaaaagact      960

gacgctgaaa agacttcaac gaaaaaagct cttttgaata aagacttccg tcaatcaatc     1020

aactttgcta ttgaccgtac ggtatatcaa tcacaagtca atggtaagga tggatcagct     1080

aaagctattc gaaatctctt tgttccttct gacttcgtta gtgcaggtaa taagaccttc     1140

ggagatcttg ttactgaaaa gatgagttca tatggtaatg agtggtcagg tgtcaacttt     1200

gctgatggtc aagacggtct ctacaatgct gaaaaagcta agactgagtt tgctaaagct     1260

aaggatgctc tccaagcaga tggtgttcaa ttcccaattc atttggacct tccagttgac     1320

caaagctcta aacttaatgt tacccaagcc caatctttga aacaaaccat tgaaaaatca     1380

ttgggaaatg acaatgtggt gatcgatatt aaccaattgt catctgatga tatgcaaaat     1440

gcaacactta atgcagccaa cgcagcagca gaagattggg atatttcaaa tggtgttatt     1500

tggagtccag actatcaaga cccatcaact tatcttgata tcttcaaaac aacatcaagt     1560

gaaaacacta agactttcat gggttatgat gatccaaata atgcggcagc agcccaagta     1620

ggactcaaag actatgatgc cttgcttgat tcagcagctt cagaaacaac agacctcaat     1680

gttcgttacg accgttatgc tcaagctcaa gcatggttgg aggacagctc gcttatcatt     1740

ccattgactg ttggtaacgg tgcagcacca gttatctcac gcttgacgcc gtttaccggt     1800

gctagtatgc aggtgggaga taaaaactca tcagactact tcaaatatgt gaaaccacaa     1860

gaaaaagtag ttactaagaa agaatatgaa caaagtcgtg aaaaatggct taaagaaaag     1920

aaagcatcta acgaaaaagc tcaaaaagat cttgagaaac acgttaaata a              1971


<210>  2163
<211>  882
<212>  DNA
<213>  Streptococcus vestibularis F0408

<400>  2163
atgcgtatca aatttcctct actaatcatt gcttgctgcc tattacttat ggcttgtgga       60

cacaagaata ctcagaaaaa ctatcaagct tactatagtt ttaacaatgt gacaacttcc      120

actcaggaaa agcagctagc aaaagcctta aaaagcaagg gtattccaac aaaagactgg      180

aacaatctag ccccttatat tagtcgttac aatcaggaaa atacaaacct tcaacctgtt      240

gtcaaaaaat ggacccaaag taaaatcggc aaagaccaaa accaatttgt caccttcctt      300

aatgaaaaaa ctttcgaaga taacaaatcg cactttactg atgatttaaa ctgccgacga      360

acatccttcc tactccttca taaccttatt acaagctcag aggaccttac taaattagac      420

ctcccccttc aaaatgaatt tcttgatctc aagtcacgcc acaaagagct aaattccaaa      480

gatcaagccc tctacagcct tctctttggg gataatatca gctaccaatc tacagatgaa      540

ctcctgaaag cttggaaaga agccggactc aagtttccag aaaatgtaaa actcatctcc      600

gtctttcaaa atagccctgg tgatgttagt aacttccaca cagctatagc ttacgaaaaa      660

gatggtagta tctatatttt tgaaaaacaa gatccaacac ttccttaccg ctggagtcgt      720

ttcaacaatt gggtcgacat caaaacacac tggttaggca atcgtttcaa ggttttcaaa      780

gacaatgtcg atatcctcgt taacgaccaa aaatttgatg atttcttaaa aaacaccctc      840

tatataccac aaaacaacca actagcccct caagataaat ga                         882


<210>  2164
<211>  1506
<212>  DNA
<213>  Streptococcus vestibularis F0409

<400>  2164
gtgtcagtaa attggcagga tattgcgttt tctttcctcg gtggtttggg acttttccta       60

tttagtatta agtatatggg tgatggtctt caacaagcgg ccggagataa actacgcttt      120

tacatcgata agtacaccag taacccattt ttaggtgttc tgattggtat tgtcatgacg      180

gccttgattc agtcgagttc aggggtaacc gttattgtcg taggtctggt ttcggcaggg      240

cttttgagtc ttcgtcaggc tattggtatt gtcatggggg cgaatatcgg gacaaccgta      300

acctccttca tgattggttt caagcttggt gattatgctc ttccagtgat tttcctaggg      360

gcagcgtttc tcttctttac gagtaataag aagctcaata acctaggacg tatcttgttt      420

ggtgttgggg ggattttctt tgcccttaac ctgatgggag atgcggtaga acctttgaag      480

tcagtaacag cctttaaaga ttacctggca actttaggtg accgcccaat tatgggagtt      540

atcattggtt ctggtttgac catgttgatt cagtcttcgg cagctaccat tggtattctt      600

cagagccttt attcaggtgg tttgcttgac ctacaagggg ctcttccaat cctctttggg      660

gacaatatcg gaacaactat tacagcggtt cttgcggctc ttggttccaa cattgcggcc      720

aaacgtgtgg caggggctca cgtactgttc aacgttattg gaacggtctt gtgtttggtt      780

cttctggtac cattcacagc tctgattcaa tggtttaagt ctatgcttgg tttgacacca      840

gagatgacta ttgcctttgc ccatggtacc ttcaatattg caaatactat cgtgcaattc      900

ccattcattg ggcttcttgc ttatcttgta actaagatta ttcctggtga ggatgaagtt      960

aacaagtacg aagcgcttta cttggatcgt ttgcttatca cacaagcgcc agccattgcc     1020

cttggtaatg ctaagaaaga gttggttcac ttagcgtcat atgccattca atctttggag     1080

gcttcatacg ctttctttga taaaggtgat gagaaatact ttgacaaggt tgagaagtat     1140

gaaacagcag ttaatagtat tgacgaagag ttgacaacct acttgattga catctctaac     1200

gaatctctaa gcgtttctga aaatgaagtg ttggcaagtg tgcttgactc tgttcgtgac     1260

ttggagcgta ttggtgatct ggcagttgca agcgccaacc tttcacaaca tattcataat     1320

aaggggattg aattctctgg gactgctaag accgagcttg gggatgttta taaccgtacg     1380

caccgcattg ttctcgatag tattcgtgtt gttgtggatg atgacaaggt gcttgcaggt     1440

caagtcatcc ttcgtcatga agagttggaa aaacttgaaa aacaattgcg taaaacacat     1500

accaaa                                                                1506


<210>  2165
<211>  1071
<212>  DNA
<213>  Streptococcus vestibularis F0410

<400>  2165
atgaaattga acaagaaaat tattggaatt ggtcttgttg ctgtagcagc acttggtctt       60

gcggcctgtg ctcgtggtgg acgaggtggt tcagcagctg attcgaaagt taaagctgca      120

attgttacag atactggtgg tgttgatgat aaatcattta accaatcagc atgggaaggt      180

cttcaagctt ggggtaaagc taacaaactt gaaaaagatt caggtttcac atatttccaa      240

tcaaactcag aatctgattt tgcaacaaac atgtcatcag ctgtagacca aaattataat      300

cttatctttg gtgttggttt tgcacttcac gatgctgttt cagaatcagc taaagataac      360

gagaaaatta attacgttat cgtcgatgat gtagttaaag accaaaagaa cgttgaaagc      420

gtattgtttg ctgataatga aggagcttac cttgcaggta ttgccgcagc aatgcaatca      480

aaaacaaaca aagttggttt catcggtggt caaaaatcag acacaattac acgtttcgaa      540

gctggtttca ctgcaggtgc taaatctgta aaacctgata ttgatgttca agttcaatat      600

gctgagtcat tctctgatgc tgccaaaggt tcaactattg cttcaacaat gtatgcttca      660

ggcgcagatg ttatctatca agcagctggt ggaactggta caggtgtctt cacagccgct      720

aaagaggtta atgaaaaact tagcgctgat agcgataaaa aggtttgggt aatcggtgtt      780

gaccgcgacc aatcagcaga aggaaactat acatcttcag acaataaaaa atctaacttt      840

gtattgactt caacaatcaa acaagttggt gcagtcgtta aagacattgc taacgatcaa      900

gttaaaggca agaaatttga aggtggtaaa actaagactt atggtatcaa agatggcggt      960

gttgacatcg taacatctaa tctcccttca gatattaagg atgcagtcgt aaaagctaaa     1020

gaacaaatca agaatggtga attgaaacca actgatggtc ttagcaaata a              1071


<210>  2166
<211>  2298
<212>  DNA
<213>  Streptococcus vestibularis F0411

<400>  2166
caagccaagg agcgttaccg tctggaaatt gaggagggag ctcagggaca ggcagaggca       60

aaagcgcatc tggaggaatt acagttcgct cagggattac aagaaaccat tagtagcttg      120

aagcaatatc agaaacagtt ggtacaatta gagcaggatc ttgaaatttc tcaagaagca      180

ttaagtgaaa agcagcaggt atttgagggc gttaaggctc aaaaagagga acttgcagtt      240

caatctgagg attttcttca aaaagaagag aaactgggag cgtggaaaga ggatattatc      300

tatgctcaga gtcttgctca agaacaggaa aaaatcaaac ggtcgagtgc taactacaag      360

cagttggaag caacctatca gcaggctagg aaagagattg agattcttaa caagtccttg      420

tcagacttgg aggttaatcg tcttagttta gatagcttac atgaggccga aaaactcctt      480

cagtctgtgg gctacagcgt ggagaatcaa ctggctcaag acctaaatga aatagaggat      540

ctgaatgagg agttgacaaa gaccgaaaaa cgtcgtcaaa cgctatcttt tgatattgac      600

caagctcaag aaagactcaa agaattggag gagaagttaa gaaggacttt agcttcacgc      660

cgtcaactca tgattgccca actgcaagca gagttagaag aaggacagcc ttgtatggtt      720

tgtggtgccc tggaacaccc taatgttggt ggagcacaag ctgatgaagt ggctttgaaa      780

aatctcatgg atcaggtgga gaagcttcaa gttcaaaagg aaaagcaagt cgctactgtg      840

tcaaatcgtc aggctacctt gagcgaagtt gaatctaaac gtcaagattt gcttgatcaa      900

gtgactaaag tcaagggaac tcttgaaaag cactatcaag aattagaaga tcaagttaag      960

ggacggtttg agtttgattt ttcagagcac tatgaagctg accgtgggca agccctactc     1020

ctgaaggtta agaagtatta tcaaaagtta caaaaacgct ttgataagga agaggacgat     1080

tgtgtccgat atcaggatga gataggtaaa gctcaggaaa aattgacaaa attggctaaa     1140

acctatcaag aggctaaggc agtgcttgaa caatctaagg aacgcctaag ggatttacaa     1200

gaagctcatc cggagcttaa gtctgttgag gtttatcaaa atcgtattgc acatgctaag     1260

caggaattgg ctctttatga gaagcaggtc aaggagaatg gtgaggccta taaccaactt     1320

catgccgata ttagagaaat caaagggcgg cttgagagta taactaagtc taaagagaag     1380

ttagaacaag atgttaagcg attatctgct gaattagagc aaagtatcaa ggttgaaggg     1440

gccctcacca atgacttaga gcaggtcgaa ctctggcttc ttgaagtaaa taatcaagct     1500

attcctatgc ttcaagccaa attaacgacc tatgcaacgc tcaaacaaga gttacaggcg     1560

cagattcgta agggacaaga gcttctccaa aataaagaac aaccagatct cgatagttta     1620

gcgcaagcag taaaggcttg tcaggaaaac tatgacaagc agcttgctca ggtttctgtc     1680

atgaagaagg gccttaagga tgctacggct acttaccaag cagctaaaac ccttcaagat     1740

agcagccaag aggccttcaa ggtccaccaa gagctcagtg atttggtcaa ggtggttaag     1800

ggagaaaata cggctctgac tggccgtctt aatctggaag tctatgttat ccgtcagtat     1860

ttccaacaaa tcttggatta tgccaatgcc aactacatcg gtctcttaac ggataatcgc     1920

tattcctttg ttctgagtga agaaggacgt agagcgcgtg atcactttgg cttagacatc     1980

aacgtctatg accagttaac aggtagcgag cgttccgtca aatccttgtc tggaggagaa     2040

acctttatcg ccgcactggc tattgcccta tccctgtcag aagtggtgca aaataccagt     2100

aagggggctg ttattgaagc tctcttcatc gatgaaggat ttggatcact ggataaggaa     2160

gccctgacca aagccatcgc tgttctggaa caaatcggtg aaaaccgtat ggtcggtgtc     2220

atcagtcacg tggatgacat gaaagaaggc atcacccaac aactagctat catcaagtcg     2280

catgatggta gtagccgt                                                   2298


<210>  2167
<211>  1254
<212>  DNA
<213>  Streptococcus vestibularis F0412

<400>  2167
gaagttttcc gtgatccagc caacttagac aagctgactg gtacggcagc tatcggtcat       60

gttcgttatg cgactgctgg tgaggcttct gtagacaata ttcaaccatt tatgtttaag      120

tttcacgatg gacagcttgg tcttgctcat aatgggaatt tgactaatgc agagtcacta      180

agacatgagt tggagaagaa tggggccatt tttagctcaa cttctgattc agaaatatta      240

gctcacttga ttcgtcgtag ccataacaca tcatttatag gaaaagtaaa agaagctctg      300

aacactgtca aaggtggatt tgcttacctt cttatgattg aggacaagct tattgcagct      360

ttggatccaa atggcttccg tccactttct cttggtaaga tggccaacgg tgctatcgtg      420

gtttcatctg aaacctgtgc ttttgaagtg gttggtgcag aatggattcg cgatgtaaat      480

ccaggtgagg tcgttatcat cgatgataat ggcatcactt acgataccta tactacagat      540

acgcaattgg ctgtttgttc gatggagtat atatactttg ctcgtcctga ttcaaatatt      600

caaggtgtga atgtccatac ggctcgtaaa cgtatgggag ctcaattagc acgtgagttc      660

aagcatgaag cggatattgt ggttggtgtg cctaattcat cacttagtgc ggccatggga      720

tttgctgaag aatcaggttt gccaaatgaa atgggcttga ttaaaaatca atacacccaa      780

cgtaccttta ttcaaccaac acaagaattg cgtgagcaag gagttcgtat gaaactctct      840

gccgtatcag gggttgttaa aggaaaacgt gtggtcatga ttgacgattc cattgttcgt      900

ggaacaacgt cccgtcgtat cgttcaactc ttgaaagaag caggggcgac tgaggttcac      960

gtggcaatcg gtagcccagc tcttgcctac ccatgttttt acggtatcga tattcaaaca     1020

cgtaaagaat tgattgccgc caaccataca gttgaggaaa cacgcgaaat cattggtgcg     1080

gatagcttga cttacttgtc tatcgatggc ttgattgatt ccattggaat tgacacagat     1140

gcaccaaatg gtggcctttg tgtggcctac ttcgatggca aatatccaac accattgtat     1200

gactacgaag aacgctattt ggaaagtttg aaagaacaca cttctttcta ttaa           1254


<210>  2168
<211>  642
<212>  DNA
<213>  Streptococcus vestibularis F0413

<400>  2168
atgcgagtta gaaaacgtaa aggtgcagag gaacacctag ctaatcatcc tcagtatgtt       60

atccttgagc cagaagctgc taaaggtaaa tggcatcagc tttttggtaa tgacaatcct      120

atccatattg aggtgggttc tggtaaggga gccttcatta ctggaatggc ccaacaaaac      180

cctaatatta actacatcgg tattgatatc cagttgtctg ttttgagtta cgccttggat      240

aaggttttga cctctggtgc tgaaaatgtc aaactcttgc gtgtggatgg atctgccttg      300

accaactatt ttgcggacgg tgaagtggac atgatgtatc tgaatttctc agatccatgg      360

cctaagagcc gtcacgagaa acgccgtttg acttacaaga ctttcctaga tacttataag      420

caaatattgc ctaaaaatgg agagattcac tttaagaccg ataaccgtgg acttttcgaa      480

tacagtttgg cgagcttctc acagtatgga atgattctca acaaagtttg gttggacctt      540

catgctagtg attacgaagg taatgttatg actgagtacg agcgtaaatt ctcagaaaaa      600

ggtcaagtca tctatcgagt agaggctcag tttaaagatt aa                         642


<210>  2169
<211>  597
<212>  DNA
<213>  Streptococcus vestibularis F0414

<400>  2169
atggtaaact atccccatca gatatctcgt aagatagcac aagtacgtac taaaaaatcg       60

aatagagttg actttgccaa tcgggggatg aactttgaat ctgctattaa tgcgactaat      120

gattactatt tgtcgcgtgg cttagctgtt attcataaga aacctacacc tgttcagatc      180

gtcaaagttg attatccaaa acgctcacga gcaaagattg tagaagctta ctttaggcaa      240

gcctcaacta ccgactattc tggtgtttac aaaggatact atattgattt tgaagccaaa      300

gagacacggc aaaagacatc tatgcctatg aaaaactttc atgcgcatca aattgagcac      360

atgtctcagg tcatcaatca agatggaatc tgcttcgtgc tacttcactt ttcaacgctt      420

aaggaaacct accttctgcc tgccaaagac ttgatcgctt tttatcgaat tgataaggga      480

tcaaaatcaa tgcctcttga ttatatcaaa aaaagaggtt atgcaatcgc agaggcagct      540

tatcctcaag ttccttattt agaaatcatt gaaaaattat taggtggtaa cacataa         597


<210>  2170
<211>  651
<212>  DNA
<213>  Streptococcus vestibularis F0415

<400>  2170
atgaaacaca aacacacaca ttatatttgc gcttcctttg cctttttatt atttgttgct       60

ctcggttaca tggtcaagtt ctaccctgaa gccttgacag aatttgatag cagcatacaa      120

accagggttc gaggagactt accagcagga ctgacacact tctttaaaac gattaccata      180

cttggaaaca cgccagtcca ggctattatt gcaattgtag cagtaatctg gctttattta      240

cgtcagtata aatcagaagc tatctttgta ggtaccagtg ctgttctcgc tagtattatg      300

attgtaagtc tgaaatatat ttaccaacgc ccacgtcctt taattacaca tttggttcat      360

gctagtggtt attcatttcc tagtggccac tccttgggaa ctttcatgat tcttggtgca      420

attgctattg tccttactca acgtttggag aaaaaagaat ctcaagtagc agtttttgct      480

atttctggcc ttctgattgc tcttgttggg ctgtcgcgta tttatgtggg tgttcacttt      540

ccaacagatg ttttagctgg ctttacccta gcgtttggct tgcttaatgt catctatcca      600

acttatgacc gtattcgctt tgaatggcga tttcaaagta aacagaaata a               651


<210>  2171
<211>  519
<212>  DNA
<213>  Streptococcus vestibularis F0416

<400>  2171
atgtcagtcg ttattcgtaa ggttcttccg gaagaagtag cagaattaaa agttatctcc       60

gaagatacct ttagagagac ttttgctcat gataataccg aggcccagtt gcaagattac      120

ttcgacacca cacttgctga ggaagttctc ttggatgaaa tcactcatga agaatcgcgt      180

tactttttca ttctcgttga tggtgaaaag gcaggttttc taaagaccaa tgttggttct      240

gctcaaacag agcagtattt ggacaatgcc tttgaaattc aacgtatata tattagtcag      300

gccttccaag gcatgggttt gggtaagcaa ctctttgaat ttgcattgca ggaagcccgt      360

gatctaggtt gtgattgggc ctggttgggt gtttgggaaa gaaatttcaa agcacagata      420

ttttacgata aatatggctt tgaaaaattt tcagaacaca attttccggt cggtgatggt      480

aaagtggact gcgattggtt actaaaattg aaattataa                             519


<210>  2172
<211>  2064
<212>  DNA
<213>  Streptococcus vestibularis F0417

<400>  2172
ccccttcaga aagaattaga ccatttaact aaacagattt cagttattgc ggtgtctgta       60

ggtctcttct ttatggtggc agcgactcta tttgtccacc aacctttgtc ccaagctttt      120

atctttgcac tgggtatgat tgttgccttt attcctgagg ggcttcttcc cacagttacc      180

ctatctctag ccatggctgt tcagcgtatg gctaaggatc atgctttagt gaagaaatta      240

tcttcggttg agactcttgg agcgacctct gttatttgtt cagataaaac gggaaccttg      300

actcaaaatg ccatgacagt aaatcattta tggaccttgt cagggaatta tgaggtaact      360

gggcttggtt acgcaccaga agggcatatt gagaaggaag gacaatccgt tcctcttaaa      420

gataataacc ttctgaatcg tctggttcgc ttttctcatt tggctagtaa tgctcaagtg      480

gtttctccaa gtgctgacag tcccaattat acggttttgg gagatccgac tgaagcttgt      540

cttaatgttt tagctgaaaa agcagggatt aatttaaatg aaaatcacat ttgggctcct      600

cgtatcaaag aaattccctt tgattctgat cgtaaacgaa tgacaacggt acatagtctc      660

gaaaaaagtc tggatggcag tcaccatatt tctatcacta agggtgcacc taaagaagtg      720

atggaacttt gctcagacta ttctgatggt caaggggcaa tcaaatctat gaccactaca      780

gaacgtcaag ctattcttgc tgctaacgac caatttgctc gtgacggctt gcgtgtttta      840

gctgtcgctt atagaccctt agaaagtgag catattggag aagacaagtg gaatatgcag      900

accttggagg acaatatggt ctttctaggc ttggtggcca tgagtgatcc gccacgtcag      960

ggtgttcgtg aagccattga aaaatgtcac agagctagta ttcgtataat catggtgaca     1020

ggtgactatg gtttgacagc tctcagtatt gccaagaaaa tcggaattgt acaaggggat     1080

gacgcacgtg ttgtttcagg acttgaacta gctggtatgg atgatgacca gctcaaagaa     1140

gtgcttaaag gggaggttgt ttttgctcgt gtggctcctg aacaaaaata ccgtgtggta     1200

aatgcacttc aggaacttgg tgaagttgta gctgttactg gtgatggtgt taatgatgcc     1260

cctgccctta aaaaagctga tatcggagta gctatgggaa tatctgggac tgatgtagct     1320

aaggaatctg ctgatatgat tttaacagat gatcattttg cttctattgt ccatgctgtt     1380

gaagaaggac gtgccgttta tcgaaatatt caaaaattct taacctatat ttttaattcc     1440

aatactccag aagctgtacc ctctgccttc ttcttgtttt ctctgggacg cattcctctt     1500

cctttaacgg ttatgcaaat cctagctatt gacttaggaa cagatatggt acctgctttg     1560

ggattggggg ttgaaccacc tgaagaaggc gtgatggata ggccaccaag acgcctatca     1620

gatagactgc tcaatcgaca attgttgatt aaggcttttg tctggtatgg actgattgaa     1680

gcagccttag ctatgggggc tttcttcctt aattattggg ctaatcaagg taacttaaac     1740

catttggcta gctcaggtcc tctctaccga gaggcaacca caatgacctt aggtgctatt     1800

atctttaccc aaattggtat ggctatgaat agtcgtaaag gtagagggtc tatattccaa     1860

gttaaaccat ttgctaatcg gattattagc ttagggattg ttttagaaat tgttctcttt     1920

atcatcctgt cttacgtgcc tctcttccac atgctattta acactgcgcc tattggactt     1980

gatgattggc tctatttact cgcttgtccg tttgttatta tggctttgga agaaattaga     2040

tatcgcttat ttgataaaaa gtaa                                            2064


<210>  2173
<211>  1728
<212>  DNA
<213>  Streptococcus vestibularis F0418

<400>  2173
attttggcca ttacctttac caataaggct gcccgtgaaa tgcgtgaacg tgcaatggct       60

ttaaattccg caacttcaga aaccttgatt gcgaccttcc atagcatgtg tgtgcgaatc      120

cttcgtcgtg aagcggatca tattggctac aacagaaact ttactatcgt agatccagga      180

gaacaacgta ctttgatgaa acgtattctc aagaatctga atttagatcc taaaaaatgg      240

aatgaacgtg ccattttagg gaccatttct aacgccaaaa acgacctctt agatgaggta      300

gcttatgagc atcaagctgg tgatatgtac acccaaatcg ttgctaaatg ttataagtcc      360

tatcaggaag agctccgtcg tagcgaagcc atggattttg acgatttgat tatgatgact      420

ttacgtctct ttgacaaaaa tcctgctgtt ctcgcctatt atcagcagcg ttatcagtac      480

attcacgtgg atgagtacca agataccaac catgctcagt atcagttggt aaaactctta      540

gcatctcgct tcaagaatat ctgtgtcgtg ggtgatgctg accaatcaat ctacggttgg      600

cgtggggctg atatgcagaa catccttgat tttgagaagg actatcctga agctaaggtt      660

gtcctcttgg aggaaaacta ccgttcaacc aagaaaattc tccaggcggc taacgaagtc      720

atcaagaaca accgcaaccg ccgtcctaag aaactttgga ctcaaaatga tgacggtgaa      780

cagattgttt attaccgtgc taacgacgag cgtgatgagg ctgtattcgt agcttcaaca      840

atcgacaata tcgtccgtga agaaggcaag aatttcaaag acttcgctgt tctttaccgt      900

accaatgctc agtctcgtac tattgaggaa gccttgctca agtctaatat tccttatacc      960

atggttggtg ggacaaaatt ctacagccgt aaagagattc gtgatgttat ttcttatttg     1020

aacttgattg ccaacccttc ggataatatt agttttgaac gtgtcgtcaa tgaacctaaa     1080

cgtggagttg ggcctggcac actcgaaaaa attcgtaact ttgcctatga gcaaaatatg     1140

agcctcctag atgcttcagc taatatcatg ttatctccta ttaaggggaa agcagctcaa     1200

ggcgtttacg atttcgctaa cacgattctg aacctacgtg accagctaga tgggctaagc     1260

attaccgaga ctgtagaagc tattttagac aagtctggtt atctggatgc tctgtccatg     1320

caacaaacgc ttgaaagtca agcacgcatt gaaaatatcg aagagttcat gtctgtaacc     1380

aagaattttg acgaaactaa tacagatgtt actgaagacg agacaggcat tgaccgttta     1440

ggccgtttct tgaacgattt ggctttgatt gctgatacgg acgatggtga catggaagca     1500

gcagaagtaa ccttgatgac tcttcatgct gctaaaggac ttgaattccc agtcgtcttt     1560

cttatcggta tggaagaggg agtcttccct ttgtctcgtg cttcagagga tccagaagaa     1620

ctcgaagaag agcgtcgttt ggcttacgta ggtatcactc gggcggaaga gattcttttc     1680

cttaccaacg ctaatacacg tacgcttttt ggtaagacta gctataat                  1728


<210>  2174
<211>  1461
<212>  DNA
<213>  Streptococcus vestibularis F0419

<400>  2174
atgagttcgc gtacgaaacg taagcaaaaa cggacgaaca atagatcgtg ggtaatggtc       60

aactttggat tgaccattat gtatgctatt ttggcagcgg tcttattatt cactatgttc      120

aattataact tcctatcttt taggtttttg aacataatta ttacctttgg tttgttactg      180

gttcttgcgg ttagtatctt ctttcagaaa accaaaaaat caccactagt gacaacggtt      240

gtattagtaa tcttttcact atcttctttg gttggtattt ttggatttaa acaactgatt      300

gatatcacta accgtatgaa tcagactgca gctttttcag aggtagaaat gagcattgtg      360

gtaccgaagg atagtgatat caaagatgtg agtcagatta ctagcgttca ggcaccgatt      420

aagattgata agaaaaatat cgatactttg atgtcagctt taaaggatga caaaaaggtt      480

gatgtcaaag tcgatgatgt cgcttcctat caagaagctt atgacaatct taagtctgga      540

aattctcaag caatggtctt gagtggttct tatgctagcc tattagaatc agttgatagt      600

aactacgctt caaatttaag aacgatttat acctacaaaa ttaaaaggaa gaataacggt      660

tctacaaaac aggtggactc aaaagttttc aatatttata ttagtggtat tgatacctat      720

ggttcaattt cgacagtatc acgttcagac gttaatatca ttatgactgt taatatgaat      780

acgcataaga ttcttttgac aacaacacct cgtgacgcat atgttaagat tcctggtggt      840

ggagcgaacc agtacgataa gctaactcac gcaggtatct atggtgttga aacatcagag      900

caaactttgg aaaatcttta tggtattaat attgattatt atgcacgtat caacttcacg      960

tcattcctta aattaattga ccaacttggt ggtgtgaccg ttcataatga tcaagccttt     1020

aaaagtcttc atggtaagtt tgatttccca gttggagata ttcaaatgaa ctcagaacaa     1080

gcacttggtt ttgttcgtga gcgttatagc ttggatggtg gtgataatga tcgtggtaaa     1140

aatcaagaaa aggttatttc agcgattgtt aacaaattag cttcacttca ttcagtatca     1200

aactttacgt caattgttaa caatcttcaa gattctgttc aaactaacat gtctttggat     1260

accattaatg ccttggctaa tacacaactg gattcaggaa ctaaatttac agttacatct     1320

caagcggtga caggtacagg ctcaacggga caattgactt catatgctat gccaaattct     1380

agtctctaca tgatgaagct agatgattct agtgtggaaa gtgctgctca agctatcaaa     1440

aatatgatgg aggaaaaata a                                               1461


<210>  2175
<211>  552
<212>  DNA
<213>  Streptococcus vestibularis F0420

<400>  2175
atgaccaagg cattgatttc aattgattac tcttatgatt ttgtggcaga tgatgggaag       60

ttgacggctg gtaagcctgc ccaagccatt gaagatcgta ttgctcaggt aacgcaagaa      120

gcttatgaca atggagatta tatctttgtt gccatggacc gacatgatga gggggatact      180

ttccatcctg agactaaact atttccgcct cacaatattg cagggacaga cggacgagaa      240

ctttatggta agttagctgg tgtatatgat gccatcaagg atgacaatcg tgtcttttgg      300

atggacaaac gtcactattc ggctttttca ggaacagatt tggatattcg tttgcgtgag      360

cgtcgtgtga cgacagttgt tttgacggga gttttaacgg atatttgtgt gttacatacg      420

gctattgatg cttataattt gggctatgat atcgaggtgg tagagagtgc aacagcctcc      480

ttgacacctg aagcacatga ctttgctatt gggcatttaa aaaatgttct tggagcaaca      540

attgtagagt aa                                                          552


<210>  2176
<211>  930
<212>  DNA
<213>  Streptococcus vestibularis F0421

<400>  2176
attgacgtgt attttcacac agcagtagga gataatgaaa accgcctact ttcagttctt       60

gatcaagcca gtcagcgtag tgatttagtc atactttgtg gtggacttgg ccctactgag      120

gacgacttaa ccaagcaaac actggctaag tttttagaaa aagaactcgt ttttgatgag      180

gaggctagta aaaaactgga tagtttcttt gctactcgtc ctaaacacac acgaacacct      240

aataatgaac gccaagcgca aattgttgag ggatccgtac ccttgcaaaa tctcacaggt      300

ctagcagttg gggggattat tactgctcaa ggggtgacct atgtcgtttt gcctggtcca      360

ccaagtgaac tcaaacctat ggtgaaccaa gagcttattc cagctcttac agagaatcat      420

actactcttt attctagagt cctaaggttt tttggtgttg gagaaagtca attggtgact      480

attcttaaag atctcattgt taaccaaacg gacccaacca ttgcgcccta tgctaaagtg      540

ggagaagtga cccttcgctt atcaacaaag gcatcgtcgc aagaagaagc ggatcgaaaa      600

ctagatgttt tagaagaaca aattcgttct actaaaactc tagatggaaa aagcttgtct      660

gacctcatat atggatatgg agaatcaaac agcttagctt atgaagtgtt ctatttgctt      720

aagaaatatg gcaaaactat tactgcagct gaaagtttaa cagctggctt atttcaagct      780

agtgttgctg atttttctgg agcttcacaa gtattcaagg gtggttttgt cacctatagc      840

attgaacaaa aagctaaaat gttggatatt cccttatcta aattagaaga gcatggtgtt      900

gttagtcatt ttacagcaga aaaaatggct                                       930


<210>  2177
<211>  570
<212>  DNA
<213>  Streptococcus vestibularis F0422

<400>  2177
ggcattgact attatgaaaa gttgttgacg acttacccag agtcgtcata cattacactc       60

tcgacactag acttgccagc tcgtctcaaa gatcttaata aacaactgga aaagaacatc      120

gctgatgcag ccaagttcac tgaaaaaact aaaccaggaa aaatcgagaa caataagcaa      180

gagcacaaaa gacttaaaga agagattgac tttcttcaag aaaaggttga tgctggaaat      240

aagactgtcc cactttcagg tacattagtt cttgaatttg gcaagacgtc tgagaatatc      300

tatgcaggaa tggatgaaga ctaccgccgt tatcaaccgg ctattctgac ctggtatgaa      360

acagctaatc acgcctttga gcgtggttcc gaatggcaaa atatgggggg agttgaaaat      420

tcacttgatg gtggtttgta taatttcaag tctaaattta acccacgtat tgaacaattc      480

attggggaat tcaaccttcc agttagccct ctttacggac tagccaattt tgcctataaa      540

gtccgtaaga aattacgtag caaacattaa                                       570


<210>  2178
<211>  873
<212>  DNA
<213>  Streptococcus vestibularis F0423

<400>  2178
atgacaaatc gttacgactt aaataaaaat ttggcacaaa tgcttaaggg aggcgtcatc       60

atggacgttc aaaatcctga gcaggcacgt attgcagaag cagctggagc agctgcagtt      120

atggctttgg aacgtattcc agctgatatt cgtgcggttg gtggtgtgtc acgtatgagt      180

gaccctaaga tgattaagga aattcaagag gctgtcagta ttccagttat ggccaaggtg      240

cgtatcggtc atttcgtgga agctcagatt ttgcaggcta ttgagattga ttatatcgat      300

gagagtgagg tattgacgcc tgccgatgac cttattcatg tggataaaac caagtttgat      360

gtgcctttcg tctgtggggc taaggacctc ggtgaagctc ttcgtcgtat ttctgaaggg      420

gcatcaatga ttcgtaccaa aggcgagcct gggactggtg atattgtcca agccgttcac      480

cacttgcgac ttatgaatca ggaaattcgc cgtattcaaa atctcagaga agacgagctt      540

tacattactg ccaaagactt acaggtgcca attgacttgg tccgttatgt ccatgaacat      600

ggcaaattgc cagttgtcaa ttttgcggct ggtggtgtag cgacgcctgc cgatgctgcg      660

cttatgatgc agttgggtgc tgaaggtgtc tttgttggtt cagggatttt caagtcagga      720

gatcccaaaa aacgtgcgga agccattgtc aaagcagtaa ctaactttga tcgtcctgat      780

attttagcgc aagtgtcaga agatttgggt gaagccatgg ttggtatcaa taaggatgaa      840

attgaaatct taatggcaga gcgaggaaaa tag                                   873


<210>  2179
<211>  516
<212>  DNA
<213>  Streptococcus vestibularis F0424

<400>  2179
atgttaggtg tcatcctact ctatgttggt atggttttga tgagtaatgg atttcatcgc       60

ttggaaggta ttcccgacaa atcaaatgtt gttatgaata tctttacagg tggtttggga      120

ttgattctca atattattgt cattgcttat ggggcctgca caggaaaagg cgctgactgg      180

ttttatggta gtgccacagg tcttttgttt gcttttacat atatttattc agctatcaat      240

acaatctttg attttgatca acgtttgtac ggctggttta gtttatttgt ggcaattaat      300

acgctaccag cagggattct ttgcttaaca tctggatatg gtggtaatgc ttggtatggt      360

attatttggt tcttgtgggg tattctatgg ctaactgcct ttattgaaat taaccttaag      420

aagaacctag ggaaatttgt tccttaccta gctatttttg aaggaattat aacagcttgg      480

attccagggc ttttgatgct ttggggcaag tggtaa                                516


<210>  2180
<211>  672
<212>  DNA
<213>  Streptococcus vestibularis F0425

<400>  2180
atgacaatag atcagcaact cgtttgctac aaacgtcttc caaactggac agccacgaca       60

ctcccagaaa tggtgacgca aaaacataac actaaggttg gaacctgggc taaactgact      120

attctatcag gagctcttaa cttttacgaa ttagatgaag ggggacagat tactgcagag      180

cacctcttca cgcctgaaac ggaaattcct tttgtccaac cacaagcttg gcatcgaatc      240

gctcctgctt cagataattt agaatgttat ctttccttct actgcaagcc agaggactat      300

atggctaaaa agtatgatac taaagcccac tctgaggttc ttgaagccgt ccagtctgga      360

tatattaaac ctggtcgtac ccttgattta ggctgtggcc atggtcgtaa cgctctttat      420

ttggcatcac ttgggcatga tgttacagcc gttgacgtta ataacgaagc tacacaacgc      480

atccaaatga ttgcagatga ggaaaattac aatgttagag ctggctacta cgatatcaat      540

gttgctgctc ttcctgagtc tgaaaccttt gacttcatcc tctcaacagt ggtcttcatg      600

ttcctagatc ctgatcaaat tccagctatt attcagaata tgcaagagcg tactgtcgta      660

ggtggttaca at                                                          672


<210>  2181
<211>  333
<212>  DNA
<213>  Streptococcus vestibularis F0426

<400>  2181
atggctaaga ttaatttaac gcccaagaaa atctacgaac aagaatttaa aacaagcatg       60

cgtggatacg ataaaacaga agttgatgag tttttagatg atgtaatcaa agattacggt      120

gtctacattg ctctagttaa agaattgcaa gaagaaaatg caaaactgaa ggccaaggag      180

acatcagctc ctgcaagacg tcccgcatat gcaagtgcga caagtgaacc accatatgct      240

actgccaata ttgcttcggc ttcaaactat gatatcttaa aacgtatcag tcgtttggaa      300

aaagaggtct ttggaaaaca aatcgtcgaa taa                                   333


<210>  2182
<211>  672
<212>  DNA
<213>  Streptococcus vestibularis F0427

<400>  2182
atgaaaaatt taaaatttca atccgttttt gacattatcg gtcctgtcat ggtaggacct       60

tcctctagtc atactgcagg agctgttcgt attggaaaaa ttatttcggc tatctttggt      120

gatataccca ctgaagtaga atttcaactt tttaattcct ttgcaaaaac ctatcgaggt      180

catggaacag atgtggctct tgtagctggt attttaggta tggaaacaga tgaccctgat      240

attccacgtg cacttgatat tgcacacgaa aaaggcatta aggtctactg gaagatcaac      300

aaagatagca atgcaccgca tcctaacact actcgtatta cactaaaaaa tgctacaaaa      360

actatctctg ccactggtgt ttccatcggt ggagggaata tccaagtaac tgagctcaat      420

ggttttgcgg tcaatctcaa gatgaataca ccaactctca tcattgtcca ccaagatgtt      480

cctggaatga ttgcccttgt cacagatatt ttgtcgcgtt atggtatcaa tatcgctcaa      540

atgactgtta ctcgggaaaa tgccggtgaa aaggccatta tgattatcga aattgactct      600

caccagtgtg atgaagctgt tactgatatc gcaagaattc caaatttgca taacgtgaac      660

tttttcagtt aa                                                          672


<210>  2183
<211>  951
<212>  DNA
<213>  Streptococcus vestibularis F0428

<400>  2183
atggcaacat ttaaagatta tttggaaaat aattctcccc tcattcttca tggggctcta       60

ggaacagaga tggaagcctt ggggtatgat atttcaggta agctctggtc agctaagtac      120

cttcttgaga agccagaagt tatccaagaa attcatgaaa tctatgtagc tgctggagct      180

gacttgatta ccacgtcatc ttatcaggcg accttacctg gcttggtaga ggcaggactt      240

accgaaaaag cagcggagca gattattgcc ctaacggtcc agctagcaaa agctgcacgt      300

gataaggtat ggggagcatt agatgagact gagaaagcaa aacgaccata tcctttgatt      360

tctggagatg ttggtccgta cgcagcttat ttggctaatg gttctgagta tagtggtgat      420

tatggtcaaa ttactatcga agagcttaag gattttcatc gccctaggat tcaaattctc      480

ctagatcaag gtgtggattt gttggctttg gaaaccattc caaatcgttt ggaagcacaa      540

gccctgattg aacttctagc tgaagagttt cctgaagcag aagcttatat gagttttaca      600

gtccagattt cagatgctat cagtgatggg acttctctag ctgaaattgc caagcttgtt      660

tctcagtcaa atcaaatttt ggctgtagga atcaactgta gttcacccct tctttataac      720

caggctctag ctatgcttaa gactgctggt aaggcgctca ttacttatcc caattcaggt      780

gaagtttatg atggggacag tcagacttgg aaaaccaaag ataaggacgc tttaacccta      840

gttgaacata gcaaggattg gcatgctcat tttggcgtga aaattttggg tggttgctgt      900

cgaacacgtc caaatgacat taaagcctta tatcaagaat ttagaaccta g               951


<210>  2184
<211>  1353
<212>  DNA
<213>  Streptococcus vestibularis F0429

<400>  2184
ggctctacca tgattgcacg tactgaagat tctcaatcag gtgtttttac gcccaaagag       60

ttcctagtag tgacccctga agaccaacca cgtcattatc agtctgtgct tagcaagttt      120

tcaattgatt tgccagataa tcctttacgt tatacctctg taccagatgc gcttggtaaa      180

gacggtatct ggggagaggc tggtattaac tcagctaatg ttgccatgag tgcaacagaa      240

acaatcacca ccaatgcgcg cgtactcggt gcagaccctc ttgtaaaaga tggttttgga      300

gaagaggata tgctgacttt ggtcttgcct tatatcaaaa ctgcgcgtga aggtgtcctt      360

cgcttgggtg aactccttga aacttatggc acatatgagt caaatggtat tgcttttgca      420

gatactgagg aaatttggtg gttagaaaca attggtggtc atcattggat tgccagacgt      480

gttccagacg atgcctatgt tacaaaccca aaccaacttg gtatcgatca ttatgagttt      540

gaaaatccag acgactattt agcctcacca gatatccgga actttatcaa taagcatcat      600

ttggatttaa cctattctaa cgaacacttt aatccacgct atgcttttgg tagccaacga      660

gataaggatc gtcattataa tacaccacgc gcttgggcta tgcagaaatt tttgaaccca      720

gaaaaggact atgatccaaa atcattcttc attccatggt gccaaaaacc ttaccgcaaa      780

attacagttg aagatgttaa atatgtcttg agtcttcatt accaagatac accttacgat      840

ccttatggac ctcaaggaga tacggtgagt caacgccaat tccgtccaat cggtatcaac      900

cgtactagtc aaacggctct cttgcaaatg cgtcctaaca aaccatcaga aacgacagga      960

attcagtggt tagcctatgg atcaatgcca tttggtacga tggtgccatt ttggactcaa     1020

gtcggaacga cacctgctta tttccgtcaa acaacagata aggttgatac aggtaatttt     1080

tactggagca accgtttgat tgctgcaatc tgtgatccgc atttccaaca gcatgaagca     1140

gatttggatg actatgtcga aacaactatg gcacttggac atgccatgat taatcgtgta     1200

gatactgctt tggaaaatga tgaaagtatt gattttgaaa ctgaaaatca aaagattagt     1260

gaccagatac agttagaaac agataaacta ttggcaaaag ttttaaatga tgcaagtaat     1320

ttgatgacta atcgtttttc tatgagtgat taa                                  1353


<210>  2185
<211>  618
<212>  DNA
<213>  Streptococcus vestibularis F0430

<400>  2185
atggaaacaa ctaggcctga gcttgtggct tatcaaaaag aacgtttagc taaatttgta       60

agtgaaaatc aaaagttaga caagggcaaa attgtttttg caggggactc tatcacggag      120

ttttttgcat tgaaaaagta cttaggtcga gactttccct tggttaaccg tgggattgca      180

ggaacagact cggtttggct tttagaacac cttaaagagc aagttttaga tttggaaccc      240

agtaaactgg ttatcttgat tggaattaat gacattggac gaggttatcc cattcaagat      300

attgtcaatc gtatttcgga tattatcatg acagttcgac aagaatctct atatacagaa      360

atttacttgc taagtgtctt tcccgtcagt gaaagattgg aacatgcttc gaaggttaaa      420

attcgaaaca atgctactgt aggtgaactt aatcaacaac tagcagtcct acctggtgcg      480

acttatgttg atttgtttga ttaccttacg gatgctcaag gacagttaaa tgccaactat      540

acaacagatg gtttgcactt gagtccacaa gcttatcagg tcatagcaga accaattata      600

aaggagattt tagaatga                                                    618


<210>  2186
<211>  1404
<212>  DNA
<213>  Streptococcus vestibularis F0431

<400>  2186
gtgccgaggc gtctgatttt cagacaggac cctaactaca ataagattgc aaaaacagct       60

gattctaagg ctaactatga aaatacaatc tatgaacgta tgggttacat tgattactat      120

gacaccaagg agttgcagga gaaagccagc acacttgata agttggtaac aactaagcca      180

acaaaagcca ataaagctat ctaccaaaaa tatgtggata gtttgggaca tggctggcgt      240

ttgcatcagt ttaagcaaag taagcagttc tatgcgacac gtgatgtacc agtgcttgaa      300

cgtgtgtttg aattctacac gcacctcttt gaatttgaca atactggatg ggttaaagat      360

aaaacaaatc caaacttgaa gcgttacatc catattgaaa atgacccagc tattggttgg      420

tcagttgttg gttcagggac taagcacaaa tatttgcttt actttaacag tcagttccca      480

tttgttcacc aaaactttgt taagatgaat cttggaactt catacccaac ttatgctgag      540

caaggtgttc ttgatgttat tacgcaaggt caaggacaaa cacaaagctc tgaggtcaac      600

ttccctactg gtaagaaaat atcttcagta gatatctatt ctcgtactta taaatcacct      660

agtcaggctg acgctagaga tcgttcttac tatggtgatg atccgtacac atctactaag      720

agtcgctatc aatacccatc aatggtgaca agctctgcca ttgctggttt gattggtttg      780

gtcttgtctt acgccttggc gattccatta ggttcataca tggcacgctt taaaaacaca      840

ctctttgaca gtgtgtcaac aggtgtctta actttcttgc tttctctacc aacgattgcc      900

ttggtatata tcattcgctt gattggttct gagattggtc ttccggattc tttccctatc      960

ttgggtgcgg gtgactggcg ttcttacgtc ttgccatctg ttattctcgg tctcttgtca     1020

acaccaggtc ttgcgatttg gattcgtcgt tacatgattg acttgcaatc acaagacttc     1080

gttcgttttg cacgtgccaa agggttgtca gaacaagaaa tttcgaacag gcacattttc     1140

aagaatgcta tggtttcctt gatttcagga attccagcat ctattgttgg ggttatcaca     1200

ggggcaacct tgacagaaac aatcttcgcc taccctggta tgggtaaaat gttgatcgac     1260

tctgttcgtg cttctaataa tgctatggtc gttggtctgg tatttatttt cacagccctc     1320

accatcttct cattgcttgt gggtgatatc cttatgacta taattgaccc acgtatcaaa     1380

ttgacatcta aaggaggtaa ataa                                            1404


<210>  2187
<211>  1824
<212>  DNA
<213>  Streptococcus vestibularis F0432

<400>  2187
atgagaatta actggttttc ttatattcgt gtgacagggc tttttttggt tcttgtctat       60

catttcttcc caagcattct ccctggggga ttcattggtg ttgatgtttt ctttaccttt      120

tcaggctatc tgattacgtc acttttgatt gatgaggtgg ctaggacgca gcgcattgat      180

tatcttggtt ttatgcgacg acgcttttac cgtatagtac caccacttgt actgatggtg      240

cttatctgta cccctttagc actcttggtt cgaaatgatt ttattgcagg cgtcgggcgt      300

cagattacct ctgttattgg ttttgtaact aactattatg aaattttaac tggtgggaat      360

tatgagaatc agtttaacca gcatatctac ctccacacat ggagtctagc tattgaggtt      420

cattattata ttctttgggg tgccttactt tggttcctag caaagcgtgt taagcatcaa      480

aatcaattta gaggtctagt tttcatggta tctcttacct gctttacggt aagtttcctc      540

tcaatgtttg ttagtgcttt ctttgttgat ggtttttctc gcttgtattt ttcttcaatt      600

acgcatgctt atcctttctt tttaggttcg ctttttgcga cgctttcagg tgtacatgag      660

acgactgcta ggtttaagaa aaatgttcgc ctatgggaac ttaaaaagac ggtcctttat      720

atggttggta gctttgctct gctcttattg ttgggcttag tccttcattt tgaagaacgt      780

attacctatc tatttgggtt tgttttggct agtttgttta cggctgtcat gatttactct      840

gcacgtattc tccatgagaa gttacctggt aaatcagagc ctgcggttat tagttattta      900

gcggaaatca gctacagcgt ctatttgttc cattggccgc tatatattat ctttagtcaa      960

ttgaccaata atattattgc agtcattctg acaacgattc tgtcaattgt ttttgcgaca     1020

ctttcctact atataataga gccatttatt gcaggaagaa aggcaagtat ctttggaata     1080

gatttggact tgacacctta ccgacatatt gtgctctatg tcttcagtgg actcacctta     1140

attacagtgc tcatttctct ctttgcacca gctgttggga actttgagaa agacttggaa     1200

gctaacggat tgtcacaagc tcaaactaag atgaaattga cgcgtaccaa tgcggagaac     1260

agtcaggcta cttcatttgg tgtgaataaa ggagtgacaa ttctagggga ctctgttgct     1320

cttaggtcga aagatcagat tgaatcaagt attgataatg tcgctataga tgcagtagta     1380

agccgtaatc tatcaacaat caatgactta cttaaagatt atgcggatag taacgctctt     1440

gccaaggatg ttgttattgc tggtggtgtt aatgagattg atgattacaa aggtgttatt     1500

aataaaatca tcaagaattt acctaagggt caccgtatta tctttgtgac accatacaat     1560

ggtagtaagt ctggaaatga agctgcatct ttagttcagt tacgtaagta tgagttagag     1620

atggctaaga aatatgactt tgtgacggtt gctgattggt atcaaattgc taaagaaaat     1680

atttctattt ggaatggtac agatggggtt cactttggct ctgatagtga ctctattaac     1740

cgtggtgcta aattatatac taatacaatc aaagaggcta tcgcgaaagc aaataagaaa     1800

cctgttaaag gtggtaaaaa ataa                                            1824


<210>  2188
<211>  1194
<212>  DNA
<213>  Streptococcus vestibularis F0433

<400>  2188
atgaaatcat ataaaggaat tctcctacta accgtaagtg ttgttctgac ggtatacgcc       60

tggctagcaa ggggcatgac aaacttcgtc gctcctggtc tagctttaac aaccttatca      120

tggactttta tgttggcaac acgatcacga gttttagaaa aagtctttaa cggaattgag      180

agaatgtaca ctgtccacaa atttcttgcc atcttatcag ttgttctcct tgttttccac      240

aacatcggta tggggagtct atggggttcc cgtctggctg ctcggttagg aaaccttggt      300

atttatactt tcttggctat tgtggttctg gtctttcttg gcaaaactct caaatatgaa      360

acttggcgtt ggcttcatcg tttggtgtac ttagcctata tttttggtct ctcccatgtc      420

tacttgattt tgggacaagt attgactaag ccaagtctct tatcattggt agtgggggac      480

ttcgctattc ttggtttaag ctcaggattt tatatcatct tcctctacca aattattggt      540

tttaaaaatc gtgggaaaat tgtgggctta aaacgtatta accatgacac aacagaaata      600

gctattaggc taacacgtcc aatggattat caatttggtc aatttacctt tattaagata      660

cttcaagctg gttttgagaa ggcacctcac cctttctcta tctcaggtgg acatggcaat      720

attatctatt ttaccgttaa ggcttcaggt gatcatacca aacaaatcta caagaagctc      780

agagtcggaa acccggtagc tatcgaccgt gcctatggtc acatgttgct agatcaaggt      840

cgtgacaaac aagtttggat tgcaggtggt atcggcatca cccctttcat ttcctatatc      900

cgtgaaaatc ctgtccttga taggaatgtc gacttctact acgcctatac aggtgagcaa      960

aacgctgtct atctggagat gttggctgca tatgctgcaa aaaatagaaa tttcaagctt     1020

cacactatta atagtcaagt ggatggttat ctggacttca ctgactatcc tctcactgat     1080

gacacaactg tctttatgtg tggtccagtg aaaatgatgg aagcatttgc taaaaccttt     1140

acggcaaaca atccaaaggc tgagctcgtt tatgagggct ttagttttaa ataa           1194


<210>  2189
<211>  813
<212>  DNA
<213>  Streptococcus vestibularis F0434

<400>  2189
atgacaaaaa aattgattgc actagatctc gatggaacgc ttttgcgacc agatggaact       60

atttcagaat ttacaaaaac aactattaaa gatgtacaaa acaaagggca tcaagtcgtt      120

atcgctaccg gtcgtcctta ccgtatggct attgatcatt acaaaacatt aggcttagag      180

acaccgctca ttacctttaa tggctccttg accaatctcc cagaccgaga atgggcttac      240

gagcactcgg tcaagttgga caaaaaatac ctagttaacc tcttacaacg acacgatgag      300

ttagagatgg attttcttgc tagtgaatac cgcaagcact tttatatcac tatggagcac      360

ccagagcgta ttcaaccaca actctttggg gttgataaaa tcattgaggc tatgcgttta      420

gaaccagcta aaatcacacg caatcctaac gctcttctta tgcagacccg tcacgaagac      480

aagtaccaac tagccataga tattaagaaa gatttcaaag aagaaattga ggttgattct      540

tggggtggac cacttaatat cttggagttt tcacctaaag gaattaataa ggcttacgcc      600

ctgaactacc tactcaaagc catgcgaaaa tcttcagatg atttgattgc ctttggggac      660

gaacataatg atacagagat gttggaactt gccaagactg gctatgccat gaaaaatgcc      720

agttctgtcc ttctccccca cgctaacgaa caaattaagt ggactaatga ggaagatggc      780

gttgcccgta aacttcaaga tttattttta taa                                   813


<210>  2190
<211>  1029
<212>  DNA
<213>  Streptococcus vestibularis F0435

<400>  2190
attgtgacca agacctcagt taaaaaggct ggaaaaatga aggctatcgt tgttaactca       60

ggtgtagcca attcttgtac agggactcaa ggtttggagg atgcttacac tatgcaggag      120

tggactgctg aaaagctagg tgttgaacca gatttggttg gtgtagcttc tacagggatt      180

atcggagagt tgctcccatt ggataccttg aaaaatggtc tttccaagtt ggtggttaat      240

ggtaatgctg atgattttgc caaagcgatt ttgacgacgg atacagcgac taagactatt      300

gctgtgacgg agacctttgg acgtgatgtg gttactatgt ctggtgtcgc taagggttca      360

ggcatgattc accctaatat ggcgaccatg cttggattta ttacttgtga tgccaatatt      420

tctagtgata cccttcaatt ggccttgagt caaaatgtgg aaaagacctt taatcagatt      480

acagttgatg gggatacttc gaccaatgat atggttcttg tcatgtcaaa tggttgcacg      540

ctcaatgaag agattctgcc agatacacta gaatttgata aattttcaaa aatgttgaat      600

ttcgtgatgc aagagttagc taagaaaatt gccaaggatg gtgaaggtgc caataaactc      660

atccaagttg atgtggtcaa tgcccctaat gcccttgatg cacgtatgat ggccaaatct      720

gttgtcggtt caagcttagt taaaacagct atctttggtg aagatcctaa ttggggacgt      780

attttagctg ctgttggcta tgctggagtg gatgtgcctg tggataatgt tgatattatg      840

attggcggac tgccagttat gctatcttct agtcctgttg cctttgatga tgaggaaatg      900

aaagacgtca tgcatgtcga tgaagtcacc attacggtag atcttcatgc tggacatgaa      960

aaaggaaccg catgggggtg tgatctttcc tacgattacg ttaagattaa tgccctctac     1020

catacttaa                                                             1029


<210>  2191
<211>  591
<212>  DNA
<213>  Streptococcus vestibularis F0436

<400>  2191
atgtcaaaaa tgtactatgc tgagacgcca gatgcgactc acgatattca tgatttaaaa       60

gtaaatctat taggagaaag tttccagttt tatacggatg ctggagtatt ctctaagaaa      120

atgattgatt ttggaagtca agtacttctg aacgctttag atttagaggc tggaaagaca      180

gttcttgatg taggttgtgg ttatggccct cttggtatca gtttagccaa ggttcaagga      240

gtcaaagtca ctatgattga tatcaatagt agggctatag atttggctaa acagaatgcc      300

gaacgcaata aggttgaggc tactattttt caatccaaca tctataagaa tgtcacagga      360

agctttgatt atgtgatttc taatcccccc attcgtgctg gtaagaaagt ggttcatcaa      420

gttattgagg aagcctacga ccatctcaat ctaagtggta ctttaactat agtgattcag      480

aaaaaacaag gagctccgtc agctaaggct aagatggagg aagtgtttgg aaatgctgaa      540

gttgtaaaga aggacaaggg atattatatc ctaagaagtg aaaaggtatg a               591


<210>  2192
<211>  1182
<212>  DNA
<213>  Streptococcus vestibularis F0437

<400>  2192
atgaaacatt ttgatactat cgttattggt ggggggcctg ctggcatgat ggcaaccatt       60

gcctcagcct tctatggcca acaaaccctc ctaattgaaa aaaacaaacg tctcggaaag      120

aagctggctg gtactggtgg tggacgttgt aatgttacta acaacgggac tttagacgat      180

cttctagcag gtattccagg taatggccgt ttcctctata gcgtcttttc acaatttgat      240

aaccacgata tcattgcttt tttcgaggac aatggtgtca aactcaaggt tgaggatcac      300

ggacgtgtct tccctaagac agataaatca cggaccatca tccaagctct ggaaaataag      360

attcaggaac ttggtgctag catactcacc aatacagaaa ttgtctctgt caaaaaagtc      420

gatgaacaat ttcaggttaa gtctgtagac cagattttta ccagtgataa actcatcgtc      480

acaactgggg gaaaatctta tccatcaaca ggttcaactg gttttggtca cgatatcgcc      540

cgacatttca aacttcatgt tactgatctt gaagctgcag aaagtccact cttaaccgac      600

tttccacata aagctttaca gggaatttct cttgacgatg tcacactgtc ttatggaaaa      660

cacaagatta ctcatgacct tcttttcaca cattttggcc tatctggacc ggctgcccta      720

cgtttatcta gctttgtcaa aggaggtgaa atatcccatc tagattttct tcctaaccat      780

agccaagaaa atctcaagac ctactttgag gaaaatcgcg agaaatctgt caaaaacgcc      840

ctcaaaagtc tagtgcctga gcgtgtcgct gaatttctag caggagataa ggcggatagc      900

aagattaaac aactccatcc aaaagatttg gaaaagctta tcagtcaact caaagagatg      960

gaaattccaa ttacgggcaa aatgtcactt gctaagtcct ttgtaaccaa aggtggcgta     1020

gaccttaagg agattaatcc taagacccta gaaagtaaaa aagtccctca cctacacttt     1080

gcaggagagg tccttgatat caacgcccac actggtggct ttaatattac tagcgccctc     1140

tgtactggtt gggtagcagg aattcagagt ccttgggact aa                        1182


<210>  2193
<211>  1044
<212>  DNA
<213>  Streptococcus vestibularis F0438

<400>  2193
aacagaaaag aggacataca catgacagtt gatttagact ggaaaaattt aggatttaat       60

taccgtaaac ttccattccg ttatatttca tattacaaag acggtaaatg ggatgatggg      120

caattgactg aggatgcaac cttgcacatc tcagaagcat ctccagctct tcactatggt      180

caagaagctt ttgagggtct caaagcttac agaactaaag atggctctat tcaattgttc      240

cgtccagatg aaaatgctaa acgtttgcaa cgtactgcgg atcgtctttt gatgccacaa      300

gttcccgttg acaaatttgt agatgcatgt aaacaagttg tacgtgcaaa tgaagaatat      360

gttccaccat atggtactgg tgcaacactt tatcttcgtc cactcttgat cggggttggt      420

gacattattg gtgttcaccc agcagatgag tatatcttta caatttttgc tatgccagta      480

ggaaactact ttaaaggcgg attggctcca acgaatttcc ttatccagga cgaatatgac      540

cgtgctgctc cacatggtac aggtgctgct aaggttggtg gtaactacgc ggcaagtatg      600

ttgccaggta agattgcaca tgacagtaac ttctctgatg ttatctacct tgacccagca      660

acccacacta agattgaaga agtcggttct gcaaacttct ttggtatcac agctgataac      720

gaatttatta caccactcag cccatctatc ttaccatcaa ttacgaaatt ctcattgctt      780

tacttggctg aaaatcgttt tggtatgaaa gctattcaag gtgatgttaa gattgccgag      840

ttggataaat ttgtcgaagc cggtgcctgt ggtacagctg ctgttatctc accaattggt      900

ggtgtccaac acggtgatga cttccatgtc ttctattcag aaacagaagt cggacctgta      960

acacgtaaac tttatgatga gttgacaggt atccaatttg gtgatgttga agctccagaa     1020

ggatggattg tcaaagttga ctaa                                            1044


<210>  2194
<211>  405
<212>  DNA
<213>  Streptococcus vestibularis F0439

<400>  2194
atgaatttta aacagctaaa gaattttgat tttaaaaata ttgatcgtaa tcgatttgag       60

cgtatcacgg tagggattat tattttatgt gctctgtcct tgttgttggt gactataaaa      120

acgcaacatt ctattaaaat tgatgggact aaaattacct ataaaggcca gatgcagaac      180

catcgtttaa acggccaagg aactctgact tatgataatg gtgataccta tacgggtgga      240

tttaaaaatg gttcctttaa tggtaaagga acttttaaat ctcacgaagg ttggacttat      300

gaaggtgagt tcaaatctgg tcaagcagat gggcaaggaa aattaactac tgaaaataag      360

gctatctaca aaggaaaatt taaacagggg atttttaaag gatga                      405


<210>  2195
<211>  627
<212>  DNA
<213>  Streptococcus vestibularis F0440

<400>  2195
atggcgacaa ttaaagaagt caaggagcaa ttggccactt tgacagatct tgacgattac       60

cgatgggcaa gttttgagga agatagtcga gctggtgtac agactgcaat taagcaacgc      120

cgtaaagcta tccaagctga gattgctgag gaagaacgct tagatatgat gctcagttac      180

gaaaaagcac tttatgctca gggaattgaa ctcattgcag gtgttgatga agttggacgt      240

ggtcctttgg ctgggccagt agtagctgca gcggttatct tgccaaagct ttgcaaaata      300

aaaggtctca atgatagtaa aaaaattcca aaatcaaaac atgaagctat ttataagcag      360

gtgatgaagg aagcagttgc tgttggggtt ggtattaagg acaaccatgt gattgacgat      420

gtcaatattt atgaagctac caaattggct atgatagaag cgattgaaaa acttagtccc      480

aaacctgagc atttgttaat tgatgccgtg actttggacc taccaatagg acaaacatca      540

attataaaag gggatgctaa ttctttatct attgcggcag cttccatcgt agcgaaggta      600

acccgtgata agatgatggc tgactat                                          627


<210>  2196
<211>  519
<212>  DNA
<213>  Streptococcus vestibularis F0441

<400>  2196
atgacatatt ataacgttgg aaagattgta aatacacagg gattgcaggg tgaacttcgt       60

gttttgtctg taacagattt tgcggacgaa cgttttaaga agaagagtgt actagctctt      120

tttgatgaca aagataatca catcatggat gttgagattg cgagtcaccg taagcataag      180

aactttgata tcgttaagtt caaagggctt taccatatca atgatgtaga aaagtataaa      240

ggctgcagtc tcaaaattgc tgaggaaaat ctaacagacc ttgatgacgg tgaattttac      300

taccatgaaa tcattggcct tgatgtttac gaaggcgata gtttgattgg tcaggtcaaa      360

gagattctcc aaccgggtgc taatgatgtt tgggtagtga aacgtaaagg taaaaaggac      420

ctgctcttgc catatattcc accagtggtt cttggtgttg acgtcgaagc tggtcgtatt      480

gaggttgagc tcatggaagg attagacgat gaagattga                             519


<210>  2197
<211>  510
<212>  DNA
<213>  Streptococcus vestibularis F0442

<400>  2197
ttgaaaattg caatcattgg ctatagtggt tctggaaagt cgactttggc aagttttcta       60

ggtcaacact acaattgtga ggtgcttcat ttagataaaa ttcatttcac atcaaactgg      120

aaagagcgga cagttaatga aatgactgat gatatttcaa aatttatgtt acaaaaggat      180

tggattattg aagggaatta ctcggcctgt ctttatgaag agcgtatgag agaagctgac      240

tgtattatat atttcaactt taatagagtt aattgtctct atcgggcttt taggagatat      300

ttaaaataca aggggcggac gcgtcctagc atggcggaaa attgtaatga aaaattcgat      360

ttcgaatttg tgaaatggat tctattagat ggacattcac aaaagaatgt aacgaaattt      420

aaagttgctg taaaaaagta tcctgacaaa acaatagttt taaagaatca aaagcagtta      480

aacgattata ttatgaagaa ggttaaataa                                       510


<210>  2198
<211>  285
<212>  DNA
<213>  Streptococcus vestibularis F0443

<400>  2198
atggcattaa aaccattggg cgatcgtatc gtcgtccgtt ttgaagaaac agaagaaaaa       60

acagctagtg gatttgtatt ggcaggagct agtcatgaaa ctactaagac tgcagaggtc      120

ttggcagtag gtgaaggcat ccgtactctt actggggaat tgattgcacc tagtgttgca      180

gtaggcgata aggtccttgt tgaaaatggt gcaggtgtca gcgttaaaga cggagaagat      240

tccgtttcaa ttatccgtga agcagatatt ttagcagtcc tagct                      285


<210>  2199
<211>  666
<212>  DNA
<213>  Streptococcus vestibularis F0444

<400>  2199
atgaaggatt ttttgacaac cacccaaact catctacccc atgtaccttt gccctattat       60

ttactaatgc ttttggcgat ggtgcttctg agttacttga gttggcgttg gtataacaat      120

aagatatggc gttggacctt tctcactatc caagccattc aactctttgc cctttatacc      180

tggtacctct ggcagggctt tccactttac attagtctac ccctttacca ttgtcgcatg      240

gccatgtttg ctgttctcct cctgaaaaat agtagaataa agagctattt cgctattatg      300

ggagttgtcg ggacttactg tgcattgatt catccagtat ttgatcccta tgaatttcct      360

catatcacag gcttttcttt cctaattggt cactatgccc tacttgtcaa tagcctgaat      420

gtcattttta acagttataa aacccaaccc atcagcaagc ggctgattgt ggtggccacc      480

ttgctactga atctaggtct ggtaatagtt aatcagacca tcggtggaaa ctatgggatg      540

cttaaacaca cgccatttat tataggaact cccttatttg tcaaatactt tgctgtttca      600

ggagctctga tttttctcat gataatcatg aaaaaaggtc tggagcattt tgaagagaaa      660

tattaa                                                                 666


<210>  2200
<211>  798
<212>  DNA
<213>  Streptococcus vestibularis F0445

<400>  2200
atgaagaaat tttggtttat gcttacagcc ctagttgcca cgtgctttct tgttgcttgt       60

agcggaagtc agggagtaag tcctaaaacg attaaggaaa agaagaaaat tgtcgtggca      120

acagaatctg aatttgcacc atttgagttc aaatcgttgg ttaacggcaa agatacgcta      180

gttggagcag acatcgagtt ggccaaagct atcggtgaaa aactcggcgt aaaggttgaa      240

ttttccgtga tgtcttttga caatgtcctc gctagtgtgc aaagtggtaa atcagacatc      300

gccattgcag gaatctcagt aacagacggg cgtaagaaag tctatgattt ttctgatagc      360

tactatacct ctgaaaatgt agtgattgtc aaaaaagaca aggtgaatga ttttacgagt      420

gctgatagtc tagctaaaca aactgtcggt acgcaaaaag ggtccgttca agaaacagtt      480

gctaagaaac aaatttctaa ggcaagtgtg gtgtcactcg cttcaaatgg tgagatgatt      540

aacgaactca agtccggaca gattcaagca gttgtccttg aaaaagctat tgcagaaggt      600

tatatcgcac aaaatgacga tttaaccctt gccaacttta acctcaagtc agacggttca      660

gatgcttatg cagtcgcaac acgtaagggt ttggacgatc tgcttaaaga aatcaacacc      720

gtcatcaaag agaccaagga ctccggaaaa tttgacaaat ggttaaaaga agcatcaacc      780

tacaaacaaa gtaagtaa                                                    798


<210>  2201
<211>  501
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 903

<400>  2201
aaactattag atgggggtac gctcatgatt aagatatttg gaaaggtcca ttatcattgg       60

caaccggact tatctattct tgtgacttat tggtccattg cagtgattcc ggtctttatt      120

ggactggcct tgatgtatga gagctctagt gtgccaacgc tagttttgtt ttcgttcttt      180

ttatttatgg tcttgctcgc gattggggtc catcgttact tcacgatcta tgaggatggg      240

atcttgcgga ttattactgc caatcctttt actccaatca aagtgaagat tgactcgatc      300

gaaaaggtcg aagtaaataa gaaatcgatc aagctcatat ttaatgatgg atcgcgcagt      360

cgaacattct gtatgcgtaa atggccgaaa aaatacttta tcaatgcact tgccttaaat      420

ccttatttta agggagaagt aatcctgacg gacaatttca tccatgtgga ttactacgag      480

atgtattatg caaacaaata a                                                501


<210>  2202
<211>  909
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 904

<400>  2202
atgagaatac aacaattaca atacattatc aaaatcgtcg aaaccggctc tatgaatgag       60

gccgctaaac aactcttcat cacgcaacct agcctttcca atgccgtcaa ggacttggaa      120

aatgagatgg ggattgaaat ctttattcgg aatcctaaag ggatcacttt gacccgcgat      180

gggatggagt tcctctctta tgcccgccag gtggtggagc agattgacct cttgtccgag      240

cgttataaaa atcctgtggg ttctcgtgag cttttcagcg tctcttcaca gcactacgcc      300

ttcgtggttg aggccttcgt ttcactattg aagaaaagcg acatggaaaa atacgagctc      360

ttcctacggg agacgcggac ttgggagatc atcgatgacg tcaagaattt ccgaagcgaa      420

gttggagtcc tctttttgaa tagctacaac cgggatgtcc tctctaagat gctggatgat      480

aatcacctga ttgccaccca cctctttaca gcgcaacctc atatctttgt cagcaagacc      540

aatcctcttg ccaagaagga gatcgttcac ttgtctgatc tggaagattt cccatacctt      600

agctatgacc aagggaccca caattccttc tacttctcag aagagatcct ctctcaagag      660

catcataaga aatccatcgt cgtcagtgac cgggcgaccc tctttaatct cttgattggt      720

ctggatggct acaccattgc gaccgggatc ctcaacagca atctcaacgg aaacaacatc      780

gtctccattc cccttgatat cgaagaccca atcgagctgg tctacatcaa acatgaaaaa      840

acagccctct caaaaatggg agaaaaattc atcgagtact tgcttgagga agtgaagttt      900

gataagtaa                                                              909


<210>  2203
<211>  819
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 905

<400>  2203
atgaagacta caggtaaaaa agtatccatt attcgcaatc gcaagcgtca aagtgaagag       60

gtttttcagc agttgcgcta caagcttcgg aaaaataatt ttattttgac ggagaagcac      120

ccggatattg tgatttcaat tggtggcgat gggatgttgt tatcagcctt tcacaagtat      180

gaacaccagt tggatcgggt gcgatttgtt ggcgtccata ccggacactt aggattctat      240

acggattact tagacagtga aatcgataag ctggttgaga acttaaaata tgatacaggc      300

gctaaggttt cctaccctat tttgaatgtc aagattactt tcgaaaatgg ggaaacccgt      360

accatgagag cgttgaacga agcaacgatt aagagaagcg accggaccat ggttgctgat      420

ctcacgatta atggagtgga ttttgagcgc ttcagaggag acgggattac cgtttcgact      480

cctacaggaa gtacggctta caacaaatcc ttgggaggag cagtccttca cccaactatt      540

gaggcgttgc agatcgctga gatcgccagt ctcaacaacc gcgtttatcg taccttgggt      600

tcttctgtca ttgtccctaa aaaggataag atcgagatta caccgacgag acctggcttc      660

cacattatct ctgttgacaa ttcaacctat tcttaccgca atatcgcaaa ggtagaatac      720

cagattgaca accataagat taattttgtg gcaagctcca gtcacaccag tttctggaat      780

cgggtcaagg atgcctttat cggagatgat agagaatga                             819


<210>  2204
<211>  567
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 906

<400>  2204
ttgatttata aatttagcct aaacttcctt cgaaataaaa aagtgctggc ttttgtcatt       60

tttattgaag tgattttgtt gattctgtct aggtttatca cagataccgt caatggagct      120

cacggttggt tgacgattcc tggagggttt agtatccagc cggcagaata cctcaaggtg      180

atcttagtct ggtatctagc cttgatcttt tctaaacgac aagacgagat acgcgattat      240

gattatcaag ccttgaccca caatgaatgg attccaagga atttaaacga ttggcgttgg      300

ctgaccttga ttctgattgg aatcgttgtg attatgccgg acttgggaaa tgcgacgatc      360

ttggccttaa cggtcttgat catgattacg gctagtggag tgggctaccg ttggtttacc      420

tctttacttg gtttagttgt tggagtatcg tccattgtcc ttggttcaat ttggattatc      480

ggtgtggacc gtgtcgctaa aattcctgtc tttggttatg tagccaaacg ttttagtgcc      540

ttctttaacc cttttaatga cttgtct                                          567


<210>  2205
<211>  357
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 907

<400>  2205
atggaaggaa atgtgaactg gatcccgctt gggatcctag gattgatcgt ggtgatttgg       60

gcaaccaaat ttcttacggc tatccgcctc aagcaaaagc tgaagaaggc ttgggatgga      120

gcgcctttct ttcgcaagaa agatacaaca gaagaaagtt tgatagatag tctggcttat      180

ccagctaagg gaaagacgat cgatagccaa gtggatgatc agacctggca tgatttggct      240

ttggatgcgg tctttgatca gctcaactat acccaatcga gccttggagc agaggctctc      300

tatcaaaaaa tgcgcctgct ggaattccag cctcaggacc agcttcatga cttagaa         357


<210>  2206
<211>  240
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 908

<400>  2206
atgagaaaaa ggcgtgagcc tgacttcaca acttatattt taggagaccc taacatgaat       60

ccattggact tatttaacca agtgaaagaa atgatcgaaa agaaagattt cgacgctgca      120

aagaaatttg ttgatgacaa caaagacaac ctcggtgact accttgaaca agctaaaggg      180

cttgtatctg gaaatgaaat ggtcagcggt gccttggaca aaatcaaagg cttgttctaa      240


<210>  2207
<211>  735
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 909

<400>  2207
aagagtatga atttattaga aagtaggctt cccatggaga aattacaagc cctgttatcg       60

gaacggtttc agatcgtttt ttcagatacc agtttattag atacagcttt tacgcacacc      120

tcttatgcca atgagcaccg cctcttaaaa atttcacata atgaacgttt ggaattttta      180

ggagacgctg ttcttcaatt agttatttcc gaatatttgt ataaggaaca ccccaacaga      240

ccggagggag atttgtccaa attccgttct atgattgtcc gtgaagaaag tctagctggc      300

ttttctcggg attgccaatt tgaccatttc atcaaactgg gtaagggcga agaaaaatct      360

ggtggccggg accgtgatac gattcttggt gacttatttg aagccttttt aggtgctctt      420

ttattggatc aaggagtgga agcagtcaaa cgcttcatct atcaggtcat gattccaaaa      480

gttgaaacgg gtcaattttc tcaagtcatt gactacaaga cccgtctgca agaattgtta      540

caggttcacg gagatgtgga gatccaatac caagtggtca gcgagtccgg tccagctcat      600

gccaaagagt ttgaagtaga agtgttcgtg aacggtcaaa cgatgggaca tggtcatggt      660

cgttccaaga aattagcgga gcaggaagca gcccgcaatg cagttgaaac gaggaatgat      720

tccccatgta tctaa                                                       735


<210>  2208
<211>  444
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 910

<400>  2208
atggatattt gggaaaaact ttatcttgag gcgaaagctc tttatgcgcc tcaagaggtt       60

tcagattttg tctatgctcg acatgtggtt gctgctgttg aggctgcaga tggtcagatt      120

tttacgggct tttgtatgga aggaacctgc ggcgtctttc atttatgtgc cgaacgagca      180

gctctcttca acatgtatca acaatcagga cagaccaagg tcaagcgtat tattgctttt      240

cgggacaagc ctccttatgg agaaggttca gggatgcctt gtggggcctg tcgtgaattt      300

ctccttgagc taaatgcaga gaatcgtcat ctagaattca tggtggatta tgaaagtcgt      360

aagaccatta ctttaggtga attgatgcct ctttggtggg gcgaagaacg ggctcgtcag      420

agagagaata aagggaatga gtag                                             444


<210>  2209
<211>  774
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 911

<400>  2209
atgacgaata agtatagacg cgcaagaaaa aaacgtaaga aatggtggcc ttacctattg       60

agtttctttc ttcttgtggt ccttggatcg ggaattggtg cttacttggc taaaccaagc      120

ttgttttcag ggcttcagtt ttggaaggct aaaaaaacag ctgtaacgac tccctcttct      180

tctaagaaaa agaaagaaaa atcagattta ccagccgttt cgacaaaaga ctggcagttg      240

atcttggtca atcgtgacaa tgtgaagcct gagctgaacc cacaattgac agatgtggat      300

gctatcaaag tggatagtcg gattgtagaa ccaactcgtc aatttttaga agcggctcga      360

aaaattgccc cagaagaaac cttgatatca ggctatcgaa gtgtggccga gcaaacagag      420

ctctataatg aacgtgttgc gcaactagag gctagcggcc tttcgcacga agaagctgaa      480

aagcaggtgc agacccaggt acaggtccct ggtgcgagtg aacaccagac agggcttgcg      540

attgatatga gtgtcgaagc tggtcaaagt gatgagttgg gcatgcagct ggctgccatc      600

gcaccgcaat atggctttgt gcttcgctac ccagatggga agagcaacat cacgggtgtg      660

aattttgaga attggcattt ccgttatgtt ggcgtagaaa atgctcagta tatggccaag      720

catcagctag tattggaaga atatattcag ctattgaaaa aagctggcaa ataa            774


<210>  2210
<211>  630
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 912

<400>  2210
atgggaaaat tagaagttat tacacatcca ctgattcaac acaaattgtc tattctccgc       60

cgcacggata cctctacgaa ggcctttcgt gaattggtag atgagattgc tatgttgatg      120

ggctacgaag tgttgcgtga attgcctctt gaggatgttg aaattgaaac tcctattacc      180

aaaaccgttc aaaaacaaat cgcaggtaag aaattggcta ttgtcccaat tcttcgtgca      240

gggattggga tggttgatgg tctcttgagt ttggtaccag ctgctaaggt tggccatatc      300

gggatgtacc gtgatgaaga aaccttgaaa ccagttgaat acttggtgaa attgccagaa      360

gatatcgatc aacgtcgcat ctttgtagta gaccctatgc ttgctacggg tggatccgct      420

attctagcta ttgattcctt gaaaaaacgt ggcgctagcc atattaaatt tgtctgcctg      480

gtatcagcgc cagaaggggt gaaagctctt caagaagctc acccagatgt tgatatcttt      540

acagcagccc tcgatgatca tttgaatgaa catggctaca ttgttcctgg tcttggagat      600

gcaggtgacc gtttattcgg taccaaataa                                       630


<210>  2211
<211>  714
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 913

<400>  2211
catggacatg tcattcactt aggtgaacgc gattgctctc ttcaacgaaa taaccaaaaa       60

gttctagaag aatccccttc gattgctatt gggaaaacgc ttcgtgatcg aattggttct      120

gcagctgttc gtgcagctga atcagttggg tacgagaatg ctggaacgat tgaattcttg      180

tatgatgaag gcaagggtga gttctacttt atggaaatga atactcgagt gcaagtagag      240

catcctgtca cagaatttgt aacaggagtt gatatcgtta aggaacagat taaaatcgca      300

gctggccaag aattatccgt tactcaagag gatattgtca ttaaaggcca tgcgattgaa      360

tgccggatca atgcggaaaa tccttccttc aactttgcac caagcccagg taagatcact      420

aatctctatc ttccaagtgg tggggttggc ttgcgtgtgg attctgctgt gtatcctggt      480

tatacgattc cgccatacta tgatagtatg attgccaaga tcattgtcca tggtgaaaat      540

cgctttgatg cactgatgaa aatgcagcgt gctctttatg agttggaaat cgatggtgtc      600

acaaccaata gcagtttcca gttggatttg atttcagatt cacatgtgat cgctggtgat      660

tatgacactg catttttgat ggaacaattc cttccaaatt ataataagga atga            714


<210>  2212
<211>  816
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 914

<400>  2212
atgattcgtt tcttgatatt agctggctat tttgagctca ccatgtacct gcaattatct       60

ggtaagctca atcaatacat caatttacac tattcttact tggcttatat ttctatgttc      120

ttgtcctttg ttttagctct tgtgcagctg atcatctggg tcaagcagat gaagatccac      180

agtcatctct ctggcttctg ggcaaaagta gcgagtattt tcttgctctg tattcctttg      240

tttgtcgggc tatttttccc tacagtgaca ctggattccc aaacagtctc tgccaaaggc      300

taccacttcc cggttgcggc aggttcttcc aaggaaatcc agcaggacga agggacaaca      360

acccagtatc tcaaaccaga tactagtagc tattttacca agtcagccta tgaatcagaa      420

atgaagcagg ctgcaaagaa atatgttgat aaaaaagtga tccaggtgac cactgagaat      480

tacatggaag tcatggaagt tatttatgat tatcctgacc aatttgcagg aaagacgatc      540

gagctgaccg gctttgttta caatgacccc aataacaaga acagccaatt tctctttcgc      600

tttgggatca tccactgtat cgcagattcc ggagtctacg gtctcttaac gacgggggct      660

ccgcagcatt tcgaaaacaa tacctggatc catgcgaaag gcaccttgtc cattgaatac      720

cacaagcaac tcaagcaaag cttgcctgtc ctccacatta gcgattgcca gaccattacg      780

aaaccggata atccttatgt ctaccgcgta ttctga                                816


<210>  2213
<211>  756
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 915

<400>  2213
atgagtagaa agcaagccct atctatgtat ttgttaggga cctttggtca agtattagga       60

gtcagccttc tggtttgttt tttaagagca ggaggagtca aggttgattt tacatcatca      120

tttgggatca tcgctattat tgtaggtggc ttatcatctg ctttttgggg tagtcttgcc      180

agtattggct accatcaatc tagtttcaaa caagttctaa aagatttttt tcaagtcaaa      240

gacagtttgg caaattattg tttagtgctc tttttcttgt tgcttgactt tttcccattt      300

atcttaggtg gtaagatcac cactcaatcg ttggtcttgc cagtagtgct ctttttcaag      360

gctcttcttt ttggtggagt tgaagaaatt ggctggcgtt atttctttca accaactttg      420

caggaaaaaa taccttattt ttcagctact ttgatcacct ttttagcttg gtctagttgg      480

catctactat acttttatat cgacggttct ttagctgtca ttcaattgtt tccgtttcta      540

gtaggtctgc taactaactg ctttatctta tcggccttgt atcataaaac gcaaaattta      600

tggatctgtg tcatgactca tgcctgtatt aattccttgt ctcagattct agtgaatgaa      660

gaggtatggc tatctatcgt cagtaaaatt cttattatta gtttagcaat catgattgca      720

agaaagaagt ctgtaactct aaaggaggaa aaatga                                756


<210>  2214
<211>  819
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 916

<400>  2214
atggctaagg aaagagtgga tgtattagcc tataaacaag gcctatttga tacccgcgaa       60

caagccaaaa gaggggtgat ggcaggtctt gtcgttgccg ttatcaatgg tgagcgcttc      120

gataaaccgg gtgaaaaaat tgatgaagca accgagttga aattaaaggg cgaaaagctt      180

aaatatgtca gccggggagg tcttaaatta gaaaaagccc tgaaccaatt tggtttatct      240

gtagagggta aaattacgat tgatattgga gcttctacag gtggctttac agatgtcatg      300

ctgcaaaacg gagccagcca ggtcttttcg gtggatgtcg ggaccaatca gttggcctgg      360

aaattgcgca atgatcctcg ggtggtctcg atggagcagt tcaatttccg ctatgccgag      420

ccagatgatt ttgaagcgac accgagcttt gcgagtatcg atgtcagctt tatttccttg      480

gacttgattc tgccagccct tcaccggatt ttggcagaaa atggacaagt cgtggccttg      540

gtgaaacctc agtttgaggc aggacgcgag cagatcggga aaaatgggat cattaaggat      600

cctaagattc atttagccgt tcttgaaaag gtcgctgctt ttgcagggac acatggcttt      660

gcggtaatgg gagtagatta ttcccctatc caaggaggcc atggcaacat cgaatttttg      720

atgtatctag aaaaaaaaga agagaaaaca aagccaacta cagagcagct ggaggctgtt      780

gtggagctgg cacacaagga atttaaacat gaagagtaa                             819


<210>  2215
<211>  480
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 917

<400>  2215
ataattgaca agtcaattat tgatttatca aaaagaaatt ggagaaggaa tatggcagaa       60

ataaatgatt tgctctacca actacgcttg gcagatcaaa caactacgca actctttgaa      120

aagcgcctag ggattagctt aacacgttat caaattttgc aggatttatt agaacaagca      180

ccttgcaatc agatcgcggt tcaggagcgc ttgcagattg atccagcggc tttaacccgg      240

catttcaaaa tattagaaaa ggaaggattt gtccatcgga gtcgaaatcc aaagaatcag      300

cgggaaatct taattcattt gacggatacg gcctataatc gtttggtcaa acatccccct      360

cgccatcatg tggcggtgaa agaacagatg agtcggattt tgactgctca agaacaagag      420

caattttctt acctgctgga caaattagta tctggcattg aacaaataac agttgaataa      480


<210>  2216
<211>  576
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 918

<400>  2216
atgcgaaaag aaattgaccc tgaattatat aattacaata aatttcctgg acctgtgttt       60

cgtcaggtag gagaccagat cctttcagaa aacctctcct ttgagctctt gaaaaatgag      120

aaggaagctt ttgatgcgac tgtttttggt cagagatttt ctgagatttt aaccaagttt      180

gattacattg ttggtgattg gagcaatgag cagttgcgct tgcgtggctt ttataaggaa      240

gagcgcgatg ttgcaacgat ggataaacta agtcgcttag acgattattt gttagaatat      300

tgtagctatg gttgtgctta ttttgtcctt gaaaataagg agcctcatcg tgcttccttt      360

gataagaaat caccggtcaa aaaagctcaa tcagaagaaa gagagcctaa gaagcgttcg      420

cgcaatcgca aacaaaaaga tcgtttccaa aaacgagaac gcgacaaggg acaaccagcg      480

aaaaactcga aaaaaacaag accgtctgct gagaccaaaa agacaacgaa gacagacaac      540

aaacgtcatt ttgtgattcg acaaaaagag gagtaa                                576


<210>  2217
<211>  756
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 919

<400>  2217
atgataagaa tttcagaaaa agaggctccc atgagattag atcaattgat ggcagaccat       60

cagtacgctc gcaaagacat caaacaactt ctggcccgaa ggcaaatctt ggtcgatcac      120

ctaccagctc aaaagctatc ccaaaacatc gaccctggac tccaacagat tcaaatagag      180

gatcggatca ttcaagaacc gcgtcaccac tactacatgc tccataaacc aatcggggcc      240

gtgactgcca aaagagacgc ccaccatcca acggtgatcg atctagtgga ccctcaacaa      300

gagtacccag acctctatcc gcttggtcgc ctcgatcgcg ataccagtgg tttgctcctc      360

atcacagata atggtccctt aggctttcaa ctgctccatc ctcaatacca tgtggagaag      420

gtctatgagg tagaagtcaa tggtccgctc tatgcagccc acatcgagca atttcagaat      480

gggatttcat tcacagacgg ccctatctgc aagccggcct ccttgaccat tctagaaagc      540

caccccagct acagcaaggc ccaggtccgg atctcagaag gaaaatacca ccaagtgaaa      600

aagatgtttt tggccgttgg agtcaaagta atgaccttaa aacgcttgtc ttttggtccc      660

ttcgccttgg atcctcagtt agcccctgga gaaagccggc ctttgaatga ggtagagctc      720

acatgggtca aagactacct tgaaaaaacg agataa                                756


<210>  2218
<211>  651
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 920

<400>  2218
atgaaaaata aacaacaaca ttgggcgaag gcaagcttcg cccttctcat ttttgtcatt       60

cttgggtatg tgattcgctt ttacccgcaa caattaacag gctttgatag cacgattcaa      120

tctgctattc gaggcgatct gcctgcaaca ctgacggcct tctttaccaa ggtgacccat      180

gtcatggata ccaagatcat tgtcatctgg gtgggtcttc tgctagcgtt ctttgcctat      240

aagaaatggt acagtgaggc cctcttcctt ggaagcaatc tggtattgac tggtcttttg      300

gttcttcttc taaagaatat ctaccagaga ccgagaccaa gtattcttca tctagtagag      360

gaaaaaggct tttctttccc gagtggtcat tcactggcgt ctacccttgt tttgggaagt      420

ttgatcatca tcatcagcca acatgtaaaa cataaaacag cccgctattg ccttcaaggc      480

ttgctggttc tgggaattgt gaccattgtg gtttcccgcg tttatgtcgg ggtccactat      540

ccatcagacg ttcttggcag tatgattttg ggtcttgctg tcttacagtt tgagtatccc      600

ttgtatgatc gcttgcgatt tcaatggcgc tttacaggta agcaaaaata a               651


<210>  2219
<211>  855
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 921

<400>  2219
gaaggtcttc atcacctggt ctgggaaatc gtagataact cgattgacga agccttagct       60

ggttttgcta gccatattga agttttcatt gaagcagata attcgatcac ggttgtcgat      120

gatggtcgtg ggatcccagt ggatatccaa gaaaagacag gtcgacctgc cgttgaaact      180

gtctttaccg tgcttcacgc cggaggaaaa ttcggcggag gtggctacaa ggtttctggt      240

ggtcttcacg gggtaggatc ttccgtagta aatgccctct ccacatccct cgatgttcgt      300

gtctataaaa atggcagtat ccattaccaa gaatatcgac gcggacatgt tgtagatgat      360

ttaaagatca ttggagaaac agaccgcaca ggaacaaccg tccactttat tccagaccca      420

gaaatcttca cggaaaccac cgagtatgat tttgaaaaat taaataaacg gattcaagaa      480

ttagcctttt tgaatcgtgg cttgcgtatt tctttgacgg ataagcgaga aggcctggag      540

caagaaaagc attaccacta cgaaggtggg atctctagtt acgtcgaata tatcaatgaa      600

aacaaagatg ttatctttga aaaacccatc tacacagatg gtgaaatgga tgatattaca      660

gttgaagtag ctatgcaata taccacaggc taccatgaga cggtcatgag ttttgcaaat      720

aacattcata cccatgaagg tggaacgcat gaacagggct tccgtacagc tctcactcgt      780

gtgatcaatg attatgctaa gaaaaataaa ctcttaaaag aaaacgaaga caatctaact      840

ggtgaagatg ttcga                                                       855


<210>  2220
<211>  996
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 922

<400>  2220
atgaaaaaaa ttgcagtaga tgcaatgggg ggcgataatg cacctcaagc cttggtagaa       60

ggtgtgaatc aagccattcg tgattttgat gatattgaga ttgtcttgta tggtgatgag      120

gcaaaaatca aagactattt gaccgcaaca gaacgtgtat cgatcgtgca tacggaagaa      180

aaaatcgatt cagatgatga gccaacgcgg gccattcgtc ggaaaaaaca ggcttcgatg      240

gtcttagctg ccaaggatgt gaaggatggt aaggtcgatg ccatgctatc tgcagggaat      300

acaggtgcgc tattggcggc tggtttcttt atcgttggcc gcatcaaagg ggtggaacgc      360

cctggcttga tgtcgacact tccaacggtt gatggtcgtg gctatgatat gctagactta      420

ggggccaatg cggaaaatac accagagcac ctgcatcagt atgctgtgat gggatcctac      480

tatgctgaaa atgttcgtgg gattcaaaaa cctcgcgtgg gtttattgaa caatgggaca      540

gaagctagta agggagatcc tttgcgcaag gaaacctacc aattgttatc tgaggatgag      600

tcgattcatt ttgttggaaa cgtggaagcg cgtgacttga tggatggcgt tgctgatgtc      660

gttgtggcgg atggtttcac gggaaacgct gtcttgaaaa cgatggaagg aacggctttt      720

gggatcttga agcaattgaa acaagcaatt gccacaggaa actggaaggc gaaattagga      780

gcttttctgc tcaaggaccg tttgaaatca ttgaagcaaa ccttggattt ctcagatgtt      840

ggaggagcgg tcttgtttgg tcttcaagca cctgttgtta aaacgcatgg ttcgagtgat      900

gccaaagctg tctatagcac gattcgtcag attcggacca tgttagagac agatgttgtt      960

ggaaaatcag tgaaggaatt atcgaaggaa gggtaa                                996


<210>  2221
<211>  228
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 923

<400>  2221
gtgaaaaaaa tttggtttta cgcaatcgtt cagggaattg tgatcttttt tattgtgggt       60

ggcatgacct atgtgcttag gggagatttc tttttccgct acctatcccc tatttttgga      120

ctagcagcag ctgtcttgcg atttgggacg gcgactttaa tgaaggtgct agcacccact      180

ctctacgatg atcccaaaaa gaaggaagaa gtcagtcacg agaactaa                   228


<210>  2222
<211>  294
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 924

<400>  2222
atgttaaaac cattaggaga ccgtgtggtc ttaaaagtag aagaaaaaga acagactgtt       60

ggaggttttg tcctcgcagg tgcgagcaag gctgatacaa aaacagctga agtagtggcc      120

gttggtgaag gtgtgcgtac cctaagtggc gaactcattg ctccagctgt aaaagcagga      180

gaccacgttt tggttgaaag ccatgcagga attgatgcag gaattgaagt taaagatggg      240

gaagaaactt acaccatcgt tggaacagca aacattcttg caattgtaga gtaa            294


<210>  2223
<211>  519
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 925

<400>  2223
atgaaaacca aagaagtcgt tgatgatttg acgatgaaac gggccattac ccggatcacc       60

tacgaaatca ttgaacgaaa caaagatttg agccagattg tgctggtggg gatcaagacg      120

cgtggtgttt acatcgctcg ccggatccaa gaacgcctct ctcagctgga acaaatcgat      180

gtccctgtag cagaactaga taccaagcct ttccgagatg acatgaaggc gactgaggat      240

acgacggtct taccagttga tatcgctcat agagaagtca ttttgatcga tgatgtcctc      300

tatacaggtc gcacgattcg cgctgccatt gacaatctgg tcagtcacgg tcgtcctgct      360

cgagtgagtc ttgcggttct cgtcgaccgt gggcatcggg agttgccgat tcgtccggac      420

tttgttggga aaaatatccc gacaagtaag tcagaggaaa tcattgtcga gatggtggag      480

ctagacggtc aagaccgcgt cctcatcaaa gaagcttaa                             519


<210>  2224
<211>  657
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 926

<400>  2224
aaattcccaa ttcacatcga tatgcctgtg gaccaaacca ctccatcaag agttcaacgg       60

gtgcaatctt tcaaacaatc agttgaagaa gcgcttggta aagaaaatgt cgtcatcgat      120

atccaaatgc tttcgaaaga agaccttcaa aatgtgaccc tctttgcacc aaatgcggct      180

ggcgaagact gggatctctc tgataatgtt ggatggagcc ctgactacca agacccatca      240

acttacatgg atatcttgaa agcttcatct ggtgaaaata ctaagacttt ccttggattt      300

gacccaagtg aaaacaatga agcagctaaa aaagttggtc tgtacgactt tgaaaagatg      360

atcaaagatg ctggtgcaga aacacaagac gtcaacaaac gctatgaaaa atatgcggca      420

gcgcaagctt ggttgacaga tagtgccctt gtgatgccaa cttcttcatc aactggacgt      480

ccattcttga cacgtatcga accattctca gctccatttg catggactgg tggtaaagga      540

aaagaccacg tgatctacaa aggaatgaaa ctccaagata aagctgtgac aactgctgac      600

tacaacaaag cccttgaaaa atggcaaaaa gaacaagcag agtcaaacaa aaaagca         657


<210>  2225
<211>  1170
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 927

<400>  2225
atgaaaaaaa cacattctat gctattcatc ccgggcatca ttatgcttgg gattgtttta       60

cgaacaccat ttactacgct tccgacggtc ttgtctgaca tcgctgctgg tttgggggta      120

gatgtgagct ctctgggact attgactagc ttgccacttc tcacctttgc tattttctca      180

ccttttgcga ttcaatttgc taaaaagttg gggattgagc gcctcttttt ccttgtcttg      240

atcgcgatta cgatcggatc tgccattcgg attatcaatc ttccctttct ctatctggga      300

accatcttga ttggagctgg catcgccttt ctaaatgtgc tgcttccaag cctgattcag      360

gcgaacaggc cccgccaact aggcattctg accaccttgt atatcacttc tatggggatg      420

tccacagcga tcgcctcttc tgtggccgtt ccgatcacca aagccacttc ttggcaaggt      480

ttggtcaaca tcttgacagc cttatgtgct cttgctttgg tcatctggat tcctaacctt      540

cgctacaacc accatctaaa aaagacagct actacggaat ctagtagcaa gtggtatacc      600

aataaatatg tttgggctat catgattttt ggaggcttgc agtcactgct tttctacaca      660

agtatgactt ggcttccgac catggctgtt caagctggcc tttcaaaggt tgaatctgga      720

ctactggcct ccgtgttcac cctgatcagt ctcccattct ccttaacgat tccaagttta      780

accacacggt tatccgatcg caatcgacgc ttgatgctta cgattgttgt cggagcaggg      840

attctggggg tagccatgct cttaatcccg accagcaact tcttctactg gttggtatta      900

aatgccctga ttggaagctc cgttagttcg ctcttccctt acctcatggt cgctttctcc      960

atgaaatcca gcacacctga aaaaacagct caactttccg gtcttgccca aacaggaggc     1020

tacgtctttg cagcttttgg ccccattctc ttcggctaca gcaaatccct cttccactct     1080

tggacacctg ccattcttat gctactggtc ttaaccatta tcatggcaat tgccctttat     1140

caggtggaaa aagtcgatca tattttataa                                      1170


<210>  2226
<211>  867
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 928

<400>  2226
aaatccgatt tagatcaaat tcatcttttt tcgcatttct cggagatttc tatttacttt       60

ttcgatttaa ttcattataa tagtaagggt aaatacaagg aggtgagtag gttggccaga      120

ggtcgtggaa aagcaagccc tcaagacaaa gaggcattac ggattatatc ggaaaaaatc      180

agagaattac tgaaagaaca aggaaaaaaa cagatcgaat tatctcgtat tactggaatc      240

cctgcaagta ccctgactgg atatgtaaaa ggaacttctc ttcccgttcc tgaaaattta      300

gagaagattg cagccttttt ccaggtagca gttgctgaaa ttgaccctcg tttgcgcaat      360

gattttgtgg tcattgattc agagattgaa cgattgtata aacagctcga tgaaggaaat      420

caagaaaatc ttctttctta tggaaagagt ctcttgaccc atcaaaaaga aagacagaaa      480

attgaaaagc aataccactc ttattctgtc tatgattctt ttgcagctta ccaaaataag      540

aagcaagctg atatcgtctg gtttgatcaa aagattcctt acgatttggc tttttggatt      600

catacggatt ccctcgagcc taaatacgta aaaggggccg ttgtgttaat caagcaaacc      660

tattatgatc aggcaggagc tatttatgcc attgattttg atgggcaaac gttgatcaaa      720

cgagtatttc gtgaggccaa cggtattcga ctggtttccc tcaataagaa atatagtgat      780

caaatcattc cactagatga ggaacctggg gtgattggaa aagtgattga tggctttgtt      840

cctcttgatt tggaggaaat caaatga                                          867


<210>  2227
<211>  798
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 929

<400>  2227
atgtctcaag aaactttcat catggcgatt gaccagggaa ccactagttc gcgggctatc       60

atttttaata aaaaaggcga gcaagttagc tctagtcaaa aggaattcac tcagattttt      120

ccgcaggctg gttgggtgga gcacaatgcc aatgaaattt ggaactcggt tcagtcggtg      180

atcgctgagg tctttatcga aagtggcatc aagcccaatc aaatcgaggc gatcggcatt      240

accaatcaac gggaaacgac agttgtttgg gataagaaca cggggcttcc tatatacaat      300

gctattgtct ggcaatctcg tcaaactgct ccactagctg aagagctcaa aaacaaaggc      360

tatgtagaaa ccttccacca aaagacaggt ttggtcatcg atgcctactt ttcagcaaca      420

aaagtccgtt ggatcttgga ccatgttgat ggggcgcaag aaagagctga aaaaggagaa      480

ttgctctttg ggaccattga tacttggttg gtctggaagc tgacggatgg agctgcccac      540

gtgacagact attccaatgc tgcccgtacc atgctttaca atatcaagga actgaaatgg      600

gacgatgaga ttttggaaat cctcaacatt cctaaagcca tgcttcctga ggtgcgttca      660

aactctgaaa tctatggcaa gacagcgcct ttccatttct acggtggaca agtaccgatt      720

gctgggatgg cgggagacca gcaggctgct ctctttggtc aattagcctt tgaacctggt      780

atggtcaaaa atacctat                                                    798


<210>  2228
<211>  240
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 930

<400>  2228
atggatgtaa aatcacaagt aattgaaatt attgacgaat tgtttatgga agatgtctca       60

gacatgatgg atgaggatct ctttgatgcg ggtgtccttg atagtatggg aacagtcgaa      120

ttgattgtgg aactggaaaa tcgctttgga atccgtgttc ctgtatctga atttggacgc      180

gatgattgga atactgctaa caagatcgta gaaggtgtaa cggagcttca gaatgcttaa      240


<210>  2229
<211>  1590
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 931

<400>  2229
atgtattatt ttgtaccagc ctggtatgga acggaccgca tctggcagca aacagctacc       60

ccttggtact ggatgcgaga gtctattgaa tttgacgata ccattaatca agttcgtatt      120

tttcaagaag cagaaatgga tcggatctta ttgttgcctc agtatagtcc gcaactgcgc      180

tattttttgc accgccaaga tttgttagag acagatgtgc tctcgatttt tgataagatc      240

caagaagttc cgtctgattt ggctatgcgc ccagttcagc ttcaggacat cgaatggccg      300

agtgagacca ctttttccta tactcccttt ttggtgatgg catttcgaaa gggccaccac      360

ctagcaaaaa ttgatatggg agtggatggg aaccttctct ctttgacccg ttataagaat      420

gacgagatca gctacatcga gtacatagat gatcgtggct ttatctctag tagaatctac      480

tacaatgagg gaaaacctta tttccaagag tatctgagtt ttgatgggca atgggttttg      540

agagagatgt tgatcgaaga gaaccactcc gtcatggtca atgaagcttt ctctcatgcc      600

ttcaaaaaag aaagctatgc caatatggga gacgttgtcg ctgaaaaaat gaaggaacag      660

ctagcaacct tggttccagg acgagatcag ttggttttgg cagctcatcc agcaaatttg      720

gcttttttac aagatacggc aagtagcgtc aagaaagtct tgtctttcta tggggatcgt      780

cagcccttgt ctgctgaaaa ctttgccctc tattttgata tgattgatgc ccagctcttg      840

attacagata gtgaaaaaac caaagaagcg attggggtct tttctcctag cttggctcag      900

aagacacacc ggattacctc ttttgactcc cgcctccgtt tgggctatag tcaggagcgc      960

aaggaatcga agatttactt ttatgtcaat gaagtcgagc ttccaagtaa gagccagctc     1020

aagaaggttt tggaggtctt ggcgcaacat cctttatttg aagttgtttt tgcattttac     1080

aatggatcac cggagcgtgt taaggaatta gaagggcaac tcgaggaatt gatcgctagc     1140

gagcaggact tgcatctggt tcaatcacca gcccaaatgg aagggcttgg ggaaaaccag     1200

atcatcgatg aagagtctgt acaagaagca ccggactacc gctttgtagt aaagaatttt     1260

tcaaatgaaa atgacattat tcaagagttg gaaaaaacac gcttgatcgt agatttaagc     1320

gaggaaccca acctctacac gcagattgca gggatctctg ctgggattcc tcaggtcaac     1380

cgcgtccaga cagaatatgt cgatcatttg aaaaacggct atgtcttatc aaagggagac     1440

aaggaattag agaaggcgat tactcacttt ttattggaat tgaagccttg gaacgaagcc     1500

ttggtctact cgatcgaaaa aattcaagaa tacaccggtc aacgcttgat cgagaaatgg     1560

gaaggatgga tgaaagaacg tcatggataa                                      1590


<210>  2230
<211>  900
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 932

<400>  2230
atgagtattt tagaagtgaa aaatttgagt cacggttttg gggaccgggc gatttttgag       60

gatgtgtcct tccgtttgct aaaaggagag catatcggtc ttgtcggggc caatggtgag      120

gggaaatcga ccttcatgag catcgtgact ggtaagatgc aacctgacga aggaaaggtg      180

gagtggtcta agtacgtgac ggcaggctac ttggatcagc attcggtctt agaagaagga      240

caaacggttc gcgatgtctt acggacagct tttgatgagt tgttcacagc tgaagctcgc      300

atcaatgacc tctatatggc catggcggaa gagggagccg atgtcgatgc tttgatggaa      360

gaggttgggg aacttcaaga gcgtctagaa agtcgtgatt tttatacctt ggatgccaag      420

attgatgaag tggcgcgtgc tcttggggtc atggactttg gcatggatac ggatgtgacc      480

tccttgtcag gtgggcagcg gaccaaggtc cttttggcta aattgcttct tgaaaaacca      540

gatatccttc tcttggatga gccaaccaac tacttggatg cggagcatat cgattggctt      600

aaacgctact tgcagaacta tgaaaatgcc tttgtcctca tttcccacga tattcctttc      660

ttgaacgatg taatcaatat cgtctaccat gtggaaaatc agcagttaac ccgctattca      720

ggagactact accaattcct tgaagtttat gaaatgaaga aatcgcaatt ggaagcggct      780

tatgagcgtc agcaaaaaga gattgctgat ttgaaagatt tcgtagcccg caataaggcg      840

cgtgtggcga cacggaatat ggccatgtct cgtcagaaga agcttgacaa gatggaactc      900


<210>  2231
<211>  333
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 933

<400>  2231
agaccgttgt ccctctgctt attttgtgtt acaataggca ctatgaaagc taaaaaaatt       60

attttgtcta gtctggctgt agcaagtgca ggagctcttg cggccggtgt ttataaaatt      120

gccaaagatc aaaatcgtct ccgtacccaa gaagagttgg tagcagaagt gcgggaacaa      180

atggaagcca tggggacgat tgcgactctg tatgtggaac tctacgagtc tagtgaagag      240

cgcttagtag gtggtgtcat ttttgaagat gagcgccatt accgctttgt ctatgaggat      300

ggtctcttgc attatgaaga ggaaaaacta tga                                   333


<210>  2232
<211>  1206
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 934

<400>  2232
atggctgacg aaaaattttt agataaaaaa atggaccgtc gtgaatttct taaaaaagca       60

ggtattggag gggctggtct agcgctaggc ctctctggtg catctgcttt tttcgctaat      120

caagacagtt ccagcaaaaa agcttatgac ggggatgaag acatctcctt ttatggcaag      180

caccaagcag ggattacgac ggccatgcaa aaggcttgct acttggttgt gttagatctt      240

cacacgacgg acaaaaaaga aatcatccag ctctttaaag actggactga ttatagtagt      300

aaattagtcg aaggagaatt ggtcaaaaaa aatggttcca atgccctctt gccgccaaca      360

gatacaggtg aaacagtggg actcaacccc tatcgcttga gcctgacttt tggggtttcg      420

gcctcctttc taaagaaact gggcttggag tccaaacgtc cgaaactctt tcgagatttg      480

cctccatttc caaaggagca gttgcaggac aaatatacag gtggcgatat cgtcattcag      540

gcctgtgcag acgatgagca agtagccttt catgcggtgc gaaatctgat tcgtaagggt      600

cgcaatatca ttaccatgaa gtggagcaaa tcaggatttg cagctattgg cgaccgaaaa      660

gaaacgccgc gcaacctctt tggtttcaag gatggaacag caaatgtcac gacggagaag      720

gactttgata aggtcgtctg gactgacagc aaggattgga tgaagggtgg ttcctatatg      780

gctcttcgcc tagtgcaaat gcacttggaa acttgggacc gaaccaattt gcaggagcaa      840

gaaaacacct ttggtcgcta caaggagtcc ggtgctccct ttggtaaaac caacgaattt      900

gatgaagtag atttatctaa actaccagta gattcacatg tccgtttggc caaagaagtc      960

gatcgaccga ttttacgcag atcatattcc tattcggatg gcatcaatga acaaacaggg     1020

caatttgatg ctggcttgat ctttatcgcc tttcaaaagg atccgaacag ttttgtcaaa     1080

atccaaacta atttaggcgc agtcgataaa atgaacgagt acatcaccca tatcggaagt     1140

ggactctttg cttgctttgc aggcgttgag aaaggagggt atcttggtca agcactcttt     1200

gaataa                                                                1206


<210>  2233
<211>  978
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 935

<400>  2233
gtgacaaatc ttaatacgcc atttatgatc ggggatgtcg aaatccctaa ccgtactgtc       60

ctagccccaa tggccggagt gaccaactca gctttccgga ccattgccaa agaactggga      120

gcaggactcg ttgtgatgga aatggtctct gacaagggaa tccagtacaa caatgaaaag      180

acgcttcaca tgctccatat cgatgaagga gaaaatcctg tatcgatcca actctttgga      240

agtgacgaag atagcctagc tcgcgcagct gaatttatcc aagaaaatac caagaccgat      300

atcgtcgata tcaacatggg ttgcccggtg aataaaatcg tcaagaacga ggcgggtgcg      360

atgtggctca aggacccaga caagatctac tccatcatca ataaggttca atccgtcctt      420

gatatccccc tcactgttaa aatgcggacg ggttggtcgg acccttccct agcagttgag      480

aatgccctcg ctgctgaagc tgcaggtgtc tctgcccttg ccatgcatgg acggactcgg      540

gagcaaatgt atacagggca tgcggatctt gagacccttc acaaggttgc ccaagccctg      600

actaagattc catttatcgc aaatggagat atccgtacgg ttcaagatgc caaacaacgg      660

atcgaagaag tcggtgccga tgcggtcatg attggtcgcg ctgctatggg caatccttat      720

ctcttcaacc aaatcaacca ctactttgaa acaggagaaa tcctgcctga tttgactttt      780

gaagacaaga tgaagattgc ttacgaacac ttgaaacgct tgatcgatct caaaggtgag      840

cacattgccg ttcgtgaatt ccgtggcctc gcccctcact acctccgtgg tacctcaggt      900

gcagccaaac tccgtggcgc catctcccaa gccagcactc tggctgagat tgaagaactc      960

ttacaattaa aagcatag                                                    978


<210>  2234
<211>  564
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 936

<400>  2234
atgaaagtga cagtcgatca agcattttgg gatttatttc caacagctag cattacagtg       60

atgtccttgt atggtattga taatacagta gatgaagcca aggatcctta tttcaaagaa      120

ttattggaca agggtgccaa gcgagcatgg gaatttatcg atgaagaaaa ctatacccag      180

agtgagttcg ttcaagagtg gcgccaagct tttagcaagt ttaaaacaaa aaaaggagcc      240

cgatcttcca tcgaggcact cttaaaacgg gttcaccagg gacgtgaatt ctatccgatt      300

aatcctttgg tggatcttta caatagcgtg tcgatggctt atgcccttcc ttgtggggga      360

gaagatatgg ataaattggt gggtggactc tctctaggcc aagcgaaagg aggcgaacct      420

ttctttccat taggagctga agaagatgca ccggctttgg aaggggagat catctactac      480

gaccaagaag gcgctgtttg ccgttgtttg aattggcgtg aggctcaaag aaccatgcta      540

acagaagata ccaaggacgc gatt                                             564


<210>  2235
<211>  660
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 937

<400>  2235
atgaaaacaa tgaaattagc cccctcaatt ttgagtgccg attatgccaa ttttgaaagt       60

gaattgaaac gcttagaagc agctggagct gactatgccc atatcgatgt catggatggc      120

cattttgtgc ccaatatcag ctttggagct ggtgtcgtag agagcatgcg tccacatagc      180

aagttggtct ttgattgcca cttgatggtc accaatcccg aacaccatat cgaagaattt      240

gcccgtgcag gagctgatat catcagcatc catgtggaag ctactcccca tattcacgga      300

gctcttcaaa aaattcgtca agcgggtgtg aaggctagtg tcgtgatcaa cccagggact      360

cctgtagaca gtatcaaaca tgtcttgaac ttggtggatc aagtcttggt tatgaccgtt      420

aatccaggat tcggtggcca agccttcttg cctgaaacca tggacaaggt gcgcgaatta      480

gccgctcttc gtgaagaaaa aggcttagac tttgatatcg aagtggatgg tggaattgat      540

gaccaaagta tttcgcaagc caaagaagcc ggggccaatg tctttgtagc aggctcttat      600

gtctttaatg gagatgtcaa tgagcgcgta caaacgctcc gagatgctgt aaatgggtaa      660


<210>  2236
<211>  375
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 938

<400>  2236
agaaagagga atggtatgaa ggaaaaggaa ttacgacgct cgctggcagt ctttccgatt       60

ggcagtgtta tgaagctgac cgacttgaca gctcgccaga ttcgttatta tgaagatcag      120

ggattgattt ctcctgatcg gacagaaggc aatcgccgca tgtattcgtt ggacgatatg      180

gaccgcctgc ttgagatcaa agattatatc tcagatggct tcaatattgc ggatattaag      240

aagaaatatg cggaaaaaga gcaagagcaa accaaggttg tcagtcaaga agagatccgt      300

aaggctcttc atcgtgacat tcttcagcaa agtcgcttca catcttcccc atcgccatat      360

ggtcaatttc gttga                                                       375


<210>  2237
<211>  810
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 939

<400>  2237
gtggatcaat tacggatcaa ggacttagag gtatacgcct atcatggtgt ttttccagca       60

gaaaaagaat taggacaacg ctttgtccta gacctatggg tagattatga gatgacccgt      120

gctgcccgca caggtgattt agaagcttcg atccattatg ggatcttggc ggaacagttg      180

accgagtgga tgcaggcaga aaagatcgat ctgattgaaa cggtggcctt tcaattggtg      240

caaaagattt tcgaaagcta tgcctttgta gaaaaagttc gtctggagtt gaaaaagccc      300

tgggctcctg ttcccttgcc attagagact tgttcggtga caatcgaacg ggagaaaaaa      360

cgggccttta ttgggcttgg caccaatatg ggagataaac aactgcaact agagacggcg      420

ctagaaaaaa tcaaggatcg aggcattcgt cttcttcaga catccacaag gattgaaaca      480

gaaccttggg gaggggtgga gcaggacacc tttttgaatc aggtggcaga ggttgaaacc      540

tggatgaccc cagaggattt actagagacc ttactggcca ttgagcagga aatggggcgt      600

gtccgtgaga tcaagtgggg gccacgtgtg atcgatctag atctgctcta tatggaggac      660

accatttgtt acagtccaaa cttgatcttg ccgcatcctt atgtggcaga acgtgccttt      720

gtcctagagt ctttgaatga aattgctcct cattttgtgg accctgttca aagaaagccc      780

attcgccaat tatgggaggc tgtcaaatag                                       810


<210>  2238
<211>  849
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 940

<400>  2238
atgaaattag cagtgatcac ggattcgtct gcctatttac cgcaagacgt gctccatcac       60

gacgacttat ttattttaga gatcccgatc tatatcgatg gggagtctta tgttgaaggg      120

aagaacctga cacacgatga gttctaccaa aagatggctg cgtctaagga attgccaaag      180

actagccagc cgagtgttgc agagttagaa gaagtcttat ctggtttgac agctaagggc      240

tatacgcatg ctatcggtct tttcttgtca tcaggtattt ctggtttcta ccaaaatatc      300

caatatttga aggacgaatt tgaaggcttg accgtcgaat ttccggactc aaaaatcacc      360

agtgctcctc tagggatgat ggtagaagac tgcttgaaat gggctggtga aggccgttct      420

ttcgacgaga ttgttgccaa tgtccaacac cagattgatg gaacctccgc ctatatcatg      480

gtggatgatt tgaaccactt ggtcaaaggt ggtcgtctgt caaatggggc tgccattctt      540

gggaacctct taagcatcaa gcctattctt cattttaatg atgaaggcgt gattgaggtc      600

tttgagaaag tccggacgga aaagaaagcc atgaaacgct tggtagagat tgttgtatca      660

gatatcgcag atggtcatta ccaagtcttt gtcatccatg ccaatgtccc tgaaaaagca      720

gaagcacttc gccaactgct cattgaagaa ggagtggaat gtgatattcc ttttgctacc      780

tttggagggg tgattgggac gcacttaggt gaccatagct tagcagttgg gtatatccct      840

atcgtttaa                                                              849


<210>  2239
<211>  1218
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 941

<400>  2239
atgattcatc gattgattac cacttggaat aaaaccaacc ttatgaaaag gatcgcaatt       60

gggattgtac ttggtgtcat cctagccctt atcttcccga aagcatctgg cattggactc      120

ttaggagagt tctttgttgg agggctccgt gcgatcgcac cccttctggt ctttgcgctc      180

gtcgcaaatg ccctctccca acaccaaaaa gggacagaga ccaatatgaa aaaggtcatc      240

gtcctctatc tcctaggaac ctttgcagct gccttcgtcg ctgttttggt caattacatc      300

ttcccgatca ccattaccct gactggaaag gccgctgaag gatcctctcc aaacgggatt      360

ggcgaagtga ttagtaacct cttgctcaag atcgtcgaca acccggtcaa cgccttgcag      420

caagccaact acattgggat cctttcttgg gcaactgtct ttggaattgc catgagagag      480

gcgagcgaac atagtaaaga cctcctccaa actctagcag acatcacttc aaaaattgtt      540

gagtggatta tcaacctagc tccatttggg atcttaggtt tggtcttcac gaccatcgct      600

ggccaaggac tcagtgccct tagtaactac gggattctct tacttgtttt ggttggtacc      660

atggcatttg tagcactggt catcaatcca ttgatcgtct ttttcatgat tcgcaagaac      720

ccttatccgc ttgtttttaa atgcctccgt gtcagtgggg taacagcctt tttcactaga      780

agttctgcag ctaacatccc tgtcaatatg cgtctctgtg aagagttggg gctgaatcca      840

gatacctatt ctgtctccat tccacttggt tcaactgtaa acatggcagg cgcagccgtg      900

acgatcaata ttttgacgct cgctgctgcc aataccttgc acattcaggt tgactttgga      960

actgcgctca ttctgagtgt ggtagcggct atctctgctt gtggagcatc tggagttgca     1020

ggaggatctc tccttctcat ccctgttgct tgtagcctct ttggcatcac caatgatttg     1080

gccatgcaag tcgtcagcgt cggctttatc atcggggtca tccaagactc ttgtgaaaca     1140

gccctcaact cttcgacaga tgtgctcttc actgccatcg ccgaaatgag cagctggcca     1200

aaagaaaaac gctattaa                                                   1218


<210>  2240
<211>  543
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 942

<400>  2240
atgcaagata aaattgtcat tcatggggca cgcgcccata atttaaaaaa tatagacgtg       60

gaaattccac gggacaaatt agtcgtggtg acggggttgt ctggttctgg aaagtccagt      120

ctggcctttg ataccctcta tgcagaaggt cagcgccgct acgtggagag cttatcggcc      180

tatgcccgtc agttcttggg aaatatggaa aaaccagatg tggactccat tgacggcttg      240

agtccagcca tttccatcga ccaaaaaacg accagtaaaa acccccgttc tacagtgggg      300

acggcaacag agatcaatga ctacctgcgc ttgctctatg cgcgtgtagg gacgccttat      360

tgtatcaatg ggcatggagc gattaccgct tcttcggttg agcaaattgt cgatcaagtc      420

ttagaattac cagagcgcca acgcctgcaa attctagctc ctattattcg caagaaaaaa      480

ggccagcaca agaatatcat tgaaaaggtg caaaaagacg gctatgtccg ggtgcgggtc      540

gat                                                                    543


<210>  2241
<211>  660
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 943

<400>  2241
cgtgctgttt taggtagtgc agagcttggc aattatttaa gtcccaatca ggtcttgaat       60

tatgtggagg ctcatgacaa ttataatctc tatgacttgc ttcagactct tcatccgaat      120

gaaaaagtag caggattggt caagcgctca gagttggcta cggccatgaa tctgctcttt      180

cagggcatga cctttatgca attgggtcaa gagttcatga ggaccaaatt ggtagcgaca      240

ggtcctgatg gagaaatcac tcctttggat cgtgaacggg ccatgaattc ctacaatgct      300

ccagattttg tgaatcaggt caactgggat ctggtcagtc aaaacaagga atcaattgcc      360

tatatccgaa gcttgatcaa tttgaagaca agtcttcctg tcttagggct tgaaagctat      420

gataaaatct accaacaagt ctttatccaa tctgcaactg attgtagtgg acttctgata      480

tttgaactaa caggagacaa gaagtacttg gtcatcttca acgccagcgg acttccatat      540

tacctccaaa attcaaataa attgaaattg atggttggga atagtcgtca taaacgacca      600

ttctatgtgg agaatttaac agcttctgtt tttgaagtcc tagatgaagg taaagcgtaa      660


<210>  2242
<211>  729
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 944

<400>  2242
atgtctgtat catttgaaaa caaagaaact aaccacggtg tattgacttt cacaattagc       60

caagagcaaa tcaaacctgc tttggaccgt gtgtttgagt cagttaagaa aactttgaac      120

gtacctggat tccgtaaagg tcatattcca cgtccaatct tcaaccaacg ttttggtgaa      180

gaagctcttt accaagatgc tttgaacgat cttcttccag cagcatacga agcagctgtt      240

aaagaagctg gaatcgaagt tgtagcacaa ccaactttcg atgttgtatc tatggaaaaa      300

ggtcaagact ggacattgac agcagctgtt gtaacaaaac ctgaagtaaa attgggtgct      360

tacaaagacc ttgaagtgtc agtagaagtt tctaaagaag taacagacgc tgatgtggat      420

gctcgtatcg aacgcgaacg caacaacttg gctgaattgg taatcaaaga aggaccagca      480

gctgaacgtg atacagtggt gatcgacttt gtaggttctg ttgacggtgt tgagtttgac      540

ggaggaaaag gagataactt ctcacttgga cttggttcag gtcaatttat cccagatttc      600

gaagaccaat tggttggaca ctctgctggt gaaacagttg acgtgatcgt aacattccca      660

gaagactacc aagcagctga ccttgcaggt aaagaagcga aattcgtgac aacgatccac      720

gaagtaaaa                                                              729


<210>  2243
<211>  381
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 945

<400>  2243
gtgggaacaa ctagcttatt aatttcatct actctttcga aaaaggaaaa gaaactagat       60

cacttggaaa gagagtttca aaaagcgcgc ttggagctag atgaaaagcg ttgcctagtg      120

gaaagaaaac agcagctctt cacccagatg ctggaagaag aatatgcgat ggcagcttcc      180

tttttacaaa agcaggcggt tgatgtcagt tgtggatggg agtccctcca tcgctgtatc      240

gaagagtatg atctcgaagc tagagaagct gcacatgtag tcttaaaaca gatcgaaatc      300

gaggaagaga atttatggca attctaccgg aaagatagac gtcaactgga agaggagttt      360

gcacaagata aagtttcata g                                                381


<210>  2244
<211>  612
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 946

<400>  2244
aaacaaacaa gcttaaaaga ggtctctcct cttctccagc gcatcattaa ttggtcgtct       60

atcattggtg ctcttgggac cttggccttt tgtatctggg cctactttgc tggcatcctt      120

caatccaaag aaaccttgtc agcttttatt ctccaagcag gcatctttgg accacctctc      180

tttatctttc ttcagatcct tcaaacagtg gtccctatta ttcctggcgc cctgacatct      240

gtcgctggtg tctttatcta tggccacatc attggtacca tctacaacta catcgggata      300

gtgattggct gtgccattat cttccaccta gccagaatgt acgggcctaa gttcgtccaa      360

tctatggtca gtcagaagac ctacgacaag tacattggct ggctcaatga aggcaagcgg      420

ttcgatcgct tctttatctt catgatgatc tggccggtta gtcccgctga cttcatctgt      480

atgctggcag gtctgacgaa gatgaccttc aaacgctaca tgaccatcat catcctctgc      540

aaacctatca ccctcgtcat ctacacttac ggtctcacct atatcatcga ttatttctgg      600

aaaatggtct aa                                                          612


<210>  2245
<211>  414
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 947

<400>  2245
atggttgacg attgtatttt ttgtaagatt atagctggcg acattccttc ctccaaagtc       60

tatgaggacg aggaagtcct cgcatttttg gacatctctc aggttacacc aggtcatacg      120

ttagtagttc caaaaaaaca cgctcgcaac ctcttagaga tggacgaaac cgccacagct      180

caactatttg cacgtgtctc taaagttgca aaaaaagtag aaacagctac ccaagctaag      240

ggaatgaata tcatcagcaa catggaagaa gtttctggac aaaccgtttt tcacacacat      300

gtccacgtta tccctcgcta ttccgatcaa gatgagcttg ccatttcatt tactgaacac      360

gagcctaatt ttgaacaact agcagttctc gcagaaacca tcaaaaacag ttaa            414


<210>  2246
<211>  402
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 948

<400>  2246
atggaagagt ttatgtatcg agtgattgaa atgtacgggg actgtgaacc ctggtggttt       60

ttagaaggtt gggaagaaga tatcgtgagt agtcggaagt ttgaagacta ttaccaggct      120

ttgaaatact acaagcagaa gtggttggag ttaaatgagc actttccaag ttataagagt      180

cggagtgacc tcatgacgat cttttgggat accaaggagc aagagtggtg tgaggactgc      240

agtgaagatg tgcagttttt ccattcgatt gtcctcctag aagacgagca taagatccct      300

aaaagcaagc tccgcccagg ctacgaaaag gaaagaggca gtcgcaaaca ccgttcttgt      360

caatatacac tcgattcaaa aaaggggacg accctgtcat aa                         402


<210>  2247
<211>  909
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 949

<400>  2247
atgtttatcg ataaacaatt gggtcaagat cggaaatgga tcaatatcga ctcggatttg       60

attgctgaaa attcatatct ttataaaaaa tacgatattg acaaagaaac cattgagtac      120

gcgatggata agaacgaacg tgcccatatg gattacaatc gagaaaacgg aacgatcacc      180

tttatctaca atgtattgga tttagaaaag gacaaggaat attacgaaac catacccatg      240

acctttatcg ttcaagatac gcgactcgtg accatcagta atcaggacaa tgcctatatc      300

attgaacaaa tggttcgtta tttggaaagt catgaggaac tgtcgatcta taaactgctt      360

tttgcaggtc ttgaaatgat cagtaatgct tattatccga ttattgatcg cttagataag      420

cacaaggatg aactcaaccg tttgcttcga aagacaacga cgaccaagaa tctttatgcc      480

ctgtctgacc ttgagaccgg tatggtctat ctggtcgcag ctgctaagca aaatcggatg      540

ttgctagaac atatcaaagc gcatgtcatt tatcgcagga tgaatgatgt tgaaaaagag      600

cagtttgatg atgccatgat cgaagcgcgt cagttggttt cgatgactga gttgatttcc      660

aatgtcttgc aacagttgtc aggatcttac aacaatatcc taaacaacaa cttgaatgac      720

aacttgacca ccctaaccat ctttgaagcc ttgttggcgg ttttagccgt tatcaccggt      780

ttctttggaa tgaatatccc tcttccgatg acagaggatc ctaatgcttg gatttatgta      840

tccgtatgta gctttatatt atggctcatt ttggcaaagg tcatgcggtg gattgtgaaa      900

aaaagataa                                                              909


<210>  2248
<211>  219
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 950

<400>  2248
atgaaggcaa ttgatatacg ttttttattg atgggaattt ttttcttgct ctatgggatt       60

gtaagaaaaa atatctttat tgtgatcgtt ggtggggcat ttttactcta tagtttttat      120

agcaagaaga tggagccaac caagaagaat atttttaagc cagagctcaa gcttcgaggg      180

cctaagaaac cgaaatcgaa gaaaggaaag aagaaatga                             219


<210>  2249
<211>  456
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 951

<400>  2249
atgaaagtat cctttgttta tattagtctg agtgggaata cagaaagttt tgtccaccgc       60

ttaagtgact acttgctgga agcccatccc ggacttgaaa tcgagaaagt gcatgtgaaa      120

gacctggtca aagagggcca gtccttcttt gaaatgacca atccttttat cacttttttg      180

cctacctatt tggagggtgg aaatggtgtt gacaatggcg atgtggaaat tttgacgaca      240

gatgttgcgg attttattgc ttatggagac aatgccagca agtgcttagg agtggttgga      300

tcaggcaatc ggaattttaa caatcaatat tgtttaaccg ctaagcaata cagccaacgc      360

tttggtttcc ccatgttagc cgattttgaa atgcggggga tgttgggaga tattaaaaaa      420

gtagctgcca ttgtagaaga gttgtatcat ctttaa                                456


<210>  2250
<211>  231
<212>  DNA
<213>  Streptococcus parasanguinis ATCC 952

<400>  2250
attttccact catcgtcttt ctccatttat cttcttgtta ggaaatccat tgaaggatta       60

gaaagagggc acctgctaaa agaaggctac tgccccacca ggtggcttga aaataccatt      120

tccgcacctt gtggtgaaag agatatccac ctagtagagc tccgaatcca ccaagcagcc      180

agctctcgag taacaggacc ttttcaggaa tccgccatct gttttggata g               231


<210>  2251
<211>  867
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0412

<400>  2251
atgagtacat ctatgacaaa ggaaatacaa gagaaagagc tgactatgtt gctgtacttt       60

aaagagttct gcgacaagca caatttgcgc ttttatcttt gcggcggtgg tctcattggg      120

gctatacgtc ataatggatt tatcccttgg gatgatgact tagatctctt tatgcctcgt      180

cctgactatg aaaaactagc agagttgtgg cctaaatatg ctgatacgga acgttatacg      240

tattgtcgta cggatcgtca tcatatttat catgatgcag gcgcctctat tcgagataac      300

aacacgactt ttattaatcg tcacagtatg cacgaagata tttgtcatgg tttagcttta      360

gagattatgc caattgacgg ctgtgcacct ggcaaaatca gccgcgcttt gcagttgatg      420

tgggctatga cctttgcact ctttaacgct caacgattac cggataataa gggacctatg      480

tatcgtgcct tagcaggctg tatctataaa gtcttttcga gtcagtccgt gcgctatcat      540

atttggcgtt ttgcagaaaa gcaaatgact aaatatgatt tcaatacaag caaggagtgt      600

actgagttaa tcggtagttt aaagggcatg aagttaagac atccacaaga ggattttgct      660

tctgtcgttt ataaagactt tgaaggacat caaatacctg ttatgaaagg gtatgagcga      720

tatttgcgtc tcatttgggg cgattatatg caattaccac ctgttgagca acgtgtagca      780

aaacacgacg ccgcttttgc tgatttgcat acgccttata aaaaatatag aggcattcat      840

tatgcccaaa ataaagctca accataa                                          867


<210>  2252
<211>  1326
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0413

<400>  2252
atgaactatt ctatgaagag tcgtattgta gcggccctcc ttgtaggttt atctgctact       60

actattggct atgcagagga gcctgcaatt tctacagata acccttttgc agtagaatct      120

actgatgaaa cgaacgaggc ggcccaagat gctacaattg gtcaaggcgg cggagaggca      180

tctggcgaag ctgatagctt agcctatctt gataatgctc ccataaaagt cgttaaacct      240

gaagcaacga ctaaaaatga gcgcactaaa acagggtggt tggcggaaca aatggcagtt      300

actgaatttg gtgactctat acagttctgg caagcggcta gcgaaaatga agggccgttg      360

ccgagcatta ctcaaaataa tttagcagat attggtaagt cctataccgc taatgatttg      420

ccatccttag gttctgaaga tgattatgct attgctacct accgcttggg cgacaaattt      480

gtcgtgccta aagatgtaga caagacagaa gtgcgagata actttactac ctatcatatg      540

aaagatcttg ccgtaactgt atatacaggt ccttctgtag agcgcttggt aaatgatcca      600

ttgcgtggtc aaggggcgac gtatttcttt gaaccaaata ctattactaa tattcatagt      660

acgaaaaaag gcgtcaatac agtgcgtgat attggtcctg gtagcacgcg tatggaattg      720

gtatttgctt atggtagtcc taatgcgatg tggcgtgatc aaaaaaatga gacatatatt      780

ttcctttatg aaggtcattc tgaaaattca tggccacaaa aaaaggattt taagagtcct      840

gtagagaata caaatagtaa tagccagcaa caatctatgc ttggtcaaca aaaggaatat      900

attgctttta ccattaaaca aagcaatata gaggctgttg atatgattag tggtcaagta      960

tggcctagat ttggtttacc aaaagcacca gtatatgatt tcgaagcggg caaattgact     1020

gctgacgact tcgtgttgcg tggcttacag ctaaatgatc acttcatcaa cgattctaat     1080

aatgactgga aacatcaggg catgctcttc ggctctgcgt tcattggcta taatgaatac     1140

ggcgtaagtg tagataaaaa gaatctcatc aaccgtgtac tattaaatat ttacacgcca     1200

acacgtcgtg gtattgcgat gggcgatact aagtatttat tgctctttgt gtacggtatg     1260

ccaactcgta tcgttgaatc tacaacgaat tcgggcacgt ctactgtata tgaatataaa     1320

aatcca                                                                1326


<210>  2253
<211>  810
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0414

<400>  2253
ctaaaagtat tggctgacgt ggggttacta ggctatccat ctgttggtaa atctagtatt       60

ttgcgtaaag tatctaaagc ccaacccgag gtagcagcgt accactttac cacattgaca      120

ccagttctag gtgttgtaac tatttctggg gatcgaagct ttgtattggc cgatattcct      180

ggacttattg aaggggctag tgaaggtgtt ggcttagggc ataacttctt gcgtcacgta      240

gaacgtacta atattttaat tcatgttctt gatgtatctg gtatggaagg ccgtgatcct      300

aaggttgact ttgatgctat taacgaagag ttacgtaaat attctgaaaa attagctaat      360

aaaaagcaaa ttgttgccct taataagatc gatatggtct ttgatgacac cacaattcca      420

gataataaaa aatactttga agataagggc tatgaagtat tccttatcaa tgcattgagc      480

ggcgaaggtt taccagagct tatggaacga gcttactact atgtagaaaa ctacgaacca      540

gaacctgaag cgactgatga tacagttgtt tacgaagcaa aacaagatgt agagtttgtt      600

atcactcgtg gtgatgatgc tgccttctat attactggta aacgtattga acgattagtt      660

gctatgacaa atcttagcga cgatcaatct cttcgtagat tccaacgtat ttggcgtttt      720

atggagctcg atgctaagtt gaaagaaaaa ggttgtaaag acggggatga agttgtaatt      780

ggggatcaac gctttacatt ccaagagtag                                       810


<210>  2254
<211>  1086
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0415

<400>  2254
ggtgagttag taaaaaactt acgtagctta gattatccta atgagctgta cgatatcttt       60

gtagtagcag ataactgtac agataagact gcagaagtag cgagtgctgc tggtgctaat      120

gtgcatgtgc gcgaaaataa acaagaagta ggtaaaggtt atgctatggg gtggatgttt      180

gatcgagtag aaaaaatgga aaggaaatac gatgcctttc ttatctttga tgccgataat      240

ttagtacatc cccaatttat gttagaaatg aatgatcacc ttgaaaaagg cgagtcagta      300

attcaaggtt acctcaactc taaaaaccca acggattctt gggtagcagg gacgttctcc      360

atcgcgttct ggatggtaaa ccatatgtgg cacttagcaa aatatcgtat aggtttgtct      420

acagctttgg gtggcacagg tatgtgtatc cgtacatcca tcattcgcga gtacggttgg      480

gattgtaata gcttgactga ggatatggaa ttctctatga agttattaac tcatggtatc      540

cgtacgtgtt gggcccatga tgccatcgta tacgatgaaa aggtaacgac catgaaggcc      600

tcctgtaaac agcgtttgcg ttgggctcaa ggtcaatttg actgtgctgg tcgatatatt      660

cctaaattgt ttgctacagg cattaaaaca gggaatatta tgattttgga tggtattttc      720

caagtaagtc aaccgtattt cttattgttg actactgtat acttggtgtt gtcttacatc      780

aatgcgtata caccgattta tacaaatatt ttgtatcaaa tcctgccaat gtctgtttgg      840

actattatcg gtgttggcca atatttattc ccattaatcg tattattgaa aattaaggtg      900

ccaccaaaga tttggttcta ctatttacta tatccattat ttgtttattc ttggattcca      960

gtaaatattt taggttggtt ccgtcgtcat aacaaagtat ggtctcatac agttcatacg     1020

agagccgttg gcttagatga cgtaaaatta acgcgtatgg gaaatatgaa taagaatcaa     1080

aaatag                                                                1086


<210>  2255
<211>  1170
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0416

<400>  2255
atgactaaaa ttttcaccaa attaagagct ttggtggatg aagcattatc tgatcgtgat       60

acggcggtaa ataaggaacc tattgtagaa aatactcctt tagaagaaga cttgtttgac      120

catcgttttc tatatataga agaggacacc atcaatcgta tgttgcgtgc cgctcttcgc      180

aatcattggt tcttttatgc tgtaacattt gagtttgagc caaataacca aatattccta      240

tccattatta ctaaatgggg gaatgtgatt aatgtggaat tcaccttaga ggatctatgg      300

tttgatgatt actcatcatc ctttgcgatt cgcctcgata caaataatat agatacaggt      360

gggtttattt taaactccct tttacattta gtcggtaatt ggtgccttag cttatttggc      420

gtattcttta atcctatcgc attaggtgaa aagggttcta ccgtacgctt tgagaaaaaa      480

ggcattattc aatttgacct attaccaaat acacaagtaa agaaatttat accgttaccg      540

gaacgccata ttggtagtaa tggacccgtt cttttaggga atcctcgtac cagtcaatct      600

gtattgcagc ttgattacta tgcattccat gatccagtag atacctttac ggtaccagat      660

gtgccaactc gtactagttg gttacgttcc atcgatattg cagcggttct cttattgcca      720

attggtgtat ggattacctt tattatattg caccattact tgccaacgga aacgttggag      780

ttctcattct ccacgtactt cttaatttcc ttaggtattt ttatcatttc cttcttggtt      840

atgaatattc ctcggtattt gtacatgtat tttgactctc gtaaacagtg gcaaagtgcg      900

tttgtacata ataatattaa gattcaaatg cgtaagcttc atcgtcgcat cttcatgcag      960

caggctacgc tcacttctga ctgtgatgag tgtactgcta atgagagcca agagcgaatt     1020

aaacatttgt tgttacaaat tcgcgataag cgattccttg ctaatcgact gaagatcgct     1080

gatgatgata gagctcgtaa acaaaaggtt aagtttatta tcgcctatat tggttgtaca     1140

ttaattgagt taatgttgat tatgaactaa                                      1170


<210>  2256
<211>  1113
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0417

<400>  2256
atgagtgggg aagcattatt caaatccata gttagtggtg aaaatcaatc catattaggt       60

gatatagctc gttctagctt aggcttttta agtaaaggtt atgagaaggc tgtatctatg      120

cgcaatgcta aatttgatga aggcaaaggc gttacaaaag ttacagtacc tgttatcagt      180

gttggtaata ttacggctgg tggtactggt aaaacaccga tggtacgatt tatttgtgat      240

gtactcaccc aaaagggcct tcatcctacg gtgcttagtc gcggttatcg agcagaagat      300

aacaagaaga atatcattat ttctaaagat ggcacaatgc tagtagaacc aactattagt      360

ggtgatgaag cttggttact tgcaaaggtt ttgcaaaagt ctaatgttat cattggccgt      420

gaacgaacaa aatcggcaga gattgctatt aatgagatcg gggccgattg tcttgtaatg      480

gatgatggat ttcaacatcg cgcattagct cgagatattg atatcgtgct catcgatgcg      540

tctaatccgt ttggctatga ccatgtatta ccacgtggtt tattgcgtga accactcagt      600

ggtttgcaac gagctcatat cattgtcctt acaaaggttg atcaagtggc accaggtatt      660

gtgtcgggga ttcgtaagcg cttatctcag ctagttccaa atatacctgt ctatgaaact      720

acacataagc ctcaatttat gtataccttg gatgagtggg ctaatggtac agctggtgct      780

cctgtagact cctataagga tcagcgtatt atggcagtta gtggtatagg taatccacat      840

tcctttacgc aaactttgac tgatgtagga tataatgtag ttcatacttt accatttggt      900

gatcatcacg acttcaacaa tgatgatgta gtagacattt ggaaagaagc gtttgctcat      960

caagctgatg caatttgtat tacagaaaag gatgcggtaa agttaagtca gttgcatgca     1020

attgaagact tgaaaatacc gattctagtg ctatctatag ggattgagtt tatttctgga     1080

aaacaagaat tcatagaaaa tttagagatt tag                                  1113


<210>  2257
<211>  453
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0418

<400>  2257
atggaactcg tactaaatat taataataaa aatgtaacag ttaatgtgcc aactgacgaa       60

atgttgttgg atacattgcg taatcttggt tattacagtg tacgttgtgg ctgtgataca      120

acaaactgtg gcctttgtac tgtatgggta gacgacgaaa tcgtattatc ttgtgcatat      180

cctacattcc gtgcaccagg tcataaaatt actacattag aaggcttaga agaagaggcc      240

gaattactag cagcttgtat tgctagtgaa ggtggagacc aatgtggttt ctgtacaact      300

ggtatgatga tgagcgctat caatttgaaa cgcaaaaatc caaaggctag tgatgatgaa      360

atccgggagt acctcattgg taacttatgc cgttgtactg gctatgaatc acaacttcga      420

ggggttcgta aattcttaga aggaggccta taa                                   453


<210>  2258
<211>  567
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0419

<400>  2258
atgcgcgttt taatcgtcga tgatgaatcc cttatacgca tggatttgcg agatattatt       60

gagtcttgcg gtcatgaggt cgtagctgag ggaaccaatg gcgttgaagc tatacaactc      120

tgtaaacaac ataaaccgga tatcatttta atggatgtaa aaatgccaga attagatggt      180

attgaagctg ctcggcagat tggctttcac catgaagcac ctgttgtgtt gttaaccagt      240

tatagtcaac aagatttaat cgataaagct agagactcag gtgtatatgg atacctaatt      300

aaacctgtac gagaggagca attggtacct actttagaaa tggcattagg tcgttataaa      360

agtgatgctc agctacgtga gaagatggct gaattagaac agtcattaga agatcgtaaa      420

atcattcaaa aggggacggg actattaatg gagttgtatt ctatatctga agaggaagcc      480

tataatcgca ttcgcgccct aagtatgaag aaacgtgata gtattgttaa tatctgcaaa      540

gccttgatta atcaagtttc aaaatag                                          567


<210>  2259
<211>  399
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0420

<400>  2259
atgaagacca ttagtacagg taaagcattt aatgaactag actctaaaga gcttggaaaa       60

tggggagaac gcattgctac ccagtatatt gaaaagttag gtcttaccgt agtagataca      120

aattatcgaa cgaggttggg ggaaatcgat atcattgcaa aacgcgattt agtgtatcac      180

tttattgaaa ttaaagcccg tcgtggcatg caacatggat tggcccgtga ggcggttact      240

aaaaagaaac aaaagcatat taaacgggct gctatgttat ttttatatga tctacatcaa      300

aagaaacgac attggaaaga aatatccttt gatgttatag aggtgtatct tcacgaagac      360

tttcaaagtt ctattcatta tttgccgcag tgcttttag                             399


<210>  2260
<211>  1134
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0421

<400>  2260
gtttatatga catatcaaga ggccttagcc tatttagaac aggcatcctc attcggtatt       60

aagcctggcc ttgaacgaat tacagctctt atggaagccc ttgggaatcc gcaagaggac      120

tataaaattg ttcatgttac aggtacgaat ggtaagggct cggttacctc atatatttcc      180

tacgcactgt ttacaagtgg attacgggtg gggcgattta caacgcctca ccttcaatcc      240

tatacggagc gaattcaaat caatgatgga aatattacag aggaagcctt cggtgaatta      300

attaatcgtg taaaagcggc agtagatact atcatcagta atggggtaga ggcaccgacg      360

caatttgaaa tattgacggc agccgcattc ttgttcttta aagatcaagg tgtagattat      420

gcggtagtag aagttggttt aggtggattg ctagactcta ctaatatcgt tactcctaaa      480

gtatctgtta ttactaatgt atctatggat catcaagcgt actgtggtga tactgttgag      540

gagattgcac gtcataaggc gggcatcatt aaatctaaag tacctgtagt aacagctgca      600

caaggtacgc ctctaagtat tattgaggac gtagctaaag aaaagaatgc taagctgtat      660

gctttcaata aagattttgg cattgatagt cgcagtgctg taacgggcgg tcaaatgatt      720

acggtcagtg ccaatgatgc agcgcctgct atgctcttta cgacgatggt aggtattcat      780

caatctgtaa acctcgcttg tgcgttaatg gctgtgcgcc tattgatgaa agacgataag      840

agtattagtg aagaaacgat gcgcgaaggt tttgctcgca ctacgtgggc cggtcgtttc      900

gaaattaaac gaggtctaga tcgtaccttt atctttgatg gtgctcataa tgcggcaggg      960

gctgaatctt ttgctatggc ttatgctgaa ttgtttaaag atactccaaa aacgattgtt     1020

atggccattc ttaaagataa aaaccaagag gcgattatcc gtgaagtcgt taaggccgga     1080

gatacagttc tagttgtacc ggcgccaaca gatagaacgg aagtacctga aacc           1134


<210>  2261
<211>  657
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0422

<400>  2261
atgaataaaa agttaatttc tatggcatta actggtgtat tggcagtagg tgtattgtct       60

gttgctacac caagtgtggc agatgcacgt aaaacaaagc cagaaacaag tacagatatt      120

tctgtacaac gtgcaccagg cgagtccatg gttatgacta tgagcaaaat tggtactatt      180

ttccaaaatc gcttcccgaa tgctgccctt cactccgtag agcttaactc taacgatttg      240

aactatggtt acaaagttgt tggttatagt aaatatcatc aatacaagat gaaaatcgac      300

gtaatcactg gtaatacttc caatatggaa gaaggtggca aacctaaaaa aattatcggt      360

gaaatcttca ataaagatcg cgtaattgag tctgctcaag cagaacgtgt tgctaaacaa      420

caactcggtg ctgatgctgt tatgaagggc tggaaaattg aagctcatga cggcaaaatc      480

ttgtactatg taacaatgca tcaagatggt aaaaaagtag ttgttacagt agatgctgaa      540

acaggtgctt acgtagagca atctaaatcc tataaattac cacctgagcc agatcaaggt      600

ttcgatggcc gtaaaacaaa tcttatcttt ggtagtggca tcgacatggg tcgctaa         657


<210>  2262
<211>  582
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0423

<400>  2262
gataaaggag tgcaaatggc tggattatat ttggcgagcc aatcaccacg cagaactgaa       60

ttattaacac aagttggtat tgaccatact gtagtatcga gtagttacga agagcctaat      120

gaaggttacg atagccctat tgagatggta aaagctcaag ctctaggtaa agctcgttgt      180

gctgtaggca ttcctgaagg tggcatcgta ctaggtgcag atactattgt ggtcctagat      240

aacgaagtgt taggtaaacc tcaagatgaa gctgatgcgc ggaaaatgct tgaacgtttg      300

tcgggcagat ctcattctgt agtaactggc gtagcacttc tcatcaaagg agacgaagta      360

gtattccaca atgaaacaaa ggtgtatttt aaagaattag cgccttttga aattgaatct      420

tacattgcta gtggtgagcc tatggataag gcgggcgctt atgggattca aggtaaaggg      480

gcactttggg tagagaaaat agaaggctct tataccaatg tagtaggatt gccagttgag      540

catgtgtacg acgaattatg taaagcctta ggcgctaaat aa                         582


<210>  2263
<211>  2154
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0424

<400>  2263
atggacgcca tacgaggatt tgtataccga actatatatg agaatacaca gcgtacatat       60

tgcgtgttta tcctcaaaga ttataatgag gaatacatta cttgtaccgg caaatttgaa      120

tctcctaaag aaggggaaga tattgaagta cgaggccgct atgtagagca tgaaaaatat      180

gggcgtcaat tcgatgcgag cagcgtggaa aagttaaagc ccgataatat gggcgctgct      240

aagacgtatt tactaaacct tggtataaag ggatttggtg agaagtctgt agagaaggtt      300

ctcgactatt ttggcattcg tattttagaa attttacgac aggaacggcc tgaagaaatt      360

aaggatgttc ctggcctacg aaaaagtgtt aaggatgaat tatttaatac tttacttggt      420

gaaggaattt tatccgattt aaatcacttt tttgaaagtc accatatttc ttctaaatgg      480

agtcgcacag tatatactta ttacggtgtt cagtctgtag ctgttataga ggataaccct      540

tatactttgt tgcgtattgc accagacatg ctctttggta cagctgatac actagcggaa      600

cacttaggta ttactggcag tgattctcgt cgtttagagg ctggtttaga atggatttta      660

cgtagtttgg ataatcaagg tcatacatgc ttgcctgtag atcagcttat aggtcgttta      720

gatgatctgt tacatactga tgtagatgat attgctaact ttattgaaag ccttttagag      780

caaggtgcat tgtatagcac gtattacgaa gatattttat atatctatcc gccagaaatg      840

tatgtttctg aagtggaagg tgttcactat actagggaat ttttattaga agctgatcca      900

attgctctag atattcctag ctttatagaa cggtttgaac aagataacca tattaccttt      960

ggtgatgctc aaaaagaggc tattcagctt tctttctttg agaagttttc cctcataact     1020

ggtggtcctg gtacgggcaa aacaacgatt attaaagctt tagtaaaagg gttccaactc     1080

ggtggcttag gtcgcattat cttatgtgcc cctacgggtc gtgctgcaaa gcgacttaca     1140

gaggctacgg aatttgaagc tacaacgata catagattat tagtacctgt tcaaggcagt     1200

gattcctatg attttactaa gaacgaggat gatccattag atatagatgt tattatcatc     1260

gatgaagcat ctatgctcaa tgttcgtcta ttctattcct taatggctgc tattcctaaa     1320

gaggcccatg ttattatcgt aggcgacgtc gatcaattgc cacctattgg agccggtttt     1380

gtattaaaag atttgcttga tagtgattgt gtaccttata cacgactcaa tcagatttat     1440

cgtcaaagtt ctggtaatac tatcgttgaa agcgcttatg ctatcaatcg tggggaaatg     1500

ccgaacctag atggtgtaag tgaagagttt tcttttattc ccgttaagtc ctatgacatg     1560

atgatgaaat ccattatcga tgtatataaa cgagaacagg aatatgtaga ggatgaatta     1620

gatattcaaa tcatttctcc tatgcgtcgt ggtgaagccg gtagtacatt gatatctcaa     1680

tatgttcaac aagctgttaa tccaccagat agctataaag gggaagcgcg tgtaaatggt     1740

attacgtatc gcgttggcga taaggtaatt caaatcttaa atgactatga gttagaggtc     1800

ttcaatggtg aaattggtgt aatttatgct attacacgaa cagatatttg tatccgattt     1860

atccataaag aggttcgtct acctatcgat gaagcacata tgattatgcc agcctatgct     1920

attacggttc ataaaagcca aggtagtgag tatggcatag ttattattcc gtttgtccct     1980

agatatggtg gtatgttaca acgcaactta ctgtatactg ctgttactcg agcaaaacga     2040

aaagttatta tcgttggtac tactagtgct gttgaacgtg cagtacgtac cgttaatgct     2100

gatgaacgat atacattgtt taaagaacga ctacaaggga gatgtgattc ttaa           2154


<210>  2264
<211>  1068
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0425

<400>  2264
atgaaaaagg aaataattat tgtcaccatc tcccttggta atgatggggc tgaacgaatt       60

ttaacagagt tagctcgtca atgggtacat gatggtcacc atattacggt tattcaaaca      120

agccctaatc gatatggtaa cgaatatgct ttagaggaag gtattgagca aatccaaatt      180

catactacta gctctaataa agtaattcgt tttatgcaag aaataaaaga attaatcaag      240

atcttgaaga ctagaccaaa tgctacatgc ttatcgttct tgtctgcatc gagtttcatc      300

ttggctatta gttcttggtt tgtaaacaat cgtatcgttt tttctgaacg caataatccg      360

cgcaaggtac ctatcggttg gcatcaacaa gcgttgcgta attttgcctt tcgattcgct      420

gatgctctag tattccaaac agaagacgct cgctcttatt tccctgaatc tattcaaaag      480

cgtggtgtta ttattcccaa tcctattaat ggtaaactgc caccaccatt tgagggagag      540

cgagaaaaga cgatcgttac tgcctgtcga ttacatcctc aaaaaaacct gcctatgatg      600

atcaatgctt ttagtatgtt agcggacgag tttccagagt ataaacttgt catctatggt      660

caaggcgttt tagaagatga attaagagct caaattaaat ctcttaattt agaggataga      720

attttattgc ccggctttgc tagtaatatt ttagaaaagg tagcgccttg ttccatgttt      780

gtgtcttctt ccgactttga aggtatttca aactctatgc tagaagccct cggcatggga      840

ttgcctgcag tcgttacaga ctgccctgta ggcggtgctc gtatggtaat taaaagtgga      900

gagaatggta ttcttgtacc tgtaggtgat acacaggcta tgtatgaagc tatgcgcagt      960

gtcttaaaag atcctgaatt agcagctaag ctttcacaag aagccatcaa agtacgggat     1020

gagttcccat tgtggaaaat tgcaaaacgt tggttagaag ttttatga                  1068


<210>  2265
<211>  840
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0426

<400>  2265
atgaacgaaa aagacattat gattgatgtc aatcatatga gtcatatata tactgatgaa       60

aacggcaatg atgtacgcgc attagacgat gtgaatttat cgattaagcg cggcgaattc      120

gtatgtatta tcggtaccaa tggcagtggt aaaagtaccc tagccaagca ttttaatgtg      180

ctattacaac ctagcgaagg tcacgtcaat gtatgtggct ttgatacgcg cgaagaagcg      240

catatttggg atattcgcca acatgtgggc atggtattcc aaaatcctga taaccaaatc      300

gtagcggctg tcgtagaaga ggacgttgcc tttggtcctg aaaatctagg cattcctagt      360

gatgaaatta gaaaacgtgt cgatgcagcg ttagaagctg ttaatatgac tgaatataga      420

gaacatggcc ctcacttact atctggtggt caaaagcaac gcattgccat tgcgggggtg      480

cttgctatga aaccagactg tattgtcctc gatgaaccaa cggctatgct cgatccaaaa      540

ggtcgtcgtg aagttttaga gacagttcat aagctcaata aagaagaggg cattactatc      600

gtctttatta cgcacttcat ggaggaagcc gtaacggctg accgtgttgt ggttatgaaa      660

aatggtgtga aattacatga tggcacacct cgtgaaatct ttagtcatgt agataccttg      720

aaagaacttg gcctcgatgt gcctgtagcg tccgaaattg ctttcaaatt aaatgcgaaa      780

ggttatgaag tgggtaacag cattataaac aatgaggaat tggcagaagg tcttaaaggt      840


<210>  2266
<211>  1452
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0427

<400>  2266
atggatacta aaatcgtagc tgctgctaaa tggtctgtca ttacagaggt tttagcaaag       60

cttattacac cacttacaaa tataatattg gcccatatgc ttgcgccgac ggcgtttggt      120

atattggcaa caattatgat ggttatctct tttgcagaaa tgcttgctga tgcgggattc      180

caaaagtttc ttgtacagca tgagtttgaa agtgaccaag aaaagcaaga ggccacagat      240

gtagccttta ttgccaatct agtactttct ttattcttgt ggggcgctat cataataggc      300

cgtgatgaat tggctgtact agtaggtaat gatggcttag gcataccgat ggccgtgatg      360

ggggcgatga tacctctatc agcctttagc agtgtgcaga tggctttgta tagaagggac      420

tttaacttta agtttcttct aaatattcgc cttataacca ttttgacacc tatagtgatc      480

tctattccta tggcgctcat ggggtacgat tactggtctt taattgctgg catgttaggg      540

gctcagctgt ttacagcatt agtcttatta aagagtagaa gaaatcaaat tcgcttattc      600

tttagtggtc gtgtttttat gaacatgttt agctatagtg catggtcatt ggctgaagcc      660

ttttctattt ggcttaccgc atgggtagat acttttatta tcagtcgatt tctcgatgcg      720

tactatttag gtatttacaa gatgccgatg gccattgtaa caactgttat ggctatggct      780

acagcatcgc tagcgccagt gctttttgct gcgctaagta gggtccaaca tgatcaacag      840

gccttttcca atacattttt tacattccaa cgctatatgg ccttattctt agtgcctata      900

ggagtaggct tatttgtatt ccaagacttt gttgtccatc ttttgcttgg gcctcaatgg      960

aagttggcag ggatcgtttt aggttcttgg gcattgagct cagctattat gactgtgaca     1020

gcaaatctaa tttctgaaat attccgtgct aaaggcttgc caaatctatc gttctggact     1080

caagtgttac atttagttgt tttaatacca gttatttata tttgtattca atatgatttc     1140

actacctttg tgtatgctcg ctctatagtg cgaatggaaa tgctcgctgt agctatgttg     1200

ttcttggctc tattcgttaa tatgagtgcg ttccgcatac tatctaatat tagtgtatat     1260

ctcattaccg catcgatagt tggggcgata gcgtatagta ttttacatct atatgatacg     1320

gtgtggtgga cgatagcttg tatgctatta tgcgttctat tgtatgtggc tattttgtgt     1380

agcattccat ctgagcgtac tatgattgct gctggtgtta ataaagtttt aggtaaggta     1440

agacgttcat aa                                                         1452


<210>  2267
<211>  585
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0428

<400>  2267
atggatttac tctatgttgt attacgaaca ttgctcatat gtgccatcgg tttgctcatt       60

gcattccaag ggcgtcgcat gggtttatcg atttttaacc tgacgggacg gttaaatcga      120

ctacaattca tcatatgctt tatcgctttg atgattctat tccacatcgt ccactatatc      180

gatgatctat tcttggactt tgttgtctct ttaccagcat actggtttac aagagttatt      240

atttggattt tactggcagc cctcttccca ttatcttgca ttttatttgg tcgtcgtatt      300

cacgacatcg gctttaatgc atgggcaggg attctctggt cggtcattat gattttcatc      360

aatacctact cggctgtatc tccattcaat tacatgcttg agctctttat atggctcatc      420

ggtttcctat tctgggtatt gcctggtcag ccagaaccga accaatatgg taatccacca      480

tttatgcctg taaatcgacc aacctatgag tcgatgcaac aacctaaaac agaaacagag      540

cgggaaatta gaaaaacagt ccgtaaacgg cgtaaaaaac gataa                      585


<210>  2268
<211>  1359
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0429

<400>  2268
atggctaaga aaatcatgtt ccaaggaaca agttctaatg taggtaaaag tattctttgt       60

actgcattat gccgtatctt ttatagaaaa ggttttaaaa cggttccttt caaagcacaa      120

aatatggccc tcaattcata cgttacaaaa tggggcgatg aaattggtcg tgctcaagta      180

gcacaagcgg aagcagctgg cattgatcca attgtacaaa tgaatccagt tttattaaaa      240

ccaacaggga atcaatcatc tcaagttgtt ttaatgggta aaccagtagg tgtctatagt      300

gctaatgaat accacacaaa atactcgtta actgctcttg ataaagtaaa agaatctatt      360

gatttcttag atgctaattt cgatgttatg gttatcgaag gtgcaggtag ccctgcagaa      420

gttaatctta aagctaatga tattgttaat atgcgcattg ctaaaatgac gcaagctcct      480

gtgtatttaa ttgctgatat cgatcgtggt ggtgctattg cttctatcgt aggtacatta      540

gaactactag aaccagaaga acgtgatctc attaaaggta ttgttatcaa taagttccgt      600

ggggatatta agttattaga accagccctt actttcattg aagaaaaaac tggtaaaaaa      660

gtagtaggcg ttattcctgc tattgagaat cttgatattg atgaagaaga ttctgtagca      720

ttagaaaata aacgccatag tggttctaaa gaaattcaag ttgtagtaat gcaaacacct      780

aaaatttcta attttacaga ctttgatgct cttaattacg agccagatgt atctgttcga      840

tttgttggcc ctggcgatgt tattggaaaa ccagatttaa tcattctacc aggttctaaa      900

aatacattag cagatttaac gtatttacgg gatacaggtt ttgctgagga aattaaaaaa      960

ttggctgctc aaggaactcc agttattggt gtttgtggag gcaaccaaat gttgggtaaa     1020

accatttatg atccgcatca tatggaaggg gatattgagg agatagaagg tctaggcctt     1080

gtagaatctt caacgactat gaaggatcaa aaaacgacgc atcaagtaca atttaatgtg     1140

tctaatttga aattcttaaa tggtactttc acaggtgaaa atttagtagg ctatgaaatc     1200

catatgggcg atactacacc attagtagat acagtaactc gttgctttac cattacaagc     1260

cgtagcgaag aacctgttaa cgttatcgat ggttttatcg atggcaatca tcaagtaatg     1320

ggcacatata ttcatggtgt atttgataat gatgagttt                            1359


<210>  2269
<211>  1098
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0430

<400>  2269
ttgcgtaaac tattttttat gtgccttgca gtcttgatgg cgataccttt attattgact       60

caagcgaagg ccgctaatct tgaagatgcc cgatgggtga ctagaacaga tgcacctgta      120

ccatatgttc gtatggttat ggatttgtca gcgccggtga aagcgtccgc atcgattagc      180

aaagatggga aaacgacgac tgttaccttg aaaaacacga agctaaagac tgctaaagag      240

aacattacaa tggactcaag tatagctagt tctgctaaac tctcagaaga cggcagagat      300

gttaaggtca caatcaagac accttcatct atcgatacga gtgatgtaaa ggtattttcc      360

ctgaaaaaag atacggttaa taagaaacca tatcgcatcg ttgtagatgt tcagaaaaaa      420

ggtgtaacac ctaagcctgc ttactatggt aaacgcccat ctccttctgc tcatcctgcg      480

aaaaatgtac cggctggatc cggtaaatac tctagtagcg gtggtttatc tggtaaaata      540

atcactatcg acccaggtca tggtggtagc gactccggtg ctattggacc acatggttta      600

caagagaaaa atgtaacatt accaatttct aagtatttga aatccgcttt ggaaagccgt      660

ggtgctaaag tagttatgac acgtactaca gacgtagacg tatatggccc taatgcaagt      720

ggtgttgaag aattaggtgc tcgcgtaaat attgcaaacc gaaacaattc tgatgctctt      780

gtaagtgttc atatcaatgc tttcactaac ccaagtgtgg gtggtattgc aacatactac      840

tatagtaaaa caggtaatga tgttagattg gcacaaaagg ttcaaactca aattgctagt      900

acacctggtt tcaatggtga ccgtggcatt caagagggta acttatacgt gttgagacat      960

tctaatatgc ctgcaattct cgtagagctt ggctttatct ccaaccctaa cgaggaacga     1020

gcattacagt ctcctcaaac acaagaagac tttgctaatc gcattgcaaa tggtattgct     1080

aattactttg gaggttaa                                                   1098


<210>  2270
<211>  579
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0431

<400>  2270
atgtatgatg taaaatctcc aaaggcggag gagtttattt cccatcagga aatccttgat       60

actcttgctt atgcagagga aaataaggaa aatcgggagt tgttagatgc tattttagca      120

aaagcagcta catttaaggg gttaaaccac agagaggcag cagttctctt agaatgtccg      180

ttacctgaat ataaggaaaa gctttttgct ttagcaaaag aaatcaagaa agccatatac      240

ggtgatcgta tcgtattatt tgcaccatta tatttatcta actattgtat caatggctgt      300

gtgtactgcc cgtaccactc taaaaaccgc gatattaaac gtaaaaaact gaagcaagaa      360

caaattagag aagaggttat tgccttagaa gcgatgggtc ataagcgtat cgtaattgag      420

tctggtgaag atcctcttaa taatcctctt gagtatattt tggaatccat taagactatt      480

tatagtatca aaaataaaaa tggtgaaatc cgtcgtgtaa acgtaaatat tgccgcttgt      540

tccgttgagg attacaagaa attacatgaa gctggtatt                             579


<210>  2271
<211>  879
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0432

<400>  2271
atgataaata ctaccattaa tcagttttta acaaagcaac taccaaactt gaagattgcc       60

gttgtgggtg atgtgatggt agatcgttat gtttttggtg atgtaagtcg tatttctcca      120

gaagcaccgg ttcctgttaa ccgagtgtca aacatgaaag aggttcttgg tggggctgga      180

aacgttgcat ctaacttgtc taatttagac tgtaaggtat acctcggtgc acttgctggt      240

aatgatgacc atggtcgcct attgcaacat ttacttgatg ctgacaaaat cgatacaact      300

ggtttaatta caagtgatga ccgttctacc attactaaga tgcgcatctt aggtgatcgt      360

cagcaaatga tgcgccttga ttttgaaacg attacagatc taacaagcga ggaagaggaa      420

caattagcta cttggcttga aaatctatgc aaatctggta tcgatggtat tgtcgtatct      480

gactatggta aaggtgtttg tacgcctacc ttattgaaga aaatctttag cttagctaag      540

gaatatggtg tgcaaactat cgttgatcca aaaggctctg attggtctaa atataatggt      600

gccacctgca ttacaccaaa tgtaaaagag cttggtgaat gtgtgggtcg taaattagaa      660

aatgatgatg ctacaatcgt tgaggccgct aagtctgttc ttggcaatgt agatttagac      720

tatattgtgg ctacacggtc tgctaagggg attacagtta tcgcaaagga tggccgcaca      780

tggcataatc cggctactca acaagaggtt ttcgatgtga gcggtgcagg tgataccgtc      840

gtatctatga tgatgacttg tcttgccagt ggcttatct                             879


<210>  2272
<211>  933
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0433

<400>  2272
atgaaagata aacaaataat cgtattgatg ggtggtcctt ccaaagaggc tgaagtatct       60

cgtcgcactg gtgcagctat tgcagaagca cttgtgagca aagggtacaa ggctcaaaca      120

ttagaactta atcctcgcac agtattgcaa gatatcgatt cattaggcgg tgaagtcgta      180

tttaatgcta ttcatggtcg ttatggtgaa gatggtgctt tgcaagggct tttagaaatg      240

gcagaaatcc catatactgg ctccggcatc atggctcatg ctgtaggaat gaataagaaa      300

gtaagtaaag atgtctttaa aggggctaat atcccaactg caagatctga atcctataat      360

ggtaatcttg aatctgcaga agcaattatc gatcatattc gtaaagaatt taccattcct      420

gtagtagtta agtctgctac gcaaggctcc agcattggtg tgacaattgt tcgagaagaa      480

tcacaattag aagcagctgt aacagaggct cttaaatatg atcctattct cgtagtagaa      540

caattccttg atggtcgcga gtttacggta gctgttttgg atggtaaagc attgtcagtt      600

attgaaattc gtccacattc tggcgaatat gactacaaga gcaaatatac tgtaggtgct      660

acagaatact tggtgccagc acctattagc gacgaaatga ctgctgaaat gcaacgcatt      720

ggggaacttg tgtatcgcga agtgcaaggc agtggggtta ttcgtgtaga tattatgaca      780

gaccatgcgg ataaaatgta tgttcttgag tacaatactg ttcctggtat gacggcaacg      840

tctttagtac caaaagcagc taatgacatg ggaatcgatt tccctacatt atgtgaaaaa      900

attctattaa cagctagtat agggaaattt taa                                   933


<210>  2273
<211>  897
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0434

<400>  2273
tggacaggtg cttccgtagg tgatgaagct gacggtgcgt taactcgcgt taacggtatc       60

catcgtcgtt tcccttatca aactaacaat gacactcgta aagctttgaa tggcggtaaa      120

attaattata tcgacatgca tttaagcttg atggcacaaa acgttcgcta tggcttcttt      180

ggcgatttag atgtagcaat tatcgaagct gcacaaatca acgaagatgg ttctattgtt      240

cctacaacat ctgttggtaa ttccccaaca tttgtgagcc aagcaaaaaa agttatcgta      300

gaagtaaacg tgtcccaacc actttccttg gtaggtatgc atgatatcta cgagcctctc      360

gatccaccat accgtaaacc aattccattg gaaacacctg gtgatcgcat tggtactgat      420

gcaattcctt gcgaccctga aaaaattgta gctatcgttc cttgcgacat tcctgataca      480

actagacctc tagctcctat cgatgatgac gctaagaaaa tgagccaaca cttaattgat      540

ttcttccaag aagaaatcaa aggtggtcgc ttgccagaaa acttacttcc attgcaatct      600

ggtgtaggtt ccgtagcaaa cgctgtaatc agtggtcttg ctaaaggtcc attcactaac      660

ttgtctatct tcacagaagt tattcaagat ggtatgtttg accttatcga tgcagataaa      720

gtaactgtat gttctggtac tgcattgagt ccttctccag aagggttgaa acgtttctat      780

gacaatatcg atgaataccg caaaaaaatt attcttcgcc ctcaagaaat ttccaacaac      840

cctggtatcg caagacgcct tggcgttatt gccatgaata ctgcaattga atttgat         897


<210>  2274
<211>  651
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0435

<400>  2274
atgattaaaa ttgcaccatc aatgctttcc gcaaattttg cgacattaag cgaagaatta       60

caatctattg aatcagcggg ggctgactta ttacatatcg acattatgga tggacatttt      120

gtgccgaact taacctttgg tgcgcctatt gtaaaagcga ttcgtccgta tacaaaatta      180

ccctttgatg tgcatttaat ggttacaaac cctggtgact atgtagaaga atatgcaaaa      240

attggtgtag agtattttac gttccatcaa gaaacagtac cgcatatgca tcgcttaatc      300

caacatatta agcaatgtgg tatgaaagct ggtgttgctt taaatccaag cacacctgta      360

tcagtgctag aagatgtggc cccagattta gatatgattt taattatgtc tgtaaatcct      420

ggctttggtg gacaatcttt tattaaaaat gccattaaaa aggttaaaca agctaggata      480

ttgttagagg aagtagataa tactacggcc gtaattgaag tagatggtgg tattaacgat      540

attacatgtg taccaatcaa aagagcaggt gccactgtac tagtagctgg ctctgctgtg      600

tttggtgctg aagatcgtgc tcatatgatt gaagccattc gtaataacta g               651


<210>  2275
<211>  726
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0436

<400>  2275
atgggagatt ataattacaa gttggacgtc tttgaaggtc cccttgattt gctgttgcat       60

ctcattgaaa aacataaaat agaaatcacc gatattccta tcgttgagat aacgagtcaa      120

tacttggagt atctagataa ctggaaccat tttgatattc actatagtag tgaatttctt      180

gttatggctt ccaccttatt acaaatcaaa tcgcgtatgc tattgcctaa ggctgaacct      240

gagccagagg atgctgagga tccacgggat gaattagtag ctaaattagt ggagtttaaa      300

aagattaaag attttacagc tctattgatg gagcgaacag ccgtatcggc caatgttttt      360

agtcgtcctg aagaaacgag tgttcttggt ttagataatg tttataatct agaactttca      420

cagttatatc aaatctttta tcaaacctta aaacgggcta aagaattacc tgaagaggaa      480

cctattcgag aggttaaggt agaaaaagat acgtatagct tagaggatat gattctatcc      540

ttgtcgagtc gtatacgtcg tggtgaaagt ttatatttta gggaattatt agtagctata      600

gaaaccaaaa gtggtatggt aaccatcttt atggctgttc ttgaattgtt aaaacagcaa      660

gtaatggaaa tgcgctacga agatgatgat attatattca ctgctgcttt ggatggagcc      720

gtgtag                                                                 726


<210>  2276
<211>  900
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0437

<400>  2276
atgaaagagt tacctacaat gcaagagcta caaagtttta ttacttacaa taaaacagga       60

agctttacat tagccgcaca atctatgaat attacacaat ctgctttcag cgctcaaatg      120

aaaaaattag agcgtttagt tggtgtgaaa ttaatctccc gttctacaag aggtagccgt      180

ttaacgccag aaggcgaatt attcttacca gaagcagaac tagttctcga tacattagaa      240

cgtgccattc aatctatccg cctagcaagc aaggtggaac gtccgatttt gaacatcggt      300

gtactgcgta gtttaggtga tattcgtcta aacggttacg tatctcactt cttccaaaac      360

catcctgagt tctctgtcag catctatgac atggaagaag aagagttaat gctcgacttg      420

cgcgaaaatc gtatcgacat tgctctactc tatttaccaa ataacaaaga tatgtctgca      480

tatgagtcta cagctgttag agaagacgaa tttgtatact atgcaccaaa tttagtagaa      540

ggcatgaaaa cggccagctt gaaagcgatt cagcaacaac cgttgctcat gtatccgcct      600

aaatacttta tgtatcgcac attgaaaaac tatgtgggca atggtcaaca aaacctacac      660

atccgtggta gccgcttatc caacccttac acaatgatcg actattgcca aaagaataac      720

tctggttgca tcgtagcacg ccaaatttta aagtccttaa acatcaccga tggttttgta      780

cctttagaaa aaccattcaa actacaagtg tgcttcgcat tcaagaaaaa taactccaaa      840

acagaaacta tgcatacctt tatggactat gtacatagcg aatcaccacc acgtttgtaa      900


<210>  2277
<211>  444
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0438

<400>  2277
atgatacgta agtttgatgc taaaaatttc aagtgggatg gcgtcgacac cttggtatat       60

aaacaagatg gtagtccttt taaagatgta acacgtcaag tgctatacga tggtgcttat      120

gatattccat gccaattccg ttattttgaa tgtttgccag gcggctattc cacattagaa      180

tatcacgagc atacgcatat ggttatgata ttccgcggca aaggtcagct tttattaggc      240

gacgaaattc atgatgttga ggctggtgat ttcattgaaa ttccaggcaa gacaattcat      300

cagttccgcg ctaataaagg ggactatatt ggcttcttat gcttggtaaa ccaagagcgg      360

gataaggtta aattattatc tccagaagaa atggaaacat tacaggcaaa tcctaagatc      420

aaagaattct tagaaagttg ctaa                                             444


<210>  2278
<211>  378
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0439

<400>  2278
atgattgaaa attacaacaa tgtaagggct gtattaaatg aattgcgttt agctcttaaa       60

aacttgcgtg agactggtga aacctattct atttatattg aaaaaacagg ccttacagag      120

gaagaacaag tggaagtatt agaaaccctt ggacgtggtc atattacaat tagttttaat      180

gaaactgatc aacctgtaga gtggtatgaa tctcaattct cagggatttg gattggtacc      240

tttaaaaatg gtcgcgacga ctcaattttg cacactgtag aggtagcaaa atatcctgtt      300

gttgctggtg cgtacgaaga agatatggaa atggcagaag aggatttaca atcctggatt      360

gatgctgcag gactataa                                                    378


<210>  2279
<211>  1218
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0440

<400>  2279
gaccgtattt acttcgatgc agagtggttg aatcgtgaat ttacaatgat cgatacaggt       60

ggtatcgaat tcatcactga aaatagtcat gttattccaa aaatgatgcg attacaagct      120

gaattggcta tcgaagaagc tgatgtaatc ttatttgttg ttgatggtaa acaaggtatt      180

gtaccagctg atgaagaggt tgctaatatt ttgcgcgcta gtggtaaacc tgtagttctt      240

gtagttaaca agattgatag tgtgaatcaa gagcctaata tttacgaatt ttacaattta      300

ggtttaggtg atcctattgg tatttctgca aaaaatctaa tgaacttagg tgatttgctt      360

gatgacacgg tgaaacattt cccacctgta ggtactaatg tggatgacga agatacaatt      420

catgttgcta ttatcggtcg tcctaatgtt ggtaaatctt ctttgacaaa tgccttatta      480

ggtcaggatc gtgttatcgt atctgatgta gcaggtacta ctcgtgattc catcgataca      540

tattggacac atggggacca aaaatttgta cttatcgata cagctggtat gcgtcgcaaa      600

tctaaaattg atgaagctgt agaacgatat agtattgtac gctctttgcg ttccgtagac      660

cgttctgata ttgtcgttct tgtgctagat gcacaggatg gtgttaccga acaagacaag      720

aagattgcag gttatgctta tgaagcaggt aagggtgtag tcattgttgt taataaatgg      780

gatcttgttg aaaaagacga taaaacaaca ttgcgcttca ctgaagatat ttatgaggaa      840

ttgggcttct tgcaatttgc accgatttta tttgcatctg ctttgactaa gcaacgtata      900

catcgattgg cagatatgtt gaaattcgta tctgaacaac aataccgtcg tgtatctact      960

ggtacgttga atcaattgtt acaagatgcg caaacagtaa atccagtacc atctcgcaat     1020

ggtagaattc ctaagattta ctacatgaca caagcaagtg ttaagccacc gacctttatt     1080

ttatttgtaa atgaacctga gttaattcac ttctcttata tgcgtttctt agagaatcgt     1140

ttgcgtgagt cctttggctt tgaaggtact ccaattcgct tagtattacg tggtaagaaa     1200

cgggatgatg aagactaa                                                   1218


<210>  2280
<211>  612
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0441

<400>  2280
atgatcagac taatttctaa tgaacgtggt gatacagcac tcgtagaagc atatcgtaca       60

ttgcgtagca atttacaata tgtatgtaat caacaaaaag gtaagcttat ctgtattaca      120

gccgctacta gcggtgaagg cacttctgaa gtagccgcta atactgcatt agctttatct      180

aaaaacaata ataaagtatt actgattgac ggtaatttac gcaatccagt acaacactta      240

gcctttaatg tgcaaaataa aggtcttact aatgcagtaa tgatggatga agacttgacg      300

attcatcgta atgtacaacc tcatttagat gtattgacag caggagaagt ggttcagcat      360

ccttctgaag tagtagactc tagtaaattg tcaacaattt tagattatgt acgcgatgaa      420

tatgatgtgg ttatcatcga tacgccacca gtattatccg ttactgatgc tattgtatta      480

gctgaaaaat ccgatggtgt tatgctcgtt gttagaaacg aagtagcaag cccaaaagat      540

ttgatagaag caaaaaaacg ccttactcaa gtaggcattc ctctattagg ctccatcgta      600

attgatgctt aa                                                          612


<210>  2281
<211>  1344
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0442

<400>  2281
atggaaacac cgaataaggg ggatagtcgg tggggctcac tctttaggaa tgatttacaa       60

ggtatgctct tgcctatagt actcattact attattggta gtgtcaatat ctttagtgcc      120

acctatatca gctctattta tgaaaatact gggcttttag gctatttctg gaaacatatt      180

gtctttttgt taatctcatt ggctgcagga attattttat accgctatga ctatcgacaa      240

ttacagaagg atcatatgtt gcaacgcatt atggttgcta cgcttgttgg gctagtgtta      300

gtactcatca taggggccgt tatcaatggt gctcgccgat ggatcttaat cgggcccata      360

tctgtacagc cttctgagtt tgctaaattg gcggctctta tatggacttc tgctaagttg      420

agtagcttaa gaaaatgggg caagcctcga catacgaatc cattgatcaa tatgaaaggc      480

tattttggcg agcgcatcag ttacatgttt cctatgttaa gttggccagc agtatttgca      540

gggttaacat tcttccaacc agacttaggg acaacgatac taatctttgg attttccttt      600

attctgattt atttagccgg atttgatgga aaattctttg gtggtgcctt tgccgtagca      660

ggtttccttg gttttattgc ggctcgttcg tcgccgtacc gctgggaacg tattcagtct      720

tggtttgatc catggcctca tgcgcaagat atgggttacc aaactgtaca aggtttgtta      780

gctgttggtt ctggtggctt cctaggggaa ggctttatgc aaggtacatc caagtacttt      840

tacttgccag aagcacatac agactttgct tttgctgtgt gggctcaaga aatggggttc      900

cttggggctg tatttgttgt tatcttagta gcagctttca cctactatgg attccgtatt      960

gccaataagg cacgtgatga atttggtaaa tggctagcca tgggcattac cttgctcatt     1020

agtggccaag ccttatttaa catcgccatg gtgtgtggca ttatgcctgt aacgggtgtg     1080

ccattgccat ttgttagtta tggtggttct tctttattga tgaactttat ggccattggt     1140

ttattagcga gcattggccg tcgtaatgtg gaaggtgtaa aacaagtcgg tacagttgag     1200

gatttaccgt ccttacgtga ggaaacgcaa agccgattca aaccggctgc tccaaaaact     1260

cctaaaaaaa cggaaatgcc tggtccattt agaccgaaaa cggctaaaag accaactcgt     1320

aggcgaccta ggtctgaacg atga                                            1344


<210>  2282
<211>  882
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0443

<400>  2282
atgaaaagta tgaccggttt tggttctgga acagcaaccg aagatggcat tacctgtacg       60

gtagaaatta agtccgtcaa tgcacgtttc ttggatttat ttatacgtag tccaaaacaa      120

atgaatcctt ttgaaagtat cattcgtggg atggtacaag atcgtataaa tcgaggtaag      180

gtagaggtat cggtttctat tcaagatgct ggtgagagac ctaaaacttt tactataaat      240

agtgtattaa gaaaacaaat tcaagaacta ctcgttcaag aagaatttta tgatgaccct      300

aaaaaggtac cattacaagc tgtaaattca atttctaatg attggattca acaacaagat      360

actcccattg cagaagaggt actttctgat atagtgaaag aagctacaag ttctgcatta      420

gatgccttga ttgctatgcg agctgtggaa ggtgaacata ttcaacaaga tttagtggac      480

cgtatcgtca cactagaaaa tattatttct cagattgata ctaataaagc tgttgctgta      540

gaagcgtatc gtgaacatat tagaagtaaa attcaagagt atttagtttc tttagaagcg      600

agtattagtg aagagcgttt tctacaggaa attgctatat tagctgataa gactgatatt      660

acggaagaga ttgtccgatt tagctcacat gtggtacaat taaaaaacac acttacagat      720

aaaaatccaa tcggtcgaaa ggtcgatttt attttgcaag aaatgaatcg tgaagtaaat      780

acaattggat ctaaggctat agattccaat attacagaat ttgtggttca acttaaatgt      840

gagttagaga aaattagaga acaagtacag aatgtagagt aa                         882


<210>  2283
<211>  687
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0444

<400>  2283
atgattgaat ttaagaatgt tagtaaagtc tatgataatg gatctgttgc attagacgat       60

gtgtgtttaa ccattaacga tggtgaattt gtcctcgttt gtggtcacag tggtgcaggg      120

aaatcaactt tatttaagtt gttaacacat gaagttgtgc cagacactgg tacagttatc      180

gttgatgact ttgatgttac gcgcatgaag cgcagcaaaa ttccaaaatt gcgtagaaag      240

ctaggcgtag tattccaaga cttccgcttg ttaccaaata aaacggtagc tgaaaatatc      300

gcctttgccc tcgaagtaat tgaagaaaaa ccaaaaatta ttaaagaaaa ggtaagtcat      360

gtattagagc ttgttggttt aagtgataag gctaatgatt taccagagga tctatctggt      420

ggtgaacagc agcgtgttgc tatcgctcgt gctattgtta atcgcccgtc cgtactcatt      480

gctgatgagc ctacaggcaa tctagatcct gatacaagta aggatattgt agatttgttc      540

aagcatatca acaattttgg cactaccgtt attatggtta cccataatat ggatcttgtt      600

tcgtatttaa ataaacgtgt tattcgttta aaagacggcc gcgttctaag tgataatatg      660

agaggtgcag aaattaatga agcctag                                          687


<210>  2284
<211>  696
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0445

<400>  2284
atgattgtcg tgagacacga acggtgggca atagccttag tcagctgtat attagggttc       60

atggttgtaa ctcaatataa gatgacacaa gataatatag aagaaaacat tcgcttgcaa      120

cgggctggtg atttagccgt tcaactacgt gaagcccaaa gcgagaggga tgctttatta      180

aagcaaatag aaacgctcaa acaaaatggc actactacag acgtaaaggt tgatgagcag      240

ctcatgatga gagcggcctt aacaaatgtt aaaggttctg gagttagcgt gttgattgaa      300

gatagtttga aaccaattca aagtggtgaa aatcctaact tgtttgtaat tcatgatgaa      360

gatattttat gtatcgtcaa tgagttacgc gctggtgggg ctgaggcgat agcaatcaat      420

gaccaacggt tgataggtac atcagaaata cgttgttctg gtcctactat taccgttaat      480

gggaaagtct ttggagctcc ctttattgta aaagctattg gtgatcctaa aacgttaaac      540

tctgccctta ctatgcgtgg tggcgtagta gattcgctta aacattgggg aattaaagta      600

actatcaagg aagagaatga gatagctatt ccagctttta caggaacctt ccgagaagaa      660

catatgaagc ctaatgagtt aggaggtaaa gaatga                                696


<210>  2285
<211>  936
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0446

<400>  2285
atgaagcaaa tacattcgtt tgatgaacta cgtcaaatca aagatacaaa agtatatgcc       60

cttggtacct ttgatggcat tcatcgaggt catcaacgag ttatacgtaa ggctgttgag      120

gaggctgcat cagttaatgg tgttagtatt atcataacct ttgaagatca tccgttgacg      180

atactacatc cagaacgagt acccaaacgg ttgattcaag aagacattat gaatgcagtc      240

attgaaagcc tccaggtgga ttatattttg cgattaccta tgactgaagc attacttaac      300

atgcgtgctg atgagttttt agatgccctt tgtaaagata ctaatgtgga agctatcgtc      360

gttggtgaga attttacatt tggtgctaaa ggactaggta atcctgaata tatgaaacaa      420

gtattggcag ataaggcgat acaagtttta gttcagcctt tattgccttg tgatgaactt      480

agtactccta tttcgagtac tgagattaga aaagctattc gagaaggccg tctagaagat      540

gccactcatt ggcttggtcg accatttcag tttaaaggta ctgttataaa aggtgatcaa      600

cggggacgta cattaggatt ccctacatta aatttgttac ttcctaatga aatggctaca      660

cctccagatg gagtatatgc taatcgtgta tgcattgatg gcatttggta tgatggggta      720

ggtaatgttg gagacaatcc tacatttaaa aaccagtacc atagatgtga agttcacgtg      780

tttgactttg accaagatat atatggaaaa gaagtaatcg tacaatttat ttcctatctt      840

agaggggaag ttaaatttaa taatttacaa gatcttatcg atcaaatgaa agtagatgaa      900

gaacaggcgt tagctatttt agctaatgca caataa                                936


<210>  2286
<211>  822
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0447

<400>  2286
atgagaaaat ttttagcatt agcggctact gtaatcctcg gcggtgcttt attgatcgca       60

ggttgcggta acgacaacaa caaacaagct gctagcaaca gcaaacaagt attaaaaatt      120

ggtgctactg cagtacctca cgcagaaatc ttggaacaag ttaaacctat cttggcaaaa      180

gatggtattg aattgaaaat cactgaattc actgattaca atacaccaaa ccttgcttta      240

ggcgacaaag aaatcgatgc aaacttcttc caacatatac cttacatgga tgagttcgca      300

aaagcgcata aacttaactt agtatctgca ggtggtgttc accttgagcc aatgggcttg      360

tattcccgtc aaatcaaaga tttgaaagat cttcctaaag gcgctaaaat cgctatccct      420

aatgacccta caaacggcgg tcgtgcattg ttattattac aaaaacaagg tcttatcact      480

ttgaaagact ccagcaacat cttgtctaca gttcaagata tcgcttctaa ccctaatgaa      540

taccaattcg tagaattaga agcagctcaa gtacctcgtt ctcttgacga tgtagcttta      600

gcagctatca atactaacta tgcattaaat gcaggtctaa accctggtaa agatgcattg      660

gcaatcgaat ctaaagattc cccttacgta aatatcgtaa ctgtacttaa aggtaatgaa      720

aacgaccctc gcatcaaaaa attgatggaa gcacttcata cccctgaaat caaaaaattc      780

attgaagaaa aatacaaagg tgcagttgtt cctgcattct aa                         822


<210>  2287
<211>  945
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0448

<400>  2287
atgagtaaga ttactattaa tcaattacat atggctctgt gtgaagctaa ttctattatg       60

ctaaccgtcc atgttagacc tgatggcgat gctatcgggt caatggtggc cttttacgaa      120

gcccttatag gacaaggtaa aactgtatat atggtagtgg atgatgtagt tcctgagaag      180

tactcattct tacgatatac ggaccacatc cataatgtag cgttctttga aactaatcca      240

gttgatattg atatgcttat ggttttggat gctagcacgt atgagcgaat tggcaaagta      300

ggtgcactct ggagtgcacc tatttttaat atagaccacc atatttctaa tacggaattt      360

gctgatcatc tatatttgaa gccagaattt gctgctacag gtgaaattgt tacggactta      420

tgtacgaaat ggaattggcc tatcactgag tcgatgggca ccgcattata tatggcgatt      480

gccacagatt gtgggttctt taaatttagt aacaccacag ctaataccct tgaaatggct      540

gctaaatgcg tagccgcagg ggctagacca aatgttattt ctgaaacgat tgaggccgta      600

tctgctagtc gtcttgaatt aactaaacaa gtaatgcaaa ctattgagtt ttacaagaat      660

aatacggtag cgaccattga tttaaatcga gaagctatga atattcttgg agatgataca      720

gatggttttg tagatatcat tagaaacgtc gatactgttg atgttgcgat tttattaaaa      780

gcagaagccg atgatagaac tcgcgtaagt ttacgctcta aaggcattga cgtaaacgca      840

gtggccagtc actttggtgg aggcggtcat attcgcgctg caggttgcac tattaattta      900

ccgttagaac aggcaaagca agctcttatt gaggtaatta agtaa                      945


<210>  2288
<211>  456
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0449

<400>  2288
ttgttacaag atttattatc cgaggataat gtatcgtttc actatcccgc tgaaacgtgg       60

gaagaggtaa ttcgtcacgg tggccaactc atggttgatg ctggttttac tgatccatct      120

tatacagagg ctatggttga ggtggtacgc gaaatgggtc catatattgt attggcccca      180

ggtcttgcga tgccacatgc tcgtcctgaa catggagcaa aacgagtagg tacagcctta      240

gttacgttgg aaaaaccatt gaactttggt agcccagata atgaccctgt atctgtagca      300

ttgttcttat gtgctcctaa taaggatgag catattcaat tgttgacaga tatcgctact      360

ttgtttgagg atgaagaatt cttagatgca gccgttgagt ttgaaagtat agatgatgta      420

caagcattct tggcagagca tttagatgaa caataa                                456


<210>  2289
<211>  633
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0450

<400>  2289
atgagtacac tagaacgatt acaggtgata gctcatgggt tggccgctca atttgggcct       60

tcttgtgagg tattgattca cgacttgcag cgtgatatcg atacatcgct tgtatatatt      120

gaaaatggta ccataacgaa tcgtcatgtt ggcgatggac catctcatgc cgttttagat      180

gtactaagtt atgacgacgg tagcgaaggt cgattcggtt atcttacaaa aactaaggat      240

ggtcgaatat taaaatcatc tactatgtat atccgtgatg atacggggcg catagcctac      300

ttgctaggga ttaaccaaga cataaccgag ctagttatga tgcatcgggc cttggatagt      360

ttagtaaata caggtcaagg tgatgctgga tctgttgaaa aaattactac aagcgtgaca      420

gaactgttag atgatttatt actagaagca gaacgtttag tggggaaacc tgggccactg      480

atgagtaagg tggaacgtct taaagctatt acctacttaa atgaaaaagg ggcttttctt      540

atctctaaat cttcagagaa gatagcagag tattttaata tttctaagtt taccctttat      600

agtgatttaa atactgtaaa ggaagaatcc tag                                   633


<210>  2290
<211>  1431
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0451

<400>  2290
atgtctcaat atcaatttat cgataaacgt gtaccgattg cactcaacaa tccatccatt       60

tatcacgaca tttctaagtg taaaaactgt acgttatgcc gtcgcgcttg tgcggacgta      120

atgagcgtac tggactacta tgatcttgat gcaaatggcg atgtgccagt atgtatccac      180

tgtggtcaat gtgcggctgc atgtccattc gactccatgc atgctaaatc agagcttgaa      240

aaggtgaaag cagctcttgc agatcctgaa aaaatcgttg ttattcaaac agctccagct      300

gttcgtgtgg cgatcggtga aggctttggt tatgaaccag gtactttcct tgaaggtaaa      360

atggttggcg cattgcgtgc acttggtgca gactatgtag tagatactaa ctttggtgcg      420

gacttaacaa tcatggaaga agcatctgag cttgtagaac gtcttaacaa aggcggtcaa      480

attcctcagt tcacaagctg ctgcccagcg tgggtacgct ttgcggaaat ctacttccca      540

gaattgcttc ctaacttgtc ttccacacgt tcttgtatcg ctatggaagc ggctatgatc      600

aaaacatact ttgcagagaa aaaaggcatc gatcctcata acatcgtgtc cgtatctgta      660

aacccttgta cggctaaaaa agcagaaaca aaacgtgaag aagaaaatgc ggcagctcgt      720

ttccacaacg acgattccat cggcatggat acagacattt ccatcacaac tcgtgagttc      780

atccgttgga ttcaagagga aaacctcgac ttcaacgcta ttgaagattc ccaattcgat      840

gacttgatcg gtatggaaac tggggcatcc atcatcttcg gtaacactgg tggtgttatg      900

gaagcagcta tgcgtacagc ttacaagctc gttactggca atgagccacc tccacacgca      960

ttgactcacc ttgaggaagt tcgtggtatg gaaggcgtaa aagaagcgac tgtacaattg     1020

ggcgatgatt taacattgtc cgttgctgtt gtgcatggtg gtaaaaacgc tcgtgacttc     1080

ttgaacggct tgaaagaaag cggcaaacat tatgacttca tcgaagttat ggcttgccct     1140

ggtggctgta tcggtggcgg cggtcaaccg cggactaaat tgcctcaagc agtgaaaact     1200

aaagaagcac gtatcggtgg tctttacgaa gctgacgaaa actacaaatg ggttgcttcc     1260

tacgaaaacg aagaaatcca agcgttgtac aaagacttcc taggtgaacc attgggccac     1320

aaggcgcacg aacttttgca tacacattac acagaccgca gcgcggttct tggtactcgc     1380

aaagacgtaa cgcctgaaac ttgtccaaca tcccctaaat tcaaaggcta a              1431


<210>  2291
<211>  1170
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0452

<400>  2291
atcctgttga tcctatggga tatttataat atgaaatttg atacacgcac ggtgttatgg       60

agcctattga aatatatagg ctctggcatc gtcattatgt ggcttacatt ctggtatctt      120

tccggttcat tctggggatt gccaagatta tttgtagcct actatgctgc gagtcaagtc      180

tttatgacac caacgtctaa agctactctt tatgatggta tgctaaaagg tttaattgac      240

tctttgggag aaccgcatag tgtttactta gatgctgaag aatataagtc catgaaaatg      300

caaacatctg caacttatgc aggtgtaggc atggtgcttg gcactgatga taaaggccta      360

tatgctgtta gtgtaatgga agatcaacca gcttttaaag caggtattaa gcctggcgat      420

catatcattg ctatcgatgg acaatctact agtgacattt cagtagagga agcgtcttct      480

aaaattcgtg gtgaagcagg tactgttgta gcccttgata ttgaacggaa tggtgaaaag      540

ttacatttcg atatcactag agaatctatt gttcttccta ctgttaaaag taaaatgcta      600

actagtacag ttggttatat tcgcattagt caatttgctg aaaatacggc agatgatttt      660

gctactcagt ttaaggagct tcaagctcaa ggtatgaaag cacttgtatt agacttgcga      720

gataatccag gtggtttact ttcaacaact gagaaaatat ccaactatat catgcctcca      780

ggtacactag taacagtaca aaatcgggct ggtaaaaagg atgtttataa gtccgatggt      840

cctgaagtgg ctatgccgtt agtcgtttta gtaaacaaag gctctgctag tgcatctgaa      900

atcatagcag gcgccgttca agatcgtaaa ttaggtacca ttgtaggtac taatacatat      960

ggcaaaggta cagttcaaac tattttccct agtttagata acgaaggtat taaagttacc     1020

attgctaaat accacacacc aagtgaccgt attattgacg gaactggtat caaacctgat     1080

gtggaaattg atttaccgaa aggtgtaaat ccatctagta aattagatga tattcaaatt     1140

aaaaaggcat tagacatatt acagcaataa                                      1170


<210>  2292
<211>  732
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0453

<400>  2292
gtgaagtttg gttgtgtcat tcctgcccgt tatggttcta ctagattacc tggtaaacca       60

ctagctgata ttgcaggaaa gccgatgatt gaacgcgttt acgatagggt atctcaagca      120

actaaaactg catgtactat tgttgccact gatgatgacc gcgtttattc tgcagttcaa      180

caatttgggg gaactgttat gatgacagac cctaatcatc cgacagggac tgatcgatta      240

gcagaggttg ctagtcatta tactgactta gatgtagtta tcaatgtcca aggtgatgag      300

cctatgattg agccaaacct tattgatgac ttagcccatc tttttgaaga ggatccaaac      360

ttgcaaatgg ctaccgtagc gactccttta ttagaggagg aatacgatga accgtcagcg      420

gtaaaggtca ttttaaataa tcgcaatgat gcgatgtatt tttcaagatc tttaattccc      480

tatcctcgcc atgattttgt gcgaactcca ttaaaacata ttggtatcta tgcgtatcgt      540

agagatttct tattgcatta cgctaatatg gaaccaactg cagcggagca aacagaatcg      600

ttagagcaat tgcgagctct tgaaaatggc tatactattc gtgttattct tacagataaa      660

cgatttatcg gtgtagacac accggaagac ttagctcgtg taaatgctat ttacgagcaa      720

gaggagaaat aa                                                          732


<210>  2293
<211>  966
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0454

<400>  2293
atggatatga gaagaatcgc aatactaaca agcggcggag acgcacctgg aatgaacgcc       60

gccataagag cgctaactcg aaaagccata catgaaggtt ttgaagtgtt tggcattgaa      120

cgagggtact taggaattat ggaggaaaaa atatttcctt tatctaaccg tgatgtaggt      180

ggcattatta cccaaggtgg gacgatgctg aaaacggctc gctttcctga gtttcaaaat      240

gaagaggttc agaaaaaggc ctatgatatt ttaaaagctc atggtataga tcatctcatc      300

gttattggtg gagatggctc catgcgtggc gctacaagtt tagcaaagct cggtatgtcc      360

actatgacta ttccttgtac cattgataat gatatggggg gaacccaata tacattaggt      420

tttgatacgg ctttaaacac tgtagttgat gcggttggtc gtattcgcga tacatctaac      480

tcacatgagc gagtagccat tgtagaggta atggggcgta aagctggtca tattgcactt      540

aaagctggtc tagcctgtgg tgcagaaatc gtattagttc ctgaaaatcc tatgccttta      600

catgccgtat gtcgacattt aaaggaaaca caaatccgtg gtaaagaata tagtgtgatt      660

ctcgtagcgg aaggtgccta taatagtggt gaagtaaaag ccttcattaa agagcatacg      720

gagtttgatc cgagcttgac cgtattggga tatttacaac gcggtggcgg tccatctgca      780

tttgatgcga ttttagcagc ccgtatgagt gaagcctgtc ttaatctatt gatgaatggt      840

gtggataatc gattattggg ctatatagat ggtcacatcc gtcctatttc ttatcaagag      900

gcagaactat tagatttccc tattaatgaa aaagactaca cactattatc catattgagt      960

agttaa                                                                 966


<210>  2294
<211>  990
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0455

<400>  2294
aacgctgtta atcgcatggt agataaccaa attaaaggtg ttcaattcat agcagttaat       60

acggaaaacc aagtgcttga attgtctaaa gcagatgtaa caattcaaat tggtgaaaaa      120

gtaactaaag gtcttggcgc aggtgctaat ccacaagttg gtgaagaagc tgctcaagaa      180

agtcgcgaag aaatcatcaa agctcttgaa ggtgctgaca tggtattcgt aactgcaggt      240

atgggcggtg gtactggtac tggtgctgct ccaatcgttg cagaatgtgc taaagaagtt      300

ggtgcattaa ctgtaggtgt agtaactaaa cctttcgcgt tcgaaggtaa acgccgtcgt      360

gctgcagcag aaaaaggtat tgagttcttg actcaaaaag ttgatacaat tatcgttatc      420

cctaatgaca aattactaca agttgttgat aaaaaatgta ctattactga tgcattcagt      480

aaagccgatg atgttcttcg ccaaggtatc aaaggtattt ccgacttgat tcaaattcct      540

ggtttgatca accttgactt tgctgacgtt aaaactatca tgacggaaca aggcgaagct      600

ttgatgggta ttggtgttgg tgaaggtgaa aaccgcgctg ctgacgctgc aaaaatggct      660

attaacagcc cattgttgga aacttccatc gatggtgcaa aaggcatctt gcttaacatt      720

tctggtagct ctgatttgag tatctttgaa gttaatgaag cagctgaaat tatttctgat      780

gcagcagatc ctgatgcaaa tatcatcttc ggttccgtta tcgatgaaag cttgggtgat      840

aaagtacaaa ttacagttgt tgcaactggc ttcaattcta gcgctaaaag tgtgccagaa      900

ttcggtaaaa caacaactac atctcgtcca gcatccacaa caaattccaa cagtggtatc      960

cctgatatcc ctgtattcat gaaacgttaa                                       990


<210>  2295
<211>  858
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0456

<400>  2295
atgcaagaat taacatattt taacggtgaa ttcgttgaac caggtgccaa agttatcagc       60

attgatgacc gtggctattt gtttggtgac tctgtatacg aagttgtacg cgtcgtaaaa      120

ggccgttgct tcgcattgtc ttaccaccaa gatcgtttat atcgctctat gcgtgaaatg      180

gatattcctg taaaaatgac tcctgatgat ttgacagagt tgcacgaaat tttaatcgag      240

caaagtgaaa tcaaagaggg gtatatttat ttacaaatct cccgtggtgt tgcaccacgt      300

cgtcatgcat atgatcgttc taaattagaa ccacaaatgc tcatgtctat ccgtactttg      360

aatttagatg aagtcaataa attgggggaa ggcgtaaaag cgattgcatt acctgatgag      420

cgttgggaca aagtagatat taagacgaca aacttgattc caaatatctt ggcgcaaaca      480

aaagcagaaa agaaatttgc ttatactgcc atgttattcc gagatggcat ttgtacagaa      540

ggcgctactt ctaatgtgtt tgctgtaaaa gatggtatct tgtatacgca tccagcagat      600

aatcacatct tgaagggcat tacacgtcaa atgattgtga cacgcgttgc accatctcta      660

ggtattactc tcattgaaaa agaatttgat cgcgcctttg ttgatgatgc ggacgaacta      720

ttctttaccg atacaattgg tggtgtcatc ccgattatca agctagacaa aaatcctgta      780

tctggtggta aaccaggtca tgtgacatta cgtctacgtg aagggttaga aaaattgatg      840

gaagaaggtt taccttaa                                                    858


<210>  2296
<211>  579
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0457

<400>  2296
atgcaacatg acagtcgcaa tatcagtatg cttatggatt tttatgagat gaccatggca       60

cacggctact ttacgaaaca agaaaaaatg gatcgcgtcg catttgacgt tttctttaga      120

cgcaatccag acaagggtgg cttcgccatt tttggtggtc tcgagcaaat cgttgagtac      180

attttgaatt tacactttga tgaacgtgac attgcttatt tgcgcgacca aggtattttt      240

agcgatgaat ttttagacta tttgaaagat ttctccttca caggcgacgt gtacgcattc      300

ccggaaggct ctatcattta tcccaatgaa ccggttatta ctatcgtagc acctctcata      360

gacgcacaaa tcgtagaaac tgcagtgctt actatgatga accatcaatc cttaattgct      420

acaaaagcta accgtattgt tcgtgccgca gatggtcgag tggtagccga ttttggagct      480

cgtcgagctc ataatgtgga tgctgccgta tatggtgcac gcgctgctta tattggcggt      540

gtagcctcta ccgcaacggt attagcggga caacagttt                             579


<210>  2297
<211>  651
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0458

<400>  2297
atgcaattac tcgatcaccc cgatagtggt gatttatatc gtaatacttg gaaaatcgat       60

attaagaaat tacaaaaggc tcacagtaag gtacaagatt tcgcactctt tatcaatctt      120

ggtgacacga atgatcctta tggtcgttat gaagagatgc gaaacttatg tacaacacaa      180

attcatctct atggagagca catacagcat gtgctctctt atcaagatgt agagtctgtg      240

tacaaatctg gtaagattgg tgcccttatg tctatcgagg aaggtggcgt actaggtggc      300

gacttagata aacttaaaca agcttatcaa gatggggtta gactgataac gcttacttgg      360

aactatccaa atggtttagg cgaacctcac tgtggtgagc aacataaaaa attaacacct      420

aaaggtattg agtttgtaga agctatgcaa gatttaggaa taatcgtgga ctgctctcat      480

cttaacgatg ctggtacaga gcaattaggt gacattttag aggtaccctt tgtagcatct      540

cattctaatg cgcgcgaagt tactgctcat accagaaact tgcctgataa cttgattaaa      600

ctcatagcca ataaaggtgg tgtcattggg cttaattttg ctcaatcctt c               651


<210>  2298
<211>  750
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0459

<400>  2298
atgattattt tatcgggcat tttagtgatg gtcatcggtt tgatgctacg ctttaatgca       60

ttgttagtag ttattgcagc aggctttgtg accgggcttt cggcagggct gagcataaac      120

gagatcgttg gtgctattgg ggaggctttc gtaaaaaacc gttatatgtc actatttgcc      180

ttggtacttc ctgtaattgg tattatggaa cgccacggtt tacgtgaacg agcagaaata      240

ttaatcggta agattcaagc cgcaacagct ggtcgtattt tcatgatcta cctatttgtt      300

cgtcaagtga cagtagcgct tggcatcagt atgtctggtc tagtagctat ggttcgtcct      360

ttgatttctc ctatgagtga agctgcagta gcgcaaggtc gccctatatc tcaacgtaca      420

ctcgataaga ttcgtggtgt agcggcatct acagataata taggtaactt ttttggtcaa      480

aatttgttcc ttgcagcggg tggtctttta ttgattaaag gtgttatgga gcagctcggc      540

tataatgttg agcttacaga tatggtgcta tatggagttc ctacagcaat atgtgcctat      600

atagtgagtg ttattcgatt ctttattttt gataaaacaa ttcaagctag cgtagctcaa      660

gacgaggcgg atatgaaagc gggcaaacta gtgccgaacg agcttaatat ccttgttaca      720

ccagaagagt tagcgaaagg gggcaaataa                                       750


<210>  2299
<211>  1908
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0460

<400>  2299
atggctacta ctaatcatga attattgtat tatattcctg caggccaata cggtaaagaa       60

ggtgtactcg cactattaga acagcatcca gaaattaaat tcgtatctct agtaggtatt      120

gatttagcag gtaatgatac agatgaaaaa attcctatgt ctgccttttt tgatgactat      180

gaatccttct ttgaaggtcg tgcagttcaa acagatggtt cttctgtagt attaacaaat      240

attgctacat taaataatgc tcgtgtagat atgtggggtg acccaagtgt aaactggttc      300

gtagattaca actatgaaaa tattgatcct gcaacaggct taccaactgg tacactacgc      360

attccagctt tcttgatgca taactaccgc tacgtagatt ctcgttctat tttgaaacgc      420

agctgtgact atgtaaaaac tgaattgtta aatttaatta aagaacatgg cttgccaggt      480

atgcctcatg taaaagctga tgatgtagta gatattattt tcacatctgc tacagagtta      540

gagttctggg ttaaaacgcc tgctagaaca gttactaaga aagaattatc tgtatctcaa      600

aaattacaag aacaatattg gcaacgtaca cacggtaccg ttcgtactgc tttagaacaa      660

gctgttgagc gccttgataa atatggcatg gttgctgaaa tgggccataa agaggtaggt      720

ggcgttaaag ctaaactaga cgagttcggc catgaagctg ttgtacttga acagttagaa      780

attgactgga aattctctaa taatccatta caaactgcag acaatgaatt acaagcccgc      840

attatcgtgc gtgaagtatt ccgtgaaaac ggtcttgatg taaccttcaa tgctaaacca      900

attatcggcg ttgctggttc tggtgaacat acacactttg gtgtaatggc aaaacttaaa      960

tctggtaaat tagttaactt atttagccca gaagatatgc gtaaagaggc ttgtagctct     1020

ttagctattg gtgcaattat gggtctctta aaacattatg aggctattaa tccattcatt     1080

agctccacaa cagatgcttt aaatcgcttg aaaccgggat tcgaggcacc agtatgtatc     1140

gtaacatcct ttggtacaga tccatccgaa ccaaatcgta accgtacaat tctttgtggt     1200

ttaattcgcg atatcgataa tccaatggcc acacgttttg aattgcgctc tccaaatcca     1260

tacactaata catatactgc aatagcattg attttccttt ctgcttttga tggtatgaaa     1320

tatgccatta cttgtggaaa aactcaagct caattattag ctgaaatctc taaagaggtt     1380

ggcgaatcag cagattatct tgatacgaat cgtgcttacc gtacagaaaa agatgtattt     1440

gatgatttta cgcaagaaga acgtaatcaa atgttcggcg tagcacctgc tactgtatgg     1500

gagaatgtaa aaggttacta taacaatcct gaattagtag aaacattatc tcaaggtgat     1560

gcttttgcta aagatttaat ggaatccttc atcgcatcta ttttaaaacg ttgggaactc     1620

gttttagcta atcgtttgat tccaaataat cttgatgcag ttcgtaatat ggttgctatt     1680

cacacagata gtcgtaacag cgtagatgat aaacgttttg cagaggttaa cgatttacgt     1740

ttctaccttg cgaaagatag cgatgatcgt aaatctttat ttactcgttt aacagaagct     1800

ttaaatgctg gtgaatatga tttagcatct aagttgcaaa ttgaaatgaa tgataaaatg     1860

gaagaactag aggctaaata cgctaattac gctaaaaata ttttctaa                  1908


<210>  2300
<211>  648
<212>  DNA
<213>  Veillonella sp. oral taxon 158 str. F0461

<400>  2300
gccactcctg tatctcacat ttggtacttc aaaggtatcc catcccgtat gggccttatc       60

cttgacgtat ccccacgttc cttggaacgc gtattatact ttgcttccta catcgtagta      120

gatccagctg gtactccgtt gacaaaacgt caattattgt ccgagcaaga ataccgcgaa      180

tatgaagctc aatttaacga agacggttac actatcggtg gtaaatccgt cgtaattgaa      240

acagtagctc aacgaaacga acgtttagct attgttcgtg aagcacaacg caaagagcgc      300

tacaatgcgg ctcttcgcga tgatgcaaca atcccagaag cagataaaga atacgaagaa      360

ttgactcgtg aagagcgcta tgaattaggt gctgcagaag aagttctctt tgtatgtatc      420

gacatgggtg ctgaggctgt aaaagctcta ttagcagaac ttgatcttga agcattgaat      480

gctgaattgc gtgaagaatt gaacactgct agtggtcaac gtaaaattcg tgcagttcgt      540

cgcttagaag tagtagaggc attccgtcaa tctggcaacc gccctgagtg gatgattatg      600

gacatcgttc ctgtaatccc acctgaattg cgcccaatgg ttcaatta                   648


<210>  2301
<211>  390
<212>  DNA
<213>  Campylobacter sp. 10_1_50

<400>  2301
atgcaaatag atgcaaatat gaactcaaat gttttctatc ataacggcta cacatctata       60

tcatcaagta gcgctaaaac cagcatatta gtatcttctg gctatggtac aaaagatatc      120

gttagaagta atgatgtgca tgtcgaacaa agagaagagg ttagacaaaa acctacaatt      180

attagaaaag aagatgtcac agagttacaa aaaaatttag aaaaattaca agatcaaaga      240

agcgatatag ctgatcaaat ttcaagcatc cagcacctga aagatcgtga ttctatgcag      300

atgcttcatc atctaaattt agaacaatca agcattcaga ataacatttt aagtattaaa      360

actcagatga cagaaatggt acaggcttaa                                       390


<210>  2302
<211>  510
<212>  DNA
<213>  Campylobacter sp. 10_1_51

<400>  2302
atggcaaata tttatgatct aatagtagtt ggcggcggac cttgtggcat agctagcgta       60

gtagaggcta aaagaaatgg cttaagtaat gttttgctcc ttgaaaaagg cgacaaccac      120

agccaaacta taagaaaatt ttataaagac aataaacgcg tggataaaga gtataaaggg      180

caagatagca cgatacatgg gctagtttcg tttgaagatg gcacaaaaga gagcacgctt      240

gattattttg acaagctact tgactctgag aatatcgagg cgttttttaa ctctgaggtc      300

gaaagcgtaa aaaaagaggg agaaattttt aaagtaacta cctcaaaagc tgtctatgaa      360

gccaaaaacg tgatggtctc tatcggcaaa atgggacgac caaacaaacc tgactataag      420

atcccgccat cactaaattc agttgtaaat tttaaccttg ataactgcac aaacggcgaa      480

aaagtgctag ttgtgggcgg tggcaactcc                                       510


<210>  2303
<211>  321
<212>  DNA
<213>  Campylobacter sp. 10_1_52

<400>  2303
gcaaaagatg gcaagccgct agcttacttg caaaatgacc caaaaagtat atttgcagtc       60

tatataggaa atgacaaaat tccaggcgtc gcgcatggaa atcaaggcca aataatggtg      120

aaatttatcc cacaatggct cagcccaaaa gagggcgacg aggtctttac gagcgggctt      180

gacgggatat tttttagtgg ggtgccagta gggcgcgtga gtaaaatttt aaaagagagc      240

tcctatcaaa gcgtgatagt tgagccctat gcgaagctaa acataccaaa ctacctatac      300

gttgtaacaa aggaaaaatg a                                                321


<210>  2304
<211>  420
<212>  DNA
<213>  Campylobacter sp. 10_1_53

<400>  2304
cgcggcgaga agttgccagt tgagctaaag ggcgagacta tctactacgt cggaccaaca       60

ccagctaaac caaaccaagc tatcggcgca gcaggcccaa caacaagcgg cagaatggac      120

aaatacacac caactatgat aaacgaagtt ggcataaatg gcatgatcgg caagggatat      180

cgcaatgacg cagtagttga tgcgatgaaa aaatcatgct gtgtttatat ggtcgctatc      240

ggcggtatcg gagcggtcat tagccaaagt atcaaaaaat atgaagtctt ggcatatcca      300

gagctaggac cagaggcagt cgcaaggctc acagtagagg acttcccagc gatagtcgct      360

atcgactgcg agggcaataa cttctacgaa gtcggccaag caccttacaa aaaaatctaa      420


<210>  2305
<211>  591
<212>  DNA
<213>  Campylobacter sp. 10_1_54

<400>  2305
ataaatttag agctttatca agagagaaaa aagcttgatg aggcgaaaat ttatgagttt       60

atagaagaga caagcaagca gataaatttc atgtcagaaa ccgttgatga ctttaaaaat      120

ttctttagtc caaatacctt gagaaaagag tttaaggtgc ttgaagtgat aaatcaaacg      180

ataaaaattt taaacgcaac gcttaaaaag tatcagatcg aagtgcagct tgacgtgaga      240

gaaaattttg aggtatttgc aaattttaat gagataatcc aaattttaat aaacatcata      300

aacaacgcca aagacgcatt taagcagagc tacacaaagc caagagtgat aaagataagc      360

gcctttttaa aagatgatcg caagaattta tgcgtgcaaa ataacgcagg agcgataaaa      420

aattcatttt taaaggtcat ctttgagcca cactttagca caaaagagag cggtagcggg      480

cttgggctat atatgagccg ccttatcgct cgcaaaaaca acgccctaat ctttgctaaa      540

aatgtggatg aaaaccacgt tgcatttaca attagtttcg aaaatttata a               591


<210>  2306
<211>  960
<212>  DNA
<213>  Campylobacter sp. 10_1_55

<400>  2306
atgataaaaa cgtttttagc gtcacttttg acgctaacgt ttgctttggc agacgctcac       60

attctagttt atcaccgctt tgacgagcca aggcacgcta gcacggatat ttctattcaa      120

aatttaagag ctcagtttga atacttcaaa aataatggct atgaagttgt caagctatca      180

agacttgtcg atgctgtaaa tgctggtgag ccgatccctg ataactggat cgttataacg      240

atcgatgatg gctataagag cttttataac aaggcgcttg aagtttttaa agagtataac      300

tacccatttg cgatgatgat atacgtcgaa gcagtcgctg gcaaatatgg cgactatctc      360

acatttgatc agctaaaaga gctagaagct tacggtgaga ttggctacca ctcatacgct      420

catccaagga tgactaaact tagcgatgag gccttaagag aggactttca aaagggcgtt      480

gagacctttg aaaagcacat gggttataag ccaaaatact ttgcagtccc ttacggcgag      540

atcgatagta gggttgtctc tttggcaaaa gaatttggct ttttagcact tttaaatcaa      600

aactcaggcg cagtttcaga taaaagcgat gttttcgatc tttacagaac accagtgatg      660

aatggcacaa agatagcact aacttttaat agcaaatttt taaatgccca gtggatattt      720

ccagagggct atccgcaaaa caatgcgatc gacaagctca tcatcaagac cgacacaaac      780

gcaagtgagg gcagtttttt catgactggc tttgacggct ttagaaaagt acctatgaca      840

aatggcgttt ttgagtgtaa atttaaccca ccacttgata aacgcaaagt gttaatgtcg      900

ctaaaagtag atcatcacag aagcacaaaa cttctaataa aggacaccaa tgctaaataa      960


<210>  2307
<211>  423
<212>  DNA
<213>  Campylobacter sp. 10_1_56

<400>  2307
atgaaaagag tgcttttaag cattgttgcg acgtgttctt tattaaatgc tgggggttat       60

aaggtccctg agcaaagtgc tgactcttta gggcttgctg ctagtaacgt agcctttagt      120

tttggggctg atgcggctta ttttaaccct gcaaatatga tgtttttaga cgggcttcac      180

cattttgaaa gcacgcttgg ttggtttcat ataaattcca tcgactttaa aagcgatgat      240

ggcaagagct acagctcaaa gaaatttgac tcactagctg gcacatttag ctttgtaacg      300

ccagaaattt atgaaaactg gagatttgga ctagcccttg ctgtgcctgc tgctgttggc      360

atctcgtggg aggatccaga gactgctttt actggcaaga ggtttaaact acaagttgtc      420

gag                                                                    423


<210>  2308
<211>  429
<212>  DNA
<213>  Campylobacter sp. 10_1_57

<400>  2308
cctaaaaatt tagaaattta tagtaggatt ttgccaaatt tcaaaggaga agatatgaaa       60

aaacaaattt caacaaaaaa cgccccacaa gcgatcggac catattctca ggcgattagc      120

gcgaatggat ttttatttat ctcaggtcag cttggcgtca caccagcagg tgagtttgca      180

ggcagtagcg tagaggctca ggccgagcag tcacttacaa atttacaaaa cattttggct      240

gaggctggac ttagttttga taatgtcgta aagactacga tctttttagc agatatggca      300

gattttgcta aagtaaatgt cacatacgct aaatttttca aagagccata tccagccaga      360

agcacggtgg ctgtgaagac tttgccaaaa gatgcacttg tagaaattga ggttatcgca      420

gcacaataa                                                              429


<210>  2309
<211>  756
<212>  DNA
<213>  Campylobacter sp. 10_1_58

<400>  2309
ggcggtctag ctggtcttag agctgctgtg gctgctggag aaaagggttt aagcaccgta       60

gttttgagcc tcatccctgt aaaacgctct cactctgctg ctgcacaagg cggcatgcaa      120

gcaagccttg gtaactctaa aatgagtgaa ggcgataacg aagatgtaca ctttgctgac      180

acggtaaaag gtagtgactg gggttgcgat caacaagttg cacgtatgtt ttgtcaaact      240

gctccaaaag ctattagaga gcttgcagct tggggtgtgc cttggactag gatcacaaaa      300

ggcgaaagaa gcgctatcat caacgctcaa aagacaacta tcgttgaaaa agaagaggtt      360

catggcctta tccactcacg tgactttggt ggtacaaaaa aatggagaac atgctacaca      420

gctgacgcaa ctggtcacac catgcttttt gctgttgcaa acgaagcgct taagcacaat      480

gtagaaattc acgaccgcaa agaggcgatc gctttgatac accaaaataa ccgctgttac      540

ggcgcgatcg ttcgtgacct agtaaatggc gagatcacag cttatgtttc aaaaggcaca      600

cttatagcaa ctggcggtta tggtagagtt tataaacaca ctacaaacgc tgttgtttgc      660

gagggtatcg gcgctgcgat cgcacttgag actggcgtag ctcagcttgg caacatggaa      720

gctgttcagt ttcacccaac tccgatcgtc ccatct                                756


<210>  2310
<211>  645
<212>  DNA
<213>  Campylobacter sp. 10_1_59

<400>  2310
atgcaaacac tagatatatt agccatttgc atgatcgtaa cttcgcttgc ggtttttggt       60

cttagaagct tgaaactctc aatcatcgct tatgcgatag agacactact tttagttagt      120

atatttttct tactatctga gaaatttaac gctgagcagc taaaaacttg ggcgatcgtt      180

gcgtttttta ccaaagttct tttcgtgcca ggaattttgt tctggcttat caaaaaactt      240

ggcgtagtta gcgaagatga gccagttggt ggattttttg taagtcctgt tattgctatg      300

ggattttctc tagctctttc aatgagtatc caccctatat ttttaaaatt ctctcttatc      360

aaagaagaga tcatgctaat cgcagctgga acggtcttta tgatgggaat ttttggcttc      420

atgctaagaa actcatttat aaaacaaatt ctagcttact gcttgtttga aaacggtatc      480

cacctaagcc ttgctctaat ggcttacaac tcacatgagc tagttgagct tggaatttta      540

acagatgcga tatttgctgt tattatcatg agcgttctag cgattagatt ttataaagct      600

tatgatagct tagatacttc taaagcttca aatttaaggg gttag                      645


<210>  2311
<211>  393
<212>  DNA
<213>  Campylobacter sp. 10_1_60

<400>  2311
gaaggctttg gcgaagaggt aaaaagaaga attttgcttg gtacatttgt gctaagtagc       60

ggatactacg atgcttacta catcaaagcg caaaaagcaa gagcgcatat aaaagctcag      120

tacgagaaaa ttttagaaga aaatgatctc atcttcatgc cagttgctcc aagcacagct      180

tataaatttg gagcacacag cgatccgctt caagcctatc taagcgacat ttacacgatc      240

agcgtaaatt tagcaggcct accagctatc tctgtgccag ttggcaaaga tgatcaaaat      300

ttaaacgtga gcgcccagct catcgcaaaa gcgtgggacg aacagacctt gataaatggt      360

gctaagagcc tagaaaattt aataaaagga taa                                   393


<210>  2312
<211>  399
<212>  DNA
<213>  Campylobacter sp. 10_1_61

<400>  2312
atgaataaat tttttaaatt tatgcttatc atgctactgc ctatctggct tgtggcaaaa       60

aatgacgact acacacaagt cgcagctcag ataaaagagt cattacaaaa agtaataaca      120

gagtatagag ctggcaacgt cgagcaagca gttagcgata ctcaaaatgc ttattttggt      180

ctgtttgaag atgtcgaagc tggcatcaga ataaatttag gtcagaaaaa agcttactct      240

atggagaagc agtttggcga gatcagaaag gcgataaaag ctggcgaagc accagatgat      300

gtgcaaaaaa gaatagatca gataaatagc gaaatcgctg aagttttgcc agttatttta      360

aatggacata agcttgttgg tgagtattca gacactcca                             399


<210>  2313
<211>  507
<212>  DNA
<213>  Campylobacter sp. 10_1_62

<400>  2313
ccaagccgta taggtgcgct tcttggtatc aagatgaaag acctcgagcg cgtactttac       60

tatgaggcat acattgttga taatgctggc gaggcttatt atgacaatga aaattctaaa      120

aaagttgaaa aatatgacgt tttaaacgag gagcaatatc aaagcctagc ttcaagatat      180

gaagagactg gctttagtgc tagaatgggt ggcgaggtca tctatgatat gctagctgag      240

cttgacctaa ctcaaatttt aaatcagcta caagaagaga tggaggctac aaattctgag      300

gctaagaaaa agactatcgt aaaacgtcta aaggttatcg agagcttttt aaattcaggc      360

aaccgcccag agtggatgat gataacaaat ttaccagttc ttccgcctga tcttagacca      420

cttgttaatc ttgatggtgg taaatttgct gtttcagacg taaatgatct atatcgccgt      480

gtaataaata gaaatagccg tctaaaa                                          507


<210>  2314
<211>  435
<212>  DNA
<213>  Campylobacter sp. 10_1_63

<400>  2314
atgcttctta aaggcttgat agtctttttt gtctttttgc ttatagtggc catttgcgcg       60

ctaatctatc ttttgctaaa aaacaaagat catcaagtct tagcaagagg gctagaagct      120

gagggtgaag aagagatcac gatcgaaaag cttgaagagc ttgctagcga taaaactcta      180

agcaaaaacg agcttttcga gcttatacaa atttttggag agaaatttat aataccagcg      240

aaaaaaaatc aggtcgctcc aaaagaagct agcaactaca taaattttat aatcctcatc      300

tgctctcacc aaaatgccga tgcaaagctt attagctttt tagacaaaga ggctaaaaag      360

aaaaatccaa gctatgttgc agagatcgaa gatagcgaga ggataggcat agaaaaccgc      420

aaaaatcgca ggtaa                                                       435


<210>  2315
<211>  774
<212>  DNA
<213>  Campylobacter sp. 10_1_64

<400>  2315
atgtttgctg ataaacttca tccatttttg gatcgctatg atgaaatttc tacgcttcta       60

agcgatccaa atatagcaaa cgatatcgaa aagatgacaa agctctcaaa agagcaatca      120

tctatcgaac cagtcgcaac tgctgcaaaa aaatatctac aaattctaaa cgacatcgaa      180

gagaataaag ccttacttga ggactctgag cttggcgagc ttgcaaaaga tgagcttaaa      240

aatttagaaa tttcaagaga gaagcttgaa gaagagatca aaattttact tcttccaaaa      300

gatccaaacg atgataaaaa tatattttta gaaattcgcg caggcactgg tggcgatgag      360

gctgcactat ttgttggaga tctttttaac gcttacatca gatatgcaga gcttcgtgga      420

tataaatttg agatcgttag ccaaagcgag ggcaacactg gcggttttaa agagatcatc      480

gtgcttataa agggcaaagg tgcttactct aggctaaaat ttgaaggtgg cacacatagg      540

gttcagcgtg taccagagac tgagagccag ggtagggtgc acacctcggc tgtgactgtg      600

gctatcatgc cagaggttga agatagcgag atcgagatca atccaaatga tataagagtt      660

gatgttatga gaagctcggg ccacggcggt cagtcagtaa atacaactga tagtgccgtt      720

aggatcacgc acataccaac aggacttgtt gtcacaaacc aagatggcaa gagc            774


<210>  2316
<211>  447
<212>  DNA
<213>  Campylobacter sp. 10_1_65

<400>  2316
gcaaaagtct gcaaccaaaa ggttgaggaa tttttaaaaa cacaaaataa cgaagagcaa       60

atttctatgt ttggcatcgc ttgcataaag atgaacgatc taaacaggct agcaactccg      120

atcgataagc tagtaaagag cgaaaaatca agagaaaatg ctgcctattt tgctgacatc      180

ttgtttaaga aaaagctctt atttcacgct atgatagatg gcgttgatat aagctatatc      240

aggcttccaa agagtgatta tatactttca tttttgtttg ataaatttgt aaaaaaagag      300

tatgttgaag agcttggcac atttatcttt gaagagccaa attctgacac aagatatgag      360

ataagcccaa caaatggaca aataccaaag ctagtgctta aaatttttaa aaataacgac      420

ctgaaatcac aaatagagta tagataa                                          447


<210>  2317
<211>  582
<212>  DNA
<213>  Campylobacter sp. 10_1_66

<400>  2317
atcgctaacg gcataacaaa agatgatttt aaaacaaagc tagaagagat caaaaaacta       60

gcttatgatg ccgttgcaaa actcccagct gaaacagtaa aactagcaaa agttgatatg      120

agtagcgcag catctagcga tagcagcgaa gatagtggca cagactacac tcaaactgtt      180

aaaaacataa atgacaaaat tcaagcagcc atcgcgcttt acaaaggtgg caatagcgct      240

aaagctatgg gcgatatcca agatatctac tttgatgagt ttgaaggtag cggcatggag      300

aacaaagtag gtgcgataga tgtaaattta aaaacagcta tcgaagctac atttggtaac      360

cttgtagccc ttatgaaatc aggtgcagac gaaaaaacac ttgaagagag tgcaagcaag      420

atgtcatctc agctagcagc tgcacttgag aaaactagcg gttcaagctc accttggacg      480

ctatttatct gggctctaac tatcatctta agagagggtt ttgaggctct tatcatcgtt      540

gcagccgtcg ttgcatatct tgtaaaaact ggcaatgcaa aa                         582


<210>  2318
<211>  882
<212>  DNA
<213>  Campylobacter sp. 10_1_67

<400>  2318
atgtctgaga tggattttgt tgattggtct agggctcagt ttgcgctgac tgccatttac       60

cactttttgt ttgtcccgct tacgttgggg ctaagtttta tcatcgccat tatggagacg      120

atatatgtca aaactggcga taaggcctgg cttgagataa cgaaattttg gctaaagctc      180

tttggtataa atttcgctat cggtgtggca actggcatca tcatggagtt tgagtttggt      240

acaaactggg cgaattacag ctggtttgtc ggcgatattt tcggcgctcc gcttgcgatt      300

gaaggcttgc tagcattttt catggagagt acattttttg ccattatgtt ttttggctgg      360

gataaagtta gcaagaaatt tcacctattt tcaacttggc ttgttgcgat cggttcaaat      420

ttaagcgcac tttggatctt gatcgcaaat ggctggatgc agtatccaat aggcatgaaa      480

tttaacccag ataccgctag aatggagatg caaaatttct tcgaagtcgc gctaaatcca      540

cttggtatca ctaaattttt acacacagta actagcggct acactatctc agctcttttt      600

gtgataggaa tttctgcttg gtttttgatc caaaaacgcc acatcttgct tgctaaaaaa      660

agcatcgtcg ttgctagcgc atttggcctt atcacttcgg catttttgct acttagcggc      720

gatgagagcg catatcttgc agctcaaaag cagcctatga aacttgcagc catggaggga      780

ctttacaagg gcgagaaaaa cgctggccta gttgctgctg gcattttaaa cccagctaaa      840

aagcttggcg atgagagcga tgccttttta cttgagataa aa                         882


<210>  2319
<211>  657
<212>  DNA
<213>  Campylobacter sp. 10_1_68

<400>  2319
cttgtagttc gccgctttga gactattagc gctgatgata agggcgtggt aaatggctat       60

gttcactcaa atggccgtgt tggcgtgctt atcggtgcag cttgcgaaag tgctgaagtt      120

gcaaacaaag cagctgaatt tataagaaat ttatgtatgc atgcagctgc tatgaagcca      180

agcgttataa gctacaaaga ccttgataaa gattttgttg agaaagaatt tatcgcactt      240

cgcgctgaac ttgaaaaaga taacgaagag ctaaaacgcc taggcaagcc acttcaccac      300

atccctgagt atgctagccg ctgccagata ggtgaggctg agcttgcaaa agctacaaaa      360

gcgatcgaag aagagctaaa agctgagggc aaacctgaga aaatttggga caagatcatc      420

cctggtaaga tcgagagatt ttacgctgat aacacagtgc ttgaccaacg cctcacactt      480

ttaggtcagt tttatgtaat ggacgataaa aagactatcg aacaagttat cgaagagaag      540

agcaaagagc ttggtggcaa gatcgagatc gtaaaatacg ttcgtttcga gcttggcgaa      600

ggcttagaga aaaaagtaga tgactttgct gcagaagttg ctgctcaaat aggctaa         657


<210>  2320
<211>  744
<212>  DNA
<213>  Campylobacter sp. 10_1_69

<400>  2320
atgcaaacta tacttttaat gatatttcaa gtagtcgtta tcgttttggt agctcctttg       60

tttgatggta tggcaagaaa acttagagct aaacttcaat caaaacaagg tagcgatttc      120

tttcaaacat atcgcgacat tataaagctt tttagaagag gaagaaccgt ccctgagtgc      180

tctcactggg tatttagatg ggctccattt ttcctttttg caacttcagc tgcagtgcta      240

gctgctatac ctatcactta tagcaaagac actgtatttg gagcttactc agatatattt      300

gttatcctct atcttggtgc gctacttaga tttgtatttg gtgcagcttc aatggatagc      360

ggcaacccat ttgcagcaac aggtggcggc agggagcaaa tgcttggtgt ttatgttgag      420

ccagttatga ttatgtgctt aatcgtagtt atgcttgcag ctaaaacatc aaatttagtt      480

gagatccaag agatggtaag aactggcgtt atcggatatc aaattccaag ttttgccgtt      540

gcttctatcg catttttgtg gtgtatgtat gttgagactg gtagaaagcc atttgactta      600

gctgaagcag aacaagagct tcaagagggt gttcttggtg agtatgctgg tagcgacctt      660

ggcttagttc aagcatcact tatattaaaa cagtttgcta tgatcggact tttcctaagc      720

atatttgagc catggaattt tagc                                             744


<210>  2321
<211>  372
<212>  DNA
<213>  Campylobacter sp. 10_1_70

<400>  2321
gtggaagact ttgaactatt ttacaagcat tttaacgagt ttttaaaagc ttttggtcaa       60

aaaggctctg agataaaaga gcaaattttg cgtgtgcttt ttgctagcaa gtcgcatcta      120

aatgctcaag aaatttgcca aaaaatttat gaaacttaca aaaatgaaat ttcaatgact      180

tcgatatata cctttttaaa ttttcttgaa gagcaccatc tggcaaatag ttttgagcaa      240

aatggtgtta aaaattacga gctaaattta aaatcctctc acgatcactt gatatgtgaa      300

atttgtggca aagtggttga ttttgaagat gagatgatag agcaaagaca agatcaaatt      360

tgtagccaaa ga                                                          372


<210>  2322
<211>  468
<212>  DNA
<213>  Campylobacter sp. 10_1_71

<400>  2322
atgatagaaa atttagaata tgatgccttg cttgagaaat ttaaaagagt tcttcgcgac       60

aacggtttaa aatatacaaa acagcgtgaa attttactaa aaacgcttta taacaacgac      120

gagcacttta caccagagag gctatatctt tttataaaag agacctatcc tgagctaaat      180

atcggcatcg caactgttta taggacgcta aatttactag aagaatcaga gatggtaaca      240

tctatcagct ttggctcaca aggcaagaaa tttgagcttg ccacaaagcc acaccatgac      300

cacatgatat gcagaaaatg cggccttatc atagaatttg aagatcctat gatagaaaaa      360

aggcagataa gcatcgcaaa agagcatggc tttaaactaa ctggtcacat gatgcagctt      420

tatggaattt gcgaaaaatg ttcaaaaaat aatataaagg gaaagtaa                   468


<210>  2323
<211>  537
<212>  DNA
<213>  Campylobacter sp. 10_1_72

<400>  2323
atgaataatc aaaataataa ccaaaataat ggcgataata acgggttttt taacaaaaat       60

cccatcttta tctttgctat ttttgcgata gttatagttc tagcttttag aagctttagt      120

ggcgacggac taggcggtac ttttgggctt ggtagcaacg ctcaaagcaa gatgatagct      180

tattctgaat ttaaggatat gctaaaaaat aagcaactaa atgaggttgc gatatctgaa      240

accacgataa aaggcgttgg taatgacaaa accatctacc tcgcaaagcg cataaatgat      300

ccaacgctca ttggcatact tgagcaaaac ggcataactt acagcgttta tagcgaaaat      360

aactggtttg gagatcttat attttcatgg atcataccgg tgtttatatt ttttgctatt      420

tggatgttta tcgctagtcg tatgcaaaag aatatcggcg gtggcatact tggcatagga      480

agtgcgaaaa agcttataaa ttctgaaaaa ccaaaagtta aatttgacga tgttgca         537


<210>  2324
<211>  447
<212>  DNA
<213>  Campylobacter sp. 10_1_73

<400>  2324
cttgagtaca tcccaaataa gctagttgtc gagctaaaag cgataaagct ttatataaat       60

agctttatga accgcaacat cagccacgaa gatagtataa atgaaattta ctctgtttta      120

gagaaaaagc ttgagcctaa atttatgaag atagttggcg actttaaccc acgtggaaat      180

gtccatacag ttatcgagat cagctctgat ctagtggtaa aaaagccagc tgaagagaaa      240

gaatacgctc caagaagtag ggagagaagc tttagcgaca agccgcgcgc gcgacgtagc      300

acaagcgatc gcgctagcag tagaggcagc agagatgata aatttaaaaa agatgacaag      360

ccaagaagaa gctcaaacaa agagggcttt agaaagataa gctacgccga tgataagaag      420

ccaaaagtag tcaaaaagga taaataa                                          447


<210>  2325
<211>  423
<212>  DNA
<213>  Campylobacter sp. 10_1_74

<400>  2325
atgttagaaa tagatgtgcc attgatgctt ttaacggcta tcgttctctt tgtcttgatc       60

gccattttaa atcctttgct atacaagcca atgcttaaat ttatagatga cagaaatgcc      120

tctataaaaa atgacgaaga gagcactagc aaaaatgcaa gcgacttaag cgttcatgaa      180

aaagagatcg aagagatcat acaaaatgca agatctgagg ctaacaaaat aagacaagag      240

gccttaaatt tggcaaaaga agagtcttta aaagagataa atgctgtaaa aagtagttta      300

gaggctgatt ataatgagtt tttaaacgct ttaagctctc aaaaagatag cctaaaggca      360

gatctatcag ctaaactacc tgagcttaga gcagctttaa acgctaagct ctctaaaatt      420

taa                                                                    423


<210>  2326
<211>  504
<212>  DNA
<213>  Campylobacter sp. 10_1_75

<400>  2326
atgtcagtaa agcaagaaag acgaagcttt atcggccttg cgtttggtgc cgtggcagct       60

gttggtggcg cgatgtcact agttgccatg aaaaagacct gggatccgct ccctagcgta      120

aaagctgctg gttttacaac tgtcgatcta agcccgatca aagatggcga gatgagacag      180

gttgagtggc gtaaaaagcc tattttcatc ctcaaaaaaa gcccagatat ggctaaaaac      240

gacaagagag atgtagtcgt tggagatgcg aggtatgtag ttcttatcgg actttgcacg      300

cacctaggat gcatccctga gtataaagcg agcaagcaaa tgtttgtctg tgcctgtcat      360

ggcggcgaat ttaacgttga tggcgtgcag acatacggac ctccaccaag accgcttgat      420

atcccaccat ttaagatcga tggtaccaag ctagttctag gcgaaacaag cccagaatac      480

gaaaaattag tagctaaagc ttag                                             504


<210>  2327
<211>  450
<212>  DNA
<213>  Campylobacter sp. 10_1_76

<400>  2327
atgttatctt ggatgcaaaa acataaaaaa tacctagtcg tgacaatttg ggtaagcacg       60

atagcttttg tcggtgctgg ttttgtcggc tggggcgcat acgatctaaa cagcaacaga      120

gctacttcag tagccaaagt aggacataga aatataagcg ttcaagagtt gcaacaaaaa      180

tacgataggt tatatcagta ctacaacaat gtatttgaag gcaaattaac tcaagagaaa      240

gctgaagagt taggcttaga aaatgctgca cttcaagctg ctattcaaga aaatttacta      300

ttaaattttg cagacgatat cggtctaagc gttaataaag acgatgtttt aaaatatata      360

atcgtcgatc caacatttca aaaagacggc gtttttgaca aaaatttata ctacgatgtg      420

ctaagaagag ctaggataaa cccaactgat                                       450


<210>  2328
<211>  933
<212>  DNA
<213>  Campylobacter sp. 10_1_77

<400>  2328
ttaaatcctt acccaagaag cgtcatcttt atcgatcttc tcatctcatg cctacttatc       60

gggcttttga gaatttcaaa gcgtatggtg cttgactttt caaacagacc tcacaaaggc      120

gagccttgta tcgttatagg cgcgacctca aaggcgcttc acgtcttacg tggcttaaag      180

cagggctatc ttgactacta cgcagttggc gtggtagatg gcagaagcga tcttgttggc      240

acatattgtg atggattttt agttcaagat aaaaaagata taccaagcct tataaaagac      300

tatgacgcaa agactgctat catcgcactt gcgctcgatc aagacgagct tcaagcttta      360

gttgatgagc taactggata tggcataaga gatatgaagc tcttttcgct tatcgaaaat      420

gagccgatca aagatatctc gatcgaagat ttgctcgcta gaaagccaaa agaccttaat      480

ccagaagcca tttcaaattt cttaaaagat aaaaaagtgc ttgtcactgg agctggcggt      540

agtataggaa gcgaaatttg taagcagtgc ttgaaatatg gcgtaagtga gcttataatg      600

gtcgagcaca gcgagtttaa cctttataaa ataggcgaag atacaagaga taaaagaact      660

gttagcaagc ttgtaaatat cacaaattta aaagactttg aagaggtttt tgaagaattt      720

agaccagaga tcgtcatcca cgctgcagcc tacaaacacg tgccactttg cgagctaaat      780

cctcgctcag cagttgaaaa caacatcctt ggcacaaaaa atgcagtcga tctttctaaa      840

aaatatggtg ctaagaaatt tgtcatgatc tcatcagaca aggctgtgcg cccaacaaac      900

ataatgggta caactaagcg tgtttgcgag ctt                                   933


<210>  2329
<211>  507
<212>  DNA
<213>  Campylobacter sp. 10_1_78

<400>  2329
gcgactgtca tcatgcctca tatcactggc tttatcgatc caacgctcgc gccaacaaag       60

tgggaggcta tcttaaaaaa tgccaaaacg atcgtatttt ggggcacaaa cccagtcgtt      120

tcaaacaaga tcgccattgg cgtgccgctt cacaactcat ataaatacta cgatgagatc      180

agaaaaaaag gcgagagcgg cgagatgaaa atttatagcg tcgatgttta tcacaacgaa      240

agcgcaagat attttggcgc aaagtacctt gaagtcgtgc cttgcaccga tacggcgatg      300

atgataggta tgtgtaacta cctttttgaa aaggggcttt acagcaaaga atttatagaa      360

aaatacaccg ttggctttga taaatttaaa gagtatatgc ttggcacaaa agacggggtc      420

aataaaaacc tagcttgggc aagcaaaatt tgtggcgtga gcgagcaaga actggcgaaa      480

tttagcgagg atctagctaa aaacgac                                          507


<210>  2330
<211>  615
<212>  DNA
<213>  Campylobacter sp. 10_1_79

<400>  2330
ccaagcatca ctgctaagtc agaatttagc gctgcaaaag gctgtaagca aagccaaaaa       60

gagtacgaca aagtcgcact tgaatgggac tgcatacttt gcggtgcatg cgctagcgag      120

tgtaataaac ttgaagcaga cgcgagtgat tatatgcagc catttgtatt tgttcatgct      180

tatagagctg cctttgactc acgtagcaaa gatcctatgc cacacctaaa accagctatc      240

gataatggcc tttggatgtg tgtaaaatgc caagagtgtg ctgatcgatg tccaaaaggc      300

ataagcgcat gcgctgacat aactgatctt cgtatcatgg ctatacaaaa aggctttaat      360

gagggcatgg gaccagatca cgctgaggcg ttcttaactg atctagttga tggctcaggc      420

agactaaatg aggttagact tgcacttcgt tcagaaggcg ttatcaaaaa tatgggcaaa      480

ctagacatcg ctgcaaactt aatgcttgct ggcaagatga atccgcttca tgtatttggc      540

gaagaagaca tagaaggtca tgacgatcta gtaaaaatga taaatgcggc tcgcaaagct      600

gctagtaagg agtaa                                                       615


<210>  2331
<211>  510
<212>  DNA
<213>  Campylobacter sp. 10_1_80

<400>  2331
gtcgtaaata tcaaacgcga tggcaagctt cacagacaag aatttgcaaa aggtatccca       60

caaagcgatc ttgaagtgat aaaaactaca aaccgcacag gcacgcaagt cgagttttgg      120

ccagatgata gcatatttga agtgactgaa tttgacgatg aaattttagt aaaaagattt      180

cgcgagctag cctatctaaa cccaaagata actataaatt tcaaagatca aagaaatggc      240

agaagcgaga gctttcattt tgagggcgga cttgagagct ttgtaactga tatgaacaag      300

gcaaatgctg tcagcaaagc ggtctcattt agtggcggcg aagatgatgt tatggttgat      360

tttgccctgc tttacaacga cacttatagt gaaaatttac taagctttgt aaataacatc      420

aaaactccag atggcggtac gcacgaggct ggctttagag cgggccttac aagagttatc      480

acaaactatg ttcaagcaaa tgctgctgtt                                       510


<210>  2332
<211>  552
<212>  DNA
<213>  Campylobacter sp. 10_1_81

<400>  2332
agactaatga gtcaggcgct tagaaagcta actggaattt taagcaagat gaagacaact       60

gttatcttca tcaaccaaat tcgtatgaag atcggtatga tgggatatgg cacgccagag      120

accacaactg gcggtaatgc gcttaaattt tactcatctg taaggatcga tgtaagaaaa      180

atagccacac ttaaacaaaa cgacgagcct atcggcaacc gcacaaaagc aaaagtcgtt      240

aaaaacaagg tcgcgcctcc atttaaagtg gctgaatttg acatcatgtt tggcgagggt      300

gtgagcaaag agggcgagat catcgactat ggcgtaaagc tcgacatcat cgacaaatca      360

ggcgcgtggt ttagctacaa ggccgaaaaa ctaggtcaag gtagagaaaa cgccaaagcc      420

tacctaaaag agcacccaga aatttctgat gagatagtag cggcgatcaa aggctcaatg      480

gggatagatc acctaataag cagcggcgca aaagacgaag acgacgacac aaacgaagca      540

ggagatgaat aa                                                          552


<210>  2333
<211>  324
<212>  DNA
<213>  Campylobacter sp. 10_1_82

<400>  2333
atgataaaag gcatttttta ttcgcttttg gcatcagttt tatttaactg catctactac       60

atgtcagtgc tcatgaaccc catcagcacg caagctctta ttggataccg catgatcttt      120

gccatgcctt ttgtcatcgc cgccattttt ttgttaaaac agcagcgaaa tttcaaattt      180

ttacttctaa aaataaagct aaaacctaaa attttactag ttttgcttgc tacctcgctc      240

atcgtctcat ttcagatgtg gctctatctc tgggctccaa gtaacggcgc agcgctaaaa      300

gtctctatag gctacctcat catg                                             324


<210>  2334
<211>  606
<212>  DNA
<213>  Campylobacter sp. 10_1_83

<400>  2334
atgtcttttc tctcaagact tttaaaattc ctcaactggt caaactccgc aaaaccagaa       60

ataagcctag atactgagct ttacgaacaa ctaaaacctt ttagatttcc actaatttca      120

gtcgtactac tgttactttt tggaacactt ggttatatct ttatagataa cttctctctc      180

atagatgcct tttaccaagc aggtatgacc ttcacgacgg tcggttttac cgaagttgcg      240

cctataactc caaaggggcg aatttttact ataacattta tccttgttgg cttcatcatt      300

tttacgctat caatcggtat cgttgtagaa gttctaaaaa gaggcacatt aattagcatt      360

ttaaaggaaa ggcgtatgct ttacaagatc gcaagactaa aaaatcactt cgttatttgt      420

tatcacaacc tctacacgat cgagcttagc gctcagtttc gtgaaaatca cataccattt      480

gtagtggttg atgacagaga agatatcgca gaattagctc aaatttacaa gtatccatac      540

ttcataaaag ctcagcctca cactcaaatc gcctttttaa aaacgcatct ttcaagcgca      600

aaagga                                                                 606


<210>  2335
<211>  477
<212>  DNA
<213>  Campylobacter sp. 10_1_84

<400>  2335
atgaaagata aattttacga attaagcatc aaaacatcaa atttttatga tgaaatttta       60

gagttagttt tttcttttgg ggtcacctgt gtagaagagc tagatcatga gatcatcatc      120

agggaagagt atgatctaaa agatatagct tggggtgtcg aagagtatgc aaaagggctc      180

tctagcgttc gtaaaatttc aaatgattta aaaatttctc ttaatttaaa agaaaataaa      240

gactggctag gcgaatataa aaaggcagtt aagcctattt tggttgataa aatttatatt      300

agacctagct gggaagagcc acttaatggc gtaacaaata tcataatcga cccagctcta      360

gcctttggct cagggcacca tgaaagcaca aattcttgct tgcaactttt acaaaaatat      420

gcaaaaagtg gcgataccgc tttagatgtg ggatgtggaa gcgggatatt aagcata         477


<210>  2336
<211>  756
<212>  DNA
<213>  Campylobacter sp. 10_1_85

<400>  2336
acgctcatag caagagtgct cgcttgcttt gtcatcgtct atctgctact tgatatcaag       60

ctaaaacttc acataagaaa gagccttatc tataaatttg actacgagat catcaagaaa      120

attttaaata tcggcgtgcc ttatggcttt gaaaattcga tgttttacgt gggtcgcatc      180

atcgttttga gccttgtttc gctctttggc acggcaagca tcgctgcaaa tgccgtgggc      240

gggacgatcg tgatgtttca ggtgctccct ggcatggcga taggcacagg tctaagcgtc      300

gtcgtggcta gatgcatcgg cgcaaatgac tttaatcagg ctaaatttta cgtaagaaaa      360

tcaatgctaa gcatctacat cgtgcagctt tttagcacgg ctgtcgtgtt actgcttctt      420

gagccgctac ttcgcgttta taatctctct agcgaggcca taaatttaac aaggcagatc      480

gtctggtatc acggcatcgc gatgtgcctc atctggccgc ttgcctacac ctatccgacc      540

gtttttcgag ctgctgggga cgcaaaatat ccgatgatag taaatttagc ctgcatgttt      600

gcctgcagga tcgtgctagc ttatatcttt gcgcttacat ttgatcttgg catgataggc      660

acttggtttg cgatgtttgc cgactgggcg gtaaaggcgg tgctctttgt gcgcagatac      720

gcaaatggca cgtggatgaa atttcgagcc atttaa                                756


<210>  2337
<211>  531
<212>  DNA
<213>  Campylobacter sp. 10_1_86

<400>  2337
cttatgggat caaacatgca gcgtcaagca gtgccactac ttcgttcaac tgctcctatc       60

gttggaacag gtatggagag tgttatcgca agagatgctt gggagagcgt aaaagcaaaa      120

cgaggcggcg tggttgaaaa ggttgataat aaaaacatct ttatccttgg tgaagatgaa      180

gctggtccat atatcgatca ctactcttta gagaaaaatt taagaacaaa ccaaaatacg      240

acattttcac aacatccgat cgttaaaaaa ggtgatgaga tcgttgctaa tcaaatcata      300

gctgatggtc caagtatgga aaaaggcgag ctagctatcg gtaaaaacgc actaattgca      360

tttatgcctt ggaatggcta caactacgag gacgcgatcg ttattagtga aaaaatgata      420

cgtgaagatg cctttacaag cgttcatatc tatgaaaaag agatcgaagc tcgtgagcta      480

aaagacggcg ttgaagagat aacaaaagat ataccaaacg tcaaagaaga g               531


<210>  2338
<211>  459
<212>  DNA
<213>  Campylobacter sp. 10_1_87

<400>  2338
atgagcgagt acatcgaaca aacgatggag tggataaaga agaccaaccc aggtcaaggc       60

gtctttgtcc aagctgcgac tgaggtttta aacagcctag agccgcttat caaaagagag      120

agcaagtacc aaaaacacgc gatcctagag cgcatcgtca tccctgagcg cacggtgatc      180

tttcgcgtga catacacagg cgatgatggc agaccaaagg taaataacgg ctaccgcgtg      240

cagtttaact cagctgttgg cccatacaag ggcggtctaa ggctccaccc aagcgtcgat      300

cttggcgtgc taaaatttct tggatttgag caaattttca aaaactcgct cactggcgta      360

aatatcggcg gcgcaaaagg cggcagcacc tttgatccaa agggcaagag cgagggcgag      420

ataatgcgct tttgccaagc atttatgagt gagctttag                             459


<210>  2339
<211>  516
<212>  DNA
<213>  Campylobacter sp. 10_1_88

<400>  2339
gctggcaaaa acatctatat gcaaaatggc tgcaacactt gccactctca aatgatccgt       60

ccgtttaaag ctgagactga tagatacggc atgtattcac taagtggcga atttgcctat      120

gatcgtccgc acctttgggg ctcaaaaaga acaggtccag atcttatgcg tgtgggcaac      180

tatagaacga ctgactggca tgaaaatcac atgctaaatc cagcctcagt agtgccaggc      240

tcgatcatgc cagcatatcc atttttattt aagaaaaatg ctgatatcga gactgcttac      300

gctgaagcgc taacggttaa aaaggtcttt aacacgcctt atgacgaaaa agatatgcca      360

gctcttggca cgctagagca gacaaatgct aacgtcaagg ctgaggctgc agctatcgtt      420

gaaaatatga aagatgagca ggtaaaaagt gcatttgaaa aaggtgaaat tcgccagatc      480

gtagcactga tcgcttatct aaatagccta aagtag                                516


<210>  2340
<211>  615
<212>  DNA
<213>  Campylobacter sp. 10_1_89

<400>  2340
atgatctacg ataacatcgt aaaaacgatc ggtaatacac ctatcgtaaa ggttaaaaca       60

ggtgctgacg aggctgaaat ttacgtaaaa ttagagtttt ttaacccagg cggctctgta      120

aaagatagga tcgcatttaa tatgatcaca aaaatgctag ctgatggcac gctaaaacat      180

ggcgacacta tcgttgagcc aacaagcggc aatacaggta tcggcgtagc tatgtgcggt      240

gctgcgcttg gctttaaagt gatcctttgc atgcctgaga gcatgagtat cgaaagacgc      300

aagatcgttg cagcttatgg cgctcatctt gagctaactc ctgcagctgg cggtatgaaa      360

gcagcgatcg caaaagctac tgagctagct tctcagccaa atcacgtaat gctaagccag      420

tttgaaaaca agtataaccc acaagctcac gagctaacaa cagctgctga gatcgtggct      480

gattttagca agcttgatgc ctttgtagca ggcgttggca caggcggcac gataagcggc      540

gtggcaaagg ttctaaaaga aaaaggctat gacactaaga tcatcgcagt agagcctgaa      600

gcatcaccag tttta                                                       615


<210>  2341
<211>  306
<212>  DNA
<213>  Campylobacter sp. 10_1_90

<400>  2341
ttggaaaaga tacgaaatat agccgttatc gcgcacgtcg accacggtaa gacaacaatg       60

gttgatgagc ttttgaagca gtcaggaaca tttaacgagc atcaaaacct tggcgagcgt      120

gtaatggata gcaacgacat cgaaagagag cgtggcatca cgatcctttc taaaaacacc      180

gccattcgct acaaagatac aaagatcaac atcatcgaca ccccaggcca cgccgacttt      240

ggtggcgagg tagagcgtgt tcttaagatg gttgatggcg ttttactact tgtcgatgct      300

ttctaa                                                                 306


<210>  2342
<211>  549
<212>  DNA
<213>  Campylobacter sp. 10_1_91

<400>  2342
tttcatcttt gtttggataa gtgtattatg agcgaagtaa ggctttttaa agcgcctctt       60

agcatggttt atgagtgcga cagaagtggg gatgagaaat ttttaagaga atttaactct      120

atcttgccag gtgacgaaga tgcgcttgga gcgtggctaa agcgagccaa atcacgcggc      180

gagaccaaag agagcgacca agtcttgcta acgcttgtta tcgagcttca tagaaagatc      240

gatgcgctaa gtgattatat aaaaaatgag cacaagcaat atctgccatt aaaagagagc      300

gcagatatcg acgagatcgg ctttacgcat ataaaaataa gcgaagataa atttaaaaaa      360

gatgaaattt actacgcaag gatcgcgatg cctatctttc caaagagaaa tttgagcctt      420

tatctaaggg cgcaggatga gaggctagca aagatagaga acatgcacga agaggacgag      480

gccgactgga acgcttacgt gacggctaga gagcgtgtga tgataagaga gcttagagcg      540

aattcgtaa                                                              549


<210>  2343
<211>  609
<212>  DNA
<213>  Campylobacter sp. 10_1_92

<400>  2343
gctcacgaga taagaaaccc cataggctct atttcgcttt taaattccac gcttttaaaa       60

agggctgagc caaaaatttt gcctatcgtc gagcagatac aaaagggtat ttggcgggtt      120

gagcgcatca tcaaagccac acttcttttt acaaaagggc ttagcatcac gccaaaggaa      180

tttaactttt tagatatcaa aagcgagtgc gaggaggcgc ttaaatttta tgagtattca      240

aaagatataa cttttgagct aaatttccct gacgcctttt attgtggcga ctttgacctc      300

atcgcgatgg tctttcaaaa cattttattt aacgccatag acgccataga agaggacgaa      360

aacgacgaag gtgtggtgag actaagctac gaaaagacgc caaatgaaca taaatttata      420

gtctatgaca gcggagtttc tataaaaaat gaaaacatcg tctttgagcc atttaagacg      480

agcaagctaa agggcaacgg cctaggactg cacctttgct tgcagatcat cgaggcgcac      540

aagggcagca tagagataac ccttgagcca aagacatttt gtataaattt acctataaag      600

gagaagtga                                                              609


<210>  2344
<211>  522
<212>  DNA
<213>  Campylobacter sp. 10_1_93

<400>  2344
atgaataaaa ttcttagttc agctctagca cttagcctag cagctggttt tgcacttgct       60

ggagagcacc caatcggcga gcctgtagag gctaatggca tggagatagc tgctgtttat      120

cttgagccaa tcgacatgga gccaaaaggc gttgatctag ctccaagctt ggctgatctt      180

cacttagaag ctgacatcca cgctataaaa ggcaacaaaa acggctttgg cgaaggcgag      240

tggatcccat atctaaagat caactatgag ctaaaaaacc ttgataatgg taaaactaaa      300

aaaggtacat ttatgccaat ggttgcaagc gatggcccac actacggtgc taacgtaaaa      360

atggatacag gtgttggtaa ctatgagctt aaattccaca tcgacaatcc agaaaaacaa      420

ggctttggtc gccacgctga caaagagact ggtgttggta aatggtttga gcctttcaca      480

acaacttata aatttcaatg gacaggtggt cctgttaaat aa                         522


<210>  2345
<211>  675
<212>  DNA
<213>  Campylobacter sp. 10_1_94

<400>  2345
atgcgctttt gccaagcatt tatgagcgag ctatatcgcc acatcggcaa caccgtggat       60

gtgccagcag gcgacatcgg cgtgggcgct agagagatcg gctatatgtt tggccagtat      120

aaaaagctaa ctggcagatt tgatggcatc ctaactggca aggggctaaa ctggggcggc      180

agcctagcgc gcacagaggc tactggatac ggactagtat atttcactca aaacatgcta      240

aaaaaagctg gacttgatct agagggcaaa aaatgcagca tcagcggtag cggaaatgtc      300

gccatctaca cagtcgaaaa gctctatcaa gcaggcgcac tgcctatcac cgtctctgac      360

tcaaacggat acgtctatga cgctgagggc atcgatctag cggtgcttaa agagctaaaa      420

gaagtaaaac gcgctcgcct tagcgaatac accaaattta gaccaaatgc aaaatatgta      480

agcgtgagcg aatacaaaga gggcagaaac ggcgtctggg acgtgccatg cgacggagcc      540

ttcccatgtg cgacacaaaa cgagcttcac ctagctgaca taaaagtgct ttacgcaaat      600

ggctgccgct tcgtggctga gggcgcaaac atgccaagca cgcttgatgc gataaatttc      660

atgcttgcac aaaaa                                                       675


<210>  2346
<211>  519
<212>  DNA
<213>  Campylobacter sp. 10_1_95

<400>  2346
tatatgagaa aattatttga cggcataaaa gtaagcgata gcgatttaag agatttttac       60

aacaaaaaca aagctagcat gaaccaacca gctcaagcaa gagcaagaca tatcttagtt      120

gaagatgaaa aaacagcaaa cgacatcatc gctcaactta aaaatttaaa aggcgaggcg      180

ctaactaaga aatttgcaga gctagcaagc caaaaatcaa tcgacaaagg ctcagcagca      240

cacggcggcg agcttggctg gtttggtcaa agccaaatgg taaaaccttt tgcagacgca      300

gcattttcaa tggctaatgg cacagtttca actaagccag ttaaaactca gtttggctac      360

cacgttatct taaaagaaga tggcaaagct gctggcactg taagctttga acaagcaaaa      420

ccagagatcg agcaagctgt aaaaatggag aaattccaag ctgctgttag acaaaaaagt      480

gaagctctac gccaaaaagc aaagatagaa tacaaataa                             519


<210>  2347
<211>  366
<212>  DNA
<213>  Campylobacter sp. 10_1_96

<400>  2347
gtgaagattt tggttgtaga tgacagctca acaatgagaa ggatcataaa aaatactttg       60

caaaggttag gacatcaaga aattctcgag gctgagcacg ggcttgaagc ttggaatatc      120

ttgacacaaa acgagggtat tgaggttctt attactgact ggaacatgcc tgagatgaat      180

ggtcttgagc ttgttaaaaa ggtaagagct gagcaaaaat atgttgatat gcctatcata      240

atggtaacaa cagagggcgg aaaagccgag gttataacag ctttaaaagc aggtgttaat      300

aactacatcg ttaaaccttt tacgccacaa gttttaaaag agaagcttga agacgttctt      360

ggttaa                                                                 366


<210>  2348
<211>  786
<212>  DNA
<213>  Campylobacter sp. 10_1_97

<400>  2348
atggtgtttg agaatttctt aaacttttta aacggcaaaa tggatgtagc caacgacttt       60

ttatatggat attttttggt tatcatcctt gtagcttcag gaatttactt tagctacctt      120

acccgttttg tgcagtttag gatgttcttt gaagcttgca gagttctggt agagaaaaag      180

gataagtata acaagcacca tctaacgccg tttcaagcgc tgatgatctc gactgcttcg      240

cgcgttggca tcggcaacat cgctggaatt tcagctgcca tcgtcgcagg tggtccagga      300

gcactttttt ggatgtgttt gatggcattt ttaggctcag cttcagcctt tatcgagagc      360

actttggctc aaatttataa gacaaaagat gtctttggct ttaaaggcgg accggcttat      420

tacatcaaaa acgggcttgg cataaagtgg cttggctctt tgtttgccat catccttatc      480

atcacctatg cttatggctt taacgggctt caaagctaca ctatgacctc tgcttttgaa      540

atttactacg acaaagcagg cagcaacatc acctttgcgc aaagcggctt gcctattggc      600

atcggactta tccttacagc atttacggct gtgatgtttt ttagcaagag ccacatcatc      660

ggcaaagtta gctcatatat cgtgcctttc atggcgctta cttacatctt gctagctatc      720

atcgcgatcg ttttaaattt caaagaaatt ccagccgtca tcaagatgat catagaaagt      780

gcttat                                                                 786


<210>  2349
<211>  495
<212>  DNA
<213>  Campylobacter sp. 10_1_98

<400>  2349
atgaagggtg ttattagtca agttatgggc cctgtggtcg atgttgactt taatgactac       60

ttgccgaaga tcaatgaagc tatcgaagtt ttctttgagg ttgagggcaa gaaacataaa      120

ctaatattag aagttgctgc tcacctaggt gataatagag ttagaacgat cgctatggat      180

atgagtgagg gtctgactcg tggcttagag gctaaagcgc ttggtgcacc tataagtgtg      240

ccagttggcg aaaaagtttt gggtagaatt tttaacgtag ttggcgattt gatcgacgag      300

ggcgagggta taaattttga taagcactgg tctatccacc gcgatcctcc tccatttgaa      360

gagcaaagta caaagagtga aatttttgaa actggtatca aggtagttga tcttctagct      420

ccttatgcaa agggtggtaa agttggtcta tttggtggtg ctggtgttgg taaaacagtt      480

attattatgg agctt                                                       495


<210>  2350
<211>  510
<212>  DNA
<213>  Campylobacter sp. 10_1_99

<400>  2350
aataacaacc taactgagcc agtatttgac aaagataccg cttctatcct tccaaaaggt       60

atcactccag atgtcatcta cgcaaccgtt ggtcacttaa gaactaagat gggctacgtc      120

gatgcatggc tacttcgtgg tacttactac gttgagggcg gtttgctaag agatggcaca      180

ggtcagatcg tagctggcgg taaccaatgg caaagaacat gggcgttaaa tttagacgac      240

gcaactgtta aaaagataaa agagcttgtc ccagaatttc ctggcacgct tgaagagtat      300

ggcgataatg gcggatatgt tagaggtctt gcctcatacg ccgcaaaaca taaaaagtcg      360

atgtttttcc aagcaaactc atcatattgt gaggtttgcc acccagttaa atttgacttt      420

aagtcaaaag cagaatttta cgcagcactt ggtaatgcta aagagcttca aaaacacact      480

atctcaaaag gcgtaagctg tgaggagtgc                                       510


<210>  2351
<211>  1257
<212>  DNA
<213>  Veillonella dispar ATCC 17748

<400>  2351
atgaatacaa aaacagttcc gtttacagct gaacaattag aaaatattat tgcccaatat       60

ccaacaccat ttcatattta cgatgaagaa ggtatcattg aaaatatgaa atctttcgtc      120

gatgcatttt cttggaataa agggtttaaa caatattttg ctgtaaaagc gactccaaat      180

ccatatatta tgcgtgtgtt acaaaaactt ggggtaggtg cggattgctc ttccttggca      240

gagttgatgc tatgcgaaaa agtgggcatt acaggtcatg acattatgtt cacatctaat      300

gacacaccat atgtagaata taaaaaagca ctagaaatgg gtgctattat caacctagat      360

gatattactc atattgaata tttagaaaaa aatcatggtt ctttgcctga tacgttctgc      420

gttcgttata acccaggctc cttaaaagaa gggggcaata caattattgg ccttcctgaa      480

gaagctaaat acggtatgac tcgtgaacaa atttttgaag cctacaaaca actacaagca      540

aaaggtgtaa aacactttgg tatccataca atggttgttt ctaatgaact tgatatcgat      600

ggcttagttg gcacggctga actttgcttt aatcttgccg tagatattaa aaatgagctt      660

ggcatcaatg ttgagtttat cgatcttggt ggtggcgtag gtgttgctta taaaccagaa      720

caaacacctg tagatttcaa agcgcttagc aagggtgtag aagaggctta caatagaatt      780

ctcgtagcta atggtcttgg tgatgtagca ttagcttatg aatgtggtcg tatggttaca      840

ggtccatttg gttatctagt ttctacagcg attcataaaa aagatattta tcgtcattac      900

attggtcttg attcttgcat ggcaaatctt atgcgtccag cattatatgg ttcttatcac      960

catattactg taatgggtaa agaaaatgag cctaaggacc atgtatatga tgtaacaggc     1020

tccttatgtg aaaataacga taagtttgct atccaacgtg aattgccaaa aattgatatt     1080

ggcgatcgta tcatcattca tgatgctggt gcacatggtc attccatggg ctttaactat     1140

aatggtaaat tgcgttctgc tgagttgtta ttacataaag atggctctgt tacacaaatt     1200

cgtcgtgctg aaacatatga tgatttgttt ggcactctcg atttctccaa cctataa        1257


<210>  2352
<211>  594
<212>  DNA
<213>  Veillonella dispar ATCC 17749

<400>  2352
gtggcagaaa caattgaaac gagaccattt ccaccgttct taccaaagaa tacgacggtg       60

atgatgatgg ggacattccc accaacttcc gaaaagcggt ctatggaatt tcattatcct      120

aactttcaaa atgacatgtg gcgcgtgtat ggcttagtat tctttgacga taaggaacac      180

tttagaaaag gggaggaaaa agcctttgat gcggataaga ttaaagcgtt cttatctgaa      240

gtggggattg cttcttgtcc tactgtatta aaagctatac gcgaaaaggg gaatgcatca      300

gatgcatttc ttaaggttgt tgaacctgta ccgttggcag aggtattgga ccaaattcca      360

gactgtaaac acattggtac cacaggtggt aaggccacag aaattttgtt gagcctttta      420

ccagaaaagg ttaaattacc taaaacaggg gagacaattc cttttgtgtt taatggtcgc      480

gaattgacgt taacaagatt accatctaca tctcgtgcgt atccgttgag ccttgctaaa      540

aaagctgaag cttataaaaa cttctttaag gcgtgtggat taaaaacgaa ataa            594


<210>  2353
<211>  999
<212>  DNA
<213>  Veillonella dispar ATCC 17750

<400>  2353
atgcttgagt ctcattattt agtatggcta gtagtatttt tagcattagc tttcgactat       60

atcaatggct tccacgatac ggcgaatgcc attgccacat ctgtttcgac ccgtgctatt      120

gagcctaaaa aggctattat gatgacggca gcactcaatt tcttaggggc catggttagt      180

acaggggttg caaagacaat cggtggcgac atcgtaatgt ctgcatctct tatcaatagt      240

ggaatcattt cagcagctct tattggtgcc atcacatgga acttgcttac ctggtattgg      300

gggattccta gttcctcctc tcatgctctt atcggcggta tcatcggtgc tgtaggctgg      360

tccgtaggct ttgatgcctt aaatgaggca ggtattttaa aaattttctt atcccttatt      420

ttatctccaa ttgtagccat gattggtggc tatattgtga tgaaagtatt gttgcttatc      480

tttggtagat tctctccaat tacgttgaat gatagattta gatccatgca agttgtatct      540

gccatcatga tggccttctc acatggctct aatgatgcgc aaaaggcgat ggggattatt      600

accttaacat tgcttagtgg tggcttcatt gatacattgg atgtaccatt atgggttaaa      660

ctttgttgtg ctacggctat ggccatgggt acagcagtgg gtggttggaa aatcatctct      720

actatgggga ctaagatttt caaactagaa acgattaatg gttttgctgc tgacttaaac      780

tctgctatca ctatttttac agcaacattc ttacatttac ctgtaagtac gacacacgtt      840

gtaagtggtt ccttgcttgg cgtaggttcc tctaaacgtc ttaaagctgt taactggggc      900

gtagcaagat cgatggtgtt ggcttggttt gtaacaattc cattatctgg tattgtagcg      960

gctattgctt atgaaatcgg tcacttacta tttggttaa                             999


<210>  2354
<211>  342
<212>  DNA
<213>  Veillonella dispar ATCC 17751

<400>  2354
attaatagag agggaatata tatggacaag tttattccaa cacctaccat cagtgaaata       60

ttgaaagaag agtttatgga gccattagga ctatctgcat atcgattagc taaagatata      120

catgtgcctg tttcgcgtat tcaggaaatc ttgaatggga cacgagctat ttcagcagac      180

acctctctac gtttagctaa atactttggt gtttctgaag gatatttctt gcggttgcag      240

atggatgttg atttacgtac cgcaaagcat agtgcaggga tggaggaagt attaagctct      300

attgatcatt gtaatgcatt agaacctgta gactgtcaat ga                         342


<210>  2355
<211>  567
<212>  DNA
<213>  Veillonella dispar ATCC 17752

<400>  2355
atgaaaggga ctcattatgt tatagcactg atcgtgtatt tagcatccat tgtattgcct       60

attatacttt catcacgagc aatatccttt attcacgttg ctttgtatgc tgtattttca      120

ctcatcatca tagcaggtgc taccatcgat atgcattact atatattgcc tgatgaaggg      180

gcgttagtgc ttgttttagg tggtatagtg tatagcctta taaatgataa gtctatgctt      240

ataacgatta taagtgttat gagtgtaggt gctattacat atggacttcg tcttatgagt      300

cataaaggct ttggactagg cgatgtgaaa tggttttctg ctattgccat gtggcttacg      360

ccgtgggaga ttgtatgctt cttttacgta gccttttgtg ttggttctct ctatctctta      420

ctaacaagct atcgtaatcg atacattcca tttggtccct ttctatgctt tggtggttgg      480

tgtgccttac atggcggatc ctatatggag gtgttgtacc aatggttaag gcacaaccta      540

tacatcatca atacggttct ttgttag                                          567


<210>  2356
<211>  714
<212>  DNA
<213>  Veillonella dispar ATCC 17753

<400>  2356
ggtgataagg gcaaaagtgt tacagcggtt caacaacaac taattaaaca cggttataat       60

gctacagata aaaatggtgt atatggtaaa gaaacgaaat gggcagttcg tctgttccaa      120

caagatcgtg gtttaccagt ggacggtatc gtaggtcctg ctacgtataa tgcattgatg      180

agcgctcctc gttctacgaa ggcagtattg actcaaaatg cggcgactaa agcagtggcg      240

acgaaatccg ctttcacaaa cagcaatgcg acgtctcgtc gtatcgcagg tcaatccatt      300

actggcaaaa atattaaatt aaataatatt acgaaaagcg aaacaccaaa tagcatccat      360

gctatcttgg cagaagcgga caaataccgc ggtgtaccat atgtatttgg tggtacgact      420

ccaagtggtt ttgactgctc tggttatgtt aaatatgtat ttgcgaaaca aggtatctct      480

ttaccacgtt tggcagatga acaatataac gtaggtgttg aagtttctcg tgcgaacttg      540

aaagccgggg atttggtatt ctttgaaaca tatgaaccag gtccgtctca ctccggtatt      600

tatattggtg atggcaagtt catcagcgcc acttccagtc gtggtgtagc agtagcagat      660

cttgatactg gctattgggg tgaacgctat atcggcgcaa aacgcgttat atag            714


<210>  2357
<211>  363
<212>  DNA
<213>  Veillonella dispar ATCC 17754

<400>  2357
atgaaaaata aagaagaaat taaagaaatc gtattacaat tagcacaagc tgctttcgat       60

aaaaaaggta aagatattga aatcctcgat ttagaaggtg tatctatgtt aggtgattac      120

ttcctaattg ctagtgcgaa caatatcaag caatctcaaa gtattgctga tgaaatggaa      180

gataaagcag cagaattggg catgacagtc aaccacagag aaggttaccg tgaaggggaa      240

tggattttac ttgattttgg cgatgttatt tgtcatgtct ttggtggtga tgaattgcgc      300

gaattctacg gtttagaaga attgtggaat gatgcagttc gagttccatt tgaaggagta      360

taa                                                                    363


<210>  2358
<211>  408
<212>  DNA
<213>  Veillonella dispar ATCC 17755

<400>  2358
atgaacatag gagcccataa tgcagggttt attacatatg tagccttatt tacaatgtcc       60

tttttattag tattggcctt tatgggactg cgtattggtc aaatttgtga aagtaatgca      120

gtagatgaat tgcatttaga agaggctcat tatgcagcgc aaagtggagc gcattggttt      180

gtaggctact gtaaagctgg taatacttgg gactttcagg aaaagctaat tgtagctgat      240

gatgcggatg tagaaattac tattgaggcc gatccatccc gtgagaatcc tcgtcacgtt      300

atgagttatg gaaaattgaa acatcaggaa atagtaagtc gtgtacatat gtatgtgaca      360

gtagatacag atcatactat gcatgttatg aagataaaac catattga                   408


<210>  2359
<211>  615
<212>  DNA
<213>  Veillonella dispar ATCC 17756

<400>  2359
atggtagaga aacgtcgtat aggtatcata ggtggaacat ttaatcctat ccatttaggg       60

catctaatga ttgctgaggt ggcttgtgaa agttttaacc ttgagaaggt tattttcgtg      120

ccagcacgga taccacctca taagcaacat gatgtaatag atagtcatca tcgatatgct      180

atgacagcag cagccgtgtc agataatcca aattttgaaa tttctgatgt agagatgagt      240

cgtgaaggcc cttcgtatac agttgatacg attcaacatt ttaagatgct ctatggacca      300

aatgttgaat tttactttat agcgggaacg gatacaattc gtgcgttgcc aacgtggaaa      360

tttattgagg aattattaga tgaggtccac tttattggtg ctacaagacc tgatggatct      420

agtgcaattg atgaaacatt agatatttta ggaccaaaag cacgagaaaa aatacatctt      480

atggaggttc ctgagatgaa attatctgct acgtatttac gagagcggtt acgttccgga      540

aaaactgttc ggtacatgtt gcctaaatgt gtagtggagt atatagaaga aaaccatatt      600

tatgggaagg aataa                                                       615


<210>  2360
<211>  1452
<212>  DNA
<213>  Veillonella dispar ATCC 17757

<400>  2360
atatgggtgg aacaaattat tgatttaaaa gaggtcggta gagtcctcgt taaacggcgc       60

cgtaaaatta ttaatgtaac ggttgcttgt attgtgttag gtggtgcata tagcctgtta      120

gcaccatcta cctatcaatc tacatctatg ttgcgcatta aacaatctca aggtttaagt      180

aattctgtat tatcaagtgc taatggttat tctgattcta tggcacgtca attgatgaat      240

acagatgcag aaatcttaaa gagtcgtaat gttgtagaac ctgttatttc cgcgattgaa      300

gatccagagg gaacaggtaa tgcacctaca tacgaagagt ttgttaaaac gcgtatagaa      360

acaaaaccat ataaggaaac tgaattatta caagttagtg tcacaggtaa aagtccagaa      420

caagctcaag aggcaaatca attattaatt gatacattct tgaatcgctt ggcggatatt      480

tcacatgttg agcaacggac gacacgtgag ttcttacaaa aacgcgtagt aactgcaaaa      540

gaagaattgg agcaagcaga aaagaaattg caacaattcc aagtggataa caaggtttac      600

tccaccgcag atcaaatgaa gggcttaacg gataagatta cccttatcga tcgtgagaaa      660

gctcaaaatc aacttgattt agaaacagcg caagcagcat tgggcagtat taatgagcaa      720

ttgggttctg cgggcaaaag tattgctgac agtgctaccg ttcaggctta taaagggcaa      780

ctagccgatt tagaatctcg tagggcttcc tatgttggca aatatacgga tgagcatcca      840

gcgatgaaag aacttaacca acaaattgaa gaagcaaaaa gtggcttaaa tgctgagatt      900

aatgctattg caactcaaca agcaccatct agcaattctg ctcaacaagg tttgttggcc      960

gataaattca gaaatgaagc ggctttagcc gtagcacaag gcaaagagtc tacattagct     1020

gaacttgata aagaaaacga agaggctatg aaaaacttac cagaaaaaga acgtggttat     1080

attcaagcca aacgtgatgt agatgtagca caagatattt acgaaatgct atcaaaacgc     1140

ttagaagaag ctaaggtagc agaagtaatg gtgccaaatg aagtgcaaat cgtagatgcc     1200

cctacattgc cagaaaaagc tattgctcct cgtaaagtac ttattttatt aggctctgca     1260

attttaggac ttattcttgg ttgcctttac acattgggtc agttcttctg taatcgcaag     1320

gttcaatccg tacaagaaat caatgagatt cttggtattg aaaacttagg tgtcattcca     1380

aatcatgaag aaaaggaata tgaagaacct agtaatcgta tcgtagcatt atggcgcaaa     1440

gtgagaggtt aa                                                         1452


<210>  2361
<211>  978
<212>  DNA
<213>  Veillonella dispar ATCC 17758

<400>  2361
atggcacata ttcaactcat ttatggcgat gagccacaat taattgaaga agaaaaacgt       60

aaatttttaa gtgcctatcc tgaccttcca gtaactgtat tagatgatga agctgggcca      120

cagaaaataa gtgaaaagct atgtgaagat tcgctctttg gcgatcaaaa ggtattttgt      180

ttagtgaatt tacctattat tcgtaaaagc ggtaaaaata gcgatgcttg ggttccatta      240

tatgaactca ttatggaata taatgggaat aatcccatcc ttttgattta tcatgatatg      300

attgataaac gcatcaagca gaataaagcg attttagata aaattcccaa tcatcaatgt      360

aagcgccttg aaggggcaga ccttgtgatg tggatacgtc agtattgcac ttctaatggt      420

tttaaaatga cacctgatgc acaggaatat gtagctcatc tcatcgattt gtggcaagat      480

gtaccggttt cttttatgag aaccgaattt gaccggtatt ttctacaaat tacaggtgat      540

aaagtcatta ctaaagagtt tctcgaagaa aatggtagcg attatggggc taaaaacatt      600

ttcaccttta aagaggctct gttaaaacga gatattgata cattgcttga actatttccg      660

tttatgttcg gctataaaga attagaccgt gctatgagct atattgaggg gcaattacgt      720

ttacagttac tagttagtga atgtcgccaa gcgggaatgt ctgttcaagc tatacaaaac      780

ctatgtaagg attatgattc gtcatttaaa ccatatccaa ttaagctagc ttatgaggcg      840

agttccagaa tttcaattaa ggcgctacga gctttattaa aagggctcta tgagattatt      900

ttggatagcc gtagtagcag gggcgatatt tggcgattta gagatttatg tattacctat      960

tgtgggtata agggataa                                                    978


<210>  2362
<211>  1926
<212>  DNA
<213>  Veillonella dispar ATCC 17759

<400>  2362
agagtgcttg aaggcctcta taaacgaaga aaaacgagtc gctttgatgt gctcttttac       60

attgtagcgg gcatatttat agtattggca ttgcgtttat ttatgctaca aatcttggct      120

ggcggttatt atcaagctaa ggcggagggt aaccgtctac gcatggtacc gatgactgca      180

gcacggggca ttatgtatga tcgcaatggt caaattcttg taggctctag acctgcttat      240

acaatatcta tcatgcctac agggaaggct ttggatgatg gtgaagtggc taaattagca      300

gctttattga aaatgaagcc tgaagatatt aaaaagaagg ttaatgatca caagtatggc      360

tatgagccaa tacgtatcgc taacgatatt tcaatggacg tagtaacaac cattgaagag      420

catcgacatg aattaccggg ggtaacgatt gatgttgagc cacttcgata ctatccatat      480

gaaacgatgg cttctcaact atttggttat gttggtgaag taagcgaaga ggaattagaa      540

gagctgaaac agcaagatcc taatacactg gtaagtggtg gtaccatttt aggtcgttct      600

ggccttgaga aattatatga ttctatcttg cgtggcactg atggtggtaa gcaagttgaa      660

gtagatgcta caggtcgtcc tgtagccgag gtagatagaa agcatacggt accaggctct      720

aatattcatt taaccattga tgtaaacctt caaaaggctg cagaagaggc tgttaagaac      780

cagcttaatc agttgcgtgc tcaaggtatt ccagcacaag gggccgcagt ggtagcaatg      840

gatcctaata caggagctat tttagctatg gttagcgctc ctgaattcaa tccaaactgg      900

tttgcgaaag gcattacaac ggctcaatgg aatcagttaa acaatgataa aaatcatcca      960

tttgataata aggttatttc tggtgaatat cctccaggtt caccgtttaa gattattact     1020

ggtacggccg cattagacct taaaaaggtt actcctgaag agatgatctt tgatagtggt     1080

aagcactggt tgatcgataa acgaaatgcg gaaggtgaag cattaggttg gcttaatttt     1140

aataaagcac ttgctaagtc tgacaatgtt tacttctatg aaatgggtaa tcgtgtaggc     1200

atagaaaatc tcgataaata tgctgcgtat tttggcatag gtgaaaagac tggtattaat     1260

ttaccgggtg aggccgctgg cattatggca agccctgagt ataaacgaaa agtatatgat     1320

gaagattggt acttagggga aacctttgat gccgcaattg gtcaatcttt cacattggtt     1380

acgccattac aaatggccgt aatgctcagt gaagtggcta atggaggtat taaatataga     1440

ccatatgtgg taagccgcat cgataataaa gatggcacgc caaaagaaat ttttggacct     1500

gataaattag ggattctacc agttcctaaa aatattatgg atctcattcg agaaggcttg     1560

cgtgatgtaa cgaatgaggg tggtacagca ggggatttat ttaaaggctt ccctataaat     1620

gtagctggta aaactggtac tgcggaaaac gcacatggcc gagatcatgg ctggttcgta     1680

gcctatgcac catatgataa accgcaaatt gttgtggttg cactcgttga acaaggtagc     1740

tttggtgccg gttctgcagg cccaatcgta cgagatgtgt tagcggcata tttcaatgta     1800

ccattgaata aaaaaacgaa tgatacaaat actaaaagta ataaagatgc tgccactgta     1860

ggcaatacga cgaatggtca aaaaccggag aaggcagtaa ctagtgggca accaagaaag     1920

gattag                                                                1926


<210>  2363
<211>  1032
<212>  DNA
<213>  Veillonella dispar ATCC 17760

<400>  2363
atggatactc aaattattac aaatccatca gaacaagaac tagatatgct tgccagtgca       60

ttgcgtaatg gtgaattggt gtccattccc acagaaactg tatatggact cggtgctaat      120

ggacttgatc cagaggcgat ggataaaatc tatgctgcca aaggtcgtcc ttcagataat      180

ccattgattt tacatgttcc taatagtgaa agtataaaac ctttggtaac agaggtttca      240

aatacagcac aactattaat ggatacgttt tggccagggc cattaacgat tacattgcct      300

aaatctgatt tagtgccaga tcgtgctact ggtggattac ctcgcgtggc attgcgttgc      360

cctgatcata aggtatgccg tgcattatta gaacgcgctg gtgtacctgt agcggctcct      420

agtgcaaata tatctggtcg tccaagtcct acaacggcac aagatgttta ccatgatatg      480

aatggccgta tttcttatat tttagatgct ggtccatgta cgattggtgt agaatctact      540

gtagtggaag tgcatgatga taagatcatt atattgagac ccggtgggat tacaaaagct      600

cagcttgaaa atgttgtgtc tactgttgag tatgatactg cgctagttaa tgctgccact      660

aagcctaagg ctcctggtat gaagtatacg cactatgcgc ctgatgcacc tatgacagtt      720

gttgtaggtg atccagaggt tatagcatct acgtttaagg agctttcaga aggtatagaa      780

ggtcctatcg gttgtttggt cagtcatgaa acatacgacc tgattaaaga cgatacgcgc      840

tttatgtgcc attgttttgg acatcatggt gatgccttat cattaggcca tgacttttac      900

aaaagcctat tacattttaa tgaaaatcat gttaccttaa tcttagcaga aggtgttaat      960

gatgatggtt ttggcgttgc tattatgaat cgtatggaaa aggcatctag tcaccatatc     1020

atttataagt aa                                                         1032


<210>  2364
<211>  1419
<212>  DNA
<213>  Veillonella dispar ATCC 17761

<400>  2364
atgtcctcaa aacagaaaac taatgatcct caccgagatc tagacaccat gtctggggca       60

gctaccgatt tatttaatcg gctgcccctc acttttaaaa ttatgtcttg gtataccatc      120

tttttgctca tcattttgat ggttgcctct gcctggattt atgcatatac gcacgagtcc      180

gataacaaag aagtacgtga gcgcttgcag cagcaagcaa tgatcatggc tacggatatt      240

cgcaaattta aaccgtacca agataataca ttcttctttg tttccaccca agacggctat      300

attattaaag gcgccttacc agacggcttc ccaaaccaaa cagtcctttc cttaggacag      360

gttggagaaa ttgctgtagg tgacgacacc ttctattact acgatacgcc ggttaacgaa      420

ccaaactatc gtggtatttt gcgtgctgtt acaaaggtaa aaacagcctc taaaaagact      480

gaaaatctat tatatagttt attattaggt gatgttatct tcttgttgat ttcatcacta      540

ggtggttatc tattcatcaa aaaaggcctc aagccggtcc gaaccttgac gaaaacagct      600

aaggttatcg gcaagaacaa tgacttgagc cgccgtattg atattccatc ccgcacagcg      660

cgagatgaaa tctacgagct taccaccaca ttcaaccgca tgatttcagg tctggaagac      720

tcctctaatc gggagaaaca gtttagttct gacgtatctc acgagttgcg tacaccaatt      780

gctgttatta aagcagaaag tgaatttgct ttaaaatacg gccgtacaga agacgatttg      840

cgagaaggct taacacatat cttagaacaa gccaagttta tgactaacct cgtaagtcaa      900

ttgctcgatg tagcgcgcct agagaacgct cacgaactca acttagcacc tgtagatgta      960

tcgttgatgt taaccaatat ggttcatgac tatacacgac tcgttgcaga gaatacagaa     1020

aaaaagattt ctatcacatc caatattcaa ccgcatatga gtatcgttgc ccatgaggta     1080

tccttacgtc gtgccattac aaacttggtg gacaatgcta tcaagtttac gaattccacc     1140

atcgacattt cagccaagct tgccggcggt gaactcatta ttacagtaac agataacggc     1200

atcggtatcg agccagaaaa ccttgagcat atttgggatc gcatgtacca aacagagcaa     1260

tctcgaaaca agaaatcaaa tcacggtatt ggacttggct tatactttgt aaataaggta     1320

attaacttgc accatggcac agtaacagcc gcaagcgagc cacaagtaag aactacattt     1380

acagtacgat tgccgtacaa cagaacagaa gaatcataa                            1419


<210>  2365
<211>  456
<212>  DNA
<213>  Veillonella dispar ATCC 17762

<400>  2365
atgaaaatcc aagaagtaat gaataaatac cctgttactg ttggcaaaga tgcgccgatt       60

tctgatgtag ctgatttgtt ggtaaaatat aatttaacag ctgtttccgt agtggatgac      120

aacaataaat tattaggtat tatttctgaa ggcgatttgc tttacaaaaa agtacgtcct      180

catgtacctc actatgtaaa tgtattaggt gctagtatct attacaatgg cattggcgaa      240

tataatgctc aatttaaaaa attgttagca tctcatgttc atgagttgat gactgaagaa      300

gtaattacaa ctacaccgga taaagatgta gaagaaattg tatctgttat gcttgatcaa      360

catttaaaga atgttcctgt agtagacaag gattaccatt tgattggtat cttatctcgc      420

cgtgacatca tcaaattgat cgctaaagat aactaa                                456


<210>  2366
<211>  465
<212>  DNA
<213>  Veillonella dispar ATCC 17763

<400>  2366
atggagtttt tagtatggat ggctataggg attgccctaa tggctgtaga acttgttgtt       60

ccaggtggta ttttgggact catcggttat tgtacattcc tttggggtgt gtatgtagcc      120

cttggagaag gtacggtggc gctatatgcc gtactaggat taacagcctt gttgattgtc      180

cttatcatcg tgttctttaa tcactttgaa aagacttgga taggcaaatt gtttacctta      240

gggcaacgat ctacgacaaa agctggttat gtatctaatg atgtattaga tgacttagtc      300

ggtaaagaag gcgtagctca tactacacta cgccctgcag gtattgctaa aattgatggt      360

aatttggtgg atgttgtgac cgaaggggac ttcatcgatg ccggttcacc tattgtggtg      420

cttcgtgttg tgggcggccg caatatagtt agaaagcgcg attaa                      465


<210>  2367
<211>  570
<212>  DNA
<213>  Veillonella dispar ATCC 17764

<400>  2367
atgaaagtta aattgaagcc ctatatgata attgtattaa tcctatgtat tttagtagga       60

atttatttcc tatggcctat tataacagat gaaagcgatt ctgtcctagc tgaagggggt      120

atagatggaa attcttctat atctactgta gaacaacagc ctaataaacc aatcgcttat      180

ataacaggtg cagtcgcttc acctggttta tatgagcttg aaagctcagc tactgtaggt      240

gatattgtta agctagcagg aggactatta ccctatgcag atgtagagtc ggtaaatatg      300

gctaagccag ttactgcagg tgatcatatc catgtagtat ttaactttca cggtaatcct      360

gaagtgttat tgcgtggtaa taagataaac ataaactctg ccactgcaaa agaattagac      420

tctctgccag gtataggccc tgccatggct aaaaggattg aagaatatcg ttcacaaaaa      480

ggccccttta cttccgttga aggtatcaag ggggtgaagg gcattggtga cggcgtattt      540

aagaaaatta aagacaaaat tacaatttaa                                       570


<210>  2368
<211>  1119
<212>  DNA
<213>  Veillonella dispar ATCC 17765

<400>  2368
cctgtagctg aggtagatag aaagcataca gtaccaggat ctaatattca tttaaccatt       60

gatgtaaacc ttcaaaaggc tgctgaagag gctgttaaga accagcttaa tcagttgcgt      120

gctcaaggta ttccggcaca aggggcagca gtggtggcta tggatcctaa tacaggggct      180

attttagcta tggtcagcgc tcctgaattc aatccaaact ggtttgcgaa aggcattaca      240

acggctcaat ggaatcagtt aaacaatgat aaaaatcatc catttgataa taaggttatt      300

tctggtgaat atcctccagg ttcaccgttt aagattatta ctggtacggc cgcattagac      360

cttaaaaagg ttactcctga agagatgatc tttgatagtg gtaagcactg gttgatcgat      420

aaacgaaatg cggaaggtga agcattaggt tggcttaatt ttaataaagc acttgctaag      480

tctgacaatg tttacttcta tgaaatgggt aatcgtgtag gcatagaaaa tctcgataaa      540

tatgctgcgt attttggcat tggtgaaaag actggtatta atttaccggg tgaggccgct      600

ggcattatgg caagccctga gtataaacga aaagtatatg atgaagattg gtacttaggg      660

gaaacctttg atgctgcaat tggtcaatct ttcacattgg ttacgccatt acaaatggct      720

gtaatgctca gtgaagtggc taatggaggc attaaatata gaccgtatgt ggttagccgc      780

attgataata aagatggcac tccaaaagaa atttttggac ctgataaatt agggatttta      840

ccagttccta aaaatattat ggatcttatt cgagaaggct tgcgtgatgt aacgaatgag      900

ggcggtaccg caggggattt attcaaaggc ttcccaatta atgtagcggg taagactggt      960

actgcggaaa atgcacatgg ccgagatcat ggctggtttg tagcttatgc accatatgat     1020

aaaccgcaaa ttgttgtggt tgcactggtt gaacaaggta gctttggtgc aggttctgca     1080

ggccaggttc tgcaggccca atcgtacgag atgtgttag                            1119


<210>  2369
<211>  1122
<212>  DNA
<213>  Veillonella dispar ATCC 17766

<400>  2369
atgtccaaac aattagcacc atttcatttt gatatcgtag gttctttcct acgcccagca       60

gaattaaaag aagctcgtga agcttttaca aaaggaaata ttacaagaga agagctaaca      120

gctgttgaag atcgtcttat tacagacctc attcaaaaac aaaaagctgc aggtcttcct      180

gttattactg atggtgaatt ccgccgtgca tactggcact tagatttcat gtggggattc      240

aatggagtaa aagaaattga acttgaacac ggttacaaat tcgttggtca agaaacagcg      300

ccaggctccc tcgcccttac tggtaaaatt acaggtacta accatccatt tgtagaacat      360

ttcaaatttg taaaacaatt tgaagatgaa catactacag ctcgtcaaac aattcctgct      420

ccatcccaat tcttagctga attattccgc gaggataatg gtattacaac acgctccttc      480

taccctgatt tagaagaatt aattcaagac attgctgctg cataccgtca agtaattaaa      540

gacctctatg aagcaggttg ccgcaacatc caatttgatg attgcacttg gggtatgtgc      600

tgtgaccacg cttactggac tggtcgccaa aaagataaaa acgttactat tgaaggcgaa      660

acagctaagt acctacgctt aaacaacttg gcactcgaag ggcgacctca tgacttggcg      720

ttcacaaccc atgtatgccg tggtaattac aactctactt gggctgctag tggtggttat      780

gaaccagttg caccaattct attcgcaaaa gaaaatgtag atgcatacta tctagaattt      840

gatgatgacc gctctggtgg ctttgaacca ttgcgtgaag tgtctcctaa taaaaaggtc      900

gtattaggtc ttattacatc taaacgccca gaattagagg ataaagaagt tatcaaagaa      960

cgtatcaaag aagctacaaa atatattcct cttgaaagac tttgcctatc ccctcaatgt     1020

ggcttcgcat cttgtgaaat cggcaaccaa ttgaccgaag agcaacaatg ggctaaactt     1080

gcattagtta aagaaatagc tcatgaagtt tggggtgatt aa                        1122


<210>  2370
<211>  1596
<212>  DNA
<213>  Veillonella dispar ATCC 17767

<400>  2370
atgacatttt tagaagaagt gcaacgtcgg cgtacgtttg ctatcatatc tcacccggat       60

gcgggtaaaa ctacattaac agaaaaacta cttttatacg gtggtgccat tcacttagcg      120

gggtccgtta agtctcgtaa aacagcaaaa cacgccgtat ctgactggat ggaaatcgaa      180

aaacaacgtg gtatctccgt aacgagttcc gtattacaat ttgactacga tggctgtcgt      240

gtcaacattc ttgatactcc tggtcaccaa gacttctctg aagatacata ccgtacattg      300

atggctgccg atagcgctgt catgcttatc gacgttgcaa aaggtgtcga agcacaaacg      360

aaaaaactat ttgccgtatc taaagaacgc ggtattccta tctttacctt tgtaaataaa      420

attgaccatt tcggtcgcag cccatttgac ttgatggaag aaatcgaaaa cgttcttggc      480

attcgtacat gccctatgaa ctggccaatt ggtatcaacg gtgaatacaa aggcgtatac      540

gatagagaac acgaaactat cgagctcttc gcaaaagacg aaacacatgg tcaagaaaag      600

ctagcctctg aaaaaggtgc tttgactgat cctcgtatga aagaattatt aggtgacgat      660

gtatatcaag cattgcttga tgatatcgaa ttattagacg ttgctggcga tccattcgat      720

tttgataaag ttcgtgcagg cgaattaacg ccaatgttct tcggttctgc tatgactaac      780

tttggggtaa aaccattctt agaaaaattc ttagaactag ctccatcccc tgctccacga      840

caagccgtgg aagaaatggt gcaacctacg agcgaagact tctccgcttt agtatttaaa      900

attcaagcga atatggaccc taatcaccat gaccgcatcg tatttatgcg tatctgctct      960

ggtaaattcg aaaagggtat gtccgtattg catcgccaat ctaacaaaac gattcgcttg     1020

tctcagcctc aacaattctt ggctaccgaa cgtaccatcg tagaagatgc atatcccggt     1080

gatattatcg gtgtcttcga tgctggcaca atgggcgtag gtgatacact atgtgcacaa     1140

aaacacaagg taacatttgg tgacttccct gtgttcccac cagaattctt cgcccgcgta     1200

tctccaaaag atactatgaa gcgtaagcaa ttccaaaaag gcatgacaca attggctcaa     1260

gaaggtgcag ttcaaatctt tgaacaacca ggtgccctcg actccttcgt agttggtgcc     1320

gtaggtatgc ttcaatttga agttttagaa taccgtttaa aaaatgaata tggtgttgat     1380

ttattaaata atacattgcc atacagtgtt gcccgttgga ttgatggtga agtagatatt     1440

gcgtctttaa aaggtgtaga taatgcgatg attgttaagg ataatcgcga tcgtactgta     1500

gtgcttatct ccaatgaatg gcaaatgggt tgggttcaag agcgtaatcc tgatgttaca     1560

ttcttaacaa ccccaaaact tcatcacgaa ctatag                               1596


<210>  2371
<211>  840
<212>  DNA
<213>  Veillonella dispar ATCC 17768

<400>  2371
atgagtaagc cacaacaaac aattaaacag gctgtttcat atcaagggat tggccttcat       60

agcggtgaac cagtaaatat ggtttttaaa cctgcacctg aaaatacagg aattgtgttt      120

gtccgcacgg acattgaagg tcatccttct gtgcgagcac acattgataa tgtgacgaac      180

actatgcgcg ctactacatt ggaaaatggt gaagcgaagg ttttcactgt agaacatgtg      240

atggctgcgt tcagtgctat gaatattgat aactgttata tcgagatgga ttctcctgaa      300

cctcctgtag gtgatggcag tagtgcagtt tttataggtc tcatagaaga ggcaggtatt      360

caagaacaaa cagcgccacg tcatgtatat aaagtgacac gatctcacgc tatttatgat      420

ggtgatcgct ttgtagttat tttgccatat gacggctatc gcattacatt tacatcgatt      480

aacagccatc cgttacttgg cacgcaacat tgtgattttg aagtttcgcc agaatacttt      540

aaagaacaca tcagtgctgc tagaactatc ggatttatga aggaattaga acaattacag      600

gctatgggcc ttgcaaaagg tggtaacctt gataatgctt tagtttatga tgatgagaag      660

tgtttgtctg tacctcgctt tgacgacgaa ttagttcgtc acaaagcatt agatgtaatg      720

ggcgacttat tcttattggg accaattgaa ggtcatgtaa ttgctttaaa atcgagtcat      780

gaattaaatt caagattggc tcgcagtata atggaagaaa taagggagac acagccatga      840


<210>  2372
<211>  663
<212>  DNA
<213>  Veillonella dispar ATCC 17769

<400>  2372
gagatcatga gttttaattg ggggttaatt gcggataatt taccgctctt attacaaggt       60

gcacttgtaa ccgtagaaat tacagctatg tctgttggct gtggtttctt tatcggttta      120

ttagtagcct tagcaaattt atctaaattt actgtagtta gattattagc aaaatgttat      180

gtagatatca ttcgtggtac accgttattg gtacaaatct tcttgattta ttttgctttg      240

ccaatgatta caggacaacg tattgatcca tttattgcag ctgttaccgc atgtagtatt      300

aactctggtg catatgtgtc tgagatcttc cgtgctggta tccagtctat cgataaaggt      360

caaatggaag caggtcgatc tcttggttta acttggggtc aaactatgcg ttatatcatc      420

atgcctcaag ctttcaaagc aattatccca ccattgggta atgaatttat tgctatgttg      480

aaagactcct cattggtttc tgtaattggt ttcgaagaat tgacacgtcg tggtcaatta      540

atcattgcta aaacgtatgc atcctttgaa atctggggta cagttgctgt tatttacctt      600

attatgacag taacaatttc acaattagtt ggttaccttg aaaggaaata tagcattaaa      660

tga                                                                    663


<210>  2373
<211>  444
<212>  DNA
<213>  Veillonella dispar ATCC 17770

<400>  2373
atgaagcata gtttattaat tgcagcggct ttcacaatct taggtatcct cccctctcaa       60

gcagttaata ttgctgattt agagaatgcc agaggttatg cctacctata tcgtatgaat      120

ggccaaaatt attacgcaga gcaacgcgtt aaggtcatcg caggagaagg taataaattt      180

gaaattgtag cccgtacata tagtcaccaa ggtgctcaat attatatgac agagtatata      240

aatcattatt actttgatca agatgccgat acgattcaat gggttcaaga acaacgtaat      300

atcattgatg cccgtacagg cagagtatta cgtgaggaaa aacgacctaa agctaaatta      360

attaccttaa aaccagatac atatggttat atgcaagcta tctactggag agatcttgct      420

gtggctgcag gacagctaaa ataa                                             444


<210>  2374
<211>  1431
<212>  DNA
<213>  Veillonella dispar ATCC 17771

<400>  2374
atgtctcaat acgaatttat cgataaacgt gtgccgattg cgctcgacaa tccatccatt       60

tatcacgaca tttccaagtg taaaaactgt acgttatgcc gtcgcgcttg tgcggacgta      120

atgagcgtac tcgactacta cgatctcgat gcaaacggtg acgtgcctgt atgtatccac      180

tgtggtcaat gtgcggctgc atgtccattc gactccatgc atgctaaatc cgagcttgaa      240

aaggtgaaag cagctcttgc agatcctgaa aaaatcgtgg ttatccaaac agctccagca      300

gttcgcgtag ctatcggtga aggcttcggc tacgaaccag gtacattcct tgaaggtaaa      360

atggttggtg ctttgcgcgc attaggtgca gactatgtag tagacactaa cttcggtgca      420

gacttaacca tcatggaaga agcatctgag ctcgtagaac gccttaaaac tggcggtcaa      480

attcctcagt ttacaagctg ctgcccagcg tgggtacgct ttgcggaaat ctacttccct      540

gaattgattc ctaacttgtc ttccacacgt tcttgtatcg ctatggaagc agctatgatt      600

aaaacatact ttgctgagaa aaaaggcatt aatcctagca atatcgtatc tgtatctgta      660

aacccttgta cggctaaaaa agcagaaaca aaacgggaag aagaaaatgc agcagctcgt      720

tatcataatg acgaatccct tggcatggat acagatattt ccattactac acgtgagttt      780

atccgttgga tccaagagga aaacctcgac ttcaatgcga ttgaagagtc ccaattcgat      840

gacttaatcg gtatggaaac tggtgcatct atcatcttcg gtaatactgg tggtgttatg      900

gaagcggcta tgcgtacagc gtacaagctc atcactgaca aagagccacc tccatatgct      960

ttgactcacc tcgaagacgt tcgtggtatg gaaggcgtga aagaggccac tgttcaatta     1020

ggtgatgacg ttacattgtc cgttgctgta gtacatggcg gtaaaaatac acgtgacttc     1080

cttaacgcgt tgaaagacag cgacaaacac tatgacttca tcgaagttat ggcttgtcca     1140

ggcggctgta ttggtggtgg cggtcaaccg cgcactaaat tgccacaagc cgtaaaaact     1200

aaggaagctc gtatcggcgg cctttatgaa gctgatgcga actacaaatg ggttgcttct     1260

tatgaaaacc cagaaatcca agcattgtac aaagatttct taggcgaacc attgggccac     1320

aaagcacacg aattattgca tacacattac acagaccgca gcgcggttct tggtgatcgc     1380

aaagacgtaa cacctgaaac atgcccaaca tcccctaaat ataagggcta a              1431


<210>  2375
<211>  687
<212>  DNA
<213>  Veillonella dispar ATCC 17772

<400>  2375
atggggactt taatcatact agaaggtgga gatggcagcg gtaaggctac acaaactaaa       60

ctattagtag agcgattaac caaggaaggt catgcagtta aatctgtaag ctttccgaat      120

tatgatagcg gtgctgctat gcctataaaa atgtatctag ctggagaatt tggcaaagat      180

gtgcatgatg taaatcctta tgtggcaagc tccatgtacg ctatcgatcg ctttgcttcc      240

tttagaactg attgggaaga gttctataca aatgggggca tcatcattgc agatcgttat      300

acgacatcta atatggtgca ccaaatggta aaatacgacg atcagaagga acgtactgca      360

tttttagatt ggcttgaaga ctttgagttt aataaatttg gcttgcctac acctgatgca      420

gtatgtctct tagatatgcc tcttgaagtg agtgaagccc ttatggcaga gcgcactggt      480

aaaacgggag gtaatacagg ggatattcat gaaggaaatc atcagtattt agtagctgtt      540

cacgatgctt atgaagagct agtagaacgc tatcaatggc accgtattcc atgtgctatt      600

aaagatggtg ctggtcaata tgggttacgt accatagaag atattcataa cgatgtatat      660

caagcagtag taaatctact accttag                                          687


<210>  2376
<211>  1173
<212>  DNA
<213>  Veillonella dispar ATCC 17773

<400>  2376
atggaacgga tatttgtact tttacgttct cctggttcgg ctactgccgt tttattagga       60

gctacactta ttgcattaat cgtagcgaat tctccattgg caacacaata tatgtctctg      120

gttaatttaa aactaggtcc attaacaacg atggagtggg ttaatgatgc attaatggcg      180

atttttttcc tctttgttgg attagaagta aaacgtgaat tggtaagtgg tgagcttaat      240

acgaatgcta agcgtatcat gccaggtatt gctgcattat ttggtgtgtt agtacctgct      300

attatttatt atcttattgc aggctctagt gaagtgtatg ttcatggttg ggctattcca      360

acagcgacag acattgcttt tgctataggt gttataactg cattgggatc tagagttcct      420

aactctatga aggtcttttt gaccgcctta gctgttattg atgatttgat tgctattatc      480

gttattgcta tattctatgc atcaaatctg aatcttttct atttatttgg tgccgttgtt      540

gtaacgggtt tattgattta ctgtaatcgg tctggttatg ttagatcttt atcctatatc      600

attcttggtt tgattctatg gtattgtata cttcgctctg gattacatgc tactatggcc      660

ggtgtaatct tggcgatgac aattccagaa cgcggtaaga ttggtcgtaa atatgttaga      720

ccaatgcaac attgggaaca ttatttatct aactgggtaa gctttgtgat tgttcctatt      780

tttgctttct ttaatgccgg tgtaagtctt gctggattcg gtgtagcaga tttaacacat      840

cctgttgttt taggtgttgc actaggcctt attttaggta aacaaatcgg tatctttggt      900

gctatgtttg ggatgatcaa gttaggtatt gtacctatgc cagcagaagc taactggaaa      960

tttatttatg gtacctccat tgtatgtggt attggtttta ctatgagtat atttgtttct     1020

gttttagctt ttgatccagg tcatgctcaa gagatggcta agggtggcgt attaataggt     1080

tccatcattt ctgccgttat tggctatatt tacttacgca ttattggtgc taagcgtaag     1140

gaatgccata taggtgtata tcataactgc taa                                  1173


<210>  2377
<211>  1230
<212>  DNA
<213>  Veillonella dispar ATCC 17774

<400>  2377
atgaatcaag atacattaag aaaatatgcc cgtacattat tacaatacgg tgtaaacttg       60

cagcaagacc aaacattagt tatttctgta gatgtagaaa ataaagactt tgcagtgatt      120

gttactgaag aagcttatga acttggtgct aaggaggttg ttctgaactg gagatgctcc      180

ccaattgccc gtcaacgttt attacatgcg aaagaatctg ttttagaaaa acctgctaac      240

tggataccgg aattctacaa acaatacatc gatgataagg cagccttctt atctttaatc      300

agtgctaatc caaaagcctt agaaggtatt ccaacagatc gtatttcctt acaatctcgt      360

aacttaaata aagcgttatc cttctatcat acagccatca tgaactcttc tgttacatgg      420

tgtgttgctt ctgtaccaac agttctttgg gcagatttat taggctataa aggtacagac      480

gaagaaaaaa ttaaccaatt atgggataca ttattgaaac tttgccgcat tgaaggtgta      540

gaaccaaaag atacgtatcg tcatcatatg gcaaaattgc gtcaccgttg cgaagcattg      600

aataaattag acttaaaggc attgcgttat acttgtgaaa atggtactga cctcctatta      660

gaattgccag aaggtcatat ttggctaggt ggtgaagaat cctccaaaga tggtactatt      720

ttcaatgcta atatacctac agaagaagtt ttctctgctc cacaatacaa tggcgttaat      780

ggtattgtgt acagtacaaa acctttaatt taccacggta atactatttc tgatttctcc      840

tttacgttta aagaaggtaa aatcgttgaa tatacagcca aagaaggtta tgaagtattg      900

aaagaattag tagaaactga tgaaggttcc cactatctcg gcgaagttgc tttagttgat      960

cacttcagcc caattagtca atctaaccaa atcttcttcg aaacattatt tgatgaaaat     1020

gcgtcctgcc atttagcaat tggtgcctct tatccaacat gcctcaaaga tagcgacggt     1080

ttatctgaag aagaattaaa agaacgcggc cttaaccact ccttaacaca tgtagacttt     1140

atgattggcc atgaacgtat gaacatcaaa ggctatactc gtgacggtca agaagtagac     1200

attatgattg atggtcgttt acaagtataa                                      1230


<210>  2378
<211>  687
<212>  DNA
<213>  Veillonella dispar ATCC 17775

<400>  2378
ggagaacaga gaatgaaaat tttacttgta gaagacgaag aaatgctgaa tggcattacg       60

gccaaatatt tgcgtgcaga gaatatgaca gttgatacat gcttcaatgg tcaacaagct      120

atcgattatg taaatacatc tagctatgac gttatcgtta tggatatcat gatgccagtc      180

cttgacggca ttagcgctct tgcacaaatg cgcaacgacg gtaatacaac acctgtattg      240

ctgttaactg caaaagattc cttacaagat aaagttacag gcctcaacac aggcgctgac      300

gattaccttg taaaaccttt cgatcttgaa gaattaacgg ctcgtattta tgcattggct      360

cgtcgtaatg cgcgccatgc acaaaatgat atccacgtag gtccacttac aatcaatgtg      420

cctcaacgta ctgttaaacg cgacggtgaa acaatcacat tgactgcaaa agagttcgac      480

ctcttattct atttagcaag taacgaaaac atcgtattgt cccgtcaaca aattcttgac      540

catgtttggg aatacgacta tgaaagctac tctaatctta tcgatgtata catcaaagat      600

ttacgtaaaa agatcgatac tgatgagaat gtaaaactca ttcaaacagt tcgtggagta      660

gggtatgtcc tcaaaaccga aaactaa                                          687


<210>  2379
<211>  702
<212>  DNA
<213>  Veillonella dispar ATCC 17776

<400>  2379
atgttgaatg ttactttttt agcgcatagt ggctttcttg tagacgacgg taagcgttgc       60

tatgtgtttg attattataa agatcctaat aatattgttt ggcaattagc aaagcgtggt      120

cgtgagcttt ggttctttgt aagccatgtt catgcagatc attttaatcc atctattaca      180

gaatttgatg gtcctcaaac acgctacatt tgccatcaag atgtgccctt agaaggcaag      240

gtaaagaaat gcattaccat gcgcccaggt catgatgcga cattagatga tgtaggcatt      300

catatgtatg gcagtaccga tgaaggtggt tctttctacg taaagacaaa tacagctaac      360

atcgattctg attctatctt ccacgcaggt gacctcaatt ggtggcattg gcttggtgac      420

acgccagaga ataatgctga tgcaaagcgc atggcgtggc gtgagttcaa agaattggat      480

ggtttatctg tcgatgtagc gatgttccct gtagataatc gtttggaaga cgctatggag      540

tggggcgcca ttgagttttt gcgccgtgta gaggtgaaaa aagcttttat tccgatgcat      600

ctaaatggac cactatggac accatctgtg tattttaaag ctctctttgg ggatgtccct      660

gtatgggaac ctcaaaaaga aggcgatgaa tgcacattct aa                         702


<210>  2380
<211>  726
<212>  DNA
<213>  Veillonella dispar ATCC 17777

<400>  2380
atgggagatt ataattataa gttagatgtt tttgaaggtc ctttagactt gcttttacat       60

ctcattgaaa aacataaaat agaaatcacc gatattccta tcgttgaaat tacgagtcaa      120

tacttggaat atttagataa ttggaatcac tttgatattc attatagtag tgagtttctt      180

gtaatggcat ctaccttatt gcagattaaa tcgcgtatgt tactgcctaa agctgaacct      240

gagccagatg aagctgagga tccacgtgat gaattggtag caaaattagt agagtttaag      300

aaaatcaagg attttacagc tctattaatg gagcgtacag ctgtttctgc caatatattt      360

agtagacctg aagaaacaag cgtacttgga ttagataatg tatataattt agaactttcc      420

caattatacg aaatttttta tcaaacctta aagcgagcta aggaattacc tgaagaggaa      480

cctattcgtg aagtaaaggt tgaaaaagac agttatagct tagaagatat gattctgtct      540

ttatctagtc gtatacgtcg tggtgaaagt ttacacttta gagagttatt agtagcaatt      600

gaaacaaaaa gtggtatggt aacgatcttt atggctgttt tagaattgtt gaaacaacaa      660

atcatggaaa tgcgctatga agaggatgat attgtattca ctgcagcctt agaaggtacc      720

gtatag                                                                 726


<210>  2381
<211>  822
<212>  DNA
<213>  Veillonella dispar ATCC 17778

<400>  2381
ggtggtgggc ttatgttaat acatactgac aaaaaggcgt atgtcgtatt tagtttatgg       60

ctgcgcatat tccactggac tatggtgctt agtgtaacgg ctttattctg gactggccta      120

tatattggtg atccaggatt tgcagctatt acaggtaatc cagagccaac ctttgctatt      180

gatggttggt tctctatgga aactatgcgt cgtatccatt tcattgcggg tgttatctta      240

acattctcct tcatcttccg atttgctggt gctctttgga atcgagggga cagattatta      300

cctaaattcc gtcaaaaacg gtattggtac ggtcttaaag aaactacatt gcactatttg      360

atgattcctc aaaagcatga acatcattgg cttcgtaact ccttagcgag aactgcgtac      420

atgatggtgt acattatgtt cttctttgaa atcttaacgg gttttgccat gttttcaatg      480

gttaatccta atggtatttt aggaacttta tttgctccag ttgttacatt atttggtggt      540

gaatacaagg ttcatattat ccatcactat attgcttggg gcttcttgtt ctttacgatt      600

gttcatgtgt acatggcatt ccgagaagac gttatggaag aatctggtga agtatctgct      660

atggtttctg gtatgaagta ttatgcgcat gacccaatcg atattgaaga cctcaatggc      720

aaacgccgtc gtggtgaacg tatcgataaa ccatctggta caacatatcg tccaagtgat      780

cctaacgatc ctagagaaag agaattacaa gataatgact aa                         822


<210>  2382
<211>  1176
<212>  DNA
<213>  Veillonella dispar ATCC 17779

<400>  2382
aaggagagcg ctgtggctaa gaaagtacaa aaaagtcaaa tagaggagat tgttgaacaa       60

cttcttgaaa aaggccggaa aactggtgtg ttgacacaat cagagatttc agatgctctt      120

catgagcaga ctgatcttac tgcagaacaa ttagatgata tttatactac atttggtaag      180

ttaaatattg aagtagtggc tgatatcgac ggtgaggacg ctgatgctaa tccaatagag      240

ccagaagaag aggatgaaga ggatacttct agtgaaaaga atatctccat cgatttaagt      300

gtagactctg gcgttaacat tgatgatcca gtgcgtatgt acctcaaaga aatcggtcgt      360

gttccattgc tttccgctga tgaggaaatc gtgttagcta agcaaattga agctggcgca      420

gcagaagatg ctacatataa agacgttcaa cttgccaaaa aggctaagaa aaaattggta      480

gatgctaact tgcgcctcgt tgtaagtatt gcaaaacgct atgtaggtcg tggtatgtta      540

ttcttggact tgattcaaga aggtaacttg ggccttatta aagctgtaga taagttcgac      600

tatacaaagg gttataaatt ctccacatat gctacatggt ggattcgtca agccattacc      660

cgcgctattg cggaccaagc tcgtacaatt cgtattccag tacatatggt agaaacaatc      720

aataaattga ttcgtatttc ccgacaattg ttgcaagata aaggtcgtga accattacca      780

gaggaaattg cagaaggtat gggtattacg gtagagcgtg tgcgtgaaat tcaaaaaatc      840

gcacaagaac cagtatcatt ggaaactcca attggtgaag aggaagactc tcacttggga      900

gacttcattg aagaccaaga tgctattgct ccagatgatg cagctagcta cattttattg      960

caagaacaaa ttgaagatgt atttacatgc ttaactgatc gtgagcaaca agtattaatc     1020

ttgcgctttg gtttgaaaga tggtaaaccg cgtacattgg aagaagtagg tcaacatttc     1080

aatgtaactc gtgaacgtat ccgtcaaatc gaaggtaaag cgcttacaaa attgcgcaat     1140

cgtggtaaac gcgataaaat taaagacttc ttataa                               1176


<210>  2383
<211>  1368
<212>  DNA
<213>  Veillonella dispar ATCC 17780

<400>  2383
atggaaatgg tattagagtt cttacgtgat gtgctgtctc aaccagcact tttaattggt       60

attatgtcat gtataggttt gattgccttg aaacgcccgt ttcataaggt aatgactggt      120

acattaaaac ctattcttgg atacttgatg ctcgcagctg gtgcaggtgt tatcgttaac      180

aaccttgatc cactaggtaa gatgattgag catggcttcc atattactgg tgtagtacca      240

aacaacgaag ctatcgtggc tgtagcacaa aaggtacttg gcgttgaaac gatgtctatt      300

ctcgtagtag gcttattgat gaacttatgt attgctcgtt tcaccaagtt caaatatgtg      360

ttcttaacag gtcatcacag cttatttatg gcttgtctta tgtctgccgt actcggtaca      420

gcaggtttgt ccggtatgga actcatcctt gtaggtggtt tcttgatggg cgcttggtct      480

gctatttctc cagcaattgg tcaaagctat acatctaagg ttacagaagg cgatgaaatt      540

gccatcggtc actttggtag tttaggttat tatttatcag cctgggtagc caaatatgta      600

ggtaaagcag acgatagtac agaagacatt gaaattccag aaaaatgggg cttcttgcgt      660

gattctacgt tatctacagc attgactatg attgtcttct acttgattgc agcctttgcg      720

gctggttctg agtttgtagc tactttatct ggtgatatga gtccttactt atatgctgtt      780

atgagcgcta tgaactttgc tgtaggtgta acaatcgtat actctggtgt acgtatgatc      840

ttaggtgatt taattcctgc attccaaggt attgccacaa aaattatccc taatgctatc      900

ccagcagtag actgtgccgt attctttaca tatgctccaa cagcagtagt attgggcttc      960

attagctcct ttatcggcgg tatcatcggt atgctcatcc ttggtgctgt aggtggcgta     1020

ttaatcattc ctggccttgt acctcatttc ttctgcggtg caacagcagg tatctacggt     1080

aatgctacag gcggccgtcg tggtgctgca gtaggcgcat tccttaatgg tttagctatt     1140

accttcttac cagcattggc attgccagtt cttggtcaat taggtttcca aaatacaaca     1200

tttggtgatg ctgactttgc tgtaatgggt cttgtactag gtcatgcatt tgaatggatt     1260

ggcatggcag gtatttatgg cattgtagcg attgcagctc ttgtacttat tattccaaac     1320

tttattaaaa caaaaggtaa agttattaac tacgtagaag aggagtaa                  1368


<210>  2384
<211>  519
<212>  DNA
<213>  Veillonella dispar ATCC 17781

<400>  2384
atggaatcta caaaggattt agagaaatat acttacgatc ttctggcgga gcgtggcgtt       60

acgttagagg atattgcaga gctcgtttta tatgttcaaa aaccatatat gcctaatcta      120

acaattgaag aatgccgtga acatgtggcg tcggtccttt caaaacgaga ggtacataat      180

gcaattatta cgggcattga gctagacaag ttgacggaac aaaataaatt atctcagccc      240

ttgcaaggta ttgtggctaa tgatgaaagc ctctatggta tcgacgaaat cttagccttt      300

tccatcgtta atttatacgg ttccataggc tttacgaact atggctatct agataaggtt      360

aagcctggca tcattaaaaa gttagatagc aaggctggtg gtcattgtaa tacattcctc      420

gatgatttag tgggggccgt ggcagctgcg gcagcaggaa aactagctca taatgagcca      480

caccgcgtgc gtcatgcctt agctgaggaa aaagcataa                             519


<210>  2385
<211>  1290
<212>  DNA
<213>  Veillonella dispar ATCC 17782

<400>  2385
atgaccacta taaaaattgc gttattaggt tttggtactg ttgcacaagg tacatttaat       60

ttgttgcaag ataatgctga gttaattaga aatcgtacag gtgttaatgt agaaatttct      120

aaaatctttg tgcgtaatcc tgataaatat agccatatta cattgcctga aacagctcaa      180

tatgtaactg atattgatga agtattaaaa gataattcca ttcaaatggt tgtggaatta      240

atgggtggta caacctttgc taaagactgt gtagaaggcg ctttaaaggc caagaaaaat      300

gtagtaacag cgaataaaga tttattagca gaatctggcc catacctatt agatttagct      360

agcaaaaatg gagtggattt gcgttttgaa gcatctgtat taggtggtat tcctatcatc      420

cgtacattat atgaatcctt agcgggcaat cgtattactg agatcatcgg tattatgaat      480

ggtacgacaa actttatttt aactaaaatg tctgaagaag gtttaagcta tcaagatgta      540

ctaaaggaag cacaagatct aggttatgca gaggcggatc ctacagctga cgttgagggt      600

ctagatgcag cacgtaaatt ggctattctt gcctctatta gcttcaatcg tcgtatcttc      660

tttgaagatg tatctgtaga aggtattact agtatagata cagaagacat caaattcggt      720

aaagagtttg gctacaatat taaattatta ggtattgcta aagaaactaa ccaaggttta      780

tctttaaacg tataccctgc atttattcct acaacacatc ctttagcatc cgttcgcggc      840

tcttataatg ctatttatgt aaaaggtaat ggtatcgatg atgtaatgtt atatggtcgc      900

ggtgctggta gcttgcctac aggtagctct gtagtatctg acattatgga agtagccaaa      960

aatatttcgt acaatgaaac aggtcgtttg aaaccattct attacgatca aaagaacatt     1020

tactctcctg gcaaaattca atctagctac tacttgcgtt tagaagtaga taataaaaca     1080

ggtgtattag caaaaatttc tgcaaaatta gcagagcaaa agatttctgt gttatctatt     1140

gttcaacgca atatggatcc agaaactgcg gttcttgcaa ttgttacatc aaaatgtcct     1200

agatcttata ttttaaatct tattgactcc tttaacagct tgcgttccgt taagtctgtt     1260

aatagtgtca ttcgtattat ggaagcttaa                                      1290


<210>  2386
<211>  753
<212>  DNA
<213>  Veillonella dispar ATCC 17783

<400>  2386
atgaaagaaa aatacgatgt gcctattgcg cctgagtctg aatttgtttc atatatgatg       60

gagcaaatga gcgaatttgg tttgccttgt acggaagagc aagcaaaaga cttctacgtg      120

tattatgcgc gcatgattga aacaaataaa tatctcaacc tcacgggtat tacagacatg      180

aaagaggttg tggttaaaca catgatcgac tccctctcct gctatgaccc acatatcatt      240

aaatctggta tgtccattat tgacgttggt actggagctg gtttcccggg cattccattg      300

gccatctacg accgtagtct aaaggttacg ttgtttgatt ctttgaaaaa acgtcttacc      360

ttccttgaat ccattatgga tgagctacaa ttgacgaact gtactacttt acatggccgt      420

gcagaggatc ttagtcatca agattatcgt gaaagcttcg atatcgctac gagccgtgcg      480

gtagcaagat tacctattct attagaatgg actgtaccat atgtaaaaga aggtggttac      540

gtaatagctc taaaaggcgc tatctatgaa gaagaagtgg gagaatccaa taaagccctt      600

agcacattga aagctaagat tgaagaagta cgcactgtta cacttccaac cttggatgat      660

aaacgggcaa tcctgtacat taagaaaaca ggtaaaacac ctaaacaata cccacgtaaa      720

ccaaaagaaa ttaaagataa gccattaatc taa                                   753


<210>  2387
<211>  405
<212>  DNA
<213>  Veillonella dispar ATCC 17784

<400>  2387
atggtaatta agcgaaatcg acgtgaagca cgtcaatacg catttcaaat gttatatgct       60

aatgaatttc atgttgatca aaatgatgtg cagtttccag aagggcacat gcataaatca      120

atggataaag cctatgctaa tagcatcata aatggtgtat tatccgcttc tgaaactatc      180

gatgccacat tacaaccatt ctgtaaatca cgtaaagttg aaaacttgga taaagttgac      240

cgtgctattt tacgtattgc tctatgggaa atgacaaatg aagctgatcc tttggaacca      300

tctatagcta tcaacgaagc tattcagtta gctaaagatt ttggttctga ttcttcctat      360

aaattaatca acgcaatttt agatgcatat aataagagta aataa                      405


<210>  2388
<211>  702
<212>  DNA
<213>  Veillonella dispar ATCC 17785

<400>  2388
atgaataatt ttgttggttt aagtaaaatt ggacttgtgc gtcagcgcaa tgaagatcga       60

ttttttatag acggtcctat ttgtgctgtc actgatggca tgggtggcta tagtggtggt      120

gaaatcgcta gtacctatgc tgttgatgaa ataaaagaat atttggcctc ccttcaaacg      180

gttggtcaac aagacttatg cgatgccatt attcatgcaa atgaacgtat agccaatcgc      240

gtagctcatg aagaacgtct tgctggtatg ggtactactg ctgttgttac agctattaat      300

ggtaaccaat tatactgggc aagtgttggt gatagtcgtt tgtatgtata tagagatggt      360

cttttacgac aaattactac agatcattct atggtacaag aattattagc tgctggagag      420

attacaaagg atgaaatgct aaatcatcct caaagaaact tattaacccg tgcagtcggt      480

gttgataata ctttagaggt agatagtggt gtagaatcca ttcttccagg tgatcgtatt      540

ttactttgca ctgatggact atgcggatat gtatcagatg atgtaattgc tagtgcttta      600

caatctactg atgatgatat gaaagttata gagtcattaa tggaatccgt atatgatgtc      660

ggagcaggag ataatgtgac cattgtggtg ggaacaatct aa                         702


<210>  2389
<211>  1032
<212>  DNA
<213>  Veillonella dispar ATCC 17786

<400>  2389
atgagtattt acacattagc cttggaaagt agttgcgatg aaacatctgc atccgtccta       60

aaggatgggc gtactgtttt atctaatgta atttctagcc aagtgcctat tcatagaaaa      120

tttggtggtg ttgtaccaga aatcgcatca cgccatcata tagaacaagt tataccggtt      180

atagatcaag cattgcgcga tgcaaatgta accttacaag atatagacca tattggcgtt      240

acctatggcc caggtctagt aggcgcatta ttggttggtg tagctgctgc aaagggacta      300

tcctttgcta caggtattcc tttggtacca gttcaccata tggaaggtca tatctttgct      360

aatttcttag ctaatccaga attggagcct ccatttttaa gcctcgttgt atctggtggt      420

cataccatgt tagtgcatgt aaaaggctat gaagagtttg atatccttgg acaaactcgg      480

gatgacgcag caggggaagc atttgataaa attgctcgcg ttatggggtt cccttaccca      540

ggtggccctc atatcgatgc tttagctctt gaagggaatc cagatgctat tgaatttcca      600

aaggctttga gtgagcccgg taattttgaa tttagtttta gtggcttaaa atctgctgtg      660

ttaaactatt taaatagtaa gcagcaaaag aatgaaccga taaatcaagc agacgttgca      720

gcatccttcc aaaaggcgat tgtagatgta ttagttgaga aaacacgaga tgcagcgcat      780

acattggggg aaactcgtat taccatagct ggtggtgttt ctgctaataa aggtttacaa      840

acagcattac aaaagatgtg cgaaaaagaa ggatttacct attacaagcc tcataaaatt      900

ttgtccactg ataatgcagc gatgattggt tgtcgcgctt attatatggc ccaagccggt      960

aaattcgcag atttaacatt gaatgcaaaa ccaagtattg aaattggtca tgtatcttgg     1020

aaagaggatt aa                                                         1032


<210>  2390
<211>  1335
<212>  DNA
<213>  Veillonella dispar ATCC 17787

<400>  2390
atggcaaaac cattagtggc cgttgtaggt cgtccaaatg tagggaaatc tacacttttt       60

aatgccattg ttaataaacg gatctctatc gttgaagata tccctggtgt aacacgggat      120

cgtatttact ttgacgcaga gtggttaaat cgtgaattta caatgatcga tactggcggt      180

atcgaattta ttacagataa tagtcatgtt attcctaaga tgatgcgatt acaagctgaa      240

ttggctattg aagaggcaga tgtaatctta tttgttgtag atggtaaaca aggtattgtg      300

cctgctgatg aagaggttgc taatatctta cgcgctagcg gtaaacctgt agtattagtt      360

gttaacaaaa ttgacagtgt taatcaggaa cctaatattt atgaattcta caatcttggc      420

ttaggcgatc ctatcggtat ttccgccaaa aatctaatga atttaggtga cttactagat      480

gatacggtta aacatttccc tccagttggg acaaatgttg atgacgaaga tactattcat      540

gtcgccgtta ttggtcgtcc taatgtaggc aaatcttctt taactaatgc tttattgggt      600

caagaccgtg taattgtatc agatgtagcg ggcacaacac gtgactctat cgatacatat      660

tggactcatg gcgatcaaaa gtttgttctt atcgatacag caggtatgcg ccgtaagtct      720

aaaatcgaag aagctgttga acgatatagt attgttcgtt ccttgcgctc tgtggaccgt      780

tcggatattg tagttcttgt tcttgatgcc caagatggtg ttacagaaca agataaaaaa      840

attgctggct atgcttatga agctggcaag ggtgtaatta ttgttgttaa taaatgggat      900

cttgttgaaa aagatgacaa aacaacattg cgctttactg aagatattta tgatgaatta      960

ggtttcttgc aatttgcacc gattcttttt gcatctgcat tgactaaaca acgtattcat     1020

cgcttagctg acatgttgaa attcgtttct gaacaacaat atcgccgtgt atctacaggt     1080

acattaaatc aattgttaca agatgcgcaa acagtaaatc ctgtaccttc tcgtaatggt     1140

agaattccaa aaatttacta tatgacgcaa gctagtgtta aaccacctac atttattttg     1200

tttgttaatg aaccagaatt aattcacttc tcatatatgc gtttcttaga aaatagatta     1260

cgagagtcct tcggttttga aggaacacca attcgtttag tattgcgtgg taagaaacgg     1320

gatgatgaag actaa                                                      1335


<210>  2391
<211>  1182
<212>  DNA
<213>  Veillonella dispar ATCC 17788

<400>  2391
atgagaattc tatttaatat cattttttct gctatcctcg taataggatt ggtaggattt       60

tgggctctat ttctcaactt gtggaagcct aaaaagaaat ggcctgcctg ggtgggctat      120

ataatcatta tcggtgcgtg gttcgccgca atccgatact atatacttaa tcaagtagat      180

ctatatggaa cgatgtatta tccgttgatg aatatgttcc gtactgaaag ctacggtttt      240

ctctttggct tattcttggc tattcctgta ttcatcgttc tcagcttgtt atactgggcg      300

gttaataaga tttggagcaa aacgccagag gaaaatagaa caggccgtcg tgctttcttt      360

agaacggcag caacagtggt gccgttagca acaatcggtg gttctagcta tgcagcctat      420

gtagggcaac atgagattga ggtcactcat gaaagctttg ggtatacgaa tttaccacct      480

ggcttgaagg actataaaat cgtccaactc agtgatatcc acgttgggcc aagcatcgat      540

ttagatgacc ttgatgaaat tttaaagcta gcccttgtag aaaagcctaa tcgcgttgtc      600

atcactggtg atttaatcga taaaatcgct tggttaccac aagtctgtga aagactgaca      660

acctttgcaa aacaaattcc agacggtgtt gatttcatct tgggcaatca tgagtaccat      720

cacgacgtaa ataaggtact agacgaattg aaacacaata caccgatgaa tatccttgtg      780

aatagcaata ttcaaattat gggtggcaag caacctgtat acattgctgg tgttgcgtat      840

gacaatgatc gagaaaaaga aaaacgtgaa gctatgattg ataaggcttt atctggtatt      900

ccggactatg cctttgttat cttactagca catcaccctg aattctttga agaagccatt      960

gaacgtaaaa ttccgttgac cctctctggt catactcatg gtggccaaat tgtctttatg     1020

ggcatgccgt tggtaccaac aggtacacca tatacaaaag gtcgctacgt agaagaacaa     1080

agcgtgtgct acgttaataa cggctcagga cactggttcc caatccgcat taactgtcca     1140

cgagaaatta cagtcattac attctttgac ggagtagctt ag                        1182


<210>  2392
<211>  444
<212>  DNA
<213>  Veillonella dispar ATCC 17789

<400>  2392
atgagtgaag aaacgatgca agctgctatg gatcaagcgt atcgcttcct agctcaacga       60

tttcttagtt cctatgaact gacacaaaaa atgagacgta aacaaatcga ggacccaatc      120

attgagcggg tccttgaacg ccttagagac tatgattaca tcaatgatga gcgcttatct      180

gagcaagtat tgacgtactt gatgaaagaa caaaaatacg gtgcgtatat gattaagcaa      240

aagatgaagc tgcgaggtct tacagtgcct caggaaatct ctaattatga tgaagtgaaa      300

gccgcctatc gcgtagtgga gaaaaagttt ggttccattc tcaatgaaga acgcactcct      360

cgtgtaaaag tatttaattt tctcaaatat agaggattct caacgagcac tatccaagtt      420

gtgtgcaatg atttttatga atag                                             444


<210>  2393
<211>  543
<212>  DNA
<213>  Veillonella dispar ATCC 17790

<400>  2393
atgtctgtat atcaattttc tctgcctaat aagtctggtg aattgcaatc gctacaaaat       60

tttgaaggca aagttcttat tgttgttaat acggcaagta agtgtggatt tactcaccaa      120

tatgaggggt tagaggctct ttataagaaa tacaacgaac aaggtttaga aattattgcg      180

gtcccttcca accagtttgg cgaggaagag cctggttcta ataccgaaat tcaatccttt      240

tgcaaggtaa attatggggt tacttttact gtgatgggta aatctgatgt gcgtgatgaa      300

agtgccttgg atttattcaa atatatgatt aaagagcaac catttaaagg gttcccgcct      360

agtgataaga cagaaatgct tacagactat ctcaatggca ttgatcctaa ctatctaaag      420

gacgatgagg taaagtggaa ctttactaag tttgttatag atcgtaaagg taatgtggta      480

gggcgctttg agcctgttgt aaaaccgatg gaaatggaat cttttattaa aacattatta      540

tga                                                                    543


<210>  2394
<211>  807
<212>  DNA
<213>  Veillonella dispar ATCC 17791

<400>  2394
atgttaaata gcaagttaaa aaaattaatc attggtggtt gtatgttagt aatggccggt       60

actgtaattg gcggttgtgg atcttctaca caaacaactt ctaataaact cattgttggt      120

actaatgcca catttgtacc atttgaattt aaagatgaaa aaactcaaga ctacacaggc      180

tttgatattg atttaattcg tgccattggt aaacgtatca ataaagatgt agagcttaag      240

aatgttgctt ttgatgcttt gattccagct ttaaatacac atgatattga tgtagctgca      300

tctggtatga cgattaccaa agctagaagt gaaaaggtat tattctcttc tccatattat      360

gaaaatgccc ttgctgtagt atataaagat ggcgcaaata tcacatctct tgacgatctt      420

aaaggcaaga aaattgctgc tcaactaggt actactggtg cagatttagc ccataaaatc      480

gaaggtacta ctgtaaaaga gtttgaccat agtaatgaag ctttgttaga attacaaaat      540

ggtggtgctg atgcaactgt tattgatttg ccagtggctc aatattacag tactaaacat      600

ccagatcaac atattaaatt tatggcatat ccaaatacaa aagaatattt gggcttagca      660

attaataaag ataataaaga tttacaagaa caaatcaata aagcaattgc agatatgaag      720

gctgatggtg aatttaatac attatataaa aaatggttta atgtagatgc acctgctgat      780

atgccagtag ttttagaatt taaataa                                          807


<210>  2395
<211>  1296
<212>  DNA
<213>  Veillonella dispar ATCC 17792

<400>  2395
atgacaatta ttgaacggtt acgacaatat aaagaattag agcctcataa gattgctctc       60

attatagatg atacaaagta tacatatagt gaactatatg atgctattct atcaatcgat      120

attgatgata ctagtcatat agtaaatctc actgaagtta aagaatcagc aaaaaataaa      180

gttcttttaa ttcagagtca atccttttta gaacaacttg tacaatggtt aggtgcattg      240

tatagatgtt acattcctat ggtatgccat aatgaaatgg atactgagta tatagacgaa      300

ttagctcata ttatagctga tgaaggcgtg ttgccattaa ctgattttgg tgtacttaca      360

tcaggtacta cggggcgtcc taaaccgttg tggagaaaag aggaatcgtg gcgagagttt      420

tttgatattc aaaataatat ctttcatata aatgaagata caaaaatctt tttgcaaggc      480

agctttagtt ttactggtgt tagtaatatg gttgttgctg tcttatgggc aggggggact      540

attgttacta ccagttcctt gcgtcctact cgatggattg agctgcttga aagatatgaa      600

gtagatcata tctatgctct tcctacaaaa cttagattgc tcataaggca ttgtaaatgt      660

aaattatcta cgattaacta tattattgct ggctcacaag tgcttgatcg tcatttgatg      720

gagcagttgc aacagctatg tcctaatatg gagtttattc tgtattatgg tgcttctgag      780

cttaactata taacctattg cacaggtaaa gagtggctag accgagaagg cactgtgggc      840

aggccattcc caacggtccg aattaaagca gatgatgggg ttatatatgt aactacaaaa      900

tatcatattg aaggtatttc cgatacatat accgttaatg attgtggtta tatagataca      960

gaggggtatc ttatgtttac tgggcgacaa ggcgatgtgg taaacaaggg gggctataaa     1020

atatctattc cctccatgga aacttatttg caatctatag atggtgtctc agaagtagct     1080

attatcgata tcatagatga tgtaaaaggg gaagattttg tagcatatat ggtgttggag     1140

gataatgttc tagtcgccga tgttatggaa acaattcggc atcatagacc ttccatagaa     1200

tggccaaaat ccatctactc tattcctatg ttacctctta cagaatgctc aaaagttgat     1260

aaacgaaagc taaaagagtg gtataataaa gggtaa                               1296


<210>  2396
<211>  408
<212>  DNA
<213>  Veillonella dispar ATCC 17793

<400>  2396
atgaacctac aaagctttcg tatgaaaaca aagcctgaat tcatgattat cccaatgatt       60

gatattattt tcttcttgtt ggtattcttc atgatgaaca gcttgcaaac agttgctcaa      120

aaggcgttat ccgtgcaatt accacaagct acaagtgcct ctgcaccagc tcaattacct      180

gtagtactta cattagatgc agaaggacat attacaattg ataataagcc aatgagcatt      240

gatgatgctg aagccatggt taaacagcgc attcaagaaa atccaaatgc tagcgttatt      300

ttacaagctg ataaacgcgc tgctcatggt caagttgtag cgattatgga tatgttaaaa      360

caatctggcg tcaaacgctt ggctattgca gctgaacaga aaggataa                   408


<210>  2397
<211>  789
<212>  DNA
<213>  Veillonella dispar ATCC 17794

<400>  2397
atgaaacgaa ttctattagt attaatgagc gttttcatgc tggccttgtt agtggggtgt       60

ggtagtgaca caaacaaagc agcagattct gctaaaccaa gcacatctga aaagattact      120

gtacaagcgg cagcgagctt gaaaggtgct cttactgaat tggcagagtc ctacaaaaag      180

agtcataact tatcagacga ccaaattgct attaactttg ctggttctgg cacattgcgc      240

caacaaattg aacaaggcgc accagcaagc ttattcatct ctgctgacga aaagaatatg      300

aaaatgttgc aagacaaaga ccttgtaaca gatgttaaac catttgtaac taatgaatta      360

gttcttgtag ttccaaaagg ccaacctaaa attgaattaa atcaaattgc ttctgttaaa      420

cgtatcgttt taggtaatcc tgaaacagtg ccagctggta attatggtaa acaagtatta      480

acaaaattag gtgtttggga acaagttgaa ccaaatgtag tatatgctaa agacgtaaaa      540

gctgtaacag catccattag ccaaggtgct ggtgatgctg gctttatcta taaaacagat      600

gctattgctg caggtgatgc ggttcaaatt tctgctgtaa caccggctga ttcccatgat      660

ccagtcatct atccaatcgg tatcattaaa aaatatgaca acgcattggt aaaagacttt      720

taccaatatg taatgagccc agaaggccaa aaagtattag aaaaatacgg tttctctcct      780

tctaaataa                                                              789


<210>  2398
<211>  513
<212>  DNA
<213>  Veillonella dispar ATCC 17795

<400>  2398
atggaagcaa gacgtttaac aaaaatggct ttattaacag ccttattatg tatttcagca       60

tatatttctt tcccattgcc atttagtccg gccatggtaa ctgcattgac tttggtggct      120

acattaacag gtctattatt gcaaccaaag gatgcattta ttgtatttat catttacgtt      180

ttacttggtg ctgtaggttt accagtattc gttggtggca cagcaggtct tggcaaatta      240

ttaggaccaa cagggggctt tatcttctct tggccaatag cttatacatt attaagcgta      300

ttcaaaggct ctaagaagag ctttttctct tatgcatggc gttctcttgt aattactatt      360

cctgtagtat atctatttgg cgttgcaggc tttatgattg taacaaaaac tgaactttgg      420

gcggcattgc ctgtagtaat gttcccattc attcctgggg atattgtaaa atgcctcgtt      480

gcttcttggt tagcaactaa aattaaaatt tag                                   513


<210>  2399
<211>  1374
<212>  DNA
<213>  Veillonella dispar ATCC 17796

<400>  2399
atgaatattg caagccttat tttagctgct ggtaagggca cgcgcatgaa gtctaaattg       60

ccaaaggtat tgcacaaggt tggtggtaag gcgatggtag agcgcgttct tgaaacggtt      120

cagtctatcg gtacaaatcg cgatgtggtt atcgtaggct ttggcggtga tgcggtacat      180

aattacttgg gggaccgcgc tgaatttgtt cgtcaagaag agcaaaatgg tacaggtcat      240

gctgtaaaaa tggctcaacc agtacttggc gattatgatg gtactatctt attactttgt      300

ggcgatacac cacttgttac aaaagaaagt ttagaagcac tgttagaaga acataaaaat      360

tctggtgcag cagcgacaat tttaacagct catatgccag atccaacagg ttatggccgt      420

attatccgca atgaagaagg ctctgtagtt cgcattgtag agcaaaaaga tggtaaacca      480

gaggaattag ctgttcaaga agttaataca ggcatgtatg cttttgatag tcaaaaatta      540

tggccttgct tagatcaatt atctgatgat aatgcacaag gtgaattgta tattaccgat      600

gtagttggta ttcttgtaaa tggtggcgac aaggtaagcg cttatatgac taaagacttt      660

gaagagtctc taggcgtaaa ctctcgcttg caattagcgg aagccgaagc tattttgaaa      720

catcgtaaaa atgttgagct aatgacagct ggtgttacta ttattgatcc agccaatact      780

tatgtagctc cagaggtaac agtaggagct gatacaatct tgcatcctgg cacaatcctc      840

gaaggaaata ctgtcattgg tgagcgctgt gaaattggtc cacatactcg tttgacgaat      900

gtaaaagtag gtaatgatac gattatccac ttcacatatg gtcatgactg cgaagtaaaa      960

gacggtgtag atgtaggtcc atatgttcac ttgcgcccta ataccgtgct tggtaataag     1020

gttcatgtag gtaacttcgt agaggttaaa aactccaatg ttggggaagg tactaagttc     1080

ccacatcttt cctatatcgg cgacagcgac gtaggctctg gtgttaatat tggctgcggt     1140

acgattactg taaactatga tggtaaagtt aaacatcgta cgacaattgg cgatggtgct     1200

tttgtaggct gtaatagtaa tttagtagct cctgtaacag taggtaatta tagctatgta     1260

ggtgcaggtt ctaccattac taaaaatgta ccagataagg cgttagccgt aggccgtagc     1320

aagcaaattg tgaaagaaaa ttgggtaact gatgatactt tcaaaaagaa ataa           1374


<210>  2400
<211>  729
<212>  DNA
<213>  Veillonella dispar ATCC 17797

<400>  2400
atggctaaca tcgacttgga aaaattaaca ttattgtacg aaggtaaagc aaaacaagta       60

tatcaaacag ataacaaaga tgagtacatc gttcattaca aagatgatgc tactgcattc      120

aacggcgaaa aacatgatac tatccttggc aaaggcgtat tgaataataa gatttcttct      180

ttcttctttg aattgttgaa aaaggaaggc ataccaactc actttgttcg tcgcgaagat      240

gatcgcaatc aaacagtact tactttggat atcattcctt tagaagttat tgttcgtaac      300

attgctgctg gctccatggc taaacgcttt ggtattgaag aaggtactcc tcttaaacat      360

ccaatccttg aattctgcta caaaaatgat gaattaggcg atccatttgc caatgaatcc      420

caaatcacag cacttggttg ggctacgcaa gaacaacttg atgtaatttc tacaatcact      480

ttaaaagtaa atgatatttt gaaaaaattc ttggctacaa aaaatgtaac ccttgtagac      540

tttaaattag aatttggtac acacaatggt gaagtattat taggcgatga aatttctcct      600

gatacatgcc gtttctggga tgctacaaca ggtgaaaaac tcgacaaaga ccgcttccgt      660

cgcgatcttg gcaatattga agaagcgtac aaggaaatgt tattccgtct tactggcgaa      720

cgcgcctaa                                                              729


<210>  2401
<211>  2175
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP022

<400>  2401
caatctctcg tgaccgacat ccataaccgc cacagccatc caatcgcgct gcgcgacgcc       60

accgtcaccg acccgttctg ggccgccgag caggagctcg tacgcaccgc ggtgattcca      120

tatcagtgga atgcgttgaa cgacaacgtt cccggtgccg cccccagcta ctgcatgcac      180

aacttcaagg ccgcggccgc gcagaatgcc gagcatcacg agcagggcaa ggccttcgtg      240

ccgccgaaat acaccttccg aggcttcgag gcgctgccgg aagacccggc caatcccgac      300

ccggacaaat tctatggatt cgtgttccaa gacaccgact tctccaagtg gatcgaagcg      360

gtcggctact cgctgaccca tcatcccgac gccgaactcg aggccacagc cgacgcggcc      420

atcgacatcg tgtgcgcggc gcagctggac aacggctacc ttgacaccta ctacattctc      480

aacggcatgg accgccactt caccaatctg aaggaccatc acgaactgta ctgtttcggg      540

catctggtcg aaggtgcggt cgcctactac gaggccacgg gcaaacgcaa gctacttgat      600

gcggcctgcc gtttcgccga ttacatcgat tcccgatttg gtacggaaga aggcaggctg      660

cacggctatc cgggccatga gatcgccgag atggcgctgg tgaagctggc tgcggtaacc      720

ggcgagaccc gttacgccgg cctggccgaa tacttcgtac ggcagcgtgg ccagcaacca      780

ctgtactttg cgctcgaaga tcgccgccgt gccgaagagg acggtcgcaa ctacgagcca      840

cgtgaacaga actacgccta ctatcaagcc gacaagccgg tcacggaaca aacggaggcg      900

ctcggtcatg ccgtgcgcgc cgcctacttc tactcaggcg tggccgacgt ggcgagaatc      960

accggggaag caacactgct ggaatcctgc gagacgctct ggcgcaacat cgtcgacagg     1020

aaactgtata tcaccggcgg catcggtgcc acgcatatgg gcgaggcgtt ctccttcgac     1080

tacgatctgc cgaacgacac cgcctactcg gaaagctgcg cggccatcgc actcgcgttc     1140

tttgcgcgcc gtatgcttga gattcagcca aaatccgaat atgcggacgt catggaatcg     1200

gccttgtaca acaccacgct ggccggcatg gcgctcgatg gcaaaagctt cttctatgtg     1260

aatccgttgg aggtcgtgcc cgaagcctgc catcgcgacg aacgcaagtt ccacgtcaag     1320

ccggtacgtc agaagtggtt cggctgcgcg tgctgcccgc cgaacatcgc ccgcatggtc     1380

gaaagcgtgc aacagtacgc ctacacggtg gccgacgatg cctccacgct gtatgtgcac     1440

ctgtatatgg gtggcgtggt gtccgcgaaa ctcggcggtt ccgatgtctc ccttgaagtg     1500

cgggccggta tgccttggaa tggcgccggt gccatcaccg tgacccttcc ttcctccgat     1560

gaggggcagg ttccggagtc ctttgccttg gcccttcgcc tgcccgcctg ggccggtggc     1620

gagtcggccg ccgactccat ccatgccgcg ggtgagaagg attctcgcat cacacgcacc     1680

atccgtgacg gctacctcta cctcaccggt acttggcgtg acggtgacgt catcgatttc     1740

gacttcccca tgccggtcag gatgattgcg gccaatcctc tcgtacgcga agacgcaggc     1800

aaggtcgcct tcatccgcgg cccgctggcc tactgcgcgg aaggcaccga caatggtgac     1860

aatctgcatc tgctacatgc tgatgccgag acgatcgccg ccgatccgga cgccgtcaaa     1920

gtcaacgaaa tcaccttcca tgcgcaggcc gccgcacagg acgaacgagg cttgggcgaa     1980

gtggaaccgg tcgatctgcc gatggtcacg ctgaccattc ccgcttggcg ggagtcctcg     2040

cagggcgccg ccgacaagtc gctgtacgca ctgtggcagc cggcacaacg tcaaccgacg     2100

gaagtcacgc tgatcccgta tttcgcatgg gccaatcgtg gcgaaaccga gatgacggtg     2160

ttcctgcgca gctga                                                      2175


<210>  2402
<211>  1293
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP023

<400>  2402
atgaagcata tttcaggagc ggccaaagcc gtcatcgaca aatataatgg cacggagctg       60

atcatccgca tcattgtcgg cctgatcgcc ggcaccatcc ttgccctgat catgccgcac      120

atgacatgga tcggcgaatt cggcaccttg ttcgtcagtg ccctgaaagc catcgccccg      180

attctggtgt ttgtgctcgt ggccagcgca ctcgcccaag gcgcatccaa gcttgatcgc      240

cgtttcggca cggtgatttt cctgtacctg ttcaccacct ttctgtccgc gatcgtagcc      300

gtgcttactt cccgcgcctt tccgcagacc ctgtcgttag gccaggcggc caaggccgat      360

gtggtgccgc agggccttgc cgaagtggtg cagacgctgc tgaccaacat cgtgtccaat      420

ccgattcagg ccatgatcga tggcaactac atctgcattc tcatgtgggc ctgcctgttc      480

ggtctggcca tgaaggccat cgccaccgaa agctccaagg cgttcatggc caacgtggct      540

gacggcgtat cccaagtgat tcgttgggtc atcaacctcg ctccgttcgg catcatgggc      600

cttgtgttca ccaatgtggc cgataacggt ctcgcagcct tcaccaagta cggctcgctg      660

cttcttctgc ttgtcggcac catgctgctc atggtgcttg tattcggacc gctggtcatc      720

ttcatctacc tgcgccgcaa tccgtatcca ctggtctacc gttgtttcaa ggaatccggc      780

gtgaccgcgt tcttcacccg ttcctccgct gcgaacattc cggtcaatat gcagctgtgc      840

gaaaaactcg gcctcgataa ggacatatat tccgtatcta ttccgctggg cgccaccatc      900

aacatgaatg gtgccgccgt gaccatcacc gtcatggcca tggccgctgc gaacacgctc      960

ggcatccaaa tctctctgcc ggccgccatc ctgctgtccg tggtctccgc gcttggcgca     1020

tgcggcgctt ccggtgtggc cggcggttcc ttgctgctca ttccgatggc ttgctcgctg     1080

ttcggcatca acaacgacat cgccatgcag gtggtgggcg tcggcttcat catcggcgtc     1140

attcaggatt ccgtggaaac ctgcctgaac tccgcctccg acgtggaatt cgcggccacc     1200

gccgaatacc actcttggct caggcagggc cgccagttgc cggccttcat gtattccaag     1260

aaggagcgtc agcggctcgg catcgaagcc tga                                  1293


<210>  2403
<211>  1425
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP024

<400>  2403
atgatcacta cccgcttgag gcagttcggt ctgctgatgc tcagcatgct gacctgcgcc       60

gtggcgttct tccagatgtt cgaacgcacc acgggtggtt tcccttccaa ctacatggga      120

atgctcgtgt tcatcgcagt gctgttcctg gccgcatggg gcctgttgct gcgattccag      180

ccgtatgcaa gccagaccat cctatgctgc gtcatgttgc tgaccggcat cggcgtaacc      240

atgatcgccc gcatcgatca ggagaccaag acctcggtcg cattcaaaca gttgatgtgg      300

ttggccatag cgcttgtatt gagtgccctg ctggtgatct tcctcaagga ttaccgcgtg      360

ctgcgccgct tctcatacgt aagcatggtg gtcggcctgg tgttgctgct gtccccgatg      420

ctgccggtga tcggctccga acagtatggc gcgaggattt gggtgaagat tcccggcctc      480

ggctcgttcc agccaagcga attcgccaag ctgttccttg cgttcttctt cgcctcctac      540

ctgttcgacc accgcgacca gcttgcggtc ggcggcaaga aagtactcgg cctgcagctg      600

ccgaggatca aggatatggg cccgatcatc gtggtgtgga tcgtggccat gggcgtgctc      660

gtgattcagc acgatctggg cacctcgctg atgttcttcg ccatgttcgt atccatgctg      720

tatgtggcca ccggccgtaa aagctggatc atcatcggct tcatcgcctt cgccgcgggc      780

gcattcctgg cggcgaacat cttcagtcat gtcggcgcgc gcgtcgacgc ctggctgcac      840

ccgttcagta cggagcagta tggcaaggaa tatggcggat cgtaccaatt ggtcaccggc      900

attttcggtc tggcttccgg tggcatgatg ggcaccggcc tggggcaggg gcatccgtcg      960

ctcacgccga tcgccaactc cgactacatc tacgccgctg ccggcgagga gcttggtctg     1020

accggcctgt tggccacact gatgctgtat ctgctgatca tcgccgccgg catgatcacc     1080

gccatgaaga tcaaggacgg tttcggcaag ctgctggcct ccggcctggt gttcaccatg     1140

gcattccagg tgttcaccgt ggttggcggc atcacgctgg tcattccgct caccggcctg     1200

accctgccgt acatggccgc cggcggctcg tcgctgatcg ccaattatct gttggccacg     1260

ttgctggtca tcatttcgaa tgccgcgaac aaaccggagg atgacctgaa cagcgatacc     1320

ttccagtacg aggcgatgca ggcgttgcgc aaccgcgaca tgaaacaccg tacgcagccc     1380

accgaaccga tcgcacgcac cgtgacggga ggctcgaatg aataa                     1425


<210>  2404
<211>  2085
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP025

<400>  2404
gtgaacaaag tggggaaacg cgtgaccaga acatccgtga acaaaccaat tgaagaactg       60

agcatcgcaa cggtcgaccc gtccgctcgc ggcaaggaac gcaaggcgtt cccgggttgg      120

ctctacgccg tactgttcct ggtattcgat tttcttgcga ttgcgattct gcagtggggc      180

gtgacgctgt ccagcaccag ggtgacgctg tccagcccgc ttaacggtct gggtgacctc      240

gtctcgaaaa tgtggctgaa gctgaatttc gtgcttctgc tgaacatgat catggtcggc      300

atcgtctatc tggtgctgct catgctgtgc aatcgtttct ggatagccac gccggtactg      360

atcgcaatcg ccacggtcat tgcggtaatc gaacgattta aggttgagat tcgttatgag      420

gcgattctgc cgtccgatct gaactttctc ggttcgaaca ccggcaatct catgagtttc      480

atgccatcga acgcgccgct ggtgattggc gttgccgcgg ccgcgttcgt cgtgttcgtg      540

gcattgattg tgttcctcaa ccatatcgac gggcgtcatg gtcgcatgat ccgcagtgcc      600

aaccccgggc ttgccgcagt cacccgactg ctgctgatcg cggtgcccgg tctcgggttc      660

ggtctgtatg tcgcgcaggt cggcaccgtg gattcatggg catacggcct gtcccgaggc      720

atgggagaca cgccttccat gtgggattcc gtctacgatg cgcagcgcaa cggcccggtc      780

gtctccttcg tgcgtcagct caatccgaaa gtcatggaca agccttccga ttacagcgaa      840

gagaccatga aggccgtggc cgcacgctat gcaaaggccg cgaagaagat caacgcgaat      900

cgttccgcga acatgaccga cagcaccgtg atctatgtgc tgtccgaatc cttctccgac      960

ccctcgcgtg tgccggggct gaaggttaac aaggacgcga tgccgaatat ccgttccatc     1020

aaggagcaca ccacttccgg cctgatgctc tcttccggat acggtggcgg caccgccaat     1080

cttgaatata tgggtctgac cggcctgagc atggcgaatt tcgattcgtc gctgaccagt     1140

ccctaccagc agctggtgcc gaccgagcat tggacgccga ccattaacca gatgtggggc     1200

gctgccaaga actccatcgg cctgcacccg tacgagccgt ccatgtattc gcgcgccacg     1260

aattataaga agttcggttt ctcgcacttc tacacgcttg aaggcgatga catcatctcg     1320

catcaggaca agatcgatga ttccccgtac gtcagcgacg aggccgccta tacgagcacc     1380

atcgaagagg tgaagaagag caagagcggt cagttcctgc agctcatcac catgcagaat     1440

cacatgccgt ataagaattg gtacaagaac aatgagttca aggccgaatc gaccaccggc     1500

acaccgctgg gggaaggcga aaccgagtct atcgaaacct atgccaaggg cgtggaactg     1560

accgacaccg ccaccaagga cttccttgaa cagcttgacg aaatcgacaa gccgatcacc     1620

gtagtcttct atggcgatca tctgccgggc atctactcat ccgccagcga ggatgaggat     1680

aattcgctcg acctgcacct gaccgactat ttcatctggt ccaataaggc ctcgtcttcg     1740

gccaatacca agatttccga cgacaattac tcttcgccga acttcttcgt ggccgaggcg     1800

gccgaacata tggacgccaa ggtatcgccg tatctggcgt tccttacgca gatgcattcc     1860

aagatcgccg ccatggaacc gccggtcgtc aacaacatcc aaggctggga tcgcattccc     1920

gaaggtcaga acatctatct tgaccaagac ggcaaaccga tggccgaaaa ggatctcgat     1980

gccgaaacca agcagttgct ggccgactac aggctgatcc aatatgacat tacggcaggt     2040

aagaactatc tgaaatccac cggtttcatg aatctgccga agtga                     2085


<210>  2405
<211>  1281
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP026

<400>  2405
atgtacgaaa acgtcgacac cacctgcgtg cagggaggct accagccaga caacggcgaa       60

tcccgcacgc caccgatcat tcaggcgacg accttcaaat accaatccag cgagcagatg      120

agccggctgt tcgacctatc cgaagccgga tacttctata ctcgcctgca gaatccgacc      180

aacgacacca tcgccgcgaa aatctgcgag atggaaggcg gcgccgccgc gatgctgacc      240

tcatccggcc aagcggcgaa cttcttcgcc ttgttcaaca tctgcaacaa cggcgaccac      300

atcgtagcct cctccgcaat ctacggagga accttcaatc tcatcaacgt gaccatgcgc      360

aagatgggca tcgaatgcac gttcgtgagt cccgaatgca ccgaggagga actcgaggag      420

gcgttccagc cgaacaccaa ggccgtgttc ggcgaatcca tttccaatcc ggcgcttatc      480

gtattggatt tcgagaagtt tgcgagcgcc gcgcaccgcc atggcgtgcc gctgatcgtc      540

gacaatacct tcccgacgcc gatcaactgc cgaccgttcg aatacggcgt ggacatcgtg      600

acccacgcca ccaccaaata catggacggc catggctcct gcgtgggtgg cgcgatcgtg      660

gattccggca acttcgattg gatggcgcat gcggagaagt tccccggcct gaccacgccg      720

gacgagtcct accatggcgt gacctacgcg aaggagttcg gcaaggcggc ctacatcacc      780

aaggccaccg cacagctcat gcgtgatttc ggctccacgc cggccccgat cagctcgtgg      840

atcatgggca tgcacatgga atcgttgggc gtacgcatgg aacgccattg cgcgaacgcg      900

ctggccgtgg cccggtggct ggatgccgat tcgcgcatca gctgggtgag ctacccgggg      960

ctcgaaggtg acaagtacca tgcgctggcc gagaagtaca tgccgaacgg cacttgcggt     1020

gtgatttcct tcggcgtgcc gggcggacgc gagaaggtct ccgcattcct cgaccacctg     1080

aagatggtgt cgatcgccac gcatgtggcc gatgcgcgca gctgcacgct gtatccggcg     1140

ggcaccacgc atcgtcaact taccgacgaa cagcttgagg aagccggcgt gggcatcgat     1200

ttggtgcgtc tgagctgtgg catcgaaaac gcggccgaca tcatcgccga tctcgatcag     1260

gccctagcct ccatacagta g                                               1281


<210>  2406
<211>  2094
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP027

<400>  2406
atgtctgtac tcgatgaatt ggtggcagga gccgtcgaag accaacaggc acgtgagaag       60

agcgtgtcgc tcgacgaatt gaagcggcag gtggcccagg ctcctgcgcc gatcgatgcg      120

cgccgatggt tgaagaaagc ggatggcatt ccggtcattg ccgaaatcaa gagggcctcg      180

ccttccaagg gccacctcag cgatatcccc gatccgtcgg cgttggcccg ggagtatgag      240

cgcggtgggg caagcgcgat ttccgtactt accgagggac gtcgtttcct tggctcgctt      300

gatgatttgg acaaggtctg cgctgccgtg catattccgg tgctccgtaa ggatttcatc      360

gtcaccgaat atcagatctg ggaggcacgc gcccatggcg ccgatctggt gttgctcatc      420

gtcgcggcat tggatgatgc caagctcagg tcgttgctcg atctggccca caccctcgat      480

atgacggtgc tggtcgagac gcacacgcgc gaggagattc aacgcgccat tgccgcaggt      540

gcacgtgtga tcggcatcaa tgcacgtaac ctcaaggatc tgaaagtgga cgtcaataaa      600

tacgacgagc tcgcagccga cctacccgac gatgtcatca gggttgccga atcaggtgta      660

ttcggagccg tcgagcttga agactatgcc cgcgccggag ccgatgcagt gctcgtaggt      720

gagggcgtcg ccaccgcagc caatcatgaa caggccgtcg aacgtctagt aaaggcagga      780

gcaagagtga aagcatccga acaaaccccg ttgagcacac atgaaggtcc atatttcggc      840

caattcggtg gacgctacgt gccggaggcg ctgattacgg cgcttgacga gctcgaacgc      900

gtctacgcac aggccaaggc cgatccggaa ttccacaagg aacttgccag gctcaaccag      960

cagtacgtgg gccgtccgtc gccactgacc gaagctcctc gttttgccga gcgccttagg     1020

gagaaaaccg gtttggacgc ccgggtcttc ctcaagcgcg aggatctgaa ccacaccggc     1080

gcacacaaga tcaacaatgc cctcggacag gcgctgctgg tcaagcgcat gggcaagacc     1140

cgcgtcatcg ccgaaaccgg tgcgggtcag catggtgtgg ccactgccac cgtatgcgcc     1200

atgctcggtc tgaagtgccg tatctacatg ggtcagatcg atgcccgccg tcaggctttg     1260

aatgtggccc gcatgcgcat gctcggagcc gaagtcgtgg aagtcacgtt gggcgaccgt     1320

attctcaagg atgccatcaa tgaggcgctg cgcgactggg tcaccaacgt caaggacacg     1380

cattatctgc tcggcaccgt tgcaggacca caccccttcc ccgccatggt gcgtgatttc     1440

cagaagatca tcggcgaaga ggccaagcag cagttgcagg attggtacgg catcgatcat     1500

ccggacgcca tctgcgcctg cgtcggtggc ggttccaatg ccatcggcgt catgaatgcc     1560

ttcctcgatg acgaacgtgt gaacctatac ggttatgaag ctggcggtaa cggtcccgaa     1620

tccggacgcc acgccattcg tttcgctccc ggaaccggtg agctgggcat gttccagggt     1680

gcaaagagct acctgctcga aaacgccgaa ggccagacgc tcgataccta ctctatttcc     1740

gcgggcctcg attacgcgtc cgtgggaccg gaacatgcat ggctcaagga tatcggccgc     1800

gtcaactatt cgtgggccac cgatgaggaa gccatgagcg gtttcaagga tctgtgcgag     1860

accgagggca tcatccccgc catcgaaagc tctcatgccg tcgccggcgc gtacaaggcc     1920

gccgaggatc tcaaagccaa gggatatgag catccggtga tgatcatcaa catctccggt     1980

cgaggcgaca aggacatgaa taccgcaggc aagtggttcg gttatctgac cgatgagcag     2040

gccaaggcgc tggaagccaa tggcgctcaa ggcaacaatg cagacggcga gtga           2094


<210>  2407
<211>  2391
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP028

<400>  2407
atgaccttcc caccgattcc cgaccaaagc cataccttca ccggatcgtg ggccgattcc       60

acgcattcgg tggtctggat gacccgcagc ggcaaacagc ggccgctgat cagcgcacac      120

cgcccggcaa gccggcagtt cgccggtctt ctgacgacag cactgctcac gctcgccacc      180

gccagcaacc tcatcgacgt gtatggctca ccagccgcat gggccgtcgc cgccgtgcca      240

gccaccgtca tcggctgtct ggtggcgctc gccggcaccg tcgaggcgtt gcgactatgg      300

tggcaggccc tgttcatggc actggcgcaa ctcgtcatcg gacccgttct cctgctgaac      360

gagaccacca tcgcacacgt catacccacc ttgcgtacgt tgacgcaagg atggacgtcc      420

atgctcggat cgttcaagta cgtactgtcg atcgacccgc ctaccggcac cgccaacggc      480

agtctgctgg ccgtatggac gatctgcctg tggttcgcac tgctgaccgg catattcgcc      540

gtcgcgcagg acggccgtct cgccatgttc gccatcattc cggtgatggc gaacatggcg      600

atctgcgcat tgctcggcac cgccagtggc tactatcgtt tcgccatcgg caccgccgtt      660

gccatcgtgt tgatgatttg ggtgagcgct cgctggggat tgctggagtt gggccgttgg      720

attagctccg cgatcatcgt ggcgctttcg gctgcactgg cgataggcgc atgtctgacg      780

atcccgcagg accgaatcat tctgcgagac tattacgacc cgccgttgag cccgtacgat      840

tacacaagcc cgttgagcgg catgcgatcc tatatcaaga atcataagga cgatacgttg      900

ctgaccgtca ccgacctgcc ggccggctcc accatccgtc tggccgtgat ggaccgtttc      960

gacggcaatg tgtggaatct ttcggattcc acgatggccg ccgattcatc gaactaccat     1020

cgtgtcggca ccactatcag gaacaacgtc aagggcagga agttcgcgtc cacgttcacg     1080

gtgaacaggg gcctgagcga ctactggctg ccgatgaccg gcaccgcctc cggcgtgacg     1140

ttcgagcatg aggatgatgc cgactcgttc tactacaaca ccgccacgca ttcggccatc     1200

tatgcgtcca agacgaccgc cggcctgacc tacacggaaa ccggcatcat gcccgccgtg     1260

cccaccgaca gccagatcag caaggccaag gcctcctcgg taagccagcc gcaggcgcag     1320

cacgtgcccg acagcgtgga caggctcgcc accgcagtgg ctggcggccg gtccaagggc     1380

ggtgaggcgg ccctcgccct ggcgaacgag ctcaaggaat ccggctggtt ctcgcatggt     1440

ctggccggag actatccatc ctcccccggc cacggcaact atcgcatcga tcagctcctt     1500

gccggcaccg ccatggtggg cgacagcgaa cagtatgcct ccacgatggc gctgatggcc     1560

cgcagtctgg gtctgtccag ccgtgtggtg ctcggattcc tgccgaagaa cgaggaaggc     1620

gacatcagcg aggaacgcac cgaacggcac ggcaagtcca ccaccaccga attcaccggc     1680

aatgacgtga ccgcatgggt ggagatcaag ctcgacggct acggatgggt gtcgttctat     1740

cccacaccga aggagacgaa ggttcccgac gaaaaccaga atctcactcc gccgaacccg     1800

cagacgctgg tacgccagcc tccggtgccg cttaccgacc cgcttcgtga cgacaatcag     1860

gccaagggca aatcatcgat cggcggcagc gaggccgacg aatcccctac caacctgttc     1920

tggcaacgtt tcgagcgcat cgccaaaaag gtggccatct atggaagccc gctctgggcg     1980

ctactcacca tctgtgcgct gctgctcggc atcaaggcga tcgccttggc acgggcccgc     2040

agacatggcg acgcacgtca gcgcgtagcc gcaggatggc aatccgtcgc cgccctggcc     2100

aggcaaagcg gactcgatgt cgacggcacc cgtcgcgatc aggcgcaggc catcggccga     2160

cagctcaacg tcgatgccgt ctcactgctc gcattgggca aggaagccga ttacgcggcg     2220

ttttcgggcg atacggtgca ggaagagcat gtgcaacggt attggcggaa catcgatgtg     2280

gtgcgccggt ccatactcgg atccctgcct cctgcacgga ggtggagagc caggctgtcg     2340

ctcgcggacg tattccacat ccgacggcac gggaaagggc ggagttcatg a              2391


<210>  2408
<211>  822
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP029

<400>  2408
atgacttctt cgaacacgcg catcaccatg cccgaatcgc agcaggatga cgctgcgacc       60

ccggcggaga actcctatca gaccactacg gaaaacaatg aaatccactc cggggtgggc      120

gtgctcgaca agaccgtaaa gattctcgac gcactcgagt ccggcccggc cacactcggc      180

cagcttgtcg cagccaccgg cttggcccgt ccgaccgccc atcgccttgc gattgcgctg      240

gaacgccatc gtttcgtgct acgcgaccag catggccgtt tcgtattggg atcacgattc      300

gccgagctgg ccgccgccgc aggcgaagac cggctgctca ccgccgccgg cccgattttg      360

cagaccttac tggatcgcac cggtgaatcc gcccaaatct accgccgtca gggcgatcag      420

cgtgtgtgca tcgcagccgt ggagcgcgct tccggtttgc gcgattcgat tccggtcggc      480

gccatgctgt cgatggaagc cggttccgcc gcgcagatcc tcttggcctg ggaggattcc      540

gagcgcctgc atcagggact tcgccatgcc aagttcactg cggccaagtt gtccgccgtg      600

cgtaagcgcg gctgggccga gtccgtcaac gaacgcgacg aaggcgtatg ctccatctcc      660

gcaccgattc gcaacgcttc cggacaggta atcgccgcaa tctccatttc gggccccaac      720

ggtcggatgg gcgtcaatcc agggcgccgc tatgcgccgc tggtcatggc cgccggcaag      780

tatctcaccg aagccctgat caaggcctcc gcaggccgct ga                         822


<210>  2409
<211>  1020
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP030

<400>  2409
atgcctgaaa atccgttcga ggaagcccgg ttcgatcatg tgggggaaac cggtgaactc       60

gtctttgttt caggtgccgg aaaattcgcc gtaaaggtcg atgatgcgct tgagagagcc      120

attttggaag cgaaacagat tcgttccgaa gtacaacggg aacaccagcc gcatacgtcc      180

acaacgttgc cgatctcaca gattcagtcg ctgattcgcg ccggtgccga tcccgcgcga      240

gtcgcggaac gatacgcttt gagcgaggct cttgttcggc gtttctcggc cgcggtcgaa      300

acggaaaagc agtatgccat cgagcagttc ctcgccgtgc cggcaccgaa ggagagccgc      360

gtacgcacgc tttccgagct catcgaacgc acgttcgcgg cggcccgcgt ccgtttggag      420

gacgtgactt ggaaggctac gcgacgcggt ctggagccat ggaaaatcac cgcgcaattc      480

acatccaacg gccgcaccat ccgtgccgaa tggacatgga acatgcacga caacgccgtg      540

acttgcctca atgcaaccgc caagaaactc atcggcgaac aggacacgcc taaaacggga      600

ggcgccgaag aacatacggt ggatgaggat tttctggcat cgttgaatct gcctggcaat      660

tccgcgcgct ccgcccgcat cgaacagacc gtctcagcct ggaacacgcc tgagccgacc      720

atgccagccg cccggccgaa atcagccgct ccctccgtac cgttgtcccc catcgattcg      780

ggcacgatcg caacgacccc gccgattccc gaaggagtcg gcgccgtgcc gatgccgcag      840

tccccgagcg aatccgacat gcaggcgcag cccgaacagg actcgccgca gacgaagggc      900

gaaacatcgt cccacacggc ttcgacgcct gacgaacatg gccaaggcgc cacgaaggcg      960

aaacgtcgtg ccggacgttc cgcagtgccc agctgggatg agattctgtt cggcgactga     1020


<210>  2410
<211>  1359
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP031

<400>  2410
atgacgatga agtcaggaat atcgaagatt atcgagccgt tcgccctggc tcacgtacgt       60

ctgattgtcg gagatgccaa gggaaccgta ttgcccgata tgacggttct ggtcggtgcg      120

catggccgga tcgaacgggt ctcgccaagc ttcgacaccc ccgttccgga cgaataccat      180

tatcttgacg gtaccggaaa atatgcgatg ccaggcctga ttaacgcgca tacgcacctg      240

ttctcgcaag gacgcccgtt gaatccgaag atggccacgc cgaaaggcca gcgcatcatc      300

gcggccatgg tgcattcgcc gttcggcaga ccatatgtca acgccatggc gaaggcgagc      360

atacgtacgc tgctggagtc gggcgtcact acgatccgta cgctgggcga tatcggttat      420

gaggccgtga cgttgcgtga tgagatcgcc gcaaacgaaa tggtaggccc tcgtgttctg      480

gcatcgggac cgttgctggc gattcccgac ggccatggcg ctcccctgat cgcgttggaa      540

agcgaaaccc cgcaagaggc acgtctgcat acgcgcatga acatcgaaca tggcgtcaat      600

gccatcaaga tcgccgcaac cggtggcgtc accgactccc aggtgctcgg agaggccggt      660

tcccctcaga tgaccatcga acagatgcgc gccatctgcg acgaggccca caacgcaggc      720

atcatcgtcg ccgcgcatgc gcaaggcgcg gagggggttc gcagagcgtt gcaggctggc      780

gtggacacca tcgaacatgg cagccgcctt gatgatgaac tgatcgaact gttcacgcac      840

aatccgaatg cgttgcgcgg ccattccgca ctggtgccga cgctttccgc aggattcccg      900

ctgtgcgcat tcggccgcga cgtaaccggc atcaccgaga ttcaggccga gaattcgaaa      960

ctcgtggtcg acggcatgat cgccggcgcc cgggccgcac atgacgcggg cattccggtc     1020

ggcgtcggca ccgacaccgc catgactttc gtaacgcaat acaatacgtg gcgcgaactg     1080

gcgctactgg tgaaattcgc cggattcaca ccggccgagg ccatccatgc ggccaccgcc     1140

gtgaatgcac ggattctcaa cgtgtgcgca tccaccggtt cattggagga tggcaaggtc     1200

gccgacatgg tggtgctgga tgccaatccg ctggagtctc tcgccgcact tgcccgtccg     1260

gcgctggtga tcgccgccgg tcatcccgta tggcatccgc atgccaagcg gttcgatgac     1320

atcgaccgcc tgcttgatga ggcgatggaa cgtacatga                            1359


<210>  2411
<211>  1230
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP032

<400>  2411
atgagtattg aagtgccgca tatgcaggag ctgctttcca tgacctcgcc cgcgcgatac       60

ggcgacggca ggtcggcgaa aatgggcgaa cgcgggggag cgctgcatct ttcggcggtg      120

ctgccggcga tttccgcagc ccttggccat ccaatcccga ccgcgattca tcaggatccg      180

ctctccctgc agaccgtgtt gggacttccc gatgcgcgat cggcggtcat cgtgctggtt      240

gacggtcttg gctactggaa tctcaatatg agactcggcc atgcgccata cctccgttcg      300

ctgatgaacg attccgtcaa ccaacgcccg attgctacct gcatgccaag caccacggtg      360

gccgccatgg cctcgttcgg taccggcaca tgccccggat tgaccggcat gaccggatat      420

acgcagctga atccgaacaa tggcgaaatc tgccagctga tatcattcaa aaacgcgatg      480

gccccacttg atctgcaacg ccagcccacg gtattcgagt gtcttgccga acagggtgta      540

cgcgtcacta gttccggatt gcctaaattc gcgttctcgg cgttgacgca gtcttcgttg      600

cgtggtaccg actacatctc caatacggat tcgcgcacga ggatcgcggt tgccgcaagg      660

gccgcacgaa ggccgggatt gacctatgtc tatctgcgtg ataccgacaa ggtcggccat      720

aactatggtt gggattccga caagtggatt ggggccttcg aacgtgtgga cggtcagctt      780

gggctgctca gacgcagcct tcccaaaggg acgctgatcg ttgtcgtcgc ggatcatggc      840

atgatcaccg ctgatccgca acaacgcatc gacatagccg gggagccccg gctatcccaa      900

ggtgtggcga gtatcggcgg cgaaccacgt tgcgtgatgc tctatgccga acatggcgaa      960

aatcctgagg acatcgccat gagatggcgt gatttcctag aggagcgggc gcaggtgcgc     1020

acgcgtgccg aagcgattgc acaaggcgtg tacgggccgg tcgaaccgta tgtggaaccg     1080

atgttgggtg atgtcatcgt gtcggccgca caatccgtga ccatcgtcga ctcacggacg     1140

caggccgaga aggcgacgca cctgcctagc gtgcacggat cgctgaccat gctggaatcg     1200

gacattccct gtctgattga catggcctag                                      1230


<210>  2412
<211>  1497
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP033

<400>  2412
gtggcagaaa accaagcgcc taacgccgcg gctgacgtgg agatgagtca gtatgtggct       60

gatcgttcgc gtgtgaacga agacaagatc aaacaggatg atgaaatcat ccagcagttc      120

ggtgactaca cctatggctg gcatgatacg gacttcgcgg gcgaggcggc gaagaaaggc      180

atcgacgaga acgtggtacg tgccatttcc gccgataaaa acgagccgga atggatgttg      240

gagaagcgac ttgaggggta tcgtgacttc atcaatcgtc cgatgccgca atggggcgtc      300

gatctgaagg atttcgacgc ggacgatttc aagtactacg tcaagccgat cgacaagcag      360

gccacgacct gggacgagct acctgaggaa atccgcagca cctatgacaa gctgggcatt      420

ccggaagccg aaaagagccg ccttgtttcc ggcgtcgccg cacagtacga atccgaagtc      480

atctacaact cgatccagaa ggagctttcg gatcagggcg tgatcttcgt cgacaccgac      540

accgccgtgc agcggtatcc ggaaatcgtc aggaaatact tcggcaaatg cattccgagc      600

aacgacaaca agttctcggc gctgaacacc gccgcatggt cgggcggatc gttcgtatac      660

gtgcccaagg gtgtgcatgt cgacatcccg ctgcaggctt atttccgcat taacacgccg      720

aatatgggcc agttcgagcg tacgctcatc atcgccgacg aaggctccta tgtgcattac      780

gtggaaggct gcaccgctcc gatctactcc accgactcgt tgcattccgg tgtggtggag      840

atcttcgtgg agccgcatgc ccgcgtgcgc tacaccaccg tgcagaattg gtcgaacaac      900

gtgtacaatc tggtgaccca gcgtgcctac gtacgtgagg gaggcactat ggagtgggtt      960

gacggcaaca tcggctccaa ggccaccatg aaatatccgg cctgcatcct cgccgaaccg     1020

tacgccaagg ccagcaccat gtccctggga ttcgccggca aggggcaata tcaggatacc     1080

ggcgcgaaga tgatccatct cgccccgcat accagctcca ccatcgtagc caagtcgatt     1140

tcccgcggcg gcggccgttc cgcctaccgt gggctggtca agatcgtcaa gggcgcggag     1200

ggctcctcga actcgaccgt gtgcgatgca ttgctggtcg acgaattcag ccgttccgac     1260

acctacccac atgtggacgt acgtgaggat gacgtgtcca tggcgcatga ggcaaccgtc     1320

tccaaggtct ccgaagacca gttgttctat ctgatgagcc gtggtctttc cgaagacgag     1380

gccatgggca tgatcgtgcg tggcttcgtg gagccgatca gccgcgagct gccgatggaa     1440

tacgcactcg agctgaatcg actggtggaa ctgcagatgg aaggatcggt gggctga        1497


<210>  2413
<211>  1221
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP034

<400>  2413
atgacgcaca acgtgaagaa ggaccgattt ttcaatcttc cggtgacgat tctcgtggcc       60

ttgagcttca tgctgggcat gagcgagttc atcatggtcg gcatcctgcc ggatatcgcg      120

gccggactga aggtatccga agtgaccgtc ggtaatctgg tttcgttatt cgcgcttgtc      180

tacgcaccgg tcacgccgct cggctcggcc ttgtcggcgc gcttcccgcg cttcgccacg      240

catctgacgc tggtcggcgt cttcctgctc ggcaacgtgc tgtgcgcgtt cgcgcccaac      300

tatggcgtgc tcgtcatcgc gcgaatcctc atcgcactcg tctccggtac gcttgtggcc      360

attgccatga cgtacgctcc cgatgtgacg acggaacgat atcgcacgaa attcatcgca      420

tgggtgttct ccggcttctc catcgcatcc gtcgtggggg taccggtcgg cacatgggtg      480

gcgaacgtgt tcggctggcg ttgggcgttc catctggtca acgtgctcac tgtcgagctc      540

atcgtgctga tggtcatcgt attgccgcgc aacagccata tcgtgaagat cggcttcctg      600

ccgcagtttc gcctgttctt cgaccggcgc atccagctcg gcgtgctcga tgtggtgttc      660

ggtgcggccg cgagctacgt gttctacacg tacctgacgc cgatcatgcg cgacgaggtg      720

catgtgccgg aacggtattt gagtgtcgga ctggtgattt tcggcgcagc ctgcctgtgg      780

agcaacctat acggcggcaa gctcgcggac cggggcagag gagtggaacc gctgacgcat      840

atccgcccga tctattgcgc gcatgcggtg ctcatggcgt cgctgatcgc ggcacattgg      900

gtgccggtgt acggcgcgct gctgctcgtg gtactcggca tgttcatgta cttgcagaac      960

tccgcatcgc aggtgctgta tatggatgtc gcctcgcagt cgcatccggg atcgttgaac     1020

cttgccgcgt cgctcaactc catgtcgttc aatatcggca tcgctctcgg ctccgctgtc     1080

ggcggcgtgg tcaacggcca tgtcggtctg atgtggctcg gccccgtcgg cgcgctgttc     1140

ctgttgtgcg ccatcgccat caccacaatg ctgcgcccgt tcgtcgcacg tgaacgtgaa     1200

ttctactcgc gtggcaaata g                                               1221


<210>  2414
<211>  609
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP035

<400>  2414
ttgatgctga acgtcgcacg cgaattacga tgggttgacc tgagcctgga tcattgggat       60

gacatcgccc ccatgcgatg cgccattccg gtggaaagag ggtcaggggc aatggcgaca      120

gccatcaagg tcggcgatcg gttccttcaa ccgtgggagt acgaggtcga atgcatgatc      180

tcggcgcttc catatacggt gagcggcgag aaggaccgag tccggctttc catgcgcatg      240

gtggattgga aaacggatga ggtgacgtcc gtttgctgga ttcgtctcgt ggatggcggt      300

acgtggttca atgacagggg acactaccat atttcggcac tcgcccgctc ggtggactgc      360

aggggaatcc gaatggggtt tttcgcattg cgtgatgcgc tgatatgtat caagagtaac      420

gccttgcgga acaagcgtag tccgttggtg acggcgtatt ccgactatcg cgacgaacga      480

acagtcgaat tgttccgcaa aatgggcttc accaccgagt acgaggccgg tctgtatgcc      540

ggcaaatacc gtctcttcac catcaatctt gacgacagtc cgattccgga cgaccttgag      600

gatttgtga                                                              609


<210>  2415
<211>  1326
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP036

<400>  2415
atggcaagct caactcgatc tgcatggaag aatccttcct atctgcagag ctcctttggc       60

atcttcatgt tcttctgctc ctggggcatc tggtggtcct tcttctccag gtggcttacc      120

gacccgaccc acggcctggg catgacatcc gccgagcagg gccagatcta ctccatcaac      180

tcgctggcca ctttggtcat catgttcgca tacggcgcca ttcaggacca gcttggcatc      240

aagcgcaagc tcgtcatctt catctccgcc gtagcggcac tggtcggccc gttcgtgcag      300

ttcgtatatg ccccgatgct caccgccggc ggcgcaaccc gctacgcagg cgtgctcatc      360

ggctccatcg tgctgtccgc aggcttcatg gccggttgct ccctgttcga ggcggtcacc      420

gaacgctatt cccgtaagtt cggctttgaa tacggccagt cccgtgcctg gggctccttc      480

ggctacgcaa tcgtggcgct gtgcgcaggc ttcctgttca acatcaaccc gctgctcaac      540

ttctgggtcg gctccatctg cggcctcggc atgctgtgcg tctacgcctt ctgggttccg      600

tccgagcaga aggtagagct caagaaggaa gccgatccga acgccacgcc gaccaacccg      660

tccttcaagg agatgatctc cgtcctgaag atgccgaccc tgtgggtgct catcgtcttc      720

atgctgctga ccaacacctt ctacaccgtg ttcgaccagc agatgttccc gaactactac      780

gcctccctct tctccaccac tgaaatcggc aacgccacct acggcaccct gaactccttc      840

caggtgttcc tcgagtccgc catgatgggc gtggttccga tcatcatgaa gaagatcggc      900

gttcgcaact ccctgctgct cggcgcaacc gtgatgttcc tgcgcatcgg cctatgcggc      960

gtgttccacg acccgatttc cgtgtccatc gtcaagctgt tccactccat cgaggtcccg     1020

ctgttctgcc tgccggcgtt ccgctacttc accctgcact tcgacaccaa gctgtcggcg     1080

accctgtaca tggtgggctt ccagatcgcc tcccaggtcg gccaggtgat cttctccacc     1140

ccgcttggcg cactgcatga cgccatgggc gaccgtccga ccttcttcac catctccgcc     1200

atcgtgctcg cagcactggt ctacggcacc ttcgtcatca agaaggacga ccaggaggtc     1260

ggcggcgatc cgttctacac cgacaagcag ctcaaggcaa tggaagcctc caaggccaac     1320

gcctga                                                                1326


<210>  2416
<211>  1431
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP037

<400>  2416
atgtcgataa tgcattccaa catcaatacc atcgcagcag gttatggtta ttccggtggc       60

gccgattccg acagcgtgga agtcaaccca ctgttcgccc gcccgaagga agccaaggcc      120

ttctctaagt tcaagattcc gcaggaagga agcctaccgg agaccgccta tcaggtggtg      180

cacgacgacg ccatgcttga cggcaacgca cgcctgaacc tcgcgacctt cgtaagcacc      240

tggatggacg attatgcgaa ccgcctgtac atggaggcgg ccgacaagaa catgatcgac      300

aaggacgagt acccgaagac cgccgaagtc gaatcccgct gctggcatat gctcgccgac      360

ctctggcatg cgccggaccc gatgaatacc atcggaacct ccaccatcgg ctcctccgag      420

gcatgcatgc tgggcggcct ggccttgaag cgccgctgga aggaagcgcg agaaaaggcc      480

ggcctgccga ccgatcgacc gaatctggtg atgagcagcg ccgtgcaggt gtgctgggag      540

aagttctgca actacttcga cgtggaaccg cgttacgtgc cgatctccga agagcacaag      600

gtgcttgacg gctacgacct cgacaagtac gtcgacgaga acaccatcgg cgtggtggcc      660

atcatgggcg tgacctacac gggcatgtac gagccggtca agaagatctc cgacgcgttg      720

gaccgcatcg aggaacgcac cggactcgat gtgcgcatcc acgtggatgc cgcttcgggc      780

ggtatgatcg caccgttcat ccagcctgac cttcagtggg acttccgcgt caagcgcgtg      840

tactccatca gtacctccgg acacaagtac ggtctggtct acccgggcct gggctgggtg      900

gtatggcgtg agaccgccga cctgccggaa agcctgatct tcaaggtgag ctatctgggc      960

ggcgaaatgc cgaccttcgc gctgaacttc tcccgccccg gcgctcaggt gctgttgcag     1020

tactacatgt tcctgcgttt gggattcgaa ggctaccgcc gcgtgcagca ggccgcgcac     1080

gatgtggcga agtacctgtc gggcgaaatc gccaagatgg acgacttcac tctatggaac     1140

gacggttccg atattccggt gttcgcttgg atgctcaagg acaagccgga tcgcaagtgg     1200

aacctgtacg atctgcagga tcgtctgcgc atgaagggct ggctggtgcc ggcctatccg     1260

atgccggtgg atctgacgca ggtgaccgtg cagcgcatcg tggtgcgcaa cggattcagc     1320

catgatatgg ccgaatcgtt cctgaaggat ctgaaggcct gtgtgaagta tctggatggc     1380

ttgaaggcgc cgatgccgag cgaggcacgg gtctccggct tccatcactg a              1431


<210>  2417
<211>  2286
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP038

<400>  2417
atgaagttca gacacatgct taccagcgcc atcaccgcca taatcgtcag cgtaatagtg       60

gtgggtggca tcatcgtggt cttcgaggcc aacggcgacg agcccgatat gagctacaaa      120

acgcttgatc tggatgcaca gattacggcc gacggcgatt tgaagatcac gcagcatatc      180

gatgtgacgc ttcgcgatcg cagcgatgac gactatgaac gtccatggaa gcagctgtac      240

cagcagtatg atctttccga agatgcgatc accaacatca ccgacatcag cgtatccgac      300

ccgttcaccg gcaaggaata tccgcaggga agcattgcca ttccgagcaa ctattccaag      360

ctggaatgga acgaacagca tgccgggcag tggtatatcg ccgacgtgac ccagggtgat      420

tccaatccgc aaccctatga cccgcagacg caagggttca cggcaaagca ttccaacggt      480

aatggcgaat cgactacggc ccgggtggaa cgggagttga aatccgattc cgccgccact      540

tccgcccagc atcgtaccgt ggaaatcggc tggaacattc cctcgatttc gtcggccagc      600

ggcctgaagt tcgacgtcag catgaccttc aagaatgcgg ttacgaaata caaggacgtc      660

accgccatgc agtgggagcc gttcggcaag aagaaccgga ttccgatcgg taaagtgacc      720

ggtacgctca ccttccccga tggcgccacc agcaagaaca cgtggggttg gctgcacgtc      780

acgcgtgcga attcgaccga tcgcggcaag aatggttcgc tcgtgttctc cgccgatgac      840

atacgatcgg gcgattatct tgacatcgtg gccatgttcg attccacgtt ggctggcaat      900

gtggcgcgca cgtcgggcaa ggacgccaag agcacgttca tgaagatcga aacgcaggac      960

gagaaggaat ggcgtgatga acaacgtcac tccgccagaa tgcgcgtatt gagctgggtg     1020

gtcacgggcg cgctcggcat catattgtgc atactgggca tgattggcgc cattcgcagc     1080

atcagggcat cgcaatacca tggtggcctc gagtattggc gtgacccgcc ggacatgtct     1140

ccggccagcg cggccaagct gatgggggtg ttggccggac cgtccggact tggcgggagg     1200

gactcgagca ttcgtaaccg ccagatgagt tcgaccgtca tgtcgttggc ctcaaagggg     1260

gcaatcgcca tctatcccgg acctgcggag ctgtatgacg gttatgacat gtccgctacc     1320

agcgcaacga cgttggcggc gatgatcgct tcgaacggca aggaatcgga gctgcgcaag     1380

tccagcaccg tggtgatttt gcctgtggtc tacgacaatg tcgaatcatt gaatctcagc     1440

caatccgagc gggccgcact ggacattctg gtcaaggccg caacgctgac cggcagcagg     1500

gtctacgatc tcaaggccat gaagagcgca ttggggaagt acagcaaggc ctacaaactg     1560

caggaagcct tcgacagagc ctgcgacaag gaattcggca ggcttggtgc cacgcagagc     1620

accggttacg gtgcgcgtat gtgcggcgtg tttggcgttc tgctcagtct tgtcatgacg     1680

gtcaggttcg tcagttcggg aagcgagttg gcgttggcgc ttgtggaatg cctgccgatc     1740

atggtggtgt cgatattcat catcaagatc acgcgttcca ccgccatcac cgaggcgggg     1800

cagcagtatg ccggtcaggt gcaggggttg aagaactact tggaggattt cagcgatttc     1860

accgatcgca acgtactcga cctgaccctg tggggtcgtt acatggtata tgcgacggcg     1920

ttcggcattt ccgcgaaggc cgccgcgcag ttggccaagg cctaccctga ggtgaccgat     1980

ccggaatggt tggatcagaa cgccgcgtcc tcgtacctgt actggccgtg ccgttcgtat     2040

tcactcacgt cgggttccgc tttcgcttcg gcggccggat cgttcgatgc atcggcgttc     2100

agcgcgaatt atggcgattt cggagcgcag ctgaattcca gcttctccga cattcgctcc     2160

accatggccg cgactgcgcc gtcatcatcc agcggtggtt ccggtggcgg cttctccggt     2220

ggttccggtg gcggcttcgg cggttcgtcc ggtggcggtg gcggcggctc gttcggcgga     2280

cgctga                                                                2286


<210>  2418
<211>  1401
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP039

<400>  2418
atgtcccaag cgtcacccgc atcgacggca cccgaaaaca ccacggtcac caaaccgaag       60

ttcttctacg ggtggtggat cgtcatcggc ggtttcctga tgatgtgcac ctgctacacg      120

acattcgtga actgctcctc actgttccag gcgcatatcg tctccgatct gcacatgacc      180

atcggccagt acaacaccgg cacgtcgctt gcatcactga tctccatcgt ggcgacgctg      240

ttcatgggtg cgctcatcga taagctcggc gcacgccaga tcgcctcctt cctggtgatc      300

ctctccgcgt tgctgctgtt cggatattcc gccgtcacct ccgcatggca gatctacgcg      360

cttgcggcga tctccggcac gctgatcact tccggcgtac gtctgttcat ctccgtcgtg      420

gtgaccaact ggttcaacct caagcgtggt ctggccgtat ccgcggccct gtgcggctcc      480

ggcttcggtg gcatgatcct ttccccgatc gccagcaccg tcatcgccaa ttacggatgg      540

cgtaccgcct atgtcgtact cggcatgatc tgcttggtcg cggcactgcc gattccggtc      600

atcttcttcc gtaccaagcc gagcgagaag ggtctgctgc cgcttggcgc cgaactgagt      660

gacgaggaga tcaaagaggc cgaacgcagg agcgggcact cactgtccga agtgaacgtg      720

gccgtgggct ggaaggtgct tcgcaagcat gccggattct ggttgctggt actcggcttc      780

ctgttcgtcg gcatcatcaa tggcgcggtt tccgtgaaca tggtctccaa catgacgtcc      840

gtgaacaaca acggcaccga agtggtcacc ggtggccata gcgtggtgtg ggccggctac      900

atcatgtcgc tgtacatggg tgtggtgttg gtcgccaagg tcgcactggg ttggattttc      960

gaccgtttcg gcatggtggg cggcgtgctt gtcggctccg tctcctgcct gctcgcctgc     1020

ctgttcctgt gcttcccgtc cacgaattgg gggccgattc tcgccgcggt cttctacggc     1080

atcggcacct gcaccgccac gatcggtcca tccatcatga ttgcacacga atacggccgc     1140

cgtgatgtcg gcaagctgac cggcattgcg atttccgcca ccgcacttgg cggcatcgtc     1200

ggcgcgatcg tctccggtat cgccttcgat gcggcgctct cgttcacacc ggcatgggtc     1260

atcggcatcg tctgctcggt attcatgggt gtgacgctga tcgcttcggc cggtatggcc     1320

aagggcgtgg tcgccaagtg catcgccaac ggcgcaccgc acatcgacgc cgaaggcaac     1380

atcatcgaag aggcccgctg a                                               1401


<210>  2419
<211>  1410
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP040

<400>  2419
atgacgacac tgcctgacac atcgctgaag gcctggcgac caccaatggg ctggaacagc       60

tgggattcct acggcaccac catcaccgaa gacgaggtgc tcgccaacgc gcgattcatg      120

gcggaacatc tgaaggccgc cggctgggac acgttggtaa tcgacgccga ttggttcgat      180

cccaacgccc acgcccacgg atattccgac ggtacgccac tatgcatcga tgaatacggc      240

cggcagttgc ccgacgaacg tcgtttcccg agctccgccg aaggcaaagg gttcggcccg      300

ctcgccgatg cggtgcatga gcttggtctg aaactcggcg tgcatgtgat gcgaggcatt      360

ccgcgtcagg ccgtacacga aaatctgccg gtgaaagaca ccgatctcac cgcgcgggat      420

gtcgccgaca ctgagcacaa ctgcgtgtgg aatcacgaca actacggtct gaagcgtggt      480

gatgctggcg ctcaggcttg gtatgacgca caagtcgacc tgttcgcctc atggggcttg      540

gattttctga aggtcgatga catgcagacg ccattcttcc cggaagagat cgaggcctac      600

cataatgcca tcgcgaaggc ggaaaagcgg tatggccgcc ggatcacgct ctcgctgtcg      660

ccgggcggct gggtggccag cacgcatgtc gattttctgc gagacgttgc gcagatgtgg      720

cgcatttccg acgatctgtg ggatcggtgg gaagacattt tccagcaatt ccctcgcctg      780

gcacgttggg cgccgctgca acggaccggc cattgggccg atgccgacat gctgccgctc      840

ggtcatatcg gattgcgtgc cgaacgcggc gacgaccggc agtcacggct gacgctcgat      900

gagcagaaga cgctgctgac attgtggtgc atgggccgtt cgccattgat ggtcggcggc      960

gatctgccta ccagcgatga tgacacgatt gcactgctca ccaatcccgc attgcgtgaa     1020

gtgacggccg gttccgccaa caaccgtgag attgtgcgcg aacggctgtt ttccgaatgg     1080

aacgtcgaag acagctatat cggcgacctc atcgtatgga ccgccgacgc ggtcaaatgg     1140

gccgacggca cgccttgcgc acatccgggc agccattatg gagcgatctt ctggaccggc     1200

gacgaaccct atgagctcaa aggcaacatc caactgcaaa gcttcgtcgg catcgccgac     1260

cggaatcgcg actggacact tgccgacctg tgggcagacg ctcccggaac cccatccgac     1320

atacgcatcg aaggcgaggg ggaagaccgc gtgatccgcg ggaccatccc tgcccacggc     1380

gcactctggt tcgccatccg tcccctctga                                      1410


<210>  2420
<211>  1356
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP041

<400>  2420
atgtccgcaa cgcaacaggc tgccggggga gcggccgaac ttacccgaaa cgaacgactt       60

gacaggttgc cgttcaataa ggctcatcgc aaactgctgg tggcctccgg catcggatgg      120

gcattcgacg ccatggacgt cggcttggtg tcgttcgtgg ttgccgccat cgcggccgac      180

ccgcatttca atctgacgcc gacggagaaa agctgggtgc tgtccatcgg cttcgtcggc      240

atggccatcg gtgcggcgct cggcggatat gttgccgatc gagtgggacg caagacggtc      300

ttctcggcaa cgttggtgat tttcggtctg gccaacggtg gcatggcgct gtcgtggtcg      360

ctggccgcat tgctcatcgc cagactgatc atcggactgg gtctgggcgc cgagctgccg      420

gtcgcgtcga cgctcgtctc cgaattctcg ccgaccaagc agcgcggacg tatgacggtg      480

ctgctggagt ccttctgggc cataggctgg attgtggccg catgcatcgg atatttcgtg      540

attccgaata ccggcgactg gggttggcga tgggcgttgc tcatcggcgc actgccgttg      600

ctgtatgcca tcgtgacgcg cattcacatt ccggaatccg tgcgattcct ggaatccaag      660

gggcgtgagg atgaagccga acgggcggtg cggtatttcg aacaggccgg tggcgtcgag      720

ccggtggcct cgccgaaggg ccagccgttg ccgaagatca atacccgcga actgttcgga      780

aagaggtata tcgcccgtac cgcggcgatc tgggccacat ggttcttcgt gaacttctcc      840

tattacgggg ccttcacctg gatgccatcg ctgctggccg atcagttcgg ctccctgacc      900

aagtcgttcg gctacacgtt ggccatcgcc atcgcgcagc tgccggggta tttcctggcg      960

gcatggctgg tggaggtctg gggtcgcagg aagaccctga gcgtgttcct cgccgtgtcc     1020

gccgtggcgg cgttcgcctt ctcccaggcc ggttccgtgg ctgcggtact ctgcttcggc     1080

atgctgttgt cggcctcgaa cctcggcgca tggggcgtgt tgtacgcggt gacgccggaa     1140

atctatccga cccgcctgcg cggtgccgcc gccggagccg cggccgcctg cggtcgagtg     1200

gccgccatca tcgccccgtt gctcgtgcca tggttcctga cgctgtccgg cggcaacaag     1260

gccgtggcgt tcatcgtgtt cgccgtggcg ttcatcctgg cctgcgtggc ggccctgtgc     1320

ctgcccgagc gcaccggcaa ggaactggaa gactga                               1356


<210>  2421
<211>  732
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP042

<400>  2421
gtgagcgaca acgaaaagga aacccaagtg gctgaagaaa ctcagaacac tcaggctgct       60

gccgagacca acaacgagga ccgcaagtcc cgtcgtggtc agcgcggtga gggtcgtcgt      120

ggcgagcgtc gcaatcgtcg tgaggaatct cacgagaacg agatgctcga tcgcgtggtg      180

accatcaacc gtgtgtccaa gacccataag ggtggccgta cgttcagctt cgccgccctc      240

gtggtggtcg gcgacggcaa cggcaccgtg ggcgtcggtt atggcaagtc ccgcgaggtc      300

ccggctgcaa tcgccaaggg ccagctggat gccaagaagc acatgttcac cgttccgcgc      360

gtcaagggca ccgtcaccca tccggtgatc ggccacgatg ccgccggtac cgtgctgctg      420

cgcccggctg ctccgggtac cggcgttatc gccggtggcg ctgtccgtgc agtcatggaa      480

tgcgctggca tcaccgacgt cctcaccaag tcgatgggtt ccgccaccgc cgttaacgtg      540

gtgcgtgcta ccgtcgatgc tctcaagaag cttgaagagc cggaagagat cgcagcccgt      600

cgtggcatgt ccctcgaaga ggtggctcca gacgccctgc tgcgtgctcg cgccgaaggc      660

atcgccgagg ctcgcaaggc tcgtgaagag gcacaggcca aggccgctgc cgctcagaag      720

gacggtgagt ga                                                          732


<210>  2422
<211>  2223
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP043

<400>  2422
atgccgactt atgatttggg acttgaacac gtatcgctcg ccttcgccac gaaaacgatt       60

ttcaccgatg tgacgcaagg tgttttcgaa ggtgaccgca tcggcatcgt cggcaagaac      120

ggcgatggca aatccacgct actgcacctg ttcaagggta cgcaggaacc ggattccggt      180

cgagtgacca aacgtaacgg tctcacgttc ggcatgcttg atcagcgcga tccgctcgat      240

gacgacgcca ccgtgcgcga agccgcgctg gagggtcgtg aggattacga atgggccgcc      300

gaaacgaaat cacgtgagat cgtcgaggcg ttgctcggcg gcatcagcct ggacgcgcgg      360

atcggctcgt tgtccggcgg ccagcgccgt cgcgccgacc ttgcccgcct gttgcttaag      420

gattgggata ttctcgccct cgacgagccc accaaccatt tggacgtcgt gacgattcac      480

tggctcgccg aacatctgaa gaatcgttgg tccgccggcg ccggcgcatt gctgctcgtc      540

acccacgacc gctggttcct cgacgaagtg tgcgaatcga tgtgggaagt ccatgacggc      600

gtgatcgaac cgttcgaggg cggctattcc gcctacatgt tgcagcgagt ggaacgtgac      660

cgtcaagctg acgtgcgtga gacgaagcgc cgcaatctgg cccgcaagga actcgcttgg      720

ctgacccgcg gtgcccgcgc ccgttccacc aagcagaagt tccacgtgaa ggccgcacgc      780

gaactcatcg ccgacgtgcc gccagtgcgc aatacgctcg aactgaagca gatggcgact      840

tcccgcctag gcaagcaggt ggtcgatctg atcgatgtga cgcagatctt cgagcatgtc      900

aacggcgagt ccgacatcga ccccgatgtg gcggaaatgg aagcctcggc ttcccgtgtg      960

gatgtggtgc cggccatgta cgccgaaccg caggtgtacg gcagtgtgga agtcgccgtc     1020

gacgatttaa ccgacccgcg actggtagat gccggcgttc cagccgcgca acaggccgtt     1080

gaagcagccg gaaagtcggt tggaaaatcg gccgggacaa cagctgagca gacggctgcg     1140

gttccatcgc aagacggtgc ggagcctgac gattccgcgc cgcaagtgac gtccgccgcg     1200

cagaagatca ccgtcaccgg tcgtaagatc ctcgatgacg tgacatggct gatcggcccc     1260

ggcgaccgat tcggcatcgt cggcgcgaac ggtgccggca aatcgacgct gctgaagatt     1320

ctcgacggca cgatcactcc aaccgccggt catgtgaaca tcggcaagac cgtgaaattc     1380

gcggtgctgt cgcaaagact cgacgaactg gagaaactcg gcaaatacaa gatcaaggaa     1440

gtgctgagcc gctacaagcc gagctacatc gtggacggca aagaaaccac gccggggcag     1500

atgatggagc gtctcggctt cgaatccgcg cagctcatga cgccgatcaa agacctgtcg     1560

ggcgggcaga agcgccgcat gcagctgctg ctcatcctgc tcgacgagcc gaacgtgctc     1620

atcatggacg agcccggcaa cgatctcgac accgacatgc tcgccgtgat ggaggacctg     1680

ctcgacactt ggccgggcac gttgattgtg gtctcccacg accgctatct gctggagcgc     1740

gtcaccgacc agcagtatgc gctgatcggc ggtaaggtgc gtcatctgcc tggtggtgtg     1800

caggattatc ttgatatgac cgaagccatc aagaacggta agaatccgtt cgccgatgag     1860

aagtctgcag acaagggacg caggaacggc aataccggcg attctcatgc agacgtcggc     1920

tcggctacgg cttccgctgg tatggcgacc ggcgcaatcg gcgattcggc cggcagtcca     1980

gccgctgatt cggcaaaact caccggcaag gcattccatg aggcatccaa gcgcgttgcc     2040

gcaatcgaac gcaagctggc caaactggaa gagcggaaag ccgaattgga atcgcagatg     2100

gccgaacatg atccgagcga ttacgaaggc ctaggcaaga tcaacgggca gttgcaggcc     2160

gttgcagacg aatccgaatc cctcgaaatg gagtggatgg agctctctga acagctcgag     2220

tag                                                                   2223


<210>  2423
<211>  2610
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP044

<400>  2423
atgccaatgg tagatattga ttggctcaag gaccacgtcg aggttccgga aggccttacc       60

tatgaacagc ttgccaagga tctggtgaag gtcggtctcg aagaggagga gattcacaca      120

tcccagctcg tcggacccat cgtggtcggc tacgtggttg acgccacccc ggaaccacag      180

aagaacggca agatcatcaa ctggtgccac gtcgacgtcg gcgacgaata taacgagacc      240

gacgagaacg gcaacaaagt accgcgtggc atcatctgcg gtgcgccgaa catggccgcg      300

ggcgagaagg tcgtcgtgac cctgccgggc gcagtgctgc cgggcgattt caagatcgaa      360

ccgcgcaaga cttacggcca catctccaac ggcatgtgcg cctccgagcg agaactgggc      420

ctcggcgaca atcatgacgg tatcatcctg cttcgcaagt acggcttcac cccggaggag      480

tacgaggcgc tcaagccggg cgacgacgcc atgcacctgc tgcacttgga cgagccgttg      540

ctggagatca acatcacccc ggatcgcggc tatgcgttct cctaccgcgg cgtggcccgt      600

gaatatcacc actccaccgg agcggcctat gtcgatccgg cagtggcatt gaacggaaag      660

gcgccggtca cccaaggcct gccggagggt acgaagaccg acatcgaggt gatcgtcgaa      720

gacaacaacc cgattcacgg cgtaattggt tgcgaccgat actacgcccg tgcggtgcat      780

ggcttcgacc ctgcaagcca cactccgaat tggatgcgcc gtcgcctgac ccgtgcgggc      840

atgcgctcca tttccttggc tgtggacgtc accaactacg tgatgctcga cctcggtcag      900

ccgatgcacg cctacgatct cgacaaaatc gaaggcccga tcgtggttcg gcgtgctgtc      960

gagggcgaga ccctgaccac gctggacggc aagaagcatg acctgagcgt ggaagatctg     1020

cttatcaccg attcgcccaa tggcgagcat ggctcacgca tcctcggcat cgccggcgtg     1080

atgggtggcc tatacggtga ggtgaccgcc gagaccaaga acatcctgct tgaatccgcg     1140

catttcgatc aggtgtcgat cgcacgttcc gcacgtcgcc acaagattcc atccgaggca     1200

tcccgccgtt ttgaacgtgg cgtggacgat cagctgcagc cggccgccgc acagatggcc     1260

gccgagctca tggtcaagta cggcaatggt gagccgagcg aacatcccac cgatgtcaac     1320

accgtcaccc ctgcgcgcac catccatttc aaagccaccg aggtggctcg cgtggcgggt     1380

ctcgacactg acgtgaacac catcagcggc atcctgaccg acattggctg ctccgtcgca     1440

ggtggcggca atggcgaatt ttccgtaact gcgccgagtt ggcgtccgga tctcaatgag     1500

ccgtgcgacc tggtggagga agtggcgcgt ctggttggct acgatgaaat tcctgtcacc     1560

gtgccgccgg ctcccgtcgc aggtaaggtc ggactgactg ccgaacagct gcgtaagcgc     1620

cagattgccg acgagcttgc ggaatacggc atggtcgaga cgttgagcta cccgttcgtg     1680

ggcgacgaag actacaagta cttcgcctac gacaaggatg agatcaagaa ggtcagcgtc     1740

gaaatcgcca atccgcttgc cggcgaccgc ccgttcctgc gccgcgccat catgccgact     1800

ttggcccaga ccgtacagcg caatctgcgt cgtggtgtgg agaacgtgtc gctgtatgaa     1860

atcggccatg tgtatctgtg ggatccgaac gcgccggcca tcccggcgtt gcccggcgcg     1920

gtgcgtccga ccgacgaaca gttggcggcg ctcgatgcag gcctaccgga tcagccgatg     1980

catgtcgcgg gcatcctggc cggcaatgcc gtcgacaccg gttggttggg tgaacgtcgt     2040

gcggtggatt ggagcgatgc cgttgaagcc gtgcaccgta tttccgatcg tattggcgct     2100

ggccttacgt tggatcagcc gaaggccgag gatgttccgg cgcaatggca tccgggccgt     2160

gccgctcgcg tgatggccgg cgatactttt gtcggtatgg tcggcgaact gcatccgcat     2220

gtgaacgaag cgctgggctt gcctgcgcat tccgcggctt tcgaacttga cctgactgcg     2280

ttgttcgcca ccctaagtgg caagccggtg caggccaagc cgatttccac cttccctccg     2340

gtcaagcagg atctggcctt caccgtgccg aacgatgtca ccgccgccgc gttgcagcag     2400

gtcatcgccg aggccgcagg cgatagtctt gaagacatca agctgttcga cgtgtttacc     2460

ggcgaccaac tgggcgaagg cgtgaagtcc ctggcctatg cagtcacatt ccgcgctccg     2520

gataagacgc tgacttccga agacagtgag gcgattcgca agcgtattgt tgacgaggca     2580

agcaaattgg gcgcacagtt gcgcgcctga                                      2610


<210>  2424
<211>  2031
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP045

<400>  2424
atgaagttcc tcaacggcgg ctggctcgtc aaggatggct tcagcgtcaa gtatgcggca       60

aacatctaca ccgccaacat cgagccgaag aagctcactc tgttctgccc gttcggttct      120

ccgatctaca acgccggcat gaccctcgac ggcggcattc tgaccattga ggtgacgtcg      180

cctcgcgaag acgtgatcac caccaagctg atcaacttca agaaggatcg cagcaactgc      240

ccgaagttcg gcttgaacga aaccgatccg gatgtcgaaa tcgacgaaac cgacgacaag      300

tggaccttca cctccggccg tctgacactc gagatcgcca agggcgagac catcgacttc      360

aagtacctgt acgacggcaa ggtcatcgcg cactccggct ggcgtgccaa gggcctcgtc      420

accgacccgg aaggccagct gcacgtctcc gaacagctcg acctcggtgt gggcgagaag      480

atctacggcc ttggcgaacg cttcaccaac ttcatcaaga acggccagac cgtcgacatc      540

tggaacgagg acggcggcac cggcactgag caggcctaca agaacatccc gttctacctg      600

tccaacagga agtacggcct gttcgtcgac aatccgggca aggtcagctt cgaagtcggc      660

tccgaaaagg tctcccgcgt gcagttctcc gtgccgggcg aggaaatgag ctactccgtg      720

gtcggcggtg agaatctcaa ggcgattctc aacacctaca ccgacctgac cggcaaggcc      780

ccgctggttc cggactggag ctacggcctg tggctgtcca cctccttcac caccgactac      840

gatgagaaga ccgtgcttga gttcgtcgac ggcatggccg agcgcaacat cccgctgtcc      900

gtgttccact tcgactgccg ttggatgaag gaactcgaat ggtgcaactt cgactgggac      960

aagtccaagt tcccggatcc ggaaggtctg ctcaagaagc tgcatgatcg cggcctgaag     1020

atctgcgtgt ggatcaactc ctacatcggc cagaagtccc cgctgttcga ggaaggcgcc     1080

aagaacggct acttcatcaa gaacgaagac ggctccgtgt ggcagtggga caggtggcag     1140

gccggcatgg ccatcgtcga cttcaccaac ccggaggcca ccaagtggta tcagggctac     1200

ctgaagaagc tcgtggccat gggcgtcgac tgcttcaaga ccgatttcgg tgagcgcatc     1260

ccgaccgaag gcgtcaagta ttatgacggt tccgatccgg agctgatgca caactactac     1320

acctacctgt acaacaaggc cgtctacgac gtgctcgtcg agaccaaagg cgccgatgag     1380

gccattctgt tcgcccgctc cgcaaccgtg ggcggccagc agttcccggt gcactggggc     1440

ggcgactgct cctccaacta cccgtccatg gcggaatccc tgcgtgccgg cctgagcttc     1500

ggcatgtccg gcttcggcta ctggagccac gatatcgccg gtttcgagga ccaggcgagc     1560

ccggacctgt acaagcgttg gacgcagttc ggcctgctca gctcccactc ccgttaccac     1620

ggctccaccg cctacaaggt gccgtggctg tatggtgacg aggccgtcga tgtggcccgc     1680

gagttcaccg agctcaagct gcagctcaag ccgtatctgc tcaagatggc tcaggagacg     1740

cacgagaccg gcgttccgat gatgcgtgcc atggtgctcg aattcccgga tgacccgacc     1800

tgcgaggata tcgacaccca gtacatgctg ggcgacgacc tgctggtcgc cccggtgttc     1860

cgcgaggatg gcgtggcccg cttctacgtg ccggacgacg gcaccggcca ggcgtggacc     1920

aacatcatca ccgacaccgc atacgagccg ggcaagtggt acaccgagca gtacgactac     1980

cataccctgc cggtgttggc acgtccgggc accgatccgt tgcacgtgtg a              2031


<210>  2425
<211>  2280
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP046

<400>  2425
atgtcgagtt attccgccca gctgcatgag gagcagcagg cagtcagccg cgcatacgac       60

cgtctggacg cgcttcgggc acaggtccgc gcccgtctgg atacggtgcg cgcagccggt      120

tcgcatggct ctccgaccca acgcaccgag cgggactcct tcgccaccat gtatgaggat      180

cgcctcaccc agttgcgcgc cgtcgaggac cgactggtgt tcggcagatt ggataacgcc      240

aagggcgaac atcgatatat cggccgtttg ggactgtccg acgaacgtca cgagccgatc      300

ctgacggatt ggcgcgctga agcggcccgc ccgttttacg aagcgacgcc ttccagccat      360

ggcgacatcg tcatgcgtcg tcacatcacc ttgaatttcc gtgaggtggt cggtgtggag      420

gatgaggtgc tcgacgtgca ttccgaccag gtcgggcagg cctcttcagc cggcacattg      480

accggcgagg gcgcgttgct ggcctcgctc aacgccaaac gaaccggtaa gatgaccgac      540

atcgtggcca ccatccaagc ggagcaggac cgcatcatcc gcgcggacct caatcaggcc      600

gtggtggtgc agggcggccc gggcacaggc aagaccgcgg tggccctgca ccgggccgcc      660

tatctgctgt acacgcacag acgcgcattg gaacgttccg gcgtgctggt gatcggcccg      720

agttcgacat tcctgcatta catcgatcag gtactcccct cgctgggcga gacaggtgtg      780

gtcagtcgca ccatcgccga tctcattccg ggagtcatcg ccacgggtca tgacgatcca      840

cgagccgcca agctcaaagg cgaacgtcgc atggccaagg ccatcgccaa cgccgtggcc      900

gcacgcgaac gcattccgtc cgaactaccg acgatccgca tcaacggatt cacctgtccc      960

atgttgcgcg tcgacttgga acaggccatc accgacgcca aaagaactcg ccaaccgcat     1020

aacaaggccc gcgaatcctt cgtgcacagc atgctcatcg ccatgcgaaa ccgttacgtg     1080

gaacaactcg actacacccc cgagcaggcg gagctcaatg atgtgatgca gcagcttcgt     1140

atgaacgatg cgctccggaa aaccctgaac cttgcctggc tgcccatgac cggcacctgg     1200

ctggtggacc agctattcgc caagcccgat caactgcggc gcttcgcacc atggctcgag     1260

gaacgcgaca tcaggacgct gacccgcccc aagggatcgc ccttcacgat cagcgacgtg     1320

cctctgctcg atgaagccat ggaactgctc ggcccagacc ccaaggccgt ggccaggcaa     1380

aaggcactgg acgccaaacg cgccgaagaa gagcagttcg cccaagacac gctcgcccaa     1440

gccggcatcg ggtcgggcat catcacttcg caaatgctgg tcgacaacat caacggcatg     1500

gatgcggaac tcaccgccca gcgcgcggga gccgaccgtg aatggaccta cgggcatgtc     1560

gtcgtcgatg aggcgcagga gctcaccgcc atggattggc gcatgctgat ccgccgctgt     1620

ccatcccgct ccttcaccat cgtgggagac gtcgcccaga cttcggccct gggcggtacc     1680

cgttcctggc gacgcatgat ggacccgctg ttcggaccgc ataactggtc gctcaacgag     1740

ctgaccatca actaccgcaa tccgaaggaa gtctcgcaac tggcctgcga cttcgcctcg     1800

gcggaaggac tgtacatctc caccgtcaac gccgtacgcg gcgttgcgga ttccgtcagg     1860

cgcctcacgc tcaccgacga aagcctgctc gccgacgcag tggcgcatca ggccatcgat     1920

ctggtgcgcg cccatgtcgg cgcggatggt accggccgtg tggccatcat cgctcccgat     1980

gccctgcttg cctcccttcg ggccagggtc tacgcggaac tgcgtcagac cttggctccc     2040

aaggagttcg agcgcctgag ctcgcagagt tcctgggatg aacaggtcac gatatgctcc     2100

acacggaccg tcaagggtct ggaatatgac gcggtcatgg tggtgcaacc cggccgtatc     2160

gaagaggatg ccccttcacg catcgtggcg gcctccgatc tgtatgtcgc catgaccagg     2220

cccacgcaac gactgcttat agtgcggaca aacgacgacg aaaaactact cacgctataa     2280


<210>  2426
<211>  1257
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP047

<400>  2426
atgttgcaga cgttactgat cacgttgaaa ctgcattttc gtcagaaaat acagttattc       60

tggctgttcg ccttccccat catcctggcc accatgttca acgggatgtt cggcaacatc      120

tccgaaaact acgcattgca caccttcgac atggcggtgg tcgaagacgc ggcctggaag      180

gcgaatccgg gcctgcagac gctgatcgcc ggcatctcga ccgatagggg ctcttcggac      240

tccgacacga cgggcaaggt cgtcgacgac gacggcgata tgccgaaact catcaacgcc      300

atcccgacga catcgagagc ctccgccgac aggctactcg ccgacggcaa ggcgcaaggc      360

tacctgtatg ccgactccag cggtcggctg catatggcgg tcagcgaatc cacgcaaggc      420

agcgtcacgg atgtgatggc caacagcagc ggtctgggca tctcgctgac catgctgaac      480

aacatcgtca acctgtacaa ccgtaccggc atggtcatta ccgacattct cgccaccaac      540

ccgacggcca tgatggacgg acgactgacc tcaagcatcg gcgcgatatc cggatacacg      600

aaggaagtga agctcacgaa cttcaaaccg gacggaaccg cccgttacta ttacgcgttg      660

ctgggcatga ccgcactgat ggcgatgacc ttcgccgtga gcacggtgac gatggcgcag      720

gcgaatctgt cgacgctggg cgtccgccgt tccgtggcac cattggccaa atggaaacag      780

ctcgcagccg gattcctggc cagctggttc tgctcgttcc taagcctgac ggtcgcgatg      840

ctgtacatcc gcttcggatg cggcatatcg ctcggcgggc gcgaatgggc cgcgatcggc      900

tcctgcgcgg cggcatcctt ctccgcgagc gcattcggca tgttcatcgg agccctgccg      960

aagatgccaa ccggcgccaa acatggattg tgcacggcaa tctcgtgcat actgtcgctc     1020

ttctccggac tgtacggttc gttcgccatg ggcctgagcg atatgatcgc ccggcatgcg     1080

ccattgctca gcctcataaa cccggcccag caaatcacga acctgttcta tgacattctc     1140

tactacgaca gcttcacacc gctgttcaaa accataggca tactgctcac catgagtgcg     1200

atctgcctga tagcagcggt cgctttcctg aggaggcaac gctatgaata cctgtaa        1257


<210>  2427
<211>  1746
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP048

<400>  2427
atgtcattgc gcgacgtgcg ctcgcagggc cttggccgca tcaccgccat catcgcggcg       60

atgatgattg cgcttgccac gatgttcgct ttcatgtcaa tgccgcagca ggcgcttgcc      120

gccgacgact cccagacgaa tttcgattcc tggaccgagg ttgcggccaa catcgaaaag      180

cagctggaga ccgccgagca ggactacaac gacggcaact actatcaggc cggcaccgac      240

ttccagaatg cgcactgggt cggctacgac gcatccaact tctccaaagt cgtcaacgac      300

accatcggag ccgacaagca gaaagcgctg ctgcaggaat tcaccgacct cgaaagcctc      360

gcctaccagc aggatcaggg cgacgccatc accgccaagg tcgatgcgct gaccgccgac      420

ctcaacgaga ccgcgcagac gctcgacgcc gacaccagcc tcgccgatcc caagacatac      480

gcgaagcagc gcgcggaaga gaccgccaag gagcgtaaga agctcgatgc cgccaagaag      540

aactcgtcca agggcaaggg cgatcgtact tggagcgacg tggccagcga aatgaacgtc      600

atcctcgaca aggcatacaa ggccgctatc tccggcaagg gcgcggaagg ctccagcctc      660

gtcaacaacg cgtactacca gtactacgag aagctcggct tcgaaaagaa cgtcatgaac      720

gcgatctccg gcgaccgcgt ctcgcaggtc gaataccagt tcaagatgac ccgcaagacc      780

atgcgcgacg gcggttccca gaaagagatc aaaaagctcg tcgacgacct caagagctgg      840

ctcgtggaag acgcggccac gcttgacggc ggtgcgacta gcaatgtcaa cagcttcacc      900

aagttcatca ccagctccgt cggacaggcg ttcctcatcc tgatccgtga gggcctcgaa      960

gcgctgctgg tggtggccgc ggtgatcgcc tacctcgtga agtcgggcaa caagcgcttc     1020

accaagttca tctacctcgg tgtactcgcc ggcttggcgg gctccggcct gattgcggtg     1080

ctcttcacct tcctgttcgg cggctccggc ccgattcagg agatttccga aggcgtgtgc     1140

gcgctcatcg ccatggccat gctgctgtgg accagcaact ggatgctcaa caagagctcc     1200

gtggaagcgt ggaaccgcta tatccgcaac aaaaccgaag ccgctgtggc cagcgcgcaa     1260

agcaagatgg aggccggtga aggcgtaagt ttcggcatgg tcgtctcact cgccatgctg     1320

agcttcctcg ccgtgttccg tgaaggcgcc gaaaccgtga tcttctacga gtccatctat     1380

tcgatgagcc aagactcgcg aggcatgtgg attggcggca ttgcggccgc ggtcgtgctg     1440

ctgatcatct tcttcgtgct gcgtttcacc tccgtgaaga ttccgatcgg cccgttcttc     1500

cttgtcacgt cgattctgat ggccgtactg gtcgtcatct tcgccggtgg cggcatccac     1560

gcgctgattg aaggcgacct gatcgaaggc acctacctga gcaacgtacc gaccaatgac     1620

tggatcggcc tgtacccgta cgtcgaatgt ctcgtggcac aggcgttggc cgccatcgcc     1680

gtgatcacgc tgttcgtggt cggcttcgtc aagaagcgca aactcaagat ttccgatatt     1740

tcctaa                                                                1746


<210>  2428
<211>  1326
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP049

<400>  2428
atgggtgaag caatcgcaag caaagaagag cgtctgtcgg catactacgc caacatcgcg       60

gcggcggaaa aggacccgtc gctctcgccg gcaacgggca agccgctcga taaggtcact      120

atcgcccgat tcggcgccgg tttcatcatt ttcggcgtgc tatggatgtc gggtcttggc      180

attgtttccg cagtgctcct accgatgcat tacaagacca tcgaaggcgt caatccggat      240

gcgttgatcg gtatcgtcaa cgccttcacc gcggtcgcat ccctgatcgc caatctgatg      300

ttcggcaact tctcggaccg ttcccgctcg aggttcggac gtcgtactcc gtggatcctg      360

ttcggtgcgg tgcttggcgg cgtcaccctg ttcctgaccg gcaccacgca taatgccgtg      420

ctgctcacca tcttctactg cgcctgcatg ttcggcctga actgcatgat tgccccgatg      480

gtcgccatcc tgtccgatcg cgtgccatcc ggcatccgcg gcaccatgtc cgccttctac      540

ggcgccggtg ccaccatcgg ttccccaatc ggcaccatgc tcggtgcact gttcatcaag      600

aatctcatcc cgggcttcgc cgtcgcaggc gtactcatgt tcctcggtgg cgtcgtctcc      660

atgctcatca tgccgaagga ggagtccgcc gacttcctgc cgaaggatga aggctccctc      720

aaggacgtgc tcgtctcctt ccgtccgccg gcattccagg gcgcgcatga cttttacaag      780

gcgttcgttg gtcgtttctg catgctcgtt tcctatcaga tgattgccgt ctatcagctg      840

tatatcatcc agaactacat cggacagtcc gtcgacgaat ccgccgtcac cgtgtccgtc      900

gtttccatga tcatgatggt catgtcgctg gtcggctcct tcatttcggg tccggtctcc      960

gacatcatcg gccgtcgtaa ggtcccggtc gtcgtggcat ccgtgctgtt cgccatcggc     1020

atcgccatgc cgtgggtctt cccctcgtcc atgggcatgt acctgttcgc aggcatcgcc     1080

ggccttggct atgcggtcta ctccgcggtc gatcaggccc tgctcgtcga cgtgctgccg     1140

aacaaggaag aggctggcaa ggatctgggc atcctgaaca tggctaccac cctcggccag     1200

atgtgcggcc cgatcgtgat gtccgccctc gtggtgaacc tcggctacaa cttcgcgttc     1260

ccgacctcca tcgccctggc catcatcggt tgcttcttca tcatggccat caagaaggtc     1320

aagtag                                                                1326


<210>  2429
<211>  1809
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP050

<400>  2429
ttggaatacc gcggttatga ttcggccggt gtggcgctga ctgcgcccga catgggccac       60

gtggaagtac gtaagaaggc cggtcgtctc gccaatctgg tggaagacgt cgaacgcaat      120

ccgatgccgc tggccaccgt aggcatcggc cacacccgtt gggccaccaa cggcgtgccg      180

aatgacgtca atgcgcaccc gcatacctcc cgtgacggta aggtcgccat catccataac      240

ggcatcatcg aaaacgcctc ccaattgcgt ctcgacctgc agaccgaagg ctaccatttc      300

gcctctgaga ccgataccga agtcgcagcc aagctgcttg gcaagatcac cgacaaaatc      360

atcgaggagg aaggtgggcc tgacctgttc aaggccgtgc gccgtctcgc acggatgctt      420

gaaggtgcgt tcaccattct ggccaccgac tgccgacagc cggatatcgt ggtcggcgca      480

cgccatgatt cgccacttgt ggtggggctc ggtgaaggag agaacttcct gggttccgat      540

gtggccgcat tcgtggccta caccaagcga gccatggaaa tcgatcagga tcaggccgtc      600

atggtctccg ccgacaaggt ggtcgtctcc gatttcatgg gcaatatcgt gcctgatccg      660

aagatctaca ccgtggattg ggatgcttcc gccgccgaga agggcggatg ggactccttc      720

atggacaagg agatccatga ggacccggcc gcagtgcagc gcacgttgct aggtcgtctc      780

gacaaggatg gcaacctgaa cctcgatgag gtgcgcattg acgaacatga cttcaaggcc      840

atcgacaaaa tcatcgtcat cgcctgcggt acggcggctt atgccggtat ggtggccaag      900

tacgccatcg aacattgggt gcgcatcccg gtcgaagtgg agctcgccca cgaattccgc      960

tatcgtgacc cgattcttac cccgcgcacg cttgtggtgg ccatctcgca gtccggtgag     1020

accatggata cgctgatggc gttgcgtcac gcccgagaac aaggttccaa agtgctggcc     1080

atctgcaata cgcagggggc atccatcccg cgtgaatccg atgcggtgct ctatacgcac     1140

gccggtccgg aagtggccgt ggcctccacc aaggcgttcg tggcgcaaat ccccgcagcg     1200

tacgtgcttg gcctgtatct ggcgcagatc aagggtgcga tgttccgcga cgaaattcag     1260

cagacgcttg actccctcaa ggacatgccg cgtaagattc agtgggtcct cgacacgcag     1320

accaaggccg tacatgatgc ggctgcacaa atggtcgatg cgaagtcctt cctgttcctc     1380

ggccgtcacg tcggctatcc ggtagccatg gaaggcgcgt tgaagctcaa ggagatcgcc     1440

tacaccttca ccgaaggctt tgcggcaggt gaattgaaga atggcccgat cgcgctggtc     1500

gacgagggcg agccggtcgt gttcatcgtg ccgccggcac gcggacgcaa cgtgctgcac     1560

gccaaggtca tttccggcat cgaagaggtc aaggcgcgtg gcgcgtatat catcgccgtg     1620

gccgaagaga acgatcccga tgtggagcga tacgccgacg tggtgttctg gcgtccggca     1680

tgcccgacgc tgatgagccc gcttgtggat gtggtgccat tgcagctgtt tgccatggat     1740

atggccaaac ttaagaacta tgacgtggac aagccgcgca atctcgccaa gtccgtcacc     1800

gtcgagtag                                                             1809


<210>  2430
<211>  1545
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP051

<400>  2430
atgcagaaga acgggaagaa gcagcgcgat tggcacgacg cggctacacg gtggctgatt       60

ttctttggcg tcgccatcgt attgagcgtg atgctgtggc tgggatggtc gctgacgaac      120

cgacgcaacc cgattcccgt attcggcacg ctcaccacgg attccaccgt gtcgatcggc      180

ctgcgcgacg cccccgaatc cctcgacatc cgcacccaac agggccatgc cgtggaacag      240

gcgctactcg gcaacgttta cgaaacgttg gtgtcccgca gcgagaccaa caagctccaa      300

cccggactgg cctcatcatg gcagatctcc gacgacggac tgacctacac cttcaccctg      360

cgcagcggcg tgaaattttc caacggccac tcacttgact cggccgacgc ggtctggtcg      420

ttgcagaacg cggtcaataa tcactatgtc gacgccgacc agctcgacgg attgcagcag      480

gtcgacaatc ccgacgcaca cacgctcgtc atcaccctgt ccaaaccgaa tccgcggctg      540

ctacgcgcac tcagcggacg ggccggcatc gtatacgacg aggaaagcga caatgactat      600

gcgaaaaccg ccatcgggtc cggccccttc accgtggcgc gtgcgtcgaa atccgaaatc      660

gtgcttcaac gcaacgattc gtactggggc accaaggctg cttcctcgca aatcacccta      720

tactattact cctccgaaag ctcgctgacc agcgccatgg aaggcggcaa aatcagcatg      780

gcgctgccgc tcagcgccga cgccgccgaa acgctcaacg caacgcgcgg catcagcgcg      840

gattccggca tcagcttcga caaggtgatg ctggcgttca acaatgcgaa cgaatccatc      900

ctcgtcgacc agcagatgcg caaggtcatg cgctacgcca tcgacgcacg atcaatcgcg      960

aagaccgcca atgactccta cggggcgctc ggagggccga tcagccctct ggaagacggt     1020

tacgaggatc tgacggaact gttcccccac gaccttacgc aggcgcaaca gctgcgctcc     1080

tacttcggca ccggttacat cggcaccatc gacctgctca tcccccagca gtacgaaacc     1140

atcggcaaca ccgtcaaaga acagatcgaa cagctcggcg tctccgtcaa catggaggtc     1200

ctcgacaccg ccaccgtgca acagcgcgtc aacgacggca gctacaccat cgcgttgatc     1260

accatgagcg gcgagaacga cgcctccatc ttcaccgacg gtcaatcggt gttccatttc     1320

gaaaacggtg actgccagca agcctatgcg gatgcgctcg cagcgacgaa cgacgacgat     1380

tatcaggaaa gaatgcgcac ctatgcgcgc accgtcagcg agaacgcggc ctgcgactgg     1440

ctgtacacgc gcaagaactt catggcggtt tccgaccggc tgcagggata tccgaagaat     1500

ctgaccgacc gtctgttgcc gctgagcagg gtcgcattgc actga                     1545


<210>  2431
<211>  600
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP052

<400>  2431
atgaacggac ggaaccagat ttccgttgca acggcaggag acgcacgtcg cgcgcaaatc       60

gtgcatgcgg cacgcgaaat ctgcctggaa aaaggcttct cgaagattac ggtcagcgat      120

atcgcaggcc gtgtcggcat gacccgatcg ctcttctatc actatttcca agacaaggac      180

caggtcgccg acgccgtact ggacgacgtc atcgatgagg tcatcaccgt tttggaggag      240

tggaatcgca accgcgaagt gggcaacatc tcgaaagcac tcgacgacgt ggtgcgcctg      300

acgcgcggcc tcatcaacga tgagggaccg ttcagtcagc gcatgattgc agacggcaac      360

gcggaactgt acatcaagtt catcgaccgc gccgccgatc gcatcgccga atacatctgc      420

gcctcaaccg tgcgtgattt cgaacggttg cacggcatgc cgatccgtaa cgtgcatgag      480

accttctaca cgctgatcgt cggcctgatc tcactgatca ggttgcatcc cgacaccgat      540

gacaccgttg tcagacaggt tgcggcgcag acgctgcacc tggacccgta cattgagtga      600


<210>  2432
<211>  2127
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP053

<400>  2432
atgagtcgca acagcgtgga ccatatcctt ttcggcgccg cctactacga cgaatacctc       60

atgatgaagg gcatcgatcg tatcgatgag gatatgagga tgatgaagga cgccgggctc      120

aacgtgattc gcattgccga atccacgtgg agcacctgcg aaccccaacc gggcaaattc      180

gacttcacct atgtggaccg cgccctcgac gcggcccagc gcgccggcat cgacgtcatc      240

gtcggtacgc cgacctacgc cgtgcccggc tggctcgtca agctcgaccc gagcgtgctc      300

gccgtcaccc cgaacggcga aggcaaatac ggcgcacgcc agatcatgaa tatcgttaac      360

gccacctacc gtttctacgg tgagcgcgta atccgcaggc tcatctccca cgtggccgac      420

catccggcgg tcatcggcta tcaggtggat aacgagacca agtactacga ttcggtctcc      480

gacgacatgc agcgtctgtt cgtcaaatac ctgtacgaga aattcgatgg cgacctcgat      540

gagatgaacc atcactttgg cctcgactac tggtccaatc gtgtggactc ctgggaggac      600

ttcccggatg tgaccgcgac catcaacgaa tccctcggcg gtgagttcga caagttccgc      660

cgcgaccagg tgcgcgcctt cctgcagtgg caggccgaca tcgtgcgcga atatgcgcac      720

gacaaccagt tcattaccca caatttcgat ttcgaatggc gtggttattc cttcggcgtg      780

cagccggccg tcgaccattt caaggcttcg accgctgtgg acatcaccgg tgtggacatc      840

taccatccga ccgaagacga tctgaccggc aaagagatcg cattcggcgg cgatatgacc      900

cgttccacca aggacggccg gaactacctg gtgctcgaaa ccgaagcgca gggccagcac      960

ggctgggttc cgttcccggg gcagttgcgc ttgcaggcat actcccatct ggcctccggc     1020

gccgacatgg tggaatactg gcactggcat tccatccaca attcattcga aacctactgg     1080

aaaggcctgc tgagccacga cctggaaccg aacccgacct accgtgaggc cggcgtattc     1140

ggtcgcgaaa tcgccaagcc agaagtgggg gagcgtcttg tccacctgaa gaagcgcaat     1200

aaggtggcca tcatggtctc caatgaatcg ctgtccgcgc tggactggtt cctcatcgaa     1260

tccggcttcc cgttcggtgg cagcctcaag tacaacgacg tggtgcgcaa tgtgtatgac     1320

gcgttgttcg aactcaatgt ggaatgcgac ttcataccgt ccgacgccga cgccgaacgc     1380

cttgccaggt acgggatgat catgaccccg gccctgtact gcacaggcca gaaaaccact     1440

gaccgtctgc gtaagtttgt ggaaaacggc ggccatctgg tctccaccat gcgttccttc     1500

gtctccgacg acgaggtgag cgtgtgggct gaccgtgctc cgcacaacct caccgacgtg     1560

ttcggcatga cctacaacca gttcacccgc ccgaacggtc acgtatccgt ggaattcgcc     1620

ggcgcgctcg aaggcgttcc atccacccaa gcgctttcgc tgatcgaact ggtgaccccg     1680

gttgacggca ccgaagtact tgccacctac ggccactatg catggaagga ttatgcggcc     1740

gtgacccgca acaccttcgg caaaggcagc gccgagtgga tcgccacctt gctggatgcc     1800

gaatcgattc gcgccgtcat gcgagaagcc gtggaatatg ccggggtcgc gggcgccggc     1860

actgcgctcg caggtcggat tgcggttcgc cagggcacga acactcaagg cgagacggtg     1920

acgtatctgc tcaactattc cgcctccgac gtcaccatcg ccagtccggt gccgggtgag     1980

gtggtggtcg cgccggtcgt gatcgcctcg gaaggcgaga tcgacgaggt ggccacggcc     2040

gatgttgcgc tgaaagcggg cgatgccgtt gccatcggtg acgaactgac gattggccgc     2100

tggaacgtgg tcgttatcgt cggttga                                         2127


<210>  2433
<211>  1116
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP054

<400>  2433
atgaacaagt ggaccaaggc catcgctgcc gttgccgcaa ccgcaatgct catccctctg       60

gctgcctgtg gaagctcccg cagcagcaac tccggctcca gctcatccaa agacgcttcc      120

gatgtgaaca tcggcatttc catgccggag cagatgctcg agcgttggaa gatcgacggt      180

tccaacctga agaagcagct tgaaggctac ggctacaagg tcaccctgca gtatgcggat      240

ggcaagaccg atctgcagac ctcccagatt cagaacatgg ccaacaacgg catggattac      300

gtggtcgtcg catccatcga tggcacctcc accggcgcgg cctgcgagca ggcccagtcc      360

aacggcgcga agatcatcgc ctacgatcgc ctgatcatga ataccgacgc cgtcgactac      420

tacgccacct tctcgcttga ggaagtcggc aagatgcagg gcgagtacat cgaaaaggcc      480

ctcggcctca aggacggcaa gaagggcccg ttcaacgtcg agctcatggc cggttccccg      540

accgacaaca acgcgggtta ctacttcaag ggcgcatggt ccgtgctcgg caagtactac      600

aagtccggcg tgctgcaggc caagtccggc aaggttccgg ccgacgagac cgaatggcag      660

tccatcggca tcgacaactg ggatcgtcag aaggcccaga acgaaatgga gaaccgcatc      720

aactccttct acaacgacgg caccaagctt gacgcggtcc tcgcccagaa cgacgccgag      780

gccctcggta ccgtgaacgc cgtcgagggc gcaggctggg actactaccc ggtcatcacc      840

ggtcaggacg ccgagaaggc caacgttcag gccatcgtca agggcaagca gtccgaaacc      900

gtgtacaagg acacccgcga gctggccaag gccaccgcgc agatgatcaa ggacctggtc      960

gacggcaagg agccggaagc caaggacacc ttcaacaacg gcaccaagga tgtgcctacc     1020

cagctgctga ccccggtctc cgtcgacaag gccaacctga aggaggtcct cgtggacggc     1080

ggttacatct ccgccaagga tgcgggactc gagtag                               1116


<210>  2434
<211>  633
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP055

<400>  2434
atgaccgtac cacaacgggt gttggacatc atgaattccg gtgaagtgta tgccttcgac       60

gatccggaga tcctgcaggc gcaggctgat cagatggagt tgctatacga gttcaacgcc      120

agtcgaccga gcgagccgaa acatcgccgc gccatcgcgg aaaaactgct tggtgggtac      180

gaggagggcg cgtggatcga gccgccgttg catgccaact ggggttgcaa cacgtatttc      240

ggacgtaacg catatgcaaa tttcaatctc acgcttgtcg atgatggcga agtacacatc      300

ggagagaagg tgatgatcgg tccgaacgta accatcacca ccaccggcca cccgattcgt      360

ccggacctgc gcgagcgagc gacgcagtat tcgctgccgg tcaccatcgg ccgcaacgta      420

tggatcggcg cgaacgtgac catactgccg ggtgtaacga ttggcgagaa ttcagtgatt      480

ggcgcatgtt cgctcgtcac tagggacatc cccgcaaacg tggtggcgta tggccaaccg      540

tgcaaggtag tgcgtgaaat cggcgaacat gacgacgtct actattggca cgatcgcaag      600

atcaatccgc cgttcgacgt actgccggag tag                                   633


<210>  2435
<211>  390
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP056

<400>  2435
atgcctagcg gacgcgttcg ttggtttgat acgaacaaag gctatggatt cattcagaac       60

gagcagggcg ccgatgtgtt tctgcccgcc gttgcgctac ccgaaggcgt gaagacgctg      120

cgtaagggcg cgaaggtcga atactccgta atcgaagggc gtaggggacc tcaggcgatg      180

aacgtaacat tggtcgcatc ggccccgtca ctggtcaagg ccacccgacc gaagccggat      240

gacatggccg ccatcgtcga ggatctgatc aagttgctgg attccgcagg gaaccagttg      300

cgtcgacatc gctacccttc gccggccgaa agcaagaagc tggccacgct gatgcgtgcc      360

gttgccgata atttcgacgt acaggactga                                       390


<210>  2436
<211>  1320
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP057

<400>  2436
atgaccaatc gcaagatgtt cttcgccatg ctgtggggtg cggtgttccg tcgccgttcg       60

cgtgcggtga tggccgtgat cgcatcgctg gtaggtgcgg ccacgctgtt ctgcctggct      120

tccgtgtgca ttgccgtacc tcagcagatg aacgaggaga tgcgcgcata tggcgcgaac      180

ctcatcgtca cccctgccga tgcgacctcg aaatccgaag gtatcagcac ggccaccatc      240

accaacgtga ccgcgctcgt aacggccgaa cacagcgcga aatccgccgc ctatcgttac      300

gaaagcgtgc gcatcaactc cgcaccgtat acgttggccg gcgtcaatcc caaggccgtg      360

cagacgctga accgccactg gaacgtgacc ggtgactggc cgagcgaggg caacgtgatg      420

gtgggccgcg atgtggccga cgcactcggg gtgcatatcg gttcgcgtat caccatcggc      480

taccgtgcct ccgacaattc ggccgcgtcc tccgcatcag gattgtccga ttctggagaa      540

tcggacaacc aaagcgacga aaacgggtcc cagatgtccg attctggaga atcggacaat      600

cagacggtgg gcaaactggg gcagaccgaa tcccaagtca aggaaaacgg ccgcgtctca      660

tccgacatca tgaacaatga aggtaccgaa ttccgcgtgg ccggcatcgt cgataccggc      720

ggcaacgagg attccatcgt gtacgccacc accgctgatg tggccaaact ggccggctcc      780

aggcgtggcg ccgacgtggt cgaatattcc gtgaacgcca tgggcgatga cctgaacgcc      840

atcgtcaaaa ccctcaacgc caacccgaac accggcgtga aggcgcagac cgtcaccaaa      900

atcacctcgt ccgatactcg catcatcacc atgctgcaga cactgttctg gatcgtatcg      960

cttgtcgtgc tggtgctgac gctggtcggc gtgggaacca ccatcagctc catcgtgagt     1020

cagcggcgca acgaaatcgg cctacgcaag gccttgggcg catcatcgca ggcaatcggc     1080

accgaattct acgtggaatc cgccatctat gggctcatcg gcggtctgtt cggcacggcc     1140

atcggctatg cgctggcccg tgtgctgtgc gtcaccgtat tcgaacgtgc catcggcttt     1200

aattggctgt tgggcctcgc atcgctcgtg ttgagcatgc tgatcgctgt cgtcgcgtcc     1260

attccgccgg tccgccgcgc aactcgtatt gaccccgcca tcgttttgag ggaggaataa     1320


<210>  2437
<211>  2883
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP058

<400>  2437
gtgattgtgg tagatatcgt tgacaaagcc ctgcgtatgg gcgaaggccg acagatcaag       60

aaacttgaga acgtcgccaa agcgaccaat gcgctggaag acgagattgc ggccctcaat      120

gacgaggagc tcaaaggcca gaccgccaag ttcaaggaac gcatcgacaa cggcgaatcc      180

ctcgataaga tcatgccaga agccttcgct accgttcgtg aggcgtccaa gcgtacgctc      240

ggactgcgcc acttcgatgt gcagctgatg ggcggcgccg ccctgcactg gggcaatatc      300

gccgaaatga agaccggtga aggcaagacc cttgtcgcca cattgccggc atatctgaac      360

gcgttggaag gcaagggcgt tcacgtcgtc accgtcaacg actatctggc cagctatcag      420

gccgagctga tgggtcgtgt ctatcgattc ctcggcatga gcaccggttg catcatcacc      480

gatcagaagc cgccggagcg tcgcaagcag tacaacgccg acatcaccta tggcaccaac      540

aacgaattcg gcttcgatta ccttcgcgac aacatgtcct gggaaaaatc cgacctggtg      600

cagcgcggac atcacttcgc catcgtcgac gaggtcgact ccatcctcat cgacgaagcc      660

cgtaccccgt tgattatctc cggacctgcc gaaggcgacg tgactcgttg gtaccgccag      720

ttcgcgcgcc tggtcccgaa gctcacccgc gacgaggact acgatgtcga tgagaagaag      780

aaggtcgtcg gcattctcga tccgggcatc accaaggtcg aggactatct tggcatcgac      840

aatctgtacg agccgaacaa caccgccctg atcggctatc tgaacaacgc catcaaggcc      900

aaggagctgt tcctgcgtga ccgcgactac gtcgtgaccg gaggcgaggt gctcatcgtc      960

gacgagcaca ccggtcgtat cctgccggga cgtcgctaca acgaaggcct gcatcaggcc     1020

atcgaggcca aggaaggcgt ggaggtcaag gccgaaaacc agaccttcgc caccatcacc     1080

ctgcagaact acttccgcat gtacgacaaa ctgtcgggca tgaccggtac cgcagagacc     1140

gaggccgccg aattcatggg cacctacaag ctcggcgtac ttccgattcc gaccaacaag     1200

ccgatgatcc gcgaggatca ggacgatctg attttccgca ccaagaagga aaagctcgcc     1260

gccatcgtgc gtgatgtcgc caagcgtcac aagaagggcc agccggtcct gctgggcacc     1320

gcttccgtgg aatcctccga aatcgtctcc tcactgcttg acgtggccaa gattccgcat     1380

caggtcctga atgcgaagca gcacgacaag gaagccgccg tcgtggccgt cgcaggccgt     1440

aagggcgccg tcaccgtggc caccaacatg gccggccgtg gtaccgacat catgctcggc     1500

ggcaatgtcg aattccttgc cgacgccaag ctcaagtccg agggctactc gccggacgac     1560

actccggacg aatacgagaa gcgttggccg ggcaccttgg ctgaaatcaa ggagcaggtc     1620

aaggacgagc acgaggaggt cgtcgacctc ggtggcctgt acgtactggg caccgaacgt     1680

cacgaatccc gccgaatcga caatcagctg cgtggccgtt ccggccgtca gggtgatccg     1740

ggcgaatccc gcttctatct gtcgctcgaa gacgatctga tgcgcctgtt caacacccag     1800

ctcgtggctc gcgtcatggc caagggtatg ccggaaggcg agccgatcga ggctaagagc     1860

gtgtccaagg gtgtgcgtac cgcgcagaag gccgtggaat cacgtaactt cgaaatccgt     1920

aagaacgtgc tgaagtacga cgacgtgatg aacaaacagc gtaccgtgat ctacgccgaa     1980

cgtcaggcgg tgctcaaggg cgaggatatc catgacgata tcctgcgttt cattgaagat     2040

accgtgacga gttacatcaa gggcgccaac aagggctccg ataagccgaa ggactgggat     2100

tgggaaggcc tgttcaaggc actcgcctcc gtatatccaa ttgcggtgga ccaggacgcc     2160

gcgaaggatg ccgtctccaa gctcaaggga gacaaggccg tcgaggcagt caaggacctc     2220

atcgtcgccg acgccaagga ccagtatctc gacttcgaag agaagctcgg cgaagagggc     2280

ctgcgccaac tcgaacgtcg tgtggtgctt gccgtgctcg accgcaagtg gcgtgagcac     2340

ctctacgaga tggactacct caaggacggc atcggtctgc gtggcatggg ccagcgcgac     2400

ccgctggtcg aataccagcg cgaaggctac cagatgtaca actccatgat cgaggccatc     2460

aaggaggaat ccatccagct gctgttccac gtggatatcg aacgtgtggc cgtcaccgag     2520

gacactgaaa ccgaatccga tgaggacgag gccgtgaacg cagccgaagc cgtgatgggg     2580

cttgaaggcg aggcagagcc caccggacag tccgctcccg ctgagccgga gaccgatgac     2640

gaagccgaaa aggccgacat tgacgagctt gctgaagagc ataaggccga gccgggcatc     2700

gtcggtatgc agccgattag ccacgccgaa ggcaaggttc cggccaacaa gcgtccgaag     2760

agtgaggaat tgcgctcacc atgggccgat ggccgtacct tcccgggaac cggtaagaac     2820

gcccagtgcc cgtgcggttc cggtcgcaag tacaagatgt gccacggcca gaacgagcag     2880

tga                                                                   2883


<210>  2438
<211>  882
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP059

<400>  2438
atgaatttct tccaagcgat tttcctggga ctggtgcagg cattgaccga atacctgccg       60

gtttcctcca gcgcgcatat ccgcatcgtc ggtgatctga tgttggggtc cgaccccggc      120

gcggccttca ccgccattat ccagatcggt actgaactgg ccgtaatcct gtacttccgc      180

cgcgacatca tccgtattct tggcgcctgg tttggctccc tgttcggcaa agagggcaag      240

gacttcaaga gccgtatggg cgcgcataac cgtgacaccc agatgggctg gttcatcatc      300

cttggcacca tgccgatcct catcgccggc gtgttgttca aacatgtcat tgaaacttca      360

ctgcgcaacc tgtggatcac cgtgaccgtg ctggcactgt tcggcgtgct gctgtgggtg      420

gtcgatgccc gcgccaagca gatcaaaacc atggaggaga tgacctggaa ggacgcactg      480

gtcttcggca tcggtcagat gctcgccctg attcccggcg tttcccgttc cggaggcacc      540

atcaccttcg gccgcgccat gggctatacc cgtgaggccg ccgtgcgcgt gagctttctg      600

atggccattc cggccgtatt cggtgcgggt attctcgaag ccgtctccgc agtcaaggat      660

gtggctgcgg gtgatgcggg catgttcccc ggctggggtg ccaccattgc cgccaccatc      720

gtggcctttg tcgtcggcta tgtggtgatc atcggcttcc tgaagttcgt gtccaccttc      780

tcatacaagg ccttcgccat ctaccgcatt gcgcttgccg tggttgtggc gttgctgctg      840

atctgcggcg tcatctcccc gttggagatg gccgcagcct ga                         882


<210>  2439
<211>  1203
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP060

<400>  2439
atggcagatt ctcctcttcc acagtggttc gacggctcga gctataccca caaagtggcg       60

gccagcatca tgaaatacgg gccgatcgca cgcatcacgc tagcgcagat cctcggtctt      120

tcgcagggag caatctcgcg catcaccagc gatctgattt acgccggcgt tgtcgaagag      180

actccgatga ccgccgatca gacgggcaaa ttaccgagag gattcacgac gaaagagaac      240

ggcgagcgtc gtggccgtcc gcagacggga ctgcgcatca tcacgaatgc acgcacgttc      300

gtgggcatca aattgaacgc ctcgctcgct tccgccgtgg ccgtgaacgc aggcgggcat      360

atcatcaccg gctgccacga gcaagcgatt gacgatgcct cgccggaagt cgtggtgcag      420

atcatcaaac ggctgatcac agactgctcc agcgaggccg caatggccgg atggccgaag      480

ccttgcgcgg ccggcatttc gatcggcggc cacgtggtga atgattcggt ggtaacgttc      540

gcgccgttca tgcactggtc gcaaccagtg catctttcgc agatggtaca tgcggccacc      600

ggactgccga ccggcatcta caacgacatc gattcgttgc tggtggatgc ctgctggttc      660

ggctcgggag tgggactgag cagcttcgcc gtgctcacgg tcggggtggg cgtgggctat      720

tcgctggcgc taaacggcga actggtgaac tgcccggaca aatcctacgg tctggtgggg      780

catattctgg ttgatccgga aggtccacgc tgcgtatccg gccacaaggg atgcgcgcaa      840

tgtttgagcg acgactccat cgtggaggaa tactcccatg ccatcggcca cgtggtcaca      900

ttcgccgatt tcgcccgtga cgccaaagcg aatgtgccgc aggccacgaa actcgtgaac      960

cgtacatgct tccggctggg aacgctggtg gcgacgattg cgaacatcgc catgccggag     1020

aaaatcatga ttgcaggcga atcgtcgttc atcgcccagc ttggcatcga tgacctgcgc     1080

aacggcatca acaactatcg gcacagccag gccgcaccgg tggatttcga gattcccgac     1140

cacgactggg cgctatgggc caaggccgta gccgctcagg ccatccgtca gtatgtaagc     1200

taa                                                                   1203


<210>  2440
<211>  1161
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP061

<400>  2440
atggcacaga cgaatgcagc ggcgaaaggc gccgtgcaga accaagccgc caacggcatt       60

gacccccgtc gccaggccgc gctggaaacg gcgttggcgc aggtcgagaa aaacttcggt      120

aagggatcgg ccatgcgtct gggggaccgc ccggagcagg acgtcgaggt cattccgacc      180

ggttcgttgg ctcttgatat ggcattgggc atcggaggtc tgccgaaggg tcgcattgtc      240

gagatttacg gcccggaatc ctccggtaag accacgcttg cgttgcatgt cgtggccaat      300

gcgcagaaga agggcggcgt cgctgcgttc atcgatgccg agcatgcact cgatccggtg      360

tatgcccgca agctgggtgt cgataccgat tcgctgatcg tgtcccagcc cgacaatggt      420

gagcaggcgt tggaaatcgc cgatatgctg attcgttccg gcgcacttga tgtcatcgtc      480

atcgattccg tggccgcgtt ggtgccgaag gccgaaatcg aaggtgaaat gggtgacagc      540

catgtcggtc tgcaggcaag gctcatgagc caggccttgc gcaagatgac cggtgcgctg      600

gcccaggccg gcaccacggc aatcttcatc aaccagttgc gcgagaagat cggtgtgttc      660

ttcggcaatc cggagaccac caccggtggc aaggcgctga agttctatgc ttcggtacgc      720

atggatatcc gccgcataca gaccatcaag aacggtgacg aggccgtggg caaccgcact      780

agggtcaagg tcgtgaagaa caagatggct ccgccgttca agtccgctga attcgatgtg      840

ctctacggcg agggtatctc caaggaaggt tccgtgctcg acatggcctt gcaagtcaat      900

gtcgtcaaaa aatccggctc ctggttcacc tacgatggtg accagcttgg tcagggccgt      960

gaaaacgtac gtcagttcct taaggacaat cctggggtca ccgaagaaat cgaaaatcgg     1020

gtgaaggctg cgtttggact gattgaaccg actgatcagt tcgctgaaga cggcgatggg     1080

aatgagactg cggcaagcga aagcggcaaa ggcgagtcga agacggcaaa gggcgccaaa     1140

ccggcatcga ccaaggcctg a                                               1161


<210>  2441
<211>  759
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP062

<400>  2441
atgagtcagg caatcgacat cgtgtcgctg tacccgaaag acatgaacat ctacggcgac       60

tccggcaacg tgctcaccat ccagcggcgt ctcgcgctat acggctacga accgcacgtg      120

catgcctaca atcagggcga cgagtggccc gagcacgtcg acatgattct cggcggcggc      180

ggccaggaca ccggtcagaa gaaaatcatc ggcgacttct tcatgcgcgc cgatctgcta      240

cgctcacttg cggccgacgg tatgccgatg ctcatgatct gcggcctgta ccagttgttc      300

ggcgaatatt tcgagacggt cgacggctcc cggctggacg gcatcggcgt gatcggcgcc      360

tatacggtcg gtcgggaagt gcgtatgatc ggcaatctga ccgaaacgtc cgacgacttc      420

ggcaagatcg tcggctacga aaaccattcc ggccagacgt tcctgcgcga gggggtgcag      480

ccgctcggcc atgtcgaagc ggacggcacc ggcaacaacg gtgaggatca taccgaggga      540

gcccgcgtga acaatgtgat cggcacatac atgcacggtt cgttgctacc gaagaatccg      600

gccattgcgg actttctgat tcgtaccgcg gtcgagcgcc gctacggcac gttcgatccg      660

gtcgcggtcg gtcagacctc cgcacagaag gctgcgctga accgtatcaa cgaggttgcg      720

caacgtgcgc gccgcgtggc tatgtcccgc ccgcgctag                             759


<210>  2442
<211>  1947
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP063

<400>  2442
atgaccgttg gcatgttgaa ttcgatacac tctccggccg acgtgcatgc cctttcctct       60

tcgcagcttg ccgatctgtg cgctgaaatc cgtggcaccc tgttggaata cggcaggcgc      120

catggtggcc atatcggctc gaatctgggt gtcgtggaat tgacggtggc cctgcaccgc      180

gtattcgatt caccgcgtga ccgtcttgtc ttcgacgtct cccaccaaag ctacgtgcat      240

aagatgctga ccgggcgtgc cacggcctat accgatccga aacagttcgg gtcggtgacc      300

ggcttcacga atccgctcga aagcgagcac gattccttcg tgctggggca taccggcaca      360

tccatctcat tggcctgcgg tcttgcgaag acccgcgata tgcaggtcag tgcctccggt      420

gccagcacga tcggcaatgt gatcgccgtg atcggcgacg gcgcgttgag ctcggcgatc      480

gccttcgagg gactgaacaa cgcggctgaa cagggcggca atctcatcat catcgtcaat      540

gacaacgaga tgtcgatagc cgaggatttc ggcggcatgt acggctcgct ggcggcgctg      600

cgcaagtcgg acggcacggc cgcattgaac ctgttcaaag cgttcggtct ggactaccga      660

tatgtggagc ggggcaacga tgtgcacgcg ctggtggagg cgctgcgcgc agtcaaggac      720

atcgaccatc cgatcgtagt gcatgtgcat accaccaagg gactcggatt cgacgaagcg      780

gccggcgatg gcaacaatgg ttcggatggc tgcaaccaga caggtaccga accgcatgcc      840

ggccaatgcg aggccaatca ctggcagaat cccgattctg cgctcaacgc ggcactcgac      900

gcgcgtaaat actatggcgc catggcgatg aactcgctcg aatcgcggtt tgcgaacgaa      960

ccgggattgg tggtcatctc ccccgcgaca cccgggtcga acggcataac ccgtgatttc     1020

cgtgaacgcg cgggtgcgca ctatatcgat accggcatca ccgaggaaca tgccgcggcg     1080

ttcgcggcag gtatcgccaa agccggcggc agaccggtgc tggcgacttc cgccacattt     1140

ttccagcgca cgttcgacca gctgcagcag gagttgtcgc tgaaccatgt tccggtgacg     1200

ctgctgattt tcggcgccgg cctttccggt acggacaaca cgcattccgg cgcctttgat     1260

atcacgatgt tcgcgaatat cccggatctg acctgccttg cgccgaccag cggcgagcag     1320

atgctcgaca tgctggcgtg ggccaccggc ccgtccgaac atggcgtggt ggcgatccgc     1380

atgcccggcg agcagattct cgagttggaa cgcgccgcgg atatggcgtt cgatccgata     1440

gcacgtgccg caggccacga accggtcatt ccggctgtcg acaatgccgg cgattgtccg     1500

ttcaacaggt atcagattct tcaggcgggg cgggatatcg cggttctggg acttggcaac     1560

accgtcgcat tggcttccca ggtggtcgac cgcctgtcgg aaggcggcgc cgatggcgat     1620

tcgaacggtc tgccggctct cccggtgacc gccacgctga ttgcggtgcc gcagtattcc     1680

tcgttggatg aggaactgtt gtccatgttg gcggatggcc accggatcgt ggtgaccctt     1740

gaggatggac aactggaggg cggatggggc gagaagatca ccgccttcta cgccaattcg     1800

accgattcgc gggcgaacgc cgtgcatgtc ctcaatttcg gtgcggtcaa ggagttcacc     1860

gaccgtgtgc cgcttgccga tctcaaccgg cgttacggcc tgacgtccga gtgtatcgtc     1920

aaccgtattc gtcaggcgcg tccctag                                         1947


<210>  2443
<211>  1368
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP064

<400>  2443
atgtctgcaa ccatcaaacc ccagggcaaa ctgacgttcc tgacgaaatt cgccttcggt       60

atgggcgatt tctggacgtc catcggcaac atcgccatgg ccacctatct gaccatgttc      120

tatacggatg tggtcaggct ctcgccgtcc atggtcgcct ccatgctgct cgtcgtgcgt      180

ctggtggtgg ccttctggga tctgaccgtc ggcattctgg tcgaccagac caagtcccgt      240

tggggcaagg cccgcccgtg gatgctgttc ggcggcatcg cctacggcat tgcgttcctg      300

ttcctcttcc tcgacccgtt cggcaactct ccggccggcg tgatctatgc gtgggccgtg      360

tatgcgatcg tcaacgtggc ctattcgacc gtgaacgttt cgtatgcctc gctcacctcg      420

ctgctgaccg ccgattccgg tgaaaagacg cagctcaaca tcttccgcat gaccattgcc      480

aatgtgggtg ccatgctcgt ctacgtgctc gccatgccga ttgtgaacgc gttcggggga      540

acgtcgatcg gctggggcgt cttcttcggc gtgatcgccg tcatgattcc gttcggctac      600

tggttcacct tcgcgaatac gcgtgaagtc gcttccttcg aatctgacgg cggcacggat      660

ggcaacgatg gcaaggtctg cgtgggcgga catttcaaag cgctggtgcg caacaagtac      720

tggtggctca cgcttggcct gaatttcgcg ctgtggacct ataacggcat cgccaacggc      780

atggccgcct atatcgccaa gtatgtgctc ggcaattcca atctgaccgc cgtaatcggt      840

ttggccaccg tcatcccgat ggtcatcggc ctgccgttcg ctggccctct tgtggccagg      900

tttggcaaac gcaactcctc gatggcggga cttgtgctcg tcgccgccgg cagtctgctg      960

gtgttcatcg atccgagcaa tctgtgggtg ttcttcgtct ccatcgtcgt gcgcatgatc     1020

ggcatcatcc cgatgaacgc cgcgctcaat gccatgagcg gcgacgtggt ggagtacggt     1080

gaatggcaaa gcggcgtgcg ctccgacggc atcgtgttca gctcgtccag cttctccatg     1140

aaggtggcca tgggcgtctc ctcggctgcc atcgcatggg tcctcggcgc cagcggctat     1200

gacggttcgc gagccacgca gtccgccgtc accgtgtccg ccatggtcaa caccttcgta     1260

tgggtgccgg tcgccatggt cgtggtcatg gccgtgttgc tgttcttcta cgatcttgac     1320

gggcgcatcg gccggatcgg cagggagctt gccgctcgcc gtgcgtag                  1368


<210>  2444
<211>  1755
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP065

<400>  2444
atgtggacgc ggcttttctt tttccttgcc aaccctgtcc cgcgtaacaa cgaaagtaga       60

tacatgagtg attttgtcga tcgcgtgacc gtccacgtca aaggcggcga cggcggtaac      120

ggttccgccg gcatccgtag ggaaaaatac aagccgttgg caggtccgaa cggcggcaac      180

ggcggtaatg gcggctccgt gatcttccta gccgatcaga acgccaacag cctgttggat      240

tatcgtttca tgccgcatcg cgaggcgggc agcggcacca tgggtctggg cgacacgaag      300

gacggctcca aaggcgccga cctgattctg cccgtgcccg tcggcaccgt gatcttcgaa      360

gccaaggggc cgcagggcgc acgcaagtat ccgggcgaac aactcgccga tctgcgtcac      420

gtgggcgaca ggtacgtggc cgccgctggc ggcaatggag gcctcggcaa cgcggcgctg      480

gccaaccgca cccgtcgtgc cccgggcttt gcgctgttgg gtgaaccggg tgaggaacgc      540

gacgtgatcc tggagctcaa gtccatcgcc gacgtggcgc tcgtgggctt cccctccgca      600

ggcaaatcca gcctcatcgc cgcgatgagt tccgccaagc cgaaaatcgc cgattatccg      660

ttcaccacac tggtgccgaa tctcggcgtg gtcatggccg gcgattcgcg ttacaccatc      720

gccgatgtgc cgggtctgat tccgggcgcc tcgcagggca agggactcgg tctggaattc      780

ctgcgtcata tcgaacgcac ggaaatcatc gcgcacgtca tcgattgtgc gacgcttgaa      840

cccgaccgcg acccgatgag cgattaccgg gcgctggaac atgaattggc cgaatatgcc      900

gacaagctgg aattgccgct gggcgcgatt ccgattccgg aacgtccgcg catcgtcatc      960

ctcaacaagg tcgacatgcc ggaagccaag gaactggccg aattcgtcaa gccggaattc     1020

gaagcgctgg gactgaaggt cttcatcatc tccaccgcct cgcatgaagg cctgaaggaa     1080

ctcaactggg ccttggctgg tctggtggcc gatatgcgta aggaagtggc gaagcgcgag     1140

caggccgaag aagaggcgcg tgtggtcatc aagccgctcg aagagacgaa gaaccgccgc     1200

cgtcgtaacg acgaaagcgg cagcgcgctc gaattcaccg tggaacgcaa ggaatccggc     1260

aacggtgacg tctggtacga agtgcttggc ggcaagccgg agcgttgggt catgcagacc     1320

aatttcgaca acgacgaagc cgtgggctac cttgccgatc gcctggccaa gctgggtgtg     1380

gaggatgagc tgcgccgcaa gggtgccaag ccgggagacg aagtgcgcat cggacgcggc     1440

gatcgtgcgg tggaattcga ttgggacccg accatcgcgg ccggtgccga aatgctcgat     1500

ggcgcgcagt tgggcgctcg aggcgtggat ctgcgactgc aggggcagga cgggcggaca     1560

cagcgccgta cgaactccga gcgccgtcgc cagtaccatg agatgatgga cgcccgtcag     1620

gcggtacgtg aggccatgat ggccgaacgt gcggccggcc actgggccga tccttccgtg     1680

gatgacgacc gccacgacga aaacagcctg ttcggacgcg gcgaatccgc cgatacggac     1740

gacgtgaaag aatag                                                      1755


<210>  2445
<211>  2109
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP066

<400>  2445
atgtcaatca gcgccacgga aaagcctttg ggcaaagtgt tcacctccga ctatcagttc       60

accatccctt ccttccaacg cgcctacaca tggcaggcgg acaacgtctc gcagctggtg      120

agcgacctgc aggacgcgtg cgcgaatccg gacagcccct actttctggg ctccctgatt      180

ctcgtcaagg acggttcggc cagataccag gtcatcgacg gacaacagcg cctcatctcg      240

ctgtccatca tcatctccgt actgcgcgag ttggaaaccg acccggacct tatcggcagt      300

ctcaacgagc ttattctcga gccaggcgac aaactgcgcg gcatcaaggc gcaaccgcgt      360

ctgaaactgc gcgaacgcga caccgacttc ttccgcatgt atgtgcagga aggcgatttg      420

gagggattgt tcgacctgcg cgacggcgac atcgaatcca acgcgcaacg caacatcgcc      480

gtcaatacac gacaggtctt cgatgagctt gcgaagatgg aagaccacga ccgacgccgt      540

ttcgcctcgt atctggtcaa cgaggtcacg ctggtgatcg tgaccaccga cgatctggcc      600

ggggcgcatc gcatcttcga cgtgatgaac atgcgaggcg ttcccctgac cgcatctgac      660

gtattcaaag cgaaatcggt cgccgccatc tcgccggtcg cacgtaccgt ctacgcgacc      720

cgttgggatg acatcatgga tccgcttggc gacgattcgc aacttctgga ggaattcttc      780

tcggacctgc acctgatcgt ctcgcacaag gccgtctgca cgcaactgct cgaggagttc      840

cgcaacgacg tactcaaacc gtatgtcagg gatcagaacg tcatctcgtt catcgacgac      900

gtgctggcgc cctatgccaa cgcatggctt atcatcagca gaccgaccga cgcgaacctg      960

ccggacgacg tggtaggcca gctcgtggca ctcaacgatt atcagaccac cgattggaaa     1020

ccggtcgcca tgtgggcgct ggtcaattcc atccgcaatc tcggcagcga cgccgcccgc     1080

gtgttctcca aacccggagc gcatacgagg gaaaccacca cgaacgggaa gaacgacgaa     1140

gacctgcaac tgcacgacat ggcacgcctg cgcgacgttc tgtccgcgct ggaacgcgtc     1200

accggtgtgg acagcctgaa cagacaaagc ccgctgtacc gacgtacgcg ttcggcgagc     1260

gccatccgcg acctcgaacg aggccacacc ctgcagcaga tccgcggatt cctcatcacc     1320

gacgatgacc gccggagcgc gctggcccac ctgcgtggcg agctacagac cggtcccgcg     1380

ctgaagcgtc tgctgctcat tcgcgcgaac gagcagcagt cgggattgcg catcacccga     1440

ccgcgtagtc tcaacgccgt tgcgatcatg cccgaacagg tcgtgtcggg ttcgtcgttc     1500

gccgattggc cggaagccgt acgtgaccat tgggccaacc gtatcggcaa tcttgcgctt     1560

agccaggcca atgaacgcca gctcgcgccg ctcgcatcct ttgaggaacg ccgcgaccgc     1620

atgctcctgt cggcgagctc caaacgattc cccctgaccg cacagcttgc cgatatcgcc     1680

caatgcactc ctcagaccct gcaattccga caggatgaaa ccatccggct tatcgccgat     1740

cattggaaca ttcgctacga tgcggaacgt accgacctgt ccacgttaag cgaggaattc     1800

ctcaccagaa aaaccgaggc caagacgccg acctcgaaac gcgtgaccat catgcagatt     1860

ctggaggccg ggttgctcat tccgggcgaa acgctggtct gggaccgacc gcgcaagggc     1920

gaacgctggg tggtgaccgt caccgccgaa ggcaagctac gcatggatga cgggcaggaa     1980

tacgcctccc ccaccgctgc cgcccgggcc gtcggcggcg gcagtgcggg actgaccgta     2040

tggaaacgca cctcgaacgg ccaaaagctc agcgacatct ggaaagccta ccgactcaag     2100

aaacgctga                                                             2109


<210>  2446
<211>  1929
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP067

<400>  2446
atggcggttc gcggcgatat tcgaaatgta gcgattgtgg cacacgtcga tcatggcaag       60

accaccctgg tcaacggcat gctggcgcag tcccatgtgt tcaacgagcg tgaggaagtc      120

ccggatcgcg tgatggactc caacgatctg gaacgcgaga agggcatcac catccttgcc      180

aagaacaccg ccgtgcagta caccggtccg ctggccgcca agtacggtca tccggaaggc      240

atcaccctca acatcatcga cacccccggc cacgccgatt tcggcggcga ggtcgaacgt      300

ggcatctcca tggtcgacgg cgtcgtgctg ctcgtcgatg cttccgaagg cccgctgccg      360

cagacccgtt tcgtgctgcg caaggccctt gaagccaagc tgccggtcat cctgtgcgtg      420

aacaagaccg atcgtccgga cgcccgtatc gaagaggtcg tcggcgaggc atccgatctg      480

ctgttgggtc tggcgcagga cgtcatcgag gagggcatcg atcttgacga ggactccctg      540

ttcgacctgc cggtaatcta ctgcgcggcc aaggccggat acgcatccga gaatcagccg      600

gagaacggcg gtctgccgga taacgacaat ctcgagccgc tgttcgaggc catcatcaag      660

aacattccgg ccccggaata cgacgaaggt gcaccgctcc aggcccatgt ggccaacatc      720

gactcctccg acttcctcgg acgactcggc ctggtccgca tctacaacgg caccctggag      780

aagggcaaga cctacggcct gtctcgtgtg gacggctcca tcgagaactt ccgcgtctcc      840

gaactgctgc gcacgcaggg cctggagcgc acccccgtcg attccgcagg ccccggtgac      900

atcgttgcag tggccggcgt gaacgacatc atgatcggcg agaccatcgt cgatccgagc      960

gacccgcgtc cgctgccgct catccacgtc gacgatccgg ccatctccat gaccttcggc     1020

atcaacgatt cgccgttggc cggcaccgaa ggcaaggatc acaagctcac cgcccgcatg     1080

atcaaggacc gcctggaccg tgaactcatc ggcaacgtgt ccatcaaggt gctgccgacc     1140

gagcgtccgg acgcctggga ggtccagggc cgtggcgaac tcgccttggc agtgctcgcc     1200

gagcagatgc gccgcgaagg ctacgagctg accgtcggcc gtccgcaggt ggtcaccaag     1260

accgttgacg gcgtgatcaa cgagccgatg gaaaacacca ccatcgacgt accggaagag     1320

tacatgggca ccgtcaccca gctcatggcc gatcgcaagg gccgtatgga caacatgacc     1380

aaccacggca ccggctgggt gcgtttgcag ttcaccgttc cctcccgtgg cctgatcggt     1440

ttccgtaccg cactgctgtc cgccacgcgc ggcaccggca tcgcagcctc catctccgca     1500

ggctacgccc cgtgggccgg ccagatcgta acccgtcaga acggttccat ggtctgtgac     1560

cgtaagggcg tcgccacccc atacgccatg cagcgcctgc aggctcgcgg caacttcttc     1620

gtcgagccgc agtccccggt gtacgagggc caggtcgtcg gcgtgaacaa taagccggat     1680

gagctggatg tgaacatcac gctggccaag cacatgacca acatgcgttc cgctaccgcc     1740

gacgtgctgg agaccctgac cccgccgatc aagatgagcc ttgaggagtc cctggacttc     1800

gccaacgagg atgagtgcgt ggaagtcacc ccggagtcca tccgaatccg caagatcatc     1860

ctcagccgtg aggactggta caagtggcgc gccaagcagc gtcgtcagaa caatcagcag     1920

ggcaagtag                                                             1929


<210>  2447
<211>  540
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP068

<400>  2447
atgagcattc acgtagtggt gatgggcgtt gctggctgcg gcaaatccac cgtcgcggag       60

gcgattcacg aacgactcga ctatgcgtac gccgaaggcg acgacttcca cccgcaggcc      120

aatatcgata agatgtccgc cggcattccc ctgaccgacg aggaccgctg gccctggctg      180

caggtcatca acaaatggat ggtggcacgc gaggcactcg gcgagaacac cgtggtctcc      240

agctccgcgc tgaagcgcag ctaccgcgaa gcactgtccg agaacgtacc gaccttcttc      300

attcacctca gcggcacgca ggaactcatc cagcagcgcc tgaacgagcg caaggggcac      360

ttcatgccac cggcgcttct gccgagccag ttcgccatcc tcgagccgct ctcccccgac      420

gagaacggcg tggaggtttc cattgaaggc agtgtggacg ccatggtgga acgtgcgctt      480

gacgctgtaa acgagtatgc gcgatccgtc gccccgcaat cccggcagca ggccgcctag      540


<210>  2448
<211>  1467
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP069

<400>  2448
atgaataaat cgttacgtca gctcttcacc atcgtcatca tcctgttcgt gatcctgggc       60

atgtcgacga ccatcatcac cgccatccgt gccaaccagc tcaatcagga tccgcgcaac      120

acccgagcgc tctaccatga gtatggagct ccgcgaggct cgattctcgc ctcggacggt      180

tccgtaatcg ccaaatccga cccgtcgaac gacgcattct cctaccagcg ctcctactcc      240

gatggcccgc tgtatgcacc ggtcaccggt ttcttctcga tcagccagcg cgggtggagc      300

gggatcgaag cctcccgtag ttcactgttg tcgggacagt ccgaccagct gttctggcag      360

cgtttcaaag cgctgtttac cggtcaggag aacaagggcg ccaccatcga gacctccatc      420

gatccgaaga tccagcaggt tgcctataac gccttggggt cgcttgacgg cgcggccgtg      480

gccatcgaac cgaagaccgg tcgtattctc gccatggtaa gtacgccgag ctatgatccg      540

aaccagctgg ccagccacac cacgtcggaa gtgaacgaga actacaacac gctctcgtcc      600

gaccaggcga atccgatgct caaccgcgcc acttcgcagc tgtacccgcc cggctccacg      660

ttcaagacgg tggtcgcggc cgccgcgctg gaaaccggcc aataccagac cgatacgcag      720

attcccgccg gtgccagcta tacgcttccc ggcaccacgg tgcaactgac gaacgccact      780

tcgcaaggca acggctccga cggcaagatt tctctggaag acgcgatggc gtattcgtcg      840

aacaccgcct tcgcgcaatt gggcgtctcg ctgggtgacg ataaggtctc gtcgatggcc      900

aagaagcttg gtttcgacag ttcgatcacc gtggacggca ccgattcttc cggtactccg      960

tggatgaccg tggcttcgaa attcccgact gatgtgagtg acgacaaact tgcgctggca     1020

tcgatcggac agggagatac ggtggtcacc ccgttgcaga acgccctgat tgcggcggcc     1080

gtcgccaatg acggcaagtt gatgcaaccg acgctggtcg accgtgtacg ctcctcggat     1140

ctgtcggtcg tctcgcagac caagtcggag gtgatgtcgc gaccgttcag tgccgacacc     1200

gccgacaagc tcacgcagat gatggaggcc gtggtcacca aggaggatcc cgaattggcg     1260

attgacggcg tgcaggtggc ggtgaagacc ggtaccgcac agattgggga gaataacgga     1320

tccgtcgacg cctgggtcat cggattcgca cccgcggacg atccgaaaat cgcggtgtcc     1380

gtggtggtgc acaacgtgga ttcctacggc gcattggccg caggtccgat catgaaagcg     1440

atgatgcagg aggcgctggc agaatga                                         1467


<210>  2449
<211>  1110
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP070

<400>  2449
atgagcgaca aggacaacga actcaacgag aggcccgatg aaaccgtgac cgaagcggaa       60

acgaccgaag cggtcgaaac gtcggatgca gccgtcgaat caaccactga ggcaggcacc      120

gacgccacga ccgatgtcga tgcggcatcc atcgatttcg atgtcatcta tgatgacgat      180

gaagacgaaa ccgacgccgc ggccgatacc gaatcctccg aaaccgtgga cgtaccgtca      240

gcagcggagc agaacgacga gacggccgac gctgacatcg tcaaagacaa tgcgaatcgt      300

gtcaacgaga cgctggcgtt gcacaagtcc gacgacatcg aatcactgga tgcgcgtgca      360

accgcggcat ctgattccgc aacgagcgtg tcttcacgac tgaaccgtga aatcaagcgc      420

accaggaaga aggacgcctt cttcctgaag tcgaatccga cgttcgcgct caaccatgtg      480

acggtgacgc accgtaagac ggggcgtaac attctcgatg acctgtcatt ggcgttccaa      540

gccggtgcaa cccacgccgt gctggtggat gccgaagaca acgaacagca tcaggcgctg      600

ctcgccacga tggtgggcat gattcgtccg gatcgcggca atgtgatgaa caaaagcgcc      660

aatctgaacg aagtggagcc gctggacgtg cttgggcatc gcatcggctt cattccgcaa      720

cgtttcgccg tgcgcggtga gctcgacgcg gaaagcaaca tcctctatgc gatggacgct      780

tcgaaccgca atttcctcaa gccgaagccg gtgatcgcgc gagagctgct caaacgagtg      840

ggattcaccg aggcgacctc cggactgccg atcggtaagc tgagcgaact cgatcagcgc      900

cgcgtggcaa tagcgcgtgc cctgtgctgc gaagccgagg tgatcgtcgc cgacgagccg      960

accgtcggtc tggatcgcga cgaagccgcc gaagtgctgg cgttgctgag caagttcaag     1020

cgtgatgcgg atcgcaaacg cgccatcatc gtggtgaccg tcaatccaga ggtcgccgat     1080

gcgatggagc atagcgtaga actcgagtaa                                      1110


<210>  2450
<211>  1701
<212>  DNA
<213>  Bifidobacterium dentium JCVIHMP071

<400>  2450
atgaccaaag cacttcgtat gtctaccatg ttcctgcgta ccctgcgcga ggaccctgcc       60

gatgccgacg ttgtgtcgga caagctcctg cagcgcgcct gctacctgcg caaggccgcc      120

ccgggcatct ggacctggct accgctgggc ctgaccgttc tgaacaagat cgagaacatc      180

atccgtgagg agatggcctc catcgacgcc caggaggttc atttctccgg cctgctgccg      240

cgcgagccgt atgaggccac ccaccgttgg gaagaatacg gcgacaacat cttccgattg      300

aaggaccgtc atgaagccga ctatctgctg gcgccgaccc atgaggaaat gttcaccctg      360

ctagtcaagg acctgtattc ctcgtacaag gacctgccgg tgaccctcta ccagatccag      420

accaagtacc gcgacgaatt ccgcccgcgt gccggtctga tccgaggccg tgaattcatc      480

atgaaggatg cctattcctt cacccttgac aaggaaggcc tcgtcaaggc ctatatggac      540

gaacgcggtg cctacgaacg catcttcgac cgccttgacc tgaagtatgt gccggtgcac      600

gccatggccg gtccgatggg tggcttcgaa tcagaggaat tcctggctcc gatggagatc      660

ggcgaggaca ctttcgcgca gtctccgtcc ggcaaggctt ggaacgtcga ggcgttgacc      720

actccggagc cggaagccat cgattgtacc gacaccccgg ccgccgagaa gcgtccgacc      780

ccggatgccg ccaccatcga caagatggtc gaattcgcca atgccaacca tccgcgttcc      840

gatggccgtg cgtggcaggc ctccgacatt ctgaagaacg tggtaatcgc cgtcatgcat      900

ccgcaggacg acaaccatga cgaaccgtgg cgcgaactcg tggtcgtagg cgtgcccggc      960

gatcgttcgg tcgatatgaa gcgtctcgag gctcagttca ccccggccga aatcgaagag     1020

gccaccgaag aggatctgaa gaagcatccg gaacttgtca agggctatat cggcccgatg     1080

gcgctcggtc cgcaggcccg tgatggcaag aaggccgaag ccgccgaaga gaccggcgaa     1140

gcgctgcgat acttcgtgga tgcgcatatc gcccgcggtt ccgcgtggtt caccggcgcc     1200

gacgaacatg aggttgacta ttatgacctt gtctacgggc gtgactttga ggccgatggc     1260

accgtcgagg ccgttgaggt gcgtcacggc gatatgagcc cggacggttc cggcccgttg     1320

agcttcgagc gtggcgtgga aatcggacag gtgttccagc tgggcctgaa atactccaac     1380

gcccttggtt tgaaggtact cgaccagaac ggcaagaccg ttccggtgtg gatgggttcc     1440

tacggcatcg gtgtgtcccg tgtgatggcc tgcatcgccg aaacccacca tgacgacaag     1500

ggcttggctt ggccggccgt catcgccccg gcccaggtgc atgtggtcgc taccggcaag     1560

gatgcggcag cgttcgaagc cgcggaacag ctgattgccg aacttgaggc caagggcatc     1620

gaggtcattt tcgatgaccg taagaaggtc tcgccgggtg tgaagttcaa ggatgccgag     1680

ctgatcggcg taccgctgat c                                               1701


<210>  2451
<211>  807
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33393

<400>  2451
aacgtcggag agcaagaaca aatggctaaa tttaataaag atagcgttgg cggtacagtt       60

accgttgttg tattgctaag tttggtgtgt tctatcgtgg tttccggtgc tgcagttgca      120

ttgaaatcaa aacaagatga acaaaaagca cttgacgttc agcgtaatat tttaacggtt      180

gccggcctaa tgaaagaaga taatgcttct gtcattaaag acacttataa caagtttatt      240

gaaccgcgtt tagtggattt gcaaagcggt gattttattc aagcatcaaa agatgatgtg      300

gaaaaatttg atccaaaaac agcggtaaaa tcgaccgcac ttagccaagc aattcctgct      360

gaacaagata aagcgggtat taaagtgcgt gcaaatcagg cgcgtgttta ccttgttaaa      420

gatgaacaag gtaatgtcag ccaagtggta ttaccaatgt atggtcgtgg tttatggtca      480

acaatgtacg gtttcgttgc ggttgcccca gatgccaata ccatcaaagg cattacttac      540

tatgatcaag gtgaaacagc cggtcttggt ggtgaaatcg ctaatccgcg ttggcaagca      600

cttttcgtag ataaaaaact gtttgatgat aatcaacgtg tggctattcg tgttgctaaa      660

aatgcgtctt ctaacaaaga acacggcgtt gatgccttat caggtgcaac tttaacctca      720

aatggtgtgc aaggttcttt tgattattgg tttagccaaa atggttttgg tccattctta      780

gcaaaattta aagcgggggc aagataa                                          807


<210>  2452
<211>  1533
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33394

<400>  2452
atgacagagc aaattcaaag tcaaagcgga agccaaaatg gcgaagtcct gcttaccatg       60

actaatgtca gcaagtcctt tccgggcgta aaagccttag atcacgcaaa cttaagcgtc      120

cgttcgcatt ctgtacacgc attgatgggg gaaaacggtg cgggtaaatc cacgttgtta      180

aaatgcttgt tcggcattta cgctaaagac gaaggtgaaa tcttgttttt gggcaaaccc      240

gtgaatttta aaacctcaaa agaagcctta gaaaacggca tttccatggt gcaccaagaa      300

cttaaccttg tgcgtcaaac cagcgtaatg gataacctat ggctaggtcg ttacccactt      360

aaagggcctt ttgtggatca cgcgaaaatg taccgtgata ccaaagctat ttttgatgaa      420

ttggacattg atgttgatcc aaaagaaaaa gtagccaaac tttccgtttc acaaatgcag      480

atgatcgaaa ttgcgaaagc gttttcttat aacgcaaaaa ttgtgattat ggatgaaccg      540

acatcctcac tttctgaaaa agaagtggaa catctgttta aaatcattca aaaattaaaa      600

gatcgcggtt gcggtattat ttacatttct cacaaaatgg acgaaatctt caaaatttgt      660

gatgaaatca ccattctacg cgatggaaaa tggattaata ccgtgccggt aaaaacctcc      720

accatggaag aaatcgtctc catgatggta ggacgtgaat taactcaacg tttcccggaa      780

aaaaccaacg taccaaaaga aattacctta gaagtagaaa atctgacggc attaaaccaa      840

ccttctattc aagatgtatc tttcaatttg cgtaaagggg aaattttagg gattgcaggt      900

ctcgtcggcg cgaaacgtac agatatcgtt gaagctattt tcggcgtgcg cgaactgaaa      960

agcggtacca ttaaactcaa tggaaaaata gtaaaaaatc ataccgcact tgaagcaatt     1020

aaccacggtt ttgctctggt aaccgaagaa cgtcgttcaa cggggattta ctctaactta     1080

agcattgagt tcaactctct gatttccaac atgaaatcct atttaactcc ttggaaattg     1140

ctcagtaata agaaaatgag cagtgacaca caatgggtta ttgattccat gaatgtcaaa     1200

acgccatcgc acaaaacaac gattggctca ctttccggcg gtaaccaaca aaaagtcatc     1260

atcggtcgtt ggttattaac ccaaccggaa attctgatgt tggacgaacc gacccgcggg     1320

atcgatatcg gtgcaaaatt tgaaatttac caattaattc aggaactggc gaaaaaggat     1380

aaaggcatca tcatgatttc ttccgaaatg cctgaactcc ttggggtaac cgaccgcatt     1440

ctcgtcatga gtaacggtaa agttgccggt atcgttgaaa ctgcaaaaac ctctcaagaa     1500

gaaattttgc aacttgccgc aaaatattta taa                                  1533


<210>  2453
<211>  984
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33395

<400>  2453
atgaaaaaat acgttgcttt aaccgcgctc tgtttcgctt ttaccacaca agccaacgac       60

agcatggggt ttgtgtccac tggtggcgtg gaatacctca aaaatgacaa tattgccatg      120

aaaaaagaga atctgtttat tagccttgat aaaattaagg tagactacga atatcaaaat      180

ctcaccgaca aagacattac ggaaactgtg ctattcccat tacctgaggt ttttctttat      240

gattacggag actttgcgga tacagcaggg ttgattaata cctttaaaat ctacgctaat      300

ggtaaggaaa ttaaaccgca agtgcatgtg cgggcgtttc tttataaaac agaaaaagaa      360

gggacagagg aacaaaaatt ggtgcctcat gatgtgacgg cgattttcag agattgtggt      420

ttaactgagg aagaattgat ggaaccttgg ttgcgcaaat ctgcatcggc agagaataaa      480

attttgaagt gtaaagatcc tcgtttagcc aaatttgaat tggaaaaata tgaaggtgaa      540

ctgttttggg gcgggcaaat tatttatagt tggcagcaaa cctttaaagc ttccgacacg      600

acttacatca gccatgaata tgccccgttg gtcggtggtg gcgtgtctat ctcgtctata      660

ttagaactcg gtgaggagat accgtttacc gagcaatatt gtattggtcc tgaatttaaa      720

catgccatta aaaaattaat tcctgagggc ggtggttctt atcgtcagtt gggctatatt      780

ttaaaaaccg gggccaactg ggcaaaacca atcaccgatt tcaccttaac catcgagcga      840

ccaaaagatc agttggtgtc attttgctgg aaaggcaaag gagaagtgaa gaaagtcttg      900

caaaacgaca aggtggtaca attccaagta caggaaaaag atttcctgcc acaacaggat      960

ttagatgtgt tgtatgcacc gtaa                                             984


<210>  2454
<211>  582
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33396

<400>  2454
atgaataaat ttacaaaaat tagcgcgacc gcattattgg ctcttttctt aacagcttgc       60

gacaaaccgg cagacaaagc accagaagcg aaaccggaaa cagcacaaac acaagccgca      120

tcagaagtaa aagtagatga aaagggtgat tatcaaaaat tagtcgattg gaacaaggca      180

caagaacaaa cacagttaca atcacaacaa aaattccaac aagatttagt ggctgcagtt      240

caagctcaag atgagaaaaa agtgaaagaa gcgattgaaa catttaatca atcagtaaaa      300

gatacaatta caagcttaga tgcattagat gtaaaagcag aatcaattaa atctatcaaa      360

gagcaaacaa aaaatgtatt aagcttggcg agtggtttat tggttgatca ggctaatatg      420

agtttcacta acccgacaca aacaccggaa caacaaaaag cttatgcaga aaaagctgaa      480

gcattaagaa atgcaatggc cgagttacaa aaacaaagtg tcgaattaga gcaaaaattt      540

aatcctgcac cagtcgcagc gccggcacaa gacgcaaaat aa                         582


<210>  2455
<211>  1215
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33397

<400>  2455
atggaacgct ttcccaaatc agataaatta gagcacgttt gttacgatat tcgcggaccc       60

gtgcacaaag aggcactacg ccttgaagaa gaagggcata aaattttaaa actgaatatc      120

ggtaatcccg cgccttttgg ttttgaagcg cctgatgaaa ttctcgttga tgtcttacgc      180

aatctgcctt cagcccaagg ttattgtgac tccaaagggc tttattctgc ccgcaaagcg      240

attgtgcaat attatcaatc gaaagatatt cgtagcgtca cggtgaatga tgtttacatc      300

ggaaatggcg tgtcagagtt gattacgatg gcgatgcaag cactgttgaa tgatggtgat      360

gaagtgttaa ttcctatgcc ggattatcca ttatggactg ccgcggcaac gttggcgggc      420

ggtaaagcgg tacattattt gtgtgatgaa caggcagatt ggttcccgga tgtggaagac      480

atcaaaagca aagtcacctc acgcacgaaa gccattgtga ttattaatcc gaataacccg      540

acgggggcgg tttacagcaa agaattgctg ttagacatcg ttgaagtggc acgtcagaat      600

aatttaatta tttttgccga tgagatttac gacaaaattt tatacgatgg tgcggtacat      660

caccatattg ctgcattagc accggatttg ttgacggtca cgtttaacgg cttatcaaaa      720

gcttatcgtg tagccggttt ccgccaaggt tggatgattt taagtgggcc aaaaaaacac      780

gccaaaggtt acattgaagg cttagatatg ttggcgtcta tgcgtttgtg tgccaacgtg      840

ccaatgcaac atgcaattca gaccgcactt ggtggctatc aaagcattaa cgaattcatt      900

ttgccgggcg gacgtttgtt ggaacaacgc aacaaagctt atgaattgct caaccaaatt      960

ccgggaatta gttgtacgaa gccaatgggg gcgttgtata tgttcccgaa aatcgacatc     1020

aaaaaattta atatgtatga cgatgaaaaa atggtgtttg atttattggc gcaggaaaaa     1080

gtcttgttgg tgcatggtcg tggttttaac tggcattcac cggatcactt tcgtattgtg     1140

acattgccgt atgttcatca aattgaagaa gctttaggca aatttgcgcg gttcttgtcc     1200

cattatcatc aataa                                                      1215


<210>  2456
<211>  501
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33398

<400>  2456
atgtcaaaca tcgaaaaaca agctggtgaa ctgcaagaga agctaattgc ggtaaaccgc       60

gtatctaaaa ctgtgaaagg tggtcgtatc atgagtttca ctgcgttgac cgtagtgggc      120

gatggtaatg gtcgtgtcgg ttttggatat ggcaaagcgc gtgaagttcc tgcagctatt      180

caaaaggcga tggagaaggc gcgtcgtaat atgatcaatg taactttaac tgaaggaaca      240

ttgcagcacc ctgttaaggg tgtccataca ggttctagag tatttatgca acctgctagt      300

gagggtaccg gtatcattgc cggtggtgca atgcgtgctg tgttagaagt tgctggcgta      360

cgtaacgtat tgtcaaaggc ttatggttca actaacccaa tcaatgttgt tcgtgcaact      420

attgatgctt tagcaaatat gaaatcacca gaaatggttg ctgctaaacg tggtaaatca      480

gttgatgaaa ttttggggta a                                                501


<210>  2457
<211>  3048
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33399

<400>  2457
atgtttcccg agttacataa ttttggtaaa gaactttcgt tagtcatgaa tagcggcgtg       60

caattcattg attttgcctt gacgattaat tggaaagaca aagaatggcg cgagaaaggc      120

aacggcaatt ttgtttcttc tgcggtgaac gggccgttac gccgtttaat cgccgataaa      180

aacggcgagg ggttttgcga tccgagccgt cccggcattt tagtgcgtac cgagcaggaa      240

atcagcgtcg aacaatcctt taaactgttt gacggcgtgt ggttgccgat tcctgtgtta      300

agaaccgtgc cgccggatcg ttttgacgaa ggcccgtata actgggcgcg ggtgcgaatc      360

gtcgaattgg cggaaggcgc cgatccggaa gggcacaccc accgcgtgac gtttgccttt      420

gataccaaaa ttttccctaa cagccaagac accgcgtatt tggcgccgac cagtgaagac      480

gtgcgttccg gcgtgttatt cggcttggcg catcaatcgg atcaaatgtc gtggttcttg      540

gattttaact gggttaataa ctggttgttg gaattattta aagaactcgc gccggagccg      600

aaacgcctga aaattcaccc ggaagatttg ctacaggaag tggaacgcaa agcgcatcaa      660

gggcattatt tgaatatttt ggcgatcttg ggcgccgaag tggcgttgcc gagaattaaa      720

gtggtttcca ataaaaccga tgacatcgtg aaagcgattc cggtggacat ggtgttagat      780

gtgggcaatt cacgcacgtg cggtattttg atcgaagatc acgtgcagga aaaagacggc      840

ctgaaaaaac gttatgaatt ggagttgcgc gatttaacca atccggaacg tgtttacact      900

gagccgtttg aaagtcgtgt tgaatttgcg caggcctttt ttggcaaaga tcattggtcg      960

ctacaaagtg gacgtcgtga tgctttccaa tggccaacca ttgcacgtgt aggtaaagaa     1020

gcagggcgtt tggcaagtcg tcgtaacggt aatgaaggtt ctaccgggtt atcaagcccg     1080

aaacgctatt tgtgggattt ggacaaatac gaacaaatgt ggcgtttcaa ttctgcttat     1140

gtaaaaactg atcacgagcc ttacgccact gccgagccac tttccggatt aatcaacgaa     1200

tacggcgaag ccttacatat tttgcgtgat gatgttgaag aagaattcga gcgtaaaatg     1260

ccggtgttcc aaccgaaata ttcccgtagt tctttgatga catttatgtt gtcagaggtg     1320

ctaatgcacg cattaatgca aattaacagt ccggcacaac gtgctaaatt agagcattcc     1380

cgtacgccgc gcttcttacg ttctattatt ctgaccattc cacctgcaat gccgaaacct     1440

gaacgggaaa tttttaaaaa tgctatgtat caagctattg gcttggtttg gaagagcttg     1500

ggatgggata aatcggacga taacgttgat ttctctaccg aagaagggcg tgaaaaatac     1560

tggccgatgt tgccggaagt gcatatccaa tgggacgaag ccacttgcgg gcaaatcgtg     1620

tatttattta acgaaacgca aaacaattac ggcggacgcc cggaagaatt tttcgccgcc     1680

ttggcgcgcc ccgacaaaaa cggtaaagaa aacgccatca ctattgccag tgtcgatatt     1740

ggcggcggca ccacggattt ggtgatcaat aaatataaaa tggattacgg cggaaacagc     1800

aataccaata gcagtaatgc ttatatcgag ccggaacaac tgttccgaga tggtttcaag     1860

gtggccgggg atgacatttt gttggacatt attcgcaata ttgttgttcc tgcgctcagt     1920

aatggcctaa aacaagaggg tttacgcgat cctgaaccta ttttggcaca atatatcggc     1980

tcccaaacct taaaagtgca agatgcatta ttacgtcaac aactgacctt gcaagtgttt     2040

agtccgatcg gtttgcgtat tttaaaagaa tatgaagaat ttgatccgtt tagcacagaa     2100

aatagcttag ccggtgcaac tttccgtagt ctactggctc aagtagatga gccgacagaa     2160

agtgtgttga attatattaa tacaccaatt gcccgtgaat taggtaatcc agacttcaat     2220

atcttagacc tgccgattca tgtggattta ggcgctattc ataagttatt cattcgtggg     2280

tattttgata tttgtaaaac ctttaatgcc ttatgtgaaa ttatcaattt ataccaatgt     2340

gacgtgttat tgttaaccgg ccgtccttcc cgtcttccag gggtgcaaag tttcttccgt     2400

agccgcttgc cattgcctgt gggacgaatt atgccgttgc atcattatcg caccggtaac     2460

tggtacccgt tccataaaca aggacgcatt gatgatccaa aaactacagc ggcagtaggc     2520

gctatgctgt gtttcttaag taataatatg cgtttgccga atttctattt ccgtgcggca     2580

tccatgcatt cttattctac tattcgctat atcggtttgt tggataacaa caatgtgatt     2640

aaagacagta acttatatta ttctgaaatt gatttagata atgaagatta tgatttcccg     2700

gatacggagt ttgaagtacg tggtgcaatg cgtatcggtt tccgtcagct aaacgtagaa     2760

cgttgggtag cgtcaccgat ttatttgttg accattgaaa acgatgaaat taagcgacgt     2820

ttagccattg atggtacggt tttaaaagtg gtgcttggcg tgaaaaacaa gagcagttta     2880

agcaatagcc aagaaagtgc ggagaatttt tacattaaat ctgtttccgc ctctgatgga     2940

cgttcctgcc gccgtaatga agatattaaa ttgaccttaa atacaatggt tgatgcgggt     3000

ttaggcgaaa ctcaatattg gttagatagt ggatgtgtga aaagatga                  3048


<210>  2458
<211>  1239
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33400

<400>  2458
atgaatatgt ctcgtttaat ttcactcttc ttccaaggca gtttggtcaa acgtattgct       60

gttggtttag tgttaggtat tttggtcgca ctcattacac ctatgttaca accgacatta      120

ggttttaact tggctgaaaa agtcggtgtg ttaggtcaaa tttttgttcg ttcactacgt      180

gctgttgcac cattattgat ctttgttttg gttatggctg caattgccaa taagaaagtg      240

ggttccaaaa ccagcatgaa atccatcatt gtgttgtatt tggtcggtac tttcttagca      300

gcattagttg ctgttattgc aggattcttg ttcccaacag aagtcgcatt atcagtaaaa      360

gaagatattt ccgctgcacc aaaaggtgtt ggaaccgtat tgttggattt aattttcaat      420

atggtggaca acccgttaaa tgcattattt aaagcgaatt tcattggagt attaacttgg      480

tctatcggct taggtttggc cttacgtcat gcttctgatg caactaaaac cgtgatttct      540

gatatttctg aagcggtctc caaaattgtt tatgtggtta tttcatttgc gccaatcggt      600

gtattcggtt tagtttctga aacattagcg gataaaggct tgatggcatt aggtggctat      660

attcaattat taagtgtgtt agtcggttct atgttgtttg ttgcttttgt tgtgaatccg      720

gttttagttt tctggaaaat ccgtcgcaat ccgtatccac tcgtttggac ttgtttacgt      780

gaaagtggcg taaccgcatt ctttacccgt agctctgcag cgaatattcc ggtgaatatc      840

aatcttgcga aacgcctgaa tttagatgaa gaaacgtatt ctgtttctat cccgttaggg      900

gcaaccatta atatggccgg tgctgcgatt acgatcacta ttttaaccct tgcagcagtg      960

catacgttag gtattcaggt ttcttttggt agtgcgattt tgttaagcct tgttgccagt     1020

ttatgtgctt gtggtgcttc cggggttgct ggtggttcat tattgttaat tccattagca     1080

tgtagcctat ttggaatttc tgatgatgtt gcggcccaaa tgatcggggt tggtttcatt     1140

atcggtatct tacaagattc tacagaaacc gcacttaact catctactga cgtacttttc     1200

actgcagcag cttgcattgc agatgaagac aaaaagtag                            1239


<210>  2459
<211>  633
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33401

<400>  2459
atgccgctca ttctagcaaa aaaacacatc attttcctgc cgatttatat gaaaaaagca       60

acaacacaac acagcacgaa aggcgaagtg cgcattatcg ccggcttatg gcgcggacga      120

aaattaccgg tactgccatc ccaaggcttg cgccctaccg gtgatcgtgt aaaagaaacc      180

ctattcaact ggctaatgcc ctatattatt gacagtgaat gcttggacgg gtttgccggt      240

agcggttctc ttggctttga agcgctttcg cgccaagcag caaaagtcac ttttttggaa      300

ttggaaaaag ccgtggcgca gcagttaagc aagaatattc aaaccttaaa atgtgccgat      360

cgcgcgcaag tcgtcaatca aaatagcctg cactttttaa atcagccaca aaatcaaccg      420

cactttgatg tggtctttct cgatccgccg tttcatttta atttagccga gcaagccatg      480

gctctattag cgcaaaacaa ctggctgcgt ccgcaagcct tggtttatgt ggaaatggaa      540

aaaggcaagg aaccgaacgt accggaaaac tggcatgtat taaaacaaaa agacagcgga      600

caagtgagtt atcggttata tcaagcggag taa                                   633


<210>  2460
<211>  729
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33402

<400>  2460
atgtccaata tggaaggtaa aaaagttcct caagtgacat tccgcactcg ccaaggcgac       60

caatgggttg atgtaacttc atccgaatta tttgataaca aaactgttat cgttttctct      120

ctaccgggtg catttacccc aacttgttct tcttcccact taccacgtta caacgaatta      180

gcaccagtat tcaaaaaata cggcgttgat gacattctcg tggtttctgt gaacgatact      240

ttcgttatga acgcatggaa agaagacgaa aaagccgaca acatcacttt cgttccggac      300

ggtaatggtg aatttaccga aggcatgggt atgttggtag gtaaagaaga tttaggtttc      360

ggtaaacgtt catggcgtta ttctatgctc gtgaaaaacg gcgtagtaga aaaaatgttc      420

gttgaaccaa atgagccggg cgacccgttc aaagtgtccg atgctgatac catgttgaaa      480

taccttgcac cacaacacca agttcaagaa tccatcgcga tctttactaa acctggttgc      540

ccatactgtg caaaagcaaa acaaatgtta catgacaaag gcttaagctt tgaagaaatc      600

gtattaggtc atgatgcaac tatcgtgagc gtgcgtgcgg tttccggtcg tgcgactgtg      660

ccacaagtct tcatcggtgg taaacacatc ggtggtagcg atgatttaga agcgtatttc      720

gcgaaataa                                                              729


<210>  2461
<211>  1974
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33403

<400>  2461
atgatgaagt cttttaaagt cacctcaatt gctttattaa tgggatttat ggcaaatgcc       60

gcattggcgg atgagccgtt aaaacaggaa ggtaagaaaa cactttatca acgggtgtta      120

agtacgccaa gttgccaatt ggtcgataac gcgggtgcaa cggcaggtaa aaaacagcct      180

gctttttccc gtttttatgt gtatcagcgc caaactgcga atggtaaaga atggttaaaa      240

gtagggccgg acagctttgg taaaaccatc ggttggttag atgcggattg tacagttgca      300

tggaatatgc agatgacttt ggcttttacc aacccgattg aacgccagcc tttattgttc      360

tttaagagca aggaggacat tgaaaccgtg gtgaatgccg atgatgcgaa gaaaattttg      420

gagccaattc gtgcagactt agccaataat aaaacaccac cacaaattgt tgcgcaagag      480

ccaaaagagt ttattgattt tcaaaagaat ttctatcttc ttccaattct acaaggtgaa      540

gaagtcatga actcacaagg tttctatgaa cgtattttgg aagtggcgtc tgtgagtaaa      600

acggctccgg tgattcaaca gaaaacacaa tcaaaaatag atccaaacgc caataaatct      660

gatccacaag tgttgaccgg atttagtgct gctgtggtgt ttgtggtgga tgccagtatt      720

tccatggacc cttatatcaa tcgtacccgt gatgtaatta aacaagtttc cgaacaaatt      780

gaaaaagaga atttaggcaa acaggttaaa tttggtttgg tcgggttccg ttccagtacc      840

aaggcagtac cgggattgga atacgtctct aaaatgtttg ttgacccaag tacggtgaaa      900

gatacgcaag atttcttgca aaaagcggtt gaattaaaac aggcgaaagt atccagtaaa      960

gagtttagcg aagattcatt tgccggtatt tcacaagcat taaatgaaat taactggaac     1020

aattttggtg gtcgctacat tgtgttggtg accgatgcgg gggcattaga cggtaataat     1080

ccattatcct ccaccggaat ggatgcaaaa caattgcgct tagaagcaca acatcgtggc     1140

gtggcgattt ataccttgca cttaaaaact ccggctgggg taaaaaatca cgaacaggcg     1200

aaaacccaat acagcgattt atctttcaat aactacttga acaagccctt gtattatgcg     1260

gtgaatgccg gtgatgtgaa tgagtttggt gaaaaagtcg gtgctttggc tcgtgccttg     1320

acatcgcaag tgaaattggc ataccaaggg gaaaatgctg caggtactat cgttgatgag     1380

cctaagcaag aaaaagccaa aactgaaatt gaacaggatg cggaattatt gggcaaagca     1440

atgcagttgg cttatttagg tgataaaaat ggtgccaaag ccccgccggt atttaaagct     1500

tggattagcg ataaagattt ccttaaacca accattccga cggcagaagc ccgcgtattg     1560

atgactaaag cgcaattaag cgatttaagt gatgtggtga aaaaaattgc cgatgccgcg     1620

aatgaagggt taatttcacc ggattcgatg tttgcccaat tacgttctgt tgccgcggca     1680

atgggacaag acccgaataa attaaaacaa gaaaactcca ccaaactggg cgagttaggc     1740

ttgttagggg agtatttgga tggcattccg tataaaagcc aagtcaccgg attggacgaa     1800

caaatttgga aaggcatgag tgccttagag caagaaaaat ttattcgtga cttaaacagc     1860

aagttacgtc attaccgcgt gtttaacgag gaccaatccc gctggatttc tttatcggaa     1920

ggcagcgatc cgcgcgatta cgtttatcct gtaccgcttg aggcgttacc ataa           1974


<210>  2462
<211>  624
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33404

<400>  2462
cttgcaatcg cgttagcgga tggccgtagc tttgaagagg cctgttattt atccaatgtg       60

gccgccggta ttgtggtggg caaattgggt acatcaaccg tttcaaccgt cgagttggaa      120

aatgcgattc atggacgaac taccaccggt tttggtgtga tgaccgaagc tgaattgaaa      180

caagcggtta aattggcaaa agatcgtggc gagaaaatcg tgatgacaaa cgggtgtttt      240

gatattttgc atccgggtca tgtgtcttat ttagaaaatg cccgtaagtt aggtgatcgt      300

ttaattgttg ctgtgaatac ggatgaatcg gtaaaacgct taaaagggga agaacgaccg      360

attaatcatt tagcctcgag aatggcggtg cttgccggtc tttcttctgt ggattggctg      420

gttgcctttg atgaagatac gccgcaacgt ttaattggtg aagtcttgcc tgatttattg      480

gtgaaaggcg gcgactataa accggaagac attgccggta gtcaagaagt ctgggcaaac      540

ggtggcgatg tgaaagtgct gaattttgag aatggttttt ccacatcgag cgtgatcaag      600

aaaattaagc atttggaaaa ataa                                             624


<210>  2463
<211>  1530
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33405

<400>  2463
atggaagcgt ctaataaaaa aaaggtcttt aatttcccat cagcgttcac gattttattc       60

ttcattttaa tccttgcggt gggattaaca tgggttattc cttccggttc ctattctaag      120

ttgacctata atacgaccga aaaagtcttt gtagtaaaag cttatggtga gcaagataaa      180

acctatcctg ctacggaaga aaccttaaat aatcttaata tcaaaattaa actctccaat      240

ttcaccgaag gggtgatcaa aaaaccgatt gccattccgg gcacttatca acgtattgaa      300

caacattaca aaggtatcaa agatattcct atcagcatgg tggaaggaac catcgaagcg      360

gtggatgtca tggtgttcat tttcgtgctg ggcggtatga tcggtgtgat taacagaacg      420

ggttcattta acgcagggct catggcgttg gcacggcgca cgaaaggcaa tgaatttatg      480

attgtattca gtgtttccgt gttgatggtg ttaggcggta caacttgtgg tatcgaagaa      540

gaagccgttg cgttttaccc tatcttggtg ccggtatttt tagcgctggg gtatgatgcc      600

atcatctgtg ttggggcaat tttcttagcc tcctccatgg ggacagcgtt ttccacaatt      660

aacccattct cagtggttat cgcgtctaat gctgccggta ttcaatttac cgaagggatt      720

ggtttccgtg cgattggtct cgtgttaggg gcaacttgcg tgattgctta cttatattgg      780

tatggtaaga aagtaaaagc ggatccgagt ttttcctata cttatgaaga tagagaagag      840

ttttatcatc gttatatgaa aaactttgac ccaaataccg tgcttgaatt taccttaaga      900

agaaaactta tcttaatcct cttctgtatt gctttcccaa tcatgatttg gggggtaatg      960

gctggcggtt ggtggttccc acaaatggct gcttctttct tgtccatcac gattatcatc     1020

atgtttatca gtggcttgaa agaaaaagac atcgtggaat cctttaccga aggggcatcc     1080

gaattagttg gcgtctcttt gattatcggt ttggcgcgtg gtgtaaactt agtgcttgaa     1140

caaggtatga tttccgacac cattttggac tacatgtcta accttgtaag tggtatgccg     1200

ggtagcgtct ttattcttgg tcaattagtg gtcttcattt tcttaggcct tatcgtacca     1260

tcttcttccg gtttggcagt gctttccatg ccaattatgg caccacttgc ggacgcagtg     1320

ggtattccgc gtgacatcgt ggtttctgcc tataactggg gtcaatatgc catgttattc     1380

ttggcaccga ccggtttggt gttggtgaca ttacaaatgt tgcacatacc atttaataaa     1440

tgggtgaaat ttgtgatgcc gatgattggc tgcttactgg tcatcggggc aatcctactg     1500

gttgttcaag tctccttata tagcgtttaa                                      1530


<210>  2464
<211>  981
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33406

<400>  2464
ttagtgccgt tagagattgt cacagataca ccgtcaaatc acctgatttt tgctgtggtc       60

tttaacatta ttgccatgtt gtttatgtta aaaccaaaca ccattatttc cagtgtgggc      120

aaatttatga cccctgcctt attggtgtta ttggtcgtgg tcactgtgac agtctttatg      180

tctcccttgt ctgacattgc cgcaccaagc aaaagttatg cggacagttc cgcgttgacc      240

accggtttaa ttagcggtta ccaaaccatg gatgtcttgg cggcaattgc tttcggcggc      300

attgttgccc gagcgctaag tgcgaaaaac gtcactgaac cgcaaaaaat catgcgttac      360

accatttctg cgggctgcat ttcagtggtt ttattagccg cactttattt ttcccttttc      420

tatcttggtg cgaccagcga tcaagtggca caaggcgcaa gtaacggcgg tcaaattttc      480

tctcgttatg taaacgtgtt atttggcaaa gaaggttctt ggattatgtc cggtatcatc      540

ttcttggcaa gtttaaccac cttagtgggc gtgaccagtg cttgtgctta ttatttcgct      600

aaattctcca accgtttacc gtacgccttt tgggtggtgg tatttactat catgacgacc      660

atcatttccg aaaacggctt aacgaaatta ttacaagtaa ccattccggc attgttatta      720

atttatccgg tggcaatcat gttggtggtg ttgcagttcg tccgtgctaa attaccacgc      780

gtgaaattaa cctataacgc cacgattgcg gtcaccgtgt gttttagtct gtgcgacagc      840

ttaaataacg tgggattatt gtctgacggc gtgaaacaat tccttggcaa tttcccatta      900

tatgataatg gcttggcgtg gttagtgcct gcgttaggcg tgatgttctt gaccatgttg      960

gttggtaaac gtgcaaaata g                                                981


<210>  2465
<211>  999
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33407

<400>  2465
atgaaactta acgcattaaa actagcaaca cttaccgcag cattggcatt ctctagcgcc       60

gctttcgctg acattaccgt gtataacggt caacacaaag aagcggctaa agcggtcacc      120

gaagccttta ccaaagaaac cggtattaaa gtcactttaa acagcgctaa aagcgaacag      180

cttgccggtc agttaaaaga agaaggggac aaaaccccgg ctgatgtatt ctataccgaa      240

caagtcgcct cctttgttgg attatccgac gcagatctac tcgaaccact ctctgctaac      300

atcattaaac aaacccaata taaaggcgta ccggtagctc cgaaaaaaga ctggattgct      360

ttaagcggtc gttcccgtgt ggtggtttat gacaaaaata aactctccga aaaagacatg      420

gaaaaatccg tgttagatta cgctacgccg aaatggaaag ataaaatcgg ttatgtgccg      480

acttccggtg cgttcttaga acaagttgta gccatcacca aactaaaagg cgaacaagcg      540

gctttagact ggttaaaagg cttgaaagag aatggcaaac tctacgcgaa aaacagcgtg      600

gcattacaag ctgttgaaaa tggcgaagta ccggctgcgt tgattaacaa ctattattgg      660

tatgccttag caaaagaaaa aggcgcggat aacttaaaca cccgcttata cttcattcgc      720

caccaagacc cgggcgcatt agtcacttac tccggtgctg cagtgttaaa aggctccaaa      780

aataaagaag aagcgaaaaa attcgtcgaa ttcttagcca gcaagaaagg tcaagaagcg      840

cttgtagctg cccgagcaga atacccatta cgcgctgacg tggtttctcc attcaacatg      900

gaaccttacg caaaactaga agctcctgaa gtcaccgcaa caacggcgca agacaaagaa      960

aaagccaata aattaattga gcaagcagga ttgaaataa                             999


<210>  2466
<211>  1035
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33408

<400>  2466
ttgagtcgtc taacccttgc gttagatgcg atgggcgggg acattggtcc ccgtattact       60

atcccagcat ccattttagc cttggaacga gatccaacgc tttctctctt attgtttggc      120

gatcgccaac aaattcttcc gcttttatct tctgctccca acagtattcg tcaacgttgt      180

gacattattc attgtgctcg tgtgattgat agtcgtcagg gtatttccta cgccttgcgt      240

catagcaaag agacctctat gcggttggca attgaagcag tacaaaaagg ggatgcgcag      300

gcctgtgtaa gtgccggtga tacagcagct ttgatgggct tatcgaaaat cttgttgcaa      360

cctctagaag gcattcatcg tccggcactg atttctacgc tcccaacagt gacaggtgag      420

cgttcgatta tgttggatct tggggcgaat gttgagtgcg atgctgaaaa cttgtatcaa      480

tttgccttga tgggtgccat ttttgcagaa aatatcctca atttagttta tccacgtatt      540

gcgctattga atattggtat tgaagcggtc aaaggatata aatccatacg ggatgcggca      600

gatttactga aaaaagacac cgcacttaat tacattggat tccttgaagg caatttttta      660

ctcaatggca aggcggatgt gattgtgaca gatggctttg ccggcaatgt tgcgctgaaa      720

accttggaag gcgcggcaaa gaacgtgatt tctctactga aaagtgataa gaaaaagagt      780

atattaagtc acgtttttgg gtatttaatt aaatatcttt tcaaagataa ataccaacga      840

ttaaagcaaa tcaaccctga tcaatataat ggcgcatcgc ttatcggttt gacttctgtt      900

gtggtgaaaa gtcacggaag tgcaaatata gaggcatttg cttatgcgat tgccgatgcg      960

gcattacaag cccgacgtca aattccacaa aaaattttgg cgggcttaaa taaaaatgaa     1020

atattaatga agtag                                                      1035


<210>  2467
<211>  300
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33409

<400>  2467
atggaagctc aacaaggcag cccaatgtca atgttattta ttttcatcat cttcggattg       60

attttctatt tcatgattta tcgtccgcaa gcgaaaagaa ataaagaaca caaaaaatta      120

atgtccgaat taaccaaagg caccgaagta ttaaccgccg gcggtatcat tggtaaaatc      180

accaaagtag ttgaaaacag cgacagcatc gttatcgcgt taaacgacag cactgaagtg      240

accatcaacc gcaactacat tgcagcggta ttaccgaaag gcacaattaa aaccctttaa      300


<210>  2468
<211>  1305
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33410

<400>  2468
atgacgattt tagttcttgg tattaatcac aaaaccgcct ctgttgcctt acgggaaaaa       60

gttgcttttt ctgatgaaaa acgtgctttt gctttgcgcc atattcggca aattgaatta      120

gccgaaagtg cagtgatttt atccacttgt aaccgaactg aagtttatct gcacaataaa      180

accgttccac cacaagaaac gcaacattgg attcgccaag ctgtacaatg gtttgctgaa      240

attcatcaac tggacttagc cgagcttcag cgttgccttt acacttatga aaacctaccg      300

gccgtcaatc acttaatgga agtagcttgt ggcttggatt cattgatttt aggcgagcca      360

caaattttgg gacaagtgaa gcaagcttac caaatgagcg agcagtacta tcaacaagaa      420

cagcaagcta tttccggcga attatcccgt ttatttcaaa aaacattttc cacggcaaaa      480

cgcgtgcgta cggaaaccaa tatcggtgaa agtgcggtat ctgtggcata cgctgcttgc      540

agtttagcgc gccaaatttt tgaatcgctg agcgaattaa ccattttatt agtgggcgca      600

ggggaaacca ttgaattggt ttgccgtcat ttattgcgtc acggtgtaaa aaacatggtg      660

atttccaacc gcactttagc ccgcgcagag gccctcgtgg agaaattgga tacaacggcg      720

aatattcaaa tcctgccgct agaacagtta cagcagggct taaatcaagc agatattgtg      780

attagctcta ccggcagccc gcatattttg ataaaccgca acatggttga aaaggcgcaa      840

gtcatgcgtc gctatcgtcc gatgttgttg gtggatattg ccgtgccgcg tgacattgaa      900

gaaagtgcgg cggaattaga cagtgtttat cactatacgg tggatgattt acaaaatatc      960

attcaacata atttaagcca acgggaacaa gcctctgcgc aggcaaagga aattattcag     1020

gcggaatgcg cagatttctt tgcgtggttg aaagtccatc agttttctaa tttgatccgt     1080

cgttatcgtg aagaggctga gcttactcgt caggatttgc tggaaaaagc gatagcttcc     1140

ttacaacaag gcgaagaggc ggaacaagtg ctacaagaat taagttataa attaatgaat     1200

aaattgatcc attcgccgac aaaagccatg caaaccatgg tgaaaaacgg taatgcggtg     1260

ggtctgcaaa ccttttctaa agccttggga atggacgatg aatag                     1305


<210>  2469
<211>  879
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33411

<400>  2469
atgcgtgatt taaaaggtat tttcagtgcg ttattagtgt catttaatga agatggctct       60

attaatgaaa aaggcttacg ccaaattatt cgccacaata tcgacaaaat gaaagtcaat      120

ggtttgtatg tgggtggttc taccggtgaa aacttcatgc tttctaccga agagaaaaaa      180

caaatcttcc gtattgtgaa agatgaagca aaagaccaag tggcgttaat cgcacaagtg      240

ggtagcgtga atttacacga agcggtggaa ttaggtaaat atgccactga attaggctat      300

gactgccttt ctgcggtaac cccgttctac tacaaattca gcttccctga aatcaaacac      360

tactacgaca ccatcattgc cgaaaccggt aacaacatga tcgtttactc cattccgttc      420

ttaaccggcg taaacatggg cgtagaacaa ttcggcgagc tttacaaaaa cccgaaagtg      480

cttggcgtga aatttaccgc aggtgacttc tacttattag aacgtttaca aaaagcgtat      540

ccaaaccact taatttgggc cggctttgat gaaatgatgt tgccagcggt ggctttaggt      600

gtggatggtg ctattggtag tacattcaac gtgaacggtg ttcgtgcgag acaaattttt      660

gacttgacca aacaaggcaa actggctgaa gcgcgtgaaa ttcaacatgt gaccaacgat      720

ttaatcgaag gtatcttagc gaatggtttg tatttaacca tcaaagaatt gttgaaattg      780

gaaggtgtgg atgccggcta ttgtcgtgaa ccaatgacgg caaaagcgac cgaagcacaa      840

ttagccaaag caaaagaatt aaaagagaaa tatctctaa                             879


<210>  2470
<211>  987
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33412

<400>  2470
atgaaactag caaaactttt ccttgctact gcaattgcat taggcgtgac ctctgctgca       60

aacgctgcag atttcgattt aaaatttggt atgaacgcgg gtacgtcttc taacgaatac      120

aaagccgctg aaatgtttgc caaagaagtg aaagaaaaat ctaacggcaa aatcgaaatt      180

tcactttacc caagttctca attaggtgac gaccgcgcca tgttaaaaca attaaaagac      240

ggtgcgttag acttcacttt tgctgaatct gcacgtttcc aattgttcta tcctgaagcg      300

gcggtgtttg ctttacctta cgttatcagt gactacagcg tggcacaaaa agccttattt      360

gacactgcat tcggtaaaga cttaatccaa aaaatgaaca aagatttagg cttaacatta      420

ttatcccaag cctataacgg tactcgtcaa accacctcta accgtgcaat caacagcatt      480

gctgacatga aaggcttaaa attacgcgta ccaaacgcgg caactaactt ggcgtacgca      540

aaatatgtgg gtgcatctcc aacaccaatg gcattctccg aagtgtatct agcattacaa      600

acgaattccg ttgacggtca agaaaaccca ttggcaaccg ttcaagcaca aaaattctat      660

gaagtgcaaa aatacttggc aatgaccaac cacattttga acgaccaact ttatcttgta      720

agtaacgaaa cctttgctga cttaccggct gacttacaaa aagtggttcg tgatgcagca      780

caaaaagccg cagaatacca caccaaatta ttcgttgacg gtgaaaaaga attagtgact      840

ttctttgaaa aacaaggtgt aaccgtaaca cgtccggatc tcactccatt caaagaagca      900

atgaaacctt tctatgctga ctttgtaaaa caaaccggtg cgaaaggcga agaagcactt      960

aaacaaattc aagctgtaag caaataa                                          987


<210>  2471
<211>  3228
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33413

<400>  2471
agcagtgaag aaggggtcgc attaatgtgc ttggctgaag ccttgttacg tattcctgat       60

gcacaaaccc gcgatgactt aatttatgag aaattgcaag aagggaactg gaaatctcac      120

attggcaatt ccaattcgtt ctttatcaat gcagccagtt acggcctact gtttggtaaa      180

aaaatcagtg aaagcttgga tgaaaacagt ttatcaaacg cactcacccg tagtttctct      240

cgtttgtctg cacctattat gcgtatggca attatcaaat ctatgcagat tttgggtaaa      300

cagttcgtta ccggcgtgac catgcaagag gcgctgcaaa acatcaaacc acgctacgaa      360

aaaggtttta cgttctcttt tgatatgttg ggcgaagcag ccatgacaga agccgatgcg      420

caacgctatt tcaatgacta tttacacgcc attgaagaag tgggcaaaga tgcggctggc      480

agaaccattt ataacggcaa cagtgtttcc gttaaacttt cagcgattca cccgaaatat      540

agccgctcca aatatgatcg taccattaat gagctttacc ctcgcttaaa agaactcttc      600

ttattagcga aaaaatacaa tatcagtatc aatattgatg cggaagaagc caaccgttta      660

gagctttccc tcgatcttgt ggaaaaatta ttagatgaac cggaattaca aggctacaaa      720

ggcattggtt tcgtagtaca ggcttactcc aaacgttgtc catttgtgtt ggattacttg      780

attaatttag ctcgagaaaa acaaggctat ttgatgattc gtcttgttaa aggggcttat      840

tgggacagcg aaatcaaatg ggcgcaagcg gacggtttgg acggtttccc actttacaca      900

cgtaaaaatc acaccgatat ttcttatatt gcttgtgcaa aaaaattatt tgctgcacaa      960

gatgttattt atccgcaatt tgccacccat aacgtgcaaa ccatgtgcac gattcacgaa     1020

ttaggacaag gtaaaaactt tgaattccaa tgcctacacg gcatgggaga atccctttat     1080

gacaatattg tggggaaaga caatctgaat cgacaagtgc gtgtctatgc accggtgggg     1140

acacacgcta ccttgttagc ctatttagtc cgccgtctct tagaaaacgg tgcaaactcc     1200

tctttcgttc accagctggt tgatgaaaac attccggtcg aacaacttgt gacaccacca     1260

tggaagcttt atgccaaatc tcatggcgag ccgaataagt cggttctcaa gccgttagaa     1320

ttatttaaaa accgtaaaaa ctccgccggt ttcgatctga gcaatgaatt ggaattagca     1380

agattagaac aagcgctgaa tgcggcaacc atcgaaaacg ctacctcttt ggttgcgttt     1440

gaaaatgctg aaaatgcacc ggcacatcaa gtcaccaatc cggccaacct caatgaaacg     1500

gttgcagaag tcgccttttt agctgtgaat caggcggaaa aagcgtttgc cgctgccgac     1560

aatacccaat ggaaagctaa aagtgcggtg gaaaaagcca acattttacg caatgctgcc     1620

gacttatatg aagaacattt cggcttgttg atgaaactcg ctgtggttga agcgggcaaa     1680

accttgccaa acgccattgc agaattgcgt gaagccgtgg atttcttacg ctattacgcc     1740

gttcaattag aacagctcgc aacacaaaat caccttgccg agcctcgtgg aaaagtgctt     1800

tgtatttctc catggaactt cccattagcc atctttaccg gtcaaattgc cgcctcttta     1860

gcggctggta atgcagtgat tgcaaaaccg gctgaacaaa cctcattaat tgcgtatgcc     1920

gccgtgaaac tcttacacca agccggtatc ccgaaagaaa ccctacaact ggtattagga     1980

gcgggagatt taggggctgc gttagtccaa caagcttttg atggcgtcgt atttaccggt     2040

tcaacagaag tggccaaact cattgagcaa cgtctgacat tcgctgataa cgatcctgtg     2100

ttgattgcgg aaaccggcgg tcaaaacgtc cttgttgttg actcttcagc cttgccggaa     2160

caagtcgttg ctgatgttct cagctcagcc tttgactcgg caggtcagcg ttgttccgca     2220

ttacgcatct tattattaca agaagatgtg gcagatcact attacaagat gatcaccgaa     2280

gccattaaag aattgagttt gggcgatcca cgtttattgg aaaccgacat cggtccggta     2340

attgatgaag aagccaaaca aaatcttgaa aaccacaaag caaccatgcg caaagtcgcc     2400

cgcgcttatg cggaaatcga cacgccgact caagggcatt ttgtggcacc gagcgtgtat     2460

ttgttggata acctcgatca agtgcaacgc gaagtcttcg gcccgattct acacattgta     2520

cgttataaaa aagataactt gctcaatgtt cttaaagcgg taaatgaaaa agggtatgcg     2580

ctgaccggtg gttgtcatac ccgtattcgt aaacaaatgg atatagtgga acgccactta     2640

aactgcggta acttctatat taaccgtaat attgtaggcg cggtagttgg tgttcaaccg     2700

ttcggcggac acggattatc cggcacaggg ccgaaagccg gcggtgagtt ctatttgcaa     2760

cgcttaaccc gtacacctcg ctattacagc caatttggtg atgaaaatac gctaggcaca     2820

accaaaccgg tattagaaag tatcaccggt gaacacaact ccttagctta tctaccttgt     2880

gaagtggcta ttctaaatgg cgacttagct gcggcagaaa gagccgctga gaaactgctt     2940

gccaaaggct ttagcatttt ggtggaacca cagcatccat tagccgccaa agctaaaccg     3000

ggtattcgtg ttgatacgaa gttaggtcac tgtcaaaaag gtatttattt gaccgcactt     3060

gataaagcca aacgccaatg gctggctgaa aacagtaaag ccattttcaa atgttacgac     3120

tggcaagata cccaagattt actgccattg tatgatgagt tttctcgcag ttataacacc     3180

actgcggcag gtggaaatac ctcattaatg tcctctcaag aagaataa                  3228


<210>  2472
<211>  918
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33414

<400>  2472
ctcagccgtt tagatcgtaa ttcagaacat aacacctatg tttttgtgct tttaggaatt       60

gcgtatagcg ccagtatcgg cggtatggga accttagtgg gaagcccgcc aaacaacatc      120

gttgcaacac aattgcacct caccttcgct gattggttgt ggtatggctt gcctatcatg      180

attatcttaa tgccaatcat gattggaacg ctttatattg tcttcaaacc aaaactcaat      240

attcgttttg accaacaatt tgaagccatt ccaatgaata aacaacgttg gattacctta      300

gcgattttcg tctttattgc attgagctgg gttttcagta gccaaatcaa cccgattctt      360

gcgggggcat taggattgga aggtaaaatt gccagcttcg atagcgttat tgctttatct      420

gccgcggtta tcctttgtgt tgccggcgta acaaactgga agcaaattca agacaatacc      480

gattggggcg tattaatgct cttcggtggc ggcttaacct taagtgcggt attaaaaaat      540

tccggtgcaa gcaaaatctt ggctgacggt atcgtattcc tgattgaagg tggtcacttc      600

tatctcatcg gtttattggt tgctgcattc attattttct taacggaatt cacctccaac      660

actgccagtg cggcgttgtt agtgccgatt ttcatttcta tcgcacaatc tcttggtatg      720

ccggaaattg gcttagcctt aatcatcggt ttaggtgctt cctgtgcctt catgttgccg      780

gtggcaacac cgccgaatgc cattgtgttc ggtaccggtg aagtgaaaca aagtgaaatg      840

gttagagccg gtattctgtt gaatattgtc tgcgtctttg ttatcgcaac cttcggttac      900

ttcttctggc taaattaa                                                    918


<210>  2473
<211>  2103
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33415

<400>  2473
atggctcgta caacccctat tgaaagatat cgtaacattg gtatcagtgc gcatattgat       60

gcgggtaaaa ctactacctc tgagcgtatc ttgttctata caggtgtaag tcacaaaatt      120

ggtgaagtac acgatggtgc agcaaccatg gactggatgg aacaagaaca agaacgtggt      180

attaccatca cctctgcagc aactaccgca ttctggtccg gtatgtcaca acaattccca      240

caacaccgta ttaacgttat cgacaccccg ggacacgttg actttactgt tgaagtagaa      300

cgttctatgc gtgttcttga tggtgcagta atggtttact gtgcagttgg tggtgttcaa      360

ccacaatccg aaactgtatg gcgtcaagcg aacaaatatg aagttccacg tatcgcattt      420

gttaacaaaa tggaccgtac tggtgcaaac ttcctacgcg tagttgatca attaaaaacc      480

cgcttaggtg caaacgcagt tcctcttcaa ctacctgttg gttctgaaga aaactttacc      540

ggtgttgttg acttaatcaa aatgaaagca attaactgga acgatgctga ccaaggtatg      600

accttcactt atgaagacat tcctgcagat atgcaagccg cttgtgaaga atggcgtcaa      660

aaccttgttg aagcagctgc agaagcgtct gaagagttaa tggaaaaata ccttggcggt      720

gaagaattaa ctgaagaaga aatcaaagcc ggtcttcgtc agcgcgtgtt agcaaatgaa      780

atcatcttgg taacttgtgg ttctgcattc aaaaacaaag gtgtacaagc aatgcttgat      840

gcggttgttg aatacttacc ggcaccaaca gatattcccg cgatcaaggg tatcaatcca      900

gatgaaactc aaggtgagcg tcatgcaagc gatgaagagc cattctcttc attagcgttc      960

aaaattgcaa ctgacccatt tgtaggtaac ttgactttct tccgtgtata ttccggtgta     1020

attaactctg gtgataccgt gttgaactcc gtacgtcaaa aacgtgagcg tttcggtcgt     1080

atcgttcaaa tgcacgcaaa taaacgtgaa gaaatcaaag aagttcgtgc gggcgatatc     1140

gctgctgcta tcggcttaaa agatgtgaca acaggtgata cattatgtgc tattgaagcg     1200

ccaattatcc ttgagcgtat ggaattccca gagccggtaa tctctgttgc agtagaacca     1260

aaaacgaaag cagaccaaga aaaaatgggg cttgcattag gtcgtcttgc acaagaagac     1320

ccgtccttcc gtgttcacac tgatgaagaa tctggcgaaa ccattatttc cggtatgggt     1380

gagttacact tggatatcat cgttgaccgt atgaaacgtg aattcaaggt agaggctaac     1440

attggtaaac cacaagtatc ttaccgtgaa acaatccgtt ctcgtgttaa cgatgtggaa     1500

ggtaaacacg caaaacaatc tggtggtcgt ggtcaatacg gtcatgttgt tatcgacttg     1560

tacccattag agccagaagg tccaggatat gaatttgtta acgaaatcaa aggtggtgta     1620

atccctggtg aatacatccc agcagttgac aaaggtattc aagagcaact taaatccggt     1680

ccattagcgg gttacccggt agttgatatc ggtgttcgtt tacacttcgg ttcataccat     1740

gatgtggact cctctgaatt ggcgtttaaa cttgcagcat ctttagcgtt taaagcagca     1800

ttcgcaaaag caaacccagt tttacttgag ccaatcatga aagttgaagt agaaactcca     1860

cctgagtatg taggtgacgt aattggtgac ttgagccgtc gtcgtgcgat ggtaaacggt     1920

caagaagcaa acgaattcgt tgttaaaatc gacgctgaag ttccgctttc tgaaatgttt     1980

ggttatgcaa ccgacttacg ttcccaaact caaggtcgtg cttcctactc aatggaacca     2040

ttgaaatatg ctgaagctcc gaaaaacgtg gctgaagcag ttattgaagc tcgtaaaaaa     2100

taa                                                                   2103


<210>  2474
<211>  1644
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33416

<400>  2474
atgtcagaat tgttaaaaaa tgacgtagat ccgatcgaga ctaacgattg gttggcagca       60

attgattcgt taattcgtga ggaaggcatt gagcgcgctc agttcattat cgatcaagtt      120

atgcaacaag ctcgcgccgg tggcgtttct ttacctagtg ggatcacaac cgattatgtg      180

aataccattc cagtttccga gcaaccggct tatccgggta atttagagat tgaacgtcgc      240

attcgttctt atgttcgttg gaatgccgtg atgatggtat tacgcggaca gaaaaaagac      300

cttgatttag gtggtcactt atccactttc caatctgcgg caaccatgta tgaagtcggt      360

tttaaccatt tcttcaaagc ggcaacagag aaaaacggcg gtgacttagt cttcttccaa      420

ggccacgcgg cgccggggat gtatgctcgt gctttcctag aaggacgttt aacggaagag      480

caattaaaca acttccgtca agaagtggat ggcaaaggtt tgtcttctta ccctcacccg      540

aaattaatgc ctgatttctg gcaattctca accgtttcta tggggttagg cccggtgaac      600

gccatttatc aagcccgttt cttaaaatac ttacacaatc gtggtttgaa agacactgct      660

gatcaaaaag tgtatgcctt cttaggcgat ggcgagatgg atgaaattga atctaaaggt      720

gcattaactt tcgccgctcg cgaacattta gataacttaa ttttcgtcat ttcctgtaac      780

ttacaacgct tagacggccc ggtaaacggt aacggtaaaa tcgttcaaga attagaaggt      840

ttattcgtgg gcgccggttg ggaagtgatc aaagtcatgt ggggtagtcg ttgggataaa      900

ttatttgcca aagacaccac aggtaaactt acccaattaa tgatggaagt ggttgatggt      960

gactacttaa cattcaaatc taaagacggt gcttacgtac gtgaacactt cttcggtcgt     1020

tacccggaaa ccgctgcatt agtggctgat atgactgatg atgaaatttg ggcgttacaa     1080

cgtggcggtc atgatccgct taaagtgttt gctgcattca agaaagcaca aaatgccggt     1140

aaaccggttg ttatcttagt gcaatctgtg aaaggctata aaattgctga agcagaaagt     1200

aaaaacactg cacaccaatc caaaaaaatg tctgctgaca gtatcaaagc ttaccgcgac     1260

tacttccata ttccagtgaa agatgaagat ttggaaagct tgccgtacgt cactttcccg     1320

gaaggttccg aagagtacaa atacttgcat gaacatcgta aagcattgca aggttatgtg     1380

cctgcacgtc aacagaaatt taccgtggac ttcaaagcac ctgagctctc agaattctct     1440

gccttgttag aagcgcaacc acgtccgatt tcaaccacaa tggcattcgt tcgtttctta     1500

aatacgttgt taaaagacaa aaatgtgggt aaacacattg tgccaatcgt ggcagacgaa     1560

gcgcgtactt tcggtatgga aggattattc cgtcaaatcg gtatttacaa cccgcatggt     1620

caaaattatg tcccatccga ccgc                                            1644


<210>  2475
<211>  714
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33417

<400>  2475
atgttattga cgttatttgt tacatttctt ggggcacttt taactttact tgtgatgcgc       60

cccgttgcga ttaaaatcgg tttggtggat aaacctaact atcgtaaacg ccatcaaggc      120

gcaattccgt taattggcgg catttcattg tttatgggga acctttgttt ttatctcatg      180

cagtgggatc aaacgcgttt accttatctt tatttattca gtattttagt cttgctatta      240

atgggcatta ttgatgaccg ttatgacatt agccctttct tgcgcgcagg tgttcaggca      300

tttttagcca ttctcatgat cgatatgggg aatgtttacc tcgatcattt agggcaaatt      360

ttagggccat tccagctcac gttaggatct atcggcttaa ttattactgt gttggcgacc      420

atcggcatta ttaatgcttt taatatgatc gatggtattg acggtttact gggcggattg      480

tcttgtgttt ctttcgctgc gatcggtatt ttgatgtatc gcgatgggca aatggatttg      540

gcttattgga gttttggctt aattattgca acgattcctt atttaatgat gaatctgggg      600

attccgttgg gaccgaaatt taaagtcttt atgggcgatg ccggcagtac tttaattggt      660

tttacgatta tttggattct gttgctaagt acgcaaggca aaggtcatcc gatg            714


<210>  2476
<211>  822
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33418

<400>  2476
atgcgacaca ttttattagg atgcctttta accctgtttt ccaccgtact ttttgccacc       60

ccaaaaactg atttagcctt attaaatcta aaaggggcgg ttaaaaaatg ggaaagaaaa      120

ttgattgatc gtgatagctc taaagttgat gaacatgaga ttacctactt taatcctcag      180

ggatttaaaa ctagacaaga gattttagga cgttttacac aggtattaca ctttgtttat      240

gatgaacaag ggcgattggt taaatctttt gagacgggtg ataatgtttt taatgaatat      300

cactatcgca ctaatccgga tgggacgttg acagttattc agaaattaaa aatggaaggc      360

tccccaacac ggatcgtatc tgaaaatacc tatgacaaaa atgggttgct actcgttgaa      420

aaaacagaag atgagtcttg tgaagaaggt tgcgaaaaac ttgaaaatgg gatgaacaaa      480

tatagccatc attatgatga gcatggaaat attctggaaa ctcgaaatga gatttttggt      540

ggcgaacctt ttaaatatgt caacaaatat gttgatggta aattagttga acaaacgcaa      600

tttgcatatg gtgggcgaga agtgacgact tttgatacca atggaaataa aatccaattt      660

gaagattttc ctccttatgg atttggtgat ggtagcgtat cttcagtaaa aatctggaaa      720

aacacgttgg ataactatgg taatgtagtg agaattgaag agtttgataa tcgtaataat      780

cctagcagta ctattgttga aaattcatac gaatattatt ag                         822


<210>  2477
<211>  2532
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33419

<400>  2477
atgactgttg taaaaaagtt aggatacgaa ttgaagtttg atctcaatga agccaaaaaa       60

cgcgtggact ttctagataa attacgcatt gatcgcgctt tatccgacac gactgaatcc      120

tttcaacttg tctttaaact cattccttta ttacttcatt ttaaccatcc ggatcttcct      180

ggctatgttg cgaacgcgcc aaccgggatt gcacgctttt ctctcagtgg ttttcaacaa      240

gattaccttg ctagaacact ttctgaagaa caaagaaaaa acattcaaaa aaaccaccgc      300

acttttgagc aagaagcaat tctaggcgta tatgtgatgg gcagtattgc ttccatcgcc      360

caaacaccat cttctgattt ggatatctgg atttgtcatc gggaagatct aagccaaagc      420

gcgctcgagc tgttacaaca aaaaaccaat gtgattcaac aatgtgcaaa acgctttcaa      480

gtagaaatta acttctattt aatggatcaa aagcgtttcc gttgtttccg ttataccgaa      540

ctgatggacg gtgaaaattg tggttcaaca caatatatgt tattgctaga tgagttttat      600

cgttccgcca tacgccttgc cggcaaacct ttgttgtggc tacatttatt ggttgaacgt      660

gaagaaaatt atgaagcgga aattgagcgt ttaactcaag aaggacaact ggatttaaac      720

gattgggtcg attttggggg attaggctcg ttctcagcaa acgaatattt tggcgcaagc      780

ttgtggcagc tttataaagg cattgattat ccgtataaat cgctgctcaa aattttatta      840

ctcgaagctt attcttggga ttacccaaac accttcttga tttctcgcga atttaagcaa      900

gctttactaa gtggtgatct gaacgttgaa caccaatttg atgcttattt agccatgttg      960

cagcgggtaa ccgattattt aacgcgtcaa aaagaattca aacggttgga ctttgtgcgt     1020

tgctgttttt atatcaaagt acacgaaaac gaagtggccc ccggggaaac gaactggcgt     1080

ttggatgaac tgttcaaact ggctcaacaa tggggatgga aatgcggtca attagagtgc     1140

ctcaataatc gccgacattg gaaaatcaaa caaaccatga aaatacataa tagtttgatt     1200

aaattcctca tgttgagcta tcgcaactta gtccattttg cacgtaaaca ccaagtgaat     1260

gccagcatca tgccacaaga catgagtgtg ctgacacgta aactatacgc tgcttttgaa     1320

gaattgccgg gtaaagtgac cttgctcaac ccacaactgg ctgtggattt atcagagccg     1380

gcattgacgt ttattgaagt caaacataat cgacatttta aagacggttg gtatgtcatc     1440

aatcaaacac cagatgtaga aggttgttgt catcctcgtt atatcgaata caacgaaagc     1500

ttgaataagc ttgtggcttg ggcctatttc aatcgtttat taaccgccaa tacgcaactg     1560

ttcatttcca gcgataacgt cgaattaaaa acgttgcgcc aatttgtcac cgatcttcgt     1620

ttaacattcc caattgaaac gacttttgca agcaacgccg atctcagcca tccttgcgaa     1680

atccgtagtc ttgccgtcat tatcaattta actcaagatc cgacgcaaca gttgaagtat     1740

atcaagccca ccatccaagc cagtgatttg tttagctttg gtccgaatga agaaagcttg     1800

gtcggcagca ttgacttaac ctaccgtaat gtatggaatg aggtcagaac gctacatttt     1860

gaaggagcga atgcgatttt attggcgtta aaagtgcttt ccaacaaaat ttatcgtggt     1920

gcgccatcac cgaaattcgt acaagttttt tgttatagcc gctactatcg acatgcctta     1980

cgccgcatcg tcacgacact cattaataaa tgtatcagca tccaactcgg ggtcaccgaa     2040

ccgccgaaaa acaatttatt gcgagtagcg ggaaaaaact ggcaattttt ctttgaagaa     2100

cgcggtatta gtttgcaaga aattcatcac ggacgagtca caaaaacaca tcaatttgac     2160

accgcactta ataaaaaagc tgcagcgacg gatccggtgc caacaaagca ccaaaagtat     2220

ccacgagaaa tcgatcgatt tgcaacggaa ggtttcctgc aattcttctt tgaagataat     2280

ccgaacggca gttttaacgt ttatatttta gatgaactta atcgccttga ggtttaccgc     2340

aactgtgatg gtacaaaaga gaaaaaaatt catgagataa atagaattta tcaactctca     2400

ggcttggatg aaaatgagaa tccgtataaa atcgtacaac gcgattttaa ttatccacaa     2460

ttctaccaat tattaatgac agaagaagga ataacgattg ttcctttcca tagccgtttg     2520

gctttgtctt ga                                                         2532


<210>  2478
<211>  582
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33420

<400>  2478
atgaaaaaag atattttttt gaaacaggtt gccactgaac tgttttatca acaaggttgg       60

agattaacgt ctgtcgcaga aatttgtcgg gcggcggggg tgagtcgagt gacgttttat      120

aaatatttcc ccaccaaaca agatttagtg aaatgtattt tcgaagaaca aaaaaataat      180

atgcggcggg aatttgatag actgttagcc acagaggcag atttagccac ggtgatccag      240

cagattttga cgatgcagca agaatccatg actactctgt attccaccgc cgtattacat      300

gatttaaatc atgatcaaga tgaaacctta caggcttttt ttcggcaaat ggcacaggaa      360

aaatatctct atatgcacta tttttttagt acgttacaac aacgcaaaag tgtgcgtgat      420

gattttcctg tgattttaat tgatgtgttg attcaaaaaa tggatgaaat gattcattct      480

tctgtcttgc aacaacatta taccggcaaa gaacagcaac tctttaaaga tgtgttacag      540

ctttttatgc atggcattgc ttatcagaaa aacgccgcct ga                         582


<210>  2479
<211>  2415
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33421

<400>  2479
atgagagcaa aaaaatcaga attacaaacc ataccggtat tgccattgcg cgatgtcgtc       60

gtgtttcctt ttatggtcat gccgttattt gtaggcagac caagatccat tagcagcctt      120

gatgatgcca tgaataatgg caaacagctg ttattggttt cgcaaaaaca ggcagaatta      180

gaagaaccgt ccattgacga tttatatgat gtcggcacca ttgccaatat tatccaatta      240

ctaaaacttc ctgatggcac cgtgaaagtg ttagtggaag gacaacagcg cgccaaaatt      300

catcaaattg aagattccgg tgaacatttt caagcccaga tagaaccgct taatagcacg      360

cttggtaata aaaaagaatt acaagttgtt cacaaagcag ccttagatga attccaaaac      420

tatgtgaatt tgaacaagaa agtacagccg gatattcttt ccgcacttca acaaattgaa      480

aatttggaac aagttagtga caccttagcc tcccatttac cggtttccgt tgcccaaaaa      540

caaaccgtat tagaaatgac caatgtagtg gaacgttttg agtatttgct gggtttaatg      600

cagtccgaag cggatctatt acaggtggaa aaacgcattc gtagtcgcgt aaaaaaacaa      660

atggaaaaaa gtcagcgcga ttattactta aatgaacaaa ttaaagccat tcaaaaagaa      720

cttggcgaag aagaaaatgc gataagtgaa attgaacagc ttcgtcaaaa aattgaagag      780

gcaagaatgc ctttggaagc acgtgaaaaa gccgaagctg aattgcaaaa actgaaaatg      840

atgtcgccaa tgtcggctga agccactgtt gtgcgcagtt atattgactg gatgattcaa      900

gtgccttggc ataaacgcac caaagtgaaa aaaaatctcg cgaaagcaca agaaatttta      960

gatgccgatc actatggttt ggagcgcgtg aaagagcgta ttttggaata ccttgccgtg     1020

caaacccgtt taaatcaatt aaaagggcca attctttgct tggtaggccc tcctggtgtc     1080

ggtaaaacct ctttaggaca atctattgcc aatgcaacag ggcgcaaata tgtgcgcatg     1140

gcattaggcg gcgtgcgtga tgaagccgaa attcgtggtc accggaaaac ctatattggt     1200

tctttgccag gcaaattgat tcaaaaaatg gcaaaagtcg gtgtaaaaaa cccgctcttt     1260

ttgttagatg aaatcgataa aatgtcttct gatatgcgtg gtgatccagc ttctgcttta     1320

ttagaggtat tggatccgga acaaaatgcc catttcaacg atcattattt ggaagtggac     1380

tacgatttat ccgatgtcat gtttgtggcg acctcaaact ccatgcacat tccaacgcca     1440

ttattagatc gtatggaagt gattcgttta tccggttata cggaagatga aaaactgaat     1500

atcgccactc gccatttgat caacaaacaa atggaacgca acgggctaaa aaccggagaa     1560

ttaatcattg atgacagcgc gatcgtggat attatccgct attacactcg tgaagccggt     1620

gtgcgtaatt tagaacgtga aatttcaaaa atctgccgta aagccgtaaa aaccttactg     1680

ttagataaga aattaaaatc catcaaagtg acggcgaaaa atctacacga ttaccttggt     1740

gtgaaacgct ttgaatttgg tcgtgcagat acgcaaaatc gtgttggcga agtcactggt     1800

ttggcatgga cggaagtcgg cggcgattta ctgacgattg aaaccgcctc cgtgccgggc     1860

aaaggcaaac tcagttacac tggctccttg ggggatgtca tgaaagaatc cattcaagcg     1920

gcaatgactg tcgtacgcgc ccgtgcagat aaattaggca ttaatccgga attccacgaa     1980

aaacgcgata ttcatattca cgttccggac ggtgcgacac caaaagacgg cccgagtgca     2040

gggattgcta tgtgtaccgc attggtgtct tgtttaaccg gtaatccggt gaaatctgaa     2100

gtagcgatga ccggtgaaat cagcttacgt ggcaaagtat taccaattgg cggtttaaaa     2160

gaaaaattac tggctgcgca ccgtggcggc attaaaacgg tgattattcc aaaagataat     2220

gtgaaagatt tggaagatat tccggaaaac gccaaacgtg atttgaacat tcacgcggta     2280

gaaaccatcg atgaagtgtt aactattgca ttggaaaatc cgccaagcgg tgttgagttt     2340

gtcaaacttg aaccgatttc tgcggtgaaa agcagtcgtc gtaagaaaag tatttctcca     2400

agtgcagtca attaa                                                      2415


<210>  2480
<211>  1077
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33422

<400>  2480
cataacattg taaaacaagc cggtggccta cacattatcg gtactgaacg ccacgaatcc       60

cgtcgcatcg acaaccagtt gcgcggtcgt tccggtcgtc aaggggaccc gggttcttcc      120

cgtttctatt tatccttgga cgatgcgtta atgcgtattt acctcaatga aggcaaactt      180

aacatgatgc gcaaagcctt cagccaacct ggcgaagcca tggaatccaa gctgttggca      240

aaagtcattg cctccgcaca agctaaagtg gaagcacaca acttcgatgg gcgtaaaaac      300

ttacttgaat ttgatgatgt ggcaaatgac caacgccatg cgatttatga acaacgcaat      360

gaattgttag aaaatgacga tatttctgaa accatcgatg tgattcgtca ggacgtattc      420

aacagcgtta tcgatcaata cattccgcca caatcacttg aagaacaatg ggatgtgccg      480

gcattggaac aacgtttaaa acaagatttc gcgctggatt tacctatcac caaatggctg      540

gatgaagaca atcatctgca tgaagaaacc ttgcgtgagc gtattattca agcggctact      600

gatgaatata aacgcaaaga agaattggcc ggtgcacaaa ccatgcgcaa ttttgaaaaa      660

ggcgtaatgt tgcaaaccct agatgaactt tggaaagaac atttatctgc gatggatcac      720

ctacgccgtg gtattcattt acgcggttat gcacaaaaag atccgaaaca agagtacaaa      780

aaagagtcct tccaaatgtt taccgaaatg ttggatgcct tgaaattaag cgtggtcacc      840

accttaagtc gcgttcaagt tcgcacacaa gaagaaatgg aagaagcaga acgtttacgt      900

caagaattgg cgcaacgtga agcggcagca atgcagtatc acaatgaaga atcacaggat      960

gaacaaggcg ctcaaaatgc ggtagaagaa caccataaaa tcgggcgtaa tgaaccttgt     1020

ccatgtggtt caggtaaaaa atacaaacat tgccacggca gtcgtgccag acattaa        1077


<210>  2481
<211>  702
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33423

<400>  2481
atgtcattca ctcaacacaa attatcccac caagaggttt ttgccaaaat tcaaaatgga       60

ttgattgcgt cctgccaacc ggtcgatgat ggcccgatgg ataagccgga aattgttgcc      120

gcgatggcac aggcttcagt tgtcggtggt gcggctggac tacgtattga aggcgtggac      180

aacttgaaag caacgcgtcc aaccgtcaat gtgccgatta tcggtattgt aaaacgcgat      240

ttgccggaca gcccggtgcg tatcacgccg tttttacaag acattgaaga tttagcgcat      300

gccggtgcgg atatcattgc agtggatggc accaatcgtc cgcgtcctgt tgatattgaa      360

agtgcggtca aaaaaattca tgaaatgggc tgtcttgcca tggcggattg ctccaattta      420

gcagaagggt tgtactgcca aaaattaggc tttgatattg tgggtagcac catgtcaggc      480

tacacaggtg gtgctgtacc ggatgaaccg gactatcaat tagtcaaaga tttgaaagcc      540

gcaggctgca aagtgatggc ggaaggacgt tacaactcgc cggaacttgc caaaacagcc      600

attgagatcg gtgcggattt cgtgactgta ggttccgcgt taacccgttt agaacatatc      660

gtcagctggt tctcaagtgc ggttaattct gcaaataaat aa                         702


<210>  2482
<211>  1470
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33424

<400>  2482
ctaaacagta acaacccggc tttccaattt ctacaagaaa acgaattgca ggatcctgac       60

aatcctgaag actgcatttt acgccgcatt attaatcatg acggacgctc taaagcgttc      120

attaatggca ttccggtgtc ggcagcccaa ttaaaagaga tcggacaaca tctcattcaa      180

attaatggac aacacgcctc gcaacgttta ctgaaaaacg actaccaact acagttagtc      240

gataatttct gtcaacacac cgcactttta caacaaatga gccttgatta tcaaacatgg      300

cgcaatttgc aatatcaagt caaaaccttc caacaaaaat gcgcggaaaa cgaagcgaga      360

aaacagcttt tacagtatca agtcagtgaa ctggatgagt ttaatttaaa agaaaatgaa      420

tacgaggaat tagaagcgga tcatcttcgt ctttccaata gtgaggaatt aacgcagctt      480

tcccaatcag ttttgcaatt attaagtgaa aatgaaacgg tcagcgcaga ttcgctactt      540

tatcgcgctg tgcaacattt aagtgaactc tgcgagttag ataatcgtta taccgacgtg      600

caaaatctat taaatgaagc attgattcaa gtgcaagaag ccaccaatga aattcaatcg      660

ttaagcagca atattgagca agatccaacg ttattggcag acattgaaca acgcctagga      720

caaaccgtgc aattagcgcg caagcacaat gtaaaaccac aagatttagt ggtattacac      780

cgtcgtctca aagcggaatt gaatgaattg gaagattttt ccggcagtga agaaatgctc      840

attcaacaag aacaagcggc tcatgaaaaa atgcttgcta cagcgaccgc acttcatcaa      900

agccgtcaat tgggtgcaca aaagctggca cagcaagtga ccaaatccat caaacaatta      960

gcgatggaac acgcagaatt ctttattgaa ttgcatagtg actatgacaa gataagtgca     1020

aatggcgcag ataatgcgat ttttacccta caaagtaact taggtcaaag cgctcaaccg     1080

ctcgccaaaa ttgcttccgg cggtgaactt tctcgcattg ccttagccgt tcaggtgcaa     1140

gcatctaacc aaaccgccat cccaacatta atttttgatg aaattgatgt cggtatcagt     1200

ggtgccacag caaatgtggt cggcaaatta ttaagaaaac tcagcgaaaa atgccaagtc     1260

atttgtgtta cccacttgcc gcaagtcgcc tgccatggaa tacatcattt ctccgttgaa     1320

aaatcgaccg tcgatcaaaa aacggaaaca aaaatgaccg cacttacccc tcagcaacgc     1380

gtcaaggcat tagccaaatt attaggcgga agcaaaatta cggatgccgt attagccaat     1440

gcacaagaaa tgctagatgc tgcagcataa                                      1470


<210>  2483
<211>  1326
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33425

<400>  2483
tattgggacg gacgtcgcca tccgatgcgc ttacatccgg caagcggcgt atgggaatta       60

ttcctaccga aagttgcatt agggcagtta tataaattcg aattaattga ttgccacggc      120

aatttacgct taaaagccga cccttacgcc ttcagttcac agttacgccc tgatacagcg      180

tcacaaatta gtgcgttacc ggacatcgta ccaatgacag aagcccgccg taaagccaac      240

caatgggatc aaccaatttc catttatgaa gtgcacctag gctcttggcg ccgtaattta      300

gaaaataatt tctggttaga ttacgaccaa atcggcgatg aattgattcc ttatgtaaaa      360

gaaatgggct ttacgcacat tgagttttta ccgctttccg aattcccgtt tgacggttct      420

tggggctatc aaccgctagg gctgtattct ccaaccagtc gttttggtac gccggaaggg      480

tttaaacgtt tagtggaacg cgcccatgaa gccggcatta acgtaatttt ggactgggtg      540

ccggggcatt tcccaagcga tacccatggt ttagtggctt ttgacggcac ggcattatat      600

gaacacgctg atccgcgcga aggattccat caagactgga acacgctcat ttacaactat      660

ggtcgcaacg aagtgaaaaa cttcttatcc agtaacgctt tatattggat tgaacgtttc      720

gggattgacg gtattcgtgt cgatgcggtg gcctccatga tttaccgtga ttacagccgt      780

gccgagggag aatggattcc gaaccaatac ggcggacggg aaaatttaga agctattgaa      840

ttcttaaaac acaccaactg gaaaattcat agtgaagtgc aaggggcggt ttccattgcg      900

gaagaatcga cctcgttcgc gggtgtaaca cacccgacag aaaacggtgg tttaggcttt      960

aatttcaaat ggaatatggg ctggatgaat gacacccttt cttacataga aaaagatccg     1020

gtctatcgcc aatatcacca caatcaaatg actttcggca tggtgtatca atacagcgaa     1080

aactttgtat taccactttc tcatgacgaa gtggtgcatg gaaaatgttc cttaatcggt     1140

aaaatgccgg gggatgcgtg gcaaaaattc gcgaacttac gtgcttatta cggttatatg     1200

tggggctatc cgggtaaaaa attattgttc atgggaaatg aatttgccca aggccgtgaa     1260

tggaattacc gcgaaagcct agactggttc ttattggacg cgaatggaat taccgcgaaa     1320

gtctag                                                                1326


<210>  2484
<211>  825
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33426

<400>  2484
atgtttaaga tgatcagttc accccacacc cattcaggta aactcacggc gcgcgtgatg       60

ttttgggtgg ttctcgccat gattccggca atcattttgc aaatttatta ttttggattt      120

ggcgtattga ttcaatcagc gttagccatc ggactggcgt tattgctgga atggagcgtc      180

tcgctattac gcaaaagacc ggcgctgagc gatatttctg attttagcgt cattttaacc      240

gcactgattc ttgctgtggc gattccgcct tatgcgcctt attggattat tcttattggc      300

acattttgtg cggtgatttt gggcaagcac gtttatggtg gtttgggaca gaatccgttt      360

aaccctgcca tggtgggtta tgtggtgctg ctcgtatcgt tcccattaca aatgaccact      420

tggatgccgc ccattgcgtt attggcggag ccgccgacct ttcatgatgc ggcattgttg      480

attttctccg gactgacttc cgacggtttt agtcttcatc aattaacggc gtccattgac      540

ggcattacgc aagcgacacc gttagatacc gtacgaacct tttattcttc tgcaggttcc      600

tgcataaccg atgcgatatg ttccgaagcg gcattttatg aattgactaa cttaccgatt      660

ttcacgcaaa acggttggga ttttgcgcaa ggttggtggc aaattaactt ggccttttta      720

ctgggtggca tctttttaat actgaaaaaa gtcattcact ggcaaattcc ggtcgcgatg      780

ctaggaagtt ttgcgctatt gagcttgctc accgaactct tcggc                      825


<210>  2485
<211>  1332
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33427

<400>  2485
atgtctgaaa tgacgcctcg tgaaatagtt tctgaattag atcaacatat tatcggtcaa       60

agcgacgcca agcgcgcagt ggcgattgcc ctaagaaacc gttggcgcag aatgcagctg      120

caagagccaa tgcgccatga agtgacccca aaaaatattc ttatgattgg gccgaccggc      180

gtggggaaaa ccgaaattgc ccgccgtttg gcaaaattag ccaatgcgcc gttcattaaa      240

gtagaagcca ccaaatttac cgaagtgggt tatgtgggca aagaagtgga ttccattatt      300

cgcgatttaa ccgacagcgc catgaagttg gtacgccaac aggaaatcgt caaaaatcgt      360

gctaaagcgg aagaagcggc agaagagcga attttagatg ccttattgcc tgcggcgaag      420

aaccaatggg gtgaagtgga aaaccgcgat agtcaaagca acacccgtca gattttccgt      480

aagaaactac gcgaaggtca gttagacgat aaagaagtgg aaatcgatgt ggccggtgta      540

tccatgggcg tggaaatcat ggcacctcct ggcatggaag acatgaccag tcaattacaa      600

tccatgtttg agaacctttc cggcagccaa accaaaaaac gcaaaatgaa aattaaggat      660

gcgttaaaaa ccttaattga tgatgaagcg gcgaaattgg tgaacccgga agaattgaaa      720

caaaaagcca ttgatgcggt ggagcaaaac ggcatcgtgt ttatcgacga aatcgataaa      780

atttgtaaaa aaggcgaata cagtggcgcg gatgtctccc gtgagggcgt gcaacgcgat      840

ttattgccgt tggtggaagg ttcaaccgtc aacaccaaac acggtatggt gaaaaccgat      900

cacatcttgt ttatcgcttc tggtgcgttc caagtgtcgc gcccgtcaga tttaatccct      960

gaattacaag gtcgtttgcc gattcgtgtg gaactttccg cactcactgc cgaggatttc     1020

gagcgtattc tgactgagcc gaacgcgtct ttaaccgagc aatacaaagc cttaatggca     1080

acggaagggg tgaatattga attcacacaa gatgccatta agaaaatcgc cgaagcggca     1140

tttcgtgtca atgaaaagac cgaaaatatc ggtgcccgcc gtttgcatac cgtgatggaa     1200

cgcttaatgg ataaaatctc tttcaatgct agcgatatgg acggtcaaac cgtgaacatt     1260

gatgccgcgt atgtcactga agccttgggc gaggtgattg agaacgaaga tttaagccgt     1320

ttcattctgt aa                                                         1332


<210>  2486
<211>  945
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33428

<400>  2486
atgcagcatt cagaacacaa acctttagcg atttttttaa tggggccaac cgcttccggt       60

aaaacggatt tggcgatcca gttgcgccaa caattgcccg tagaagttat cagcgtcgat      120

tctgccctga tttatcgcgg catggacatt ggcacggcga aaccctcaaa agccgaactg      180

gcactggcac ctcatcgttt aattgatatt tgcgatccgg cagaaagtta ttctgcggcg      240

aatttccgca cagacgcttt acgcgaaatg caagagatta gcgcacaagg caaaatcccc      300

ttattggtgg gcggcacgat gttgtattac aaagccttat tggaaggtct gtctcccctc      360

ccctccgctg atgaaaaagt acggtcggaa attgaagcga aagctgcact tattggttgg      420

gccggattac accaagaact ctgcaaaatc gatccgattt cagcacaacg cattaacccg      480

aatgactcgc aacggattaa ccgcgcatta gaagtttttt atttaactgg taagacctta      540

acggaattaa cggcacaaaa aggcgaggcc ttgccgtatg acattctgca atttgcgatt      600

gcaccggagc aacgagaggt cttacatctt cgaattgagc aacgttttca caaaatgatt      660

gaacttggtt ttcagcaaga ggtcgaaaaa ttgtatcgtc gtcccgactt aaacgaaaac      720

ctgccgtcta ttcgctgtgt gggttatcga caaatgtggg aatatttacg cggtgattat      780

gaccacgatg agatggtttt tcgtggtatc tgcgccaccc gccaattagc aaaacgccag      840

atcacttggc tacgtggttg gacatcaccg attcaatggt tggatagttt gcaaccggct      900

caagcccttg aaaaagtatt aatatcggtt tcaacgaaag cgtaa                      945


<210>  2487
<211>  777
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33429

<400>  2487
tatttaaatt cagcagaaag tttaaccaat gcttatcgca ttgagcgttc tttatataat       60

aacagtaatg tggataaagc caaagatatc ggttttcgtg tggcgatggt ggcgccggta      120

ctgacctccg cacaacgaat taaagacttg aaagaagaat gggctaagct aggccgtgat      180

gataacaaag atgataaaca cggcgcaggt tctaatgtgg ttgggcaatt ggaaaaattg      240

gcacaagatg tgcaaaatca aactattgcc aaggaacagt tggaaaaaga actgaaaaaa      300

ttgaatgata ctttgcgtca agccaaccaa gctcgtgacg aacagcgaga ttcagctatt      360

caagcttcat tgcgtttggg cggtttcttg tgtagtaata tggttgattt ggataatacc      420

taccaaaatg cgttgaattt gctagaaaat attaaacaaa cctgtgatgg tgcgccgaaa      480

gaaggcttgt gtaccgaaga gcaaatcaat aatctcagtg agaaaaaatt aaaagcagag      540

aatgcgttga agtttacctt aaaatattac gccgatacct tagttgataa tgcaacttta      600

tataatgtgg caatgatcga gaaacaagta gaggtgacca aacaacgttt acaaaatcgt      660

gaaaaaaata atgctgcaca gtttattcaa tcttattggg aacaattatc ccaatataat      720

aaagacggaa aagttgaccg tgatacttgg ttaaaacgct gccgtcaagt aaaatga         777


<210>  2488
<211>  435
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33430

<400>  2488
gtgttaaaat cccctcgcaa tgtaacttgg ttaggtcatt caagggttcg tggaagacgt       60

aactattttt tcactgtatg gttttgtgaa aattcaatgt ttttgaggtt tgacctctca      120

ccggaaatat tgcaaatttt ttacaaatac atacactact taacttatcg caatgagcgt      180

aaacttaaac ataggaagaa acaaatgagc attgaagaac gcgtaaaaaa aatcatcgtt      240

gaacaattag gcgtgaagga agaagatgta aaatctgaag cgtctttcgt tgaagattta      300

ggtgcggatt ctttagatac tgttgaatta gttatggctt tagaagaaga attcgatatc      360

gaaattccag atgaagaagc tgaaaaaatc acaacagttc aatcagcaat tgattacgtt      420

caaaacaatc aataa                                                       435


<210>  2489
<211>  990
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33431

<400>  2489
atgtttggca cagcttttcg ttggggcttg cccctactag gactggcttt cctgttatgg       60

ggaagcctgt ttttatacta tcctattgaa atttcaccat tagatgcgct aaacgccttt      120

ttccccaatg gcgatgaatt ggccaagatc actgtggttg atttacgctt tccgcgagct      180

ttagtcgcga tcgcattagg cgccaatttg gcggtagccg gggcgttatt acaaaccatc      240

acccgcaatc cactggcctc accaacgcta ttaagcgtca attccggcgc aagtttggct      300

atggtaacgg cgagtgctat tagcccggcc ttattatcag gctatagcat tgccttggtg      360

gcaagtatcg gcggtggaat cagttggttg gttgtaatgt tgatcagcaa cgcgtggaaa      420

gacagtagcg gcgatcgcag ccgcgtgatt ttggcgggga ttgccgtgtc gttattgtgt      480

actgctctca ccaaattagt cttaattatg tcggaagatc acgcctttgg cgtaatgagt      540

tggcttgccg gcggcatttc tcacgcccgc tggaacgaat ggcacgctat ttggccattt      600

ctgctatcga gcgcgctctt ttgcctcttc tttgccagcc gcttaaattt actcaatttg      660

agcgacgaat ccgctcaatc cttgggaatt aacctgttcc gtctgcgttg gtatgccaat      720

atcatggcat tattaattgt gggttcagcc gttagcgtag caggcccggt cgcctttatc      780

ggtttgttaa ttccacactt agcgcgttat tggatcggct atgacctacg aaaatcatta      840

cccatgtcca tgttattagg cgctatttta atgttggcgg cggataccgt tgcccgtgct      900

gttgatttcc caagtgaagt gcctgccggt gccattttgg ccttaatcgg tgcgccaatc      960

tttgtattat ttgccagagg aaaacactaa                                       990


<210>  2490
<211>  648
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33432

<400>  2490
cgtaacttta tgaaccctgc gcttgctggt cgtgcattct tattcttcgc ttatccggct       60

caaatttccg gtgacttagt atggactgcg gcagatggtt tctcaggcgc taccgcactt      120

tcacaatggt cacaaggtgg tcaagctgca ttgcaacata cggtaaccgg tgagccaatc      180

acttggatgg atgcattcat cggtaatatt cctggttcaa tgggtgaggt ttcaacgctc      240

gcattattaa tcggtggtgc agtgatcgta ttcacccgta tcgcctcttg gcgcattatg      300

gcgggtgtga tgatcggtat ggtcggtaca gcaacactat tcaaccttat cggttccgat      360

tctaacccaa tgttctccat gccttggcat tggcacttcg tattaggtgg ttttgcgctt      420

ggtatgatct tcatggcaac tgaccctgtt tctgcttcat ttactaatac cggtaaatgg      480

tggtacggcg cgttaattgg tgtgatggca gtattaattc gtacagtgaa cccagcttac      540

ccagaaggga tgatgttagc gatcttattt gcaaacttat ttgcaccaat tttcgactat      600

atcgtggttc aagcaaatat caaacgtcgg agagcaagaa caaatggc                   648


<210>  2491
<211>  2805
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33433

<400>  2491
atgcagcatt ctttacatga atggctctcc tccagtgcac taggtggggc aaatcagtct       60

tatattgagg atctttatga aagctatctt gaagatccga acagtgtgga tgccagttgg      120

caagaaattt ttaaaacgct gccaaaatct accgcacttg agcaggcgca ttcaacggtg      180

cgcgattatt tccgccgttt agcgcgagaa aatcatggac agagcgtgag cgtgattgat      240

ccggaagcga gcgcgaaatt agttaaagtt ttacaattca ttaacgcata ccgttcccgt      300

ggctacattg aagctaccct cgaccctctc aattattacc gctggaaaac ctcctcggtg      360

cctgaattag actatcacca acatggatta accgacgctg atttggacga aagtttcaat      420

atcgactatg ccgtttatgg caaagaaagc atgaagctcc gtgatttagc ccgtgacttg      480

aaagccacct attgtggcaa tattgggctg gagtttatgc acattcatga tatggaacag      540

cgtaattggt tgcaaagtaa acaagaaaaa tggattcaac agccactttt cactaaagac      600

gaaaaaatca atttgttgaa agaattaacg gcagcggatg gcttagagcg ttacttaggc      660

gcgaaattcc cgggcgcgaa acgtttctcg ttggaaggaa gcgatgcgtt tattccgatg      720

atgaaagaga tcatccgtca tgccagccgt aatgggatgg acgatgtagt attgggcatg      780

gcgcaccgtg gtcgtctaaa tatgttggtt aacgtgtttg gtaaacgccc gagcgacttg      840

ttcgatgaat ttgccggtaa acacgctgaa gataaccgca ccggtgatgt gaaatatcac      900

caaggtttct cctccgattt tgcggtagat gataagaaag tgcatttgac acttgccttt      960

aacccgtctc acttagaaat tgtgagtccg gttgtgattg gttccgtccg cgcaagacaa     1020

acccgtaaac aagatactga acataacaaa gtgttggcgg taacggtgca cggtgactcc     1080

gcagttaccg gtcaaggtat tgtgcaagaa actttgaata tgtctaatgc acggggttat     1140

aaagtgggcg gcacgattcg tattgtgatc aataaccaaa tcggtttcac cacctctaac     1200

ccgaacgata ctcgttctac cgagttttgt actgatatcg ccaaaatgat tcaggcgccg     1260

attattcatg tgaacggcga tgatccggag gccgttgctt ttgctgcccg tatggcggtg     1320

gaatatcgtg cggtctttaa gcgagatatt ttcattgatt tgatttccta tcgccgtcat     1380

ggtcataacg aagcagatga accgttggcc actcagccga tgatgtatgg cattatcaaa     1440

aaacatccaa caccaccgaa agtatacgcc aatcgtttaa ttcaagaagg cgtgattacg     1500

gaagaagatg ctactgaaat ttccaattta taccgcgatg ccttggataa tggcgaatgt     1560

gtcgtgccgg aatggcgtgc gatggatatg gcaaaagtgg actggttgca gtatctcaac     1620

tatgactgga cagcgccgta tgaaagcaaa ttcccggaag agcggtttaa aaccttagca     1680

aaacgtgtat ctcactatcc ggattatgtg caaccgcacc ctcgcgttga aaaaatctat     1740

gccgaccgcc aagaaatggg gcgaggcgaa aaattattag actgggggat ggcggaaacc     1800

atggcgtacg ccaccttgtt ggatgaaggc attcatgtgc gtctatccgg tgaagatgcc     1860

ggtcgtggta cgttcttcca tcgtcatgcc gttgtacata accaaaaaga cggtaccagc     1920

tatgtgccat tgacccaatt acacgccaat caaggtcgct ttgaagtatg ggattccgtt     1980

ttaaccgaag aaggggtgct tgcctttgaa tatggttatg ccaccacgga tccgaaaact     2040

ttaaccattt gggaagcgca gtttggtgat ttcgccaacg gagcgcaaat cgtgattgac     2100

caattcatca gctccggcga acaaaaatgg ggcagaatgt gtggcttagt gatgttgcta     2160

ccacacggtt acgaaggaca aggcccggaa cactcatctg cccgtttaga gcgttatttg     2220

caactttgtg cacaacaaaa tatgcaagtt tgtgtgccta caacgccggc gcaggtgtat     2280

cacatgttac gtcgccaagc tattcgtaaa atgcgccgtc cgttgattgg tatttcaccg     2340

aaatccttgc tacgtcatcc gctagcggtg tccagtatgg atgaattgct taacggcaca     2400

ttccaaacgg tcattggtga aattgacaac cttgacccga aaaatgtgaa acgtgtggtg     2460

atgtgtgccg gtaaagtgta ttacgattta ttggaacaac gccgtaaaaa tgaacaggat     2520

aacgtggcta tcattcgtat tgagcaactt tatccgttcc cgcatgacga tgtgaaagcc     2580

gctttagcgc cttattcaca tgtaacggat tttgtatggt gtcaagaaga gccactgaac     2640

caaggggctt ggtattgtag taaacataac tttgaggctg tgattccgga caatgccaaa     2700

ttgtcttatg ccggtcgccc ggcttctgct tcaccggcgg taggttattt gtcattgcat     2760

gccaaacagc aaaaacaatt ggtggaagat gcattgactc tttaa                     2805


<210>  2492
<211>  285
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33434

<400>  2492
aaaggtttcc aaggtggtgt taaacgttgg aacttccgta ctcaagatgc tacccacggt       60

aactctttat cacatcgtgt tctcggttct attggtcaaa accaaactcc gggtcgtgtg      120

tttaaaggta aaaaaatggc agggcactta ggtaatgaac gtgtaaccgt tcaatccctt      180

gaagttgttc gtgtagatgc tgagcgtaaa ttgttattag taaaaggtgc cgttcctggt      240

gctactggta gcgatgttat cgttaagccg gcagttaaag catag                      285


<210>  2493
<211>  870
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33435

<400>  2493
atggcaggtg caaaagagat aaaaaccaaa attgccagcg tacaaagtac gcagaaaatt       60

actaaggcaa tggaaatggt tgcaacctcg aaaatgcgta aaacgcagga ccgtatggcg      120

gcatctcgtc cgtattctga aactatccgt agtgttatca gccatgtgtc taaagcaagt      180

atcggttata aacacccgtt tttagttgaa cgggatgtaa aaaaagttgg tattttagtt      240

atttctactg atcgtggaat gtgtggtggt ttaaacgtga atttgtttaa aaccacactt      300

aaccaaatta aagattggaa atcacaaaat gcgacgactg agcttggctt gattggttct      360

aaagggatta gttttttccg ttcccttggt tttaaggtaa aaagccaact ttccggtttg      420

ggcgataacc cttctttaga agaattaatt ggtgtagcaa ataccatgtt tgatgcttat      480

cgtaatggag aaattgatgc aatttatatt gcatacaaca aattcattaa tacgatgtcg      540

caaaaaccga ttgtacaaca attagttcct ttaccggaaa tggaaaacga tcacttaatc      600

gaaagacaac aggcatggga ttatatttac gaacctgaac caaaagtgtt attagacagc      660

cttttagttc gttatttaga atctcaagtt tatcaagcgg ttgtagataa tttagcttca      720

gaacaagcgg ctcgaatggt agcgatgaaa gcagcaacag ataacgcagg caatttaatt      780

aatgacctgc ggttggtgta taacaaagct cgtcaagcaa gtatcacaaa tgaattaaat      840

gaaatcgttg ccggtgcggc tgcgatttaa                                       870


<210>  2494
<211>  2775
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33436

<400>  2494
atgcgtaacg tcatcaaatt taatgtgata acactttgta tgtttaatgt actcaatgtt       60

gcttatgctg aagagcaatt agaccaaatt gacgtggttg aaagaatcat tgctaatgag      120

aaaaaaccgt ttactgaagc gaaagcgaaa agcacgcgag aacatgtttt taaagaaaca      180

caaaacattg ataacgttgt tcgtagtatg cccggcgcat ttacccaaca agacaaaggt      240

tccggtgtat tgtccttaaa tattcgtgga gaaaccggtt ttgggcgggc aaatactatg      300

gtggatggtg ttacacaaac attttattcc acttcaatgg attccgggca agctggtggt      360

aattctcaat ttggcgcatc cttagatccg aattttattg ccggcattga tttaacgaag      420

ggaaacttta gtggcacaaa cggtgtgaat tctctgtatg gctcggcaaa tttcagaaca      480

ttgggcgtca atgatgtgat tgtaggggat aagaatattg gttttattat caaagggatg      540

accggtacta atgcaacaaa atccaactat atggcaatga cagcgactag aaaatggctg      600

gataatggtg gttatatggg gatgttgtat ggttatagtc gccgagaagt gtcgcaagat      660

tataaaatcg gcggaggtgg tcagaaaatt gcagatgtcg gtgatgattt tttacaacaa      720

caaaaaaaga aagaatttac cgaagccggg tttgtatttg atcaagctaa aggccgttgg      780

atgccggata tgaataaaaa tatgtgggct tgtaatgccc ccacaccatc tcaaccggag      840

gcctatcctt gcagttatta tcgtaatgcg gagcgaagac gaattttaca agatccggaa      900

cactctcctg aattacaaaa acaaattgat gaaactaacg ccgcttttga gcgcaataac      960

gaccaatatc gtttggcgcc attggatcca agtagtattc gtcaaagtgc tcatagtcat     1020

ttagtcaagt ttgaatatgc tgacgatcgc catacgttaa atctacaatt acgcgctttg     1080

gataatgcta ttggtactcg caaaattgaa aaccgtaatt atcaacttaa ctataacttc     1140

aatgataatg gctatgttga tatgaatgtg ttgttagcgc ataacgtggg caaatccaaa     1200

tatccgcaag gttcacggtt taccggttgg gaagtgttga aatatttaga aacgaaaaat     1260

acagctgata tttttgacat tagtaacagt tacacattta ccttgccaaa agacgttgat     1320

ttaaaaacta ccttaggttt taacttcttc aaaaatgaat atagcaaaaa tcgattccct     1380

gaagagctta gcttatttta tgacggttct tcgcagcagg gtggtttata cgatttccta     1440

ggacgttata aaggttcaaa aggcttattg ccacaaaaat cgagtatctt gcagccttct     1500

ggcaagcaga aattccaaac gttttattta gatacgtcac tgactcgtga tatctatcaa     1560

ttggattaca gcgtgaattt ggttaagtat aaatttaacg gcgaatacgc ggggtactat     1620

aattctccgg aagattttga aaaagctttt ggcaaggatt ctcaaattta taaaaaatat     1680

tgtgatccta acggcggttg tcaaatttat gaacctttag aaagaagagc cggccacaaa     1740

atagcaataa accattctgc gattttcagt gcgcgtcttc atgactactt tatgcctttc     1800

gtgggctatg ccagaacgaa ccgtatgcca aatattcagg aaatgtattt ttctcaagtc     1860

tctgatgctg gtgttaatac gtatttaaaa ccggagcgtg cttcgactta tcaattgggt     1920

tttaatacct ttaaggaagg tgtttggaaa aatgatgatg tgctaggaat aaaagtcgtc     1980

gggtatcgta gttacattaa aaattatatt cataatgttt ggggcgaatg gtggcaaggc     2040

ggtgcgccta cttgggcaga aagcaacggt tttcaattta ccattgcaca tcgtaattat     2100

gctaaaacgg tgaaaaagag cggtgtggaa ttagagttaa attatgatat gggcagattc     2160

tttacgaatc tctcgtacgc ttatcaaaga accaatcagc cgactaatta tagtgatgcc     2220

agccctcgtc cgaataatgc gtcaaaagaa gatattttaa aacaaggtta tggtttgact     2280

cgaatttctg cgttaccaag agattatggt cgccttgagc ttggtagccg ttggtttgat     2340

cggaaattaa cggtcggcgg tgcagtccgc tattacggtg aaagtaaacg tgcctctatt     2400

gaggagcggt atattgatgg tactacattt gagaagaatg ccttaagacg tggtcatcat     2460

gcaattaaag aaacggaaac cattgaaaaa cagccgttga tttttgattt atatgtcagt     2520

tatgagccga ttgaaaatct ggttttaaaa acagaaattc agaatctgtt tgataagaag     2580

tatattgatc cgctggatgc cggtaatgat gcggcaacac aacgttatta cagtagcgta     2640

agtagcgcac catcacagcc ttgctcaccg ggagaattat gccatacgga tggccatggt     2700

ggaaaaacgc aatctatttt aaataactat gctagaggac gaaccatcgt gttcagcttg     2760

agttatcaat tttag                                                      2775


<210>  2495
<211>  630
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33437

<400>  2495
atgactaaac cttggtttca aaattatccg gaaggttctg agcgtgaatt ggatacgtca       60

gaatatgatt cgattttaga tatgtttgat aaagcgattc gtgaacatcc cgaccgcgcc      120

gcttatatta atatgggaca agtgttaacg tttcgtaaat tggaagaacg cagtcgtgct      180

tttgcagcct atttgcaaaa tgaattgaag ttagaacgtg gtgagcgtgt ggcattaatg      240

atgccgaatt tgttgcaata tcctatcgcg ttatttggga ttttacgtgc cggtcttgtg      300

gtggtgaacg tgaatccgct ttacacacca cgcgagttag aacaccagct gcaagacagt      360

ggcgctaaag ccattgtggt ggtgtctaac tttgcctcta cgttagaaaa aattgttttc      420

aacacttctg tgaaacacgt tattttgacc cgtatgggcg atcagttgtc tttcggtaaa      480

cgcacattag tgaacttcgt ggtgaaatac gtgaagaaac tcgtgccaaa atataagttg      540

ccaaatgcgg tcacgttccg tgaagtgttg agtgtcggta aatatcgtca atatgtgcgt      600

ccgcaaatgg aacgcgatga tttggccttt                                       630


<210>  2496
<211>  1281
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33438

<400>  2496
atgaaaagag ttattcgagt atttagctta tttattatgc tattaggatt gacttcacta       60

gctcgtgcag aggttcgcat cgttattgat gaggttatgg attctgcacg acctattgct      120

gttgttccgt ttaagtggaa tggaccgggc agtgcgccgg cagatgttgc agatatcatt      180

gcatcagact tacgtaatag cggaaaattt aatccacttt ctgtcagtaa aatgcctcag      240

cagccgacta cagctgcaga agttaaccct agtgcatggt ctgcattggg tattgaagca      300

gtaatcgttg gacaagtaac tccgtctaat ggtggttttg atattgctta ccaattagtt      360

gataccatgg gaagtgcggg ttcgattttg tctcaaaacc aatatacggt gactcaaaaa      420

tgggttcgtt acggggcgca tactgtgagt gatgaaacct ttgagaaact aacagggatt      480

cgtggcgcat ttcggacccg tattgcttat gtcgtgcaaa agaatggtgg atcacaacct      540

tatgaggtcc gcgtagccga ctatgatggt tttaaccaat ttattattaa taagagctct      600

cagcccttta tgtccccagc atggtctcca gatggcaaaa aattagcgta tgtttctttt      660

gaaaataaaa aagcacaaat tattttgcaa gatcttggct caatggcacg taaagtgatt      720

gcttcattcc caggacacaa cggcgctccg gccttctcgc cagacggctc aaaattagca      780

tttgcctctt caaaagatgg cgtattaaat atttatgtaa caaatttggg tagtggacag      840

gtttctcagc taaccagtgg ctcaggtaat aataccgaac catcttggtc acctgatggg      900

cagtcaatcg tgttcacatc cgatagaggc ggctctccgc aagtttatcg catgagtgca      960

tccggtggcg gagtatctct tgttggtgga cgtggtagtg gccaaatcag ctcagatggt     1020

agtacgttag taatgatcga tggaagtaat aacattgtga aacaagattt ggtttcaggt     1080

ggttctgagg tactaagttc aactttctta gatgaaagcc cgagtatttc gccaaatggt     1140

attatgatta tttatagctc tacccaaggt ttgggaaagg tgctacaatt agtgtccaca     1200

gacggacgct ttaaggcacg tttaccagga aatgatggac aagttaaatt tccagcttgg     1260

tcaccatact taactaaata a                                               1281


<210>  2497
<211>  840
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33439

<400>  2497
cgcaccattc ttggcattgt gaaatacccg accattttgg atgtttcttc cgcgcaatat       60

gagcaattcg ctgaaagcca acacagtgat cctcgttatg tcaaaatcgc tgactggcga      120

ccggggaaag gattattccg tgacgatctt gacatgttta actggttgct cgagccgctt      180

tctgaaagtg atcgtgcgtt attcggttca ctccaaaaag tgcggtcaaa tccgcaagag      240

attttaaaga ctcgttttaa atccctcgac tgtagcatta tggagctggc agatgacatc      300

gcttatggcg tgcatgattt ggaagatgcc gtcgtcgtcg gtgtggtcaa tgtgcagcaa      360

tggcaagagg ccttgaatgc attgaaagac tgtcaatcag attggatgcg acaacatatt      420

gaagatatca gtacaaaact gttttccgat caacattact tacgcaaaaa cgctatcggt      480

gcgttagtaa attatttcat cactaatgtg cgttggaaaa ttcaacctga atttagcgat      540

ccgctgttgc gttataacgc agaactacct tcagaagtgg tgggggtatt gaaagtgttc      600

aaaaattttg tccagaaata cgtgattaat aacgtggaaa cgcaacgtgt agaatataaa      660

ggtcagcgta ttttgacaga gctgttccaa atttttgatt cggatccgca acgattactc      720

ccaaccaata ccgccaaccg ctggcggaat gcagaagaaa acggtaaaaa acgcgtgatt      780

tgcgattaca ttgccggcat gtcagatgcg tatgcgttga aggtgtatca tcaactttaa      840


<210>  2498
<211>  1197
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33440

<400>  2498
ttgagttcaa ataaaacagt caaaacgaat tttatttttg tggtggcgtt gggtattttg       60

tccatgttgc cgccattggg tgtggatatg tacctgccgg cgtttttgaa tattgcgcag      120

gatttacagg tcacaaacga tcaggtgcaa catacgctaa ccgcttttgc ttatggtttg      180

gcgctggggc aattattctg gggaccgttc ggtgacagtt ttggacgcaa gccaattatt      240

ttgttaggcg taacggtttc tgcgatagcg gcattgattt taacgcaaat ccattctatc      300

ggaaatttca ccgcacttcg ttttgttcag ggcttttttg gtgcggcgcc ggtggtattg      360

gtgggcgcat tgttgcgtga tttgtttgac aagaatgcac tttccaaaat gatgtcgaca      420

attacgctgg tgtttatgat tgcgccgttg atcgcaccgg ttgtcggtgg ttatattgtc      480

tattttttcc attggcacgc cattttttat gtgactgctt tcatgggact attgagtatt      540

ttgctggtct tttttgtggt gccggaaacg catcataaag aaaatcggat tccgttacgc      600

ttgaatatta ttgcccgtaa ttttatggcg ttatggaaac aaaaaccggt gttaggttat      660

atgttctcaa cgtcctttgc ctttgccggc ttatttgcgt ttttaacggc aggatcgatt      720

gtgtatatcg ggatttacgg catcaagcct gaaaatttcg gctatttctt tatgttgaac      780

attggcgtga tgacctttag ttcattctta aatgggcgtt tagtggctaa atggggggcg      840

gagaccatgt tccgtttggg gcttgggata caaggtttgg cgggcatctg gttgttgctt      900

gtggcgttat tagatttggg tttttggtca atggcgctgg gcgtagcagt gtttgtggga      960

caaaatccat tgatttcctc taatgcgatg gcctctattt tagaaaagtt ccccaattcg     1020

gcaggatcgg cgaattctat ggtcgggagc gtacggtttg gcattggcgc ttgcatggga     1080

tctttggtgt ctttattgcc gatcaattcg gcggcgccaa tgttattcgc catggtgctt     1140

tgttctgtga ttgcggtcgt ttgctacgtt acgttaacgg ttaaacatcg ggaataa        1197


<210>  2499
<211>  1476
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33441

<400>  2499
atgacaactt caatccaaca acaaattgac gaccttagaa aaactctgcg ttatcacgaa       60

tatcaatatc atgtgttaga cgatccgcag attcccgaca gtgaatacga tcgcttgttt      120

catcagctca aagccttaga acaacaacat cccgaactga tcaccgccga ttcgccgacc      180

caacgcgtgg gcgcgcggcc gttgtcagaa tttgcgcaaa ttaaacatga acttccgatg      240

ctctcgttag ataacgcctt ttcggatgag gaatttctgg cgttcgtgaa acgcattcag      300

gatcgtttag tcctcgtgcc cgagccatta acattttgtt gcgaacctaa attggacgga      360

ttggcggtca gtattttgta tgtgaatggt gtgctgaccc aagcggccac ccgcggcgat      420

ggaacaacag gcgaagacat tacacaaaac attcgtacca ttcgcaacat tcctttgcag      480

ctattaacgg acaatccgcc agcacgcttg gaagtgcgtg gcgaagtgtt tatgccgcac      540

gacggtttcg agcgtttaaa cgaacgcgcc ttggaacaag gcgaaaaaac ctttgctaac      600

ccgcgtaatg cggcggcagg ttccttacgc caattggatc cgaaaatcac cagtcagcgc      660

ccgctcgtgt tcaatgctta cagcatcggc gtcgcccaag ggatagactt accgccgact      720

cattttgaac gcctgcaatg gttgaaatcc atcggcgtgc cggtaaatag cgaaatccgt      780

ttatgtgatg gcgttgaaaa cgttttaaat ttctaccgca ctatgatgga aaaacgcagt      840

tccttgggtt atgacattga cggtacggta ttaaaagtca atgacatcga attgcaacaa      900

agactgggct ttatttccaa agcaccgcgt tgggcaatcg cttacaagtt tcctgcacaa      960

gaggaactga cagtattaaa tgacgtggaa ttccaagtcg gtcggaccgg tgccatcacg     1020

cctgtggcta aactacaacc ggtattcgtt gccggcgtaa cggtaagtaa cgcgacctta     1080

cataacggcg acgagatcga gcgcctcaac attgctatcg gcgacacggt gattattcgt     1140

cgcgccggcg atgtgattcc acaaattatt ggcgtcgtac atgatcgccg cccggccaat     1200

gcgcgccaaa ttgtctttcc aacgcgctgt ccggtgtgcg attccttaat tgtacgtatt     1260

gaaggcgaag cggtggcacg ttgcaccggc gggttattct gtgcggcaca acgcaaagaa     1320

gcgctaaaac atttcgtctc acgcaaagcc atggacattg acggcgtagg tgccaaactg     1380

attgagcagc tggtagatcg cgaattggtt catacccccg cagatttgtt caagttagat     1440

ttaaccacac tcacccgctt agaacgtatg gggccg                               1476


<210>  2500
<211>  2397
<212>  DNA
<213>  Aggregatibacter segnis ATCC 33442

<400>  2500
atgtctgatt tcgtccaaga tattacgccg gtcagtattg aagaagagct gaaatcttca       60

tacctcgatt acgccatgtc cgttattgta ggacgcgcct tgcctgatgt acgtgacggc      120

ttaaaaccgg tacaccgccg cgtgttattt gctatgcacg aagggggcaa tgcctacaat      180

aaaccttacc gtaaatctgc ccgtattgtg ggtgacgtta tcggtaaata ccacccacac      240

ggtgatagcg cggtatatga taccttggtg cgtatggcgc aacctttctc cttgcgttat      300

atgttagtgg acggtcaagg taacttcggt tctgtagatg gtgatgcgcc ggcggcgatg      360

cgttatacgg aagcccgtat gaccaaaatc gcccacgaat tattagcaga tctcgataaa      420

gaaaccgtca attttgtgcc aaactatgat ggttcggaac aaattcctga agtgttacca      480

accaaagttc ctgccttatt ggtcaacggc tcctccggga ttgctgtggg gatggcgact      540

aatatcccac cacacaatct aggcgaagta ttagatggtt gcttggctta tatcgaaaat      600

aacgatatca ccattgatga attgatgagt catattcccg gtccggattt ccccactgcg      660

gcactcatta acggtcgtaa aggcattgaa gaagcctata agaccggtcg tggtaaaatt      720

tatgtccgtg cccgtgcgga aattgaaacc gatgaaaaag gccgtgaaac catcatcgtt      780

aacgaaattc cgtatcaagt caataaagcc aaattaatcg aaaaaattgc ggaattcgtc      840

aaagagaaaa aaattgaagg cattagcggt ttacgtgatg aatcagataa agacggtatg      900

cgtatcgtca ttgaaatcaa gcgcgatgcc gtcggtgaag tggtattaaa caacttatac      960

gcactcacac aaatgcaggt gactttcggg attaatatcg tggcattaga ccacggtcag     1020

ccgaaactct tgaatttaaa acaactcatt gaagcattcg tgttacatcg ccgtgaagtg     1080

gtgacccgcc gtaccatctt tgaattacgc aaagcacgtg aacgcaccca tattttggaa     1140

ggtcttgcca ttgcgttagc caatgtggac ccaattattg agctaattcg tcaagcacca     1200

aatccggaaa gcgccaaacg tgaattgctt gcccgtccat ggcaacttgg tcatgtggca     1260

gagatgttgg cagcaaccgg tgtcgatgct gctcgcccgg aagatttaga cgaacaatac     1320

ggtatccgtg acggtttata ttatttgacc gaagtccaag cccaagccat tttagattta     1380

cgtttacaaa aattgaccaa cttaggtcat gacgaaattc tagacgaata caaaaaatta     1440

ttggaagcca tcggcgaatt gctctatatc ctacgcagtc cagaacgctt aatggaagtg     1500

attcgtgaag aattggaaca aatccgcgaa caatttaacg atccgcgcag aacagaaatt     1560

accgccgctt ccggtgacat taatttagaa gatttaatcg cccaagaaga tgtggtggtg     1620

acgctttctc acgaaggcta tgtgaaatat caacccatta gcgattacga agcacaacgc     1680

cgcggtggca aaggtaaatc ggcaacgaaa atgaaagaag aagatttcat tgagaaactc     1740

ttggtggcca atactcatga caccattctc tgtttctcca gccgtggacg cttatattgg     1800

ttgaaagtat accaacttcc acaagccagc cgaggatcac gcggacgacc aatcgtcaat     1860

attttaccgc tcaatgaaaa tgaacgtatt accgccattt taccggtgac cgcttacgag     1920

gaagataaat tcgtcgtcat ggcaaccgcc ggcggtattg tgaagaaaat tgcgttaacc     1980

gaattcagcc gtccacgttc tagcggtatc atcgcgctga acttacgcga tgaagatgaa     2040

ttgattggcg tagatattac cgacggcaac aatgaaatca tgttgttctc ttcccaaggt     2100

cgcgtagtac gtttcagcga atccgctgtc cgtgcaatgg ggcgtttagc aacaggggta     2160

cgcggtatca aacttgcctt aaccaatgat ctgaatgacg atgaaagtgc ggttgaaatt     2220

gaagatgttt ctgatgacaa cacagaagaa accttagatc tcaacatcga taaagtcgtt     2280

tctttagtca ttccgaaaaa tgacggcgaa attctcaccg caacacagaa cggctacggc     2340

aaacggacga agttagaaga atatccgacc aaatcccgta ataccaaagg ggtgatt        2397


<210>  2501
<211>  615
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2501
atcccaggtg tccgtgaaga tgttatgcaa attattctta acatcaaagg gattgctgtg       60

aaatcttacg tccaagacga aaagatgatt gaacttgatg ttgaaggtcc tgcagaaatt      120

actgctggag acattttgac agatagcgat atcgaaattg taaacccaga tcattatctc      180

tttacaatcg gtgaaggagc acgctttaaa gctgtcatga cagttaacag tggtcgtggt      240

tatgttccag ctgatcaaaa taaacgtgat gatgcacctg tgggaacact tgctgtagat      300

tctatctata cgccagtgac aaaagttaat taccaagttg agccagctcg tgttggtagc      360

aatgatggtt ttgacaaact aacccttgaa attatgacaa atggaacaat cattccagaa      420

gacgcacttg gtctttcagc gcgtatcttg actgaacatt tggatctctt tactgatctt      480

actgaggtgg ctaaagcaac tgatgtgatg aaagaagtag acaagagctc agatgaccat      540

gttttggaac gcacaattga agaacttgat ttgtctgttc gctcttataa ctgtttgaaa      600

cgtgctggta ttaac                                                       615


<210>  2502
<211>  591
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2502
atgactagac aacagaaccc aagtaaagcc ttgttgctgt ccctgattcc aggacttgga       60

caaatttata acaaacagaa agccaagggg ttcatcttct taggtgtgac actggccttt      120

ctaatctatt tctttgcgat cgcttctggt gagctaggaa atcttatcac acttggtgaa      180

atgcgcggac gcgacaactc cctctttatg ttgatccgtg gtgccttcca cttaattatc      240

gtactggttt acttcctatt ttatgccttc aacttaaagg acgctcacac aacagctaaa      300

cgctggaata acggtattcc ggttcatact actctgaaag aaatgattca cagcatctat      360

gagaatggtt tcccatactt gctgatcatc ccttcttatg tagctatgac ctttgctatc      420

attttccctg tattggtaac tcttctgatt gcttttacaa actatgattt caaacacctt      480

cctccaacaa aactgctgga ctgggttggt ttgacaaact tcagcaacat ttggagtctc      540

agcactttcc gctcagcctt tggttctgtc ctatcttgga ccatcatctg g               591


<210>  2503
<211>  570
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2503
atgattaata aggaacatta tcagtttatc cgccagcatc ctgcatttga gaattttcca       60

gtagagtctt ttgataaatt agccattgaa attcaatttc ataaggtttc gaaaggtcaa      120

attatctttt tttctggaga tcggcgtgat cgccttttcc ttctctatca aggatatgct      180

cgaatagaac agtatgatgc taccgatact ttttcttata ctgattatat aaaaaagggg      240

aatgttttcc cttatggtgg catcttcttt gatgagcgct atcattatac tgcaagtgct      300

gtgacacagg tggaatattt tagtattcct atgaaattgt ttgaagattt ttctaagaaa      360

aatgtgaatc agctgttgtt tattacgcag aaactatcca gaatcttgga gtttcaagaa      420

ttacgcttgc gaaatgttgt tgcggtcagt gcaacagaca gagttgttca gtccctttcg      480

atcttatgta tggatttatg caaaacaggg gatgttttgc catttccaat tagtatgaag      540

gagttggcta aactaggagc tacaacccgt                                       570


<210>  2504
<211>  546
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2504
gaaaccttta ctgcactagt gcgtgattca gtgaaatctt acaaacaatt accgctgaat       60

ctgtatcaaa tccagccaaa ataccgtgat gaaaaacgtc ctcgtaacgg tcttttgcgg      120

acgcgagagt tcatcatgaa agatgcttat agcttccatg cgaactatga tagtttggat      180

gtgacgtatg atgaatacaa gtctgcctat gaaaagatct tcactcgtag cgagattgat      240

tttaaagcca tcattggaga tggtggtgct atgggaggaa aggatagcca agaatttatg      300

gcgattactc ctgatcggac agacttggat cgttggttgg tattggataa atccgttgca      360

agcttggacg aaatccctgc agatgttttg gaagccatta aggctgagct aagcaactgg      420

atggtttctg gtgaggacac tatcgcttac tctagtgagt caagctatgc agccaacctt      480

gagatggcaa cgaatgaata caagccgagc aatcgtgtag tagctgaaac tgaactggtt      540

cgtgtg                                                                 546


<210>  2505
<211>  477
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2505
caggaagctg tggacaagct ctacaagctt acaccaaata tcaaagctat tgtagcagat       60

gagatgaagg gctacatgat tcaaaataat gcggcgattg gtgtaacttt ctctggagaa      120

gctaggcaga tgctagagaa gaacgaagac ttgcgttacg tagttcctag tgaagccagc      180

aacctttggt ttgataacat tgtcattcca aaaacggtta aaaataaaaa agcagcttat      240

caatttatta acttcatgct gcgtccagaa aatgcctaca agaatgcgct ttatgttggc      300

tatgcaacac ccattccaaa agccaaggct cttttaccaa aagaagtcca agatgatgaa      360

gctttctatc caacggcaga aacgatgaaa cacttagaag tctataaaca aattggacca      420

aagtggttag ggatttacaa tgacctctat ttacaggtta aaatgtatag aaaataa         477


<210>  2506
<211>  588
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2506
agtattaatg gtctttctgc agtcaatcgg gaagccttcg tcagcaaact tagacaaaat       60

tacggcacag agatgttgct ctctaaactc gctgaatatg gcattcctaa taaattagcc      120

ttgcagattc aagataccta taaagaagaa acgctggaaa ttgtccaaaa atatccttat      180

caactggttg aagacattca aggtattggt ttcaaaatag ctgaccagtt ggcccagcaa      240

cttggtattg aaagcgatgc tccagagcgt ttccgggctg gtcttgttca tacccttttc      300

agccaatcta tggagacagg tgatacttat atagaagcac gtgacttgct atcccacacc      360

attgatttgc tggagaatgc ccgtcaggtt gaacttgatc ctgccttggt agcggatgaa      420

ttggctcacc ttatcgaaga agataagatc caaaacgttg agacaaaaat ctttgaaaac      480

agtctttatt tcgccgagga aggtatccgt agcaatctga ttcggattct agaaaaaggc      540

aaacaagaaa cctttgatgc cccaaaactc gacagtatca tcgaacaa                   588


<210>  2507
<211>  576
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2507
atgatggaaa ttttaaaaca acttcctcac ctggaacctt atggcgatcc ccaatatttt       60

gtatatatta tcttagcagt tctacctatc ttcatcgggc tcttctttaa aaaaagattt      120

ccgctttatg aagtcttggt aagcctagcc ttcatcatct ttatgttggt aggacccgac      180

ctgactcagt ttcttgcctt tatcttttac gtagtttggc agaccttctg gctctttctt      240

tacaagtttt atcggaaaag atgggataat aagtgggtct tctatctgca cattttcttg      300

gcaattttgc ccttaacgat tgtgaaagtc acaccagcta ttcaagatca ccatcagtcc      360

ttgctaggtt ttctggggat ttcctatctg accttccgat ctgttggtat gatgatggag      420

ctacgagatg gggctctgac agactttagt ctttgggagt ttttgcgctt catgctcttt      480

atgcccacct tctctagtgg gccgattgat cgcttcaaac ggtttaatga agattatgtt      540

cagattcctg atcgagaaga acttcttaat atgctt                                576


<210>  2508
<211>  1128
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2508
atgccgagca aaatcttacg tcgtttgatt agcttggatg agtttgatga aaagaattat       60

catctgctta tgaagttcta tcgggacaat gatcgaccag ggaaggttat tgagatttac      120

tataaactag tgaacctctt ggacaaagaa ctgggaatta gtcccaatga gtctattcaa      180

caactctatc atgaggttct tgctaaagat cggagtgaaa gaaaaaccaa gcaatttctt      240

cggaatacgg accatttctt tggtcgagtg agtgaaattc agcgcttaga gtcttatttt      300

tctaagattt taggagaaca ggaggcgcgt gctctagtcc tagtaggcgg cactggcata      360

gggaaacgca ctgtgactcg tcaggtgcta gccaatcaga ccaagtactt tcaaattgtt      420

atggctgagt gtttcaagga agaaatgaag tcggagcttc agccttggcg tggtctactg      480

gatggtttgg gtgatttggt cattcagcac aagattctta caattagtca gtggcaagtt      540

attttggaaa gttattttcc aatcttaaca ggaggaatct ctggagccga gctagatgca      600

gacaaattag cccagtttgt agtcgatatt ctgcagaaaa tttctaagaa aaaagctctg      660

gtaattttaa ttgaggattg tcactggatg gacgcaacta gtactgcggt cttggaacaa      720

gtcatgaacc atatgtatga ttacccagta gcctttgtgc tgaccaaaca tctcagtact      780

ccttcttatt tggagcattt cttcaatcat ttgctggttc gagataagat tgattttatt      840

gagctgcagc ccctcaattt tcaagatagt gtagcttatc tacaagctca aaagggaata      900

ggagttcttt ctgaggaaaa aatcaaagac atttatcgag ttagccaggg gattccattc      960

ttcttgtcag aatatgctga gcaactcttg agaggagaaa agtttcagcc attgacgccg     1020

gctattaagg ctaagctgtc tttgaaactg gatcatctta gcagtgggga agaggagcta     1080

ctggactatc tagcttgttt cagagaacct gcgtcacttt cctttttg                  1128


<210>  2509
<211>  651
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2509
atttatggtg aggacgagca attacgtcgt atcacttcag aagcaccgat ctattattat       60

ggctttgaaa aggaaaacga ttttgttgcc catgatttgt tacgttcaac aacaggttct      120

acttttaaag tttcataccg tggtcaagag ttaggtgaat tccacatccc gactttcgga      180

cgtcataata ttatgaatgc gacagctgtt attggactct tgtatgtatc aggttttgac      240

ttgaacttgg tcagagaaca cctgaaaaca tttgctggtg taaaacgtcg cttcactgaa      300

aaggttgtta atggcactgt cattattgat gattttgctc atcacccaac tgaaattatt      360

gcgactttag atgcagctcg tcagaaatat ccaagcaagg aaatcgtggc aatcttccaa      420

ccgcacacct tcactcgcac tattgccctt ttggatgaat ttgctgatgc cttgaatcag      480

gcggatgccg tttatttagc tcaaatctac ggctcagctc gtgaggtgga tcatggagat      540

gttaaagtcg aagacctagc tgaaaaaatt gttaaacgtg ttcaggttgt aagtgtggat      600

aatgtatctc cacttttaga ccatgacaat gccgtctatg tctttatggg a               651


<210>  2510
<211>  771
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2510
atgactaaaa aagcctttct gttcgctggt cagggggcac agtaccttgg tatgggacgt       60

gagctctatg atcaatatga cgtggtgaaa tcaacttttg aggaagctag tcaaatttta      120

ggctatgatg tgcgtgattt gattgataat gatgaagaaa aactgaatca gacccgctat      180

acccagccag caattttgac tacgtctctg gccatttacc gtttgttaat tcaagaagga      240

atccatcctg atatggttgc tggtctttct ttaggagaat actctgcttt ggtggcttct      300

ggagccttag attttcaaag cgctctagct ttggttgcta aacgcggagc cttcatggaa      360

gaagcagctc cagcaggttc tggtaaaatg gtggcagttc ttaatgctga tttagatctg      420

atagagaatg catgtaaaaa ggctagtgcg cttggcgtag tgtctccagc taactataat      480

acacctagcc agattgtaat tggtggagaa gctgaagcag tggataaagc tgtagagctt      540

ttgcaagaag ctggggtaaa gagattgatt ccactcaacg tatcaggacc tttccatact      600

gctttattga agccagctag tgatttatta gctgtagctt tagaaaatgt caatttttct      660

gacttccaag ttcccctagt agggaataca gaagctagtg tcatggaaaa ggaacgaatc      720

aaggagctat taacacgtca agtgatggag ccagttcgct tttatgatag t               771


<210>  2511
<211>  447
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2511
atgacaaaga aaaaaagaaa aatcttatat tcaaaagaat ccattattgt aattgtaatc       60

tttcttttgt tatctgcggt tttgtggatt caaaagagtg gcgaacaata tacagttaat      120

cctgaaaaaa acatttatct taaaaatgct ccttcgtcta atgctgtatt tgacagctta      180

gctcaggata atctggttct ttatgatgaa aacaatgata caagtcgaag ggcaaaagag      240

caatttactc agattctcaa agatatgaga atggggtacc gcttggttga tatttcaaaa      300

gagacgattc ctagtttttc tgattataaa aaagtcgttg tgcttctgag cgatttggaa      360

ggcttgggag acaaggcgct tgagatggtg gattgggttg agcagggagg aaatgttctc      420

tttgctgtaa ccctctccaa ggacagc                                          447


<210>  2512
<211>  351
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2512
gtgaaaaaaa tgactaggaa attactcaat ttcatgagta ccagactagg ttttgtcttg       60

accttgcttt gcttctactg gttaaaaacc atgtgggcat acactgtcga ctttaatttg      120

gatatccaag gattatatca ggccttctta gcctttgtaa atcctatacc cttaggctta      180

ttatttattg gcttagcgct ttatttcaaa agaagcgcca tattctatgg attttcaatt      240

tttatttata ttttgctctt tatctggctg ttttcaaatg cagtctacta ccgcgaattt      300

agtgactttg taaccgtcaa taccatgatg gcttccagca gtgtttctgc t               351


<210>  2513
<211>  654
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2513
atggcaaata ttttaagaac aattatcgaa aacgataaag gtgaattaag aaaattagag       60

aaaatggcaa ataaggtcat tgcttatagt gaccagatgg ctgccttatc cgatgaggag      120

ctaaaggcta aaacagatga atttaaacaa cgttatcaga atggtgaaag tttagatgat      180

ttgctctatg aagccttcgc agttgtccgt gagggtgcga aacgtgttct tggtctctat      240

ccttatccag tacagattat gggggggatt gttctccatc atggtgacgt accagagatg      300

cgtacaggtg aaggtaaaac tcttactgcg accatgcctg tttacttgaa tgcgttggca      360

ggagaaggag ttcacgttgt aacggtcaat gaatacctga cagagcgtga tgcgacagaa      420

atgggtgaac tgtactcttg gttagggctt tcagttggta ttaacttggc tgctaaatct      480

ccagctgaga agagagaagc ctatgcttgt gacatcacct actcaacgaa ctcagaaatt      540

ggctttgact accttcgtga taacatggtg gttcgtgctg aaaacatggt tcagcgtcca      600

cttaactatg ccttggttga tgaggtggat tccattctga tcgatgaagc taga            654


<210>  2514
<211>  909
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2514
atgtttctgg aaagaaaact aaaaggtcag gatgtctgga tcaatattga ttccgatgat       60

gttaagcaga ctgcgcagat ctatcaagat tatgaaattg acaaagaaac cattgagtat      120

gctctggata aaaatgaacg ggctcacatg gactataatc gcgagaatgg tacagttgtc      180

tttatctaca atgtccttaa tctagcgaca gataaggaac attatgagac gattccgatg      240

acctttgtgg ctcaggaggg gaggctcatt actatcagta atcaggacaa tgcctatgtt      300

gttgatatga tgaaggccta tactgagcgc catgagccag tatcggtcta taaatttctc      360

tttgcgagtc tggagttgat ctccaattct tactatccag tcgttgagcg gatggacaag      420

cgcaaggatg aaattaatac tcttctgcgc cagacaacta ctaaaaagca tttgtttgcc      480

ctgtcagact tggaaacctc aatggtctat ttagttgctg cggctaagca gaaccgcatg      540

cttctagagc atatcaaaag ccatggtatt taccgccgtt ttgacgattt agaaactgaa      600

cagtttgagg atgccatgat tgaggctcgt cagctcgttt cgatgactga tctgattgct      660

caagttctca gtcagctctc aggctcctac aataatatcc tgaacaacaa tctgaatgac      720

aatttgactg tcctgactat tatttcagtt cttttggcag tacttgcagt tatcactggt      780

ttctttggta tgaatgttcc tttgccattg tctaatgata aaaatgcctg gatttatatt      840

gttatcatta gtctagtcat ttggggactt ctgaccaagc tgctaaaatg gttggccaat      900

aagaagtaa                                                              909


<210>  2515
<211>  570
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2515
atgaaaaata aacaatctta tctaacaaag ggcacttttg cccttttact tttcgttata       60

ctcggttata tggtcaaatt ttatcctaac cagctgactc attttgatac cccgattcag      120

acctggttgc ggggcgattt acctacagct ttgacaactt tttttaaact tgtaaccagt      180

gtgattgatc cattggggat tatcatctgg gtttttgcac ttgtcctatt tttcctgtat      240

aaaaaatgga aattagaagc tgctttacta gcaggaaatc tggtcttaca tgggatttta      300

atcaagttga tcaaatttgt ttaccaaaga agtaggcctt ctatcacaca tttagttgaa      360

gagggaggtt attctttccc gagcggacat tctatggcga cagccattgt gcttggaacc      420

ttgattatca ttgttcagca acgggttcag aaccagcata ttaagcgctt ggtacaagct      480

ttgctcctac tctatatttt cactgttatg gcctccagag tctatctggg cgtgcactat      540

ccgacagatg taatcggagg ggccttgatg                                       570


<210>  2516
<211>  702
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2516
atggcttcta ttgataaaaa taaattccaa tttgtcaaac gcgatgattt tgcctctgaa       60

gcaattgatg ctccagctta ttcgtattgg agatctgtta ttcgccaatt tctgaagaag      120

aaatctacca ttattatgtt ggcgattttg ctaaccatta ttttaatgag ttttatttac      180

ccgatgttgt ctgattttga ttataacgat gtaagtaaag ttaatgattt tagtgctcgt      240

tatattgcgc caaatggaaa atattggttt ggtacagata gcaatggtaa atctctcttt      300

gatggagtat ggtttggtgc tcgtaattct atcttgattt ccgttattgc gacagccatt      360

aacttgatca ttgggattgt tgttggtggt atttggggga tttctaaatc tgttgaccgc      420

gttatgatgg aagtctataa cgttatctca aatattccgc aattattgat tgttattgtc      480

ttgacttatt caatcggagc tggattctgg aatctaatct ttgccatgac aattacttca      540

tggatttcga ttgcttactt aattcgtgta caaatcatgc ggtatcgtga tttagagtac      600

aaccttgcca gccgtacttt gggaacgtct acttttaaaa ttgttgctcg aaacattatg      660

ccacaattgg tatctgttat catgacgact agctctcaaa tg                         702


<210>  2517
<211>  588
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2517
ggtgatggtg aaggggaaac tggtccattg atggcaggtt ggttgtcaaa tacttttatc       60

aaccctgtta atgacggtgc tattcttcca attttctatc ttaacggtgg taaaattcac      120

aacccaacta tctttgaacg taaaacagac gaagaattga ccttgttctt tgaaggttta      180

ggttggaaac ctatttttgc tgacgtaaca gctatttcag aaaatcatga agctgctcat      240

gctctttttg cggctaaatt ggacgaagca atcgaagaaa ttaagaaagt ccaagctgaa      300

gctcgtaaag gatcagctga agaagcaact caagctattt tcccagtatt ggttgcccgc      360

attccaaaag gatggactgg tcctaagtca tgggaaggta ctccaatcga aggtggtttc      420

cgtgctcacc aagtgccaat tccagtagat gctcaccata tggagcatgt tgatgccctt      480

cttgattggt tgaaatctta ccgtccagaa gaattgtttg atgagtctgg aaaagtcttg      540

cctgaaatcg ctgcgattgc accgaaaggt gaccgccgta tggctatg                   588


<210>  2518
<211>  588
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2518
aaagagttta atacttatta tgaaagtgag ttgccaagat tgccatttgg tagctatacc       60

gtcaaagtag ttgcacaaga tgaaaactat tcatgggtat ctccaacaac tgtaacggtt      120

gagttgacga aagaacatcc tgaaggccta gtcaactttg tttaccatta caaatctaag      180

aatcgattta acgtagtctt tgataaggat ttaccatctg gaactagagt atttgctact      240

cgtaaggata acggagaaca gcatgaatta gaacaaaccc tctatgaacc aaagactttt      300

gaaaagattt tattaaatgg agattatcag attcatattg aactgccaaa aggttatcgt      360

gcagtagaaa atgatgtttt ctattcagta ggagaaaaaa tcaatcgctt cttaacaaca      420

tttgtagaag ttgcagaaga caatccggtt aatccgaatc caacaccgaa tccaatccca      480

aatccagtac cagatccaaa accagatcca ctcattccgg ataagacatc cgatcctggt      540

aaaggaaaag aagtggataa agaagatcag ctaattgcga aaaaagca                   588


<210>  2519
<211>  597
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2519
cctttggggc tcatctgctt ctttatcatc tttacttccc ctaaagttgg agcttttgag       60

gaagacttaa tgattaatgc cttaaatcaa gcagatagta aaatgcaact aactcgtagc      120

caagcggatc aaacaacagc aactgattac aatgtggcgc ctggaacgac cttgataggt      180

gattctgttg ctctgcgagc taatgactgg ttacaagagg ccattcctgg tgtgcagttg      240

gatgcggctg tcagccgaaa tctggaatca ggtctagagg ttttccagac agatattagc      300

aacaaggttc ttctacaaaa tgtagtcctt gctttaggcg ctaatacagt tcctaattac      360

gaagaagtgc ttaataaact ggttgaaaaa cttccaaaag gacaccgttt aatcttagtg      420

actccgtatg atggacgagt tgctggagat gaaaatagcg atctagtaaa aactcggcag      480

taccaattgg aattggcgaa gaaatatgat tatgtctacg tagcagattg gtatcaagca      540

gctattgata atcctgctat ctggtatgga acagattacg ttcactttgg cactgag         597


<210>  2520
<211>  690
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2520
atgacaattt cttggttaca ggccgctttg ctaggattgt ttgcgtgttt gtcatccatg       60

cctggtctag gtggtacatc aattggtaac tatactctgg gacgcccgct tgttggtgga      120

cttgtttcag ggcttatctt aggggatatt aaactaggta tagtctgtgg ggttgccatg      180

caattggttt atattgccct ggttactcct ggtggtactg tttcagcaga cgttcgcgcg      240

gtttcttata tcggtattcc gctagcgatg gtagctatta cgacacaagg cttagccctc      300

gattcttcag atgcagcaaa cttggctaaa tcaatgggaa ctttggtagg gacagttggt      360

accgttctat tttatggtac agcaacaatg aacttgctct ggcaacatat tggttggaaa      420

gctgttgaaa agggagagtt taagcgttta tacgcagtag actggggctt cccatggatt      480

tcacacattg tcttctcttt cttaccaact ttaatcatgt gtaaattagg ggcggatgca      540

gttacagcct tgaaatcagc ccttcctttg gatggaattc caatgaagac cctctttaca      600

gtgggctcac tccttccatg tgtcggaatc gctattttat taaaacaaat tgttgaaaaa      660

gctgtcgact ttattccttt ctttgtcggt                                       690


<210>  2521
<211>  762
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2521
actgcaatgc tgatttttaa tccatttaag tcagcgccta agtcgaatac gactgcttct       60

actagtcaag taacaaaaag ctctacaaag aatacttatc aaccaagcaa ggaagaaaaa      120

gagtatttag ccaagcgctt tgcagattta aaggctatta atagtgaagc tattgcttat      180

gtttatgctc caggtacaaa attagatgaa cctgttgtac agacgaaaga caattctact      240

tatcttgata aaacctttga aggcgggaat gagccttaca tggggacagt ctttatggac      300

acagataata agaaagactt tagtgatcgc ttgacttggc tctttggtca tgctcgtgga      360

agtaaagtag cggacaatcg tatgtttaac gatgtcaact tctatgacaa tcaggaattt      420

ttcgatcagc acaagtatgt tgttgttgaa acacctgagc gtaagttcta ctatgaagca      480

atgggcttgg ttattgtacc agaggagact gctttctatc ggactagctt cgatggagat      540

aaggacttta cagatcagct aaagagtatt tatgaagcat ctagaactaa gaacaaggac      600

atcacggtaa aagcaagtga taaatatctt gtgttatcaa cctgtcgtga agaggatgag      660

acaattcgtt ctaacctcta cctacgtcag attccagatt ctgaaatgag tgatttcctt      720

gcgaaacatg gttcagaatt aacatatact cctactagat ag                         762


<210>  2522
<211>  1218
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2522
atgaaaaaca aagctcttaa aagtgctgct gtattgggta ctgttgcttt agctagcttt       60

attttagctg cttgtggtag caaggcttct tcaactaaat catctgaatc tggtgataaa      120

aacgttactg tttatgttga agagcagtac aaggcttaca tggagaaagc tgcagcagct      180

tttgaaaaag aaactggttc taaagttact attaaaactg gtgaccaaat gggtggattg      240

gacaaccttt cactcgacaa ccagtctggt aaagctccag acgttttgat ggctccatac      300

gaccgcgtag gaagcctcgg tacagatgga caattaaacg aagtaaaatt aagcaaagat      360

agtaagacag ataaaactac tgaatctcta gtaacaacag aaggtaaaac atacggagca      420

cctgctgtta tcgaaactct tgtaatgtac tacaacaagg acttgatttc aaaagctcca      480

actacttttg ctgaattaga agagcttgct aaagacagca aatatgcatt tgctggtgaa      540

gatggtaaaa catctgcctt ccttgctgac tggacaaact tctactatgc ttacggactt      600

ctagctggta acggcggtta tgtattcggt gacaatggta aagatcctaa agatatcggt      660

cttgctaatg aaggtgcaat taaaggtatc gaatacgcta aaacttggta tgcaaaatgg      720

cctaaaggaa tgcaagatac tgaaggcgct ggaaacttga tccaatcaca attccaagaa      780

ggtaaaactg ctgctatcat cgatggacca tggaaagcat ctgctttgaa agaagctaaa      840

gtaaactatg gtgtttcaac tatcccaact cttccaaacg gaaaagaata cgctgctttc      900

ggtggtggta aagcttgggt tatcccaact ggtgctaaaa acccagaagt tgctcaaaaa      960

ttcgttgact tcttgacttc aactgatcaa caaaaagcat tttacgatgc tactaacgaa     1020

gtacctgcta acacagaagc acgcgagtat gcagtaagca agaaagatga actgacagac     1080

gcagttgtta aacagttcca atcagctcaa ccaatgccaa acatctctga aatgagtaca     1140

gtttgggatc cagctaaaac tatgttgttc gatgctgtaa gtggtaaaaa agatgttaaa     1200

actgctgctg acgatgca                                                   1218


<210>  2523
<211>  894
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2523
gaaactgtca ctgttccagc tcatggtcaa cggaccattc gtgtctcagt cgatgccagc       60

aagtatcaat ccgagctgag caaacaaatg ccaaatggtt atttcctaga aggatttttc      120

cttgttaaag atgctaagag caaccagcat ttggtcagtc ttccttatgt aggtttccga      180

ggggaatacc aaaatctacg aggaattgaa aaaccgattt atgaatatac tggctctgat      240

aaacctttct attactataa ggacaaaaca gactatccag atggcaagat tcctgatgtg      300

gaagagcgac atccagataa tcattttaca tccttgatca gctatgtgta cgaaaacggc      360

gaatctgtag ctaaaacact gggacaggat ggcgaaaagt ttgatgggga tcaactctac      420

ttttcaccaa ataacgattc tagttttgat agtgtgaagg taaaagctgt tatgctccgc      480

aatgtcgaaa atgtgcatct aacagtctac aagaaagaag acacagagag aaaacaaccc      540

atttatgaga tcggaaatga agttcataga aaaacggact ggagctaccg aagcggaaac      600

agaagtgaag aattctatga aatttcttgg gaaggtttgg ataatgatgg gaatcggctt      660

ccagatggag aatatcaatt tgtcatttcc taccgtccat cagcctcagg tgctaagaag      720

caggagttga atttcaaagt taaaattgat aatacagctc caagcatcga gacgggtagc      780

gcccactatg atcctaagac aagagttttc cgtcctggaa agattatcga aacaggaagt      840

ggagtcgcag gtacctatct gtcatacact aaagatggag aaacgcacgc cttg            894


<210>  2524
<211>  693
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2524
cgtgaattga ctgctttatt cactgtagtt tgggcggatg atgtcgagtt aaataaggaa       60

tacagcattg atattcctgg tgccgggaca tacagattga ctcgtatcgt accagatgat      120

gatcctactg gttataccaa gtggggtgtc caagatgctg atgatcctaa ttatgttaac      180

tggcgtattc gtatcaatcg ttacgtaaaa cctgttacag gagttaagat tgaggataca      240

atccctgaag gtcaagtctt agcaagtgaa attactggat attactttac tgaatggaat      300

aaggctgagg ctcgtccaag actggatgct tcacatgtaa atgttacagg tacaaactct      360

ttcactatca ctccaaatgg aaatggtgac ttgagtacac aaggtctata tgttttgtac      420

cgtactcgtt tgactgctcc agttgataat actaccaaga aagctttcaa caatgtgaaa      480

gtgacaacat cagatggtgt ttatgatgtg gatggctttg cctctctgac aactactgaa      540

ggaattggat caggtgctcg cccttctgaa gttgaatttg aagttacaaa gcaactgaat      600

ggtggaacat tgaaaggtga tgaattcatc ttccaattga ttgatccaga tggcaaagta      660

gttgaaactg ccaaaaacaa caaagacgga caa                                   693


<210>  2525
<211>  546
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2525
agacaaatgg aaaatatttt taagtaccta gatgatacgc agtatgatag tatctatgac       60

cgtcccttta atgaacttga cctacttatc ctaacagaat tagcctacct ttcttttgac      120

ggacttgtcg ctagtgacct ggatctagat aaaagcaagc gactacagga cattgctgaa      180

aattaccctc aagaacaatc tatgatgcat acccgcaatc gtcttaaact acttgaaaaa      240

gcctcccaaa ctaaacgttt taagaatatt aaactaatgg gctttataaa cgacattgac      300

ttggagattg aaaaacaatt tgctgcccta gtatactgta ttcagtctaa acctgccact      360

tacgtcctag cctacagagg aaccgatgac tcgatcattg gttggaaaga agacttccat      420

atgacctata tggatcgggt tccagcccaa aaaaatgcca agaaatactt aaaagaagtt      480

ctcagagagc ttgatggaga cttcatcttg actgggcact ccaagggagg gaacttggct      540

gcttac                                                                 546


<210>  2526
<211>  972
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2526
ggctgggtta aaagtatcca agggcagctt gcaggcttgc ttgactttga aaacggtcag       60

aacaaagctg aaatggttaa taactacgac tggttttcag atatcagttt tatcgatttc      120

ctacgtgacg ttggaaaata cttcacagtc aactacatga tgagtaaaga atctgttaaa      180

aaacggattg aaacagggat ttcatatact gaatttgcct accaaatcat gcaagggtac      240

gactttttca tcttaaatca aaaacatggt gtgactttgc aaatcggagg ttctgatcag      300

tggggaaata tgactgctgg aacagaactc ttgcgtcgta aagctgacaa gactggacat      360

gtcattactg ttcctcttat caccgatgct agcggtaaga aatttggtaa atcagaagga      420

aatgctgttt ggctgaacgc tgacaagact agcccatatg agatgtacca attctggatg      480

aatgtcatgg acgatgatgc cgttcgcttc cttaaaattt tcaccttcct aagcttagat      540

gagattgagg agatccgcaa gcagtttgag gcagcaccac atgaacgttt ggctcagaaa      600

atcttagcac gtgaagtggt cactctagtt catggcgaaa aagcttacca agaagcctta      660

aatattacag aacagctatt tgcaggaaat attaagaacc tttctgttaa agagctgaaa      720

caaggactcc gtggtgttcc aaattatcaa gtccaagcag aagacaacct caacattgtt      780

gatttacttg ttacagctgg agttgttaat tccaaacgtc aggcgcgtga agatgtccaa      840

aacggagcta tctacgtcaa tggagaccgc atccaagacc ttgactatac tctgagcgat      900

gcagacaaat tagaaaatga attgaccgtc atccgccgtg gtaagaaaaa atactttgtc      960

ttgacttatt aa                                                          972


<210>  2527
<211>  882
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2527
caagaagtgg aagatcgatt cacagaatat ctaagtgtta tccaatctat tttgggtgaa       60

gatgaccatg aattgcaagg aaaaggaatt catccttttt gggataaaaa tgacaatagt      120

ccggttcaat cgcctcgcta tgaaatgtta atgcagtatt tatcaatgag caagacttta      180

aaattaaaag acctgcattc ttatcctgaa tatggagcat ttatctgtgg aaatcaaatt      240

caactagatg tttctaaaga aaactttata agtgttatta atgtttttaa tcaaattgaa      300

gcagccaaag catatctttt tgccaattct gaatttccag attcttcatg gaatacaaaa      360

attgcgcgag atattttttg ggaacaatct atgcatggaa tcttgcaaga aaatgcaggt      420

gtcaatctaa aagatttcca aaacgaagat gaattttttt cttatcttag caaatctgca      480

attttcacag ctaaaagagg taatcaagac tactatttct ttccaattcc tgcaattgac      540

tatttaagtc atgaaaaaat taaagcatac aatctgtcag gtgaaacagt agaattaaca      600

ccgaagcaag aagattttga aaatcacaga agttatcagt atcaagattt aacaacaaga      660

gggactgtcg agtttagaag tgtttgtgcc cagccttttg atagaacctt tatttctacc      720

gctttccatc tcggcattct ggctaactta gaaaatgtac aaaaatatct acaagaaact      780

gactttttta aaaaggaggg gcgtaattat aaacagttaa gacaaaaatt ttccaaaaaa      840

gaaattagcg gaagtgcggc aactcatgtt cgcaactttg ca                         882


<210>  2528
<211>  540
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2528
gtagttgata attttggtat ttatgaaagg gcagtacgtg gcctctatgc agcttcctat       60

agcttgatga cgtccgcgac agcttatcca gttattaatg ggacaacttt ttacctagat      120

gacttcccat ctccagtccc tgcaggagat gcgacttata ttaaacgtga ctataatatg      180

agcatctcgg acttttatac caatatctgg tggcctgatt tgctgaagct ggctgaaact      240

tacggaatta agtatacagg tggggttatc gaaaattatg aggatgacac gtcaggaaat      300

gttcatagcc aaaaagacgt agaccgattt aaatattttg gtaagtcact tttggctaat      360

ggaggagaga tcagttacca tggttataat caccagcctt taacgcctaa aggagttgat      420

tatggtgatg aattcccaac ctataaaact tggaaagata agaaagctat ggcttctgca      480

atcagtgaac tgcttcgctt tacaaaagaa ctctttccaa agggagaaaa gtcgatttat      540


<210>  2529
<211>  630
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2529
atgaaattac aaccaatgaa aggtgccttc gcatttgttg ctacagcagc taccctattt       60

ttgacaggag ttgtagctaa ggcagacaca tatacagtaa aagctggcga caccttgtca      120

aaaattgcaa aagaaaaatc tacaactgtt gaaagcttaa ttaaattaaa caagcttgaa      180

aatccagatt taatttttga gaatcaagtg ctagaacttg gtgatacaaa agctaataaa      240

aaagctccag ctgttgctgc agcaccagga ccagctacac aaactaatca agcagcacct      300

gcaccagtgg caactattac agttcctgca ccatcagcta actattctac ctataattct      360

acacctgttc ttgccaacgg taatacagca ggtgagacag gtacttatgc agcagctcgc      420

atggctgagt tgacaggagt ttctgcttca acttgggaag caattattgc tcgtgaatca      480

aatggtcaag taaacgccta taatgcttca ggtgctagtg gattattcca aactatgcca      540

ggatggggtt ctacagcaac tgttgaagat caaatccaat ctgcatacaa tgcctataat      600

gctcaaggtt tatcagcttg gaattattaa                                       630


<210>  2530
<211>  489
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2530
atgtctgtat tagaaatcaa agatcttcat gttgagattg aaggaaaaga aattctcaag       60

ggggttaacc ttaccttgaa aacaggagaa gtggctgcta tcatgggacc aaatggtaca      120

ggtaaatcca ctctttctgc tgctattatg gggaatccca attacgaagt tacccaagga      180

gaaatcctct ttgacggagt taacatttta gaattggaag tagacgagcg tgctcgtatg      240

gggctcttcc ttgcgatgca gtatcctagt gaaattccag gtattactaa tgccgagttt      300

ctccgtgcag ctatgaatgc tggcaaagaa gacgaagaga aaatctctgt tcgcgacttt      360

atcatgaagc tagacgaaaa gatggagttg ctcaacatga aagaagaaat ggctgagcgc      420

tatctcaatg aaggattctc tggtggagaa aagaaacgca atgaaatcct acagttactt      480

atgcttgag                                                              489


<210>  2531
<211>  603
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2531
tgggcaaaag cagctgcctt agctgtcgct gataatctgg gaggtatcta taatccctta       60

ttcatctatg gtggaccagg tttaggtaaa acacatttat taaacgctat tggaaacgaa      120

gtattagaaa atacacctga tgctcggata aaatatgttc ctgctgagac ctttattaat      180

gattttctag aacatcttcg tttaggagaa atggatagtt ttaaaaaaat ctatcgcagt      240

cttgatttat tattaatcga tgatattcag gcacttagta aaaaagtatc tactcaagaa      300

gaattcttta acacttttaa tgccttgcat ggagaaaata aacaaattgt tttgaccagt      360

gaccgtagtc cagactactt agaaaatttg gaagaaagac tagtcacgcg cttcaaatgg      420

ggattaacta gtgatatcac tcctccaaat tttgaaacta gaattgctat tttgcgaaat      480

aaaatcgaag aatttgatct tattttccca aatgagacaa ttgaatattt agctggacaa      540

tttgattcaa atgtacgtga tcttgaaggt gctctaaaag acatcaattt acttgctagc      600

atg                                                                    603


<210>  2532
<211>  537
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2532
atgataaaaa aatgggacag aaaaacagtc ttaaccttac tatatagttt tgtcgcactg       60

gctttagcgg tgacagtttg ttttcttctt gtgtctaagt ttagtcataa ggagcagcca      120

aaacaagcga gttcttctac atcagtttcg acatctaagt ctgacagctc agagcaaaaa      180

gttagtattt caggtgaata tgtagcgaat acgggtgata aagctaaaat tgacggtggc      240

gataaggaat ggaagattaa ttaccaaact cctgatggtg ctgtttcagc agaatttacg      300

acagaatgga aatcagaagg agagacttta atagcgactg ataagatgag aaagtcagat      360

ggcaatagcg actttaccat tactgtccgt attttcaagt ataagaccgc caagcaacct      420

ctcataacga ttaccatgtc agacggcaat cctgcccatg aaatggtttt tgccaatcaa      480

aaagattttt ttgaaccgag cgatgagaat ggtgaaggaa cacagactac agaataa         537


<210>  2533
<211>  678
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2533
atcgatggtc ttttggaaaa tgacaactat ggaaacttgg ttccatcgat ggctgaagat       60

tggacagtgt ctaaggatgg cttgacttat acttatacac ttcgtaagga tgctaaatgg      120

tatacttctg atggtgaaga atatgctgat gtcaaggccc aagactttgt ggcaggtcta      180

aagtacgctg ctgacaacaa gtctgaaact ctttatcttg ttcaaagttc tatcaagggc      240

ttggatgact acgttaatgg taaaacaaag gatttctcat cagttggtgt taaagcagtt      300

gatgaccaca cagttcaata tactttaaat gagccagaaa gtttctggaa ctctaaaaca      360

acaatgggta tcctttatcc agtcaatgaa gagttcttga agtctaaagg tgacaagttt      420

gctcaatctg ctgacccaac tagtcttcta tacaacgggc cattcctact taaatctatc      480

acatctaaat catctattga atttgctaaa aatccaaatt attgggataa agataatgtc      540

catgtgagcg atgttaaatt aacatacttt gacgggcaag atcaaggtaa accagctgag      600

caatttgcta aaggtgctct aagtgcggct agactggctc ctacaagtgc taccttctct      660

aaagtagaaa aagaattc                                                    678


<210>  2534
<211>  903
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2534
gctgtcccag aacattatgt tttagagaga agtttagtaa atgccattgt catagtggct       60

attagtgcaa ttctaacagg tagtctttat ctgattttgc aacgagtatt ccgtaactat      120

cagcgccaag ttattgattt ggtggatacg atccaagcaa taggacaggg agacagtcac      180

ttacggattg agactgcaac caaggagcag gaattgctct taattgctga taataccaac      240

accatgttgg ataatcttga ccgcaatatt catgacatct accagctaca gctgagtcaa      300

aaagatgcca atatgcgggc tttgcaggcc caaattaatc cgcattttat gtataacact      360

ctggagttta tccgtatgta tgcggttatg aagagccaag aagaacttgc ggatattatt      420

tatgaattta gcagcttgct gagaaacaat atttctgacg agacgcaggt aaccttggaa      480

agcgaattgg agttctgtcg taaatacagt tatctctgta tggtgcgcca tccaaattcg      540

gttgcttatg gctttaccat tgctgaggag cttaaaggca tgattattcc taagtttacc      600

attcagcctt tggtggagaa ctattttgcc cacggcatag actatcgccg aaaggacaat      660

gtaatcagtg tcaaagtctt gaaaaaatct gatgcagttc aaatcattgt tcaagacaat      720

ggctgtggaa taaaggctga taagcttgca gaaatccagc aaattttagc caagcgtcaa      780

ttggaaaatt cggaaaataa ggagaaaagg acctcgattg ggattatcaa tatccacgaa      840

cgtttcttgc ttttctttgg ggaccgctat agcattgctg tagagtcggg agaaaataag      900

ggt                                                                    903


<210>  2535
<211>  834
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2535
tttacaaaga aagcagttct ttctaaaaat gcaaatggcg acgtaaatgg cttcacaatc       60

aactttggtg ataattacaa ttggccaatg tatattgaat actcaactcg tgtagcgcca      120

ggaactaaag taggtgatac agtaaataat aaattatctt ggtcagctac aaacttccca      180

ggagaacgaa caatcaatcg ctcacttaga ttggaagctg gttcgggaga tggaagtgcc      240

gaacgctcaa aagatgttgt aatcaaagct caaaaaactc tggtcggtaa agaattgact      300

aagggacaat ttagttttgg cctttatgat gacaaggggc aacttttaca gacagctact      360

aatgaagctg atggttctat taatttcgca gcaatcaact atagccaagc tggtacattc      420

aactatgtaa ttaaagaaat tccagggcag gaagatggct acacttatga ctctaaagag      480

gttaaagtaa ctgttaaagt tgttgatgta ttgggtgaaa aatttggttc agtttcttat      540

gatggagacg cgacttttac caatacatac aaaccagtaa cctctgtatc aggtcataaa      600

acatgggtta atgatacaaa catgactcgt ccacagagca ttacagttaa tctatatgct      660

aacaatcaag tagtagcatc taaagttgtc agtgaagctg atggctggaa ctacacattt      720

agtggtcttc cagtaaatga tgaaaatggt caaaaaatta cctatacaat tggtgaagat      780

gccattgtaa actatagttc aaaagttgaa ggttatgact taattaatac ctat            834


<210>  2536
<211>  582
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2536
acaccagctg ttccaacaac accaggtttg gtaacaactg atgaatcaag tgaaaaccaa       60

atccctgatt atgttgaaaa accagcagaa ggacttgagc acttggcatg ggcaccaaat      120

gggcaaactc ctaaattggt ttacccacca ggaaaaccag gtgataaagc ccttaagaat      180

gataaaaact actacttcga tggtagcaca cattactact atgtaccatc taactcagac      240

cgtacaggtt attcagcata ttggaagtgg attggacaaa aatggaaact tcaaggtatg      300

acagatccaa acgatccagg tattgatcca aaacttcaca aaaatactgc tgacgatgag      360

tacatgtaca gtgatcaaaa ctctagcgtg aaactctact caacaaactt ggtaactact      420

gccaaagctg gtcaaccatt gccattcaag aacgttgaag agttcaagaa atacgttatc      480

gaaaaaatga atcctaaatt ccttgataac gctggatggg atgctaaagc tgagtgggaa      540

atcgaagatg cagatatctt tgagaagacg aaagaaaacc ca                         582


<210>  2537
<211>  654
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2537
gccgattggt ctcaggctct tactttggtt tctaagttat caagtcgctt ggggacaagc       60

atccgtgatg aacatggtag agaatatagc agttcaagtg tctgggatta cccttatcaa      120

gaggacatag ttttcggctt ggaggacttt ctaaaatcag gatatccctt agtgtatcaa      180

gatggagttc gcaggagaat tgctctgagc cctcagatgg tggaaggatt cctaaaagag      240

gataatcctg ctcagagtta tagcgatttc ttcactctta gacagtacct cgacgcttac      300

gatgcgcaaa gtaaatttta tgggaatgag cagaatcaac aaattttagg agtatatact      360

ctaactgctg gtgttgacac aattctaccc tttgaactta gtctagctcc ggaagatgta      420

gagtatatcg atgagtcaaa attaagctgg tgttgcaatc ttgtgggatg tgatgatacg      480

gatccagata atgttgaaaa gttcttcttt tataagagaa tttcttattc agattttttg      540

gacaggctcc ctaaggatat ggctcaagta tttgatggtg agaaaattta tgttcctgct      600

atgacttttg cccaaatgaa ggatcttttt gacagctgtt ctgagtttgt gtaa            654


<210>  2538
<211>  681
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2538
aagacctatt ctagtgaaga tgtcaaaaaa gccattgaaa aagggaccaa tgattattat       60

aatgatccaa atggcaatca cttaacacaa gctgaaatga cggacttgat cgattatgct      120

aaacgacaag gaatcggtct tgttccgaca atcaatagcc cgggccatat ggatgcgatc      180

ctgaatgcca tgaaggagct gggaattgaa aaacctaatt tcgactactt tggcaaggaa      240

tctgctcgaa cagttgattt aaataatcag cctgctgttg atttcacgaa agccttgatt      300

gagaaatatg ctgcatattt tgctggtaag acggatattt tcaatattgg tttagatgaa      360

tatgctaatg atgcgaccaa tgctaaaggg tggcaagtct tacaagcgga taagtattat      420

ccaggagaag gttacccaga aaagggctat gaaaaattca tcgcttatgc caatgatcta      480

gctaaaatcg ttaagcgaaa tggtctgaag ccaatggcct tcaatgatgg tatttactat      540

aattctgatc aaagttttgg tgaatttgat aaggatatta ttgtgtctta ttggactggt      600

ggctggggag gctatgatgt tgcttcttcc aaacttttgt ctgaaaaagg gcataagatt      660

ctaaatacca atgatgcttg g                                                681


<210>  2539
<211>  537
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2539
gaatatggtt gtcgtgttgt caaacatcgt ctagatttct taaagaaact cgaaatattc       60

gctcaggaaa aacaccttga tatctcacaa aaaaaagaaa ctttaacaat tgactatcta      120

tcctctgtac ctttacaaga tattgacagt attgaagaaa gttttagaca aagcctaagt      180

aaaaatcgaa aaagagattt atttaaacaa aatactggtg taggtcctca tcgagatgat      240

atagctttct ttatcaatca aatggatgct aattatggaa gtcaggggca acacagaagt      300

gtagtactct ctcttaaatt agcagaaata aaattgattg aaaatataac aaaagaatct      360

cctatcctcc tgcttgacga tgtgatgagt gaacttgaca atgatcgtca acttaaattg      420

ctagaaacaa tttctcaaga aatacaaact tttattacca caactacttt ggaacaccta      480

aaaaacctac ctaaagatat caagattttt gaaatttcaa atggaaatat aaaatag         537


<210>  2540
<211>  729
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2540
aacttaaaaa ctctgaatca agccactatc agtttagcag atggagcagg tcaattaaac       60

tcaggtttag aaacctatac aggagctgtt gcacaagtat caacaggagt taatcgcttg      120

tcagaagggt taacaactta tgcaaatggg gtagctacta ttgcatcggg tgccaatcag      180

ctttcggagc gttcagctga tctagtagga ggtgtccaac aactcactca atcaagtgct      240

ggtgtccaag ctttggctag cggagcgtct aagctcaata ctggtttgac tactctaaag      300

gaatcggtag atatgagtct tactagcaat caggaaaacg tcagcaatct gacagctgct      360

ctgaaccagt taaatgcaag cattcaggcg tctctctcag gaacttcagc ttcaacagaa      420

aatattgagg catccttgac gaatatagca gcgtctgctc aaaatatcat caatgacaat      480

caagctgtta aaacagctgc cctagccaat gtccaaggaa caagtgcata tcagagtctt      540

tctgaagagg ccaaggcgga gattgatgcg gcggttagtg gtagtcaagc gggtagtgat      600

caatctgctc aggctatttt atcagaagtg atgaccatga agaccagcct ggaagcagga      660

aagactgcta gccaaacaca gttggctcaa ctgggggctg tctctaatca ggtattgcca      720

caagcagcc                                                              729


<210>  2541
<211>  1026
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2541
ggtggaggca ccccagcaga gcagaaagag gcgaaatcag gtgccctatc agctagcaat       60

aaagagattg aaatgaaagt aaagggtggc cagtatattc tgccaagtga tggaaacgaa      120

aattcaaaat atttagccct ggaattggaa attaagaata aatcagacga aacagttaga      180

atttcccctt ctgatattga tatctataat cctaatggtg aaaaagttaa gttaagcaga      240

gtccgtgatt ataagcatgg atttgagacc atacaatttg ataatctcgc agcaggaaaa      300

tctctttctg gttatttagt ctttgaggtt gaaaccagcg gtaagtatga acttgagtat      360

gagaaaaaga tttataaccc aaaacagaaa atcaaaggat ttaaattgac tattgatcca      420

gctaagtatc ctaatcaggt ggcagaaagt aagaaacttg cttttgatta tctgaatact      480

gttttcttgg gcggaaaagc taaaagtaag gatgaggata aatcatctgg tggtaaggaa      540

gattttgttt tgggaggcga cctgtcccaa aatgaaagtg acttcagggc agcgtttaca      600

gaggatttca agcgtaaatt acatgattat ccatttactg atgacgaagt taatgctttt      660

atcgattctt atgtagaaat gaatgccaaa agggctgaga tttcttatag ggtaactcag      720

tacctaccaa atgcggttgt gatcaagatt agaccaaaaa cgatcagtct aagtagaacg      780

attttaaacc atcgtaaagc gttttatgaa aaacaccgtt cagaatatgc caatctgacc      840

gaaattaata aggcaattga caagaattat gctgacgtga tgacggctgg tttagattct      900

catcctcttc ttacaactga atctgaatac cagttaacat ttgttaagac agatgggaaa      960

tgggttgtag aaccagacta tacctatgac tccattgttg tcgcttttga aggtgatata     1020

tcataa                                                                1026


<210>  2542
<211>  657
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2542
agtgaataca tggagaaatt tgcagctagt cgtctcaacg gagcgcctcc aggttatgtc       60

ggctatgaag aagggggcga attgacagag aaagttcgca accgaccata ttccgtcctc      120

ttatttgacg aagttgaaaa agcccatccg gatattttca atgtccttct gcaggtttta      180

gatgatggtg tattgactga tagtaaggga cgaaagattg atttttcaaa tacgattatt      240

atcatgacca gcaatctagg agcaaccagt ttgcgtgatg ataagacggt cggctttgga      300

gcgcgcgaca ttcgcttgga tcatgcaaat atggaaaaac gaatgttaga agagctcaaa      360

aagacatacc gtccagaatt tattaaccgg attgatgaaa aagtcgtctt ccatagcttg      420

tcagcagacc atatgcagga ggttgtcaaa gtgatggtta aacctctggt tgccagtcta      480

gctgaaaaga atatccaact aaaattccaa gctagtgcct tgaaactact agctaaagaa      540

ggatatgatg tagaaatggg ggctagacct cttcgtagga ctctgcaaac caaagttgaa      600

gacaaactag cagaactgct attaactggg gatttacaag ctggtcagac tttgaaa         657


<210>  2543
<211>  471
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2543
atgaaaaaat tttggttaaa ttccttgcta agagtctatg caatgaccat gtttgtcatt       60

gttggctttg tagctttgtt aatctcttat gccagctggc agtccaaggt tcaagaagta      120

acagaaactt ctcagcgtat ttcaacaaga cttgttgacg aagttgaatc ctactatcag      180

cgtggtgttc aaatcactaa aagccttgta ggcaaccaag ccaagttgga aggtgtctat      240

aattatttca ccatgtcacc atctgaatat atttattggc gtttaaataa tggccttctt      300

gggattgttg aagtttcgct acacgagaat attgccgata tttatctgca gaatgatttt      360

gtggcaggtt ttgatattgc attgcaggat tataagacag tctttgtttc aactcgtcaa      420

aaacaaggtg gaatgcaagt tgaagctagt aaatataaac cagctaagaa t               471


<210>  2544
<211>  1278
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2544
gggaaatttg ttgaagaaga cggtttatca gtcctagagg cctttaaaaa agcccttcat       60

attatccgtg gatcttacgc ctttgccttg gttgattcag aagattccga ggtcatttac      120

gttgcaaaaa ataaatctcc gcttctagtc ggtctgggag aaggctataa tatggtctgc      180

tcagatgcca tggccatgat tcgggaaacc aatcaattta tggaaatcca tgaccaagag      240

ttggttattg ttcgtaaaga cagtgtagag gttcaggact atgatggtaa ccttcagaaa      300

cgcgaaagtt atactgctga gttagacttg tctgatattg gtaaaggaac ctatccttac      360

tatatgctca aggaaatcga tgagcagcca actgtcatgc gtaaactcat ccaagcttat      420

acggatgaaa acgggcaagt agttgtagat ccagctatcg tcaaggctgt acaagaagct      480

gaccgtattt acattcttgc agcaggtact tcttaccatg ctggctttgc ttctaagaaa      540

atgcttgaag aattaacaga tacgccagtt gagctgggaa tttcatctga atggggctac      600

ggtatgccac ttctcagtaa aaaaccactc tttatcttta ttagtcagtc aggcgaaaca      660

gctgatagtc gtcaggtctt ggtcaaggcc aatgaaatgg ggattccaag cctaacagtt      720

acaaatgtgc caggatcaac cttgtctcgt gaagccaatc ataccatgct tcttcatgca      780

ggtcctgaaa tcgcggttgc ttcaaccaag gcctatactg cacaaattgc tgccttggca      840

ttcttagcta aagcagtagg agacgccaat gcttcggaaa aagctgcagc ctttgacctt      900

gttcatgaac tatccttggt agcccagtct attgaatcga ccctttctga gaaagagcta      960

attgagagca aggttgacaa tctcttggga acaactcgca atgccttcta tattggtcgt     1020

ggtcaagatt actatgtagc tatggaagcc agcctcaagc ttaaagaaat ttcttatatt     1080

cagtgtgaag gatttgcagc tggtgaatta aaacatggta cgattgcctt gattgaagaa     1140

ggaacaccag ttctggccct cttatcagat cctgtccttg ccaaccacac gcgcggaaat     1200

attcaagaag tagcagctcg tggtgccaat gtattgacca ttgctgaaga aaatgtggcc     1260

aaagataatg atgatatt                                                   1278


<210>  2545
<211>  306
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2545
atggcaaatt tgaatcgata taagtttaca tttggaaaga agaccatgac tttaacaaca       60

ggttttgata atctgtttat ggaggaagtc gaaaaggtcg cgacagaaaa ataccaagca      120

atcaaggaaa gaatgcccca agcggatgat gaaaccttgg ctattttgct tgccattaat      180

agtctgtcga ctcagttaaa tcgtgaaatt gaatttgatg acaaggaaag agaattagaa      240

agtttgcgtc gaaaagccct aactgaaata aaagaaaaat ctttgcaaac agaggggcct      300

ttatga                                                                 306


<210>  2546
<211>  855
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2546
atgaaacgta gaaaaatttt tagaccaacg actattctgg aatatgtcct cttaaccctc       60

ttagctgctc tctttctttt tccaatgatt tggatggtgg tttcctctat gaagccagaa      120

gctgatgttt acaagaattt gacaggttgg caggctttct taccaagcct aaatccagca      180

aattggttta agccttatca agaagtttta gagcgtttta gcatccttac ctatatcgga      240

aatagtattt tctatgctgg aacttttgct ataggatcta tcatcgttaa ctctttagca      300

ggttttgcct ttgctaaaat taacttttct gggaaaaaac ttttatttgg tatccttttg      360

gctttgttga ttattccaat ggaaacgatg ttgattcctc agtttaccat tattaacgca      420

ctagggttgg ttaataatcg cttagctgtt attatacctg gtttagcaag tgtttttaat      480

atttatctat ttagaaattt ttttattgct attcctgaag aaatcatcga atctgctcgg      540

atggatggcg caagtatttt acggatattc ttccgtatta tgctacccat gtctaaacct      600

gcagtagcaa cagtaggagt cttgtctttt atttctagct ggaatgatta tatttggcca      660

ctcatggttt tgacggattc atcaaaattc tctctccaag ttgcgattac aaccattaat      720

acaactcaac ctgtctatat caaccaagta atggctgtct taacgatttc aacaatccca      780

ttgatcttgg tttatattgt cgctcaaaaa tacattattc aaggtttggg tggttcaggg      840

acaggtatta agtag                                                       855


<210>  2547
<211>  552
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2547
agtcaactgt cacaggaaca actgcaaaag actatgtttc ctttgggtca tttagaaaag       60

ccagaagttc gagcaattgc tgaaagagct ggtttagcta cagctaagaa aaaagactcg      120

acaggtattt gcttcattgg cgagaagaat tttaaagaat ttctgagtca atatttacca      180

gcccagcctg gtcgcatgat gaccttggaa ggccgagata tgggccagca tgctgggttg      240

atgtattata ctattggcca gcggggtggt cttggaattg gtggtcagca cggtggagac      300

aatgagcctt ggtttgtggt tggaaaagac ctcagccaaa acattcttta tgtgggtcaa      360

ggcttttacc atgacaactt aatgtcaacc agtcttgacg ctagtcaggt tcatttcaca      420

aaagaaatgc cagaagaatt tactatggaa tgtacagcta agttccgcta ccgtcagcct      480

gattctaagg tgacagtaca tgtcaaagga gacaaggcag aggtcatctt tgcggagcca      540

cagcgcgcca tt                                                          552


<210>  2548
<211>  828
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2548
ttgattactg ttttagctgg tggaggaata ctgaacgcct tccatttgca aatcttagaa       60

gaaatcggta ttaacattat tctagcggtt ggtctcaacc tgattgttgg attctcaggg      120

caattttctc taggccatgc tggtttcatg gctattggag cctatgcagt tgcaatcatt      180

ggaacaaaat ctccaaccta tcctgccttt tttgctgcta tgatactagg ggctttcatt      240

gcaggacttg ttgccttggg agttgggatt cctacacttc gactaaaggg agactacttg      300

gccattgcaa ctcttggagt atctgaaatt attcgtatct tgattgtgaa tggtggagaa      360

gttactaatg gtgctgctgg tattttaagt attcctggct ttactagctg gcagatggtt      420

tatttctttg ttgttattac tactttgttc acattgaact ttttgcgtag tcctctgggg      480

cgcaaaacct tgtctgtccg tgaagatgag attgcagcag agtctgtagg tgttaacaca      540

actaaggcta aagtcgttgc ctttgtcttt ggggcgataa cagcatcaat tgcaggtgct      600

ttgaaggctg gttttatcgg agcagttgtg cctaaggatt actcttttac caacacgatc      660

aatgtcctaa tcattgttgt atttggtggt ttaggatcta tgacaggaac agttatcgca      720

gcaattgtac tcggtatttt gaacatgctc ttgcaagagt tctcaagcat tcgaatgatt      780

atctattcac tcgctcttat cttagttatg atcttccgtc caggtgga                   828


<210>  2549
<211>  522
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2549
gacggagatg acgtacaggt tgcagaatct agagtccagc aacaagcagt aaagccatct       60

aattcacgtc ctgctcagca ggaaccggtt agagatatta aacagcctcg tttagtgtct      120

agctcgtctc aacatgtgac taatacaccg tcatctaatg agaatattac acgtttgcat      180

gctcgtcaac aagagttggc tcaaaaccat tcagttgcga cttcagaaaa agtaacgatt      240

gatgttcgtt atcctaaaaa atatgaagat gcacctgcaa ttgtagattt gcttctcgca      300

aatgaaagtg ttttgattga tttccaatat atgacagaag tgcaagcgcg tcgctgtatt      360

gattacttgg atggcgctaa gcaagtcctg atggggaatc tcagaagagt ttctggcact      420

atgtacctct tgactccagt aaatgtcgtc gtgaatatcg aggatattaa attgcctgat      480

ggcgtgcata gtgaatttga ttttgacatg aagcgcagat aa                         522


<210>  2550
<211>  663
<212>  DNA
<213>  Streptococcus sp. 2_1_36FAA

<400>  2550
agcaaggaca agctagctga cgctaaggca aacctgagtc gtttgaaaga gccggcctat       60

catagctatg accgcaagtc cctgccaggt gggaatggct atcatatgta taaaaactcc      120

atgaatagta ttgcgtcgat tggcaatatc ttcccggtgg tgctctattt ggtggcagca      180

atggtgacct ttaccactat gacgcgcttt gtcgatgagg agcgaacaaa tgcaggtgtc      240

tttaaggcct taggctatca tagccaagat atcattcgca agtttgctct ttacggtttg      300

gtagcgggca gtctaggtac cctcataggg attctgctgg gacattattt cttgtcggga      360

gtgatttctt ctattattac tagaggaatg gtactttcta cccctcatgc atatttttat      420

gtttcctata gtttactggc cctgggactt tcccttctat ccagtgtcct ccctgcctat      480

ttggtggcaa gacgggagct gagagaagaa gcagctcact tgcttttgcc caagccaccg      540

gtcaagggct ccaagatttt cttggaaagt ctgcccttta tctggcgacg tcttagcttt      600

actcagaaag tcacagctcg caatatcttt cgctataagc agcggatgtt tatgactatc      660

ttt                                                                    663


<210>  2551
<211>  3528
<212>  DNA
<213>  Clostridium symbiosum WAL14673

<400>  2551
atgtcattac aattcattat cggcggctca ggctccggca agacccgtcg tctgtacaac       60

gatttgatag agcaggcggc agggaatccg gacggccgct attttgctat cgtaccggaa      120

cagtttacca tgcagacaca gaaagatatt gtaacgctgc atccctgtca tggcgttatg      180

aatattgaca ttgtcagttt tgaacgtctg gcctacagga tatttgagga gctggcggtg      240

gagagcctgg ccgttctcga tgatatggga aagtctatgg tgctgcgcaa ggtggcggca      300

ggaaagaaaa gggaactgaa gctgttcggc agtcatctgg acaagatagg ttttatcggg      360

gaactgaaat ccatgctgtc ggagtttttt caatacggca taacggcgga ggttttggaa      420

gagcttgtct cggaggcgga taaggaaaac tggagcgcga tgcttaaaca gaagctgaat      480

gatatggtag tgctgcaccg cgcatttaaa aaatatacgg aagataagaa atgcattgtg      540

aaggaagaaa ttctggaaat gctctgccgc gttctcccgg attcagagct tatcaggggc      600

agtgtggtga cactggacgg ttataccggt tttacgcccg tacagtaccg ccttctggag      660

ctgctgcttc agtactgccg gagagtagtg gtaactatta caatggatcc ggaagaaaat      720

ccgtacaggg aaagcggtcc ttcccatctc ttccatatga gcaagcacac ggtgtgcagg      780

cttacggatt tggccgcaca gacgggggct ggaagggaag aggatatcct tcttttgcaa      840

tatccggcct accggttcaa aaacagcccg gagcttcagt tcattgaaaa ggaactgttc      900

cgtttccgcg gccgtaaata cgaagaatcg tcaggtgcgc cgggcgttgt gctgttccag      960

tccgacaccc ctttaaaaga ggtgcagatg atagccggcg agatagagcg cctcattaag     1020

caggaaaaat accgttaccg tgatattgcg gtggtgaccg gagcgctgga cgactattcc     1080

agagaaatag tgcgccagtt tgagacaaac agaataccgg cttttataga ttataaaaaa     1140

aatattatgg gaaatccgat ggtggagctt ctgcgcgcag cccttgaggt catgcagaag     1200

aatttctctt acgagagcat gttccgctat ctgaaaaccg ggctggtaac ggataagcag     1260

gagatgttaa gccgtctgga aaattacgct ctggccctcg gcatccgcag ctttaaacgg     1320

tgggatatgg cctgggaggc cgtctaccgg ggagccgagc ttatcaatct ggaggaactg     1380

aatgcattcc gggaagagat actcacgccc ctgagaccgt taaaagacgt gtttggcagc     1440

cgtaaatcta cggtacgtga gaaaacggag gctctggtgc attttctgga ggcgctgcat     1500

atcgaagaaa agctgcagga ttatgaagcg gaattccggg aaacagggga ggtgagcctt     1560

gagaaggagt acagccaggt atacggcctt gttatcacat tattcgacag gataacggcc     1620

ctcttggggg atgaggcagt tgggaaaaaa gaatattcag acattctgga cgccggcttt     1680

gaggagatta aagtggggct tattccggct gttgtggacc gtgttgtggt gggagatatc     1740

acgagaacca ggctgtccca catcaaggtg ctgttttttg cgggagtcaa tgacgggatt     1800

gttccgtctg cgtcaggaag aggcggaatc cttaccgaag cagagcgcag gagcctgaaa     1860

agccgtcagg tggagctggc gccgactgcc agggaggaag gctttttaca gagactctat     1920

ctgtatttgg ttatgacaaa accttccgac cgtctgtacc tctcctatgc agcttcatcc     1980

tcagacggaa agagcctgcg gccttccggg ctgattggcc aggtgttaaa aatgtttccg     2040

gaaaaacgtg tgatgagggc cgatgaaaaa cagatggctg cctggtcttt acctcttgga     2100

aaacgccggg ttatcgaggg actgaaggat tacggcagca gcaggcaaga cagccggttt     2160

atggagctgt tcggcttttt tttacgttcc gaattgtacc gggacgaact caggcagctt     2220

gtggaggcgt cgttttatac atatgaggac aggggaatcg gaagaaccgc ggcaaaggag     2280

atatacagtg caacccttca cggcagcgtt acgaggatgg aacagtacgc ctcctgtgcc     2340

tatgcccatt ttctggctta tggcctcgaa ctgtcggaac ggccggtcta tgagctggcg     2400

gccgccgaca tcggcaatct gttccatggc tccatcgacc tctattttaa acggatgaag     2460

gaggaaaacc gttccttccg ggagatttct gaggaagaca gaaaaaagct ggtgtcggag     2520

tgcgtctctg atgtgacgaa ggattacggc aatacgatta tgtccagcag cgccaggaat     2580

cagtatctgg agcgcaaggt ccgccggatt accgaccgga cggtgtgggc attgaccgaa     2640

cagctcaaaa agggagattt tgagccggcc ggctttgagg tgacattcag tccggcggac     2700

aacttaaaag cgatgaaaat tccagtttca aaggaggagg ctatccatct gaaagggcgg     2760

attgaccgga tcgatctctg tgaagacgga gatctgcttt acctgaagat tatagattat     2820

aaaaccggaa agacaaaatt tgatttgatg gaagcgtatt acgggcttca gctccagctt     2880

gtggtttata tggatgcggc tcttgaaaaa gaacagagga agcaccctga taaaaaagta     2940

gttccggccg gtatatttta ctataatata gcggatccga tggtggagcg gaagaaagag     3000

atggatgagg aggagacgaa acaggcgatt ttagaacagc tcagaatgaa cggactggtt     3060

aacgcaaagc cggaagccgt agtgcatctt gataaccgtc ttgatttttc atcctcccgg     3120

ggagaggatt cctcggtgat tcccgtatcg gtcaagaatg aggaaatcgc gaagaagtcc     3180

tctgttgccg gagagaaaag gtttgaagcg ttgggagcct ttgtcaaccg gaagcttaag     3240

aatatggggc gtgagattct ggacgggcgt attaccgtgg cgccctttaa aaacggaaac     3300

cggacggcat gtgacttctg cccgtaccac agtgtctgcg gttttgactt aaaaacagat     3360

gggtacggat acaggcggtt tgataagctg aacccggaag atatctggca ggagattgac     3420

aaatacgcac caaaagacgg cgggacaaac ggagatagcc gaagcggaga aaggaggaag     3480

acggaagatg acagtgaact ggacgaagga acagaaagcc gtaattga                  3528


<210>  2552
<211>  2232
<212>  DNA
<213>  Clostridium symbiosum WAL14674

<400>  2552
atgacgagct acgcctatgc cgatgtaatc attgatatat cccacgagaa ggtcgaccgt       60

gcgttccagt atgggatacc aaaagggctg gaagccgaaa tttatgtcgg agtgtgcgtc      120

cgtgtgcctt ttggaaaagg caatgtgacg agaaagggct atgtggtagg tttaagcaat      180

acgcctgaat ttgatacgga gcggatcaaa gagatagctg gggttgtgac cgggagcata      240

tcggtccagt cccagctaat tcagcttgca tggtggatgc gtgaaaccta cggcgccaca      300

atgaaccagt ccctgaaaac agtcctcccg gtaaagcaga agatgaaacc caaagaaaaa      360

aagagcatcc gctgcctgct ggacagtgag gagcttgata ttgcgatacg ggaagcggaa      420

aagaaaaatc ataaagccag gctgcgcctg ttaaatgcat ttagagagac gtccgtgatt      480

ccttcggaga tggccgagtc gcagcttcaa atcacaccgt cgaccttaaa accgctgata      540

gacaaaggcc agattgaaat cctgaccaga gaaatttaca gaacgccgtt taaagagctt      600

tcccataccg gccatgccgc tatcctgaat gaagaacaga aaacggcggc ggaccggttc      660

atccgggatt atgaagaagg tcaccgggac acctatcttc ttcacgggat taccggcagc      720

ggaaaaacgg aagtatatat ggagttgatg gaatatgtat tgaaacgggg acagcaggtt      780

atccttctga taccggagat tgcactgacc tatcagaccg tgatgcgctt ttataagcgg      840

ttcggcgatc agattgcgat tatcaattcc aggctgtcgg ccggggaacg gtatgatcag      900

tgggaacggg cggcaaaggg tgaagtatcc gttatgatag ggccgcgttc cgcactgttt      960

acgccgtttc aggatctggg gcttattata attgatgagg agcatgaggg agcctataaa     1020

agtgaaacca tgcccaggta tcatgccagg gatgtggccg cagagagagc caggctatgc     1080

cgcgcggcgc ttgtgctggg ctccgcgact ccctccatgg aggcgtatac caaagccatg     1140

gcaggagaat ataagctgct ttccctgaag aacagggcgg caagcggcag cgcgctttcc     1200

agcgtggacg tggtggactt aaggaaagag atgcaggaag gcaacaaaag catgttcagc     1260

agacggctta aggagctgat tgaggacagg ctcagaaaaa aggaacagat tatgctcttc     1320

atcaacagaa gggggtattc caattttatt tcctgccgct cctgcgggga ggcggtgaaa     1380

tgtccccact gtgacgtttc cctgacgctt cacggaacca gccgtctcgt atgtcattac     1440

tgcggctatt cggttccgct tatgaagctc tgtccctcct gcgggtcccc ttatattgcc     1500

ggtttcggcg cagggacgca gaagctggag gaactgacgg gaaaggcgtt tccccaggcc     1560

aggatcctgc gcatggatgc cgatacaacg gccagaaagg gcggccatga agagattctg     1620

gcggcttttt cagcccatga ggcggatatt ctgattggga cgcagatgat cgtaaagggc     1680

catgattttg ggaacgtgac gctggttggc attatggccg ccgacttgtc cctgaacacg     1740

ccggattacc ggtgcagcga gcggacgttt cagcttctta cccaggccgc agggagagcc     1800

ggccggggaa gcctgtccgg caatgtggtg attcagacat accagccgga acactatgcc     1860

atcgttacgg cggcagaaca gaactatgaa gaattttacc gcagggaaat gctttaccgg     1920

aaaatgatga actatcctcc ggcctgttac atggaggcgg ttctgtttgc cggaaataat     1980

gaaaagacgg tggagcgctg ttctgacctt gcgctttcga cagtgaggaa gatgggatat     2040

gaagaaaatg agatacagat gatcggccca gtcagggccc cggtctacaa agttaatgat     2100

atatacagaa aaattttata tataaagagt aaaaattgtg atatacttga taaaatcagg     2160

agaaatatcg agttgctggc agccggggat gaaggattta aatcgctggc cctgcaattt     2220

gatatttcat aa                                                         2232


<210>  2553
<211>  3372
<212>  DNA
<213>  Clostridium symbiosum WAL14675

<400>  2553
atgatacaac agacgaagac tgacagggag cgctttgtgg cactttcccg catctgcctg       60

aataactggc attatatcag ccggaagact ctttccttca gcgaagaaat caactttttc      120

accgggcact ccggcagcgg aaaatcgact gtgattgatg cgatgcagat agttctgtat      180

gccaacacgg acggaagagg ctttttcaat aaagcggccg cggatgattc cgaccgcagc      240

ctgattgagt atctgagagg catggtgaac ataggggaaa ataatgaatt tgcctatctg      300

agaaacagaa atttctctac gaccatcgtt ttggagctga aacagacgga cacggaggaa      360

tgccagtgtg tcggcattgt atttgacgtg gagacggctt ccaatgaaat ctcgagaaag      420

tttttctggc ataaagggcc tctgtgggag aacaactaca ggacagaggg gcgcgccatg      480

accatcgcgg aggtggagga ggagctgctg cgttcctatg gaaaagaaga gtgtttttat      540

acctcccata atgagcggtt ccgcaggctt ctctacgatg tatatctggg cggccttgat      600

caggaaaaat tccccctgct ttttaagagg gcgataccat tcaggatgaa tatcaaactg      660

gaggattttg taaaagaata catctgcatg gagcaggata tccatattga ggatatgcag      720

gaaagcgtga tgcagtacgg cagaatgaga cagaaaatag aagatacctg ccgggaaata      780

gaggaactca aagagctggc cgcacaatac cgtgaggtac aggcccagga ggagcagatt      840

cgggcgaata cctatttcat gaataagatg gaaataatga atcttcgtct tcaggtgtcc      900

gagatatccg accgtatcgg acaggcggcc tccgatctgg ataaacagga agtattggaa      960

aaacaggtgg tgagtcaggc tgcacagttg aaattaagga gcgacgagct gctccggcag     1020

attgcgtcca ccggatacga tgagctgaag gataaactcc tcaatctcaa tgaactgctg     1080

gaacatcttt caaaaagcgc ggacaaatgg cagaggacgg cggaagggct gaaggcgtgg     1140

gtcgatgagg atgtcacatc caaccagacc atctgggata tagaggaatt tgaggcccgt     1200

accatcggca gggaggcgct tatccggctg aaggcatccg tggaggagat gcgggaggat     1260

gtgggaagac agaaacagga ggccggttca atcctccgtg agctgtcaaa gcgggaaaaa     1320

caggcctgtg aggagcttag ccagttaaag gccggaaaca aggcatatcc gaaaaacctg     1380

gagaatgcac gggcatatat taaacggcgg cttctggaag agtgcaaaag atcggtggag     1440

gtccatgtcc tgtccgacct tcttgatatc aggaacgatg agtggagaaa tgccgtagaa     1500

ggctatctgg cgggcagcaa gctgtctctg gtcgttgcac cggcttatgc aaagacggca     1560

atggagattt acggggagct ggaccgcagg gagtattgga atgtagctgt cctggatacg     1620

gaaaaagcgt caaaagccgc tccgcctata tttgaaaatg ccttgtcaaa ggaggtggag     1680

gtgcgggagg attaccttcg gcccttcatt gatatgctgc tggggaaggt gatcaagtgc     1740

cgcggcatag aggaacttcg gaaaaacagg acgggaatta cgccggactg catgctttac     1800

cgcaattacc gcctgcagta tatcaatccg gatcattata cgaaatgggc ttatatcgga     1860

aaggcgagcg tgaagaaaag aatccgcctg ctggaagaag agatagaaca gtgccgtgca     1920

cagaaaaaac cgcaggagga gcttcaaaag gaatgcatcc ggctcctggg gcttgagaag     1980

ctggaaagca gtgcggacac ttatcttgaa tggctcctcg atatcaggca ggtaaaggag     2040

aagaccaggg agaaaaagcg gctggaagat aagcttctca aactcaagga acagaatatc     2100

gatgagtggg agaaagagcg ggaggcggtc gaggccctgc gctttgccaa agaggaggag     2160

atccgcgaga caggcagaca gatagaccgc agccgggatg aactcgagag atataaaaaa     2220

gaggccgtat ggcagcaggg agagctttcc gaccgggagc gcagcttcac aaaggtgcag     2280

gagctggagg accggttaga cgaatttctt tccaaacgtg aaaatccgag gcttgacaaa     2340

ctgggggatt atttcaaagg cagggcggca gcggcggcgg aagcaaggga ccgcgcgttt     2400

gaacagctgc tcggccgccg gcttgaatac ctgaaacgtt atccgaacag gagcttttca     2460

cccagcgcaa aggataatgc ggcatacgac aagctgctcg atacgctgag ctgcgataac     2520

cttgagcatt acagggaagc ggcggcagaa caggccaaga cggcggtgga gcattttaaa     2580

gacgacttta tgtataaaat ccgcagcgcc atccgcgagg cggttcagcg aaaggatgaa     2640

ctgaaccgga ttatcagcag cctgaatttc ggaaaggaca aatatcagtt tgtcatcggc     2700

agaaacaggg gagccgacgg ccgtttttac gacatgttta tggatgaagc gctggaggta     2760

aatccgtcta aactcagcca gacctttgaa aaccagatga atttctttac aatggagcat     2820

gagaaccagt atggtgagca gattaatgaa ctgattaata tcttcatccc gccggagaac     2880

gcttcggcgg aggagatgga agaggcccgc aggaatatgg ataaatatgc cgattaccgt     2940

acctatctct actttgacat gcagcagatt attaaaaatg acgatggaat catgaagctg     3000

cagctgagca aaatgataaa aaagaattca ggaggcgagg ggcagaatcc tctctatgtg     3060

gcgcttttag ccagctttgc ccaggcgtac cggatcgggc tgccgccaaa actgagacgg     3120

agccctacca tccggcttgt ggttttagac gaggccttct ctaaaatgga tgcggaaaag     3180

gtggcaagct gtatccagct gatccgggat ctgggcttcc aggccatcat cagcgctacc     3240

aatgataaaa tccagaacta cgtggagaat gtaaataaaa cgtttgtctt tgccaatccg     3300

aataaaaagg ctatttccat ccgtgagttc gagcgggagg agatgccgca gctgatgaaa     3360

gggttggttt ag                                                         3372


<210>  2554
<211>  1107
<212>  DNA
<213>  Clostridium symbiosum WAL14676

<400>  2554
atgtctgctt caaaagtata ttttactaac ttcagggcaa catttactga aaatcttctt       60

cagaaactgg cccgtcttgt aaagaaagcg gggatgctgg agcaaatcga ttttaagaac      120

cagtataccg cgatcaaaat tcattttggt gaacccggca acctggccta tcttcgcccg      180

aattattcca aagttatcgt cgacctgatt aaggaacagg gcggaaaggt attcctcacc      240

gactgtaata ccctctatgt gggcggacgc aagaatgccc tggatcatct cgactccgct      300

tacacaaacg gctacaatcc ctttaccacc ggctgccatc tgctgatcgc cgatggactg      360

aagggtaccg acgatatcct cgtcccgatt gacggggagt acgtgaaaga ggcaaaaatc      420

ggccgcgcca ttatggatgc cgatatcttt atctccttaa gccattttaa aggtcacgag      480

tccaccggtt tcggaggtgc gctcaaaaat atcggtatgg gctgcggttc ccgcgccgga      540

aaactggaga tgcacaacgc caccagcccc tttgttctta ccgataaatg cgtcggctgc      600

ggagcctgca agcgcaactg tgcacacgac gcaatttcca tcgcagagaa aaaggcctcc      660

atcgcaccgg ataaatgcgc cggctgcgga cgctgcatcg gagtctgtcc ggtagatgcc      720

gttgcaaacc attgtgatga atcaaatgac atcttaaata aaaaaatagc cgaatattcc      780

ctcgccgttt taaaggacag gccgcatttc cacatcagtc tcgtcgtgga tgtctccccc      840

tactgtgact gccatgctga aaatgacgca gctatcatcc cgaatgtagg aatgtttgct      900

tcctttgacc cggttgccct cgatatggcc tgtgccgatg ccgtaaaccg tcagcctgca      960

atcccaggtt gtatactcga tgagcgtgag cactgccacc atgatcattt tacggacatc     1020

catccggaaa ccaactggaa agtggcgctg gaacatgcgg aaaagcttgg gattggtact     1080

atggaatatg aattaattga gatttaa                                         1107


<210>  2555
<211>  2475
<212>  DNA
<213>  Clostridium symbiosum WAL14677

<400>  2555
atgaaggaat atataacgcg gggaaaaaga gggtatggcc tcttttttgc cttattagca       60

ctgataattc tggcaggagt tctgctgcat ccgctcagga ccctggctgc cgcccaggcg      120

ggaaaggaat cctctgtcgg aatggaggtt acctatggat ttgatgatac tgcgaaaggc      180

aaccgttatc tacagataaa ggttcagatg gagaaccgca gggaatcgga ttttaccgga      240

aagcttgaaa tattgactac ggagtcgagc atggaggtgt accggtatga ctatccggtt      300

tcccttgctg ccctgggaca ggatgaaaaa atcgtctatc ttcctctggg aatcaaaaca      360

gatcagcttt ttgtcagcat tacggatgaa agcggcagtg aggtgatccg aaaacggctt      420

aagcttaaca tcagcggaga tgttgcggaa acatttgtcg gcgtattcag tgacagaccg      480

gaagaacttc agttcatgga cgaagtggga atccactatg gatccattaa aataaagcag      540

gtttttcttg ataaggattc ggctcctgag gatgccctcg gctatgatca gcttgatatg      600

attcttgtct cggattacga tttaaaccag ctttccgaaa atcagcacca ggccgtcagc      660

cgttttgttg acaatggcgg aactctgctg attggagggg gagcaaggta caaagaggcc      720

atgggacgtt ttgcatccga gcttctggaa ccgccgcttg aggaagctgt tatgcaggaa      780

atcaacctgg gagcggaata ttcgcagaat gcccctcagg atgccgttat ggagatggtc      840

tgtgcgaata tcggcctgaa aaacggggcc accctgatgc cgggagatgc ttttccgctt      900

ctttcctatg tccacagaaa agagggcaga attgttgtcg ctgcttttga actgaaagac      960

atccggggat tttgtgagac acatcccgcc ttcatggaga aattctatac gatggccatg     1020

ggggaagtga aaacaaatga actggcccag atggaatatt cgggatttgc cagcctttat     1080

ttcgcggtgc aggggctgat taacaccgga gatgcgggaa gactgccgaa tattattctc     1140

tatacgatta taattcttgt ttacctgatg ctgatcgggc cgggaattta tctttatctg     1200

aagaaacgct ccattcaccg gtattatatg ggaggcgtaa ctgcctgtgc actgattttt     1260

accggcatca tctatattat gggaatgaag acgagattca gggaaccctt ttttacgtat     1320

gctacaatac ttgacgtgtc cggcagccag gcggaggaag atacttatat caatgtcaga     1380

agtccctaca acaaaccgta tacggttaag ctcaatccgg aatatacggt gcggccggtg     1440

acgaaggggt attattatga ttcatttact gccgcccgct ttacaggcga ggaggattat     1500

aaaacgaaca tctgttatct tccggacaga acggagatta agatacgcga tacggttgcc     1560

tttacgccaa agctgtttat gcttcaaaag cagctgaata aaaggcaaaa tccgggaatt     1620

gacggcaaag tgatatccta cggcgggaaa ctggagggaa cactcacgaa ccggctggat     1680

cataggctgg aggatgcggt tttgcttctc tacggccgtg cggtccttct gggagacttg     1740

gaacccggac aggaagtaaa actggacgat ttggagattc tgaattaccc cctgaattac     1800

acgtacgccc tggcccagag agttaccgga ggggatcagt atgaaaagac ggatatcgac     1860

gacgaagatt atatgcgttc ccaggagcgc agccgtcttc tgtcctttta tctcgattct     1920

aatctgaatg aatatacgcc ggaagccacg attgtagctt tcgacccgga gaaaaaggaa     1980

aaatttctcg aagaagacga ctttgttacg gaaggcctta cgatagtgac atcaaaggtg     2040

gagcttgtca gggagaggaa cggaatcatt taccggacgg ccatggaaca ggatccgaag     2100

gtgatttccg gaaattatca ggcgagatat aacagtatgt acacgggaga gcctgcggaa     2160

cctgcgatta ttgaatattc cctgggtaat gacctcgaaa tcatgcaggt tgacttcatg     2220

cccctgtcac cggtatttat taataacccg cggtacccgt atctgaatct gtttaccggg     2280

aagatgtatt tctataatta tgatacgggc cgcaatgacc tgatagaaga aaagcagagc     2340

tatacggctg acgaactgaa accttatctg tctcctgcca atacgctgac ggtgaagtat     2400

gtcagtgaag gtacgaatga atatggctgg gacagacagc ttccgatgct ttacgtcaca     2460

gggagggaaa aataa                                                      2475


<210>  2556
<211>  708
<212>  DNA
<213>  Clostridium symbiosum WAL14678

<400>  2556
atggcatcaa aattatttga ttatgacaat cccttcttta tgttcatgtc gaggatatgg       60

gatttaatga ttctgaactt ccttgccgtt ttactctgtc ttccggtcat aacagccggg      120

gcgtcggtga cggcattgta ttatataact cttaagatgg cggaagacag ggagtcgcat      180

atatacagga gttttttgaa agcattcagg gacaatctgg tacagtccac ggccatccat      240

ctgattgtga cggctgccgg ggcggtgctg ctgcttgatt tctggtattt tgttctgggg      300

ggcagagcgc cgggagcttc agcctccgat atcttttccg ccggcatatt ttcttccggc      360

agcccggcgc gctttgcggc agccgccctg ctgctggctc tgatgctgct gtatcttttt      420

ataaccgtat atgtatatgc catccaggca agatttgtaa atacggtctt caagacgata      480

atcaatgcgt ttatgatggc ggtacgccat cttccgtcca ctgttctgat gataatcctg      540

aactccgtat ttttttatat catgtttcat tacgcttcat ggctgggatt ctgggtgctg      600

tccggcccgg tttacctgaa ttcactcctg ctttgcagaa tatttaagag gtatatgcgg      660

acggatgcaa aagaaattac agaaacagac aaaaatacag ccgaatag                   708


<210>  2557
<211>  2583
<212>  DNA
<213>  Clostridium symbiosum WAL14679

<400>  2557
atgaatatca ataaatttac gcaaaaatct ttggaagcgg tacaaaatac ggagaaactg       60

gcttatgaat atggaaacca gcagattgat caggagcatc tgcttttgag tctgctgacg      120

atagacgaca gcctgatctt gaagctgatt acgaagatgg gaatatcagg ggaacagttt      180

gtaaatgaga tcgtacagaa tatcggaaaa ttaccgaagg tatccggcgg ccaggtttat      240

ttctccaatg acgccaacaa ggtgctggtg aatgcggaag atgaggcgaa agccatgggg      300

gacgagtatg tgtccgtgga gcatctcttc ctgtcgatgt taaaacagcc gaaccgggca      360

gtgaaggatt tattccgcct ttatggaatt acaaaggaga attttttaca ggctctctcc      420

acagtcagag gaaatcagag agtggtcagc gacaacccgg aagcgaccta cgatacactg      480

aataaatacg gctacgatct ggtggaacgg gccagggatc agaaactgga cccggtgatc      540

gggcgtgaca gcgagatacg gaatgtggtc atgattcttt ccagaaagac caagaacaac      600

ccggttttaa tcggtgaacc aggcgtaggt aagacggcgg ttgtcgaagg gctggcgcag      660

cgtattgtca ggggagatgt tccggaggga ctgaaggata agaaattgtt cgccctggat      720

atgggcgccc tgatggccgg agcaaaatac cggggcgagt tcgaggaacg tctgaaagcg      780

gtcctggatg aggtgaagaa gagcgacgga cagattatcc tgttcatcga tgagcttcac      840

acgatagtag gagccggaaa gacggaaggt tcgatggatg cgggcaacat gttaaagccg      900

atgctggcca ggggcgagct gcactgtatc ggtgcgacaa ccctggatga gtacagaaaa      960

tatattgaaa aggatgcggc tctggagcgc cgtttccaac cggtgcgtgt ggatgagcct     1020

acggtggagg atacgatttc catcctgaga ggtctgaagg agcgctacga ggtttaccat     1080

ggcgttaaga ttaccgactc agcccttgta tctgcggctg ttctttccga ccgctacatt     1140

tccgaccgtt tcctgccgga taaagccatt gacctggtcg atgaggcctg tgcgatgatt     1200

aagacggaga tggattccat gccggcggag atggatgagc tgtccaggcg tatcatgcag     1260

cttgagattg aggaggcggc cctgaagaag gaaaccgacc ggctcagcaa agaccgtctg     1320

gaggatcttc agaaagaact ggcggaactg agagacagtt tttcatccca gaaagcacag     1380

tgggaaaatg agaaatcctc ggtggataaa ttatcaaagc tgcgcgagga gattgagcat     1440

attaacggcg agatccaggc agcccagcag gcctacgacc tgaaccgggc ggcggaactt     1500

cagtacggaa aactgccgga gcttaagaag cagctggaag aggaggaggc gcgcgtcaag     1560

agccaggata tgagcctggt gcatgagagc gttaccgatg aagagattgc aagaattatt     1620

tctaaatgga ccggcattcc tgtggccaag ctgacggaga gcgagagaag caagacgctc     1680

catatggatg aaattctcca caaacgggtc attggacagg atgaagcggt gacaaaggtg     1740

accgaagcgg taatccgttc caaggccgga atcaaggatc cgacaaaacc aatcggttcc     1800

ttcctgttcc tgggaccgac cggtgttggt aagaccgagc ttgccaaagc gctggctgag     1860

agtctgtttg acgatgagaa caacatggtg cgtatcgata tgagtgagta catggagaaa     1920

cattccgtat ctcgtctgat cggagcgccg ccaggatatg tggggtatga tgagggaggc     1980

cagcttacgg aggcggtccg cagaaaacca tactgcgttg ttctgtttga tgaggtggag     2040

aaagcacatc cggatgtatt taatgtactg ctccaggtgc tggatgacgg acgtatcacg     2100

gactccacag gaaagaccgt agactttaaa aatacaatcc tgattatgac ctccaatatc     2160

ggttcccagt atctgctgga cggaattgat gacaacggac tgatcaggcc ggatgcggaa     2220

tcagcggtta tgcatgatct gcgcgcccat ttccgtccgg agttcctgaa ccgtctggat     2280

gagataattc tgtttaaacc tcttacgaga gataatatcg gcggcattat cagcctgctg     2340

attgaggacg tcaacaagcg tctggccgac aaggagcttt ctatttcgct gacagagcgg     2400

gcgaaagaat ttatcgtgga aaacggttac gatcccgtat acggcgcaag gccgcttaag     2460

agatatctgc agaaaaatgt ggagactttg gcggcaagac tgattctgtc ggacggtgtc     2520

cgggcaggag atacgataca gatagacctg attgacggcc atcttgaggc ggccgcagtc     2580

tga                                                                   2583


<210>  2558
<211>  3936
<212>  DNA
<213>  Clostridium symbiosum WAL14680

<400>  2558
ttgcggtgcc gcaggcagaa tagggagtac cgtgtttcta ttcgcagaac cgtaatatat       60

agagacagcg gggacgagaa atcaaggaag acaacaaggg cggctcttaa aaaaagctct      120

tttgagaatg aaagcgagga ggatacgatg aagaaaagaa atcagggcat actcaggcag      180

gggaaagggc tgacatcggc agtcctgata accatcatgc ttttaaccgg ttctctccat      240

gggttggcag cgacaaatgg gtttaccttt gaggactggg ataccgtgta cagccgggaa      300

tttgatggaa ggcgcaagga gaaccgcatg acaactccgg gagaggcaga gccggaaagg      360

ctagcagcgg catccggaag tgagatccct gcaacaagtt ccatggcgct gtcggcggtg      420

ggaaaaagtt cgctgggaga tatctgggat aactggaacg gggatttttc atttttagac      480

ggaacagccg gggacggttc ggaaaaaaaa ccgtatcaga ttaaaaataa aaatcagcta      540

atgggccttg cccagcttgc cgcaatggga atgcgggtac agccggggga gggaaacgaa      600

gaaattatcg gctcttatga cggtaagcat ttcaggttga tgagcaatat tgatttggga      660

ggaatggagt ggaatccgat tggatatttc agggattcct ctgagttttc cggcgagatt      720

acaaataaat ttttcggcag ttttgatgga aacggcaaaa ctatttccaa tttcagacta      780

aaccgaactt cctggaacaa ggttgggttc tttggggcaa ttgaagatgc tgcggttaaa      840

aatctgacct tgaagcccgg aaaaacagta tgcggccaaa aagaggttgc cattctggcc      900

ggcagcgcag taaattcaaa aatcacaggc tgtaccgtat ccggcagcgt atcggcatcc      960

ggaacatccg gcggaattac ggctgtaatt gaggggagcg gtccgtccct gtcggtaatc     1020

gaaaactgta tatccaacgt aacaatcgat gtcaacggag gaatcgatac atatgtcggc     1080

gggattgccg ggaaggcggc tggcagcagt attgtggact gccgggttga gacgggggat     1140

aacagtacct cccggataca gggccgtaat gcaacggttg gaggaattgc cggattccag     1200

aatgcctctg atatttataa cagctatgta tccggtacga ttggcggaag cggctccggt     1260

attgtcggag gaattacggg aaagtatgcg tcaggacgaa tgaaggtggc acgctttgag     1320

ggaataatcg gccagtcggg aaccggagcg gccgggcaca ggggaacctt tataggacat     1380

agggaggcgg gggattattt ccgctatggc gcggatgttg gatttttgtt tgccgacatg     1440

gagagcaaaa ttgcttttaa catatgtgga agcggaattc cggatgacaa tgaatatacg     1500

tattctgcaa atattgggta ttcccatccg ggcgatcctt tctataccct cgtacagggc     1560

ggagtatcga aaaatatatc ggatcagtac tattatgagg ttctggaaaa aggaatttta     1620

tcgattattg atgaagatca cggcggtgcc ggtgcagatg aagccgggta ttcaatcgac     1680

cattttgccc ccaacgatgc aggccgcccg accagagggt atttaattac gattccccag     1740

atagatacaa tatcatcagg aacctattat tacgatgtgg cgatgctgga ggcgcgcgga     1800

gacggaagtt attaccgtgc ggttaataag ggaaaaaggg gagctgttgc gccggcaaag     1860

agtgtcacgg taacgacatc accgaataat acggaagaag ccaaatttca gatggacggg     1920

gttccgacct atacggcagt aggaggggag aaagagacaa cttatagaaa cggcggcgaa     1980

tacaccttca ccatgccgga ggaaaacacg gaggtgaaag ccgtgtataa aaaagttgcg     2040

gcaagggtat cggttgttcc ttcaaatttt aatatcagcg ttatacagga acgcacaggc     2100

aataggaaaa atcctgtgaa gacgacaaag gttctggatc acaacggaaa gctgattgcc     2160

tcctacatca acggagcgct tcagcaggga acacaaattc agcctgtctt cattcaggct     2220

gttgttgata caaacaatga tgtggcggac aattctgtca aatggtccgt ggatgatccg     2280

gacctgatta tacttgcggc aaatgacgat gaagacaggg aagggttcac gaaaaaaagt     2340

gcttctgtct gtgtcaatct gaatgcgtcc ttccttgatg atacaatccg gaaactggaa     2400

aaagagcagg cggacaatgc ttaccggtac ccgattcctg acaccatttt cggagccggg     2460

catcagaacg gaggcgtggc cgttctgacg gcatcaacca gaccggccgc cagctttgaa     2520

ggaaaaccct gtaccggtaa ctgccggatt aatgtcacct ttcagataaa agataaaact     2580

tatgtggcaa atgagggggc ggtcattgat caagaggaac tccggtttac ggtgacaaga     2640

agactaacgg gcggccggaa gaagcccgaa gaaaggatac tggtaacacc gcctcaaaac     2700

ttgactgcct cattttcccc ggactttttt gacaggaaag acatcacctg gtcagtggac     2760

gatcctgccg ttgctaccgt ggatggagag aaccggtccg ccggtgtcag tgtcaggaaa     2820

gatgcaaaat ggattcagga tatcatagag acagatgacg gcatccggac gaatgagcct     2880

tatgcagtcc ttggaggctc cggcagcagg gagacgaagg taacggttac agcggacgat     2940

atgctgggaa accgtcagac agcgaattgc aatattgtga tcaattttgt gacggaggat     3000

cagacggagg tttatgcgga gggagtaatt acagagccgc aaaccatgaa tttcgaactg     3060

gaatgtacga aaagcggtaa aagaagcagc ccggtaattt catggacagg tgacggggaa     3120

aaaaagataa aagcagttgt gcttccggaa atggccttta ataaggcatg ccgttttgag     3180

gtcagcgacg attccctgaa gctggacggc gacggaacgg tgacggtaaa cagaaacgca     3240

aaatggattc aggatacgga taagacatat ccttacacag ccgttcacac tgcgattatt     3300

acagctacaa cagaggatgg aggattcaag gcaatctgca atgccacaat ccgatataaa     3360

ctgtctgatc tgacatatgg aggctccggc ggcggcaaag gcggctcctc cggcggtgga     3420

agcggctcct cctcaggcgt aagcccgggc ggaggcattg gccctgctgg aaatggcccg     3480

gctgcaggca cctcggctcc ggccggcagc gttgtcggaa cctgggttaa tacggcagac     3540

ggtttatggg cgtttacagc acacggaaga acgtatcaca acgaatgggc ctatgtccat     3600

aatccatatg caggcagaga acagagcagc acagattggt tccgctttga tgaaaacgga     3660

catatggtga gcggctggta tccggataca gacggaaatc tgtattatct gtggccgaag     3720

tccgatggaa cacagggaca tatggtgaca ggctggcagt ggattgccgg agcagacggt     3780

ctggaacgca gatactattt taatccggag ccggatggaa cgagaggtgc gctcttgaag     3840

aacacgacgt taccggatgg gaaccaggtg aatgataagg gggaatggac ggtggaagga     3900

gtgactcaag tcagagttcc tggtatttcg atataa                               3936


<210>  2559
<211>  1524
<212>  DNA
<213>  Clostridium symbiosum WAL14681

<400>  2559
atggcagagg ttttactgga tataaaaggt ttggagaaga catttcccgg cgtcagggcg       60

cttaaaggag ttaatctgac ggtgaacaaa ggtgagatac acgcgctgat gggggaaaac      120

ggggccggaa aatccacgct gatcaaggtg ctgacgggaa tctaccagaa gaacggcggc      180

acgatttgct ttgacggaga agagataaat gccaggacgc cgatagaggc aaatgaaaag      240

ggaatttcca cgatctacca ggagttaaac ctggttctgt tccagacggt ttatgagaat      300

ctttttctgg gacgggaacc gagaacgaaa ttcggcagca ttgacagaaa agccatgatc      360

agcgaggcaa aaaggattct ggaggaactg gggattgaga ttgatgtgac caggccgtta      420

aaaaattatt ccacggcgat ccagcagatg gtggctatcg ccagggccgt gagcatcaat      480

gcgaagcttg tgattatgga tgagccgacc tcttcgctgg atacccatga ggtgcaggtg      540

ttattcagga ttatcagaca gttgaaaagt aagggaatca gtgtgatttt catcagccat      600

aagctggatg aaatttttga aatatgtgac cgcctgaccg tatttaaaga tggtgagtat      660

gtgggagact acgatatcgg tgagctgaac cagcttaagc tgatttcact gatggtggga      720

aaggacacgg tagagcttga aaggaacaag cagggatatg agttcgcgaa tgcgaaggtc      780

atagccgaga tgaaggacat ccgccagggg atgcggctta acggcatcaa tattgagatt      840

aagcaggggg aagtggttgg ccttgcgggc ctccttggct cggggaggac ggaactggcg      900

caggtgctgt ttggttccgg catgcctgat aacggagaaa ttttctggtg gggagaaaag      960

gccggtattc attctcctgc cgatgcgata aaaaagggga tgggtttctg tacggaggac     1020

aggaagacgg aggggattat tccccacctg tccgtccggg aaaatattac gattgccctg     1080

ctcccgaaac tgaattcctt tggttttgta aagacaaagg aacaggatga aatagtcagg     1140

agttatattg accggctgaa gataaagacg ccgacgccgg agcaggccat ctgtaacctg     1200

agcggcggga accagcagaa ggtactgctt gccagatgga tgtgcatgaa tccaaagctg     1260

atgattttag atgaaccgac ccggggaatt gatgtgggcg ccaaagcgga gattgagcag     1320

ttaatccagg aattttcaaa gagcggaata tcggttttga tgatttcttc ggagattgcg     1380

gagctggaac ggaattgcga caggattatc gtcatgaggg agggcagagt gatcggcgaa     1440

ctggccgggg atcagatcag tcaggataag gtgatggaaa ccatcgcaag aggcagtgaa     1500

agtgagggaa aaacgcatga ataa                                            1524


<210>  2560
<211>  11289
<212>  DNA
<213>  Clostridium symbiosum WAL14682

<400>  2560
gaagcagcat ttcaatggtt ccatgcggca tcttcattca gaaatcccaa cgtcagggaa       60

atggagacaa tgaggcggga gctgttttgg ccggcttatg aggaggcact ggccgcagag      120

agcagtggag ccggcgcgga ttatgggccg gatggtaatt acagtcactg caataatgca      180

gatcgggaag gaaatgcctg gaggatttac gatcaccgga cagaagggga atttcatatt      240

aacaaaaagg atattgattt ggcttccggt gaatcagcta attacagcgc atatggggat      300

gctcaggggg acggaacgct ggaaggagcg gtctacggtt tgtttgcagc ggaagatatt      360

tcccatccgg acggaaagac gggagtggtt taccgggcaa acaacctggt tgcgatcgca      420

gcaacggata aaaacggaga tgcctctttt cttgccatca cggaagcgcc gggccgggcc      480

tatgattatc aaatgggagc tgtcgttgac accggcgacg ggtggaggga gaaagcgcca      540

aagaatctct accggtcgga gcgctcttat gatgattatt cagaggacgg ccagtaccgg      600

agacaatata cagacaatga agcgaataat ggaaattgct ggatcggccg gccccttctg      660

atgggggact attatgtcaa agagctgtcc cgttccgaag gatatgagct gtcaatcgga      720

aaccgggcca atgatataac aaatttcgga caggatttag aggtaaaggc cccggaagaa      780

tcgaaggggc atgcagttgt tacacagcag ctgtttgccg atgagcagac atccgatgat      840

ggaaccggag ccaggccgaa tgacttgtac tttgcggccc gttcaaaaga tacgaaggag      900

cagaaatatg atattgtcct gtccggcctt ccgaaaggcg ctgagttcta tcgcagagag      960

gaaggaacca gacagattga ggtacaggtg ggaaccggaa cgtatgaaaa agtcctgttg     1020

atcaatccgg atggaagtcc ccggtatatc cgcgcagaaa acgatcacca atatttgaaa     1080

tataatccgg atggaagtcc aatgatgaaa gaggtgccaa taaattatgt ggccgaacgg     1140

ttccggcagg ttacggtccg gccactggac aaagctctta tacaggccgt tctaaataag     1200

gccgatgggg gaatgacgga agacgaaaat cagtcgatgc tcgttgaaac atttacttcc     1260

ggaaatcttt tatttgtgaa agggaaagtg gaaaaggcac tgagaaaaaa cgggaagtca     1320

acgccgggaa gacccctgcc gggcggaggc tatcgttatt ccacgatcga taccggtgag     1380

tttgataccg gggtgcggca aggagaggag gatcggtacg gattgtctgg agtgactccg     1440

gggagccagg ctgcatatac ggtttacggt tcccctgtgc ggcgggtcgc cattgcaggc     1500

caaaggccgg atggaaccgc ccttaccgtg ggtgatgcca tactttcaat cctgaactat     1560

tacgacaaca atccgtttta cagctatgga ggaatcgatg cagttgaggc gtctggcttt     1620

gattacatat tcaccgtgta tgccggtgtc gttggaaagc cggaaaactt tatggtttta     1680

ggaaatgatc cggtggcgga cagtattatt tatcatgcag tgccccatat tccgggtgac     1740

agttcactgc cgccgagata catttatgcg gcatattcca ataatccgga ttacgcagcg     1800

tttggtacgt atgaagatta ccgggagggg gccggcggtt ctgcggccct tggaagcgcc     1860

actctgataa ccgatgccgt tgcggatcga gacgggaacc tacaatcaaa aacagtaaaa     1920

gaaaatgtct attatcagag cggggaatta gtgcgggaca gcagcggagc attgatccgg     1980

gcgtttgagt accgggaagt cacaagcaca aagctgcagg aggtacaaga tgttaagtgg     2040

caaaaggtac cggcagagcg gatggcggat ggaacgtatg tccttccggt aaatgcagct     2100

tataccgatt cctacgggac tgcacatacg aacgccggtc atgaccagac aatagaattc     2160

aaggctgttc tgaaggaaaa agaggtaatt ttatcagcgg cagacgtttc cgttttagga     2220

gccggttttg ttgccggacg tccgatgaac agcgcaagct actatgtgca tgtaaagcaa     2280

gccagagcaa aagcatacct ggattatcaa aatatgaacc tggtgggaga taacacctac     2340

gtgcttctta caagtctggc ctatcccgga caagaaaagc tttatcagga tggcggaaca     2400

agggagcagc cggcccaggt atttgaacgg gcaatccgcc agaagattaa aattgtgaaa     2460

gatattcaga caacgccgga aggaacttat gcgcacaata ccaatgccga tgcaggccat     2520

caggaccgtt tcacagacgg gccgggagga agggcggaaa acgcatcaaa acttccgaat     2580

ttccgtttta aactatatct aaaatcaaat ctggaaagac tgtaccggga tgaagctgga     2640

ggaatagtgt ggctcgatcg gaatggaaac gaggcagata taacaaatta ccgaaaagct     2700

tatccggtaa aagaaccgta tgccggtgtg caaaaattct acacgaaagt gccgcacaag     2760

gaaaattccc tgaccgcggg ttctatcaat aacaatgtat ggaaagaagc cgtcaccgtg     2820

aatgaaagcc tgtatcctta tgaggagaac aaaatgatcg gggaaaatca gaacccgggt     2880

tataccagac tgcttgaaac gacaaccagg acaatggagg atggggacgg tcaaacgaga     2940

gaggtggaaa attacaatta tgataagttt tttgatgctc tccagactgc caatcatgat     3000

aaatgggaca ggaaggataa cgcaagcacc tcccataagc catttgcctt catccgggaa     3060

ttaatattcg ggacagccgg cggggaaaaa gcatacccgg cagttcacag taattcagag     3120

acggagaacc gggtgaatac atctgaaccg gccagggaga atgcaaagcg ctctgatgcg     3180

gtccgccagt tcgccattac atggtatctg gatggtgaag tgaaaaagat aacggaggat     3240

aacggaggcg gagagagcca ggcggccgga gccggtgaaa cctatcagga ggaaatttac     3300

gataaggcgc tgctgcaggc cattttgaaa gcagaaaatt acctgaagcc gtttttcact     3360

tatgatttgg acgaaatcta ttcgattgcc tgggacagcg agacggatgg gggaagcgac     3420

aaagatcgga ccaccctggc ggccgataca ctccgggaaa cagccggaaa cggccttgaa     3480

acatcgaagg acggatattt ctatggtgtg tcgaaatatc tgccatatgg ggcgtatatt     3540

gcggtggagc agcagccgta cagcgccgga ctgggagact tttacaataa acattataag     3600

acagataaac cgaaggaaat cgttcttccg gctctctatg aagacggcgg caatgtggta     3660

tcaccggaaa aactttgtga tatatatcaa tacaccggta cggatacgcc ggaaaattta     3720

caaaagaaat acctaatcag gatgaacgaa gagtggtcgg ctgcgcatac aggcgatttg     3780

agagactatg tgatacgggc acacaatcgt gacggagatt ttgaagtata taaatatggg     3840

ctggctgcag ataagctgac gggaaaaata gcctatccgg gcggcgatta cagttatcag     3900

ggatttacag tcactcagga agcattcgat ccatacaaag atatttacga atgtgagaac     3960

acagccagtg attaccggag caatcagaaa gtagaaaaat attatcacta cgcatcgctt     4020

tctgaacagg ctggaacagc cgatgatgta ttctttctgc atggtccggc cgatgatgac     4080

aacaatccgt ccggttttta tttcaaggat ggagtaaaaa ctatcaccgg cgtacgaacc     4140

ggatatgacg gcctttattt tgctgcgctg gttccatggt cagtgacaga gccggcagat     4200

gccgaagagt acagtgcggc cgcattttcc ggttacgcag atggaaaata ccgcaatacg     4260

ttctatactt cccggctcag gatagaaaaa ctggattccg agacagggga aaatattctg     4320

catgacagtg caatatttgc cctttacagt gcagaccgtg aagatgccgg aaacagcaac     4380

ggccgggtga aattctatga acaggatacg gtaatttccg ggagtaaaga atttttggag     4440

gcgatgggag cgaataatat cacacctttt gccagacctt cgcttccctg gcaggttccc     4500

tataacggaa aatattatgg gaccgtcccc gccggcacgc cagtctgtaa ggaatcggag     4560

atgattatta tgaccgatgc gtcaggtgaa aagacagggc aatttaaggc ttataccacc     4620

acgaaagaca gaggaaaagc aaacggcagc caaaatgtag gatatctgga gacaccgcag     4680

cctttaggag ccggctgcta tgtgctttgt gagattaaag cgccggccgg ttacgtccgg     4740

agcaagccgg ctgcaattga aatttactcc gacgaagtta attattactt agacggggaa     4800

cgggataacc gggtggcagc ggcgctttat gaggaagcag ttaccggaac actcgatacc     4860

ggagatgtgg cgaggctgta tctgaacaat actccgatcc gcctggaaat gacgaaagcg     4920

aaaccggatg aggataaggt gaaatatgaa ttgaacggcc gcctggaggg cagtattacg     4980

gagctgaagg gccggtatgg tttggagaac ctggaattgg cctgcaacag ttccggggcg     5040

tatctgggtt atggctggaa gaaggggttt ctggatgcgc tgaaggcaaa acaggccgcc     5100

ggtgagaaaa ttgagatttt atatgaagat ggcgttttca ccgggaaagc atggctggaa     5160

aagcagttga atacggccgg tgacacgaac cgatatcttc cgggtgcagt gatgacgctc     5220

tatgatgcca ttgaggtgaa agtaaacgga gacagtgaag atttccagtt tgacggtgtg     5280

aatgtagagc gggatcggta tggaaatgtg atgaatatgt atgtgcaaaa agggttcgcc     5340

gggacacaga ttaaattcgt gcttgataag acagagccgg gcagtgacgg actcacggat     5400

tttgagcatt acacctataa cgatcaggag gatgacaagg gagagggcac ctggagctat     5460

aaaaccgtag aacgggaaaa tacggatatt ctttactatg atctgggcgg cctggaggtg     5520

ttgacggagg aaaaaggcat tcagtacggt tatgacaaaa atgcgcggaa gatacaggct     5580

aaaaatggcg aaccaatcta tggattaaaa aacggaacac cgtttttaga gattatctgc     5640

cccaattatg aggaactaaa atataacgaa aaggatcacg tttttgaaaa ggttccggcg     5700

gggacagaaa tgtttcacct ggatgcagac aagaaccggg acagccggac tgcgccgtac     5760

acagggatgg catatgtgga ggcggatgac gggaggatta tggtgtggcc ggtcaggatt     5820

tcaaaagatg aatacggcaa tgtcattgcc agagaaaaga ttacgaccag ccgtattgcc     5880

acgataaacg ctgatacaaa agacgagttt acaatcggaa cctataagga cggcgcgttc     5940

cgtaaagaga tgaatccagt gttgaatggt cacggacagc ccgattacta tcagaagtcg     6000

gaagagctgt actcaaaggg cagtcccgtc tatgaccgcg acggggatta tgtccggtac     6060

cggtatgacg ataaattgaa agcctacaat gacaatgcct ggaggattga aacaaaccgg     6120

gatttactgg atatcggcgc agaaccggaa caggcggggg acgaccggcc gctgaaccgc     6180

cgccagggag agagttatat tattcccaat acctggacaa caggggaagc ggccccggac     6240

gatccgttcc aaagtgatat gacagacgga caggtggatg tactcaaacg cgtaccggcg     6300

gggctctaca ttctggagga attgaaagct cccaaaggct atgtaaaggc aatgcctaaa     6360

ggactggcgg ttgaggacgg ttctgaaatc cagaaggtga agatgaccga ccggcctgtc     6420

agcggatact ttgaaaagct ggatgccccg gagtctttcc gtgtcagggt cattgacaag     6480

gatcaggtcc tggaagaaac gcagttcagg acagaaggaa aagccggttt ttcatacggc     6540

tgcgtggcag gggccggact ggccctgtac cgtgccagac ggaccgggcc tgaaggcatt     6600

ggcaatcagt tttccgggaa ccgtctggaa aaggcggaag aaacgcctgc aagctggacg     6660

gcactcgatg aacagaaccg ggaacagacg tttacagccc aatgggtgac aggcgcggcg     6720

cccctatatc tggaggccat cccgaaaggc ttatatatac tggaggagac ggatactccg     6780

tccggttatg tcgcttcgtc gatgggaatt gagatccggg agaatgaggg gctgcaacac     6840

tttgtacttc cgaacgatca tacgaaattg gaaatttaca agtacttaga gacggacggc     6900

ggcagacttc cggttgccaa cagcaatccc gcagaatttg ccctttacga tgcggaaaat     6960

aacctggcag acgagtggac aaccgatgac tgccgcgaat atacttcggt tgtcgacaca     7020

tcaggataca ggaagacggg gatttccgat acaatcagaa aattctttaa cccgggcagg     7080

caattgtcgc ccagcggttt tacctataat tatgaggaaa tgttcagccg atatggaacc     7140

ggatttgaca gcctgtcgtg ggagacggag cgtctggcag tgagagcttc cgcttcggac     7200

agagtgttcc ggacatcgga cggttttaag atcattttgg aggaggacac tctgattttc     7260

caggagggaa tggaaccgct ggacagggag ggctttatca gaagctattc aaatgatgag     7320

aatgccctga cggttggatg gctggcacag agatcggcaa agcgtatatc ctccgagaat     7380

acgcagaaga acgaatcagt gcggcagata tgggagacag atacaggaaa acagattttg     7440

atatgcgcag ggaagaacat gacaccggag ggaacgggag gatatgttta tgattataag     7500

tttaactata aaaagctgga atccggacat tttcccaatg cggtgagcta tgacacccct     7560

tcgggaaacc accggttcga ctatataccg cgcggccgct acaggttggc ggaacagaag     7620

gctccggacg gatttgagaa ggcggaggac agaatccttg acgtggaaga gacagcggac     7680

atccagctat actccgtaaa gaacaagcca ctctatcttt atattgataa ggtttctgaa     7740

gacggaaaaa gtctggcggg agcagaactg gccctgtacc gttcggacag cagcgggaat     7800

tttataaagg aaaaccaata cctggaagat acctggattt cgggggaaga gggcttctat     7860

acgatgaagg attactacga tggaacgata ccggatgggt ttctggccgg ggagatgaag     7920

ccgcgccgga ttggtttcct tacggagggg atttactatt tagcagagca tagagcgccg     7980

gaaggctttg cacggatgga accgcagaga atagaaatcc ccggagacag gacggagaat     8040

ggaatcctgc gcgttaccgc caggaaccgc ctgaagaaag ggaaaataag gatagagaaa     8100

gaggcatcgg acagtggaaa agaacttccg ggagcaaagt ttgaagtgaa aaactgtaat     8160

acgggagaga tttattccat tgtaaccgac gaaaaaggat gcgcagaact gaccgggctg     8220

aggacagggg aagtaagaga cggaaaatgg ataccggata aatacaccat aagggagctg     8280

gctgctccgg agaaatatgc cctgtcaccg acgatacaaa ccttctattt cgacggcaag     8340

gaagacgggg agacactcgc tttcaattgg caggtgaaaa atgagccgac tgacatcggc     8400

atatccaagt cggattttta taccggcgaa tttgttgcag gagcgaggct ggctatttac     8460

caggcggccg aagaggacgg aaaatacatt ccgtttggcg aaccgctcga agagtgggtt     8520

tccgacggga cgagacacag agtcagagga aaattgacgg ccggaggcgt ttacttcctg     8580

aaagagctta aaagccctgc cgggtatctg aaggcggagc ctgttctgtt tgttctctcg     8640

gacgacggca ggaaaatcag cagtatccat gaacaggagc gttcggtaaa ccttaagacg     8700

gccgagcttt ttcaggatgc ggtggaggaa gtatccattc agggaagaaa agcggtgaag     8760

acagaggtct ggcttacccg gattgggaca gagaaaacga tagtggtccc ctcttatcag     8820

actgcgcccc tgacggcagc cgacggcatt gagcaggatg ccctgtatga ggaaaaagaa     8880

attactttct ttaccgatca gaattccaga atcacccggc gtctggtatt cagaatgaat     8940

ctggatgcag ccggggaata caggccaagt cttcggacgg cggaaaagac ggtcctgaag     9000

gctgagacat caagcggagg gctgcttgag gaatgggagg ttgaaaacag agagggagtc     9060

gggtaccggc acatcatctg caaccctgaa tacgaagaaa agaacaatat taaaaccgtg     9120

ggtgataacg gaaaatatgg agcggcagtc atgccggata cggttattaa atacgaaatt     9180

acctgcaaaa atacgaagaa agagaaaagg gacatcaaag ttacggcatg tttggatccc     9240

cagactgagt ttatgcccgc taattctgaa ccggagtgga gggaagatga gcaaagcgcc     9300

gtcgggatga cattaaaggg agttcttccc ggagaagaaa gaaaaatcat tctgaccgca     9360

gcggtgaaaa aggaggcaaa agagaaaatc gtttgcaggg cacagataga caatgccgca     9420

ttcttacagg aaaacccggt tgcgggggaa ggaagccttt ctgtggtgag ctgtctgtcg     9480

ggaactgcag ccgggcagct taaaggccgg gaatggcagt acaggctgga gttgtgtgat     9540

gagacgggta tgcagttaaa aggcagcttt ccttataccg gcgacagaga gggggtattc     9600

aaaagcggcg gagttctcac gctgggaggc ggtgaacacg tggtgctcac cggcatccca     9660

tggaatacaa gataccatgt ggaagaaatt acggaggcgg aaccagacgg cagagccgaa     9720

tttaacacag aaggaacaac cgggcggaaa gcggaaagcg cggtattcct gtataaaatg     9780

aatgatggct ctgtcagaga gctgttaaaa aagggagacg ccttccattt gacagaggta     9840

acctgttatt cggacggaga agagcttgtc acaggaaaga caacatttct gctggatgaa     9900

tccgcctcgg cagacgggct ggatatgaaa gatcagccgg tccgtgttct ctttggcaaa     9960

acggaggtga atggtgtgga cgagcttccc ggcgcccatt ttcaattgaa gaatgagagc    10020

gggacaatcc ttgatgagtg gatatccgac ggacagctgc atgagacatc ggctttactg    10080

gaaccgggaa agacctactg cctgactgaa ataagtccgc cgaagggata tttaagggca    10140

gaggatctct tttttacggt ttctgaagac ggcgccgata cattaatcag agtgagtgac    10200

aggcccacca gggtggatgt ctctaaaatc agcgcagaga caaaagaagg gctgtcagga    10260

gcagagctgg aaattaccga tgaaagcggc atccggatag aaaagtgggt gtcggatgga    10320

accgcccatg tgctgaaagg gaaactggag gccggtaaaa cctatattct gcgggaaatt    10380

accgcgcctg ccgggtacag aacggcggaa ccggtgacct tcacagtgtc agaagacggc    10440

agcatggatc aggtcgtaat gatggacgtt cccaccagtg ttttaataga aaagattggc    10500

ctggaggcgg atggaacgac ggagacgggc tttctgggag gcgcgttaat acggattgag    10560

gataggagag gacgagaagt ataccggttc ctcagccggg atgacgctgc gcatgaggtc    10620

acggggatcc tgaaggaggg agagacttac acggctatag aggaggaagc gccatatggc    10680

tatgagaggg cggagcctgt gaaatttacg gtttctgccg gagaagagaa gattacggtc    10740

aggatgaaag acagaaagaa gcctgaaaat ccgccggata aaacaggtaa ggacagtgat    10800

ttgactgtaa tcctccataa atacgacggg gtcacgatga aaggcctgcc cggaaccgaa    10860

tttgccatct atcacgggga tggccgtttc ttaaaaaatg tatccacagg agacggagga    10920

cgtgtgcggc tcgaactgcc cgggccggga acctatattg cggtggaaat aaaagcacca    10980

cagggatacg gcccttcccc ggacgaatat caatttaccg taacaggaaa cgagggcaca    11040

gtaaaagaaa ttcagattcc gaattacccg ttgtcagaaa aggctggttt aattacggtt    11100

cattatgaca gaaatctgaa agggacagga aatatattcc ttaagaggaa acggctttct    11160

ccgctggctc cggccggaga cagcggcgga cgggccgggg ggctgatttt ggcagttctc    11220

cttttatgcg gaacaattat gctgtggtca aggagaagca aaagaagcag ggaggataaa    11280

aaagaatga                                                            11289


<210>  2561
<211>  1998
<212>  DNA
<213>  Clostridium symbiosum WAL14683

<400>  2561
atgaatgcag aagtaaaata tggaaaatct tattttatgc ctccggtcgt gacctacgac       60

tgggtgacga aggattatat tgataaagcg ccgatctggt gcagcgtgga tttgcgcgac      120

ggaaaccagg ccctcgtaga accgatggga ctgagtgaga agctggaata tttcaagatg      180

ctggtagaga tcgggtttaa agaaatcgaa gtgggatttc cggctgcctc cgacacggaa      240

taccagttta tcagggcgct tattgaacgg aacatgattc cggacgacgt aacgattcag      300

gtgctgaccc aggcgaggga gcatatcatt aagaaaacgt ttgaggcggt aaaaggggcg      360

ccgcatgcca tcgtccatct ctacaattct acttccgttg cacagcggga gcaggtattt      420

aagaaggata aggaagaggt caagaaaatt gcggttgacg gcgccgtgct gttaaagagc      480

cttgccgatg agacagaggg gaattttaca tttgaataca gcccggaaag ctttccggga      540

acagaggttg actatgcggt agaggtgtgc aatgccgtgc ttgatatctg gaaaccgtca      600

cctgaccgaa aggtgattat caacataccg accacggtcc agattgcaat gcctcatgta      660

ttcgccactc aaattgagta cattcacaag aacctgaaat acagggacag cgtgcttatc      720

agcgttcatc cccacaatga cagaggatgc ggaatcagtg atgccgagat gggcgtgctg      780

gccggagccg accgggtgga gggcacgctc tttggaaacg gagagagaac cggtaatgtg      840

gatctggtca cagttgcaat gaatatgttc tgtcatggtg tggaaccggg acttgatttc      900

agccacatag ccaaaataag agagacatat gagattctca caggcatgaa ggtacatgag      960

agaactcctt atgcgggtga tttggtattt accgcctttt ccggctccca tcaggatgct     1020

atttccaaag gcatggcctg gagggaggaa ggaaagagcg gggaacggtg ggatgttccc     1080

tatctgccca tcgatccggc ggatgtgggc cgtgagtatg agtcggatgt aatccgtatc     1140

aacagccagt ccggaaaggg cggcgttgcc tttatactga aacagaattt cggaatcgat     1200

gtgccggata agatgagaga agaagtgggt tatctggtga aaggcgtctc cgacaggaaa     1260

catcaggaac tggctccggg agagatttac cagattttcg aggatcacta tgtctgcccg     1320

cgcagcgtat ttcatattgc ggactacagc tttaaacagg cggaggacgg tattgcggcc     1380

caggtaacaa tagaacagaa taaggaaaga cgcgtaattg agacgacagg caacggacgc     1440

ctcgatgcgg tcagcaatgc aatcaagctt tactttggca tcacctatga gctgaatgtc     1500

tacgaagaac atgcggtgtc aagagggtct tcctcaaagg cggccgccta tgtcggcatc     1560

atgaaccagg gcaatatgtt ctggggcgtt ggaatcgacg aagatatcat ggcgagctcc     1620

attgaagcac tggtatcggc agccaacaaa ctggcggcca gccagaatgt gaaagagggc     1680

agggaagaga gaattgtcga tatcatgaaa tatgtgcaga accactatta tgatgtgacg     1740

ctggaggatt tggccgagag cttcaacctg tctaaacctt atctttccag atatatcagg     1800

cagaaatcag gtatgacttt ccaggaggcg gtcaagaaag ccaggcttaa acgggccagg     1860

aagatgctca aggaatcaaa ccagacagtg gagtccattg cggaaacagt tggatatgag     1920

acggtggagc attttaacag gctgtttaaa aagacgtata acatgacacc ggggcagtac     1980

cggtcgcaga acagatag                                                   1998


<210>  2562
<211>  1248
<212>  DNA
<213>  Clostridium symbiosum WAL14684

<400>  2562
atggagcagc caatcatcct tcattccgac atgaataatt tttatgcttc agtagagtgc       60

ctggacaatc cgggcctgcg cggaaagccg gtagccgttg ccggagatca ggaggcgcgg      120

cacggtatag tgctggctaa gaattacgag gcgaagaagt atggtattgt aaccggggat      180

ccgttatgga tggcccgaca gaaatgcccg gatattattt taacgccgcc gcgctatgag      240

cggtacattg agatgtcgca ggctgcacat gaaatctatg gagaatatac ggataaaatc      300

gaaacattcg ggctggatga gtgctggctg gacgtgaccg cctcctcacg tctgtttggt      360

gacggaaaag taattgcaga cgaaatccga aataccatta aaacagagct gggattaacg      420

gccagtgtcg gagtttccta taataaaata ttcgcaaagc ttggcagcga cctgaaaaag      480

ccggatgcaa ccacggtaat cggacaggat tttaaagaga aaatctggca cttacctgcc      540

gatatgctgt tgtatgtagg cagggccacg tatttaaaat tactaaagta cgggatcagg      600

accatcgggg atttggcctg cagcgatgtg catttcctgg aaagactgct tggaaagaac      660

gggattatgc tctgggcctt tgcaaatgga cttgatcagt caccggtttc gcatgtccac      720

tcacgccgta ttatcaagac aatcgggaac agtacgacgg ccccgcggga tttgaccggt      780

gctgacgatg taaaaataat attatacatt cttgcagaaa gcgtggcgga acgcatgagg      840

aaagaaaatt tttactgccg gagcgttcaa atcagcatac gggacaattc cctgttttca      900

tacgaacggc agggcaggct gtctattccc tcttgtacct cgcaggcaat atttgaaaaa      960

gcattcgaat tgttccaaaa gaatgcacct gagaatccgg taaggagcct gggggtgagg     1020

gcctgcagtc tgacacgcaa ggaataccgg cagctctcat ttttagaaga tgtacaacga     1080

gaccaaaaac aggaaagtct ggagcgctca atcgatctga tacgccgtca attcggccac     1140

tatgcagtac agcggggaat tatgctgaca gatgccaaat tgtcccgcct ggatccggtt     1200

gcggagcata cgatttatcc ggaagctttc ctgaaaagcc agagttaa                  1248


<210>  2563
<211>  1422
<212>  DNA
<213>  Clostridium symbiosum WAL14685

<400>  2563
atgcaaatac caacaacgca gataggtatc atcggacttg cagttatggg aaggagtctt       60

gccctgaata tggcggatca cggatttaaa gtaggaggat acaaccgcag ccgtgaggtg      120

acagaaacgc tgatgaggga acatccccat gaaaatctca tcccgtttta tgatctgaaa      180

gagcttgtgg attcccagga gagaccccga aagttcctga taatggtcaa agcgggaaaa      240

ccggtagata tggtgataga ccagcttctt cccttgcttg atgaaggcga catgatcctg      300

gacggcggaa attcattttt tgaggataca ataagacggg aaaaagagct gaaggaaaaa      360

ggaatttatt atttcggtac cggagtatcc ggcggtgaaa tgggagcccg ttttggccca      420

tccataatgc cgggcggtga taaaaaggcc tatgagcata ttgcgccgat tctggaagaa      480

attgcagcaa aagcgcaggg agaaccatgt tgtgcctata tggggccgga cggagcggga      540

cattatgtga aaatggtcca taatggaatt gaatacgcag atatgcagtt aattgcagag      600

gcgtatctgc ttcttaaata tgccggcgga tttacaaaca gggagctggc cgacgtattt      660

acagaatgga ataaaggtga attaaagagt tacctgatag gaattacagc aggcattttc      720

cgtgaaaagg atgattttac agacggagag ctggttgact atattttgga cagtgccggg      780

cagaagggaa cgggaagatg gaccagttta gagtcactga aacagggcat aaatgtttcc      840

atgattacgg cagcctgcaa tgcgagaatc atgtcaaacc gtatcagtga aagaaatgcg      900

gcaagagaac tatttgcggg gccaatgcag aatctggtgc cggacaaagc cgcttttcag      960

gaaaaagtga gaaaaggact ttatacagct aaaatagccg catatgcgca gggcttcgat     1020

ttactttccc atgcttcttc tgaatatggc tgggatttag actacggaaa gatagcttcc     1080

attttcaggg cgggatgtat catacaggct gaatttttag atgatataac aaaagcgttc     1140

acaaataaca gggaactacc caacctgatg ctggactcgt tttttagaga cgggatcaac     1200

catggacagg acagcctgag aagtatcctg gcaacgggaa ttcaaaacgg aatccctgta     1260

ccggctatga gccaggcaat ctcctatata gacgcgttcc gggggacacc ggtaggcgca     1320

aacctgattc aggcccagag ggactgtttt ggagcgcata cgtatgagcg gacagacagg     1380

gacggcattt tccaccatga ttggaggttt gagcatgaat aa                        1422


<210>  2564
<211>  1452
<212>  DNA
<213>  Clostridium symbiosum WAL14686

<400>  2564
atgagtaatt ctgcacaaac attgtcaggt aagagaattg aatccctgct tgatgataac       60

agttttgttg aagtgggttc ttacgttaca gcaaggaaca cggatttcaa catgacggca      120

caggagactg cggctgatgg tgtaattacc ggatacggta ccatcgaagg caatcttgtg      180

tatgtgtaca gccaggatgc gtctgttatg ggcggatcga tcggcgaaat gcacgctaaa      240

aaaatttccg gcatttataa aatggcgatg aagatgggag ctccggttat cggactctta      300

gattgttccg gtcttcgtct tcaggaggcg acagacgcgc ttgacggttt tggccagatg      360

tatctggagc agacactggc atccggcgtg atcccgcaga tttgtgcggt atttggaaat      420

tgcggcggcg gtatggcggt atcttctgct atcgcagatt ttgtatttat ggcagaggac      480

ggcaagttat ttgtgaattc tcccaatgcc ctggctggaa atgacgtgag caagtgcgat      540

acggcatctg caaagttcca gagtgaggag gcaggcctcg ttgatatggt tggcagtgaa      600

gatgagattc ttggacagat caggactctt gtatcaattc ttccggctaa taacgaggat      660

gacatgtctt atgacgaatg cgaagacgat ttaaacaggg tttgtgcaga tctggccggc      720

tggaccggag atactgccaa agcgctggca gagatttctg acaattattt cttcatggaa      780

gtaaagaaag aatatgatcc ttctatggta accggattta tccgcctgaa cggaacaacg      840

gttggctgtg tggcaaaccg taccgaaatt tataatgaag aaaacgaaaa aacagaagag      900

tttgatgcgg ctttatcagc aagaggctgt gaaaaagcgg cggaatttgt taatttctgc      960

aatgcattta atattccgtt actgactctc gttaacgtaa aaggatacaa acagtgtaca     1020

tgtactgaga agaaaatcgc caaagcggca ggccgtctga cctatgcttt cgccaatgca     1080

gatgtggcaa aagttacggt agtgatcgga gaagcgttcg gaagtgcata cgttacgatg     1140

aacagcaaat ccatcggtgc ggatattgta tacgcatggc ctcaggcaaa gatcggtatg     1200

atggatgcac agagcgcggt caagattatg tactcagagg agattgaaaa atcggagaat     1260

gcagcggctc ttatcagtga gaaagcggct gaatatgaaa aacttcaaag ctctgcccag     1320

gcagcggcaa gaagaggata tgtggatgat attatcgaag caggcgagac aagaaaacgc     1380

gtaatcgccg cgtttgagat gttattcaca aagagagagg atcgtccgtc taaaaagcat     1440

ggaacggtct ga                                                         1452


<210>  2565
<211>  5304
<212>  DNA
<213>  Clostridium symbiosum WAL14687

<400>  2565
atggaagttc gcgtacagaa aaagaaaaag agatttccgt gggacggaaa aaaactgcat       60

actgtatgga aagccgtggc ggcgatactg gtgatctgcg tgctggccgg cgggatattg      120

ctgattgcag gccgcagaca gcaggcggaa gccgcgctcg atccgaccag atacagcaaa      180

gaacatccct ttgtggtttt ggagatagta ccttacgaag gacagggaca atgggggtat      240

ttggtcgaag gacaggaacc tgtgacagtc gaggcaatca ataggtatta tacggaagaa      300

caggagttaa aagattactg gagcttagac tggggaaaca ataatgcaac attttttatt      360

gaatttccat tctcaggtct ggtgagagat aaagaaaaca gacggtacgc caacaataac      420

atttttgtga agaacattct ctgccagagc ggcaaaaaag cggaggactg ggcaggcaaa      480

gttcaggtaa ggtctgagag cgcatgcgat ataacggttc aggacgtgga aagagccgat      540

cttattatag tccaaagtaa tgagtcggcc tataaataca accagtccgg aggcgataac      600

cggaatccgc tgtatgcata ttggaaatat aataaaccgt cagtcatatt aaaggatgaa      660

aaaggaaagg tcattgagcc aaataaaggg ggccaggccg tctatgaggg cagcatttcg      720

gaagataatg ggaatagctg gaaatcaatg gatatgcaat gggatgcggc gctggctgtt      780

ctggatcatg cctatacaaa caataaggcg acaattgtgg catctgaaaa gtcagccgga      840

aatgcggata aaaatattga taaattaatt ctgcttttaa caaagctgag cggaaaagcc      900

tatatcgatg acggaataaa agaaatgatt accacggctg tcaacggaga aggcgtcaga      960

actggaagct ttaacggaga aacatcctgg aatgaaaagt tattttatga tgccgttctg     1020

ctcgaccgta ccacctttac aaacagtttt gaaaagctga aatattttat ttataatccg     1080

tctgaacaat atgcgccgcc ggacaatgta aaaacattcc tggaacggtt caggacaatg     1140

ggcagccttt caaatgaaga cttttatgag tttatggatt ccgaattatg ggatgcgtta     1200

ttaaagtatg caaggctgct gagagataaa gagggcagtg ccggaaaaat cacggaagag     1260

gattatcagg cgtttggaaa ttaccgggta aagtatgaaa agcatcaaat ttgtaaactt     1320

gaagacaagt atgaagccgg atatgatctc ctgcataacg gaggttacat cggcaaaaca     1380

aagtgggata atgtgatccg ttatatggaa ggatggatca gttacccgtt tgttccggtc     1440

ctcttaggcg aaagctccaa acaccagatt gatgtggaag agattttatt aggaggagcg     1500

gtaacgccgg acggaccgcc ccaggaggcg gcagatggac ggatcaaggt actggaaatc     1560

gaaccatcca ataattactg gcttgtgatt ccggaaaatc tgtcaaaact tgcaacggcg     1620

attggtgaag atgaagacga aatttccgtt acatacgtga cgccaaatac attaaatggt     1680

atggcggtag atttgacggc ggagtatgat ttaatattaa taggggaaga cacctctctt     1740

ttcagagcgg gaggccctta cagcagcggc attccttacc gccataacgg ttacctggat     1800

gatgcggtaa ttcctcagac cctgctcaac ggtttactgg caggtgatta tacgacaaaa     1860

gcaaaatttg atgccggtat tgcaatgaaa aaagagggcg cctcgctgaa tacagggtct     1920

tatcctctta cggtcagcag cagccggtac tggaatcccg gattgaggga gcagtggccc     1980

aaaacaccgg actattattt cctgaaaaat gtggaacttg cattggagct tcaggtatta     2040

ggagccgatg agtcagtcag caaggccaga ttcagcggca atgatataag ctcatatatg     2100

cagcggcagc tggcggaatt cgtaaaatca ggccagccgg ttattgtggc agatcgtctc     2160

ctggtagatg cgaggaaaca aatcggcgat ttcattttca tcgatatgga ttccaggcca     2220

tacgaagagg agctggattt ggatgccaga ttatatttcg cattgtacgg aatggaggat     2280

gagagggact attatacgaa agccccggaa gaaacttact ataatcggct gatatcaatg     2340

cgtaccggtc ttgaagaagc ggcaggtaaa acaatctcat tgatgaaaga ttataaaccg     2400

tcaattgtgg taaaagatac cgggttaata aaggatgaaa acggaaatgc tgtttcttca     2460

atcgctgaga aaggatggag tccggagaca aagccggatc tgactgcgct tgccagaacg     2520

aatacattga cgtttgacta cgaaatcacg ctgcccatag gcgatcaggc agagaatatg     2580

gtaatgacaa tcattgtgga tcggaacggc gacggtattt tcgatgaagc gggagacgga     2640

ggaaacggct caggcaaacc gggtaaagaa aataattcaa cggattatat taaaaatgat     2700

caggtgttta ccgtaaaatt cggagatttg cccccggggg attatacctt tgagagcggc     2760

ttgctgaaag gcagatatac ttctcctgtg ccggttgagt caatcgagga aatatgccag     2820

ttccgcgtac agatttcgac tcttgataaa aataatcctc tcaccggagt ctggaccgga     2880

tacctgcatc ctgatacaaa gaagaaggac gtgaagatac tgcagattac gccgtattcc     2940

gatacggcag gaggtaagaa tctgtcacag aatccacagt ttgtccgtct gtttaatgag     3000

gcggagcaaa agggcgggga gtatcatatc gactttgaaa atgccggatt tgaaacaatt     3060

tccgaaggcg attttgctgc agaatgtgag ggtaaggaaa ttactgcgga aaaattaaag     3120

gcatatgatt taatcattgt gggaaccgat ttttcacagg agctgaaagg cgatataacg     3180

gatacggata ctctggaggc ggccaaagtt ttaaaggaat attcggatac actcaaaaaa     3240

ccaattatct ttacaaacga tgcattttcc tatgtcaatt cggagaatta ctttgccccg     3300

gaggaagttg attattatta ccgcaatatg acgattgaag aagggcagag ggagaagccg     3360

acagaaacag atccaaacta caaaaaggtc aggattagta aagaacagta tgaagcttat     3420

ctggaaaaaa atgagaaaga gtggaatgac aatcagcata atattggaaa cgggaccgtc     3480

tatctcgatc cggagggtct ccatgaggtg gctgaaaaag caggatctta taaggctctt     3540

gtgaggccga ctgcagccga tgacgggaga gaaatttcgg agctgtatat cgggtggcaa     3600

acctggggcg ggtggtttaa tggaggagga aaagaggtaa agacagtgaa tcccaattcc     3660

ccgccggtaa aagttaacgc agcccaattc tataacgaat tcaggaatat gatagacaga     3720

acatttagct ggatttacta cttttatgcc aggaacggtt atgtgacgga aggggagctg     3780

agatctctgt atgaagatgc cggtgggaat cccctgagaa ccacaatcaa aaaaaataca     3840

tttaatgtca aagatctcca cgcagctctc ggaagctacg aagcaatttc caaagatatc     3900

gtggatgaga cggctccaat cgtaatcgcc ggggatactt actataaatt caagtcgaac     3960

ggcgccgatt acctgtccat ccgtctcgag gaggacgtga cgaatttcta cggttatgta     4020

tggcagaaaa aagtagccgg agacagcgat aatcccgttg agacaaagta tactcttaac     4080

aatgtggccg gaaaaggcga tgcgctgtat cctcataaaa acaactggaa ttacttcttt     4140

acgcaatcgc tgcgctatgc ggtgggtatg gaccgttttg ccgtgacaac cgatatcaag     4200

ccggacgaca aaagagataa gggaagcagc aggcggtgga caaagataga gcagctccag     4260

ggctttacaa acggagcctt gctggaatat gcatttatac caaaggcggg cagcagttat     4320

gaggctctgg tgaataccac ttcgccttac aatacacaga tatcacagaa ccttgccatc     4380

ggtgtgaaac cccgtacaca gtatattgaa ccgctcaatg aggggcagat tggcctgtat     4440

ccatataaga ttgaaaatga agtttcggaa gcgaaaattg ggatagcaga gaaccatgcc     4500

ccatattatc agcttgattt agagcgggag cctggcaagg ggaaagttga cgatgtgacg     4560

gtctggtata catttgcagg ttcgggcatt gacgatgaat ctaaatattt tgatacaacg     4620

gtaagagacg ccggaaacaa ttactatcta tattcaaaag gtaaaatcta ttataccggc     4680

ttttcacttt atgacgacac ggatgaatca ggttctgatg atgaactggt tccggatatg     4740

gaaatgaaac tgttcatcaa tacggtttac gccgccctga acagtgaggc ggcggagacg     4800

tccttctatg ataccgtagt attggaagga ggaacggtat cgggaatcga actggcggga     4860

aataccggtg cgccgaaccg ctataccttt tattacgatg cttacgacga caagctggag     4920

cttctgttcc gggtacaaaa gatgaatgcc gcagacaatg agacggtacc gttggcaatc     4980

gggaagaagg gtgaactgaa tgaagacggc cttccgtcgg tggcggtatt tgatgaatcg     5040

gcctacacaa taggggaact tccggaagaa aatacggttt cgagctttcc ggtagtgaag     5100

gttgcaggcg aaccggggca gaaaggaagc ctgggaagcg gcgccagtga tcaatggtac     5160

cggctggaaa tggcatttaa cggcgatatg gatggaatga caatcataat cggcccagag     5220

acgccggagg ccgggaagtt aagaaaagac agtatctatg cggagatccg tctcgtaaag     5280

cgcgaactgt tcgatttgga ctag                                            5304


<210>  2566
<211>  1560
<212>  DNA
<213>  Clostridium symbiosum WAL14688

<400>  2566
atgacaaaag aaaagacaaa aaaagagaaa gtgggaatgc ttgatcggat cctcgattca       60

atcgaacggg ttggcaacaa gcttccggat ccgatcactc tgtttctggg actggcagtt      120

gtagtagtaa ttatttccgc aatttgcagt atgctgggag tgactgccgt caatccggca      180

gacggttcca acgtggaaac ctttaatctt ttttccgtgg caggtatcca gtacctgtgg      240

acgaacgtaa ttaccaattt ctcaggcttt gcaccgctgg gtatggtact ggtagccgtg      300

attggttcgt ccgtggcgga gaagagcggt ttccttgtgg ctttaatgga gcatttcctg      360

ggaggcgcca agggatggat agtttccatg gtagttattt tcctgggaat caatctgaat      420

attgcgggtg acgccggatt tatcatcctg ccgcctctgg ctgccattct gtttatgtcc      480

atcggacgca gtccgctgct gggactttat gtggcatttg catccgtggc tgccggtttc      540

tgcgccaata ttcttctggg gctgtctgat gccctggcct atggttttac ggagtccgcg      600

gctcagatga ttgatccgaa ttactccgca tccatggcaa ttaactggta tttcctgatt      660

gcgtcctgtc tggtgttgac agttgcaggt acaatcctgg tggaaaaggt catggttcac      720

cgtttcccga tgacaaaaga acagctcgct aaatacgatt ttgatgaaga tgcggccaat      780

attaccccaa tccagaaaaa aggacttctt atggcggggc tggccgagtt gatttatgtg      840

attgtactgc tgcttttatc attgccggtt ttcggcccga ctgctatttt ggcagacgag      900

gcaggttcca ttacaggcgg caattcgcct tttacaaaag gaattgtatt ttccgttact      960

ctggctctga tgattcctgg tattgtctac ggcgtgacca tcggaaaata caagaatgat     1020

aaggacatat gggccgatat cagccagggc ttttccgaga tgggcaatta tgtgtttatg     1080

tgtttcttta tctccatctt cacaaatttc ttcgctgtat ccaaactggg aaccatcctg     1140

gctatcaatg gggctggatt ccttcagaat atcggtttca gcggaattcc gctgatgatt     1200

ggcctgatta tactgtcctg tttcgttaac ctgttcattg gctctgcttc tgcaaaatgg     1260

gctattctgg ctccggtttt cataccgatg atgatgctga tgggatacga tccggcggtg     1320

acacaggtgg tttaccgaat cggcgactcc atcacaaatc ctctgtcgcc tctgtttacc     1380

tacatgcccg ttattttagg atatgcgcgt aaatatgaca gtaaggcagg attgggaacg     1440

attattgcca acatgctccc attctccatt acttttgcag tggtatggat tgtccaggta     1500

atcatttggg taggaatgaa tcttcctctt ggacctggcg gagctattta cctaccgtaa     1560


<210>  2567
<211>  2007
<212>  DNA
<213>  Clostridium symbiosum WAL14689

<400>  2567
atggcagcta agacaggcag cttatcaatc aacagcgaga atattttccc aatcataaag       60

aaatggctct actcggatca tgatatcttt tacagggaat taatttccaa tggctgtgac      120

gcaatcacaa agcttaaaaa actggaactg atgggggaat ttgtaaaacc ggaggagctg      180

gggtataaga ttcaggtaac ggtggattcc aatgcgaaga cgatttccgt ggaagataac      240

ggtatcggta tgacagcgga ggaagtggaa gaatacatca accagattgc attttccgga      300

gcccaggatt tcctggaaaa gtataaggat aaagccaatg aggatcagat tatcggccat      360

ttcggcctgg gcttttattc cgcattcatg gtagccgaca gagtcgttat cgacaccctg      420

tcctataagg aaggggctaa gccggttcac tgggagtccg agggcggtac ggaatttgcc      480

atggacgaag gcgataagac aggcaatggt acgaggatta ctctttatct gaatgaagac      540

agcaacgagt tctgtaatga atacagggca cgtgaagtaa tccagaagta ctgtgcattc      600

atgccggtag aaattttcct ggataatgcg tcggcagagc cgcagtatga gacaattgag      660

aaggatgagc tgactgagaa ggacacaatt gtagaaactg taattgaaga ggctaagacc      720

gaggaaaagg agaatgaaga cgggacaaaa gaaaccgttg aaatttcccc gcggacagag      780

aaatataaaa ttctgaagcg gccggtggca ctgaatgata ttaacccgct gtggaataag      840

catccgaatg aatgcacaga ggaggaatac aaggaatttt accgcaaggt attcatggac      900

tttaaagagc cgctgttctg gatccatctg aacatggact atccgtttaa cttaaaggga      960

attctctatt tcccgaagat caacatggaa tatgagagcc tggaaggtac gattaagctg     1020

tacaataacc aggtgtttat cgccgacaac atcaaggaag ttattccgga gttcctgatg     1080

cttttaaagg gggtaatcga ctgtccggat ctgccgctta acgtatcgag aagcgcgctt     1140

cagaatgacg gttttgtcaa gaagatttct gattatatca ctaagaaggt ggccgataag     1200

ctgtccggaa tgtgtaaaac cgatcgtgaa acatatgaga agtactggga tgacattgct     1260

ccgtttatca aattcggctg tctcaaggat gataagtttg ccgacaaaat ggatgagtat     1320

attatcttca agaatctgga aggcaaatat ctgacgctga aagactgcga agaaagagcc     1380

aaagaagaaa accacgaaaa taagattttc tatgtgaccg acgaaaaaga acagagccag     1440

tacatcaata tgttcaaaga gtcgggccag gatgccctta tcctgccgca taatattgat     1500

aatccgttca tcggccgcct ggagcagaag catgagaacc tgaaattctt ccggatcgac     1560

gcggatgtca atgagacgat gaaggaagaa gtggcggagg aagataagga gtcgttcaag     1620

aagacggagg aaaccctgac ggaggtattc cgcaaggcgc tcggcgacga taagcttcag     1680

gtcaaagtgg agaagctgaa aaatgagtcc atctcctcga tgatcacggt ttcagaggaa     1740

tcccgccgta tgcaggaaat gatgaagatg tacaacatgt acggaatgga tccgtccatg     1800

ttcggaggaa gcggacaggt attgattctg aatgcgaata acaatctggt tcaatatgtc     1860

ttagagcacg gcgagggaga aaacacggca aagatttgcg aacagcttta cgatctggcg     1920

ctcttaagcc atggttccct gacaccggag agaatgacga actttatagc aagaaccaat     1980

gagattatgg gaatgctggc taaataa                                         2007


<210>  2568
<211>  1419
<212>  DNA
<213>  Clostridium symbiosum WAL14690

<400>  2568
atgaaaatct caaataaact ggagaccaat atgcagcgct ttgaaaagct gctgcgtccc       60

gatatcaact ttgatgtggt ataccgtgtc atccgcgtcg gcggacggaa tgcctgtatc      120

tattttattg atggttttac aaaggatgat acgctgcttc gtatcctcca gtcctttggg      180

agcattaaac cggaggcaat gcctgatacg gcacacgaat tttccaagct gtacctgcca      240

tacggcgaga tagggctgga gacggaggaa gacctcctgg taacccagct tctgtccggc      300

gtgccatgca tgctgattga cggatatgag caggcattca ccatagactg ccgcacatac      360

ccggccagag gcgtcagcga accggaaaag gataaagtgc tgagaggatc cagggacggt      420

ttcgtcgaga ctctggtttt taatacggcg ctgatccgcc gtcgtatccg cgatccgaaa      480

atgcgggtcg agattatgaa tgcaggagaa agctcccaca ccgatattgc catctgctat      540

atggacggaa gagttgacga ggatcttctg gctaaaataa aaggcagaat tgagaaactc      600

catgtggatg cccttaccat gaatcaggaa agcctggcgg agtgcattta tccgcataaa      660

tggtacaatc cttttccaaa gttccgtttt tccgagaggc cggatactgc ggctgcatcc      720

atcctggaag gcaatatcat tatactcgtg gataactccc cctccgcaat gatactgccg      780

tcatccatct ttgacattat tgaggaagca gacgactatt actttccgcc tattacggga      840

acttatctga ggctgtccag aatgctgata ttccttctga cgctgtttct gacgcctctg      900

tggctgctct ttatgcagaa tccgggctgg attcccgaat ggcttgcctt tatccaggtc      960

accgacgatg tccatgtggc tctgatattc cagctcctga ttctggagtt tgccatcgac     1020

ggcctgcgtc tggctgcggt caacaccccc agtatgctga caacgccttt gagtgtcatc     1080

gccggtatcg tcctcggcga atattcggtt aaatcgggct ggttcaacag tgaaaccatg     1140

ctctatatgg cttttgtcac cattgcaaac tattcccaga caagctttga gctggggtat     1200

gccttaaagt tcatgagggt gatgctcctt ttgctgaccg ctttcttcaa tctttggggc     1260

tttatcgcag gaaccgttat cagtgtcctg tgcctcatat tcaacaagac gattgccgga     1320

aaaagctata tctatccact ggttccattt agcttcagtg aattaaaaaa gcgtcttgtg     1380

cgcaaccggc ttccccatga ggaaaaaaga gagtcatga                            1419


<210>  2569
<211>  1278
<212>  DNA
<213>  Clostridium symbiosum WAL14691

<400>  2569
atgaaacatg ataagaaggt cttagttctt tcgattttga cagcggcagc catgactgtc       60

acgtcacctc tgcaggtaat ggcagagaac ccggagtttg cccatgacga ggcgacctgg      120

gcccggctgc gggacaatgt gatggaatat gatgagcttc agatgctggt ggaggaatac      180

aatcccacct acatgaataa tcaggtttcc tataaggatt ccaggacaaa ggacgatgcg      240

gaaaccgtaa gacaggattt gaaagacgct gccgacgata tgaccagtca ggcggaagac      300

atgagggaca cggctgattc ccttctggat ttagccaatt ccctgcagaa catgtctaaa      360

gaacaggcgg acgcagtact taagcaggca ggcattaaca gtgtaaacag cttaatgtcc      420

tcctacaatg ccatgtatct tggcgcggcg atgatggata acagtgcaat gaagcagaat      480

atttccgccg acagccagta cgacgacgac gagtccagaa aactcaaata tcagaaaacg      540

cagaacggtc tgattatgtc ggtgcaaacc atgttcgcct cttataacca gatgaaaagc      600

agtctggacg taattcagaa aaatatagag attatggaag cagtccagcg ctctaccgag      660

acgcgtgcct ctcttgggat ggcgacacag atggatatac tgacggccaa gaaaaacgtg      720

cagtccattc aatccaccta tacccagacc cgtacctctt tggattccgt aaaacacagt      780

ctctgtctgg ccacaggctg gcagttcaac gcagaccctg atatcaggga agtgcccggg      840

gcagatatga acaggattgc ggcaatgaat ccggatgtgg ataagcagac tgctcttcag      900

aacaattacg atttaaatta taataaaaag attcttaaga atatgaccga gggctctacc      960

gataaaaaga atatggagcg cacgatcaaa aatctggagg agacggttgc cgcctccatg     1020

gtgaatttat ataatgatat tctccagaaa aaaacggcgt ttgagctggc agaagccgca     1080

ctggctaccg agacaacggc gatgaatgcc atggaaagaa agtaccagct tggcatggca     1140

agccagctgg actacctgca ggagcaggcg gccttcctgg gcaaacagat cgaccgccag     1200

acagcggaga tatccctgtt ccaggcgatg gagacgtatg actgggctct gaagggcatg     1260

ctttccaccg ggaactag                                                   1278


<210>  2570
<211>  1413
<212>  DNA
<213>  Clostridium symbiosum WAL14692

<400>  2570
gtgcttaaaa agaagagttt acatagagac atggcggatg tcaatgtcta tacggccaga       60

cgcctgaagg atatggcaat gtcgctgagc ggcctggctc aggcatttgc agacgaaatc      120

gggggaggac ggcagctgac aaaggatgac ggtctggcag ccatgcagac tgcggcggca      180

gcggtctgcg gagactgtgt gagatgcaat ctgtactcag gcagcaaaag agaggacagc      240

tattatcttt actatcttct ccgcgcattt gaacagaaag ggaaaatcga catggaggac      300

atgccccggc tgttcaatga ggcgtgccgg agaaaggatg attatgtcct gcatctgaac      360

cggaacctgg gacgggccac gatgaatctg tcgtggaaaa acagatttct ggagagccgg      420

gacaccgtca tcgtgcagtt ccgtgaactt gcttccatcc tggaggagtt ttccggtcag      480

atggaaaatg cgacggatat caccggagac tgggaggaac agatcaagta catcttccgc      540

cgccaccaca tgaaggtgga gaatatgctg atgcttgaat acgagaatga gcaaaaggaa      600

gcgtttctca ccgtccgcag caccaacggc agatgcatga cggcccggga tgcagcggat      660

ctggtgggac gggccatgtc gggccggaaa tggagtccgg caaaggacag taagagcatt      720

attaccagga atgcggccac attccgcttt gtcgaggagg gaaaatacag gatgctccat      780

ggggtggcca aagcggcaaa ggggggcgag ctgatatcag gggataattt taccatccat      840

gaagggctgc cgcgccaggt gattatgagc ctgtcggacg gtatgggcag cggccctctg      900

gcaaacgagg acagcagcaa ggtggtggag ctgacacagc agcttctgga gaccggattt      960

tccgcccgtt cggcgctcaa actggtcaat acggtgcttt tactggcagg cacggaacag     1020

aatccggcaa cgctggattt gtgctgcgtg gatttgtata cgggggttct ggaggcaatg     1080

aagctgggag ccgtgccgac gttcattgtg ggacatgacg gagtggaggt cctggaagcg     1140

ggggatgtgc cgatgggtgt ggtaaagacc gtggaaccgg tactcctgtc gcggaaaatg     1200

tgggataatg acagaattat tatggtcagt gacggagtgc tggaggcatt gccgggcgaa     1260

aacaaagaag aaacgctgaa agattttctg gaaggaaccg ggacaggcaa tccgcaggag     1320

atggcggagc ggatccttga gtttgccggt tcgtttgaag agcagccggg agatgatatg     1380

acggtccttg tggggggagt ttttgagaga tag                                  1413


<210>  2571
<211>  2004
<212>  DNA
<213>  Clostridium symbiosum WAL14693

<400>  2571
atgtctgaag ataatcaaaa aaaccgtctt cccctgtctt ctgatgagac aacagcagcg       60

ggggaaactg ccagacgcct gctggaggag aaggatgccg acgcgaggac gcgttcttac      120

aacggttttt tcgggatatt attaacggtt ctgcttacat tttgggcggt attccaaatc      180

tatgtaaata cgataggcgt catgagttcc atggatcttc gtatgtggca ctgcatgttc      240

cttctggtat ttacgttcct gctgtatccc acggtgaaaa aagagaagaa ggtgagaaat      300

gccccgccgg tttgggacgt gcttctgatt gctctggcta taggggcctt tggctacatg      360

ctgcttaatt attcccgaat tgcccagtcg ggcggttatc tgacgaaacg ggaaattgtg      420

atagccgcgc tggcaatgct tgtcgtgttt gaagcagcca ggcgggcctg tccgagcctt      480

gcggtgctgg gacttatctt tctggcatat aattttttcg gaaaatatat accgggacca      540

ttggggcaca cgggtttttc gatgaaacgt gtcctgagcc atatggtctg gggcagccag      600

gggatcttcg gcgtcgggat tggcgtgagt gcgacctaca tattcctgtt tgtattgttc      660

ggatcatttt taaaatacag tggattcagc aaatttatta atgatttgtc cctgactctg      720

gtaggccgtt ctcccggagg gccggcaaag gtagccgtac tcgcaagcgc ccttttggga      780

atgattaacg gaagcgctat tgcaaatgtg gcgacgaccg gaacaatcac gattcctctg      840

atgaagaaga ccggctacag gaaggagttt gcggcggcag tcgaggcggt cgcctctacg      900

ggaggacagt ttgcgcctcc tatcatggga gcagtcggat ttgtcatggc ggagttcctg      960

gggatcagct acagcaaggt aatgatagca gcctgtatcc ctgcattcct atattatatg     1020

ggtctgctgc tggccgtcca ctttgaggca aaacgtctgg gactaaaggg gctggctccg     1080

gaaaacattc cgaatgccgt ggaagtactc aaaaaccagg ggcatcttgt aattcctctg     1140

gtagtcctga ttggaatgat tgtactgggg tatacacctc tctatgctgc ggtattctcc     1200

atatttgcca ctatcctggc ctcctggctc cgcaaggaaa cgaggatgag ctttaaggat     1260

atcgtggatg cagcggtgga gggctccaga ggcgctgtca gtgtcggagt atcctgtgtg     1320

gtgatcggag tgataatcgg tacggtttcc ctgaccggcc tgggacttac gataggatat     1380

ctgattctcg aagtggtcgg tgaaaaccag ctctacctgg gcggcctcat ggttatgatc     1440

atgagcatca tcctggggat gggtgtgccg ggtgtggctg cctatgtaat cgtggtggca     1500

gtggcgattc cggtcctgat agagattggg gcagtgccca ttgcggctca tatgttctgt     1560

ctgatatatg cctgcctgtc caatattact ccgccggtgg cgatgagttc ctacgtggcg     1620

gccggcatag cggattccaa tcagacgaag acctccctgc ttgcggtcaa gcttggactg     1680

accggattta tcctgccatt ctttttcctg ggaaatccgg tacttctgat tggcgtgacg     1740

gatgcaaccg tcctgacgac ggttcaggcg gcgctgacag cctgcctggg tgttgtggct     1800

ctggcctccg gtcttcaggg aatgctgttt tgcagatgcg gctgggctga aagagcggtg     1860

ttactggtag tggcattcct gagtattgac cctaatatgg tgacagatgt gattggaatc     1920

ggcctttttg ccggagtttt catttatcag agaatgaagg taaagaaagg cggggaagag     1980

gcgcctgcgg taaaggcgca gtag                                            2004


<210>  2572
<211>  4536
<212>  DNA
<213>  Clostridium symbiosum WAL14694

<400>  2572
atgaaatcgt ttttggaagt atttcctgat ttacatattg cagataatgt gagagagctt       60

tttgagctgg tagaggtgga gaaggtggcc actaccaggg atagaagctc tatccgcatt      120

tatatcgtca gtcccagact gattcataaa cagaacatct ataagctgga ggaggggatt      180

aagagccagc tcttccccgg aaaaaaggtg acgattaaaa tcctggagaa atatcatctc      240

tccggccagt atacgccgaa aaagctgatg gatgtttacc gtgacagcat cctgatggag      300

cttaagaatt acagcattct tttatacaat atgttccgca gggccgttct ctcttttgac      360

gagaaggatc ttctgatcat ggagatcgag gatacgatga tagcaaagga caaggcgccg      420

gagcttgtga ggattctcga aaagatcttt acggaacgct gtaacattcc gatggaggtc      480

aggctgtcct accgcccggc agaggccaga aaaagggtgg aggaggagcc tgccgtcatc      540

tatatgaacg cggagcatac atccggcaac gctgcgccgt ccgatccggc tccggtctcc      600

ggggaggcct ccctggatct tccctttgac gagggcagct cggtcttaaa gccggtgggc      660

gatttgaatt tccaggcgga gaagaaacag aaagcagtta aggaaaccgg cggaaagaac      720

gcccagtcaa aagcgggagg cgatttaagc ggcaaaaagg gcaaaggcga ttttagcggc      780

ggaaagaggg aattccggcg ctccggctac ggcagaaagt cggataatcc ggatgtcctg      840

tatggccgcg attttgacga agagtcggtt gagattgaga agatagaagg ggagataggt      900

gaggtggtga tccgcggaaa gatactcgcc acggatgtgc gtgagcttcg cagcggtaat      960

tccctcttta ttttcagtat cagtgacttt accgatacga tcagtgtcaa agtgttcgcc     1020

cgcgaggagt cacttgagga tttgaagact gcgacaaagg ccggccagtt tgtcaggctg     1080

aaaggcgtgg cgaacatcga ccgtttcgac ggggagctga ccatcggttc tgttgtgggt     1140

attaaaaaat gcgaggattt tacgacgaaa cgcgtggaca atgctccggt caagcgtgtg     1200

gaactgcact gccataccaa gatgagcgat atggacggcg tttccgaggt aaaggacctc     1260

attaagcggg ccaaacagtg gggaatggac gcgatggcgg taacggatca cggctgtgtc     1320

cagtcctttc cggatgccaa ccattccgtg gagagaggtg ataatttcaa ggttctttac     1380

ggtgtggagg gatatctggt cgacgatatg aaggaactgg ttgaaaacgg tgcgggacaa     1440

tccctggatc atacctgtgt ggtcttcgat atcgagacga ccggcttcag ccctcttaag     1500

aaccggatca ttgagatagg cgcagtcagg gtggaggagg gacggattgt tgataaattc     1560

agcagcttcg tcaaccccga cgtgccgatt ccctttgaga tagagaagct gacgggtatc     1620

aatgacaaca tggttctgga tgcgccgaag atagacaggg ttcttcctga atttctggag     1680

ttttgcaggg gagccgtcat ggtggctcat aatgccggtt ttgacatcag ctttattaaa     1740

gagaatgcaa gacagcaggg acttgagttt aatccgaccg tgctcgacac ggtatccctg     1800

gcccgcgttc tccttccgaa cctcaaccgg tttaagctgg atacggtagc aaaagagctt     1860

aagattaacc tggcaaacca tcacagggcg gtggacgatg caggggcgac agcggaaatc     1920

tttgtccgtt ttataaaaat gctgaaggaa cgtgacattt ttgatctgtc ccagttaaat     1980

gaactcagca ggatgacggt ggaaatgata cggaagatgc ccacctacca tattatcata     2040

attgcgaaaa acgatgtggg gcgcgtcaat ctctaccgcc tcgtatcaga gtccaacctg     2100

acttattttg caagacgtcc caggatcccg aagagcctgc ttagccagta ccgggagggc     2160

cttatcatcg gttccgcctg cgaggcgggg gaactctacc aggcgctttt acgcggtgtg     2220

cctgatacgg agatacataa gatagtggat ttttatgact atctggaaat acagcctctg     2280

ggcaacaatg catttatgct cagggatgag aaaagtccgg tgaattccga ggaagagctg     2340

atggatttga accgcaggat tgtgggtctg ggagaacagt ataataagcc ggtctgcgcg     2400

acctgtgacg tccatttcct ggatccggag gatgaggttt accggagaat catcatgtcg     2460

agtaaaggat tcaaggacgc cgacgatcag gctccgctct atctgcggac cacggatgag     2520

atgctcaggg aatttgagta tctggggagc gacaaagccg aggaggtggt aatcaccaat     2580

accaggaaga tagcagccat gtgcgaaagg atagagcctg tccgtcccga taaatgcgct     2640

cctgttattc ccaactcgga tgagacgctg agaagcatct gttataacaa agcccatgaa     2700

atgtatggtg agaaccttcc taaaattgtg gtggatcgtc tggaacggga gcttaactcg     2760

ataatttcca acggtttcgc cgttatgtat attatcgccc agaaactggt atggaaatca     2820

aatgaggacg gctatctggt aggttccagg ggatccgtag gctcctcgct ggtggccaca     2880

atgtcgggta tcacggaagt aaacccgctc agccctcatt attactgcac caattgtcat     2940

tattatgatt ttgattccga ggaggtcagg aaatttgcag gtatggctgg ctgtgacatg     3000

ccggataaaa attgcccggt ctgcggggaa ccgcttaaaa aggacggctt cgatattcca     3060

tttgaaacct tcctcggctt taagggtgac aaggagcctg atatcgacct gaatttctcg     3120

ggagagtacc agagccgcgc gcatacctat acggaagtta ttttcggaaa agggcagacc     3180

ttccgtgccg gaacaatcgg cacactggcc gataagacgg cttacggcta tgtgaagggc     3240

tattacgagg acaggggcgt tcgcaaacgc cgctgtgaga tagaccggat tgtgggaggc     3300

tgcgtcggtg tgagaagaac gacgggacag cacccgggag gcattatcgt gcttccccat     3360

ggggaggaaa tctattcctt taccccggtc cagcatccgg ccgatgatat gacgaccaga     3420

accgtaacga cacattttga ttatcactcc attgatcata acctgctgaa gctggatata     3480

ctgggacacg atgatccgac gatgataaga atgctccagg atctgacagg ccaggatccg     3540

gtaaaggatt ttccgcttga cagcaaagag gtcatgagct tatttcagaa cacctcggca     3600

ctgggcatag agccggagga tatcggcggc tgcaagctgg gcgctcttgg aataccggag     3660

tttggaaccg attttgccat gcagatgtta attgacgccc agccgaaata tttttcggat     3720

ctggtgcgta tttccggatt gtcccatggt accgacgtgt ggctgggaaa tgcccagaca     3780

ttaatccagg agggaaaagc aacaattcag acggccatct gtacccgaga cgatatcatg     3840

gtatatctaa tcggcatggg cctggaagag ggcctggcgt tcactatcat ggagagcgtg     3900

cgtaagggaa agggcctgaa ggacgaatgg attaaagaga tgaccgatca cggcgtaccc     3960

gactggtata tctggtcctg taagaagatc aagtacatgt tcccgaaagc tcatgctgcg     4020

gcttatgtta tgatggcctg gcgtattgcc tactgtaagg tgttttatcc tcttgcctac     4080

tatgcggcgt ttttcagtat ccgtgccagc ggcttttcct atgtactcat gtgccagggc     4140

cgtgaaaagc tggaatatca tctggccgac tataagaaaa gaatggatac actctcgaag     4200

aaagagcagg atacgctccg cgacatgagg attgtccagg agatgtatgc cagagggttt     4260

gaattcacgg ccattgacat ctttaaagcc agcgccagga gtttccagat agtggatgga     4320

aaattgatgc cgtccctcag cagtatcgac ggactgggcg agaaagcggc cgacgctatc     4380

gtatttgcgg cggaggacgg accgttcctg tcaagagagg atttcatcaa ccgcacgaag     4440

gttacgaaga ccgtgtgcga tctgatggga gaactggggc ttttggggga tttgccggag     4500

agtaaccagc tttcgttgtt tgatatggtg atgtga                               4536


<210>  2573
<211>  1674
<212>  DNA
<213>  Clostridium symbiosum WAL14695

<400>  2573
atgggtaaat acgtctttgg atatgatttt ggaacactct catgccgcgg cgtagctctc       60

aggctggaag acggaaagct gatggctacg gcagagagca gatataaaaa cggagtaatt      120

tccggcatga tgcaccacaa accgatcccg cttgaggatg aatggttcct gcaggatccg      180

gacgactggt taaacagcat gtgttccgtg acagaacaga tgcttcgtga atcagggata      240

ccgccggagg atgtggcagg tatcggaact gattttacaa gctgcaccat gattccggtc      300

tgtcaggacg gcgcgcccct gtgcaagaag gcggaatttc gtgacatccc caatgcatgg      360

ccgaagctgt ggaagcatca cggggcccag aaatatgccg aggagataga acggtacgca      420

agggaacaca cggactggct cagggaatac tttggaaatt ccgtttcatc cgaatggatg      480

tttccaaaga ttatgcaggt ggcaaaagag gaccctgaaa tataccgggc aaccgatttg      540

tttatggagg cggtggactg gattgtctat tggctgacag gaaacttaaa gaggacagga      600

ggcattctcg gggtgaatgc attctggatt aagggcagag gatatcccga caggagcttt      660

ttaaaggccc ttgatcccat gatggaagac ttggttgaga caaagttcgc aggtgagatt      720

atcgatgtcg gagattttgc cggccatctg agcagcaggg cggcagaacg gctgggcctt      780

acggaacata cggcggtatc tgccgggcac agtgacggag cagtggcggg ctgcggagcc      840

ggagtcaccc gaagcggaag catgatgctg gtgatgggga cttctacctg ccaccagatg      900

atgtgccggg actttcattc atttgacggc gtgtgctcgg tggcggcgga cggcatggtt      960

ccggggctgt atggttacga gtcggggcag cccgcaacgg gagatctgtt tgaatggttt     1020

gcggggaatg cggttccccg ggaatattat gaaaaagccg gggaggaagg aaagagtatc     1080

ctggagtatc tgggggatct ggctgcagaa ctggaaccgg gggaaagcgg tctcattgct     1140

ctggactggt ttaacgggaa caggagcgta ctgtccaact acaatctgtc gggagcgata     1200

ataggactta cgctacatac aaaaactgaa gaaatttacc gggcgcttgt ggaggcaaat     1260

atattcggtt ccaggaaaat tcttgagaat tataagaata acagcgttgc gattgatgcg     1320

atctatgcgg tcggggggat tgcgcggaag agtccgtgga ttatgcagat gtgcgcagac     1380

atattccatc aggaggttat agtgcctcag atagataatg tgcccgccag aggcgccgca     1440

gcctgtgcgg cggtcgctgt gggaaaggaa tgcggatatc cgggctgcat ggattttgaa     1500

gagtcgtcag agcgtctgat cccgggggag acgcttgtct accgtcctga tggcgcaaga     1560

ggcaggctgt acgatgaatt gtattgttat tatgggaaat tacatgatgt tttcggccgt     1620

gatgattcct ttatgaaagg actgaggaac atcggaaaga gccggaatgt ttaa           1674


<210>  2574
<211>  3648
<212>  DNA
<213>  Clostridium symbiosum WAL14696

<400>  2574
atgccagaga caaacgaaac ttatcagcca ttgacatttg acgcaatcaa gattggtttg       60

gcctcccctg agaagatcct tgagtggtcc cacggcgagg tgaaaaagcc ggagaccatc      120

aactacagaa ccttaaagcc ggagaaagac ggtctgttct gtgagaagat cttcgggccg      180

agcaaggatt gggagtgcca ttgtggtaaa tataaaaaaa tcagatataa aggtgtaatc      240

tgtgaccgat gcggcgtaga agtaacgaaa gccagtgtcc gcagggagcg cgtgggccat      300

attgccctcg cggcgcctgt ttcccatatc tggtacttca agggaatccc cagccgtatg      360

ggactgattc tcgatatatc tccgagaaca ctggaaaagg ttctgtactt tgcttcttat      420

atcgtactgg atccgggcaa aacaagcctc cagtacaaac aggtattatc cgagaaggag      480

taccgtgatg agctggagaa atacggctac ggcaacttcc gtgtaggaat gggagccgag      540

gccattcagg aacttttaca ggccattaat ctggaaaagg attctgagga tttgagaaaa      600

cagctcaaag atgccacagg ccagaagcgc gcccgtatca tcaagaggct ggaagtggtc      660

gaggccttca gaaattccgg caacaaaccg gagtggatga ttatgaccgt agttccggta      720

attcctccgg atatccgtcc tatggtacag ctggacggcg gccgttttgc aacatctgac      780

ttaaacgact tatatagaag aattatcaac cgtaacaacc gtcttgcccg tcttctggaa      840

ctgggcgctc ccgacatcat tgtcaggaac gagaaacgta tgctccagga ggctgtcgac      900

gcactcatcg acaacggcag acgaggcagg cctgtgacag gacctggaaa cagagcttta      960

aaatccctct ccgatatgtt aaagggtaaa cagggccgtt tccgccagaa tcttctgggt     1020

aaacgagttg actattcggg acgttccgtt atcgtagttg gaccggaact gaagatttac     1080

cagtgcggcc ttccgaagga gatggcgatt gagctgttca agccttttgt tatgaaagag     1140

cttgtctcca acggaaccgc acacaatatc aagaacgcga agaagatggt agagcgtctc     1200

cagccggaag tttgggatgt gctggaggat gttattaaag agcatccggt tatgttaaac     1260

cgcgcgccta ctctgcacag acttggtatc caggcatttg agccgattct ggtagaaggc     1320

aaggcaatca agcttcatcc ccttgtttgt actgcgttca acgccgactt tgacggtgac     1380

cagatggctg ttcatctgcc gctgtccgta gaggcccagg cagagtgccg tttcctttta     1440

ctgtctccga acaacctgtt aaaaccgtcc gacggcggtc ctgtagccgt tccttcacag     1500

gatatggtac tcggtatcta ctatctgaca caggagagac cgggagcaaa gggcgaaggc     1560

atggctttca agagtgttaa cgaggcaatt ctcgcttatg agaacggcga agttaccctt     1620

cactcaaaag taaaggtgag agtgcagaag agaatgcctg acggtacggt taagaccggc     1680

atcatcgagt ccaccgtagg ccgcttcatt ttcaatgaga ttattccgca ggatctcggt     1740

tttgtggaca gaagcattga agagaatgaa ttaaagctgg aagtagactt ccacgtaggc     1800

aagaagcagt taaaacagat ccttgagaaa gttatcaata ttcacggcgc aacacagact     1860

gccgtgacac ttgacgatat taaggcaatt ggctacaaat actccacaag ggcggccatg     1920

accgtatcaa tttccgatat gaccgtgcct gagagcaaaa agcagctgat tgaagatgcc     1980

cagtctaccg ttgaccagat tgccaagaac ttccgccgtg gtctcatcac agaggaggag     2040

cgttacaaag aggttatcga gacatggaag gctaccgatg atcagctgac tcatgacctg     2100

ttaaccggac ttgacaagta taataacatc tatatgatgg ctgactccgg agcccgtggt     2160

tccgataaac agattaaaca gctggcaggt atgcgtggac ttatggcaga tacaacaggc     2220

cataccatcg aacttcctat caagtccaac ttccgtgaag gtcttgacgt actggagtac     2280

ttcatctctg cccacggagc gcgtaaaggt ctgtctgata cggcgcttcg tacggccgac     2340

tcaggttacc tgacaagacg tcttgttgac gtttcccagg acttgatcgt acgtgaagag     2400

gactgctgtg aaggaagaga aatcccattc atggagatta aaggcttcat ggacggccag     2460

gagacaatcg aggccctgga agagcgaatt acaggccgtt ttatcgccga gacgatcaca     2520

gatcctgata caggggaagt cattgtcaag gcaaaccata tgtgtacgcc gaagcgtgcg     2580

gctgccgtta tggcagtgct taggaaacag ggcagggaca gcgtgaaaat ccgtaccgtc     2640

ttaacctgta aatcccatat cggtgtgtgt gcgaagtgct acggcgccaa catggcgacc     2700

ggccagccgg ttcaggttgg cgaggcggtt ggtattatcg ctgcccagtc catcggtgag     2760

cctggtacac agcttacaat gcgtacgttc catacgggcg gcgttgccgg cggcgatatc     2820

acacagggtc ttccccgtgt cgaggagctt ttcgaggcgc gtaagccgaa gggactcgca     2880

attattgcag agttcggcgg aattgcgacg atcaaggata caaagaagaa acgtgagatt     2940

attatcacgg acaatgagac tggtaattcc aagacttacc tgattcctta cggttccaga     3000

atcaagattc aggacggttc cttacttgag gccggtgacg agctgaccga aggtagcgtg     3060

aatccgcatg acattctgaa gattaagggt gtccgcgccg ttcaggacta catgattcag     3120

gaggttcagc gagtttaccg tcttcagggt gtagaaatca acgataagca tatcgagatg     3180

attgtgcgcc agatgctgaa gaagattaag atagaggaga gcggagattc cgatgtgctt     3240

ccgggaacct ccatggacgt tctggattac aacgatatga acgaggctct gcttgcagaa     3300

ggcaaagaac cggcaatcgg ccgtcaggtt atgctcggta tcacaaaagc ttctctggct     3360

acagattcct tcttatcggc cgcttccttc caggagacga caaaagttct tacagaggcc     3420

gctatcaacg gtaaagtgga tcatctgatt ggactgaagg agaacgttat tatcggtaaa     3480

ctgattccgg ccggtactgg tatgaagaga taccgttcca tcaagctgaa taccgatatg     3540

gaagaagagg atgagattat gctggctgac gacgatgata tcgatctgga tattcttgac     3600

gaggcagaca gaattgtcct gaatgaagat gaattaagcg aagagtaa                  3648


<210>  2575
<211>  1359
<212>  DNA
<213>  Clostridium symbiosum WAL14697

<400>  2575
atgattaaaa acctgacgga aggaaaaccg ctgaagctgc tgtttttctt ttcccttcct       60

atgctgatgg gaaatctgtt tcaacagttg tacaacatgg tagactctat cgtagtgggc      120

aattttgtcg gggccgacgc cctggccgcc gtaggagcct ctttccctgt tgttttcctg      180

gctgtcgccc tggcctccgg tttgtccatg ggctgtaatg tcgttatatc acagctcttc      240

ggcgccggaa gaatacgcga aatgaaaacc acgatatcca ctgccctgat tggacagttc      300

gtcctgagca tcggcatcac gatagtaggg gaaattattt ctccaggtat tttaaggatg      360

ttaaagacac cggacaatat catggcggat tctcttatct acctgcggat ttatcttggc      420

ggcgctgtct tcctcttcat ttataatacc ctgaacggta tttacaatgc cctgggagac      480

agcaagacgc cgctttattt tctgatgctg tcaactctga cgaatatcgt gctggatctg      540

ctgtttgtaa tcaaattcca tatgggtgtt gccggcgttg cctgggccac cctgattgcc      600

cagggcgtat gtgccggact ctccatggtc gtcatcatgg cccgtctgaa gcatctggag      660

gatgaaccgg gacacgagga tgagggaaaa cggcctctgt tccatttctc agccgtggaa      720

cgcattgccc gcatcggcgt gccttcaatg atacagcagt ccattgtttc agtcagtatg      780

ctgatgatgc agggccttgt aaactcctac ggctccgttt tcattgcagg atatacggcc      840

gcaaccaaaa tcgacagcct tgccatgatg ccgaatatga acttttcaaa tgcaatgtcc      900

agttatacgg cccagaatat cggcgcggga aaaattgagc gtgtcaagga cggctataag      960

gccaacatgt ttatggtggt tgtcttcagc ggcattatca cgctgattat cttcctgttc     1020

gggccaaacc ttctcaatat gtttatggac tcgggttcca atgtacaggc gattaactac     1080

ggcatggaat atatgcgtat cgtctcctcc ttctacatac tgatgggaat tatgttttcc     1140

agcaacggac ttttaagggg agccggcgac atgaagacct tcatggcaag ctccctctgc     1200

aaccttttct cccgtgtatt cctggcttat ttcctggcca gccgcatcgg gccgagcgct     1260

atcggctggt cgattccgat tggctggctg gtaggctccg ctatctcctt tacacgtttt     1320

aaaagcggaa aatgggcgaa aaagacactt gtgaaataa                            1359


<210>  2576
<211>  1890
<212>  DNA
<213>  Clostridium symbiosum WAL14698

<400>  2576
atgggagatg gacaagtgaa gacaggcgaa atggaaaaaa tacagaacgg ccacagaaat       60

tttcctttag gcattacaaa gacagagaaa ggaatccata tctgcaccgt ggctcccggc      120

gaaagctgca gcctggtggt ttacagggat gggaaaataa tagagaaaat accgttttct      180

ccggaggaga aggtgggaga tgtatggtcc atggaacttt gcggcgatgg attttcggga      240

ctggaatact gcctggagac ggagagcggg gaacagcccg atatttatgg gagagaattc      300

cggggacgcg aacaatgggg ggatttatct tccgtcaaaa gaccggtaag aagctgcttt      360

gtcctggagg actttgactg ggaagacgac agaccgttaa aatacgcttt cggggagatg      420

gtgatctaca ggctgcatcc ccgcggtttt acaaagcatg catcctcaca cacttccaac      480

aggggaacgt ttaaggcaat cacggaaaaa attccctata tgaaagagct gggcattacg      540

acagttgaac tgcttcctcc aaatgagttt tgtgaagtaa tgatgcccga tcagtcggac      600

ggcaatcctt accgcagcca ggagcctacg ggacggctga attactgggg atacggggaa      660

ggtttttact ttgcccccaa agcgtcgtat tcgtcgggag ggcttaagag accggcagcg      720

gaattttgca gcctggtcaa ggagcttcac caaaacgggc tggagctgat tgtcgaactg      780

tattttaccg ggaaagaaaa cccgtctctg attttggagg cggtccgctt ctgggttatg      840

cagtaccatg tggatggagt gcatctatcc ggatatgcac cggccgggct gctggtgcgt      900

gatccatggc tgtccgagac aaaacttttt gcaacatcgt gggagaatgc ggagaatggc      960

agggtgcgcc atctgggaga gtacaatgac ggctttctgg ttgatatgcg cagtgtgctg     1020

aagggggacg aggatcagat taataaattg atcttcagaa accgaagaaa tcccgccggc     1080

ttcggcgtta taaattatat ggcgaatacg aatggattta ccatgatgga catggtgtcc     1140

tatgagatga aacataacga agccaatgga gaaaataacc gtgacggaac ggattataat     1200

catacctgga actgcggcgt ggaaggtccg acacgaaaaa agaaaatagt gcagatgcgc     1260

agaaaacagt tgagaaacgc ctttttactg ctgtttctaa gtcagggaac acccctgctt     1320

caggcagggg atgagtttgg cagcacgaaa aacgggaata ataattccta ttgccaggat     1380

aatgagatct cctggattaa ttggaatttg cttgagacga accgggatat ttttgagttc     1440

gtcaagtacg tcattgcttt tagaaaagag cattctgttt ttcatatggg aacggagccg     1500

aagaatacgg attacctggt ctgcggtcat ccggatgtat catatcacgg agtgaaaacc     1560

tggtgtccgg aatttgagaa tttccgccgc cagcttggaa tcatgtattg tggggaatat     1620

ggggaaaaaa cgggcggcgc gcccgatgat tacttttaca cggcatacaa tatgcattgg     1680

gaaccacatg aatttgccct tcccaaactt ccgaagggca tgatgtggca tctggccttt     1740

aatacggatg acaatgagaa taatggtata tacagacacg gagaggaacc ggttctaaaa     1800

aaccagaaac agtttatggt tccgccgaga tgtgttgttg tatttatcgg gctcagaagt     1860

atcggccatg atgcaaaaat tcaggagtga                                      1890


<210>  2577
<211>  1875
<212>  DNA
<213>  Clostridium symbiosum WAL14699

<400>  2577
atgaaatgcc cgcattgcaa tcaagaaatc aatgatgaaa gccaaatttg tacatattgt       60

ggaaaatcat tgaacgaagt accggacggc cagtctcaga cggagaatca ggagcattct      120

tccgatacag aggcagacag ccaggcaaca gcagagccgg cggctgaaga gaatatagtg      180

gcgccggaag caggaactga ggttacggaa gcagtagctg caaaagaaac tacggagccg      240

gcaggcgaac cggcagaacc ggcaggcgaa gcgccgaaag gaaagaagaa atgggtaata      300

cccgcagcga ttgcagcagt cgttgccatc gcggccggag catttgccat gacaagcgca      360

aaggatccga aggatgccgt aattggagca tttaagagca ttgtagctga gggacagaca      420

aacccggcgg aagaaatttt cggagtcagc gccatgacgg ataagctgaa taaagagtcc      480

agcgagatga atatggaact gacggtggaa ggttcctccg acgaaacact cagccagctt      540

gtatcaggca agataggcat gtccgcctta aatgacattg acaacaaaaa gatgagcttt      600

gtgatgggtg tcggctatgc agatatgaac cttgccaact ttgaattcta tctggatgaa      660

aaagaactgg tcatggcgat tccggaactg tcatcaaagg cgttctcaat gaattatgcc      720

gatgatctgg aaggtcaggt taagaattca ccgtatctgg gacagattct ccaggacagc      780

ggaatggatc tcaccggcct gaacagctac cttgaaaagt gcaacgaact ggcggcaggc      840

ggagagcagt ttttcgacct ggaagaactg tggaaacgtt ataaagaagg cagcaaggct      900

attgacgatc tgaaagcggc catgaccgtg gagaaagcgg aaaagaagag ctttactatt      960

gacggcaaag aagtaagctg cgacggatac catacgacta tcacaaaaga tgccctgatt     1020

cagtttgcaa caacaaccaa agaattcttc ctgagtgacg agacgctgaa aaaagatttt     1080

atcgaatata tggatttgat gaacgaactt cagggaacca tggtaatgat ggcaaatcca     1140

tatgcccaga ccggagaaga gatgcagcag gagctgtgga aagaagctga aacgcagctt     1200

gatgcggtaa ttgaagaatt aaaagattcc atgggtgatc tgacgatgga cgtatacgta     1260

aggaaggacg gtaaaatggc cggcttcgat tacgagacaa ctgctgtgat cgcagaagaa     1320

aatatcaagc tctacggtaa tgtcgcattt gccggaggct acagcatgat gtccaacgtg     1380

aaagcagttt taaatgttga gtctgctgac ggcgaagtag tgacggcttc tgtcgataag     1440

actggtacct acgagaaaga caaaacatgg gccgggactc tgagaggaac aatcggaaac     1500

ggaacggatt cttacagctt cgtttatacc ggtgattata acgcagagag caaggattac     1560

aatctttccc tcgatctctt aagcggggaa gagagccagt ttaccatcag ctcaagcggt     1620

atgtttaccg atcttgtaaa aggagaatcc tttaaccttg agatgacctc ccttaagatg     1680

gaaacacctc tgattaccgg agagaacgag taccttgaac tgtccggcaa atatcttgcc     1740

ggtccgctga atcagacagt ggaagcgccg gaaggtgaca gattggatct tcttgccgct     1800

acggaagaag attataataa tgtatatact gaaattatgg gtaatgcatt tagtctgatg     1860

atgaaattct attaa                                                      1875


<210>  2578
<211>  1758
<212>  DNA
<213>  Clostridium symbiosum WAL14700

<400>  2578
atgcaaatgg gaaaagagat aaaaaagaaa gagggaaaac aaatgaatgg tattacaatg       60

atggtactgg ccattgtagt cttaggcgga gcctatttac tgtatggccg ttatctggaa      120

aaaaaatggg ggattgaccc caaagcaaaa acaccggctt ttgagatgga ggacggtgtg      180

gattacgttc cggccgatac gaatgttgtc tttggccatc agtttgcttc catcgcagga      240

gcaggtccga tcaacggtcc gattcaggcc gccatgttcg gctggcttcc ggttcttctg      300

tggattctga tcggcggcgt cttctttgga gcggttcagg atttcgctgc gatgtatgcg      360

tcagttaaga ataagggacg tacaatcggc tatattattg aggaatacat cggcaagctg      420

ggcaagaaat tatttctgct gttttgctgg ctgttctgta ttctcgtggt cgcggcgttt      480

gctgacgtgg tcgcgggaac cttcaacggt tttgtgacgg ccgacggcgt aacctccact      540

gttgaggcca acggcgcggt ggcgacgacc tccatgctgt ttatcattga ggcggtggca      600

ctgggaatga ttttaaaata cggcagactg ggcaaggggc tcaataccgc cattgcaatc      660

ggaatgctgg tggcggccgt gggaatcggt ctctgcttcc cgatttacat aacaaggcca      720

acctggcata ttattatctt tatttatgtg ctgatcgctt cggtagcgcc agtgtggagc      780

ctgttacagc caagggatta tttaaacagt tatctgcttg tatttatgat agtcgcagcg      840

attgcaggcg tgtttatctc caatccttcc tgtaacctga attcttttaa cggatttaat      900

gtggacggac agtatatgtt cccaatcctt tttgtcacaa ttgcctgcgg agcggtgtcg      960

ggattccatt ctctggtatc ctccggtacc gcgtccaagc agattaaaaa tgagaaaaat     1020

atgctcccgg tgtccttcgg cgccatgctg atggaaagca tgctggcaat tatcgcgctg     1080

atcgcagtgg catcctttgc cgacggggaa gcggcggcag ccggacttac gactcagcct     1140

cagattttcg ccggggcgat tgccaacttc ctgacggcgg ccggacttcc gtacagcctc     1200

gtgtttaccc tgattaatct tgcggtttcg gcatttgccc tcacctccct tgactccgtg     1260

gcccgtgtgg gacgtctttc attccaggag ttttttatgg aagatgagac ggaaggaaag     1320

gaaaccggct catttatcaa gcttatgacg aataaatatt ttgccacagc cctgacgctg     1380

attctggcct atctgctggc aaaggtcgga tacgctgaga tatggccgct gttcggttcg     1440

gcaaaccagc tcttatccgt attagctctg gtggcctgcg ccgtattctt aaagaagaca     1500

aaccgtcagg gagcgatgct ctggattcct atggtattta tgatggcagt gacatttacc     1560

gcacttggaa tgacgatatt caaactcggc agcgccttct ttactacagg cctgagcttt     1620

ggcaatacgc ttcagcttgt gtttgcagtc ctcctgctga ttctcggcgt gattgttgca     1680

atccagggaa tccagaagct ggttgggaat gataaggctg cggacggtat tgccggcaac     1740

gaaaaagaat tagcataa                                                   1758


<210>  2579
<211>  1842
<212>  DNA
<213>  Clostridium symbiosum WAL14701

<400>  2579
atgaatatga aacgtgaaga tgtcagaaac attgcaatta ttgctcacgt cgatcatggc       60

aagactaccc tggtggatca attactgaga cagagcggaa tattccgcga gaaccaggta      120

gtttgtgacc gtgttatgga ctccaatgat attgagcggg agcgcggtat tacaatttta      180

tcaaaaaata ctgcggtcaa ttataatggt acgaaaatca acatcattga tacgccgggc      240

catgccgatt tcggcggcga ggttgagcgg gttcttaaga tggttaacgg cgttgtcctt      300

gttgtggacg catatgaggg cgcgatgcct cagacgaaat ttgttctgag aaaggcactg      360

gatctggatc ttccggttat agtctgcatc aataaaatag accgccctga agccagaccg      420

gatgatgtgg tggatgagat tctggaattg tttatggatc tggatgcatc tgatgaacag      480

ttggagtgcc cgttcattta cgcatccgca agagccggat ttgccaaaaa ggatatcaat      540

gatccggaag aggacatgtc cgcgcttttt gagacgattc ttgaatatat tccggctccg      600

gaaggagatc cggaggctga gacccaggtt ctgatcagca ccattgatta taatgagtac      660

gtgggaagaa tcggtgtcgg caaagtggat aacggaaccc tcaaagtaaa tcaggaatgt      720

gtgattgtga accatcacga gcctgacaaa ttccgcaagg tgaagatcgg caagctgtat      780

gagtttgaag gccttaacaa agtggaggtg acggaggcgg ggattggctc gattgtagcg      840

atttccggta ttgcggatat ccatatcggc gacaccatct gttctccgtt aaacccggag      900

gccattccgt tccagaaaat atccgagccg accattgcca tggattttat ggtaaacgac      960

agccctctgg caggccagga ggggaaatat atcacttccc gccacatcag ggaaagattg     1020

ttccgggagc ttaacacgga cgtcagcctc cgggtggagg aaacggattc tcccgactgt     1080

tttaaagttt cgggccgcgg cgaacttcac ctgtcggtcc tcattgaaaa tatgagaaga     1140

gaaggctttg aatttgcagt cagcaaggcg gaggttctct atcattacga cgagaggaac     1200

agaaaactgg agccgatgga gatcgcctat atcgatgttc cggaagagtt taccggcgcc     1260

gttatccaga agcttacaag ccgcaagggt gagcttcagg gcatgagccc gatcggcgga     1320

ggatatacca gacttgaatt tgccattccg tccagggggc tgattggtta ccgcggcgag     1380

tttatgaccg atacaaaggg aaacggtatt ctgaacacca gctttgacgg atacggcccc     1440

tttaagggcg aacttaatta ccgcaagcag ggttcgctga ttgcctttga ggcaggcgaa     1500

tccattacct acggcctttt caatgcacag gagaggggaa ccctctttat cgggccgggc     1560

gtaaaggttt attccggtat gattatcgga cagagcgcga agcctgagga tattgagctg     1620

aacgtctgca agacgaaaaa gctgaccaat acacgttctt ccagcgccga tgaagcgctc     1680

aggctgacta cgccaaaaga gatgagcctg gaacagtgcc tggactttat cgatacggat     1740

gagcttctcg aagtaacgcc cacaagcctg cgtatccgca aaaaaatcct cgatccgaca     1800

atgagaaaga ggtccgcaat cagcagaaaa gataaaggct ga                        1842


<210>  2580
<211>  1614
<212>  DNA
<213>  Clostridium symbiosum WAL14702

<400>  2580
gtgataacag tgaaaaaatt aattaaaaat ggttttatcg ttgacggaag cggtaatccg       60

ggatataaag ctgatgtatt attaaacggc ggtatcattg agaagatagc ggagacgatt      120

gaagaggacg gagcagaaat cattaatgcc gaagggcttg ttgtagctcc cggtttcatc      180

gatacgcaca gccacagtga ccttcaggtt ctggtagagc cggaggttgc cccaaaggta      240

ctgcagggaa tcacaaccga gattctcgga caggatggta tctccatggc gcctcttcca      300

aaagaatatg tcagcccgtg gagaaagaat ctggcgggac tggatggtga cagcgacctg      360

attgactgga attatgagac cactgagaat tatcttcaga tgatcgacga cgtaaaaccg      420

ggactgaatg aatgttatct cgtgccgcac ggcaatatca gaatggaggc gatgggtctc      480

gaaaaccgtc ttccaaacga tgaagagctg gagagaatgt gtgctgtcac aagacgggag      540

atggaggccg gagccgtagg attatcaacg ggcctgattt atatgccctg tgcatattcc      600

gagtccaggg aaatcattga gatgtgtaag gtggtggcag agtacgacgg gctttttgtc      660

atccaccaga gaagtgaggc agataccatc ctcgattcta tggaagaagt tattaaaatc      720

ggccgtgagt cgggcgtaag gattcactac tcccatttca aggtatgcgg taaaaagaac      780

tgggataagg ttgataaggt tatcgagctt ctggaagagg ctaagaagga gggcatccgt      840

gtttccttcg accagtaccc atatgtggcc ggaagcacga tgctgggtgt aatccttcct      900

ccatgggtgc atgacggagg cactgataaa gtgctggagc gtctggctga tccggagctg      960

agaaaaaaga tggtttatga tatcgagcat ggtattccgg gatgggacaa ctttgtggaa     1020

tttgccgggc ttgaccagat atttgtgaca agcgtgaaga ccgaaaagaa ccaggacgca     1080

atcgggttaa acctcattga actgggtaaa ctgcgaggaa aagatccgta tgaggctaca     1140

tttgaccttc tctttgagga ggagaatgcg gtaggcatgg tggatttcta cggaacggag     1200

gaacacgtaa tccgtatcat gaaacggccg gagatgaacg catgtaccga cggactgctg     1260

ggcggcaagc cgcatccccg cgtatacggc gcatttccga gaattctcgg aaagtatgta     1320

agggaagaga aggctctgac actggaggaa gccgtttaca agatgacgaa gaaaccggct     1380

gtgacattta atatgacggg cagaggcgaa gtgaaggcag ggtactgcgc cgatctgtgt     1440

attttcaatc ctgatactgt cattgataaa ggaaccttcg tggatccggt tcagtacccg     1500

gagggaattg aatatgtgat tatcggcggc gagctgacgg ttgagaacgg aaaacacacc     1560

ggtaagagaa acggagcggt acttcggaaa aaaggaaaag aggtaatcag ataa           1614


<210>  2581
<211>  1140
<212>  DNA
<213>  Clostridium symbiosum WAL14703

<400>  2581
atgaaaaaag cactttctct tcttttggcg cttgcccttt cactttcctg tacggcgtgt       60

tcaggggaca gcaaaacgca gggcggcaag gcagacaatg gcagtacagc cgcagcttcg      120

gccggcaaaa gcggcgaagc ggaaaatggt acaccgcagt acagcgtcac attcctctgt      180

atgaccctgg gcgatatgtc ctttgccgat tccggtaagc gcggccttga tatgctggag      240

gaaaagtacg gatttaaaac caaggccgtg gaggccggaa ccgattcatc gaaatatgag      300

tcttatgtta ttgatgtttg tgagggcgag cctgactttg ttctttctac cagtgaattt      360

caggaggaag tggagagagc ggcaaaagat tatcccgaca tccgatttat cattttcgat      420

gtgagccgtg atgtggaagt gaaatctgat aatatattat acatagcata tgcccagaat      480

gagggttctt atctggtagg catgattgcg gcagccatga gcaagaacgg agtcatcggt      540

acggtgggcg gcgttcagaa cccggtaatc tgtgacttta tcaccggata tgcggaaggc      600

gccagagctt ataaccctga tataaaggtt attacctcct gggtggggaa ttggacggat      660

tcggccaaga tgctggagct ttgttcccag cagaacagta cttatggagc ggatgtattc      720

ttcccggtgg ccggcggcgc cagcctggga gcctttgagg cggcccttaa gactcccgga      780

acgtggagca tcggagtgga ttctgatcag catgcaattt ttgaggcaac cggaaatgct      840

tatgcggatg taattgtaac ctccatgctc aagcaggtgg acaagagctt tgtcagcgta      900

tttgaggatt atctcggcgg agaagattac tgggggacgg taagagtcct gggcgttaaa      960

gcaggcggcg ttgactatgt caatgacgaa atgctgaaag agaatgcccc ggccgaggtg     1020

atagcccagg tggaagaggc aaagcagaag attattgacg gagaactgac agtaaaagga     1080

tataaagatt ttgccaacga ggaagagtat aacgcatata ttaatacgtt tgctccgtaa     1140


<210>  2582
<211>  1143
<212>  DNA
<213>  Clostridium symbiosum WAL14704

<400>  2582
atgaaaaaaa tagctatact gggttctacc ggttcaatcg gaacacagac attggacgtg       60

gtcaggacga ataaagatat agaggtgact gcattagccg ccggaagcaa tatatcgctt      120

ttggaaagtc agatccggga atttacaccg aagctcgccg cagtctggga tgagaagaag      180

gcggctgaac ttaaaagccg ggtgcgagat ctcgatgtga aggtggtaag cgggatggaa      240

ggccttctcg aaattgccgc agaaccttcc tcggagattc tggtgacggc aattgtaggt      300

atgattggca tcaggccgac cattgcggca atggaggcgg gcaaggacat tgccctcgcg      360

aataaggaaa cgcttgtgac cgcaggccat atcatcatgc cgctggcaaa agagaagaat      420

gtcaggatac tgccggtgga cagtgaacac agcgccatat tccagagcct gaacggcgag      480

catggaaaca ggatacataa aatccttctg actgcatcgg gcggcccgtt ccgcaaaaga      540

acgagggagc agatgaagga cattcaggtg gaagatgcgc ttaagcatcc caactggacg      600

atgggcagaa agataacaat cgacagctcc acgatggtga acaaggggct ggaagtgatg      660

gaagcaagat ggctgttcgg cgtcacgatg gagcaggttc aggttgtggt ccagcctcag      720

agcgtgattc attccatggt ggaatttgaa gacggagctg taattgccca attgggaact      780

ccggacatga aactgccgat tcagtatgcg ctttactacc cgcagcggaa gtttttgccc      840

ggcgggcggt tagattttgc caaacttggg cagattacct ttgaagcccc tgacttctgc      900

aattttcacg gcctttcact ggcctatgag gcaggaaaac gcggcggaac gctgccgacc      960

gtatttaacg cggcgaatga actggcagtg aaaaaattcc tggacagaaa agcaggatac     1020

ttagcgataa ccgatatgat cgaggctgca atggagcagc acagggtagt ggaaaatccg     1080

tcggtggatg agatactttc cgctgagcag gagacttatg actttataga gagcaggtgg     1140

tag                                                                   1143


<210>  2583
<211>  1191
<212>  DNA
<213>  Clostridium symbiosum WAL14705

<400>  2583
atggaagact tattaaaaga ggcgcaggaa ctgcagcaca agattgtaga gtggagaaga       60

atacttcacc gctatccgga aacggggtta gtgcttccaa agacagcaga ttttgttaca      120

aaacagttaa cagcggcagg cattgcttac aagacttata agaaccattc aggaataacg      180

gctgtgattg gcaagggtga ggggaaaaca attgcgatca gggccgatat ggacggactt      240

cccataaagg aagagactgg tcttacatat gcttctgcaa atgagaatat gcacgcctgc      300

ggccatgacg ctcatacggc gatgctcatt gcgacagcag tgatgctgaa gaaccatgag      360

gatgagctta agggaaaggt aaaacttatt ttccagccgg cggaagaagg acccggcgga      420

gcagagccga tggtgaagga tggagtaatt gatgatgtgg acgcgattct ggcgctgcat      480

gtgggcacga tgttcggacc gttcaataac ggggacattt gtgtgagcta ttccaacact      540

acggcggccg acgatcaggt gctgatcaat attaccggtt ttggaggaca cggctccgtt      600

cctcatgaat gtattgatcc ggttgccatc gcagcgctta tcatcaacaa tattcaatat      660

attatcagcc gcgaagtggc cccggccgaa tctgcggtta ttactctggc cagtgtggag      720

gcaggaagag gagcgtataa tatcattcct gagacagcag ttgtaaaagg aacgattcgc      780

aacggttctc ctgtggtaag ggagtttgtc ttgaaacgta ttgaggaaat tgcaacatcg      840

acagcccgta tgatgagggg aaattgtacg gttcagatac tggatggcta tccggcgctt      900

gtcaatgatc gctcagtagt ggagagcttc ctgaaatctg caagaaaact gattccggaa      960

gaagagattc atatcgccag ccatggaatg atgggtggag aagatgcggc gtttttcttc     1020

caggaaatac cgggatgtta ttttttcctg acaaatggtg cggcgtgccc ggctgacggc     1080

aaacagtatg gggcgcatca tccaaaattc tgtcttgatg aagatgtctt ttacagggga     1140

ccggcattat tcacccaggc ggcaatggat tggctggaag ataacaggta a              1191


<210>  2584
<211>  1386
<212>  DNA
<213>  Clostridium symbiosum WAL14706

<400>  2584
atgaaagaaa aagttcaatt attcggacgg tttttaagcg gaatggttat gccgaatatc       60

ggtgcattta ttgcatgggg gctgattacc gcgttattca tcccgacggg ctggtggccc      120

aatgaaagtc ttgcggcact cgtatcgccg atgtcaaccg tgcttctgcc gctgctgatt      180

gcctatacgg gcggcgctgc cattcacggc cagagaggcg gtgtaatcgg cgctattgca      240

acaatgggcg taatcgtagg ttccgatatc ccgatgttta tcggcgcgat gatcgtaggt      300

ccgctggcgg cctgggttat gaagaaattc gaccggctgt tggaagggaa gattcctgca      360

ggctttgaga tgcttgtcaa taatttttca ctcggcattc tcggcgctgt tctgacactg      420

ctcacactga agggagtcac accacttgtt gagtcattaa acgaggcgat gagggcaggc      480

gttggtttct tcgtggacaa taaactgctt ccgatggcaa gtatttttat tgaaccggca      540

aaggttctgt ttttaaacaa tgcgattaac catggaattt tctcaccgat gggaatccag      600

caggtggaag agaccggaaa atcaattttc ttcctgcttg aagccaatcc cggaccggga      660

ctcggcgtac tgctggcata ctgccttgcg ggaaaaggat cggctaaaag ctcagcgccg      720

ggcgctgtca ttatccattt cctcggcggt atccatgaaa tttattttcc atatatcctg      780

atgaacccgc tcctgcttct ctcagtcatt gcaggcggag ccagcggtat cttcgtagag      840

cagatgtttg gcgcaggcct ttcggcgccg gcttcaccgg gaagtattat tgcaatcctg      900

ggcatgacgc cgagaggagg ttatcttccg gttatactcg gggttctggt agccacggcg      960

gtatccttct tcatttccat gccgattctc aaattcgccg caaaggatga agatctcgaa     1020

agctcaaaga acagaatgaa agagatgaag aatgcggcaa agggcatcgc tgatgagaag     1080

aaagcagtgg cagttgatac gaaggacatc aggaaaatcg tatttgcatg cgacgccgga     1140

atgggctcca gtgcaatggg agccactgtc cttaagaaaa aactgacggc tgcgggactt     1200

ggcggtattg aggttatgca ttcccccgta tcatccatcc catccgacgc gcagattgtg     1260

gtgacgcatc aggagctggg agagagggca ggccacagca acccgaatgc gcggctggtt     1320

ctgattacca atttcctggc agcgccggaa tatgatgaac tgattaaaga attatcaggc     1380

agataa                                                                1386


<210>  2585
<211>  1983
<212>  DNA
<213>  Clostridium symbiosum WAL14707

<400>  2585
atgctgaaag cagtctttat tgactacacc ggtactatga ttgaggaggg cggccctgat       60

gccatgcaga tgctgaggcg ctgctacaaa aacagcgata tcgacagtat ggaatctatg      120

ctggcttact ggtggaaact gattaaatac tttgaagccg caagcagcgg cgattcattc      180

ctgactcagg atgagatcgt ggacaggacg ctggaagtat gtgaaaaaga gattcacctg      240

aaggagaatt tcgaagaaat ccatgagctt tgcaggcggt tctggatgta tgcaccggct      300

tttcctgata cggcggaatt ttttgagaaa tgcagtctgc cgatttacat cataacgaac      360

aatggcctgc cctatgtgaa ggaatctatg cgggataagg ggcttaatcc ggcgggaatc      420

atctgcggcg aaatggtgcg cgcatataag ccgcacaggg aactgttcga tctggctctc      480

caggtgagcg gctgtgcgag ggacgaggtg gttcacatcg gggattctcc ggagtcggat      540

gtaaaaggcg ccttatccgc cgggattctt ccggtgcttc tggacaggaa gggaataaaa      600

cactgtcaag gcgttacaac ggtgaggacg cttacggagg cacttttact gatagaacgg      660

caggaattaa agcctgcttt cgatttatcg agacttacaa cgggaaaaca actcgtatgg      720

attaatccgg aagccggaag gacggagacg gaggaagagc aagcgcaggc ggtcaagctg      780

accatggtgg atgtggatga cgcagaggcc aggctgcagc gttttgcccc atttatcaag      840

cgctgtttcc ctgaaacgga cgcagcggat ggaatgattg aatcggcgct cgttccggta      900

ccgaagatgc agggacgcat caatgaaaaa tatggggcca agctttccgg caggctgtat      960

ctgaagctgg acagccatct gccaatcgcc ggttcaatca aggccagagg cggaatttat     1020

gaagtgttaa agcataccga ggatcttgcc ctcgagcatg gtcttatcac cttgaaagac     1080

agctatgagg tactggctga tgatcaaaac aggaaatttt tcagccgcta cacgatccag     1140

gttggctcaa ccggaaatct ggggctgagt atcggcatta tgagcgcagc cgtgggttat     1200

caggtcatcg tccacatgtc ggccgacgcc agggaatgga agaaggagct gctgcgcagc     1260

cacggcgtga cggtaatcga atatgagtct gattacagcg gcgcggtcaa aagcggcagg     1320

aaactgtcgg agcaggatcc gtacagctat tttgtggacg acgaaaattc cgaaaatctg     1380

tttctcggat acgcagtggc ggcaaaacgg ctgaaaaccc agctggcggc gcaggaaatc     1440

attgtggacg gggagcatcc tttgtttgtc tatattccct gcggcgtcgg aggggcgccc     1500

ggcggtgtgg cttttggcct gaaacgggtg ttcggggaca gcgtacactg cttttttgtg     1560

gagccggttg aggcgccctg catgctggca ggaatggcgt cgggcctgca taatgatata     1620

tccgtacggg acattggcct gagcggaatt actcatgcgg acgggctggc tgtgggaagg     1680

ccttcaggct ttgtcggaaa aatgatggag ccgctgcttg gcggaatctt cactgtgtct     1740

gatgcaaatc tctatgaata tctcagagat ctgctggata cggaggaagt atttctggaa     1800

ccaagcgcct gcgcggcttt tgccgggcca gttatgctga accgttataa ggagacgaaa     1860

gaatatctcc gcctgcactg cctggaagat aagatggccc gggcagtcca tatcgcctgg     1920

gcgacagggg gcaacctggt cccggagcct gtcaggcagg agtacagaaa tacatttttg     1980

tga                                                                   1983


<210>  2586
<211>  759
<212>  DNA
<213>  Clostridium symbiosum WAL14708

<400>  2586
atggacgtaa aaaaaatact ggagcaggtg agtatgggta cgctttcacc tgaggaagcc       60

ggggaaatgc ttaaaaacct gccatacgaa gatctgggat atgcaaaact cgatctgcac      120

agaaagctgc gctccggttt tcctgaaacc gtgtactgtc agggaaaacc cgatcagtat      180

ctggcggata tatttgacac gctgtaccgt gaaaatggtg aggtgatggg aacgagggcg      240

acagagcagc agtacttgct ggtaaaggaa agaattcccg gtatcatcta tgacccggtt      300

tcgcgtatat taaaggcaga gccggaggga aaagaaagaa agggctgtgt cgctgtctgt      360

acagggggaa ccgcggatat tcccgtggcg gaggaagcag cccagaccgc ggaatttttc      420

ggctgttacg tggatcggat ttacgatgta ggggttgccg gaatccacag gatactatct      480

aaaagggaac agattacgag ggcaaactgt gtcatcacaa ttgcaggcat ggaaggcgcc      540

cttgggactg tcgtagccgg gctggtggag aatccggtta tcgcagttcc cacgtcggtc      600

ggctacggtg cgagttttca cggactctcg gcgctgctta caatgattaa ttcctgtgcc      660

aacgggattt caacggtaaa tattgataac ggctatgggg ccggttacct tgccgcgcag      720

atcaacagac tggccgagag gaactgttac acagtctaa                             759


<210>  2587
<211>  3582
<212>  DNA
<213>  Clostridium symbiosum WAL14709

<400>  2587
atgaaagaaa ggattaaccg tctggcgaag ggaatcatcg attcggatct tccgaagatg       60

atttggacgc cggatgtgat tgaggatacg gtacgggttg gcacgactgt gaagagggag      120

atttttatcg gcagtgagaa cggcctgaat gtaaaagggt tcgtctattc ttccaatatc      180

cgcgtgcgca ttccaaatga caataatacg tttggaggac tccggaatca tatagtttac      240

gaagtggata cttctttttt atcggcagga gatgagatag aaggctcttt ttatcttgtg      300

acaaactgcg gggaaaagga gattccctat ctgttccatg tagatctcgc cacatcgggc      360

agaatactcg ggaacctgaa tacggcaaaa gactttttag aagtcgcgga gcatgatatg      420

gacacggctc tgcgcctttt agagtaccag gattttacag aagcgccttt tatgcaggac      480

atgcatacga gggctcttta cgacagcctt aaaggccatg ggagcaggca gaactttatg      540

gaagaattcc tggtggcgct gggagttaag aaaccaatcc gcctgatggt tgaggaagat      600

aaaaaagttt atgacaatcc gggcagacgt ctggaggatt ttattgtaat aagaagcgac      660

acctggggat acatttatct ggaagcttct gcggacggtg actttattca tctcccgaag      720

aagagcgcga cccaggctga tttccaggat ggaaccctgc ggcttccttt taatattctg      780

tcggaacgcc tccatgtggg gaaaaattac ggagcgattc tgattaagac ggcgagggga      840

atcacgaaaa ttccggtgga agccacggtt aacagctccc gcgatgcgga acgcgccgtt      900

ttccgggagg agatgaggga atacctggaa ctgcgcctgg agtatgagag cggaatgtat      960

gaggacgctc tgattctgaa tcagatgcag aaggagctgg atctgatgaa gatgaccagt     1020

gagcagctgc tcctgtcttt gctgcaggca gagatctatg ttctgacggg ccgtcaggac     1080

aaggcctgcc tgattctcga cgaagtaagg gacagcgtcc tgacaaaacg gctggagcag     1140

aaggagctgt actgcttcta tcaatatctg caggtgaaga tctggaatga caaggagcag     1200

aaggactctc tgatccgtct gcttcaaaag tactgttccg aggaggacag atacagaaat     1260

gattttatac tctatctgat gctgctgaaa gtgaatgagg aattatttga gaatccggtt     1320

acggttctca tcagtatgga gcaggagttt aaggacggct gtcacagccc gtttttatat     1380

gtggaatgcc tgaagctgct tgaaaaggaa ccgggatttt taaagaatat ggccaggttt     1440

gaattatacg cactctattt cggcgctaaa cgtggaatgg taagccgtga cctggctctg     1500

gcggcggcca aagctttaaa tggggcgaag ggttttaagg aaatttatct gaagcttctt     1560

tgccggctgt atgaaatgta tccggagcag gagattcttt cctccgtctg ctccatgatg     1620

ataaaaggca actgccgggg aagccgctgc tttgagtggt atgacaaagc gattaaagca     1680

tccgtcagcc tgacccggct gtatgaatat tttctgtatt ccctgccgga agattatggg     1740

aagctcctgc cgcgggaagt acttttgtac ttttcttatt cgacggaact ggacgcgcac     1800

agccgctgtg tgctttacag caatatactg gcctatacac agagggattc cgatatttac     1860

cggctttatg aacgggcaat cgaacagttt gcgctggaac agctctttgc cgggagaatc     1920

aacagccgtc tggcagttat ctacaaacac atgatctata aggaactgat tgacccacag     1980

cttgccaggg ctctgcctgc ggttcttaag tctaaccgga ttacctgccg tgacgccgcg     2040

atgcggtatg ttgtggtgcg ccatggcgaa ctgatgacag aggatgctta tccgctccag     2100

gatggaactg catatgtacc actgttttcg gagcgggata ttattctgtt ccaggactcc     2160

ttcggcaacc ggtacctgaa tatacggtat gaaaaggtat cagccatgga ggcggtggat     2220

gagctgctgg aatgctgttt tgaagtttat ccggatcatc ccgtactgtt tgtaaacgcc     2280

tgctatgaag cgatggagaa ggaggaactg aacggggaca atgcagccct gctggaactg     2340

gcagatcaga agatgaagct gcatccgctg ttccgttcac ggctcatgtc cgcgattgtc     2400

aggtattata aaaagctggc ggatgagagc ggggatggga acagaaacag cagcgtttcc     2460

tatcttcttt gccttgacaa ggatgcactg accagggacg agcggagcgg tgtctgcgag     2520

acgctgatcc ggcagaacta ttatacggaa gcttatgaga tgatttgccg ctatggaatt     2580

gaaggcatcc agataaaacg gcttttgaag ctgtgtacga agatggtact ccagaacctg     2640

tttgacgaag acgaccgtct tcttcatctg gcatatgtgg tttttctgga agaaaaaagt     2700

gacagtgtga ttttggacta tctctgtgag catttcaacg gaaccgttga tcagatgtac     2760

cgcgtgctga tgcaggggat taaggagcac gtggagacgt atgacctgga agaacgcctg     2820

gtagcgcaga tgctctttac cggctgtacg gaaaagatgg atcgcgtttt cgaactgtat     2880

gcgtccagaa agaagacgag tgaaaatgtg gtgaaggcat acttcacggt gaaaagcata     2940

gaatatttcc tttacaacaa aacgacggag gataaggtct ttgcctatct ggaggcagcc     3000

gtcaataaca gcgtggagaa ggacaaggtg ccggatattt acctgctggc cctgaccaga     3060

tattactcca cacttccggc gcttcaggat gatcagctga agctctgtca ggcggtaatc     3120

gacgttttaa tcgaggccgg catgatattt gcctatttta aagatctggc aaaattcatt     3180

gtcattcccg gtaatattct ggataaggaa attatagaat atcatggcaa taaggagatc     3240

aggccatatc tgcgccttcg gattcttccg gaagaggagg agtaccacta cgaggatatg     3300

cgccctgtat acaaaggcat ctatattcgt gagaaagttc tgtttgaggg ggagatcatg     3360

gaatatcaga ttcttgagga tgaaaatggg gagaggaaga cggtggagga aggaagtatt     3420

tcctgcaagg aagtaacgac gagaactttg gggaaccgtt ttgcctgcct caatgagatg     3480

agtctctctc tggagcttaa gaatgaggcg gcgctcaggg agcagatgga ggaatacttg     3540

aaaaaggatg cggccgtttc agagctgttt acgttacagt aa                        3582


<210>  2588
<211>  915
<212>  DNA
<213>  Clostridium symbiosum WAL14710

<400>  2588
atggactttt taacaaatct tgatttttgg tttaccgttc tccgagctac gacgccggtt       60

ctctttgcca cgatggctgc gctcatcgcc agccgttccg gcatgctcaa cctgggactg      120

gaaggagcga tgacaattgc agcgctctgc ggagtattgg gaagcggctt taccgggagc      180

cttcttgtcg gcgctgtctg cggccttgcg gccggaatcg gttttaccat gcttctggcc      240

tactttgtcc agcaccttaa ggcaaatcag gtaatctccg gtgtggccct caatctggcg      300

gccagcgggg gctctgtttt ctgcctgtat tccataacgg gagacaagaa tgccagcaac      360

tctctggctt cgtcggcatt cccggccgta cagattccgg tcattaagga tataccgggt      420

ctgggagatg tattatccgg acataacagt ttgacttatg tcgcatttat tgttacaatc      480

gtcatgttca ttatgctgaa aaagacgtcc ttcggcgttc atatcagggc cgtgggcgag      540

tcggaggagg cagcacgctc cgtcggtatc aatgtgaaac gtgtgcgtta ccaggctatg      600

ctgatcagcg gcactctggc atcccttggc ggaatgtatc tgtccatggg atatgtgaac      660

cgttttacat caggcatggt ggcgggacgc ggctatattg cacttgcaac caatgcgatg      720

gcggccggca atgcgctgat gggaatggtc agctctatcc tgtacggttt cggcagcggt      780

atctccatct atcttcagaa taacaatgtg gatccgtacc tgattacgat tattccatac      840

gcatccatca ttgtcttcta tgttttgttc agcctttatt acaaggtcag gagaaagacg      900

gaggattccc tgtag                                                       915


<210>  2589
<211>  1668
<212>  DNA
<213>  Clostridium symbiosum WAL14711

<400>  2589
ttgaaacaag agaataaaca taataaggta aagatcattc cactcggagg gctggaacag       60

atcggtatga acatgactgc ctttgaatat gaagacagta ttattgtcgt ggactgcggt      120

ctggcattcc ccagcgacga catgctggga atcgatctgg taatcccgga cgtgacctat      180

ttaaagaata atatcagcaa agttaaaggc tttgtaatca ctcacggaca tgaggatcac      240

atcggagccc tgccatacgt cctgaaggac atcccggccc cggtatacgg aacaaagctg      300

acaatcgggc tgattgacaa taaattaaaa gaacacaaca tgacaaagac gatcaagcgc      360

aaggtggtaa aacacggcca gtcaattaat ctgggctgct ttaggatcga atttgtaaag      420

acaaaccaca gtatcgcgga cgcatctgcc ctggctattt ttacgccggc aggcattatt      480

ctccacacgg gagactttaa aattgactac acgccggtat tcggtgagcc ggccgatctt      540

cagcggtttg cagagcttgg caaaaaaggt gtgctggccc ttatgtgtga cagtaccaat      600

gccatcaggc ctggatttac gatgtctgaa cggacggtgg gacggacctt tgattctatt      660

tttgccgagc ataagaacaa ccggattctt gtggctacct ttgcctcgaa tgtggaccgt      720

gtacagcaga ttatcaattc ggcttacaaa tacggaagaa aagtagttgt ggaaggccga      780

agcatggtca atgtcatcgg aacggccagt gaactgggat atatcaatat tccggaagga      840

acgctgattg atatagagca tctgaaaaat tataagaaag aagacacggt attgatcacg      900

acgggcagcc agggtgaatc tatggcggca ttgtccagaa tggcggcaag tcttcataaa      960

aaagtatcca ttatgccggg agatgtggta atattaagtt caacaccgat tccgggtaat     1020

gaaaaggcag tgtccaaggt aatcaatgag ctttccatga agggagctga ggtgattttc     1080

caggataccc acgtatcggg acatgcctgc caggaagaaa tcaagttgat gtattccctg     1140

atacgtccta aatacgcaat tccggtacac ggcgagtacc gccacctgat ggcgcagaag     1200

ggactggccg aatccatggg aattccgaag gaaaatgtaa ttatcatgtc ttcgggcgat     1260

gtggtggaga ttggcgatga gggctacaaa attgccgatc atgtacaggc cggagggata     1320

ctggttgacg gtctcggaat tggcgacgtg ggcaatattg tcctgcgtga ccgtcagaac     1380

ctggcgcaga acggtattat catcgttgtg cttactcttg aaaaatacag caaccagctt     1440

atggcaggac cggacattgt ctcaagggga tttgtctatg tcagggaatc agaggatttg     1500

atggacgagg cccagaagat tgtagacgcg gcggtacagg actgcctgag gcgccatgtc     1560

agcgactggg gcaagattaa gaatattatc agggacagct taagcgattt cctttggaag     1620

aagatgaaga gaaatccgat gattctgccg attattatgg aagtgtag                  1668


<210>  2590
<211>  1410
<212>  DNA
<213>  Clostridium symbiosum WAL14712

<400>  2590
atgaaaatcc gggtcaggta ttttaataaa aagaagttta tatccggctg catcctgctg       60

attcttggga tatgcatgcc gttttttcta accataaata tgtgggaaat tccggaaaaa      120

gcatatgacg caattgtcac acgggataag ctggaattgt ggacagcggg aatgaagctg      180

ggagcgctta attcgatccg ggcctttccc cattatttcg gggcgtttat cattgccgag      240

tctattgagg tggacagcga tcataagatt accaaatggc tgaaatcagg aatcgtcttt      300

tgtattattc caatcattta taccatcatc agcaatgtcc accagattaa atatgatttt      360

ggcatacctg ccctgtcatt aattattctg ctgattctgc tgggaaagaa tgattacaat      420

tacgtgagcc tgtggaagaa agccatgctg attctggtgt ttttgtctgc gcttcagttt      480

ctcgatatca tgccctgctt aaagggactg cctaccggca gaggggagat gtcgagggat      540

atcaaactga tagccgaatt tctggagatg gagccggaga tgaacggtac ggtggcgatc      600

tttttcgcgc tgcttatgtt tatggggatc cttctgttcc tgctcatcag ggatgagaat      660

aacctgaagg ccatgaatga gctgaaagcg cagaatgaga ggatgattat ggacacaagg      720

ctccgggtgc tggaaaaccg cacatatctg gaaatgagac atctggtcca tgatttgaag      780

tcgcctctga cctcggccca ggcgctggtc ggggtggtgc ggatgacctg cgataaaaag      840

gagatggaca aggagtcggg atatttaagc caggtggaat cgtcgattga gaagatgagc      900

agcatgatat cggaaattct ctatgagaac caccggaccc ggatttcgac ggaggaaata      960

cttgattcgg ttctggccca gatttcagtt tccgaatatt cggagctggt acatgtccat     1020

aaccaggcgc cggagaaata tatacatgtg aataaaatac ggttttcaag agcgctgatt     1080

aacctgattg agaattcttt ttatgccctg gtggagcagg ggggaaggat tgatttggat     1140

gtcagcaccg ttatttccga agaggaagaa tcggtctgtt ttaatatatc agacaatgga     1200

aagggaattg acggggacac gctgtcgctt atctgggaac ggggattttc cacccgcagc     1260

tcccatggtc tgggactcag ctttgttaaa aaggtagtga cggattccgg gggaacgata     1320

gagattgaca gcgagattgg aaaggggacg agcattgaac ttttgatgcc ggaggataag     1380

gaggagcaga atgagcagca gggagattaa                                      1410


<210>  2591
<211>  1059
<212>  DNA
<213>  Clostridium symbiosum WAL14713

<400>  2591
atggaagata agaaattagt cgaggtccag aacctgaaac agtatttccc tgttgccggc       60

ggcaagatgt ttgaaaagaa agtggtaaag gcggtcgata atgtctcctt ctttcttaat      120

aagggagaga cgctcggact ggtaggagag tcgggctgcg gaaagacgac cacgggccgt      180

tcccttctgc gcctccatga accgaccagc ggccggatca tctatgatgg cgagacaata      240

tttgacagcg gcgacgtgcc gctttacggg gaagacgaaa agccccggac ggccgatgga      300

aaaccggtgt tcggaaaaaa gacggcggtt aatatgctgc cttaccgccg gaaaatgcag      360

attgtattcc aggacccata tgcgagcctg gatccccgta tgacggtagg tgatattgtc      420

ggtgaggcaa ttgatatcca taaactggcg tccggcaaac aggacaggca ggataagatt      480

attgagatgc tgcgccgcgt agggctgaac tccgagcatg caaaccgata tcctcacgag      540

ttctcaggcg gccagaggca gcgtgtcggc attgcccgtg cactggctgt cgatccggaa      600

ttcatcgtgt gtgatgagcc ggtttcggct ctggacgtat ctatccaggc acaggtggtc      660

aatatgttcg aagagcttca ggagcagatg ggcttaacgt atctctttat cgcccatgac      720

ctctcaattg taaagcacat ttccaaccga atcggagtta tgtacctggg aaatctggtg      780

gagctggccg acagctatga attgaccttc cacagtgtgc atccatatac aaggagcctg      840

atttccgcta ttccgattgc agatccgaga accagcagac agtctaaacg aattgtatta      900

agcggtgatg tcccaagccc ggttaatccg ccgtccggct gccggttcag aacgagatgt      960

ccttatgccg atgagagatg tgcggcagaa acgccggcat ggcaggaagt gtcgaagggc     1020

cattatgcgg cctgccatca cctggatcgg gtgaattga                            1059


<210>  2592
<211>  1335
<212>  DNA
<213>  Clostridium symbiosum WAL14714

<400>  2592
atgaaaaatt taaaagaaat atacagtgaa aaattgatga cagccgataa ggcactggaa       60

ctgataaaag acggagacta tatgttttcc gcgcaggcag ccggagaacc ggcagaaatt      120

ctgtctcatc tcgggcattt gaaatgtaca ggggtgaaga atacgactct taacacctgt      180

ctgccgttac aatattatga agcatttaaa gatcctgaaa tgcagggcgt catgtcacac      240

aacggctggt ttttcagccc ggggctgcgc gatgcccata agagaaaact ggtcagtgca      300

gtgccacaaa gctccacctc agttttgcgc aaggcgctga gccgtctgga atatgagggg      360

cgcaggccgg tagtgctggc aaccgtctca ccgatggatg agcatggcta tatgtccctg      420

tcggtcagcg ctatttacga gagggattta atcaactatg gagcgcttac gattttggag      480

gtgaatccta atttccccag gacattcggg gatacccagg tacatatatc ggaagttgac      540

gcccttgtag agtcaaaccg cccgattccg gtgagcaggc tggccccgta tacggaggta      600

gacgctgcaa tcggaaaata tgtagcctcc ctggtggaag atggttccac gattcagctc      660

ggtatcggaa atattccgaa tgcagtggcc gcggagctga aaaataagaa acacctggga      720

atccatacgg aaatgtttac agaaacaatg gtagatctga ttgaatgcgg agcagtagat      780

aattcctgca aaggcctgtt ggacgggtac tctgtctgct cctttacgat gggaagccag      840

cggctctatg attacattga caacaatccg gctgtactgt tcaaatcctg tacgtttaca      900

aatgatccgt ataccattgg gcggaacaat aagtttgtct cggttaacgc cactctggag      960

attgatctta caggccagtg tgcgtctgag acggtcggtt acgaccagtg gtccggtacc     1020

ggcggccagt cggagaccgt acagggagcc cagatgtcga aaggcggcaa atccattatt     1080

gccatgcact ccacctataa ggcgaaggat gaggaaggca atgaggtgct tcgatccaaa     1140

atcgttccct tcctccatga gggagccgtt gtcaccacct ccaggaatga tacggattat     1200

gttgtcaccg agtacggaat tgcatggctg cgcggactga atgtggggca gagagccagg     1260

gccctgattg ccgttgcaca tcctgatttc cgcgaagagc ttcaggctaa agcggaggag     1320

tacgggatct ggtaa                                                      1335


<210>  2593
<211>  966
<212>  DNA
<213>  Clostridium symbiosum WAL14715

<400>  2593
atgtatccat ctttttctga caaatcattt ctgcccggag ccatctatct gcgcctttca       60

aaggacgatg aaggcgccaa agaaagctta agtattgcca atcagagaaa aatgcttctc      120

cgctacgccg cagaacatgg tctgaccgta atacgggaat atgtagatga cggctactcc      180

ggcacttcct tcgaccggcc cggctttaag aggatgatcg aagatattga aaaaaaggag      240

atcggactgg tgctgacaaa agacctgtca cgcctgggac gcgattacat taaaacagga      300

caatatacgg agctgttctt tccttcccgc ggagtcaggt tcatcgctgt cggggacgga      360

tatgattcag cgttctcaag cacggattta atcccgttcc gcaatgtggt taatgaaatg      420

tatgcccgtg atatttcccg taaaatcagg gcttccctgc aggtacggat ggaagaaggc      480

tcctatattg gtaatttcgc cccctatggg taccgaaaat gcggaaaaga gcgccatcag      540

ctgactcccg atcctgagac cgctcccatt gtgctccgcc tttttcttga tgcgtcccgc      600

ggggttctgc cctcagcact ggccgccgaa ttaaataatg aaaagattcc ctgtccgtct      660

atctaccgct gcctgaagca tccgggcctg aatccggacc gcttcagccg ctccggccag      720

tggactgcca acaccattat aaagatactt cataacccgg tttatctggg tcatatggtg      780

cagggaaaaa caaaaaagct ctcatttaag agttctgcgt ccctgaccgt tccggagcat      840

gagaggatcc gggttcccga cacccatccg ccgattgtca cagaacaatt gttcctgcag      900

tgtaaagaac agttaaaaag ccgaacctgc cggaagcagg aagctgacgg ggacgggcat      960

caatga                                                                 966


<210>  2594
<211>  1290
<212>  DNA
<213>  Clostridium symbiosum WAL14716

<400>  2594
atgagcgggg aatacgaaga gcaggtaaaa ggagaaaaga tggaagatat ggaagagaag       60

gaagaaaaat tgacgctgga gaaatttgag gaggcaacgg aagccgtctc aaaggtaata      120

tccgagacaa agctggtgta cagtgagcat ttttccaata tgaccggtaa caaggtatat      180

tttaaacctg aaaatatgca gtatacggga gcctataagg ttcggggcgc ctattacaaa      240

atcagcacgc tttcggaaga ggaaaaaagc agagggctca tcactgcttc cgccggtaat      300

cacgcacagg gagtcgctta tgcagcgaag ctggctggcg cgggagccgt gatcgtcatg      360

ccgaccacaa cgccccttat gaaggtcaac aggaccagaa gctatggggc cgaagtggta      420

ctccatggag acgtatttga cgaggccctg gcccatgcca acaggctggc tgccgaaaag      480

ggttatacct ttatccatcc ttttaatgat ctggatgttg ccacaggtca gggaacgatc      540

gcgatggaga ttatcaaaga gctgcccacg gtagactata ttctggtacc gatcggcggg      600

ggaggcctct gtaccggggt ggcaactctg gcaaagcttc tgaatccgaa gattaaaatt      660

atcggcgtgg agccggcggg cgcaaactgc atgcaggaat cccttagggc cggaaaggtt      720

gtatcccttc cttcagttaa cacaatagcg gacggcactg cagtgcagac cccgggagaa      780

ctgctgctcc catacataca ggagaatgtg gacaaaatca tcacaatcga ggattccgag      840

ctgattgtcg ctttcctcga catggtggaa aaccataaga tgatcgtgga aaattccggc      900

cttctgactg ttgcggccct gaaacatttg aatgtcaata agaaaaagat tgtttcgatt      960

ctgagcggcg gaaatatgga tgtaattacg atggcttcca tcgtccagca cggcctgatc     1020

cagagggatc gtgttttcac ggtttccgtt ctgcttcccg acaaaccggg cgagcttgca     1080

aaggtttcca ctcttatggc ggcagagcag gggaatgtca tcaagctgga acacaaccag     1140

tttgtcagca tcaacaggaa tgcggctgtg gagcttcgga tcacggtaga ggcattcgga     1200

acagagcata aagagaagat tgtagatgcg ctgaaagccg ccggctaccg tccgaaactt     1260

gtcaaatcaa aaggaatcta tgaggcatag                                      1290


<210>  2595
<211>  1116
<212>  DNA
<213>  Clostridium symbiosum WAL14717

<400>  2595
atgatagaga taatttggaa accggaattg cacagcttta acagctgtca ggaatttgca       60

gatgaattcc gcctttgtga aacagacctc atcctgacca acgaatacat ttaccagccc      120

tatttcggct ccatgaattt aggctgccgt gtactatatc aggaaaaata cgggatcggc      180

gagcccaccg acaccatgac ggaagccatc atgcaggata tgaaaaaaac aggatgtaaa      240

cgggttattg ccatcggcgg aggaacagtc attgatattg ccaaggttct ggcagtggcc      300

ggagacgaga gcatcgactg cctctacgat atggctccgg cgctgccaaa gcgccgtacc      360

ttaatcattg tgcccaccac ctgtggaacc ggcagtgagg tcacgaatat ctccatattg      420

aaccgcaccc gtattaatac gaaaatgggt ctggttggac cggctatgta tgcagatgcg      480

gctgtgctgc tcccgcagct tttagagggg cttccctttg gcgtgtttgc agcaagctcc      540

atcgatgcac tggttcatgc ggtggagtct attctctccc ccaaagcaac aacgtacacg      600

aaacttttcg gatataaggc tgttgagatg ataatccgcg gttatctgac catcgccagg      660

gagggcaggg atgcccggat tccgctgctg aacgactttc tcactgcttc caactatgcg      720

ggtctttcct tcggaaccgc aggctgtgca gcggttcatg ccatgagtta ccctttgggc      780

ggaaaatatc atgtgcctca tggagagagc aactatgcta tgttcaccgg tgttttgaaa      840

aattatatgg aaatccgtca agatggggaa attgcagtgt taaatacata tttggcaggc      900

ctcctcgact gccccgtaag ggatgtatac gactgcctgg aacaactttt ggaccagatt      960

cttcctaaaa agccgctgca taaatacggc gtcacgaagt ctgaacttaa agacttcaca     1020

aggaacgtca tggaaacaca gggccgtctt atgggcaaca attttgtttt tctggatgaa     1080

gcccgggtgc tgaaaattta tacagaactt ttctga                               1116


<210>  2596
<211>  987
<212>  DNA
<213>  Clostridium symbiosum WAL14718

<400>  2596
atgagcataa gaatcggtat tttaggctat ggcaatctgg gaagaggagt ggagtgcgcg       60

ctgaaacaga atccggatat ggaattaaag gccgttttta cgaggcgtgc tccggaaaca      120

gtggaaatcc tgacaaaagg agttccggtg cttttggcgg atgaagcgga aaagatgaag      180

gatgagatcg atgttctgat tctctgcggg ggaagcgcga ctgatcttcc ggcacagacg      240

ccgaagtatt cccagtggtt taatgtggta gacagttttg acactcacgc gaagattccg      300

gagcattttg aagctgtgga tgagactgcg aaaaagggtg gaaaagtagc ggtgatatcg      360

gccggctggg atcctggcat gttctcaatt gcacgtgtat atgcgatggc tgctctgccg      420

gagggtgaga attacacatt ctggggcaaa ggcgtaagcc agggacattc cgacgcaatc      480

agaaggctgg agggtgtaaa ggatgccaga cagtatacaa ttccggtgga gagcgcactg      540

gaggaagtaa gaagcggcaa aaatcctgaa ctgaccacaa ggcagaagca cacaagggaa      600

tgctttgtcg tggcggaaga aggcgctgac aaggcaaaaa tagagaacga aatcaagaca      660

atgccaaatt atttctcgga ttacgatacg accgtacatt ttataacgga ggaggagatg      720

aagagggatc acacccgtct gcctcacggg ggatttgtgc tcaggggcgg aaaaacagga      780

tggaataaag agaacggcca tgtgatagag tacagcctga agctggattc gaatccggaa      840

tttacatcct ccattatcgt ttcttacgcg cgggcggctt acaggatgaa cgcagaggga      900

cagagcggct gcaagaccgt atttgatatt gcaccgggat accttgttgc ggagagcgca      960

gcggaactta gaagaaaata tttataa                                          987


<210>  2597
<211>  1365
<212>  DNA
<213>  Clostridium symbiosum WAL14719

<400>  2597
atgagtgtaa atgatttttt acttgatttt gcaatagctt cactgtttat tatgattgga       60

cagctcatcc gggcaaaagt gaaagtggtt cagaaatttt tcgttcctgc cagtatgata      120

gccggcttca ttgcgctggc tctgggaagc caggggctta acatcctgcc gttttcagag      180

gccatcggct cttatgcagg agtgttgatt attgtgattt ttgcggcagt gggaatcaac      240

ggattttcct tttcaaagaa tgactttaag gcagaggtgg accgcatcgg ctcatatttc      300

tcctacaaag tgctggctca ggcaatccag ttcagtcttg ctccgctgtt ttcaatcctt      360

gtaatatcta aattgtttcc ggacattaat tatggattcg ggcttctcct ggcatccgga      420

ttttccggag gacatggaac ggcggcagcg gtcggctcca cgttccagag actgggcgat      480

acggatgcaa tggatattgc catgacctgt gccactgtcg gcatcctggc gggcatattc      540

ggaggcctgt tcttcataaa actgggaaca aagcggggct ggacaaaata tgtcaagagt      600

ttccagtata tttccggcga cttaaagaca gggctgatcc cggatgaaaa acgtaaatcc      660

atggggcagg agccggtatc ctcgatggta ctggatccgc tggcctggca tctggcaatc      720

ctcctggttg cctccggggc gggaatgctt ttaaataagt ggatatttaa cgtgaccgga      780

ctggatctgc ctacatatct ggtagctttt ctaatcgcca ttgtcatgtt tcttgtattt      840

aaaaaggtgg gagtcagcaa atacgtggac gaaaatgtaa tcagccgtat ttccggtaca      900

gccacggatt atctggtgtt tttcggaatt gcctccatca agatttcggt aattgttaaa      960

tatgcggttc ctcttgcgat gcttttgctc tgcggaattg ttatcgttgt tatgacactg     1020

atgttctttg gaccggccat gaacaaggga agctggtttg aacgttcgat ttttgttttc     1080

ggctattcca ccggcgtttt tgctatcgga tttatcctgc tgcgcattgt ggatccggaa     1140

aacctgtcca agacattaaa tgacacggcc tttgccgcgc cgtttacgac gccgattgaa     1200

atgtttgcat ggtcgatggg accaatgatg ctgctgaacg gaaaccactg gaagtttatc     1260

ggtctttatc ttctcgttat ggcggcctgc gttatagtca atgtcatatt caaatggtgg     1320

tggctgaagc tgccgcttga ccggccggcc gaaggggaaa tctga                     1365


<210>  2598
<211>  1854
<212>  DNA
<213>  Clostridium symbiosum WAL14720

<400>  2598
atgtttgaaa agatgatgcc tcgagataaa aaattcagaa tggtggttct gcttctggtc       60

gacatatgcg taatccagtt cagcagtttc atgggactgt ggatgcgatt tgatatgcgg      120

cttcagtcca taccggaaaa ttacagaatg gcggcggtca aatatgcaat accgtatacg      180

cttattacgc ttgtgatttt ctatgtattc cgcatgtatt cctcgatgtg gagcgtagcc      240

ggagtcaggg aagcgtgcca cattgtgttc gcctgtgtgt tgacaagcct ctgccagata      300

gcgggcatga caatgctcca gcttaatgta cccagaagtt attttgccat cagttttatt      360

atactgacag gctgtgaggg gcttgtaagg ctgtcctacc gtatttaccg ctccctgttt      420

aagcggtacg gcgaggtgag cgaaagcagg attctgatcg tgggggccgg aacttccgga      480

tcgattatcc tgaaggagat agagaccagc cagtttgccc atggaagagt cgcctgcttt      540

gtggatgacg ataagaataa gattggcaaa tttctcaacg gagttccgat tgcgggaaac      600

agatatgata ttccgcagct agttgaaaag tacaaggttg ataaaatata tgtggcggca      660

ccgtccgctc cggcaaagga aatcaaaaag attctggaaa tctgccgtga aacaaattgc      720

cagttgaaaa ttcttccggg aattttccag ctcctcaacg gtgacgtcag tgtgtcaaag      780

cttcgggaag tgcagataga ggatcttctg ggccgtgacc cgattcgcgt caatctggac      840

gagataatgg gatatgtcag caacaaggtg attctcgtca caggcggagg cggttccatc      900

ggaagcgagc tttgccgcca gattgcgagc cataacccaa aacagcttat tattgtagac      960

atatacgaga ataatgcata tgatatccag caggagctga gaaggactta tccggagctg     1020

gatttagtgg tgctgatcgg ttcggtccgc aatacgcaca gaatgaacag tatttttgag     1080

caatacaggc cgcagattgt ctaccatgcg gcggctcaca agcatgtccc gctgatggag     1140

gacagcccga acgaggccgt aaagaataat gtatttggta catataagac agcgaaagca     1200

gccagcagat acggtgtgga gcgttttgtg ctgatttcca ccgataaggc ggtgaatccg     1260

accaatatta tgggagcgtc caagcgtatg tgtgagatgg tcatacagat acttaataag     1320

gagtcaaaaa cagattttgt cgcagtcagg tttggcaatg ttctgggaag caacggctcc     1380

gtaattcccc tgtttaaaaa acagatagcg gaaggcgggc ctgtaacggt tacacacccg     1440

gatataatcc gttactttat gacgattccg gaggctgtgt ctctggtact ccaggctggc     1500

tcctatgcaa agggcgggga aatatttgtc ctggatatgg gagaacctgt caaaatactg     1560

gatttggcca aaaacctgat acgtttgtcc ggttatgtac caaatgaaga tatcatgatt     1620

gagtttacag gcctgaggcc tggggagaag ctctatgagg agcttctgat ggacgaggaa     1680

ggccttctcg atacgcctaa taaacagatt catataggaa ggccgattga ctttgatgaa     1740

gaactgttta agaaacagct ggatgagctt tatgaagaag ccaacggtga tgaaatagat     1800

atcaaagcag cagtgcagaa gattgtaccc acgtatatcc ggaaggaagg ctag           1854


<210>  2599
<211>  1077
<212>  DNA
<213>  Clostridium symbiosum WAL14721

<400>  2599
atgaatgagc cgttaatccg tgtagtgaaa aaagcggagc tgggcagcag ggagacattt       60

atcctgcgtc tggaagcgat tctgctggcg ctggtggcag gcgggctttt tatcctgata      120

atcggacaga atccatttgt catttataaa acaattatta ccggagctct cagaagcggg      180

atggccatcc aggcgacggt gaaaattgcg attccgctgt tgatcgcgtc gctgggagta      240

acgctggcgt ttaagatgaa gttctggaac atcggcgcgg agggacagat tattgcaggc      300

ggcatctgcg cgtcttattt tgcactgttt cattccggat ggaaccactg ggtgctggtg      360

attgtcatgt tcatcgcagg agccgtgggg ggcggccttt ggggcctgat tccggcctgg      420

ttcaagacaa aatacgatac gaacgagact ctgttcacat tgatgttgaa ttatattgcc      480

ctcaatatta tcgtgttcct gagagagggg ccgtggcgcg atcccggttc acagggatat      540

gcaaagatag ccagatttga taagaatgcg gctcttgata aagtgtttgg tatccagttc      600

ggctggatta ttgcccttgt gctgcttgta ctggtatttg tttatatgaa atattccaaa      660

cagggatatg aaatcggcgt ggtgggcgag agccaggaga ctgcccggta tgcggggatg      720

aatgtaagaa aagtgattct tcgcacgatg ttcctctccg gagccgtatg cggtatcggc      780

ggaatggttc aggcaaccgg ttcagacgtc acgctgacga cggccgtggc cggaggcgtt      840

ggctttaccg caattattgt ggcatggctg gcacagctca acccgccggc aattctgatt      900

gtcacggttc tgttcagcat tctggaaaag ggcagcagcg ttgtgcagtc ttccttcggt      960

ctgtcctcag acagtgcgga cgtgcttcag ggaattatcc tgttcttcat tctgggatgc     1020

gagctgttca tacggtataa atttgtgatg agagggaaag gaggtgccgg ggcatga        1077


<210>  2600
<211>  861
<212>  DNA
<213>  Clostridium symbiosum WAL14722

<400>  2600
atgaaagttt tagtgacggg agtaaaaggc cagctgggat atgatgtgat gaacgaactg       60

gcaaaacgcg ggattgaggg tatcggcgtg gacgtggagg agatggatat cacggataaa      120

gacgcatgcc gccgcgtaat tacggaagcg ggaccagatg ccgttatcca ttgtgctgca      180

tatactgcag tagatgcagc agaacagaat atggaattat gcaggaaggt caatgcagac      240

gggacacgca acatagctga agtctgccgc gatcttgaca tcagcctgat gtacatcagc      300

acagattatg tgtttaacgg gacgggagaa cgtccatggg agccggatga cgtaagggag      360

cctctgaatg cttacggaca ggcaaaatat gagggggagc ttgcgattga ggaacttctc      420

gataaatatt tcattgtcag gattgcatgg gtgttcggcg tcaacgggaa gaattttatc      480

aagactatgc tgcgcctggg cagggaacac ggcgctgttt cggtcgtgga tgatcaaatc      540

ggttctccga cctatactta cgacttggcc agactattag tggatatgat tcagacggat      600

aaatacggcc gatatcatgc caccaatgaa ggactctgca gctggtacga attcgctgtg      660

gagatcttta aaaaggcggg tatggaagac gtgaaggtga cgcctgtgga tacagaggaa      720

tatacaagcc ggtatccggg ccaggccaaa cggccgatga acagccggat cagcaaggat      780

aagctggagg agaacggctt tgagcgtctt ccgtcatggc aggacgccct ggagcggtat      840

ctgaaggaga taacatttta a                                                861


<210>  2601
<211>  1005
<212>  DNA
<213>  Lactobacillus salivarius CECT 5713

<400>  2601
atgaaagcag catacattga acattatgga caagaaaagt taactttagg tcaactacct       60

aaacctaaga ttacttcagc taaacaagtt ttagtcaaag ttcttaaagc aagtgttaat      120

ccagttgacc tgaaaattca atctgggaaa ttacgtccgt tattacattt tccaatgcca      180

cttattttgg gtaatgatta tgtgggaatt gttgaagata tcggagaaga agttaaatca      240

gtagaaattg ggcaattagt atttggacgc atcagcaaga aacaaattgg aactttttgt      300

gaatatttag ttgatgaaga aaataatctt gctgcagtcc catcagcatt gacactccaa      360

gaagcagcag ggttgccatt agttggttta actgcttatc aagcactatt cgagaaaatg      420

aaagctaaga gtggacaatc gatattaatt catgcaggag ctggaggagt aggaagcttg      480

ttaattcaat tggctaagat gcagggcctg acagttatta ctactgcaag tcaacgaaat      540

aatgcttggc tgtattctct aggagctgat caagttatag attatcataa aaatgatttt      600

actgaagttt gcccgccggt tgattatgtt tttgacacta ttggacaaga aacattattg      660

cgctctttta aggtagttaa gccaggcggg aaagtagtat ctgtttcagg attaccagat      720

gaaaaattcg ctaaagacta tggtttaaat ataatttggc aaaaattatt taagttaggt      780

agttacaaga taaggaaagc tagtcaaaaa gctaaagcag attatgagtt tctattcatg      840

catcctgatg gaaaacaatt agagaaattg gatgaattag ttgcagataa ggaattggaa      900

gtcagacttg ataaagaatt tgcctttgat gatttacaag cggcttgtga ttatgtagcg      960

actggccacg ctaatggtaa agtgattata gatgtagtgg gataa                     1005


<210>  2602
<211>  978
<212>  DNA
<213>  Lactobacillus salivarius CECT 5714

<400>  2602
atgcataaat ataattgggg tattatcgga actggttgga tcgcacatga aatggctgac       60

gctttgaatg aagttaatgg cgaaattcac gctgtatcta atcctaatga agaatctcta      120

tataaatttg ctaaagaaaa aagcgttaag cacactttta taaatcctga tgaaatgatc      180

acagatccag atgtagatat tatttatatc gctaccccac atatatctca ttatgactat      240

ataaagaaag ctttgaatgc aggaaaacat gtttttgctg agaaagctat tactactagc      300

gctaaacaat tagatgaggt tattgcctta gctaagtcta aaaacttaat tttaactgaa      360

ggatttactc tttatcacat gcctatctac gaaaaagtaa gagacctaat atctagcggt      420

aaattaggcg atatcaaact cgttcaagta aacttcggta gccttaaaga ctatgatcca      480

aataatcgtt tcttcgcaaa agagttagct ggtggtgctt tacttgatat tgggggatat      540

gctactgcct ttgctcgtat gttcttaaat gaacaacctg aagtaactct aacaacggtt      600

aaattcttcg aaactggagt agatgaacaa tctggtatca ttttaaagaa ttctcaagaa      660

caattagctg tcatggctct ttcaatgcgc gctaaacaac ctaaacgtgg tgttatatct      720

ggcacaagag gatatgtaga aataaataat tatccacgtg caacagaagc caaagtaaca      780

tacactctag atgctcacac tgaaaatcac gaaacaataa ctgcaggcga ttctgctaaa      840

gctttaaatt acgaagttat ggatatgcaa cgttatatat cacaaggtca tgatgacggt      900

cagctatcac tttcacaaga tgtagctcat attttaaatc gtgttcgtga taattggggt      960

atgaattata ctaaataa                                                    978


<210>  2603
<211>  666
<212>  DNA
<213>  Lactobacillus salivarius CECT 5715

<400>  2603
ttgaagatga atgtgttaca acactcaatt catgaaggaa taggtttaat tggcgaatgg       60

gcagaaaata atggatatga agtaaacgta tatcaagctg ctaataacaa tgtgaagtta      120

ccagaagtta ttgatactga tatgttggta gtattaggtg gaccgatgag tgttaatgac      180

gacgaagaat ggattgttaa ggaacgagaa ttaattagag gaatgttgat ggcacataaa      240

tcgtacttag gaatttgttt tggagcgcaa caactttcaa aaactttggg cggggatgtg      300

agttcttgtc ctaaagaagt aggttgggga gaagtgaaac gactgagcaa tataattcca      360

ggagttccag aaaaattgga tgtgctacat tggcatggtg aacagtttag attaccaaca      420

gaagcaactc cacttttctc gagtccactt gttgaaaatc aaggatttat tattaatgaa      480

aatgcaattg gtctacaatt tcatttggaa atgaatgaag caggtgtgcg tgaagtagta      540

gaaaatgata gtgaattcat aaaaggaaat aagttaaagc aaagtgctgc tgatattttg      600

aaacataagg ttcctgaaat gaataagcaa gcattatttg caatgctaga ctatattaaa      660

gactaa                                                                 666


<210>  2604
<211>  1017
<212>  DNA
<213>  Lactobacillus salivarius CECT 5716

<400>  2604
atgactgctt tacaattttt atggttcatt ttaattgggg tactatttgc aggtttcttc       60

ttccttgatg gatttgatta tggtgtaggg atggcaacta agactttggc acaaaatgat      120

gctgaaagaa ctcaattaat tagaacaatc ggtccagttt gggacggaaa tgaagtttgg      180

ctcatcactg ctggtggggc aatgtttgct tctttccctt actggtatgc atccttattc      240

tcaggatact acttaatttt attaattatc ctattaggtt taattattcg tggagtatca      300

tttgaattta gacatcatgc tgaaggtgct aagaagagaa catgggattg gactttagca      360

atcggtagtt tcatcgtacc attcttcttt ggtattttat tcatcagtat ggttcaaggc      420

atgccaattg atgctaatgg taatatgcat gctggtttct ttgattacat caatgtcttt      480

tcagttgttg gtggtgtagc tttaacttta ttagtttact tacatggttt gaactacatt      540

gcattgaaga cagaaggtgc tatcagagat agagctaaga actatgctca attcttatat      600

tgggtactat atgtaggttt ggttgtattt gcactattgt taattttcca aacagacttc      660

ttgaaagtac atccaattag cacattagct attttagttg taattgtact tttaactgtt      720

ttagcacatg tatcagtatt taaaggtaag gaaattaatt ctttcattta tagtggattg      780

actttagtag ctttagtagc attactattc tcaggtttat tcccacgttt gatgatttcc      840

tctatcagtg ctaaatacaa tttagtaatt tcgacagcat cttcaacacc ttatactttg      900

aagatcatga caattgcaac attctgtctt ttaccttttg tattggcata cacaatttgg      960

gcatactaca tcttcagaag aagaattaaa atgcctacta taacggaggg tgaataa        1017


<210>  2605
<211>  1143
<212>  DNA
<213>  Lactobacillus salivarius CECT 5717

<400>  2605
ttgaagtata tttacttaga taatgcaggc acaactccaa tggctacaaa agttgttgag       60

aagatgactg aaactatgac caatactttc ggcaacgctt ctgccgtaaa ttattatggt      120

cgtcaagcac gtgctatctt agataatagt cgtcacgtaa tagctgagtc aattaacgct      180

aaaaatgaca atgaaattgt atttactagt ggcggtacag aaagtgacaa cactgctatt      240

atccaaacag caatggctag aaaaaatgaa ggtcgtcatt tgattactac agcaattgaa      300

catgaagcag ttctaaaacc aatggcatat ttagaacaag aaggctttga agttacttat      360

cttccagttg atgagtatgg tcaaattaat ttagatgatc taaaacaagc tatcagacca      420

gatacaattt tagtatctat tatgatgggt aataatgaag ttggaagtca tcttcctatt      480

aaagaaatag gtgaaattgt tgcgccaact aatgcttggt tccatacaga ttcagttcaa      540

acttatggtg caattgacat agatgttcaa gatttaaaag ttgatttatt atcagtgtct      600

gcacataaat tgaatggtcc taaaatgtta ggatttctat atcgcagaga tggaattaat      660

tttccatccc taatcaaagg cggagatcaa gaattaaagc gccgtgcagg gactgaaaat      720

gtaccagcga ttgcagggtt tgcagaagct gttagtttat taccagcaga ggtaaaggaa      780

gaacatcgcc aaaaatactt atcttttaaa catcaattgg tggatggatt aaaggaaaat      840

ggaattgact ttgagattaa tgggcatctt gaagaaaatc aattacctca aattattagt      900

atctggttta aaggctttgc tagtgatagt ttactaacta atcttgattt aagtggcatt      960

tcagcggctg ctggttcagc atgtacagct ggctcattgg aaccttctca tgtgttggca     1020

gcaatgtatg gtgaagatag tccaagagtt gctgaatcct tacgttttag ttttggaatt     1080

aataatacta gtgaggacat tgattacttg attaagacgc tagtaaaaat tattaagaaa     1140

tag                                                                   1143


<210>  2606
<211>  363
<212>  DNA
<213>  Lactobacillus salivarius CECT 5718

<400>  2606
atggctgtaa aaattcaaaa ccaattaggt aatattgata tttccaatga tgttattgca       60

acagttgttg gtggagctgc tactgaaatt ttcggtattg ttggcatggc tagtaagaat      120

caaattcgtg ataatttaaa tgaaatttta cgtcgtgata actattccaa gggtgtagtt      180

gttcgccaac aagaagatgg agtagctatt gacgtttata ttattgcagg ttatggtaca      240

aaaatttctg aagtatgtcg taatgtacaa agtaaagtaa aatataactt agaatctatg      300

cttggagtta aagctgagtc ggttaacgtc attgtacaag gtgtacgtgt tattggagat      360

taa                                                                    363


<210>  2607
<211>  1218
<212>  DNA
<213>  Lactobacillus salivarius CECT 5719

<400>  2607
atgcaatata cagaaataat ggttcgttac ggcgaactat ctactaaagg taaaaatagg       60

aaaaacttca ttgatcgttt aggatttaat gtgcgtgaaa gtttgcatag ttttgaaaat      120

ttggtaatca aggcacaccg tgatcgtatg catatccaat tacatggaga agattacgaa      180

gctgttatga aacgtttgaa gcaagttttt gggatccaaa atttctcacc atctattaaa      240

gttgaacgtg atatagagaa agtcaaggct actgcggtag aaatggtgaa agaaaaattc      300

aaagaaggaa tgacatttaa aatcaatact cgtcgttctg accataacta tcaatacgat      360

acaaatgaga tgaatgatat tctaggtagt catattttac gtgaagtccc aggtattaaa      420

gtaaagatga aaaatcctga tatgacttta cgttgtgaag ttcgtgctga tggtatttat      480

ctttcccatg aaaagattga cggtgctggt ggtttgcctg ttggaactgc tggtaaagca      540

atgttgatgc tttctggtgg aattgattca ccagtagctg gatatttagc aatgaaacgt      600

ggggtagata ttgaaatggt tcatttcttc agtcctccat atacaagtga acaagctttg      660

aataaagcta aagacttaac tgctaaattg acaccatatg ttggtaagat aagatttatt      720

caagttccat ttactgaaat tcaagaaaca gttaaggaaa aagtgccatc aggatattta      780

atgacaattc aaagaagatt catgttgcgc ttaacagaag caattgcaca aagaagaaag      840

ggattagcta tctttaatgg tgaagcttta ggacaagtag catctcaaac acttgaaagt      900

atggctgcta ttaacgatgt aactactatg ccaattttac gtccagtagt ttcaatggat      960

aaaaatgaaa ttattaagat agctcaagat attgatactt ttgatttgtc aattatgcca     1020

tttgaagatt gctgtacaat ttttgcacca ccagctccaa aaactaagcc acgtattgat     1080

aaggcacgtt actatgaaga acgtttagac gtagatgctt tagttcaacg agcacttgat     1140

ggtattgaga ttacagaaat taagattggc gatactttct taaaccaaga aaagaaagtt     1200

tttgctgaat tactataa                                                   1218


<210>  2608
<211>  453
<212>  DNA
<213>  Lactobacillus salivarius CECT 5720

<400>  2608
atgaatcaag tccaacacta caaaagaatt ttgaccccag tggatggttc tgaagcagca       60

gaaaaggcat tacaaactgc aactgaaatc gccaaaagaa ataacgcaca tttagatatc      120

ttaaatgtta ttgatttaaa gcaattttct gtaagttttg gtggaatggt cgatgctaat      180

ggtgatgttg tttatcaaac atttgaggat gttgataagt acttgaatga actattagaa      240

aagactaaag aacaaggctt agaagatgtt gaggttcatg cacgttttgg ctcaccaaga      300

acggttattg ctagagaatt cccagctgat catcaaacag atttgatagt tatgggacct      360

acaggattga atccagttga gcgtgtatta gtaggagcag ttacagatta tgtaacacga      420

gctgctcaat gtgacgttat cattgctcga taa                                   453


<210>  2609
<211>  1200
<212>  DNA
<213>  Lactobacillus salivarius CECT 5721

<400>  2609
atgaagaata agttaaaaga aaagttaaaa tatttcgact atggattatt tataccgtat       60

ttaattttat gtcttattgg cattgtaatg gtttactctg ctagtgcgat taaccttact      120

tatgtcggag ttaaagcaac ttcttatctc tttaagcaaa taatttttgt tggaataggg      180

attacattaa ctttaatttt tagtcatatg aatccaaaat tttgggttag taaaaatgtc      240

ctaagatttg gatattggac tgtaataatt ctcctgatga tggctaagtt tttatttggt      300

gctattaatg gtgctaacgg ttggattaca ttaggttcat ttagtattca gccagcagag      360

atagctaagc tttacttggt agttgcgatt tctaaagctt tttcaaaaag agaagctgat      420

atttatttag gaaaacataa acgtacgact acgcgaaaaa atttagcagt aaatatctta      480

ccaattttgg ccttaattgc aattgaacct gatactggtg gcgctacaat ttgtgctgca      540

atttgtttag ttcttatttt ggccaattct aaaaattgga gagcaagtat aggaattttg      600

ggagtagcaa tttcaataat agcacttaca gttatggcta tccatgcaat taatccattt      660

aagggaagta aagttgagta tatgtataag cgttttgagg gttattttga tccatttaca      720

tatgcaacta caagtggtaa acagttagtt aattcttttt acgctatcag taacggagga      780

ttgtttggag taggactggg aaatagtatt caaaaaagag gatatttacc agaaccctat      840

acagatttta tattggcaat cattgcagaa gaactaggat ttataggagt tttagtggtc      900

ttagggttac tattttttat aattttaaga ataattttga ttggtataag atccaataat      960

actttcaata ccttagtttg ttatggagta gcaacatttt ttacagtaga atcaatattt     1020

aatattggcg ctgttaatgg actactgcct attacaggtg ttacattgcc ttttatttct     1080

tatggtggtt caagtatggt ggtattgtct atggctttag gaatggtaat gaacatttca     1140

gcaaatgaga agagacatac agcaagaaat atgtttttaa atatggagtt gaagaaatag     1200


<210>  2610
<211>  807
<212>  DNA
<213>  Lactobacillus salivarius CECT 5722

<400>  2610
atgataaagc atatatttac agatatggat aaaaccttgt tgaatgataa ggggcaaatt       60

aatcctaaaa cagcagaata tctacaaaag atagatttgc cattaacttt agtaactgca      120

cgtgctccta aagaaatgca gtttgcgatt gatgatttaa atttaaaagg tgaacaaatt      180

gcttttaatg gtggattgat attcttccca cataaagatg gaaatgaagt aatttcttct      240

aatccattac aagcagaagc tgccaagcga gtaattgaag aaattcaaga caaatatgat      300

ggtgtatcag taagttggta taccaaggac gagtggtatg ctcaacaaga agatgatggt      360

acaaggtatg aaacaagtat tactaatatt aagccaactt tgaagaagta cagtgaaatc      420

gactataccg aacctattta taaaattatg attgttggaa caaatatgga aaacttcgat      480

aaagttgtag atataattag aggaatgaaa ttagatggcg ttagcgcaaa tcattctaac      540

tataattact ttgaaattac taatgaagtt gcggttaaga gttttggaat tgagtacatt      600

agacaaagag ataacttaaa gaaagaagaa ttattagcat ttggcgatgg agaaaatgac      660

attaagatgt tcgaaacagt tggtacttca gtagcgatgg ggaatgctaa cgataaagtt      720

aaatcaattg cgacatatac cactctatca aatgaagaag atggaattgt tcatggttta      780

gaaaatgtcg ttaatcattt actataa                                          807


<210>  2611
<211>  498
<212>  DNA
<213>  Lactobacillus salivarius CECT 5723

<400>  2611
atggttgata cacaatcaca cgaaaaactt attgcggtga ttaaaggtgc tttagtggca       60

gctttatatg cagcagtaac actaggttta gctcctttaa gttttggagc aattcaattc      120

agactatcag aagtatttaa taacttggta gtcttcaata aacgttatat atgggcattg      180

acaattggat gtgcaattgc aaatctttgg tctccaatgg gaatcgttga tgtcattttt      240

ggttcattag gaacattagt tatgacgggt ttaagttatt tattaagtaa acatgtaaaa      300

tcagtcccat taaagctctt aattacagtt ataatttgta ctgttatgac atggagtgta      360

gcattggaat tatattatgt aagtaagcta ccattttggc caacatattt cactgtagca      420

atcggtgaat ttggttcaat gttaattggt gcaattttaa tgtggatttt aagtaaacgt      480

attgatttaa ctagataa                                                    498


<210>  2612
<211>  1302
<212>  DNA
<213>  Lactobacillus salivarius CECT 5724

<400>  2612
gtgaagacga ttagtattat tgatgctaaa caccatgtta acgaaaaaat aaaaataggt       60

gtatggctta ctaataaacg ttccagtggg aagattgctt ttttacaatt gcgtgatgga      120

tcagcatatt tccaaggagt agttgtgaaa aatgctgtta gtgaggaaac atttgctctt      180

gctaaggaag taaagcaaga gactagtttg tatgttacag gtgtcattca tgaagataaa      240

cgttcacatt tcggatatga aatcgaaatt gaagaaatag aagttgttgg tgaaagtaat      300

gaatatccta ttacacccaa agaacatggt acagactttt tgatggacca tcgccattta      360

tggctacgtt ctaagaaaca atttgctatt atgcaaattc gtaatgaaat gattcgtgca      420

acttatgaat tcttcaacaa agaagggttc attaaattgg atgcacctat tttgactggt      480

agtgcaccag agggaacaac tgaattattc catacagaat attttgatag agatgcatat      540

ttatcacaat ctggacagtt atatgaagaa gctggagcaa tggcttatgg aaaagtattt      600

tcatttggtc ctactttccg tgctgaaaaa tctaagacac gtcgccattt gattgaattt      660

tggatgattg aacctgaaat ggcattcatg catcaagaag aaagtctaga aattcaagaa      720

cgttatgttg catatttagt acaaagtgtt ttagacaact gtcaatatcc tctacaaatt      780

ttaggtagag atacggaagt tcttaagaga tatacggaat taccatatcc acgtatttct      840

tatgatgaag caattgaatt attgcaacaa tctggtaaat tcccagatgt aaaatgggga      900

gaagattttg gttctcctga agaaacatat ttagctgaac attttagcaa accagttttt      960

gttatgaact atccaaaagc tattaagcca ttttacatga aaccacatcc aactcgtgat     1020

gatgtagtaa tttgtgctga tatgttagca cctgaaggat acggtgaaat cattggtgga     1080

tctgaacgtg ctacagatcc aaaatatttg gaagaacaaa ttattaaagc tggtctagat     1140

gtaaaggatt atgaatggta tttagacttg cgtagatatg gtagtgttcc acattctggt     1200

tttggtttag gattagaacg tgctgtaact tggattacag gtgaagatca tattcgtgaa     1260

gcaattccat tcccaagatt attgaataga atttacccat aa                        1302


<210>  2613
<211>  909
<212>  DNA
<213>  Lactobacillus salivarius CECT 5725

<400>  2613
atggatggaa ttctaccttt gtataaagaa cgtggaatga ctagtaatga tgctgtcata       60

aaatgtagaa aaatttttaa gactagaaaa ataggacata gtggaacttt agatcctgaa      120

gttgatggtg ttttaccgat ttgtgtggga aaagctacaa aagtggttaa ttatttaatg      180

gattcaggta aagtatataa aggcgaaata acattgggat ttgctactac tactgaagat      240

ttggaaggcg aagtaatttc gaaagtaaaa ctttctgaac cattttcaga tgagaaaata      300

aatgaaattt tgtctagttt tataggtgat ataatacagg ttccgcctat atattctgct      360

ataaaagtta acggtaaaaa attatatgag tatgctagag ctggtgaaaa agtagatatt      420

ccagaaagaa gagttcatat agaatatttt aaacaaattt tcccttcaaa atttgataaa      480

gaaaaaggac agcaaactat atattttgaa gtcggttgtg gtaagggtac atatgttaga      540

actttagcag tagatgttgg aaaaaaatta ggtgttccag ctgttatgag tgatttgaca      600

aggcttaaaa gtggtggctt tcaaattgga atggcgaagt cattatcaca attagaaaaa      660

ttagcacatg aaaataaatt atctgaatca ttatatccta ttgattatgc tgttaaagat      720

ttaccaagat atgatttgaa attagaacaa tggaagatag tgaaaaatgg aggcttttta      780

tccgtaaata cttttaaaga aaattacgat agagtgaatc ttttctatga tgatagaatt      840

agatgtattt atcaatataa taaagaaaaa aatagatatc aatctgagag aatgatagat      900

ttaagttag                                                              909


<210>  2614
<211>  504
<212>  DNA
<213>  Lactobacillus salivarius CECT 5726

<400>  2614
gtgagaaaat tgagaagaaa acatgattca agggtaaata agaaatttta tttttggagt       60

acaattacta ttattgtcct tttaataatt ttaggttacg caaaagctca aagtccacaa      120

gttcaagcaa aaaaagaagc ttatttggtg gctaagaaat atggtaacgt aagaaaagct      180

gaagactttt atgtgtttaa tagaaaacag acttattaca ctatttatgg tacaaataag      240

cgtggtcaag aggtatatgt tattacttct caaaatggca aaaaagtaaa tatatatgca      300

caggataagg ggatttctgt aaataaagct aagaatatcg ttaaggtaga aagaaatccc      360

aaaaagataa caaaaacttc cttaggattg gtaaataaca aacctgtttg ggaagtaacg      420

tatttgaata atcaaaataa tatttgttat gatttgataa gttttaaaac tggaaagatc      480

ataaaatcca ttcaaaatat ataa                                             504


<210>  2615
<211>  645
<212>  DNA
<213>  Lactobacillus salivarius CECT 5727

<400>  2615
ttgaagaaac catatctaac aattaaagaa aacggcgaag caacgattga aataaaaaaa       60

tcagagttta tctgttcttt ggcgcgaact gagacagaag aagaggccag agcgtttata      120

gatgagatta agactaaaca ccgtaaggct acacataatt gttttgctta tatgattgga      180

ctaaatgatg aaattcaacg tgaaagtgat aatggtgagc cttctgggac agcaggagtg      240

ccaattctag aagttttgaa gaatcttgaa ttgcataatg tcacagcagt ggttactcgc      300

tatttcggtg gcatcaagct aggtgctggt ggtctaatta gagcttatag taatgcgact      360

tctaatgcga ttgaacatgt tggggtagta agaaaagtag ttcaaacaga attatcatta      420

aaagttagct actctgcctg gggtaaactg cagaactatc ttgaaaatag tcaggtaaat      480

gtaagtgata cggtatttat gactgatgtt acagcagtag tttatgttga tacgccagaa      540

gttgaatctt ttactgcgac aattgttgat ttaatgaacg gacaagttga agtagaagaa      600

gaccaggaaa aatatgttga agtgccatat gaactatata aataa                      645


<210>  2616
<211>  360
<212>  DNA
<213>  Lactobacillus salivarius CECT 5728

<400>  2616
atgaatttaa tcgaatattt gggaattaaa agtattattt catccaagga taaagtaatc       60

ctatctttaa atgttactga taaagtacaa caaccttttg gcgtattgca tggtggaatt      120

aattcagttt tagctgaaac cgctgctagt attggagcta atctcaatct ttcccatggt      180

catgctgttg gtgtcaatat atctactaac catttaaaaa gtgtgacttc tggaaaatta      240

acggttgagg ctacaccgct tagaattgga aaaagaatcc aagtatggca agctaatact      300

tttgacgata aaaataatct aaccagtaat tctacaattg ctttgactaa tataaattaa      360


<210>  2617
<211>  1083
<212>  DNA
<213>  Lactobacillus salivarius CECT 5729

<400>  2617
atggataagt tatttgatag attgcagatg ttagaagaca gatatgaaga attaggtgaa       60

cttctatcag atcccgatgt aatttcagat acaaagcgtt ttacaaagtt atctaaagaa      120

atggctgact taagagaaac tgttgaaaaa tataataaat ataaagaagt aacacaacaa      180

atttctgatg atgaagagat gctaagtgat ggattagatg atgaaatggc atctttagtg      240

aaagaagaat tgtcaaatgt caaggatgag aaggtaaagc tagaagaaga aattaaaatt      300

ttattactac ctaaagatcc taatgatgac aagaatatta ttatggaaat tagaggtgct      360

gctggtggcg acgaagctag tttatttgct gcagatttat tttctatgta cagcaagtat      420

gctgaacgtc aaggatggtc aattgaagtt attgataaga atgtaacaga agttggtggc      480

tttaaggaaa tagcacttat aattaacggt aatagtgtat ggtctaagtt aaaatatgag      540

agtggtgccc accgagttca aagaatacca gtaacagaat ctgcaggacg agtacataca      600

tcaactgcga cagttgttgt tatgcctgaa gaagaagatg tagaaattga gctagatcct      660

aaagatatcc gagtagatgt ttatcgttca tccggtgctg gtggacagca tattaataaa      720

acatcttctg ctgtacgtat gactcactta cctacaggta tagttgttgc tatgcaagat      780

caacgttctc aacaacaaaa cagagaaaaa gcaatgaaaa tattaaaggc tcgtgtatac      840

gactactacg ctcaacaaga acaaagtgaa tatgatgcaa atcgtaaatc tgcagttggt      900

acaggggata gatctgaaag aattagaact tataactatc ctcaaaatag agttacagat      960

catcgtatag gtttatcatt aaataaatta gaccgcatca tgaatggtga gttagaggat     1020

gttattgatg ctttagtttt atttgagcaa actaaagcaa tggagaagtt ggaaaatgaa     1080

taa                                                                   1083


<210>  2618
<211>  732
<212>  DNA
<213>  Lactobacillus salivarius CECT 5730

<400>  2618
atgaagatat tggcaataga tacgtctaat agacctctaa gtgtggcaat actagaagat       60

aaaagattgt tagcagaaac tactactaat gttttaagga atcatagtac tacacttatg      120

ccaattgtag aagatttatt aaaaaaagct gcaacaacga ttcaagaaat agatagattt      180

gttgttgcta aaggtccagg ttcatataca ggtttaagaa taggagttac tacggcaaag      240

acttttgcgt tcactttaaa taaagaattg gtgggagttt ctagtttaaa agtattggca      300

gcaaactata aaaatactaa tagggttatt gttcctttat ttgatgctag aagacaaaat      360

gtttttgctg gggtatatcg ttgggaaaat ggagaattgg ttaatgtaat gcctgataga      420

catatttctt tagaaaaact tcaagagaaa ttaaaagaca atgaagttgt ctttattggt      480

gaagatgcaa ttaagttaga aaaagaaatt agtgaattct ttgctggaga agattatatt      540

tttgctgaag gaaaagataa ttatccgtca gcaatggtat taggtgtttt aggacagaaa      600

gaaagcgtag tagaaaatat taacgatttt attccagatt atttgagatt aacacaggct      660

gaaaagcagt ggctagataa gaatagtgat gaaaaaatta agtacgttaa aaaatttaat      720

gaccaattat aa                                                          732


<210>  2619
<211>  576
<212>  DNA
<213>  Lactobacillus salivarius CECT 5731

<400>  2619
atgaatgaga acgacaaaat gaagataaaa gaagtaattg ttgttgaagg aaaagatgat       60

acaaaacgaa ttcaaatggc agttaatgct gatactttag aaacaagagg atcggcaata      120

agtgacgaaa ctttagatca aattgaagat ttatatgata aacgtggagt aattgttttt      180

acagatcctg atttttctgg agaaaagata cgtaagataa ttacagaagc tgttccagga      240

gtaaaacatg catttctgac aaagcatgat gcagctccta gtcataaagg tagtttaggt      300

gtagaacatg ctagccctga agcgataaga gaggctcttg cccatttata tacagaagta      360

cctgatggag agccactaat ctcaagagaa gatttagcag tagcaggatt aacatctgga      420

ccacaagcta aagaatatcg cagaagatta ggtgaatatt taagaatagg ctatacaaat      480

gggaaacaat tgtataagcg cttgaaatta ttccaaataa caccagatga gttaaaaaaa      540

gcactagaat atataaagaa tgaagataac tattaa                                576


<210>  2620
<211>  564
<212>  DNA
<213>  Lactobacillus salivarius CECT 5732

<400>  2620
aatttggtat taaaagtaga aaagatttca actaagtcac aagatttcaa gcagataaag       60

agagtttatg aggaagtttt tccaaaagtt gaacgaattc ctttgtggtt attgaaaatg      120

agagcaaatg aaggaaaagc agaattttgt agtctttata atgaaaatga atgggttggt      180

ttcttctata caattttgac aaagaaatta gcatatatct tctttctagc agtagatcct      240

gatagacaag gcgatggtta tggtagccaa gctcttgaag taatcaaaga acgttatcaa      300

gattatacaa tgggattaag ttctgagaga cctagtccag aagctccaaa caatgagcaa      360

agaattcgcc gtcaaagctt ttacgaacgt aatggtttta caaaggctgg gttttatagt      420

atagaaaaag gtggggtaag atacgacttc cttagtccac aaggcaaggt taaacctaac      480

ttatatgttg atttaatggc tgaatttttc aagcaaagac aggcttatta tttgccatta      540

agagttgaaa aagatgatga ataa                                             564


<210>  2621
<211>  768
<212>  DNA
<213>  Lactobacillus salivarius CECT 5733

<400>  2621
atgttagaat tagaagaagg tataaatttt agagaattgg gcggttattt aaccgaggat       60

ggtagaaaaa ttaaatggca caaactatta cgttgtggaa gtatggcaca actaaccaag      120

aatgatgtag attatctaga tcaatatggg gttcgctata ttattgattt gcgctcaccc      180

gaagaatcta attattcgcc agataagtat ccagataaag cacagtattt ccaagatact      240

gtatacccat tttcttttag cttgtttaaa aatttaggaa ttatcaacaa tatgcgatta      300

ggagctagca atatggattt tggaagacaa acttatcttc aaatgttgtt agatcctcat      360

gcacaagctg cttatcgtaa aatgttcaat gtcttattgg aaaatgataa agagggagaa      420

agtgtggttt tccattgcac agctggaaaa gatagaacag gagtagctgc atttttaatt      480

ttgagtgcat taggtgtgag tgaaaaacaa attgtggaag attacttata taccaatcta      540

ttttttgata attattcttc tgaaacaata aatgatgcgt tagaaagtga atcgcaaaca      600

gaaatagcac agagattaaa cagtaaaaca gcagttattg ctgaaacaat tgaagtttta      660

cctaaagcat gtcgagtagt aagtggatct gttgcaaagt ttttagaaga aaaattagga      720

atgacgagag ctaaaattga aagattacaa gaattatatt tagagtaa                   768


<210>  2622
<211>  597
<212>  DNA
<213>  Lactobacillus salivarius CECT 5734

<400>  2622
atggaaaagg ctaaaattag attggttaat ttaaatgatg ctgaaagaat tttgcaaatt       60

tatcgcccat atgtggaaaa tacagctatt acttttgaat atacggtgcc aacattagaa      120

gagtttaaaa acaggatagc tagtatagta aaaaagtatc cttatatagt agcagaaata      180

gatggtaaaa ttatgggata tgcctatgct aacactttta aaaatagaga agcgtatgat      240

tggtccgtag aaacatctat atatgttgat gaaaatagta gaggtaaagg gttaggtttg      300

caattatata aagctttgga gaatctttta aagaagcaag gtattttaaa tgtaaatgct      360

tgtataacta atccaagtga agaaagcaag tatgtaacca aaggaagtat cttatttcat      420

gaaaaattag gctacagaca tgtaggaacc ttccataaca gtggatataa atttgatgaa      480

tggtttgata tgagttggat ggaaaaatct ttaggagaac ataatcttaa tcctggaaaa      540

gtgatagaaa tttctaaatt attggaaaaa tttacttttg aggagttaat atcttga         597


<210>  2623
<211>  369
<212>  DNA
<213>  Lactobacillus salivarius CECT 5735

<400>  2623
atgagtgatt ttgaggtgaa acgtggggat atcttttttg ctgatttatc acctgtagtt       60

ggttcggaac aagggggagt taggccagta ttaattattc aaaataatat tggtaataaa      120

tttagtccta cagtaataat tgctgcaata acttcaaaaa tctcaaagcc taaaatgcct      180

acacatatag gattagttgc taaagaggtt ggtttggaaa aagattcagt agtattacta      240

gaacagttac gaacgattga taagcaaaga ttaaaagata aagtaacaca tatagatgaa      300

aaattaatgc agagagtcaa taacgcactg aaaatcagtg tggggttggc ctctatacat      360

aaaaaatga                                                              369


<210>  2624
<211>  1890
<212>  DNA
<213>  Lactobacillus salivarius CECT 5736

<400>  2624
atggattcta ttaacaagat aaaatcactt cctcaatggg tgtttcgagc attctatcta       60

tctttgtatg acttgataac agtcaatttc gcttatttta tagtgttatg gttacactat      120

aacttgagat atacaactat ccccttaaag tatttacaag catatttaag ttttgtacca      180

gtatactctt tatttacttt gagtgttttt tattttttga aattatataa gagtatttgg      240

aaatacgtta gtctaagtga aatgaaccga atattattag cgacaattgt aacagcgatt      300

tttcatggaa tcggtattac cgttttatgc acaaaaatgc ctatttccta ttatttaatg      360

ggaccgctat ttcaatttat gtttaccgtg agtgtaaggt ttgcatatcg ttttattaat      420

ttagtgagaa gacgaaaaca aagaaatgaa aatgctaaat ataattcttt aattattgga      480

gctggttcag caggtcaaat tattatcaaa gaactggaaa attcatcagt agtacaatct      540

gttcctaaat gtgtaattga tgatgatcca aacaaatggg gaagaatgtt ggaaaatatt      600

ccaattatag gtggacgtga gaaaatcatt gaagcagttc aaaaatttga tatcacacaa      660

attattttta caataccttc tgcaagtgct aaagataaaa gagagatttt gaatatctgt      720

aaggaaacag actgtaagtt attgacatta ccaggggtat atcaattatt aaacgagaaa      780

gttttcttac aacatttaaa gccagtagcg gttgaagatt tattaggaag agaaccaata      840

aaggcagatt taggccaaat caagcaacaa attcaaggta aagttgtatt gataactggt      900

ggtggaggct caattggttc agagctttgt cgccagattg cgacctatga tcctgagcaa      960

ttaattgtct ttgatattta tgagaataat gcttatagta ttgaacaaga attaaaaaga     1020

aactatccta atttgaattt gaaagtttta attggatcag ttcgagatca aaaaagagta     1080

gatgatattt tttcgagtta tcgaccagat attgtttatc acgctgctgc ccataagcat     1140

gtgccattaa tggaaggcag tcctaatgaa gcagttaaaa acaatgttgt tggtacttat     1200

aacacttcta aagcagcctt aaagcacaat gctgaacgat ttgtactaat tagtacagat     1260

aaggcagtta atccaacaaa tgcaatggga gctagcaagc gtatttgtga gatgattatt     1320

caaatgatgg ataaagacag tcgtaatagc aagaagcgaa cacagtttgt agcagttaga     1380

tttggaaatg ttctaggaag taatggttct gtgattcctt tattcaagaa acaaattgca     1440

gccggtggtc cagttacagt aactcatcct gatattattc gatatttcat gacgatttca     1500

gaagcagttg ggttggtttt gcaagctgga gcatatgcgg ctggtggaga aatatttgtt     1560

ttagatatgg gacaaccaat taaaattgat actttagcac gaaacttaat taagttatca     1620

ggattgcatc cagatgaaga tatcaaaatt aaatatattg gtttgcgtcc aggagaaaaa     1680

ctatatgaag aaaagttaat ggccgaagaa ggattacaaa agacagaaaa tcaacttatc     1740

tatattggaa aaccaattcc atttgatgag aaaaaattct taaaagattt acagagtcta     1800

attcaaaata gtcaagagaa tcctaagaat attgaagctc agatgcaaca aattgtacct     1860

aactttaagt tccaggaggt ggtaggatga                                      1890


<210>  2625
<211>  411
<212>  DNA
<213>  Lactobacillus salivarius CECT 5737

<400>  2625
atgtttccag aaaaattacg tgccttaagg actggtagag gtctttcctt agctggttta       60

gctaaagaaa tgaatgaaat ggaaaaaggc aagcaagaaa aaaagaatac agggcctcag      120

attggaagtt gggaacgagg cgtaaataca ccttcatatc ttgaaattat aaagttatgt      180

cgtttctttg gagtaacacc taacttttta atcggagata tgagaggaaa aatagattta      240

aatgaactct ttgcctctaa tgcacgaatg aaatttgaag gacgcactct aacttctgct      300

gatagaactg agatttatgg tttaattaaa gctcatattc gtggaaaata tgcagaagta      360

agtgacttaa atgatgatga tacagatgac cttgctttac cattagatta a               411


<210>  2626
<211>  2178
<212>  DNA
<213>  Lactobacillus salivarius CECT 5738

<400>  2626
atgttggatt taaaaacaga taaaaataat ataaaaataa taaaagaagt accaagttac       60

ttcgttaaaa gagatggagc aaaattttcc tttgctttat ataaattaaa attagtacta      120

aatgcaatgg atttatcggg taagatccaa gaaaatgtaa ttagtggaat actaaataaa      180

ttagtaggaa aagacgaagt aagtgcacag gaagtggcaa ctgcttttgt agatacgcta      240

aaagagctag atttagatga taaagctcaa gcttacatag aatatcgtaa acaagatgaa      300

gaaaaatggg aagaacaaac aaatccaaca gagagactag ctagacttca aggaaaggat      360

ccaagtttag ttcacgaaaa tgctaacaag gatagtaaag tttttaatac gcaacgtgat      420

ttaacagctg gaactgttgg aaagacacta ggcttgaaga tgatgcctga acacgttgct      480

aaggctcatt tacgtggtga tattcattat catgacttgg actacacacc atggagtccc      540

atgactaatt gttgcttaat tgactttaaa gaaatgttga cccatggatt taagattggt      600

aatgcagaag tggaaagccc tcattctatt caaactgcaa cagcacaaat ggcacaaatc      660

atcgccaacg ttgcttcttc tcaatatggt ggttgttctg ctgatagaat tgatgaagtt      720

ttagcaccat ttgcgatgaa gaattatcac aagcacttga aggaaagtga agaatttatc      780

actgatgagg ataaaatcaa ggcttttgca gttaaaagaa ctaaaaaaga tatttatgat      840

gcgatgcaag cattagagta tgagattaat acactatttt catcacaagg tcaaacacca      900

tttactactt taggttttgg cttgggaacg tcatgggttg aaagagaaat tcaaaaatca      960

attttgagaa ttagaattgc tggattgggt aaagaaaaga gaactgctat ttttccaaag     1020

ttggttttca caatcaagaa agatgtaaat ttgaagcctg aagatcctaa ctacgacatc     1080

aaagaattgg cagttgaatg tgctactaag agaatgtatc ctgatgtttt aatgtacgac     1140

aagattaaag agttaacagg tagtttcaaa gcgccaatgg gttgtcgctc attcttgcaa     1200

ggttggaagg atgaaaatgg tcaagaagtt aactctggac ggatgaattt aggggtagta     1260

acagttaatt taccaagaat agctttaaaa gctaatggag ataaagatct attttggcaa     1320

atttttgatg aggaaatgca agttgctaaa tccgcattag ttttcaaggt taaacgagta     1380

ttggatgcta gtcctgaaaa tgcacctatt ttgtatcaat ttggtgcttt cggcaagaga     1440

ttaaaaccag atggaaatgt agatgaactt ttcaaaaatg gtagagcaac agtttctttg     1500

ggatacattg gtttgtatga agtcggaaca agtttctatg gtcctgattg ggaaaataat     1560

caagaagctc atgactttac tttacaaatt gttaaagagc taaacttaag atgcaaagct     1620

tggtctaagg aatataatta tcactttagt gtttattcaa ctccaagtga atcattgaca     1680

gatcgtttct gcaaattaga tacagaaaga tttggtaagg taaaagacat tacagacaaa     1740

gaatactata caaatagctt ccactatgat gtaagaaagc atccatctcc atttgaaaaa     1800

ttgacttttg aaatggatta tcctaagtat gcttctggtg gattcatcca ttactgcgaa     1860

tatcctaact tgagacaaaa ccctaaggca ctcgaggctg tgtgggactg ggcttatgat     1920

aagataggtt atttaggaac taatactcca attgataaat gttataagtg tggattccag     1980

ggtgaattta aaccaacagc acgtggtttt gaatgtccta agtgtggtaa tcatgatcct     2040

aagacatgtg attgtgtaaa gagaacttgt ggttacttag gtaatcctct acaaagacca     2100

atggtacatg gtcgtcacgt tgaaatagca tcacgtgcta aaaatttaat gaatggaatg     2160

gcagaagatg aacaataa                                                   2178


<210>  2627
<211>  447
<212>  DNA
<213>  Lactobacillus salivarius CECT 5739

<400>  2627
gtggcaatta tggatgcaca ggaaataatg gatatgattc ctaatcgtta tccgatctgt       60

tacattgact atgttgatga gctagtacct ggtgagagaa ttatcgcaac aaaaaatgta      120

acaattaatg aatctttttt cagaggacat tttccaggaa atcctgtaat gccgggagtt      180

ttactaattg aaactttagc gcaagctgcg tcaatactta ttttgaaatc tccagaattt      240

gtaggaaaaa cagcttattt aggttctata agtaaagcta aatttagaaa agttgtcaga      300

ccgggcgatg ttttaaaatt aaatgtcgaa atgaaaaaga aacacgagaa catggggata      360

gtagatactc aagttatcgt ggatggaaag aaagcttgta cggctgaatt aatgtttatc      420

gttgcggata gagacaagaa gttgtag                                          447


<210>  2628
<211>  519
<212>  DNA
<213>  Lactobacillus salivarius CECT 5740

<400>  2628
atgagtaaag atactgctat ttttgcaggt ggatgtttct ggtgtatggt agagccgttt       60

gacaagatgc cgggaattat tagtgttcgt tcaggatata cagggggctt tgttgaaaat      120

ccaacttatg agcaagtatg ttctcataca acaggtcata cagaagctgt aaaaatagtt      180

tttgatcctg aaatcatttc ctatgcagaa ttagtgaata tctattggcg tcaaacagat      240

cctactgatg caatggggca atttcaagat agaggtgata gctatcgccc tgtaattttt      300

gttcatgatg aagagcaacg aaaaattgct gaagaatcaa agaaagcctt agctgaaagt      360

ggagaatttg ataagccaat cgtaacacaa attgaagatg ctaaaccttt ctatgaagca      420

gaagaatatc atcaagattt ctacaagaaa aatccagaaa gatatgcttt agaagaaatg      480

ggcggtaggg aacaatttcg taatcagcat tggaattaa                             519


<210>  2629
<211>  678
<212>  DNA
<213>  Lactobacillus salivarius CECT 5741

<400>  2629
atgacactaa ctaataatta ttcagaaaaa tatataacag acaaaattat tcgctttgga       60

gctgagacac taactaataa agagttattg caatttatat taactactaa agtttcacaa      120

acatctgtta agaatgtgat taaggatttt tttgatgagc accaaagatt aaatgaacta      180

caatttttta gtgatgaggg actaaaaaat ttgtgtaagg atgatgaaaa agtcgctata      240

attagagcac taagagaatt ttcagaacgc tataaggaaa aagaaggatt agttttgggg      300

caaatctttt caagttgtat gtttggaaat tatatgatag ataaaattgg tgatagtaag      360

caggaattgt tggtatgtgt atgcttagat actaagaatc aagtattgag cgaaaaagtg      420

atttttaaag gtacattaaa ttcggctacg gtacatccaa gagaaatttt taaacatgca      480

ttaaatttta gttgtgccag aattttagta gcacataatc atccaagcgg gaatgtcgaa      540

ccctcagaaa atgatattca attaactaag agattgatta atgcaggaaa gatgattgga      600

attgaactaa ttgatcatgt aattgtaggt tctgaagtgt atttaagctt agcagaagaa      660

aaaatagtcg aattttaa                                                    678


<210>  2630
<211>  450
<212>  DNA
<213>  Lactobacillus salivarius CECT 5742

<400>  2630
ttggatttta atgatgtgaa gaagttaatg gaagacttca ataactctcc tacacgagaa       60

cttgaaatca caacggatgg ttttcatatt catttgagta aaaatgaagc accatttatt      120

agccaagata ataaaaatta tgctgattct ccagctattg aagctagcga tgaaagtatt      180

gtaagcagta aaagcgatga tctcgatgat gctagtttga taaaatctcc aatggttgga      240

acggtatatc ttcaacctga accagaaaaa gcagcttatg tctccgttgg atcacatgtt      300

cataagggcg atgttgtatg tattattgaa gccatgaaga tgatgacaga aatcaagagt      360

gagtacacag gtgaagttgt agaagttttg gttgataatg aagatttagt tgaatttgat      420

caacctttat ttaaaattaa ggaaggttag                                       450


<210>  2631
<211>  1431
<212>  DNA
<213>  Lactobacillus salivarius CECT 5743

<400>  2631
ttgaataaaa aaacattttt gaaaaaaata acgcaaaagc aaaatcctaa actatatgca       60

gcgaaagatt caaaattaag tcctagttta agaactctag atttaattgg tttgggaact      120

ggaatggtag taggtactgc catattcact ttaccaggta ttgtagctgc tgaatataca      180

ggtcctgctg ttccgttggc atttattata ggagcaatag gtgctggact ttcggcactt      240

gcttatgccg agatggcttc tgttttgcca tttgctggat ctgctttttc atggataagc      300

gtactctttg gggaattctt tggctgggtt gcaggctggg cgttattagc agaatatttt      360

atttctgtag cgtttgttgc ttcaggttgg tctgcttata tgcaaggatt tttaaaaagt      420

atgggtattt atttgccagt agctcttagt gggggattta atcctaatac tggacagatt      480

tttgacgttt tagcggcttt tgcaattttg ttagttactg tcttattgtc aaaaggtgta      540

aagcaagttg ctaggataga aaatggaata gtaatgctaa aattaatagt aattattatt      600

tttattgcag tgggagcaac ggctatccat cctgataatt atgttccatt tattcctgct      660

cataaagctg gaactcattt tggtggctta acgggtattt tagcaggtgc atcacaaata      720

ttcattgctt atgttggttt tgatgctatt gcagcaaata cagctgaaac tattaatcca      780

cagaaaacaa tgcctaaggg attattaggg actctatttt taggaacagg attttttgta      840

ctagtttccc tagtattagt cggaatgttt aagtatagta tttatgctgg taatgctgaa      900

ccagcggctt tcgcattaag aaaagcagga cattatttta cagcaaattt attatctctg      960

gtagctataa taggtatatt ttctgcttta ataggtattt tattggcttc atctaggtta     1020

atttattcat ttggtagaga cgggctttta tctccaaaat taggggaaat taatactaaa     1080

catgttccta agaatgcttt atggtcaatt tcattaggtg cattaatatt agcttccttt     1140

tttccattcg attttcttgc aacattagta tcagcgggaa ctttagtggc atttattttt     1200

gtttcaatag ggatttatgc tctgagaaag agagaaggaa ttgatctacc tgaagctaaa     1260

tttaaaatgc caggatatcc tttgttacca gctatttcgg cattagtgtc aattataata     1320

ttttggaatt taaatattga tgcaaaacta ctaatgttgg tttggtttat aataggtatt     1380

attatttatt ttgtatatgg aatgcatcat tcaaatttga ataaaaaata a              1431


<210>  2632
<211>  552
<212>  DNA
<213>  Lactobacillus salivarius CECT 5744

<400>  2632
gtgattaata gagctattct agtaggtcgt ttaacaagag atcctgattt acgttacacg       60

gcttctggag ctgcggttgc tacatttact gttgctgtaa atcgtcaatt tactaaccaa      120

caaggtgaac gtgaagctga tttcattaac tgtgtaatgt ggcgtaaacc agcagaaaat      180

tttgccaact ttactcataa gggttcattg gttgggattg acggacgaat tcaaactcgt      240

tcttatgaaa accagcaagg aacaagagta tatgttacag aagttgtagc cgagaatttc      300

tcattgttgg aatcacgtgc cgaagcagat cgttatcgtg aacaacatgg aatgacacaa      360

aataattacg gaaataatgc tccttcgcaa aatcaagcat cacagtttga tagcaatcca      420

ttcggtgatt ctcaatcaaa taatagtttt ggtggaaata caccagcaaa taatggagca      480

gataatagtg ctgatccatt tgctgataat ggacaatcta ttgatatttc tgatgatgac      540

ttgccattct ag                                                          552


<210>  2633
<211>  1134
<212>  DNA
<213>  Lactobacillus salivarius CECT 5745

<400>  2633
atgaatccat atgatgtttt aggagtttct aaagatgctt ctgatcaaga aataaaacgt       60

gcatatcgta agctatcaaa aaaatatcat ccagatttaa atcatgaacc tggtgctgaa      120

gaaaaattca aagaagtaaa tgaagcatat gaaattttaa gtgatcctca aaaaaaggca      180

caatatgatc aatttggtac gacaggtgga caacaaggct ttggtggtgg ccaaggtttc      240

ggtggctttg attttggtgg atctggagca ggtggcttcg aagatatatt cagttcattc      300

tttggtggtg gtcaaagcag aaataataat ggccctcgtc aagggagaga tcttcaatat      360

gaaatgcatc taacttttga agaagcaatc tttggaaaga agacagaaat taaatatacc      420

agagaagaaa attgtaaaac ttgtagtggg acaggtgcta agccaggaac atcgccagta      480

acatgttcta aatgtcatgg tagaggattt attcaggttc aacgacaaac acctttgggt      540

agaatgatgt ctcaacaaga atgtgatgtg tgccacggta ctggtaaaga aataaaagaa      600

aaatgctcca cttgtcacgg aagtggacat gtaaatgaac aacatgctat tgaagttaca      660

gtacctgcag gtgttgaaga tggtaatcaa atgcgtttga gtggtcaagg tgaggccgga      720

gtaaatggtg gaccatatgg cgatttatat atttacttct ctgttgcacc tagtgataag      780

tttaaacgtg atggggcaga tatatacttg agtttgccta ttagttttgt ccaagctgca      840

cttggtgatg aagttgaagt ggatacagtt catggtaagg ttaaaatgaa aattccagct      900

ggaactcaaa caggaacaac atttagactt cgtgggaaag gagcacctca tttaagagct      960

ggtggaaatg gtgatcaacg tgttacagtc aaaatagaaa cacctaagaa tttaaataag     1020

aaacaaagag aggcattaaa ggcttttgct gactctatgg gtgaagaccc tagtggtgat     1080

gacagtttct ttgaacgttg gtctaagagt aagaaaacta aacgaaaaaa ataa           1134


<210>  2634
<211>  1179
<212>  DNA
<213>  Lactobacillus salivarius CECT 5746

<400>  2634
atgtcgaaag taagaaataa ttttgcttgg gaaatagtgt taattgcatg caacttaaga       60

ttagcaatca taattcttac acctttaata gataaaatag gagaaacatt taagctatct      120

acagttcaat tagggatact tactacgata ccattattat gttttggttt tatatcgata      180

ttaatttctt tattgattaa aaaaattgga actagaagaa caataataat tggtttattt      240

ttattgatgt tagctaactt ttttagaata tatactgaaa gtttgatttt tgtaggtacg      300

ttatttgttg gtgtatcaat aactatttta aatgtgactt taccggcttt ggttgtagat      360

tatgctgaag aaaaatcggc atttttaaat ggtttataca tagctactag caatttaatt      420

tctgctttag caggaggtgt gatagttcca ctgtcaaatc taataggctg ggaaaacgca      480

attcaagtat tttcattgcc tgcattaatt gctggagttg gagcaatttt gttacctaaa      540

aaggaaattg aattggatag taaggtagaa atttttgaaa aagaaaaggt atggcaaagg      600

catgctatct ggttgttagc aatttttatg ggattgcagt ccttagtttt ttatacgttg      660

gttgcatggt tgccaagtgt tttggtaaat catggaatct ctcctgtaat agctggatgg      720

atgtttgcag catttcaaat gataggcttc ccattttcgt atgtagttcc taaattagca      780

agtagattaa agagtgcacg attgacgatg ctattattat tagtgggata tattttaggt      840

gtgggaatgc tgattgttgt caaagataat ttatggttgt tattgctagc ttgtttaata      900

aatggaataa caacaggaac aagttttgca ttatctttat atctaattac tgttttttca      960

agtagtaagg aagaagttgg gcaagttagt ggttttgtcc aatctgtagg ttacttactg     1020

gcaagttcag gtccagttat ttttggagtt cttaaagata cttttaataa ttggaatacg     1080

actttattgt gtttattatt agtagcagca tttactgcta taattggatt agttatgata     1140

agaatgggaa gacaacattt tttacggtta aataagtaa                            1179


<210>  2635
<211>  864
<212>  DNA
<213>  Lactobacillus salivarius CECT 5747

<400>  2635
atggatattt taggaggtat tagtttgaaa acaagacgaa gcgacagatt aattgatatg       60

acgcgttatt ttatggaacg accacataca ttagtgtcat taactttttt tgccgaacgt      120

tatgaatctg ctaaatcatc aatcagtgaa gacttggcta ttataaaacg tactgttaag      180

ttaagaggta taggaatttt agaaacaata ccaggtgcta cagggggagc tatttttatc      240

ccatctattg atgaagatga agcacgtgca tttatcgaag atatgactga acaactttca      300

caccaagata gattattacc tgggggatac gtatatttat ctgacttact tggcagacca      360

gacgttttga gatacgttgg tcgtgtgatt gcacgtcaat atatagataa gcaaattgat      420

gcagtaatga ccgtagctac taaaggtgtt ccaattgcac aaagtgtagc ttcatattta      480

aatgttccat tcgtaattgt gcgtcgtgat tctaagatta ctgaaggttc tacagtatca      540

gtaaattatg tatctgggtc tagtgaacgc attgaaaaaa tggaattatc caagcgtagt      600

ttgaaacgtg gttctcatgt attagtagtg gatgatttca tgaagggtgg cggtactgtt      660

aacggtatga agtccatgat tgaagaattt gaatctgaac ttgtgggaat taccgttttt      720

gcagaaggtg catttgatgg tcgtcgaatg gttgaagatt acacatcact attaaaagtt      780

gatagtgtca atacaattga taaaactatt cacgtaagcc caggaaatta tttagaaaaa      840

gtctttggca aaaaagaaga ttaa                                             864


<210>  2636
<211>  741
<212>  DNA
<213>  Lactobacillus salivarius CECT 5748

<400>  2636
atgagtaaca aaaagatgat tgaagtacaa aatcttcaaa agaagtttgg agataatctc       60

gttcttaaag atatttctga atcggtagaa caaggtcagg ttatttgtgt aatcggtcct      120

tctggttctg gtaagagtac ctttttaaga tgcttgaatg tgttggaacg tccaacaggt      180

ggtaaggtaa tttttgaagg aaaagactta actcatattt ctgaaaagga attagatagc      240

ttacgtgaaa aaatgggcat ggtttttcaa ggttttaact tattccctaa tatgagtgta      300

ttggaaaaca ttaagttggc tccaatgaaa gttaagaacg ttgatgaagt acaagcagaa      360

aagacagcaa aagaattact agctaaagtt ggattggctg ataaagcaaa tcaattccca      420

gatagtttat ctggtggtca aaagcaacgt gtagcgatag ctcgtgcttt ggcgatggat      480

ccagaagtaa tgctatttga cgaaccaaca agtgcgttag acccagaaat ggtaggggaa      540

gtattaaagg ttatgcgtga cttggctgat tcaggaatga cgatggtagt tgtaacacac      600

gaaatgggct ttgctaaaga agttgccgac caaatctggt ttatggcaga tggctatgta      660

caagaagtag gaacaccaga agaagttttc gaacatccaa cttctgaacg tgctaaagat      720

ttcttagcta agatcttata a                                                741


<210>  2637
<211>  1434
<212>  DNA
<213>  Lactobacillus salivarius CECT 5749

<400>  2637
atggaaaatt ggttaaagaa acgagttcta ctttctccaa ataaaatagc cattcaagct       60

ggtaatacca aattaacttt taaagaagta agtgataggg tggcagtatt ggcagcacgt      120

ttagctaata agtctcgtaa agagatgaga gtagcattgc ttaccaataa cacgattgat      180

ggttatttga tgattctatc attacaacaa ttagggtgtg aaattgtctt tttaaataaa      240

agattatcgc atgaagagct acaatatcag ctggaagatg ctgcagtttc gttgttgata      300

tatgatgagt cattgttaca tgaagaattt gtagggattg aaagcttaac ctttaatcaa      360

ataaaaggtt tagaggaaaa tcaaaatttt caattagtat cagaattcaa tgatgatgaa      420

gttacgacta ttatgtatac ttcaggtaca actggtaaac ctaaaggagt acagcagact      480

tttaaaaatc atttttattc tgcaatcagt tcggccttaa acctaggttt aacagataag      540

gataactggc tatgtgcagt gcctattttc catattagtg gtttatcaat cattatgcgt      600

ggattgattt atggaatgac tgtaactttg atggataaat ttgatgcaga aaaagttaca      660

tccttattaa agaaaagtag tgtaagtaca atgtcagtag tccctacaat gttgcaacaa      720

cttttagaaa tttttcccca agaaggatac aattctaatt ttcgttgttt cttattaggt      780

ggcggaccaa tagataaggt tacattagag cgatgtcaac agctaaacat accagttatt      840

cagtcttatg gaatgacgga aactgcttcg caagtgatag ctttaaattt tgaagatgct      900

gagaataaaa ttggttcagt aggaaaaccg ttattttctg ttgaattaaa attggctcat      960

gatggtgaag tattacttaa agcacctaat atcacgccag gttactttaa taatcctgag     1020

aaaaatcaag aagtatttga agatggatgg tttaagacgg gagatattgg ttatttagat     1080

gaagatggat tcttatatct gaaaggtaga aagggcgata tgataatttc tggtggagaa     1140

aatatttttc cacatgaagt agaagaaagc tatttaaagt taacaggagt taaggatatc     1200

gttgtagcag gaattactga taaaaagtgg ggacaagtgc cagttgcttt tgtaatattg     1260

gaaagaaaac tttcacaaca ggaattaatt tcatatgggc gtgaacatct agcgcattac     1320

aaagtaccag taagatttta tcaagttatg tcatatccac agacagctag tggaaaagta     1380

aaaagacgag aattgatcca aattaaggaa tatcaaaaga atctcattaa gtaa           1434


<210>  2638
<211>  849
<212>  DNA
<213>  Lactobacillus salivarius CECT 5750

<400>  2638
atgccttttg attggagcaa cttgataact acacaacatt tgataaactt attagatgtt       60

gcagttgttt ggtatgctat ttataagttg atgatgcttc ttcgaggaac aaaggcagtt      120

caactcttta aaggaattgt agtaatcgta attatcaagt tactaagctg gtatattgga      180

ttatcaactg tatcttggat aatggaccaa gttattaatt ggggaattat tgcaattatc      240

attatttttc agcctgaaat tcggcgaggt ctagaacatt taggacgtgg aacatttgtc      300

cataaccgta agcaaggtgc tgaagaagag aagatggtaa aagctctcga tcaggctatt      360

caatatatgt ctaaacgaag aattggggcg ttgataacaa tccaaatgaa tacaggttta      420

gaagattata ttgaaacagg gataaaattg gatgcagata taacaggtgc attactaata      480

aatattttta ttcctaatac gcctcttcat gatggagctg ttattatcaa agataacaag      540

attgcggtag ccgcagcata cttaccatta tctgaaagta atcttattcc taaagcttta      600

ggaacacgtc atcgagcagc tgtgggaatt agtgaagtaa cggatgcttt gacgattgtt      660

gtatctgaag aaactggtgg agttacaatt accaaaaata gtgaattatt aagggattta      720

actcaaaatg actaccttaa gcttttaaga aatgaactta ttcctaagca agaagttaag      780

aatgataata tcttaactaa atttgtagat ggatttgcta agagttttaa aggaggtaga      840

aaacattga                                                              849


<210>  2639
<211>  453
<212>  DNA
<213>  Lactobacillus salivarius CECT 5751

<400>  2639
ttgaaacttt gtcaaaagag taaaaagagt ggatttacat tattagaaac aataatagca       60

ataggaatta cttgtttaac atgtatgatg atattttcta cactccaaat agtgtggaaa      120

atcaatgcaa atgaaactaa aaatgataga ttgcagtggg agcaatttag atcagttata      180

gaaagtagta atttagattt taaatatgta cgtgttgaca atgagaataa tgaattgatt      240

ttatatagcg atgcgatgga tgatttttat gaattggact tatataagca acaaatcagg      300

atgcgaagaa aaattgatgg gtatatgccc ttgttataca atgttcaaaa ggtagagtgg      360

agatataatg aaaataggaa gtcgattttt atttcaattc ggatacacgg tagagaatat      420

agcgaagaat atataatgga tcgaaaaaaa tga                                   453


<210>  2640
<211>  462
<212>  DNA
<213>  Lactobacillus salivarius CECT 5752

<400>  2640
gtgagtactt tagataatat ggctcatgca agtaacgaaa gaagaaatca aaatataatg       60

aagttacgtc aagcatttaa tgatgagaag tacaatacga taagtcaagc tgctaaagat      120

acgggatata catatcaaac tgtaaaaaaa tgggctattg atggagatat tccactcctt      180

gatgagaatg gaacttcaat agttaaaatc actgaggata atcaaagaaa agtgaatgag      240

aaacgtagaa ttgagcatat aaataaatta aatgaaatat ttcataaaaa agaagctata      300

actgtttctg cgtgtgctag taaattaggt tatccagagg aaacaataat ttcatgggcg      360

aaacaaggag aaataccatt gttaatggca aataatgaat tagtagtgcc atttaacgag      420

tacaatcgtc cgtattggtt agatagtgat gattttcttt ag                         462


<210>  2641
<211>  1065
<212>  DNA
<213>  Lactobacillus salivarius CECT 5753

<400>  2641
atggcaatgg aagattatcg tataaataaa gaaaatggat tagaatttgg cttatattca       60

ctaggggatc acatgcctaa cgctcttaca ggcaaacgtg tttcagctaa agaaagaatt      120

gatcaaattg ttgctgaagc aaaattagct gaagaagcag gattagattt cttcagtgta      180

ggtgaaagtc accaaaaata ctttgttgga caagctcatg ctgttatttt aggagcagtt      240

gctcaagcta ctgaaaaaat caagattggt tcatctgcaa caattatttc aacatctgat      300

cctgtcagaa tttatgaaaa ttttgcgaca ttagatttat tatccaatgg acgtgctgaa      360

attattggtg gacgtgcttc acgtttaggt ttattcgatt tattaggcta caatgtgaat      420

gattatgaag aattatttga agaaaagttt gaattactac tcaaaattaa cgaaaatcat      480

cgcgttaact gggaaggtaa tttccgagca ccattaaaag atgcagaagt tttaccaaga      540

ccattaaatg ataagttgcc aatttggcgt gcggtaggtg gaccagctga aagtgcaatt      600

aaagctggat tacaaggtgt gccaatgaca atcactttat taggcggtcc attatcaatt      660

tttaagcgtt caatcgatgc ttatcgtcaa agtttgaaaa tgaagagcta taatccaagt      720

gattttccag tagcgacaac aggatttttc tatgcagctg atgatacaaa gactgcttta      780

agagagcttt atccttatgt agatcaagga atgaagttgg caaatggtac aggttatcat      840

aagcgtttat tcgctaatgg cgcagacatg aatgatgtaa tgttagtggg aagtccacaa      900

caaattatcg aaaaaatgat ttatcaatat gaagaactag gccatcaaag atatttagca      960

caaattgatt ttggtggaat gccatttgaa aaagttatga agaatatcga aattatcgga     1020

acaaagattt taccagaagt taaaaaatat acaaagggaa aataa                     1065


<210>  2642
<211>  348
<212>  DNA
<213>  Lactobacillus salivarius CECT 5754

<400>  2642
atggctgaac aagttacatc agcaaaagca actgccaaga cagttcgaat ccctgcacgt       60

aaagcacgtc tagtgatcga tcttatccgt ggtaagagtg ttgctgaagc atttggtatc      120

ttgaagttta ctccaagatc aggtgcttac ttaatcgaaa aagtattaaa gtctgctgtt      180

gctaatgcag aaaacaattt tgacttagat gttgaagatt tgtatgtaag cgaagctttt      240

gtaaatgaag gaccaacttt gaaacgcttc cgtcctcgtg ctaaaggttc cgcttctcca      300

atcaacaaac gtacaagcca catcactgtt gtggtatcag ttaaataa                   348


<210>  2643
<211>  753
<212>  DNA
<213>  Lactobacillus salivarius CECT 5755

<400>  2643
atgaagatag atattttaag tttatttcca gaaatgtttg gccctttgac agaatcaatt       60

gttggtaagg cagtagaaaa agatatttta gacatagaag taacaaattt tagggatttt      120

actactaata aacaaaatca tgtagatgat tatccatacg gtggaggagc tggaatgctg      180

ttgcaagcac agccaatcta cgatgcttta gataatattg aagagaaaaa tggtaactta      240

ggtagagtta ttttacttga tccagctgga agaaaatttg atcagagtgt tgctgaagag      300

ctatctaaag aagatcattt aacttttata tgtgggcatt atgaaggata tgatgagaga      360

atacgagcaa aggttacaga tgaaatttca ttaggtgatt ttgtccttac tggtggcgaa      420

ctcggtgcaa tggtagttat tgatgctacc gtaagattgt taccagatgt cttgggaaac      480

aatgaatcgg cttcaggtga ttctttttca atgggattgt tggaatatcc tcaatataca      540

agaccatcta attttagagg aatggaagtc ccagaagttt tattgagtgg gaatcatcaa      600

aagattgctg aatggagaaa aaaagaatct ttaagaagaa cttatcaaag aaggccggat      660

ttgctggaag attatgaatt ttctgataag gaaaaagaat ggttaagaga atttgaacgg      720

gataaggatg tgaaaattca tggaaaaggc taa                                   753


<210>  2644
<211>  864
<212>  DNA
<213>  Lactobacillus salivarius CECT 5756

<400>  2644
atgaaaaaaa cattatttgt cattaagaca ttattacttg ctttcttact tttgagttta       60

gcaagtattc caggaggttt tgccatggga ttcagttccg catcaaatcc tggtacctcc      120

actgatactc ctgtatttct aactatcact ttaataggcg agattattgt tcctatctat      180

ctccttattt attatcgtgc taaaaataat ttagatgcac ttgatattgt tatgccattt      240

aaaaaagata aaattgctca aaaatttggt ataggatatc tcattggttt tctagctttt      300

gctatagttt tcgccgttgc tgtttttggt ggaggtttta ctactaagat tgtatggtcg      360

agtaaaaata ttgttttatt tatattaatg cttattggat ttctcatcca aggaactacc      420

gaagaaattg tttgtcgtgg ttatgttcaa ggaaggatta ctgaaaaatt aggtgtattt      480

tgggcaattg ctcttagtgc cctcttcttt gcgagtggtc acttaggaaa tgctggtgtt      540

tcgctcgaag ggttcgtcgg tctgcttgca tttggtattc taacagcctt gcttcgtttt      600

tatacaggtg atctttggct atgtggtgct ctccatggtg cttggaattt cgctgaaggt      660

ccattctttg gcactccagt ttctggaatt agtgggacag aactattatt taagtccact      720

tctgtgcctc accatccttg gttaaatggt ggtgcttttg gtattgaagc tagtcttact      780

tgcatcatcg tattaatctt attatcattt ttaactgttt acttaggtca aaaatattca      840

gttaataaat tggacctaaa ctag                                             864


<210>  2645
<211>  852
<212>  DNA
<213>  Lactobacillus salivarius CECT 5757

<400>  2645
atggagatta cacttgatat tttacaaaag gtcattaaaa aacgtgaacc taacagtcat       60

aaaggtaatt ttggtagggt attactcatt ggcggaaata ttaactatgg tggagctata      120

attatggctg cttccgctgc cgttcatgct ggcgctgggt tagttactgt cgcaactaat      180

aaagaaaatc tatcttcatt acattccgtc gtaccagaag caatgtttat taattttttt      240

gacaaagtat ctcttacaac tgctatttca acggctgatg cagtagttgt aggccctgga      300

ttaggtactg ataatagagc taaagaagtt cttgaagtta cattaagcaa tatctctgat      360

aatcaacttt gcataattga cggttcagca atcactctca tatctgaaaa tgattcctta      420

aaagaattga ttgctaacaa taaaaaaatc atttttactc ctcaccaaat ggaatggcaa      480

agactatctg gtattcctat agataaacaa attgatgaca tcaacttaca aaaacaaaca      540

tcgctaaatg ctactgttat tttaaaaaaa caccatacta ctatttatca tcaatcagga      600

actattgata atttagcaat tggtggccct tttatggcaa ctggtggtat gggagatatc      660

ttaaccggta tcctcgctgc atttatcaca cagtttaagg aaagttcact agatgaaaga      720

atcaacgcag ctgtttattt acacagctat atagctgaaa atttatctca taaatactat      780

gtgacattac caacagatat tattaaaaag attcaaaaaa cgatgttgaa agttatttct      840

gaacaaaaat aa                                                          852


<210>  2646
<211>  471
<212>  DNA
<213>  Lactobacillus salivarius CECT 5758

<400>  2646
ttgcgcaagc aaattagaaa agcggatgtt gatgcagttt atcttaactc catgtcctca       60

ccagctgata ctgctagtgt agttcaagct ttagaaaaag ctggcgttaa gcgactatta      120

ggtgcaacga ttgctggggt agaagatgaa gttccttatg aactagcaac ttggacaaag      180

aatagtttgc cagcaagtta cattaagggt gaatatgatt ctgctaagat agtcagagat      240

tctaatttgg attacacatt gttaagactg acttggttat ttaatgacga aagtgatcgt      300

gaatatgaac tagttccaag tggagtcgaa tttgcagatg ctgaggtttc gcgacaagct      360

gttactcaag caattttaga tattttaaat ggtgaagaat ctgaatatgt aaggaagagt      420

tttggtttgg gtaagccaaa tacacattat ggtaagccat cgttttatta a               471


<210>  2647
<211>  993
<212>  DNA
<213>  Lactobacillus salivarius CECT 5759

<400>  2647
atgatagaag aagaacattt tggatatatt ggaaataaag aaatttcaaa atatattcta       60

aaaaataagc aacaaacacg agttggaatt ttaaatttgg caggaataat tcaagaattc      120

tcaatagtag taaattctaa gcagaaaaat ttggttgtta attttgacac acctaatgag      180

tatgtagaaa ataactttca aatttgtaag caaataggaa gagttgctgg aagaataaaa      240

ggtgcaagtt ttgaacttga taatatgcaa tatacagtag aagctaatga aggttctaat      300

gcattgcatg gaggctcaca tggtttaagc acccaaatct tggatgccaa aattacagga      360

aacactttaa tcttatttac gagattaaaa catgaagtag atggttatcc aggagatata      420

gacttggaaa taagttatag tttggatgat gataattgct tgagtgtggg atataaggct      480

aaagcaattg gaagtacagt ttttgatcca acggtgcatg tctattggag attaccacaa      540

gggttgaaga attccaagtt gataattcct actggtcaac atgtagaaac agatgtggaa      600

aatattccaa ctggtaattt tgatacgaat gagaagtata atttacaaaa agaaaaatat      660

ttatcaaatg taatagaaga actaagatct gatgaaattg caggtttaga cgatatctat      720

aaagttgatg ctagtgacga taaagtggtt gctagactta ccaatatgga agataatatt      780

aatatagata tttttagtaa tagaaatgga ctgattgttt ttacagctga tcctatagat      840

gtagctaatc atgacaaggg tatttacaat gcagtggcaa ctgaagctca aacagtttct      900

gattcgttgc atcatccaga ttttggtgat ataaggttgt atgatggtca ggaaaaaaat      960

tacgaaataa aatataaagt aagtatagtt tga                                   993


<210>  2648
<211>  1188
<212>  DNA
<213>  Lactobacillus salivarius CECT 5760

<400>  2648
atggctaaag aacattacga aagaacaaaa ccccatgtaa acatcggtac aatcggacac       60

gttgaccatg ggaaaacaac tttaacagca gcaattacaa aggttttggc tgaaaaaggt      120

ttggctgaag cttctgacta cgcttctatc gacgctgctc cagaagaacg tgaacgtggt      180

attacaatca acacagctca cgttgaatat gaaacagaaa agcgtcacta cgcacatatc      240

gatgctccag gacatgctga ctacgttaag aacatgatca ctggtgctgc acaaatggat      300

ggtgctatct tagttgttgc tgctactgat ggtcctatgc cacaaactcg tgaacacatc      360

ttacttgctc gtcaagttgg tgttgaatac attgttgtat tcttaaacaa gtgcgacttg      420

gttgacgatg acgaattact tgacttagtt gaaatggaag ttcgtgattt attatctgaa      480

tacgacttcc ctggtgacga tattcctgtt attcgtggtt ccgctttgaa ggctcttgaa      540

ggcgacaaag atgctgaagc acaaatcatg gaattaatgg acacagttga cgaatacatt      600

ccaactccac aacgtcctac agacaagcca ttcttaatgc ctgttgaaga tgtatttaca      660

atcacaggtc gtggtactgt tgcttctggt cgtatcgatc gtggaacagt taaagttggt      720

gacgaagttg aaatcgttgg tttgaaggat gacgttgtta agacaactgt tactggtgtt      780

gaaatgttcc gtaagacact tgacgaaggt gaagctggcg ataacatcgg tgctttactt      840

cgtggtgttg accgtacaca agttgaacgt ggacaagttt tggctaagcc aggttcaatc      900

caaactcaca agaaattcaa aggtgaagtt tacgtattga caaaggacga aggtggtcgt      960

catacaccat tcttctctaa ctatcgtcca caattctact tccacacaac agacgttact     1020

ggtgttatcg aattaccaga aggtgtagaa atggttatgc ctggtgataa cgtaacattt     1080

acagtagaat tgattgctcc agttgctatt gaaaaaggtc ttaagttcac agttcgtgaa     1140

ggtggccgta cagttggtgc tggtgtggtt tctgaaatcg acgactaa                  1188


<210>  2649
<211>  381
<212>  DNA
<213>  Lactobacillus salivarius CECT 5761

<400>  2649
atgggttcaa cttatacaat ttttatgttt gtattgttgt ttgtgatgat gtatttcttt       60

atgattcgtc cacaacgtaa gcaacaacaa caacatcaag aaatgatgaa taatttaaag      120

aagggcgacg aagttgttac aattggtcgc ttacatggtg tgattgactc catcaatact      180

gaagataaaa cagttacttt agattgtgac ggtgtttatt tagtttttga tatcaatgca      240

attggtagag ttctttcacc tgctacaact gttaagacag aagaaaaagc cgttgttgat      300

gaaaataagg aaacaacaac tgaagaagat aacagtactg aagaaaaaag cgaagatgta      360

gaaagtacag aagaaaaata a                                                381


<210>  2650
<211>  435
<212>  DNA
<213>  Lactobacillus salivarius CECT 5762

<400>  2650
atgataagag aatttcagat atcagacacc cagctagtta tgcagttatg gcttgcagga       60

aatgaagatg ctcattcttt tgttgctaaa gagtattggc aagctaattt tgaagaagtg      120

gaaaaacaat tattgaaagc tgatattttt gtttatgatt taaatggaga aataaaggga      180

tttattggac taatggatga atatattgca gggatttttg ttgataaagc gtatcgttct      240

caagggattg gtaggcaact tttggaatat gtaaaacaat tgcacagtac attgtcatta      300

aatgtgtatc aaaagaatga acgtgcatta agattttatc gtgaaaatgg gtttactatt      360

gtttctaagc agaatgatga acatacaggg gaaattgaat ttacgatgat ttggaataaa      420

aataaagtcg aataa                                                       435


<210>  2651
<211>  762
<212>  DNA
<213>  Streptococcus oralis SK313

<400>  2651
actactggtt taaataatga gacccttggc gataatatct atcctggttc taaaaaagac       60

gatgaaaaca agttgagtgc ctacgacgtt gcaatcgtcg ctcgtaatct catccgagat      120

tatcctcaag ttttggaaat caccaaaaag ccaacttcta cttttgctgg acttgaaatc      180

cactcaacca actatatgtt ggaaggaatg ccagcctatc gtggtggtgt cgacggtttg      240

aaaacaggta ctaccgacaa agctggtgct tctttcgttg gaacaaccgt tgaaaaaggg      300

atgcgtatta ttacggttgt tttaaatgcg gaccaacaag atagcaaccc ttatgcacgt      360

tttactgcaa cttcttcact tttagattat gtttctgcaa actttgcttt aaaaactgtc      420

gttcagaaag gcgaaaccta caaagatagt aaagtgacag tccttgacgg gaaagaagat      480

aaggtagccg caattgctaa gtcagatatt gcaatcgtcc aacgagttgg aagtgaaaca      540

acatcagctc ttcaattcac accaaaatca gaaatagctc cactggaaga aggcaaggtt      600

gtcggtactc taacctatga cgatcaggat ttggtcggtc aaggttatct cacttctgaa      660

aaaccttctt ttgaaatggt cgctgaaaag aaagtagaaa aagccttctt tttgaaggtt      720

tggtggaatc aatttatccg ctttatcaat gagaaactat aa                         762


<210>  2652
<211>  705
<212>  DNA
<213>  Streptococcus oralis SK314

<400>  2652
caagcggaag gtgtgaagtt cccaatccac ttggatatgc ctgtagacca aaccaataca       60

acaaaagttc aacgtgtcca atcttttaaa cagtcagttg aagaaaactt aggatctgat      120

aatgtggttg tcgatatcca acaacttcaa aaagacgatg tcttgaacat cacttacttt      180

gctgaaactg cggctggaga agactgggat atctcagata acgtgggttg gtctccagac      240

tttgcagacc cttctaccta ccttgatatt atcaaaccat ctgtagggga aaatacaaag      300

acttacctag gatttgactc aggaacaaac aacgctgctg ccaagcaagt tggtttggaa      360

gactacgaaa aaatggttgt ggaagctggg gaagaaacta ctgacgtttc aaaacgttat      420

gaaaaatatg ctgctgccca agcttggttg acagatagtg ccttgatcat cccaacaact      480

tctcaaactg gtcgtccaat gttgtctaag atggtaccat ttacacttcc gtttgcatac      540

tctggtaaca agggtatgag cgaagccctc ttgtataaat acctagatgt acaagataag      600

gcggtaacaa cagaagagta ccaaaaagct caagaaaact ggttgaaaga aaaagaagag      660

tctaataaga aggctcaaga agacctcgca aaccatgtga aataa                      705


<210>  2653
<211>  402
<212>  DNA
<213>  Streptococcus oralis SK315

<400>  2653
atgattacac tatttttatc accgagttgt acatcatgtc gtaaggcaaa ggcttggtta       60

gagacgcata aagtgccctt tcaagagcat aatattatga ctagtccttt aacaagaaaa      120

gaattacaac atattctttc cttgaccgaa aatggtactg atgacatcat ttcaactcgt      180

tcaaaaattt ttcaaaaatt ggatattgat gtagagagta tctcggtatc ggagttgctt      240

cagttgattg agcaatatcc tagtcttttg cgtcgtccaa ttattataga taccaaacgc      300

atgcagatcg gttttaatga agatgagatt cgtgcttttc tccctcgtag ttaccgtaaa      360

caagaactaa aagaagcaac attgagagct ggtattggat ag                         402


<210>  2654
<211>  756
<212>  DNA
<213>  Streptococcus oralis SK316

<400>  2654
atgatggcga agaacttgga agaccacaac atccgcttgg cgcttggtca aacagttaaa       60

gccatccaag gtgacggtaa agttgaacgc ttggtaacag acaaagaaac atttgatgtg      120

gatatggtgg ttcttgcagt tggtttccgt ccaaacacag ctcttgctga cggtaagatt      180

gaactcttcc gtaacggtgc cttccttgta gataagaaac aagaaacatc tatcccaggt      240

gtatacgctg ttggtgactg tgcgactgtt tatgacaatg ctcgtaaaga cactagctac      300

atcgctcttg catctaacgc tgtacgtact ggtatcgttg gtgcttacaa tgcttgtgga      360

catgaattgg aaggaatcgg tgtgcaagga tcaaacggta tttcaatcta tggtcttcac      420

atggtttcaa ctggtttgac tcttgaaaaa gccaaagctg caggctataa tgcaactgaa      480

actggcttta acgatcttca aaaaccagaa tttatgaagc atgacaacca cgaagttgcc      540

atcaagattg tctttgataa agacagtcgc gaaatccttg gtgcacaaat ggtttcacat      600

gatgctgcaa ttagtatggg aatccacatg ttctcacttg ctatccaaga gcatgtgaca      660

attgataaat tggctttgac agacctattc ttcttgccac atttcaacaa accatacaac      720

tacattacaa tggctgcact tacagctgaa aaataa                                756


<210>  2655
<211>  858
<212>  DNA
<213>  Streptococcus oralis SK317

<400>  2655
atgcacgtaa cagggattgc tgctggaaac cctgataaag aagcaccaaa tggtgaaaag       60

gtctatggtg tggcgccaga agcccaagtc atgtttatgc gtgtcttttc agatcgccaa      120

aaaacgacca gttctgccct ttatgtaaag gcgattgatg acgcagttgc cttgggagca      180

gatgccatta atatgagttt aggctctagc actggttcta tggtcgatgc tggttctgat      240

atcgtggatg ccatcaaacg ggctcgtgcc aagggagttt ctgttcttat ctcagcagga      300

aatagcaata cattcggaaa tggttattca aaaccattag ctgaaaaccc agactatggc      360

ttggttggaa atccatccac tgttgaggat tcgatttcag ttgcttctgt caacaataaa      420

acattgacga cagcggtttt tgaagtcaaa ggtctagagg gaaattccgg ccttcataac      480

ggaaaatttg attataatca acctgaagca gataaggact ttgaaaaagg aaaagagtac      540

gaatacgtcg aagcagggtt aggtcgtgaa gaagactttg cgaagttgga tttaactggg      600

aaacttgccc tcattcagcg tggagccatg aacttttcag agaagatcaa aaatgcacga      660

aaacacggtg cagttggtgt tttaatctac aataatgtag aaggtgcaaa catcaatatg      720

gctattgatg atgaagcaaa gaaaattcct tcagtattta tttctaaaca gtatggtgaa      780

gccttaaaat caggaaacta caagattgtt tttaatgaca agatggataa tcgcccttcg      840

gatgtagcca atcagcta                                                    858


<210>  2656
<211>  1959
<212>  DNA
<213>  Streptococcus oralis SK318

<400>  2656
atgaaaaaac aaaataatgg tttagttaga aatccatttc tctacttgtt aattatcttc       60

ttcctagtga caggattcca gtatttttac tctggaaata ctgctggacg aagcgaaaaa      120

attaactata cagaactggt aaaagaaatt actgcagaca atgtaaaaga attaacctat      180

cagccaaatg gtagcatcat tgaagtgtct ggtgtttata aaaatcctaa gactagtaaa      240

gaagaaacag gaattcaatt tttcactcct actgctacaa cagtagaaag attctcaagt      300

actattcttc cgtctgattc aacagtttca gaattgcaaa aacttgcttc tgaacatcag      360

gctgaggtca cagtcaaaca tgagagttca agtggtatgt ggatcaatat tcttgtgtct      420

gttgttccat ttgctattct cttcttcttc ctattctcta tgatgggaaa tatgggagga      480

aatagtggcc gaaatccaat gagttttgga cgtagcaagg ccaaagctgc aaacaaagaa      540

gatatcaagg tacgattctc agatgttgca ggtgccgagg aagaaaaaca agaattagta      600

gaagttgttg aattcttaaa agatccaaaa agatttacca aacttggcgc gcgtattcct      660

gcgggtgttc ttttggaggg acctccggga acaggtaaga cattacttgc taaggcagtt      720

gctggggaag caggtgttcc attctttagt atctcaggtt ctgactttgt agaaatgttt      780

gtcggagttg gtgcaagccg cgttcgttct ctttttgagg atgcaaaaaa agcagcgcca      840

gccatcatct ttatcgatga aattgatgct gttggtcgcc aacgtggtgt tggtcttggt      900

ggaggaaacg atgaacgtga acaaaccttg aaccaactct tgattgagat ggatggtttt      960

gagggaaatg aaggaatcat cgttatcgct gcaactaacc gttcagatgt tcttgatcca     1020

gctcttctcc gcccaggacg tttcgataga aaagtcttag ttggccgtcc tgatgttaaa     1080

ggtcgtgaag caatcttgaa agttcacgct aaaaataaac ctctggcaga cgatgttgat     1140

ttgaaactgg ttgcccaaca aaccccaggc tttgtgggag ctgacttaga aaatgtttta     1200

aacgaggcag ccttggttgc agcccgtcga aacaaatcaa tcattgatgc ttcagatatt     1260

gatgaggcag aggacagagt gattgctgga ccatctaaga aggataaaac agtatcacaa     1320

agagaacgtg agttggttgc ctaccacgag gctggacata ccattgttgg tttagtcttg     1380

tcaaatgccc gtgttgttca taaagttacc attgtaccac gtggacgtgc aggtggctac     1440

atgattgcac ttccgaaaga ggatcaaatg cttctatcta aagaagacat gaaagagcaa     1500

ttggcaggtt tgatgggtgg tcgtgtagct gaagagatta tctttaatgt ccaaacgaca     1560

ggagcttcaa atgactttga acaagctaca cagatggctc gtgcaatggt cactgaatac     1620

ggtatgagtg aaaaacttgg cccagttcaa tacgaaggta atcatgctat gtttggtgca     1680

caaagtcctc aaaaatcaat ttcagagcaa acagcctatg agattgatga ggaagttcgt     1740

tcattattaa atgaggcacg aaacaaagca gctgaaatta tccaatcaaa tcgtgaaacc     1800

cacaaactga ttgcagaagc attgttgaaa tacgaaacat tggatagtac acagattaaa     1860

tctctttacg agacaggaaa aatgcctgag acagtagaag aggaatctca tgcactatct     1920

tatgatgaag taaaatcaaa aatgagtgaa gaaaaataa                            1959


<210>  2657
<211>  858
<212>  DNA
<213>  Streptococcus oralis SK319

<400>  2657
atgagcaaca tttcaactga tttgcaagat gtcgaaaaaa tcatcgtgct ggactatggt       60

agccaataca accagctgat ttcacgccgt attcgtgaaa ttggtgtttt ttcagagcta      120

aaaagtcaca aaatctcagc tgcagaggtt cgtgcgatta accctgtagg gatcatcctc      180

tctggtggac caaactctgt atacgaagat ggttcatttg atattgaccc agaaattttt      240

gaacttggca ttccaatttt gggaatctgc tatggtatgc aacttttaac tcataaactt      300

ggaggaaaag ttgttcctgc aggtgatgct ggtaaccgcg agtatggcca atcaccactt      360

actcatacca cttctgccct ctttgaaggg actcctgaag aacagattgt tttgatgagt      420

catggcgatg ctgttacaga gattccagct gattttgttc gtactggtac ttctgctgac      480

tgtccttatg cagctattga aaacccagaa aagcacattt acggtatcca attccaccca      540

gaagttcgcc attctgtata cgggaatgat atccttcgca actttgccct taacatctgt      600

aaagctaagg gtgactggtc aatggacaac tttatcgata tgcagatcaa gaaaatacgt      660

gaaactgtag gtgacaagcg tgttcttctc ggtctatcag gtggtgttga ctcttctgtt      720

gttggagttc ttctccaaaa agcgatcggc gatcaattaa tctgtatctt tgtagaccac      780

ggtcttcttc gtaagggaga agctgaccaa gttatggata tgcttggtgg taagttcggt      840

ttgaatattg tcaaagct                                                    858


<210>  2658
<211>  1083
<212>  DNA
<213>  Streptococcus oralis SK320

<400>  2658
gggttgaaat atgctgctga taaaaaatcc gaagccttgt acctggttca agactctgta       60

gcaggtttgg atgactatat caacgggaaa acaactgact tttcaactgt cggtgttaag      120

gcgattgatg accaaacagt tcagtacact ttgacacgtc cagaatctta ttggaattct      180

aaaacaactt caaccattct cttccctgtc aatgcggact tcctgaaatc aaaaggggat      240

gattttggta aggtagaccc ttctagcatt ttgtacaatg gacctttctt gatgaaatcg      300

tttgtttcaa aatctgttat cgaatacaag aaaaatccaa attactggga tgctaaaaat      360

gtctttgtgg atgatgtgaa attgacttac tatgatggta gtgaccaaga tgccctagct      420

cgtaacttcg tagaaggagt atacagctac gcgcgtctct acccaaatag ctcaagcttt      480

gaaggaatta aagagaagaa caaggataac atcatctata gtatgcaaaa cgcaacttct      540

tattacttga acttcaactt ggacagaaaa tcttataact tcacgtctaa atcctcagat      600

atcgaaaaga aatcaaccca agaagcagtt ctgaataaaa acttccgtca agccttcaac      660

tatgcttata accgtacagc ctatggagca caatctcaag gggaagacgg agcaacaaag      720

attattcgta acttggttgt acctccaaca tttgtaagta tcaacggaaa agactttggt      780

gatgttgttt cagaaaagat ggtcaactat ggccaagaat ggcaaggaat caactttgca      840

gacgcgcaag acccatacta caatcctgac aaggctaaag ctaaatttgc agaagctaag      900

aaagaattgg aagctaaggg tgtacaattc ccaatccact tggatgtatc tgtagaccaa      960

tcagctaaaa aaggtgtact tgaaacgagc tctttgaaac aatccatcga atctgttcta     1020

ggagctgaga atgtggtgat cgatatccaa caattatcaa cagatgacta cgataattct     1080

agc                                                                   1083


<210>  2659
<211>  1032
<212>  DNA
<213>  Streptococcus oralis SK321

<400>  2659
tatcctccgt acatggataa ttacctcaaa gaggtgattg accaagttga acaggaaaca       60

ggttacaacc ttttaactac gggtatggaa gtctacacaa acgttgattc taaggtccaa      120

caacgtctct gggatattta caatacggac gagtatgtca actatccaga tgatgagtta      180

caggtagcct ctactatcgt tgatgtcaca aacgggaaag tcattgccca attaggtgct      240

cgccaccaat caagtaacgt ttcctttgga ataaaccagg ctgtagaaac taaccgtgac      300

tggggttcta ccatgaagcc tattacagac tatgctcctg ctttggaata cggcgtttat      360

gattcaactg cttcgattgt tcacgatagt ccttataatt accctggaac ctctacccct      420

gtctataact gggataagag ttactttgga aacataacac tccagtatgc tctccagcaa      480

tcacggaatg tgccggctgt agaaacgcta gagaaagtag ggctcgatcg tgccaagacc      540

ttcctaaatg gactcggtat tgactaccca agcatacact atgctaatgc tatttcaagt      600

aatacaactg aatctgacaa aaagtatgga gcaagcagcg agaagatggc tgcggcttat      660

gctgcttttg ccaatggcgg tatctaccgc aaacctatgt atatcaataa gattgtcttt      720

agtgatggca gttcaaaaga attctctgat tctggtacac gtgctatgaa agaaacgaca      780

gcctatatga tgacagatat gatgaaaact gtcttggcat acggaactgg tcgaggggct      840

tacctccctt ggctaccaca agctggtaaa actggtacgt caaactatac agatgatgag      900

attgaaaact acattaaaaa tacgggttat gtagctccgg acgaaatgtt cgttggctat      960

actcgtaaat attcaatggc cgtttggact ggttactcga accgccttac tcctatcgtt     1020

ggtgatggct tc                                                         1032


<210>  2660
<211>  627
<212>  DNA
<213>  Streptococcus oralis SK322

<400>  2660
atgactagag atggtttttt tacaggctta gatatcggaa ctagctccat taaggtgtta       60

gttgctgagc atagagatgg cgaagtaaat gtaattggtg ttagtaatgc caaaagtaaa      120

ggtgtaaaag acggaattat tgttgatatt gaagcagctg cttcagcaat caaatccgca      180

atcacacagg cagaagagaa agcaggcatt tctatcaagt ctgttaacgt tggtcttcca      240

gcaaatcttc tgcaggtcga accaacacaa ggaatgattc ctgtaacatc agatacaaaa      300

gaaatcacag atcaggatgt tgaagatgtt gttaaatcag ctttgacaaa gagcatgact      360

cctgatcgtg aagtgattac ctttattcca gaagaattca tcgtggatgg tttccaagga      420

atccgtgatc ctcgtggtat gatgggtgtc cgtttggaaa tgcgtggtct gctttacaca      480

ggtccgcgta cgattctaca caatcttcgc aagacggtcg aacgtgtagg tatccaggtt      540

gataatgtga ttatttcacc tttggcgatt gtgaactccg ttctcaatga aggagaacgt      600

gaatttggtg caactgtcat tgacatg                                          627


<210>  2661
<211>  447
<212>  DNA
<213>  Streptococcus oralis SK323

<400>  2661
atgagaaaaa gagaacggca tcaattgatt aaaaagatga tcaccgaaga aaaacttggg       60

acacaaaaag agattcaaga tcgtttagaa gctcgtaatg tttatgtgac acaaacgact      120

ttgtcgcgtg atttgcgtga aatcggcttg accaaggtta agaaaaatga tatggtgtat      180

tatgtactag caaatgagac agataagatt gatttagttg agtttttgtc tcatcattta      240

gaaggagttg caagagctga gttcaccttg gtacttcata ccaaacttgg ggaagctgca      300

gtcttagcaa acattgtaga tgcaaacaag gatgaatgga ttttaggaac ggttgctggt      360

gctaatacct tattggttat ttgtcgagac cagcacgttg ccaagctgat ggaagatcgt      420

ttgctagatt tgatgaaaga taaataa                                          447


<210>  2662
<211>  846
<212>  DNA
<213>  Streptococcus oralis SK324

<400>  2662
atgatatcta aggtgatgat tattggttct ggtcaaatgg gaagcggaat tgctcaagta       60

tttgctcagg ctggttttac agtttactta aacgatatta aagaagaatt tgttcaaaga      120

ggcttgaata atatcacaaa acaattggaa cgttcagttg aaaaaggacg gatgtctgcg      180

gatgagaagg atcaggtatt agccaatttg cttccatctg tttcatatga agatgcgaaa      240

caagtccaat tggtgattga agctgcaact gagaaccgtg agattaagtt gaatattttc      300

aaacaattgg atgaattgac agatcctaaa actatcttag catcaaacac atcctctttg      360

tcaatcacgg atatagctgc tgctactaaa catcaggagc gcgtgattgg aatgcacttc      420

tttaatcctg ccccaatcat gaaacttgta gaggttatta aggccttgca gacttcagaa      480

gaagtggttc aggcggttcg tgaattgaca gtgaaaattg gtaaaacacc agttgatgtt      540

aaagattctt atggttttgt tgtgaacaga attttgattc ctatgatcaa tgaagccatt      600

tacattctag gtgaaggagt ggctagtgcc gaggaaatcg atgaagcgat gaaacttggt      660

gcaaatcatc ctattggacc tttggctctt gctgacttga ttgggttgga tgtttgtttg      720

gctattatgg gcgtcctaaa ccaagggttt ggtgatcaaa aataccgtcc tgcccctctt      780

cttaagaaaa tggtcgaagc aggaaaattg ggacggaaga caaaagaagg cttctttact      840

tactag                                                                 846


<210>  2663
<211>  1860
<212>  DNA
<213>  Streptococcus oralis SK325

<400>  2663
tcctttttag caggaatggc tagtttgatt ttgactcttc ctacactgtt tgatttacaa       60

actcatgggg agaagttaac tgccatcaca aaattaaaga cagatagtag ctggtatctg      120

gatattttcg caaaacaatt cattggatct tttgatacaa ctaagtatgg atctatacca      180

atgatttttg ttggattgct tccttttatt ttgaccattc tatttttcac aataaaatcc      240

attaggtttc acgtgaaact tacctatgca atttttttca cttttttaat aacaagcttt      300

tacatagaag cacttgattt attttggcaa gggatgcaca ccccaaatat gtttttgcat      360

cgctatgctt ggattttttc cactctgtta atttatactg cagcagaagt tttaaatcgt      420

ctgaaagaac tgaagctctg gaatctattt gtttcacttt ttcttgtact aacaggattt      480

ttggccactg tctattttaa atcacactat tcttttttaa ctgatttgaa tatcctactc      540

actcttgaat ttcttctagt ttatactctt ttacttcttg cagtcattag aaaatttatc      600

tctgtaaatc tatttgcaat tcttttgtct ttatttataa cagctgagat aggcttaaat      660

gcttcatctc aaatggaagg aatagctaaa gaatgggcct ttgcttctcg tagcgcctat      720

aatagagata tcaccgctat ggaatccatt ctaagccaaa ttgacaattc atttacacgt      780

actgaaaaac tgcaaattca gactggaaat gacagtatga aatttaacta caatggaatc      840

tctcaattct cgtctgtacg aaatcgttca gctagcacta gtttggacaa acttggattc      900

aaatcctctg gaaccaacct caatctccgt tatgcaaata acagtctttt agcagatagt      960

ttatttggaa tccagtacaa tatttctgaa acttcacttg ataagtatgg ctttcaagag     1020

atttatcaaa aggatcattt aaccttatat aaaaatcaac tctctttacc cattgcattt     1080

gccactcaat ctatttacac agatgtaaac tttaacaatc acactctgga caatcaggct     1140

ttatttataa accagcttgc taatctcaac atggattact tctcccaaat agcatatgat     1200

aaaacagata cttcagatgg tttaacgagc attacaggtt ctgctaatga agatgcaaag     1260

attgattatc aaattgaggt tccccaaaat agtcaagtct atctctcttt ttcaaatctt     1320

cattttacaa acgataaaca aaagaaagtt gacatccttg tcaatggaga aaaaaagact     1380

tttacaactg acaatgcatt taatttcttt aatttgggtt atactgaaga acaaaaaact     1440

ttcaatatca gtgttagttt ccctggaaat tctcaggtgt cctttgaatc tccaaccttc     1500

tatcgtttag atactcaagc tcttactgag gcaattcaaa agattaaaga acaacctgta     1560

gaagtatcca cctctaaaaa taaagtcttt gctacatatg aagtaaaaca agatacctct     1620

attttcttca ctattcctta tgacaaaggt tggtctgcat accaagatgg gaaaaaactt     1680

gaaatcaagc aggctcagac tggttttatg aaagttgatg ttccagaggg aaaaggcacc     1740

attacacttt cctttatccc caatggtttt gttattggag cagtctgctc agtaactgcc     1800

cttcttcttt ttgggatcta taatcacaga cgaaatttat ctaagacaga aaaagattga     1860


<210>  2664
<211>  864
<212>  DNA
<213>  Streptococcus oralis SK326

<400>  2664
atgaacacag atgatacagt aacaatttat gacgttgccc gtgaagcagg agtttcaatg       60

gcaacagtta gccgtgtcgt taatggcaac aagaatgtta aagagaacac tcgaaaaaaa      120

gtcctcgaag tgattgatcg cttggattat cgtccaaatg cggtcgctcg tggtttggct      180

agcaagaaga caacgacagt cggagttgtg attcctaaca ttaccaatgg ttatttctca      240

acacttgcta aggggattga cgacattgct gaaatgtaca agtataacat tgtcctagca      300

aatagtgatg aggatgatga aaaggaagtt tcagtggtta acacgctctt ttcaaaacaa      360

gtcgatggga ttatctttat gggctatcac ctgactgaaa agattcgttc agagttttct      420

cgctcacgga caccggttgt tcttgctggt actgtggatg tagaacacca acttccaagt      480

gtgaatatcg actacaaaca agcaacgatt gatgctgtga gctaccttct caaagaaaac      540

gagaaaattg cttttgtaag tggaccactc gtcgatgata tcaatggcaa ggttcgtttg      600

atcggttata aggaagcgtt aaaaaaagct ggacattctt atagtgaggg attggtcttt      660

gaatcaaaat acagctatga cgatggttat gccttggcag aacgcttgat ttcatcacaa      720

gctacagccg cagttgtaac aggtgatgaa ttggcagcag gtgtcctaaa tggtttggct      780

gaccacggtg tgtctgtacc agaagagttt gaaatcatta cgacagatga ctctcagatt      840

gcacgattca ctcgtccaaa cttg                                             864


<210>  2665
<211>  252
<212>  DNA
<213>  Streptococcus oralis SK327

<400>  2665
atggcaatct caaaagagaa aaaaaatgaa atcattgcac aatatgcacg tcacgaaggt       60

gacacaggtt cagtagaggt tcaagttgct gtccttactt gggaaatcaa ccaccttaac      120

gaacacatca aacaacacaa aaaagaccac gctacttacc gtggattgat gaagaaaatc      180

ggtcgccgtc gtaacttgct tgcatacttg cgtaaaaacg acgttaaccg ttaccgtgag      240

ttgatcaact ct                                                          252


<210>  2666
<211>  372
<212>  DNA
<213>  Streptococcus oralis SK328

<400>  2666
ttgaagaaaa gctttcgtgt aaaaagagag aaagatttta aggcgatttt caaggacgga       60

acaagttttg ccaatcgaaa atttgttgtc taccaattgg aaaaccagca aaaccatttt      120

cgagtaggac tgtccgtcag caaaaagctg gggaatgcag ttaccagaaa tcaaattaag      180

agacgaatcc gacacattct acaaagtgta aaagggagtt tagtagagca tgttgatttt      240

gtcgtgattg cccgaaaagg ggtggaaacc ttggaatatg cagagatgga gaaaaaccta      300

ctccacgtat taaagttatc aaagatttac caggaaggaa atgggagtga aaaagaaact      360

acagttgact ag                                                          372


<210>  2667
<211>  1224
<212>  DNA
<213>  Streptococcus oralis SK329

<400>  2667
cacgacgcgg atgctttgac gacttacatc cgtgcaatcg aaaacccatt tacagttgaa       60

gttgctgatg tagaagctga aaaagcttct ggcttgattg aagttatcgg cgaagctgtt      120

gatgcagaat acctcaaaga agtaaaagat gtaaatatca accctgcctt gattgaagag      180

tttggtaaag acatgaagat tgtctacaca ccacttcatg gtactggtga aatgttggct      240

cgtcgtgctc ttgctcaagc aggatttgac tctgttcaag tcgttgaagc acaagcaact      300

gctgacccag acttctcaac tgtaaaatct ccaaacccag aaaaccaagc agcctttgca      360

cttgctgaag aactcggccg tcaagttggt gctgatgttc ttgtggcgac tgacccagac      420

gctgaccgtg ttggtgttga agttcttcaa aaagatggta gctacctcaa cctttcaggt      480

aaccaaatcg gtgctatcat ggctaaatac atcttggaag ctcataagag tgctggaacc      540

cttcctgaaa atgctgctct ctgcaaatcc atcgtatcaa cagacttggt aacgaagatt      600

gctgaaagct acggcgcaac tatgttcaat gtcttgacag gtttcaaatt tatcgctgaa      660

aaaattcaag aattcgaaga aaaacacaat cacacttaca tgatgggatt tgaagaaagc      720

ttcggttact tgattaaacc attcgtacgt gataaagacg ccatccaagc tgttcttgtc      780

gttgctgaac ttgctgccta ctaccgttca cgtggtttaa cacttgctga cggtatcgaa      840

gaaatctaca aagaatatgg atactacgct gaaaagacca tctctgttac cctttctggt      900

gtcgatggtg cagaacaaat caaagcaatc atggctaaat tccgtaacaa tgctccaaaa      960

gaatggaaca caacagctat cactgttgta gaagacttca aagcacaaac ttctactgct     1020

acagatggta ctgtgacaac tttgactact cctccaagcg atgtcttgaa atacacgctt     1080

gctgacggtt catggattgc tgttcgccct tcaggtactg aaccaaaaat caagttctac     1140

attgccgttg tgggggaaag caacgaagat tcacaagcta agattgctaa catcgaagcg     1200

gaaatcaatg cttttgtgaa ataa                                            1224


<210>  2668
<211>  1200
<212>  DNA
<213>  Streptococcus oralis SK330

<400>  2668
atctcaggag aaatgttaga atcagcctta gtggcaggtc tcctctctgt agggattcac       60

gtctacaaac tcggtgtcct tgcaacacca gcagtagctt acttggtcaa aactgaggga      120

gccagtgcag gtgtcatgat ttccgctagt cacaacccag cccttgataa tggaattaag      180

ttctttggtg gggatggttt caaacttgat gatgaaaaag aagcagaaat cgaagccttg      240

ctagatgctg ctgaagatac tcttcctcgt ccaagtgccg aaggcttggg aaccttagtg      300

gactatccag aaggtttacg taagtatgaa ggctaccttg tttcaactgg aactcctctt      360

gaaggaatga aagtggcctt ggacacagca aacggtgcag cgtctacgag tgctcgtcaa      420

atctttgcag accttggggc tcaaataact gttattggtg agactccaga tggtcttaat      480

atcaacttga atgtgggttc tacacaccca gaagctcttc aaaaagtggt caaagaaagt      540

gggtcagcta tcggtttggc ctttgacgga gacagtgacc gtttgattgc tgttgatgaa      600

aatggcgaca tcgttgatgg tgataagatt atgtatatta tcgggaaata cctttctgaa      660

aaaggccagt tagctcaaaa caccatcgta acaaccgtta tgtctaacct tgggtttcat      720

aaggccttgg atcgtgaagg catcaataag gcagtcactg cagttggtga ccgctatgtc      780

gtcgaagaaa tgagaaaatc aggctataac cttggtggtg aacagtctgg tcacgttatc      840

ttgatggatt acaatacgac aggtgatgga cagttaactg ccgttcaact aacaaaagtt      900

atacgggaaa ccggtaaaac cttgtctcaa ctggcatcag aagtaacgat ttacccacaa      960

aaactggtca atatccgagt ggaaaatgcc atgaaagaaa aagccatgga agtaccagcc     1020

atcaaggcaa tcatcgaaaa gatggaagga gaaatggcag gaaacggccg tatccttgtt     1080

cgcccaagtg gtaccgaacc tctcttgcga gttatggcag aggcacctac aacagaagaa     1140

gtcaattact atgtagatac gattgctact gttgttaaag atgagatcgg tattgactaa     1200


<210>  2669
<211>  750
<212>  DNA
<213>  Streptococcus oralis SK331

<400>  2669
atggatgtca ttatcaatct ggccaacgat atcttcaaac ctatcttggc tatgggtggc       60

cctatcatca tgctgatcat tttgacagta ttggccctac tttttggagt gaaattctcc      120

aaagcgcttg aaggtggtat caaacttgcc atcgctctta ctggtatcgg tgctattatc      180

ggtatgctca acggagcttt ctcagcatca cttgcgaaat tcgttgaaaa cactggtatt      240

caattgaaca tcacggacgt tggttgggca ccacttgcta ccatcacttg gggttctgcc      300

tggacacttt acttcttgct tgtgatgttg attgtcaacg ttgtgatgct tgcaatgaag      360

aaaacagaca cacttgacgt tgatatcttc gatatctggc acttgtcaat cactggtctt      420

ttgatcaaat ggtacgcaga caacaatgga gttagccaag gggtttccct tttcatcgca      480

actgcagcag ttgtccttgt aggtattttg aaaatcatca actctgactt gatgaaacca      540

acattcgacg accttcttaa tgcaccaagt tcatcaccaa tgacttcaac tcacatgaac      600

tacatgatga acccagttat catggttttg gataagattt ttgataaagt attgcctggt      660

cttgataaat atgactttga cgctgcaaaa ttgaacaaaa aaatcggttt ctggggatct      720

aaattcttca tcggtttcat ccttggtatc                                       750


<210>  2670
<211>  1683
<212>  DNA
<213>  Streptococcus oralis SK332

<400>  2670
atgaaagtat ccatgaaaaa ttggcgacaa aatagaatga agcagttctg gcttcactct       60

cttttacgga tttatagttt ggttatgatt gtgatcattg ccagttttgc gattatgctc      120

tcgtatgctg actgggactc gcgtgagaaa gaagcccaac gggttgcaga acgtgtgact      180

actcggacag tgagtgaagt ggaatattat cacagagagt caacccaact cgctcagtct      240

ttggttgaaa atcaagcccg aattgaaggg atttacaagt atttcagtct tagcacccca      300

gactatttct attggcaatt agagcgtaaa acttcgcctt atatctctgt ttccctgtat      360

gaaaatattg ataatatcta tgttcggaat gattttgtga ctggagtggc tattgtcctt      420

caggactata aggaagtgta tgtttctact agagaaaaac gcagcggaga gaaagtccct      480

gcggaggatt ttaagccgac agccaacagt tttgccattc ccgtttctga tcctgtgtct      540

gacaaggatt taggagtgat ctatatctcc ctatcgccag atgttttaca tggtgctatt      600

gacaatactc ggggtcatat cccaatggct gtaacagtaa cttctccttt tgagaccgag      660

atgttccata ttggggagaa ggtatcagcc gagcgagaaa actggtttgt aggtgttacc      720

tctcacggtt atcaggttcg agctgctgtt cctaaaaatt ttgttcttac tggaactttg      780

acgagttcag ctattattat tggactaagt atcctcttta tcatcatttt gtacgtgact      840

cttagacaga ctttctcaaa ttaccaaaaa caggtcgtag atctagtaga ttctatcgag      900

gtgattgctc aaggagaaga aggacttcga attgatacct ctgaaaaaga ccaagagttg      960

cttctcattg cagaaacaac caatgatatg ttgaatcgcc tggaaagaaa tatccatgat     1020

atctatcagc tagagctcag tcaaaaagat gccaatatgc gagccctgca agctcaaatc     1080

aatcctcact ttatgtacaa tactctggag tttttacgga tgtatgccgt catgcaaagt     1140

caggatgaac tggcagatat tatctatgaa tttagtagct tgttacgcaa caatatctct     1200

gacgagcggg aaacgacgtt gaagcaggag ttggaatttt gccgaaaata tagctatctc     1260

tgtatggtgc gttatcctaa atccattgcc tatggtttca agattgcacc agaattggaa     1320

gaaatgagga ttccaaaatt tacactccaa ccattagtag aaaactactt tgcccatggt     1380

gttgaccatc gcagaacaga taatgtcatc agtatcaaag ccttgaaggg ccaaggattc     1440

gttgaaatcc tagtagtaga taatggtcga ggaatgcccg ctgagaaact agctagcttg     1500

caagaaaaat tagctcaacg aagttttgaa cacgaagcaa gctatagtgg agagcggcag     1560

tcaattggaa tagtcaatgt acacgaacgc tttgttctct actttgggga tcgctaccaa     1620

atcagtgtag agtcagctga acaagaaggt gttcgttacc atatcactat ccaggatgaa     1680

tag                                                                   1683


<210>  2671
<211>  543
<212>  DNA
<213>  Streptococcus oralis SK333

<400>  2671
atgaaaaaag aaactctcac tgaaaaactc atcaaacgca tatacggtat ttctggtccc       60

cttgacgaac acaaacggcg cgaggccgat cgtatcggga atcaggtctt tattgtcctc      120

ttttatctga tgacatttgg caatcttatc ccgctcgttc ttgcttataa atacccgcaa      180

attgtcgcta tcggttatcc tctcgtggtg tttggcattt cgatggtagc tgccctctat      240

gtggtctctc aaaccaagaa aacgggcatc acagctattg atcccgaaat gctgagtcaa      300

aaagaaagta aacagctaca ttttccgggt ctaaaagccg gtctgatcta cggcatagcg      360

atatttttta taatgccact catcgatacc ctaaccagtg aaaatccaaa tttcatcagt      420

tctcttctga attcaaaaca tattttaaaa actatactgg gagcgttctt ttttggactg      480

atgatgcaaa ttgttgtctc tcttcgcatt caaaaagcca agaaagagca agaagacgac      540

tag                                                                    543


<210>  2672
<211>  1461
<212>  DNA
<213>  Streptococcus oralis SK334

<400>  2672
atgaatacaa aagaattgat tgctagcgag ttggctagca tcattgatag cctggaccaa       60

gaggctattt taaatttact ggaaacacct aaaaactcag aaatgggaga catcgccttc      120

cccgcctttt ctctagcaaa ggtcgagcgt aaagctccgc aaatgatcgc agcagatatt      180

gctgaaaaaa tcaatagtca atcctttgag aaggttgttg ctacaggacc ttacgtcaac      240

tttttccttg ataaaagcgc tatttcggct caagtattgc agaatgttat cactgaaaaa      300

gagcactatg ccgaccaaac cattggcaag caagaaaatg tcgttatcga tatgtctagt      360

ccgaacatcg caaaaccatt ctctattggg cacttgcgtt caaccgttat cggggatagc      420

ttgtcacata ttttccaaaa gatcggctat caaacggtca aggtcaacca tctgggagac      480

tggggtaaac agtttggaat gttgatcgtt gcctacaaga aatggggaaa tgaagaagct      540

gttaaagcgc atccaatcga tgaacttctt aaactctacg ttcgcatcaa tgctgaagct      600

gaaaaagacc ctagcttgga tgaagaagca cgcgaatggt tccgcaaact ggaaaatgga      660

gatgaggaag ccctcgctct ctggcaatgg ttccgtgatg aaagtttact ggaattcaac      720

cgcctttaca atgaattgca agtcgaattt gacagctaca acggggaagc cttttacaat      780

gataagatgg atgctgttgt agacattctc gctgaaaaag gtcttcttgt tgagtcagaa      840

ggagcccaag ttgtcaatct tgagaaatat ggaattgaac atccagccct tatcaaaaaa      900

tctgacggtg caactctcta tatcacacgt gacttggctg cagccctcta ccgtaaaaac      960

gaataccaat ttgcaaaatc catctatgtt gttggtcaag agcaatctgc ccacttcaaa     1020

caactcaagg cagtactaca agagatgggc tacgattgga gccaagacat tgtccatgtt     1080

ccgtttggat tggtaacaaa agaagggaaa aaactctcta ctcgtaaagg aaatgtcatc     1140

ttgctagagc cgactatcgc tgaggctgtt agtcgtgcca aagcccaaat cgaagctaaa     1200

aatcctgagt tagaaaataa agaccaggtt gcccatgctg ttggagttgg ggctatcaag     1260

ttctatgatc ttaagaccga ccgtacaaat ggatatgact tcgaccttga agctatggta     1320

tcctttgaag gagaaactgg accttacgtt caatacgctt acgctcgtat ccaatccatc     1380

cttcgcaaag ccaacttcac accatctaca gatgcgacat acagcttgag cgatcctgaa     1440

agctgggaaa tcatcaagct t                                               1461


<210>  2673
<211>  1362
<212>  DNA
<213>  Streptococcus oralis SK335

<400>  2673
ttgaaagaaa agcaattttg gaatcgtatt ttagaatttg ctcaagaaag attgactcga       60

tctatgtatg atttctatgc tacacctgct gaactcatca aagtagaaga aaatacagct      120

actatatttc taccgagatc agagatggaa atggtgtggg aaaagcaatt aaaagatatt      180

attgttgctg ctggttttga aatttatgat tctgaaatca aacctcacta tattttcact      240

aaacctcaga gtacagaatc tcctcaagta aatgatacga atagtgtctc tacttacaat      300

tacacacctg cactaccaac gattccttat tctgaaacag gattaaaaga aaaatatacc      360

tttgataact ttattcaagg tgatgggaat gtttgggcgg tgtctgctgc gttagctgta      420

tcagaagatt tagctctaac ctacaatcct ctttttatct atggaggacc tggtcttgga      480

aagactcact tgctcaatgc gattggaaat gagattttga aaaatattcc tgatgcgcgt      540

gtcaagtaca ttcctgccga aagctttatc aatgactttc ttgagcactt aagacttggg      600

gaaatggaaa agttcaaaaa aacttaccgt agtcttgatc tcttgttgat tgatgatatc      660

caatctctca gcggtaaaaa agtcgcaacc caggaagaat ttttcaatac cttcaatgct      720

cttcatgata agcagaaaca gattgtccta accagtgatc gaagtcctaa acacctagaa      780

ggccttgagg aaagacttgt cacgcgcttt agctggggat tgacgcaaaa tatcactcct      840

cctgactttg agacacgtat cgccattctt caaagtaaaa cagagcactt gaattactat      900

ttccaaagtg atactctaga gtacttggct ggccaatttg attcaaatgt tcgagaatta      960

gaaggagcaa tcaacgatat tactttaatt gccagagtga agaagattaa ggatattact     1020

attgatattg ctgcggaagc tattagagca cgtaagcaag acgctcgcca gatacttgtt     1080

attccaattg agaaaatcca aactgaagtt ggtaattttt atggagtgag tgtcaaagaa     1140

atgaagggga cgagacgagt tcaaaacatc gttttagcac gtcaagttgc catgtaccta     1200

gctagagaac tgacagataa cagtcttcca aaaatcggaa aagaatttgg cggaaaggat     1260

cacaccaccg ttattcatgc ccatgctaaa attaaatcat tgattgacga agacgataat     1320

ttacgtttag aaatagaagc aatcaaaaag aaaattaagt ag                        1362


<210>  2674
<211>  753
<212>  DNA
<213>  Streptococcus oralis SK336

<400>  2674
atgaaagtat taattttaga agatgttatt gaacatcaag tgagactaga gagaatattg       60

aatgaaatct ctgaggaatc gaatattcct atttcatata agacaacagg aaaagttcgt      120

gagtttaagg aatatatcga aaatgatgaa gtaaaccagc tttatttcct agatattgat      180

attcatggaa tcgagaaaaa aggctttgaa gtggctcaat ttatccgtca tcacaatcct      240

tatgctatta ttgtctttat tactagtcga tctgaatttg ctactttaac ttataagtat      300

caggtatcag ctttagattt tgtagataag gacatcaatg atgaattgtt caaaaaacgt      360

atcgagcaga gtatcttcta taccaaaagc atgctgcttg aaaacgaaga tgttgtagac      420

tattttgatt acaactataa gggaaatgat ttgaaaattc cttaccatga tattctgtat      480

atcgaaacaa caggtgtttc tcataaattg cgtattattg gtaagaattt tgctaaagag      540

ttttatggaa ctatgacaga tattcaggaa aaggacaaac atactcagcg attttattgt      600

tcccataaat ctttccttgt caatgtggga aatgtgagag aaattgatcg aaagaattta      660

gaagttgttt tttatgaaga tcatcgttgt cccattaccc gtttgaaagt tcgtaaacta      720

aaagatattc tagagaaaaa atctaaaaag tga                                   753


<210>  2675
<211>  903
<212>  DNA
<213>  Streptococcus oralis SK337

<400>  2675
ttgcctcttc attcacgttc tgaacggcta atgggaacaa ctatcacgat ttcattagta       60

gatgagcggg cagaaatcct gcttcagggc gcttttgact tgctcaagga gctcgaatac      120

cgcttcaacg ccaatagtca agaatccgaa ctgatggaaa tcaactacca ggctggaatc      180

acacctgtta aggttcatcc tgacctgttt gaactgattg ctcttggact agagcacagc      240

ctagctccct ctagccatct aaatatcagt attggtccct tgattcaaac ctggcgaatc      300

ggatttgcag atgcacgact tccagagtta aacgaaatcg aagctgtctt gcctctagtt      360

gacccgcatt ttatcaagtt ggatccgact aactctacta tttttttaga gaagaaagga      420

atgaagcttg atttaggttg tttagccaag ggctatagtg cagataaggt tgcccagtat      480

ttgaaaacac acggtgtcac ctctgccttg atcaacctcg gaggaaatgt cctcaccatc      540

gggaataacc aagccaaaga agggaaagcc tggcagattg ggattcaaga tccgcgaaat      600

cctcgtggca atcatctcct aaccattcct gcttctaaca aatccgttgt cacttcaggt      660

atctatgaac gccacctgac agtagatgga aaagactatc accatatctt tgatagtgag      720

acaggattcc ctgtcgaaac cgatcttgct agcctaacga ttatctctga taaatccgtt      780

gatggtgaga tttggacaac ccgcctattt ggagaacgta gcgcttctat cctctggcaa      840

gtcgaaagtt tagatggtat cgaagccatt ctcatcgaca aagagggacg ccttgcatgt      900

tct                                                                    903


<210>  2676
<211>  372
<212>  DNA
<213>  Streptococcus oralis SK338

<400>  2676
gaaatgattc aaacagaaac tcgtttgaaa gtcgcagaca acagcggtgc acgcgaaatc       60

ttgactatca aagttcttgg tggttctaaa cgtaaatttg cgaacatcgg tgatgttatt      120

gtggcatctg taaaacaagc tactcctggt ggtgcggtta aaaaaggtga cgttgtaaaa      180

gctgttatcg ttcgtactaa atcaggtgct cgtcgcgctg atggttcata catcaagttt      240

gacgaaaatg cagctgttat catccgtgat gacaaaactc ctcgcggaac acgtatcttt      300

ggcccagttg cacgtgaatt gcgtgaaggt ggcttcatga agatcgtgtc acttgctcca      360

gaagtacttt aa                                                          372


<210>  2677
<211>  1365
<212>  DNA
<213>  Streptococcus oralis SK339

<400>  2677
atgagttcaa ataagaaaaa aaataaaatg gagcgtggtt taaccaatcg ccatgttcag       60

gtgatggcca ttgcggggac aatcggaaca ggacttttcc taggtgctgg tcgttctatt      120

agccttactg gaccttctat catcctgatt tacatgatta caggagcctt tatgtttttg      180

atgatgaggg ctgttgggga gatgctatat caggatccag aacaacatac ttttatcaac      240

tttatcaccc gtcatttggg gaaaggctgg gggtatttct cggtttggtc ttattggttg      300

tctgttgtct ttatcggtat ggcagaaatc actgcgattt cgcattatgt tcagttttgg      360

tttccttctt ggcctagttg gttgattcag attgtttttt taacgatttt ggccttggtc      420

aatctgattg cagttaagct ctttggagaa gtcgagtttt ggtttgctat ggttaagatt      480

gtggctattt tagctatgat tgcaacaggg gtctttatgg tcttgacagg atttgaaaca      540

ccatatggtg ctgcaagtct ggcaaatatc agcaatcaat tctctctttt cccaaatgga      600

gtcatgaact ttgtcatggc ctttcaaatg gtattttttg cctatctgat gattgaattt      660

atcggagtga caacctctga aacgaagaat cctcgtcagg ttttgccaaa agcagttaaa      720

gaaattcctc tccgaattgt cttcttctat ggcggagccc tattagccat tatgtctatt      780

attccctgga gagaacttgc ttcttcagat tcaccatttg taacggtttt tgagctggca      840

gggatcaagt gggcagcggc tctaatcaac tttgttgtct tgacctcagc agcatctgct      900

cttaattcaa ccctctattc aacagggcga cacctctacc agattgctca tgattcaccc      960

aatcgcttcc taaaagcaat caaggcagat actctctctc gccataatgt tccacaaaat     1020

gctattattg cttcagcaat cttaattgct ctggctgcct ttatcaatgt tttgccaggt     1080

gtttccgatg cctttgcttt gattacggcg tcttcatcag gtgtttacat cgcgatttat     1140

atcttgatca tggtggctca tctcaaatac cgcaagtcac aagacttcat ggcggatggc     1200

tacctcatgc cccattaccg ttttctaaat cctttaacca tgctcttctt tatctttgtc     1260

tttgtaaccc tctttttaca agaatctacc tttatgggag caattggttc agctatctgg     1320

attatcgttt tcggaattta tagccagtgg aaatttagaa aataa                     1365


<210>  2678
<211>  705
<212>  DNA
<213>  Streptococcus oralis SK340

<400>  2678
attggtgctg ttcgccatca aggatttatc ccttgggatg atgacatgga tatctgcatg       60

ttacgagaag attatgaaaa gttgcaagac taccttatcg ctaaccctga tgaacgttac      120

gaggtcatgt cttataaaaa caatctcaac tatgtctatc ccttcatgaa agtgcaggat      180

aaccatacct acttgctaga agaagatgtt cgcatcgatt ccaatatggg aatctatgta      240

gatattttcc ctgtagatgg ctacgaggat gacgtagaat ttaaaaacaa gatgacgaaa      300

ctgataaaga aacgtcaatt gagttgctac acctttaaag gcattactaa tacgaaaagt      360

gtactgaatt cactgctacg ctatgtgtca gttattattt tctatttcac caatacgaac      420

aaatacgttg cccagattga agagcttgca aaatcccgta aagtctcaga ttatgagcaa      480

gtggattatc ttatctacaa agatatgaac aaaccagtgt ggagacgtga atggctggaa      540

caagctacta ctggaacatt tgaaggtaag gaatttacca ttccgaaaaa ttatcatgaa      600

attttgacct cagactacgg agactatatg caattgccac cggttgaaca aagagtatct      660

catcatgatt ttaaattatg gaagattgtt aaaaggtcta aatga                      705


<210>  2679
<211>  780
<212>  DNA
<213>  Streptococcus oralis SK341

<400>  2679
atgagtaaaa ctgttttatt agaggttaag aatggtcttg gctatctaac aattaaccgt       60

ccatcggctt tgaacgcttt aagttcagaa gtcttaaagg atttgaatct cgctttagac      120

caaattgaag caagcgagga cattcgtgtt gtcattgtga ccggtcaagg agagaaagca      180

tttgtcgcag gagcagacat taaagagatg gaccaaatgt ctccaattca ggctcatgaa      240

tacatgacct atgcgaacga cacctttacc cgcttatctg aattgactca gccaactatt      300

tcagtattga atggttatgc tttgggaggc ggtttagaat tagctctttc aactgatatc      360

cgaatcggct atgacaagac aatggttggc ttccctgaag tcggcttggg aatcattcct      420

ggttttgcag gtactcaaag aatgtctcgt ttgattggta ctagtaaaac aaaggaatta      480

atcttcactg ctagaatggt taaaggacag gaagcatatg atcttggaat tcttaacaag      540

ttggtagcag cagaagaact attacctgcg gcagaagagc tggcggcagc gattatgaaa      600

aatgcaccgc tagcagttga aaaagctaaa catattatcc aagttggctc agaactccct      660

ctgaaaaatg ctattcgttt ggaaacagaa gcggaagctc tactcttctc aacagaagat      720

aaggtagaag gaatgcgcgc ttttgttgaa aaacgcaaag ctgtctttca acgtaaataa      780


<210>  2680
<211>  795
<212>  DNA
<213>  Streptococcus oralis SK342

<400>  2680
atggacttgg gtgataatga gctaacgctg acccctatcc ctgggaagag tggcaaagct       60

tatatgggaa gctaccctga tgggaagcgc gtctttgtaa aaatgaacac ctctccaatc      120

ctacctggcc tagccagaga acaaatcgct cctcaattac tatggactcg tcgtttgcca      180

gatggccgtg atatgtgtgc tcaggaatgg ctgacgggca aaatcttgac cccttacgat      240

atgaatcgca agcagattat caatatcttg aaccgccttc accgctcgcg tcccttgatg      300

aagcagttga gccgtttggg atatactatg gaaacaccaa gtgatttgct acgttcttgg      360

cagcaaggag ttccagaaat cttgaagcag aaccactatt tgaacagtgt gattgctgag      420

ctaggtaaga cggttccagg ttttagggaa gaccatgcaa cgattgtgca tggagatctt      480

cgtcatagta attggattga aacagagagt ggactcgttt atctagtgga ttgggactcg      540

gttcgtctga cggatcgtat gtttgatgtg gcgcatttgc tatgccacta cattccagat      600

catcagtggc gccaatggtt gagagactac ggctataagt acaatcagac agtgttagat      660

aaattgtatt ggtatggtca gtattcttac ttgaaccaga ttgccaaata ctgtgaaaat      720

caagatttag acaatgtaaa ccgggagatt tacgccttgc gcgtcttccg tgacaagtat      780

ggaaagaaga gatga                                                       795


<210>  2681
<211>  447
<212>  DNA
<213>  Streptococcus oralis SK343

<400>  2681
atggaaacaa aaacaatgtc gttccgtgac accattatcc ttgctatgtc tgaggaaatg       60

cgtcgcgatg aaaatgtatt cttgatggga gaagacgtcg gtgtcttcgg aggagacttc      120

ggaacttctg ttggaatgct cgaagaattt ggtccagaac gtatccgtga ctgtccgatt      180

tctgaagctg ccatctctgg agcagcagca ggagcagcca tgacaggact tcgtccaatc      240

gtcgatatga ccttcatgga cttctcggtt attgccatgg acaatatcgt caaccaagct      300

gctaaaacac gttatatgtt tggtggtaaa ggtcaggttc caatgacagt tcgatgtgca      360

gctggtaacg gagttggttc tgcagctcag cactctcagt ctctagagtc ttggtttaca      420

cacatccctg gtctcaaggt tgtagct                                          447


<210>  2682
<211>  549
<212>  DNA
<213>  Streptococcus oralis SK344

<400>  2682
ggtagtgttt atgcactttt ggccttgggt tataccatgg tttatggaat tatcaaactc       60

atcaacttcg cccacggtga tatttatatg ataggtgcct ttattggtta ctttttgatt      120

aattccttcc aaatggattt ctttttagct ttgattattt caatggcagg aaccgcacta      180

cttggtgttg tgattgaatt tcttgcctac cgtcctttgc gacactctac acgtattgct      240

gtattgatta ctgccatcgg agtgtctttc ctactggaat acggaatggt ttatctagta      300

ggtgccaata ctcgtgcctt ccctcaagca attgaaacag tccgctttga cttgggacca      360

attagcttga caaatgttca attgatgatt ttagcagttt ctgtactctt gatggtttta      420

ttgcaattga tcgtccaaaa aacaaaaatg gggaaagcca tgcgtgcggt atcagttgat      480

agtgacgcag ctcaattgat gggaattaat gtaaatcgta caatcagttt tacctttgct      540

ttgggttca                                                              549


<210>  2683
<211>  498
<212>  DNA
<213>  Streptococcus oralis SK345

<400>  2683
aaaaagcagg cgaagtggac cacttattcg catattgata aaaaagattt aaaccaccac       60

gacacgaact caagtttttg tcctaaaatc gatagtatga aatcttggaa gcaagagctc      120

tatgccttta gctctggaga aagtcaaacc tctgtcaata aatggggcat ggactattat      180

gctcttgtta aaatctctag tgatggtcgt attatcgaaa agttattaga atctgaacat      240

ttaaaggctt taggcaaaaa agctggtgtc aatggaattt ttacggattc gccttatctt      300

atcctgagcc ccttatttaa gaatgatgac tggaagggta agcaaaagct attttctctg      360

gcaacgagag aatggtgcga tatagccttg cctagaggaa tgagtaaaca caagcttcaa      420

aatatgacag acaacttttg tttaaccttc ctttacgaca gaggattaaa agaacttgcc      480

ctttgtcgga ttgactag                                                    498


<210>  2684
<211>  939
<212>  DNA
<213>  Streptococcus oralis SK346

<400>  2684
atgacaggta ttccagtgtc acaaatggga gcatcagaca tcgaacgttt gaaagatatg       60

gctcatcgct tggaacacaa ggttattggc caagataagg cggtagaagc tgtcgctcgt      120

gccatccgtc gtaaccgtgc tggttttgat gaaggcaatc gcccaatcgg tagcttcctc      180

tttgtagggc ctactggggt tggtaagaca gaacttgcta agcaattggc gctcgatatg      240

tttggaacta aggacgctat cattcgtttg gatatgtccg aatatagtga ccgtacagct      300

gtttctaagt taatcggtac aacagcaggt tatgtgggtt atgatgacaa tagcaatact      360

ttgacagaac gtgttcgtcg taatccatac tctatcattc tcttggacga aattgaaaag      420

gctgatcctc aagtaatcac ccttctcctc caagtcttgg atgatggtcg tttgactgat      480

ggtcaaggaa ataccgtgaa cttcaagaac actgtcatta tcgcaacatc aaatgctgga      540

tttggctatg aagccaactt gacagaagat gcagataaac cagaattaat ggatcgtttg      600

aaaccatact tccgtccaga attcctcaat cgctttaacg cagttatcga gttctcacac      660

ttgaataagg aagacctttc taagattgtg gacttgatgt tggctgaagt caaccaaacc      720

ttggctaaga aagacattga tttggaagtt agtcaagcag ctaaggactt tatcacagaa      780

gaaggctatg atgaagttat gggtgttcgt ccactccgtc gcgtggtgga acaacaaatc      840

cgtgataagg tgacggactt ccacttggat catctagatg ccaaacatct ggaagcagat      900

atggaagatg gcgttttgat tattcgtgaa aaagcctaa                             939


<210>  2685
<211>  576
<212>  DNA
<213>  Streptococcus oralis SK347

<400>  2685
atgtcaaaag aacaaaaacg ccaagcgttt tatactcaaa gtcctgaaga ggtcttgaag       60

tcagttgaag caactgagca aggcctttcg tcaagcgaag cgcaaaaacg ccaagctgaa      120

tatggacgca atgaactgga agagggtgag aaaaaatctc tcttggttaa attcattgaa      180

cagtttaagg atttgatgat tatcatccta attgctgcag ctatcttatc agtcataact      240

tctggtgggg aagatatcgc agatgccatc attatcctag ccgtggttat catcaacgct      300

gcctttggtg tttaccaaga aggaaaagca gaagaagcca tcgaggccct caagtctatg      360

tccagtccag ctgctcgcgt tattcgtgat gggcacatgg cagagattga ttccaaagaa      420

ttggtgccag gagatatcgt tgcccttgaa gctggtgatg tggtaccagc agacctacgt      480

ttgctagaag ccaactctct taaaatcgaa gaagcggctt tgacaggtga gtctgttcca      540

gttgaaaaag acttgaccgt agaacttgct gcagat                                576


<210>  2686
<211>  834
<212>  DNA
<213>  Streptococcus oralis SK348

<400>  2686
aatttgtctc ctagacttga aataaagcac atttctctat ataataatac tcatatagaa       60

aacactttta gaaagatgcc tatgcttcca tatccattct cgtatttctc tagtatctgg      120

ggatttcgta agcccctatc aaaacgtttc ggcctcaact ggtttcagct tctctttaca      180

agcattttcc tcatcagttt gtctatggtt ccgattgcca ttcaaaacag ctcacaggaa      240

acgtatccac tggatacctt tatcgataat gtctacactc cactgacaga tgaagcgatc      300

atggacttgt cagagaatgc acaaatcgtt gatggaaagc tgaactactc aggtgcgaag      360

aatcagcagc cttctctttt gattggccca agccaaaaca aggaattgcc aaaggatctg      420

caacttcatt ttgatacgga agaactcgtc atcagtaagg aaagtaagga actaactcgc      480

attcgctacc acgctattca aacggagagt ttccagagta aggaagatct aacccaggcc      540

atttctaaag attggtacca acaaaatcgg gtctatatca gtctctttct cgttcttggt      600

gcaagcttcc tctttggatt gaatttcttc attgtctctc ttggagctag tctcctcctt      660

tatatcacca aaaaatcacg cctcttttca tttaggactt ttaaagagtg ctaccatttt      720

atcttgaact gtttaggatt acccactctg attacgctta ttttgggact ttttggccag      780

aatatgtcaa cccttatcac tgtacaaaac attctttttg ttctttatct ggtc            834


<210>  2687
<211>  795
<212>  DNA
<213>  Streptococcus oralis SK349

<400>  2687
caagaaatgt ttgatgcaga agaagagatt cgtccgcaaa atgcaccagc cttttcggaa       60

ttgcgagaag gcgttgaaat cagtcacatt gatttctctt atgtgccaga caagccgatt      120

ttgaaagatg tcaccatttc agctcctaag gggcagatga tagcagttgt cggtccgact      180

ggttcaggga aaacgaccat catgaacctt atcaatcgct tctacgatgt ggatgcaggt      240

agcatttgct ttgatgggaa agacattcgt gactacgatt tggacagtct gcggagcaag      300

gtcgggattg tcttgcagga ttcggtcttg tttagtggaa cgatccgaga caatatccgc      360

tttggtgtgc cagatgccag tcaggaaatg gtcgaagcag ctgccaaggc aactcatatt      420

catgactata tcgaaagctt gcctgataag tatgataccc ttattgatga tgagcaaaat      480

atcttctcga ctgggcagaa acaattgatt tccatcgctc ggaccttgat gacagatcct      540

caagtcctaa tcctagatga agcgacttcc aatgtcgata ccgtaacaga aagcaagatt      600

caacatgcta tggaggcagt agtagcaggt cgaaccagtt ttgtcattgc ccatcgtctc      660

aagaccatcc tcaatgccaa tcagattatt gtcctcaaag atggagaggt tattgaacgt      720

ggaaatcatc acgagttgct caaacttggc ggtttctact cagaactgta tcacaatcaa      780

tttgtcttcg aataa                                                       795


<210>  2688
<211>  738
<212>  DNA
<213>  Streptococcus oralis SK350

<400>  2688
atgggcttaa cttatcaaat gaaaatgaaa attccttttg atatggcgga catgaacggt       60

catatcaaac ttccagatgt gattttgctg tccttgcaag tatcaggtat gcagtcgatt      120

gagctgggag ttagcgacaa ggatatgtta gaacgctaca atctggtctg gattattaca      180

gactatgcga ttgacgtggt acgcttgcct cgctttgctg aggagattac gattgaaaca      240

gaagcattga cttacaatcg tcttttttgc taccgccgtt tcactatcta tgatgaagca      300

ggtcaagaaa tcattcgcat ggtagcaacc tttgttctca tggacagaga tagtcgtaaa      360

gtccatgctg tcgaacctga gattgttgcg ccttaccagt ctgagtttga taaaaaactc      420

atccgtgggc caaagtatgc aaatctagaa gatccgatca gtaaagacta ccatgttcgt      480

ttttacgact tggatatgaa tggtcatgtt aataacagca aatacctgga ttggattttt      540

gaggtcatgg gagcagactt tttgaccaag tatattccaa agaaaatcaa tctcaaatat      600

gtcaaagaag tgcgaccggg tggcatgatt gcttcagctt atgaactcaa gggactagaa      660

agcaagcatg agattatcag tgatggcgag ataaatgccc aagctatgat tacgtggcaa      720

gaaattgaag gcaattag                                                    738


<210>  2689
<211>  1020
<212>  DNA
<213>  Streptococcus oralis SK351

<400>  2689
atgcaagaaa agattttggt aacaggtgga gcaggtttta tcggaaccca cactgttatt       60

gaattgatcc aagcaggtca tcaagtggtt gtagtggata accttgtcaa cagcaaccgt      120

aaaagtttag aagttgttga aagaatcaca ggagttgaaa ttcctttcta tgaggcagat      180

atccgtgata ctgatactct cagagatatt ttcaagcaag aagagccaac aggtgtgatt      240

cactttgctg gtttgaaggc tgtaggtgaa tcaacacgta tccctcttgc ctactatgac      300

aacaatatcg ctggaactct tagtctttta aaagttatgg aagaagcaaa ctgtaagaat      360

atcatcttca gttcttctgc gacagtatat ggagatcctc acacggttcc aatcttagaa      420

gatttcccac tttcagtgac caatccgtat ggccgtacta agcttatgtt agaggaaatt      480

ttgactgata tctacaaagc agactcagaa tggaatgtgg tcttgcttcg ttactttaat      540

ccaatcggag cgcatgaaag tggagacttg ggagaaaatc caaacggtat tccaaacaat      600

ctcttgccat atgtgactca ggtagctgtt ggaaaattag agcaagtaca agtcttcgga      660

gacgattacg atacggaaga tggaactggt gttcgtgact atatccacgt cgtagaccta      720

gccaaaggtc acgttgcagc tcttcaaaaa atccaaaaag ggtctggcct taacatttat      780

aaccttggaa caggcaaggg ctactctgtt cttgaaatta ttcaaaatat ggaaaaagca      840

gtgggacatc ccattcctta ccgcatcgta gaacgccgac caggagacat cgctgcctgc      900

tattcagatc ctgcaaaagc caaagcagaa ctcggatggg aagcagaatt tgatatcacg      960

aaaatgtgtg aagacgcatg gcgttggcaa agtaagcatc caaatggatt tgaagactaa     1020


<210>  2690
<211>  1269
<212>  DNA
<213>  Streptococcus oralis SK352

<400>  2690
atgcttaaac gcttgtggct gatcttcggt cctatcttca ttgctggcct tttgattctt       60

ttactcatct ttttttatcc aagtacaaca agtcataatc tgacggagga gaagtactca      120

gcggcttctg ttagtataga gagttttaaa gagagaagcc aaaaagtaag ggctcttacg      180

gatccaaata tgcgttttat tccttttcta gggtccagtg aatggattcg atttgatagt      240

gtccatccag ctgttttagc ggaaaaatac catcgtccct atcgtcctta ctttctaggt      300

caagcaggag tagcctctct aaatcaatat tttggtctac agcaaatttt gccagaaata      360

gagaataagc aggctgtatt tgtgatttcg cctcagtggt ttacggagac agattatgaa      420

cccgcagcgt ttcagagatt ttttaacagt gaccaattga cagctttttt ggaaaatcaa      480

tctggtgata ttgctgcaaa gcatgcggct attcgattgt taaagcagaa tcctaatgtt      540

gcattaaaag gcattgttca aaaactgtca aagggtgaag aattatcaga ggttgatcag      600

gttgctattg atatttttgc gcgattcaac gaaaaacaat ccgctctctt tggacaattc      660

tccattcgag gacaactcaa gtacaaagaa cacgtggaga actatttaaa agatcttccg      720

gatcaatttt cttatgatga gttagaaaaa attgttcgta aggacgcaga agcaaatacg      780

accaataacg atatggggat ggaaaatcat ttctatacga gagaggttca aaaggattta      840

aaaaaatggg aagggtatca aaaaaattac aacttcctca agtcctcgga gtacaatgat      900

ttgcagctgg tcctcaatca atttgcaaaa tcgaaggtca atgtgctctt tgtcattcaa      960

ccggtcaata agaaatggat ggagtacaca gggctcagcg aagagatgta tcaacatgca     1020

gtggagaaaa ttcgttacca attagaaagt cagggcttta ccaatattgc tgatttttca     1080

aaaaatggag gagatccata ttttgttaaa gataccattc atctaggatg gttgggttgg     1140

ctagcttttg ataaggttgc caatcctttc ttaacggatc cgaaaccagc tccagactac     1200

aagatgaata accgcttctt tagcaaggac tgggcgacct atgataggaa catcaaagat     1260

ttccaataa                                                             1269


<210>  2691
<211>  1101
<212>  DNA
<213>  Streptococcus oralis SK353

<400>  2691
gcaagaggag ttgatccgga taaatatagt aagggtctct tattaaacga aattagcatt       60

gcaccattga ctgaggatgt tgtcacctta gctgccagtg caagcaactc tattttgaca      120

gataaagaaa aagaagaaat cgacatggtc atcgtggcga ccgagtcagg gattgaccag      180

agtaaggcag cagcggtctt tgttcacggt ctattaggta tccagccgtt cgctcgcagt      240

tttgaaatca aagaagcttg ttacggagca acagctgccc tccattatgc caagttgcat      300

gtggaaaatt ctccagagtc taaggtcttg gtcatcgcca gcgatattgc caagtatggt      360

gtagcgactc caggtgaacc aactcaggga gctgggagtg tggcgatgtt gattacgcaa      420

aatccgcgta ccatggcctt taacaatgat aatgttgccc aaacgcgtga tattatggat      480

ttctggcgtc cgaactattc aactactcct tatgtaaacg gcttgtactc aactcagcaa      540

tatcttgaca gtcttacgac gacttgggat gaatacaaga aacgctatga ttggactatg      600

aatgattttg cggctatctg cttccacttg ccttatccca aattagccct aaaaggcttg      660

cgcaagatga tggataagac tttgtctcag gaaaaaaagg atagtctgca agaaaacttt      720

gataagtcca ttctctacag tcagatgatt gggaatatct acacaggttc cctcttcctt      780

gggcttctct cccttttgga aaatgcagag aatttgaagg ctggagataa aattgtcctc      840

tacagttacg gaagtggagc ggtttcagag ttctttagtg gagaactggt tgaaggctat      900

gaggcctacc ttgataagga tcgcttgagc aaactcaagc aacgtacagc attgtctgtt      960

gcagactatg aaaaagtctt cttcgaagaa ttgcagttgg atgagtctgg ttcagcccaa     1020

tttgcaggct atgaacatca agactatgcc ttggttgaaa ttgtcgacca ccaacgccgt     1080

tatagcaagg ttgaaaaata a                                               1101


<210>  2692
<211>  669
<212>  DNA
<213>  Streptococcus oralis SK354

<400>  2692
atgaaaaaat ttgttgctga attaatcggt acatttatgc ttgtgttcat cggaacagga       60

gctgttgttt ttgggaatgg tgttgaaggt cttggccacc ttgggattgc tcttgctttt      120

ggtttggcca tcgtagtcgc agcttactca attgggacga tttcaggtgc tcacttgaac      180

ccagcggttt cgatcgctat gtttgtaaac aaacgtttgt catcttctga gcttgtaaac      240

tacatccttg gacaagtagt tggagctttc cttgcgtcag ctgcagtatt cttcctcttg      300

tctaactcag gcatgtcaac tgctagtctt ggtgaaaatg ccttggcaaa cggtgtcact      360

gtctttggtg gtttcttgtt tgaagtcatc gcaactttct tgtttgtctt ggttatcatg      420

acggtaacat cagcaagcaa aggtaatggc gcaatcgctg gtttggtaat cggtttgtca      480

ttgacagcct tgatccttgt gggattgaac atcactggac tttcagtaaa cccagctcgt      540

agcttggctc ctgctgtctt ggtaggtggc gcagcctttc aacaagtttg gattttcatc      600

cttgccccaa tcgttggtgg tattcttgca gcccttgttg ctaaaaactt ccttggaaca      660

gaagaataa                                                              669


<210>  2693
<211>  561
<212>  DNA
<213>  Streptococcus oralis SK355

<400>  2693
caatgccagt acatattaga agaaatcagc cctgaagaaa tcgaagactt ccacaatcaa       60

cccatgcaag ttcatcgtca gtttggtgat ttgatggtgg gaatcactca ccatctccct      120

gataaaaact ggggtaggga gttgattcat acgggaaaac aagaagattt tgatagatta      180

gtgacgaatc cacacgcctc catcgcagta tatggtcata tccaccaaca gttgcttcgt      240

tatggaagtg atggacagtt gattcttaat ccagggtcca ttggacaacc cttcttttta      300

gatgcgggat tacgtaagga cctacgggcc cagtatatga ttttagagtt tgatgaagca      360

ggtttgtctg atgttgattt tcgtcgagtg gattatgatg tagaagccga attgcagttg      420

gctaaagatt taaagcttcc ctatttccag atctactatg aaagtttggt aaatgggatt      480

caccacactc ataatcagga acttctgtat gagattgctc aagaacaggg gcatgatatt      540

gagttggatg catggttaga t                                                561


<210>  2694
<211>  468
<212>  DNA
<213>  Streptococcus oralis SK356

<400>  2694
tatgcagctg agaaagcaac tgctacatac catgaaggtt ctgtatggac ttacgctggt       60

aactacgaca tcgctcttcc atgtgcgact caaaacgaaa tcaatggtga cgcagctaaa      120

cgtttggttg ctcaaggcgt tatctgtgta tctgaaggtg ctaacatgcc tagtgacctt      180

gatgcgatta aagtctacaa agaaaacgga atcctttacg gacctgccaa agctgccaac      240

gctggtggtg tagctgtatc agcgcttgaa atgagccaaa acagccttcg cctctcatgg      300

acccgtgaag aagttgatgg acgtctcaaa gacatcatga ccaacatctt caacacagct      360

aaaacaactg ctgaaacata cggtcttggt actgactacc ttgcaggagc aaatatcgct      420

gccttcgaaa acgtagcaaa cgctatgatt gcacaaggta ttgtttaa                   468


<210>  2695
<211>  537
<212>  DNA
<213>  Streptococcus oralis SK357

<400>  2695
caaggaactc cgtttatcca ctctggtcag gaatatggac gtaccaaaca attccttgat       60

ccagcctata agactcctgt tcctgaagat aaggttccaa acaagtctca cttgttgcgc      120

gacaaggacg gcaagccatt tgtctatcct tactttatcc atgactctta cgactctagt      180

gatgctgtca acaagtttga ttggaccaag gcaacagatg gtaaagcctt ccctgaaaat      240

gtcaagagcc gtaactacat gaaaggattg atcgcccttc gtcaatcgac agatgccttc      300

cgactcaaga gtctgcaaga catcaaagag cgcgtccacc tcattactgt tccaggacaa      360

aatggcgttg aaaaagaaga tgtgaccatc ggctaccaaa tcactgctcc aaacggtgat      420

gtctacgctg tctttgtcaa tgcggatgat aaggctcgtg aatttactct aggaactgcc      480

tttgcccact tgagaaaagc tgaagttctg gcagatgaaa atcaagctgg accagta         537


<210>  2696
<211>  1386
<212>  DNA
<213>  Streptococcus oralis SK358

<400>  2696
atggtgacag aaaaacaatt taaacttttg cagtttatgt tgatacataa agaaaagacc       60

tttactcaga gacagttagc tgaagagtta ggtctatctg tagggacagt taacacacta      120

ttgaaaaaac tgaaagaaga gaagtggatt gatgaggagc atcacttaac agaactaggc      180

cagaaagttt tagagcccta tagagtagaa aatgctatta taatggctgc tggcatgagt      240

agtcgttttg ctcctttgtc ttatgaaatt cctaaaggat tgcttcaagt taagggtgaa      300

cgcttgatag agagggaaat cagacaactg caagaagcag gaatagaaga tataaccgtt      360

atcgtaggct atcttcaaga aaaaatgttc tatcttgcag agaagtttgg tgtaaaaatt      420

gtagtgaata atgattacta caaatacaat aactgttcat ctctcatgtt ggttaaaaat      480

caactttcca acacttatat ttgttcatcg gataattatt ttgtggaaaa tccgtttgag      540

caatatattt atagaggtta ctactcgacg atatttgcag aaggtcaaac agacgaatat      600

tgtgctatag aggattcgaa tcacaccatc attgatatcc agattggtgg ggaaaatact      660

tgggccatgg tggggcacgt ttatttcgac cgtgcattta gcgagaaatt caaggaaatt      720

ttagaaaccg agtttaagca tgaaccttat cgggaacagc tttgggagga ttactatagt      780

cgccatgtca aggaactcct tttagaagct cgccactatt cagcggatat tgttaaagaa      840

ttcgactctc tagatgaact acgacaattt gatgaacgtt atttggtaaa tgcagactca      900

gctattatcg ataatatctg taagacatta aagtgtgtgg cttcagatat tgtcaatatc      960

aaacctctaa aagatgggtt aaccaacaca tcattttcat ttgactgtct agggaaaaaa     1020

tatgtttacc gtcatccggg caggggaacg gaaaattata tcgaccgagc tagtgaagca     1080

gcttctatgg aaatcgctgc aaaattaaag attgaccgta ccttcgtagc tatgaacaag     1140

gatgagggct ggaaaatttc agaatttatt cccaatgcta agcaactgga ttatgataat     1200

tgggatgatg tggcacaagc aatggacctc ttgagacggt tacaccaatc tggagaaaaa     1260

acggaacatt cctttgacca atttgaggga attgatgatt ttagagaaaa attgaaggct     1320

agaaatcgat ttgagtttga tggtctcgag gaattggatg aaactgtttc aattctcaaa     1380

aactat                                                                1386


<210>  2697
<211>  435
<212>  DNA
<213>  Streptococcus oralis SK359

<400>  2697
ttggactacc aacaagtaaa tgattattta acatctattt tcaataacgt ccttgtgatt       60

gaggaggtta gcttacgagg tagtcgattc aaagacatct ccatcaaaga aatgcacacg      120

atcgatgtga ttgggaaatt ccctgaggcg acgcctagta aggtttccaa agaactgatg      180

gtgaccctgg gaacagttac gacgagcttg aataacctag aaagaaaggg ttacattgag      240

cgtattcgtt ctgatcaaga ccgtcgtgtg gtctatctgc atttgacaaa gaaaggtcgt      300

ttggttcacc gccttcacaa acgattccac aaggccatgg tcgaaagaat tattgacggc      360

atgagtcctg aggaaaagaa agtcatgggc agaggcttga cgaaccttta tcaatttttg      420

gaggatttga aataa                                                       435


<210>  2698
<211>  783
<212>  DNA
<213>  Streptococcus oralis SK360

<400>  2698
gtcatcaaag aattacttcg tgacaaacga actctagccc tgatgtttat agcacctgtt       60

tttatcatgt ggttgatgaa cctcatgttt tcagctagta caaccgtgaa tgtcaagtta      120

gcaacacagg atctaccaac tggtttggta acgaaaatgg atgagctcga tcatgtggac      180

gtcgagactt atcaagactt agatcaagcc aaagaagcgc tagcaaatga aaaagtcgat      240

gctgtgattt cttataaaaa cggtgagtac caggtcgact acgcaaacac agacgcctcc      300

aaaacatcta tgatacgaca agtgttacgg acaagtatcg ccagtgaagg caccgatcag      360

ttagtatctc gtgttaaaca agctcttcca caattggact cggacgcaaa aacaccagaa      420

atcaaggagt cttaccagta tggagatgaa aatacaagct tctttaccag tatgattccg      480

gttttgatag gttttgtagt tttcttcttt gtctttttga tttcaggtat ggcgcttttg      540

aaagagcgca ccagtggaac actagaacgt ttgttagcaa caccagtgaa acgatctgaa      600

atcgtctatg gctatatgtt gtcttacggt attattgcga tttttcaaac ggcagttgtc      660

gttttagcag caatttggct actagatgta gaagttgtag gaagtatttt aaatgttata      720

atagttaatg tggtactggc tcttgtagca ctagcttttg gaattctctt gtctactcta      780

gca                                                                    783


<210>  2699
<211>  648
<212>  DNA
<213>  Streptococcus oralis SK361

<400>  2699
tctcttcaaa tgatcgccct tggttgggct aatattggag ctgccgtagc tcctgacgct       60

gctcttgcat ctgttgccgc agcgatcatc ttgatcaaag gtggtaactt tactactgaa      120

ggtatcgccg tcgcaacagc cacagctatc cctcttgctg tagctggact tttcttgaca      180

atgattgttc gtacaatctc agttgccttg gttcactcag ctgacgcagc tgcaaaagaa      240

ggaaacattg cggctgttga acgcgctcac tactttgccc ttgttcttca aggtcttcgt      300

atcgctatcc ctgcagcctt ccttatcgct atccctgctt ctgctgttca agacgctctt      360

ggcctcatgc cagaatggtt gaatggtggt atggctgtcg gtggtgctat ggtcgttgcc      420

gttggttacg ctatggttat caacatgatg gcaactcgtg aagtatggcc attcttcgct      480

atcggttttg ctcttgcagc aatctctcaa ttgactttga ttgcccttgg tgtcatcggt      540

gttgcccttg ccttcatcta ccttaacctt tcaaaacaag gtggaaacgg tggcggcgga      600

gctgcgactt ctaacgaccc aatcggtgat atcctagaag actactag                   648


<210>  2700
<211>  468
<212>  DNA
<213>  Streptococcus oralis SK362

<400>  2700
tatttcttcc gtactcgtga agagtttgaa gagctgatcc gtcaaggtca gatgttggaa       60

tatgcagaat atgtcggtaa ttactatgga actcctctga cctatgtcaa tgaaactctg      120

gacaagggaa tcgatgtctt tcttgagatt gaagtccaag gagcccttca ggttaagaaa      180

aaagttccag atgctgtctt tatcttccta acaccaccag atttggatga attacaagat      240

cgtttggtag gtcgtggaac agatagcgct gaagtgattg cccaacgaat cgaaaaagcc      300

aaggaagaaa ttgccctcat gcgtgagtat gactatgcca ttgtcaacga tcaggtgccc      360

ctcgccgctg aacgtgtcaa gcgtgtgatc gaagcagaac acttccgtgt ggaccgtgtc      420

attggtcact accaggagat gttgccaaaa tctccaacta ctcgataa                   468


<210>  2701
<211>  447
<212>  DNA
<213>  Veillonella

<400>  2701
atgaataaac ttttacgcta tactgttaca gctgcacttg ttgcatcttt cagcatgtta       60

ggcgattata cagctgatgc agcaaaattt atagaagcac caagagaggt gactattgtt      120

aaacctgtaa tgccaacgat tcctccaaat atcgtagtgg caaaggatat gcgcgttcgc      180

tttttgatta ataaaaaagg gaaggtagag aatgtctttg tagaacaatc ctctggctat      240

gcaccagttg atgaggctgt gaaaacggct attaaacaat gggaattcac acctgctatt      300

ggggtggatc aaaaggctca tgcctctatt attggtatga ctattacgtt accaaaggaa      360

aatgctcctg tgaagtcggg taatggcacg ttgactgtga ataaaacgca aactgagcaa      420

acagataata gtaaaaaagc caattaa                                          447


<210>  2702
<211>  1026
<212>  DNA
<213>  Veillonella

<400>  2702
atgaaagtta cagattttga ttatgattta ccagaggagc tcatcgctca acatccagta       60

gagccacgcg atacatcgcg cttgcttaca ttggataaaa taactggtga atatacacat      120

aaagaacatt tttacgaatt actcgatgaa ttgcaggatg gtgatgttct tgtatttaat      180

aatacgaagg ttattcctgc tcgattgtat ggttatcgtg aaggttctgg cggcaaggtc      240

gaagtattgt tgttaacacc atgtggtgaa aatcgctggg aatgtcttgt taagccaggt      300

aagaaatgtc caatcggcca agtcattgtg tttgatgaac gcttaaaggc gactgttata      360

gataagactg attttggtgg tcgcattgtt gagtttgctt gtgatggtgt attcgatgat      420

atcatacaag atattgggga gatgccacta ccgccttata ttcacgaaaa attagaagat      480

aaagatcggt atcaaacggt gtatgcaaag gaaaaaggtt ctgccgctgc accaacagct      540

gggctacact ttacacctga attattggag aaaattaaag ctaaaggtgt agagttagag      600

tttgttacac ttcatgtagg cttaggcacc tttagacctg tatctgttga tatcattgaa      660

aatcacgata tgcatagtga attttacagc gtgtctgaag atacagcccg tcgtattaat      720

gaggcgaaag aaaagggcaa gcgaattatt gctgtaggta ctacatcaat tcgcacctta      780

gaatctgctt ctaccgatga cggtgtatta catgctacta gcgggtggac taagattttt      840

atttacccag gttataaatt taaaatggta gatgcattgg tcacaaattt ccacttgcca      900

caatctacat tattaatgct tattagtgca ttggctggtc gtgaacattg tttagcggct      960

tatgaggctg ctgtaaaaga acggtatcga ttctttagct ttggcgatgc catgtttata     1020

cgttag                                                                1026


<210>  2703
<211>  1518
<212>  DNA
<213>  Veillonella

<400>  2703
atgactcatg aaaatccata tatgactggc caaacaggga cagaacttaa tatattagaa       60

acattgcgtc atcgaaatcc tctcgttatt tgtattacaa atgatgtggt acgcaccttt      120

acagccaatg gtttacttgc cattggtgca tcgccggtga tgagcgaatg cagtgaagac      180

ttgaaagacc tcatcgttca cgcctcagca ctactcatca acatcggtac tgttacacca      240

gataaggcca attattataa agaggctatc aaacttgcaa agaagcatga ggtgcctatc      300

gttcttgatc cagtaggctg tcacgcaggg gcgtaccgct tgtctgtggt tttagatttg      360

attaaaactg gttctatttc attgcttcgt ggaaatcaaa gcgaaattaa agcgatttac      420

gatgccctaa gtcgtaatga tgagagtgac aattctacta ccggcaaggg tgtagacggg      480

gcacaggttg aggatagtgc cgttattgcc tatcgactat ctcgtctaat taattgtcct      540

gtcgtagcaa cgggagaaga ggattatgtt tctgatggaa ctcgcgtatt tgcagtacct      600

cacggacatc ctattatgac tgctgtaacg ggcacaggct gtttattggg cgctgtgttg      660

gcggctttct ttagtgccta ttatcccttt aaaaatcaaa tgcctatggc agaattcatt      720

gcctacgtac tagcatacta tggtcttgct ggtgaaaggg ccgttaaaga atgtggtgtc      780

aagcctggta gctttagtgt ggcctttatg gatgccttat atatacttga tgatgcagta      840

cttttatcga aacagcacat acgacctata gtagttcccg atcaattaca agtgtatttc      900

atagctggta cacaggatgt agggctaaac gaagatcgat tgctagctgt tgtagaagcg      960

gcctgtcggg gtggggtgac ctgtttccaa tttagagaaa agggaacggg taccttagaa     1020

ggtaaacaaa aattagaact agctcaacag ttaaaacaag tctgtgccat gtataacgta     1080

ctttatatta tcaacgatga tgtaaattta gccattgcgg ttcatgctga tggtgtccat     1140

gtcggacagg aagatatgaa gttagaacag gtgcgtaatc ttgtagggca tacagtggta     1200

ggcatatcca ttcactctgt ggaggagctg cataagacag atgtggttta tgcagactgt     1260

gtaggcgtag gccctatgta cgctacaagc agtaagtctg atgcacaaga accatgcgga     1320

ccagctagaa ttactgaact acaagcagca gggctaacat taccttgtgt tgggataggt     1380

ggtattactt tagataatac gaaatctata ttacaagcag gggcctgtgg tgtggccgtt     1440

atatctgcta tcgctcatgc agaaaatcct tatgaagcag cacaacaatt taaaggattg     1500

atagatagcg gaaaataa                                                   1518


<210>  2704
<211>  549
<212>  DNA
<213>  Veillonella

<400>  2704
atgaatataa tatgttttgg tgatagtatt actcgtggat atgatgtgaa agcaggtctt       60

ggctgggttg aattatgtag tgccgcctta cctacatatc atatagaaaa tcatggtata      120

gatggtttgt ctgtgcaagg cttactaaac tatatagaag cttggggcat agataaggat      180

tataaagaca atcgttatct atgcattatg tgtggaacta atgatatttt acaaaatcgc      240

gatagcgatt atgtatataa taaactgatt aaagttataa ctatagctag tcaaaaaggg      300

caggtcatca ttggcctaga gcctcaaatt gatagtgaaa tggatgggct taatcatgtg      360

gtggtcgatg tgaacaaacg actgctttca tacgcagcag aaaacaatat gaaaacaatt      420

aatttttaca gagtgctcta cgaagcagat caaataggac aaatcgtatt tgctggtgag      480

gtacatccaa atgaacgtgg ttatcgatta atggcctata aagcattaga aacctttacc      540

cgtttataa                                                              549


<210>  2705
<211>  453
<212>  DNA
<213>  Veillonella

<400>  2705
atgaaactaa atcaagccac ggactatgcg tttcgcatga ttttacacat ggcaatgtta       60

ccatctggac agaaggtgac aggcggtgta ttggctgagc aagaaatgat cccagaacgt      120

tttttgctta aaataatgcg cagcctaatt gccgcaggaa tcatgaaatc attccgcggg      180

gtggatggtg gatttgcatt aaatcgtgag cctaaagata tttccatgct cgatgtgatt      240

agagccgttg agggggatac gtatttacaa cgttgtttgt atgatgttgg ttcttgctct      300

aaagcatgta tgggccagtg tgcagttaat gaagccatgt ctgttattca agctgaactt      360

gtgaaacaga tgacaagtgt aacttttgat aaattagctg cacgagaaaa agagatttta      420

gagaccataa atccttatgt atctcatgcg taa                                   453


<210>  2706
<211>  927
<212>  DNA
<213>  Veillonella

<400>  2706
atgattgatt tacattgtga tacgataatg caattaatcg accatcctaa ggaaggtgat       60

ttgttttcta ataattggaa aattgatatt caacgtctca ttaagggcca tagtcgatta      120

caagattttg cattatttgt ggacttaaaa gaacaagaag attcttatgc tagatatgaa      180

tctatgcgtg ctttatttga tattcaaata caaaaatata gtgaccatat tagtcatgtg      240

cgctcttatg aggaaattaa ggcttgttac gataatcata aattggctgc cctactgtcg      300

atagaagagg gtggtgttct tggaggcgat ttatccaaac ttgaaaaggc ctataaggat      360

ggtgttcgtc ttataacatt gacctggaac tatccgaacg aattaggcga gcctaacaca      420

ggagatcctt ataagaaact gacaaaaata gggatagagt ttgtggaacg aatgcaagaa      480

ttagggatga ttgtagactg ctctcatctc aatgatggcg gaacagaaca attaggggat      540

attcttgatg taccttttat tgcttctcat tctaatgcac gagaagtgac ggcccatcga      600

cgcaatttgc cagatcactt gattcgtcta atcggtgaaa agggcggtgt tattggtcta      660

aattttgctc agtcattcct tggcacttca tctattagtc gtattgaaga tatcgttaaa      720

catggattgt atatcataaa taaaggcggt gaagatgtca tagctttagg cactgatttt      780

gatggcatta aaccgaatac ggaaattaaa gacatttcag atatgcatcg tttatacgat      840

gcttttaggg gagcagggct ttcagaggaa caaacagaaa aattgttctg gaaaaatgct      900

gatcgcctac taaaggagat tttataa                                          927


<210>  2707
<211>  1056
<212>  DNA
<213>  Veillonella

<400>  2707
actaactccg ttgctttagg tcacgaagct gttacaagtg ctgcaacagc agtaactagc       60

ggtactgttg caggccatac atttggtggt tttgctggtg taggttctgc tgcaaatggt      120

tctgtttccg taggtaaagt tggtggtgag cgtcaactta aaaatgtagc agctggtgca      180

atttccgcta catctactga tgcgattaat ggtagccaac tgttctccgt agcaaatgaa      240

ttacaaactc aaattaataa ctccacacct ggtgtaataa acaataatat tactaacttg      300

actaatcgtg taggcaatgt ggaacaacgt gttaataaag ttggtgctgg ctctgctgca      360

ttagctgcat tacatccact agatttcaac ccagatgaca aatggactat agcagctggt      420

tatggtcatt accataatgc aaatgctggt gcattaggtg cttactaccg tccaaacgaa      480

gatacaatgt tctccgttgg tggtacaatc ggtactggtg aaactcaatt aaatgcaggc      540

gtatccatcc gtcttggtaa acgctctcct gaatctcgtt cccgcgtagc tatgggtcgt      600

gaaattgctg aattaaacgc acgtcttcaa gatattgaaa acaaatataa taacttgtta      660

caaatcttga atccacatgc aatcgatcct agcaaaacag ctgaattccc agatgttcct      720

cgcaaccatt gggcttacca atatattagc caattggctg gtaatggcat ccttgttggc      780

tatcctgatg gcacattcaa aggcgatgcg actatgactc gttatgaatt cgcaactatg      840

ttgtatcgtg cacttcaaaa tggtgctcct atcgatgaca acatgcgtcg tgcaatggat      900

gaattcagtc ctgaattaca aaacatccgt cttaaccact tccgcatcga tcgcattgct      960

ggtgctgaca atgatcgtca taaaactgaa cgtgttcgcg ttaacaacga accagaaaac     1020

caacgtgacg tatacgggtc tcgtatttac aaataa                               1056


<210>  2708
<211>  699
<212>  DNA
<213>  Veillonella

<400>  2708
gaaacattga aaaaggtttt aactttggca gtggctttag ctgtagtcag cagtggttat       60

ctgtgtacgg taaatggtgc agccgaatcg ataactaaaa aagcgccttc catctcagaa      120

tttaatatat atgtgccaaa agagcttaat gagcgtcaaa aggacttggt tgaaattggc      180

cgttatactg ctaacggtga tttaggctct ttgcgagaaa cgattatctc tgctattgaa      240

agaggtacct tgactccaca agaggtgagt attgcgattc gccaactata ttctgcagca      300

gggttaaaac aaatgaatgc agcccttgca gcctttgaac aacttcgtga agaacgtcct      360

gagtttggcg tagattatga taaacttgta ccaaaacgtg ttggtcttag tgcattgcta      420

ggtaatccga ctaatagtaa taatgtggct gcaaagatta agcttgatga agctacagca      480

gctgttaaat ataatacatt ccgtattaaa aagccaaaac cgcaaaatag aaatcgttcg      540

cgcttgggta aacttgatcg tgaacttgta gcagcagcgg cattaggtac tcgtgttggt      600

aaaacgaatg ctgtatttgc atcctctaag aagagcttaa cagagcttgg tttaagtcca      660

caacaaattg aatacttaga aaatatgtta gcaaactaa                             699


<210>  2709
<211>  1230
<212>  DNA
<213>  Veillonella

<400>  2709
atggctaacg ttaatgaaaa ttatttaaaa ctacaaggtt cttatttatt tgcaaatatt       60

gctaaaaaag taaatgagta ccaagcagcg catccagatg cagatattat tcgccttggt      120

attggcgacg ttacattgcc attggtgcca gcaatcgttg atgctatgac taaagcagtc      180

caagaaatgg gcaaagctga aacattccgc ggttacggtc cagagcaagg gtatgacttc      240

ttacgccaag caatcatcga tggcgattac aaaccattgg gcgtagatat cgccattgac      300

gaagtattcg tttccgatgg tgctaaatcc gacgttggca acattcaaga attatttagc      360

gaagataatg ttatcgctat tactgaccca gtatatccag tatatttaga ttccaatgtt      420

atgggtggcc gtacaggtga agctgttgat ggcatctttc aaaaggttgt ataccttcca      480

acttatgcag aaaataattt ttctccagaa tttccgtccg aacatgtaga cattgtatat      540

ctttgttctc caaacaaccc aacaggtact gttttaagtc gtgctcgttt ggctgaatgg      600

attcaatggt gtaaagaaaa ggatgttatc ctaatgttcg attctgctta tgaagctttc      660

atcagcacag aagacactgt aaaatccatc tatgaaatcg aaggcgctcg cgaagtagct      720

atcgaattcc gttctttctc caagactgcg ggcttcactg gtacacgttg tgcttatgca      780

gtagtaccta aagaggtaac tgctaaaact aaatctggcg aacgtcaacc actcaatcct      840

atgtggaatc gtcgtcaatg tactaaattc aatggtgttc cttacatcgt tcaacgcggt      900

gctgaagcag tatactccaa agaagggcgc gagcaaacac aagctaacat tgcgtactat      960

aaagaaaatg ctcgcattat caaagaaggt cttgaatcca ttggacttac tgtttacggc     1020

ggcgttgatg caccatatat ttggcttaaa acaccaggca acatgactag ctgggaatta     1080

ttcgatatct tgctcgaaca agtacaaatc gtatctacac caggttctgg ctttggtcct     1140

cacggcgaag gttaccttcg tttaacagct tttggcagcc gtgaaaatac aattcgtgct     1200

atcgaaagaa ttaaaacttt acaattctaa                                      1230


<210>  2710
<211>  1032
<212>  DNA
<213>  Veillonella

<400>  2710
atgtcgttgt tgatggttta tcgtgagtac atcgttacaa tgagtatatc atatcatttt       60

gaaagcatag gaggagagct tgtgcaacta cgacgtttaa tgattttttt gaccatttgt      120

attgtgggcc tagtgatagc agcacttggt atgtaccatt cttggcagga ttttaagagt      180

ggtggtattt ggggactatt gacctcaaaa gggcattact ccatggtgga tggtacgagt      240

gagaccgtca tgctagacca taaggcggag cgtattgttg cagtaggacc taatgctgcg      300

gatttggtga gtgaactagc cggtgattcc gttgtggcta gtacagaggc gccgtaccaa      360

gttaccaata ctgttaagca acgggtggca cctaatgtaa atgccattgc tgcattaaaa      420

ccagatattg ttatcattga agatgcgaat ggatcgacag aactagttcg gcctttgcgg      480

gataagggca tcaaggtagc cttgcttaga acgcctgaga ctgtgaaaga tgtagaagac      540

caaactcgaa atgtagggcg attactaggt agaaaagata aggctgaaag cctcatcggt      600

acaatgatga attacattcg cgatacagaa tcacttcgct ttgcgcgtcg tgatgaacca      660

aagaagactg ttgctgtgta taaccaaaat ggtttatatg gcaaatcaaa gaccttagtt      720

gccgatatgc ttacctatgt agtggtcgac aatgcagcca ttaaatcggg tgtaagatta      780

actgactatg gcacaaaggc ggacctcatc aaggcggatc ctgatgttat tatcgtgccg      840

atggatacac gggcacccga ctataatcga gatgcggttt atgcaagcta ttataatgat      900

ccagcgctag caaatctcaa ggccataaag aataaaaaga ttgccatcgt atctaatgaa      960

tcaatgctag ctaagaccta ccatgtaggt cgaggcatct atagcatggc tcaagtggtg     1020

tacgagcgtt aa                                                         1032


<210>  2711
<211>  720
<212>  DNA
<213>  Veillonella

<400>  2711
atgtatatag aaactaaaaa cctagtcaaa acattcgatg gccgaaatgt ggtagacggt       60

gttagtcttc atgttgaaaa agggcaagtc gtaggtttgc tcggtcctaa tggggcaggt      120

aagactacat cgttctatat gattgtaggc atcgaaaaac cgacatcagg tattattaca      180

gttgatggca aagacatcac tatgttgcca atgtataaac gtgcagcgga aggtattggc      240

tatttaccac aagaggcatc tatttttaga gctatgactg tagaggaaaa tattcgtgcc      300

atgttggaaa cgacaacaaa aacaagtgat gaaattgata cgattgtaaa ttccctaatt      360

gatgaattta atattggtca tgttcgtgaa cgaaaaggca tgcagttgtc tggtggtgag      420

cgtcgtcgtg ttgaaatcgc ccgttgctta gcattagagc ctaattttat cttactcgat      480

gaaccttttg cgggtgtaga cccaattgcg gtagccgata ttcagcaaat tattttgcat      540

gtaaaaaaac gaggaattgg gattctgatt acagaccata atgtgcgtga aacattgggc      600

attgttgata aggcgtatat ccttagcagt ggtaagattc ttttggaagg tactcctgaa      660

gaaattgcta atgatccaat tgctcgtgaa cattatttgg gtaacaattt taaattatag      720


<210>  2712
<211>  3063
<212>  DNA
<213>  Veillonella

<400>  2712
atgaagaact ttaacttagc cgattgggcg ttacgccaca aatctattat ctattacttc       60

atcgccgtac tcctcacctt tggtatattc tcgttcaccc atatgggacg catggaagat      120

ccagacttta cgatgcgtac catggtggtc ggcgtttctt ggccaggtgc atcaccgcaa      180

gagatgtctg atcaggtaac ggataaactg gaggaacgac tacgggatct tccgggtgta      240

gattatacta agtctttcac agatggcagt aaatctgtta tatacatcaa tctgaaagaa      300

gatttaccat caagtaaaat tcgtcccgcc tgggaagaag cacgtaacat gatcaatgat      360

gagtggaaat ccttaccatc tggcgttcaa ggtccagcta tcaacgatcg attcgacgat      420

gtatacggca cgatttatgc cctttcaggt gacgaattta gttacgaaga aaaacggcaa      480

caagctgaaa atttaaaacg acaattatta tccgttccaa atgtaaaaaa gattaccctt      540

attggagtac aagaaaagtc ccttgatata actattaata agaataaatt ggcctcctat      600

aaggtaacag ttcaacaagt gttaaacgcg ctcaaacagc aaagcgccat ggtgccagct      660

ggtatggtta acaccgatac gaacaatgta tatatccgtg taaatggtgt attcgatagc      720

atcgatgctg tcaaaaatat gccagcccgc atcaacaatc aaatcgtacg acttggcgat      780

gtagcggatg taacaatgac ctataaggac ccatctagtc ctcaatttta ctacgaaggc      840

aagcctgcta tcggcatcgc tatttccatg gatgctggtg cgaataatat cgaatttggc      900

gaggctatcg ataataaact aaaggaattt aaaacgacga ttcccgctgg tttaaacctc      960

gatcaagtat cgaatcagcc gcacatcgtt aaggaatcca tcggtgattt ctcacaatct     1020

ctattcgaag ccatcgccat cgtattgctc gtaagctttg cgtcccttgg cattcgcact     1080

ggtgttgtag tggcgctcac cattcctgtc gttgtatcca ccgtctttgt attgatgtac     1140

gaaaacggca tttatctgca taaggttagc cttggtgccc tcatcttgtc attgggactc     1200

ctcgtagatg acgccatcat cgttgtagaa atgatgagcg ttaagcttga agaaggtttt     1260

aaccattggc gtgcagccac ctttgcttat gaatctacag cctttccgat gctgtccggc     1320

acgctcatta cctgtgctgg tttcttgcct ctcgccttgg cagagggtat ggttgcagaa     1380

tttactaaat ccttgtccat cgttgtgttc ttagccctca tcctatcttg gattgcatct     1440

gttctggtca gtcctgtact gggctataaa atcatcgaaa acaaggctga aaaacccgaa     1500

tccgagtgga ctcgtcgcga tcatattatg catcgtctga aaacgatttt ttatgcacgt     1560

tttgaaagtc tcctccactg ggcactcggt catcacaagg ctatattact gggaacatta     1620

gtggctttta tcctatctct attatcattt ccgctcatca aacaggaatt tttcccatca     1680

tcaacgcgga atgaaatcat tgtatctatg caatttcctc aaagctcatc catcgattat     1740

acgcaaagcc aagctaaatt attggatgct ttgttaaagg acaatgagca tatcgatcat     1800

tatacaacct atgtaggtga agggtcgccg cggtttgtat tgaccttaga accggaatta     1860

ccacgtgcta atttcatgca aaccatcatc gtcacaaaat ccttaaagaa tcgtgatgca     1920

ttgttcaagg atttacaaaa tcagttaaac gatcaatatc catcggccct catcaatatg     1980

caattcgttc aaattggacc tccatctaaa tatcctgtta tgcttcgtgt atcgggacct     2040

aatgcatctg aggtaaaaac gattgctaat gatgtgaaag ccatgatgca gcaagataag     2100

gacttacaaa atatcgcctt tgactggccg gatacagagc ctgttgcaca ggttcatatc     2160

gatccagata aggctcgtat gcttggcatc aatagctatg ctgtatcgct tcatttacaa     2220

agcttgttaa cgggtacaaa agcgggtgaa tattacgaag gaaatcaaac aattcctgtt     2280

actttcaaat taggtggtaa tgaaaaccac aatctagcgg cactttcatc actaccaatc     2340

caaacaggca atggttccta tgtaccgctc agccaaattg ccacgatttc tatgacccaa     2400

gaggaaggga ttatctggca ccgcaacatg atgccgacca tcagcatcca tgctaatgtt     2460

ggccctggcg tacttggcaa tgctaagacg aaagaaatct acaagaacct tgaagaatat     2520

cgtcaaaact tgccaactgg atatactatc gagctcgatg gcgccgctga aaagagcgtt     2580

acagccgtta aaaaattact cgtcccaatt cctatcatgc tctttgtgat tatgaccatt     2640

ctcatgttcc aattgaagaa aattgcactc atgctcatgg ccttattcac ggctcctcta     2700

ggactcatcg gtgttgtact agccctaaac attacacgta caccacttgg atttatggcc     2760

attctcggtg ttatcgccct ctctggcatg atcattcgta actccatcat cttgttggac     2820

caaatcgaaa ttcaccgtgc tgaaggccaa tctccacgag aagccatcat caactctgct     2880

acattacggt ttagaccaat tatgctaacc gctatcgcag ctatccttgg tatgatacca     2940

cttatgggat ccgtattctg gagcccacta gccatcgcat ttagcggcgg cctactcgta     3000

gcaacggtac tcacactcat cgtactacca gttatgtacg caacatggta taaggtaaaa     3060

taa                                                                   3063


<210>  2713
<211>  324
<212>  DNA
<213>  Veillonella

<400>  2713
atgttaatat ctatatttta ttttatctta gctggcatcg ctgaaatcgg cggaggttat       60

cttgtttggc tctatatgcg cgacgataaa agtcccttat atctattagc gggtgctata      120

gtgctaattt tatacggtgt cattcccacc tttcaaccag aaacaagttt tggcaaggtc      180

tatgccgcat atggaggcgt atttattgcc ctctctattt tatggggttg gctcgtcgat      240

ggcttacgtc cagatatgta cgatatcata ggaggtctta tatgcctcgt aggcgtgtat      300

atcatcatgt atgcgccacg ctaa                                             324


<210>  2714
<211>  405
<212>  DNA
<213>  Veillonella

<400>  2714
atgatactta caaattggcc tgaaggcata aaaaagacca aacagcgcga agctatttgg       60

tctgtattaa ctcatgcaac aaaacccatt acggccatag atattgcgga agcaatcagt      120

gatggcacaa catggatgtc tactatatat cgaaccttag aaatgttaga aacaaaggga      180

attattacac gaaccactat catgggtagt gatatggcat actatgagat tactcctcat      240

acacatcgtc attacgcagt atgtactaag tgtggtgaca tggtgccact ccatacatgt      300

cccgttgtag aaatgccaca agaactaaca gatgcaggat ttacagtaac tgaacatcat      360

ttggagattg caggaatctg caagaactgt aagcatgcta agtag                      405


<210>  2715
<211>  783
<212>  DNA
<213>  Veillonella

<400>  2715
atgtttgcaa aagtattaaa atacctatat aataagctta taaagcaaat aattatagta       60

tatactttta tatatccttt ttttggtaca ttatcggagg ttcttgtgag acgcccagct      120

actgatatta atacgaaaca acgtcgtata ttagagttta ttcgtgattc attacataat      180

gaataccgtt gccctactgt tcgtgaaatt tgttcttatg taggtcttag ctctacatct      240

actgtacaat cccacttaaa tacattagaa aagtttggat atattaaacg tgatccgaat      300

aaaaaccgtg ctattacgat tttagatgat aataagccta ctatttctgt atctaagaac      360

aataatgaaa caactagctc tgataatttt gaatttcttg gtgctggttt aaaacaagtt      420

cccctcatcg gtaccgtaca agcaggtact cctattaccg ctgttgagaa cttggagact      480

acattgactt taccggttca acttacaggt gattcagatt gttttatgct ccgtgtacaa      540

ggcgaatcca tgatgaatat tggtatgtat gaaggtgata tgcttatagt acgtcatcaa      600

aatacggcta ataatggtga tattgtggtg gctcgtatcg acgatgaagc tactgttaag      660

cgtttttata aggaaaatgg acatattcgt ttacaacctg aaaatgatga ttttgatcca      720

attattgtag atgattgtca tattgaaggc cttgtgattg gtcttgtaag agatagaata      780

taa                                                                    783


<210>  2716
<211>  768
<212>  DNA
<213>  Veillonella

<400>  2716
atgagtggct atgtagaaca gggcgaagtc gttcgcaatg agcaaatagg ctcagatgtg       60

tggattatgg atgttcacgc accaaaacaa gcagcagaag caaaggtagg gcagttttgt      120

aatgttcgtg tatcggactc tacggcgcca ctattgcgtc gccctatcag ctatgctgga      180

tttgatgctc gaaagggtat tattaccctt ttgtatcgtg tcgtaggtca agggactgag      240

attatgactc gtctcgtacc tggtgttaca ttagattgtc taggtccttt gggggaacca      300

tttgtaacat ctgagaatat gcttctcgtt ggcggtggtg tcggtattgc accgatgtta      360

tgtattgcct ctcatttgca agatggagaa gaagcgcaag ttattctagg ttttagaaat      420

gaaagtgaaa ccttctgggc agatttattc aaagatacgc ctgtacaggt tcatatcact      480

actgatgatg gtagtgttgg tacaaaaggc ttccctacgg ctattatgcc tgatctaatt      540

aatgctaata cgtttacctc cgttatgact tgtggtccaa cacctatgat gaagggggtt      600

gcacaagttg ctaaagagct caatgtacct tgccaagtat ccttagagga acgcatgggc      660

tgtggtactg gtggttgttt aggctgtgct tgtgatggtg caaagggtaa acgctataaa      720

gtttgtaagg atggtcctgt attccccgct gaggaggtgt tcttttaa                   768


<210>  2717
<211>  732
<212>  DNA
<213>  Veillonella

<400>  2717
atgggtaagg caatttctac tgttgagggt tggcatagtc aacatatggt attttctatg       60

gattttagtg cctggaattg ttttgaagcg gctgaaaaag agaaggcttg tgctgagtta      120

aaggcttttt tggatgaatt ggagtccatg catcaagcta aggaaggcag ttatgctttt      180

tatgatgtaa atggttataa aggggatttg ttgttgtgga ttttggtacc gtctcttgat      240

gagttagcta aatgggaacg caaattccgt cggcttacta ttgcgtctgt acttgtacaa      300

acatattctt atacatctgt aacagaggta agtgcttatg taaaagcaaa gcttgatgta      360

ccagaggtgg atgctaaatt atatccatgt gtaccaaagg ataaatatat ttgcttttac      420

aatatgacga aaaaacgtga aggcaatgat aactggttta tgttgcctca agaagaacgt      480

ggccgtatga tgcgtgaaca tggcatcact ggtagaccat atcttgaggt cttatctgag      540

ttcactacag gtggcgttgg tttagatgat tgggaatggg gcgttacaat ccttagcgat      600

gatgacatcc aattcaaaaa aatcgtttac gatatgcgtt ttgaagaggc cagtgctaga      660

tatggtatct ttagcgattt ctatgtaggg acgattatag atgatgctcg ttttgaagaa      720

atctttcaat ag                                                          732


<210>  2718
<211>  456
<212>  DNA
<213>  Veillonella

<400>  2718
atgaaacgct atcgctacaa caaaattaag gaaattgtcc agtctaaggc gattgaaaca       60

caagaagagt tagcagcagc tttattacaa gaaggcattg aagtaacaca ggctaccgtc      120

tctcgtgaca ttaaagagtt aatgttaatt aaaattccta ctggcgatgg acattatcgg      180

tatgcattgt ctccagaaga aaatgtggtt ctttcacgca gtcgtataaa tagactattc      240

caagattcat taattaaggt tgatcacagt cttaaccaaa tcgtgctaca tacgattcct      300

ggttcagcac aatctgtagc attttcaatt gaccatgcta aatggtctga attgattggt      360

acactagcag gggatgatac aattttactt attgcccgct ctgaagaaga tgtacctgca      420

attctcacaa gaattcaaga tttaatgaag gattaa                                456


<210>  2719
<211>  798
<212>  DNA
<213>  Veillonella

<400>  2719
aacatgatta ttactacttc acaaaaagca tcaccaacaa taaaaaaaga atcgctagaa       60

ctagcaaatt cattgggatt atcctatgtt gaacgccata agaagcctat ttcagagttg      120

tttttaatag ataatcctat tgcggtagtt tctaataaaa agctaacaat tcattttaat      180

gaagagcaag aacatagctt ccatttgtca atggctcaat tgcgaattct gcgtttagaa      240

cgcaatgagg aagatcatct tgtgagagct atagaaactc ttacacacga atcatctaaa      300

catatctcta tcgttgattg tacgcttggc attggtagtg atagtattgt tatggcttat      360

gcatttccga atgccaatat aacgggttta gaagcatcct atcccatttg gttatctacg      420

tggtttggtt tgcgtcatta tgaacatgat aatgatgttg taacggaagt gttacgtcgt      480

atagaagcca tccactgtga ttttgaaagt tatttatcag atttaccaga taaaagtatg      540

gatatattat attttgaccc tatgtttgaa gtgcctattg aagaaagtcc acaatttaaa      600

ccgctacggg gacatacttt tgaaggggct ataaaaagaa atgtcataga agaagctaag      660

cgtgttagtc gtctaggttt tattataaaa gaacgtccct ttagttcagt ttttaaagat      720

tttccaccaa cgaaatgggt gggtggtaaa tatagtcgta taggttatgg tgtatacaga      780

aatgaggagt tacaatga                                                    798


<210>  2720
<211>  813
<212>  DNA
<213>  Veillonella

<400>  2720
atgaaaccat taatactagt gcgcggaggt ggggatatcg catccggcgc tatttataga       60

ttaagacgtg caggctatcc tgtagttgtt aatgaaattg ccataccaac tatgattcgt      120

agagaggtta gttatggtaa tgctgttcat ataggtgaaa tggttcttga aaggctggta      180

gcacgtcatg tgtccatcgg tgaagttcaa gatacattag cccaaggtgt tattcctgtt      240

gtgacctcct cttatgagga cttacttgac cggttgcatc cagatatcgt agtagatgcc      300

attctatcca aaaaaaattt aggaacaaca aggttagatg cgccttttgt tattggtgta      360

ggtcctggat ttagtgcagg acgtgatgtg aatgtagtaa tcgaaactat gcgaggacat      420

aatttaggtc gctgtattta cgatggtgag gcagagtcta ataccggcgt tcctggtaat      480

gtaggtggat atactcatga gcgcgttgta cattcaccga agtcaggttt gtttactgcc      540

aagcgtcata ttggggatga ggtgcaggct aacgaagtga ttggcttcgt tgatgataca      600

ccgataagag ccaagattac aggcgtgtta cggggcattt tgcatagtgg tcttatcgta      660

tcagatcatt ttaaattggc agatatagac gcacgctgcg aggagtctca ttgttatagt      720

atttctgaca aatctctagc agttggtggt ggtgttttag aggctgttac cgcttgggac      780

tatgaaagga atcaagatgg aatgcattta tga                                   813


<210>  2721
<211>  795
<212>  DNA
<213>  Veillonella

<400>  2721
atggactgga ttctttcgat aactggattg ccgtatgact tggcaatcct catactgctt       60

gccatagctg gggcctttgc gggctttgta gattccatcg tcggtggtgg cggtcttatt      120

tctgtaccgg ctatgttgct gacaaattta ccgcctagcg tcgcattagg tagtaataaa      180

ctatctagta tctttggcgc tggtagtgcg tctattactt ttttacgaaa tcacatggtt      240

gactttaacc tagttcgtaa attactacct tttaccttta ttggctctat gctaggcaca      300

ttagcagttg tatcgttacc cccattatat gttaagccca ttattattgt attactcgta      360

gcggtaacct tatttgtggt ctttaaaaag aattggggcg aagtgaatcg aacatcccaa      420

gtaatgggac gggccttata tatttgcatg gcctttgctc ttggtattgg tatctatgat      480

ggatttattg gacctggtac gggtacattt ctcatcatgg gatttatctt tacgggcttt      540

gatttcttgc atgcatcagc aaatgcaaaa atattaaact ttaccagtaa tttagcatct      600

ttactggtat tcctatattt aggtcatgtc aatattatgt atggtttggc cgctgctgta      660

ggtcaagtta ttggcgctta tttaggttct catctagcga ttgcgaaggg gtcctccttg      720

gtgcgcgtag tattcttgtc ggtaacgacc gttatgttat taaaattagt atttgattat      780

atttctacct tatag                                                       795


<210>  2722
<211>  486
<212>  DNA
<213>  Veillonella

<400>  2722
atgaaagaat ttagacaatt aacagtagca gatacagcag aatatcataa ggttttaatc       60

gacggttatg cagctatcaa agactttcca atcacctttg atgctataga ctttacggaa      120

gaagagtcaa aagagtggat agaaaattat cctgtatatg gcttgtatat cgatgggcaa      180

ttagtaagtt ccattacatt ctgtatgcct tgggttaaat actctacacc tgataaatat      240

ccacatattg cacattttgt aacagcgcca gctttcaaag gaaaaggtta tgcacgggaa      300

atgttggggt atgcagagga actattgaag agtcaattta agactcattc agttacactt      360

ggtactgcta aagaacatcc gtggttaccg aagatgtatg agtcatttgg ttttaaggct      420

tatgatcaag ttcattttag agggaaacaa cacactacag tattgtttaa aaaagatttg      480

ttatag                                                                 486


<210>  2723
<211>  522
<212>  DNA
<213>  Veillonella

<400>  2723
atggaaacaa agcgtatttt aatggatgga gacgcaatta aacgcgccat tagacgtatt       60

ggtcatgaaa tcttagaacg taataaaggc ctttctaatg ctgttattgt tggcattgaa      120

cgacgtggcg tgatgcttgc taaacgatta caaacagaaa ttcatgctat tgaggggctt      180

catattgaat gtgaaccttt aaatgtggcc atgtatcgcg atgatcgaga tacgcgtcca      240

aaggaaggag ctccatgctc tattgatact acagaaaaga ccattatcct agtagatgat      300

gtattgtata cgggacgcac aattagagct gctttaaacg cattgatgac ctctgggcgt      360

cctaaatcga ttcaattagc cgtactagtt gatcgcggtc atcgtgaatt accaattcgc      420

gctgattatg taggtaaaaa tattcctaca tctcacttgg aaaaggtacg tgtacaagtg      480

atggaattag atgactgtga tggtgtgacc atcgagcaat aa                         522


<210>  2724
<211>  624
<212>  DNA
<213>  Veillonella

<400>  2724
atggaccgag aactaatgaa atttttaagt aaccgtgaac cacaagtaac tacagatatt       60

gatgttatta ctgctgctgt agcagtaccc ttattagaag ttgatggtga agatcatatt      120

gtattcactg tgcgtagcca ccaactacgt agacaacctg gcgaaattag ttttcccggt      180

gggcactgtg aaagcaccga taagaccggt gctgatgcgg ctattagaga gtgctcggaa      240

gaacttggta tagctattga acagattgag ttattaggtc ctttagattg tttagtgtcg      300

gccattggtg ttaaactaca tgccgtagta gttcgattac atacatcaga gtttaatcct      360

aataatgctg aggtaggaga aatctttaca gtaccattat cgtatttgct caaaatggaa      420

cctactgtgg ggcatttaga tattggcaca aagccattgc gagattttcc atttgacctt      480

ctggaaggat atcagattga ttggaaaatt cgtcaaaatt attccgtata tttttatccc      540

tataagacat atacgatatg gggattaaca ggtagggtat tgaaaaattt cctagattta      600

tatcgtcaag gtaatactat ataa                                             624


<210>  2725
<211>  1008
<212>  DNA
<213>  Veillonella

<400>  2725
ttgtctaatt ataagccgtt acgcattgta tttatgggta ctccagattt ctcagtgcct       60

acattacaag cattagttga agcagggcat tctattgtag gtgtgtactg tcaacctgat      120

aaacaaaaag gtagaggcaa acaaattcaa atgccccctg taaaagaggc ggcattatct      180

ttagatttgc ctatttatca gcctgtaacg cttcatgagg aaactgtaca agaggaatta      240

atggctcttg ctccagatgt tatcgttgtt attgcttatg gaaagatttt accaccatgg      300

ctgattcgtt tgcctaaata cggctgtgtt aatatccatg catctatttt acctaaatat      360

agaggggctg cgcctattca ttatgcaatt ttaaatggtg acactaaaac gggtgttact      420

attatgcata tggatgatgg tttagacacc ggtgatatta tttatattgc agaaatagat      480

attcttccag atgagacgac gggcacttta tttaaccgta ttgctgaatt gggggcccgt      540

acaatttctc ctgttttaga taaatgggtg aatggtgaga ttatatcaat gcctcaagat      600

gatagtcttg ctagccatac ctctaaaatt acaaaagaga tgggacttat cgattggtat      660

caaccagcag ataagattgt taatttaatt cacggattaa atcctgcccc tggatgttat      720

acatatttac aggggaaacg tttaaaagtt tggcgtgctc aaaaggtgat tgttgagtct      780

gtaaatgcaa atgaggctat tgtttctata aataataatc agcttactgt agatgttgcc      840

aagcctggta ctattgttca tacaacgaaa ggtcttgtcg tttcaactgg tgaacaaggt      900

tatattctgc ttatagaggt acaaccagaa aataaaaaac gcataagcgg gcaagatttt      960

attaatggtc accaaattaa aggtggtatt gcatttgacg aagtgtaa                  1008


<210>  2726
<211>  666
<212>  DNA
<213>  Veillonella

<400>  2726
atgcatatta atcagctttt acaagataaa tttattcagt atgtaactca atataaacga       60

tataaaaaag ggatactcat attaatttta ttaggtttaa ttgtttttgc ctggagtgta      120

tttcacatac cagaagagaa ccatatcccg atggagtccc agtcaaatgc agtgtctaaa      180

tcagctgaag ataaaaatga agcaaaatta ctttataata cgggagatac attaagaggg      240

tttccctggc gtgaagtatt aggtaattca aaggctatga atggtttagc tcctttacaa      300

atgcttgata atgagactat agatgatggt atgagtgaaa tggttaacaa aggagagtta      360

tcagattcta aatctaagtt acattcaaat agtaagaaga aagaaaagca agaacggaaa      420

gcaaatacgg cggataaagt aggtactaag agtatcgaat caaaatataa tacacaaaaa      480

tcagttcatg ttaatggtat tgtccgtggt cctaaatcat ctgtcattgt aagtgttggt      540

tcgaactcaa gcgttgtcat ggagggggag tcctggcagg gaatcaagat agttagtgta      600

gatgaaaatt gtataaccct tgatgaagga ggaaatgtac gatgtgtagt tattggcgaa      660

ttatga                                                                 666


<210>  2727
<211>  762
<212>  DNA
<213>  Veillonella

<400>  2727
gtgaattggc ttgagtcgat aggccgtaat gtgataacgg ggctatctaa tgtgggaacg       60

gccatgttac ttatatggca aaccataaaa caattaaaaa tgcttaatat atggcatgtt      120

ctacagcaaa tggctcattt aggtgtagat tcattgccta tcattagtct taccttgtta      180

tttgccggtg gtgtaatgac actacaaatt actgatgttc ttattacata tggagcacaa      240

agtacggttg gtggtcttat ggcagtagct atgggacgtg aactaggacc aattcttgta      300

ggtgttgtat tagctggtcg tgtgggggca gctattacag cagagattgg aaccatgaag      360

gtaacagaac aaatcgatgc attgcgtgtt atggctgtag atccaatcgg ctacctagtg      420

gtaccccgtg ttgtagcttg tatgattatg gtgccaatcc ttgcctttta cggtgttgta      480

attggtattg caggggggta ttttgtagct acagctataa aagggttagc ccctgctaca      540

tatttagatt cgatacagat tttttcaact gtttctgatt ttacattagg cttaattaaa      600

tctagtgttt ttggggcggt tattgccctt gtaggtgctt acaaggggat gcataccaag      660

atgggggcag aggcggtagg tttttctact actagttctg ttgtgactag tatcatattg      720

gtgtttgtat taaactattt tctatcgaca ctactctttt aa                         762


<210>  2728
<211>  759
<212>  DNA
<213>  Veillonella

<400>  2728
atgacatcac aaactcagta ttggaatcgt cttattcaac ccggcattgt cgcattggtt       60

ggtgcaggcg gcaaaacaac agttttatct aagctagtag agtatggcag gttgcaaggg      120

cgacctatcg tggtgaccac tacgacacaa ttgtacgaat cacaagtggc tcagtacgaa      180

cctatttata caaaggatat taatgaggta gatgaatatt gcactaaacg tattcaacaa      240

ggctattgtg gcgcctggtt tagtggaatt acaagaacta aggtggattc tgtagattgt      300

gaaagcatcg ataatcttag caccttgcat cccaattggc aaattgttgt agaggcagat      360

ggtgctaaag aaaaatggct taaggctcca aaacatacag aacctgttat ccctagccaa      420

acaaagacta caataggtgt tgtaaatctt caaatgttgg gggcctcttt agacgaggat      480

catgtacaca acttggaact cgttcagtct atcgttaatc gtgaagaagg cgctattgta      540

acaccgagca tgctcgctca aatcgtgctt cataagcaag gcctattcca atatagcaag      600

ggcaaaaagg tgttgttctg tacaggctat gatacggtac aacatagaat tattgatgat      660

tttattagcc atgtattaga tagtgatatt acagctatcg tattggccga tggatataag      720

gctagttgtg aaattcgccg cattattcaa tgccgatag                             759


<210>  2729
<211>  954
<212>  DNA
<213>  Veillonella

<400>  2729
atgaaacctt ttacgcgtgt actgagcgcc tttgcagtag gtattttgct gcaaggaggg       60

gtgtatctgt accttgatca atatatgttt gcacccacta ctgaatttaa tgtgtctggt      120

gcatctaagg atgacacaaa aaacttccct aatgtaaaag agggccgtaa atacgtgtcc      180

tatgatcatc aatttatggc tgttgtaact gatgacagtc tacggattta taaggctggt      240

gaaagtaaac ctacaacggt taacttaaaa ggccgctcca ttagttactt tgactggatg      300

ccagaccgta actatgcaat tatggggctt tatacggata ataaagtcgt tatggctcga      360

ctcaatgcag atgatcctga acatgaagtc gatacagaac tagaagatgt gccaaaaggc      420

agtcgtattg ttgatgcggc atattccgaa gcaactaatg tggtatacat gaaggtaaag      480

gttcgtgaag gtgcataccg catttatcga actgatgcaa actacgatac tcgtcgcgtt      540

tacatgcaag ctacagatat tggccgcata gccgtattct atgatgaaga taatttcttc      600

tatgacaatg ctaaaacagg tgatatattc atgtttaacg gcattgaagg tggttggcgt      660

gtaatcaatc caccaggacg ctatagattg attggtgtag atactagtaa aacaatctat      720

attggtcgtg ttgatgaaga taacaatgta atcactgtgt atacaggtaa attaggtgta      780

ggtttcaaac cagtttataa gtataacaat ccaactacat tgtctgaggt gacaatgagt      840

actgtgaaag aaattattgc taatggtagt gatgatacga caaaggtaac agaagataat      900

gaaaaatctt catcctctga ttcatcaact aactcaaaaa agaaaaagaa ttaa            954


<210>  2730
<211>  549
<212>  DNA
<213>  Veillonella

<400>  2730
atgttaccat ttcacggaaa atatcctaaa ttagatccaa aatcttgtgt catgcctggg       60

gctgaacttg caggcgatgt agagcttaaa gagtttgcat ctatttggca aaactgtgct      120

cttcgtggcg atgttaataa aatcattgta ggtcgttatt ctaatgtaca agataactcc      180

gtgcttcacg ttgacgatga taaagcctgt gttcttggcg actatgtaac aattggtcat      240

ggtgctattg ttcatgcttc tacattagaa gataatgttc tagttggtat gggtgctatc      300

gtgttaagtg gttgtcatat tggtactggt tccatcattg cagcgggcgc tgtactaaaa      360

gaaaatacaa caatacctcc atactctttg gtcgttggta ttccagctcg catagtacgt      420

actgatgaat ctcaagttga aagaattcat aaccaagcat tgaaatataa acacttatgg      480

actgttgaat atggcatgtt gccagattgc ggtggcgaag aatacgataa aaacgcgaaa      540

attgtatag                                                              549


<210>  2731
<211>  882
<212>  DNA
<213>  Veillonella

<400>  2731
atgaaaggta taattattgc atccttcgga tcaatttatg aagaagcagt ggaaacatcc       60

attggtacta tagagtctaa agttcgttcc ttatacagag atgtagaggt acgacgggta      120

tttttgtctg atgcattggt agaaaagtgg aatgaaaaat atgacgatac aatttcttct      180

ttcacagagg tcatgcaaga atttagccgc aaggggatag atgagatcta tattcaacca      240

atcactcttg tagcagatca atgttatcaa caaatgcgca aacaagctct taaattcctt      300

cacagcagtg aatatggctt cacccaagtt aatattggca aacctttatt gacatcctta      360

ggggtgaaaa actacgctga tgattatgaa gcaaccattg atggaattat gcgtcatatc      420

aatacaaaat ctctcaataa atcggtttta ttgatggcaa atggacaaaa tcaattggaa      480

ttctctacat tacaattgaa agccatgtat ggggtagcac ctaatgtagc ggtatttact      540

acaaatggtt tccctacatt taaacaagcg ttgaccttag tagaacgtat ggggcataag      600

gatatactcg ttgtgccatt ggccttgatt ggttctgcac atttaatgga ttacctcggt      660

ggcgatcgtt ctgattcgat ttatgcgctt cttatagaac aaggctataa tgtagatatt      720

tggaatgaag gccttggaga aaatccttat gtgcaagatt tattcttaaa gcatttaggt      780

caagccatcc gtatgtctga cagaaaacgc agttcccaaa aggactcatt tcaatccgtt      840

attcgaccta cacgcatgga agcacaggga atgatttcct aa                         882


<210>  2732
<211>  1041
<212>  DNA
<213>  Veillonella

<400>  2732
atgagatatt ttgataatgt aatcggtcaa gatacgatta aaaaccacct aactgaattg       60

gtaaaacggc aaacattacc gcatagcttg ttgttttatg gagagtctgg acttggtaag      120

ctcgatatgg caataggtct agcatcactt attttgggac gacaagtttt ttcaggtcat      180

aatggcactg aatatttaga ggcagtaaaa tccgcacgta ttgctaatgg tgaaagtgaa      240

aagaaaatag aggcggaagg cttaccaatt tatatggata agggagatgc attttggatt      300

cggcccatga aatcaacctt aaaggtagag caatggtata gcctgttaca agaccatcta      360

tccgtagctg gattaggtaa ccgcgtcgtt attattgaag actttcatgc agccaatgct      420

atcatggcta atgccatgtt aaaaacgatt gaagaaccac ctgcacaggt gtacttcatt      480

attattacga ataagattaa ccttgtacta ccaacgatta tttcacgctg tatgggtgtt      540

ggatttcaac ctgtgtcgga tgaaagcata cgccttgcat tagaaaaatg tggtgttaca      600

ggaaatatag atgaggctat tttcatgggg catggtaatc ctgctgttgt agaatctcta      660

ttgcaacagg gaacaattac tatgctagag ttagctgtta aatggatgcg tactttgggc      720

actgatgcac gatggttctc caaaattgca gtttggtgtg agtctttgac tcgtgaggat      780

gcattagaat taatgcattg gttacgatta ataagtcgcg acatgatggc cttaaagtgt      840

ggagctacta ttgagcaact tcaagttcct atgcataaag caacattatt agaattatta      900

ccgcagtgga caatgaccgc tttagcaact gtatcacatg aaacattgcg agcggaacag      960

gccttgcggt tacacataaa aattgctctc gtggtggacg gtcttagcat cgcccttcac     1020

aatgctcgtg aggaggttta a                                               1041


<210>  2733
<211>  720
<212>  DNA
<213>  Veillonella

<400>  2733
atgaatgaaa atgtaaagga tggtaaccaa caggtatcaa tccatgaaca gcaaactgac       60

acaatggagc gtaagcagag caaggaacct gttaaaaaat ctagtcttac attacgtgag      120

cttaccattg taggtttgtt agcagcaatt acaattattt taggcttatc tggatatggc      180

attatggctt tggggccttt aaatgtcaca acattacatg taccaacctt gataggggcc      240

ctagtagaag gtcctaaggt aggtgctttt gttggactta tttttggtat gtatagtttc      300

tggcaaaact ttacagcacc aaatattttg tcacccttat ttattaatcc attggtatca      360

gtattaccgc gcgttttatt tccagtgcta gccgtattgg tatataaatc actgtggaag      420

gtgccacaag gacctcgttt aatagtttcc gcattcatgg gcactatatt ccatacatgt      480

atggtaatgg gattaattta tgtactatac tccaatatgt ttgcagaggc aatgcatctt      540

tcagcggatc aagtgttagg gactatattg attttgtctg ctacgcatgg cattccggag      600

gccatatttg caggtgtaat tgtaacacca attgcattag ctttacgaaa agcattgcgt      660

aaggatgtac aaaaagtaaa aaaagaagaa cctaatgaat ctgttgaatt atctgattaa      720


<210>  2734
<211>  1209
<212>  DNA
<213>  Veillonella

<400>  2734
gtgaaagcta tgaaaattaa tttctctcct ccagatatta ctgaattaga aatcaatgag       60

gtggtagaag cgttaaaaag tggctggatt acaactggac cacggactaa ggaattagaa      120

cgacgtattg caacctattt agggacaccg aaggctgtat gtttaaattc agcaacagct      180

gctttagaaa tgattcttcg agttttaggt gttggacctg gtgatgaggt tataactagt      240

gcttactcct atacggctag tgcaagtccc gtagttcatg tgggggccaa gttagtatta      300

gttgatactg cacctaactc ttatgaaatg gattatgatc aggttgctgc agctattacg      360

gacaagacaa aagcaattat tccagtagat ataggtggtg ttccttgtga ttatgatcgc      420

ctattctcaa tcgtaaatga tgcaaaatat ctttttaaac caagtaatga tatacaacgt      480

gcattaggac gaattccaat tgttgcagac tgtgcacact cctttggtgc tacgtataag      540

aatcttcaca caggcaatgt agctgatttt agtagtttct cttttcacgc tgtaaaaaac      600

tttactactg cggaaggcgg tgctgctaca tggaaacata tagagggtat cgatgatgaa      660

gcaatctata aggaattcca attgttatcc ttacatggtc aagataagga tgcattagcg      720

aaaactaaga ttggtgcttg ggaatatgat attaaaggca cctattacaa atgtaatatg      780

acagatatta tggcagctat tggattagct cagttagaac gatatcctaa actattaaaa      840

cgacgtcaag aaatcattaa acgctatgat gaggccttaa aggattgtcc tgtatctatt      900

gtcgaacatt atacggatga gcatatgagt agtggtcatt tatatctagt acgtctcaat      960

gatgcaacca tggaacaacg caatgaatta attgaaagaa tggctgaaaa agatgttgct     1020

acgaacgtac actataagcc gattccaatg catacagctt ataagaactt gggtttctcc     1080

atagatgatt atccaaatgc atataatcag ttcaaaaatg aaattacatt gccacttcat     1140

actaatttaa ctgatgaaga ggtggattat gtgattcata catttaaaga atgtttaggt     1200

gtattatga                                                             1209


<210>  2735
<211>  837
<212>  DNA
<213>  Veillonella

<400>  2735
atgacaacaa taccaagaat attaacaata caagatatga gctccattgg ccgttgctct       60

ttaacagtaa tgttacctat catcagcgca cttcaatgcc aagctgtacc tttggcaaca      120

gccgtattga gtaatcattt agaatatcca tattttgaaa ttgtcgattt atcagatcat      180

ctaacgacct ttatggattg ttgggaaaaa aataacatcg attttaacgc tattgtcagt      240

ggttttttag cctcacctga acaaatccac ctcgtagagg aagcaattaa tcgatttggc      300

aaagataaaa tggtaattgt cgatcctgct atggcagatg atggacggct ctactccatt      360

tacacaccag aaatggtgaa agccatgcgc catcttattt ccagagccta tatcgttaaa      420

ccaaattata ccgaagcctg ctttttatta gataaaccat attctacaaa tcctatttca      480

aatgatgaat tacaggatat gtgtagaaaa cttcatcaat taggaccaga actggtcatc      540

atgaccagcg ttccctctga aacacatgct accattgcag tctacgaggg aaccattgat      600

aaagtatcaa cctactctat tccccttatc cctgtaaaag caacaggaac tggtgatatt      660

tttacatctg tcctatctgg agccattatg cgtggctatt ctgtacacga agcagctcaa      720

ttagctatga actttacaac aaaatcaatt caagctacgg tggatactgt aaaatctatg      780

aagcatggca tagcttttga actagtatta ccagaattaa ctaaattgtc caaatag         837


<210>  2736
<211>  492
<212>  DNA
<213>  Veillonella

<400>  2736
atgagatata ttgcattagt catgttatgt tgtgggctgt atttcataca ggctcaacta       60

ctgccagcta tatttcatac cagttggtta cctaattgta ttttaacagc cgttattttg      120

gttaccattt ttaaaggtcg gaagacgggg cttattgctg ccgtcatagg tggttcgatt      180

cacgatatat tgatatccaa tttttttggt ttacatctat ttccctatat tatagttgta      240

tatctattgt cgttcgttaa aagtcatgtt tatgaagaac gatggtattg gtcttgtgcc      300

attgtaggga tatgcactct cattgatggt attgtgcgat atgtgatgat aagctctagt      360

ggcggcgata ttatcttctt ttcttacatc ggacatatgg ttatgcccac tgtattctgg      420

aatgccgttt taggtggtat aggtcatgtt ttgatggacc ttaccgaaga gaaagaggat      480

tatatttggt ag                                                          492


<210>  2737
<211>  1350
<212>  DNA
<213>  Veillonella

<400>  2737
atgttacgaa aacgttggtt ccggtggcta attccgggcc ttaatattaa gcgttggctt       60

gctctctata gcttaggggt aggcttatta atcataggca tttcactatt gtttaactat      120

caatggttat cctatataga ggatatagtt cttgcctatt cctattcctt aacgggatat      180

tataattata atgtactaat tttggtaggt actattttaa ttgttatcgc agccttattg      240

atactacttg gtacaagtaa ggttattaaa actattattc gtgccgtttt accagatccg      300

tctagcaagg tgtcggatat tatttttcaa aatattcgcc tcgataaagg tcctaaaatt      360

gttgtaatag gcggtggtac cggtttatct aatttgttgc gtgggttgaa agatcataca      420

tctaatttgt ccgccatcgt taccgttgcc gatgatggtg gttcatctgg tcgtttacgc      480

gaagatttta aaatgattgc acctggagac ttgcgcaact gtcttgtagc tcttgctgaa      540

caagaaggtg taatggaaaa tttgttccgc tatcgatttg atggggataa tgagttatct      600

ggtcatagct ttggtaatct ctttattacc gctttggcac aggtttatga tggcgatgtt      660

gaggaggccc tcgaagcggc aagtaaattg ttgcgcgttc gtggtcgcgt tattccgtcc      720

tccacagaat ttattcaatt aagtgctgaa ttggtagatg gtactatcgt taatggtgaa      780

agtaatattc ctcattcagg acaaccaatc aagcgtgtgt ttagtacacc ggccttgcca      840

aaaccagaag gtgcagcgct acaagccatt gatgaggctg atgttattat cttggggcct      900

ggcagtctct atacgagtat cataccaaat ctattgactg ataagattgc ggaccatgta      960

cgtgctagta aagccaataa aatttatatt gctaatgtta tgacacaacc tggtgaaacg     1020

tcgggctatt ccttggccga tcatgtacaa gctattattg accatagtgg agttggtatt     1080

gtagataccg ttcttgctaa tgatggtccg ctgccaattc aaatggtaga acaatatagc     1140

gccgttggtt ctgaaccaat ggcaattgat tcaaaacgct tgcaagaaat ggggatacgt     1200

acggttcgtg ctacattaat cagccaagaa aaacctgctg ttcatgatcc agagcgtttg     1260

ggtaaggttc ttatggatat catctatgct atgaaatctg atatggaacc aagagtatta     1320

gaatattact tgcgtcgtgc cgatcactag                                      1350


<210>  2738
<211>  1137
<212>  DNA
<213>  Veillonella

<400>  2738
atggaacaac agtatgaaag taatttctat attgctgcaa tgcagagtat tactgcacta       60

ggtgcggcta ctatacgtga tttggtcaat aatttcggca gtccctatga ggcttggtgt      120

gctttacaag atcgtaagaa tttaaaatgt atattaggca taccctctac taagtataag      180

cagatagaaa aagaggctac caatgaacga ctacaaacta tttataaggc tcttaaaaac      240

tggcgtatag aatatattac atatctagat gtattatttc caggacactt acaggagata      300

tataatccac ctgcagtcat atttgtgcgt ggaaatacat ctctgttaga tgacgaaact      360

atgaaaattg ccatggtagg agcccgtaag tgctccgatt acggccgaaa tgtagccttg      420

cggataggaa aagaattagc tgcttacaat gtggcaatag ttagtggtgg cgcaagaggt      480

atagatagcc atagtcatga aggtgccttg gcagctaatg gtcaagtgat agtagttatg      540

ggatgtggtt tagatatagt atatcctcca gaaaataaac gattgtttga tacggtactt      600

aaacataatg gccttttatt atcggaatat cctcctggta caccaccatc tagtgtgcat      660

tttcctgcaa gaaaccgcat cataagcgga ctttcacaaa tcatcatcgt agtagaagca      720

aaggcaagta gcggttcact cataacagca gatatggcgg ccaatgaagg ccgtgagatt      780

tatgtcgtgc caggtagtat tttgagtaat gtagccgaag gcaatcactg gctcatgcgt      840

caaggcgcta atgttttgac caaagcacaa gatataatag atgattatga gctaaaaccg      900

cgtgcagttg atacgcaagg gtccgatgtg ttaagcttta agttagaatg ggaggttgtt      960

ttgagtaaaa ttcctacaga tcaatgtatt agtgtagggg atttgattaa agaaacacat     1020

attccattgc aacgattaca aagcatttta ttagaccttg aaatgaaaca tatgatagaa     1080

aaggttcatt ctaagggcta tattaacctt atcgggagtg atatacttgt ccattaa        1137


<210>  2739
<211>  750
<212>  DNA
<213>  Veillonella

<400>  2739
atgaatacaa gtcatatatc aaaagaatgg atagatacat ttaatcgttt aggcagcgaa       60

ggcaaattaa aggcaactac cgattacgat gctatattca atttagatga attatttggt      120

aaaaagctat acactttacc aatggggcat gttgtctttc ctacaggtca tatcgtagta      180

tgtgatccat taactcattt agctgcagta gataataaga gctatattag aactgttgag      240

ccaggcacat atccaataga aacaaaagtg gctgaacttg atacagatta ttatagatat      300

gtcctaacaa gagtggtttt taaagataca aaacctgttc aatatgaatt ggctcttaaa      360

ggtcatgaag atcttagtga attagatgat ggtgaaagct atatcggctt tcctgtcgat      420

gctggattgg caaccatagt tgataaagta acggtagatg catataaaga atttgaccgc      480

cagtggtatg aaaataatcc tgatggtaat atctatgacg attattttga tgaattattt      540

aaactaaatg cgttagcaaa tcctaaattt caacgatctg gtggggactg gattaatttt      600

aatatacccg atactaatct atatgtacct atggtacaat ctggttttgg cgatggatta      660

tatcctgtat attgggcctt tgatgaagag ggcgatatat gtcaaattat aatagagttc      720

atcagctgca gtgatgagtc tgaggagtag                                       750


<210>  2740
<211>  1488
<212>  DNA
<213>  Veillonella

<400>  2740
atgcgtatac aaattgtcat gtctttggta gggaaattac tctatatctt tggagctttt       60

ctccttatac cattcatata tagcattata tttgaaactg catattggtc atttgctgtt      120

acagctacta tatccggatt agcaggattt ttattggtta ctaatggtca tcaaagtaaa      180

agttttagct tgcgtgatgg ctttctcgta gttgcatcta cgtggctttc tactatttta      240

cttggttcca ttccttttat gatatctggt attctcatta atcctgtaga tgcattattt      300

gaagcttctt cagggttaac tgctacgggc gctacggtta tatatgatgt cgatcaagca      360

cctaaaacct ttatcctttg gcgtggatta atgcattgga taggtggtat gggaattatc      420

gttctaattt tgtcattttt acgtaacctg ggtgctgatg cagcccactt tttcaatgct      480

gaagcatccg tccctaagcc aggtgtagta ttgccacgta tacaatcaat ggcttccaaa      540

ttatggtctc tatatgttgt atttacaata atttgtttta ttatgttgtg gcttggcggt      600

atagatcctt ttaatgcttt aaattatgct ttttccatta tagccacagg gggattaaca      660

ccgactacag ctggaacctt tatatacagt gataatatat atatttgtgt agtattcatt      720

ttatttatga ttattgctgg tggcaacttt gctgtatatt acaacgtaat tcataaaggt      780

ttttctgcat taatctctga ctttgagacc cgtatgtatt ggctcgtatt agctttaggt      840

attcttatta catttatagc tttatgtatc caatcggaag ctactgatat aggcaagtta      900

tttcaagatg ctgcatttac tttggtttct attcaaacag gtagtggctt tgctgtgtca      960

gattatgatt tatggcctgc tgcagctcaa atgatgttat ttatatctag cttttttggc     1020

ggttgcagtg gttctactac agggggcgtt aagattatac gacttattat tctaatcaag     1080

agtagtatta tttatttgcg taagtctata catcctgata tggttcaagt tgtgcgaatc     1140

aatggaaaac cattgcctga taaatggatt cggatgacac aacagttcat attcttatat     1200

tttatgattt atgtaatttc tgttttcttt atgacttgct ttggtttgtc tactagtgac     1260

gcattacaaa ttgtaacggc atttcaaagt aatgtaggtt tagcttttgc taattacggt     1320

cctacagata ctttttctat attgcctgat ggtgctaagg ttatcgctat aatagatatg     1380

ttattaggcc gtctggaatt atttacaatt ttagttatgc tacatccaca attttgggaa     1440

ggttatttta ttaaaaagga tatgacaaaa cgatatacag ttctataa                  1488


<210>  2741
<211>  804
<212>  DNA
<213>  Veillonella

<400>  2741
atgcagcttt tggggaacct gagaattcat tttttagcac ttgtgcttac cgtagtcgca       60

gaattcatag gtattaaaag actcggtcct gttgtgtttt taccattgtt gtatgctttg      120

attttagggt tattaatttc aattccaaaa ttcaaaattc ttacaataaa acaaatggaa      180

aattctgccg attatattgg tattgcagta atgatcttaa tggtaaaagt aggtcttggt      240

attggtccaa accttggtgt tttagcaagc gctggctggg ctttattagt tcaagaatta      300

ggtcacttct taggtaccat tatctttggt ttacctgtag cactattagt aggtatgcgt      360

cgcgaagctg taggtgcttg ttattctgta gaccgtgaac caaatgtagc gattataatt      420

gataaatttg gttttagctc tcctgaaggc cgtggtgtta tgggcatgta tatctgtggc      480

gttcttatag gtgccatgtg gtcctccgta ttagctggct tattatctaa tacaggttgg      540

tttcatccac tagctcttgc aatgggggct ggcgtaggta gtgcaagtat gatggctgct      600

gctacagcac caattgttgc tgtttatcct gcttatgaac aacaaattat ggctctagct      660

ggagctgcta atttgttgac tactgtatta ggtgtatatt ttggtttatt tatttccttg      720

ccaattatgg aaaagtctta caacttcttt actggtcgta cacgggaaca agatttagca      780

gaggaggtag cgcatcatga gtag                                             804


<210>  2742
<211>  1068
<212>  DNA
<213>  Veillonella

<400>  2742
atgagtaaag aaatcattat agttaccata tctcttggga atgatggggc agaacgtatt       60

ttaacggaac ttgcacgaca atggcatcaa gatggtcata aaattacggt aattcaaaca      120

agtcctaatc gatatggaac agagtatgca ttgccagagg ggatagagca aattcaaatt      180

catacgacta gctcaaataa aatcattcgc ttcttacaag agataaaagt ccttattgga      240

atattgaaaa aacgcccccg tgcgacatgt ttgtcttttc taagtgcgtc aagtttcatt      300

ttggccatta gctcttggtt tgtaaaaaat cgtatagttt tttctgaacg aaataatccg      360

cgcaaggtac ctgtaggtaa acatcaacaa atactgcgag atttcgcgtt tcattttgcg      420

gaggctatcg tgtttcaaac agaagatgca aaatcatatt tttctcacac catacaaagt      480

cgtggtcata tcattccaaa tcctattaat ggtaatctac cggaacctta tgaaggtgaa      540

cgggataaaa ctattgtaac ggcttgtcga ttacatccac aaaagaattt acctatgatg      600

atcaatgcct ttagcatgtt agctgatgaa tttaaagagt ataagctcgt agtttatggg      660

caaggtgtgt tagaagatga acttcgtcaa caaatagcca gcctaggctt aactgataga      720

attatattac caggctttgc atcaaatatc ttagaaaagg aacgaccttg tacgatgttt      780

gtttcatcgt ctgactttga aggtatatca aactccatgt tggaggccat gggaatgggc      840

ttaccggttg tcgttacaga ttgccctgta ggcggtgcgc gtatggtcat tcaggacggt      900

gtcaatggat tacttgttcc cgtaggtgat acgaaaacaa tgtatgagaa aatgaaatcc      960

ctattagcaa atcctgagct agcgaagaaa atatctcatg aagcacttaa ggtacgagac     1020

acatttccac tcagtaaaat tgctaaacgt tggattgata ttttataa                  1068


<210>  2743
<211>  621
<212>  DNA
<213>  Veillonella

<400>  2743
atgaataaaa tatctacatg gctttggcgt acggcctttt ggttgcgtta caaagttgga       60

tatggcttaa aaatatatgg tcgagataac ttccctatgg aaggccctgt tatcgtcgtt      120

ccaaatcatt tgagtaataa tgatccaccc atttgtggct atgctcttcc gagacatgta      180

cattttatgg caaaacaaga gttatttgta aatccaattt ctaaatttat ctgtacatgg      240

ttaggtgcat tcccattaaa tagaggtgct atagataaag ttgcaattcg acatgctatg      300

ggcttattaa aagatcataa ggtattaggt atttttgcgg aagggaatcg tcaaaagagt      360

ggtaaacttg gccggttcca tgatggcgca gcatctattg cgttgcgcac aggtgtaggt      420

atagtaccag ttgcgataat tggttcttat aatatgaaac gcggcaaggt agcttgtatt      480

attggaaagc aaattcccgt agaaaaagca aaggccacac ctgaagctgt taatgccgtt      540

aatgatgttg taaaggctga aatacaacgt atgattgatt cgtatcatga aaatcgtgta      600

gaggagactt tatggaaata a                                                621


<210>  2744
<211>  762
<212>  DNA
<213>  Veillonella

<400>  2744
atgctattag aattaaatga cgtaagtaaa agctttggtg gcgttgcagc tctcacaggt       60

gtttcctttg gtgttaaaca gggtgaagta tttggtgtta tcggtccgaa cggtgctggt      120

aagactacac tattcaattt gattactggt gtattccctg ttagctctgg tgaaatcgta      180

ttcgacggta tgtctgttgt agggattaag ccgcatagaa cggtagagat gggcattgct      240

cgtacattcc aaaatattcg tctctttggt aatatgacgg ctcttgaaac cgtattaaca      300

ggtatgcatt gtcgtactgg ttctggtttt ttatcaagtt tcttgagaac aaaacgtcaa      360

cgtattgaag aagaacgttg tcgcggtatt gcgtatgagt tcttaaagct agtcggtctt      420

gaagaagatg cggaagaggt tgctacatca ttgccatatg gtaagcaacg tcggcttgaa      480

atcgctcgtg cgttagccac acatccacaa ttgattttgc ttgatgagcc agctgccggt      540

atgaatgata gtgaaacaga ggttcttcgc caattaattg gtaaaattcg tgacttaggc      600

attactgttg tagttattga acatgctatg gaattgatga tgaatatttg tgatcgctta      660

gtcgttctta actttggtaa gaaaattgcg gaaggtacac ctcaagaaat tcaaaataat      720

gaggctgtaa ttgaagcgta cttaggtaaa gaagaggtgt aa                         762


<210>  2745
<211>  1077
<212>  DNA
<213>  Veillonella

<400>  2745
atgcgcagtt ttgattatca taggttaagg gattgtctgt gggatggtga ggttgtgtcg       60

ttgctttcac agattcatga gtataagggg cggcaggatt tgtttgtgtc gcagaggcct      120

agtagtgtgg cgcggttggt ggagattgcg aaggtgcaga gtgtggagtc gtcgaatcgg      180

attgaaggga ttgtgacgac gaaggctcgg attcgttcgt tggtggcgga taaggtgatg      240

cctcgtaatc gtgatgagga agagattatg gggtatcgtg atgtgttgaa cacgatacat      300

gagaatcatg agtatattac gttacatagt aatattgtat tgcagctgca tcgtgattta      360

tacgcatatt cacacaagag tataggtgga caatataaaa atgtacagaa ttcgataatt      420

gaacggcttg ctgatggttc tgaggtggag cgttttaaac ctttgacacc ttatgaaacg      480

cctgctgcta ttgatgagat ttgccaaggt gttaatgcgg ttctccaaga taaatcggtg      540

gatccattgc tagtgattcc tgtatttata cacgattttc tgtgtatcca tcctttcaat      600

gatgggaatg gtcgtatgag tcggttactg actacgttgc ttttgtatca aaatgggtat      660

atgattggta aattcatcag cttagagcaa aaaattgagc gtaccaagga tagttactat      720

gcggcgctag gtgagtcggg tgtcaattgg cataagggcg aggagaatat ggttcctttt      780

gtaaaatata tgcttcgcgt tatattggca gcttatcgtg attttgaaag ccgtattgaa      840

ttactgacta cgtcgttatg tgcaaaggat cgtataaaaa tcattattag tgctaccatc      900

ggtaaggtta caaaagcagg gattcttgaa aagcagcctg atatagcggt ttcgacggtg      960

gaaaaggctt tgaaagaact cgttgaggag ggttttatag aacgtcgtgg tgcagggcga     1020

agtacatttt atataaaaac attgcaaaaa ataaactttc atacaaaata catttaa        1077


<210>  2746
<211>  816
<212>  DNA
<213>  Veillonella

<400>  2746
atgtccaatt ttatcactcc taatgaattg ttacctatca tggatgaggt tatcatcctc       60

gatgcaagag gctttcaaga ttatgaacga gagcatatta cgggttcttt ccccgtggat      120

ataactaagg atttaacggg gcctatcggt gagcatggtg gtcgccatcc attgccagat      180

atagaccagt tggctagaac cttagaaaca tttggcgtta atgagcatgc taaggttgtt      240

gtgtatgatt cttggctatt cttggctggc cgtctttggt ggaccttacg ttatctaggg      300

cttacagatg tacgagtttt atctggtggt attgaaagat gggttaagga aggtcatctg      360

ctaactaaag atcctacgcc cttgcctgtg gaaacgacaa ctttcaacta tacattgcaa      420

acacatatga ctgtgagtcg tgacgaggtg ttggcggcga gccaatccgg ttctcatgtt      480

attatcgatg ctcgtgcgcc tgaacgctat gatggatctg taatagatgt aatggacggc      540

atgaccggac atataccagg tgctattaat catttttatg aaagtggtta taccgctgaa      600

ggaccacgac ctattaagga tttagaaatt gaattcgaga aggaacttca tcaacaaaag      660

cctatagtta gctattgtgg ttctggtgtt accgcttgta acaccttgct cgttatgagt      720

gaggttggtc ttgcatctgc cttatatgtg ggtagttcca gtgattgggt aacctacgat      780

gatttcccaa ttcaaacggg ggttgaaacg ctatga                                816


<210>  2747
<211>  1080
<212>  DNA
<213>  Veillonella

<400>  2747
atgagagagc gacagagtaa tatagaactt ctgcgaatta ttgccatgat tggtatcgtg       60

atgcatcatt tttgtgtgca tggtagtttt acctttaccc ctgatgtaac cgttaacaaa      120

atattccttc aatttttctc cctttttggc aaagcgggtg tggccgcctt tgtcatcata      180

acgggatact ttatgattaa tgcaaaattt aaactgcata agtttgcaaa actagtaggc      240

cagatttggt tttatagttt agctatgctt ggggttgctc ttgttttagg tttagatacg      300

gtgacatcaa caaatatcat caaatcatta ttacccattg gtgctatgag ttggttcggg      360

cagaactttt tagtcctcta tttgttaacg ccatttatca accctatcat acaccgttta      420

cagcagaatt acttaagact gcttttatta atcggcctgg ttatttggtt cttaacaccg      480

accatactga atctatttcc tcaattacca catacgacct ttggttttaa acatatattt      540

tcgtttgtct atttttacac catcggtgct tatattaagt tatatggtga aagcatcacc      600

caaaagacag gtgttttagt aacttccatt ggtttggcag gctccacact agggattatt      660

ctagttgata tattggcgat gataaatcct atatatgtaa cacaaaccct ttatttttcg      720

ctgaaggact acggtgtatt cctgctcgct ataggattag gtgcatttat tcttttcttg      780

aaatcgaaca tagcttatcg cccttggatt aacacagtag cggtaacgac ctttggtatt      840

tacctaatac atgacaatgg cttatttgct cgttatatgt gggaccatat tttttatacc      900

tatcagtatt atgattcttt actattacct atatatgcgg tatgtgtagt agcaatcgtc      960

tttgtggttg gtatgagtat agattatttg cgaattcaat ttcttgagaa acctctgatg     1020

aaacacatta cacccatact tgagcaaggg aaggaatggg tgcaaaggcg tttagactaa     1080


<210>  2748
<211>  1227
<212>  DNA
<213>  Veillonella

<400>  2748
atgttagatt taaaatttgt ccgagaaaat ctcgagctag taaaacaaaa tttagacaat       60

cgtcatacaa aaggtgatat tgatactttt gtagatgcat atgatgaacg caaacaatta      120

attcaacaag tagaagaatt aaaggcattg cgtaactctg ttacagaaga aatcagccaa      180

ttaaaacgca acaaagaaaa tgcagatgaa aaaattgctg aaatgaaacg cgttggcgat      240

gaaatttctg agttggatgg ccgcattcgt gaagtagagg aatctttgcg taatgtagcg      300

ttgatgttac cgaatatgtg tgacgcatct gttcctgttg gtgctgatga agatgaaaac      360

gtagaacaac gtaaatgggg cgaaccacgt caatttgatt ttgaaccaaa agcacattgg      420

gatattggtg aagaattaga tattcttgac tttaaccgag ctgtaaaaat gtctggggca      480

cgctttaccg tatataaagg cctaggtgcg cgcttagaac gtgctcttat taattttatg      540

gttgacctcc atgttgataa acaaggttac acagaaatga tgacgcccta tatggttact      600

cgtgaaactt tgacaggtac aggtcaattg cctaaatttg ctgaagatat gtatcatgtt      660

gaggatacag agtacttctt gattccgaca gcagaggtta cattgacaaa ctaccatagt      720

ggtgaaatct taagtgaaga cgaattgcca aaatattaca cagcatttac agcatgtttc      780

cgtgcagaag ctggctctgc aggtcgtgat acacgtggct taattcgaca acaccaattt      840

aacaaggttg aaatggttaa actttcaaaa ccagaggatt cctttaatga attggaaaca      900

ttaactgata atgcagaaga ggtattacgt ctattagaat tgccattccg cgttattaca      960

ttgtgtacag gcgatatggg ctttggttct gctaaaacgt atgacgttga ggtatggatg     1020

cctgcacaaa ataaatatag agaaatttct tcttgttcca atatgacgga cttccaagct     1080

cgtcgtgcaa atattaaatt ccgtcgtgga cctaaaggta aacctgaatt tgttcataca     1140

ttgaatggtt ctggccttgc agtgggtcgt accgtagcag caattttgga aaataatcaa     1200

caaccagatg gttccgttgt gattcct                                         1227


<210>  2749
<211>  939
<212>  DNA
<213>  Veillonella

<400>  2749
atgggcaaac gctttgtcaa gcaattgggg caatttattg tcactctgtt tggcatcaca       60

tttttgacat tttgtctcac ctatttagct ccaggggatc cggttaccat gctattggaa      120

acggcagata caatcgtatc tcaagaactg attgatgaaa cccgtgctca attagggtta      180

gacaagccgt ttattgtaca gtatgcaaac tgggtggtca atgcagctca aggtgattta      240

gggatgagtt attctgctaa aaaacctgta gtagaccgta tgctagaatc attacctggc      300

acacttgcgt tagcaggtac tgcattggta tttaccatta tctatgcttt gccagcaggg      360

atactgagcg cgtacaatcg aaataaatgg atagattatg tgctgagaag tctttccttt      420

gtaggtgtat ctatgccgac attctggtta ggactcgtat taatctacat tttcggttta      480

aaactaggtt tggtgccaat tgcatcatct cgtgtaacag cgacaggcgt tattttgcca      540

gccgttacat tggcgattgt tgtaggctct aaatatatgc gccaggttcg cctcgttatc      600

cttgaagaaa tgcaaaagga ttatgttatt ggtgcaaggg cacgtggcgt gagtgaaatg      660

aagattttat tcggtcatat attacctaat gctgtattgc cattgattac tatcttaggt      720

gttctcattg gttggttatt gggtggtgta gcggtagttg aaatggtatt ctcttggccg      780

ggtctaggaa acatggcgat ctatgccatc accatgcgtg actatccgtt gatcgaaggg      840

tttgtgttat gggttgcctt agcatacatg tgtatcaatg cacttgttga tgcatcatat      900

gttctattag accctagatt aaaaagggag agagcataa                             939


<210>  2750
<211>  930
<212>  DNA
<213>  Veillonella

<400>  2750
atggcgaggt atgttttacg gcgcataggt agcgctctcg taatactatg ggtaattatc       60

agtattacct tcgttttaat gcatgctata cctggtggac ctttcacaag tgagaaaaaa      120

ttaccacctc aagtaaaagc aagtatagag gcaaagtatc atttggacga tccattatgg      180

aaacaatata ctgattatat tggcagtatt gttactggtg atttaggtcc atcttataag      240

tatgaaggtc gttctgttaa tgacatcatt ggtgaagcat tccctatttc cgctcaatta      300

ggtttacttg cactgtgtgt agctgttgtt ggtggcattg cgacaggtgc tattagtgct      360

atgaggccta atggaatgat tgattatgcg attacattta tttccacatt aggcatttct      420

gtaccaacat ttatcatagg tgcagttttg gtgtatgtag tgggctttga aatgggttta      480

ttacccgtgg cgttatggcg tggaccatcg tacatgattt taccggtact tacattagcg      540

gctcagccta tggcttttat tgcacgatta acacgtagtg ggctgcttga tgtatatcaa      600

caggaatata tacgtaccgc tcgtgctaaa gggcttggtt catggactat tttatttagc      660

catgctttgg gaaatgctat tttacctgtc attacctata ttggaccatt ggcagcaggc      720

ctcttaacag gcagtttcat tgttgaaacc atttttgcca ttcctggctt aggtcaatat      780

tttgtaacat ctatttataa tcgtgattac actgttattc ttggtgttac cgtattttat      840

agtacattaa tagtagtatt aaatattata gttgatatga tttatccgat tatcgatctt      900

cgggtaacaa cagagaagga gcgtgcgtaa                                       930


<210>  2751
<211>  1302
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2751
atgcgcatgt atgatattat tttgaaaaaa agagccaatt tagcactaac aaatgaggaa       60

attcgctttg tcatagaggg ctatgtacat ggtactattc ctgattatca agtaagtgct      120

ctattgatga ccatcgtatt taatggcatg aatgctcgtg aactcggtac gttgacactc      180

tcgatggctc agtctggaca aatggtggat ttatcgtcaa ttgatggtat caccgtagat      240

aaacatagta caggtggtgt aggggataag acgacactta tcattgctcc tttagtggcc      300

gcctgtggtg gtaaggtcgc aaaaatgtct ggtagaggcc tagggcatac aggggggact      360

atcgataaaa tggaatcgat tcctcatttg aaagtatcct taagccaaga agattttatt      420

gcccaagtga atagaatagg ccttgccgtt ataggtcaat cagaaggctt ggcaccagcc      480

gataaaaaac tttacgcttt gcgcgatgta acgggaacag tggacagtat tcctcttatt      540

gcttcctccg tgatgagcaa gaaattggca tctggtgcgc aagccattct actagatgta      600

aaggtcggaa gtggggcctt tatgaaaacc attgaagagg cccgtgcctt ggctaaggct      660

atggtagata ttggacgtga aaacggtcgt tccgttaagg ctgttttgac ggatatggat      720

cggccccttg gtcatgccat aggcaatgcc ttagaaattc gtgaggtcat tgatacatta      780

aaaggtcatg gccctgagga cttgactcat gaatgtatta tcatggctgc tcacatgctc      840

gttttaagcc acatctgcga ctatgaaacc gccctaactc gtgtgcgtga ggctctcgat      900

tctggcgctg cactcgaacg tctacgcctc atgattgacg ctcaaggtgg taatagctct      960

gtgattgatg atgaaagcct actagttatc ggccaatgta catctgatgt aatagcgcct     1020

aaggctggtt acattaccca tatgaatacc gaacaatgtg gtatagcatc tgttatgctt     1080

ggtgctggcc gcaccattaa agatggccct atcgattata gtgcaggtat tatcatgcat     1140

aaaaaaactg gtgatgccat tactgaaggt gaaagtattg cgaccttgta tgcctctgat     1200

gaaagcttac ttgctaatgc ggctaagacc tatatagagg cgattacgat tggcgaagaa     1260

atgctaaatg tagtggatac catccttgat attgtggaat aa                        1302


<210>  2752
<211>  1362
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2752
atggacgtac gcataccacc gcataatgag gacgcggaaa aggccgtatt aggggcgttg       60

ctaaccgatg gttcatcatc tggcgaagcc gttgatttgg taacaagtat cgtagatcgt      120

gatgattttt atcgtgatac gcatcggatc atttatgatg ctattttaaa tcttgtaaaa      180

agcaacaaga cggtagattt cattacgtta agtgaagaac tagaacgacg taaaaaattg      240

gataccgtag gtggcattgc ttatattaca tctcttgcga atgaagcgac aggctataat      300

attgaagagc atgcgcgcat tattgtagaa aaagcgcaaa tgcgccgtct catagatgca      360

ggtaataaga ttgtcggtat gacttatgct ggcgaggatg agccatccgt cattatgaat      420

aaggcggaac aactcattct tgatgtaggc ggtcaaacac aatcagaatc gacattttct      480

cccattggtg atgtagttct tacgaatatt gacagactta gtaaactgca acaacataag      540

ggttctatta caggtgtacc aactggattt agagatttag atttcaagtt aaatgggtta      600

caacggtcgg atcttattct cgtagcggct cgtccggcga tgggtaagac ggctttcacc      660

ttgaacattg ctcaaaatgt agcgatgggg attaagcgga ctgtagcatt cttctctcta      720

gaaatgtcca aggaacagtt ggtaggacgt attttgtcct ccgtggccgg tattgaatca      780

gacaagttgc gcaaggctga catggaccct aatgattggg ggaaggtgat ggctgcggcg      840

gatgagatga gccaagctaa cctgttcatc gatgatacgc caggacttac ggtgcaggat      900

atgcgcgcta agttacgccg cctcaaggta gaacatggtc ttgatcttgt tatcgtcgat      960

tatattcagc ttatgcaggg acgtagctcc ggtaagggca gcgaaaatcg acaacaagag     1020

gtatctgaaa tctctcgtaa cctaaaactg attgctcgtg aatttaatgt gcctgttatt     1080

gccttgtctc agttgtctcg tagtgttgaa agccgcccag acaagcgtcc ggtattatct     1140

gaccttcgtg aatctggttc ccttgaacaa gatgcggata tcgttatctt cttgtatcgc     1200

gataaatatt acgatgaaaa ctctgaaatg ggtgataagg cagaggttct tatccgtaaa     1260

caccgtaatg gtgcagtggg tagtgtaaaa cttctattta ttggtgagtt aacacgattc     1320

ttagatacgg tagacgaaga tcgggttgga ccggagcaat aa                        1362


<210>  2753
<211>  405
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2753
ggttatgcac catacaaagg tgaaattcct tcccgtacac gcggtgcctt ggtagcattt       60

gaaaatggcg aaactacacc atatggcttg aactctgttc aagaccgtgg tacattgttc      120

gttggtccta accaagacgt gtacgcaggc caagttatcg gtgaaaatac tcgtgaactt      180

gatatggatg ttaacccatg taagaaaaaa cacgttacta acatgcgttc cagctcctct      240

gatgaagcag ttcgattgac tccacctcgc atcttctcct tggaacaagc tcttgagtgg      300

atcaacgatg acgaacttgt tgaagtaaca cctgaaagca ttcgtatgcg taaaacaatc      360

cttgatcgtg ctgcacgtgc gaaagctgca aaaaataaaa aataa                      405


<210>  2754
<211>  393
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2754
atgaaaaaat tactaggtac atgtttagct gctgctgcaa tttgcgcatt cggtttcggt       60

tctgctagtg ctgttaactg gcaagtattt ggtcaagata gtgcaggtat cacttggtcc      120

atcgatcaag atagcgttca aaaaagcgat aaaactgcaa ctgtaatgat caaagctcaa      180

gattctgaag gttatcattt catcgcaact gaagaattca accacaaaaa gaaaactgta      240

aaagaccaaa aggttgtatt gtacaaccca caaggttacg cagaacgtga agataaagtt      300

gatgggaaag atcgtccagt tgttgctggt tccccatccg aagcagttta caacttctta      360

tggccacaac aagcaaaaca aggtaaaaaa taa                                   393


<210>  2755
<211>  1269
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2755
atgaataaga aaaatctatc tttagcagtt gccgcattat ctgttgtggg cgtaacgaca       60

gcctttgctg ccaatccttt ttctgatgta acacctgata gctgggccta tcaatccgta      120

tcgcaattag ctagtgctgg catcattaat ggatatccag atggtacgtt taagggccaa      180

aaggatatta cccgttttga aatggctcaa atggttgcta aagcgatggc aaaccaagat      240

cgtgctaatg cagagcaaca agcgatgatt aatcgcttag ctgatgaatt ctctaatgaa      300

ttgtctaatt tgggtgtacg cgtagccgcc ttagaggacc gtgtagggaa tgttaagttt      360

actggggatg ctcgtattaa ctatgttgaa aaggaaggca ttgataatct agattcggaa      420

ggtaaatttg cagctcgtgt acgtttgaat atggatgcta aagttaataa gaatacatct      480

gtgaaagcgc gattaacgac aggatctatt gaacttggtg atgcagcaaa agatcatact      540

atgtcttttg atctagctta tgtggagcac aaatttggca aaaatcatat ggtagatatt      600

ggtcgctata cacaaagctt tggtgatggt ttaatttatt ctagtaactt tgatggtatt      660

gggtatacaa cacaagttgg aaaagtaaaa gtaaatgccg cttatggtta cccaacacta      720

ggtcgattta gtaaggcctc taaagataat aatactgaaa tggcgcttat taaccttagt      780

gcaccagtaa ataaacactt aaatgtaggt ggtatgtttg ctcatgtagg tactactaac      840

gttaaaatgg gtaatggcaa aactattaat gattttaaca ctgtatatgg ttttaatgca      900

caatacaata gtggcaaatt cgcaactaat gctgagtggg tgactgcaac aggtcttaac      960

aatagtgatg tatggaacgt aggcgttaaa tggggcgact acaaaatcac taagaaaaac     1020

tcctggcgtg tagctcttga ttattacaat caagaaaaga atgctcctgt attcaaaaca     1080

caaaaatatg aaggtaatga cttatatggt aagtctcgcc atgaaggcta taaagcatgg     1140

cagcttagtg cgtcctatgc accagaaaaa aatgtaggta ttacaacata ttatggcttc     1200

catgccaaaa cacaagaagg ccataaggta aatgattact atcgtgcaga cttgttattt     1260

aaattctaa                                                             1269


<210>  2756
<211>  1902
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2756
atggctgaag aaaattatgg cgctcagaat atacaagttc ttgagggtct agacgcggtc       60

cgtaaacgcc cagggatgta cattggtagt acgtccattc gcggtttgca tcacctcgtt      120

tatgaagtag tagacaattc agtggacgaa gcgctcgcag ggtatgcgac gcatatcgaa      180

gtatccatta atgaagataa tagtattacc gttgtcgatg atggtcgtgg tattccaaca      240

ggaatgcatg agtccggcat gtctgcggta gaattggttt taacaaaatt gcatgctggc      300

ggtaaattcg gcggtggcgg ctataaggtg tccggcggtc ttcacggcgt aggtatttcc      360

gtagtcaatg cgttgagtga atggactaag gttcaagtat ctcaaaatgg cattattcaa      420

gaaatcgatt ttgcgcgcgg tcataaaaca tctgaattgc acgaaatcgg caaggcggaa      480

ggtactggta cgactgttat tttcaaacca gattctgaaa tctttgaaac gacggtgttc      540

aatttcgata cattgaaaat tcgcttgcaa gaattggcgt tccttaacaa gggccttcgt      600

attacattga gcgatttgcg ccaagaggaa cctcgcattg aaagcttcca ttacgaaggt      660

ggtttaagtt cttttattac attcttgaac gaaaacaagg aagttgttaa cccaactgtt      720

atagacattg aaaatacaaa ggatgacgtt gtggtagacg tggcgttgca atacaacgat      780

agttacagcg aaaatttgtt gtccttcgta aacaacatca acactgttga cggcggtacc      840

catttatccg gttttcgtgc tgccttgacg cgtaccctca atgattatgg ccgtaaatcc      900

ggtttgatca aggaaaatga aagtaatctt tccggcgagg atgtacgtga aggtttgaca      960

gcggttgtgt ctgtgaaagt attagaacct cagttcgaag gtcaaactaa aacgaaactt     1020

ggcaatagcg aagttaaagg tattaccgat gttatcgtat ctgaaggtct taaaacattt     1080

tttgaagaac atccacaaga tgcgaagaaa atcattgaaa aagcaacgat ggcaagccgt     1140

gctcgcgagg cagctcgtaa ggcccgcgat ttgacacgcc gtaaaaatgc gttggaagta     1200

tccagccttc ctggtaaatt ggcagattgc tccgaaaaag atacatctat gacagaaatt     1260

tatttagtcg aaggtgattc tgcgggcggt tctgcaaaac aaggtcgcga tcgtcgttac     1320

caagcgattt taccattgcg tggtaaaatc cttaacgtag aaaaggcacg tcttgataag     1380

attttagcga ataacgaaat tcgttccatg attaccgcat ttggtacagg cattggcgac     1440

gaatttgata ttacaaaatc ccgttataac aagattatca tcatgacaga tgcggacgtt     1500

gacggcgctc acatccgtac attgcttctc acattcttct accgctatat gaaaccatta     1560

gtagaagaag gccatatcta catcgcacaa ccgcctttat accaaatcaa aaaaggcaaa     1620

tctcattggt atgtgtactc tgatgcagaa cttacagcta agcttgatga agtaggccgt     1680

gatggtatta caattcaacg ttataaaggt ttaggtgaaa tgaatcctga acaattatgg     1740

gaaacaacaa tgaaccctga aaatcgtacg attttacaag ttagtttaga ggattctatc     1800

gaagctgata aaatctttac ggtgctcatg ggcgacaagg ttgaacctcg acgtaaattt     1860

attgaagata acgcaaaata tgtacgcaat ctagatttgt aa                        1902


<210>  2757
<211>  1515
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2757
atgagtacag taagtagtac taacacaaca caacaagctg cggctcctcc gaagggtcgt       60

acgacagcac aaaatatcgg acttattctc gcatttattg ttttaggcgt cattttatta      120

ttaccaacgc ctgaaacatt atccactggt ggccatcgca tgattggtgt cctcgccttt      180

gccatcatcc tatggatgac atcggccgta tcctatccgg tcagtgcgac catgattacc      240

gcccttacgg ccttattact cggattctca ccaaatcctg aggcccctgc taaaatgatg      300

ggcactgcta acgcattaaa gctcatcatt tctggttttt catcacctgc tatgatcctc      360

gttggggcag ccatgtttat ctcggtggcc atgcgtaaaa ctggtctcga ccgacgcatc      420

gccatgctcg ttttatctag cgtcggcacc aaagtaagtc gcatttatct cggcgttatt      480

attacaggtc ttatcctcgc cttctttgta cctagtgcaa cggcccgtat tgcctgcttg      540

gcaccgatca ttatcggtat tgttgaaaac ttaggtattg aacgtaaaag ccgcgttgcg      600

gcccttctca tggtgggcgc cgtacaggct gatacattct ggaacatcat gattcaaacg      660

gcggccgctc aaaaccttgt ggccgtagga tttatgcaaa cacagatgaa tacatctgtt      720

agctggattg actggctcac agctgctgct ccattttcca tcatcatggt aattattgcc      780

tacttcttaa cacaagcatt aattaaacca gaattcaaag aactcgtcgg cggcgatgtt      840

caactcgcta agatgcgtca agaaattgga cctatgagca ccgatgaaaa gaaactctta      900

tgcatctcca tcggtttact cgcattgtgg gccacaggtg gtaaattaca ttccatcgat      960

actacaacta ctacaatcat agcgattgcc ctattcttct tccctaaaat tggtattatg     1020

gattggaaat tcgcacaacc aaacatcgac tggggttcca tcgttatgtt cggtgctggt     1080

atcggtctcg gtacagtttt acttaaaaca aaagcagcca catggctcgc tcaagtattc     1140

gttaacgcat tctctttaga atccgctacg gtgttcttgt tgattgccat catggctgcg     1200

ttcctcatcg taatccatct aggatttgcc tctgctaccg ccctttcatc agcgatgata     1260

ccaatcgtta tctccatcgt tgtaggtcat aatgcagaag gacttaaccc tattggcgta     1320

accatgatca tgcaatatgc catctgcttt ggtctagtat taccagtaaa ctcaccacaa     1380

ggtatggtgg cttatggtac agacacattc gacgtaaaaa cattcatgac aacaggtatt     1440

cctttgacca tcatcggcta tgtaatgatg ctcgtatttg cacttacata ctggcactgg     1500

atagggattg cctaa                                                      1515


<210>  2758
<211>  1668
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2758
cttgaattcg taacagaagt tattaaaaaa gaacgccctt ggggcttatt ggctacattg       60

ggtggccaag taggtctaaa tatggccgtt caattatctg aagcaggtgt actcgaagag      120

tatggtgtta aactacttgg tacaacgcta gaagctatta aacatgcaga agaccgcgaa      180

cttttcaagg aagcgatgaa ggaaatcaat caaccagttc ctgaatccga catcttcaat      240

gaccttgaag aggctgtagc ctttgcaaat cgcatcggtt atcctatcat catccgccct      300

gcatacacat tgggtggtac tggtggcggt atcgctcata atgaagatga aatgtatgaa      360

atcacacgcc gtggtttgaa actttcacca attcaccaaa tcttggcgga acgttccgtt      420

gcgggttgga aagaaatcga atacgaagtc atgcgcgata gtgcagacaa ctgtatcatc      480

gtatgtaaca tggaaaatat tgaccctgta ggtgtacata caggtgactc catcgttgtg      540

gcaccaagcc aaacattgaa cgatattcaa taccaaatgc ttcgtaccgc atctgttgac      600

atcattcgct atttgaaaat cgaaggtggt tgtaacgtac aatacgcttt gaatccagat      660

agtaacgaat atatcgttat cgaagtaaac cctcgcgtat cccgctcctc tgcattggca      720

tctaaagcaa ctgggtatcc aatcgcgaag gtagctgcaa aaattgcagt aggcatgaca      780

ttggatcaaa ttactaatgc tgtaacaggt gaaacaaaag cgtgcttcga accaacactt      840

gactatgtgg taactaaatt ccctcgttgg ccatttgaaa aattcaattt ggcggatcgc      900

acattgggca ctcaaatgaa ggctacaggc gaagttatgg ctattgaccg taccttggaa      960

ggttctttat tgaaagctat ccgctccttg gaaatcggtt tagaccatat tgagcttaag     1020

aaaattgctc atgagtccat ggaacaattg attgaacgtt tacatttagt agatgatgaa     1080

cgtatctacg ttgtggctga agcacttcgc aagggaatta gtgtagaaaa aatccactac     1140

attactaaaa tcgatacatt cttcattgaa aaaatcaaga atatcgtcaa tgtagaaaaa     1200

atgttaactg aacatggttt gactcaagat gtattgcgtc tagctaaacg ttattccttc     1260

cctgatactg ttattgcacg ctatgcgaat acaacggcag aagacgtaaa ggcgaaacgc     1320

aaagaatgga atattcttcc aacctataaa tatgtagata catgtgctgc agaattcgaa     1380

tctaaaacac catactacta tagtgcttat gcacaagaag acgaagttaa accactaggt     1440

gaaaaatccg ttgtagtact tggttccggt ccaattcgta tcggtcaagg tgtagagttt     1500

gactactgct ctgtgcattc ctcttgggca cttcgcaaag cgggttacca atctattatg     1560

atcaataata acccagaaac agtgtctaca gactttgata tttctgattc cttgtacttc     1620

gaaccattaa cagtggacga tgttatggaa atcatcgata aagaacaa                  1668


<210>  2759
<211>  1026
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2759
atgaaagtta cagattttga ttatgattta ccagaggagc ttattgctca acatcctgta       60

gagcctcgcg acacatcgcg gttgcttaca ttggataaaa taactggtga atatacacat      120

aaagcgcatt tttacgattt acttgatgaa ttacaagcag gagatgtcct cgtgtttaat      180

aatacgaagg ttatcccagc tcgattatat ggtcaacgag agggttccgg tggcaaggtg      240

gaggttttat tacttacacc atgtggagaa aatcgctggg aatgtctcgt taaaccaggt      300

aagaaatgtc cgattggaca ggtcatcgtg tttgatgatc gtttgaaagc aactgtgcta      360

gataaaaccg attttggagg acgtatcgta gaattcactt gtgatggtgt atttgatgat      420

attattcaag aaattggtga aatgccgtta cctccttata ttcatgaaaa acttgaggat      480

aaggatcgct atcaaactgt gtatgcaaag gaaaaaggat ctgctgcggc tccaacagcg      540

ggactacact ttacaccgga actattagag aaaattaaag ctaaaggtgt agagctcgag      600

tttgttaccc ttcatgttgg tttaggtacc tttagacctg tatccgtaga aactattgaa      660

gatcacgata tgcatagcga attctacagc gtatctgaag atacagcgcg tcgtattaat      720

gaagcaaaat ctaagggtaa gcgtattatt gcagtaggta ctacatcgat tcgcaccttg      780

gaatcagcct ctactgatga tggtatacta catgccacaa gtgggtggac aaaaatcttt      840

atctatccgg gctataaatt taagatggta gatgcattgg taaccaattt ccatttacca      900

caatctacat tattaatgct cattagtgca ctagccggtc gtgaacattg tttagcagct      960

tataaagcag ctgtaaaaga acgatatcga ttctttagtt ttggcgatgc tatgtttata     1020

cgttag                                                                1026


<210>  2760
<211>  1341
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2760
atgatacgcc ttaaaacagc tgctataatg gcatctatta tggtaacaac tactgttact       60

gcttgtgccg gtgatttgac agccgtgcga gtatccgatt atgatggcgc aagccgtatt      120

gtttttgata tgactgaatt acctttatcc tggactaagt catataacgc aaaccaaaat      180

acggttacct tgaacttagc taatacaact aataaaattt ccaatgccgc agagcgtaca      240

acacataaga tcggtgtgtt aaagggtatg tcctttcaac ctactaatga tggtttacaa      300

gtgagactat ctgctaatca atcgattaat taccatgctt tcaccctatc aaatcccaat      360

cgtgtggttg ttgatttgtt ttcagattac agtcagaaga caacgaaaag tgtaggtgca      420

tcgattcaga ctgctaacat aaaaacagca gttaacgagg gattaattcg cgcttatgcg      480

atgacagtta acaatgatgc accaatggtg gtagcaagtg tacccggcgg aaagcctttg      540

tcctcgattt cacagcaaca cattgctgct gtcggtttat ccgttccggg aaagagcttt      600

gataaaccgt attcggttag tgcatctggt gaggtagatt taaaccgaat tcaatccgtt      660

ggcgttcttc gctatacgcc aagtagaggg tatttcatag aagagaagaa accattgttg      720

caggttaaga cacctaaatc tacgttggtg attaccactg taaatggtcc acgtagaaat      780

aatgctctta cgctatatac atctagtttt ggtgaaagta caaatacaaa tgaattcggt      840

tatgaagtga cagtaagtaa tgggaaggtt cttaaggtgg gaaatggcaa ttccgcatta      900

gggaacaatc aatttgtatt gtctgctcat ggtgaggcca tagcttcctt aaaatcttta      960

aaagtgggca cgcctgttgt attacaacca cgtcaggaac ttgcgaaggt agaaactgct     1020

ggcggtgcta tggttgaagg gggcacactg gttttacata atggtagtta tgtgggccct     1080

aaagattcta cgaatcgtag tcgaagtttc atcggcacaa ctaaggatga aaagctcgtt     1140

gtagccactg tagataaaca taatgcttca tctgtaggtg ttacactaga agaaggggct     1200

aatctattga cctctttagg ggctatcaat ggatttgaat tatctaatca aggcagtgtt     1260

gatgtagagg ttgatggcca ttatactcac aaaggtaatg aaacgcctag tgcttatgaa     1320

aaaatactta taatcaagta a                                               1341


<210>  2761
<211>  2349
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2761
atgagtttat tgtctcagaa attcaagttt cttcgcaaga aggacgtatc tccaagcggt       60

caccaaatca cagaagaagg cggtcgcgaa tgggaaaatt tttatcgtga ccgttggtcc      120

tacgataaag tagtccgcac aacacatggc gtaaactgta ctggttcttg tagctggaac      180

atttacgtta aaaatggcgt cgtagcatgg gaaaaccaag ctacagatta tccggaaaca      240

ccggatgata tgccggacta tgaaccacgt gggtgccctc gtggcgcgac cttctcttgg      300

tatttgtaca gcccattgcg cgtaaaatat ccatatgtac gcggcgaatt ggctgagctt      360

tggagagaag ctaagaaaac agctaaaaat cctatcgaag catggaaatc tatcgtagaa      420

gaccctgaaa aggcgaaaaa atataaatct gcccgtggta tgggtggctt tgtgcgctcc      480

acatgggacg aagcgacaga aatcactgca gcatctttac tatatacagc gaaaacatac      540

ggccctgacc gcaacgcagg cttctctgta attccagcga tgtccatgtt gtcctatgca      600

gcaggtgctc gtttccttaa cttaatgggt ggtacaccat tgtctttcta tgactggtat      660

gccgatttac caccttctag ccctcaagtt tggggtgaac aaactgatac tcctgaatct      720

ggtgactggt acaatgctgg ttacatcatg acttggggtt ctaacgtacc attgactcgt      780

acgccagacg ctcatttctt aacagaggtt cgttacaaag gtactaaagt tgtatccgta      840

tcccctgact atgcggaatc cacaacttct tccgatgctt ggctcaatgt aaaagccggc      900

actgatgcgg ctcttgctat ggcaatgggc cacgtaatct taaaagaata ctacatcgat      960

aaggaaactc catacttcaa agagtatgct aaagagttta ctgatatgcc attccttgta     1020

cgtgttgaag acatcaacgg tgcagtacaa ccaggtcgtt tcttaaacgc taaggattta     1080

ggtagcaaag aagacggtgc tgatttccaa actgtattga ttgatgaaac aacaaatgaa     1140

atcgttgttc caaatggtac aatgggcgac cgtcacacaa atccacaaaa atggaactta     1200

cgccttgaaa accgcaatac aggggctaaa attgaccctc gcttatccgt atttgaccaa     1260

cgtcaagatg tgactgttgt taagttgcca tactttggtg atgaagagca cgaaggtgtt     1320

attgaacgtg ctattccaac gattacagta caaactgttg atggtcctgt aaaagtaact     1380

actgtatatg accttattct tgctaactat ggtatcgacc gtggtatcgg tggtgaagtg     1440

gcaacatctt atactgatga cactccttac acacctacat ggcaagaaaa aatcactggc     1500

gtaaaagcag atatcgctat tgctacagct cgtgaatttg cagataatgc agaaaaaact     1560

aaaggtcgtt ccatgattat catgggtggt ggtatcaacc actggtacca tgcggatatc     1620

atttaccgta caatcttgaa cctcatcatg ttctgtggta cagaaggtgt taacggtggt     1680

ggctgggctc actacgtagg tcaagaaaaa cttcgtcctg ttgaaggttg gggcggtatc     1740

atgacagcta acgactggag taaagctcct cgtttgcaaa atggtacatc ttggttctac     1800

tttgctacag aacaatatcg ttctgattgc atcgatttgg cagaccgcgt atctaaatta     1860

gctaagcctc gctaccgtca tcctggtgac tacaacgtat tggcagctcg tttaggttgg     1920

ttgccatcgt accctacttt taataaaggc agccaagact tgattaacga tgctcgtgca     1980

gcaggtgctg gtacagaatc agagattaac caatatgtag cgcaagcatt gaaaaataaa     2040

gaattacaat tctgcgtaga agatccagcg gctaaagaaa accacccacg caacttgttt     2100

gtatggcgtg caaaccttat cggttcttcc tctaaaggcc atgaatactt cttgaaacat     2160

ttacttggta caaaacatgg tgttctcgaa gatgatgacg caccagtaaa accagaagaa     2220

atcaaatggc gcgaagcaga tgaagctggt aaacttgacc tcttaatcga catcgacttc     2280

cgtatggctt ctacaggttt gtactctgat atcgtattcc ctgcagctac atggtatgaa     2340

aaagaagac                                                             2349


<210>  2762
<211>  537
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2762
atgttaaagg atattttaat cgtcgatggg tataatgtca tcttcgcatg gcaaagttta       60

aaaaaactgg ctaatgaatc cttggaacac gctcgaatgg aattacgtaa tcagctttta      120

aactatggta aatttaaagg ctatgaggtt atactcgtgt ttgatggtaa atatactaag      180

tcgatagcga gtatcgaaga aatcactaaa gggtttatag aagtatatac cgatgatggt      240

gaaacggcag attcttttat tgaacgagaa gtatttttgc gtcaaggtaa gtatactaat      300

gtatacgtcg ttacttctga cggggctgaa caaaatcaaa tattaggctc tggtggactt      360

cggattccag caagagaatt gcaaaatgat atgcgtcttg ccaagcaaga ggaacgcttg      420

caatatacac ataaacatca tcgtgaccaa atggtactca ggagaaatga ggtatatgac      480

cacttagatc ccgatgtggc taaaaaatta gaagctatac ggagaggtac aaagtaa         537


<210>  2763
<211>  372
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2763
atgaaaacaa ttcacacaga taaagcgcct gcagcagtag gtccctattc ccaagctaaa       60

gtagctggcg gtttcttgtt cgcttctggt caggtagcga ttaacccggc tacaggttcc      120

gtagttgaag gcggtatcga agcacaaact gaacaagtat gcaaaaatat tgaagctgta      180

ttagccgaag caggttctga tttctccaag gttatcaaaa caacatgctt cttagctgat      240

atcaatgact tcaaaccttt caacgaagta tatgcaaaat attttacatc taaaccagct      300

cgttcttgcg tggctgtaaa agatcttcca ttgggcgttg cagtagaagt ggaaatcatc      360

gcggaagtat aa                                                          372


<210>  2764
<211>  1290
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2764
atgaagaccg ttaaaatagc cttattagga tttggtactg tttcccaagg aacatttaat       60

ttattacaag ataatgccga tttgattact aatagaagcg gtgtaactat cgagatttca      120

aaaatatttg ttcgcaaccc agataaatac acaaatatta cactaccaag cactgcacaa      180

tacgtgacta acattgatga tgtgcttaat gatgaatcga ttgctattgt cgttgaatta      240

atggggggca caacatttgc gaaagattgc gttgaagcag ctttaaaaca tggaaaaagt      300

gttgttacag ccaataagga tttattagca gaagcaggcc catatttatt tgacttagcg      360

tataaaaacc acgtagattt acgttttgaa gcatctgtat taggtggcat tccaattatt      420

agaacattat acgattccct tggcggtaat cgcattactg aacttgttgg tatcatgaat      480

ggtacaacaa actttatttt atctaaaatg acagatgaag gattaagtta cggggatgta      540

ttaaaagagg ctcaagattt aggctatgca gaagcagatc caactgccga tgtagaagga      600

ttagatgcag ctcgtaaact tgctatttta gcatccatta gctttaaccg tcgtatattc      660

ttcgaggatg taactgtaga aggtattact aacattgata cagaagatat ttcctttggt      720

aaggaattcg gatacaatat taaacttatt ggcattgcaa aagaatcgtc aaagggttta      780

tctctcaatg tataccctgc tttcgtacca ttaacacacc cacttgcatc tgtacgcggc      840

tcgtacaacg caatttatat taagggtaat ggcattgatg atgccatgtt ctatggacgt      900

ggcgccggta gtttaccaac aggcagctcc gttgttagcg atattatgga agtagctcaa      960

aacgtagctt ttgaatctac aggacgtttt aaaccattct actttgacca aaaaaatatt     1020

tattccccag gtaaaataca atccagttac tacatgcggt tagctgttga taataaaact     1080

ggtgttcttg caaaaattgc tacaaaatta gcagagcaaa aaatctctgt tctttcgatt     1140

gttcaacgaa ataaagatcc tgaaacagca gtacttgcta ttgtgacttc taaatgtcca     1200

cattcctata ttttaaattt aattgattct tttaacagct tgcgatctgt gaaagatgta     1260

agcagtgtaa tcagaattat ggaagcgtaa                                      1290


<210>  2765
<211>  420
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2765
atggatatcg cacaaatttt gcgaagcgaa gggtttaagg taacccctca acgaattgca       60

atttatgatg ctttgcgtgg tcatcacaat cacccaacag cagagatgat ttatcatagc      120

ttgcgtccta cacatccaag catgagttta gcaactgtat acaaaacaat ggagattttt      180

gaaaaaattg gccttgttaa ggtattggaa gtgggcgatg aacgcgcaca ttatgattgg      240

gatacaacag ctcatgcaca tattcgctgt gttcgttgta acaaagtaga agatatgatg      300

aacgtcgatc ttcatgctat tgctgatatt gctggaaaag ctagtgctta tcaaattaca      360

ggacagcaaa ttacatttga aggcgtatgc ccagaatgtg ctaaaaaaga aagtcactaa      420


<210>  2766
<211>  939
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2766
atgaaacgat attttctagg aattgacaca agctgttata cgacgagctg tgccattatt       60

gatgatgaac taaatatagt aggggaagct cgaaaaatat tagaggtaaa gccaggaatg      120

aagggacttc aacaatctaa catggtgttt caacatacaa aggtattgcc tcgtcttatc      180

gaagaattac ctcaagttcc attatcgggt attggtgtta gtgcttttcc tagacgctct      240

gatgattctt atatgccagc ctttcttgtt ggccatggtt ttgctagagc actaagtcat      300

atgatgcaag taccaatgta tgaatttgct catcaagaaa atcatatttt agcagcccta      360

cgggaaattg gacatgtccc tacgtttcca ttctatagct tacatctttc tggtggtact      420

acagaactcg ttttaacaga atataaaggt aaggggattt ttgaaagctc tattatcggt      480

ggttctaagg atctacaagg cggacaattt gtcgatcgtg taggtgttgc attaggtatt      540

caatttcctt gtggcaaaga attagaactg cttgcttcac aaacagatac gtatgatccg      600

ttaccttcct ctgttaaaga aggatggatt agctttgctg ggccttgtag tgctgcacta      660

cgtaatattg aaaaaggggc gtcacctgca tctatgagta aggcactatt tagttgcata      720

ggaaattctc tggaaaaatt attaacctat catctcaaac atacaccagt atcaacatta      780

attgccgttg gtggtgtaat gagtaattct atactacgca atcgtctaaa tggtttttgt      840

cataagaata acgtaactgt tcattttgca aatcctaaat tctctgtcga caatgctacg      900

ggaaatgctt atggggcatt tttagcaaca caaaagtag                             939


<210>  2767
<211>  1590
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2767
aagaaaaata aaaaaggtaa caatcgccca caatccttat tgtccacttc catgcaaaag       60

aagaaaaaca aggtaaaaca tcgtaacgag caatacttgc aacataaagc ggaagaagaa      120

cgtaaagcac aagaagcaat cgctacggaa atcgaattaa gcggtccttt aacagtaaaa      180

gaattggctg aaaaaatggg ccgtgaagta tctgaaatca ttaaaaaatt gatgctttta      240

ggtgttatgg ctagcattaa ccaagaggta gatgttgata cagctaccat cgtagcagaa      300

gattttggtg taaccgtaac agaagtagaa ccagaagaag atcctacaga tatcatcgaa      360

attgaagatg caccagaaac attgaaacct cgtcctcctg ttgtaactat catgggtcac      420

gttgaccatg gtaaaacatc tttgttggac gtaattcgtc aaaccaatgt aacagctggc      480

gaagcgggcg gtattacaca acatatcggt gcgtaccaag ttcgttacaa tgacaataag      540

attacattcc ttgatacacc aggccatgaa gctttcacag caatgcgtct acgcggtgca      600

aaatctacag atatcgcagt tctcgtagta gctgctgatg acggtgtaat gcctcaaact      660

atcgaagcta ttaaccatgc taaatctgcc gatgtgccta ttatcgtagc tatcaacaaa      720

atggataaac caggcgctaa cccagatcat gttaaacaac aattatctga acatggttta      780

ttgccagaag agtggggcgg cgatgttatc atggttcctg tatctgctaa acaaaaacaa      840

ggtatcgatg atttgctcga aaatatcttg ctcgtagcag aggttatgga attaaaagcg      900

aaccctaacc gtaaagcata tggcgtagtt atcgaggctc aacttgataa gggccgtggt      960

gctgtatgta cagtgctcgt tcaaaaaggt tctcttcgcg taggcgatac agttcttgct     1020

ggtactgcat atggtaaagt tcgtgccatg acaaatgaac gtggagaaaa ggttaaggtt     1080

gctcgtccat ctatgccggt ggaaatcttg ggcttttccg aagttccaca agctggtgaa     1140

atcattcatg gtatggatga taatgaagca cgtacaatcg ctgaaaaacg tattgcaaaa     1200

caacgtgtac aagaattaca agctactcac aaggttacat tggatgatat cttcaaccaa     1260

attcaacaag gtgagttaaa agaccttaac ataatcatta aagctgacgt tcaaggttct     1320

gtagaagcat tacgtcaatc tttagaaggc attaaaaatc ctgaagtacg tattgttatc     1380

gttcatgctg cagtaggtgc tattaacgaa tccgatatca tgttggcttc tgcatctaat     1440

gcaatcgtaa tgggcttcaa cgtacgtcca gatgctaatg ttcgtcgtgc tgcagaaaat     1500

gaaaaagttg accttcgtac atatcgcgta atttatgatg ctatcaatga cgttgagtct     1560

gcgatgcgtg gtatgttagc tcctcaattc                                      1590


<210>  2768
<211>  813
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2768
atgcattttg aagccctcat acataccttt agaatccttg atctcatcga tatcttgacg       60

gttgctatcg gtatttatta tatgtataaa ctcttaaagg atacacgtgc tgtagccttg      120

ttgaaagggt tattattttt ggctattttg aatgttttaa gccatgtaat gaatctgtat      180

gttattaact ggattctcca acaagggatg accgttatcc tctttgcgtt acctgtcgtg      240

ttccaaccgg aattacgtcg tgccctagag caacttgggc gtggccgtat ttttagtaaa      300

gcacagaatg taaacgaaga agaaatggac atggctatca atgaagtgat ggctgctgca      360

cgcgttatgt ctcgtgaaca tacaggggcc ctcatcgtat ttgaacgcga ggtaggctta      420

aacgacttta ttgatacagg tattatcgta gacgccgtac tcagtcggga attgattaaa      480

aacattttcg ttcctagtac accacttcat gatggggcta tgattatccg caatggccgc      540

attcaagctg caggttgtct attgcctctt accgaggacc gtacattgag taccgaactt      600

ggtacacgtc atcgcgcggc tatcggtctg tctgaacaaa cagatgcagt tgtcgttgtt      660

gtcagcgaag aaacgggtgt catttcttat acctatggcg gacatattta tcgtcactta      720

ccagaagatc aaattaaaga ggcccttcgt acatttatgg aaagacctcg tcaaaatatt      780

acgagcatgt ggaaatgggg tggcaagaaa tga                                   813


<210>  2769
<211>  882
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2769
atgaaaggta taatcattgc atcctttgga tcaatttata aagaagcagt ggaaacatcc       60

attggcacta tagagtctaa agttcgttcc ttatatagag atgtagaggt acgacgtgta      120

tttttgtctg atgcattagt ggaaaagtgg aatgaaaaat atgatgatac gattgcttct      180

ttcaccgacg tcatgcaaga atttagccgc aagggaattg atgaggtata tattcaaccg      240

attactctcg tagcggatca atgctatcaa caaatgcgta agcaagcact taagttctta      300

catagcagtg aatataattt ctctcaagtt aatatcggta aacccttatt aacatcgtta      360

ggtgttaaaa attacgctga tgattatgaa gctacattag atggcatcat gcgtcatatt      420

aatactaaat ctcttaataa atccatttta ttgatggcaa atggtcaaaa tcaattggaa      480

ttttccacat tacaattgaa agctatgtat ggttctgctc ctaatgtagc tgtatttacc      540

acaaatggtt tccctacatt taagcaggcc ttaacattgg tagatagaat gggtcataaa      600

gatgtactcg ttgtaccatt ggctttgatt ggttccactc atttaatgga ttatcttggc      660

ggtgatcgtt ccgattctat ttatgcactt ttgacagaac aagggtacaa cgtagatatt      720

tggaatgaag gcctaggtga aaatccatat gtacaagatt tattcttgaa acatttgggt      780

caagcgattc gtatgtctga cagaaaacgt agctctcaac gcgaatcata tcaaactgtt      840

attcgacctt cccgtataga agcacaagga atgatttcct aa                         882


<210>  2770
<211>  711
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2770
atgttaaagc tagaaaacat cgtggctggt tatggacata ttacagcctt aaaagacatt       60

agcttagaag taccacaagg ttccattgta tctttgattg gcgccaacgg tgcgggcaag      120

tctactacta tgaagactat tatgggtctt gtaaagccta catcaggtaa ggtgctattt      180

gaagggcaag acattactgg acataaaact catcaaattg tacatagtgg tatttcctta      240

gtacctgaag gtcgtcaaat tcttcaagat atgagcgttt acgagaatct tgaaatgggc      300

gcttatatac gcaatgataa tgagattgaa gcggatatta aaaaggtatt taaacgcttt      360

ccaattctcg atgaacggag ctatcaacta ggtggtacat tatctggtgg acaacaacaa      420

atgcttgcca ttggtcgtgc tcttatggcc cgtcctaagt tattgctact agacgaacca      480

tctatgggtc ttgcaccatt agtagtaaac gaaatctttg aaactattaa agaaattagt      540

gcagaaggca ccaccgttct cttggtagaa caaaacgtcc gtcaagcatt gaaaattgct      600

gattatgcgt atgtattgga aacaggcaaa atggtattgt ctggtccagc tgatgaagta      660

cgacatgatc ctcgtgtcat ggaagcttac ttaggcggtc gtgtcgaata a               711


<210>  2771
<211>  693
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2771
atgaaaaaat ttttaatatt catcgtcttg cttatcattg tatgtgtggt gggtgctcaa       60

tttgtagttc caaaatatat ggaatctatt gtagaagatg agttaaatca atcacttaaa      120

ccttccagcc aaactgttgt tattgaatct acaccagcct ttaaactggt ttacggacaa      180

gcagatcacg cggcaggaac attggaaaat gttcaattag gaaagttaaa tttttctagt      240

cttcattatg aggcaaataa tattgttatt aatcctattt ctcttattgc atctcatgag      300

gttgaggtcc taagtcttgg tccatcctat gcagaaggta tagtattaga ggatgattta      360

aagaaattcc ttattcaaaa tacagagggt ctgcaggatg ctaatgtagt aattaataat      420

gaccgtatag cattaactgg gactgttaat attatggggt ctttgaaagg aacagctagt      480

ttagaaggcg ccttgcagtt gaaagataat gttttatcat ttgctcctag tcgatttaca      540

gttagtggat tgactattgc aggtattaca tcacaacaat tgcaacctat ttctatctat      600

gattttaata atttcccagt tccagttaaa gctgagtctg ttaacgttga aaatggagaa      660

attcatatta agattaaacc tgtactcaat tag                                   693


<210>  2772
<211>  1227
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2772
atgagtagaa ttggtttctc gcgaactcag attttaattc tcgtcagcgt ttggctaacg       60

tttttgatta gctttgttat gcgtctatct tgggcgtcat tgatgccgat tgtcaatgaa      120

gcattgaatt ttacgccaca aatggggacg acctatttat ccgcctttta catgggctat      180

gccatcatgg tattaccagg tggtatctta gcggatagaa tcggttatcg ttatactata      240

ttggttagtt tactcgccat ggcagtcatc accgcattga tgagtaccat tgataattat      300

acctatggat gggtgttgcg tttcttatta ggtatcgtat ccggtcctgt acaggcctct      360

tgtttgagtg ctattgggga ttactttggt cctaatcaac gtggtgcagc cgttggtatt      420

ttcatgtctt gtacctcgct tggggtggcg actgtaaatt tatatgcccc ttatgtagcc      480

actaattatg gttggcaaaa tgcattcctc ttaactgcta tgttgccagt tcttatcttt      540

atacttagtt actttacagt gcgtaagcca agtgctgaga tcctagctca acgtgaagcg      600

gaggctcatg tcgaagcggt tcctgtaggg aacaagccat ccataaagga aaacttgctt      660

cacgtattaa aaaatcgcaa tattcgttgc cttgcatttg ccggtttctt tgctaccggt      720

gctacatggg cggtagctca atggtcaaac ttgtatatgg taaaacaact aggtgttaac      780

gccatctacg caggtcatgt tatgtccgct tttggcttgg ctgcacttat tgcaaagcca      840

accattggta ttttatccga tattttgccg attaagaaaa atcatttaac agcactcgtt      900

atgttcttat ttggaccggc cttaatactc tttgcgagca ctacaaaccc agatatgctc      960

tttattacag gtccaattct tggtattggc gcattcatgc acagtgcgtt gactaatgct     1020

ctcgttgtac aatcagcaga acctcacttg cgaggtacta cggcaggttt tgtaaactta     1080

ttcaatcaaa tcggcgttat gttggcgcct atgattttag gtagtatgct aactgcaact     1140

ggtagctata aatctgcatt gatgaccctt gctattgcac cagttatcgg tgccgttgcc     1200

ttgttctttg taagactaaa aaaataa                                         1227


<210>  2773
<211>  2772
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2773
tatgagttca atagcttcat gatggaacca tgggatggtc ctgccgctat gggcttcact       60

gatggtactg ttatcggtgg cgtacttgac cgtaatggtt tgcgtcctgc tcgttactat      120

gtaacaactg atgatcgcgt tatcatggcg tccgaagtgg gtgtagtaaa cgaaaacgct      180

gaaaatattc gcgctaaagg tcgtttggaa ccaggtaaaa tgcttctcat cgatacagcg      240

gaacaacgca ttatttcaga cgaagaaatc aaacaacgcg ttgctactga attgccgtat      300

gatgaatggg taaaagaaca tgttatccac ttgtctgaaa ttactcaagc tgatgaaagc      360

gatattccaa aagtagacga tttgttcaaa aagcaacaag cctttggtta tactcaagaa      420

gatcttgtac gtatgatcgt acctatggca aaagatggta aagaccctgt aggtgcaatg      480

ggtgccgatg ctccacttgc tatcttgtct gataaaccac aattgttata cagctacttc      540

aagcaaatgt tcgcacaagt aacaaatcct ccaatcgact ccattcgtga ggaaatggtt      600

acatctacac gtgttatgct tggtaactcc ggtaacttaa cagatccaaa taaagctggt      660

acctatgcgt tgtccatgcg tacaccaatt cttacaaatc aagaattggc gtccattaag      720

gctcttgact gccgtcgcat gaaatctgtg acattgccaa tcctcttcga cccaactaag      780

ggtgcggatg gcttgcgtga tgcgttgaat gaactgtgcg aaaaagcaga agaagcagcc      840

cgtacagagc aaaatgtatt gattttatcc gaccgtggag tcgatgaaaa tcatgcacca      900

attccagcgt tgttagctgt agcagctgtt cataatcact taattagaaa agtattgcgc      960

acagaaattg gtcttatcct cgaatctggt gagcctcgtg aagtacatca tttctgtaca     1020

ttgatcggtt atggtgtaac agctatcaat ccttacttgg ctcttgaaac tgtacgcgat     1080

ttacaagctc gtaaacgtct tggtgatatt acacctgaac aagcagaaaa gaactacatt     1140

aaagcagctg taggcggcat tatgaaggtt atgtccaaaa tgggcatctc cacagttcgt     1200

tcctaccatg gtgcacaaat cttcgaagcc ttgggattga acaccaactt tattaataag     1260

ttcttcgtaa atacaccaac tcgtattggc ggtattggtc ttgtaggcgt tgccaatgaa     1320

gcattggctc gttatgaccg tgctttcaaa tccgacgaat ctgttctcga accaggcggt     1380

tggtacggcc ctgtaaaaga cggggaagaa catttattca accctaaaac aattgatctt     1440

ttacaagaat ctcttatcaa cggcgactat gctaaatata aggaatattc taaagccatt     1500

cgcaatgatt accatgttac attgcgttcc ttgatggaat tgaactatcc tgtaggcggc     1560

ggtattccta ttgaagaggt tgaacctgaa gaatccatcg taaaacgctt taaagcaggc     1620

gctatgagtt atggtgcgat cagtaaagaa gcgcatgaaa caatcgctat tgccatgaat     1680

cgtcttggat ctacatctaa ctccggtgaa ggtggcgaag attctgcacg ctttaaacca     1740

ttgcctaatg gggatagcat gaactctgaa gtaaaacaaa ttgcatccgg tcgtttcggt     1800

gtaactgcta attacttgat tcatgccaaa gaattgcaaa tcaaatgtgc acaaggtgct     1860

aaaccaggtg aaggtggtca attaccaggt aaaaaggtat atcctgaaat cggtaaggct     1920

cgtcactcca caccaggtgt agaacttgtt tctcctccac cacatcatga tatttactcc     1980

atcgaagact tggcggaatt gatttacgat ttgaaatgcg tcaataaaga tgctcgtatt     2040

tccgttaaat tgacttccga agctggcgtt ggtactatcg cagctggtgt agcgaaagca     2100

aaagcggata atatcttgat ttccggttat gacggcggta caggtgcggc tggtcgtaca     2160

tctgtaaaac acgctggtgt gccttgggaa cttggtttat ctgaaactca tcaaacattg     2220

atgcttaacc gtttgcgtga ccgcgttcaa ttagaggtag actctaaatt gatgactggt     2280

ttcgacgtag ctgttgcggc tatgcttggt gctgagttgt ttggtttcgg tacattacca     2340

cttgtagctg taggctgtaa aatggctcgt gtatgtaacc tcaacacatg cccttatggc     2400

gtggctacac aagatgaaaa attgcgtgct cgtttcaacg gcaaacctga atatgtagaa     2460

aacttgatga tcttcatcgc ccgtgaattg cgtgaaatca tggctcgctt aggcatccgt     2520

tccgtagctg aactcgttgg ccgtatcgat cttgttcgtc aaaaatctca agacgataac     2580

ttcaaattgt ctcgtgtcga tttgaaacgt atcttgttcc atccatacat cgatgcgtct     2640

gttggtcata tgcataccat cgatcaagac catgaattgg aacgcacatt ggatatgtcc     2700

aaactcttgc gtatgtgccg tcctgctatc gaagatcaaa aacctattcg cgctaaattg     2760

gctatcaaca ac                                                         2772


<210>  2774
<211>  519
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2774
atggcttacg aaaaccttaa agcccaaatt gctgagtaca ataaactttg tgacgaaaag       60

tgtgtaaaaa ctccagaacg tcaaaacttg aaatacaacc gtgtatatac accagttgat      120

attgaaggct ttgattatga acgtgatttg ggtatgcctg gtgaatatcc atatactcgt      180

ggcgtacaac ctacaatgta ccgtggtcgt ttctggacta tgcgtatgta tgctggtttc      240

gcgacagctg aagaatctaa caaacgttac cgttacctta tcgaatctgg tgcaactggt      300

ctttcctgtg cattcgactt acctacacaa atcggttatg actctgatga cgttatggct      360

gaaggcgaag ttggtaaagt aggtgtagcg attgactcct tggcagatat ggaaatcttg      420

ttcgacggca tcgaccttgg caaagtatcc acttccatga caatcaacgc tccagcatcc      480

gttttgttgg caatgtatat cgcagtagct gaaaaacaa                             519


<210>  2775
<211>  879
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2775
gtgacttatt atgttcgtgc accaggcact tgtggggaat ttatccaagg ggccattgat       60

ggacaatcat ttcttgtaac atgtccaatc aaccgctatt cctatgcgct gagccaggta      120

acacatccat tgccacacta ttattgctcc ttacaaccta agtctagtca agctcgcaac      180

ttagtaaagg atattttaca tattcccagc cgtgacaata ctgctatcta tataagatca      240

gatattcttc aaggaaaagg aatggcatct agctctgcgg atatagcagt agccgcaatg      300

gccactgctt tatcatgtaa tagagcatta acaccaaaag aactagaaac catctgttta      360

tcagtagaac caacggatgc tgctttttac cctggaatta cacaatttga ttatataaat      420

gggtccatct gtaatttttt aggaacatgt ccgcctttaa aaatactaat ttttgatgaa      480

ggtggtacta ttgataccat ctcttttaat caacaaaaag atttatccca taaaatacag      540

gagaaagagc ctatcattag agaatcacta gagctcttca aaaaaggttt agaaacacat      600

gatattacgt tgataggaca ggcctctaca ttgagtgcct ttgctaatca acgtatttta      660

tataaaccaa atttatatga atttcatgac attggtaatg cttttcatag cgtcggtaca      720

atcattgctc acagtggtac aataatgggt ctattatttc caagtgatta tacggctatc      780

gatgaatgta agcgatatat cgaaaaaaaa ttacctacct tacaatatat tgatattgtg      840

gaaacaacaa atgaaggact aacatatata aaacgttaa                             879


<210>  2776
<211>  1503
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2776
atgatagaca tcaaagatcg cgttaaaaat gcggccctcc aaggcaaaat tgtcacagct       60

tatgaagcag ctcaaatgat taaccacaat gataaagttg gtatttccgg ctttactcca      120

tctggttatg caaaagctgt accattggct ttggctgaac gaatggaaaa agaaccattc      180

aaaattgatt tatggacagg tgcttctgta ggtgatgaag ctgacggtgc attaacacgt      240

gcacatggta ttaaccgtcg tttcccttat caaacaaatg gggatacacg caaagcttta      300

aatagcggcg acatcaaata cgttgatatg cacttaagta caatggcgca aaatgtacgc      360

tatggtttct ttggtgattt agacgtagct atcgtagaag tttgtcaaat caatgaagat      420

ggctctttag tacctacaac atctgttggt aactctccaa catttgttag ccaagctaaa      480

aaagttatcg tagaagtaaa cgtatctcaa ccattatctt tggttggtat gcatgatatc      540

tacgaaccac ttgatccacc atatcgtaaa ccaattccat tggaacacgc tggtgatcgt      600

attggtactg atgcaattcc ttgtgaccca gacaaaatca ttgcagtagt tccttgtgat      660

gttcctgata ctacaagacc tttggctcct atcgatgatg atgcaaaagc aatgagtcaa      720

caccttatca aattctttga acaagaaatc gcagaaggtc gtttacctga aaacttgctt      780

ccattgcaat ctggcgtagg ttctgtagca aatgcagtaa tcagtggatt ggctcaaggc      840

ccattcaaag atttgtccat ttatacagaa gtaatccaag atggtatgtt tgacttgatc      900

gatgcaggta aagtaactgt atgttccggt actgcattaa gtccttctcc agatgggttg      960

aaacgtttct ataataacat cgatgaatat cgtaaaaaga ttattcttcg tccacaagaa     1020

atttccaaca accctggtat tgctcgccgt attggtgtca ttgccatgaa taccgctatc     1080

gaatttgata tttttggcaa tgtaaactct actcatatta tgggtagcaa aatgatgaac     1140

ggtattggcg gatctggtga ctttgcacgt agtgcatatc tcactatttt ctgtactaat     1200

tccgttgcaa aaggtggcga catcagttct atcgttccat atgtatctca tgtggatcac     1260

ccagaacatg acactatgat tttctgtaca gaacaaggtg ttgctgactg ccgtggtttg     1320

agcccagtgg aaagagctcg tttgatcatt gaaaaatgtg ctcacccaga ctacaaacca     1380

atgttaactg aatacctcga aaaagcactc gctgcaacta agaatgccca tacaccaatg     1440

ttgctcgacg aagctctttc ttggcataaa cgcttcacag aaactggaag catgaaaaaa     1500

taa                                                                   1503


<210>  2777
<211>  1044
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2777
atggctgttg atggtagaca agcagcgttg gataacgcat taaaacaaat agaaaaagac       60

tttggtaaag gtgctatcat gcgcctaggt gaagcggcag atcgtatgaa tgttgaggtt      120

atttcctctg gttctcttgc cattgacctc gctgtaggtg taggtggctt ccctcgtggt      180

cgtgtcattg aaatttatgg cccagaatca tctggtaaaa caactgttgc tcttcacgct      240

gtagctgaag cgcaaaaaca aggtggcgtc gctgcattta ttgatgcgga acatgcaatg      300

gacccaatct atgcacgtaa tcttggcgta gatattaata acttgttaat ttcccaacca      360

gacaatggtg aacaagcctt agaaattaca gaggcgcttg tacgtagtgg tgctgtagat      420

atcgttgtag ttgactctgt tgctgcattg gtgcctaaag cagaaattga aggggaaatg      480

ggtgatgctc acgtaggtct ccatgcccgt ttgatgagta aagcattgcg taaattaaca      540

ggtactatta ataagacaaa aaccgttgtt atctttatca accaattgcg tgaaaaggta      600

ggcgtaatgt ttggtaatcc tgaaacaacg accggtggtc gtgccttaaa attctattct      660

tccgtacgtc ttgatgtgcg gaagggcgaa ttgattaagg ccaataatga aaatgtaggg      720

gcccgtacaa aggttaaggt tgttaagaac aaggtggcac ctccatttaa aactgctgaa      780

tttgatttga tgtatggtca agggatttcc agagaaggca ctcttattga tatcggtact      840

aatatggaaa ttatcaaaaa atctggcgcg tggtattcct ataatgggga acggatggga      900

caaggtaaag aagcggcaaa acaatacctc ttcgataatc ctcaagtagc tgaagaaatc      960

gatcgtatca ttcgtgatac attggcagct gaaccagaaa catttgatgt tgttggcgaa     1020

gatgctacac cagaagaaga ttaa                                            1044


<210>  2778
<211>  804
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2778
atgagtaata aagaacgttt agatattctc cttgttaacc gaggtttatt tgaaagtcgc       60

gaaaaagcaa aagccgctat tatggctggt caaatcttta tggatacaac acgaatcgat      120

aaggctggta caaaggttcc tgtagatgca aatcttacag tgaaaggtaa taccttacca      180

tatgtaagtc gtggaggctt aaaattagaa aaagctattc aaatatatcc tattgattta      240

accgatgcag tcatgattga tattggagct agcacgggtg gatttacaga ttgtgcattg      300

caaaatggtg catccaaggt gtttgcaata gatgtaggat ataaccaact agcttggaaa      360

cttcgccaag atgaacgcgt aatcaatatg gagaagcaaa atatacgtgc ggttactgca      420

gaacaattgg gtgaacttgt agatttcata tctattgatg tagcttttat atctctcgat      480

aaggtattac ctgtagctac tacactatta aaaaatacag gttcattagt agctctcatc      540

aagcctcaat ttgaagccgg taaagaaaaa gttggcaagg gaggcattgt tcgagataga      600

gcagtacatg aagaggtact ttcacgtata ttacaggttg cttatgattg caaattatat      660

ttacacggat taaccttctc accaattaaa gggacggaag gcaatattga gtttttagga      720

tattttacta aatctgaaga aggtgcatta tctataactg atgaattaat taaagcagtt      780

gtagatgagg ctcacacgct atag                                             804


<210>  2779
<211>  1260
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2779
atggttatga atggtattta cttagttata gcctccgcgt gtattctaat tttagcgtac       60

cgcttttatg gggctttcat agcggccaag gtgctcacac tcgatcagta tcgcccaacg      120

ccagctatgg ttcacaatga tggtcacgat tacgtgccaa caaacaaatg ggtaacattt      180

ggtcatcact ttgcagcgat tgctggtgca ggccctctcg taggtcctgt tatcgcagct      240

caattcgggt atttgcctgg tgcattatgg attctaattg gttccgtact cgctggtgcc      300

gtacatgaca tggttatctt gttcgcatct gttcgctatg atggtaaatc catcgcggat      360

attgcccgtg aagaaatcag taaatttgct ggttttggcg cgatgcttgc tacattattc      420

ttattgatca ttacccttgc tggtatggct gtagtagtag ctaacgcatt gcataattct      480

ccttggggtt tcttctccgt atttgctacg attccaatcg ctattttcat tggtatttat      540

ttgaaatggt tgcgtcctgg taaaattcaa gaagccacta ttatcggtgt agcgttgatt      600

ttcgcagcta ttatctatgg tccaaacgta gcagctagcg aatatgcttc ttggtttaca      660

tatgatttgc aaaccattga aatcatgctt gcagtatatg gtttctttgc agcagcatta      720

cctgtatggt tattgcttgc tcctcgtgac tacttgtcca cataccttaa aatcggtaca      780

atcggcgcat tggctcttgg tattatcatt gtaatgcctg aaatccaaat gccagctgtt      840

accccttata tctggggcgg cggtcctgta ttgaaaggtt ctgtattccc ttacatcttc      900

attactattg catgtggtgc gttatctggt ttccatactg ttatcgcaac tggtacaaca      960

ccaaaaatgc ttactaatga aaaagaaatt ttacctatcg gttatggtgc gatgttaaca     1020

gaaggcttca tcgctatgat ggcgttgatc gcagctactg cattgcatcc agatgattac     1080

ttcgcaatta actccactgt tgaatccttc aaagcattag gtcttcaagt tcatgaattg     1140

ccagctttgt ctgctatggt tggtgaagat ttgatgcatc gtcctggtgg cgccgtatcc     1200

cttgcggtag gtatggctca tatcttctcc agattgccta acatggatca cttgatgggt     1260


<210>  2780
<211>  423
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2780
atggctttta aagtattaca agtggatcac atcggtattg gtgttaatga tttagcagca       60

actaaagaat tttacaaaaa tgctttggga attcaacatc ttcctgaaga tgaagtagta      120

gaagaacaaa aagtaaaagt atccttcttc ccatgcggcg atgctgaatt agaattcttg      180

gaaactacta ctccagacgg ccctatcggt aaattcatcg aaaaaaatgg cggtcgtgat      240

ggtatccaac acgttgcttt gcgtgtagat aatattgaaa atgctattgc tgatcttatg      300

gcgaaaggta ttcgtatgat tgacgaaaaa cctcgttatg gtgctggcgg ttcctctatt      360

gcattcgttc atcctaaagc tacaggtggc gtattacttg aactttgcca acgaatgaaa      420

taa                                                                    423


<210>  2781
<211>  2184
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2781
atgcgcgtag caagtattat tattaataga cctgccaaac aattacataa accgttaagc       60

tatttgttac cagagaaatt tggtgatgtg aaagcaggaa ctcgtgtatt agttccctta      120

ggtggtagtc gtgaagaggg catccttatt gggtatgaag aactattaga gaaaccaaca      180

tttactttgc gttctataat agatattctt gatagtgatc cttggtttac tcgggaaatg      240

atggatacgg cacagaaaat tagtcgttat tttttgtgtt cctttggaga tgctttacgt      300

ctttttactg tgcataaaac attaaaatct tacgatgcac caaaagaaga atggctcgtt      360

gtaacgccag agtttaagat tgatcaatta agtcctaaga agcgtaagca gcgtgagttg      420

gctaactatc tcatcgaggt aggtggggct cctaaatctt tattaagagc caaaggctat      480

tcttatatgg ttattaaaca ggtcggtgaa gagcatggca ttcatattga agaacgcttt      540

aaagatacaa aaacttcttt taccgaattg ctgagtggtg aagaaacaat tccgttaacc      600

gaagcacaac aaatggtata tgaaccgatt aagcagatga tggaccttga atcatataat      660

acattccttt tgcatggtgt aactggtagt ggtaaaacac aaatttattt aaaagctgct      720

gctcgttgta taggaaaagg taaaaccgcc attattctgg ttcctgaaat tatattaacc      780

gatcagattg ttcgtcgttt tgtttctacc tttggtgatg aagttgttgt tttccatagt      840

aaactaacca ttagtgagcg aaataataac tgggaacgta tacgaaggaa ggatagccat      900

atcattattg gcgctcgttc tgccgttttc gcgcctgctg aagatattgg gcttattgta      960

ttagatgaag aacatgatac atcttataaa caggaagata tgattcgtta taatgcaaaa     1020

aatgtcgcat tatggagagg tatggctcat gattgtcctg ttattttagg ttctgccacg     1080

cctgctatca catcgtatta caaggcttta caaggacaat ataagctgtt agagttgcca     1140

tcccgtatct ttgatcaacc gatgccaaat gttcaaattg tagatatgaa agaagaaatg     1200

attcgtggca attactcggt gttctccgat gctatgacac atcttattga gcgtacatta     1260

gcggatggaa atcagatgat tattctttta aatcgtcgtg gctacagcac atttgtcatg     1320

tgtcgtgatt gtggtgaaac gattatgtgt cctcattgtg aggttgctat ggtgtaccat     1380

caagccggtg aagagttgcg gtgtcactat tgtgagcacc atgaaccaat tccttcagta     1440

tgccctaaat gtcatagtaa aagaattaaa ttctttggtt ctggcacaca aaaagttgaa     1500

gaagaattac gccgacattt taaaggcgct cgtattgcgc gtttagatca agatgtaact     1560

aagcataaag atatgggcga agaaattctt caagattttg gtaaccataa atatgatatt     1620

ttattaggga cccaaatggt ttctaaaggg catgatttta aggatgtaac agctgtaggt     1680

atattgacgg ctgattctgt cttaaatata cctgtttatt cagcatctga acgtgcattt     1740

gatctactaa cgcaaacatc aggaagagcg ggtcgtggtg ataaggttgg cagtgttgtt     1800

atacaaacat ataatccttt aaattatgct ataataaaga gtaaggctca tgattatttg     1860

ggcttttaca atgaagaaat agtaaatcgt aaggacttag ggtatccacc atttcgcgaa     1920

atgatttata tggttataag acatgggaag gaagaaatgg ctgaatcgat tgctcaaaaa     1980

attgtagatg atttggaaac aaattttaaa tcacaatcga ttgatgttaa tggtccttat     2040

gaagcaggca ttaaaaagat tcgcgatatg tatcgtttat cgattatgat tcgtggagaa     2100

aatttagatg ccgtaaaaga ttatatatat aattcttgga tttttacaca agaaggtcta     2160

cttatcgatg tagaccctat ttga                                            2184


<210>  2782
<211>  747
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2782
atggaattaa tcgagtatat aaagacatta ggtaatgtag gtgtagctct atctggtggt       60

gtagattcat cctatctagc gtatgcggtc aaacaatctg gcattccatg caaagcatat      120

actgttaagt ctcagtttgt gccacagttt gaattagatg atgccaagaa aattgcagaa      180

tatatcggta ttcccttaga aatcatagat attgatgtac tcgaacatga tgatgtaacg      240

agcaatccaa gtgatcgatg ctattactgt aaacatcatg tattcacaac gataagtgaa      300

caggctaaac gcgatggatt ttccatatta tgcgatggaa ccaatgccag tgatgaggta      360

gatgatcgcc ctggtatgaa agcaatagct gagctatctg ttaaatcgcc actaagagac      420

tgtggtttaa caaaatctat gattcgccag ttggccaaac aggctaattt atttacctgg      480

gataaaccat cctatgcctg tttagctacg agatttcaag cgggacagca cataacaggt      540

catgatttag aacatatcga aaaagcggaa gggtatttat tttcgttagg actatcagat      600

tttagagtta gattagttgg aaatactgct aagattcaag tcccagagaa tcaaatcgct      660

atagttatta agaataggat taagattctt acatatttta aatctatgtt tgatgatgtt      720

gtattagatt tagaggtgcg ttcatga                                          747


<210>  2783
<211>  1359
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2783
atgaacgaaa ttgctaaaaa cggacaaaaa cagaatatac gattattggc tgtaaaggca       60

ttatctgata tcaatcgtaa gggtgcctat gctaatattg ttttacagga ctatatttca      120

aaatataatt tatctgactt agacagacgc ttctttacag aacttgtata cggtgtggtg      180

cgtagacgca attatttaga tgctattatc gtgcattttg ccaaacgtcc tataaaaaaa      240

ttgtcctcta tggtggtaga aattttacga ctaggtatat atcagattat ctatatggat      300

aaggtaccgg aaagtgcggc agttaatgaa tcagttaaat tagcgaagaa attaacacga      360

gggttatctg gcttcgtaaa tgccatattg agatccgtta tacgagaaca agatagtatt      420

ggaattgaag atttggcggc taatgatata gaagctattt cttttattta caatattcct      480

ctttggctta tcaatttatg gataagtgag tttggtcgtg acaaaacaga agatttatgt      540

gcatggttta atgaacagcc taaattgacg gcacgtatta acacgattct tattgatatt      600

ccacaatgtt taactatgtt aaatgaacaa ggatgggctg ttacacagga ttctaattac      660

gaggatatta tttatattaa tagccatcgt ggtagccttg aaaaatctga ggcatttata      720

aaaggttata ttacatttat ggataaggca tctatgctag tagcacgtct tgtgaatcct      780

caacctggtg agcgtatatt agattgctgt gctgcaccag gtggtaaatc catgtacatg      840

gcaactttaa tggataatgt aggttcatta atgagttgtg atatacatga acataagatt      900

gaacttatga attcaaatgc tgaacgatta ggagcttcta ttgtgcatac aaaagtacag      960

gatgctacaa aattaccaga ttcatggaat tcgtattttg atcgtgtgct cgtagatgca     1020

ccttgctctg ggttaggcat acttcaaaag aaactagata tgcgttggcg aaaacaggaa     1080

tcgatacttt cagaattacc accattacag ttagcgattt tagaacgcgc tgctatgact     1140

gttaaggaaa aaggatattt aatatattcc acttgtacat taaactacaa ggaaaacgaa     1200

gaggtagttg aatcattttt acagaaacat aaggagtttt ctattattcc tgtggcggat     1260

gatttcccac ttaagtcaaa tagtggtatg attacaacat atccaccaac agatgatatg     1320

gatggtttct ttatggttaa aatgcaacgt atttcttaa                            1359


<210>  2784
<211>  957
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2784
atggatgtag gtattttaat tttgattccc attctactga ttgggattat ggtattcttg       60

tatgttgtgc cattaggcct ttgggtatcc gcattggcag ccggtgttaa cgtaggcatt      120

tttacattag ttggtatgcg tttacgtcgt gtaaatccat ctcaaatcgt aatgcctttg      180

attaaggcga ataaagcggg ccttgaggtt aatgtaaatc aattggaagc acattacctt      240

gctggtggtg acgttgaccg cgttgtagat gcattaatcg ctgctgaacg cgcatctatt      300

ccgttgacat ttgaacgttc tgctgccatc gacctcgctg gtcgtgatgt attggaagcg      360

gttcaaatgt ccgttaatcc taaggtgatt gaaacaccaa tcatttctgc agtggcaaaa      420

aatggtattg aacttaaggt tcgtgctcgc gtaacggtac gtgctaatat tgatcgcctc      480

gttggtggtg ctggtgaagc tacaattatc gcccgtgttg gtgaaggtat tgtaacaact      540

gtaggttcct ctgaagaaca cacagatgta ctagaaaatc cagatcacat ctctcgtact      600

gtattgggta aaggtcttga tgcgggtact gcattcgaaa tcttgtccat cgatattgct      660

gatgttgacg taggacgtaa catcggtgct caattgcaaa cagatcaagc ggaagcggat      720

aagaaaatcg ctcaagctcg tgcggaagaa cgccgtgcta tggcggttgc tacagaacaa      780

gaaatgcgtg ctaaaacaca agatatgcaa gctaaagttg tggaagcaca agctgaagtt      840

cctaaagcat tggcagaagc tttcagaaac ggtaatctcg gcgttatgga ttactacaat      900

atgaacaata ttattgcaga cactaagatg cgtgagaatt tagcagatgg tgaatag         957


<210>  2785
<211>  1086
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2785
gtgagtcaag aattaattca agcagttatg gtgctgacaa aacaaaaagg ttttgcacct       60

gaggttattt ttgaatccct agaagctgca ttattacaag catatcgtaa ggaaccacat      120

tctaatccag atgcgtatgt ggaattgaat cgtgaaactg gtgcctataa ggtaatggcg      180

aagaaacaag ttgtagaaac tgtagaattc ccagaaactg aaatcagcct attagatgct      240

cgtaaaatcg ataaacgcta tgaaattggc gatattgttg aagcagatgt aacacctgct      300

aactttggtc gcagtgcagc tcatacagct aaacaaatgt tgattcaacg tttgaaagaa      360

gctgaacgca gtgttgtata cgaagaatat tatagccgtg aaggcgatat cattacgggt      420

gttataacac gcgttgaagg taaaaacgta tatatcaatc ttggtaaaac agaagctatt      480

ttacctccaa ctgagcaaat tgctacagaa acatatcatg aaggggaccg cattaaatgc      540

tatatcgtag aggttaagaa aactacgaaa ggccctcaaa ttatgatttc ccgtactcat      600

ccaggcctat taaaacgctt gtttgaatta gaagtgccag aaatctatga aggcgtagta      660

gaacttaaat ctgtagctcg tgaacctggt atgcgttcta aaatcgccgt atatagccgc      720

gatgaatcca tcgatccagt tggtgcttgc gtaggtccga aaggtcaacg cgttcaacac      780

attgtagatg aattgcacga tgaaaaaatc gacattgtaa aatgggatga agatcctgcc      840

atttatattg cgaactcttt aagtcctgca aaggtaatct ctgtagatgt tagcgaagaa      900

gaaaaatctt cttatgttgt agtacctgat taccaattat ccttggctat cggtaaagct      960

ggtcaaaatg ctcgcttagc agctaaattg acaaactgga aaatcgacat taagagtgaa     1020

acacaagctg cagaaaatcc tttcacaggt tttacaagta ctgaagcagc ggaaagtgaa     1080

gactaa                                                                1086


<210>  2786
<211>  1008
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2786
atggcaggta aaattttagg tacaacagtt tactatgatg aagattgcaa tttaagtaaa       60

ttggaaggca aaaaaattac agttttaggt tacggttccc aaggtcatgc tcatgcattg      120

aacttgaaag aaaacggttt tgacgtaact atcggtcttc gcgctggttc caaaagctgg      180

gcagtagctg aagaagcagg tcttcctgta aaagaaactg cagaagcagt taaaggcgct      240

gacatcgtta tggtattgat tccagatgaa ttacaagcag acgtttatgc aaaagatatc      300

gctcctaact tgaaacaagg tgcatactta gcattcgctc acggcttcaa cattcacttc      360

ggtaaaatcg ttcctcgcga agatatcaac gtattcatgg tagcacctaa aggtcctggc      420

cacttagtac gtcgtacata ccaagaaggc tccggcgttc cttgcttgta cgcagtagaa      480

aaagacccat ctggcgatac tgaagaagta gcattagctt ggacctctgg tatcggtggt      540

ggccgtgcag gtatcttgga aactaacttc aaatccgaaa cagaaactga cttgttcggt      600

gaacaagctg tattgtgcgg tggtttgact gcattgattc aaactggttt cgaagtatta      660

acagaagctg gttatgaacc tgtaaacgct tacttcgaat gcttgcatga aatgaaattg      720

atcgtagacc ttatctacga aggtggtttc caaaaaatgc gtaactccat ttctaacaca      780

gcagaatatg gtgattacta tgcaggccct cgcgtaatta ctccagaaac taaagaagct      840

atgaaacaaa tcttggctga cattcaatct ggtaaattcg ctgatgaatt cttggctgat      900

tctaaaaatg gtcaaaaatt ccttaaagaa catcgcgaag cagcagctgt tcatccaatc      960

gaaccagttg gtgcagaact tcgtaacttg atgagctggt tgaaataa                  1008


<210>  2787
<211>  1620
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2787
atgcaagcag ctgatattaa tgatatatgg gaacgtatat tacaagtagc taaacaaaca       60

ctgccgcctg cgatttattc aagtttgagt acttctctca taccgatgag tatagataat      120

aattctatac acattggggt tatgcagagt tttataaaaa gtgtcatcga atctcagcaa      180

acggtaagta agttgttaac agatgccatc aagcaagtga caggcaaaga attaaatatg      240

gttttattgg atctgtttcc acaaaaggat gatgttccaa cagcaccgca tgtagcagat      300

actttcacag agaatactgc agaaaatact agtacgaaca ctatagaaaa tacggtggta      360

agtgacgcgg acaacatcga taaaaaatcc tcaaaacctg caaagcagga ggttccatat      420

caagaggaat tttacacacc ggtgtacgca gatcctgtgt atatccagcg taaagaggtg      480

gacgagttaa ttccagatga accgatgttt cctgtagagc agccacaaat ggtgcaaacg      540

ttgcaatcta cggatattcc tatcgatttg tcatcatcac aactcaacag tggttatcga      600

tttgataatt acattacagg caatgcgaac cgcattccgt ttggagcagc ccaaaatgtg      660

tcggagcatc ctggcggcga ttataatccg ctttttatct acggtccatc gggcctcggt      720

aaaacgcatt tgatgcacgc catcggcaat gccatcgttg aaagatatcc taatctcaag      780

gtgatgtgca caacgagcga aaagttcatg aatttattca tcgaatcaat acgcaagcgg      840

caaggagagt tgttccgcaa tacattccgc aacatcgacg tattgctcat cgatgatatt      900

cagttcttgg aaaataaaga gggcacgaaa acagagtttt tcaacacctt caatgaatta      960

ttggacaata acaagcaaat cgtcctcacc agcgatacca tgccaaacga catggatcaa     1020

ttcgaagagc gcttgcgttc tagattccaa gcgggctatg tggcaaccat ggaaaatcca     1080

gatttggaaa cgcgtatcgc cattttgaaa gcccttgttg aaaaggaaaa caacaagaat     1140

cgtaatctcg ttatcgacaa cgatgccatc aactacgtgg cgttgcaatt cgatgaaaac     1200

attcgcgtac tacaaggggc tttcaataaa ctcatcggta ctgcatcctt agaacaacga     1260

accagcagca tcgatttgga gtacacgaag aaaacattat ccgatatcat cacgacggaa     1320

cgggtaacac ttatcgacat cgagtccatt caagacttta tcagtaccta ttttaatatt     1380

aagaaacaag atttgttagg caagaaacgg aaggctcagt tcgcatttcc acggcaaatt     1440

gccatgtatt tgtgccgcga tgtgattaat gaaagctacc cacaaatcgc agcagctttt     1500

tccagagatc atacgacgat tttgcatgcg tacgataaaa tcagtaaaga aatcgacaag     1560

aatccggaaa caaaacaaat tatcctagat atcaaatcta aactgtcatc actcaactaa     1620


<210>  2788
<211>  1299
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2788
atgaaatttg ataatcctca attaataaaa tatatcaaag gatgtacatc tccgtatcat       60

acggtagata ctagtttgca actattatta gatgcaggat ttacagagtt atccttagaa      120

gaaccttgga atctaacatc tggaaattat gtggttaatg tatttggtac gacattattt      180

gcctttcaca taggcgagga ctatcgtcat tccttacgca ttgcatcggc tcacacagat      240

tttcctgcta tacgggtcaa gccaaatcct attactgatg tgaaaggata cacaaagctc      300

aatgttgaga tgtatggtgg attaattcaa aatacttggt tagatcgacc tttaggggcc      360

gcaggaacag ttgtcttaaa gggtgaaaat tcatatgatg ttgattctgt tctatttgat      420

acgaagcggc caatcgctat tatccctaat ttagcgattc atatgaaccg tagtgtgaat      480

gatggggtag ccttaaatcg ccaaaaagaa atgttaccta tcatcatgat gaaaccagat      540

gaagatacga caaaatctga ggaagaggta tggaatcaat ttttagcaga cgagattaat      600

tgtgattcat ctgaaattct atcctatgaa attacactct atcctgtaac agaaggtgca      660

ttagttggta cagatttcga tttcattagt tctccaagac ttgataattt aacgtcttgc      720

ttcggtgttc tcgcgggtat tgtagaggca aagaaaaata aagttgaggg tattcgctgt      780

gcaatcctat tcgacaatga agaggtaggt agccgtacta aacaaggcgg agcaggaatg      840

ttattgccaa acttattaga acgtgtgtat cgcagtttag gattaagccg tgatgatatg      900

gatctagatg tggctcgtgg cttcatgatt tcatctgatg tagcccatgg attgcatcca      960

aattatccag agaaaaatga tattaccaat ttcccggtac tcaatggcgg agttacatta     1020

aaacaggcct gtagccaatc ttatgcaggt gatgcaaagg ctattgccat tgtgaaaggc     1080

ctttgtgaag aagctaatgt agcctaccag atttatgtta atcgttctga tattccgggc     1140

ggctcaactg taggttctat ttcatcagct atgttaccaa tgcggacgat ggacattggc     1200

ttaccattat tggctatgca ttccgctgtt gaaacgatgg gggctcgtga tcaagaacaa     1260

ttgaatcatt taatgcaaca tttcttgggt gatgaataa                            1299


<210>  2789
<211>  1818
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2789
agtttggcta aaaaagtgtt agcagccaat gtaaatggtg aattaacaga ccttcgcgaa       60

gaactcgtaa atggttctga agtagctttc ttaacattcg aagaagatgg cggtaaacat      120

actttacgtc acacagcttc tcatgttatg gcacaagcag ttaaacgctt atggccagaa      180

gcaaaattgg ctatcggtcc tgctatcgat aaaggtttct actacgatat tgatatggaa      240

catactttaa ctcctgaaga tttgggtgaa atcgaaaagg aaatgagccg tattgtaaaa      300

gaaaacttgc ctatcactaa atccgttatg tctcgtcaag aagctattga gttcttcaaa      360

tctaaaaacg aagattacaa ggtagaattg atcgaagacc ttcctgaaga tgctgtgatt      420

tcttgctatg cacaaggcga ttttgttgac ctttgtgcag gtcctcacgt tgcatccact      480

ggtaaggtga aagctttcaa attacaaagc attgcaggtg catactggcg cggcgatgaa      540

aagaacaaaa tgttgcaacg tatctacggt acagcatttg aaaagaaaga agaactagat      600

gcataccttc acatgcttga agaagcggct aaacgcgacc accgtaaact tggtaaagaa      660

cttggcttgt tcgttatcaa agaagaaggt cctggcttcc cattcttctt gccaaaaggc      720

atggctcttc gcaacgaatt ggaaaacttc tggcgcgaag tacatcatga tttcgaatat      780

gatgaaatcc gcacaccaat catcttgaat aaacatttgt gggaaacatc tggtcactgg      840

gatcattacc gtgaaaatat gtatactaca atcattgatg atgaagaata tgcaattaaa      900

cctatgaact gcccaggagg tatcttagtt taccaaaacg aaatgcattc ctaccgtgac      960

ttgccacttc gttatgcaga acttggccta gttcaccgtc atgaattatc tggcgcatta     1020

cacggcttgt tccgcgttcg tgctttcaca caagatgatg cgcacgtatt tatgttgcct     1080

gaacaaatgc aatccgaatt gatgaaagtt atcgaattgt tcgaccgtat ctatagccaa     1140

tttggattga aataccatgt ggaattatcc actaaacctg acaatgcaat gggtgatgat     1200

gcaatttggg aagcagctac agaagcattg cgtaacgcta tcgaagcaaa aggcatcgat     1260

tatgttatca accctggcga cggcgcgttc tatggtccta aacttgatta ccatatcgaa     1320

gattccttgg gccgtacatg gcaatgtggt actatccaat tggatatgaa cttgcctgaa     1380

cgctttaacg tagaatacat tggtgaagat ggtcaaaaac atcgtactat catgattcac     1440

cgtgcatgct tcggttccat ggaacgtttc atcggtatct tgactgaaca ctatgctggt     1500

gcattcccaa cttggatggc acctgttcaa gtgaaagtat tacctatttc cgaaaaacac     1560

gtggaatacg ctaaccaatt ggcaaaacaa atgcgccatg actacgttcg cgtagaagta     1620

gacgatcgca acgaaaaaat tggttacaaa attcgccaag cacaaatgga aaaagttcct     1680

tacatgctcg ttgttggcga taaagaaatg gaagacaatt ccgttaacgt acgtaaacac     1740

ggcggcgacg aattgggtac agtttcattc gacgaattct tcaactccat taaaattgaa     1800

attaaagaac gcaactaa                                                   1818


<210>  2790
<211>  558
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2790
aggagtatta aaatggcaga attaaaaggt tctaacactg aaaaaaatct tcaaacagca       60

tttgctggtg aatcccaagc ataccaaaaa tatacatact atgcagcagc agctcgtaaa      120

gctggcatga acgaaatcgc tgattatttc gaagaaacag ctcacaacga atctgcacat      180

gctaaagttt ggttcaaagc tcttcatggt ggcgacattt ccgctgacat cgaagctaac      240

cttcgcgatg cagcagctgg tgaaaactat gaacacacta caatgtacaa agatttcgct      300

gatgaagcag aaaaagaagg cttcactgct atcgctttca aaatgcgcga agttggtaaa      360

atcgaagctc gtcatgaagc tcgttacctt gcattagcag ctcgtgtttc tggcaacaaa      420

gtgttccaca acgatcaacc agttgcatgg atttgcgcta actgcggtta cattcacgtt      480

ggtgaagaag ctcctaaagt ttgcccagta tgtgctcacc cacaagcttt cttccaacgc      540

cacgttgaat ccatctaa                                                    558


<210>  2791
<211>  855
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2791
atgtcaaaat taattataaa tgctgacgat tttggccttc attcagctat aaatgaaggt       60

attatcgtag ggcatactaa aggtgctatt acaagcacat ctatattggc aagtggtgct      120

gcttttaatg aagcagtaga tatggcaaag gaatatccaa agttgggtat aggtattcac      180

atagctttgg tgggaggaat cgcccctgta agtgatccta gtgaaattcc tagtcttgta      240

acaaaagaag gtgtttttgt tgataattat atagagttta tgaagcgcat atatagtggc      300

tctattaatt atgatgaagt gagaacagag attacaaagc aagtttctaa aattatggaa      360

tctggtgtaa atgtaactca tattgatgga caccaacata tgcatgtatt acctagtatt      420

ctacctatag ttttagaaca ggctatgcga tataaaatta aagctatacg ggtgccaaat      480

gaaaaaataa catttttaaa tggcgtgcat aatcctgttc gtattatggg gaaatgtggt      540

ttgagcaccg tggctgctca agcattgcct agcattcgcg acaaggggat atactttaca      600

caatacttct gggggatgat taatggtggt gctttaggag aaacagaatt attatcgatc      660

ttaaaacaag ttagctctct atctggggcc catgaaatta tgacgcatcc aggcattagt      720

gatgaagttt taagaaagca atataattgg ggttatcatt ggcaagatga actatctgct      780

atgacatccg ataatgtacg tagatatatt tcacaacata atatagaact cattaactat      840

ggggatttgt tatga                                                       855


<210>  2792
<211>  939
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2792
atgattttac agacgggaca gcgtacggat attcctgcct tttatggaca atggttaatt       60

aatcgcgtcc gccaaggatt tgtagatgta cgcaatccct ataatccgat acagataaca      120

cgatatccta tcaatcatga ggttgtagat ggtattgcgt tttgtacaaa gaatccgttg      180

cctttcattc cgctcttaca tgaaataaat gattatagac agtattggca tatgactata      240

actccatatg gagcagatat agagactaat gtaccacaag tggatttagt aatagacgga      300

tttaaacgaa tatctacaaa atgtaatcct cagtccatgg tgtggcgtta tgatcctatt      360

attttaactc acaactatac agttgatttt cattttgaaa gcttttataa aatggctaag      420

tctctagaag gctacacaga tactgtagtt gtcagtttca tagatatatt tgataaggta      480

gctcataatt ttcctgaagg ttatagaccg agtttagata ttcaaacgaa gatcattaaa      540

gaattagtat ctatagcgca ttctcatcat atgatactta aaacctgtgg agaaggggac      600

gttttcaaag aattaggtgt taatacagag ggctgtctta cgctagactg ttatgaacgt      660

gcttggaacg taaaattaaa agcaccgaaa cgtacaccag ctagaccaga gtgtaattgt      720

tatttacatg gtgatatagg tgcttatgat acttgtagcc atttttgtcg ctattgttat      780

gccaatacaa atcaggctgc agttcgccaa aattgcttat tacatgatcc gaactctagc      840

ttgcttattg gaaaactttc aaaaacagca attattaaag agagtgcgga aaaaagctgg      900

attgtagata caaattacac acaagattct ttattttaa                             939


<210>  2793
<211>  1449
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2793
atggatgcaa tcgttcaagc aaaacgcgta ttagaaatat ttaaagaaat gagccaaatc       60

ccacgtggat ctggcaacga aaagggcatt agcgattaca ttgtcaattt tgctcacaat      120

ttaggtctcg aagctacaca agatagcgaa tggaatgtag tcatcaaaaa accagctaca      180

ccaggctatg aaaatcgtcc atccgtcatc cttcaaggtc atatcgatat ggtatgcgta      240

aaaggtcatg attccagcca tgattttaca aaagatccaa tcgccaacat catcgaaggc      300

gaatggatgc acgccgatga cactacattg ggtgcagata atggcatggg cggcgctatg      360

attttagcag ttctagaaga taagaaccaa caacatggtc ccctacaagt attattcaca      420

actaatgaag aaacaggtat ggatggtgct gcagcagtaa aagaaggcca agtatcaggt      480

gattatctaa tcaacttaga cactgaagtg gaacatgagt tctgtgtaag ctgcgctggc      540

ggctgccacg ttaatgtatc tatcccacta ttgcgcgaaa ataatctacc tggttatgat      600

gcagggcttt cactaactgt aaaaggttta aagggtggtc attccggtat cgaaatcatt      660

gaacaacgag ctaatgcaaa ccaagtactt gctcgcgttc tttatgattt agaaaaacaa      720

tattccttta atctagcttc tttcgtaggt ggcgttaaac ataatgcgat tccatctaaa      780

gcggttgcaa ccatgtctat acgcaacgag gatatagaag cgattaagac ccttatcaaa      840

ttctacgaaa aagaatacaa acatgaattt gcaatcaaag atcctgattt aacattcgta      900

gtggaagaaa ttcctacacc agcaacagtg tatgctgatg atacggcaga agccttaatt      960

tcctacctct atcttgcaga agatggggtt cactctatga gccaaaccat cgaagggctt     1020

gtagaaacat cagataatct cgctattgtt tctgaaggca cacatacgat agacatcctc     1080

gtatcagttc gtagctctaa taaaaacagc ttagaatact taactaaaaa attattactc     1140

cttgctgata cattaggcgt ttctgctacc cgcagcggtg gttatcctgc atgggaatac     1200

gataaaggct ctaaactaga agaacaagtt atcgcacttt acaataccat gtccgacacc     1260

cctgcccgcg tgaatgcagt ccatgcaggc ctagaatgtg gcttattaaa gaatatttta     1320

ccaaatactg aaatgatcag ctttggtcca acaatcatta gcccacatac aaatatggaa     1380

cgcgtacatc taccttctgt agaacatgta tatgtattcc ttaaagcatt actagaaaaa     1440

ttacaataa                                                             1449


<210>  2794
<211>  783
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2794
atggatacac cagttaaagc aaagcctaaa atgaagttat atgggtttaa taatctcacg       60

aagacgttga gttttaatat ttatgatatt tgttatactc gtacagagga agaaaaaaag      120

cagtatattc aatacattga tgaagtatac aacgcagaac gtttgacgaa tattttgacc      180

gaagtgagtc atattatcgg tgctaacatt ttaaatattg cgaaacaaga ttacgaccca      240

caaggggcat cggttacgat tttgatttct gaagaagaaa ttgaaaaaga agatgtggtt      300

atgcatttgg ataaatccca tcttacagtt catacgtacc ctgaaagcca tccgcacaag      360

gggattagta cattccgtgc cgatatcgaa gtctccacat gtggtcaaat ctctccgcta      420

aaggccctca attacttgat taatagcttt gattcggata ttttgacatt ggactatcat      480

gtgcgtggct ttacgcgcga cgtgtcgggc aagaaaatct acatcgacca tcgtatcaac      540

tctattcaaa actatattaa tgcgaaaacg cgcaatttgt acaatatgat cgatgtgaac      600

gtgtaccaag aaaatatctt ccacactaag atgatgctca aggattttga tttggataat      660

tacttattcg gcattaccga agcggaattg agcgaacgag aaattaagca aattaaacac      720

caattgcgac aagaaatgac agaaatcttc tatggacgta acttgccatc tgtgaaagcc      780

tag                                                                    783


<210>  2795
<211>  1545
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2795
agtgttgctg caatcggttc tttcatcatc gctattacag cattccaatc cgacccattt       60

attatggtca ctggtgccct tgaaggtgcc gcattggcaa tttggcctat cctattagtt      120

attacagctg ctatcttcgt ttataacttg gtagtacata cgaaagcaat ggaaactatt      180

aaaaccatgc tttcctctgt aacatctgat actcgtgtac ttgcattatt acttgcatgg      240

ggcttcggtg ctttcatgga aggtatggct ggctttggta cagccgttgc aattcctgca      300

gctatgatgg ttgccgtagg tttcgaccca ctaaaatcta tcatcgcatg cctcgttgct      360

aactccgtac caacaacatt cggctctatt ggtatcccaa caactacatt ggcttcctta      420

actagccttg atccaagcca tttaggtaca ttcatttccg tacaattatt cttgcttaac      480

cttatcgctc cattcttcgt agttatgatt atcggtggcg gtatcaaagc gttaaaaggc      540

gtattccttg taacattact ttccggttta gcattagcta ttcctgaaac tataatcaat      600

gctgtaatgg gtcctgaatt atccgtaatt tctgcatcca tcgtaatcat ggcagtgatc      660

atcgcttgtg caaaaattat gcctcctaat gatcctcaat acgcagttaa acaaactggc      720

gaagttccta aagtatctgg tggcgaaggt cttattgcgg caatgccatt cattttaatc      780

ttcgtattat tgttattaac ttctaaatta ttccctgcaa ttaatggtcc tcttgcatcc      840

attaaaacat ctgtacctat ttaccaaggt gctggtgcaa aaccttacac attcgtatgg      900

attgcaactc ctggtatcat gattttcatc gctggtatcg ttggtggttt catccaaaaa      960

gcaaaagctg gtgaaatctt cggtacattg ggtagcacag ttaaaaactt gaaattcaca     1020

taccttacaa tcatcacagt tgttatgaca gctaaattga tgacatactc tggtatgact     1080

gcagatattg cgaaagcaat ggttgctggt acaggtactt tgtaccctct attcgctcct     1140

atcgtaggtg cattgggtgc gttcttaaca ggttccggta caaactccaa cgtattgttt     1200

ggaccacttc aaatcgcagc agctcaaggc ttaaaccctg ttggttatga agatcttggc     1260

ttctggttag cagctgttaa ctccggtgca gctggtatcg gcaaaatgtt gtccccacaa     1320

tccattgcaa tttctattgg tgccgtaggt cctgctttaa aagcatactt agaaaaccac     1380

aaagaaatca atgcagaaga agctcacaac ttagaacatg aaatcgaagc aagtgttatc     1440

atgaacagcg cgttcaaata cttcatcatc ttcatcatca tgcatggttg tatctccttc     1500

ttcggtcaac atttcatcca tgaaattcac cacatcttct tctaa                     1545


<210>  2796
<211>  738
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2796
atgtcaggac attcaaaatg ggcaaatatt aaacataaaa aaggtaaaac tgatgcattg       60

aaggctaaat tagctacgaa aatcggtcgt gaaattactg tagcagcacg catgggtggt      120

gcagatccaa caggtaatat gcgtttaaaa ttagctttac aaaaagctcg tgaaaacaat      180

attcctaagg ataatattca acgtgccatc gataaaggcg ttggtgctac ggatatgaac      240

gcatacgaag aaatcgtata tgaaggttat ggtccagctg gtgtggctgt tactgtagag      300

gttatgacgg ataatcgtaa ccgtgcagca gcagatgtgc gccatgcatt ctctaaacaa      360

ggtggtaacc ttggtgaaag cggttgtgta ggttggatgt ttaaatctaa aggcgtattc      420

gttatcgata aagaaggtca cgatgaagat gaattgacat tgttggctct tgatgcgggt      480

gcagaagatc ttaaagcgga agatgatgta tttgaaatct atacaacgcc agaagatttt      540

gatgcagtag aacaagcctt ggctgatgcg ggcatagaaa ctgaagtggc aaagattacc      600

atgattccag atacaactat cgaattatct ggtgacgatg ctgtaaaaat gcaaaaaatg      660

ctcgatgttt tggatgacct tgatgacgta caaaacgtat atcacaatgg tattttgcca      720

gacgacgaag aagaataa                                                    738


<210>  2797
<211>  1368
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2797
atgttagata aactatttaa actcaatgaa cgaggtacct ccgttaaaac cgagatttta       60

gcgggtatta ccacgtttat cacgatggcg tacatcctat ttttggcgcc aaacatcttg      120

agtcttgctg gcatggacaa ggatgccgtc ctcatcgcta cagctttagg tggtggcctc      180

gtaacgattg ctatgggttt atttgttaac tatccaatcg cactggctcc aggggttggc      240

ctcttagcct tttattcctt taccgtagtt ctcggtatgg gtgtatcatg gcaaacagca      300

ctaggtgcgg tgttcatttc cggtctcgta ttcctcgtcc taacgctgac atcgatacga      360

caaatgattg ttgtaggtat accggcttct atgaaagtcg ctattaccgt tggtattggg      420

ctatttatct ccattatcgg tttaaaacta tccggtttga tggcgatttc catcagttta      480

tctcctaaca ccttaggcca agttgtacaa acacatggca atctagtacc tccagcatct      540

gaagcattgt taacactcgg taacttgcac agtggcgaaa cattgttagc cctattcagc      600

ctcatcttta ccgctctatt gatggctcgt aagattcaag gttcactctt gattggtgtg      660

ttggtaacaa caattgtgtc ctatgtaacg ggactatcta caatgcctga gaacttcaca      720

gtattggcag tgcctgactt ctcaaaagcc gcatttcttc aattagatat tcctagtgcg      780

ctccacatgg gcttgattac gattatcttc tccttcacct tcgtagaatt gttcgactct      840

atgggtactt taatcggtac tgctacagag gcgaaaattg cggatccaaa atctggtaaa      900

ttcccaggtc ttggtaaagc gatgactgtt gacgctatcg gcgttagtgc tggcgcatta      960

ctcggtacat ctacgattac tgcttttgtt gaaagtgcag caggtgtagg tgctggtggc     1020

cgtacaggct taacagctgt cacaacaggc gtattattcc taatctgctt attcttggct     1080

ccattggtat ccttggtacc aaatgcagcc acatctcctg ttcttatcat cgttggtgcc     1140

ctcatgttag gtgccattcg caatatcgac tttgatgatt ggacagaagg cttccctgca     1200

ttcctcgtta tcgttttgat gccgttcaca tacagcatcg ctaatggtat ctctgcaggt     1260

cttattgcat accctctact caaaatcatt gcaggtcgtg caaaagaagt taactggatt     1320

atgtacgtat tagcggtact cgttatcatc cgttacgtat tcttctaa                  1368


<210>  2798
<211>  1263
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2798
atgaaaaaac aattcgcagc agtatttgca gcaacagctc ttttcggtgt aacaagcgca       60

ttcgcagcta acccattctc cgatgtaact cctgattctt gggcatatca agctgtatct      120

caattagcag cagctggcat cgttaatggt tacccagatg gtactttcaa aggtcaaaac      180

gatatcactc gttacgaaat ggctcaaatg gtagctaaag caatggctaa ccaagataaa      240

gctaatgcag aacaacaagc aatgattaat cgtttggcag atgaattctc caacgaattg      300

aacaacttgg gcgtacgtgt ttccaaattg gaagaccgtg taggtaatgt aaaagttact      360

ggtgatgctc gtatccgtta tcaaggctct gaagacaaag gcgtttacaa agatggtagc      420

aaatccttaa ctgatggccg tgctcgcgtt caattcaatg caaaagtaaa tgataaaact      480

gatgcagtag ttcgtgttaa aggtggttat gaattcggtg atgcttccaa tggaacaact      540

gctaaaattg accgtgcgta tgtagatcac agatttggcc aaaacgtatc tgctaaggct      600

ggtcgtttca accaaacaat tggtggcggt ttaatgtacg atgatacatt cgacggtgct      660

caattgaacg ttggtaatga taaaatccaa gtacaaggtg cttatggtta catgatggaa      720

ggcgctgcag aaggtcaagc aaaatctgat aacccatctg tatcttatgt aggtgttaaa      780

ggcaaaattg gtcaagaatc ctccgttggt ggtttctact ccagattgtc tagcggcaat      840

ttaaaacata atggtgtagc aactccaaat gaccatcaaa acgtatacgg cttcaatgca      900

gacttccata aagataaagt atgggttggc ggtgaatggt tgaaagcttc tgacgtagct      960

aattctcaag cttggacagc tggtgtaggt tatggtaact acgacatcgc taagaaaggc     1020

acttgggatg tgaaaggtca atacttcaac caaaaagcta atgcacctat cgtaagctct     1080

acttgggatc aagcatatga cttaactaac acaaataacg gttacaaagg ttatgtagca     1140

acagttgatt acgctgtaca agataacgta ggcttaagtg ctggttatgg tttcaactct     1200

aaagaccaaa gcggtaaaga cttatccgat ttctatcgtg cagaacttaa ctacaaattc     1260

taa                                                                   1263


<210>  2799
<211>  378
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2799
gattacatta aatctggcga tttcgctact gaaaaacacg ttcctgttat cgaagctgct       60

gataaagtaa aagcaggtga agcattcgac gtaaaattat ccgttggtaa agacattgct      120

catccaaaca ctgtagaaca tcacattgaa tggattaaat tgtacttcgt agctgaaggt      180

actcaattgc cttacgaagt tggcgaatta tccttcaacg tacatggtga cggtgcaaca      240

gcaaacgaag gtcctgtaca tgcagtttcc gcaggtacat tggcagtatc cttgaataaa      300

tctggtaaat tgattgctgt atcttactgc aacatccatg gtttatggga atctgaaaaa      360

gctatcgtag ttgaataa                                                    378


<210>  2800
<211>  726
<212>  DNA
<213>  Veillonella atypica ACS134VCol7a

<400>  2800
atggaacgat tacaaaaatt tatcgccagc tgtggtgtag cttctcgtcg taaggcagaa       60

gaattaattg cgtctggtaa ggtacgtgtc aatggacgta aagtgacgga actgggtgtt      120

aaggttgatc ctatgaaaga taaggtcatc gttgatggac aattattagc cgttgaaaaa      180

cctgtgtatt atttaatgaa taaaccgaaa ggtgttatta catctgttac agacccacaa      240

ggacgggaaa ctgtaatgga ttatattaaa aatgaaaaac gccgtatcta tccaattgga      300

cgacttgatt tacatacgga aggtttattg cttttaacaa atgatggaga actagctcag      360

aatcttacac atccatctaa aggcgttgaa aagacatatg aagttcgtat taaggggcgt      420

gtaaatgata cagatttaca ggttatcgcc gatggtgtgc ctcttgaaga tggtgtgaca      480

gcacctgcta tacttgtaga tttaggattt gatgatcaca atggggttca cgaagtagaa      540

attactattc atgaaggtcg taatcgacaa gtacgtcgta tgtttgaaca ttttggttac      600

cgaattcata atttaaaacg tattgcttat ggtggtttaa cattaagtgg tgttaagcgc      660

ggtggtgttc gtcaattgac acaacgtgaa gtaagtgcac ttaaagcgct aggagcttct      720

aaatga                                                                 726


<210>  2801
<211>  444
<212>  DNA
<213>  Lactobacillus

<400>  2801
atgaaaatag gagcaaatgt aagtattgca gatgaaacca cttttcttgg tggaggagag       60

catgattata agcgtctatc tacatggcta tatcaatctt tgatttatca taagaaaaag      120

aattggacaa attatgagac tgtagttgaa gatgatgtat ggataggata tggtagtacg      180

attcttacag gagtgaaaat tggtaaggga agtatcatag gtgctcgttc agtagtagca      240

aaagatggcc caccattttc ggtgtatgtt ggaaatcatg ttattaaaca gagatttagt      300

tctaaaatca taaaagaatt agataaaatt gattttagtg atattaatca tgtgagtggt      360

gataagtatg aaaaatattg tatgacccaa cttaatgaaa aaaattatat tgaggtgatt      420

aaggctttta cagaacatca ataa                                             444


<210>  2802
<211>  1500
<212>  DNA
<213>  Lactobacillus

<400>  2802
atgaaaaaat gcaagaattg cggacatttg aatgcagaaa atacaaagtt ttgtgagaac       60

tgtggagcat atttaacaga aacaaaagcg ccagaaccag gaaaaacaaa agaatgtaag      120

aattgtggat atttgaacgc agaggataca aaattctgtg agaactgtgg agcagattta      180

acagaaccaa aaataccaga accagagaaa acaaaagaat gtaagaattg tggatatttg      240

aacgcagagg atacaaaatt ctgtgagaac tgtggagcag atttaacaga accaaaaata      300

ccagaaccag agaaaacaaa agaatgtaag aattgtggat atttaaatgc agagaataca      360

aagttttgtg agaattgtgg agcagattta acagaaacga aagtaccaga actagagaaa      420

acaaaagaat gtaaaaattg tggatatttg aatgcagaaa atacaaagtt ttgtgagaac      480

tgtggagcag atttaacaga accaaaaata ccagaaccag agaaaacaaa agaatgtaag      540

aattgtggat atttgaatgc agaaaataca aagttttgtg agaactgtgg agcagattta      600

atagaagcga aagtaccaga accagggaaa acaaaagagt gcaagaattg tggatatttg      660

aatgcagaga atacaaagtt ttgtgagaac tgtggagcag atttaacaga accaaaaata      720

ccagaaccag agaaaacaaa agaatgtaag aattgtggat atttgaatgc agagaatacg      780

aagttttgtg aaaattgtgg taatccgtta aataaaaatc aaccaataca gattaatggt      840

aacaatacag aagttgaaaa gataaataaa aattcattaa ctccggaaga ttcagtaaat      900

gaaagtaaca gacgatctaa aaagaataca aaaagtaaaa aaattccagc aatggtcgca      960

tctgttattg taattatcat agcaattata ggatttgttt acttaaaaga taataatggt     1020

catacacaaa ctgctgagaa taagagtgaa gttactgtaa agaagagttc aactagcaag     1080

aaagaaagtc caagtagaaa tagttttact agcagtaaga gtagttcaag tccttctaga     1140

ataaagacag aggaagtata caatgaaaaa agagatcaat caaatgtaga tgtgactaat     1200

ttaacggttt ctcaatgcct attatgggca ttgagtgaat gttacagtga tcaaaatgca     1260

gatgaacaaa gttgggatat gctaaaagat tctatagata gtgctgaagt tattccagca     1320

acaaagagtg atgatgacta tgtacatatt tattttaatt atggatctga ggagtgtaac     1380

tactatattg atggtaacta cgatttatgt acagaagatg atgatgaggt agttagtcga     1440

tatccaacag aatttgaaaa tgaaaaagca aataactata taatgactcg atatgaataa     1500


<210>  2803
<211>  693
<212>  DNA
<213>  Lactobacillus

<400>  2803
ataataaata aactaataga aaggaagtta ccaagcttgg cgcgaaaaag aacacaaagt       60

aaaaaaatag tcaagaaaag acgaaaaaaa acaaaattta agttcttata cgtaaatggc      120

aaacttcgat tatcagactt attattggta gttattttgt taagtttatt atttgtacaa      180

ttaataaaat ggtctggtac aagcaatagt acacaaacga ccaaaattga agacgtaaaa      240

aaggaagaat ttgtagaaaa aattgctcca attgcgcaag atgaacagcg aaaataccat      300

atttttgcta gtattactat tgctcaagca gcattagaat caaattgggg tcaaagtgaa      360

ttagccacac aatattacaa tttatttggg gtaaagagtg atactggggg cttaatgaca      420

actaaagagt atgtaaatgg acaatggatt gtcgtaagag cacgatttgc tatttatcaa      480

agttggagag aatctattga acaacatacg gcacttttag taaatggaac aagttgggat      540

agtagtcatt atcaagctgt tatatcagcc aataactatg tagaagcagc tcaagcatta      600

cagcaaaagg ggtatgcaac agatcctaat tatgctcaga agttaatttc attaataaaa      660

acatataatt tagataaata tgataataat taa                                   693


<210>  2804
<211>  2907
<212>  DNA
<213>  Lactobacillus

<400>  2804
ttgataaaaa aattatgtaa tgcattaatg gcatgtgtag ctatggtaat agttacattt       60

tctttattaa tagcacaagc aaatccaact tttttgcaaa gcaatttact atcgaaaaga      120

ctatttgcat acagtttatt aaataatttt tctaatgtaa ttatcggtgt attactaatt      180

ttaattggtt atcaaataaa aggaaatata aaactcataa agaaatatgt atatatttat      240

gtagtaaact tattgatatt tatagggttg tttttgtgga ctagaagttt cactatccaa      300

aatttgtacg atgcagttct tccaattact agaaatactt atccaattgt acttggtgct      360

atatctgcac tattgataaa agataagtta aagaattggt ttaagaagta taggtttcca      420

gtaattttaa gtggatatgc tatagttttt gcattaccaa gtatatttaa taaagatatt      480

tttgggatag gtaatggaaa taatgctatt acagcttttt tgttggtgac attaggaata      540

gtattttcaa atgtagaagt ggacaagtta catatagata aaaaagttat tactttaatg      600

agtataagtg taatgctaaa tataacctta gcactttcta tgccgttcat atcttggaga      660

atacgtggag atttttcaac agcgtacaga tttaatgtgc taacttcaat atctgttgta      720

gcaatgtcta tagttatatt tacagttgga caaaaattaa agacgaacat aaagatatca      780

gaatatatag gattactact attacttgtt tattcgaata attttattat tgaaaaaatt      840

gttaatggta gtataagttt aaaagtgttg ctttttaaga gttgcatagt ttctataatt      900

gttgttgttt tagggtggct attatcaaaa atagataaaa gaaaccttac tttagaagaa      960

agactgttat tgaatgatga taaaagtata aatctatggg gcagaaattt aatatcatat     1020

ataattacta atgttaagaa atatagattt aacatcatga acattatttt tttgtatatt     1080

ttagcttatg tttcatttat tttaatgtca cctgattttt cagcaccaca tttgggaaaa     1140

gatcatacta atattttttt ctataccttt tttgtcaggc aacatatgct gatattaaat     1200

acaatgttgt tttatctatt atatagattt atttatggga taattggtag attttggata     1260

agtataatat tgaattatgc agtaatagca gttgcaattg ttgcagatgc tataaaaatt     1320

cattatcgta cagaacctat tttacctgct gaagtaacaa tggtttcagc ctatggtgat     1380

atattgagta tggttcctca atttatttta tggataacag caataataat tgttatattg     1440

attggtataa ttatttattg tgaaagaaaa ctaccacaaa ataaagtaaa gtggagattt     1500

agaatattag ggatagtatt tgcagtattg gtatatagca gtagtacaag aattaatcat     1560

gaaggctcaa ttgttggtga ttttttaaat tcatatggga accttcctac atttgaaaat     1620

caagagcagg gggctcaaca aaatggagct ttgcaacaat tcttaaataa tatagatgtc     1680

acaattatga aaaaagaaac tgactattct aaaaagaaag ttgataaatt agctagaaaa     1740

tattctaaat tggcgaatga aataaatgtg acacgtgata ataacttgtc tacacaaact     1800

attatcttta acttgagtga aagtttggca aatcctaata gattgaaaga agtagaatta     1860

tcacataatc cattatcata catagatagt gtcaagggaa atacaacatc tggattaatg     1920

ataagttcag gattaggggg tgggactgct aatatggaat acatgacttt aacaggtctt     1980

ccagtaagta atttttcgcc aacaatagct actgcttaca cacaagtggt accagaatct     2040

gaacgaactt tgactattaa tgaatacttt aaaaaatcaa ctgcaattca tccatataat     2100

gttagttttt atagtagaaa agcagtttac cagaaatttg gtttccaaag atttatgtat     2160

ctaggaagta aatataagat aaagcataag ataaaaattg ggactaatcc atatttatca     2220

gatgaaacgg catatcaaaa tacattagat gtgattaata attataagga tggacaattt     2280

attaatttag ttactatgca gaatcatctt ccttattcag attactatga taattctagc     2340

gattaccaag cgagtggcga tatggatgat ggtgaaaaat ataatatcag taattatagt     2400

gcaggacttt catatactga taaagctgta caaaaattca ttgagcagat agataaaatc     2460

aataagccaa ttactttagt attttatgga gatcatcttc caggaatata tagtaatgta     2520

gatgagaata gtttagaggc acgagaaaca gattatttca tttactctaa taaatatgct     2580

agactgcatg gtgcgaagaa tctaaagcac gttaaatatg tttcaccaat tgactttata     2640

gcattgacag ctgagcaaac aaattctaaa gtatcgccat attatgcttt gttgacagaa     2700

attcaaaagg aactaccaac aataaaagta tatgcatata acaacggtga gaaaccggtt     2760

tttgttgata aaaaaggaaa gacagttaag tatgagcagt taaccaaaaa acaaaagcaa     2820

ctgtataatg atttaaaatt agtgcagtat gatttaacta cgggaaatca gtatttgtat     2880

agaactaaat tttttgaaat agggtaa                                         2907


<210>  2805
<211>  837
<212>  DNA
<213>  Lactobacillus

<400>  2805
atggatttat cagttattat cccaatatat catggaagaa agtatatacc tagtttatta       60

aaaatgttgg atgaaaatat ttcaaatgct aaagagtata tgatagaagt aatattagtt      120

aacgattctc cagatgaaac tatagatgat ttaattatgg gatataataa tatttttgta      180

gttaataata aaagaaatct tgggatacaa ggagccagaa ttcaaggtat aaaagaagca      240

catgggaaat atatattaat gcttgatcaa gacgatgaat taaaggaata tgctattcaa      300

agtcaattaa gtaaaattaa gggttacgat gcaattttgg ctaatggata ttcggaagat      360

aagaataata ataaagtttc tttgtataaa aataaaagac aaaaaaagtt agtaaatagt      420

tttaagtatt atttgtatta tggtaacatg gttgcttcac caggaatggt tgttataaag      480

aaagataaaa tacctaagat ttggttggaa aatattttaa caaataatgg tgcagatgat      540

tggttactgt gggcatcata tgtaaaaaaa ggttataaat ttaatatgaa tgcagattat      600

atatatacac atagaaacgt tacaacaaat ttttctaatg atgaagataa gatgcttaca      660

tcatccatgg aagctttgaa tatgatgaaa aataacatga gtaataaaga atataatatt      720

cataagcgaa ggttaaatat gagaagaaaa attttaacca atcctgattc taaactatta      780

gagtatttaa aaaatataga tatagctaca tatttattat tttataaaat gatctag         837


<210>  2806
<211>  1062
<212>  DNA
<213>  Lactobacillus

<400>  2806
atgaaaaaaa ttaaacttaa tataatagtc cctagtttgg tgcaaggtgg aggcttaaga       60

ataatcttct cttatgctaa ttacttagta gaacagggac atgatgtagt tgtttatgtt      120

cctgttttgt atgtgtggcc aaaagtaaga aacaataaga ttaattggaa aaccagtgct      180

ggaaatttcc taagaagtaa taagttaaag tggttcgata ataaattcaa gattaagtct      240

gtatttaaaa tttcagacac ttatatcaga aatgctgata ttgttatagc gactgcttgg      300

cagactgcac aaacagtata tgatttagat gataccaaag gaaagaaagt atacttcatt      360

caaggctacg aggtagataa tgaaggtatt aataaacagg aagttgaaga ttcgtataaa      420

ttaggtatga atatgttcac aattgctaat tggctagaag aattagtcga ggctattagt      480

gagcaagaag taaaagttat tcgcaattgg actaaggaca gtgagttcat ccaaggagaa      540

aagcaagtta atagtcctag agcaataatt atgttaggga atacagcagc acataaggga      600

tggaatctag gactagaggt tttgaagaag gctcaagaaa aatataactg ccgtattatt      660

ttatatggcg ttagacaaat tcccgatata ccggaatcgt tcgagtttta tcagcagcct      720

aagagagagt tgctgatgaa attatatagt gaagcagata tctgtttatt tccaagtatt      780

agagaaggtt ggggattaac ggttacggaa gcgatggctc ataaatgtgc gattgttggt      840

aataatactg ggatagtatt agaaatttgc gaagatggaa agacagcttt aatttctgaa      900

agtaaaacag caaaagactt aaaaaacaag ttgtttaaag taattgaaga cgagaaatta      960

atgaaaaagt tacaagataa tggatatgag ttggctaaaa aatatgcttt tagtaaccaa     1020

agtaaattat ttgaagagta cttattatca ttagtcaaat aa                        1062


<210>  2807
<211>  1896
<212>  DNA
<213>  Lactobacillus

<400>  2807
atgcttaaaa cagtaattaa tattttgaga aagtatagtt tattttttct attagtaata       60

ggtataatct cgtttaattt atatactttt aaaggtgatt atagagtaag tgaaaatgta      120

ggtggaataa gtaactatac gaaagttata aacgataaag gaatcgaaga aaatataaga      180

tttgattcaa gtgatttata ttctttaggt atatggttga aaatgaacac gcttgaggat      240

gatattaaag taaaattact tgatggttct aagacaatat atagcggaaa tattccaaag      300

aatgatataa aagcagggga agcaaaagaa gttactttaa aactcaacgg agaaaaaggg      360

ataaaagtac agaaaaataa atcatatact cttgtgataa aagataattc taaaagaaga      420

tattcttcag tagtatattt aaatagtcag aaaaaattat ggtataaaac gacatataaa      480

ctattggata gtaaaactat aaaaagtgca gctattttaa ttgagattat tatattatct      540

ttttgggtat atttaattag attttctcat tatcgaaaaa gactatcaaa atttgaaaat      600

cagtttttat tagtgtctgt atttttgatt gtaggttatg cattatttat tccagtatat      660

cgtgcgccag atgaagcaca acattttgca agagcttatg gtgttttaca tggaatattt      720

ttagttgatt catcgggaaa cattaatatt cctaataatc tcatacctgt agtggatgta      780

gtcaatagta attacattga tactataaaa aatcttcatg ttgcattaag tagtcaactt      840

tcaagtacta atattattaa tatggcattg tatacacctc aatcttatgt gctacaaagt      900

ttaagtatag gtataattag tatagttact aaaaatgtac tattaatttt ttatggaagt      960

agaatattag ttgggatatt atgtacatta ataatctact attcaataaa atatattcca     1020

gttggcaaag aagttttggc tatttgttcg ctactaccta tgaatgttgc cgaaagagcc     1080

agtttgtcag ccgatggttt tacttataca gtggtcatag ctttatttag ttttgtaata     1140

tatagtctaa gaaatgaaaa taatattact aataaaatga aagtgatgat gtatatatta     1200

gtattcttct tagcatcgtg taaggttata tattttattc taggatttct tgtattgtta     1260

attccaaata aaaaatttgg tagtaaatta aagggagtat gtcataaatt aatatcagtg     1320

attatattaa tgggagtgtc tgttggatgg ttgaagatag cttctagata tcttgttaat     1380

accaatggtg gtgcttcatc ttctgaaaag gtaatgttta tgttaaaaca tccttttaat     1440

tatatagaaa ttatgaataa tacactttgg aaaaatatct ttgcacatat agagcagatg     1500

atagtaggtc cattaggagc actaaatatt gaaattaaca gtggaatact aatactgtta     1560

atagtagtat tagttaggtt ctgtgttttt gattttaaat tgaatttaag agtactattt     1620

atatggatgc tatgtttagc taatgtacta ttaatataca ctagcttata tgtacagtgg     1680

acacctgctt taaatggagt ttctcaaatt acagaaataa ttggtattca aggaagatat     1740

tttttaccga tactacctat tatgatggta tctttccaat tgaataagat taataataaa     1800

gatgtaagta ttgttaatga ctggcgaagt atagttagtc tattagtaat taatatgttg     1860

gtattgtcca atgttatagg attttttgct atataa                               1896


<210>  2808
<211>  1371
<212>  DNA
<213>  Lactobacillus

<400>  2808
atggatttac ctaaagattt tattgagaaa tatcaaaatt tattaggaga tgaagctgaa       60

gattttttgg ctagtttgga tgaaaaaagt gtgataggtt ttcgtttaaa tcctttaaaa      120

cgtcattata aagatgtaga ttatgattta actgctagtg ttcctttcgc tcaagatgga      180

tttattggta aagtaagtgg acgttcactt gaacatcaag caggctatgt gtatagtcaa      240

gatttaagtg cgatgtatgt agcagcggta gctaatgcac aaccgggaga caaagtgtta      300

gatttatgtg cagctcccgg tggaaaatca acgcaacttg ctgaacaact caataaccaa      360

ggtttattag taagtaatga aattaatacc aagcgagcca aaattttagc agaaaatatg      420

gaacgcatag gtgctaagaa tgtaattatc actaatgaat ctcctgataa tctcgcgaaa      480

gtatttaagg ggtatttcga taaaattgtt gttgatgctc cttgttctgg agagggtatg      540

tttcgtaaag accatagtgc ggttaagtat tggcataaag attatccaga tgaatgtgct      600

catcgccaga agttaatctt agaagaagcg atgaaaatgc tcaaaacagg tggcgagttg      660

gtttattcga cttgtacgtt tgctccagag gaagatgaac aaattgtagc ttggttatta      720

gaaaattatg acttaacttt ggaaccaatt actaagtatg atggtatgga cagtggacgt      780

ccagaatttg cagatggcaa taaagacttg gctaaaacaa ttcgtttgat gccacatcat      840

tttgaaggtg aaggtcaatt tttagctaag ttaaaattta acggggaagc tgcaagtgta      900

actaaaaaga aaactaagaa gaaaaagaaa agtaaaacta tttcaactga tgagttggac      960

ttatggcaca aatttgtagc cgatttttca agtcaggaat tgaactttgc tgatcaagat     1020

ttacgtgtta atggtgatta tctttattat tacaataaaa attggttaga tattaataaa     1080

ttaaaatacg ttcgaccagg tttgatgtta ggaactttta agaaaaatcg ttttgaacct     1140

agttatgcct tagccctagc agtacaagaa gtggctgaag aaaatgtaat tgaattgtct     1200

aaaggtaaat gggcagaata cgtatcaggt aacactatat ttttgagtgg taacactaga     1260

aaaaatggct ggtatctatt acgttgtgaa gaaaagaatt ttgcgtttgg caaattagtt     1320

aatggaacta taaagaactt tttccctaaa ggattaagat ttcaagctta a              1371


<210>  2809
<211>  330
<212>  DNA
<213>  Lactobacillus

<400>  2809
atgcagaaaa ttaaattgat gtttgaattt gggcatggtc ctatttggga ctctgaaccg       60

tttacaggaa aattaatgtc aggaattgaa gtagtagata gtgatccaga tttagaattg      120

tggaatagac aatgcatgga tctttatgat gagtgctatg aatttgattc acatggcaaa      180

ggttgttatt tcaatgaaga aacactagct aaaaataaaa agaaattact atgtatactt      240

gaacaaatta agagttgcct agaagagtta aatgataata acttcattat tgaagatcaa      300

acaacagatg aattaaacaa agttgattag                                       330


<210>  2810
<211>  1137
<212>  DNA
<213>  Lactobacillus

<400>  2810
gtgacatttt ttgaagaaga tcctaaattt tattggcctg atgaagataa aagtattttt       60

gataaaaata cggataatac agtaaatata gaatggagag gaaatactcg catatttgaa      120

gactataaag aattagctta tgattattat caatgtagtt gtcatacttt taactacatt      180

aaagaagata ataatactag aaatcttgat acttgtttct ttgtaggctt attcttaata      240

aggaatgctt ttgaacttag tataaaggca cttattttgc gtaattattc aaatagtgat      300

ttaaaaaaaa taatttttca tgacttagat gagttattta aaatatataa agatgttcca      360

agaatcccat taagcgctac ggaagaagaa tggttatcaa aatattttaa ttctttatca      420

aagacagacc caaattctga tacatttaga tacgctttta atcagaaatt tatagataaa      480

tatgaagagg aacatctaaa tatatttaaa atccaaagta attgttttca agcatggacc      540

ttattagaaa aatgtatggg ggatattgac aattctgcta gtttcgactt ttctttagaa      600

cctgaatttt tgtttgtaaa tggcaaatgg tatgaagaca cctttatatg gcaaccaaat      660

aattctatcg aattagatag tgatcataca gcaaaattga taggttatga aactatgttc      720

gatattttat ataatcatct aaacaaagga tcatataatt tattttatcc ttttatgctt      780

atagcacgaa tcacactaga attatatatc aaagtttttt tgtatgatca ttttataact      840

ttagctaacc aagagaagct cataaaaaaa attaagactc ataatctaaa aaaactattt      900

ctacttttta aagaggatat tattaagaaa aattcagatt acattgaaaa taccgaattc      960

catataatag aaaaaagaat tatcgaactt cacaatctcg ataagaacgc ttttactttt     1020

cgctatttga cagataaaaa ttctacgtat tacttaaaca acactatttt tgatatagac     1080

aacgtatata aatattttaa agagcttttt gcttattttg atgcttttaa ccattaa        1137


<210>  2811
<211>  612
<212>  DNA
<213>  Lactobacillus

<400>  2811
atggaacagg aaaaaattgg aaagtttatt gccaaacgta gaaaagattt acattttact       60

caagccaatc tggcaaaaaa attaggaatt accgatagag ctgtctccaa gtgggaaaat      120

ggtaaaagca taccagatgc ttcgttgatg ttagatctct gtcaattact agaaattaat      180

gtgaatgaac tcttaactgg agaacaaatt gttatgaaag attataaaaa aatagctgaa      240

caaaatttaa ttgaattacg aaaccaaaaa gaaaaagcag atagaagatt acttactaca      300

gtaaagatat tagctacttt aagttgtatt tctgcagttg tgttaatact tatgggaacg      360

ttattgacga aaataagtca atttttagga attatggtcg ttattttagg tacaattcta      420

atttttgtaa ctgctatata tgctgtcatg attgagcatg atgcaggata ttatgagtgc      480

cctaattgta agatgaggta tataccaacc aggaaagctg ttcttttagc tccacattat      540

ggaacaacaa gaaaaatgga atgtccatat tgtggtaaaa agggatatca tagaaaagtg      600

tttaccaaat ga                                                          612


<210>  2812
<211>  741
<212>  DNA
<213>  Lactobacillus

<400>  2812
aagttaacgg aaaaccagac taatcccact ccttcaacgg aattaataaa agactatgaa       60

gaaatggtaa aaagtcgagc tgttttggag agcattatcg aaaaacagga tctacgctat      120

agttatggtg aactaagtaa gaaagttagc gcagaaaata aagatgaaac tcaaatcatt      180

agcataagtg ttactgatcc taatccagtt gtggcacaga gattggccaa tagtattcgc      240

gatgaatcaa ttaaacatgt tacaaaggtt atgaaggtta tttccgttgg tgtggtagat      300

aaagccaatt atcctcaaag tcaatcatat ccaattacaa taaaatggat tgaatatgga      360

attttaattg gttttgtatt atcaattggg gtacttctga tacgcttcat cttagatgat      420

attgattttc aaagtcaaga atcatttaaa actttaagat tcaatgttga attttctgga      480

gagaaaaatc aagtgtttta tataaccagt acatatccca atgaaggtaa aagtacagtt      540

tcattagagt tagccttagc tttctctgac aatggaaaaa aagcattatt aatagatgca      600

gatttaagaa agtcggtttc aagacagtta atacgtactg gcagtattga gatgggacta      660

tcagattact tagtaggcag agcacaattt gatgatgtga tcgcgcaaag taatatagaa      720

aactttagca tgatattttc t                                                741


<210>  2813
<211>  2970
<212>  DNA
<213>  Lactobacillus

<400>  2813
ttggagaatt atgaatcaaa aaaacgttat aagatgtata aggccggtaa aaactgggtt       60

gtagcacctt tagttttttt aggattggca ataggagtta atgttcataa tcctaaagtt      120

atggctgata caaatgttca aagtcaaaca gataataaca ataacaatca aactaacaaa      180

caagaagtaa cattacaaac aacacaaaat acagaatcaa aggcagttgt taatcaagaa      240

attagcagtc aacaagcaaa tgttgaaagt aatcaaagtg tagaaactaa tacaaatgaa      300

attgcaaata ctactcaaca atcttctaca aatcaagaag caaaacaggt tacaccggta      360

actgtacaag ctcaaagtgc ctctgtacaa caatcaactt cagcaaataa taatgtaact      420

acacaagtgg cagaaaataa agtagctacg gcacctacta caccagcaac tacttctgaa      480

caaagcaaaa acactcaagt agttaacaat ggagaacaaa gtaatgctac tcaaagttcg      540

actacacaaa agagtgaaga acctaaagta gaaacaccag taaatactgc tgataatgct      600

agtcaaaaga atattgatgg taactggtat ttagtagata acaatactgg caagaatttg      660

acaggattcc aagaaatcaa agatcaaaat aaagtagttt attatgcacc aagcaatgcg      720

caaatgcaat ttggttggca aaatatcaat agtaataaat attattttga taaatttagt      780

ggtgcgatga ctacaggtca aagaaatatt gacggtagtt ggtatctatt tgatgaccaa      840

ggagtaatgc aaacaggact ccaaaattta gcatcatatg gtcagaataa agtggtatat      900

tatgcctcaa atggccaaat gcaatatggt caacaagtag tagaaaacca ctggcgtctg      960

tttgataaat atagtggtgc catgttgaca ggcttccaaa acttagcacc atatggacaa     1020

aacaaagtag tttattatga tgaaaaaggt agaatgcaat atggactaac tcaagtaaat     1080

caaaaggtat attacttaga tagagttagt ggtgaagttc gtaaaggtca acaagtggtg     1140

ggaaaccatt ggcatttatt tgataagaat agtggcgcta tgttaacagg tttccaaaat     1200

ttagcaccat atggacaaaa caaagtagtt tattatgatg aaaaaggtag aatgcaatat     1260

ggactaactc aggtaaatca aaagatgtat tacttagata gagttagtgg tgaagttcgt     1320

aaaggtcaac aagtagtagg gaatcattgg tatttattcg ataaaaatag tggagcgatg     1380

caaaccggct tccaaaactt agcaccatac ggacaaaata agattgtata ctataacaaa     1440

gatggacaat tacaatatgg tcaacaagct attggaaatc actggtattt atttgataaa     1500

agtagtggag caatgcaaac cggcttccaa aacttagcac catacggaca aaataagaca     1560

gtatactatg cctcaaatgg ccaaatgcaa tatggtcaaa aacaaattgg cggacattgg     1620

tatttatttg ataagagtag tggagcaatg cagataggtc tccaaaactt agcaccatat     1680

ggacagaata aagtagtata ttatgcctca aatggccaaa tgcaatatgg tcaacaagta     1740

gtaggaaacc attggtattt atttgataga tatagtggtg ccatgttaac aggtttccaa     1800

aatttagcac catatggtca agataagact gtatattata acaaagatgg acaattacaa     1860

tatggtagtc aagttattaa tggtaaaaag tattattttg ataagtcttc cggtaagatg     1920

tatacgggtg tagcatataa ccctgataca aaaacaattc aatattatgc cttaaatggt     1980

caaatgcaag ttggtaaggt aaatatagcc ggtaaagtat ataattttga cagtaatact     2040

ggtaatttgt taatgcaagg attagtaaca ttagatggaa agaattactt attagattct     2100

aaccataaag tgttgacggg ccaacaagtg gtaggaaacc attggtattt atttagcaag     2160

tatgatgggt ctatgcaaac aggtttccaa aacttagcac catatggtca aaataagaca     2220

gtatattatg cctcaaatgg tcaaatgcaa tatggtcaaa aagccgtagg aaatcattgg     2280

tatttgttcg ataagagcag tggtgcaatg caaacaggtt tccaaaactt agcaccatat     2340

ggccaaaaca agacagtgta ttatgcctca aatggccaaa tgcaatatgg ttggcaaaat     2400

atcaatggta aagactacta ttttgatact atttctggtg ctatgaaaac tggaacagtt     2460

aatatcaatg gtaagaacta tacgtttaat tcagatggta cattgaaaaa agatacatgg     2520

ggctggccat ttccatctgt aggacaaggt agctttacag gagctcaatt atttggtgta     2580

aatccaggtg gagaattccg tatgaatgga ttccatgacg gattggactt tggttcttat     2640

gatcacccag gttcttcagt ccatgctgta cacagtggtg ttgttacaca aattggttat     2700

attgctggtt tggaaaacta cgttgttgtt caatcagacg aatatagctt tgtttaccag     2760

gaagcattca gtaatcgtgg taatattaag gtgcatgttg gtcaacaaat taatacaggt     2820

gacgtaattg gttaccgtga cacatcacac ttacacttag gtataactcg tgaaaagaat     2880

attatgagag ctattgccaa ttcatttaac aataatggta catggttgaa cccattagag     2940

ttaattagga atggtattgc taatcagtaa                                      2970


<210>  2814
<211>  1752
<212>  DNA
<213>  Lactobacillus

<400>  2814
atgtcagaca gtaaatggaa aaatgtaaga ataaacatat tgataatgtt atttttcgga       60

atattttcgt ttttactaac tcttgttttt ataaaattag gcactatagt cttaagtgct      120

gatggaagtt tccatttctc tagaatagaa gaattatatg ataattttcg taatggaaaa      180

ctgactttta tagctagcca tacatttagt agtactggag taggtacatt tttgttttat      240

ccaagtgttt tattataccc ttggattatt ttaagattaa tactttctcc agtaacatct      300

ttttatgtat ggtacggatt aatgctattt ataacgatgt atatagctta ttactctatg      360

tggttgtttg aaaaagatag ggttagagct attatatttg gaatattata tacaattttt      420

ccataccata tacatcttgg aatagcccat ttagtagtgg gagaattctt agcatacaca      480

tttatacctt tattctttat aggtttatat tattgcttag tagataggaa aaaatggtat      540

ttattaggta taggttggac tctaatttta tatagtcaca ttgttagtgc gtatataaca      600

ttattgagtg cagtagcaat aagtattata tatatgatta ttgatgcaaa atctataaaa      660

agagtaatga ttaatttaag caaaaatatt attttagtta cattactatc ttcttttgta      720

ttgataccat ttgttacaga ttttataggt gcaggtatta aagcacctaa tggagccata      780

tttgggtact taggctcatt tcaagaaatt tttctagaat ctgtgaagaa tgcaactgat      840

acaaatagat ctgtgggtat ttttgcgata tttacgacta tagtgggttg ttatttcgtt      900

agaaagagta gagtagaaga gaaaattgcg tatggattgg gagtttttat tttattatgt      960

acatcaacaa tttttccatg gcgattattt aataatacta taattggtag agtactaggc     1020

gtcattcaat ttccatatag actaaataca tatgtcggat ttttcttgat ggtgacattt     1080

tctttaatct tatctaaatc tatacatagt attagtaata gaaatgctaa agttttgtta     1140

atttcaggag taatgatgtt tttaatggca agttattatg ggtcgttgac agatctattt     1200

gtgaaaatac atgagtccca agaaaatcta ctaggaaaga atacaaaatt ggcaaaaaca     1260

attccaaatg aggcaataat aagaaattca aattatcata atatatttga ttattcaatt     1320

ttatatggag agatagatta ttatccgtca gtatcgttta ataatctgca agaaggtaat     1380

gatataacag cagaagtaaa tccaaagatt aatagtattt tatcgcatat agtaattata     1440

ggtggtaagg aaaaagtaaa aattcctaaa gtagcatcaa attatataga atataatgtc     1500

aaggcagata aaagagaaaa gatagatata ccagttctcg catacaaaag gactaaagtc     1560

atgttgaatg gaaagaatgt tggatatacg gctagttcgc gtggaactgt tatggttgat     1620

ggaaaaaaag gaaataataa gatttctgta acatatcaac caagcaaact actatatatg     1680

gggataatag tttcttttat gacgtggata ggcttattaa taggactaat ttttagtaaa     1740

agaatgtgtt ag                                                         1752


<210>  2815
<211>  1074
<212>  DNA
<213>  Lactobacillus

<400>  2815
atggggcaat cgcctaatag taagaattat acaaataacc ctagagataa tattttagtt       60

caagggaatg ctgatctata taataataga gttttaaaaa gaacatttac tactgaagta      120

acaaaaattg ctgatagaaa tgacatttta ataagtgtac gtgcgccagt tggagatatt      180

gctcgaaatc aatatgagtc tatcgttatt ggtcgaggaa ttgctgctat aaagggaaat      240

aattttctat actatcagct agaaaagatg aataattctg gattttggaa aaaatatatt      300

gctgggtcaa ctttcgaatc tataactgga aaagatttaa aaagttctga tatatatatt      360

tcaaaccata aagaagaaaa gagcattgga gatatttttc aaactctaac aaaaactatc      420

cagttacatg aacgaaagtg tgaagaatta gccctaatta agaaagcttt acttcaaaaa      480

cttttcccta aaaaagatga atttaagcca gaagttcgct ataaaaattt tagtgatgct      540

tgggaacagc ggaagttggg ggaagtggca actttcataa atggtcgagc ctataaacaa      600

aatgaattat tggattctgg aaaatataaa gtgcttcgtg ttggtaattt ttatacaaat      660

gattcttggt actattccaa tctagaacta gcagataaat actatattga taaaggtgac      720

ctagtgtata cttggtcagc tacttttggc cctcatatct gggatggtga aaaagttatc      780

tatcactacc atatctggaa aattgaactc tctgagtctt tagatagaga ttttactttg      840

caaatattag aagctgataa agctaaacta ttagcaaata caaatggatc aacgatgatt      900

catgtaacaa aaaaagatat ggaaagcaaa gttatatcac tgccaaacat tgaagagcaa      960

aaacaaattg gttcatattt aatgaaattt gattccctca tcgcccttca tcagcgtaag     1020

ctcgaaaaat taaagcaact gaaaaaattc ttgttgcaaa atatgttcat ttaa           1074


<210>  2816
<211>  1383
<212>  DNA
<213>  Lactobacillus

<400>  2816
atgaagattg tatcctttac aatggttaat aatgaagcag agataataga gtctttcgtt       60

cgttataact ataattttgt tgatcaaatg gtaataattg ataatggatg tacagataat      120

actatagaaa taataaatcg attgaaaagg gaggaagact ataaaattga tgtatatgat      180

gaatctttag aagtatatga tcagtttaga ttagataaca agtatttaaa gaaaatattg      240

gcagaatata atgctgatat tatactacca ttagatgcag atgaatttat ttcaggtgag      300

gataatccgc gaaaaatatt agaaaatttg tcattggata gtatttatta tgttaattgg      360

aagtggtatg tccttacggg tgatgaagat tattcagaga attttattcc taggagagta      420

atgtatcatt taaaaaaaag agcatggaat ttatcagatg gtactttagt tacgaaagta      480

attatacctg ccaagtattt taaggataat aaactgacat taaccatggg gcatcatgat      540

atttttggta gtaaccatat aaataagaaa cgattaaaaa atatgtggat tgcacactat      600

agagctgtaa gttctaagca aatagtttca aagacgtcaa catatgttat tagggatatt      660

gctactatgt ctaacaatat tgaaacggct caaaggacta atcaattata tgatataaaa      720

tataataatg gggatgtaga cagtattgca cgtgacgtat cttatggtgg atatgaaggt      780

gagatagagt atgaaccatt agatttaaag ttttgttctg aaaatacaag taatatacgg      840

tataattcat tatctaatga atcaatgtct gatttgctaa tgaggacagg tcaagaaatg      900

gcgatgagag tatacaattt agaaaggaaa ataaaaaata gatctttatt caaaccaact      960

atattttggc tagatggtgt gagaggagaa gaaaatttat ttcctaatcc gtcagtaaaa     1020

ttaacattgt taacctttaa gtataatgta caagcgtata taactgaata taagcaaata     1080

gagtttttaa aatacaatta tcgattaatt ataactccta agaatataaa atttttacct     1140

cataaatatg tagttatacc cgatgaaaat tacttagaaa ttaaaaataa gcttattgat     1200

gcaggagtag gtaagaagag tattgtttcg ttaagagagt acaaaaagaa aatcggtata     1260

ctaggtaata tctatgcaaa tttatgctta ttaccaagac tgattagtag gataatgcag     1320

tatgtaaaaa ggaacggtgt atcacatgct gtagagaaaa taaaaagtaa actagataaa     1380

taa                                                                   1383


<210>  2817
<211>  1062
<212>  DNA
<213>  Lactobacillus

<400>  2817
atgtttctag ctttaaaaga aattaaacac gaaaaattac gatatgggct cattattgca       60

atgattgttc tcattagtta tttaatcttt attctcacaa gtttagcatt gggattagct      120

caagaaaata ctgcagcaat tgatggctgg aaaatcagaa gtgctgttct taataaagat      180

tctgatgtta gtttacgtca gtctttgtta accacagatc aagtaaataa acttactaaa      240

gataaaaata atgccgtaat tgctgaaact tctatagttg ctaaaactaa aggaaaagct      300

aaacaagctt caacttttat tggattagac aattctcaat ttattagtaa agatttaaaa      360

ctcactagtg gtcataaacc tgaaaatgat agacaagttg ttgtagatga ttctttcaaa      420

caatatggtt acaagctaaa tgataagctc acaattaatt ctgatagtac tgcttacact      480

attgtgggat ttactcataa tgcaaaatta aatatctcac ctattgtata cggtacgatc      540

cctacttggc aaaaactacg tggcatgggc aatgcttttg gtggaagtgc tgtagtttcc      600

aagcaagcaa atattgacaa tagcgataaa aatcttaaag tttatactgt tactcaagtt      660

attaataaat tacctggata cactgctcaa aattctacct ttatctttat gattggtttc      720

ttaatgatta tttcattaat aattattgca gtattcttat acattattac aattcaaaaa      780

ctcggtaatt atgctgtctt aagagctcaa ggtagtcctg ctaaactttt ggttggcgca      840

actttttcac aatctctact gcttacaatt attggattag taatcagtct tatactaaca      900

gctgcaacag ctttatcgat accttcttct gttccgatgg catttaacat taactttatg      960

accattgttt ctatcggctt gatatttatg gcaattttgg gttcactcat tccagtacgt     1020

attgtattaa aagttgatcc tgtttctgta attggaggtt aa                        1062


<210>  2818
<211>  1800
<212>  DNA
<213>  Lactobacillus

<400>  2818
gtgattaaat tgtcttttta tatcaaatcg gtgcgtgttc aaggtcttgg agttgaagat       60

gcgatcgtaa aatttacgaa aggctttaac ttgattgaag gtctctcaaa tcatgggaag      120

acgatgatcg ttcagtttat cgagtatgct tttggtggta ggaatcagaa agattcgctg      180

tccttaaata ttgaaggcac aaactatgcg acagtgaaag taacacttca aacggaacag      240

ggtgaagtag agttagctag aaatttagtt gaaaacaaga gcacgatcaa agttataagc      300

caagataaaa gattgttaag tggagactat accgcaaaca gcagtactga taaaaaatta      360

aatatcggta ttgcgctctt acagttaata gatatgccaa cggacctata tctcccaaaa      420

aatgagaaaa gagatccggg gcacgtctct ttcaatgtct tgaaaccatt gtggttacta      480

aatgagaatg atatgcccaa ggatgattca gtattgttac catctagcaa tagtggcctt      540

tttctcagtt ctctactgta tttattaaat ggaaaacaga ttgataccta tgattggcgg      600

gaaattgaaa aaagaaggat cgtcagagac tatatttctg gacaaataga aatggtggaa      660

cataagaaag cgcagttgaa gcaaaaaagt atcggaaatg aatccaaact gcaggaagaa      720

ctggataact taactatgca attagatgaa gtatccaccc ttgtgacaga taaactcact      780

aaaagtaaga aaacttttaa tcagatgagt gagtttaatg acaagatagt ggcagcagat      840

gtaacgttat ccagatatga atcactgaag ggacaatata tttctgacat taagaggtta      900

agcttcattg ttgatgggga agttgctttt gaaaatattg aagaaccttt actttgccca      960

gtgtgtggac agccagttat taatgtagaa aatgaaacta agcacgttga agcagccagg     1020

aaagagcttt ctagaaccct agccttatta aatgatctcg agcaagcaac agctagtctt     1080

gccgagaaga aactttcttt gcgaaagcaa tatgctgagc tggagaagga acgcaatgca     1140

attcaaatag agctcgatga taagctatat ccacgcctag atgaaataaa agcagccgag     1200

aaggattacc gagaacagat agaggtagta tcacaagtta aggtctttga tgctttatta     1260

ggaaaatgga cgtcgaagat taacgatttg actaatgagg gaataccaga aagggatgtt     1320

aaattcaaac ccaaacaaga actgggagaa aagttttatg atgatatggg tgaaatttta     1380

aattctctat tagagaaggg aaattaccct aagcatcatg ttgctacttt tggtcaagtt     1440

tcatttgata ttatgattaa cggtaataag aagaaggtta gtcatggtaa aggtttcaga     1500

tcatatttga attctgttac agttatggcc ttgagcgaat atataaataa gaatgctcta     1560

tataagccgg agtttttaat catcgataca ccacttgagg gattatcaga gaagtacagc     1620

gaaaatccta atgaaagcat gaaacatggc atttttgagc ttttcataga gaggggcaag     1680

aattaccaga cgattgttgt tgaaaatccg gatcatttac caagtgatat agattttaaa     1740

cgcaaaaata ttaatgtgat tagttatgaa aatgaagaag gatttttaaa ggaaatttag     1800


<210>  2819
<211>  663
<212>  DNA
<213>  Lactobacillus

<400>  2819
ttgccacaat taaataaaga tgtttctgcg gtagataaaa tgtctattta catgcagaca       60

ggtaaaaaga tatttagagg gctattaaag aaaccatttt taaaaaaagc tagtggaata      120

ttatttgtag gaaaaggaac tagtattaca catagaagta gtatttattg tggaaaaaat      180

gttaaatttg aagattactc tgagatacat ggtttatcaa agaatggatt acattttggg      240

gacaatgtaa ctatcggaaa gtttacaagt attagaccat ctagttatta tggagtagga      300

aatataggat atggtcttga aatgggtagt aattcttcaa ttggaccata tggatttgtt      360

ggctgttcag gtagaataac aattggtaaa aatgtaatga taggccccag agtgtctcta      420

tttgctgaaa atcataattt ttcagaaaaa gatatatcta taaaagaaca aggtgttaat      480

aataagggga taaccattga agatgattgc tggataggca gtggagtcat tattttggat      540

ggtgtgacaa taggatcagg ttctgtaatc ggagcaggaa cattagttac aaaagatatt      600

cctaaaaata cagttgtgta tgataaaagg aataaaaacg tgaaggatag attttatctg      660

taa                                                                    663


<210>  2820
<211>  621
<212>  DNA
<213>  Lactobacillus

<400>  2820
gttcgctata aaaattttag tgatgcttgg gaacagcgga agttggggga agttactgag       60

tatattaaag gttttgcatt taaatctaag gattataaaa aaagtggaca tagaatcatt      120

agagtttctg atttagggaa agatagtatt ataaataaca atgattctat ttttgttact      180

gatgaaatca gcaaacaaca aaataagtat aagatcaata aaaatgaaat tattattacg      240

acagtcggtt caaaagcaga attgaaagaa tcggctgttg gacggcctat tattgtcaga      300

aattctctgg gatatttatt aaatcaaaat ctagtaaaaa tacatgggaa gaataataag      360

gatagtcgtt ttatttacta tcaattatta caacctagat atagccaata tattgctacg      420

attcaaagag gaaatgcgaa ccaagccaat atagctatta gtgacttatg gaattatcgt      480

atatttatta ctaaacataa tgagcaacaa aaaataggca acttctttca acaactagat      540

ttcctcatca ctcttcatca acgtaagctt gaaaaactaa aacaactgaa aaaattctta      600

ctacaaaata tgtttatata a                                                621


<210>  2821
<211>  768
<212>  DNA
<213>  Lactobacillus

<400>  2821
atggcatcgg taaaacctaa ccaatctgtt attaattcgt ttaaaatact tgaagcaatt       60

tcaagttctg ctagctatgt tggagttagt caattaagta aaaaaacatc attacctaaa      120

acaaccgttt ttagattact tgagactcta cattatttag gtttagttaa acaaaatgat      180

aaacaggaat atatgttagg aagagcattc ttaaaatata tcgatagggt taaaaatcag      240

gaagatttag tgagtgtatc tacaccattt ttaaaagaat ttgcgtctga aattggtgaa      300

actattaatc taggtattct ctataatgat gaagtcatct accttaaaag tattagagga      360

gaaagattta catttagagt tcaattatta ccagttgctc cattatataa tagttctcta      420

ggtaaaattt tcttatctac tttctcaaat gaagctttag aagattacat taataaaact      480

aattttgaaa aaacaactat aaatacaatt gtagatattg ataaatttaa agaagaaata      540

aataaagtaa aagaacaaaa tattgcctat gataatgagg aagcagaata tggtttaact      600

tgtgtagctc taccaattac taaatcaaat aaagtaattg ctgccattag tgtttctggt      660

cctacatcaa gactaaaaat taagggactt aataaaataa ttcaaactct gcaagatact      720

gctgatagta ttaatcatgc gattagtacg atcgatgata taaattaa                   768


<210>  2822
<211>  1209
<212>  DNA
<213>  Lactobacillus

<400>  2822
atggataaat tattctttaa ctgtaacctt tttgatggaa caaatacaac attattcaaa       60

gatgcctggt ttgtggttaa ttcaaaaggt cgaattagta attacggtac tagtgagcct      120

cctcataata tagttaagaa aatcgatctt aatggaaaat atgttatgcc tggtctaatt      180

aacgctcata cacatattat gatgaaccct ataaccaata aaacagaata cttaacagaa      240

acagaaataa ctgttcaagc actacataat ttagaattac tactcaaaag tggtcaaact      300

tatatcagag attgtggttg tgcttttaat gttgacattc agcttgctcg tttatctcaa      360

aataatggat tgtttaactt taaaattcct gaaattatgc cgtctggtcg tcctctttca      420

atgactggcg ggcatggtga ctttactgaa ggaattgacg gttgttctac ttggggttac      480

ttgactgatt cacctaatga agttcgtaaa gctgtacgaa atgcttttaa acttggagct      540

aaaaatatta aagtgatggc tactggtggc gttatgtcag caactgacca aattgacgat      600

acagaattat cattagaaga acttaaaatg gctgttactg aagctcactc taaacatatg      660

actgtagcgg ctcatgctga aggtggagtt ggaatccaca atgctgttat ggctggagtt      720

gattccatag aacatggatc ttacattagt gatgaagata ttactattat gaaaaaacaa      780

ggaacttttc ttgtacctac attaattgct gcatggacta tcgctgagta tggagaaggt      840

aaattgcctc agtatatgtt agataagact aaagctttta ttgaagaata ctttaaaaat      900

atcgaaaagg ctatcaagaa tggtgttaaa tttgcttttg gaactgatgc cggaactcca      960

tttaacaaat ttgaagaagc accttacgaa cttcaattat tagtacaaaa tggtgctact     1020

aattttcaag cacttcaagc tgctggaaaa ttatcgtctg aattactagg aattgatgcg     1080

gattatggaa ccttagaact tggtaaattt gctgactttt tagttctgga tgataatcca     1140

ttaatcgatg taaaagcagt acaacaaaat aataaacaag tttataaaaa agggcatcga     1200

atgttctaa                                                             1209


<210>  2823
<211>  990
<212>  DNA
<213>  Lactobacillus

<400>  2823
atggatgtat gtttcaatca aatactcgga attttaaaga agtactgggc agataaagat       60

ggtacagcgg gatatgatgt ggctagaaaa gtcatcagcc ttataacgac tgagaaattg      120

caagagttta aatccgatac aacttacaaa actattttcg caactggtcc atcaaaaata      180

gcaactgcca gaatacttaa caatttagcc ggagtaaata agtttgcgga ctacatagaa      240

gaaaatatct ccgaagatgg tagaagtaat cttgcccaag acctcaaaaa gcttactgga      300

gtgcctatgg atagggggac agttgggcgg gtatgctata acttattggt tgattctctg      360

aaagctggca accatctaaa aaataataaa aataaaaaat ccccactcaa aaaaagtgag      420

gagaaaaaga tcgatgtgcg tagtggcatt caccaatata taagctatgt gcgtgataaa      480

gaagaaattg aagttgatgg ggtttctttt aaagtgtcag cacatttaat gaatgatgaa      540

ttagaagtag tgcgtacctt accgtattgt catgctctgt ttgaagcata ctcggcaaaa      600

ggaaaacaaa agattactgc cgaaaatata gaagatagtg agtataagag ctactttgaa      660

agagagaaag agtggtttaa cgaagcggcc tggtatgaac gatctttaag agatacagtg      720

gttgattttg ataatcagta tgacttattg aaacaagatg tctatgaagg tattgaaccc      780

gtttatcatg atgaagactt cggtactgat ggtatgaaga gattaaaaaa ggttcatcaa      840

caagtggttg ttttgcaact tgacagatca aatttgaaaa atatcgataa cattcttgga      900

aacgacacaa aggagggatt atgccatgtt ttggttaatg atggaaaaat aaaatcgtgg      960

gtaaaggtgg attatgatga agttatttaa                                       990


<210>  2824
<211>  1047
<212>  DNA
<213>  Lactobacillus

<400>  2824
atggtaaagg tgaaaacaaa ttcaatagta aaattatgtt taagtattgt actatgtatt       60

tgttttttac agataccgca tgtaaatgca gataacgtat ctaataatgt agctgaattt      120

acaataagtc ctgtatatcc tcgtgagcaa aaagaggatg atgcaggata ttttgattta      180

aatgtaaaaa aatcaacaac ggtacctgta aaagtaaaaa tttctaattt gaataaaaat      240

caagatatag aatatctgat taaagttgga aatgcaacta caaacgataa tgggacaatc      300

aattatacta atttcaaaaa taaaaaagat acaactgcaa agtatcaact tacagatttc      360

gtttctaaaa cagattcaaa acaaaaaatc acagtaaaag ctggctcaag ttctgaagtt      420

acggttaatt taaaggtgcc aaagcaaaaa ttccctggaa cgattgctgg aggagtttac      480

gtagaacgct taactaattc ttatactaat gagaaaaatg gtatgaatac aagaaatcat      540

ttttctatga cattgccagt cattttaaca gaacaggcta aagctaaacg tatagctaag      600

atggaattag acaaagtaat ggtgaagaat ggacctgaag ttatagctaa actacacaac      660

gtgaagccag taatgtttgg taagttgtca atagattcaa agataactaa aaagaatcat      720

gttaaaacat taattcacaa gaatgtaaat aattaccaag tggcgccaaa ctctagtttt      780

aacttcttag cttctgatag tagcaatcaa cttggggcag gaaaatatac gatagatatg      840

catttacaat caggaaaaag aaagtggcac ttagtaaaag actttaccat tacagctaaa      900

caaggtgtgc cattgactaa gcgcacaggt tggttaggaa tttcaatggt aatgtggata      960

gtaatactaa ttctagtaat tatcattgta ggattggtag tagtgatagt aagacaaaag     1020

caaaatttaa aaacaaagaa taagtag                                         1047


<210>  2825
<211>  1161
<212>  DNA
<213>  Lactobacillus

<400>  2825
gtggacaata caaaatacag tagtttggtg aaacaattgg ttgacgattt aaaaggtatt       60

tttaccaccg ctggtttagg tggagaacct ggagaatata aactattaac ccagtcattt      120

ctgtacaagt ttatcaatga taagttcttg tatgaggcta aggtatttga tgccaaaaat      180

gactatgaca cgattatgaa aatgacagat gatgattatg agttcttaca gatggacctg      240

ggtaacaaat ctgccaagat taagcgagaa gatctgatag aaagcttgtt taaccatcaa      300

aatgaggatg gattctatac tttatttgat gcaactctga atgatattgc tgttgataac      360

aatgatatct actcagtaga aactgctgga aataccgaag tacgtttgtt tgatagtaac      420

ttgcttcggg ataatatttt agatgggtct caaagagatg tcgttgcacg agcaattatc      480

aataaattat ctgaaactaa gtttgatgaa cacatttttt cagctggttt tgacttcttc      540

tcaaccatct ttgaatacat gattaaggac tataacaaag atggtggtgg taagtatgct      600

gaatactata ctccacatgc agtagctaaa attattgctc aaattttagt tggaaatgat      660

cagccacaaa atgttcgaat ttatgatccg gctgctggtt caggaagctt attaatgaat      720

ttggcaagtc agattgggac tgatcggacg actgtttata gccaagatat ttcgcaaaaa      780

tcttcaaacc ttttgcgttt gaatttaatt ttgaatgggc tgagtcactc aattcgtaac      840

attgtgcaag gaaatacgat tctgaataat aagcacccgg aaaagatgaa ctttattgta      900

tctaacccac cttttaagtt agatttctca gaatggcggg atgatgttga agcactacct      960

gagtataatg atcgtttttt tgctggggtg cctaagattc ctgcgaagaa aaaatcatca     1020

atggcaattt accaactatt catccaacat atagtttatt ctttaaagga aaacggtaag     1080

gctgccattg tggtaccaac tggtttcttg acggcacaag cagggattga caaaaaaatt     1140

cgccaaaagt tggttgatta a                                               1161


<210>  2826
<211>  1275
<212>  DNA
<213>  Lactobacillus

<400>  2826
ttgaaacaat taattgttct aggaaacgga tttgatattg cctgcggatt gaaaagctct       60

tattctgact tctttttaat gcgttttaat gagctcttag gcactcaatg caaagatttt      120

aaggagatga cgcctcacct agagaacaaa agaaaccata ttattcagag cattgaacgg      180

acaaagaata gcattaattt ttcaccagac gaaaatagag attgtgacta ctttaaggtg      240

aactcaagta agtggtcgga aaaagttgat ttaaatagat gggatatatt cttcttattt      300

gctgaatcat gggtaggtaa ggatgttggc ttatacgaat ggcaagatgt ggaatcaata      360

atttatgaag tcatatcgat tgcattgggc tgtaaatatg aatcgaagat atcatataaa      420

gacgaagtag atcttattgg gggttcacag catgggaaag aagcttttgc aaagctggtt      480

tacaacatct cttatgtaga ttataatagg cattctgaaa tttccgtgga actgtttagt      540

gaattaaaga aatttgaaac catattcagc agatatattg ctaatcagtt tagtattgat      600

gattgtaata gcgagtatat caaatcagca atcagtctat atgaaggtat ttctcagtat      660

tcggagaata aaaaaattac tgagaatgac cagatagatg ttctaagctt taactattcg      720

ttggatgaag gatttataaa aactatagat aaaaaaataa acgatgttcg attaaaatct      780

tggtctaata tccatggaat tgcgcatcat agtgtgacac cgtactatcc ttctccaatt      840

tttggaattg ataatcatgg tattgtatct caaacaaatc aggatgagta tagaatctta      900

tttactaagc cctatagagt tattgatgaa ggaataaatg aaattagata ttcaaatggt      960

tatgtggcta aggatctaat ttcaatatat ggacattcct taggtagagc ggattactcc     1020

tattttgaaa ccatatttga tgaaaataat ttgtattctt ctgattgtaa aatcaaatac     1080

tattattatc ctggaaaaga tgaaattgaa aaagtgatga aacgtaggga agcaattact     1140

aaattatata atttgcttac tgactatgga cgaacattga gtgcagcaca tggtgctaat     1200

atcataaata ggcttaattt ggaaaatcga attagcgtaa ttccgtctga tatttttcaa     1260

aagaagaata ggtaa                                                      1275


<210>  2827
<211>  1449
<212>  DNA
<213>  Lactobacillus

<400>  2827
ttgaaacaaa aatcgttagg gcttaatgca ctattaaata gtttacaaag ccttttaaat       60

ttaatatttc cactaataac attcccctat atttcacgaa cattgtcagt aaatggggta      120

ggaaaatata attttgctaa ttctattgtc agctatttta ttttattagc aggattaggt      180

attagcaatt atgcagttcg tgaaggtgct aaattacgta atgatagaaa agccatcagc      240

agttttgcaa gtcgagtttt tactattaat ctaatttcta caattgtttc atatgtattt      300

ttaatcttaa cagttatttt tacacctaat ttacatcagt atactgtggc tatttttatt      360

tttagtattc aaattttttt tacgacttta ggtacagatt gggtatatac gattttcgaa      420

gaatatggat atattacagt taggaatata atttttaaaa tcttatcaat aattttatta      480

ttcatatttg tacgacatcc aggcgactat ctaaattatg ttgctattac cgtttttgct      540

tcaacaggat catatatttt aaatttcctt catgctaaga attactgtga tattaaactt      600

gactttaatt ttaattggaa agaatattta aatccaatat tagtaatttt tggttcaaga      660

gttgctatcc aaatttatct taattcagat gttacaatgt taggtttttt gcaaaatgag      720

tatgttgttg gtatttatag tacagctaca aaaatttatg ggattgtggg aactctttta      780

attgctgcta ctgctgctac gattcctcgt ttggcaatgt tcatgggtca aggaagaatg      840

tcagagtaca ataagcttct gaaacaagta attaatataa tgatattcct tgttttacct      900

ggaatattag gtttatttat ggtaagtaaa gaggttattg ttcttcttgc aggcgaaaaa      960

tatttacgtg catcttatgc attgagaatt agctgttttg caatgctggg cagtgcgatg     1020

agcggtatat ttaatcaatg tgcgttgata cctgcaaaaa gagaaaagaa gactctaatt     1080

tcttcagtaa ttagtgcttt actaaatatt gggcttaact ttatcttaat tccaattatt     1140

gctgagaaag gtgctgcttt aactactgtt ttagctgaat ttacaatgat gtttatgaat     1200

ttttacttta gtagagatat aacagggttt gtctttaaag acagggaaac ctggaagaat     1260

atcattactg tgttattagg atgcgtggga attatagcgg tgtgtgcact ttcctcggct     1320

ctttttcaac agatgtttat taggttagtt gtttctgtaa ttagttcagt tattgtttat     1380

ttggctatat tactagcaac taaaaaccaa gtggctttaa tatttctaag taaggtaaga     1440

catggatag                                                             1449


<210>  2828
<211>  1668
<212>  DNA
<213>  Lactobacillus

<400>  2828
atgaaaaaag agaatttatt agaaaagatt tgtataatct tagtattagt aataccgact       60

atagtaagaa taattatttc gttaaagatt cctttattta tgcaaggaga tgctagagca      120

gacgactatt tatatgtaag atatgccaag agtcttttag aaggtaatta tttaggtact      180

tttgatggat atacattagt taaatcaata tcttatgcta tatatttata tattaataat      240

atacttggaa taccatatag attatcatta atattattct atattttagc gataagtgca      300

ctagtatata ctttaaataa aattataaaa agtacatatt tttcagttgt gttatatcta      360

ttcttactat attcaccagt aatgctacat aatgaaaata ttcaaaaagt atatagaggt      420

ggagtgctag tttcttcatc aattttagtt ataagttgtt ttatcggaat ttacgctagt      480

gagaaaaaaa tggaaaagat attatggagt atttttggtg cgttgtcatt accatttttt      540

tactatgtca aagaagattc tatatggatt atgcccttta tatgtgtaat tatattaata      600

tattgtgtta aaaactggtt tttaattaaa gaaactggaa gaaaaaagat attgaacttg      660

ttacttatgt ttattccaat tatctcccta ttggtagtaa cagttacata taaaaagata      720

aatcaaggat actatggaga atatactatc acagatagaa gtagcactaa ttttaaaaat      780

gtaatacatg atctacttgt aatcagtgaa actaatggtg gaaataagga aatatggatt      840

actaaacagg cattggaaaa agcagaaagt tatagtccga ctttgaagaa atacgaacct      900

gtaaaaaaga tgtatgacaa tggaggtgtg aaggtttact acggcgattt attcttttgg      960

tcatttagat atgttttcaa tgatgaatat agtaaaaatg gtattaagat aaataagata     1020

tatgggaaga tagacaagga attaaaaaat aacatagata gaaaaaacat agataacagt     1080

aaagaattat atttgtcttc agtggctaag ggattatcaa agaatgatct agcatggcta     1140

tggaaaaatt ggaagaaata ttttgtggtc ttagcaacat ataaatataa tgagttatct     1200

gtcgatgttg ccacaggaga tagtaatagt ataaacgata tgatgcaaat cactaataca     1260

cctgctgtta cacaagaggt tattaataca gaatggaaaa atcaatacag aaaagttatt     1320

tccgttgtac aaaaatatgt agtaggagcg taccaaaaaa ctgggaaatg ggtgtttttg     1380

ttaggatttt taggcttagt gacattgcct gtttttgtta ttagaaataa gagctatcaa     1440

atgttaagtt taatgggaat tgttgtgggc ttattaagta gtgttgtacc attatttata     1500

ggagtacagt ggtttagtaa ttttctaggg tataagaaat tttatgacta tattggttgt     1560

gcaatcccta ttatgcaagt cttagaggct ttaggattgt taatgttagt aagaggtact     1620

agcatcatta tgcataaagt aaaaaagtta aggagaaaag atgcttaa                  1668


<210>  2829
<211>  1185
<212>  DNA
<213>  Lactobacillus

<400>  2829
atggtaaatt tgctatactt tatgattata atgattacta tgtttcttgg tgaatgggtt       60

tctaaaaaaa ctcattcctg gattccatcc atttttatca ctgctattat ttttttgatt      120

ggcttttgga caatctttcc taaagattta attaccaaag catcatacac taaagatttt      180

ataacaatta caattggact tctcttagtt catttaggaa ctttaatgaa tatcaaaaaa      240

ttaattcaac aatggaaggc tgtttgtatc gctattttag gaatgttagg aactttaatt      300

ttcaccctaa ctattggctt agcatttttt ggtcatgatt tagttatttc aactatacca      360

actctaactg gaggacttgt tgctgctgct ttaatgactc aaggcattga aaaagaaggc      420

ctattaacat tagtagctta tcctgtagca atgtttgttt gccatcatat tattagtttt      480

ccaatgattt cagcctgtct tcgaaatgaa ggctctcgcc tcaaagcagt ctttagaaaa      540

gatcctgata ccgctaaggc tatggttgcc gaagatacct cttcttcttc gactaataat      600

tggcaacatt actttagctt aggggaaaaa tatgatactc ctgcctttat cattgctaaa      660

gttgcagcta ttgctgtttt tagtttttgg gtaggaaatt tacttaatgg agtaattaac      720

tcaaatgttt tatgcttagt tttcggtgtc attgcccatg caattggatt tttacctagc      780

aatgctttaa ataaagctgg tgtctttaat tggctaatgt atggattatt aacctttatc      840

ttagctgagt taaacgcaac tactccatca actattggca aaattcttct tcaagtactt      900

gtattaatcg cattaggatt gtcaggtatg tttttagcat ctgtactatt agctaaacca      960

ttcggtatga gccgttctat ggcatttgca tgtgctctaa ctgccttatg tggtttccct     1020

gctgactata ttttgactaa cgatgttgtt aatagtttga ctaacgattc cgatgaacaa     1080

caatttctac tagacaatat gcttccgaaa atgttagttg gtggatttgc aactgtttca     1140

attgcttccg ttttaatcgc atctttcttc ttaaatatgc tttaa                     1185


<210>  2830
<211>  1353
<212>  DNA
<213>  Lactobacillus

<400>  2830
gtgggagaaa aagtagattt agaaagaaaa gaaaaatttg gaattatttt accaattgtt       60

ctaataagtt attttttaat tttgttgaat aactcgttaa tatttacgtc aactgttaaa      120

atttcggcag aattacagat gaataatttg atggtagctt ggataatcaa tgcctatgcg      180

ctaacttttg gtggtctttt agctttttcg gctagattag gagacattat tgggcgtaaa      240

aagaccttat tgacaggact aataattttt agcatcgcct ctctattagt aggtatgtca      300

caatctgcga tgatgattat ttctatgaga gctttacagg ggatcggggc ttctttgtta      360

gctccagcta cactggcttt attaatggat aattatcaag gagaacaatt aaatagagct      420

attgcatatt atggagcaac tgcaggaatc ggtgctagtt tgggtatgat tattggtgga      480

atgattgcca gttatataag ttggagagca ggattccatt tagatttaat agtttgcatt      540

tttttaatta tcatgtcagt tttaggtatt actaatcaaa aagcaactca tgggacaaag      600

attgattggt ggggaacgat aactttggtc attgggttta gtggattagt atacagctta      660

aatggaagta gctatcgttt agtagctttt attatcgcta ttgtgacttt aacaattttt      720

ggatatattg aaagtaaagt tgaacatcca ttaatgccac tagtggtttt taaagataac      780

caaagaataa gtgccttgat ttcaagattc tttatgttag gtgcaagcat gtcttatttc      840

tttttaatgc cacaagcgtt acaaagagtt tttgaattta caccattgat ggcatctatc      900

tcatttttac cattaactgt tatacaattt attgtttcct tgtatattcc tcgcttaaca      960

gcacgatttt ctaatacatc agtattaatt tcaggtgttg ttgttgatac cttaggtttt     1020

gttttgggaa atgtaattgg tattaatagt ggttattggt ggggagtagc atttccaatg     1080

atctttttag gtatgggtca aggtttgatc ataggtccag caacggttgc tggagtggct     1140

ggaacttctg atgagattgc tggtgctgca tcaggagttg tcaatacttt ccagcaaatc     1200

ggtggtgcag tcggattagc ttttatttca gcaatggtca atggattgaa cggtgctgat     1260

gtaataatag atcaagctca attttggatg gtagtcttag caattattat gacagttgct     1320

gctataaata tcttacgtgg aaagcatgag taa                                  1353


<210>  2831
<211>  1176
<212>  DNA
<213>  Lactobacillus

<400>  2831
atgattgaca tgattactac gactcttggc gaagttggta aagtaaaaat gtgtaagcgc       60

atattaaaag aacagacttc taatgaagga gatatcccat tttataaaat cggtaccttt      120

ggtggacagc cagatagttt tattaataag gaattattcg aaaaatataa ggaaaagttt      180

tcttatccca aaattggtaa tactttaatt tcggcatcgg gtacaattgg aagaactgta      240

aggtatgaag gtgaagaagc atactaccaa gatagtaata tagtttggat tgacaatgac      300

gaatctaagg tattagatga ctacctatac tatgtctatc aaaatattag atgggttaca      360

acgacgggag ctactattac tagattatat aactcaaata ttgaatctat ggaaattaaa      420

attcctaaag atctaaatgt acaaaagcag attgttgatg tattaaatcc tattgaaaaa      480

aagatttctc tcaataactc tatttgtgag aaacttgaat taattgcaaa aactatctat      540

gattactggt tcttgcagtt tgaattccct aatgaagagg ggaagcctta caagtcatca      600

ggtggcaaaa tggtctggaa taaagagttg caacaagaga ttcctgatgg atgggctagt      660

tcaaagttaa aaaacatcat tgtcgagaat cctaaatcta agattaaggt tagtgacgta      720

aaaaatgatg gagaaatacc attttttaca agtggcacag atatcttgtc aactagcgaa      780

tcaatagttt cgggcttaaa ttgttactta aatactggtg gtaatgctga tgtgaaatac      840

tactatggag aagcatcata ttctactgat acatggtgta ttactgctga aaacgagacg      900

aagtatattt tgccatttgt gcttaacaaa attaagccaa gcatggataa ggtattcttc      960

caagggacag gcttgcgcca cttgcagaaa aatttattac gtgaatacca attttgtctt     1020

cctgacagta atgttgtaaa agaattttca aaacttgcca gtgatatttt taaaaagcaa     1080

cattatttac ttgaagaaaa caagaaactg gaatcattga aacaattttt gctacccctt     1140

ttaatgaacg gacaagtaac tatcaacgaa aaatag                               1176


<210>  2832
<211>  993
<212>  DNA
<213>  Lactobacillus

<400>  2832
atgaaagtta tttgttatgc tgttgcacct ctagaagata tttatattga aaattgggct       60

aaagaaaatg atgttgaaat aaaaattcta cgagaagatt taaatgagga aactgttcat      120

ttagcagaag gatttgatgg tatttcatcc gaaggcattg aacctgtaac tgaagaagtt      180

tacgctcagc ttgaaaagtt tggtttaaag caattagcta ttcgacaagt tggtttcgac      240

aatcaagatt tagaagctgc aaaaaaacac ggtattaaaa ttaccaacgt tgcttcttat      300

tctcctagag ctattgctga aatgggagtt actcatgcta tgtatcttct aagacaagtg      360

ggtatctatt acaatagaat gaaccatggt aatttcaatt ttgaagaaag tactctaagt      420

agagaaatct tcaattgtac agttggttta attggaggag gacatatcgg tggagctaca      480

gcacagattt atagtgcatt aggtgctaaa gtactattat ttgatccata ttatgatgct      540

gctttagaac catttgtaga atatacagat ttagatacta tctttaaaaa atctgatatt      600

atttccctac acacaccttt acttccaagt acagcaaata ttattaacgc tgaatctatt      660

agtaagatgg aaaaacaacc tattttaatt aatatggccc gtggaggttt agttgatact      720

tcttccttaa tagatgcact aaaatctggc aagatttcgg gtgctggctt agatactcta      780

gctaacgaag ctgaattctt tggaaaagaa catgttgaaa attccgacct acctgatgac      840

tataaagaat tagtaaacat ggataatgtt ttaataactc cacacgttgc attctttact      900

aaacttgctg taaaaaatag tattgagatt gcattaaatg acatgaagtc tataattaat      960

ggtaaaggtt caaaaaatat cgttaattta tag                                   993


<210>  2833
<211>  1047
<212>  DNA
<213>  Lactobacillus

<400>  2833
atgagcaaac ggatagatag aaattcttcg ttagagttat tacgaattat ttctatgctt       60

tttatagtca tgaaccacta ttctggagaa gagccttgga atatgaaagg tgccagctta      120

gtgaatgtta taagttatca actttataaa ccgcttgggc aggtaggggt tgatattttt      180

attttgatta ctggatattt tttagcgtct aaggttgatg ctaattatgc aatttccatg      240

aaaagggcga gtaaagtatg gcttgaagtt tggttttatt cagtagtggt attttttgcg      300

gggagttttt attatagtca tttttccatt gtaaatatgg ttaaaggatt tctaccaata      360

gtatttaaca attataggtt tgctacagct tatattattt tggtactttt agcacctttt      420

attaataaac ttctggaaaa actttctaaa agagagtaca tagtattgct aattataaca      480

atattttgtg gagaagttat acctgtcata ggtaatacaa ccttcagttt agataaagga      540

tttggtgata tactagcggt ttatttagtt ggtggatata ttagacgata tgacatagta      600

actaaaaaat ttcatctgat ctttgcagta attgctactt atttatttat gctagtgtca      660

atacttattt tgtggaagat agttggttat gaaggaaata taacccgatt tacatatgga      720

attctacctt ttataatggc aatatcaatt tttttaatat ttgtcgagat accttctttt      780

actaacaaaa ctataaattg gtttgctagt tctgtatttg cgacgtattt aatgacagaa      840

aatatttatg ctgataaatt tatttggacg gagttgttta atactactag ttacgaaaat      900

cccttattaa tttctggctt tggattacta atagcagtat ttcttgtaat catcacagtt      960

tttgttgaca agtttagagt acttcttttt aatcatttaa aattggagag acgtatatat     1020

aggattattg ataaaattgt cttttag                                         1047


<210>  2834
<211>  621
<212>  DNA
<213>  Lactobacillus

<400>  2834
atgaaaatta ccgtcgttgg tggaactgga ttagtcggtc aagggatatt gtccgaacta       60

tctaaagata aatcactaga tctccactct atttcacgta atggtaaacg tcctaattcc      120

attactggta tcacctacca ctcttttgac ttagctcatg acactaattg gcattattta      180

cttcaaactt ctgattgggt tattgattgt gtaggaattc ttttccctaa taagtcaaaa      240

aatcagactt atgaaaatag cagcattcaa cctgctaagt taattattga taatatcgtt      300

gattctgata ataaattttt gttcatctct gccaattcag ctccattctt tttaaataat      360

tatttacaag ctaaaagaac tgttgaaaat tatgctagta gaaaactagg taatcgtgca      420

atatcagtct atcctggatt agtttattct agatttagaa gaagcaacta ttatcctgct      480

gtaatattag actttttatt aaaattcaaa ctatttagtt tcctaagaaa atttcgtcca      540

attagtagag aaagatttgc taaagaaata cgcgatataa tagaaggaaa aaatagcgaa      600

cttacttata gaattaaata a                                                621


<210>  2835
<211>  1377
<212>  DNA
<213>  Lactobacillus

<400>  2835
atgacaaaac ttttaattac taactatgag cggaatgttt tgattaatag ctatctttta       60

aaaaatacac ctgaattgga tgatatcaga agattgcttg tacataataa acatatcagt      120

gaaaatgatg tgtcaactga aatggctaga aggatcaaga agcataaagc tgattggtta      180

agagttacat atttggactt aacaaaagat aaaagtagga gttcgtatta tgtaaaaaat      240

ggtgaaaaat ttacgtgcta tttttgtaat aaacctttga catcaaaagc ttattttgtt      300

actgataagg atgacaaagt ttttcaggtt ggttcagaat gtgtaaaaaa aatagccaat      360

ccagaattta tgattaattc acaattggct aaaaactcta gagagcaaaa acggttagaa      420

aaattacaag caaattatcc agaagctatt gaagtagcaa aatataatgt gttagctatt      480

agatatatgt tcaaattggt tttaagcaag aaagagttgg ataaattaca aaatatagtt      540

aagaaatgtc acaatatagt ccgtaggtat attagtggaa aaggtagtgg aacaggggat      600

ttgagtcttt acacaaagga gttcaataga tataaaaatt ggttgatgaa ttatcacaca      660

gataatctag atacaccatc gagatttccc acttctatac taacaaacat gattattaca      720

ggtcaaaaag atgaagcaaa taagatatat gataatgtta gtaaaagtga tggaattatt      780

actaatgata tagctattaa aattaaaaat gaagaatttt taaattggtg tctatcaaat      840

atgctaagat ttgatggata tgaaaaacat aagataacgg tatcgaagtt tggtgaattt      900

aatatggtag ttggtaaaag acgcaataat tattggtata aagttgattc ttctatcatg      960

ttaaggatgg caaattatcc caaaataaag ctattgtcag tcgaacgatt atcattatta     1020

aaagatggaa tgattccaac tcctgaaaca cgtaaaaaat tgatagcaga tttcatattg     1080

ttattaaaca ataataaatt ccacatatac catccaaatt taaaaaggtt atctgacaga     1140

aattacagaa aatattctaa taatatatat gtatattcga ataaaggaga tttagcgatt     1200

tttagtattg atgatatttt aaataaaata atgttagatt atattactac accaaattct     1260

gttaaattaa acatacacaa cctcgtagat aatgcgaata aaattactgt aaaagaattg     1320

acacaacaaa ttgaaaaaga tatacaaatt gaccaatcaa taaaggaatt attttaa        1377


<210>  2836
<211>  867
<212>  DNA
<213>  Lactobacillus

<400>  2836
atgattgata actatctttt agaagagctt gtcgcatttt ctgaacataa aactctagcc       60

gctgcagccg aatatttaaa tgtcactcaa ccaactctta ctcgtggtat gcagaaaata      120

gaaaatgaat tgcaagtaac cctttttaat cgtcaaaaaa atcggatcat cttgactgac      180

gttggaaaag tagctgctat tgaagctaaa aaagttctag ctagcaatca aaattttatt      240

caaacggttc gtaattatgc tgaaaataca aatacgatta atattagctc aactattcct      300

ggtcccataa ttgtggtaaa ttccttaaaa ttgactaatg ctaatataga ttctagtttg      360

ataaaaccag ataatattga acaactatta aacagctata aatttgattt aatcttttca      420

actaatgaaa tcttttcgga tagtgtagag tctcgttatt taggtaggga aaaactagct      480

gtcagaattg acaaatttca ccctttagct agtcaaaaaa cagttacttt taaagaatta      540

cgtggtctaa gttttttagt ggctaatgac attggaactt ggaaagacat tattcaagac      600

tacattccta aagctaaatt cttgtatcaa gaaaatctgg ctgctttatc ggaattaaca      660

caatattcta gttttccagt ctttcgaaca aatttatcgt ctatccgtat taatgacgat      720

aaaaatgatg gtcgtcgttt aattccaatt agtgatgagg aagcaactgt tgaagtttac      780

gcttgttatt taaaaaataa ccgtcatgat ttacaagtta tttttgataa agtttcagaa      840

attttttcaa aaaatctgcc aaattaa                                          867


<210>  2837
<211>  1230
<212>  DNA
<213>  Lactobacillus

<400>  2837
atgatagttg tgaaaaaaga agtagttggg aacattaccg tttttttaat ttttttctgt       60

ataacattag gaaattcaca attttttact gaaataggaa ttaataattt tttcatttat      120

ataggatata gtattgtatt aatgaaaata ttatatgagt ttaaaacaaa tctgacctct      180

tattttgtaa agagattgtt attatttttt gtattagtat atttattcag cataggaatt      240

ataaagcaaa acaatttaga aaatctaaca aaattaaatt taattttgtc catgtgttta      300

attgctttag tagcagtatt atctgaaggg attctaaata gtactgagca atttaagttt      360

attagctatg caatattttg ggcatgtata cttgctactt ttttagctgt aatcaaggga      420

gtatctataa catctttggc agtagagggt gcaggtggat caaattatgg ttttacaggt      480

ggattacaac ataaaaatta ttttggagta gcctcactcg caggatttat ttctgcgtac      540

atcagtaata agaaagaaaa taaattctta ttatgggtat atttgatatt tatcataata      600

tcaaatgcaa ggacagcata tatactattt attttattta ttataataag taatgcaaca      660

aagattaaga aaattaatat gaccaaagca caattacggc ttgttatgat gctattttca      720

atatttatta tattattaat gattttaatg tacaaaaaag taacatctgg tagtgaatct      780

tatcaatata gatatcaagg attagttaat tacttaaata tgtatggcga aaataaattt      840

tatatgattt ttggtaacgc tgaaatggca tttagaaatt ctggtcaatc gtatacatat      900

aacatacgct ctgtgactgg ctggaatgga acaacagaat tatcgttgct gagtatttta      960

gtaaaaaatg gtttaatagg tatgattgga tacataatta tttttggata tcgtctaata     1020

cagatcttat cgatgagttt ttcaaaaata aaatatgatg ttttagctat ctgggtgata     1080

ttctttacat ctggatttgt agaaacgtat gtagcaaata ttaatttggt gtttaatcct     1140

ttttgttata ttgcgatagg ttctttgtgt agtatatata tgaaaaatat gtctaatgat     1200

gatgtgcaat ttgaaatgga agaggagtaa                                      1230


<210>  2838
<211>  2451
<212>  DNA
<213>  Lactobacillus

<400>  2838
ttgataaaaa aattatgtaa tgcattaatg gcatgtgtag ctatggtaat agttacattt       60

tctttattaa tagcacaagc aaatccaact tttttgcaaa gcaatttact atcgaaaaga      120

ctatttgcat acagtttatt aaataatttt tctaatgtaa ttatcggtgt attactaatt      180

ttaattggtt atcaaataaa agaaaatata aaactcataa agaaatatgt atatatttat      240

gtagtaaact tattgatatt tatagggttg tttttgtgga ctagaagttt cactatccaa      300

aatttgtacg atgcagttct tccaattact agaaatactt atccaattgt acttggtgct      360

atatctgcac tattgataaa agataagtta aagaattggt ttaagaagta taggtttcca      420

gtaattttaa gtggatatgc tatagttttt gcattaccaa gtatatttaa taaagatatt      480

tttgggatag gtaatggaaa taatgctatt acagcttttt tgttggtgac attaggaata      540

gtattttcaa atgtagaagt ggacaagtta catatagata aaaaagttat tactttaatg      600

agtataagtg taatgctaaa tataacctta gcactttcta tgccgttcat atcttggaga      660

atacgtggag atttttcaac agcgtacaga tttaatgtgc taacttcaat atctgttgta      720

gcaatgtcta tagttatatt tacagttgga caaaaattaa agacgaacat aaagatatca      780

gaatatatag gattactact attacttgtt tattcgaata attttattat tgaaaaaatt      840

gttaatggta gtataagttt aaaagtgttg ctttttaaga gttgcatagt ttctataatt      900

gttgttgttt tagggtggct attatcaaaa atagataaaa gaaaccttac tttagaagaa      960

agactgttat tgaatgatga taaaagtata aatctatggg gcagaaattt aatatcatat     1020

ataattacta atgttaagaa atatagattt aacatcatga acattatttt tttgtatatt     1080

ttagcttatg tttcatttat tttaatgtca cctgattttt cagcaccaca tttgggaaaa     1140

gatcatacta atattttttt ctataccttt tttgtcaggc aacatatgct gatattaaat     1200

acaatgttgt tttatctatt atatagattt atttatggga taattggtag attttggata     1260

agtataatat tgaattatgc agtaatagca gttgcaattg ttgcagatgc tataaaaatt     1320

cattatcgta cagaacctat tttacctgct gaagtaacaa tggtttcagc ctatggtgat     1380

atattgagta tggttcctca atttatttta tggataacag caataataat tgttatattg     1440

attggtataa ttatttattg tgaaagaaaa ctaccacaaa ataaagtaaa gtggagattt     1500

agaatattag ggatagtatt tgcagtattg gtatatagca gtagtacaag aattaatcat     1560

gaaggctcaa ttgttggtga ttttttaaat tcatatggga accttcctac atttgaaaat     1620

caagagcagg gggctcaaca aaatggagct ttgcaacaat tcttaaataa tatagatgtc     1680

acaattatga aaaaagaaac tgactattct aaaaagaaag ttgataaatt agctagaaaa     1740

tattctaaat tggcgaatga aataaatgtg acacgtgata ataacttgtc tacacaaact     1800

attatcttta acttgagtga aagtttggca aatcctaata gattgaaaga agtagaatta     1860

tcacataatc cattatcata catagatagt gtcaagggaa atacaacatc tggattaatg     1920

ataagttcag gattaggggg tgggactgct aatatggaat acatgacttt aacaggtctt     1980

ccagtaagta atttttcgcc aacaatagct actgcttaca cacaagtggt accagaatct     2040

gaacgaactt tgactattaa tgaatacttt aaaaaatcaa ctgcaattca tccatataat     2100

ggtagttttt atagtagaaa agcagtttac cagaaatttg gtttccaaag atttatgtat     2160

ctaggaagta aatataagat aaagcataag ataaaaattg ggactaatcc atatttatca     2220

gatgaaacgg catatcaaaa tacattagat gtgattaata attataagga tggacaattt     2280

attaatttag ttactatcag aatcatcttc cttattcaga ttactatgat aattctagcg     2340

attaccaagc gagtggcgat atggatgatg gtgaaaaata taatatcagt aattatagtg     2400

caggactttc atatactgat aaagctgtac aaaaattcat tgagcagata g              2451


<210>  2839
<211>  282
<212>  DNA
<213>  Lactobacillus

<400>  2839
ttgaatatta ttcatgcttt aatgtttaca tggaatttta ctgttaaata tcggattccc       60

gtcttcaata tcttagaaag tgatatgaat atctgcttag ctcatcctaa acatatcaaa      120

gctatgagga ctgataaaaa ggatgctaag tggattgttg gtttattcaa acacaattta      180

gttgctagta gctttattct atcattaaaa attcgccaat tacgcaacct ttttcgttat      240

cgtatgaaac ttactcaatt aaagtctagc gagaaaaaat ag                         282


<210>  2840
<211>  1188
<212>  DNA
<213>  Lactobacillus

<400>  2840
atggatgtat taatgacggc gatggaaaaa ataaaaaata atcctaatag agataaagtt       60

ggtaagtata tattttatac agcttttata atatatttag ttactcattt tttaatgggg      120

acaatgtacg tatatatttt ttatgatatt ggactaagta ttccttatag aattatgatg      180

gtagcagttg ctttagcagt tataaaaatt ttatttttta atagaattag taactggcaa      240

gaattaacaa tagaaatatt agtaggttta ttattagctg tgactgcaat taactcgcaa      300

acgatggatc ttttatatta ttatataatg atcttagcag caaaagattt agactttaag      360

caaatattga aagtgtttat ttatatcgaa gtatttatgt tactattttc tgctttttca      420

gtttatatgg gatggatttt agaagttgta aatatgagaa ctggaaacgc tggaataaga      480

ttatcgttag gatctgttta tccaacagat ttggcagcaa gaatattcta tatttcacta      540

gcttatgtca cattaaagaa atttaaatta aaattgccag aatatatatc attgttagca      600

atatgtgcgt ttatatattt tgtaacagat acaaaagtag atactttatt gatattacta      660

ctaatagtaa tttcggcctt ttataatact gttacggagc tattgtatag aattggagca      720

aatactataa ctttagtggc aggagcggtt gtaggaattg aaatagtttt aacttattta      780

tatactgcta acagtagaat ttttagcata atggatcgtg tattgtctgg aagattgaaa      840

tatggacata tggcttttaa agattataat gtgacaatgt ttggtcaatt tattaaagag      900

catgctaatg gtggaattca taaggggaaa tttaattatt tcttcataga cgttagttat      960

ttgcgagtat taatgtttgg tggggtagta gcttttgtat ttcttgtcat tatgttaatt     1020

tactcagtaa ataagtttat gaatgataag actatttgtt tattagtagc tttattattt     1080

gcggctttaa gttcattaat agatcaacat ttgatggaat tatcatataa tataatattt     1140

atagcgatgt taactaataa tgattatttt aaagataaat tagtatga                  1188


<210>  2841
<211>  282
<212>  DNA
<213>  Lactobacillus

<400>  2841
ttgaaacaac cattactaat gattactggt gatatttctg atactagata tatgacagat       60

gatccaactc cagaaacttc tacaactagt ccaactccaa aaaacatcac aaacgcaaaa      120

ggaaagacag ctacacctga attaaaaaat atggatacta agtctaaggt ctttcaaaat      180

aaacttccac aaactggaaa taaagtaggg accatttact cgattattgg attacttttg      240

acgtctattc ttggagtatg ggagattatt cgaaaacgtt aa                         282


<210>  2842
<211>  624
<212>  DNA
<213>  Lactobacillus

<400>  2842
atgaagttat tttcaaagtt aaatttatta acgttagctc tcggtggagt tttaattttg       60

ggtgtaccag cagtgaaagc agatagtact aatcaacaaa gtacagcaac tctcaatatt      120

caagatgaga gtacagatac aacagctaaa ttatctttag attcagtacc tagttttcca      180

tttggaaatg ttaaaacaag tacaattttt agtggtgggt ctgttggcgc tgcattatct      240

aatagtaaca ctgtagtaat cactgataca cgtttaagta atattggatg gaatttagct      300

gttacgaaca caacagcttt tacaaatggg gatagtaaga ttaatggaac tattcaattt      360

acaccagatg catttcaatt tactgatgga gcagctgaag gttggacatg ggctaattca      420

caaactagtc tgactttacc aagtagcact tctaatcaag tagcatcatc aactggtgca      480

aagaaaggta cagcaacttc aacaattaaa aatgcaagtt tgaagtttaa tggacatgac      540

gcaattgttc ctggtagtta tacagctaac ttaacatgga atttagctgc tgcaacaaaa      600

gaatcatcag ttgaaagtga ataa                                             624


<210>  2843
<211>  675
<212>  DNA
<213>  Lactobacillus

<400>  2843
atgccagtaa ttgaattaac taatattaat aaatatttcg gtaaagatac tgctagagta       60

cacgttttac gtaacttgaa ttttcaagcc aatcgtggcg aattaatctt gattttaggt      120

ccatcgggtt caggaaaaag tactttccta accatagcag gtggattaca atcagctgat      180

tctggaaaag ttactattaa tggaaaagat gtaagcaatc tttcatctaa acaacgcgat      240

gctttacgat taaatcaaat aggatttgtc ttacaagctt ataacctcgt tccttactta      300

actgtcaaag aacaatttag ctttgttaat aaaataaaga aaaataataa tctttctgat      360

gtagaattag aaaaactgct aaaaacattg ggaatttatg aacttaagaa taaatatcct      420

gatcaacttt ctggaggtca aaaacaaaga gttgctattg ctagagctct gtacgctaat      480

ccagaaatta tactagctga tgaaccaaca gctgctctag atagcgaaaa agttaaagaa      540

gttggtagtt tactggctga tttggctcat aagcaagaca aagctattat tgtagtaact      600

catgatatca gattagaaaa ttatgctgat aaagtatatc atttagatga tggaattttg      660

aaagaaagta aataa                                                       675


<210>  2844
<211>  501
<212>  DNA
<213>  Lactobacillus

<400>  2844
atgccaacaa caacttttga aaatttacct gatgcaaaga agaaaacaat tattgctgcc       60

ctacttaaag aattctctca atcaccttta agtaaggcac aagttgcccc tatcgttaaa      120

gaggctcaaa ttgctagagg ggctttttat aaatattttg ttgatttaac tgatgcctat      180

acatatctat atagacaagc tatgaaagat attcatatta atatttctca tacatcagtt      240

aaaacagccc aagattatgt taaccaggta cgcgagttct taactaaatc acaaaatagt      300

tcttactata atttaattaa gatgcatacc ctgtataatg aacattttct ttcagctaat      360

ttacctaagc agatgcctgc aaatatttgg gctattgctg aattatgtca tgctactatt      420

cgtgattgtt tagttgatcc taacaaacaa gaagaatata tagctaactt agaaacaatt      480

cttactaaaa ttatttctta a                                                501


<210>  2845
<211>  927
<212>  DNA
<213>  Lactobacillus

<400>  2845
gtgaaactat caatagtaat gacaacatat aatggtatgg aatatataaa agatcaattg       60

gattccatag ctaatcaaaa aagaaaagca gatgaagttt tgatatatga tgatggatca      120

aacgatggaa caatagaatt tatagagaat tacatcaata ataatggatt aaacaatact      180

tggaaactaa tagttaatga agaaaataag ggttggagaa gaaactttgt agaaggaatc      240

tggtcatcta taggcgactt ggtttttcct tgtgatcaag atgatatatg gcatgaaaat      300

aagttagaaa ttatagaaaa tattatgact gaaaatcctc aaatacaagt tttaactaca      360

aatgtaacaa atttgtatga taatggggat agaaaaccaa gtaataatca agatggaaaa      420

atagtaaaag tttcatggga aaaacatgta tttagggttg atgcccccgg atgtgtatac      480

tgtattcgaa gagaattagt tagcaagagt aagaattatt acagagtaga atatgcccat      540

gacgattatt tctggaaatt aggattattt gctgatggat tatataattt caataaagac      600

ttaatcgatt atcgtaaaca tgatgatagt acgttttcag ttgaaactag aaaaaataga      660

aatgtaaatg cccgtataaa ttggattgat atggcactag attattgtga tgatataact      720

gattatgtaa ataatgataa tacgataata gaaaaagata agaaattatc tgtaataaaa      780

agaaatagaa agtatctaaa tttgagaaag agattttatg aaacaggtaa tccattacta      840

atagtaccta tgtcaatgta taaagattgt tacttaaaat ctagacaatt attaggggat      900

gtatatataa agtatgtctc tagataa                                          927


<210>  2846
<211>  1353
<212>  DNA
<213>  Lactobacillus

<400>  2846
atgaaagtag atataaatga tgttaaaaaa tttgtaactg acgaactaaa tactagtact       60

aaatatctag aaatcccaag tgtctcagca caaggacgtg gtatcaaaga aaccgttaaa      120

tatcttattg attggtttaa agatctagga gctgaccaag ttataacttt tgatcaatat      180

aaaaacccag ctatttttgc ctcctttaca ggcaatagcc ccaaaactgt cttattttat      240

aaccattacg atgttcaacc acctgatcca ctagatgaat gggaatctga tcctttcaaa      300

ccaacaattc gggatggtaa gttatatgca cgtggcattt gcgatgataa gggtgaatta      360

atgtcgcgct tagctgtagt tcgttacttc aaagaacatg gtggtcttcc ttgtaattta      420

aagtttttta ttgaaggtga ggaagaaatt ggcagtccaa atatagagaa atacgcctca      480

gatgctgcaa aatatctcac ttgcgatgcc gttatttggg aaggcggcgg taaaaatgaa      540

gcagagaagt ttcaaattat tgctggtact aaaggaattg cctcatttga agccaaggtc      600

actacagctg agtctgatgc acactcttct ttagcaccgt atcttgataa tgctgcttgg      660

cggcttgttc aaggtttatc atcattatat ggggctaatc gcaatatcaa ggtagatcac      720

ttctacgata atgttcaagc attatcccca tatgcagcag aacaagttaa acaacaagaa      780

gcaagctttg atgcagcaac tgtaataaac gcttttggag ttactcaagg aaaactttct      840

gtaaataatc ccttttcagc agtaatgact gaaccgacta ttactattaa tggcctttca      900

gctggttacg aaggaactgg tgtcaaaacg gttataccac gacaagctac tgctaaactt      960

gattgtcgtt tagtccctgg acaagatcct gaaactattg tgggttatct tcaagatcaa     1020

cttgttaaaa atggtttccc tgatatcaaa ttacactttc ttctagggga agatgcttac     1080

cgtactgatc tagaagatcc tttcattcag ttaagtagcc gtattgctac agagatttat     1140

ggacctgata aagttgccct aattcctaat caaccaggcg gtgggccaat gcttccattt     1200

ttcaaaatta cccaagcacc attaatgggg attggtgttc attacgctgc aagtactcct     1260

catgcaccta acgaaaatat ccgtatttct gattatgcgc aagcatctgg ttatcttgct     1320

cgtttgttgg aagaatttag tcaacaagca taa                                  1353


<210>  2847
<211>  3000
<212>  DNA
<213>  Lactobacillus

<400>  2847
atgtataaag caggtaaaaa ttgggtcttt gcgatgttat caactatagc tttaacaggc       60

gtaatggcga tgagtgttaa tactgctaaa gctgatacag ttgctcaaag ttcaactgaa      120

caaattgcca aggtagatac aacaagttca actacaactt ctacacaagc tacaacgcaa      180

ttagaaaaag caacaaatac tacaaatgaa agtaacgcta ctcaaacagc agcaactact      240

acaacagaac aaagtagttc aaatgctagt gctacaagta gtagccaaaa caataagcaa      300

gcaaccacaa catcagtatc tactcttcaa agtacttcag tagctaataa ggatcaagct      360

agttctactc aaagttcaac tacacaaaag agtgaagaac ctaaagtaga aacaccagta      420

aatactgctg ataatgctag tcaaaagaat gttaacggaa attggtattt agtagataat      480

aacactggta agaacttgac tggattccaa gaaatcaagg atcaaaataa agtagtttac      540

tatgcaccaa gtaatgcaca aatgcaatat ggttggcaaa atatcaatag taataaatat      600

tattttgata aatttagtgg tgcaatgact acaggtcaaa gaaatattga tggtagttgg      660

tacttgtttg ataaccaagg tgtaatgcag actgggttcc aaagaattga aaatcaaaat      720

aagacagtat attacaataa gaacggtcaa atgcaatatg gccaacaagt agtaggaaac      780

cattggtatt tatttgatag atatagtgga gcaatgttga caggtttcca aaacttagca      840

ctatacggac aaaataagac agtatactat aataaagatg gacaattgca atatgggtta      900

aataaaatag atggatatac ttacttattc gataaaagta gtggcgcagt acaaacaggg      960

ttccaaagtt tagcgccata tggccaaaat aaaacagtat attttgcgtc aaatggccaa     1020

atgcaatatg gacagaagca aataaatggt cactggtact tatttaataa agatgatgga     1080

gcaatgcaga caggtcttca aaacttagca ccatatggcc aaaataaggt agtatattat     1140

gcttcgaatg gacaaatgca atacggtcaa caagtagtgg gaaaccattg gtatttattt     1200

gatagatata gtggagcgat gttgacaggt ttccaaaatt tggcaccata tggacagaat     1260

aaagtagttt attatgacga aaaaggtaga atgcaatatg gactaactca agtaaatcaa     1320

aaggtatatt acttagacag agttagtggt gaagttcgta aaggccaaca ggtagtagga     1380

aattattggt atttattcga taaaaatagt ggagcgatgc aaacaggttt ccaaaatcta     1440

gcaccgtacg gacaaaataa gacagtatac tataataaag atggacaatt acaatatgga     1500

ttaaataaaa tagatggaca tacttactta ttcgataaaa gtagtggagc aatgcaaaca     1560

ggtttccaaa atttagcacc atatggtcaa aataagacag tatattttgc atcaaatggc     1620

caaatgcaat atggacagaa acaaataaat ggtcactggt acttatttaa taaagatgat     1680

ggagcaatgc aaacaggttt ccaagactta acaccctatg gtcagaataa agtggtatat     1740

tatgcttcga atggccaaat gcaatacggt caacaagtag taggaaacca ttggtattta     1800

tttgatagat atagtggagc aatgttgaca ggtttccaaa acttagcccc atatggtcaa     1860

gataagactg tatactataa caaagatgga caattacaat atggtagtca agttattaac     1920

ggtaaaaaat actactttga taaatcttct ggcaagatgt atataggtgt agcatataat     1980

gctgatacaa gaacaattca atattatgca tcaaatggtc agatgcagtt tggcaaggta     2040

aatatatctg gtaaaacata tgattttgat gataagactg gcaatctttt gatgcaaggg     2100

ttagtaacat taggtggtaa gaattattta ttagattcca actataaggc aataactggt     2160

caacaagtta tcggcaatca ttggtattta tttagtaaat acgatggatc tatgcaaaca     2220

ggtttccaag atttaacccc atatggtcaa aacaagacgg tatactatgc aacaaatggt     2280

caaatgcaat atggtaagca aaacattggt ggacattggt atctatttga tcaatatagt     2340

ggtgcaatgt acaaaggttg gttaatatca ggtaatgact ggtattacta caaccaacaa     2400

aatggacagt tacaaacagg tagtgctgta attaacggtg ttggttataa ctttgatggc     2460

aacggtaaac aaattttgaa ctactccatc gactatagat atgcattgcc agcaggtaag     2520

ggcgatgatg aaacagctgc taacaactac attattttgc atgacgttgg tgtagagtca     2580

ggtgctgctg ctaatgccag atacttccat gatacagtag atacaaataa ggcatatgta     2640

acatttgttg ttggtgatgg tggtaaagtt taccaagttg gtagaccagg acaagtatct     2700

tggggtgctg gtagagttgc taaccacaat gccccagttc aaattgaact tggcagaaca     2760

tataattctg gtcaattctg gcaagactat gtaacatatg tcagagtagc tcgtgatatg     2820

gctggtaagt acggcatacc tttgacatta gatgcaggtg gtgctggaac tagaggtatc     2880

aagagtcact actgggtaac aaagaatatc tggggagacc atgttgatcc atacggatat     2940

ctaagtcgct ttggtgttac acaagctaag ttagcacatg atttattgta tggtgtgtaa     3000


<210>  2848
<211>  432
<212>  DNA
<213>  Lactobacillus

<400>  2848
atgccatcaa atatctttgc gacaactggc actaacgtca gcgtagtttt tattgataag       60

agtcggacag aagaacaaga agatgttttc ttagttgatg cttctagcct aggatcaaaa      120

gttaaggaag ataacggaac ccaaaagaca gttttatcaa atgacgaaga acaacaaatt      180

atcaattcat ttgtgaataa tgaagtaatt gatgaattct ctgtatcagt caagttagaa      240

gatatcaaag cgcgtaatta tagtctatca gctggtcaat attttcctgt aaagattgaa      300

tacgttgaaa tgacaccgga agagtttact gccaagatgg caacttatca agaaaattta      360

agtgatttat ttgctgaaag tgaaagaatt gaatctgata ttatggtaca gattggagaa      420

ttaaagttat ga                                                          432


<210>  2849
<211>  333
<212>  DNA
<213>  Lactobacillus

<400>  2849
atgttataca atgaaaaatt ggtgcttaac aatattagaa aactaagaaa agaaaagaag       60

ttaacacaag atgaagtatc taaattttta ggtattgctc gtgggtctta tgcaaaaaca      120

gaaaacggca ttaataaaat aacccttgat atagttttaa aattaagcag attgtacaat      180

acaagtattg agggtttatt atgtctatct aatgataaca atgaattaga taccgtatta      240

aaagaaggtg ttacatacaa tggcaaaaca ctttcaagta ctgatataat cgcgctcaaa      300

gcctttttac agggtctaat agctaataag taa                                   333


<210>  2850
<211>  1359
<212>  DNA
<213>  Lactobacillus

<400>  2850
atgaaaatta tagaatatac attaggcata gtcccttatc gaagaggtgg gttaccacgg       60

tatagtacag atttgtctga tgaactagcc aaagaaaatg atgtatacgt attgtatcca      120

ggtagaataa aactattaaa ttctaaaagt gtttcagtac atattcgtaa aactagtcat      180

aaatttaact tagtggaaat gatgaatcct ttgccagttt ctttaggttt gggaattcat      240

agtgctgcta gttttatggc ttctagaaat gttactaaat taattaagtt tataaaagag      300

gttaatccag atgtaattca ttttcacact ttaatgggat ttccgatggg agccttgaag      360

gagataaaag aattagggat aaagacagtt tttacaacac atgattttta tggattttgt      420

cctaaaatgc tagaagataa cgctagaatt aagttgaaaa gtagaaaatg cagttatgat      480

tgtatgttat gtaaagacgg acctacagat aaaaagttgt ttattatgca aagtaggata      540

tatgaaatct taaaaaatac atcgttggta aagaaaatac gtagaaatca aaaaagtgtc      600

ctaaataaag aacaagtgga tgaagacttt ttagatggag aagaagtgtc tgcacgatat      660

aatttgagaa tttattatca agaaatgtat aatttaattg atgaatttca ttataatagc      720

actgtagcaa gagactatat aatgcgattt ttacctgatg ctaagggaaa agttgttaat      780

ataacccata gtggtctaaa agataataga aaagcaaaaa aataccatat caatgataag      840

atgaagattg cttatatagg gccctatgac gaaaaaaaag gattctattc gcttattaaa      900

tgtttgaaaa gtgtaaggaa agagtatact aattttcaag tttattttta tggcgatgta      960

gggtatcatg gcttttttaa gaatagctgg gttcataata ggggagttca atcagaaaaa     1020

gatatgttga aagcatataa gaatattgac ttgcttattg tcccaagtct ttggcatgaa     1080

ccatttggtt ttgttgcatt agaagctaca ttagaaggaa taccggtatt agtctctaat     1140

aatgtaggtg ctaaagatat tctaagtaat gaaaacattt ttgaagataa ttcagctttg     1200

atgattaaac tagaggaatt gttatctgat ggattgacaa aattaagaga aaacacacag     1260

agacttacat taatgtatgc gatggatgaa catagtaaaa aaatttgtga ttccttctat     1320

tctaaaaaaa ggagagataa aattgccaca attaaataa                            1359


<210>  2851
<211>  1359
<212>  DNA
<213>  Veillonella dispar ATCC 17748

<400>  2851
atggcagaat ttacattgtc tcaagtggta gaagccacag aagggacgag tacacatacc       60

gaaaatatta agttcttaga tgtatctact gatacaagaa cgattgaatc aggctttttg      120

tttgtagcct taaaaggtga tacctttgat ggtcatgatt ttatcaatac ggccattgaa      180

aagggtgcta caggtgctat tgtagaaaaa ggtcgtgccg tagaaggtat tgtttgtatt      240

gaggttgaaa ataccttggt agcgtatcag aatttggctc gctatcatcg ccgtcgcttt      300

gatattcctg tagtagctat tacaggttct tctggtaaga ctacaacaaa ggaaatggtg      360

gctgctgtac ttggtacaga atttaatgtt ttgaaaactg aaaaaaactt taataatgaa      420

attggtttgc caaaaacatt gttgcgctta actgcagaac atcaagcatg tgtcgtagag      480

atgggcatgc gtggtcttgg tcaaattgaa gagcttgcat tgattgcgga accaactatg      540

ggcattatta ccaatgttgg tactagccat attgagttgt taggctctcg tgaagccatt      600

gcacaagcta aaggtgaatt aattcgttgt ttgcctgaaa atagtgtggc tattctcaat      660

gaagatgatc catatgttaa ggctatggat agccttgcta aaggtaaaac tattacttat      720

ggtatcgaac gcaatgctac atgtattggt agccatttgc gttataaaaa agacggtatt      780

aagtttactt gcaaatgtta tgacgaagtt ttcgatatct tcttacctat gattggtgaa      840

cacaatgtat atgatgcatt ggcagcaatt gtagctggtc gtgttttggg gattaaatcc      900

aacaccattc gcaaaggctt aagcgagttt accggcactc ctatgcgcca agaaatcgta      960

ccatttgaag atattgttat cttaaatgat gcatataatg caaatccttc ctctatggct     1020

gaagcgatta aagcattagg tcaactagaa ggtaaacgta aaatcgctat gcttggtgat     1080

atgcttgagc ttggtgatta tactgaacaa gcgcatcgtg aaataggtca attgcttgct     1140

gaagaaggtt atagtgtagt attcacattt ggtgatgctg cggccttcat cgctaaggaa     1200

gcaaaaaaag caggtttaac tacattccgt tgtaatagcc atttggaaat ggctaatgcc     1260

tatagcgata ttcgtgaaaa aggggatgtt atccttgtca aaggttcccg aggtttgcga     1320

atggaacggg ttgttgaaga gttaaaagat cgggaataa                            1359


<210>  2852
<211>  1902
<212>  DNA
<213>  Veillonella dispar ATCC 17749

<400>  2852
atgaaacgcg tagtagtaga tccgatttcc cgtattgaag gtcatttacg ggtagaaata       60

aaagttgatg aagccagtgg taaggtagag gacgcattgt cttctggtac tgcttggcgg      120

ggtatcgaac ttgttgctaa agatcgcgat cctcgtgacc tttgggcttt cgtacaacgt      180

atttgtggcg tatgtactac aacacatgca ttggcagcgt tacgtgctgt agaggatgca      240

cttggaatta ctattcctaa aaatgcaaac tatattcgta atatcatgca tagctcttta      300

gatgtacatg accatatcgt acatttctat cacttacatg ctcttgactg ggttagccca      360

gtagcagctc ttagtgcaga tccagctaaa actgcacaat tacaaaatga tgtattagct      420

acttataatg taagtggttt ggcgccagct gaaactgcgt ctaaagactc tgcatatcct      480

aaagagttcc ctaaagctac cactgcctat tttgcagctg tacaacaaaa ggttaagaaa      540

atcgtagaat ctggtcaatt aggcatcttc tccgctcaat ggtgggatca tcctgattat      600

aatttattgc caccagaggt tcatttgatg gccgtatccc attatttgaa tattcttgac      660

cgtcaacgtg atatcgttat tccacacgtt gtatttggtg gtaaaaaccc tcatccacat      720

tacattgttg gcggtatgcc atgctccatt tcaatgaatg acatgaatgc acctattaat      780

acacaacgtc ttgctgcggt agaacaatct attgcattgg ctaaagatct agtggataat      840

ttctatgttc cagatttatt ggctattggc aaaatgtatg tagaaaaggg catggtcgat      900

ggtggtggcc tagcgaaaaa acgtgttatg tcttacggtg attacccaga tgatacatat      960

tctggcattt ctaatggcga ttaccataag aaatgtgtgg ttcgctccaa tggtgtagtt     1020

gaaaactttg ctttaggcgt agataaagct acatttattc cattagaagg taaagacttc     1080

atggaccctc aataccttag tgaagaggtt gatcactcct ggttcacata tccagatggt     1140

aaaagctctc ttcatcctat cgaaggtgtt acagatccta agtttacagg tcctaaatct     1200

ggtacaaaag aaaaatggga attccttgat gaagataaaa aatactcttg gattaaatcc     1260

ccaacattca aaggtaaaac tgcagaggtt ggcccattag cgaaatatat cgttgtatat     1320

acaaaagtaa aacaaggtat cattaaagat ccaacttggg cagagtctat gattgttcgt     1380

caaatcgata cagtatccca agtattgggc gtacctgcac atgtatggat gacaactatg     1440

gtaggtcgta cagcatgtcg tggccttgat gcacaagtag cagcaaatat gagccaatac     1500

ttcttcaata aacttgtagc gaacattaaa aatggtgata ctacagtggc tgatacaact     1560

aagtttgagc caaatacatg ggataaagat gctaaaggcg ttggccttgt agatgcacct     1620

cgtggtggtt tgggccactg gattcacatt aaagatggtc gctctgcaaa ctatcaatgt     1680

atcgtaccat ccacatggaa tgcatgtcct aagactgcag caaatgaaca tggtgcctac     1740

gaagactcca tgattgatac acatgtaaaa attgcagata aaccacttga aattttgaag     1800

gtaattcact cctttgaccc atgtctcgca tgtgcaaccc atttatacaa taaaaaaggc     1860

gaaaaaattg tttccgtcaa tacagatgca ttgtgtaaat aa                        1902


<210>  2853
<211>  1536
<212>  DNA
<213>  Veillonella dispar ATCC 17750

<400>  2853
atgatacctg tttacatcgt taccggattt atcagttctg gtaaaagtac tttcataaat       60

gaacaattac aataccgtaa aaaacttggc ggcacagcat gtatcagtgc cgaacaaggc      120

tctgtatcac ttattaaaga ggctttacaa cttaaccctg ataaactcag tgcaatcacg      180

cctaatcaac ctgacaccta tagttctata gcagacgaaa tcgcaaacta tatcaacaag      240

acaaatccca aagaaatatg gattgaatgg aatggtatgg tcagctttca ccaactagaa      300

accttgctat acagtgataa gctgcatcac atgttgcaaa ttgaaaaggt attatacctt      360

tgtacagatc aattcgtcgc atcgatgttg cctggtttag gtaatgatgt aacaagccaa      420

ttatacagtg cagattgcat catcacagag accgatacac atcatgcctt attacggacc      480

tataatagag aggccaagat tgtaacagcg ccaacgcctg aaaaggtaga gcaattatgt      540

cgcaattcta cgtggggcct cataccaaat ctattagtta tcggcattac cgcctatata      600

cttttagtta ccgcatttcg tcatgacatt ccttactcca ttcatcaatg ctttgccatc      660

attacaggac tcattatcga agcgatccca ttccttttat taggaactat tggctcaacc      720

gttatacgct attttgtacc acagagcgta ctactaaaac tattaggcga ttattcttgg      780

aaaagctatg gtgccgccat gattagtggc ctagccttac ctgtatgtga ctgtgctatt      840

attccattat tcaaagcact cacagataga ggcgtaccat tatcagtagc cctcctattt      900

atgctcgcca gcccaatcat caatcctatt acaattctct ccacttggta tgcctttcca      960

gatgatccca tgatttctgt atggcgtatc gtccttggac ttggcgtagc tttattagtg     1020

gcattatcgt tccgcttcta cccaccttca aaggctctaa tgaaagctag aaatactcag     1080

aatctcagct atgaagagat tttaatagag tcatctaaga gtaaatacat caacaaaaaa     1140

agattgttaa ttcatatgga aaaagagttt tcccaactct tattctattt ttccatggct     1200

gccggtgttt tatcagtagt tcaagtatat ggaaaacctt ggctcatcaa tgcgggtatc     1260

acattaccta tcgtgtgggc tattccaatc ttgctagtat tagctttctt cttctcaatc     1320

tgttctacat cagatgctat tataggcaaa tccttgagca ccctattccc tataagctca     1380

gttatgggct tcctcatctt aggtccaatg ctcgatatta aaaacgtata tattttaaaa     1440

caatatatgc caacttcatt tatacttcgt ctcggtataa ccattgcagt catgtcttat     1500

atagctgcct taggttttca attcttttta ggctaa                               1536


<210>  2854
<211>  276
<212>  DNA
<213>  Veillonella dispar ATCC 17751

<400>  2854
atgaaattag ttgttaccgt tgtcggcgtt gaccgcgttg gtatcattgc tggggttagt       60

acagtacttg ctaatcacgg tgtaaatatt atgtctatta atcaaaccat tcttgacggc      120

gttttcaata tgattatgat gtgtgaaaca aagtctgaag atataaaaga tttgacctcc      180

attcaagagg ctttaactac actcggtaaa gaacttggtg ttgaaatccg tgcacaacat      240

gctgatattt tcttaagtat gcaccgtgta ggatag                                276


<210>  2855
<211>  504
<212>  DNA
<213>  Veillonella dispar ATCC 17752

<400>  2855
ctcctcaagg tgcacggtgg aaaaaacgtg aagtttaaac aatttcaact cttaaagaat       60

gaagcgataa aaaagttgac ggctcttgaa caagagccgc ttcgtttgcg taaaagaact      120

acagaggaat gccttagtac agatgcagtt atgcttgcct atattggtga tgcagtatac      180

tccatgtatg tgcgtgaacg agtggtacaa atgaatataa cgaaggtgca agtgttgcat      240

acaattgtta ctgagtttat ttgtgctaag tcacaagcga aggtattgct agaaatagag      300

aatactttta cagaacaaga acaagctatt gcacgacgtg ctagaaatag taatgtaaat      360

gtaccgaaaa gcagttcagt tcaagaatat cgtagtagta cggcctttga agcagtactg      420

ggatttcttt atgaaacgcg tcaagatgag cgattacaag atgttattaa gcaagccttt      480

tcaataactc tacgaggtat gtag                                             504


<210>  2856
<211>  1479
<212>  DNA
<213>  Veillonella dispar ATCC 17753

<400>  2856
atgataaatg ctaccattaa tcaatttttg acaaaacaac taccaaatct aaagattgcc       60

gttataggtg atgtgatggt agatcgttat gtttttggtg atgtaagtcg tatttctccg      120

gaagcaccgg ttcctgtaaa ccgcgtggca aagatgaaag aagtgcttgg tggcgccggt      180

aatgttgcgt caaacttatc aaatttagat tgcacagtat atcttggtgc tattgctggt      240

aatgatgacc atggtcgttt attacaacaa ttgctaaagg ctgataagat tgatacaaca      300

ggtttattaa cgagtgataa tcgttctacc attactaaaa tgcgtatctt aggcgatcga      360

caacagatga tgcgtcttga ttttgaaacg attacagatt taacaagtga ggaagagaag      420

cgactggctg cttggctaga aaatctatgt aaggctggta tcgatggtat tgttgtatct      480

gactatggca aaggcgtttg tacaccaaca ttgctaaaaa aaatctttag tttagctaag      540

gcgtatggtg tacaaaccat tgttgatcct aaaggttcag actggtctaa atataatggt      600

gcaacctgta ttacaccgaa tgtaaaagaa ctaggtgaat gtgtaggtca taagttagct      660

aatgatgatg ccaccatcgt agaggcagct aagtcagtac tggctaatgt tgatttagaa      720

tatattgtag ctacacggtc agcaaaaggg attactgtta ttgcaaagga tggacgcaca      780

tggcataatc cggctacaca acaagaggta ttcgatgtaa gtggtgcagg cgatacggtt      840

gtatctatga tgatgacatg ccttgctagc ggtctatcta tgcgtttggc attacatatt      900

gcaaatggtg ctgctggtat tgtcgtatct aaggtgggca catatccaat ccaccgatct      960

gaactattgg atttatggca ttcttataag catagtgttc aatctaaacc tttatataca     1020

aaagaagaga tgaagcaact tattgcacaa tggcaaaaca aaggtgaaac tgttgtgttt     1080

actaatggtt gttttgatat tcttcatcgt ggacatatta cgtatttaca agaggcggct     1140

cagttaggcg accatttaat tattggatta aattccgatg cttctgttag acgcctaaaa     1200

ggggaaacgc gtcccatcgt acgtgaagag gatagagctg cattattaag cgcattgcgt     1260

tgtattgatg gtgtggtgtt attcgaagag gatacaccag ctgaactatt agcttattta     1320

cgtcctaata cgcttgttaa gggcggcgat tataagatag aagacattat tggacgtgag     1380

tccgtagatc atgtagaggt gctttcattt aaagaaggtt attctacatc agatattgta     1440

gggaaaatag ctactatggc taaggagggt aaattatga                            1479


<210>  2857
<211>  1119
<212>  DNA
<213>  Veillonella dispar ATCC 17754

<400>  2857
atgaatcaat ggacttttcc aacccagatt tatgcagggc cagattcgtt gaatcgtctt       60

acggagtttt ctaatgaatc tatacttatc atatgcgatc catttttaaa agattctcca      120

agccttacat atgtgatggg gttaatggac agtaaaaata aggtaaccat ctatactgat      180

gtagtacctg atccacccat aacgcatgta gtaaagggta ttgagtttat ggaaggcatt      240

aaaccaactg taatcattgc cataggtggg ggctcctgta tcgatatgag taagggcatg      300

gcttactttg gtcgtaagtt aaagcatatg gatatcaaat cctttattgc tgttcctact      360

actagtggaa ctggatcaga agtgacctct tttgctgttc ttacagatag cgaaacacaa      420

attaaatatc ctcttgtgga tgatgcggta ttaccagatg aagcattatt aacgccatta      480

tttgtaaaaa catctccacc aagtgttact gcattcagtg gtatggatgt gctagttcac      540

gcattggaag cctatgtagc aacggctgca aataatttta ctgatgcgtt ggcacaacag      600

gcgattgagc tagtctttac ttacttacca agatgtcata agccaacagc aacagagcaa      660

gatagaatgt ctatgcatga ggcttcatgt ttagcaggtc tatcctttaa caaggccgga      720

ttaggtatag ttcatgccat ggctcatcag ttgggaggac aatttcatgt gcctcatggt      780

ctagctaaca gtatgctttt gctttatgta attggattta attgctctcg taaccaagag      840

gtggccaaga aatatgccca tctatctgct aagttgggct ttgcatcgca taaagcatcc      900

gatggagata aaataggtgc attactagag gcgattataa aactacaacg aactttagaa      960

tgtccaatga cactgactga atttggtgta gataaggcta catctgaacc aaaacttaac     1020

ctcatggcag atagagcact agaggatatg tgttatagat ttaatccata cccagctaac     1080

catgatgatc ttatcggatt atataaaaag gttttgtaa                            1119


<210>  2858
<211>  627
<212>  DNA
<213>  Veillonella dispar ATCC 17755

<400>  2858
atgaaagtta atgttatgac acatccattg attcaacaca aagttacatt gatgcgtgat       60

gcagaaacag gctctaagga ttttagagaa ttacttgatg agattactat gttgatgggt      120

tatgaaatta ctcgtaacct tccattagag gatgtagaag tacaaacacc tttaactaaa      180

atgactggca aacgtattgc aggtaaaaaa ttgggtatta tcccaattct tcgtgctggc      240

ctaggtatgg ttaatggtat gcttaacttg attccaactg caaaggttgg tcatattggc      300

ttataccgtg atccagaaac attgaaacct gtagaatact actgcaaatt accttctgat      360

ctaggcgaac gcgactttat agtaacagat ccaatgttag ctactggtgg tagtgcagca      420

gctgctatta cattgttaaa ggaaaaaggc gctaaaaata ttaagttaat gtgtcttgtt      480

gcggctcctg aaggtgtgga agcagtaaat aaagaacatc ctgatgttcc tatttatgta      540

gcggcccttg atgaaaaact taatgatcat ggttacatct tgcctggttt aggtgatgct      600

ggtgaccgta tcttcggtac aaaataa                                          627


<210>  2859
<211>  492
<212>  DNA
<213>  Veillonella dispar ATCC 17756

<400>  2859
gtgcgtatag gtgtatgtcc gggtagtttt gacccagtaa caaatggaca tgttgatatt       60

tttgaacgag gcagtcgatt agttgataaa ttaatcattg ctgtcagctc taacccaaat      120

aaaaattcct tatttaccat ggaagaacgg gttgagatga ttcaaaattc tgtcaaacat      180

attcctaatg ttgaaattga ttgtacaggt ggtctactta acaagtatgt taaatctaag      240

aatgcgacta tcatcattcg aggattgcga gctttaagtg actttgaata tgaatttcaa      300

cgtgcgttgt ttgcaaaata tttggatgat gatattgaaa ctgtatttat tatgacaaat      360

aacaaatact ctttcgtcag ctccacaggt attcgtgaac ttgcaaaatt tggtggtaag      420

ctagatggtt tagttccgga tgatgttaag gaaaaacttg aagaacgctt taatacggtc      480

cataataaat ag                                                          492


<210>  2860
<211>  1773
<212>  DNA
<213>  Veillonella dispar ATCC 17757

<400>  2860
atgttttctt ataaatcaaa atattgtgta gctgcggcca tggccgccat ggctgcgctt       60

acaggccatg tagaggctcg tgatatagat ttacaatcaa ttggatattt tcagttttct      120

ccgttgccac caagtttagt gtctcaaacg gatacattgc tactatcaga tagccctgaa      180

tatgtaggtc cagtaggtgg tacgcttagt gcaggtacaa ttaatggaaa tggtcgtatc      240

tatttttacc atgtaaatga aatggatcag ccccataaga ttgctatcgt attggagaat      300

caatcggcgt atcccaatac tgttcaggtg atgagacagt taaaatctgt ggctacacca      360

gattatttcg ctgctggtcg tgatttatcc cggaaggact tagagcatcc tttagatgaa      420

agtcccaatg cgagaccttt atattcgcta agtattccgc cacaagggcg ccaattaatc      480

tttagtgatt tggaaaatac accagtatat caagatgctt tatttaccgg tattgtagat      540

attaaaacag aggcaccaat ctttgctcgt gttatgatgt tgcctatggg gatggatgcc      600

attgatgcat ctcattgggc taaaaattta cctattgatg aaattcaatt gcgcggtaca      660

tatacggggg ctaaacgtaa tatggaggtt accacacctt ttgatactac attaggcggt      720

gccttcgttg aaattggtaa cgacaaagag gatgcgttta tcaatggtgt agatgaaatg      780

caaaataaag catttgttcg tgaccgtggt aactatggtg tttcatatac tttaaaaatt      840

cctacaaaag gtaatgaacc atttagattg tattttaacc ctcttggtgg accatattcc      900

ggttccttta cggtaaaagc acttcatcaa caaggggcac gtcgaggtca aacagatacg      960

cggacctatc atattggtgg tgccgatggc atcactgcct taggggacgg tactatatta     1020

gacagtcgtc ttatgggcaa ttataatgca ggggatttat taactttgaa ttttatgcct     1080

gctggagcat ctaatttgcc gattcgattc ttattgattc ctgaatctct tgcaaatcca     1140

caaaaacatc agactattgc ggtcaatgta ccaaaagatg taactgacac tttagggcac     1200

ccaactcaaa gtggcacaca aatccctgtg ggtcctataa acggtaaaga tacaaataag     1260

ggcactgtag ataattctaa atcggctatg actcctgcca aacaggcgga aacaattgct     1320

catgaagaaa caaaaaaatt gagtgataaa gctgcggcag atgctaaaaa agaggcacaa     1380

ctcaaaaaag caaaagatgc agaagaagca ttggcgcgta agaaggctga agaagctcgt     1440

atagcagcag aaaaggccga attggcgcgt aaagcagcag aagcaaaaca tgctgaagtg     1500

gagcgcaaac tagcagagaa agctgaggcg gatcgcaaag ctgctgaatt gaaggctgct     1560

caagaagcac aagctgcaaa agaaaaagct gccttagaag ctaaaaaagc tgaagaaatg     1620

cgccaagcag aagaagctaa acgattagaa gctgaaagaa aagctgagct tgatcgaaaa     1680

gcagctgaag cacgtaaagc cgaagaagaa cgtaaagcag aaatggcgcg tattgaagct     1740

gcaagaaagg ctgaggcgga tcgtttagaa gcg                                  1773


<210>  2861
<211>  861
<212>  DNA
<213>  Veillonella dispar ATCC 17758

<400>  2861
atgtataaat atggcaagag ctgtattaaa aaaatattat gttttctcac aatatgtatt       60

gcgattttag ctatctcttt tggcattatg tgggggctgt ctactgatta taagatttat      120

ggtgtccctg tactaaacta tcaccaagtg aatgatgaaa agcactctgc tttgacgctt      180

catgttgatc agtttagaga acaaatggaa tatctacata atcagggata taacacgatt      240

acgttggctc aattatatga ttatttagaa aatggtactg aattacctaa taagccaatt      300

gttatcacct ttgatgatgg ctatgtagat aactataaaa atgtattgcc tattttaaag      360

gaatacaaca tgaaggctac cttgtttatg attagtgatg cagctaatac gcctggtttt      420

gtttctacag aacaaatgca ccaaatggaa gcgggtggat ttgatattca aggccataca      480

aatcatcata aaatcttaac aaaaattgat cctaccgaat taccggatgc tcttcttggt      540

gggaagactt ctttggaggg gattttgggt gagcctattg agtatctagc atatcctggt      600

gggtttaatg atatgctcat tcaatatgta agtaaacaat ctggttataa aatggctttc      660

acagtacaac caggtacagt acagccaggc gataatttat atgccttaaa tcgattggct      720

atattccaag gtgacacacc gtacttatcg ttctggttac gcctacattg tgcaccattc      780

attcactata catggtcatt acgtgatttt ttacgcgata atggatggcc tacattagca      840

tctattatac cgttattcta g                                                861


<210>  2862
<211>  939
<212>  DNA
<213>  Veillonella dispar ATCC 17759

<400>  2862
atgaactgga ttgaaccaaa acgcttagca ccgggcctga ctataggaat catggcacct       60

gctagcgcta gcgatgaaga tttacataaa atagaagaaa tttgtaactt aaggggatat      120

aatattcttt ttggtgaaag tgcacatcgt aaaggacttt atggtggtac accagaggag      180

caggcccaag agttccaata tatgatgacc accgcacctt gtgatgcggt actggccttg      240

cgcggtggtt acggaacaat gcgttatcta gatttattag attatacagc aatccgtaat      300

catcgaaagg cttttattgg gtatagtgat tgtacagtac ttcacatggc gatcaatcga      360

tatagccgac tcattaccta tcatgggccg atgggcgtag attttaagcc tgaacgcaaa      420

gcagatattg atgctttatt taatacttta gaaggtaaat tacaagtcat agaaccctta      480

cctgaaccgc ctcgtggtgc tattggtact gagctaggag aaggtatttt acgaggcgga      540

aatatgacga tgttatctat gttgtcggga acaccgtatt ttttagagga tgcatcttgg      600

gaggatacat tactatttat tgaagatgta ggagaggcac cttataagct agatcgtatg      660

ttgcaacaat ttcgtctcag tggtttattg agtcgtatta aaggtttagt gattggtact      720

tttacagatt gtgaaggcga cgatgatgag cgtgattacg atttaggcta tgaagcgtta      780

cgctacatgg aggaaaatag agaccctgaa ttgttggagc cgtttgtttg ttatgtccca      840

acaggtcatg gaacgccgca tcaaacatta ccactaggag ctatgattaa ctttaggtat      900

atttccaata ccataattgt tcatccctat acgaaatag                             939


<210>  2863
<211>  930
<212>  DNA
<213>  Veillonella dispar ATCC 17760

<400>  2863
atgcctagag aagtaaaaag taagaaaagt aaatcatccg gcttggggaa gggccttgga       60

aatttaatga aggtggatac ggtagagtct gtattgcctg aaaaggagat tcacgaacta      120

ccaatctccg agttagttcc taatgcagat caacctcgta aaagttttga tgaagatagt      180

ttggcaacat tagctgaatc tattaaaaat cttggtattt ttcaaccaat tgtagtacgt      240

aaacaaaaga ataaatacca aatcgtagct ggtgaacgtc gttaccgtgc tgctatcatt      300

gcaggtcttg agactgtacc cgttattgta aagaaatata atacagaaga gatgacagaa      360

gtggccctcg ttgaaaatct acaacgtgaa ggcttggatc caattgaaga agctttggca      420

taccaaggtt taatggatac gtataaacaa actcaagaaa tgatttctgc tcgactaggt      480

cgtagtcgtt cttatattgc aaatatggtt cgtttgttaa aactatgtga ttctgtacaa      540

aaagatctca tcgaaggtga cttaacagtg ggtcaagcgc gtccattgtt ggcattgcgt      600

agtgcagcgc aacaaattga agctgctgaa cgtattaaag agggcgagtt aagtgctcgt      660

caagcagagg ctcttgtgaa gtctatgcaa aataagacac ctaaagcaaa ggctgctaag      720

ccgcaaagta ctgcagaggt gcgtgctctt atggaccgtt taaaactaag cttaggatct      780

cctgtaaata ttaaattccg tgctggtaaa aaggttcaag gtaagattga aattgccttc      840

tcctctgaag cagaattaga acgtctcatt gcttttatgg atggtcaaga taatacagac      900

gatactgaaa cagtagaatt tagagtataa                                       930


<210>  2864
<211>  1464
<212>  DNA
<213>  Veillonella dispar ATCC 17761

<400>  2864
atgaaaggaa ccattatgga atcaatcgtt caagcaaaac gcgtattaga aatatttaaa       60

gaaatgagcc aaattcctcg tgaatctggc aatgaaaaag gcattagcga ctatatcgta      120

aacttcgcta aaaacttggg gcttgaagtt catcaagacg atcaatttaa tgtagtcatc      180

aaaaagccag cgtctccagg ttatgaaaac cgaccttcta tcatcttaca aggccatatc      240

gatatggttt gtgtacgaga tcatgactcc aatcatgact tctccaagga tcctattgca      300

aacatcatcg aaggtgaatg gatgcacgca gaccacacta cactaggtgc ggacaacggt      360

atgggtggtg cgatgatgct tgctatcctc gaagatgata gtcaacaaca tggacctatg      420

caattattgt tcaccacaaa cgaagaaact ggcatggatg gcgctttcgc cattaaagaa      480

ggccaagtaa gtggcgatta cctactcaat ctcgatacag aggtagagca cgatttcact      540

gttagctgtg ctggcggttg ccatgttcac gtaaacattc cattattgcg cgaaaacaac      600

caacctggtt atgatgcagg cttatcgttt accgtaacag gccttaaagg tggtcactcc      660

ggtattgaaa tctgcgaaca acgtgctaat gctaaccaag tattaacacg tgtactctat      720

gatattcaac aacaatatcc tgtatgctta gcatcctttg aaggtggcgt gaaacataat      780

gccattcctt ctaaagcagt tgctgtatta tccgtacgcg ctgaagatgt agcggccatt      840

aaaacattaa ttgcctacca agaaaagcaa tatctccatg aatatggtat ccaagatcca      900

ggtcttaaat ttgttgtaga tgatgtcgct actcctgaag tagtatatgc agatgacact      960

acagaagcac ttattactta catctatctt gcacaagatg gtgttcattc tgtaagcaaa     1020

tctatcccaa atcttgtaga aacttctaac aacatcgcta tcgtacgaga aaacgaacat     1080

actattgaaa tactcatttc catccgtagc tccaatagca acagtcttga attcttggct     1140

aagaaaatga tattacttgc gaaaacacta ggtgtatctg cagagcgtac tggtggttat     1200

cctgcatggg aatacgataa aggctccaaa cttgaagaac aagctatttc cttacataac     1260

gaaatgtttg atacaccagc taatgtaaac gctattcatg caggtcttga atgcggcttg     1320

ttgaaaggcg tattaccaaa cacccaaatg attagctttg gccctaccat cgtaagtcca     1380

catacaccaa tggaacgcgt tcatttacca tccgttgaaa acgtttatgt atacctcaaa     1440

gcattgttag ctaaattaca ataa                                            1464


<210>  2865
<211>  1302
<212>  DNA
<213>  Veillonella dispar ATCC 17762

<400>  2865
atggatagtt tgtttgattt agagcctaca aatgcatatg agccacttcc tgtgcgtatg       60

cgtcctacca agttggatca tttatacggt caagagaagg ccgtagggaa ggggaccttc      120

ttacgtgcta tggtagaaaa ggataccata ccatctatgc ttttttatgg gccttgtgga      180

acggggaaaa ctacactagc aggtatcatt gctaaggtaa gtaatagtca ttttgtaaat      240

ttaaatgcta ccaatgctgg tataggtgag ttgcgtaaca tcatagagga tgctcgtaag      300

cgcgtacggt cattacaaca aagaactata ttattcctcg atgaaatcca ccgtttcaat      360

aaaagccaac aagatgtgtt attaccttgt gtagaagatg gtacgattat cctcattggt      420

gccaccacag aaaatccgtt ttttgaggtt aatagaccac ttttatcccg tttgcgactc      480

ataacattgg aggctttgac accaaaggcg attggtcaaa ttttgcgtcg tgctattaca      540

gatgaagagg taggtcttgg taaacgccgt ttacaagtaa tcgatgaagt gctagaggat      600

gtaggaattt tcgttaatgg cgacggtcgt atggctttga atattttaga acaggctgca      660

gctatggtac cggatgaagg gactataacc atagaggttc ttgaaaaagt tgtgggacgt      720

cgaatttata catatgataa aaaaggtgac agccactacg atacaatctc tgcttttatt      780

aaaagtatgc gtggctctga tgtacaagcg acggtgcatt atttggcacg tatgattgaa      840

gcgggtgagg atcctaattt tattgctcgt cgtatcgtaa tatgtgcagc tgaggatgta      900

ggccttgcag atccgcaagc tttaattcta gccaatgcag cggctcaagc agctcatatg      960

gtaggatttc cagaggctcg catcatattg tctgaggcgg cttgttatgt agcattagca     1020

ccgaaaagta attctgctta tttggctatc gatgcagcaa ttgccgatgt gcgtcacaag     1080

gattgtggac aggtgccaga tcatttaaaa gatagtcatt atagtggggc tagcaagcta     1140

ggtcatggga acacctataa gtatgcccac aactatccaa atggctatgt aaaacagcag     1200

tatctaccaa cacctcttat ggatgcttcg tactacaatg gtattaaaag aggcaaggaa     1260

gaacagttac tttgtgactg ggagaaacgg cgtaaaagct aa                        1302


<210>  2866
<211>  378
<212>  DNA
<213>  Veillonella dispar ATCC 17763

<400>  2866
atgattgaga attatagtaa tgttcgcgct gttttaaatg agttgcgttt agctcttaaa       60

aacttgcgag aaacgggtga gacatactca atttatattg agaaaacagg gctcacagag      120

gaagaacaag tggaagtatt agaaacactt ggccgtggtc atattacgat taacttcaat      180

gaaactgatc agcctgtaga gtggtatgaa tctcaattct ctggaatttg gattggaact      240

tttaaaaatg gccgagatga ttcgattttg cacaccgtag aggtttcaaa gtatcctgta      300

gtggctggtg catatgaaga ggatatggag cttgcagagg aagatttaca atcttggatt      360

gatgctgctg gcctataa                                                    378


<210>  2867
<211>  1239
<212>  DNA
<213>  Veillonella dispar ATCC 17764

<400>  2867
atggaactct cacttattcc taatcagaag agaattacat tctatattga acgtttaatt       60

tatggcgttg ttgtggccat gcctttgcaa ccaatggtgg gtgatgtgct cctatggcta      120

gcgataggcc ttgcactata tgatttaata tctagtaaat ctttgagctt accaacaggc      180

tatttatcgt ggtctgttat gatctttgtg gtatggactg gcatatcttc tatagtgtca      240

gaaaattggg attggtcaat tcaaagttgg ttttatcaaa ttgtggccag tggcggtatg      300

tattatttag ttcgtacata cattcaaacg cctaaacagt ggaactattt tcttcgtgcc      360

ttgctaggta ctgctgttct agtgtgtatc ataggtgcgt atcaatatgt atttgttcct      420

aatatacata taaaagagtg ggtcgatgag gcacagtttc ctaaattgat gcgtcgcatg      480

tcgtctacat tacaaaaccc taatttattg ggcgcctatc tattgatggt actcagcgta      540

tgtatcagtt atatcttggt atatatgaag gaaaatcgca cgcgcgaagt tatttcaatg      600

ctcattatag gcattatatt attcttaacg atgctattaa cctattctcg gggaatttgg      660

attagcttcg gagcgatgat tttgtactgg gcaatctttg tggagcgaag attattctta      720

tccctattag cagtgccaat aattttgtac ttttatgatg gtgaaatagc ttcaaggctg      780

tggtctatat tccaaggcca tgatacatcc gctgatctgc gatgggcctt atgggatagt      840

actatgtata tcgtacgaga aaatcctatc tttggtattg ggtggaatac attttattta      900

gtatatccag actataatta ctatattcaa ggacctcaca tcttgatgta tcatgctcat      960

aatttatacc ttaatatgtt agctgaagca ggtatccctg gattgctatc attcctagca     1020

gttatcgtag gtcatgtgat tacatctata agacttaaag gggatatatt ccgtcaagct     1080

gcgcaaattg gtgtaggagc gttggctata ggtgttttat ttagtggttt atctgatttt     1140

gagctataca gtcatcaagt gactattgtg ttttggcaat tgtttggctg ggtaggggcc     1200

tttgtaaaag ttcaactgtc tgctgataaa tctgcataa                            1239


<210>  2868
<211>  981
<212>  DNA
<213>  Veillonella dispar ATCC 17765

<400>  2868
atgaaatcca ttagaacaca agatgccgta gggcatgtat taatacatga tttggtacgc       60

attgtcatag gagaggtgaa agatacgcca ttccgtcgtg gccatgttat tacggaagag      120

gatattccga aattactaga ccttggtaaa gagcatatct ttgtgatgga acctgaggat      180

gaaggattct tgcacgaaga ggacgtggca cgtgctttgt acaatatggc aggtggcgaa      240

aatatgcatg atggacctat ggcgcaaggt aaaatcgaag ctattgcgga cgtagacggt      300

ctctttaaag ttgatgtaga tcgcttacat gctattaata gtattggcga gcttactatc      360

gtaacgagat ttaataatac accggtgaaa gtaggcgata aattagcggg catgcgttgt      420

attccactgt tattagagga acaacaagtg gaggatgcaa agaaaattgc taatggcaag      480

cctttactta atgtaaaacc attcgtacgc aaaacaatgg gtattgttac tacaggttcc      540

gaagtatttg aaggccgtat taaagatgct ttcaccccaa tcattgagga acgttgtgca      600

gagtttggtg taaataaagt agcccatgaa atcgtaacgg ataatacaga cgatattgtg      660

gcggctatcg acaaggtaaa agcagctggt gctgatatta ttttttgtac cggcggcatg      720

agcgttgacc ctgacgattt aacaccaggg gccattaaac gttatgcaga tcatgtagtg      780

acatacggat tacctgtatt gccaggttct atggtttgta ttgcttactg tgctgatggt      840

acaccgattc ttggcgttcc aggtggcgta ttattcagca aaccaacggc atttgatgaa      900

atcttgccac gcctcgtagc aaatgatgaa attactaaag aagactgcat tcgcatgggg      960

catggtggtt ttttaggata a                                                981


<210>  2869
<211>  597
<212>  DNA
<213>  Veillonella dispar ATCC 17766

<400>  2869
atggatatta tggttatcgt atatgctata ttggcatatc ttattggttc aattcctagt       60

ggtttaatta tcggtaagac cttctttaat acagacgtcc gccaatatgg ttctaaaaat      120

ataggtgcca ctaacacata tcgcgttata ggtctcaaag ctgcattacc tgtatttctc      180

tgtgattcct taaaaggcgc ggctggggta gtattattat cctcttatgg acctatgtat      240

atgatcttag gtggtatcct tgctatgatg ggccataact ggtctatttt cttaggcttt      300

aaaggtggtc gtggcgtagc tacaggacta ggtgtattaa ttgctttatc accattagtt      360

gctttgattg ccttcttggt atggggcgtt attgtctatt tcactaagct tgtatcacta      420

ggatcaatta ttgctgccgc tttggtacca atcttaatgt attttacagg cgaatcttat      480

tggttcgttg gctttggcgc tttggctgct ttatttgtca ttgttcgcca ttgggataat      540

atcaaacgtt tacttgcagg taatgagtta aaagtagaac gtatcaaaaa ggattaa         597


<210>  2870
<211>  1389
<212>  DNA
<213>  Veillonella dispar ATCC 17767

<400>  2870
gtggatattg gtcaagatat tttaaataca acaccattag gtcccttaca aacctcatta       60

ctagagcata ttagtaaact tatatccttt ggcgagtcat tgacccgtca aaggatacag      120

atttttacgc ctcttctaga aaaaccacaa ggtgatatgc agcaacgttc agatatgcta      180

tgcattgaac ggaccgagca aggtgttatt actcgacaaa taaaaggaaa taatacgtgg      240

cattctatga tggaaaatgg tcaacctctt attgggatag agcatgatca acgacaacat      300

gtttttcctg ttgtcgataa tggtggtcgt attattgggg ggatagcttt tacagtatct      360

ccatctatta aaaaaaatca atatgaacaa gaatatatct tatctgatac gatgcaacgc      420

ctcatgctaa ctgctacaga tgagcaaata caatcgtatg agccaatttc ttattttgat      480

ggtttaatca tctttgatga ttctcataga attctctatg gtaatgagtc agctatacaa      540

ttagtagatt tacttggatt tgatcgacga ctagtagggt catcaattta tagcagtacc      600

ttaaaaattt ccgccataca acaagtgttg gatgatagaa cgatatacac tagtgaagaa      660

atttatcaag atatggtaat tcgtcagcat atgattccta ttgcgatggg acgcaatgaa      720

acacgttgtt tccttgtgct tcacgattgt acccgtgaaa gtaagcagca acaagaattg      780

ctggtaaaga attctattat caaagaggtt catcaccgtg taaaaaacaa tttacaaact      840

gtagcgggat tactacgtat ggaagcaaga cgttctagcc tgccagaagt taaacaagcc      900

ttacaagagg gaatcaatcg tattgaaagt atggctttgg ttcacgatat tgtgtcccat      960

tatgatgagg attatattgg tatccgatca atctatgacg agttatgtcg tttgttgcgc     1020

atgagtatga ttcgacaaga ccaagaggtt acctttacct atagtggaga agatatattg     1080

atttcatccc atatggcaag ttatgtatcc ctcataacta atgaattaat tactaatagt     1140

cttgaacatg gtttagatgg taaagcaggg gagattcgtc tagctgtttc ggaattagag     1200

gaatatattg tattagattt ttctgatacg ggaaaaggat tacctcaaga tttttctatt     1260

aactcgaata agcgtttagg attaactatc attaataatt tagttaccca tgagttaaaa     1320

gggcgtctat ctgttaaaaa tactgatgcc ggtgttctag tgacaataca tatgaagaag     1380

gagaagtaa                                                             1389


<210>  2871
<211>  882
<212>  DNA
<213>  Veillonella dispar ATCC 17768

<400>  2871
atgaaaagta tgaccggttt tggttctggc acggcaacca aagatggcat tacctgtacg       60

gtagaaatta agtctgtaaa tgcacgattc ttggatttat ttatacgtag tccaaagcaa      120

atcaaccctt ttgaaagtat tattcgtgga ttagtacaag atcggattac tcgtggtaaa      180

gttgaagtat ctgtttctat tcaggatgca ggggaaagac ctaaaacttt tacaataaat      240

agtgtattga gaaaacagat acaagaattg cttgttcaag aagagtttta tgatgaccct      300

aaaaaagtgc ctttacaagc ggtcaattcc atttctaatg aatggataca acaacaagat      360

actccgattg cagaagatgt gctttcagaa atagtacaag aatctacaaa ccaagcacta      420

gatgccttaa taacaatgcg tactgtagaa ggtaaacata ttgaacaaga tttattgtct      480

cgtatcacta ctttagaaaa tataatcaat agtattgatg agaataaggc tggcgctgta      540

gatgcgtatc gtgagcatat aaagggaaaa attcaagaat atttagtgtc tttagaagcg      600

agtataagtg aagatcgttt tttgcaggaa attgctttat tggctgacaa gactgatatt      660

acggaagaga ttgtccgatt tacctcacat gtggtacaat taaaaaacac acttgtagat      720

gagaattcca tcggtcgtaa ggtggatttt attttgcaag aaatgaatcg tgaagtgaat      780

acaattggtt ccaaagctat ggattcaagt attacagagt ttgtggttca gctaaaatgt      840

gagttagaga aaattagaga acaagtacag aatgtagagt aa                         882


<210>  2872
<211>  966
<212>  DNA
<213>  Veillonella dispar ATCC 17769

<400>  2872
ttgttaagct ttttacaaag gctattaggc aataataacg caaaagaaat caagaaaatg       60

cgtgctattg ctgatcatat taatgaaatt gaaccgaatt atgttaaatt aagtgatgct      120

aacttagtag caaaaaccga tgagtttaaa cgtcgtttgc aaaaagggga aacgttagac      180

gacattttac cagaagcatt tgccgtagtt cgtgaagcgt ctaaacgcgt gttaggcatg      240

cgtcattttg atgtacagtt gattggtggt atttgccttc atagaggtaa tattgcagaa      300

atgcgtactg gtgaaggtaa aacattagtt gctacattac cagtatatct aaatgctttg      360

acaggcaatg gggtgcatgt tgttacagta aatgattatt tagcgactcg cgatagcgaa      420

caaatggggc gtttatataa cttcttaggt ctttctacag gtcttattgt agcgaatctc      480

gattttaacc aacgtaaaga agcatatgca tgcgacatta catatggtac aaataatgag      540

ttatgcgaca ttacatatgg tacaaataat gagtttggtt ttgactattt gcgcgataac      600

atggtatctg atgtatcaca aatggtacaa cgtccattga attatgcaat tgtcgatgaa      660

gttgactcca tccttatcga tgaagcgaga actccactaa ttatttctgg tcctggtcaa      720

cgttccacag ataattacta taagttagct aaaattgttc ctcatcttgt gaaagatgaa      780

gattatacaa ttgatgaaaa acaaaaaact attgcaccta cagattctgg tattgctaaa      840

gtcgaaaaaa tgcttggtgt tgaaaacttg tatgatgcag aaaacattga gttaaatcat      900

ctacttggtg catctcttcg tgcatatgct atgatgcatc gcgatactga ctatgtagtt      960

aaagat                                                                 966


<210>  2873
<211>  3588
<212>  DNA
<213>  Veillonella dispar ATCC 17770

<400>  2873
atgatacagc gtactgcttt taaagcgctg ctagaacata aaggtcagct attactactg       60

ggattaacct gtttagtaga gagtttggct attgttgggc aagcttggtt ctttggaacc      120

ttaattaata attttatatt ttcagagaat accttacatg atgaaagata ttctattatc      180

tatttaggaa ttgctattat tgtaagattg cttgcacatt atatacaaga atccgtagca      240

aatcgattag ggactgcagt aaaagcaacc tttagagaac gggccttaga gcatatgttt      300

aaacttggtg tgcaacataa ggaacgccat ggcgatgtga tacatatgct tactgatgga      360

ttagagcaag tagatgctta tgtagctcgt tatatccctc aaattctata tgctattatg      420

attcctctta ttatgggtat tgctattgta gatacattac ctattattgg tatcattttg      480

attattacag tgccattgat tccgttcttt atgatcttaa ttggtaagca agcggatcgt      540

cttaataaag aacagtggga gcggatgagc ttcttatctg gtcattttct tgatgtattg      600

caaggtatta caacattaaa actgtttggt cgtgcaaagg atcaaattaa ggttattggt      660

cgtttatctg aggagtttaa agattctaca ttacgagtat tgcgtgtggc gtttttatct      720

gctctagttc ttgagctcgt aagtactatt agtacggcat tgattgcggt atacctgggc      780

ttaacattat tggatggtga aatcccattc ttttcagctt tctttatttt gctattagcg      840

ccagaattct atacgccatt tagacaattg ggggctgcat tccatacggg tatggcaggt      900

aagacatcga ttttaaaata cgaagagttt atgaatcgcc agccatcgtt gcctataggt      960

ggtcaatctc aacttaaagg taaggtacaa gcaattgaaa ttaaggattt aacttttacc     1020

tatgaagata gtgaaaatgg tgtacaacat atttcattag aggctaaacg taattctccg     1080

atcatgcttg ttggtgaaag tggagcaggg aaatctacaa ttgcccatat tattggggga     1140

tttttaactg ctcctaaagg cactgttact atagatggtc ttgatctatg tgacatcgat     1200

attgagtggt ggcgccaaca aattacctat gtatctcaac atccacatat tatgaaagga     1260

actttgcgtg acgtattatc ctttgggatg aatgtaagtg atgaagagat tatagaagct     1320

tgtaaagagg tacagctact agatgtgatc aatagacaac aagatgggct agatactgtt     1380

attggtgaag gtggcttggg tctgagtggt ggcgaacgtc aacgggttgc cttagtacgt     1440

gcatttttgc gaaagggcca agtgttaatt ctcgatgagg tgacggcaca tcttgatgta     1500

aaaacagaag ctattataag cagtgctatc aaacgtttga tggataataa aatcgtcatt     1560

atcattggtc atcgtctaca aacgatgcat tgggcatcca cactatacgt tttgaaacat     1620

ggacgtatta ttcaacaagg ttcttatgcg aagcttcttg cagtagatgg ttattttaag     1680

gaccttgtta cctctggttt aggtgaattt tcttcaacta tcgaagaaca attaaaaaca     1740

gaaaagtcat ttaccttaga acatagagaa gagatagatt attcaattcg ggtagatcat     1800

caagatgctt acgtattagg acaagataca atgcagactc ctgaggtttc aacttctaag     1860

atgggcgtac aaggatggaa attattattt actgtactga gtcctgcaaa gtggtcctta     1920

gtattagctt tgatttttac attcttaacg gtatttatga atgtgggctt attaactgta     1980

tccgcatggt tattggcatc agctgcattg caaccgggtc ttacttattt gagcattgct     2040

attgtgggcg tccgcttctt tggtgttagt cgtgctgtat gtcgttattt tgaacggtat     2100

acatctcatc gtatggcgtt ccaaggtctg tatggtttgc gtgtatggtt ttatgctcat     2160

ttagaaccat tggcgccggc tattcttaaa cgttttggtg caggggatat gctaggtcgc     2220

attatggggg atatagaggt actacaattt ttctacttgc gtacgttgat tcctcctgca     2280

gcagccattg ctttaactat tttagttgcc tatggtgtat ctacgattga taatagtttg     2340

gttgcgccta tagttttagc aacctttata ttaggtctag ttttgccttt aggtgtatat     2400

gctcataaca aacaatcgtt gacggcgatt ggacctcaac aagggaaata taaatcccta     2460

ttaagtgata ccatggatag cttggaggat gtcatcagct acggcaatga acagttagta     2520

tacgatcgta ttcaacatat gatgagtagt gtagatgcta ataaaggtgt tatcgagcga     2580

ggcatgaact taggcaatac gctgttccta ggtggagtcc aaattaccgt tgtcattgta     2640

gccatattag cagccaatgc gttgaccgga gcttgggcca gtgttatggt agcagttgct     2700

gctattggta cacaagcttg gtttgaggcc ttacaaccta tgatcgctgc cgttcatcat     2760

ggtgctgaaa gtaaagtggc tacgagtcgt ctcatagcac ttgcagatga gccaattcca     2820

gtagtggaac caaaggcacc aaaaccattt aatgctaatc gagagattac atttaccgat     2880

gtatcctttg gttatgatgc gcatcgtcgt atttatgaac atcttagatt agacattaaa     2940

caaggtcaat cgattgctgt tgttggcgct agtggatctg gtaagactac attgtttaat     3000

atgcttgagc gattatatga ttacagaggc tcaatccatg ttggtgatgt agagttaaag     3060

gatatttcta tcgatacatg gcgtaatgct ttaggcacga taacgcaaga tacatatatt     3120

ttccatgcgt cctttgaaga taatattcga ctagcaagac cggatgcctc agaagctgat     3180

ttagagtatg ctattgatcg tgcttcgttg cgctctgtag tggaacgctt gccagatggt     3240

attcatacga ttgttggtag tggtggtcat ggtctaagtg gtggcgaacg acaacgggtt     3300

gctttagctc gactattctt gcgaaaacct caagttgttt tgttagatga accattagaa     3360

ggtttagacc aagtaacgag gaaggctctg catcgtgatt tgatggaata tgtacaggat     3420

aaaacatgct tatatattac acatcagtta gaaggattag agcatatgga ccgtatctta     3480

tttatggata aaggtcaaat tatagaagat ggaacttacg aagaattaat agcccttcgt     3540

ggtcacttct atgaatattg ttatctatcc atggcaagta ttcaataa                  3588


<210>  2874
<211>  852
<212>  DNA
<213>  Veillonella dispar ATCC 17771

<400>  2874
ctaggaggta tagtcttggc aaaggtagga ttgattgcag gcattggagt tttacctgta       60

gaattcatgc gtgccgctca tgtattaggt cacgaggtag ttgttatcgg cgtggttccc      120

gatatagacc cggctttgaa ggctgaggcc gatgctttct atgatattag tgttgctaaa      180

ctaggtaaaa tcttcaaaac cttgaaaaat gaaggtgttg tggagttaac catgttaggc      240

aaagttacta aagaaattct ttttaaaggg cttgctttcc cagatttgaa aacattaggc      300

gtgcttaaac gtttgaaaaa tcgcaaggat gacacgatta tgcttgccat cgttgatgaa      360

attgaaagag aaggatttaa agttttagat caaaccgtat atcttaaacc atttatgccg      420

aaggtggggg tgctttcaaa agcacaacca actgatgagc aatgggcgga tatttgcttt      480

ggctttgaat tagcaaaaca aatgggtggt cttgatattg gacaaactgt tgttgttaag      540

cacaaagcgg caatggctat cgaggctatt gaaggtactg ataagtgcat ttcgcgtggc      600

ggtgagttag gtcgtggcga tgcggttgta gttaaaacag aaaagccaaa tcaagacgtg      660

cgttttgatg tacctgctgt ggggattaaa acattaatgt ctatgattga cagtggctgt      720

aaagtgttag ctgttgaagc agaaaagact atttttgttc agcaagaaga cgtacttgat      780

atggctaatc gccatggtat tgttatctgt gctgtagacc aagaatttgt gaattccaga      840

aaggatgcat aa                                                          852


<210>  2875
<211>  618
<212>  DNA
<213>  Veillonella dispar ATCC 17772

<400>  2875
atgaaatcaa aatcacttat aaccatctta attattgcta ttgttggtgc cttagcagca       60

gcgtggtatt tcatgtggta cattccccat acaccagctt atacgttaaa aattatccat      120

caagccgtac aagataaaga tgccgatgaa gccttacgtc atatagatac gaaatctatt      180

gtaaaaaata tattagaacg ggaaggcaat aaatatatag acacatccaa cccatttggc      240

aaagctacta ttgcagcagc taaaacattt ggtccatctt taattgaaga tgtgatgcga      300

aaatatattg aagatccaga tagctttaaa tctcagccaa ctacaacaga cactaataat      360

acggctcaaa gtgatgacaa catgtccatg gtcgatcgcc ttgtggatgg tcgtctcttc      420

aaagcgcatg atgtagaggt taaaaacatt aaatctgaag acgatggaga tacagctacc      480

gtaacagtaa caatccaaaa caataaaaaa aatatgacaa aagatatacg cgttttgatg      540

cgtcatttag gtgatggcac atgggttatt tacgatattc cagatatgga agacttatat      600

acagtgactc gtaagtaa                                                    618


<210>  2876
<211>  987
<212>  DNA
<213>  Veillonella dispar ATCC 17773

<400>  2876
atgatatatc atattctatt agcctttgta gtgaccttta tcattacagt agtgctaggt       60

aaaattgcta ttcctatgtt gcgttcttta cacgcacaac aaagtattcg tgaagaaggt      120

ccagaaagtc atcaagcgaa agcgggtacg ccaacaatgg gtggtgcttt catgatgatt      180

gcccttgttc ttggtgttgc tattttcgca ccatggaatg taggtacagg catgttatta      240

tttttaacat tgggccattg tttattgggc ttctttgatg attttgtaaa agcagttaaa      300

aaacgtaatc ttggcttaac agctaagcaa aagttgctag gtcaatttat tttggcggcc      360

atattctgtt actgtattac tgaaattatg gttattccta ccacattgtg gattcctgta      420

gcagatatac atcttcaact aggttgggct tattatgttt tggcgttttt aattatcgta      480

ggtgctacga acgcagtaaa tcttacagat ggtcttgatg gattagctag tggtacctct      540

gctgtagctg ccattgcttt ctccgtgatt ggtcttatgg ctgcatctac aacaaactct      600

actggtgctg aaagcgttgc ttactttggc gccattgtag ccgctgtatg ccttggtttc      660

ttggtataca atgtaaatcc tgcgaaggtg ttcatggggg atactggctc cttagcttta      720

ggtggtgctt ttgcagctat ggcaattttg actaaaacag aattgctact cgttgtaatt      780

ggtggcattt ttgttatgga agcattgtcc gttattattc aagttatatc ctttaaaact      840

cgtggtgtac gcgtatttaa aatgagccca attcaccatc attttgagtt gtctggttgg      900

gctgaacaaa ctgttgttaa tcgcttctgg tttggtggtg ctgtattagc tgttattggc      960

gtcgttttag cgactataac tttgtaa                                          987


<210>  2877
<211>  1284
<212>  DNA
<213>  Veillonella dispar ATCC 17774

<400>  2877
gtagctgctc atgaaccaga tattaatgag cttttactaa ataaaatgct tgtcatgatt       60

gaacatgcag atatcccgat tgtattatgt attaacaaat gtgatttgat ggatccagat      120

acagaagcca tggtaaagct ttataaatct atcggctatg aagtattgat gacatctaca      180

tataatatga caggtattga tgagttacgt catgtattag agcataaggt aactgccttt      240

gcaggccctt ctggtgttgg taaaagtagt ctattaaatg ctgttgatcc taagtttgca      300

ttccaaacgg gggaggttag tgacaaaata aagcgcggta aacataccac tcgtcatgct      360

tctttatata gtttggattc agattctttt attatggata cacctggatt tagtgcgatt      420

gagtttaacg atgtttcatt agaacggtta cccacgttat tccctgaatt tagtaattat      480

gttgatacat gtaaatttaa tccttgttat catgaacatg aacctatttg tggcataaaa      540

gatgctttag atgcaggcca tattcatcaa ggacgatatg atgcatatat gtctatacgt      600

aatgacatag aaagtcaacg aagaggtttt aaaatgataa aaattgcacc atctatgctc      660

tctgcaaatt ttgcaacatt aagcgaagaa ataaaatcta ttgaattagc tggagctgat      720

ttattgcata ttgatattat ggatggtcat tttgtaccaa acttaacatt tggtgcacct      780

atcgtgaaag caatccgtcc ttatacacaa ttaccatttg atgttcactt aatggttaca      840

aatcctggtg actatgtaga agaatttgca aagattggtg tagagtattt tacatttcat      900

caagaaactg tgccacatat gcatcgttta atccaacata ttaaacaatg tggcatgaaa      960

gcaggggttg cacttaatcc aggtacacca gtgtccttgt tagaggatgt ggctgctgac     1020

ctagacatga ttttaattat gtctgtaaat cctggctttg gtgggcaatc ttttattcca     1080

aatgctatta aaaaagttaa gcaagctaaa atgctactag aggaagttga taatacaact     1140

gcagttattg aagtagatgg tggcattaat gatattacat gtgtcccaat taaaagagca     1200

ggtgctactc ttttagtagc aggatctgct gtatttggcg ctgatgaccg agcacatatg     1260

attgaatcga ttcgcaataa ctaa                                            1284


<210>  2878
<211>  522
<212>  DNA
<213>  Veillonella dispar ATCC 17775

<400>  2878
atgaatattc aatggattgt tcttgatgtt gatggcgtgc tatctgatgg tactctaatc       60

tatacatcaa gtggggaaga acttaagtct ttctctgtaa aagatggctt aggattaacg      120

gcagctcgaa aagtaggtct taagcttgcc atcatcacag cacggatatc tcctatggtt      180

gagcgacgtg ctaaggaact tcattttgat gcattgctta tggggcatgc caataagaca      240

gaagcattaa gaaccctttg taaagagcat caaatcaatt tagaagagat tgcttacatg      300

ggggatgacc tcaacgattt gggggctctt caactagttg gtttacctat ggcgccaaat      360

aatgcggtac cagaggtcaa agaattagct aaatttatat ctactgtcaa tggaggccat      420

ggtgctgtta gagaggctgt agaatatatc ttgaaaaatc aaggtttatg ggaaactgtt      480

gtagcagact atgcacgaga ggcccatgct catggacaat aa                         522


<210>  2879
<211>  1020
<212>  DNA
<213>  Veillonella dispar ATCC 17776

<400>  2879
gaggtgacca tgtatgtaga cgtaacatta gacgacatta tcctatatgc tttagaacat       60

catgtgagcg atattcactt tgatcccaca aaaagtggtg tccaagttcg gttacgacaa      120

gatggattac tacgaacaaa tatgactgtg tcttctgaag aggctgaact tattatcaac      180

cgcatcaagg tttgtagtgc attagatatt agtgaaaaga gattgcctca agatggtcga      240

tgggcttgga gccataagga caaagccgta actatgcgcg tatctacttt gcccagctta      300

tatggtgaga ctttggtctg ccgacttatg ggaaatgaag gaagtcacaa agacttaaca      360

gctttaggta tgcgtgcaga tatttttgag catattaaac aattactaaa acgtccttat      420

ggcttacttc taatctgtgg acctacaggt agtggtaaaa cggctacttt atatgccatg      480

ttacgcatgt taaatctcga ggaaacaaag ctcatatgtc ttgaagatcc cgtagaggct      540

gaaattaaag gagccataca aattggtatt aatgagaaga ttggctttac atttgccaaa      600

gggcttagat cagtgctacg gcaagatcca gatacgatta tgattggtga aatcagggat      660

aaggagactg cagagctggc cgttaaatct gctttaacag ggcatcgagt gttatctaca      720

attcatacta acacagctat tggtgttgta acgcgtctca tggatatggg ggtagaaccg      780

tatttaatac gggcgacttt aatgggggca atagcgcaac gtttagttcg aaaatttgat      840

ggtaccacgt atcatggacg gactgcgctt tttgaatatt tagaaatacc aaccaattca      900

gttcactggg atcaattaga agcacattta cttttgtcac tagaggattc cgctcgtgaa      960

gctgtatctc agcatgttac atcgatagag gaggtgcatc gttgtggact catgctgtaa     1020


<210>  2880
<211>  915
<212>  DNA
<213>  Veillonella dispar ATCC 17777

<400>  2880
atgatttcaa tatatcctac tatatatcac acatttcaat gcaaagcaga tcgatgtgaa       60

aatacatgct gccaactgtg gaccatcgat attgacgaga ccactgctga acgctatcat      120

gccatgacag gaactcttgg tgaaagctta cgacaagcca tcactgtcga tgacgaaggt      180

agccatttcg tattttctaa agaacaacct atgtgtccgt tactcaatga aaatggcctc      240

tgtaaggtgg tgctcgaact aggtgaagaa ggcctatgcg atacatgtca catgcatcca      300

cgattttata aatatattga ggacctcgag ctatgtgggg ttggtttatc ctgtgaagca      360

tcggtagaac tgctagcaga agacatgcag tctaatcaag taatctttac tattgaagac      420

gataacggcg aatttagtcc tgatgaacgt ttaactattc agaatatatt tgaactatta      480

gcctttgata tagatccagc actatttcaa tatattccat cccctgacgc acagtattat      540

acaagcctat tagatctata tggcacaaca gagcctatcg atgaagaatg gactgcacaa      600

atcagtgcat tatctcatga tatagataaa ctcactacct ctgttcaaac ctatgttgcc      660

actcatgata tggggctatt caacaaggta ttccaataca tcttatatcg tcaaatcgat      720

atgctagcag attattcttt agaagccatc ctgtcctatg ctaaggatgg cgtggaatac      780

atacttatga caagtgccct cgaaggctct ccacttaaac aagtggcaag atggtcccaa      840

caaatcgaat acgacgaaga taatgtagaa ctgctattac aacattatga agcaacaaaa      900

aacctcctag tataa                                                       915


<210>  2881
<211>  1164
<212>  DNA
<213>  Veillonella dispar ATCC 17778

<400>  2881
gtggctaaga aagtacaaaa aagtcaaata gaggagattg tagaacaact tcttgaaaaa       60

ggccgaaaaa ccggcgtgtt gacacaatca gagatttcag atgctcttca tgagcagact      120

gaacttactg cggaacaatt agacgatatt tatactacat ttggtaaatt aaatattgaa      180

gtagtggctg atatcgacag tgaggatgcg gacgctaatc caatagaacc agaagaagag      240

gatgaagaag atacttctaa tgaaaagaat atctccatcg atttaagtgt agactctggt      300

gttaacattg atgatcctgt acgtatgtac ctcaaggaaa ttgggcgtgt cccattgctt      360

tctgcagatg aagaaatcgt tttagcaaag caaattgagg ctggcgcagc agaagatgct      420

acatataaag atattcaact tgccaaaaag gctaagaaaa aattggtaga tgcgaacttg      480

cgtctagttg taagtattgc aaaacgttat gtaggtcgcg gcatgttatt cttggatttg      540

attcaagaag gtaacttggg ccttattaaa gctgtagata agttcgatta tacaaagggt      600

tataaattct ccacatatgc tacatggtgg attcgtcaag ccattactcg tgctattgcg      660

gaccaagctc gtacgattcg tattcctgta catatggtag aaacaatcaa taaattgatt      720

cgtatttccc gacaattatt gcaagataaa ggacgtgaac cattacctga agaaatcgca      780

gaaggtatgg gtattacggt agagcgcgtg cgtgaaattc aaaaaatcgc acaagagcca      840

gtatcgttgg aaactccaat tggtgaagag gaagactctc acttgggaga ctttattgaa      900

gaccaagatg ctattgctcc agacgatgca gctagctaca tcttattaca agaacaaatt      960

gaagatgtat ttacatgctt aactgaccgt gagcaacaag tattgatctt gcgctttggt     1020

ttgaaggacg gcaaacctcg tacattggaa gaagtaggtc aacatttcaa tgtaactcgt     1080

gaacgtattc gtcaaataga aggcaaagcg ctcactaaat tgcgcaatcg tggtaaacgc     1140

gataaaatta aagacttctt ataa                                            1164


<210>  2882
<211>  1038
<212>  DNA
<213>  Veillonella dispar ATCC 17779

<400>  2882
atgaaacggt ggattgctcc gggcgtttta gccctatttg ttataggaat gttaacctat       60

ggtgtaaact tttaccatca agaacagtta gaacatgaaa aagaacctgt tcgtggtgag      120

attacagttt atacagactt gccgaacaat ataactacat tgcttgccga tcgttatgaa      180

gaggagaaaa atgtaaaagt tacagttatg cctcttacag aagagcaaat gacccaacgg      240

tcggcttcaa atgtagctga tacatctggt gatctggtac ttacctctga agataatctc      300

gttgttgggg caaatgtagg gaaatatgca cctatcgtta atgagagaat tgacgaagta      360

cgtgataatc taaaagatat aaatgggtat tgggtaggtc tttggtatga tcctattgta      420

tttgttcaaa atgacacctt ctacaatggg ataggtaaat atattactac ttgggataca      480

ttgggaaaac aaggcgattg gtctattgtg atgaccgatt ttgtagcatc ccaaaatgca      540

gctaatttgt tatataacat ggtggaatat agaggcgagc ctgaggcact gaactattta      600

tatagcttaa agccacatat aatacaacat gccaagttct tgtctactcc agttcgctta      660

actgcattag gagagtctaa tatcggcatt ggtaatttgt ctgatgcagc ccaatatact      720

cgtcatggat atccgattaa ggttatatac ccaacagatg gaacatctta ttatgtaact      780

ggcgctgctg tattaaaaaa ttcaaagcat aaagcagata gcgttgaatt tattaattgg      840

ttgttatcta caaagactgc aaaatatatg gttgaaaata atttcaccta tatatttacg      900

aatccagaaa tggatgagcc aaaagactca ttggggcacg agttaatttt atggcctgtt      960

aatggtggtt acactataga tggtaaaaag ttattgttaa atcactgggt tagccaagtg     1020

cgtttccgca aggagtaa                                                   1038


<210>  2883
<211>  1041
<212>  DNA
<213>  Veillonella dispar ATCC 17780

<400>  2883
atggctgtag atggcagaca agcagcgttg gataacgcgt taaaacaaat tgaaaaagac       60

tttggtaaag gcgctattat gcgtcttggt gaagcggctg atcgcatgaa cgtagaggtt      120

atctcctccg gttctcttgc tatcgatatc gctgttggcg taggtggttt ccctcgtggt      180

cgtgttattg aaatctatgg cccagaatcc tctggtaaaa caacagtagc acttcacgct      240

gtagcagaag cacaaaaaca aggtggcatt gcggctttta ttgatgcgga acatgcgatg      300

gatccagtat atgctcgtaa cttgggcgta gatattaata acttattgat ttctcaacca      360

gataatggtg agcaagctct tgaaattacg gaagctcttg ttcgcagtgg cgctgtagat      420

atcgtcgtag ttgactccgt tgccgcttta gttcctaaag ctgaaatcga aggcgaaatg      480

ggtgatgctc acgtaggctt acaagctcgt ttgatgagta aagcattgcg taaattaact      540

ggtattatca gcaagtctaa aactgttgtt atttttatta accaattgcg tgaaaaagta      600

ggcgttatgt ttggtaaccc tgaaactaca acaggtggtc gtgcattgaa attctattct      660

tctgtacgcc ttgatgttcg taagggtgaa cttattaaag ctaacaacga aaacgttggt      720

gctcgcacta aagttaaagt agttaaaaac aaagtagcac ctccattcaa aacagcagaa      780

tttgacttga tgtatggtga aggtatttct aaagctggta cgcttatcga tatcggtaca      840

aatatggaaa tcatcaataa atctggtgca tggtattcct acaatgggga acgtatgggc      900

caaggtaaag aggcggcaaa acaatactta ctcgacaatc cacaaatcgc tgatgagatt      960

gatcgtatta ttcgcgatac attagcggtt ggtacagaag aaatcgatgt aatcggtgaa     1020

gaagtagctg aagaagtata a                                               1041


<210>  2884
<211>  507
<212>  DNA
<213>  Veillonella dispar ATCC 17781

<400>  2884
atggctttta aattaaaagg aaaagaagaa aaatttttca gtattttaga aaatcatgct       60

gctcttacat atgaaagtgc agagatgatg gaacgtgtgt ttaaaggcga gacttctaaa      120

gaagaggcat ttcttgaaat tgatataaag gaaaaagctg ccgatgaatt agtaaccgaa      180

actgtagaac gtttgcgtaa aacattcatc acaccaatgg atcgtgaaga tattcagctt      240

ttaatcgatc aattagatac tactttggat aatattaaag aaatcatgga taaaatggtt      300

atgtaccacg ttggtaatcc aagtgatggt gctatccgta tgagtgaaat tgttgtgaaa      360

tgcgttaagc atattaacaa atctattggt tacatgggca gtcttaaaaa ggaccatgtg      420

aaggtagaag gccgtgtgca ccaagttttg aaacttgagt ccgaagcgga taatatctac      480

catgaagaaa tggctaagct cttcact                                          507


<210>  2885
<211>  936
<212>  DNA
<213>  Veillonella dispar ATCC 17782

<400>  2885
atgaaaaaaa gagttgtagt agcgttaggt gggaatgcat taggtaattc ccttccggaa       60

caaaaaattg cagtaaaaag tacagctaaa acgattattg atttagtaga agctaattgt      120

gatgtggtag taactcatgg caatggccct caaattggta tgatcaacaa tgcgatggct      180

gcattgacac gagaagtaga aggacaacct aatacaccat tgtccgtatg tgtggccatg      240

agccaagcat atatcgggta tgacttacaa aatgcccttc acgaagagtt gttgaatcgt      300

ggtattgaac atctaccaac tatgacaatg gttacgcaag tattagttga caaaaatgac      360

cctggattcc aaaatccaac aaaaccaatc ggtcacttta tgactaaaga agaagctgaa      420

tatgcagaaa aaaattacga ttacgttgta aaagaagact caggtcgtgg ttatcgtcgt      480

gtagtagcat ccccagcacc tcaggaaatt atcgaaattg aagctattaa aggcttagta      540

ggtaaacaac taatcgttgc ttgtggtggt ggcggtatcc ctgtaactag agaaggcaat      600

gaacttcatg gtgcagcagc cgttattgat aaagactgga caagtagttt attggcacaa      660

gaaattgatg cagatgttct cgttatctta acagctgttg aaaaagtagc tattaatttt      720

ggtaaagaaa atgaaaaatg gctagatgaa ataaccgtgg cagatgcgaa aaaatatgca      780

gcagcaggcg aatttgcaga aggttctatg aaacctaagg tagaagcagc tattgctttt      840

gcagaatcta aaaaaggccg tgtttccatt attacattat tagaaaaatc taaggatggt      900

atagcaggaa aaacaggcac gcgtatcgta ttataa                                936


<210>  2886
<211>  597
<212>  DNA
<213>  Veillonella dispar ATCC 17783

<400>  2886
ttggcttggg ctggtaagga tagacacatt aatctaatgc ctcgttcgtt acattggcat       60

agtatatggc acagatatcg atattatcta tatggaatga gtattgtata cggaatagta      120

ggattattat ctttaggtta ttgctggact agttacgaac attataaagc tgaaaaatca      180

gaactattga gtctattaga aaatccacag tatcagtcta tagggaaaca gtatgcagat      240

ataatagccg ttaaagatca aattcttaag aatagttcaa aaaataatac atcatctgtg      300

attcaaaata ctatagtcct atatgtcatt gatatagcta tggagcaagg tattagttta      360

cagcacctcc atataaaaga tggacagatt agtgtggatg gtgcaggtgt tactgatgac      420

gcgtgtcgta agtttatagc tagtcttcaa cacagactaa taggaatgga gtgtcatgga      480

acagttaaag cagataaagg tatatataca ttccatgtgg aaggatctaa aggagagcac      540

aacacatcca gtagagaaga tactaatgat cgtaatagtg tggagcatca tcattag         597


<210>  2887
<211>  408
<212>  DNA
<213>  Veillonella dispar ATCC 17784

<400>  2887
atgaatacaa caagttggcc tgaaggcata aaaaaaacca aacagcgcga agcaatttgg       60

tctgtattaa caactacaga taaacctatt acagctatgg aaatcgcaga gcgattaggc      120

gatggtagca ctacatggat gtctactatt taccgcactc ttgagctgtt agaaacaaag      180

gaaatcgtta cccgtacaac actcatgggt agcgatatgg catactatga aattacaccg      240

catacacacc gtcactatgc agtgtgtaca aaatgtggag ccatgatacc tctgcacaca      300

tgccctgttg tagaaatgcc acaggaatta attgatgcag gctttacggt gacggagcat      360

catttggaaa ttgccggaac atgtaaggat tgtaagaata aaggttaa                   408


<210>  2888
<211>  2319
<212>  DNA
<213>  Veillonella dispar ATCC 17785

<400>  2888
gggaccatgc ggttatttat tgcggaaaag ccatccatgg ctcgcgaaat tagtaaatgc       60

ttgccggaaa ataagaatat ccaaaaacgg aatggctact ttatccaagg tgatgatgtg      120

gtgacatggg ttgtaggtca cgtattacat caagcagaac ctggtgatta cgatgataaa      180

tatgttcgct ggcgccctca agatttacct attgtgcctg atgagtggaa attattggtt      240

acggatagta gtcgtcaaca gtttgaaacg gtgaaagacc ttatcggtaa agctgacact      300

atcgttaacg ccggtgaccc agatagggaa gggcaactgt tagttgatga ggttttatat      360

tatgtaggaa atacaaaacc tgtacagcgt attttattaa atgcattgga cgaaaaatct      420

gttcgtgcag ctcttaatga tttgcgagac aataaagact ttcacaatct atatcaatct      480

gcattggcca gagcgcgtgc agattggctt attggaatga acctatctcg tgcatatacc      540

ttatctgaac gatataaagg taataaggta acattaccta taggtcgtgt taagactcca      600

acgttagcat tagtagttcg tagagaacgt gaattagccg catttaaacc ggtcgattat      660

ttcacactaa aggttttata taaccatcca aatggtgtgt tctgggctac gtggcaacct      720

acagatgaac aaaaggggct tgatccagat ggtcgtctca taaataaggc tattgcagat      780

gaattggttg agcgcttgca agttggtcca gatggtatca ttaaggcggt tacaaaatct      840

aaaaagaaag atgtacaacg cttaccatta tccttgtcat cgttacaggt attggcgggt      900

aaagcattct cctatgatcc gcaaactgta cttgatacag cacagaaatt atatgagaaa      960

aagttgacta cgtatcctcg ttctgattgt gaatatttac caccaaatca gtatggtgat     1020

cgcaatgcta tcctcaataa tttgcagaat gctggagatg aaaggttagc acaatgggct     1080

acagatgccg atcgttctat taagagccgc gcatggaatg aaaagaaaat taccgcccat     1140

cacgcaatta ttcctactac agtagcgtgt aatatgaata gtttgtctcg tgaggaacgc     1200

aatatttact tcctcattag tcaggcttat attgctcaat tctatggtga gcacgtgtat     1260

gaacaaacta agattgtagt ggaacaatgt aaggaagagt ttgttgctaa tggtcgtgta     1320

gttatagacg aaggatggaa gttgctttat aaacgacaaa agtccaaatc gatgacagat     1380

aatgatgaac ctgatttaac tgatgaacgt ggcgcagaat ctgactctaa aaaagaagct     1440

attgaagaaa cggatcattt gccggttgtt aagaaaaatg attccgttct ttatacagat     1500

tcctctgtag aggcgaaaca aacaaaacca ccatctcgtt ttacaccatc tacattgttg     1560

caagcgatga aggaaattca taaatttgta aaaaacgaag atttgaaaaa acagttaaag     1620

gctgtatctg gtataggcac agaggcgact cgtgctaata ttattgacga actcatcagt     1680

cgtggtttta tgaaaacttc ggggaagaag caagttctat cacctacgga aacaggctat     1740

cttttagtag atgcattgcc tgatgaattg ttgtatcctg atgaaacggc agtttgggaa     1800

gaacgtttgg ccctcatgag tgaaggggag gatacattgg attccttctt atctgatcaa     1860

gttaagtttt tacagttatt gattgataag cttggctttg ataaacaggt aaactctggt     1920

caaatgatgc caaatgtagt tcgcacgata acgaatcaaa atcgtaaacg acctatggat     1980

aatgaaaatg tagacttatc tactttgcct atatgtccga aatgtaataa gggacgtatg     2040

caacagcgta atggtaaata tggtgctttt ttaggttgta ccaattaccc aacttgtaaa     2100

catacacaac caatcgatgg agagacttca actggtgaaa gtaatatcac tctatctgaa     2160

gaagaaaaga aatataaatg cccacgatgt aaagaaggtt attttgttaa acaagagacg     2220

agaggccgaa ttaactgggt ttgcagtaat cgatctcaat gtaagacaca atgttctgat     2280

gtaaatggca tgccaagtat ttatgcgaac aaatcataa                            2319


<210>  2889
<211>  426
<212>  DNA
<213>  Veillonella dispar ATCC 17786

<400>  2889
atggaaatgg atcaattata tacagaactt attttggaac ataaccaaga taagcgtaat       60

aaacatgagt tagctcattt tacaaattct gaacatggcc ataaccctag ttgtggtgat      120

gatctaacat tacaactcaa cgtagaagat ggcattatta aagatgctgc ttacaccggc      180

tctggatgtg ctattagtca agcgtctgca tctatgatga ttgatattat taaggggaaa      240

tctgttgagg aagctcttcg tttggtagaa attttcttag gtatgatcaa aaaagaaatt      300

actgatgaaa atgagttaga agaattagaa gatgctatgg cattgcaaaa tatttctaac      360

atgccagcac gtgttaagtg tgcggttctt gcatggcata cattaaaaga ggctttaaag      420

aaataa                                                                 426


<210>  2890
<211>  765
<212>  DNA
<213>  Veillonella dispar ATCC 17787

<400>  2890
atgaaattag gactgaaaga tcgcttttcc atcgtgaaag gcgctctcta tcttatctta       60

ggtatctgct gtgtatacct aattctgacg ggccgttatt tgaactatat tgcaccccga      120

tatgaactac tgctcggcat cagtagcata gctctcatat taggtggatt agcaactatc      180

atttgggctc catcccgcta ttacaagcac aatttacgtt ctatcgtgcc tattattatc      240

cccgtagttt tgctcattgt tccgcctgtc ctagttccta atactggtgt tcacggcgcg      300

gcacgggtta atgatgatac gaataatttt gattttacaa atgatgctat aggtgaggtt      360

attaccgtta atagtgaaag caaagagcct ggcatttcta aagacaaaaa agaaatcgta      420

ctaaactccg ataacttcta tcaaaccata gtaaaggtcg gctctaatgt agagcaatac      480

aaggactaca ctgtatatat gacaggctat gtaaatcgcg atgataatac gctaaaatct      540

aatgaattta ccatctctcg tatggccatg tcttgttgca tcgctgacgt agctcccatt      600

ggcatgacag ctcataaaac agatggcgat agtttagcta atgaacaatg ggtttctatc      660

gaaggcaaag tatctacacg agacttccac ggtcgtgctc aaccatatgt agaagtaacc      720

aaaataaaaa cagcagaacc tattttaggt tatgtatatc cttaa                      765


<210>  2891
<211>  780
<212>  DNA
<213>  Veillonella dispar ATCC 17788

<400>  2891
ttgatgataa tggcaacttt gtttttaggt gtaaatattg gcggtgcttc tgttgctcaa       60

ggggcaacat tgcaacataa aagtacagta gtaactaaaa agccaatgcc gaaatcaaca      120

gtatctacaa taaatgtatc gaaagtaaat tcgactaaga agtcaacttt tcgaccactt      180

gtaactaaac cggctccaaa gcctgtgtca aaagtgtcgt cgaagccagc tgctaaacct      240

gcagcatcta gtgctacaac gaaagttcag aaaacagtag ctccaaaacc tgtaacaaaa      300

actacatcta ctggtgttaa gtctactgca tctaaggttg tgaaaacatc taatgcaaat      360

agtattcaag ctaatacggc agttattacg cgtaataagg tgggttctgt agtaacgcct      420

gctacggagc gcatagagca tgtaccaaat gtacgtgttc tattaggaag ccgtagctcc      480

gatgctaagg tgacatctac tgctaatatg gttgtgttaa atagtaataa tggtcaggtt      540

agtacaatta gtgcaaatcg tggtacctct gttggcgttc gagatggtaa aattgttgtt      600

aatggcaagg ccattgatag tgtagttacc ttaaaaccag ctaatagtga tgcgccattc      660

ttgtttgaag gtaaaggtta tcgcggtgga cttacattac gtgctaataa tggtaaaatg      720

atggtcatca actctgtacc tcttgaagac tatctttatg gcgtagttcc acaggaagtc      780


<210>  2892
<211>  1308
<212>  DNA
<213>  Veillonella dispar ATCC 17789

<400>  2892
atgacatatc aagaggcctt agcctattta gaacaggcat cttcattcgg tattaagcct       60

ggccttgaac gaattacagc gcttatggaa gcccttggga atccacaaga tgactataag      120

attgttcatg taacaggcac gaatggtaag ggctcggtta cctcatatat ttcctacgca      180

ctgtttacaa gtggactacg ggtggggcga tttacatcgc ctcaccttca atcctatacg      240

gagcgaattc aaatcaatga tggaaatata acagaggaag ccttcggtaa tctaattagt      300

cgtgtaaaag tggcagttga tactatcatt actaacggca tagaagcgcc aacgcaattt      360

gaaattttga cggctgctgc ctttttgttc ttcaaagaac aagatgtgga ctatgcggtg      420

gtggaagttg gtttaggtgg attactagat tctactaata tcgtgacacc aaaggtatcg      480

gttattacta atgtaacaat agaccatcaa gcgtattgtg gtgatactgt tgaggaaatt      540

gcgcgtcata aggcagggat tattaaatct aaagttcctg ttgtaacggc tgcacaggat      600

gcaccgcttc gtataattga agaggtagct aaagagaagc atgctaaagt atatgctttc      660

aataaagact ttggtataga tagccgtagt gctgtaactg gtggccaaat gattacggtt      720

agtactaatg atgccgctcc tgcaatgttg tttacgacaa tggcaggcat tcaccaatct      780

gtcaatcttg cgtgtgcatt aatggctgta cggttactga tgaaagaaga tactaacatc      840

agtgaagaaa cgatgcgtga aggatttgct cgcactacgt gggcaggtcg atttgaagtt      900

aaacgaggct tggatcgcac ctttatcttt gatggtgctc ataatgcggc aggtgctgaa      960

tctttcagta tgacctatgc tgaattattt aaggacactc caaaaacgat tgtgatggca     1020

attcttaaag ataaaaatca agatgctatt atccgcgaag ttgttaaggc aggcgatacg     1080

gttctagttg taccagctcc aacagataga actgaagtgc cagaggtttt ggttgagaaa     1140

atacgtcaca tcgttccaaa agctatagcg caaacagcag attctgttga agacgcattg     1200

gctttagcat ataaacatac aaaaactggt gatattatca ctgtttgtgg ttctttatat     1260

attttaggag atgctcgtca gtggtttaac catgagatga gtcactaa                  1308


<210>  2893
<211>  1437
<212>  DNA
<213>  Veillonella dispar ATCC 17790

<400>  2893
atgaatagtt ctggatataa caatcacaac aagttgcttt ttagcaaaat catagtgctt       60

atagcagatt atgtttctat tgttttagga acattagcag cttactatct gcggttaaat      120

ttgccaattt taccggtcag cccacatttc aaggtagatg aaatctatgt atatggcatt      180

atacctttag tatttttgtc tatattactt cttaataata catattctgt ggtatctcct      240

tattgggata ctatgaaaaa tcttttccgt agcatcacta ttggcgtagt tgtatctatt      300

gtgctcatgt acacaggaca tgtaattaat gatgtatccc gtctatttgt agcctttgct      360

tatatattta tgttgttctt tatctttagt ggtcgtttta ttgtaggcaa gattctttct      420

aaggcaggat acttaactat accagtcctc ttagttggtg caggtaaaac agcagagctt      480

gtaaagaaat ccttagatcg tatgccaatt gctacgtaca agattattgg ttatgtagat      540

gataatccta aatcctcttc tattgctaaa gaatatccat gtcttggtgc tttttccgat      600

gttgaagatg ttatcaaaga tacaggtgta caaacagttc ttatttgtgc accagggtta      660

gaacctaaaa tgttagtatc tttgatcaat cgattgcaat tattggtaaa acgagtagcc      720

tttgtgcctg aattatttgg tttgcccaca agtaatatta cggctcgtgg catgatggaa      780

gagcaagccg ttgtattgcg cgtacaaaat aacttggctc gcaagtctaa ccgcattatg      840

aagcgcatat ttgatattgt agctactgta tgtgggggca tcttaatttt gccaatttta      900

gccattgtag ccgtactgat ttatctagat tctccagggc ctatcgtatt tggtcataag      960

cgcgttggtc aaggtggtaa agagttccca tgctataaat tccgctccat ggtgccgaat     1020

gcacaagagg cattagaggt atatttgaaa gaaaatcctg cagctcgtga ggaatgggaa     1080

cgggatttca aattaaaaga tgatcctcgt gttacaagaa ttggtaaatt ccttcgcaaa     1140

acaagcctcg atgaattgcc acaattgtgg aatgttctcg ttggtgatat gagcctcgta     1200

ggtccacgtc ctatcgtgcg tgatgaaatc gtaaaatacg gcgactatat caacgacttt     1260

taccttgtac caccaggcat taccggtgta tggcaagtta gcggtcgtag cgacactacc     1320

tatgaagagc gtgtattaat ggactcttgg tatgttcata actggtccgt gtggattgat     1380

attgtatatc ttttaaaaac ggtgttggct gtcgttaaat cgaaaggggc ttattag        1437


<210>  2894
<211>  447
<212>  DNA
<213>  Veillonella dispar ATCC 17791

<400>  2894
atgagttctg ttatacatat ggttcatggt ttaaattctc gattagaatt atgtggtcaa       60

tgggttttag accacttaca tatttctcgt gttcgggaaa atctcaagaa gtcgagaaaa      120

gggggcttta cccttgttga gttaatggtt gtggtagccg ttattgctat attggcagct      180

attgcgatgc cacaattctt atcggctgct gatagagcac gaaatgcgaa ggaaacggca      240

gatattcaaa taattaaaaa tgcaacgcag ctctatatga tcgacaagaa tgtagataca      300

ccaccaactg tagaaaatct atataaagaa ggttatctta cagaacatgt taagactgca      360

aaggataagg aatataccat tacttatgaa gtggttaatg gcggtactgc aaaagcagtt      420

gtagttaaag cacctgatgc accttaa                                          447


<210>  2895
<211>  735
<212>  DNA
<213>  Veillonella dispar ATCC 17792

<400>  2895
atggactcta ttttgtcttc cgtgctatcc atcttttcga ataatcctat atttgttcta       60

gctatcatcg cgtacattgc tttttctatt ataaaaagca agaatactga agagcctgaa      120

gagtatgagg accatgaaag ttcaggtcag acttgggagg atatggagcg tgaatatggt      180

atctctatag agaaaaagcc tgtagaacct tcacctgagg atttgttgta tgatgatgat      240

ttctatcgag atatttttaa aaatagaccg attgagaatc agcatcctga ggccccttta      300

cgaaaaaagg gcggaagact gtttcaatat gatgatacgg agacatctga aaaacatgtt      360

gaagtgcatc caagtaatga taaaactcaa acagttttag gttccgagaa tcattacgat      420

gaagcgtcta caacgcaaca aggtactcat ggttcatcca agaaaacctc aattaaatca      480

actagcttta gtactaatac gactcgctcg gctcgagaat ctgttacagg tccttcttta      540

aatgagcgat tagctgagtt taaacgagat aaagcatcta aagagggtcg tgttcttctt      600

gagaatatag gcgttacgac tgccccagct gtaacctcaa caggtaaacg aaaagctaat      660

catgccttga aagaggggat gaagtggtct atcattttag gcaagcctaa agctctagag      720

cggagatatc gctaa                                                       735


<210>  2896
<211>  1371
<212>  DNA
<213>  Veillonella dispar ATCC 17793

<400>  2896
atgaaataca acacaatcaa atcctgtctg gtggcaacaa ttttaacagg tatagtagta       60

ctgggaacac cactatacat cgttgcggaa gatgaggatt taacgaatca attagattca      120

attcaacaac aagttaatca acaaaactct attaaagctg atgctgaaac tgtcattgtt      180

agtgtatctg aacagttgcg tcaaattgaa gagcaattgc gtcaagctca acaacagtta      240

gagtctattc aacaacaacg tgtagccgtt gaaaatgata ttactgttaa tgaaaagtta      300

ctagcagaag cacaaaaacg tttagaagga cgtgagtccg tattttataa gcgtgtacgt      360

gacatttata tcaatggtcg tctaagttat ttagatgttg ttattggttc taaagacttt      420

agtgattttg caaatcgact agagatttta aaacgcatta ttgattctga cattaaatta      480

attgatgaaa tcaaaaagga acgtgctgaa attgctgcac gtaagcaagc tcttgagcaa      540

tctcgagcta aattagtgga gcttgaaaag gcagcagtag ctaaacaagc tgaaattgaa      600

caaaagaaga aagaacggga agtcgttctt caaaaagcac aaaatgatcg tgccactgca      660

atgcaagctg tggaagaact caatgcttct tccgctcaaa ttactgcact attaaaagca      720

cgtcaagcgg aacgtgcagc ggctcgtgct gctgcagaag cggcggccgc agcagcagct      780

caacagtctg caccaagtta ctcttgggtg caaggttctg gtcaactggg gtggcctgta      840

agtggtgaaa ttacttcccc atatggttat cgtacacatc caatttgggg aacaacaatt      900

taccattctg gtatagatat tggtgttgat gaaggtacac ctgttcacgc tgctgatggt      960

ggtactgttg tttggtctgg ttggatgggc ggctatggtt atgccgtagt tatcgaccat     1020

ggtaatggca tgtctaccct ttatggccat aattctgagc ttgctgtctc tgaaggtcaa     1080

gatgtatcta aaggtcaagt tatagcctat gctggtagca ctggtaatag tactgggcca     1140

cacgtacatt ttgaagttcg tataagtggg gatcctgtgg atcctatggg atattttcaa     1200

gcttatattt ggtacgcgta cggcgttatg gagcctattg aaatatatag gctctggcat     1260

cgttattatg tggctcatgt tttggtatct atctggttca ttctgggggt taccaagact     1320

atttgtagcc tactatgctg cgagtcaagt ctttatgaca cctatgtcta a              1371


<210>  2897
<211>  813
<212>  DNA
<213>  Veillonella dispar ATCC 17794

<400>  2897
atgaattgga aaaaaatgat ggccgttggc cttgcagcag tatctatgat ggtatttgta       60

acgggttgtg gtagtgatac taaaactact aataaagaat tacctaagaa aatcgttatc      120

ggcttagatg atagcttccc tccaatgggc tttaaagatg ataaaggcga aatcgtaggt      180

cttgatatcg atatggctaa agaagcagct aaacgcgctg gcatggatgt ggaattcaaa      240

gctatcgact ggtctagtaa agaagctgag ttgaaatcta aaaaaatcga cgctttatgg      300

aatggcttaa cagtttctcc tgaacgtgag aaaaatatct tgttctccaa cacatatatg      360

aaggataaac aatacatcgt tgttcgtaat gaagatgaat ccattaaatc taaagcagat      420

cttgcaggca aagtagtagg tgttcaacaa gcaagtactg gtgaatctgc attgcaaaac      480

gatccaagcg gtaaaactgt gaaagaaatt aaatcttatg ctgatttcgt aagtgctttc      540

atggatcttg gtattggacg tgttgatgca gttatcgcag atggtgttat cgctcgttac      600

ctcatgacaa aagaacctgg taaatacaaa atcgtagaag gtactgatta cggtgttgat      660

aacttcgctg ttggcttccg taaagatgac actgcattac gtgataaaat caatggtatc      720

ttagctgaaa tgaaaaaaga tggtactgct gataaaatcg ttgaaaaatg gttgggctct      780

agcgcagacc tagataagag cgatgctaaa tag                                   813


<210>  2898
<211>  492
<212>  DNA
<213>  Veillonella dispar ATCC 17795

<400>  2898
atgaatacaa cattagaaaa attaaaagaa cgcattaaag acaaaaaata caaattgact       60

acacaacgtc aaacaatttt acaagccttc atcgatgctg atgaaaatca tttaagtgca      120

gaagacgtat atgtacttgt aaaagaagtg gctcctgata tcggcttggc tactatttac      180

agaacacttg atctcttcac tgaacttgat ttgttgaaac gtcttgattt cggcgatggt      240

cgtaaccgtt acgaattgaa cgacgaagag tttgctcatt tccaccatca tttgatctgc      300

gtaaaatgtg gcaaagtatc cgagtttgaa gatgatatgc ttgaaacact agaatccatc      360

attgctaaaa aattgaactt ccgcactatc gaccatcaat tgaaagtata tggttattgc      420

agtgattgcc aaaatcatat gactgaagca gagcttgaaa aattagaacg tatggctcat      480

caccatgctt aa                                                          492


<210>  2899
<211>  1554
<212>  DNA
<213>  Veillonella dispar ATCC 17796

<400>  2899
atgattacac aagaattgaa agatcgatta attgcagact atccaaagtt tgaagatatg       60

acgcacaaat tctataagaa agaaatgtct attgcggact ataaaggcca atctggtgct      120

tatggtagtt acgccgaacg cggtgctaac tccggtatga gccgttggcg ctttaatggg      180

ggccgtatga cgcgcgagca catgcagttc ttagcagatg ctattcgtaa atataactta      240

caacacgtac atttcactac cggccaatgc ttacaaatgc atggcctcga tggcgataca      300

attttaaacc tctataaaga atgctatgac catggtatct ataatcgcgg tgctggtggt      360

gacaatccga atgtagtggc tagtattttg cgcggtattg atcctcgtga aaccctcgac      420

ataacgccgt atgcaacggc tattagcgag ttccttttag agcaaatgtt ctacatcaaa      480

atccctcgca agtttaaaat gggcatcgat aatggctttg atagtacgcc tcatgctaca      540

ttcaaggacc ttggtttcaa tttaacgaaa cataatactt ttgatgtata cgcttgtggt      600

ggtattggcc caaatcctcg cattggtatt cctgtggcac atgatgtgca acctgaggat      660

gtattatatc atgtgaaagc tatgcttatg gtttttgcta accatggcaa tttcaaaaac      720

cgcggtaagg ctcgtacccg ttacatgcct gctgaaatgg gcggggctga agctttcatc      780

aagacttatg aagaaacatt ggcaatggtg aaagaagttg agcaattaac cattaatcca      840

gctgactatg catatgaaat tacgaaaact ggtaagcgtg acaattcggt ggaaaatgat      900

cgtattcacc gtcaaaaaca agaaggttta tactatgtag aataccatcc agcaggtggc      960

gatgctaatg tagaacattt attgtctgct cttgattatg cagtaacact ggatcaagtg     1020

gaggctcgta ttgcgccaga ccaagcattg ttcttcatta accttacagc tgatgaggct     1080

cgtaaaattg cagaattaac agatgacagt gcagaaaatg acttccgccg ttccgtatcc     1140

tgtgtaggct ctacagtatg tcaaatcggt atgcaagact ccaatggtct tttaaaagat     1200

atcttcagac accttgaaga aaaaggcgta gatacaagaa agctacctcg tttacacatc     1260

tccggctgtc cacactcctg tggtacacac caaattggtg aaattggctt tcatggtgct     1320

gtaaaactag tagataagaa acctacagta gcctttatcc tcgtagacgg tggctctgaa     1380

cacatgggct ctgaaaactt cggtaaaatg gcaggcaata tcgtagccac aaaaattcca     1440

gaattcttag aagccttggc taatattctt aaccaatctc cagaaccaga ctttggtacc     1500

tggagaatga cacacaaagc ggaatacatg gaacttataa aagcatttga gtaa           1554


<210>  2900
<211>  978
<212>  DNA
<213>  Veillonella dispar ATCC 17797

<400>  2900
atgaatttaa aaaaaggtat tgccctagcg ctcacggcgg cagcattgat ggcattcaca       60

ggctgtggat caaatggaac aacatctaat ggtgaatata aggttggcgt agtacaactg      120

gttgaacatc ctgctcttga tgcagcaaac aaaggttttg ttgatgcttt aaaagaaaaa      180

ggcttggcag ataaaattac ctttgaccaa caaaatgcac aagctgatca atctaatttg      240

aacagtattg cacagcgttt tgtatctgat cgtaaaaact taatcttagc gattgcaaca      300

cctgcagctc aatctatggc gaatgcaact catgatatcc caatcttggg tactgctatt      360

actgattacg aagcagcaaa acttgttaaa tctaatgaaa aaccaggtgg taatgtatct      420

ggtacatctg atatgaaccc agtagaacaa caagttgatt taattttaca agtattgccg      480

aacgcaaaaa ctatcggtac tatttatagc tctagtgaag taaattctca aattcaagtt      540

gaaaaaatga aagcttatgc agctacaaaa ggtgttaagg ttgaagaggt tacagtttct      600

aatgtaaacg atattcaaca agcagcacaa aatcttgttt ctcaacatgt agatgcaatt      660

tatgtgccaa cagataatgt agtagcttct gctatgagta atctcgtagc gattaccgat      720

ccagcaaaaa ttcctgtatt tggcggtgaa gacaaccacg taaaaggtgg tgctgttatg      780

tccttgtccg tagattacta caaacttgga taccaaacag gtttaatggc agctaaaatt      840

ttaactggtg aagctaaagt tgaagatatg cctattgaaa tgcaaaaaga atttaaatta      900

gttgtaagta aagataaatt acaaaaattg ggcatcacat taccagaaga attgatgaac      960

aaagcaacta tgatttaa                                                    978


<210>  2901
<211>  1335
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0419

<400>  2901
atgttagaaa atttagggaa tagatttcaa gatattttta agaaaataag aggacatgga       60

aaacttagtg aaactaatat aaaagatgct cttagagaag taaaaatgtc acttttagaa      120

gctgatgtaa actataaggt agttaaagat tttactaata aaatcagtga aaaagcaata      180

gggacagaag ttattagagg tgttaatcca gcacaacaat ttataaaatt agtaaatgat      240

gaacttgttg agttgttagg aggaactagc tcaaaattga caaaggggct tagaaatccg      300

acaataatta tgttagctgg gttacaagga gcaggaaaga caacttttgc tgcaaaactt      360

gctaagtttt taaaaaagca aaacgaaaag ttattattgg taggagtaga tgtatataga      420

cctgctgcta taaaacaatt acaagtttta gggcaacaaa taggagtaga tgtctattca      480

gaggaaaata gtaaggatgt tgttggaatt gcaacaagag caatagaaaa agcaaaagaa      540

attaatgcaa cttatatgat agtggataca gcgggtagat tacatgtaga tgaaactctt      600

atggaagaat taaaagagtt aaaaaaagct attaaaccac aagaaatttt acttgttgta      660

gatgctatga taggacagga tgcagttaat ttagcagaat cttttaacaa tgctttaagt      720

gttgatggag ttattttaac taagctagat ggagataccc gtggaggagc agccctatct      780

ataaaggctg ttgtaggaaa accaataaaa tttattggag ttggagaaaa acttaatgat      840

attgaaattt ttcacccaga tagattagta tcaagaatat taggaatggg agatgttgtt      900

tcacttgttg aaaaagcaca agaggtaata gatgagaatg aagcaaaatc tttggaagaa      960

aaaataaagt ctcaaaaatt tgatttaaat gattttttaa agcaattaca aacgataaaa     1020

agattaggtt cacttggtgg aatattaaaa ttaatcccag gtatgccaaa gattgatgat     1080

ttggctcctg ctgaaaaaga gatgaaaaaa gttgaagcta ttattcagtc tatgacaaaa     1140

gaagagagaa agaaacctga tattttaaaa gcaagtagaa aaataagaat tgcaaaaggt     1200

agtggaacag aagtgtcaga tgtaaataaa ctacttaaac aatttgacca aatgaaatct     1260

atgatgaaaa tgtttagttc tggtaaaatg cctaatatgg gggctatggg aaaaggtgga     1320

aaatttccat tttaa                                                      1335


<210>  2902
<211>  861
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0420

<400>  2902
atgataagtg ataaaactaa gggtgtattt tggatgctaa tatccgtatt aggttttact       60

tttatgggta ttgcagtaaa gtatttgcca agaattccta cctatgaaaa agtatttttt      120

agaaattcag tgagttttat actttctgct tatattttat ataggcaaaa agaatctata      180

aaagtagcta aggaaaatat cccctttgtt tttggaagat cattttttgg ctttgttgga      240

atggtagcaa atttttatgc acttgaaaat ttaactatgg cagaagccaa tatgctcaat      300

aaactttcac ctgtttttgt aacaatctgt gcctgtatat tcttaaaaga aaaagttgat      360

aaaaaacaag ttataggaat aattttaatg cttatggctg tggtttttgt aataaaacca      420

agtttttcac cagaggttat tccaagttta gttggacttt tctctgcaat acttgctgga      480

ttttcataca ctataataag gtatcttcat ggtaaagtta aatcagaaat taatgtattt      540

tatttctcac ttttatctgt tatttgtact tttccactta tgatgatgaa ttttgtgaaa      600

cctaatctat ttgaagtttt tatgcttata gttggaatag gagtatctgc tgctatgggg      660

caatttgggc ttacttatgc ttatactttt gcacctgcat cagaagtttc tatttataat      720

tatgttatta ttataacaag tatgcttatg gattatatat tatttagtac aattccagat      780

ttatttagtt ttattggagg ctttataatt attaccactg caatttattt atatttacat      840

aataagaaaa aaacagaata a                                                861


<210>  2903
<211>  870
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0421

<400>  2903
atgtcaatga cacagattaa ctggtatccg ggacatatga aaaaaacaaa agatttaatt       60

gaagaaaatt tgaaacttat tgatgtggtt ttagaaattg ttgatgcaag gataccttta      120

tcaagtaaaa atcctaatat aacaagtttg agtaaaaata aaaagaggat aattgtttta      180

aataagtcag atttagtttc aaaacaggaa ctagataagt ggaaaaaata ttttaaagaa      240

caagattttg cagatgaagt tgttgaaatg agtgcagaga caggttacaa tgtaaaaaaa      300

ctttatgaag caatagaaat tgtttcaaaa gagagaaaag aaaaattatt aaaaaaaggt      360

ttaaaaaaag tcagtacaag aataattgtt ttaggtattc ctaatgttgg taaatcaaga      420

ttaataaata gaatagtagg taaaaatagt gctgctgttg ggaataaacc aggttttaca      480

agaggaaaac aatgggtgag agttaaagag ggaatggagt ttttagatac accaggaatt      540

ttatggccaa aatttgaaag tgaaactgtt ggaataaatc ttgcaataac aggagcaata      600

agagatgaaa tactaccaat agaagatgtt gcttgtagtc ttttaagaaa aatgttacag      660

caaggtagat gggaaagttt aaaagaaaga tataaacttt tagaagaaga tagagatgat      720

aatgttttag aaaatatctt atctaaaatt gcattaagaa tggcaatgtt aaataaaggt      780

ggagaattaa atgttttaca agcagcctat acacttttaa gagattatag aatagcaaaa      840

ttaggtaaat ttggattaga tgaaatataa                                       870


<210>  2904
<211>  1266
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0422

<400>  2904
atgctagaat taaaatttat gcgtgaaaat gttgaaatgt taaaagaaat gctaaaaaac       60

agaaatagta atgttgatat ggatgctttt gttgagctag attcaaagag aagagaagtt      120

ttatccgaag tggaaaattt aaaaagagaa agaaataatg tttcagcaga aattgcaaat      180

ttaaagaaag aaaagaaaga tgctagccat ttaatagaaa aaatgggagg agtttctaca      240

aaaataaaag aattagacaa tgagcttgtt gaaatagatg aaaaaattaa agatatacaa      300

ttaaatatac ctaatgtata tcacccatca actcctattg gtcctgatga aaattataac      360

cttgaaatta gaaaatgggg agaacctaaa aaatttagct ttgagccaaa accacactgg      420

gatattgggg aagatttagg aatattagat tttgaaagag gagcaaaatt aagtggttca      480

aggtttgttc tatacagagg agctgctgca agactagaaa gagctttaat taattttatg      540

cttgatgttc atactttgga agaaggttac actgaacaca taactccatt tatggttaaa      600

gcagaagttt gtgaaggaac agggcaactt ccaaaatttg aagaagatat gtataaaaca      660

actgatgata tgtacttaat ttctacttct gaaatcacta tgacaaatat ccacagaaaa      720

gaaattttag aacaatctga attacctaaa tattatactg cttattctcc ttgttttaga      780

agagaagcag gctcttatgg aaaagatgta aaagggttga taagagttca ccaatttaat      840

aaggtagaaa tggttaaaat aacagatgca gaatcttctt atgatgagct tgaaaaaatg      900

gttaaaaatg ctgaaacaat cttacaaaga ttagaattac cttatcgtgt aattcaactt      960

tgttctggtg atttaggttt cagtgctgct aaaacttatg acttagaagt ttggttacca     1020

tctcaaaata aatatagaga aatttcttct tgttcaaact gtgaagcatt ccaagctaga     1080

agaatgggat taaaatatag agttcctaat ggaagtgaat tctgccatac tttaaatggt     1140

tcaggacttg cagtaggtag aacattggtt gctattatgg aaaattatca acaagaagat     1200

ggttctttct tagttcctaa ggtattaatt ccttatatgg gtggagtaga tgttattaaa     1260

aagtag                                                                1266


<210>  2905
<211>  1476
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0423

<400>  2905
atggaaaata tattaaaaaa atcatataag atgtttataa atggaaaatg ggtaaattca       60

agcaatggaa ttatggtaaa aacttatgct ccttataata atgaattgtt atcagaattt      120

cctgatgcaa gtgaaaatga tgttgattta gcagttaaaa gtgcaaaaga agcatttaaa      180

atttggagaa aaacaacagt aaaagaaaga gcaaaaattt taaatgaaat tgctgatatt      240

atagatgaaa ataaggattt actagcaaca gttgaaacta tggataatgg taaaccaata      300

agagaaacaa aattggtaga tattccattg gcagcaactc attttagata ttttgcagct      360

tgtattttag cagatgaagg aaaagcaact attttagatg aaaaattttt gagtataatt      420

ttaaaagaac ctattggagt tgtaggacaa attattcctt ggaacttccc atttttaatg      480

gcagcttgga agttggctcc agctcttgca gcaggagata cagtcgtttt aaaaccttct      540

agctcaacaa cgttaagtct attagtttta atggaactta tacaaaatgt aattccaaag      600

ggagttgtaa atctaattac aggtaaagga agtacagcag gagaattttt aaagaatcat      660

cctgatttag ataaattagc tttcacaggt tcaacagcag ttggtagaga tattgcactt      720

gcagcagcag aaaaattaat tcctgctact cttgaattag gtggaaaatc agcaaatatt      780

attttagatg atgctgatat ggaaaaagct cttgaaggag cacaacttgg aatattattc      840

aatcaagggc aagtttgttg tgcaggttca agaatatttg tacaagaagg aatatatggt      900

gagtttatag aaaaacttgt aaagaaattt gaaaatatta aaattggaaa tccattagat      960

cctacaactg taatgggtag tcaaatagat gcaagacaag taaaaactat tttagattat     1020

gttgaaatag ctaaacaaga gggaggaact attttaacag gaggagtaaa atatactgaa     1080

aatggttgtg ataaaggaaa ctttgtaaga cctactttga taactaatgt taaaaatact     1140

tgtcgtgttt cacaagaaga aatttttgga ccagtggcag ttgtaattaa atttaaaaca     1200

gatgatgaag ttatagcaca agcaaatgag aatgaatatg gacttggagg agcagtattt     1260

acaaaaaata tcaatagagc tttcagaatt gcaagagaaa ttcaaactgg tagagtatgg     1320

ataaatactt ataatcaaat ccctgaacat gctccatttg gtggatataa aaaatctggt     1380

ataggtagag aaactcataa agttatatta gaacattata cacaaatgaa aaatatttta     1440

attgatttag aagaaggaac ttctggatta tattaa                               1476


<210>  2906
<211>  1005
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0424

<400>  2906
atgtatataa gattaaaaaa taagaatttc tctaaaaaag taaatgattt tttagaaaaa       60

aataaaataa aatatttttt tgcattagat ggagaaaata taaaatatgc tatactatat      120

ataccaaatg attttcaaga agagaatttt aaagaaattg aagatttaat tgagatcact      180

gaaattaaga gtgcatataa atttgtaagt agagaattta aaaagtcaga tactataata      240

gatataaaag gacatttaat aggtggaaat aattttatgt ttatggcagg accttgttct      300

gttgaaaata aggaaatgct ttcaaatata gcaaaagaag taaaaaaagg tggtgctgtt      360

gttttaagag gcggggcata caaaccaaga acttctccct atgattttca aggactgggt      420

gaaatagcct taaagtattt aagagaagta gctgataaaa atgatatgtt agttgtaaca      480

gaagctatgg atgttgaaaa cttagatttg gtttgtactt actcagatat tatacaaatt      540

ggtgctagaa atatgcaaaa ttttagttta ttaaaaaagt tgggaaaagt gaataaacct      600

atacttttaa aaagaggttt aagtgcaact atcaatgaat ttttattatc agcagaatat      660

ataattgctc atggaaatag agaagtaata ctttgtgaaa gaggaattag aacttttgaa      720

actatgacaa gaaatacctt ggatataaat gctattgctc tgataaaaga attatctcat      780

cttcctatca taattgatgc aagtcatggg acaggaaaaa gaagtttggt tgaacctgtt      840

actttggcag gaatttttgc aggagctaat ggagctatgg tggaagtaca tgaaaatcca      900

gactgtgcat tgtcagatgg tcctcaatca ctagatttta aattatttga aaaattggca      960

agaaatataa aaaaatcctt aatttttaga aaggaattag attaa                     1005


<210>  2907
<211>  1533
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0425

<400>  2907
atgtgtgata actgtaaaaa aagagttaga acaagagtag caccttctcc aacaggagac       60

cctcatgttg gaacagcata tattgcatta tttaatatcg catttgctca tgtaaatggt      120

ggagatttta tattaagaat agaggataca gatagaaata gatatacagc tggttcagaa      180

caaatgatat ttgatgcatt aaaatggtta gatttaaatt attcagaagg acctgatgta      240

ggtggagatt atggaccata tagacaatca gaaagatttg atttatatgg aaaatatgca      300

aaagaattgg ttgaaaaagg tggagcatat tattgttttt gtgaccatga aagattagaa      360

aatttaagag aaagacaaaa agcaatgggt ttgcctcctg gatatgatgg acattgtcgt      420

tcattgtcta aggaagaaat tgaagaaaaa cttaaagcag gagttcctta tgtaataaga      480

cttaaaatgc cttatgaagg agaaactgta attcatgata gattaagagg agatgttgtt      540

tttgaaaata gcaagataga tgaccaagtt ctgttaaaag ctgatggata tccaacttat      600

caccttgcaa atatagttga tgatcattta atgggaataa ctcatgttat aagagcagaa      660

gaatggatac cttcaactcc taaacatata caattataca aagcatttgg ttgggaagca      720

ccagaattta tccatatgcc acttttaaga aataatgata gatctaaaat ttctaaaaga      780

aaaaatcctg tttctttaat ctggtataaa gaagaaggat atttaaaaga aggattagta      840

aatttcttag gtttaatggg atattcttat ggagatggac aagaaatatt tactttacaa      900

gaatttaaag ataactttaa tatagataaa gttactttgg gtggacctgt atttgaccta      960

gttaagttag gttgggtaaa taatcaacat atgaaactga aagatttagg agagcttaca     1020

agattaacta ttccattttt tgtaaatgaa ggatatttaa ctaatgaaaa tgtaagtgaa     1080

aaagaatttg aaactttaaa gaagattgta gaaattgaaa gagaaggagc aaaaacttta     1140

aaagagttag ctaaaaattc aaaattcttc tttgttgatg aattttcttt accagaagta     1200

aaagaagata tggataaaaa agaaagaaaa agtgtagaaa gacttttaaa ttctttaaaa     1260

gatgaagttg gtttaaaatc aataaaatta tttatagaaa aattagaaaa atgggaaggg     1320

aatgaattta ctgctgaaca agctaaggat ttattacatt cattacttga tgatttacaa     1380

gaaggtccag gaaaaatatt tatgccttta agagccgttt taacaggggc aactaaggga     1440

gcagatttat ataatattct ttatgtaatt ggaaaagaaa gagctttaaa gagaataaaa     1500

gatactgtta aaaaatataa catagctcta taa                                  1533


<210>  2908
<211>  1140
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0426

<400>  2908
atggcagcaa aaaaagaaaa aaatgcccca gatgcaaaaa ttacagataa agaaggaaaa       60

gaaaaagcag tcaaagatgc aatggcagcg attacaaaag gttttggagc tggacttatt      120

atgaagttgg gagaaaaaag ttctatgaat gtagaatcta tcccaacagg aagtataaat      180

ttagatatag ctttgggaat aggtggagta cctaagggaa gaattattga agtttatgga      240

gcagaaagtt caggtaaaac aactcttgct ctacatatta tagctgaggc acaaaagcaa      300

ggaggaacag ttgcatttat tgatgctgaa catgcacttg atccagttta tgcaaaagca      360

ttgggagttg atatagatga acttttaatt tctcaaccag attatggaga acaagcactt      420

gaaattgcag acactcttgt tagatcagga gctattgatt taatagttat agattcagtt      480

gcagctcttg ttccaaaggc agaaatagat ggagaaatgt ctgatcaaca aatgggattg      540

caagctagac ttatgtcaaa aggtttaaga aaattgacag gtaatcttaa taaatataaa      600

actacaatga tttttattaa ccaaatcaga gaaaaaattg gtgtaactta tggacctaca      660

actacgacta ctggtgggaa agcacttaaa ttttattcat cagttagatt agaagttaaa      720

aagatgggta cagtaaaaca aggagatgat ccaataggaa gtgaagttat agtaaaagta      780

actaagaata aggttgcacc tccatttaaa gaagcagcat ttgaaatact atatggaaaa      840

ggaatttcaa gaataggtga aatcatagat gcagctgttg caagagatgt aatagttaaa      900

gctggttctt ggtttagttt tagagatcaa agtataggac aaggaaaaga aaaagtaaga      960

gcagaattgg aaacaaatcc agagttatta gcacaagttg aaaaagattt aaaagaagct     1020

attgcaaaag gtcctattga aaagaaaaag aaaaaatcta aaaaagaagt tgcttctgat     1080

gacactgata ctgatgaaaa taatgaaata gatgatgatg cagttgaaaa taacgattaa     1140


<210>  2909
<211>  1911
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0427

<400>  2909
atgaaaaaga atttttttgt aagtacacca atatactatg taaatgggga tcctcatgta       60

ggaagtgcat acacaacaat agcagcagat gttataaata gatacaataa agcaatggga      120

atggatacac attttgtaac aggacttgat gaacatgggc aaaaagtgga acaagcagca      180

gagcaaaacg gttatactcc acaagcatgg acagataaaa tgactcctaa ttttaaaaat      240

atgtgggctg ccctagatat aaaatatgat gacttcataa ggacaacaga agatagacat      300

aaaaaagcag taagaagaat tttagatatg gttaatgcaa aaggagatat ctataaagga      360

gaatatgaag gaaagtattg tatttcttgt gaaacatttt ttccagaaaa tcaattagat      420

ggaagtaata aatgtcctga ttgtggaaaa gaacttagag ttttaaaaga agaatcctat      480

ttctttaaaa tgtcaaaata tgcagatgca ttacttaaac atatagagga gcatccagat      540

tttattttgc ctcattctcg tagaaatgaa gtaatttctt ttataaaaca aggtttacaa      600

gatttatcta tatcaagaaa tacatttact tggggaattc caatagattt tgcacctggt      660

catatcactt atgtttggtt tgatgctttg acaaattata ttacatcagc tggatttgaa      720

aatgatgaaa agaagtttga taaattttgg aacaatgcaa gagttgtaca tttaatagga      780

aaggatataa taaggtttca tgctattatc tggccttgta tgcttttatc agcaggaatt      840

aaattaccag acagtatagt tgcacatggt tggtggacat cagagggaga aaagatgtct      900

aagtcaagag gtaatgttgt aaatccttat gatgaaatca aaaaatatgg agtagatgct      960

tttagatatt atcttttaag agaagcaaac tttggaactg atggagatta ttctacaaaa     1020

ggtataatag gaagattaaa ttcagattta gcaaatgatt taggaaattt attaaataga     1080

acattgggaa tgtataaaaa atattttaat ggtgtagtag ttgcttcttc aactgccgaa     1140

ccaatagacg atgaaattaa atctatgttt aatgatgtaa ttaaagatgt tgaaaaatat     1200

atgtatttat ttgaattttc aagagcatta gaaaccattt ggaaatttat ttcaagattg     1260

aataaatata tagatgaaac tatgccttgg tcattggcaa aagatgaaac taaaaaagct     1320

agacttgcta ctgttatgaa tattttatgt gaaggactat ataaaatagc atttttaata     1380

gccccatata tgccagagtc agctcaaaaa atatctaatc aactaggtat agataaagac     1440

ataactaata taaaatttga tgatataaaa gaatggcata tttttaaagc tggacataaa     1500

cttggagaag caagcccaat attcccaaga atagaaattg aaaaagaaga agtagttgaa     1560

agtaaaaaag aattaaaagt agaaaatcca atagatatta aagaatttaa taaagttgaa     1620

attaaagttg ttgagatttt agatgttgat aaagttaaag atgcagataa acttcttaaa     1680

tttaaagttt ttgatggaga atttgaaaga caaataattt caggacttgc aaaattttat     1740

ccagatttta aaaaattaat tggtgaaaaa gttttagcag ttgctaattt gaaatttact     1800

aaattaaagg gagaaatatc acaaggaatg ttacttacaa cagaagataa aaatggagtt     1860

tcactgataa aaattgataa atcaatagaa gctggagcta ttgtgagtta g              1911


<210>  2910
<211>  1248
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0428

<400>  2910
atgaaaagaa atttagttat agatgatgac attgttgaaa ataaaaccct ttacaaaaag       60

gtaaatgata ttaaaaaaga aagggaaaat gaaaaagaga aagatttgat aaacaaaagg      120

aaaaataata ttatctcctt ttttatgata ttaattataa ttggaggtat taattttttt      180

agttctatat caagatttga taatgccaaa atgcttgata aaggagttaa acaagttgct      240

attttaattg tttcatttgt agtttttggt acatcaatta aagctggaaa tattatatat      300

aaaatagttt caaaacctgt atttagactt tttattctta taattagttt attagtcttt      360

ttagctattg cttatatccc aagtgaaagt ttatttccta ctataaatgg tggtaaaggc      420

tgggtacata taggtcctct aagtatacaa gtcccagaaa tttttaaagt accttttatt      480

atggttttag caagtatatt tgccagagga aaagatgata aaaaagaatt tccttatata      540

aaaaactttt tttctgtatt cttttacaca cttatatttt tcataataat aacattttgt      600

ttaaaagata tgggaacagc tatacactat attatgatag cttgttttat aatatttcta      660

tctgatattc caaataaagt tgtttttcca gcattttttg gattacttgc ttctatacca      720

gtattacttt atattttcct caatactcta tcaggctata aattagatag agtaaaagca      780

tttttagatg ggattttaca tggtaactat actagagaag atgcttatca aatttatcag      840

tcacttattg cttttggaac aggtggaata ttaggtaaag gttttggaaa tggagttcaa      900

aaatataatt atattccaga agtggaaact gactttgcaa tagcaactta tgcagaagaa      960

acaggtttta tcggaatgtt tattgtactt ttcctatttt tctcactttt tgttttgata     1020

atgggagttg caaacaatgc gaaaaattat ttttcaaaat atctagttgg gggaatagct     1080

ggttatttta taacacaagt tattattaat attggagttg caataggttt aataccagtt     1140

tttggtattc ctttaccttt tataagttca ggaggttcat ctcttcttgc tatatcaatg     1200

gctatgggac tcgttatata tgttaataat actcagactt taaaataa                  1248


<210>  2911
<211>  1566
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0429

<400>  2911
atggacttac tgatattttt aggattaagt tttctagcat tagccttgat ttttacaatc       60

ttcttcaaaa aaatagttat tgataggcaa attgaaaagc tgaatgattt agaagatgaa      120

gttgaaaaag ctaaattaaa agctaaggaa attgttgaag aggctgaaag ggatgctgtt      180

tccaaatcta aggaaataga attaaaagct aaggaaaagg cttaccaaat aaaagaagag      240

attgaaaagg aagctaggaa ctcaaaaaat gaaatagctc aaaaggaagc tagaattatt      300

aaaaaagaag aaattttaga cgggaaaatt gaaaaaattg aaattaaaag tttagaatta      360

gaaaaaatta atgatgaact tgaagaaaaa agaaaagaaa ttgatggttt aaaagtaaaa      420

caagaagaag aactttcaag agttagtgaa cttacaaaag cagatgcaag agagatttta      480

ttgcataaaa taagagaaga gatgactcat gatatggcag ttactataag agaatttgaa      540

actaaacttg atgaagaaaa agaaaaaatt agtcaaaaaa ttctttctac tgctattgga      600

aaagctgctg ctgactatgt agctgatgca acagtatcag ttattaatct accaaatgaa      660

gaaatgaaag gtagaataat tggtagagaa ggtagaaata ttagaactat tgaggcttta      720

acaggtgttg atgtaattat agatgataca ccagaagctg ttgtactttc ttgttttgat      780

ggtgtaaaaa gagagattgc aagacttaca atagaaaaat tgattactga tggtagaata      840

catccaggta agatagaaga aattgtaaat aaatgtaaaa aagaaattga aaaagaaata      900

attgctgctg gtgaaggagc tcttatagag ctttctatac cttcaatgca cccagaaatt      960

attaaaacac tgggaagatt aaaatataga acaagctatg gacaaaatgt tttgactcac     1020

tcaatagaag ttgcaaaaat tgcttcaaca atggctgctg aaataggtgc taatgttgaa     1080

cttgcaaaaa gaggaggttt acttcatgat ataggtaagg ttcttgtcaa tgaaattgaa     1140

acttctcatg ctattgttgg tggagaattt ataaaaagat ttggtgaaaa acaaagtgtt     1200

ataaatgctg ttatggctca ccataatgaa gttgaatttg aaactgttga agctatactt     1260

gttcaagctg ccgatgctgt gtctgcttca agacctggtg ctagaagaga aactctaaca     1320

gcatatatta agagattaga aaatcttgaa gaaatagcaa attcatttga aggtgtagaa     1380

tcttcttatg ctattcaagc aggtagagaa ttaagaatag taatcaatcc agataagatt     1440

agtgatgatg aggcaacatt gatgtcaaga gaagttgcta aaaagattga ggatactatg     1500

caatatccag gacagataaa ggttactatt ttaagagaaa caagagcagt ggaatatgca     1560

aaataa                                                                1566


<210>  2912
<211>  2643
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0430

<400>  2912
atgataagtg gtttacttaa aaagattttt ggtactaaaa atgacagaga aattaaagct       60

ctgacaaaag aagttgaaaa aatcaatgca ttagaatctg agtatgaaaa actttcagat      120

gaagatttaa agaacaaaac aaatattttt aaagaaagat taaaaaatgg tgaaactctt      180

gataatattt tagttgaagc atttgcaaca gttagagaag catcaaagag agttttaggt      240

ttaagacatt atgatgtaca attaattggg ggtatagttt tacaccaagg aaaaattaca      300

gaaatgaaaa caggggaagg taaaactttg gttgcaactt gtccagttta cttaaatgcc      360

ctttcaggac atggtgtaca tgtaatcaca gtaaatgatt acttggcaaa aagagataga      420

gatcaaatgt caagattata tggattttta ggtttaagtt caggagttat cttaaatgga      480

cttccaacag agcaaagaaa aaaatcatat aattcagata taacttatgg tacaaactca      540

gaatttggat ttgattattt aagagataat atggtatcaa gtttggatca aaaagttcaa      600

agagaactta atttctgtat agtggacgaa gttgactcaa tacttataga tgaagccaga      660

acaccactga taatttcagg agcagcagaa gataaaatca aatggtatca aatatcattc      720

caagttgtat ctatgcttaa cagaagttat gaaactgaaa aaataaaaaa tattaaagaa      780

aagaaagcta tgaatatccc tgatgaaaaa tggggagatt atgaagttga tgaaaaatca      840

agagttatag tatttacaga aaagggggta aaaagggttg aacaaatctt aaagattgat      900

aacctatatt cacctgaata tgttgaattg actcacttct taaatcaagc attaaaagct      960

aaagaactgt ttaaaagaga tagagattat ctagttagag ataatggtga agtagtaata     1020

attgatgaat ttactggaag agctatggaa ggaagaagat actcagatgg acttcaccaa     1080

gccatagaag ccaaagaagg agttaaaatt gctagtgaaa accaaactct tgcaactata     1140

actcttcaaa attattttag aatgtataaa aaattatcag gaatgactgg tactgctgaa     1200

acagaagcaa cagaatttat gcacacttat ggcttagaag ttgttgttat tcctactaat     1260

ttaccagtta taagaaaaga taatgctgat ttagtttata agactaaaaa agaaaaaatc     1320

aatgcaatta ttgatagaat acaaagactt tatgaaaaag ggcaacctgt tcttgtaggt     1380

acaatttcaa taaagagttc agaagaattg tcagaacttt taaagaaaag aggaattcct     1440

cataatgtat tgaatgctaa ataccatgct caagaagccg aaatagttgc ccaagcaggt     1500

agatataaag cagttacaat agccacaaat atggcaggta gaggaacaga tattatgctt     1560

ggaggtaacc cagagtttat gactcttgca gaagttggtt caagagatga tgaaagattt     1620

ccagaagttt tagcaaaata tcaagaacaa tgtaaagaag aaaaagaaaa agtcttagcc     1680

ttaggtggtt tatttatact tggtactgaa agacatgagt caagaagaat agataatcaa     1740

ttaagaggaa gatctggtag acaaggagac ccaggagaat ctgaattcta tttatcactt     1800

gaagatgatt taatgagatt gtttggttct gaaagagtaa tgatttggat ggacagatta     1860

aaacttccag aaggagaacc tataactcat aagtggataa attctgctat tgaaaaagct     1920

caaaagaaga tagaagctag aaactttgga ataagaaaaa atctacttga atttgatgat     1980

gttatgaaca aacaaagaac aactatatat gcaaatagaa atcaagttct tgaaattgat     2040

aatttaaaag atacaataat ggaaatgctt cataaaaata tcacagaaaa agtatatgaa     2100

aaatttgctc ctgaaatgag agaagattgg gatattgatg gattgaataa gtatctaaaa     2160

aatttttatg cttatgaaga aagagatgat aaagcatatt taagaagtac aaaagaagag     2220

tatatagaaa gaatttataa tgcattagtt gagcaatata ataataaaga agcagaactt     2280

ggttctgatt taatgagaaa acttgaaaaa catattttat ttgatgttgt tgataataga     2340

tggagagaac atttaaaatc tcttgatgca ttgagagaaa gtatttattt aagagcttat     2400

ggtcaaagag atccagtaac tgaatataaa ttgatttcaa gccaaatatt tgaagaaatg     2460

atagcaacaa ttcaagaaca agctacttca ttcttattta aagtcgttgt tagtactgaa     2520

ccagtaaaag acgaagaaga tgagattgaa gaagctaaaa ttaaaaaggt aggcactaaa     2580

aacactgatg gattatgtcc atgtggaagt ggaaaacctt atgaaaaatg ttgtggtaga     2640

taa                                                                   2643


<210>  2913
<211>  1347
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0431

<400>  2913
atgagaaaac taagtctatt aaaaaagtgg gacagtttat ctccttatag aaaattaatt       60

tttggctttt tagtagcaat ttttgttgga gtgatacttt taaaactgcc tttttcatta      120

agagaaaatc aaaatattac agttttagac tctttgttca caatagtttc tgctatctgt      180

gtaacaggtt tatctgttgt tgatgtaagt caagttttta ctccaacagg acaattaata      240

attttgtttt ttattcaatt aggtggactt ggagttatga ctgtttcaat aatggttttt      300

ttattgattg gtaaaaaaat gagctttgaa actagggaac ttctaaaaga agaaagaaat      360

tctaatagta atggtggtat tacaaatttt ataaaacatc tattactgac agtatttgta      420

attgaaatat taggagcttc aattttagct tatggttttt ctaaatatta tccattaaaa      480

agatcaattt tttatggatt gtttcattca gtgtcagcat tttgtaatgc aggattttcg      540

ctatttacta ataatttgga aatttttaaa tatgataaat taatcagtct aactgtttcg      600

tttttaatta tcttaggtgg aataggtttt gtaacaataa attcaatttt tataatcaaa      660

aagaaaaaat ttagagattt aagtttaact tcaaaattag ctttaattat tacagctttt      720

ttacttttta ttgggacaat actattttta atatttgaat acaataattc aagtacctta      780

aaaggtatga attttttaga taaattttta aattcatttt tccaaagtgt aacattgagg      840

acagcaggtt ttaatacagt accacttacc aatataagac ctgcaacagt ttttatttca      900

tatattctta tgtttattgg agcatcacca ggttcaacag gtggaggaat aaaaacaaca      960

acctttggaa ttttaatatt ctatgcactt ggtgttttaa aaagaagaga atatgttgaa     1020

gtttttaaaa gaagaataga ttgggaattg attaataaag cactagcaat agtggttata     1080

tcagtattct atattattgt tgttacaaca gttatattat cagtagaaag tttttcaaca     1140

gataaagtgg tatatgaagt tatttcagcc ttttcaacaa cagggttaag tatgggaata     1200

acagcaggat tagggataat ttctaaactt ttaatagtta ttacaatgtt tataggaaga     1260

ttaggaccta tgacagttgc attagctttt acaaataata agaaaagttt aataaaatat     1320

ccaaaagaag atatattaat tggataa                                         1347


<210>  2914
<211>  1011
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0432

<400>  2914
atgaaagttt tattttatgg tgtaagagaa gttgaagtac ctttatttca tgaactaaat       60

aaaaaatttg gttatgattt agaattaatt cctgattatc ttaacagcaa agaaactgct      120

caaaaagcaa agggttttga atgtgttgtt cttcgtggaa actgttttgc aacaaaagaa      180

gtgttagata tgtataagag ctatggtgta aaatatttat tcactagaac agttggaact      240

aaccatattg atgtaaaata tgctaaagaa ttaggattta aactagctta tgttccattc      300

tattctccaa atgcaatagc tgaattagct gtttcattgg ctatgtcttt attaagacac      360

ctaccttata ctgctcaaaa atttaataaa agagatttta cagttgataa aaatatgttt      420

tcaagagaag ttagaaactg tactgttggt gtaattggac ttggaagaat tggatttact      480

gctgcaaaat tatttaaagg tttaggtgca aatgttattg gatatgatat gttccctaaa      540

actggtatag atgatatagt tacacaagtt tctatggaag aattaatagc aaaaagtgat      600

attataactt tacatgctcc atttattaaa gaaaatggaa aaattgttac aaaagaattt      660

ttgagcaaaa tgaaagaaaa ttctatattg attaatactg caagaggaga attaatggat      720

ttagaagctg ttgtaaatgc tcttgaaagt ggacatcttg cagctgctgg tatagatact      780

attgaaggag aagttaacta tttctttaaa aatttctctg acaaacaagc tgaatttaga      840

gctgactacc ctctatacaa taaattatta gatttatatc caagagtttt agtaactcct      900

catgttggtt cttatactga tgaagctgct tcaaatatga tagaaacttc attagaaaac      960

ttaaaagaat atttagatac tggtgcttgt aaaaacgata taaaagcata g              1011


<210>  2915
<211>  1095
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0433

<400>  2915
atgataggta taggaattgt ggggttgcca aatgttggaa agtctacatt atttaatgca       60

ataactaagg caggagcagc agaggcagca aactatcctt tttgtacaat agagccaaat      120

attggaatgg taactgttcc agatgaaaga ttaaatgaac ttgcaaaaat tgtaaatcct      180

caaaaaattg taccagcaac tgttgaattt gttgatatag ctggactcgt aaagggtgct      240

tcaaaaggag agggtttagg aaataaattt ttatcaaata taagaagtac ctcagctata      300

tgccaagtgg taagatgttt tgaagacgat aatgtaattc atgttgatgg tagtgttgat      360

ccactaaggg atattgatgt tataaataca gaattaattt ttgctgatat agaaacaatt      420

gacaaagcaa tagaaaaaca cgaaaaatta gcaagaaata aaataaaaga atcggtagaa      480

cttatgtcag tgttaccaaa agtaaaaaaa catcttgaag aatttaaact tttaaaaact      540

ttaaatttaa cagatgatga aaaacaaata ttaaaaaatt atcaattact tactttgaag      600

ccaatgatat ttgcagcaaa tgttgcagaa gatgatttag caacaggaaa taaatatgtt      660

gaatcagtaa aagaatttgc aaagagtata ggctcagagg ttgtagtagt ttcagcaaag      720

gttgaagcag aattacaaga aatggacgaa gaaagtaaaa aagaattttt agaagcactg      780

ggagttaaag aaccaggact caatagactt ataagagcag gttttaaact tttaggtcta      840

caaacttatt ttacagcagg tccaaaagaa gtaagagctt ggactataag gattggagat      900

actgctccta aggcagcagg agaaatacat acagactttg aaaaaggttt tataagagca      960

aaggttgttt cttatgatga atttataaaa aattcaggtt ggaaaatgtc ccaagaaaac     1020

ggagtattaa gacttgaagg aaaagattat atagttcaag atggagattt aatggaattt     1080

ttgtttaatg tgtaa                                                      1095


<210>  2916
<211>  1083
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0434

<400>  2916
atgttaaaag aaaaaaattc agctggaggg ggaaaattta actttttcaa ttttttgaaa       60

gaaaaagaaa ataatcaagc tgaaccaatc aatgttacgg agtttatacc atatttaaaa      120

aataaaatta taaatgaaaa atatgaaata actcgtgaag aggcaatttt tctatcacaa      180

attcctaaca atgatatgga aactttaaat atactttttg atgcagcaga tcaaatcaga      240

gaagcatttt gtggaaaata ttttgattta tgcaccatta ttaatgcaaa atctggaaaa      300

tgttctgaga actgtaaata ttgtgcacag tcagttcatt tcaaaacagg tgctgatgtt      360

tatggactta tttcaaaaga attagcactt tatgaagcta aaaagaatga aaatgaaggt      420

gctcacagat tttcacttgt aacaagtggt agaggtctta atggaaatga aaaagaatta      480

gataaattgg ttgaaattta taaatatata ggaatgcata cgggtaaatt aaaactttgt      540

gcttctcatg gaatatgtac aaaagaagca ttacaaaaac tagctgatgc aggtgttaca      600

acataccatc ataacttaga atcttcaaga agattttatc ctaatgtttg tacatctcat      660

acctatgatg atagagttaa tactattaaa aatgcaaaag cagttggatt aaatgtttgt      720

agtggtggaa tatttggttt aggagaaact attgaagata gaatagatat ggcacttgat      780

ttaaggacat tagatattca ttcagttcca ataaatgttt tgactccaat tccaggaaca      840

ccttttgaaa ataatgaaga agttaatccc tttgaaatct taaaaactat atctatctat      900

cgttttatac tacctaaggc ctttttaaga tattgtggtg gaagaataaa attgggagaa      960

catgctaaaa ctggtttaag atgcggaatt aactctgcac ttactggaaa ttttttaaca     1020

accactggta caacaataga aactgataaa aaaatgatta aggagttagg ttatgaaatt     1080

taa                                                                   1083


<210>  2917
<211>  1002
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0435

<400>  2917
atggatagag aattatttat tcagccaagt gttagaataa gaaatcttga aaaaaaactc       60

ttaacaaaaa gtcaatttga aagattatac gaagcagatg atttacaaga ttcaataaaa      120

cacttaaatg aaactgtata ttcagaagat ttagcaaaaa tagatagggc agaaaatttt      180

gaagtagctc tttcaaattc tttaaataaa acttataatg aagtcttagc tctttgtcca      240

gttaaagaac ttgtagatat tttaacttat agatttgcct ttcataatat aaaggttgca      300

gttaaagaaa aaattttaca agaagatttt gaacatattt attcaaaggt tcattatgaa      360

gatttagaca atctaagaaa acagtttgaa acagaaaaag gtgaaaaagg aacttggtat      420

gaagatactg ttattcaagc atataagact tttgaagaaa caaaagatcc agaaaaaata      480

gaatttttta tagataaaag atattttgaa aaagtcttag aaatttctaa aagacttgaa      540

cttgatttag ttgaagaata ttttagagct atgatagatt ttgtaaatat cagaactttt      600

attcgttgta aaagacaggg acaagatata agtgttttaa aagaagcatt gattcaaggt      660

ggatatatag atatagacga tatttcaagt tatttctata aagaaataca agatttggta      720

gatgcttata aaaattctaa aataggaaag agtttatttc taggattaaa aggttataat      780

gaaactggaa gattattgtt atttgaaaaa tatatggaaa attatttaac taatctttta      840

aaagaaagag taaaaaggat gccttatgga ccagagatta tttttgctta tgtacatgca      900

aaagaaattg aaattaaaaa tttaagaata gctttggttg gtagagctaa tggactttca      960

acagatttca taaaagaaag gttgcgtgaa acttatgtat aa                        1002


<210>  2918
<211>  1248
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0436

<400>  2918
atgttagcga agagatatat aggaaaaaaa ttagttgata atatatttac aacaagtaaa       60

aaagctaaac aagctattgc aaaatttggt aaagaaaatg taatcaatgc aactattggt      120

tcactttata atgaagatga aaaattagct gtttatgatg tagttgaaag tgtatataga      180

aatcttccac cagaagactt atatgcttat tctacaaatg taataggaga agatgaatat      240

cttgaagagg taataaaggc agtttttttt gacgactaca aagaagcatt aaaagaatta      300

catattgctt ctattgcaac aacaggtgga acaggggcta tatctaacac tgttaaaaac      360

tatatggata caggagataa agttctacta ccaaattgga tgtggggaac atataaaaat      420

atagttattg aaaatggtgg gaaaattgaa acttaccaat tatttgataa agatggaaat      480

tttaactttg aagatttcaa aaataaagtt ttagaattag caaaaatcca aaaaaatgtt      540

gttattatac taaatgaacc tagccataat ccaacaggat tcagaatgac ctacgaagaa      600

tgggtaaatc ttatgaattt ctttaaaagt ataaaagata ctaatataat tgttataaga      660

gatgtggcat attttgaata cgatgacaga ggtgaagaag aaacaaaaaa attaagaaaa      720

ttattagttg gtttgcctaa aaatgtgtta tttatgtatg catttagtct atcaaaatct      780

ttatctatat atggaatgag aataggagca caaattgctg tttcaaccga tgaagaagtt      840

atacaagagt ttaaagatgc tattccattt tcttgtagaa caacttggtc taatattcca      900

aaaggtggaa tgaagttatt tgctactatt atgaaaaatc ctaaattaaa agctaatttc      960

ttaaaagaaa aacaaggata tatgaattta ttaaatgaaa gagctaatat atttttaaca     1020

gaagctaaga aagaaaattt agaagtttta ccatataaaa gtggtttttt tgtaactgtt     1080

ccagttggag aaatagtaga taaagttata gaagatttag aaagtaagaa tatatttgtt     1140

ataaaatttg atacaggtat aagaatagga ttatgtagtg ttccaaaaag aaaaataaaa     1200

ggacttgcaa aaaaaataaa agattctatt aataaattta aaaattaa                  1248


<210>  2919
<211>  2184
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0437

<400>  2919
gttacaagat cacatttaag atttggtaaa aaacctatta gatcaactta tttagtatca       60

agaccaacat ttgttgcttg ctcagttcca gcatatttac atcaatatga tatgacatct      120

ggaattaaag aaggtggaaa gttcttatta aactgtgtat ggacaaaaga agaagcaata      180

aaaaatatac caaataatgt aaaaagagac ttagctaaaa ataaggcaag attatttatt      240

ataaatgcta ccgctcttgc acaagaaatt ggtctaggac aaagaacaaa tacaataatg      300

caagcagctt tctttaaatt agctgaaatt attccttttg aagaagcaca acaatatatg      360

aaagattatg ctaaaaaatc ttatgctaaa aaaggtgatg aaatagttca acttaactat      420

actgcaatag atagaggagc aaatgatatt attgaaatag aagttgatcc agcttgggca      480

aatcttgaag taacaccttt aaatgaacca aaagaatcaa caacttgtgg atattgccaa      540

ccagatacag aatttgttaa gaaaatagta agaccagtaa atgcaataaa aggatatgat      600

ttaccagtat cagctttctt aggatatgaa gacggtactt ttgaaaatgg tacttctgct      660

tttgaaaaaa gaggagttgc agtagatgtt cctatttgga atgttgataa atgtatacaa      720

tgtaaccaat gttcttatgt atgtccacat gctgcaataa gaccattctt aataaatgaa      780

aaagaattaa aagctgctcc tatgcctttt gctacaaaga aagcagcagg aaaaggacta      840

gatggattag tatatagaat acaagtatca gctcttgatt gtgttggttg tggatcttgt      900

gctaatgtat gtcctgcaaa cgctcttgat atgagaccaa tagctgaatc attagaagca      960

catgaagata taaacacaaa ttatctatat aataatgtag aatatagaag tgatttgatg     1020

ccacttgata cagtaaaggg ttctcaattc tctcaaccat tatttgaatt ccatggagca     1080

tgtccaggtt gtggagaaac accttatatt aaattgataa ctcaattata tggagataga     1140

atgatggttg caaatgcaac tggatgttct tcaatttatt caggttctgc tcctgcaact     1200

ccatatacaa ctaataaaaa tggtgaagga ccatcttggg gatcttcatt atttgaagac     1260

aatgcagaat atggatttgg tatgcatgtg ggagttgaag cattaagatc tagaattcaa     1320

catgctatgg aagaaaatat ggataaagtt gatgaagata tagctacttt attcaaagat     1380

tggatagcaa atagacaata ttctgtaaga acaagagaaa ttagagatat acttgttcca     1440

aaattagaag cattaaatac agattttgca aaagaaattt tggatttaaa acaatatcta     1500

gttaaaaaat ctcaatggat aattggtgga gatggttggg cttatgatat tggttatggt     1560

ggacttgacc atgtgcttgc atctaatgaa gatataaatg tattagtaat ggatacagaa     1620

gtttattcaa atactggtgg acaagcatca aaagctacac ctactggagc agttgcaaaa     1680

tttgcagcag ctggaaaacc agttaagaaa aaagatttag ctgcaatagc aatgtcttat     1740

ggacatatct atgtagcaca agtttctatg ggagctaatc aacaacaatt tattaaggct     1800

gttaaggaag cagaagctca ccaaggacca tcaataatta ttgcatactc accttgtatc     1860

aaccatggta tcaagaaagg tatgtcaaaa tctcaaactg aaatgaagct tgctactgaa     1920

tgtggatatt ggccaatatt tagatataat ccatcattag aaaaaatagg taagaatcct     1980

ttacaaatag attctaaaga acctaaatgg gaaaaatatg aagaatatct aactggtgaa     2040

gtaagatacc aaacattagc aaaatcaaat ccagaagaag ctaaaatttt atttgaaaaa     2100

aataaaaaag atgctcaaaa gagatggaga caatataaga gaatggcagc attagattac     2160

agtgaagaaa aagaaactga ataa                                            2184


<210>  2920
<211>  1332
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0438

<400>  2920
ttggaagaaa tagttgaatt attagaacat aacagattag ccgaattaaa agaaatttta       60

attaaagaaa atccaataga tattgcagat gtttttgagg aatttcccaa agagaaagac      120

ttaattatat ttaagttatt gccaaaagat ttttcatcag aagttttttc ttatttatct      180

cctgaaaagc aacaagaagt tattgaaaat ataacagatg aagagataaa attcattatg      240

gaagatatgt accttgatga tacagtggat tttatagaag aaatgccagc aaatattgtt      300

ggaaaaatat tgaaaaatgt atcacatgac aaaagaaaat taataaatca aatgttaaaa      360

tatccagaaa attcagctgg tagtgttatg acagtggagt atgtgtcttt taaagataat      420

tgtacagtga aacaagcaat agactattat agaaaaattg caatagataa agaagaaaca      480

gatatttgtt ttgtaacaga tagtaagaag aaattggttg gcataatatc attgaaaact      540

ttgattttat ccaatgatga ttcatatata aaaaatgaaa tggataccaa ttttgtcagt      600

gttctaacaa aagatgacca agaagaaata gcagcattat ttagaaagta tgatttaact      660

actatgccag ttgtagatca agaagataga cttgttggtg ttataacagt agacgatata      720

gtagatgtaa ttgatcaaga aaatacagaa gatatacaaa agatggcagc tatgaatcca      780

tctgatgaag aatatttaaa agaatctgta atatcccttg caaaacatag aatattatgg      840

ttattagttt taatgatttc tgcaacattt acaggtatgg ttataaaaaa atatgaagaa      900

gtattacaat cagcagttta tcttgctgtt tttattccta tgctcatgga tacaggagga      960

aatgcaggtt ctcaatcagc aactcttatt attcgtggga tagcgttgga agaaatagaa     1020

ttttcagata tatttaaagt tatttggaaa gaatttaggg taagtatttt ggttggattt     1080

atactatcag cagtaaattt tgtaagaatt tattatttta caaaatcagg tttagaaaca     1140

tcattagttg tggctataag tatgtttttg actataataa tggcaaaggt tataggagga     1200

gttttaccac ttatagcaaa atctatgaag atagaccctg ctattatggc aagcccactt     1260

atcacaacaa tagttgatac agcagcactt attatatatt ttcaactgtc agtaatattt     1320

ttacatatat aa                                                         1332


<210>  2921
<211>  1197
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0439

<400>  2921
atgatagata aaattactat aaagggagca agacaacata atttaaaaaa tatagatatt       60

gagctcccta aaaatgaatt tattgttata acgggtgtga gtggaagtgg aaaatcatct      120

cttgcctttg atacaatata ttcagaagga caaagaagat atgtagaaag tctttcagct      180

tatgcaagac aatttatagg gcaaatgaac aaaccagaag tagacagcat agaaggttta      240

tctcctgcaa tctcaataga acaaaaaaca acaaatagaa accctcgttc aacagttgga      300

acaataacag aagtttatga ttatttaaga cttttatttg cacatatagg agttgcacat      360

tgtccaattt gccatacagc agttgaaaaa caaagtatag atgaaattgt tgaaagtgtt      420

atgacaaaat ttgatgatgg aagcaaaatt atcttattag cacctattgt taaggataaa      480

aaaggtactc ataaaaatat atttttaaat ttatttaaaa aaggttttgt aagagcaaga      540

gtaaatggag aaatacttta tttagaagat gaaatagagc ttgataagaa taaaaaacat      600

agtatagaag ttgttgtaga tagattagtt ttaaaaaaag atgataaaga ttttgaaagt      660

aggttaactc aatcaataga aacagcaaca gatttatcta atggaaaatt aattgtaaat      720

gatgaaaaaa atgattactt atatagtgaa aattactctt gccctaacca cgaagatgta      780

agtatccccg aattaaaccc aagactattt tcattcaatg caccttatgg ggcttgtcct      840

gaatgtaaag gtttaggaaa aaaattagaa gttgatgaaa ataaattaat agaaaatcct      900

gaactatcta ttgaagatgg aggaatgtat attccaggtg ctatggcaag aaagggatac      960

agctgggaaa tctttaaagc tatggctaag gcagcaaaaa ttgatttaac taaacctgtt     1020

aaagatttaa ctaaaaaaga gttagatata atattttatg gctatgatga aaaatttaag     1080

tttgattata ctggtggaga ttttgatttt catggctata aagaatatga aggagctgtt     1140

aaaaacttag aaagaagata ttatgaaagt ttttcagaag cacaaaaaga agaaatt        1197


<210>  2922
<211>  2484
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0440

<400>  2922
atggaaatta ttagagcaaa atatatgggg ttttgctttg gagttttgga agctattaat       60

gtttgtaact ctttggttga agaaaaaggg aaaaagtata ttctaggaat gcttgttcat      120

aataaacaag ttgtagaaga tatgcaaaga aaaggtttta aacttgtcac agaagaagaa      180

ttacttcaag atgtggatag tttagaagaa aatgatatag tggttataag agcacatggg      240

acttctaaga aagtacacga aaaactaaaa gagagaaaag tcaaagtttt tgatgccact      300

tgtatatttg taaataaaat aaggcaagag atagaaatag caaatgaaaa aggttatagt      360

attctattta tgggagatag aaatcatcca gaggtaaaag gtgttatttc ttttgctgat      420

gatattcaaa tatttgaaag ttatgaagaa gctacaaagt taaaaattga tttagataaa      480

acttatctat tatcaacgca aacaactctg aataaaagaa aatttgaaga ggttaaaaaa      540

ttttttaaag aaaactataa aaatgtgata atttttgata aaatatgtgg tgcaacagct      600

gttagacaaa aagcagttga ggatttagct gtaaaagttg aattaatgat agtagttggg      660

gacactaaaa gctcaaatac aaaaaaatta tatgaaatat ctaaaaaatt aaatgataat      720

acttatctta ttgagaatga ggaacagtta gatttagata tttttagtgg taaaaaggta      780

gtaggaatta ctgctggagc atcaacacca gaagaaacaa taatgaatat agaaaaaaaa      840

ataaggggga tatataaaat gtctaatgta aatgaaaacc aaaatgaatt ctcgcaaatg      900

ttggaggaat tcctaccaaa tcaagaaaag agagttgaag gagttataga gtctatggat      960

caaaactttt catatcttga tgttcctggt gaaagaacag cagtaagagt aagaacagat     1020

gaattaaaag gctataaagt tggagatact gttgaagttt taataactgg gttatcagaa     1080

gaagatgatg atcaagaata tataacagct tcaagaaaaa aaattgaagt ggaaaagaat     1140

tgggaaaaaa tagaagattc tttcaaaaat aaaactattt tagatgcaga agttactaaa     1200

aaaataaagg gtggatactt agtacaggct ttattgtatc ctggattctt acctaattca     1260

ctttcagaaa ttcctgataa tgaagaaaaa gttgtaggaa agaaaataca agtcatagta     1320

aaagatataa aagtagatcc aaaagataag agaaataaga agattactta ttcagtaaaa     1380

gatatcaaaa tagcagaaca agaaaaagaa tttgcagctt tagaagttgg acaaattgtt     1440

gattgcgttg ttacagaagt tttagacttt ggattggcag ttgatataaa tactttaaaa     1500

ggatttattc atatttcaga agtatcttgg aaaagattag ataaattatc agatatttat     1560

aaggttggag atcatattaa agcagtaatt gtttcgttag atgaagcaaa aagaaatgtg     1620

aaattatcta ttaaaaaact tgaagaagat ccttgggcaa cagttgctaa tgaatttaaa     1680

gtaaatgatg aagttgaagg aacagttaca aaggttttac cttatggggc ttttgttgaa     1740

attaaacctg gtatagaagg acttgtacat atttctgatt ttagctggac taagaagaaa     1800

gttaatgttt cagattatgt aaaagaagga gaaaaagtaa aagttagaat aactgattta     1860

catccagaag atagaaaatt aaaattagga ataaaacaat tagtagctaa tccttgggaa     1920

actgctgaaa aagattttgc tgttggtaca gtaattaaag gaaaaatcgt tgaagtaaaa     1980

ccgtttggaa tatttgttga aatagcagat ggaatagatg cttttgttca tagctcagat     2040

tataattgga taggagaaga aactcctaag tttgaaatcg ggaatgaagt tgaattaaaa     2100

ataactgaac ttgatttaaa caataaaaaa attaaaggaa gtttaaaggc tctaagaaaa     2160

agtccttggg aacatgtatt agaagaatat aaagttggta caacagttga aaagaaaata     2220

aaaactgttg cagattttgg tctatttatt gaattaataa aaggaataga tggatttata     2280

cctactcaat ttgcttctaa ggaatttata aaaaatatta gagataaatt taaagaagga     2340

gatattgtta aagcacaagt tgttgaagtc aataaggata cacaaaaaat aaaattatct     2400

attaaaaaaa tagaaattga agaagaaaaa agagaagaaa gagaacaaat tgaaaaatac     2460

tctacttcat catcagaaga ataa                                            2484


<210>  2923
<211>  2631
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0441

<400>  2923
atgtcagcag acacaccttt gatgcaacaa tataaaaaaa taaaagagga atacccaaat       60

gaaatcttaa tgtatagatt aggagatttc tatgaaatgt tttttgaaga tgctaaaata      120

gcttcaaaag aattaggact tactcttaca aaaagaaata aggaaaaagg gcaagatgtt      180

cccttagcag gagttccata tcattcagtg gcatcatata tagcaaaatt ggttgaaaaa      240

ggttatagta ttgctatttg tgatcaagtg gaagatccta aatctgcaac aggaattgtg      300

aaaagagagg taacaagagt cataactcct gggacaataa ttgatgtaga ttttttagat      360

aaaaataata ataattatat tgcttgtata aaaataaata caacagaaaa tgtagctgca      420

atagcttatg ctgatataac aacaggagaa ttttcagttt ttgaaataaa aggaaaaaat      480

ttctttgaaa aagcattagc agaaataaat aaaatacagg caagtgaaat tttacttgat      540

gaaaaaacat attctgaata tatagagtta ttagaagaaa gaatatcttt tacaggagtt      600

aaatttacaa aggttaccaa tgtaaaaaaa gctgaaagtt atttaacttc atattttgat      660

attatgtcta ttgatgtatt ttctctaaaa tcaaaagatt tagcaatttc agcctctgca      720

aatcttttat attatattga tgaattacaa aagggaaatg aattaccttt tagcaaaata      780

gaatataaaa atattgacaa tataatggaa ttgaatataa gtacacaaaa taacttaaat      840

ttagtaccta aaaaaaatga agaagccaaa ggaactctat taggagtttt agatgattgt      900

gtaacttctg ttggaagtag agaactaaaa aaaattataa aaaatccttt cttagatatt      960

gaaaaaataa ggcaaaggca attttatgta gactatttct ataatgatgt acttttaaga     1020

gaaaatgtaa gagaatattt aaaagatatt tatgatattg aaagaatagc tggaaaaata     1080

atttatggta cggaaaatgg aaaagacttg ttatcattaa aggactctat aaggaaatca     1140

ttagagactt ataggctttt aaaagaacat caagaaataa aaaatatttt agatatagat     1200

gtaaaaattc ttttagatat atataataaa atagaattaa ttattgatac tgaagcacct     1260

ttttcagtta gggaaggtgg aattataaaa gatggatata attcagagtt ggatgagctt     1320

aggaaaatat ctaaattagg aaaagatttt atacttgaaa tagaacaaag agaaagagaa     1380

agaacaggta taaaaggtct aaaaattaaa tataataaag tgtttggata ttttatagaa     1440

gttactaagg caaatgagca tttagttcca gaagattata ttagaaaaca aacacttgta     1500

aatagtgaaa gatatatagt tcccgattta aaagaatatg aagaaaaagt tatcacagct     1560

aaaagcaaga tagaagcctt agagtatgaa ttatttaaac aactcacttc tgagattaaa     1620

gagcatatag atagtttata taaattggca aataggatag caaatttaga tatagtttca     1680

aattttgctc atatagcaac taaaaattct tatgttaaac cagaaataag tgaagaagat     1740

attttagaaa ttaagggagg tagacatcca atagttgaaa ctttaattgc tagtggaact     1800

tatgttaaaa atgatattgt tttagatgat aaaaataatt taattatttt aacaggtcct     1860

aatatgtctg ggaaatctac ctatatgaag caagtagctt tgaatataat aatggcacat     1920

ataggaagct atgtagcagc agattatgct aaaattccta ttgtagataa aatttttaca     1980

agagttggag caagtgatga tttacttaca ggacaatcta cctttatgtt agaaatgaca     2040

gaggttgcaa gcattttaaa taatgcaaca aataaatctt ttatagtctt agatgaaatt     2100

ggtagaggaa cttcaaccta tgatggtatt tcaatagcaa cagctattac agaatatatt     2160

cataataata taggtgcaaa aacaatattt gcaactcact atcatgaact tactgaactt     2220

gaaaaagaac ttgaaagagc tattaatttt agagttgagg taaaagaaga tggtaaaaat     2280

gttgtttttt taagagagat agtaaaaggt ggagcagata aatcttatgg aatagaagtt     2340

gcaagattat ctggtgttcc aaaagaagtt ttaaatcgtt caaataaaat tttaaaaaaa     2400

ttagaaacta gaaaaaattt aatagaaaat aagatgaaag cagagcagat gatacttttt     2460

ggaaatggtt ttgaagaaga gaatgaggaa gaagtagaaa tcttatctga aaatgaaagt     2520

aaagttttag agttgctgaa aaatatggac ttaaattcta taagtccttt ggaaagttta     2580

ttaaaattaa atgaattgaa aaaaattctt gtcggaggaa ctgatgacta a              2631


<210>  2924
<211>  1329
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0442

<400>  2924
atggctggaa aaatggaaaa attacctaat aaaaaaccta gaccaataga aggacataaa       60

cctgctgcgg ctatattaag aggtgttgtt gataaagttt atgcaaatgc ttgggaagca      120

aaaaagagag gggaactagt tggatggagt tcatctaaat tccctattga gcttgctaag      180

gcttttgatt taaatgttgt gtatcctgaa aatcatgctg catcagcggc agctaaaaaa      240

gatggattaa gactttgtca agcagcagaa gatatgggat atgacaatga tatttgtgga      300

tatgcaagaa tcagtttagc ttatgctgct ggtgaaccaa cagatgcaag aagaatgcct      360

caaccagact tcttactatg ttgtaataat atctgtaata tgatgactaa atggtatgaa      420

aatattgcaa gaatacataa tattccatta ataatgatag atataccatt ttcaaataca      480

gtagatgtac cagaagaaaa aattgattat ttacttggac aatttaatta tgctattaaa      540

cagttagaag aattaacagg aaagaaattt gatgaaaaga aatttgaaga tgcctgtgca      600

agagcaaata gaactgctgc tgcttggttg agagcttgta aatatatggg atataaacca      660

tcaccactta gtggatttga tttatttaac cacatggctg atatagttgc tgctagatgt      720

gatgaagaag cagctatggg atttgagcta cttgcagatg aatttgaaca atctattaaa      780

gaaggaactt caacttggga atatccagaa gaacatagaa tactatttga aggcattcct      840

tgttggccag gattaaaacc attatttgaa cctttaaaag acaatggagt aaatgttaca      900

gctgttgttt atgcaccagc atttggattt agatataata atataagaga aatggcagca      960

gcatattgta aagcaccttg ttctgtatgt atagaaactg gtgttgaatg gagagaaact     1020

atggctaaag aaaatggtat aagtggagca cttgtaaact ataaccgtag ttgtaaacct     1080

tggagtggtg caatgcctga aatagaaaga agatggaaag aagatttagg aataccagtt     1140

gttcactttg atggagacca agctgatgaa agaaacttct caacagaaca atacaataca     1200

agggtacaag gacttgttga aataatgcaa gaaagaaaag aagaaaaatt agcaaaaggt     1260

gaagaagttt atactaattt tgaaaataca aaagaaacag actggtcaaa agaaacaata     1320

aaacactaa                                                             1329


<210>  2925
<211>  1413
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0443

<400>  2925
atgaaaaaga ttttatttat tattctttgc ctttttttaa tttcttgcag taatttatat       60

aaggcaaaca aggcatatga aagaggagat tatgttcaaa atgtagaatt aacttttaaa      120

tattttgatg aaaagcctga aaattttaaa aaattaaaag aaaagaaaaa aattgaaatt      180

aataataagt tctcaaatat ttttgaatat tataaaaaac ttaaaaatag tgaaaaatta      240

acagatagaa atcaagctaa tgtagaactt tttcaaatat atattgcttc tgataacagt      300

gagtattcaa gagaatttca agcacaaaaa gatttcttaa cttctaataa tataaaagat      360

atttttaatt tagctttaaa gactaacaaa gaactctttt cagaaaatac agatataaga      420

aaaaatcatg cttatgcttt ggaaattata gactatgtaa taaatatgga taattcaata      480

ggtagagtgg ctgaatctaa acctgactta gataaaagta aaatagagtt atatagttct      540

tttaaaaagg aaattgcaaa acatagggca gatggttata ttactcttgc agaggtggaa      600

gaaaaacaag gaagtaatca atatcttaga agtgctcaaa atctttatta taaagcagat      660

aaaatatatt caagatatca aagtaattat aggaactctt attcaaatta tgaaaatgtt      720

aaacatcaag ctgatttaaa tgatgcagca gacaactata ataaaggtat ggaagaatat      780

agaaatgcag gttcttcaaa ggcaaaatat agagctgcaa attattattt tagagaagct      840

caaaaatatg tttcaaacta taaggacact aataaattat taagtgaaac aaaagaaaaa      900

ggatatttta aatatagttt aagttcaaat aattctgaaa tatcaagtag gattaacgat      960

gccatgagtt caataggtta ttctgtaagt aatggagtag aactttttat tgaatataaa     1020

aatggagaat atagttacaa tacttcttct aatactaata cagaacaaat gagtaaagaa     1080

gtacaaactg gaactgactc agctggaaag cctataataa aagtgtttaa tttcacaaaa     1140

actactacaa ctattgagga agtaggaact attcattatt tcttatctat gagaggaagt     1200

tattatagta ataatataaa taatgatgtt actgtgagaa atacagtaaa aaatgttaaa     1260

tattcaggaa atattccacc agattctaat tatagagatt cagataatag aactttagga     1320

tctagcgaaa tacaaagaaa agtagcagaa aaattaagac aagaagttaa ttctaatata     1380

aattctatgg ttagtgattt aaaaagaatt taa                                  1413


<210>  2926
<211>  5025
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0444

<400>  2926
gttgcaggaa aaggtttaga tttaagaaat ataaataagg ctgaacttgt tgcaagagtt       60

gcagaacttt cagcgcctat ttatggtgga gaagaagtaa atttaaaact tggaagtcaa      120

ggaaaaccaa ataaacctga atatgcacta gatgcaagag cattaggctc aatttatgca      180

ggaaggatca acatcatagt aaatgaagat ggtgttggag taaaaacaca agctcctatg      240

tatgcaacaa agggagatgt tgtaataagt tcaagaggaa aagtgtattt gaaggataca      300

caagcaaaag gagatattaa aatatcttca gctgaaacag aaataggtaa taaattactt      360

gctgaaaata gtgtaaatat tcaaaatagt aaattatcaa ataagggaca aattcaagct      420

aataacaata ttacaataaa tggaaatgta gatagctcaa atttaatttc tacaaataaa      480

gatataacta tttctggaaa tttaaaaaat tcaggtaatg tttcttcaac taatttaaat      540

gccaaagaaa tagaaaactt aaataagata gttacaggag aaaaactatc ttcaactaaa      600

attacaaatt caggaaattt tagtgcaaaa gatatagtga caactgatat ttctaattca      660

ggtaagttac tttcaaaaaa tattaataca aatagtttaa ataatttagg tgaagtttca      720

agtgaaaatt taactacaac taatttagaa aattcaaata agattaatgt aaaggaaaat      780

attaattcta atagtgttgt aaataagact agcaattctg aaattatttc taagaactta      840

aatagtaata atttagataa taagggaagt atctctgtaa taaatagtgt gaattctggg      900

gtaataacaa ataatgggaa gttattagtt gggaacataa taaattctca aaatttaact      960

aatacagtca ctgtccaagg aaaaacttta gatataaaga acaagataaa ttctagtgga     1020

aaaatcctta gcgataatat attaacaaaa aatatatcta atagtggtga tatttcttca     1080

aaaattatta caactcaaga attaataaat tctggtgaaa taataagtaa taacttatct     1140

tcaagtaata ttaataattt aaaaaatatt tttgtaaatg aaaatttaaa agctaatagt     1200

ttaataaatt caaataaaat tgaaagtaat aatatagaag taaatagttt aaataatggt     1260

ggagatataa aagttagtga aaatttaaca acaaaagata ttacaaactc taagaatctt     1320

caagttggaa aaaatattag tacagatgat ataaaaaatt ataattttat ccaagctaga     1380

aatattacta ttggaaaatc tttagataat aatggaaaat taaaatcagt tgatactaat     1440

atcaatactt ctaatattaa aaataatgga gaaattctat cttcaaataa tataaatata     1500

actactgata ataatgtaaa tttaagtgga aaatatatag cgaataatac attaaaaata     1560

gatgctaagt cattaataaa taatataaat cttgaaaatt caggaaaaat aaaacttgat     1620

ttaaaagaaa atttaattaa caataaaaaa ataaatagca gtaatgattt aaatataact     1680

gcaaaaaaag tagtaaatat tggtgaaata ggttctatgg ctaaattaga tatagatact     1740

gatagattag aaaataatgg agccttatta tttggaaata atgatgaaaa taaattaaca     1800

ataaaagaaa atactcaaaa tactggtata ataaattctt taggtaaatt agaaataaat     1860

actcaagatt ttgaaaataa aggacagatt gcttctatta aggatttaaa aataaatagt     1920

aagaatttta caaataatga agatagccta atattttcaa atgaaaatgt taaatttgat     1980

ttaaaaaatg attttttaaa taaaggtgaa atatattcag gaaaaaatat tgatataaaa     2040

gcattgggag ctgttactaa taatacagca actattagtg cacaaaataa catagatata     2100

aatgctaaaa aaattactaa tataggtaaa gtagaaaaga aaaatcctac tattgaaaga     2160

aaatctgcac tagatagtga tactaatatt actgaaaaac aaagagaaga agctaaaaaa     2220

tattttcaag aattggttaa tagaaaaaat aatgaaaaag gaatagaaaa tcctggtaga     2280

tatacagaag gctcttatct atttaaagat tttaaggcag aatggataga aaaagttaaa     2340

agtaatgatg ttagtaaatt atcatatatt acagcagata ataatataag tctaacttca     2400

aaagaagata ttctaaacga agaaggaaat attcttgcta ataatgatat aactattaca     2460

gctcctaaag ttattaacag aaattctaca agagatgttg atataaaaat aggttggaaa     2520

gctcctatat atgaagttac ttatacagaa ggacatgatt atggtggaga acatgaagga     2580

cacaatggaa gtggtggtgg aggacattat tcaactagtc ctgtaggaac agaagaatat     2640

atagggaaaa caactcaaac aataggagca gataaagcta gtaagatagc tgctggaaaa     2700

aatctaacta ttaatgcaca aaaagtgggc aatggattta aagataatga aacaaatgat     2760

attaaaaata aaaatactgt tattaataaa gttaatttaa ctgaaaataa tgtaaatatt     2820

gataatgtaa acctaaatag aaagaaaata gaagataaaa aagtcattga tactaaagac     2880

tatatattta tacctaaagg agataaaggt ctttttaaaa taaataaaaa tgaaagtaat     2940

aaaccaggtt tttcttatct aatagaaact aatattaaat atattgataa atcaatgttt     3000

cttggctcag actacttttt taaaagaata ggttttaatc cagatagaga tatcagatta     3060

cttggcgatt caatgtatga aactagatta ataaatagag caatattaga aggaacaggt     3120

agaagatatt taggtgacta taaatcagaa aaagaacaaa tgcaagcact ttatgataat     3180

gcagtaagtg aaaaagaaga tttaaagcta tctatgggga ttgcacttag caaagaccaa     3240

attgcaaaat taaaaaaaga tataatatgg tatgttgaag aagagattga aggacaaaaa     3300

gtcttagtac ctaaagtata tttaacaaaa aatactttaa gtaaactaaa agataatgca     3360

acatctttag aagcaggaga agattttaat atatctgcta atgaaataac taatactgga     3420

gctattaatg ctaaaaatct taatataaag actgatagtt tagtaaataa atcttcatca     3480

gaaaatttag ctacaataaa tgcagataat atagatattg aagcaaaaga agcgctttca     3540

aatattggtg caactataaa ggcagataaa gatttaaaag ttactgcaaa taaagttgaa     3600

aatatttcta cccatcatat aaatacaaat attgtagaaa taaaaaaaga taattttgaa     3660

aatattgcaa gtattgaagc tggaaataat atagatataa aggctaaaga tgtaacaaat     3720

acagctgcta atataaaagc aaataatgat attacaataa aatctgataa tgttaaagta     3780

aataccttaa cattaaaaga tagtgaaaat aggaaaaatt atgaaaatac tataataaat     3840

aatgtaggaa gtgaaattac aggaaaaaat atatcaattg aggcaaataa tgatataggg     3900

gtagttggtt cagatatcaa ggcaaaagaa aaactaactc ttaatgctaa aaatgttgat     3960

attagttcag ctgaaagtag cctatatgaa agaagttcaa atagaaatgg ctatacaata     4020

aatgaaatta aaagaaatac tgaaagtaat atagaggccc aaaatattaa tatggaagct     4080

aaaaaagata ttgatattaa aggttcaaat atagtcgcaa aggaagaagc taatattaaa     4140

gctgatggag atataaatat agtatcagca actgatagca gattctatgc tcataaagaa     4200

acaaaaaaag gtaaatttgg aaaatcaagt tcagaagaaa atatatctta tgcgactcat     4260

aatgttgctt ctaatataat aggtgataaa gtaaatattg caagtggtaa agatgttaat     4320

atttttggaa gtaatgttgg agctaaagat acaggtaata tttcagctaa aggaactata     4380

acagaagcag ctacaaaaga tgttaattat tcttatcata agaaaactaa aacaggtttt     4440

atgggattaa ctggtaaatc ttcagctgaa aaaattcacc aagaattaaa tgcagaaagt     4500

aacctatatg tgaaaaatga aggtataata gatggagaca taaaggttat aggaagtaat     4560

ttagtattag gtaataatag tataattaat ggaaaactta caacagactc taatgagctt     4620

cataattcat attcttatga agaatctaaa aaaggattta gtggaagcat aggaggtgga     4680

ggtttttcag ttggttatgg aaaatctgaa agtggactaa aagaaaaaga tgtaataaat     4740

gctaaatcta atttagtatt aggagatgga actgtactta ataaaggcgc agatataaca     4800

gcaacaaatt taacacatgg aaaaataact gtaaataatg gagatgttaa atttggtgca     4860

agaaaagata caaaagatgt agaaacatat tctaagagta gtggagtaaa tctatcagta     4920

agaataaaat cacaagcctt agatagagca aaacaaggag tggactcatt taaacaaatg     4980

aagtcagggg atatacttgg aggtatagct tcatcaacta acact                     5025


<210>  2927
<211>  2574
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0445

<400>  2927
atgaatccaa atcaatttac agagaacaca atttctgcaa ttaatttagc tgttgatatt       60

agtaagggta atatgcaaca aagtataaga ccagaagcat tagctttggg cttacttatg      120

caaaataatg gattaattcc aagagtaata gaaaaaatgg gattgaattt acaatatatt      180

atttctgaat tggaaaaaga aatgaataat tatccaaaag ttgaagtgaa ggttagtaat      240

gagaatattt cacttgacca aaagacaaat tccatattaa atcatgcaga aaaaattatg      300

aatgaaatgg gagatagttt tttaagtgtt gaacatattt ttaaagctat gatagaagaa      360

ataccaattt ttaaaagatt gggtatcaat ttagaaaaat atatggaggt attgatgaat      420

ataagaggga atagaaaagt agataatcaa aacccagaag caacttatga agttttagaa      480

aaatatgcaa aagatttagt tgaacttgcc agagaaggta agatagaccc tatcataggt      540

agagattctg aaatcaggag agctatacaa ataatttcaa gaagaacaaa gaatgaccct      600

attttaattg gagaacctgg tgttggtaag actgcaatag ttgaagggct tgctcaaaga      660

atattaaatg gagatgttcc tgaaagttta aagaataaaa agatattctc acttgatatg      720

ggtgctttgg ttgcaggtgc aaaatataaa ggtgaatttg aagaaagaat gaaaggtgtt      780

ttaaaagaag ttgaagaatc aaatggaaat atcattcttt ttatagatga aattcataca      840

atagttggtg ctggtaaagg agaaggttct cttgatgcag gtaatatgtt aaaacctatg      900

cttgcaagag gagaattaag agttattggt gcaacaacaa tagatgaata tagaaaatat      960

attgaaaaag atcctgcact tgaaagaaga ttccaaacaa tattagtaaa tgaacctaat     1020

attgatgata ctatttcaat attaagaggt cttaaagata aatttgaaac ttatcatggt     1080

gttagaattg ctgacgcagc aatagttgaa gctgctgtac ttagtcaaag atatataact     1140

gatagaaaac ttccagataa ggctattgac ctaatagatg aagctgctgc aatgataaga     1200

acagaaattg actctatgcc agaagaactt gaccaattaa caagaaaagc tcttcaatta     1260

gaaattgaaa ttaaggcatt acaaaaagaa actgatgatg cttctaagga aagattaaaa     1320

gttatagaaa aagaattagc agaattaaat gaagaaaaga aagttttgac atctaaatgg     1380

gaacttgaaa aagaagatat ttctaagatt aaaaatatta aaagagaaat tgaaaatgtc     1440

aaacttgaaa tggaaaaagc agaaagagaa tatgatttaa ctaaattatc agaattaaaa     1500

tatggtaaac ttgcaactct tgaaaaagaa ttacaagaac aacaaaataa aattgataaa     1560

gatggaaaag atgattctct tttaaaacaa gaagttacag ctgatgaaat tgctgatata     1620

gtttcaagat ggacaggtat ccctgtatca aaacttactg aaactaaaaa agaaaaaatg     1680

ttacatcttg aagaccatat aaaagaaaga gttaaaggac aagatgaagc tgttaaagct     1740

gttgcagaca ctatgctaag atcagttgca ggattaaaag atcctaatag acctatgggt     1800

tcatttatat tcttaggacc tactggtgtt ggtaagacat accttgcaaa aactttggca     1860

tataacttat ttgatagtga agatagtgtt gttagaatag atatgagtga atatatggat     1920

aagttttcag ttacaagact tataggtgca cctccaggat atgttggtta tgaagaagga     1980

ggacaactta cagaagctat tagaactaaa ccttattcag taatactatt tgatgaaatt     2040

gaaaaagctc accctgatgt atttaatgtt ctattacaag ttttagatga tggtagactt     2100

acagatggac aaggaagaat agtggatttt aaaaatactt taattataat gacatctaat     2160

ataggtagcc atttaatact tgaagaccct gctctttctg aaagtacaag agaaaaagta     2220

acagatgaat taaaagctag atttaaacca gaatttttga acagaattga tgaaataatt     2280

actttcaagg ctttggattt accagctatt aaagaaattg taaaattaag tctaaaagac     2340

ctagaaaata aattaaaatc taaacacatt acacttgaat tttctgataa gatgattgat     2400

tatttggcta ataatgctta tgatcctcat tatggtgcaa gacctttaag aagatatata     2460

caaaaagaaa ttgaaacaag tcttgctaag aaaattcttg caaatgaaat tcatgaaaaa     2520

tctgatgttt taatagattt agataataat catattgttt ttaaagaaaa ataa           2574


<210>  2928
<211>  2538
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0446

<400>  2928
atgaaaatag agataaaaat tttaaatcct gtcaggttga caaagttatt tattgcagca       60

agtagatggc tttcaaaata tgcagatgtt ttaaatgact taaatgttta tcctgttcca      120

gatggagaca caggaacaaa tatgtctatg acattacagt cagttgaaaa tgccctgata      180

ggattacaaa gtgagcctaa tatggaagaa cttgtggata taatttcaga agcagttcta      240

ttaggagcaa gaggaaattc aggaactatt ttatcacaaa taattcaagg atttttagat      300

gcagtaagag ataaagaaga aatagatata ccaacagcag caaaggcttt tgtatctgca      360

aaggaaagag catataaagc cgtgagtcaa cctgttgaag gaactatact tacagttata      420

agaaaagttt cagaagcagc tatggcttat gatggaccaa aagatgattt tataccattc      480

ttagttaatt taaaaaatgc agctgctgat gcagttgaag atacacctaa tcttttacct      540

aaattgaaag aagcaggagt tgtagatgca ggaggtaaag ggatttttta tgtacttgaa      600

ggatttgaaa aatctgttac tgaccctgaa atgttaaaag atttagcaag aatagcaaac      660

tcacaagtaa atagaaaaca aaaattagaa tatataaata aaaatgaaat aaaatttaag      720

tattgtactg aatttataat tgagtcagga gattttgatt tggaagaata taaggcaaaa      780

atcaaaaatc ttggagattc tatggtagtt gcccaaacaa gaaaaaaaac taagactcat      840

atacatacta atcacccagg acaagtgtta gaaattgcag gtgatttagg agatttgaat      900

aatataaaaa ttgaaaatat ggagattcaa catagccatg ttttagtcaa agaggaagaa      960

cttaataagg tagatataag aggtatcaaa aaggaaatta ttccacaaga accaaaatta     1020

ttatttaatg aaaagaatat tgaaaataat gtggcaatat atgcagtggt ggataataaa     1080

aatatagctg atttattttt aaaggatgga gcaagtgcaa ctttaattgg tggacaaaca     1140

aagaatcctt ctgtttcaga tatagaagaa ggtttaaaga aaattaaggc taaaactatc     1200

tatattttac ctaataacaa aaatattatt gctagtgcaa aaatagctgc taaaagggat     1260

aaaagagata ttatagtaat agatacaaaa acaatgttag aaggatatta ttttactaaa     1320

aatagaaaga tgaaccttca aactttatta agacaattaa aattcaataa ttctattgaa     1380

atcacaaagg cagttagaga tactaaggta aatgatatag aaattaaggt tggagataat     1440

attgcccttg taaatggaac tttaactgaa aaaggtgaaa gagttgaaga tttaattaaa     1500

aaaatctatg aaaaatatac aaatgataat accttagccg ttacagttgt cagaggaaaa     1560

actgcaacag aagagggaaa tgaagctata aaatctaaga actttaagaa attttatgaa     1620

tatgatggag agcaagataa ttattcttac tatatttact tagaacaaag agaccctagt     1680

ctatcaaaga ttgctatatt aacagattct gcatctgatt taacaccaga tatgatagaa     1740

ggacttgatg taacaattat tccaataaga ctaagaattg gagaaaataa ttataaagat     1800

ggagtaaatt taagtaaaaa agaattttgg cataaattat taacagaaaa cgtagtacct     1860

aaaactgctc aaccttctcc tgctgaattt agagattact atgaagaatt attcaataaa     1920

ggttatgaaa aaatattatc aattcatatt tctagtaaga tgagtggaac tcaacaagtt     1980

gcaaaagtgg caagagaaat gttaaaaaga gagcaagata tagttatagt tgattcaaag     2040

tctgttacat ttggacaagc atatcaagtt cttgaagctg caaaaatgat aaaggcaggg     2100

gttaaattag aagatatttt aacaagactt tatgaaatag cagataaaat gaaaatatat     2160

tttgctgtta gtgatttaag atatttagaa aaaggtggaa gaattggtag agcttcatca     2220

gtgataggaa atctattaaa attaagacct gttttaaaat tggaagatgg agaggtcagt     2280

cttgaaacaa aaacttttgg tgaaagagga gctatctctt atatggaaaa gattattaaa     2340

aatgaaggta aaaatagtat atatctatac actgcttggg gaggaactaa tcaagaatta     2400

cgaaatacag atatattgaa aaagacagca gatacaatga gaaaagttga atataaaggt     2460

agatttgaaa ttggacctac aataggtagc catagtggac ctgtctttgg aattggaatt     2520

atatctaaga ttagataa                                                   2538


<210>  2929
<211>  1692
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0447

<400>  2929
atgtcaataa gaaaatttcg taaacagatg aaacctttta ttattatact aacagttgtt       60

tttatactat ctttggcata tggaggctat gaaagttata aaacaagtag agcaaataaa      120

aaggcacaag aagctatgct tttaaataaa gactatgtcc aaaaaattga tatagaaagg      180

gcaaaacaag atctttcaag aacttactca gacagagtag ataaagatat agttgatata      240

cttgctttca atgatgttat agataagaat ttaactctac atattgcaaa agatttaaaa      300

gtaaaagttc ctagttcaga agttgacaaa caatatgaag aactagagtc atctatggga      360

gacaaagaac aatttagaag aatgttgcaa gttcgtggac ttacaaaaga ttctttaaag      420

aatcaaattg aagaaaattt attaatgcaa aaaaccaggg aagaatttgc taaaaatata      480

aatcctactg atgaagaaat aaatacttat atggctttat attcaatccc agctgataaa      540

aaagaagaag cagtaaattt atataaatca gaaaaaggaa atgaagcatt tagagaggct      600

ttattaaaag ctagaaaaga aatgcaaata aaagatttag ctcctgaata tgaaaattta      660

gtagaaaaaa cagcttatga agaagaagga tttaatataa ctaatcttga tttagccaga      720

gctactgcaa atattatgtt aggacaaaag atttctaagg aagatgctga aaaacaagct      780

aaagaaatga taagtagaca aataaagatg gcaaaaatag ccaaagaaaa aggtgtaaag      840

gttaatgaaa atttagattc tatttctcaa ttccaagatt attatattgg attagcagag      900

aaagtcagag atgaggtaaa acctactgat gatgagttat tgaaattctt taatgcaaat      960

aagtctaaat atagtattcc tgcaacagca gatgcaaaat taatatttat tagtgtgaaa     1020

tctgcaaaag aagacgatga tttagcaaaa gaaaaagcag aaaaattatt atcagaatta     1080

acacctgaaa actttacaga aaaaggaaaa agtttatcaa ataaccaaga tataatctat     1140

caagatttag gaacatttgg tacaacagct atggttaaag aatttgaaga agctcttaga     1200

gatgttcctt caaacacagt agttaataaa gttataaaaa caaaatttgg ttatcatatt     1260

gcttatgtaa agaaaaatga taataaccaa caatgggaag ttgaacatat tttaatagtt     1320

ccttatcctt ctgaaaaaac tgtaacagag aaacttgaaa aattaaataa agtaaaagct     1380

gagatagaag ctggaacttt aactttaaat gataaaattg atgaagatgt tattcaaagt     1440

tttgatgcaa aaggtattac acctgatgga gtaattccag attttgtata taatcctgaa     1500

atagcaaaag cagtatttgg tacagaatta aataaggtag gaataattaa tcctaataaa     1560

gcaacaatag ttgtttttca aaagactaag gaagtaaaag cagaagatgc taattttgat     1620

aaatcaaaag aacaggtaaa aagtgattat ataaataata aagttgcaga atatatgtca     1680

aaattattct aa                                                         1692


<210>  2930
<211>  615
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0448

<400>  2930
atggaagata tcaatgctat tttaaaaaaa gcacagtctg gggatagtga agcaattagc       60

ctaatcttaa aagaatattc aaaacttttg tcttttaatg cacaaaaata ttatttggta      120

ggtgcagaaa aagaagattt agtacaagaa ggaattttag gtttattaaa ggcaataaaa      180

ttttatgatg aaactaaatc atcttttagt agttttgcat ttttatgtat aagaagagag      240

atgataagtg caataagaaa agctaatact caaaaaaata tggtattaaa tgaagcttta      300

aaaactaatg ccatacttga agacagtgca aattttgatg atgaagaaca taatataaat      360

aactataaat catcagaaag taatccagaa gaagcctatt tattaaaaga agaaatagaa      420

gaatttaaaa agttctcaga gaataatttt agtaaatttg aaaaagaagt tctaacttat      480

ttaataagag gttactcata tagagaaata gcaaagattt tatctaaaaa tataaaaagt      540

atagataata ccattcaaag aattagaaaa aagagtgaag aatggataaa agaagaagaa      600

aatatcaaga ggtga                                                       615


<210>  2931
<211>  1374
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0449

<400>  2931
atggaaaata aacataattt tatggaaacg gagagtatca caaaattact tataaagttt       60

tcaattcctg ctattgtagg aatgtttgta aatgctttat ataatgttgt ggatagaata      120

tatataggaa atataaaaga tataggacac ttaggaataa caggaatagg tgtagtattt      180

ccagtagtta ttttgatatt ttctttttca ttattaattg ggataggttc ggcagcagca      240

gtatccttaa aattgggaat gaaggataga gaggaagcag aaagattttt aggagtagca      300

gtattcttat cttttattat ttcagctgta cttatgttat tgatctattt ttatatggat      360

aagataatat attttattgg aggtagtgat aaaactttta tttatgcaaa agattatttg      420

ttctatataa atttaggagt accagcagca attttaggat tagttttaaa ttctgttata      480

aggtcagatg gtagtccaaa aatagcaatg ggaactttgc ttttaggggc tataacgaat      540

atagttttag atcctatctt tatctttgca tttggaatgg gagttaaagg tgctgcaata      600

gctactataa tttcacaata tgtctcaatg ctttggacta tttactattt tacttcaaat      660

aaaagtaaga taaaattaat aaaaaagaat atagaattta atttctataa ggcaaaagaa      720

atttgtcttt taggtagttc tgcctttgca atacaattag gttttagttt agtaacatat      780

attttaaata cagttttaaa aaagtatgga ggggatactt ctattggtgc tatggcaata      840

gtacagtcat ttatggcatt tatggctatg cctatttttg gaataaatca aggaatacaa      900

ccaattttag gatataatta tggagcagag aagtataaaa gagtaaaaga agcattatat      960

aaagggattt ttgctgcaac aataatttgt attataggtt atataagtgt gagattattt     1020

tctaataatt taattaaaat ttttacaagc aatcctgaat tacaggaaat tactaaatat     1080

ggtttaaaag cctatactct agtttttcca atagttggat ttcaaattgt ttcatcaatt     1140

tactttcaag cagtgggtaa gcctaaaatg agttttttca taagtctttc aagacaaatt     1200

attgttatga taccttgttt aataatttta ccaatatttt ttggactgaa tggtatctgg     1260

tatgcagcac caacagcaga tagtatagca acattaataa cttatatttt agtaaaaaaa     1320

gaaattaaaa aattagataa attagaagaa atattagaaa aaagaaatat ttaa           1374


<210>  2932
<211>  1494
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0450

<400>  2932
atgaaatata ttgtagcatt agatcaaggt acaacaagtt caagagcaat tttatttgat       60

gaaagtcaaa atataatagg aatagctcaa aaagaattta cacaaatata tccaaatgaa      120

ggttgggtag aacacgaccc tatggaaata tgggctagcc aaagtggagt tttaagtgaa      180

gttattgcta gagctggaat aagtcaacat gatattatag ctttaggaat tacaaaccaa      240

agagaaacta caatagtttg ggataaaaaa actggaaaac cagtttataa tgcaatagtt      300

tggcaatgta gaagaactgc caaaatttgt gatgaattga aaaagataga tggatttagt      360

gattatgtaa aggataatac aggactttta gttgatgctt atttctctgg aacaaaaata      420

aaatggattt tagataatgt agaaggtgca agagaaaaag cagaaaaagg agaattatta      480

tttggaactg ttgatacttg gttaatttgg caattaacta atggaaaagt acatgcaaca      540

gattacacta atgcttcaag aactatgctt tataatatta aagaattaaa atgggatgaa      600

aaaatactaa aaactttaaa tattcctaaa tcaatgttac cagaagtaaa agattcaagt      660

ggaacatttg gttatgcaaa tcttggtgga aaaggtggac atagaatacc aatagcagga      720

gttgcaggag atcaacaatc tgcattattt gggcaagcat gttttgaaga aggagaatct      780

aaaaatactt atggaacagg ttgtttcttg cttatgaaca caggagaaaa gtttgtaaaa      840

agtaacaatg gacttatcac aactattgca ataggactga atggaaaagt tgaatatgca      900

cttgaaggaa gtgtgtttgt agggggagca agtgttcaat ggttaagaga tgagttaaaa      960

ttaatttctg agtcaagaga tactgaatat tttgctagaa aagttaaaga taatggtgga     1020

gtttatgtag taccagcatt tgtaggatta ggagcacctt attgggatat gtatgccaga     1080

ggagctattt taggtttaac tcgtggagca aataaaaatc atattataag agcaactttg     1140

gaatcaatag cttatcaaac aaaagatgtt ttaaaggcta tggaagaaga ttcaggaata     1200

aaattaaatg gtttaaaagt tgatggtgga gcagcagcta ataatttctt aatggaattt     1260

caagcagata tcttaggaga atctgtaaaa agacctactg ttttagaaac aacagcccta     1320

ggagcagcat atcttgcagg acttgcagtt ggattctggg aaaataaaaa tgaaatcaaa     1380

caaaaatggg tattggataa agaatttaca cctaatatgt caaaagaaga aagagataaa     1440

aaatatgctg gttggttaaa agctgttgaa agaactaaga aatgggaaga ataa           1494


<210>  2933
<211>  2811
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0451

<400>  2933
atgagaaagt atttaataat atcactttta gccagttata gtatagtttt tgcaggagaa       60

tcagaagatt ttaaagcagt tgataatctt tataaagaaa gaaattttaa aactgctttg      120

actgagtcag aaaaattttt acaaaaatat cctgaatcaa aacatcaaaa gagtatgaga      180

gataaggttg cgaagatcta ttttttagaa aagaattata aaaaagcaga agaattattt      240

aaaaaattat ttactatgga agaaaaacaa tctcaaaaag aggaatatgc ttcatattta      300

gcaagagcta atgcattatt aaataattca aactcagcta tgttttatct aagggaaatc      360

aaggatgaaa aaacatttca aaaaacattt tttgcagtag cacaagattt tttggcaaaa      420

gaaaataatg aggcagctaa aaaagcatat acagagatta ttaataataa atatgaaaac      480

tataaagaat ctatgatggg actaggtata gtttattaca atttaaaaga ctatgataaa      540

gcaatatatt ggctttcaga attttcaaaa gctatgccta atgaaaataa agaaatggtt      600

tcatatttaa gagcttcagc tatttataga aaaggaagta cagatgaagc tataaagtat      660

tttgaggaat tagcaaatat gacacctgct tctgaatatt caagaaaggc agcactgtat      720

ttaatagaaa tttatagtaa tagaaaagat gaagcaaaag tacgttttta tttagaaaag      780

ttaaaaggta caaaagaata taatactgca atgactatga taggtgattt atatgtaaca      840

aaagaaaatt atgaaaaagc cttagactac tataatcaaa gtaatgataa gaataatcca      900

aaacttattt atggagaggc atattcatta tataaaaaag gtaaatatga agaggcgttg      960

aaaaaattcc aatcactaaa aaatagtgat tattataacc aatcaattta tcatatattt     1020

gctataaatt ataagttaaa gaattttgat gaaattataa gaaatagaga aattataaga     1080

aaagttgttg taagccaagt tgatacagat aacattataa gaataattgc aaattcagca     1140

tatcaagttg gaaattataa actagcaaaa gattattatg gtagactttt tgctgtttca     1200

ccagataaag aaaatctatt tagagtaata cttttggata gccaaatgct agatatggaa     1260

gatttaagaa ttagatttaa ccaatataat gagttatatt ctaatgatac agaatttaaa     1320

aaagatgtgt atttgtatac aggagatgct tattataaag ctggagatcc tgaaagagct     1380

gagcaaattt ataagacata tttgaatcaa tacactaata cagaagttat atcaagtttg     1440

atgtcaacat tattagaaca aaagaaatat gatgaaatgg aacaatattt atcacttgca     1500

caagatgaaa gcagtgtgaa ctatttaaaa ggtatagctg ctatgggact tggaaaatat     1560

gatgaagcag aagcagactt tcaaaaagta ttagcaagtg gagatcaaag tttaagtaca     1620

aaagtatact taaatagagt tagaaactat ttcttagcag aaagatataa tgaggctgtt     1680

caagcaggag aacaatattt gtccaaaata actcctgata aagaaaaagc tatatatagt     1740

gaaatgcttg ataagatagg attgagttat tttagacttg gaaaatatga ccaagcaaga     1800

tcttattatt caaaaattgc tagtatgaaa ggttatgaag tctatggtaa atttcaaata     1860

gcagatagtt attataatga aaaaaattat gaaaaagcag caagtttata taaagaagtt     1920

tataataact atggtgaaac tttctatgga gaacaagcat attacaagta tataatgaca     1980

cttagtttga caggaaatac tgatgctttt gaaagagaaa aggataactt tatgaaggta     2040

tatccaaata gtaatttaag aggaacaata acaaatctta ctacaaatat gtatatagaa     2100

agtggagata ctgataaagc aatagaatct ttaaataatt caagctcaaa tactgatgat     2160

gttgctgtta aggaaactaa tactactaag ataataactt taaaattaca aaagaaagat     2220

tataaagata tagaaaaata tatagcagaa ttaccaacag aagaagagag agcttactat     2280

ttagcacaat attatgctgc taaaaaggac ccaaaagcag taaaagaata tggagcatta     2340

ttacaatatg ataaatataa ggcttatgct tcaaaaggtc taggagatta ttattttgat     2400

aagaaggatt tagcaaaggc taaaaaatat tatggaactt atgccactgt aaataaaaat     2460

cctgatgaat atatcttata tagattagga caagccaatg aaaaagaaaa taacttaaaa     2520

atggctttaa ctgactacaa ggcagtatat tctaaaaatg gtaaacttgc caatgatgct     2580

atgttaaaag cagcagaaat ttatgataaa caagaaaatg tagcagaagc agaaaagtta     2640

tttacaaaat tatatgcagt aaagaataat aaagacttaa aagcttattc tattgaaaaa     2700

ttaatttatt ataaacttgt aaaaaataat acaaaagaag ctaaaaaatt gtatgatgag     2760

cttaaaaaac tagattcaaa aagagcagaa aaatttaaag catactttta a              2811


<210>  2934
<211>  1938
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0452

<400>  2934
atgtattata attttaatca atatataaat ttaggaacta atttagaaaa agatggttgt       60

aattttgcta tttatgtaaa aaatattagt acgctttctt taaatttttt taattcttca      120

gaagatacta ttccttataa aaaatatata ttaaattctt ctgaccataa attaggagat      180

atttggagta tatttttgaa agatataaag gaaggtactt tatataattg ggagataaat      240

ggaatatcta tacttgatcc ttatgcactt tcttacactg acaatgatat catagaaaac      300

aaaaaatcta ttgttcttgc aagaatagga accgaaacaa agcatattct tgttccaaaa      360

aaggatatga tgatttatga agctcatata ggattgttta caaaatcccc aagttctaat      420

actttgaata gagctacata ttctgctttt gaagaaaaaa taccttattt aaaagaattg      480

ggtatcaatg tggtggaatt tttaccaatt tttgaatggg atgattatac tggaaattta      540

gatagagaat cttttttcct aaaaaatgta tggggctata atcctataaa cttttttgcc      600

ttaacaaaaa aatattcttc ttcaaatgat aaaaattctg ctgatgaaat caaagaattt      660

aaaaaattgg tttcatttct ccataaaaat ggtatagaag tcattttaga tgttgtttat      720

aatcatacag ctgaaggtgg ctctggtggt aaagtataca attttaaagc tatggatgaa      780

aatacttttt atacaaaaag taaaaataat atttttgtca atttttcagg atgtggaaat      840

actttaaatt gtaatcataa agttgttaaa gatatgatta ttcaatcttt attatattgg      900

tatttagaaa caggtgttga tggttttcgt tttgatttag ctcctgtctt aggtagagac      960

tctaacagtc aatgggctaa ccattcatta cttcatgaat taatagaaca ccctatatta     1020

tctcatgcaa aattgattgc agaaagttgg gatttaggtg gatactttgt tggagctatg     1080

ccaagtggct ggtctgaatg gaatggagca tacagagata cagttaggca atttataaga     1140

ggagatttca atcaagttcc tgaacttatt aaaagaattt ttggtagtgt agatattttt     1200

catgccaata agaatggtta tcaatcaagt ataaatttta tttgctgtca tgatggtttt     1260

actatgtggg atttggttag ttacaattta aaacataatc ttttaaatgg agaaaataat     1320

caagatggag aaaataataa ccactcatat aatcatggtg aggaaggatt gactcataat     1380

gctcaaatta tttctttgag aaaacagcaa attaaaaata tgcttcttat tctatatatc     1440

tcacaaggta ttccaatgtt acttatggga gatgaaatgg gaagaaccca acttggtaat     1500

aataatgctt attgtcaaga taatgccaca acttgggttg attgggatag aaaaaaagaa     1560

tttgaagatg tttttctttt tactaaaaat atgataaagt taagaaaatc ttattctatt     1620

tttaaaaaag aaattccatt gattgaagat gaagaagtta ttttacatgg tataaaattg     1680

taccaaccag atttaagtta tcattcactt tctattgctt ttcaactaaa agatatagaa     1740

actgacactg atttttatat agcttttaac tcatatagtg agcaattatg ttttgaatta     1800

cctaaacttg agaataaatc ttggtatctt ttaactgata cttcaaaagt tgatagctgt     1860

tcttttgaag aaattaagtg gagtgattct tcatactgtg tactttcaaa atcatcagta     1920

attttaatat ctaaataa                                                   1938


<210>  2935
<211>  1179
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0453

<400>  2935
gttatagatt taattgaaag aaaattatta aaattaaatt cattaaaata ttttatttta       60

gatgaagcag atgaaatgct taatatgggt tttattgaag atatagaaaa aatattaact      120

tttacaaatg aagataaaag aatgttattt ttctctgcaa ctatgcctga tgaaattatg      180

aaagttgcta aaaatcatat gaaggaatat gaagttttag ctgttaaaag tagagaactt      240

acaacagatt taactgaaca aatatatttt gaagtaaatg aaagagataa gtttgaagca      300

ctatgtagaa ttatagattt aacaaaagaa ttttatggaa ttattttttg tagaacaaag      360

actgatgtaa atgaaattgt tggaagatta aatgacagag gttatgatgc tgaaggtcta      420

catggagata taggtcaaaa ttatagagaa gttactttaa aaagatttaa aactaagaaa      480

ataaatattc ttgttgcaac agatgtggct gcaagaggta tagatatcaa cgatttaagc      540

catgttataa actatgctat tccacaagaa gttgaaagtt atgtacatag aataggtaga      600

acagggcgtg ctggtaaaga aggaactgcc ataactttta ttactccaca ggagtataga      660

agacttttac aaattcaaaa agcagttaaa aaggaaatta aaaaagaaaa attacctgat      720

gttaaagatg ttattcaagc taaaaagttt agaataatag atgacatagg gcaaatttta      780

atagataatg attatgataa atttaaaaaa ttggctaaag acctacttaa aatggaagat      840

gcagaaaata ttgttgcctc tcttttaaaa ttatcataca gtgatgtttt agatgaaagc      900

aactataatg aaatttctcc tgtcaaaatg gaagatacag gtaaagcaag attatttatt      960

gctatgggta gaaaagatgg tatgacacct aagaaattgg ttgaatttat tgttaaaaaa     1020

gcaaaagtaa aacaaagcta tattaaaaat gcagaagttt atgaaggttt ctcatttgtt     1080

tctgttcctt ttaaagaggc agaaataata gttgaggctt ttgctaaaaa tagaaaagga     1140

aagaaaccat taatagaaaa agcaaagtct aagaaatag                            1179


<210>  2936
<211>  2463
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0454

<400>  2936
atggatatta gagatagatt ttcagaagaa agtttgcaaa caattaaaaa atatttagag       60

gaacataata ataagtcaat gatttttaaa gcaacttttg atgaagatga aaaaattcaa      120

aaaccatttt ttttatcact ttataaaaag aaaagttttg aagaaacttt aacaaaggtt      180

ggtaaaaatg aagttgttat aagaacaaca aaacctaatc aattatatcc tagtgatatg      240

gagttagaac tttcggaaga attatatact agaaggaata tagcctattg tcttttgagt      300

tctgatttag atgatttcta ttttgtacaa gatattgata gaatattttt agaagaaata      360

gatatagaaa attattttgc caaagatgga attttagcaa aggaaattaa aggttttgaa      420

tatagagaag aacaagaaga aatggctcag tatattcaag atgcaataaa tgaagataga      480

aaaattatag ttgaagctgg tactggtact ggaaaaacat tggcatattt aattccatct      540

attaaatggg cagttactaa taagaaaaag gttattattg caaccaatac tataaattta      600

caagaacagt tattattaaa agatattcct cttgcaaaat caataataaa agatgaattt      660

tcttatgttt tagtaaaagg taggaataac tatgtttgta aaagactttt taatgagtta      720

gtgttaggga aaagcataga tatagaaact ttttctatgg aagccagaga acaaatagaa      780

tatattttaa agtggggaaa taaaactaaa acaggtgata aagcagaatt accttttgag      840

gtttatcctg atgtatggga attagtacaa agtacaactg agttatgtct tggaaagaaa      900

tgtccttata gaaaagaatg tttctatatg aaaactagaa tggaaaaaat ggaagcagat      960

attctaattt caaatcatca tgtatttttt gctgatttga atgtgagagc agaaactgat     1020

tttgattctg aatatttaat tcttccaaga tatgatatgg taatttttga tgaagcacat     1080

aatgtagaat cagttgctag aagctatttt tctgtggaag tttcaaaaat ttcttttaca     1140

agacttttaa atagaattta tcaaaagaaa aataaaagga aaaaagaaaa atcagctctt     1200

ataagggttg aagatactgt tgatgaaaag aatttggaag acagtgagca atatatttac     1260

cttttaaaca cattgaaaga agaaatctct attttacaaa atataggtga tgagtatttt     1320

gatgaaatta gaaaaatata tgaaacaaat acagaagctc ctattaaaaa gagtttaaat     1380

aattttgaaa tgacaaaatc aagattttta gagaatttaa gagaaaaaaa agatatattc     1440

caaagcaaat tggctgattt tttaaatttg atgatgtcat ttaataatgt tatagatgga     1500

gaaaaggata aaaatccaga agttattaat tttaataatc atttaaaaat gtttaaagcc     1560

tatatagata gttttaaatt tatcaatagt tttgaagatg ataactatat ttattggctt     1620

gatataaatt ctaaaagaac aaatgtaatt ttaactgcaa caccacttaa tatagctcaa     1680

aaattaagta cagttctttt tgataattta gatagactag tttttgcttc tgcaacaata     1740

gttgtaaatg gaaactttaa ttattttaaa aagtcattag gtttagatga ggaagattgt     1800

attgaagcta taataaaatc tccttttgat tatgatgaac aaatgtctgt gtatattcca     1860

tcagatattc aagattcaga aaatataaat gcttttgtta gtgatgcaag taaatttatt     1920

ttaaatattt tattaaaaac taatggaaaa gcctttatat tatttacatc atacactatg     1980

ttaaatcaaa tttattattc aatttcaaaa aaattgaaag ataaaggttt tgaagtattt     2040

ttacatggag ataaacctag aagtcaaatt ataaaagaat ttaaagaagc agaaaaccct     2100

atattatttg gaacaacttc tttttgggag ggagttgatg tacaaggaga aaatttaagt     2160

aatgttataa taactaaatt acctttcctt gttccaacag atccagtagt atctgctata     2220

agtaaaaaaa ttgaagaaga tggtggaaat tcttttatgg attttcagct accagaagca     2280

ataataaaat ttaaacaggg ggttggtaga ttaataagaa aaaagacgga tagtggaaat     2340

atttttattt tagataatag aattttaaag aaaaggtatg gctctctttt tataaatgcc     2400

ttacctagtc aaaaaaatat taaaatatta gaaaaagatg atataataga agaaattgaa     2460

tga                                                                   2463


<210>  2937
<211>  996
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0455

<400>  2937
ttggaaaaat taacttttga agagaatttt tggtctgata agagaaaaag ttcagaaatt       60

ataaaaaata tgaattttga aaaaaatata gtttcaagat atgaaaagtt agcaacagaa      120

attgaagatg aagaagtttt aattgatttt gttgaaagtg gagaaacttc atttgaaagt      180

gaactttcag aaaaacataa aattttaaaa aatgatgtag aagaatttga gattaatttg      240

ttattagatg gagaatatga tatgaataat gccatagtaa caattcattc tggtgcagga      300

gggacagagg cttgtgattg ggcagatatg ctttacagaa tgtatttaag atggtgtaat      360

ttaaaaaatt ataaagtaac agaattagat ttcatggaag gagacagtgt aggagtaaaa      420

tcagttacat ttttagttga aggaataaat gcttatggtt atttaaaatc tgaaaaagga      480

gtacacagac ttgtaagaat ttctcctttt gatgcaaata aaaaaaggca tacttcattt      540

gcctctgttg aagttgtacc agaagttgat gagaatgtag aagtggaaat agaccctgcc      600

gatattagaa ttgacacgta tagagcaagt ggggcagggg ggcaacatgt aaatatgaca      660

gactctgctg taagaataac acattttcca agtggaatag ttgtaacttg tcaaaaagaa      720

agatctcaac ttagcaacag agaaactgct atgaagatgt taaaatcaaa attattagaa      780

ctagaaatta agaaaaaaga agaagaaatg aaaaaaattc aaggtgaaca atccgatatt      840

ggctggggaa atcaaataag gtcttatgta tttcaacctt atgccctagt gaaagaccat      900

agaacaaata ctgaaattgg aaatgtgaaa gctgttatgg atggaagtat tgatgacttt      960

attaattcgt atttaagatg gataaaaagt aattaa                                996


<210>  2938
<211>  1917
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0456

<400>  2938
atggcaatag ttaaaatgaa aaaatttaaa ttatttgctc ttgaaaaaga tagaaagcct       60

ttattaaaag aattacagaa atttgattat gtacatttta ttaaaacctc aaatgaaaaa      120

gatgaagatt taaaggagat tcaaattcct gaaaatataa atttacttaa agaaaaaagt      180

caaaaagtta agtggatgat taaatattta tcaaaacttt ttcctaagga agctaaggaa      240

gaaatttcaa acagttccac tgaaaactta ctttttgtac aggtagagca acaagcaggt      300

aaatatgatt ttaataaaga ctatgaaact ttggatagaa taagtaaaga aattgaagca      360

aataaagaag aatttttaaa tttagaaatt agaaaaaaag agattgataa ttggagaaat      420

ataaaagaac ctattgaaaa tttgaaggct tttaaaacag caaaaatatt tttaggtact      480

gtaccaaaga aaagttttga aactctgaaa gatagcctaa gaaattttga caaggcatat      540

attgaagaaa tttcacagga ttcaactatg gtaaatttaa tggttttagg ttcaaaattg      600

gaagaaaagg agctaaaaaa tcagttaaaa actcatagtt ttacagaact taattttgat      660

tttaaaggta cttttgaaga agagtttgaa aggataaaac tgagagaaga ggaaataaaa      720

aaagctgata ataaattaaa gagtacagca gaaaggcttt taaaagtcat tccaaaatta      780

gaagtacaag ataattattt ggataattta ttattgagag aaaatatagt ttctaatttt      840

aaaaagactg atactgtgga tattatagaa ggatatattc cagcagatat ggaatatgaa      900

tttcaaaaac ttattacaag aatttcaaat agaaatagct atttagaaat ttcagatgtg      960

gataaggata atccagaagt accaatttta ttaaaaaatt ctggactaac aggtttattt     1020

gcttctataa ctcaaatgta tgcattacct agatataatg aaattgaccc tacaccaata     1080

ttatcaatat tttattgggt attctttgga atgatggtgg cagattttgc ttatggttta     1140

atattatgtt tagtgtcagg tattgcattg atggtgggga aatttaatga aacgaccaga     1200

aaatttttaa aatttttctt tgcattaagt ttttcaacta tgatatgggg actactttat     1260

ggtagtgcct ttggtgattt aataaaatta ccaactcaag tcttagattc atcaaaagat     1320

tttatgacaa tttttgcact ttcaatagtg tttggagcag tacatttggt aatagctttg     1380

gctattaaag catacatact tataaaaaat ggacatttta tggatgctat atatgatgtt     1440

tttttatggt atttaacttt aacaagttta attctacttc ttcttgcaga aaaattagga     1500

tttagtgaat tcatgaaaaa tagccttata gtatgtgcta ttataggaat gttaggaatt     1560

gtaatatttg gagcaagaga tgcaaagacc attgttggaa gaataggagg aggactttat     1620

tctctatatg gaattacttc atatatagga gattttgttt cttatttaag acttatggca     1680

ttgggcttag cagggggctt tatagcaagt gctataaata ttattgtaaa aatgcttgta     1740

agtaaaggaa tactaggaat tatacttgga gtagttgtat ttgcatttgg acaatcattt     1800

aatatattct tgagtttctt atcttcttat gtacatactt caagacttat atatgtagaa     1860

tttttctcta aattctatga aggtggagga aaagcattta aaaaatttag agtgtga        1917


<210>  2939
<211>  1149
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0457

<400>  2939
atggctgaaa ttaaggaatt gttagaacaa tttaagtact atgcagaaaa tcctagaaag       60

caattagata aatatcttgc tgaaggtaag aaagcagtag gaatattccc ttattatgca      120

ccagaagaaa tagtttatgc aggtggaatg gttccatttg gtgtatgggg aggacaagga      180

cctattgaaa aagcaaagga ttattttcct actttctatt actcattggc tttaagatgt      240

ttagaaatgg cattagatgg aacattagat ggattatctg cttctatgct aactactctt      300

gacgatacat taagaccatt atctcaaaac tataaagtga gtgcaggaaa aaagatacct      360

atgatatttt taaatcatgc acaacacaga aaagaagatt ttggtaaaca atataatgct      420

aaaattttta ataatgcaaa agaagaatta gaaaaaattt gcaatgtaaa aataactgat      480

gaaaacttaa agaaagcatt taaggtttat aatgaaaata gagaagaaaa aaggagattt      540

ataaaacttg ctgctaaaca ccctcaaagt gtaaaagcat ctgatagatc taatgtttta      600

aagagttcgt actttatgtt aaaagatgaa catacagatt tattaagaat attaaatcag      660

caactagaag ctctaccaga agaacaatgg gatggagtga gagttgttac aagtggaatt      720

atcactgata acccaggact tttagaagta tttgataact ataaagtatg tgtagttgca      780

gatgatgtag ctcatgaatc aagagcatta aaagtagata tagatttatc aatagctgat      840

ccaatgttag ctcttgctga tcaatttgct cgtatggatg aagatccttt actttatgac      900

cctgatatta tcaaaagacc aaaatatgta ttagatttag taaaggaaaa taatgcagat      960

ggttgcctat tatttatgat gaacttcaat gatacagaag aaatggaata tccatcatta     1020

aaacaagcat ttgatgaagc aaaagtacca ttgattaaaa tgggatacga tcaacaaatg     1080

gtagattttg gacaagttaa gactcaactt gaaacattta atgaattagt acaattaagt     1140

agattctag                                                             1149


<210>  2940
<211>  1224
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0458

<400>  2940
atgagcttga agatgatgaa gactaagata tttttaacat tctttctttt atcagcaagt       60

atttatccag cttctgtaaa agatatgaat aaaaggttga aaaatataga caaagagata      120

gaaaagaaaa atactcggat aaaagcaata gatacagaaa cttctaaatt agaaaagatg      180

ataaaagact tagaagatga aattaaaaaa ttggaacatg aaagagaaga gatagaggat      240

gagattacag tagttaagaa aaatatagat tatagtagga aaaatcttga aatttctgag      300

gttgaacatg atagaaaaga gtctgaattt gttgctaaga taattgcttg ggataaatac      360

agtaaagttc acagaaaaga aatagatgag aaagttttgc tcactaaaaa ttatagggaa      420

atgctacatg gagatttaca aagaatggga catatagaaa aggttacagg tagcattaaa      480

gaagcaaaag aaaaggtaga agctgaaaag aaaaaattag atagacttga agcagagctt      540

aaagaaaatt taagaaaaag tgatgctaaa aaagaagagc aaaaaaaatt aaaggaaaaa      600

ttacaggttg aaaaaaaggg acatcaatca tctattgaaa agttaaagaa agaaaaacaa      660

agaatttcaa aagagattga aagaatcata agggaaaatg ctagaagagc tgctgaaaaa      720

gctgcaagag aaaaggctgc aagggaagca gctaaaaata aaggtaaagg aaaaggtaag      780

agcagtagtg gaactaaggt tactacaact actgtggata tgccaaagat aagcaatcca      840

gaggcatata agagaatagg aaaaacaata aagccactta atggacaaat tgttgtttac      900

tttggacaaa agaaagcagg agttgttgaa agtaatggta tagaaataaa aggaaaatta      960

ggaaatccaa tagttgcttc taagggagga acagttatct atgctaatgc atttcaagga     1020

ttaggtaaag ttgtcatgat agattatggt ggaggaataa taggagtata tggaaactta     1080

cttgctataa aggtaggttt aaattcaaga gtaagtgcag gtcaaacaat aggagtatta     1140

ggattatcta gtgataaaga gcctaatcta tattatgaat taagagcaaa tttaagacct     1200

attgacccaa taccaacatt ttag                                            1224


<210>  2941
<211>  1209
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0459

<400>  2941
atgaaagcag gaatattttt agttggtaca gaattattaa atggggcaac aatagataca       60

aatagtatct atatagcaga agaattaaat aaatatggaa tagaaataga attcaaaatg      120

acagttagag atgtaatgag tgagattaca aaggctttaa cttatgcaaa gaaaaatgtt      180

gatttagtca ttttaacagg tggtttagga cctactgatg atgatataac taaggaagcg      240

atggcaaaat ttttaaagaa aaaattagtt gtagatgaga aagaaaagca agaactttta      300

aagaaatata aggcatataa aaacccaaat aaaactaatt ttaaagaagt tgaaaagcca      360

gagggagcag taagttttaa aaatgatgtg ggaatggcac cagcagttta tatagatggt      420

atggttgctt tcccagggtt tccaaatgaa ttaaaaaata tgtttccaaa gtttttaaaa      480

tattatgtaa aagaaaataa tttgaaaagt aaaatttata tcaaggatat aattacttac      540

ggaataggag aaagtgtact tgaaacaaca gtaaaagatt tatttactga gggagatatc      600

ttctatgaat ttttagtaaa agactatgga actctgataa gattgcaaac aaagattgaa      660

aataaaaaga atgtagcaaa aattgtaaaa aagttatata atagaatatc tgagttcata      720

attggagaag atgatgatag aatagaaaat actatttatg aatgtttaaa ctcaggtgaa      780

aagccactta caatttcaac agctgaatct tgtacaggtg gtatgatagc aagtaaatta      840

attgaagttc caggtatatc tacaaatttt attgaaggta tagtttctta ttcaaatgaa      900

gcaaaaataa aaagattgaa agttaaaaaa gaaactcttg aaaaatatgg agctgtcagt      960

gaagaggttg caagagaaat gcttgcaggt ttaaagacag atataggaat ttcaacaaca     1020

ggtatagcag gtccagatgg aggaacaaaa gataaaccag tgggacttgt atatatagga     1080

ataaaagtaa aagacgaggt aaaaattttt agaagagagt taaaaggtga tagaaataaa     1140

ataagacaga gagcaatgat gcacgcactc tataacttat taaaaatatt gagcaaagag     1200

gtatggtaa                                                             1209


<210>  2942
<211>  2244
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0460

<400>  2942
atgaataaaa gattgaagga aggtgaatat atgaaagtaa gagttcatga actagctaag       60

aaacatgata ttaaaaataa agagttctta gagatattga aaaaagatat aggaataaat      120

gttacatctc acctatctaa tttagatgaa gaccaagtaa agaaaataga tgattatttt      180

gcaaaaatga atatgcttaa agtggaaatg ccagaaccag taaaggctca taaagaaaag      240

aaagaggaaa aaccaataag aaagataatg gttgaagatg aaaatgatga gaatgaagga      300

tattctcaaa aaaataataa aaaggctaag tttcaacaaa caaaaaataa aaagaataat      360

aatataacat ttgatgaaga tggaaatagc cataaaaaca ggagtaaaaa gaaaaaaggt      420

agaagaacag attttgtttt aaaaactgtt gaagctactc ctgatgttgt tgaagaagat      480

ggaataaaaa ttattaaatt cagaggagag ctaacactag gtgattttgc agaaaaatta      540

ggtgtaaata gtgctgagtt aataaaaaaa ttattcttaa aaggacaaat gctaacaata      600

aacagtccta tatctttaag tatggcagaa gatttagcag ctgattatga tgttttagtt      660

gaagaagaac aagaagtaga attggatttt ggagaaaaat ttgacttaga aatagaagat      720

aaagcagctg atttaaagga aagaccacct gttataacaa taatggggca tgttgaccat      780

ggaaagactt cgcttcttga tgctataaga actactaatg ttgtggaagg agaagcagga      840

ggaataactc aaaaaattgg ggcttatcaa gttgtaaaag atggaaagag aataactttt      900

atagacactc ctggtcatga agcatttact gatatgagag ccagaggagc acaggtaaca      960

gacatagcaa tattagttgt tgcagctgat gatggtgtaa tgccacaaac agttgaagca     1020

atatctcatg ctaaggttgc aaaagtacct ataattgttg cagtaaataa gatagataaa     1080

ccagaagcaa atcctatgaa agttaaacaa gaacttatgg aacatgggat agtatcttct     1140

gaatggggtg gagatgttga atttgttgaa gtttcagcaa agaaaaagat aaatcttgat     1200

ggactgttgg ataccatact tataacagca gaaattcttg aattaaaagg aaatactaaa     1260

aaaagagcta agggggttgt tttagaatca agacttgatc ctaaaatagg accaatagct     1320

gatattctag ttcaagaagg aacattaaaa ataggtgatg ttatagttgc aggagaagtt     1380

caaggtaaag taaaagctct tttaaatgat aaaggtgaaa gagtaaacaa tgcaacagta     1440

tctcaaccag tggaagtaat cggatttaat aatgtcccag atgcaggaga tactatgtat     1500

gttattcaaa atgaacaaca tgcaaagaga atagttgaag aagttagaaa agaaagaaaa     1560

attcaagaaa ctactaagaa aactatatct cttgaaagtt tatcagacca atttaaacat     1620

gaggacttaa aagaattaaa tcttatttta agagcagatt caaaaggttc tgttgatgct     1680

ttaagagatt cattattaaa actatctaat gatgaagtgg cagtcagcat tattcaagca     1740

gcatcagggg caataactga aagtgatgtt aaacttgcag aagcagcagg ggcaataata     1800

attggataca atgtaagacc tacaaccaag gctttaaaag aagcagaaat aagtaaagta     1860

gaaataagaa cttctggaat aatctaccat ataacagaag atattgaaaa agcacttgca     1920

ggaatgttag agcctgaata taaagaagaa tatctaggaa gaatagaaat taaaaaagta     1980

tttaaagtat ctaaagttgg aaatgttgca ggttgtgttg tgatagatgg taaagttaaa     2040

aatgattcaa atataagaat acttagagat aatgttgtta tatatgaagg gaaattagct     2100

tcattaaaga gatttaaaga tgatgctaag gaagttgtag caggtcaaga atgtggactt     2160

ggtgttgaaa atttcaatga tataaaagaa ggagatgtgg tagaagcatt tgaaatggta     2220

gaagtaaaaa gaacactaaa ataa                                            2244


<210>  2943
<211>  1242
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0461

<400>  2943
atgcaagctg atttagtttt atataatatt ggacaattag ttacatcaag agaacttgat       60

aaaactaaaa aaatggataa tattgaagta atagaaaata atggatatat tgtaatagaa      120

aaagataaaa tagtggctgt tggaagtgga gaggttccaa aagaatattt aacacctgca      180

acagaaatgg ttgatttaag tggaaaatta gttacaccag ggcttataga ttctcatact      240

catttagttc atggtggttc aagagaaaat gaatttgcta tgaaaattgc aggagtacct      300

tatcttgaaa tattagaaaa gggtggggga attttaagta ctttaaagtc tacaagaaat      360

gctagtgaaa aagaacttat agaaaaaact ttaaaaagtt taaaacatat gttagaactt      420

ggtgttacaa ctgttgaggc taaaagtgga tatggattaa atttaaaaga tgaattgaaa      480

caattagaag ttactaaaat tttaggatat ttacaacctg taactttggt ttctacattt      540

atggctgctc atgctacacc acctgaatat aaaaataata aagaaggtta tgtacaagaa      600

gttataaaaa tgttacccat tgttaaagaa agaaatttag cagaattttg tgatattttc      660

tgtgaagata aagttttctc tgttgatgaa agtagaagaa ttttaactgc agcaaaagaa      720

ttaggataca aattaaaaat tcatgctgat gaaattgttt cgttaggtgg ggttgaactt      780

gctgctgaaa taggagcaac ttctgctgaa cacttaatga aaataacaga ttctggaata      840

aatgctcttg ctaatagtaa tgtaatagca gatttacttc ccgcaacttc atttaactta      900

atggaacact atgcacctgc aagaaaaatg atagaagctg gaatacaaat tgctctatct      960

actgactata acccaggttc ttgcccatca gaaaacctac aatttgttat gcaaattgga     1020

gctgctcatt taaaaatgac acctaaggaa gtttttaaag cagttactat aaatgcggca     1080

aaagcaatag ataaacaaga tataataggt tctattgaag ttggtaagaa agcagatata     1140

acagtttttg atgctccaag tatggcatat ttcttatatc attttggaat aaatcacact     1200

gacagtgttt ataaaaatgg aaaattggtt ttcaaaaaat ag                        1242


<210>  2944
<211>  1125
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0462

<400>  2944
atgaagttac caatcacata taagatagaa aataaagatg gaaaagcaag agcaggagtg       60

ataataactc ctcatggaga aatagaaact cctgttttta tgccagtagg tacacaagct      120

actgttaaaa ctatgtcaaa ggaagaatta attgatatag gtagtgaaat aattttagga      180

aatacctatc atctttattt aagaccaaat gatgaattga tagctagatt aggaggatta      240

cacaaattta tgaattggga tagaccaatt cttactgaca gtggaggttt tcaagttttt      300

agcttaggtt cacttagaaa aattaaagaa gaaggagtat attttagttc acatatagat      360

ggttctaaac atttcatatc tcctgaaaaa tctatacaaa tacagaataa tcttggttca      420

gatattgcta tgctctttga tgagtgtcct ccagggcttt catcaagaga gtatataatt      480

ccctcaatag aaagaactac aagatgggca aaaagatgtg ttgaagcaca tcaaaaaaaa      540

gctagccaag gattgtttgc aatagtacaa ggtggaattt atgaagattt aagacaaaaa      600

agtttagatg aattaagtga aatggatgaa agtttttctg gctatgcaat aggaggactt      660

gctgttggag agccaagaga agatatgtat agaatacttg actatattgt agagaaatgt      720

ccggaagaaa aacctagata tttaatggga gttggagagc ctgttgatat gttaaatgca      780

gttgaaagtg gtatagatat gatggattgt gttcaaccaa ctagacttgc aagacatgga      840

acagttttta ccaaagatgg aaggcttgtt ataaaaagtg aaagatataa agaagataca      900

aagccactag atgaagaatg tgattgttat gtatgtaaaa attattcaag agcatatata      960

agacatttga taaaagttca agaagtttta ggacttcgtt taacatctta tcataactta     1020

tattttttaa ttaaacttat gaaagatgca aggaaagcaa taaaagaaaa aagatttaaa     1080

gaatttaaag aaaattttat aaaaagatat gaaaataaaa agtaa                     1125


<210>  2945
<211>  1824
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0463

<400>  2945
atgaaaaagg aagaaaagat ttttaaagca gaaactaagg aactgcttaa tcttatgata       60

cattcaattt acacaaataa ggaaatattt ttaagggaat taatatctaa tgcaaatgat      120

gctattgata agttaaaatt caaatcactg acagatactg atattttaaa aggtgatgat      180

aaatttagaa tagatatcag tgtagataag gataatagaa ctttaactat aacagataat      240

ggtataggaa tgacttatga agaagttgat gataatattg gaactattgc aaagtctggt      300

tcaaaattat ttaaagaaca attagaagaa gctaaaaaag gggatataga tataatagga      360

cagtttggag taggttttta ttcaggtttt attgtagctg ataaaattat tttagaaact      420

aaatcacctt attcagaaaa tgctgtaaaa tggatttcta gtggagatgg aaactatgaa      480

atagaagaaa tttctaagca agacagagga actaagataa tacttcacct aaaagatgga      540

gatgaatata atgagttttt agaagattgg aaaataaaag aattagtaaa aaaatattct      600

aactatataa gatatgaaat ttattttgga gatgaagtta taaattcaac taaaccaatt      660

tggaaaaaag ataaaaaaga attgaaagat gaagattata atgaattcta taaggcaact      720

ttccatgatt ggaatgaccc cttattacat ataaatttaa aagtacaagg taatattgaa      780

tataatgcac tattatttat acctaaaaaa ttaccttttg attattatac taaaaatttt      840

aaaagaggtt tacaacttta tactaaaaat gtatttatta tggaaaagtg cgaagattta      900

atacctgaat attttaattt tatctctgga cttgtagatt gtgatagttt atcacttaat      960

atttcaagag aaatattaca acaaaatgct gaattacaag taatttctaa aaatttagaa     1020

aagaaaatta tttctgagtt agaaaaaata ttaaaaaatg atagagaaaa atatatagaa     1080

ttttggaaag agtttggtag aagcataaaa gctggtgtcc aagatatgtt tggtatgaat     1140

aaggaaaaat tacaagactt attaatattt gtatcttctt atgatgataa atacactaca     1200

ttaaaagaat atgtggatag aatgggagat aataaagaaa tcctttatgt tccagctgaa     1260

agtatagatg cagtaaaatc tttgccaaaa atggaaaaat taaaagaaca aggtagagaa     1320

gttttaattt taacagataa aatagatgag ttcactttga tggctatgag agattattct     1380

agtaaagaat ttaagtctat aaatagttca gattttaaat tctctgatga taaggaaaaa     1440

gaggaagaag ttaaaaagat tgctgatgaa aataaagaat tgattgaaaa agcaaaagaa     1500

tttttaaaag ataaagtcag tgaagttgaa ttaagtaaca atataggaaa ttctgcttca     1560

tcacttcttt caaaaggagg acttagctta gaaatggaaa aaactttatc tgaaatgaca     1620

aacaataatg atgctccaaa agcaaaaaaa atattagcaa taaatcctga acatgcatta     1680

tttaataagt taaaaaattc agttaataca gaagacttta ataaattact agatgtgttg     1740

tataatcaag ctctactttt agaaggattt aatgttgaaa atcctgctga atttataaaa     1800

aatcttaata gcttaataaa gtaa                                            1824


<210>  2946
<211>  1503
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0464

<400>  2946
ttgaatatta ggccagaaga agtaagttct attattaaaa aagaaataga caactataaa       60

aaaagtttag agataaaaac ttctgggact gttcttgaag tcggagatgg tattgctaga      120

atttatggtt taagtaatgt tatgtctggg gaacttctag aatttccaca tggagtaatg      180

ggcatggctt tgaacttgga agaagataat gttggagctg ttattcttgg taatgcttct      240

cttataaaag agggagatga agttagagca actggaaaag ttgtatcagt tcctactggt      300

gatgagttac ttggaagagt tgtaaatgcc ttgggtgatc ctattgatgg taaaggagaa      360

atacatgctg ataaatatat gcctattgaa agaaaggcat caggaattat atcaagacaa      420

cctgtgtcag aacctttaca aactggtatt aaatcaatag atggtatggt tcctattggt      480

agaggacaaa gagaattaat tataggtgat agacaaacag gtaaaacagc aattgctatt      540

gacactataa taaatcaaaa aggtcaagat gttaaatgta tttatgtagc aataggacaa      600

aaaagatcta ctgtggctca aatatataaa aaattaagag atttaggttg tatggattac      660

actataatag ttgctgcaac agcatctgaa gcagctcctt tacaatatat ggctccttat      720

tcaggtgtag ccattggtga atattttatg gacagaggag aacatgtttt aataatctat      780

gatgatttat ctaaacatgc tgttgcttat agagagatgt ctttattact tagaagacca      840

cctggacggg aagcatatcc aggagatgta ttctatttac attcaagatt attagaaaga      900

gctgcaaaat tatctgatga attaggagga ggttctataa ctgctctacc aattatagaa      960

acccaagcag gagatgtatc tgcatatatt cctaccaatg ttatatcaat aacagatgga     1020

caaatatttt tggaatctca actttttaac tctggattta gacctgctat aaatgctggt     1080

atatccgtat caagagttgg gggagcagct caaataaaag ctatgaaaca agttgcttct     1140

aaggtaaagt tggaacttgc tcaatataca gaacttttaa cttttgcaca atttggttca     1200

gatcttgata aggcaacaaa agcacaactt gaaagaggac atagaataat ggaaatattg     1260

aaacaacctc aatatcatcc attttcagtt gaaagacaag ttgtatcttt ctatgctgtt     1320

acaaatggac acttagatga tatagaagtc tcaaaggtta aaagatttga aaaagaattg     1380

ttagattatt tgaaagctaa tacagatatt ttaaatgaaa tagaaaataa aaaagctttg     1440

gataaagaat tagaagaaag gttaaaagaa aatattataa actttaaaaa aagttttaat     1500

taa                                                                   1503


<210>  2947
<211>  1665
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0465

<400>  2947
atggttaaag aaaaaagtac agatgagtta ataaaagaat tacttgaaaa aagaggctat       60

gaaagtagaa atcaaataga aaaatttata aatcctgatt attcagattt taggaatcct      120

tttgattttg aaaatatgga agctattgtc aataaaataa tttctgctag agagaataaa      180

gaaaaaatat ttatctatgg agattatgat gttgatggaa taagtggaac agcattttta      240

acaaaatttt ttaatgaaat tgggataata gctgattgct atataccaag tagaaaagaa      300

acagattatg gagtttcaaa aaaaagtata gactattttc ataaaaaaca aggaaagttt      360

gttataactg ttgatacagg ctataacaca atagaagatg taagatatgc taaaagttta      420

ggtattgaag ttatagttac agaccatcat aagactataa aagagaagtt tgatgatgaa      480

atattatatc ttaaccctaa acttagtaaa acttataaat ttcaatatct ttcaggtgct      540

ggtgtagctt ttaaactggc acagggaata tgtatgagct taggtttaga tatggagata      600

atctataaat atttggatat agttatgata gggacaatag cagatgttgt acctatgata      660

gatgaaaatc gtttgataat aaaaaaaggt ttgaaaatta taaaaaatac taaggtaaaa      720

ggcttatcct atttacttaa ttatctaaga cttaataaga aaactttgac aacaacagat      780

gtaagttact atatctcacc tttgataaat tctttgggga gagtaggaat atcaagaatg      840

ggagcagatt tttttctcaa agatgatgac tttgatttgt acaatataat tgaagaaatg      900

aaagagcaaa ataaacaaag aagggcctta gaaaagcata tctttgatga tgccatgaga      960

aaaataaaaa atttaaaaat tccttttgat aaactttcag ttatattttt atcatcacct     1020

aagtggcacc caggagtgat aggggttgtt tcatcaaggt tgactataaa gtttaatatt     1080

cctgttgtat tggttgcaat agagggagat tacggaaagg cttcttgtag aagtgttgga     1140

gatataagta tatttaacct tttatcagat gtaaaaaatc ttttagaaag atatggagga     1200

catgatttgg cagcaggttt tgttatccat aaagaaaata taagtaaagt taaggaatat     1260

tttattaata ctattcctaa aatgaagtta gaacataata aaaataaaaa agattatgaa     1320

aagaattttg attttgaatt accgatagaa gatttagggg ataagacatt tgaatttatg     1380

gaaaaaatgg gaccttttgg ttcaaataat ccacatcctt tattctttga tagaaattta     1440

aaattagatg aaataaaaag atttggagta gattttaggc attttaatgg gattatatat     1500

aaagatagtg tgagctataa tgctgttggt tttgagttgg cagaaaaaat agcttctgac     1560

tatatgaata aaacatataa tatagtatac tatccagaga aaataatttt aaatgatgaa     1620

gaagttacac agattatttt aaaaagtata aaagaaaata aataa                     1665


<210>  2948
<211>  888
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0466

<400>  2948
atgaaaaaga aattaatagt attattgatg tttttattat cttgtttagc aatttattca       60

gatgaaataa ataatcaaag taattcaaat tcttttagtt caaaaaactt tttaaagaaa      120

ttaacttctc taacacctaa aaatccagag agaacagaga aatttgctag ttatctaaaa      180

aatgaaatgg aaagaaaaaa ggaagttagt tatcttataa aagttgataa agatgaaaag      240

agaataactg ttatagcaga aaatggagaa attctttttg atgaagctgt gccagaagaa      300

gtgataaatt cttttccaac ttatcaaact aaaataaaag aagttgagga aaagggattg      360

ataaagactt atgtggaagc tagttatatg gtaaagacag ttagaaaacc aaattttaaa      420

aatgaaaaaa tagaagaacc agagaagaaa gaaaaaacag aattatctaa attagaagat      480

aatatcaaat tacttttaaa gtcttacgat gttttaaatt cttctattgc tagtatatat      540

gaagctagag ataagatggt ttctgtccaa caatatagag atagaacaat gactattaca      600

ggtgaagaag atggtcaaaa aataaaaata gtatataatt ttgataatag tttcttaggt      660

ggagctatga agatatttgt tgataatgtc cttatatctc aatcaaaaat taaaaattta      720

cttcctgatg gagagataaa attattcaat acaagtggaa aaatttcagg tatggctact      780

gctaaggaag ggaaattaga tggagtagca aaattatttg atgaaaatgg aaatacaata      840

gaagaagtta tatataaaaa taataaagtt ataaagagga taaaataa                   888


<210>  2949
<211>  6303
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0467

<400>  2949
ttaaaattag aattaattca attaatggaa caaggagatc aagtagttaa atcaccatgg       60

tcttcatggc aatttggagc taattatatg tacagtaaat gggatggtac atataaagga      120

agaggggata aagctgaaaa atatccttat gaaggagttt atacaagaag tagtgattta      180

tttttaagga atatttctac tgatagtgat gtttatgaaa aatatacttc atctataaat      240

gaaacttctg ctaattcagc aacaacttct actattagga aaaaaggagg aagtttaggt      300

tatggaatag caagtacact tccagcacaa gaaccaatag tacagataga attaggtgct      360

tctgtaagac caaagaaaat atctaagtca ccagtagcag ttaccccacc tagcattact      420

gtaaatgctg ttacaccttt gagtacacca caaccacctg gtgcaccaac accaccaact      480

ataagtatac ctgaatttaa tccagtggca cctgacccaa taaaagtttc attaccaaca      540

ccacctactt ttaatattaa gttaggttca ttttgtaact atatgactcc taactgtgat      600

gatagaaatt tgggagttaa tggaggaaag catagtgggc atgctcattc ctttgatcat      660

aataataata taactataac agcaagtgat ttatcagacg gaccagcagt aagatatgct      720

tggacaagtc ctaattttaa tggagcctta ttaaaagtat attttgatta tggtgttaaa      780

tcaactactc ttgctaattg gattccaggt ggaggaacag caacagtaga tgcaaattta      840

actattgatt caataagagg ttcaataatg ccagaagcat caactcttgc tgatggaaat      900

tggaacaaag gaatgttttt aacaggcggt tcaagagttg caactttgga taatggaaga      960

aatgcaacaa tagtaaataa taaaacaata aatatgatgg gaccgttggt tgttgggtat     1020

gaagttcaaa gtgatacaat tcttcatcgt gttattaatg gtaatttata tagtaatgaa     1080

aagagaagtt tagtaaattc agaaaatgga actcttaccg atgaaataga aaagagtaca     1140

aacattgctg gaaataaatt aaataattta ttaacagttc aacagcttaa agaagatgga     1200

agcggggttt atggagttaa ttctaatact tctggacaaa attcaacaac tctgactttg     1260

cctccttata caaatcaagg gtctttaaat atatcaagaa ctcctgatat tgttgataaa     1320

gatggaaata ttgttgaggg gaaagaagga ggatatacag gatataaaat aggtttaata     1380

ttgacttatg aaaatgctga taataaaaat ataccaaatg atagttatga attaattaat     1440

aaaggaaaaa ttaaatttaa tgggaaccat tctattggaa tccaagttta tgcaccagga     1500

agtgatagta atggaataaa tgctccaaaa gtaacagtaa aaaatatagg agataaagct     1560

gatataacat taggtggggt ggctagttat ggtttaaaat tatcttctag ggtagatgaa     1620

aattcaatag ttgaaaatga aggaaaaatt agtataaatg gggataatac aaaatcttat     1680

gttcttgaca ataataatcc taatgtaaaa acaggtatat atgatggtga tgctgatgga     1740

aataaagata attactcgct ttcatcaggt atagcagtaa tagaggataa tacattaaaa     1800

gacaactctt caataagagc atatcaagga aaagttcaaa ataaaggaac tataaatgtt     1860

tctggtggac aaggtaatac tggaatggtt ttaaaagtaa aagctaatga tgatattact     1920

aatgatggta gtggaacaat aacagttact ggaattaaaa atattggtat gagagtggac     1980

ttaggaacaa ctaaaacaga taataatcca gcaaatatta caccaaaagc atataataaa     2040

gggacaatta ctataactaa tggtgaacaa aatattggta tggttgctaa tagttctgaa     2100

agttcaggag gtaatatagt tcataaagct attgctgaaa ataaaaataa tataacattt     2160

acaggaaaag cttcaaatgc aatagggatg ttctcacaag atggagcaga aatcataaat     2220

gcaacaaatg gaaaaatcac aggaccaact gctggtgggc ttgaaggaac aataggaatg     2280

gtgatacaac ctaaaatagc acctacaaat gtggcttcaa gtggtataaa taatggagaa     2340

ataaatttaa caggaacaaa agttacagga gtatataacc aaggtacatt tacaatggaa     2400

ggtgctaatt cttctataac aacttctggg aaaaaagcta tttctttgta tgtaatagga     2460

aattcttcta caacaaatat taattctgga aaaataatcg caaaagatgg ggcattagga     2520

ctttttgcag acgatacaac aataaattta ggaaataata cagctgcacc tgagttagaa     2580

ggacatggaa aaggaacttt attattctat aattatacaa aaaattcttc tggttcttat     2640

gaatctaaag gtaaatttaa aataaataaa gaaacaacag ctaaattgac aactggtgca     2700

acagcctttt attttaaaga tataacacca ggttcagcaa caggaggagc aaccgatcaa     2760

acaacagctg ataaattaaa taaaatgttt gcaggttcaa tagacaaatt aaagttaaga     2820

ttagataaag attcaactct attcgtattg gataataaaa tttttaatac aggggctatt     2880

cctttaagca gtatacaacc tactcaaata aataattatt taggtgatca tgtatcagtt     2940

gatacaaata attcatcaaa aaattttaaa gcatataaaa caacaagagg aactttaagt     3000

atagatgaag atgttcagct agataattat acaggtacag caatagatag ttattacagg     3060

gtagatttct taaactcagc tgttactgtt gaggcaggta aaaaaattgt tggaactgat     3120

acaacagaaa ttgaacaagt tatagctcaa gctaactatg aagatgcaac aagtgataat     3180

catgtaaaag taataaataa tggtacaata gatttctcta aaaaaggtgg aactgcaata     3240

gctgtagact acgcaccagc tacaaataat ggtttaataa aaatggatgc agctaatggt     3300

acaaataaaa atagtatagg attatttgga gcatctagtt caaaattaac aaatagttca     3360

acaggagaaa ttcaacttgg aacaagagga gttggaattt ggggagctaa taaaataggt     3420

agttcagtag gtacttgggg taaaaatata aatattacaa ataatggtaa aattacagga     3480

ctttctggaa aagaaggagt atttggtatc tatgctgtaa atgacatagc aacttatact     3540

ggggctacat ctaatatagt tcatggagta acaggaaata tagatttatc tcaatctaaa     3600

aaaagcatag gaatctatat ggcaaatgga acattaactt catctggtaa tatatcagtt     3660

agtgataaga gtgttggatt agatgctaca acttcagatg taacaataag tggtggaact     3720

catacaatag gtaaagaatc tgttggtttc aaattaacaa atatttctaa cactaaaaaa     3780

ttcctaggaa atttaggaaa tatttctata aaagataaag gttcagttgc ctatttaatt     3840

aaaagttcag ttctaacatc aggaactaat tttaaagata atttagcttt gacttccaca     3900

agtgcttata catatatgag tttaataaat catagcatgt tggactatat gaacactaaa     3960

actattgcta atgatgattc tatatttgta aatacaaaag attcaactgt tagtttattg     4020

tcaggaacta gtgtcacttc aacaaataag aaagtaacag gagtttattc tgaaaattca     4080

gctgtatcaa atggtggaat actagcatta acaggagatg aatcatctgc tctatatggt     4140

aaagctggtt catttttgat aaatagtggt aagattacta ttggaaaaag tggttcagga     4200

atatatagta tagacagtac tggaaagaat aatggagaaa taacaatagg acaaggctca     4260

gtaggtatgc gtgcagaaga tgcaattata gaaaatgggg ttgctggaaa aatcctaagt     4320

acaggagtaa gtgcactagg aatgtctcaa agtggaggaa ctcaaaatat aacaaataaa     4380

ggtgctatta cattgatggg agataaatca attgctttac attcagaagg aataacttct     4440

cctaatcata aagttattaa tataggaaat ataactgttg gagcttcttc aaatacatta     4500

agtccaagta taggtattta ttcagcaaat ggagtaaata gtacagtaga aaatagtgga     4560

aaagttgttg cagggacaaa atcaacagca atttatgctg gaaatataaa cttaactgga     4620

acatctgaaa caacagcagg taacggagga ataggggtat attctaagat aggaaatgtt     4680

aatatttctg aaaattctaa gataaccgtt ggagctacat taggcagtgg tcaagaagga     4740

gttggagtat atttagctgg aaataatcaa actcttaata gtaatactga taaattaagt     4800

attggaaaag gttcgtttgg ttatgtaatg actggacaag gaaatacagt aagaacagga     4860

aaaattggaa caacaggagt tgtaaatctt tctgacgatt cagtatttat gtattcagga     4920

gataaaacag gaactataaa aaattataat aatttaaaat caataggaaa tgaaaactat     4980

ggtgtctatg cactaggttc agttgaaaat catgggaata ttgactttag ccaaggtata     5040

ggaaatgtag gagcatatag ctatgtagag ggagcaacta caacacctaa tgctataaaa     5100

aactatggaa ctataaaagt atctaaatca gatattaatg atccagataa tagaaaatat     5160

ggaataggta tggcagctgg atatagtgaa gaaactccta aaggctctgg aaactttata     5220

acaagaggat taggacacat agaaaatcat ggaactataa aagttacaga tcctgatagt     5280

ataggaatgt atgcaacagg ttcaggttca aaaattttaa atgcaggtag aatagaatta     5340

agtggaccta agagaaatat aggtatattt gctgaaaatg gagcagaagt aattaacaca     5400

ggaactataa caactgttgg ttcaggaaat atagggcaaa taggtatagc aataagaaag     5460

ggagctattt tagataatag aggaactata aatatagatg cctctaaggg atatggatta     5520

cttatagctg gtggaatagt aaagaactat ggggaagcta atataactgt tgatagtggt     5580

gcaataaaga taaaagaaat aagagcgtct gatacttcaa aagaaataga agatttaaga     5640

ggaaataaag taaaaattta ctcaccagca ggagcagcta atggagttat aacagaaaat     5700

ggtgtagtta gaaagccgac agtagtccat gtacaagcaa tagcgaacag aaaacctaac     5760

gatataccaa catcatcagt aggtatgtat atggatacat cagggataaa ttatacaaga     5820

cctataaata atattggtgc tttaagagga ttaactcaat cagatataat tataggagta     5880

gaagctacta aatatactac tgctaaaact atacaattag gtcaagatat aattgaacca     5940

tacaatgata tgataagaaa atcaggaata gaaaagttta gtatttattc aggttcatta     6000

acttggatgg catcaataac tcaactacct gattatacaa taagaaatgc ttatttaaga     6060

aaaataccat atacagtttg ggctggtaag atggcaacac ctattgataa aaaagataca     6120

tataatttca cagatggatt ggaacaaaga tacggtgttg agggaataga aacaagagaa     6180

aatggagtat tccaaaaatt aaattctatt ggaaacaatg aagaaatctt actataccaa     6240

gcctttgatg aaatgatggg acaccaatat gcaaatgtac aacaaagagt acaatcaaca     6300

gga                                                                   6303


<210>  2950
<211>  2283
<212>  DNA
<213>  Fusobacterium nucleatum subsp. animalis F0468

<400>  2950
gtgaaaaaaa tatttttttt aatatatata tttttaaatt ttagttttgc atattcagaa       60

aatatagaat taaaatcaag agaagatgtt gaaattgaaa atatagaaag tcaaataaaa      120

gttttagaag ataaaattca aacaataaaa aaactaaaaa ataataaaaa taaagatgat      180

ttaaaagttg ccttagtttt aagtggtggt ggaataaaag gatatgctca tttaggagtt      240

ttaagagttt tagaaagaga aaatattaaa attgactata tcactggaac aagtatagga      300

gctttggttg ggacattgta ctcaataggt tatagtattg atgatattga aaaagtttta      360

gatataataa atgttgaaaa ctttttagaa acaggttctg atactactaa tttaccttta      420

gataaaaaag aaagtttaaa aaaatatagc ttatatgtta attttgataa tgaattaaat      480

ttttctttac caaaaggtct taaaggaaac agggaaacat atttagtggt aaaagactta      540

ttaaaaaatt atgcaaatat taaaaatttt gatgacttcc ctataccatt aagaataatt      600

gcaacaaact taaatactgg tgaaacaaaa gccttttcaa aaggagatat ctcaaaaatt      660

ctaattgcaa gtatggcaat tccaactatt tttgaaccag ttgaaataga tggaaatatt      720

tatgtcgatg gacttgtaag tagaaattta ccagttgaag aagcctatga tatgggagct      780

gatttggttg tagcctcaga tataggagca cctattgtaa aaaaagataa ttataatatt      840

ttaagtgttt taaatcaaat aagcactatt caatcttcaa atattacaaa agtttcaaga      900

gaaaaggctt caattttaat aagtcctgat gttaaagata tttctgcaat tgattcatca      960

aaaaagaatg atttaataaa tttaggtaaa gttgctgctg aacaacaaat agcaaagata     1020

aaagaattac ctaagagctc ttctaataga aaaatagtaa aaaatattga agataaaaaa     1080

gaaaaatttg ttataaataa gatagaatat aacaaaaaat ttgataatac tactgttgaa     1140

attttagata atacttttaa aaatttactt aataaaccta tttctgaaaa agatatagaa     1200

aatacaatta cagaagttta taacttaaaa tatatggata aagtttatta tactatcaat     1260

gataatgtcc tatatttaga tggagaaaaa gcacattcaa atagaatagg tgttggtgct     1320

aactatcaaa ctggttatgg cactactttt aatattggaa ctgatttatt ctttaatgga     1380

aaatttggaa ataatatcaa tttgaatttt aaatttggtg attatttagg gcttgattta     1440

ggaactctta catatcacag tattaaaaat agatttggaa ttttaacaaa tattggatat     1500

aatgagagtc catttttctt atatgataac agaaaaaaaa ttgctaaatt tatgaataga     1560

gaagcatatt tgaatgtagg aatttttact caacctagta ataattctat gatttcttat     1620

ggtataattt caaagttttc taatttaaaa caagatactg gtggaaactt atcacgaaat     1680

ctagaatatt ctgaaaatca aacaaaaact tatttaagat tcaagtatga taatttagat     1740

tctatttcta atcctatgaa aggaataaaa gctgatctta tttataactt tgcaggttct     1800

tttggaaaat caaaatcaaa tttatatggt cctgcatata gtattaaagg ttatgttcct     1860

ataaatccaa aatcatcatt tatatatggc ttaaatttag ctagtttaag gggtgataga     1920

ataagagctg atcaaagaat tagactaggt ggaatatata ctaatataaa tgataatgaa     1980

tttgaatttt atggatttaa ttatcaagaa aaacaagtaa aagatttaat aagtttaaca     2040

ttgggattta aacataaaat agtttattca ttgtatttta atactaaatt taatatagca     2100

acatttacag aaaataatcc tttggaaaat aataattcta ggttatggaa aaactactca     2160

aaaggagtag gagtatctat aagttatgat tcaccaatag gacctattga attctctatt     2220

tcttctgact taaaacatag aaaaccaata ggtagtattt ccattggata taaattagat     2280

tag                                                                   2283


<210>  2951
<211>  1413
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29149

<400>  2951
atggatacta tgaaaagtac actgcgttta aaatttatca tgctgtatat tatctttgga       60

tttctcagta ttttcacggt atccctcttg tcgaatcagc ttctgctcaa taaactggaa      120

caggattcct cacaaaatat gtaccggatt gcaaatcaga ctgcgacctc ctacctgccc      180

tcatactttt caaatgatct ttcagcctgg tctgttcatt ctcagctgca ggccatgcag      240

ctgtatctga acgcgtccgt ctggtttgtc aaaacagacg gcacactgat tacttctgcc      300

cctctggatg gaatcgaagc cccggaacag atcctggaat tcgaccctgc cgagattgga      360

aacaatcagt ttatctccgg aaattatcat ggatactttg aggaagatgt aatcactgtc      420

atggcacctg tcacccagga tttttccgtg cagggctatc ttttgatcca tcgtccgatc      480

gaaagcctga agcagacatg ccattctctg atcctgccgg tatacattac gatggccgtg      540

atctatctgc tgtcctttct ctttctgatt gggtttgaat tttttgtatt ccgtccactg      600

agacagatta cagaagcggc aactcagtat gcatccggaa atctgaccta tgagattcct      660

gtaacaacgc acgacgagat gggatatctt tctgcttctc tgaattacat gtcctcacag      720

ctgaaggata tggaggaata ccagaaaaag attgtagcga atgtctctca cgacttccgt      780

tctccgctca cctcgatcaa aggctatgtg caggcgatga ctgacggcac gattccgccc      840

cagttgcatc agaaatattt gaatatcatt ctctttgaga cggaacgtct gacagatctg      900

acacaggatc ttttgacact caacgagttt gaccggaatg aaatgatcct ggacaagaca      960

gagtttgata tccagcagat gatcaagaac actgccgcct ctttcgaagg cacctgcaca     1020

agcaaacgga tttccattga gcttctgctt ctggcaggca atattctcgt gtatgcagac     1080

cgacggaaga ttcagcaggt tctttacaat ctcattgata atgcgatcaa attcagcgga     1140

aacgactctt cgatcacgat tgaggtcacc gaaaagaatg agaaggtttt tgtttctgtc     1200

aaggataccg gaatgggaat tcccaaaaaa gaactgaata aaatctggga acgcttttac     1260

aagtccgacc tgtcccgcgg aaaggataaa aaaggaaccg gcctcggact tgccatcgtc     1320

aaagaggcca ttcaggctca cgatgaacat atcaatgtca tcagcacaga gggcgttggc     1380

acagagttca tcttctctct gacgaaggtt taa                                  1413


<210>  2952
<211>  1884
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29150

<400>  2952
atgaatagaa aaccaaaggt ttcaaaagaa aatttacaga ccgcaaagcg gcttttaaaa       60

tatgtgaccg gaacgtacaa ggttcggttt gtgatcgtat ttatctgtat tttgttaagt      120

tcgatcgcat caatttcggt atcattgtcc ctcaagtttt taatcgatga ttttatcagt      180

cctctgatcg gacagaaaga tccgaatttt gcagaactat atcgggcact tgcggtgctt      240

ggaagcattt tcctgatggg agtcattgct acatttactt atacacgact gatggtctac      300

attggtcagg gtgttcttaa aaaagtaagg gatgatatgt ttgaacatat gcagactctt      360

ccaatccgtt attttgacca gaatacgaat ggttctatca tgagtcttta cacgaatgat      420

acagatacgc tcagacagat gatcagtcag tcgatcccac aggcactgat gtcctttttt      480

acgattatcg taacctttat ttcaatgctg atcttaagtc cgctgcttac aattttagca      540

gttctgatca ttggtcttat gatcttcgta acaaaaaaga tcggtggaaa cagtggaaaa      600

tattttgttc gtcagcagaa atctctggca gatgtgactg gatttgtgga agagagaatg      660

aacggacagc gcgtagtaaa agtgttcaac cacgaaagaa agtcagaaga agaatttgac      720

aaactcaacg aggcgctctt tgaaagtgct gcacaggcga atacctttgc aaatatgatg      780

ggaccggtaa tcggaaacat cggaaacctg cagtttgtac tggtctctgt acttggagga      840

ttcctttcta ttatgggaat cggagggatc actctgggag ttatggcatc ttatctgcag      900

tttacaaaga gctttacaca gccgtttatg caggtggcgc agcagtttaa ctccattgtt      960

atggcacttg ccggagcaga gcgtattttt gctctgatcg atgaagaatc ggaaaaagac     1020

gagggatacg taacactggt caatgcgaaa aaagacgaga acggcaatat tatcgaatgc     1080

aaagaaagaa ccggaatgtg ggcctggaag catccacatt cggcagacgg aagtgtgtct     1140

tatacagaac tgaccggaga tgtgcgtttt gaagatgtga catttggata caacgaagat     1200

aaagtgatct taaaagatat cagtctgttt gcaaaaccgg gacagaagct ggcatttgtc     1260

ggttctaccg gagcaggaaa aacaaccatc acgaacctga tcaatcgctt ttacgatatt     1320

caggaaggaa agatccggta tgacggaatc aatattacaa agattaaaaa ggatgatctg     1380

agacgttccc tcggaattgt actgcaggat acccatttgt ttacaggaac cattatggat     1440

aatatccgtt atggaaaact ggatgctact gatgaggaag tatacgaggc tgcaaaactg     1500

gctcatgcag atcagtttat caaaatgctt ccgaagggat acgacactat gttaagcggt     1560

gatggagaag agctttcaca gggacagaga cagcttcttt ccattgcgag agcagcagtt     1620

gcaaatccgc cggtactgat tctggatgaa gcaacttcca gcattgatac ccgtacggag     1680

agtattgtgc agaagggtat ggataacctg atgaagggac gtacagtatt tgttatcgcg     1740

cacagacttt ctacgattcg caacagtgat gcgattattg ttctggaaca cggaaagatc     1800

atcgagcgtg gagatcatgc ggatctgatc aaaatgaaag gaacgtatta ccagttatat     1860

accggaaaac tggagctttc ataa                                            1884


<210>  2953
<211>  1257
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29151

<400>  2953
atgagaaaag gaacgtgggt tttactgctt cttatgacgg cctgtctgct cggaggctgc       60

agtaaggaga gcgcggagca gacagagatt acgctgatac atggttgggg ctccatggaa      120

tcggagcatg tcagaatgcg gcagatttat aaggattttg aaaaagagca cccggagatc      180

aagctgaatc tgatgtccat gacttcatcg gatgaggtga tcaaaaagac aaaaaacatg      240

ctttctgttg gagaggttcc ggatctgatt tttacaggag gctacggaaa agattcggtg      300

taccgcttta tggaagaaaa aaacaaagcg gcagacctta tgccttatct ggagaaagat      360

caggaatttg cagactctgt agcgccggag atcatttcct actggcagaa ggacgggaag      420

ctgtataccc tgtcagatgt actgttgctt ggagggggat actggtataa cgcggatatt      480

tttgaaaaag cggggattga atcggtaccg gagacctggg atgagtttct ggaggcttgt      540

gagaagatac agagctggtc acagaatgaa ggaaaatcgg tgatcccggt acagattacg      600

aaagaaaaca gtgcttatct ggcagatgcc ctgcttttgg acacttccaa agaagcacag      660

gacgcagtgg aaaatcattc gatgatgcta agtgcaaaag aactttttcc ggttttagag      720

acaatgaagc agatcagaca atatggggac agtacagaca aaaattatgg atacagggac      780

gaaggaagta tgttcaacag tggaaataca gccatgtata tcaatggagt gtgggcaagt      840

aagctgatcg atgaaaaaat cgatgcctgc tatgcaccgt ttccgggaaa gaatggcagc      900

acgatcgcca gttcttccgt atgtctggga tatattgtag gcaataccgg gaatcaagag      960

acaatggatg ccagtgttga atttttaaag tatatgctca gcgaaaaggt acagaagcgg     1020

attcttctgg aaaccggaca aatgccgtcc agcccaaaga tacatctgga agaatataag     1080

gagcagattc cgaggatgtg caatgctgtg gaagcaattc gtggagcaga ccgtatcatt     1140

gaggtgccgg acaatctctg gacggcagat cagctggaaa actttcggaa ccagattatg     1200

gaagttctta acgggacttt ggatgaagag cagttttgta caaatttata tcaatag        1257


<210>  2954
<211>  1674
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29152

<400>  2954
atgcttcaaa atttacatgt aaaaaatctg gcgctgatcg acgaggtgga ggtggatttt       60

ggaccgggac tcaatattct cacaggagag acaggagccg gtaaatccat tatcttaggt      120

tccgtaaatc tggcactcgg cggaagatac aatgcggata tgcttcgaaa gggcgccagg      180

ttcggacttg tggaactgat gttttcaatt gaaaatcagg agttgatccg tcagctggaa      240

gaaatggata tctttccgga agacgggatg ctgatcttaa gccggaaatt gatggaaggc      300

agaagtgtca gcaagatcaa tggagagacg gtgacgatgg gagtactgcg ggatgtggca      360

agtctcctga ttgatattca cgagcagcat gaacatcagc gtttgttaaa taagcgcaat      420

cacctgacgt ttctggatgt atatgccaaa gagcaggtgg aaaagccaaa acagaagatg      480

gccctggctt accgggcata tcaggagtac agccgcaggc tggaagcatc tggaatggaa      540

gagaaggagc ggcgcaaaga gattgatctg acggagtatg aactgcatga gattgaaagc      600

gcgcatttac gcatggggga agacgaagat ctggaaagtc tctatcagag gatgacgcag      660

agtaaagatc tgaccagtgc ggtggcccag acataccagt acaccagtga agatgaccga      720

aacaacgcca gcgacctctt aagccgtgca atccgttccc ttcaggaagt ggaacatttc      780

gatgaaaaag gaactgcact gtatggccag ctggtggaga ttgacagtct gctcaatgat      840

tttaaccggg aactctcgga gtatgccaaa agctttgaat tttcagaaga agagttttat      900

gagacagaga accgcctcaa tgagattaat cgattaaagg caaaatatgg aaatacagtc      960

aatgaaatcc tggaatacgc agaggaaaaa cggcagagac taaatgaact ggagcattat     1020

gagacttata ttgaaaatct gcggtctcaa accgaagcgg cgcaaaagga aatgcaaagc     1080

tgtgccgaaa agttgagtaa gattcgaaaa aaagcagcta tttcctttac aaaagagatc     1140

aaagccgggc ttgaggatct taattttctg gatgtacagc tggaaatgcg tttcttacaa     1200

gaggcaaaaa tgtctgctct gggaatggat gacgcggaat tttttatttc tgtgaatccg     1260

ggagaaccgc caaagccgct tggaactacg gtttcaggag gtgaactctc cagaatcctt     1320

ctggcgatca agactgtgct ggcagataaa gaagacacgc caacactgat ttttgatgag     1380

atcgactccg ggatcagtgg aattacagcc ggaaaggtgg cagaaaaact gcatatcatc     1440

ggacagaagc gtcaggtgat ctgtatcacc catcttccgc agattgcggc agctgccgat     1500

gcccactatc tgattcaaaa gcagacggat cagacgacga caaaaacagg catttttccg     1560

ttggatgagg atgcttctgt gggcgagctg gcgcgtctgc ttggcggcgc ccagataacg     1620

aaaaatattc tggacagtgc aaaagaaatg aaagaaatgg caaagagagt atag           1674


<210>  2955
<211>  453
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29153

<400>  2955
atgagcagaa taagaattgt aaaaaagaac gatgaatata cttcagaata tcaggtgggg       60

gatctgtttg agattacagg cacctggtat ggaggcgtcc atattatggg aaaatcaggt      120

gcgcctgttt ctctggataa agaggaatat gtagaattgg acacagagcc tgagttaaag      180

caagaagagg tgattccgag agacatccga gtgggagata ttgtacagca ttttaagaga      240

gaatgggtgt caggggaaac ttcagaatat ttatataaag tgcttgcatt tgcgcagcat      300

acagagacag gagaaaaact ggtgatttat caggggttgt attctccgtt taaaatctgt      360

gcaagaccat atggaatgtt tatgagtgaa gtggatcatg aaaaatatcc ggatattaag      420

caacagtaca ggtttgaaaa aataaaggaa taa                                   453


<210>  2956
<211>  1629
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29154

<400>  2956
atggaaggga caagaaaaga acactggtgg agggatgcgg tgatctatca gatttatcca       60

cgcagctttc aggacagcaa tggagatggg atcggagatc tgcgagggat cattcagaga      120

ctggattatt taaaagagct gggaatcgat gcgatctggc tgtctccggt ctgcaaatcc      180

ccgcaggatg acaatggata tgacatctct gattatcagg atatcgatcc tatgttcgga      240

agtctggatg acatggaaga gctgataaaa gaagccaaaa agagaaatat ccggattatc      300

atggatcttg tgttaaacca ttcttctgat gagcatcgct ggtttcagga ggcaaagaaa      360

agcaaggata acccgtacca tgactattat gtctggagag atgggaaaga gggcgtgtat      420

ccgaatgata tgagatccgt atttggggga cctgcctggg aatgggtgcc ggaactggaa      480

cagtactatt tccaccagtt ttcggtaaaa cagccggatt tgaactggga gaatccaaaa      540

gtgcgccgtg agatctatga tatgatcctc tggtggatgg aaaaaggagc gggtggattc      600

cgtctggatg tgatcgatca gattgccaag gagccggatc aaaagatcac aaacaacgga      660

ccgagactcc atgagtttat tcaggaactg agcagggaaa cattccaaaa gggagatctg      720

atcacagtag gagaggcatg gggcgcagat attgaacgcg ccaaattgta cagcaatccg      780

gatggaagcg agttttctat ggtgttccag ttcgagcata ttggtctgga tcagcaggaa      840

ggaaagtcga aatgggatgt ggcgccgctt ccagtagtga aattaaaaca ggtgcttgca      900

aaatggcaga gagaactgca cggatgtgga tggaacagtc tgttctggaa caatcacgat      960

ctgccaagaa tcgtgtcccg ttggggaaat gatcagaaat accgcgtgga atctgcaaag     1020

atgcttgcta ccttgctgca tggaatgcag ggaactcctt atatctatca gggagaagaa     1080

ctgggtatga caaatgtgcg ctttgcagat atcagccagt atcaggatat tgagacactg     1140

aatatgtaca aagagcgtct ggatgaagga tacagcaagg aagaaatcat gaactccatt     1200

tatgcaaagg gcagggacaa tgcaagaacg ccgatgcagt ggagtggtga ggtgaatgca     1260

ggatttacaa agggaacccc atggttggaa gtgaatccga attatacgaa gatcaatgcc     1320

gagtcggaac tatccgatcc cgattctgta ttctactatt atcagaagct gatccggctg     1380

agaaaagaac attccgtgtt tgtaaatgga gagtttacac ttttgatgga agaggatccg     1440

caggtgtttg cctatataag aaaagaaggc gatacagaag tcctggtatg tgcaaatttc     1500

agtgaaacac cggcagcgtg cgatcttttg agtgaatgga aagacggaga ggtactgatc     1560

tggaattata aggaaaaagg agagactgga gtgctcagac cttatgaagc aatgatgatc     1620

agaagataa                                                             1629


<210>  2957
<211>  3111
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29155

<400>  2957
atgattattc agagacatta tgaaaatttg aatataatgt atgaaaatac aatgccatat       60

cggtcctatt atattccggc ctcttgcaac atgggaccat tggtggagaa cagagaaaaa      120

tcagatcgga tgactttgct taatggaaaa tggaaatttt gttattttga cagtatttac      180

gatctgcagg atgcgtttta cgaggaagga tattcacttg acgggtttga agaagtgaat      240

gtccccggaa tgtggcagaa ttatgggtat gatacgtatc agtataccaa cgtgagatat      300

ccgattccgt tggatcctcc gtatgttcca caggaaaatc cgtgcggggc atatgtgcgg      360

acatttgagt atcagaagaa ggaagatgca ccaaatgtat atttaaattt cgaaggggtg      420

gattcctgtc tttatgtctg ggtgaatgga acatatgtag gatacagtca ggtgtcccat      480

gcttccagag agtttgacat tacagatctg gtgaaaaacg gaagcaatac gctggcagta      540

ctggtcttaa aatggtgtga tggcacctac ctggaagacc aggataaatt tcggatgagt      600

gggatttttc gggatgtgta tctgctgcag cggcctgata atgccatata tgactatttc      660

acaacaacca ggattgtgga tggaaacgca gaaattactg tgcgggcaaa gtacttaaaa      720

gaagcagcgc ctgtgaagat tgcaatttat gacaaagaag gagtgttgtg cgtatccggg      780

agactgcagg aaatatcgga tggggaatat acgcatcagg tggtattgaa aatagaagcc      840

cctaaattat ggaatccgga gcagccatac ttgtatacaa tggtcctgga aaacacagga      900

gaagtgattg ttgaccgaat tggaatacgg gaaatctcta tcagagatgc agtagtttat      960

gcaaatgagg ttccggtcaa attcaaaggg gtaaatcgtc atgattccga tccggtaacc     1020

ggatttgtaa tcggaatgga acagatgaaa aaagatctgc agatgatgaa agagcataac     1080

ttcaatgcga ttcgaaccag ccattatccg aatgcacctt atttttatca gttgtgtgat     1140

gaatatggat tttacgtgat cgcagaagca gacaatgaaa gtcatggaac acagtcacaa     1200

tatctggaag attccagttg ggaaaatatc agcaaacgat ggaatgaacg gattgcggat     1260

catcctgcgt ttattccggc gacgatggac cgcaccaggc tttgcgtgta cagagagaaa     1320

aatcgtccct gtgttgtaat ctggtccatg ggcaatgaat gtggatacgg atgtacattt     1380

gaagaagcgt tgaagtggac aaaggaattt gatccgtccc ggctgacttg ttatgaaagt     1440

gctctttata aaagtgacag gagaagatat gattactcca atattgatct ttacagcaga     1500

atgtatcctg agttggaaga gattgaggaa tatatggaga aaggaccgga taagccgttt     1560

cttttgatcg aatactgtca tgcgatgggg aatggtcccg gggatttgga agactatttt     1620

cagatgattt acaagtatcc gtctctttgc ggtggatttg tatgggaatg gtgtgatcat     1680

gcaatctata aagggcaggc ggaaaacgga aaagcaatgt atttttatgg cggcgatcat     1740

aaggaagaag ttcatgacgg aaatttctgc atggacggtc tggtatatcc ggatcgaacg     1800

ccgcacacag ggcttttgga atatcaaaat gtgtaccgtc cggcgagagt tgtttctttt     1860

gagcaggaaa gcggctgttt ggtgttgaaa aattatatga acgaagagga tctgaaatcc     1920

tatatttaca tcagttacga agtcagttgt gatggggatg tttttggaag ggggcaggtt     1980

gaaattacgc aatccatctt accacgtcag tgcaaagagg tgtatgtgga tgtttctgtc     2040

ccggagactg gaaagtgtta tttgaagatt ttttatcatc aacgccagga tacggagctg     2100

atctcgcagg gaacgatcct ggggtttgat gagattcttc tgaaaaatga ggatggaaga     2160

aatcagaaag ctgtgacact gcttaagacg ttcaaaacac cgaaaggaaa agtgaagctg     2220

tcagaaacgg acagatatat acagattaag tcagatgatt ttacatatgt ttacaataaa     2280

ctgaccggaa tgtttgaaga actgaacgta ggcggaaaga agattctgga tgctcctatg     2340

gagctgaata tatggagagc tcctacagat aatgacagaa tattaaaacg aaaatggatt     2400

gcagccgggt atgacagaag tctgggaaga gcgtacaata cacagtggaa acgagaaaaa     2460

tcaaaactgg ttcttcacag tattctgtct gttgcggcag tttcactgca gaaagtgttg     2520

gatgtagatg cagtgtggga ggtttttgat acgggtgaaa tctgtgtaac aatgcgtgta     2580

aaaaaggaaa tggagtttcc ggagctccca agattcggaa tccggctttt tttgaagcag     2640

gaatttaatc aggtggaata ttatggaatg gggccccagg agagttatgt ggataaatgc     2700

agggcaagca gtcatgggat ttatcgatca tcagtagatg agatgcacga agattacatc     2760

agaccacagg aaaatgggag ccatgcagat tgtgactatg tgaagctgac aagcaaagaa     2820

cagagcgtaa cagtcgtttc tccgcattcg ttttcttttt cagtatcacc atatacacag     2880

gaagaactga caagaaaagc acatcatttt gaactggaaa agagcggaag cacgattgtt     2940

tgcctggatt acgcccagaa tggaatcgga tcaaacagct gtggaccgaa acttagaaaa     3000

cagtattgct ttcagaaaga gcagtttgta tgcgagtgga agctgatgtt tgaggaaaag     3060

agcgagaaat tatccggaaa tgattgtttc tgtaaggaag acagggtata a              3111


<210>  2958
<211>  1365
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29156

<400>  2958
atggcaaaag gaaagaaaag tatttttttc tgtcagaatt gcggacatga agaggcaaaa       60

tggctggggc aatgtccggt ttgtaaagaa tggaatacat tcgcagaaga aaaagtgagt      120

gccggattga gccgcgggac aacggcagct gcaaagcaga gtaaaacagc agaagtagtt      180

ccgctttctc agatcagtgc cagggatgat accaggatgc tgaccgggat gaaagaactg      240

gatcgggtgc ttggaggagg tatcgtctcc ggttctctcg ttctggtcgg aggggacccg      300

gggattggaa aatcaaccct gttattgcaa gtgtgtcaga ggctgtcggc atcaagaaaa      360

attttatata tttcaggaga ggagtcgcag actcagatca aattgcgtgc aaatcgtatg      420

ggaagtttta cagatcatat gctgttgtta tgtgaaacaa atctggatac catacgtaca      480

gccattgaga gacaaaatcc ggagcttgtg atcattgatt cgattcaaac gatgtacaat      540

gaagaagtat cctcagcgcc gggaagtgtt tcgcaggtaa gagaatctac ccatgtgctg      600

atgcagctgg caaaggggat ggggattccg atctttattg ttggacatgt gacaaaggag      660

gggactgtag caggtccgag agtgctggaa catatggtgg atacggtact ttattttgag      720

ggagacagac atgcttccta tcggattctg cgtgcggtaa aaaaccgttt tggttctacc      780

aacgagatcg gtgtgtttga aatgcgaaga gaaggactgg tagaagtgga aaacccctcc      840

gaatatatgc tgagcggaaa gccggaaaat gcatctggtt ctgttgtggc atgctctatg      900

gaaggaacac gtccgattct gatcgagatt caggcgctgg tctgccagag taacttcgga      960

atgccaagaa gaacggcagc aggaacggat tataatcgtg taaatcttct gatggcggta     1020

ctggaaaaaa gaattggact gccgctgtca aattatgatg cctatgtcaa cattgccgga     1080

gggattaaaa tgaatgaacc ggcgattgat ctgggaatca tcatggcgct ggtttccagt     1140

tacaagaacc gggcgattga tgaaaagatg atcgtatttg gagaagttgg attaagcgga     1200

gaggtgcgtg cagtcagcat gccggaacag cgagtggcag aggctaaaaa actgggattt     1260

gagacctgta tccttcccaa agtatgtctg gatatggtaa aagaaatcaa aggaatcaaa     1320

ctactggggg taggaaatat cagtgatgcg ataaaccttc tgtaa                     1365


<210>  2959
<211>  1623
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29157

<400>  2959
atgattacaa taacaggaaa aagtgtattt ggtggagtgt ccatcggaaa actttctttt       60

tataaaagaa atcagaaagt gatcaaaaga gaacacgtag aaaatgtaga atcagagtgt      120

gtaagatttc aggaagcaaa agctgaggga atccgtcagt taaaagaatt gtacgaaaaa      180

tcgattgccg atgtcggaga agccaacgct atgatttttg agattcatca gatgatgctg      240

gaagacctgg attatattga gtctatcgaa aatatcatcc gttctcagaa agtcaatgca      300

gagtttgcag tagcaacgac agctgacaat tttgcgcaga tgtttgcggc aatggatgat      360

gcatatatgc agggacgtgc agcggacgta aaggatgttt ctgagcgtgt gctggatatc      420

ctctgcggag tcagcgaggg aatcaagcag acagacgagc cttcgatcat tgcagcagat      480

gatctggcac cgagtgagac ggtacagctg gataagagca aagtacttgc atttgcaacg      540

atgtacggtt cttccaattc tcatactgcg attctggcgc gtaccatgaa tatcccggct      600

gttatcggtc tgggtgaaag tctgagtcct caatatgacg gaaagatggc tgtgatcgac      660

ggatttacag gaacattgta tattgatccg gatgaagaga cactttccag aatgcagaaa      720

aagcgggaag aagatcttga gaaaaaggca ctcttggaac agctcaaagg aaaagagaac      780

atcacaaaga gtggtcagaa gatcaatgta tatgcaaata tcggaaatgc atctgatgtt      840

ggtgcagtcc tgaaaaatga tgcaggcgga atcggtttgt tccgcagtga gttcttatat      900

ctggagaatg agacattccc gacagaagag cagcagtttg cagtatacaa gcaggttgca      960

gaaaacatgg cagggaaaaa agtgatcatc cgtacactgg atatcggagc tgataaacag     1020

gtggattatt tcgaactgga caaagaagag aatccggcac ttggatatcg tgcgatccgt     1080

atttgtctga caagaccgga aatctttaag acacagcttc gtgcacttta cagagctgca     1140

ttttacggaa atatttcgat catgttccca atgatcattt ctgtttcaga gattcataag     1200

atcaaagaga tgatcaaaga agtgaaagca gagttgaaag aacagggaat cccatataaa     1260

gaagatgtgg agcttggtgt gatgatcgag actccggcct ctgttatgat cagccgtgaa     1320

ctggcaaagg aagttgactt cttcagtgtg ggaacgaatg acctgacaca gtacactctg     1380

gcgatcgacc gtcagaattc aaaactggac gagttctatg atccgcatca tccggcagtg     1440

ctggcgatga tccgcatggc tgcagagaat gcacatgcag aaggaaaatg gatcggcatt     1500

tgcggagaac ttggcgcaga tctggaattg acagaagaat tcctgaagat gggactggat     1560

gaactttctg tttctccatc gatggttctt ccactgagaa agaaaatctg cgattgtgaa     1620

taa                                                                   1623


<210>  2960
<211>  1386
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29158

<400>  2960
atgcagaaaa ttaagaattt attcagatcg tcagagtcca gaaatggttc atacagtgtg       60

ggaatcacgg ctttggtcat tgcgatcatc gtgatcgtca atctgatcgc aggacagatt      120

ccggaaaaat ataaaaatct ggatgtcagc agtacaaaaa tttatgagat ttccaagacc      180

agcaaaaagc tgctcaagaa catggatcac aaagtgaaat ttacagtgtt ggcaaacaaa      240

gaagaggccg atgaaagaat cgttacattt ttaagtaagt attcggcatt gtcttctaaa      300

atttctgtgg aatggatcga tccggtgctg catccttcgg cattgacaga aaatgatgcg      360

tccgaaaaca gtattgtagt ctcatgccag gataccggaa agaaaaaagt agtttctttc      420

agtgatatca ttgttacgga tatgtcttcc tactattaca caggaagtgc atcggagacg      480

aaatttgacg gagaaggaca gttaagcagt gcggtgaatt acgtaacgag tgatgtggta      540

cgcaaaattt atcagacatc cggacatggc gagacgacat tgtcttctac aattcaggat      600

ctgatggata aaaataatta tacgctggaa ggattaaaca cggtcatgaa tccggaaatt      660

ccggatgact gcgaattgct tctgatgtat gctccgacct cggatcttac tgcagatgag      720

aaaaattccg tggagtcata tttaaaagac ggcggtaaga tgatgcttct tttgggagat      780

acgaacagca cagagcttcc gaatcttgca tcgatcatga aaacatacgg aatggaagct      840

gcagacggtt atattgcaga tacacagaga agctatcaga ataattacta ttgcttcttc      900

ccgcagctga ctgcatcagg cgatctgaca gatggaatgg aatcgcagat ggttctgctt      960

ctgaatacac acggaatgac cttgacagat ccggagcgtg acagtatttc tacgacatcc     1020

tttatgacta catcagataa tgcgtatgca gtcacagaag acagtcagag tcaggcagga     1080

agctatgtgc ttggcgccgt ggcagtggaa gattcctccc ggtttaccgt gatcagcgca     1140

ggaagtctga ttgcttcgga gattacagat acattcccgc agcttgaaaa tacaaaactg     1200

tttatgaatg cagtggctgc gaattttgac ggggcgaagg atctgtcgat cgaagcgaaa     1260

agtctgacac cggtctacaa tacgatgcag catgcaggac ttcttagtct tcttgtgatc     1320

tttatccttc cgcttggaat tcttctgtca ggatttgcag tttggatgaa gcgtagaaaa     1380

gcatag                                                                1386


<210>  2961
<211>  1176
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29159

<400>  2961
atgaaagaac gtttgatgaa aaaatttgaa gaacttttcg gcagcacaga agatgccggt       60

ttttatttct ctccgggacg cgtgaatctg atcggagaac acacagatta caatggagga      120

cacgtatttc catgtgcgct gacacttggt acatacggaa tcgccaaaaa gcgcagtgac      180

cgtatcttgc gtctctattc tatgaatctg gatcatctcg gtgtgatcac tgccactctt      240

gacgatctga ccaacaagcc ggaatacaac tgggcaaact atccgcttgg agttctctgg      300

gcattaaaag aaaaaggata ctctgtagac tgtggaatgg atcttgtgat ctacggaaat      360

attccgaacg gttccggttt gtcctcttcc gcatccctgg aagttctgac cggagtaatc      420

gcaaaagatc tctgcggatt tgatgcctta agcatgaccg acatcgcact gatcggacag      480

tactctgaga acaacttcaa cggatgcaac tgcggaatca tggatcagtt tgcagttgcc      540

atgggcaaaa aagactgcgc gatctttttg gataccggca cactctccta tgagtatgca      600

ccggtagaac tggaagacgc caagatcatc atcacaaaca gtaaagtaaa acacagtctt      660

gttgactctc agtacaacca gagacgtcag gaatgcagcc atgtgctctc tcttcttcag      720

gaagaactgg atatcaacgc tcttggtgat ctggacatcg atacctttga aaaattcaaa      780

gaagtgatca cagatcctgt agagcagaaa cgtgcgaaac acgcagttta tgaaaaccag      840

cgtaccatcg aagcggtatc tgcattaaaa gcaggcaaca tcgagcgttt cggcgaactg      900

atgaatcagt cccacatctc tttaagagat gattacgcag tatcctgtga agagatcgat      960

atcctggtcg atcttgcatg gcagattccg ggtgttgtag gttcccgtat cacaggcggc     1020

ggattcgggg gatgtaccgt aagtatcgta aaaaatgacg ctgtcgatac tttcatcaat     1080

actatcggac ctgcatataa agaaaaggtc ggacacgaag ccgaattcta caccgttgat     1140

atcggaagcg gtgcacagaa actggagact ctctaa                               1176


<210>  2962
<211>  543
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29160

<400>  2962
atgaaaaaat ttgtttgtac agtatgtggt tatgttcacg agggagacgc tgcaccggct       60

gaatgtccag tctgtcatgc accagctgat aaattcaaag agcagacagg agaaagatct      120

tgggctgcag agcacgttgt aggtgttgct cagggcgtaa gcgaagacat ccttgctgac      180

ttaagagcaa actttgaagg agaatgtaca gaagttggta tgtaccttgc tatggcaaga      240

gttgctcaca gagaaggata tccggaaatc ggattatact gggaaaaagc tgcctgggaa      300

gaagcagagc acgcttctaa attcgctgaa ttgttaggtg aagttgttac agacagcaca      360

aagaaaaacc tggagatgag agttgatgct gagaacggag ctacagctgg taaattcgat      420

cttgcaaaac gtgcaaaagc tgctaacctg gatgcaatcc acgatacagt acacgagatg      480

gcaagagacg aagctcgtca cggaaaagct ttcgaaggtc tgttaaagag atactttggc      540

taa                                                                    543


<210>  2963
<211>  441
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29161

<400>  2963
atgctcaatg gaatagaaac tatttttgat aatacaaccc aaatgcttcg gcatttaaag       60

aaaaaatcat ttgaaaaaaa tacacaggat tttatcgatt cctacggaca ttatttccgg      120

gaaatgacag aatatgtgga cagtatttcc gataaaaagc gggcagcaga agaaattgca      180

gatacactga taaatcgtgt agagaagaag tttgcttcga aaaaaggaaa aattgattcc      240

agaacacagg tggatctgaa tttctttatg atctattatg tttttcctac aattttgggg      300

actgagcacg agtatgcgaa gctgatcgct gacagcatct gcagtgcatg gggaaaacgg      360

tttaaagaga gtcagattca gtatacagat tatgatacat tgtacggatc attcagggaa      420

aagatttttg gtatttttta a                                                441


<210>  2964
<211>  999
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29162

<400>  2964
atgaagagac gggcaggtaa aagactgatt ggggtaatga cggccggatt tgtgcttttg       60

atcctgattc tgatcacgat cggtgtactt caggacagct ctcaaaataa gcggacttat      120

aagatcatca tggttcctaa gaccattgat gaatccaatg atttctggac cgggctgatc      180

gaaggagcaa agctgggagc agaagaattt ggctgtgaga tcgaggtggt cggaagtgat      240

tcagaggatg attatgaagg gcagaaccgg ctgattgaag agagtatcaa gaagaatccg      300

gatgcgtttc tgattgcgcc atgcagttat actcatacga cagaagcagt gcaggaggcg      360

atcaatgccg gtatcaaagt aatcctggtg gactctgtga tcgacaaaga aattgccaac      420

ggagtggttg cgaccgacaa ttttaaagca gggaaagaac tgggaacgtt tgcaaaaaca      480

attttaaaac cggattcaaa gatcggagtt gtggcgcacg taaaaggaag ctccacagcg      540

acagaaagag aggatgggat cagagaaggt ctgggagagg atcaaaatcg gattcaggat      600

attgtctact gtaattcttc ttacgatctt gcaagcgatc tgacagaaaa aatgttaaaa      660

gaacggccgg agattgatgt tgtgattgga acgaatgaat attcagcagt cggcgctgcc      720

cgcggcgtca aaaaaatggg gatggaagat caggtgaagg ttgttggatt tgacaactcc      780

gtggagcaga tccagctttt ggaagccgga gtctttcagg ggatcgtgat ccagaaacca      840

tttaatatcg gatatctggg ggtggaacag gcagtaaaag caattgaagg ctatccgatg      900

gaatataatc tggattccgg ctgtaagctg atcaccaaag agaatatgta tgaagaggaa      960

aatcaaagac ttttatactc gttttccggt caacagtaa                             999


<210>  2965
<211>  594
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29163

<400>  2965
atgagtaaaa ttttttatat tatggggaaa agttcttccg gaaaagatac gatttataag       60

aaaataagag aaaaactgcc gcagttaaag cggattactc cttatacgac ccgaccgatc      120

agggaagggg agaccgatgg tgtggaatat ttttttgtgg acgaagaaag gctgaacgaa      180

cttaaggaga aggaacgtgt catagaagta cgttcttata atacaaagtg tggaatatgg      240

acatatttta cagcagatga cgggcagatt gatctccaga agtatgatta tcttgtgata      300

gggactctgg aatcttatta tgggatgcgg gagtattttg gagaagaaca gctgattccg      360

atttacattg aggtagagga cgggctgagg ctggagagag cgctttgcag ggaacgacag      420

cagaaggaac ccaaatatgc ggagatgtgc agacgttttc tggcagatgc agaggatttc      480

tccgaagaga atttgaaaag agcaggcatt gtaaggagat ttgaaaatct gaagatggaa      540

aaatgtctga gtgaaattac agagttgatt cgggaagaaa tgacttcgct ttaa            594


<210>  2966
<211>  1149
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29164

<400>  2966
atgagaaaat atgggatatt cggcattctc tttttgagcc tgtgcctgtt tggggcggta       60

catacagcgt atgctgcaga agaggaagaa agcctgcaga tcacacagga agagctgttg      120

gatgaatttg atttttcaga tctcgatgac agtctgaaaa agatgttccc acgggaaaaa      180

atgaccttcc gggatgttgt ggagacgctt gtgtcaggtg atttgaaaaa agcgggggag      240

cagtttacag gctttctttt cgatcagttt ttctatgaac tgcagacaca ccggaaactt      300

ctggtatatc tgattttgat cgcagtgatt gctgcggtgt ttgcaaattt ttccggcgcc      360

ttcggagaac gtcaggcttc agagattgcg ttttatattc tttatatgct gcttatcgca      420

ctttgtctga acgggtttcg attggcagta tccgagatgg aggcttcgtt aaacttcctg      480

ctggaattta tgaaggtgct ttgtccgacg tattttttag cagttacagc agcctctgga      540

agtgtgacat ccatgttttt ctttgaagtg gtactatttc tgatctttct ggcggaggca      600

gtaatcctga attttctggt gcctctcgtc aatgtatata tgatgatcca ggtgatgggc      660

aatcttaccg gagaagaatt tttgtcgcag tttgctgagc ttctggaaaa actgacgggc      720

tggacgctaa agaccatgct ggcgtgtgtg atcgggatca atgtcgtaca gggaatcctt      780

tctcctgcat tggactccct gaaacgaagt tttgttacaa aaacagtgga ggcgataccg      840

ggacttggaa acatggcagg ttccgtgatg gatgtcgtac ttggaacggc agttctgata      900

aaaaacggga ttggaatggc aggcgcggtg atcgcagcgg gtatctgcat tatcccgatc      960

gtgaagcttc ttcttctggc gtttttgtat aaaacagtgg cggcggtgac acagccgata     1020

tcggacaaac gaattacagc atgtatcgga ggggtcagtg aggggtatga aatgcttgtg     1080

aaagtaatgg cgactacagg gattttgttt ttgctgacca tcgctgtggt cgcggcttct     1140

gccacgtaa                                                             1149


<210>  2967
<211>  525
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29165

<400>  2967
atggaggaaa gaaaaaaaac agggaaaagt tatctgtggg cactatttgc atttcttctg       60

gcagtggccg cagatcaatt tacaaaatgg ctggcggtta cctatctgaa agatcaggat      120

cctttgatta taataccggg agtatttcag tttcggtatc tggaaaaccg tggggctgca      180

tttggaatcc tgcagaatcg gcagattgta tttgcagttg gagcattgtt gatttttttt      240

gcggtcgtct tcatttacgg gagaattccg cagaaaagaa gatttgttcc gttaagagta      300

tgtgcgatcc ttctggcatc cggcgccatc ggaaatctga tcgatcgtct ggcaaggaat      360

tacgtagtgg atttctgcta tttcaacctg attgattttc cgatttttaa tgtggcagac      420

tgttatgtgg taattggctg catccttttt ggaatcctga ttcttttcta ttataaagat      480

caggaatttg actgggtact gcaaaagaaa ggctccagat catga                      525


<210>  2968
<211>  627
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29166

<400>  2968
atgaaatttt caaatcagaa caggaacaga atcattgcat tgctgtccat gctggcagcg       60

ggaattctga tcggacagat ctttagtaca gcagagagaa cagtacaggc aaaggtacaa      120

aaggaactgg cagatgaggt gctcagattt catgtgctgg caaacagtga cagtaccctg      180

gatcaggaga tgaagctgtg tgtacgcaat gagattttgg aatttctgca gaccgagatg      240

ccaacaggtg caggcgcaga agcgacaaaa gagtgggtgc gttcccactg tgatgaaatt      300

gagcagactg cagaaaagtg ccttacagaa aagggatacg atgatccggt caatgcggct      360

gtgacaacca cctattttcc ggaaaagaag tatcaggata tgacatttcc ggcaggaaat      420

tacgaagcac tccgtgtgga gatcggaagt gccaaaggtc acaactggtg gggaatgctc      480

tatccggagc tggcattttg ggatgcagtg catacggtaa atgaggagac gaaaagtgag      540

agagacggga tcctgttgtc agaggaagaa aaaaagccgg agaaagtaaa atttcgcttt      600

tacctgcagg agatatttca aaaataa                                          627


<210>  2969
<211>  1128
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29167

<400>  2969
atggaacttc gaagactgga agaacaggag caccaaaaga cccggaagct gtgggaggaa       60

gtgttttcag acgataccag ggcatttctg gattattact attttatcaa gacaaaagag      120

aatgaaatct gggtgattga agaagacgga gagatccagt ccatgctcca gctgaatcct      180

tatcagcttc aggtggcaga gcatccgttt ttatgccgtt atattattgc agtggccaca      240

agagcacaat acagaagccg gggttatatg agcagtcttc tgcgaaaagc gatgcaggag      300

atgtatggga aaaaagagcc gtttacattt ttgatgccgg cagcagaggc aatctatact      360

ccatatgatt ttaggtttgt atacagccag aggcaggcgg tgtttgaaaa aaaggcagag      420

acagaattga tcgaagagga agatgcaaca atgtttcagg cagaagaact ggctgcgttt      480

gcaaaggagc ggctctttgg aacggctcgg gtatatgcag tgagagacgc gcattactat      540

cagacacgcg tattggagca gcagagtgaa aacggcggaa tccgaatgct gaaaaaagac      600

ggaaagctgg tggggatcta ctgctatgca aaagaggaaa cctgcgaagt tttagaaccg      660

ctgatccttc cgggatatga gactgtattt tgggattcca tatccggttt gagtgagaag      720

ccggtcaaag tactggcgtg tccggaagtg ttggagcctt gtgcaaggtc tgtggagagg      780

aaaccgatga tcatggtacg gattctgcat cttgagacct tgttatcagt gcttacggtc      840

aaagagggag aaagtctttc ttgttccttt gcggtcattg attcgatctt gactggaaac      900

agcaggatct ggaagctgtg cagtcaggaa gatggcagga tacaggtcac agagacagag      960

gattctcagg gagtgctgac aatcggtgcg cttacggaac ttgtatttgg ctatcgaagt     1020

gcggcggatc taagaaagga tccggacgta tgtcttggca gagagctgga gtgtgagctg     1080

gagaaaattt caccgctctc tccggtattc ttgaatgaga ttgtgtga                  1128


<210>  2970
<211>  1230
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29168

<400>  2970
ttgtctcata taaatacccc aggtgtgttg gcagaaatcg tgcaaaggac tggtgtggat       60

atgaagagag aacaaagccg ggcatggatg ctgatggcag cgcttgtgct tctggcggcg      120

ctgatcggag gaaaagaatt ttggagggca tttagatatg aaagcaggca ggtgttacag      180

gagtatacag aaaaaatgta catgcccggg gtggcctatc agagagcgga tgagaccaga      240

agttcgaaag actggtttcg ggaaaaagca ctttcctggc tgcctttagt aaaatatgtt      300

tctgacaggg agaatctgga gcaggaagtg gaggatgagg agacgctggc gaaaatactg      360

gagaagcagg ccaacgatga aagcgttgtg gatgcagatg ggaatctggt gggagagagc      420

aagactgcgg aagtgccggc aaatctgggg gagagcaaat cttccatcga tatgtcgatt      480

gaaagactgc gggactttga ctatcttttg agcaattttt atacggtaga cagttctacg      540

atgatcggac cggagcagtt gaatgcagat gatcttcttg gaaggagcat gaagatcgac      600

cggaagcaga aggggccgaa aattttaatt tttcacaccc attcccagga agaatttgca      660

gattccattc ccggtgaccc ctctaccagt attgtaggaa tcggggatta tctgacagaa      720

cttttgaatc agaaagggat tgaaacgatc catgataaag gtgtctatga catcatcaac      780

ggacagctgg acagaagcaa cgcgtatgag tatgcagagg caggtgtgcg cccgattctg      840

gaagcaaatc cgaccattga ggtagccatt gatctgcaca gagatggtgt ggcagagggg      900

acacatcttg tgaccgaggt gaatggaaag ccgacagcga agatcatgta ttttaacgga      960

ctgagcagaa cacgggcaaa cggagatatc acctatctgc caaatccgta cattcaggat     1020

aatcttgcct tttctcttca gatggaactg gcatctgaga ggatgtttcc cggatttgcc     1080

agacacattt atctgcgtgc gtaccgctat aatctgcatc tgcttccaaa atctcttctg     1140

atcgaggcag gggcccagac caatacggtg caggagatga aaaatgccat ggaagtactg     1200

gcggagacgt tgtgtcaggt gattggataa                                      1230


<210>  2971
<211>  1332
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29169

<400>  2971
atgctcaaga ctgtgcgaaa agcatttcaa atagaagaca ttagaaaacg gcttttctat       60

acatttttaa tgctgatcgt tgtaagattt ggttctcagc tcccgactcc gggagttgac      120

ccgacttaca ttcagaattt acttgcgagc cagaataacg gtgcatacag cttttttgat      180

gcattcaccg gtggttcgtt cacaaggatg tcagtcttcg cactgagcat cacaccatac      240

attacatctt ccatcattat gcagcttttg acaattgcaa ttccaaaact tgaggaaatg      300

cagaaagaag gtgctgaggg aagaaagaaa attgcggcaa ttacacgtta tgtgacagtt      360

gctcttgcac tgatcgaatc cattgcaatg tctatcggtt ttggtcgtca gggactcctg      420

gaagaattta actttgtaaa tgtagcgatt gttgtgtgta cattgacagc cggttctgca      480

tttttgatgt ggatcggtga gcgtatcaca gaaaaaggtg tgggaaatgg tatttctatc      540

gtactgttga tcaatattct ttcccgtgta ccgaatgatt ttgtgacgct ttatacacag      600

tttattaaag gaaaaactct ggcaaagggt gctatggcag caatcattat tcttgcaatt      660

ctgttggcag ttgtgttatt tgttatcatt ctgcaggatg gtgagagaag gattgcagta      720

cagtattccc agaaagtaca gggaagaagg acatatggtg gcaaggctac acatattccg      780

ttaaaagtaa atacttcagg tgttattccg gttatctttg catcttcact gatgcagttc      840

ccgattgtaa ttgcccagtt cttaggcaag ggtgacggaa acggatgggg aagtcagatt      900

cttcggacaa tgaattccaa taactggtgt gatcctgata atttagtata ttcaatagga      960

ctgatcattt acattgcgct gacaatcttt tttgcatatt tctatacatc gattacattt     1020

aatccactgg aaattgcaaa caacatgaaa aaaagcggcg gatttattcc gggaattcgt     1080

cctggaaaac caacagtcga atatctgcag acaattttga atcgtatcgt attcattggt     1140

gcatgcggac ttgtgattgt tcaggtagtt ccgttcttct ttaacggtgt atttggtgcg     1200

aatgtttctt ttggaggaac ttcactgatc attatcgtag gtgttgtact tgagacgatc     1260

aagaagatcg agtcgcagat gcttgtccgc aactactcag gtttcctgag cagcaagggc     1320

tcatcaaagt aa                                                         1332


<210>  2972
<211>  2040
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29170

<400>  2972
atgaagaaca aaaacatgcg tttaaaaggg cagctgagga tgtacatgca gtggccgctg       60

atcatgacga tcttactgtt ggcaatgaat atctggatgt atatgacgga tcaaaaagcc      120

ggacttacga tgacggtatt cgtcattatt tatgcaataa tcgttggatt gttatatttt      180

tacaaccgct ctcttattct ggcagatttg atccagttct caacacagta caagggaatt      240

cagaacacgc tgttaaagga actgaccgtt ccctatgcga tcattctgga ggatggacat      300

attttatgga agaacgaccg tttttcggaa atcgtggatg gaagagaaaa gtttatccag      360

aagataatcc cggaattgaa caagggaatt tttccgaagg atgatgagac cagaaatgag      420

ctggagatca catataagga gcgggattat caggtggagc tgcgcaggat ttccctggag      480

ggcttcagcg agagcgagcg gatgctgcag attccgaaag aaaaagagta ttttatcgca      540

ctttatatga gagatgtgac agaactgaat tcttacatcc gtgaaaatga agatcagagg      600

cttattgccg ggctgatcta cattgacaac tatgatgaag tgatggagag tgtggaagaa      660

gtccgtcagt ctcttttggt cgctctgatc gacagaaaga tcaataagta tatcaatgat      720

gtggacggaa ttgtaaaaaa actggagaat gataaatatt tctttgttgt gaaaaaagaa      780

agctaccgta agtttgaagc agataagttt tctctcctgg aagaagtcaa gcaggtcaac      840

atcggaaatg cccgatccgc tactttgagc atcgggttag gactgaatac agcaacttat      900

gcgctgagtt acaattatgc ccgtatggcg atcgatcttg cactggcaag aggaggagac      960

caggcggtga tcaaggattg taaaggaatc acgtattttg gtggcaagaa agagcagaca     1020

gctaaaaata cgagagtaaa agcccgtgtt aaagcagagg cactcagaga gttcattgtg     1080

gcaaaggatc aggttattgt catgggacat aagatttcag atccggactc ctttggagcg     1140

tgtatgggaa tttacagagc tgctgttgct ctggaaaaga aggcacatat cgtgatcaac     1200

gacgtgagta cctcgatcaa acctctgtat gatgagatcg cgcagagcag tgtgtatgga     1260

aaagatattt tcctgacttc cggggaagcg ctggattata tttcagacag cgctatggtc     1320

gtggtggtag atacgaacaa accacagatg acagagtgtc cggaactttt aaagagatct     1380

aagaccattg cggtgctgga tcatcatcgg cagagcagta cggtgatcga caatgcggtc     1440

ctgtcctata ttgagccgta ttcgtcctcc acctgtgaga tggtggcaga agtactgcag     1500

tatattgtgg atgatatcaa ggtgccgtcc attgaggcag actgcctgta tgcaggaatc     1560

atgatcgata cgaggaattt catgaaccgt accggtgtcc gtacatttga ggcggcggca     1620

tatttaagac gctgcggagc ggacattacc cgggtcagaa agatgttccg ggacgatatg     1680

gagtcttacc gtgccaaggc agaggcgatg cgtatggcag aggtctacag agaacagtat     1740

gccattgcag agtgtccgag tgacattgca agtccgacgg tactggcggc acagacagca     1800

aatgagctgc tggatatcaa tggtatcaag gcatcttttg tgctgacagt gtataatgga     1860

aggattttcc tgagcgcacg ttctatagac gaagtaaacg tgcagatcat agcggaaaaa     1920

ctgggcggag gcggtcatat caattcagcc ggcgcacagt ttgaacatac aaacgtaaaa     1980

gaggcgatcg aggcgctaaa ggtaacgatc gaccagatga tagaggaagg agatatataa     2040


<210>  2973
<211>  699
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29171

<400>  2973
atgaacccca ttctcgaatg caaagggctg acccgaaaat tcaatcactt ttttgcactt       60

tccaatgttg atctgactct ggaacgcgga gagatcatcg gcctgcttgg accaaacgga      120

agcggaaaga cgactctgat caaactgatc aacgggcttc ttttaccaac tgacggacag      180

atcacagtaa acggatcagt tcccggtgta gagacgaaga aaatcgtttc ctatcttccg      240

gagcgcggat gtctggatga acgccgcagg atttcagagc tgatttccta ttacagtgac      300

ttttactccg attttgatgt ctcccgtgct catacgatgt taaaggatct ggatatcgat      360

ccttcgcttc gtctgaaaac actctcaaag gggacaaaag aaaaagtcca gctcatcctt      420

gtcatgagcc ggaatgcaca gctttacgta ttagatgaac cgatcggcgg tgtagatcct      480

gcagccagag attatattct ccgaaccatc ctgacaaact acaacgaaga tgcgtctgtt      540

ttgatctgta cccatttgat cgcagatgta gaaaatgttc tggatcgggt tttatttctg      600

caaaacgggc agattacact caacgcctct gtcgatgaga tccgcagcgg acacaaaaaa      660

tcggtagatg ctttattccg ggaggtattt cgatgttaa                             699


<210>  2974
<211>  1287
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29172

<400>  2974
tttttaccat ttcccggagg caaatggaga aaattttctg atcattttga ctgttttttc       60

tgtgggataa aggtatacag caaaaacaga ttgtattata ctgtacctat taaaaagaaa      120

gaggactgta tgatgcagaa attagaatta tatatccaca ttccgttttg cgtacagaaa      180

tgtgcctatt gcgacttttt gtctgcaccg gcaaatgatg cagccaaagc ggagtatgtg      240

gatgcattaa aaaaagaaat acaaagatac cgcgaggttg cttcatctta ccaggtatct      300

tctgtttttg tgggcggagg aactccgtcc attttgtcgt gtgaacagat gggtgagatt      360

tttaaaatgc tgagacaggt atttaccatc gacagggatg cggagattac aatcgaagca      420

aatccgggaa ctgtgacgga agaaaaacta gaaggatgga aacaggcggg aatcaacagg      480

atcagtttcg gattacagtc tgtcaacaat gaggaactga aaatgctggg acgaatccat      540

acgtatgaag aatttcggga atcctatgac atggcacggc aggcaggatt tgataatatc      600

aacattgatc tcatctcagc cattcccgga cagaccgtaa aaagctggga gcacaccctt      660

cgtacggtgg cagaattaca tccggagcat atttctgcgt acagtctgat cattgaggaa      720

ggaacccgat tttatcagtg gtatggaaaa ggacagacag atcaggagaa atatccgcct      780

cttccggatg aagatgcaga gcggcagatg tatgagcgga cagagggaat tctggaagaa      840

tatggatttc atcgctatga gatttccaat tatgcacggg aaggaaaaga gtgcagacac      900

aatctggggt attggagcag agtagagtat ttagggatcg gtctgggagc ctcgtctttt      960

atttccaata ccagatacca tctttgtaca gatatgatct cttatataga aagaatagga     1020

tcaggagaag atctgcggga agaaatcgaa gtgctgacaa aggaagatgc catggaagaa     1080

tttatgtttc tgggacttcg aagaatgcag ggaatctccg gaacccagtt tgagaactgt     1140

tttggaaata cgatagaaga aatctacgga gacgtgattg aaaaactgga gcaggaaaaa     1200

atgttagaag tgaaagagga taaaatccgg ctgacaaaaa gagggattga tgtcagcaat     1260

tatgtgttct gcgaatttct gctgtag                                         1287


<210>  2975
<211>  705
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29173

<400>  2975
atgacaaata atttaaaatc cggagagcgt ctggatgatc tgcagcttaa tgggcttcag       60

atcatccagg atccggaacg attttgtttt gggattgatg cggtgatgct ttctgatttt      120

gccagggtca aaccggggga gaaggttctg gatctgggaa ccggaactgg gatcttaccg      180

attttattgt ccgcaaagac cagaggagag cattttatcg gacttgagat tcaaaaagaa      240

agtgctgata tggcgcgaag aagtatagag tggaattatc tgcaggaaaa aattgagatt      300

gtgcagggag atatcaaaga ggcggcagcg ttattcaagc cgactttttt tgatgtgatc      360

gtgaccaatc caccgtatat gctgaaccag catggtctgc agaatccggg agatgccaaa      420

gcgatcgcgc ggcatgagat tttatgtact ctggatgata ttttacgaga gagcaaacaa      480

ttacttgcgg acgggaaagg acggttttat atgatacata aaccgtttcg tctgggagag      540

attctgacga agatgagtga atataagatc gaaccgaaga ggatccgatt tgtgcatcct      600

tatattgata aggaacctac gatggtgctg atcgaaggtc ttcgaggcgg aaaaccgagg      660

gtaacgatcg aaccgcctat aattatgtat acccggtggg ggtga                      705


<210>  2976
<211>  711
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29174

<400>  2976
atggcattga taaaatgtga tggaatttcg atcgcatatg agggacagac ggttgttcgg       60

gatctgtctt tttggatcga gcagggagat tatctctgca ttgtgggaga gaatggttcc      120

ggaaagagta cgctggtaaa aagtcttctt ggattaaaac cgccctttaa agggcagatt      180

ctgctgggag acggattgaa gcaagacgaa atcgggtatc ttccccagca gacggtcgtg      240

cagaaagatt ttccggcaag cgtctatgag gtggtacttt ccggcagact caacagcaga      300

ggctggcggc cgttttacag tgcagcggat aagaaggcag ccagagagaa tatggagctt      360

ttaggaatcc gggaaatgga acaccagtgc ttccgggatc tttccggcgg acagaaacag      420

agggtgctgc tggcgagagc gctgtgtgcc acaaagaagc tcctgttgtt agacgagccc      480

gtgacaggac tggatccgct ggtgactgca gagttttacc agttgattga aaaaatcaat      540

aaggaggcta aaattgcagt tgtcatggtg tctcatgata tcgaaagtac gatacagtat      600

gcaagccata tcctgcattt gcaggagagc gccctgtttt acggaactgc gcaggaatat      660

caaaacagtg cagtcggcaa gagatttctg ggaggtgagg gaaatgcttg a               711


<210>  2977
<211>  942
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29175

<400>  2977
atgaatgaag agagaagaaa acagcagatc cttcacattc tggcggccgg aatccgcaag       60

gtgatggagg aagcgcacct ggactatgga aagctccagg agatccggct gcgaacagat      120

cagccgcttc tgatcctgta tcagggagaa gaattatttt tgcctgcagg acgggcgaaa      180

aagcatatgg tgacaaaaga agagataaag gagacgctgg aatacagcag tcattattcc      240

ctttatgcgt atgaaaatga aatccggcag ggatttctga cagtggaagg aggacatcgt      300

gtgggggtgg caggaaaagc aatattagaa caggaaaagg tgaaaagtct gcagcatatc      360

tcgtctgtaa atatccggat gtcacatgaa attcccggat gtgcggacag gctgcttccg      420

atgatcacaa agaacagaga ggtatgtcat acactgatca tctctccgcc atgtggtgga      480

aagacaacgc tgatccggga tttgatccgg cagatttcag acgggaatgc gcatgtgaaa      540

ggatgcacgg taggggttgt ggatgaacgc tccgagatcg gagggtgtta tctgggagtg      600

gcacagaatc atctggggag caggacggac attctggatt gctgtccaaa agcagagggc      660

atgatcatgc tgatccgatc gatgtcccca agagttctgg ctgtggatga gattggggca      720

caggaggaga ttcgtgccgt agagtatgct atgcagtgcg gctgtaagct gatcgccagt      780

gtacatggga attcgatggc agagatcgcg tccaagccgg gactggggga actggtgaga      840

cagcggcgct ttgagcgcta tgtggtactg gagaacagag aacatccggg agaaatcaaa      900

gagattttcg atgagcgggg gagtctttta tgcagaaact ga                         942


<210>  2978
<211>  762
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29176

<400>  2978
atgaaaaaga tttatatttg cagagatgac agaaccgaga tgctttcggc aatttatgac       60

gcatggaaag aaaaccgcaa taaagaggta ggaatcgggc ttttgggaaa gacacagcag      120

cagctgttct gcgaatatgc agaagttgta tcatccgaaa agaaagcgca ggcggtggaa      180

cgcctgatac gggatcatat gggagagcag acttatgagg atatttctta tgccctgttg      240

tgtgaagatg cgatgaaagc agaggcgata ctacatgtca tgcaggcagc gagacaggta      300

aagccaagta aaaggattat ggattttctg ggcaatccct ctgtggcaaa agtgtttgaa      360

atgaaacgca gagtttcgaa tgaagcccat tattttattg agtttgtaag atttcgggaa      420

ctggaaaacg gagttttgtt ttccgagata gagccgaaga acagggtgct gacatgtatc      480

gcagagcatt ttgcagatcg ttttccgatg gaaaactggg tgatctatga caatacgcat      540

caggaatttc tggtgcatcc ggccggaaag cattgggtgc tggtacaagg agaagtgcca      600

gagcggaatg tgacagagca gatcacggaa gccgagaagg agtatgaaaa attgtggaaa      660

ggatttttta aaaccatctc gatcaaggaa cgggaaaatt taaaatgcca gcgaacacat      720

ataccggtca aatatcgtaa aaatgtgaca gaattccagt aa                         762


<210>  2979
<211>  1071
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29177

<400>  2979
atgaaggcat ttctgatttt agaagatgga accgtgttta caggaacaag cattggttcg       60

acaagagata tgattagtga aatcgtgttt aatacctcca tgacaggata tttagaggtg      120

ttgacagacc cttcttatgc gggacaggca gtcgtaatga cgtatccgtt gattgggaat      180

tatggaatca caccggacat ggaatcaaga aaagcatggc cggatggtta tattgtaaga      240

gagctgtctc gtatgccaag caatttcaga tgtgaaggta cgattcagga ctttttgaaa      300

gagcaggata ttcctggaat cgcaggcgtg gacacacgtg ctctgacaaa gattttacgg      360

gaaaaaggta ccatgaatgg tatgattact acaaatgaaa attacaatct ggaagagatt      420

cttccaaagc tgaaggccta cacagtaggt gatgttgttt ctaaagtaac atgcagcgag      480

aaatatgttc tggaaggaac aggaaagaaa gtagcactgc tggatttagg agcaaaaaat      540

aatattgcca aatctttaaa tcagcgtggt tgcgaagtga ctgtataccc ggcccacaca      600

actgcagaag agatcatttc atcgaatcct gacggaatca tgttgtcaaa cggccctgga      660

gacccggcag actgcacctc tattattgaa gaaatcaaaa aattgtacaa tacagatatt      720

ccgatctttg caatttgcct tggacatcag ctcatggctc ttgctacagg tgcgactaca      780

cacaagttaa aatatggaca tcgcggcgga aatcatccgg tgaaagacct tcagacaaat      840

cgtgtataca tttcttccca gaaccacggc tatgtggtag atgcagaaaa tgtagatcca      900

aatgtggcag tgcctgcatt tacgaatgtc aacgatggaa caaacgaggg acttgcctat      960

gtcggaaaga acatctttac cgtacagttc catccggaag catgcccggg accacaggat     1020

tccggttacc tgtttgacag attcattgag atgatgggag gagcgaaata a              1071


<210>  2980
<211>  699
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29178

<400>  2980
atgatgcggg tgacatatct cggacacagt ggatttcttc tggagatgga ggatgccctg       60

cttttgtttg attattatca gggcagtctc cccgaaatgg atccggaaaa aacattgttt      120

gtatttgtga gtcatgtaca ttatgatcat tataatccgg acattttgaa attgcgccgt      180

cagagacaga acatctggta tcttttttct gatgatgtgc cgatgccgga tgaacagaaa      240

caggtaatcc ggctgtcgcc cgaagaagag aggcgtgtga atggcatccg ggtgcgtaca      300

ctgccatcta cagatgaagg agtcgcattc tggatagaat atcagggaat cgtgatttat      360

cacgcaggag atttgaactg gtggcactgg gaaggagaac caaagtcgta taacgagcag      420

atgagagcgg attatcagaa ggcgattgga gagcttccgg atcagccgat cgatgttgca      480

tttgtgccgg cggatctccg tctgggtgag cagtatgtct ggggactgga ctattttatg      540

cgtcatacag acacgaaaaa tgtgttcccg atgcatttct ggggatccta tgaagtgttt      600

gacaggcttt ttcacgaacc gtgtacaaca gaatatagaa gcagaatccg agagattcag      660

acagaaggac aggtgtttga cattcagagt cagacatag                             699


<210>  2981
<211>  591
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29179

<400>  2981
aggtggacaa ctatgtttat cattgtagga cttggaaatc cgacaccaga atatgaggga       60

acgagacaca atgtcggatt tgaagtaata gatgcactgg cacgaaaata taatattgat      120

gtagatacga aaaaacacag agcttatatc ggaaaaggaa tgattgaggg gcagaaggta      180

atcctggcaa aacctcagac ttatatgaat ctgagcgggg aaagcgtcag aagtcttctg      240

gactattata aagtggacga agagcaggag cttcttgtca tttatgacga tatcagcctg      300

ggagtggggc agataaggat tcgggcgaaa ggaagtgccg gagggcataa cgggatcaaa      360

aatatcattg cccatttggg tggacaggta tttccccgta ttaaagtagg tgtgggagaa      420

aaaccgccga aatgggatct ggctgattat gtgctgggac atttttcaaa agaagaacag      480

gaacagatgg aagagggata tgaacatgca gtttgtgcag tgaaggagat tgtgacaggc      540

aatatcgagg ctgcaatgaa cgagtataat cggaaaaaga aggaaaaata a               591


<210>  2982
<211>  867
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29180

<400>  2982
atgcattttc agtggtatcc gggacatatg acaaaggcaa aacggatgat gcaggagaat       60

atcaaactga tcgatctggt gatcgaactg gtggatgcaa ggctgccggt cagcagccgg      120

aatccggaca ttgatgagct cggaaaaaat aaagcacgtc tcattctttt aaataaagcc      180

gatctggcag aagaaaagtg gaatgatgca tgggcagagt attttaagaa gaaaggatat      240

tctgtagtca aggtcaattc aaagagaggc ggggggatca agtcgattca gggcgtgatt      300

caggaagcct gtaaagagaa gatagaaaga gacagaaagc gcgggatctt aaaccgcccg      360

gtgcgtgcaa tggtcgttgg gattccgaat gtaggaaaat caacgtttat caatgcactg      420

gcaggaaaag cctgtgccaa gaccgggaat aagccgggag tgacaaaagg aaaacagtgg      480

atccgtttaa ataaaaatgt agaactttta gatacgccgg gtattctctg gccgaagttt      540

gaagaccaga ccgtgggact tcggctggca tttatcggtt ctattaaaga tgagattctc      600

aatacagaag agctgggagg cgagctgatc cggtttctgg tacagagtta tccgggtgta      660

ttgcaggaaa aatatgatgt gagtgagtca caggatattt atgcgtgtct ggaagaaatt      720

gcgaagaaca ggcattgtct ggtacgaggc agtgagctgg atatggaaaa ggcggcaaga      780

ctgttgttag atgattttag aaatggaaga attggaagaa ttactctgga attccctcag      840

gattatgaag agacagacgg agagtaa                                          867


<210>  2983
<211>  762
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29181

<400>  2983
atgggagaaa taaaacagat ggggataccg gtaaaattgc aggtttttga aggtccgttg       60

gatctgctgt tacatttgat cgagaaaaat aagattgata tctatgacat tccgatcgta      120

gagatcacca gccagtatat ggaatatatc cggcagatgg agcgggaaga tttaaacgtc      180

atgagtgaat ttctcgtgat ggcggcaaca cttctggata tcaaatgccg gatgctgctc      240

ccgaaagaga tcaatgaaga gggcgaagag gaagatccga gagcagagct ggtagaacag      300

cttttacagt ataaaatgta caaatatatg tcctacgagc tgcgggatcg tcaggtagat      360

gcagaccagt atttttaccg ggaggcagat attcccaagg aggtgaaaag ttatgttcct      420

gcggtagatc tggatcagct tttaggggac gtgacgctgg tacagctgag gaagattttc      480

cgggaagtga tgcgcaggca ggaagagaag atcgatccgg tgcggagtaa gttcggtaag      540

atcgagaaag aagaagtacc gcttccggac aagcttttgt atgtggagac ttatgcaagg      600

acacataaaa aattcagttt tcgtatgctt cttgaaaaac agaggagcaa gatgcatatt      660

gtggtgacat ttctggcagt gctggagttg atgaagacgg gcatgatccg tgtttatcag      720

gaagaaatct gcggggagat cctgatcgat tcccagatat aa                         762


<210>  2984
<211>  627
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29182

<400>  2984
ttgaaatcat ttccaaatcc cctcacccct tccgaagaaa aagaatatat tcaaaaatat       60

actgagggtg acctgcaggc aaaacacatt ctgattgaac ggaatctgcg gctcgttgca      120

catgtgatca aaaaatatca gtatgtggac gaagatcccg aagatctgat ctcaatcgga      180

accatcggtt tgatcaaagc cattgtcacc tttaatccaa gcaaaggaaa ccggctggca      240

gcttatgcct ccaagtgtgt ggaaaacgaa atcctgatgc atttgcgcgc acggaaaaag      300

acgtcaaaag agatttcttt atatgaaccc atcggtacgg accgggaagg aaacgagatc      360

aaattatacg atattatcga aacggatgaa gacgacatcc cggaacgggt atgcctgaaa      420

gaaaatatcc agaagctgta tgaaaaagta gaaaacgagc tctcccagcg ggaaaaactc      480

gttttaaaaa tgcggtatgg actttatggc ggcgaggaat acacgcagag ggaagtcgcc      540

aaacaactgg ggatctcccg ttcttatgta tcccggatag aaaagagcgc ggtcgaaaag      600

ctacgcgtct ttttctgctc ttcgtaa                                          627


<210>  2985
<211>  876
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29183

<400>  2985
atgccaaaga tagcaattat gacagacagt aattgtggaa tcacgcctga tgatgcgcag       60

aagtatcaca ttcacatact tccaatgcct gtccttgttg gggaagacac tttttatgaa      120

ggatgcaata tcacatcaga agagttttac cggaaacttt cttccggaga acctgttaca      180

acttctcagc catcgcctgc ggatgtcatg aagatgtggg atcagctgct gaaagaacat      240

gatgaagtcg ttcatgttcc aatgtccagc ggactgagca attcctgcca gactgccctg      300

ctccttgcgc aggaagaata tttcaaaggg cgggtgcatg ttgtggacaa tcaccggatt      360

tctgttacac aggcacaatc cgttctggat gcagtcgaac ttacccgcca gggattcacc      420

ggggcgcaga tcaaagaaat tctggaaacg gaagccatgg atgccaccat ctacattgcg      480

gtagacactt tggaatattt aaaaaaaggc ggtcgtatca cagcagcagc tgctgccatc      540

ggaaccgtat tgaatttaaa gccggttctt accattcagg gagacaagct ggacgcctat      600

accaaaaccc ggggaatgaa gtctgctttt aaagccatgt gcaaagcact tgataaagat      660

ctctccggaa gactctctgc actccatact cagggactgc tcaaagccgg tattgcatat      720

acacagatgg atcctgatac attggaattt tttaaagaag aaatgaaaaa acgatacccg      780

gatctggaat tgtttcagct tccacttaca atgagtatcg gatgtcacac cggtcccggt      840

gcacttggaa tcgggctggt acgagtccat aaataa                                876


<210>  2986
<211>  1311
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29184

<400>  2986
atgaactttt ttaagcgagc tttaaaatac tgtgtcagac agaaattacg tacgctgatt       60

ctgtttttga catttactct gctgtctgca actgttttga ttgcagtttc cagcgagaaa      120

gctattttgc aaggaacaaa gcagataaag gaaactgtag gtgcttccct tcgtatggaa      180

attgacatga acaatcagaa taattttggc ccggctgagg atttcggaaa tggggcttct      240

ggatatacct ataatggcga ccgtattaca gaaaaaataa taagtgtaat ttcaaaactt      300

cccaatgttg tgagctataa cgctaaaatg gatggtggct attgggggat tccggaaaat      360

ttcgagccga ttccgggcat ggtgaatgca ccaggtttgt caatccctta tactgcagta      420

ttggattctt ctttagatat aaaattttta aatggaacat ataaactgga agaaggacga      480

catattaatc ctgatgactc ttgcacagtt ttgatttcaa aagaattggc agacaaaaac      540

aatctttctg taggagataa aattactttt caagagtttg aaacgggaaa aactgaatgt      600

acctttacca ttgtaggaat ttatagtggt acagagggta cgacaaaaca ggcgatcaca      660

ccggatggga ttcctgcaaa cagtggttat attgatatgg atggtctgaa aaagttttat      720

gacggagtaa atgaaaaatt ggagggatat gacaatcttg atatttatac gcactctcca      780

gaggaaacca aagagcttat ggaaaccatc aaaaatcttc cagacgtgaa aggaaaaacc      840

tttaccttta acattaacac agaagatttt gacatagtat ctactccatt atcttctttt      900

ggaagtatag ttgatacagc cgtattgaca attactgtaa ttggcatgtt tgttattgta      960

ttgttccttg ttttgtggac gagaagccgt aagaaagaaa ttgctgtttt acttgcagtt     1020

ggtcgaagca aggcagaaat tgtcggacag ttcctgacag aaaatatatg gattgcaata     1080

ctatctatgt ttgcgtcaac ggcattatct tttggacttg ccaatcaaat cggttcattc     1140

attgtcagca gattgggaga aaatatatcc aaattgaccg ttcagattgc cacatcagat     1200

atgcttaaag tatttggcat tggtgttatt ctgatttgtc ttgcggttat tgttgcttcc     1260

tatacggtca tccgtttaca accgaaagat attttaacaa aaatggaata g              1311


<210>  2987
<211>  519
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29185

<400>  2987
cagaggagaa gagggaagat gaaggcagca gttgtgacat tgagcgacaa gggatttcga       60

aacgaacggg aagataaaag cggagagctg gtacagatga tgttgaaaga agccggatat      120

gaagtggcgg aatacaggtt acttccggat gagcagacgc agatcgagac ggtattaaaa      180

gagttgagtg atgagaaaga gatggatctg atcctcacga caggaggaac cgggttttcg      240

caaagagact gtacaccgga agcaacgatg aatgtagcta cccgaaatgc gccggggatt      300

gcagaagcaa tgcggtatgc gtcactggct attaccccca gagcgatgtt gagccgcggg      360

gtatcggtga ttcgaaatca gacactgatc attaaccttc cgggtagtcc gaaagcggtg      420

aaagaaaatc tggagtatat tttgcctaca ctgtcacatg gactggaaat tttaaaagga      480

gtgacaggag aatgcgggat cagtttgaaa gaaacataa                             519


<210>  2988
<211>  552
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29186

<400>  2988
atgggagtca ttgttgttgt attaccaaag cttgagaatg cgaaaaaagt gaagaaaata       60

ctgcttgaac acggatttca gacggtgttt gcgtgttctt ctgcctctgc ggctcttcag      120

atggttggtg aatattcgta tggtcttgtc atcagcgggt accggatgcc ggatatgtat      180

tatctggatc tcgtagattg cctgccccgg gattttgaat ccattctgtt gggctcagag      240

gagacagtgt cacaagtcgg cgcggggatt ttatccctga ccatgcctgt caaagcctat      300

gacctggtca ataccgcaga tatggtgctc cgtcaactgg agcggcggat caaaaagaaa      360

acccggacac caaaaaaacg gagtgagaag gaacagaatt atatccgtaa tgcaaaattt      420

ctgttgatgg agagaaacta tctgacagag gaggaagctc acaaatatct gcagaaatgc      480

agtatggata acggaacgaa tatggtggag acagcacaga tgatcctgac actgctgttt      540

gatgagacat aa                                                          552


<210>  2989
<211>  639
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29187

<400>  2989
gagagaaaaa acatgagtac acaaacaaac acagcagaga agagtacaca gaaaataggt       60

gcaagaacac tggcgcttgt cggaatgctt tccgcagttg cagtggtgtt gatgacattc      120

gacattccgc ttccgtttgc acccacattt tacaagattg atttcagtga agtaccggtt      180

ctgattggat gttttacaat gggaccgctt gcgggtgtgg gaattgagct gatcaaaaat      240

ctgctgcata ttgttatcag cggaactcag acagcgggag ttggagaggt agccaacttt      300

ctgatcggat gtgcatttat tgtgccggca ggattgatct accataaaaa gcatacaaga      360

acaggtgcgt tgatcggtat ggcatcaggc acggtattga tgacggtgat cggaggactg      420

atgaatgcat atgtattgct tccggtgtat gccaaagcat ttggaatgcc gctgaatgct      480

ctggtagaga tgggaacagc gatcaatgca aagattacaa gtgtctcaac actgatcctg      540

tttgcagtgg caccgtttaa tcttctgaaa ggtgtgctgg tgtcattgat cgtattttta      600

atctataaga agatcagtcc gatttttcgg atgaagtag                             639


<210>  2990
<211>  462
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29188

<400>  2990
atgaacattc gcctactgat cccagaggat tatcctgtga tcgattctta tatgcaggag       60

cttcacgacc ttcatgttca gggacgccct gatttattta ttcctgcaag tcacatttat      120

tcagaatccg acttccgtga aataacaacc gacggcaatc acatagctct tgcaatgaca      180

gatgaccatt ttatcgccgg ttttatcatt gcttcgctcc ggaccaaaag caatatggtg      240

accggaacac tcatcgcata tgtagatgat atgtttgtac acccttctta ccgtggtcag      300

aaaatcgcaa cgactctttt tcatgaaatg gaacaaaaag caaaagaact cggagccaca      360

agaatcgatc tgatggtatg ggaattcaat gaatctgcac aggaattata ccggtcactg      420

ggtatgaccc cgcagaggta tattttagaa aaattactgt aa                         462


<210>  2991
<211>  246
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29189

<400>  2991
atatttgggg caatacttct ggaaaaggaa ggagatgctc tgaatatgaa acagaaaaag       60

atcactcgcg aagagattcc gtcaatggaa gaaaaagaca ggatgaaata tgaaattgca      120

gaagaactgg gacttttgga ccaggttttg gaggaaggat ggaaatcttt gtcttcaaag      180

gaaaccgggc gtatcggtgg tctgatgacc aggagacgcc ggaaatctgc ggaagatcct      240

gcctga                                                                 246


<210>  2992
<211>  432
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29190

<400>  2992
atgactggtt ttttaattgc ccttctttcc ggggcgctga tgagtgttca gggggtattt       60

aatacacagg tgacaaagac aaccggattg tgggtcagca atatctgggt gcagttaagt      120

gcttttctgg catgtctggc ggtatggttt ctggcaggaa gggcggatgt gactgcactt      180

gcgaaggtgg aacccaaata tatgctttta ggaggcgtga tcggagcagg gattacctgg      240

accgtagtaa agagcatggc atccttagga ccggcaaaag ctgcacttct aattgtaatc      300

tcccagctga tcgtagcgta tgtgatcgag cttctgggga tgtttggtgt ggaaaaatct      360

ccgtttgcat tccggaagct ggcagggctt gtcgtggcac tgatcgggat tgcaatcttc      420

cagtgggaat ag                                                          432


<210>  2993
<211>  234
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29191

<400>  2993
caggaagagg tacagaaaca ccgacagagt aaattcacac ctttctccat gctgcataca       60

ataaaagtga ggaataccca cagttggaga gcgggcgatg gggtggaaaa gaagctggaa      120

agagaaactg cgtcagaaaa tgtactgcca ggcagaacta aacagacaaa tattacgtat      180

aaaacgctca ttagaagaag tatgtgcgat actcaataca ggatgttgcc gtaa            234


<210>  2994
<211>  690
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29192

<400>  2994
tggagatctg gagatgacag gactgaaaag tctgcgtcag ttttaaaaag cctacatttc       60

gaattttttt gtccgcttga tattcataga aataatagat accgggtgtc atataatacc      120

tcaggtcttg tctttcttct aatgtattca atgtgtggga aaaaagaacc ggatcagggc      180

agagagaaat tggaaagagg aaacattatg aatcaggatg aaaaatatat gcgggaagcg      240

atccgtcagg caaaaaaagc atacgctctg gaggaggttc ccattggctg tgtgatcgtg      300

tatcaggata agatcattgg acgcggatat aacagaagga cagtggataa gaacacactg      360

gctcacgcgg agctgcaggc gatccgcaaa gcaagcaaaa aaatggatga ctggcgattg      420

gaagactgca ccatgtatgt gacactggag ccgtgccaga tgtgttccgg agcgatcgtg      480

caggcgcgga tcaaacgggt ggtagtcggg tgtatgaatc ccaaggcggg ctgcgcgggt      540

tcgatcctga atcttctgga tatgaaagag ttcaatcatc aggtggaact gacaacggga      600

gttctggaag aacagtgcag tgggatgatg aaacagtttt ttaaggaact gcgtcagaaa      660

caaaaagata aaaaaaagaa gtctgaataa                                       690


<210>  2995
<211>  963
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29193

<400>  2995
atgggtggaa cagagcgttt tcaggaaaat ggaatcatac agatagaaaa tcttgtaaaa       60

agatacggtt cttttgttgc cctggatcat ttgaatctga atgttcggga aggggaaatt      120

ttcggacttc tgggaccaaa cggatcgggt aaaacaacgg tgatcaactg tatgctggca      180

cttttgaaat atgataaagg cagtatacgg atattcggtc aggagatggc accggatcat      240

tatgaggtga aaaagcagat agggatcata cttcagaatg tggcggtttt tgatgaactg      300

acagtatatg agaatattga ttatttctgc ggactttatg taaaagagaa agaaaaaaga      360

aaaagtcttg taaaagaggc gattgctttt gtagggctgg aggactacca aaagacaaga      420

ccaaagaagc tctccggcgg actcttaaga aggctgaata ttgcctgtgg cattgcacac      480

aagcccagat tgattattct ggatgaacct acagtggctg tggatccgca gagcagaaac      540

cggattctgg aaggaattca ggagctgaac agacagggag caaccattgt ttatacctct      600

cattatatgg aagaggtgga gcagatctgc agcaggattg cgatcatgga tcatggaagg      660

agtattgctg ttggcaccaa agaacagctt accgggatga tcaaaacagg ggaaaaggtg      720

acgatcgagg cggtcgtact aagtgaggag cagcttgcag gaatcagaga gctgccgcat      780

gtattcgctg ttgattatca aaatgacatt cttactgtac agtgtacaaa agccagacat      840

aaccttgtgc ggatccttca ctgtctggag gagcagggga ctgcttttgg aagagtctac      900

tcagagctgc cgactctgaa tgatgtattt cttgagatta caggaaagca gcttcgcgat      960

tag                                                                    963


<210>  2996
<211>  1317
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29194

<400>  2996
atgggacttt taacatttaa aggtggaatc cacccaaaag acggaaaagc gcttgctaaa       60

gatcagccga tcaaagagct cttgcctctg ggtgaactgg tgtatccgct gtctcagcat      120

atcggtgcgc ctgcagttcc attggtgaaa aaaggcgacc atgtcttaaa aggacagaag      180

attgcggaag caggcggatt tgtatctgcg ccggtttacg catccgtggc aggaactgta      240

aaagcaatcg aaatgagata caatccggcg ggaagtaagg taaattgtat cgtactggaa      300

aacgatggta catatgagga agtggaatac accccgatta cttctctgaa agaactcaca      360

aaagaagaaa ttatcgagag aatcagtgaa gccggtgttg tgggaatggg tggtgcagga      420

ttcccgacaa aggtaaagct ttctccaaag gaagccgata agattgagta catcattgcg      480

aacggtgcgg aatgtgagcc gtatattaca gcagattacc gtcgtatgat ggaatgtaca      540

aaggagattg tcagcggaat ggaagtggtg ctgtctttat tcccgaatgc agaaggaatt      600

tttgcagtgg aggacaataa aaaagactgc gtagagaaat taaaagaggc gattgccgga      660

aaatcccgta tgagcgtgaa agtactggag acgaaatatc cgcagggtgc agagcgtcag      720

ttgatctatg ccacgacaaa gcgtgccatt catgcggcaa tgttgccggc agatacagga      780

tgtatagtag ataatgtgga gactctgatc gcgatcaatc aggcggtacg ttttggaaag      840

cctctgatgg agcgtgtagt cacagtcagt ggtgatgata ttcagaatcc gggaaacttt      900

agagttccaa tcggaatgaa ccacagagaa ctggtggatg ccgccggagg atttataaca      960

gaacctcaga aactgatttc aggaggtccg atgatgggat ttgccatggt cacactggat     1020

gcgccggtga caaagacatc ttcttcgatt ctggcgtttc aaaaggatga ggcagcagaa     1080

gcaaaagaga ctgcctgcat caactgcgga cgttgtgtgg aagtatgtcc gagcaggatc     1140

attccttcca gactggcaga tctttcagag cgtcacaacg aagaaggatt tgtgaagatg     1200

aacggactgg aatgtgtgga atgtggttcc tgcagttttg tctgtccggc aaaaagaaat     1260

ctaaaacagg cgatcggttc tatgagaaag attgcactgg caaacaaaag aaagtaa        1317


<210>  2997
<211>  1437
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29195

<400>  2997
atgatcggaa ccgaatatat tttaaacagt acccagttgg aagaggccat caaatcattt       60

gtgcatgatt tttgtgcaga aaaacacgag atccacgatc agcctgttgt tgttgaagca      120

aaggaacatc aggaggacaa aatcaaacag atcaaaatcc cggaaaaagg acgcccggta      180

aacgaagttg tctctgaaat gatgaacgaa gtgtaccgct accgcggaga tgccaaccat      240

ccacgttttt tcagcttcgt tccgggaccg gcttcttcgg tttcctggct gggagatatc      300

atgacatctg cttacaacat tcatgccggc ggaagcaaac ttgcccccat ggtcaactgt      360

attgaacagg aagtgttaaa atggctggca aaacaggtcg gatttaccga gaatcccgga      420

ggtgtctttg taagcggagg gtctatggca aacatcaccg ctctgactgc cgcccgggac      480

aataagctaa cagatatcaa tctccatctg ggaacagctt atatttcgga tcagacacac      540

agctccgtcg caaaaggact gcgcatcatc ggaatcacgg acagccggat ccgcagaatt      600

ccgacaaact cccatttcca gatggatacg acaaaactgg aagaagccat tgaaacagac      660

aaaaaatccg gctatatccc gtttgttgtc attggtaccg cgggaaccac gaacaccgga      720

agtatagatc cacttacaga gatttccgca ctttgtaaaa aacatgatat gtggtttcac      780

attgacgggg cttacggtgc ttctgtactg ttaagcccga aatacaagtc tctgttaact      840

ggaaccgggc ttgctgacag tatcagctgg gatgcacaca aatggctctt ccagacgtac      900

ggatgtgcta tggttcttgt aaaagatatc cgtaacctgt tccacagctt ccatgtaaat      960

ccagagtatt taaaagatct ggaaaatgac atcgacaatg tcaatacatg ggatatcgga     1020

atggagctga cccgccctgc ccgcggctta aaactatggc tgactctgca ggtgctcgga     1080

agtgatctga tcggatctgc cattgagcat ggattccagc tggcagtctg ggccgaagaa     1140

gctctgaatc caaaaaaaga ctgggagatc gtctcccctg cacagatggc aatgatcaac     1200

ttccgctatg ccccaaaaaa tctgacaaag gaagaacagg acattttgaa tgaaaagatc     1260

tcccatcgga tcctcgaaag cggttatgca gcgatattta ctactgttct caatggaaag     1320

accgtacttc gaatctgcgc gatccatccg gaagcaacac aggaagatat gcagcatacg     1380

atcgatctgt tggatcagta tggtcgtgaa atttatacgg aaatgaaaaa agcttaa        1437


<210>  2998
<211>  1713
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29196

<400>  2998
atggaaaagt ggtttgtgtc catgaagaaa gcggatttta cgcagattgc ggaaaaatat       60

catatttccc cgatcatcgc gcgcctgatc cgaaacaggg atattttagg cgatcagaat      120

attgactatt atttaaatgg aacgattgca gatctgcacg atgggatgct gatgaaaaat      180

atggatacgg cagtggagat tctggaggaa aaaatccgag aaggcgaaaa aatccgtgtg      240

atcggagatt atgatatcga cggagtcaat gcgacgtata ttttgaaaac aggattagaa      300

agtctgggag ctttggtgga tacggatatt ccggatcgga tgaaggatgg atacggcctc      360

aatcagatgc tcattgacag ggcattggag gacggtgtag atacgatcat tacctgtgac      420

aatgggatcg cagccgcttc agagattgct tacgggaaag cgcaggggat gacgatcatt      480

gtgacagatc accatgaagt accttatcta gaagcaggag gagagaaaga atatctgatt      540

cccgatgcag atgcagtggt caacccgcat ttaccgggag atccttatcc gtttaaaggt      600

ctgtgcggtg cggcagttgc gtataaagtg gtggaagcgt tatataatgt catggggcag      660

gatgcggatg atgtagattt tctgatggaa aatgtggcga ttgcgactgt gggggatgtg      720

atggatctgg tggatgagaa ccggattttt gtaaaacagg gactggaaat gctgaaacgc      780

acgcaaaatg aaggtctgaa agcattgatg gaatgcacgc aggtaccgac agagagattg      840

tcagcctatc acatcggatt tgtcatcgga ccatgtatca atgcgagcgg gcggctggat      900

acggcaaagc gggcattgga gctccttgag gtgaagaaca gaagagaagc tgtcatgatg      960

gcagaagatt taaaagcatt gaatgacagc cgtaaggaaa tgacagaaaa aggggtagag     1020

caggcagttg aacagatcga gacaacggat ttgaaagagg atcgagtact ggtcgtatat     1080

ctgccggact gtcatgagag tattgccggg atcattgccg gaagactgaa agaaaaatat     1140

tataagccgg tgtttgttct gacgcaggga gaacatggcg tcaaagggtc ggggcgttcc     1200

attgaaagct accatatgtt tgaggaaatg tgcaaatgca gggcgttatt cacaaaattc     1260

ggaggccata agctggcggc agggctatct ctggaagagg agaatgtgga acgtttccgc     1320

agaacgatca atgaactctg tgagctgacc agtcaggatc tgatgccgaa ggtatccatt     1380

gacatgcagc ttcctcttgc gtatgtaaca gaagagctga ttgaagaact ggaacttctg     1440

gagcctttcg ggaaaggaaa tacaaagccg ttgtttgcgg aaaaaaactt aaaagtacag     1500

aatctccgtg tgatcgggaa gaatcagaat gtcctgaaat ttcaggttct ggatcgaaat     1560

ggacggaaaa tggaggcgat ctatttcgga gaggtacagg agtgtatgga gtatctgcag     1620

ggaaaagaag aggtggcgct gacattttat ccgtcggtca atgaatacag aggaaacaaa     1680

agcatacaga ttacagtggt aaattatcaa taa                                  1713


<210>  2999
<211>  411
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29197

<400>  2999
attattcgga aggagggttc atccatggca aaaggacata gatcccaaat caagagagaa       60

agaaacgagc agaaagacac aagaccatca gctaagattt cttacgctag agtctctgtt      120

cagaaagcat gctacgtttt ggatgccatc agaggtaagg atgtacagac agcacttggt      180

attttagctt ataatccaag atatgcttca agcgtaatag agaaattatt gaaatcagca      240

atcgcaaatg ctgagaacaa caacggtatg aacgttgaga acctttatat cgaagagtgt      300

tatgcaaaca aaggaccaac aatgaagaga atcagaccga gagcacaggg tagagcttac      360

agaatcgaaa agagaatgag ccatatcaca atcgtgctga atgaaagata a               411


<210>  3000
<211>  726
<212>  DNA
<213>  Ruminococcus gnavus ATCC 29198

<400>  3000
atgagcaatg gattaaaaca atattttcca atgattcaaa cccgagagga gctttgtaaa       60

aaaattcaaa ctacccctga attaaaattt ctgtttgatt cgtgggacga atcccaacaa      120

gaagaatttc tgcaattttg cacaggaatg cagggtgtca aaatacttta cgattctttt      180

ttcaaagaaa ttttaaatcc ggatactgca ccttcacgtc tggaagaatt actgtcactg      240

atattacaac ggcatattcg tattttacac gtacttccaa acgattcttc ccgaattgca      300

gaagaaaatg ctttgcttat tatggatatt gttgttcaac tggaagatgg aagcattgca      360

aacattgaag tgcaaaaaat aggatattcc tttcccggac aacgcagcgc atgctatttg      420

gctgatcttt tgctccggca atacaaacgt gccaaaaatg aacggaaaaa gaaattcagc      480

tatcgggata taaaaagcgt gtataccatt gtttttatag aaaaaagttc tggagagatg      540

aaacggcaca agcaggatta tgtccaccat ttttgtcaaa agtcagatac aggacttcat      600

atggagcttc tgcaggaatt cgttttcatc ccacttgaca tctatcggga aacccgtcac      660

aataaaggta tacccatccg ggcatcccgt aatacatgcc tgcggcgggc ggactttgtc      720

cgataa                                                                 726


<210>  3001
<211>  1020
<212>  DNA
<213>  Veillonella

<400>  3001
atgaaggact attccaatat actcatcatt aaaatgagtt ccttaggtga tgtcattcac       60

gcattgccaa ccttatatgc attgcgtcaa aatttaccgc acgcaaaaat tacctgggct      120

atacacgagc aatttgctag ccttttaccg ggtacacctt gggtggatga agtgattata      180

atcgacaaaa aacaattaaa atctccttct tatttgtgga accttcgcaa ggatttacat      240

agtcgtcatt tcgacatgac cttagattta caatgtatag ccaaaagtgc cgccgtgtct      300

ctattatcgg gggcacctga gcgatatggc tattgggaac ttcgagaagg tagtaaattc      360

gtcaataaag ccctcgtagg tgctcataaa tatgaccacg ttatcgagcg atacctcgac      420

acagtgcgcg tattaggcgg cgatgtagag ggtgttgaat ttccaatgcc ccatgaccat      480

gcggccgagg gcgtcattcg aaaacgttta gctgatctgg gtgtaaccga tgattatgtc      540

gttgttgtac ctggtgctcg ctggattgtt aaggaatggc ctttgttgaa ctttggtgag      600

ttatgtattc gcctttgtga aagtggtaag aaggttatca tcgcaggggc gcctgatgac      660

aatgaaaaag gtctattcat tgaaaattat gtaaagaatg ataatctcat caatttagtt      720

gggaaaacca ctatggcaga acttattgaa ttgattcgtc attgtcatat atatatcagt      780

gccgatacag ggccattaca cattgcgaat gcattaaaga aaccgctaat agcactattt      840

ggcactacat caccacatag aactggccca tatgggggca gtcacgttca tcttattatt      900

tcccctacat ctaaggctac acctgaacag ccgctagtag atgatcccga ctgtatggca      960

caaattccag tagatgcggt atgggatgtg tattctgaaa tgttgagaaa ggatttgtaa     1020


<210>  3002
<211>  2046
<212>  DNA
<213>  Veillonella

<400>  3002
cttggtgtaa atggaaataa ataccataat aacgttaccg gtatttatgc tcttgatgga       60

tctcaggttg ccatagataa aaatgtaaat gtaacagttg taaacccagc acctgcggaa      120

agtggagaga agcgcagacc agacttagca cactattata tgagtggtat atatgctggt      180

tatggtgggg ttacaaatga tggtaataat gatgataccc gtattaccgt acaaggtaat      240

gccaaagtag atgccattgg cgtaggtttg caagctaata aggatggata catttggatt      300

ctaggtgggg cagatgtaaa gacacatcct ttaacgacat ctgatacata ttctgcactt      360

tcagaagaag gatttgtcta tgtgaatact ggcatggatg gattgaaacc aggtgctaag      420

gacgtcaata tgtatggcaa tattggtttt atcaataaaa actatggtat tgataaaaat      480

ccacacaatc atggatcaga aatttcattg ggattaacga caccaaattc taaattagtg      540

ggtggtgtac tcaatgaatt tgatgaaagt aacaataatc ctcatcatgg tggtttgaga      600

ttgtatttac aaaatggtgc tacatggcgc aatgaatggt taggtgctga acgtgtgtat      660

cctacacaag gtcgccctga cagtgctaac tatttatata ccggtagtaa ggtagagcat      720

cttatcggtg gtactaataa aggtagctta ggtattattc aaccagtaga tgtacgtcca      780

atcactgtta ataattatgc tggtcatacg gctattgatt atctaaatgg ttcaccagcc      840

gcagaatatg gcaagggtga agtggtcatt aaccatgctg acccaggatc ctctgttaca      900

ttgcgtagct ctgtagaagc actgaaagaa caagccaatg ctgaaattcc gggattagca      960

gagaatcaat ttgctaagaa gttggtatac actggttata caaaaggcga aaaaaatcta     1020

gatgtaaatc taaagttaga caccggtgtt attagtccta cgttaaatgc taaacttagt     1080

gctgacgatt ttgataaaga tggacgtgca atggtatctg ataaaactac tttgacaact     1140

agtgaaagtg atatcgtttc aggtgctaag agtgcgttag cagcctctgt aatgcagatg     1200

agagctgaca caaatgattt acaacgtcgt ctaggtgatg ttcgtatgaa ctctgataat     1260

caaggcatat ggggcaaata tattggcggt aaatctaaaa tcacagactc tgcttatgta     1320

aatcaaacct ataatatggc tcaaattggg tatgatacaa aacgaggcaa ctggattgta     1380

ggtggtgctt tcttgtatgg cacaagtaac agtgactatg ctttgggttc tggctcaggg     1440

aaaacggcgg gtctagcagt atatggttcc aaacagttta atgatggtcg ttatttagat     1500

atcattgcta aaggtaatcg tttgaaaaat gatttcgctg ttcgtaacca tatgggaact     1560

accttgagtg gtgattatcg taataccgga acatccttaa gccttgaata tggtaaacgt     1620

atcaagagag ataatgggct ctatatcgat cctagtgctg aattaatctt tagtcgctta     1680

tctggtgaaa gttttgatgc ttatactaat gcaggtggca cagttcacat cagctctgat     1740

gctgttaatt ctgctatcgg ccgtttaggc ataggaattg gcaaagaagc taacaatagc     1800

aatatcttcc ttaaagcagc attagcacat gaattctctg gtaaaatgaa atccacttat     1860

agcatggcag gtgaaccaac tactaatagc gtagtcaatt tgaaagacac atggcttgat     1920

cttgaattag gtggttcctg gagcttccgt ccaaatacat atttgtacgg tacttttact     1980

aaaaactttg gtagtacagt tgatacatcc tatcgcgtag atgctggtat tcgccatagc     2040

ttctag                                                                2046


<210>  3003
<211>  738
<212>  DNA
<213>  Veillonella

<400>  3003
tctcatcgta atgcagcatc tgtagttggc attgctgatt acatccctat gggtgcaggt       60

ttcttactca aaaaagaaat tgatgcacta agtgcagctg tagtacatcc aaaaacacct      120

atggctgcca ttatcggtgg tgctaaggta acagataaga tttctgttat ttccaatcta      180

ttacctaagg tagatgttat gattatcggc ggcggtatgg caaatgcttt catcaaggcg      240

caaggctgta acatcggtag ttccttatat gaagatggtc aagatgctat cgctacagat      300

ttagttatgg aggcacgcgt tgcaggtgct agattattga cacctgtaga tgctgtagta      360

gctgatgctt ttagcaacga tgcaaatact aaaatcgttg atgttgatca aatcgaagat      420

ggctggatga ttttagatat cggtcctaaa acacgagaac tctatacaga agcattggct      480

aatatgaaaa caatcatttg gaatggtcct atgggcgtat ttgaaatgga aaaattcgct      540

gctggtacta atgcagtggc aaaggctgta gccgaatctg atgcgatgac catcgttggt      600

ggtggcgatt ccgtagctgc tattgaaaaa agtggtttag cagataaaat tagtcatatt      660

tcgacaggtg gcggtgcctc ccttgaatta ttggaaggta aggttttacc aggtattgct      720

gccttaactg aggcataa                                                    738


<210>  3004
<211>  777
<212>  DNA
<213>  Veillonella

<400>  3004
gtgactgctg atagtaatgg ttatgtaggt tttgatttgg cattgtttat cgctgagaag       60

ttgcgtgctc agtttgtgtt tgatatggca cagatggagg gaaacacggc aacgtatccg      120

caggttgaga cgattgtgtg tggtacttct gtggcggggc tcagtgtgag tgaaactcga      180

cagatagata atattaatcg tggctggcaa gccttgatag aggatttgcg gttaaaacga      240

tttcagatta ataagttagt ggctatcgaa tataataagt tggtttctga aagtgagaac      300

cgcctaggat ttggtggttt tcgcaatgca ccagtagcta taggtggtac aagttataca      360

ccacctactc cgttagattt aaattcttgt tgggatgatt taataactag gtgccaagca      420

ttagaggtga atccattaga acaatcgctt ctattatatg ccgagatggc tcgcaaccag      480

ttctttgaag atggtaataa acgaactgct cttctcatga tgaatggcaa cctaattcag      540

aatggattgt gtccgattac gataacgaaa tctcgcgaag tagaatatcg gaccgcttta      600

attggatatt atgaaagccc tgagcaacat cgcattcaat tcttcgattt cctaaaacaa      660

gaacaacaaa ccatgctaaa acgctggggc tatgaaatcc aagatgtaag taaatccgaa      720

cttggtaaaa ctatagacac aaatctaaaa gaaggatcca caaaacataa attataa         777


<210>  3005
<211>  1806
<212>  DNA
<213>  Veillonella

<400>  3005
atgtctgaca aaaagacttc aaaggacgct gaacgcgatt tactggcgcc tgtatccttt       60

gatgaatttg agaaacctac gtatgaacga tggcaggctg aagttgaaaa ggcgttaaaa      120

ggtggcgact tccataaaaa gatgttcact ccaacttatg aaggtattac gctacaacca      180

atttatacac ctgcattgca tgcggagaat attccaaaag gtgtttaccc tggagctgga      240

cagttcctac gtggcacaat agccagtggc tatatcaaag aatcttgggg cgtatcccaa      300

tatgttgatg attccttgcc taaggatgct aaccatgcaa gtttatacga aattgtaaaa      360

ggtggcacca tccacaacat tcgtcttgat gaggctacac gtcatgacca agacgtacaa      420

gtaggcgcat ccgttggtgt gggcggtact tccttgtcca caatggatga ttgcagtcaa      480

ttaattgaac gattcaattt taaggaaaat cctttatata ttgaaactgg cgcatctgca      540

gcaattttgc tcggtatgtt gtcagcaact gtaaaagctt ctaaaaagca aacatccgat      600

ttgaaaggtc tcgttggtgc agatcctatc ggcatgtggg caaaagacgg tgcattgcat      660

atgtctttgg acacagcttt tgatgaaatg gcgcatactg ttgtgtgggc taaagaacaa      720

gctccagaac ttagaacagt actcgtatct ggcgatgtgt acgctaatgg cggtgccaac      780

gatgtgcaag aggttgctta tgcattggca acagccgttt gttatgtacg tcaattggca      840

caacgcaaca tcgatatgaa aaccattgct aagagcatga tgttcacatt ctccatgggt      900

gctaacttct tcatggaaat cgctaaatta cgtgcgttgc gcgtactttg ggctcgcatc      960

atggaagaat ttggtgcgga agaacaagat cgtgcagttc atgtacacgg cagaacatct     1020

gctttcacaa aaactgtata cgacccatat gtaaacttgt tgcgtaacac aacacaagca     1080

ttctctggtg ttgtaggtgg tcttaatagc cttgaagttt ctccatttga tcaaccaatt     1140

cgcaaatccg atgaattctc tcgtcgtatt gcccgtaaca ttcaagttat gttgcaaact     1200

gaattcgaat tgcgtcaacc agttgaccct gtaggtggtt cttggtacgt agaaacattg     1260

gcagccgaat tatgcgaaaa aatttgggct gaattccaaa ctatcgaatc caaaggtggc     1320

atcattgctg cattgaaaga aggctatcca caagcgcaag ttaagtcgat tcttaacgaa     1380

cgatttaaaa atcttgcgtt ccgtaaagat gtggcagttg gtaacaacat gtacgctaac     1440

atgacggaag aattgttgga tccaaaacct gaaaatcaag aaacattacg tcaaaaacgt     1500

gtagctcatc ttgaagaata cttggctggt gcagatcaag atgcccttgt aaaagcacaa     1560

gctacgttag aagcaagcac aacagaacca ggtgcgttga ttggccttat cgaattgggt     1620

gcattacaca aaatgacaat tcgccaaatt cgcagtgctt tagaggcggg cgatatttcc     1680

tctgaaacta tcgaaccaat tactgcacat cgctggactg aacaatttga agcacttcgt     1740

atgcgtactg aagcgtataa acaacgtacg aaagacaatg tgaaggtatt cttggctaat     1800

atgggc                                                                1806


<210>  3006
<211>  3210
<212>  DNA
<213>  Veillonella

<400>  3006
gtgtcgaaat ttttcattaa tcgacctatc tttgccattg ttattgccgt catgattaca       60

ttggctggcc ttatttcaat ggttaacctt ccgatagctc gatatccaca aatttctccg      120

ccatcagtac aagttagcac tgcgtacaca ggtgctactg ctcaagtcgt aaatgatact      180

gtggctagtg ttattgaaac acaaatcgtt ggggttcaag atttagactt tatgacgtct      240

acaagttcca gtaatggtac ctattccttg tcactccaat ttaatcaagg cagcgatgcc      300

gatatggata cggttaatac acaaaaccgt gtacaagcag cacttgcaca attgccatcc      360

gaggttcaac aagttggtgt aacaactacg aaatcatctg gtgatatggc atatattttc      420

tccttaaact ctcctaatgg tacatttgat agtacattcc ttaaaaacta tggtactaac      480

tatttgatgg atgccattaa aggggtaaaa ggcgttggtt ctgttcaaga gtttggttct      540

gactacgcaa tgcgcatatg gttggatcct agtaagatgc aaaaattagg tgttactctt      600

tcagaggtaa cagctgctat taagagtcaa aacgtacaag ctgcagctgg tacagttggt      660

aagaacccta caaatgggga acaagcattc caatatccga ttaaaattga tggtcgtctt      720

gtaacagagc aacaatttgg caatattgtt atcaaaaatt ctaatggtac cgtattacat      780

ttaaaggaca ttgctcgtat tgatgtaggg gctaaggggt atgattttac tccaaaagct      840

tcctatcgag ataataatgc tccatctggt gaaatcctat ttgttgaaca tcgaccaact      900

gctggttttg ccgtttcttt acaaaatgat gcgaatgcgt tagaaacgat tgcaaatgtt      960

caaaaaatct tagcagaaca atctaaatcg ttcccacaag atttggaata tcatgaagtt     1020

gtagataata ctaaattcgt acgtgcttct attaatgaag tagagcatac attctttgaa     1080

gcattagtac ttgttcttat cgttgtgtac gtattcttac aatcttggcg atctacattg     1140

attccgatga ttgcggttcc tgtatctcta ctcggtacat ttggtgcgtt tgtattgttg     1200

gacttctcta tcaatacatt gactctattt gccatggtac tggccatcgg ccttgtcgtc     1260

gatgatgcta tcgtagtagt agaggccgtt gaatatgaat taaaatataa tggtttagca     1320

ccaaaagaag cagctattaa agcgatggaa aacgtacaag gtccagttat cggtattgcc     1380

tttgtactat ctgctgtatt tattccagtt gcctttatgg gtggtatgac tggtatattg     1440

tataagcaat ttgctttgac aattgctgta tctgtagtta tttctgctat tgtggcatta     1500

gtgttaacac ctgcactttg tgcgacgatg ttgaagccgc atgtgcaaaa agaacgagaa     1560

gatttccttc atcgtcaact taataaattc aatcgcggtc ttgaacgttt tagcgattgg     1620

tatggtaaag tattagctcg tttgagtcat cgtttgagct taactgtaat agcgctactg     1680

gtctttgctg ctggtacagg tatcgtattc catttcttac ctacaagttt cgtacctgca     1740

gaagatagtg gatatttctt aattgccgta aatgaaccac caggtgcaac gtctgctcgt     1800

accgtagaaa ctctagataa aatcaaagat ttcttagagc agacaccggg tattaaagat     1860

aatattgagc aagtatttac cgtttctggt tttgaccttt taggtggcgg tcaaaaatca     1920

agtgctgggg cttcctttgc ggtattaaaa gattgggatc aacgtaagtc ttctgatcaa     1980

tctgttaatg ccatggttgg tgctgtattt ggctttgctg ctaaaaatgt accagaagcg     2040

agtgtggtag cattgaatcc tccatctatt cctggtcttg gtaatactgg tggttttaca     2100

atgtatatca tcaataaatc tggtgatagt gcagaggtaa tggctgaacg ggcacaagct     2160

ttcattgcag aagctcgtac taacccagct atccgaacag tgtatactac atttgatact     2220

gctacacctt ctttgcagtt ccaaattaat cgagaaaaag cagctcaaga cggtgttgct     2280

ttgcctgata tttttactgc tttgcaaggc ttctatggta gtatccaagt taacgattat     2340

acatcatatg gtaaaaacta taaggttatt gttcaagcag atgacgcatt ccgtcaaaat     2400

gcagataact tgaatatgct agcagttcgt aatagcaagg gacaaatggt ttccgttgct     2460

aactatatta cgaaagaaaa aactggcaca ccatcatcta ttacgcgttt cgataatgcc     2520

atggctgtcc aaattggtgg ttctgccgct aatggttact cctctggtga tgccatccaa     2580

gcattgaaaa atgcagctgc taaaacattg ccacaagggt atacatatga ttggggcggc     2640

caaacacgtg aagagttaaa agccggctct caaacactcc taattctagg tcttggtttg     2700

acatttgtat tcttaattct tgctgcattg tatgaatcct ggaaggttcc atttgccgta     2760

ctattctctg taccatctgg tatgattggt gctgcattag taccattctt gttgaatttt     2820

accggtcgat tccaattagc aaatgatatt tacatgcaaa tcggtttatt aaccttggta     2880

ggtttggcgg cgaagaacgc cattctgatc atcgagtatg cgaagattcg tgtagatgaa     2940

cgcggtatgg atatcgtcga tgcggctatc gaagcagcta agattcgttt gcgtccaatt     3000

ttgatgacat cctttgcctt catctttggt gtattgccat tggcaatttc cactggtgcc     3060

ggttctggtg ctcgtacatc aatggggatc acagtagtag caggtatgac aacagctacg     3120

ttctttggta tctttattat tccaatgctt ttcatcatta tcgaaaaggt tggtcctgga     3180

ttctttacga aacgtaaaca gaatcactaa                                      3210


<210>  3007
<211>  1137
<212>  DNA
<213>  Veillonella

<400>  3007
aaacattcca agtttttaca acgcatgtgt atgcctgcac ctgctgtagg ggctttacca       60

tttgcatttt taaccgccat tctttcttat tatcatattt tggatattaa atttgaaggt      120

tcattacaaa ccttcttaat gcttgccttc tttactacca ttggtttgat ggcttcctta      180

aaagtattaa aaaagggcgg cattttcatt gttttcttct tccttgcttg cgccgtgtgg      240

attgtagttc aaaatactgc aggtatcgcc attgccaaag cattgggtat tgacccaatt      300

attggtatca tggccggttc cgtatccatg attggcggtc tcggtacggc aggtgccttc      360

ggtccatact atgaagaact atatggtgtc gcaggaacag catccgcagc ggtagcagca      420

gctacattcg gtatggtagc tggtacaatc ttaggtgctc cagtaggtga acgcatcatc      480

aagatgcaca aggtaaaaac accttatgac aaccctgaaa ctatggatga tgacaacatc      540

gattatatcg aagatcacgt tgaaggcggc ggaaagcaat ttaactctca agatttgtta      600

acgatttgta tgtggattgg cctggcattg ggtattggta ctatcgtaag tgctggttta      660

tctgttctta caccattacc tgcatatatt ggtgctatga tttgtgcagc agtaattcgt      720

aacgtaggcg attttacaaa atcctataaa attaacgatg cagctcttga cgcagtatct      780

aatgtagcat tatctttatt cgttacaatg gcaatcaata gcttgaagct tgtacaatta      840

atcaatcttg ccttgccgct tattacaatc ttagttgctc aaatggcgct tatctgtgtg      900

tttgcatacc tcatttatct cctatttgga cgcaactacg attctgttat gctcggtgct      960

ggcgccatcg gcttcggctt aggtgctacg ccaaatgcat tggttaacat gttatcctta     1020

gcaagtaaac acggtccatc ccctcgtgca tggctcgtag tttccttggt aggtgcattc     1080

ttaatcgatt ttgctaatgc cttccttatt acaacaatgg caaagttaat acactaa        1137


<210>  3008
<211>  1095
<212>  DNA
<213>  Veillonella

<400>  3008
atgaaaaaca ccataagaaa atacgcacct cctatctttc actgtattaa cgacttcggt       60

caaggttcat tggccgcact tataccattt tttatcacga actttggcct taattattat      120

caatcggctt ctattatttt ctgtaatacc gtggtagcgt ctattgctca gcccattttg      180

gggtatgtag cggatcgatg gcgcgtacct tggtttattc cggtaggctt tacagtgact      240

cttgtgtcca ttagtgctat ggcgctggct acgaactatg aaatgattct tgctttgtct      300

cttttagccg gcgtaggggc ggcgttattc catcctgagg cggctctttt ggtgaatcgt      360

acgcaatccc atgaaattgg caatgctatg gggcgctttg cagtgggtgg cagcgctggt      420

tttgccttag ggccgctcat tgctggtggc gtttatgtct ttggggcgca cttcctttgg      480

gtatttacag ccatcgcttt actgggcgta ttaatgtata tctatgcttt cacggataag      540

gccgatgtga ctaatgctag tgactgtgaa agccattcta aatctgttgc tattggcact      600

aacgattggg tgagcttcgg gaagttattc tttgtcatag cctcaaggtc tatactgttt      660

tctgtgttgt ctatctttat tccaattttg tatattaccg ttattaatgg tgaagctggt      720

gcatcgagct tggcacttac gatgtacttt gccatggggg ctgtccttac ctatatgggt      780

ggtgcactat cagataagct aggctttcta aaaacagtgc gtttaggcaa tattatattt      840

ttaccatccg tattagtgtt tatcttcgta ccgaatgcat ggggattctt tggtgccatg      900

ataccgatgg cctttggcgt tttctcgcaa tacggcccaa ttaccgttct aggccaaaaa      960

taccttgcta aaaatgcagg ttttgcatca ggcattacat tgggcctcgg cattacttta     1020

ggtggcctcg tagcaccata tattgggcat ttagcagata tttacgatgt acaaacagcg     1080

ttgatgacac tgatc                                                      1095


<210>  3009
<211>  642
<212>  DNA
<213>  Veillonella

<400>  3009
ggctatgtag caaaacgcat ggaaattggt gccgttattg gtgctgcgcc tcgcaagcaa       60

gtgcgtcgtg aagtaccgac accaggtgat atcatcgtat tattaggtgg taaaacaggt      120

cgtgacggtt gtggcggtgc tacgggttcc tctaaagaac ataccttaga atctctcgct      180

acatgtggtg cagaggtcca aaaaggcaac gcccttaccg agcgtaaaat tcagcgtcta      240

ttccgtcgcc ctgaagtaac gacactcatc aaacgttgta acgatttcgg tgctggtggt      300

gtttccgtag ccatcggtga actaacagat ggcgttacca tcaaccttga cttagtacct      360

aaaaaatacg acggtcttga tggtacagaa ctcgctattt ccgaatccca agaacgtatg      420

gcttgtgtca ttgtaccaaa tgatgttgat gcatttatga agtattgcga tgaagaaaat      480

cttgaatgca caatcgttgc cgatgtaacc gatactaatc gccttatcat gacatggcgt      540

ggcgatacaa tcgtaaatat tagccgtgat ttcttaaata cgaatggcgc tagccaacaa      600

aaagaagcca ttgttactgc accagcagac aagtcctatt tc                         642


<210>  3010
<211>  795
<212>  DNA
<213>  Veillonella

<400>  3010
atgaagtcaa aatatagtaa gagtaaaatt gcggcattaa cattaacgtt tgtgtgtgct       60

accactgcga tggcaagtgc cacaacatta caatatggtg ataaaggtaa aaacgtaatt      120

gctgtacaac aacaattaat taaacacggt tacaatgcaa ccgataaaaa tggtgtgtat      180

ggtaaggaaa caaaatgggc tgtacgcctg ttccaacaag atcgtggttt acctgtagat      240

ggtattattg gaccagcaac gtacaatgcg ttgatgggtg ctcctcgtac aactaaggca      300

gtattgtcta ataatgcagc tacaaaagca gtagcaacaa aatctgcttt cacaaatcaa      360

aatgcacaat ctaaacgtct tgcaggccaa aacgttaaat tgaataactt gaaaaaggtg      420

caaacaccaa acaacattca cgctatttta gcggaagctg acaaatatcg tggcgttcct      480

tatgtgtttg gcggtactac acctagcggt ttcgactgct ccggttatgt taaatacgta      540

ttcgcgaaac aaggcattgc tttgccacgt ctagcggatg agcaatacaa tgtaggtaca      600

tctgtatctc gtgcaaacct taaggctggc gaccttgtat tctttgaaac atatgaacca      660

ggtccatctc attccggcat ttacatcggt aatggtcaat ttatcagtgc tacatccagt      720

cgtggcgtag cagttgctga tcttgacaca ggctattggg gtgaacgcta tatcggcgct      780

aaacgcgtta tgtaa                                                       795


<210>  3011
<211>  1641
<212>  DNA
<213>  Veillonella

<400>  3011
atgagtttag caagcttttt cgaatcgatt ccagaaaaac aacggaatct gcaactagga       60

ttgacctgtg ataatcctat gagtggcgcc tttcctcata aacgcgttgt tcatgcaggc      120

cttaatggga ctttgatttc acctaaggaa tcacaaaatg tatgggatac tgttatgaag      180

ggggccccta aaaaaggtca aatgcaatgt gcctatattc atattccgtt ttgtaaaacg      240

aaatgtacat actgtggttt ctttcaaaat ggtacgagcc aaagtattga agaccaatat      300

attgatggcc ttattgggga acttaagctg gctagtgaaa gtccgcgctt aaaggatggt      360

cttatccacg ctgtattcat tggcggtggc acaccgacat ccttatctcc agcaaactct      420

gagcgcttgt taaaagcgat taaagaatac ttaccactag ctaatgatta tgagcttacc      480

ctagaaggtc gcattcatga tttgattcct gaaaatcttg aagtatggat gaataatggc      540

gtcaaccgta tgtctattgg catccaatcc tttaatactg aagtgcgcca aatggtaggt      600

cgtttggata caaaagaaac cgtactagaa cggctggcgg tcctaaaggc gtatggtcaa      660

tgttctgttg ttatcgactt gatttacgga ttgcctggtc aaacaatgga ggtttgggaa      720

caagacttag ccgacttagt aagttctggt gtagatggtg ctgacctata tcaattgaat      780

gtattcgatg gaagtgatct aaaccgcgat attgcaagcg gtaaggtacc accagctgca      840

acaacagcta tgcaaggtga tatgttcgaa tttggtcgcc aatacttaga tgcccgtgcg      900

tatcgtagat taagcgctgc tcattggagt gctaataacc gtgaacgtag cttatacaat      960

atcttagcta aagcaggtgt accaatgttc ccattcggca gtggtgcagg gggtaatgtt     1020

gatggatatg gcatgatgct acatcgcgca ctaaaaccgt atgaagatat ggtaagccgt     1080

ggtgaaaaac catttatggc acttatgaag caaagtgatt tacaaccatt tgttaatcaa     1140

gttgtgagcc aacttgaaca aggttactta aatatcaata ctttaatagc tatggatccg     1200

cggctaggcg aattgaattg gttgtataaa ctttgggaag aacgtggttt agtctcctac     1260

aatggcttgc tctataaatt aacggcagcc ggtgaatttt ggactgttaa tatcacgcaa     1320

agtacattgg aggctatgga atatatttta actggtaaaa attcctttgc cttagaatcc     1380

gtagcggctc aagatacgaa gaccacatct aaagaaaatc ctaaccaaga ggtacgtggt     1440

atcggccaag gaaaggcgaa tatttcggta ccaaccgatg aacagacaga agcgcaacgc     1500

aaagaagcac tcatggcaaa agcgaaagaa gaaatcgcta agagtggtgc ctctggtgaa     1560

gcagcaaatc gcatggttca agctatgtcg aatttgagcg ctgatgaaat tgaatacatg     1620

atggaacgta tgatgtccta a                                               1641


<210>  3012
<211>  642
<212>  DNA
<213>  Veillonella

<400>  3012
ggccgtgcgg ctacagaaga acaattaaaa gctgtagggg aacaaacatg gcaaatcact       60

gcagataaag atgctactac atctggtgcc caaacaggta ctaagaaaga tgctaaggtt      120

ggtaaagacg acaaagttca attgattgct ggcgaaaata tgacagtaaa tcaaaatgaa      180

cgagacttta cattcaccct taacaaagat cttgtgaaga tgaactctgc cacattcctt      240

ggtactggta caaataaaac tattattact ggtgactcca ttacacaaac tgctggtact      300

caaacgaata catctactgc agctggtaat actgtagcaa atggtactaa gtccacagaa      360

actacagcag atggtcaagt gattaaagac ggtactaaat ccaataaatc tactgtaggt      420

agtaatgtta tcgatgatgg taatggtaat gtaaatacat ccaatgtaac atcgaatacc      480

attactgatg gtactaatac aagtacaatc actgcaggta aggcaactat tggttcttcc      540

attgtggatg gtgtaaacaa tacattcaca acaggtggtg ctaatgctgt taagttagat      600

ggtgcagccg gtacaattaa aactggtacg gtaactgtaa cg                         642


<210>  3013
<211>  1293
<212>  DNA
<213>  Veillonella

<400>  3013
atgaaacacg attttatgag caatgacctt catttgccgg aacttacgtt tcgtgggatg       60

ttactagggg cactgattac cctaattttt acagcatcta acgtatactt aggtttgaag      120

gtcgggttga cattctcgtc atccatcccg gcagccatta tttcaatggc aattttacgt      180

tttttcaagg attctaacgt tcttgaaaat aacatggtac aaacgcaagc atctgcggct      240

ggtaccttat ctgcaattat ttttattttg ccaggtttat taatgcttgg ctattggcaa      300

ggtttcccat tctggcaaac attcttgatc tgcgcatgcg gtggttctct cggtgtgtta      360

ttcaccattc cattgcgtcg tgctatggta gtgaacagtg acctaccata tccagaaggc      420

cgtgcagcag ctgaaatttt gaaagtaggc tctcacagtg gtgaaactag caaatctggt      480

tccggtatga cagacatcgt atctggtggt gctgtagctg gtcttatcag tctttgtgca      540

aatggtttta aagtacttgg cgacagcatg agcttctggc tccctgttgg taaaggtatt      600

actcaaattc cattgggctt ctccactgca ttgttaggtg ctggttacct tatcggtatc      660

gcatctggta tcgctatcct agttggtgtt ctcatcgctt gggctggctt tgtaccttat      720

ttgacaaatg cacttgctcc agatggtggc gtaactgcta aattcgctat gggcgtttgg      780

aaagaaaaag ttcgtttcat cggtgctggt gctatcggta tcgcagcgat ttggactttg      840

attactttga ttaaacctat catcgaaggt atgaaaatct ccttacaatc catgagtggc      900

agtactgcag aacgtgaatt gcatcgtatg gatacagata tgagtacaaa atctgtaatg      960

ttaacatttg ccgttattct tgtaggctta gttattacat tctgggattt cgtatccgct     1020

gtacctatta gtgcaggttt aatgtggact cttgttgttg taggcgttgt agtagcttta     1080

ttaatcggct tcttcgtagc agcagcttgt ggttacatgg caggtcttat tggtacatct     1140

gcatctccaa tctctggtat tggtatcttg gcgactatta tttcttctct agtggtatac     1200

ttcatcgctt ctgaaaataa cttgttcgct acagaggctg gtgttcaatt tgctacagct     1260

atggctatct tcatgacatc cgtagttatc gcc                                  1293


<210>  3014
<211>  588
<212>  DNA
<213>  Veillonella

<400>  3014
atggaacgaa taaaggatct cgtgtacacc catgatcagg gtggacagtt tagatgggta       60

acggtgagca ccttaatgct cgcgttaggt acaattttgc acttggtgag tcctagtttt      120

gcaggaatta cgccaaactg gatgattgca gcgtattgcg tagcgatttt gctgacaaag      180

ccaagcatct cccaaacatt gggcattggt ttagtagcag ccttgattga ggtgttgaca      240

tcaaaatctg gtttcccata tggtaacttg atttcagaac ctgctggtgc attgatggta      300

acgcttattg ctcgcactat ggctactatg aaaattagca aaattggttc tttcgaaatt      360

acgccaatcg taacagcttt tttaagtact gttgtatctg gtggtatttt tattactctt      420

ttgtggcaaa ttgcaggctt gcctaacaat gtatatctct ttgtgatttg gccagcggta      480

ctcgccgtag ctgctgttaa tgcggccatt acaccgattt tatatattcc agctcaaaag      540

atgtttgcta aacgcggtat gttgcctacc ggtaatgcag aatctagt                   588


<210>  3015
<211>  2001
<212>  DNA
<213>  Veillonella

<400>  3015
atgaatccta aagatagaat agaacaatta caaaaagaat tgactcatgc gcagtatcta       60

tattatgtaa aagataatcc gacgatgagc gattttgaat atgatcaaaa atatcgtgag      120

ctcgttgatt tagaaacggc acatcctgaa tatattgtgc catcgtctcc gacacagcgg      180

gttggcatca aggcggatgg tccctttgaa aaagtagtcc atggtagacc tatgctcagc      240

ttatccaatg tgtttagtgc ggatgaagtg cgtgcttttg accaacgggt aacgaaggag      300

ttgggacatc aaacaaaggc ttatgtggtg gagttgaaaa ttgacggctt agctgttaat      360

ttgcactatg aaaatggtat ctttgtccgt gccgtcacac gcggtgatgg taaggtaggg      420

gaagatgtaa cagccaatgt gcgtaccatc aaatccattc ctttatacct agaaaatgcg      480

ccagaattta tcgaaattcg cggtgaagcg tacatgccac atagcgaatt taagcgtatc      540

aacgaggaac gtgatgaaga agggttaccg acctttgtca atcctcgcaa tgcagcggca      600

ggttccttgc gtcaacaaga tcctgctatc acagctagtc gtaatcttgc attctttgcg      660

tatgctatcg gttctgaaag tggcgcacat attcacacac aagaggaatt attgcataca      720

ttagaaaatt tccatttttc tgtaaaccct cattatcgag tatgtaagac tgtagatgac      780

gtgattgaag ccattaatta ctgggatgaa aaacgtcatg aattaccata cgatacggat      840

ggtatggtta ttaaggtcaa tgattttgca gatcaagatg tattggggac cactgcaaaa      900

gatcctaaat gggctacggc ttataaatac cctccagaag aggtagagac tattatcaac      960

gatatcacta ttaatgttgg tagaacaggt gtattaactc ctacaggtga attacaagct     1020

gtattcgttt ctggcactaa tgtaagtcgc gtcacattac ataatcaaga tttcattact     1080

gaaaaagaca ttcgcattgg tgaccacgtg gttattcata aggctgcaga aatcattcca     1140

gaggtgattc gcgtattacc agaaaaacga actggcaatg aggttcctta tgccattcct     1200

aatcaatgtc ctgtatgtga atctcctgcg gtgcgccgtg aaggtgaggc tgctattcgc     1260

tgcaccaata aacattgtcc agctattgaa aaggaacaaa ttattcactt tgcttctcgt     1320

gatgctatga atatagacgg ccttggtcca agcattgtag aaaatttaat caatgagaaa     1380

ttaatctcta atgtagttga tttatatcat ttaactacgg aatcgattat ggcgatggac     1440

cggatgggca aaaaatcggc agataatctt gtaaaagcta tcgctgattc taaaactcgt     1500

ggcttagaca gagtgttatt tggccttggt atccgtctta taggttcaaa agcggctagc     1560

acgattgcca acgtagttaa gtctatggat agattcctga ctattacaaa agatgaatta     1620

gtagcggtag aagaaattgg tccaactatg gcagatagca ttatcgaata tcgtgaggat     1680

cctcaacata ttgaaattat caatggcttg attacagctg gtctaaaaat gaacgtagat     1740

gtacaagagg cagctggtaa tgaaatggat ggggaaatcg tcgttcttac aggtaaactc     1800

gaatctatgg gccgcagtga agctggtaaa atactagaag cacatggcgc taaggtaacg     1860

ggttcagttt ctaaaaagac aacgcttgtc gttgctggtg aagatagtgg tagcaaactg     1920

acaaaggcga acgaacttgg tattcgcgtt atcaatgaag aagaattttt agaattactt     1980

aaagatttag gtgaaaacta a                                               2001


<210>  3016
<211>  1011
<212>  DNA
<213>  Veillonella

<400>  3016
atgttaattt caattgttgt gcctgtatat aatgaagaag aaaatatagc tattttttac       60

aatgccgtaa caaaggttat gtcaggccta tcatatgaat atgaacttat ctatgttgat      120

gatggatcta cagattcatc ggtcgttatt ttgcgagaaa ttgcaaaatt agatgctcgt      180

gttaaagtcg ttttattagc gcgaaacttt ggacatcaaa ctgcattgac ttgtggtctt      240

gattacgcca aaggggatgc agtaattacg atggacggtg atatgcaaca tccaccagca      300

ttaattccag aacttatacg gttgtgggag aatgggtatg atgtagtgcg caccattcga      360

gactctacag aggatgccag ctgggcaaaa tcctttactt ctaaatatta ttataagctg      420

atgaataaaa tggcagatgt tcccatcgta gaagggggat ctgatttccg tttaatgaat      480

cgtaagtcgc tagaaacatt gaaacatttc cgtgaacatg gacgtttctt gcgtggcatc      540

gtgggggccc ttggttatcg ccaagcagaa cttcactttg tagcgccacc tcgctttgca      600

ggggtttcga aattcagtgt acgtaaaatg attcgctttg ctcttgatgg ggttacagcg      660

ttttctcgcg taccattgcg tgcggctttg tacgtaggtg tattatgtgg tggcttgagt      720

tttctcttga ttctacattt actctatgtg tatttaacgg ggcaagcatt aaatgggtgg      780

accaccttgg gcgtgtccat attgtttatc ggcggaatcc aattagtagg acttggtatc      840

attggtgaat acgtaggacg cgtattcgaa gaggtaaaac aacgtccttt atattgggtg      900

aaagctgcta taaattttga tggtgaaaat ccagaaatag cttatgaacc atcaaaagct      960

gatgtattta tagccaatca agtacctggc cctgaagaaa ataaagacta g              1011


<210>  3017
<211>  933
<212>  DNA
<213>  Veillonella

<400>  3017
atggggacaa acaacaacca caacattaag gcattacaaa ctgctttatt agaaatctta       60

ccaagtacac gtgtacgtga acaggaacgt ttatgtcatc atacgacatt taaaattggc      120

gggcctgccg atttatttat tgaaccgacc acgatggctg agttgagctt tgtacttcgt      180

accatccatg agtttcaagt gcctgttacc ataatcggct gcggctctaa cattttagta      240

aaagatggtg gcattcgtgg tgctgttgta tcggttcgac atatgactca agttatggat      300

tgcaatgata atacattgtg tatcggatcg gggtatatgt tgaaagacgc ttctgagttc      360

gcctgggaaa atggcttgac tggcctagag tttgccatcg gtattccagg cacattaggg      420

ggtgccgtgt ttatgaatgc cggcgcttat gatggggaaa tgagccatgt cgttacagct      480

gttcgagctg tagattttca aggcaatatc aaagaatatg atgcatcgca tttagatttt      540

gggtatcgtc atagtgtatt ccacgataat catgaggtta ttggcgaagt gattttgacg      600

cttaaaccag gcgataaaaa tgttatcaag gctagaatgg atgagcttac tgaaaagcgc      660

gaatctaaac agcctttaga atttgctagt gctggatcca cctttaaacg cccaccaggg      720

tattttgcag gaaccttgat tgaacaaaca ggcctgaagg gcttatccgt aggagatgcg      780

caagtgtctc ataagcatgc aggctttgtt atcaatacag gcagtgctag tgcgaaggat      840

gtactcgatt taattgctga agtacaacgt cgcgtatatg accaacatgg tgtgcatctt      900

gaaccagaag tgcgcatgat tggcgaagat taa                                   933


<210>  3018
<211>  1032
<212>  DNA
<213>  Veillonella

<400>  3018
atggtacgac ttactgacta tgttacgagc gggggctgtg cgtgtaagat tgggcctcat       60

atattggagc gtgtattgaa atcagttaca tctgtaacca atgaacgagt tctagcagat      120

atgacagggg ctgatgatgc aggggtatat gaaatttctg acacattagc attggtacag      180

acattagatt tttttacacc tgtagttaat gaccccgttt tgtttgggaa aatagcggcc      240

gctaatgcac taagcgatgt atatgctatg ggaggaactc cgttgactgc catgaatatt      300

gtagggtttc ctatatctct tgttgagcaa ggcgttttaa cagacgttct aaacggagca      360

gcttctatcg tggccgaggc tggggctgca atcgtaggcg gtcacagcat tgaaaacaaa      420

gagcctatat ttggtatgtc tgtaacagga caagttaatc caaatcatat ttggaaaaat      480

aaaggtgccc aagtagggga tgtactagtg ctaacaaaac gtatcggtac aggtattatg      540

aataatgcgt tgaaagctga tttatttcct actggtactg cgcaggcggt tgctagcatg      600

agtacgttga atcgtgtggc tgctgaggtg gcccataatt ttacaattca tgcgtgtact      660

gatgtgacgg gctttagcct tatgggtcat tctgtagaaa tggcgagtgc ctctaatgta      720

acaattcata tcaagactta taatattccg ctctttgatg atgtcattga ggctgcgcaa      780

atgggtttgg tccctgctgc atcctatggt aatcgcaagg ccataactga tgtacaggtt      840

gatgcgaatt tagatggggt gtggacggat attctctttg atccacaaac atcaggcggt      900

cttttattct ctgcgcctgc tacagaagga gcggatttgg tgaaagcctt acgtgatgtg      960

ggcgttgaag gtgccactat agttggtgcc gttgaaagct ttagtggctt agcggtacgc     1020

gtaactaaat aa                                                         1032


<210>  3019
<211>  906
<212>  DNA
<213>  Veillonella

<400>  3019
atggcagtat cagcagatct atatagatca tttttaggag ttgggttgta tttgtcattt       60

tctcgtgctg caaaagagct aggtgtttcg cagtccgcaa tcagtcaaag tatcaaacaa      120

ttggaagggg aattaaaaat gcctcttttt gtgcgcacca caaaatcagt agcgtttaca      180

cctgaaggaa aagaattatt tgatactgta gcaaaggctt tttcaatttt ggataatggt      240

attactcaat tgcaagaacg ggtaaatcaa gcttatgaaa gtctgaatat tgcagcgaca      300

gatacgctat gtcgtcattt cttgttgccc tactttcata aatggcaatt gcaagaaaat      360

caaattggct tgcatatcat aaacagaccg tccccagatt gtgtggaaat ggtcattaat      420

aaagaagtgc agttagctgt agttaatgac tacgaaggtt tgcgtagcaa tacacaatta      480

gaagttacta ccttggcgag catccaagat atctttgtgg gcggtcatga atataaaggg      540

gcaggcttct ttgaccaagg ccgcttgctc agtgagccga tgttgttgtt acaaaaagga      600

acagctagcc gtaccttctt cgatgaagta acacatggcg catgtagcaa gccgcgtttt      660

gaattgagca gtgtcgatgt tctcctcgat ttggtggaaa tcaacatggg gattgcgatg      720

ttaccaagta atgtggtaca agaaaaaatg caggaaggtt ctgtggtgaa aatcgacaca      780

gacattccgg taccaacacg agacattgtt cttgttcgct ctcgtcttgt acctcaatca      840

gaaggggctg ctagatttac gaatttattg gtcaatcgcg aagataaacg agataaaatc      900

ttataa                                                                 906


<210>  3020
<211>  1185
<212>  DNA
<213>  Veillonella

<400>  3020
aatgctaagt gtggcgcagt aactgaggaa aaagcaaagc ttatcgctca agtagtagat       60

gagattgtag acggcaaatg ggatgatgag ttcccgttaa cggtattcca aacaggttct      120

ggcacacaga ctaatatgaa tgtgaacgag gtaatcgctc accgagctaa acagttagat      180

gaaagcaacc cgctccatcc taacgacgat gtaaaccgcg gccaaagcac aaacgataca      240

ttccctacag caatgcatat ctgcgcgtac tttgaaatta caaaacgcgt aatccctgca      300

ttagacggcc ttatcgcatc cttcgagaaa ttgcaagaaa aaggtaaagg cttgcaaaaa      360

gttggtcgta cacatctaca agatgctact ttcatcatgg tggaccaaga aatcagcgcc      420

tttgtggacg gcttaaaaac tgccaaaacg atgctccttc aaaatgctga ttatctactc      480

gacgttgccc ttggcggtac tgccgttggt acaggtgtga acacacctaa aggatatcta      540

gacgttatgg aaaccgtatt gccagaggta acaggtgctc cattccgcgt gaagaacaat      600

aaattccaag gactcgctct taaagatgcg ttcatgatgg ctcacggtgc acttaacaca      660

ttggctacaa cactattcaa aatcgctaac gacgttcgat tcttaggctc tggccctcgt      720

tgcggttacg gcgaatggca tctacctgaa aacgaaccgg gctcctccat catgccaggc      780

aaggtaaatc ctactcaatg cgaagccttg accatggtat gcgcccaagt attcggtcac      840

aatacgacta tgacactctg tgcaggcagc ggtgcattcc aattgaacgt gtacatgcct      900

atcatgatct atgactttgt tgaaagctgt cgcctccttg cagatgcgat gaattctttc      960

acaacacact gtatcgacgg tgtagaattt gtacctgaca aactcaactt ctttgtagaa     1020

caatccctca tgattgctac atccctaaca ccatacatcg gctacgataa gagtgctaag     1080

gtcgtaaaag aagcatacaa acgcggttgc tctatcaagg aaatcatctt ggaagaaaaa     1140

ctcatgaccg aagacgaatt tgccgaagca gttcgcatga aataa                     1185


<210>  3021
<211>  1578
<212>  DNA
<213>  Veillonella

<400>  3021
atgttccctt atggcggcct tcgtacagca aaatccgcta tcgaagaata tggctttaaa       60

atggaccctc aaacagagga cttcttcaaa aagcatcgta aaactcacaa cgatggcgta      120

ttcgatgtat atacaccaga aatgcgtgcc gctcgtacag cacatatcgt aactggtttg      180

ccagatgcgt atagccgtgg tcgtattatc ggtgactacc gtcgtatcgc attatatggt      240

atcgactatc taatcgaaga gaaaaaccaa gaattcaaca tcactatggg tgatatgctt      300

gaagacgtaa tccgcgaccg cgaagaaatt aaagatcaaa tccgttcctt gaaggaatta      360

aaagaaatgg ctgcgtccta tggttacgat atctccgagc cagcaaaaga cgttcgcgaa      420

gctatgcaat ggatttactt cggctacctt ggcgctatta aagagcaaaa cggtgctgct      480

atgtccatcg gccgtaactc tacattccta gacatctatg ctgaacgtga ccttcgcaac      540

ggtacataca cagaggaaca aatccaagag ttcgtagatc atttcatcat gaaattgcgt      600

atggttcgct ttgcacgtat ccacgaatac aacaacttgt tcacaggcga tcctgtatgg      660

actactgaat ctatcggtgg tatgggtact gacggtcgta cattggtttc caaaatgtcc      720

ttccgttact tacatacatt gactaacctt ggtcctgctc cagaaccaaa cctcactgta      780

ttgtggtctc ctcgcatgcc tatcggcttc cgtcgtttct gtgcgaaatt atccatcgaa      840

acatcttcca tccaatacga aaatgacgaa ttaatgcgtc ctaactctgg cgacgactat      900

gctatcgcat gttgcgtatc cccaatgcgt attggtaaag aaatgcaatt cttcggcgct      960

cgttctaacc tagcaaaatg cttgctttac gcaatcaacg gcggcgttga cgaaaagctt     1020

aagaaacaaa tcggtcctaa ataccgccct atcacgtctg agtacttaga attcgacgaa     1080

gtatgggaaa aattcgacga catgatggaa tggttggcag gcgtatatgt aaatgccttg     1140

aacatcattc actacatgca cgataaatac gcgtatgaaa aattagaaat ggcattgcat     1200

gaccgcaagg taactcgttg gtttgcaact ggtatcgctg gtttatccgt agtagctgac     1260

tccttgtctg ccattaaata cgctaaggta aaacctattc gcgacgaaaa cggcatcgct     1320

gttgatttcg aaatcgaagg tgaattccct aaatatggta acgatgacga tcgtgtagat     1380

agcttggctt ccatggttgt atccacattt atgaacaagg ttcgtaaaca tcctacatac     1440

cgtcaatccg ttcctactat gagcttgtta acaattactt ctaacgtagt atacggtact     1500

gcaacaggtt ctactccaga tggccgtaaa gctggtgaag ctttcgctcc tggcgctaac     1560

cctatgcatg gtcgtgat                                                   1578


<210>  3022
<211>  1188
<212>  DNA
<213>  Veillonella

<400>  3022
atgagaaagc acattaagaa taacgtatct tgggttggta aaatcgactg ggaattgcaa       60

gaattccacg gttctgatta cagtattaac aatggttcaa gccagaatgc gtacttgatt      120

gaagaggaga agactgtcct catcgatact gtgtggaagc ctcattcctc cgagtttatc      180

gataatttgg agtctgaaat tgatttgaac aagattgatt tcatcgtatg taaccacggc      240

gaagtcgatc acagcggttc cttgccagct ttgatggaaa aaatccctaa tacgccaata      300

tactgtacag aaaatgccgt taaatccttg gttggtcagt atcatcatcc agaatggaat      360

tttaaaacag ttaaaacagg tgattccgta gatattggta atggtaaatc tttggtattc      420

gtagaaatgc gtatgttgca ctggcctgat tccatggcga cttatatgac tggtgacaat      480

attttgttct ccaacgacgc ctttggtcaa cattttgcag tagaagagct atgggcagat      540

aaggcagatc aatgtcgcct atgggaagag gcgatgaaat attacgctaa tattttgaac      600

ccattctctc cattggtaaa agctaaagtt gaagagattc aaaagctcaa cttgccaatt      660

gatatcatcg ctactagcca tggtgctatt tggcgtgaaa acccaatgca aatcgtagaa      720

aaatactacg aatggtctca agcctatcaa gaagaccaaa tcacagtggt atacgataca      780

atgtgggatg gcacaaagaa attggctcat aagattgctg aagaaattgc aaaacaatct      840

cctaatacac gggttaagat ttttaatatc agcaaaacta ataaaaatga tatcatgaca      900

gaggtgttta agtctaaagc tatcgcggta ggttccccaa ccgtaggcaa tagcgtatta      960

tctgctgtag ctgggtggct cgacttctta cgtgagttga agtttaaaaa taaaaaagct     1020

gctgtatttg gaacctatgg ctggtctggt gaatccacga aagtacttcg tgaagaatta     1080

actaaatatg gtttctccgt ggtagaacct gaaattaaat gtaactggaa cccagatgca     1140

gatgattttg gtaaagcaga agaacttgta aaagccttac tagcataa                  1188


<210>  3023
<211>  612
<212>  DNA
<213>  Veillonella

<400>  3023
atggaaaacg aagtaagaaa agttgaaatg agcgaaaatg tagcggatcc tactggtctt       60

ggtttactag gtctcgctgt agtatgtttt gtggtatcca cgtcccgcat aggctggtct      120

ggcccaacaa catctgttat tatcccttgg gcagtgttat taggttctat ggcccaatta      180

attgcaagtt attttgattt caagaaaaac aatccattcg gctctgttgt attcggcgca      240

tacggtttgt tctggtccgc tatggctggt gtttggttaa tccaaatggg ctccttcggt      300

cctgaaatcc aaaaaggttt cgatgtaaca caattagcat tcgcgtttgt aggcttctta      360

atcttctcta tctttggtac aatcgcatct ttgaaaacaa acaaagttgt attcgctatc      420

atgttcttga tctgcttcct attcttgggt cttgcaacag acctattctt aggcggtaaa      480

acaggcttct ttgcccttgc agcatggtct gaattattca tctccctctt gggcttctac      540

ggttctggtg ccgtacttgt aaacaaagta tttggcaaaa ctgtattccc tatgggtaaa      600

agcattctat aa                                                          612


<210>  3024
<211>  768
<212>  DNA
<213>  Veillonella

<400>  3024
atgaaacaat acatagattt aaatagcgat ttaggtgaaa gctttggcaa ttatacattg       60

ggcatggata gtgaggtgtt aaatcacgtc actagtgcca atgtggcttg tggttggcat      120

gcaggggatc ctctcatcat ggaggccact gttaagatgt gcaaggagaa gggcgtagcc      180

gtaggggccc atccgggata tcctgattta atgggatttg ggcgccgcaa gatggcggtg      240

agtcctgatg aggcacgagc gtatatggta tatcaactcg gtgcattgca aggcttttgt      300

cttcaatatg gcgttgagtt acagcatatg aaattgcacg gtgcctttta caatatggcg      360

tgtgtaacgc cggaattagc tgatgccgtg ttagatggtt tacaagcggt gaatcccaat      420

gtccgagcca tggtgctcag cggtagttac atagccaaag aggccgagcg acgaggtatc      480

cctgtgatcc aagaggtctt tgcagaccgt ggttatacag aggaaggcac cttggtgccc      540

cgtacggaag agggggcttt cataaaagac ccgcaagagg ctttggaacg agtgctcatg      600

atggtcaaag aaggtaaggt cgtaacgaat acgggcaaaa caattgatat tgtggccgat      660

tccgtatgcg ttcatggtga taatccgaaa gcgatagctt tcacaaacta tatacatgaa      720

gggctcgtta aggcgggtgt cattgtggca aattttcaga atcgatag                   768


<210>  3025
<211>  1545
<212>  DNA
<213>  Veillonella

<400>  3025
atgaaattat ggaaactaaa taaacacagc tctaccttgg cagatatgtc gatgaatcgt       60

attttgctat ctgaactcat cgtcaaaggg gcattagtag gtattattgc aggctttttc      120

ggagctgctt atcggtactt aattctcgag tccgagcatg ttaggtggca tttgatgggc      180

gatatttcta tcgaatgggc catagcttgg ctcattgcca tggtagtgtt tgcttttatt      240

atcgatcgat tgttgacgtg ggcaccatta tctgggggtt caggtattcc ccaaattgaa      300

ggggaaatgc tcggtttatt tgacatgaag ccatatcgca cgcttatttc aaagatgata      360

ggtggcgtat tgacaggctt tgcaggattt tctgtgggcc gtgaagggcc agcggtgcaa      420

attggcggct ctgccggtaa aatcgtgtcc tattggatga actctggatt gcgtgaacag      480

cggattctta cctccgctgg agctggagct ggtctgaccg ctgcctttag cgcacctgta      540

tccggcgcca tgttcgtctt tgaagaggtg cataagagtt tttatccata cctcgtcatt      600

cctacctttg tggctacgct catatcgaac tacattacgg taactatctt tggccttacg      660

ccggccctcg gattttccgt aacttcaggg atgccgcttg attattttcc ggttctgctc      720

ggtgtaggta ttttaatggg gctctgcggt gtattgtttt gccgcatgat atttgccttt      780

aagcgtttct tcgagtggat gaaatgctct cgtttcttaa aacttgtgat tacttttgtg      840

actgtggccg ttatcggctt tgattcccaa cttttattgg gcggtggcaa tgatctagta      900

gggcagctag cctttcaatc tcatggtgta ttgcttctcg gtggcattgt gctgggtaaa      960

atcttgctca ctaccttttg ttatggcagc ggcgcacagg gcggcatctt tctaccgatg     1020

cttgttatcg gtgcatcagc cggtgctttt tgtgaaagcg tactttcatc catgggatta     1080

atagctccag attttgtacc tcaatttgtt ctttgtgcca tgggtggcat gctagcggcc     1140

gctatgcgta ccccaatttt ggcgatttta ctcgttcttg aaatgacgga tagcttttcc     1200

aatatctatg ctattggtat tgttactatc gtggcgtact tggtagcaga aatgctgaaa     1260

gaaccaccta tttatgattc cttattacaa gctatgagcg gtcaaagcaa cttagaaaat     1320

gtgcaaacct tcttccaaac taaggttcct gtggtggcct cttatattaa tacaccatta     1380

caagacctta atttgcctga tggaacactc atcgttagca ttcgccggaa tggtacatac     1440

atcgtgcctc ttggcgatgt gaaactagaa tcgggcgatg aactgcaagt atcttgtgaa     1500

cggggacgat taaaagcagc aaaatcgtat ttccaatcta attag                     1545


<210>  3026
<211>  831
<212>  DNA
<213>  Veillonella

<400>  3026
atggaggttg taacgttgga acataaagac attgaacaaa atgtagctcc tgaagaagtt       60

gtatctgtta actttatcga agctgaaata aataaagata atgaagaagg cgtatacggt      120

ggccgtgtac atacgcgatt cccaccagaa ccaaatggtt atttacacat tggtcacgct      180

aagtctattt gccttaattt tggcttaggt gaagaatata agggtttaac aaatttacgt      240

tttgatgaca caaatcctga aaaggaagat gtggaatatg taaattccat taaagaagac      300

gtggaatggc tgggattcca ttgggatggc gacgtacgct atgcatctga ttactttggc      360

aaaatgtatg attatgccaa aaagcttatc actttgggta aggcttatgt agatgatcaa      420

acagcagaag aaatccgtca aacgcgtggc gatttctcta cacctggtac gaatagccca      480

tatcgcgatc gcagtgtaga agaaaactta gctctttttg aagacatgaa agctggtaaa      540

tacggcgatg gggaaaaggt gttgcgcgct aaaatcgata tggcgcatcc taatattgtt      600

atgcgtgatc cagttcttta ccgtattgta aatgcagaac accataatac aggtagtgag      660

tggaaaatct atcctatgta cgattttgct catcccattg aggatgctat tgagcgtatc      720

acgcactcta tttgtacatt agagtttgaa gtacaccgtc cgttatatga ctgggtatta      780

gaggattggg aagacactga aaaacctcgc caaatcgagt tcgctcgttt a               831


<210>  3027
<211>  1005
<212>  DNA
<213>  Veillonella

<400>  3027
atgaacgaag aagtgcgcct tatgggcggc ggcgatcgag aagaggatat atggcaatac       60

agtctacgac ctaagtattt taatgaatat attgggcaac gagaggctaa ggataacctg      120

aatatttata ttcaagcggc caagcaacgt ggggaggcat tagatcatgt tcttttgtat      180

ggcccaccag ggcttggtaa gactaccttg gctgggatta ttgctaatga gctaggggtt      240

aattttcgta taacatctgg gccagctatt gaaaaagctg gtgacttagc tgccatttta      300

actaatctcg atgaacacga tgttttgttt atcgatgaaa ttcacaggtt gtcacgaagt      360

gtagaagagg tattgtactc tgctatggag gattatgcct tggacatcat tattggcaag      420

gggcctagtg ctcgctccgt tcgtattgat ctcccaaaat ttacattggt tggtgctacg      480

acgagagcgg gggctctagc agcgcccttg cgtgatcgat ttggtatcgt gagccgtttg      540

gaatattata agcaagatga gttagagttt atcgtgactc gtgctgcgga gattttaaat      600

attggtattg agacagctgg tgctagtgaa atagcacgcc gctcaagagg aacaccgcgt      660

attgcgaatc gattgttaaa acgggttcgc gattttgcac aagttgtggg gaatggtgtt      720

atcactgcag atattgcaga tgaagcgctt aagcgtttgc atgtggacaa gatgggactt      780

gaccgcattg atagacgagt gttgaagtgt attattgaaa attatgatgg tggccctgtg      840

gggatagaaa caatagcggc tgccgtcagt gaagagagag ataccatcga agatgtgtat      900

gaaccatatt tgatgcaatt aggcttttta ggtagaacgc cgagggggcg tgtggctaca      960

aaattggctt atgatcatct aggtatttcg caaacaggga aataa                     1005


<210>  3028
<211>  1125
<212>  DNA
<213>  Veillonella

<400>  3028
ggcgccccta ttcttgtaaa aggttgtcgc aatgaatata cggagtcaaa atttatttat       60

gaccgtattt gcgcgcttcc aaaggacgca tctatcggtg tgttggttcg cgataatcgc      120

aaggcacagc gtttaagtga acagtttgaa cgatataatc aagataagcc agaatctgaa      180

cgtcgtccgt ttatgattat tgatgaatat aaattcttcc gccgtcagga aatcaaggat      240

atcatggcgt actttaagct cttgatgaat cctaatgatg cggttagtgc aaaacgcatt      300

attaaacgct atgtatcggg cattggcgac gcgcgtattc gcgatattga aagtcccaaa      360

aatcgcagtg tagggctaaa attgacggat ttcatggata tgcccatctt tgaagctgag      420

ccatatgcca aattggtagc tgggcttgag gcgggcgagg ttgtagtata cgatgtggaa      480

agtacgggta ccgatacgac acaggaccga attatacaaa tcgcagctat gcgcatcgat      540

aaaaatgggc aagaaataga gcgatttgaa cggtttatca atccaggaaa atcagtaggt      600

acatctcaat tagtgcatgg ttttacagat gaatatttgg ccgaacatgg cgaaagccct      660

gaaattgttt tagaggcttt caaagaattc tctaagaatc gtattatcgt tggtcataat      720

gtaaactatg atattagtat cttgagccat gaattagctc gttataactt gggtgaaccg      780

cattttaagg ctgtatatga tacgttagat atttttagac gattctatcc tacgctagaa      840

aatcataagt taggattttt atcgagtcat tttccgatta accatacacc aacgcataat      900

gcgatggatg acatcatagc tacaggtcag ttactgattt acgcagtcca tgaaaatatt      960

gtgcctacta cgacaaatcg catggtggcc attaatcaat ataagtctgc ttttacaacg     1020

atagcatctc aaatggctac attgcggaga aagatgcaca ctgataatcc gacggattta     1080

ttggcctata ttatgaacca aatgggcgtg ctagcgtatt ataag                     1125


<210>  3029
<211>  1947
<212>  DNA
<213>  Veillonella

<400>  3029
gctgctactg gtcctagcat tacaaaagac ggtattaatg cgggtaataa aatagttagc       60

aatgtaggta cagccgttaa tggtacagat gcagttaata aagcgcaatt agatgcggct      120

attgcagcaa tccctacaac tggaggggcg actacactta agaccgcagc agataacagt      180

acgacaggaa ctgtagcatt agcaacacaa tctcttgccg ttaatggtac tgctaactat      240

gtaacaacaa ctgcaaatgg taatgctatt accgttgatt tagcacaatc tatcaaagat      300

aaaattaata cagctgctac tgtagctggc aacggtaaag atggtcgaga tggttctaat      360

ggtacagctg gagcatctat cactggacca acaggcaaag atggattaaa tggtaaagat      420

ttaacggata aaacgaatgc tattcgtaat ggcgaagctg gcattatcgt gtacacaaat      480

gatgctggtg agcgtttagt aaaagccaat gatggcaact actacaaagc ggctgaggta      540

aatgcagacg gcacaactgt agcaggtgca acagctgtaa ctaacccagt agcaagcctc      600

gtaaatcctg acggtacaac aactggggct acaactaaat taactaatgt tgctaatggc      660

acggttgctg ctaatagtaa agatgcagtc aatggtggtc aattatttga tgtaaagcaa      720

aatatcacta atttgactaa tactgttaat agtggattga attttaaagg agatactggc      780

acacaattca accgtgcatt aggtacgact gttaatgtag ttggtggtac aactggtaat      840

ggcacaacta acaatgttgt ggtaactgca aatggtacag atacattaac tgttaaatta      900

gctgaaaata ttgatcttgg cactaatggt tctgttacaa ctggtaagac taaaatcagc      960

aatgctggtc tcacatctaa agatgctgct ggtaatacaa ctgtagtaaa tggttctggt     1020

ctatctttca ccgacaacac gggtgctgct actggtccta gcattacaaa agacggtatc     1080

aatgctggta ataaaacaat tagcaatgta gctacagccg ttaatggtac tgatgcagtt     1140

aacttgactc aagtacgaaa tatgatctct ggtatcggtg gtggtgcaca tagtaaagtt     1200

accgcaggta ataatatcaa agttacggaa tcactagata cagctacaaa tggtaaagta     1260

tttaatgttg cacttaaaga ttcaatctct gttacaaatg taacaactac agatgcagct     1320

ggtaatacaa ctgtaactaa tggtaatggt gtaactatca ctggagcttc tagtcctaca     1380

agccctggta agactgtatc cttgactact gatggcttga ataatggcgg taaccaaatc     1440

cataatgtag cacctggtac atctgctaat gatgcagcaa ctgttggcca agtacaagct     1500

actttgagtg gtgtaaacag tgcgtttaat ggtttggata gcaaaataaa tacaactggt     1560

gcaaatgcgg cagcattggc tggtttgaaa ccacttcaat acgatccatt ggaaccaact     1620

caaatcatgg ctgcatatgg tcattatcat aataaatctg ctgtagcagt tggggtggct     1680

cacttcactg atgaaagcac tatgttccac gctggtgtaa ctcttgatga tgaaaataac     1740

atgttcaatg ttggagtaac taaaaaagtg ggttcctcca ccgctaaaaa agaaattcct     1800

gaacgttata aaggtggtcc aattagctct atatatgtaa tgaatgatga aattactgca     1860

ttgaaagaag aaaatgcaag aattaaacaa gaaaatgaag aaactaaagc taaattggca     1920

atggttatgg aaaagttagg tttataa                                         1947


<210>  3030
<211>  1425
<212>  DNA
<213>  Veillonella

<400>  3030
atgagtaata atattgggaa agtggtgcag gtcattggcc cagttgtaga cgtgcgtttt       60

gaagctggtc atttgccagc catctataat gccatccaca tctaccatga ccataaagct      120

cacgatagac aaaaaattgt agtagaagtt atgcaacatt taggcgacga tatggttcgc      180

tgtgttgcca tgagttctac tgacggtatg acccgtggta tggaagcaga agatatgggt      240

gctgcaattt ccattccagt tggtgaaggt gtattgggtc gtatctttaa tgtgttgggg      300

gaaactgttg accatgatcc agctccagtt gtggctgatg aaaaatggcc tatccatcgt      360

ccagcaccta aatttgatga tctttcacca gatacacaaa tccttgaaac tggtatcaaa      420

gtcgtagact tgattgcacc atatgtaaaa ggtggtaaaa ttggtttgtt cggcggtgcc      480

ggcgtaggta aaaccgtatt gattatggaa ttgattcaca atgttgccac agaacatggt      540

ggctattccg tattctccgg tgtaggtgaa cgtacacgtg aaggtaatga cctttggaac      600

gaaatgaagg aatccggcgt tatcaataaa acagctctcg tatatggtca aatgaatgaa      660

ccacctgggg ctcgtatgcg cgttggtttg actggcctta caatggctga atatttccgt      720

gatgtaaaaa aacaagacgt gcttttgttc atcgataaca tcttccgttt cattcaagct      780

ggttctgaag tatctgccct cttaggtcgt atgccatctg ccgtaggtta ccaacctaca      840

ttggctaatg acgtaggtgc attacaagaa cgtattacat ctacaaaaga aggttccatt      900

acttctgtac aagctgtata cgtacctgcc gatgacttga ctgaccctgc accagcagct      960

acatttgctc acttggatgc gacaactgta ttgtctcgtt ctatcgctga acttggtatt     1020

tatccagcgg tggatccact tgactctact agccgtattt tggatcctca tgtactaggg     1080

gaagaacatt ataatgttgc tcgtggcgtt caagaagtgt tgcaaaaata tcgcgattta     1140

caagatatta tcgcaatcct tggtatggaa gaattatctg atgaagataa actgactgta     1200

tctcgagctc gtaaaatcca acgtttcttg agtcaaccat tcttcgtagc agaggtattt     1260

actggttctc ctggtaagta tgtaccgtta caagaaacat tgcgtggctt taaagaaatc     1320

cttgatggta aacatgatga tttaccagaa cgcgcattct atatggttgg taccattgat     1380

gaagccgtcg caaaagcaaa ggaaatgcaa gagaaggggg aataa                     1425


<210>  3031
<211>  552
<212>  DNA
<213>  Veillonella

<400>  3031
gatattgtcc taggtactca taatattcaa catattaatg aaatgattgc tgaggttcaa       60

cgtacccata agcatcaaat caatgttgac atggataata cagtacttcc tgaattgcag      120

gcaaaaccta atggtacatt ttttgcttgg gttcctataa tgaatggctg taataaattt      180

tgcacctatt gcatcgttcc tcatgtacgg ggccgtgaaa ttagtcgccc tgtagaagct      240

attgtaaaag aagtaactga gcttggggca aaaggattta aggaaattac cttgttagga      300

caaaatgtta attcctatgg cttagatttt aaagatggta ccgattttgg caccttagta      360

gatgcacttg atcatattcc aggtattgaa cgcattcggt atatgacaag tcatcctcaa      420

gatatgacta aatcaatgat tgatgcatta ggtcgatcta gcaatatcgt tacgcattta      480

catttaccaa tccaatctgg ttctgataga attttaaaga agatgaatcg ccattatacg      540

gtggaacatt at                                                          552


<210>  3032
<211>  522
<212>  DNA
<213>  Veillonella

<400>  3032
atgaaaccaa caaccttggt atttcccata gacgaacaaa atagaatttt gctgggacgt       60

aagaaacgcg gctttggcgc tgataaatat aatggctttg gcggtaaaat cagtgttggt      120

gaaagctttc gccagtgtgc agtacgagaa ttatatgagg aatcgggcat acgcgttgat      180

gcgtctaatc tagaatgcgt cgcccttttt gactttcagt ttccttatga tgaaagttta      240

acccatgtgg gctatgtata ttttgtgcgt gttaccgatg taaaccccat tgaatcagac      300

gagatggaac cacattggtt tacattcgcc gatgtccctt atgagcatat gtgggaaggg      360

gaccgtacgt ggcttccgat gttattagag gggaaattat taaaaggacc tattcgtttt      420

ggtccagata acagtcatgt agaggacatg cgtttaacag aggtcgacac agtcatggaa      480

agtgaactgt tggcccgtat cgatgtatat attaatgaat ag                         522


<210>  3033
<211>  1002
<212>  DNA
<213>  Veillonella

<400>  3033
atggccgtta ctaattttga tgaatataga gatgtctatg tagtagcgga taccatcgat       60

gacgtagtgc atcccgttac gtacgaattg atcggtcaag cccgccgcat cgctaaggaa      120

ctggggcaac tcgtacaagt tatgctactt ggtgaaaatg ttcaagctga ggcagaggaa      180

cttgtagctc atggtgccga tattgttcac gtttttgaaa gtcccctctt gaaatactac      240

actacggatg gctatacaaa ggtattgacg gatttctttg aagaccataa accgaatatc      300

ctattgattg gtgcaaccaa caatggccgt gacctagcac cgcgcatgtc tggtcgcatg      360

caaaatggtg ttgtagcgga ctgtacaatt ctaactgtag acacctcaga aggtctagtt      420

gaatggactc gccctgcctt aggtggcaat atcttagcgg aaattatttc gccaaaccat      480

cggccacaaa tgggctctgt tcgtcctaat gtatttaaga aacctgagcg cattgcggac      540

agttggggcc gtatccaact tgaacaattt gaactcaagc ccgaagacat tcgcaccaaa      600

cggctagatt ttattccatt cagcaagtct ggttataata tccaagaagc ggatatcatc      660

gtagctggcg gtcgtggtat gggttcaaag gaaaactttg ataaactcta cgaactcgcc      720

gatgctatcg gcggcgtcgt aggcgctaca cgtccacttg ttgaaaaagg ctggattgat      780

cttccatacc aagtgggtca aaccggtaaa accgtaagcc ctaaactata cttggcattt      840

ggtatctctg gtgctatcca acacgtaagc ggcatctctg gtgccgatac aatcgtggcc      900

attaacaacg atccgaaggc ggaaatattc caacacgcga actatgggat tgttggggat      960

tgtatggaag ttctcaacga tatgttggcg cacttaaaat ag                        1002


<210>  3034
<211>  702
<212>  DNA
<213>  Veillonella

<400>  3034
atgaaggtta aacaatctct attactcgct ttttctttag ttattatgat atttgcactt       60

gtgggttgtg gcaaagatac ggcccaagag ggttctaaaa aattaaacgt cgttgccact      120

acgacgatgt taacggattt agtaaaagaa attggcggtg accatgtatc cgtccaagga      180

ctcatgggcc ctggcgtaga ccctcacctc tatcaagcga gcgctggcga tgtaacaact      240

atgtctaaag cagatgttgt ggtatacaat ggcattcact tagaaggtaa aatgggttct      300

attttcgaca atttaacaaa acaaaataaa gctaccatcc gcgtatccga cgctattgat      360

ccagctactc tactcgactt tgacgaagaa gatggcgtga aaactaaaga tcctcatatt      420

tggttcgatg tagcgaattg gaaacttgca gccaaggctg tatacgaagg actttcaaaa      480

gcagatccag ctcacaaaga ggatttcaaa aaacgctatg atgcatacct cactaaatta      540

gatgaaacag atgcatacat caaaactcaa gcagaatcta ttcctaaaga atctcgcgtt      600

ctagtaacag cacacgatgc attccaatac tttgctcgcg cgtatggatt tgaagtaaaa      660

ggtttgcaag gtgtaagtac tgctacagaa gcaggcacac aa                         702


<210>  3035
<211>  720
<212>  DNA
<213>  Veillonella

<400>  3035
atgcctacta ctgattatac tgaattttta cataatgtga aacaagaata tattacaaat       60

agctatgaat tgaatgggac atttgttttt gagatagagt taccagtaac accacatatt      120

tgtccaaagt gtggagagtc tacaaaacat attaaggact accgtatacg tacggtaaag      180

tttggaaaag tacaacgagg tccactaatt ggaaaataca aacaacgtcg atatatttgc      240

ccacattgta agcactcctt tgctgaaagt aatccctttg tacgaaaaca tatgcaacta      300

agtgtaacta atattaagat gctatttgat aaactcactg aaagtgtaac ctatactgct      360

attgctaaag agtgtgatac ctctattact accgtattac gctattgctc tatgattact      420

atacctaagc ctaaaacatt acctactgtt attggtattg atgaatttaa aggaaatgcg      480

gaaggtcatc aataccaagt caatttaacc aatccagata cacatgaaat attagacatt      540

ttaccgaaac gtgatacgca agcattaatc cgctatttta catcatttaa acataaagat      600

cgcctacaag ttaagtttat tgttatggat atgtccatac aatttaagcg catcatggag      660

gcgctatttc cacatgcgca tattatctgt gaccgatacc atgtgtgtcg acttgtggat      720


<210>  3036
<211>  1278
<212>  DNA
<213>  Veillonella

<400>  3036
atgaaaattt acaaagaatc tcttgatgca atgcttggca ttgtccgtca atatacacaa       60

caaacaacag atatggaaat cgagcgccgt gtatacgaca tcattgaaaa tgtacgcacc      120

aatggagatg ctgcgctacg tgagtattct gaacaattcg atggtgtaaa gctagatgat      180

ttcaaggtgg atcaatccat tattgatgag gcatgggata atttgccaga agatttaaaa      240

cacgctttat tggtagcaaa gaaaaatatt actgaattcc acagccgtga aatagaacaa      300

ggctttgtag atatggatac accgggcatt acacgtggtc aaaaggtaac gccattggca      360

cgtgtgggcc tctatgttcc gggcggtaca gcagcatatc catctacgat tatgatgact      420

gcgttgccgg caaaaatcgc aggggttaag gaaatcatca tggttacacc accgcaaaag      480

gatggcatta atcctgctgt actaggcgct gcaaaacttg ctggtgttga tgcggtatac      540

caagtaggtg gtgctcaagg tgttgcggct cttgcgtatg gtactgaaca aattccaaag      600

gtagataaaa tcgtaggtcc tggtaacatt tatgtggcca ctgccaagcg ccaagtattt      660

ggtcaagtag atatcgacat gattgcaggt cctagtgaaa tcggcatcat cgcagatgat      720

agtgccaacc ctgttcactt agccgcggat ttattgtccc aagcagaaca tgatccacga      780

gctcgcgcca ttatggttac aaatagtgaa aaactagcac aactcgtatc tgatgaggtg      840

gaacgtcaac tttcacaatt acctcgtgaa agcattgctc gtccagctat cgaaaacaat      900

agctatattg cagttatgga tagcgtagaa gatatgttta ccgtgatgaa cgaagtggcg      960

ccagaacatt tggaaattca attgccagat cctatgcaat acatgagcat ggtagaaaat     1020

gccggttccg tattccttgg cagatatgcg tctgaaccat tgggcgacta tgtaggcggt     1080

acaaatcacg tattacctac gagtggtact gcaaaattct cgtccccact tggtgtgtac     1140

gatttcgtaa aacgcatttc ttttacccaa ttcagtcgtg aacgtttgca agaggtggcg     1200

aaggatatta ctaccttggc acgtacagaa ggccttgaag cacatgctcg tgctatcgaa     1260

gtgcgtttcg aagattag                                                   1278


<210>  3037
<211>  750
<212>  DNA
<213>  Veillonella

<400>  3037
atgaaagaaa aatatgatgt gcctatcgct agtgaatctg agtttgtaga atatatgctt       60

tcacaaatgg tattatttgg attgccatgc acactacagc aagcaaaaga tttctacgtg      120

tactatgcac gcatgattga aacaaataaa tatcttaatc tgacgggtat tacggatatg      180

aaggaagtcg tggttaagca catgattgat tctctatctt gttatgatcc gaaaattatc      240

aaatctggat cctccattat cgatgtcgga accggtgctg gtttccctgg cattcccttg      300

gctatctatg acagaacctt gcacgtgacc ttgtttgact ctctcaagaa acgccttacc      360

ttccttgagt ccgttatcga cgaattgcaa ttgacgaact gcaagacctt acatggacgt      420

gctgaagatt tgagtcatca ggactatcgt gaaagcttcg atatcgccac gagtcgtgcc      480

gttgcacgtt taccaatcct attagaatgg accgttccct atgtaaaaga aggcggctat      540

gttatcgcct taaaaggcgc tatctacgaa gaagaagtcg gcgaatctaa taaagccctt      600

agcacattaa aagcatccat cgaagatgta agaaccgtta cactccctac cttagatgat      660

aaacgagcca ttgtgtatat caaaaagact ggaaaaacac ctggaaaata tccaagaaaa      720

ccaaaagaga taaaggataa acctttataa                                       750


<210>  3038
<211>  2268
<212>  DNA
<213>  Veillonella

<400>  3038
atggtaaaga acatggagcg ccagccaaaa agctataaag ctctgttgac tgctgttttg       60

gttacaacta cctgtagttg tatatggggg aacgctgtat acggggaaac tccaattact      120

gatgcgaatg gcaacacgta tctggctagt gataatacta atattactgg taaaagtaat      180

tcagttccga gtggtaaaaa tgctactatt gtgggggata ataatacaat tacaaagaca      240

ttccctagag acaatggctc tcttgtaaat gccgttggta atgaagatgt acggatagtg      300

gggtctaata atacagttca aggtagccgg agacaacatg tgattggtga taataaccaa      360

atcatcgctc gtgatgctgg gacggttact gattatggac atccatctgg tcgtgaaccg      420

aatgcatcag atttgacaat tggtagaggg aattttatac gcggtactga cacatatcga      480

aatgagtggg attccttaac tgttatcggt aataacaaca aagccgagta cagcacagaa      540

tctgctggtg gcccttcagc aggtattgtc attggggata atcaaaatat tgatacaata      600

ggtgagtctg ttgtgattgg tagtatgtcg cctgctgagc aagcccaaaa atcagatcaa      660

gatccaagcg ataaaaaata tacggttggt gagtatagta cgattattgg atatcataca      720

tctaacactt caggcggtag tgtagtggta ggcaaccatt caaaatcggg gcaaatatta      780

caaactatta ctggtcatgg aactacaatt gaaggcggga atgatctaag taaaccatcg      840

ggtttgtact cttcctctta tggggctcta aatacgcttg aaagtactgc tactgatacg      900

gaggaagctg ataatgttgc taactctgta acaggtagtt taaaccgaac agctggaact      960

actggtacca tgattgttgg ttctggtaac gtagtgacaa attctaaaac cccaatgata     1020

aatgttcctg cattaggaac aaccattggt gatctttctc ttcaaactat aggtatagtt     1080

gggagcgata aactcagaga taaaacagat actacagtag aagatggtcg acattacatg     1140

aaagagtata tggctttgaa tgctggtgca gtatccattt taggtagtag taatacagct     1200

gattatgcta ttcgctctca aatttcaggt actaataata ttctaaaagg tcaagctagt     1260

agtgtaagta ctttcaatac tgttagtggg tatggtaatg aaggtactaa tattagccga     1320

tccaccatag tgggtactag aaatgacctt aaaaatggtg aagataatgt agtgattggg     1380

gatttccata actttgatgg tggaaagcat aatgttgtac ttggctccat ggcagctgag     1440

gagcaagatg taacgaaatc atttacaaat gtatttgatg gtagtacatc tacctataca     1500

gtgaaggaat tagttgctac tcgtcgcaat acagcaaatg ttgaaaatgc tgtaatgctt     1560

ggttacaata cggacgttac tcgaaatggt ggtgtagcat tagggagtga atcgattgct     1620

tctgtagata aagggattgc tggttatgac cctactacaa aagctgcttc tactgatggt     1680

tctccaactt ggaaatctac ggctgcagct atttctgttg gtgattccac aggaacaact     1740

gttcttacac gccaaattac aaatgttgca gctggttcag aagatactga tgctgtcaat     1800

gtagcacagt taaaacgaat tacagcagat tccacatcta ctattaataa tcaattaact     1860

caagttaata atcgtattga tgctgtagat ggtcgtgtta aacgtgtagg tgctggtgcg     1920

gcagcattgg ctgcattgca tcctcaagag tttgacccta atgatcaatg gacttttgct     1980

gctgggtatg gtcattaccg tggtgctaat gctatggctc ttggtgcatt ctatcgtcct     2040

aataataaga tgttatattc tattggtgct agcttaggcg gcggagagga cctctttaac     2100

ttaggcgtta gtctcaaatt tggtaagagt gaaccttatg cagactactc caaagcagga     2160

cttgttaagg ttatcaatga ccaagatgca aaaattaaag agcaagatga aaagattaat     2220

gctatgcaag aacaaattga aaaaatgatg gctaagttga gtttataa                  2268


<210>  3039
<211>  543
<212>  DNA
<213>  Veillonella

<400>  3039
atgagtgaac atggtttaat acttgtaaat actggtaatg gtaaaggtaa aacaacggca       60

tctttaggtg ttgtgctacg cgctgtagga caaggattaa aggttttaat tttacaattt      120

atcaaaagtg gacatggcta tggtgaactt gagggtttaa aaaagctagg cgacgctgtt      180

accatcaaat ctatgggaaa aggttttatc tactataacc gagataaagt aacggtagaa      240

gagttagaaa aacacaaagc agcagctcaa gaagcgtgga aaacattagt agaagaagtc      300

aattctgata attgggatct catcgttatg gacgaaatca acaatgccat taactatgaa      360

ctcatcgatg ttaactccgt tgtagatatg cttaaacaca aaccagagcg attacatgtc      420

atcctaacag gccgctatgc aaaacctgaa atcatcgaca tcgctgatac agtgacagaa      480

atgaacgtag taaaacacgc ttacgaaaaa ggcataaaag cagcaagagg aattgagttt      540

tag                                                                    543


<210>  3040
<211>  627
<212>  DNA
<213>  Veillonella

<400>  3040
atgaaaggac gatttgcacc tagcccaacg gggtatatcc acttagggaa tgtgtggatc       60

gcccttttat cgtatatatc tacacgtaat caaaacggca cctatgtggt ccggatggaa      120

gatatcgatt tacaacgttc taaacgctct ttaggagagg ccttgttaga tgatttggaa      180

tggcttggct ttgaatggga tgaggggcct cgtgtgggtg gacctgaaga atcctattgg      240

cagagtgaac gatttgtact atacgacaaa gtccttaata ggcttgagga acaaggatta      300

atctatccat gtttttgtaa tcgtgcacgt ttgcaatcca ttgcttctgc acctcatcgc      360

ggagaagtcg ttcatcatta tgatggacat tgtcgtagtt tagatagtgc cacagtgaaa      420

ttgaagagat tagaaaaaaa tccgtcaatg cgtattaagg tgactgattc tactatggat      480

ttcaacgata tataccaagg tctgcagcat tttgtattgc gccatggtgt tgatgatttt      540

gtattgcgcc gtggagatgg gatgtatgcc tataatttag cggtcgtttt agatgatata      600

gcaatgggga ttactgaaat cattcgg                                          627


<210>  3041
<211>  1149
<212>  DNA
<213>  Veillonella

<400>  3041
gccgctctat ctatagcgga aattatgaca ggaacctatc tagccccctt agggctcact       60

caaggtctat ttgccatcat actggggcat atcatcggcg gtatattgct ctttggagct      120

ggccttatcg gtggacgttt acggcaaggt agtatgaata ctactgcctt cagctttggc      180

ccactagggg ctaaaggctt tgccttttta aatatgcttc aacttatcgg ttggactagc      240

atcatgatct acgatgctat gctagcctta caagagctag cacccctatc ccctatgatt      300

tggacgatag ctattggcgc gcttgtcatc ctgtggcttt tcatcggcct ccataatacg      360

ggctatattc aagccatcgt atctgttcta ttgctagggc tcactcttta catgggcgct      420

catatgatat cgcagtggcc taatgaagct agccttctaa ctagcggaaa catgagtttc      480

atcgctgccc ttgaattatc tattgccatg ccactatctt ggctccctct catcagtgat      540

tatacgcgtg aaagcaaaaa acctttctcc gcatcactta caagtgctat agtctacact      600

gtaacaagta tcgttatgta caccttaggt cttagtgcgg ctatcttcgg tggtggcgat      660

tctatcatta ccatcatgat gaacgccggt cttggccttg cagggctcat cgttattatc      720

ttctctactg taactacaac ctttatggat gcttattctg caggcgtttc tagcacaact      780

atctacaaga gtgcttctag taaaggcata gccgttgtag ttactatcgt tggtacaatc      840

gctgccatcc tatatccgat ggacgatatt acagacttcc tatacctcat tggctctgta      900

tttgctccga tgatagccat tcttttggcg gactatttta tcaatcgtca acaagtacaa      960

acgatctcag catatctcgt gcgcggttta atttgggtag tttccgttgg actctatcac     1020

tatatgttac atagtgaaag tactattggg gctacgctgc cagcctttac aacggcattc     1080

ttcgtaacag ctatcgttgg cttcataagt catacagaaa actcatctgt cgaaataaaa     1140

caacactaa                                                             1149


<210>  3042
<211>  855
<212>  DNA
<213>  Veillonella

<400>  3042
atgagagatt taataatgca taggcacgta gtatggcaac gttttatatt ggcgttagct       60

ttcataggtg ccatgctctt aggtactgtt gctcatggtg ctgcacctac gccaccatct      120

accattggtg aagcagtggt actcattgat gcagataata aggagatttt attcgccaag      180

aatcccgata aatggatgca tcctgccagt acaactaaga tggtaacatt gctaactgct      240

ctagaattga agggaacgca attagatgaa ttggctacga ttagtccata tgcgacgagc      300

atggaggagt ctaatttagg tgtacgagtg ggggaccaaa ttaccttaga aggtgttcta      360

gaaggtatga tggtgtccag tggcaatgat gcggcagtgg taattgctga aaatgtaagt      420

ggttctgtcg ttaatttttc taaagatatg aatcgcgtag ccgcaaaggc gggtgctaaa      480

aatagtatgt ttttaaatcc tcatggatta acacaaatgg ggcatcattc aacggcacgt      540

gatttggcat tgattgctgc ctatggtatg aagtaccaaa tgttccgcga taaggtggcc      600

aatgattact ataaggtgcc ttatcaaaat cgaaagcctg aaacaattcg cacaacaaat      660

cactttattc gaaacaaata ccctggtgct aatggtttga aaacaggttt taccaatgcg      720

gcaggagagt gtttaattgc atcggcaacg cgtaaagggc ataccatgat tatcgttatg      780

ctcaatgatg ataatcgttg ggaagaggcg gtgcaattct tagattatgg atttaagcta      840

cgcggtgtta tttaa                                                       855


<210>  3043
<211>  822
<212>  DNA
<213>  Veillonella

<400>  3043
atgaaaaaat ttattcaaaa aaatagattg ttctctttct atacaattct gatgcttatt       60

attgtattca tcgccatatt tgcaccatgg cttgcaccag gtgatgcgtt cacctccaat      120

atgagtcaag cattgcaagc gccaagtagt caacattggt ttggtactga taaattgggt      180

cgtgacgtat tatctcgtat catttatggt actcaattat ccttgtttat gggcgtatcc      240

attgtagtga ttatggtgtc tattggtact gttattggtg ccgtagcggg ctattttggc      300

ggtaaggttg agatggttct tatgcgcttg gcggatatta tgttatcctt cccaggtgtt      360

gtgctcgcca ttgctattgc cggtatctta ggtggtagta ttgtgaatac cattcttgca      420

ctatctgttg taggttgggc gaaatatgct cgtctcgtac gttctatgac gctgaaagta      480

cgcggtgaag aatatgtaac ggcagctgtt atgatggggg cctctacatg gacgatttta      540

cgtcgtcata tcatccctaa tattttgcca ctcgttgtaa ccacaggggc actagatatt      600

ggggctatta tgattgaggt cgcaggttta tccttccttg gatttggtgc acagccacct      660

acaccagaat gggggcttat gctaaatgaa ggtcgtcaat acttgcaaac aagtccttgg      720

ctcatggcct tccctggtat gtctatttta atcgtagtag ctattttcaa tctttggtct      780

gattctttac gcgatgtagt ggatcctaag aatcaaggtt aa                         822


<210>  3044
<211>  1500
<212>  DNA
<213>  Veillonella

<400>  3044
atgaaacacg ttggtaagtc ttatgacaaa gtcgatgcca aggggattct aagcggtaaa       60

ccttcttata cgggcgattt tgtacctaaa gatgccctta ttatcaaggt gttgcgtagc      120

cctcatgcac aggcgcgtat caaatccatc gatacgtcaa aagctaaatt aatccctggc      180

gtagaagcca tttttacata tgaagatgta ccgaatacgc gctttacctt ggcagggcaa      240

acctatccag agccatctgc ctatgatgcg ttgattctcg attctgtagt tcgctatgta      300

ggtgatgaag tggccctcgt tgtggctaaa gatgaagcta ctgcattgaa ggcgatgcct      360

ctcattaagg ttgaatacga ggtacaaaaa ccggtacttg atttacgcac ggctatggac      420

catgaaacag tagttcatcc agaagatgat attctcaatc atattccagt aggacaagac      480

tataaacgca atatttgtgt atcgtaccat aagcgtgttg gtgatattga agcggaactt      540

gctaaatgcg attatgtcgt agaaggcaca tatttcgacc aagctacgcg ccaatctgcg      600

atggaaccat ttcaaagctt tgggtatatc gatcatttgg gccgcattgt tatcgttagc      660

tctacgcaaa tcgtattcca tgtacgccga catattgcac gtgcattggg gattccggcc      720

tcaaaaattc gcgttattaa acctcgtatt ggcggtggct ttgggtctaa gcaaacggct      780

tgtaccgaat tgatgacagc atttgtaaca tggaaattac aaaagccatg ttatttgcta      840

tatgatagaa ctgaagcaca aacttgttcc actacacgtc atgctcgtga atggtatatt      900

cgcataggtg ctacaaagga tggcattatc caagttatcg acatggactc cattaccgat      960

gcaggtgctc atgcaaccca ctgctttacg acaaccacag cgggggaaca taaatcggtg     1020

ccattgtata acaaggcaaa agcggtgcat tacggcacgg aaggggttta catgaatcat     1080

acgccgggcg gtgcctttcg tggctatggt gctacagagg cattgtggcc attagaatgt     1140

gcagtcaatc gcttggctga tgaaatgggt atagatccgg cagaacttcg tcaaaagaat     1200

ttgattgctg ctggtgaacg cagtttggta tatgatccag atgaaattat ggagtctggt     1260

ttattccaag aaacagtaaa taaggttaaa gaaatggcgc gctgggacga acgacctcat     1320

agctgggata ttgatgaacg atatcgcggt ggtctcggta tggcgcttgc cttacaaggt     1380

tctggcgttg ctaatataga tgtggcatct gtagaaattc gccttggtga tgacggtaac     1440

tacacattat atacgggttc atccgatatg gggatggggg ccaatacagt tcttacccaa     1500


<210>  3045
<211>  1125
<212>  DNA
<213>  Veillonella

<400>  3045
gtgcttaatt taggcgtaat aattttggct ggtggcctca gttcacgtat gggatatccc       60

aaggctctat tgccttgggt gaatggtgaa agcctcattt ctcatgcttt gcgtaacgct      120

ttagaccatg atgcaaaaga tgtgctcatt tctattggtg atgatgaagc gctaggtcaa      180

gccattcagg ctaatattat cgacacgttg tcgaatgaag aaaaaaataa agtgtctatt      240

gttcgggatt ctgtggagcg atgtggtcca ctaggtggat tgtatagtac tttatccgta      300

ggtaaaagtc acgcctatgc ggtactggcc gtagatatgc catttatgga ttttaattta      360

tattatgatt ggctatacca agtggagggt gatggctggt ctgttattgt gcctgttggt      420

gaaagcggac gttatgaacc tatggcggga atatataagc catccattgc tccattattg      480

caaactgctt tggcaggaga ggatgtatct ttgcatcatg cattagatat tatagggact      540

gtggtaacta ttgaagcagg tgattcttgt catcatttac gcaatgtgaa tcatatagag      600

gattataagt gggcccgtgc agaggctgtt aatgctgatc gtcatgttcc acttgtcagc      660

gtggttgctg aaaaacgtaa gactggtaaa actacggtgg taacgcgact cgttaatgaa      720

ttagaacaaa ttggtttctc tgtgggggtt gtaaaaagcg ataaacatgg ctttcacatg      780

gattatgaag gaactgatac ggatcttgct atgaaagcag gtgccacggc cgtagcaatt      840

gtaggtccaa cggaaacggc catacgcatt cgcaccgaaa aacaatctaa tctgtatgat      900

ttggtacagc aattacctgt agatattgct atactagaaa cgagatccca aggtatattt      960

ccgattgtag aagtaactcg agaagggtac acagaatcgc tgatatccag tgagattgaa     1020

cgtgtaggta ccatagaggt tactgattta gatcaatgca taccagattt ggtgtgccga     1080

atacaaagta tgatgaggaa tttagatgat agccgttact gttga                     1125


<210>  3046
<211>  519
<212>  DNA
<213>  Veillonella

<400>  3046
tatatcgatc cgggctttca taaaattgca tcgggccgtg aaagttataa tttggattcc       60

tggttagttc caccggatac attgccaaca ttttttgcat ccatggcggg cgatgcagat      120

ctggccatta ttgaaggcgt tatggggttg tatgatggtg gtcgagaggg tgtgagcagt      180

acggctcaaa ttgctaagca attaggtgct cctgttgtgc tcgttatcga ttgtaaggcc      240

atgggtgaaa gtgcagctgc tatcgcaatg ggctttagag actatgacaa ggatgtagat      300

tttaaaggtg taatcttaaa ccgcttaggt tccgataatc atgaacgtat ggtccgtgaa      360

ggtatggaaa aaattggcgt tcctgttatt ggtgctatac gccgtgatga tcgtatgcat      420

tctcctgaac gccatcttgg tttgacaccg gttacagaag ttgaccctac agaggctatt      480

gcaacgattc agcatgccgt ggaatctatg gtagattta                             519


<210>  3047
<211>  801
<212>  DNA
<213>  Veillonella

<400>  3047
atggataagg atgtattttc taagctaaaa gtatcagata ttaaggcttt atttgaaact       60

gaccaagcct tagaaatttt accattagca caagcagaca atcgtatttc tgttcaaaag      120

ttggcggctt catatattaa acgccaagaa aaagaattac aagaacagca aagacttatg      180

ggcatgtatg actatgaagg catgttctac gatcaaggcc tctatcatgt ggctggcgtt      240

gatgaggtag gacgtggtcc cattgcaggt cctgttacgg tagctgctgt catattgcca      300

cctatgacct taattccagg tctaaatgat tctaaaaagc taactgaaga gaaacgtgaa      360

gcattgtatg acatcattat gcaagaggct gtagcggtaa gttgtatttc ctatggtcca      420

gaaaaaattg atgaactcaa tatttacgaa gccacacgtc aagctatgta cgaagctatt      480

cgtactctcg atgtaccagc agaggcggtt gtagcagatg ccatgaagtt acctgattta      540

atgattcctg tagaatccat tgttaaaggg gatagtaaaa gcgctaatat tgcagctgca      600

tcaatcattg ccaaggttac acgagatcga tatatgaaga gtctcgatga agagtatcct      660

ggttatggtt ttggcataca taagggatat tatacagaac tccacaaaga ggctgttgag      720

cagcaaggtg tgacaccatt gcatagaaag agttttgaac cgattaagtc aattgttgga      780

tggcatcgcg aagagaatta a                                                801


<210>  3048
<211>  801
<212>  DNA
<213>  Veillonella

<400>  3048
tctatcttgc atgacgatgc gtatatcatc aatactaaag atttgagttc tattgccctt       60

gaacctacgt actttgacaa aatgcaagat taccctgtgg aacatcctgc aaacgaattc      120

ttgttgactc tacaaaacgt aggcgtaacg atggatgaag agggccgtaa ggttgtatta      180

gcagaagacg ttcgtaataa caatggtcgt gctatcaaat ctcaattttg gacagataat      240

cgcgtgaact acgttggtga gcctgtaaat gctattgtat ggctaatgaa agataaaaca      300

ttgccaccaa ttcttaaagt cgatgatcct gttttggcgt ctactatggg tgcaaccctt      360

gcgacacgtc gttcgaccgc ggaaaaactc gatgcgcatg tggatccaaa tgcactcgtt      420

atcgagccat atgcaaaccc attccgtaca tatccattgg ctcttgatta tgaaagctac      480

aaaaaattgt tctccgaatg tggcgtagaa tgctacatta tgaatacagg cttcttcttg      540

gacaacaaag ttccaaaaga agtgactctt gatttgttag aacgtttggt agaaggtact      600

ttggaattca aaccattcta taaatacccg aaccttgaat atgtagaggt tcctggtttt      660

gaaccaccat tccaagtgcg tgaataccat caccaattgc acaaagcttt tgagttccgc      720

tatgactatg tggaaaatct cagagacggt aaaaatgaat taccagatga agtacttgat      780

gtactaaaaa ctttaatgta a                                                801


<210>  3049
<211>  336
<212>  DNA
<213>  Veillonella

<400>  3049
aatacaatgt tcggtaaagg tatgggcaat atggcaggca tgatgaaaaa ggttcaaaaa       60

atgcaagctg acatgcaaaa aatgcaagaa gagttaaaaa ctcgcactgt agaggcatct      120

gtaggtggcg gtgcagttac agtagtaatg aatggcgaaa aaatgattga atctttaaag      180

ttgaacccat ctgcagttga tcctgaagat gtagaaatgc ttgaagattt ggtaactgct      240

gctgttaatg aagcaagtaa aaaaattgac gacttgttag ctcaagaaat gggcaaagta      300

acaggtggtc ttaacttgcc aacaggttta ttctaa                                336


<210>  3050
<211>  555
<212>  DNA
<213>  Veillonella

<400>  3050
ttaaaaattg gcgattctgt agcggttaat ggcgtttgtt taactgctac aacgattgga       60

aattatcaat ttacagccga tgttatgcct gaatctatta gtatgaccac tttcacaaat      120

ttaaaggtga atcagccagt taatctagaa cgtgctatgg ctgctaatgg cagatttggc      180

ggacatattg tagctggtca tgtggatggt acaggtcgca tcgtcaatat gaaacgaaca      240

gataatgcca ttgttttcac tatttctgct ccaaaatcga ttatggatta cgttatttat      300

aagggatcca ttacaatcga tggtattagc ttaacgatta tggagagaac ggaatcgacc      360

ttttctgtat ctattattcc gcatacattg agtgaaacag tgctaggcca tgcgtcgatt      420

ggcacagagg taaatttaga aacagatatt acaggccgtt atattcgtca ttttatgaca      480

ttagatgcgc ctacacatac aagtaagtcc caaaaatcca tggaatctct attagtagag      540

aacggattta tgtaa                                                       555


<210>  3051
<211>  2409
<212>  DNA
<213>  Veillonella

<400>  3051
ttgtccatta aacgatcaat cgttattggc gagccaaaag tagctagtac tagtaaagat       60

actaaaaaga aaagtactaa aaaagagagt actacgataa agcgtaaggt tactaaagaa      120

gcccttactc ccatggggat tgtacgggat aaatctgtac tacaaacctc cgtaccacca      180

gagcaacggg aaccacgtgt ttataatcct gatggcaaag tgttggttat cgtagagtct      240

cctgctaaat ctaaaacaat tgaaaaattc ttaggtccta actatgttgt aaaggcgagt      300

atgggccact tacgagattt gccaaagtct caaatgggca tcgatatcga acatgatttc      360

acgcctcgtt atagcaattt ggtaactcgt aaaaaggtta ttgatgaact cgtttcctat      420

gccgatgaaa gcagtgccgt attgctcgca actgaccctg accgcgaagg ggaagctatt      480

tcttggcatt tagcgtacat tttaaacgta gatcctacat ctacatgtcg tattacgttc      540

aatgagatta ctaaaaatgc ggtagcagag gccttagaat ctccacgtac tatcgatatg      600

aacatggttg atgctcaaca agcacgccgt gtattagacc gtatcgtagg ctataaattg      660

agtcctttat tatggaaaaa ggtttgtaaa ggccttagtg ccggtcgtgt gcaatccgtt      720

gcagttcgac ttatttgtga acgagaacga gaaattcaag ctttcgtgcc acaagaatat      780

tggactatcg aaggcaattt tgaaacgcct aaaaaagagg ctttcactgc agaactgact      840

catattaaag gcgagaaaat cgatattact actgaaagtg aagcacaagc cgtagtagat      900

gctattggcg gagccgatgc agtagtgaca aatattgaaa agcgcaagcg ttctcgtaaa      960

gcggcacctc cctttacaac gtctacgttg caacaagatg gtgtgcgtaa attgaacttt     1020

ggtgcgaagc gtaccatgat gattgctcaa catctttacg aaggtcttga aattggatcc     1080

tatggccacg taggtttgat tacgtacatg cgtacagact caacgcgtat ctctaaagag     1140

atgcaagcta tggctaagga ttatattatt cgcaactatg gtgaagatta ttatccttct     1200

aaaccaaata tgtatggagc taagggttct gctcaagatg cccatgaagc gattcgtccc     1260

acatctctcg agttaacacc taaaatggtt gagccattct tgagtcgtga tgaacttaag     1320

ctgtatacgt taatttggaa tcgttttatg gcgagccaaa tggcaccaca acaaaatgaa     1380

tctacaacta ttgagctgat tgttcaaaat gattatacct ttaaagccac aggctctcgt     1440

gttatcttcc caggctttag cgccgtttat gaagatgcga aaaaagagga tgttcctcaa     1500

ttgcctgcgc ttagaaagaa tgatgcagcc catacggtgg aggtattgcc tgaacaacat     1560

ttcacacaac cacctcctcg ttactctgag gcgagtctta tcaaaacatt agaagaactc     1620

ggtattggtc gtcctagtac gtatgcacca attttagata caatcgttag tcgtaactat     1680

gtagagaata cgaataaaca atttattcct acagagctag gctttgtagt agtagacttc     1740

ttgatcgcct actttgaaaa gatcattaat actggcttta cgcgagacct tgaagaagag     1800

cttgatgcta ttgcatctgg taaggatacg tatgtaaaag tattatctaa cttctacgaa     1860

gtatttgcgc aagaactaga agatgcgagc gatgtagatc gtattgaaat tgcatccatg     1920

gaaagtgatg aaacttgtga actttgtaat agcccaatgg tatataaatt tggtcgctat     1980

ggtaagttcc tagcatgttc taacttccca gaatgtaaaa atactaaacc tattacggta     2040

ggtacaggtg taacttgccc taaatgtaag gatggggaaa tcgtagagcg taagtctcgc     2100

cgtggtcgtc tattctatgg ctgtaaccga tatccacaat gtgactttac attatgggat     2160

aaaccaaccc atgatttctg tgaaacatgt ggttctatta tggttgaaaa gacatataaa     2220

aatgggacaa ctaaaaagtt ctgttccaat gaaacatgtc caactagacc accaaagaaa     2280

acaagaaaga aaaaaagcga agctagtgaa gaaactgtaa aagaatctaa agagtctaaa     2340

gagtctaaag aatctaaagg gtctaaaaag tctagcaaag ctaaaaaaga ggaaacaaca     2400

gttgaataa                                                             2409


<210>  3052
<211>  1032
<212>  DNA
<213>  Veillonella

<400>  3052
atggaaacaa gaattgaata tgattcaatg ggaccagtcg aagtcgacgc tagacgaatt       60

tacggacctc aaacgcaacg ctcgttcaat aactttaaga ttggtgacca ccgtatccct      120

attgaacaaa ttaaagctct tgcgcttgta aaaaaagcat gtgctttaac caatgcaaag      180

tgtggcgcag taacagagga aaaagcgaaa ctcatcgctc aagtagtcga tgagatcgta      240

gacggcaaat gggatgatga gttcccgtta accgtattcc aaacaggttc tggcacacag      300

actaatatga atgtgaacga ggtaatcgct caccgggcta aacagttaga tgaaagcaac      360

ccactccatc ctaacgacga tgtaaaccgc ggtcaaagta caaatgatac attccctacg      420

gcaatgcata tctgcggata ctttgaaatt acaaaacggg taatccctgc attggacggc      480

cttattaaat ctttcgaaaa attgcaagaa aaagggaaag gcttgcaaaa agttggtcgt      540

actcacctac aagatgcgac tttcatcatg gtggaccaag aaatcagcgc ctttgtggac      600

ggcttaaaaa ctgctaaaac tatgctcgtt caaaatgctg actacctact cgatgtagcc      660

cttgggggca ctgcggtcgg cacaggtgta aacacgccta aaggctatct cgacgtaatg      720

gaaactatat tgccagaggt aacaggtgct ccattccgcg tgaagaacaa caaattccaa      780

gggctggctc ttaaagatgc gttcatgatg gctcatggtg cactaaatac gttggctact      840

accctattca aaatcgctaa cgacgttcgt ttcttaggct ctggtcctcg ctgtggttac      900

ggcgaatggc atctacctga aaacgaaccg ggctcctcca tcatgccagg caaggtaaat      960

cctacacaat gcgaagcctt gaccatggta tgcgcccaag tattcggtca caatacgact     1020

atgaccatct gt                                                         1032


<210>  3053
<211>  1239
<212>  DNA
<213>  Veillonella

<400>  3053
cctattgaac aaatcaaagc gcttgcgctt gtaaaaaaag catgtgcttt aacaaatgca       60

aaatgtggtg cagtaactga ggaaaaagcg aaactcatcg ctcaagtagt agatgagatc      120

gtagacggca aatgggatga tgagttcccg ttaactgtat tccaaacagg ttctggcaca      180

cagactaata tgaatgtgaa cgaggtaatc gctcaccgag cgaaacagtt agatgaaagc      240

aacccgctcc atcctaacga cgatgtaaac cgcggccaaa gtacaaatga tacattccct      300

acggcaatgc atatctgcgg ctactttgaa attacaaaac gggtaattcc tgcattggac      360

ggccttatta aatctttcga aaaattgcaa gaaaaaggga aagggttgca aaaagttggt      420

cgtactcacc tacaagatgc tacgttcatc atggtggacc aagaaattag cgcctttgtg      480

gacggcttaa aaactgcaaa aactatgctc cttcaaaacg ctgactacct actcgatgta      540

gcccttgggg gcactgcggt cggcacaggt gtaaacacgc ctaaaggcta tctagatgtt      600

atggaaactg tattgccaga ggtaacaggt gctccattcc gcgtgaagaa caacaaattc      660

caagggctcg ctcttaaaga tgcgttcatg atggctcatg gtgcactaaa tacgttggct      720

actaccctat tcaaaatcgc taatgacgtt cgtttcttag gctctggtcc tcgctgcggt      780

tacggcgaat ggcatctacc tgaaaacgaa ccgggctcct ccatcatgcc aggcaaggta      840

aatcctacac aatgtgaagc tttaaccatg gtatgcgccc aagtatttgg ccataataca      900

actatgacgc tctgtgcagg tagcggtgcg ttccaattga acgtgtacat gcctatcatg      960

atctatgact ttgttgaaag ctgtcgcctc ctcgcagatg cgatgaattc tttcacgaca     1020

cactgtatcg acggtgtaga attcgtacca gaaaaactca acttcttcgt agaacaatcc     1080

ctcatgatcg ctacatcctt aacaccatac atcggctacg ataagagtgc taaggtggta     1140

aaagaagcgt acaaacgcgg ttgctctatt aaagaaatca tcttggaaga aaaactcatg     1200

accgaagacg aattcgctga agcagttcgc atgaaataa                            1239


<210>  3054
<211>  1986
<212>  DNA
<213>  Veillonella

<400>  3054
atgcaaatca ctgatttatt aaaacctcaa tccgtcctac taaatgcaga ccctgttaca       60

aaggctgacg ctatttatac cttaggggag ttaatggaaa aaggcggcaa cctcatcgac      120

aaaggtgagt acttagcagc cgtgttcgct cgtgaagaat ctggctctac cggccttggc      180

gacggcatcg ctacaccgca tgctaaatcc gcaggcgtaa aagaagcagg cctagcagct      240

atggttgtgc ctcacggcgt agacttcgaa gcactcgacg gccaaccatc tcgtttattc      300

ttcatgatcg ctgcccctga aggcgctgca gatactcatg tagaggtatt gagccaatta      360

gctatgatgg ttatcgaccc tgacttcaaa gaagccctca tcgctgctcc aacggtagaa      420

cgcttcttgg aactcgtaac agctaaagag caaggtaact ttgatccatc tgtggaaggt      480

ttcatcaaaa cggcagaacc acaagcagag aaagctgaag taggtgacgc tagcacagca      540

gctgtagcgg ctggaacggc tgcagcagtt gaaaaagtca ctatagacaa cccacattac      600

gatgtattgg cggtaactgg ttgccctact ggtattgctc atacctacat ggctgcagaa      660

tctttagaac gcaaagccaa agaaatgggc atttccttaa aagttgagaa aaatggtgct      720

tctggcgtta aagatgctct tacagctgaa gaaatcgctc atgctaaatg cattatcgtc      780

gcttctgacc gccaagtaga aatggctcgt ttcaacggca aacctatgat tcaaactaaa      840

gttgcgaacg gtatcaataa agccgaagaa cttttaacag aagcaatggc tggcacagca      900

gctgtatacc aagcatccgc agcagaccgt gaagctgctg aaactgctgc gagtgcctct      960

gacagcgtag gtcgtcaaat ctacaaacac ttgatgaacg gcgtatccca catgttgcca     1020

ttcgttattg gtggcggtat cttgattgct ctcgccttct tgttcgacac attagatcct     1080

gcgaatccta agaacttcgg ttccggcaat cctctttctg cattcttaat gcaaattggt     1140

ggtgcttcct ttggcttcat gttaccagta ttggctggtt acatcgctat gagtattgcg     1200

gaccgcccag gtcttgtagc tggtttcgtt ggtggcttat tggccaacca aggcggctct     1260

ggcttccttg gcgcattgat tgccggcttt gcagcaggtt atttagtatt attagttaag     1320

aaattagtat ctggtttgcc tcaagcctta gaaggtacaa aaccagtcct cttctaccct     1380

gtactgggcg tattgttcat aggtttagct ataaccttcg taatcaatcc tcctgtatcc     1440

gcgcttaacc actggttaat ggactcctta caatccatgg gcactactag ccgcttattg     1500

ttaggtctca tctttggtgc tatgatgtcc gttgatatgg gcggtcctgt aaacaaagca     1560

gcttacgtta ttggtactgg tgcacttgct actggtgaat atggtattat ggctgctgtc     1620

atggcaggtg gtatggttcc tccattggca attgcgcttt gtactacatt cttccctagc     1680

cgcttcacag aagcagaacg taaatctggt atcactaact acatcatggg tctttccttc     1740

atcacagaag gtgctatccc atttgcagcg gctgatccag ttcgcgtatt gccagcttgc     1800

attatcggtg ctggtacagc tggtgcgttg tccatgttct tcgaatgtac actacgcgct     1860

ccacacggcg gtatcttcgt agtacctaca atcggcaacc cacttcttta ccttgcatcc     1920

atcgcaatcg gttccgttgt ggcttgtatc atcttggcac tattaaaacc aagccttaaa     1980

aaataa                                                                1986


<210>  3055
<211>  1560
<212>  DNA
<213>  Veillonella

<400>  3055
atgaaatttg ccattacaca tttgtggtct tcactgcggg acctagcaac tcagtcgcct       60

atattgctgg cattgattgc cgtattttca tgtacaccgt tgtatattga acaagattgg      120

ttttccgaca ttgatcttaa gctttactca ctgtatttct ttatcgttat attacaaagc      180

tatataacaa aagctcgaaa gttttccata ctatatacct tagtaagtat cggaatcagc      240

gttggtcttt atataattca cgaaacttat gggtatgtgc gaggcattga gctggctacg      300

gaaaatatat cgtacctatg gctgtactcc atgattgcct tatatttcac ctcgtctggt      360

gaacactaca tcggtgaaat cattaaccgc atcaaacgga ttggcatcac ccttgttacg      420

tctaccctat acaacattgt tatcgtcatg agtttatggt tcttcttcat catcattgac      480

caaccattcg acattgaaga aaccattttt aaggtgcttg catccattaa catattcatt      540

tgtttatcta tggtatgttc ttacaaagag gatccagcgg gtccgccagc accaagtaaa      600

ttctttaccg ttgtgttcgg cattatcttg ccaaaggcgt ccatcattac aggcattcta      660

gctaacatct atttagtctt aatcctgtta gggcttcgag aggatacgcg tttcttctac      720

acctactatc cgtatgtagc cattttctac ctattctact tggctagctt tagatctagt      780

gaaagtagta gaacacagca aatcttatgt ttcttgttca ttacgttaac cacattgtgc      840

ttaaccctta tctgtaagcg tgttattaat gaaccaatcc tctggctcaa tacaatttac      900

gtaagtgcat tcaatctaat cttcttagta cacaatgtat attctcttgt gaaaggttta      960

aaaccttctg tacacacaac cgttatggct ctagccttag gtgctgtcct tttgacgcca     1020

ttcataggct atacatcgta tcgtgaattt gttacatata ctaaagttga tggagagtgg     1080

catgcaagcc taccaatagc agccaccttt gatcctaact tcacagacta cggcacaccg     1140

tatgtacctg tggacgatct aaaactgcca gatacaaatc cagtaaacgg cagacgcgtt     1200

gaatatatta attttgatgc tttgtctgca ccaaaggtta tttctattgc aggctacgat     1260

aaatacattg aaaatatcga attaatagtc tatgaaaaag accttaagga atatgaagta     1320

gaatctgcca acttcgactc catctccttt aagttcctca acaaaggcct tgatttagag     1380

gtatccctac caaatggagt aacagaggtc catcatattt atgataagtt ccttacagtc     1440

gataaaacag ctattgatcc tgtcattata gaaggcaatg gatacaagct attgattacg     1500

tcgtacttca taaaccaatt cgatacacgg aaacttaaat ttaatgtact ttataattaa     1560


<210>  3056
<211>  1362
<212>  DNA
<213>  Veillonella

<400>  3056
atgtataaag gaggtcatcg tatggacatt tatgtaatta tgcaagttct tattttattt       60

ggtgccatct tccttggtgt tcgcctcggt ggtatgggca tcggttacgc tggcggcctt      120

ggggtagtat tgttaagcct tggtatgggt atgttccctg gacagattcc gtgggatgta      180

attctcatca tcatgtctgc tatcgctgcc atctgtgcct tacagttagc cggtggtctt      240

gattatttgg tgcgtattgc ggaaaatatt ttgcgcaaaa accctaaaca catcaactat      300

ttagcaccaa cagtaacgta tttcttaact ctgttggctg gtactggtca tacagcattt      360

tctatgattc cggtaatcgt agaggtggca aaaagtgaaa acattaagcc atctgtacct      420

ttatccatcg ccgttgtagc gagccaaatc gctattacag cgagcccagt atctgcagca      480

gttgttgcta tgagtggttt ccttgaacca ttcggtgtaa actacccaac attactcgct      540

atttgtattt ctacaacatt cgtagcagtt atgattactg cctttattat gtctacattt      600

gcgaataatg atttgtcttc tgatccagta tatcaagaac gtttggcagc aggtcacgtg      660

acaccacctc gtgaaaaaaa tgccgatttc catttgaaac caggcgcaaa aacttctgta      720

ttgattttct taattggtat tatttgtatt gtattctatg caactgcaat ctccaaaaac      780

attggtcttg ttaaaccagt tatttttggt cgaaatgatg ctatcatcgg cttcatgatg      840

attattgcag cagccattac ttacttctgt aagattgata cagcacaact tgttaatact      900

agtacattta aatctggttt atccgcttgt gtctgtgtac taggcgtagc atggctaggt      960

gacactttcg taaaaggtca tattcctgaa atcaaagcgc ttgcttctag catggtaacg     1020

gcatatccgt tcttgttagc tgtagcattc ttctttgcta gtacattgtt gtatagccaa     1080

gcggcaacta cacaagcgtt ggtaccagcc gtaatattag ctctcggtat tactccagag     1140

aacccagggt ccgtatacat tattatcgca tccttcgcag ctgtatctgc actcttcgta     1200

ttgcctacat acccaacact tttgggggct gtacaaatgg atgacaccgg ctctacacga     1260

atcggtaaac tcgtatttaa ccatccgttc ttcatccctg gtgtgcttgc tattgctata     1320

gcagtagcac ttggctttgt agtagcacca ttgatgctgt aa                        1362


<210>  3057
<211>  930
<212>  DNA
<213>  Veillonella

<400>  3057
gtgaatccct taattaccat cgttggacca acggcggtag gcaaaacaga tcttaccttg       60

gacttagcag aacatctaca tgctgaggtg atttctggtg atgcttacca agtatataaa      120

caactcaata ttggtacagc taaaccatcg gtggatgaac ttaaccgagt gaaacatcat      180

cttatcgata tattagaacc aaatgattca tattcagtat ctattttcca acatcaagct      240

aaagatataa ttgatagatt aaaagacaga aatattctac ctattctgtc tggtggtaca      300

gggttatatg ttcaatcatt attagagaac tataacttta atgacgttaa gcctgatgaa      360

agcctacgtt cagaactaga tgagctattt aatgctaaag gtatagatgg tttacgagaa      420

tatgctttca acttaggtac aaaacataat atagaaattc aatatagtga taaacatcgt      480

ttatatcgag ctattgagat attacatcat ggtgatgtag attcattacg taatcaaaca      540

aaagatggtg tatcctataa aggacctgta attggtctta tgagagatcg tgataagtta      600

tatgaacgca ttaatttacg cgttgatatg atgtttgaag caggtttaat tgaagaagtt      660

gagcaacttg ttaggtctgg tgtaaatcct gactgccaag cctttaaggg tattggttat      720

aaagaggttg tagactatat aaatggcagt attaaccttg ataaatgtag agatttgatc      780

aagaaaaaca ctcgtcattt tgcgaaacgc caaatcactt ggtataaacg catgccatat      840

attgaatgga ttcatattga taataataca tctaaagatt ttatatttaa taaagctatg      900

gaattaattc gtagagaagg attagcatga                                       930


<210>  3058
<211>  1140
<212>  DNA
<213>  Veillonella

<400>  3058
atgaaaacag attctaatac tttgaatctg tctacacttg gggatatggg cttgtatgtc       60

catatccctt tttgtaaaca gaaatgtgtg tactgtgatt ttccagccta tcaaaattta      120

caagattatt acgaaaccta tgtctatgca ttagtacaag aaatagattt gtgggtgtca      180

gaacacccag agtctaaatc taaacctatt gatactattt attttggtgg tggtacacct      240

actgaattat caattcaaca gttacagatg attatagaca aaatcaaaag tacttttact      300

attactgacg attgtcatat gactatagag tctaatcctg gtgaagtaga tctacagtat      360

ctcactaagt tagttaaact aggttttaat cgtattagtt ttggtgttca aacctttgat      420

gataaggcgc ttaccatgct acatcgcagt cataatgggg aaaaggctaa acaggctgta      480

tatgatgcca aagaggcagg ctttacagat atcaatatcg atttgattta tggtttgcca      540

cgacaaacct tagaggatat tcaacgtaat ttaactattc tgaaagaatt accaattaat      600

catgtttcta cgtatggctt acaagttgag gtaggaacat atttatatca tttagttcaa      660

aagaatctta tttctattcc ttgtgaaagc attgatgaat cgatgtatga cacaatgatg      720

gaaggattga aaaatctagg ttttgaacga tacgaaatct ctaattttgc taaagatagt      780

tcttatagtc gtcataactt aaaatattgg cactatgtag actatttagg ctttggcgct      840

ggtgctcatt ccttctatga tagtatacgc cgcagcaaca accgaaatgt gatgccttat      900

atacaagcgg ttgatcgata cactatgcct actatcgata cggagactat tacgaaagag      960

cgagcccaag aggacttttg cttcttagcg cttcgcacaa agtggggcct tgatgaacat     1020

aaatttgagg aaagatttga tgtatctgtt cacaatttat ttggcaatat attagaagat     1080

ttagttatta aaggcttatt agagtatcaa aatggtagtt atcatttaag ctctgaagga     1140


<210>  3059
<211>  807
<212>  DNA
<213>  Veillonella

<400>  3059
atggctattg atggagtaaa aatcatagat agtgatgatg gccatgatat ttataattta       60

attgttgagc gctatagaga tggtatcaat attgatacca ttgtttcaga aattttgggc      120

gaagagcaga atttttgtac taacgaattc tatacagaaa tttattggac tgctgtagct      180

tattcgctgt ggaagatagg ccatctgcca gagaatatca aagagaaagc attagacata      240

attgggaagg gtgctcatga gttttggcta gaaattgata gtaaggcgct caaacagcgt      300

caaaaggtgt tagatagatt agctgtacag ctacaaagtg aaaatccaaa accgcttaag      360

gttcgtaaat ctaaaacaaa gcgagaacct cattttaagg tgggcgatgt gttagcagtt      420

aagtttgaaa acgagtatgg agctgttttt gtatctgacg tggatcaatc accgcggaaa      480

atcgagtacc atttggcctg tacgaggctt ttacaaaaag aaaaacctac aatggagcag      540

tttttaaata gtaaaatcgc ctgccgcaaa gacaatacaa atttcggtat cgataccgac      600

tgttggttta atcataaaga cctaggccta ttgctagacc atttagaaat cattggggct      660

gttgaactat atccgtgtaa attgtggaca ctagcaccaa gaggcacgtt ggaagatatc      720

tatgaggaga ttacagatga gccaagaata ggtagacttc ggctaataga tacgtatgaa      780

ttggtgaaag aggttattca gaaataa                                          807


<210>  3060
<211>  1149
<212>  DNA
<213>  Veillonella

<400>  3060
atgaaacgta ttatacgaaa gtacggaccg ccaatttttc attgtattaa tgatttcggt       60

caaggttcgt tggccgcatt gattccgttc ttcattgcta actttggcct taattactat      120

caatcggcta ctattatttt ctgtaacacc gtggtggcct ctattgcgca gcccgcattg      180

ggctacgtgg ccgatcggtg gcgcgtacct tggttcattc ctgccggctt tacggtgact      240

ctcgtgtcca ttagttctat ggcactagct acgagctatg aaatgattct cgccctgtcg      300

cttttagctg gcgtaggggc cgcactattc catcctgagg cggcgctcct tgtgaagcgt      360

acgcaatctc atgaaatcgg tagtgctatg gggcgctttg ccgtaggcgg cagcgctggc      420

tttgcactgg ggccgcttct tgctggtggg gtgtacatct ttggcggtca attcctttgg      480

ttgttcacag cgattgcatt aattggcgtg ttactatatg tatatgcctt tactggctct      540

acagatgccg atgctgttgg tgaaagtaaa agatctgcta catcaactca tgcgggtacg      600

aatgattggg cgagctttgg taagctattc tttgtaatcg cttcacgatc catattgttc      660

tccgtactat ctatcttcat tcctatcctg tacattaccg ttattaacgg tgaagccagc      720

gcttctagct tggctctaac tatgtacttt gcgatgggcg cagtccttac ctatatgggc      780

ggggctctat ccgataaatt aggattcctg aaaacggtac gtttagctaa tcttatattc      840

ttgccatccg ttttagtatt tatctttgtc ccaaatatat ggggcttctt cggtgctatg      900

ataccgatgg cctttggcgt attttcgcaa tatggaccaa ttacggtact aggtcaaaaa      960

tatcttgcta aaaatgcagg atttgcatcg ggaattacct taggtctagg cattacttta     1020

ggtggccttg tagctccgta tgtaggccat ttagctgata tctatggtgt gcaaacagca     1080

ttgatgacat tgatacctgt aggtttaatg gggcttctaa tgagcctctg gcttaaagaa     1140

ccaaaatag                                                             1149


<210>  3061
<211>  864
<212>  DNA
<213>  Veillonella

<400>  3061
atgaaaattt atagaagtaa aacctttaca gcagtcccac cagggatgac tattaaagaa       60

gtactagaag atcatcatat gactcaaaaa gaattggctg tacgtttagg attaagtgaa      120

aaacatatta gtaaactaat taatggggaa gtgccactga ctcaagatgt ggcgatacgt      180

ttagaacgtg ttttagatat tgaggctagt ttttggaatg gtctagaagc tgcatataga      240

gaagctatct taaaagtcga gtacgaaaac tccattgatg aagaaatcaa ctttgccaaa      300

ccttttggtt atgccaaact cgctcggtta ggtatcgtgc cagaaacaaa aaaggcagct      360

gagcaggtca ataatttaca aaagtttttt gaggtagctt ctttaaaaca tgtggctgat      420

gaaatgatta tgcccttagt atatgaaaat attaaggata tggatcctca taaaaagagt      480

gcgatttata cattggtaca aatcacgaaa gggagggcgc gctttgtaga ggtaaatccc      540

tacgatgcag agttactaga aaaatttata ccaaaaatta aggatctatc tagtgaacct      600

ttaatcggtg tgaaagagcc gctcaaggac atgttagcag catgtggtgt gattattgtg      660

tatttgccaa ttattgataa cataacctcc acatgtatta catattccaa aggaaactcc      720

attgttcttg gtataccaac ggaggattcg gatgcttttt ggacgttatt agatgaggcg      780

ctacataatt tgttagaacg agattatcca cgtagtaatc gcaaataccg taataatgac      840

cctgtaactg tggtgaatta ttaa                                             864


<210>  3062
<211>  657
<212>  DNA
<213>  Veillonella

<400>  3062
atggaacgca aatatgcatg gcataattac gacgatgcta ctatggaaaa ggtatatgcc       60

ttaagtgata cgtatcgtca atttttagat aatggtaaaa cagaacgaga atgcgtggtg      120

caagccgtag aatttgcaga ggcaaagggc tatgtaaatc taaacgatat cattaaaaat      180

aatacgccaa ttaaggcagg ggataagatt tattacacac atatggataa atctattgct      240

ttatttaata ttggcactga cgatattgaa ttaggtatga atatcttagg agctcatatt      300

gactctccac gcattgacgt aaaacaaaat cctcaatacg aagatagcaa ccttttattc      360

tgggatacgc actattacgg tggtattaaa aaatatcatt gggtagccat gccacttgcc      420

attcatggtg tggtggtaaa aacagatgga actcgtatca atattaatat tggcgataaa      480

gaaactgatc ctgtattctg tattacagac ttgttgcctc atttagggca agaacaaatg      540

caaaagaatg cagctaaagt aattgaaggg gaagctcttg atttactcat tggtagccgt      600

ccagtaaaag atgaggaaaa agaaggggtt tctaaattca ttaataacct tcttgaa         657


<210>  3063
<211>  756
<212>  DNA
<213>  Veillonella

<400>  3063
gaaggggttc gtatgtcttt agctgtaaca acagatacag ttgaaactgc tcgtgtacgt       60

catgatttat ggcctgtagc aactgcggct cttggtcgtg ccatgacagg cgctatttta      120

ttagctggtg attttaaaaa tcatgaaaat gtaagtttgc gtattaaagg tgatggccct      180

ctaggcgttg ttcatgtaga tgcttttgca gataatacgg ttcgtggcta tgtggatgag      240

ccacatgtag atgtaccttt aaaacgagct ggtaagcttg atgtaggtgc tgctgttgga      300

cataatggtg aagtacaagt tactcgcttt actcaactag cacaagatta tacctctaca      360

agtccaattc aaagtggtga agtagcagag gatttggcct actatttata tgcttctgaa      420

caagtacctt ctactattag cttaggcgta ttggtagacc cagattatca tactgttgta      480

gctgggggct ttatcgtaca agctttgcca gatgctacag acgaagcatt agcacaagta      540

gaaaagaata ttaacgaact tggtcctatt acagaatatt taaaagctca tccagatggt      600

aaaggtctta tggaacgcgt attagatggt ctaactgtta atgaagtata taatgagcct      660

gttagcttcc aatgtcgctg tggtcgcgac cgctttgccg gtgttcttat gacattgcgt      720

gaagatgata aaaaggctat tctagaagac gaaact                                756


<210>  3064
<211>  702
<212>  DNA
<213>  Veillonella

<400>  3064
atggtacgac tcactgatta cgtaacaagt gggggctgtg cgtgtaagat tggtcctcat       60

atattaaatc gtgttttgaa agcagtgaca cctgttacaa atgaccaagt cttagccgat      120

atgaccggtt ctgatgatgc aggtgtatat aaaatttctg atgcattggc attggttcaa      180

acattagact tttttacacc tatggttaat gatcctattt tatttggtaa aattgcagct      240

gctaatgctt tgagtgatgt atatgctatg ggcggtacgc ctttaacggc tatgaatatt      300

gtggggttcc ctgtgcctct tgttgaacaa ggtgtattaa cagatgtatt aaatggagca      360

ggagccatcg tggctgaatc tggtgctgcc atcgttggtg gtcacagcat tgaaaataaa      420

gaacctatct ttggtatgtc tgtgacaggg caagtcaatc ccaattgtat ttggaaaaac      480

aaaggggccc aagtagggga tgtgttggta ctaacaaaac gtattggaac aggtatcatg      540

aacaatgcgc tgaaagccga tttattccct gtagctacag agcaagctat cactagtatg      600

agtactttaa atagagtcgg tgcagaggtg gctcacaact ttaccatcca tgcttgtacg      660

gacgtaacag gatttagtct aatggggcac tctgtagaaa tg                         702


<210>  3065
<211>  2355
<212>  DNA
<213>  Veillonella

<400>  3065
gaggttagta cattccacag cttttgcttt ttcgtgctcc aacaagaggg caaacgcaat       60

gaaaccttgt atacggatgt aaccatcttt gatgaagagg attgtaagga attgtctgaa      120

ccgtatcgtc cgggtaaatt gcgagaaatg tcctttgcca acatcatcgg aatggtaaaa      180

gaatatcgct ccttatatgg gttctattcc gatgatctcg taggcgacta taaacgaact      240

attgagcgtt tgcaaaagga gcagcgtcct gctattgagc aacagttttc tagctttggc      300

aatgtgctct acagtgaact ccatgacttc ttgaaccatg gtcacgaatg gattgccgcc      360

tatgatgaaa gcttagcctc cgtacatggt ctagatttta cggaccttat ctgtggtgtt      420

catcgactat ttcaagatcc cgtagttcgg gagcgttggc gcagtcgtta caactatatc      480

tctgtagatg aaatgcaaga tacaggcgta ttagagtaca aggtattaga aatgctttgg      540

gaaggtaatc acgtcttatt atgtggggac tattttcaaa ccatatacga atggcgcggg      600

tccgatccat tccgtttgct caagcagttt gatgcggatt ttaagccttt aaaaatcatt      660

ttctacgaaa actaccgctc taactggacg ctctttacga tggcgtttaa aacattgcag      720

aatatgttcc ctgatctcgt aggctctatc tatactgaat tgcctcgcgc caatagtgaa      780

agaaagggca agcctgttct cattaaaggc tgtaaaaaca gctatcttga gggccgatat      840

atctatgaag ctatctgcgc cttgccaaag gatgccaata ttggcgtttt agtacgagat      900

aataaaaagg cacaacggct aagcgactcc tttgaacgcc ttaataatga aaagcctgaa      960

gacgaacgcc gtcactttat gattattgat gagttcaaat tctttagacg tcaagaaatc     1020

aaagacgtta tggcttactt taaactgctt atgaacccga atgattctgt cagcgctaag     1080

cgcattataa agcgctatgt tgcgggcatc ggtgacgctc gtatcaccgc tattgaaagc     1140

cctgagacgc gccaagtagg cttaaaattg acggacttta tggatatgcc tatctttgag     1200

gccgagcctt atgccaagct cgtcagtggc ttagaaaatc atgaggttgt ggtgtacgat     1260

gtagaaagta caggtaccga tacgtcccgg gatcgtatca ttcaaattgc agccattcgt     1320

atcgatgaaa atgggcaagt tctagagact tttgaacgct ttatcaaccc aggcgtacct     1380

gtaggacaat ctgaagaggt acacggcttc tctgatgcgt atttacaaga atacggcgaa     1440

gagccagcta tagtgctaca agcctttaag gaattctcca agaatgctat tattgtaggc     1500

cataatgtaa attatgacgt aaccatcttt actaatgaat tggtacgcca taatttaggt     1560

aatccagagt tcaaggctat ttatgataca ctcgatatct atcgtagatt ctatcctaat     1620

ttgccgaatc ataaattggg cttcttagca tcagagttcc ctatcaatca tgagcctacg     1680

cacaatgcga tggacgatat cttggccaca gcacagcttt taatctatgc agtaaaagaa     1740

aatatcgtgc ctacaacgac tggacgtatg gtggcaatca ataagtataa agcagctttt     1800

actaacattg cgtcccaaat ggcgacgctc aggagaaagg cctatacgga gctgccaacg     1860

aagttattgg cgtacattat gaaccaaatg ggggttctag aatactataa atcccatggg     1920

gaagcggcaa aggtagagca tatacgcgat ttgtatcgca ttatggaaaa actagatgct     1980

gcctatgaag ggccacctgg tctagctcga ttaaatcaaa tcttgcagat ggcggccctt     2040

accgcaggtg agccagctca acaggtgcga aacgaagatc gcattcctat cattactatc     2100

caccaagcaa aggggagcga gtttgaccat gtattcctag caggcctcaa cgaaggtaca     2160

ttcccaagcc catttgccat tgcagaaggc cgtgaagacg aagaaaagcg cttgttctac     2220

gtggctatta cgcgtcctaa gcaagagctg accattacct ttgaacaaac caatatacgt     2280

ggccgagcag ttcaacctag ctcgctacta aactatatgc cacgagacaa tgagctcgta     2340

gaaaggagat actaa                                                      2355


<210>  3066
<211>  543
<212>  DNA
<213>  Veillonella

<400>  3066
atgactgtat ataattattc cttactcaat aaagctggtg aagagcaaag cttaaaagat       60

tttgaaggta aagtgctggt gattgttaat acggctagta agtgtggttt tactcatcaa      120

tatgaagcct tagaggctct ttataagaaa tataaagatc aaggattaga gattatcgct      180

gttccatcta accaatttgg ggaagaagaa cctggttcta atagtgaaat ccaatccttc      240

tgtaagttaa attacggtgt taccttccct gtgatgggaa aagcagatgt gcgtgatgaa      300

agtgcactag aacttttcaa atatatgatt aaagaacaac cgttccaagg tttcccaccg      360

agtgataaga cggaaatgct tacagattat cttaatggta ttgaccctaa ttatcttaat      420

gatgatgaag taaagtggaa ctttactaaa tttgtcatag accgtcaagg caaggtggta      480

ggtcgctttg aaccagttgt aaaaccggct gaaatggaaa ccttcatcaa agaacttcta      540

taa                                                                    543


<210>  3067
<211>  786
<212>  DNA
<213>  Veillonella

<400>  3067
atgaaattta agaaaatcgc agctctttta ggagctttta caattgctag cagcttgttt       60

atcgctggtt gtggcaatac aggtacgagt caaaagacat ggcgcgtcgg tactgatgcg      120

acctatgcac catttggttt taaagataaa gatagtggta aattagcagg ttttgatatc      180

gatattatca atgctattgc aaaagaagag ggcattgaag cagatattca aaacttgaac      240

tttgatgcac tgttaccagc attacaaagt aataccatcg acattgctat ttcagatatg      300

actatttctg aagaacgagc aaaatctgta gatttcagta aaccatacta tattgcaggt      360

aatggtctcg ttgtgaatat agataacaca aatattaata gctttaagga tcttgaaggc      420

aagcgtatcg gtgtatctat tggttctacg ggggctgaaa ttgctagtaa gattcctaat      480

gctgatgtgc gccagttcaa tatcattgtt gatgcctttt tagaactaca aaataaaggc      540

gtcgatgtag ttattaatga tacgccggta aacgaatatt atgttaatgg gaagggtaaa      600

ggtatcgcaa aagtcactgg agaagattat gatgcggcac cacttggtat tgctgtgaaa      660

aaaggtaata cagagcttct caataaaatt aacgatggcc tagctaagat taaagcaaat      720

ggcaaatatg ctgagattta taaaaaatgg tttggtaaag aaccaccagc agaggtgtta      780

aaatag                                                                 786


<210>  3068
<211>  1299
<212>  DNA
<213>  Veillonella

<400>  3068
aaatctacca tcgccgacag attaattgaa tatactggca cattacaaaa acgagaaatg       60

gaagcgcaag tcctagattc catggatctt gaacgagaac gtggtattac tatcaaagcg      120

caatccgttc gtattttgta caaagctcaa gatggggaag aatatatctt aaacctcatc      180

gatacaccgg gccatgtgga tttcagctat gaagtatctc gctctcttgc agcttgtgaa      240

ggtgcattgc tcgtagtcga tgctgcacaa ggtgtagaag cacaaacgtt ggcaaatgtg      300

tatctcgctt tagaacatga tcttgaaatt attcctgtta tcaacaaaat tgatttgcct      360

tctgctgatc ctgatcgagt taaacatgaa attgaagata tcattggttt agatgcatca      420

gaagcagtgt tatgttctgc taaatcaggc atcggtatcc ctgatatttt ggaagctatt      480

gtaaataaag tgcctgcgcc accagataaa tctgatcaac ctacgagagc tttgattttt      540

gatagccgct ttgactccta taaaggtgct attgcgtatg tacgggtaaa agaaggcact      600

atcaaggcaa aagatacaat tcgtatgatg catgataaaa aagattttga tgttactgag      660

cttggaatct ttacgccaaa tcttgtaccg gtacaagaat taccttgtgg ttctgtaggt      720

tgtattgcag ctagtatcaa aaatgtaaaa gattgtcacg taggtgatac tgtaacatta      780

gctaataatc ctgcatcaga accattgcca ggctatcgca aggctgtatc tatggtatat      840

tgtggtctct atccgacaga gtctaaagac tacgaaaacc ttcgtgatgc attagaaaaa      900

ttacagctta atgatgctgc cttggaatat gaagctgaaa catccttggc gttaggtttt      960

ggtttccgtt gtggcttcct tggactatta catatggacg ttattcaaga acggttagag     1020

cgagaatata atttaacgct tattacgaca gctccatctg taaactacaa ggtatataaa     1080

acaaatggag aaatgctaga agtagataat ccggctaaat tgccacctcc aacagaaatc     1140

gattatattg aagagcctta tgtaaaggct acaacgattg tgcctaaaga ttttgttggt     1200

actatcatgg aattgtctca agataaacgc ggcgaatacc aatctatgga atacttggat     1260

gaaacgcgtg tatccgttgt atatcactta ccattgagc                            1299


<210>  3069
<211>  987
<212>  DNA
<213>  Veillonella

<400>  3069
atggcatttg atagcttgtc agaaaaactg caagaagcct ttcaatcctt gaaagggaag       60

ggcaaaatta ctgaagatga tgtcaatctt gcgttgcgtc aagtacgtac agcactatta      120

gaagcggacg ttaacttcat ggttgcgaag gactttgtga agtccatcaa ggaaaaggcc      180

cttggcgaag aggtgtttgg ttccttgaac ccggcgcaaa cggttattaa gattgtaaat      240

gatgaattaa cggcgctctt aggcggtaca caaagtcgta tcatgatttc tagcaaacct      300

ccaacgatta tcatgctcgt tggcttgcaa ggtgctggta agactacaac agctggtaag      360

ttagctgttt accttcgtaa acaaggtaag catccaatgc tagtagctgc tgacgtatat      420

cgtccagctg cgattacaca gttgcaagta gtaggtaagc aaatcgatat tccagtattt      480

gctgatgaaa cacctggtgc taatccagta gatattgcgc gtcgcgctgt agagcaaagc      540

acgcatatgt tgaaagatgt tgttatcatc gatacagcgg gtcgtttggc aattgacgaa      600

gtcctcatgg atgagttatc taatattaaa gctgctgttc gacctcatga aattctactc      660

gttgtagact ccatgatcgg tcaagatgcg gtaacaacag cacaaacatt taatgaaaaa      720

ttaggcgttg atggtgttat ccttactaaa ctcgatggtg atgcgcgcgg tggtgctgca      780

ttatccatca aagctgtaac aggtttacca atcaagttca caggtgtgag cgaaaaaatg      840

gatggtttcg atgtattcta tccagaccgt atggcttctc gtattctcga cttgggcgat      900

ttcaaaacat tgatcgaaaa tgttcaaggc gctatcgatg aagaagaagc tcgtgaaatg      960

gctaagaaaa tggcgaaaaa caatttc                                          987


<210>  3070
<211>  1212
<212>  DNA
<213>  Veillonella

<400>  3070
atgagaaatc gctggcttat tgctctagct gccattggtc tgcatatatc catcggtagt       60

gtgtacgcat ggagcgtgct tacacgacct atcatggctg atatgggctt caccatgtca      120

caaacgacat ggaccttctc cttagctatt ctgatgcttg gattatctgc aggcttttta      180

ggatcttttg cagaaaaaat aggtcctaag aaaagcggac ttctttccat ggtgttctgg      240

gtggcaggcc tatttggtac ggcctatgct cttagcattc ataatcttac cttactctat      300

ctcttctatg gtatcatcgg tggtatcgga ctaggtattg gttatataac accagtatct      360

acgctcgtaa aatattttcc taagcgccca ggatttgcta cgggattagc tattatgggc      420

tttggatttg cttcactcat tgcaggacct cttatgcaat tccttgtagc tcaggtaggc      480

ttagttaata atttcattat tctcggcata atttatctcc tagttatgag cacctcttcg      540

ctttatttga aagcaccgca accaaaacaa ccgcctcgaa ctacgaaaga taaatccact      600

atgtatgttc ataaccatgg tatgctagcc aatgatgcta tgaaaacttg gcaattcggt      660

gccctttggt ggattttctt tgttaatatt acctgtggta taggtctcct atccttagca      720

tcccctatgg cacaagaaac tattgggatg acacctgcag cagctgcatc gctagttggt      780

atcatcggta tattcaatgg tggaggccgc attgcatggt ctactatctc cgattacttt      840

gggcgagcac aaacttacat actattcttt atcttagaaa tcatagcatt ctatttactt      900

gccacaacca atagtgccct cacattccaa attttaatcc ttctcattat cacctgctac      960

ggtggtggct tctcctgtat gccagcatat cttgcagatc tatatggtat acgccaactc     1020

tccactattc acggccgtat tctaacggct tggggattag caggcatcgt tggtcctatg     1080

ctcgtatcat actttcacga agcaggatat ggatatacta cggccttagt atgctttgct     1140

cttctattcg tattaaatac aatgattgct ataatcttaa aaatattcgg caaacgaggg     1200

ctgcataact ga                                                         1212


<210>  3071
<211>  1272
<212>  DNA
<213>  Veillonella

<400>  3071
atgagcaaac aatacagatt tgaaacatta caattacatg ccggtcaaac ggtagatcca       60

acaggttctc gtgcagtacc tatttaccaa actacatctt tcgtatttaa agatgcagaa      120

gaagcagcag gccgttttgc cttaactaat cctggcggta tttattcccg ccttggcaat      180

cctactactg atgtattgga tgctcgtgtg gcacaacttg aaggtggtgc aggtggtatc      240

gcagtagcat ctggttctgc agcgattaca tattctatct tgaacgtagc tagtgctggc      300

gataatatcg tagcagcttc cactttatac ggtggtactt acaacttatt cactgctaca      360

ttgccacgtc ttggtatcga aactaaattt gtaaatcctg ataacttaga ggaatttgaa      420

gccgctattg atgaaaatac aaaagctgtt tacattgaat ctatcggtaa ccctggtatc      480

aaccttatcg acgtacaagc agtagctgat attgcacata aacacaatat tatcttgatc      540

gtagataaca catttgcatc tccatacttg ttccgtccat tagaacatgg tgctgacgta      600

gttgtacatt ctgctactaa ataccttggt ggtcatggta caacattggc tggtgtagta      660

gtagaatctg gtaaattcga ttataaaggt tctggtaaat accctggctt ctccgaaggc      720

gatgaacact acaatggttt agtatatggt gatttgccaa tcccattcac tgtaaaaatc      780

cgcgctcaat tgcttcgtga tactggcgca tgcattactc cacttgcatc ttggcaaatc      840

ttgcaaggcg ttgaaacatt gtccttgcgc gtagaacgtc acgtagaaaa tactcgtaaa      900

gtagtagatt tcttgactaa acatcctaaa gtggcatggg taagctatcc agaattagaa      960

gacagcaaat acaaagcttt agcggataaa tacttcccta aaggtgttgg tgctgtattc     1020

acattcggtg taaaaggcgg aaaagaagca ggtattaaac ttgttgactc tttggaaatc     1080

ttctccaact tggctaacgt agccgatgct aaatctcttg ttattcaccc tgcatctaca     1140

acacatgcac aacttaacga agaacaacaa aaatctgctg gcgtaacacc agatatgatc     1200

cgtttgtcca tcggtcttga aaatgtagat gacatcatcg aagacttggc acaagcttta     1260

gataaagcat aa                                                         1272


<210>  3072
<211>  825
<212>  DNA
<213>  Veillonella

<400>  3072
cgtcttgtgg ttaaagaggg cattgagtct cgcttagcag actctatgga gaccgcatca       60

aaatgggcag aaggcattgt agttattcaa gaggtagatg gacctgaaca catgtatagc      120

caacactttg catgtccaga ttgtcatatt tccttaccga aaattgaacc gcgtatgttc      180

tcctttaata gtccctttgg tgcctgccca gcttgtttgg gtattggctc cactatggaa      240

gtagacgaag agcgcgttat tccagatgga tctattagct ttgccgatgg ttgtgtacaa      300

gcgttgagct ctaatcctaa tgcatggttt atgcgtcaag tagaaggtct attgaaggcc      360

aatggatact ctttagactc tacctatgat gaactgccaa aagccttgca aaaaaaggta      420

atgcacggta cgacggataa ggtggctttc acctatgaaa atatgcgcgg tgaagtgaaa      480

gaattcttta cagagtacga aggtattttg ccgatggtaa aacgccgtca tagtgaagca      540

tctactgatt ccatgcgcga agagtttgaa aaattcatgt ctatcaagcc ttgtactact      600

tgtaatggtg ctcgtcttaa acctgaagta ttagccatta ccgtagggga taagaatatt      660

aatgaggtaa cacagttaac gattaaagaa gcactcgatt tctttggtac cttacagctt      720

actgaacggg aacaagtgat tggcgctcag attttaaaag aaatcaatgc tcgtcttggg      780

ttcctaaaca atgttggcct tgattatctt actatgaacc gtagt                      825


<210>  3073
<211>  1872
<212>  DNA
<213>  Veillonella

<400>  3073
atgtacacag tagataatta tgatgtcatc gtcatcggtg gtggtcatgc tggttgtgag       60

gcggctcttg ccgctgcccg catgggtcat cgcacgttga tggcgaccat cagtttagat      120

aatatcgcgc ttatgccatg taatcctgcc gttggcggtc ctggtaaaag tcatcttgtt      180

tatgagcttg atgccttagg cggtcaaatg ggtatcaatg ctgacgctac ggctattcaa      240

atgcgtatgc tcaacatggg taaaggccct gcagtgcatt ccttgcgctg ccaatcggat      300

aaaatcaaat accaacattt gatgaaacaa accattgaaa atacagagaa cctcaatgtt      360

aagcaaatca tggtaactga gcttaaggtt gaggacggca aagtaacggg tatcgttaca      420

gagcttggtg aattctatgg cgctaaggct gttattcttt gtacaggtac ctatttgaaa      480

ggtaaaatcc tcatcggcga tatcgattac gtaggtggtc caaatggtca acgtgtagca      540

gaacatttct ctcaatcctt gctagataat ggcattgagt tgatgcgctt taagactggt      600

acgccagctc gtgtagataa acgaactctt aatcttgaaa atatggaggt tcaagaaggc      660

gatacacatc atcactcttt ctccttcatg gatgaatgga ttaaccgcaa cgaagacgta      720

tgttggttga cctatactaa caaagaaacg catgaaatca ttacgagcaa tattcaccgc      780

gcccctatgt atagcggtaa aattgaaggt gtaggccctc gttactgccc ttccatcgaa      840

gataaagtag tgcgctttgc cgacaaagaa cgacatcaat tattcgtgga accagaaggt      900

actggcacaa acgaaatgta cgtacaaggt atgagtacat ctcttcctat ggacgtacaa      960

tatgcgttct tgcgtactat tcctggtctt gaaaacgtag aaatcatgcg ccctgcctat     1020

gctatcgaat acgattgctt gaacccaaca caattgacgc cagcgcttca agtgaaacat     1080

attgaaggtc tctactctgc tggtcaagcg aatggtacat ctggttatga agaagcagct     1140

gctcaaggtt taatggctgg tattaacgca gccttgtgga ttgaaggtaa agaacctttc     1200

atccttgctc gctccgaagc gtatatcggt gttctcatcg atgatctcgt aacaaaaggt     1260

acaaacgaac cgtaccgcat gatgacaagt cgcagtgaat atcgtctatt gctccgtcaa     1320

gacaatgcag atatgcgcct tactgaaaaa ggccgtgaaa ttggtcttgt aaaagacgat     1380

cgttgggcta aatttacagc taagaaagct gctatcgaag aagcaatgga tatgttgcga     1440

aatacacctg ttaatccatc taaggaaact caagacttac ttgaaagttt aggcacagca     1500

ccgattagaa cgggcattca cgcctacgat ttggtgaaac gtaacgaact ttcctatgct     1560

actgtagccg atgcatttgg tttgaaacgc tatacacctg acgttgaaga agctgtcgat     1620

atctccatta cgtacgaagg ctatatcaaa aaacaaatgg accaagtcga taaggttcgc     1680

aaactagaag aaaaaattct tcctaaagaa tgggattata cacaaattaa gggtatctcc     1740

cttgaagctc aacaaaagct caataaaatc cgtccacact ccatcggcca agcaagccgt     1800

atctctggcg tatcccctgc ggacgtttct gtattgttga ttcaactaga acaatacaat     1860

agaagtaaat aa                                                         1872


<210>  3074
<211>  603
<212>  DNA
<213>  Veillonella

<400>  3074
atgaatcaag ttgaaacaaa acaatacaag agtatttacc atatctttat atggatcggt       60

gtattttctt taattatgat cggtttacta gagtggggct ataccgtagg tggtcgtgcc      120

tttggtaact ataaagtata cacaggtctt gtaccttggt gtacatggat tgttatgact      180

tacttagcaa cgcgtcctaa atggtttaca agccgttata acttatgtga aatgttcaag      240

attcaccgtg cattaggtat tgcatctgtg gctgttattg cattccattt atatctttat      300

tttggtaaag ctgctaaatc cgtccttggt tggtggggtg gctatgtagc ccttacttcc      360

ttcggtattg gtacaatctc tggccttgcc ttcttaacgc caaaacttag aaaagtaact      420

gcatctagcc gtaatattgg tatttggttg catcgtttca acttggttgc attagtagct      480

gcagatatcc atattcatgg ttttaatcgc atttccaaaa tggtgccatt cgtacaagta      540

tttgatatta tcacgtacgg tcttgttatc tactgcatct acttgatgtt taaaaagaaa      600

taa                                                                    603


<210>  3075
<211>  1104
<212>  DNA
<213>  Veillonella

<400>  3075
gcgacacgcc atgatcaaga tgtgcaagta ggtgcatccg ttggtgttgg cggtacatcc       60

ttgtccacta tggatgactg caaacaatta atcgagcgtt tcaatcttaa agaaaaccct      120

ttatacattg aaacaggcgc ttctgcggct atcttgctcg gtatgttggc agccactgtg      180

aaaggctcta aaaaacaaac ttctgatttg aaaggtctcg ttggtgcaga tcctgttggc      240

gtttgggcta aagacggtgc attgcacatt tccttagata ccgcctttga tgaaatggca      300

catactgttg tgtgggctaa agaacaagcg ccagagctta aaacagtgct cgtatctggc      360

gatgtgtacg ctaatggcgg cgctaacgat gtacaagaag tggcttacgc attggcaaca      420

gctgtttgct atgtgcgtca actggcacag cgcaacatcg atattcacac catcgctcag      480

agcatgatgt tcaccttctc cttgggcgca aacttcttta tggaaatcgc taaattgcgt      540

gcgttgcgcg tactttgggc gcgcatcatg gaagcattcg gtgctgaaga agcggaccgt      600

gccgttcatg tacacggcag aacatcggct ttcacaaaaa ctgtatacga cccatatgta      660

aacttgttgc gcaacacaac acaagcgttc tctggcgttg taggcggctt gaacagcctt      720

gaagtatccc cattcgacca accaattcgc aaagcagacg acttctctcg ccgtattgcg      780

cgtaacatcc aagttatgtt acaaactgaa ttcgagttgc gtcaacctgt ggaccctgtt      840

ggcggttctt ggtacgtgga aacactggct gctgaattat gtgaaaaaat ctgggctgag      900

ttccaaacta tcgaatctaa aggtggcatt gtggcggcat tgaaagaagg ctatccacaa      960

gctcaagtta aagctattct tgaagaacgc ttcaaaaatc ttgcattccg cagagatgtg     1020

gctgtaggta acaacatgta tgcgaacatg acagaagagc tattagatcc tagaccagaa     1080

aatcaagaaa cattgcgtca aaaa                                            1104


<210>  3076
<211>  2445
<212>  DNA
<213>  Veillonella

<400>  3076
atgcaacggt tcacagacga tgcacagcga gtcctttctt tagcacaaga ggctgcttta       60

gagctagggc acgactatgt gggaactgaa catgtactca tcggccttac aaaggttaaa      120

aatagtgtag ctgctaaggc tttagaagag cttggcatag ttacagaaaa tatttttgaa      180

gctgtagagg agcatgtagg tcgcggtaat aaaaaagcga cttctatata catgacccct      240

cgagttaaat atatacttga acttgcagtt caaatagcaa accgcatgaa ccataattat      300

gtaggtactg agcatattct actaggctta ctaagtgatg gtagcggtgt tgcagctgcc      360

atattacaat ctatggatgt tagaactaat gatatagtag atgctattcg taatattctt      420

ggttctaatt ccaagggtca taatgatggt caagaaggct ctcatggaga tggcgaatta      480

ggtgatttat ctgattttgc cacagatctt aatgagtctg caaaacaagg taaaattgac      540

cctgttatcg gtcgagacac tgagattcaa cgggttattc aaattctaag ccgtaggacc      600

aaaaataatc ctgttctcat tggtgagcct ggtgtaggta agactgccat tgctgaaggt      660

ttggcgcagc gtattgttac aggtaatgta cctgagattt tacgaaataa gagaattatt      720

tcccttagca ttggtgctat gcttgcgggt gctaaatacc gtggtgaatt tgaagaacgg      780

ttgaaaaaag ctatcgatga agtacaacaa catgatgaca tgataatctt tatcgatgaa      840

attcatactt tagttggtgc cggtgcaact gaaggggcta tggatgcggc taatattttg      900

aagcctgccc tagcacgtgg tgagttccaa gttattggtg ctacaaccct tgatgaatat      960

aaaaaacaca ttgaaaagga tgctgcttta gagcgtcggt tccaacctgt tcaagtagga     1020

gaacctaacg aagaggatgc tcttgaaatt ctaaagggct tacgcgatcg atatgaagcg     1080

ttccataagg ctaaaataac ggatgaagca ttaaaagcag ctgtgtcctt atcaagtaga     1140

tatattacag accgattctt gcctgataaa gctattgatg tagtggatga agctgcatct     1200

aaggtgcgta tggaagtatt ttctgcagca cctgatgtta aggctctaga agaacgtcta     1260

aaggtagtca aaaacgagaa agaagcagcc gttacagccc aagactttga aaaggctgct     1320

aaactacgtg atgaagagca agctctagtt aaagaaatcg atgataaaaa atctgttgct     1380

aaagaagaaa gtgatcaaaa actaattgtt acagaagatg atattgctgc tgtagtggca     1440

cagtggacgg ggattccagt ggctaaaata gcagaagaag aatctgaaac gttgctccat     1500

ttggaagaag aacttcataa acgggtagta ggtcaagatg atgctgttac tgctgtagct     1560

aaagctgtgc gccgtgcaag ggctggatta aaggatccga aacgtcctat tggttcattc     1620

ttattcctag gtccaacagg ggtaggtaaa actgagctag caagagcact tgcatcctcc     1680

ttgttcggcg atgaatctgc tatgattcga cttgatatgt ctgaatatat ggaaaagcat     1740

actgtatcac gcttagttgg tgcccctcca ggctatgtgg gctatgaaga aggcggtcaa     1800

ctaacagatg cggtacgtcg taaaccatat agtgttattc ttctcgatga agtagagaaa     1860

gcacatgcag atttctttaa tatcctatta caagttcttg atgatggccg tcttacagat     1920

agtcaaggga gaaccgtaga cttcagaaat acggttatca tcatgacgag taacttaggt     1980

gctaaagcat tacataagaa ctcttcagaa ttaggtttct tggcaccgaa aaaagcagaa     2040

tctcatgcac aagatactaa aggtatagat tttaaagagg ctaagaagtc tgttctggat     2100

gcagtaaaac gtcacttcag accagagttt ttaaatcgca ttgatgagat gattgtattc     2160

catccattaa ctgaagagga cttacaacaa attgtctcta tcttgatgag tgatgttata     2220

aaacgtctta aagagcgtga gcttcaatta gaaatcacgt ctgaggcgat gcaattactc     2280

gttaaagaag gttctgattt tactatgggt gctcgaccac taaaacgagc tattcaacgg     2340

ttgattgaag accctgtatc agaccttatt ttgaaaggag atgctacaga aggaaaaact     2400

ataaaagcag atgtcaagga taacgagatc gttgtcagcg tatag                     2445


<210>  3077
<211>  1260
<212>  DNA
<213>  Veillonella

<400>  3077
atgaagtgga cgacggaggc caaggtaggg gctttcacga taataggtat agcattattt       60

attgcgggca tactgtttgt aggacgcatt gatatatggg ctaagccgca aatgacaatt      120

actggtgatt ttgctcaagt taatggccta aaaaatggca atcaagttaa atactctggt      180

gtagctatcg gtaatgtttc cgatattgaa attacaccgc atggtgttgt agtaaaaatg      240

aagcttgatg aaaagacaca aattccaagt gattctattt tcacattagg ttctgatggt      300

ttcttaggtg ataaatatat tcaaatttca ccaggtcaat ctaaagtatt tttacaagat      360

ggtgacactg ttaagggcga aggcgcagat gctatggata aagccatgca aagtgctcag      420

aaattaatgg atggcacaga gaaaatgttg cagtctatca ataatattat tggtgatcct      480

gcaacgcaaa atgcacttaa acattccttg caatctactg caacgatggc tgataatgca      540

gtagcgatta cacaaaatat ggctgatgta acagcacagc taaatcaagc ggcacagcaa      600

tttaatgcag atggtaatgc aggcaatgat atgcgcgcta ttttaactaa cttaaaacaa      660

actacggatc gtgtagataa tatggctcgc tccatggaat ctacggtaac agatcctaaa      720

gcacaagaaa atattaagga aacattacat aatacggcgc aaatttctgc tcgtatcaat      780

aaattaatgg gtggtaaggc gtatcaaacg gatacaaatg gaaatattgt tgaggttggc      840

acaactgaaa aaaagtcttc ccctaaggtt gaaccatctg tagatctgtt gtataacaca      900

acagataatg aattccgtat caatggtcgt gttcgtgcta ttaatgataa aggtatggca      960

gaaattggac tatccaatat tggggatgat acaaaattcg atttaaatgc aggcaaattt     1020

gttagtccga aatggttagt acgtggtggt atttttgaaa gtgaattggg cgtgggcgta     1080

gattataatt tacgtggtcc tgtatccttg tctgctgcta tgtatgatct taatcatcgt     1140

aaatatcgta ttcgtagtga tatacgttta cataaagata cttatggggt tattcaaatg     1200

accagaccgt tcggttccac gaatggcggt acctactttg gtatcaaaca agtattttaa     1260


<210>  3078
<211>  762
<212>  DNA
<213>  Veillonella

<400>  3078
atgagaaaaa taatgcgtaa gacgatgtta gcagctatag ctgttggttt actatctgca       60

agctatgtat ctgcagatac tgttgatcag tctgtatcta ataataattc tgaggccgta      120

tctaagtcta aaaatattac gccaaacatg aataatgctt ctccgattat acaaatacca      180

agaacgcaat tagtaggctg gcctatgatg actcaagaca gtgctcgtaa ctttaagggg      240

gtagcagagg ctattcagaa attgccttat gaggctgaag tacctagtta tatacctttt      300

ggatatcagc tttatacagc gcgtcacgat caaaatgatg tcttagaggt tgtatattac      360

aaaagaggcg ggcctatcta ccaggatggg aataaattta ttactaatgt tatggcttat      420

cgaatgggat attccttgga taccgtaaga gatacagcgt atattcctgc agagtacaag      480

gactatgaat ggtctgaaca aggtgaatct ggcaaggtgt attatacagg taagccaggc      540

gtacaactaa tccgtagcat tacgtggacg gaaggcggca tggcgtactt cttattcttc      600

ttagaacctg tgaaagcagt tgatgctgaa ttctataagg aacatgtggt gcctgtaaaa      660

actatagata gctcacgtta tgaattgtta ggaaactatc cggttacgaa gatttcaaac      720

aaaacaagag atgaatacga taaagaacga atgattcctt ag                         762


<210>  3079
<211>  579
<212>  DNA
<213>  Veillonella

<400>  3079
atgaaaccat ttactcttaa gagatttgta ttactatcat tgattgtact atctctcata       60

ctaacaacgg gttgtcatct tctatcacat tacagtgaag aggaagttca acaatatata      120

aacaaggatt atcctaatct aacatatcag ttggaggcac aaagaaacaa tagatggcaa      180

gtcacctttg acaagtatcc tcaaatgccc attgaaatat ctgaagtcat gcacacctct      240

gcacctgttg taccacaagt tgatcgaata ctgacaacca acattccgct gataacagca      300

tttccattaa tgaaaaacta tctaacggca gaggagttat cctatgccac atatgataca      360

tcttctttgt atattgaaat acctatccct tattcagcca tacaaaacca agatgtaaca      420

aacttttata atcgtatgga tcaattctgc aaagaatatg ctaaaacata tccagatttc      480

aaaaaagaga tatttattag gattatcata aaacctgctg atggttctga ttcgcctgaa      540

gaatatagaa gagtattccg tttatcccac tataaataa                             579


<210>  3080
<211>  621
<212>  DNA
<213>  Veillonella

<400>  3080
atgcataaaa ttttggtcaa tgttatgcga gaagaaattc gcatggctgt tatagacgaa       60

gaagggcagt tagtagactt tgtcttagaa cgtactgatg agtctcacat ggcaaatcat      120

atgtacaagg gtactgttaa gaacgtgtta aatggcatgc aagcggcctt tgttgatatt      180

gggggctcgc aaaatgcgta tttgaacctt caacagggga aagaacagaa aatcttgcca      240

cgcctatctg tgggcaagca aattctcgta caagtggtaa aagaggaaat gcttggtaaa      300

ggagctcgcg ttacagctga tgtgagcctt gccggtcgtt ttatggtact tttaccatat      360

tctgaaggta tgcacatctc taaaaagatt actgatgaag cgttacgagc aaagttgcaa      420

gagttggcgg caccatatgt gcaagaaggt tgtggtttta ttatccgtac cgcagcggct      480

aaggctagcg ctgatgaaat tggacgagat atggactact tgtggcgcac atggcaacat      540

gtgttaaagc gctttaaggt ggctaagagc ggcactgatc tctatagtga tgcggacttc      600

tggttccgcc ttgtacgtga c                                                621


<210>  3081
<211>  1002
<212>  DNA
<213>  Veillonella

<400>  3081
atggaacaag aattacaacg tcttaaggca gaagcccttg aggctatcaa aggcgctgct       60

atcaaacaag cgttgcaaga tatacgtgta aaatatctag gtaaaaaagg tgaggtaacg      120

gctttattaa aaggtcttgg taaattatct cctgaagaac gccctaaggc tggtgctctt      180

gttaatgcgg ttcgtgaagc attagaggct gaaattgatg ccgttaaaac tcgtatggaa      240

acagaagagt taaatgctcg cttagaacaa gaacgcatcg atattacatt gccaggtcgt      300

gcacaaaaat ctggtcatat ccatccatta actaaggtta atgaaatgat tgaggacttc      360

ttcatgaaaa tggggtatac cgttgaagag ggtccagaaa ttgaacagga ttactttaac      420

ttcgaatgct taaacttgcc taaagatcac cctgcacgtg atatgcaaga ttccttctat      480

attacagaaa acttcttatt gcgtacgcat acatctccag tacaagctcg tacaatgcaa      540

cgtcatgagc ctaacagccc aatccgtatg attgcgccgg gtaaggttta tcgttgggat      600

tatgatgcaa cacattcccc agtattccat caagtggaag gtctcatcat agacgagcac      660

attacatttg ctgacttgaa aggtacatta gagtccttct tgcgtcacat gtatggtgat      720

gaaacaaagg tgcgtttccg cacgagcttc ttcccgttca cagaaccatc tgcagaggta      780

gatatttcct gtgtaatgtg tggtggtgac ggttgtcgcg tatgttctca tacaggttgg      840

cttgaaatct taggctgcgg tatggttcat ccagacgtat tgcgcattaa tgggtatgat      900

cctgaaaagg ttaaaggctt tgcctttggt atgggcgtag aacgtattgc catgctttta      960

tacggcatta acgatttacg tctattcttt gaagatgatg ta                        1002


<210>  3082
<211>  696
<212>  DNA
<213>  Veillonella

<400>  3082
ttgaaaaagt tacgtttggc cttaaataaa ggcgaaaaat tgcgattctt gtcgcacctt       60

gattatgcac aagcagtaga acgtatgatt cgccgcgccg gaattaaaat ggcttattct      120

gaaggcttta atccacatat gaaaattagc ttttcctctg cacttgcttt aggtgtaaca      180

gcggcggctg aatatatcga tatggatgtg ctagaagagg actctttaga gtctattatg      240

gagcgtttga accgcgtagc accgccaggt cttgaggtgc taggtggcaa ggaaatgcct      300

gaaaaggtta aaaaaatgat ggctatctgt aactttgcta tttacgaagt tactggtcct      360

gtaacggatg aacatgcgga ttgggatgcg ttgctcaaat ctttcaatga agctacggag      420

atttcttatg aaaaggtaac gccaaagaaa actcgcacta ttgatgtgaa agaatttgta      480

aaagaaccta tcgtagcatc tgttaaggat ggtatggtaa cccttactat gggcatcggc      540

atttatccgc aaggtacaat caaacctagc gaagtgtgga accttggtaa agataaatat      600

aactggccta ttacgacggg ctatgaaatt caccgtaaag ccattatggt agaaaacgaa      660

gaaggccgtt acactccatt ggaaattaat tactag                                696


<210>  3083
<211>  1290
<212>  DNA
<213>  Veillonella

<400>  3083
gaacaaacct taatcgtcct tgcagtcatg gctgttttat tcgttacgga aattattcct       60

ttagctatta cttctctagg cggcgcaatt actctaggcc ttatgggtat tattactcct      120

aaggttgtat tctctggttt atctgatagt acagttgtgt tgttcgctgg catgttcgtt      180

gttggtgctg cattgttcta cactggttta gctcaaaaaa ttggggaaac agtagtatct      240

catgcaggta ctagcgaaaa tggcttaatg cttgctatca tggttgttac agctaccatg      300

tccgcattct tgtctaacac tggtacaaca gctgctttac ttccagtagt tgtaggtatc      360

tgtgctgttg cgaagattcc tgcttctcgc caattgatgc ctttagcatt tgctgctggt      420

attggtggta tcattacaat ggttggtaca cctccaaata ttatcgtaag tggtacatta      480

tctaaattcg gtattgcacc atttggtttc tttgaatttg cttggatcgg tattcctttg      540

actgttgcta ctatcgtatt catgatgctc attggtaaac atttattacc taaacatgaa      600

attacagatg ctggtgacgt tgaacaagaa gtagctgcag aagatatttc taacgatcct      660

aagaaacaat tattctctgg ccttattctt ttgggcgtaa ttattgctat gattttaggg      720

gatcctttaa aaacgcattt tggtattaac ttaccattga gcattgttgc agttatcggt      780

gctatgcttt gcgtattaac tggttgctta aacgaaaaac aagcttacac atccattgac      840

tgggtaacaa tcttcttgtt cgcaggtatg atgccagtag caactgcact tgaccaatct      900

ggtgcaggta aaatgattgc aaatgcagta atcggcgtta tgggttctga ccctagccct      960

tactttgcaa cagctgtatt gttcatcttg tcttgtgtta tgactcaatt catgtctaac     1020

acagcatctt gtgcattatt ggctcctatc ggtatctcca ttgctcaagg tatgggcgct     1080

gaccctcatg cagtattgat ggctatcggc gttgcagcat cttgtgcatt cggtacacct     1140

gtaggtacac ctccaaatac attagtactt ggtcctggtc aatacaaatt tacagactat     1200

gtaaaagctg gcgttccatt gatcttagtt tgcttcgtag taagcttaat tattatccca     1260

atggtatggc cattcttccc tggtaaataa                                      1290


<210>  3084
<211>  3531
<212>  DNA
<213>  Veillonella

<400>  3084
atgaatatta gcgtctatta tggacgagca ggatcaggca agacgcgtgc cgtatatgaa       60

cggatacgtc aagtgatgac tgattgtcca ggggaaccta taatcttact cgttcctgaa      120

ccagctacgt atcgggtaga gcgagaactt gctgaattta tgcctgaaaa aggctttact      180

acggtccgtg tcgtaggctt tggtcgtttg gggtaccaag tatatcaatc gataggctcc      240

aaaggggctg gtcaatcaag cttatctagc tttggccggt ctatgttgtt gcgccttgta      300

atgaagcgaa aacaaaagga gctaggttta ttagaacagg ctactaaacg gcctgagttt      360

tcttctgtat tgcaacagct tttttctgag tttcgcgcct tccgcgtcgg tcctcatgac      420

cttgaacgtg gggcagagtc cgttaaaaat aaagtattac aaaagaaatt acaggaactt      480

gccatttgta tggccgccta cgaagaggaa atcagtcgtc atggggagcg cgacatcgat      540

cctatcatgg aaatcgtaga ggccttgcct caatctccac tgatggaaaa cagccacgtc      600

tttattgatg gcttccattg gtttacgcct actcactacg agttgattta taccttgttt      660

gatttggcta aggaagcagt tattaccatt gacttgccaa cggctccaaa gagcttacat      720

atggctcgtc gaggggaaca tcttttcagc cgccctttag agatttatga caccttagtg      780

gctcgttatg gctctagtat taagtgggtt ggttttgacg ggaaacgggg ccctcaaatc      840

gtacaagaat tagaagccaa ttactttact agtcctagta agcagaattc tacagatgct      900

actgttccgc tcattcgtgg ttataaccga gaacgggaag ctgatgcagt ggctcgtcgt      960

attttagcct acgtagaatc ctctccagac gcacgttacc gcgatgtatg tatcatgctt     1020

cgcgagtcgg aaacatacgg ggatacctta gaaaaggtat ttgctcggta tggcattccc     1080

cattttatag accgccagcg acctatgaaa aatcatccat taggggaatt gttgacggct     1140

ctctttgata tcgtgcgcca tagctacagt cgagacagca tgttcctctt gcttaaaaca     1200

gatttgatgc cactcagccg tgaggccgta gatgaattag aaaactatgt gctcgagttt     1260

ggtattgacc attataaatg ggaacgtgaa agctggccgt atttacgagg ctttcatgag     1320

gggcaagatg aagaaggtca cgctgatgca cctcgtagag cgcgtgttaa taaagctcgg     1380

caaactatta tggacatcct atccccatgg tttgactttg ccgctcatag cgaaggtcat     1440

acgggggcag aatggagcga acagctgtat ggtctcttag aaaccttgca agtgccacag     1500

cgcctctatg aatgggcgaa ggacgcagaa acagtgggcg atcaagagtc taaagctagc     1560

catgaacaga tgtacaatgc tgttatttcc ttcatagacg aaatctctat ggtcatgaag     1620

gacgaagtgt tgacactgga tgagatgatg ttgctcctcg cagaaggctt gagtgatgta     1680

aattattcca tgattccacc atccttggac catgtggtga ttaccaccat tgaacgtggt     1740

tatagccaat ggtggccaaa ggtattcgtc atgggcctca accaaggagt attcccacaa     1800

agcatgggcg atgaagggct tattaaggat aaggaacgtc aagaattggc ggaggccggt     1860

atcacgttgg ctgaaggggc tttgccgaag gctttcaacg aaaatttcct attataccta     1920

gctatgacgc gggcgtccga ttcgttgacg ctgtcctatg caagctctgg tgaagatgga     1980

accggccttg agccatccct cgtggtgaaa cgactagaat cccttggtta tgtagataag     2040

gcggtagata ttccgctctc tattgaacct gataccgagg cggattatgt atggagacct     2100

ttacagagct tgtccctatt gtctgagcgc tggggcgccc tctttagtgg ccatgaggtc     2160

aatccattgt ggtggggcct ttataactgg gctcgtgaaa gcgacaccta ccgccctcgt     2220

ttaggtgagg tatctcgtgg tattcgagat aataatgatg tgcctgtcat tacgaaggat     2280

ttagtgaatg gattgttctt atctaaaggt tatatgtctg gttctgtgac gcgcctagag     2340

agatatcagc aatgtccgtt caagttctat gctcaatacg gtttgaaact agaaccgcgt     2400

cgtgtgcgct cctttggggc gcctgaaatt ggtacattcc ttcatgctaa cttagagcgt     2460

ttaggcaatt atctattaga taacaataaa caatggcgtg accttagcga agcggatcaa     2520

cataacttgt gccgtacggt agcggaagag attttacaag agaatcaagg tggcgaggaa     2580

acgagcgatg cctaccaaaa agcaatcgag cagcgtgtac aaagaacatt acatgtaacg     2640

gtagaccgcc tcgttgagtg gtcgaagcgc agtgattttg atacgaaata cttagagcaa     2700

gattttggcc gtcaaggcgg ctgggatccg attcgggtgc ctcttggaga agatcgttat     2760

ttacgcctta ttggtcaaat tgaccgcatc gatgaatata cccgagatgg tcaaacctat     2820

ggtatggtta ttgactacaa atcgggcggc gcacacgtaa cggcgcaaga tgtatactat     2880

ggccttaaat tgcagcttat gacctatttg ttggctttgg agtctgctta cggtaaaacg     2940

aagggagaat ctatagctcc tgcggctgta gtgtattcct atgtgaagaa tcctaaaatt     3000

cctgccgatg cgcctatatc ttatgaagat gcagtatctt tggcaaagga aagcgatgcg     3060

tggaaaaata gtgggtactt ctcagacgat gttgagttgt tgacccatat cgataataag     3120

ttcttatcct atggtcttaa acaaggccca tatgtgccaa ttgcaacgac gaaagatcaa     3180

accatttcta ggaatgattt gcgcaaggtt aagaatccag gtgaatttga tgtgatgtgc     3240

cgctacacca atcatgtaat ggctgacatc ggtcgccata ttggggacgg tcaattccca     3300

attcaacctt accagttaaa taagaataga ccttgtacat actgtgatta caatactgta     3360

tgccgttttg actctagtcg aaatcgatat aattatttgt ttaaactgtc cgaagctgat     3420

gcgttagaac ggatgaaagc ggctctaaac gacggaaaca atagtagcga cggaaacaac     3480

agtaacgata gaaataatag taacgaagga ggtgaaaacc atgggtgtta a              3531


<210>  3085
<211>  486
<212>  DNA
<213>  Veillonella

<400>  3085
gtaattatgg caaaacgtag cgattatatt tcttgggatg aatacttcat gggcgttgcc       60

attttagcgg cacaacgttc taaagatcca aatacgcaag ttggtgcatg catcgtaagc      120

aatgacaata agattttatc cattggttac aatggtatgc ctttaaactg tagtgatgat      180

gatttcactt gggaacggga tacagcagac gataataaat atttctatac tgtacatagc      240

gaactcaatg ctatcctaaa ctatcgagga ggctctctag agggttctaa gatttatgta      300

actcttttcc catgtaatga atgtgcaaaa gccattattc aaagtgggat taaggctgtt      360

atctatcgag atgacctcta caaagataca aaagaggtta aggcatctaa acggatgctc      420

aaaacagctg gtgtagaaat tattgaatat aaacctacag gacggacttt acatattacc      480

gtatga                                                                 486


<210>  3086
<211>  1626
<212>  DNA
<213>  Veillonella

<400>  3086
aaaacaattg aaaaattctt aggtcctaac tacgttgtaa aggcgagtat gggccacttg       60

cgagatttgc caaagtctca aatgggtatc gatatcgaac atgattttac gcctcgttat      120

agcaatttgg taactcgtaa aaaggttatt gatgaactcg tttcctatgc cgatgaaagc      180

agtgctgtat tgctcgcaac tgaccctgac cgcgaaggag aagctatttc ttggcattta      240

gcgtacattt taaacgtaga ccctacatct acatgtcgta ttacgttcaa tgagattact      300

aaaaatgctg tagctgaggc cttagaatct ccgcgtacta tcgatatgaa catggttgat      360

gctcaacaag cacgccgtgt attagaccgt atcgtaggtt ataaattgag tcctttatta      420

tggaaaaagg tttgtaaagg ccttagtgca ggtcgtgtgc aatccgttgc agttcgactt      480

atttgtgaaa gagagcgaga aattcaagct ttcgagccac aagaatattg gactattgaa      540

ggcaattttg aaacgcctaa aaaagaggct ttcaccgcag aattgactca tattaaaggc      600

gagaaaatcg atattactac tgaaagtgaa gcacaagccg tagtagatgc tattggtgga      660

gccgatgcag tagtgacaaa tattgaaaag cgcaaacgtt ctcgtaaagc ggcacctccg      720

tttacaacgt ctacgttgca acaagatggt gtgcgtaaat tgaactttgg tgcgaagcgt      780

accatgatga ttgcgcaaca tctttacgaa ggtcttgaaa tcggttccta tggccacgta      840

ggtttgatta cgtacatgcg tacagactct acgcgtatct ctaaagagat gcaggtcatg      900

gctaaggact atattcttcg caactatggt gaagattatt atccttctaa accaaatatg      960

tatggtgcta agggttctgc tcaagatgcg catgaagcga ttcgtcccac atctcttgag     1020

ctcacaccta aaatggttga gcccttcttg agtcgtgatg agcttaaatt atatacattg     1080

atttggaatc gttttatggc gagtcaaatg gcaccacaac aaaacgaatc tacaactatt     1140

gaattgaccg ttcatgatga ttacacattt aaagcgacag gttctcgcgt aatcttccca     1200

ggttttagtg ctgtctatga agatgcgaaa aaagaggatc ttcctcaatt gcctgcgctt     1260

agaaagaatg atgctgctca tacagtagag gtattgcctg aacaacactt cacgcaacca     1320

cctcctcgtt actctgaggc gagccttatc aaaacattgg aagaactcgg tattgggcgt     1380

cctagtacgt atgcaccaat tttagataca atcgttagcc gtaactatgt agaaaatacg     1440

aataaacaat tcattcccac agagttaggc tttgtagtag tagacttctt gattgcgtac     1500

tttgaaaaaa tcatcaacac tggctttacg cgagaccttg aagaagagct tgatgctatt     1560

gcatctggca aagatacgta tgtaaaagta ttatctgact tctacgaggt atttgctaaa     1620

gagcta                                                                1626


<210>  3087
<211>  600
<212>  DNA
<213>  Veillonella

<400>  3087
atgacaacca agataaagac attactagta gcttctttag catgtgcagc tattggttcc       60

tatagcatta ctagtgcaca cgagccatct gttggagata gaactgtgcc tataactggt      120

gaaatttcag ttgaacctac agaaccaaat gttattatgc ctagccccgt acatgtgttt      180

accacagtta aagaagcggc ggagtatatg aatattacac cacagatgcc aaagttattg      240

cctgtaggct ttaatattca atctgtcata accttagaga aagatatatt acaagttgtt      300

tatgtctatg aacctggtgc ggagccatat tataaccaag ctggcggcgc atatattata      360

tatcgctcat ctaagttacc tggtgatatc agcggtgacc ataagattca taaggtgata      420

gaaactgaag gtgtagatgg tacaaaggtt actttcaaag gcagcgacaa aatggtttac      480

cttgtatcgt ggatgaaaga tagacaaaat cactcgttag atttttatca tcccgttaca      540

cgagatgtgg cgaaggctat tattcgtaat attgttgaag aaacatcaca tataaaataa      600


<210>  3088
<211>  789
<212>  DNA
<213>  Veillonella

<400>  3088
atggatcaac agggaacaat aaaacaagac aatctaaaac aaccagttgc gacaaaacaa       60

gaaatcgtta aacaaccagt tgtgacaaag caacaagcac tgcgcatgtt agaaacttac      120

tttgggtata cctcctttag accggctcaa gaggctccga ttgcctcttt attacgcaat      180

gaagatgtga ttggcatcat gccgacgggg gcaggcaagt ccatctgttt tcagatacct      240

gcactctgta aagctgggct tactatcgtg ttctcaccac tgatttctct tatgaaagac      300

caggtagatg gtctattagt gcagaatata ccagcggcac ttatcaatag tacgcttact      360

caagcggaat ttaataaaac gatgtacgaa gtgcgtagcg gtaagatcaa gctcttatat      420

attgcaccag agcggctagg atctattttt ttctgcaatg tactgcgagc cttgcctatt      480

gctcaagtca ttgtggatga ggctcattgt atctccgagt ggggccatga ctttagaccg      540

tcctatcgcc tcatcggtga gtggctcaac tcactgccta aaagacctat tgtaggggct      600

ttcaccgcga cggctacgaa atatgtagaa aatgatatca agaaattatt aggtctagat      660

aaggcaaatg tgtatgtaac gggctttgat cggcctaatt tatccttctc tgtcatccgt      720

acaccaaagc gcatggatta tgtagttcac tatgtgcgcc aacatgccaa cgaaaatggt      780

attatctat                                                              789


<210>  3089
<211>  1266
<212>  DNA
<213>  Veillonella

<400>  3089
aaaggcttac gggacttagg taataccttg ctcgtcgtag aacacgacga agatacgatg       60

cgtgctgccg attatcttgt agatatcggg ccaggtgcag gtgaacatgg cggtcaaatc      120

attgcttctg gtacggtaga ggaagtgatg aaggtaaaag attctattac tggtcaatat      180

ttgagtggcc gtaagtttat tgcccttcct gaagaacgtc gtaagccagg taaaaattgc      240

attgaaattc gcggtgctaa ggaaaacaat ttacaaaatg tgaatgtaaa attccctatt      300

ggcttattca atgttgttac tggtgttagc ggctctggta agtctacctt aatcaacgaa      360

attctctaca aaggtttagc taatcaatta tatcgttcta accacaaagt aggggatcat      420

aaagaaattc gtggtcttga acagatcgat aaaatcatca atatcgacca aagtcctatc      480

ggtcgtacgc ctcgttctaa tccagctacc tatacaggtg tatttgatgc gatccgcgag      540

ctctatagtc aaacaccgga agcaaagatg cgtggctata aacaaggtcg ctttagcttt      600

aacgtaaaag gtggccgttg tgaagcttgt cgtggtgacg gtatcattaa aattgaaatg      660

cacttcttac cagatgtgta cgtaccttgt gaagtttgta agggggctcg ttataaccga      720

gaaaccttag aggtcaaata caaaggcaaa tcgattgctg atgtacttga tatgaccgta      780

gacgatgcgg ttgagttctt ccgtgctatc ccaaaaattc atcgtaaaat ggtgacctta      840

caagaggtag gtcttggcta tattcgttta ggtcaagcgg caacaacctt atctggtggt      900

gaagcacaac gggttaaatt agctactgaa ttagctcgtc gtagcacagg taaaacacta      960

tacatcctag atgaaccgac tacaggtctt cacgctgagg atattcgcaa gttattacac     1020

gtattgcaac aactcgtaga gggtggcgat acagtggttg ttatcgagca taatttagat     1080

gtgattaaga tggcagacca catcatagac cttggccctg aaggtggtaa ccgtggtggc     1140

actatcgtgg ctacaggtac acctgaagaa atcgttaagg tgaaagaaag ctatacgggc     1200

aaattcttag gtcctgtatt agaacagact aagaaattta tgaaagcatc aaaaaataag     1260

aaataa                                                                1266


<210>  3090
<211>  1062
<212>  DNA
<213>  Veillonella

<400>  3090
gaatatggat tccgtttgcc gtctgcgctt gataatagac cgcttcaatt cgatgaattc       60

gtggagcgta tcaaccaaat cgtctatgta tcggcaacgc ctggtccata tgaaatggaa      120

gtacaaacga atattgcaga gcaaattatt cgtcctactg gtctactcga tccatccatt      180

gagattcgtc ctattaaggg acaaatggat gacttgctcg gtgaaattca taagcgagct      240

gctaagaatg agcgtgtcct cgttacgact ttaacaaaga aaatggcaga ggatttaaca      300

gagttcttga aggaaatggg cgttcgtgtt cgatacctcc actcggatat cgttaccatc      360

gagcgtgccg aaattattag ggacttacga gctggtgtat tcgatgtact agttggtatt      420

aacttgcttc gtgaaggcct cgatatgcca gaagtttctc ttgtagctat cttagacgca      480

gataaggaag gtttcttgcg ttccgatacg gctatgattc aaactatcgg tcgtgccgct      540

cgtaatgtga atggtcacgt tatcatgtat gcagaccgca taacaggttc tatgcagcgc      600

gctatcgatg aaaccgatcg ccgtcgtgcc gtgcaagagg cttataatat tgaacataat      660

attacgccta agtctgtttc taaagatgtc aaagagctta ttgaattgac gaaaatcgaa      720

gaagatatgg tgaccgatag caagggactt tcaccgaaga gggggaaaaa gaaatcctct      780

acagcgggaa tggaccatgg acacgaacca tatgcacaag atatatctac gcctaaggtg      840

gcagatataa caccggaaga gttattcaat aaaatcgagg aactagaccg tcaaatgaag      900

gccgctgcaa agcagcttga atttgaaaag gccgctaagc tgcgtgacca attgggcgta      960

ttacgtcaac aatggtctga tatgcatagc gcaggtgaaa gcaagttaaa aaaaccggca     1020

tcatctaaaa gtagaaagcg gactagtcca aagagtaaat ag                        1062


<210>  3091
<211>  1260
<212>  DNA
<213>  Veillonella

<400>  3091
atgggtatga ccattactga aaagaatatg gctcgccacg cgggtcttga tgttgtaaaa       60

ccgggccaaa tcatcgaatg tcatttggac gctgttttga tgaacgacat cacatttcca      120

ccggcgcgta aagagttctt gaaaatcggc aaacctgtat ttgaccgtca taaaatctac      180

ttggtgcctg accacttcac accaaacaaa gatattcaat ccgctacaca agcgaaagta      240

atgcgcgact tcgtacgcga acatggcatt acaaactact ttgaagttgg tcgtatgggt      300

atcgagcacg ttattttgcc agaaaaaggt cttattggtc ctggggaaat gatgatcggt      360

gctgactccc acacttgtac atatggtgcg gtgaatgcat tctccacagg cgttggctcc      420

actgatgcag gcgttgctat ggcagaaggt aaaacttggt tcaaagtgcc tgaaacaatt      480

aaggttgagc ttatcggtaa acctaacaaa tgggtaactg gtaaagacgt aatcctcgat      540

ttaatcggtc aaatcggtgt agacggcgct cgttacatgg ctcttgaatt cgctggcgac      600

ggcgtacaac acatgactat ggctgaccgt cttacaatct gtaacatggc tatcgaagct      660

ggcggtaaat gtggcgtatt cccttacgat gaaattactg aagaatacat taaaggccgc      720

gtaaatcgtc ctgtagaacc tattaatcct gatcctgatg cagtatatgc tcaaacgatt      780

accattgact tgtccaaatt gcaaccagtg gtagcattcc ctcatttgcc atccaataca      840

cattacatca acgaaattga caaagatatt aagatcgacc aagttatcat cggttcttgt      900

acaaatggcc gttacgaaga cttggtggca gctgcggaaa tcttcaaagg tcgcaaggta      960

gctccattcg ttcgttgtat cgtaatccct ggctcccaag atgtatacga tcaagcgatg     1020

aaagatggcc tattggatat cttcattcaa gctgactgtg ctgtgtccac gccaacatgt     1080

ggtccatgcc ttggcggtta catgggtatc atggctgaag gggaacgcac ggtttccaca     1140

acaaaccgga acttccgtgg tcgtatgggt cacgttgatt ctgaagtata tttggcaagc     1200

ccttacgtgg cagcagcaag tgctgtatta ggccgcattg caggccctga ggaggtttaa     1260


<210>  3092
<211>  4701
<212>  DNA
<213>  Veillonella

<400>  3092
cgactaggta cagaaaacgt tgagcgtatt gaagttatcc aaggtgctgc cagtgctaaa       60

tacggctctg atgctatagg tggtgtagtt aatatcatca ccaaaaaagc acaaaagaaa      120

ccaaccctcc aattgaatgc agaaggtatg cgtcgtaaga gcgatggcga tgcgttccca      180

tatcaaaact tcttcattcg tgccgactct ggtcaaatgg ggaaattaaa ggtcggttta      240

tccggtagta aacgagatct catgcctgtg ctggcatccg ttagccgccg tgcatccggt      300

atggcttatg actatgcaaa acataatttt aagcctaatg tacttcgtta ctatggtgat      360

gcggccgata tcggtcttgt agcaacttac gaggcaaatg ataaaaataa atttgaaatg      420

cgtctcaacc gttatacaga agatcttgta cgcgatgtta aacactctga ctccgactta      480

gagccacaac aacattttaa acgtactgcg gatcgtaata cggcaaactt acaatggtct      540

tctcgagctg gtaaaagcga ctggactgtt gaaactaact actcccgcat caaagaaaat      600

gatgtagccc ttattaatta caccggtcgt tctgcgtatg aaggctccaa tgagttacgc      660

tatatcgata atatcgacca ccgtcaatta gacattcgag ctaatgcgaa tacacagctc      720

aataaaaatc acttgcttag ctacggcgta agctatgctc gtgaagaagg ttctggtagc      780

cgtctaaaga gctctcctaa tacaagcact atgtacatcg atccatggga ttatgataag      840

agcttgctag tggataaact tgaccgtctt gtaagacgta aaggtgataa tagcattaaa      900

gtatactctc acatccacga ctacaaattc attaattccg gtgggggtat gccgcaatgg      960

gatatggatt atgaatacta tggtgccgaa acagatgctc aaaaaccagg tatcacatac     1020

gatgactata taaattatgg tttatctgaa agccgattga gtgattggtc tagtacatcc     1080

cctaataatc aacctgtaac ggatgagttt aaagctcgtt ataaagcttt agaagatcgt     1140

ttaaaagcag aaaatcctgt attatctgcc acacgtgcca atatcgtagg tgactacttt     1200

aaatatggcg agtccaatga tccagaaatg cgtaaaaaag cacctaagct caatggtaaa     1260

gccttcttag aagaatatcg tagtcgtgat cagcggctaa caactggtag tggtacgatc     1320

cgcaagttaa atgcttatgt ttctgatact tggcaggtga ataagaactt aaccttatct     1380

ccaattcttc gctttgataa cagtagccta tttggttcca atttgtctgc gtccttgggg     1440

atgacctata acgtaaaggg caatacacac cgtagattta aagctaatgt aggtactggt     1500

tatacagagc ctggtatggg tgaattatgg tataactggg aaatgtatgc ttctaaccct     1560

gtagggattg gggtagcgaa actcggttgg tactgggcgg gtaatcctaa tttaaaacct     1620

gaaaaatcag tcaactttga tatgagcttg gaaggtgaaa ataaaaatac ctatgctcgc     1680

gtaggtgtat tccacaaccg catcaagaac tatatgtcgg tgtacttcac aggggacttc     1740

atggactttg cgccatacct caaaggcgat gcgaagtacc aacgggcccc agatatgatt     1800

tacagcttta aaaatattgg taaagcagaa atcacaggtg ttcaagcgga agtacaacaa     1860

aagttcggca aatattggtc tggtaagtta ggttatacat acttacatgc catcaacaag     1920

agcgatcctt cgatgcctcg tcaattgctt gataaaccaa tgcacaaggt tgatatcggc     1980

attacttatg ataatcctaa atccggttgg aatggttcca tttggggtga ttattatatc     2040

aacatgcttg atagtaatac ccttaataac ggtggtaact actggccaga tatcttgtct     2100

ggtgatgcag gtgtttataa taagcaaact tatgaaaaga aaacatttgg tatttggaac     2160

gtaatggttc aaaaacgatt caataaaaat gccatgatgt actttggtat caacaatatc     2220

ttcaaccatc gcgatgatga ccgtgccaca caagaacggg tataccgcgt gggggttaac     2280

cttaaattcg gtggtggaga cagtagcaaa actacagcaa tcggcaaatc caaggatggc     2340

acaactatga atgcagtagg ggtcaataca cctaatggag ctaatggcga agtagtaaat     2400

gctgaatctg gtgtacaaaa cgtagctgat gtagttcact taactgattt tattcgatct     2460

gattttgata ccactaaaga gcgtggtgtt acattagtcg gcgactacag agtgcgctgg     2520

atggcacatg atggatctaa tagacctcaa tctccattta gagcgaactc cgctatcggt     2580

tctgcaaaag cgaatatgta cgatgccaat cgtcatagct ttgaacaacg attgcgtctt     2640

ggctttgatg cacgccttaa tgagtttact aatcttaagg ttatcggcag tgcgactggc     2700

atgagtagtg tcgatacaag ctggactcaa tctgactcta aaggctttaa tcatcaacga     2760

atcgatacag tggatctcac aagacgtgtt aaaaaatggg atgtatctgt gggccgctta     2820

acagagccaa tgggggctag tggatactgg tttggccaat cttatgatgg tgttcgtgcc     2880

gtttggaacg gtcatgactc tcaagttcgt atcggtgttg gtactttcaa acatagtaca     2940

ggtatcactg attctgccta tactcacgca gtacatgaag ttatctacag accgccaaca     3000

gcggctgagt taatcggtat taatcgtgat gagttcccat acgatattga aagtgctact     3060

aaaaccggtt ctgatggtga gaaaaaatct agtgaagatg cagctgcacc agatagccct     3120

aatggtattt atgattctac ttacaaaggt aagaccgata gcctttactt ctatcaacaa     3180

ctaaaaggtt tgcaagatga atatgaagcg tataaagcta cattgaatct aagttggagc     3240

aatccgaatc gggatcaaga aattgaaaag gctaatgcta agctcgtaga aacacaacaa     3300

aaacaagctc aagtgatgag ccgcttacaa gatattctta caaaggcata ccctacagat     3360

atggctgaga agaaattctc cctcgatatt ccatctggtg gttatgcaat gtatgaaatt     3420

actaataaga atacagggga aaaactctat aagaccgggg acattatgta taatgtgaac     3480

tcttctttat accctgaatc cttaaaagaa aaggctaaag gtcttatcat atctactgat     3540

aataaagatg ctttagtaaa tcctaaagcc tatgttgaaa aacatagtga cgagatcaat     3600

caatcggtag cagaaattgc taaatataat gctacagata attggagcaa ctataacaat     3660

agtgagcttg atgtagtttg ggttaaacag ccagacggga cgtttaaaca atcttatgat     3720

tactatggac aaccatctag tgattatgag ttcactggat acttaggtgc taaaacgtat     3780

aaatatgata gtggtcgcta tgtatttagc gattatgacg ctaaagatgc catttataaa     3840

aagaacttta caatggcctc caatgattgg ggtgaaggta gttcgtacta tggttggggc     3900

atgccaaatg caatgttcaa ctatatgtat aatcttgaaa aggttgtaca tgatgcagag     3960

tctgaaaata aattaccacg tgaagcgatt ggtaagatta ttggcaactt aattcaaaca     4020

gaaggggtag ttcttgaaaa agacactgtg ccagctatcg ataaagcagc ctttgttcaa     4080

tacaagaaac aaataggttc tcgtcttggt ttacaagctt ggtatttacg ctcctttggc     4140

ggtaaaacgc atacatacct aaatgcaaat ggcaacggta atgatgaaca tagcttctcc     4200

aatgtagctc atgtattcgg tatcggcgct aaatatcaac tgggtgctaa tgcatctgtt     4260

accgttgact acggacaaaa ccgttctaac cttggtcgtt acttaaacgg taacacggtt     4320

tatgaacatg aacgaggcac agcagacttt gcgcttaaag gtcatcaaat gggtggtaca     4380

ccacacttct ggatggctcg tctcgatatt ggccgtgctg acctagatat tccaaaatct     4440

tggaatgcgt tcatcgatta caaatacttt gaacatggct ccttctttgg tggcaatggt     4500

actggcgcag taccggatcg ttatctcgac ggtattcgca gctttacatt cggtgccggc     4560

tatgtacctc gtaaggactt actccttgag gcattctata cattcgatgc gaagggcact     4620

aataaacgag atactttata tggtagtgaa agctttaagt taggcgatta tacaagaatt     4680

caagggacct acaggttcta a                                               4701


<210>  3093
<211>  1713
<212>  DNA
<213>  Veillonella

<400>  3093
ggctttattc aagctgagtt gactggtgat gaagaggtac aacaacagtt cttacaatat       60

gcagaatatg ctgaaccagt tcgtcaaatg ccatctcacc gtatcttggc ggttaatcgt      120

gttgaaaaat taggagcttt gaaattagcc cttactgtac caggtgatat gtatgttgcg      180

tacatggtgc aacagttaga gaaaaatcca aagtctattt tcggagacta caaagcggct      240

gcagtagccg atgcgtacaa acgtctaatt ttccctgctc tagagcgtga tatccgcaat      300

gagttgacgg aaaatgcgga tgaacaagct atcaaggtat tcggtgtaaa ccttaagaac      360

ctattgttac aaccgccttt ggcaggtcat gttatcatgg gccttgaccc tggttaccgt      420

acaggttgta agatggctat tatcgaccaa caaggtaatg tgctagatta cggtgcctac      480

tatttaacga atagtgaaaa gcttcgcaaa gaagctcaaa aggtattggc tgataaaatc      540

cgtaagttca aagttactct cttatctatt ggtaatggta ctgcatccta cgaaacagag      600

cagtttgctt ccaccatgat tgaagaggaa aaattagact gccattatat catcaccaat      660

gaagcaggtg catctgtcta ctctgcttct aaattggcta ttgatgaatt accagattta      720

gacgtaacca tacgcggtgc cgtatcgatt gcacggcgtg tacaagatcc attggctgag      780

tctgttaaga ttgatcctaa atctatcggt gtaggtcaat accaacatga cgtaaaccaa      840

aaacaattga ctcatacctt agatcaagtc gttgaaactg tagtaaacca cgttggggta      900

gagctcaata cggcatctcc tgctattttg caacatattg caggcatctc tagcacggtg      960

gctaaaaata tcgttgcata ccgtcaagag aatggtgtat ttaaaagccg taaagaattg     1020

ttgaaagtac ctcgcttagg tcctgcggcg ttcacgcaat gtgcgggatt ccttcgcttg     1080

caacatggta aaaatccact agataataca tctgtccatc cagagtccta tgaattggca     1140

gaacgcatta ttggtgaatt aggtttttcc ttaaaagatt tgcaagataa aggacaatta     1200

gaagcgttac aggtgaaatt acctcttgta gatgccggaa aaatggctgc caaacttgat     1260

gcgggcgtac cgactgtacg agatatctta ggggctttgg ctaaaccagg tcgtgaccct     1320

cgtgaggact tgccagcacc acttactaga aaacatgtgg taagccttga agatattcaa     1380

gttggtactg ttgtaaaagg tacggttcac aacgtagttg attttggtgc ctttgtagac     1440

tttggtctta aaacgaatgg tctgttgcat cgtagtgaac tttgtaacag ccgccaacat     1500

ccatctgatg tacttgccgt aggcgatatt attgaagctc aaattatttc tgttgatgta     1560

aaacgtaatc gtatcggttt atctgtaaaa gcattacaac cagaaaaacc aaagaataac     1620

gataataacc gcaatagaaa taacaatgga caacgtcgaa acaacaatcg taacaataac     1680

cgtaataata atcgtaacaa tggtggtcgg tag                                  1713


<210>  3094
<211>  1872
<212>  DNA
<213>  Veillonella

<400>  3094
atgtacacag tagataatta tgatgtcatc gtcatcggtg gaggtcatgc tggttgtgag       60

gcggccctcg ccgctgctcg catgggtcat cgcacgttga tggcgaccat cagtttagat      120

aacattgcgc ttatgccatg taatcctgcc gttggcggtc ctggtaaaag ccatcttgtt      180

tatgaacttg acgctttagg cggtcaaatg ggtattaacg cagatgctac ggctattcaa      240

atgcgtatgc tcaatatggg taaaggccct gccgtgcatt ccttgcgctg tcaatctgat      300

aaaatcaaat accaacattt gatgaaacaa actattgaaa atacagagaa cctcaatgtt      360

aagcaaatca tggtaacaga gcttaaggtt gaggatggca aggtaacagg tattgttaca      420

gaacttggcg aattctatgg cgctaaggct gttattcttt gtacaggtac ctacttgaaa      480

ggtaaaatcc tcatcggcga tatcgattat gtaggtggcc caaatggtca acgcgtagca      540

gaacatttct ctcaatcatt actcgacaat ggtattgagt tgatgcgctt taagactggt      600

acgccagccc gtgtagataa acgcacactt aaccttgaaa atatggaggt tcaagaaggc      660

gatacacatc atcactcctt ctcctttatg gatgaatgga tcaatcgcaa tgaagacgta      720

tgttggttga cctatactaa caaaaaaacg cacgaaatca ttacgagcaa tattcaccgt      780

gcccctatgt atagcggtaa aatcgaaggt gtaggccctc gttactgccc ttctatcgaa      840

gataaagtag tgcgctttgc cgataaagaa cgtcatcaat tattcgtaga accagaaggt      900

actagcacaa atgaaatgta cgtacaaggc atgagtactt ctcttccaat ggacgtacaa      960

tatgcattcc ttcgcaccat tccaggtctt gaaaatgtag aaatcatgcg ccctgcgtat     1020

gccattgaat acgattgctt aaacccaaca caattaacac cagcccttca agtcaaacat     1080

attgaaggcc tctactctgc tggtcaagca aatggtacat ctggctatga agaagccgct     1140

gcacaaggtc taatggctgg tattaatgct gctttatggc ttgaaggtaa agaaccgttt     1200

atccttgctc gctccgaagc atatatcggt gttctcatcg atgatctcgt aacaaaaggt     1260

acaaacgaac cgtaccgcat gatgacaagc cgtagcgaat atcgtctatt gcttcgtcaa     1320

gacaatgcag atatgcgtct tactgaaaaa gggcgtgaaa tcggtcttgt aaaagacgat     1380

cgttgggcca aatttacagc taagaaagct gctatcgaag aagctatgga catgttgcga     1440

aatacacctg taaatccatc taaggaaaca caagccttgc ttgaaagctt aggtacagca     1500

cctattagaa caggtgttca tgcttatgat ttagtaaaac gtaatgaact ttcctatgct     1560

atcgtagccg atacatttgg tttgaaacgt tatacacctg atgttgaaga agctgttgat     1620

atctccatta cctacgaagg ttatatcaaa aaacaaatgg accaagttga caaggttcgc     1680

aaactagaag aaaaaattct tccaaaagaa tgggattaca cacaaattaa gggcatctcc     1740

cttgaagctc aacaaaagct caataaaata cgccctcact ccatcggcca agcaagccgt     1800

atctctggcg tatcccctgc ggacgtgtct gttctgttga ttcaactaga acaatacaat     1860

agaagtaaat aa                                                         1872


<210>  3095
<211>  834
<212>  DNA
<213>  Veillonella

<400>  3095
atgaaattaa ctaaaatgca tggtctcggc aatgatttta tcctctttgc tgaccctaaa       60

gggactgaga aagattacac agacctcgcc attcgccttt gtgatcgccg tacaggtatt      120

ggtgccgacg gtcttgccat cctagttcct tctgaaacat gcgatgtacg catgcgcatc      180

atcaactccg atggtagtga agcagaaatg tgcggcaacg ccattcgctg ctttgccaaa      240

tacgcttacg aacacggtga aactacgaaa gagactttca ccattgaaac cttggcaggt      300

gtaatgaaac ctacgttgac catcgaaaat ggcatcgtaa cacaagttac agtagacatg      360

gggaaaccat tctttaaatc tcaagacatt cctatgaatg tagatatgga taaggttatc      420

gacgtagacc tcgatgtaaa cggcgaaacc gtaacggtca gctccgtatt gctcggtgta      480

ccgcacacag aggtgttcat cgacaatatt acaaaagcac cggtaacaac acaagggcct      540

atccttgaaa agcacgatgc attcccatcc aatacaaatg ttaactacat cgaggttgta      600

aacgacaagc atatcaaggt ccgtacttgg gaacgcggcg caggtgctac attagcatgt      660

ggtacaggct cttgcgcctc tgcggttatg tcctttgaaa aaggattaac aggccgcgaa      720

gtagatgtag aactctattt agggacatta catatttcat acttggagga tggcacggta      780

ctcatgacag gacctgctga ggaagtgttc gaaacagaac ttcctatcga ctaa            834


<210>  3096
<211>  1257
<212>  DNA
<213>  Veillonella

<400>  3096
atgttacgta aaagtatagt catgatggca ttagcagctg cttttaccat gaatgtaagt       60

gctgtgcaga ttgaagtgcc aaagtggcaa ccaccagttc caggtgctga tgcgaacatt      120

cctgctaatg cttatgaaaa ttattcccat ataaatgaaa aggcaataca agaggcggag      180

atatttagcg ctaaagtaca gaaaaatgtg gagaccccca agattgcgat agaaaaggtt      240

tttaaggaga aaactggatt ggctcaagct gttaagctag gggaattctc agaatctact      300

gttatcttac ttcatgaagg aaagcataat atccggttat ctgttccaaa tattagcttg      360

cgtggagata cggttgattc taaatcaagt gatggccctt tatttgtagt tcgtggttat      420

acaagcattt taatggtggg accaccacat gccaaagaat ttagcaaaca tatgcataat      480

gaaggcgtat atacatatcc gggcttagag aatgcatctt ggcaaattct taaagcgaag      540

acacatatga tgtatacaga gtttacgcct aagaatacga acactaccta tggaattaca      600

tatcttggag gcggtgatgt gaaggagcca taccaagata aaatagctga ggtggtaatg      660

agtaattata tcattccgtc tattgagcct ttgtctgggc tagataatta tagccatgtt      720

aagcattggg acaatttcag ctatcgtatt cctaaaaagg ctaagcttgt gagcgaagca      780

ttggaagata ataaatatga agttcgtact tatgaagatg taggggttaa aattcgtgta      840

ttgcgctttc gaatagatcc taatattgtt gataaaagct tggcaaaaaa acaaattttt      900

tcctttttga ataaatatgg tgatcttgag gctcctacac agtttgcaac agtttggaat      960

aatggtcttc caggattcct agttgatcga tataaaccta atggagagtc ctatttgcgc     1020

cattttataa aggattctga atattattat agttatcgca ttgattatga tgaaagcaaa     1080

tctccgtata aacataaaca attacgcgat atggtcgagt atgcaggttt tgataatgct     1140

gaaagcttac gaaaagaacc tcaatggcgt ataagtgata gccataaaaa gaaacttgat     1200

gcggatccaa tctttaatcc gtggtatata aaatggattg aaatattaac tcaataa        1257


<210>  3097
<211>  5085
<212>  DNA
<213>  Veillonella

<400>  3097
atgaaccggt ggggacatgt aaaacgcagc attattcttt cgagtgcagt tgccttgtgg       60

cttagcgcac ctctcgtagt ttgggcggat aatgcgactg taactacgga tgttgttcat      120

gtcaaaggta catgggcaga agaagaagca aaattgaact cacagcaagt gcaaatcatt      180

accaagaaag agattgaaaa gaaacaggcg aagtccgtcg aagatattat atttactcaa      240

accggtgtat ctagaaccgt tgatgctatg ggtcgtgttg gtgtatccat ccgcggtgcc      300

gaagcgcgtc acacactgat tcttgtagat ggtcaacccg tactcggcga ttttgataag      360

tactctggtg cagcagacga agtccaacgg ctaggtacag aaaacgttga acgtatagaa      420

gttatccaag gtgctgccag tgctaaatat ggctctgatg ctataggtgg tgtcgttaat      480

atcatcacca aaaaagcaca aaagaaacca acactccaat tgaatgcaga aggtatgcgt      540

cgtaagagcg atggcgatgc gttcccatat caaaacttct tcattcgtgc cgactctggt      600

caaatgggga aattaaaggt cggtttatcc ggtagtaaac gagatctcat gcctgtttta      660

gcatccgtta aacgtcgtga ctcaggtatg gcttttgatt atgctaagca taacttcaaa      720

cccaatgtac ttcgttacta tggcgatgcg gcagatattg gtcttgtagc aacttacgat      780

gcaaacgata aaaataaatt tgaaatgcgt ctcaaccgtt atacagaaga tcttgtacgc      840

gatgttaaac actctgactc cgacttagag cctcaacaac actttaaacg tactgcagat      900

cgtaatacag caaacttgca atggtcctct cgagctggta aaagcgactg gactgtagaa      960

actaactact cccgcatcaa agaaaatgac gtagccctca ttagttatac tggtcgttct     1020

gcttatgaag gctccaatga gttgcgctat atcgataata tcgatcaccg tcaattagac     1080

attcgagcta atgcaaacac acagctcaat aaaaatcact tgcttagtta cggcgtaagc     1140

tatgctcgcg aagaaggttc tggtagccgt ctaaagagct cccctaatac aagcactatg     1200

tacatcgatc catgggatta cgataaaagc ttgctagtgg ataaacttga ccgtcttgta     1260

agacgtaaag gtgataatag cattaaagtt tactctcata tccacgacta caaattcatc     1320

aattccggtg gtggtatgcc ccaatgggat atggattatg aatactatgg tgccgaaaca     1380

gatgctcaaa aaccaggtat tacatacgat gactatataa attatggttt atctgaaagc     1440

cgattaagtg attggtctag tacatcccct aataatcaac ctgtaacgga tgaatttaaa     1500

gctcgttata aagctttaga agatcgttta aaagcagaaa atcctgtatt atctgctaca     1560

cgtgccaata tcgtaggtga ctactttaaa tatggtgagt ctaacgatcc agaaatgcgt     1620

aaaaaagcac ctaagttaaa tggtaaagcc ttcttagaag aatatcgtag ccgtgatcaa     1680

cggttaacaa ctggtagtgg tacgattcgc aagttaaacg cttatgtttc tgatacttgg     1740

caggtgaata agaatttaac cttgtctcca attcttcgct ttgataacag tagcctattt     1800

ggttccaatt tatctgcgtc tttggggatg acatacaacg ttaaaggcaa cacacaccgc     1860

agatttaaag ccaatgtagg tactggttat actgaaccgg gcatgggcga attatggtat     1920

aactgggaaa tgtacgcgtc taaccctgta gggattgggg tagcaaaact tggttggtat     1980

tgggctggta accctaattt aaaacctgaa aaatcagtca actttgatat gagtttagaa     2040

ggggaaaata aaaataccta tgcccgcgta ggcgtattcc ataaccgcat caagaactat     2100

atgtctgtgt acttcacagg ggacttcatg gactttgcgc cataccttaa aggcgatgcg     2160

aagtaccaac gggcaccaga catgatttac agctttaaaa atattggtaa agcagagatc     2220

acaggggtac aagcggaagt acaacaaaag ttcggcaaat attggtctgg taagttaggc     2280

tatacatact tacatgccat caacaagagc gatccttcaa tgcctcgtca attgcttgat     2340

aaaccaatgc acaaggttga catcggtatt acttatgaca atcctaaatc cggttggaat     2400

ggttccattt ggggtgatta ttatatcaac atgcttgata gtaataccct taataacggt     2460

ggtaactatt ggccagatat cttgtccggt gatgcaggcg tttataataa gcaaacttat     2520

gaaaagaaaa catttggcat atggaacgta atggttcaaa aacgattcaa taaaaatgcc     2580

atgatgtact ttggtatcaa caatatcttc aaccatcgcg atgatgaccg tgccacacaa     2640

gaacgggtat accgcgtggg cgttaacctt aaattcggtg gtggcgatga tacaaaaacg     2700

acagctatcg gcaagaccaa aaatggtgca aaggctggcg tagtaggtgc aaatgtagcg     2760

gttgctaatg gtgatgttgg tagtgctgaa tctggcgtac aaaacgtagc tgatgtagtt     2820

cgcttaactg attttattca ttctgatttt gatactacta aagagcgtgg tgttacatta     2880

gtcagcgact acagagcgcg ctggatggca catgatggat ctaatagacc tcaatctcca     2940

tttagagcta actctgctat cggttctgca aaagcgaata tgtacgatgc caatcgtcat     3000

agctttgaac aacgattgcg tcttggcttt gatgcacgcc ttaatgagtt tactaatctt     3060

aaggtcatcg gcagtgcgac tggcatgagt ggtgtcgata caagctggac tcaatctgac     3120

tctaaaggct ttaaccatca acgaatcgat acagtggatc tcacaagacg tgttaaaaaa     3180

tgggacgtat cagtgggccg cttaacagag ccaatgggag ctagtggtta ctggtttggt     3240

caatcctatg atggtattcg tgccgtttgg aatggtcacg attctcaagt tcgtatcggt     3300

gttggtactt tcaaacatag tacaggcatt actgattctg cctacactca tgcagtacat     3360

gaagttatct acagaccacc aacagcggct gaattgatcg gtattaaccg tgatgagttc     3420

ccatacgata ttagcagtgc tacaaaaaca ggttctgatg gtgagaaaaa atctagtgaa     3480

gatgcagctg caccagatag ccctaatggt atttatgatt ctacttataa aggtaagacc     3540

gatagccttt acttctatca acagctaaaa ggtttgcaag atgaatatga agcgtataaa     3600

gctacattga atctaagttg gagcaatccg aatcgggatc aagaaattga aaaggctaat     3660

attaagcttg cagaaacaca acaaaaacaa gctcaagtga tgagtcgatt acaagatatt     3720

cttacaaagg cataccctac agatatggcg gagaaaaaat tctccctcga tattccatct     3780

ggtggttatg caatgtacga aatcactaat aagaatacag gggaaaaact atataagact     3840

ggggacatta tgtataatgt gaactcttct ttataccctg aatccttaaa agaaaaggct     3900

aaaggtctta tcgtatctac tgataataaa gatgctttgt taaacccaaa agattatgtt     3960

gataaacata gtgctgatat taatcaatcc attgaagaaa ttgctaaata taatgctaca     4020

gataactgga gcaactataa caatagtgag cttgatgtag tttgggttaa acagccagat     4080

ggtacgttta aacaatctta tgattattat ggacaaccat ctagtgatta tgagttcact     4140

ggctatttag gtgctaagac atataaatac gatagtggtc gctatgtatt tagcgattat     4200

gacgctaaag atgccattta taaaaagaac tttacaatgt cctccaatga ttggggtgaa     4260

ggtagctctt attatggttg gggcatgcca aatgcaatgt ttaactatat gtataatctt     4320

gaaaaggttg tacatgatgc agagtctgaa aacaaattgc ctcgtgaagc gattggtaag     4380

atcataggca acttgattcg cacagaaggg gtagttcttg aaaaagacac tgtgccagct     4440

attgataaag cagcctttgt tcaatataaa aaacaaattg gctctcgtct tggtttacaa     4500

gcctggtatt tacgctcctt tggcggtaaa actcatacat acctaaatgc aaatggcaac     4560

ggtaatgatg aatacagctt ctccaatgta gctcatgtat tcggtatcgg cgctaaatat     4620

caactgggtg ataatgcatc tgttaccgtt gattacggac aaaatcgttc caaccttggc     4680

cgttacttaa acggtaatac agtttatgaa catgaacgag gcacagccga ctttgctctt     4740

aaaggtcatc aaatgggtgg tacaccacac ttctggatgg ctcgtctaga tattggtcgt     4800

gccgacctag atattccaaa atcctggaat gcgttcatcg attacaaata ctttgaacat     4860

ggctccttct ttggtggcaa tggtactggc gcagtaccgg atcgttatct cgacggtatt     4920

cgcagcttta catttggtgc tggctatgta cctcgcaagg atttacttct tgaggcattc     4980

tacacattcg atgcgaaggg cactaataaa cgagatactt tatatggtag tgaaagcttt     5040

aagttaggcg attatacaag aattcaaggg acctacaggt tctaa                     5085


<210>  3098
<211>  1350
<212>  DNA
<213>  Veillonella

<400>  3098
atgattatca tacaacaagg ggacttggtc ttaactgatc gaatccttac cggagattta       60

ttaattgatg gcgacaaaat tgtcgccatc gatgaacacg ttcctgttcc agaaggagct      120

gaagtaattg atgcaaaagg ttgctatgtg ttccctggat tcatagatcc acacacacac      180

tttcagatga caaatgcctt agcgtctact gcggatgatt ttgatagtgg tacaaaagcc      240

gctattcttg gtggaacaac atcaatcatt aattttgctt ctcctgagga aggatccctt      300

tgtaaaggct tagaagttca taaggagcgt gccgcagggc attgctcctg tgactacaaa      360

ttccatatgg agcttgtaga aatgaatgat actgtggcca gtgaaatccc aaaagtggtt      420

gaagctggtg tatcatcctt taaggtatat ttagcttatg gcttccgttt aacggaccgt      480

gagatttatg atgctattga agctatcaaa ccaacaggcg cacttgtagg agctcactgt      540

gaaaatggtg atctcatcga tgcactcgta gctgataagc gtaagcgcgg tgaattagat      600

ataagtaatc atccacttac gagaccagct atgattgaat cggaatcgat taaacgattt      660

agtacaatag gcgcttctct aaagtatcca gtacatattg tgcatgtaag ctctaaagaa      720

ggggtagaag aaattcttcg agaacgcgca ttaggtcata ccgtgacttg cgaaacatgt      780

ccacagtatt tggtacttga tgaatcacgt tatagcttgc ctaattatga aggcgctaaa      840

tatgtgatga gtccacctct tagaactaaa gaagatcaaa tgacattgaa ggaagcttta      900

gtaaatggaa tattccaaac tattggctcc gatcactgta gcttcaattt tgaggatcaa      960

aaactaaaaa gtcgccatga ctttacccgt attccaggtg gcattccagg cgctgaggaa     1020

cggggcatca tcgcttatga tgtattggta aaccaatgca atatgagtgc cgtagatttt     1080

atgaaattag ttagtgaaaa tcctgcaaag ctttacggta tgtatccaaa gaagggcacg     1140

ttagccgttg gtagcgatgg ggatattaca attgttgata agcgcattga gcatgtgctt     1200

tcgaaagcgt ccgcccatac aaaggcagac tatatacctt atgagggcat atctgtaaca     1260

ggtaaagttc gagatgttat ccttagaggt caccatgtgg tacaagatgg atccttaaca     1320

gaatcatatc ttggtgaatg tattccttaa                                      1350


<210>  3099
<211>  1245
<212>  DNA
<213>  Veillonella

<400>  3099
ttagatggtc gacgtttctt tgcattcgac ggaaatagtt cagatgaacg aacagttgag       60

ttcggtttgg ataaaataga tgctgggaat cagcaaattc ataatgttac tgctggtact      120

gatgatactg atgttgttaa tgttaaacag ttaaaagact atgtggcagc aaatggtagt      180

gtagatacta acactattac aactgtcaca aatggtgaca atgcaactgt aaccggtaca      240

acagatgctt ctggcaataa agagttcaaa gtggctgtta ataaagattt gacagatatg      300

aattctgcta cctttggtaa tgccgatgaa cgtaatgtta ttaataaaac tggagttcga      360

gtattcaatg gttctgtaaa tactggtata acttcaaatg gtatggttat agaaaacact      420

gatactttag agcaagctag ttatactggt tctggcatgc aagctagtga tgataatgcc      480

accatccgtt ttagtacaat gggtattgat gcaggtaatc aaatcataaa tggtgtaaga      540

tctggtgtag ctgataccga tgcagttaat gtaaaacagt taaaagagta tatgtctaca      600

aatgacaagg atactattac aactgtaaaa gctggtaata atattgaagt aacagcaaat      660

ggccatgatt atacagtatc tcttaaaaaa gatgttgtag acaaaattga taatgctaca      720

gctggagtaa aggcaaacgc tgatgctatt aaatctaatg ctgatgctgt taaatctaat      780

acagacgcta tcaaagccaa tacagctgat attgctgtca ataaagctca aattgataac      840

ttagtaaatc aaattggtaa caatgatact aaaatcaata atatgattaa taatacacga      900

caagaggccc gtcgtggtat tgcatctgcc tctgcgttag cagcattaca tccgcttgac      960

tataaccctg atcataaagt tgatgttatg ggtggcgtag gtcattatcg tggaaaaaca     1020

gcagtagctt taggtgcagc ttatcgccct aatgaaaact taatgtttac agttggtact     1080

gctatcaatg gtaaagactc atctgtaaat gcaggtgtat cttataaagt tggagctaac     1140

gatagtactt ataaaagcca agcttcatta gcaaaagatg tagaagactt aaaacaaatg     1200

gtaattaaat tacaagctga attagaagaa gcacgtaaga aataa                     1245


<210>  3100
<211>  582
<212>  DNA
<213>  Veillonella

<400>  3100
atgttacatc gatttttaat aactctaggg cttatgctgg ctttcaccat cccagcccaa       60

gcaatcacga ttgaggagct cacgtctcag ccgcagttca agcaggtatc tcagtttgtg      120

tcagatattc ctaatgtaga cgagcgtggc gcgtcctata ttgacgtgaa tacggtgaag      180

gtaatcggtt ttgagccgcc tatttatacg attaaggcga ctgtatataa agcgtatcaa      240

tggaatgatg agaaagtgat taccgttaag gacatgactt tcacctatga tagtagtaat      300

tccgcagcta gcaaggtcta tcgggcgcaa cagcaaggaa caatggcgat taatactgat      360

gcgaatatga atgaagatat gtggtctaat ccagggatta tgcgcgatga agaggaaatc      420

agtcgctttg gctttgatgg aacgccttgg cctatccatc gaggtgcctt cctgcgcaga      480

ccggttgtga aagattctct aaataaagag ttttacgata tcgctgatgc ggtgtattat      540

gaagtatata aagaacattt tgatgaggtt attgttaagt aa                         582


<210>  3101
<211>  3723
<212>  DNA
<213>  Streptococcus salivarius JIM8777

<400>  3101
tcgcttatca ttaatcagct aagtggatct tggtgtttga tcacttgtca atgggacaag       60

caactgaaaa aggcagaaga caaatattta aagtgcacga cttgcaaagc aggtctcgaa      120

tgtagaaaag gagtagaaga cttggcagga catgacgttc aatacgggaa acatcgtacc      180

cgtcgtagtt tttcaagaat caaagaagtt cttgatttac caaacttgat tgaaatccaa      240

acggattcat tcaaagaatt cttggatact ggtcttaaag aggtttttga ggatgtactt      300

cctatctcaa acttcacaga cactatggaa ttggaattcg ttggttacga attgaaagag      360

cctaagtata cacttgaaga agctcgtatc cacgatgcat catactcagc acctatcttt      420

gtgactttcc gtcttattaa caaagaaact ggtgaaatca aaactcagga agtcttcttc      480

ggagatttcc ctattatgac tgagatgggt actttcatca tcaatggtgg tgaacgtatt      540

atcgtttctc agttggtgcg ctcacctggt gtttacttta acgataaggt tgataaaaac      600

ggtaaagtgg gttatggatc aacagttatc cctaaccgtg gggcatggct tgagctcgaa      660

acagattcaa aagacatcgc ctacactcgt atcgaccgta cacgtaagat tccattcaca      720

acgcttgtgc gtgcgcttgg attctcaggt gatgacgaaa ttgttgatat ctttggtgat      780

agcgagttgg ttcgtaacac cattgaaaaa gatatccaca aaaacccagc agattcacgt      840

actgatgaag cgcttaaaga aatttatgaa cgtcttcgtc caggtgaacc aaaaactgcc      900

gatagctcac gtagcttgct tgtagctcgt ttctttgatc cacgtcgtta tgacttagct      960

gctgttggcc gttacaaagt caacaaaaaa cttaacatca agacacgtct tttgggacaa     1020

acaattgctg aaaacttggt agatcctgaa acaggtgaaa tccttgttga agctggtact     1080

gaaatgacac gtgatgtgat tgattcaatc gcagaatact tggatggtga tttgaacaaa     1140

tttgtataca caccaaacga ttatgcggtg gttacagaac ctgttgttct tcaaaaattc     1200

aaggttgttg caccaaatga tccagaccgt gtggttacaa ttgttggtaa tgccaaccca     1260

gatgacaaag ttcgtgcttt gacaacagcg gatatcttgg ctgaaatgag ctacttcctc     1320

aaccttgctg aaggtatcgg taaagtagac gatatcgacc accttggtaa ccgtcgtatc     1380

cgtgctgttg gtgaattgct tgctaaccaa ttccgtattg gtttggctcg tatggaacgt     1440

aacgtacgtg agcgtatgtc agttcaagat aacgaagtct tgacaccaca acaaatcatc     1500

aatattcgcc ctgtaactgc agctgttaaa gaattctttg gttcttcaca gttgtcacag     1560

ttcatggacc aacacaaccc attgtcagag ttgtcacaca aacgtcgttt gtcagccttg     1620

ggacctggtg gtttgacacg tgaccgtgcc ggatatgaag ttcgtgacgt gcactacacg     1680

cactacggtc gtatgtgtcc aattgaaaca cctgaaggac ctaacatcgg tttgatcaat     1740

aacttgtctt catacggaca ccttaacaag tacggtttca ttcaaacacc ataccgtaag     1800

gttgaccgtg caactggtaa agtaaccaac gaagtagttt ggttgactgc cgacgaagaa     1860

gatgagtaca cagttgctca ggctaactct aaattgaacg aagatggaac atttgcagaa     1920

gagatcgtta tggggcgtca tcaaggtaat aaccaagagt acccatcaca ccttgtagat     1980

ttcgtggatg tttctcctaa acaggtagtt gccgttgcga cagcatgtat tcctttcttg     2040

gaaaacgatg actctaaccg tgccctcatg ggtgccaaca tgcaacgtca ggctgtgcct     2100

ttgattgatc ctaaagcacc ttatgttggt actggtatgg aatatcaagc tgcccacgat     2160

tcaggagctg cagttattgc tcaacacgac ggtaaagttg tctactctga tgctgataaa     2220

gttgaagttc gtcgtgaaga tggttctctt gatgtttata ctattcaaaa attccgtcgt     2280

tcaaactcag gtactgccta taaccaacgt actttggtta aggttggcga tattgttgaa     2340

aaaggtgatt ttatcgctga cggtccatct atggaaggtg gagaaatggc cctcggtcaa     2400

aaccctattg tcgcatacat gacatgggaa ggttacaact tcgaggatgc cgttatcatg     2460

agtgagcgtc ttgtgaaaga tgacgtttat acatctgttc acttggaaga attcgaatca     2520

gaaacacgtg atacaaagct tgggcctgaa gaaatcacac gtgaattgcc aaacgttggt     2580

gaagaagccc tcaaagacct tgacgaaatg ggtattatcc gtatcggtgc tgaggttaaa     2640

gaaggcgaca ttcttgttgg taaggtaaca cctaagggtg aaaaagacct ttctgctgaa     2700

gaacgtcttc tccacgctat ctttggtgat aaatctcgtg aagtacgtga tacatcactc     2760

cgtgtacctc acggtggtga tggtgtcgtt cgtgatgtta aaatcttcac acgtgcaaac     2820

ggtgatgaat tgcaatcagg tgttaacatg cttgttcgtg tttacatcgc tcaaaaacgt     2880

aagatcaagg tcggagataa gatggccggt cgtcacggta acaaaggggt tgtttctcgt     2940

attgttcctg ttgaagacat gccttacctt ccagacggta caccagttga tatcatgttg     3000

aaccctcttg gggtgccatc acgtatgaac atcggtcagg ttatggaact tcaccttggt     3060

atggctgctc gtaacttggg tattcacatc gcaacaccag tctttgacgg ggcaagctca     3120

gaagacctct gggatactgt tcgtgaagca ggtatggata gtgatgctaa gacaatcctt     3180

tacgatggcc gtacaggtga accatttgat aaccgtgtgt cagtcggtgt catgtacatg     3240

atcaaacttc accacatggt tgatgataaa cttcacgctc gttcagtagg tccttactca     3300

cttgttaccc aacaacctct tggtggtaaa gcacaatttg gtggacaacg tttcggtgag     3360

atggaggttt gggcccttga agcttatggt gcatcaaata tccttcaaga aatcttgact     3420

tacaagtcag atgacgttaa cggacgtttg aaagcctatg aagctatcac taaaggtaaa     3480

ccaattccaa aaccaggtgt accagaatca ttccgagtac tcgttaaaga attgcaatca     3540

cttggtcttg atatgcgtgt ccttgatgag gatgactacg aagttgaatt gcgtgatctt     3600

gatgaaggtg aagacgacga tgtcatgcac gtcgatgatc ttgaaaaagc acgtgtacaa     3660

caagccaaag aagctgctga attagaaaaa gctaaagaag aagcttcaga taaaacagaa     3720

taa                                                                   3723


<210>  3102
<211>  2088
<212>  DNA
<213>  Streptococcus salivarius JIM8778

<400>  3102
aacctaatgg cacgcgaatt ttcacttgca aaaactcgta atatcggtat catggcccac       60

gtcgatgccg gtaaaacaac tacaacagag cgtatccttt actacactgg taaaatccac      120

aaaatcggtg aaactcacga aggtgcatca caaatggact ggatggagca agaacaagag      180

cgtggtatca caatcacatc tgccgctaca acagcacaat gggatggtca ccgcgttaac      240

atcatcgata caccaggaca cgtggacttc acaatcgaag tacaacgttc actccgtgta      300

ttggatggtg ccgtaaccgt tcttgactca caatcaggtg tagaacctca aactgaaaca      360

gtttggcgtc aagcaactga gtatggtgtt ccacgtatcg tatttgccaa caaaatggat      420

aaaatcggtg cagacttcct ttactcagta agcacacttc acgatcgtct tcaagcaaac      480

gcacacccaa tccaattgcc aatcggtgct gaagatgatt tccgtggtat cattgacttg      540

attaaaatga aagctgaaat ctatactaat gaccttggta cagatattct tgaagaagat      600

attccagctg attacgttga tcaagcaaac gaataccgtg aaaaattgat cgaagcagtt      660

gctgaaactg acgaagattt gatgatgaaa taccttgaag gtgaagaaat cactaacgag      720

gaattgaaag cagctatccg tcgtgcaaca atcaacgttg aattcttccc agttctttgt      780

ggttctgcct tcaagaacaa aggtgttcaa ttgatgcttg atgcggttat cgattacctt      840

ccaagcccac ttgatatccc tgcaatcaaa ggtatcaacc cagatacaga cgaagaagaa      900

actcgtccag catctgatga tgagccattt gcagctcttg ccttcaagat tatgactgac      960

ccatttgtag gtcgtttgac atttatccgt gtttactcag gtatccttca atcaggttca     1020

tatgtaatga acacatctaa aggtaaacgt gaacgtatcg gacgtatcct tcaaatgcac     1080

gctaacagcc gtcaagaaat tgaacaagta tacgctggtg atatcgctgc tgctatcggt     1140

ttgaaagata ctacaactgg tgactcattg actgatgaaa aagctaaagt tattcttgag     1200

tcaatcgaag ttccagaacc agttatccaa ttgatggttg agcctaagac taaagctgac     1260

caagataaga tgggtatcgg tcttcaaaaa cttgctgaag aagatccaac attccgtgtt     1320

gaaactaacc ctgaaactgg tgaaacagtt atctctggta tgggtgaact tcaccttgat     1380

gtccttgttg accgtttgaa acgtgaacac aaagttgaag caaacgttgg tgctccacaa     1440

gtatcttacc gtgaaacatt ccgtgctgga acacaagcac gtggattctt caaacgtcaa     1500

tctggtggta aaggtcagtt tggtgatgtt tggattgaat ttactccaaa cgaagaaggt     1560

aaaggattcg aattcgaaaa tgctatcgtc ggtggtgtgg ttccacgtga attcatccct     1620

gcagtagaaa aaggattgga agaatctatg gctaacggtg tccttgctgg atacccaatg     1680

gttgacatca aagctaagct ttacgatggt tcataccacg atgtcgattc atctgaaact     1740

gccttcaaga tcgctgcgtc tcttgcactt aaagaagctg ctaagactgc acaaccaact     1800

atccttgaac caatgatgct tgtaacaatc actgttcctg aagaaaacct tggtgatgtt     1860

atgggtcacg ttacagctcg tcgtggacgt gttgatggta tggaagcaca cggtaacagc     1920

caaatcgttc gtgcatatgt tccacttgct gaaatgttcg gttatgcaac aacacttcgt     1980

tctgcaactc aaggtcgtgg tacattcatg atggtatttg accactatga agatgttcct     2040

aaatcagttc aagaagaaat catcaagaaa aattctggtg aagcttaa                  2088


<210>  3103
<211>  1407
<212>  DNA
<213>  Streptococcus salivarius JIM8779

<400>  3103
atgagctcag gcaaaattgc tcaggttgtt ggtcctgttg tagacgtagc gtttgcagct       60

ggtgataaac ttcctgagat taacaatgca ttggtcgttt atactgatga acaaaagtct      120

aaacgtatcg tgctcgaagt agctcttgaa cttggagaag gtgtggttcg taccattgcc      180

atggaatcta ctgatggatt gactcgtgga ctagaagttc tggacactgg acgtccaatc      240

agcgttcctg ttggtaaaga tacccttgga cgtgtcttta acgttcttgg tgataccatt      300

gacttggaag caccttttgc agacgatgca gagcgtgaac caattcacaa aaaagcacca      360

actttcgatg aattgtcaac atctactgaa atccttgaaa cagggattaa agttatcgac      420

ttgcttgccc cttaccttaa aggtggtaaa gtcggactct ttggtggtgc cggtgttggt      480

aaaaccgttc ttattcaaga gttgattcac aacattgccc aagagcacgg tggtatttcc      540

gtgtttacag gtgttggtga acgtacacgt gaaggtaatg acctttactg ggaaatgaaa      600

gaatctggcg ttattgagaa aacagccatg gtcttcggtc aaatgaatga accacctgga      660

gcacgtatgc gtgttgcgct tactggtttg acaattgcgg aatacttccg tgatgttgaa      720

ggtcaagacg tgcttctctt catcgataac atcttccgtt tcactcaagc aggttctgag      780

gtttctgccc ttctaggtcg tatgccatca gccgttggtt accaacctac acttgctact      840

gaaatgggtc aattgcaaga acgtatcaca tcaactaaaa aaggttctgt tacatctatc      900

caagccatct acgttccagc tgatgactat actgacccag cgccagctac agcatttgct      960

cacttggatt caacaaccaa ccttgaacgt aagttgacac aaatgggtat ttacccagcc     1020

gttgacccat tggcatcaag ctcacgtgcc ctttcacctg aaattgttgg tgaagaacac     1080

tatgctgttg cgactgaagt tcaacgtgtg cttcaacgtt accgtgaatt gcaagatatt     1140

atcgctatcc ttggtatgga tgaattgtca gacgaagaaa aaacattggt tggacgtgct     1200

cgtcgtatcc aattcttctt gtcacaaaac ttcaacgttg ctgaacagtt tacaggtcaa     1260

ccaggttctt atgttccagt tgctgaaacc gttcgtagct ttaaggaaat ccttgaaggt     1320

aaatatgaca atcttccaga agatgccttc cgtagcgtag gtccaattga ggatgtagta     1380

gctaaagcta aagctatggg ctactaa                                         1407


<210>  3104
<211>  369
<212>  DNA
<213>  Streptococcus salivarius JIM8780

<400>  3104
atgaaaattg gagacaagct taggggtgtt atcacaggca tcaagcctta cggtgccttt       60

gtttcattgg aaaatggtac cacaggcttg attcacatct cggagattaa gacaggttat      120

atcgacaaca tctacaatac cctcaaggta gaccaggagg tcttggttca agttgttgat      180

tttgatgaat ttacacaaaa ggctagtctt tctttgagaa cccttgagga agaaaaaaat      240

aaaatccctc atcgtcatcg tttctcagat agtcgtttga actatggctt taaacccttg      300

gcagaagcaa tgccaggatg gattgaagaa ggacttgact atcttagaca agagcatgag      360

gaaaaatag                                                              369


<210>  3105
<211>  1041
<212>  DNA
<213>  Streptococcus salivarius JIM8781

<400>  3105
atggcagaaa ttacagctaa acttgttaaa gaattgcgtg aaaaatctgg tgctggtgtc       60

atggacgcta aaaaagcatt ggttgaagtt gaaggtgata tcgaaaaagc gattgaattg      120

cttcgcgaaa aaggtatggc taaagcagct aagaaagctg accgtgttgc agctgaaggt      180

ttgactggtg tttacgttaa cggtaacgtt gcagcagttg ttgaagttaa tgctgaaact      240

gacttcgttg cgaagaacgc tcaattcgtt gagttggtaa acgaaacagc taaagtaatt      300

gctgaaggta aaccagctaa caacgaagaa gcacttgcat tgactatgcc ttcaggtgaa      360

actcttgaag ctgcatacgt aactgctaca gctactatcg gtgaaaagat ttcattccgt      420

cgttttgcag ttgttgagaa aactgatgcg caacacttcg gagcttacca acacaacggt      480

ggacgtatcg gtgttgtttc agttatcgaa ggtggagatg acgctcttgc aaaacaaatc      540

tcaatgcaca ttgcagcgat gaaaccaact gttctttcat acactgaatt ggacgaacaa      600

tttgttaaag atgaattggc acaacttaac cacgctatcg atcaagataa cgaaagccgc      660

gctatggtta acaaaccagc tcttccacac cttaaatatg gttctaaagc tcaattgact      720

gatgctgttc ttgctcaagc tgaagaagat atcaaagctg agttggctgc tgaaggtaaa      780

ccagaaaaaa tctgggataa aatcatccca ggtaaaatgg accgcttctt gcttgacaac      840

accaaagttg accaagcata cacacttctt gctcaagttt acatcatgga cgacagcaaa      900

acagttgagg cttaccttga atcagtaaac gcttcagtag tagaattcgt tcgctttgaa      960

gttggtgaag gtatcgaaaa agcatctaac gactttgaat cagaagttgc agctacaatg     1020

gcagcagctc ttaacaacta a                                               1041


<210>  3106
<211>  951
<212>  DNA
<213>  Streptococcus salivarius JIM8782

<400>  3106
atgaagaaaa atctaaaagt aaaccttatt tggtttggtc ttatcattgg gctcttcctt       60

atcttgaaag gtcttgaact ttcaggtatc atgaaccttt actacatcca aatcttaatg      120

gggattggaa tctcaattct tatgggactt ggtactaacc tggttcttgg tttctcagga      180

caatttacac ttggacaagc tggtttcatg gcaattggtg cctattcatc agctatcatc      240

actggtatga tgccaacata tgacggtttc tacctctcaa tggttgtcgg tgtcatcatc      300

gcagctattg ttgcccttat ctttggtcta cctacccttc gtttgaaagg tgactacctt      360

gccattgcaa ctcttggtat ggctgaaatc atccgtatca ttatcgttaa tggtggtgaa      420

ttgactaatg gtgccgctgg tttgacaggt atccttcctt atacaagttg gcctgtaatt      480

tatttctttg tcgttatcat tacaattttg gtactcaact tcttgcgttc agcaactgga      540

cgtcaagcaa tcactcttcg tgaagatgaa attgctgctg agtcaatggg tgttaatgtc      600

acaaaaatga aggttcttat ctttgttatt ggtgccatga tttcagcgat tgctggttca      660

ctttatgtca gctacatcgg tacagttgtg ccaaaagatt tcactatcat gaaatcaatt      720

gattacctta tcattgccgt tcttggtggt cttggatcta tcacaggtac tatcattgcc      780

gctgttgttc ttggtattat caacatgttc ctccaaaacg tttcaaacct tcgtatgatt      840

atttacgcct tggctttgat tcttgtaatg ctcttccgtc caggtggact tcttggaaca      900

aaagaactct atctctcaaa attcttcaat aaatctaagg agggcaaata a               951


<210>  3107
<211>  3639
<212>  DNA
<213>  Streptococcus salivarius JIM8783

<400>  3107
gtggttgacg taaatcgatt taaaagtatg caaatcacac tagcttcacc aactaaggtc       60

cgttcatggt cttatggtga agttaagaaa cctgaaacaa tcaactaccg tacgctcaaa      120

ccagaacgcg aaggtctctt cgacgaagta atctttggtc ctactaaaga ctgggaatgt      180

gcgtgtggaa aatacaaacg tatccgttat aaaggtatcg tttgtgaccg ctgtggtgtt      240

gaagtaacac gtgctaaggt tcgccgtgaa cgtatgggtc acatcgagtt gaaagcacca      300

gtatcacaca tctggtactt caagggaatc ccttctcgta tgggattgac tttggacatg      360

agccctcgtg cgcttgaaga agttatctac ttcgcagctt acgtggttat cgatccaaag      420

gaaacaccac ttgaaccaaa atctctcttg acagaacgtg aatatcgtga aaaattgcaa      480

gagtatggac atggttcatt tgtcgctaaa atgggtgcag aagctatcca agatctcttg      540

aaacaagtgg atttggaagc tgaaattgct gaactcaaag aagagttgaa gacagcaact      600

ggtcaaaaac gtgttaaagc tgtgcgtcgt ttggacgttc ttgatgcctt ctataagtct      660

ggtaacaaac cagaatggat ggttcttaac attttgccag tattgccacc agaccttcgt      720

ccaatggttc aattggatgg tggacgcttt gcggcatctg acttgaacga tctttatcgt      780

cgtgttatca accgtaacaa ccgtttggct cgtttgcttg aattgaatgc cccaggtatc      840

atcgtgcaaa acgaaaaacg tatgttgcaa gaagcggtag atgcccttat cgataatgga      900

cgtcgtggtc gtccaattac tggaccaggt agtcgtccac ttaaatcttt gagtcacatg      960

cttaaaggta aacaaggtcg tttccgtcaa aacttgcttg gtaaacgtgt tgacttctct     1020

ggacgttccg ttatcgccgt tggtccaaca cttaaaatgt accaatgtgg tgtgccacgt     1080

ttgatggcca tcgaactttt caaaccattc gtgatgcgtg aaatcgttgc gcgtgaatac     1140

gcaggtaacg tgaaagccgc taaacgtatg gttgaacgtg gtgatgaacg tatttgggat     1200

attcttgaag atgttatcaa ggaacaccca gtacttctta accgcgcacc taccctccac     1260

cgtttgggta tccaggcctt tgaacctgtc ttgattgatg gtaaggccct tcgtcttcac     1320

ccattggtat gtgaggccta caatgccgac tttgacggtg accaaatggc catccacgtt     1380

ccattgtctg aagaagctca agctgaagca cgtttgctcc ttcttgcggc tgaacacatc     1440

cttaacccta aagacggtaa accggtcgta acgccatctc aggatatggt tcttggtaac     1500

tactacttga ctatggaaga agaaggccgt gagggtgaag gtatggtctt caaggatatt     1560

gatgaggcag ttatggctta tcgtaatggt tatgttcact tgcatagccg tgtaggtatt     1620

gcagtagaca gcatgcctga taaaccttgg aaagaaaacc aacttcacaa gattttggtt     1680

acaactgttg gtaagatcct ctttaactcg atcatcccag cagaaattcc atatcttcaa     1740

gaaacaacaa atgagaactt gacagatagt acaccagata agtacttcct tgaaccaggt     1800

caagatatcc aaacagttat tgatggtttg gaaattaatg caccattcaa gaagaaaaat     1860

cttggtaaca tcatcgctga aaccttcaaa cgtcttcgta cgactgaaac atcagccttc     1920

cttgaccgtt tgaaagacct tggttactac cactcaacac ttgctggttt gacagtgggt     1980

atcgccgata tcccagttat cgataacaaa caagaaatta tcgatgctgc tcaccaccgt     2040

gttgaagaaa ttaacaaggc cttccgtcgt ggtttgatga cagatgatga ccgttatgtt     2100

gctgttacaa caacatggcg tgaagcgaaa gaagcccttg aaaaacgtct gattgaaaca     2160

caagatccta agaacccaat cgttatgatg atggactcag gagctcgtgg taacatctct     2220

aacttctccc aacttgccgg tatgcgtggt ttgatggccg ctcctaacgg acgtatcatg     2280

gaattgccta tcctttcaaa cttccgtgaa ggtttgagcg ttttggaaat gttcttctct     2340

actcacggtg cgcgtaaagg tatgaccgat acggccctta agacagccga ttcaggttac     2400

cttactcgtc gtttggttga cgttgcccaa gatgttatca tccgtgaaga cgactgtgga     2460

acagaccgtg gtcttctcat ccgtgcgatt actgatggta aagaagttac ggaaacactt     2520

gaagaacgtc ttcaaggtcg ttacactaag aaatcagtta agaatcctac aacaggtgaa     2580

gtaatcgtag gtccagatac tttgattact gaagacatgg ctgctgctat tgtcaatgct     2640

ggtgttgaag aagtaactat ccgttcagtc tttacatgta acacacgtca cggtgtctgc     2700

cgtcactgtt acggtatcaa cttggcaaca ggtgatgcgg ttgaagttgg tgaagcagtt     2760

ggtactatcg ccgctcaatc tatcggggaa cctggtacac agcttactat gcgtaccttc     2820

cacaccggtg gggtagcctc aaataccgat atcacacagg gtcttccacg tatccaggaa     2880

atctttgaag cacgtaatcc taaaggggaa gcggttatca ctgaagttaa gggtactgtt     2940

attgaaatcg aagaagatgc tgcaacacgt actaagaaag tcttcgttca aggtaagact     3000

ggaatgggtg agtacgttgt tccatttaca gctcgtatga aagttgaagt tggtgacgaa     3060

gtacaccgtg gtgcggcctt gacagaaggt tcaatccaac ctaaacgtct ccttgaagta     3120

cgtgatacct tgtcagttga aacttatctt cttgcagaag tacaaaaagt ttaccgtagc     3180

caaggggtag aaatcggtga taaacacgtc gaagtaatgg ttcgtcaaat gcttcgtaaa     3240

gtacgtgtta tggatccagg tgatacagat ctccttccag gtacacttat ggacatttct     3300

gacttcacag atgctaacaa ggatattgtt atctctggtg gtattcctgc aacatctcgt     3360

ccagtccttc ttggtattac gaaagcctca cttgaaacaa attcattctt gtcagcggct     3420

tccttccaag aaacaacacg tgtccttaca gatgcagcta tccgtggtaa gaaagaccat     3480

ctccttggtc ttaaagaaaa tgttatcatt ggtaagacta tccctgctgg tacaggtatg     3540

gctcgttacc gtaacattga accactttca gttaacgaag ttgaagttat tgaaaacatt     3600

gctgttgacg aagcaattgt ggaatcatct gaagactaa                            3639


<210>  3108
<211>  1824
<212>  DNA
<213>  Streptococcus salivarius JIM8784

<400>  3108
atgtctaaaa tcattggtat tgacttaggt acaacaaact cagcagtagc agttcttgaa       60

ggaactgaat caaaaattat cgcaaaccca gaaggtaacc gcacaactcc atctgttgtg      120

tcattcaaaa acggtgaaat catcgttggt gacgctgcaa aacgtcaagc agtaacaaac      180

ccagatacaa tcatctctat caaatctaag atgggtactt ctgaaaaagt ttctgcaaac      240

ggtaaagaat acacaccaca agaaatttca gctatgattc ttcaatactt gaaaggttat      300

gctgaagatt accttggtga aaaagtaact aaagcagtta tcacagttcc tgcttacttc      360

aacgatgcac aacgtcaagc aacaaaagac gctggtaaaa tcgctggtct tgaagtagaa      420

cgtatcgtca acgaaccaac agcagcagcc cttgcttacg gtttggataa gactgataaa      480

gaagaaaaaa tcttggtatt cgaccttggt ggtggtacat tcgacgtatc tatccttgaa      540

cttggtgatg gtgtcttcga cgtattggca actgcagggg ataacaaact cggtggtgat      600

gactttgacc aaaaaatcat cgaccacatg gttgaagaat tcaagaaaga aaatggaatc      660

gacttgtcaa cagacaagat ggcccttcaa cgtttgaaag acgcagctga aaaagctaag      720

aaagaccttt ctggtgttac ttcaacacaa atcagcttgc cattcatcac tgctggtgag      780

gctggacctc ttcacttgga aatgacattg actcgtgcga aattcgatga tttgactcgt      840

gaccttgtag aacgtacgaa aactccagtt cgtcaagccc tttcagatgc aggtttgagc      900

ttgtcagata ttgacgaagt tatccttgtc ggtggttcaa ctcgtatccc tgccgttgta      960

gaagctgtta aagctgaaac tggtaaagaa ccaaacaaat cagttaaccc tgatgaagta     1020

gttgccatgg gtgctgctat ccaaggtggt gttatcactg gtgatgtcaa agacgttgtc     1080

cttcttgatg taactccatt gtcacttggt atcgaaacaa tgggtggagt gttcacaaaa     1140

cttattgacc gcaacactac tattccaaca tctaaatcac aagtcttctc aactgcagca     1200

gataaccaac cagctgttga tatccacgtt cttcaagggg aacgcccaat ggcagcggat     1260

aacaagactc ttggacgttt ccaattgact gatatcccag ctgcacctcg tggtatccca     1320

caaatcgaag ttactttcga tattgataag aacggtatcg tatctgttaa agctaaagac     1380

cttggaactc aaaaagaaca aacaattgtc atccaatcta actctggttt gacagacgaa     1440

gaaattgaaa agatgatgaa agatgctgaa gcaaatgctg aagcagatgc aaaacgtaaa     1500

gaagaagtag atcttcgtaa cgaagttgac caagctatct ttgcgactga aaaaacaatc     1560

aaagaaacag aaggtaaagg cttcgacaca gaacgtgatg ctgctcaatc agctcttgat     1620

gaccttaaga aagctcaaga atcaggcaat cttgatgaca tgaaggctaa attggaagct     1680

cttaacgaaa aagctcaagc tcttgcagtt aaactttacg aacaagctgc agcagcacaa     1740

caagctcaag caggagcaga aggtgcacaa acagcagaca actcaggcga cgatgttgta     1800

gacggagagt ttactgaaaa gtaa                                            1824


<210>  3109
<211>  1605
<212>  DNA
<213>  Streptococcus salivarius JIM8785

<400>  3109
atgacaaaat atattttcgt cactggtggt gtggtatctt caattggtaa agggattgta       60

gctgcaagtc ttggacgttt gcttaagaat cgtggtctta aggttacgat tcaaaaattc      120

gatccttaca tcaatattga cccagggaca atgagccctt accaacacgg tgaagtttat      180

gtcactgatg atggtgctga aactgacctt gaccttggtc actacgaacg ttttattgat      240

atcaatctta ataaatactc taacgtgact actggtaaga tttacagcga agttttgcgt      300

aaggaacgta aaggggagta tcttggtgcg actgttcagg tgattccgca tatcacagat      360

gctttgaaag acaagattaa gcgtgcagcg acaacgaccg attcagatgt cattatcact      420

gaagttggtg gtacggttgg ggatattgaa agtctcccat tccttgaagc acttcgtcaa      480

atgaaggctg atgttggttc tgacaacgtt atgtatatcc acacaacgct tcttccttat      540

ttgaaggctg ctggtgaaat gaagacaaaa ccaacgcaac actctgttaa ggaattgcgt      600

ggtttgggta tccaaccaaa tatgttggtt attcgtacag aacaacctgc tggtcaagga      660

atcaagaata aattggctca gttctgtgat gttgcacctg aggctgttat cgaatcactc      720

gacgtggaac atatctatca agtgccactt aatatgcagg ctcaaggtat ggatcaaatc      780

gtttgtgatc atttgaaact ggatgctcca gctgcagata tgacagaatg gtctgctatg      840

gttgataagg tgcttaatct taagaaaaca actaagattg cccttgtcgg taagtatgtg      900

gagcttcacg atgcctactt gtcagtggtt gaggcactta aacactctgg tttggcaaat      960

gatactgcta ttgatattga ctgggtcaat gctaatgatt tgactgccga aaatgttgct     1020

tctcgtttgg ctgatgctga tgggatcatc gttcctggtg gttttggtca acgtggtact     1080

gaaggtaaga ttcaagctat tcgttatgca cgtgaaaatg atgtgccaat gttgggtgtc     1140

tgtcttggta tgcaattgac atgtattgag tttgctcgtc atgtccttca cttggatggc     1200

gctaattcag ctgagcttga tccaaacaca aaatatccaa ttatcgatat tatgcgtgat     1260

caaattgaca ttgaagacat gggtggtact cttcgtctcg gtctttaccc atgtaagttg     1320

aaaccaggtt ctaaggcagc tgcagcttat ggcaaccaag aagttgttca acgtcgtcac     1380

cgtcaccgtt atgaatttaa tactaagttc cgtgaacagt ttgaggctga gggctttgta     1440

ttctcaggtg tgtcaccaga taatcgtttg atggaggttg tagaactccc agacaagaaa     1500

ttctttgtgg cagcgcaata ccacccagaa taccatagcc gtccaaacca tgctgaagaa     1560

ctttacactg cctttgtgac agcagcggtt gaaaatgcta aataa                     1605


<210>  3110
<211>  1353
<212>  DNA
<213>  Streptococcus salivarius JIM8786

<400>  3110
atgacaacag gtaaagagta cgttgctagc gtttttgaaa aagtgaaagc tcaaaatggc       60

catgaggctg agtttcttca agcagttgaa gaagttttcg attcacttgt tcctgtcttc      120

gataaatatc ctaaatatat tgaagaaaac cttttggaac gtttggttga accagaacgt      180

atcgtttcat tccgtgtgcc atgggttgac gataaaggac aagtacaagt aaaccgtggt      240

ttccgtgtac aattctcatc agctattggt ccttacaaag gtggtcttcg tttccaccca      300

tcagtaaacc aatcaatcat caaattcctt ggtttcgaac aaatctttaa aaactcattg      360

actggtcaac caatcggtgg tggtaaaggt ggatcaaact tcgatcctaa aggtaaatca      420

gataacgaaa tcatgcgttt ctgccaaagc ttcatgactg aattgagcaa acacattggt      480

gcagatacag acgtacctgc aggtgatatc ggtgttggtg gacgtgaaat tggttacctc      540

tacggccaat acaaacgtct tcgtaacgag tacacaggtg ttcttactgg taaaggtttg      600

aactggggtg gatcacttgc tcgtacagaa gcaactggtt acggtgctgt ttactttgca      660

gaacaaatgc ttaatgcacg tggtgaaaac tttaacggta aaacagcagt tgtttcaggt      720

gctggtaacg ttgccatcta cgctatcgaa aaattgcaaa gccttggtgc taaagcggta      780

acatgttctg actcatctgg ttttgtttat gatccagacg gaatcgacgt tgacttgttg      840

aaagaaatca aagaagttaa acgtgaacgt atcgttaaat atgcagaagc acgtccaaat      900

gcaaccttca cacctgctgg tggtgaaaag acagtttggt cagttaaagc tgacttggca      960

ttcccatgtg caactcaaaa tgaattggat gaaacagatg cagaaacact tgtagcaaat     1020

ggtgtattgg ctgtttcaga aggtgctaac atgccatcaa ctttgggagc tattgatgtc     1080

ttccttaaag ctggtgtatc atttggtcct gccaaagctg ctaacgctgg tggtgttgct     1140

gtatcagctc ttgaaatggc acaaaacagc ggacgtacac aatggacatt cgaagaagtt     1200

gatgctaaac tctacgatat catgaaaggt atctacgaaa atgctgcagc agctgctaaa     1260

gaatttggtc atgaaggtaa ccttgttgtt ggtgccaaca tcgctggatt ccttaaagtt     1320

gcagatgcta tgtcagcaca aggtatcgtt taa                                  1353


<210>  3111
<211>  1275
<212>  DNA
<213>  Streptococcus salivarius JIM8787

<400>  3111
atgatctatc tacttacact tttaacttta ttaagcttgg ggattcttat tgctcttttc       60

ttgaagaata tggagttaaa agaacagatt aataagagtt tggaagaaaa tgcagataat      120

ctttcagatc aagtttcgtt tcaattggaa tcttttgcta agacaaatca actggaaacg      180

acaaagcaat tgaaccaatt gcagatggaa ctatatcaac agttgacaga tatccgagag      240

gttttacatc aaaatttgtc tgataatcga gaccgttccg accaacgcct tgagcaaata      300

aaccaaagct taaccaaagc tgttaaagat atgcaggatt ccaatgagaa acgtttggaa      360

caaatgcgtc agacagttga agagaaactt gagcaaacct tacaaacacg tttacaagcc      420

tcttttgaga cggtttcaag acaattagag tcggttaacc agggcttggg ggaaatgaaa      480

aatgtagcca aggatgttgg aagtcttaac aaggtccttt caaatacaaa aacacgaggt      540

attttgggag agcttcaatt agggcaaatt attgaagaca tattgactgt taatcagtac      600

gagcgagaat ttcctacggt atcaggttca agtgaacgag ttgaatatgc aatcaaaatg      660

ccaggaaacc ataaagatga atatatctac cttcccattg attctaagtt tcctttggaa      720

gattactatc gtctggaaga tgcttatgag tctggtaata aagaggagat tgagaatcac      780

cgtaagtcac ttctgactag tattaagcga tttgcaaagg atattaacaa gaagtatctt      840

aacccacctg aaaccacaaa ttttggcata ttatttttgc cgacagaagg actttatgct      900

gaggtagtac gccaaccagc cttctttgac gcccttcgtc gcgaagagaa tattgttatc      960

gcagggccgt caaccttatc agcactcttg aattcattgt ctgtaggatt tagaactttg     1020

aatattcaaa agaatgcgga tgatattagt aagattttag gcaacgtcaa actagagttt     1080

ggcaggtttg gagatatgtt aactaaagct cagaaacaat tgaatacagc aagtaaaacc     1140

gtcgatagtc ttctcaacac aaggagtagg gcaattgtta gagctcttga tacaattgaa     1200

acctatcaag acagtgcgac acaaagtttg ttggatttac cacgattaga aaacgaggac     1260

aagcatgaag attaa                                                      1275


<210>  3112
<211>  1137
<212>  DNA
<213>  Streptococcus salivarius JIM8788

<400>  3112
aacatgacac ttgatttaat taaaatcaga cgagaccttc accaaattcc tgaaattggt       60

ttggaagaat ttaaaactca ggcttatctc ttagagcgta ttgctgaaat gactgaaggt      120

aaggattttg tggagcaacg tacttggcgt acaggaattc ttgtctatct tcacgggcat      180

gctcctgaaa aaactattgg ttggcgtaca gatattgatg gtctcccaat cgtagaggaa      240

acaggtcttg acttcaagtc tactcatgaa ggtcgtatgc atgcttgtgg acacgatatg      300

cacatgacca cagcgcttgg tctcttggat cagatgcttc aagtacagcc taaaaataac      360

atgctcttcc tcttccagcc ggctgaagaa aatgaagctg gtggtatgct tatgtatgag      420

gacggtgcct ttggagactg gttgccagat gagttctatg gcctccacgt ccgtccagat      480

ttcaaggtag gtgatattgc gactaacaca agcacccttt ttgctgggac ttgtgaagtc      540

ctcgttactt tcaaggggaa aggtggacat gcggcctttc cacatgaggc caatgatgcc      600

cttgtagcag cttcttactt tattactcag gtgcaaacaa ttgtcagtcg taatgttgac      660

cctatccagg gtggggtagt tacctttggt tctttccatg caggaactac taacaatgtt      720

atcgctgaaa ctgcagaggt ttatggaact attcgtaccc ttactcagga aatgagtctc      780

cttatccaga agcgcgtgcg ccagattgca gagggtgtag cagctagctt tggtatggaa      840

gtggatatca tgttgaaaca aggtggttat cttcctgtgg aaaataatcc agccttggct      900

aaagagttaa tgagcttctt tgatgctagc ccagaggtca acctgattga ttgtccacca      960

gctatgactg gagaggattt cggttatttg cttagtaagg ttcctggtgt catgttctgg     1020

ttgggaattg acacgccata tgcacttcac catcctaaga tgagtccaaa tgaagatgct     1080

ctcgcttttg cagtggctga aattggaaaa ttccttaaac acaaggcaga agcctaa        1137


<210>  3113
<211>  921
<212>  DNA
<213>  Streptococcus salivarius JIM8789

<400>  3113
gtgacaaaac gtgcgttctt atttgctggt caaggggctc agaaattggg catggcgagc       60

gatttgtatg cgacttatcc cgttgtcaaa gagacatttg atacggctag tcgtattcta      120

ggttatgatt tgcgtgaatt gattgattct aacgaagaaa aacttaatca gacacgctat      180

actcaaccag ctattttgac aacgtcagta gccatttatc gccttttggc agaaaatggt      240

atcactcccg atattgttgc cggtctctct ttgggggaat attctgccct agttgcggct      300

ggagcactct catttgagga tgcggtagcc ttggttgcta aacgtggaga attcatggaa      360

acagcggctc ctgctggaag tgggaaaatg gttgcagtca tgaatataga tccaagtttg      420

attgaagaaa tctgtcaaaa agcatctgaa aagggtgtag taacgcctgc taactataat      480

actccagcac aaattgttat tggtggtgaa gttgaggctg ttgattatgc tgtggaattg      540

cttaaagaag ctggtgctaa acgtctgatt cctcttaatg tttcaggacc gttccataca      600

gctttacttg aatcagctag tcaaaaattg gcagcagaac ttgagaaagt gtcattcaat      660

gactttacgc ttcctttagt aggtaatact gaggctcaaa tcatgaagtc agaagacgtc      720

aaagcacttt tggctcgtca ggtgatggaa cctgtacgtt tttatgattc gattgccact      780

atccaagaat ttggtgtaga tgaagtgatt gagattggtc caggaaaagt cttgtcaggt      840

ttcttgaaga aaattgataa aaccctacca actcaaaatg ttgaagatca agctagtctt      900

gatgcccttc ttaatgcgta a                                                921


<210>  3114
<211>  714
<212>  DNA
<213>  Streptococcus salivarius JIM8790

<400>  3114
aattccatgt caaaccaact gatttatact gggaaagcta aagatattta tagtacagaa       60

gacgaaaatg tgattaagtc ggtctataag gaccaggcaa ccatgcttaa tggtgctcgt      120

aaggagacta ttaaaggaaa aggtgtgcta aataatcaga tttcgtctct tatttttgaa      180

aaattgaatg ctgcgggtgt agctactcac tttatcgaac gtatttctga taccgaacaa      240

cttaacaaga aagttactat cattcctttg gaggttgttc ttcgtaatgt gactgcgggt      300

tctttctcta aacgttttgg cgtggaagaa ggtttggact taaaaactcc tatcgttgaa      360

ttttactata agaacgatga tttggatgat ccattcatca atgatgagca tgtgaagttc      420

ttggatattg ccaatgatga acaaattgct tatatcaagg aagaaacgcg tcgtatcaat      480

gaattactaa aagattggtt tgcacaaatt ggtcttcgct tgattgactt caaattggaa      540

tttggttttg ataaggatgg caaaattatc ttggcagatg aattttcacc agataactgc      600

cgcctttggg atgctgaagg gcaccatatg gacaaggatg tcttccgtcg tgatcttggt      660

agcttgacag atgtttatga agttgtattg gaaaaattgc aaggattgaa gtag            714


<210>  3115
<211>  1809
<212>  DNA
<213>  Streptococcus salivarius JIM8791

<400>  3115
atgtgtggaa ttgttggtgt tgtaggtaac acaaatgcaa ctgatatctt gattcaagga       60

cttgaaaagc tagaataccg tggttatgat tcagctggta tctttgtagc gggcgatgca      120

tctagtcaat tggttaaggc tgttggccgt attgcggaac ttgctgctaa aactgaagga      180

gtagaaggaa cagccggtat tggacatact cgttgggcaa ctcacggtaa accaacagag      240

gacaatgctc acccacaccg ctcagaaaca gaacgttttg ttttggttca caatggtgtt      300

attgaaaact atcttgaaat taaggaagaa taccttgctg gtcaccattt caaaggtcaa      360

accgatactg aaattgcagt tcacttgatt ggaaaattcg ttgaagaaga tggtttgtca      420

actcttgaag cattcaagaa atctcttcac attatccgtg gatcatatgc ctttgctctc      480

atggattctg aagatgcctc aacaatttac gtggcaaaaa acaaatcacc acttttgatt      540

ggtcttggtg atggctataa catggtctgc tcagatgcca tggctatgat tcgcgaaact      600

aatcaataca tggaaattca cgatcaagag ttagttatcg tgaaagctga tagtgttgaa      660

gttcaagatt atgatggcaa tgtaaaagaa cgtgatagct acacagctga acttgaccta      720

tctgatattg gtaaaggcac ttacccttac tacatgctca aagaaatcga tgagcaacca      780

acagtgatgc gtaagcttat ccaagcctac acagatgata aggggcaagt gactgtagat      840

gctgatatta tcaaggctgt tcaagaggct gatcgtatct atatccttgc ggcaggaaca      900

tcatatcatg ctggttttgc ttctaagaag atgcttgaag agttgacaga tacaccagtt      960

gagcttggta tttcttctga gtggggttat ggtatgccac tccttagcaa gaaacctctc     1020

tttgtcttta ttagccaatc aggtgaaaca gcagatagcc gtcaggttct tgttaaagct     1080

aacgagttgg gtattccaag tttgacagtg acaaacgttc cgggatctac tctttctcgt     1140

gaagctgacc atacaatgct tcttcatgct ggcccagaaa ttgccgtagc ttctactaaa     1200

gcttacactg ctcagattgc agctcttgct ttcttggcta aagcagtcgg tgaggctaat     1260

ggtaatgaaa aagctaaagc tttcgacttg gtacatgaat tgtcacttgt agcacaatct     1320

atcgaatcaa cactctctga aaaagaagtc attgacgaga aagtggcagc tcttcttgca     1380

gaaacacgta atgctttcta tattggtcgt ggtcaagatt actacgttgc tatggaagct     1440

agtcttaaat tgaaagaaat ctcatatatc caatgtgaag gttttgcagc aggtgagttg     1500

aaacacggaa cgattgcttt gatcgaagat ggtacacctg ttattgcgct cttgtctgac     1560

gctgttcttg ctagccacac tcgtggtaat atccaagagg ttgcagcacg tggtgctaaa     1620

gtgttgacta ttgctgagga aaatgttgct aaagaaggtg atgacatcgt tcttaataac     1680

gttcaccctt acttgtcacc aatttcaatg gttgtaccga cacaattgat tgcttatttt     1740

gcaacactcc atcgtggact cgacgtcgat aagccacgta acttggctaa atcagttact     1800

gttgaataa                                                             1809


<210>  3116
<211>  1482
<212>  DNA
<213>  Streptococcus salivarius JIM8792

<400>  3116
atgtcaaatt gggacactaa attcttgaaa aaaggttaca cttttgatga cgtattgctt       60

attcctgcgg aaagtcatgt tctaccaaac aacgtcaact tgaagacgaa attggctaaa      120

aatttgacat taaatatccc aattatcact gcagccatgg atacggtcac agatagtaag      180

atggctatct caattgctcg tgcaggtggt ttgggtgtca ttcacaaaaa tatgtctatt      240

gcggaacaag ctgaagaagt tcgaaaagta aaacgctctg aaaatggtgt cattattgat      300

ccattcttct taacgcctga aaataaagtt gctgaagctg aagagttgat gcaacgttac      360

cgtatttcag gggttccaat tgttgagaca cttgaaaatc gtaaattggt tggtattatc      420

acaaaccgtg acatgcgttt tatctctaat tacgatactc caatttcaga acacatgact      480

tctgaaaaat tggtcactgc tccagttgga acagatcttg aaacagctga aagtattctc      540

catgagcatc gtattgaaaa gctacctcta gttgatgaag aaggtcgttt gtcaggactc      600

attactatta aggatatcga aaaagttatc gagtttccta atgcagctaa ggatgagttc      660

ggtcgtcttt tggtagcagg tgctgtaggg gttacttctg atacctttga acgtgcagaa      720

gctctctttg aagcaggcgc agatgctatt gtcattgata ctgcacatgg tcattcagca      780

ggtgttcttc gtaaaattgc tgaaattcgt gcccacttcc cagatcgtac tttgattgca      840

ggaaatattg caacagctga aggtgcgcgt gcactttatg aagcaggtgt cgatgtcgtt      900

aaagtaggta tcggaccagg ttctatttgt acaacacgtg tggttgcggg tgtaggtgtt      960

cctcaagtca ctgctattta cgatgctgca agtgttgcgc gtgaatacgg aaaaacaatc     1020

attgctgatg gtggtatcaa atactcaggt gatattgtaa aagctcttgc agcaggtggt     1080

aatgctgtaa tgcttggttc tatgtttgct ggtactgatg aagcaccagg tgaaactgag     1140

attttccaag gtcgtaaata taaatcatac cgtggtatgg gatcaattgc agcgatgaag     1200

aagggatcaa gcgatcgtta cttccaaggt gcagttaatg aagcgaataa acttgttcca     1260

gaaggaattg aaggccgtgt agcttataaa ggttctgctg ctgatattgt attccaattg     1320

attggcggta tccgtgcagg tatgggttat acaggtgcag aagacatcca ggctttacat     1380

gataaagctc agtttgttga aatgtcaggt gcaggactta ttgaaagtca ccctcatgat     1440

gttcaaatta ccaacgaggc gcctaactac tcagctcatt aa                        1482


<210>  3117
<211>  1740
<212>  DNA
<213>  Streptococcus salivarius JIM8793

<400>  3117
atgtatgccg gacgtgttcg tagtgaacac atcggaacta ctattacttt gaaaggttgg       60

gtatctcgcc gtcgtaacct cggaggtttg attttcatcg atcttcgtga ccgtgaaggt      120

ttgatgcagt tggttgttaa ccctgaaaat gcggatgcta atgttgttga aacagctgaa      180

agcttgcgta gcgaatttgt tattgaagta acaggaactg ttgaagcgcg tgaacaagct      240

aatgataact tgcctacagg tgctgtcgaa cttaaagttg aagaccttaa agtccttaat      300

actgccaaaa caacgccatt tgaaattaaa gatggtgttg aggctagtga tgatacacgt      360

atgcgttacc gctacttgga tcttcgtcgt ccagagatgt tggaaaactt taagctccgt      420

gcaaaggtaa ctcacgccat ccgaaattat cttgatgact tggaatttat cgatgttgaa      480

acaccaatgt tgacaaaatc tacaccagaa ggtgctcgtg attacttggt tccaagccgt      540

gttagccaag gtcactttta tgctcttccg caaagtcctc aaatcactaa acaattattg      600

atgaatgctg gttttgaccg ttattatcaa attgttaagt gtttccgtga tgaagatttg      660

cgtggagacc gtcaacctga gtttacacaa gttgacttgg aaacctcttt ccttaatgag      720

caagaaatcc aagatattac agagggattg attgctaagg ttatgaaaga aactaaaggg      780

attgaagtta cattaccatt cccacgcatg tcttatgatg atgccatgaa taactatggt      840

tctgacaagc cagatacacg ctttgacatg cttttacaag acttgacaga ggttgtcaag      900

ggtgtagact tcaaagtgtt tgctgaggca ccagctgtta aggcaattgt tgtcaaagga      960

aatgcagaca aatactcacg taaaagtatt gacaagttga cagagtttgc caaacaattt     1020

ggcgctaaag gtcttgcttg ggttaagatg actgacggag ctctagcagg tccagttgct     1080

aaattcttga caagtattga agataagttg acagatgctt tacaccttga agagaatgat     1140

ctagttcttt ttgtagcaga tacacttgaa atcgctaata acacacttgg tgctttgcgt     1200

aatcaaattg ctaaagaact tgacatgatt gacaacacta agttcaactt cctttgggtt     1260

gtcgattggc caatgtttga gtggtctgaa gaagagggac gctatatgtc tgctcaccac     1320

ccatttactt tgccaacaga agattctgca gcagagcttg aaggagatct ttccaaggta     1380

cgtgctgtag cttatgatat tgtcttgaat ggttatgagc ttggtggggg tagtctacgt     1440

atcaatcata aagaactaca ggaacgtatg ttgaaagccc ttggtttctc tgaagaatca     1500

gcctatgagc aatttggatt ccttcttgaa gctatggact atggtttccc accacatggt     1560

ggtttggcta tcggtcttga ccgttttgtt atgcttcttg caggtaaaga taatatccgt     1620

gaagtgattg ccttccctaa aaataataag gcatcagatc ctatgactca ggctccaagt     1680

cttgtggctg ataaacagtt ggaagaactt gcccttcatg tagatttaga aaatgaataa     1740


<210>  3118
<211>  1296
<212>  DNA
<213>  Streptococcus salivarius JIM8794

<400>  3118
atgttcttta aactattaaa agacgcattg aaagtcaaaa acgttcgtaa taagatttta       60

tttacaatct tcattatttt cgtttttcgt gtagggactc atgtaacagt tcctggtatc      120

aatgcggaaa gtttgaaaca attaagtgat ttacctttct tgaacatgct taacttggtg      180

tctggtaatg ccatgaataa cttctctatc ttctcgatgg gggttagtcc ttacattaca      240

gcatcaatca ttgtccaact tttgcagatg gatatctatc caaaatttgt ggagtggggc      300

aaacaagggg aagttggtcg tcgtaaattg aaccaagcga ctcgctacat cactcttgtt      360

ttagcctttg ttcaatcgat tggtattaca gcaagtttta atactctctc atcaatttca      420

ttggttaaaa caccaaatgt ttcaacctac ctattgattg ggacaattct aactgctggt      480

agcataattg tgacatggct tggtgaacaa atcacagata aaggttttgg taatggtgtg      540

tcaatgatta tcttttcagg gatcattgct tctattccaa aaatgttctc aacaatttac      600

gaggatttct ttgtcaacgt tcgttcagga gaattgactc gttcatatat catagttgct      660

ttgctaattg tggtaggttt ggcgattgtc ttctttacga catttgttca acaggcagaa      720

tatcaaattc caattcaata tactaaattg gttcaagggg ctccaacgag ttcttacctt      780

ccattgaaag ttaatccggc tggtgttatt cccgttatct ttgctagctc gattacaaca      840

attcctagta ctattcttcc attcttctcg aaggttacat ggttatcaca cttacaagga      900

ctactctcgt ataatacacc tagtggaatg attacttatg cgatattgat tatcttattc      960

tcattcttct acacatttgt ccaagtaaat cctgaaaaaa ctgctgaaaa tcttcaaaag     1020

aatgggtctt acattcctag tgttcgtcca ggtcgtgaga ctgaaaagta catgtcttca     1080

ttgcttaaga gattggcaac aatcggggct gtatttctcg cgtttatttc attggctcca     1140

attgcggctc aacagtttat gcaccttaca agctcaatcg cgcttggtgg tacatctctc     1200

ttgatcttga tttcaactgg tatcgaaggt atgaaacaac tcgaaggtta cctattgaaa     1260

cgtcagtacg ttggatttat gaatcttgaa gactaa                               1296


<210>  3119
<211>  1704
<212>  DNA
<213>  Streptococcus salivarius JIM8795

<400>  3119
gtgtctgaaa ataacatgaa acaccgttca tctgtctacg atagcatggt taaatcacct       60

aaccgtgcca tgcttcgtgc gactgggatg acggatgata gttttgaaaa gcctattgtt      120

ggggttatct caacttgggc tgagaacaca ccatgtaata tccacttgca cggttttggt      180

caaattgcca aagaaggtgt taaagacgcg ggtgcttggc cagttcaatt tggtacgatt      240

accgttgctg atggtattgc tatggggaca ccagggatgc gtttctcatt gacatctcgt      300

gatatcattg ctgactcaat cgaagcagct atgggtggtc acaacgtcga tgcctttgtt      360

gctatcggtg gatgtgataa gaacatgcct ggttctatga ttgccattgc taacatggat      420

attccagcga tttttgccta tggtggtacc attgcaccag gtaatcttaa cggtaaggat      480

atcgacttgg tttctgtttt cgaaggtatc ggtaaatgga accacggtga tatgactgcc      540

gaagaggtta aagagcttga atgtaatgcc tgccctggcc ctggtggttg tggtggtatg      600

tatactgcca atacaatggc gacagcaatc gaagtaatgg ggatgagtct tccaggatca      660

tcatctcacc ctgcagaatc agctgagaaa aaagcagata tcgaagaagc aggtcgtgcg      720

gttgttaaga tgcttgaact aggtcttaag ccatcagaca tcttgacacg tgaagccttt      780

gaagatgcca tcactgtcac aatggcactt ggtggttcaa caaatgcgac acttcacttg      840

ctcgctattg ctcacgcagc taacgtggac ttgacgcttg aagacttcaa cgatttccaa      900

gaacgtgtgc ctcatttggc agacttgaaa ccttctggac aatacgtctt ccaagacctt      960

tacaatgttg gtggtgtgcc agccgtcatg aaataccttc ttaagaatgg ttttcttcac     1020

ggagatcgca tcacatgtac tggtaagacc gttgcagaaa acttggaggc cttcgatgat     1080

ttgacaccag gtcaaaaagt catcatgccg cttgaaaatc ctaaacgtgc tgatggtcca     1140

ttgattatct tgaaaggtaa cttggctcca gaaggtgcgg ttgccaaagt atcaggggtt     1200

aaagttcgta acatcactgg tcctgctaaa gtatttgact cagaagaaga tgccatcgaa     1260

gccgttcttt ctgatgaaat cgttgatggc gacgtagttg ttgtacgttt tgtaggtcct     1320

aagggtggtc ctggtatgcc agaaatgttg tcattatcat caatgatcgt tggtaagggt     1380

caaggggaca aagttgccct cttgacagac ggacgtttct caggtggtac ttacggactc     1440

gttgttggtc acattgctcc tgaagctcag gttggtggac ctattgctta cctccgtaca     1500

ggtgatatgg ttacagttga ccaagatact aaagaaatta ctatgcacgt ttcagacgaa     1560

gagttggcga aacgtaaagc tgagactgag ttgccaccac tttatagccg tggtgtcctc     1620

ggtaagtatg ctcacatcgt ttcttcagca tctcgtggtg ccgttaccga cttctggaac     1680

atggataaat caggtaaagc ctaa                                            1704


<210>  3120
<211>  384
<212>  DNA
<213>  Streptococcus salivarius JIM8796

<400>  3120
ttggctaaac caacacgtaa acgtcgtgtg aaaaagaata tcgaatctgg tattgctcac       60

attcacgcta ctttcaataa cactattgtt atgattacag atgtgcatgg taacgctgta      120

gcatggtcat cagctggtgc tcttggtttc aaaggttctc gtaaatctac accatttgct      180

gcacaaatgg cttcagaagc tgctgctaaa tctgcacaag aacatggtct taaaacagtt      240

gaagtaactg ttaaaggtcc tggttcaggt cgtgagtctg ctatccgtgc tcttgctgct      300

gcaggtcttg aagtaacagc aatccgtgat gtaacacctg taccacataa tggttgtcgt      360

cctccaaaac gtcgtcgtgt gtaa                                             384


<210>  3121
<211>  879
<212>  DNA
<213>  Streptococcus salivarius JIM8797

<400>  3121
atggcaggct ctctaagaga aatccaagca aaaattgctt caacaaagaa aacgagtcaa       60

attacaggag ccatgcaaat ggtttctgca tcaaaattga cacgttctga gcaagctgct      120

aaagatttcc aaatctatgc ctcaaaaatt agacagatca caacagatct tctacattca      180

gaattgatta atggttcgtc aaatccaatg ttggacgcac gtccagtccg taagacaggt      240

tacattgtca ttacttcaga taagggacta gttgggggtt ataactcaac aattcttaaa      300

gctgtgttgg acatgattaa acgtgaccat gattctgaag atgaatatgc tatcatttct      360

attggtggaa caggttcaga tttcttcaag gctcgtaaca tgaatgttgc ttttgaactt      420

cgtggccttg aagatcaacc tagttttgaa caagtcggaa aaatcatttc taaagcagta      480

ggaatgtatc aaaatgaact ttttgatgaa ctctatgtgt gctacaacca ccatgtcaac      540

agtttgtcta gtgaggttcg tgtggaacaa atgcttccta tcgctgattt ggatcccaat      600

gaatcagaag gtcatgtgtt gaccaagttt gaattggaac cagatcgtga cactattttg      660

gatcaactct taccgcaata tgctgagagt cttatctacg gtgctatcgt agatgccaaa      720

acagctgagc acgcagctgg tatgactgca atgcagacag ccactgataa tgcgaagaat      780

gtgattaacg atttgacaat ccaatataac cgtgcgcgtc aagctgccat cactcaggaa      840

attactgaaa tcgttggcgg tgcaagtgca cttgaatag                             879


<210>  3122
<211>  534
<212>  DNA
<213>  Streptococcus salivarius JIM8798

<400>  3122
gaggtgaaga tcatagctaa gaaagatcta ttcattaacg atgaaattcg cgttcgcgaa       60

gttcgtcttg ttggtcttga tggtgaacaa ttgggaatta aaccattgtc agaagcgcaa      120

gctattgcag atgatgcaaa tgttgacttg gttctcatcc aaccacaagc tacgccacct      180

gttgcgaaga ttatggacta tggtaagttc aaatttgagt atcaaaagaa acaaaaagaa      240

caacgtaaga gacaaagcgt tgttaccgtt aaggaagttc gtttgagtcc agttattgat      300

aaaggtgact ttgaaactaa acttcgtaac ggccgtaagt tccttgaaaa aggaaacaag      360

gttaaagttt ctatccgatt caaaggtcgt atgattactc acaaagaaat cggagctaag      420

gtcttggcgg aatttgctga aaaaacgcaa gatattgcga ttattgagca aagagcgaag      480

atggatggac gtcaaatgtt catgcaactt gcaccaattc ctgacaaaaa ataa            534


<210>  3123
<211>  1035
<212>  DNA
<213>  Streptococcus salivarius JIM8799

<400>  3123
gtgattacgc aaaggcaaaa cactattttg aatttgatag ttgagatgtt cactcgtaca       60

catgaaccgg ttggttctaa agcattacaa gaatcaattg attcgagttc agcgaccatt      120

cgtaatgaca tggccaagct tgaaaagatg ggctatcttg aaaaagctca tacttctagt      180

gggcgtatgc caagccgagc aggtttccag tatttcgtcg ctaattcttt gaatcttgat      240

acgattgatg aacaagatgt ttatcaagtg gtcaaggcct ttgattttga agcctttaaa      300

cttgaagata ttttggatgc agcggcgaag ctgctggcag aaatgacagg atgtacagca      360

gtgattcaag atgtggagcc gacacgacaa cgtctgactg ggtttgacat tgttcatcta      420

tccaatcacg acgctttagc ggttcttact ctagatgaat ctaagcctgt gacagttcag      480

tttgctattc caaaaaattt cttgtctagt gatttggaga ttcttcataa gcttgttcaa      540

gaacgttttt tgggaaacac tgtcttagat atccattacc gattgagaac tgagattcct      600

cagattgtgc aaaagtattt caagataaca gataatgttt tagatttgtt tgattatatc      660

ttttcacaac tttttaagga attgattttc atcgaaggta aggttgcatc actgacttat      720

gccgacttaa aaacctatca atttttggac aatccacaac atgtggcact tgagcttcga      780

tcagctatct ccgatgatga agtgactaag atttcggttg cagaatcaac tgaagaagcg      840

cttgaaaatg tcacagttat gagtcataaa ttcctgattc cttatcgtgg gatggcactc      900

atgcatgtga ttggcccagt tgaaatggat tatcgtcgca tggttagttt ggtcaatgtt      960

attagtagag ttttggttat gaagttgacg gattattacc gttacctcaa tagtaaccat     1020

tatgaagtta actaa                                                      1035


<210>  3124
<211>  918
<212>  DNA
<213>  Streptococcus salivarius JIM8800

<400>  3124
gtgaataaaa atcaaaaacg tctagccctg atggggcttg ctaccagcat gctactcttc       60

ctatcaggat gtgtgagcct tgataagtct ggtaatccta ctggttgggt ctggaacctc      120

cttggtcgtc ctatgagcca cgtcatcacc tacttcgcag ataatcttgg tctcggcttt      180

ggtcttggta ttatctttgt taccatcatt gttcgtttga ttatcttgcc acttggtctt      240

caccaatctc gtagcgcagc ctaccaatca gcaaaacgtg agtaccttgc gcctatcttg      300

gaaccaatca acgaacgttt gcgtaacgcc gaaactcaag aagaaaaaat ggctgcccag      360

tctgaactca tgcaagctca gcgtgaaaac ggtctaagct tgatgggtgg tgtcggctgt      420

cttcctctat tgattcagtt cccattcttc tcagcactct actacgcagc acgttacact      480

cctggtgtac tccaagataa cttcctctgg tttaaccttg gtcaccgtga cttcccattg      540

attatcatca tcgcagctct ttactacttc caatcttggt tgtctattca acaagttcct      600

gaagagcaac gtaaacaaat ggcagcgacg atgtacagta tgccaatcat gatgattttc      660

tttggtatta gctcacctgc agccgtaatt ctctactggt tcgttggtgg tatcttctct      720

attatccaac agttgattac caactacatc atcaaacctc gcttgaaaga aaaagttgct      780

gaagagttca aaaagaaccc tccaaaagca cctcgtacaa caccaatcaa gcgtaaagat      840

gtgacaccaa aaaatactca agcaattgca agtaaaccaa agaaaaaccg taacgccggt      900

aagcaaaatc gtaaataa                                                    918


<210>  3125
<211>  249
<212>  DNA
<213>  Streptococcus salivarius JIM8801

<400>  3125
tcaaatcgaa attttagggg gtacttttgc gtggcaaaag aagacgtgat tgaaattgaa       60

ggtaaagttg tagaaactat gcctaatgct atgtttactg ttgaattgga aaatggacac      120

caaattttgg cgacagtttc tggtaaaatc cgtaaaaact acattcgtat tttggtcggt      180

gaccgtgtga ctgttgaaat gagtccttat gatttgacac gtggacgcat cacataccgc      240

tttaaataa                                                              249


<210>  3126
<211>  1503
<212>  DNA
<213>  Streptococcus salivarius JIM8802

<400>  3126
atgaataaac gtgtaaaaat cgttgcaaca cttggtcctg cggttgaaat ccgtggcggc       60

aaaaaatttg gtgaagatgg ttactggggt gaaaaacttg accgtgaagc atctgctaaa      120

aacattgctc aattgatcaa ggaaggtgcc aacgttttcc gtttcaactt ctcacatggt      180

gaccacgctg aacaaggtga acgtatggat gtcgttcgta tggcagaaga ccttgctggt      240

caaaaagtag gtttccttct tgatacaaaa ggacctgaaa tccgtactga attgttcgaa      300

ggtgatgcta aagagtatgc atacaaaact ggtgaacaaa ttcgtgttgc tactaaacaa      360

ggtatcaaat caactcgcga cgttatcgct ttgaacgttg caggtgcact tgacgttttt      420

gacgatgtag aagttggtaa acaagttctt gtcgatgatg gtaaacttgg tcttcgtgtt      480

gtagacaaag atgctgaaaa acgtgaattc atcgttgaag ttgaaaatga tggtatcatc      540

gctaaacaaa aaggtgtaaa catcccttac actaaaattc ctttcccagc acttgctgaa      600

cgtgataacg ctgatatccg ttttggtctt gaacaaggtc ttaactttat cgctatctca      660

ttcgtacgta ctgcaaaaga cgtacaagaa gttcgtgcta tctgtgaaga aactggtaat      720

ggtcacgttc aattgttggc taaaatcgaa aaccaacaag gtattgataa catcgatgaa      780

atcatcgaag ctgctgacgg tatcatgatc gctcgtggtg acatgggtat cgaagtacca      840

ttcgaaatgg ttccagttta ccaaaaaatg atcatcacta aagtaaacgc tgctggtaaa      900

gttgttgtta cagctactaa catgcttgaa acaatgacag aaaaaccacg tgcaactcgt      960

tctgaagtat ctgacgtatt taacgcagtt atcgatggta cagatgctac aatgctttct     1020

ggtgagtctg caaatggtaa atacccagtt gaatcagttc gtacaatggc tacaattgat     1080

aaaaacgctc aaactcttct taaagagtat ggtcgtcttg attcatcaac atttgaccgt     1140

tcaactaaga ctgaagtagt tgcgtctgca gttaaagatg ctactaactc aatggatatc     1200

aaacttgttg ttgctcttac tgaatcaggt aacactgctc gtttgatttc taaataccgt     1260

ccagaagctg atatcttggc tgtaacattc gatgaaatta ctcaaaaatc attgatgctt     1320

aactggggtg ttattccagt agttactgaa aaaccaagct caactgatga tatgtttgat     1380

gttgctgaaa aagttgcatt ggaatcaggt cttgtagaat ctggtgacaa cattgttatc     1440

gttgctggtg ttccagtagg tacaggtggt acaaacacta tgcgtatccg cacagtaaaa     1500

taa                                                                   1503


<210>  3127
<211>  1113
<212>  DNA
<213>  Streptococcus salivarius JIM8803

<400>  3127
atgagtaaag ttcattatca ttttgatcat gttggttctt accttcgtcc acaagcttta       60

aaagaagcac gtgaaaaatt tgccaatggt gagatttcgc aagaggaatt gttgaaagta      120

caagatgaat tggttaagga attggttcat catgaggtag aaaatggcct tcaagtcgtt      180

tctgatggtg aatttggtcg ttcttggtgg caccttgact tcctatggaa cctaactggt      240

tttgaagctt accaacaaga ggattcatat aaattccatg gagctaagac acgtacaact      300

aacgttcgta tcaatggtaa aattgctgaa aatcctaatc atcctttcta tcgtgacttt      360

gaatatctta aatcagtgac tcctgaagga attactccaa aagtaactat tccaagtcca      420

tcactcatca ttaaccgtga ccaccgtagt gatctttatg ctgattacta tgattcatgg      480

acagatttcc ttgatgattt ggctaaagct taccatgata ccatccaaca tttctacgat      540

ttgggtgcac gttatgtaca attggatgat acgacttggg gttatttgat tcaacagttt      600

gagaatgaaa aaaataatcc tgagaaaaca gctgagttgg caaaaattgc tgaggatgat      660

gtatatacta tcaataaagc tttggaaggt cttccagaag atttgacttt ggctactcac      720

atttgtcgtg ggaactttaa gtcaacttat ctttttgaag gtggctatga ttcagtcgct      780

aaatatcttg gtcaattgaa ctatgatatc ttcttcttgg aatacgatga tgcgcgttca      840

ggtagcttcg caccacttcc aacgatttgg aataaccgtg atcatgttga attggtactt      900

ggtgtgatta cttctaagga tccagctttg gaagatgtag atgctgttat tgctcgtatc      960

catgaagcgg ctgaacttgt accacttaag aaccttggta tctcaactca atgtggtttt     1020

gcctcaactg aagaaggtaa tatcttgact gagcaagatg agtggaataa attgaaattg     1080

attaaaacaa ttactgataa agtttggtca taa                                  1113


<210>  3128
<211>  1236
<212>  DNA
<213>  Streptococcus salivarius JIM8804

<400>  3128
gtgaaaaaat ttaactggaa aaaaatagta gcgccaattg caatgcttgt tattggctta       60

ctaggtggtc tactaggtgc ctttatccta ttaacagcag cagggatatc ttttaccaat      120

acaacagata caggtgttaa aacagctaag accgtataca acaatacaac agatacaact      180

aaggctgtta agaaagtaca aaatgccgtt gtttctgtca tcaattacca agaaggctca      240

tcttcagatt ccctaaatga actttatggt cgtatttttg gtggagatga tagttctgat      300

tctagccaag acaaatcaaa agattctgat gggttgcaag tcgctggtga aggttccggt      360

gttatctata aaaaagatgg gaaagaggcc tacatcgtaa ccaacaacca cgttgttgat      420

ggtgctaaaa aacttgaaat catgctttca gatggatcaa aaattactgg tgaactcgtt      480

ggtaaagata cttactctga cctagcagtt gtcaaagttt cttcagataa aattaaaaca      540

gtcgcggaat ttgcagactc aaactctcta acagtaggtg agaaggcaat tgctatcggt      600

agtccacttg gtaccgaata cgccaactca gtaacagagg gaatcgtatc tagccttagc      660

cgtaccgtaa ctatgcaaaa cgacaatggt gaaactgtct caacaaatgc tatccaaaca      720

gatgctgcca ttaaccctgg taactcaggt ggtgccttag tcaatatcga aggacaagtt      780

atcggtatta actcaagtaa aatttcatca acgtcagcag tcgctggtag cgccgttgaa      840

ggtatgggat ttgccattcc atcaaacgat gttgtcgaga ttataaatca attggaaaaa      900

gacggtaaag ttacacgacc agccttagga atctcaatgg ccgatcttaa tagcctttct      960

agcagtgcaa cttctaaatt agatttacca gatgatgtga aatctggagt tgtagtcggc     1020

agcgttcaaa aaggtatgcc agctgacggt aaacttcaag aaaatgatgt tatcactgaa     1080

attgacggta aggaaatcag ctcaaaaact gatattcaaa ccaatcttta cagccatagt     1140

atcggagata caatcaaggt aaccttctat cgtggtaaag agaagaaaac tgaagaactt     1200

aaattaacaa aatctacaga agacttatct gactaa                               1236


<210>  3129
<211>  1545
<212>  DNA
<213>  Streptococcus salivarius JIM8805

<400>  3129
atgagtattc aagacgaaat caaaaaacgc cgtacttttg ccatcatctc tcaccccgat       60

gctggtaaaa caacaatcac tgaacaattg ctttactttg ggggtgaaat ccgtgaagct      120

ggtaccgtaa aaggtaagaa aaccggaaac tttgctaaat cagactggat ggatatcgag      180

aaacaacgtg gtatctcagt aacctcatct gtgatgcagt ttgactatgc cggcaaacgt      240

gtcaatatcc ttgatacccc agggcacgag gacttctcag aagataccta ccgtaccctt      300

atggcggtcg acgctgccgt catggtcgtt gactcagcca aaggtatcga ggcccaaacc      360

aaaaaacttt tcgaagttgt caaacaccgt ggtattcctg tcttcacctt catgaacaaa      420

ttggaccgtg atggacgtga gccgcttgac ctcttggaag aattggaaga agtgcttggt      480

attgccagct acccaatgaa ctggcctatc ggtatgggta aagccttcga aggactttac      540

gacctctata acgaacgctt ggagctttac aagggtgacg agcgctttgc caagattgaa      600

gatggtgata ctctttttgc caacaaccca ttctatgagc aagctaaaga agatatcgaa      660

ctcttgacag aagcgggtaa tgaattctct gaggaagcta ttttagctgg tgaattgacg      720

ccggtcttct tcggttctgc ccttacaaac tttggggttc aaaccttcct cgataccttc      780

cttaaatttg cgccagaacc acatggccac aagacagttg atggcgacga gattgatcct      840

cttaacaagg atttctctgg ttttgttttc aaaatccaag ccaacatgga cccacgtcac      900

cgtgaccgta tcgcctttgt tcgtatcgtg tctggtgaat tcgagcgtgg tatgagtgtt      960

aacctaaccc gtacgggtaa gggagctaag ctctctaacg tcactcagtt tatggctgaa     1020

tctcgtgaaa atgtcgaaaa tgccgtggca ggagatatta tcggggttta cgatacagga     1080

acttatcagg ttggtgatac tcttactgta ggtaaaaaca aatttgaatt tgagccacta     1140

ccaaccttta cgccagagtt gttcatgaaa gtttctgcta aaaacgtcat gaaacagaag     1200

tccttccata aaggaattga acaattggtg caagaaggag ccattcagct ttacaccaac     1260

taccaaacag gtgaatacat gcttggtgcc gttggtcaac ttcagtttga agttttcaaa     1320

caccgtatgg aaaatgaata caatgccgaa gttgttatga caccaatggg taaaaagact     1380

gtgcgttgga ttcaacctga ggaccttgat gaacgcatgt catcaagccg aaacatcttg     1440

gccaaagacc gctttgacca accagtcttc ctctttgaaa atgactttgc ccttcgttgg     1500

tttgcggata aatatccaga tgtaacattg gaagagaaga tgtaa                     1545


<210>  3130
<211>  378
<212>  DNA
<213>  Streptococcus salivarius JIM8806

<400>  3130
aagaaggagg ctactatgtc tattattaca ctaattttag ctgggattgt tgctttggag       60

catctctata tcatgtattt ggaaactttt gcgacacatt cagacacgac tagtcgtgtt      120

ttcaatatga gcaaagaaga acttcaacgt gattctgtta caaacttatt taaaaatcaa      180

ggaatttaca atggtttgat tgctgtattc ctcttgtatg ggatttttac aaatagtcag      240

ctacttgtaa ctgtttttgt actcaatgtt ttctttgctg ctatttatgg tgctataact      300

gccaataaga aaattatttt aacgcaaggc ggacccgcaa ttttgacctt gctttcactt      360

atcattccct tattttaa                                                    378


<210>  3131
<211>  1110
<212>  DNA
<213>  Streptococcus salivarius JIM8807

<400>  3131
atggcaaaga aaaaacaaaa tacagcattt aacgttcaag tcgctgattt cattcgtaac       60

cacaaaaaag ctggtacagc aattgatgat gaagtcacag aaaaactagt tatcccattt      120

gttcttgatg ctgatgggat tgatgacctt ttggaacgtt tgacagacgg tggtatctct      180

atcactgata aggacggaaa tccttcatct aaatatgttg ttgaagcccc aaaaccagaa      240

gaattgacag acgaggagct tcttggttca aactcagcta aggtcaatga ccctgttcgt      300

atgtacctca aagagattgg ggtagtccct ctcttgagta acgaagagga aaaagaattg      360

gctattgctg ttgaaaatgg tgacttggaa gctaaacaac gtttggcaga agccaacctt      420

cgtttggtag tctcaatcgc taaacgttat gtgggacgtg gtatgcagtt cttggacttg      480

attcaagaag gtaacatggg gcttatgaaa gccgttgata aatttgacta ctctaaaggt      540

ttcaaattct caacttatgc gacatggtgg atccgtcaag caatcactcg tgccatcgca      600

gaccaagcac gtaccatccg tatcccagtt cacatggttg aaactattaa taaattggtg      660

cgtgagcaac gtaatctctt gcaagagttg ggacaagacc caacacctga gcaaatcgct      720

gaacgtatgg atatgactcc agataaggtt cgtgaaatcc ttaagattgc tcaagagcca      780

gtttctcttg aaacacctat cggtgaagaa gatgatagcc atttgggtga ctttatcgag      840

gatgaagtta tcgaaaatcc agtagattac acaactcgtg tggttcttcg tgaacaattg      900

gatgaagtgc ttgataccct tacagaccgt gaagagaatg ttcttcgtct ccgtttcggt      960

cttgatgatg gcaagatgcg tactttggaa gatgttggta aagtcttcaa cgtcactcgt     1020

gaacgtattc gtcagattga agctaaagcc cttcgtaaat tacgccaccc aagccgtagt     1080

aaacaactta aagactttat tgaagactaa                                      1110


<210>  3132
<211>  882
<212>  DNA
<213>  Streptococcus salivarius JIM8808

<400>  3132
atggcaatcg tttcagcaga aaaatttgtc caagcagctc gtgataatgg ttacgcagtt       60

ggtggattta acacaaacaa ccttgagtgg actcaagcta tcttgcgtgc agcagaagct      120

aaacaagctc cagtacttat ccaaacttct atgggtgcag ctaagtacat gggtggttac      180

aaattgtgta aagttctcat cgaagaattg gttgaatcaa tgggtatcac tgtaccagtt      240

gctattcacc ttgaccacgg tcactacaat gatgctttgg aatgtatccg tgtaggttac      300

acttcagtta tgtttgacgg ttcacacctt ccagttgaag aaaaccttga aaaagcagct      360

aaagttgttg aatttgcaca cgctaacggt gtatcagttg aagctgaagt tggtacaatc      420

ggtggtgaag aagatggtat catcggtgat ggtgaattgg caccaatcga agatgctaaa      480

gctatggttg caactggtat cgacttcctt gcagcaggta tcggtaacat ccacggtcct      540

tacccagaaa actggagcgg acttcacctt gaccacttgc aaaaattgac agaagctgtt      600

cctaacttcc caatcgtatt gcacggtgga tcaggtattc ctgacgatca aatccaagca      660

gctatcaaac ttggtgttgc taaagttaac gttaacactg aatgtcaaat cgcatttgct      720

aacgcaacac gtaaatttgt tgctgaatac gaagcaaatg aagcagaata cgacaagaag      780

aaactcttcg acccacgtaa attcttgaaa ccaggtttcg aagctattac agaagctgtt      840

gaagaacgta tcgacgtatt cggttcagca aacaaagctt aa                         882


<210>  3133
<211>  1014
<212>  DNA
<213>  Streptococcus salivarius JIM8809

<400>  3133
ttggaagagg acatagcact ccttgaaaac cgaatgactg agccagattt ttggaatgat       60

aatattgcag ctcaaaagac ctcacaagag ttaaatgagc tcaaaatgaa atacgaaact      120

ttcaacaata tgcaagaact ctctgacgag acagagcttt atttagaaat gttggaagaa      180

gatgatagtg ttcaagaaga gctggaagaa acactcgaaa aacttgataa gattatgaca      240

agttacgaga tgacactgct cttgtctgaa ccatatgacc ataacaatgc cattctggaa      300

attcacccag gatctggtgg tacagaagct caggactggg ctgatatgtt gctccgtatg      360

taccaacgtt atggaaatgc caaagggttc aaggttgaga ctttggatta tcaggcgggt      420

gatgaggctg gaatcaaatc tgtaaccctt gcttttgaag gacctaatgc ttatggtttc      480

ctcaagtcag aaatgggtgt ccaccgtttg gttcgtattt caccatttga ctctgccaaa      540

cgtcgtcata cctcatttac atctgtggaa gttatgcctg aattggatga taccatcgaa      600

gttgaaatcc gtgatgatga tatcaagatg gatacattcc gctcaggtgg tgctggtggt      660

cagaacgtca acaaggtttc tacaggtgtg cgtttgaccc acattccaac aggtattgtt      720

gtagcttcaa cggtcgaccg tacacaatac ggaaaccgcg accgtgctat gaagatgctt      780

caagctaagc tctatcaaat ggagcaagaa aagaaagcag aagaagtgaa tgctttgaaa      840

ggtgataaga aagaaatcac ttggggaagc caaattcgct catacgtttt cacgccatat      900

accatggtta aagatcaccg tacaggctat gaagttgccc aggttgataa ggtaatggat      960

ggagatattg aaggcttcat cgatgcctac ctcaagtggc gcatggaaga atag           1014


<210>  3134
<211>  1101
<212>  DNA
<213>  Streptococcus salivarius JIM8810

<400>  3134
atgtggctcg aaaaaattga tattcaacac tttagaaatt atactgaagc ctctgtgagc       60

ttctcacctc atctcaatat ttttcttggt cgcaatgccc aaggaaaaac aaatattctt      120

gaggccatct attttctagc attgacacgt agtcatcgga cccgttcaga taaagaactg      180

attcaatttc aacaaaatac tctcaaactg aacggcatcg tgtatcgtca tagtgggaag      240

ctacctctgg aaatcagttt atctaataaa ggacgcataa caaaggttaa ccacctcaaa      300

caagctaaat tatccgatta tatcggtcac atgactgtgg tgctatttgc tcctgaggat      360

ttacaacttg taaaaggatc tccaagcctg agacgtaaat ttatagatat tgatttagga      420

cagattaagc ctgtttatct ctcagactta tcaagttata atcatgtact caaacaacgt      480

aatgcctatc tcaaatctac tgacaatgta gacattaatt tcctctcagt gttagatgaa      540

cagctttccg attttggagc acgagttatc gaacatagac tagaatttat caagcaatta      600

gaggaggagg cagatagaca tcatagtaac ctctcaaatc agatagagcg ccttaaaatc      660

tcctacgaat ctaatatccc actggaaaat aacaaagtta ttcgcgaatc atttttaacc      720

acgttaaagc aaaatcacaa aagagatatc ttcaaaaaga acactggtgt tggtccacat      780

agggatgatt tgacatttta catcaatgac atgaacgcat ctttcggtag tcaggggcag      840

caacgtagcc tcattctttc tttaaaaatg gctgagattg ctctgataaa aaaagtaaca      900

ggtgaatttc ctattcttct cctcgatgat gtcatgagtg agcttgacaa ccaccgtcaa      960

cttaaactgt tagaaagtat tgacgaagag gttcaaacct tcatgacgac aacttcactt     1020

gatcatctga gtaacctacc acctgattta aagaccttct tagttaagaa tggtaatatt     1080

tatgaaaaac aagtcgatta a                                               1101


<210>  3135
<211>  558
<212>  DNA
<213>  Streptococcus salivarius JIM8811

<400>  3135
aaagaaagga atcctaaaat gctagattca ttcgacaagg gctggttcgt ccttcaaacc       60

tattcaggat acgaaaacaa agttaaagaa aaccttttgc aacgtgccca aacttataac      120

atgcttgaaa atatcttgcg tgttgaaatc ccaactcaaa cggtcaatgt tgagaaaaac      180

ggtaaagtta aagaagtgga agaaaaccgc ttccctggtt acgttcttgt tgagatggta      240

atgacagacg aagcatggtt cgttgtccgt aatactccga acgttactgg tttcgttggt      300

tctcacggta accgttctaa accaacacca cttttggaag aagaaatccg tcaaatcttg      360

atttcaatgg gtcaaaccgt tgatgtcttt gatactaata tcaaggttgg tgacgtggtt      420

caaatcatcg atggtgcctt tatgggtcaa gaaggccgtg ttgtagaaat tgaaaacaac      480

aaggttaaaa tcatgattaa catgtttggt tctgaaacag ctgctgaact tgaactttac      540

caaatcgctg aactttaa                                                    558


<210>  3136
<211>  585
<212>  DNA
<213>  Streptococcus salivarius JIM8812

<400>  3136
atttttacaa agaggtattt aataatgatt gaagcaagta aactccgtgc gggtatgact       60

ttcgtaacaa gtgatggcaa attgatcaaa gttcttgaag ctagccacca caaacctggt      120

aaaggtaaca caatcatgcg tatgaaattg cgtgatgttc gctcaggttc aacttttgac      180

actagctacc gtccagaaga aaaatttgaa caagcaatca tcgaaacagt accagcacaa      240

tacttgtacc aaatggatga tactgcatac ttcatgaaca ctgaaacata tgaccaatat      300

gaaatcccag tagccaacgt tcaagaagaa ttgaaattta tccttgaaaa ctcagacgta      360

aaaatccaat tctacggaac agaagttatc ggtgtgcaag tgccaacaac tgttgaattg      420

acagttactg aaacacaacc atcaatcaaa ggtgcaacag ttacaggttc aggtaaacct      480

gcaacacttg aaactggtct tgtggttaac gttccggact ttatcgaagc tggtcaaaaa      540

ttggttatca acacagctga aggtacttac gtatcacgtg cctaa                      585


<210>  3137
<211>  1902
<212>  DNA
<213>  Streptococcus salivarius JIM8813

<400>  3137
atggataaca aacaaattgc aaaagaagtc atcgatgccc ttggtggacg tgaaaacgtc       60

aacagtgttg ctcactgtgc gactcgtcta cgtgtgatgg tcaaagatga aaacaaaatc      120

aataaagaaa aggctgagaa cattgaaaaa gttcaaggtg ctttctttaa ctcaggtcaa      180

taccaaatca tttttggtac aggtactgtt aacaagattt acgacgaagt cgttgctcaa      240

ggtcttccaa cagcatctaa agacgagcaa aaagcagaag ctgctaagca agggaactgg      300

ttccaacgtg ctatccgttc attcggtgac gttttcgttc cattgcttcc agctatcgta      360

gcgactggtc ttttcatggg tatccgtgga gcaatcaata acgatacagt tcttggtttg      420

ttcggtacaa catctaaagc ttttgctgct acagacttct atacttacac agttgtattg      480

acagatacag ccttcgcctt cttcccagcc ttgatttgtt ggtcagcctt taacgtcttt      540

ggtggttcac cacttcttgg tttagttctt ggtttgatga tggttaataa cgcccttcca      600

aatgcttggg atgttgcgtc aggtgcagct aaaccaatct acttctttga ttttattcct      660

gtagtaggtt accaaaactc agtccttcca gccttcttcg taggtttgct aggtgctaag      720

tttgagcaat gggttcgtaa atgggttcca gacgttcttg acctactctt gcgtccactt      780

atcgtcttcg ctgtaatgtc agctttggcc ctctttatta ttggtcctgt cttccatact      840

gttgaaagct atgttcttgc tgctacagaa tggattctta acttgccatt tggtcttgct      900

ggtcttgtta ttggtggtgt tcaccaagtt atcgtcgtta caggggttca ccacgtcttc      960

aacttgcttg aagctaacct tattgcaaat actggtaaag acccacttaa cgcaatcatc     1020

acagctgcta tgactgcaca agctggtgcg acacttgcag ttggtgtaaa aactaaagat     1080

gctaaattga aagcacttgc tttccctgca actctttcag cggtacttgg tatcactgaa     1140

ccagctatct tcggggttaa ccttcgtttc ggtaaaccat ttatcatggg tcttatcgcc     1200

ggtgctgctg gtggttggtt ggcatcaatc cttaaccttg ctggtacagg atttggtgta     1260

acaatcgttc ctggtacact tctttacctt aacggtcaag tacttaaata tgttcttatg     1320

gtacttgtaa cacttgctct tggtttcgct cttacttgga tcttcggtta caaagaggaa     1380

gaagttgaag ctcaaaaaga agttgttgct gaagatattg catctgcaga atcagctcca     1440

gttgcattgc aagctgaaac aatcgctgca ccacttaaag gtgaagttgt agctttggaa     1500

aatgttaatg acccagtctt ctcttcagga gctatgggta agggtgccgc tatcaaacct     1560

tcaggtaacc aagtagtcgc accatttgat ggtgaagtgc aaatcgcctt cccaacaggt     1620

cacgcttacg gtcttaaatc tgataaaggt gctgaagtgc ttatccacat cggtatcgac     1680

actgtctcac ttgacggtaa aggatttgat gctaaagttc aagcaaatca acgcattaaa     1740

aaaggtgatg tcttggctac cttcgatagc tcagtaatca ctgaagcagg tcttgacgat     1800

acaactatgg ttatcgttac aaacactgca gacttcgaag atgtttcatc agtagcgact     1860

ggttcagttg ctgaaggtgc aaacttcatc gcagttaaat aa                        1902


<210>  3138
<211>  762
<212>  DNA
<213>  Streptococcus salivarius JIM8814

<400>  3138
atgagcaaag ataagaaaaa taaagcaaca aaaagacgcc gtaagtggct ggatattctt       60

cgctgggtgt tgattgttgt tctcttggtt gttggtttag ccttgatttt caataagtct      120

attcgaaaca cagtaattgc ttggaataca aataagtatc aagtgagcaa ggtttctaaa      180

aagactattg agaaaaacaa ggaagctaag acgagctttg actttgatac cgttaaatca      240

attagcacag agtctgtctt acaagcacag atggatgctc aagaacttcc tgtcgttggt      300

ggtattgcca ttccagaggt aggtattaat ctccctattt tcaaaggact tggcaatact      360

gagttgacct acggtgccgg aactatgaaa gaagaccaag tcatgggtgg tgaaaataac      420

tattcactag ctagtcacca cgtctttggt attgctggtg catctgacat gctattttca      480

ccactagata aggctaagga aggcatgaag atttatctta cggataaaaa taaggtttat      540

acttatgtca ttagtgaggt caaggttgtc caaccaactg aagtagcagt ggttgatgat      600

acaccaggca agtctgaagt tactttggta acttgtacgg atgctgaagc aactcagcgt      660

acaatcgtca aaggtgaatt gaaatcgcag gtagattttg acaaggcaag ttcagatatt      720

attgaggcct ttaataagtc atacaatcaa tttcaaagtt aa                         762


<210>  3139
<211>  1119
<212>  DNA
<213>  Streptococcus salivarius JIM8815

<400>  3139
attttcgagg gactaaaaaa atattgttgt cattttcatg tcatgaatga taataccaat       60

aatcattttt ctattcctaa gaagcaatat ataaaaggag gaagaacact aatgggtatc      120

ggtattatta ttgctagcca tggtaaattc gctgaaggta ttcaccaatc aggttctatg      180

atttttggtg aacaagagaa agttcaagtg gttactttca tgccaaatga aggtcctgac      240

gacttgtacg ctcacttcaa agatgccatt gctcaatttg acgctgacga cgaaattcta      300

gtccttgcag acctttggtc tggatcacca tttaaccagg caagccgtat caaggaagaa      360

aatcctgatc gcaagatggt tatcgtgaca ggactcaact taccaatgct tatccaagca      420

tatacggaac gtatggtagc tcctgatgct ggggttgaag agattgtcgc taacatttat      480

aaggaaacaa aagaaggcgt taaagtcctt ccagaaggcc ttattcctga agaagacact      540

aaaccagccg acgctaaacc ttctattcct aaaggtacca ttcctgaagg aacagtactt      600

ggtgatggaa aaatcaaata cgttttggct cgtgttgaca cacgtctcct ccacggtcag      660

gttgcgactg gttggactca ctcaactcac ccagaccgta tcatcgttgt ttcagacact      720

gtttgtcatg ataaacttcg tacaaacatg attaaacaag ccgctccatc tggtgtccaa      780

gttcacgtta tcccaattaa aaacatggtt aaagcaaaca atgacccacg ttttggtgat      840

acacgtgcta tgcttctctt tgaatctgtt gaagatgctc ttgctgctgt taaagcaggt      900

gttgatgtta aagaaatcaa ccttggttct tcagcttata aagaaggaaa agtcaacgtt      960

actaaagctc tttcatttga ccaaacagat gtggatgcta tcaaagagtt gcaatcattg     1020

ggtgtcaaat ttgacgttcg tggggtacca agtgatagcc cagcaaacgt tgatgccttg     1080

attaagtcag ctgaaactaa attagcagag aagaaataa                            1119


<210>  3140
<211>  1692
<212>  DNA
<213>  Streptococcus salivarius JIM8816

<400>  3140
atgaatacta aagaactcat tgcagcagaa attgccaaag ttgttcctga attggaacaa       60

gaaaacattc aaaatctgct tgaaacccct aaaaacgctg acatggggga cctcgccttt      120

cctgccttct cattggctaa agtcttgcgc aaggctcctc aaatgattgc agcagacatc      180

gctgaaaaaa tcgatgcctc aaactttgaa aaagttgaag ctgttggtcc ttacatcaac      240

ttcttccttg ataaatcaaa aatctcagcg gacgttcttg gacaagtcat cgctcaaggc      300

agccactacg ctgaccaaaa catcggtcac ggacgtaaca tcgcctttga tatgtctagt      360

cctaacatcg ctaaaccttt ctctatcggt cacttgcgtt caacagttat cgctgatgct      420

cttgccaaca tcgtagctaa acaaggctac aaaccagtcc gtatcaacca cttgggtgac      480

tggggtaaac agtttggtat gctgattgtt gcctataaga aatggggtag cgaggaagct      540

gtcaaagcta accctatcaa cgaactcctt caactttatg tgcgtatcaa tgccgaagct      600

gaagaagacc catctgtaga cgaagaagct cgtgaatggt tccgtaaatt ggaagctggt      660

gacgaggaag caactgccct ctggcaatgg ttccgtgacg aaagcttggt ggaattcaac      720

cgtctttacg atgaactcgg tgtttctttt gatagctaca atggtgaagc cttctacaat      780

gataagatgg atgaagtcgt tgacatcttg acagaaaaag gacttctcca agaatctcaa      840

ggtgcccaag tggttaacct tgaaaaatac ggtatcgaac acccagccct catcaaaaaa      900

tcagatggtg cgacacttta catcacacgt gacttggctg ctgccctcta ccgtaaacgt      960

acttacgact ttgccaaagc catctatgtg gttggtaatg aacaatctgc ccacttcaaa     1020

cagttgaaag ctgttcttaa agaaatgggc tacgactggt ctgacgacat gactcacgtt     1080

gccttcggtc tcgtaactaa gaacggtaag aaattgtcaa ctcgtaaagg taacgttatc     1140

ttgcttgagc caactatcgc tgaagcagtt aaccgtgccc aagctcaaat cgaagctaag     1200

aatccaaact tgcctaacaa ggaagctgtt gctcatgctg tcggtgtcgg agctatcaaa     1260

ttctacgacc ttaaaacaga tcgtatgaat ggttacgact tcgaccttga tgccatggta     1320

tccttcgagg gagaaactgg accttacgtt caatatgcac acgctcgtat ccaatctatc     1380

ttgcgcaagg ctaacttcac accatctgca gatgctacat acagcttaaa cgacgttgaa     1440

agctgggaaa tcatcaaact catccaagac tttccacgta tcatcaaccg tgcatcagac     1500

aactttgaac catctatcgt tgctaaattt gctatcagct tggctcaagc ctttaacaaa     1560

tactatgcgc acacacgtat cttggacgaa agcccagaac gtgacagccg tttggctctt     1620

tgctacgcaa cagcaacagt cctcaaagaa gcccttcgcc ttctcggtgt tgaagctcca     1680

gacgagatgt aa                                                         1692


<210>  3141
<211>  873
<212>  DNA
<213>  Streptococcus salivarius JIM8817

<400>  3141
atgaaacgtc gaataataga catactttta gttacactcg gttcttttat tgctgcggtt       60

ggctataact cacttttagt taagaataat attgcttcag gtggtgtcgg agggctagcc      120

attagtttaa acgccctttt tggttggaat aatgctaact tcgtcttagc aacaaccatc      180

cctttgttaa ttttatgttg gtgctttctt ggccgcgaag ttctcctaaa aaccttctat      240

gggtctcttg tcttcccaac ttttattaaa ttaactgagg gattacctac actcaccaaa      300

caacctttgt tggctgctat ttttggggga attgtattag ggttaggact aggaatagtt      360

ttttatggaa attcctcaac tggaggaact ggaattatca cacaaattct caacaaatat      420

acgccactcc cactaggaat ggtactactt attgtcgatg gaatcattgt cgcaatcagt      480

gctattgcct ttcctcctga tactgttatg tattccattc tctcacttgg agttgtttct      540

cttacaattg ataaaatgat ggtcggactc aattcatcac gaaatcttct aatcatttcg      600

caaaatagtg aacaaatcct aaactacatc actagagtgg ctgatcgagg agcaacaaaa      660

atcccagttc ttggtggaca taccggacat gcacaaaata tgattatgac taccttgtca      720

actcatgagg ttccaaaagt ccaagaagaa atccaaaaaa tagatgaaac tgcctttatc      780

gtcattgttc ctgcttctac agttatggga cgtggattta gcctccaaaa agattaccaa      840

agagttccaa atgactttat taatcccttg taa                                   873


<210>  3142
<211>  1116
<212>  DNA
<213>  Streptococcus salivarius JIM8818

<400>  3142
atggctttaa cagcaggtat cgttggtttg ccaaacgttg gtaaatcaac tcttttcaat       60

gcaattacaa aagcgggtgc ggaagctgct aactatcctt tcgcgacaat tgatccaaac      120

gtcggaatgg ttgaggtacc agacgagcgt ttgacgaaac tgactgaact tattacccct      180

aaaaagacag ttccaaccac atttgagttc acagatattg cgggtatcgt aaaaggagca      240

tcaaagggtg aaggtcttgg aaataagttc ttggcgaaca ttcgtgaagt agatgctatt      300

gtccatgtcg ttcgtgcttt cgatgatgaa aatgttatgc gtgaacaagg gcgtgaggat      360

gcctttgtag atccgatggc tgatatcgat acaatcaacc tagaattgat tttggctgac      420

cttgaatcaa ttaacaaacg ttatgcgcgt gtcgaaaaaa ttgctcgtac acaaaaagat      480

aaagattctg tggcagagtt taatattctt caaaagatta aacctgttct agaagatggt      540

aagtctgcac gtacgattga ttttactgaa gaagagcaaa aaattgttaa gggactcttc      600

ctcttgacaa caaaaccagt actttatgtg gctaacgttg atgaagacca agttgcaaat      660

cctgatgata ttgattatgt caaacaaatt cgtgagtttg cagcgactga aaatgcagaa      720

gtagttgtta tctcggcacg tgttgaggaa gaaatttctg aattggatga tgaagacaaa      780

gaaatgttct tggaagacct tggtttgaca gaatcaggag ttgataaact gacacgcgca      840

gcctatcatt tgcttggtct tggaacttac tttactgctg gtgagaaaga agtacgtgct      900

tggaccttta aacgcggcat caaggctcca caggcagctg gaattatcca ctctgacttc      960

gagaaaggct ttatacgtgc tgtaaccatg tcttacgatg atctcattaa atatggttct     1020

gagaaagctg ttaaggaagc tggtcgcctt cgtgaagaag gaaaagaata tgttgttcaa     1080

gatggcgaca tcatggaatt ccgtttcaac gtttag                               1116


<210>  3143
<211>  792
<212>  DNA
<213>  Streptococcus salivarius JIM8819

<400>  3143
atggctaaag ataaaaatgt aacaggagaa gaaattttag acatttgctc ggcctacatg       60

tcagcagatg atttgaaatt agttgaaaaa gcctggcatt atgcgacaga tgctcatagt      120

gggcaatctc gtcagtcagg agaaccttat attattcacc ctattcaagt ggcaggtatc      180

ctggcagatc tccatcttga tgcagtgaca gtagcctgtg gtttcttaca cgatgtcgtt      240

gaagacaccg aaaaaacgct tgatgatttg gaagcggatt ttggtacaga tgtacgaaat      300

atcgtggatg gtgttactaa gcttggtaag gttgagtaca agtcccatga ggagcagttg      360

gctgaaaacc accgtaagat gcttatggcc atgtctaagg atatccgtgt catcttggtt      420

aaattggccg accgtttgca caatatgcgt acccttaagc atcttcgtaa ggataagcaa      480

gagcgcattt ctcgcgaaac tatggaaatc tatgctcctt tggcccaccg tttaggtatt      540

agccgtatca aatgggaact ggaagatatg gccttccgtt accttaatga ggtggaattc      600

tacaagattt ctcacatgat gaaggaaaaa cgtcgtgagc gtgaggaact tgtggacgag      660

attgtcgata aaattaagac ctatacagct gaacaaggac ttgttggtga tgtgtatggt      720

cgtccaaagc atatctactc tatttatcgt aagatgcgcg acaagaaaaa gcgctttgat      780

caaatcttat ga                                                          792


<210>  3144
<211>  978
<212>  DNA
<213>  Streptococcus salivarius JIM8820

<400>  3144
atgttagatt tatatattaa acgcattatc attcaccagt tttcgccaaa tgatacggag       60

ctggttttag cagaagggcc tcttgaaata acacctcgct tagatgaata ttttcgaaag      120

aaactctcta aggttttctc agatgaggct aaacgtggct atttcgatgc agagaatgtt      180

ttcatcagtc atttaggaga tgatttgatg gaaagttctg ttaaaatttc ccaactttgg      240

aaggaagaat ttgtcatttc tgaagatcaa aagaccaatg atttggtctt tattcagttt      300

gataaagaag ggcaagaata ttttgctttc ttgcgtattg ctctcaagga cagtttgatt      360

cattctttgg gagatagcca gcatcctatt caattgtcac aaaataattt gccttctgcg      420

gcccagacac ctgatgaagc tttggtaatc aatcgtagta gtaagcagta ttatttgatt      480

gaaaagcgaa tcaagcataa tggaagcttt gccaattatt tctctgaaaa tctgttgcaa      540

gtccagcctg aacaatctgt caaaaaatcg attaagatgg ttgaagatac tgctcagaag      600

attgccgaga attttaatca ggatgatttt aacttccaag gaaaaatgaa atctgctatt      660

ttcaataatt tggaagaaga tcaagagtta tcacctgaaa aattggcaga ccagctcttt      720

gataataatt tgacagctcg tttgaccttt gttgatgagc tcaaagaggc catacctgag      780

cctatctcgg tatcagatat tgaccattcg cgtcaaatta agaaattgga gaatcaaaaa      840

ttatcgttat cgaacggaat tgagttaatt gtgcctaata atgtgtatca ggatgctgat      900

agtgttgagt ttattcaaaa tcctgatggc acctactcta ttctcatcaa aaatatcgag      960

gatatcatca ataaataa                                                    978


<210>  3145
<211>  1470
<212>  DNA
<213>  Streptococcus salivarius JIM8821

<400>  3145
aaaaggagat ttatcttggc taaagatatc cgcgttcgtt acgcaccaag tccaacaggg       60

cttctacaca ttggtaatgc tcgtacagca ttgtttaact acctttatgc acgtcatcat      120

ggtggtacat tcattatccg tattgaagat actgaccgta aacgtcacgt tgaagatggt      180

gagcgttcac agcttgataa cttgcgttgg ttgggaattg actgggatga aagtcctgaa      240

acacacgaaa actatcgtca atcagaacgt ttaccgcttt accaaaaata tattgatcaa      300

cttttggcag aaggtaaagc ctataagtca tacgtaactg aagaagagtt agctgcagag      360

cgtgaacgtc aagaagcagc tggtgaaact cctcgttaca ttaacgagtt ccttggcatg      420

actgaagaag aaaaagctgc ctacatcgca gaacgtgaag cggcaggtat tgtacctaca      480

gttcgtttgg cggttaatga gtcagggatt tataaatggc atgatatcgt taagggagat      540

atcgaatttg aaggtggtaa tatcggtggt gattgggtta tccagaagaa agatggctac      600

ccaacttaca actttgcggt agttgttgat gaccatgata tgcaaatttc acacgttatc      660

cgtggagatg accatattgc caatacacca aaacaactca tggtttatga agctcttggt      720

tgggaagcac ctgagtttgg acacatgacc cttatcatca attctgaaac tggtaagaag      780

ttgtctaaac gtgacactaa cacccttcaa tttatcgaag attatcgtaa aaaaggttac      840

cttccagaag cagtctttaa cttcattgct cttcttggtt ggaatcctgg cggtgaagac      900

gaaatctttt ctcgtgaaga actcattaaa ctttttgatg aaaaccgtct aagcaagtca      960

ccagcggcct ttgaccagaa aaaattggac tggatgagta acgactacat taagaatgca     1020

gatttcgata aggtctttgc tctttgcaaa cctttcttgg aagaagctgg tcgtttgaca     1080

gataaagctg aaaaattagt ggaactctac aaaccacaaa tgacagcagc agaagaaatt     1140

gtccctctta cagatctctt ctttgaagat ttcccagaat tgacagaggc tgaaaaagaa     1200

gttatggctg gtgaaacagt accaacagta cttaaagtct ttaaagccaa actcgaagct     1260

atgtctgatg atgagtttgt tgttgaaaac attttcccac aaattaaggc tgttcaaaaa     1320

gaaacaggaa tcaaagggaa aaatctcttc atgccaattc gtattgctgt ttcaggagaa     1380

atgcacggtc cagaattgcc agatactatt ttcttgctcg gacgtgaaaa atcaatcaaa     1440

catattgatc aagttcttgc aacactataa                                      1470


<210>  3146
<211>  876
<212>  DNA
<213>  Streptococcus salivarius JIM8822

<400>  3146
atgaagttag ctgaaagtca aagcaaacta tttgaagagt tttcacaaat tatcagggaa       60

aatcgtttga gtcatgctta tttgttttcg ggtgattttg gaagtctcga catggctatt      120

tggctagcac agagtcggtt ttgcctaact cctgaggatg gtctaccttg tggccactgt      180

cgtccctgtc gcttgattgc acagggggac ttttctgatg ttaaattagt agagccacaa      240

ggacagatta ttaagacgga cacgattcgt cagttgacca gagagtttag tcaatcaagt      300

tttgaggggc aggctcaggt ttttatcatt cgtgatgcag ataagatgca cgtcaatgcc      360

gctaatagtc tattaaagtt tattgaagaa cctcaaagtc agatttatat ttttcttttg      420

acagctgatg atagtcgtat gttaccgacg attaaaagcc gagctcaact cttttatttt      480

ccaaagaatc gggcttatct ggaagagttg ttgcagaagg aaggcttgtt gttgacacaa      540

gccaaagtgt tggcggactt tgctaaagat gatgttcagg ctttagactt agctaaagat      600

aataagattc ttgatctgat taatacagta gagcgtttca cacagtccct gctatctaat      660

caggacctgc tttatttgga cgttgcaaaa ctggctgtcc agtgtagtga aaagtcggaa      720

caagagatgg tctgggcttt tttaacttat caattgggga aggatataca aaatccacaa      780

gcaagacgat ggctagactt agtttatgag gcacgaaaaa tgtggctagc taatgtcagc      840

tttcaaaatg cgatggagta tatggtatta tcatga                                876


<210>  3147
<211>  1701
<212>  DNA
<213>  Streptococcus salivarius JIM8823

<400>  3147
gtgaagaaaa ttgaacttga agaagcacgc tctggtgctg atttgattct tgatacactt       60

cttgaacttg ggatttcaac tatctttgga tatcctggcg gagcggttct tcctttgtat      120

gatgctattt acaaaaatga caagattaat catatcttat ctcgtcatga gcaaggaagt      180

ctgcacgaag ctgaaggtta tgccaaatca actggtaaac tcggtgttgc tcttgtaacg      240

agtggtcctg gtgccactaa cgctattaca gggattgcag atgctatgag tgatagcgta      300

cctctcctag tctttactgg tcaggtcgca acatcaggta ttggtaagga tgccttccaa      360

gaggctgaca ttgtcggaat taccatgccg attacaaaat acaattatca gattcgcgat      420

acagctgata ttcctcgtat tattagggaa gcggttcata ttgcaacaac tggtcgtcct      480

ggtccagttg ttatcgacct ccctaaagat gtcgtagcta aggaaacagc cttcatcaac      540

aatcctgaaa ttaatcttcc aagttaccaa ccgacgctaa gaccaaacga aatgcaaatc      600

aagaaaatct tgaagcagtt gggtaaagct aagaagccgg ttattgtagc tggaggtggg      660

gtgtcttatt ctgaatctgc taaggagcta gttgcttttg cagaacgcta ccaaatccca      720

gttgtcacaa gtcttctagg acaagggaca attgctacta gccaccccct tttcttgggt      780

atgggtggta tgcacggttc atatgcggct aacattgcta tgaccgatgc tgactttatg      840

attgccattg gttgtcgttt tgatgaccgt ttgacaggta atcctaaaac atttgctaag      900

aatgctaagg ttgtccatat tgatatagat ccagctgaga ttggtaaaat tattgcagtg      960

gaccttccag ttgttggtga tgccaagcaa gctcttgaaa tgctcttagc agaaccagtg     1020

gttcagaata acactgaaaa atggattgaa aaagtcacaa aagacaaaga gcgtgtacgt     1080

tcttacgata agaaagaacg tatggtacag cctcaggcag ttatcgagcg tatcggtgaa     1140

ttgactaagg gtgatgctgt tgttgttact gacgttggtc aacatcaaat gtggacagct     1200

cagtattatc cataccaaaa tgagcgtcaa ctggtgacct caggtggtct tggaacaatg     1260

ggatttggtg tcccagcagc aattggtgcc aaaattgcta atcctgataa agaagttatc     1320

ctctttgttg gtgatggtgg tttccaaatg acgaaccaag aattggctat cttaaatatt     1380

tacaaggtgc caatcaaggt tgttatgttg aacaaccact cacttggtat ggtacgtcaa     1440

tggcaagagt ccttctacga agggcgtaca tcagagtcag tctttgatac cctcccagat     1500

ttccaattga tggctcaagc ttacggcatt aagtcctaca agtttgataa tccagagaca     1560

attgatcagg atttggaagt tatcaaggaa gacgtaccaa tgttcatcga ggtggatatc     1620

tctcgtaaag agcatgtctt gccaatcgtt ccggctggta agagtaatca cgaaatgttg     1680

ggggtgaagt tcaatgcgta g                                               1701


<210>  3148
<211>  2106
<212>  DNA
<213>  Streptococcus salivarius JIM8824

<400>  3148
atgaacaaca actttaacaa tatggacgat cttttcaatc aattgatggg taacatgggt       60

ggttaccgtt cagaaaaccg tcgctacatg attaacggtc gtgaagtgac acctgaagaa      120

tttgctatct accgtcaaac aggtcaattg cctggtaatg aaggtgaagc agtgaaccca      180

actcaacatc aaggtaaagg acctaaacaa gatggtatcc ttgctaaact tggtcgtaac      240

ttgactgaag aagctcgcga aggtaaattg gatcctgtta tcggacgtaa caaagaaatc      300

caagaagctt gcgaaatctt ggctcgtcgt accaagaata acccagtcct tgtcggggac      360

gctggggttg gtaaaacagc cgtagttgaa ggtttggctc aagctatcgt taatggtgat      420

gtcccagctg ctatcaagaa caaagaaatc atctcaatcg atatttctgg acttgaagct      480

ggtacgcaat accgtggtag ctttgaagaa aacattcaaa acttggtaaa tgaagtcaaa      540

gaagctggaa atattatcct cttcttcgat gaaatccacc aaattcttgg tgccggaagc      600

actggcgatg gtcaaggatc taaaggtctt gctgatatct tgaaacctgc tctttcacgt      660

ggtgaattga cagtgattgg tgcaacaact caagatgaat accgtaacac tatcttgaag      720

aacgctgctc ttgctcgtcg tttcaacgaa gttaaggtta atgctccttc tgctgaagat      780

actttcaaga ttctccaagg tattcgtgat ctttatgaaa aacaccacaa tgttatcttg      840

ccagatgatg ttttgaaagc agcagtagat ttctctgtcc aatacattcc acaacgtagc      900

ttgccagata aggctatcga ccttgtcgat gtaacagctg ctcacttggc tgctcaacat      960

ccagtgactg atgtgaatgc tgttgaacat gaaatcgaag aagaaaaagc taaacaagaa     1020

gctgcagctg ctaaagaaga ttacgaagca gctctaaatg ctaaagttcg cattgaagaa     1080

cttgaaaaga aaattgctaa ccacacagca gaccttaaag tcactgcaac tgtcaatgat     1140

gtggctgaat ctgtagaacg tatgactggt attccagtgt cacaaatggg tgcaactgat     1200

atcgaacgtt tgaaagacat gggtcaccgt ttgcaaacta aggttatcgg tcaagataaa     1260

gccgttgaag cagtggcacg tgccatccgt cgtaaccgtg caggatttga cgaaggtaac     1320

cgtccaattg gtagcttcct ctttgtagga cctactggtg ttggtaaaac tgagttggct     1380

aaacaattgg ctcttgatat gttcggaact aaagatgcta tcatccgttt ggatatgtca     1440

gaatacagcg accgcacagc tgtttctaaa ttgattggta caacagctgg ttatgttggt     1500

tatgatgaca atagcaatac tttgacagaa cgtgttcgcc gtaaccctta ctcaatcgtc     1560

cttcttgacg aaattgaaaa ggctgaccct caagttatca ctctccttct ccaagttttg     1620

gatgatggtc gtttgactga tggtcaaggt aacactgtaa acttcaagaa tactgtgatt     1680

atcgcaactt caaacgcagg atttggctat gaagctaact tgacagaaga tgctgataaa     1740

ccagaactta tggatcgttt gaaaccttac ttccgtccag aattccttaa ccgtttcaat     1800

gctgtcatcg aattctcaca cttgagcaaa gaagatcttt ctaagattgt agaccttatg     1860

ttggttgaag ttaacaagac tctttctaag aaagacattg acttggcagt tagcgaagct     1920

gctaaagaat acatgactga agaaggctac gatgaagtca tgggtgttcg tccactccgt     1980

cgtgtggttg aacaacaaat ccgtgacaaa gtcacagact tccacttgga taaccttgat     2040

gctaaacacc tagaagctga tatggaagat ggtgtcttgg ttatcaaaga aaaagatgct     2100

aaataa                                                                2106


<210>  3149
<211>  1734
<212>  DNA
<213>  Streptococcus salivarius JIM8825

<400>  3149
atgacagaaa tgcttaaagg aatcgcagca tctgacggtg ttgcagttgc taaggcatat       60

ctgcttgttc aaccggactt gtcatttgaa actgtaacag ttgaagatac aagtgcagaa      120

gaggctcgtc tagatgctgc tctagcggcg tcacaagacg agctttctgt tatccgtgaa      180

aaagcagttg aaagccttgg tgaagaagcg gcagccgttt ttgatgctca cttgatggtt      240

cttgctgacc cagaaatgac tggtcaaatt aaagaaacta tccgtgctaa acaagttaat      300

gctgaagctg ctttgacaga agtaacagac atgtttatcg ctatttttga aggtatggaa      360

gacaatccat acatgcaaga acgtgcagcg gatattcgtg acgttacaaa acgtgtgctt      420

gctaacttgc ttggtaagaa attgcctaac ccagcaacaa tcaacgaaga atcaatcgtt      480

gttgctcatg acttgacacc atctgataca gctcagttga acaaaaagta cgtaaaagct      540

tttgttacta atatcggtgg acgtactagt cactctgcaa tcatggctcg tacacttgaa      600

atcgcagccg ttcttggtac aaataacatc acagaacttg tcaaagatgg cgacattttg      660

gcggtttcag gtattactgg tgaagttgtt atcaacccaa ctgaagagca aattgctgag      720

tttaaagcag ctggtgaagc ttacgctaaa caaaaagctg aatgggctct ccttaaagat      780

gctcaaacag ttactgctga tggaaaacat ttcgaattgg ctgctaacat cggtacacct      840

aaagacgttg aaggtgtaaa tgataacggt gcagaagcag ttggtcttta tcgtacggaa      900

ttcttgtata tggattctca agacttccca actgaagatg accaatatga agcatacaaa      960

gcagttcttg aaggtatgaa cggtaaacct gttgtcgttc gtacaatgga tatcggtggg     1020

gataaagaac tcccttactt cgatcttcct aaagaaatga acccattctt gggttaccgt     1080

gctttgcgta tttctatctc tgaaactggt aaccaaatgt tccgtacaca attgcgtgcc     1140

ttgcttcgtg catctgttca cggtaaattg cgtatcatgt tcccaatggt tgctttgttg     1200

actgagttcc gtactgctaa aggtattctt gaagaagaaa aagctaaatt ggttgctgaa     1260

ggtgttgccg ttgcagacga tatcgaagta ggtatcatga ttgaaatccc tgctgcagct     1320

atgcttgctg accaatttgc taaagaagtt gatttcttct caattggtac aaacgacctt     1380

atccaataca ctatggctgc tgaccgtatg aacgaacaag tttcatacct ttaccaacca     1440

tataacccat caatccttcg tttgattaac aatgttatca aagcggctca cgctgaaggt     1500

aaatgggctg gtatgtgtgg tgaaatggcc ggtgaccaaa ctgctgttcc acttcttgtc     1560

ggaatgggct tggatgagtt ctcaatgtca gcgacatctg ttcttcgtac acgtagcttg     1620

atgaagaaac ttgacacagc taaaatggaa gaatacgcta accgtgcgct tactgaatgt     1680

tcaacaatgg aagaagttct tgaactttca aaagaatacg ttaacgtaga ctaa           1734


<210>  3150
<211>  774
<212>  DNA
<213>  Streptococcus salivarius JIM8826

<400>  3150
atgtcacgta aaccatttat cgctggtaac tggaaaatga acaaaaatcc agaagaagca       60

aaagcattcg ttgaagctgt agcatcaaaa cttccttcat cagatcttgt tgaagctggt      120

atcgcagctc ctgcagttga cttgacagct gtacttgctg ctgctaaagg ttcaaacctt      180

aaagttgctg cacaaaacac ttactttgaa aatgctggtg ccttcactgg tgaaactagc      240

ccacaagttt tgaaagaaat cggtactgac tacgttgtta tcggtcactc agaacgtcgt      300

gactacttcc acgaaactga tgaagacatc aacaaaaaag caaaagcaat ctttgctaac      360

ggtatgcttc caatcatctg ttgtggtgaa tcacttgaaa cttacgaagc tggtaaagca      420

gcagaattcg taggtgctca agtttcagct gctcttgctg gattgactgc agaacaagtc      480

gcttcaacag taatcgccta cgaaccaatc tgggctatcg gtactggtaa atcagcttca      540

caagacgacg cacaaaaaat gtgtaaagtt gttcgtgacg ttgtagctgc tgactttggt      600

caagaagttg ctgacaaagt acgtgttcaa tacggtggat cagttaaacc tgaaaacgtt      660

gctgaataca tggcttgtcc agacgttgac ggagctcttg taggtggtgc atcacttgaa      720

gctgaaagct tcttggcatt gcattgcttg acttcgttaa ataattttac ataa            774


<210>  3151
<211>  1716
<212>  DNA
<213>  Veillonella parvula ATCC 17745

<400>  3151
atgaatttag acggacttac catgtctgta ctcgctaaag aattaaacga gcgactacaa       60

acaggtcaaa tacaaaaact atatcaaata gataaaacta cattattatt taaagttcga      120

gcacttaacg aagaccaaaa cttaattatt accgtaggtg ccacaccagc aatgtatctt      180

agccaaccac ttcaagatct accaaaagaa ccaagctcac tttgcatgtt cttacgaaag      240

catattgaag gtagccgcat cgtaaaggtg gaacaaatca acggtgaccg tatcatgtgt      300

atccaaacgg ataaactaga aatggacggt tctattacga gtacatatat ttatattgaa      360

ttaatgggca aatattccaa ctgtatcttc gtacaagacg gtattatttt agaatcctta      420

attcacgtct cccctctcat gaaccgtgaa cgtattatta gtccaaaaat acagtatgat      480

ttaccaccta atgctaatcg cgtaagttta atggactttg ataataatga aataaaaaat      540

ctacttactt cctttggtaa tggctctgtg cagcaatcta ttcgagctat ctttaacggt      600

tttggtaaac ctttattgga tgagctttta tatatttcca aattaagtgg tgaagaaatc      660

ataactgatt tagatacttc tcaactagat acacttgcta aagccttgta cgacctcaag      720

gtaaaactcg aaaatagcaa aggtttattt actttagtca acgataacaa taaaaaagct      780

tacacaagta ttttattaca taactataag gtattaaaag aatacaacac tatttctgaa      840

gccttagagg aatctattca taatacaaag gcaatttata cagctgataa agagttagaa      900

aaaatcttaa cagcagccat caaaaaggaa gaaggtcgcc atcaaaagat taaagatgaa      960

ttagaagata ctaagaaaat ggaaacctat aaattatatg gtgatcttct aatgataaat     1020

gcacaccttc aagtgcaata tgagccttct attgaattgc aaaaccttct ttccgaagaa     1080

aacgaaatct taacgattcc tttaaagcca aacttaacga ttgtggaaaa tgcacaatgg     1140

tattataagc tttatacaaa actaaaaaat cgtatggtta gtggcgagtt ccaactcaat     1200

gctagtacta caaaactagc atacttacaa tctattctgt acagcatctc tttagccacc     1260

actcgtgaaa gcttagaaga aatacgcaaa gaatgcatgg atgcaggtat cataaaaaaa     1320

tcaaaaaaac cactatctta caagcttggc aaatctaact acattcactt aacaattgat     1380

gaaggtgaaa tattcatcgg tcgtaacaat caacaaaacg aatatttaac acaccgattt     1440

gcaaagccaa ctgacatttg gttccataca caggatatcc aaggttcgca ccttatttta     1500

agactcaatg ttgagccaga cgatatgatt ctatctaaag tagctcaata tgcagcctac     1560

ttcagtaaag ctcgtgatac tagtaaggtc ccggtagatt atacatacat taaaaatatc     1620

aaaaagccac ctggatctcc tttgggattt gttattttta atacccatca aactatgatt     1680

gtggagccga aaaagccaga aaactataga gaatga                               1716


<210>  3152
<211>  492
<212>  DNA
<213>  Veillonella parvula ATCC 17746

<400>  3152
atgagatgtc cttattgcca acacacagac acgaaggtaa cagactctag aacgactgat       60

gaaggtaata gtattcgccg tcgccgtgaa tgtatcaatt gtggccgtcg ctttactacc      120

tatgaaatta tagaagaagt accacttatg gtattgaaga aaaatggacg acgtgaatta      180

tttgaccgcg gtaagctact gaatgggtta ttgcgctctt gtgataagcg tacagttcct      240

atgtctgtga tggagcaagt agttaatgat gtagagcgtg atattcggaa tgaaattaac      300

caagaggtta caactgatcg cattggtgag cttgtgttac aacaactgaa agacatagat      360

caagttgcat atgttcgttt tgctagtgta tatcgtaagt ttgataatat tgatagcttt      420

atggaagagt taaaagctct gaagaagtta gacgctaaaa agccgaaacg caaacctgtc      480

gtagaagaat aa                                                          492


<210>  3153
<211>  693
<212>  DNA
<213>  Veillonella parvula ATCC 17747

<400>  3153
gatcccatga ttgaatttaa gaatgttagt aaagtctatg ataatggttc tgttgcatta       60

gacgatgtgt gtttaaccat taacgatggt gaatttgttc tcgtttgtgg tcacagtggt      120

gcagggaaat caacattatt taagttatta acacatgagg tagtgccaga tgctggtact      180

gtcattgttg atgactttga tgttacgcgt atgaagcgca gtaaaattcc taaattgcgg      240

agaaagcttg gcgttgtatt ccaagacttt cgattattgc ctaataaaac ggtagcagag      300

aatattgctt ttgctcttga agttattgaa gaaaaaccaa aaattattaa agaaaaggtg      360

agtcatgtat tagaccttgt tggtttatct gagaaggcta atgatttacc agaggatctt      420

tctggcgggg aacaacaacg tgttgctatt gcgcgtgcaa ttgttaatcg cccaacagta      480

ttaattgctg atgaacctac tggtaacctt gatcctgata ctagtaagga tattgttgaa      540

ttgtttaagc atattaacaa tttcggcact accgttatta tggttaccca taatatggat      600

cttgtttcat acttgaataa acgcgttatt cgtttaaaag acggccgtgt tcaaagtgat      660

aatatgagag gtgcagaaat taatgaagcc tag                                   693


<210>  3154
<211>  1167
<212>  DNA
<213>  Veillonella parvula ATCC 17748

<400>  3154
atgaaaattg caattgctgg tacaggctat gtaggccttt ccaatggtgt gttgttagct       60

caacacaatg aagtggtggc cctcgatatc atcccagaaa aagtagatat gttaaatcgc      120

aaagagacac ctattgtaga tgctgaattg caagagtatt tagctactaa ggagttaaac      180

ttcaaagcta cacttgaccc agtagaagct tttaacagtg cagattatgt tatcatttcg      240

acacctacaa attatgatcc tcaaaaaaac tttttcgata catcttctgt tgaacaagtc      300

attaaaactg tgctagagat taatcctgat gcagtaatga ttattaaatc aactgtaccg      360

gtaggctata cggtacaaat gcgtaaagaa tttaatacgg agaatttaat tttctcgcca      420

gaattcttgc gtgaaggtaa agccttatac gataatttac atccaccccg tattgttgtg      480

ggcgaggatt ctgacagagc acgtcgtttt ggacaattat tagcggaagg tgctattaaa      540

gaaaatattc cacaattata tactgattct acggaagcgg aagcaattaa attgtttgct      600

aatacgtatt tagcattacg tgtagcgtat ttcaatgagt tagactccta tgctgaagta      660

cgtggcctta gcacaagtca aatcatcaag ggggtttgtt tagatcctcg tattggagat      720

ttttataata atccttcctt tggttatggt ggttattgct tgccaaaaga tacaaagcaa      780

ttattagcta actataatga tgtaccacaa aacttaattt ctgccattgt cgatgcgaat      840

agaacacgta aagatcatgt ggcagatact attattgcta aaaatccgaa aattgttggt      900

atctatcgct tgaccatgaa gatgaactct gataatttta gagcatcagc cattcaaggt      960

gttatgaaac gtattaaggc gaaagggatt gctgtggtag tatatgaacc tacactagat     1020

gcagaagatt tctttaattc gccagttatt cgtaattttg aagactttaa gcgtgtcagt     1080

gatgttattg tagctaatcg ctgggatagt agcttagaag gtgtaaaaga taaagtttat     1140

acacgagata tttttgatag agattaa                                         1167


<210>  3155
<211>  966
<212>  DNA
<213>  Veillonella parvula ATCC 17749

<400>  3155
attatggatc gtacattatc tttggaattt gctcgtgtcg ttgaagccgc agctttgcgt       60

agcggtcgtt tgcttggccg tgggcaaaag gatgcagccg atggtcttgc tgtagatgct      120

atgcgtcaag cgtttgattc tgttcgcatt tctggtactg tggttatcgg agaaggcgaa      180

attgatgaag ctcctatgct ttatatcgga gaacacgtag gtgctggcgg accagaagta      240

gatatcgccg ttgatcctat tgaagggaca aacttgattg ctaaaggtca aaatggtgct      300

attgcagtta tggcgattgc agaaaaaggt ggcttgttac atgcaccgga tatgtacatg      360

gagaaacttt gtgttggtcc tcgaggtgca ggtgctatcg atattacgaa atctttgacc      420

gaaaatatca aaaatgtagc ggctaaaatg gaacgtaatg tagatgaaat cacgttggtt      480

atgcttgatc gtgagcgtca tcaaggcttg atgaaagagg ctcgtgaagt aggggctcgt      540

attatgctca tttctgatgg tgatgttaat ccagctatgg aatgttgtat cgaaggttct      600

ggggtgcaca tggttgtagg tactggtggt gcacctgaag gtgtattagc ggctgcagcc      660

ttaaaatgtg taggcggcga tatgcaagct cgcttaaaac cagaaacgga agaagaaatt      720

cgtcgttgcc atgaaatggg cattgccgat gtaaaccaag tgctcacatt aaatgattta      780

gttcgtactg atgatgttat ctttgcggct actgctatta cacgtggtaa cttattaaat      840

ccaattcaat atttcccagg tggtgcgcgt acacatacta ttgtgatgcg gtctaaaact      900

ggtacggttc gtttccttga tacagtgcat atggatcata aacttaaaac attaaaagct      960

aaataa                                                                 966


<210>  3156
<211>  1176
<212>  DNA
<213>  Veillonella parvula ATCC 17750

<400>  3156
atgggcaagg caattagttg tatcgttctc gctgcaggtg ctggtcgccg tatgggatat       60

aaagaaaata agatatttat tcctttaggg ggatattcta ttattcaacg taccatacag      120

aatgtagaaa agattgaagg tttaaaagaa attattcttg ttgtagctga aggcgaacaa      180

gaatatatgt ctaaccatat tcaagggttg gatttgcata ttcctgtaaa gatagtgctt      240

ggtggaagag aacgtcaaga ttctgtggct tatgggctca aagctgtatc agaagatagt      300

aatattgtgc tagttcatga tggagcgcgt ccattagcat caacgaaact gtttgattct      360

gttgttaggg ccgcaataga atatggagct gctactgtag gtgtccctgc tacggatacg      420

attaaacgag ttgatacaga gcatactgta atagaaacat taaaacgcag tgaattatac      480

caaattcaaa cgccacaagg ctttcaaaaa gatctattta aagaggccca tcaaaaggct      540

tatgatgaaa aatatttagg cactgatgat gtgtccctcg ttgagcattt agggcagcct      600

gtacatatag taagtggaga ctattgtaat attaaggtga ccactcctaa tgatattgca      660

gtagcaaaac gatatttagg aattgaggat aagcgtatgc gcgttggatt tggttatgat      720

attcatcaat taaaagcagg tcgtccttgt atcttaggtg gtgttcatat cgaatctggc      780

cttggccctg atggacactc cgatgcggat gttctcattc atgccttgat ggatgccatg      840

ctaggcgccg ctggtttacg ggatattgga tactattttc cacctgaaga tgaccagtat      900

aaagggattt ctagcatgct tttactagaa aaagtaaatt tcttattgaa agaacgtggg      960

ttacaagcct ataatattga tattatggtt atttctgaga cacctaaatt aaaacctcac     1020

atcgatatga tgaaggctaa tttacagtct atattaaaga taccattaga tcgcattagt     1080

attaaagcga caacaaatga aatgctaggg gctattgggc gccgtgaagg cattgctgca     1140

caagctgtcg tttctgtata tgaaggagag atttaa                               1176


<210>  3157
<211>  762
<212>  DNA
<213>  Veillonella parvula ATCC 17751

<400>  3157
atgctattag aattaaatga cgtaagtaaa agctttggtg gcgttgcagc cctcacagga       60

gtatcttttg gcgttaaaca aggtgaagta tttggtgtta ttggtccaaa tggtgctggt      120

aagacgacac tgttcaactt gattacaggt gtattcccag taagttcggg cgaaattgtt      180

tttgatggta tgtctgctgt agggattaag cctcatagaa ctgttgaaat gggtattgct      240

cgtacattcc aaaatattcg tctctttggc aatatgacag ctcttgaaac tgtattaacc      300

ggtatgcatt gtcgcactgg ctctggattc ctatctagct tcttgaaaac aaaacgtcaa      360

cgtattgaag aagaacgttg ccgtggtatt gcctatgagt ttttaaagct tgtagggctt      420

gaagaagatg cggaagaggt tgccacatca ttaccgtatg gtaagcaacg tcgtcttgaa      480

attgcccgtg ccttagcgac acatcctcag ttaatcttgc ttgatgaacc ggcagccggt      540

atgaatgata gtgaaactga agttttgcgt caattgattg gcaagattcg tgatctaggt      600

attaccgttg tggttattga acatgccatg gaattgatga tgaatatctg tgatcgtttg      660

gtagtactta actttggcaa gaaaattgcc gaaggtacac ctcaagaaat tcaaaataat      720

gaagctgtaa ttgaagcata cttaggtaaa gaagaggtgt aa                         762


<210>  3158
<211>  579
<212>  DNA
<213>  Veillonella parvula ATCC 17752

<400>  3158
ttgaaattag tagtaggcct cggtaacccc ggcaagcaat acgaaaagac aaaacataat       60

attggattta tggttattga tgccatagcc gatagtgtcc ctcacacgcc ttggagagag      120

gagcaacgtg ctgaggtatg cagtattacc gtagatggtg agaaagtatt acttgtaaag      180

ccgcaaacat ttatgaatct aagtggtgag tctgtaggac cgttaatgcg gtactataaa      240

attgatccat ctgatgtgta ttgtatctat gatgacatgg atttacctat aggtaagttg      300

cgtattcgac caaatggtag ttcaggtgga cataatggga ttaaatcttt aatttcccat      360

ataggaacag aaaattttcc tcgtttccgc gtaggaattg gacgtccatt gccacaatgg      420

actgtcattg atcacgtttt agcaccattt agtgaagagt cgcaagagaa ggtacaaaaa      480

ggtattaagg atacggtaaa agccgtatta ggcaccttag aggtaggtat tgataaaggc      540

atgaatcaat tcaatcctaa acgtcgtcca cggcgataa                             579


<210>  3159
<211>  1290
<212>  DNA
<213>  Veillonella parvula ATCC 17753

<400>  3159
atgaccacta taaaaattgc tttattaggt tttggtactg ttgcacaagg tacttttaac       60

ttattgcaag acaatgctga attaattaaa aatcgtacag gtgtcaatgt tgaaatttca      120

aaaatttatg tacgaaatcc agaaaaatat agtcatatta cattaccaga aacagctaaa      180

tatgtaactg atattgatga agtgttaaaa gacgattcca tccaaatggt agtggaattg      240

atgggtggta caagctttgc taaggattgc gtagaaggag ctttaaaagc taagaagaat      300

gtggtaactg ccaataaaga cttattagca gaagctggtc catacttatt agacttagcg      360

agtaaaaatg gggtagatct acgttttgaa gcatctgttc taggtggtat tcctataatc      420

cgcacattat atgaatcgtt agccggtaat cgtattactg aaatcattgg tattatgaat      480

ggtactacaa actttatttt gactaaaatg tctgaagaag gtttaagcta ccaagatgta      540

ttaaaagaag cacaagattt aggatatgca gaggcagatc ctacagctga tgtagaaggc      600

cttgatgcag ctcgtaaatt ggcaatcctt gcatctatta gctttaatcg tcgtattttc      660

tttgaagatg taactgtaga aggtattact tgtattgata ctgaagatat aaaatttggg      720

aaagagtttg gttacaatat taaattatta ggtattgcta aagaaactgc tcaaggatta      780

tctttaaatg tatatcctgc atttattcct acgacacatc cattagcatc tgttcgagga      840

tcctacaatg caatttatgt taagggcaat ggtatcgatg atgtcatgct atatggtcgt      900

ggtgcaggta gcttaccgac aggtagttct gtagtatctg acataatgga agtggcaaag      960

aatgtctctt ataatgaaac agggcgcttg aaaccgttct attatgatca aaaagatatt     1020

tattctccag gtaaaatcca atctagctac tacttgcgtt tagcagtgga taataaaaca     1080

ggtgttctag caaaaatctc tgcaaaatta gcagaacaaa aaatttctgt tttatccatc     1140

gttcaacgaa atatggatcc agaaactgca gttcttgcca ttgttacatc taaatgccca     1200

agatcttata ttttaaatct tatagactct tttaatagct tgcgctccgt taaggctgtt     1260

aatagtgtta ttcgtattat ggaagcttaa                                      1290


<210>  3160
<211>  1026
<212>  DNA
<213>  Veillonella parvula ATCC 17754

<400>  3160
atgaaagtta cagattttga ttatgaattg ccagaggaac tgattgctca gcatcctgta       60

gaacctcgtg atacagcacg gcttttaacc ttagataagg taagtggtga agttaaacat      120

aaaggacatt tttatgattt attagaagag cttcatgaag gagatgtgct tgtatttaat      180

aatacaaagg ttatccctgc gagattatat ggacatcgtc aaggttctgg tggcaaggtg      240

gaggtacttc tactcacacc atgtggtgaa aatcgatggg aatgccttgt taaaccgggg      300

aaaaaatgtc ctatcgggca agttatagag tttgatgacc gcctaagtgg agttattata      360

gataaaacag attttggagg ccgtatcatt cagttcacat gcaacggtgt gtttgatgat      420

gtgattcaag aaattggtga aatgccatta cctccataca ttcatgaaaa gttagaagat      480

aaagatcgtt atcaaacggt atatgctaag gagaaaggct ctgctgcggc accaactgca      540

ggacttcact ttacacctga cctcttagaa aagattaaag ctaaaggtgt agagcttgag      600

tttgtaacct tacatgttgg acttggcact tttagacctg tatcggcaga gactattgaa      660

gaccacgaaa tgcatagtga gttctttgtt gtatctcaag atacggcaga tcgaatcaat      720

gcggccaaac aaaaagggtc tcgtatcatt gccgtaggta ctacatcggt gcgtactctt      780

gagtctgcta cgaatgatga tggtgtatta caaggtatga gtggttggac tcaaattttt      840

atctatcctg gctataaatt taagatgatt gatgcgttgg taacgaattt tcacttgcct      900

caatctacat tgttaatgtt gattagtgca ctagctggtc gtgaacactg tttggcggcc      960

tacgaagaag ctgtacgtga acgttatcgt ttctttagct tcggcgatgc tatgtttata     1020

cgttag                                                                1026


<210>  3161
<211>  957
<212>  DNA
<213>  Veillonella parvula ATCC 17755

<400>  3161
atgttgaaaa taccggcatt catttcaaac aaagttgaaa gaaatggtga caactgcata       60

ttgacattaa ctaccaagca agcgaaactc gttgccatta ttggttctgt agtattggtc      120

ttggcattgg tactcggtat ttggggcatc gtgcgccagg ctgaggttgt gcaattacgt      180

caacaaacgc aattgcaatc ggaacagttg aaattgttac aacaaaaaac agaagttctg      240

gataagaaaa ttcaaaactt aaatcaaatt agtgaagaga ataagcaaat gttgaagggc      300

gctgaatctg gcacaccagc tcaaggtggc ggggatggta gcgacccaaa gcaggaagcc      360

gctgataata gtgaagcaca gacgttaaca gcggcacaat tatcggctcg actatccaaa      420

atggataagg aagcacaaaa attgcttgtt agtttctata cgatgcgcaa tatccttcgt      480

gatggtggcg cacaagattt gatggcatta cagtccatca atttctccgc tggttctggt      540

ggtgctgtga atagtacgac acctagtatt tggccaagta agggcgttat tacatctcca      600

tttggtagcc gtgttgaccc tgttacgggt gctattggtg cattccatga aggtatcgat      660

attgccgatg actatggttc ccaaatcgtg gctactgcgg caggggtggt aacctttgcg      720

gggtatacaa gcggcggtta tggtaatctc gttgaaatcg atcatggcaa tggctttgtt      780

acccgttatg gccataatag tgccgtattg gtaacggtag ggatgagtgt gaaacaaggt      840

caaaccattg ctttgatggg tagtactggt aaaagtacgg gtgcccacgt tcactacgag      900

gtacgcctta acaatacgcc tgtggaccct atgatcttct taccaattag caattag         957


<210>  3162
<211>  1500
<212>  DNA
<213>  Veillonella parvula ATCC 17756

<400>  3162
atgaattata ctagcacccg aggtaccgtt gcggtaaatg aaacatatgc attgttgcac       60

ggcttagcag aggatggtgg cctatatgta ccatctttat ttcctacaaa ctgcttaact      120

tacaatgatg tgaaagataa aaactaccaa gaagtagcag ccgttgtttt agcaaagttg      180

tttccatgct tttccgaagc tcatttaaat gaaatgatta attctgctta ttgcgatgct      240

aacttcagca cccgtgatat tgcaccatta cactctttat tggaaaaggt ttccgtattg      300

gaattattcc atggccgcac acaagctttc aaagatatgg ccttgtcctt attcccatat      360

ttgttagtgg cagctaaaga ggcggaaggt gagaaaaaag aggttcttat cttaacggct      420

acctctggtg atactggtaa agcagctctt gagggcttca aggatgtacc gggaactcat      480

attcaagtat tctacccgac tgatggcgtt agtcctatgc aagcggaaca aatgcaaaaa      540

caagaagggg agaatgttaa tgttacggct attcatggca attttgacga tgctcaacaa      600

ttcttgaaac gcctctttgt tgataaagcg actgctgaag aggttgctga aaaagggatt      660

atgttctcca gtgcgaactc tatcaatatt ggtcgtttag ctccacaagt agtttactat      720

gtaaatgcct atgctgaact ggttgcacaa ggtgcaatcc atgaagatga agctttcaac      780

attgtagttc caacaggtaa cttcggtaat atcttggctg cttactatgc taaaaaaatg      840

gggattccta tcggcaaatt gatttgtgca tctaatcaaa ataacgtact tactgacttc      900

tttgaaaacg gtacctacga tatgaaccgc ccattctata cgacgatttc tccatctatg      960

gatattcttg aatcctctaa ctttgaacga ttcttatatt atatttctgg tgaagatagc     1020

gaacgtacag taggatggat gaaagatctt aaaacaacag gcaaattaac tgttaatgaa     1080

gaagagttca aacgtgttaa gactgatttt gctggtgcct acgttgatga tgaagaaaca     1140

aaagcaatca ttgaacaagt atataattct tacggttatg taatggatcc tcatacggca     1200

gttgctatgg gggcgtatat gaaggagttg gagaagcatc ctgaagatgg cgctcgtcat     1260

acagtgattg catctacagc acatccattt aaatttccta caccaatctg tgaggcattg     1320

gatatcaagg tgggcgagac tccttatgaa agcttagata atatctctgc tgtaacgggt     1380

gttgccttcc ctaaacaatt ggaagcctta caatccaaac cattgcgctt tacaaaagca     1440

atcgacaaag agaatatgaa acaagaaatc ttagattttg tagatacatt ctctaaataa     1500


<210>  3163
<211>  4161
<212>  DNA
<213>  Veillonella parvula ATCC 17757

<400>  3163
atgttcaaac ctgaacaggt aggcaaacga actcgttata cgtacgctaa aattaacgaa       60

gttatcaaga tgccgcattt attggacatt caacgtaaat cgtatgagtg gttcttggag      120

agtggtttac aaaatatttt caacgatatt tctccgatta aagacaattc aggtaatcta      180

gtactttctt ttgaaggttt tagcttaggt gaacctaagt atgatattaa tgaatgtaaa      240

aaccgtgatg ctacttacgc agcaccactt cgtgtaaata ttcgcttggt aaataatgat      300

ccagaaaata tggacattaa agaacaagaa gtattcatgg gcgatttccc attgatgaca      360

gatacaggta ctttcatcat caatggtgca gaacgtgtta tcgtatccca attagtacgt      420

tctccaggcg tttactacaa taaagaaatc gatacaatgg gtaaccgttt gtatgattcc      480

acagttattc ctaaccgtgg tgcatggatt gaacttgaaa cagatgctag tgaagtggta      540

gctgttcgta ttgaccgtaa ccgtaaatta ccagctactg tattggtacg tgcattaggt      600

tgggatacga atgaaagtat cctcgacctc ttctggaatg gtaaaactga tgaggatggt      660

ttaccagtat atgatgaacg catcgttcgc acattagaaa aagatacaac tcaatctgct      720

gacgaagcat tagttgaaat ctataaaaaa ttacgtccag gtgagcctcc tactgtagag      780

tctgctcgta acttgttcga taacttgttc ttcgatgcac gccgttatga cttagcgcgc      840

gttggtcgtt ataaattgaa caaaaaactt ggctggcgcc aacgtatgtt gggtcaaaca      900

ttggctcaac caattgtaga tccagaaact ggcgaaatta tccttgatgc aggcgtacaa      960

gttggggaag aacaacttga tatcgttgct aatagccatg ttttcgatgg tgaaggtttt     1020

gctgaattct atatcgtaaa taatgatggt gtagagtcta aagttatctg taataactgc     1080

aacttaccat atgatcaccg tacagtaaca cgtgaagaca tgatcgctaa catttcttac     1140

ttgctcaacc ttatggatgg tgcaggtcat acagatgata ttgaccactt gggtaaccgt     1200

cgccttcgtt gcgtaggcga attgttgcaa aaccaattcc gtatcggttt aactcgtatg     1260

gaacgtgttg ttcgtgagcg catgacaatt caagaaactg aatccattac gcctcaagcg     1320

ttgatcaata ttcgccctgt agtggcagct atcaaagaat tctttggttc ttctcaattg     1380

tctcagttca tggaccaaac aaacccattg gcggaattga ctcacaaacg tcgtctttct     1440

gcccttggcc ctggcggctt gtctcgtgag cgtgcaggtt tcgaagttcg tgacgtgcat     1500

cattctcact atggtcgtat gtgtcctatt gaaactccag aaggtccaaa cattggcttg     1560

attaactcct tgtccaacta tgcaaaggta aacgaatttg gcttcatcga agcaccatac     1620

cgtaaagtag aaaaagtgta tggtaaaggc aaggatgctg ataaagttgt taaagtgcgc     1680

gtatctgata gcgtagtata catgaccgct gatgaagaag aaggcatgac aattgcccaa     1740

gcaaactctc cgcttgatgc agaggggtac ttcacaactg aacatgttgc ttgtcgtcgt     1800

ggtcatgatg tattggaagt tacaccagat aaggttgact atatggacgt tagtccaaaa     1860

gaagttgtat ctattggtac agctatgatt ccattccttg aaaatgatga tgctaaccgt     1920

gccttgatgg gcgcgaacat gcaacgtcaa gcggtaccac ttttgcgtgc tcaagcacca     1980

cttgttggta caggtatgga atatacagca gctactgact ctggtgtttg cgtattggcg     2040

cgtgaagcgg gtaaagttgt acgttgttgg ggtaatgaaa tccacgttct tcgcgatagc     2100

gatggtcgtg ttgatacata ccatttgaat aaattccttc gttctaacca atccacatgc     2160

tttaaccaaa aaccaatcgt taatcgtggc gaccatgttg taaaaggcca agtattggct     2220

gatggtcctg ctacagatgg cggcgaattg gcattaggtt ataacgttct tgtagcgttc     2280

atgccttggg aaggttataa ctatgaagat gctatcttgc ttagtgaaga actctgcaaa     2340

gaagatatct atacatccat tcatattgaa gaatacgaat gtgatgctcg tgataccaaa     2400

ttaggcgctg aagaaattac tcgtgagttg cctaatacag gtgacgacac acttaaaaac     2460

ttagacgaag atggtattat ctgcattggt gcagaagtac atcctggcga tatccttgta     2520

ggtaaagcta caccaaaagg tgaaactgag cttactccag aagaacgttt gttgcgtgct     2580

atttttggtg acaaagaacg tgaagttcgt gatacttcct tgcgcgtgcc tcatggcgaa     2640

tctggtaaag tcgtagatgt aaaagtcttc acccgtgaaa atggcgacga attacaacca     2700

ggcgtaaata aacttgttcg cgtatatatc gctcaaaaac gtaagattca tgaaggcgat     2760

aaaatggcgg gccgtcatgg taacaaaggt gtcgtttctc gcgttatgag aaaagaagat     2820

atgccattcc ttccagatgg tactccagta caaatcgtat tgaatccatt gggcgtacct     2880

tctcgtatga acatcggtca ggttcttgaa actcacttgg ggtgggctgt tcaaggctta     2940

ggtatgaaaa tcaaagctac agaccttcac attcaaaacg tgttgaaaga agcccgtact     3000

gatgcatctt actgggaaca aatcgataca atccgcgacc tttatgctca aattgaggta     3060

ttggaagcga aagttgcgga agatgttacg gtaaatcatt tcgaagaaaa tgagcaaatc     3120

attgctttga aaactaaaat tttaaaacat gtagaagcag cagcgcaaaa gaaattggat     3180

gctatgggtg gcgaagctcg ttaccaagag cttaaagcta ttgaagctaa atacaatgca     3240

cttcatgtag aattctttga ttctgaagaa gaggctcctg aaatggatcc tgcgcttgta     3300

gaagaattag aggcaattag caaagtcaag aatactctta acaacattca ctctgctgaa     3360

gaaaaacgcg ttgaaattcg caaagagttg gaaagccttg gctatgattt tgacaaatat     3420

ggcatgccaa aaccagatgt agcaggtatt cacattgcta cacctgtatt tgatggtgct     3480

cacgaaaagg acgtattcga aacattggcg attgcaggtc gtcctgatga tggtaaaact     3540

gttctatatg atggtcgtac tggtgaaccg atggataacc gcgttactgt tggttacgtt     3600

tacatgctta aactccatca tttggttgat gacaaaatcc atgctcgttc tacaggtccg     3660

tactcccttg ttacacaaca acctttgggc ggtaaagctc agttcggtgg ccaacgtttc     3720

ggggaaatgg aagtttgggc tctagaagca tatggcgcag cctataccct tcaagagcta     3780

ttaactgtta agtctgacga cgttgttggt cgtgtgaaag catacgaaaa aatcgttaaa     3840

ggcgaaaaca tccctgaacc aggtgtacct gagtccttca aggtattgct taaagaactt     3900

caaagtatcg gtctcgatgt aaaaatcttg aacgaagatc aagaagaagt tgttatgaaa     3960

gaacttgagg acgaagatga ggtggtagaa actggtattg aagaagttat ggaaggcagt     4020

gctgtagaaa ctgatgaagt aactgtagta gaaccagaag tagaggaaga ggaagaatta     4080

ccagctgata atggcggtga agatgatatc cttagccaat tggcgtaccc aatgggcgac     4140

tcctctaacg atgaagacta a                                               4161


<210>  3164
<211>  1254
<212>  DNA
<213>  Veillonella parvula ATCC 17758

<400>  3164
atgactgata acaaacggcc tactccggat gaattgcgca atacacagga cgcaactttc       60

accactggtg aaggcaaagc ccctgaatta ggtgtaaaaa acgcaagcac cgagggtagt      120

acctatcgtc ccgactgggt gccagaagaa gcgaagaaag atgatactta cgcgtgtcac      180

gtaatgaaag gcgtcaagga aatgcatgac ggcctcttat ctagttcagc tcatctggct      240

ccagcggtac gtcccgtaca gcggcgaaag aaattgactg tcgctgatta tgtacgcggt      300

atcgagcagg gggaccgcgt tatactttca cgggctatca cattagtaga aagtaataat      360

aaggaccatt tcaaactagc tcaacaggtg ttgcaagccg tattgcctcg cacgggcaag      420

gcgttgcgca tcggtattac tggtgtgcct ggggccggta aaagtacgtt tattgaagcc      480

ttcggtaaca tgctcattga agcgggttat aaggttgccg tactggctgt agaccctacg      540

agccaagtca caaaaggcag tatcttgggt gataaaacgc ggatggaaac gttgacgaaa      600

catccagagg cttatatccg tccatcgcca gctggtggta cactaggcgg tgtagctcgt      660

aaaagtagag aaacgatgct actttgcgag gctgctgggt acgatattat tctcgttgaa      720

accgttgggg ttgggcaaag cgaagttacc gtgcgttcca tggtagactt cttcatgctc      780

atcgttttaa cgggggcagg cgatgaattg caaggcatca aaaaaggcgt tatggaactt      840

gctgatgcta ttgtggtcaa caaggccgat ggggataacc tcaaacgagc tctcattgct      900

cgtagcgatt atgaccggat gttgcattac atccgtccgg ctacggaaaa atggaagact      960

caagcctata catgttcagc tgtcacaaag gatggcctcg atgaattgtg ggatgttatc     1020

caagaattta ctgaacaagg caaagaaaat ggagttttct taaaacgccg tcaagaacaa     1080

tccctccgtt gggtgcgcga tatgattgac gaacacttgc acaacctatt ctttaataat     1140

gtagtcattc aaggtcgcat gggcgaagtc gaagccgctg tcttagacgg tgaaatgagc     1200

gaatctcaag ccgttgaaga acttattggc gttttcgata agtctttaca ataa           1254


<210>  3165
<211>  1329
<212>  DNA
<213>  Veillonella parvula ATCC 17759

<400>  3165
atgattatat taggaaaagg tactgttatt actcgcgacg ctgatagacc tatcatttat       60

gatggtgctg ttgctatcga cgggactcaa attgttgata ttggtaaata tgatgaatta      120

tgcaaagctt atgcaaacgc agaaattatt gatgctcatg gtggcttgat tatgccaggt      180

ttcattaatg cacatcatca tatttactcc gctcttgcac gaggcttatc gttgccaggt      240

ccagcaccga ctaacttcgg tgaaatcttg gaaggacttt ggttctactt agataataaa      300

ttgacggctc cagatgtaaa agcaagtgca ttacttacgt atttaggctg tatcgaaaat      360

ggtgtaacta ctatttttga ccaccatgca agttatggtg aagttcctaa cagcttatcc      420

atcattgcag atgtagctaa acaattcggc gttcgctcat gtttatgcta tgaagtatcc      480

gaccgcaatg gcgtagacca aatgaaagac gctgttgcag aaaacgtacg ttttggtaaa      540

gaagcaaaac aagatccatc cagactggcg gcgatgatgg gcttgcatgc atctttcaca      600

ttgagcacgg aaacattaga ttatgtgaaa gctcataatg aggatcagtt gggttatcat      660

gttcatgttg cagaaggtcc tgaagatgtg gccgatagta aagaaaagta tggcatgaca      720

cctgttagac gcctcgtaga ggcaggtatt ttatgcccta agagcatcgc tggtcactgt      780

gtacacgtaa ctgacgaaga tgtggcatta ttgaaaaaat ctcaagctaa ggtcgtacat      840

aacccagaaa gtaacatggg taatgcagta ggcacgacag atatcttgaa actattagat      900

gcagggatca ctgttgggct tggcacagat ggttatacaa atgatatgct cgaatcttat      960

aaagtagcga attgtctcgt gaaacatgag caacataaac catatgtagg ctggggtgaa     1020

gtacctcata tgctatttga aaacaaccgc aaaatggcta atgaattctt cgatactacg     1080

gtaggcatcc ttaaaaaagg tgctgcagct gacgtaattg ttcttgatta cgcagcacca     1140

acaccacttg atgaaaacaa catcaatggt catttactat tcggtgctaa tggtatgtat     1200

gtggtaacaa ctattagtga tggtgtacca cgcatgattg atcgtaaatt acaaggcatt     1260

gataaagctg aagtaatgga cgaagtttta gcaacatcta aaggtttatg gaaacgacta     1320

aacccataa                                                             1329


<210>  3166
<211>  972
<212>  DNA
<213>  Veillonella parvula ATCC 17760

<400>  3166
gtgactattt tagaacaagc ggcacaggtg cttcatgagg aagctcgtgc tattgaagaa       60

ttaagttctc gtttggatca caattttgta aatgctgtaa atatgatttt ggcttgtaag      120

ggccgtgtag tatgtacagg aatgggaaaa tctggtcata ttggtcgtaa aattgcggct      180

accttggcta gtacagggac accggcactt tttatgcatc ctggtgaagg cgtgcatggt      240

gatcttggta tgattactga agatgatgta gtgttagcct tttctaatag tggtgaaaca      300

ggagaaatta ttagtatttt gccgtctctg cgccgcatag gggctaaatt aatctgtgtt      360

gtagggaaac cagagtctac attagcaaaa aattctgata ttgtattgtt ggcagaggta      420

gaacgagaag cttgcccatt aggtttagca cctactacaa gtactactgt tgccctagca      480

ctaggtgatg cgttagcagt atgtttattg gaacgccatc attttactcc agaaaacttt      540

gctgtattcc atccaggtgg ttccttaggt cgcaaattat tgttgactgt agaaaatatc      600

atgcatggtg gcgaggataa tccaacagta tttaaagggg ctaccgttcg tgatgcactt      660

tttgtaatga cagaaaaagg gttaggtgct acaaatgtta ttgatgaaga aggacatttg      720

ttaggtctag tgactgatgg tgatgttcga cgtggacttg attctggcag caatttttta      780

gaatggcccg tagaggatat gatgacgtct atgccgcgta cgattacaaa ggataaattg      840

gccgcagaag cgcttcattt gatggagaaa aatcaacctc gccctatcac cgtattacct      900

gtggttgata ctaataatgt atgtcttggc attgttcaca ttaccgattt attgcgtaga      960

ggcattgtat aa                                                          972


<210>  3167
<211>  513
<212>  DNA
<213>  Veillonella parvula ATCC 17761

<400>  3167
atggatttaa cacattttga tcaagatgga aatgcttgga tggtagatgt atcagataag       60

gatattacaa ctcgtactgc cgtggcagaa ggttttattg ctattaatga tgccatttat      120

gagcgcatcg aggcgggaac aataaaaaaa ggggatgttc ttagtgtggc tcaattggca      180

gctattatgg gggcgaaaca gacgagtaat ctaattcccc tttgtcatcc gttagcattg      240

actaaggtag aggtgcattg tactcttgtt gatggtgaaa gtcctgcctg tacggatgct      300

acacataatc gtgctgttaa ggttcgggct accgtaaaaa cgacaggaaa gacaggtgtt      360

gaaatggaag cacttacagc ggttcaagta ggacttttaa cagtctacga tatgtgtaaa      420

gctattgata aaggaatgat tataggccct acatatcttg tagaaaaaga aggcgggaaa      480

agtggacatt ttgtccgttc ctttgtagaa taa                                   513


<210>  3168
<211>  444
<212>  DNA
<213>  Veillonella parvula ATCC 17762

<400>  3168
ttgtttacat caaaatataa agacaattca gaaaaatcaa caggattatt gttcatgagg       60

gtgtacaata aatggcattt tactataaaa caagcgttaa aagagttgaa cttaacacat      120

cctcaatttg ttgttttagc atctcttgcg tatttatcac aacatgataa cgaagttaca      180

caagttatga tttcaaaact ttcagggata gatgttatga cggtatctca aatattgagc      240

ttattggaaa aacgtggttt tgtagagcga aaagagcact ctagagatac acgtgcgaaa      300

gcggttcttt tgaatgaaga ggggggtgca atattacaaa aggcagtccc attagtcgaa      360

gaaattgatg aaatcttttt cggaaagctg aagagtgatg aagctcaatt taaacatctt      420

cttggcagat tacatgaagc gtaa                                             444


<210>  3169
<211>  852
<212>  DNA
<213>  Veillonella parvula ATCC 17763

<400>  3169
atggcagaat ataatggcgt aacacttgag ccccttacgg atggatctca agatcgtgac       60

tatcaagttg aacaatttat cttctggggg gcaggtcgtg cggcagcatt ggcattatcc      120

tctaaattca gcagtgtcgc tttgtgcgcc aatgctacgt acatggtaac tcgcattgct      180

catctttatg atgtagaatt gcaagcaggt gctgtagttg gtttagtagg tggtcttagc      240

acagctgtag gtacagctgc agtatccctt ctaattccaa ttaaagctgt tcgcgttcct      300

gtagctatcg gtttaactta tgctattggt aaaattgcac atatttggat tcaagatggt      360

atgccttctg atatcgaacg ttacaaaccg atggttgctg aattcctaga aaatggcaaa      420

gctattgctt ctgaaatcgt tcgtgatgca agtgctagca ttcctttcac tcaaggtcaa      480

cgtgacgtat gggctgggat tgctaacgaa acaggtcttg ctaaagaatc tttaaagcaa      540

gtttacgatg aaaaagtaac acctgccatc aataaatgga ataatgaaac aaaataccaa      600

atccatgata acgcagcaga ggttgtagca aaggtttctg atgcagcgaa agaaaaaatt      660

gattctgcta aagaaggtat tgaagtagcc aaagaattcg caaaaggtgg tgtagaagtg      720

gcaaaagctt ctgcacaggt agcagtagaa actgcaaaaa ctaaagcttc tgatgctgta      780

gagacagcaa aagatgttgc tgcaaacact gttaatacag cgaaagataa aattggcggt      840

ttgcgtaaat aa                                                          852


<210>  3170
<211>  1377
<212>  DNA
<213>  Veillonella parvula ATCC 17764

<400>  3170
atgaacacag tacagattcc acgtgttgtc attgctggta ccaactctgg tgttggtaaa       60

acaactatcg tagcgggctt attggccgct tatgcaaatg gtggacgtac ggtgcaatct      120

tttaaagtgg gcccggatta tattgatccg ggctttcata aaattgcatc cggccgtgac      180

agctataatt tagatacgtg gctcgtgcca cctcacaagt taactccttt ttttgctact      240

atggcgcacg atgtagacct tgccattatt gaaggtgtta tgggcctcta cgatggtggt      300

cgagaaggcg ttagttctac ggctcaaatt gctaaacagt taaatgcacc ggtggtgctt      360

gttattgatt gcaaggctat gggtgaaagt gcggcagcta ttgctaaagg gttccgtgac      420

tatgactcag aggtaaactt tggtggtgtc atcttaaacc gcttaggctc agccaatcat      480

gagcgtatgg ttcgtgaagg gatggataaa attggtgtac ctgttattgg tgccatttat      540

cgtgatgatc gtatgcattc tccagagcgt catttaggac ttacaccagt tactgaaatc      600

gatccaacag aggcgattaa tacgattcga gaagctgttg agaagatggt aaatctcgat      660

gcactattgg aaattgctac caatgcacca actatcgaac taccagatgc tatagatgtt      720

aaatccattg aaaaacgtgt gaaaatcggt gtagcttatg atgaggcatt ctctttttat      780

tatccagcta gtcttgctgc gttagaggaa aaaggggctg agcttgttta ctttagtccg      840

cttaatgatt cggtaattcc cgatgtagac ggacttgtat ttgggggtgg cttcccagaa      900

atgtttttat tccagttatc tagcaatgag tctatgaagg aatctatccg ccaagctaat      960

gcacaaggta tgcctattta tgccgaatgt ggtggcctta tgtatctttg tgaaagcatt     1020

catgacttcg aaggttctgt atataaaact gtaggtattg tacctgccaa ttgtgtgatg     1080

caacaaaagc ttcaaaaggt ggggtatgtt acagcaactg caaagagaga tactttatta     1140

ggcgctatga atacagctat tcgtggtcat gagttccatt tctctacaat ggagccaact     1200

atagatgact tcccatgggc ttttcattta gaaggaggcc gtaaacctca atcgtatgac     1260

ggcggctatg caacaaaaaa tgtattagct tcttacttac atttgaactt tgctggctct     1320

gatgaagggg cacaacattt tgttgataca tgtgctgctt ataaagccca aaagtaa        1377


<210>  3171
<211>  1389
<212>  DNA
<213>  Veillonella parvula ATCC 17765

<400>  3171
ggttttatgt tagacggtat tcacaaaatt caccttatcg gtattggtgg atctggtatg       60

cgtgcgatag cgaatatttt gattcaaaaa ggttatgatg tatctggttc agatattgct      120

gaatctgcag tgatttctaa gtttagagat atgggtgcca cggtgcatat cggtcataat      180

aaagaatatg taaatggtgt agatgctgta gttcgttcta cagcgattcg tgaagacaat      240

cctgaaattg ttgccgctaa agagcaaggg attaccattt tacatcgttc tgatattgta      300

aaggctgtat tagatgtaac agatggtatc gcaatagctg gtgcgcatgg taaaacatct      360

acaacttcaa tgattggaca aattttagtg gaggctaatg cggaccctac ggtaattatc      420

ggtggcgaag tagattatct caaaggtagc agttgccttg ggaaaggcca tttttcagtt      480

gtggaagcgg atgagagcga tggttcattt ttaaaattgc atccacatac tattgttata      540

actaatattg aagatgatca tatggatcat tataagacta tggataactt gttaaacgct      600

ttctgtgagt tcgtcgaaac gttaccagaa gcgggcaagg ctatcgtatg tggtgataat      660

gaaaatattc gttatgttat gagccgcgta aaacgtactt ttattacgta tggcttagag      720

gataataatg attatgtagc aaaaaatatt cattatgtgg actcttcctt ggtatatgat      780

gtatatcata aaggtattaa tataagccgt atcagcttgc gcgtgcctgg agaacataat      840

gtattaaact cattggcagc ctttattgtg gctcatgaat gttgcggtgt agaaaatcgc      900

tttattacaa aagcgttagg taaatttatc ggtgcaaaac gacgttttga aacaaaaggt      960

catgttgctg gcgtctgggt tgtcgatgat tatgcacatc atccaacaga aattaaagcg     1020

accttaagag cagcaaaaga gcttgaaaaa catcgcgtta tttgtgtgtt tcaaccgcat     1080

cggtatacac gtacaagctt gttgaaagat gaatttgcca ctgcttttac aagtgctgat     1140

gaaatatata tgacagatat ttacagttct ggtgaagatc cgattgcagg tatcgatgga     1200

cgtactattc ctgacgctgt tgaagctgct acacataagg ttgtacatta tgtaccatct     1260

gttgatgata taccggctgt attggcaaaa attgtgcgac ctaatgatct agttatcaca     1320

atgggtgccg gttctattaa tcaatatgga cctaaattat tagctatatt ggaggaaggc     1380

ttacaatga                                                             1389


<210>  3172
<211>  903
<212>  DNA
<213>  Veillonella parvula ATCC 17766

<400>  3172
atgatagtct tgaaagttaa gatactggaa ggtagaacga gagtgatgac acttttaacg       60

acgaatattc atatgtttta taagaaattg gtattggcca taacttttat aggaatcata      120

tttataggtg ctagtgttgc tcaagctgca tacattgcac ctccttctac tgttggtgag      180

gccgtagtcc taattgatgc agatacaaaa caaattttat ttgcaaagaa cccagataag      240

tggatgcatc cagctagtac tacaaaaatg gtcaccttgt taactgcctt agaattaaag      300

ggcacacagc ttgatgaatt agctactata agtagctatg caacgagcat ggaagaatca      360

aaccttgggg ttcgcgtagg cgatcagatt acattggaag gtgttcttga aggtatgatg      420

gttgctagtg gtaatgatgc ggccgttgta gtagccgaaa atgtaagtgg ttctgtggat      480

aaatttgcta aagatatgac tcgcattgct gcaaaagcgg gggcaaagaa tagtgtgttc      540

ttgaatcctc atggattaac acaaaagggt caccattcta cggctcgtga tttagcgatg      600

attgccgcgt acggtatgaa ataccaaatg ttccgtgaca aggttgccaa tgattactac      660

aaggtgccgt accaaaaccg tgcaccagaa acaattcgta ctacaaacca ttttattcgc      720

aataaatatc caggtgcaaa tggcttgaaa acaggtttta caaatgcagc aggagaatgt      780

ttgattgcgt ctgccacacg gaagggccat actatgattg tagttatgct taatgatgat      840

aatcgttggg aagaagctgt acaattcctt gattatggat ttaaactccg tggggtaatt      900

taa                                                                    903


<210>  3173
<211>  915
<212>  DNA
<213>  Veillonella parvula ATCC 17767

<400>  3173
atgaatactg ttcgtgtaca agtacctgcc actagtgcaa actgtggtcc aggttttgat       60

tgcttaggat tagcactaaa tctttataat atattcagct ttacaccaga tgaaaatgct      120

acagaatata catatacttt tgaaggtttt ggtgcggata ttctacgcgc tgaagatcct      180

aaaaagaatc taattggctt tgctatggat caagtttttg ctactgctca agaaccaatt      240

cgatatggtc atataacttc tgaaaccttg attcctccct ctcgtggact aggtagcagt      300

agtacggcga tagtaggggg acttttactg gcgaacgcat tagtaaagca tccactttca      360

aaagaagagt tactagttat agcaaatcgt atggaaggtc atccagataa tgtagcgcca      420

gctatttacg gaaatttatg ttgtgctaca ggtttaaaaa ataaagtact aaacacggtc      480

atttctattc ctccggagct acattttgct gttgtagtac cagaagtcat ggtatctact      540

gagtatgctc gttctgtgct accaaatcat attccattca aagaagctgt acaaaatgta      600

agtcatgctt cattatttgt aacaagctta attacgcatc aattaagtaa tttatctgtt      660

gccttagatg acaacttgca tgtaccttat cgtaagacat tgattcctca ttgtgatgaa      720

gtttttgaag ccgcaaaagt tgctggagct tacggtgcaa ctatcagtgg atcgggttct      780

actctaattg catatgttga taaagctcat gtacaagagg tagcaaaggc tatgggggct      840

gtattcacag caaatgagat tgaaaataaa atatattgct tagaagctga tacaactgga      900

gcgttaatta tatag                                                       915


<210>  3174
<211>  939
<212>  DNA
<213>  Veillonella parvula ATCC 17768

<400>  3174
atgaatgaac atactatata tttaggcggt ggttgcttct ggggccttca agggtatatc       60

aaaaagatct ccggtgtcct ttctaccgaa gtaggttatg ccaatggtcc tacagaaaat      120

ccaagttatg aagatgtatg ccacaatagc gggcacgtag aagctctcaa ggtcatttac      180

gatgctgata tactatcttt agatcactta attcaatatt ttctacgtgc tattgatccc      240

tttagtgtca ataaacaagg tggtgacgta ggcattcaat atcgtacggg tatttattat      300

actgatccaa ccgataaagc cgttattgaa agtaccttag cacgtgctca agcctttgaa      360

ggtaaaccat ttgctattga agtattgcct ttagagaatt actactctgc tgaggaatac      420

catcaagatt acttagacaa aaatcctaat ggctattgtc acattccatt ggggttatct      480

gatgaaccac tcatcgatga taatacatat gctaaacctt cccaggaaga tttagaggca      540

ttaacgccac aagagtttga agtaactcaa aactctgcta cagatgcacc tttcagccat      600

gaactaacag atgagttcaa agcaggtctc tacgtagata ttacaactgg agaacccctt      660

tttgtatcag cccataaatt cgattctcat tgtggctggc ctagctttac taaaccaata      720

gctaaagatg ttatcaagta ttaccaagat aactcacatg gtatgaatcg catagaagtt      780

cgtagccgca tcggtaatgc tcatttaggt catgtatttg aagatggtcc taatggctct      840

cttcgctact gtatcaatgg atcatcttta cgatttatcc ctaaagatga attaaaaggt      900

acaaagtacg aatatctaat tccatatatt gaagactaa                             939


<210>  3175
<211>  792
<212>  DNA
<213>  Veillonella parvula ATCC 17769

<400>  3175
atgagcttag cagatacaca atacctcggt attattgaaa atattttaga tcatggcatt       60

tatggtcaaa atcgcacagg cattgcaacg tacaaattgc ctcaacaaat catgcaattt      120

gacttgcaag aggaatttcc aattttaacc actaaatttg tagctttcaa aacagctgta      180

aaagaattat tgtggatttg gcaaatgcag tccaatgacg tgcgcaaatt gcaagaaatg      240

aatgtgcacg tatgggatga atggatgcgt gaagatggta ctattggtaa agcatacggc      300

tatcaaattg cgaagtacaa acaactagat aagctcatca aaacgattaa agaagatcct      360

gatagccgcc gaatgattgt aaccctttgg aatattgaag atttagagga tatggcgttg      420

caaccatgtg cgtatgaaac cttatgggat gtaggggatg gttacttgaa ctgcatgctc      480

atccaacgca gtggcgacat ggggcttggc gtcccattta acacggctca atatgcggca      540

ttacaatgta tgatcggtca agtaaccggc ctaaaacccg gtaaatttac acatgttatc      600

aacaatgccc acatctatga aaatcacgta gatgcattgc gtgagcaatt agcacgtcgc      660

gatcaagcat tgcctgctcc aaaaattatc gtgaatcctg aggtaaaaga cttctatgac      720

ttcacaccag aggacattac cttagatgga tatgaacatt taggtaaatt atccatgact      780

gttgctgtat ag                                                          792


<210>  3176
<211>  1806
<212>  DNA
<213>  Veillonella parvula ATCC 17770

<400>  3176
atggaaacaa tgcaaggctt acaccgtacg cacggttgtg gcaccatctc tgaacaagag       60

gtaggtaaag aggtcgtatt atgtggttgg gttgaacgcc gtcgtgacca tggtggtttg      120

attttcttgg atttacgcga tcgttctggt gtagtacaag tagtggcatc cccagatcat      180

aacgtagaat cgttccacaa agcagaggat gttcgtaatg aatatgtgct ttgtgtacgt      240

ggtaagatta caaaacgtga tgaggctgct attaatccaa accttcctac aggtgcatac      300

gaaatgttct gtgaagagtt gcgcgtattg aactccgcta aaactcctcc tttctatatc      360

caagatgata tcgatgtaga tgaaaatatt cgcttgaaat atcgttacct tgacttacgt      420

cgtccagaaa tgcaacgcaa cttgattttg cgtcacaaag taacgaaagc aatgcgcgac      480

ttcttcgata gccgcgattt cttggaaatt gaaacgccaa tgcttactaa atctacacca      540

gaaggcgctc gtgactatct agtgccgtct cgtgtaaatg ctggtacatt ctatgcgttg      600

ccacaatctc cacaaatttt caaacaaatc ttgatggttg ctggttatga aaaatatttc      660

caaatcgttc gttgcttccg cgatgaagat ttgcgcgcag accgtcaacc tgagttcact      720

cagctcgact tagaaatgtc cttcgttgat gaagaagata tttatgcatt gcttgaagag      780

atgattgctc atgtatttaa aactgcatta ggtaaagaaa tttctttgcc tatgcctcgt      840

attacatggg acgaagcaat ggataaatac ggctctgata agccggatct tcgttttgat      900

atggccttta ctgatgtaac tgatcttgta aaagatacag aattcaaagt attccgttcc      960

gttatcgaca atggtggcgt agttaaaggt atcgttgtac ctggtgatgc tggcattcct     1020

cgccgtgaac ttgatgatct tgttgaatat gtaaatcgtt acggcgctaa aggccttgca     1080

tgggcttgct tcaacgaaga tggttccatc aagtctcaaa ttatgaagtt cttaggtgaa     1140

gatacaattc gcaatatcgg tgaaaaaatg ggcgctaaag gtggcgacct cgtattgatg     1200

attgctgata aacctgcaac tgtggcacgt gcattaggcg aattacgcct tgaaatggca     1260

cgtcgtatga acatgattga ccaagataaa ttggcattca catgggtaac tgatttccct     1320

atgttcgaat ataacgaaga tgaaaaacgt tatgtagcaa tgcaccatcc attcacaatg     1380

ccacgccatg cggatcttga taaattagaa tccgatcctg gtaatgtaaa agcgattgct     1440

tacgacatgg tattgaatgg cgtagaaatc ggtggcggtt ctttgcgtat ctaccaagct     1500

gacgtacaag aaaaagtatt caaagcaatt ggtttgtcca ttgaagaagc aagatccaaa     1560

ttcggcttca tgcttgatgc attccaatat ggtgcacctc ctcatgcagg ttgtgcattt     1620

ggtcttgatc gtcttgttat gttgatggca aaacgtcaat ctatccgcga cgtaattgca     1680

ttccctaaaa ctcaatctgc ttctgatatc atgagccaag ctccatctga agtagaacca     1740

aagcaattaa aagagttgca tattaaacca gatgtagaag aagaacaaga gcaatcttta     1800

gtgtaa                                                                1806


<210>  3177
<211>  1224
<212>  DNA
<213>  Veillonella parvula ATCC 17771

<400>  3177
atgtataagt tatatgattt tatggaggct cgtgagcgct tgagcacaat cactgtgaaa       60

acgaagttac ttcatagtga tgtgttttct gacgagtgtg gcaatgatgt atacatcaag      120

ccagaaaact tgcaaataac aggctctttt aaggtccgtg gagcttataa taaaattgca      180

aaactaacag aagaagaaaa ggcgcgcggt gtcatcgctg cgtctgccgg taatcatgca      240

caaggcgtag cccttgctgc gaaacgtctt ggtattaaag cgactattgt catgccgaaa      300

cacacgcctc ttatcaaggt gaatgctaca aaacaatacg gtgcagatgt tgtactattt      360

ggcgagattt atgacgaagc ctatcaaaag gcgatggagt tgcagaaaga gcacggttat      420

gtgttcgttc atccgtttaa tgatgaagat gtcatcgaag ggcaaggtac tattgccctt      480

gaggttcttg atgaattgcc tgatgcggat attttgctcg ttcctgttgg gggcggtggt      540

atcgtatctg gtattgcggc tgctgcgaaa ttaaaaaatc cgcgcgttaa gattatcggt      600

gtagaaccag aaggtgcagc gagtgcccta gctgccttaa aggcagatca tcctgtacct      660

ctcgatgaag tggcgacgat tgcagatggt acggcagtac gtcaaattgg agaaactaca      720

ttagaatata tcaagcaata tgtagatgaa attattaccg tttctgatta tgaattgatg      780

gaagcatttt tattgcttgt tgaaaaacat aagttagtag cagaaaactc tggtattttg      840

ccacttgctg gtctcaagaa attagagtgc cgcggtaaaa aggtggtagc tatcgtcagt      900

ggtggtaata tcgatgtact aactatttcg tccatgatta ataaaggtct cgtattgcgt      960

ggccgtatct ttaccttctc cgttaacctt cctgataaac caggccagtt agtggctgta     1020

tctcaaatgt tagccgatgc agatgcaaat gttattaaac ttgaccataa tcagttcaaa     1080

aaccttgacc gtttccatga agtggaattg caagtaacgg tagaaacaaa tggtgaagag     1140

cacatccaac acattattga tactttcaaa cataatggct acattattaa acgtttaaat     1200

tccagcgaaa tattgtctga atag                                            1224


<210>  3178
<211>  1224
<212>  DNA
<213>  Veillonella parvula ATCC 17772

<400>  3178
gtgaatgtat taaccattac acaattaaac aatctcataa aacgtacctt agatcgtgaa       60

tatctattaa agaatgtata tgtaagtggt accattatta atgcaaaacg tcatagtagt      120

ggtcacatgt atttttcttt aaaagatgag gaatctgcta ttgatgtgac aatgtggtct      180

agtacagtca tgcaaaaggg actagctaat gccattcaaa atggtttatt agtaactgta      240

aaagcatctg ttaactttta caataaaatg ggccgtttaa atctcattgc atcagatatg      300

cagataggtg ctaaaagtcc gttacagctt gaatttgacg ctctaaaacg agagttaact      360

gctttggggt actttgatga tagccataaa gtaggtttac cctatatgtc gagttgcatt      420

ggtattgtta catcccaatc tggtgctgta ttacatgata ttctacatgt tagtaaacaa      480

cgtaatccac tagttcaatt taaattgttt tccgttcctg tacaaggtag taccgcaggc      540

ccaattatag caaaagggat tgctacggca gatgctgatc cagatattga tgtcatcatc      600

gttggtcgtg gtggtggatc tatggaggac ttgtggtgtt tcaatgatag agctgttgta      660

gaggcaattt ataatgctca tacaccgatt atttcggcgg taggtcatga aacagattac      720

accttatgtg attatgtagc tgatgcacgc ggggctacgc ctagccatgc tacagaaatg      780

gcagtacttc caattactac attacaagat cagctgacag aaaaagaaga gtacttacac      840

gaatatatac gctatacact acaacaaaaa cgtacagatt taacattgct ctttaatcga      900

aaacttggca ttccagctct gcaattttta cataagcaaa aatcacactt acaagagctt      960

tcacaaactc taactaatgc aactaaagaa cgatgtaatg cagagagaca tagcttagca     1020

ttattggcac aacagttaga gtcgctaaat ccattacaaa taatgattaa aggttttgca     1080

aaggttgagc atgataacaa acctattaca tcggttgccc aattacaacc aaatgatgat     1140

atacgagtta cactagctga tggttatatt actgctacgg taaaggaggc gcacaaggat     1200

ggccgcatca ctaaaaagtt atga                                            1224


<210>  3179
<211>  825
<212>  DNA
<213>  Veillonella parvula ATCC 17773

<400>  3179
atgttaaaaa cacgtgttat taccgctgtt attggtttta ttattgcctt aggggccatt       60

acatttggtg gattagtata tgatgtgcta attacacttt tagctttatt agggtggcgt      120

gagtttgtat tacttggtaa agctaaacgt gttcggatat ccattatatg gggatatatt      180

agcattttat tgctaatgat tgctcttgca tgtcatcagt atattatagc tatagctatt      240

ttagtattaa gtttatttgc caattatatg ttgtgtacat ttggtgaaac taagtactcg      300

atgtctagtg tatcctttag tgtatttggt ttattatata ttggtatggg tatgacttca      360

ttactcttga ttcgtcatga ctcaatttac atggatttat caatgccttt tgaactatat      420

aactggggca ctattacact ttggttatta ttgtttacta cttgggctag cgataccttt      480

gcatactttt caggtcgagc ttttggtaaa cgtaaaatag taccatccat tagtcctaat      540

aaaacactag aaggttttat tggtggattt atcggctgta tccttacagg tgcagtattt      600

tcgtatatcg ttggcattcc ttggtggatg ggaatccatg taggtatgat tagcggtata      660

ttagcaccat taggtgattt gtttgaatca aagattaaac gactatgtaa tgtaaaagat      720

tctggtacat tattaccagg tcatggcggt gtattggatc gctttgatag tttattattt      780

gcggctccca ttacattagt atatatattg ctattttcgt actaa                      825


<210>  3180
<211>  618
<212>  DNA
<213>  Veillonella parvula ATCC 17774

<400>  3180
atggaaaatt taaattatgt cattcactta tttcatagtg gtgggtatgt aatgtatcca       60

ttgttactct tgtctttcat ggttatcgct atagctgcag aacgtgcttt cttctatcgt      120

aagtatgcag gcaaaacatt tgttgtaact catgcagtaa atgaatttgc aaaactacaa      180

cgttgggatg aaatcgataa agtcattaaa gagaaccctt ctattgcaag tcgtattgcg      240

gaagcaggtt taaaaaatga ttctagcgaa gaagcaatga agacagcctt tgctgatcaa      300

atgggggttg atgcagttgg cttccgaaaa tatatggact acttaagtgc aacagttaca      360

atctctccat tattgggctt acttggtaca gtaacaggta tgataggttc tttcagtatc      420

cttgactccg gtgccggtgc atctgccatt actggtggtg taggtgaggc tcttatcgct      480

acagcatctg gtttatgtgt agccataatg gcgtttatcg tatacacaat ctttagtcat      540

cgtttggatt ccattattaa ccaaattgaa aatatgtgtg taaatattgt tacagctaaa      600

cgagaagggt ggaaatag                                                    618


<210>  3181
<211>  360
<212>  DNA
<213>  Veillonella parvula ATCC 17775

<400>  3181
atggattatt gccttgataa agcaagacga ctgacgcaca ataatgaata tcgccttgtg       60

tataagcacg gaaaatacga agtaggccgt atgtgtgtac tgtatcgtat gcccgtggca      120

aagcaaccta cgcgcattgg ttttgtaaca ggcaaaaagg ttggttgtgc agtggagcgc      180

aaccgagcta gacgcctgat gaaagaggta tatcgcctca atcagcacgc cattcgcgaa      240

gggtatcata tcgtaattgt tggacgtggc cctctgaaaa acgctaccta tgaaaaagcg      300

gaaaaggaga ttttgtatct cttgcgaaaa agcaaattat tgatacaaaa tgataaatag      360


<210>  3182
<211>  549
<212>  DNA
<213>  Veillonella parvula ATCC 17776

<400>  3182
atgttaccat ttcacggaaa atatcccaaa ttagatccca aaagttgtgt tatgcctggt       60

gcagaacttg caggtgatgt tgaactaaaa gaatatgctt ccatttggca aaactgcgca      120

cttcgcggtg atgtaaataa aattgtagta ggtcgctatt ccaatgtaca ggataactct      180

gtattacacg ttgatgacga cagggcttgc attcttggag attatgtaac aattggccat      240

ggtgcaatag tacacgctag taccattgaa gataatgtat tagttggaat gggcgctatt      300

gtattgagcg gttgtcatat tggctctggc tctattattg ctgctggtgc agtcataaag      360

gagaacactg taatcccacc taattcttta gttgttggaa tcccagctcg catagctcgt      420

acagatgaaa cgcaaatcga acgtattcac aatcaagcac taaaatataa acacttgtgg      480

actgtagaat atggcatgct tcctgatgcg ggtggcgagg aatacgataa aaacgccaaa      540

atcgtataa                                                              549


<210>  3183
<211>  495
<212>  DNA
<213>  Veillonella parvula ATCC 17777

<400>  3183
atgatgcgtc tagctttagt tctctctgga tttttaatat attttataca agcgcaatta       60

ttgcctacta tttttcatac aaattggtta ccaaacttaa ttttgacgat aattgttatg      120

attactttat ttaaaggtcg tcgtatgggg ctgatatccg ctgttgttgg gggtatcgta      180

catgatgtat tgatatctaa cttttttggg ctccatctat tcccttacgt aattgtggta      240

tacctactat ctgccgtaaa gcatcgtatc tatgaagaac gctggtattg gtctagcggt      300

atagtagcta tttgtacgct actagatggc gttattcgta gctttatgat attagctagt      360

ggtggcgatt tgcactttgg actatacttg tggcatatgg tattacccgt gatgttctgg      420

aatggcttgt taggcgctat tgtgcatggt ttgttatggc gtaaagatga tgaacaacaa      480

ggttatattt ggtaa                                                       495


<210>  3184
<211>  1443
<212>  DNA
<213>  Veillonella parvula ATCC 17778

<400>  3184
aagaattttt ggaaagttgt taagcctgat ggaggttcta tgaatacttt tacacgagcg       60

gcccttaccg ttttagtggg tctcgtcatt tggtttttac ctcatacaga ggcaatcaag      120

ccggaaggtt ggcatttatt agctatcttt acggctacta ttgtgggctt tatattgcga      180

ccttggccaa cgggcattat ggccctcttt ggtattgttg tagccgtagc cactaactcc      240

atcactatgg tacaggcact aggtggctat gcagaagcga atgtgtggct tatcgtagca      300

gccgtattct tttctcgcgg tattattaat tctggccttg gcaagcgcat tgcgtacacc      360

ttgattcgct cctttggcac aagctcatta aagcttgcct atgctttggc ttgtacagat      420

ttgattattt ctccagctac accatctaat acggcgcgtg gtggtggtat agtattcccc      480

atcgtacaaa atatttcctt agcatttgac tctgaaccat atggtaatac ggctcgccgc      540

attggggcgt acttgatgac gacggcacat actattaaca ccattacagt aacgatcttc      600

ttgactgcat gtagtggtaa cttgcttatt acgtccttag gtgctaaact gtttggctat      660

gatatatctt ggtgggaatg gttccaagcc ggtgtgattc ctggtgtgat ttgtatgatt      720

ttgatgcctt ggtttatcta taaaatctat ccaccagaaa tcaaggaaac accagaggct      780

gcagcaatgg ctcaaaaaga actagatgct cttggaccta ttacgaaggc cgaaatttct      840

gttgccatta tttttgttct ttgtatctta ctttgggcta cagcaatttg gactaagctt      900

catcctacag tagtagcgat gatgggggtt ctggcgtgtg ttgtgactgg ctctcttact      960

tgggaggata ttttaggtga acgtaccggt tgggatatcc tcatctggat gggtacgctt     1020

gtaggcatgg ctggactgct tggcaaactc ggtgtagtag ctgtctttgc agattttgta     1080

agtcaacatt tagctggctt tgactggttc tgggcgtcct ttatcatttc tgctaccttt     1140

gtgtactctc agtatttctt tgccagtggt acggcgcgta ttacggcttt gttctccgcc     1200

tttgcagcca ttttagtggc gatgggggct cctattccgt ttacgatatt gctctttggt     1260

ttgatgaaca gtcctggctg tacattgact cactatagtt cgggtgtaac accgattttc     1320

ttcggtgctg gctatgtgcc acaaggtacg tggtggcgcg taggccttgc tatctctgtg     1380

gtgagcttcc tcattcattt ctggggcggc acctttggca tgtggctctt tggtatttta     1440

taa                                                                   1443


<210>  3185
<211>  4737
<212>  DNA
<213>  Veillonella parvula ATCC 17779

<400>  3185
atgaaccggt ggggacatac aaagcgtacc ataatcctgt ctagtgcagt tgccttgtgg       60

cttagcgcac ctctagtggt ttgggcagat aatgcgactg tcactacaga tgttgttaat      120

gtgaaaggca catgggcaga agaagaagca aaattgaact cacagcaagt gcaaatcatt      180

accaagaaag agattgaaaa gaaacaggcg aagtccgttg aagacattat ttttacgcaa      240

acaggcgtat ctagaacagt tgatgctatg gggcgtgtgg gcgtgtccat tcgcggtgca      300

gaagcgcgtc acactcttat cctcgtagat ggtcaaccag tgctaggtga ttttgataag      360

tactctggtg cggccgatga agtacaacgt ttgggtacag agaacgtaga gagaattgaa      420

gttattcaag gtgcggctag tgctaaatac ggatctgatg cagtaggtgg tgtagttaat      480

atcatcacta aaaaagcaca aaagaaacca tccgtacaat ttaatgctga aggcttgcgt      540

cgcaagagcg atggcgatgt atttccgttc caaaacttct tcattcgtgc cgattctggt      600

caaatgggca agttaaaggt tggtttatca ggtagtaaac gagatcttat gcctgttcta      660

gcatctgtta aacgtcgtgc ctctgggatg gcctttgatt atgcaaaaca taacttcaag      720

ccaaatgtac ttcgttacta tggtgatgcg gcagatatcg gtcttgtagc gacctacgag      780

gcaaatgata aaaataaggt ggaattgcga cttaatcgtt acacggaaga tcttgtgcgc      840

gatgttaagc actccgactc cgacttagag ccacagcaac acttcaaacg tacggcagat      900

cgtaatacag ctaacctgca atggtcctct agagctggaa agagtgactg gactgtagaa      960

actaattact ctcgtattaa agaaaatgac gtagcgctca ttaactatac aggtcgttcc     1020

gcttatgaag gctctaatga gttgcgttat attgataaca tcgatcatcg tcaattagat     1080

attcgagtca atgctaatac gcaagtcaat aaaaatcatt tgctaagcta tggtgttagc     1140

tatgctcgtg aagaaggttc tggtagtcgc ttaaagagtt ctcctaatac aagtacgatg     1200

tacattgatc catgggatta cgataaaagc ttgttagtag accgccttga tcgtctcgtg     1260

cgacgtaaag gcgataatag tgttaaagtt tactctcaca tccatgacta taaattcatt     1320

aattccggtg gcggcatgcc gcaatgggat atggattatg aatactatgg ggctgaaaca     1380

aaggcacaaa agccgggcat tacgtacgat gattatgtga attatggttt atcggaaagc     1440

agactcagtg aatggtcaag cacatcaccg aataatcagc ccgtaacgga tgaatttaag     1500

aagcgatatt atgctttaga aaatcggttg aaatcggaaa atcctgaaat ggcggcgcat     1560

cgtgcaaata tcgtaggcga ctattttaaa tatggtgagt ctaacgatcc agaaatgcgt     1620

aagaaagcgc ctaagctaaa tggtaaggct ttcttggaag agtaccgtaa tcgcgaccaa     1680

cgcttgacta ctggtagtgg tacgattcgt aaaataaacg cttacatttc tgatacatgg     1740

caagtcaata agaatttaac attgtctcca attgtgcgtt ttgataatag tagcttgttt     1800

ggttctaacg tatctgcatc cttgggtatg acatataacg ttaacggtaa tacacatcgc     1860

agatttaaag ccaatgtagg tactggttat acagaacctg gtatgggcga attgtggtat     1920

aactgggaaa tgtatgcttc taaccctgta gggattgggg tagcaaaact cggttggtat     1980

tgggctggca atcctaattt gaaaccagaa aaatcagtca atttcgacat gagcttggaa     2040

ggtgaaaata aaaatacata tgcacgcgta ggtgtattcc ataaccgtat taagaactat     2100

atgtctgtat acttcactgg tgattttatg gacttcgcac catatctcaa aggtgatgcg     2160

aaataccaac gtgcaccgga tatgatttat agctttaaaa atattggtaa agctgaaatt     2220

acagggttgc aagcggaagt acaacaaaaa ttcggcaaat attggtctgg taaattaggt     2280

tatacatatt tacacgccat caacaaaagc gatccatcca tgccacgtca attattggat     2340

aaaccaatgc acaaagttga tattggcatt acttatgata accctaaatc cggttggaat     2400

ggctccatct ggggtgatta ctatatcaat atgcttgata gtaatactct taataacggt     2460

ggtaactact ggccagatat cttgtctggt gatgcaggcg tttataagaa acaaatgtat     2520

gaaaagaaaa catttggcat ttggaatgta atgattcaaa aacgtttcaa taaaaatgcc     2580

atgatgtatt tcggtatcaa caatatcttt aaccatcgcg atgatgatcg tgccacacaa     2640

gaacgcgtat accgcatggg tgttaacctt aaatttggtg gtggcgatgg tagtaaaact     2700

acggctatcg gcaaaactaa gaatggtgca aacgttaatg ctacaggtgc taatatagct     2760

aatggtgaag tggtaaattc tgaatctggt gtacaaaatg tagctgatgt agttcgttta     2820

actgacttta ttcgttctga ttttgatact actaaagaac gtggtattac aatggttggc     2880

gactatagag cgcgttggat ggcacatgat ggttctaata gaccgcaatc tccatttaga     2940

gcaaactctg ccatcggttc tgcaaaagcc aatatgtacg atgctaatcg tcatagtttt     3000

gaacaacgct tacgccttgg ctttgatgct cgactcaatg agttcactaa cctcaaagtt     3060

atcggtagca tgagtggcat gagtggagta gatacaagct ggacaaaatc tgattccaaa     3120

ggtctcaacc atcaacgact cgatacagtt gatcttacaa gacgcgttaa gaaatgggac     3180

gtatccgtag ggcgtttaac tgagcctatg ggcgttagtg gctactggtt tggtcaatca     3240

tatgatggcg ttcgtgctgt ttggaatggc catgattctc aagttcgtat tggtgttggt     3300

actttcaaac atagtacagg tatcactgat tctgcatata cacatgcagt gcataaagtt     3360

atctttagac caccaacagc agctgaattg attggtatca atcgtgatga ttatccatat     3420

gatatcaaca gtgctacaaa atctggttca gatggtgaaa gaaaagattc tgatgctccg     3480

gcagcaccag atagtcctaa tggcatttat gattcgactt ataaaggcaa gactaatagc     3540

ctttatttct atcaacagct taaagatttg caagatgaat atgaagctta taaggctaca     3600

ttaaatctaa attggagtaa tccaaaccgc gatcaagaaa ttgaaaaggc taatgctaag     3660

ttagcagaaa cacaacaaaa acaagctcaa gttatgagtc gtttacaaga tattcttaca     3720

aaagcatatc ctaaagagat ggctgagaaa aaattctccc tcgatattcc atctggtgga     3780

tatacaatgt acgaaattac taataagaaa acaggggaaa aactctataa gactggtgag     3840

cttatgtata atgtgaactc tccgttatac cctgaatatc taaaagataa ggcaaaaggt     3900

ctaatcgtac ctactgataa taaagaagct ttgttgaatc caaagggtta tgttgataag     3960

catggtaatg agattaatca atccatttca gaaattgcta aatataatgc cacagataat     4020

tggaagaatt ataataatgg ttcgcttgat gaggtttggg taaaacaagc tgatggtaca     4080

tttaagagat cttatgatta ctatggtcaa ccatctagtg attacgaatt tactggtttc     4140

ttaggggcta agacttataa atatgatagt ggtaaatacg tatttagcga ttatgatgct     4200

aaagaggcct tatataagaa gaactttaca atgtcctata acgattatgg tgaaggtggt     4260

tcttattatg gttggggcat gccaaatgct atgtataact atatgtataa tcttgaaaat     4320

gttgtacatg atgcagagtc tgaaaataaa ttaccacgcg aagcaatcgg taaggtcatt     4380

ggcaacttga tcagaacaga aggtgtagtt cttgaaaaag atactgtacc agccatcgat     4440

aaggccgcat ttattcaata caagaaacaa attggtgctc gtcttggttt acaagcttgg     4500

tacttacgtt cctttggcgg taaaacacat acatatttaa atgctaatgg aaacagtaat     4560

gatgaataca gcttctccaa tgtagctcat gtatttggta tcggtgctaa gtatcaactt     4620

ggtgctaatg cagctgttac ggttgattat ggtcaaaatc gttctaacct aggacgttac     4680

ctcaatggta ataccgtata tcaacatgaa cgtggcacag cagactttac tctaaaa        4737


<210>  3186
<211>  1356
<212>  DNA
<213>  Veillonella parvula ATCC 17780

<400>  3186
atgatagagg taaagactaa tcaacaacaa aatattcgat tgctcgctgt aaaagcattg       60

agtgaaatta atcgcaatgg tgcttatgca aatataaagt tgcaagagta tttacagaaa      120

tatcatctat ccgatttaga tcgaagattc tttactgaac ttgtgtatgg agtcattcgt      180

agaaaaaatt acttggatgc tattattgtt cactttgcaa agcgaccctt aaagaaacta      240

tcttctatgg ttgtggaaat tcttagactt ggtatttatc aaattatcta tatggataag      300

gttcctgaaa gtgcggctgt taacgaatct gttaaactcg ccaaaaagct aactagaggt      360

ttatctggtt ttgtaaatgc tgttttacgt tcggttttac gtgaaagtga tagcatttct      420

atcggtgaat tagctaagtc cgaagctgaa gaaatttcct ttatctacaa tcaaccatta      480

tggcttgtca acttatggat aaaagaaatg ggaaaagata agaccgtaga tctttgttct      540

tggtttaatg aacaacctcg tttgacggct cgcataaata cagtgaaagt atctattgag      600

gattgtttaa aagaattaga agatttagat tggattgtag aacaggatac atatattcct      660

gaagtagttt atattgatgg acatcaaggt tatttagaaa aagctaaacc tgttttagaa      720

ggtcatatta cttttatgga taaagcatct atgttagtag cccatgtggt agatcctcaa      780

ccaggagagc gtatcttaga ctgttgtgct gcaccaggtg gcaagtctat gcatatggca      840

agtcttatga ataatacagg agctattatg agttgtgata tttacgacca taaattagaa      900

ctgattaatc aaaatgctga gcgattaggt gtatctatta tttctactaa gcttcaagat      960

ggtcgttatc ttcctgataa ttggaaaaaa caatttgatc gcgtcttagt tgatgctcct     1020

tgttctggcc taggtatatt acaaaagaaa ttagacatgc gttggcgtaa aacagagtct     1080

ttacttattg agttgccgcc gttacaactt gaaatattag aaaaagcttc tgaaatggtt     1140

aaggttaatg gatatttagt atattccaca tgtactatga atagtggtga aaatgaagct     1200

gttctaaata aattcttggc aattcataag aactttatca tcgatcctgt atcatataaa     1260

ggggcaccac aagctataga tggtatgatt acaacctatc caccgcgaga tcatatggat     1320

ggtttcttta tggctcgcat gaaacgctta tcataa                               1356


<210>  3187
<211>  723
<212>  DNA
<213>  Veillonella parvula ATCC 17781

<400>  3187
ggtaataacg ctgttaatcg catggtagat agcgatctta aaggtgttca atttttatcc       60

gctaatactg aaagccaagt gcttgaatta tctaaagcgg atgtaacgat tcaaattggc      120

gagaaggtta caaaaggtct tggtgcaggc gcaaatccac aaatcggtga agaggctgct      180

caagaaagcc gcgaagaaat tataaaagct cttgaaggtg ctgatatggt attcgtaact      240

gctggtatgg gtggtggtac tggtacaggt gctgctccta tcgttgcaga atgtgctaaa      300

gaaatcggtg cattgacagt cggcgtcgtt actaaaccgt tcgcatttga aggtaaacgc      360

cgtcgtgcac aagcggaaaa aggcattgaa ttcttgactc aaaaagtaga tactattatc      420

gttattccta atgataaatt gttgcaagtt gtagataaaa aatgttcctt aagcgatgca      480

ttccgtacag ctgatgatgt acttcgccaa ggtatcaagg gcatttcaga cttgattcaa      540

gttcctggct tgatcaatct tgactttgca gatgttaaaa ctatcatgac tgaacaaggc      600

gaagcattga tggggattgg cgttggcgaa ggtgaaaacc gcgctgctga cgcagctaaa      660

atggctatta atagcccatt gttggaaaca tctatcgatg gtgcaaaagg catcttactc      720

aat                                                                    723


<210>  3188
<211>  960
<212>  DNA
<213>  Veillonella parvula ATCC 17782

<400>  3188
atgcctatta aagtaataaa aaatttaccg gccataacga aattagctca agagaatatt       60

ttcgttatgg atactgagcg ggcggaaaat caacaaatcc gacctttgca aattttgctt      120

gtcaatttga tgcctactaa agaagtgacg gaaactcaaa tcttgcgtgc tctcagtaat      180

agcccattgc aagttaattt aacattatta cacaccgcat ctcgtaaggc taaaaataca      240

gatgaacaat atttagaaac cttctatcgc acttttgatg aggtaaaaga ccagttcttt      300

gatggtatga ttattaccgg tgctcctgta gagttaatgc cttttgaaga ggtagactat      360

tggtctgaac tcgtagaaat catgaactgg ggcgaagaac atgtatattc gaccttctat      420

atatgttggg gagctcaagc tggtttgtat catcactttg gtattaacaa atctattatg      480

gacgagaaat tattcggtgt ttacgaacac gatatttata atgatcgacc agtgctcatg      540

cgtggattcg atgaaaagtt ttggatgcca cactctcgtc acactacagt ttctttgcaa      600

caaattaagg aaaatcgtga cttggaactt ttggctgggt ctgaaccaac aggtgctgct      660

atcgttcgta gcttagataa taaacatatc tttgtatttg gtcatgccga atacgattgg      720

gacacactta accgtgagta cgtgcgggat atcaaaaaag gtatggatat tgcggttcct      780

gaaaactact tcccagataa tgatccgaaa caacgtccca tcgtgcgctg gcgctctgta      840

agtacactat tatttacaaa ctggttgaac tactatgtat accaagaaac accgtacatc      900

attgaacaaa tccaaaaaat gaaatttgaa cgggataaaa atttaggcgc ttacatctaa      960


<210>  3189
<211>  1677
<212>  DNA
<213>  Veillonella parvula ATCC 17783

<400>  3189
atgaaagtac gttatcgtgt tgtaccaaaa cagaataaga aatcatcctt ctatgtgaac       60

tgtcatagcc aacatgtgac gattcaagca gcagactctg cattttccac attgcttagt      120

ctacgtgaaa ggttgtctgc atggtataag gaaaaaaata tctcttttga tgatattcca      180

acaaatacag atacagcttg ttgctttgct tggaaagtag atactgaaac gggtgaaggg      240

ttagatacct attattatgg cggtggctgt ggtgctggtg aatggattga agcggctgaa      300

gcacaacgtg aagctgaaga ggctaaaaat caagaaccta gaggcaagtc ttttgcgggt      360

tatgaccaac aacatgaata tgatgatgta gacgaagatg attttgcccc atttgtagaa      420

gctattgaat taggctattt caacaatagt ccagttgttg tgtctcgttc taatcatacg      480

gctgccgaat ctagcagtag tgatactatc gcatctgtga gcagtacacc taaagcaagc      540

aaaggctttg gacctaaaaa aactacaaaa tctacggcta aaggaagtga aggggatggt      600

aaatatcctc gtcgtgcacc aaaggatgca cctactgatg aaggcatgat tttagggcct      660

aaaattgaag gggtcacctc taaaatcatg ggcaccttgg atacacctag tgtaattttt      720

gaaggtgtct ttgtaggttt agataaacgt gatactaaga ctggtaaaag tatcgttaac      780

ggcagcattg tagatgatac aaatagcatt aaatttatca agtttacgaa cagtcctgaa      840

gaaggggatg aattactaaa acaactaaaa ggcttacaac gggttcgcgt acaaggtagt      900

gtcagctttg atgatcgttt tgacaaggat tatatccttt ctattcgcag tattgaagca      960

atagaaacta ctagtgtgga acgaactgaa aatcgtccgg actctcgtgt ggaactccac     1020

ttacatacca agatgagtga taaagatgct ctcgtatctg taaaagactt gtttaaaaca     1080

attaaaaaat ggggtcatcc tgcggtggct attacggacc atggcgtagt acaagccttc     1140

ccagaagcgc aagctcttgg taaggagtta ggtgttaagg ttatctacgg tgtagaaggt     1200

tacctcatcg aagatgaaac ggtaacaaaa gatgaagagc ctgtactaga taagaaaaag     1260

aaaaaagaaa aagataaacg gtaccatatt atcttgttag ctaaaaatat ggtaggttta     1320

cgtaatttat acaaaatgat ttccatttct caccttgaac attacaaggt tcgtccgcgt     1380

ttgcctcgct ccgttattga agaacatcgt gaaggtatta tcatcggttc tgcctgtgaa     1440

gcaggggagc ttatgcaatc catcgttcgt ggagctacaa aagaagagct tttaaaaata     1500

gcctccttct acgattatct tgaaattcag ccacatacta acaatacgtt tttggttcgt     1560

aaagggctca tgcccgacga gcaggcactc atcgatatga ataagaccgt tatcgaatta     1620

ggggaagctt taaataaacc tgtatgtgct acttgtgacg ttcactacct gacacca        1677


<210>  3190
<211>  1923
<212>  DNA
<213>  Veillonella parvula ATCC 17784

<400>  3190
gtgcttgaag gcctctataa acgaagaaaa acgaatcgct ttgatgtact cttttacatt       60

gtagccggca tatttatagt cttggcatta cgcctgatgt cgttgcaaat cttgtctggt      120

ggttattacc aagctaaggc agaaggcaac cgtttgcgca tggtatccat gacagctgct      180

cgtggtatta tgtacgatcg aaatggtcag atcttagtag gttctagacc ggcatacact      240

atctccattt tgcctacggg gaaggctcta gacgaaggtg aagttgctaa gttggcaact      300

ttgctgaaaa ttaaaccaga agatattaca aaaaaggtaa atgatcataa atatggttat      360

gagccaattc gtattgctaa tgatatttct atggatgtag ttacaaccat cgaagagcat      420

cgtcatgaat taccaggtgt taccatagat gtagaaccac ttcgctatta tccatatgaa      480

acgatggctt ctcagctctt tggttatgtg ggtgaagtga gcgaagaaga attagaagag      540

ctaaaacagc aagatccaaa tacccttatt agtggtggta ctattttagg ccgttctggt      600

cttgaaaaac tatatgattc catcttgcgt ggcactgatg gtggtaaaca ggtagaggtt      660

gatgctacag gccgaccggt tgcggaggta gatagaaagc atacagtgcc tggatctaat      720

atccatttga caatagatgc aaatctacaa aaggctgctg aagaagctgt taagaatcaa      780

ttagaacagt tgcgtgccca aggcattcca gctcaaggag ctgctgtagt agcaatggat      840

ccaaatacgg gtgccatttt ggccatggtc agcgcccctg agtttaatcc taactggttt      900

gcgaaaggga ttacaacggc acagtggaat caattgaata acgataagaa tcatccattt      960

gataataagg ttatttctgg tgaatatcca ccaggttctc cgttcaagat tattacaggt     1020

acggcggctt tagatcttaa aaaggttacc cctgaagaaa tgatttttga tagtggtaaa     1080

cattggctta tcgataaacg aaatgcagaa ggtgaagcat tagggtggct taactttaat     1140

aaagctcttg caaaatcaga taatgtttac ttctatgaaa tgggcaatcg cgttggcata     1200

gaaggacttg taaaatatgc tggctacttt ggtattggcg aaaagacagg catcaatctt     1260

gttggtgagg cctctggtaa tatggcaagt cctgcttata aacgcaaagt gtatgatgaa     1320

gattggtatt taggtgaaac ctttgatgcg gccataggtc agtcttttac tttggtgaca     1380

ccattacaaa tggctgttat gctcagtgaa gtagcaaatg gtggcattaa ataccgccca     1440

tatgtggtga gccgtattga taataaggat ggcacgccaa aagaaatctt tggcccagac     1500

aagctcggta tcttacctgt accaaaaaat attatggatc ttgttcgcga aggcttgcgt     1560

gacgttacta atgaaggtgg tacagcaggg gagttgttta aaggattccc tattgatgta     1620

gctggtaaaa caggtacttc agagaatgca catggcagag accacggctg gtttgtagct     1680

tatgcaccat atgataagcc acaaattgta gtggttgcac ttgttgagca aggtagcttt     1740

ggtgcgggct ctgcagggcc tatcgtaaga gatatattag ttgcgtactt caatgtacca     1800

gtgaataaga aatctaatga tacaaatagt aagagcaata aggaaactgc tacggggaca     1860

agtattaata aagggcaaaa acctcagaat gcggtaacta gtggacaacc aagaaaggat     1920

tag                                                                   1923


<210>  3191
<211>  1254
<212>  DNA
<213>  Veillonella parvula ATCC 17785

<400>  3191
ttggcaaaag ataaagacac tatgcgctgc agtttttgtg gacgcacaag cgaagaagtc       60

cgcaaattag tggcggggcc taacgtgtat atttgtgatg aatgcgttga agtttgtgaa      120

cgcatcattg cagatgagtt gggtgcggtt gagacggacg acttcaattt aaaagaattg      180

ccaacgccta gagaaattaa agctcatctt gacgaatatg tcattggtca agatgatgct      240

aaaatctctt tagccgtggc tgtatataat cactacaaac gtttacaaac agataatgta      300

gttgatgatg tagaattaca aaaggctaat gttttattca ttggtcctac tggtagtggt      360

aaaacactat tggctcaaac cttagcgaaa atgctagaag taccatttgc tattgcagat      420

gctacaagct taactgaggc tgggtatgta ggggaagatg tagaaaacat cttactcaaa      480

attatccaag ctgcagatta tgatatagct cgggctgaac gtggcattat ctatatcgat      540

gaaattgata agattgctcg taagtctgag aacccttcca ttacacgtga tgtgtctggt      600

gaaggcgtac aacaagcatt gcttaaaatc ttagaaggta ctgtcgcttc tgttccccca      660

caaggtggta ggaagcatcc taatcaagaa atgcttcaaa ttgacactac gaatattctc      720

tttatttgtg gtggtgcatt tgatggtatg gataaggtta ttactaagcg taccgctaag      780

aaaacacttg gctttggtgc agatgtacag cgtaaagaag aacgcaatgt atcggctatc      840

ttaaaagatg ttgtacctga agatttatta aaatttggct tgattcctga gtttattgga      900

cgtttgccag taatggtgac attagatcaa ttagacagag atgcgttaat tcaaattttg      960

acaaagccta aaaatgcatt aacaaaacaa tatgaaaaaa ttctatccct tgatggtgta     1020

gaattaactt tcactgaaga tgcattagaa gaaatcgctg atgaagcatt acagcgaaaa     1080

acaggtgctc gtggtttgcg tgctatcatt gaaaaggtga tgaaacgcgt aatgtttgag     1140

gttccttcca tgccggaagt aactaagtgc attgtgaatc gtgaatccgt attaagcaca     1200

ggtgaaccta tactcaaaaa tgaggcagac caagacatcc agttgaaatc gtaa           1254


<210>  3192
<211>  1065
<212>  DNA
<213>  Veillonella parvula ATCC 17786

<400>  3192
atgattaata ttgaatggcg taaagatacg ctggtactat tagatcaaac taaattgcct       60

actgaaatta catacgttca ctgtacagat tggcgccaag tggccgaagc tattaaaatg      120

cttcgcgttc gtggcgcacc tgctattggc gtagctgcta gttatggtct cattttagct      180

gctatggaag caggacgttt agaggcgcca tttagtgaac aacttacaag cttatatgag      240

tttagtgaga tcttaaaaga aactcgccct acggcaatca acttagcttg ggctgtagat      300

cgtgtaattt ctcttgtgaa aactaatgtt gacagtatgt cctcaatgag tgaagtagta      360

gacctcatta caaaagaggc tattatcatt cacgaagaag atgtgtcttt gaatagacgt      420

atggccgaag caggttctac attatttgaa ggtaaaaaga atattcgcat cttaactcat      480

tgtaatgcgg gtgcactagc tacaggtggt ctaggaacag cacttggtgt tgttcgtaaa      540

ttacatgaaa atggacaact ggaacgcgtg tatgctgatg aaacacgtcc attattacaa      600

ggtgctcgac ttacagcctt tgaacttcac gaggatggta ttcctattac tcttgaaaca      660

gataatatgg ccgcctatgc gatgcaacat gggttaattg atgctgttat cgtcggtgct      720

gaccgcatca ctacaaaagg ggatgtagcc aataagattg gtacctatgg tgtggctgta      780

ctagctaaat tccacaatat tccgttttat gtagccgctc cttatagtac atttgacttt      840

actctggaaa atggtggaga tattcctatt gagatgcgca atgatgatga agtaacagct      900

ttacacggtg ttcaaatagc ccctagtggt attggtgtac ttaatcctgc attcgatgta      960

acacctcatg aacttgtaac agcgattatc accgaagagg gagtattgac tccaaattat     1020

gaagagtcaa ttggtaagct acgccagatt gtagaatcta aataa                     1065


<210>  3193
<211>  1041
<212>  DNA
<213>  Veillonella parvula ATCC 17787

<400>  3193
atgggtatca atcaaaaaac gttgccaggc attttgctct gtgccattct tgctattcct       60

tgttggctac taggacagca atttcatcta gtaggtagtc caatctttgc catcatttta      120

ggtataatta ttggttctat ctttacctct tggaaacggg aaaaaacagg tgctggcatt      180

ggatttacat ccaaaaagat tttacagtgg gccgttattt tgttgggctt tggtcttaac      240

attacacaga ttctacatgt aggttggatt tctttacctg tcatcatttc taccatcgct      300

acatcgttaa ttgtatccta tgttatttat cgattaaccc atattgactc taactcagca      360

gtcctcattg gtgttggttc atccatttgt ggtggttccg ctattgctgc tgcggctcca      420

gttattaaag cagaggatca tgatattgca caagcaatct ctgttgtatt cttcttcaat      480

gtagtagccg ccttcgtatt ccctcaatta ggcgacgcca ttgggctctc taacatgggc      540

tttggattgt tcgctggtac tgcagttaac gatacttctt ctgtaacagc aacagctgct      600

gtatgggata gtatgaaagg tacgggcact caagttttgg aatatgctac tatcgtaaag      660

ctaacacgta ccctagctat tattcctata tgtttaggcc tcgctagtta tcaagtatac      720

aaagccaaga aaaatgcctc tcagacagat ggtgcaaacg ttagtattgc taagattttc      780

ccaagattcg ttttatactt tgtactttgc tcccttatca caacagcatt atcctatgct      840

aatgtagata ttcaattctt gagtatcttc aaaacaattt ccaaatactt tattacaatg      900

gccatggtag caatcggcct taatacaaat attgtaaaat tattaaaatc cggcggctct      960

gctctagcct taggtgcttg ttgctggatt gctatttctg tcgtaagcct tatggcacaa     1020

catatgatag gtttatggta g                                               1041


<210>  3194
<211>  603
<212>  DNA
<213>  Veillonella parvula ATCC 17788

<400>  3194
agactaatgg atattttgat tattgtatat gctgtattat catttcttat cggttcgatt       60

cctagtggat taattatagg taagtttttc tttaatacag atgtacggca atatggctct      120

aaaaatattg gcgctactaa tacatatcgt gttataggtc ttaaagcagc cttacctgta      180

tttctatgtg atgctttaaa aggggcagca ggagtagtgc tactctcacc ctatgggcct      240

atgtttatga tcttaggtgg tattcttgga atgatggggc ataactggtc tgtttttttg      300

ggctttaaag gtggtcgtgg cgttgctacg ggtttaggtg tacttattgc tctttcacca      360

atagtagcat tgatttgctt tttggtatgg ggtgttatcg tatacttcac taaacttgta      420

tctttaggct ctatcattgc cgctgcatta gtaccagtac taatgtattt cactggagaa      480

tccttctggt ttgttggctt tggcggatta gcagctttgt ttgtcattgt acgtcactgg      540

gataatatta agcgtctact tgctggaaat gagttaaaag tagagcgcat taaaaaggat      600

taa                                                                    603


<210>  3195
<211>  984
<212>  DNA
<213>  Veillonella parvula ATCC 17789

<400>  3195
gatcccaacg gcgtttatcg tgaaatagga ggacagatga aaccttttac gcgtgtactg       60

agcgcctttg cggtaggtat tcttctgcaa ggtggggtat acctatacct tgatcaatat      120

atgtttgcac cgactacgga ttttaatgtg gctggtgctt caaaggatga tactaagaac      180

tttcctgatg taaaggaagg aactaaatat gtatcttatg accgtcagtt catggcggtt      240

gttactgaaa gctctttaaa aatttataag gctaatgaaa gcaagcctac aacgattgat      300

ttgaagggcc gttctattag ttacttcaac tggatgccag accgtaacta tgctgtcatg      360

ggtttatatg actccagaga tgttgtcatg gctcgtctta atgcggatga tccagaacac      420

gaagttgata cgaaacttga agacttgcct cggggcagta aaatcgtaga tgctgcgtac      480

tctgaagcga caaatgtggt gtatatgaag gtaaaagttc aagaacacac atatcgcatt      540

tatcgtaccg atgctaacta cgatacacgt cgcgtttaca tgcaagctac tgatatcggt      600

catatcggtg tattctacga tgaagataac ttcttctacg ataatgtgag aactggggat      660

gtattcatgt tcaacggcat tgaaggggga tggcgtgtta tcaaccctga agggcgtttc      720

cgctttatcg gtgttgatat ggacaaaacc atctacatcg cccgtgttga tgaggacaat      780

aatgcattga ctgtttacac tggtaaatta ggtgtaggct tcaatccagt ttacaaatac      840

aaccacccta ctacatttaa tgagttgaca ttatcagatg taaaaaacat cattaagaat      900

ggtagtgaag aaactactaa ggtaacagaa gatactacat cttctaaatc atcaaatagt      960

agtggtagta aaaagaaatc ttaa                                             984


<210>  3196
<211>  4203
<212>  DNA
<213>  Veillonella parvula ATCC 17790

<400>  3196
gtgctagacg taaatgaatt cgattccatg cgaatcggtt tagcctctcc agagcagatt       60

ttatcctggt ctcatgggga agttaagaaa cctgaaacaa ttaactaccg tacgttgaag      120

ccagaacgtg atggtctatt ctgtgaacgc atttttggac caacaaagga ctgggaatgt      180

cactgcggca aatataaacg catccgccat aagggcgtag tctgcgacaa atgtggtgta      240

gaggttaccc gtgcgaaagt acgtcgtgaa cgtatgggcc atattcaatt ggctactcct      300

gtatctcaca tttggtactt caaaggaatc ccatcccgta tgggtcttat ccttgacata      360

tcaccacgtt ctttggaacg cgtattatac tttgcttcct acatcgtagt agatccagct      420

ggtacaccat tgacaaaacg tcaattgttg tccgagcaag aataccgcga atacgaagct      480

caatttaatg aagacggtta tactatcggt ggtaaatccg tcgtaatcga aacagtggct      540

caacgtaatg aacgtttagc tattgttcgt gaagcacaac gcaaagagcg ctataatgcg      600

gctcttcgtg atgatgcaac aataccagaa gctgataagg aatacgaaga attaactcgc      660

gaagaacgct atgagttagg cgctgctgaa gaggttctct tcgcatgtat cgacatgggt      720

gctgaagcgg taaaagctct cttatcagaa cttgatcttg aagcattgaa tgccgaattg      780

cgcgaagagt tgaacactgc tagtggtcaa cgtaaaatcc gtgcagttcg tcgtttggaa      840

gtagtagaag cattccgtca atctgggaac cgtccagaat ggatgattat ggacatcgtt      900

cctgtaatcc cacctgaatt gcgtcctatg gtccaattag atggtggccg ctttgctaca      960

tctgacctca acgatttata ccgtcgtgtt atcaaccgta acaaccgttt gaaacgttta     1020

ctcgacttgg gtgctcctga tatcatcgtg cgcaacgaaa aacgcatgct tcaagaagcg     1080

gttgatgcat tgattgataa tggccgtcgc ggtcgtcctg ttacaggtcc tggtaaccgc     1140

ccattgaaat ccttgtccga catgcttaaa ggtaaacaag gtcgtttccg tcaaaacttg     1200

ctcggtaaac gtgttgacta ctccggtcgt tccgtaatcg tagtaggtcc tgaacttaaa     1260

atgcaccaat gtggtttgcc aaaagaaatg gcattagaat tgttcaaacc attcgttatg     1320

aaacgtttgg tagaacgcgg tcaagcatcc aacatcaagg ctgctaaacg ccaagttgaa     1380

agaattggcc ctggcgtgtg ggaatccttg gaagaggtaa ttaaagaaca tccagttctc     1440

ttgaaccgtg cccctacatt gcatagactt ggtatccaag ccttcgaacc aatcctttgg     1500

gaaggtcgtg ctatcaaatt gcatccatta gtatgtacag ccttcaatgc cgactttgac     1560

ggtgaccaaa tggcgtgtca cttaccattg tccgtagaag cacaagcgga agctcgtaca     1620

ttgatgcttt ctagtcataa tattttgtct actaaggacg gcaagccagt agcagtacct     1680

tctcaagata tgatcttagg tacatactac ctaacagttg tacgcgaaga tactcgtgat     1740

aaagcaaaaa catttgctac ctatgatgaa gttatgcttg cctatgagtc tcatatcatt     1800

ggtttgcaag atattcttta tatccgttta cctgatcatg gccgtgtaga aacaacagca     1860

ggtcgcttga tcttcaacaa tgctttattc ccagaattgt ggcaatacga gaaacgtgaa     1920

gatggcactt actctttagg taaggttatg gataagaaaa cagttggtaa attggttgat     1980

caatgtttcc aattgtttgg taatgaaaaa acagcagaat tattggaccg catcaagtcc     2040

ttgggttact ccttcgctcg tcgcgcaggt atgactgtag ccattgctga tattaaagta     2100

ccagaagtta aaactagctt gttagataca gcggaacaag aggtagaaaa agtatctcgt     2160

atgtaccgcc gtggtcttat tacagaagaa gaacgttatc gtaaaactat ccaattatgg     2220

acaaaggcaa cagaagatgt taccgatgcg atgatggata atatggcgtg cgataaagac     2280

ggctttaacc ctgtttacat gatggctatc tctggtgccc gcggtaataa acaacaaatt     2340

cgtcagcttg ctggtatgcg tggtttgatg gctgatccat ctggtcgaat cattgacttg     2400

ccaattaaag caaactttaa agaaggcttg actgtattgg attactttac atcctctcat     2460

ggtgctcgta aaggtttggc cgatacagcg cttcgtacag ctgactctgg ttacttgaca     2520

cgtcgtcttg ttgacgtatc tcaagatgta atcgttcgtg aggacgattg tgacgttgta     2580

ggtatcgatc tcgttcgtga acgtgctcgt ttggctacat ctccacgtca agcattagaa     2640

ttgcttaagg ataaactcat tggtcgcgtt ttagataaag atgttgtgaa tgctgaaaca     2700

ggggaacttg ttgtaccagc tgaaactatc ttggatgaac aatgtttggc agatattgct     2760

gaagctggtg ttacatctat cgcattgcgc ggtgcacatt tgggctctga tagcgatatt     2820

aatcatacta acttggttca aaaaattatt cttggtgaaa gcgacgatag tatccgtgca     2880

acattgaaag aaactatggt tcaaaatatg ttgaacaagg atactgtaca agcaatcgtt     2940

gacagcgaag gtgtagaaat cttcccagct gatacacgtc ttactgaaga aggcatcgaa     3000

gctatcctta actccgatgt aaaagaagta caagtacgga acaatgaaat ccacggtatt     3060

gaagtggaag ctatcgttga aggtactggt gttatcgagc cattaaaaga ccgtatcgta     3120

ggtcgtattg cagctgaaga attagttaac aaggaaactg gcgaagttat cgttcctctt     3180

aatggtgaaa tcacagaggc gttagctgat gaagttgtaa aacactatga aacagtaaaa     3240

atccgttccg tattgacttg tcgtagccca tatggcgtat gccgcaagtg ctatggtcgt     3300

gatctaggaa ctggcaacca agttcaagtt ggtgaagctg taggtatcat tgcggcacaa     3360

tccatcggtg aacctggtac tcagttgaca atgcgtacat tccatactgg tggtgtcgca     3420

ggtgacgata ttacacaagg tttgccacgt gtcgaagaat tgttcgaagc tcgtaaacca     3480

aaacgtaacg ctatcattgc cgaaaacgaa ggtacagttc gtgttgtgcc taatgaaggt     3540

aagaaaggta cgaacactat ctttatcact ggtgaagatg gtattgaact tgattacctc     3600

attccttacg gctcccgcat tatcgttaaa gacggtgacg tggtatcctt gggcgctcgt     3660

ttgacagaag gctccatcaa tcctcatgac attatgcgtg tcatgggtac tgaagcaact     3720

caacgttatc tcgtatacga agtacaaaaa gtatacaaat cccaaggtgt agaaattaac     3780

gataaacata tcgaagttat cgttcgtcaa atgcttcata aagttaaaat tgaaacagct     3840

ggcgatgcgg atatgcttcc aggggatatg gtggacgtta atacctttga cgaagaaaac     3900

cgtcgtctta ccctcaatgg tcgtgaaaat gctacaggca aacgcacgct attgggtatt     3960

acgaaagccg ctttggcaac ggactccttc ttgtccgctg cgtccttcca agaaacaaca     4020

cgtgttctta ccgacgctgc catcaagggt aaaatcgatc cattattggg cttaaaagaa     4080

aacgtaatta tcggtaagtt gattcctgct ggtacaggca tgagtcgtta ccgtaagatt     4140

gaagttgtaa aaaatacacc tgaaatcatt gatattacgg aagaggttat gtctgaagat     4200

taa                                                                   4203


<210>  3197
<211>  1518
<212>  DNA
<213>  Veillonella parvula ATCC 17791

<400>  3197
atggctaaga aaatcatgtt tcaaggaacg agttctaatg taggtaaaag tattctttgt       60

actgcattat gccgtatttt ttatagaaaa ggttttaaga ccgttccttt taaagcacaa      120

aatatggccc ttaattctta tgtgacaaaa tggggcgatg aaattggtcg tgctcaagtc      180

gctcaagccg aagccgctgg tattgatcca attgttcaaa tgaatcctgt gttattaaaa      240

cctacaggaa atcaatcgtc tcaagttgta ttgatgggga aacctgttgg cgtatatagt      300

gccaaagaat atcatacaaa atattcacta accgctttag ataaggttaa agaatctatt      360

gatttcttag actcaaattt tgatatgatg gttatcgaag gtgccggtag tcctgcagaa      420

gttaacttaa aagcaaatga cattgtaaat atgcgtattg ctaagatgac tcaagctccc      480

gtatatctta ttgcagatat agaccgaggt ggtgctattg cgtccattgt tggtacctta      540

gaattattag aaccagaaga acgcgatctt attaaaggta tcgttatcaa taaattccgt      600

ggtgatatca aactattaga accagctctt acatttattg aagaaaaaac aggtaaaaaa      660

gtggtaggtg ttattcctgc cattgagaac ctcgatattg atgaagaaga ttctgttgca      720

ttagagaaca aacgcaatag tggtactaaa gatattcagg tcgtagttat gcaaacacct      780

aaaatctcta attttacaga ctttgatgca cttaattatg agccagatgt atctgtccgt      840

tttgtaggcc ctggagatgt tatcggtacg ccagatttaa ttatattacc tggttctaaa      900

aatacattgg ctgacttaac atatttacgt gatacaggct ttgctgatga aatcaaaaaa      960

ttggctgctc aaggtacacc tattatcggt gtttgtggcg gtaaccaaat gttaggtaaa     1020

actatttatg atccgcatca tatggaaggt gatatcgagg aaattgaagg acttggcctt     1080

gttgaatcct ccacgactat gaaggctcaa aaaactaccc atcaagtaca attcaatgta     1140

tctaatttac agtttttaaa tggtactttc aggggtgaaa aattagtagg ctatgaaatt     1200

catatggggg atactacgcc actagcagat tcggtgtctc gttgctttac aattacaagt     1260

cgcagtgaag aggctgtcaa tgttattgat ggttttattg atggtaatca tcaagtaatg     1320

ggtacatata ttcacggtgt atttgataat gacgagttta gacgttttat tatcaatcaa     1380

ttacgtgaac gcaagggatt acaaccatta gatgtagtat tccattattt tgaccataaa     1440

aatgcggcat ataatcgctt agctgatatt gtggaggaac atctagatat ggattatatt     1500

atgtctacct tgggatag                                                   1518


<210>  3198
<211>  726
<212>  DNA
<213>  Veillonella parvula ATCC 17792

<400>  3198
atgattaaat tagaaaatgt acataaatct tttggtaaaa atgaagtact aaaaggtatt       60

aatttacata ttaaacaagg tcaagtagtt gtaatcatcg gcccttctgg ttctggtaaa      120

agtacggtac tgcgtactat gaactattta gaggaaccta catctggtaa ggttatcgta      180

gatggcatgg atctttctga taagaaaaag ttaaatgacg ttcgtgctga agtaggaatg      240

gtattccaaa actttaattt gttcccacat atgacagtta tggaaaacct taccttagca      300

caaactaagg ttcgtaaaac atctatggaa gaggctaaga agataggtca agctttactt      360

gatcgagtag gcttggcgga taaagccaat gcataccctg attctttgtc aggcggtcaa      420

aagcagcgtg ttgctattgc tcgtgcttta gctatgaaac caaaagtaat gctttttgat      480

gaacctactt cagctcttga tcctgaaatg gttagtgaag tgctagatgt tatgaagtct      540

ttagctgagg aaggtatgac gatggtcatc gttactcatg aaatgggctt tgcgaaaaag      600

gtagcggata gagtgttatt tgttgatggt ggcttgattt tagaagataa tacacctgaa      660

cgcgtatttg atgcacctac caatgaaaga acaaaatcat tcttagataa aattttgtta      720

gattaa                                                                 726


<210>  3199
<211>  627
<212>  DNA
<213>  Veillonella parvula ATCC 17793

<400>  3199
atggatatta tttggtatat atttgatatg attggcacta ttgcttttgc tatctccgga       60

gcacttgttg gggtggcgcg gagaatggat atatttggta tggctgtatt ggcactggcc      120

acggcaatcg gtggtggaat tgtacgtgat gttctcttgg ggtattttcc gccgaattcg      180

ttacgcaata ttgtatatgt aactgtggtt atttccgtaa caattatcgt atttattatc      240

tataacagcc gttatcgcaa gcatgctatg ggccctcgta gccgagcaag ctatttatta      300

gccgatgcag tcgggttggc atcttttact gtaaccggag catctgcagg atttaaacta      360

tatcctgagt tgccaatttt cattgtttta ttaggaacta ttactgctgt tggtggtggt      420

attatccgag atatgctggc tcaacggatt ccgtctgttt taaaagaaga tgtgtatgct      480

ctgcctagtg ttattggggg catcgtttat tacttaatgg ttatttctaa ctgggttgga      540

gaggctgtat atggtgcttt taccgttgta ctagttatcc gtttactagc tattaaatat      600

aattggagct tacctaaagt gcgctaa                                          627


<210>  3200
<211>  861
<212>  DNA
<213>  Veillonella parvula ATCC 17794

<400>  3200
atgatgacat taagagaaaa acatcaacaa gggcagttca ccattactgt tgaattggat       60

cctcctaaaa gcagttctgc agaaaagacc ttcgaacaag cagcccgttt gaaagggaag      120

gtggatgcta tcaacatcgc tgatagccct atgtccaaaa tgcgcatgag cccaatttct      180

ctttcttatt tattacaaca taacaaagaa attgaaacta ttttccacct tacatgccgc      240

gaccgtaata ttatcggatt gcaatctgaa ttactcggtg cagcagcttt gggcgtgcat      300

aatattttaa cactcactgg tgataaacca gataatgggg accatccatt tgcacaatcc      360

gtatttgaag tcgactgtat gggactactc aacatcgcta agacattaaa tgcaggcaaa      420

gaccttgcag gtaatgacct agacgcacct acaaacttct acatcggtgc aactggtaat      480

cctggtgctc cagatttaga gattgaacgc caaaaattag ctgctaaaat tcaaaatggc      540

gctcactttg tacaaacaca accaatttac gatttagaac aggcaaaacg ctacattgac      600

aagatgtctg aattcgatgt acctatcatg ctaggcttga ttccacttaa aagctttaaa      660

atggctacat acctccatga aaaagtgcct ggaattaacc ttactcaaga aatcttggac      720

cgcatggaaa aaggtggtaa agaggctggt acagaaatcg ctatcgaaac acttgaacaa      780

atcaagaaaa tggcagcagg cgtacatatt atgcctttaa atgatatcga tacaacatta      840

tatattattg atcacgtata a                                                861


<210>  3201
<211>  1326
<212>  DNA
<213>  Prevotella buccae ATCC 33574

<400>  3201
atgaaaaaga tgtttaagta tgccatgctc ttcgcagcag catgcacgct gacatggagc       60

atgacttcgt gcagcgacga cgacaaaggc gatgacggca aaaccaccat cgagaagcag      120

gaacaggccg tgaaagacct caccgcagag tatctcaaca acgtggtcta ccccacctat      180

ggcaatctgg cctccgaggc tgaagggctc tacgccaaga tcaacgccct caaggccaag      240

ctgaaagccg gcacaagggt ggagcagagc gaaatcgacg ccatctgcac ttcctacaag      300

gccgcccgcc aatattggga ggagtcggag gctttcctct acggggctgc cagcgacttc      360

gagatcgacc cgcacatcga cacctggcct ctcgacgtgc ccacactggc caaagacttg      420

gccagcgacg ccaagataaa ggccctcgac aaagaggctg aagacatcga agtgacccgc      480

aagaacctca ccgccgagaa cctcggtttc cacggcatcg agttcatctt cttccgcgac      540

ggcaaaaacc gccccgcatc tttcttcaac aacgacgagg tggagaagta tgagaacatc      600

ttcgacggca agaacgtgac tgccaaggaa gaagtgatct tcgccacagc cgtggccggc      660

gacctgcgcg acaagtgcta ccagctcgtg gtggcttgga atcctgccgc ctccgctgcc      720

tacaaggccc gcattgccga gtgcgccaag cacttcgacg acttcaagac cctgaccaag      780

aaaggcctga cctacggtga agacctgctg caggccggca cggccaagag cacacagagc      840

tcggtgaaga aagtggtgga gaccatcctc gtgtcgggtt gctccaacat ctgcgccgag      900

gtggccgacc agaagatggg acaggcctac cgtgcatcga aagacccgaa ctcacagcat      960

gagggtgaag acggcaagat ggagcccgat gaccccaact acatcgagtc gccttacagc     1020

tacaactcgt tcaccgactt ctacgacaac atcatgagca tccagaactc gctctatggc     1080

aactacaacg ggaacaccta cgcagccaag tcgctgatga gctacctcaa cacctacaat     1140

gtggtggagg ctgccctcat caacgccaaa ctcacggctg ccctgaaggc cctgaaggcc     1200

tgccagacca gcggcacgcc gttcgtgctt aacccgggtg ccccgctcgt gaaggctgcc     1260

atggacgctg tgggcgagct cgacagcgaa ctgaacaagg cctcgcagtg gattctgaag     1320

aactga                                                                1326


<210>  3202
<211>  1677
<212>  DNA
<213>  Prevotella buccae ATCC 33575

<400>  3202
atgattgaaa gatttttaac ccagacgcac ttctcttcag aggaagacta tcagaagaac       60

ctgcacttta tcattccgga aaacttcaat ttcgcctacg acgtgatgga cgagtgggcg      120

cgagaggctc cggacaaact tgccttgcta tggaccagcg agcgcggaga ggagcttcgg      180

ttcactttcc gcgatctcaa ggaacagaca gatcaagtcg cttcctattt ccagacatta      240

ggcatcgggc acgatgacaa ggtgatgctc atcttgaaac gccactacca gtggtggctc      300

tccatgctgg ccctgcacaa gttgggagcc gtagccatcc cggctaccca catgctgacc      360

cgccacgaca tcgtttaccg caaccagcgg gccggtgtga aagccatcgt ctgcgccaac      420

gacgagtata ttacccaaca ggtgagtgcc gccatgcccg aaagtcccac cgtgaaggtg      480

ctcgtggccg tcaactccga tgcccaggca tcgcagcccg tacctaaagg gttccacgac      540

tggcgaagag aatggcgaga ggctcctctc tttgtacgcc ccgaacacgt gaacaccaac      600

gaagacacgc tgctgatgta cttcaccagc ggcacgagcg gtgaaccgaa aatggtggcc      660

cacgaccatc tctatgcctt ggggcacctc accacgggcg ttttctggca caacctcaat      720

gaaaacagca tccatctcac cgtggccgac acgggttggg gcaaggctgt gtggggcaaa      780

ctctacggcc aatggtttgc cggtgccact gtcttcgtgt tcgatcacga gaagttcacg      840

gcagaaaaaa tcatgcgcca gatcgaaaaa taccgcatca catcgttctg cgcccctccc      900

accatcttcc gtttcatgat acgcgaagat ttcagccaat acgacctgag cagtctgaaa      960

tactgcacca cagccggcga ggccctcaat ccctcggtag ccaaggagtt ttacgatctt     1020

acgggcgtgc aactcatgga aggtttcggc caaaccgaaa caacgatgac cctcggcaca     1080

ttcccatgga tgaaaccgaa accgggcagc atgggcaagc ccaacacgca atatgacgtg     1140

aaactgctcc gccccgacgg ctccgactgc gaggatggcg agaaagggga aatctgcatc     1200

aaggtgggcg atgagaagcc tttggggctt ttcaagggct attaccgcga tgccgaaaag     1260

accaaagagg cttggcacga cggcatctac cacacgggcg acatggcatg gcgcgaccaa     1320

gacggctact actggtttga agggcgcgcc gacgatgtca tcaagtcaag cggctatcgc     1380

atagggccat ttgaggtgga gagtgcgttg atgacccacg aggccgtcgt ggaatgcgcc     1440

atcaccggtg tgcccgaccc gatacgcggc atggtggtga aggctaccgt ggtgctggcc     1500

aaggagtgga aagacaaagc cggtgataca cttataaaag agttgcaaga gcatgtgaaa     1560

cacgagactg ctccctataa atatccccgc gtgatagagt ttgtggacga acttcccaaa     1620

acgatttcgg gcaaaatcag acgcgtggaa atacgtgaga aagacaagca gaagtag        1677


<210>  3203
<211>  1320
<212>  DNA
<213>  Prevotella buccae ATCC 33576

<400>  3203
atgcaggatt tggagcgcaa gcatccggga gaatcagagt atctacaggc cgtcaaggaa       60

gtactgattt cagttcaaga catatacaac cgacatcccg aatttgagaa agccaaactc      120

atcgagcgtc ttgtggaacc ggaacgggtg atcacatttc gcgtgccgtg gacagacgac      180

aagggagagg tgcatgtaaa catcggctat cgggtgcagt tcaacagtgc cattggccct      240

tacaagggcg gactgcgctt ccatccctcg gtgaacctga gcatcttgaa attcttgggc      300

ttcgaacaaa ctttcaaaaa cgcactcacc acgctgccta tgggtggcgg caagggagga      360

agcgacttct ctatacgcgg acggtcggat gcagaggtga tgcgcttctg tcaggcattc      420

atgaccgaac tctatcgcca catcggcccc gacgaggatg tgccggccgg cgatatcggc      480

gtgggtggcc gggaaatagg ctacttgttt ggcatgtaca agaaactcac ccaccgtttc      540

gagggagtgc ttacgggcaa gggcatggag tatggaggct cacgcatccg tccggaggcc      600

acaggctatg gggcactcta cttcgtcaac cagatgttgc agacacgtga catcgccatc      660

aagggcaaga ccatcgccat cagcggattc ggaaatgtgg cttggggagc tgccaagaag      720

gcgacggaac tgggcggcaa ggtgatcaca atttcgggcc ccgacggata tatctacgac      780

ccggccggac tcgacgacga gaaaatagcc tacatgctgg agttgcgcgc cagtggcaac      840

gacatttgcc aaccctacga ggaggaattc ggtggctcga aattctttgc caaccgcaaa      900

ccgtgggaac agaaagctga catctatctc acctgcgcca ctcaaaacga actcaacgga      960

gaagatgccg acaagatatt ggcccatcaa ccttgctgcg tggctgaggt gagcaacatg     1020

ggatgcacgg ccgaagcggt ggagaagttt gtcacctcaa agacgctctt tgctccgggc     1080

aaggcagtga atgccggagg agtagctaca tcgggactgg aaatgacgca aaactccatc     1140

cgactgtcgt ggagcgaaaa ggaggtggac gaaaatctgc ataaaatcat gcactccatc     1200

catgaacagt gcgtgaaata tggcaccgag gccgacggct acatagacta tgtgaagggg     1260

gccaacgtgg caggattcat gaaagtggcc aatgccatga tggcacaggg catcgtgtaa     1320


<210>  3204
<211>  1248
<212>  DNA
<213>  Prevotella buccae ATCC 33577

<400>  3204
atgaaaatcg aagacttcaa ctttgccggt cacaaggcaa ttgtgcgtgt ggacttcaat       60

gtccccttgg atgagaacgg tcatgtaacc gatgacaccc gcattcgcgg tgctctccct      120

acactgaaaa aagtgcttaa cgatggtggc gcactgatca tgatgagcca catgggtaaa      180

cccaaaggca aagttaagcc cgaactttca ctctctcaaa tcgtgaaaaa tgtcagcgat      240

gctttgggcg tagacgtaaa gtttgccaaa gactgcgcca atgccgatgc agaggctgca      300

gctctgaagg gtggcgaagc tttattgctt gagaacctcc gcttctatcc cgaggaggaa      360

ggcaagcctg taggcgtgga gaaaggtaca cccgaatatg atgcagctaa ggctgaaatg      420

aaagaacgcc agaaagcgtt tgccaagaag ctcgcctcct acgcagacgt ttacgtgatg      480

gatgccttcg gaactgctca ccgcaagcat gcttccactg ccgtgatagc cgacagtttt      540

gataaagaac acaagatgct cggcttcctc atggagaagg aagtgaaggc cgtggatgcc      600

gttttgggca acatccaacg tcccttcaca gccatcatgg gaggctctaa agtatccacc      660

aagattggca tcattgagaa tctgctgact aaggtggaca atctgatcct ctgtggcggt      720

atgacctaca ctttcgccaa agctcagggt ggtaaaatcg gtaagtcaat ctgcgaaaat      780

gataagctcg atgtagctct cgacgtgatg aagaaggcta aagccaacgg ggtaaacctt      840

gtcctcggaa ccgactccat catcgccgac gacttcaaga acgatgccaa ccagaaagtt      900

gcaccctcca acgacattcc cgatggttgg gagggcatgg atgccggccc cgaaacccgc      960

aaggcttttg ctgccgctat caagggtgcc aagaccattc tttggaacgg acctgccggt     1020

gtctttgagt tcgacaactt caccggtggt tccagagcca ttgccgaagc tgtggccgaa     1080

gcaaccaagg aaggtgcctt ctccctcatc ggtggcggcg actccgtggc ctgcatcaac     1140

aaattcggtc ttgccgacca agtttcttac atctctaccg gtggcggtgc cctgcttgag     1200

gccattgagg gcaaggtgct tcccggtgta gcagctatcg aaaagtaa                  1248


<210>  3205
<211>  1524
<212>  DNA
<213>  Prevotella buccae ATCC 33578

<400>  3205
atggcaaaaa aagctctttt gatgattctc gacggatggg gaatcggcaa gcatggcaag       60

ggtgacgtga tataccgcac gccgacacct tttctggatt atttgacagc agtttcagct      120

cattcgcagt tgcgcgcttc gggcgaagat gtcggcctgc cagacggcca gatgggcaac      180

tctgaggtgg gccacctcaa tatcggtgcc ggcagagtgg tgtatcagga tctcgtgaaa      240

atcaaccgcg cctgcaaaga cggttccatt ctgcagaaca aagaggtggt ggcagcctac      300

agctatgcca aggagaaagg caagaaactc cacctgatgg gactcacctc gacgggtggc      360

gtacattctt cgctcgacca tctcttcaaa ctcatcgaga taggcaagga atacggcctc      420

aaagaccaag tgttcgtgca ttgtttcatg gacggtcgcg acaccgaccc gaagagcggc      480

aagggtttta tcgagcaggt gcagcagtgc tgtgggcaaa acgatgccca catcgcccac      540

atcatcggcc gcttctatgc catggaccgt gacaagcggt ggaatcgggt gaaagaggcc      600

tacgacctgc tcgtgaagaa cgagggcaag caggccaccg acatggtgaa ggctatgcag      660

gaaagttacg acgaggatgt gaccgacgag tttgtgaaag ccatcaacaa tgccggcgtg      720

gacggcagga tagaggaggg ggatgtggtg attttcatca atttccgcaa tgaccgtgcc      780

aaggagctca cacaggtgct cacgcagcag gacatgcccg aggaggggat gacaaccatc      840

aaggacctgc aatactatac gatgactccc tacgatgccg gtttcaaggg tgtgcatgtg      900

cttttcccga aagagaatgt gatggacacg ctcggcgaat atctgtcgcg tctgggcaag      960

aagcagctcc acacagccga gacggagaag tatgcccacg tgacattctt cttcaacggc     1020

ggacgcgagg agccctacga gggggaagac cgcatcttgg tgccgtcgcc caaagtggcc     1080

acctacgacc tcaaaccgga gatgagtgcc tacgaggtga aggacaagct cgtggcagct     1140

atccgcgaag acaagtatga cttcatcgtg gtgaacttcg ccaacggtga catggtgggc     1200

cacacgggca tttacaatgc catcgccaag gccgtttggg cggtcgacca atgcgtgcat     1260

gaagtgatcg atgccgccag agagaccggc tacgaggcta tcatcattgc cgaccacggc     1320

aatgccgaca atgccatcaa tgaggacggt acgcccaaca cggcccattc actcaatccg     1380

gtgccgttca tctatgtgac cgacaacaac tcggccaaag tgaaagacgg acggttggcc     1440

gatgtggctc cttccattct ccacatcatg ggcctcgaac agcctgccga catgacgggt     1500

gagtgcctga tagaagacaa gtaa                                            1524


<210>  3206
<211>  546
<212>  DNA
<213>  Prevotella buccae ATCC 33579

<400>  3206
atgaaaacgg aaatcatcat agcgggcttc ggaggccagg gggtgctctc gatgggcaaa       60

atactggcct attcggggct gatggaaaac aaggaagtga cgtggatgcc ggcctacggg      120

cccgaacagc gaggcggtac ggccaacgtg acggtcattg tgagcgacga gcgcatctct      180

tcgcccatac tcagcaaata cgatgtggcc atcgtgctca accagccgtc gctcgacaaa      240

ttcgagccta agctcaaacc gggtggcatc ctcatctacg acggtttcgg ggtgttcaat      300

ccgcccacgc gggaagacat ctctgtgtac cgcatcaatg ccatggacaa ggccacggag      360

atgaaaaatt ccaaggtgtt caacatgatt gtgctcggcg gactgctgaa agtgtgtgcc      420

gtggtgagca cagacggact gaagaaggca ctcaaaaaga gtctgcccga gcgccaccac      480

aacctcatcc cgctcaacat gcaggcggtg gaagagggca tgagcatcat cacgaaagag      540

agatag                                                                 546


<210>  3207
<211>  1224
<212>  DNA
<213>  Prevotella buccae ATCC 33580

<400>  3207
atgattcgtg tggttattac gggcatgggc atttggtcgt gtctcggaaa aaataaggaa       60

gaagtcacgc agtcacttcg tgaggggaag tcgggcatcg gcatcgaaga ggaacggctg      120

gtgtatggtt atcagtctgc cttgacggga ctcgtggagc gtcctgtact gaaaggattg      180

ctccaccgcc gattgcgtgc aggtttgccg gaagagggtg aatatgcttt catggccgct      240

cgtgaggctt ttgagcaggc cggaatcgat gaggcgtttc ttgagcaaca cgaagtgggc      300

gtcattttcg gcaacgactc gtcggcccgc ccggtcattg aggcggccaa aatcatggaa      360

gagaagcacg acacccagct tttggggtcg ggctatatct tccagtcgat gaattccacg      420

gtgaatatga acttgagttc tatcttccag ttgcgcggcg tcaacttcag tgtgagttcg      480

gcttgtgcca gtggcagtca ttccataggc ttgggctatc tgctcatcaa acagggattg      540

caagaccgca tcctttgtgg tggggcgcaa gaggtgaact attattccat ggcaactttc      600

gatgcgcttg gcgctttttc catgcgtatg gacgaaccgg ccaaggcttc ccgcccgttc      660

gatcgcgatc gcgacggatt ggtgccgagt ggcggtggtg cagctgtgat gcttgaaagt      720

tatgagagtg ctgtaaggcg tggtgcccct atccttgccg aagtgtgtgg atatggcttt      780

tcgtccaacg gcggtggcat ctcgcaacct tccgatgacg gcagcgtgat tgctatggag      840

cgtgcgttgc agatggcagg acttgaagcc ggcgatattg attatatcaa cgcccatgcc      900

acttccaccc ggcagggaga catgtttgaa gcaatggcac tcgatcgcat gtttcgtggt      960

cgccatgcac tcatctcgtc caccaaaggc atgacggggc atgagtgttg gatggccggt     1020

gcaagtgaaa tcgtgtatgc cacgctgatg atgcagcacg gtttcgtggc tccaaacctc     1080

aattttgaga atcccgatga gtattccgaa catctgaata ttgccaccca aacagtggaa     1140

acagaaatca acgcagttct aagcaatagt ttcggattcg gaggaaccaa ttcggcctta     1200

gtgataaaga aagtaaaaga gtag                                            1224


<210>  3208
<211>  468
<212>  DNA
<213>  Prevotella buccae ATCC 33581

<400>  3208
atggacaaaa aagaactcat gcgcagggcc atcgtcctga gcgaagaaag tgtgaaacac       60

ggaggcggcc cgtttggtgc cgtcattgca agaaacggcg aaatcgtcgc cgaggcatcc      120

aacagcgtga ccatcgacca cgaccccacg gcccatgccg aggtcaacgc catacgcaag      180

gctacttcca aattgcagaa cttcgacctt gaagggtgcg aaatctacac ctcctgcgaa      240

ccgtgcccga tgtgtctcgg agccatttat tgggcacatc tcgacaaaat ctattatgcc      300

aacgaccgta aggatgctgc caaaatcggt ttcgacgacg actttatcta tcaggagata      360

ggtctcaagc ccgccgacag gcacaagccg atggagattc ttttgcgcga cgaggcactc      420

aaggccttcc ggatgtggga cgagagcacc gagaagacgg agtattaa                   468


<210>  3209
<211>  1926
<212>  DNA
<213>  Prevotella buccae ATCC 33582

<400>  3209
ttggagcata tcgccaaaga tcttgatgca gtattcaatg ccggtgacga caaagaaaag       60

ttagcctatt ccattcttga caaacaagcc gaagaggagg gtagcagcca tcctttgaca      120

ggtctccgcc gtaagcgtac acgcattgcc aagcgcgaag atcgcgtcta ttctgtgaaa      180

ggcaccgatg gagagaattt cgatgtcatg aaaaatcagg ttacaggccc cggggtgaaa      240

gaacaacctc tctttaaaga cgaacctgcc ctttccaagg aacagccgga agaggcgaag      300

gctgaagctc ctgttgtttt tccgaaacac cgcgggcgca aaagcaaggc cgaacttgct      360

gccattgctg ctgccgaagc tgctgccaaa gaaaaagaaa ctgccgtgga agaacaacat      420

ccggaaactc cggctgcgga tgtaaaggct gtggctgcgg aagatgaaaa ggccgacaag      480

tcggcagcgg atttcattcc cgaggcggag tttgccacag gtagtcagac agaggcccaa      540

cccgacaatg acttgttggc caaactccag gaaaaaatca acgcccataa tgaggtggcc      600

gaggaaaagt ctgattccgc agcctccggt gtgtgggaag gtgatcccaa tgatgggacc      660

gattttatcc ccatcgtcga cctgcctatc gaagaccaaa gtgccgtgca gacttacgac      720

atgttcgacc ggcccatgat gatggccgca ccgcaggttc ccgcctatcg tcccgctgtg      780

gaagagagag gcccccaata cgatttctcc aatatcatta ccggcaacgg tgtgcttgag      840

gtgatgcccg acggatatgg tttcctgcgc tccagcgact acaactatct ttcttcgccc      900

gatgacattt atgtggccaa cactttcatt cgtcgctatg gtttgaaaac gggcgatgtg      960

gtgcagtgcc atgtgcgccc gccgcacgag ggggaaaagt atttcccgct caccgacatt     1020

gacaaaatca acggacgtgt gcctgccgag gtgcgcgacc ggattccttt cgagcatctc     1080

actccgcttt tccccgaaga gaaattcacc ctttgtggcg accgtgaaac caccaatctc     1140

tccacccgca tcgtcgattt gttctcgccc atcggtaaag gccagcgtgc gcttatcgta     1200

gcccagccca agacgggtaa gaccattttg atgaaggata ttgccaatgc cattgcagcc     1260

aaccatcccg aggcctatct catgatgttg ctcatcgacg agcgtccgga ggaagtaacc     1320

gatatggccc gcacggtcaa tgcggaagtc attgcttcca ctttcgatga gcctgccgag     1380

cgccacgtga agattgccgg cattgtgctt gagaaggcga aacgcatggt ggaatgcggg     1440

cacgatgtcg tcattttcct tgattccatc acccgtttgg cccgtgccta caacacggtt     1500

gcgcctgcca gtgggaaggt gctcaccggc ggtgtcgatg ccaatgccct gcaaaagccc     1560

aaacgcttct ttggtgcggc ccgcaacatc gagggcggag ggtcgctcac catcattgct     1620

acggctctca ttgacaccgg ttcgaagatg gatgaggtga tttttgagga gttcaagggc     1680

acgggcaaca tggagttgca gctcgatcgc tcgctctcca acaagcgtat cttcccggcc     1740

gtcaaccttg tggcttcaag cacgcgtcgc gatgatttgc tgcaagacaa gaccacactc     1800

gaccgcatgt ggattttgcg caagtatatc agtgatatga atccgataga ggccatgaac     1860

agtattcacg accgtatggt gcgtacacac aacaacgaag agttcctgct gtcaatgaat     1920

tcatag                                                                1926


<210>  3210
<211>  1902
<212>  DNA
<213>  Prevotella buccae ATCC 33583

<400>  3210
atggcagaac aaattgaagt aaaagaattg gaccaggtag tcgtgcgctt ctcgggcgac       60

tcgggcgacg gtatgcagtt ggcgggcaac atcttcacca ccgtgtctgc aaccgtgggc      120

aatggcattt ccacatttcc tgactatccg gccgacatcc gggcaccgca agggtcgctc      180

acgggggtaa gcggctttca ggtacacatc ggaggtgaga aggtgctcac gccgggcgac      240

caatgcgacg tgcttgtagc aatgaacccg gctgcgctca agacacagct caagtatgcc      300

aaaccgcagg ccaccatcat catcgacacc gacgacttca accattccaa cctacggaag      360

gccgagtttg caaccgacga ctacctcgga gagctcggca tcgaccccga ctgtgtggtg      420

gactgtccca tcaccacaat ggtgaaagag tgcctcaagg attcgggcat ggacaacaag      480

tcgattctca agtgccgcaa catgtttgcg ctgggcatcg tctgctggct gttcaaccgc      540

gaccgcaaac tcatcgccaa tttcttggag aagaagtttg ccaagaagcc ccatctggcg      600

gtcaacaata tcaaggtggt ggaggccggc tacgactatg ccggcaacac ccatgcctcc      660

gtaccggcca cctaccgcat cgagagtaag cacaagacga agggccgcta tatggacatc      720

accggcaaca aggccacggc ctacggcctg atagcggccg ccgagaaagc cggtttgcag      780

cttttcctgg gttcctatcc catcactccg gccacagata tcctccacga actggccaaa      840

cacaagtcgt gcggtgtgat caccgtgcag tgtgaggatg agatttcggc ctgtgccagt      900

gccgtgggag cctcttttgc aggagctctt gccgccacat cgacctccgg gccgggcatt      960

tgcctgaagt cggagaccat caatctggcc gtgatcgacg aattgccgct ggtggtcatc     1020

gacgtgcagc gcggcggtcc gtccaccgga ctgcccacca aggccgaaca gaccgatctc     1080

ctgcaagtgc tctacgggcg caacggtgag agtcccatgc ccgtgatagc cgccacgagc     1140

cccaccaact gcttcgagtc ggcctacatg gcggccaaga tggcactgga acatctcacg     1200

ccggtgacgc tgctcaccga cgctttcatc gccaatgggt cgggggcatg gcgcttgccc     1260

acgatggacg aactgccgga gatacatccc cactacgctc ccgagtcgca gaagttcaat     1320

tacacgccct accggcgcga caaggaaagt cgggtgcgct attgggccat ccccggacag     1380

gagggttatg agcacatcct cggcggattg gagaaagacg gcgagaccgg ggccatatcc     1440

accgaacctg agaatcacga cctgatggac cgtctgcgct tcgagaaagt ggcgaagatt     1500

cccgtgcccg accttgaggt ggagggcgat gccgacgacg cggaactgct catcgtgggc     1560

ttcgggagca cttatgggca tctctattcg gccatggaag aactccgtgg cagggggtat     1620

aaggtggctt tggcacagtt ccaatacatc aatccgctgc ctgccaacac agccgaagtg     1680

ctgctgcgct acaagaaggc ggtggtggcg gagcaaaacc tggggcagtt ggccgcgctc     1740

ctgcgcatac gcatcaacgg ttttgcaccc tatcagtaca atcaggtgaa agggcagcct     1800

ttcatggtga gcgaactcgt aggcggcttc gagcgggtca tcaagaccga agaggcggct     1860

aatgcaggca agaccttcaa cgaacgaatc atcaaacttt aa                        1902


<210>  3211
<211>  1776
<212>  DNA
<213>  Prevotella buccae ATCC 33584

<400>  3211
atggcaaaga aaattcagtt cagtctcgtt tacagagaca tgtggcagag ttccggtaag       60

ttccagccac gcaaagacca gttggcccgc atcgcccccg ttatcatcga catgggctgt      120

ttcgcccgtg tggaaaccaa tggtggcgcc tttgagcagg tgaacctttt ggccggcgag      180

aaccccaacg aagctgtccg tgctttctgt aagcctttca acgaggtggg catcaagacc      240

cacatgctcg accgcggatt gaacgccctc cgcatgtatc ccgtgcccga cgacgtgcgc      300

gcacttatgt ataaggtgaa acatgcccag ggcaccgata tcacccgcat cttcgacgga      360

ctgaacgatg tgcgcaacat cattccctcc atcaagtggg ccaaggaagc cggcatgacc      420

gcccagggca cgctctgcat caccacctct cccgtgcata cgctcgaata ctataccggc      480

atcgccgata agctcattga agccggtgca gaagaaatct gtctgaaaga catggccggc      540

atcggtcagc ctgccctgct cggcaagctc accaaggcca tcaaggacaa gcatcccgaa      600

atcatcatcg aatatcacgg gcactcgggc cccggcctgt cgatggcctc tatcctcgaa      660

gtgtgcaaca acggggccga catcatcgat acggccatcg aaccgctctc gtgggggaag      720

gtgcatccgg acatcatctc cgtgttgagc atgttgagga acgaaggttt cgatgtgccc      780

gaaatcaaca tgaacgccta tatgaaggcc cgtgccctca cgcaggaatt cattgacgag      840

tggctgggct atttcatcaa tcctgccaac aagatcatgt cttccctgtt gctcggctgc      900

ggactgcccg gcggcatgat gggctccatg atggccgacc tcggcggcat tcgccagacc      960

atcaacaacc tgcgcaagaa gaagggcgaa gaggagttgt ctatggatga tatgctcgtg     1020

aagctcttcg gcgaggtgga atatgtgtgg ccgcgtgtgg gctatccccc attggtgacc     1080

ccgttctcgc aatacaccaa gaacatcgcc ctcatgaatc tgctcacgct cgaacagggc     1140

aagggccgtt ttgtgatgat ggacgactcc atgtggggca tgattctcgg caagagcggc     1200

aagattcccg gcaccgtcga ccccgaactc gtggagctgg ccaagcagca gggacgcgaa     1260

tttacggatg ccgatcctca cacgctgttg cccaacgcgc tcgacgactt caagaaagag     1320

atggacgaaa acggttggga ctacggacag gatgacgaag aactcttcga actggccatg     1380

caccccgagc agtatcgcaa tttccgcagc ggacaggcca agaaaaactt ccttgccgac     1440

ttgcaggcag ctaaggatgc caagctcggt gccaaggtga gtcccgaaga ggccgcagcc     1500

ttcaagcacg ccaaagccga tgctattgtg gctccggtga aaggacaggt gttctgggag     1560

tttcagggcg agggcgaagc tgctccggca gtggagcctt acatcggtaa ggaatataag     1620

gaaggcgacg ctttctgcta catcctcacg ccatggggcg aatttgagac tgttccggca     1680

gcccttggcg gcaaattggt ggaaatcaat gccaagcagg gtgcgaagat tggcaagggc     1740

gatgtgatag cctatatcca gcgccccgag gcctaa                               1776


<210>  3212
<211>  1572
<212>  DNA
<213>  Prevotella buccae ATCC 33585

<400>  3212
atgacaagcg aagtagtaat cgatgtccga caagacgaaa tttccatagc cctgctcgaa       60

gacaagcaac tggtggaata tcagaacgag ccccgacagg cctctttcac cgtcggcaac      120

atctacatgg caaaggtcaa gaagctcatg cccggactga atgcctgttt tgtagacgta      180

ggctatgagc gcgatgcctt tcttcattat ctcgacctgg gaagccagtt caactcctac      240

cagaagtatt tcaagcaggt gcagagcgac cgcaagaaac tttatccctt tgccaaagcc      300

acccgtctgc ccgacctcga caaggccgga agcatcaccc aacccctcca accggggcag      360

gaggtgatgg tgcagatcgt caaagaacct atttccacca aaggcccgcg cctcacggga      420

gaactctcct tcgctggccg ctacttggtg ctcatcccct ttggggataa agtttcggtt      480

tccaccaaaa tcaagagcgg cgaagagcgt gcacgcctca agcagctcat ccacagcatc      540

aaacccaaga actgcggcgt catcgtgcgc acggtggccg agggcaagag ggtggctgag      600

ctcgatgccg aactgaaggt gctcaaccag cgctgggaag acgccatcgt gaaggtgcag      660

aagacccaga aacgcccgca actcgtgttc gaagagacgg gcagagccgt ggccctgctg      720

cgcgacctct tcgaccccac ctacgaaaac atctacgtga acgacgaggg agtgatgaac      780

gaggtgaagc actatgtctc gctgatagcc cctgaaaagg cggacatcgt gaaactctac      840

accggcaaac tgcccatctt cgacaacttc aacatcacca agcagatcaa ggcgagcttc      900

ggcaagacca tcaactacaa gcatggggcc tacctcatca tcgagcacac cgaggccctg      960

cacgtggtgg atgtgaacag cggcaaccgc acccggcaga aagggcagga agccaatgcc     1020

ctggatgtga acctcggggc ggccgacgaa ctggcccggc agctgcggct gagagacatg     1080

ggcggaatca tcgtcgtgga cttcatcgac atgaatctgg ccgaagaccg acagatgctc     1140

tacgagcgca tgtgcaagaa catgcagaaa gaccgtgcca agcacaacat tctgccactg     1200

agcaagttcg ggttgatgca gatcacccgg cagcgcgtgc gtccggccat ggatgtgaat     1260

gtggaagaga cctgccccac ctgcaacggc acgggaaaga tacgctcctc catcctcttc     1320

accgaccagc tggaaggcaa aatcgaccga ctggtcaaca agatcggcat ctccacgttc     1380

tcgctgcacg tgcatcccta cgtggccgcc tacatcaatc agggcgtttt ctccctgaaa     1440

cgcaagtggc agttgaagta cggattcggc atcagcgtgg tgccttccca gaagctcgcg     1500

ttcctgcaat acgagttcta cgacaaaaaa cgacagttta tcgacatgaa ggaagaaatc     1560

gaggtcaagt aa                                                         1572


<210>  3213
<211>  918
<212>  DNA
<213>  Prevotella buccae ATCC 33586

<400>  3213
atgacaccga ggcgatctgt tttcaagtat ttttcttact tttgcaacat caacaacaaa       60

tcaaaaaaga actgccaaat gaaaaagaca atccacctgc tgctatgcct gcttctggcc      120

acgcctgtag ctgcacaacg aatgcaaaac acaaaaagcg cacagacaac attcctgcac      180

ccatgggcag gcaaacgagt ggcctatttc ggagattcca tcaccgatcc tcgaaacagt      240

ggatcaaaaa agaagtattg gaatttcttg caagaactgc taaacatcac accatacgta      300

tatggaaaaa gtggccgaca gtggaacgac attccccgac aggccgagca actgaaacaa      360

gagcacggca ctgactttga tgccattgtc atttttatgg gcaccaatga ctacaacaat      420

gccgtgccca taggagaatg gtttgaagag acggaagact ctgtcgtagc cgcacgcgac      480

acccgatggg tcaaacggaa atacttgcga aagaagcgaa cgcccgcgat ggatgctgac      540

acctaccggg ggcgcatcaa cattgcacta agtcgcctga agacaatgta tcccaccaaa      600

caaatagtac tgctcacgcc gatacaccgc gccctcttct acggcaacga gcacaacata      660

cagccgtcgg aggaatatca gaatgccatc ggaatctact ttgaccggta tgtggaaagc      720

gtaaaagagg caggaaacat ctgggccgtt cccgtgatag acctccatgc cgactcgggg      780

ctctatccgc tcagcgatga aggggcaacc ttattccacg actctgcaaa agaccgtctt      840

caccccaatg atgccggtca cagcagaatg gcacagacac tctactatcg gttagccgcc      900

ctgccgtgta gtttttag                                                    918


<210>  3214
<211>  594
<212>  DNA
<213>  Prevotella buccae ATCC 33587

<400>  3214
atgaatccgg aaacagaata tcgcgaggga ctcgaccagc tcgcagcaca ttacaaagag       60

gtattgacac ttttgggaga agatcccgac cgcgatgggc tccaaaagac ccccatgcgt      120

gtggccaaag ccatgcaggt gctcacgagg ggatacacgc aagaccctca caaggtgctc      180

accgatgcgc tctttgaaga aaaatacaac caaatggtca ttgtcaaaga catcgacttc      240

ttctccatgt gcgagcacca tatactccct ttctacggta aggcacacgt ggcctacatc      300

cccaacggct atatcacagg gctgagcaag atagcccgtg tggtcgacat atacagccat      360

cggctgcaag tgcaggaacg cctcacccaa caaatcaaag actgcattca ggagacgctc      420

aaaccgcaag gcgtgatggt ggtcatcgag gccaagcaca tgtgtatgca gatgcgcgga      480

gtggagaaac agaactccat caccaccaca agcgatttca gcggcgtgtt caattcgctc      540

accacacggc aggaattcat gagtctgctg cgcggggagt caaagagaat ctaa            594


<210>  3215
<211>  2037
<212>  DNA
<213>  Prevotella buccae ATCC 33588

<400>  3215
atgaaaacaa tgagaaagga gactaccccc cagcacatag gaatcgtggc ccacgatccc       60

tatctggaac cgtttgaaga cgctatccgc ggtcgccacg agcatgcctt gtggaaactt      120

gaccaactca cgaatggcgg caagatgaaa ctgagcgact tcgccaatgg ccatgcctac      180

tacggcctgc acaaactctc aagggggtgg gtgttccgcg agtgggcacc caatgccacc      240

gacctctatc tggtgggcga cttcaacgac tggaaagaga acgaccgcta tcgcgcccac      300

cgtatcgaag gcaccggaaa ctgggagttg aaactctccg aaaaagccct taaacacggc      360

gacctctaca agatgcgcgt gcgctggaac ggtggcgagg gcgagcgcat acctgcttgg      420

acgcgccgcg tggtgcagga cgaggagacc aagatattct ccgcacaggt gtggaatccc      480

gagagaccat acgtctggaa gaagacttcc ttcaagccca agcgcacacc gctgctcatc      540

tacgaatgcc acatcggcat ggggcaggat gccgagaagg tgggcagcta tcgtgagttc      600

cgtgagaatg tgttgccccg cattatcaag gacggctaca actgcattca gattatggcc      660

attcaggaac atccctacta cggttccttc ggctatcatg tgagcagttt ctttgcagcg      720

tcaagtcgct tcggaacgcc cgaagaactc aaggagctga ttgacgaagc gcacagaaag      780

ggcgtggccg tgattatgga catcgtacac tcccatgccg tgaaaaacga ggtggaggga      840

ctgggcaatc tggccggcga ccccaaccag ttcttctatc ccggtgaccg ccacgagcat      900

ccggcctggg actcgctctg tttcgactac ggcaaagacg aggtggtaca cttcctgctc      960

tccaactgca agtattggtt ggacgagttc cacttcgacg gtttccgctt cgatggtgtc     1020

acttccatgc tctattacag tcatgggttg ggggaggctt tcacgaacta cggcgactat     1080

ttcaacggcc accaagacga caatgccatc tgctatctca cgttggccaa caagctcatc     1140

catgaggtga atcccaacgc cgtcaccatc gccgaggagg tgagcgggat gcccggactg     1200

gctgcccgtt tcgaagacgg cggctacggc ttcgactacc gcatggcgat gaacataccc     1260

gactattgga tcaagatcat caaggaactg cccgacgagc aatggaagcc cagcagcatt     1320

ttctgggagg tgaaaaaccg ccgttccgac gagcgcacca tctcctattg cgagagccat     1380

gaccaggcgt tggtgggcga caagaccatc atcttccgtc tcatcgatgc cgacatgtac     1440

tggcatttcc gcaagggcga cgagaacgag ccggcccgcc ggggcatagc cttgcacaag     1500

atgataaggc tcgtgacggc ggcggccatc aacggcggct atctcaactt catgggcaac     1560

gaattcggac accccgaatg gattgacttc ccccgcgagg gcaacggctg gagctacaag     1620

tatgcacgcc gccaatggaa ccttgtcgac aacaaggagt tgtgctatca ctggctcggc     1680

gacttcgatc gcgaaatgct gagcgtcatc aagagccagc gcaacttcaa caacacgccc     1740

gtacaggaga tttggcacga cgacggcgac caggtgctgg ccttcatgcg tggcgacctg     1800

atatttgtgt tcaacttctc gcccgtgcgc tccttcaccg actatgggtt tcttgtgccc     1860

acgggcagct acgaggtggt gctcgatacc gacaacaagt gctttggagg caacggcttc     1920

aacgacgact cggtggtgca tctcaccaac ttcgatccgc tctatgtggc cgaccgcaag     1980

gagtggctca agctctatct gcctgcacgc agtgcgctcg tgttgagaaa gaactga        2037


<210>  3216
<211>  771
<212>  DNA
<213>  Prevotella buccae ATCC 33589

<400>  3216
atgaatcaaa tcagtctgtt agcctttgtt catccggagg ccaagctcgg cgacaacaac       60

atcataggcc ctttctgtta cattgacaaa aacacagtac ttggtgataa taatgtactt      120

caaaatagtg ttactgtcca tacaggtgcc cgcattggaa acgacaatga gatatttccc      180

ggtgcaagca tctctaccaa gccgcaagac ttgaaattca agggagaaga gaccacctgt      240

gtgcttggta acaacaacag catccgggag aatgtaacca tctcccgtgg tacagcctcc      300

aaaggaacca ctactgtcgg tagcaataac ctgctgatgg agaatatgca tgtggcccac      360

gattgcattc tcggaagtgg tcttatcata ggcaattcta ccaaattggc cggtgaagtc      420

accattgatg acaacgctat cattagtgcc acagtgctct gccatcaatt ttgccatatc      480

ggcggttacg tgatgataca aggcggaagc cgtttctctc aagacattcc tccatatatc      540

atcgccggta aagaacctat ccgtttcgcc ggtttgaatt tggtaggact ccgccggcgc      600

ggattcagca atgatctcat ccaacacatc cacgaagcct atcgcctact ctactccaaa      660

ggcgtgttgg ccgagggtat acaggaaata aagaataatt tacagatgac tccggaaatt      720

caatatatca ttgattttgt gaaggactcc aagcgcggaa tcatccgtta a               771


<210>  3217
<211>  2544
<212>  DNA
<213>  Prevotella buccae ATCC 33590

<400>  3217
atggtccgcc ggctgttttt aaaagattca tcccccatat ttatctacat gaaaacaagc       60

atttatcttc tcctgcttct gttgtttccc ctgcagctgt cggctgccga ccgttttgtg      120

aacttcgact tcggcgacgt gctgctcaac gacggggatg gcgtgagcat ctgtctggat      180

gcccgcgacc tgaaaggcgt ggccatagcc gcccgcaatc ttgccgccga tatccgtaaa      240

gtgtgtggtg cagaggctgt tgtgggcact gacgagcgtg ccggcatcct catcgggaca      300

ctcggccact cggcagccat cgaccgattg gtgaagcgca ggttgctcga cggcggtctg      360

cttcgtggcc ggcgcgagaa atacatcatc acccttgtgg gccggcagct cgtcattgcg      420

ggcagcgacc ggcggggcac catctacggc atctacgaac tctcccgcca gatgggtgtc      480

tcgccgtggt atgactgggc cgatgtgccc gtggcccgcc acgaccgcat ctacatctcc      540

cgtggcatct acaccgacgg cgaacctgcc gtacgctacc gcgggctctt cctcaacgat      600

gaggccccct gtctcacttc gtgggtgaag cacacctacg gcactgacta tggcgaccac      660

cgattctatg cccgcgtgtt tgaactcatc ctgcgcctca agggcaacat gctgtggcct      720

gccatgtggg gctgggcctt ctatgccgac gacccggaaa acagtcgcac agccgacgag      780

atgggtgtca tcatgggcac ttcccaccac gaacccatgg cacgcaacca tcaggagtgg      840

gcgcgccggc gcaaagacta cggggcgtgg aactatcaga ccaaccagac cgtgcttgac      900

cgcttctttc gggagggcat tgagcgcatg aaggggacgg aagatatcgt gaccatcggt      960

atgcgcggcg acggtgacga ggccatgagc gaggaggccg acacccgact catgcaacgc     1020

atcgtggaga atcagcggcg aatcatcgcc gacgtgactc gccggccggc caaggagaca     1080

ccacaggtgt gggcgttgta taaagaggtg ttggattact acgacaaggg gatgcgcgtg     1140

cccgacgacg tgacgatgct cctctgcgac gacaactggg gcaacgtgcg ccgtgtgcct     1200

gccgccaaag agcgcaaccg ggccggaggc tggggactgt actaccatgt ggactatgtg     1260

ggtgcgcccc gcaacagcaa gtggctcaac gttacaccca cgcagaatat gtgggaacag     1320

ttgcagttgg cctacaacta cggcatcgac cgcctgtgga tactcaacgt gggcgatctc     1380

aaaccgatgg aatatcccat ctccctcttc atggacatgg cgtggaatcc ccgtcgctac     1440

gatgcagcca cgctcaccga ccacacgctc ggcttctgcc gtgagcagtt tggcgaggag     1500

caggctcccg aggcggcccg catcctcaat cttgtgggca agtacaacgg gcgcatcacg     1560

gccgagatgc tcgacgcttc gacctacaat gtggccacgg gcgaatggcg gcgggtggcc     1620

gacgactaca tgcgccttga ggccgaggcc ctgcggcagt atctctcgct gcgtcccgag     1680

cagcgcgatg cctaccggga gttggtgctc ttccccttgc aggccatgtc gaatgtctat     1740

cagatgtact atgcccaagc catgaaccac ttcctgtatg agcgcaacga ccccgatgcc     1800

aacctctggg ccgaccgtgt gggcgaggct ttccgtcgcg actcgctgct ctgcgcggcc     1860

tacaaccacg acatagcggg tggaaaatgg aacggtatga tgacccagaa gcacatcggt     1920

tatacttcat ggaacgacga ttttccgcgt gacaagatgc ccgaggtgca tcgcgtggag     1980

accgatggac ggcccggcgg atttgtcttc gaggcccgcg acagcgtggt ggcgatggag     2040

gccgagcact tctttgcctg cctgccgtct tccgaggccc gatggacggt gataccctac     2100

atggggcgca cccgcagcgg actcacgctg atgcccaaca ctgcccctgt ggccggtgct     2160

tcgctctctt accgtttctc gttgggcgcg ctccggccct cggaagtgaa cgtgcgtgtg     2220

atggtgaaat ccacgctcga cttcctcaac cgtggcggat tgcgctatac ggtgtcgctc     2280

gacggcggtc aggaacgcga agtgaacttc aacgcccggc tcaacgagcg caaggagaat     2340

atctacacgg tctactatcc cacggtggcc cgccgtgtgg tggagtcggt ggtcacactc     2400

cccgtgcccc cctctcccga cggctaccac acactcacca tccgtccgct cgatcctgcc     2460

atcgtgtttg agaaagtttt ggtcgatgcc ggaggctata agcccggtta tctcatgatg     2520

gaggagtcgc cgtgcaggag gtga                                            2544


<210>  3218
<211>  993
<212>  DNA
<213>  Prevotella buccae ATCC 33591

<400>  3218
atggaacaag agatcatccg gccggtcagt aaggaactgc tgaaaagcga gttgacaccc       60

gacaaacagc ttcgtttgac caataagagc cacaacgaaa tctacatcat cacgggcaac      120

gactcgccga atgtcatgat ggagatcggg cgactgcgcg agatagcttt ccggacggcc      180

ggtggcggca cgggaaagcc cgtagatatt gatgaatttg atgccggcga gggatgctac      240

aagcagctca ttgtatggaa tcccgaggcc gacgagatca tcggtggcta tcgctatctc      300

tcgggcaagg attggaagat ggggggcaat ggccaaccac tgctcgctac cagtcacatg      360

ttccatttct ccgagaagtt cttgaccgac tacatgccct acaccgtgga gttgggacgc      420

tctttcgtgt cgctggagta tcagaacgtg cgggtcaaca gcaagagcat tttcgccctc      480

gacaaccttt gggacggtct gggagccctt acggtcatca atcccgactt gaaatacttc      540

ttcggtaaga tgaccatgta tccttcttac atccgccgcg ggcgcgacat gatactctat      600

ttcctcaaga aacatttcga tgacaaggag aatctcgtca ttccgatgaa accgcttgtc      660

atagagactc cggagacgga actggaacgg cttttcacgg ctgccgactt caaggaggac      720

tatcgcattc tcaatcgtga gatacgcaag ctgggataca acattccccc gctcgtcaat      780

gcctacatga acctcagtcc cacgatgaaa ctcttcggga cggccatcaa ctatggtttc      840

ggcgaggtgg aggagacggg cattttgata gccgtcgacg agatattgga ggaaaagcgc      900

gtgcggcaca tcaacagttt cattgaggag catcccgagg cactgaagct gacaagcggt      960

gccaacaaca taatttataa agagaagaaa tga                                   993


<210>  3219
<211>  2688
<212>  DNA
<213>  Prevotella buccae ATCC 33592

<400>  3219
ttggcgcaga tccaaaagac aatggaacag cgaggcgaca ggctggggag tatcgttgcc       60

ctgcgcgaac tggggaggcg gatgcgcaac cagagtcggt ttgacaaagc actgaaatat      120

catttcaacg ggctgaaaca ggctgaaaac gtgcatgaca cactcgaaat cgtgaaggca      180

ctgaacaaca taggcactga ctaccgccgg ttgggggtgc tcgatgtagc tgccgactac      240

cattaccggg cactgacgat gagccaagag tacaacgaca catcctcgca ggcccagaga      300

aaccgagtgg tctcgctcaa cggactgggt aacatctacc tgacgatggg caatcttgaa      360

cgggccgaca gtgtgctgcg catggcactg gcaggagaga aaaaacagca cagtgacttg      420

ggacaggcca tcaactatgc caacttgggc agcatattcc gccaaaaggg gaaaacggac      480

tcggcatggg tctactaccg gcgggcgatg gtgtttaacc aaaaagccca ttccgaactg      540

gggatggctc tctgccacac ttacctcggc tcactgtatg aagatgaaca agagtatgaa      600

aatgccatcg tggaatacaa catcgcctac gaatcgatga agcaacagaa agacgaatgg      660

cacgaactcg tcacgatgct tgccatggca cgcatacagg agaaaatggg caatacggaa      720

atggcactat ccatactcga agaggccttg tccaaagccc gggacatcaa atcggtggaa      780

tatcaggccg agatattcga actctattac ttcatttaca aaagaaaggg cgacttcagg      840

ctggccttgt tctaccacga gaaggccgca gtgctgcaag acagcgtgat ggacatcaag      900

aaggtaaacc agattcaaaa tatcagtctg ggcattgagc gcaacagaca aatgaagaag      960

gtgaacgaag ccaaacagaa atatgaggcc gagcgtgcca gcaagcgggt gttcttcctc     1020

gtatttgcac tcatcatcgt gatattcgtg gtgggactgg cacagatgta ctacatgatg     1080

cgtataaaga ctcgcaacca acgggccatg caacggttga gcagtatgcg tgaaacgttt     1140

ttcaccaaca tcacccatga gtttcgcaca cccctcaccg tgatactcgg actgtgcaga     1200

aacctccaac ggacggctcc ggatgatcaa acacgcggca taggaaaaac gatcgagcac     1260

cacggcaaca acttgcttac actcatcaac caactgctgg aaatatcgaa agtgaagtcg     1320

gtcgtgggcg aacccgactg gcgacacggc aacctgacag ctcatatcgc aacgatcgta     1380

gatggctaca gacaatttgc acacgaaaaa ctcatcgaac tgaatttcat cgcacaagga     1440

ccgatggaga tggatttcgt gcccgactat attaataaag tggtgggcaa cctgctatcc     1500

aacgctctca aattcactcc cgagcatggg cgtatagaag tgacagctaa agtagagaaa     1560

ggccaagccg tgatgagtgt gagcgacacg ggaccgggga tggacgaaga gagcacacga     1620

cggcttttcg aacctttctt ccaagtgaat aacgacagca aacacctcgg aacaggagta     1680

ggactggcac ttgtgagaca actcgtggac tccatcaacg gcaacatcag tgtggaaagc     1740

gtaccgggaa aaggttcgcg ctttatcgtc accatgccga tgaaacatgg cgacggtaag     1800

tggaaaacca ccggagatgt ctgtccgcag aaggttgccg aaccgtataa aagttctgaa     1860

ctgaaagaca gtgacaatac agatgaaggg cgcacacgca tactcatcgt tgaagacaac     1920

cgggatgtgg cggcctatac gggcagcctg ctatccgacc gttatgacct tttctatgcc     1980

gccaacggca aactgggagt aaagaaggca gaaagcatcg tgccggacct tatcatcacc     2040

gacctgatga tgcccgagat ggacggtctg gaactctgcc ggcacgtgcg caaaacggaa     2100

cttatcagcc acgtgcctgt catcgtgatc accgccaaga cttctgaagc cgaccgcatc     2160

aagggactcg aagccggtgc cgatgcctac ctcgacaagc ccttcaacag cgatgaactg     2220

tgcgtgaggg tggaaaagct gctcgaacag cgccaactgt tgcgcgaaaa gttccaaaag     2280

gctcttatag aaggaaagga ggaggatgtt cagtgcagcg atgccgacca acggttcttg     2340

agcaaagtgg tggacagcgt gttcaccctg atggaccgca aacaggtaga cgtacacaac     2400

gtggcatcac aactctgcat gagtcaccaa caactgtatc gcaaaatcgt atcgctcaca     2460

ggggtaacac ccgccaccta catcatgcag ctgcgcatga aacgcgcccg tctgcttctg     2520

gaaaaccatc ccgagatgaa tatctttgag gtggccacga gctgcggatt tgacgagccc     2580

agcaatttca cccgtaattt cagaaagata tatggtgtgc cgcccaccca atatgtgaaa     2640

cggggagtcc ccgattgcag tgcggaagaa aacaacggaa aagaatag                  2688


<210>  3220
<211>  2394
<212>  DNA
<213>  Prevotella buccae ATCC 33593

<400>  3220
atgagacaga agattttcct tatccatata ctcctgtgcc tggcctgcaa ggtgggggcg       60

caggatttcg tgcttcaagg caaagtgacc gacccggaca tgaaccccgt ggaactggcc      120

accgtggcgg tgccggcgca gggcaggatg accatgacat cgctcaaggg cgagttcagc      180

atgaagctgc gctcggccga ctcggtggtg gtgaggtttt cgatgatagg ctaccgcacc      240

aagacgcgcg tgctgcgacg gccacggggc aaacagacgc tgcaggtggt gctctacaac      300

gacaacacgc tggccgaggt ggaggtgaag ggcgagaaga tacaatcggg acaggtgcaa      360

gacttgaagg tgaaggacat ggcgggcgca ccctcggcca cgggcaacgc cgtggaggga      420

ctcatacaga gtcaggcggg cgtgagctcg cacaacgaac tgtcgtcgca atacaacgtg      480

cgcggcggag cgttcgacga aaactcggtc tacatcaacg gcgtggaggt gttccgaccc      540

ttcctcgtgc gctcggggca gcaggaggga ttgtccgtca tcaaccccta catggtggac      600

aagattgcct tctccacggg aggctacgag gcgcgctacg gtgacaaaat gtcatcggca      660

ctggccatcg actacaagca gctgaagccg gccgcagggc gcaagacggc cttcgaggcc      720

acgctggcgg caagcatgat gggggccgat gcctacgtgg gggtggccac aaaaaggctc      780

tcgtggctca acagcctgcg ctacaagacc aaccgctacc tgctggggag cctgcaggag      840

aacggggaat accggcccaa ctttctcgac taccagactt atctgcacta cgagccgtcg      900

aagctgtggc aggtggactt gataggcaac atctccgaca accactacca cttcataccg      960

caaaaccgcg agacgtcgtt cggcacgctg gaaaacgtga agagcttccg cgtctacttc     1020

gacgggcagg agaaagaccg tttcctcacc tacttcgggt cgctcgcgtt cacccggcgg     1080

ttgggcagcc tggcctcgct ctcgctcatc ggcagtgcct tcctcacccg cgaacaggaa     1140

cgttacgaca ttcagggaca atactggctc gaccagacgg agacatcgga aaaccttgcc     1200

gtgggcacct atttcgaaca tgcgcgtaac tatctcgaag cacgggtgac aagcgcgaaa     1260

ctcatgctgc gctacaaact caagaagcat gaggtggaga cggctgtgac gctcaagcgg     1320

gagcacatcg aggaaaactc ggtggagtat gaaatgcgcg actcggcggg ctacagtgtg     1380

ccccacacag ggcgcgacct gcacatgata tactcgctac gcgcggccaa cacgctcgac     1440

gcaactcgca tcgaggccta tctgcaggac acgtggcgac tgtcaagtgc gggcggacac     1500

acgcatttca cactcaacta cggcgtgcgc atgagccact ggaacttcaa ccgcgagacc     1560

atcgtgagtc cgcgcctctc gctgggcatc ataccggctt tcagcgacaa ggtgaccatc     1620

cggttggcca cgggactgta ctatcaggcg ccgttcttca aggaactgcg cgacacatcg     1680

accgtgggcg gggtgaccta tgccacactc aaccgcaaca tcaaaagcca gcggtcgata     1740

cacttcatcg ccggctacga ctaccgtttc agcgtgaacg gacgcaagtt caagttctcg     1800

gccgaggcct actacaaggc gctggccaac cttgtgccct actcggtgaa caacgtgaag     1860

acggtctact acggccacaa cgaggcttcg ggccacgccg cgggcctcga cctcaaactc     1920

tacggcgagt ttgtgccggg caccgactcg tggctcacgc tctccgtcat ggacacccgc     1980

atgaggctca acggcaaaga cattcccctg cccacggatc agaaatatgc cgtcaacctc     2040

tttttcaccg actatttccc cggcaccacc cgctggcgca tgagtctcaa gctggctttc     2100

gccgacggtc tgccctttgc cgcaccccac cgggagttgg aaaccaacca gtttcgggcc     2160

ccggcctaca agcgcgccga catcggcatg agctaccggc tctacgacaa cgaccgccgg     2220

cagaagcatt cgcccgtgcg caacgtgtgg ctcggcgtgg actgcctcaa tcttttcggc     2280

atcagcaacg tgaacagcta ctactggatc accgatgtca gcagccacca gtatgccgtg     2340

cccaactatc tcacgggccg catggtcaac ggccgcgtgg tggtggagtt ttag           2394


<210>  3221
<211>  1182
<212>  DNA
<213>  Prevotella buccae ATCC 33594

<400>  3221
atgcctatga acaaagaaat acattcatac ctgtcttttc tcagtttctg cctgtcagac       60

acgcgccccg taccctcctg cgtgtcgtcc atcaactgga caaagctgtt ggagtttgcc      120

aaaaagcaaa ccgtagtggg catcttcgcc gaaaggctgc tgaacgacaa cgaggcgttg      180

ctgcacgatg aaggcttcct gtcaaacaag cctacggacg aggatgtcat ggcatggatg      240

tcggcaaaga acatggtgac cacgctcaac aaaaaagtag atgaagtggc cgtctggact      300

gccaaaaact tcaaggccac cgggtatgac gcctgcatcc ttaaaggcca aggggcagct      360

ctcctctatc cgcacaaagc aatgcgcaca ccgggcgatg tggatgtatg ggtgagaaaa      420

acaagggaaa acacagccgg taagcgtaga aaaacgcagg gagaaatcga ctcagagata      480

cacgacatca tccaatacgt acacaagata gtgcccaaag ccaaggcgtg ctatcatcac      540

atagacttca tttccccaaa aggcgtgtcg atagaagtac actaccgccc gcaatggctg      600

aacaatccgt ggcacaaccg aaggctgcaa tgcttcttcc aagaaatggc ggaagagcag      660

tttaccaact atgtgcatct gtccaatagc acgaaagaca cggccgttcc caccatcgac      720

ttcaacgtgg tcttcatgct tgcccatctc tacaaccatc tgctgcacga ggggataggc      780

ctgcgccagc tcatcgacta ctacgaattg ctaaaacgcc gccaagagtc gggagacact      840

tcgaagaccg atatagccaa aaccatcgac cgtctgggac tgacgcccat tgccggagcc      900

gtgatgtggc tcttgaaaga gtttttggga ctggaagcgg aatgtctcat cgtgcccccc      960

aatgagagat tgggaaaggt ggtgctccgc gaaatggtgg ccggaggaaa tttcggcaaa     1020

tacgacgaac gcacattgag cggagcctac aactctccat tcatgaaaaa cattcaacgc     1080

atcgtccggg acatgcgtct cgcatggtat ttcccgtccg aatgtttatg ggagccttgg     1140

ttcagggtgt atcattggtg gtggcggaag cagcatcagt aa                        1182


<210>  3222
<211>  882
<212>  DNA
<213>  Prevotella buccae ATCC 33595

<400>  3222
atgaaacatc tgttgaaact catacgtccc aaacaatgga tcaaaaacgg cttcgtgctg       60

ctcccgatgt tcttcggcgg caccctgctc gacgccaccg acgtggtggc atccgtcatc      120

acgttttttg cctacagctt tgccgcttcg tccatctact gtttcaatga catctacgat      180

gtggaggccg accgccggca tcccgtgaag tgcaaacggc ctgtcgcctc gggggccatc      240

agtgtggtac aggcatacgg gctcatggcg ctgatgttcg tgttgtcggg catagtgctt      300

ctcctattgc ccgtcaaccg gatagaagtc ggtggcgtta ttctgttcta ttggctgctc      360

aacctctgtt attgtgcccg tttgaaacag tatgccattg tcgacgtgtg tgtggtggcc      420

tttggcttcg tacttcggct gctggccggc ggactggcca cagagacggc tttgagccgg      480

tggatcgtgc tgatgacctt tctgctcacg ctctttctct cctttgccaa gcggcgcgac      540

gatgtgctgc gcatgaatga gaccggtgag gccccccgca aaaacaccag tcgctacaat      600

ctcacgttca tcaatcaggc cattaccatt gcggcttccg tgacgcttgt gtgctacatc      660

atgtacaccg tgagtcccga ggtcacctca cgctaccatg ccgactacct ttacctcacc      720

accgtgtttg tgctcttggg actgctgcgc tacatccaga tagccgtggt agacaaaaaa      780

agcggcgatc ccaccaaggt gatactcaag gaccacttca cccagcttgt cgtcttggca      840

tggggtgtca gttttctgtt gatcatctac gtatttaaat ga                         882


<210>  3223
<211>  1218
<212>  DNA
<213>  Prevotella buccae ATCC 33596

<400>  3223
atgaaagggg atattcttag actatacgct ttatgggcca cgctgctggt gtgcgcgacg       60

atgacgggcc agcagctgag agaggtgagt ggtatggtgc gtgatgcgca aacgggccac      120

cggctggcgg ccgtgagtgt gtcggccgac cggggcggag cgggcacagt aaccaacgat      180

gagggggagt ttgtcatcaa agtgcctcac gagaccacaa cgctttcctt ccgccatttg      240

ggttatgcca ctgaacgggc tctaccgacc ggcggcacgg tcaaagtaaa aatgcggccg      300

gaagctatca tgctgagcga aatcgtcgtg ggctcacccc ttgatttgct tagggctgcc      360

atcaagaaga ttccacaaaa ttatccggca caacctaatc tgatgcggtg cttctatcgc      420

gaaaccactc gccggggcca tcgctacatc tatgtggccg aagccgtggc ggaactttac      480

aaatcggcct acacacaggg gattgcggcc gaccgcgtgg ccatcgtcaa agggcggaga      540

ctggtgagtc cgaaacagac cgacacgctt ggggccaaga ttcagggcgg gcccacaatg      600

cctatttatt gcgatgtggt gaaaaatcgc gactacctac tttcggagca ggagatggca      660

ctctactctt ttgccatgga gctgcccacg cacattgacg gacggccgca gatagtcatc      720

tctttccgcc ccaacagagt gatgccctac gcactgttca caggtcgcta cttcatagac      780

cgcgaatcgc tgtcgctcac gcgcatggag atttcgctcg acacgagcga cagacagaag      840

gctacagctt tcatgttgca cagtaaaccg gcaggcgtgc gcttcaagcc gcgcgaactc      900

atcatcgagg tgaattaccg cacggagaac ggttgcacac gcatgagtta tgtgcgcaac      960

tcattccaat tcaaatgcga ctggaaacgc cgtctcttct cctctcccta cacggtggtt     1020

tcagagatgg tggtcacctc ggttgactct actgatgcgc ggcccattcg cggccgcaac     1080

tctttcagca gccatgactc ctactacgac cataaagaat atttccgcga cgatgctttc     1140

tggggtgatt acaacatcat cgcacccacc gaacggttgg aaaacgctat caacaaactg     1200

gtcaagaaga acgaataa                                                   1218


<210>  3224
<211>  1056
<212>  DNA
<213>  Prevotella buccae ATCC 33597

<400>  3224
atgaaaaaac gactcaaaca ctccgaagtg gtcttcttcg gccaacagac attcctctat       60

ctcaccttca ccgggatatg gtcactcgtg attttcagca tcgagaaaaa tcttgatgcc      120

gcttgggagt cgataagaat caccagttcg ctgctcctga tactctggat tgttttcgga      180

ttaaacaact acttgctcgt cccgaaaatc tacgaatcga aaaagcatcc taaaatcaaa      240

cggtggcttt tctggctgtt gaatcttggc atcatcctcc ttttaaaccg cgagatatta      300

ctccacggcc ccgacggctc gcaagtggtg tggaacgaag ccacccgcat cggcacttat      360

atattccacg tggtgctgat agtcatcaac tatgccatga taggactggc cataggccgc      420

cactactatc tgcaccaaaa acaactgaaa cgacaactcg ccgaggaacg acagagaaac      480

acagaggccg aactggcatg gctgaagaac cagctcaatc cccacttcct tttcaacacg      540

ctcaacaaca tctccagcct cacacagata gatgccgaca tggcacaaga caagataggc      600

cggttgagcg atctgttgcg ctacgcactc tacgagacac gctcggagcg cgtggcactg      660

ggcagcgagg tggaattcat gcaaaactac atcgacctga tgagtctgcg ctgcggccct      720

aacgtggtca taacaacaga tttcgagacc gttgacgggg cactcccgat agcccccatg      780

ctctttctat cgcccataga aaacgctttc aaacatggag tgagcagcag caagccctct      840

ttcatccaca tttcgctctc cgtgcatgcc ggaagcctcg ccttctcatg cgaaaacagc      900

aactatccta aaggcgacag caaccgcagc gggtcgggca taggcaccga gaacctgcgc      960

cggcgactgc aactgctcta tcccgaccgc cacgacttcg tatgcggtcc cgatggcgac     1020

acctattacg taaacatcag actatggaac aactga                               1056


<210>  3225
<211>  459
<212>  DNA
<213>  Prevotella buccae ATCC 33598

<400>  3225
atggattgtt cagacggtga agttgcacgt tcaaccaagc aattctcgaa atatggtgtc       60

gaaatggatt ttatggctca tctcatcagc catcctttga tgaatttttc cttttggctt      120

acttacatgc aaatggacaa atacaacagc acgatcatca ccatactatt cttgatcttt      180

ggatgcacag aactgataag ccgtaatatt atagatataa gtatatatca aatgaaaaaa      240

gagggatcag gccgcccttt acttccattt tacaagtatt tgtttaacca attatcatgc      300

tacccgaaca tagctctatt tctctcgatt tttatcatat tagacattgg tcatattata      360

gatagcgaat acattcttta tgttctattt tccacacatc ttggttccac ggcaaatctc      420

tatataaaaa cattggtaaa atactacaaa tcaaagtga                             459


<210>  3226
<211>  2169
<212>  DNA
<213>  Prevotella buccae ATCC 33599

<400>  3226
atgtcttgtg tatatgtggc tttctgtctg ctgtcgtctg cccttgctgt gccttccaag       60

gccgcgcaga cggcggtgaa agaccacaca gacaaggcgt tgacggcacc ggccgacagt      120

gcgcgggccg caaaaaagaa acagaagggc aaactcctgc tcgacaagga acagaacatc      180

ggcgaagtcg tggtgacggg cgagcgccgg gagacaagcg tcaacagcgt gagcaaccgg      240

atatccgaaa ccatcattga ccggtcgatg ggcaaatctc tggcttccat ccttgagcac      300

gtgagcggcg tgagttccat acagaccggg acatcggtgg ccaaacccgt catcaacggc      360

atgtacggca accgcatcct cattgtcaac aacggtgcga gacagaccgg acagcaatgg      420

ggactcgacc acgcacccga aatcgaccag aacagcagcg gttcgataga ggtggtgaag      480

ggtgccgagt cggtgagata cggttcggag gccttgggtg gcatcatcgt gatggaacag      540

aagggcctcc cctaccggca ggcaaaggcc gaaggccacg tcaacaccct ctacggaagc      600

aacggacaac gctattcggt ggtggcgcag gctgagggca caatgccttt cgaccgccgg      660

ttggcatggc ggctgcaagg cacctacgcc aactccggcg accggaagac ggcccactac      720

ctgctcaaca acacgggttt ccgcgagcac gaccttgcgg ccacgttcgg ctataagttc      780

gacaacctgc gtgtggaggg ctattacagc atgtacaaca tgaagacggg tgtcatgctc      840

agcgcccagc tgggcagcga agacctgttg aaggagcgca tcgccctcgg aaggcccatc      900

gtgatagatc ccttcacgcg cagcataggc tacccgttcc accgagtcgt ccaccacacg      960

gccatcggca aggtctacct tgatgccggc cgatacggca acttcttctg gcagacggct     1020

ttccagagcg acgacagaaa ggaaaaccgc atcaggcgta tgaaccactc ggacattccg     1080

gccgtgagta tgcacctcac ctcgtttcaa aacctgttga agtggaacct ctcctacggc     1140

cggtgggaca ccgaggcggg cggctcctat ctgcacatac gcaacaagaa tcaggagggt     1200

acgggtgtcg tgccgctcat ccccaactac accgaatatg acttgggggc ctacgccata     1260

cagaaatacc gcctcggggc atggaatgcc gaggccggca tacgctttga caatcaggag     1320

acgcgggccg ccggttacga ctacacgggc cgccgctacg gagggcatca caccttcagt     1380

aacctctcct acgacctggg ggccaactac cagccttcgg agcggtggaa gttcacctcc     1440

aatctcggac tggcgtggcg cgccccccat gtctacgagc tctacagcaa cggcaacgaa     1500

ctcggctcgg gcatgtttgt catgggcgac tcggccatgc actcggagca gagcacgaag     1560

tggatcactt cggccaacta caagggccac ctcgtcagtg tgcgtctcga tgcctacctg     1620

caatggatca atggctacat ctacgacgag cccacccacc agtacatcac cgtcatctcg     1680

ggttcgtatc cgcttttcaa gtacaagcag accgatgcct tcttccgcgg tgtggatctc     1740

gacgtgaggg tgaagcccgt ggagcatctc gaatatcacc tgctgtcggc cttcatctgg     1800

gccaacgagc ggaagaccga cgcctatctg ccctacatcc cctcggcacg catcgaccac     1860

gacctcactt gggagggcat caggctgggc ggcatcagcc tctgggcgca gctgaagcac     1920

cggtttgtgg ccaaacagcg gcatttcaat cctgccagcg acctcatccc cttcacgcct     1980

ccctcctaca gccttttcgg tttcgagctc ggagccgaat ggaatgtcgc gaaaggcagc     2040

cgtctccgtc tcctgcttgc cgccgacaac ctcttcaaca aggagtataa agaatacacc     2100

aaccgttccc gctactatgc ccacgacatg gggcgcgatg tgcgttgcac ggtaggatgg     2160

tatttctga                                                             2169


<210>  3227
<211>  1497
<212>  DNA
<213>  Prevotella buccae ATCC 33600

<400>  3227
atggcaaaac aattaaagaa atggcaagga tggctgctct tcggcggctc catgctgatt       60

gtgtttgtgt tgggactcat ctgttcttcg cttcttgagc gcagggccga agtggccagc      120

gtgttcaaca accgccgcac acctatgacc gactccattg tgtcgcagaa tgagaagttt      180

aaagaagact tcccccgcga atacgaaacg tgggcaatga ccgaggacac cacattcaag      240

agcatgtaca acggctctca agaaagggac attctcgagt ctttccccga tattgtgatc      300

atttgggcag gctatgcctt ctccagaaac tataatacgc cccgagggca ccgtcatgcc      360

attgaagaca tgcgcaagat tctgcgcacg ggcaaccccg gcatcggcgg tgatggcgac      420

atacagccgg gcacctgctg gacctgtaag ggaccggacg ttccccggtt gatgcgcgag      480

aagggcatcg gagccttcta cggagccaaa tggagccaat ggggatcgga agtgatgaat      540

accgtgggct gctccgactg ccacgatgcc cggacgatgg atctcaagcc cgcccgtccg      600

gcactctacg aggcatggca ccgtgccggc aaggatgtca agaaggccag ccatcaggaa      660

atgcgctcgc tcgtttgcgc tcaatgccac acggaatatt acttcgagaa agacaacaat      720

cagtatctca agttcccgca agacagaggt ctcacatgcg aggacgctga agcctattac      780

gacagtctcg gcttctacga ctacattcac ccgctttcca aggccaagat tctcaaggcc      840

cagcatcccg gttacgaaat gttcaaacag ggcatccacg gacagcgtgg gttaagttgc      900

gccgactgcc acatgcctta catgcaagag ggtggcatca agtacactga ccaccatgtg      960

caaagtccgt tggccaagat cgatcgcacc tgccagacct gccaccggca ggacgcagag     1020

acactccgcc agaacgtgta tgagagacaa aagaaagtgt acgacttcgc ggtcaaggtg     1080

aaccatgaat tggctttagc ccacctcgaa gcagagtttg catggaagaa gggggccacg     1140

gaggcagaaa tgaccaaggc acttgacgac atccgcaaga gccaatggcg ctgggactac     1200

tcactggcca gccacggagc tgcattccac gctccccaag aggtgatgcg actgcttgcc     1260

gatgccatga cctatgccaa ggatgcccgt ctggagatat cccacgtggt ggccaagcat     1320

ggcttcgtgg gtactatccc cattcccgat gtttctacca aagccaaggc gcaggcctat     1380

atcggtcttg acatgaaggc actgaaccaa aagaagcagc agttccttga caccatcgta     1440

ccggaatggg tgaaagtggc caaacagaaa aagagattca tcacccaccc catgtaa        1497


<210>  3228
<211>  489
<212>  DNA
<213>  Prevotella buccae ATCC 33601

<400>  3228
atgatgaaga agttaggaac aatggtagtt gcgttgatga tggcagtggg tgcccacgca       60

cagtttgaag aaggcaaagt gtatgtcggc gcttcattga caggcatcaa cttgaactac      120

aacggcaacg atggtttcaa tctcggtgca caggcccatg taggctatct gtgtatggac      180

aacttgatgc tgctcggaca agtcggatac gaacataagg gaaccgatgg catgccggac      240

aaattgacct tgggtgtggc cggtcgctat tacatcattc aaaacggtct ttatctcggt      300

gcaggctgca aactcgtgca tgccaaccat aactacaacg atgtgatgcc gggcgtggaa      360

gtgggctatg cctttttcct cagccgcacg gtgaccgttg aaccggccat ttactatgac      420

cagtcgttca aagaccattc caactattcg acgataggtt ttaagattgg catcggtgtc      480

tacctatga                                                              489


<210>  3229
<211>  819
<212>  DNA
<213>  Prevotella buccae ATCC 33602

<400>  3229
gtgaaaataa aagaggtaat tgctgccctt gaacatttcg cgcctctgcc tctgcaagag       60

ggctttgaca atgccggctt gcaagtaggg ctgacagagg cggtggacgt atcaggggca      120

ttgttgtgtc tggatgtcac tgaagctgtg gtcgacgaag ccattgcgca gggttgcaat      180

ctcatcgtga gccatcatcc cgtcatcttt cacaagctcc gccgcatcag cgacgaagac      240

tacgtgcagc gcacagtgat gaaagccatc aaaaacgaca tcaccattgt ctccatgcat      300

accaacatgg atgaggccga ggggggagtg aaccacaaaa tggccgaaaa gatggggctt      360

ggcaagttgc gcttctttgg caagcggaaa gaggagcgcg tgcagaccgc cgatgccggt      420

gaggccacag tgcaggccgg tgagggtgtg atcggcgaat tgtccgaacc gatggctgcc      480

gatgacttcg tgctgatgct caagcgcgcg tttgaagtgg agtgtgtgca gtgcaaccag      540

ctcctgcgcc ggtccatcag caaggtagcc gtctgcggcg gtgccggttc gttcatgctc      600

ggtgaagccc ttgcggccgg ggccgatgcc tttgtcacgg gcgagatgca ctatcacgaa      660

tacttcggcc gtgagcagca gatccagata gccgtgctcg gccattacca aagcgagcaa      720

tacaccaacg aaatatttca atcaatcata aaggattgtt gccccggtgt gaagactttt      780

ctcaccacgg tgaacaccaa tccgattatc tatttataa                             819


<210>  3230
<211>  1530
<212>  DNA
<213>  Prevotella buccae ATCC 33603

<400>  3230
atgaaaaaga taatatgtat aacggccgcc tgcatggctt taaccctgac ggcctgcgat       60

gattacctga cggtgagttc acccgacaat ctcacctccg aatctttctg gagagacaaa      120

accgatgtgg aggcggcaat ctcggcggcc tactcgcaac tctatttcat ggacggcagc      180

aaggacaaat ggaccatgtg tgaagtgttg tggcccgtgg aagcctaccg ggaagacctc      240

gtgaaaccgg gcaacgatgc catgaactac caaaactggg tggaactcta caatttcacc      300

tataccaacg gcaattccca gttctccaac tattggcgac atctctatcg tggggccaac      360

ttcgccagtc agatattgga gaagatggcc aaggttccga ccgacaaact ctccgatgac      420

gagcgcaccc ggttgcaggc cgaggcccac ttcctgcgtg ggtactacca catgcggctg      480

ctgctcaact gggaacagat catcattcgc gacaaataca tcacttcggg cgaccgtgca      540

gccctcgaca aggcactctc cgcgcgtccc gactgttggg actttgtcat cggcgaactc      600

caagcggcta cggcacttcc caaggcctat ggacccgatg atgtgggacg ggccaccagt      660

ggcgccgctt atgcctattt gggctgggca tggctcaccc gtgcggccga ggaaaagaag      720

accgaatatc tcaccaaggc ggtggaggcc tttgacaagg tgacgggcta tgaactggtg      780

ggcgacttcg caagcatgtt caacggacag gacaagaact cccgcgaatc gatattcgag      840

gtacagttca ccctcaatga tgccaacggg gccaactacc gcacccaaat gcaccgctgg      900

atagggtgca gtgagctgaa gggatgggac gagattctgc cctcgaaagc gttgatggat      960

gagtatatga aggaaggtca gacggctctc aacggccttt atgacaaccg gctctataac     1020

acagtcttct atcagtgcga ctattggaac gatgcctcgg gccgtgtgta tggcaagaag     1080

tatgacgact ggttccgcaa cgacggtggg gcctacaacc ggccggcctt ccgcaagttt     1140

atgccggcca cgatagaggg gctggagcag gacaatacgg ccatcaacat cccgctgatg     1200

cgctatgcca acgtgctgtt gatgaaggcg gaagcactga acaatctcgg tgagacggcc     1260

aaggccatca cactcatcaa cgaagtgagg aaggtgcatg gcaacatgcc gcccatgcag     1320

ggcaccggac agagtgaggt gcaggcccag atagagcacg aacgggccat agaattccct     1380

ttggagaatc tccgcttcta tgacctgcgg cgttggggca agctcggagc ggtactcaaa     1440

gccgacgggc gcaccaattt tgatgaggcc acgaattcgt tctatcccgt tccgcagacc     1500

gagatcaact ccaacggact cgtcaactga                                      1530


<210>  3231
<211>  1038
<212>  DNA
<213>  Prevotella buccae ATCC 33604

<400>  3231
atgaacgatg atttcgacat aaggcaggag acgctgtcgt cggccgaaaa ggagtttgaa       60

aatgcactgc gaccggtgca ttttcaggat ttcaacggtc agcagaaggt ggtggaaaac      120

cttgagatat tcgtcgaggc ggccaagttt cgcggcgaac cgctcgacca caccctgctc      180

tacggaccgc cgggactggg caagacgacg ctgagcaaca tcatcgccaa cgaactgggc      240

gtgggattca agatcacttc gggccctgtg ctcgacaaac cgggcgacct ggcgggcata      300

ctgacctcgc tggaacccaa cgatgtgctg ttcattgacg agattcaccg cctctcgccc      360

gtggtggaag aatacctcta ctcggcaatg gaggactacc ggatagacat catgatcgac      420

aaggggccct cggcaaggag catacagata gacctcaacc ccttcacgct ggtgggggcg      480

accacccgca gcggcatgct cacggctccg ctacgcgccc gtttcggcat caacatgcac      540

ttggaatact atgcgcccga aaccctcatg cgcatcatca agcggtcggc ctacctgctg      600

cgggtgccca tcgacgatga agcggccatc gaaatctcgc gacgctcgcg gggaacaccc      660

cgcatagcca attcgctgtt gcggagggtg cgcgacttcg cacaggtgaa gggcaacggc      720

accattgaca ccgtgatagc gaaaatggcg ctgcaagcac tcaacatcga ccaatacggg      780

ctcgacgaaa tcgacaacaa gatactgctc accatcatcg acaagtttcg tggcggcccg      840

gtgggggtat ccaccatcgc cacggccatc ggggaagaca gcggcacggt ggaagaagtc      900

tatgaaccgt ttctcatcat ggagggattc atcaaacgca cgccccgcgg ccgaatggct      960

acacggctgg cctacgaaca cttggggcgc aattcctacg ccggcaacat catggaaccg     1020

gacctgtttg gaaactaa                                                   1038


<210>  3232
<211>  1290
<212>  DNA
<213>  Prevotella buccae ATCC 33605

<400>  3232
atgaactttt gggggctctg gaatttgagc ttcggctttt tcggtgtaca gatagcctac       60

gccttgcaga gtgcgaacat ctcgcgcatt tttgccacac ttggtgctga ccctcataat      120

ctgagttatt tttggattct tccgccattg atgggcattc tcgtgcaacc tattgtcggt      180

accctgagcg acaagacatg gaaccgtttc ggtcgccgca taccctattt gtttgtaggt      240

gcaacgatgg ctgtgctggt gatgtgcctg ctgcccaatg ccggttcgtt cgggctggct      300

gttggggccg ccatgatttt cggactggtg gctctgatgt tccttgacac ctccatcaat      360

atggccatgc aaccgtttaa aatgctcgtg ggcgatatgg tcaacgagaa acagaaagcc      420

aaggcctatt ccattcagag tttcctctgc aatgtcggtt cggtcgtggg ctttgtcttt      480

ccgtttgtct tcacatggtt cggcatcaag aatgtggctg agaaaggcgt ggtgcccgat      540

tcggtgatat ggtcgttcta catcggggcc gccattctga tactctgtgt cctctacacg      600

acactgaaag tgaaagagtg gaatccgaaa gaatatgccg aatataatgg ccgaagtgct      660

gatttggagg aagaggaagg caaggccaac tggttaaccc tgttgaagaa tgcgccctcc      720

acattctgga aagtgggcct ggtgcagttc ttctgctggg ctgccatgct ttacatgtgg      780

aactatacca ccggtgccat agccgagacc gtgtggaaca ccaccgatgc agcctctcct      840

gcctttcagg aagcaggcaa ctgggtgggc atccttttcg ctgtcgaggc tatgggaagc      900

gtggtctggg ccatcgcttt gacacagttc aagaacacta aattggccta ttcgctcagt      960

ctggctatcg gcggtgtcgg cttcgccatg attcctttcg tgcatgacca gtatctgcaa     1020

ttcatcccat tcctgctcat cggttgtgcc tgggccgcca tgttggctat gccgtttacg     1080

tttgtgacca atgccctgca gggctacggc cacatggggg cctatctggg actgttcaat     1140

ggcaccatct gcattcccca gatagtcgca gcccttgtcg gtggcggagt tttgtcgctt     1200

gtcggatcac accagagcac aatgatgatc gtcgccggag tgctgttcat ctttggagct     1260

gcggcagtga cagtgattaa aacaaaatag                                      1290


<210>  3233
<211>  1467
<212>  DNA
<213>  Prevotella buccae ATCC 33606

<400>  3233
atgaagaaaa tcatttccat cttcgccctt ctgtgctgtt tgtcgctcac ggccggcgca       60

caaaagcctt gggacaacgg tcggttgcag gtgtctgcca accaccgtta tcttcagttt      120

gccaacggtc agcccttctt ctggttgggc gacacaggct ggctgttgcc cgaacggctt      180

gaccgttccg aagcccaata ctatctacaa gtctgccgac gggccggtta caatgtggtg      240

caggtgcaga cgatgaacgg cgtgccctct tacaacatct acggtcagcc ctcgctcata      300

gatggttgga acttctcagg catcgaccgc aaaggcgttt acggctactg ggatcatttg      360

gactacatcg tccgcactgc cgagcagaac ggcatctaca tcgccatggt gcccatttgg      420

ggcacactgg tgaaggaggg gaagatagat gtggccggag ccaaggccta tggtcgcttt      480

ttaggcaacc gctacaagaa cagtcccaac atcgtgtgga tgataggcgg cgacattcaa      540

ggcgacatac gccccgagat atgggaagct ctggctacag ccatccgctc ggcagacgac      600

cgccatgtga tgacctacca cccccggggc cgctacacat cggccaaatg gtggagcaag      660

gcctcgtgga tagacttcca cacctttcag agcggccacc gcaagtatgg gcagcgcatg      720

ggcaacgccg attatcccat ccccgatagc accgaggaag acaactggat gtatgtagac      780

tccacgtggg cctaccgtcc cttgaagccc gtgctcgatt cggaaccgag ctatgaggac      840

attcccaaag ggctgcacga tcccaatgag gcccgttggc aggcccacga tgtgcgccgc      900

tatgcctact ggagcgtgtt tgccggcagt tgcggccaca cctacgggca caatgccatc      960

atgcagatgc tcaagccggg ctacgccacg ggctatggca ccgacggagc cgagaaatac     1020

tggtatcagg cgctcaacga tccgggctac aaccagatga agcacctgaa gaatctgatg     1080

ctcgccttgc cctactttga ccgcgtgccc gaccaaagcg tcatcgccgg caagaacggc     1140

atacgctaca accggctcat tgcgacccgc ggcaacgatt atttgctggt gtataactac     1200

aacagcgtgc ccatgaaagt ggatctgcga aagatttcag gcaaccggaa aaacgtgtgg     1260

tggatggatg ccgcgacggg caaactgacc ttcatcggcg agttcgactc caaacccacg     1320

accttcaacc aacagaatcc gtatcccgga caggtttgcg acggtgtact catagccgta     1380

gatgctacca aaaactatat cgccaaagac caaaaggcga ttgccgatcg cagcatgact     1440

ggtcgaaagc gcgattttaa cgaatga                                         1467


<210>  3234
<211>  711
<212>  DNA
<213>  Prevotella buccae ATCC 33607

<400>  3234
atggcaagat ttaaacgcat tctgctcaaa ttgagcggag agagcctgat gggcaagcag       60

aactacggca tcgacgcaga gcgtctggac gattatgccc ggcagattaa ggaagtgcac      120

gagatggggg tgcaaatagg cattgtgatt ggcgggggca acatcttccg cgggttgagc      180

ggcagtcaga aaggtttcga ccgtgtgaaa ggcgaccaga tgggtatgtg tgccacggta      240

atcaattcgc tagccttgag ttccgctctc ggtgcgatag gtgtcaaaac gaaagttctc      300

acagccatcc gcatggagcc tataggcgaa ttttacagca agtggaaagc catcgaggct      360

atggaggcag gttatgtgtg catcttctcg gccggcacgg gcagccctta tttcaccacc      420

gatacgggca gttcgcttcg cggcatcgag atagaggccg atgtgatgct taaaggtacg      480

cgcgtggacg gcatctatac ggccgacccg gagaaggacc ccaccgccac gaagtttaag      540

gacatcactt tcgatgaaat ctataatcgc aatcttcggg tgatggacct cacggccacc      600

actatgtgta aggagaatca tctgcccatc tatgtgttca acatggatat cgtgggcaat      660

ctcaaaaagg tgatggatgg cgaggagata ggcaccctcg tgcatgaata g               711


<210>  3235
<211>  795
<212>  DNA
<213>  Prevotella buccae ATCC 33608

<400>  3235
atgaaacaat atctcgactt gctcagacgc atactcgacg agggcacccc gaagggcgac       60

cgcacgggca cgggcacgct ctccgtgttc ggccatcaga tgagattcaa tctcgaagag      120

ggattcccgc tgctcaccac caagaaactg catctcaagt cgattatcta cgaactgctg      180

tggtttctca agggcgacac gaacgtgcgc tacttgcagg aacacggggt gaggatatgg      240

aacgagtggg ccgacgagaa cggcgacctc ggacccgtct acggccacca gtggcgctcg      300

tggcccgact acaagggggg cacgatagac cagatacaga acgtgctcga ccagataatg      360

cgcacgccgg actcgcgccg catgatggtg tcggcgtgga atccggcaga ggtgaacgac      420

atggcgctgc cgccctgcca ctgcctcttc cagttctacg tggccgacgg acgcctgagc      480

ctgcaactct accagcgcag tgccgacacc ttcctcggcg tgccgttcaa catcgcctcc      540

tacgcgctgc tcacgatgat gatggcgcag gtgacggggc tgcggccggg tgacttcatc      600

cacaccacgg gcgacaccca cctctatctg aaccacctcg gtcaggcccg tctgcaactc      660

acacgcacgc cgcgccccct gcccacgatg cggctcaacc ccgaggtgaa aagccttttt      720

gacttccgct tcgaagactt cacgctcgaa aactacgacc cctacgacca catcaaggcc      780

acggtgtcgg tgtga                                                       795


<210>  3236
<211>  1536
<212>  DNA
<213>  Prevotella buccae ATCC 33609

<400>  3236
atgattggta taataatttc ggtcgtggca ggccttgtta taggcggagc cgtcggctat       60

tctattttcc gttatgtgat aaaaggaaaa tataaccaaa tgatggatgc ggccaataaa      120

gaggccgaag ttgtcaaaga gaaaaaactc cttgaggtca aagagaagtt tctgaataag      180

aaaagcgaac ttgagaaaga ggttcagcag cgcaaccagc gcatacagca aaatgagaac      240

agactcaagc aacgggaaat aagcctcaat cagcggcagg aagagctcgg ccgtcgcaag      300

caagaggtgg agcagggtca acagcgtgtg gataacgaga agaagctgct tgcagtgaag      360

caacaagaac tcgagaagat gcagaagcag gaacaggcca agcttgaaga actctccgga      420

ctgtcggcgg aagaagccaa gttgcgattg gtggagagcc tcaaagatca ggctcgcctt      480

gatgcggcaa gttatgtgaa tgagattatg gacgaagcca agctgaacgc caaccagcaa      540

gctaagaaga tcgtcattca gactatacag cgcgtggcta ccgaaacagc catcgaaaac      600

tccgtgagcg tcttccacat tgacaatgat gaggtgaaag gccgcatcat aggccgtgaa      660

ggtcgtaata tccgtgcctt ggaagctgca acaggtgttg agatagtggt tgatgacacg      720

ccggaggcga ttgtcatttc ggctttcgat cccattcgcc gggaagtttg ccgactggct      780

cttcaccagt tagtggccga cgggcgcatt catccggccc gaatagaaga ggttgtcgcc      840

aaggtgaaga agcaactcga caatgaggtg attgagacag gaaagcgcac tgccatcgat      900

ttgggcattc atggtctgca ccccgaactg atccgcatag tcggtaagat gaaataccgt      960

tcttcttatg gtcagaatct tttgcagcac gcccgcgaga cagccaatct ctgcgcggtg     1020

atggcatcgg aactaggact caatcccaag aaagccaagc gtgccggact gttgcacgat     1080

ataggcaagg tgcctgatga ggagagtgag ttgccccatg cactttacgg agccaaaata     1140

gcagagaaat ataaggagaa acccgacatc tgcaatgcca ttggagccca tcacgatgag     1200

atcgaaatga atacgctttt ggcccctatc gtgcaggtgt gtgatgctat ttccggcgcc     1260

cgtccgggtg cccgtcgcga gattgtcgag gcctacatca agcgtctcaa tgaccttgag     1320

gccatcgcca tgagctatcc cggtgtgacc aaaacctacg ccattcaggc tggtcgtgag     1380

ctccgtgtca ttgtgggagc cgacaagatg gatgatgccg agagcgaaaa gttgtcaagt     1440

gagatcgcca ccaagattca aaacgagatg acttatcccg gacaggtgaa gatcaccgtg     1500

attcgtgaga cccgttctgt ggcatacgcc aagtag                               1536


<210>  3237
<211>  1380
<212>  DNA
<213>  Prevotella buccae ATCC 33610

<400>  3237
ttggaagaca aaagagatta tcattcatca atcaacaaac acatggagac aataaagacc       60

ccaaatctga ttatcggttt tggtaaagcc ggcaagacac tggctgccga cttggcccgc      120

cacggcgaac gcgtggtgct ggcagaagaa agcgcccgca tgtatggcgg gacatgtatc      180

aacatcggct gcatcccctc gaagaaactc atcgtcgagg ggcaacaggg cagccgaaca      240

gccgacaagg aggctgtgtt ctcgcaagcc atgcaggcca aggagactct cacgaccaaa      300

ctgcgcgaag ccaactacca taaagtggcc gaccttacgg gtgtggatgt catcaatgcg      360

actgccgaat ttgtggatgc ccacacggtg aagctcacgg gagccgacgg tgaaaaactc      420

gtcgaggccg accgcatctt catcaacacc ggtgcgtcgc cccgccgcct caacattgag      480

ggggccgacg gcaaccgcat ctacgacagc acagccatgc tctcactgcc ccaacggccc      540

acacggctcg tgattgtggg cggaggctac atctcgctcg agtttgcctg catgtatcag      600

gcatttggca gccacgtgac catcctcgaa acaagcgaca cttttctggc ccgcgaagac      660

cgtgatgtgg ccgaagaaat gctgcgcgtg ctgaccggga aaggcatcga cgtgcgcctc      720

ggagcacgca ctgagcgctt tgtggaaggc ccggagcaca ccgcagtggt gactacggtc      780

ggaactttcg aggccgatgc cgtgcttgtg ggcatcggcc ggcaacccaa cacgtctcgg      840

ctgcatcttg agcgggccgg cgtggaagtg gatgcacgcg gatttatcgt caccgacaac      900

cggctacacg ccgcacccca catctgggcc atgggcgacg tggcagggag tccgcagttt      960

acctacatct cgctcgacga ctaccgcatc gtgagcagcc agctcttcgg caatggcagc     1020

cgaacccgcg acaaccgggg ggccgtggcc acagccgtgt tcaccacccc tcccctctcc     1080

cacatcggac tcaccgagac gcaggcgcgg gagaagggac tcaacatcgt agcgaagaag     1140

atgccggcta tggccatccc caaggctaag gtgctgggac agaccgacgg actgctcaag     1200

gcagtcgtcg atgccgacac cgacgaggtg ttgggggtga cgctcttctg tgccgagtcg     1260

cacgaaatca tcaacctttt caagcccatt atcgaccacc acatcaaggc atcatacgtg     1320

cgtgacatga ttttcaccca ccccacaatg gctgaaggcc tcaacgacct gtttgcatag     1380


<210>  3238
<211>  1350
<212>  DNA
<213>  Prevotella buccae ATCC 33611

<400>  3238
atggtattga atgcaaacgg acaaagtaaa gcaacacctg aaagaccgaa catcgtattc       60

atccttgccg atgaccttgg ttatggtgac atatcttgtt ttggcagcca atttgtcaaa      120

acaccgaaca ttgacaacct atccaaaacc ggcacgacat tcacacaatg ctatgccggc      180

tcggccatca gttcaccgtc cagatgctca ctgctgacag gcaaaaacac gggaaacacc      240

accattcgtg acaacttctg caaggcagga ggtatcaaag gaaagaaggt aagtcctgat      300

ggcagcgtgt cttatatccg aagaatgaat ctcctgccta ccgacacaac catcgccacc      360

gtactcagaa gtgccggtta caagacttgt ctcgtcaaca agtggcatct tgacggcttc      420

aatcctgaag ccactccact caaccgcggc tttgatgagt tccacgggtg gcttatcagt      480

accatctttt ccaacgatcc ttactattat ccttattgga gatttgataa cgacaaactc      540

atcaacattg aggcaaacgc ccatgacaag catgtcatgc acaacacgga cctttctacc      600

gaagacgcga tcaatttcat ccgtaaaaac aaagacagac cgttcttcct ctacttggcc      660

tacgatgcgc ctcatgagcc ctacatcatc gatgacactt cgtggtatga cggcgagaac      720

tgggacatga ataccaaacg ctatgcagcc cttatcactc acatggatgc ggccatcgga      780

cgactgatga aagaactgga aagactgaag ctcaggaaaa acacgctcgt ggtcttcgct      840

tccgacaacg gtgcagccgt acaagccccg ctaaaactgc tcaagtgcaa tggcgtcttc      900

cgtgggcgta aaggtctgct ttatgaggga ggcatccgcg tgccgctgat tgtcaaccaa      960

ccgggcaaga tacctgtccg gacgcttgaa aacatcatct actttcccga tatgatgccc     1020

acgtttgcag cactcaccgg cagcaccaag catctgccac aacacctcaa cggcataaat     1080

atcctgcctc ttttctatgg caagcaactg gataccgatc accggttgct ctattgggag     1140

tttcccgggg tacagagggc ggcccgtaaa ggtgactgga aatgtgtcac aaccaaggga     1200

ggtgctcctt tagagctgta taacatcaag gaggatatgg aggaacggca taatctggcg     1260

gatcaatatc ccgaaatggt gaaaaagttc gacaaggaaa tgaaagccat caggcatcct     1320

tctcccaact ggccgttgga aggagaataa                                      1350


<210>  3239
<211>  1470
<212>  DNA
<213>  Prevotella buccae ATCC 33612

<400>  3239
atgcaagaaa ctgttaaaaa gacgctgaca ggagagtttg accggcgcaa aggactgatg       60

ctgattgtca cggccctcct cacgctcgta gtctggaatt tgcctatcga cagctttggc      120

atcgaagggc tgaccgtggt tcagcagcgc gtgattgcca ttttcgtgat ggctgtgatg      180

ttgtggctca ccgaagccat cccatcgtgg gccacctcgg tcaccatcat ctttgtactg      240

ctgttttgtg tctccgattc agccttcaac tttttgcaag ggtcggaagg cgaatatggc      300

gaactcttgg actatcaagg tgtcatggcc tgttttgccg accccaccat cattctcttc      360

ctcggaggtt tcatcctcgc catcgccgca accaagagcg ggctcgatgt gcttatggcc      420

aagacgctga tagcaccgtt tggcaaaaag agcgagaatg tgctcttggg attcatgctc      480

atcacgggcg tcttctccat gttcatctcc aatacggcta cggctgccat gatgcttact      540

tttctcacgc cggtgttcaa ggccctgcct gccaacggca aagggcgtat cgctctcacc      600

atggccatcc ccatcggtgc caacttagga ggcatgggta cacccatcgg cacgcctccc      660

aacgcctttg cctataaagt gctcaatgat cccacaggcc ttgacctcgg tattaccttt      720

ggccattgga tgctcatcat ggctcccatg gtgatactga tgctgatagt agcgtggttt      780

gtgcttcgga agtttttccc tttcacccaa aaggccatcg aactcaatat cgaaggcgat      840

gtgcagcata attggcgcac cgtcgtggtg gccgccacat ttgtgttgac catcgtgctg      900

tgggtgggcg gcaagcaata tctgggcatc aatgccaaca ccgtggccat gtttcccata      960

gccgtgtttg cctttacggg agtcattaca gccaaagacc tgcaagacat cgactgggcc     1020

gtcatctgga tggtggccgg cggatttgct cttggtctgg ccatgaacgg cacaggcttg     1080

gccgagaatg ccgtgaagag catcccgttt gccgagttca atccgatagt cattctggtc     1140

atcagtggct tggtgtgctt tgcattaagt aacttcattt ccaatacagc cacggcggca     1200

ttgctcattc ccattctcac agtagtctgc caaggcatgg gcaaccgtct cgatgccatt     1260

ggcggcacat caaccgtact catcggcatt gctgtggcgg cttcatgcgc catgtcgctg     1320

cccatctcca cacctcctaa tgccatagcc tattccacgg gactcatcaa acaaaacgac     1380

atggtgaaag ccggcttcac tgttggcatc atcagtctgg tgatgggata tgcctgcttg     1440

atcgttttct gcaaaatagg tattttgtaa                                      1470


<210>  3240
<211>  1500
<212>  DNA
<213>  Prevotella buccae ATCC 33613

<400>  3240
atgagcgaca gattattcat ttttgacacg acactgcgcg acggtgaaca agtgcccggt       60

tgccagttga acacggtaga gaaaatacaa gtggctaagg cactggagca gttgggcgtg      120

gatgtgatag aggcaggctt ccccatttcg agtccgggcg acttcaactc ggtgatagaa      180

atatccaaag ccgtgacttg gcccaccatc tgcgcgctga cacgtgccgt ggagaaagac      240

atcgactgcg cggccgaagc cctcaagtat gccaagcaca agcgcataca taccggcatc      300

gggacgagcg actcgcacat caaatacaaa ttcaactcca accgcgagga aatcatcgag      360

cgcgccgtgg ccgccgtgaa gtatgccaag agatatgtag aggatgtgga gttctatgcc      420

gaggatgccg ggcgcaccga caatgaatat ctcgcccgtg tggtggaggc cgtcatcaag      480

gccggagcca cagtagtcaa catacccgac accacgggct actgtctgcc cgaggagtat      540

gggcacaaga taaaatacct gatggagcac gtggacgggg tacacaaggc tgtgctctcc      600

acccactgcc acaacgactt gggcatggcc acggccaaca ccctgcaagg tgtgctcaac      660

ggggcgcggc aggtggaggt gacgatcaac ggcatcggtg agcgcgccgg caacacgtcg      720

ctcgaagaga tagccatgat actcaaatgc cacaagggcg tgggcatcga caccaacatc      780

aacacgacga agatttgccc cacatcgcgc ttggtgtcga gtctgatgaa catgcccgtg      840

cagcccaaca aggccatcgt ggggcgcaac gctttcgccc attcgagcgg catccaccaa      900

gacggcgtgc tcaaaaacgt gcagacctat gaaatcatcg accccaagga agtgggactc      960

gacgacaacg ccatcgtact caccgcccgt tcgggccgcg ctgcgctgaa ataccggttg     1020

catgtgaacg gtgtggaggt ggaagacgag gccaaactcg acgcgctcta caagaaattc     1080

ctcgtgctgg ccgacaagaa gaaggaggtg accgacgacg acatcctcgt gttggccgga     1140

gccgaatcgg ccgagggcca cagcgtgaag ctcgactacc tgcaagtgac cacgggcaag     1200

ggcgtgaaga gcgtggccag cgtgggcctc gacatcagcg gacagaagtt tgaggagtgt     1260

tcgacgggca acggccctgt agacgcggcc atcaaggcac tcaagcgaat aatcagaaag     1320

aacatgaccc tcaaggagtt caccattcag gccatcgaca aagggtcgga cgatttgggc     1380

aaggtacaca tgcaggtgga gtacgacgga cacgtgtact acggtttcgg ggccgacacc     1440

gacatcgtga cggcttcggt ggaggcctac atcgattgca tcaacaagtt cagagattga     1500


<210>  3241
<211>  996
<212>  DNA
<213>  Prevotella buccae ATCC 33614

<400>  3241
atggaaacaa tcaagagaaa tatagccatc gtctgtggtg gcgattcgtc ggaacacgat       60

gtctccctgc gctcggcgca ggggctgtat tccttcttcg acaaggagcg gtatcatgtc      120

tacatcgtcg atgtgaaagg caccgactgg catgtcaacc ttgacaacgg agacatcgtg      180

cccatcgaca aaaacgactt ttcgtttgtg caggccggca ccaccgtcta tttcgactac      240

gcctatatca ccattcacgg ccagcccggc gaaaacggcg tgatgcaggg ctatttcgac      300

ctcatccatc tgccttactc taccagcggt gtgcttgtcg aggctcttac gttcaataaa      360

tatgtgctca acaactatct ccgcagcttt ggcgtgaatg tagccgacag tctgctgctc      420

cgccgcggtg aatcctacga tgagaaggag atagagcgcc gattgggtat gccctgcttc      480

gtgaaacctg ccgccgacgg cagcagcttc ggcgtgagca aggtgaaaga ggccgaccgg      540

ctggctccgg cactccgggt ggccttcatg gagagcgatg aggtgatgat cgagggcttc      600

ctcgacggca tggaaatatc gcagggcatc tacaaaacca aggaaaagac tgtggtgttg      660

ccggccaccg aggtggtgac gagcaacgag tttttcgact acgatgccaa gtacaacggt      720

caggtgaagg aaatcacccc cgcccgcctc tgtcccgaga ctgctgccaa ggtgtctgcc      780

gagaccgccc gcatctacga actcctccat gccaacggca tcatccgcat cgactacatc      840

atctccaaag acagcgaggg ctgtgatgtg gtcaatatgc ttgaaatcaa caccacgccg      900

ggcatgacag ccacgagctt catcccacag caggtgcgtg ctgccggtct cgacatcaaa      960

gaggtgctga ccgaaatcgt tgaaaatcag ttctaa                                996


<210>  3242
<211>  717
<212>  DNA
<213>  Prevotella buccae ATCC 33615

<400>  3242
atgaaaaaga tgcaaatgtc cgtcgcagca atgtgtgcgc ttttggtaat gagttgcagc       60

acggtgaaca acgttgccgg gacaaacggt tcgagtacac gtaatggaag ttatatcggt      120

gccggtgccg gtgctgccgc aggtgccgcc cttggagcta ttctcaatca cagccatcat      180

ggaaccggtg ccttggtggg tgctgccatc ggggctgttg tcggtgggac cgccggcaat      240

cttatcggcc gacacatgga caaggtgaag aaagaggtgg aacaacaggt gagcaatgcc      300

aaagtggagg aggtaactga tgccaacggt ctgaaagccg tcaaggtgac tttcgacagt      360

ggcttgctct ttccgttgaa caaaagcacg ttgagtgcaa gttccaagac cgaactggcc      420

aaattcgcca cggtattgaa gaatgatcct cagttagctg tcgacattca aggatacacc      480

gaccgcacgg gaggtgacaa aatcaacata cctttgagtc aaagtcgggc agagagcgtt      540

gcctcttatt taagaaaaca gggcgtaggc tcttcctcat tcaagaatgt gaccggtttt      600

ggcagtgcca atgaaatcga aaatgcggct gtcagtcagg ttaaccgtcg cgtggaggtc      660

tatctttatg ccagtcaaga gatggttaat gcggctaaca atggcacttt gaaatag         717


<210>  3243
<211>  3114
<212>  DNA
<213>  Prevotella buccae ATCC 33616

<400>  3243
gtgctgcaac agtctgagat tgcagcgcag acaccgaggg cgaccggcgt cgttgtcgac       60

acgggcaacg agcccatcat cggtgcaagc gtaatggtca aaggcgccaa gacaggcacg      120

gtcactgaca tggacggccg gtttggtctt gaggcggcag acaatgccac gctcgttgta      180

agctacatcg ggtatgtgac gcaggaagtg aaagtcgcaa agggcagacc gatgcgggtg      240

gtactcaagg aagatgtaca ccagatcaac gaagtggtca tcaccgccct tggaatcaag      300

cgcgaccgca aggcattggg ctactcgctc ggagaagtaa agggcgagga gttgcagaaa      360

gccaaagaag tgaatgtagt caactcgttg gccgggaagg tggccggact caccgtgtct      420

aagacggcca cggggcccgc aggttccacc cgggtgatac tccgcggaag caccgaactt      480

acaggcaata accaaccact gtatgtggta gacggcgtac cgatggacaa caccaatttc      540

gacagttccg accaatgggg aggattcgat ctcggtgacg gaatatcgag catcaatccc      600

gatgatatcg agagtctgtc ggtactcaag gggccggcag catcggccct gtacggcagc      660

cgggcttcgc acggtgtcat tctcatcacc acgaagaaag ccgatggcaa gaaagacttc      720

tcggtagaac tgaacagcac cacaactttc gagacacagc tcaccaagtg gaacaatgtg      780

caatatgaat tcggacaggg cagcgaggga cgcatctccc tttccgacga ccgatattca      840

tcaaaccgca actgggggcc gcgcatagac ccgggactct atctcactta cttcgacggc      900

aaagcacgcc catacgttgt gatcaagaac aatatcgacg gctttttccg cacgggaatc      960

aacacttcca actcactcat cgtcagcaag aaaatgggta agaccggcat ccgggctacc     1020

tataccgaca tgcgcgacaa agacctcatc cccaaaacac acatggcacg caacatcatc     1080

aacctgcggg ccaacaccaa cattgccgga acgctggatc tggacttcaa gatgacctat     1140

acccgcgaaa atgtgaaaaa ccggccggcc gtagccgacc atcgggccaa catagccaaa     1200

aacctgatga cgctttccac gacatttgat caagcgtggc tgcgtgacaa ctatgaggat     1260

gaaaacggaa gatactacaa ctggaacaat ggcgatgtgt acaacatcaa tccttactgg     1320

gtgttgaaca aaatgtcgaa cgacacgaag aaggacaact acaaaggggc tgcggtgatt     1380

cgctacaagg tgatgaagca gctcacgctg caaaccacac tcggagctga tatcaacaat     1440

cttgtattca acgacttcgc ttacccgtcg tcaccgggaa gggagttggg acaacttgtc     1500

accaaggatt acaagaaccg catgtacaat gccgaatttc ttgccatata caaagaccgc     1560

taccggaaat gggactatgg ggccacgctc ggaggcaacc tctataaggt ggacaacaag     1620

accaccgtcg tcacggcgca aaacatgata atgaccgatg cgcaagctcc acagagtttc     1680

atggaaaaga aaataaggct ggacacctat cgcaaacaaa tcaactcggt ctacggaagc     1740

ctgaatctgg cctacgacaa cttcgctttc atggacatga cgctgcgtgg cgactactcg     1800

tccaccctcc cgagaaacaa caacatgtac tggtatcctt ccgtttcggg aagtctgctc     1860

ttctccgaac tgctgaagac cggaaaaaga atactgccat acggaaaggt aagggcctct     1920

tgggccaagg tgggtaatga cacagccccc tacatgatga ccctttcata cgagatgaca     1980

cccaacagtt ttggcaaata tccgatggcg atgatttcaa gcgatgtcat tcccaaccgg     2040

aatctcaagc cgaccatgac cggttcggtg gaactcggat tcgaattgcg attcctgaaa     2100

aaccggatag gactcgactt cacctactac aaccagcaca gtaaagacca gatactgcgc     2160

atgaacacat cttacgcctc cagctacaac taccaactca tcaatgccgg agacatagaa     2220

aataaagggg tggaaatcgt gttgaacaca cggcccatcg aactgaaaga cttcagctgg     2280

gatcttaatc tgaactttgc caaaaactcc aataaagtaa aagaactcgc caacggaatc     2340

gatgaattcg aactggcatc ggcccgatgg cttggcgtca aagtggtggc aaaggtggga     2400

gaaaactatg gttgtatcat ggggaaagac ttcctgcgca acgaaaacgg cgacatcatt     2460

atcgacggaa caagcgggct gcccaagatg accgacgacc tgaaagtgct cggcaatgct     2520

tcgtgggact ggacaggtgg aatcacgacc aatctgagat acaagaactt ttcactcgga     2580

gctatcttcg acgtcaaagt gggagccgac ttgtattcca tgtcggcacg gtcggcctat     2640

gccacaggca agcacaaaga cacactcgag ggccgcgatg catggtatca gtcggaagaa     2700

aaacgtctgg aggccggagt cacgcccgca gcttggaagg ctaccggagg atatgtggcc     2760

aagggagtca tacaacaaga cgacggaact tacaagccca acgacattta tgtagaccca     2820

caggtgtatt gggcgtatgt aagcacacag acggcacgcc ccttcattta cgacaactcg     2880

tatgtgaaac tgcgcgaact gaccctttct tacgtcttcc cacgcaaatt gttgggcaag     2940

tcgctgaatg cgctgacgct ctctttcgtg gcacgcaatc tattcaacat ctacaagaat     3000

gtccccaaca tcgaccccga ctccaactac aacaacggga cgggcatggg acttgagttt     3060

ggctcgcttc cttcaaggag aagcttcgga ttaaatgtaa acctaaaatt ctga           3114


<210>  3244
<211>  1776
<212>  DNA
<213>  Prevotella buccae ATCC 33617

<400>  3244
atgaaaagac tactcaccac gctcctcgtt ctctcattcg tccttactcc ctttgcgcag       60

aaaaagaatt ccaagcatag ggagaaagca cgaacgacac agatccctgt tcgcaaaaag      120

acttccactc cagcttccgg taagcgtaaa ggtacggagg ctaagcctca acgggctgta      180

accgccagaa cgaagacttc cggcaaccgg caatcgactc ccgcctccaa gcagcaggcc      240

tccaccaccc gcaatcgtcc tcgctattcc aattcttcca tccgtggact ggaagggcaa      300

cgggctgcca tccaaaagaa aatcaaggaa caggagcagg cactcagggc caatcaagag      360

gatgtgaaga agcggttgca ggacttgctt gtcatcaatt ctgagataga ccaaagtcag      420

aagagcattg agggcataca gcgagacatc gtacacatca atgggaacat cggtattttg      480

aaaagccagc tccaaaccct cgagcagcaa cttgaagacc gcaaggccaa atatatccgt      540

tcgctgcgct acatgtcgcg ccaccattcg gtacaggaaa ggttgatgtt tgtgttcagt      600

gccgacaatt tcgcccagat gtatcgccgg atgcgtttca ttcgccagta tgccggctat      660

cagaaggcac aaggcgaact ggtgaaggcc aagcagtcgc aggtgactgg caagcacgaa      720

gaactgaaac gggtgaaggg tgccaagaac tctttattat ataaaggtag acaagagaag      780

tcaaaccttg aaaacaagaa ggccgagcag cagaatgtgg tgcagggctt gcagaaacaa      840

cagcgcacca ttcagagcat catagcccag caacgccaga aagacgctgc gctcaatgca      900

cagatcgacc ggctcattgc cgaagaggta gccaaggcac gtgcgcgtgc cgctgctgag      960

gcccgtcgca aggccgctgc tgaggctgct gccaagaagc gtgccgaaga gttggcacgc     1020

cgcaaggccg cggccgaagc tgctgcaaga gaaaatgccc gtcgcatcca agaggccaaa     1080

gagcgcgaag cccgattgaa ggctgaggcc gaggctgcgg ccaaggctgc tgaagaggcc     1140

cgcaaagcgc aggctgccgc tgccgaggcg cgcaaacggg aggctgcgga agctgcggct     1200

cgcagtgctg ccgaaaggcg ggcaagagcc gaacaggctg cccgtgaagc cgaagctgcc     1260

cgtgtggcca ctgagcgcaa ggcggaagcg gagaaaaagc gcaatgaggc tgccattgct     1320

gaggccaggg aagaagccca tgaggctgcc acgctgacca cggtagaccg tatgatgaac     1380

aacggctttg aggccaatcg tggccggttg cccatgccca tcacgggaag ctatcgtgta     1440

gtgagccatt tcggccaaca ttcggtggag ggactgcccg gtgtcacact cgacaataag     1500

ggcatcaaca ttctcggcag tgccggggca agtgcccgag ccatctacga cggtgaggtg     1560

agcgccgtgt taggtttcgg aggctcttgg gtggtgatgg tgcggcatgg tgtctacatc     1620

tccgtttatg ccaacctgaa atccgtcagt gtgcatagag gccagaaagt gagtacccgt     1680

caagggctag gcaccgtggg cagcgacaac atcctgcaat tccaactccg taaggagacg     1740

gccaagctca atcccgaagt ctggttgggg agatag                               1776


<210>  3245
<211>  1029
<212>  DNA
<213>  Prevotella buccae ATCC 33618

<400>  3245
atggcagaaa agaaaagcgg tccttctttc gatgcaatca tgcgcgatct ccaagcaaga       60

aagtttgcgc ctgtatatgt gctgatgggg gatgagtctt attatataga cagaatcaca      120

gattacataa cggaaaatgt actctctccg gaagagcggg attttaacca aatggttctt      180

ttcggggccg atactacagc tgcgcaaatt gcagatatgg ccaggcggta tccgatgatg      240

tcggaatatc aggttgttgt cgtgaaagag gcgcagaatt tgagaaatct ggaaccgata      300

gagaagtatc tcgagaaacc ggtaaaatcg actatcttgg ttttatgcca taaaaatgga      360

gtacttgacc gcagaaaaaa gatttttgca aaggcgcaag ctgtaggagt tgtttttgaa      420

agtaggaaac tgtatgaccg ggaattgcct ccattcattg aaaattactt gaagcggaaa      480

aatgcggcca ttgatccgaa ggccacgcaa atgatagccg accacatcgg ggctgatttg      540

aacaggctga cttctgaact tgaaaaggtg ctcatatctc ttcccgaagg taaccgaaga      600

gtaacaccgg aagtggtgga gcgggagatt ggagtgagca aagattttaa tgcttttgag      660

cttcgggatg caatcgtaaa tcgcaacgtt ttcaaagcca atcagattat caaatacttt      720

gacagtaatc caaaggctgg gagcatctac tcatttctcc cgttgctctt ttcttatttc      780

caaaatttga tgatcgcata ttatgctcct aaaaaacagg atgcggatgc tgttgcaaag      840

ttcctggatt tgagaaatag ttgggcagcg cgtgattatc tgacaggaat gcgcaactac      900

tccggcaaca aaactttgca gataattgat aagttgagag agattgatgc caagagtaag      960

ggacttgata atcccggtac tgatgctgct aatctaatga aggagctcat ctttttcatc     1020

ctccattga                                                             1029


<210>  3246
<211>  1272
<212>  DNA
<213>  Prevotella buccae ATCC 33619

<400>  3246
atgacagaaa ccattgatat accactcatt gtcggcatcc ttgtgacgat gctcctctcc       60

gcctatttca gcggcatgga gatcgcgttt gtctccagca accgtatgct ggctgaggta      120

gacaagggac ggtatggctt ttcccaacgg ttcatctcta ttttctacaa tcatcccaac      180

ggcttcgttt ccacgatgct tgtgggcaac aatatcgtgc ttgtggtcta tggcattctc      240

atagcccgac tgttcgataa taccatcttc cgcggccttg ccccggcctt tactgtgccg      300

gccgacacgc tgctctccac cttcgtcatc ctctttacgg gggagtttct tcctaaaacc      360

ttgttcaaaa gcaaccccaa tacgttgttg gccgtttttg ccctgccggc ctatgtattt      420

tatatcatgc tttggcccat cgcccggttg gccaccttcc tctcgaagat gtgcttgcgc      480

tttttgggca ttcgcatgga acagggaagc gacgacgagg gattctccaa agtagacctt      540

gactacctcg tctcttccag tatcgatagc gctcgcagcg acgatgagat agaagatgaa      600

gtgaagattt tccagaacgc tctcgacttt tccgatacaa aggtacgcga ctgcatggtg      660

ccccgcaccg aagtcaatgc cattgaggag aatgccccac tcgaagagct caggcaactc      720

ttcattgaga gcggcaactc caagattatc gtttatcgtg aagacatcga ccacatcatc      780

ggttacatac actcctcaga gatgtttcgc aacccccgtc ggtggataga ccacgtgcgc      840

accatgcctt ttgtgcctga aaccatggcg gcgcagaagc tcatgaagat attcatgcag      900

cagaagaaaa ctctcggcgt ggtggtcgat gagtttggcg gcacgagcgg catcgtggcg      960

ctcgaagaca tcgtagagga gatctttggt gacatcgaag acgagcacga cagtgacaag     1020

tacatcgcca agcgcaccga tgatggtgac tatgtgctct cagcgcgttt agagatagac     1080

aaaatcaatg agatgttcga tctcggactg cctgaaagcg acgattatat gaccctcggc     1140

ggactcatcc tacacgacta tcagagtttt cccaaactca acgaaatcgt gaagataggt     1200

tcttatgaca tcaagatact caaggcttca atgacgaaaa tagagctggt gaaattgcac     1260

aaaaccactt ga                                                         1272


<210>  3247
<211>  720
<212>  DNA
<213>  Prevotella buccae ATCC 33620

<400>  3247
ttgagctatc tttgtcccac cgctatttta actgatatca tggttatccg aaaaatcaat       60

ctacagaagc aatcatccga taagtttaca cgctcaaccg gagacgacga tgagaaagaa      120

aaaccggaac agcaatctat tgagagccga ctgagaagcg gcgacgagga agcttaccga      180

ctgcttttca agcaacacta tgccgtgttg tgtcacatcg ccgacctcta tgtgcatgac      240

aggtttacgg cagagggcat cgtgggagat gtcatcttcc atctttggga ggcgagagaa      300

catctcatca tcaggagttc cctgcgcagc tatctggcga ggagcgtaag aaacaagtgt      360

ctggaccata tcaaatcgaa acacaacaag accgaacagc ccctatcggt cactcccgag      420

gccgaagcgg catacggcaa ccagcgggtc accgacggca acccactggg cgacttgctt      480

tcccgagaac tggaaaatga aatcatgacg gctgtagaca acctgccgga agagtgccgg      540

gaggtttttc ggctgagcag gtttgaaaac aagaaaagcc gggagattgc cgaggaactc      600

ggcatttcgg tcaacaccgt gaaataccac ctcaagaatg ctatcaaaac cttacgcgag      660

cggctgaaag accatctccc ggcagtggtc atcgggctac tgagcctgtt aattaactaa      720


<210>  3248
<211>  792
<212>  DNA
<213>  Prevotella buccae ATCC 33621

<400>  3248
atggccaaag ggctgccggc acacaacgag gacgctatcg taaagacaaa taacttcttg       60

gctgtagtgg acggcagtac gagtaaaacc aagtacaggg tgcaacccga tatcaccaac      120

ggtcagcttg ccgccatctt gattcgtgat tatctgcaat ccgtagactc atcggcccct      180

catctttcct gcaaagaact gtgcgaggga ttgacggagc attttcagca ggaatattta      240

gttcggaatg tggatataga tgccctcacc atacatccgg aactgcgtcc tactgccagt      300

gtggtagttt tttcacgatg ccggcaagaa gtctggctca tcggcgattg ccaatgcatg      360

ataaacgggc agctgtttga gaacccaaaa ccacacgaag caaccatcgc ccgcaagcgt      420

gcccggctaa tcattggcgg gatgcgtcct gacgaagccc gaagatgtat agaacacgat      480

ctcattacag ccatgcatga agggcagaac aaaaactacg ccgtgataga cggtttcccc      540

atctattatg caggagttgc aatcatcaag cttagagaat gggcaaccac tttccctttc      600

caaattgtgt tggcttctga tggctatcct tttctaaaat ccacattgga agcttccgag      660

caggccatac aaaagcaagc tgcttccgac cctcagaaca tcaagcactt tttggccaca      720

aagggtatta agcccggtta tcatggtttt gacgaccgca cttatttacg tttcattttt      780

ggtgaagaat ga                                                          792


<210>  3249
<211>  1119
<212>  DNA
<213>  Prevotella buccae ATCC 33622

<400>  3249
atggacagaa taagaatttt cgtagaagaa ttgatcagtt tggcagggct caccggctca       60

gccgttcccg tggtccgcca catacttttg attgtcgtgg ccataatctt ggcttggacg      120

ggcgatttct tgggacggaa ggtgttggtt cccctcatcg gaaagctgac cgggaagacc      180

gaagccaagt gggacaacgt gctcttcaac cgtcaggtga tagtctcggc ctgccacatc      240

atccccgccg tcatcatttg ggaactcctg cccatggtgt tctatcagtt tcccttggtc      300

agggaactgc ttgcccggct tacggccatc tacatcacag tgatgatcgt gcgcacgggc      360

acggtgttca tcaattcttt cagcttgctc gagaccgacg gccgccgttc cagtgcgcgc      420

cagtattttc agtctttctg cggtgttttg aagattctga tgttttttgt cgccgcggtt      480

attgtggtgg ccattgttct ggggcggtcg cccatgcgac tttttgccgg tctgggtgcc      540

acctcggcca ttctgatgtt ggtgttcaaa gacacgatag aaggacttgt ggccggcatc      600

cgcctcacga gcaacgacat gctgcacaag ggcgattgga tcaccgtgcc cggaacgcag      660

gtcaatggcg tggtggagga catctcgctc accacggtga aagtgaaaaa cttcgacaac      720

accatcctca ccgtcagtcc cacggctctt gtcagcggca gtttccaaaa ctggataggt      780

atgcagcgga gtcccggtcg ccgcgtgcaa cgcaagctct attacgattt tcgcagcatc      840

cgatttgttg acgaggagca gaagacaacc aacctcacac agtttcgcta tgctgcggag      900

aagtatctgg caggtctgga ggccgtgaac agccagatga tgattatggt gcgccaactt      960

gaagctaccc agtgcggtct gcctgttgag ttttattttt tcttgaagag caaggagtgg     1020

aagacctacg aacatcagtt ggccgacatc ttggaatggt tctatgccaa gtcggccgat     1080

ttcgggttga agatatacca gcaatatccc gagcagtga                            1119


<210>  3250
<211>  1359
<212>  DNA
<213>  Prevotella buccae ATCC 33623

<400>  3250
atgaaaagta tcaacttaga cattacaaag gctgcacaat tcctttcaga agatgcagtg       60

aaggcttacg agcccaaggt gaaagttgcc caagaagctc ttgaggccag cacttgtccg      120

ggcaacgact ttttgggatg gcttcatctt ccctcatcca tcactcctgc tttccttgat      180

gaagtgcagg ccgtagccaa cacgctccgc gagaagtgcg aagtggtggt agtggccggc      240

atcggaggtt cctatctcgg tgcccgtgcc gtgattgaag cactcggcaa ctcgtttgcc      300

tggctcatca acgacaagaa aaacccgaca atcatgtttg cgggcaacaa tatcggtgag      360

gactatctct ttgaactgac agaatatctg aaagacaaaa agttcggtgt catcaacatc      420

agcaagtcgg gaaccaccac cgagactgcc ctcacattcc gtttgcttaa aaaacagtgt      480

gaggcacaaa tgggcaaaga ggtagccaaa gacataattg tggccgtgac cgatgccaag      540

aagggggctg cccgcacctg cgccgacaag gaaggctaca agagtttcat cattcccgac      600

aatgtgggag gccgtttctc cgtgctcacg ccggtaggtc tgctacccat tgcctgcgct      660

ggcttcgata tcaaggccct cgtacaggga gccgcagaca tggagaaagc cacgggtaag      720

gatgtaccgt tcgaacagaa cctcgcagca caatatgcag ctgtacgcaa cgggctctac      780

aatgaggccg gcaagaaaat tgaaatcatg gtcaacttcc agccaaaact ccattttata      840

gctgaatggt ggaaacaact ctatggcgag agtgagggca aggacggtaa gggcatcttc      900

cctgcatcct gtgacttcac tactgacttg cactccatgg gtcagtggat tcaggacggt      960

gaacgctcca tctttgagac tgtcatctct gtagagcagc ctaacaagaa attgctcttc     1020

cctcacgacg acgagaacct cgacggactc aatttcctcg aaggcaagcg cgtggacgag     1080

gtgaataaga tggccgaact gggcactcgt ctggcccatg tggacggtgg tgtgcctaac     1140

atccgcatta gcgttccaga gctcaacgag tattatatcg gtcaactcat ctatttcttc     1200

gagatagctt gtggcatcag cggtaatgtt ttgggtgtca acccgttcaa ccagccgggt     1260

gtggaggctt acaagaaaaa tatgtttgca ctgctcaaca agcccggtta tgagaccgag     1320

agcaaggcca ttcaggaaag actggcccaa gaggcataa                            1359


<210>  3251
<211>  1185
<212>  DNA
<213>  Haemophilus parainfluenzae T3T1

<400>  3251
atgtctaaag aaaaatttga acgtacaaaa ccgcacgtaa acgtgggtac aatcggccac       60

gttgaccacg gtaaaacaac tttaacagca gcaatcacaa ccgtattagc aaaacactac      120

ggtggtgcag ctcgtgcatt cgaccaaatc gataacgcgc cagaagaaaa agcgcgtggt      180

atcaccatca acacttcaca cgttgaatac gatactccaa ctcgtcacta cgcacacgtt      240

gactgcccag gacacgcgga ctatgttaaa aacatgatta ccggtgcggc gcaaatggac      300

ggtgctatct tagtagtagc agcgacagat ggtcctatgc cacaaactcg tgagcacatc      360

ttattaggtc gtcaagtagg tgtaccttac atcatcgtat tcttaaacaa atgcgacatg      420

gtagatgacg aagagttatt agaattagta gaaatggaag ttcgtgaact tctttctcaa      480

tatgatttcc caggtgacga tactccaatc gtacgtggtt ctgcattaca agcattaaac      540

ggcgttgcag aatgggaaga aaaaatcctt gagttagcaa accacttaga tacttacatt      600

ccagaaccag agcgtgcaat tgaccaaccg ttccttcttc caatcgaaga cgtgttctca      660

atttcaggtc gtggtacagt agtaacaggt cgtgttgagc gtggtatcat ccgcactggt      720

gatgaagttg aaatcgtagg tatcaaacca acagcgaaaa caactgtaac tggtgttgaa      780

atgttccgta aattacttga cgaaggtcgt gcaggtgaaa acatcggtgc attattacgt      840

ggtaccaaac gtgaagaaat cgaacgtggt caagtattag cgaaaccagg ttcaatcact      900

ccacacactg atttcgaatc tgaagtgtac gtattatcca aagaagaagg tggtcgtcac      960

actccattct tcaaaggtta ccgtccacag ttctatttcc gtacaactga cgtaactggt     1020

acaatcgagt taccagaagg cgtggaaatg gtaatgcctg gtgataacat caaaatgaca     1080

gtaagcttaa tccacccaat cgcgatggac caaggtttac gtttcgcaat ccgtgaaggt     1140

ggccgtacag taggtgctgg cgttgttgcg aaaatcatca aataa                     1185


<210>  3252
<211>  822
<212>  DNA
<213>  Haemophilus parainfluenzae T3T2

<400>  3252
atggctatcg ttaaatgtaa gccgacctcc gctggtcgtc gtcacgttgt taaaatcgtg       60

aaccctgaat tacacaaggg taaaccttac gcgcctcttc tagatactaa atctaaaact      120

ggtggtcgta acaattatgg tcgtattacc actcgccaca tcggtggtgg tcataaacaa      180

cattaccgtt taatcgattt caaacgtaac aagttagata tcccagcggt tgttgaacgt      240

ttagaatatg atccaaaccg ttcagctaac atcgctttag tgctttataa agatggtgaa      300

cgccgttata tcttagcacc taaaggtttg tcagttggcg atcaaatcca atctggcgtt      360

aactcaccaa ttaaagtggg taactcatta ccaatgcgta atatcccagt tggttcaaca      420

gtacataacg ttgaattaaa accaggtaaa ggcggtcaaa tcgctcgttc tgctggtgct      480

tatgtacaaa tcatcgctcg tgaaggcaac tacgtaactt tacgtttacg ttcaggcgaa      540

atgcgtaaag tattagctga atgtgttgct acaatcggtg aagttggtaa ctcagaacat      600

atgcttcgcg tattgggtaa agctggtgct aaccgctgga gaggcattcg ccctacagtt      660

cgtggtactg caatgaaccc agtagatcac ccacatggtg gtggtgaagg tcgtaacttt      720

ggtaaacacc cagtaactcc ttggggcgtt caaactaaag gtaagaaaac tcgtcacaac      780

aaacgtactg ataaattcat cgtacgtcgt cgtggcaaat aa                         822


<210>  3253
<211>  501
<212>  DNA
<213>  Haemophilus parainfluenzae T3T3

<400>  3253
atgtcaaaca tcgaaaaaca agctggtgaa ctgcaagaga agctaatcgc agtaaaccgt       60

gtatcaaaaa ctgtaaaagg tggtcgtatt atgagcttta ctgctttaac agtagtaggc      120

gatggtaacg gtcgcgtagg ttttggttat ggtaaagctc gcgaagttcc ggcagcgatc      180

caaaaagcga tggaaaaagc acgtcgcaat atgattaatg tcgctttaaa tgaaggtaca      240

ttacaacacc cagttaaagg tgttcacact ggttctcgcg tatttatgca accagctagc      300

gaaggtacag gtatcatcgc aggtggtgca atgcgttcag tgttagaagt tgctggtgta      360

cgtaacgttc tttctaaagc gtatggttca accaacccaa tcaacgttgt tcgtgcaact      420

attgatgcat tagcaaatat gaaatcacca gaaatggttg ctgctaaacg tggcaaaacc      480

gttgatgaaa ttttggggta a                                                501


<210>  3254
<211>  690
<212>  DNA
<213>  Haemophilus parainfluenzae T3T4

<400>  3254
atggctaaat tgactaaaaa aatgaaagca atcaaagctg gcgtagattc tactaaagca       60

tatgaaatca acgaagcaat cgcgttatta aaacaattcg caacagctaa attcgttgaa      120

agtgttgacg ttgcagtaaa cttaggtatc gatcctcgta aatcagacca aaacgttcgt      180

ggtgcaactg tattaccaca cggtactggt cgtgaagtac gcgtagctgt gttcacccaa      240

ggtgctaacg cagatgcagc taaagaagct ggcgctgatt tagtaggtat ggaagattta      300

gcagagcaaa tcaaaaaagg cgaaatgaac tttgacgttg ttatcgcttc tcctgatgca      360

atgcgtgttg ttggtcaatt aggtcaagta ttaggcccac gtggtttaat gccaaaccct      420

aaagttggta ccgtaactcc aaacgttgct gaagcagtta aaaatgctaa atctggtcag      480

atccgttatc gtaacgataa aaacggtatc atccacacaa caattggtaa agcaaacttc      540

tctgaagttc aattaaaaga aaaccttcaa gcattattgg ctgctttaaa caaagcaaaa      600

ccaactactg caaaaggtat ctttatcaag aaagtaagca tctctacaac tatgggtgct      660

ggtgtggctg ttgatcaagc ttcactataa                                       690


<210>  3255
<211>  1542
<212>  DNA
<213>  Haemophilus parainfluenzae T3T5

<400>  3255
atgcaactaa attcaactga aattagtgaa ttgattaaaa aacgcatcgc tcaatttgac       60

gtggtgagcg aagcccgtaa tacagggaca attgtttctg taagtgacgg gattattcgt      120

attcatggct taagcgatgt gatgcaaggc gaaatgatcg ccttaccagg caaccgttac      180

gcaatggcac ttaaccttga acgtgattct gttggtgcgg tagtaatggg cccttacgca      240

gatttagcgg aaggtatgga agtacaatgt actggccgta tccttgaagt accagttggt      300

cgtggtttat taggtcgtgt ggtaaataca cttggccagc caatcgatgg taaaggtgaa      360

attgaaaatg atggtttctc tcctgttgaa gtcattgcac caggtgttat cgatcgtaaa      420

tctgttgatc agcctgtaca aaccggttat aaagcggttg actctatggt tccaatcggt      480

cgtggtcaac gtgagttaat catcggtgac cgtcaaacgg gtaaaacagc attagcaatc      540

gacgcaatta ttaaccaacg tgattcaggt attaaatgta tctatgtcgc gattggtcaa      600

aaagcgtcga ctattgcaaa cgtagtgcgt aaattagaag agcacggtgc gcttgaaaac      660

acaatcgttg ttgcggcatc tgcatctgaa tcagctgctt tacaatattt agcgccttat      720

gccggttgtg caatgggtga atatttccgt gatcgcggtg aagatgcgtt aatcgtttac      780

gatgacttat caaaacaagc cgttgcttat cgtcaaattt cattattatt acgtcgtcca      840

ccaggtcgtg aagcctatcc aggtgacgta ttctatctac actcacgttt acttgaacgt      900

gcagcacgtg taaatgaaga atacgtagaa aaattcactc aaggtgcagt aaaaggaaaa      960

actggttctt taaccgctct tccaattatt gaaactcaag caggtgacgt ttcagcattc     1020

gttccaacca acgtaatttc gattaccgat ggtcagattt tcttagaatc taacttattt     1080

aactctggta ttcgtccagc ggtaaaccca ggtatttcgg tatctcgtgt gggtggttct     1140

gcacaaacta aagtagtgaa aaaattagct ggtggtatcc gtactgcatt agctcaatat     1200

cgtgaattag cggcgtttgc tcagttcgca tctgaccttg atgatgctac ccgcaaacaa     1260

ctttctcacg gtgaaaaagt cactgaatta ttgaaacaaa aacaatatgt accgcttagc     1320

gtagcagagc aatctgtgtt gcttttcgcg gttgagtttg gctatttaga agatgtggaa     1380

ttgcaaaaaa ttgcaagttt tgaagccgca cttttagatt acgctcgccg taaccacagc     1440

gagtttatgg ctgaattgac caaaaccggt aattacaatg atgaagttaa agcatcattg     1500

aaagcgattt tggataactt taaagccaac agcgcgtggt aa                        1542


<210>  3256
<211>  1326
<212>  DNA
<213>  Haemophilus parainfluenzae T3T6

<400>  3256
atggctaaac aaccaggtta tcaaagcaga agtactaata gtggtactgg tgaactaaaa       60

agcagattgc tttttgtatt aggtgcactt atcgtttatc gtattggttc ttttattccg      120

cttcctggta ttgatgccgc cgtgctagct caattagttg aacaacaaaa aggcaccatc      180

attgatatgt taaacatgtt ctctggtggt gcattgagcc gagcatcaat tttagcatta      240

ggtattatgc cgtatatctc ggcatctatc gtgatgcaat tgcttgctac ggtttcacct      300

gctttagcag aattgaaaaa agaaggcgca gcaggacaaa gaaaaatcac caagtatact      360

cgttatgcaa cggtggtttt tgctactatc caagctatcg caatttctac cggtttaccg      420

aatatgttgc cacaattagt gccaaatatc ggttttactt tttacttcac tgcagtagtg      480

agtcttgtaa ccggaaccat gttcttaatg tggttaggtg agcaaattac tgaaagaggt      540

attggtaacg gtatctcaat tcttgttttt ggtggtattg ttgcaggatt gccgcatgca      600

atcatcgaaa cagttgagca agctcgtcaa ggacaaatgc atcctttagt tcttctacta      660

atcgctgcta ttgtttttgc agtaacttat tttgttgtct tcgtagaacg tggacaacgt      720

agaattcgtg ttgaatatgc taagcgtcaa caaggacgtc aaattttagg tggtcattca      780

actcacttac cattaaaagt taatatggca aacgtaatgc cagcaatttt tgcttcaagc      840

attattttat tcccagctac attgacacaa tggtttggtc agaatgataa gtttgagtgg      900

ttaaatgact tatcaatgtt gttgaatcct ggacaacctt tatatcttct tgtttatgcg      960

gtagcgatta ttttcttcag tttcttctat actgcaatgc aatataatcc acgtgataca     1020

gcagataatc taaaaaaatc tggtgcattt atcccaggaa ttagaccagg tgaacaaaca     1080

tcacgttaca ttgatgaagt aatgactcgt ttaacattaa ttggcggtct ttatgtaacg     1140

ttcgtatgtt tagtccctta tattatgaca tcagcatggg atgttaaatt ctacttcggt     1200

ggtacttcct tattaatcgt tgttgttgta attatggatt ttatcgtgca agttcagagt     1260

cacttaatgt cgtctcaata tgaatctgcg ttaaaaaaag caaaccttaa aggttttgga     1320

cagtaa                                                                1326


<210>  3257
<211>  1650
<212>  DNA
<213>  Haemophilus parainfluenzae T3T7

<400>  3257
atgtcagaat cttttgctca actctttgaa gaatcattaa aaggccttga aacccgtcaa       60

ggttcaatcg ttagcggtac tgttgttgct attcaaaaag gctttgtact tgttgatgca      120

ggcttaaaat ctgaatctgc aattcctgtt gctgaattcc aaaacgctca aggtgaactt      180

gaagttaaag ttggcgacac agtaaacgta gctttagatg cagttgaaga tggttacggc      240

gaaactaaac tttctcgtga gaaagcagtt cgtcacgaat cttggattga attagaaaaa      300

gcttacgaag aaaaagcgac cgttatcggt ttaatcaacg gtaaagtgaa aggcggtttc      360

acagttgagt taaacggtgt tcgtgcattc ttaccaggtt cattagttga tacacgtcct      420

gcacgtgaag ctgatcacct acttggtaaa gaattagaat tcaaagtaat caaattagat      480

caaaaacgta acaacgttgt tgtttctcgt cgtgcagtga tcgaatctga aaacagccaa      540

gaacgtgaac aaatccttga gaacctagct gaaggttcag aagttaaagg tatcgttaaa      600

aacttaactg actacggtgc attcgtagat ttaggtggcg ttgacggttt attacacatc      660

actgatatgg cttggaaacg tgttaaacac ccaagcgaaa tcgtgaatgt aggcgacgaa      720

gtaactgtta aagtattaaa atttgacaaa gatcgtactc gcgtatcttt aggcttaaaa      780

caattaggtc aagatccttg ggttgctatc gccgaaaacc acccagtaaa cagcaaatta      840

actggtaaag taactaactt aactgactac ggctgtttcg ttgaaatctt agatggcgtt      900

gaaggtttag ttcacgtttc tgaaatggat tggactaaca aaaacatcca cccatctaaa      960

gttgtaagcc ttggcgatac agttgaagtc atggtgttag aagttgacga agaacgtcgt     1020

cgtatttctt taggtttaaa acaatgcaaa cctaacccat ggactcaatt cgctgaaact     1080

cacaacaaag gcgacaaagt tactggtaaa atcaaatcaa tcactgattt tggtatcttc     1140

atcggtcttg aaggtggtat cgacggttta gttcacttat ctgacatttc ttggaatgtt     1200

gcaggtgaag aagcagttcg taactacaaa aaaggtgatg aagtttctgc agtagtatta     1260

gcagtagatg cagtgaaaga acgtatttct ttaggtatca aacaacttga agatgatcca     1320

ttcaacaact tcgtagctat caacaaaaaa ggtgcagtaa tttctgcaac tgttgttgaa     1380

gctgacgcta aaggtgctaa agttgaatta gcaggtggcg ttgaaggtta tatccgtgca     1440

gcagacttaa caaacgaagt tgcagcaggt gatgtagttg aagcgaaata cacaggtgtt     1500

gatcgtaaag cacgtatcgt tcacttatct gtaaaagcga aagatcaagc tgaagaagct     1560

gctgcagttg caaacgtgaa taacaaacaa gaagatgttg ctattccaaa tgcaatggct     1620

gaagctttca aagcagctaa aggtgaataa                                      1650


<210>  3258
<211>  4251
<212>  DNA
<213>  Haemophilus parainfluenzae T3T8

<400>  3258
gtgaaagact tagttaagtt tttaaaagca caatcaaaaa ccagtgaaga ttttgatgtg       60

attaaaattg ggttagcttc tccagacatg atccgttctt ggtcatttgg tgaagttaaa      120

aaacctgaaa caatcaacta tcgtacgttc aaacctgagc gtgacggtct tttctgtgca      180

cgtattttcg ggccagtaaa agattacgaa tgtttatgcg gaaaatataa acgcttaaaa      240

caccgtggtg tgatttgtga aaaatgtggt gttgaagtaa cacaaactaa agtgcgtcgt      300

gaacgtatgg gccacattga attggcttgt cctgtggcgc acatttggtt cttaaaatca      360

cttccgtccc gtatcggttt attacttgat atgccgttac gtgatattga acgtgtgctt      420

tattttgaaa tgtacatcgt gaccgaaccg ggtatgaccg atttggagcg tggacagtta      480

ttaactgaag aacaattcct tgatgcagaa gaccgttggc aagatgaatt cgaagcgaaa      540

atgggtgctg aagcaattca agatttactt aaaggtattg atcttgaagt ggaatgcgaa      600

aaattacgtg aagagttaca agaaactaac tctgaaacaa aacgtaagaa aatcactaaa      660

cgcttaaaat tattagaagc tttccaacag tctggtaata aaccagagtg gatggtgatg      720

actgtattac cagtacttcc accagattta cgtccgttag taccattaga tggtggtcgt      780

tttgcaactt ctgacttaaa cgatctatat cgtcgcgtga tcaaccgtaa caatcgttta      840

aaacgtttat tagatttaat cgcaccagat attatcgtgc gtaacgaaaa acgtatgtta      900

caagaatctg ttgatgcgtt attagataat ggtcgtcgtg gtcgtgcgat tacgggttct      960

aaccgtcgtc cattaaaatc acttgcggat atgatcaaag gtaaacaagg tcgtttccgt     1020

caaaacttat taggtaaacg tgttgactat tcaggccgtt ctgtaatcac tgtaggtcca     1080

tacttgcact tacaccaatg tggtttaccg aagaaaatgg cattggaatt attccgtccg     1140

tttatctacg caaaattaga aagccgtggt tatgcaacta caatcaaagc ggcgaagaaa     1200

atggttgagc gtgaagacgc gatcgtttgg gatatcttag cagaagttat tcgtgagcac     1260

ccaattctat tgaaccgtgc accgacactt caccgtttag gtatccaagc gtttgaacca     1320

cttctaatag aaggtaaagc aatccagtta cacccacttg tttgtgcggc gttcaacgcg     1380

gacttcgatg gtgaccaaat ggcggttcac gtaccattaa cacttgaagc tcagttagaa     1440

gcgcgtgcgt taatgatgtc aactaacaac gtactttcac ctgcaaacgg tgatcctatt     1500

attgttccat cacaagacgt ggtattgggt ctttactata tgacccgtga aaaagtgaac     1560

ggtaaaggtg aaggtatgtt attgcaagat ccgcgcgaag ctgaaaaagc ctatcgcaca     1620

ggtgaagcag aattacattc tcgcgttaaa gtacgtatta ctgaatatgt gaaaaatgaa     1680

gctggcgaat tcgaagagaa aaccacatta accgatacca ctatcggtcg tgcaatctta     1740

tggatgatcg cgccaaaagg tatgccttat tcattgttca accaaacatt aggtaaaaaa     1800

gcaatttcta aacttatcaa cgaagcttat cgtcgtttag gtttgaaaga agcggtaatg     1860

tttgctgacc atattatgta taccggtttt gcttatgcgg cacgttcagg ttcttctgtg     1920

ggtatcgacg atatggttat cccagagaaa aaatacgaaa ttatttctgc agcggaagct     1980

gaagtggctg aaattcaaga acagttccaa tctggtcttg taacagcggg tgagcgttat     2040

aacaaagtca tcgatatttg ggctgcagca aatgagcgtg tagcgaaagc aatgatggaa     2100

aacttatctc aggaagaagt catcaaccgt gaaggtaacc ctgagaaaca agcttctttc     2160

aacagcattt ttatgatggc tgactccggt gcgcgtggtt ctgcagctca gattcgtcag     2220

ttagcaggta tgcgtggttt gatggcgcgt ccagatggtt cgatcatcga aaccccaatt     2280

acagcgaact tccgtgaagg tttgaacgta cttcagtact ttatttcaac ccacggtgcg     2340

cgtaaaggtt tggcggatac cgcattaaaa acagcaaact ctggttactt aactcgtcgt     2400

ttagttgacg tagcgcaaga cttagtgatc gttgaagatg actgtggtac acacgaaggt     2460

ttagtcatga ctccattaat cgaaggtgga gatgagaaag ttccacttcg cgaattagtg     2520

ttaggtcgtg ttgtggctga agatgtgtat aaaccaggta cagaagaagt cttaattgca     2580

cgtaacacct tattagatga aaaactgtgt gatgtgttag atgcaaactc cgtggacagc     2640

gtaaaagtac gttctgttgt aacttgtgat actgatttcg gtgtctgtgc gaaatgttat     2700

ggtcgtgact tagctcgtgg tcacctcatc aaccaaggtg aagcagtggg tgttatcgct     2760

gctcaatcaa tcggtgagcc aggtacacag ttaaccatgc gtacgttcca catcggtggt     2820

gcagcttctg cagcagcgaa agaatctagc gtacaaatca aaaacaacgg tactttacac     2880

cttgctaacg caaaattcgt tgttaatgac gaaggtaaat tagttttaac ttctcgtaat     2940

actgaattaa ccgtaactga tgcatttggt cgtacgaaag aacattataa agtgccttac     3000

ggtactgtat tgaacaaagc tgacggtcaa gaagtgtctg ctggtgaaac agtggcaaac     3060

tgggatccac atactatgcc agttgtatct gaagtatctg gttttgtgaa attcgttgat     3120

atcgtggatg gtttaactgt aacccgtcaa acggatgaat taactggtct ttcttctatc     3180

gtcgtacaag atgtgggtga acgtgcaaca gcaggtaaag atttacgtcc aaccatcaaa     3240

ttagttgatg caaaaggtaa cgatatcttc ttacctgaaa ctgacgttat tgcgcaatac     3300

ttcttaccag gtaaagcaat cgtaagttta gatgacggtg cggaagtgaa agtgggtgaa     3360

ccacttgcac gtattccaca agaatctgtg ggtactaaag atattactgg tggtcttcca     3420

cgcgttgctg acttattcga agcacgtaaa ccgaaagagc ctgcaatctt ggcagaaatt     3480

tcaggtatcg tgtccttcgg taaagaaacc aaaggtaaac gtcgcttgct aatcacccca     3540

actgaaggtg aaatctacga agaaatgatt ccaaaatggc gtcaactcaa cgtatttgaa     3600

ggtgagatgg tagaacgtgg tgatgtgatt tctgatggtg cagagactcc acacgatatc     3660

ttacgtttac gcggtgttcg tgctgtaact gaatatatcg tgaacgaagt acaagaagtt     3720

taccgcttac aaggggtaaa aattaacgat aagcacatcg aagttatcgt acgtcaaatg     3780

ttacgtaaag cagtcattac gaaagcttat gacagcgaat tcctcgaagg ggaacaagtt     3840

gaagtggctc gcgtgaaaat tgttaaccgt aaacgtgaag cggaaggtaa accaccagtt     3900

gaattcgaac gtgaattact gggtattacc aaagcgtcat tggcgacaga atccttcatt     3960

tctgcagcat cgttccaaga aaccactcgc gtgcttactg aagcggcagt ggcgggtaaa     4020

cgtgatgaat tacgaggctt gaaagagaac gtaatcgtag gtcgtttaat cccagctggt     4080

actggttttg catatcacca aggtcgtcac aaaaaacgta ttgtagacga tgttgtgatt     4140

aaattgtctg aagacgatga agcagcaatt gctgatgaat tcgtgatgac agcagatgat     4200

gcaacaacta acttagcaga aatgcttaat atggcagatg atgcagaata a              4251


<210>  3259
<211>  540
<212>  DNA
<213>  Haemophilus parainfluenzae T3T9

<400>  3259
cacagggttt ctttttatgc taaaatccac cgtcaaattt attgttcatt cagattagga       60

aaaagtatga aagttttaga aggtgcggta gctgcaccaa atgctaaaat cgcagtggtg      120

attgctcgtt ttaacagttt tattaatgaa agtttattag aaggtgcggt agatgcatta      180

aaacgtatcg gacaagtgaa agatgagaat atcacaatcg ttcgtgcgcc aggtgcttat      240

gaacttccat tagtagcacg tcgtttagct gaaagcaaaa aatttgatgc aatcgtggca      300

ttaggtactg taatccgtgg tggtacagct cactttgaat atgtagcggg tgaagcaagt      360

agcggtttag gtcaagtcgc aatgcaagct gaaattccag tggcatttgg tgttttaacg      420

actgaaaaca ttgaacaagc tatcgaacgt gcgggcacca aagcaggtaa caaaggtgca      480

gaagcagcat taactgcact tgaaatggtg aaccttttac aacaaattga tgcggcataa      540


<210>  3260
<211>  720
<212>  DNA
<213>  Haemophilus parainfluenzae T3T10

<400>  3260
aatgaggaaa acatgaaaaa tttacttaaa ctttctgcca ttgcaatttt agcggcaagc       60

gcagtctcta cttttgcatc aaacaaagaa ccttacactg aacaaggtac gaatgctcgt      120

gaaatgacag agcaaaaacc gattcactgg atctctgttg agcagttgaa aaaagaatta      180

gaaggcaaag caccaattaa tgtgagcttc gacattgatg atactgtact tttcagtagc      240

ccttgtttct atcacggcca agaaaaatac tcaccaggta aaaatgatta cttaaaaaat      300

caagatttct ggaatgaagt gaatgcaggt tgtgaccaat attccattcc aaaacaaatt      360

gcggtggatt taattaatat gcaccaagca cgtggtgacc aaatttattt cattaccggt      420

cgtacagcag gcgataaaga tggtgtgaca ccagtgctac aaaaagcctt taatattaaa      480

gatatgcatc ctgtagaatt catgggtggt cgcaaacttc caactaaata taacaaaaca      540

ccgggtatta ttgagcacaa agtgagtatt cactatggtg acagcgatga cgatatccta      600

gcggcaaaag aagcgggtat tcgcggcatt cgcttaatgc gtgcagcaaa ctctacttac      660

caaccaatgc caacccttgg tggctacggt gaagaagtat tgattaactc aaactactaa      720


<210>  3261
<211>  735
<212>  DNA
<213>  Haemophilus parainfluenzae T3T11

<400>  3261
aaggaaaata ttatggcaca agtttcaatg cgcgacatga tcaacgcggg cgtacacttc       60

ggacaccaaa ctcgttactg gaatccacaa atgaaacctt tcatttttgg tgctcgtaac      120

ggtgttcata tcatcaactt agaaaaaact ttacctttat tcaacgaagc tttagcggaa      180

ttaacccgca ttgctagcaa caacggtaaa gtattattcg ttggtactaa acgcgcggct      240

caagaagcag tacaagctgc agcattagac tgtcaacaat attacgtaaa ccaccgttgg      300

ttaggtggta tgttgactaa ctggaaaacc gttcgtcaat caattaaacg tttaaaagat      360

ttagaaactc aatctcaaga cggtactttt gacaaattaa ccaaaaaaga agcgttaatg      420

cgtacccgtg agatggaaaa acttgaatta agccttggcg gtatcaaaga tatgggtggc      480

ttaccggatg cgttattcgt tatcggtgca gaccacgaac atatcgctgt taaagaagca      540

aacaacctag gtattcctgt atttgctatc gttgatacta actcaactcc agctggcgta      600

gatttcgtta tccctggtaa cgatgacgcg actcgtgcta tccaacttta cgtttctgca      660

gctgcagcag cggttaaaga aggtcgtggt aacgaagctc aagttgctga agaattagca      720

gctgacgcag aataa                                                       735


<210>  3262
<211>  639
<212>  DNA
<213>  Haemophilus parainfluenzae T3T12

<400>  3262
gaggttatta caatgattgg tttagtcggt cgtaaagttg gtatgacccg tatcttcaat       60

gaagacggtg tttctgtacc agttaccgtt atcgaaatcg aagccaaccg cgtaactcaa      120

gttaaaactc ttgaaaacga tggctatact gcagttcaag ttactactgg ttctaaaaaa      180

gcgaatcgtg taactaaacc tgaagcaggc catttcgtga aagcaggtgt tgaagctggt      240

cgcggtttat gggaatttcg tactgaaggt gaagaattca ctttaggtca agaaatcaat      300

gttgacatct ttgcagatgt taaaaaagta gatgttactg gtacttctaa aggtaaaggt      360

ttccaaggtg gtgttaaacg ttggaacttc cgtactcaag atgctacaca cggtaactct      420

ttatcacatc gtgtacttgg ttctattggt caaaaccaaa ctccaggtcg tgtgtttaaa      480

ggtaaaaaaa tggcaggaca tttaggtgct gagcgtgtaa ccgttcaatc acttgaagtt      540

gttcgtgtag atgctgagcg taaattgcta ttagtaaaag gttctgtacc tggtgctatc      600

aatggcgatg ttatcgttaa gccggcagtt aaagcataa                             639


<210>  3263
<211>  540
<212>  DNA
<213>  Haemophilus parainfluenzae T3T13

<400>  3263
atggcgaaac tgcatgatta ctacagagat caagtagtaa acgagttaaa aaataaattc       60

ggctacaaat ctgtcatgca agtcccacga atcgaaaaga ttaccctgaa tatgggtgtg      120

ggtgaagcat tgaccgataa gaaattgcta gacaacgcag tagcggactt agcagcaatt      180

agcggtcaaa aacctttagt aactaaagct cgtaaatctg ttgctggctt taaaatccgt      240

cagggatatc caatcggttg taaagtaaca ctacgcggtg agcgtatgtg ggagttcttt      300

gaacgtttaa ttacaattgc tgttccacgt attcgtgact tccgcggttt aagcgcgaaa      360

tcatttgatg gtcgtggtaa ctacagcatg ggtgtgcgtg aacaaatcat cttccctgaa      420

atcgattacg ataaagtaga tcgtgtacgt ggtttagata tcactatcac aactactgct      480

aagaatgatg aagaaggtca agcactactt gctgccttta atttcccatt ccgtaaataa      540


<210>  3264
<211>  870
<212>  DNA
<213>  Haemophilus parainfluenzae T3T14

<400>  3264
atggcaggtg caaaagagat aaaaaccaaa attgccagtg tacaaagtac acaaaaaatt       60

acaaaggcaa tggaaatggt ggcgacctcg aaaatgcgta aaacgcagga tcgtatgtcg      120

gcttctcgtc cgtattctga aacaatacga aatgttatca gccacgtctc taaagcaagt      180

gttggttata aacacccatt tttaattcaa cgcgaagtga aaaaagtcgg gatcttagtg      240

gtctcgactg accgcggaat gtgtggtggt ttgaatatta acttgtttaa aaccgtaatg      300

acagaaatca aacaatggaa agataaaggt gttaatgttg aattgggttt aattggctca      360

aaaggcatta gcttcttccg ttcattagga ttacctgttc gtgcacaact ttccggtttg      420

ggtgataatc cgacaatgga agacttaatt ggtgttgcaa acggtatgtt tggtagctat      480

aaagacgaag aagtagatgc aatttatatt gcctacaata aattcgttaa tacaatggca      540

caaaaacctg tttatcaaca attaatacca ttaccggcat tagaaaccga taatttagag      600

caaagacaaa gcacctggga ttacctttac gagcctgagc caaaagtctt attagacagt      660

ttgcttactc gttatttgga atcacaagtg tatcaatctg tggtagataa ccttgcttcc      720

gagcaagctg ctagaatggt agcaatgaaa gcggcaactg ataatgcagg taatttaatc      780

aatgacttgc gattagttta caataaagcc cgtcaagcaa gtattacaaa tgaattaaac      840

gaaatcgtcg ccggcgcggc agcgatttaa                                       870


<210>  3265
<211>  816
<212>  DNA
<213>  Haemophilus parainfluenzae T3T15

<400>  3265
tcaaacgtcg gagagcaaga acaaatggct aaatttaata aagatagcgt tagcggtaca       60

gttaccgttg ttgtgttgct aagtttagtg tgttctatcg tggtttctgg tgctgcagta      120

gcattaaaat ccaaacaaga tgaacaaaaa gcactcgacg ttcaacgtaa cattttaact      180

gttgctggct taatgaaaga agataatgca tcagtaatta aagacactta cagcaaattt      240

attgaaccac gtttagttga tttgcaaagt ggtgattacg ttcaagcttc agcagaagaa      300

attaataaat ttgaacctaa agatgccgtt aaagatcccg ctaaaagcca agctatccca      360

gctgaggctg ataaagcagg aattaaggtt cgtgcaaacc aagcgcgtgt ttatcttgta      420

aaagatgaac aaggcaatgt aacccaagtg gtattaccaa tgtatggccg tggtttatgg      480

tcaaccatgt atggttttgt ttctgttgca ccagatgcga ataccatcaa aggtattact      540

tactatgatc aaggtgaaac agctggtctt gggggcgaaa ttgcgaaccc acgttggcaa      600

gcacagttcg ttgataaaaa attattcgat gaacaaggta accaaaaatt caaaatctat      660

aaaggtagct ctgctgcaga taaagagcac ggtgtagatg gtttatcagg tgcaacttta      720

accagtaatg gtgttcaagg ttcatttgat tattggttca gccaaaatgg ctttggtcca      780

ttcttagcga aatttaaagc aggagaaatc aaataa                                816


<210>  3266
<211>  1374
<212>  DNA
<213>  Haemophilus parainfluenzae T3T16

<400>  3266
atgtcagcag gaaaaattgt acaaatcatc ggtgcggtga ttgacgttga attcccacaa       60

gatgcagtac caaaagttta cgatgcatta aaagttgaat caggtttaac ccttgaagtt      120

caacaacaat taggtggcgg tgtagttcgc tgtatcgcat taggtacatc tgacggctta      180

aaacgtggct taaaagtaga aaatacgggt aacccgattc aagttccagt agggactaaa      240

acgttaggcc gtattatgaa cgtattaggt gaaccaatcg atgagcaagg tgaaattggc      300

gcggaagaaa attggtctat tcaccgtcca gcaccaagct acgaagaaca atctaacagt      360

acggaattat tagaaactgg tatcaaagtt atcgacttaa tttgtccatt cgcaaaaggt      420

ggtaaagtag gtctattcgg tggtgcgggt gtaggtaaaa ccgttaacat gatggaatta      480

atccgtaaca tcgcgatcga gcactcaggt tactccgtat ttgcgggtgt aggtgagcgt      540

actcgtgaag gtaacgactt ctatcatgaa atgaaagatt ctaacgtatt agataaagta      600

tcattagttt acggacaaat gaatgagcca ccaggtaacc gtttacgtgt tgcgttaacc      660

ggattaacta tggcagagaa attccgtgac gaaggtcgtg atgtattatt ctttgtggat      720

aacatctatc gttatactct tgctggtact gaagtatctg cgttattagg tcgtatgcca      780

tctgcggtag gttaccaacc gacattagca gaagaaatgg gtgtgttaca agaacgtatc      840

acttcaacca aaacaggttc tatcacctct gttcaagcgg tatacgtacc tgcggatgac      900

ttaactgacc catctccggc aacaaccttt gcgcacttag actcaacagt tgtattaagt      960

cgtcaaattg cgtctttagg tatttaccct gcggttgacc cattagattc aacttcacgt     1020

caattagacc cactcgttgt tggtcaagag cactatgatg tagcgcgtgg cgtacaaggt     1080

atcttacaac gttataaaga attaaaagat attatcgcaa ttcttggtat ggacgagtta     1140

tctgaagatg acaaacttgt ggtagcacgt gcacgtaaaa ttgaacgttt cttatcacaa     1200

ccgttcttcg ttgctgaggt atttaacggt actccaggta aatacgtttc tttaaaagaa     1260

actatccgcg gctttaaagg tattttaaac ggcgaatacg accatattcc agaacaagcg     1320

ttctacatgg tcggtacaat cgacgaagcg ctagaaaaag ccaaaaatat gtaa           1374


<210>  3267
<211>  603
<212>  DNA
<213>  Haemophilus parainfluenzae T3T17

<400>  3267
atggaattac aagttgtagg tgcaaacgca ctaactgttt ctgaaactac cttcggacgt       60

gagtttaacg aagctttgat tcaccaagtt gttgttgctt atgcagcagg tgctcgtcaa      120

ggtactcgtg cgcaaaaaac tcgtgctgaa gtgtctggtt caggtaaaaa accttggcgt      180

caaaaaggta caggtcgtgc tcgttctggt gatatcaaat caccaatctg gcgttctggt      240

ggtacaacct tcgcggctaa accacaagat cacagccaaa aagtgaacaa gaaaatgtac      300

cgtggtgcta tcaaaagcat tctttctgaa ttagttcgtc aagaccgttt ggttgttgtt      360

gaaaaattcg aattagatgc accaaaaact aaagtattag tacaaaaatt aaaagattta      420

gcagttgaag atgcgttaat tatcacagca agtttagatg aaaatctatt cttagcggca      480

cgtaacttat ataaagttga tgtacgtgat gttcaaggta tcgatccagt tagcttaatc      540

gctttcgata aagtgattgt tactgttgac gctgtgaaac aaattgagga gatcctagca      600

tga                                                                    603


<210>  3268
<211>  1515
<212>  DNA
<213>  Haemophilus parainfluenzae T3T18

<400>  3268
atgacaactc aaacccaaga cagtgatgta ctactgacaa tgacggatgt cagtaagtct       60

ttccccggtg taaaagccct tgatcacgcc aatctaacag ttcgttctca ctctgttcac      120

gccttgatgg gcgaaaacgg ggcgggtaaa tctacattat taaaatgcct cttcggaatt      180

tatgcaaaag acgaaggtga aattttattc ttaggcaaac ctgttgattt taaaacatca      240

aaagaagccc ttgaaaatgg gatttcaatg gttcaccaag aacttaactt ggtgcgtcaa      300

accagtgtaa tggataactt atggttgggt cgctacccac ttaaaggtcc ttttgtggat      360

cacgccaaaa tgtatcgtga taccaaagct attttcgatg aattggatat tgatgttgat      420

ccaaaagaaa aagtggccaa actttccgtt tcacaaatgc agatgatcga aattgcgaaa      480

gcgttctctt ataacgctaa aatcgtaatt atggatgagc caacatcctc actttcagaa      540

aaagaagtgg aacatctttt caaaattatt caaaaattaa aagatcgcgg ttgtggcatt      600

atctatattt cacacaaaat ggatgaaatc ttcaaaattt gtgatgaaat caccattctt      660

cgtgatggta aatggatcaa taccgttcaa gttaaaggca ccaccatgga agaaattgtt      720

tcaatgatgg ttggccgtga attaacacaa cgtttccctg aaagaactaa cgtaccaaaa      780

gaaatcacgc ttgaagtgga acatttaact gcggtgaatc aaccttccat tcaagatgtt      840

tcctttaatt tacgcaaagg tgaaatttta ggtattgcag gtcttgttgg tgcaaaacga      900

accgatattg tggaagccat ttttggtgta cgcgaattaa aagaagggac gatcaagctc      960

aatggaaaaa tcgtgaaaaa tcataccgca cttgaggcga ttaaccacgg ttttgctttg     1020

gtgactgagg aacgtcgttc aaccgggatt tactcaaacc taagtattga atttaactct     1080

ttgatttcaa atatgaaatc ttacctcacc ccatggaaat tgctcagcaa caaaaaaatg     1140

tcaagcgata cacaatgggt gattgatgcg atgaacgtga aaacaccttc tcacaaaaca     1200

acgattggat cgctttctgg tggtaaccaa caaaaagtca ttatcggccg ttggctttta     1260

acccaaccag atatcttaat gctcgacgaa ccaactcgtg gtattgatat tggggcaaaa     1320

tttgaaattt atcagctcat tcaagaactc gctaaaaaag ataaaggcat cattatgatt     1380

tcatcagaaa tgccggaact attaggcgta acagaccgaa ttttggtcat gagtaatggt     1440

cgtgttgctg gcatcgttga aacagcaaaa acgtctcaag aagaaatttt gcaacttgcc     1500

gcaaaatatt tataa                                                      1515


<210>  3269
<211>  621
<212>  DNA
<213>  Haemophilus parainfluenzae T3T19

<400>  3269
atggcaagat atttgggccc taaactcaag ctcagccgtc gtgaaggcac tgatttattc       60

cttaaatcag gtgtgcgtgc gattgattca aaatgtaaaa ttgatacagc accaggtcaa      120

cacggtgctc gtaaaccgcg tttgtctgac tatggtagtc aattacgtga aaaacaaaaa      180

gttcgtcgta tctatggtat tttagaacgt caattccgta actactataa agaagcaaac      240

cgtttaaaag gtaatactgg tgaaaactta ctagtattat tagaaggtag attggataac      300

gttgtttatc gcatgggatt tgctgcaact cgcgcagaag ctcgtcaatt agtgagccac      360

aaagcgattg tcgtaaatgg tcgtgttgta aatatcccat ctttccaagt ttctgtaaat      420

gatgtcgttg ctgttcgtga gaaatctaaa aaacaagcac gtattaaagc atcattagaa      480

ttagcagaac aaagagaaaa accaacttgg ttagaagttg attctgcgaa aatggaaggt      540

gtgttcaaac gtgttcctga acgttctgat ttatcagcag acattaacga acatctgatc      600

gttgagcttt actctaaata a                                                621


<210>  3270
<211>  678
<212>  DNA
<213>  Haemophilus parainfluenzae T3T20

<400>  3270
atgacagctt gttcacgccg aaactttgtt tccggcatgg gggcattaat ccttatgacg       60

gggacatcag ttacctcttt agcgaaagag gaaaaggcgg ataaaccgaa acgctatgca      120

atggtacacg acgaaacagc ttgtatcggc tgtaccgctt gtatggatgc ttgtcgtgaa      180

acaaaccacg ttcctgaagg cgtttcacgt ttggaaattc tccgtagtga accttacggc      240

gaattcccaa atcaagaata cgagtttttc cgtcaatctt gccaacactg tacaaacgcc      300

ccttgcgtgg cagtttgtcc aaccggtgca tcatttattg atcctgaaac aggtatcgta      360

gatgtgcata aagatctttg tgtaggttgc caatactgtg ttgcagtttg tccttaccgc      420

gtacgtttca ttcacccagt acaccgtact gcggataaat gtaacttctg tcgcgataca      480

aacttagcag caggcaaaca acctgcttgt gtagaagctt gtccaaccaa agcattaacc      540

tttggtgata tgaatgatcc aagcagtgca gtttcccgca aagtgaaaga aaatccggtt      600

tatcgcacta aagtggaatt aggtactcaa ccaaatcttt accatattcc attccaacac      660

ggggagccaa gaagatga                                                    678


<210>  3271
<211>  1299
<212>  DNA
<213>  Haemophilus parainfluenzae T3T21

<400>  3271
atgtcattaa atattgaaac aactcaaggt ttagagcgtc gtgtgacgat caccgttcca       60

gctgaagctg tagaaaaagc aactcgtgaa gaattcaaac gtgcagcaaa aaatgtacgt      120

gttgatggtt tccgtaaagg tcacgtgcca gctcacatca ttgaacaacg ttttggcgca      180

tcaatccgtc aagatgtatt aaacgattta ttaccacgtc atttctttga tgcagtaatc      240

gctgagaaaa tcaacatcgc aggtcgtcca actttcgcta tcgaaacgtt cgaacctggt      300

aaagatttat cattcactgc aactttcgaa gtgtacccag aagttgaatt aaaaggctta      360

gaaaacatca aagttgagaa accaactgtt gaaatcactg aagctgatat cgataaaatg      420

atcgatgtgt tacgtaaaca acaagcgact tgggctgaaa gcaaagctgc agcgaaagca      480

gattcacgcg taaccatcga cttcgttggt tcagtagatg gcgaagaatt cgaaggcggt      540

aaagcaactg atttcgttct attcatgggc caaggtcgta tgatccctgg ttttgaagag      600

ggcatcgtag gccacaaagc aggcgaacaa ttcgatatca atgtgacttt cccagcggaa      660

taccattctg aaaacttaaa aggtaaagat gcaaaatttg cgatcacctt gaaaaaagta      720

gaagaaatgg aattaccaga attaacagat gaattcgttg ctaaatttgg tccaaacacc      780

aaaactgtgg cagatttacg tgcagaaatc cgtaaaaaca tggaacgtga attgaaaaac      840

gcattagttt ctcgcgttaa acaacaagtc atcaacggtt taatcgaaca aaacccaatt      900

gatgttccag cttctgcagt agaagaagaa atcaatgtgt tacgtaacca agcagcgcaa      960

cgtttcggtg gcaatgcaca acaagctgca caattaccac gtgaattatt tgaagctgat     1020

gcaaaacgtc gtgttcaagt cggtttatta ttctctgaag tgatcaaatc aaacgaattg     1080

aaagcggatg aagaacgtgc gaaagcaatg atcgcggata tcgcttctgc ttacgaacaa     1140

ccagctgaag tagttgaata ttacagtaaa aatgaagagt taatgaacaa cattcgcaat     1200

gtagtattag aagaacaagc agttgatgcc gttcttgcta aagctcaagt gactgaaaaa     1260

gcgtcttcat ttgatgagat catgaatcca caagcataa                            1299


<210>  3272
<211>  705
<212>  DNA
<213>  Haemophilus parainfluenzae T3T22

<400>  3272
agtgcggtca tttttaacca tatatttgag gtaatcagaa tgaatttaac ttctttaatc       60

agcaaatcgg caaaatccct tgcattgctt gcaatgcttg cggcaatgcc aatggctgca      120

agtgcggaag agatggcaaa aacacctgcc tctcaactca cttatgagcc acaattggat      180

aaccaacgtg atccaaacca atattgtgcg aaatgtcaca aatttgacca agttgataaa      240

aaccaaactt tagatcaatc tggtggtgaa ttacactttg gtaaattcca cggcgcacac      300

ttaaatcaaa aaagccctaa cacgggtaaa ccgattaact gtgtaaactg tcacggtaat      360

atttcggaag atcaccgtcg tggtgcaaaa gatgtgatgc gttttgatgg cgatatcttt      420

ggtgataaaa aaccgatgta taccgcgcaa gaacaaaacc aagtttgttt tgcttgtcac      480

caaccggcaa aacttcgtga aaaactttgg gcacacgatg ttcacgcaat gaaattgcct      540

tgtgcaagct gccacacatt acacccgaaa gatgatgcga tgaaaggtat tcaaccgaaa      600

aatcgtgtga aactttgtgt agattgccac ggcgaacaac aaaaacgcaa agcggcaaaa      660

gacgcacaat cacaaacgca atcaaccgaa caaaaggata aataa                      705


<210>  3273
<211>  543
<212>  DNA
<213>  Haemophilus parainfluenzae T3T23

<400>  3273
ggtaggaaaa tgtctcgtgt tgcaaaggca cctgttaata ttcctgccgg cgttgaagtt       60

aaactcgacg gtcagctatt aacagtaaaa ggaaaaaatg gcgagttatc tcgcacaatt      120

catcactcag ttgaagttaa acaagataat ggtcaattta ctttcactcc acgtgaaggt      180

tttgttgaag cgaatgctca atcgggtaca gctcgagcat tagttaatgc aatggttatc      240

ggtgttactg aaggcttcac taagaaatta caactagtgg gtgttggtta cagagttcaa      300

gttaaaggca acgtagttgc attaagctta ggtttctctc accctgtgga gcacacttta      360

ccagcaggta ttactgcaga atgcccttca caaacagaaa tcgttttaaa aggtgcagac      420

aagcagttaa ttggtcaagt tgcagcagat attcgtgctt atcgccgtcc tgaaccttat      480

aaaggtaaag gtgtacgtta ctctgatgaa gtagtacgta tgaaagaggc taagaagaaa      540

taa                                                                    543


<210>  3274
<211>  375
<212>  DNA
<213>  Haemophilus parainfluenzae T3T24

<400>  3274
atggcaacta tcaaccagct agtacgcaaa ccgcgtgtga aaaaggttgt aaaaagtaac       60

gttcctgcat tagaggcttg cccgcagaaa cgtggtgtgt gcactcgtgt atacacaact      120

acacctaaaa aaccgaactc agcattacgt aaagtatgtc gtattcgttt aactaatggc      180

tttgaagtaa cttcttacat cggcggcgaa ggtcacaacc ttcaagagca cagtgttgtg      240

cttatccgtg gtggtcgtgt taaagactta ccaggtgtgc gttaccacac tgtacgcggc      300

gcattagact gtgcaggcgt taaagatcgt aaacaaggtc gttctaaata cggcgttaaa      360

cgtcctaaag cttaa                                                       375


<210>  3275
<211>  537
<212>  DNA
<213>  Haemophilus parainfluenzae T3T25

<400>  3275
atggcaaaac gtaagaaaaa agaagccttt gattgggaag atgaagacca agaagagatt       60

atttgggtaa gtaaaagtga aatcaaacgc gacgctgagg atttaaaaca gctcggcgag      120

aaattggtga acttaaccaa agcaaatctg actaaggttc cactagacga tagcttgaaa      180

gatgccattg aattagcgca acgcctgcaa aaagaggcgc gtcgtcgcca attacaatat      240

atcggtaagc tcttacgctc aattgatgct aagcctattc gtgaagcttt agaaaaaatt      300

gaaaacaaac ataatcagca acaagctatg ctgcataagt tggaaatctt acgtgatgaa      360

ttagttgcga aaggtgatgc ggctctgact gatttattaa atgaacatcc ttctgcagat      420

cgccaacact tacgtaattt gattcgtgca gcacaaaaag agaaggaaca aaataagccg      480

tcaaaagctt atcgcgagat ttatcagatc ttaaaaacac tcattttaga agactaa         537


<210>  3276
<211>  534
<212>  DNA
<213>  Haemophilus parainfluenzae T3T26

<400>  3276
atgtcagaat taactacaat agctcgccct tatgcaaaag ctgcattcga ctttgccatt       60

gaacaaagtg cggttgaaaa atggactgaa atgttaggtt ttgctgcagc cgtggctgaa      120

gatgaaacgg taaaagctta ctttagtagt tctctttctg cacagaaatt agctgataca      180

gtaatttcta tttgtggcga acaattggat caatatgggc aaaatcttat tcggttaatg      240

gctgaaaata agcgtttgag tgcgattcct accgtgtttg aagaatttaa acattatgtg      300

gaagaacatc aagctattgc agaagttgaa gtaacttccg cacaaccatt gaatgcaaca      360

caaatcgaaa aaattgcagt tgcaatggaa aaaagattag ctcgcaaagt gaaattaaat      420

tgcaatgtag atagctcact gattgccggt gtagtgattc gtacagaaga ttttgtgatt      480

gacggaagta gtcgtggaca acttgctcgt ctcgcaaatg agttgcaatt ataa            534


<210>  3277
<211>  2103
<212>  DNA
<213>  Haemophilus parainfluenzae T3T27

<400>  3277
atggctcgta caacccctat tgaaagatat cgtaatatcg gtattagtgc gcacattgat       60

gctggtaaaa ctactaccac tgaacgtatc ttattctaca ctggtgtaag tcacaaaatt      120

ggtgaagtac acgatggtgc agcgacaatg gactggatgg aacaggaaca agagcgtggt      180

attaccatta cctctgcggc aactaccgca ttctggtctg gtatgtcaca acagttccca      240

caacaccgta tcaacgttat cgataccccg ggacacgtag actttactgt tgaagtagaa      300

cgttctatgc gtgttcttga tggtgcggta atggtttact gtgcggttgg tggtgttcaa      360

cctcagtctg aaactgtatg gcgtcaagct aacaaatatc aagttccacg tattgcgttc      420

gtaaacaaaa tggaccgtac tggtgctaac ttcttacgtg ttgttgaaca acttaaaact      480

cgtttaggtg ctaacgctgt tcctcttcaa cttccaatcg gtgcagaaga aagcttcact      540

ggtgttgttg atttgatcaa aatgaaagcg attaactgga acgaagcaga ccaaggtatg      600

accttcactt atgaagatat tcctgcagat atgcaagcag cttgtgaaga atggcgtcaa      660

aaccttgttg atgcagcagc tgaagcaact gaagaattaa tggaaaaata tcttggtggt      720

gaagagttaa gcgaagaaga aatcaaagca ggtcttcgtc aacgcgtatt agcaaacgaa      780

atcatcttgg taacttgtgg ttcagcattc aaaaacaaag gtgttcaagc aatgcttgat      840

gcggttgttg aatacttacc agcaccaact gatattccag caatcaaagg tatcaatcca      900

gatgaaactg aaggtgaacg tcacgcaagc gatgatgagc cgttctcttc attagcattc      960

aaaattgcaa ctgacccatt cgtaggtaac ttaaccttct tccgtgtgta ctcaggtgta     1020

attaactctg gtgatacagt attaaactct gtacgtcaaa aacgtgaacg ttttggtcgt     1080

atcgtacaga tgcacgctaa taaacgtgaa gaaatcaaag aagttcgtgc gggcgatatc     1140

gctgcagcaa tcggcttaaa agatgtaact acgggtgata cattatgtgc aatcgaagca     1200

ccaatcatcc ttgagcgtat ggaattccca gagccagtaa tctctgtagc agtagaacct     1260

aaaactaaag ctgaccaaga aaaaatgggt cttgcattag gtcgtcttgc tcaagaagac     1320

ccttcattcc gtgttcacac tgatgaagaa tctggtgaaa ccattatttc tggtatgggt     1380

gagttacact tagacattat cgttgaccgt atgaaacgtg agttcaaagt ggaagctaac     1440

atcggtaaac cacaagtatc ttaccgtgaa actatccgca ctcgtgttaa cgatgtagaa     1500

ggtaaacacg caaaacaatc tggtggtcgt ggtcaatatg gtcatgttgt tattgactta     1560

tacccattag atccagaagg tcctggttac gaatttgtaa acgaaatcaa aggtggtgta     1620

atccctggtg aatacattcc tgcggttgat aaaggtatcc aagaacagct taaatctggt     1680

ccattagcgg gttatccggt agtagatatt ggtgtacgtt tacacttcgg ttcataccat     1740

gatgttgact catcagaatt agcgtttaaa ttagccgctt ctttagcatt taaagcagcg     1800

ttcgctaaag caaacccagt tctacttgag ccaatcatga aagttgaagt agaaactcca     1860

cctgagtatg tgggggatgt aatcggtgac ttaagccgtc gtcgtgctat ggttaacggt     1920

caagaagcga acgaattcgt tgttaaaatc gatgcagaag ttccactttc tgaaatgttc     1980

ggttatgcaa cagacttacg ttcacaaact caaggtcgtg catcatactc aatggaaccg     2040

ttaaaatatg ctgaagcgcc aacaagtgtt gctgctgcag taattgaagc gcgtaaaaaa     2100

taa                                                                   2103


<210>  3278
<211>  741
<212>  DNA
<213>  Haemophilus parainfluenzae T3T28

<400>  3278
atgtggatag gggtgatttc attattcccc gaaatgttta aagcgattac ggaatttggg       60

gttacaggta gagccgtaaa acataatctt ctgcaagtgg aatgttggaa tccaagagat      120

tttacattcg acaagcataa aaccgtggat gaccgtcctt atggtggtgg tccgggaatg      180

ctgatgatgg tgcaaccttt acgggatgcg attcatgctg cgaaagcagc ggcaggagaa      240

ggcgcaaagg tgatttacct ttcgccacaa ggacgtaaac tcgatcaagg cggcgtaacc      300

gagcttgctc aaaatcagaa attgattttg gtatgtggac gttacgaagg tattgatgag      360

cgattgatcc aaactgaaat tgatgaagaa tggtcaattg gcgattacgt tctaaccggt      420

ggggaattgc cggcaatgac attaattgat gctgttgcgc gttttattcc cggtgtatta      480

ggcaaacaag cctccgcaga agaagattct tttgcagacg gtttattaga ttgcccgcat      540

tacaccagac cggaagtgtt agaaggatta actgtaccac ccgtgctgat gtcgggacat      600

cacgaagaaa ttcggaaatg gcgattaaaa caatcgctac aaagaacgtg gctccgacgc      660

cctgagctct tagaaggcct agctctgact gacgaacaac gtaaactgtt aaaagaggca      720

caagccgagc ataacagtta g                                                741


<210>  3279
<211>  1800
<212>  DNA
<213>  Haemophilus parainfluenzae T3T29

<400>  3279
gtgcaaacgg ttaatgtcga tattgctatt gttggcgctg gtggtggcgg tttacgtgcc       60

gcaattgcag cagcagaagc aaaccctaac ttaaagatcg cattagtttc taaggtttat      120

cctatgcgta gccatacggt tgcagcagaa ggcggtgcgg ccgcagtaat taaagaggaa      180

gattcctacg ataaacactt ccacgatacc gttgctggtg gtgactggtt atgtgaacaa      240

gatgtggtgg aatatttcgt tgaacattct ccagtggaaa tgactcaact tgaacgttgg      300

ggctgccctt ggagccgtaa agccgatggt gatgtaaacg tgcgtcgttt cggtgggatg      360

aaaatcgaac gtacttggtt cgcagcagat aaaaccggtt tccacttatt acatactctt      420

ttccaaacat ccattcaata tccacaaatt caacgctttg acgagcactt cgttttagac      480

atcttagttg atgatggtca tgctcacggt atggtggcga tgaatatgat ggaaggtaca      540

cttgttcaaa tcaacgcaaa tgcggttgtg attgcaacag gcggtggctg tcgtgcattt      600

aaatttaaca ccaacggcgg tatcgtaaca ggtgatggct tatcaatggc atatcgtcac      660

ggtgttccac ttcgtgatat ggaattcgtc caataccatc caactggttt accaaatact      720

ggtatcttaa tgactgaagg ttgtcgtggt gaaggcggta tcttagtgaa taaaaacggc      780

taccgttatt tacaagacta tggtctaggc cctgaaaccc caatcggtaa acctgaaaac      840

aaatatatgg aacttggtcc acgtgataaa gtttcacaag cattctggca agaatggaaa      900

aaaggcaaca ccttaaaaac agcaaaaggt gtcgatgtgg ttcaccttga cttacgtcac      960

ttaggtgaaa aatatttaca tgagcgtctt ccattcattt gtgaattagc cagtgcttat     1020

gaaggtgtaa acccagttaa tgaaccaatc ccagttcgcc cggttgttca ctacaccatg     1080

ggtggtattg aagtggatta caacagcgaa actcgcatta aaggtttatt tgctgtgggt     1140

gaatgtgcat cttctggttt acatggtgca aaccgtttag gttctaactc gcttgcggaa     1200

ttagtggttt taggccgtgt tgcaggtgaa tatgccgcac aacgtgcagc agaagctcaa     1260

tctacaaatc gtgctgcagt tgatgcacaa gcgcaagatg ttgtcgctcg ccttaaagcg     1320

ctttatgacc aagaaggtaa tgaatcttgg tctgaaattc gtgatgaaat gggtaccgta     1380

atggaagaag gttgtggtat ctaccgtgac caagaaagca tgcaaaaagc agtagataaa     1440

attgctgagc ttaaagaacg ttataaacgt attcgtgttg cagaccgttc aagcgtattc     1500

aataccgatg tgctttacac tgtagaatta ggttacatcc ttgatgtggc acaatctatt     1560

gccaactctg caattgaacg taaagagtct cgtggtgcac accaacgctt agactatact     1620

gaacgtgatg atgtgaatta tttaaaacac acccttgctt actacaatgg cgatgatgca     1680

ccgcgtattg aatacagccc ggtgaaaatc actaaatctc aaccagcaaa acgtgtttat     1740

ggtgctgaag cagaagcggc agaagcggct gcgaaagcta aggagcaagc aaatggctaa     1800


<210>  3280
<211>  1380
<212>  DNA
<213>  Haemophilus parainfluenzae T3T30

<400>  3280
atgtctgaag gtttagtaca agcagcctat attatcgctg cattactttt cattatgagc       60

ttagccggtc tttctaaaca tgaaacggca aaagccggtt gttggtatgg tattgtcggt      120

atgacaattg cccttgttgc aaccattttc ggcccacaat ctgaaggtac attatggatc      180

attattgcaa tgatcatcgg tggcgtgatt ggtgttcaac gtgcattaaa agttgaaatg      240

actgaaatgc ctgaactcgt tgcgatcctt cacagctttg taggtttagc tgcagtactc      300

gtaggcttta acagctacgg cttaacacac gaaaccgatc ctgtgttaat gaatatccat      360

aacgttgaag tattcttagg gatcttcatc ggtgcggtaa cattcacggg ttctatcgta      420

gcattcggta aattaagcgg caaaatcaat tcaaaagcat taatgttgcc acatcgccat      480

aaattaaatt tagcggcatt agtggtttcc gctttcttga tggtcgcttt cttaaacaac      540

ccagataata tcttcccagt gttactcatg accgcgattg ctcttgcatt cggctggcac      600

ttagtggcat ctatcggtgg tgcggatatg ccggttgtgg tttcaatgct taactcttat      660

tctggttggg cagcggctgc ggcgggtttc atgttaagca atgacttgct tatcgttacc      720

ggtgcattag tgggttcttc tggtgcgatt ctttcttaca ttatgtgtaa agcgatgaac      780

cgctcattta tcagcgttat cgcaggtggt tttggtaatg atgttcaagt atcttctgat      840

gaagaacaag gtgaacaccg tgaaacaacc gcagaagaag tggctgaatt acttaaaaac      900

gcaagctctg taatcatcac accaggatac ggtatggcgg tagcacaggc gcaatatcca      960

gtggctgaaa ttacggcgaa attgcgtgag cgtggcatta acgtgcgttt tggtattcac     1020

cctgttgcag gtcgtttacc gggtcatatg aacgtacttt tagcggaagc aaaagtacct     1080

tatgacatcg tgcttgaaat ggatgaaatc aatgatgatt tcgcggatac cgacgtggta     1140

ttggttatcg gtgcaaacga caccgtaaac ccagctgcaa tggaagatcc aaacagccca     1200

atcgcaggta tgccagtgtt agaagtatgg aaagcacaaa acgttatcgt attcaaacgt     1260

tctatggcgg tgggatacgc aggcgttcaa aacccattat tcttcaaaga aaacactcaa     1320

atgctctttg gtgatgcaaa agaacgtgtt gatgacattc ttactgcatt aaacaaataa     1380


<210>  3281
<211>  384
<212>  DNA
<213>  Haemophilus parainfluenzae T3T31

<400>  3281
atgcgccatc gtaagagtgg tcgtcaacta aaccgtaata gcagccatcg ccaagcgatg       60

ttccgtaact tagcaagtgc tttagttagt catgaaatca tcaagactac tttaccaaaa      120

gctaaagaat tacgtcgtgt agttgaaccg ttaattacat tagcaaaaga agatagcgtt      180

gcaaaccgtc gtttagcatt cgctcgtact cgtaacatcg aaactgttgc gaaattattc      240

aatgaattag gtccacgttt tgctcaacgt gcaggtggtt acacccgtat cttaaaatgt      300

ggtttccgtg caggtgacaa cgctccaatg gcatacattg agttagttga tcgtccagaa      360

gttgcagaag cagcagcgga ataa                                             384


<210>  3282
<211>  510
<212>  DNA
<213>  Haemophilus parainfluenzae T3T32

<400>  3282
ttggatatcc tgaagattaa atatacggag aaattcgcaa tgccacgtcg tcgtagtgtt       60

gaaccacgca agattcttcc agatccgaag ttcggttcag agttacttgc aaaatttatt      120

aatgtattaa tggtagacgg taaaaaatcc gttgctgaaa ccatcgttta cggtgcgtta      180

gacaaacttg cagaacgcac aggtaaagaa cctttagaag catttgaaat tgcacttgaa      240

aacgttcgcc caactgttga ggttaaatct cgtcgtgttg gtggttctac ttaccaagtg      300

ccagttgaag tacgtccagt tcgtcgtaac gcattaggta tgcgttggat cgttgaagct      360

gcacgtaaac gcggtgataa atcaatggct ttacgtcttg caaatgaatt atctgatgca      420

tcagataata aaggcgcagc agtgaaaaaa cgtgaagacg ttcaccgtat ggctgaagct      480

aacaaagcat ttgctcactt ccgttggtaa                                       510


<210>  3283
<211>  606
<212>  DNA
<213>  Haemophilus parainfluenzae T3T33

<400>  3283
tttagcacat atttaggggc aaaaatgagt gtaattccta tggttgtcga acaaacctct       60

cgtggtgaac gttcgtacga catttattcc cgcctattaa aagagcgcgt gatcttcttg      120

agtggtgaag tagaagatcg tatggcaaat ttgatcgtgg cacagctact tttcttagaa      180

tcagaagatc cgaaaaaaga catcaatatt tatattaact caccgggtgg ctcggtgact      240

gcgggtatgg caatttacga taccatgcaa tttattaaac cggatgtgcg taccctttgt      300

attggtcaag cttgctcaat gggcgcattc ttacttgcgg gtggtacagc aggaaaacgt      360

gcagcattac cgaatgcacg tgtaatgatt caccaaccgt taggtggttt ccgtggacaa      420

gcatcagata ttcagatcca cgcacaagaa attttaaaaa ttaaacaaac cttaaacgag      480

cgtcttgctt tccatactgg tcaaagcatc gagcgtatcg aaaaagacac cgatcgtgac      540

aactttatgt cggcagaaga agcaaaagct tacggcttag tggacgatgt gttgattaaa      600

cgttaa                                                                 606


<210>  3284
<211>  2625
<212>  DNA
<213>  Haemophilus parainfluenzae T3T34

<400>  3284
atgaaaacaa cagcagaaat tagacagtca ttccttgatt ttttccatag caaggggcat       60

caggtcgtcg caagtagttc acttgtgcct gaaaacgatc cgacattgct ttttaccaat      120

gccgggatga accaatttaa agacgtgttc cttggtatgg acaaacgtcc ttactcacgt      180

gcgacaaccg cacagcgttg tgtgcgcgca ggtggtaagc ataatgactt agaaaacgta      240

ggttatacag ctcgtcacca tactttcttt gaaatgctcg gcaacttcag ttttggcgac      300

tatttcaaac atgatgcgat taattttgcg tgggagtatt tgacttctcc acaatggctc      360

gggttaccaa aagaaaaatt atgggtaacc gtgtatgaaa ccgataatga agcttatgac      420

atttggcata aagaagtcgg tgtgccagca gagcgtatta ttcgtatcgg tgataacaaa      480

ggtgcgcctt atgcatcaga taacttctgg gcaatgggtg acacaggtcc ttgtggtcca      540

tgtactgaaa ttttctacga tcacggtgat cacatttggg gtggacctcc tggttctcca      600

gaagaagatg gtgaccgcta tatcgaaatt tggaacgtgg tattcatgca gtttaaccgt      660

ctagcagacg gtaccatgga aaaattaccg cgcccatcgg ttgatacagg gatgggttta      720

gagcgtattt ctgccgtgtt acaacacgta aactctaact atgagatcga tattttccaa      780

aaattaattg cgaaaacagc tgaaatcgta ggaacaacag atttaacaaa caaatcatta      840

cgcgtaattg cagaccacat tcgttcttgt gcatatttga ttgcagatgg cgtgattcca      900

tcaaacgaag gtcgcggtta tgtattacgt cgtattattc gtcgtgcggt acgtcatggc      960

cacttattag gggcaaaaga agccttcttc tataaacttg tgccgacttt aattgaagtc     1020

atggcggaag caggcaaaga agttaaagaa aaacaagcta atgtagaaaa attacttcgt     1080

ttagaagaag aacaatttgc tcgtacatta gagcgcggat taagcttatt agatgatgcg     1140

ctagctcaag tgaaagatgg cgtgttgtca ggtgaagttg cctttaaact ttatgatact     1200

tatggcttcc cacttgattt aactgctgac gtatgtcgtg agcgtgatat tgcaattgat     1260

gaagcaggtt ttgagcgtga aatggaagct caacgtttac gcgcacaatc tgcaagccaa     1320

tttggcatgg attacaacaa tgttattcgt gtagaaggtg aaacgaaatt tgaaggttat     1380

actgaatcag aatctttagc caaagtgacc gcacttttcc atgatggtaa atcagtagag     1440

agtattactg caggccagag tgctgtggta attttagaaa atactccatt ctatgcggaa     1500

tcaggtggtc aaattggtga cagcggttat ttaacctctc aaggcgttca gtttaatgta     1560

aaagatactc aaaaatatgg tcaagtattc ggtcatattg gtgagttaga acaaggcagt     1620

ttaaaagtcg gacaaacagt caatgcggtt gtggatgcag caagacgtca tcaaacgtca     1680

cttaaccatt ctgcaacaca cttattacac gccgcattgc gtcaagtttt aggtcaccat     1740

gtagtgcaaa aaggatcatt agtatccgat acagcattac gttttgactt tgctcatccg     1800

gaagcgatta ccaaagcaca gcttaacgaa attgaaacgt tggtaaacca aaaagtacgt     1860

gagaattttg tagttcaaac ggacgtgatg aatatcgaag aggcaaaaac gaaaggtgca     1920

atggcattat tcggtgaaaa atatgctgat gtggtacgtg ttttaacaat gggcgatttc     1980

tccgttgaac tttgtggtgg cattcatgct aaacgtaccg gtgatatcgg tttatttaaa     2040

attgtggcgg aaactgccgt tgcagcaggt attcgtcgta ttgaagcggt aacgggtgaa     2100

aatgcaatta attggttaca taaccaacaa cgtattctta ctcaaagtgc agatttgttt     2160

aaatctgacg ttaataccct tgttgagaaa attcagcaac ttcaagataa agcgaagaaa     2220

gctgaaaaag aattacaggg attaaaagaa aaagccgcaa tgcaggcggg ttccgattta     2280

gtgaaaagtg cggttaaaat taatgatgtt tctgtaatcg tacatcaact agacggaatt     2340

gaaactaaat cgttacgtgt gatggttgat gatttgaaaa atcaacttgg ttcaggcgta     2400

attgtatttg catctatttt agatgataaa gtcaaccttg tcgttggcgt aacaagcgat     2460

ttaactacta aagtgaaggc cggtgagcta gtgaatttaa tggctcagca agttggtgga     2520

aaaggcggtg gtcgccctga tatggcaatg gcaggaggct cccaaccaga aaatgtgagt     2580

ttagcattaa cagtcgcaaa aaactggtta agcaataatc tgtag                     2625


<210>  3285
<211>  567
<212>  DNA
<213>  Haemophilus parainfluenzae T3T35

<400>  3285
atggctacat atactaccag tgatttcaaa ccaggtctaa aatttatgca agacggtgag       60

ccttgtgtga tcgttgaaaa cgaattcgtt aaaccaggta aaggccaagc ttttactcgt      120

actcgtattc gtaaattaat ttcaggcaaa gtattagacg taaacttcaa atctggtact      180

tcggttgaag ctgctgatgt tatggatctt aacctcactt attcatacaa agatgatgca      240

ttctggtact tcatgcaccc agaaacattt gaacaatact ctgctgatgc aaaagcagtg      300

ggtgatgctg aaaaatggtt attagaccaa gcagattgta tcgtgacttt atggaacggt      360

gcgccaatta ctgtcactcc accaaacttc gtagaattag aaatcatcga tactgaccca      420

ggtcttaaag gtgatactgc gggtacaggc ggtaaaccag caacattaag tactggtgct      480

gtggtgaaag tacctctttt cgttcaaatc ggtgaagtaa ttaaagtcga tactcgttca      540

ggcgaatacg tttctcgtgt gaaataa                                          567


<210>  3286
<211>  351
<212>  DNA
<213>  Haemophilus parainfluenzae T3T36

<400>  3286
atgtctaaca ttatcaaaca acttgaacaa gaacaattaa aacaaaacgt acctagcttc       60

cgcccaggtg atactttaga agttaaagta tgggtggttg aaggtagcaa acgtcgtttg      120

caagcattcg aaggcgtggt tattgcaatt cgtaaccgtg gtttgcactc agcattcact      180

ttacgtaaaa tttctaacgg cgtaggtgtt gagcgtgtat tccaaactca ctctccagct      240

gtagattcta tcgctgttaa acgtaaaggt gcagtacgta aagctaaact ttactactta      300

cgtgaacgtt caggtaaatc agctcgtatt aaagagcgtt tgggcgaata a               351


<210>  3287
<211>  975
<212>  DNA
<213>  Haemophilus parainfluenzae T3T37

<400>  3287
atgagattat ttgcaaaaga taaaaacgga cattttatcc gtgaagtgaa tgggattaaa       60

ttgccattcc ctctcactga atttatgaaa gtgagatttg tgggatatgt attttctgcg      120

attttaatgg cgatttccct cttcttcatt gtgacaaaag gcttcaactg gggcttggat      180

tttaccggtg gtgtggtatt tgatactcac ttctcacaac cggctgattt agagaaaatc      240

cgtggcacat taaatcaaaa tggtattgca agcccgattg tacaaacaac cggttctgta      300

caagacgtga tgatccgatt accggctgac aataacgatt ctgctattgg tgatcacgtt      360

aaaagcatgc ttcaaacgat tgatccaaat attcatatta acagtattga atttgtgggt      420

ccaaacgtcg gtgaagaact ggctcaaggt gcggtttatg cgacccttgc taccttggca      480

atgatgttaa tttacgtggg ctcacgtttt gaatggcgtt taggttttgg tggtattgcc      540

tcacttgcgc atgacgtggt gattacactc ggtgtattct ctgcattaca agtcgaaatg      600

gatttaacct tcgtggcagc aattctttcc gttgtaggtt attccatcaa cgatagtatc      660

gtggtattcg accgtgtgcg tgaaaacttc cgtaaaattc gccgtgtaga aaccatcgat      720

attattgata tttccttaac gcaaacctta tcgagaacca tcatgacatc tctcacaacg      780

cttcttgttg tgattgcctt gttcttcttt ggtggtccat ccattcataa cttctcatta      840

gcgttattaa ttggtatcgg ttttggtact tactcatcaa tctttatcgc gattgcgatt      900

gcttatgata tcggcctacg ccgtgaacat atgattccac caaaagtgga taaagaagtc      960

gatgatttac cttaa                                                       975


<210>  3288
<211>  4029
<212>  DNA
<213>  Haemophilus parainfluenzae T3T38

<400>  3288
atgggttact cctatactga gaaaaaacga attcgtaaag acttcggcaa acgtccgcaa       60

gttttaaatg taccttattt attaactatc caattagatt cttttgataa attcattcaa      120

aaagatcctg aaggtcaaca aggcttagaa gctgcattcc gttctgtttt ccctatcgta      180

agcaataacg gttatacaga attacaatat gttgattacc gtttagaaga accagaattt      240

gatgtacgtg aatgtcaaat tcgtggttca acttatgcag caggcttacg cgtaaaatta      300

cgtttagtta gctacgataa agaatcttca tcacgcgcag tcaaagacat taaagaaagc      360

gaagtatata tgggtgaaat cccattaatg actgacaacg gtacttttgt tatcaatggt      420

actgagcgtg ttatcgtttc acaattacac cgtagcccgg gcgtattctt tgattctgac      480

aaaggtaaaa cacactcttc aggtaaagtg ctttataacg cacgtattat tccttaccgt      540

ggttcttggt tagatttcga atttgatcca aaagataact tatatgcgcg tattgaccgt      600

cgtcgtaaat taccggcaac cattatttta cgtgcgttag gttacaccgt tgaagaaatc      660

ttaaacttat tcttcgacaa agtaactttc gagatcgctg gcaataaatt actcatgaca      720

ttagtgccag aacgtttacg tggtgaaacg gcgacgtttg atatcgaagt aaatggtaaa      780

gtctatgtag aacgcggtcg tcgtatcact gctcgtcaca tcaaagcatt agaaaaagat      840

aatgtgacac aagttgaagt gccaactgaa tatatcgcag gcaaagtggc agcgaaagat      900

tacgttgatc ttgaatcagg tgaaattatt tgcccagcaa atggcgagat ttctttagaa      960

ttgttagcga aattatcgca agcaggctat aaagtgatcg aaacattatt cactaatgac     1020

ttagattacg gtccgtatat ttctgaaaca ttacgtgttg atccaactta cgatcgtgta     1080

agtgcattat atgaaatcta tcgtatgatg cgtccaggtg aaccacctac accagaatct     1140

tcagaagcgt tattccataa tttattcttc tctgcagaac gttatgattt atctgcagta     1200

ggtcgtatga agtttaatcg ctcattaggt attcctgaag gcgagggtac gggtatttta     1260

agtaacgacg atatcattag agtgatgaaa aaactcatcg atatccgtaa tggtcgtggt     1320

gaagtggatg atatcgacca cttgggtaac cgtcgtattc gttctgtggg tgaaatggca     1380

gaaaaccaat tccgtattgg tttagttcgt gtagaaagag cagttaaaga gcgtttatct     1440

ttaggtgatt tagatgcgat cacgccacaa gacttaatta atccaaaacc aatttcagcg     1500

gcagtgaaag aattctttgg ttcttcacaa ctttcgcaat tcatggacca aaacaaccca     1560

ttatcagaag taacacacaa acgtcgtatt tctgcattag gtccaggcgg tttaacgcgt     1620

gaacgtgctg gctttgaggt gcgtgacgta cataacactc actatggtcg tttatgtcca     1680

atcgaaaccc ctgaaggtcc aaacatcggt ttgatcaact cactttctgc gtttgctcgt     1740

actaacgatt atggtttctt agaaacgcca tatcgtaaag tggttgatgg tcaagtaact     1800

gaagaaatcg aatatttatc tgcaattgat gaagcaaact acatcattgc acaggcgaac     1860

tcaaatcttg atgagaacaa ttgctttaca gatgcattcg ttactgcacg tggtgaacgt     1920

ggtgaatcag gtctttataa accagaagaa attcactata tggacgtttc aacccaacaa     1980

gttgtatctg tggcagcagc gttaattcca ttcttagagc atgacgatgc gaaccgtgcc     2040

ttaatgggtg cgaacatgca acgtcaagcg gttcctactt tacgtgctga taagccgtta     2100

gtgggtacag gtatggaaaa accaatcgca cttgactcag gtgtggcggt tgtagcgaaa     2160

cgtggtggta cagttcaata tgttgatgcg tctcgtatcg ttatcaaagt aaatgaagac     2220

gaaaccgtag caggtgaagc gggtatcgat atttataact taattaaata cacccgttct     2280

aaccaaaata cgtgtatcaa ccaaattcct tgtgtgaatt taggcgatcc aattaatcgt     2340

ggtgaagtct tagctgatgg tccttcaaca gacttaggtg aattagcatt aggtcaaaat     2400

atccgtgtgg cattcatgcc ttggaacggt tataacttcg aagactcaat gttagtttcc     2460

gagcgtgttg tacaacaaga ccgcttcacg acaattcaca ttcaagaatt atcttgtgtg     2520

gcgcgtgata ctaaattagg ttctgaagaa atcactgcgg atattccaaa cgtaggtgaa     2580

tctgcattaa gcaaattgga tgaatcaggt atcgtttatg tgggtgctga agtgaaaggt     2640

ggcgacatct tagtcggtaa agtcacccct aaaggcgaaa cgcaattaac accagaagaa     2700

aaattgttac gtgcaatctt cggtgaaaaa gcatctgatg tgaaagactc ttcattacgt     2760

gtaccaaata gcgtaagcgg tactgtaatt gacgttcaag tcttcacccg tgatggcgta     2820

gaaaaagaca aacgtgcatt agaaattgaa gaaatgcagt taaaacaagc taagaaagac     2880

ctttctgatg aattagaaat cttagaagct ggcttgtttg ctcgtgtgcg taatgtcctt     2940

atcgctggcg gtattgatgc ggctcaatta gataaaatgg atcgcacaaa atggttagaa     3000

caaaccattt cagatgaaga aaaacaaaac caattagaac agcttgctga gcaatatgaa     3060

gaattacgta aagagtttga acacaaactt gaagtaaaac gtaagaaaat cattaaaggt     3120

gatgacctag caccaggcgt attaaaagtg gttaaagttt acctagcggt gaaacgtcac     3180

atccaaccgg gtgataaaat ggcgggtcgt cacggtaaca aaggtgttat ctcaaaaatc     3240

aatcctgtgg aagatatgcc atacgatgaa aacggtcaac cggttgagat cgtattgaac     3300

ccactgggtg taccatctcg tatgaacatc ggtcagatct tagaaactca cttaggctta     3360

gctgctaaag gtatcggtga tcaaatcaat gcgatgatca aacaaaaaca agatgttgag     3420

aaacttcgtg gttatatgca aaaagcatac gatttaggtc atggcgcaca aaaagtggat     3480

ttaagcacct ttagtgatga cgaaatcatg cgtttagcag aaaacctacg taaaggttta     3540

ccggtagcaa caccagtgtt tgatggtgcg gatgagcaag aaatcaaaga aatgttgaaa     3600

cttggtggct taccaacttc aggtcagatt acattatacg atggccgtac aggtgagaaa     3660

ttcgagcgtc cagtaactgt aggttatatg tacatgctca aattgaacca cttagttgat     3720

gacaaaatgc atgctcgttc aacgggttct tatagtcttg ttactcaaca accacttggt     3780

ggtaaagcac aattcggtgg tcaacgtttc ggtgagatgg aggtatgggc acttgaagca     3840

tacggtgcgg cttatacctt acaagaaatg ttaactgtga aatccgatga cgtgaacggc     3900

cgtacgaaga tgtataaaaa catcgtcagc ggcaaccaac aaatggatcc gggtacaccg     3960

gaatctttca acgtaattat gaaagaaatc cgttcacttg gtttgaatat cgagctagac     4020

gaagagtaa                                                             4029


<210>  3289
<211>  2139
<212>  DNA
<213>  Haemophilus parainfluenzae T3T39

<400>  3289
gtgaatccaa ttgttaaaca atttaaatac ggtcaacata ccgttaccct agaaaccggc       60

gcaattgcac gtcaagcaac tgctgcggtt atggcaagca tggacgatac cacagtattc      120

gtgactgttg tggctaaaaa agatgtgaaa gaaggtcaag acttcttccc attaaccgta      180

aactaccaag aacgtactta tgcggcaggt aaaatccctg gtggtttctt caaacgtgaa      240

ggtcgtccat ctgaaggcga aactttaatt gcacgtttaa tcgaccgccc aattcgtcca      300

ttattcccag aaggtttctt taacgaaatt caagttgtgg caactgtggt ttctgtaaac      360

ccacaaatca gccctgactt agtggcaatg atcggtgcct ctgcagcatt aactttatct      420

ggcgtgcctt tcaatggccc tatcggtgca gcgcgcgttg gttttatcga caaccaattc      480

gtattaaacc caaccatggc tgaacaaaaa caaagccgtt tggacttagt ggttgcaggt      540

actgacaaag ctgtattaat ggttgaatct gaagctgata tcttaactga agaacaaatg      600

ttagcagcag ttgtattcgg tcatcaacaa caacaagttg tgattgaagc aatcaaagaa      660

ttcgcaaaag aagctggcaa accacgttgg gattgggttg cgccacaacc aaacacagat      720

ttaatcaaca aagtaaaagc gattgcagaa gcacgtttag gcgatgcata ccgcattact      780

gaaaaacaag cacgttacga acagatcgat gcgattaaag cggatgtgat tgcacaaatc      840

acagcagaag atgaagatat cagcgaaggt aaaatcgtgg atattttcac cgcacttgaa      900

agccaaatcg ttcgtggccg tatcattgca ggtgaaccac gtattgatgg tcgtaccgtt      960

gataccgttc gtgcattaga tatttgcact ggtgtattac cacgtactca cggttctgca     1020

attttcaccc gtggtgaaac gcaagcatta gccgttgcaa cgttaggtac tgaacgtgat     1080

gcacaaatca ttgatgaatt aacaggtgaa cgtcaagatc acttcttatt ccactacaac     1140

ttccctccat actctgtagg tgaaaccggt atgattggct caccaaaacg tcgtgaaatc     1200

ggtcacggtc gtttagcaaa acgtggtgta gcggcagtta tgcctagcct tgcagaattc     1260

ccgtatgtcg tgcgtgttgt atctgaaatc accgaatcta acggttcttc ttctatggca     1320

tctgtatgtg gtgcgtcttt agcattaatg gatgcgggcg ttccaatcaa agctgctgtt     1380

gcaggtatcg caatgggctt agtgaaagaa gaagagaaat tcgtggttct ttcagatatc     1440

ttaggtgatg aagaccactt aggtgatatg gactttaaag tggctggtac acgtgaaggt     1500

gtaactgcac ttcaaatgga catcaaaatt gaaggtatca cccctgaaat tatgcaaatt     1560

gcattaaacc aagcaaaagg tgctcgtatg cacattcttg gcgtaatgga acaagcaatc     1620

cctgcaccac gtgcagatat ttctgactac gcgccgcgta ttcacaccat gaaaattgat     1680

ccgaagaaaa tcaaagatgt tatcggtaaa ggtggtgcaa ctatccgtgc attaactgaa     1740

gaaaccggta cttctatcga tatcgatgat gatggtacag tgaaaatcgc cgcagtagat     1800

agcagtgcag cgaaaaacgt gatggcacgt attgaagaaa tcgtggctga agttgaagcg     1860

ggcgcaattt acaaaggtaa agtaactcgt cttgctgact tcggtgcatt cgtggctatc     1920

gtaggaaata aagaaggttt agttcatatt tctcaaatcg ctgaagagcg tgtagagaaa     1980

gtgagtgatt atcttcaagt tggtcaagag gtgacagtta aagtggttga aatcgatcgc     2040

caaggtcgta tccgcttaac catgaaagat cttgcaccaa aacaagaaac tgaagcagaa     2100

tctgcaccag cagaagacat ttcagaagaa caagaataa                            2139


<210>  3290
<211>  501
<212>  DNA
<213>  Haemophilus parainfluenzae T3T40

<400>  3290
atgggcttat ttgacaaatt atttggttca aaagaaaaca aatcagtgga agtagaaatt       60

tatgcgccac tttctggtga gattgtaaat atcgaagatg taccagatgt tgttttctct      120

gaaaaaatcg tgggtgatgg tatcgcgatt cgcccaacgg gtaacaaaat tgttgcgcct      180

gttgatggtg taattggtaa aatttttgaa accaaccacg ctttttcaat ggaatcaaaa      240

gagggtgttg aattattcgt tcacttcggt attgataccg ttgaattaaa aggtgaagga      300

ttcactcgca tcgcacacga aggtcaaagc gtaaaacgcg gcgacacagt aatcgaattt      360

gatttagcaa cattagaatc aaaagcaaaa tcagttttaa caccagtggt tatctctaat      420

atggatgaaa tttcatctat tgagaaaaaa tcaggtgaag tgattgccgg agaatctgtt      480

gttttaagtt taacaaaata a                                                501


<210>  3291
<211>  1629
<212>  DNA
<213>  Haemophilus parainfluenzae T3T41

<400>  3291
atggactcaa gacgtagcct attagtgctt gcactactct ttatttcttt ccttgtttat       60

cagcaatggc aacttgataa aaatccacct gttcaacaac agaccactga acaaacaaca      120

accgcctctt ctgatgtgcc ggcaagttct tcttcatctg ccgaagtagt ggcagactca      180

caaactaaag gtcacattat tacattagaa aatgatgtat tacgtttgaa agtggataca      240

ttaggtggtg atgtaatcag ttctgaatta ttaaaatatg atgcagaatt aggttcaaaa      300

gaacctttcg tcttgttaaa agatacaaac gagcatgttt acattgcaca aagcggctta      360

atcggtaaaa acgggatcga tacaaaagca ggtcgtgcac aatatcaagt tacgggtgat      420

aatttcaaat tagcagaagg tcaaaatgaa ctttctgtac cattaacatt tgaaaaagat      480

ggtgtcactt atcgtaaaat ctttgtatta aaacgcgata gttacgatgt aggtgttaat      540

tttgaaattg tgaaccaaag tggaagtgca attgaagttg aaccttatgg ccaattaaaa      600

catacattag ttgaaagcag cggtaacgtg gcaatgccta cttataccgg tggtgcgtat      660

tcttcttctg aaacaaatta caaaaaatac agcttcagcg atatgaaaga caaaaatctt      720

tctatcgata ccaaagcagg ttgggttgct attttacaac actatttcgt atcagcttgg      780

atcccaaatc aagatgtaaa taaccaactt tatagtatta cagacagcaa aaataacgtt      840

gcgtctattg gttatcgtgg tcctgtggtg tctattccag cgggtgcaac agaaacaatt      900

accagctcat tatggacagg tcctaaatta caaaacaaaa tggctgaagt ggctaaccac      960

ttagacttaa ccgttgatta cggttgggca tggttcatcg caaaaccatt attctggtta     1020

ttaaccttca ttcaaagtat tgtatctaac tggggtgtgg caattatttg cgtaacctta     1080

gtggtgaaag cgattttgta tccgcttaca aaagcacaat acacttctat ggcgaaaatg     1140

cgtatgttgc aaccgaaaat gcaagaaatg cgcgagcgtt ttggtgatga tcgccaacgt     1200

atgagccaag aaatgatgaa actttacaaa gaagaaaaag taaatccact tggcggttgt     1260

ttaccattaa tccttcaaat gccaattttc atcgcattat attggacgtt tatggaagcg     1320

gttgaacttc gccatgcgcc attctttggt tggattcaag atttatcggc acaagaccct     1380

tactacattc tcccaatctt aatgggcgga tcaatgttct tgttacaaaa aatgtcaccg     1440

acaccagttg cagatccaat gcaacaaaaa gtgatgaact tcatgccgtt gattttcatg     1500

ttcttcttcc tctggttccc ggcaggtcta gtactttact ggttagtgtc taacttaatc     1560

actatcgtac aacaacaaat gatctaccgt ggtttagaga aaaaagggtt acatacccgt     1620

aaaaaataa                                                             1629


<210>  3292
<211>  258
<212>  DNA
<213>  Haemophilus parainfluenzae T3T42

<400>  3292
atgactgata aaattcgtag cgtacaaggt aaagttgtta gcgacaaaat ggaaaaatct       60

ttcgttgttg ctattgaacg taaggtaaaa cacccgttat acggtaaatt tatccgtcgt      120

acaactaaat tacacgtaca cgatgagaac aacgaagcca aattaggtga tgtagtagag      180

attcgcgaat gtcgtcctct ctctaaaacc aaatcttgga ctttagttcg tgttgttgag      240

aaagcagtta ttgcttaa                                                    258


<210>  3293
<211>  708
<212>  DNA
<213>  Haemophilus parainfluenzae T3T43

<400>  3293
atgggtcaaa aagtaaatcc aaatggtatt cgcctaggta ttgtaaaacc ttggaactct       60

acttggttcg cgaatacaca agatttcgcc gacaatcttg acggtgactt caaagtacgc      120

aaattcttaa ctaaagaatt agcaaacgct tcggtttcac gtattactat tgagcgtcca      180

gcgaaaagta ttcgtgtaac aattcacaca gctcgccctg gtatcgttat cggtaaaaaa      240

ggtgaagatg ttgaaaaatt acgtaacgca gtatctcaaa tcgctggcgt tccggctcaa      300

atcaacatcg ctgaagtgaa aaaaccggaa ttagatgcaa aattagttgc agacagcatc      360

gcttctcaat tagaacgtcg tgtaatgttc cgtcgtgcta tgaaacgtgc ggtacaaagc      420

gcaatgcgtt taggtgctaa aggtatcaaa gttgaagtta gcggtcgttt aggtggtgca      480

gaaatcgcac gttctgaatg gtatcgtgaa ggtcgtgtac ctctacatac tcttcgtgcg      540

gacatcgatt ataacactgc agaagctcat actacatacg gcgtaatcgg cgttaaagta      600

tggatcttca aaggtgaaat tttgggtgga atggctgcag ttgcgcaatc agaacaacaa      660

cctgccgaca agcctaaaaa ggctccgcgt ggcaaaggtc gtaagtaa                   708


<210>  3294
<211>  426
<212>  DNA
<213>  Haemophilus parainfluenzae T3T44

<400>  3294
atggctatta aaaaagtaat taccgtatgt ccgtattgtg cctcaggttg taaaatccat       60

cttttggtgg aaaacaataa aattgtggga gctgaaggtg caaacggcaa gacaaacgaa      120

ggggagttat gcctaaaagg atattatggc tgggactttg tgcatgacac aaaaatcctg      180

actcctcgcc taactcaacc gatgatccgc tacaaacgtg gcgaaccatt cacaccagtg      240

agctgggaag aagcgatttc ttacacagca aaacgtctta gtgaaatcaa agaaaagtac      300

ggtaacgaat caattatggt aacgggctct tcccgtggac caggtaacga agtgaacttc      360

gtgatgcaaa aattcgcccg tgcggtatta ggaaataaca acattgactg ttgtgcgcgc      420

gtgtga                                                                 426


<210>  3295
<211>  576
<212>  DNA
<213>  Haemophilus parainfluenzae T3T45

<400>  3295
atggctgaac agctaacaga tcaggctttg gtagaaagag tgcagcaagg cgataaaaaa       60

gcctttaatt tattggtttc tcgttatcaa aataaagtag ccggactttt aacccgctac      120

atttctcata acgacattcc agatgttgta caagaatcct ttattaaggc ctatcgttcc      180

attgaatcct ttcggggcga tagtgcattc tacacttggc tatatcgaat tgccgttaat      240

acggcaaaga attacttaac ggcacagggg cgccgtccac cgagcgaaga tattttggct      300

gaagatgccg aaagctacga tgtgggaacc catctacgtg atgtagatac ccctgaaaat      360

gaaatgttat ctagcgaatt agaaaaagtg gtatttgata ctattcacag tttgccagaa      420

gatttaagaa ccgcgattac cttgcgtgag cttgaagggt taagttacga agaaatcgca      480

gaaataatgg attgcccagt aggcactgta cgttctcgca ttttccgcgc tcgggaagtg      540

attgagaaca aaatacaacc gcttatgcaa cgttaa                                576


<210>  3296
<211>  492
<212>  DNA
<213>  Haemophilus parainfluenzae T3T46

<400>  3296
atggcattaa atcttcaaga caaacaagca attgttgctg aagtaaatga agcagccaaa       60

ggtgcacttt cagcagtaat cgcggattct cgcggtgtaa ctgttgataa aatgactgaa      120

ttacgtaaag cagctcgtga agctggtgta acaatgcgcg ttgttcgtaa tactttatta      180

cgtcgtgcgg ttgaaggcac tgatttcgaa tgcttacaag atacgtttgt aggtccaaca      240

cttatcgcat tctctaatga acacccaggt gcagcagcac gtttgttcaa agattttgct      300

aaagcaaacg ataagtttga aattaaaggt gcagcctttg aaggtaagat ccaagatgtt      360

gaattcttag caacattacc aacttacgaa gaagcaattg cacgtttaat gggcacaatg      420

aaagaagctg cggcaggcaa acttgttcgc acttttgcgg cattacgcga caaattacaa      480

gaagcagctt aa                                                          492


<210>  3297
<211>  429
<212>  DNA
<213>  Haemophilus parainfluenzae T3T47

<400>  3297
atgaaaactt ttgtagcaaa accggaaaca gtaaaacgtg actggtatgt ggtagatgcg       60

acaggtaaaa ctttaggtcg tttagctact gaattagcac gccgtcttcg tggtaaacac      120

aaggctgagt acactccaca cgtagatact ggtgattaca tcatcgttat caacgcagac      180

aaagtggcag taactggtcg taaagaaaca gataaacttt actactggca cactggctat      240

gtaggtggta ttaaacaagc gactttcaaa gaaatgatcg ctcgccgtcc tgaagcggtg      300

attgaaattg cggttaaagg tatgttgcca aaaggtccat taggccgtgc aatgttccgt      360

aaattaaaag tgtatgcggg tgcagaacac caacacgcag cacaacaacc acaagtatta      420

gacatttaa                                                              429


<210>  3298
<211>  435
<212>  DNA
<213>  Haemophilus parainfluenzae T3T48

<400>  3298
atgcgtttaa atactctatc tccggctgaa ggtgctaagc acagcgcaaa acgccttggt       60

cgtggtattg gttcaggttt aggaaaaact ggtggtcgtg gtcataaagg tcaaaaatct      120

cgtactggcg gcggtgttcg tcgtggtttc gagggtggcc aaatgccgtt ataccgtcgt      180

ttaccaaaat ttggtttcac ttcaatgaaa tcagctgtaa ctgctgaagt tcgtttaaac      240

gaattaacaa aagttgaagg aaatgttgtc actttagaag cattaaaagc tgcaaacatt      300

ttaactaaag atattcaatt cgctaaagtt atcttagctg gtgaagtgaa gtctgcagtt      360

actgtacgtg gtttacgtgt aactaaaggt gcaaaagcag caatcgaagc tgctggcggt      420

tcagttgagg aataa                                                       435


<210>  3299
<211>  276
<212>  DNA
<213>  Haemophilus parainfluenzae T3T49

<400>  3299
ttttcattta tagccgcaaa aagagcggtc aaaaaaatca taattttaga ggataaaatg       60

gcaaaagaag attgcattga aatgcaaggc acaattttgg aaaccttacc aaataccatg      120

ttccgcgttg agttagaaaa tggtcacgtg gtgactgcac atatttctgg caaaatgcgt      180

aaaaactata ttcgtatctt aacgggcgat aaagtaactg tagaaatgac accttatgac      240

ttaagcaaag gtcgtatcat ttttcgtagc cgttaa                                276


<210>  3300
<211>  390
<212>  DNA
<213>  Haemophilus parainfluenzae T3T50

<400>  3300
ttgccaaagt gtacgaagcc gtcggctttg ttgctgcaaa ataattttaa acttaataag       60

ccgtgttata tcacggcttt tttagataag gagaaaaaga tggccattca aactgaaaaa      120

ccaattgaat gtgtaggctg taatactttc gatatgaaat cattgtttga taacagtgat      180

tgtagtttac ctatcgaaca gttttacgcg actcgtcaag atgcagaagg cgcattggaa      240

tatttcacat taaaagcacg tgatgtagaa agtgaacctt gccaaattca gtctgaaatt      300

caacaggttg aagagggata tgtacttaaa gcggttttca cattctgctg ccaagcggaa      360

ttagtgattt tccaaatgaa gcttgtgtaa                                       390


<210>  3301
<211>  3348
<212>  DNA
<213>  Ruminococcus

<400>  3301
atgaaagcgt tgcttgctcc ccttgcggaa ctggcggatt atgaagaaat ccggaaaaac       60

agaacaaaag aaaacggaat gatacagatc tcgggttgtg taaatactca gaagatacat      120

ttgcttagtg gaatcggatc gggatgcggg tataaacttg ttgttttttc aaatgaggaa      180

aaggcaaaga aggcatacga agagtattta ctgtttggag aagagacgta tttgtatcct      240

gcaagagatt tgctttttta ttatgcggat attaaaggga agacacttac aaatcgaaga      300

atggaagtgt taagagcgat tgcagaaaag aaaaaagaag agccggtcac tgtgattacg      360

acgatggatg cttttttgga cgggatcatt tccccggatg aaattcaaaa aaacagaatt      420

catattacag gagaagatac ggttgatctt acgaaacttg aacaagatct gacggctctt      480

ggatatgaga gagaaagcca aatagaagcg ccgggtcagt ttgcggtcag agggggaatt      540

atcgatgttt ttcctcttgc ggaagagatg ccggtgcgga ttgagctttg gggtgatgag      600

atcgattcta tccgtatgtt tgatgctaag agccagaggt cgatagaaaa tatttcggag      660

atcacaattt atccggcttc ggaaaattgt tttggaaaca atggtttggt atcctttttg      720

aaatattttc cggaaaatga aacactatta ttttatgatg aaccgcacag actgcaggag      780

acggcggaaa cagtagaggc ggaatatacg gaaagtttga aaaaccgggc tgatgcaggt      840

atgaaagaag aaggcgaaga agagttgaga gtctttcaga caaaagatat catcagtgag      900

atgaatcgtt acagcgggat cggtttgaca acgctcgaat caaaatgcgg tttatttaaa      960

gtaagatcgg tttatacggt gcaggcaaaa ggggtaaatc cttataataa cagttttgag     1020

cttttgacac gtgatttaaa gcggttaaaa cgaaacgggt acagagttgt ccttttatcg     1080

ggttcgagaa cgagagcaaa acgtctggcg gaagatttaa gagactatga tttgagcagt     1140

ttttacagtg aagatatgca gagggaagta aaaccgggcg agatcatggc agcgtacggc     1200

tatgcgtcag aagggtatga gtatccgatg cttaaatttg tcgttatttc ggagtcggat     1260

attttcggaa gaaaaaagaa aaagaaaaaa cgcaaaaagt atgaaggtca gcggattcag     1320

gattttgccg agctgaaacc cggagattac gttgttcacg aaaatcatgg aatcggcgta     1380

tataaaggaa ttgaaaaaat tgaagtagag aagatcgtaa aagattatat gaagatcgtc     1440

tatgccgaag gcggagtctt gtatatacct gtggcacaga tggatctgat ccagaaatat     1500

gcaggagcgg atgcaaagaa acctcggttg aataaactcg gaacgatcca gtggggaaaa     1560

acaaaaagcc aagtaaagaa agctgttcag attgtagcga aagatcttgt agaattgtac     1620

gcggtcagac aacagtcgga aggatttgta tatggaccgg atactgtctg gcagaaagag     1680

tttgaggaaa tgtttccgtt cgaggaaacg gatgatcagc ttcaggcaat agaagataca     1740

aagcatgata tggaaagtaa gaagatcatg gatcgtctta tctgcggaga cgtaggatac     1800

ggaaagacag aaattgctat acgggcggca tttaaagcgg ttcaggaagg aaaacaggtt     1860

gtatgtctcg tgccgacgac gattttagct cagcagcact ataatacatt tgtacagcga     1920

ctgaaagagt ttcctgtaag aatcgatctg ctctgtcggt ttcggtcggc ggcagaacag     1980

aaaaagacaa tagaggacac gaagaaaggg tttgtggata ttcttgtcgg aacgcacaga     2040

gttttgtcaa aggatgtagt gtttaaagat cttggattgc tgataataga cgaagaacaa     2100

cggtttggcg tgacccataa agaaaaaata aaaaaattaa aggaaaatat tgatgttctg     2160

acattgacgg caacaccgat tccccggacg cttcatatga gtctgatcgg tattcgggat     2220

atgagcgtat tagaagaagc tccgaatgaa aggatgccca ttcagactta tgtaatggag     2280

tataatgacg aaatggttcg ggaggcaatc acgcgggagt tggcaagaga cggacaggta     2340

tattatgttt ataatcgcgt caatgatatt gccgatgttg cgggacgtat acaaagtctt     2400

gttccggatg cgaatgttgc atttgcgcat ggacagatga aagagaggga gctggaagat     2460

atcatgtatg attttatcaa cggtgatatc gatgttcttg tttcaacgac gattattgag     2520

accggattgg atattccgaa tgcgaatacg atgatcatac aggatgcgga ccgattcgga     2580

ttatctcagc tttatcagct tcggggacgt gtcggtcgtt ctaatcgtat ggcatatgca     2640

tttcttctgt atcagagaga caaattatta aaagaagtgg cagagaagag gctctcggcg     2700

atccgtgagt ttacagatct cggatccgga atcaaaatcg ccatgcgaga ccttgaaatt     2760

cgcggggcag gtaatctttt aggagaagcg cagagcggtc atatggaagc ggtagggtat     2820

gatctttatt gcaaaatgct aaatgaagcg gtcagacaat taaaaggcgg gccggaagca     2880

gaaacgttta caacattgat tgatctaaat gtagatgcat atattccgga atattatatt     2940

aaaaatgaat atcaaaagct ggatatatat aaacggatcg cggcgattga aagtgaggaa     3000

gagttagaag atatgacgga agaactgatc gaccgctttg gcgatattcc gaaaaaagtg     3060

cagcagcttc ttgtgatagc atctttaaaa agtctggctc attcggtgta tgttactgct     3120

atcgagcaaa aaggtgaaga aattcgattt acaatgtatg aaaaagcaaa gatcgatcca     3180

tccggtattc ctaaattttt ggatagttat aaaaacgatc tgatattcag ggcagaagaa     3240

ccgccgtatt ttctgtattg cagaaaaggc agaaacaaaa aaagcaatac agaaaatgta     3300

ctggatacag tgagacggat tttggaagac ctaaaaaagc tgacttaa                  3348


<210>  3302
<211>  4563
<212>  DNA
<213>  Ruminococcus

<400>  3302
ttggaacagg taaaagacga taaaaaattt tttcatgtat ttccgacgtt gagagcagac       60

gatgatgtcc gtttgctgtt ttcagatgtg gaagttaaga agatcacgac gaactcgcga      120

cgtgattttc ttaacatata tattttcagc agacatctca ttcagaagaa gcagattttt      180

cagatggaac aatgtatcaa agatcagtta tttgccaaaa cggctgttgc ggtgcatatt      240

gtggaggaat atatgctctc gggacagtat actgcagaag cgcttatgaa tgaatacagg      300

gagagtatca tcctcgaatt gaaagaaaaa agtatgcttg catctaatat gtttgcacag      360

gcagatatcc gctatgaagc ggaaaatgta gtctgcctgg aactgctcga tacgattgtt      420

tcggcagggc gaaaagaaga gatagtggat ctgttaaagg aagtgtattc agaaagattt      480

catattccgg cagagatccg tgtagattac aaagagcctg acagaacagg aagcagggaa      540

tatgatgaac agagaatcca acaggagatc aatgcgatct ttgagagacg ggcaagacag      600

cgcggggaaa cgcctcaggc agaaggagaa gagaagaaag atcagataaa aagaacttca      660

tctgaaaatg cggcggataa agcatcggta tcatcccgag acgggaaagg aacatcggcg      720

gcaatatcag gaggagtgaa aaagggagaa tttaaaaaag gtgaattccg aaagaaagat      780

ttttaccgtc ctgttaagat cggtgacgat ccgaatctga tttacgggcg taattttgaa      840

gatgagccta tttctttaga gcaggtgatc acagaaatgg gagagatcac agtacacggt      900

aagattatca gttttgatac aagagaaatc cggaatgaaa agacgatcat tatattttct      960

gtgacagact ttacagacac gatcacagtg aaaatgtttg cgaaaaacga acaacttcct     1020

gaaatcttag gggaattaaa aaaaggagcg ttcgtaaaag tcaaaggagt tacgacgatt     1080

gataaatttg acggagaact tacgatagct tctgtaacag gaattaaaaa gatcggtgat     1140

tttacggttc aaagggaaga tttaagtcca atcaagcggg tagaacttca ttgtcatacg     1200

aaaatgagcg atatggacgg tgtgtcggaa gtaaaagata tcgtaaaacg tgcgcatgac     1260

tggggacatc ctgcaatcgc gatcacagat cacggtgtgg ctcaggcgtt tccgggcgcc     1320

aatcattata ttgaaacact tgataaagac gacccgttta aagttcttta cggtgtggaa     1380

ggatatgttg tggacgatct gacggagatt gcagtaaacg caggcaatca gacgcttgac     1440

gatacttata ttgtctttga catcgagact acagggttta gttcaatcaa agatgcgatc     1500

atagagatcg gagccgtaaa agtgacggac ggaaagatca cggatcgttt tagtacgttt     1560

gtgaatccga aacggccgat tccgtttgag atcacaaacc tgacaagcat cacagacgaa     1620

atggtgatgg attcaccgac aatagacgtt gttttacctc agttccttga gtttgcagga     1680

gacggtgtgc ttgtcgcgca caatgccggg tttgatgttg gatttatcga acagaattgc     1740

cggtcgcttg gactttcgga tgagtttgta tatctggata cagtagcgct ggcacgtgta     1800

cttttgccga cgttgtcaaa atataaatta aatatcgtgg cgaaagcgtt gaatatttcc     1860

cttgagaatc atcaccgtgc agtggatgat gcagaggcaa ctgcggaaat atttgttaaa     1920

tttacagaaa tgctgaaaaa ggatcaggtc ggaactttaa aagaagtgaa tcgttacggg     1980

gaccggaatg tcaatgcgat tcggaaaatg ccgacacatc atattattat tttggcgaaa     2040

aatgatatcg gccgatataa tctgtaccag ttgatctctc aatctcatat gacttactac     2100

gcaagaagac cgagaatacc gaaaagtctt ttgaacgagc acagggaagg gctgctgatc     2160

ggaagcgcct gcgaggcggg agaattatat caggcagtgc atgaaaagcg ctctgcccaa     2220

cagattgcga ggctggcgga attctatgat tattatgaga tacagcctgt cggaaacaat     2280

cagtttatga tcgagagtga acgtatagcg gatgtaaatt caatagaaga tctgcaaaat     2340

atcaacaggg agatcgtgga gctcggagaa aaattcggaa agccggtagt ggcaacatgc     2400

gacgtacatt ttttaaatcc tgacgatgaa gtgtaccgaa ggattattat ggcggaaaaa     2460

ggatttgacg acgcggatcg tcagcctccg ttgtttcttc gcacgacaga tgagatgctg     2520

gaagagtttt cctacctcgg cgcggcgaaa gcgagagaga ttgttataga taatccggtg     2580

aagatcgcgg gtatgattga aaagatctct ccggtcaatc cgaacaaatg tcctccggtt     2640

atcgaaaatt cagatcagga actaagggat atctgttaca ggaaagctca tgagatgtat     2700

ggagaagatc ttccgaagca agtttccgca cgtctggaaa aagaactgaa ttccattatt     2760

tcaaatgggt atgcggttat gtatatcatt gcgcaaaagc ttgtttggaa gtcaaatgcg     2820

gacggatatc ttgtaggttc gcgaggatcg gtcggatctt cctttgttgc gacaatggcg     2880

ggaattacag aggtaaatcc gttaagtccg cattattatt gttcaaaatg ccattatagt     2940

gattttgagt cggatgaagt gcgttcattt gccggcggat gcgggtatga tatgccggat     3000

aagaagtgtc cggtatgcgg agaacagctt gtgaaagcgg gatttgatat tccgtttgag     3060

acattcctag gattcaaagg agacaaagaa ccggatatcg acttgaactt ttccggagat     3120

tatcaggcaa aggctcataa atatacagaa gttcttttcg gtgaaggaca tacatttaag     3180

gctggaacga tcggtactct ggcagataag acagcgtatg gatttgtccg gaactactat     3240

gaggaacatg agcaaagaaa acgaaaatgt gagatagaaa gagtgaccga agggtgtacg     3300

ggaatccgaa gaagcacagg tcagcatccg ggaggtatcg tcgttcttcc tcacgggcat     3360

gatatcaatg aatttactcc ggttcaacat ccggcaaatg atatggaatg tggaattaca     3420

acgacacatt ttgattatca ttccatcgat cataacttgt tgaagttaga tattctggga     3480

catgacgatc cgacgatgat ccgtacactg gaggactata ttacatcgga tgctatggaa     3540

aatgaataca atgcagatca tccgtttatt gcgaccgaaa ttcctcttga tgataaggat     3600

gtgatcgaac tgtttcatgg aacagaagtg ttggggatta agccggaaga tattgacgga     3660

tgtaagatcg gaagtctcgg aataccggaa ttcggaacgg actttgttat tcaaatggtt     3720

caggatacga aaccgcagac actttcggat ctgatccgta tttccggatt atcgcacgga     3780

acgaatgtgt ggcttggaaa tgcacaggag cttgtgaagt cgggaaaggc gacgatttcg     3840

acggcgattt gtacgagaga cgatattatg atctatctta tcaacaaagg agtagaaagt     3900

gctcttgcgt ttacgattat ggaaagtgtg cgaaaaggaa aaggactgaa accggaatgg     3960

gaagaggcga tgaaagcaca ggatgtgccg gattggtata tttggtcatg taaaaaaatt     4020

agctacatgt tcccgaaagc acatgccgcc gcttatgtta tgatggcata tcggatcgca     4080

tactgtaaga tcaactatcc tcttgcatat tatgcggcgt atttcggcat cagggcggat     4140

gcgttttcgt atgcgcttat gtgtcaggga aaagaaacgt tgaattatca tataaaacag     4200

tataaaagta aaggggatca gctaagcaag aaagagcagg acgtgctaaa agacatgaag     4260

atcgttcagg aaatgtatgc ccgtggattt gagtttgttc cgattgatat ttatagggcg     4320

aaggcaaaga tgtttcagat cgtagacgga aagctgatgc cgtcgcttgc aagcattgaa     4380

ggaatggggg ataaagctgc cgaggcagtg gaagaggcgg cgaaagacgg ggcgtatctg     4440

tcgcttgacg acttcaggca aagaacaaaa gtcagcaaga ctgtgattga tctgatggcg     4500

gagcttggat tgtttggaga tcttccgcag agtaatcagt tatcgctgtt tgattttaca     4560

tga                                                                   4563


<210>  3303
<211>  4530
<212>  DNA
<213>  Ruminococcus

<400>  3303
atgaagaaaa aaataatggc ggtccttttg gcactcgcta tggtgaccca aggcgccatg       60

cctgtttttg ctcaaaatga aggtgcggaa ggaattgaga cagcggcaga tgcagaaacg      120

gcaaaaattt tgtgcaagga gtatttgagt gaagaacagc agattcaagg cattgatcaa      180

cgttttgaaa taccacaaga agacgtgtct tttgtaaacg atttgggaag tggtacaatc      240

acgctgagtt ttaagacagg cagtactaat ttgcaggcgc tggccgcgat caacggagac      300

aagcatgcga atcattacat gtctttgtat atcagcggcg gaaataaaat cggctttgaa      360

ttccgtaaaa acgcaactgt aaatgatcac agaaatttta cggtagataa tgtgaatctt      420

gcggatgatc aatggcatac gatcacgctt gcggtagaaa aggacaacta ttataaagta      480

tatttggatc aacaacttgt acagaagtgg gaagttgacg agactaattt tgttgataaa      540

atggagtggg aaccgacttc tgtgacgttt ggaggcgcaa aacggatttc gggaaacagt      600

tatcctttta ccggaagtat caagcaggta aaactgtata atgaagcggc ttccgaagat      660

cagatcctgg cagatcacgg tgcagtttct gtaggaacac cgatttttac ttatcagaga      720

aaaacttttg acggaacaga aggaaagatg gttcagcttc cggagcaaaa agagacaatt      780

tccggattga aaaaaggaac gttttctttt gcatatcgct tgaacgaggc ggctgtaggc      840

aaaacgattt acggattatt atcgctgtcg aacagcaatg cggataaaga gtacggagcg      900

ctctatatta agccgaagga caatcggatc ggatatgaag tgcagggaaa aggggataaa      960

tatattacgc tcaaagacgg aaaatctgtc aataatgccc agtggcatac ggtgacatat     1020

gcctttgacg gcacacatgc agagttttac ttagacggag catccatcgg aaaattcgag     1080

acaacgtatt tgctgaaggg agattggact ccggatatgg ttacgcttgg cggaatcagc     1140

agaacgaata agacgccggg cgcgaaatgg ccgttctacg gaacgatcga cagcgtcaat     1200

gtgtttgatg aaacgttaaa tgcggaacag gttatggagc ttcatagacg tactttgccg     1260

caggatgaac cggaatacgg agagaacgtc tataagacag gcgagtacgg tatttatgat     1320

atgggcgatt atgattctta taattaccgt attcccgcaa tggttacaac gagcaaagga     1380

actctgatcg cagcagccga tcaaagaaat acacattggt ccgactgggg aaatattgat     1440

acagttgtca gaagaagtac agataacgga ctgacatggg aagagccgat cgatgtaatc     1500

gatctgaaat cacaatccta ttttaacggc acacaatctg cgtatacgat tgacccggca     1560

ttgatcgcag agggcgaaaa cggaaagaat ccggggcgtg tctggatgct tgtagatatg     1620

atgccggaat cgacgaatgg aagccagggt acatattcga tcaaagaaac gggaacaggc     1680

tatgtgaaag tagatggaaa agattatctg gcgctttatg ataaagacaa taatcaatat     1740

acgcttcgag agaacggaga agtatttgat aaggagaatc gcaaaaccga ttatgtggta     1800

aaacagtttg aaggaaatga taaacaagga taccacgaaa aaggcgatct gtatcaatcc     1860

ggtaaatatg tgggaaatat ttatttgaga agcgcttcta agaacaacga ttccgctccg     1920

cttcatccta agcagacatg ctatttgtgg ctaagttata gcgatgacga cggtatgacg     1980

tggagcgaac cggtagacat tacgccgcag gtaaaagaag actggatgag attttgcggt     2040

gtcggtcctg gattcggagt tcagcttcgg tatgatgaaa agcatccggg aagacttata     2100

ttcccgattt attatacgat tgccggaagc ggtataggat tccagtcttc ggcttgtgtt     2160

tacagtgatg acggcggaaa aacatggcat agaggagaat ctccgaatga cggaagaatc     2220

aacaaagacg gacaggagac ttcttcgcaa aatccggtcg gcatcagtga actgacagaa     2280

agtcagatca ttgaactaag cagcggaaat ttgcttcagt ttatgagaaa tacacgcgga     2340

aacggaaaag ttgttgtttc aagaagtaca gacggaggag cgacatggag tgatccgatc     2400

gatacaacgg cgccggaagt atactgtcag ttatctgttt tatattatga taaaaacgga     2460

acaggcggca aagacagagt gatcatgtcg aatccgggag ggacaggaag aaataacgga     2520

acattgcgaa tcggagaagt gacagaaaca aaggatagtt tttctgtaga ctgggtagaa     2580

gaaaaaatgt tctgtcctaa taattacgca tattcttgtc tgacaaaaat gaaagacgga     2640

aatatgggac ttctctatga acatcagaat acgatcaaat ttactgcgtt taatttagag     2700

tatattaaag atgaagtgaa tttattgagt ccgacgatta cagctgttac atacaaagtg     2760

gaaaaaacag acgatcacgc ttatacgctc ccgggagata aatatgtgat cacagtgaaa     2820

acagatcaga atgtcactgt gcaaggaaca ccgaaattca gatttatgtt aaatggtaaa     2880

ggccgttatg caaactatgt atccggtggg aatgacgaca aggagttagt atttgaatac     2940

actgtacaaa aaggcgatga aggaactatt cagtttaaag gaccaaaaat tatctgcgat     3000

gaaacaggca cagtaaaaaa tgcaaatgat ttgtgcgtaa gttcgggaga tatggatgtt     3060

aaaatgggat acatcggagt agatccttcg gatgcggcaa gagatattgc gacagatcag     3120

atgagcgctg cggcaggttc ggctcaatcg ggtcaggagg cgtcgaatgt tctggacgga     3180

aaagcggata cattgtggca tacaaaatgg agcgccggtc acggacgcga aaaacattgg     3240

attcagtttg aactgaaaga cttttatttg atcgacggaa tccgttatca gccgcggcct     3300

tcgggaggaa caaacggtat tattacggaa tacaaagtgg aagtaagtaa tgacggcgtt     3360

cactttgaac aggcggcaac aggaacatgg gacgcgaacg ctgcatggaa actggcttca     3420

tttgagccgg tatgtgcaaa atatgtgcgt ttgacatctt tggatgcaat cagtgtggag     3480

gcggataatg attatgcttc ggcagcggaa atccgcctta caggaataaa aacagaagca     3540

cctccggttg tggaagcgga taaaaaagct ttggaagctg cgattgaata tgcgaaagat     3600

gcaaaaacaa aaccggaata tgaatatgtt gtaccgattg taaaacagaa attagacgag     3660

gcgcttgaag cggctgaaac tgtttttgca aatgaagccg caacacaggg agaagttgac     3720

aaggcagaag ctgatcttaa aaaaatgctt gaatatttgt cttttacagg agatgcaaaa     3780

ttgctcagag agctggtaga tattgcaaaa gaaatcaata cagatattta tacagagcag     3840

agtgcgaatg cgtttaaaga agcgcttgaa gaagcggaag ctgtgcttgc caatgaaaat     3900

gcgctgcagg atgaacttga cgcggctcat aaaaaattac aagaggcaat ggatggattg     3960

aaagtgatac ctgtggataa atcacagctt cggaaacttg tagacgattc gcggaaatat     4020

gtagaaaaac tgaatgagta tacagcccaa agcggtcaga tttttatggg agcatttgag     4080

gcggctgaaa atattttaga aaaacaggac gcgacaaaag aggaagtgga tcaggcgtgt     4140

gcaaatcttc gcaatgcagt ctttggattg aggttgatac cgagcaaaga aaaactggaa     4200

gaattgatcc aaagtgcaga acagatcgat gtgaagcttt acacagaaga aagcgcagaa     4260

aacttcatgt cggcattagc gaaagcaaaa gaggtatttg cagacgagga cgcaacgaaa     4320

gcggaagtag aagatgcaga acaggcactt gcaaaagcaa tcgacgaatt gaaattaaaa     4380

gaagtcggaa aagaagacaa agaaaagaat gcaggcgctg ttaaaacagg cgatagttca     4440

actccgattt tatttgcagt gattgcggta ttaagcgcgg gaacgatatt ttttgtacgg     4500

aaaaaagaag aaaagaaatt tacatgctga                                      4530


<210>  3304
<211>  5739
<212>  DNA
<213>  Ruminococcus

<400>  3304
atgaaaaaga agtggaacaa agtaactgca gctttactta tgctcgtgat ggtagtgacg       60

acagtgctcg gcgctgctcc ggcattatct gtcaaggcag agccggtcac gatgggacat      120

ctgaaatccg gaagcggtaa tgcaaacgga catttcggaa gcgctacacc tgaagcattt      180

gttttgtcag aaaaagctga ttatacaaat caggcatata gtttgaaact tcgcattaac      240

agcgacgtag acaaaacaag gcttcgtatt gtcacaaaat ataaagatga caataactgg      300

gcttttctga tgtatgatgt cggaagctgg aagtggcagt acaaaaagga cggaaacgag      360

gcttggcaga atgatacgct tgctcttccg agacttgaaa aaggtcagtt ggcagaaatt      420

aagttaagct ataaagataa tggccttgaa attgacgtca atggaacaaa ggcaactgta      480

acggaggcga actttgtcgc tcttaaagac gttcagggta aagtcggagt cggaggcgcg      540

acattcggag atgcatacac agacgtttat tttaatgatg ttgttgtagg agagacaaaa      600

gaggatctca atacatggaa attgtataaa gataatcttg caggtcagga atgggatccg      660

gcggcacagt acgaagaaac agttccggca ggacgtaaat ggatcacgat ccggacaggc      720

tctcagaacg gcggaggaca tagctatgcg ggagcaacag gaccggcgct tctgcttgac      780

aaagatcgca cgatcaagcc ggcagacgta tttagtctgt catttacacc gatcaacagc      840

ggaaacttcg gtttcttcta ttcatatgta aatgataatg atttcctgta tatcggatat      900

gattcatctt ccaagtggta ctggcagaac ggctcaggct catacggaag tttgaacgga      960

gatttcgaga ctccggaaaa cggaaaagag atgacgttct ctgttacgat gagcagggaa     1020

gctctgacag ttacagtcaa cggaatcagc ggaacaacga acaatcagaa cgcaggaaac     1080

tggctggaaa caaacgcagg aaaaggtcat ccgggcgtga tggtgaaaac ggcaaaccag     1140

tctttgaaat ttgcagatgc gaaagtaaat gagactgcat gtatggaaga tacatgggaa     1200

tttgcaaaag acagagacgg acagtcacag tcttcagaat atatcaatct cgcaactgtt     1260

tccggaactg taacggcaaa agacggagga gcggcattaa aaggcgcaac ggttcgtttt     1320

ggttcaaaat cagcaaaaac agatgataac ggagcttatc agatcgaaga tgttgaagtg     1380

ggaacttata cagctgcggc aagttgtccg ggatacgaag caataacaca agaggttgaa     1440

gttcaggatg cggcggaagg agaaaatgta tttaacttta cactttccga gaaaacgccg     1500

atcgacctta agaattataa atccatcgag tctgattaca tgaaagtgta tgtaggaccg     1560

aacttcccgg ttgttgcaag atatgaagta aaaggaaaag atgacgttta cttccgtgga     1620

aacgaatcag atcttgcaaa ggtgaataca gttgtgatca acggcaagga gatcactcct     1680

gaagtgaagg ctaagattga aggggcgaaa gcttcttatg aaatgaccct caaatatgaa     1740

ggtgaagatg aagaaacaaa aattaatatc aatatgaaca tgacggtcga gatcagtgta     1800

aaagacaatg atcttacatg ggagatcaca aagatcgacc gcaaagaagg aacggataag     1860

attgcttcta tcgacattcc gcagttgaat cttctgtctg tagatcaggt agaagaaaac     1920

gcttcatttg caggcgctgt taagagcacg gatacaaaga agagcggaga taagtttatt     1980

acatttgacg atggattcgt agcgcagaaa tctgtaggat atgtatacgg attcctgaca     2040

aacaagaatt taagcgcagg tctgttcagc aactcagagg cagaagacga tctgagagtc     2100

atcatgaaca gcggagctga cacaatgagc cttacaagcg ctcagtggta ttacgaggcg     2160

ggagataaag gcggacaggc acaggcagct acatatgact acccgcttag tgaacttcca     2220

tatgcaaaag tttgtatcgc agaggatatg aacgaagaca agacgatcga ctggcaggat     2280

gccgcagttg cttatcgtga catcatcaat gttccgtatg gatcagagga tgtgaaagac     2340

cttgtaaact acagaatcgt tatgaacttc ggaagcgctg taacaaaccc gtattcggtg     2400

acagcggaca atatcaagaa agttgctttg gcaacagacg gacttccgca ggctgttatg     2460

ctgaaaggtt acggaaatga aggtcacgac tctgcgaact ccgagtatgc ggatatctcc     2520

gaaagagaag gcggcgtgga tgatttcaga gatcttcttg acgttgcgca tgagtatgat     2580

acagaaatcg gtatccatgt caatgcacag gaagcttatc cggaagcgag atctttcaac     2640

gatgatatga tcatgggacc gcagcagggc ggatggggat ggcttgacca gtcccgcgtg     2700

atcaataaga tctgggattt aggaacacag gcaagatata agagatttgc acagttattt     2760

gacagaatta acaatacgaa ccttttaagt ctcgactggg ataaaggcga atatgtaaaa     2820

gattcacagg gaacacttgc atcggcggat gagattgcgg cagcagtgaa aaaagcaggc     2880

gccgacaata tggacttcat ctatcttgac gtatggtatc agaatgcgtg ggagacaaga     2940

agaatcgcag aagagattaa ctctctcgga tggagattct ccacagagtt cccgtacgaa     3000

ggcgagtatg attccacgtg gtcacactgg gcaacagaag gaccatacgg cggatcagct     3060

acaaaaggtt tgaacagtga catcatccgt ttcctcagaa acgacatgag agacgtacag     3120

gttcttaact gggtaggaca tggcggagcg gctgacaacc cgcttctcgg cggatataaa     3180

ctggaaggat ttgaaggatg gggcggagat caggatttca ataattatct gtacctgaca     3240

tttgccgaaa accttccgac aaaattcctt cagcactatc aggtaatcga ttgggagaac     3300

tacgcagaag gcgagtcacc ggtcggaaac caggaaaaac agatcacact gaaaaatggt     3360

gatgataaag tagttgtaac aagaaatgaa gcacaaagat ctgatgagat catcgaacgc     3420

gagatcacat tgaatgataa aacagtttta agtgcgacaa acgatcattt ctattatctg     3480

cttccgtgga cagatagcga cacgaaagag acgaaactgt atcactacaa tctggaaggc     3540

ggaacatcta catggaatgt gccggacgga tttacaggaa atcttacaat gtatgagctg     3600

tcagatcagg gacgtggaga agcgatcgcg gttccggttt caaacggaca gatcacgctt     3660

gaagcaaaag caaaaacagc ttacgtaatc gtgactgacg gaaaagaaat gccgacagcc     3720

gatacagtta acttcggtga gacgacatca gtgaaagatc cgggattcaa ctcttatgca     3780

gacggcgaca aagtggatgc agacgtttgg agcggagcag acaacgatgc cgtaaaagtt     3840

acaaaagcat ggacaggcga tcagcgtctg acaatcgaaa gcccggcaga agacgttgca     3900

gtcagcacaa aactgacagg gctcaaagca ggcaaagatt atgttgcaga agtttatgtt     3960

gataacagaa gcgacagtaa agcgacggta gaagtaaatg caggaacgat caaagagtct     4020

gcatatacga cgaaatcaat cgctcagaac tatgtggcaa gtgatcagaa acatgcaggc     4080

ggcaatgaag cttcctatat gcagagagtt tacgttccgt ttacagcgga aaaagaaact     4140

gcaacattga cgatcagccg tgcggcaggt gatggagcaa catactttga cgatatcaga     4200

attatcgaca agaagattga aaactataaa gaagacggtt ctttcgagca ggattttgaa     4260

tccgtaacat caggatatta tccgtttgtt ttaggaccgg cacaaagagg cggcgacgga     4320

cagcttcatc tgtctcagga taacggaaaa tatacatctg tcggctgggg cggttatgtg     4380

atcaatgatg taattgaggg cgaatggtcg ctgaaacagc actgcgacag tggaagcggt     4440

tcgggaagaa caggtctttt gtatcatacg attccgcaga acttccgatt tgaagcagga     4500

aagacatata aagtagaatt cgattatgag gcaggatcat ctgcatatgc ggttgtgctt     4560

ggagatggag agagttttaa caacgcaaca gataatgatt accttgcggc aacggcagga     4620

acaggtaaag caagtcatca tgagtttacg gttaccggaa gcgagagcgg acagacatgg     4680

ttcggtattt atgcaaacgg tgcaaaacag ccgggaggag cttacggaca gcaagacctc     4740

attcttgata acctgaagat cactccggtg aaatcaggcg aagttgatac aacaaaattg     4800

gaagcagaat taaacaatgc agacaaagtt gtattagacg catttgaaga tggaaaagaa     4860

aaagctgcat ttgaagctgc atacgcggct gcgcagaaag ttcttgaaaa tccgacagat     4920

caggcagcag tagataaagc agagaaagac ttagaggatg caagaaaagc gcttcttgca     4980

acttcgccga agccggaaga agataaagaa gctccgacaa aaccgtctga tctgaaagaa     5040

acagagacaa ccacgacaac tgtgaaagtt gagtggaaag catctacaga taacgtagaa     5100

gtaacaggat ataacgtata tgcagacgga aaacttgctg aaacagtaaa aggtgatgtt     5160

cttacagcag agctgaaaga tctgaaagcg ggtacagagt atacgatcga agtagaagca     5220

tttgatgcag caggaaataa atcagagaaa gcatctgtga aagcgacgac gaaagaagag     5280

cagaaaccag atccgaagcc ggaagaagat aaagaagctc cgacaaaacc atctgatctg     5340

aaagtaacag ataaaactga tacaacagtg aagattgaat ggaaagcatc taaagacaac     5400

gtaggagtga caggatacga aatctttgta aacggcaagt caatcggaac agtaaaagac     5460

gatgttctta cagcagagat cgcaaaactt actccgaaga cagagtacac gatcgaagtt     5520

gtagcatatg atgcagcagg aaataaatca gcggcagcat ctgtgaaagc gacgacgaaa     5580

gaaggaaaga caccggaaac accgacaacg ccggaagtga aaccgggaac tgttcagaca     5640

ggagacgcaa caccatttgc agtaccattt atgatgatgt tcatagcagt ggcaatgttt     5700

gcgggcgttt ctgtaatcag agtaaaaaaa agaaaataa                            5739


<210>  3305
<211>  12324
<212>  DNA
<213>  Ruminococcus

<400>  3305
atgaggaaaa agaaaaatag taaactgcgt tcagcgctgg cgatttttct tgccggggct       60

atggtgctcg gaatgatacc cggtggtatg ggacaagtct atgcctcaga ttcgactccg      120

actccggcgg tagcgtttga tgaaacctct gtgtcagatc cgtctactgt ggatacttgg      180

aatcaggttg taaaagattc gacagaaaac atcggacgta tctggacaga taaaacagta      240

ctcacagagg atattcagct tgagggcgga agcagaccaa gtgtcaaaaa aggcgattct      300

gatttcttag ttggattatc ggcattgtca tctacatcga atacagtaaa gacggttagc      360

agaccgttgg atatcgtact ggtagtagac acgtcaggtt ctatggaaaa ttcaccgcat      420

atgggaacta ggcctgagag tgagcgatat cgatatgaag agatatatgc aggaaatctt      480

agtgaaacag aagatcaaga atattacaca aaggatggag gcaaaattac ttctgaaggt      540

caaaaaattc tgttttggtg ggaatttacg cactgggaat taaatggaca aacggtcgag      600

ccgaagatat ccgcagaaga ttccaatcca aatcacatcc aattttacga gagaagagat      660

ttgggaacaa atattacgaa gctgcaagct ctgcaaaatg cagtaaataa ctttgtggaa      720

caaacagcta aaatgaatga ttccattgat gatataaaat tacagcatcg agtttccctt      780

gtaaaatttg caagtgatga aagtgacaac attggaaatg attttataaa taacaattat      840

aatcgttcac aaattgtaac ggaattaaag tcttacacaa cgaaaaatat ttcggacttg      900

acctcaacag tgaatagtct gattgcagca ggagcaactc gcgcagattt tggattgaat      960

caggcgcaga gagcatttca gcttggagga accagagaag gggcgcagaa agttgtcgtt     1020

ttcttcacag atggtcagcc gacgtcgaat agtgactgga gtaacagtgt tgcagctgcc     1080

gccattacga acgcaaaaga gttgaaggat gcgaatgctt tgatctacag tatcggcgtg     1140

ttccgggatg cgaatccgaa cgatacaaat acaagcgctg gtaactttaa cggatatatg     1200

catgcggttt ctagcaacta tccggatgcg actgctacaa gcagtacacg acctaatcgc     1260

tattcttgta cattaggaaa acgcacagat aattctgatt attataaagc ggcaacggat     1320

gcagatgaat tgaataatat atttaatgag atttcatcgg atttggaaac aggatttggt     1380

tttccgacac agacagaagg gtatgatccg ggtaaggtag gatatattac atttaccgat     1440

cagctcggcg aatatatgca ggtggatgaa tttaagagtt tggtctttgc agatcagata     1500

ttcgatccgg taggagaacc ggttactgaa aacggtgtta ctacatataa atatgaagga     1560

agtgcaacag gagatacaga actttatccg aacggtaatg taaaagatat tatcgttcag     1620

gtgaagaaag gggcagacct gaaaaccggt gatacagtta cagtacagat tccggcaggt     1680

ttgatcccgc ttcgtcactt tacgttagat acagacagtg acggaaataa aacgatggat     1740

atacaggagg catatccgct ccgtatcttc tatggtgtca gcatcaagcc ggaggtccgg     1800

gaaagaattg ccgacggact aaacccgaat gatgcagatg acgaggcgct tcagcaatat     1860

ctgaacgctc ataatgagaa tggagttccg tatttctatt caaactatta taacggacaa     1920

tacatagatc cgaatggaaa gacattgggc aatacgactg cttctttcca accggcaaag     1980

aaaaatacat tttattattt tacagaagat actccgattt atacagataa agattgtaca     2040

atggcagtaa agaacgagcc gagtgcggat cagacgtatt attataagag accgtatgtg     2100

cagttaaacg gaggtcaggt tgaagaaatc gacggcaagg tagcctttac gggatcaaac     2160

ttccagcagg caagtgcgaa cttcggtata aatgacaagg gagaatactt tatcaagtcc     2220

ggttctgcac gattgacaag aatcgatgcg ttgatagatg ataaaacaga gaacataaca     2280

aatacggcgg atgtagtgat cgatccgatt tgggataata tcaataatcc cgattactta     2340

aatgtttatc tgggaaataa cggaaggctt gcgcttgagc ttccgggcgc tcttgcaatc     2400

agcaaagatg cccgcgtggc agcgaataaa aatctgaatg cggatgaaat attaaaagat     2460

aaaaagttca catttgagat cagtattccg tctatgaagg gaaaaacagt caaagcggaa     2520

gtacgaaatg cgcaaaatga aattcaggga aaagcatttg aactggaatt tgataagacc     2580

ggagctgtca agtatcagat taaagatgac gaaacgctgt atattcatgg attggataaa     2640

gatgcgcaat ataccgtaac cgaaaaagaa ctgccgaaag gatttgaact gacggcagtt     2700

gataaaaagg cggacgcaaa agaggcggct ggaacgatcg tttcaggaaa atctgtaaaa     2760

catgtgtttg aaaatacata tgacgtagat gaaatcacgc ttgccgaaac tgatttcgca     2820

agttatgaga aacagtttga ccggtgggat attgcagata agttccgaat cgaattgatt     2880

ccgacaacag aaggagctcc gcttccgaat ggagctgctg atggtaaaaa aggcgttgag     2940

gtaacagaaa aaaattcatc aggaaacttc ggagagatca cattttctca tcccggagta     3000

tatgaatatg aaattcagga gaaacagccg gcaagtgcaa taccgggagt tatatattct     3060

ctggcatcct atacatatcg ggtaacggtg accgataatg gagacggaac attatccgct     3120

gtggcagaaa tggaaaaaac ggctaatgac gacggggcgt cagtaggaaa tacgccgatt     3180

ccggttgaga ataaaacagc ggtatttgta aatgatttcc atgcagattc cgcaacgaca     3240

tctatacttg caaaaaaagt gtatgcagat gaaagcggag cgaatccgtt gaaaaacgga     3300

atgtttgaat ttaaactcaa agcgaccgga gacaacgcag agcaggcgcc aatgccgacc     3360

ggagagaagg atgaaaatgg ttatatccat gtagtcaacg tcggaacagg aattacattc     3420

ggtaacatgg tgtttacaga ggagaatgtc agtgatacac cgtggacgta tgaaattgca     3480

gaagtgattc cggaaactgc ggttaataat ggagacggaa cttatacttt aaacggtaca     3540

acttataagg cacaaacata ttccgtatct attatggcaa aggcacaagg ttcaggcgag     3600

gatgcgtata ttgtcataga aaagacatac agcaaagcag aaggagcagt tgctgaagat     3660

caggttgtat tcaacaacag ttatgaaccg aagcctatag tacttccggg tgagggagaa     3720

tcagcggtac agggaagaaa aactttagtc ggacgcgatt ctcttgtgga tgaagagttc     3780

tcctttacat tgagtgctgc aaataccgca gcaagaaccg gtcttaaaga aaatttcatt     3840

atcttcaatg gagatacggc tcaggatacg atgcaaaaaa cggtgaacgg actgacgaat     3900

aatcaggctg caacatttga ttttgacagt atcgagttca aacgtccggg aacatatgta     3960

tttggtgtag tagaaaatgc cccggaaaac ggaaacggaa tggtatatga ccgacataca     4020

gcaagagtac gggttattgt gacagatgag aacggagaat taaaggcaga aacagcttac     4080

tataacggtg aaggcgcaga tactgatgcg gctgcatttg tcaatctgta tacagcgtct     4140

gcaacttacg gaacaggcgc ggaactgatt gtagaaaaga cgttatccgg ccgtgctctg     4200

aaagcgggcg aatttacatt taaaatcgag gcggcagaca gtgatactgt aaatgctgag     4260

acagcggatg ctaaattgtc agattctgac agagaattta caaacacatc aggagcggca     4320

gacggtgttg catctcggat ctttgacaaa ttgtcagggg tgacctttac acaggatgat     4380

gcaggaaaga cgttcagcta cgttctttca gaggcagcag gaaatttacc gggagttaca     4440

tactcaaagg acacatatcg ctttgatatt acggtagtag ataacggcga cggaacgatg     4500

catacagaaa cgaaagttac aatgcaggga gatggtgtga cagcagaagc tcatcatgat     4560

agttcagacg gaagagatac gatagtagca ggttttacga acggatatca tgcagacagc     4620

gtggaagtag acttcacaga agcggcagca ttgttccaca aacgactggt tggacgcgac     4680

tggaaagaag atgattcgtt tacattcaat cttacggcag aagatggaac tccaatgccg     4740

aaagatacgg aaggcaatga tgtaacaagc gttactgtat cacagaaagg cggaacggaa     4800

gatggtacgg atgtaccgtt tggattcgga aaggtcacat atgatacagt cggaaagtat     4860

tcctacactg ttacagaaga gaatgcagga caaaccatta acggagtgac ttatagtaag     4920

aatgaggcaa aaataatagt tgatgtttct gatccgggaa atgggcagtt gaccgcaaat     4980

atacagtcct atagtacgat atttattaat gaatacggcg cttctctgaa cctcggagcg     5040

gcaggcggac ttgcaattac aaaaacagtg acaggtcatg cattagcgaa agagcagttt     5100

gaatttaagg taaaagcggt taagacagac actgctacag cagatgaagc ggcagaactc     5160

tttggattta aagagggaga gacagaggtt acatttaaga acaacgaagc ggcggcagat     5220

ggacaaactg taaccatgtt aaaaacagat acgaacttta cgttgaagaa tctgggtaaa     5280

gtatacaaat atgaagtatc ggaaatgaat gataagaaac cgggatatac atacgatgat     5340

actgtttata cagtagaatt atgggtaaca gatgatggag acggaacatt aacgcttcat     5400

acaaaggtga cagatgaaaa aggcagtgtc ataagcgaag agacaagcaa tgaaacagat     5460

caaaagcaga ctgttctcgc attcaacaac agctatgccg gaagcggtgt tcttgacgga     5520

tcagcaaatc ttgcaggaac aaagaagatg gatggtccat gggaagcaac cgacaaagat     5580

ttatctggct tccggttcac tatcacgggc ggtgacgaag caacgaatgc ggcaattaca     5640

gcaggcacag ttgtattacc gcagagtgta acggcaactt ctgatgcaga cggcaacttc     5700

aactttggag atattacctt taatgagaag ggaacttaca aattcacagt cagtgaagtt     5760

gtaccggcag agggagacaa gattccggga gttgcctata atgcagagac ggttacgatt     5820

atcgttaatg ttacggataa tgatgacgga acattaacag cggcgctggc agaaggatca     5880

caggaattaa tatttacgaa tacttatgca acaacgcagg atgcaacatt tacgccatcc     5940

gtagtgaagg aggtaaaggg gcttaatgcg aaagagatct ttacattcaa gctgagcgca     6000

gccgatgaag taacgaaggc ggcgattgac agtggaacac tgaccggaat tggaacgacg     6060

gcagatctat acagctcaga gaaaacgaca actaaactga ttccaaagga tggaacagag     6120

caagtagact ttaatgcgct gacatttaag aaagccggaa cttataagtt taccgttcaa     6180

gagaccaatg caaatgcacc gacaggatgg acgtatgatt ctcatacata tgagattatt     6240

attaaagtaa cagaccagga ttctgtattg aaggcaacac aagagatcaa tgctgacggg     6300

gtgaccaatt cacaaatctt catcaataaa tttgaagcat cgacaactta cggtgatgaa     6360

ggcggactga atgttacaaa gacattgaat ggacgtacac ttgcagcaga tatgtttgat     6420

ttcacaatta ccggtgaagc aactgacagt gtaactgcag aagaagcaga agcaaaactt     6480

gcagagactg ataagagctt taagaatact gcaccaggca aagacgatgt cgcggtgatg     6540

agtaagctta gtgacgtgaa gtttgatgaa acagacattg gtaagacata tcaatactcc     6600

gttcgcgagg cagcaggcac cgatacaaag tatacgtatg atcaagtatc agcgaccgtt     6660

gcaattacgg tacaggagaa agacggagag ctgtatacgg taacaaccgt aaccaaggga     6720

gacgatagta aggaacatag ttcggcagaa agtaaagcta cagcagtagc gccgttcgta     6780

aacagctata caccggatat cgtaaccatt gagccgggag catttgccgg aaaggtaacg     6840

aaagttctga aaggaaaccg tgacacaggt ttagcggcag gtgaattcaa tttccaaatg     6900

aagattacac cggcagatga tacaagcagc atggacaatg ttgtacttcc ggagggagca     6960

gttggagata caatcacatc ggcaaacgcg gcagacggtt ctgtaagctt cggaaatatt     7020

cagttcaaag cggcaggaaa ctatcatgta gagattacgg aagtagttcc ggaatatgct     7080

gatccgaata tgacgtatga caagcatacc tttagctatg acattgcagt gacttataat     7140

gcggcggagg gaacgttgtc agcgaaagtc gcggatggaa gtcaagcagg aagcgcgaca     7200

tttactaata tttacgaggc ggaagacacg aaggatgtta ttaacacaga agagccggcc     7260

acgtccgtaa atggcaagat tgtcggtgtc ggcgatcagt tgacttatac tatcgactgg     7320

gtaaataatg cagtagatga aacaggcgct cctgcgaaag cggaggtgaa gatcacagat     7380

attgtaccga aaggtacgga atatgtaagc gcagatacga atggagttta tgaagagact     7440

tcaaagacaa tcacctggac gcttggcgag caggaagcag gagctttcgg aacggtaagc     7500

tttgtagtaa aagtgcttga cagcgcaggc ggaacagcgg tagaaaatac ggcagagatt     7560

accattggag acaacgatcc aaatcagacc aatacagtta ccacgaacgt tccgggcaaa     7620

gattctgtag tagaaggcga cggagaatta caggtcggca aggttttgac ctataccatt     7680

tcctataaga acccggaaat tgaagcggcg acggttatca ttacagacag cattccggaa     7740

ggtcttgatt atgtagacga cagcgcgggc gaatatgcat cgtataacgc agagacacgt     7800

atgctgacat ggaagattgc agatgttcag ccaggagcag acggaacggt tacatttgat     7860

gctagagtaa atgaaagcgc cgagacagta gttgagaaca aagcgacgat ccagatcggc     7920

gaaaatggac ctgaatatga gacggatacc gatcggaaag agattccgaa agatggaaat     7980

ctttccatca gtaaaaccat cgtactgaca gaaggtcagg gcacagggat cgacaaagag     8040

aaagagttta catttatagt agcgcttaag gatgccaaag gtacggcatt gacgaaagaa     8100

tatgcttacg ccgtaacagg cgaaagcgga gaggaaatca agaaaggtaa tgctgcagac     8160

ggtaccgaga tttccttcca gcatggacag aaggcagtga ttaccggact tccggctggc     8220

gcgcagtata cggtaactga aaaagaagtt gacggataca ccacaactgt aaacggaaac     8280

gccggcaatg cggcaagcgg tacgattact tcaaatacaa ctgcagaagc aaactttacg     8340

aatacgtaca gcgtggcagg aagtcttagc ggaagcgaag cgcttaaagt gacgaaggaa     8400

ctgacaggaa gaaaatggct tgatacagat acgtttagct atacgttgac ggcagcggat     8460

gaagcgacag tggaagccat tgagaatgga tttatcacgc ttccggaaaa tgcaggcgga     8520

cttgagatta caaaagcatc tgcaggacat caggcggcat ttggagatat ccaatttacg     8580

atcgccggaa cgttcaagtt caatgttacg gagcagccaa gcggtatcgc cggtattacg     8640

gacgatcagg aagcggaaag aactgtggtt gtgaaagtga cagacaagaa aaacggaacg     8700

ctcgaagcag ccgttgtcga aggcgagagt gagaatctga cctttatcaa tacatatggc     8760

gcaggcacag gagacgagga tatcgcggcg aagatcgagg cgtcgaagaa actgaccgga     8820

cgtgatatga aggcgaatga gttccgattt gaaattgtga caagagcggc agaaaatccg     8880

gaaggattca aggaaacttt cgcagcggca ggaacgaata cagaagctgc ggaaggagcg     8940

gaaggagcag taaaatttgc aggaaatgac ggcgctctga catatacgac ggagtcgctt     9000

gatcaggcag taaaagacgg atatgccgta aaatctgaaa atgatgacgg ttcggatgta     9060

tggacggtca gctataccgc aagagagata acagacaaac ttccgggcgg agtaaccgca     9120

gtagaaggaa agacgtcttt cgactttacg gtcgtagtga cagatcgtac agatggaaca     9180

ttaactgcac aagtacagct tccggaaggc ggtattgtat ttgaaaatgc ttatactgcc     9240

gaagacacag aggtcaatac agatcctgcg gacgcaaaat catactttaa taaagtgctg     9300

acagggcgca gttggttagg aacagacgag tttacattta ccattacgcc gcaggatggc     9360

gcgccggcgg cggaagacgc ggcggcagac ggtacgaaaa cagtaacagt aacgtctgac     9420

agtgcaaaag caggagaagc tgttctgttt ggtttcggaa agatccggtt tacagatgag     9480

gatatgaacg gagctgccgc aggacaggat ggaacaagga cgaaagaatt ccgttacaca     9540

gtgaaagaaa atccgcttcc ggatggaaag atgacgggag tgacgatcga cggacatgag     9600

gcgacattga agatcacagt atcggataac ctggaaggta aattggaagt aacaaacatc     9660

gcctccgaaa acggaacatt tacaaatgag tacaaatccc agcttgatta tgcggcggca     9720

ggaggactgc agatcacgaa ggcgctgaac ggaagagata tggaaaaaga tcagttcacc     9780

tttacagtga cgccgaaagc gacggaagga agcacgactg cggaagaagc ggcggaaaaa     9840

ttcggacttg cgaatgcggc aaatacatat aagaatgaag ccgcagaagc aggcgcagtg     9900

acgacgatca acgtactcga cggaaagaac gttacattta cgcaggcaga cgcaggcaag     9960

acgtttacct atgaagcggc ggagacggcg ggaacaaata cagcttatac gtatgataca    10020

gatgtaagaa ccgtaacagt caaagtaaaa gataataaca attcgacgct gacggtaacg    10080

acacgggtta cgaaagtaaa agacggtcag gaagtgatcg tggacgagca ggaagtaaca    10140

acaggagaag tcggtcagaa aaaagcgact atatcgtttg taaatacata caacgacgaa    10200

ccggtcgagc ttggcggaga aggaagcgtg aagatcaacg cgacaaagac gctggcaaac    10260

agaccgctga cagacggaga atttacgttt agaatatttg ataaaaaagg aaatccggtt    10320

gtcggcaaag acgccgaggc gacaggtacg aacgcggcgg acggaagcat tacgtttgct    10380

ccggtaagct acgatacaga cagactaatg gcagatgtga aagcaggaat cgcatccgta    10440

gacaaaaagt ctcaggctcc ggcatatgtc tacacatatg actatacggt gacggaagac    10500

aacccgtccg gcggagtgac aggtattgcg acgacatttg cgatccaggt gatcgttaca    10560

gaccgcggcg acggaacgct ggcgatcgaa gtgaaatatc ctgacggaaa agattcgctt    10620

ccgtttgaga atgtatacgg caagtctgca aatgcagaga tcgcgctgaa cggaaagaaa    10680

gtatatgaga aagaatccgt caacgcgccg gatatagcag gaaagtatac atttacgatc    10740

acaggaacag atgaacttgg aaatcctgcg ccgatgcctg taaaagacgg caaagtcgtg    10800

acagagacga cgaacgatgc ggcaggaaat atcgatttcg gaaaacttgt ctatacgatg    10860

gaaaatgtat ttggttcagc ggaaagtcag gatgagcaga caaatgcaaa tcaggatgtg    10920

gaagcaggag aagacccggc ggatacaaat cagaatgcgg aagcaggaca agacccggcg    10980

gcagccgata cagcggaaga taagacggcg gcagaagatg cggcagacgc ggcagaaaac    11040

gcggcgtcag aagaaacggc gggagacgga acagaaggaa cgaaagcgcc ggaaacagat    11100

gaaacagaca ttgaagcaaa cggcggatcg aacgccggat caagcggaga agatcaggac    11160

aaagaagcgg caggagcggc ttcggcggac ggcggaaacg tcgttgatca agccggaaca    11220

atgaacgcgc aagaagcagg tcaggcgaac agattcagcg agcctcggac aaaagtttat    11280

acttatagag tgacagagtc cggcagcatg gcgggcgtga cgaacgattt ggcggctgcg    11340

gaaggaaaga cgtttacagt aaccgtgaca gacaacggcg acggaacgat cagcgccgtt    11400

tcctcatggc agaatgattt cgcatttgag tttacaaaca cataccgtgt aaatccgaca    11460

gattacagtg tgaatgaaca tatcagcatc aaaaaagagc tgactggacg tgatctgcac    11520

gagggagaat ttacatttga actcatcgat gagtccggaa atgttgtggc ttcggcagtg    11580

aatgaggcgg acggaacggt tcgtttcgga gctctgcatt acacagaagc aggcacatac    11640

aattatgtga tccgcgaggt ggaaggtaca gccggaggcg tacaatacga ttcggcagag    11700

catacggtga ctgtcattgt gacagataac ggcgacggta cattgagcgc gaaagcagag    11760

acgaagagcg gagaagatat gaacggcatc gtattccgaa atatctacga agctcgtccg    11820

gcgtcggtaa cgctcggagc ttccaagact tataagggag cggagctgaa agacaaacag    11880

tttacgttcg tgctcaaaga caaggatgga aacgttgtgt ttgaagcgaa gaacggcgca    11940

gacggacagg ttatgtttga gacgctgatc tatgaccggg cgggcgtata tgaatacaca    12000

atttctgaga aaaatgatgg gcagaaaaat gtaacatacg acgaaaccgt atacaatgta    12060

acgattacgg ttacagacaa cggaaaaggc aatttgatcg cagaggcggt atacggagac    12120

ggcaggacgc cgcaattcgt taatacatat gtgaaacccc aaaatccggt gaaaccggaa    12180

cagccgaccc cgactgtaaa accacagaat ccgggagcgg tgcagaccgg agatcataat    12240

tcgtttgcgg gaacgctggg aatggcggcg cttgctttag cggtggcagc aggtgttatg    12300

atcagaagaa agaaaaaatc ataa                                           12324


<210>  3306
<211>  3309
<212>  DNA
<213>  Ruminococcus

<400>  3306
gtgacagatt tgaagaataa gatcaaacga tttgccaaag gcgactttca tattccgcag       60

ccggaaatta tatttccgga aacacatatt gtaatgagag tcggagaagg ggaaaaatac      120

agaggaagtt tttcattgaa aaatcagggg gaaggaacga tcagaggtct tgtctatccc      180

tcttcttatc gtgtgcagtg tgacgaacaa ggtttcgacg ggaatcctgt caatatatat      240

tatacatatg acggcagcgg gttgatgccg gggcatgtcg aacatgggaa gtttacgatc      300

gtttgcaacg gcggcgagta tgatgtcgca tttaccgcga ttatcgagaa accgtatgtt      360

atgacgagct atgggaagat acaaagtctt gacgatttta agaagctgtc ttttcgggat      420

gcggctgagg cagtaaagct gtttcgctcc agagattttt acgaaatact gaaatacgaa      480

gataagcgga tccaggcgct ttatgaaaat atgcggaaat gggaactgga tcagcaggct      540

ttggaagaat ttctcgtagg atgtaagcaa aaagagaaga tattcctgac acttgaggag      600

gaaagccggg cgtttatgtc gctttcagag gcgcggaaag agacgtttac tatcagaaaa      660

aatacgtggg gatatttaga aatcgacgta catacagaag gggaattcct ctctgttgaa      720

catacccgtg taacgacgga agagtttatc ggaaattcat accggctgga atattttctg      780

aatgtggaag cacttcatcc gggaagtaat ttcggcagga tcatattaga atctccgtac      840

gagactctta cctatgaggt tgtcgtagaa aaagatataa gcagagatga ggattatcgt      900

gcaaacgaca gagagtttgc gggaattgtt aaaaactatt taaaatatga aagtggaaaa      960

ctggaactga acgaatgggt cgaggaagca atccgtcgga tcagccatct gagggaagtt     1020

gatgacagaa atgaattcta tcttcttgcg catgcacata tctgtctgat cggaaaacgt     1080

ttggaagagg cgaaatggct tctcgaatca tataattata atcgctttgc catcggtaag     1140

gatgtggaac ttagttcata ttatttgtat ttgacaacgc ttttgtcaaa tgacacgatc     1200

gggcagcgaa aggttgcgga agagctttcc aagtcattta tgaagcatcc ggatagttgg     1260

aagattttgt gtatgcttgt ggaagtggat tcggagtata aaatatacag tgaacgtctt     1320

cgggctttgg aaaaacagtt ttatgatgaa aagtcgcata gcgtctggtt ctatttacag     1380

gcgtttaaat gttacaggga aaagagttct tctctgaaaa agctcggaat gtttgaagtt     1440

cgggttcttc tgtttgcagt caaacataaa ctgatgacaa gagaactggc gctttacact     1500

gcaaatcttg caagtcagat gaaagttttt gacaaacagt tatatgcggt tcttgtcggt     1560

tcttataaga tgtataagga atcgatgata ctgacggcga tctgtactct tctgatcaaa     1620

ggaaactgtg tggaaagctg ttattttcag tggtatgaaa aagcggtgga agcagagctt     1680

aagattgctc agctttatga atattatatg gcttcggttg ttccggcgga ttttcacaaa     1740

gcgcttccga gatcggtata tttgtatttt atgcacggaa attcattgga ttaccataaa     1800

tgcgcatttt tatattcaaa cttgatcaca tatgaagatg aaagcagcga gatttacgct     1860

cattacagag acgagatgga agcgtttgca tggaatcagc ttgaccggag aaatgttgac     1920

gaacagcttc gtatcattta taaacggttt gtagtagagg catctatgaa tcctgaaagg     1980

gtaaaagcgc tttatgatgt atgtcatgca taccggatta cgacgaaagt gccgaatatg     2040

aaatttattc atgttattgc agatgacggc acgattactc agaaatcacc gtatacggaa     2100

aacggagcgc gtgtattctt gtatgcgaaa accgatcggc ttgtgtggga gtcaaaagac     2160

ggaaggcatt atacagattc tatcccatat gagagtcaga gactttttta tgagcttcgc     2220

tatatggata tgtgcaggaa atatattaac ggcctgagaa gaacgcggga ggaagaagaa     2280

gttcaggaac tgacgacaga gatcgtcaga gaaaacggag ttgaaaatta cgaagaagat     2340

gaacttttgg gactttgcag caaaacgatc agagagaata attatgagaa tgatgatttt     2400

cttacatatg tctgctttga attgtttaaa aaaggtcaat atgacaaggt gatcctgacg     2460

tatttggcaa gctattactg cggcgcgaca tctgatatga agatgctttg gagagaggcg     2520

cgggattatg aagtacatac gcataagctg gcagagagga tcctgacaca gatgctcttt     2580

tcggaagaat tatttcagga agcgcaggtg tttgagcagt attatgcgga aggtgcatat     2640

ttcaggcttc agcaggcgta tcttgtgtat atgtcgagag aatatgtggt ggaagaaaga     2700

aaaatcagca ggagtgtgat cgatatcatc tgccgtgaat atgaaaaggg cgaggatacg     2760

atcgatatat gcaaagtagc ggtattaaaa tactattcga cgagagagta cagtccgcag     2820

acaagaaaga cgttaaagaa attccttcag gaattgtgtg gaaagcagat ttattttccg     2880

ttctttcttt catatgaaaa agactggctg attgaactgc agctttggga taaaacactg     2940

atcgagtata aaggtcagaa gggaagcagg gtaatgcttt attacagcct gcaaaaagga     3000

ggagaagaat cgtccgatta ttcgacggaa gtgcttactc cgatgtatga aaatatttat     3060

gtgaaaaagt ttgttctttt tgcaaatgaa aagttaaaat attattttaa agagacgatc     3120

gacggaaact cttacagaag tgataaggaa ctttgtgtgc gggaaactgt tcagggagaa     3180

ccggggcgct atggaagact gaatgatatc ctgatcgaga aaaacgaaag tgagcgcaag     3240

aaaaaaattc aggcatatgc aagagaagat gcggctgcag cgcagatttt tacaaaagaa     3300

caggcgtaa                                                             3309


<210>  3307
<211>  3486
<212>  DNA
<213>  Ruminococcus

<400>  3307
atgagagtaa aacggagaaa aacaatggcg cttttagcag ctgtttcgat cgtatgcgct       60

caaagtacag taagtgatgt ctttgcagcg ggagcagagg aggtggcagc acaggaaaac      120

aatgcagttt caatcgaata ccttacttta caaccaggtg aaagagacga ttcggtaaac      180

ctgaactggt atgccccgga aggtactcaa aatgcgattg tccgtatggg ggataagaca      240

gtagaagcat ctgtaagagc tcttcatact cctacaaaag tagttgaagg aaaatataca      300

gataccggga aaatagtatg tcaggctact gtatcaggac tttcaaaagg cacagaatat      360

agttatcaga tttcatatga taatggaaat acttggtcaa agaagtattc ttatgaaaca      420

ccaaatgcag gtgaatttcg atttggtttt acaagcgatc cccagattaa agaaaacgga      480

gaaacaaata acgggggatg gaatccttct gacggaaaaa atcagaccgg atgggcagtt      540

atgctggaca agatgaaaga ggaagatgtg aacctcattg tttccgcggg agaccaggtg      600

gaggatcaaa gctggggaaa atccagtgag tatgcggcat tttttgctcc ggaagaaatg      660

acatctcttc tgtatgcccc ggcagtagga aatcatgatc gtcattacat gtttgatgat      720

cattttaatc ttccgaatga aatgagtgta gatggaaacg cagcgtctct taatcaggta      780

aagacaacat tccgcggaca gaacagtgga acgagtcaaa gccatggcaa ctatattcag      840

gcaactgcgg atgaaatcgc acaatctgca gagtcaaatg gtgttacacc gaataaagac      900

gggcaatatg attttgtgga acgaagagaa atggagacaa aaggaaacta ttactattta      960

tataataacg ttctcttcgt aacattaaac acaggagctt atccgggcgg aaacgataat     1020

gaaaatgcgg gaaatgtaaa tgttccaagc gcttcaaagg acaattccga agcggaagcc     1080

atcgtttcta acttcagaac aactttaaat gcggcgacgg cagaatattc aggtcagtat     1140

caatggttag ttgttacaca tcataaatct acgcagacag tggcaaagca tgctgccgat     1200

tcggatattg agaactatgt agatgcagga tttgagcagg tgatggatga atttgacgtt     1260

gactttgtat taggcggtca cgatcatgtg tattctcgaa gctatgtgct gaaaaacggt     1320

cagagaaatg cagaaagact ggatgatttc catgatcctg acggagtgat ttatctgacg     1380

ggtaattgct gttctgacat gcaatactat actccttttg agaaagtaga caagaccaat     1440

aatgcagatt atccggtgct ggcaaacgga caaaccggtt ctgaggcata tttggcggga     1500

aatcttccaa ttggaaatca ggaatggaac caggagtaca gtccaagtta cgctgtcttt     1560

gacgtggcgg ataataaaat ctctgtcaac gtatataacc tttcgggaga cagcaatgcc     1620

ccggaaagta aattaattga ttcattcagt gttaccaaaa atgcgaacgg cggagagctg     1680

aaaaacggat tagagaataa aaagtcttct attgccatga cacagactgc tcaatataat     1740

tccggcatgc aaaacccgga cggcggcgtt atggaaatta tagattacaa tacagttaca     1800

ggctgggcgt atgctgtgaa tggtgtaacc gggaacttaa cggcaattcc gatgaaaaat     1860

aaaaatgcag ttgataagat cgctttgtta gatggaaaga atataaatat caaagaaatc     1920

gttgagaaca attacaaagg tttctcctac ggtgatatga cttctgttgc cgtttctcca     1980

aatggagaaa agcttgcagt ggcaatccag tcatctgatt attcggttgc cggatgcctc     2040

gcagtattcc tttgcggcgc agatgggaca ttgtcatttg atcagattta tgaggcaggt     2100

gtacagccgg atatggtgac atttacaccc gatagtaaaa aaattctttc ggcagatgaa     2160

ggcgaaccaa gaaacggcta tgaagcggga agtattgacc ctaagggaac ggtcactgta     2220

attgatctga caaatcagaa tgtatcacat cttgacttta ccgtttttga cagtgaagcg     2280

aaaagagcgg agcttgtaca aaatggagtg attttgaaaa aaggaacggc tccgtctgtt     2340

gatttagaac cggagtatat tgcagcaaat gataaaacag cctatgttac acttcaggaa     2400

gcaaacgcca ttgccatcgt agatctgcaa acactttcta tagaaaatat ctgttccgca     2460

ggatatgaag attacgaaaa atatccgatc gatattgata aaaaagatgc ggcatacagg     2520

ccggtatctt atccgtcgct tcgcggaatc cgtatgccgg acggaatttc tctgtttgag     2580

tcgaacggca aaacttatat tgtaactgca aatgaggggg attccagaga gtggaacgaa     2640

tatcttaatg aagcagaatg taattttggg aaagggcaaa catcaccttc cgggaaaatt     2700

acggctgaaa acagtggact aaccggaaag gttgtattct tcgatcagaa cgattatgaa     2760

ggtttaaatt cagaatatga ttacctgttc ggaggacgtt ccttcactgt ttattgtgta     2820

gatggatccg gaatgaaaga agtgtatacg agcggaaacg agttagaagc aaaaacagcg     2880

gcatatttcc cgcagtactt taattgttcc aatgactccg cagaaataga tgaccgttca     2940

gggaaaaagg gcgtagaagc agaaagcgta acaatcggaa cggtaggaga gaaaacttat     3000

gcgtttatcg gtcttgagag gatcggaggc gttatggctt atgacattac aaaccctgac     3060

aagattcttt tcgcaaatta tattaactcc cgagatttta gtaaagatat agcaggcgac     3120

gtatctccgg aaggactgtg catgatttcc gcatctgaaa gcgcagacgg aaatgcttat     3180

ctgcttgcat cctgcgaagt gtcaggaaca gttgctgctt acaaactgat atcgcaaaat     3240

attgattctt cggatgacga taacacagat aataatcacg ataataatat cgatcacaac     3300

ggaagtggtc acggcggcgc cgatacggaa gatttaaaca atcaagaaag taagacaaat     3360

gcgctgaaaa cgggagatca tgccccggtt ataggaacgg gaataggaat ggttcttgca     3420

ttgtctgcaa tcattgtaat actgaaatat cgcagatcta aaaataccat tacaaataca     3480

aaataa                                                                3486


<210>  3308
<211>  6522
<212>  DNA
<213>  Ruminococcus

<400>  3308
atggggagaa aaaacagaat atttaagggg aatctgaaag catcgcaaat cttggcggtg       60

cttatgttga tcgttatgat catccggccg attatggaag tctcggcaaa accaggtgaa      120

attacaacag aaaacccttc cgcagaggtg gggaaggaag gagaaagtct gtccgacgga      180

atagatggga gcgccctata tccgttagaa gagaatgggc aaaacgggca gacgtctgaa      240

aacgatgctg tacggcaaaa cgggcagacg tctgatgaga cagacgcgaa gaacagtccg      300

aatgcatcgg atagaacggt ttctgaagga tcatcggaag aagagaacat gatatctgcg      360

cagcaggaaa gcttgtgcaa tgatgaatat tgttctcaca tctattatga tctggatggg      420

aggcaacatg cgctctgtgc tctcggggag cggatgacag agacggatgt ttacagaaca      480

gtggaagaca gcgcggtata tgaagcaatg tattttgcaa gtatcccgaa cttgtatgag      540

gcaagtgcgt tcggcggagc gacaacgttt gagaaactgc atgtaaatac agtctacgca      600

ttgttttata aagaagatcc gattgaaccg gggaatgcgg ggaaaaagga aataccgaag      660

acatatcgaa tgatcagcgt cgacgaagcg ggactgttcg gaacggtaat accggaaggc      720

tgttcttatg ttgcgtttga gatggaagta acgaataaaa acggagaagc gagagaaata      780

gactctcaga tcgtatacaa tctgcgtcag gccgcaaatc cgaacgaccc ttatcatgag      840

ataaaaaaag agccggtaat agacgccgcc ggagaggtaa agcaaagagg atcgggatct      900

tttgtattta cgcaaaagac aagagactgc ttttactggg acatgtccta tcacacgtcc      960

tactggggag gtcatccgtc atcaagtaat aacatcttgg atgaactggc gatctatgtt     1020

gataatgaca aagacggaaa ttatgatacg aaaacagata aagtgtggga tgagttatgg     1080

gtatcttacg cagataaaaa cggaaagatc gtatcaaaga aagttacaag agagacccgc     1140

tatgaattat gtacttatta tgcgtttgga aaaggatcag gtctgacaga actgtcgctt     1200

ctggcaattt caaacggaga gcttaatgaa aaaggcggtt tcaaacatcc ttccgataat     1260

aaagaagacg ataaagtata ttatcagtta tataatattg catcaggcga taactttttc     1320

attctgagga acttggatga cagtcatcgt atttggagaa gttatgaaac agacggcgac     1380

cggtatgtcg cgtttaaaga tcagatgtac ggaacgtcgg gagcgctcgt tgcaagtggt     1440

gtagaaggcg ggaaaacaga agcggcggat acggtggaat atcgtctttg cgaaaacccg     1500

gaagacgggc aggcagtgga aaccgaatgg aaaaagatgg atcaggcgct gccggaatct     1560

tcgggaacgg gtcaggcaag cgaagatatg gaaaatgaag ttttttataa aacatttttt     1620

acacatgaaa aactgtcgga taaagaaaag tatattcaat ttcgtatatg tgaaaacaga     1680

gcagacggca aagttgtaaa atataagacg gatataactg agattgacga tacttatgct     1740

tttccatgct ttttcgcaga cgtacttcag aagaaaagtt taagttatac gagtgagcag     1800

tcgaaaatca acggaacatg gagttcgatc tttaaggcga gcgatcacgg agatgaggga     1860

aagaacattc cgatagcgaa aaacaagtcg tatgatccaa aatactatta cgcaaatacg     1920

acgttttatg attattattc ggattatgaa cttcaaggaa aaagattgag cgaagtaaac     1980

ggatcgccgt acgaatatga aacgagtttc ggaatattga acgacggcat ctccaagtat     2040

ttccaaggga aaaatgaaaa agcggcggcg tggtattatg gaaaatatat caggcatccg     2100

gatgtaacag acggggataa tccgctaaat aattcttctc cgggcaatat gtcgggaaat     2160

cagatcggac cgaatgactg gcattcggga aatacgttaa agtatgctta cgggcatgtc     2220

gataaacaac tggaagatgg aaaaatctca actgcaggtg tgaaacttcc gcagtttgac     2280

gagagttttc ttcgcggaaa caatgcgttt cactcggcgc tgggatacgt gtataataac     2340

gtttcatttc cgtttttcct tgcagatgac ggctattggg agtacagtag tttgaagtcc     2400

gatcatgtgc tgcggttaaa agaagatccc gataaaggct attatttaga cgtaggagaa     2460

aaggaagacg cgctgaaaac aggtgacaga gatgtcgcaa tgggaaaaga tcaattcgga     2520

tttttcccgt ttaatgacaa aaacgacgca acgaaagaaa actcgtttta ccggttggat     2580

aggatgaaaa cgaatttctg cttcggtatg aagatggaac tggaatttaa gctgacggaa     2640

gacggaaaag tgcgtatgcc gggagaaaag gcaggagaat atattgagaa gccgattgaa     2700

tttgagtttt cgggagacga tgatttctta ttgtatatcg acggaaaact tgtacttgat     2760

atggcaggga aacataatcc tctggaaggt catattaact ttgagaccgg agcggtagat     2820

gtgtacggat taaataaaga cggcgcaaca gaggacggat atccgatcaa taaaaatcag     2880

catcatgcac aggcgaatat ttatgaaaaa aatgatgcga acggtccgtg tttagatatg     2940

gaagaacttt cgcaaggcat acataagatt acgatttttt atgcggagcg cggagcgggt     3000

gtttccaact taaagatccg ttttaatttc ccgaaaacga atcagcttga tctgacaaat     3060

caggtaagca ctgcttcggc aaatcaggac gtattcggaa aagcattagg atatatcgga     3120

agttttactt ataaaatatt gaatcaggcg acaagcggaa ggcagattcc cgtggaagat     3180

tcggtaggtt atctccgtaa cgaaggcgct gttaagttta acgattttaa aaacagcgga     3240

acatacagag ggtctaagac cggagaaagt gagctcaaag aagcagatcc ggacgcagag     3300

acagacggcc cgattatcgg tgagcgcagc gatgtgataa agcttgtgaa taaagacagc     3360

ggcaaaaatc tcgatcagta tcagatgtcg gaagaaattg cttcgggaaa atactggaca     3420

acgatcgact gtgcggagaa cggaggcagt gtggatctgt caaaagcggc atatcttcaa     3480

atgtcagttt ataataactc ggatgcttcc agcgctaccg ggtggtcgtt aaaagcgaga     3540

ctgacagacc ggcacggaaa tgtgatcacc agacctgcca gtcagatgac gtattacgga     3600

tacagtaatt cgatgccgaa aggccagtgg tcgatcgttc gtctgaatct ggcagactgg     3660

aattcgggaa tatcggattt tgatatgaaa aatgtcgcca aagtgcagtt cgcctttgcg     3720

cgtgacagag gaagtctgta tatggcggat atggatttta aaggaaagat cattccgaac     3780

caatcgaccg gattttatgc aagcgacgat cagatttcag attatgaatc gctgggaaca     3840

aaagagcggc ctcttagcta taatgaggcg gtcttaaatc cggtaagcgg agcgttcttc     3900

cggttgaatc cgatacagga aacagatgtt gtgaacaacg gaaatgacct catggtcaga     3960

tcgagaggac tgttagagct tacagatgga aacaaagcgt cttttgtcga taaattccgt     4020

gagggaagtt atttgcagat cacacaagac gatccgctga gaaacaaagt atttcggact     4080

tcatggtcga ttttggaaaa tgcggtatat gacggtgcgt cgggaatgta tacggaaggt     4140

tatattgcgg ataacattct tgcgctgcat ccgacggcaa gaacggtgga aaatgatccg     4200

gagattttga ataatacagt gacggatgta agaacatata cggcgtcaga cgacagaaat     4260

gtaaagagcg cggacggaaa agggtatcac tatccgagtt caaacagaga aggacatgta     4320

tcggaaaaga acgagacttt tgttttcaga agctatctcg atcctgacaa ccttcagaaa     4380

aacgggatcc atctgactgt ggcgtataaa aacgatctga tcagcggagg actgatcatt     4440

acaaaaaccg tcgatcagat cgatccgaaa aaagatcata catataaatt tcatgttcat     4500

tatactgacg tagccggaat gagccttgaa ggaaatctcg gatcgggaag catgtcggaa     4560

agcggaagca gtattgttca ggaaatcgac gtaactgttc cggcgggaaa acagactgca     4620

agcgtagcag tgtacggtat tccgaaagag actgtatata cgatccacga ggaaaatgag     4680

ataccgcaaa atatcgagat cggcgggaat tatacttatc ctcaaaacgt ggcaaaaaat     4740

ttcgtgcaga cagatcctga cagaggcggt gtacgcacag gtgatgagta tgaccacaag     4800

gtgaaggtgg gaacaaagaa atataatgtg aacggaacgg aagtcgaata taaaacggcg     4860

gaaggtacaa tgaaagaaag cgtacaggaa gttacgtttg cgaataaaca agtgcctgct     4920

cacggagaaa ttaagattac gaaaaaactt cagggaaaag cgtatgggga agagcggggt     4980

tatttgttcc atatccatta taaaacaacg gatgaaaaca ataaggaaaa ggtcgttgtc     5040

gttccgcaga ctgtagttgt aaaagcaggg gaattgacag gaagtactgt ctatgaaaat     5100

atcccgcttg gcgcacaata tgaagtacat gaagtagatg aaaccgctct tctgactttg     5160

gaagcggacg caggatcaac ggtattggga agtgatgacc cactttcgga taccgaacag     5220

aatcattctc atacagatgt aaaagcagag aagaagcata tttcgatcat tccggaagaa     5280

gaaggggcga tcggaagcga atgtgcgaag aaagggtttt ggacagcgca gggcggaacg     5340

ggagaaagcc gtcataattt tacgtttaca aatatcggct ctcataatgt tgcggtcttg     5400

aaaacagaca gttcccgaaa cgtgcctttg gaaaacgcag gttttacgct ttatgatacg     5460

gaagataata tcgttcaaaa ccggacggcc gtttatatgt ggcaaaatga gatcagtata     5520

agcgatccga attatgacag ttcgagcgga aggtatcatc ggggagatac gtcttatacg     5580

gtatatacgc tgaaaggcga tccggctgag aaaaacgttt attatgtacc gctgacgaat     5640

gaagagattg ccgcatataa aaagggaatg gaagatcctg aaagtgcgga aggaatggat     5700

gcacagaatc gtgaaaaagt tcgcgcggcg gcatgtttcg agaaccttgc ggcaggagaa     5760

tacgttttaa aagagacgac gcctccgaac ggatacggcg cgtcagatcc gattcggttt     5820

aaattatcga tacaggaggg agaggaaaat cagtttgtac ttccttacgg agtaagtttg     5880

gaaagtcctc tctccaataa agaaaatgtg actcttcagg tgagaaatga aaaaaacagc     5940

ggagtcgtaa gctttacaaa ggaaaaccga aaaggagagc ctttgaagaa cgcgaagttc     6000

gctttgtacc ggctgatctg cagcgatccg tctcatggag gaaagcatga taaagatctg     6060

atccggcacg atgaaaacgg tagtctcgac gccggatatg cgtataaaga ttgttggaaa     6120

ttgcagggaa cggcggtttc ggatgaaaac ggaacagtcg aattcctaaa tcttccggca     6180

gaagaaggca cagagtaccg tctggcggag ttgaaagctc cgagcggata cgtgacggcg     6240

aaaggtcagt ggaaagtcac atatgagaaa gagactcatg aactgaagat aaccggaagc     6300

gtaaaaaggc ctccggcatt ttcgggggaa ggaacggatg agaatccgta taaagtgatc     6360

aactatactt atgccgaatt tccgttatca ggcggaaggg gatacagcta tcttgcaggc     6420

acggttctga tcgcggcggc agccgggttg tggttttggt atgattcgag aaagagaaaa     6480

actgtaagat cacgcggcat gagaaaaggg ggatataaat aa                        6522


<210>  3309
<211>  2151
<212>  DNA
<213>  Ruminococcus

<400>  3309
atgaaaaaag gattttatat caggctggca ggggaaggca tttcaaaaaa cagaaaattg       60

tattttccgt atattttgac atgtatctgt atgatcatga tgtactatat cgtttctttt      120

ctgtcgataa gtaaagaact ggcgtctatc cggggcgggg aaatgcttca gggactgctc      180

tctatgggag tgtttgtagt tgcggtattc gcattgatct ttctgtatta tacgaactcg      240

tttcttataa ggaaaaggaa gaaagaactt ggattatata atattctcgg gatgggcaaa      300

cgtaatctgg taagaattct tttgtgggaa aatatactga ctgccgtgat ttctctggtt      360

atcggaatcg tgttcggaat tctgttctca aaacttgcgg aacttctggc aattaagctt      420

cttgacgggg cgaccggatt cggagttcat atagaaatga agccgatcct tatgacagtc      480

ggtctgtttc ttgcgatctt tctgcttatt atgatccgca tgcttgtgtc ggtatataaa      540

cttcgtccga ttgagatgct cagaagtgag aatgtcggcg aaaaaccgcc gaaggcaaac      600

tggctctttg catttgcggg agcggtgatc cttgccggag catattatct ggctgtgaag      660

atcatcgatc cgacaactgc gatgcttgta ttctttctcg cggttgttat ggtgatcatt      720

gccacatacc ttctgtttat tgcaggttcg gtcgctcttt gcaagctgct gcaaaagagc      780

aaaaagtatt attataagac gagacacttt gtatctttgt cacagatggt ttaccgaatg      840

aagagaaacg gagcgggtct ggcgtcgatc tgtattttat ctacgatggt gcttgtgacg      900

atctcgtcta cgatgtgtat ttatgcagat acggaatcgt cgatcagaaa ccgttatcca      960

catgacatca cgatcgagtg gagcgggaaa acatcccttc cgcaaaatga ggacggaaca     1020

gatacagaat taaaagacag cgtagtgcag cgtttgacgc cggagatgac catgacgtat     1080

aaagaggctg tggaaaaggt gcttgaatct cataaagtaa aggctgagaa cttggaaaat     1140

tataatcttt actctctttc cggagtacag tcagacgatg ttttaagtat tgattttgaa     1200

aagatgaaag gggagatttc ctcgattaat gcagggatgt caggatctgt gaagacgatg     1260

tattttacaa caatggatga ttacaacaaa ctgaaaggca cagacaagac tttggctgaa     1320

gatgagatga tgctctactc atataaaaca gattatgagt atgattcctt tacgatcgac     1380

ggcgtcggaa catggaaagt agagacaatg aaagaacctc cgataggggt aggcaacgcc     1440

atggcgaata tgcaggggtc atatcaggtt gttgtaaaag atttgtctgt gatcgaaaaa     1500

atagcgactg cgtacgaaac gatcaatgca aaacctttgc aggacggaac attgtacctg     1560

ctttccctga aagaatgtta tgactttgat ctgaaatgtg atgaagaaaa acagatagag     1620

atttacaagg atattttgga atcttttgag catatatccg aagcggcaga tgaacagggc     1680

aatcggatgg gagattcgct ggcaaattat tatgcggaca gtaaagcgta cggtaaagga     1740

gatttcattg cgctcaacgg cggattgttt ttcctcggag tgcttctcgg agcggtattc     1800

ctgttcggta ctgtgctgat tatgtactac aagcagattt ccgaaggata tgaagatcag     1860

gatcgcttta atattcttat gaaagtggga atgacaaaga aagaagtgaa gcagacgatc     1920

aactctcagg tgcttactgt atttttcatg cctctgatca tggcgggaat tcatcttgcg     1980

tttgcatttc cgatgattca gaaaatactg atgcttatgt caggcgtgga agcgaaagta     2040

tttgtgatcg tgacgatcgg atgttatctc gtgtttgcac tcttctatgt acttgtttat     2100

gtcgtaacgt caaaaagcta ttatacgatc ataagcagta aggaaaaata g              2151


<210>  3310
<211>  1890
<212>  DNA
<213>  Ruminococcus

<400>  3310
atgaaaaagg aagtacgagg cggggtcagt cttgttcttg catcggcaat gcttgtggca       60

tcgccgatgg cggcaggaat gacggaaaca gttcaggcag aggaacttac agtagatagt      120

aaagttgctc agattcaagg agagagcatc attccgagag cggatcaagt tcccggaaac      180

gaggagttgt ttgctcagta tgtagaacag acattttacg gtgaagagag cgaaagctat      240

cgtacgcctg cagtttacgg caatatcggg cagaatgttt taaccggagc ggacaaatat      300

gtatataatg aactgaaaaa aatagccgct aatatcgcgg acggaaaagc ggcggacgga      360

agcgaaccgt caggacagta tgtatctacg aaatttacgc tttccgttgc ggggcagggg      420

attacatatg aaggcggcgc atttaaagga tttagtttaa gtaaagtgat tgcggcgctt      480

cttgcggact gtccgtatga tttgtactgg tataataaaa cggcgtccac atggtttaac      540

ggcagaattt cgggacggga agttgtggag attgatataa atttcccggc tgcggatgct      600

tatgcgggac cggaaatcga acagcaatac aagacgaagt gtacggttga cagcaagaag      660

acaggggcag ccagttcggc ggcggagaat gcgcgaaaaa tcatagagaa gcataaagcc      720

gaaaaagatt atgagaagat ggaatcttat aaagaagaaa tctgtgatct gacatcgtat      780

aattatgatg ctgtgaaacc gggtgtcgct tacggagatc cgtggcagat gatctatgta      840

tttgacggag atgaaagtac gaatgttgta tgcgagggat atgcaaaagc atttcagtat      900

ttatgcgata tgagcgattt tcttgatccg ggatataatt gctgcagcgt aaccggcatg      960

atgagaggcg gtacgggaga aggaccgcat atgtggaata tcgtgacgat cggagacgga     1020

aattatcttg tggatgtgac gaacagcgat gacgggacag cgggagagcg cggcggactg     1080

ttcatggcat gggataagaa caacggaagc gttgaaaacg gttatgtatt taatactgtt     1140

tattatgatg atgctattac ttttgcctat gacggacgga cgaaagattt gtatggaaca     1200

ggagataact ctgttttgaa gatcgcttca gcagagtatg aagagccgaa ggggacagct     1260

ccggttattg agggagtgga aaacggtgga aattattacg ctacacaaaa gataacggta     1320

agagacgctg acaacgatct tgcatctgtg actgtaaacg ggaaacaaga agcaggaacg     1380

gaaatttctc tttccgcaga taatcaaaat aatcggaaga aagagtacac gatcatagca     1440

gaggatcgca gaggaaacag tacaagctgc aaaataacga tcaatccttg ttccgacctt     1500

cagaaaagga tctcgcatct gtctgtggac acagtaaagg ttacagacag agcgttagtg     1560

caaaacacat tgaaagacgc ggtaacagca gttgaaaatg cagcggaaga agagaagaca     1620

attcttgcag aagtaaaaac aaagtgtgaa acacttcttg caaaaatcga tgagatgact     1680

cagccgcagg actatatcag aggcgatgtg gatgccaaca gtaaagtcga tgtcggagac     1740

gtccgcactg cgttgagata tatctgtaaa aagaccaatt tgacggaaac acagatgaaa     1800

gccggagatg tgacaggaga cgaaaaagta acgatcgaag acttaagaaa gatcttaaga     1860

tatgtatgca agaaaataac agagttataa                                      1890


<210>  3311
<211>  1293
<212>  DNA
<213>  Ruminococcus

<400>  3311
atgcgtacaa atgaactgat gctgtataaa aatatggagc atggcagaat attaaaaaac       60

atgacgtttc tcatggaaaa ttgtggaaat gattactata acagggaaga tttgagaagt      120

cttctttttg aatgtatgaa tgagatatta gagatttctg ccagtcatgg attcgagggg      180

aatctttggc atacatatct gacgtttctt cttgtaaatg atgaaaatgc ttacagcacg      240

tcatgtgaga ttgtaggaga gattgacgga agcattaaca ggattgccct tcatgacttt      300

cagatattta aagaattgtt tgattatgat tttcaggaga tggagcgtga attttcggca      360

gaatgtatgc agattctttt tgaatataaa aatacgagca atgcggggaa ggtttttaac      420

cggcgtattc gggatcgtat ctgtaatctg gcagaaggac ttgcagattc gtcggacgca      480

atagacttca agaggaagat gacacagttt tacaaagaat tcggagtcgg taaattcggc      540

cttcataaag cgtttcgtat cgatcatccg gaaggaaaga cgatgtcggt agaaccgatc      600

acaaatattg cgcatgtaca tcttgatgat cttgtaggtt atgagattgc gaagaagaag      660

ctgatcgata acactgaggc ttttgtgaaa gggaaaaaag caaataactg tctcttattc      720

ggcgatgccg gaacaggaaa atctacgtcg atcaaagctg ttttaaatca gtattacgat      780

caggggcttc ggatgatcga agtatacaag catcagtttc aagatttaaa tgatgtgatc      840

gcgcagatta aaaatcggaa ttataagttt attatataca tggatgatct ttcatttgaa      900

gagtttgaga ttgaatacaa gtatttgaaa gcggtaatag aaggaggtct tgagagaaag      960

ccggataatg ttttgattta tgcgacttct aacagacgtc acctgatccg tgagacgttt     1020

cgggataaag cagacagaga tgaagagctt catacaaatg atacggttca ggaaaagtta     1080

tcgcttgtcg caaggtttgg cgtgacgatt tactttggct cgcccgataa gaaagaattt     1140

cgtcagattg ttcgtacgct tgcgcagaaa aataaaatag aaatgccgga agaagatctg     1200

cttctggaag caaataaatg ggaattgtct catggaggtt tgtcgggaag gacggcacag     1260

cagtttattg attatcttat gggacagaat taa                                  1293


<210>  3312
<211>  2532
<212>  DNA
<213>  Ruminococcus

<400>  3312
atggcggcat atcaggctca aaataaaaaa gtatcatcct gtaaatgcgg acctgactat       60

atcgatccga tgtttcataa agaagtgctt ggcgtagatt caaaaaatct ggatttattc      120

ttttcttcgg aagatgagct gagaaaagaa tacgcaaaac atgcggcaga tgctgaactt      180

gttataacag aaggcgtgat gggatattat gatgggatga gactggattc tgttacggca      240

agctcatatg atgtagcaag aacacttgac attcccgcag tattgattct tccttgcaaa      300

ggggcggcgc tttccctttg tgctgttgtc agcgggattg tatcctttca aaaagacagc      360

aatattcagg ggatcatttt aaaccgggtg tcaaaaatgt tgtatcccag gttgaagaaa      420

atgctggaag atcatttgaa atcagaaggg tatgatattc ccgtattagg atacattccg      480

caggatgaag cgttttgtct ggaaagccgt catctaggcc ttgttactcc gcaggagatc      540

tgtcatctga aagaacagat gacaaaggca ggaaatattg tgacagagac ggttgatctt      600

gacagattgt atcagatcgc acaaggggaa cagaaagcaa atagcccgga aaaagggcag      660

atcaagcaga atatgcgaaa cgggcagagc cgggagccgt ttcaatgcga tatggaaaag      720

tataaaagct cagacgacgg caaggttcgg gtcggggtag caaaggatgc ggcgttttgt      780

ttttattata aagaaaattt agaacttctg gaagaaagcg gagcagaact tgtgtttttc      840

agtccgttga gagatcaaaa gattcccgaa aatatttccg gtttgatttt cggggggggg      900

tacccggaac ttaactgtaa ggaactgtcc gagaacaatt ctatgcgtcg gtcggtaaaa      960

gatgcgatca gaagcggaat gccctgtctg gcagagtgcg gcggttttat gtatcttcat     1020

gaggagatgg aagatgagag gcatattgta tgggagatgg caggagtttt gaacggcagg     1080

acttatccgg cgggaaagct tgtgcgtttc ggctacgtgg agttaagtca tgaaaaggaa     1140

caaaaggaaa gctgttatct gaaacaagga gaagtgatca aagggcatga gtttcattat     1200

tgggacagtt cggataacgg agaaggttta acagcagcga agccggatcg aagaacgtcc     1260

tggaaatgtg ttcatacaga aggcagtttg tttgcggggt atcctcattt atatatgccg     1320

tcctgtccgc agtttgcaaa gcgttttaca gatcagtgca gactgtttgc caaagaaaac     1380

gaagcaaata agaagaagca gagaaggaat catatgtcag aagacaggaa aaatatgaaa     1440

gaacaatcag aaccggaatt agaaaaagtg acaaagcggc tgaacgaata tcttgaacag     1500

atctgtcctc cggatcaaaa ggcggcggcg caggcaaaaa agcgatggaa acagatcgca     1560

aagcctttat ttagtcttgg gaaattggag gatgccgtca cgaagattgc gggaatgaaa     1620

ggaagtcctg cgtacagttt ggacaaaaaa ggtcttgtca tcatgtgtgc ggataacgga     1680

gtggtagaag aaggcgttac acagaccggg caggaagtga cggctgttgt cgccgaaaat     1740

tttacaaaaa gcgagacaag tgtatgtaag atggctcaaa tcgcgggagt ggatctgttt     1800

ccgatcgata tcgggatggt gtctgatgtg cccggtgtta caaagaaaga atataaaatt     1860

gcacctggta caaaaaatat gacccgggaa gcagccatga cgaggacgga agcaatccgg     1920

gcaatcctta cgggaattga gattgtggga atgttgaagt cgaagtcata tgaaattttg     1980

gcaacaggag aaatggggat aggaaatacg acgacgagca gtgcggttgc atcggtattg     2040

acggatattc cggtaaaatt aatgacagga aggggagcgg gacttagcgc agacggatta     2100

agacgaaaga ttgccgcaat cgaaagagca atatcgcttc atgcccctga tcggggtgat     2160

cccatcgata taatctcaaa agtgggcggt tttgacattg caggtcttac gggcgtattt     2220

ctcggaggag caatctttcg tatcccgatc gtcattgacg gttttatctc ttctgtggcg     2280

gcgctttgtg cggctcgtct tgttcctgac tgtatcggtt atatgcttcc ttcgcattgt     2340

tcgggcgaac cggcggcgtc aaaagtattg gatgaacttg gactatcggc gctgcttgac     2400

tgcgggatgt ctctcggaga aggaagcgga gcggtcgccg taatgcctct tttggaaatg     2460

gggttgtccg tatataaaag catgagtacg tttgaggaaa tacgagtaga acagtacgaa     2520

gaattaaagt aa                                                         2532


<210>  3313
<211>  1920
<212>  DNA
<213>  Ruminococcus

<400>  3313
atgaaatctc ttgaacaatt acatgagatc tgtgagcgga tgcgtaaagt cgtgcagctt       60

agagaagaga atgcgaaaga aatacttgag aaagccgcaa tgtgtgaaag cggaaaagat      120

gccgatggaa atacataccg cacgcatgtg cttgtctgcg gcggaaccgg atgtacgtct      180

tccggaagcg cccggatcag agagagactg gaaaaagaga tcgaagcgaa cggattgtcc      240

gatgaagtct gtgttgttaa gacaggttgt ttcggcttgt gtgcgttagg cccgatcatg      300

atcgtatatc cggaaggaac gttttattct atggttcagg aagaagatat tccggagatt      360

gtgacagaac atctgctcaa aggaaacgtg gtaaagcatc tgctttatga agagactgta      420

aaagcagata agatcattcc gttaaacgag acgaattttt ataaaaaaca gcacagagtc      480

gctctgcgaa actgcggtgt catcaatccc gaaaagatcg acgaatatat cggaacaggc      540

ggatacgaag cgctcggtat tgttctgacg gaaaagaagc cggaagatgt gattcagatt      600

cttttggaca gcgggcttcg cggcagaggc ggagcaggat tcccgacagg gttaaaatgg      660

aagtttgcgg caggaaatga cgcagatcaa aaatatgtct gttgtaatgc ggacgaagga      720

gatccgggag catttatgga tcgttcgatc ttagagggag atcctcatgc ggttcttgaa      780

gcaatggcga tcgccggata tgcgatcgga gcatcccaag gctatattta tgttcgtgca      840

gagtatccga tcgccgtgca gcgtcttgag attgcgatcg aacaggcaag agagtacggt      900

ctgctcggaa aaaatatttt cgatagcgga tttgactttg atattgaatt aaggcttgga      960

gcaggcgcgt ttgtctgcgg agaagagacg gctcttatga cttctataga aggaaacaga     1020

ggagagccgc gtccgcgtcc gccgttcccg gcgctgaaag gcctgtttca aaaaccgaca     1080

attttaaata acgtggagac gtatgccaat atccctcaga ttattgtgaa cggaccggag     1140

tggttcgctt cgatgggaac ggaaaaatca aaaggaacga aagtatttgc tctcggcgga     1200

aagatccata atacaggact tgtagaaatt ccgatgggaa cgacgcttcg cgagatcgta     1260

gaagagatcg gcggaggagt gccaaacgga aagaaattca aagctgctca gacgggaggc     1320

ccgtcaggag gatgtatccc tgcagaacat ttagatattc cgatcgatta cgataatctg     1380

ctttcaatcg gttcaatgat gggttccggc ggtttgatcg tcatggatga agatacttgc     1440

atggtcgata tcgcgaaatt cttccttgag tttacggtag atgagtcatg cggaaaatgt     1500

actccgtgcc ggatcggaac acgccgtatg cttgaaatcc ttgagaagat cacaaaaggt     1560

caggcaacga tggaagatct cgataagctg gaagaactgt gctatcatct ccaatcaaat     1620

tctctgtgtg cgctcggaca gacggctccg aatccggtgc tttcgacttt gagatatttc     1680

agagacgagt atattgctca cattgtagat aaaaaatgcc ctgccggagt atgtaaagat     1740

ctccttcaat ataagatcga tccggataaa tgtaaaggtt gtacgctctg tgcgagaacc     1800

tgtccggcag atgcgatcat cggtaaagta aaagaagtgc atatgatcaa tcctgaaaaa     1860

tgtctcaagt gcggagcttg tatggaaaaa tgccgcttcg gagcaattta caaagaataa     1920


<210>  3314
<211>  4524
<212>  DNA
<213>  Ruminococcus

<400>  3314
atggagaaca gatataagat tatactttcg ggaaatcaga tttataaaga agcagaactt       60

ccggctgata tggaacgggt tacggtagga acgggaatcg actgtacggt gcgtttgaga      120

agagatctgt tttttgaatc gatacagatt gaatttgtga aagaaagcgg tggatggaga      180

gcgacatgtt cggacaacat ttattttacg gaaggcgata tccgaaaata tatgacgcgg      240

aaagtgatcc acggagatac tttggaagtc aggtatcagg aatcagaagg acttgtattt      300

agaattgatt ttcagatcga ttttgacagc ggatcgcatc gctgtgagcg gatgatcaat      360

ttggacaggt atcagacgat ttcaatcgga aacaactcag catatgaaat tgcactatca      420

ggcgtttatg caaagagaga atttgtccgg ctgacgcggg gacaaggcgg ctggacgctt      480

gaagttatga acagtgagta cggagtatat cacaacggga agaagacaga acaaaaagaa      540

tggatcaaag acggggattt cttttccgtt gcagattatt actttttctt aaaagggaac      600

gcactgtggg cggagatcag aagcgatctg acagtgaacg gacttggttt cggggattat      660

ccggaaagaa acgggtatcc gagattttcg agaaatacac ggctgaaaac ggtgatatgt      720

gaggacaaga tcgagatttt agatccgcct tcaaagccgc agaaaccgaa aagtaattta      780

tttatgaaat tatttccgtc cttcggaatg ctgatcgcgg caggcgcgat ggcgttcatg      840

ggaggaacga tgattatttt ttctcttata tcatgtacga tcgcgatcat aacagcggta      900

gtcggtgtga tggagggaaa gaaagagttt cgggaaaaga cggcgaaccg gatcgaagta      960

tatcagaaat atattgcgtc aaaacgtcag gaaatcgaag agtgcagaaa tagagaatgg     1020

acagaacgta atgaaatcta tattccggca gagcaggaga ttcagcaggt ggaaacattt     1080

tctccggatc tgtttgaccg gacgccgcag gatgaagatt ttctttgtgt ccgtctcgga     1140

agcggtccga tcgagtctgc ccgtcaggta aattacaaga aacaggagaa gctggaaatt     1200

gaagacgatt taagtcttct tcctgagcag acggcgagtt tttataaaga acttcaaaat     1260

gcgccggtca tatgtgatct gaaaaatgta aatgcagtcg gcattacagg agaagaggca     1320

gatcggtttg aacttttgaa actgatcgtt acagatgtgg cgcttcgtca ttttgcggca     1380

gatgtaaaat tgtttttcgt ggcggaaaaa gaacatgccg gacggatgca cttgttccgt     1440

tttcttccgg gagcgtactg cgtacagaca gatacgagag gaattgtaac agacgatgag     1500

agcaagacgc ttatttttga gtatttgtac aaagagctga caatgagagc acaggagaag     1560

agatcgtatc cgcatctgct catctttttc tatgacgaat acggatataa gaagcatccg     1620

atctcacagt ttacagaaaa aggaaaagat ctgggagtca cttttttgtt tttcggacag     1680

acacgcgcgg acattccggt aggatgcgac tatgtcgtac agttgtccgg cggttacaga     1740

ggcgttttga tcaacgcagc ggagaaatca aagacagtac cgtttgtatc ttctcagatc     1800

agcgacactt tggcagtacg cattgtcagg acgttagctc cggtttgtac ggatgaagtt     1860

tcattggaag gtgaactgat aaaaaatata tcaatgttta agatgctgaa tattttgtct     1920

gtggaagatc ttgatctcaa agcaagatgg tctgcgtcta aagttacgaa gtcaatggca     1980

gctccggtcg gagtctcaaa gacagggatc gttatgcttg accttcatga caaagctcat     2040

ggtccgcacg gtcttgttgc gggaacgaca ggatctggaa aatcagagat attgcagacg     2100

tatatccttt cgatggcaac gctctatcat ccttacgaag cggcgtttgt catcattgac     2160

ttcaagggcg gaggtatggt gaatcagttc gcgcagctgc cccatctgct tggcgcgatc     2220

acaaatattg atgggaatgc catcaatcgg tcgcttaagt cgatcaaagc agaattgcag     2280

aagagacaga aatatttcgc acaggcggac gtcaaccata tcgataaata tatccgaaaa     2340

tataaagcgg gcgaagtaag cgaaccgctt ccgcatctga tcatcattgt agatgaattt     2400

gcagagctga aagcggaaca gccggaattt atgaaagagc tgatctcggc agcgcgtatc     2460

ggaagaagtc ttggagtaca tctgattctg gcgactcaaa aacctgcagg tcaggtcaat     2520

gaacagatat ggagtaactc ccgttttaaa ctctgtctga aagtgcagag caaagaagac     2580

agtaacgaag tgctgaaatc tcctcttgcc gcagaaatca aagaacccgg acgagcttat     2640

ctgcaagtag gaaacaatga gatatttgaa ttgttccagt cggcatacag cggagtgccg     2700

gaaagagaag acgaaggaac aggaaaagca tttacgatat atgaagttcc ggacggcggg     2760

aaaaaagttc cggtttatgt aaagaaaaag aacaaaggac aggaagggat gaacaatcag     2820

cttgaggcga tcgtttctta tgtgtccgaa tatttccgtt cgattcaaat accgcagctt     2880

cccgatatct gtctgcctcc gcttagagag tgtatcgaat tcccgccggt atcaaaagag     2940

gcagtacaag agcagaaaaa agaagtcgga ttttatgcgt ggatcggcgt ttatgacgat     3000

cccgatcacc agaatcagga tcagtatgca gtgaatttaa gcgcggcaaa tatgatcatt     3060

atcggttcgg cgcagaccgg aaagacgacg attctgcaaa atgtgatccg aagtctttcg     3120

gaacagtata cgccggatga ggtggcgatc tacattatag actttgcgtc tatggtattg     3180

aaaaactttg agacgctcaa tcatgtaggc ggcgttgtca gttcctccga agatgagaaa     3240

ctgaaaaatc tgtttaaaat gctttgggaa gagatggaaa ctcgaaaaga gaaactatta     3300

tctgtcggag taagctcatt tgttgcgtac aaagaggcgg ggcgcaccga tatgaagcag     3360

attgttctta ttatagataa tcttactgcg ctgaaagaat tgtattttca agatgatgac     3420

gaactgctga atctgtgtcg ggaaggaatt acagtcggaa tttctattgt gatcgcgaat     3480

gcacagacgg cagggatcgg atacaaatat ttgtcgtctt tttctaacag gatcgcgtta     3540

ttctgcaatg acggaaacga atactctgcg atttttgaac attgtaacag gagacttgag     3600

catcttccgg gaagatgttt cgcagaagtg gataaacaga tacttgaatg tcaggcgtat     3660

ctgccgtttg caggagaaaa agaatttgaa agagcggaag caatccgcgg atatatcgaa     3720

aaacgaaacg gagaatgtac tgaggtggct cggaagatcc cgttgatccc gcctgttttg     3780

agcatgaatt atatggcaca gcagtttgga aatatgatgc gcggacattt cgacctggcg     3840

gcaggattaa attacgaaga tgtgatgccg tatatgcttc gtatgtcttc gattggtgta     3900

ttggcggttg tcggaagaga gggcagcgga cgctataact ggataaaata tgtggcggat     3960

atgctggaat tgatgtatcc gggcagatca aaagtttata tttcggacgg aatcgggaag     4020

aagcttgctt ccatgaaaga aaaaagaaat gtcgttcgtt acagcatgat cgcggaagat     4080

atcgtttctt atctgaaaga gatcgaagaa gaactgcaaa gcagatatga acttcttgca     4140

aaagggatcg aaagcgatcc ggcagaagca gattacatgc ttcttattat cgataatcct     4200

gatgcgatcg agcagatcag caatagtaaa gaggcgcttg catcgtataa aaatattatc     4260

ggacgctacc ggaacatgaa tgtaggcgtg attatatcgg caatcgaaaa tgcgccgatc     4320

ccatacagcg cgccggaggt gatcaaaggc atccgggacg gaagacatct gatgtatttc     4380

ggagatattt cagaattgaa gatttacgat atgccgctcg ccgtgacaag aaagttcaaa     4440

aaaccgatcg agacaggcga cggatattac ataaaagaaa atgagtgtat taaattgaag     4500

accccgttca ttgcgggaga gtag                                            4524


<210>  3315
<211>  2340
<212>  DNA
<213>  Ruminococcus

<400>  3315
atggcagaag gacagaatgt gtgcagtgag aacaaggaaa taagagaaac gatgcggcag       60

atgcgtgttg taaataaagg aatccggaaa gttgacgcaa aagcgctcgt gacaggacgc      120

gccgtatata caaatgatat cgcatcttca gacagcttaa tcgtaaagct tgtaagaagc      180

cctcatgctc atgcgctgat caaagagatt aatactacac gtgcggaggc gctcccggga      240

attgaatgtg tgcttacata taaagactgt ccgaataaac gtttcacgct ggcaggtcag      300

acatatcctg agccaagtcc gtacgaccgg cttattcttg atcagagaat ccggttcgta      360

ggagatgcgg tcgcaatcgt cgctggaact tcggaagcgg ttgtaaagca ggctatgagg      420

ctgatcaaag taaaatacga agtattggag ccggttttag atttcagaac ggcaaaagat      480

catccgatcc tcgttcatcc ggaagaaaac tggagaagtc tttgtcctgt cggagcggat      540

aacaaacgta atttgtgtgc tcatgacgta agtgagagcg gagatgtaga tgcagtcctt      600

gcatcttgcg accatgtgat cgatcgggta taccatacaa aagcaaatca gcaggcgatg      660

atggaaacat ttcgtacata tacatatatg gatgcatacg gaaggctgaa tattgtatct      720

tctacccaag tgcctttcca tgtccgccgc attctcggaa atgcgcttga tattccgaag      780

cataaaatcc gtgttataaa gccgcgtatt ggcggcggat tcggggcaaa acagacgtcg      840

gtttcggaga tttatccggc gcttgttaca tggaaaacag gaaaaccggc aaagattatt      900

tacacaagag aagagtctct gatcgcttcg tcacctcgcc acgaaatgga aatccatgtt      960

cgtttaggag cggataaaga gggaaatatc aaagggattg atctgtatac attgtcaaat     1020

acaggcgcgt tcggtgaaca cggccccaca acggtcgggt tatccgggca taaatcgatt     1080

cctctttacg gaagcgcaga agcgtttcgg ttcagttatg acgtagtgta tacaaatgtt     1140

atgtctgcgg gagcttatag gggatatggg gcgacacaag gtatttttgc cttagagtct     1200

gcggtaaatg aactggcaca gacacttcat atggatccga ccgttctcag agcgaaaaat     1260

atggtgcggg aaggtcagat gatgcctgcc tactatgggg agacgacgag aagctgtgct     1320

ctcgacagat gtcttgaacg tgcgaaagaa atgataggat gggatgaaaa atatccctgt     1380

tatgactgtg gaaacggaaa agtccgcggt gtcggcgttg ctatggcgat gcagggatcg     1440

ggaatttcgg gagtagatac aggcgcggtt gaaattaaag taaacgatga cggattttac     1500

agtttaatga tcggggcgac cgatatggga acgggctgcg atacgatact gacacagatg     1560

gctgcagaat gtcttgagtg tgagatggaa gatattgtcg tgcatggagt agatacagat     1620

aattccccgt atgactgcgg atcttacgca tccagtacga catatgttac gggaatggca     1680

gttgtgaaaa cgtgtgagac acttcggaaa aagatatgcg aaagaggggc ggaatatctc     1740

ggatgcagtc ctgatgatgt ggagtttgac ggagaaaaag ttgtcaatct gaaaacaaaa     1800

gaagagataa cgagaaaaga aataggaaac aaagtaatgt gcagcagcaa cgcgccgctg     1860

tccgcaacag aagccttttc ttctcctgta tctccgccgc cgttcatggt cggtattgca     1920

gaagtggaga tcgataaaga gacgggagtt gttgaaccaa tcgattatgc cgctgttgta     1980

gactgcggaa cggtcgttaa tccgaatctt gcaagagtgc agactgaagg gggaatcgcc     2040

cagggaatcg gaatggcgct ttatgaggat atcatttaca gcgaaaaagg aaagaactac     2100

agtaattcct ttatgcagta taaaataccg agccgtcttg atgtcggaga gatccgtgtg     2160

gaattcgaga gcagttatga accgacagga cctttcggcg caaaatccat tggagagatc     2220

gttatcaata ctccgtctcc tgcaatttca aatgcagttc aaaatgcagt cggagtaatt     2280

gtgagggagc ttccgatcac ggcggagaaa gtgtataaag gaatggcgga aaaagaataa     2340


<210>  3316
<211>  3474
<212>  DNA
<213>  Ruminococcus

<400>  3316
atgagttttg cacatttgca tgtccataca gaatacagtc ttctggatgg ttctaacaag       60

ataaaagaat atgttgcaag agtgaaagag cttgggatga acagtgcggc gatcaccgat      120

cacggagtaa tgtacggagt gattgatttt tacagagagg cgaaaagtca gggaattaat      180

ccgatcttgg ggtgtgaagt ttatgtcgcg ccgaattccc gttttgacag agaagtgacc      240

ggaggagaag acaggtatta tcaccttgta cttcttgcgg aaaataacga aggttatgcc      300

aatcttatga aaatcgtatc aaaaggcttt gtcgagggat actattacaa accccgtgta      360

gataaagaac ttctcagaaa atatcacagc ggcattatcg cgctgagcgc ctgcctggca      420

ggcgaggtgt cgagatatct gatgaaaggc ttatatgacg aagcgaagaa agctgcgttg      480

gagtacagag atatctttgg aaaagatcat ttttatttag aactgcagga tcacggtctg      540

cctgatcagg gtcttgtaaa tcaacagctt ttgaaaatgt cccgggaaac ggggatcgaa      600

cttgtggcga cgaatgatgt gcattatact tatgcgaaag acgaaaaagc gcatgatatc      660

cttttgtgta tccagacagg gaaaaggctg gcggatgaga acaggatgag atatgaaggc      720

ggacagtatt acatcaagtc tgaagaagag atgaaaagtc tttttccgta tgcgcttcag      780

gcgcttgaaa atacgcagaa gattgcggac cgctgtttag tggagattga gttcggggta      840

acaaagcttc ccaaatatga cgtcccggac ggatatacat cgtgggaata cttacggaaa      900

ctgtgttacg aaggacttga gaaacgctat gcagaacggg cggatgaact tcgggaacgg      960

cttgattatg aattgggcac gatcaaaaat atggggtatg tagactattt cctgatcgtg     1020

tgggatttta taaaatatgc gaaagatcat gggatcgcag tcggaccggg ccgggggtct     1080

gcagcgggaa gtattgtttc ctactgcctg ggaattacga cgatcgatcc gatcagatat     1140

cagcttttgt tcgagcgttt tttgaatccc gaacgtgttt ccatgcccga tatcgacgtt     1200

gacttttgtt atgaacgcag acaggaagtg atcgactatg ttgtgagaaa atacggaaaa     1260

gacagagttg ttcagatcgt gacattcgga acgctggcgg caagaggtgt gattcgagat     1320

gtggggcgtg tgatggatat gccgtatgct tttgtcgatt cgattgcgaa gatgataccg     1380

caggagccga agatgacgat tgaaaaagcg ttgaaggtaa atcctgaact gcgcaagatg     1440

tgtgaagatg atgaggaagt aaaatatctt atcgagatgg cgaaaagact ggaaggactt     1500

ccgagacata gttctatgca tgcggccgga gtcgtgatca gtcagaagtc tgttgacgaa     1560

tatgtgccgt tgtcgagagc ggcggacggc tcggtgacga cccagtttac gatgacgaca     1620

ctggaacagc tcggactttt gaaaatggat tttctgggac ttcgtacgtt gacggttata     1680

caaaatgcgg ttcttatggc gagaaaaaaa gatccttcgg taaatatgga cacgctggat     1740

tatgatgata aaaaagtgct tgaatatatc gggaccggaa aaacagacgg catcttccag     1800

ttggaaagcg cgggaatgaa aagctttatg aaagagctga aaccgaacag tctggaagat     1860

atgatcgccg gaatctcttt atatcgcccc ggtccgatgg attttattcc gcagtacatc     1920

aaagggaaaa acgacgcctc ttcaatttca tatgactgcc cgcagttaga gccgatcctg     1980

aattcgacat acggctgtat cgtttatcag gaacaggtta tgcagatcgt tcgcgacctt     2040

gcgggatatt ccctcggaag aagcgatctt ttgaggcgcg ccatgtcaaa gaaaaaaggc     2100

gaagagatga aacgggaacg gcagattttc ctgtacggtg acgaggcttc cggtattccg     2160

ggatgtgtaa aaaacggaat tgacgagcag gttgcgaata agatttatga tgagatgctt     2220

gactttgcaa actatgcgtt taataagtcg catgcggccg catatgcggt tgtggcatat     2280

cagactgcgt ggctgaaata ttattatcct gttgaatata tggcggctct tatgacatcg     2340

gtgatagaca atccgtcgaa agtagctgaa tatatttatg caagccggca gatgggcatt     2400

cagatccttc ctcctgacat taataacgga gaagcggatt tttcggttga cgaagggaat     2460

ataagatacg ggctgtctgc gatcaaaagt gtcgggagac cggttgttag ggcgatgctc     2520

gaagaacgca ggacatttgg tccatataaa aatcttgaag attttattac ccgtgtttca     2580

tcgaaagaag gactgaacaa gagaactatt gaaaatctga tcaaagcagg ggcgttggat     2640

actttaggcg gaacccgaaa acaattcatg agtatttata ttcagatcat ggatcatgtg     2700

aatcaggaga aaaaatattc catgtccggt caaatgagtt tgtttgatct tgtgggagaa     2760

gaagaaaagg cggattttca gatcagaatg cctgatgtag gcgagtattc aaaagaaaat     2820

aagcttgcgt ttgaaaaaga ggtgctcggc gtttatataa gcggtcatcc gcttgaggag     2880

cacgaggaga gatggcggcg gatgatttcg gctacaacgg cagattttca gtttgacgag     2940

gagctgaata gaacgaaggt gcatgacgga gaaaagtcgg ttgtcggagg gatgatcgtt     3000

gacaagacgg tcaagtacac aaagacgaat caggtgatgg cgttccttac gctggaagat     3060

ttgctcggca ctgtggaagt tgttattttt ccgagagatt acgagaaaaa tcgtcaatgg     3120

cttgaaataa acgagaaagt gtttatcagc ggaagggttt cggaagaaga cgagaaggca     3180

agtaagctga tctgtgagaa agtgatcccc tttgagagga caaaacgaga attgtggatt     3240

caatttccgg ataaagagac gtttcttgat gaagaacaga tcgtttacgg atacctggca     3300

gattcggaag gcgaagacga ggttattata tattgcgcaa aagaacgggc agtgaaacga     3360

ctgccgaaaa accggaatat tcagatcaat gagcaggttt taagcaggtt aatgaaccat     3420

tttggtgaaa gtcgggtaaa agtggttgaa aaagctattg aaaaccactt ctaa           3474


<210>  3317
<211>  6069
<212>  DNA
<213>  Ruminococcus

<400>  3317
atggcaggaa gagtgatcaa aagactgctc gcaggggttc ttacagtcgc cgttgtgata       60

ccgggcaatt ttgttccggc gcaggcagcg gaagaaccgc aagaagacta cctcatttat      120

ccgaatccac ataaggtgga gtatcaggaa ggagattaca ttctcggaaa agaattgaat      180

gtaatctatg acaaaggaat cgatgaggcg acaaagaacc gtctgcaaga ggcggcagac      240

ctcaaaggaa tcgaggtaaa cgaagcagag cagccaaaag aaggcgcaac caatgtatat      300

gtcggtgtac atggacagga cggaacggca gaagattata ttacagaaga atatcagccg      360

gaagactctt tgtttggaaa gacggattct tactttctgg caagtgatga gaatgtaata      420

tccgtacttg gaaaagatgc agattctgca ttttatggat tgactacgct gtatcatgtt      480

tttgcacaga tggacagcct gacaatcaga aactttgaga tcgaggacta tgcggacgta      540

gtaagccgtg gttttattga aggctattat ggaaatccgt ggtctacaga agatcgtgta      600

aacttgatga aatggggtgg atattacaaa ttaaacgcgt atttctatgc gccgaaagac      660

gacccgaaac atcgtacaca gtgggatcag ctttatacgg aagaagagct ggcaaataag      720

atcagaccgc ttgcagaggc gggaaatgaa tcaaaatgcc gatttgttta tgcccttcat      780

ccgttcccgc agggcaatca tcttcgtttt gatgataatt atgaagctga tttggcgaaa      840

cttcaggcaa aattcaaaca ggtgatcgat cagggcgtac gtcagatcgc aatccttgca      900

gacgactttt ggaatccggg cggaccgaat ggagtacgtc tgttaaacga tatgactgca      960

tggcttgaag aggtgaaaaa gcagtatcct gatatgaaga tgacgatccc ttatgttccg     1020

tatgactata tgggcaacgg aagcagcgca gaacttcagg agttgaaaaa ggctccggct     1080

aatgttcaga tcgttatgac cggcggaaga gtatggggag aagtaacaaa taactttact     1140

tctacgttta caaataacgt tggacgcgga ccgtttatgt ggatcaactg gccgtgtacg     1200

gataactcta agaaacattt gatcatgggc ggttatgata cgttccttca tccgggagta     1260

gagccgtcta aaatccaggg aatcatgctt aacccgatgc agcagtcgga accgagcaag     1320

gttgctattt tcggtaatgc agattatgca tggaatattt gggagacaaa ggaagaggca     1380

gacaagtcat ggaatgatgc attttccttt gtagatcata attcggcaat tatgaatgat     1440

gcgagcgacg ccctgcgtga attatcaaag catatgatca atcaggcgat ggatacgcgt     1500

gtaacacctt tgcaggaatc tgttgtactg aaagagaagt taaatgcatt taaagaaaaa     1560

ctggaagcag agactctcac ggcggaagaa gtagatgcgg taatcgcaga gtttgaagtg     1620

cttcaaaaag cttcaaagac atatcgtgca ggcggaaacg aggcgatcaa aggtcagatc     1680

gtatattggc tgaactgctg ggatgacacg acagaagcgg cgatcgcata cttaaacggc     1740

gtaaagagcg ctctggcagg agacgtatct tctgtgatca gctataatac agcaggaaag     1800

acggcgttcg accgttcaaa aacatatgac tttttatatg tggatcatca ggaatatgcc     1860

gaggtcggcg tacagcacat tgttccgttt atcaatacat tggcagagta tgtatctgca     1920

aaagcggaaa cagcggtcaa tcccgacaaa gtgatcccaa aattcattac aagcagaaaa     1980

gacgcgccga caggttctaa agaaaatatt tttgacggcg acgagtctac aagtgcagtt     2040

tacaaaacgc cgaattcatt gtcgaaagat gattatatcg gtgtagaata caacaaagta     2100

atcgatattg acagcattcg tttccttctc ggaggcggaa aagatcattt tgaacatgca     2160

aaactgcagt atatgacaga agaaggaaca tgggaagatc tgacgttgac aggcatggaa     2220

aacaattttg ccggagaatt cggtaaagtt caggacatca atgtaaaaga agcaaatctt     2280

ccgagtgatc tgaaagcaaa aggaatccgc ctcattgcga cagcggcaaa tgtaaatgac     2340

tgctggcttg aggtacgcga aatccagatc aacaaaaaag aagaagtttc cgaagataca     2400

gagcgttaca caggagatgt gacgttcagc ggtatttcca cacagggaaa tgatcatacg     2460

gcggcaaaaa tgtttgacgg agatctgtct acagaaatgt ggatcgctaa aggaccgtac     2520

agcggcgaag gaaaagatac gatcgcggca gacgcttata tccagattac cttcccggaa     2580

gcgaagcaga tcggaagcat aagaatgaca cagggcaaaa cttcttctgc ggatgtgttt     2640

aaaaaagtag aaatacagta tagcacagac ggacagagcg gttggaaaaa ggcaggagag     2700

tttacgaacg cgaaagatca gacagtaaac attaacgtaa ctgacaagat caaaggaatc     2760

cgtcttgtga ataaagagca gacggcaggc tgggtacgca tcggtgaatt agatatccgc     2820

gcgccgaaga atatgacgac tccgatcaca tacaaagtga tcaagacgga gcgttggaaa     2880

gtagcgcaag ggaaagaaac gagtctttat gacggagatg acaatacatt cgtatggtac     2940

gatcctgatg gagacggaaa ttcaacaagt gactctgttc tgaaagatga tttcttagga     3000

tatgacctcg gaacagaagc tgtattggaa agcgctcata tcgtagtcgg acatacaggc     3060

ggagacaagc ttgtaaaata tgcggttgag acgtctgtag ataacagcac atggactccg     3120

gcagaaggat atgcagagta tactggagcg gcagaaggaa aagacgtact gaacattgat     3180

ctgaaaggtg tgacggcgcg ttacatccgt atccgcaatc tggagaagaa acctacgtgg     3240

gcaaaattct ctgagtttac tgtaaaacag aaagttgatc agacaggaac aacagagaat     3300

atttatacaa atgtaaagga tcacggaatg ctcggaacga cagaagcagg tatgtcttct     3360

ttgcagccgg gaacgatcag tctgaaaaaa gatcagtata tcggtgttga cttaaagaac     3420

atcaaagcga tcgaaaacat tgcagtgaac gcaggagaaa atgcgaatgt gaaactgcaa     3480

agctctatga acggagtgat ctggactgat gttaatgcag gagcattgga agatgcaaga     3540

tatgtaagac tttacaatgc gggaaatgag acacaaaatg tttcggttca agaattcaaa     3600

gtgacgtatg cgtttatcgg agagaaaacg gtagaaagtg attttgctca gaaagattcg     3660

gcaaacgata tgcgaagcaa cggacaagtc ggaaatgtat tcgacggaaa gcttaatacg     3720

cttggcaaga tcacaggaac acaggatgca gggaaaaaga tcgtattcga tctcggacag     3780

actgtgaatt ttgaatcgtt cagatactat gtaaaagaga catgtcttga cttcttaaga     3840

catgcaaaat ttgaagtagc tgacaggaaa gatgccacag acgatcagtg gacaaagatc     3900

cttgaagtcg gaaacgcaga ggctgtgcag atgtcggcta atgcgacagc gaaagatgca     3960

gactatctgc ttcatgatac tacaaatccg ggaaatatgt atgcagaggc aaccggattg     4020

aatgtgtcgg gacgttactt aagaatcgta ccgcttacaa catatacaga gagatgggtt     4080

gagctgtacg agcttcagat caacggcgga gcttatatga cgacagagtc aaaccgcgac     4140

atcatatcag aaacagcgga agaagcgggc aagatcccgt ctaatgtatt tgacggaaac     4200

tttgcgacaa catacaaacc atctgcggca aacggttcgt ttacatatcg catcagtgag     4260

ccggatcaga gaacgatccg tatcatacag aacggaaagg cgtcgaatgc agatgtacag     4320

gcagttctct ataaagacgg agcaaaacaa gaagcagctg cgatcggaaa gctgaatcag     4380

acgatcaatg aatttgcggt tggaaaagac agtcagattc tggaagttat cgtgacatgg     4440

gcagaagaca ttccggagat ttctattata aagacaagtg aaaaggaaaa agcagcggtc     4500

aataaagatg cgctgaatga ggcaatcaaa aagccgatcg acgataagtg gactgcagac     4560

agcaaacggg cggcagaaga agcaaaagca gcggcagaag agatcgcggc aaatgagtac     4620

gtgactcagg aagttgtaga tctggcagaa aaagcgcttc ttgccgcaca caaaaacgcg     4680

gttgtcaaag gcgatgttac tgcattggaa aacgctttga acaacatgaa agcaggcaaa     4740

gaaaacgtcg gagcagagga agctcctgtt tatgtagaga tctattcggc gagaacttat     4800

gcggcatatg agtcggtgat gaatgagatc agagaggcgt taaaggataa agaaaatgtt     4860

tcggagaaag aagcgcaaga tctgacggca aaacttgaaa aagccgaaaa agcactagta     4920

tattcatcga tccagagaga gctggcagaa acagagttag aaaacgcagt aaaatataat     4980

aaagacgact atacaactgt ttcttacaaa gcatatacag acgcgaaatc agcattagat     5040

gcgattgtga aagcagataa gacagagcgg aagaacccga aagaagtcta tactgcacga     5100

aatacttttg cgcagacaga agaaggtctt gtcaatgtag ccgcattgaa agcaaaactt     5160

gcagaagttg gaaaactgga tgagaatctt tatacgaaag acagttggaa agagcttcaa     5220

gatgcagtga agaatgcaga ggcttatctg gaaaacggaa caaaagatca ggtagataaa     5280

gcggtttccg atctggaaaa tgcagtgaat ggtctggtag aaaaaacaga agtaactgta     5340

gatgatgtca ttgcagaaat ggaaaaaata aacggcaaag attacactga agtaagtttc     5400

ggcgcacttc aggatgcgat cagcaaagca aaagcagata aagatcagaa cgatccggca     5460

ttagatcagg cgaatatcac tgcaatgaaa gaagcgaaag cggcgcttgt aagtatcgta     5520

gatttgaagg ctgctcttaa tgaagctgct cagcataaag caggtactta tacggtaagt     5580

tcttataagc ttttgaaaga tgctgtgaca aatgcagagc cgttgaaagt aaacggtaca     5640

aaagaagagg ttgccaatgc ggcggctgca atccgtgcgg cgatcaaggg tctggacaaa     5700

cgtgcagttg gtttggatga gtacagagac tctatcgtat tgaagaaacc ggaaggttat     5760

acagaagaaa gctatgcggc atataaaaat gcatatgatg cgctgatggc tctggattca     5820

aaggagacaa cggcagaaat gtttgcaaat gcgaaatctg catttgaagc tgcacaggca     5880

ggtcttgtac agaaaccggg aagcaacgga acaggaagtt cttcaaacgg aactgtttca     5940

aacggagcag ttgcaactgg agatacagtg aatgtttcag cattagccgg attattcctg     6000

tcactcttga tgatagcggc atttatgaaa cgtaaaactt ttctgggatt ttttgaaaaa     6060

gatgaataa                                                             6069


<210>  3318
<211>  2793
<212>  DNA
<213>  Ruminococcus

<400>  3318
atgaaactgc agtttaaata tcagaaattt caggctgatg cggcgaaggc agttgcggat       60

gtctttgacg gacagccata tttggcgcct tcttatatga caggggaaat atcggggaaa      120

aattcgtcgt cagaagagag aaaaggaact ttttcaggat ggagcaatca gaagatcgtg      180

cccgaattaa gcgatgagag aatattagat aatctgcgga aaatacaaaa ggcgaatcag      240

attccggttt cttcaaagct ggaagggcgg gaaaacggat atcatctgac ggttgagatg      300

gagaccggag ttgggaaaac gtacacttat attaagacga tatacgaatt aaataaacga      360

tacggatgga gtaagtttct cgtcgtcgtg ccaagcatcg cgattcggga gggcgtatat      420

aagacatttc agataacgag agaacatttt gcaaaagagt atggaaagaa gatccgtttt      480

tttatttata attcagagag acttacggaa atcgaccggt ttgcatcgga taattctgtt      540

catgtaatga tcatcaattc tcaggcattc aatgcaaaag gaaaggatgc aaggagaatt      600

tatatgaatc ttgatgagtt tcagggaagg aagccgatcg atttgatcgc gggaacaaat      660

ccgatcataa ttattgatga accacagtcg gtggaaggca ggcagacaaa agagaggatg      720

aaacagtttt gccctcttat tacgcttcgg tattctgcaa cgcataaagc tgacagtctg      780

tataatatgg tgtatcgcct tagtgcggca gatgcttaca gaaaatacct tgtgaaaaaa      840

attgaagtaa aaggaatcgc agagacaaaa acaatggcgt cagacggcta tatatatgta      900

gaaaggatct gttgttctga gtctgatgcg gctgccgtta tacagtatga ttttaaaatg      960

ggaagcggga ttcggaaaca atatcgaaag gtaggaatcg gcgacgactt atacgaaatt     1020

tcgggaggtt tggaagaata tcaaggcggc tttgaagtaa aacagattaa cagacaggaa     1080

gaatcggttg agtttgtcaa cgggatgaaa ctatatgcag gcgatatcaa cggaaaagtg     1140

gacgaggaac agattcgcag aatacagatc agagagacaa tcctgtctca tatagacagg     1200

gaacgccggt tgtttggcag aagaattaaa gttttgtcat tgttttttat tgatgaagtt     1260

gcccgttata aaaagtatga cgaaacggga tgtcctcaaa acggcagtta tgcggacata     1320

tttgaagaag agtaccgtaa cattatagag aatatgaagt atggaccggg agatgaaaag     1380

tatcgggatt acatagaaat gatccctgtc gaaaaaactc atgccggata tttttcaata     1440

gacagaaaag ggcatgtagt cgacagtaaa gggaaaggaa aagaaatgat gtcagacgat     1500

caggatgctt atgatctgat catgaaaaat aaagaactgc ttttggagtg tgacccgaaa     1560

cagtctcctg ttcgattcat tttttctcat tcagcacttc gggaaggatg ggataatccg     1620

aatgtatttc agatttgtac gttaaaaaac ggaggaagcg aagtacgaaa acggcaggaa     1680

gtcggaagag ggcttcgtct gtgtgtcaat ggagacggac agagaatgga cagaagtttt     1740

ctggggcagg acgttcacag agtgaatacg ttgaccgtga tcgcaagcga aagctatgaa     1800

agttttgtga agggcctgca aagtgaaatt gcagaagatg ttttcggtaa acagagtcgg     1860

aaggccgacg tctgtcgcga tatagaagta atcatacccg agaatgcaag aagccgtcga     1920

gtagaactaa aagtcgatca ggaaaagcta aatggagaag aattcagcgc attgtggtca     1980

aatatttgcc tgaaatcgac atataccgta aattttgata cggaaaaatt agtagaagat     2040

gcggtgaaaa tattaaacag agaactgcat atacaagata tgcgatttaa aggcaagaat     2100

gaggcggcaa aaagcgtcgt gaaatatgat cttgcgggga aacttgccga tatgacaggg     2160

ctgaaaagga aaacagtgat cgaaatattg agcagagtcg aaagttctgt ttttcaacag     2220

tttcaagaaa gtccggaaga atttatcgct caggcagaaa gattgatctt aaatgtgaaa     2280

gaaacagcga tttcggaaaa tatcatatat catacgtcag acgaaaaata tacaaaagat     2340

atttttacac agcagacgat tcagggaaaa cagggagtgg acgcaatgaa agtcgggaag     2400

catttgtatg attatgtgaa ataccgatcc ggcgcagaaa aggaatttat cgaacggctg     2460

gaagcatcaa aagaggttgc ggtatatgta aaacttccgg aacaatttta tatctccact     2520

cctgcaggac gttatatgcc ggaatgggcg atcgctttgt accgggaaac gaaaggaaaa     2580

cgtttctttg ttgttgggaa aaaagccgga aaagataaag actctaatca gtcaaaaata     2640

gcggaaaaca tcaagatatg ctgcgcctct aagcacttaa cggagatcag cgcaggaaag     2700

gtcgttttta aaacgacgga ggaatacacg gattttatgg atttatcgca tttcatcaaa     2760

aattgtcaat atacaagaaa tagtgtcaaa taa                                  2793


<210>  3319
<211>  2529
<212>  DNA
<213>  Ruminococcus

<400>  3319
atgaaaaaat catttcacat ttttcagcgt gacctctccc gccttttaca caataaagcg       60

gcgattcttg ttctgatcgg cgtatgcctg ctgccttctc tatacgcatg gtttaatatc      120

gcagccaatt tagacccata cggaaatacg tctaagatta aagtcgctat tgcctgttta      180

gataaagaag catcttccga aaatctttct atcaatgctg gaaaagaaat tgtcaaaaat      240

ctaaaagaaa acaaacagct cggatggacg ttcacttcgg aaaaagaggc tctcaacgga      300

gtaaaatcag gaaaatatta tgcttctatt gttattcccg aagatttcag ccgctctttg      360

atcagtattt tatccggcga cttacagacg ccgaaacttg actattacat aaatgaaaaa      420

gccaatgcca ttgctcccaa aatcacaggc acaggcgcag ccgcaattca ggaacagatc      480

aacagcacct tctcttcggt tgcttctgaa tccgtttccg gcatattaaa gcagtctgcg      540

tcagacttgt cgtcaacact tggatctgtc aattccgata ttactaaaac acttgaaaaa      600

gctgatgcaa acattgccgc ctacaaacaa cttctcgaaa acttcaatgc agccgcagaa      660

aaatctgccc ccctgatcac acgcgcaaaa tcaactgctt catctttaaa atccgccgcc      720

tcgtcgggtt cttcggctct aagcgaatct tcccgcatcc tctctgaaac ccgtactgcc      780

gcaggaaact tttcttcatc cctatcttca tctttgacac aaggagaaat tttgctcggt      840

caggcgcaca atatcgcatc agcaggactt accgatcttg aaactgccgc ccgctcggta      900

aacggatcga tcggaaacgc actggatttt gccaattcca ctgccgtctt aaacggaaat      960

attttaaaag agttaggaga gctcgcctca ctcattcccg gatctgattt ggattctgcc     1020

atcgccggac tgcaggctca aaacacaaat aatcaggaac tgatcctctc tttaagcgcc     1080

ggaaatgcag gaatacaaaa tgccatcaac acaaccgctt ctacccggga acagctttac     1140

acaattacat ccgcaaacat cggcagtctg cacgacctcc gcgctgtttt ggacaaaaac     1200

gttctgccgc agctaaacaa gacattagat gctttctctt ctttgacagg agaaatgaac     1260

ggtcttctaa caacagttcc ttcctccgcc gatcagatcg acaacctgtt agaccaaatg     1320

agcgccggac tttcaaatac tgtaacggct cttgaaggca caaaaaccgc cctgtcaaat     1380

gttcaggaac atctcggtac gattcaaaca gacttaaatg ccctttccgg ttctgacatc     1440

tacgaaactc ttctctcatt agaaggaatc gacaagcaat cggtatcggc atttatgtcc     1500

tcacctgtga aaatagaaac aaagagtttt tataaaatag ctaattacgg ctcggcaatg     1560

acgccttttt acacaaacct tgcaatttgg gtcggcggca tcgtcctcat cgcgattttt     1620

aaattagaag tagataaaga cagctctatg cttcgatatt cttctgcctc tctctatttc     1680

ggacgctggc ttttgtatat cacggtcgga atggtgcaag gattcattgt ctgtatcgga     1740

gatgtttttc taaaagggat tgaatgcgcg catccagccg ctcttatctt taccggagtg     1800

atctgttcgt ttgtgtatgt caatattatt tatgcactgt caatctcatt taaacacatc     1860

gggaaagcat tatgtgttct cctcgtcatc cttcagattc ccggatcatc cggcacatat     1920

cctgtagaaa tgacacccgc gtttttccaa aacgtccatc cgttcctacc ctttacttac     1980

ggtatttccg caatgagaga atgtattgcc ggaatgtacg gaagcactta tatacacaat     2040

ctgctcatcc tgctcctttt cgttcccgtt tccttactga tcggacttgg gatcagacct     2100

ctgctttcag gtctgaaccg gctttttgac attaaacttg cagaaaccga tttaatgctt     2160

ggtgaaacac ccgacagaaa tatcagacgc agcgcacagc tttctctttt actaaaagct     2220

tctttatcac aagaagaact tcagatccaa actgccgaga aagcacagcg ttttgaaaaa     2280

aattatcaca aaatgatccg ttttggattt tttgcgattt taactattcc gctcattttc     2340

ctgatcctta tgttcagcct tgaatctaaa attgtattcc tcattctttg gatcttatct     2400

attattttaa tcgccacatg gctgatcaca gtggaataca tacataacga acttgcagct     2460

caacaggaac tgtccggtat gtcatttgaa gaaatgttga aattattcag aaaaatggag     2520

gaaaactga                                                             2529


<210>  3320
<211>  2652
<212>  DNA
<213>  Ruminococcus

<400>  3320
gtggctgaat taacaccaat gatgaagcag tatatggaga caaagtctca atatcaagac       60

tgcattctat tttatagatt gggtgatttc tatgaaatgt tttttgaaga tgccctgact      120

gcatcaaggg agttggaaat cactttaacc gggaaaaact gcgggcagga agaaaaggcg      180

cctatgtgcg gagttccgta tcatgccgta gaaggatatt taaacagact tgttgccaaa      240

ggctataaag tggcaatctg cgaacaggta gaagatccga aaacgacgaa aggaatcgtt      300

aaaagggaag ttgtacgtat cgtaaccccg ggaacaaatc ttgatacaca agcgttggac      360

gaaacaaaga acaactatat tatgtgtatt gtatatattg cagacaggta cggcgtttct      420

gttgccgata tttcgacggg agattatttt gtaacggaga ttccggacag tgcgaaatta      480

ttagatgaaa tctatcgatt ctcaccgtcg gagattatat gcaatgaagc gttttatatg      540

agcggcgtcg acatggacgg aatgaaagat cggcttggaa ttacgattta ttcgcttgaa      600

tcatggtatt ttgacgatga agtatgccgt aaaaaacttt tggaacattt tgaggtttcc      660

tcgtttgccg gacttggact tgcagattat gattgcggaa tcatcagcgc cggagctctt      720

ctgcagtatc tgttggaaac acagaaaaac tcgctttcaa atctgacaca tattacgcct      780

tatgccgcag gcaagtttat gatgatcgac agttcgacaa gaagaaatct tgaactttgc      840

gaaactctcc gtgaaaaaca aaaaagggga tctcttctgt gggttctcga taaaacaaag      900

acagcaatgg gagctcgtac attgagaaaa tatgtggagc agccgctgat cgataagaca      960

gagattattc gtcgtctgga tgcagtacag gaattgaaag aacaggcgat ttctcgtgaa     1020

gaaatcagag aatatctgtc tcctgtgtat gatttggaac gactgatcac aaagatagcg     1080

tacggatctg ccaatccaag agacctgact gcctttagaa gttctctgga gatgcttccc     1140

gcacttttgt atatattgca agaaatgaaa gcagaacttt taaaagatct tgctgttgat     1200

cttgatcctc ttgaagatct ctgtatactt gtaaaaaaag caatccggga agatcctccc     1260

attgcgatga aagaaggaaa tattattaat gacggttata acgaagaagt tgataagctg     1320

cgccgcgcaa agtccgatgg aaaagactgg ttggcaaagc ttgaaaatga cgagcgtgaa     1380

aagaccggga ttaaaaatct aaagattaag tacaataaag tattcggata ttatttagag     1440

gtgacaaact cttacaaaga aatggttccg gaatattata cacggaaaca gacattggca     1500

aatgcagaaa gatatattac tcccgagctg aaagaattag aagacatgat acttggagcg     1560

gaggacaaac tttatgcatt ggaatatgaa ctgtacagtg aagtaagaga tttgattgca     1620

agtcagatag agcgtatcca aaaaaccgct aaagcagtag cggcgcttga cgcctttgct     1680

tcccttgctc tcgttgcgga acgcaataac tatgttcggc ctaagatcaa cgaaaaagga     1740

gtaattgata taaaagaagg acgtcaccct gttgtagagc ggatgatccc gaatgaaatg     1800

tttatttcaa acgatacata tcttgatgat aaaaaacacc ggatttctat tattacagga     1860

ccgaatatgg caggaaaatc gacgtatatg cgtcaaacgg cgctcattgc tcttatggcg     1920

cagatcggct cgtttgtacc tgccaaaagc gctaatatcg gtctttcaga ccgtattttc     1980

acaagagtcg gagcctcgga cgatcttgct tccggtcaga gtacatttat ggttgaaatg     2040

acggaagttg caaatattct tagaaacgct acgtcaaaaa gcctgttgat tcttgatgaa     2100

atcgggagag gcacaagtac gtttgacgga ttgtcgattg cctgggcggt gatcgaatat     2160

ataagcgaca gcagactttt aggtgcaaaa acgctgttcg caacacatta tcatgaactg     2220

acagaactgg aaggaaaaat cgataatgta aacaattact gtatcgcggt aaaagaaaaa     2280

ggtgatgaca ttgtattttt acgaaagatt gtcaaaggcg gagcagataa aagttacgga     2340

attcaagttg caaaacttgc aggtgttccg gagcttgtga tcggccgcgc aaaagagatt     2400

gtagaagagc taagtgatga agatattacg gcaagagtaa gtgagattgc gtcaaaagaa     2460

cgtgtcgtaa aaaagaaacc gaaagtaaaa aaatacgatg atgtagatat tgcgcagatg     2520

tcgctctttg acacagtaaa agatgacgat gttcttgaag aattgaaaaa tcttgacgtt     2580

ggaaatatga ctccgatcga tgctcttaat acgatataca gattacagaa taaattaaag     2640

aaccgttggt aa                                                         2652


<210>  3321
<211>  5715
<212>  DNA
<213>  Ruminococcus

<400>  3321
atggttctgt atgagtatgt gggcgaaatg ccaagaaagg aagggaaaat agttgtggaa       60

aatgtcaaaa aactaatgcg aaaagcaatg ggaattgttt taagtgttgt gcttacatta      120

gggtgtattc taggaagcgg cacgatcgca tgggcagaag gtgagacggc agatgccgcc      180

gcgaagatca aggtggcatg cgtgggagac agcctgacgg aagggtacac ttcgacgggc      240

gcgaattcag gaaagaaagg accaaatgca tatccggcac gtttgcagag tttacttgga      300

agcggatatg aagtaaaaaa ctttggggaa acaggtgcgt ttttgatgga ggggacaagt      360

aatccatata aaagcggtac agaatacgaa caaagtaaag cttataatgc agacattgta      420

attattatgc ttggaacgaa tgattccaaa aactggaacg aagaaaatta taaaacacag      480

atgacagcgt tttataatga gtataagacg gagaataaca aagttatttt tgccacgtct      540

ccgaaatgtt atcagacgac gggaaacgat atcactcagg aaaaggtcga aaaagtctat      600

caggctcaga aggcattgat taaagaaaat gccgcatggg atttcattga tatgtatgaa      660

aagaccgaag gaaaagaaaa tctttataat acagataaag tacattttac agatgcagga      720

tatctgtaca tagcagaatg catgtatgaa aagattacag gaaaaaaagc tccgattgaa      780

gaaaaggtga aaattccgca tacacagcag agcggagaaa caaactactt cacattcgca      840

gaaggaaaat gggaggcagg agatgcgcag catacatggt caaaaaaagt agatccggcg      900

catcctgaag caacctatta tgaagtgaaa tttacaggac ataagatcga tatctattcc      960

ggtaaaaaca gaatgatggg aaaagtgaag tatctgatcg acggtgagga aaaagcagag     1020

ggagaccttt ataatgctac taatatcaat tctacattca ttacaacgat ttccgattta     1080

gaagaaaaag aacacacatt aaaagcggtg gctacagggg aaagaaatgc atcaggaaca     1140

ggttcggaca ttctgatcga tgccgctgag gtgtatgtat atacttacag agaaccggaa     1200

gaagcaaaac ttcacggaac aattacagat aataatcttc agtataccca ggataaatta     1260

actgaggtaa aagcagcaaa caaaacagaa gatactttga atgcatggaa gaatgatacg     1320

gttacttctg agatttcttt agcttcgata gattcttctt atacagatgt aacagcgacg     1380

gcaagtgatt tcaccggaaa cggcaatacg attccgaaag caaatgtgga tttaaaattt     1440

attaaatcag ttcaggctta tacaggaatg ccgggatacg gtgatcctga cagagaagtt     1500

ccgaaaggaa gcagacagga agcaaatgaa gtgctttatc aggatgccgg aacagcgatg     1560

aatattggaa cgaacaaact tcagaatatc tgggtatctg tgaaagttcc ggcaggaaca     1620

gcggcaggta gttatacagg aacggttacg gtaacggcaa aagaattagc agaaccactt     1680

acatttactt atacgttaaa agttgctgat gcagaacttc cggatgcgac gaagtttaaa     1740

gatggttttg atatggaatt gtggcagaac ccgtatcgta tcgcagaata ttatgatgta     1800

acgccgtttt ctgaagagca ttttgaaatt ttaaaatccc acatgggatt atataaaaat     1860

gccggcggac atgccattac aactacaatc gtagaagagg cgtgggcagg ccagacatac     1920

ggggaaggaa ctgttaaatt cccttctatg gttaaatgga caaagaaagc ggatggaaaa     1980

tggagttttg attatacgga ttttgataaa tgggtaacgt ttaacaaaga cgttatgaaa     2040

atcggggaca agatcgtatg ttacagtatt gcgccttgga caaactcagt tgtttattat     2100

gatgaagcga caaagacaac agtaaaaaaa cgattgactc cgggttcaga agaatggaca     2160

acgatatgga cggcatttct gaatgatctt gcagaccatt tatatgaaaa aggctggttt     2220

aacgacgctt atatcggtat cgatgaaaga ggatttaata aggcggcgtt tgatttgatc     2280

gattcaatta aacgcggcat tccgacacct ttgaaattaa agagtgcggg agcgatggat     2340

ggatttgttg agaaaaaaga tcttgcaatg cgcgtagacg acctgaatgt aggttctatc     2400

gcggtaaagg cccatcctca gcagtttgaa gaaataagac aggctcgtga agatgcggga     2460

cttcgtacaa ctatttatac atgtacaggt cataaaccgg gtaacttttc attaagtgcg     2520

ccgggagaaa gctactggac aatgatgtat tcttattccg taggcggaga aggatatctt     2580

cgctgggcat atgactcatg ggttgagaat ccattggaag atacgactca caatgcattt     2640

gaagccgggg attgtttcct tgtattcccg gatgattctg aagcaaaagt tacaaaatca     2700

agtacacgtt ttgaaaaaat ggcagaaggt gtacgcgatg taaataaact tattaaaatg     2760

aaatcagatg ttccgagcat ggcggcaaaa gtggatgctt tgatggattc tgtaaaaccg     2820

acttatgcat caagcgcgta ttatctgaca gatgcgggaa aacaagaact tgcgtcggat     2880

atgaatacga tcaaaacaaa aattgccgag ctgacagaag aatatgtcgc attaaagaaa     2940

gcgggagtga ccgaggttga ctcagtatcg atcaacggag agaaagaggt tgaattacag     3000

cagggaggta caactcagct tgaagttaca gtccttccgg aaaatgtatt gaataacaca     3060

gtcacatggt cgaccgataa tccggcagtt gcagttgtga aagacggagc ggtaactgcg     3120

aagggatcag gccgcgctgt tattacggtg acatctaacc aaaatgaaga aaagaaagat     3180

tctgttacga tcgttgtaaa agaagctgag gttgaagaag gagcgcaggt ttcttactat     3240

tcatttgacg atgtgaaagg acagaagtta gaggatgaat ggggaaaacg tgacggtact     3300

cttgatgctt cctgcacaac cgaagccggc aaatcaggaa aagcgctgaa cgtaacacaa     3360

gacggaaaag gtgcagtgat tacgcagacg gcaggcgatc tgaatgacaa agactggacg     3420

atttcgtatt gggtaaagac tacgtcagaa tttaataaag agatttctgt attggaagat     3480

tccacaaaag cattttcctt ctcattgaag atggcggcag acagagtatc cggattccgt     3540

gtaggaaata atggcggaga cgtcttgtcg tatcagtatg atttcgagaa agacaagtgg     3600

tatcatatta catgggtgca ggataaagat cagggtcttg ccatgtatgt aaacggtaca     3660

agagtcggtg atatcaatgc atggacaaaa aataatccta ttaaaacacc tgcggatgtg     3720

atcggcggta ctggatttac aggtctgatc gatgaagtga aagtttataa ccgtgtattg     3780

aatgaaagtg aaatactttc cgcaatgaaa gtaaaaggat taaacattgc ggatacgaat     3840

ccaacggtaa atatcggaga aacgtatcag attacaacaa acttgataac agacgccgaa     3900

gataagacga ttacatatgt ctcaaacaag ccggaaattg caagtgtaaa tgaggacggt     3960

ttagtaacgg cgaacaagaa aggaaaagcg gtcattactg taacaggcgg cggatatacg     4020

gaaaaagtta cagtaaactg taagaaagta ttgtatgcaa attcaaggat tccacagtat     4080

gaattggcgg ataaatatct gaaagatatt gaaaaagctc cgaatacacc tagacagtat     4140

cttggacagc cggacatggt tcagacaaag acaggcagac tgattactgc ttatccgaca     4200

ggacacggtc atggaccgat tattatgcag attagtgatg atgaaggcga gacttggacg     4260

gagaagaaag atattccggc atcgtttgca acttgtcagg aaacacctac cttatataca     4320

ttggatatgg gtaatggaaa agaaagaatt atgctgattt cagcatgtcc gaactgggat     4380

ttacaaagag gcggatggga tactgcctac tctgatgatg acggagaaac ttggacagaa     4440

tataagaatc actggccttc ttttgacgga gcagagaaaa aacatacaat cgtagcaatg     4500

gcaagtcttg tgcagttaaa agatgaacag ggaaattaca ttcagaaatg gatgggtgtt     4560

ttccatgatt atggttatgt caacttcaag agctatctga catttgatga agacggaaat     4620

gaacagtgga gcgagccgga aagatattta gctgattata gaagtatcga aagcaaatat     4680

ggaatctgtg aagtcggaat gttccgctca ccggatggaa aacggatcat ggcgctggca     4740

agaagtgata aaaaaccaaa cttatccgtg atgttctatt ctgatgatga aggaaaaaca     4800

tggagtaaac cggaagaaat gcaaggttcg cttgcagggg aaagacataa agctgtatat     4860

gatccgatca gcggacgtct tttgatcaca ttccgtgaga tcgtatacaa agacggtaag     4920

cttgataaca actggatggc aggcgactgg gttgcatggg ttggaacata tgaagacctg     4980

ttagagcaaa acgaaggtga ataccgtata ctgatcgaag aagactgggc aatgaatgca     5040

aaatccggtg atacgggata tgcgggaatt ttagttctgg atgatggaac atttatcatg     5100

gattcttacg gacactttga cgaagagttt tctaagaatg catttgaatc aggtaattat     5160

aatgtaagaa cagatttatg ttatatcaaa caggcaaaat tcaaacttgg tgaaatcgag     5220

aatgaaaacg gtctgattga cagaagcgcc ctggaagcaa aaatcaatga agtaaaagat     5280

acgtcggcag aagggtacac agacacttct tatgcggcat ttgcaaaagc gctgacggat     5340

gcacagacag tatttgcaga ttcttccgca cagcagattc agattgatga agcgctgaaa     5400

gtattaactt cagcatttga aggtttggaa gaaagaccgg tagaaccgga gaaaccgacg     5460

gtagaaaaag ttgaaattaa agcaaatcct gctaagacag agtacaaaga aggggagaaa     5520

ttcgacccgg caggacttgt gcttacagtg aaatataaca aaggcgagga caaagaagta     5580

gcttacagtg atgcaacaaa ggcagacttc gcatttaatc cgtcacttga tacagcgctt     5640

acagaaggtg tgagcaaagt tgatgtaaca tatgcgggca agacggtaga aatcggtatt     5700

gaagtgaaag ctgac                                                      5715


<210>  3322
<211>  3756
<212>  DNA
<213>  Ruminococcus

<400>  3322
atgagtaatg tgaaacgtgt atttgtagag aagaagccgg agtttgctgt tgctgcgaag       60

gagctgggtc atgaaatccg ccattatctc ggtattacag atgtgacggg agtgcgtgtg      120

ctgattcgat atgatgtgga aaatatttca gatgaaactt ttgaaaaggc atgtcagggg      180

gtatttgcag aaccgcctgt agatattctt tataaagaga catttaatat gtctgatgcg      240

gatcacagct tttcggtaga gtatcttccg ggacagtttg atcaaagagc tgattcggca      300

gaacagtgtg taagatttat taaagaggat gaaacaccgg tgatccatac ggcaacgacg      360

tatgtgatcg aaggtacgat ttcggaagaa gaatttgcgg cgataaagaa tcattgtatc      420

aatccggttg attcaagaga agccggagaa gaaaaaccgg aaacactcgt gacggttttt      480

gatgatccgg aagatgtgat cgtatttgaa ggattcaaag aaatgaagga agacgaacta      540

gaaaagcttt atagttcatt ggggctggca atgactttta aagattttct tcatattcgc      600

aattattata aagatgaaga gcatagagat ccgacgatga cggagatccg agttcttgat      660

acatactggt ccgatcattg ccgtcataca acattttcga cagagttgaa ggaagtatct      720

tttaatgaag gtttttataa gaaaccgatt gaggatacat ataaagcata tctgaaagat      780

catagtgaga ttttcgctgg tagagaggac aagtttgtct gcctgatgga tctggcgttg      840

atggcaatgc gcagattgaa aaaagaagga aaacttcagg atcaggaaaa atcagatgaa      900

atcaatgcat gcagtattgt ggttccgatc aaagtggacg gcgtagaaga agagtggctg      960

atcaacttta aaaatgaaac gcataatcat ccgacggaaa tcgaaccgtt tggcggcgcg     1020

gctacatgtc ttggcggtgc gattcgagat ccgctgtcag gtcgtacata tgtatatcag     1080

gcaatgagag tgacaggagc tgcagatccg acagtatctg tagaagaaac attaaaagga     1140

aagcttccgc agaaaaaact tgttagggga gcggcttcag gctacagttc ttacggaaat     1200

cagataggat tggctacagg tcttgtaaaa gagatttatc atcctgatta tgttgcaaaa     1260

agaatggaaa taggagcggt attgggagcg gctccgagaa gggcggtaat ccgggagaat     1320

tctgatccgg gagatattat tattttgctt ggcggacgta caggacgtga cggctgtggc     1380

ggtgcgaccg gttcgtctaa agtgcataca gaagagtcga tcgaaacatg cggtgcggaa     1440

gttcagaaag gaaacccgcc tacagagcgt aagattcaaa gattattccg ccgtgaagag     1500

gtaagctgcc ttattaaaaa atgcaacgat ttcggtgcgg gaggagtgtc tgtggcaatc     1560

ggcgaactgg cagatggtct ccgggttgaa cttgataaag tgccgaagaa atatgcaggt     1620

ctcgacggaa cagaaattgc aatttcggaa tcccaggaaa gaatggctgt tgttgtagat     1680

ccaaaagatg tagagaagtt tatgtcctat gcgaaagaag agaatctgga agcgacggaa     1740

gtagcggttg ttacagaaga gccaagactt gttcttgtat ggagaggaaa agagattgtc     1800

aatctttccc gagcgttttt ggatacgaat ggagcgcatc aggaaacggc ggtagaagtg     1860

gaaatacctc gtcaagaaga aagtttattt gttaaaacag cagtaagtga tgtgaaggaa     1920

aaatggctgg atgtattaag cgatttgaat gtctgctctc agaaaggact tgttgagatg     1980

tttgacggtt caatcggcgc aggctcggtc tttatgcctc acggtggaaa atatcagatg     2040

acagagacac aggccatggt agcaaaggtt cccgtgcaaa acggaacaac tgacagtgtg     2100

tctatgatga gttatggatt tgacccgtat ctttcaagtt ggagtccgta tcatggcgca     2160

gcttacgcgg ttgttgaatc ggttgccaag atagttgcgg caggtggaga ttacagtaag     2220

atcagattta cgtttcagga atatttcaga agaatgtcag aagatccaaa acgttggagc     2280

cagccttttg cagcgcttct tggagcttat gcggcacaga tcggattcgg acttccgtcg     2340

atcggaggaa aagacagtat gtccggaaca tttcaggata tagatgttcc gccgactttg     2400

gtttcgtttg ctgtagatat ggcagtagaa aaagaaatta ttacgccgga attgaaagag     2460

gcaggaaata agcttgtgtg gctgaaggcg gctcgtgatg agtatgacct tcctgtttat     2520

agccggatta tggaacagta tagcaagttt acagaagata tcagaaatgg aagagttgtt     2580

tcggcttatg cgcttgacag acatggtgtt gtttcggcag tcagcaaaat ggcattcgga     2640

aatcaaatgg gtgtatgtct tgaaagcagt ttggataaag atgcgatttt tgctcctgca     2700

tttggcgata tcgtcgcaga ggttaaagca gacacgtttg aagagcttgt gggagaatat     2760

actttgatcg gtgaagtgac aaatgaaaag gcgttcgcat atggcgatgt gaagatcggt     2820

atggatgatg cgctggatgc atggacaaaa ccgcttgaaa aagtatttgc aacaaaatca     2880

gcggaaagtt cggatatacc ggtagaggaa aagttatacg atgcttcaac cgtacatgtg     2940

tgcagccata agatcggaca gcctacggtg tttattccgg tattcccggg tacaaactgt     3000

gagtatgaca gtgcgagggc ttttgagaga gccggtgcaa atgtgattac gaaggtgttt     3060

agaaacttag atgcagaaga catccgttct tcggtggaag agtttgaaaa agcgatttct     3120

aaagcgcaga ttattatgtt ccccggtgga tttagtgcgg gagatgaacc tgatggatcg     3180

gcaaagttct ttgcaacagc gtttagaaac gcaaagatta aagaagcggt agataaattg     3240

ctaaatgaac gcgacggact tgcattaggc gtatgcaatg gttttcaggc tttgatcaag     3300

cttggactcg ttccatatgg acagatcgtc ggacagaccg atgattctcc gactttgacg     3360

tataacacaa taggacgtca tatatcgaag atggtttata caaaagtggt tacaaataaa     3420

tctccatggc ttgcagaggc aaaactcgga ggcgtatata caaatcctgc gtctcatgga     3480

gaaggacgat ttgttgcgag tgaagaatgg attgacaagt tgtttgcgaa tggtcaggtg     3540

gcgacacaat attgtagtcc tgaaggacat attacgatgg atgaagaatg gaatgttaat     3600

ggatcttatc acgcgattga aggaatcaca agtccggacg gtcgagtgct cggaaaaatg     3660

gctcactctg aaagaagggg taattctgtt gcgattaata tttatggaga gcaggatctt     3720

aagatttttg aatccggagt aaaatatttt aagtaa                               3756


<210>  3323
<211>  3270
<212>  DNA
<213>  Ruminococcus

<400>  3323
gaaaatgaaa tgagaacatg ggacaataca ggaggaagaa agatggcaaa aagaaatgat       60

atccacaagg tacttatcat cggctccggc ccgatcatta tcggacaggc ttgtgaattc      120

gattattccg gaacacaggc ttgtaaagca ttgagaaatt taggatacga gattgtattg      180

gtgaattcaa acccggcgac aatcatgacg gatccggaga ttgctgacgt tacttatatt      240

gaacctttga atgttgacag aatagaacaa atcataaaaa aagaaagacc tgatgcatta      300

ctgccgaatc tcggtggaca gtccggtctt aatttatgct cagaactggc gcaggcgggc      360

gttttggaga aatataacgt agaagttatc ggcgtacagg tcgatgcgat cgagcgagga      420

gaagacagaa tcgaatttaa gcacacgatg gatcagctcg gtatagagat ggctcgaagc      480

gaggttgcat attctgtaga cgaggctctt gcgattgcgg agaagcttgg atatccggta      540

gttcttcgtc ctgcttatac gatgggcggc gcaggcggcg gtcttgtata taatgtagat      600

gaattgaaaa cagtatgcgc cagaggtctt caggcaagtc ttgtaggtca ggttcttgta      660

gaagaatcta tcttgggatg ggaagagctg gaacttgaag ttgtccgcga cgcagagggc      720

aatatgatca ctgtatgctt tatcgaaaat atcgatccgc tcggcgttca tacaggagat      780

tctttctgct ccgctccgat gcttacgatc tcagaagaag ttcagcagcg tctgcaggaa      840

aaatctcata aagtagtaga ttctgttaag gtgatcggcg gctgtaacgt acagtgggcg      900

catgatccga agacagacag agatatcatt atcgagatca acccgagaac gtctcgttct      960

tcggcgcttg catcgaaagc gacaggattc ccgatcgcgc ttgtatccgc aatgcttgcg     1020

acaggcatga cgctgaaaga tattccgtgc ggaaagtacg gtacattgga taaatacgtt     1080

cctgacggag attatgttgt gatcaagttc gcgcgctggg catttgagaa attcaaaggt     1140

gtggaagaca agcttggaac acagatgcgt gcggtaggcg aagtaatgag catcggtaag     1200

aacttcaaag aagcgttcca gaaagcgatt cgttctttgg agacaggaag atacggactc     1260

ggtcatgcga aagattttga cggaaaaaca aaagaagagc ttctcaagag tttgcggtat     1320

gcgacaagcg agcgttactt tgttatctac gaagcgctga gaaaaggagc ttctgtagaa     1380

gagatccatg aactgacaaa agtaaaacac tatttccttg agcagatgaa agagctggtg     1440

gaagaggaag aggctctgct tgcgtttaag ggaggtttgc cggaagacaa tgctcttatc     1500

gcggcgaaaa aagacggatt ctctgataaa tatttaagcc agattcttga agtggatgag     1560

gatgagatcc gcaataagag aatcagcctc ggcgttgagg aaacgtggga aggcgttcat     1620

gtaagcggaa cgcaggacag agcatattac tattcgacat ataacggaac ggacaaaaac     1680

ccgatcagtg aagagaaacc gaagatcatg atcttaggcg ggggaccgaa ccgtatcgga     1740

cagggaatcg agtttgacta ttgctgtgta catgcgtctc ttgctttgaa aaagcttggt     1800

ttcgagacga tcattgtcaa ctgtaaccct gaaacggtat ctacagacta tgacacatct     1860

gataaactgt attttgagcc gcttacactg gaagacgtac tgagcattta taagaaggaa     1920

aaaccggtcg gagtgatcgc gcagttcgga ggacagactc cgctgaacct tgcggcagat     1980

ctggaaagaa acggcgtgaa gatcttaggt acggctccgt ctgttatcga tctggcggaa     2040

gaccgcgatc tgttccgtga aatgatggat aagcttgaga ttccgatgcc tgagtcggga     2100

atggctgtta cggtggacga tgctcttgaa attgccgaga agatcggtta tccggttatg     2160

gtgcgtccgt cttatgtact tggcggccgt ggcatggaag ttgtatatga tgcggaaagc     2220

atggtaggat atatgaaagc agcagtcggt gtgacacctg accgtccgat tttgatcgac     2280

cgtttcctcg gacatgcaac agaatgtgaa gcagacgcga tcagcgacgg cacacatgcg     2340

tttgttccgg cggttatgga acatatcgag cttgcgggag tacattccgg agattcggca     2400

tgtattattc cttctaaaaa tatttcggaa gaaaatgtaa agacgatcaa agaatatacg     2460

agaaaaatcg cagaagagat gcatgtgaaa ggtcttatga acatgcagta tgcgatcgaa     2520

aacggaaaag tgtacgtatt ggaggcgaac cctcgtgcgt caagaacagt gccgcttgta     2580

tcgaaagtat gtaatatccg catggttccg cttgccatcg acattgtgac aagtgaactg     2640

acaggaagac cttcaccggt tccggcgtta aaagagcaga acattccgta ctacggagta     2700

aaagaagcgg tattcccgtt caatatgttc ccggaagtag acccgctgct cggaccggag     2760

atgagatcga ccggagaagt gctcggattg tccaaatctt tcggcgaagc attttataag     2820

gctcaggaag caacacagac aaagcttccg cttgaaggta cggtgctgat ctctgtaagc     2880

aatcgtgata agccggaagt tgtggaagtt gcggctgatt ttgcaaaagc gggattcaag     2940

atcattgcgt cagaccatac ttgcagcctg cttaaagaga acggaatcga agcagagaag     3000

atcaataagc ttcaggaagg ccgtccgaat atgcttgatg tgatcacgaa cggaaaagtt     3060

gacatgatcg tgaatacacc gtcaggaaaa gaaagtaaga atgacgacag ctatttgaga     3120

aaagctgcga tcaaaaagaa agttccgtat atgacgacaa tggctgctgc gaaagctgcc     3180

gcaaacggaa ttcttgcagt gaagaaacat ggaagcaaag aagtgaaatc acttcaggaa     3240

attcacggag aaattacgga caaagaatag                                      3270


<210>  3324
<211>  1545
<212>  DNA
<213>  Ruminococcus

<400>  3324
aaacagatga taaaagtaaa agaatacaga ggtcatataa gaaactggga agaactttgc       60

gaaagactgg atattcctct tgatctgaca agggaagagc gtgaggaaca gatccttgtg      120

aaggcatatg aaacatgggg aaatgagatg gcagatcaca tgcacgggat gtttgccttt      180

gccctgtggg atgaatcgga agagaaactg ttttgcttaa gagatcagtt tggaacaaaa      240

ccgttttatt attacgaaac ggcggacgga aaactgcttt acggaacaac gatccgaaag      300

attatggaac agccgggatt tgtaaaagaa ttaaacgaag agatgcttca gctttattta      360

agccttactt atgtggcggg cgaaaataca tttttccgcg gtctgaaaaa gctgcttccg      420

ggccggtatc ttgtatggca gaacggaaag cttacgatag agcgttattg gatgcctcag      480

tttcatccgg acaatagccg tacactggag cagtgggcag atgagatcca tacgacgata      540

ggcgagatca tgccggaagt aaaaacaaaa gaagagtatg cggagtcatt tttatcaggc      600

ggcgtcgatt cgtcttacgt tttggcaatg tcggatgtag agacgacaga ttcgtgcgga      660

tatgacgagg aacgctttga cgaatcgggt ctggcgaaac agacggctga tattttggga      720

agaaaaaatc ttcgatgccg gatcgctccg gaggaatatt tcgctgttgt cccgtatgtg      780

atgtacaata tggaacagcc gcttggagcc gcgtcggcga tcgcgtttgc cattgcgtgc      840

agagaaaccg caaagcatac gaaaatctgt tattcaggtg aaggcgcaga tgaatttttc      900

ggcggatata atatgtatcg caacgcagaa agatacgggg agaatttaaa gacattttat      960

gtcggaaata caaatatcat gaaagaggat gagaagaagc ggattttgaa aaaatacgat     1020

ccggacgtac ttccgatcga acttgcgcgg gggatttacg aggaaacgga aggtcttgat     1080

cctctgacta aaatgtctga tgtagatatt cagatctggc ttgaaggcga tatttatctc     1140

aatgtagata agatgagtct ggcagcggga cttgagataa gaatgccgct gacggacaga     1200

agaatttttg acattgcatc aagaatgccg tcggagtaca aggtaaatga agaacagaat     1260

aaagtcgctc ttcgtacagc ggctgcaaaa gtgcttccgg aagaaattgc atttcgcaag     1320

aaactcggat ttattgtgcc gattcgtatc tggatggcgg atgatcggta taatgcggac     1380

gtgagaagac tttttgcgag cgatatcgcg gaaaaattct ttcatgttga agagatacgg     1440

gctatttttg acgagtatgt aggaggcaat tcggataact ggagaaaagt gtggacaatc     1500

tatactttcc tcgtatggta tgaagagtat tttgtgaaaa gataa                     1545


<210>  3325
<211>  2088
<212>  DNA
<213>  Ruminococcus

<400>  3325
aaagggaaaa agaaaaatga atatggatta tggaaaaagg actggaaaaa gcgggttgga       60

gcgctagcac tctgtgcagg aatgataata acgggaacgt ctgtcgccgg agcacaggag      120

catccgcagt ttacggcgga tcaaacggag atacgattgg caaaggagga gctgcaaacg      180

gtgcagcttt ctatcgagga atatttgaag gagtgctgga agaacaaaca agaggtgatt      240

gatgtaagcg cgtataaact gaatgaagaa gaactgaata aggtcatctt cgggatacat      300

tatgaaaatc cggagtatta ttgggtgttg cgcaacactg ctattaataa agacgaggaa      360

acaggcttcg taaaaacgta ttatcaatat tacgagggaa cgacgggaaa acctcttgac      420

aggagcgaag aactggaacg ggaatgggaa gttgtaaagg aaaaaacgaa atattgtaaa      480

acggatatag aaaaagcgct ggtagtacat gagcacttgt gcgatacaat cgtgtattct      540

tccagactgc aggcggcggc tcatgacatt gaaggcgcaa tttttgagaa agaagctgtg      600

tgcgagggat atgcgcttgc gtataaatat tatatgaatc gtttggaaat tccgtgcaag      660

atcgtaagcg gaacgtcaaa tggtcagtct catgcgtgga atcagattca gcttaacggg      720

aattggtaca tggtagatcc gacatgggat gatgtggcga acagtcatga cgtaaagcat      780

cagtattttt tgtgcagtga gaataagttt ccgaatcatg tatggaacaa ggaaagcgaa      840

ctgtatgaaa cttgcagcga tacgacgtat gacaatttag actggaaaaa tgatcttcag      900

ggaatgtacg cttatcaggg cggactgtac cgctctaaat cgttgatcgt cggcggaaaa      960

gaagtgagcg gtatatggcg gatcgatgcg gaaaatatag agaaagaagc ggaattagtg     1020

cttccgatca cagatcagtg gcagctgaac tctgtcaatg tagtaagagg atattcacaa     1080

ctttcttatt atgacggaat gctttactac aatacgccgc gggctgtatg gagatggaat     1140

ttcgatcctg aatcagaacc tgagaaagta tttgaactgg atcagagtat tccgggcgaa     1200

atatgggatg cagaggctgc aaacgggaag atttattacg agacaggcgt ttatgaaaaa     1260

ggagagagac agaaggggca atatgtgttt gacgaagatt accggaaagc aaagcatccg     1320

atcgcagtaa ccaaaccggt tatgacagtt gtaatgggcg gtgaaaatgt gttcctgcag     1380

tcggcggctc cggggaacgt aacatatacg tcgaagaatc ctgagatctg cgacgttcaa     1440

gttgtgtgga aagacgagtc ctgtcagctg attcctaaaa aagccgggga gacgatcgta     1500

acggttcatg cagatccgac ggatcattat gcggaaggtg cggtagatgt aaaagtgatc     1560

gttaaagagc gggatgatat tgaagaaaag atcactcttc aatatgaagc cggagacgga     1620

ggaagtatag cagcagttga tgcggcaaca gggaaaatac ttgaaaacgg agcaaagatc     1680

aaaccgaatg cagaagttca gtttacggcg tctccaaatt ccggttattc tgtgaaaaac     1740

tgggttgtaa acggagaagt atataaggaa aacggcatcg tttatacagg catggaatta     1800

aagcgcgcga tcaccgcttc atctgacagc gtgaaagttg aatttgtaaa agatgagccg     1860

gcatttgtga agggcgatgt aaatttaagt gggaaggtcg agatcggcga tgttcgtgaa     1920

gccttgagaa gtatatgcaa aaagacagaa ctgacagcgc ttcagaagca ggcggcggat     1980

gtaaatgaaa acggaaacgt tgatatagaa gatttaagga agatcttaag atttgtctgc     2040

ggaaagatcg atcaactgaa tatggaagaa agcggggcgt caaaatga                  2088


<210>  3326
<211>  2199
<212>  DNA
<213>  Ruminococcus

<400>  3326
ttggctaata taaaaggttt ttttacaaaa gtcagaaatc tgaaaaaaga agatattaag       60

gaacacttta aaaagaggaa agaacgcagg cagatgatct tggaaaaacg gcgcaatgga      120

aagttcgcca agaagatgca gccggtttat aagtggatga accggctgtc tgttccgctt      180

cagtttctgc ttgcatgtat cattaacttt ttcatcgaag tcatctcaag actttcgttt      240

ggagaggcgt gggcgtatct tacaaaaacg ccgcttgtgt ttttgtataa ttcatgcatg      300

atattcgtta catttacgat cgtttatctg gtgcgaaggc gtgtgtttac aagaatattg      360

ctcagcgtgt tctggctgtt tttgggaatc tgcaacggat atctgctgac gaagcgtgta      420

acccccttta atgcacaaga tttgaaagtc ctttcagacg cattggagtt gacgggaaat      480

tattttaaca cgtttgagct tattatgatc attatcggtg tgaccgcttt gatcgtatgg      540

gtcgtttcga tgtggaaacg gggcggacag tacacaggaa agatgcaccg ctggatcgcg      600

cttggcggag ttgtcgcttc ctttgtcggc tgtatggcgc tgacaaatct ggcgattgac      660

aaacgtgtca tttctaatta cttcggaaac attgcgtttg catatgaaga ttatggattt      720

ccgtattgct tctcggcaag tttgtttaat acagggatca acgagccgac aggatatggc      780

aaagagacga tggagaagat caacgaagaa gaaaaactga cgaaaagttc gacgggaaga      840

tcggaagaac agcgtccgaa tattattttc gtacagcttg agtcgttttt cgatccgaca      900

gaggtagagt ggcttcgctt ctccgaagat ccgatcccga atttgagaaa aatgttcagc      960

gaatattcaa gcggatactt taaagtgccg tcagtcggcg cgggaacggc aaacacagaa     1020

tttgaagttc tcacaggaat gagtatgcgt ttcttcggac cgggagaata cccatataaa     1080

acatatgcaa agactcgtac gttagagagc gcggcgtctg cccttaaagg gcttggatac     1140

ggcgccgaag ctcttcataa taacggagga aatttctaca gccgcgccca ggtatttaac     1200

aacatgggat ttgatcatta cacaagtaag gagtttatga atatactcca gacaacgccg     1260

aaaggatggg cgacagacga tattctcgtt ccgaatatta tggagtctat ggatacgacc     1320

gaagggcagg actttgtgtt tacagtcagc gtagaaggtc acggagagta tccgacagaa     1380

aaagtgttgg aagatccgga gatcgttgta agcggcgtgg aagatgaagg cgaaagaaat     1440

gcatgggaat attatgtaaa tcttgtccat gcaatggatg aatttgccgg agatctcgta     1500

cgcgccgtgg aggaaagaaa cgagccgact gtacttgtgt tctacggcga tcatcttccg     1560

acgatgaatc tggaagcaaa agacctaaag agcagatatc tgtacaatac aaattatgtt     1620

atatgggata acatcgggtt agagaaaaag gacggaaacg tagcggcata tcaggtgatg     1680

gcagatgtgt ttgaaagact ggatatccat gccggaacag tattcaacta tcatcagcag     1740

cgccgccata cgaaaaatta tctggcagac ctggaactgc tgcagtacga tatcatgtac     1800

ggcgatcagt acgtttacgc agaagaaggc tctccgatga aagaaggcca tatgtatatg     1860

ggcgtaaaag acgccgtgat ctcacaggtg acagaacaat ataataaaac atacagtatt     1920

tacggagaga attttacgaa acaaagtaaa gtatttatta acggggaaaa gcaaaagacg     1980

acgtttttaa ataacacccg tctggatctg aaagagtcaa aactttccga cggagacacg     2040

atcatggtag cgcaggtcgg atcgagcaat acgacgtttc ggacgacgaa gacgtataag     2100

tataacgccg gaacgctgac cgagatgccg ccggaaaaag atgcgccgga aaacggcaga     2160

caggcgtttg tcgttgagaa ggaagaaaaa gaaaaatga                            2199


<210>  3327
<211>  1350
<212>  DNA
<213>  Ruminococcus

<400>  3327
atgaaagaag gtaaaattac attgtcacaa gaacaactga aaacgctgac tgtcatcaac       60

cgtttcattg acaagtctat ttccagacaa caggctgctg aacttttggg tctctccaca      120

cgccagatca cacgcttaaa gaaaggagtc cttacctctg gcgctcaatc cctcattcat      180

aaaaataccg gtagaaaacc cgttcactcc gtttctgacg aattgaagga agctgtcctt      240

aagatttatt cccgcccaga attctctaat gccaacttcc tccatttcaa agatatactc      300

tctgcagatt tcggaattca actttcctac tctgctcttt ccagtatact aaaaaatgct      360

ggttttgaaa gccctaaaaa gaaaaaaatc cgacaccgca cacatcggcg caaacgtaag      420

ccccatcccg gacagctcat ccagatcgat gccacgcctt acgagtggtt tgggggaaat      480

atcaaatacg cccttcatgg tgctatcgat gatgctaccg ggcaggtcgt cggacttttc      540

ctgacacaga atgaatgcct ttacggttat ctggaaacca tgcgtcaatg ctgctctgat      600

ttcggcatcc cacagacggt ttattctgac aaccatacca tcttccgttc tcctaaaacc      660

ggaaagctga ctgttgatga actaatcgca ggcaagactg tccatcttac ccagttcgga      720

cgttccctgc acgaattggg cattgacctt attttcgcaa agactcctca ggcaaagggg      780

cggattgaac gtttatgggt cacactgcag agcaggctcc ctgttgagtt cgcaaaacgt      840

gggattacta ctgtgtcaga agcaaaccgt tttctggaaa cagagtacag ggaacttttc      900

aatcagaggt ttgccgttga gccggaagca gagtctattt ttgtctctgc cgcaaaagat      960

ttgaatctgg attccatcct ttgtgtaaag cacacgagaa aaacagatgc agccgggaca     1020

ttttcgttta aaaatcggtg ttttcaaatc ctagatgagg gatttccgat tatcaatgcc     1080

cgccgtgaga tcactgtatt aattaaccca cgttttggaa ttcgtgtaga gtacggcgga     1140

cgaatctata ataccatccg ttatctgaaa cctcagaaca aaaatgccaa tacagaagtt     1200

ccccaaaaag tgtcaaaaac agtagaacca caccttcagc tgcgtcacag cagtgatgaa     1260

tggaaagcaa tctggtggat ggaggattat aatctgtcac ttaaattttt atatgagcta     1320

tttttcgaga agcagcagtc agcttcataa                                      1350


<210>  3328
<211>  1275
<212>  DNA
<213>  Ruminococcus

<400>  3328
atgaagagaa aaatagcttt aatcacaatg gcggcggtaa tggcactgtc agttactgcg       60

tgtggaggag gatctgacag cggaaagtca gcgtcaaata attcttccgg atcggaagtg      120

gcaaataagg acaaaccgtt ggtatggttc aacagacagc cgtcaaacag ttccacggga      180

gaattggaca tgacagcatt gaacttcaat aaagatacat attatgtagg atttgatgca      240

aatcagggtg ctgaacttca gggaactatg gtaaaagact atatcgaaaa aaatatagat      300

aaaattgacc gtaacggtga cggagtgatc ggatatgttc tggctatcgg agatatcgga      360

cataacgatt ctatcgcacg tacaagaggt gtccgtaaag ctcttggtac aggcgtagag      420

aaagacggag atatcgacag cgctccgatc ggaacaaatg cagacggaac tgcaactgct      480

gtaaaggacg gaacgattga agccggcgga aagaaatatg tagtaagaga acttgcttct      540

caggagatga agaactctgc aggagcaaca tgggatgcgg ctacagcagg aaattcaatc      600

ggcacatggt cctcttcatt tggggaaaac atagacgttg tagtttccaa caatgacgga      660

atgggaatgt caatgtttaa tgcatggtca aaagataata aagtacctac tttcggatac      720

gatgcaaata atgacgcggt agctgctatt gcagaaggtt acggcggaac gatcagccaa      780

catgcagacg tacaggcata tttgacattg cgtgttatcc gtaatgcact tgatggcgta      840

gatattgata caggtatcgg tacagaagat gaagcaggca atgttttgtc tgaagatgta      900

tatacataca atgaagagca gcgttcttac tatgcgttga atgtagcggt tacagctgat      960

aactatcagg aatttacaga ttctacaaaa gtatatgagc cggtatccaa acagctggat     1020

gagaaagaac atgcgaaaaa gaaagtatgg ctgaacattt acaatgcttc cgataacttc     1080

ttaagttcta cataccagcc gcttcttaag aactatgatg atcttcttaa tttagacgtt     1140

gagtatatcg gcggtgacgg acagacagag tccaatatta caaaccgtct tggaaatcct     1200

agccagtatg atgcgtttgc gattaacatg gtaaaaacag ataatgcggc ttcctataca     1260

tcattacttc agtaa                                                      1275


<210>  3329
<211>  3816
<212>  DNA
<213>  Ruminococcus

<400>  3329
atgaagaaga aatgggtgag cggaatgctc gcgctcttgc ttgtcggaac gactgtcgga       60

tcgatgatgc cgacagaggc ggtgcaggca gaagaaaaca gtcagggaaa gacgtattat      120

gtcgattctg aaaacggaaa agatacaaac gacggacttt ctgaaggaaa agcatttcag      180

acactgaaca aagtaaatga tcttacgctc ggagcgggag accgagttct tttgaaaaac      240

ggatcggtgt ttgaggatca ggcgcttcat attaaaggaa gcggaagtga aaacgctcct      300

attaaaattt ctacatatgg ggatgagaaa gacggacgtc ctcagatcaa tacaaacggt      360

catggacaat gggaattaaa ttacgggcac aaacttgaca atcagaacca taagtggcac      420

ggaacagtat cttcgtctat tttgctgaaa gatgtagaat atatcgaaat cgaaggactg      480

gagattacaa atgaccggga ttccgcaaca gatgcagaga aagataaaaa ttataaatac      540

aatgacgcgg aatgcatgga caggacaggc gttgccggag ttgcaaaaaa caaaggaacg      600

gttgaccata tcgtattgaa cgatctgtat atccatgatg tgacaggcaa tgtttacaat      660

aaacatatga caaacggcgg tatttatttt attgttgaaa agccggagaa cgagagcgcg      720

acgggaattg ccagatataa tgatgtgacg atacaaaact gctatcttga tacggtaaac      780

cgttggggaa ttgcggtcgg atatacatat gaatgggcaa aattcaacgg cggcgcttta      840

agtgatgaga cgatgaaaac atacgcgtcc tcagacgttg tgatccagaa caattatttg      900

aataatgtcg gcggagacgc gatcacgaca atgtatatcg acagaccggt catccagtat      960

aatgtatcgg aaaatgcggc ggctcagatt aatacgacag attatacaga tccgcagcca     1020

cagcttgacg caaacggaaa tccaaacgga aagacgcata caggaggaag agtcgcggca     1080

ggtatctggc cgtggaaatg taaaaatgcg gtgttccaat ataatgaatg ttttaagacg     1140

ttaaatgcct caaaaggaaa cggagacgga cagccgtggg atgcagatta tggagacggt     1200

acaaattatc aatataatta cagccacgga aatacggcaa gtacgattat gttctgcgga     1260

ggcgaatcga tcaataatac gttccgttat aacatcagcg tacatgaaga tatgggaccg     1320

cttgatccgg caggaaacgc aggaaataca caggtgtaca ataacacatt tgtgatcaaa     1380

gaaggaatcc ggtcgatctg gtacagagat tccggcccgg ttacgatgga aaacaatatt     1440

ttctattttg acggagagca gccggcgcag attacaaact ggaatccgcg taataataaa     1500

gtttattcca acaatctgtt ttataatgta agttcttatc cggatgataa ggctgctgtg     1560

aaagtggaaa aaggaactcc ggttcttgca gacgcagcgt caggtccggt aaaagctgca     1620

gaagacaaac aggcaagacg gcatgaagat ccgacggaaa taaccgtttt tgatggattt     1680

aaactggcgg aaaattcgcc ggcgatcaat aaaggaaaag tagtgattga ccgtaacggt     1740

tattcaatcg atcacgattt cttcggacat gcagttacgg cgacgccgga aatcggagct     1800

gcggaaagcg atgtgatcgg agatctcgtt cttcgttccg tagtttatca aatcgatcag     1860

gaatcaaaga cgatcagcga tataccgaaa aatacaacag tagaacagtt ttgcaaagat     1920

tcgattgtag atacgggagt gacgatcact gttaagtcaa aagacggcaa gccgttggaa     1980

aatgcagata tcattaaagg cggcatgaca gtaaccgttt cctgtgaagg aaaagaggct     2040

gttgtatata cggtagttgc aagttcggat aataaactga agtctgcata ttatgaagtg     2100

aaagacaaaa cgatctatgt gccgtttaca gagaagaatc cgacaacggc aggcgagctg     2160

aaaggaaatg ttcaagcggc tgaaacagcg gaagtatctg tagtaagcgg tgaaaaaacg     2220

ttgaaagatc aggaaaatat cgcagatgcc atgacaatga ggatcacggc ggaagacggt     2280

aagacgaacg attacacgat caagcagaaa aatacatata actgggcgtt ggattatgca     2340

ggaccgcagc agggaaatgt atggtttggt cagaagaaag cggcatcagg agagtggacg     2400

gagataaaag agtatgacag tcagtatccg aactggatgg taaatacata ctacggtccg     2460

ggaatcgacg agcaaagcca ttccgcaaaa ccgacagaag caacgcacgg tcttctttcc     2520

gctccaccga gcacaggaat ttctactgct atggcgtata gagtgccgaa agacggaata     2580

gtatcattcc atgtaaaaga tgacgagccg tatttgagac aaaacggaaa cagcggcgga     2640

acagtaacat taaaactgtt agtaaatgat gaagaaaagc aaagtgttat tcttgaacag     2700

agtaaagttc aggcaaaaga ctggaaagcg tttgataaga ttgaagtgaa acgcggagat     2760

tatatccgtg ttgcggcaat ttcaaacgga aatcctacaa agccgtctgt tcatgtgaca     2820

ccgatcatta cttatcttaa cgaaggcgga acacctgcac ctgaaccgac tccggaattg     2880

aaagctccgg ttgacgtgaa agtttcggaa gttaccgaga caagcgcaaa agtatcatgg     2940

aagaatgcgg cggacggaaa agaagcggca ggatacaacg tatatgttga cggaacaaaa     3000

gtgaatgaag aacttattgc agagacaaca tataacgtaa gcagcttgaa agacggaacg     3060

acttactctg tagaagtgac ggcggtagac gcagacggag aagagtcggc aaaatcagaa     3120

aaagttgaat ttacaacagt aaagaaagtt gttgttgaca aagaagcgct gaaggcgaat     3180

attgaaagag catccgctct tttgaacgag acagacaagt atacggaaga gtctttaaaa     3240

gcgcttgaag aagctttggc agccgcacag aaagtaaaca gtgatccgaa agcagatcag     3300

acaaaagtaa atgatgcgaa caaagcgctt gaaaaagcaa tcaaagactt gaaagagcag     3360

gagaaaccgg atcccgaacc gactccggaa ttgaaagctc cggtcgacgt aaaagtttcg     3420

gaaattaccg agacaagcgc aaaagcatca tggaagaacg cggcggacgg aaaagaagcg     3480

gcaggataca acgtatatgt tgacggtgta aaattgaaca aagaacttct tacagaagca     3540

tcttgcggat tgacaaatct gaaagcagag actacatatt ttgtagaagt gacggcggta     3600

gacgcagccg gaaatgaatc tgttaaatca gaaaaagtga cgtttaagac attgaaagct     3660

gaagaacaga aggaagattc gacaccggaa aataatgaaa aaccgggtgc ggtacagacg     3720

ggagatcatg caaacgtatt tgtatggatg atcggacttc ttatatcagc gtcggcggct     3780

gtggctgtaa tgttcaaaag gaataaaaat cgttaa                               3816


<210>  3330
<211>  4506
<212>  DNA
<213>  Ruminococcus

<400>  3330
atgaaaaata aaattgtgaa aaaaggggaa aggaaaagta tgaaaaagag aaagtatctg       60

gcattgttat tagctgccgg aatgatcgtg cagacagctc tttcgaccgg cggagttgtg      120

caggttcagg ctgccgaaga cacatacgtt aaaacggatg agctgacaga caacgatacg      180

gcggcgccga agaaggatag tgttataccg tcaaagaatc agtatgagta tcagaaacag      240

gaactggcgg ctttttgtca ttttggaatg aatacatata ccggaagcga gtgggggaac      300

ggaaaagaaa atccgaatca gtttcagctg acaaatgatt ttgatgaaga aacttatgta      360

aaagcgattc atgacgcagg gtttaagaaa ctgatcatta cggcaaagca tcatgacggt      420

ttctgcatat ggccaagtga aatgacgaca catgataccg aaacggcagg ttatgaaggc      480

gacgttttag aagaactttc cagagcgtgt acaaaatata atattgacat gggactgtat      540

ctttccccgt gggatgtaaa tagtgaatat tatggttaca aagataagga tggaaaaaaa      600

cttgtcggag ctgacggaca gccgttgaat ggaaaaacat gggatcaggt aaaacaagaa      660

gacgctcttg attataacga atactatgat aatcagttga aagagattct tggaaatgat      720

aagtacggaa acaacggtca ttttaaagaa gtttggatgg acggcgcaaa agatacgaac      780

gacaagagca atgcgcagga ttatgatttc cagagatggt ttaagacaat tcagcaatac      840

gagggaaaag caagcggaaa gtacgaggat gattgccttc ttttcggcgc ggaatcttat      900

acaactgtaa gatggatcgg aaatgagaga ggatatgcgg ctgaagaaac gtgggcaaag      960

tcaacaatcg acagagagaa taatacgatc aatagtaaca gtagagacgg atatacgaaa     1020

ggatttccga atggaaatca gtggactgtg ccggaggcgg atacaaagat tacgtcaggc     1080

tggttctggg gagaaagcaa gaaaacgcct ctttcgatgg agcagcttgc aggtatttat     1140

ttcggatcgg ttggacacaa cgctacattg ttactgaatg ttcccccgaa taaacaagga     1200

acggtagatg cggatattct tgctcgtgtg gcagagttcg gaaaagcagt tcaaaatacg     1260

tttgataaga acttggctga aaaagcgtct gtttctgcga cagaagtaag aggaaactca     1320

aagaaatatt caccggagaa tctgctcgac ggaaatgatg agacttattg gacagtagga     1380

gacggtacga caagcggaaa agtattgatc gatttgggag aatccaaaaa gttcgatgtt     1440

gtgtcgatag aagaggcaat ccagtttgga cagcgtatcg gatctttcaa agtagaatat     1500

aaaaacggta atggagaatg gaagacgttt gaccagggaa caacgatcgg agcaaaacgt     1560

ctctgtcgta aaaaagctgt aaaagcggat aagcttcgta ttacagttac tgctcataac     1620

caggcggaaa ataaagttcc gatattaagc gagattggcg tatatgaggc tgcggaagga     1680

tttgaacttg gaacgggtat cccgtcaggt ctgcagacga aagatgaccg tggatttacg     1740

cttagcagcg gatggcatca ggaaacgaac gatcagatga tagaaggaac gggtatctgg     1800

atcaacggaa acggaaatgg ggcgaatgcg ccatatgcgg agacgaagtt taaaggtacg     1860

aaggcatggg ttatcggtac gatcgatcaa aaacacggtc cggcagatgt atatattgac     1920

gggaagaaag ttgcatcgat taatacatat tctgcaacaa gaaagttggg acagatttta     1980

tatgaaacga atacgttaga agacaaagag catactctta agattgtaaa tacagggtct     2040

aatactcagg ctgtaggatt agatgcagtt gcgtatcttg ataacggtgg aaagggaatg     2100

gtagaacttg aaaaagatgc ctatcgagtg aatgaagata caaaataccc aattaagctg     2160

aaacgcgtcg gaggtacgaa cggtgaattg acagtgcagt ttgaggttgc tccgggaagc     2220

gcatatcaga agcattttga tgctgatgga aatatgacag taacatttaa ggatggacag     2280

gaagaggcag aagcatttgt cacaacgaag cgtgtgaagg aaaaagaagg tgacgtttat     2340

ttttctgctt atttaagcgc tccgacagaa gatgttcttc tgggattcat tacaaaagca     2400

aagattacga ttgcagatac agaatcttat gacaagcagg aacttcttga caagatcaaa     2460

gaaacagaga aagcgggata tcaggaatca ctttatacaa cagcaagtta taaaaattat     2520

gtagatgcat taaaagcagc caaagaagcg gcaaagaaag caaacttgac tcaggaagaa     2580

gctgcaaaag catgtgcggc tcttgatgcg gcaatcgcaa gtttgacaaa acgaagtaca     2640

ttcagtgaaa cagacagact gcagttccct aaagtaaaag gacgtagtac gactgtagaa     2700

gcggaatatt ttgtattaga ttcgtctaaa gctgaaaaag gtaaagaggt tcgcattcag     2760

ccggatacag gtgcaagtaa tggggcaaaa gtaggatggt ttgaaaaagg taatgtgata     2820

aaagcgccat tccatgctga aaaagaagga aaatatacag taactgtgac ataccaaagt     2880

ggaagagatt ctggcaatcc gaataaaatt aactggggtg gaacgaatgt agacagcggt     2940

tcggtcaatg tagtaggaaa gaatacacag aatcctgttt ttgaagagaa gtcatttgac     3000

attaatgtga caaaagcagg tgatggtgag ttagtgctta ctgcagatgc aagttcgtct     3060

cctaatattg acaagtttgt tatcacagcg aaagaagttt ctgctgcaac atataagatt     3120

acggcgacag caggagagca tggtaagatt gaaggcgtta caggtacgga agtgacagta     3180

gaagaaggcg cgagccatac gttcaagttt gtaccggatg aaaattatgc ggtaaaagat     3240

gttatcgtag acggcaactc gattggcgcg gtagattctt atacatttga tgatgtgacg     3300

gcaaatggcc atacgattga agtacagttt gaaaaggcag tttatgcaga agataaccga     3360

tttgtattcc caacggatgg taatacaaaa acagctgagg cagagagatt tgagattcat     3420

gatgtaaaag atccgacaga tggtgaatgg cattgcggag taactgcgaa agactgggca     3480

agtggcggaa agattgtaaa tgcgatgaat aaaggggata cgattaccct ttactatgat     3540

gcaccgcaga caggcgaata tacagtgacg gtatattata gaagcggaaa tccgcagaat     3600

ggtcttacat gggctgaaaa agatggaaaa atcaaatcag gaaatgtgac agcaggagca     3660

ggagatagtg cagcggcaac acatacgaca gagtttacac tgaatgtaga gacggcaggt     3720

ccgggatgtc ttgtattcac agcaccggat gcgaaagctc cgcagttgga taaattcgat     3780

atcaagagtc cgggaacacc ggttcctccg atttctgcag tagagcttga agcggcagtt     3840

gaggctgcta agggattaga tctgaatgat tacaaagatg acgatgccaa aactgcattt     3900

actgcaaaac tggaagaggc ggaaaaactt cttgcagaca ttgccggcgg aagctttgcg     3960

ggaacacagg acgatgtgaa tcagatggca aaagagctga aagctgcaca ggatgctttg     4020

aatgaaaaag atcagactcc tcaggtgaat aaagatacgc ttaaggaggc aatcggcaag     4080

gcggaagcgc ttgatctgac acagtataaa gaagaaggta aggcagagtt taatgcggct     4140

cttcaaaatg caaaggctgt tcttgaaaaa gcagatgcag atcaggatga aatcgatcag     4200

gcaacgcttg cattgaatac ggcaatccag aatctgaaac cggtcgacgg cggaagcggc     4260

gatggaaacg gtgaaggaaa cggaaatgga agcacaggcg gaaacggaaa cggcagtgga     4320

agcacaggcg gaagcggaaa cggtagtgga aacgcaggcg gaaatggaag tacaggaggc     4380

agcggcacag gaaattcggc agtgcagaca ggcgacagct caaacctgtt tgtatatgcg     4440

ggaacattac tccttgcagc ggcagcgttc gtattcggat tcagaagaag aaatcaggaa     4500

aaataa                                                                4506


<210>  3331
<211>  1410
<212>  DNA
<213>  Ruminococcus

<400>  3331
atgtttgcgt gtagaaattt aaatctgtca tataaaggaa acaaaatact aaaagatata       60

cattttcata ttcctgaagg aacggttttt tgtataacgg gagaatccgg atccggcaaa      120

agcagtttat taaaagtaat caatgggata atccctgaga ttaccgaggc ggaaatttca      180

ggagaaataa aattaaacga tatgcggtta aatgagatgg atattgcaca gagaagccgg      240

tatatttcga ccgtatatca aaatccgaaa acacagtttt attgcgttga gtctacggat      300

gaactggcgt ttcctttgga aaacagaaat ctgccgaagg atgagatggt taagataata      360

aaaaaatata cggagctgct cgatacggaa aagcttttaa acagaaatat tttttcactg      420

tcaggcggag aaaagcagct tatggcaatt acaagtgtga tgacgatgga caatcaagta      480

tatcttttcg atgagccgtc ggcttctttg gatcatcatt cgatcggtct tttgaaaaaa      540

tgcatcgccg agctgaaacg aaaagggaaa atcgtgataa ttgccgaaca cagactgtat      600

tatctgaaag agatcatgga ttatctggct gttttaaaag aaggaaaact ggaaatgatc      660

tctgtggaag acttagatca tgacaagatc tgcagactga aggagacgta tgccttaagg      720

agttttgaag aaatcaggaa agaagagctg ttatcggata atccctgcta tcagatccag      780

atgctgaaca aaacgaaaaa cggagaaaag gataagaata ttttaaaatg taaaaatttt      840

gcacaaagct ttaaaaatac gaaaatcatg gatatcgggg aaatcggatt ttcggaagga      900

atatatttta ttataggaga gaatggagtc gggaagtcca cattcattaa aaagatggca      960

aaactgctga aaggaaaagg aaaatctttt tactgcggga atgaaataaa aagatcttat     1020

gaatatatct ccatggtgat gcaggatgta aattatcaga tattcacaga atctgtatgg     1080

tcggaaatat ccatcgtcag tcaggacgat gcaaaaaagg agcgggtgtt gaaagagttg     1140

atgctttatg acaagaaaga cagtcatcca caatctttgt ccggaggaga aaagcaaaga     1200

cttatgatcg cactcgctat agtaagtttg aaaccgatcg tgatattaga cgagccgaca     1260

agcgggcttt gtaaagggca gatggcgtcc actgtcaaat atttacaaaa gatgaaagaa     1320

gaaggaaaaa cagtaattgt aataactcac gattatgaat ttataaagga atgtaaagga     1380

gttgtctatg aatttttaaa tacaatttaa                                      1410


<210>  3332
<211>  2646
<212>  DNA
<213>  Ruminococcus

<400>  3332
atgagcaaag aactggcaaa gacatatgat ccgaaagcga tcgaagaaaa attatatgag       60

aagtggtgtg aaaacaaata ttttcacgct gaggttgaca ggagcagaaa accgtttaca      120

acggtgatgc cgcctccgaa cattaccgga aaacttcata tgggtcatgc gcttgacaac      180

acattgcagg atatcctgat ccgttataag agaatggaag gctacaatgc gttatggatt      240

ccgggaacgg accatgcggc tatctctaca gaagtaaaag ttacgaatca gctcaaagaa      300

gaaggtattg ataagaaaga acttggacgg gaaggattcc ttgagcgtac atggcagtgg      360

aaagaagagt atgccggaac aatcgagaat cagcttaaga agctcggtat ttcctgcgac      420

tgggacagag agcgttttac gatggatgag ggatgctcga aagcggttga agaagtattt      480

atcaaattat atgaaaaagg atatatttac aaaggatcaa ggatcatcaa ctggtgtccg      540

aaatgtaaga catctctttc agatgcagag gtagagcatg aagagcagga aggacatttc      600

tggcatatca aatatccgat cgtaggaaca gaccgtttcc ttgagatcgc gacaacgcgt      660

ccggagacgc ttcttggaga tacggcgatc gcggtacatc ctgatgacga gagatatcag      720

gatattatcg gcaaaaacgt gatccttccg cttgtaaaca gagagatccc gatcgtggcg      780

gattactatg tagacaaaga gttcggaaca ggagcggtaa agatcactcc ggcacatgac      840

ccgaatgact ttgaagtagg aaaacgtcat gatctggaag agatcaatgt aatgaacgat      900

gacgctacga tcaatgaaaa gggcggaaaa tacgcaggta tggaacgcta tgaggcgaga      960

aaggcaatcg taaaagatct tgaagagcag ggatatctcg tgaaagttgt tccgcataca     1020

catgcagtcg gaacacacga ccgatgcggt acgacagttg agccgctcat caaacagcag     1080

tggttcgtga agatggaaga gcttgcaaaa ccggcgatcg aggcgctcaa aagcggagaa     1140

ttaaaatttg tgcctgaacg tttcgataag atttatcttc actggcttga aaatatcaaa     1200

gactggtgta tttccagaca gatctggtgg ggacacagaa ttccggcata ttactgtgac     1260

gaatgcggag aatttgtcgt agacagacac gctccggaga aatgcccgca ttgcggatgc     1320

acgcatttta cacaggatga agatacgctt gatacatggt tttcatcagc gctctggccg     1380

ttctctacac tcggctggcc tgataagacg gaagatcttg attacttcta tccgacagac     1440

gtgcttgtga caggatacga catcattttt ttctgggtga tccgtatggt attctcagga     1500

tatgagcata caggaaaatc tccgttccac acagtactga tccacggact tgtaagagat     1560

tcacaaggcc gaaagatgag taagtcttta ggaaacggaa tcgatccgct ggagatcatc     1620

gacaagtacg gcgcggacgc acttcgtctg actcttgtta ccggaaatgc accgggaaat     1680

gacatgcgtt tctataatga gagagttgag gcaagccgta actttgccaa taaagtatgg     1740

aacgcatccc gtttcattat gatgaatatg gatgaaaata ttattgacga accgtctcat     1800

gatctgttta ctccggcaga cagatggatc ttatcggctg cgaatacgct tgcaaaagac     1860

gtgacggaca atatggacaa atttgagctt ggtattgcgg ttcagaaagt atatgacttt     1920

atatgggatg agttctgcga ctggtatgta gagatggcaa aattccgtat ttaccacaaa     1980

gaggaagctc cggaggccgc aaactgcgct ctctgggtat tgaaaactgt gttggctcag     2040

ggattgaaac tgcttcaccc gtttatgccg tttataacag aagagattta cggggcgctc     2100

gttccggagg aagagtcgct tatgatgtcc gagtggccga aatacaaaga agagtggaat     2160

tttgcgcagg atgagtttgt catggaacgc gtgaaagcgg tgacaagagg catccgaaac     2220

atccgtgcgg agatggacgt tccgaacaac cgtaaaacaa acgtattcat cgtcagcgaa     2280

aaagaagaac tgacaaaagc gattgaagga tttaaacagt cggtaatgcc gcttatgttg     2340

gcgtccgaca tcatcgtgca gagcacaaaa gagggaatag aggacaatgc ggtatccatc     2400

gtagttcctg atgcggtcgt atatctgccg cttgaggatc ttgtggattt cgagcaggaa     2460

aaagagagac ttacaaagga agaagagaga ctgaacaaag agatcaaacg tgcgaaagga     2520

atgcttgcaa acgagaagtt cgtaagcaaa gctccggagg caaaagttca ggaagagagg     2580

gacaaactcg agaaatacga gcagatgctc gcacaagtaa aggagagaat ggtaggtctt     2640

ggctaa                                                                2646


<210>  3333
<211>  1353
<212>  DNA
<213>  Ruminococcus

<400>  3333
atgctgaaga cagtgcgtaa agcatttcag attgaggata tcagaaaacg aattttttat       60

acgttcgtaa tgcttgtcat cgtaagactt ggatcacagc ttccgactcc gggggtagat      120

ccgacattta tcaaggaatt ttttgcacag cagacggggg acgctttcaa cttttttgaa      180

gcgttcaccg gaggctcgtt tacaaacttt tccatttttg cattgagcat cacaccgtac      240

atcacttcat ccattattat gcagcttctc acaatcgcaa ttccgaaatt agaggagatg      300

caaaaagaag gagaagaagg aagaaagaag attgccgcaa ttacacgtta tgtgacagtt      360

gcgctggcgc ttattgagtc tactgcaatg gcagttggat tcggtcgaca gggtcttctc      420

gaagaataca atttcgtaag ctgtgcagtt gtcgtatgta cactgacggc gggaagtgcc      480

tttatgatgt ggatcggtga gcgcatcact gaaaacggtg tcggaaacgg tatttctatc      540

gttcttctga tcaatattat ttctcgtgtt ccgagtgatt tatacacact ttacgagaaa      600

ttcatgagtg gaaagaaact tgctcaggca ggtcttgcgg gattggttat tttagcggta      660

attcttgcag tagtagtctt tgttgttctt cttcagagcg gagaaagacg aattgcggta      720

cagtattcta aaaaagtaca gggaagaaaa acatacggcg gacagtctac acatattccg      780

cttcgtgtaa acactgccgg agtaatcccg gttatctttg catcatcttt gatgcagact      840

ccgatcgtca ttgcccagtt cctcggaaaa ggaaacggaa caggcatcgg aagccagatc      900

cttgctgcaa tgaattcaaa caactggtgt aatccggcaa aaccggttta tacggttgga      960

ctgcttgtat atattctgct cacaatcttc tttgcatatt tctatacatc gattacattt     1020

aatcctttgg agattgcaaa taatatgaag aagagcggcg gatttgttcc gggtattcgt     1080

ccgggaaaac cgacagttga atatttgcag aaaattttga attacattat tttcataggc     1140

gcatgcggac tgattatcgt tcaggtaatc ccattcttct tcaatggtat gttcggcgca     1200

aacgtttctt tcggaggaac atcgcttatc attatcgtag gtgttgtgct tgaaacgatc     1260

aagaagattg agtcgcagat gcttgtgaga aattacacag gattcttaaa taataaagga     1320

agcaacgcgt caaacagctt tcttggatat taa                                  1353


<210>  3334
<211>  3390
<212>  DNA
<213>  Ruminococcus

<400>  3334
atgaaaaaga ccaaaaaact ggtaatgtca tggctgcttg ccttttgctg tgtcatcact       60

ttggttgcgc cgtctgtcgt aaatgcggca gcagatgatt tcgagatcat cgatgataca      120

gacgcacgtt ttgtatattc agacggtaat gcaaataacg gcggatggga atcggcggga      180

gcgggcgacg cttccgttac agagcactgg agcaacacgg caggcgcgac attggacatt      240

acattcaacg gaacaaaact ggagctttac ggtaaaaaag ctgcaaatca tgcaatgttc      300

agcgtgagca ttgacggaag cgaggcagta gaatgcgacg cctatgccgc agtgacagaa      360

ccggaggcaa aattgtttga aagcaaaacg cttgcggcag gaaatcatac agctcatatc      420

acagttttag aaaaaagaaa tgaagcttct acagggacag gaagcgttta tggcgtacag      480

tttgtgtatg caaaagcatt tgaggcagag attgccgagc cggaatttcc gggatataca      540

gaagttgacg atgctgtttt tacaacaaat catgagccct tcaagatcca gtacgagccg      600

gcaggcgctt ggactgcggg aagcggcaac ggaaatttgt tttataacgg aacagagcat      660

tacagcgcaa aaggcgttga tgtgtcttat gagatgatct ttactggaac cggagtagag      720

atccatgcca gcaaaaatac agttcatatg aactgcgacg tttatatcga cgatgtgaaa      780

gtcggagaat tggcggcaca aaatgccgga gcaatgcaca aacagaaatt atttgagaaa      840

aaagatcttg cgaatacaaa gcatacgctt cgtgtcgttc cgaaagaggg agaaagcatt      900

gaaggcaaag taatacagct tgataagatt gttgtttttc acgatgaaat tactgtgcct      960

gattcgatcg tattgaaccg gacggagctg acgatgacac ccggcgcttc atcagagctt     1020

acggcgtctg tcattccgtg gaatgcaaat gcgaagcttg tgtggacaag cagcgacagc     1080

agtgttgtag aagtaaacga tggaaaactg accgcaaaag agatcgatgt gaaaaagaca     1140

gttactgtca cagcggcaag cgctgaagac aacagtgttt tagcagaagc taagattaca     1200

gtcgatccgg ctctggcatt tatgaacgca tatgtaggca atgaaaaact cttagagaca     1260

gagcttgatt atgataagct gaaagcagga aacggaagcg tttataacgg aacagcctgg     1320

ttgaatgatg aactgaattc taaaattgtc gtgacgacag aaaaagacgt tcacaatgtt     1380

caggttacag caagcgattt caagaatgaa aagggacagg ttttgtcaaa agacaatatt     1440

gatattaaat ggctcaaaga aattgcggca aaagaaggac gtaacgcaca ggggcagaca     1500

aaaaattatc cggatgtgat ctacaaaggc gggaagaaag atatcgatgc acaagatgta     1560

cagtttgcat gggtaaatat cgcgattccg aaagatacag cggcaggaaa ttatacaggt     1620

acgattacgg tttcggcgga cgaattagac aagccgttcg agcttacgta caacatcgaa     1680

gtgctgaacc ttgtacagcc ggcgccggag gcaacagaac tgcaagtttg gcagcatccg     1740

ttttcagttg cgaattatta tttaggttta ggtgaaaatc cgtcgggcgg catcacaaac     1800

gaggtgcggg aagatttcta ttttacagaa aaacatttta atttgatgag agactcgatc     1860

aaagagtatg tttcgatcgg aggtcatgac gtagttgcca atgtcgtaga agaggcatgg     1920

aatcatcagt catattataa cgatctttcg atggtaaaat ggacgaagaa agcggacgga     1980

acatgggaat ttgattatga ttggtatgat gcatggatca atttcatgat cgagtgcaaa     2040

gttttagatc ctgcaaacgg aatcggacag atcaagtgtt acagtatcgt tccatggaac     2100

aatcagatcg cttactatga tgaagcgcag ggtaaagtag tgaaagaatc acacaatccg     2160

ggaactgcaa agtggaaaga gatgtgggaa ccgttcttaa aagattttat ggaacattcc     2220

aaaaaaatgg gatggtttga catcacttat atttcaatgg acgaaagagg gctcgatcag     2280

cttgaaccag cggttgagat gatcgaatca gtgaaagacg aagatggaaa ccactttaag     2340

atctcttcgg cgctgaacta tgcagctccg gaatattatg agtttacaga ccgtatcgat     2400

gatatttcga tcaatctcgg aaacacagga aacgtacagc agatgaacga tctgtcagat     2460

caccgcagag acttaggtct gacgacaacg atgtacacat gtacgggaga ttatccgagt     2520

aactttatga tcagtgatcc gggcgacaac tattgggata tctggtacac gatgacatta     2580

ggaacagacg gctatatgcg ttgggcatgg gataactatg tatacgatat gcacggcgat     2640

gcaacttacc gttactggga gccgggcgac ggatggttca tttatccgat ggaaagagaa     2700

gcggtaggag aggactttaa cgcttccttc tacagcacac cgcgttatga attgttcaaa     2760

caaggtatcc gtgatgtggc aaaagcaaaa tatctgttga acagtgaaag cgcgacagca     2820

gaagaaaaaa cagaattgac agatgttgta gagcatttgg caaaaccgca gaaaggaaca     2880

tatcaaggtt ctgcggtggc ggcatccgaa aaagaccgta tgctcgttca ttctgaaaca     2940

gagcgcgctt tagatgcgac aaacgcgctg gcaagaaacg ttgcggagag ggagaatccg     3000

aatccgaagc cggaaagcgc agataaaaca gcgcttaatg cggcgattaa agatgcagaa     3060

gctttgaaaa aagaagatta cacagcagaa agctggaaag cgtttgagac ggcgttgaat     3120

gcggcaaaag aaacagcggc tgataaagat gcagctcaga cagaagtaga caacgcatta     3180

aacgtattga atgcggcagt tgctaaactt gagaaggtga aagatccgaa tcagcagcag     3240

ccggttcaac cacagccgga gcagacaaaa ccggataaga cgactcctca gacaggagat     3300

cggacaaacg cagcgcttct gtttggatgc gcagttcttt cgggagcagg tgtgttcttt     3360

gcatatcgca gacgcagaac aataaaataa                                      3390


<210>  3335
<211>  3546
<212>  DNA
<213>  Ruminococcus

<400>  3335
atggcaagaa aaatgaagac tatggatggc aatcaggcag ccgctcacgt atcgtatgcg       60

tatacagaag tcgcggcaat ctacccgatc acaccgtcat ccgttatgcc ggagcacgtt      120

gacgaatggg cgacagaagg cagagagaac atcttcggaa cgactgtaga agttacagag      180

atgcagtcag aggcaggagc ggcaggagct gttcacggat ctttggcagc aggagctctg      240

acaacgacat ttacggcatc tcagggatta cttttgatga ttccgaattt atataaagtg      300

gcaggcgagc agcttccggg cgtatttaac gtatctgccc gtgcgcttgc aagtcatgct      360

ttgtctatct tcggagatca ttccgacgtt tatgcatgtc gtcagacagg agcggctatg      420

ctttgtgaat caagcgtaca ggaagttatg gacctgacac cggttgctca ttgcgcagcg      480

cttgaaggaa aacttccgtt tattaacttc tttgacggat tccgtacatc tcatgagatt      540

cagaagattg agacatggga ttatgaagat ctgaaagata tggtgaacat ggatgcgatc      600

gatgagttcc gtgctcatgc attgaatccg aatcatccgt gccttagagg ttccgctcag      660

aatcctgaca tcttcttcca ggcaagagaa gcgtgcaacc cgtattatga cgcccttccg      720

ggaatcgttc agaactatat ggacaaagta aacgaaaagc tcggaacgaa ctacaaactg      780

ttcaattact acggagcaga agatgcggaa catgtgatcg ttgcaatggg ttccgtatgt      840

gatacgattg aagaaacgat cgattacctg acagcggcag gagaaaaagt cggcgttgta      900

aaagttcgtc tttacagacc gttcagcgca gaggcgttga tcgatgcgat tccggattct      960

gttaagaaga tttccgttct tgacagaaca aaagagccgg gagctctcgg tgagccgctt     1020

tacctggatg ttgttgcggc gttgaaagga tctaagttcg acgcagttcc gatttacaca     1080

ggacgctacg gactcggttc taaagatacg acaccggcgc agatcgttgc agtatatcat     1140

aacgatgaaa aagcaaaatt cactctcggt atcgttgacg atgtgacaaa tctttccctg     1200

aaagcagacg agccgctcgt tacaacaccg gaaggaacga tcaactgtaa gttctggggt     1260

ctcggagctg acggtacagt cggagcaaac aaaaactcta tcaagatcat cggtgataat     1320

acagatatgt atgctcaggc atattttgac tatgattcta agaaatcagg cggtgttaca     1380

atgtctcacc tgcgtttcgg aaaatcaccg atcaaatcga catacctgat ccatcaggca     1440

aactttgtag catgtcataa cccgtcttat gtggacaagt ataacatggt acaggagctt     1500

gttgacggcg gaacattcct tttgaactgt ccgtgggata tggaaggtct tgagaaacat     1560

cttccgggac aggtaaaagc ttatatcgca aaccataaca ttaagttcta tacgatcgac     1620

ggaattaaga tcggtaaaga gatcggactt ggcggacgta tcaatacagt gctccagtct     1680

gcgttcttta aacttgcgga gatcattccg gaagaggaag cgatcagcct gatgaaagcc     1740

gcagcgaaag ctacatacgg cagaaaaggc gataagatcg ttcagatgaa ctatgatgcg     1800

atcgatgcag gagcaaaaca ggtcgtagag atcgaagttc cggaaagctg gaaagatgcg     1860

gcagacgaag gccttgcagt accgcacatt gacgagaacg gaagaaaaga tgtaatcgat     1920

ttcgttaaaa atattcagac aaaagtaaat gctcaggaag gaaattccct cccggtatct     1980

gcatttacag attatgcaga cggatcaact ccgtcaggat cttccgcata cgagaaacgt     2040

ggtatcgcgg tagacattcc gatctggcag ccggacaact gtatccagtg taaccgctgt     2100

gcatatgtat gtcctcatgc tgttatccgt ccggtagctc tgacagaaga agaagctgct     2160

aatgctccgg aaggaatgca gtctattccg atgatcggta tgccggatat gaagttcgct     2220

atcacagtat ccgcttatga ctgtacagga tgtggatctt gtgcaaatgt ctgcccgggc     2280

aagaagggtg agaaagctct tgttatgggc aacatggaag agaatgcagg caaacagaca     2340

ttcttcgatt acggaagaga gattccggtg aaaccggaag ttgtcgctaa atacaaagag     2400

acgacagtaa aaggaagcca gttcaaacag ccgcttcttg agttctcggg agcttgtgcg     2460

ggatgtggag agacaccgta cgcaaaactg atcacacagc ttttcggaga aagaatgtat     2520

attgcgaatg ctacaggatg ttcttctatc tggggcaact cttctccgtc cacaccatat     2580

acggtaacac cggaaggaaa aggaccggca tggagcaact cattgtttga agacaacgct     2640

gagttcggat atggtatgct tcttgcacag aatacgatca gaaacagact gaaaggtctt     2700

gtagagaaac ttgccgcaga tgcggaaaat gaagatgtta aggctgctgc acaggaatac     2760

cttgacacat atacatgcgg agcgacaaac ggaacagcta cagataaact tgtggcggct     2820

cttgaagctt gcggatgcga ccgcgcagag aaagcggaac ttctgaaaaa taaagatttc     2880

ctcgctaaga aatcccagtg ggtattcgga ggagacggat gggcttacga tatcggatac     2940

ggcggtgttg accatgttct tgcaagcggt aaagatatca acatcatggt atttgataca     3000

gaggtttact ccaatacagg cggacagtca tcaaaagcaa caaagacagg agctacagca     3060

cagttcgcag caggcggtaa agagacgaag aagaaagacc ttgcgggaat ggcaatgagc     3120

tacggctatg tatatgtagc gcagattgct atgggagctg acttcaacca gacagtgaaa     3180

gcgattacag aggcagaggc ttatccggga ccgtcactta ttatcgctta tgcaccgtgt     3240

atcaaccacg gaatcaagaa aggtatgagc aaagctcaga cagaggagca gcttgcggta     3300

gaatgtggat actggaataa cttccgcttc aatccgggag cagaaggaga taaattcttc     3360

ctcgacagta aagagccgaa gaaagaagat tatcaggcat tcctcgacgg agaagtacgt     3420

tacaatgcac ttaagagagc aaatccggaa aaagcagaaa aactgttcgc aatcaatgag     3480

caggaagcta tggaaagata tgcttatctg aaaaaacttg tagatgtgta caaagcagaa     3540

gagtaa                                                                3546


<210>  3336
<211>  2325
<212>  DNA
<213>  Ruminococcus

<400>  3336
atgaaaaact tatttaagta tgcgtccgag cactggaaag cgcttcttgc gatcgtggcc       60

attttgatcg tgcaggcgta ttgtgatctg tctttgcctg catatacttc ggacatcgtc      120

aatgtgggaa tccaacaagg cggagttgaa gatcatatac cggatgcgat ttccgcggaa      180

gatatggaga cacttttgct ttttacttct gaaaaagacg gaaaaactgt tttgtcggca      240

tatgaaaagg atgacaaaac atatgaagaa caggcttatg tcttaaaaga tactgtaaaa      300

gaagatacgg ataggacgga aaaattaagc ggtattctgg cagcgcctat gatgatggcg      360

gcaggatttg aatcaggaag cgatatgacc gcagatatcg aagaacagtt gaaagcacag      420

cttcctccgg aaatgatatc ggaagatatg acggttttgg atattttgaa aatgatgccg      480

caggagcaga aacaggcatt tgtatcggag atagaaaaaa agacggaaga acttcctgat      540

acgatcacag agcaggctgc cgtaaattat gtaaaagaag cttatgcaga tctcggtatc      600

gatatggatg aattgcagtt tcgctatctg ttttcaacag gagcaaaaat gatcggtctt      660

gcatttctcg gaatggcggc aagcgttctt gtcggatttc ttgcatcccg cgtcggagcg      720

gcggcaggac gcgatctaag aggaagagtg tttaagaaag tcgtaggata ttcaagcaat      780

gagttcgatc atttttccac ggcgtctttg atcacgagaa gtacaaacga tatccaacaa      840

gtacagttta ttatcgtgat gctgcttaga attgtacttt atgcgccgat tcttgcgatc      900

ggaggcattg tgcaggtatt tcagacaaat gtttcaatgt cctggatcat cggtctggca      960

gttgttttga tcgctttagt cgttttggtt ttgtttgcgg ttgcaatgcc gaaatttaag     1020

agcctgcaga aattagttga taaagtgaac cttgttatga gagaaatatt gaccggactt     1080

cctgtgatca gggcgtttag tacagagaag catgaggaaa agcggtttga caaagcaaat     1140

atggatctga tgaaaacaaa tctgttcgta aatcgcgcga tgacgtttat gatgccgatc     1200

atgatgctta ttatgaacgg gatctcggtt ttgatcatgt ggtccggtgc aaaaggaatc     1260

aacgacggac agatgcaggt cggagatatg atggcgttta tccagtatac gatgcagatt     1320

attatgggat tccttatgat atgcatgttg tcggttatgc ttccaagagc ggctgttgcg     1380

gcagatcgtg tggatgaggt tctgtccagc aggacggtga tccatgatcc gaaaacaccg     1440

aaaaaatttg aagaaaaaca aaaaggtgtg ctcacattcg accatgtttc tttcaaatat     1500

ccgggtgcgg atgaaaatgt tcttgaagat attacattta cggcaaaacc gggagaaacg     1560

acagcgatta tcggaagtac cggaagcgga aaatcaacgc ttgtcaatct gatcccccgt     1620

ttttatgatg tgacggacgg aagtatccgt ttggatggaa cagatattcg tgaagtgaca     1680

cagcatgatt tgagagataa acttgggtat gttcctcaga aaggactgtt gttctcaggt     1740

gatatcgcat cgaatattat gttcgggaat ccggaaggcg gcgggcagga gatgaaagaa     1800

gctgcgcaga tagcgcaggc aacagagttt atcgaagcaa agccgaacaa atatgaaagt     1860

cctatttcgc agggcggatc gaatgtgtcc ggaggccaga aacagagact ttcaatcgca     1920

agggcgatcg caaaacgacc ggaagtgttt atttttgacg acagtttttc ggcgcttgac     1980

ttcaagacag acgttgctct acggaaagct ttgaaaaagc ggacgaaaga aagtacggtg     2040

ctgatcgtgg cacagcgaat cagtacgatt ttaaatgcag aacagatcat tgtacttgat     2100

gatggaaaga ttgcaggaat cggtacacat aaagagcttc ttagaaactg tgaagtttac     2160

aaacagattg cggcatccca gttgtctgaa aaagaacttc aagatggaat gcaaagtgaa     2220

gacagaaaaa cggaagatat aaaaagtgaa acgataaaaa cagaagaaag aaaagaagca     2280

atcagtgcaa aaacagcgga acaggaggtg agaagcgatg tctag                     2325


<210>  3337
<211>  2625
<212>  DNA
<213>  Ruminococcus

<400>  3337
atggcaaaat gggtttatat gttcacagaa ggtaacgcaa caatgagaaa ccttcttggt       60

ggaaaaggcg cgaaccttgc agagatgaca agtctcggac tccctgtacc gcagggattt      120

actgtaacaa cagaggcttg tacacagtat tatgaagatg gcagaaagat caacgacgaa      180

attatgagtc agatcatgga cgctattgtt aaattggaag agatcacagg aaagaaattc      240

ggagataaag agaatcctct tcttgtttcc gttcgttccg gagcaagagc ttccatgccg      300

ggtatgatgg atacaattct taacctcggt cttaacgaag aagttgtaga gactcttgca      360

gaggcttccg gaaatgctcg ttgggcatgg gactgctaca gaagattcat ccagatgtat      420

tctgatgtag ttatggaagt tggtaagaaa tactttgaag agcttatcga caaaatgaaa      480

gaagaaaaag gcgttactca ggacgttgat cttacagcag aagatcttaa gactcttgcc      540

ggacagttta aagctgagta caaagagaag atcggagcag atttcccgtc agacgcaaaa      600

gagcagttaa tgggagctgt taaagctgta ttccgttcat gggataaccc gagagcaaac      660

gtataccgcc gtgacaatga tatcccgtat tcatggggaa ctgctgtcaa cgtacagatg      720

atggcattcg gaaatatggg agatgactgt ggtacaggtg ttgcatttac acgtgaccct      780

gctacaggag agaacggact tttcggagag ttccttacaa atgcacaggg cgaagacgta      840

gttgcaggtg ttcgtacacc gatgcacatt tccgagatgg aacagaaatt cccggaagcg      900

ttcgcacagt tcaaagatgt gtgcaaaaca cttgaaacac actacagaga tatgcaggac      960

atggagttta ctgtagagca tggtaaactg ttcatgcttc agactcgtaa cggtaagaga     1020

acagctcagg cagctcttaa gatcgcttgt gaccttgttg acgagggaat gagaacagaa     1080

gaagaagctg tagctatgat cgatccgaga aaccttgata cacttctcca tccgcagttc     1140

gatgctgccg cactgaaagc cgcaacaccg atggcaaaag cacttggagc atctccggga     1200

gctgcttgcg gtaagatcgt gttcacagct gacgacgctg ttgaatgggc tgcaagagga     1260

gaaaaagtaa tccttgttcg tcttgagaca tcaccggaag acatcacagg tatgaaatcc     1320

gcacagggta tcctgacagt tcgcggtggt atgacatctc acgcagccgt tgttgcacgt     1380

ggtatgggta catgctgtgt atctggatgc ggagacatca caatggatga agcaaacaag     1440

aaattcacat tagcaggaaa agagttccac gagggagaca gcatttctct tgacggatct     1500

acaggagcta tttatgacgg aatcatcccg acagtagatg ctacgatcgc aggtgagttc     1560

ggaagaatca tgggatgggc tgataaatac agaacaatga aagttcgtac aaacgcagat     1620

acaccggctg acgctaagaa agcccgcgaa cttggagcag aaggtatcgg actttgccgt     1680

acagagcata tgttctttga aggcaacaga atcgacgctt tccgtgagat gatctgctct     1740

gaaacagtag aggaaagaga agcggctctt gaaaaaatcc ttccggagca gcagggtgac     1800

ttcgaggctc tctatgaggc tcttgaagga aatccggtta caatccgttt ccttgatccg     1860

ccgcttcatg agttcgttcc gacagaggaa gaggacatca agaaactggc tgacgcacag     1920

ggcaagacag ttgatcagat caaagcaatt atcgacagcc tgcacgagtt taacccgatg     1980

atgggacatc gtggatgccg tctggcagtg acatatccgg aaatcgctaa gatgcagaca     2040

agagctgtta tccgcgcagc gatcaatgta cagaacgctc atccggactg gacagtaaaa     2100

ccggagatca tgattccgct cgtaggcgat gtaaaagagt taaaatatgt taagaagttc     2160

gttgttgaga cagcagacgc tgaaatcgca gcagcaaaca gcagcctgaa atatgaagta     2220

ggtacaatga tcgagatccc gagagctgct cttacagcag acgagatcgc aaaagaagct     2280

gacttcttct gcttcggtac aaacgacttg acacagatgg catttggatt ctctcgtgat     2340

gacgcaggta agttccttga tgcttattac gatgctaaga tcttcgagaa cgatccgttt     2400

gcaaaactgg atcagacagg cgttggtaag ctgatggata tggcgatcac attaggaaaa     2460

ccggttaatc cgaatcttca cgtaggaatc tgtggagagc acggcggaga tccgagttct     2520

gtagaattct gcaacaaact tggtcttgac tatgtatcct gctcaccgtt ccgtgtgccg     2580

atcgcaagac tggcagcagc acaggcagct atcgcaaata aatag                     2625


<210>  3338
<211>  2613
<212>  DNA
<213>  Ruminococcus

<400>  3338
atgaatataa acagatttac acagaattcc attcaggcgg tgcaaaattg tgagaagatc       60

gccgcagata acggaaatca ggaattggcg caggaacatt tattgtatgc gctgcttaca      120

caagatgaca gtctgatctt aaaattgttt gaaaagatga atatacaagg tcagcttttg      180

ataaaccggg tagatcaggc gatcggaaag cgtccgaaag ttcagggcgg tcagcttttc      240

gtagggcagg atctgaacaa tgtgttgatc catgccgagg acgaggcgaa acagatggga      300

gacgaatatg tttccgtaga gcaccttttc ctttccctgt taaaatatgc aagcaaagag      360

atgaaacaga tttatcgtga attcggcatc agccgggaag gatttttaca tgcgctgtct      420

actgtcagag gcaatcagag agtgacaagc gaccatccgg aagcgactta tgatacgctg      480

aataagtacg gtcaggatct ggtagagcgg gcgagggatc aaaaacttga tccggtgatc      540

ggccgtgacg aggaaatcag aaatgtgatc cggattcttt cccgtaagac gaaaaacaat      600

ccggtgctta tcggtgaacc gggagtcgga aaaactgcgg ttgtagaagg tcttgcgcag      660

aggatcgtca acggtgatgt ccccgaagga ctgaaagata aaacgatatt ttctcttgat      720

atgggtgctc ttgtcgcagg agcaaagtac cggggcgagt ttgaagaacg actgaaagca      780

gttctcgaag aagtgaaaaa cagtgacgga aagatcattc tgtttattga tgagctgcat      840

acgattgtcg gagcgggaaa gacagacggt gctatggatg cgggcaatat gttgaaaccg      900

atgcttgcaa gaggagaact tcactgtatc ggcgcaacga cgcttgatga gtaccgtcag      960

tacattgaga aagatgcggc tttggaacgc cgtttccagc cggttttagt tgacgagcct     1020

acagtagaag acgccatttc gattctgcgt ggtctgaaag aacgttatga agtatttcat     1080

ggagtgaaga ttacagacag cgctcttgtc gcagcggcaa tgttgtcgaa cagatatatt     1140

tcggatcgtt ttttgccgga caaagcgata gaccttgtag atgaagcttg tgcgctcatt     1200

aagacagaac ttgattcgat gccgacagag ttggacgaat taagaagaag gattatgcag     1260

cttgagattg aagaagaggc gctgaaaaaa gaagaagaca gattaagccg tgaacgtctg     1320

gaacatttac aggaagaact ggcgggtctg aaagaagaat atgccggtga aaaggtacag     1380

tgggagaatg aaaagcattc tgttgagcgg gtacagaaaa ttcgtgaaga gatcgaacat     1440

gtgaataagg agatcagcaa agcgcaaaga gagtatgatc tgaataaagc cgcgcagctg     1500

cagtatggtg aactgcctca gctgcaaaaa cagcttgaag aagaggaaga aaaagtaaga     1560

gaaaaagaat tgtctcttgt tcatgaagcg gtaacagacg aagaaatcgc aaggattgtt     1620

tcaagatgga cgggaattcc cgtagcgaaa ttaaatgaaa gcgaaagaaa caaaacactt     1680

catcttgctg atgaacttca taaaagagtc ataggtcagg atgaaggagt cgaacttgta     1740

acagaggcga tcatccgttc caaagccgga atcaaagacc cgagcaagcc gatcggatcg     1800

ttcctcttcc tcggacctac aggcgtggga aaaacagaac ttgcgaaggc gttggcgcag     1860

agcctgtttg acgatgagaa taatatggtg cggattgata tgagcgaata catggagaaa     1920

tattccgtgt cgagactgat cggagcgcct ccgggatatg taggatatga cgaaggcggt     1980

caactgacag aggcagtcag aagaaaaccg tattcagtcg tattatttga cgaagtagag     2040

aaggcgcatc cggatgtatt taacgtgctt ttgcaagtgc ttgacgatgg aaggattaca     2100

gattctcagg gccgtaccgt tgatttcaaa aatacgattc tgatcatgac gtccaatatc     2160

ggagcaggtt atcttttaga cggtataaaa gaagacggtt cgatctcgaa agaggcgcag     2220

gatatggcga tgaatgattt aagagctcac ttcagaccgg aatttttgaa ccgtcttgac     2280

gagatcatta tgtttaaacc attgacgaaa gaaaatattc gtgccattat tgacttgtta     2340

gtggcagatg taaacagacg gctggaggaa aaagaactga cgatcgaact gacggaagcg     2400

gcgaaagact gtatcgtaga aggcggatat gatccgatgt acggagcaag accgttaaag     2460

agatatctgc agaaaaacgt agagacactg gctgcacggt tgattcttgc cggaaatgtc     2520

ggaagagaag acacgatact gatcgatgcg aaagacggca aactgaaagc agatgtgaag     2580

cgggtaaaca gcttggaaag acaggaagca taa                                  2613


<210>  3339
<211>  1686
<212>  DNA
<213>  Ruminococcus

<400>  3339
ttgattaagg aggatatttt cgtggcagtg aaaacgataa atacagagct gttccgcaag       60

atgtttcttg caggtgcggc caatctggaa gcaaaaaaag aatttataaa tgaactgaac      120

gtattcccgg ttcccgacgg cgatacggga acaaatatga cacttactat tatgtctgcg      180

gcaaaagaag tacaatctct tgaaaatgcg gatatgttga caatcgcaaa ggcaatttct      240

tcaggatctc ttagaggagc tcgcggtaat tcgggagtaa ttttatcaca gctgctcaga      300

gggtttacaa aagagatcag agaacataaa gagatcgatg cggtgatttt ggcaaaggca      360

tgtgaacgtg caacggcaac agcttataag gcggttatga aaccgaaaga aggaacgatc      420

cttactgttg caaaaggaat ctcaaggaaa gcggaagaac ttgcggagac gacggaagat      480

ttggaagttt tcattcctga agtgatcaaa tatgcggaag aagttttggc tcagacaccg      540

gagatgctcc cggtattaaa ggaagcggga gttgtagatt ccggaggaca gggattgctt      600

gaagtgatcc atggggcgta tgatgcattt cttggaaaag agatagatta tgcggcaatc      660

gaagcaagcg gcggaacaaa aatggtaaaa ccttcccagc aggcagaagc ggatattaag      720

tttggctatt gtacagaatt tattatcatg acagaaaaag aatttacaga taagaatgaa      780

gcagagttta aagcttatct tgaatcgatc ggcgattcga tcgtttgtgt tgccgatgat      840

gatattgtga aaattcatgt acacacgaac gatccgggac ttgcgattca aaaagcgctc      900

acatacggtc agctttccag aatgaaaatt gataatatga gggaagaaca tcaggaaaaa      960

ctgatcaaag acgcagaaaa agcagcagct caacaggcat ctgaaaagaa gaaaaaagaa     1020

ccgagaaagc cggttggttt tatagccgta tctatcggtg aaggaatgaa tgagattttc     1080

agagagctcg gtgcagatta tatcattgaa ggcggacaga caatgaatcc gagtacggac     1140

gatatgctca gtgcgatcga tgaagtgaat gcagaccata tctttattct tccgaacaat     1200

aaaaatatta tccttgcggc gaatcaggca cagtcattaa cagatgacaa agatattatt     1260

gttattccga caaagactgt tccacaggga attaccgcaa ttatcagtta catgccggaa     1320

gcggatgtag atacaaatat tgaagcgtta gaagaagcaa tcaaaaacgt aaagaccgga     1380

caggtcacat atgcagtccg tgatacgcac attgatgaca aagaaataca tgaaggcgat     1440

ataatgggaa tcggagatca gggaattctc gcagtcggac agtctgttga agagacgaca     1500

aaagagatgc ttgcacagct cgtcgatgaa gaatccgaat tgatcagcct gtatttcgga     1560

caggacgttc tggaagaaga tgcggaaaat tttgcgcagg aagtggaagc gttgtatcct     1620

gatgtagatg tggatgtaca caagggagga cagccgattt attattatgt gctctccgta     1680

gaataa                                                                1686


<210>  3340
<211>  1866
<212>  DNA
<213>  Ruminococcus

<400>  3340
atgagaaagc ttgctttaga tgatgaaata ttactaagta tcgaaaaacc tgcccggtat       60

atcgggaatg aagtaaactc gataatgaaa aataaaaatg aggtggatat ccgtttcgcc      120

atgtgttttc cggatgttta cgagatcggc atgtcgcatc tcggcattca gattttgtat      180

gatatgttta acagaagaga cgatgtttgg tgtgaacgcg tctattctcc gtggacagat      240

cttgatacaa ttatgcgtaa agagggaatt ccgctttttg cattagagtc acaagatccg      300

atcagagaat ttgacttttt aggaattacg atccaatttg aaatgtgcta tacaaatatt      360

ttgcagattt tagagttgag ccaaattcct ctgcattcat gtgaccgcgc ggaaaatgat      420

ccgattgtga tcggtggagg tccatgtgtc tataacccgg aacctcttgc ggaatttttc      480

gatttgtttt atatcggaga aggcgaaact gtttatgatg aacttttaga tacatataaa      540

aaatgtcggg cagagggaag tacgagaaca gagtttcttg aacaggcggc ccgcatcgaa      600

ggaatctatg tgccgtcatt ttatgatgcc gaatacaacg aggatggtac acttcgatca      660

tttataccga ataatatatg tgcccctgca agtgtgaaaa agcaggttgt tatggatgta      720

acagatacgg tatatccgat gaagccggtc gttccgttta taaaagcaac tcaagatcgc      780

gttgtacttg agattcaaag gggatgcacc cggggatgcc gtttttgcca ggcgggaatg      840

atttatcgtc ccacaagagg gcgtaatgta aaacgtctga aagagtatgc caaaacgatg      900

ttgacaaata caggacatga agaaatctca cttagttcct tgagttcaag tgattattct      960

gatttgaaag aacttgtaat gtttttgatt gatgaattca aagaaaaagc aatcaatatt     1020

tcattaccgt ctttgagaat cgacgccttt tctttagatg taatgagtaa ggttcaggat     1080

atcagaaaaa gcagccttac atttgcgccc gaagccggat cacagagaat gagaaatgta     1140

atcaataaag gacttaccga agaagatatt atgggtggcg caagtcaggc ttttgaagga     1200

ggatggacaa aagtaaaact gtatttcatg ctcggacttc ctacggaaac cgaagaagat     1260

atgaaggaga tcgcccattt atgtgaaaag gttgcccgca aatattatga aatcccgaaa     1320

gatcaaagaa acggaaaatg tcagattact gcaagttcct cattttttgt tccgaaaccg     1380

tttactccgt ttcagtgggc gccaatgtgt accgctgaag aatatacgag acgtgctcac     1440

cttgtcaatg atgaatttaa agcgcagtta aatcggaaaa gcttaaaata taattggcat     1500

gatgcaaatg taactgtttt ggaaggtatt atggcaagag gtgacagaag aatcggaaaa     1560

gtgattgaag aagcttacag actcggatgc ttatttgact catggaccga aagttttcga     1620

gatgatttat gggagaaagc ttttttgaac acgggaatcg aaaaagagtt ttatacgctt     1680

cgtacaagag ataaaaacga acttttccca tgggatttta tcgataccgg ggtcagtcga     1740

aaatttctca gaaaggaatg ggaacgggca atgaatgctg aggtgacacc gaattgtcgg     1800

gaacactgtt caggatgcgg cgcatcaaaa ttcggaggag gtgtctgtta tgaaggcaag     1860

aattaa                                                                1866


<210>  3341
<211>  3864
<212>  DNA
<213>  Ruminococcus

<400>  3341
atggagaaaa acagaatccg tcccattaaa accggaaaaa gtttccgcat gagttactca       60

cggcagaaag aagtattgga gatgcctaac ctcattgaag ttcaaaaaga ttcctatcaa      120

tggtttcttg acgaaggact caaagaggtg ttcgacgata tttccccgat cgctgattac      180

agcggacact taagtctgga attcgtagat ttcacacttt gcgaggacga tgtgaaatat      240

acgatcgatg agtgtaaaga gcgcgatgcg acttatgctg ctcccttaaa agtgagagtc      300

cgtctccaca ataaagagac tgatgagatt aacgagcatg agatttttat gggagatctt      360

ccgctgatga caaagacggg tacatttgtt atcaacggtg cagagcgtgt tatcgtcagt      420

cagctcgtgc gttctccggg aatttattat ggcattgctc atgataaact cggaaagaaa      480

ctgtactcat ctacagtgat cccaaaccga ggcgcatggc ttgaatatga gacagactcc      540

aacgacgttt tttatgtgcg cgtcgatcgt acaagaaaag ttccgatcac agtgctgatc      600

cgtgcacttg gtatcggaac gaatgcagag attgttgatc ttttcggtga agagccgaag      660

atccttgcaa gctttacaaa ggacactgcg gagagttatc aggaaggtct tttggaactg      720

tacaagaaga tccgcccggg cgagccgctt gcagtagaca gcgcggaaag tctgatcaac      780

agcatgttct ttgatccgag aagatatgat ctcgcaaagg ttggacgtta taaattcaat      840

aagaaactga tgctgaaaaa ccgtattgca ggctgcatac ttgcagagga tgcggtgagt      900

cagcttacgg gagagatagt tgctgaaaaa ggtacgaaga ttactcgtga acttgcagat      960

aagatccaga acaatgccgt tccttatctg tgggtagaag gtgaagatga agagagaaac     1020

atcaagatcc tttctaatat gatggtagat tttcaggctg ttacagatat cgatcctgaa     1080

gaagtaggtg ttacggagca ggtatattat ccggttttgg cgggaattat cgaagagtcc     1140

gcaggagaca tcgaagagat gaaagcgttg atcaaacgtg acattcacga tttgatcccg     1200

aagcatatta caaaagagga catcctcgcg tccatcaact ataatatgca tcttgaatat     1260

ggcatgggaa cggatgatga cattgaccat ttgggtaacc gccgtatccg cgcagtagga     1320

gaattgctcc agaatcagta cagaatcggt ctttcaagat tagaaagagt tgtccgtgag     1380

cgtatgacga cacaggatca ggaaggaatt tccccgcagt cactgatcaa tatcaaaccg     1440

gtgacggcag cggtgaaaga gttcttcggt tcttctcagt tgtctcagtt tatggatcag     1500

aacaacccgc ttggagagtt gacacataag agacgtcttt ccgcacttgg accgggaggt     1560

ctttccagag atcgcgccgg attcgaggtt cgagacgtac attattcaca ctatggaaga     1620

atgtgtccga tcgagacgcc tgaaggtccg aacatcggtc tgatcaactc tttggcaaca     1680

tatgcgcgaa ttaatcagta tggatttgtt gaagcgccat atcgttggat tgataagtct     1740

gatccggaaa atccggtcgt tacagaaaaa gttgtttata tgacagctga cgaagaagac     1800

aattatcatg tggcacaggc gaatacaccg cttgatgaag aaggccactt tattcataaa     1860

aatgtatccg gtcgttacag agaggaaaca caggaatacg agagaagcaa gttcgattac     1920

atggatgttt ctccgaagat ggtattctca gtcgctacgg ctctgattcc gttccttgaa     1980

aacgacgatg ccaaccgtgc tcttatggga tcgaacatgc agcgtcaggc agttccgctt     2040

ctgacgacag aggctccggt agtcggtacg ggtatggaag taaaagctgc cgttgactcg     2100

ggagtatgtg ttgtcgcaga acgggcggga acagtagaaa gctctacgtc aaaagagatc     2160

gttgtccgcg aagaagacgg caagaagaca tcttataagc tgacaaaatt ccagcgaagc     2220

aaccagagta actgttacaa tcagcgtccg atcgttaata aaggcgacgt tgttgcggca     2280

ggacaggtta ttgcagatgg accgtctaca tcaggcggag agatggctct tggtaagaac     2340

ccgctcatcg gttttatgac atgggaaggt tataactacg aggatgctgt tcttctgagt     2400

gagagacttg tacaggatga tgtttatact tctgttcata tcgaagaata tgaggcagag     2460

gcaagagata caaaactcgg acctgaagag atcacgagag atattccggg cgtcggcgat     2520

gatgcgttga aagaccttga tgagagagga atcatccgta tcggtgcgga agtgcgcgcc     2580

ggagatattc tcgtcggaaa agtaactccg aaaggagaga cagagcttac ggctgaggag     2640

agacttctcc gtgcgatttt cggagagaaa gcccgtgaag taagagatac atccttgaaa     2700

gtgccgcacg gtgagtatgg tatcgttgta gatgcgaaag tatttacaag agaaaacggc     2760

gacgagcttt cacccggggt aaatcaggcg gtcagaattt acatcgcgca gaagagaaag     2820

atatctgtag gagataagat ggccggacgt cacggtaaca agggtgtcgt ttcccgtgtg     2880

cttccggtag aggatatgcc gtttcttccg aacgggcgcc cgctggatat tgttttgaat     2940

ccgcttggtg tgccgtctcg tatgaatatc ggacaggtgc ttgagatcca cttgagtctt     3000

gcggcgaaag ctcttggatt taacatttct acgcctgtct ttgacggagc aaacgagatc     3060

gacattatgg atactcttga tctggcaaat gattatgtca atcttgagtg ggaagagttt     3120

gagaaaaagc atggacagga gcttcttccg gaagtattgc agtacctgtc tgacaataga     3180

gaacacagaa acctttggaa aggcgttccg ctctcaagag acggtaaagt gcgtttgaga     3240

gacggacgta caggtgagta tttcgacagt ccggtaacaa tcggacacat gcactacctg     3300

aaacttcacc atcttgtaga tgataagatc catgcgcgtt ctacaggtcc ttactccctc     3360

gttacgcagc agccgctcgg tggtaaagca cagttcggcg gacagcgttt cggagagatg     3420

gaagtttggg cgctggaggc gtacggcgca tcttatacac tgcaggagat cctgacagtg     3480

aagtccgacg acgttgtagg tcgtgtgaag acttacgagg cgatcatcaa aggagaaaat     3540

ataccggaac cgggtattcc ggagtcattt aaggtgcttt taaaagagct tcagtctctt     3600

gcgttggatg tgcgtgtcct gcgtgatgac aatacagaag tagagattat ggagaacgta     3660

gattacggcg agacagatct gcgtcacatt atcgaaggag acagaaagta ccgtgatgag     3720

aatgaatctt tcggtgatca cggatttagt gagaaggagt ttgtaggcga ggaactcgag     3780

gatgttgaac ctgaggaaga gccggatgat gatgccccgg tggacattga gtttgacgag     3840

tattccgatt atgaggaaga ataa                                            3864


<210>  3342
<211>  1101
<212>  DNA
<213>  Ruminococcus

<400>  3342
atggaaaaat ggaataagaa gcttcttctg gaagacggaa gtcaatttta tggctatggg       60

tttggcagtc aggaagagaa aataacggaa atagtattta atacggcgcc ggttgggtat      120

caggagatcc tttctgatcc atcctacaca tatcagaccg ttgttatggc atatccgttg      180

atcggaaatt acgggattgc aaaagaagac tttgagacaa aacaaccttc catcggcggg      240

cttgccgtga gagattataa tgatattcct tccaatttcc gcagcgccgc cacgctggac      300

gaggtgatga aacagtatca tattcccggt atttacggca ttgatacgag aaaactggta      360

agaaagatcc gggatttcgg aagttgtaag gcgctgctta cagatgcgca gacatcgccg      420

gaagaaggat tgaaaaaact ggcaggattt gagattccga aagatgccgt agaaaaggtc      480

agttctaaag aaataagata ctgtgccgcc aaacaggaaa attatcttgt ggcggccatt      540

gattgcggga taaaagaaaa tattatacga agtttaaatg caagaggctg cagcgtcatg      600

gtatatccat ggaacacttc ttatgaagaa attcaaaaac aaaacccgga cggcgtcttt      660

ttgtctaatg gaccgggcaa tccgaaggat gtaaagccgg ttctggaact ggtacggaaa      720

ataagaggaa actttccatt atttggaata tgccttggac atcagatgat cgggcttgcc      780

tatggcgcgg ggacttataa gttgaaattc ggacaccggg gaggaaacca tccggtaaaa      840

aacttaaaaa ccgggaaaat agaaatcacg tcccagaatc attcttatgc tgtagattat      900

gccagtctga aaaataccga tctggagatg acccatatca atctgctgga tcatacagta      960

gaaggaattg cctgcagaaa agatcatgtt ttcagcgtcc agtatcatcc ggaaagcgct     1020

cccggacctc aggacagcgg gtatttgttt gatcaattta tacagatgat ggaggaaaac     1080

aaacatggca aagcgaactg a                                               1101


<210>  3343
<211>  3288
<212>  DNA
<213>  Ruminococcus

<400>  3343
atgagacgat ggatgaaagt tgtattttgt tttctttttg gaatcatttt tacgaacatg       60

ttcactatgg atcaggcagt cgcagatgaa agctttggaa aaagagaaat ctcagcagaa      120

tcatccgtat tgacgcagaa aaaacaagca gtgttagata tggaaacaat gacattttcg      180

ttggaatcag aggcagatga agacggagat acgatatcga aaggtatgat actgacaact      240

gcgggaatca catcggatac atatccggca gttttgacaa aatcggatga gatgttcaaa      300

aaagcggcgg caatttcaga aagatcaaaa gtagaactga cagtaggaga agagatttat      360

tatggcaatt acagcactaa ttattttgat gtaaacggaa aacctgcata ctgtcttgaa      420

ccgctgaaag atactccaaa ttcaggttcg tatgaaacgc aggcattaac cggcggagct      480

gtaagaaaag gattgtatta tgcatatggc ggtccaggat atgaattgta tagggcaaaa      540

tatggtgcga tcggcattgg agaaaattat tctgtaaatg acgaatactg tatgagtcat      600

tgcattttgt cgtatcttta tatgggaacg gaggaagcgt ttctaggatt agatcagcag      660

gtaattgaaa atttaaaaca gaaggcaaaa aatatagaaa gtatgccgga tccgccggaa      720

tcattttacg cgtttttgtt taacttaaat tcagccggac agacaatggg aggaagtgga      780

aaagacagag tcggatctat tgagatttat aaatattccg atcatccgga atggatagaa      840

ggaaacagat gctattctct tgcaggagcg gtgtttggta tctatgaaag cggaaaagac      900

aaactattat gggaattgac tacagacgaa tcaggttatg caaaaaaaga aaatattccg      960

atcggaaatt atgatatcag ggaattaaaa gctccggccg gacatgttat acaatttaag     1020

ccgcaatcta tccgaataga tgaaaacaaa gtatgtacat ataagtgcac agatcaggcg     1080

cagtattatc cgatagatct gattttacag aaaaaagata aagaaacaga tcaatcagaa     1140

gctcaaggag cggcaacatt ggaagacgct caattttcta ttaagtatta ttccggatat     1200

tatgaaaaaa atccggcaga ttcaggagta acaccggtca gagaatggat tatgaaaacg     1260

gattcagaag gaagaataag aatgaaagaa gaacaaaaag tcagtggaga tccgttttat     1320

aaaaacacgg aaggagaagt tgttcttccg cttggaactg ttacatttca ggaaataaaa     1380

gctcctgaag gatatttgct caacaatgaa atttttatag aaacggttag ggaagaaggc     1440

acaggacaga cagatacaat ttttcaatgt cctacaatac ctgatcagat catcagaggt     1500

aatctgcaga ttgtaaaatt tcgtgaagat aaagaggaag aatcagagca gggcgaacaa     1560

aaagtacctt tggagggaat tgtttttaca atcacatcaa aaacaacagg ctggcagtgt     1620

gaaattgtaa cagatgaaaa cggatatgcg tcaacattcc gacaaggaga agaacagcag     1680

aaaggaggtc ttgtatatga tacatatatt gtgagcgaaa aaaaggcgcc ggaagggttg     1740

actccggtag gagattttga gattacaata gaagaagatg cgaaaacgct atattacata     1800

ttagaaaata agaaaatatt ttctccggta aagctcgtga aaaaagatag cgagacagaa     1860

aaaataattc ctgttgcagg agcggtgttt cggcttttgg acaaagataa aaaaccgatt     1920

acgatgacga cacattaccc gaatgaatca gtttacgatc tgtttaaaac agacgaaaac     1980

ggaagttttg ttttgcctga gaaacttcct gccggaaatt attattttca ggaggtggaa     2040

gcgccgcaag gttatcttat agaagatgga ttaattccat ttacaattat agaaaatcat     2100

gactgggaga aaccttttat tgttgagtcg aaagacagac cggcgaaagg gcgcatttat     2160

attcaaaaaa atgattctgt aacagaaaaa ggaatctcag gagtaaaatt tgagataaag     2220

gcagcagaag atatttgtac tcctgacgga actgttcgtg tggaaaaagg aacagtagtc     2280

ggatcattag tgacagacca aagcgggaaa gcatggtcgg aagaattgta tcttggaacg     2340

tatgagatca tagagacaaa gcaggcagaa ggttatattt tgccggaaaa gagcgttgag     2400

atcgaattag agtacgaagg tcaggacgta ccggttgtga caaaagagac ggaaatatta     2460

aataagccta cgtctgtagt tatccgaaaa tcagatgggg aaacaaagaa agcactttct     2520

ggcgtgaaat ttgaactgcg ggaaaaaata tcggaaataa acgaagaatc cgatgcagaa     2580

gaggaagatc tcagcgaaga gaaaacaaca tatattacag atgaaaatgg agaaatacat     2640

ctttcttatc tgcgtccggg agtctactgt ctttatgagt ctgaaccttt gacaggatat     2700

ataaaaaatg aagaagtgtg ggagtttcag atcagggaag acggaacagt agaaggagaa     2760

caggaaaaaa ttctggagat tgaaaatcat catacacgga tcacggatac acacgccgtt     2820

tggaaagaaa gcaaggcaaa agaaattatt gcaggagagg aacatattat ctgcgataca     2880

gtcaatttta aatatatgga agcaaatgca tcttatacga tgaaaggcat attgatggat     2940

gcagatacag gaaaagaact gcttcaggac gggaaaccgg taacatcaga aaaaacattt     3000

aaggggaaag acgcaaaaga cgggattaca atggaatttg atgttgattc aagaaaattt     3060

ccggggaaaa gaattgtagt ttttgaagta ttgtatctcg gtgattgttt gattgatgca     3120

catcgagatc tgagaaatca ggaacagaca gtatctattt tgaaaaaaga agaagttacg     3180

gtaaaaaccg gagataataa ggtatatatg aagcaaacga ttttgattat gtcggcgtct     3240

gtctgtattt tatatgctac ttggaaacga aaaaaacgaa gacattaa                  3288


<210>  3344
<211>  1551
<212>  DNA
<213>  Ruminococcus

<400>  3344
atgaggatcg taatagttga cagcgaagag acatccagag aagtcattaa acaagctata       60

aacacagtgg ttgagacaca taaaataaaa tcagggtgca aaattgtcgg ggaagcggca      120

gacggacgga aagggtgtga gataatcgtg aaagaacgcc cggatcttat tatcatggat      180

cttgaactgc cggggaaaaa cggtttgcca cttttgaaaa agatacggtc tgagcaaatt      240

cacagcagag tgcttgtaat tacaaaagat aatgattttg acaggacaag acaggcaatt      300

agttttggag tggacgaata tttgctgaaa ccggtgaaaa aagtgcaaat tgcaaaagcg      360

ctgcagatga ttgaggacaa gttggcggga gaacttgtga tagaaacagc tctttccgta      420

gaaaatattt ttatggcatg tttaaacgga cagatccaca gagatgagat tgttgacgga      480

attacacacg aaaagtatgg atttacgctt gccgatcgcg gaaacctgtt tgtggtatgg      540

cttggaaacg gctatatgga gcagagggag atgacgcaaa aaatattaga aaaacttgga      600

cagaatcaag aattttcggt ttgtgtgctt cctattgatg aatggcatct ttttactgtg      660

atcatatatg gaccggagaa aaaaacaata cggtatcctt ttttcaaaaa tgaggtagtg      720

tcacgattaa gcggaatgat ccgaggggaa ctggtctgtt tgtgggagga tgtgcagcat      780

ttagaaatgt tgaatgtatc acttaaaaat ctacggatga tacgggagtg gaatcttttc      840

tttgacagag gagatctgat cagacgcgag gatgtagaat ctatggaaat cgttcctctt      900

aaatatccgg cagaactgga gaacaggctg cgccggtcgg cagttatttc caatcgaaaa      960

gaaatcataa agtgttatta tacgttgtat gatctgtgta aacgcgaccc gcatagtccg     1020

agtcagataa aagaagtttt gattcgtttt aacatggctg ttttgaacgc atataagctg     1080

aaaagagaaa ttcattcgga actgcaggtg caaaaaagca tgcaggatat tgcgaaggcg     1140

atgagttggg gagaaattcg cgccgcggta gaattatttt tcaggacact gaattttcag     1200

gcagaggaag aaaacgaaaa tgccgattta agtccgctga ttcaaaaagc gctgcagatg     1260

gtaaaaaagg aatacgatca ggggattacc ttggaagaaa tggcagataa attatttgta     1320

tcagaagaat atttgagcag tcagtttaaa aaagaaatcg gggtaggctt taaagaaatg     1380

gttcgtacat tacaaataga acgaatcaaa gaactgctta ccaacacgaa actgaaattg     1440

aatcagattg cggaattggc aggatattca gatgcaaaat acatgagcag agtattcaaa     1500

gatgaagtgg gcgtactgcc aagtgaattc cgtaaatcgg cgcattgctg a              1551


<210>  3345
<211>  477
<212>  DNA
<213>  Ruminococcus

<400>  3345
cgtataatgt cagaacaaaa tacagacgta aaaagcttag cacatacaaa atggaattgc       60

aaatatcatg tagtgtttgc acctaaatat cgaaggaaag tattttataa cgaaaagaaa      120

gaagcaattc gtgaaataat ccgaacactg tgccaatgga aaggtgttga aatcatcgaa      180

ggagaagtat gtccggatca tattcattta cttctgagta tcccgcccaa aatgagcgtt      240

tcgggattca tgggatactt aaaaggaaag agtagcctaa tgatatttca gagattcgga      300

aatatgaaat ttgcataccg aaaccgcgag ttttggtgta agggatacta tgttgataca      360

gtagggaaga acacggcagc aataaaaagt tacatagcca accagctaaa acaagataag      420

gaaatggatc agattagtct attcgatccg cgagacccgt ttacgggtag caagtaa         477


<210>  3346
<211>  2577
<212>  DNA
<213>  Ruminococcus

<400>  3346
atgggtatta tagaaaagat tttcggaacc cacagccata atgagctgaa aagaatttat       60

ccgatcgtag accggatcga agctcttgct cctgcgatgg aggcgctgtc agatgaggaa      120

ctgaaaggaa aaacaaagga gtttaaggac agactgaatg aaggagagac gcttgacgac      180

attcttcctg aggcttatgc cgttgtaaga gaggcagcat ggagaagtat cggtatgcgt      240

cattacagag tacagcttat cggtggtatt attctgcacc agggtcgtat tgccgagatg      300

cgtacaggtg aaggtaagac gcttgtgtct acacttccgg cttatctgaa cgcactttca      360

ggaaaaggcg tccatatcgt tacggtcaat gattatctgg caaaacgtga cgctgaatgg      420

atgggaaaag tacatgaatt tcttggattg acagtcggtg ttattttaaa cggaatggac      480

aataaagagc gccgtgcggc atatgactgc gatattactt atgtaacgaa taatgaactc      540

ggatttgact atctgcgtga caacatggtc atatataaag aacagctcgt acaaagaggt      600

ctgaattttg cgatcatcga tgaggttgac tctgttttga tcgacgaggc gagaacgccg      660

cttattattt ccgggcagag cggaaaatcg acaaagcttt atgaagcgtg tgatattctt      720

gcccgtcagc ttgaacgtgg cgaggcaagc ggagaattct ccaagatgaa tgcgattatg      780

ggagaggata tcgaagagac gggtgatttt attgtcaatg aaaaggaaaa ggcaattaac      840

ctgacagaag acggagttaa gaaagtagag aaattcttcc atattgaaaa tcttgccgat      900

ccggaaaatc tggagatcca gcataatatt atccttgctt tgcgcgcgca taatctgatg      960

tttaaagatc aggactatgt tgtgaatgca gaaggagagg ttatgatcgt cgatgaattt     1020

acaggacgta tcatgccggg aagacgttat tcggacgggc tgcatcaggc gattgaggcg     1080

aaggaacacg taaaagtgcg cagagagagc aagacgcttg cgacgatcac attccagaac     1140

ttgtttaata aatttgagaa gaagagcggt atgacaggta cggctcttac agaagaaaaa     1200

gagttccgtg atatttacgg aatggacgtt atagaaatcc cgacaaacaa accggttcag     1260

agaaaagacc ttgaagatgc ggtatataaa acaaaagcag aaaaatatca tgctgtcgtt     1320

gaagaagtaa agagagctca tgctacaggt cagccggttc ttgtcggaac gatcacgata     1380

gaagtgtccg aacttttgag cggtatgctg aaaaaagaag gaatcaaaca taacgttctg     1440

aatgcgaaat atcacgagca ggaagcagag atcgtagcgg atgcaggtgt tcacggcgcc     1500

gtaacgatcg cgacgaacat ggcaggtcgt ggtacggata ttaaacttga tgaagatgcg     1560

agagcggcag gcggattaaa gattatcggt acggaaaggc atgagtcaag acgtattgac     1620

aatcagctta gaggacgttc cggtcgtcag ggagatccgg gtgaatcaag attttatatt     1680

tcactggaag atgatcttct tcgtctgttc ggttcggacc gtcttatggg agcttttaat     1740

gcgctgggtg ttgcagacgg ggaacagttg gagcataaga tgctttccaa tgcgatagag     1800

acagcacaga aaaaactgga gacaaacaac ttcggtatcc gtaaaaatct gcttgagtat     1860

gatcaggtta tgaacgagca aagagagatc atttacggag agagaagaag ggttctcgac     1920

ggcgagagca tgagagatac cgtctataat atgatcacag aatatgttga aaatattaca     1980

gaccgtttcg cctctccgga agcggcagca gaagactggg atgtaaaagg tctggagctg     2040

aacttgcata agattattcc gatgatggag cttccgtcag agaaagaatg tattgatatg     2100

cgtcaaaaag agctgaaaca tctcttgaaa gaacgtgcgg tgaaagcgta tgaagtgaaa     2160

gaagcggaat tcccggaagc agaacagatc cgagagttag agcgtgtcgt acttctaaaa     2220

gtaatcgatg caagatggat ggatcatatc gacgatatgg atcagcttcg tcagggaatc     2280

ggtcttcagg catacggaca gagagatccg cttgttgagt ataagatgac agggtataat     2340

atgtttggcg agatgacaaa tatgatcgcc gagacaacga tccgtacact gttcaatgtt     2400

cgtgtcgagc agaaagtaga aagagaagag gtagcgaaag ttacaggaac aaataaggat     2460

gacacttccg tacgcgctcc gaaaaagcgg gaagataaga aagtttatcc gaacgatcca     2520

tgtccttgcg gaagcgggaa aaaatacaaa caatgctgtg gaagaaaacc ggtgtaa        2577


<210>  3347
<211>  2793
<212>  DNA
<213>  Ruminococcus

<400>  3347
atgacaaaaa tgagggtaca tgaacttgcg aaagagcttg gaatggaaaa taaagagctc       60

atcgatttgt tgcataagaa aaatgtggag gtgtcaaatc atatgagttc gatcgaggac      120

aatatagcag atgagatccg aaaagaaaaa aacacaagat cagaaggaaa gtcagaggga      180

gaagaagctc cgaaaaagaa aaatctggca tttgtgattc gtccgcaaaa ctctaaaaac      240

agcagtcgca tacagggaaa acgtccggct caaaagtctg cgcgtccaca gcagagtgcg      300

cgtcaaaacg aggcaaaggc agcgacgacg cgtccggcat cacagggagc acgttcggaa      360

aagtcaggtg cagaaaagtc acaggctgcg cggccggttc ctgctcaaac tgtaaaagcc      420

gaaactgctg ccgaacattc aactacagaa aaacgaccgg gtacgcaagc gcagtcagca      480

gcggaaaagc cgcagggagt acgtcaggaa aagcaacagc cggcacgtgc ggaaaaaccg      540

gtacaggtac agtccgaaaa ggagaaaaga acagagaatg accgtccggc aagagaaaat      600

cgtgaagcaa gacagtccaa tgatcgtccg gtaagagaaa acagagacgg aaagccggta      660

agagacggaa aaccgtctga cagacaaggc agattcgatc gcggatccaa tgatcgttcg      720

cgccaggaaa gaccacaggg aaatcgtcag ttcggtgacg gaagacagag ccgaggcgga      780

gacagagacc gcagaccggg aggacaaaat ggtcgatctg acagagagaa aagagagtca      840

cgaagagatg atgtggcggc accgatcgtg gagcagcaga agagccagcg taataaggcg      900

aaagataaag aacgtgataa taagaaaaaa gaatacagag acgaagcctt tgacggaaaa      960

ggcaaaaaag gcaaaaaaca aaaacaggta gcagaagtga aaagaccgca gccgaaagaa     1020

gagaagaaag aagaaaagat taaacagatt gtaattccgg aagttcttac gatcaaagaa     1080

cttgcagata aaatgaagat tgttccttct gttatcgtga aaaaactgtt ccttcaagga     1140

aaagttgtaa cagtgaatca ggaaatcgat tatgatactg cagaagagat cgcaatggaa     1200

tttgaagttc tctgcgaaaa agaagaagtc gtagatgtga tcgaagaact gttaaaagag     1260

gaagaggaag atgaaaatat gatggtaaaa cgtcctccgg tcgtatgtgt tatgggacac     1320

gttgaccatg gtaaaacatc tcttcttgat gcgatccgtc actcaaatgt gatcgatcgt     1380

gaagcaggtg gtatcactca gcatatcgga gcatatgttg tggaagcaaa cggagaaaaa     1440

attacgttcc tcgacacgcc gggacatgag gcgtttacgg caatgcgtat gcgcggtgca     1500

agctctacgg atatcgccat tcttgtcgta gcggcagacg acggagtaat gcctcagaca     1560

gtagaagcaa tcaatcatgc aaaagctgcc ggaattgaaa ttattgttgc aatcaataag     1620

attgataaac caagtgcaaa tatcgaacgt gtgaaacaag aactgacaga atatgagttg     1680

attccggaag attggggcgg aagtacgatt tttgttcctg tatccgcaca tacaaaagaa     1740

ggaattccgg agcttcttga aatggttctt ctgacagcag aagttatgga gttaaaagca     1800

aatccgaacc gtgcggcaag aggtcttgtg atcgaggcgg aacttgataa aggaaaagga     1860

tctgttgcga cagttcttgt tcagaaaggt actcttcatg tcggagatgc aatcgcggca     1920

ggaagcgcac atggtcgcgt tcgtgcgatg atggacgata aaggcagaag ggtgaaagag     1980

gcaggtccgt cacagccggt agagattctc ggattaaatg atgttccaaa tgcgggagaa     2040

gtgtttgtcg gatgtgattc cgaaaaggat gcaagaagtt ttgcagagac gtttatcgct     2100

cagaataaag tgaaacttct tgatgagaca aaatcaagaa tgtctcttga tgatctgttc     2160

agccagatac aggaaggcaa tttgaaagaa ctcaacatta tcgtaaaagc agatgttcaa     2220

ggttcagtag aagcaatcaa acagagtctt ttgaaacttt caaatgatga agttgtaatc     2280

aagatcattc acggtggagt aggcgcaatc aatgaatcgg acgtcagcct tgcatcggct     2340

tccaatgcga tcattatcgg atttaatgta cgtccggatg cgacggcaaa agaaatcgcc     2400

gatagagaag gcgttgattt aagactttac agagtcattt ataatgcgat agaagatgtg     2460

gaagctgcaa tgaaaggaat gcttgatccg gtatttgagg aaaaaattct cggtcacgcg     2520

gaagtgcgtc agacatttaa agcatccgga gtcggaacga ttgcaggatc ttatgttcag     2580

gacggtattt ttgaaagaaa ctgttctgta cgtcttatcc gtgacggaat cgtagtattt     2640

gacggaccgc tggcatcttt gaaacgtttt aaagacgatg taaaagaagt aagagccgga     2700

tatgaatgtg gttttgtatt tgaaaattat aatgatatca aagaaggaga tcaggttgaa     2760

gcttataaaa tggttgagac tgagagaaaa taa                                  2793


<210>  3348
<211>  1491
<212>  DNA
<213>  Ruminococcus

<400>  3348
atgctttatg aatcaatcaa aaaattagtg caatatggga tagatactgg tcttactccc       60

gaatgcgaac gtgtttacac aacaaatctt cttcttgaac tctttcacga agacaactat      120

gaagacatcg aatgtacttc cgacaaccgt gatcttgagg aaattctcaa agatcttctt      180

gacgaggccg taaaacgggg aattatagaa gacagcatta cataccgtga tctttttgac      240

acaaagatca tgaactgtct gatgccgcgt ccttcacaga tccaaaaaga atttcaagaa      300

aaatataaca tttctcctga ggaagccacc tcttactatt ataaattaag tcaggacagc      360

gactatatcc gccgctaccg catcaaaaaa gatcgaaaat ggacagtcga aaccaaatac      420

ggcacacttg acattacgat caatctttcc aaaccggaaa aagatccgaa agcgattgcc      480

gctgcaggaa aagcgaaatc cgcttcctat ccgaaatgtc agctctgcat ggaaaacgaa      540

ggctatgccg gacgttccaa ccatcctgca agagagagcc accgcatcat cccgatcacg      600

atccagggac gtaactgggg attccagtat tctccttacg tttattacaa cgaacactgc      660

atcgtattta acggcgaaca tgttccgatg aagatagaca gaaatacatt tgccaaactg      720

tttgatttta ttaaactatt tccacactac ttccttggat cgaacgcaga ccttccgatc      780

gtcggcggct ctatcttaag ccatgatcat ttccagggcg gaaattatac tttcgccatg      840

gccaaagctc cgatcatcga aaactttacc gtgccgggat atgaagacgt ggaagcggga      900

atcgtcaaat ggcccctttc tgttatccgt ctgagaggcg aaaatacgga acagattatc      960

gaccttgcag atcatattct ttcaaaatgg cgtacttata cagacgagga agcatttata     1020

tttgcagaaa cagacggggt tttacacaac acgatcaccc cgatcgccag aaaaaaagac     1080

ggtatgtatg aacttgatct gacgcttcgc aacaacatta caacagaaga acatcctctc     1140

ggagtatatc atccgcacga agaacttcac catatcaaaa aagaaaacat cggtctgata     1200

gaagtaatgg gtctcgccgt gcttcctgca agactcaaag gagagatgga acttctaaaa     1260

gaatatatca tagagaaaaa agacatccga agcaatgatc aaattgcaaa acatgcggac     1320

tggacagatg cctttctatc agagtacgac aatgttacag aagaaaatat cgaacagatt     1380

ttggaacagg aagtcggaaa agtattttgc aaagtacttg aagacgcagg tgtatataaa     1440

tgcacagatg aaggaattaa agcctttaaa cgtttcatct ccacactctg a              1491


<210>  3349
<211>  1689
<212>  DNA
<213>  Ruminococcus

<400>  3349
atgaataatc agacagcatg gtggaaaaaa agcgtggtat atcaaatata tccgaaaagc       60

ttctatgatt cggacggtga tggatttggg gacttgaacg gaatcagaga aaaactgtcg      120

tatcttgaaa agctgggagt agatgtgatc tggctgaatc cgatttatga atcaccgcaa      180

gttgataatg ggtatgatat atcgaactat aaaaaaatag agccgcagct tgggacgatg      240

gaagattttg acatgctgct aaaagaggct catgaaaagg gaatccgcat cattttggat      300

cttgttgtca atcatacatc ggacaaacat ccgtggttta cagaagcaaa aaaagggaaa      360

gaaaatctat atcatgatta ttacatatgg aaagatacga tcccgaataa ctggggatca      420

agctttggcg gacctgcatg ggagtatgta gaagagacag cgcagtatta tcttcatctg      480

tttgcaaaag agcagcctga tctaaactgg gagaacccta aagtccggaa agaagtacag      540

gagattcttc gcttttggct ggaaaaaggg attgacggat ttcggatgga tgtaatcact      600

ttgatttcaa aagatccggc ttatcccgat ggtccggtga ttcaaaacaa agcatacgga      660

agttattatg caggctgtgc aagcggtccg cgcgtccatg aatatctaca ggaaatgaat      720

cgggaagtgt tgagcaaata cgatattatg actgtaggag aagctcctca tacaagtgca      780

gacgaggcgg cgccttatac agcttcggat cggcatgaac tgaatatggt ctttcatttt      840

gatcatatgc atcttgatta tgatgaaaat ggaaaatatg ctaaaaaccg cgtgaaattg      900

acagatttaa aagaagtgat gacgaaatgg caggatacaa tgcatgaatg tgacggttgg      960

aacagtcttt actggagcaa ccatgatcag gcaagggcgg tatctcgttt cggaaatgaa     1020

tcagaaccgt atcgtgttaa atcggcgaaa atgctgggaa cgatccttca tatgatgcag     1080

ggaactccgt atatttatga gggagaagaa ctggggatga caaatgctca ttttgagtct     1140

atagatgagt acaaagatgt ggaagcgctt gatatttttc gggattttac ggaaagaaaa     1200

ggtttttccg agaaagatac attggaactt ctcggcttga aatcaaggga caatgcgaga     1260

actccgatgc agtgggataa tacggtcaat gccgggttta cagaaggaac tccgtggatc     1320

ggagtgaata aaaactgtaa ggagatcaat gtggaacagt gtcttgcaga tcaggattcg     1380

attttttact attatcaaaa actgattcag cttcgccatg aaatgccgat tattacagat     1440

ggggtatatg agcttttgga taaggaaaat gaaagcgtat atgcatatct tagaaaggga     1500

gaaaaggaga cgcttctcgt agtcggaaac tttacggata agacgatcaa ttatcatata     1560

gaagaaaagg tgcaggctaa gaaaagcaga cttttgattt caaattataa cgcggcggag     1620

acgtttgaaa gagatttgtc gttagagcca tatggggcat gcgtatattt gctggaagca     1680

gagaaataa                                                             1689


<210>  3350
<211>  1287
<212>  DNA
<213>  Ruminococcus

<400>  3350
atgaaaagaa aatcggtttt tattttaaaa ggaaatattg tatacagcaa aaatcagaaa       60

gaattttcga tttgtgaaaa tggatatgta gtctgcaaag acggaatcgt ggagggcgtc      120

tataagacgc ttccgtttaa attcggagga aatccgatac gggattacaa agacgcgctg      180

attattccgg gatttacaga tcttcatgtt catgcgcctc agtattcgta ccgcggtctg      240

ggaatggata tggaattgtt agaatggctc gaaacgaata cgtttccgga ggaatcgaag      300

ttttgtgatt tagactatgc agaaaagtca taccggattt tcgtgaaaaa tatgcaaaag      360

agtgcaacta caagggcgtg tgtatttgcg actcttcaca ggccggcgac tgttttgctt      420

atggatatgc ttgaacaaag cgggctgagt acttttgtcg ggaaagtgaa tatggatcgg      480

aatgcgccgg attatttagt tgaagaaacg aaaaagtcga cagaagaaac tttaaagtgg      540

attgaggaga caattcagaa aaactacagt cgtacatatc cgatccttac gccgagattt      600

attccgacgt gtaccgatga ggttatgaaa gaactaaaaa aacttcagaa acgttatgag      660

cttccgcttc agtcacattt gtcggaaaac ttcggggaga tcgcatgggt aaaagaactt      720

tgtccgtggt ctgagtttta cggagacgtt tatgatacat tcggattgtt cggtaaagat      780

acacgtacga ttatggcgca ttgtgtacac agcgatgaaa gagagatcag caggatgaaa      840

gaaaacggcg tatttatcgc acactgtccc gagtctaata tgaatgtgtc ttccgggatc      900

gcgccgataa gaaagtttct tgaagaagga cttcatgtcg gattgggaag cgatgtggca      960

ggaggaagta cggaaaatat gtttcgggca atggctcatg ccgttcaggc gtcaaaactg     1020

cgttggcgta tttgcgacga tagtttagaa gcgctgacgt cagaagaagt tttctttatg     1080

gcgacaaaag gaggaggaga atttttcggg aaagttggaa gctttgaacc gggatacgaa     1140

tttgatgcag tcgttctgga tgacagcagg cttgcgcatc cccaggaact tgatataaga     1200

agccgactgg aacggatgat ctatctggcg gatgaacggg aagtagtcgg aaaatatgta     1260

aaaggaaaag aaatcgatct ttcttaa                                         1287


<210>  3351
<211>  777
<212>  DNA
<213>  Leptotrichia

<400>  3351
ggagtatttg attcaggaat tggagggctt actgtattaa aggaaattag aaaagttttg       60

ccagatgaaa aaatatatta tcttggagat acggcaagag ttccgtatgg tgaaaagaca      120

aaagagctga ttataagata ttcaaaggaa atcgttgaat ttttgctgga aaaaaatgtg      180

agtgctattg tagtagcttg taatacagcc actgcacttg cattaaagga attgaaggaa      240

acttttaaaa ttccgattat tggagtaatt gaagctgggg cgagaacggc gatagaagca      300

acaaaaaatg gtaaaatcgg tgtaattgga acgaaggcga ctatacagtc tggaaaatat      360

gaagaggaaa taaaactttt taataaaaaa gtggaggtgc ttcaaaaggc ttgcccgctt      420

tttgttccgg cggtggaaga ggggatttta agcggtaagc tggtaaatca aataataaaa      480

acgtatcttg atgattttaa ggggaaagta gatactttga tattgggatg tactcattat      540

cctttgttaa aagatgctat aagtaaaatt tatccagata taaaaattgt agatccagca      600

aaagaaacag ctttagattt gaaggaaatt ttggagcaga atgaattttt aaaaaatgat      660

gcgaaaaaag atgaagaagt aaaatattat gtgacagatg ggcaggaaaa atttaaggaa      720

attggaatta tgtttttgga ggaagatatt ccaaaagttg aattggtaaa attatag         777


<210>  3352
<211>  831
<212>  DNA
<213>  Leptotrichia

<400>  3352
ataacgagat tgctgacaca ggaggaattt gggattgtag gaacattagc tccgattact       60

tcgttgttta cagtgatttt gggattaggg ctatataatg ctcagatgaa aaaatatgtg      120

gatttgaagg aaagtgaaga tgagtttgga agctatatgt tttcttcaac tttgataata      180

gttgttttta atattttaac gtatattttt ttatttacgc caatggctca aaaactgttt      240

tcatacattg tggatttaag caaagtaagc tactatccct tgataattgt cagtatttta      300

attgccacag cgaatgcttt taataatctt tcaacaactt tgttcagaat gaagagaatg      360

tatatgaaag tggcgatagg gagtgttata agtcttttta caacttatat tctggcaatt      420

tattttataa aatatttgaa atggggagtt tttggaaatc agtttgcaaa tttagttgca      480

ttgcttgtag tctttttatt ttattttaaa gattattttg gaaaatttag atttaagctg      540

aattttgatt atgtgaaata ttcactgcga aatggattgc cacttatttt tattgaactt      600

acagaccaag ttgtaaattt aagtgacagg cttgttttgg caaaatttgt ttctcttgca      660

gtagttgggg gatatacgct tgcctttact ggaggaaggg ttttgtcggt tgttacaggc      720

tcttttgtga atagctggac gccggagttt tatgaggcga tgaaagagga taagacaaat      780

ccaacaataa cgagaagcgt agaaaatttt attgcgatta tttcctttgc c               831


<210>  3353
<211>  876
<212>  DNA
<213>  Leptotrichia

<400>  3353
atgaatataa actggtatcc agggcatatg aagaaaacca aggatttgat tgtggaaaat       60

ctcaagataa ttgatgttgt gattgagatt ttggatgcaa gaattccgat ttctagtaaa      120

aatccagata tttcaaaatt ggcgaataat aagaaaaaaa ttattgtgct taataaggtg      180

gatttaattg ataataggga attgaaagtc tgggagaatt attttttaga aaataatttt      240

tctgattatt ttgtagcttt gagtgtggaa aaagggacta attttaatga acttagaaaa      300

attacggata aaatttatgc agaaaaattg gaaaagatga agaagaaagg gcttcgtaaa      360

actgaagtaa gggcaatgat tgttggaatt cctaatgttg gaaagtctaa atttataaat      420

aaatttgtga ataaaaataa ggcaagagtg gggaatactc caggatttac acgtgggaaa      480

caatggataa aaattgatga gaagctggaa ttgctagata cgccaggagt tttgtggcct      540

aaatttgaag atgacgatgt ggcctataat ttggcgatta ctgggtcaat aaaggatgat      600

gtgctgcagt tggagcatat tgcgataaaa tttttagata aattaaagga tttggggaaa      660

attggaaatc ttataaaagt ttatcatttg gaagaatata ctacagatga agaaatttta      720

ggaatggaaa gtcataaaat attggaaatt ttggaaaaaa gactgggagt ttctaaaaac      780

gatgagcata attatgaaat tatttcaaga agattgatga gagattatag aatggggaaa      840

attggaaagt tctttttgga gtttcctaag aattaa                                876


<210>  3354
<211>  858
<212>  DNA
<213>  Leptotrichia

<400>  3354
gagtataaaa atgttaatgt aaatgtaaaa aaaggaacaa attttataca aatttataaa       60

gacttaaaat tgaattatgg aattatggat agaatatatc taaaattaaa tggtggaaat      120

ataaagttaa aagtgggaac ttataaattt aatggaaaat attcaaaata tgaaattata      180

aaaaaaataa agaatagtga aactaatgga ataagactta caattcctga aggatttaca      240

tcaaagcaag tgtttgctcg gatggaagcg cttgaattgg gaaatactga ggaaattaat      300

aaagctttga gcgagattga ttttccatat ccgcatgaaa ataataattt tgaaggatat      360

ttctatcctg aaacttatat tttttctgaa aatgttacaa caaaacaagt tattagaact      420

attcttgatg aatttttgaa aaaatttccg cctgaaaaat atcctgacaa gaagaaattt      480

tacgatgatt taaaattggc ttctattgtg gaagcagaag tgcctgatga agcggataag      540

cctaaagttg ccggaatatt tttgaaaaga ttggaaattg ggatgaagct ggagtcagat      600

gctacgttaa aatatgagtt gggaagacag gctacgagaa atgatttgaa attacagaat      660

acagcatata attcgtataa agtcaaagga ttgcctccaa caccaattgg aaatcctccg      720

attgaaactt ttaaggctgt gttaaatgct gagaagacag atgatttatt tttctttaca      780

tataagggaa aaacatatta ttcaaagacg catgaggaac atttgaaaaa acgtcgtgaa      840

agcgggcaat taaaataa                                                    858


<210>  3355
<211>  1662
<212>  DNA
<213>  Leptotrichia

<400>  3355
gggaaaaagg caaaagcata taaatatctt gatttggtgg cgattggaac agttgcagac       60

attgtgccgc tggtggagga aaacaggatt ttgacaaaat ttggtctgga gcagcttagc      120

cgttctaaaa ataaggggct tagatttttg ctctacaagc tgtttagtac ccaaaattcg      180

gattttaatg agaaaactga atacaattcg tatgatgtgg gctttatcat agcgcctgtc      240

tttaatgcgg ctggaaggct taaagatgca aaaatggttg taaaattgct aatttctgat      300

aatgacaggg aaattgagat aatcgtaaag gaacttatta ataagaattt tgagcggaaa      360

gaactgcaga atgaaattgt ggagaaagtg gaaaagcata ttgaagaaag cgatttgaag      420

gaagattatg taattgtaga ctattcacct gaatatcacc acggagtaat tggtatagcg      480

gcttccaaaa ttgtggataa atattacaag cctgcgatta tcattgaagt aaaggaagat      540

gaagggatag cggttggatc ttgccgaagt atcgggaatt ttaatatttt ggaggcgttg      600

cagtcgatgc ctgaactttt tttgaagttt ggaggacatt ctggagcggc tggatttacg      660

attggaataa aaaatttgga attatttaag gaaaaaatta ataaatttgc aaagacaaaa      720

ctgaaggaag aggattttgt gaaaataata gaaattgaca agcaaattcc gattcaaaag      780

gtttcttatg aattttttca agtgatagaa cttttaaagc cgtttggctt cggaaatcca      840

atgccaactt tcaggacaaa taatgtactt tttgaaaata taaagttcat tggagaaaat      900

aagaatcata taatgtttga tataaagcag aaaggatttt ttagcagaaa tgctgtctgg      960

ttcaattctg gagagtattt taaggaactg aatgaaaatc tgttttatga tattgtttac     1020

aagttaaaga cagaaatgtt tcaagataga tattatacaa aggtgtatat tgaagatgta     1080

aaagtgtcgc agttaaaaga tgatactttt tcctattatc attctctttt taatacatct     1140

tttccaatga agtcaatttt ttatacaaat attgagctgg atttagaaaa gaaaattacg     1200

atgaaaatgg aatttgatca agtttcactt tttcagggga gaaaatttat tggacggctt     1260

gattacagtg tttcaaatct gctaatacta ttgaaccagt attataattg gaattttact     1320

gtgaaaattg aggatgtgaa gcagactgcc agtcatagca ttgtaaatat tttgataaaa     1380

agggattaca gctttaaatg ctacgatcat acgcagattg gaatttttag gaaaataaag     1440

gaatttctga ttggaaaaat ggaatataat actcaaacta aaaatttact ttcacaattt     1500

tttagacaaa ataaaaactt aattgtaaaa aatatattta atgaagatga aaaatataaa     1560

tataaaatgt cgaactttga gaactttttg cttacaattg ggatttatta taaaaaaaca     1620

actgataaaa aaagtcaaat tgtaataagt tcagaaaaga ag                        1662


<210>  3356
<211>  822
<212>  DNA
<213>  Leptotrichia

<400>  3356
atgtatgaac attttcctga tgaattaagt taccagttta caaattttcc attaaaatac       60

aaaatttata aaattttagg cttttcctgt gaatttgtaa aaagagattt tgaaaataat      120

tcagaaatta aaagcaagga aattttttgg aataactgta aatattttct tgattatttt      180

ggagatttgg cagatgaata tattcaaaat tataaaatgt attcaaataa ctttttgatg      240

aaattaggag tattaataat cgttaaaaat gttgaggcta taaataaggg tgaagaaaaa      300

agcgaagagg aaatagaagc gctggataat atttttacag gctatattgc gagtaaaatt      360

aataaaactg gcataaatga aatttttgag aaatatttgg atagcggaaa tttcagaaga      420

cattttgaaa gtatggaaat gcttgaattt ggagaagcga gaaaatatct tgaaaaaaga      480

ttttatgaga ttataataga aaatagcaaa atttcagatg ttattactga aggaatcaaa      540

ttatttgtca tgttttcagg gatagaattt tcgccgacaa ataataatta cagctatcgt      600

aatagaatgt tcagaaaaat aacggaaaat tttgagaaat atgatttttc tcaaggacag      660

aaaatttatc ttcttgtaaa ttatggatct aatactgttt ttgaaaatct tagaaattct      720

gagataatgt ataagttgtt tcaagataca attaaggaga atttagagaa tacaaaggaa      780

attttatatt ataatttaaa tgaaaacaga ttggaatatt cg                         822


<210>  3357
<211>  630
<212>  DNA
<213>  Leptotrichia

<400>  3357
tcagcagtgg ggcatgaaat tgataattta ctttctgacc tggttgccga caaacgggca       60

gcaacaccga ctcaggcggc ggaaatcttg attcctgaaa aagataaact ggcagatgag      120

ttggaaaata aaaaaaatct tttgagcaaa tcacttttaa atagggttgc aatgatgaaa      180

aaagagctgg aatatagaaa aaataactat tatataaaaa attttgcaaa tattctggac      240

aataaaaaat ttgacttgat ggaaaaggag caaaaattat caagggaatt aaaaagaatt      300

ttgcaaaagt caaaggagca gctggattat cgtaaacaga gatttgatag aattaatttg      360

gaaaaagtgc ttttgagtga aaaggaaaat ttgagggaga aatcggctaa acttaatgaa      420

ataatgctgg aattttttga gaatcggaaa aatgagctga agtataaaaa ggcacagctt      480

tctaaatatt cggtaaacga tattttgaag caagggtata cgataactcg gaaaaatgga      540

gaaattgtta agcgaggaat tgagcttagt aaagaggata aattggaaat acagttttct      600

gatgttaaga aaaaagcagt tgtgaaataa                                       630


<210>  3358
<211>  441
<212>  DNA
<213>  Leptotrichia

<400>  3358
atgtatcata taaaagataa ggactttatt cgtggaaaag ttccaatgac aaaggaagaa       60

ataagagcgg tgagtattgc aaaaatggaa atttctgatg aagatgtgtg tattgatatt      120

ggtggtggaa ctggctctgt aagtattgaa atggctagat ttgctaaaaa tgggcatgtt      180

tacacgattg agcaaaaaga ggaagccgtt gatttaataa aacaaaatat ggaaaaattt      240

gggataaaaa atatgactgt aatttctgga aaagcaccag aagatttacc acaaggaata      300

attttcgata aagtgtttat cggtggttca ggtggaaatt tatcagaaat tatcaattat      360

tcttatgaaa atttaaaaga aggcggaata atcgctttaa attttatcgt tttagaaaac      420

acatttgaag cacttgaatg c                                                441


<210>  3359
<211>  1416
<212>  DNA
<213>  Leptotrichia

<400>  3359
aggataagtc aggaaaagaa ggcttacgaa gtgcagaaat cggaaaagga aaagcagaaa       60

tttgaaaggg aacagaaaat tcagaaactt aatgaaaaaa cagatgaatt gagaaaagaa      120

tattcggaaa ttaataagaa aaaaaatgaa tccagttata aacttgaaaa ctttcaggtt      180

aggcaaaagg ctattgctaa tgcgattgaa aaaaatgaga cttttaacca gagcgtgaag      240

catattttga atgaaaaaat tgacggagta attggggctt ttgttaatct gattgatgtt      300

ccagcaggat ttgaggaagc ggttcagact ttatctggcg gaatgtttcg ggatattgtt      360

gtaagggata gtgaaattgg gaagaaatgt attgagattc taaaaagaaa aaaacttgga      420

agggcttcat ttttaccagt tgaagatatt cgggtttcaa agattaataa aaatttgcct      480

gttattgaga agattttgca aaaaagtaat tttcaaaata ggatgccgca ggaggaaatt      540

cagaatatta tttcaaatac aaaggggaaa aatggaatta ttgactttgc aagaaatatc      600

gtaaaagccg ataaaaaatt tgtaaatgaa aatatagaaa aagttattca gtttgtttat      660

ggaaattcgg ttgttgtaga gaatctggaa gttgggacag agcttttgaa aaaagggttt      720

aatgacagga ttgtcacact tgaaggggat attattactt ctcggggaag aatgactggc      780

ggacattcat ttaaggggaa agatgagatt ttggaaagaa aaaaagagct gaagcatctg      840

gaaggtgaga ttgaggaaaa taaaaaagat cttgataaat ttgagaaaaa attatcggaa      900

attgttttag aggctgagaa agttggaaaa gaaaaggaag aagaagaaaa attatttgag      960

aactttaaaa atgattatca gtcatttaat gaaaattatg atgattttag tattaaattc     1020

agtcggaaac agcgggaaat taatactttg aactatgaaa tttctgaaag cagaaagttt     1080

attttggaga aggaaacgaa aataaaggaa aatctggaat tgattcaaaa tattgaaaag     1140

tgtattgaag agaataattt aaaaatggaa aatttaaggg aagaattgaa aaaacttgaa     1200

aatattgatg aatttattca aagactgaat gtggctgata aggaatatga agttttgaaa     1260

gtcagaactg ataataataa aaatcggttt ggggaaattg aggctgatta taggaaactt     1320

ttgagggaaa aggctgaatt aattgaattt gagaaaagga aagatttgct tggaagagaa     1380

ttaatggata aaatttcaaa attaaagtct gaaatt                               1416


<210>  3360
<211>  969
<212>  DNA
<213>  Leptotrichia

<400>  3360
atggaaaata tatctaaaga taaattatta agtatgtatg aatcaatgtt agatattaga       60

aactttgatt tgaaggtgaa tcaacttgta aaaagaggga tggttccagg aatgacacat      120

ttgtcagttg gagaagaagc ggcaaatgtt ggagcgattg cggcgttaaa tcctgatgat      180

tttataacat ctaaccatag agggcatggg caagttattg caaaagggat tgacttgaat      240

ggaatgatgg ctgagattat ggggaaagct acaggaactt gtaaaggtaa aggtggttca      300

atgcatattg ccgatttaga aagtggaaat ttgggagcta acggaattgt tggtggagga      360

cacggaatgg cagtaggagc agcttatact caaaaagtta aaaatactgg aaaaatcgta      420

ctgtgttgtt ttggagatgg agccacaaat gaaggaagtt ttcacgaagc aatgaacttg      480

gcatcagttt ggaatgtacc aattattttt tattcaatta ataatggata tggaataagt      540

acagatatta aaaaagttac aaatgtagag catatttatc aaagagcagt agcttatgga      600

atgcctggat atttcattga agatggaaat gatgttttgg cagtttatga aacatttaga      660

aaagcagtgg atgatgtaag agcaggaaaa ggtcctgttt taattgaaag tgtgacatat      720

agatggtttg ggcactcgag ttcagatcct ggaaaatata gaacgaaaga agaagtggat      780

tcttggaagg caaaagatcc aaacattaaa tttagaaata gattgattga agaagggatt      840

gctactgaag aagaattaac taaattggaa gaaagttcga aacaaaaaat tgaagaagca      900

gttgattttg cgaaaaacag tccagaacca actcttgaat cagcatttga ggatattttt      960

gcagattaa                                                              969


<210>  3361
<211>  597
<212>  DNA
<213>  Leptotrichia

<400>  3361
atgaagaaat tagatgattt aattgatgtt tttgcaaaac tgcctggaat tgggagaaaa       60

agtgcggcga gaattgcatt tgacgtgctt gatagaagtg aagcggaagt tgatagaatg      120

ttggaaataa taaaggattc gcatataaat attaagcatt gtaaaatttg tggaaattta      180

tcagaaaatg aaatttgtga aatttgtgag aatgaaaaaa gagacaggga agtaatttgc      240

gttgtggaag gtgtaagaga tgtgattgca tttgaaaagt ctgaaacata taatgggctt      300

tatcacgttt taggcgggaa aattgatccg ttaaatggag ttactattga agatttgaat      360

ttgagaaatc tgttggatag aatagatgga agtgttaagg aagttatatt agctttaaat      420

cctgatttgg agggagaaac tacaagtctt tacttaacaa aatttttaaa ggcgaaagat      480

gttaaaattt ctaaaattgc tagtggtatt ccaatgggtg gaaatattga atatactgat      540

atggcaactc tcggaagatc tttggaaggt agaattaatg tggatgatga aaattaa         597


<210>  3362
<211>  492
<212>  DNA
<213>  Leptotrichia

<400>  3362
atgaaaaaat taattttagc attgtttatt atttttggga cactttcatt ttcagctttt       60

gacaaagttg tagttggaat tattaatgac aattatgaaa gtccagtaat atcaggaact      120

ttaaatagag gaggacttgc caatttaatt tttggaatga aaaaggatgg ggattttgca      180

aaacaaatgt atcaaaatct ttcaggtgca gataaaattg aatttattat agaaaaaaaa      240

gatgaatcag cacttcttag ccttttgaaa gtatttgaaa aaagaaaata taaaggtcag      300

atggagataa cagaagtggc atcttcagaa aataaaaata tacgtcaaat ttctgaaaaa      360

aatagctgga cttataatgt ttatcctttc gcacgtgaaa tatcaggaac tgtaaaaatt      420

tcaggaaatg atatgagcaa aggggaattt atagaaggtc tatttcaaga tgcaaaatca      480

aaattaaaat aa                                                          492


<210>  3363
<211>  1020
<212>  DNA
<213>  Leptotrichia

<400>  3363
atggatttaa agaatttacc aataactcct ttaccgtcag taaaactgga taagcatcag       60

gaggatctgc tccttcataa tgagctgttt tccaatttgc ttggagaaac gatttttagg      120

tatgcaggat tgcatattta tgaagttact gagaagttaa aggaggcttc gagtaaatat      180

tataagacac aaaaacaaga ggctagaaaa aatttatcgt ctttttgttc agaccttact      240

gatgtagaaa ttttaagagt gataagaagt ttctcgattt tttcggctct tgccaatatt      300

gctgaagatg tgtatcaaac tcatgaacag cgatatgcaa agatttccaa taagctgcaa      360

attgggtcgc ttgagaaatc attaaaaaat ctgaaaagta agggaattag tcaagataaa      420

atattaaagg ctatggaaaa ggtttcgatt gttcctgtat tgacagcgca tccgactcaa      480

gtacaaagaa aaagtatttt ggatttgaca aaaaaattaa cggatattct ggataaatat      540

gaaaatgtaa aattacatca aattgatgaa aatgaatggc taaatgactt gagccgtggt      600

attcaaatct ggtggcaaac tgcaatgctg cgggctacaa aactacgtgt tacagatgaa      660

ataagcaatg ctttaagtta ttataacatt acatttttca atgaagttcc acgattgatg      720

aataaatttc aggaaatttc aaaaaaatta ggaaattctg aaatgaaatc tcaagcattg      780

attccactta caatgggaat gtggattggt ggagacaggg atggaaatcc ttatgttaca      840

gtaaatacac ttgaaacatc ggcacaagag caggctatca aattattcca gcactattta      900

gatgtagtcc gtgaaattta tagggatttg tcaatgtcaa ttgccatgac aaatgttact      960

gaagaattgc aaaagttagc cgatgcttct ggagaagttt cgcctcaccg tacacgtgag     1020


<210>  3364
<211>  819
<212>  DNA
<213>  Leptotrichia

<400>  3364
tttagagaaa ataaaattga tgctgttatt aattttgctg gatttaaagc tgttggagaa       60

tctgtagaaa aaccgcttat gtattatgaa aataatttat ttggaatgat tactttgctt      120

gaagtaatga aggaatttaa tgtaaaaaat atcgtattta gttcatcagc cactgtttac      180

ggtgtttctg aaaaagtacc ttttgtggaa actgatccga tgggagaagt tacaaatcct      240

tatggacgta caaaagtaat aatcgaacat attttaatgg atttggcaaa atctgacaat      300

acttggaata tcattgctct tagatatttc aatccattag gtgctcatga aagcggaaga      360

attggagaag atccaaacgg aattccaaat aatctttcac cttatataac tcaagttgca      420

gttggaaaat tggaaaaatt acatattttt ggaaatgatt atgatactcc agatggaact      480

tgcataagag atttcattca tgtgaatgat ttggcggcag gacattcagc agcattaaat      540

tatttattta ataatgaaaa tcttggtttt gatgcgataa atttaggaag tgaaaaaggt      600

tacagcgttc ttgaaatttt aagtaatttt gaaaaagctg ttggaaaaga aattccttat      660

gtaattgatg gcagaagagc tggagatatt gcagtctgtt atgcagatgc ttcaaaagct      720

aaaaaattat taaattggga agcaaaatat acaattgaag atatgtgccg tgattcttgg      780

aattggcaaa agaaaaatcc aaatggattt aaagattaa                             819


<210>  3365
<211>  1281
<212>  DNA
<213>  Leptotrichia

<400>  3365
agactagaaa aaagagaggt agaaaagatg gcaaaagaaa cattgaatcc atttgaaatt       60

gcgcaaaagc aaattaaatc agcttgtgat aaattaaatg cagatccagc tgtttatgaa      120

attttgaaaa atcctatgag agtgttggaa gtgtcgttcc cagtaaaatt agacaatgga      180

acagttaaga catttatagg atatagatca cagcataaca atgcggtagg accctttaaa      240

ggtggactta gattccatcc aggcgtaaca agagatgaag taaaagctct atcaacttgg      300

atgacattta aatgttcagt tgcaggaatc ccttacggtg gtggaaaagg tggaatggca      360

attgatccta aagaatattc taaagatgaa ttagaaagaa tttctaaagg atttgcaaaa      420

gcaatttctc caattatcgg agaaaaagtt gacatcccag ctccagatgt taatacaaat      480

ggacaaatca tgtcttggat ggttgatgct tatgaagaag ttgcaggaaa atcaacaaaa      540

ggtgtattta caggaaaacc tttagaattt ggaggatctc ttgcaagaac agaagcaact      600

ggttacggag ttaatttgac agctaaaaaa gctttagcaa aattaaacat tgatgtaaaa      660

ggtgcaactt atgctgtaca aggatttgga aatgttggat tctatacagc ttattatgca      720

cacaaagatg gtgcaaaaat tgtagccttc tcaaattcac atgttgcaat ttataatgaa      780

aatggaattg acatggaagc tgtaatcaaa gattttgaag caaatggacg tattacagaa      840

aacaaaggat atggaaaaga tattacaaat gctgaattat tagaattgga agttgatgtt      900

ttagcgcctt gtgcattaga aaatcaaatt acttctgaaa atgctgacag agttaaagca      960

aaagtagttg cagaaggagc aaacggacca acaactcctg aagctgatga aattttattc     1020

aaaaaaggaa tcgtagttgt tcctgatatc ttagcaaatt caggtggagt tgtagtttca     1080

tactttgaat gggtacaaaa cttgcaaagt tactattggc catttgatga agttcaacaa     1140

aaagaagctg cattattgtc aggagcattt gaagatgtat gggctttagc agatgaatat     1200

aaagtagatt taagaaatgc cgcttatatg aagagtattg aaagaatttc aaaagcaatg     1260

aaattaagag gatggtatta a                                               1281


<210>  3366
<211>  528
<212>  DNA
<213>  Leptotrichia

<400>  3366
cttttgagtt tttcaaatac atatttcatt gtagttattt caattgttat aattgcgatg       60

gctatgactt ctcgaaaggg gaaagaaatt ctgtcaatta gggaagatga aattgcggct      120

gaaaatattg gaattggatt aaatcgtgta aaactttatg gatttgcatt ttcagcattt      180

tttgctggag ttggagggtc actgtttgca cataatgtgg gaattttgac acctgataaa      240

tttggatttt tattctctat agaaattctt gttatggttg tgcttggagg acttggaagt      300

attacaggag cgattgttgc tgcagtaatt ttgacattat taaatgaaaa attaagagat      360

gtttcacagt ttagatactt agtttatgca attatattga tttcattgat gattttccgt      420

ccaaagggaa tttttggaac aaaagaattt acatttgcag gaacaaaaag aagaattaag      480

cggattagag attataaaaa tagtaaaaat gaaagtgatg aaaattaa                   528


<210>  3367
<211>  603
<212>  DNA
<213>  Leptotrichia

<400>  3367
agtcatctgg ctaaagaagt tgatgcttta ggtggagaaa ttggacgaaa tatggacaaa       60

agttttgtgc agatgagaat tttaaataca aagaaaggac cggcagttcg ttcgttgaga      120

gctcaggcag atagaaaaat ttatgcaaga gagatgaaaa gaacaataga acatcaggaa      180

aatcttgata ctatacagga tattgttacg gaattgattg ttgatgaaat tgaaattgtt      240

gaaaatggtt ctaaaagaat agaaaaagtt gtaaagggaa taaaaactaa aactggaatg      300

gaattttttg caaaagcagt tgtgcttgca acaggaacat ttttgagagg gcttttgtat      360

attggagata aacgtgtaaa aggcggaaga atgggagaat tatctgctga tgatttgaca      420

agttcactaa agtcattagg attaaaaatg ggaagattta aaacaggaac tcctccaaga      480

cttgatatta gaacgttaaa tcttgaaaaa cttgaagagc agcctggaat aacaggagtt      540

ccattaaaat tttcaatgag aactccaaat agcgaaattt tggaaaaacc ccaattatct      600

tgc                                                                    603


<210>  3368
<211>  1092
<212>  DNA
<213>  Leptotrichia

<400>  3368
attgcgataa ttacaggagt tgcctggttt gtgagcggaa gcggattagt tactgcattg       60

tcgtttttta tcgccgtgct tgtaattgca tgtccgtgtg cattgggact tgcgactccg      120

acatcaataa tggttggaac tggaaaaggg gctgaaaacg ggattctcat taaaagtgga      180

gaagctcttg aaacaacata caaaattaaa acgattgtat ttgataaaac aggaacaatt      240

actaaaggaa agcctgtatt aactgatttg attgcttatg gaaattataa ggaagatgaa      300

cttttaaaaa ttgccgcaag tgtggaaaat gattctgaac atccgctggc agaagcaatt      360

gtaaatgaag caaaggggaa aaatatcgaa attaagcctt atgaaaaatt tagggcaatg      420

ccaggttatg ggattcgtgc gacttttgaa ggcaaggaaa ttcaaattgg aaataaaaaa      480

ttaatggaaa ataaaaaaat tgatgtggaa atttctcaaa aggagtataa tattttgtca      540

aatgaaggaa aaactccaat gtatatttcg attgacaatg aattggcagg aattgttgca      600

gttgccgatg tcattaagga aacaagcaaa gaagccattg aaaaattgaa aaaaatggga      660

attaaaacaa taatgcttac aggagataat gaaaaaactg cggaatttat agcaaagcaa      720

gtaggaattg atgatgtaat ttcagaagtt ctgccttatc aaaaatctca aaaaataaag      780

gagcttcagg aaaaagatga atttgtcgca atggtcggag atggaatcaa cgattcgcca      840

gcattagccc aagcaaatgt aggaattgcg ataggaaatg gaacagatgt ggctatagaa      900

tcagctgata ttgttttaat tagaaacgat ttgcgggatg tggcaggagc aattgcatta      960

agcaaggcaa caattacaaa tataaaggaa aatttattct gggcattctt ttacaacgta     1020

cttggaattc cttttgcagc tggaatattt tatgcatttt tcaatggacc aaagttagat     1080

ccgatgattg cg                                                         1092


<210>  3369
<211>  807
<212>  DNA
<213>  Leptotrichia

<400>  3369
atgcttaaac ttgaaaatat aactttttcg tatgataatg aaacagaagc gttaaaaaat       60

gtgactttga atattgaaaa aggaaagaaa acattatttc ttggggaaaa tggctcagga      120

aaatcaactt tatttttaat aatgaatgga ctcttgaagg cacaaaaagg agacatttat      180

tttgagggga agaaggttaa acataaaaaa aaggatttgg aggaattgag aagaaaagtt      240

ggaataattt ttcaagatcc tgaaatacaa atttttgctc cgttagtttt tcaagaagtg      300

gcttatggac ctgaaaatct tggatattct gaggaaaaag tagaagaaaa tgttaataga      360

gcaatgaagg aaatcaatat tgaggagttg agggacagac cttgtcatca tttgagttat      420

ggtcagaaaa aacgggtttc aatagcggca attacagcaa tggagccaga attgttgatt      480

ctagatgaac ctacagcttg gttagattcg aaaaatacaa aaagagtttc tgaaatttta      540

gataattttt ctaaagctgg gaaaacactt gtagtttcga cacacgatac agattttgca      600

tatgaatttg ctgactatat ttatgttctt gataaaggga aaattgtaag acaaggtagt      660

agagacgaag tttttgagga ttttgaattt ttgaaaaaat taaatttgaa tgttccaaat      720

gttttgaaaa ttaaaagtta tcttaagtat agaaatcttg atgaaaatga ttattgtaaa      780

tttttggagg aaaaaaattt gttatga                                          807


<210>  3370
<211>  723
<212>  DNA
<213>  Leptotrichia

<400>  3370
atgaaaaatt atatactgga aactttgctt gaagaaaaaa ataataattt aaaaggaatg       60

ttgtatcata atcttcaaat taaatttgct tataatagta atcatattga aggaagtaca      120

ttgacagaag atcagacaag acatattttt gaaacaaata gtttttttgc ggaaaatgaa      180

acagtgaaag ttaaagatgt gattgaaact ttaaatcatt ttaaatgttt tgactttatt      240

attgaacatg caaatgaaaa actttctgaa aaatatataa aaaaacttca ttttctgctt      300

aaaagtaata cgagtgattc acaaattgaa tggtttaagg ttggcgagta taagcaaaag      360

ccaaacacgg ttggtggaaa taggactgcg aatccaaaac aagttgagga aaagatgaaa      420

aagcttttgg aaaattataa tagccaaact gaaataactg ttgaaaaaat tatagatttc      480

cactataaat ttgaaaaaat tcatccattt caagatggaa atgggagagt tggaaggctt      540

ataatgttta aggaatgtct aaaaaatgat attgtgcctt ttatattgga agataagtat      600

aaaatgtttt attatcgtgg gttaaaaaat tatgagagtg aaaagggatg gctttatgat      660

acttgtctta tggcacaaga tgaaatgaaa aaaatgcttg attattttga agtgaaatat      720

taa                                                                    723


<210>  3371
<211>  918
<212>  DNA
<213>  Leptotrichia

<400>  3371
atggaatttg ataatattaa cagcaatgat tctgaacgac tgtaccaaat gggaaaaaat       60

tattttgata acggttctga aacattggca gaaaagtatt taaaggaagc tgctaaatgc      120

ggaaatagaa atgcagttct tatacttact gatatttatc taaaacacga caaattaaat      180

ttagcagaaa aatatttgaa gaaaattgcc gatggcggag attttcagct gcaagataaa      240

cttggaactg tctacaagag aaaatctaat tttgaacttg ctgaatacta ttacaagctg      300

gctataaata acggctatca aaaatctaga tataacttag gaaatttata ttaccaattt      360

aacaaaaaaa atcttgcagt agattactta aaacctgctg ctgatgaaag agatcaggaa      420

gcacaagttc tacttgctaa aattttctat gataacggtc aggtagatat ggctcaagaa      480

tatctatata aggcaaagga caatggagag gcctattact tgcttggaaa gctgtatgga      540

gaaaaacagg atattgaaac tgctgaaaag catcttagaa cagccgcaga tatttatgat      600

aatagaagag ctcaggaagt tctttacaaa ctttatgccg acaataataa tttaacgctt      660

gaaaaacatt acttaacatt gcttgcagat gaaaatcatc tagagtcatt tgtattgctt      720

ggaaacatat tttctgatga aaaaaattat aatcttgctt atacaaacta tactcatttt      780

tttgaaggaa agaaacgttc aaatgcaaaa gttgatatga aaaaaattga tgaggaaaaa      840

cttaaattta attttggaaa atgctgcata aaattaggta aatttgaaga tgccgaaaga      900

aatctgaaag ataacagc                                                    918


<210>  3372
<211>  522
<212>  DNA
<213>  Leptotrichia

<400>  3372
attctggaag gatttgtagg aatttttgcg gttataatga tgattgggat tggattttgg       60

ctgcatagta aatcatcctt aaaatcttgg aaagattata ttgacagaaa aatggatatt      120

gtattaagta caggaagttt tgtgtcaatg tttgtactta gttttcttgc ggtatttaga      180

gaaggagcag aaacaatatt gttttatgta ggaattttac cattaatttc attgcagaat      240

ttgattatcg gtattgtaag tgcggtattg atattaattg taattgcact tgttttaata      300

tacgcttctt caaaaataaa aatacatcaa gtgttttttg tacttacgtg gacaatttat      360

ttccttgcat ttaaaatgct tggaacaagt attcacatgt tgcaagttgt ggggatttta      420

ccgttacacg tagttcattt tatacctaca atggaaattt tgggaattta tgcaaatatg      480

gaagtattta ttagtcaatt aattttaatt gtgattatcg tg                         522


<210>  3373
<211>  408
<212>  DNA
<213>  Leptotrichia

<400>  3373
ttgaaaatcg tagcttttta ttttttattt attgcactat ctggagtagt atcgtcatta       60

ttaaataatt acaaaaaatt cgcagtttcg gcgtcaatgg gaattgtatt taacttgaca      120

atcatagttg gaactttaat gctaaaaaat aaaatgggaa tttatggact tggtgtagct      180

tatttgcttt caggagtttt tcagttagtg ataatgcttc cacaattttt tcaaattatg      240

aaaaaatata aatttatttt aaacttaaaa gatgaatatg taaaagaaat gtttgtttta      300

atggttccaa cattagtcgg aatttttggc tatcaaataa atgaaattgt tgacaacagg      360

tttgcaactt cacttccagc tggaacagca agtgcattaa attatgca                   408


<210>  3374
<211>  480
<212>  DNA
<213>  Leptotrichia

<400>  3374
atgactataa ttgatggaaa agcactttca gaaaagactt tggaggaaat caaagaagta       60

catggtgaat tgcaggaaaa gactggcaga aaagctgggc ttgcggtaat tatagtagga      120

gaaaatccag cttctaaaat ctatgtgaga aataaaataa gagcttgtga aaaagttgga      180

tttcattctg aaacaattag acttgatgaa aatatttcag aggaaaattt acttttggaa      240

atagaaaaat taaataatga tgatagtata gacggtattc tggttcaact gccgcttcca      300

aagcacattg atgaactgga ggttataaat gcaatttcag cagaaaagga tgtggatgga      360

ttccatacaa caaatattgg gaaaatgatg attggagatg aaacaggatt cttgccttgc      420

acaccctttg gagtaattca aatgtttgaa gaatatggca ttgaattgcc gggaaaagat      480


<210>  3375
<211>  531
<212>  DNA
<213>  Leptotrichia

<400>  3375
ttaaatggac gaagccaatt ggcaccaaca tcaacagaag atcaaatagg taattatgtc       60

cttgggggaa ttatcggtgg tgtaatttat agtccaaata tatcaataat tcaattttta      120

atagttcttt taatatgggg acttctaatg acaataactg attttctaaa aaatacaaat      180

aaaagcgtaa aaaaaatgat agatggacaa gttgtgtact taataagaga tggaaaaatg      240

ctaacagaaa attttgcaca agcgacactt tcaattcctg atttttacac aaagttgaga      300

acaaaaggtg ttatgcaaat atcagatata gaagaagctt ttatggaatc aaatggacaa      360

cttatcgtta taaaaaaagg tgaagatggt tattcaaatt tattggtttc tgaagggaat      420

atacaagagg ataacttgaa acatattgga aaagatgata attggttgaa ggaagagttg      480

gcgaaatata acgttactga tcttggtgaa cttttcattg ttgaatatag c               531


<210>  3376
<211>  603
<212>  DNA
<213>  Leptotrichia

<400>  3376
atgccaaaaa ataaatatat tgatatggat ataacaaatt tgccaacgcc agcgtttata       60

gtagatgaga gattgcttaa aagaaatctt gaaatattga aaagtgtaat tgacaggaca      120

ggatgtaaaa tattgcttgc acaaaaggga ttttcaatgt tttattttta tccgctaatt      180

ggaaaatatt tgaatggaac tacggcaagt tcgctgtttg aagcaagact tgggtatgag      240

gaaatggaat tgaaaaatat ggaaagaaaa ctggaaactc atatttttaa tccatcttac      300

agggaagatg aatttgatga aattatgaaa attacaaatc atattgtgtt taattccttt      360

aatcaatgga gaaaatttaa agataaagta agggaatttg aagaaaaaaa tggcaagaaa      420

attagttgcg ggcttagatt gaatccagaa ttttctgaag ttgaaacaga aatttataat      480

ccagcgggaa gattttccag atttggagtg acacttgaaa attttaggga agatgagctt      540

gaaggattag atggatttca ttttcatgcg ctttgtgagc aaaattcaga tgccttggaa      600

aat                                                                    603


<210>  3377
<211>  684
<212>  DNA
<213>  Leptotrichia

<400>  3377
gaattaaatc caaacagatt aaatgaccac aaaacaatag tttcagtaga ttatagcaaa       60

gccgtcataa atgctggagg aattccgttt attttgccaa taactgaaaa tcttgaagtt      120

ataaaggaac agatacaagt tttagatgga cttttacttt cgggcggggg agatcctgat      180

ccagttttat atggagaaga ctgtctgcag gaggttggaa gcattacacc gcagcgtgat      240

gaatttgagc ttgtaatttt agatgaattt atgaaaactg gaaaacctgt ttttggaatt      300

tgccgtggac ttcaaattgc aaatgtttat tttggcggaa gtctgtatca agatgtaaaa      360

tatacaggca caacaattaa tcatatgcaa aaatggcttc cagatttgcc aacacacgat      420

ataaaccttg aaaaggacaa tattttattt gaaatttttg gagaaaaagc aagggtaaat      480

tcctatcatc atcaaatgat aaaagattta ggaaatggat taacttcgat tgcaaaggca      540

aatgatggaa taatagaggc tttccaaaat aaaaatcaca aattctttta tgctgttcaa      600

tggcatcctg aaatgatggc agttcgtgga aatgaaaaaa tgcaaagaat ctttgataaa      660

tttattgaaa gctgcaggaa ataa                                             684


<210>  3378
<211>  396
<212>  DNA
<213>  Leptotrichia

<400>  3378
ttcaaattga cttttaaaga tggaaaagtt gtagattttg aagcagaaga aggttacgac       60

attttgaaac agttgcttga cactgatgaa ggttcgaaaa gaataggaga agttgctctt      120

gtgccaaatg attcgcctat ttcaaattca ggacttcttt attatcaaac attatttgat      180

gaaaatgcct caaaccactt agcattaggt gctgcatacc cgactaatgt aaaaaatgga      240

acaaaaatga cagaagaaga attaataaaa gctcatatta atcaatcaat ttcacatgtt      300

gattttatga ttggtgacgc tgaaatggat attgacggaa ttttggaaga tggaacgaaa      360

attcctgtat ttagaaaagg aaattgggcg ttttaa                                396


<210>  3379
<211>  1524
<212>  DNA
<213>  Leptotrichia

<400>  3379
atgtcacaga ttaatgggcg tatctcccag atcatcggcc ctgttatcga tgtattcttt       60

gatactaagg gagagaatcc agagcaggtt ttacctaaga tttacgatgc cctgcgtgtt      120

aaaagaccct ctggacagga tttgattatc gaggtgcagc agcatatagg ggaagatact      180

gtgcgctgcg tagccatgga taatactgaa ggtctgcaac gcggacttga ggttgtacca      240

actggtagtc ctatcgtcat gcctgccggt gagcagatta agggtagaat gatgaacgtg      300

ataggtcagc ctatcgatgg tatggagcct ttgaagatgg aaggtgcata tcctatccac      360

cgtgaggcac caaagtttga ggacttgtct acccataaag agatgcttca aacaggtatt      420

aaggtcatcg acctacttga gccttatatg aaaggtggta agattggact ctttggtggt      480

gctggtgtag gtaagacagt gcttatcatg gagctgatta ataacatcgc taagggtcat      540

aacggatact ctgtttttgc tggtgtaggc gagcgtactc gtgaaggaaa cgacctgatt      600

cgtgatatgt tggagtctgg tgttatccga tatggcgata agttccgcaa agcaatggag      660

gaaggcaagt gggatctatc gttggttgac cccgaagagt tgcagaaatc acaggcaaca      720

cttgtctatg ggcagatgaa tgagcctcct ggggcacgtg catcagtggc actctctggt      780

ttgactgttg ctgaggagtt ccgcgatcat ggtggtaaga acggcgaagc agccgatatt      840

atgttcttta ttgataatat cttccgtttc acgcaggctg gttctgaggt gtcagcattg      900

ctgggtcgta tgccatcagc cgtgggttat caacctacat tggcgagtga gatgggtgca      960

atgcaggagc gtatcacctc aaccaaacgt ggttctatta cttctgtaca ggctgtttat     1020

gtgccagcag acgacttgac ggaccctgct ccagctacga ctttcaccca cttggatgct     1080

acgacagagt taagtcgtaa gattacggag ttgggtatat accctgctgt agatccactg     1140

ggcagtacat ctcgtattct tgacccattg atcgtgggaa aagagcatta tgagtgtgct     1200

cagagagtaa agcaattact acagaagtac aatgagttgc aggatatcat tgctattctt     1260

ggtatggatg agttgtcaga tgacgataag ttagtcgtta atcgtgctcg tcgtgtacag     1320

cgtttcctct ctcaaccatt tactgttgcc gagcagttca cgggtattaa gggtgtaatg     1380

gttcctatcg aagaaaccat caagggcttc aatgccatct tgaatggtga agttgatgac     1440

ctcccagagc aggctttctt gaacgttggt acgatagaag atgccaagga gaaggctaag     1500

caactccttg cagctacaaa gtaa                                            1524


<210>  3380
<211>  969
<212>  DNA
<213>  Leptotrichia

<400>  3380
atgaaaaaac aaagaataca aagtcttgac atattaaggg cagttgcact tgttcttatt       60

tgtgtctatc actggttttc ctacaaggga acttatattg gagttgttat attttttgca      120

ttaagcggat atttggtaac tggcggtctg ctttcaagag atttttcaat attttctgta      180

attaatcgaa gattaaaaaa gatttaccca agccttttaa ttgttatctt aatttcaact      240

atagcattat atttcgtaaa taatggactt gaagataagt ataaatacag cgcattattt      300

tcaatattag gactaaataa tatttatcaa attttttcaa aaatgtccta ttttgatagc      360

tttggaatta ttttaccgct tactcatgtt tgggcattat ccttcttgac tcaaatgtat      420

gtattttttc caattttaat tcaaggattg aaaaaactta aattaaaaaa taacataatc      480

ggtattgttc ttttggtaat tgggacagct tcaggtttaa tgatggctta cgtattttat      540

gtaacttcaa attctccaga aggagcagat ttttcaagaa tatattatgg aaccgacact      600

cgtgcatttg catttttcat tcctgctgga atagcttgtt tttatgcaaa tagggaaatc      660

acaaataaga tcgagaagaa aattatattt attttaggaa tacttggttt agcatctctt      720

attttctttt cttttggaat agattacaga aatgcctata actattacgg attaatgttt      780

ttagccagta ttttaattgg atttacaatc ttgctatttt caaagccaga attacagaaa      840

ttcagtcttt caaaacatcc aaaaattttt aatccaatta taagattagg acagcatcag      900

tatcagtact atttatggca ataccctatt atgatattta cacgtgaata ttttaaatgg      960

gcaaaactt                                                              969


<210>  3381
<211>  342
<212>  DNA
<213>  Leptotrichia

<400>  3381
ataatttcaa taataagtgg tggtaatata gatgtattaa ctatttcatc tatgattaat       60

aaaggattgg tagctagagg aagaattttt acatttgcgg ttgatttgcc tgacaaacca      120

ggacaattgg tggctgtatc gcaaattctt tcggaacaaa atgcgaatgt aattagactt      180

gaacataatc agtttaagaa tttagacaga ttccatgaag ttgaattgca agttacagtt      240

gaaacaaatg gagaagaaca tattaataaa ataactcaag aatttgagaa aaaaggatat      300

ataattagaa gattgaatgc acaagcaatg attgatgatt aa                         342


<210>  3382
<211>  1368
<212>  DNA
<213>  Leptotrichia

<400>  3382
tcgttgtggg aagagtctgg aagatggttt gcttatggtt cagaacttat gagaatgaag       60

gatagaaatg agagagaatt tgcgttggga cctacgcatg aagaagttgt tacggatatt      120

gttagaaata caattacttc gtataaagaa ttgccgttta acttgtatca aattcagaca      180

aaatttagag atgaaatgcg tccaagattt ggtcttatga gaggaagaga attcttaatg      240

aaagatgcct atagtttcca tttgacaaaa gaatcgttgg atgaagaatt tttgaatatg      300

aaaaatgcat attctagaat tttggaaaga atggaattaa aatttagagc ggttgatgcg      360

gattctggtt cgattggagg agatgcttca aatgaattta tggtacttgc tgaaaatgga      420

gaagacgata ttttatacag tgattcatca gattatgctg caaatgttga aaaagcaacg      480

agtatcattg aattgaagga aagttcagag gaaaaattgc cgaaagaatt ggttgaaaca      540

cctaatacta agacaatcaa ggaattgtca gaatttttga atattccaga ggaaaaaact      600

gttaaagcgg ttatgttgaa ggaagtgttg gaagataaag taaattatgt gttggcactt      660

attcgtggag atttggatgt aaatgagatt aaattgaaaa atgcagtgaa tgcttcgatg      720

gaattggaaa tgatgactga agaagaatgt gaaaaatttg ggattgttcc tggatttgcg      780

ggatcttatg agaaaaaaga aggacttaca gttgttattg atgaaactgt aaaatatgtg      840

agaaattttg cattgggagc aaataaaaag gattatcatt ttattaatgt taatttggaa      900

gatttacatt atgatgtagt tgctgatatt agaacggcta gagcgggaga tatttcgcca      960

gacggaaaag gtgtattaaa aattgctcgt ggaatggaag ttggacatat ttttaaattg     1020

ggagataaat attcaaaagc gttagatgca aaagttttag atgaaaatgg taaacagcaa     1080

gtaatccaaa tgggatgtta cggaattggt gtttcaagat tgatgtcggc tgtaattgag     1140

caaaaacacg atgactttgg aattatttgg ccaaaatcga ttgcaccgta tattgcagat     1200

gtgattattg ctaatgtaaa agatgaaact caagtaaatg ttgctgaaag aatttatgag     1260

gcgttgaaaa atgaaaatat agatgttgtt ttagatgaca gaaatgagag agcaggattt     1320

aagtttaaag atgctgactt aattggattt ttccacttaa aattgtag                  1368


<210>  3383
<211>  852
<212>  DNA
<213>  Leptotrichia

<400>  3383
gaaaggaaaa agatggtttc aattcaaagg attgaagaaa taataaaaaa gtttagcagt       60

gttaaaatag ctgttattgg cgatatgatg ctagatgagt atttgattgg aaaagtaaat      120

agaatttcac cagaagcgcc tgttccgatt gtaaatatag aaaaggaaag atttgtatta      180

ggaggagctt caaatgtggc aaataattta acttcgcttg aagggaaagt ttttgtttat      240

ggagttattg gaaatgatgc gaacggagaa aagtttgtta aggagcttga gaataaagat      300

gtaaattctg atggaattgt gaaggatgga acacgtccaa caatcattaa aagtagagtt      360

ttatctcaag gacagcagtt gcttagatta gattgggaaa aagatactga tatttcagaa      420

gaaattcaaa atcagctttt ggaaaatttt gaaaaaaata tcgaaaatat tgatgcggta      480

ttgctttcag attataataa aggattgctt acgaagcatt tatctaaaaa agtaattgaa      540

atagctaaaa aacataataa aaggataatg gttgatccaa aaccgcaaaa ttttaaaaat      600

tatgttggag caacttcaat gactccaaat agaaaagaaa ttttagatta ttttggaatg      660

aaaaagttta caagtgaaga gcaaattgct gaaaaaatgg cacagttaaa agatgaactt      720

aaattagaca gcgttgtgct tactcgaagt gaagagggag tttcgttatt taagactaaa      780

cataagagaa taccaactgt agcacgagaa gtttatgatg taacaggagc tggagatacc      840

tttatatcga ca                                                          852


<210>  3384
<211>  1092
<212>  DNA
<213>  Leptotrichia

<400>  3384
atgaaaacat atttagtgac aggtgctgcc ggctttattg gctctaatta tttaaaatat       60

attttaaata attataaaaa tgatgatatt agagtaattg tagtcgatgt gcttacctat      120

gcaggaaatt taggcacgat tgccaatgaa attaaggatg aaagagtaaa atttgaaaag      180

gttgatattc gtgatcaaag ggaaattgcc agaatctttt ctgaaaatga agttgacttt      240

gttgtgaatt ttgcggcaga atcgcatgtt gaccgttcta ttgaaaatcc gcaaattttt      300

ttggaaacaa atattcttgg tacgcaaaat cttttggaaa atgcaaaaaa agcatggacc      360

attgcaaaag atgaaaatgg gtatccagtt tacaaggatg gagtaaaata tttacaagtt      420

tcaactgatg aagtttacgg aagcttgtca aaagattatg acacagccat cgacttagta      480

attgatgatg atgaagtaaa aaaagttgta aaaaatagaa caaatttaaa aacttacggg      540

aaaaaattct tcacagaaaa aactgccctt gatccaagaa gcccgtattc agcttccaaa      600

gcaagtgccg accacattgt aattgcctac ggcgaaactt ataaaatgcc tataaacatt      660

acaagatgct caaataacta cggtccttac cacttccctg aaaaattaat tccacttatg      720

ataaaaaacg tgctggaggg taaaaaattg ccagtttacg gaaaaggaga taatgtaagg      780

gactggcttt atgtggaaga tcactgtaaa ggaatcgacc tagttttaag aaatgctgac      840

atttatgaaa tttacaatat tggaggcttt aacgaagagc aaaatattaa cattgtaaaa      900

ttagttattg atattttaag agaagaaatt gaaaataacg atgaatataa aaagggttta      960

aaaactgact tgcaaaatat aaattatgat ttgattactc atgttcagga tcggcttggg     1020

cacgatatga gatatgccat tgacccttca aaaattgcaa gagatttagg atggtatcca     1080

gaaacagact tt                                                         1092


<210>  3385
<211>  705
<212>  DNA
<213>  Leptotrichia

<400>  3385
atggaaagat atagtgtaat aaaagagaaa aatcctcgtg aaatcgtatt attaaaaggg       60

tttagctgtg cttatggaaa gtgtgctttt tgtaattaca ttttggataa tacgaatgac      120

gaagaagaga tgaaaaaagt aaattttgag gctttgagta gagttactgg ggaatatgga      180

gttcttgaag ttataaactc tgggtcggtg tttgagctaa atggtgcgac attggagaga      240

ataagagaag tttgtaaaga gaaaaatata aaaatacttt attttgaagc gtattttggg      300

tacttaaata gattgaatga aattagagag tatttttctg agcaggaagt gagatttgca      360

tttggattgg aaacttttga caataattat aggactaagg ttttgaagaa aaattttatt      420

ttaaatgaaa gagttttgga aaaattaaaa agcgaatatc aaatgtgctt attaatgatt      480

tgtacaaaag ggcagacgaa agaacagatt ttaagcgata ttgagcaagg aatggaaaat      540

ttcaaggagc tagttgtaag tgtatttgta aataatggta cagaaattga aagagatgaa      600

gagcttgtag cttggttttt gacggaaatt tatccaaaat ataaagatgt tccaaatatt      660

gagattttag ttgacaataa agattttgga gtgtatgttc aataa                      705


<210>  3386
<211>  981
<212>  DNA
<213>  Leptotrichia

<400>  3386
tcagtgttga catatatttg tggaggtaaa gctggaagaa aagtgataac gcctaaatat       60

attggaaata aaagattggt tgagattgca atttcgactt tggttacgga tagggcattg      120

ttgttgattg gggagccagg gactgcgaaa tcttggttgt cagagcattt gacggcggcg      180

ataaatggag attcgacacg agttattcaa ggaacagcgg gaacgactga agagcaaatt      240

agatactctt ggaattatgc gatgttgatt gcagaagggc ctacaaaaga tgcgttgata      300

ccaagtccga tttataaagc gatggaagat ggggcgattg ctagagtaga agaaatttct      360

cgttgtgcgt cagaagtgca agatgcgttg atttctttgt tgtcagaaaa aagaatgagt      420

gtacctgaat tgaatgtaga aattccagct aaaaaagggt tctctattat tgcaactgcg      480

aatactcgtg ataagggagt taatgaaatg tcggcagcgt taaagagacg ttttaatatt      540

gtggtgttac caagtccgaa tacacttgaa gcagagatag atattgttag aagtagagtt      600

acgcaacttg caggaaattt ggatttaaat gcgaaattgc ctgaagagga agttattgaa      660

aaagtttgta cggtatttag agaattgcgt caaggtgtta cgttagatgg aagacaaaag      720

ataaagccga ctgcaaatgt gttatcgact gcagaagcta tttcactttt agcgaatagt      780

atggcgttgg ctggaagttt tggagatgga gagatatcag attatgactt ggcggcagga      840

ttgcagggag ctgtagtaaa agaagatagt aaagatgggc aaatttggga agaatatttg      900

gaaaatatta tgaaaaaacg aggttcagaa tggctggatc tttataaaga atgtaaggca      960

cttaacaaag ctactaaata a                                                981


<210>  3387
<211>  765
<212>  DNA
<213>  Leptotrichia

<400>  3387
gtgaaaaaat taaaagacta ttatgacagg tttaagagtt tgaatccgca gtattcggga       60

ataaaattgg ggattattgt tgcagttatt gtttatttta ttgcaagaat tttttttgtg      120

gtggaaattt caagggatat gataatttca cttgctgttt ttgtaatatc aatgactttt      180

catgaggtgg cacatggata tgtggcttat aaatttgggg ataatacggc aaaaatgaat      240

gggaggataa ccttgaatcc cctaaagcat attgacttga cagggataat tttgcctatt      300

ttaatacttt tgagcggatt taagtttttg gtaggatggg caaagcctgt tccagtgaat      360

tttgataatc taagaccgca tcggcttgga ttattttgtg ttgcgatagc tgggatagtt      420

gtaaacttta ttattgctgc agtttcactt cttttattga aatatcttgg aaaacatttg      480

gatattgaaa atatctttat gacaattctg ctttatacgt atctaataaa tttactgctt      540

ggtatgttta acttaatacc aataacacct ttggatggcg gaagaataat ttattctttt      600

tctggtgaaa aagtgagaaa attttacaat aaaatcgaaa aatacggaat tttaattata      660

tttgcaatag tttactttgg aagtagaact ttaatggatg ggtttatagc gattgtggag      720

ttctttttga agttagcagg gattcagtta aatttaatgt tttaa                      765


<210>  3388
<211>  552
<212>  DNA
<213>  Leptotrichia

<400>  3388
atggactata aagaagatat aaaacgttgg cgattaattc ttggaaaaga tacggaagaa       60

gaattttcgt ctatggattc agaagctatt ccaagtttta cagaggaaga ttggttgatg      120

gataaggcat tggatgcgat ttataatccg acaggacaat ttatgggtgg agattctgct      180

gggcgaggtc cgtctaatcc gcaaattagt agatggcttg gagatgttag aactttgttt      240

gataaagaat tggtgaaaat tattcagacg gatgcgatgg aaagatgtgg attgaaacaa      300

ttgctttttg agcctgaaat attggatcaa gtagagccta acataaatct tgcttcaaca      360

attatgcttt tgaaagagca aatcccacaa aaaagtaaag aaagtgttag aaatttcata      420

aaaaaaattg tagaggaaat taataaattg ttggaaagtg atattagaag agcggttaga      480

gcagcactta acaagaaaca gcactcgcca attccatctg catcatcttt ggactttaaa      540

acaactatac ga                                                          552


<210>  3389
<211>  918
<212>  DNA
<213>  Leptotrichia

<400>  3389
atgatttaca cattgacatt gaatccagcg ttggattatg atatgtatct aaaggatgat       60

ttgcaggcag aacacttgaa tcttgctcac aaagtaaatt atagagctgg tggaaaaggg      120

attaatgttt ctaaagtatt gaaaaatctg gatgtggaat ctacagcgat tggatttgtg      180

gctggatttg ttggagattt tattgtcaga gatttgaaaa aggataacat aaaatctgaa      240

tttgtggaac ttgaaggaaa tactagaatt aatgtaaagg ttaatgggaa tgacaaggaa      300

actgaactta caggggtttc accagaaatt acagcagaaa aattgcagga actaactaac      360

aaaatttctg atttaaaaga tggagatata cttgttttat ctggaagcat cccatcttca      420

atcagcagca aaatttataa gcaattatct gaaaatgtaa aagcaaatgt ggaaattgtg      480

cttgatacaa gaggaaattt actgcaagac aatattcaca ataatctttt tgttaagccg      540

aatattcacg aattaagaga aatgtttaac gaaaaactgg aaacaaaggc tgaaatcgta      600

gaaaaatgta aattcttttt agacagagga gttaaaaatg tcattttatc tagaggtggc      660

gaaggtgcat tgcttgtaaa caaggacttt gtgctggaag catctgttcc aaaagggcaa      720

ttaattaact caattggtgc tggagattct atggttgcag gatttactgc aggatttgta      780

aaggggcttt ctccagaaga ttcatttaga ttagcagtcg cttcaggaag tgctacagct      840

tattcttatg gacttgcaga aaaggattta gtaaataaat tgtatgatga aattgaaatt      900

tcaaaggaaa ctttttaa                                                    918


<210>  3390
<211>  888
<212>  DNA
<213>  Leptotrichia

<400>  3390
gacagtgaag aaattgctga agttgttgga aaatggacag gaattccagt tgcgaaattg       60

ttgcaagggg aaagagaaaa aatcttacac ttggctgaac atatgatgaa aagagtaatt      120

ggacaagatg atgcaattaa aactattagc gatacaatca ttcgttctcg tgctggatta      180

aaagatccaa atagaccaat cggttcgttc atattcttag gacctactgg tgttggtaaa      240

acttatttga ctaagacatt agcatttaac ttgtttgatg atgaagacaa tattgtaaga      300

attgatatgt cggaatatat ggataaattc agcgtcacta gattaatagg agcgcctcca      360

ggatatgttg gatacgaaga aggtggacaa ttgacagaag ctgttagaag aaaaccttat      420

tctgtaatcc tatttgacga aattgaaaaa gcacatcctg atgtattcaa tgtattgtta      480

caattattag acgacggtag acttactgac ggtaaaggta aaatcgttga cttcaaaaac      540

acaattgtaa ttatgacatc aaacattggt agtgaaatca tcttgaatga cccaatggta      600

agcgaaccta caaaagaagc cgttttagat gaaatgaaac atagatttaa accagaattc      660

ttaaacagaa ttgacgatat cattgtgttt aaagcattag gaaaagaaag cgttaaaaac      720

attgttaatc ttatccttga aggtattaac gaaagattga aagaacaata catcaaagtt      780

gaatttactg acaaagcatt ggattacatc gtagacgaag catacgaccc agcttacggt      840

gcaagaccat tgaaacgatt tgtgcaaaag gatattgaga ctaattta                   888


<210>  3391
<211>  501
<212>  DNA
<213>  Leptotrichia

<400>  3391
atgaaaaaag tactgcttat tatctcaatg tttatggtat ttatgattgg gtatggaaag       60

ggaaaggcac ttgatgtgaa tatggaaact ggagctaaaa ttcctagttt tcagttaagg      120

gacttcagcg gaaaatacac aaatagcaga aaaatattta ataacggaaa gcctacatta      180

ttagttttag cagcagaatg gtgtccatat tgccgttcag aattgcctga tgttcaaaaa      240

ttttatgaag aaaataagga taacgtaaat gtagtagttg tatttacaag aagaaaaaca      300

aatttatcag aaactaaaaa atatgcagaa gaaagcaaat ttactttccc agtttactac      360

gatgccgatg attcaataat gaagggattc aaagtaaaca gtattccata caacataaaa      420

attgaaaatt caaaaattca agaaatttta ggtggaacta tgcaatatga tgctataaaa      480

tcagcatttg gcattgaata a                                                501


<210>  3392
<211>  1695
<212>  DNA
<213>  Leptotrichia

<400>  3392
atgaaattta atgaatacaa atatgaacat ttggatttgg aaaaaataaa aaaagaattt       60

tcagagctta taaaaagttt tgaaaaggct gaaaatgtag aaggacaagt taatgcattt      120

gatgaaatta taaaactgag aaatcatatt gaaactatgc agacacttgt ttcagttcgt      180

catagcattg acacaaatga tgagttttat gataaggaaa atgagtatat ggatgaaatc      240

agccctattc tttttggatt tacgaatgac ttttataagg ctcttgtaaa ttcaaaattt      300

aaagatgaac ttatccaaaa atatggaaaa tttttatttg atttggcaga aaatacattg      360

aaaacatttt cacctgaaat tattccagat gctcaagaag aaaacagatt atctagtaaa      420

tattcaaaat taattgccag tgcaaaaata gattttgatg gaaaagagct taatttgtca      480

caaatggttc cttatacaca gtcaaaagac agaaatgtaa gaattgaggc ggctaaaaaa      540

gttgctcagt ttttttctga aaatcaagat gaatttgata atatttatga ttcgcttgta      600

aaagtcagaa ctagaatggc tcaaaagatg ggatataaaa attttgtgga atttggatat      660

aaacaattat caagacttga atatgatgca aaaatggtag aaggctacag aaagcaagtg      720

cttgaaaata ttgtgccgct acatactgaa cttcgtgaaa gacaagggaa aagacttgga      780

gtggacaaac ttaaatttta tgatgaagct ataaaattta attctggaaa tgctgatccg      840

catgggtcac ctgaatggat tttaaataac gggaagacaa tgtacaagga attatcgaag      900

gaaactgatg aattttttac atttatgact gaaaataatt tgcttgactt gctttctaaa      960

aaggggaaaa tgagcggcgg atactgcact tacattccag aacacaaggc accatttatt     1020

tttgccaatt ttaatggaac ttcacacgat attgatgttt tgacgcatga agccggacat     1080

gctttccaag tttaccaaag ccgtagattt gaagttcctg aatacttatg gccatcttat     1140

gaggcttgtg aaattcattc gatgagtatg gaatttttaa cttggccatg gatggacttg     1200

ttttttgaaa atgatactga caaatataaa tttattcatt tatcagaagc tcttttattt     1260

attccttacg gagtaactgt cgatgaattt cagcactggg tgtatgaaaa tccagaagct     1320

acaccaaaag aacgtcgtga aaaatggctt gaaatagaaa aaaaatattt gccaacaaga     1380

gattatggag aagttgaaga actaaaaaat ggaattttct ggtttagaca agggcatatt     1440

ttcagctcgc cattttacta catcgactac actctagctc aagtctgcgc cttccaattc     1500

tggataaaat caagagaaaa cagagaaaaa gcatggcaag attatttgaa tttatgtaaa     1560

cttggaggaa gcaagccatt ctttgaactt atgaaatcag ctaatttgaa aaatccattt     1620

gaagaaggga cattggctat tgtaattcca aaaattaagg aatatttgga taatgttgat     1680

gatatgaact tgtaa                                                      1695


<210>  3393
<211>  531
<212>  DNA
<213>  Leptotrichia

<400>  3393
acattcaaaa gagaaggtgg agttgtaaga aactctgacg aaatggttga atggtacaaa       60

catttaactt ctaaatatcc aatcgtatca attgaagatg gattagctga agatgactgg      120

gatggattta aaaaattaac tgacgctatt ggagataaag tacaattagt aggagacgat      180

ttattcgtta ctaacactaa gagattagct gaaggaattg aaagaggaat cgcaaactca      240

atcttaatta aagtaaacca aattggtact ttaactgaaa cattagacgc tatcgaaatg      300

gctaaaaaag caggatacac tgcagtagta tctcacagat caggagaaac tgaagatgat      360

acaattgctg atatcgcagt tgctacaaat gcaggacaaa ttaaaacagg atctgcttca      420

agaacagata gaatggctaa atataaccaa ttattaagaa ttgaagatga tttagcagat      480

gaagctattt acgaaggtaa aaaagcattc tataacatta gattaaaata a               531


<210>  3394
<211>  1104
<212>  DNA
<213>  Leptotrichia

<400>  3394
atgaacaatt atactgacaa aaatttattg aatgcagtgg ggctttctta tggggagttg       60

tcgttaaagg ggaaaaatag agggcagttt gaaaaaaaat tgcgaaataa aattaataaa      120

gtgttgaagg ggtttgacta tcaattattt gatgatttgt caaaattata tgtttttata      180

aatcctgaga atttagatga aataacagat aaattaaaaa aggtttttgg aattgtgggg      240

cttaatcagt cggctaaggt tgagagaaac gatgaattta ttaaggaaaa ggtgctggag      300

tttgcaaatt atgcttatga acaaggggca aggacattta agataaaagt taatagaagt      360

aataagggat ttgagaagaa atctatggat tatgcacgtg aattgggggc ttatgtactt      420

gtaaacagtc cctttgaaaa ggttaagatg aaggatcctg atgttatgat aaatgtcgat      480

attagaaaaa atgtttatat ttatacagat agaataaaaa cttatggtgg acttccactt      540

gggtcgactg gaaaagggct tgtgctttta tctggaggaa tagacagccc tgttgcgtct      600

tttatgatgg caaaaagagg aatgcgtctg aattttgtaa cattccatag ttttccattt      660

acaagtcagc aggctcttga aaaggtgaag gaactgacag atattttatc gctttatgtt      720

ggaaaaacaa gactttattc attaaatata ttaaaaattc aggaagcaat aaatacacag      780

acaaaaaaag acctggctac gattttaaca agacgtgcta tgatgcgtct ggctgagaga      840

atatcgaata ctatgcaata tcaggcttta gttacaggag aaagccttgg gcaagtagct      900

tctcaaacaa tgggagggct tacttgtaca aatgcttcgg tagaaaaatt gccagtattt      960

agaccgctta ttgggatgga taaaacggaa ataatagaaa ttgcgaagga aatagagact     1020

tatgaaaaat ctattgagcc gtatgaggat tcctgtgtaa tttttgctcc aaaacatcca     1080

gttacaaatc ctaagttgga ggat                                            1104


<210>  3395
<211>  522
<212>  DNA
<213>  Leptotrichia

<400>  3395
tatcttttac ctacattgat ttatgccatt gaaaataatt taaaagtaat tgtttctaca       60

aatacaatta atttgcagga acagcttatt aataaggata ttccgctttt gaaaaaaatt      120

attgatgaag attttaatta ccagattgtg aagggaagag gaaattatct ttgtaaaagg      180

aaactttata atttggaggt tgttgataag gaaacggata cagaagatga aaaaaaggaa      240

aaaaatatta taagaaatct tatagaatgg gataaaaagg ttacgaagac aggtgacagg      300

aatgagctga aatatgagat ttcaaacagt atttgggaaa aagtgaatag tgaagctgat      360

atgtgtaaag gcgtaaaatg cccatattat tcaaaatgtc atttttttaa tgcaagaaaa      420

aatatttcag atgcgacact tcttattgtg aaccatcata tgttctttgc tgatttggca      480

attagaaatc agacgggatt ttatacaaat tattcaattt tg                         522


<210>  3396
<211>  537
<212>  DNA
<213>  Leptotrichia

<400>  3396
atgaaaaaga taataatttt attggcaatg ttaatttttg ccatttcctg tggaaagaat       60

ggtggaagcg gaaatacgtt tacgttgaat ttgacggacg agccaaaatc cattgatcca      120

cagctttcaa cggatgtttt aggaggaacg gttgatgacc tgataactga aggacttact      180

aaaagaggaa aagatggtac gtttgtggca ggacttgcga aaagctggga taaatcagct      240

gacgggctaa aatggacatt tcatctaaga gatggaataa aatggagcaa tggagatccg      300

attacagcac aagactttaa aaatggatgg ttacgtgcat taaatcctca aactgcttca      360

cagtattcgt atatgcttta tccaataaaa aatgctgaaa aatataataa aaaggcagtt      420

tcagctgaaa aagtcggaat aaaagttatt aatgacaaaa ctttggaagt ggaattggaa      480

gctcctgttc cgtattttga cagtttagtt gcatttaaga catatatgcc gttaaat         537


<210>  3397
<211>  1230
<212>  DNA
<213>  Leptotrichia

<400>  3397
atggatctat ggaatttatt taaaagaaag aaaaaaataa aaacaggtat ctgcttttca       60

aatgaaaaat cagttgaaga acttttaaag aattttttgg aaacttatgc ggataaaatt      120

aatacagtta ctttggaaaa tggggaaaag ttgactgaaa aaactaaaaa gttttatctt      180

gaattgaaaa atgggagaaa aatagaagta ttaataaatc cagaacgtaa ttttctttta      240

aaaaagcaaa ttgcaataga gattttttta gaaaagttaa atccagagag ctttaaaaat      300

ataaatgaag aggagctggt taaatacaat agcttgctta taaattttga agccttagat      360

aaggaagagg aaaaaaatga agaaaaattt atgatggaaa ccgcaaaatt tttaagggaa      420

tttcataaat ttactataca gaaaaaatta aaccattatc attttggaga tagaagaatg      480

attcaaaatg atgaaaaatg ggaaatttca gactttattc cgccactttc agaaaaaatg      540

tttttggaat atgaccttga aatgactgat aacgatcttg aaagaatgaa aaaaaatatt      600

gaaagaatga agaaggataa acttccatat aacgaaaaaa tggaagtaaa catatctgaa      660

aaaaatgtaa aaatacgtaa aaaatgggat attataagaa gaatcgcagc aataacagtg      720

acacggcttg ctgcggaaac ctatcttgaa aaaaaagaaa atggacaaaa ggaactggaa      780

acgattattg atatttttga aaaaagatac cagtttaagc aggtattgac tgagcgtgaa      840

aaaaattatc tggaaaatcc gtcagatgat aaagaattga atgttgaatt ttattttatg      900

ctggaagctg ctaaaatgct gctttgggta ttgtcagtta ttgatattga atttgatgac      960

tttaacatat tttgtgatat ttccattctt accgatggat tgaaatatga taatttaaag     1020

tcctttgcca gaaaatgtga aattcgttcg caaaacaaga ttttagacat gctggattat     1080

atatatagac taaattgggc aaatgttgaa ataaaattag agggttatga tggaattgta     1140

aatgaaagta ttttgtattt tagcaggctt gcattggaat gggttgttca agatggaaaa     1200

agcatagagg aaattattat tcatacataa                                      1230


<210>  3398
<211>  852
<212>  DNA
<213>  Leptotrichia

<400>  3398
atgtatgatt cgtatgggta taaaaggatt tcacttccta gttttgagga atatgatttg       60

tataatgaaa acaaggattt tattgataga aatgttttga ctgtgatgag tccgaatggg      120

aagttgttag ctttaaggcc cgatattacg ttgtcagttg ctaaaaaaat ttctaaggat      180

cagtctttga aatatagtaa aatttattat caggaaaata catataatct gacaaaatat      240

gtgggatatg atgaagatga acagctagga attgagctga ttgggaaaga atctacattt      300

ttggattttg aaattgtgga tcttgcaata aagagtttag atattataaa tgaaaaaagt      360

atgattactt tgtcacatgc tcgatttatt tcttcgattt ttgataatct taatttagaa      420

tatgaaataa aggaagaaat ttttgattgt ataaacaaga aaaatagtca tgatataaaa      480

aagatactgg aaaataataa atttatttct gaaaatgtaa aacaattgat ttataaaatt      540

cctgaattat ctggagattt agaggatatt gaaaaagaac ttttgaaata tgaaatgaat      600

gatgatataa aggaaatttt gtttgaactt aaacaattaa ataatttact gtttaaattt      660

cataaaaaat cgaaaattgt atttgatttt tccatcgtaa aaaatttaaa ttactacaat      720

ggaattattt tgcaaggata cattgaagga tttgattttt ccatcgtaaa aaatttaaat      780

tattataacg gaattatttt acaaggatat attgaaggat ttccaaacgt aattttgact      840

ggcggaaggt at                                                          852


<210>  3399
<211>  1986
<212>  DNA
<213>  Leptotrichia

<400>  3399
aaagttatta aggattttgg ggcttctgtt gttgttggac taattgatga ggaaggtatg       60

gctgtttctg ttgagaaaaa attgaaagtt gccagaagaa gttatgaact gcttacaaaa      120

aaatatggga ttgatgaaag ggatataatt tttgacacat tagtcttccc agttgcaaca      180

ggagaccaga agtatatcgg ttctgccaca gcaacaattg aggcaatacg tcaaattaaa      240

actgaaatgc caaatgtaaa gacaattttg ggagtgagta acatttcatt cggactgccg      300

attgctggaa gggaagtttt aaatacttat tatatgcaaa aggcttatga ggctggactt      360

gattatgcaa ttataaatac agaaaaagtt attccgatga atgaaatttc agatgaagaa      420

aaagaactgt cagaaaacat tttatttcat acaaatgatg aaaatgtatc aaaatttgca      480

aatttctatc gtgaaaaaaa ggctgtaaaa aaagttgctg atacaagtaa cctaactact      540

gaagaaaaag ttgcaaactt ggttgtagaa ggaagtaaaa aggacttgac aattttactg      600

gatgaattat tgaaaaaata ttcaccaatt gaaattataa acggaccttt aatgactgga      660

atggatgaag tcggaagatt atttaacaac aatgacttaa tcgttgctga agttctgcaa      720

agtgctgaag ttatgaaggc ttctgtttca catctggaac aatttatgaa aaaagatgag      780

tcatctgtaa aaggaaaagt agttatggca actgtaaaag gggatgtcca cgacattgga      840

aaaaatctgg ttggaataat tattggaaat aacggttatg aagtaattga ccttggaatc      900

aatgcttctg cagaaaaaat ccgtgaagca attattgaac ataaagctga ttttctcggg      960

ctttctggac ttcttgtaaa atctgccaca gaaatggtaa atactatgga agttctacgt     1020

gaagctggaa ttgatattcc gatatttgtg ggaggtgctg cacttacaga aaaatttact     1080

gtaaacaaaa ttgagcctgc ctataaaaat aatattgtaa tttactcaag agatgcaatg     1140

actgcacttt ctgatttaaa taaaatgatt gatgagaaaa aatttgaaga atttaaggaa     1200

cacttgcaaa aacgtagaga attagtaaca attaaagatg cgaaaaaact tgaacaattg     1260

aaggttaaac cgacagtaag tgatattaaa gatgctgatg gaacattcga cttttcaaaa     1320

gttgaactgc cgaaatataa ctttgaaaaa atttacaagc cgcaaacttt gaataagcaa     1380

attttaacaa atataaaggc aaaggatgta tttccatttg taaacttgca aatgcttatt     1440

ggaaaacatc ttggaatgaa atggattgta aataatttga ttgaaaaaca agatcctaga     1500

acaataaaac tatacaatga aattttagac attgtcgaaa atggcgatga atactttgat     1560

ataaaggcta tttataaatt tttccctgca cgtagaaaag ctggaaaaag aaaagatgac     1620

tttaaaattg aaattctatc agatgatttg tcaacagttt tggaaacttt tgattttcca     1680

agacaaaaat atggacaata tttatcgcta aatgattatg taagtccaga aggaatcgac     1740

tacatcggat tttttgtcgc aactgctgga gaaaaatcaa gacttgtttc caatgaatta     1800

aaggaaaaag gcgaatttta cagagggcat attgtaaatt ctattggact ggagcttgcc     1860

gaagcaacat ctgaatatat tcacaaaatg atgcgtcaag atgttggaat cattgacaaa     1920

aatatctctc taaacgagat tttaaatgcc caatatcaag gaaaccgtta ttctttcggc     1980

tatcca                                                                1986


<210>  3400
<211>  603
<212>  DNA
<213>  Leptotrichia

<400>  3400
ttggaaatcg ctgaaaaaca aatatttttt atgccaactt ggcgaaattg gctaaaatca       60

gaaaatcaaa aatttgaaga tacaaaatat tttcagaata tctcaaattt aattacagat      120

aaaaaattaa atgattatct ggaaaaaaat aatattaaat tgaatgtcta cattcatcaa      180

ttaatgcagg atcatttaaa aaattttgga aatataaaac ttggaaaaaa tataagaata      240

cttccgaaag aagtaaatat aactgaggaa ctgcaaaaat caaaattatt aataacagac      300

tattcaagcg tagcctacga cttttattat ctaagcaagc caattatctt cttccagttt      360

gataaacgtg aatatgaaga aaaagttgga tcttatgtga atttagataa ggatttgttt      420

ggaaagcagg ttaaaactgt ggaaaaatgt gtagaggaaa ttattgagat ttctgaaaat      480

aattttcatt atgataagga gatgaagcag aaatctgata agttacgaga gaagttcttg      540

aagtatgtgg ataaaggaaa ttgtgaaaga gtttatagtg aaattttaaa aaggataaat      600

taa                                                                    603


<210>  3401
<211>  630
<212>  DNA
<213>  Fusobacterium

<400>  3401
acagggtgga aggacgttga cttaagccct aaaggaattg aagaagctaa ggctgctgga       60

aaaatcttaa aagaaatgaa tttaacattt gatgttgcat acacttctta cctaaaaaga      120

gctataaaaa ctctaaatat agttttagaa gaaatggacg aactatacat tcctgtgtat      180

aaatcttgga gattaaatga aagacattat ggagctttac aaggattaaa taaagctgaa      240

actgctaaaa aatatggaga tgaacaagtt catatctggc gtcgtagctt tgatatagct      300

cctccatcaa tagataaaga tagcgaatat tatccaaaat ctgatagaag atacgcagat      360

cttccagatt cagaaatccc tttaggtgaa agcttaaaag atactatagc aagagtttta      420

ccatactggc attcagatat ttctaagagc ctacaagaag gtaaaaatgt tatagttgct      480

gctcacggaa acagtttaag agctttaata aaatacttat taaatatttc aaatgaagat      540

attttaaatc taaacctagt tactggtaaa cctatggtat ttgaaataga taaagattta      600

aaagtaatat ctgcacctga attattctaa                                       630


<210>  3402
<211>  492
<212>  DNA
<213>  Fusobacterium

<400>  3402
gttgttgcaa atatacctta ttacataaca tcaccaatta tcaataaact tatagagaat       60

aaagaactaa tagatgaagc atatattatg gttcaaaagg aagttggaga aagaatttgt      120

gcaaaggcag gaaaagaaag atctatctta actcttgcag ttgaatacta tggagaagca      180

gactatctgt tcactattcc aagagaattt tttaatccta ttccaaatgt tgattcagcc      240

tttatctcaa taaagttcta taaagatgat agatacaaaa acaagatttc agaagattta      300

ttctttaaat atataaaggc agctttttca aataaaagaa aaaatatcgt aaataatcta      360

gcaacattag gatattcaaa ggataagata aaagaaatat taaatcaagt tgaaatatct      420

gaaaatgaaa gagcagaaaa tatatcaata gataaattta ttgaacttat agatattttt      480

gaaggtagat ga                                                          492


<210>  3403
<211>  822
<212>  DNA
<213>  Fusobacterium

<400>  3403
gattcagcat tagggtttat tcttgaatct atcagaaaca tagaatatct gggaaaatat       60

gatgaaagat acatagaatt agctaagaga atggaaaatg cttactatga gctagaggat      120

tgtgttggag aaattgaaga tatttctaaa aatatagaag ttactgaaag tgatttagat      180

aagattgctg gaagaatgaa tactttaaaa agaatcaaag aaaagtataa aagaactcta      240

gcagaactta ttgaatatag agaagattta agagaaaaat tatctgatat gaacagtgga      300

gattttaaaa ctagagaatt acaaaaagag ctagataaaa ttaaagctga atatgataag      360

ttggctgaaa agctttcaga gtcaagaaaa gaaattgctt taaaaataga agatgaatta      420

ttgaatgaat taaagttttt aaatatggaa gatgcaaaat taaaggtaca aatgaataaa      480

attgatagaa tgactaatga tggttatgat gaaattgaat tttttatctc aactaatgtt      540

ggtcaagaat taaaaccttt aaataaaata gcatctggtg gagaagtcag tcgtgttatg      600

ttagcactta aagttatttt ctctaaggtt gataatattc caattttaat ttttgatgaa      660

attgatacag gtattggtgg agaaacagtt agaaaaattg ctttaaaact taaggaaatt      720

ggagatagta ctcaaattat ttctattact cactctcctg ttatagcttc taaggcaagt      780

caacaatttt acatagaaaa atatgtagaa aattctaaaa ct                         822


<210>  3404
<211>  561
<212>  DNA
<213>  Fusobacterium

<400>  3404
ttaaagtttc agtcattgac agacaatgat atcttaaaag gtgatgataa atttaaaata       60

gaaatcactg ttgataaaga caatggaact ttaacaataa aagacaatgg tattggtatg      120

acttatgatg aagttgatga aaatataggt actattgcaa aatcaggttc aaaagtattt      180

aaagaacaat tagaagcagc taagaaagct gatatagata taataggaca atttggagta      240

ggtttctatt cagcttttat tgtagcagat aaagttactt tagaaacaag atcaccttat      300

tcagaaaatg gagtaagatg ggtatcttca ggtgatggaa actatgaaat agaagaaata      360

tctaaagaaa atagaggaac agaaatcact ttacatttaa aagatggtga agaatatagt      420

gaatttttag aagaatggaa aataaaagac ttagtaaaga aatattctaa ctatataaga      480

tatgaaattt actttaaaga tgaagtcata aactcaacta aacctatttg gaaaagagat      540

aaaaaagagt tgagagatga g                                                561


<210>  3405
<211>  546
<212>  DNA
<213>  Fusobacterium

<400>  3405
aaaaataatt atataattat agaacttaat gatgaacata taaagtttat gttagaagaa       60

gtaaagattt cttcaaaaat agaaagtatt ttagcagaat atggtttaaa agattataag      120

attatgtttt ctgtaggaga tttttcaaaa gagctttcaa atgttgaaga aaaaataaaa      180

gctgatatgg aaaaacaaca aaatattata agttctgaaa gagaaaagat tgtaaaagaa      240

aattctgtga cagaaactca agtgtataaa gctaaaaatg attttaaaag aggttcaaaa      300

actaaagata taaaaggtga tgttatatct ataaaagatt tttatgacct atatgatgga      360

gaaccttgta tagttcaagg agaaatattc tctattgaaa acatggtatt aaaaagtgga      420

aaaactttaa aaactataag aataacagac ggagaaagtt ctctcacttc taaaatattc      480

ctagatgaaa atgataacct agatatttca gaaggaaaga ttttaaaact tagtggaaaa      540

gttcaa                                                                 546


<210>  3406
<211>  519
<212>  DNA
<213>  Fusobacterium

<400>  3406
aaagacacaa gtggattaat attggttgca aaaaataatt atgctcatgc aaaacttgct       60

tctatgttta cagataaaac tattcataaa acttatcttt gtatagttaa aggtaacttt      120

tcagatgaaa atttagaagg tagaatagaa aatttaattg gtagagatac taaagataga      180

aagaaaatgg ctgtagttaa agaaaatggt aaacttgcca tatctaatta tagggttgtg      240

gaacaggtta aagattattc tttggtggaa gttcttatag aaacaggaag aactcatcaa      300

ataagagtac atatgaaaag tataaaccac cctattttag gtgatgttat ctatggaagt      360

gaagataaaa atgtaaaaag acaaatgtta catgccttta aattagaatt tttaaatcct      420

ttagataaca aagaatatac atttacagga aaactatttg acgactttat agaagttgca      480

aagagattaa attttaacat tgataaatat atgatataa                             519


<210>  3407
<211>  306
<212>  DNA
<213>  Fusobacterium

<400>  3407
atgttatcta aaattgaaag agaaccttta gaagaagaag tagatattac aaaattatta       60

aaagaattga agatagaaaa agaagacttc gaaatcacaa gagatgaaga agatgcaata      120

gttgttggtg gaagaatagt agatgatgtt ttagcaaaat atgtaatagg tatggacgat      180

gaatcactta ttactttctt acatatgatg agaaatttag gattggagga agctctacaa      240

gaatttggtg tacaagatgg agatacagta aaaatagcag atgtagagtt tgaatatttt      300

gaataa                                                                 306


<210>  3408
<211>  789
<212>  DNA
<213>  Fusobacterium

<400>  3408
atgagaatag tagtttgtat aaaacaagtt ccagatacaa ctgaagttaa aatagatcca       60

gtaaaaggaa caattatcag agacggtgtt cctagtataa tgaaccctga tgataaaggg      120

ggattagaag aagctctaaa attaaaagac ttatatggag ctgaagttat agttataaca      180

atgggaccac ctcaagcaga agctatatta agagaagctt atgcaatggg tgctgataga      240

gcaatactta taacagatag aaaattcgga ggagctgata ctttagcaac ttctaatact      300

attgcagctg caataagaaa aatacctgat atagatttaa tagttgcagg tagacaagca      360

attgatggag atactgcaca agttggacct caaattgctg aacacttaga cttacctcaa      420

gtgtcttatg taaaagaaat gaaatacaat gaagcttcta aatcatttga aataaaaaga      480

gctacagaag atggatattt cttattagaa cttcctactc ctggattagt aacagttctt      540

gctgaagcta accaacctag atatatgaat gttggagcta tagttgatgt ttttgaaaga      600

ccaattgaaa cttggacatt tgatgatatc gaaatagatc ctgcaaaaat aggtttagct      660

ggttcaccaa ctaaagttaa caaatcattt actaaaggtg ttaaagaacc tggtgtatta      720

catgaagttg atccaaaaga agcagctaat attatattag aaaaattaaa agaaaaattt      780

ataatctaa                                                              789


<210>  3409
<211>  978
<212>  DNA
<213>  Fusobacterium

<400>  3409
ttaattttag aattggggat acttaaaaat agatttatta tagacagtct aaatactaaa       60

aaatatgaaa ttgaaggaaa aaaagaaaaa gtaaaaaagt ttctagaact tctacccttt      120

gaattaacta gagctcaaaa aaaggttata aaagaaatct atgatgagat ttcagatgga      180

aaaattgtga atagacttgt gcaaggagat gttggaagtg ggaaaactgc agttgccaca      240

gttatgctta tctatatggc agagaatggc tatcaaggag cattgatggc accgacagaa      300

attctagcta atcaacatta tttaggtatg aaagaaagac ttgagaaaat aggtctaaga      360

gtaggtttat tgacatctag tataaaaggt aagaaaaaaa cagaactctt agaagctatt      420

gcaaatggag atattgatat agttatagga actcattcac taatagaaga taatgtagta      480

tttaaaaaat taggtcttat agttatagat gaacaacata gatttggtgt aaatcaaaga      540

aataaattaa gagaaaaagg tttcttaggc aatcttttag ttatgactgc tactcctata      600

cctcgttcat tggctttaag tatctatgga gatttagatt tatcaataat agatgaatta      660

ccaccaggaa gaactcctat aaaaacaaaa tggatagcta atgataaaga cctatcaata      720

atgtatgatt ttatctataa aaaagtaaat agtggaaatc aagcatattt tgttgcacca      780

cttatagaaa caagtgataa gatggcttta aaatctgtgg ataaagtctc tgaagagata      840

gaaagaagat tttcagataa aaaaattgga ataattcatg gaaagatgaa ggctaaagaa      900

aaagatgaag ttatgcttaa atttaaaaat aaagaatatg atatcttaat agcaacaaca      960

gttattgaag ttggtata                                                    978


<210>  3410
<211>  675
<212>  DNA
<213>  Fusobacterium

<400>  3410
atgaatattt caattctagg aagtgggagt tcagggaatt caacttttgt agaaatagaa       60

gactataaat tattggtaga tacaggtttt agttgtaaaa aaactgaaga aaaattggaa      120

atgataggta aaaaattatc agatatatca gcgattttaa taactcatga gcatagtgac      180

catataaatg gagcaggagt tatagcaaga aaatacgata tccctatcta tataactcct      240

gaaagttata gagcaggagc aagtaaatta ggagaaatag ataaatctct aataaaattt      300

atagatggtg cctttatact tgatgataaa gttaaagttt caccatttga tgttatgcat      360

gatgctgaaa gaactattgg ttttaaatta gaaagccagc ttaataaaaa aatagcaata      420

tctactgata ttggttatat aacaaatata gttagagaat attttaaaga tgtagatgcc      480

atggtaatag aaagtaatta tgattttaat actcttatga attgttcata tccttggaat      540

ttaaaagaaa gagttaaaag tagaaatgga catctttcaa ataatgagtg tgcaaaattt      600

atcaaagaga tgtatacaga taaattgaag aaagtattct tggcacatgt tagtaaggat      660

agcaatcatt taagt                                                       675


<210>  3411
<211>  795
<212>  DNA
<213>  Fusobacterium

<400>  3411
atgggagcaa gagttattgt tattacttca ggaaaaggtg gagttggaaa aacaacaacg       60

actgcaaata taggagctgc tttagcagac aaaggtcata aggttttact tatagacaca      120

gatataggtt taagaaatct agatgttgtt atgggacttg aaaatagaat agtctatgat      180

ttaatcgatg ttattgaagg aagatgtaga gtaagccaag ctttaattaa agataagaga      240

tgtccaaatc ttgtcttatt accagctgca caaataagag ataaaaacga tgtcaatact      300

gaccaaatga aagaattaat tttttcttta aaggaaagtt ttgactatat cttaatagac      360

tgtccagcag gaatagaaca aggatttaaa aatgcaatag ctgcagcaga tgaggctata      420

gttgttacaa ctcctgaagt ttcagctaca agagatgctg atagaataat tggactattg      480

gaagctgcag gaataaaaag tccaagaatt gttgtaaata gactaagaat agatatggta      540

aaagaaaaga atatgttaag tgtagaagac atacttgata tattagcagt aaagttgtta      600

ggagtagttc ctgatgatga aactgtagtt atttctacaa ataaaggaga acctttagta      660

tataaaggag attctttagc agcaaaagca tttaagaata ttgcaagtag aatagaagga      720

gtagaagttc ctttactaga tttagatatt aaaatgagta tattagaaaa aataaaattc      780

gtatttaaga ggtga                                                       795


<210>  3412
<211>  504
<212>  DNA
<213>  Fusobacterium

<400>  3412
atggaaaaaa ttcaagagat acataaggaa atattagatg gtaatacaga gatattaaaa       60

gactttcctc taccttattg tctctctgaa aataaggaag actttgtagt tttaagaaag      120

gggagaattg taaaggaaga aaatcgtata aaatattttt ttccaaactc agaaagtaat      180

gaaactaatt gtatatattg cttaatatgg ggtcgtagaa acgaagaaag ctatggtata      240

ggaggaacac cagtaccaga tgattttcct ataaaagaga tgaaatttga agctgataaa      300

ctttttttac tgagtacaga ggatgaaaaa atagtagctt cattaaaaca attcaataag      360

gctttacaaa aggtatggag aaatttcact atggaagaat tatctatagc ttttagagaa      420

gcacctgaca cagttttaga tgaaataaaa caagaagaga tgccaaagac agttactatt      480

aaaaactttg gtaaatttac atat                                             504


<210>  3413
<211>  1329
<212>  DNA
<213>  Fusobacterium

<400>  3413
atgaaaaagt tattgttttt aataggaata ttatcaagtg gattatatgg agcatcaata       60

gatcatattc agacttatag tccagattac ttagcaaatc aagcacaaac aggtatgata      120

gatgaagtat caccttatta caatccagca ggactttcaa gattagataa aggaaaatat      180

gtacatcttg gtttacaact tgccaatgga catgaaaaaa tgtcatataa gggaaaagaa      240

cataaggcac atttaactca attaattcca aatgtttcat tgacttcagt tgatgataat      300

ggagcttatt tctttacatt tggtggactt gcaggtggag gaaaactaga atacgatgga      360

gtatcaggaa tagatgtctt atcagattta gctcaattcc aacctttagg agtatacgat      420

aaaggttcaa ctctaactgg aaaaaattta tatgaacaag caactttagg tagagctttt      480

acagtaaatg atcagttatc aatttcagta gctggtagaa tagtacatgg atcaagaaga      540

ttaagtggta cattaaatat aggaactaac ccttctacag cttataaaca agctaaagtt      600

caacaagtaa cacaagaagt tagcaaagct gtagatgcag caactcaagg ttcagggctt      660

tctgcagctc aaattgctgc tataaagcaa caaaaaacta ctcaagcatt aactttactt      720

caaactaaaa tgaatgcttt acaacaaaat ggtttaagtg gagatctgga ttctaagaga      780

gaagcttggg gttatggatt ccaaataggt gtaaactata aagtgaatga taaattaaac      840

ttagctgcaa gatatgattc aagaataaaa atgaatttta aagcaaaagg aactgagaat      900

caattacaaa caacagatat actgggttct aatataggtt tatctacttt ctatccacaa      960

tatactataa actctaaaat aagaagagat ttaccagcta tactatcagt aggagcttca     1020

tataaggtaa cagataatta tttggtttca acatcagcta attattattt taatcgtcat     1080

gctaaaatgg atagagtaac aacttttggt ggacatgaac atggtagaga ttataaaaat     1140

ggttgggaaa ttgcattagg aaatgaatat aaattaaatg ataaatttac tttaatagga     1200

agtgtaaact atgccagaac aggtgctaaa aactcttctt tcaatgacac tgaatatgct     1260

ttaaattctg ttactttagg tgcaggtctt agatataaat atgatgatac tttgtcgatt     1320

acagggtca                                                             1329


<210>  3414
<211>  393
<212>  DNA
<213>  Fusobacterium

<400>  3414
atgaaaaaaa ttatattatt aattgcaatg gtttttttat taatatcatg ctctaataat       60

aactatgtac aaaaaggttt ttctcaaaat gaaaaacaag cattggtttt atttaaagac      120

gagataaaga gtaatttaag tgaaaataat cttgcttaca ttaaagagaa cacgaaagat      180

agttatagaa acaggtatat tttagaaaaa ttacaaaata tcgactttac aaaattgaat      240

atatttgtgt ctcagccatc ttatacaact gagtatccta gttcgatatt agctctgaat      300

atgaacgaag atacttatta ttttgatttg atctttatct atgacaaaca aaataagaaa      360

tggttaatat ttgacttaaa agaaaaggag tga                                   393


<210>  3415
<211>  237
<212>  DNA
<213>  Fusobacterium

<400>  3415
atgactaagg ggataaaaat agctccttct atattatcaa gtgatttttc aaagcttggt       60

gaagaacttg tggcaatcga taaggcaggt gcagactaca ttcatataga tgttatggat      120

ggagaatttg tacctaattt aacttttgga cctcctgtaa taaagtgcat tagaaaatgt      180

actgagcttg tgttcgatgt tcatctaatg atagatagac ctgaaagata cattgaa         237


<210>  3416
<211>  387
<212>  DNA
<213>  Fusobacterium

<400>  3416
gtaaagaaat ttttagaaaa agctgaaaaa ggaatggaag ttcaagatta tgaatttatt       60

ttaaaagaaa tcactattca agaaacttct ccttatgaaa gtagattaaa tcttctgtca      120

agtattatca gtatttcacc tatgttaggt ttactgggaa cagttacagg tatgattaaa      180

gcctttacaa acatttctaa gtatggtgca ggagatgctg ctatagttgc tgatggtatc      240

gctgaagctc ttttaacaac tgctgcagga cttatgatag ctattccagt tatcgttatc      300

tataactatt taaatagaag attagaaaag atggaaaatg aaatagacga tatcgtcaca      360

aacataataa atatatttag gagataa                                          387


<210>  3417
<211>  756
<212>  DNA
<213>  Fusobacterium

<400>  3417
atgagaagat tagttatagc aggaaactgg aaaatgtata aaaacaatag tgaggctgtt       60

gcaacattga cagaattaaa aaatttaaca aaagacgtaa acaatgtaga tatagttata      120

ggagcacctt ttacttgtct ttcagatgca gttaaagctg ttgaaggaag caatgttaaa      180

attgctgctg aaaatgtata tccaaaaata gaaggagcat acactggaga aatttctcct      240

aaaatgctta aagatattgg agttgaatac gttatcttag gtcactctga aagaagagaa      300

tactttaaag aaagtgatga attcataaat caaaaagtta aggcggtttt agaaatagga      360

atgaaaccta tactttgtat tggtgaaaag ttagaagaaa gagaaggagg aaaaactctt      420

gaagttctag ctactcaaat aaaaggtgga cttgctgatt tatctaaaga agaagctgtg      480

aaagttatag ttgcctatga accagtttgg gctataggaa caggaaaaac tgcaactcct      540

gaaatggcac aagaaactca taaggaagtt agaaatgtac tagctgaaat gtttggaaaa      600

gaagttgctg acaagatgat aattcaatat ggtggatcaa tgaaacctga aaatgcaaaa      660

gatttattga gccaagaaga tattgatgga ggacttgttg gaggagcttc attaaaagca      720

gattcattct ttgaaattat aaaagcagga aattaa                                756


<210>  3418
<211>  969
<212>  DNA
<213>  Fusobacterium

<400>  3418
atgatagatg taaagaatgt tgctagtgaa ttcagtaagt atattgaatt tgatagtaat       60

aaaaaagata ttaaagttgg tgtagctatg agtggaggtg tggatagctc tacagttgct      120

tacctattaa aacaacaagg ttacgatatt tttggagtaa ctatgaaaac atttaaagat      180

gaggattcag atgctaaaaa agtatgtgat gacttaggga tagagcacta tgttttagat      240

gttagagatg agtttaaaga aaaggttatg gattattttg taaatgaata catgaatgga      300

agaactccta atccttgtat ggtttgcaat agacatataa agtttggaaa aatgctagat      360

tttatcttat ctaaaggggc tagttttatg gcaactgggc attatactaa actaaaaaat      420

ggattattga gtgttggaga tgactctaac aaggatcaag tttattttct atctcaaatt      480

caaaaagata gattaagtaa gattcttttt ccagttggag atttagaaaa acctaaatta      540

agagaacttg ctaaacaaat tggagtaaga gtatattcta aaaaagattc acaagaaatt      600

tgcttcgtag atgatggaaa attaaaagaa tttttaattg aaaacactaa aggaaaggca      660

gaaaagccag gaaatattgt ggataaaaat ggaaagattt tagggaaaca taaaggattc      720

tcattctata ctatagggca aagaaaaggt ttaggaatat ctagtgaaga gccactatat      780

gttttagcct ttgataaaga taacaacaat atcatagttg gagaaaatga agatttattt      840

aaagatgagc ttactgctac aagattaaat ttattttcag ttccaacttt ggaaagttta      900

gataatttag aatgttttgc aaaaacacgt tcaagagata ttttacataa atgtgtttta      960

aagaaaaat                                                              969


<210>  3419
<211>  699
<212>  DNA
<213>  Fusobacterium

<400>  3419
atgctatata tagttgcaac gccaatagga aatttagaag atatgacttt tagagctata       60

agaactctaa aagaagttga ctatattttt gcagaagaca caagagtaac aagaaaatta      120

ttagatcact atgagataaa aaatacggtc tacagatacg atgagcatac taaacaacat      180

caggtaacta atataataaa tcttttaaaa gaagaaaaga atattgcttt agttactgat      240

gcaggaactc cttgtatatc tgatccaggt tatgaagtgg ttgatgaagc tcataaaaat      300

aatataaagg ttgtagctat tcctggtgct agtgcactga ctgcatcagc ctctattgca      360

ggtataagta tgagacgttt ttgttttgaa ggttttctac ctaagaaaaa aggtagacaa      420

actcttctaa aacaattagc agaagaaaaa gaaagaacga tagttatcta tgaatctcct      480

tttagaatag aaaaaacttt aagagacata gagactttta tgggaaaaag agaagttgtt      540

attgtaagag aaataacaaa aatttatgaa gaagttttaa gaggaagtac tactgaactt      600

atagaaaagc tagaaaagaa tcctataaag ggagagatag tattgcttgt tgaagggcaa      660

caaaagggag gaaataaata tgtcgatgac acagattaa                             699


<210>  3420
<211>  1620
<212>  DNA
<213>  Fusobacterium

<400>  3420
atgtatataa aaattatatt acaacttatc ggtggtttag gtctattttt gtatggtatg       60

gaacacatgt caacaagtat gcagaaaata gcaggtccaa agttaaaaaa gattttagct      120

tctttaacta ataatagaat attaggtatt ctagttggaa ttgttataac agctttagtg      180

cagtcatcat ctgttagtac ggttatgaca gttggttttg taaatgcttc acttttaact      240

ttaaaacaag cattaggagt tattttaggg gcgaatatag gaacaactat cacaggttgg      300

ttactagttt tagatatagg taagtatgga cttccaatag ttggagcagc agctatccta      360

tatatgttta tgaaaaaaga aaaggctaga acaaatctaa gtgcaatcat tggagttgga      420

ttaatatttt ttggattaca acttatgagc caagctctta gccctttaaa agatatgcca      480

gaattcattg aaatgtttaa gatgtttaag gttgactcat actttggtct actaaaagta      540

acagcagtag gagcaattat aacagcttta attcaatctt cagcagctac tattggtata      600

acaatagcac ttgcatctca agggcttata gactatcaag cagcagttgc cttagtttta      660

ggagaaaatg tagggacaac agttacagct tttctagctt ctttaggagc taaacctaat      720

gcaaagagag cagcctttgc ccatacactt attaatttaa taggagttct ttgggtaact      780

tctatattta gattctattt aaaattctta aataattttg ttgatcctga acatcatata      840

ggagcagcaa tagcggcagc tcatacaatt tttaatataa ctaacgtaat tatcttgata      900

ccttttgttg gacttttaga taaattacta ttatacattg ttaaagatac aggtgaagat      960

gaacaaagag taactaagct tgcttctttg aaaatgactt tacccaatgt aatcatagat     1020

caaactaaaa tagaggtaag ctctatggtg actatgatag atgatgtatt cttaaaattg     1080

gaagaatcac taaaagaaaa agaaaaaatt gctaaatata atgaagagat agttgcagca     1140

gaggataagc tagatttata tgaaaaagaa atctatgatt caaatttttc attattgagt     1200

aaatctttga gtaaatcttt aattgaagat actagaatga acttattagc ttgtgatgag     1260

tatgaaacta ttggtgacta tcaaaataga atagcaaaca gactatacat gctttatgaa     1320

aactctattg atcttgatga aactagagcc aagatggtat tcaagcttca ttctctttct     1380

gttgaactat ttaatgatat aagtagagca gtaaaaacag gagaaaaaga actatattca     1440

gcaggtttaa aaaaatatca agagttaaaa tcttactata aagaagtaaa gagagagcat     1500

ttctctagat ctgagaatat acctgcaaga ttgaatacag gttacctaga tatcatcaat     1560

tactataaga gaatagcaga ccatacttac aatattattg agtatgtaat gaagatataa     1620


<210>  3421
<211>  552
<212>  DNA
<213>  Fusobacterium

<400>  3421
cctcttatag aaaatcaagc tataaatatt ttaggtggtt gttgtggaac aagttatgac       60

catataagag caatagcaga attggtaaaa ggacaaaaac caagagtttt accagaagaa      120

aacttattag aaacttgttt atctggaaat gaaatatata actttaaaga taaatttact      180

tgtgttggag aaagaaataa tatatctggt tcaaaattgt ttagaacaat gatagaagaa      240

cataactatt taaaagcact tgaagttgca aggcaacaaa tagatgcagg agcaaaagtt      300

ttagatataa acgttgatga tggaatttta gattccgttg aagaaatgaa aaacttttta      360

agagttttac aaaatgatag ctttattgca aaagttccta ttatgataga ttcatcagat      420

tttgcagtta ttgaagaagg acttaaaaat acttctggta aagcaattgt aaactctatc      480

agtttaaaag aaggtactga agaattttta agaaaagcta aaatcattag aaagtttgga      540

gcctcaataa ta                                                          552


<210>  3422
<211>  681
<212>  DNA
<213>  Fusobacterium

<400>  3422
gcaagtttta atattttaag actaggggct gctgaaaaag atatggttca aactgcaaaa       60

cttttacaag gttttgattt agttggttta gttgaagtta tcaacaaaga aggtattgag      120

gagttggttg atgaattaaa cagacaaagt cctaatactt gggactatca tatttcacct      180

tttggtgttg gttcatcaaa atataaagaa tattttggtt atgtgtacaa aaaggataag      240

gttaaattta taaaatctga aggtttctat aaagatggaa aaagttcact tttaagagaa      300

ccttatggag ctacattcaa aataggtaat tttgacttta ctctagtttt agttcataca      360

atttatggaa ataatgaatc tcaaagaaaa gcagaaaact ttaaaatggt tgatgtgtat      420

gattatttcc aagataaaga taaaaaagaa aatgatgttt taatagcagg agattttaat      480

ttatatgcat tagatgaatc atttagacca atgtacaaac atagagataa aattacttat      540

gctatagacc ctgcaataaa aacaactatt ggaactaaag gaagagcgaa ctcttatgat      600

aatttcttct ttagtcaaaa atatacaaca gaatttacag gttcaagtgg agcattagat      660

ttttcagaaa aagatccaca a                                                681


<210>  3423
<211>  351
<212>  DNA
<213>  Fusobacterium

<400>  3423
atgagagtta aaactggaat tataagaaga aaaagacata aaagagtatt aaaagctgct       60

aaaggattca gaggtgcttc tggtgacgct tttaaacaag ctaaacaagc aacaagaaaa      120

gcaatggctt attctacaag agatagaaaa gttaataaga gaaaaatgag acaattatgg      180

ataacaagaa taaactctgc tgcaagaatg aatggagttt cttattctgt attaatcaat      240

ggtcttaaaa aggctggaat tgaattagat agaaaagttc ttgctgatat agctttaaac      300

aatgctgctg aattcacaaa attagtagaa actgctaaat ctgcactata a               351


<210>  3424
<211>  474
<212>  DNA
<213>  Fusobacterium

<400>  3424
ggaccacaag aatatcataa aggaagaatg gcatcaatgg tgtttcatac ataccatcaa       60

tataaggaaa atggttatgt aaaacttttt aaatcatata aagaaggatt taaagatgga      120

gaacaactaa gagatttcgt ctatgtaaaa gatgttgtag atataatgta ttttatgttg      180

actaacgatg ttaaatcagg aatatataac ataggtacag gaaaagcaag aagttttatg      240

gatttatcta tggcaacaat gagagcagct tctcacaatg ataatttaga taagaatgaa      300

gttgtaaaat taattgaaat gcctgaagat ttacaaggaa aatatcaata ttttacagaa      360

gcaaaaataa ataaattaag agaaatagga tatacaaaag aaatgcatag tcttgaagaa      420

ggagttaaag attatgttca aaattatcta gctaaagaag attcttattt ataa            474


<210>  3425
<211>  537
<212>  DNA
<213>  Fusobacterium

<400>  3425
atggaagaaa aagaactaaa aaatggttat acaacaggaa cttgtgcaac agcagcagtg       60

aaagttgctt tagaagcact agtttatgga aaaaaagcct ctgaagttga tataactaca      120

ttgaattata aaacattaaa gatacccgta caaaaattga gagttagaaa taattttgca      180

agttgtgcca tacaaaaata tgcaggagat gacccagatg ttactgatgg aataagtatt      240

tgtgctaagg tacaattagt aaaagaactc ccaaaagttg acagaggagc ctattatgat      300

aactgtgtaa ttattggtgg tagaggagtt ggacttgtaa caaaaaaagg tttacaaata      360

gctattggaa aatcagctat caatcctgga ccacaaaaaa tgataacaac tgttgtaaat      420

gaaattctaa gtggcattga tgaaaaggct ataataacaa tctatattcc agaaggtaga      480

gctaaagcac taaaaacata taatcctaaa atgggagtta taggtggaat atcagtt         537


<210>  3426
<211>  501
<212>  DNA
<213>  Fusobacterium

<400>  3426
atgaaagaag aaattctaaa agttaaggaa gaaatacaaa aatatataga agaatctaaa       60

actcttcaaa aacttgaaga aattagagta aactatatgg ggaaaaaagg aatctttaca      120

gacttatcta agaaaatgaa agaccttaca gcagaagaaa ggcctaagat tggacaaata      180

ataaatgaag ttaaagaaaa aataagtaat ttattagatg aaaaaaataa ggctttaaaa      240

gaaaaagaat taaatgaaag attagaaagt gaaataattg atataagttt acctggaaca      300

aaatataact atggtacaat acatcctatc aatgaaacta tggagcttat gaaaaatatc      360

ttttcaaaaa tgggctttga tatagttgat ggaccagaaa tagaaactgt tgaatacaat      420

tttgatgctt tgaatattcc taaaactcat ccatcaagag atttaacaga tacattctat      480

ttaaatgatt ctattgtgtt a                                                501


<210>  3427
<211>  693
<212>  DNA
<213>  Fusobacterium

<400>  3427
atgggtataa ggtatagtaa ggtagaagga aaatttcaaa gagagatcgt gctcttaaaa       60

tcttttcctt gtgcttatgg aaaatgtagt ttctgtaact acatagaaga taactcaaac      120

aatgaggaag aaattaatga agttaattta gaagttttaa aggatataac tggagaattt      180

ggaattttag aagttataaa ttctggttct gtgtttgaaa tccctaagaa aactttagag      240

aaaataaggg aagttgtcta tgaaaaagat attaaaatct tgtattttga gattttctat      300

tcttatcttt ctcgtttaga tgaaatcatt gactatttca atgaaaagaa aaaagttgaa      360

attagattta gaacggggat agaaagtttt gataacaatt ttagaagaaa tgtttacaag      420

aaaaatattc tcttagatga aaagaagata aaagaattat ctgagaaaat atattcagtc      480

tgtcttttga ttgcaactca aggacagaca aaagaaatga taaaaaacga tattgaaatg      540

ggtttaaaat actttaaagc tataacaata aatgtttttg tggacaatgg aactgtggta      600

aaaagagatg ctgagcttgt taaatggttt gtacaagata tgaaacatct ttttgataat      660

gatagagttg aaattttaat agataataaa gat                                   693


<210>  3428
<211>  465
<212>  DNA
<213>  Fusobacterium

<400>  3428
atgagaaagg caaatagaga agtcaaagat agaaatgaaa ttatagaaat catgaaaaga       60

tgtgatgtat gtagattagt ttttaacaat ggagactatc cttacattgt tcctttaaat      120

tttggtttag atgctgatga agaaaaagtt attatctatt tccatagtgc cttagaagga      180

acaaaagtcg atataatgaa aagagaaatg aaagcgactt ttgaaatgga ttgtaatcat      240

gagcttcaat attatgaaga tagaggatat tgtactatgg cttatgaaag tgttataggt      300

agaggtaaaa taagaatatt atctgaagat gaaaaaatgg aggctttaaa gaagttaatg      360

gctcaatatc ataaagataa agaggcatat tttaatcctg cagcaatacc tagaactctt      420

gtttattgtc ttgaagtgga agagatgact gcaaaaagaa aataa                      465


<210>  3429
<211>  807
<212>  DNA
<213>  Fusobacterium

<400>  3429
atgaaagcaa aatggttaaa agtgtttggc ctgtttactg gtttactgtt attagcttct       60

tgtggagatg tgaatggagg ttcaaaggac gcaggaaaag aaaaagaagt tgtagatgtc      120

tcagctattg aaaagaaata tccttcttat tttaaaagtg atgcagaacc tgttcaagta      180

gatactctaa aagtagctat agtatcagat tctcctttta aaggaatctt taatggtttc      240

ctttactcag atgctattga caatagattt atgaagtata ctatgaatgg agccttccct      300

atagatgatg acttaaaact tatcttagat agtgatgaaa ctcctataaa agttactata      360

aatcctgaag aaaaaactgt tacatacaaa attaatccaa actttaaatg gtcaaatgga      420

gaccctgtaa caactaagga tatagttaaa acttatgaaa tatttgcaaa tcaagattat      480

atagtaagct ctaaatcttt aagattcagt aaaaatagaa aagctattgt aggtatagaa      540

gaatataacg aaggaaagtc tgataaaata tcaggacttg aagttataga tgactctaca      600

atgaaaatac atctaaaaga agtaactcct tctacatact ggggaggaaa ttttgcagga      660

gaattaatta atgcaaagca atttgaagga atacctatga acaaaattgc tgaatcagat      720

gctttaagaa aaaatcctct atcttatgga ccatactata tcaaagaaat agtacaaggt      780

gaaaaagttg tatttgaagc taaccct                                          807


<210>  3430
<211>  639
<212>  DNA
<213>  Fusobacterium

<400>  3430
atgaaaaatt ttaaattatt attaggagct ttacttgttt tagggcttgt agcttgtgga       60

gaaaagaaag aagaagctaa accagctgaa caaccagctg caactactga agcaccaaaa      120

gcagaagcta aagcagaagc accagcagaa aaaccaggag aatctggatt cgcagaagta      180

cctatagatg aaacagttgt aggaccttac caagtagcag cagtttattt ccaagctgtt      240

gatatgatac cagaaggaaa acaaccttca gctgctgaat cagatatgca cttagaagct      300

gacatccact tattaccaga agctgctaaa aaatatggat ttggagatgg agaagatatt      360

tggccagctt acttaacagt aaactataaa gtattatctg aagatggaaa aaatgaaata      420

acttcaggaa catttatgcc aatgaacgct gatgatggag ctcactacgg tataaacgtt      480

aaaaaaggat taattccaat tggaaaatat aaattacaat tagaaattaa agcacctact      540

gattacttat tacacgtaga tagtgaaaca ggagtaccag ctgctaaaga tggaggagtt      600

gctgctgctg aagaattctt caaaactcaa acagttgaa                             639


<210>  3431
<211>  444
<212>  DNA
<213>  Fusobacterium

<400>  3431
atgaaaatag cattaggtgc agatcacggt ggatttgaat taaaagaaaa aataaaacaa       60

catctaagca aaaaagaagg aatagaagtt atagattttg gaactaacag tacagaaagt      120

gtagattatc caaaatatgg tcatttagtt gcaaatagtg tagttaataa agaagttgac      180

tttggtatct tagtttgtgg aactggtata ggaatttcta tagcagctaa taaaattaaa      240

ggtataagag ctgcaaattg cacaaataca actatggcaa aattaacaag acaacacaat      300

gatgcaaata ttttagcttt aggtgctaga atagttggag atgttttagc tttagatata      360

gttgatgaat tcttagctgc ttcttttgaa ggtggaagac atcaaaagag aatagatgaa      420

atagaagctt gtaatttatt ttaa                                             444


<210>  3432
<211>  519
<212>  DNA
<213>  Fusobacterium

<400>  3432
gctaatggag atttaggaag tgttgtttta gctaagatac catatacaga atttgctgga       60

aatgaagcaa caccagttgc agtaacagat acatataatt tcttagatgg attagaacaa      120

agatatggtg tagaacctgt tggaagtaga gaaaaagctg tattcgataa attaaatgaa      180

attggtaaga atgaaaaagc tttattctat caagcaacag atgaaatgat gggacaccaa      240

tatgctaatg ttcaacaaag aatacaagca actggagaca tcttaaataa agaatttgat      300

tacttaagaa gtcaatggca aactgtatct aaagattcaa ataaagtaaa agtatttgga      360

gctagaggag aatacaatac agatacagct ggagtaattg attacagaag ccacgcatat      420

ggagtagctt atgttcatga agatgaaaca gttaaaatgg gagatacatt aggttggtat      480

gcaggtatag ttcataatac atttagattt aaagatatt                             519


<210>  3433
<211>  777
<212>  DNA
<213>  Fusobacterium

<400>  3433
atgaaaaaaa tattattatt aatgttttct gtactatgtg taaattcatt ttcatatgta       60

gagagaaatg atcaagttgg aaatagagga cttgaactta tgagagaaag taacataaat      120

caaaatatgg gactatctaa agaaagtgga agtactcaaa taattgatgc ttatgcagga      180

aatgggaaat tctcaaaaac taaaggtttt atgataggga caacaagtaa tcttgttgct      240

tatcctaata tcactgctgg ggttactgta gcttatgata agtataaata taaaccagga      300

agcaatgatt actggggaag agattacgac ttaaatactt atttttcata caagttagat      360

aaaaatctat ttacactagg tttaggatat tctcaatcaa gacatgttga aaaaagagga      420

tatacaggaa acttagaata cggtagattt ttaaccccta gcacttatct ttatacagga      480

attgaaggac aaaatagaaa ttataaaaac tctgaagatt taaattttgt taactataaa      540

gtaggggttt taagacaaga tacttggaaa aaaatgaaat ttgtaaatgg tgttgaattc      600

aacatggata ataaaaaata tgatagagaa gaaagaggaa gaggaaatgt aacttttgta      660

tctagagctt catattatat ctatgatgac ttgttatttg atgttcaata cagagggact      720

aaaaatagta aattttatga caatgtagtt ggtataggat ttacacacta tttttaa         777


<210>  3434
<211>  654
<212>  DNA
<213>  Fusobacterium

<400>  3434
atgctaaaat tttatataga tgtaataaat tatctagcaa tttttgcatt tcttttaggt       60

attatcacag cactattagt aaaatataag aagctatatt taaatatagt tgtaggctta      120

gtttcattag tagggcttgc ttgttctgta acgatgactg tatttaagca gttgtaccca      180

cagaaaatgg ttaaaatatc attacaatat aatcggtggg cattggcaat aggaatgtta      240

tttatgcttg tagccttagt tctacaaatc ataaagacat ttagaaagtg tgagaatgat      300

aaactttgta tagcctcagc tataagtata atcttctcaa caatagcagt ttggttttta      360

ggatttacaa taattcctca ggtctatgct atgacaaaag agtttgttgc ctttggtgaa      420

aattcttttg ggacacaatc tttacttaga ttaggaggat ttctattagg actattaaca      480

atattcttaa ttgctctatc ggttcaaaaa gtatattttc gtttaaagcc atgcttggct      540

aaagtgtttg ccttagcaat tttctttgtg ggaagtatgg atttcttctt aagaggagta      600

tcagcccttg caagattaag acttttaaag tcaagtaatc catttgtttt taat            654


<210>  3435
<211>  642
<212>  DNA
<213>  Fusobacterium

<400>  3435
atgaaagtaa attatgattt aaaaatggaa gaaattttaa aggaaatcac tgagagtgga       60

aagaaaaaaa gattacttat tcattcttgt tgtggtcctt gcagttcatc tgttttagaa      120

tatctaaaag aattttttca aatagatatt tatttctata atccaaatat aacttttgac      180

tatgaatatt tggctagaat ggacgaacaa aaagaaatgt tagaaaaatt ggactatgat      240

atgaatgtca tagaaggagt ctataatcca aaggaagatt tttttgaaaa aataaaaggt      300

cttgaaaatg aaaaagaagg tggacagaga tgctattctt gttatgatat aagaatagga      360

gaaactgcta aaaaagctaa agaagaaggc tatgattttt ttagtactgt tttaagtata      420

agtccaatga aaaatgtaaa ctatataaat gagataggtg aaaagtattc taaagaatac      480

gatataccgt ttttatttgc agattttaaa aagaaaaata gatatttaag gtcagtacaa      540

atttctaaag aattaaatat gtatagacaa gaatattgtg gttgtgtgtt ctctaaagta      600

gaaaaagaac aaagagacag agaaaaagca gaaaaagaaa aa                         642


<210>  3436
<211>  834
<212>  DNA
<213>  Fusobacterium

<400>  3436
atgaaaaaaa ttttattaat tctattatca ttttctgcta ttttattatt aactgcttgt       60

ggcaaaataa aatatgaatt aaaagatggg actatgtatg ctaatggaaa agaagctact      120

ggaacatttg agtttatatt aaacggttat aaaaccaaag gaaaatatat aaatggtttg      180

cctgatggac tatttgaaag atattatcct gatggaagta tttttataaa agatgaattc      240

aaagatggaa ctcttataaa agaagaaata ttctataaaa gtggggagac tctagcaact      300

gctacagatg gcaaatatct aaaacttttt gataaagatg gacgtttagt tgaaagctat      360

gatgctgata aagataaaaa tataatatat catgaaaatg gaaaaccatt gataattact      420

ataggtaggg actctactat atataatgaa aatagtgaaa ttttgtctaa agaggaaaat      480

ggggaagaag taaatttaga tatgataata aaaaatgtag ggaatggtct ctctgaaatt      540

ataatggatg ataaagttat agctaaaatg gatgacaata caggtatttt aacttatttc      600

tattcaactg gagagccaat gattacaact aattcttcaa ctgctgaaac tcaatttttc      660

tttaaaaatg gaaatatttt ttttaaaagt aatgggaaag aatttattct ctatcataaa      720

gatggtaaac caatacatga attaaatgaa gggataacta aatactataa tgaaaatggt      780

gacgaaattc ttatgaattc ttacaaagtt gaagatatta aaaaaataga ttaa            834


<210>  3437
<211>  783
<212>  DNA
<213>  Fusobacterium

<400>  3437
ttgaaatatt cagaagattc agctgctgaa gtggatatga atgtcattat gaataaaaaa       60

ggtgagttca ttgaagttca aggaacaggt gaagaaagta catttacaag agctgaatta      120

aatggtcttt tagacttagc tgaagcttct ataaaaagaa ttatagactt acaagataaa      180

gttattgaac aagaaaattt aaaaatattt ctagcaacag gaaacaaaca taaaatagaa      240

gaaatatctg atattttttc aggtatagaa aatattgaaa ttctttcaat aaaagatggt      300

gtagaaattc ctgaagttat tgaagatgga acaacttttg aagaaaattc aaagaaaaaa      360

gcaatagaga ttgcaaaatt cttgaatatg attactattg ctgatgattc tggtctttgt      420

gttgatgcac ttaatggtga acctggagta tattctgcta gatatagtgg aacaggtgat      480

gatttaaaga ataatgaaaa gcttattgaa aacctaaaag gtatagaaaa tagaaaagct      540

aaatttgtct ctgtaataac tttagcaaaa cctaatggag aaactttctc ttttgaagga      600

gaaattcttg gtgaaatagt tgataatcct agaggaaata ctggttttgg ttatgaccct      660

catttctatg tagaggaata tcaaaaaact ttagctgaat tacctgaact taaaaataaa      720

attagtcata gagctaaagc attagaaaaa ttaaagaaag agttgaaaaa tatcctaata      780

taa                                                                    783


<210>  3438
<211>  639
<212>  DNA
<213>  Fusobacterium

<400>  3438
gaaattatta gacaaggaca aactgatttt attggatatt ctggtccagc aggaggagat       60

tgggatatgt taataggatg tggaagaata aaagctttca taaactgtta catagctaac      120

tcaggatata caaatgtttg tagaagattc agagatgcag tagaaaagaa acataattta      180

ttattagaag attattctca agacgttata atgttaatgt tacatgcttc ttcattagga      240

ttaccatatt taccagtaaa attaatggaa ggtagtgact tagaatataa atggggaata      300

agtgcagaaa tcagaaagac aattcctaaa ttgcctgata aaaaattaga aagaattcca      360

aatcctttca aagaaggaga agatgtaata gcagttccag ttccaagact agatacagct      420

ataatttctg ttcaaaaagc ttctattaat ggaacttgct caatagaagg agatgaattc      480

catgatgttg atatagctat tgctgcaaga aaagttatag ttatagcgga agaaatagta      540

acagaagaag aaatcagaag agatccttct aaaaactcta tacctgaatt ctgtgttgac      600

gcagtagttc atgcacctta tggatgtcac ccatcacaa                             639


<210>  3439
<211>  711
<212>  DNA
<213>  Fusobacterium

<400>  3439
ggttttttta tctatctatt ttttggtctc actttcaaga aaaaaagggt agccaataaa       60

atatataaaa taaaaaaatt aagaagtata aaaaacgtta ctaatgctga tagaaaagag      120

ctaagaagat ggaaaggtct tattacttat cttgagatga gtacagataa ccatataagt      180

gccaataata atattgagct ttactttaca gggaaggatt tttttgaaaa cttaaagaag      240

gaaattaaaa atgctagaga agtcatcaat atggaatatt tcgtttttaa gtttgataac      300

attggaaaag aaatagctga tcttttaata gaaaaagcta aagaaggctt agaagtcaat      360

cttattatag atggtgtaaa cacttctaat ttcagattaa aaagatattt taaaaataca      420

ggagtgagat tacatttctt ctttagaagt tatattcctc tattaaatat tagattgaac      480

tatagagacc ataggaaact tactataatt gataataaag ttgcttttgt tggtggtatg      540

aatataggag atgagtactt gggtaaagga aaaataggat attggcgtga tacttctgta      600

aaagtttttg gagatgtggt tgcaactttt gaaaaagaat tctattttgc cttgagcata      660

gttaaaaata aatttttaaa agatgaaaag ttgtcagttg agcctactct t               711


<210>  3440
<211>  678
<212>  DNA
<213>  Fusobacterium

<400>  3440
atgacggtaa atatacaaag agtaaatgat gttttagagg aatattacaa actgttttat       60

aagacagaag atatggcttt aaaaagagga attaaagctt taacacatac agaattacat      120

atcattgaat ctgttggaca agacactcaa ttaactatga atgaacttgc agataagata      180

ggaattacaa tgggaactgc aacagttgct atttcaaaat tatctgataa aggatatata      240

gacagagcaa gatctacaac tgatagaaga aaagtatttg tttcacttac aaaaaaagga      300

gtagacgctt taacttatca caataactat cataaaatga taatggcttc aataactgaa      360

agtatacctg aaaaagactt acaaaaattc gttgaaactt ttgaaatcat tttagattca      420

ttgagaaata aaacagacta ttttaaacct atgactatta cagattttaa agaaggaaca      480

aaagtttcta tagttgaaat aaaaggaact cctattgttc aaaactattt cttaagccat      540

ggaatagaaa actttacact tttaaaagtt ttaaaatctg gtgataaatc attatttaaa      600

atagaaaaag aagatggaga agttttaact cttgatatct tagatgcaaa aaatttaata      660

ggagtaaagg ctgattaa                                                    678


<210>  3441
<211>  1503
<212>  DNA
<213>  Fusobacterium

<400>  3441
atgaaaaaaa ttgtttatgt tttaatgttg gttgctctat ttttagttgg ctgtggagaa       60

agtaaaaatg aaagccctaa tggtaacacg attgttatag gtcaaggagc aaaacctaaa      120

tcacttgatc ctcatatgta caactctatt cctgatttgc ttgtttctcg tcaattctat      180

aatacattat tttcaagaga aaaagatgga actataaaac ctgaattggc tgaaagttat      240

gagtataaaa atgacaagga attagacatt gttttaaaaa agggtgtaaa atttcatgat      300

ggaagtgaat taacagcaga tgacgtatta tttagttttg aaagaatgaa agaaaaacct      360

ggagcatcag taatggtaga agaaattgat agggttgaaa aagttaatga ctatgaaata      420

aaaatcttat taaaaaatcc ttcttcagct atgttgtata acttagctca cccaataact      480

tctatagtaa ataagaaata tgtagaagca ggaaacgatc tatcaattgc tccaatggga      540

acaggtgcat ttaagttaat agcttataat gatggagaaa agattgaatt agaagctttt      600

aaagattatt ttgaaggagc accaaaagtt gaaaagataa cttttagatc tattccagaa      660

gatacaagta tgcttgctgc tttagaaaca ggtgaagttg atattgctac tggtatgcct      720

cctgtttcaa ctcaaacaat agaagcaaat gataaattag aattaatatc tgaaccaact      780

actgcaacag aatatatttg tttaaatgta gaaaaagctc catttaataa taaagatttt      840

agagtagctt taaattatgc tatagataag aaaagtataa ttgactctat tttctctgga      900

agaggaaaag ttgcaaaatc aatagtaaat ccaaatgttt ttggttatta cgatggttta      960

gaagaatatc cttttgatgt agaaaaagct aaagaattaa ttgaaaaatc aggtttaaaa     1020

gatacaaaat tttctcttta tgtaaatgat agcccagtta gattacaagt tgctcaaatt     1080

attcaagcta atttaaaaga tgttggaatt gaaatgacta ttgaaactct tgaatgggga     1140

acatatcttc aaaaaacagg agaaggggat tttacagctt atttaggagg atggatttca     1200

ggaacttctg atgctgatat agttctatat cctttattag atagtaaatc aataggtttc     1260

cctggaaaca gagctcgtta ctctaatcca gaatttgata aggaagttga agcagcaaga     1320

gtagctttaa gtcctgaaga aagaaaagaa cactttaaaa atgctcaaat aatagctcaa     1380

aatgattctc ctcttattgt tttatacaat aaaaatgaaa atattggtat aaataagaga     1440

gtgaaaggat ttgaatatga tccaactact atgcataaat ttaaaaattt agaaattaaa     1500

taa                                                                   1503


<210>  3442
<211>  564
<212>  DNA
<213>  Fusobacterium

<400>  3442
atgtataaat atatattaaa aagattagtt cttctaattc ctgtaatgtt aggagtaaca       60

ttattagttt ttgcaatcat gtatttaact cctggtgacc ctgctcaatt aatcttagga      120

gaaagtgctc ctaaagaagc agttgcagca ctgagagaaa aaatgggatt aaacgatcct      180

ttctttatgc aatacttaag atttgtaaaa aatgctttag taggagactt tggaagatct      240

tacacaacag gtagagaagt ttttgaagaa atatttgcaa gattcccaaa tacagttgta      300

ttagctgtat taggagtaat tatttctata gttataggaa tacctgttgg aataatatca      360

gcaacaaaac aatattcact tacagatagt tttagtatgg ttttagctct tttaggagtt      420

tctatgccag tattctggtt agggcttatg ctaattttat tattctctgt aaaattagga      480

atattcccat caggaggttt tgatggattt agaagtgtaa ttctaccatc agtagctctt      540

ggagttggtt ctgcagcaat agta                                             564


<210>  3443
<211>  435
<212>  DNA
<213>  Fusobacterium

<400>  3443
tatttacaag aaactggaaa agatgcttct cctgaaattt tagctgaaag attgggaatg       60

gaagttgaaa agataaaagc tattcaagaa atgaaccaag agcctatatc tcttgaaact      120

ccagttggaa gtgaagaaga tagtgaatta ggagatttcg ttgaagacca aaagacaaca      180

agtccttatg aagctacaaa tagagcgatt ttaagagaag agttagatgg agtcttaaaa      240

acattgagtc caagagaaga aaaagtttta agatatagat atggacttga tgatagttcg      300

cctaaaacat tggaagaagt tggaaaaatc tttaatgtta ctagagaaag aatcagacag      360

atagaagtca aagctcttag aaaattaaga catccaagca gaaagaaaaa gcttgaagat      420

tttaaggttg actag                                                       435


<210>  3444
<211>  570
<212>  DNA
<213>  Fusobacterium

<400>  3444
atgaaaattg tagcacctgc aggtaatatg gagaggttct attctgctat tagtgcaaca       60

gctgacgaaa tatacctagg tttaaaaggt tttggagcaa gaagaaatgc tgaaaacttt      120

acagtggaag aattaaaaaa ggcaatagat tatgcacatt taagaggaag tagaatattc      180

ttaactctta atactataat gactaatagg gagatagagc ttctatatcc aactttaaaa      240

gaactgtata attatggttt agatgcaata atagttcaag atttaggtta tgtagaatac      300

ttgcataaaa atttccctag tatagaaatt catggtagta cacagatgac tgttgccaac      360

cattatgaaa tcaattattt aaaggaattg ggtttcaaaa gaatagtttt acccagagaa      420

ttaagctttg aagagataaa agaaatcaga gaaaacacag atatggagct tgaaatcttt      480

gtttctggct cgctgtgtat atcattttct ggtaattgct atatgagtag tttcataggt      540

ggaagaagtg gtaatcgtgg aatgtgtgcc                                       570


<210>  3445
<211>  726
<212>  DNA
<213>  Fusobacterium

<400>  3445
atgataaata aagtaaaatt aggaataaac aatctatatt tatttaaaaa taataatgat       60

gattacttat tacttgatac tgctttgcct tgcaaagaag atttaatttt agatgaaatc      120

aataaagtta ttggtgacta caataaaatt aaagtaatag taattactca ctctcattct      180

gaccatattg gaaatttaaa attattatta gataaaataa aaagagaaga taaagttgta      240

atagcacata ataattctaa gaatattatg cttacaggag aaaaagtaat tcccaatggt      300

ttctacaaat tttcaaaata tatttctaaa aaattgaaag ccaagtcttc aggaaatttt      360

caaaaaggct ttgaaaactt gacagaagaa tacttcaaat atgtaaactt tttagatttt      420

aaagattatg aagaattttc tttaaataaa tatggttttg aaaacttaaa attaatctac      480

actccaggac attcaaagga ttcgatttct cttgtctaca atgatgatta cttgttctgt      540

ggagatatgg ttcaaaatct atgctttaaa tatcccctga tacctctttt cggagatgat      600

attgaagaat tgataagttc ttggaaaaaa gccatagaaa aaggctactc taggttttat      660

cctgctactt ctaaaagcta tatcttaaga gaaaatttaa tcaaaaaatt ggagaaatat      720

gaataa                                                                 726


<210>  3446
<211>  864
<212>  DNA
<213>  Fusobacterium

<400>  3446
atgaaaatag cagtttttat ggggggaact tcatcagaaa aagaaatatc tctaagaagt       60

ggagaagcag ttttagaaag tttacaaaga caaggttatg atgcatatgg agttgtacta      120

gatgagaata atcaggtaac agcttttctt gaaaatgact atgacttagc atacttagtt      180

ctacatggtg ggaacggaga aaatggtaag atacaagcag tattagatat tttaggaaag      240

aaatatacag gttcaggggt acttgcaagt gctttaacta tggataaaaa taaaactaag      300

caaatagcag aaagtgtagg aataagagta ccaaaatcat atcatgattt agaatctata      360

gaaagatttc cagttataat aaagcctgtt gatgaaggtt caagtaaagg gctgttttta      420

tgtaataata aagaagaggc aggggaagct cttaagaaac ttagaaaacc tataattgaa      480

gactatattg ttggagaaga attaacagtt ggagttttaa atggaaaggc tttaggtgta      540

ttaaaaataa tccctcaagc agacgttcta tatgactacg attcaaaata tgcaaaaggt      600

ggttcaattc atgaattccc agcaaaaata gaagataaat catataagga agcaatgaaa      660

atagcagaaa gaattcataa agaatttaaa atgaaaggaa tttcaagaag tgattttata      720

ctaagtgaag gaaaacttta cttcttagaa gtaaactctt caccaggaat gacaaaaaca      780

agtttaattc ctgatttagc aactcttcaa ggatatactt ttgatgatgt tgttagattg      840

acagttgaaa catttttgaa ataa                                             864


<210>  3447
<211>  558
<212>  DNA
<213>  Fusobacterium

<400>  3447
ttttctattt ttaaagaaag acaagtttct tttgacaaaa agcaagacaa atatgatatg       60

atttctgcct ttataaagtc tgtaagggga agcgacccag atgctgcagt atattggctt      120

gcaagacttt tagatggtgg agaagatcca aaatatatag caagaaggct atttattgaa      180

gctagtgaag atataggaat ggcaaatcca gaagcacttt taattgcaaa tgcagctatg      240

aatgcctgtg aaagaatagg tatgcctgag gttaggataa tactttcaca tgctactgta      300

tatcttgcaa tttcatctaa atcaaattca gtctatgaag ccatagatgg agctttagct      360

gatattaaaa aaggtgaact tcaagaagtg ccacttaaca tttgccatga taatgtagga      420

tataaatatc ctcatagtta cagtgataac tttgttaaac aaaaatatat gaataagaag      480

aaaaaatact ataaacctgg taacaacaag aatgaaaaga tgatagcaga aaaattaaac      540

aagttatgga atgaatag                                                    558


<210>  3448
<211>  579
<212>  DNA
<213>  Fusobacterium

<400>  3448
gaagataaaa ttaagagttt tgtccctgaa aaatattggg atgtaaaagg tatctttgat       60

gctaaataca atctaaatct atataaaatt gatgataaaa aaattgataa attaaaagat      120

gaaaaattac ttgaaagagt aaaaaaagat ttaaaaaaga aatatgaagt tatttcatct      180

aaggtaagta ataaaattaa aaatccacca ttacctttaa aaactagtac tttacaacag      240

ttagcctctt catatttagg cttttctgca agtaaaacta tgatggtggc acaaaagcta      300

tatgaaggta taagtataaa tggagaacat aaagggctta tcacatatat gagaacggac      360

tctactagaa tttctgaaga agctaaagaa atggcaagaa aatatataac taaggaatat      420

ggtaaagagt atttaggttc agtaagtcct aaaacaaaaa agaatgataa gaatgttcaa      480

gatgcccatg aaggagttag accaactgat attaacttaa ctcctcaaag tataatgcag      540

tttttggata aagaccaatt taaactatat aatttaata                             579


<210>  3449
<211>  837
<212>  DNA
<213>  Fusobacterium

<400>  3449
atgattacag gtgaaattaa aaataaagtt gataagatgt gggaatactt ctggactgga       60

ggattaacaa accctgttga tgtaattgaa caacttactt atcttatttt tatgaaaaga      120

ttagatcaag aagaacaaag aaaagaaaaa gaacaaaaac ttggtagcat atttggaaat      180

tttgatgaaa aatttatttt tgatgaaaat catcaagata ttagatggag taatcttatt      240

caattaggta atcctaaaca attatatgat aaagttagaa atgaagcttt tgaatttatt      300

aaaaacttag atgaggataa agatagtgta ttttctcaat atatggaaaa tgctattttt      360

aaagttccta caccggctgt tttacaaaat acaatggata ctattgaaga aatctttaat      420

aatcctcaaa tggttgaaga taaagatact aaaggggatc tatacgaata tttactttct      480

aaattatcaa cttcaggtaa aaatggacaa tttagaacac ctaaacatat tataaatatg      540

atggttgaac ttatgaaacc tactgttgaa gacaagataa ttgaccctgc ctgtggaaca      600

tctggtttct tagtaagttc aatagagtac ataaagaaaa actttaaaga tattttagca      660

acttcaccag aaatttataa atatttctca actgctatga tacatggaaa tgatactgat      720

gcaacaatgt taggaatttc tgcaatgaac ctattacttc atgatatgaa aacacctaaa      780

ttgaaaagaa tagattctct ttcaacagat tatagtgaag aaagtgaata tactcta         837


<210>  3450
<211>  759
<212>  DNA
<213>  Acidaminococcaceae

<400>  3450
atgaaattta caaaattaat tggaaatgta ggagcgtttt tattattatc tgtgggggca       60

ttagctggaa caattaaagt aggggcaaca cctgttcctc atgctgaaat attagaatta      120

atcaaacctg atttaaagaa acaaggagtt gaactaaaga tagttgagtt tacagactat      180

gtaacaccta acttagcatt agctgataaa gaaatagatg ctaacttctt tcaacacaaa      240

ccttaccttg ataagtttat tgaagaaaga aaattaaatc tagtttcaat tggaaatgtc      300

catgttgaac cacttggatt atattctaaa aaaattaaat caatcaatga tttaaagaaa      360

ggtgacacta tagcaattcc aaatgaccca tcaaatggag gaagagcatt aatcttatta      420

cacaataaag gagtaatcac tttaaaagat cctaaaaact tatttgcaac tgaatttgat      480

atagttaaaa accctaaaaa aatcaaattt aaaccaactg aagttgcaca attaccaaga      540

attttacctg atgtaactgc tgctatcata aatggaaact atgctttaca agctaactta      600

tcaccagcta aagattctat aattttagaa ggtaaagaat ctccatatgc aaatatacta      660

gttgttcgta aaggtgatga aaagaaagaa gatattcaaa aattactaaa agctcttcgt      720

agccaaaaag taaaagacta tatcaagaaa aaatatagt                             759


<210>  3451
<211>  2352
<212>  DNA
<213>  Acidaminococcaceae

<400>  3451
atgaggaaac gaaagatttg gcagttgcag aagtgtgaca gagaatatgc tgcaggcata       60

gctgccgatc tgggggtttc gcctgtggtg gtcagcgtgt tgctgaaccg gggcgtcagg      120

gaaaaagaag agatcagaga atttttgttc ggcagcgagc agccgtttca tgagcctttg      180

ctgatgaagg atatgcagaa ggccgccgag cgtattttag aggctgtaaa aaacggtgaa      240

cagatcactg tttatggcga ttatgacgtt gacggtatca gcgccagttc attgctgtat      300

ttgtatttgc aggggcttgg agccaaggtc aacacgtata tccccaaaag aaaaaatgaa      360

ggctacggac tgaacaacga agcgctggcg tctttggccg aagcaggtac gacgcttttg      420

gtgacagttg actgcggtat cagcggcgta gacgaggtgg ctgctgcccc ggcagggctg      480

gagatcatca ttaccgatca tcacacgccg ccggatgttt tgccggcggc ttacgcgatc      540

gttaatccgc atcagcgcga ctgcagatat ccgtttaagt atctttccgg cgtgggcgtg      600

gcttttaagc tgtgtcaggc gctgcatcag atgcagcatt tgacggagcc cttatggtcg      660

gagctgaccg agcttgtggc tttgggcacg gtagccgata tcgtgccgct gcgcggcgaa      720

aaccgcgcgc tggtgaagct ggggctggcg gcgatggaaa ataccgggat cgtaggctta      780

cagaagctta ttgaacatag tggctgtccg cagcagaata tttcggctga gaacatcggc      840

tttattctgg cgccgcggct gaacgctgta ggccgtttgg agcacgctca gtcggcagta      900

gagcttttgg ttactgacga tgctgctaaa gcagatatgg ttgccgaaca gctgaatgct      960

gaaaatgctt tgcgtcagga gatcagccgc aagatattta ttgaggctga agcgatgctg     1020

gcacagcagg agcggatcga aacggcgatc gtgctggcta aagagggctg gcatgccggc     1080

gtgatcggta tcgtggcttc aaggctggtg gataaatatc atttgccgac gattttgatc     1140

agtattgacg gcgaggctgc taaaggcagc tgccgcagta tcccggccct gaatctgtac     1200

agtgctttga acgagtgcag cgaattgctg ctgcagtttg gcggtcatca tcaggcggct     1260

ggtctgacgc tgcgcgcggc cagggtagag tcttttaaaa agcgttttct gggtgtggtc     1320

agggggcggt tggaacctgc tgattatcag ccgcgcctga agatagagtg tctgctggat     1380

aaaaacgagg aggtttcgct gcagctggtc agggaactgg cgatgctgga accgctgggc     1440

tgtgataatc agccgccgtt gtttgccttt aaggatgcgg tggtgcatta tcccaaggct     1500

ttcggacgtg ataataacca tctgcgtttt tataccgatt acggcaagta caattatcac     1560

agtattatgt ggaacggtgc ggctgatttg gcctgcctgt ataataacgc ggttgtcgat     1620

ctggcgttta tgccgaagct gaacgtctgg aaggataagg aaagcgtgaa tctgcaggtg     1680

gttgattttg accaggcgct gcaggtctat gattatcgta actgcaatgt cagcaaggaa     1740

accgtactga aaaatatttt acaaacaagc aaaaaaacag taatatatgt aaataacacc     1800

gactttgcgc cgggatctgt aagtatgatg ccggacgtgc aggtgcttgc ttatggcgag     1860

caggccgagg cgacggcaga gaatattatt ttttatgatt tcccgcagcg ggagatattt     1920

ataaacggcg ctttgcctgt gcctgataga agcggtaaac ggctgctgct tttatatacc     1980

agggctgagg ctgataaatt gtgcgcagag ctggaaaagc tttatccggg acgaagccgg     2040

ctggtacacg cttataagga actggcctgt acgctgcgtc agcaggccgt tatcgacagg     2100

gctgatttgc tccggtcggc catcgatatt tcggaggagg ccttgaaggt gtttgaggag     2160

ctggatttta tccgtgatga gcatggtaag atcagttttg gtagtttgca gaaaaatgat     2220

ttgcagaatt cgccgacgtt caggggattg caggaagagg gacgggcggc ttttgcaagc     2280

tgtcagagaa atatacagat cagtccggag gagatcattg ggctgtggca gggaaacaga     2340

ttcaataaat aa                                                         2352


<210>  3452
<211>  2955
<212>  DNA
<213>  Acidaminococcaceae

<400>  3452
atgacaaatg ttaaatattc ggaggcaaaa atgaaattag acgtaaataa acaatacagc       60

ggctttgtga tcaggcaggc tgcttatatc gacgagattc agtcagaagc atatgtgatg      120

gagcacactt acagcggtgc cagactttta tatttaggta acaatgatga taataaggtt      180

ttttcgatca gcttcaggac gccaccatat gatgatacag gtgtggcgca tattttagag      240

cattcagtgt tgtgcggttc gcgcaagtat cgcttaaaag agccatttgt agaactggtt      300

aaaggttcaa tgaatacttt tctgaacgca atgacttatc ctgataagac tatgtatccg      360

gttgccagcc gcaacgccaa agattttcaa aatctgatgg atgtttatct ggacgctgtt      420

ttttatccgc tgatttatga aaatccctat accctgcgcc aggagggctg gcattataat      480

attgaggcac cgacggacgc tttgagctat aacggggtcg tctataatga aatgaagggc      540

gtattttctt ctgctgatgc tttgcttgac tatgaggcaa tgaaggcatt gttccccgac      600

acgccataca gctttgaatc cggcggccat ccggatgcta tcccagaatt gactcaggaa      660

gctttcgagc atttccatac cacttattac agccctgaaa attcatttat ttatctgtat      720

ggcgatatgg atatcgaaac aacactgcag tatctgaacg acgaatattt gagcggcttt      780

aaacgcaccg gcgcagtgaa ctcggaaata cctctgcaga atgcttttgc cagaactcag      840

gaagttcttg gcacttatcc ggttggagct gacgaagcta ccgaagataa aacttatcac      900

gaactgcata tagttactgg tgatgcacgt gatgttaaaa cctcgatggc attaagagta      960

ttggaaagtg ttctgctgga aggcaattcg gcaccgctgc gtctggcgtt gctgcaatcc     1020

ggtgttgcca aagacatcag cggctcttat gccggaagct accgccagcc gatcttttcg     1080

attaaagccg ccggttccaa accggaacag cgcgataaat ttatcagtat tatttatcac     1140

acgctgcagc agctgacgat caacggcatc gataaagagc tgttagaggc acatctcaat     1200

tatttggaat ttaagctgcg ggaagctgat ttcggcgctt atcccaaagg cttgatttat     1260

ggtatcagcg tgatggattc ctggctgtat gacggagatc ctttagcagg tctgcgctat     1320

actgaggctt tacagcagct gcgcgaaggt atcaaaacac gttattatga gcagctgatt     1380

gaaaattatc tgctggacaa tacccataag gttatagtga ctctgaatcc tgagcagggg     1440

aaagaggaac gggagcagga agtactggca gaaaaaatgg ctgcgctcaa agcgtcgatg     1500

gatactgaaa ctattgccca aaatatcgaa ctgtgcagcg aactgcacaa acgccaggct     1560

gcagctgata ctgccgaggc gctggaaacg attccgctgt tggaacgcag cgatatcaga     1620

cgtgaagtag aagttacaga aactgttttg aaacagctgg gaacaaacga tatcttatat     1680

gtaccggctt ttaccaataa aatagcttat ctgaactggt attttgattt gacaggtatt     1740

gataaagacc tgttgcctta ttgttatctg ctcagtgatg tgcttggaaa atttaatacc     1800

gacaagtata cctatcagga gctggccacg gcctctaaca aatataccgg cggtgtttct     1860

ttccagatgc atgcttactc agctgccgac gacgctaacg attatacgat caagttcacc     1920

gttcaggcta aagcgctgac ggctaatctg gataaattgt tcgacattct gcaggcagtt     1980

gcgcttggca gcaaaataga cgacgccaaa cgactgcagg aaattttaga cgaagtaaaa     2040

acagattggg acagcagctt cttttctcgg gggcagactg tagcctgtac ccgtctggct     2100

tcatattttt caacggcagc ccgagtcaat gaacaggatc aattcagcta ttacgaattt     2160

ttaaaagagc tgtcagccga ctttgctggc agggcagagg ataccttagc aaaattaagg     2220

cagctgttgg gtattttctt tgaaagcagc aaatatcttc tggcttattc ctgtgaagaa     2280

agcgaacgga tgctggtttt agagcaggct ctgaattttg cagctttact gccgcagtca     2340

gctgttgccg gtaaaacacc gcagttttta gaggcgccgg gagaaaatga agggatcatg     2400

acacccggca aggtacaata tgttgctgcc ggcggtgatt ttcacaaatt tggctatcag     2460

ttccacggcg caatgaaggt actggaaact atcctgcgtt acgaatatct gtggactaaa     2520

atcagggtac agggcggcgc ttacggtgcg acggcgcgtt ttgaccgtaa cgggaccatg     2580

ttttttgctt cctaccgtga tccgaagctg aaagaatcgc tgcaggcata ttatgatatg     2640

ccgtcctggc tcgaaaaact ggagctctcg gaacgtgagc tgacaaaata catcatcggc     2700

acgatcagcg gtctggatac gcctctgacc aactccatgc gtttggagca ggctggagtt     2760

tatcatctaa aacaggtaga tacggcaatg cggcagcaaa tgcgcagtga gatcatagac     2820

ttgacgaatg ccgacctgca gaagctggcg ccgctgatca gggatacact aagcgagaag     2880

tatttgtgtg ttgtgggcag cagccaaagt atcgaagcta ataaaaatat ttttactaaa     2940

actcagcata tttaa                                                      2955


<210>  3453
<211>  1638
<212>  DNA
<213>  Acidaminococcaceae

<400>  3453
atggaaaaaa cggttttagt tatcggtcac cgtaatccag acacggattc ggtctgttct       60

gccatcgcct atgcttattt aaagcagcag ctgggtttga acgcagttcc ggcacgtgca      120

ggcaagatca atccggaaac acagtttgtg ctggaacatt ttggcatacc ggtaccgaaa      180

ttagtagatg atctgtatcc gcggttaagt gatatacgcc tggcgcagcc gccgacagtg      240

gggccagatg cgtcactgcg tgatgtgggc aggctttttg tagagcacga aggtttaaaa      300

tccgtaccgg tattggatca ggaaaataat atcgtcggca tcattactgt cggcgacctg      360

gcgaaacgtt attataatga gctgtcaatt caagatctgg acgacggcga aacagattac      420

agaagtattg tccatacttt agatggtcag ctgatctgcg gtgatctgac acataccttt      480

aatggtaaga tcaaaattgg ggcttcggag cctaaaactc ttagcacggc aattaaaaat      540

ggagatctgg ttatcatcgg tgacagagtt gaggcgcagc tggcagtact ggaggccggc      600

gccgcaggtt tgattctgac gcgggatacg gaaataatgc caatcgtact gcagacggcc      660

ctgcgttata aggctgttgt catcagcacg ccttatgaca cttatactac ggcccggctg      720

atcaatcaga gcattcaggt caggctggtg atgacgaaaa accttgtgac tctgaaaacg      780

acagacttac tttctgatgt cagagaaaag atgctggcgg caaaatttgt cagttacccg      840

gtgttggagc gtggtaaata tgtagggatg atggatcgtg gtatgatgct ggttcccgat      900

cgtcaggagg ttattttagt cgaccataat gaacgcagtc aggcggtgga aggcattgaa      960

gaagcgcatt tgctggaaat cattgaccac catcggctgg gcgggctgac gacaggcgcg     1020

ccgatcttta tcagacagga gcctgtaggt tcaactgcta ctatcgttgc caaccttacc     1080

tggcacagag gcatcgaact gccgccggct ttggcaggta ttctatttgc ggctatagtt     1140

tctgatactt tgtatttccg ttctcctact gcgactcttt ttgaccagga tactgctaaa     1200

cgtttggcag agcaggccgg catcaaggat gcggaagctt ttgcgatgga agtactgcgt     1260

catggttctg ctattggtac gatgccggtg caggatattg tgcgtaatga tattaaggaa     1320

ttcgattttg gcgaacaccg gattacggtc agtcagatca atattatgga tcggcagcag     1380

gctttagaac ggttaggaga actgcagaaa gctcttaatg aatttcgtaa gcaggaaggt     1440

tacgacctgt cgctgctgat ggttactgat attttgggtg aagcgacaga tcttttagct     1500

gcaggaagtc ctcagacaca gcttgttcac gcttttggag aagctgctgc ggaaggatgc     1560

tatcacctgc caggcgtttt gagccgtaaa aaacaaatca ttccgccctt gacagaagcc     1620

tttagaaaac aggactga                                                   1638


<210>  3454
<211>  3537
<212>  DNA
<213>  Acidaminococcaceae

<400>  3454
gcagtgcaag aattatgtat acatgaactt ttgatgttgc cagaagtact tttttcttat       60

acaatggata cggtctcaac caaaggaggg tttaccatga aaaaaattaa aacagttcta      120

gttgctaacc gcggcgagat cgcgatccgc gtttttcgtg cttgtaatga attaggcatc      180

cgtactgtag caatatactc taaggaagac actttatctc tgcatcgtaa ccgtgccgat      240

gaggcttatc tgatcggtga aggcaaaggc cccatagacg cttatcttga tattgaagac      300

atcatgcgta ttgcccgaga acacgatgtc gacgccatcc atcccggcta tggcttttta      360

tcagaaaaca gccaactggc taaacgctgc gctgaagaag ggttcatctt tatcggtccg      420

cgtcttgaac acctgataat gttcggcgat aagatcaatg cccgcacgca ggctgaactg      480

gctggtattc caatgattcc cggttctacc ggcacagtca gcagcgtaga agaagtacgt      540

gcttttgcgg ggaaacacgg tttcccgatc attatcaagg ctgttaacgg cggtggcgga      600

cgcggcatgc gtatggtagc ttcaatggac gagctggatc aggcttacag ccttgccaaa      660

tcagaagcac tcaaagcctt cggcagtgac gagatctacc ttgaaaaata tctgcaaaac      720

cctaaacata tcgaagtaca gatcatcggc gatacccacg gtaacattgt acatctgcac      780

gaacgtgact gttccgtaca gcgccggcat caaaaactgg tcgaagttgc tcctgctttc      840

tctctgcctc agcagctgcg cagccgtatt tgcgaagcag ccgttaaatt gatgaaaaat      900

gttgattata tcagtgctgg cacagttgaa tttttagcaa caccggacaa taatttctac      960

tttattgaag ttaatccaag aattcaggtt gaacatacag ttaccgaaga aatcaccggt     1020

atcgatattg tacaaacaca aattaaaatt gctgaaggct attccatcca tgatcctgaa     1080

atagcgatcc ccgaacaaaa ggacatcatt acccatggcc atgctatcca atgccgtatc     1140

actacggagg atccggccaa caattttatg ccagataccg gtaaactgat cgcttatcgc     1200

agcggcggcg gctttggcgt acgcctggac ggaggtaatg cgtttactgg ttccgtcatc     1260

accccgtact acgattctct gctcgttaaa gcaaccacct ggggactgac acatcaaata     1320

gctatcagta agatgctgcg ctgtctgaag gagttccgta tacgcggcgt taaaaccaat     1380

attctctttt tggaaaatgt actgcagcat ccgcaattca ctgacggcag ctacagcact     1440

aaatttgttg atgataatac cgacttgttt attttcccta aaacacatga ccgcggtact     1500

aaactactca attatattgc cgatatctct atcaatggct attctaacgt aggtgtacag     1560

ccaaaaccgg aatttgcccc actgaatatg cccaagccct ttatcggtaa gattcctgat     1620

ggcagcaaac aggttcttga tgcccatggc cctgcaggat tggcaaaatg ggtacaggcc     1680

caaagtgaag tactaatcac tgataccact ttccgcgacg cacatcagtc attgtttgcg     1740

actcgtctgc gtacaaacga tatgatgaaa gtagcagctg ctacagcagg aaaaattcca     1800

aaccttttct cattcgaatg ctggggcggc gctacctttg acgttgctta ccgttttctc     1860

gacgaaagtc cctgggatcg gctgcagcaa ttccgtataa aagcacctaa tattttactg     1920

caaatgctgc tgcgcggagc caatgcagtt ggctatacca gctatcctga taatgtcgtc     1980

aaggaattta ttcatctggc cgccaaaaac ggtgtcgatg ttttccgcat ctttgacagc     2040

ctcaacggac ttgataatat gcgtctttcc atagatactg tgcgagaatg caataaagtt     2100

gccgaagcgg cactgtgcta taccggcgat attctggacc cccgccggga taaatatgat     2160

ctgaaatatt atgtggatat ggctaaagag ctggcagccg ccggtgccaa tattattgca     2220

atcaaagata tggctggact gttaaaacct gaggcgtctt accgccttgt cagtgctctc     2280

aaagacgctg ttgacctgcc gatacatctg cacacacatg aaggcagcgg caatgctatc     2340

tacacttacg cccgtgccgt cgatgccggt gttgatattg ttgatacagc gatgtccgct     2400

atgagttgcg gcacttctca gcccagcggc agcagcctct attatgcgct cagcggtcat     2460

ccgcgccagc cgcgtgtaga cgtcgatgct atgaacgaac tatcccgtta ttgggaaacc     2520

gtacgtccat attataaagc cgctgaccag accgaactgt ttccaaaccc ggaagtatat     2580

gtacacgaga tgccgggcgg ccaatacacc aaccttaaac agcaggcaac cgctctcggt     2640

cttatcgaac gttgggaaga agtcaaagat atgtatcacc gtgtctcaat gatgttcggt     2700

gatttaatca aggtaactcc ttcttctaaa atagtcggtg atatggctct cttcatggta     2760

caaaacgatc tcagcgaaga agatatctat gctaaaggtg acgtactcga tttccctgct     2820

tctgtagtgg aattttttga aggccgtatc ggcgttcctt atcaaggctt ccctcaaaaa     2880

ctgcagcaaa tagttctcaa aggacgtaaa cctttagaag gccgtcccgg cgatactttg     2940

ccgcctgtta attttgagga aataaaagct aaacttgcag aactggaagc acctattaca     3000

gaagaagccg tcagctctta ctgtctctat ccaaaagtct ttactgactg ggtcaaacgt     3060

gtacatgatt tcggagatgt ttctgtactt gatacaccaa ccttcttctt cggcatgaaa     3120

ataggcgaag aaatcaaagt agaaatcgaa caaggcaaga tgctggtcat taagcttgta     3180

catatcggcg aagccaatgc cgatggtatt cgtacagtat ccttcgaatt caacggtctg     3240

cccagggaaa tcgatatcaa agacagaaat gtcaaagcta ccaatatcag ccgcaaaaaa     3300

gctgataaag ccaatcaggg tgagatcggc gctactttat caggttccgt tgttaaagta     3360

ctggtggaaa aaggacaagc agtaactaaa ggcaccccgc ttgtagttac cgaagctatg     3420

aaaatggaaa caactatcgc cgccccaatc agcggtatcg tagcccagat ccacgtaaca     3480

gcaggtaacc gtatcgaaag cggcgactgc ctgctggaaa tcgaattaaa agcttaa        3537


<210>  3455
<211>  2031
<212>  DNA
<213>  Acidaminococcaceae

<400>  3455
atgaaaagag atagacaaca gcaagagatt ttgggcgagg ccgtgcgtaa tgcgttcctg       60

aagctcgatc ctcgtatcca atggaagaat cctgttatgt tcatagtttt tctgggcgcg      120

attttagtag cagttctggc tgtacgtgct tttatggcag gcaatacaca ggaaggctgg      180

tttgacctgc atatagattt atggctgtgg tttacggttc tgtttgccaa ttttgccgaa      240

gccgtagccg aaggccgcgg caaagcgcag gcagaaagtc tgcgtaaagc ccgcaaatct      300

ctgcaggcaa agaaaatcaa agctgatggc agttttgaaa tcgtcggttc cgaagctatc      360

cgcaagggtg atatagtttt ggttgaagct ggcgatacca ttcctaacga cggcgaagta      420

atcgaaggta tggcatcggt ggatgaaagc gctgttaccg gtgaatcagc gcctgttatc      480

cgcgaatcag gcggtgataa atcttctgta accggcggca ctaaggtgtt atccgactgg      540

attaaagtca gggtgactac taatcccggt gaaacctttc tcgatcggat gatcgggctg      600

gttgaaggtg ctaaacgtca gaaaaccccg aatgagatcg ccttgacgct tcttttggtt      660

ggtttgacga ttatcttttt gtttgcagta gtaactttgg aaccgtttgc gatttattcc      720

ggtacggtta tttctgtaac ggcactggtt gcgctgctgg tttgcctgat tcctacaacg      780

atcggcggtt tgctgtcagc gataggtatt gccggaatgg atcggctttt gggacgtaat      840

gtcctggcaa tgagcggccg tgctgtagaa gcagccggtg acgtaaatgt gctgctgctt      900

gataaaacgg ggacgattac cttgggcaac aggatggcga cggaatttat tcctgctgct      960

ggcattactg cgggagaact ggccgatgcg gcacagctgg cttctttggc tgatgaaact     1020

ccggaagggc gtagtatcgt tgtcctggct aaagaaaaat atggcctgcg cgagcgtgat     1080

cttacacatt tacaggcaga attcattcct tttaccgccc agaccagaat gagcggtatt     1140

gatatcgtcg atgccagaat acgtaaggga tcgatggaag ccatgcagaa ctatgtcagc     1200

gaactgggtg gggcttttcc tgctgaagtc cgcagtgcct gtgaaaatat tgcgcatcag     1260

ggcggtacac ctttagtagt tgccaaagat aaacaggtcc tgggtgttat ttatctaaag     1320

gatatcgtca aaggcggtat taaagaacgt ttcagtgaat tgaggaaaat gggcatcaaa     1380

acgatcatga tcactggtga taaccagttg acagcggcag caatcgctgc cgaagccggt     1440

gtggatgatt ttctggctga agcaacgccg gaagcgaaat tgaaaatgat ccgttcctat     1500

cagcagcagg gaatgctggt agcaatgaca ggtgacggta ctaacgatgc gccggcactg     1560

gctcaggcag atgtgggcgt tgcaatgaac agcggtacac aggcggctaa ggaagcgggc     1620

aatatggtcg atcttgattc caatccaacg aaattgatcg aagttgtgga gatcggtaaa     1680

caacttttga tgacacgcgg ttccctgaca actttcagta ttgccaatga tattgccaaa     1740

tattttgcga ttatcccggc tttgtttgcc gcaacttatg caccgttgga agtgctcaat     1800

atcatgcagc tgcattcacc gcagagcgct attttaagcg ccgtgatttt caatgcgctg     1860

atcatcatcg cgctgatacc gctggcgatg aaaggcgtag cctataaacc gctgggagct     1920

tctaaaatac tgcagagaaa tctgctgatc tatggtgttg gcggtatcat cgtaccgttt     1980

attggcatca agatcattga tgtgctttta gttgctttag gcttggctta a              2031


<210>  3456
<211>  2367
<212>  DNA
<213>  Acidaminococcaceae

<400>  3456
atgggtttca gggatttatt aggtaaagaa ttattatttt ttgatggcgc taccgggacg       60

atgctgcagg cattggggct gcagccggga gagctgccgg agctgtggaa ttttactcat      120

gcggctgaag tgcagtctgt acatgaagcg tatttgaata acggttcgaa tatcataaaa      180

agcaatacct tcggggcgaa ccgtcttaaa tttaaaggga tggatatcac cgttgatgaa      240

gttgtggggg ctgctttaaa aataggcaaa gctgcctgtg ccggacgtac aaaagcgttt      300

gtggcactga atctcggccc taccggaaaa ttactggtgc cttatggtga tcttccgttt      360

gaggaagctg tggatattta tggtgaaatg gtacgcagcg gtgccagaca cggagctgat      420

ctgatcctga tcgagacgat gagcgatact tatgaaatca aagccgcgct tttggcggca      480

aaagaaaact gtgatctgcc ggtgatcgtt acgttgacgt ttgatgaaga tggtaagctg      540

ttgaccggtg ctgacgtttt gagcgcggta gcaatggtgg aggggctggg ggcagatgct      600

gtagggttta actgcggctt gggaccgaaa caaatgcgca ggctgctgcc gcagctaata      660

gaagcatgct cgctgccgat cgttttgaat cctaatgccg ggctgcccgt acagcgtgac      720

ggtaaaactg tctttgacgt tgccgcagat gaatttgcag agctgatgca ggaaatgata      780

ccactgggta tttctgtcgc cggaggctgc tgcggtacta ctccggaaca tattaaagct      840

ctgatcgaaa agtgctatgg tatgaagccg ggaggacgcc gcagctgtga tctgactgtg      900

gtttcttctt atggcaaagc tgtcgttatc ggcggggagc ctgtgatcat aggcgagcgc      960

atcaatccta caggtaagcc gcgtttaaaa caggctattt tagacgtaga tctggattat     1020

atttgccggc tggggttgga gcagcttgaa aatgacgccc atatcctgga tgtcaatgta     1080

ggtgtgccgg gtatcaacga agctgccgct gcagagaaaa cagttctggc tttgcaggcc     1140

gtcacttcgg caccgctgca gatcgatact tcagattatg agactatgga gcgggctctg     1200

cgtttatata atggcaaacc gctgttaaat tctgtcagcg gtaaagatga atcgctggca     1260

aaggtactgc cgctggtaaa aaaatacggg gctgttgtgg ttggcctggc gttagatgat     1320

gacggcattc ctgcaacagc tgcaggcagg ttggccgttg cggagaaaat aatcgcacgc     1380

gccgctgaat gcggtatcga aaaacgtaac attattattg atccgctggc gctgacgata     1440

agtacgggac ctgacaacgc tgctgttgac ttggaagtga tccgtaaatt gacagagcag     1500

aaaatcaaaa cgattatggg cgtttctaat atttctttcg gactgccgtc acgtgatgct     1560

gtcaacagta catttttcac tctggcaatg gaggcggggc tttcctgcgc tattatcaat     1620

ccgcagagta aagcgatgct ggatgcttac tatgcgtata gagctttaaa aggattggac     1680

ggaggctgca aggcatatgt gaagcgtttt gctgattccg taaataaagt tccgacagct     1740

gctgtcagtg aatatacact gcacgatgcg atcgttaaag gcttacagga acagagccgt     1800

ctggctgtga cccggttgct ggaaacagaa aaaccactgg atattatcaa tactcagatg     1860

ataccggctt tagattttgt tggaaatggt tttgagaaaa aaaatctgtt tctgccgcag     1920

cttttgatga gcgccgatgc cgcgaaggca gcttttgagg tgatccgcga caggatggct     1980

gacggcggcg ctgtggaaaa aggtactgct gttgttattg ctacggttaa gggtgacatc     2040

catgatattg gtaaaaatat agttaaggta ctgctggaaa attatggtta taacgttatc     2100

gaccttggta aggatgtagc tgtagaagca atagtgaaag ctgtattgga gcacaaggct     2160

catgttgtag gactgtcagc tttgatgacg actacagtag gtgcaatggc agctacgatc     2220

aaggctttgc gtgatgtctg caactgccgt atagttgtgg gcggtgctgt tttgacacag     2280

gactatgctg acagtatcgg cgccgatcac tacgcgccta acgctgtcag tgctgttggt     2340

tatgtcaacg aagttgtaga aaaatga                                         2367


<210>  3457
<211>  2187
<212>  DNA
<213>  Acidaminococcaceae

<400>  3457
atgtccagaa ttcctgattt tagtcaaatt ccctttcagc aggcacccgc acaaggcgac       60

gccgagtttg ctgcctggaa ggaaaaatta aaaactgaaa ccggtaaatc ctttgaagaa      120

aatttttacc gtacaatgga acaaatcaac gtagctcctt tatatgatgt gaatgcctat      180

aaagactgcg aacatctgca ttatatggca ggtatcccgc catttttgcg tgggccttat      240

tcaacgatgt atgtaaccaa accctggaca gtacgtcaat atgcaggctt ctctactgca      300

gaagaatcaa atgctttcta tcgccgtaac ctggcggcag ggcaaaaagg tctgtctatc      360

gcatttgacc ttgcaactca ccgcggttat gactccgatc atccgcgcgt tgtcggtgac      420

gtaggtaaag ccggtgttgc cgttgactcc attttggata tggagattct tttctccggc      480

attcctctgg atcaaatgtc tgtatcaatg acaatgaacg gcgcagtgct gcctgtattg      540

gccttctata tcctggctgg tgaagaacag ggcgtagaca aatcagttat ggcaggtacg      600

atccaaaacg acattctgaa agaattcatg gttcgtaata cctatatcta tccgcctaca      660

gcttccatgc gcatcatcgg tgatattttc gaatatacct ccgcttatat gcccaaattc      720

aacagtatct cgatttccgg ttatcatatg caggaagcag gcgctactgc tgatatcgaa      780

cttggctata cattagccga cggtctcgaa tatctgcgta caggtactga gcatggtctt      840

actattgacc agtttgcacc gcgtttgtcc ttcttttggg caatgggtaa aaactacttt      900

atggaaattg ctaaaatgcg tgcaggacgt atgctgtggg cgaaaatcgt taattccttc      960

ggcccgaaaa aaaccaaatc tatggctttg cgtacacatt cgcaaacttc cggctggagc     1020

ctgacagagc aagatccgtt caacaatatt acgcgtacct gtatcgaggc tatggcagca     1080

gctttggggc atacccagtc gctgcatact aacgctttgg acgaagctat cgcgttgccg     1140

acagatttct cggctcgtat tgctcgtaat actcaattgt acattcagga cgaaaccaaa     1200

gtctgcaaag ttattgatcc gtggggcggt tcctattatg tagaggcact gaccaatcag     1260

ctgatccaaa aagcctgggc acatatccag gaaatcgaac agctcggcgg tatgtccaaa     1320

gctattgata ccggtcttcc taaaatgcgt atcgaagaag cggcagcacg tcgtcaggct     1380

catatcgatt ccggcgccga aaaaattgtc ggcgtaaacg attaccgtct ggaaaaagaa     1440

gatccgcttg atattctgga agtcgacaac actgcagttc gtttggcgca gatcgaacgt     1500

ctgaaaaaat tgcgtgctaa ccgtgacaac gatgaagttc gccgttgttt ggacgctatc     1560

acccattcca tggaaaccgg cgaaggcaac ttgctggagc tggcagttaa cgcagctcgt     1620

gcgcgcgctt ccaaaggcga gatttctgac gctgtcgaaa aagtctgcgg ccgtcataaa     1680

gctatcatcc gttcaatttc cggtgtctac agcagcgaat ttgctgacga agatgttatc     1740

aaggaagttc gtcagatgac agatgacttt gaacagcgcg aaggccgtcg tccccgtatc     1800

tatattgcta aaatgggaca agacggacat gatcgcgggg cgaaagttat tgctaccgct     1860

ttcgcagata tgggctacga cgtagatatc ggccctctgt tccaaactcc ggaagaagct     1920

gcgcaggatg cagtagataa tgatgttcat atcgttggta tgagctcatt ggcagcaggt     1980

cataaaacct tgatgccgca actggtagaa gaacttaaaa aacgcggacg tgaggatatc     2040

atggtcgtta tcggcggcgt aattcctgcc caggactatg attatctcta cgaacacggt     2100

gcagcagcta tttttggacc cggcaccatt atacctgtct gcgctaaaaa agtactggaa     2160

gagctgaaca gacgcttggc ggattaa                                         2187


<210>  3458
<211>  2016
<212>  DNA
<213>  Acidaminococcaceae

<400>  3458
atgagcctta ccttcgccct cgtcggcaac caaaactgcg gcaaaagcac acttttcaac       60

tatctgaccg gcagcaatca gcacgtcggc aactttcccg gcgtcacggt ccagaaaaaa      120

gaaggccgcc tgctgaacaa taaagatgtc accgtcattg atctgccggg catttattcg      180

ctgtcgccct atacctcgga agaaatcgtg acccgtgacc tgcttttacg cagcaaacct      240

gatatcatca tcaacgttat cgacgctacc aatattgaac gcagtctcta tctttccctg      300

cagctcatcg aactcaacac cccgatgatc atggccctga atatgatgga tgaacttacg      360

gccagcggcg gttctatcga tatcaaaaaa atagaagacc gccttaccgt accggtcgtc      420

ccaatcacag ccaattcagg tgccggcgtt gacgaactgc tttcacgcgc ccagaaaacc      480

gctcatgata aaaaaatgcc tgaacgactc gacttttgtt caggcgtcac tcatatggca      540

attcattcta tcgcccacct gatcgaagcc aaagtccgca gcaaaggact gccgctgcga      600

ttttcggcaa caaaactcat tgaaggcgat gaaccactgg taaaagagct tgaactgaca      660

gccaacgagc tggatattat tgaccatgtc accaaagact tggaaatagc tttagataca      720

gataaagaag cggcgctggc cgatatgcgc tacacttata ttgaagaatt atgttcctac      780

gccgtccata aaccacagga aacaattgct cagatcaggt cagtcaaaat cgaccattat      840

ctgacccata aatattttgc aatacctatt ttcctgctga ctatcttcac cattttttgg      900

ctcaccttcg atgttatcgg cgccgcatta agcgactggc tcgaaatcgg catcagttcc      960

gttactgaag ccgccgatct gggtcttact gcaatcggcc tcagtgcacc tatccattcc     1020

ctcattattg acggtatttt tacaggtgta gggagcgtcc tttccttcct gccaactatt     1080

gttacacttt ttttctttct atccatgctt gaagacagtg gttatatggc ccggattgcc     1140

tttgttatgg acaaactgct gagaaaaatt ggcctatccg gttcttcatt cgttcctatg     1200

ctgataggat tcggctgcag cgtcccggcc attatggcca cacgtaccct tgccagcgaa     1260

cgtgaccgca aaatgaccat gattctcaca ccatttatgt cctgcagtgc taaactgccg     1320

atctacggtg tttttatatc agcctttttt gccgataaca aagccgcggt tatgatgttc     1380

ttgtatttat tgggaatctt cattgcaatc gcttcaggac tgcttttaaa aacctttgtt     1440

tataacggtc agcccgttcc ttttgttatg gagctgcccg cctatcgtct gccaacagcc     1500

cgcaatatca tgctgcatat gtggagcaag gccaaagact tcttatacaa agcctttact     1560

gttatcttcg ttgccagcat cgtcatctgg ctgctgcaaa gctttgacac cagattctat     1620

atggtagaca atcccgaaaa cagtatgctg gccggtatag gcagttttat tgcaccattc     1680

tttgctccgc ttggattcgg cgactggcgt gctgcaacgg cacttgttac cggtctaaca     1740

gccaaagaag ttgtcatcag tactctatct gtcctgatgg gaggagacgg cgatataccc     1800

ggtacagcgc tgcaaagtat ctttacaccg ctgactgctc taagcttcct aactttttct     1860

ctgctttatc ccccctgcat agcagctctc gccgcaatca gacgcgaaat gaattctacg     1920

acggagacat tttatatcat gtcctaccag ataatcacct cctggatcgt cgctttcatt     1980

gtctataatc ttggtaaaat acttggattt aaataa                               2016


<210>  3459
<211>  1464
<212>  DNA
<213>  Acidaminococcaceae

<400>  3459
atggttgaaa aaggagaatt aactgtgcct ggtattgact ttgaattaga caaattacat       60

gaagaatgcg gtgtttttgg tatttattcg cataaagacg atgttgcact caatacttat      120

tggggattgt atgcattgca gcatcgtggg caggaaagta ccggtattgt tactactgat      180

ggcagcaata tgcaggtcaa aaaaggcatg ggtctggtag ctgacgttta taaagacggt      240

gtcggtgatc ttactggaca catagctatc ggacatgtac gctattcaac aactggttcc      300

agtatggcat acaatactca accgctgcgc gtttattttg acggcggtaa cttggcttta      360

tcgcataacg gtaatttgac taatgctgcc gaattgcggt ctcgcttgac cagagatggt      420

gtggtttttc agactactgt tgacacagag gttgttttga gcctgattgc ccgctcgcgg      480

aaagagaaag ttgaagaccg tgttgctgaa gcagttaatg aaatcaaagg tgcttttgct      540

attttgatca tgactgatca taaattgatt gcagtgcgtg atccttacgg attcaggcca      600

ttatgtttgg gtaagcttga tggcggttgg gtagtggctt ctgaatcatg tgcttttgat      660

ttggttggcg cagaatttat tcgtgatgtc aaaccgggtg aaatgctggt ttttgaagat      720

gactatgccg aacctaagag tatgatgtgg tccaaagaga tgccgtctaa atgtgcgcac      780

tgtatttttg aatatgttta ttttgcccgt acggacagcg ttattgataa acaatgtgtt      840

tatcaggcac gaatcaatat ggggcgtgag ctggcaaaag aaactaaaga gatccatccg      900

gatattgtta tttctgtacc tgactccggt actgcggcag ctgttggtta tagcttagag      960

tcaggtgtac cttttatgga aggattaacg aaaaatcgtt atgttggccg tacttttatt     1020

cagccaacgc aaaagcagcg tttaaatgct gttcgcttaa aattaaatcc agtaaagagt     1080

gttgttgcag gcaagtccgt tgttatggtt gatgattcta tcgttcgcgg tactaccagt     1140

ggtaagatcg tcaaattact taaggatgcc ggtgcaaaag aagtgcatgt ctgcatcagt     1200

tcccctcctg taacggaccc ctgctattat ggcattgata cttctgtgcg aaaggaattg     1260

attgcttcta cgcatacaga agatgaaatc tgccagtata tcggcgctga ttctctacac     1320

tatatttcgc tggaaggatt aaaacgttct ttgagcagta tggatcctga aggtatgtgt     1380

tatgcttgct tcaatgcagg ttatcccgat aatgcggaag aaactatccg tcaaggttcg     1440

aaatatattt ttgagaacaa ataa                                            1464


<210>  3460
<211>  4584
<212>  DNA
<213>  Acidaminococcaceae

<400>  3460
atgtatactt cattaccgcc caagcagggg ctttatgatc cctggttcga gcacgacgcc       60

tgcggtctgg gtgtcgtcgc caacatcaaa ggccgtaaat ccaataagat cctgcggcag      120

gctttagtgg tgctgcgcaa tatggaccac cgcggcggtc aaggcgccga tatgaattcc      180

ggcgacggcg cgggtatcct tcttcagctg ccgcacacct ttctggtcaa agaatgtgcc      240

aagctcgata tcgaactgcc acagcccggc cattatgccg ttggctttat gttcctgccg      300

cctgacgctg tagagagaga aaacacccag cgtcattttg aaaagcttgt tactgcaaac      360

ggacaggagc ttttaggctg gcgtaacgta ccggtcaacc cggaggtact gggtgaaaaa      420

tcacgccaga gccagccgtt catggcgcag gtctttatca aggccagccc acagatcatc      480

gaccggctga gcatcgacga taatgccttt gaacgacagc tgtacagcat ccgccgtcag      540

gccgaaaatc atattcgcta tggcaggctg cgtggcggca ggtattttta tatcgccagc      600

ctgtcttcac ggactatcgt ttataaaggg atgctgacta cggagcagct gggttctttt      660

tattctgacc tgcaggacag ttctatggaa acagcaatgg ctttagtcca ttcccgtttc      720

agcaccaaca cctttcccag ctgggaacgc gcccatcctt accgttatct gatgcataac      780

ggcgagatca ataccctgcg cggcaacatc aactggatgc gcgcccgcca aacgatgtgc      840

ggcaacagcc tctggggcag caagatcaaa gatatcatgc ctatcatcga cgaaaccggc      900

tctgattcgg gaatgttcga taactgtctg gaatttcttg tcatgtcggg acgcagcctg      960

ccgcatgctg taatgatgat gattctcgaa ccgtggggca aaaatcccca tatcgatccg     1020

gatctgaaag ctttttttga ataccataat tctctgattg aagcctggga cggacctgcc     1080

gccatggcct ttaccgacgg acgcactatc tgcgccgctc tggaccgcaa cggcctgcgg     1140

ccttcccgct attacataac tcaggatgat atgatcgttc tggcctccga ggtcggcgtc     1200

gtcgatctgg atccggcgac cattgtcaaa aaagaccgtc tgcggccggg caggatgctg     1260

gtcatcgata ctgtagcagg ccgcatcatc ggcaacgacg agatcaagca taaaatagct     1320

accgaacagc cctatcgcaa atggctggac gaaaacctta ttaaattgaa tgcgatcaag     1380

ctcactaccg agctgccgaa gcccgatccc aaaaccctgc tgcgacggca actggctttt     1440

ggctatacgc tggaagacct gactaagttt ctgaaaccaa tggctactaa ggggatagat     1500

ccgctgggag cgatgggcaa cgacgctcca ctggccgttt tatccgaaga accgcagctt     1560

ttatacaact atttcaagca gcttttcgcc caggtcacca atcctcctat agacgctatt     1620

cgcgaggaag tgtttactga tacgaccagt ggcatcggtc cggagaaaaa cctgatcgac     1680

ccgcagcctg acagctgccg gcaaatttca gccgaatcgc ctgttttgag caatatcgag     1740

ctggccaagc tcaaaaatat ccagcagcct aaattccagg cggcgacact gccgatgctt     1800

tacccggtag ccgccggcgg cacagggctc aaacacgcac ttgacagtct gtgtgcacag     1860

gctgacgcta tgatcgcaca ggataaatgt attctgattt tatctgaccg tgaaatgaac     1920

gaagaaatgg cggctattcc tgcccttttg gccggcgcct gcctgcatca tcatctgatc     1980

aaaagcggca gccggctcaa agcttccatt attatcgaat cggccgaacc gcgcgaagtg     2040

catcattttg cactgctgct tggctatggc gtcagcggca tcaatcccta cctggcgttt     2100

gaaacgatcg aagaaatgtg ctctaacggt atgatcaccg gagttacagt agagcaggcc     2160

accgcaaact atatcgacgc ctgcacccac ggtatcgcca agatcctttc caaaatgggt     2220

atttctacag tgcagtctta tcgcggcgcc cagatttttg aagctatcgg catcagcagc     2280

tgtgtgatcg aaaaatattt caccggcaca ccttcccgac tggaagggat cggcttggac     2340

gagatcgcca aagaagtaga gctgcgtcat ctgccggcct tcaaagctga tgcgtctgat     2400

ctgtgcagct atgaatccgg cagtgtttac caatggcgca gcggcggcga acggcatatg     2460

ttcaatccgc agactgtttt tgcactgcag caggcctgcc gcgaaaacga ttacactatg     2520

ttcaaacgct tttccagcga actgaacagc agtgcttttg ccaatcagaa cctgcgcagt     2580

atgctgacct tcactccgca gcggctgccg atacctatcg aacaggtaga atctgtagac     2640

agcatctgta aacgttttaa aaccggcgca atgagctacg gctcactcag ccaggaagcg     2700

cacgaatgtc tggcgatcgc tatgaaccgt atcggcggta agtccaatac gggcgagggc     2760

ggcgaacatc cttcccgctt ccgtccccag cctgacggcg atagtaagcg cagttctatc     2820

aaacaggtgg cctcaggccg ctttggcgtt accagcaatt atctggtcaa cgcggatgag     2880

atccagatca agatcgccca gggtgccaaa ccaggtgaag gcggtcagct gcccggaggt     2940

aaagtctatc cctggatcgc cgaatgccgc gggactactg ccggtatcgg ccttatctca     3000

ccgccgcccc atcacgatat ttattcgatc gaagatttag ccgaactgat acacgatttg     3060

aaaaacgcca acccacgtgc caaaatcagc gtcaagctgg tttctgaggt tggcgtcggc     3120

accattgccg caggcgtcgt taaagcctgt gccgacgtag tgctgatctc cggctacgac     3180

ggcggcacag gtgcttcgcc ccgcaccagt atcaaccacg ccggactgcc ctgggagctg     3240

ggactgatgg agacacatca gacgctgctg ctcaacaacc tgcgcaaccg tgttactctg     3300

gaaaccgacg gtaagctgat gaccggacgc gacgtgatca tcgccgcctt gctgggtgcc     3360

gaagagttcg gctttgccac tgcgccgctg atcgctttgg gctgcgttat gatgcgcgtc     3420

tgcaatctga atacctgtcc tatgggcgtc gctacccagg acccgaagct gcgccgtaac     3480

tttaagggca aaccggagta tgtcgtcaac tttatgcact tcattgccca ggaggttcgc     3540

gaatatatgg ccgagctggg cttccgcagt atcgacgaaa tggtgggacg tactgaagta     3600

ctgctggcta aaccggagcg taactggaaa aataaaaacc ttaatttagc gccgctgctt     3660

tataaaccgg aggtagaacc gggcaccagc caggtctgca ccaccgaaca aaaccaccag     3720

ctggaaaaat cgctggactg ccgcgagctg ctggcaatct gcaaaaccgc tgtcgccggc     3780

aaaaaacagg tcgatatcac gctgcctatc aaaaataccg accgtgtcgt cggtaccatc     3840

ctcggcagtg agatcactcg cctttacggt ttggacggcc tgccggaaga tacgatcaga     3900

ctgcacttca aaggctcggc cggacaaagc tttggagcct ttttaccgcc cggtatcacc     3960

ctgcgtctcg aaggcgatgc caacgaccac gtcggcaagg gtctttccgg cggtaaaatc     4020

atcatccatc cctttgcaga agcgcctttc aatcctcacg aaaacatcat tatcggcaac     4080

gtggccttct acggcgccac cagcggtgaa gcctatattt ccggtattgc cggtgaacgt     4140

ttctgcattc gcaacagcgg cgtcaatgcc gttatcgaag gtgtcggcga ccacggctgc     4200

gaatatatga ccggcggcac cgtcgttatt ctgggtaaga ccggacggaa ctttgctgcc     4260

ggcatgagcg gcggtattgc ctatgtttta gatgaagacg gtaccttttc gggctactgt     4320

aacaaagaaa tcgtactgct ggaacagttg aaggaaatca atgataccat gcagctgcaa     4380

aaaatgatcc taaaacacgc agaatatacc ggcagcagta ttgcccgccg gattctggca     4440

gactgggaca gttacgtcaa aaaatttgtc aaggtcattc ccaaagatta taagcgcgtt     4500

accgaaaaag tagcccaata cctgcaaagc ggtatgagcg agcaggaagc gacgatcaaa     4560

gtatttgagg aggtgcaggc ataa                                            4584


<210>  3461
<211>  1560
<212>  DNA
<213>  Acidaminococcaceae

<400>  3461
atgaccaagg ataagttttt acgtggcgcc atgatattga cgctggctgg gctgatggtc       60

aagatcattg gctcggtcaa cagaatactg ttatccagac tgcttggcgg cgaaggtatc      120

gggctttatc aaatggcata tcccgtttat cttttgatgc tgtccgtatc ttcggccggt      180

atcccgattg cgatttcgat cattgtagcc gaaaaagtgg caaaaggaga ttttgccagc      240

gccggcaggg tattcagggt ctcgctgggg ctgatggccg caacggggct cgtgtttgct      300

gccgggctat attgtgcggc cggctggttg gtcgatagcg gactggtacg cgatccgcgg      360

gcttattatg gattggtagc cttaactccg gcggtgtttt ttgctacgat cctggccagc      420

ttccgtggtt attttcaggg gtatcaaatg atgactccgc ctgcggtctc acagattctg      480

gagcagtttg tacgtgttgt gacgatggtc gtactggcct attatctgct tccgtacgga      540

ttggaatatg cggcggccgg ggctgctttc ggtgctgtgc cgggttctat taccggactt      600

atcgtactga gcttttttta tctgaagaac aaattgcgct ggcagcagga aatcagcagg      660

cagatcactg aagaacccga aagtatcagg aagatagcca aacggctggt attgctggcg      720

ctgcctgttt cctgcgctaa tattatggtg cctgtgacga gcagtattga catgctgctg      780

gtgcctaatc gcttagtgga atcaggtttt tcggtcgaag aggctacgac cctgttcggt      840

taccttacag ggatgggtat gcctttggtc atgatggcta ctattccgac gctttccctt      900

acagcaagcc tggtgcctgc tgtttcagaa gcatttactc tgggcgatag gaacagtatc      960

gaccagaaaa caaatatggc catgaaatta tgctgtttac tgacttttcc tgccgctgca     1020

ggaatgtggg ctttggctca gcctatttca aaattactgt atggcacgcc tcttgcgggc     1080

gaggcaatca gaaaccttgc tccctctatt tgcctgcttg gtatccacca gataaccaca     1140

ggtatgctgc agggaatggg acagactatt attcctatgt ggaatatgct gctcagcgcg     1200

ttggtcaaag ctgctgctgt ttggtatctt acggcgctgc catgcaatat tgtcggtgcc     1260

gcctgggcct ctaacattaa ttttggcttg gcagccgctc taaacatctt ctttttgatt     1320

cgcagcggca tcacttttaa agtgtacgct ttgggaaaaa tattactggc ggcagttttg     1380

atggcagcag tcagtatgct tttatacaat tatttaatag tttattgggg caatactttt     1440

gcgacggcgg taacgatttt tgcagctggc atcgtttatc tattgacttt gatagcaagc     1500

ggaacgatcg gcaggaaaga attgcagaaa ctgcctgtga taggttccag attcaagtaa     1560


<210>  3462
<211>  3036
<212>  DNA
<213>  Acidaminococcaceae

<400>  3462
atgaaaaaca actgggccgc ctggtcgatc aaacataagc aaataattta cttttttatg       60

tttctctgtc tggtcatggg catctattct tataattcct taggccgcag cgaagacccc      120

agttttacta tcaagcaaat ggtagtttcg gcagcctggc cgggagcaac cgctaaagag      180

gtggaagaac acctgacaga caagatcgaa aaacaattgc agacagtacc taatattgac      240

aggataacca gctattcacg tcccggaact gctgttatca atgtttatct gcaggataca      300

gtaccggtca aagaaatcaa acagcgctgg ctggaattgc gtaatattgt caatgatggc      360

aaaggtgact tgcccgatgg tgctttagga ccgtttttca acgaccgttt tgacgacgtc      420

tatggaaata tctacgcagt cacctctgac agcttctcct atgaggaaat gcgcgtagtc      480

gccgaaaata tcaaagataa attttttcag atacctgatg tcaaaaaagt agaactggta      540

ggagtacagc ctgaaaaaat ctatatccag atgtctaatg ccaagctggc acagctgggc      600

ataccgattg atacactggc ttctacgatc caggcagaaa cagctgtcac tccgtccggc      660

atggctgaaa gtgacagcac taatacctat ctgcgtctga ccggttcccc tgatacactg      720

gccaatatca gcaatattcc gatccaggct aatgaccgta cctttcgtct gggtgatatt      780

gccgaaatca aacgcggcta tgctgaaccg gctgaaccga aaatgtactt taatggtcag      840

ccagccgtag gtatcgccat ttctatggaa gacggcggta ataatatcaa attgggtgca      900

aatcttgatc aggctgttcg gcaaatccaa caggaactgc cgctcggctt cgaactggga      960

caagtcgcca accagccgca ggtagtaaaa aacgccatcg gtgaatttac cgacagcctg     1020

cttgaagcca tccttatcgt gctggcagtc agtctgctca gtctgggacg gcgctgcggc     1080

tatgtcattt cggtctgcat accgctggta cttttaggaa cttttatcgg catgtatgcc     1140

atgaacatcg atctgcacaa agtatctctg ggagcgctga tcatttctct gggcatgctg     1200

gtagacgatg cgatcgttgt cgtcgagctg atggaagtca aaatgtcaga aggctgggaa     1260

cgcactaaag cggccagcta tgcctttgaa acctgtgcca tgccgttgct gacaggtaca     1320

ctgattacct gcaccggctt tatgccgata tttttcgcca aatccagtgc cgccgaattt     1380

gcttcttcac tttttcctgt tatctcaaca gcactgctgc tttcctgggt catttcagca     1440

accgtagcgc ctgttttggg acacgcctgg atcaagccta aacagctcat taacgaaaac     1500

gatgtttaca atactgcttt ttataaaaag tttcgcagcg tcctttcctg gtcgatgctg     1560

caccagaaaa tagttattct gagcacggtc agtatcttta tcggttccct gttattagtc     1620

ccgctgatca agcaggaatt ttttcctgct tctgtgcgtc ctgaacttct ggtagagctc     1680

aatttacctg aaggcagcag tatcaaagcc accgatgaag ccgccctgaa actgaccaat     1740

atgctgaagg ataatcctga tgttgaaagc atcggttctt atgttggaaa aagtgctccg     1800

cgtttcgtcc tcgtaatgga ccctgtccaa ccgcgcaaca attatgcaca gctggtagta     1860

gttgctaaag atattgatgc ccgtaaacgt ttagaaccgc aaatacgcga gcttgtagca     1920

gctaatctcc ccaatgtcgt cagttattca cgttctatcc cgctgggtcc gccggcagct     1980

tatcctgtga tgctgcgcgt aaccggtccg gatgacaata ttgttaaaga atatgcacaa     2040

aaagtacgca cagttatggc tcagaatcca gccgtgacca tgacgcgttt cgattggatg     2100

gagcaaaacg gagctgctaa acttaccatc gacaacgata aactgcggca gatgggattg     2160

agccgtaaag aagtcgccac tgctttgcag gccgaaattt ccggttatac cgtagctcaa     2220

tatctggaag gagaccaggc tattgacatg gttttccgtc tgcagcctgt tgaccgatct     2280

accgtcaccg agcttgagac cttaactatc cccacatctg caggtgcggt gccgttgtca     2340

caggtagccc gtctcagtta cgaatcagaa aacggtatga tctggcgccg taacctgctg     2400

ccgacaatca cagtctgcgg cggtatcggc gaaggcgtta ccggcaacga tatcacgcag     2460

caggtttacg atgacctagc agatctgagg caaaatcttc cgaatggcgt tacgatcgaa     2520

atcggaggca gtttggaaga cagcgctaaa actttaggtt atctgttaga acctgtacct     2580

gtaatgctgc tgctcatgat gatactcctg atgctgcagc tgaaagatat ccgcaagctg     2640

tttatcattc tttgtaccgc accacttggc gtaacaggcg ttatgctggg attgataatt     2700

ttcaacgcac cgcttggttt tatggccgaa cttggtatcc tggccctgac tggtatcatc     2760

attcgtaatt ccgtcgtgct gatagatcag atagacctgc atttgcaggc cggcaaatct     2820

ccctgggaat ccgtactgga atcagctatc gtacgtttcc gccctattat gctggctgca     2880

cttacaacga tcctgggact gataccgatg tttaccagcc ccttctggaa ttcgatggcc     2940

gtagccattg cctgtgggct gtccgctgct acattgctga ccttgatcgt attgccggtc     3000

atctatgcgg ctgtttttaa aatcaaaccc gaataa                               3036


<210>  3463
<211>  1527
<212>  DNA
<213>  Acidaminococcaceae

<400>  3463
ttgtctactc aagcaaaaat tgagaaaatg ctcaaaaagt ccgaagtaat tctggctgca       60

ggcggcgaaa aacgcgttgc aaaacaacac gaagccggca aaatgactgc acgtgaaaga      120

attgctgcac tcctcgacga aggatccttt gttgaattgg atcgtttcgt aaaacatcgt      180

tgcacaaact tcggccaaga gaagaaagaa cttcctggcg aaggtgtaac tactggttac      240

ggcaccatcg atggccgtct ggtttatgta ttcgcacaag atttcactgt agaaggtggt      300

tctttaggcg aaatgcatgc tgctaaaatc gtaaaagtac aacgcctgtc cctgaaaatg      360

ggtgctccgc ttgttggcct gaacgattcc ggcggtgctc gtatccaaga agcaattgac      420

gctttggctg gttacggaaa aatcttcttt gaaaacacta ttgcatccgg cgtagttcct      480

cagatctccg ctatcatggg tccttctgct ggcggtgctg tatacagccc ggcactgact      540

gacttcattt acatggtaaa gaacacttct aaaatgttca ttaccggccc cgcagtagta      600

aaatctgtta ctggtgaaga cgtaacccaa gaacaactgg gtggcgctat gacccacaac      660

agcacttccg gcgttgcaca ttttgctgca gaaaacgacg aagactgctt gcaacagatc      720

cgttacctgc tgagcttcct gccttccaac aacatggaat gcgctcctat cgtagaaacc      780

ggtgacgacc cgatgcgtat tgatgactcc ttgaatacat tgcttccgga taactccaac      840

caagcatatg atatgaaaga cgtaatcaaa tccatcgtag acaacggtga attctatgaa      900

tcccaacaat attgggcaac caatattatc acttgctttg cacgtatgga tggtcaaacc      960

gtaggtatca tagcaaacca acctaaagta atggctggct gcctggatat caacgcatcc     1020

gacaaatcct ctcgttttat tcgcttctgc gatgccttca acattccttt gctgaacttg     1080

gtagacgtac ctggcttcct gcctggctgt aaccaagaat acggcggtat tatccgtcac     1140

ggcgcaaaaa tgctgtatgc atattccgaa gcaactgtac ctaaaattac tgtagtaacc     1200

cgtaaagcat acggtggttc ctacctggca atgtgttccc aagatttggg cgcagaccaa     1260

gtaattgcat ggccgactgc agaaatcgca gtaatgggac ctgcaggtgc agctaacatc     1320

atcttcaaaa atgatcctga tgtaaaagca aaaacggaag aatatatcga taactttgca     1380

actccgtacc aagcagcaat gcgcggcatg gtagacatcg taatcgagcc gaaaaacacc     1440

cgtcccacca tcatcaacgc tttgcaaatg ttgcagtcca aacgtgaaac tcgcccggca     1500

aaacgccatg gcaatattcc tttgtaa                                         1527


<210>  3464
<211>  1362
<212>  DNA
<213>  Acidaminococcaceae

<400>  3464
atgttagtag acgaaaattt taaacaacgc ctgcggcggc ttttttcagt gatgatcccg       60

attttgatta ctcagacggc gatcatggct atgaattttt ttgattcttc aatgtctggt      120

catgcaggtg cggtcgattt ggcgggcact tcgatcggcg gtaatatctg gatgccgatt      180

tttgttggca ctaatggagt tttattaggc gcgatgccta tagttgctca tctgttaggc      240

gctgataagc gcgataatat tggtaaggtc attcggcata cgattttttt ggcgatagct      300

ttttcggcag ttatcatttt aatgggtgtt ttatttttag ataccctgct gacacatctg      360

catttggaac cgcaggtgca ttatattgcc aagatgtata tggcggcggt ggccgtaggt      420

gtgataccgt tttttatgtc aacctcgctg cgcgctctga tagatacttt aggacataca      480

ggtatcacaa tgaagattta tttgctggcg ctgccggtaa atgccttttt aaactactgt      540

tttatttttg gaaaactggg aatgccgcgt ttgggcgggg ttggcgccgg tgtggcgact      600

ggtattacct actggctgga atttgctatt tttgtctgga tcgtgcataa gttgccggct      660

tttgagcatt tccggatttt taaagaccgt ttccatttag atatcaaaca gctgcgtgaa      720

aatctcagca tcggtgtgcc gattggtctg gcaatgttta tggaggccag tatttttggt      780

gtagttgcac tgttcattgc caagttcggt acagtcatca ttgcggcgca tcaggcagcg      840

ttgggcttta cttcattgct ttatatggtg ccgctcagtt tttcaatggc gctgacgatt      900

ttagttgggg tcgaagcagg tgccaaacgt tttgaggaag cgcagaaatt cagtcgtatg      960

ggcattgctc tcaatatggc catcgcgatt tttctggcgg tgctggttta cactaacaga     1020

ccttatatag ccatgctcta cactactgac cctgtcatta ttgaaaaagt agtcggcttt     1080

ttgttttatg cgatcttttt tcagttgttt gatgcgacgg cagcgccgat ccaaggaatc     1140

ctgcgcgggt ataaagatgt taaagcaacc ttctattccg gtttttttgc ctattgggtg     1200

gtttgtctgc ccttgggctg tttcctggat tttgtaatgg agcatggtcc tgccgcatat     1260

tggcagagcc tggatatagg cttgtttttc tcggcggttt tcttaacgct gcggatgttc     1320

tggctgcaga aaaagctggc acgtgaacaa atgcttatgt aa                        1362


<210>  3465
<211>  2427
<212>  DNA
<213>  Acidaminococcaceae

<400>  3465
atgcggcaaa gtctgggcgg gctgcgtgat gaagaaattg cttctgtggc tcagaaggac       60

tgtatttgga ttcatggcgc ttctgtcggt gaaattgttg cgacaagtcc attagttaaa      120

gaaatacgca aagcatatcc tgattctcca atactggtct ctgctgtaac tgtaggcggt      180

tataatatgg ctaaacagat aattcaggaa gctgatgcta ttatctattt tcctttggat      240

atgccgtttg tttctgaatc ttttgttaaa cgtattcagc cgaggatatt catgccggta      300

gaaactgagt tgtggcctaa ttttttgcgg gctattcgtg aaagaaatat tccggtaatg      360

atggttaatg gccgtatttc agagaaatca gtaaaaacgt atcgttattt atatggcatt      420

tgggatgata tgctgaatac agtcagcaga ttctgcatgc agtcaagtat tgacgctgat      480

tatatcagtc atttaggcgc agatcccaaa aagatttatg ttacaggtaa tacgaagttt      540

gatcagactt atgcggaagt gacaccagag gacctggaaa actataaaaa agaattagga      600

attgaaaatg cttatcctgt aattgtggca gggtctacac atcctactga agaaaaagtt      660

ttatttgatg tgtttaatga aattattaaa agctatcctg aggcccgttt ggttatcgca      720

cctcgcaaac cgggacgtgc tgatgaaatc agtaaactgg cgaaacagta tcattgggaa      780

agcggattta gatcaaaact cctggaaatc aaaggtgctc ggtctaaata tcctgtttta      840

ctgatagata ctattggtga attaggtcgt atttattctg ttggtgatgt ggtgtttgtt      900

ggtggttctt tgataaaaca tggcggacat aacgtgctgg aaccggcggc gcatgccaaa      960

ccgattttag ttgggccaaa tatgcagaat tttaaagatt catatgcttt attgagtaag     1020

gtcggtgcct gcaagatgat taataacagt gcagagctta ctaaagaagt tttagatatt     1080

gttggaaacg atgaacgacg tttgcaaatg ggagcagcat cattgcaggt tattaaagaa     1140

aatcgcggtg ctgctgtacg cagtattgaa tatctgcagg atctgctgac attaacgact     1200

gttgacagta aggttgaagc atcctatcct acaaatatca gaaatctgca tgatgaaggc     1260

ggcgggcgtc tgcgccatgg agatgcggtg attcaatatt tatatcagct ggcacatggt     1320

cctaacaccc cattttttgg ttggatttta ttggggattt taaggatgtt ttcctatgta     1380

tatgaatttg gtgtttgctg taaattagac ttttataaat ccggattatt gaaacagaaa     1440

aaattagatt gctgtgtcat ttctataggg aatattactg ttggtggtac aggaaaaact     1500

cctaccgcgc aaaaagttgc tgttattatt aaaaatatgg gttatcgtgt cgtgatcctg     1560

aatcgtggtt atcgttcgca ctgggatcag gagatgggcg ttgtcagtga tggtaagaag     1620

atttttatga ctgcctatga ggccggtgat gaagcttatt taatggcgaa aaccttaccg     1680

ggtgtgccgg taattattgg taaaaacaga gccttaacag gtcagtttgc tgtggataaa     1740

atgaatgctg aggttatcat catggacgat ggttatcagc attggcactt atatcgtgat     1800

ctggacgtag ttttagttga tacatttaat atgttcggca atggctgtct tctgccgcgc     1860

gggaccttgc gcgaaccgtt gagtcatttg gacagggcgg gcttgttcct gctgactaaa     1920

acagatcaaa gttctcagtt cagccgtcag gaattacgcg atactttgga taagtacaac     1980

ggagatgctc ctattattga gagcatccat catcccaaaa attttgtgga aattgctgac     2040

tggtataaag gcatacatga aaatgcgaaa gatctttctg agctgcaggg taaaaaagtt     2100

atggtctttt ctgcgatcgg caatccttca tcgtttgagc agactctggc ctgcatcggc     2160

attgatataa ttgaagctat acgatatcct gaccatcatg attacggaat gctggaaatg     2220

cagtatatca gtgaaagagc catcagcaaa gaagttgtag ctatggtaac aactggtaag     2280

gacgctgtta aaataccaac ggaattcatt tattttaata gagaaatgcc gttgtatatt     2340

ttaaatatgg atataaaaat tactgaagga cgtgaagtat ttgagaaaac aattctgaac     2400

gccattcaga aggagacgaa cgagtaa                                         2427


<210>  3466
<211>  1281
<212>  DNA
<213>  Acidaminococcaceae

<400>  3466
atgttagata tgaaatttgt tagggaaaat cctgaattgg ttatggacgc tatgcgtaag       60

cgtaacgcca atgtgaacct tgacgaattt ttggaattgg aaaagaaacg ccgtgaattg      120

accctgcagg tcgaggctct taaaagccag cgcaacgcag cttctcagga aatcggcaaa      180

atgaaaaaag ccggtgagaa tgcagatgcg cagatggccg aggtccgtgc cctgggtgat      240

aagatcgcgg aagatgataa agagctgaag gatatcgaag ccagattaaa agaaattctg      300

atgacgattc cgaatatgcc ggcagcagat acacctgttg gcagcagtga tgccgataat      360

ccggtagtgc gtacctggcg cgaaccggct aaatttgctt ttgagcctca ggctcattgg      420

gatatcggcg aaaaattgaa catcctcgat gttgaacgtg ccggcaaggt ttccggcgcc      480

cgctttactt tttaccgcgg actcggttcc cggctggaac gttccgtaat caatttcttt      540

ctggatatcc ataccggtga aaacggctat acggaatttt tcccgccgtt catcgtcaat      600

aaagacagta tgcagggaac aggccagctt cctaaatttg ctgaagatat gttcaaactg      660

gaggggctgg attattacct gatccctact gccgaagttc cgatcacgaa tctgcaccgc      720

gacgaaattt taagcggcga cgatctgccg ctgtattata ctgcctacag cgcctgcttc      780

cgcgctgaag caggcagtgc cggccgcgat acccgcggtc tgatccgtca gcatcagttt      840

aataaagtag aactggtaaa attcaccaag ccggaagatt cctgggacga attggaaaaa      900

ctgacggcta atgccgaaaa ggtgctgcaa ttattggaac tgccgtatcg tgtcgtgcgt      960

ctttgcacag gtgatattgg gttcagttct gctgcaactt atgatttgga agtgtggctg     1020

ccggcggcta actgctatcg tgaaatttct tcctgctcca atttccttga tttccaggct     1080

cgccgcgcta acatccgttt ccgccgcgac actaaatcca aaccggaatt cgtacatacc     1140

ctgaatggtt caggtgtggc ggtaggacgt actgttgccg ctattctcga gaattaccag     1200

caggcagacg gcagcgttat cgtgccgaaa gtcctgcggc cttatatggg ctgcgacgtt     1260

atcgaagcac ctaaaaaata a                                               1281


<210>  3467
<211>  4002
<212>  DNA
<213>  Acidaminococcaceae

<400>  3467
ttgttggatg taaataattt tgagtctatg cgtatcggtc tggcttcacc ggaacaaatc       60

agaacttggt cctatggcga agtaaagaaa ccggaaacta ttaactacag aactttgaaa      120

ccggaacgcg acggtttgtt ctgcgaaaga atatttggac ctaccaaaga ctgggaatgc      180

cattgcggta aatacaaaag aattcgttat aaaggtatcg tctgcgataa gtgcggcgtt      240

gaagttaccc gctccaaagt tcgtcgtgac cgtatgggtc atatcgaact ggctgcacct      300

gtttctcata tctggtactt taagggtatc ccgagccgga tgggattgat tcttgatatt      360

tcgcccaggt cgctggaaaa agtactgtat tttgctaatt acatcgtact tgatgccggc      420

gatactcctt tggtgaaaaa acagttgttg agcgaaggcg aatatatcga agcccgcgac      480

aaatatggca gcggttttaa agttggtatg ggcgctactg ctatcaaagc actgctggaa      540

gagatcgatt tatctgcatt aactgcggaa ctgcgtgctg aattgaaaga ggtaagcgga      600

caaagaaaaa ttcgtgccgt acgccgttta gaagtctgtg aagctttcct taaatcaggc      660

aatcgccctg aatggatgat tttggatgtt gttcctgtaa ttcctccgga actgcgtccg      720

atggtacaat tagacggcgg acgttttgcg acttctgacc ttaatgattt gtatcgtcgt      780

gtcatcaacc gtaataatcg gttaaaaaga ttgcttgaac tcaatgctcc tgatatcatc      840

gtacgtaatg aaaaacgtat gcttcaggaa gctgttgatg ctttgattga caacggacgc      900

cgtggccgtc cagtaacagg tcctggtaat cgtcctttaa aatctctttc tgatatgctg      960

aaaggtaaac aaggtcgttt ccgtcagaac ctgttaggta aacgtgttga ctattccggt     1020

cgttctgtta ttgtagtagg gcctgaattg aaaatgcatc aatgtggtct gcctaaagaa     1080

atggcgctgg aattgtttaa gccttttgtc atgaaacgct tggttaacag cggtcaggct     1140

actaatatca aaagtgcaaa acgcatggta gaacgtgcta ctactgctgt ttgggatgtt     1200

ttggaagatg taatcaaaga acatcctgta cttttgaacc gtgcaccgac tttgcatagg     1260

cttggtatcc aggcttttga gccgatcttg tctgaagggc gtgcaatcaa actgcatcct     1320

ctggtatgta ctgcatacaa tgccgacttt gacggtgatc aaatggcagt ccatctgccg     1380

ctgtctgctg aagcacaggc cgaggccagg atgctgatgc tctcggttaa taatattctg     1440

gccccgaaag acggaaaacc tgttgctgta ccttcgcagg atatggtttt aggttcatat     1500

tacctgacaa tcatcaaaga aggcgctaaa ggcgaaggga tgcgtttcag cagctttaat     1560

gaagctttgc tggcttattt ccacggtgaa gttgaactgc aggcacgtat taagatttat     1620

atcccgaaca aggatattta tgaagaacct tccagcgaag gggtaagtct ggtaacgact     1680

actgtcggca atgcgatact taatgaagaa ctgccggttg aaatgcggta cttccattta     1740

gaagatgaag taaacgaagc cggtaaaaaa gttaaagtat ggcatttgaa taaactgctt     1800

gataaaaaag aattgggacg tcttgttgct aaggcacata aattgtatgg caatttgcgt     1860

acggctgaaa tccttgacgt tgttaagaaa atgggttatg acaatgcttg taaagcaggt     1920

atttccattg ctgtttccga tatcaaaatt ccgcctgaaa aggcagagat tttggctgct     1980

acggaaaaag aaatcgataa aactgagcgt atgttccgtc gtggtttgat gagtgaggac     2040

gaacgttatc gcaaggttat cgaactttgg ggcaaggcta ctgatgatgt aaccaataag     2100

cttatgtcgt ccacaatgga tccgtttaac tctgtgtata tgatggctaa ttctggtgcc     2160

cgcggtaata cgcagcagat ccgtcagctg gctggtatgc gtggtttgat ggcagatcct     2220

tccggtcgta tcattgaccg accgatcaag gctaatttcc gtgaaggcct gactgttttg     2280

gaatacttta tttcaactca tggtgctcgt aaaggtttgg ctgatacagc attgcgtact     2340

gctgactccg gttatctgac ccgtcgtttg gttgacgttg ctcaggatgt gatcgtacgt     2400

gaagatgact gtgatatcgt tggtatcaat cttgtaaaag agcgcggacg tctttgcaaa     2460

gcaaccttgg gttccagtca gaataaactg cgcgagattg ttattggacg taatttggca     2520

gctggtatta ctgatcctgc tacaggtgag ttaattgtcg aagctgatac gattgtgaca     2580

gaagatttgt ataacaaatt agctgcagca aaggtcatgg aagtagtttt atatgctact     2640

gacgatatga gcggagaaga gaccgagaca attcagatta atatcagcga tgaacaatct     2700

aatgctgtgt tgaaagaagc aatgatgcat cattttgatg gccgagaagt tgctgaagat     2760

gttgtgacag ctgatggtac agtgctgatc gaagccggtg cgacttatga cgaagcaatt     2820

atcgacgcta ttttggctaa cggtactgtc cgcgatgtta aagttcgcaa taatgcaatc     2880

gaaggtattg agattgaatc aattaccgaa ggtaaaaata aacaaactgt tattgaatct     2940

ttgcgcgacc gtatcgtagg acgttatctt gctgaagata ttttggataa tgatggtaat     3000

atctgttacc atatcaatga ttatgttact gaagatatgg cggatcagat ttcttcgttg     3060

cgtgaaaaag taaaaatccg ttccgtactc aattgcaaag ccaaagtcgg cgtttgccgt     3120

aaatgttatg gccgtaatct ggctacaggt agaaaagttg aagttggcga agctgttggt     3180

actattgctg ctcaatccat tggtgaacct ggtactcagc tcactatgcg tacgttccac     3240

accggtggcg tagcaggtga cgatatcact cagggcttac cccgtgttga agagctgttt     3300

gaagcccgta aaccgaaaca tcctggttta cttactgaaa atgctggtac tgtacacatt     3360

ggtgaagaaa acggcatccg taaagtaact gttaccagtg aagatgggga gcagatttat     3420

actattcctt atgggtctaa actcgctgtt accgagggca tggtaattgc tgtcggcgat     3480

cgtctgactg aagggtcact caatccgcat gatattttgc gtatcagtgg tgtgcgtgct     3540

actcagcgtt atctggttca acaggtattg ggagtttata aatctcaggg tgttgagatt     3600

aacgataagc atatcgaagt tatggttcgc caaatgatgc gtaaaatccg cattgaagaa     3660

gctggcgata cttatatgct gccgggtgaa tatatcgatg ttgcagaatt tgaagcacag     3720

aatgcggaaa tgctggaaaa aggcttacag cctgcagaag gacgtccggt gctgcttggt     3780

attaccaaag catctctggc tactgattct ttcctgtctg ctgcatcctt ccaggaaact     3840

acacgcgtgc tgacagatgc cgcaatcaaa ggcaaagttg atccgctttt aggacttaaa     3900

gaaaatgtta tcattggtaa acttattccg gctggtaccg gtatgaatcg ttatcgtgat     3960

atcaaaatca aatataatac tactaatagc gaccaacagt aa                        4002


<210>  3468
<211>  1293
<212>  DNA
<213>  Acidaminococcaceae

<400>  3468
gtgaagaaaa tgttatgcct gcaagatgta tcaggtgtga gcgaagtcga tttggctgaa       60

cgcctgcgta tcattaccgg ctgggaagcc tgcagaactg aagaatgtga acggcggttt      120

gagatcgacg gggaagaggc agtattgaga tgccgcgaaa cggagttgca gccgccggta      180

aaaaacagtg aattaaggct tattgcgaaa gaaggcatcg taatcatggc ggcgaagctg      240

cttcctcttc gcgagatgac tgttgtttat accagtaagg agctaacgaa gctgagtacg      300

gttgtcgaaa aactttgctg ccggatgtcg ctgattatag ccgaaccgga tctgaagcag      360

cgtttggccc aggagaacgg aacctatgat tttaggaagc tgcctgccta taaaaatggc      420

agtctgcagg cgatggccgt ttgccatctt ccttggcaga tttatgtggt cagtaaagcc      480

tggcagcaat ttctgcagca gccggaagaa aaggtttttg tcagacagct gagggtaaaa      540

ttgcgccggc tgcgttcgac tttgagtttt tttaaaccgg tgctgcaaaa aaacagtaca      600

gttgcctggc aaaataccct gcggcagcag ggtgaaatac tgtcacggct gcgtgagctg      660

gatgtggctt taatgacctg tgaaaaaata aagttgcagg cagctgcttc aggcggtaag      720

ctgacagtac caactcaggt ggaagagctc ctgcagaagc tgcgtgtgga ggaaactgca      780

gcatgtctgc agaaggcgga ccttagcatc atgaccaaaa cgctggcgca gttcagtatt      840

tggttgcatg agaggccact ggcttcaaat ctggctgata aaaaaatcag gaaatttatc      900

agcagacgtt tgaatgagtg gagtgaaaaa ctggaaacta ttgatagaaa atatccggat      960

tttcataata tgctggaact gcaccagatc aggattaaga tcaaacgttt tcgttatgcg     1020

ctgcagactt tgccggaagt accgcgcgac agtaatctgc tgcggcggtt gaaaagactg     1080

caggatatgc tgggcttttt acatgatgat tttatcaacg ctaagttagt gcagtgtttt     1140

ctcgaggatg ctggtaatgt gcagctgcgc tatgaggcag ggctgtttgc cggatgggaa     1200

cgcgctaaag cagaggcggc ggtagaaatg ctgccccagt tgtgggaaga tttctgtggc     1260

gcgttgaacg cctggcgtaa agcaaacttg tag                                  1293


<210>  3469
<211>  1734
<212>  DNA
<213>  Acidaminococcaceae

<400>  3469
atgaatgaat taaaaaataa aagtaaattt ctcagagatg tctggtacct gaccaaaagt       60

tattggcagt cagaagaaaa gggaaaggct tatttgctgt tgacggcaat catagcacta      120

actttaggcg tagtgtatat gctggtgctg ttgaataaat ggaacaattc cttttataat      180

gcactgcaaa attaccagac cgaacttatt tttgatgagc tgatacattt cggctggctg      240

gctgtgatct acattattct ggcagtttat gccttttatt tgcagcaggt actggtgctt      300

aactggcgtc gttggctgac taacaggtat attgatgaat ggttgaaaaa taagacctac      360

tatcgtctgc agatgttcgg ctctgatact gataaccctg accagcgtat tagtgaggat      420

gtgcgtttgt ttgttgagat gacgttaaag ttcagtatcg gtgttttaaa ggctttttgt      480

acttttgtgt ctttcgtatt tattttatat gaactgtcag gttcactgga atttactttg      540

gcggggcaag tgtggcatat tgaaggctat ctggtttggg tagccttggt ttattccatt      600

gttggtacag ggcttactca tttgattggt aaaaaactgg tagggctgaa ttttgttcag      660

caacgttatg aagcggattt tcgtttcagt atgatgcgaa tgagggaaaa tgctgaaagt      720

gtagcgtttt acagcggtga gaaacaggaa ggcggcgtat ttaagaagcg ttttaaactg      780

ctgctggata atttctggaa gatagtagaa aaacaaaaac agttggtctg gcttaattcc      840

ggctattcac agattgcaat tattttccct ttcgtagtgg ctatgccgcg ttacttaagt      900

aaggaaataa cattaggcgg cctgatccag attgccagtg cctttggcag ggtgcaggaa      960

tcattatcat attttgtaga tatgtatgct tctttggctg aatggcgggc agttgtagag     1020

cgtcttacgg gttttggggt acatatgcac gaggtaaaac aggaaaaacc gcagattgat     1080

cttgaacgaa tggaaagtcg caacgatact atcgtagctg cgtccttgca ggttgaatta     1140

ccagatgaca ggatcttgtt gaaaaatgtc aattttactt tagtacccgg ccgaaataaa     1200

aatatcctga tcaaaggcgc aagtggcagc ggtaaaagta cattgctgcg tgctgtggct     1260

ggtatctggc catatgtgca tggtaaattg gaactgcctg ctgccgagaa actgatgttt     1320

attccgcaaa aaccttattt accattggga acattgaaag aagcgttgct ttatccaggc     1380

agttgccata aaacagatga agagttggtg atgttgctgg agcaatgtcg gattggctac     1440

ctggcaaaag acctgtatgt cgaagcagac tggtcacatg tgcttagcgg cggtgaacag     1500

cagaggctgg cttttgtaag ggcactgatc tatcaaccgt tatggctgtt tttagatgaa     1560

gctacttctg ctttagatga ggagacagaa gctgtgatgt ataagcttgt tgaaacttta     1620

atgccggata ctaccatagt cagtattgga catcgcagta gtttgagcag tttccaccaa     1680

atagggttgt ttattgataa aggtcagcac agtgttattg aacgggcctt gtga           1734


<210>  3470
<211>  1359
<212>  DNA
<213>  Acidaminococcaceae

<400>  3470
atgggctgga tcagttggtt atgtccggga ataaacctga aacgctggtt gctgcttttt       60

gcagggggcg tgctgtgctg tgctattggg ctggcactat ttttcaatta ccaatttatg      120

ggttttgttg aagaaatgct ttttcgtatg tcatatctta ctactggtaa atattctaat      180

accgtctcga tgttgacagg ttttatttcc ctatgtgctg gattatttat tatgtattat      240

gcaactcgta aaattattcg ttctgtagtt gaggctgtta tgccagataa taatgcatcg      300

ctgatggaaa taatctttac gcagcgcaag ctgacacgcg gtccggcaat tactgttgtt      360

ggtggtggca ctggactttc aactctgctg cgcggtatga aatatattac gaataactgt      420

actgctgttg tcactgtagg tgacgacggc ggatcttcag gaaggctgcg gaaagaaatg      480

ggtattttac cgcccgggga tctgcgcaac tgcctggttg ccttggcgga tcgcgaacct      540

ttgatggaac ggatcatgca gtaccgtttt aaaggcgatt cgccgctggc gggacacagt      600

tttggcaatc tgtttattgc tgccatggct gaagctgaag gtggtatgga agcaggcctt      660

gctgctacga gtcagatttt gaatgtgcgc ggtaaagttg ttccgtcaac gctgcgtgat      720

atcagactga aagcagaaat gacggatggc agtattatta acggtgaatc ggagatacca      780

aaagcacata aaagaatcag aacgatggct atggaaccag ccgatgcacc ggcaactgcc      840

agtgcagtgc aggctattct aaatgctgat atcctgattt ttggtccggg tagtctttat      900

accagtgtca tacctaatct attggtaaca ggtattcgtg atgccgttat caaatcagaa      960

gctgtgaaaa tctatatatg caatgtaatg acgcagcccg gagaaacaga tggttatggg     1020

gcttttgaac atgtacaggc acttattcag caggctggaa cccagtttct agattatgtt     1080

attgttaatg accagcgggt tacagcggcg caattagcgc aatataacga aaaaggttct     1140

atgcctgtta cgcccgatat caaaaaaata gaacggcttg ggatccaggt tattcccacg     1200

cgtcttatca gtaataaaga tttagtgcgg cataatccgc agaaactggc gcaggttatt     1260

atttctttag tttatcgttt gcgtttattt ggcaaaggta tacaattttt tgattacttc     1320

tttatgcggc aaagcatgcg tgaattaaag aaaaaatag                            1359


<210>  3471
<211>  1029
<212>  DNA
<213>  Acidaminococcaceae

<400>  3471
gtggaaaaag caggattata ctttattttt ttacaaaaat ggctaaaaag gcctgctaat       60

tgtgctataa gtggaaatag agctggaaat atgataaaat atatacatat tgtaaaggcg      120

tctgcctgga ataagagcat gtacgttaat ttgattaagg gaggatgcgc agtgagaaat      180

gatatccata tcgttttgga cagtattgct gttgcagaag aaacaccctt gcgggacgat      240

ccccgttgcc atgtggtccc cctgctggta agacatggag ataccgaatg ggtggacgga      300

gaaaaaagct tgcaggaaat gtttgccatg gtggaagcaa gcgggcagct gcctaaaact      360

tcgcagccgg ccatcggcag atttcttgat gtatttacag aattagctgc agacggtaaa      420

aaagtgattg cgatcatgtt agacggtgtt ttgagcggta ctgttcagac agcacgctta      480

gcagcccggc aggtcatgag tgaaattccc gggtctgata tccgtgtctt tgacagtctt      540

acagcagcct gtccaatcag cggaatggca atggaagtac tcgcttatgc tgaaaccggc      600

gcaacgatgg acgagctgga ggagtatctg aagggcctga tcgagcggac ggaaacgtat      660

ttttccgtca atactttaga ttatctgcag aaaggcggcc gtataggcgc cgtaggcgct      720

ttagtaggca atattctggg catacgtccg attgtgcaca tcgataccgc cggcgaactg      780

gtcgttgtcg ataaatgccg tacccgcaag aaggtattgc agcgcatggt cgagcttgcc      840

gctgcgaatg ctcctataga agcggtgtat gtggcgaatg ctgaagctga ggaagacgct      900

gaaactttgc gcaaggcaat gcttgaattg tttcccggac tgcctgttct ggtaaccggg      960

atcggaactg ttctggcagc acatttagga cccggtgtta ttggcctttt tgtgcggcgg     1020

cagcgctga                                                             1029


<210>  3472
<211>  720
<212>  DNA
<213>  Acidaminococcaceae

<400>  3472
atggaaaata tcattaaaat aaacaaatta ggctataatt atggcgaagg ctggattctg       60

cacgatcttt cggtggagat tgcccaggga gattttgttg ccgttattgg ccctaacggg      120

gcagggaaaa gtacgctgct gcgtctttta gcaggcattc tgcagccgac ttccggcgag      180

atagagctgt acggaacgcc gctgccgcaa ttcgaggcct gggaaaaaat cggttatgta      240

ccgcagaatc ctgctaaaca gcatcgtgat ttcccaatca gtgtcaaaga ggttatcggg      300

ctgggccttt tgtgtggcag cagtatgttt cagaaaattt cccgggctgg caaagccaga      360

gtagaaacga tgctggaacg gttttatctt caagagcttg cgcatcgtaa aataggtgag      420

ttatcaggcg gtcagcagca gcgtgtcttt ttggcacgcg ctatggtgcg gcagcctgaa      480

ctgctgcttt tggacgagcc ggctaccgga gtcgatccgg atgcgaagat cgaactgtac      540

agaatgctca gggatatcaa ccgtgagctg ggtgtgacga tcgtgatggt gtcgcatgat      600

ttggagctgg cagccgaagt ggcgcataat gctttgtgcc ttgaccacga tgtctgcttc      660

tggggcgacg tacagcaggc gctggtgcat cgtcataagc acggttactt ttacagatag      720


<210>  3473
<211>  1911
<212>  DNA
<213>  Acidaminococcaceae

<400>  3473
atggcaaatg ttaaagtaac cttaaaagat ggcagtgtaa aagaagttgc tgccggaacg       60

acattgctgg aagtagcaaa aggtttgtcg cagaaacttg gcaaacaggc gcttttggct      120

gtggtagacg gtgtgaataa agatttgaca gataaattgg agcatgatgc atcagttgaa      180

tttgttgttc ctgaaagctc tgaaggactg catgcgattc gccatacggc ggcacatatc      240

atggcccagg caattcaaca cttgttcccc gatactaaat ttgctatcgg acctgctatt      300

gctaatggtt tttattatga tttagacagc gagcatgttt ttgtcccgga agatctgatt      360

gctattgaaa aagaaatggc taagatcgtt aaagccaatc ttccgcttgt acgcagtgaa      420

ttgccgcgca gtgaagcgtt gaaaatgttt gcagacaaag atgaaaaata taaggtcgaa      480

ctgatcaatg atctgcctga agatgcagtt atcagcactt atacgcaggg ggatttcaca      540

gacttatgcg cagggccgca ttgtccgtcg accggcaggg taaaagcttt taaactgcaa      600

agtattgccg gcgcttactg gcgtggtgat gaaaaaaata aaatgctgca gcgtatttac      660

ggcactgctt ttcctagtaa ggaagaactg gacgcttatc tgcatatgct tgaagaagct      720

gccagacgtg atcatcgaaa acttggcaaa gagctggatc tgttcagtat catggaagaa      780

ggtcctggat tcccgttttt ccatcccaat ggcatggtaa tccgcaacga gctgatcaat      840

tattggcgtg aagtgcacag acgttatggt tatcaggaaa tcaaaactcc gatgattttg      900

tcccgtaagt tatgggagac ttctggacac tgggaccatt accgtgaaaa tatgtatgtt      960

actgagatcg ataacgaaga ttacgctatc aaacccatga attgccccgg tggtatgctg     1020

gtctataaaa ctcatccgca tagctacagg gaattaccga tccgtgccgg cgagcttgga     1080

ctggtacatc gtcatgaatt gtccggtgct ttgcatggct tgttccgtgt gcgctgcttt     1140

acgcaggatg atgctcatat ttttatgatg ccgagccaga tcaaagacga gatccaaaat     1200

gttattcgtt tatttgacga ggtttatgca acctttgggc tgaaatatca tgccgagctt     1260

tcgacccgcc cggaagattc aatgggtgat gccgaaacct gggaaactac aactaatgct     1320

ttgaagagcg caatggaaga ttttggactt gattatgtta tcaatgaagg cgacggagct     1380

ttctatggcc ctaagatcga ctttcatctg acagattcta tcggtcgtac atggcagtgc     1440

ggcactattc agctggatat gctgctgcca gaaaaatttg atttgaccta taccggcgaa     1500

gacggtttga agcatcgtcc ggttatgatc catcgtgtgg tttatggttc tatagagcgt     1560

tttatcggta tcctgattga gaactatgcc ggtgcttttc ctgcctggct tgctccctgc     1620

caggtgcgtg taatgccgat taccgacaag cattatgagt atgctaaaaa attgagtgat     1680

gaaatgttta aattggggct gcgcgtttat cttgacgatc gtaacgaaaa aatcggttat     1740

aagattcgtg aagcacagct gcagaaagtt ccgtatatgc ttgttatcgg tgataaagaa     1800

gttgaagacg gtacagttgc tgtgcgccgc cgcggcgaag gagatatcgg agctatgaag     1860

caggaagatt ttattgccat gctgcaagaa gaaattgccg ataaaaaata a              1911


<210>  3474
<211>  1176
<212>  DNA
<213>  Acidaminococcaceae

<400>  3474
atgaaaaaag ttaccaaggt attctcagta atggtagcaa gcgtagcttt agcagctatg       60

ctcagcggct gcggcggcga taaaaaaccg gccggcggcg ataccatcaa ggtcggcggt      120

aatcttgaga tgaccggcgg cagtgccagt tttggtattt cttcgaaaaa tgctattgag      180

ctggctttca aaaacattaa tgacaaaggt ggcattaatg gcaaaaaact ggagcttgtt      240

gtggcggata acaagtccga agcagcagaa gctaccaatg ccatgcagaa gctggtctct      300

caggacaagg ttgttgccgt tatcggccca aacctttcct cggctacgat agccgcaggc      360

gcgatcaata acggcagtaa agtgctggat attgctccta tggctaccaa ccctaacgtt      420

acagttgatc cggcgacagg aaaaacaaaa gaatataatt tccgcgcctg ctttattgat      480

ccgttccagg gtactgttat ggcaaacttt gctaaaaatg atttacaggc aacaaaagca      540

gcgatcctta tcgataattc ttctgactat gccaaaggtc tggcggcgtt ctttaaagag      600

aactttatca agaacggcgg cactgttgtg gctgaagaat cctatctgca aaaggatacc      660

gattttaaag ctactttgac taaaatcaaa gctgcggctc cggatattct gtatgttccc      720

ggctattatc aggaagttgg tatgatcgtt aagcagggcc gtgagatggg tatcgagatc      780

cccatggccg gcggcgatgg ctgggacagc gctaaactgc ctgaaatagc aggtaaggcg      840

gcactcaata atacttattt ctcaagcctt tattctcctg atgacgattc tgctttgaat      900

aaagcgtttg tcagcgagta tgaaaaggct tataaagtaa aaccagacgt ttttgcagcg      960

cttgcttatg actctgcttt gctggttgcc gaggcaatca aaaacgcagg cgataccgat     1020

cctgtgaaaa tcgctcagtc tatggccaag atcaacggtt tccagggcgt atcaggtacc     1080

gtaacctttg acgcgcagca taatccggtt aaaagtgctg taattatcga acataaagac     1140

ggcgctcaaa ccttcaggac aaaaatcaat ccttga                               1176


<210>  3475
<211>  1293
<212>  DNA
<213>  Acidaminococcaceae

<400>  3475
ttgaaaacat tgattaaaaa cggtcgtgtc atcgatccca gccaaaatat tgatgccatt       60

atggatttat tggtggaaga cggtgtaatc aaagaagttg cggcggagat taaagctgct      120

gccgatgaag tatatgatgc cgatgggctt atagtggcgc ctggtttggt tgacgtgcat      180

acacatttgc gtgaaccggg cctggaagct aaggaagata tcgtaacagg tacaatggct      240

gcggcagccg gcggtgttac gactatcgcc tgcatgccga ataccaaacc cgttattgat      300

aactctatca ttgtttccgg tattaaggaa cgtgctgcac gtgaaggcta tgttaatgta      360

gaggttatcg gtgctatcag caaaggcgaa gaaggtaaag agctggctga aatgatcgat      420

atgtctgaaa aaggcgcgat ggcgttctcg gatgacgggc actttgtcaa cagtccgcgt      480

ctgtttacac ttgccgccaa atatataggt gcttttgata aagttttgat ttcccatgct      540

atcgaaccgg aactgggaca tgaaggctac atgcatgaag gtgctgtttc cgcacgtatc      600

ggagtgcccg gtatacctgc aatagcagaa gatattgctg ttgcccgcga ctgtcttatt      660

gccgaatata ccggcgcaca tgtacatatt gcgcatgttg ccagtaaagg cgctgttgat      720

atcattcgcg gctttaagaa aaaaggtgtc aatgtgacct gtgaagttac agtacatcat      780

ctgactttaa ctgacgaggc ctgtgctact tacagcagtg ctaccagggt ctcgccgccg      840

ctgcgcagca tggatcatgt agaggctttg cgcgctgcag ttaaagatgg cacggtagat      900

gcgatcgtca ctgaccacgc tccgcatgct cctgaagaaa aagacgttga gttccgttat      960

gctccctgcg gatttacggg tttggaaaca tccgttggtg tagttttaac tgatctttat     1020

catacaaaca tcttcacaat taacgaaatt attggtaaaa tgagtacaga acctgcgaat     1080

atttttgcac taaaagctgg aagtttaaaa gttggttatc cggcagatgt aactattatc     1140

gaccttaaca aagaatggac tgttgataat acgaaatttt atacacgcgg caaggtaact     1200

cctttccaag gaaaacattg taaaggcaaa gccgtagcta cgatggtagc aggtaaattc     1260

gtaatgagag atggtgaagt atgcaaacgg tag                                  1293


<210>  3476
<211>  2454
<212>  DNA
<213>  Acidaminococcaceae

<400>  3476
atgaaaagga aaaaagatgt aattaaaaaa gcagtcttgg caagcgtttt agcaatgtca       60

ttaaataatg tggtgtgggc tgctgaaggt gtcgatcagc cattttcgac agtaagtgag      120

ttggaggcgc ttgggggaat agcgtctatc gactccagca gcattagcca tgttacgaag      180

ggcatttatg ctagtggtaa tgattttatt tataatagcg gtgctatcaa gctggatatt      240

aatggttttg ccaactctac aaacagtggc tacgattcta ttggtatttt tggctataac      300

agcacgattg acctgaagca gatcgagatg aattttattg atacttcagg aacggtacat      360

aatctggatg tttatggtat taagacatat gcttccggag ttgtaaaaat cggtgatgat      420

tctaaaatca ctgtttccgg taatgtcagc ggtctggatt ccaataatca gcctaatgtg      480

atgaagggta tgtatgccgg tgataatgcg acaatggatt caggtattat tgaagttggc      540

gataatttag agttgaatgt tatcaatgcg ggaactggct ggacttatgg tatcgattct      600

tatgacggag ctactatttc tgttggtgat gggttgaggt tatttgttac aggcggaaag      660

gataccagag gagtcgaggt tggttttaac gacgctaagg ttactttggg ggaaaatgct      720

tctatcattg ctaacagcag ggatggcgtg gcgttgggag tatttgtatt taataaaggg      780

aagtttgagg cagctaagga tcttgttatt aacgtcagtg cggatgatgg aagccaatgg      840

gcagcaggtg tgttggcgca aggcactggc agcgaggctg tattaaatgg agctgttatc      900

agtgcgactg agggcggtac tgcgagttat gctatttata cttataataa cggcagcgtg      960

gtgggtaatg cgggcaaata taatatttac ggcaatatcc ttaataacag tgggggcaca     1020

gttgatctta ctgctaatag cggatcgttt atcgagggct gggtaagcac tgccagtaca     1080

gctgaaacta atatttcgct ggaggaggct tcctattgga aggtgactgg tgattctaac     1140

ctgacgcatt tgcataacga taattcgata gtggatatga ctcacgacag taatactttc     1200

agcactttga cggtagataa tctcagcggt gagaacggcg ttatcaaaat ggatatcgat     1260

gccagtcaga attcgttgaa cagcgacaag ctgtatgtta ccgatacgtt gaccgggacg     1320

cagtatattg atttgtacga ggtcaatggt tatacgcctg taggggaaga aggcgtcggt     1380

acggtgctgg cgactgtcaa taaccataac ggcagttttg ccgctgtaga tggtgagggg     1440

acgctgtact ggaagcgtta tgagctggat catcaggata ctgccgatac gagtggtaat     1500

tatactaagg actggtattt gaagcaggta acgaatattg atcagcctac taccagtacg     1560

gatacgatcc ttgcagccaa tgcgctgaac tatcacacgt ggcggacaga aaacgacaag     1620

ctgctgcagc gtatgggtga gctgcggcat aatggcgaag aagcccaggg ggcctggttc     1680

cggctgcggg gaacaaaaat cggccgtgac ggaaaatttg attttgaaaa caagtatact     1740

tcttacgagc tgggttacga taccataact aaaaatactg acgacaagat acgttatcag     1800

ggggcggcgg taagctatgt tgacggcgac agtagttaca atcgtggcag cggcgacaac     1860

agcagcaagg cgatcagttt ctataatacg gaaatcggca gtaaagggca ttatttggat     1920

gtggtgttta aagtcagtaa tctggagaat gattttaagg tgtacgatac gaaaaataat     1980

aagatcaccg gtgattttaa caatactggc gtatcgctga gtgctgaata cggccggaaa     2040

aatgtcttgc acaacggctg gtatatcgag ccgcaggccc agtttacttt aggttatctg     2100

ggcggtgaca gttatactac cagtaatggt atcgaagtaa gccagagcgg gatcaaaagc     2160

gctgtcggac gtatcggatt caatatcggc aaagaggtcg gcagcaaagg cgtcgtttat     2220

gctaaggcca atctgctgca tgagttcggc ggcgcttatg atgtaacgat gtatgacggc     2280

agggatagag ttaaggttgg cgataccttt aacgatacct ggtttgaata tggtgttggc     2340

gccgcttttg ccgcaggtaa aaacagtcat gtttatctgg atgtggaacg cagctcaggc     2400

agtgatttta ctaaagactg gcagtggaac atcggcgcca gatggacgtt ttga           2454


<210>  3477
<211>  1107
<212>  DNA
<213>  Acidaminococcaceae

<400>  3477
gacaaggggt gtgaaaagat gaaacgcttt attttagcaa tagtctttgt attctgctgc       60

agcctgggga tgacgccgcc ggcagaagcg gggctgatca gtaaggaaca ggaaatagag      120

atgggccggc agacggcgat gcagctggaa gctaaatacg gtgtcgtgca ggattatgcc      180

ttgcaggaac gtgtcaaccg gatcggtcag agtctggtca aggtcagcga acggcaggat      240

ctggaataca gctttaaggt gctgaacagt gacgaagtaa atgcgctggc ctgccccggc      300

ggtttcattt atgtattcaa gggactgatc gattatatgc cgtccgatgc agaattagct      360

ggcgtattag gccacgagat cacacacgtt gtcaaaaagc acactgtgca tcaaatagaa      420

aaacagcttt taacgacttt ggcttttgct atcgttacca aaggtgattt aggcatagcg      480

ggactggcga cgcaggcttt agcggccggt tacagccgta ccgacgaacg cggcgcagat      540

aagggcggtt ttaatctgtg tgtagcagcc ggttacaatc cttacagtgt tgtgctgacg      600

atcaacaagc tggaagacct ggcgaaggaa cagggtaatc caggctatgg tattttttcg      660

agccatcccg agccggaaga acgtttgaaa cgtgttatga agcagattaa agcgcttaaa      720

gtacatccgg aaataactct taacgaagat aatacagcca gagtgcatga aggtgactgg      780

ggttttaata tcacgcagac tgtcggtaat gaccgcccgg aatatcgcgc ttatatgctt      840

gccggcggtt tatactgcgt gcgtgaacgt gataagggcc atatcgatcc atatcgcttt      900

atcgtctatg ataacggcgg cagtgccact atttactatg atgacatcga gatcctcact      960

gtttacaatc aggatgcgta tgcgggcggc ttcggcagtg ccggcagcta tgcggcggcc     1020

tgtaccgagc tgctgcgcca gtgggtgccg gttgcgaatg ccaacgatac ggcagtgcag     1080

tccaagagta aagataaaaa gaaataa                                         1107


<210>  3478
<211>  1251
<212>  DNA
<213>  Acidaminococcaceae

<400>  3478
atgacacaga tcagaccgtt ctgcgggctg cgtccggtgc cggaatatgc ggcagagatc       60

gctgctttgc cttatgacgt gatggatacc gaagaggcgc ggcagatact taataagaac      120

ccgctgagct ttttgcgggt gacaaaatcg gaagcgacga tgtcggattg tatcgatccg      180

cacagccagg cagtttataa gatggcgaaa acaaatctcg acaggtatct gtccgacggg      240

cagatgaaaa aggatacgac gccctgctac tatatttatc gtcagcagat ggggcagcat      300

atccagatcg gccttgtggc cgctgcttcg gtggaggaat accgcgagaa cattatcaag      360

aagcacgagc tgaccaggca tgataaagag caggaccggg tcaatcatat tctggcgaca      420

gaagcgcaga ccggcgctgt ttttttaact tataagggca agcccgagat caatacttat      480

gttttgagcc tgatgggagc caaaaagccg gtatatgatt ttacgtcgga ggacggcgtg      540

cagcacaccc tgtatgtggt ggagaacctg atggagattg ccgagctgac ccgtctgttt      600

gaggacgtgc ctgtaatgta tattgccgac ggccatcacc gcagtgctgc ggctatgcgt      660

gtggctgacg agcttggcaa aacgccgagg catggttcta acgaagaata tagcactttt      720

ttagcggtca tttttcccga taatatgatg cagatcatgg attataaccg tttggtcaaa      780

gacctgaacg gtttgtctat ggaagaattt ttaagcagag tcggagaaaa gtttgagatc      840

agcgagctgg aaaacggccc gaagccggaa gcgcggcatc agttcagtat gtatctgacc      900

ggaaaatggc gtcgtctgac tgcgaaggaa ggtacctttg ccgcggatga tgtgatcggg      960

tcgctggacg tttcgatctt gcaggataat ctgctggcac cgatcctggg catcaaagac     1020

ccgcgtacgg atgagcgcat caattttatg ggcggtatcc gcgggttgga tgctttggcg     1080

gctaaagtag acgcaggggc ctacagtgtg gcttttgcca tgtatccgac gtcgatggag     1140

gagctgatca aggtagctga tgccggtaag atcatgccgc cgaaatcgac ctggtttgaa     1200

cctaagctgc gcgatgcgat ggtcgtgcat ttgatcggag aagatgaata a              1251


<210>  3479
<211>  1398
<212>  DNA
<213>  Acidaminococcaceae

<400>  3479
atgagtaaat acgaaccggt cagcgcagaa gtggtagcag ctctgcaaac ggctttgggc       60

gcggagtatg taaggaccga tgccgaaacc cttgaaaagt acaaaactga cgaggaaact      120

gatccccgtt atcatcatct gccggaggtc gtaatttggc ctggcagcac agaagaagtt      180

gcggcggtca tgaaaatcgc caatcaatat aatgtgccgg taacaccccg cagtgcaggg      240

accagtgttt cctgcggtgc gatccctgtt tatggcggta tcgttctgct gttggaacgg      300

atggacaaaa tcgaagagct gaatactgaa ggtatgtata tggttgtcga ggctggcgcg      360

cgtacagtag aaattcagga aaaagccaat gcggccggct tcctctatgc aggcgacccc      420

tgcagcgctg aaagctgtct gatcggcggt aatattgcca ctaatgcagg cggtaataag      480

gctgtacgtt acggcactac ccgcgatcag gtctatgcga ttgaagcagt tacgcctacc      540

ggcgatatcg ttaacgtggg cgcacggctg aagaaaaaat cgacgggcta ttgcctggaa      600

cagctgatca tgggcagtga aggtactttg ggcattatta ctaaagccac tttaaagctg      660

ctgcctctgt gtccgtataa actggatctg ctggcgatct ttaccgattt ggataaagct      720

gtcggtttgg tgccgaacct gatcaaagcg gggttgaatc cgacgagcgt ggagtttatg      780

gataatgcgt ttgtacgcag ctccagcgat tactgtgaat tgaagctgcc tcattatgaa      840

gacggttttt atgttattgt gacggtagag acctttaatg aagatgagct ggaaagcaaa      900

atggaacagc tggacgagat ttgcagtgcc agcggcgcta ctgatgtttt agaggctgat      960

gaccgtgtgt ggaagctccg tcgcaactgt ctggaatcta cgcgcgtttt gagtctggtc     1020

agcacttctg atgatcttgt tgtaccagtc gatcaaatcg ctaactgtat ccgccatctg     1080

accaaggttg cggaaaatta cagctttaaa ctctttacgc tggctcatgc cggcgacggt     1140

aatctgcatt tccagatttt gaaaggcgag atgagcgacg agcagtggga agatgaagta     1200

agccgtttcc atgctgaagc ttatccttat gtttacagtc tgggcggtcg tctttccggc     1260

gagcatggca tcggagctaa gaaggtcgaa gccatggaaa aatatacgga gccggtagaa     1320

atgaaaatga tgaaagaaat caagcgtgcg cttgatccta aaaatattct taacccgggt     1380

aaggtattca acgcctga                                                   1398


<210>  3480
<211>  1353
<212>  DNA
<213>  Acidaminococcaceae

<400>  3480
atgtatatca gtcgcttatg tttgcagaat taccgctgtt atgataattt tgagatagat       60

ttcaacaaag aactgactgt tatcgtagct gaaaacggta agggcaaaac agctattcta      120

gatgcggtcg ctgtagcttt agggccttat ctggcgtgct ttgacggtgt taaggccaac      180

cagatcagtg atacggacgt acgccagacc aaagatactg taggcaggac tttggagcat      240

gtgctgcgga tgaaaagcca gtatcccgtt gtgatcgggg cagaaggcgt tgttgacggc      300

gaaaagatca catggaaaag agaattgaag gcggccgggg ggcggacgac gatcctgaat      360

gcgaaggctt tgagcgagta tgggcggcat atggtcaagg cgctgcggga ggtcaacgac      420

agtaaaataa ttttgccggt catggcttat tatggtacca gcaggatgtg gaaggataat      480

aagctgttcg agctgcgcaa ggatatcagt ctggagcgcg gcagcggcta cgtcgattgt      540

atggagcctt cgtcatcata taatactttt gggcagtggt tcaaatatgc ggcgatgagc      600

gcgatggaat ttgaccgtta tctggccgag agcggtaaaa aggatgaaaa gaatccgtat      660

acggaagtgc tgaaggctgt gcgtcaggcg atcattacct gtatcggcag tatgggctgg      720

acggatatag attacagctt tgcttttcaa aatctgatca ttatgcatga aacgatgggt      780

gtattgccgc tggaggcttt gagtgacggt acccgcagcg tgatcagtat ggcggcagat      840

cttgcgtacc ggatggtgcg gctgaatcct gaccttggcg ccatggcggc tcttgaaacg      900

ccgggcatcg tactgatcga cgaagtcgat atgcatttgc atccttcctg gcagcaggcg      960

gtagtgtatg atgtgcggaa ggcgtttccc aacgtacagt ttattgtgac gactcacagt     1020

ccgcaggttc tgagcacggt ccctgctgag gctatccgta tcctgcgctg ggacaataat     1080

ctgatcaata ttgataaacc tgccttttct ttaggcgctg aaagctttca gctgctcaag     1140

gatattcaga atgtcgacac gcgcccgcag gcattgccga tcgtgaagga cctgtacagg     1200

tatctgatgc ttgtgagcga ggataaatgg gatacggacg aggccaggga gctgcgcaaa     1260

cgtctggacg aatggtctaa agggtgtgaa ccggctttgg tccgtgctga tacggaaatc     1320

aggatgaagt ctttcaggag gaagaaaaaa tga                                  1353


<210>  3481
<211>  1407
<212>  DNA
<213>  Acidaminococcaceae

<400>  3481
atgcttattc ataaaatgcg tcttgatgaa tatatggctg tacttgacgt taacagtgga       60

gctgtgcatc tggtagacga tgtcatctat gatttgcttg atgtttttga tggaactaat      120

gatgatgaag ccattgcggc cttacaaaca agctatccgg aaaaagattt gcgtgaagct      180

ttagaagaac ttcatcagtt acaggcagaa ggattacttt tttctcctga atttgaagtg      240

ccccagactt ttgcagaaac accaatacta aaatcgttat gtctgcatat agctcatgac      300

tgcaatctgc gctgtggata ttgctttgca gggacaggtg attttggagg atatcgtgca      360

atgatgagca aagaaacagc tgaaaaggct gtggagtttg ctatagctgg cagtaaaatg      420

cgtcataact tagagctgga tctatttggc ggtgaaccgc tgatgaatcc tgaggttgtc      480

aaacatgtca taaactatgt gcgtcgtcgt gaatttgaaa ccggcaaaaa tatcaaattg      540

acactcacta ctaacggaac acttttgaat gatgatatta ttcaattttt aaatgataat      600

cgtgtcatgc ttgttcttag tttggatggc aaaaaagaaa ctcatgataa tatgaggccg      660

ttcccaaata aaacgggcag ttatgatgca gctgttcgcg ggtttaaaaa agttattgaa      720

agccggaatg gaaaaaatta ttatctgcgt ggtacttata ctcattttaa tccgcatttt      780

gctgaagata ctctcgatat gacaaagatc gggaaagaac tttctgtaga acctgttgta      840

ggaattgacg aaccttatgt acttaccgaa gctgatctgc ctgtactata tgaagaatat      900

gataaactgg caagggctta tctgcaaaag cgccgtgaag gcgatgcttt tgattttttc      960

cattttaatg tcgctcttga taacggacct tgtgtggcta aacgtttagc aggctgcggt     1020

gctgggcatg aatattttgc cataacgccc gaaggcgaca tttatccatg tcatcagttt     1080

gtaggcagag aagaatacaa attaggaacg ttggaaacag gtgtcgtaaa acctgatctg     1140

gtacaaaaat tcagacatac tcatgtgatg actaagacag aatgcagtac ttgttgggct     1200

agatttttct gtagtggagg ctgtcatgct aatgctgatc ttatcaatgg tgacatcagc     1260

aagccatatc aatatggctg taaattgcag aaaaaacggt tggaatgcgc tatagtgctg     1320

caggcgattc tggccgcaga agcgcaggaa ggtaaagata tgcgtcccga gataacgaat     1380

ttcaaatatg aggtagaaca taaataa                                         1407


<210>  3482
<211>  2163
<212>  DNA
<213>  Acidaminococcaceae

<400>  3482
atgaccattg aacaaataat tgccggcgaa ctgtcggtca gaccgcagca ggcagccgca       60

actctagaac tgctggacag cggtaatact atccctttta tcgcccgcta ccgcaaggaa      120

gtgaccggat cgctggacga agaacaaatc cgtatgatca gcgaacgtgc tcaatatcta      180

cgtaatctgg aagaacgccg tcaggaaata ctggaatcaa taacttcaca ggaaaaactg      240

acccctgaac ttgaaagcca gatcaaagct gctgtcaaaa tgcaggagct ggaagatctt      300

tatctgcctt accgtcctaa aaaacgtacc cgggcacaga tagcccgtga acgcggactg      360

gagcctctgg cagaactgat catggctcaa tcccagccgc taatgacctt agacaagctg      420

gccagcctgc atgtagatcc tgaaaaaggt gtcaactctg tttccgaagc ctgggccggg      480

gcctccgaca tagttgccga aaatatttcc gaccgcgccg atatccgcga actgatccgc      540

aaagaacttt ggaaaggtgc cgaacttgct tcaacgctga cagttgatga aaccgaaggg      600

caggattacc tgatgtataa agaatattcc gaaccggtac gtcagttgcc gccgcaccgc      660

attttagcct tgaaccgcgg tgaaagcaaa aactgtctga agctcaccct aaattatcct      720

gcggatgcca tgctgactaa actggctcaa aaactgaaaa tccagccgca cacagtttgg      780

aacgagcttt atacaaatgc tgttgccgac agctacaaaa ggctgctgtt tccctcgctg      840

gagcgggaac tgcgtaacga actgacggaa aaagcagaaa aacaggctat ttctgtcttt      900

gccgccaacc tgcggcagct gctgctgcag cagcctattg ccgggcatac tgttttaggt      960

ctcgatcccg gttaccgcac cggctgtaaa gcagccgtta ttgatcccaa cggacgtaca     1020

ctggcgatca atacgctgta tatcaccggc agccagcatc agcgtgaaca agcggaagcc     1080

ggctttatgg atctggtgac caggcataaa gtgaccctgg tagctatcgg caacggaact     1140

gcttcttttg aaacagagga gtttacggcc cagatgatcg aaaaatacca tcttgatatt     1200

gcttacctga tcgtcagcga agcaggcgct tctgtttatt ctgcctccaa gctggcccgc     1260

gaagagctgc cagatctgga cgtttccctg cgcggagcgg tatccattgc ccgccgtgta     1320

caggaccctc tggcagagct tgtcaaaata gaacccaagg ctattggtgt tggtcaatat     1380

cagcatgatg tcaatcaaaa ggaactcact gcgaccttag gtactgttgt cgagtcctgc     1440

gtcaaccacg tcggcgtcga gctgaataca gcttctcccg cgctgctttc atacgtagca     1500

ggcatttccg gcaccgtcgc caaaaatatt attgcctacc gtgacgataa cggtgccttt     1560

accagccgta aggaactttt aaaagttgcc cgtctgggtc cggcagcctt tactcaatgt     1620

gcaggctttc tgcgtatcgc ccaggctaaa aatcctttag acaatacctc cgtccaccct     1680

gaaagctata ccttagcaga acagatcctg gcagagcttg gctttgacct gaaacactgt     1740

aatgacatcg ctgttcagga agcggcagct aaagccgacg cctctgcaat tgccgtcaaa     1800

ctgaacgccg gcctgccgac tgtaactgat atcctggaag ccctggcccg gccggggcgc     1860

gatccgcgcg aagatgctcc ggcaccgctg acacgcaaaa aggtagcaaa actgagcgat     1920

ttggagatcg gcagcgttgt caaaggaaca gtccaaaatg ttgtcgattt cggagttttc     1980

gtagatatcg gcctaaaaac cagcggtctg attcaccgca gcgaattatc caacagccgg     2040

tttcaccacc ctctggacgt tatcagcgtc ggcgatgtga tcgagccggt catcatcagc     2100

atcgacgaac aacgtaaccg tatcggcctg agcttaaaac aggcaaaaaa aactaccgtc     2160

taa                                                                   2163


<210>  3483
<211>  1218
<212>  DNA
<213>  Acidaminococcaceae

<400>  3483
atgagcaaag caataggaat cgtagcagaa tataatcctt tccacaacgg ccacgcccat       60

catctgcgcg aagcaaagcg gatagccggc aacaggcctg tcattgccgc tatgagcggc      120

agccttgtac agcgcggctt gcctgccctg actgacaaat ggacccgtgc cagaatggcc      180

gttttaggcg gcgttgacct tgttttagag ctgccgacag ttttcacctg ccgcagtgcg      240

gaattttttg ctgcaggagc tgtaaaatta ctggctgcta ccgggatggt atcgcatctt      300

gcttttggtg cggaagcagc caattcgcag cagctgatgc tgaccgcaga atttttgaac      360

gagcctgttt ttcaggacgc actgcatcat tatctggatg aagggcacag ttatgccaag      420

tctttagagc ttacgctggc ggaagaccct tccatgctga agattgctga acatcctaac      480

aatatcctgg ctttagaata ttgccgccag cttctgcacg gcggttacga gatcgaacct      540

gtcgtcgtta aacgccgcgg cagcggctat aaagataaaa ccatcaacgg gcctattgcc      600

ggcgcaacag ccattcgtga gcattatcgc ggctatggca tcgatgaagc gctgctcagc      660

acagttccgg caactacagc ccagctgctg cgtgaggcag atcttcagca ccgaatggat      720

atcagtgata aaattctgaa ccatctgctt ttatacaagc tgcgttcttt gacaccggcc      780

caaatagccg cagcctgcca atgcagcgaa ggattggaaa accgtctggc agaagctgct      840

tcctgcacta cattccaaga cgtagtcagc gccacagtta ccaaacgtta tcccgcttca      900

cgtgtcagaa gactgctgat gcagctttta ctgcagcagt atcgcgctat gttcgataat      960

gccaaagacc cagcttacat ccgtgttctg gcctttaacg accgcggccg cgaactgttg     1020

aaagaaatgc aggattctgc tcagctgcct gtaattatca aactgggccg caacgtcttg     1080

gaaaaatacg gagagaaagt cgagcagcag ctttccgttg atattgcggc aactaatctg     1140

ctgacacttt tgcaaaagaa ccaccaacca caatataaca acgattatac tgtctctccg     1200

atctatattc aaaaataa                                                   1218


<210>  3484
<211>  1371
<212>  DNA
<213>  Acidaminococcaceae

<400>  3484
atggctatta aacaagcact ggcagtaaaa acaatggagg ctgcggcagg cggcaaggtt       60

gtgtcagcct ctctgagcga agtcactaac ggctgggtcg cactggttat aaaggctgct      120

gataaaaaat tagtctgtgt tacacagggg gaatgtcctt tgacagcgat gtgggctgtc      180

gaaaattcct gtgaacagga tggtttgcat gtggatatta tgtctttgaa tgcaaataat      240

gcggcagtta tccgtcgttt tgtaaaatgg gcagcgccca gtgcctgcgg cactaaaggt      300

acgagtatcg gtttcagtga ctggctggga gctgcaggcg gatgcattgc gccgctgttt      360

gttaaaaagc aggtaaagcc tgtccttgca gaatattcag ctgctgacag cgtgctctta      420

aaacgcaatt ttctggaagc tgtagatgct gcaacctggg gagtttttga aacaggttat      480

aaagaaggct atggtgccaa tgctgaaggg ttgaaaagtg aagaagatat tgtaaaggca      540

ttattatacg gctatagcat gattggcctg gactgcagcg ataaaataaa tctgcagatc      600

gaaaaaatgt cagatgcaga ggtagagaag cgttataatg attttccgca ggaatttcgt      660

gatgcgatgc agggctcata tttggaagca aattttcagg taggaagtga agttattcat      720

tttgagcctg aacagctgcg gcgtatcgtt ttggaatatg gtgaagctat tatgcacgca      780

cagttcattt ataattctta tcttaaaaat actccctggg aaatagattt tgagctgctg      840

atatctaaag agggtaaatt actttctcca caggagcatt acctgattgc taatgaattg      900

caacgtaacg gcattaaatt tgcggcttta gggctcaata ctctggatga ggcgcagctg      960

ctgcaggaaa tgctgcagac ccatgccgct attgctgata cttttggcta cagactgagt     1020

tttttacatg ctgatttgac cttaaaagat ttgggagcag tagctaaaac cctgaaaggg     1080

aaagtgcatt ttaagctcag cagcgtattg tggctggcag cctgggaaac ggtgctgaag     1140

ctggcaccgc agctggcctg tcaaatgcgg gattatgccg gtttagcaga aacagacgct     1200

ctgataccac agactgagac aggaaaagct tacgcattaa gttataaaac tttgctggct     1260

ccggaagcag gtaattttgc agatcaggtc aaagaagttt tagcagttaa tcatgccgca     1320

tatagtgaac gaatttctgt tttggtaggc aattatttaa gaacattgta a              1371


<210>  3485
<211>  795
<212>  DNA
<213>  Acidaminococcaceae

<400>  3485
aaacaacgcc ttagaggggg atggatgatg aagaaatttt tacttttggc tatgacgctg       60

ctgatggctt tgtctttggt tgcaggctgc ggcagtgaca gtcctaaaaa aatggtgata      120

ggtcttgatg acaattttgc gccgatgggc ttccgtaatg aaaagaacga gatcgtcggt      180

tatgatatcg acctcgctaa agaagcctgc aagcgtgctg gtatggaagt agaatttaaa      240

ccgatcgact gggcttccaa ggaagcagag atcaagggta agcgtatcga tgcgatctgg      300

aactgcttta cagtcaaccc ggagcgtcag gaagcttata cgctctccaa gccctatatg      360

gtaaatgctc agctggtagt tgttcctaaa gggtctgaga ttactaaaat tgctgatttg      420

aagggtaaag ttctggcagt acaggatgac agtaccggtt cttatattct tgacagaaat      480

aatgaactga ggacttccct gaaagattac agaaaatatc ctgactttgc tgctgtttat      540

atggatatgg acgccggccg tatcgatgcc atggtagttg acgctgtttt ggctcgttat      600

tatatggtca aacatcctga taaatatgta gctttggaag aaaatctggg cgacgaagtc      660

gtagcggttg ccttccgtaa ggatgataaa gaatacagtg agaaaatcaa caaggcactg      720

gatgaaatga aaaaagacgg caccatgaaa aagatttctg aacaatggat gggtgttgac      780

atcactaaat attaa                                                       795


<210>  3486
<211>  1647
<212>  DNA
<213>  Acidaminococcaceae

<400>  3486
atggcaaatg aaactctgaa agctggattt gacaagtaca tggctggcgt agaagctaaa       60

cttgctaaaa atcccgaacg tgcaaacctt gagcccaaca ggctctacac ccctctcgac      120

atcgaaggct tcgactatga gaaggatctt ggcttccctg gtgaatatcc ttacactcgt      180

ggtgtacaac ctactatgta tcgtggccgt ttctggacca tgcgtatgta tgctggtttc      240

tccactgcgg aagaatccaa caaacgttat cgttacctct tggctaacgg tggcagcgga      300

ttgtcctgcg cattcgacct tccgacccaa atcggttatg attctaccga tccgatggct      360

gaaggcgaag ttggtaaagt tggcgtagct atcgactcct tggctgatat ggaaatctta      420

tttgaccaaa tttctttgga tcaagtttcc acttccatga ccatcaacgc tcctgcatcc      480

gtacttcttt gcatgtacat cgcagttgct gagaaacaag gcgtttccgc tgacaaactg      540

cgcggtacta ttcaaaatga tattttgaaa gagtatgctg ctcgcggaac ttacattttc      600

ccgccgaaac cctccatgcg tttgatcacc aatattttcg aatattgctc caaaaacgta      660

ccgctgtgga ataccatctc catttccggt tatcatatcc gtgaagctgg ttccaccgct      720

tctcaagaaa tcgctttcac catcgctgac ggtatcgctt atgttgaagc agctatcaaa      780

gctggtatga acgttgacga ttttgctggt cgtctgtcct tcttctggaa cgctcataac      840

aacgtactcg aagaagttgc taaattccgc gcttcccgtc gtgtatgggc taaagttatg      900

aaagaaagat tcggcgctca aaaaccgaaa tctcaaatgc tccgcgtaca tactcaaact      960

gcaggttcca tgctgactgc acaacaaccg aacaacaata tcgttcgtgt tgctctgcaa     1020

actgctgctg ctgtaatggg tggtactcaa tctttgcaca ctaactccaa agacgaagct     1080

ttggcattgc cgaccactga gtctgtaacc atcgctctcc gtactcaaca aatcgttgct     1140

tacgaatccg gcttggctga caccgttgat ccgttgggtg gttcctacta tgttgaagct     1200

ttgactaaca aaatcgaagc agaagcttgg gaatatatca aaaagattga cgaaattggc     1260

ggcgctcctg aagctatcgc taaaggttat atccaaaaag aaatccaaga ctccgcttac     1320

aaatggcaaa tggacattga aaaaggcgac cgtattattg ttggcgtaaa caaattccaa     1380

caagaagaag aaccgccgaa aaacttgctg cgtgttgacg gctccgttgg caaattgcaa     1440

gctgataaga ttgctgccct taaagctcgt cgtgacaatg ctaaagttga agaaacttta     1500

gctgctctgg aaaaaggctg tgctgacgaa tccgttaacc tgatgccttt gattcttgac     1560

gctgtacgtg cttatgcaac tgaaggcgaa atctgcggcg taatgagaaa agtattcggc     1620

gaatatcaat ctcatactgc tctgtaa                                         1647


<210>  3487
<211>  1665
<212>  DNA
<213>  Acidaminococcaceae

<400>  3487
ggggtcaatg acatgactaa ttatgaagaa atcaaacagg gactggcgga ttatgaagca       60

aaggttgcta aagccaatgc caaatttcct gaaagaaaag aatttaaaga aaaacacgtg      120

tatactcctt tggatgtaga aggttttgat tactgctcta aaagcgggtt ccctggacaa      180

taccctttta cacgcggcgt acagccgact atgtatcgtg ggcggttgtg gacgatgcgc      240

gcttatgcag gctttgctac agccgaggaa accaatgccc gttataaata tttgctggaa      300

gcaggtcaaa ccggcctgtc ggtagctatg gacctgccga cacagatcgg acttgattcc      360

gatgcggagc tttcgcatgg tgaagtcggt aaagttggcg tggctattga ttcgctggct      420

gatatggaaa agctttttga aggtattcct ttggataaag tcagtacttc tatgactatt      480

aacggcccgg ctgcagtgct tttggcgatg tacgttgctg ttgccgaaca gcagggtgtt      540

aagccggaac aattaaaagg caccattcaa aatgatattt taaaagaata tattgcccgt      600

ggcacatata ttttcccacc acggccttcg atgcggctga ttaccgatac ttttgaatat      660

tgctccaaga gtattccaaa atggaatacg atcagcgtag gtgcttacca tattcgtgaa      720

gccggtgctt cctgtgtaca ggaaatcgct tttgcatttg ctaatgcgat ggcttatatt      780

gatgcggcaa tcaaggctgg acagaaagta gatgattttg ctcctggtat ttcctggatc      840

tttactgccg gacttaatat gtttgaggaa gttgctaaat tccgtgcggc acgccgtttg      900

tgggcgcgca ttatgaaaga acgttatggt gctacagtac cgaaagcaca gatgctgcgt      960

gtgcatgtgc atactgccgg cagtgttctg actgctcagc agccgcttaa taacgtagcc     1020

cgtattacct ggcaggcgtt gtccgccgtt ttaggcggta ttcagtctat ggcctgctgt     1080

gcttatgatg aagcgattgc tttgccaact gaagagtcgg ctactctggc actgcgtact     1140

caacagatgc tggcttatga aagtggtatt accgatacta ttgatccgct ggcaggttcc     1200

tattatgtag aagccctgac ggataggatg gaagcagaag cttatgaata tatcaagaaa     1260

attgatgcta tgggcggtgc tgtagctgct atcgagcaag gctatatgca gggggaaatg     1320

tcggctcatg cttatgaaga tcaacgcgat atcgaaacta aacggtctat agttgtcggt     1380

gttaataagt ttgttgataa taaacaactg gcggaacagg atgttctgac tgctgacctt     1440

agtgttgctg aacgccagat tgccaaagtc gaaaagatga aagacggacg tgatcagaaa     1500

gccgtcgatg ctgctttaac tgcgctgaag caagcttgcg ccggcgaaga aaatttgatg     1560

ccttatctga ttgacgctgt taaaacttat gccactttgg gagaaatatg cggcgtgatg     1620

aaagaaatat tcggagaata tagacaggac ggttccatgt tctga                     1665


<210>  3488
<211>  1215
<212>  DNA
<213>  Acidaminococcaceae

<400>  3488
atgagtgaac aggtaaatct gcaggaagcg ctggttaaaa aagctgcttt tggcaatgat       60

atcgatttgg aaaaatttga tgataataat gaacagcatg tgcaaagtac cgccgagctt      120

tcagcagcag ggaaagaacg gctggagcat gttggtatcg atctggagag ggagaatcgc      180

agcgccagct ttattcaggt cgacaatgcg cctattgagg ccgaagtaaa gccgcagctg      240

ccgctggaat tgatgaatac cggcgccgcc gctaaaaaat atcctgaact tgtcaaaaaa      300

tactggtgga atgccgtgaa ggcagatact gataaatata ctgctaaaac tgcattggag      360

caggaacagg gatattttat cagagtcaaa gccgggcaga agatagaagc tccgctgcag      420

gcctgcgttt ttatcggtca cgaggagcag ctgcagcgtg ttcataacat tgttattgta      480

gaagaaggcg ctgagcttaa tatcatctct ggctgtgcca gtgatcccgg tgttgaaaaa      540

ggcgtgcata tcggtatcag tgaattttat gttgaaaaaa atgctaagct gacctttacc      600

atgatccaca gctggggcga aaacattgct gtgcgtcctc gcagcgtaac gatcatcgaa      660

gaaggcggtc agtttatttc taattatgtc tgcatggaaa aagtaaaaga tgtgcagatg      720

tatcctacta ccaagctggt aggcgaaggc gctgtggcac gcttaaattc tattttagtg      780

gcaccggagg ggtcgcatct tgatatcggc ggcaaggcgc tgttagaggt gcctggtacc      840

cgtgccgaaa tcgtgacccg tactatttct accggcggtg agatcatcaa ccgcggcaat      900

cttacaggtc gtgccgaagg cattcgtgcc catttggaat gtaatggctt gatgctcagt      960

aataaaggtt atatttctgc catacctgag ctggatgcat ttacaggtaa tgccgagctc     1020

agccacgagg ctgctgtggg ccgcatcgct cctgaagaga tcgagtatct gatggcgcga     1080

ggaatggacg aagaagaagc tactgctact atcgtccgcg gcttcctcaa cgtcaatatt     1140

gaaggactgc cggaatcttt ggctaaaaag atcaatgaaa ctctggatac gttcacttat     1200

aataagggaa tgtaa                                                      1215


<210>  3489
<211>  1818
<212>  DNA
<213>  Acidaminococcaceae

<400>  3489
atgttaagaa atgatttacg caatattgcc attattgccc acgttgacca tggcaagact       60

accctcgtag acgcaatgct caaacaaagc ggtattttcc gtgctaacga gcatgtcgaa      120

gaacgtgtaa tggattccaa cgctttggaa cgtgaacgcg gtattactat tttagctaaa      180

aatacagctg ttatgcacaa agatactaaa atcaatattc ttgatacccc cggccatgct      240

gatttcggcg gtgaagttga acgcgtgctt actatggtcg atggcgtatt attgctggtt      300

gatgcttatg aagggcctat gccgcagact aagtatgttt tgcgcaaagc gctggaacag      360

catctgaaac caattgtagt tatcaataaa attgaccgtc ctgaccaacg tgttgaagag      420

gttattgatg aagttttaga cctttttatt gagcttggtg ctgatgatga tcaactggaa      480

ttcccggtag tattgacttc tgcccgtaat ggtattgcta aattaactat ggaagaagaa      540

agcgacaatt tagaagcttt gttcaaagtg attttggaaa atattcccgc tccggatgtt      600

gaagtagacg cacctttgca aatgctggtc aataccttgg attatgatga ttatgtagga      660

cgtatcgttg tcggtcgtgt gatccgcggt actatccata acggtgaaac tattactttg      720

atggatgaag agggcgagcg taaagcgaag atcggccgtc tgtataccta tgaaggcttg      780

aaacgtgctg agacgcagga agttggagcc ggcgacatcg ttgctttgat cggtttggca      840

gatgccaata tcggcgatac tatcgctgat gcagaaagtc ctgaaaaatt aaaaggcatc      900

agtattgatg agcctacgct gtcgatggta ttctctgtta ataacagtcc ttttgcaggt      960

cgtgaaggtg aatatgttac cagtcgtcat cttcgtgacc gtttgtttaa agaaatcaaa     1020

actaatgttt cgatgcgttt agaagaaacc gaaagtccag atgcatttat tgtttccgga     1080

cgtggtgagc tgcatttgtc tgtattgatc gaaactatgc gccgtgaagg ttatgagctg     1140

caggtcggca aacctaaagt aatcatgcat catgatgaaa ccggtacttt acaggagcct     1200

atggaagctt taacaattga cgttccgcag gaatttatgg gagctgttat ggaagggctg     1260

ggactgcgta aggctgaact gactaacatg acagagatgg ccggctacct gcgtatggaa     1320

tttgtgatcc ccgcccgcgg acttattggt ttccgtaacc agttcctgac agatactaaa     1380

ggtaacggtg ttatgaatca tgtgttcgca ggttatgctg attataaagg cgagatcccc     1440

ggacgtacaa gaggcagcct ggttgctttt gaaaacggcg aaactacatc ctacggtata     1500

ggcaacgcgc aggaacgcgg gaatatgttc atcattcctg gcgaacaggt ctatgaaggg     1560

cagatcattg gtgaaaacag ccgtgatgat gatatggatg tcaatccctg taaaaagaaa     1620

catgtcagca atatgcgtgc cagcggcagc gatgatacta ttcgtctgat tccgcctaag     1680

actttctctt tagagcaggc tttggagcat atcaacgatg atgaactggt tgaagttact     1740

ccgaagaata ttcggatgcg taaaaagatt cttgatcgtg ttgagcgtgg tcgtcagcgt     1800

tcccgtaaca aagcataa                                                   1818


<210>  3490
<211>  2112
<212>  DNA
<213>  Acidaminococcaceae

<400>  3490
atgaaaagca tagatttgaa caaacctgaa tattttttta accgtgaatt gagttggctg       60

aaatttaacc tgcgcgtact gaaggaagct gcagtcaaaa cgacgccgct gctggaacgc      120

ttgaagtttg ttgcgattac cgcgtctaat ctggatgaat tttttatggt gcgtgtggcc      180

ggactgtggg ataagtggga agatggaatc aatcagcgcg atgcttccgg acttacagtc      240

aaggaacaat tggatgaaat cagcgcttct gcgcatgaac aggtcaagct ccagtataaa      300

tatatgctgt cgattcttaa agagctggaa agtaatggta tcaggatctg ccgtgtaagt      360

aagatcagtg aaaaaggacg cggctggctg gatgaatatt accgtgaggt tgtttatccg      420

gttttgacgc ctatggctgt tgatgcttcc agaccgtttc cgtttttggc gaataagaca      480

ctgaatttgg cggtagagat cattaatcag gatgaagagc aaagcatggg tttggtacag      540

gtcccttcag tattgccgcg gctcgttgag gtagagggtg aaggcaagcg gacctttgta      600

tttttggaag atattatcat tgaaaattgc catgatcttt ttaacggctg ccaaattttg      660

gatgtagtgc cgtttagact tacgcgtgac tctgatcttg acgttgatga agacgatata      720

gataatttgc tgaaggaagt agagaaatct ctgcgtaaac gaaaacgcgg cgcagcagtg      780

cgtttggaat taaataaaac agctaatctg cgtatcaaaa aattcctcag tgacaatctt      840

gatttatcag aacaggaaat ttttgaaatt aacggaccgc ttgatgcgac ctgtttcttt      900

aaatttgcca gtctgtctgg tatgtggccg tggctctatg agccttttgt gccgcagcgt      960

cctttagaat tgccggatga cagcgattta tttagcgcta tcaggaaaaa agatatttta     1020

ctgcaccatc cctatgaaag ctttgatcct gttgtaaagc tggttagtga tgccgcctca     1080

gaccccaagg ttctggcgat taagcagact ttataccgtg tcagcggtaa ttcacctatc     1140

gtagccgcac tggcgcgtgc tgctgagaat ggaaagcagg tcacggtatt agtagagctt     1200

aaggcacggt ttgatgaaga aaataatatt atctgggcca gacgtctgga acaagccgga     1260

tgccatgtta tttacggact tgtagggctg aaaactcatg ctaagatcat tcttatcgta     1320

cgtaaggaag ccgatggcat taaacgttat gttcatcttg gcactggcaa ttataacgac     1380

aatacagcca agctgtatac agatatggga cttttaaccg ctaacgatca gttcggcagc     1440

gacgcctcgg cgttttttaa tctgctgtca ggttattcgc agccgccatt atggaataaa     1500

ctggtaatgg cgcctttagg gctgcgcgat aaaatttatg agcttattga taatgaaata     1560

gcgcaggtca aagctggcaa caagggacac atcattgtaa aaatgaattc tttgatcgat     1620

cagcaggtca ttcaaaaatt atatgaagct tcgatcggag gcgtacaggt agaattgatt     1680

gtacgcggta tttgcggatt gcgggccgga gtggaaggga tcagcgaaaa catcactgtt     1740

cgcagtattg taggcaggca actggagcat agccgcatct tctggtttgc taacggcggg     1800

gaacagcagc tgtatctgtc cagtgccgat tggatgccta gaaatctcaa tgatcgtgtg     1860

gaactgtttt tcccggtcga gagcgaagag catattaagc gtatcaaaga gattcttgac     1920

ttgtatctgc gggataatgt cggtgcgcat atgatgcagt ctaacgggac ctacagacgt     1980

gtcaccaata aagcaacgcc tgtaagcgct cagagctcct tatatgagga agcgcttttg     2040

gcggccgctg ctgataaaat tccgatggaa gtaagactgc ggccaatgta cagcaaagac     2100

agtaaagagt aa                                                         2112


<210>  3491
<211>  1482
<212>  DNA
<213>  Acidaminococcaceae

<400>  3491
atggaaatca ccatgaaggg tatttcaaaa gccttcggct ccaacgaagt actcaaaggc       60

gtcgacctga ccttaaaatc aggagagatc cacgctctga tgggtgaaaa cggcgccggt      120

aaatccaccc ttatgaacat ccttacgggt atccataaag ccgacagcgg cacgatctgc      180

gtagacggac gggaaataag cttcaaaaac gcactcgaag ccgaaaaatg cggcatcgct      240

ttcatccatc aggaacttaa tatctggccc aatctctcta ttctcgaaaa tctgtttttg      300

atgcagaacg taaccaacag tttcgggatg cttgacttca aaaaaatgcg caggctggcc      360

gaagaaaaat gcagtcaaat gggtattaca ctgccttttg acgcagaagc aggcgaatgc      420

agcgttggtc agcagcaaat gacagaaatc atgcgtaacc tgatgcttga tgccaaagtc      480

gtcatcatgg atgaacctac ggccgccctg acagaacgtg aaacagaaaa actgtttgcc      540

gtaatgcacg cgcttaaaga caaaggcgtt gccatcgtct acatctcgca tcgaatggaa      600

gaagtattca cccactgcga taccatcacc gtaatgcgcg acggctacgc tatcagcagc      660

aaacccaccc gcgaaaccaa tatggaacag gtggtccgcg acatggtcgg ccgttctatt      720

accgaatatt accccggacg cacaaacgaa cccggcgaaa tagtcctgga agtcaaaaac      780

ttctgtcaag aaggactgtt caacaatatc tccttcaaac tgcgtaaagg cgagatcctc      840

ggcgtagcag ggctgatggg agcaggcagg accgagatca tgcgggccct gttcggcgtt      900

gattcctgca agcacggtga agtttacctg catgggaaaa aagtctgtat caaaaaaccg      960

gaagatgcca tcaaagcagg catcggcttc atcaccgaaa accgtaaaag tgagggcctg     1020

atcctcgact tctccatctc cagaaatatt gcgctgccca gtgtcgatac ctttgctaaa     1080

cgcagcgtga tcaacgccaa aaacgaaaca gccttctccg aagcgctttc taaaaaactg     1140

ggtgtcaaaa ccgcatcgat cgacctggaa gcaggcgcac tatcaggcgg caaccagcaa     1200

aaggtcgtca ttgccaaatg gatcggtatg aatccatcaa tcattattat ggatgaaccg     1260

acacgcggta tcgatgtcgg cgccaagcgc gacatctacg atctaatgaa cgaactgacc     1320

tctcagggcg tcgccatcat catggtctcc tccgaactgc cggaagttat cggcatgagc     1380

gaccgcatcc tcgttatcca cgaaggtaag atcgccggag agctggacca cgaagaagcg     1440

acacaagaaa aaataatcac ccttgccaca ggaggacagt aa                        1482


<210>  3492
<211>  1020
<212>  DNA
<213>  Acidaminococcaceae

<400>  3492
atggcagagc tgaaaacaca gcttgatctg cagcagatac caaaaatagt aggcgaggat       60

gggacgcagc ttttggcacg ctgctacgcg gtgcttgagc ataccaggtg gccgctttat      120

atcgtgggac cttcgggcag cggcaaaagt attatcgcga tgaacctggc caggcagtat      180

gcgctggcta aaaatgtgcc agcctattat gtgcagctga gtccagaaca gacgaaaaca      240

agcctgattt tgggactgag gctggaaaac ggcagtctgg cagttaagaa cggagttgtg      300

gcagattgta tggagcgtgg cggcattatc atcgtcgatg aggcgacaca ttcggtacag      360

gagattttgc tgatgttcaa cagtatactg gaccggactt cggtaacggc gatcggcgat      420

aagatgattt atgcacacga ggattttcgg atcgtgttct gctcgaatga cagcagatat      480

tccggcaacg ttaagctgcc gcagagcttt gctcagcgtc tggtttcatt ttatttcgat      540

tatccgacgg cggaagatga gtttttgata gttgaacaga tagtagcgga ggagtgccgt      600

gccaacgatg ttgtaccggt aagcctaaag cgttatatta ttgagttgat gcgcgaggta      660

cgcagcaata cttatccact gtcggtacgc aatgcagcta ttgccgtagt tctgtgcaat      720

ttggagcttt tgcggcgccc agagtggcgg cagacgatga tagattctta tttttatgat      780

aatcggaatg ttgaaagcat caagaggtat ctggcaaaaa gggtgttggg ctgtgaggcg      840

gcaagcgtta ctgatttgac agacaggcgg atcatggagc tggagcaggc cttgagcgcg      900

attggaatcg gaacttttaa agagatcatt ttgcagagct ttatgtatta tctggatgta      960

gacctgggtt tttatgattt gcagatggtg aaggagaagc ttgagtcttc aattatttaa     1020


<210>  3493
<211>  1020
<212>  DNA
<213>  Acidaminococcaceae

<400>  3493
tttttattca agggaaagag gttttacaca atgaaaacgt tttgtcatct gataggcaaa       60

tactttggta tcatcgccgt tgtatttctt atcctgggca tgaccgtacc cgacagcttt      120

aaatgggtag tcggtaatat cggcggcatc ccggttttga gtaccttatt gggcgttatt      180

atgttcggta tgggcaccac actcaatctc cgtgattttg ctttagtttt aaagcggcct      240

gtcgatgttt ttgtcggtgt ctgcgcccag tatcttatca tgccttcact ggctttttta      300

ctggctatgg cctttaattt agacccggct ctaactgctg gcgtagtttt agttggaacc      360

tgccctggcg gcacttcctc caacgtcatt accttcatgt ccaaaggcga cttggcctta      420

tctgtaacta tgaccagtgt ttccacactg ctttcaccga ttcttactcc gctcatcacc      480

tatcagctta tcggacagaa aatcgctttt gacccgctgg gaatgttctg gagcatcatt      540

caaatcgtta ttataccgat ctgtcttggt ctggctgtta aagcgctgct gcctaaactt      600

gctgaacagg ctaccgatta tctgcctgct gtttcggcta tcgctatctc cctgatcatt      660

gccggcgtta tcgccgtcag ccgtgacaac atcgtcaaaa cctccggtat cattctgctg      720

gtcgtcatct gccacaactg cctgggttat ctgttaggct ttattttagc ccggatcacc      780

ggcatgagct ggaaaaaagc cattgcgctt tcagttgaag taggtatgca gaattccggt      840

ctggctacag gcctggctaa aactcatttt acttccatgc ctatggctac cgttcctgga      900

gctattttct cagcttggca caatatatca ggcgcactgc tggcctggat ctttgtcaac      960

ttcctcaatc ccaaatatgc tcctgccgaa gaagaagaat ccgtatcatc tcaagcttaa     1020


<210>  3494
<211>  1314
<212>  DNA
<213>  Acidaminococcaceae

<400>  3494
atgacgacat tgaagattac accggcaaag ctcaacggca gtgtttgcgt gccgtcatct       60

aaaagcatgg ggcacaggga aattatctgt gccggactgt cggcgggaac cagtattgtt      120

gataatatca gtatgtctga cgatatggaa gctactctac gctgtctgac tgcattgggg      180

atcggttttc aaaaagttcc ttcagaaaga tcaggacgca cagctttggc tattaatggc      240

aggggtaatg tacgagtttc gcaaagtact gccgattgcg gagaatcagg ttcgacattg      300

aggtttatga tccctctggg ggcattgtgc ggtgagccgc tgacatttac tggtcacgga      360

aagctggtaa cgcgtccgct gcaggcttat tatgatattt ttgacaggca ggagctgtct      420

tatacaactg cctctaacgg gtatttgcct ttgacggtga acggtgtgct gaaaagcggc      480

gattacgagc ttcccggtaa tgtcagctcg cagtttatca gcggtctgct gtttgctttg      540

ccgctgcttg caggcgattc tgttttgaaa attacttctg cactggagtc gcagagctat      600

gtggatctga ccttgtcgtg tctggcaaaa tacggaatcg ttatcgaaca cgaaaattat      660

tataaatatc atatcggcgg cggtcagaag tatcgctgcg gcaggaacat ggtggaaggt      720

gactggtctc aggcggcgtt ctggcttgtt gccggcacgc tgagcaggca gattacctgt      780

actggactaa acagggactc gttgcagggg gatatggtcg ttgcggatat tatcaaccgg      840

atgggaggaa aaataacctg tgatgccgaa ggtaatcata cggcctcgag tgcgtcgact      900

aatggtgtag ttatcgatgc ggcagactgt cctgatatca ttcctgtctt aacggtactg      960

gcagcggtca gtgaaggtac aactgaaatc atcaatgcag gacggctgcg tattaaagag     1020

tgtgaccgtc tggcagcgat gaccagtgaa ttgaataaac tgggagctgc agttacagaa     1080

ctgtctgacg ggctgattat caaggggcgg ccggaaggtc tgcagggcgg ctgcgttgat     1140

tcctggaacg atcaccgcat cgcgatgagt ttagcggtag cgagtctggt ttgcaaaaag     1200

gcggttatta ttagtggcag cgaatgtgtt caaaaatcat atcctgaatt ttggcaggat     1260

tttacagcct taggcggaat gataaaaact gtgggaacgg gtgaaagtat atga           1314


<210>  3495
<211>  1242
<212>  DNA
<213>  Acidaminococcaceae

<400>  3495
tattttatta tgcgcaaggg ggatattttg atgaatttgt caacaaaaat tctgatcggt       60

cttggtcttg gtatcattgc cggtctggaa ctgggtgcgg aaggtgtaga tttcgccaaa      120

acatggatcg gaccttttgg tactatcttt atgaatatga tcaaaatgat catcgttcct      180

ttggttttct cgtctctcgt cattggtgtc tgcagtttgg gggatatcaa aaagatcggc      240

cgtatcggcg gcaaaactat ggcttattat ttgggaacta cggcatttgc gattgtactt      300

ggtatatttt taggtacggt tttagaaccg ggcgccggcg tgaatatgcc tggtgaaggc      360

gttaaagctg cggctaaagc cgcgccgcct atcatgcagg taattattga cattttcccg      420

actaatgcga tggaagcgat gcttaaagcc aacatgctgc agatcatcgt tttcagtctg      480

ttcatgggta tcggcatcac tgcagtcggt gatcgggcca aggctctgta caatgttttt      540

gacggtctgg cagaggtcag ctataaaatc gtcgggttta tcatgaatgt ggcgccgatc      600

ggtgttttcg gtttgatcac tccggtcgtt gcagctaacg gcccggctgt actgctgccg      660

cttttgaagg ttgttatcgc tgtttatctc ggctgcttct tgcatgcggt catcgtttat      720

ggcggtctgc ttaaattcgt cggcaagatc agcccgatca agttcttcaa agcaatttta      780

ccggcacagg tgctttcgtt taccagctgt tcctccggcg gcacattgcc tgtcagcatg      840

caatgcatcc aaaagctggg tgtttcgaaa gacatttcca gttttgtact gcctttgggc      900

gctacgatca atatggatgg cactgctgtt tatcagggag tctgcgcact cttcattgcg      960

cagatctatg gggtcgatct tacgaccggg cagtatctga ctattgttct tactggtacg     1020

ctggcttcga tcggcactgc cggtgttccg ggggcaggct ttatcatgct gacgatgata     1080

ttgacggcga tcggcttgcc gcttgagggt tccgctctga tcgcaggtat cgaccgtatc     1140

cttgatatgc cgcggacctg cgttaatgtt accggtgacg ctaccgttgc ttatctggtt     1200

gataaaagcg aaaagtcgaa catcgaagaa ccgctttatt aa                        1242


<210>  3496
<211>  2676
<212>  DNA
<213>  Acidaminococcaceae

<400>  3496
atgttatgtc agaaatgcgg attaaaagaa gctgtggtcc acgtggtatg cgtggtcaac       60

gataaacaaa tcgacaaatg gctgtgctcg gattgtgttg aagaattggc tccgtctaat      120

tttttgtcgg gaactgtttt caatgccaaa gagtttttag atgggctgtt gaaaccaaaa      180

gctagagaag aacagatcat gaatcgtttt actgaacgtg ccaaaggtat tttggaagac      240

gcgatgcgtt ttgcattgga taagggtcat gatcatgttg gaacagaaca tatcttgctg      300

gcgttgctga atgttgaaaa ttgttttgcc aagaagattc tagaaaaact tggcattgat      360

aatcaggcgg tcataaaaga gctggaaagc tggatggagc ccgctggcag cactgagctg      420

atgatcagtt ataccccgcg tgccaaacgg gccttagagc ttgctggtga agcagcagca      480

gcttttaagc tgcactatgt agggtccgaa catttgctgt tgggcttgct gcgtgaagga      540

gaaggcgtgg ctgctcaggt attgcggcgc tttaacgtta cggcagaaca ggtcatgaag      600

gtcattaagg ctgtttatga taatcagcca ttgacagatg gcaattataa tgctggcgac      660

agcgatgtgg aaataaagag caatgtgttg gaaatgctgt cggaatttgg ccgcaatctc      720

aatcagctgg cttcagatgg aaaaattgat cccgttgttg gccgcgaaaa agaggttgaa      780

cgcattattc agattctgtg tcggcgtata aaaaataatc cggtgttgat tggagagtcc      840

ggcgttggta aaacggctat tgccgagggc ctggcccagc gaattgttga cggtaatgtt      900

ccggagatac tgcgtgagaa aattgtgttc tcgctggaga tagggtatct ggtggcggga      960

actaaatacc gcggtgaatt tgaggaacgt ttgaaagaat tactggaagc agtaaaagaa     1020

aataaaaata ttattctttt tattgacgaa ctgcatacta tcatcggagc aggtgccgca     1080

gagggcgcta tcgatgctgc caatattata aaaccggctt tggccagagg tgaaatgcag     1140

gctataggag ccactacttt aaacgaatac cggaaaaata ttgagaaaga tgcggcactg     1200

gaacgtcgtt ttcaacctat cgttgtaggt gctcctgatg ttaatgattc aattgagatt     1260

ttgaagggac tgcgcgataa atatgaagcc tttcatcgta ttcaaatcac agatgaggcg     1320

attatggcgg cagtgcgtct gtctgatcgt tatatcactg accgtaatct tccggacaaa     1380

gctatcgatt taatggatga agcctgttcg agggtacggt tgcaaagcta taagatttcc     1440

ttgccgcagc gggaaatcga acaacagctt gaaaaagtgc gcattgaaaa agaatcggct     1500

attactcagc aaatgtatga acgtgctgct gaattgcgtg acgcagaacg caagctgcag     1560

gaacagcttg atggtgagcg tcagtcgcag cgcagtggat caagcagtaa attgacggta     1620

agtgaagaag atgttgccga agtagttgct tcctggacaa atattccact gcgtaagctt     1680

accgaaggtg aatctaaaag acttattcat ttggaggagg cgctgcatga gcgtgtggtc     1740

ggtcaaaatg cggctgttga cgctgttgca aaagctatcc gtagagccag agccgggttt     1800

aaggataaaa accgccctgt aggatcgttc ctgttcttag gacctaccgg ggtaggtaaa     1860

acagagctgg ctaaagcgct ggcagagaac ctttttggcg atgaacgtgc tttgattaga     1920

tttgatatgt ctgaatatat ggaaaagcat actacttctc ggttggtagg tgctcctcct     1980

ggttatgttg gttatgaaga aggcggtcag ctgacagatg ttgtgcgccg gcggccctat     2040

tcggtaattt tgctggatga aattgaaaaa gcgcatcctg atgttttcaa cttgctgctg     2100

cagattatgg aagacggccg cttgactgac gggcagggac ggactgttga ttttaaaaat     2160

gctgttatca ttatgaccag caacgctggt gccagagctt tactggacag caagccgttg     2220

ggatttgcga ctggtgagaa acaggtaaac gacggacgca aaagtgctgt attggaagaa     2280

gtaaaaagaa tcttccgtcc tgaattttta aatagaattg atgaaattct ggtctttgat     2340

ccgcttggtg aagcagaact gcggcaaatt gtcgaacaga tgctcaaaga actttcaggt     2400

cgtttgcagg aaaatggcct tgatatcaag gttactgatg aggctaaggc cgagctttta     2460

aaagctggca aagatacgcg ttatggtgca cggcctctgc gcagggcttt aaggaaactg     2520

gttgaggatc ctgtttccga tttgtatctg gcttcagaat taaaacgcgg tgatactatt     2580

ttgacccgta ctgatgaggc tggtaaaatc tattttgata aagaagaagc gcacaaggaa     2640

gaagccttgg ttgcagctgg agaggaacgt ccgtaa                               2676


<210>  3497
<211>  1143
<212>  DNA
<213>  Acidaminococcaceae

<400>  3497
ttgaaaaata aatttgttta tctcgttact atcattctgg ctgtgctgta tcttgcggcg       60

gggcattatt ttgctgtgca gggtttaagt ttttttaaag agaaatcgcc tactgacgtt      120

gttgaggcaa gggtagtgaa gcttttgccg gcagcagcag gggctaaatt tgagcagata      180

agatttgaag ccgaattatt gtcaggaagg caagaaggcg tcaaagtgac ggctgcgcag      240

aataaagccg gcagttttgc ggttgggcgc gatgtagccg ttggcgataa ggtgctgctg      300

ctgccgggac agagcagtca gggggaatgg agttatgccg agcatctgcg cagtaatgta      360

ctgatgtggc tgtttgctgt ttttgcttta agtattatcg cttttggacg gatgcagggc      420

gtaaatactt tgatctctct gattttttgc tgcctgtcaa tctttgcggt ttttgtgccg      480

gcgatactgt cgggcaagaa cgtttactgc tggacgatcc tgacctgtgc ttttattgtc      540

gtgactaatc tgctgctggt gaatggcatc agcagaaaaa cgatcgcgac tattttgggc      600

tgtatcggcg gacttgtcat tgcggcgctt atcagtgcgt ctgcagacag ttttttgcag      660

cttacggggc tggtagacga ggattccatg tacctgctgt ttttgaatcc tgctgacccg      720

gtcgatctga aagcgatcat attcagcgcg atcattatcg gcgctttggg agcgatcatg      780

gatgtggcga tggatatcgc ttcggcgctg aacgagctgg cggctactac tgctgaacct      840

acgaggaaaa tgctgctgca ggccggcaat aatatcggcc gcgatatcct gggcatgatg      900

tccaatacgc tgatcctggc atatatcggc ggttcactga cgatagtttt gctgttcttt      960

gcctataacc attcgctgct gtatctgctg aacaaggaaa tggtggtcgt agagatcctg     1020

caggccgtta tcggcagctt tggcattctg tttacgatcc cgtttacttc ttttatctgc     1080

agcaggctgt atgtaaaaaa ggccggaaga cgtcataagt caggcttgga aaataaaata     1140

taa                                                                   1143


<210>  3498
<211>  1650
<212>  DNA
<213>  Acidaminococcaceae

<400>  3498
ttgtgcggcg gcagcgctga agaaaggtgc agacttgata tgacaagtaa acaagaggcg       60

attatcagcg gcgaacaaat aaaaaatatg ctgttgggcg cttataaaag ttttgaaaaa      120

aactatcaat atattaatga tttgaatgtt ttcccggtac cggacggcga taccggcact      180

aatatgatgc atacgatggc agcagtggcc cgtgagatca gtcaactgca gaatgcgact      240

gtttccgaag tagggactat ggcagcccgc agtgcaatca tgggggcgcg cggtaattcc      300

ggcgtgatcc tgtcgcagtt gctgcgtggc ctgggaaaag gcctggccgg caaaaaacga      360

gctaccagca acgaggtggg caaagctttt cagtttggta ttttgtatgc ttaccgggcg      420

gtatcaaagc ctgttgaagg aacgatcctt actgtggcgc gtgctattgc caaaggtgcg      480

tatcatgctg tgcgtcaggg tgaagatttt gaagatgttt tatgcgaggc gttggagagc      540

ggaaaaaaag aactggctcg tacgccggaa ctgctgccgg cgctgaaagc ggctggagta      600

gttgatgccg gcggtcaggg cttgatcgtt ttcctggaag gctgtctggc gggtttccga      660

ggcgaagacg caggtgagct gcatctgccg ccgtcaaagc catccttcgc caattttatc      720

gagatggaag tagatttgga aaatccttat tgtacagaat ttatcgttaa ggaagctgaa      780

gtcaaagagg acgttgtacg cagtactctc cagcctttgg gtaattcgtt gattgtagct      840

gttgtcggcg atatcgtcaa agtgcatatc cataccaaag ctcccgggct ggttctgcag      900

cacggcttga gctggggctc tctgcacgat atcaagatcg acaatatggc cgagcagcat      960

cagcatcgcg ttgtcggtgc gcagacggag aagcacggtc tggctgtact gtcggtggcg     1020

gccgggaacg gtattgccag catcatgcat cagctcggtg cagctgagat catcagcggc     1080

gggcagagca tgaatccgcc ggtagaggcg tttattaaag ttattgaaaa gggctcggcg     1140

gagcagtaca ttattttacc gaataataaa aatattattc tggcggcgga gcaggtcaaa     1200

aaattattgg gagcagcgca ggtagattat gtgccgacaa caaatctggc gcagggtctg     1260

gcggcactgc tgcattttga cgcagctaaa acactgcagg aaaacagcgc tgtgatgcga     1320

cgtgaggcta aggaagccca cagtgctgct gtcagtattg ctgtgcgtga cagcgttgtt     1380

aacgggataa ctgtaaaaaa agggcagtac attggtttgc tggaagataa gatcgtttat     1440

gccggagcaa ctctggaaga agtcacggcg gaaactgtca agctggccgg cagcgactgg     1500

gaattgatca gcctttatta tggcagtgat ctgacacagt ctgaagctga taaaatcgcc     1560

gcagagcttg aagctctgga cggcggttgg gaagttacag tttttgacgg aggtcagccg     1620

ctttatccgc tgctgctgtc gttagaataa                                      1650


<210>  3499
<211>  1467
<212>  DNA
<213>  Acidaminococcaceae

<400>  3499
atggaagaag tgcgtgtgcg ttttgcaccc agcccaacgg gttatttaca tatcggtgga       60

gcaagaacag ctttatttaa ctggcttttt gctaaaaaac ataatggtaa gctggtgctg      120

cgtattgaag atactgatac tgaacggttg aaagaagaca gcgtaagcca aatacttacc      180

agtttgaaat ggcttgggct gaactgggat gaaggacctg aagtaggcgg tgaagtgggt      240

ccatattacc aatcagagcg tcgtgagatt tacagcaagg ttgccgaaca gctgttggaa      300

gaaggtaagg cgtattattg cttctgtact tcggaaattt tggaagcaga acgcgagaaa      360

caacgtgcgg ccaaacagcc gttccgttat gcccgcacct gccgagattt gcctgtcgag      420

gaagcaaagg ccagagcagc taagggtgag ccttattccg tacgcattaa aatacctacg      480

gaaggaaacc tgacagtaca tgatctgatc cacggcgacg ttacttttga tttaacgcaa      540

tttgatgatt ttgtcatcgt taaaactaat ggtatgccga cctataattt tgctgtggtc      600

gttgatgacc atttaatgcg catcagtcac gtgctgcgtg ccgaagaaca tttatccaat      660

actcctaagc aggtactgct ttatgaggcc tgtggttttg ctgttcctaa atttggacat      720

atgccgatga tacttgctcc tgaccgcagt aagttaagta aacgtcacgg cgcaacttct      780

gttgaagaat tccgtgaaca ggggtattta ccggaagcaa ttgtaaatta tctgactctg      840

ctgggctggg ctccgggcaa cgaagaagaa attttctcgc tgcaggacac tgtgactcag      900

tttgaattgg aaaaaatgtc gaaaaaggca gccgtttatg atacgaaaaa acttacatgg      960

atgaacggac aatatttatc agcattgccg ctggaagcag ttctgcctga ggcaaaaatc     1020

ttcttcatca aatccggcct ggtagatgaa gcatggctgg aggcaaataa agattatttt     1080

gcccgtttgg tagacgtagt gcgcgtacgt gtcaaaacac tgcaggaagt tgttgaagcc     1140

gcagaatact tctttaaaga ggtagaaagc tatgatgaaa aaggggtcgg caagcatttt     1200

aaaccggaag cagccgagct cttaactgtc tgcatcaatg cgcttgaagc gttagagact     1260

tttgatcttg ccagtacgga agccgcttat aataagattg ccgaagagca gggattatca     1320

ctgggaaaag ttgtgcatcc gacacgcttg gctctgacag gtcgtactgt aagcccgggc     1380

ttatttgatg ttatggtgct gctggggaaa gaaactacct tgagcagaat gcgcaaggct     1440

gttcaatata tcaaggcctt agcttaa                                         1467


<210>  3500
<211>  1695
<212>  DNA
<213>  Clostridiales

<400>  3500
atgatggaaa aatacgcagc agcggatacg atgtgggtac tgatcggcgc gtttatggta       60

ttttttatgc agccgggctt tgccatggtc gagaccggtt ttaccagagc taaaaatgcc      120

ggcaatatcg tgatgaaaaa ttttatggat ctgtgtctgg gcagtatcgt tttttggatc      180

attggctttg gcctgatgtt tggcacggat atcggcggtt tgatcggtgc gcctgatttt      240

tttgtacaaa acgattatgg ggcgtcttat ccgtcctggg ccttttttat ctttcaaact      300

gttttctgtg ctacggcggc gactattgta tcaggtgcta tggccgaacg gacgaagttt      360

tctgtttact gtatctacag tattttgatc agcgcggtta tttatccggt ctcggggcat      420

tggatctggg gcggcggctg gctcggcgcc atgggttttc atgattttgc cggttctacg      480

gcggtccata tggttggtgg tgtagccgcg cttgtcggtg ccaagatact tggtccgcgt      540

attggaaaat ataatgctga cggcagtgtc aatgccatac cgggacacag cctgacgctg      600

ggcgctttgg gcgtattcat tctctggttc ggctggtttg gctttaacgg cggctctaca      660

gtttgcgcga ccggtgacga tgtcctgaca tcaatgggca ggatctttgt tactactaat      720

atggccgctg cctctgccgc gacggcaacg atgttcctga cctggctgcg ttacggcaag      780

cctgatgtat cgatgacctt gaacggcgcg ctggcaggat tggtcgctat tactgctggc      840

tgtgacgcag tcagtgttcc gggagctttt gtgatcggta tcattgccgg gcttgtgatc      900

gtttttgcag tagaattttt tgaccagatt gccagaatcg acgatcctgt cggcgcaatt      960

tcggtacatg gagtctgtgg tgcgctgggc acgctgctgg ttggtgtttt tgcagtagac     1020

ggcggtctgc tgtacggcgg cggcagtgag ctgctgatca ttcaggcgac gggagttgca     1080

gcggtagcgg cttatatcgg tatcgtgatg acgctgattt ttcaaatcct cgataaaact     1140

atcgggctgc gggtcagcac gcgtgaggaa atcgccgggc tggatatgga agagcatggt     1200

ctggccagct cttatgccga ttttatgccg gcagcagaag atttccatgg tgctgtgact     1260

gctcaggaag cagcagaggc tggtgctgcc gttactcacg ttactgccgc tctgccgtca     1320

gcaggcagac cgaaaatgac gaagatcgtg atcattactt cgcagctgcg ttttgagatc     1380

ttgaaggaag ctttggataa acttggtatt accggtatga cggtaacgaa ggttttgggt     1440

tacgggctgc agaaaggcaa taccgaatat taccgcggtg cggaagtaag cgtgcatctg     1500

ctgcccaagg tcaaagtaga acttgttgtt tcggctattc ctgtggctgc ggtggtggca     1560

gctgcgaaaa aagtgcttta taccggtaag tatggtgacg gtaaaatttt tatctatgat     1620

gtagagaacg tcgttaagat acgtactggc gaggaaggct atgaagccct gcaggacgag     1680

ccgatagagg cataa                                                      1695


<210>  3501
<211>  1431
<212>  DNA
<213>  Clostridiales

<400>  3501
atggaacgta tcttccacct gaaggagaac ggcacgactg tgaaaacaga gatcctggcc       60

ggtctcacca cgttcatgac gatggcctac atcatcgccc tgaaccccaa tctgctcacc      120

ggcttccaga ccgggacgcc cctgtggaac ggcgtatttc tcgccacctg catcgcctcc      180

gccatcggca cggtgtgcat ggccttcctg gccaacaagc cctttgtcat ggcccccggc      240

atgggcctga acagcttctt cgccgtggtg gcgggcaacg tggccgccct gctgaacacc      300

gactacacca gcgccttcca ggcggtactg tgcatcatcc tggtggaggg catcgtgttc      360

ctgctgctga gcgtgttcaa catccgtgat aagatcgttc acgccatccc tctgggcgtg      420

cggctgggca tcggccccgc catcggcctg atgctgatga atatcggcgt tggctccaac      480

gtaggcgttt atgccgaggg taacggctac accgatccct tctatgtcat gcgtgacttc      540

ttcggcgcca tgacccccag cgtcatcaag gatcacatgg gcgccgagta cagcaccatg      600

gtcctgaccg tcatcaccat gttcgtgggt ctgtttgtca tcatcctgct gtccaagaag      660

ggcgttaagg ccgccgtgct ggtgggtatg ctggcttcct ccgtgatcta ctgggccggt      720

gaggccatct tcctgcacgt gaaccccttc gcctccctgc agggtgcctc ctttgtgcct      780

cccttccacg acatggctgc caccaccctg tttaagtttg acttcaccga cttcttccgc      840

atcggctggt tcaccgccat cactctggtc atcaccttct gcatgatcga tatgttcgac      900

accatcggca cgctggtggg taccgcctcc cgtgccggta tgaccgacaa ggacggcaat      960

atgcccaaca tgaaggaggc cctgacctct gacgccatcg gcaccgtggc cggcgcctgc     1020

tgcggtacct ccaccgtcac tacttttgtg gagtccgcct ccggcgtgga ggccggcggc     1080

cgcaccggtc tgacggctct caccaccgcc gtgatgttcc tggcctgcat cttcatcgcc     1140

cccatcgccg ccatcatccc cgctgcggcc acctcctccg ctctgatcta tgtgggcatc     1200

ctgatgctgc agggcctgaa gaatgtggac ttcaacgatc tggatcagat cgtccccgtg     1260

ttcatcatgc tcatcgccat gcccatctcc ggctctatcg gccacggcat cggtctggcc     1320

atgatctcct acaccatcat caaggtgttc tccggcaagg ccaaggacgt gtccgtcctg     1380

acctatgtca tcgccgccct gttcattgtg aagttcttcg cagtggtgta a              1431


<210>  3502
<211>  3948
<212>  DNA
<213>  Clostridiales

<400>  3502
atgagggaac agatcacatt ttttgatttt tttgaaaact tcgtgccgcc cagagaactg       60

cgactgttgc ttcacgacgc cgtcgtcacc ggcggagcgc tggacgtgaa gcagcgggcg      120

ctggagctgg acgtggccac cggggagcgt atcccggagg cggcccagac ggcgctggag      180

cagctgctga cccggcagta cggcctgcac cggctgcatc tcaccattca tgaccggaag      240

gcggagaaga aaagcggcgg caccgaggtg ctgctgggca aggagatcaa gggcaagccc      300

gtctccatga cggagctgaa cgtgaaaatg ggtacggcca tcgtggaggg caaggtcttt      360

gccgccgagt gccgggagac caagcgcccc ggtatgtgga tgttgagctt tgacatgacg      420

gactatcaga gctccgtcac cgtgcgcaaa tataccgagg gacaggaggc actggccctg      480

cagaacgcca tcgcccccgg tatgtggctg cgggtgcagg ggcagccgga gctgacccgt      540

gacggaaagg acattcagct caagccctac cacatcatga aggttcccca tgagggccgc      600

aaggacacgg ccccggagaa gcgggtggag ctgcacctgc atacgaagat gtccaacatg      660

gacgccctga cggacacggc ctccgtcatc aagcaggcca tctcctgggg gcatcccgcc      720

atcgccatca ccgaccacgg cgtagcccag tccttcccgg atgcatggca caccgccaag      780

ggaaagatca agatcctcta cggcgtggag gggtattatg tcaacaacct cgacgaccgc      840

atcgccgtcc acggtccgca ggatcagaat tttgccgacg agatcgtgtg cttcgacatc      900

gagaccacgg gtctgaaggt ggagcgggag gccatcacgg agatcggcgc cgtggtgctg      960

cgcaacggcg aggtggcgga gcggtttcag accttcgtca accctaaccg ccgcctgacg     1020

ccggagatcg tgggcctgac gggcatcacg gatgccatgc tggccgacgc tccccagctg     1080

aaggaggccc tgacgagttt tctggagttt gtgggggatc gcccgctggc ggcccacaac     1140

gccgaatttg acatcagctt catccgggcc gggtgccgga aggtgggcct tcccttcgat     1200

cccacctatg tggactccct gatcctggcc cagaacctgc tgccggagct gcacaagtat     1260

aagctggata ttgtggcgga gcatctggac ctgcccgcct tcaaccacca ccgggcctcg     1320

gacgatgcgg ccatggtggc ctatatgctg atccccttct tcgagaagat ggagcgggag     1380

ctgggcatcc accgcctgca ggagatcaac ggggagatgc tgaagctgcg gcctcagggc     1440

agcaagacca gccgcttccc caagcacatc atcattctgg caaagaacaa gctgggcctc     1500

aagcacctgt atcagctgat ctccgcttcc aacctgaaat acttcaagcg ggtgcccatc     1560

atccccaaga cggagctcat tacccaccgg gaggggctga tcatcggctc ggcctgcgag     1620

gcgggcgagc tgttccgggc ggtgacggat cacaaggatt gggcggagct caagcgcatc     1680

gcctccttct acgactatct ggagatacag cccatctgca acaatctctt catgctgcga     1740

aacggcgacg tgcagtcgga ggaggagctg cgggagtata atcgcaccat cgtccggctg     1800

ggggaggagc tgcataagcc cgtctgcgcc accggcgacg tgcattttca ggagccggag     1860

gacgagatct atcgccatgt gctgctggcc agcaagaagt tccctgatgc cgatgcgccg     1920

ctgcccatct acttcaagac caccgacgag atgctggagg agttctccta tctgggggag     1980

gacaaggcct atgaggtggt ggtgaccaat ccccgccata ttgcggatct ggtggaggag     2040

atcgagctgc tgccgccggg ccagctgttc ccgccgagat tggaaaactc cgaggaggat     2100

ctgaaccgtc tggtgtggga caagtgccat gagctgtacg gcgaccagcc gcctcagctg     2160

attgtggacc gcctgaatgt ggagctgggc agtattctgg gcaagtacga cgtggtgtat     2220

atgtcggccc agaagctggt gcagcggagc ctggaaaacg gctatctggt aggctcacga     2280

ggctctgtag gctcgtcgct ggtggcctat atgtcgggca tcaccgaggt caactccctg     2340

ccgccccact accgctgccc caagtgccgc cattcggagt tcatcaccga cggcagcttc     2400

ggctgcggcg ccgatatgcc ggataagctc tgccccgtct gcggggagca gtacgtcaag     2460

gacggcttcg acatcccctt tgaaacattt ctgggctacg gcggcggcaa ggtgccggat     2520

atcgacctga acttttccgg ggaatatcag gccagagcac atcgccacgc cgtggagatg     2580

ttcggtgaga cgcaggtgtt ccgggccggc accatcggta ccctgaagga caagacggtg     2640

tacccctttg tcaagcacta tctggaggag aacggccggg aggtgtcccg tgccgaggag     2700

aaccgcctca ttcagggctg cgtaggtgtg cggcgcacca cgggccagca ccccggcggt     2760

ctggtggtgg tgccggatga catggatgtg gaggatttca ccgccgtgca gcacccggcg     2820

gatgccgagg acgccgatac catcaccacc cattttgaat accactgcat ggaggataac     2880

ctcctgaagc tggatatgct gggtcacgat gaccccacca tgatccggat gctggaggat     2940

cttaccggcg tcaacgcccg ccagatcccg ctggacgatc cggacaccat gagtattttc     3000

gtctcctcca aggtgctggg ctttgaaaac gatgaactgc tgggccccac cggtgccgtg     3060

gctatcccgg agttcaacac ccgcttcacc cgtgggatgc tgatggacac cctgcctaag     3120

gatttcaata cgctggtgcg cctgtccggc ttctcccacg gtacggatgt gtggctgggc     3180

aacgcacggg agctgatcgt cagcggcacc gcctccgttc tggagacggt gggctgccgt     3240

gacgatatca tgctgtatct gatttccatg gggctggacc ccaaaatgag ctttaagatc     3300

atggaggccg tccgtaaggg aaaggtgaaa aagggcggct ttcaggaggg ctgggtggag     3360

gccatgcagg agcataacgt cccccagtgg tatatcgact cgctggccaa gatcggctat     3420

ctgttcccca aggcccacgc cgtggcctac gtcatgatgg ccttccgcat cgcatggttc     3480

aaggtccacc ggccgctggc cttctacgcc accttcttca ccgtccgggc caaggccttc     3540

gacgccgaat actgctgcgc cggtatcgac gccgtgaagc agaagatccg ggagatcgag     3600

aacaacaagg atgccaccgc tgtggagaag aacctgatgg tgacgctgga ggtgtgctat     3660

gagttctatc tccggggctt ccactttgat accatcagca tctacgactc cgacgccacc     3720

gccttcaaaa tcacggagaa cggcctgctg ccgcccttca tctccgttcg gggactgggc     3780

gagtcggcgg ctctggacac cgtggaaaag cgcaagggaa agcgcttcat ctcggtggag     3840

gagttctcca cctgctgcaa caagctctcc aagacccata tcgagcagct gaaggcgctg     3900

ggctccttcg caggcatggc ggataccagc cagatcaccc tgttctga                  3948


<210>  3503
<211>  2517
<212>  DNA
<213>  Clostridiales

<400>  3503
atgatgaccg aacaatttgc cgtgaccggc atgacctgcg ccgcctgctc ggctcatgtg       60

gaaaaggcgg tctccaggct cagcggcgtg cagagcgccc cggtgaacct gatgctgggc      120

agtatgaccg tcacctacga cgagaaggcg gtcaccgaag gcgatatcat cgccgccgta      180

aaggcggcgg gctacggagc ctctcccgcc tctcagacgg atcagggcca gctgcgccgg      240

gatcaggacg ccgccctccg ccgccggaag aagcacctca tctggtcggt ggtatttctg      300

gtgccgctgt tctacctgag catgggccac atgatgggcc tgcccttgcc gcaggtgctg      360

catacgcacc ctctgctgct ggcctgcctg cagctggcgc tggtgatccc cattctcagt      420

ctcaaccgca attacttcac cgtgggcttc tcccgcctgg tgaagctcag ccccaatatg      480

gactcgctgg tggccgtcgg cgctgcggct ggccttgtat acagcctcat tgaaatgggc      540

ctgctggccg ccggacaggt atccggtatg ccggacctgt acttcgagtc cgccggcatg      600

atcctgacgc tggtgacggt gggcaagtat ctggaggagc gctcccgtgg caagaccacc      660

ggcgccatct ccgccctgct ggctctggcc ccggagagcg ccatggtgcg ccgtcaggga      720

caggagctca ccatccccac ggaggagatc gtggccggtg acaccgtcat cgtccgtcag      780

ggcggccgta tccccgtgga cggtgtcatc accgacggcc acgccgccgt agacgagtcc      840

gccatcaccg gcgagagcct gccggtggag aaggtccccg gcgacgccgt cacctctgcc      900

actgtcacca gctccggtta tctggagctg cgggccaccc gtgtgggcgg cgacaccacc      960

ctctcccaga tcatccggct catggaggag gccgcctcct ccaaggcccc catctcccgg     1020

ctggcagacc gcatcagcgg catcttcgtg ccggtggtca tggccatctc cctgacggcg     1080

gctctgctgt gggccttcgt ggggggcatg gatgtccgct tctgcctctc catcgccatc     1140

gccgtgctgg tgatctcctg cccctgcgct ttgggtcttg ctacccccgt ggccatcatg     1200

gtaggtacgg gacaggccgc ccagcagggc atcctcatca agtccgccga aagtctggag     1260

ctgctgcaca aggtgcagac ggtggtgctg gataagaccg gcaccgtcac catgggccag     1320

ccccgtgtca cggatatcct ctgcgccccc ggcgtcacgg aggaagagct cctctgcgtg     1380

gccgcctcgg cggagaagcc ctcggagcac ccactggctc acgccatcgt ggaggagtct     1440

caagcccgcc acatccccct ctgccccgtg tccggcttcc gctccgtccc cggcggcggg     1500

atccaagcca ccctctccgg tgaggcagtg ctggccggca atgccggtta tctggcgcag     1560

aacggtgtct cgctggcagc catggaggcc gacgctcacc ggctggccga ggacggcaaa     1620

acgcccctgt tcttcgccga gagcggccgt ctgctgggtt gcgtggccgt ggcagatgtg     1680

gtgaagcccg acagtgccaa ggccattgct gctctgcgtc gcatgggccg ccgagtggtg     1740

ctgctcaccg gcgacaacca gcgcaccgcc aacgccatcg cccgccagat cggcgtggat     1800

caggtcatcg ctcaggtgct gccgcaggat aaggccaagt gcgtggccca gctccagcag     1860

caggggcagc gggtggccat ggtgggcgac ggcgtcaacg atgccccggc gctggcgcag     1920

gccgatgtgg gccttgccat cggcgccggt acggacatcg ccatcgagtc ggcggatgtg     1980

gtgctgatga agagcagcct gctggacatc cccgccgcca tggacctctc ccgtgccgtg     2040

ctgcggaaca ttaagcagaa cctgttctgg gccttcttct ataactccat cggcatcccc     2100

gtggccgccg gtgtcctgta tccggccctg cacctgaccc tgaatcccat gctggccgcc     2160

gccgccatga gcctcagctc cgtgtgcgtg gtgtccaatg ccctgcgtct gcggggctgg     2220

aagcccccgg tctttcccga tcagcccgca cccaccgctc ccctgccgga gagcgccgtg     2280

ttccagtctc aaggaaagga ggagaatacc gtgaacaaga ccatccatat tgacggcatg     2340

atgtgcaccc actgcaccgg ccgtgtggaa aaggccctca atgacctgcc cggcgtagag     2400

gccaccgtgg atctggactc caagtccgcc gccgtcacct gcacccccga cgtgtccgat     2460

gacaccctgc gtcaggccgt ggaggacgcc ggctaccacg ttaccggcat ccggtaa        2517


<210>  3504
<211>  1737
<212>  DNA
<213>  Clostridiales

<400>  3504
atggaaaaga aacgcacaaa aatcgcatac tttacagccg tcggtgtatt cctcgttttg       60

ctggtggtgc tgggccttac ataccgggag acgcccctgc ccacgctgga ggtagagggg      120

gagccggtgc tggccgacac gccctttgcc ggtaccttct ggtccctgct gccgcccatc      180

gtggccatcg tgctggccct gatcagtaag gaggtctact cgtccctgtt tctggggtgt      240

ttggtgggcg ctctgctgta cgcccagttt gccccatggg acaccattgt ggcgctggtg      300

ggcgcagact acggcatcgt ctccgtgctg gccgacagcg gcaacatggg catcatcgtc      360

tttctggtga cgctgggcat catggtggat ctgatgaaca agggcggcgg atcggaggcc      420

ttcggacgct gggcctcccg caccgtcaag acccggtgcg ccgcacagct gctgaccatg      480

ctgctgggcg tgctgatctt catcgacgac tacttcaact gcctgacggt gggcgctgtg      540

atgcggcccg tcaccgagag ccacaaaatt tcccgtgcca agctggccta cctcatcgac      600

gccacggcgg ccccggtgtg catgatcgcc ccggtgtcct cgtgggcggc ggcggtatcc      660

ggctatgtgc agtccgacgc cgtcaacggc atcgagatgt tcatcaagca gatcccgtgg      720

aactactact gtctgctgac gctggtgatg atcgtggtgc tgtcggtgat gaacatcgac      780

tacggctcca tgctgaccca tgagtataat gctcaggtga aggacgatct ctttaccacg      840

ccggagcgcc cctttgaggg ggccgacgac tatgaaaagc ccgcccgtgg ccgctcctcc      900

gtgctggatc tgctgctgcc ggtggtggtg ctgatcgtgg tgtgcatcgt gtccctgatc      960

tggtccggcg gatactatga cggcgagagc gagtacttcc acgacttcgt gggggccttc     1020

tccaactcct cctccggcat ggcgctggcc ttgggtggcc ttatggggat gctgttcacg     1080

gtggtgtact tctggctgcg gggggccatc tcctttgaaa agtctatgga gtctgtgccg     1140

cagggcttta tccagatgat cgcccccatc ctcattctga cctttgcatg gaccctgtgc     1200

tctttcaccc gcttcgggat gtactccgcc gtgttcgtca agaatgccat ggcaggggcc     1260

ggggatctga aggtgttcct gccggcggtg atcttcctca tcggctgcgc catcggtttt     1320

gccaccggca cctcctgggg aaccatcggc atcatggccc ctatcgtggt gtccgtgttc     1380

aactacgacg tggagccggt gctgtgtacc atcggtctgg cggcagcctg ctccggcggc     1440

gttatgggcg accactgctc gcccatttcc gacaccacca tcatggcctc ggcgggcgct     1500

cactgcttcc acctgaacca tgtgttcacc cagttgccct atgccctcac cgcctccggt     1560

gtggccttcg tcagcttcat catcgcagga ctcgtgcagt cggtgtggct gtgtctggcc     1620

attgccgtgg cgctgatgat cggcacactg ctggtgatcc gggccattgt gtcccgccgt     1680

cacgcaggta tcttccagga gatggcacag gccagccagc agctgctgca ccgctga        1737


<210>  3505
<211>  2427
<212>  DNA
<213>  Clostridiales

<400>  3505
atgaagtacg attttgctgc catcgagaaa aagtggcaga agcggtggga ggagaccaag       60

ccctacgccg ccgtcaccgg ggacaagcgc cccaagttct acggcctcat cgagttcccc      120

tacccctccg gtcagggact gcacgtgggc catccccggc ccttcacggc catggatatc      180

gtcacccgta aaaagcgtat ggagggctat aatgttctgt accccatcgg cttcgatgcc      240

ttcggcctgc ccacggagaa ctacgccatc aagaaccata tccaccccgc catcgtcacc      300

aagcagaaca tcgccaactt caccagccag ctgaaaatgc tgggctacgg tttcgattgg      360

gaccgctgca tcgacaccac cgaccccagc tactacaagt ggacccagtg gatcttccag      420

cagatgttca agcgtggcct tgcctataag gccactatgc ccgtcaactg gtgtaccagc      480

tgcaagtgcg tgctggccaa cgaggaagtg gtcaacggcg tctgcgagcg ctgcggcagc      540

gaggtcatcc gtaaggagaa gagccagtgg atgctgaaga tcaccgccta cgcccagcgt      600

ctgctggacg atctggagga cgtggactac atcgagcgcg tcaagatcca gcagcgcaac      660

tggatcggcc gttccaccgg agccgagatc accttccaga ccaacatcgg cgacgaggtc      720

accgtctata ccacccgtgc cgataccctg ttcggcacct cctacatggt catctctccg      780

gagcatcccc tgctgaagag ctggcagccc cacatcaaga actgggatgc cgtggccgcc      840

tatcaggagg aggctgcccg caagtccgac ttcgagcgtg gtgagctgaa caaggaaaag      900

accggcgtcc ggctggaggg tgtcgaggcc atcaaccccg tcacccacaa gcccctgccc      960

ctgttcgtct cagactacgt cctcatgggc tacggtaccg gcgtggtcat gggcgtcccc     1020

ggccacgatc agcgtgactg ggagtttgcc aagaagttcg gcctgcccat catcgaggtg     1080

gtgcagggcg gcgatgtcac caaggaggcc ttcgtggcca aggatgacac cgccatcatg     1140

gtcaactccg gcttcctcaa cggtatgacc gtcaaggagg ccatccccgc tatgaagaaa     1200

tatgtggtgg agcagggctt cggcaaggag aaggtgaact tcaagctccg tgactgggtg     1260

ttctcccgcc agcgctattg gggcgaaccc atccctctgg tgaactgcga gaagtgcggc     1320

tgggtgccgg tgccggagga gcagctgcct gtggtgctgc cgcaggtgga gagctacgaa     1380

cccaccgacg acggcgaaag tcccctcagc aagatgaccg attgggtcaa caccacctgc     1440

ccctgctgcg gcggccccgc caagcgggag acggatacca tgccccagtg ggccggctcc     1500

agctggtact tcctgcgcta tatggacccc cacaatgaca aggcactggt cagcaaggag     1560

gccctggatt attggagccc cgtggactgg tacaacggcg gtatggagca taccactctg     1620

cacctgctgt actcccgctt ctggcataag ttcctctatg acatcggtgt ggttcccacc     1680

aaggaaccct acgccaagcg caccagccac ggcatgatcc ttggcgaggg cggcgagaaa     1740

atgtccaagt cccgtggcaa cgtggtcaat cccaacgata tcgtggccca gtacggcgcc     1800

gacaccatgc gcctgcacat catgttcatc ggtgacttcg agaaggccgt cacatggtcc     1860

aacgaggccg tcaagggctc caagcgcttc ctggatcgct gctggaacct catggagctg     1920

gcgcaggaca gcgatgagat ctccgagaag aacgcctcca tcatccacaa gaccatcaag     1980

aaggttacca ccgacatcga cgacctgaag atgaacaccg ccattgccgc cctcatggcc     2040

atggtcaacg agttctacgc ttccggcctg acccgtggcg acctgcagca gctgatgctg     2100

atgctctctc ccttcgcccc ccacatggtg gaggagatgt gggaactcac cggctacgcc     2160

gccaagaccg gcaagatggc catgcagatg ccttggccca cttgggatga gtccaagacc     2220

gtggactccc acgtggagat ggccgtgcag gtcaacggca agctcaaggg taccgttacc     2280

gtggccatgg acagcgacga ggagacggtg aaggccgccg ctctggcgct ggataaggtt     2340

cagaaggcca ccgacggcat gacggtcgtt aagaccattc tggtgaagaa taagctcatc     2400

aacctcatcg tcaagcccgc caagtaa                                         2427


<210>  3506
<211>  2382
<212>  DNA
<213>  Clostridiales

<400>  3506
atgactgatt tgtttgaaaa atccatccgc acgctggagc ttccggcggt gctggaaaag       60

ctggcggcca aggcggtcag cgacgccgcc aaggagcggt gcctgcgcct gactcccgcc      120

acggacacgc aggaggtgct gcatctgctg gatgagaccg acgccgccaa ggagcggctg      180

ggtctccacg gcagcccctc cttctccggg gtcaaggacg tatccgccgc cctgacccgt      240

gccgaccacg gcggtatgct gaacacccgt gaactgctgg atgtggcagg cgtactgacc      300

gccagccgcc gggtcagcga atacgacgcc cagcggcagg gggaggccac ggtgctggac      360

cggctgttct cctctctgca caccaaccgc tatctggagg ataagatacg ctccgccatt      420

ctggacgagg agaccattgc cgacaccgcc agcagcgagc tggcggatat ccgccggaaa      480

atgcggctgg cggccaccaa gggccgacag attttgcagc gtatcatctc ctccccctcc      540

tatgccaagg tcctgcagga ggccctcatc acccagcggg acggccgctt cgtggtgccg      600

gtgaaggccg agtgcaaggg cagtctgccg ggtctggtcc acgacatctc ctcctccggt      660

gccacgctgt tcgtggagcc tatgggcgtg gtgcaggcca acaacgagct caaggagctg      720

gaggcccgtg agcagaagga gatcgaccgc atcctgcgcc agctctctgc tgagtgtgcc      780

ggccagatgg agaacatcct ctgggactac gatattctgg tgcagctgga tgtgatcttt      840

gcacgggcgc agctgagcta tcagctcaac gccagccgcc cggaggtgcg ccgccggggc      900

ggcatcaccc tgcgccgggc ccggcaccct ctgctggatc aggccaaggc ggtgccgatc      960

actgtggagc tgggtgagca gttcgacacc ttggtcatca ccggccccaa caccggcggc     1020

aaaaccgtga ccctgaaaac cattggcctg ctgagcctga tggcccagtg cggcctgcac     1080

atccccgccg acggcggcag cgccgtgcgg gtgttccgtc gggtgctggc ggacgtaggc     1140

gacgagcaga gcatcgagca gagcctgtct accttctcgg cccatatgtc caacattgtc     1200

cagatcctga aggaagtgga cgaccacagt ctgctgctgt tcgacgagtt gggcgccggc     1260

acagacccgg tggagggtgc ggctctggcc atcgccatca ttcaggaggc ccggaatcag     1320

ggggctctca tcgccgccac cacccactat gccgagctga aaaccttcgc catgaccacg     1380

gcgggggtgg agaacgccag ctgcgagttc gacgtacaga ccctgcggcc cacctaccga     1440

ctcctcatcg gcatccccgg taagtccaac gccttcgcca tctcccggcg gctggggctg     1500

gatgagagcg tcattcaggc ggcacaggcc cagatggaca gcgactccgt tcgcttcgag     1560

gacgtgctga cccagctgga ggagaagcgc cagcggctgg agaaggccca gaacgaggcc     1620

gaccgactgt ggcggcagcg ggaggaggac gcccggaagg cccggatctt ccgggagcag     1680

atggaaaagg gcaaggaaag cgcacgggcc aagggagagg ctgaggccaa gcgcatcgtc     1740

cggcaggccc agcagcaggc ggaggagatc ttcgcccagc tggatcagct gcggaaggag     1800

cagcagaagc aggccaacgt gcaggccctc aacgatgcca aggccgccgt gcgccaccat     1860

ctgaaaacgg cggaggagca gctgcacctg cgggacgagg agcaggagcc tgcctatacg     1920

ccgccccggc ccatcgccgt ggacgatcag gtggagctgc ccggcgtgaa gatggccgcc     1980

acggtgctgg ccgtcaacgg cgacggcacc ctgctgctgc aggcgggccg catgaagatg     2040

accgtcaagg cccagcaggt gcgcctgctg gagggcgctc ccaagaagtc caagcccgca     2100

cccagtccct ccgccgccac cctgaacacc gtgtcccgtg cctcctcgga gctggatatc     2160

cggggctatg agacgctgga ggccgagagc gtggtggaaa actatctgga cagtgccgtc     2220

atggccaagc tgggcaccgt caccatcatc cacggaaagg gtaccggcgc tctgcgaaag     2280

gccgtccacg agatcctcaa gcgtaacaag gccgtcaaaa gcttccggct tggccgctac     2340

ggcgagggtg aggccggcgt caccgtggtg gagctgaaat aa                        2382


<210>  3507
<211>  1728
<212>  DNA
<213>  Clostridiales

<400>  3507
atgtctgtca aggaaagcta tgccggcaag atcaaccgta agctcaataa gaagctccac       60

gtcatcgacg tggcggcggg ccgggctccg gcggatctgg tgctgaaaaa cgccacttac      120

gtcaacgtat tctccaatga gctgtgtcac ggggacatcg ccgtggcaga gggcctcatt      180

gtaggtatgg gcgaatacca cggcaaggtg gaggtggacg tgtccggcaa gctggtgctg      240

cccggcttca tcgacgcaca catccatctg gagagctctc tggtgagtcc cacggagttt      300

gccaaggcgg tgctgcccca cggcaccacc accgtcatca ccgaccccca tgagatcgcc      360

aacgtcatgg gtaccgacgg catcgagtat atgctgcagg ccacggagga cctgccggtg      420

gacgtgcgct tcatgctgcc ctcctgcgtc cccgccacgc cgctggacga gtccggcgcc      480

aatctggatt accgtgccat cgactccttc tatgaccatc cccgtgtgca gggactggcg      540

gagatgatga actatgtggg cgtggtcaac ggcgacggtc aggtggtgga gaagatcgtg      600

gcctctcagg cccaccataa gaagatcgac ggccatgcgc cgggcctttc cggcaaggat      660

ctcaacgcct acatcgccgc cggcgtctac tccgaccatg agtgctccga tatggaggac      720

gccatgaata aactgcgtct tggccagtac atcatgatcc gtgagggaac ggccgcccgg      780

aatctggagg ctctcatgcc cctgctcacc agccagtacg tggatcgctg tatgttctgc      840

accgacgaca agcaccccaa cgacctgctg gaaaagggcc acatcgacta catcgtcaaa      900

aaggctatct ccctgggggc cgaccccatc gttgccgtga aggccgcctg ccacaacgcc      960

gctcggtact tcctgctgaa caaccgtggt gccattgccc ccggctattt gggcgacttc     1020

gtcatcatcg acgacttcca acacttcgag atcgagatgg tctataaacg tggcgtcctc     1080

atgtacgacg gccagctgcg ggacttccct gccccggaga tcgaccccta tctggtgaag     1140

cgggctcacg acaccttcca tgtggcccac ctgacggcgg aggacttctc cgacggccgc     1200

ccccatgccg tcatcggcat gatccccggt gagatcgtca cccaggacgc cggctacgcc     1260

gaccacgccg acccggagca ggacattctg aagatcgccg tcatcgagcg gcataagaac     1320

acccaccaca tcggcttggg ctacatcaag ggctacggcc tgaagcgtgg cgccgtagcc     1380

acctccatca gccacgacag ccacaacatc atcgtggtgg gtgccaccga cgaggatatg     1440

gccgccgccg ccaaccgcat cgtggagaac cgtggcggca tcaccgtcat ggagaacggt     1500

caggtgctgg gcgaggtgac gctgtccatc gccggcatca tgtccgacga cagtctggtg     1560

atggtgaaca gcgctctgga ggatgccaag gacgaggcct tcggtttggg tgtctcccgt     1620

ggcatcgacc ccttcatgac cctgagcttc atggcccttc cggtgatccc ttctctgcgg     1680

atcaccaccc gtggtgtgtt cgatgtctcc agtcagcgtt atatctga                  1728


<210>  3508
<211>  1587
<212>  DNA
<213>  Clostridiales

<400>  3508
atgccgggca aaagctgctg ccgacccaat agatcggggt ggcttttcct tttcggtgtt       60

tttcacaggc tttcctttga tttatacagc atattgaaca atttctatgt agggaatccc      120

attaaaaaat ggcagcagca ggggttgtgg aaggatgtgc gccgtgatat actgtatgat      180

cgtgagagga aaaatggtga aaaagaggaa catatgatgg agaaaaacgg gaaaaaaagt      240

ttattttcga ttgaaataac cacagggtcc ctgtggaaaa atattctgct gttcagcctg      300

ccgctgatga tgacgcaggt gctggaggtg ctgttcaacc tcagcgacgt ggccattgcc      360

ggtaaatttg ccgactatct ggcgctgggc gctgtgggct ccaccactct gctggtatcc      420

ctgtttacgg gactgctcat tggcatcggc agcggtgtca atgtggtcgt ggcccgtgga      480

ctggggctgg gcagtcatga ggacgtggag aagaccatcc acacctccct gctcatctgc      540

agcggtatcg gtatcgtggt gtgcctggtc tgtctgctgc tggcgaagcc catgctgctg      600

ctgctgaata ccaaggagga gttgctgccc ggcgccgtgg ggtatctgcg gatctacgct      660

ctgggtatgc cggccatggc ggtatacaac ttcggcaatg gtgtcctcag tgccgccggg      720

gacacaaagc ggcctctgct gtatctgagc attgccggcg tggtgaatgt ggccctgaac      780

ctgttctttg tgatccagtg ccacatggcc gccctcggtg tggccatcgc cagcgccatc      840

gcccagtggc tgtccgctct gctgatcatg cggcatctga tgagccaaaa ggatgcctgc      900

agagtgcatc tgaaaaagct gtgcatcgac aaggccgccg ccaagcgggt gctgatgatc      960

ggcatcccct ccggcctgca aaacgccatc tttgccgttg caaacctctt cgtacagatc     1020

ggcgtcaaca gcttcgattc ggtgatggta tccggtagct cggcagctgc caacgccgat     1080

acgctgatct tcaatatgat gtctgccttc tatactggct gtgccacctt tgtcagccgc     1140

aactggggtg ccggaaagac ggatcgtatc ctcaagagct accgtatcgt tctgctgtat     1200

tcctttctgg tgggcagcat ctgcggcgga ctgctgctgc tgttcggaga caagttcctt     1260

ggacttttcg ccaatgaggc ggacgtgatc gccgccggta tgcagcggct gaagatcatg     1320

ggcttctcct tcggcgtcag cgccctgatg gacgccagca ttgccgcctc ccgtggaatt     1380

gggcgcagca tcatccccac catcatcgtc atcatgggct cctgcgtgtt ccgggtcatc     1440

tgggtgtaca cggtgttcgc ctacttcggc accatcccct ccctgttcct gctgtacatc     1500

ttctcctggg ccatcacggg cattgccgag tgggcctact tccggcacag ctacaagaaa     1560

tacatcctgc acggacaaat atggtaa                                         1587


<210>  3509
<211>  2088
<212>  DNA
<213>  Clostridiales

<400>  3509
atggaaaagt acctggtcct agccacattt gttggctcca tcattgcgct tctctttgtg       60

gtcatcaccg caaagaaggt gctgcgcttc tcggagggca cccccctcat gcagaagatc      120

tcccagtcca ttcgtcaggg tgctaacgca tacctcaagc gccagtattc cgtggtaggc      180

gtgttcttcg cctgcatggt ggcggtgctg tgcgtcatgg cagcctgcgg tctgctgacg      240

tggttcgtac ccttcgcctt cctgaccggc ggcttcttct ccggcctgtc cggcttcatc      300

ggcatgaaga tcgccaccgc ctccaactgc cgcaccgcca atgcctgcca ggaggggctg      360

aaccgtggtc tgcgggtggc cttctccgcc ggctccgtca tgggcttcac cgtggtgggt      420

ctgggcctgc tggacatctc cgtgtggttc ttcctgctgc gcttcgtgtt caagctggag      480

gcctccgcca tcaccagcgc catgctgacc ttcggtatgg gcgcctcctc catggctctg      540

ttcgcccgtg tgggcggcgg catcttcacc aaggccgccg acgtgggcgc cgatctggtg      600

ggtaaggtgg aggccggtat cccggaggac gacccccgga accctgccgt catcgctgac      660

aacgtaggcg acaacgtggg cgacgtggcc ggtatgggcg ctgatctgta cgagtcctat      720

gttggctcta tcatctctgc ctctgcgctg ggcgtggccg ccttctccga tcaggccttc      780

aaggccatgg ccatccccat ggtcatggcg gccatcggca tcatctgctc catcatcggc      840

accttcttcg tccgcaccga cgagcaggcc gaccagcgca cgctgctgaa ggccctgtcc      900

cgtggcacca acctgtccgc tatcctcatt gccatcatcg cctgcccgct ggtgatcctc      960

ctgctgggca aggagcatct gggcctgtac ttcgccattc tggcgggcct gatcgccggt     1020

gtgctcatcg gtaaggccac ggagtactac acctccgaca ccttcaagcc cacgcaggat     1080

ctgtcctcca agtctcagac cggtgccgcc accatcatca tcggcggttt gggtctgggt     1140

atgctgagca ccgccgtccc catcatcatc gtggctatct gcattctggt ggcctacctc     1200

tgctccggcg gcgccgcctc caccggcatg ggcctgtacg gcatcgctct ggccgccgtg     1260

ggtatgctga gcacgctggg catcacgctg gccaccgacg cctacggccc cgtggccgac     1320

aacgccggcg gcatcgctga gatggccggt ctggctcccg aggttcgcca gcgcaccgac     1380

gctctggact ctctgggcaa caccaccgcc gccaccggta agggcttcgc catcggctcc     1440

gccgctctga ccgctctggc tctgatggcc tcctacatcg agaaggtcaa ggaggtgggc     1500

gctgacgtca ccttccagga cttcagcctc atgaaccccg tggtgctggt gggtctgttc     1560

atcggtgcct gcctgccctt cgtgttcgcc gccctcacca tgaactccgt gggccgtgcc     1620

gcccaaagtg tggtgctgga ggtgcgccgt cagttccggg agatcaccgg tctgatggac     1680

ggcaaggccg atcccgacta tgcccgctgc gtggacctgt gcaccaaggc atctctgcac     1740

gagatgatcc tgcccaccat catcgccgtg gtctgcccca tcgtggtggg tctgatcctg     1800

ggctacatgg gcgttgtggg tatgctggcc ggcgctaccg tcaccggctt cctgatggcc     1860

atctacatgg ccaacgccgg cggtgcgtgg gataacgcca agaagtatat tgaggccggc     1920

cacttcggcg gcaagggctc cgactgccac aaggcaggcg tggtgggcga caccgtgggc     1980

gatcccttca aggatacctc cggtcccgcc atcaacatcc tcatcaagct gttgagcatg     2040

gtctccatcg tgttcgccgg tctggtggtg aacttccacc tgctgtaa                  2088


<210>  3510
<211>  843
<212>  DNA
<213>  Clostridiales

<400>  3510
atgttcccat tgaacacctt tgaaaacctc tgtgtatttt tcctgctgct gatgatttac       60

agcgccgccg gttgggtggg cgaaatgttc tactgctccg tgggcaaggg ccacatctgc      120

gaaaaacgtg gctttttgaa cggttttatc tgccccatct atggacacgg cgcccttttg      180

gtgctatatg tattacacgg gggcctgaaa aatcccctgt tgacctttct ggcaggcatg      240

gcgctgacct ctgcgctgga gtacttcacc agctggttta tggaggccgt cttccatatg      300

cgctggtggg attacagccg caagaagatc cagctcaacg gccgcatctg tctgcagaac      360

agcctgctgt tcggtctggc ctgcgtgctg ctgtgccatg ttgtgaatcc gccggtgatg      420

gcgtggctgt tccacatcgg ctccgcctac accatccctg tggcctcgtt cctcttcggc      480

ctgtatctca tggataacgt cctctccgtc cgcagcgcca tccagctgtc ccaccgtctg      540

gacgatctgc agaaggtgcg gcaggagatc cgctcccatc tggaggagaa ggccgcccag      600

ctgcagcaga agtatgaggg ccggctggag gaggtcaccg accgcttcat ggccggctta      660

gaggacgcta acgacgactt cctcaaggag aagaagctgt atctggccca gctccgcagc      720

ggcgaggacc tcttcgagcg ccgtctgctc cgttcccacc ccgatctgcg ttccaagcgc      780

cacagcagaa agctgctgaa cctgctgcgt gaaaagcgcc ccggccagaa ggacaagaag      840

taa                                                                    843


<210>  3511
<211>  2103
<212>  DNA
<213>  Clostridiales

<400>  3511
atgaagtttt ccaaatggca tatcgcccca gcggaggaag cggatatccg ccgtctcggc       60

gaggctggct atccccagct ggtgtcgcag gtgctggcgg cacggggcat ctccacggcg      120

gaggaggccg ccgcctttct ggagcggggc cgggatctga cctgctcccc cttcctgatg      180

aaggacatgg accgggcggt ggagtgcatc agccgggcca tcgggcaggg cctccgcatg      240

gcggtgttcg gggattacga cgtggacggc atcaccgcca cggtgatcct ggtggattac      300

ctgaaaagcc ggggcgtcga tgtgctgcac tatattcctc gccgcatcga ggacggctac      360

gggctggggc aggacgccat ccgctccctc catgagcagg gggtagagtt gctcatcacc      420

gtggactgcg gcatcaccgg ggtggaggag gtggacttcg ccgcctctct gggcatggat      480

gtggtcatca ccgatcacca cgagtgcaag gacaccctgc cacgggccgt ggcggtggtg      540

gacccccacc ggccggactg cacctatccc ttcccctatc tggcgggctg cggcgtggcg      600

ctgaagctgg tgctggcgct gggcggcgag agccgggagg aggccctttt ctcccgctac      660

tgcaccttgg ccgccatcgg caccattgcc gacgtgatgc ccatgtccgg ggagaaccgc      720

atcatcgtct cccgtggctt ggagtgcatc acccagtcgg acttcatcgg cctccacgcc      780

ctgctgcagg aggcaggcct catggataag gccatcacct ccgtgcaggt gggcttcgtg      840

ctggcccccc gcatcaacgc cgccggccgc atgggggcag cggacaaggc tgccgacctc      900

ctgctgtgtc aggacccggc ggaggccgcc cggttggccc gtgagctgtg cgccctgaac      960

cgggagcgtc aggcggtgga gcagaccatc tatgcccagg cagtggaaca gatcgaccat     1020

ctgccgccgc aggagcgcag cgctctggtg ctggcctccg acacgtggca ccaaggggtg     1080

gtgggcatcg tggcctcccg cctgtcggaa aaatacgcct gtcccagctt tatgatccac     1140

ttaaacggca ccgtgggcaa gggctcctgc cgcagttggg gcggcttcaa ccttttcgcc     1200

gctctggagc gctgctccga cctcctgctg gatttcggcg gtcacgagct ggcggcgggc     1260

ttcaccatcg atgtcgccaa tatccccgcc ttccgccagc ggatgaacca gctggtgcgg     1320

gaatatcagg gcggcggagc gccggaggta tgtctggaga tcgatgccgc cctcacctgt     1380

cccagccgtg tcaccctgac ggaggtggag gctctgggga tgctggagcc ctacggcgcc     1440

ggcaatgccc gccctctctt ctgcctgatg ggcgccacgc tggagcggct gcagagcgtg     1500

ggccagaatc gccacctgaa gctgcggctc agcaagggca gcagccagtt cgacggtatt     1560

ttcttctccg tctcccccga cacctgtccc gttgcggcgg gcagccgggt ggatgcggcc     1620

ttttatctgc agatcaacga atttcggggc aaccgcacgg tacagttgca aatggtggac     1680

atccgcccgt ccctcactgt cagtacacgg gaggatgagt gcctgcacct gttggagcgc     1740

tgtctgcggg gcgaccggct cctgcccaag gaggcggtcc acctgctgcc ctcccgcagc     1800

cagtgcgtgc agctgtggcg ggcgctggag cacaccgtcc ccccggaggg gctcaccgcc     1860

tgctacctgc cgctgctgcg ggagctgtcc gcccggctgg agggggccga ccccttcctt     1920

cggactgcct tctgtctgga ggtgttccgg gaacggcagc tgctgaccct ccggcaagag     1980

ggcgacacca tttccatcac actcaccggc caggggaaac acgtccgctt ggaggaatcc     2040

ggttacttac agggtctgca tgaggtcatg cagcccaaac ggggaggcga tcaccatgac     2100

tga                                                                   2103


<210>  3512
<211>  1305
<212>  DNA
<213>  Clostridiales

<400>  3512
atgcttgata tcaaatttat ccgggagaac ccagatgccg taaaggagaa catccgcaag       60

aagttccaga atgccaagct gccgctggtg gacgaggtca ttgcgttgga tgctgagaag      120

cgagccgccg aaaacgaggg caatgatctg cgggcccagc gcaacaagct ctccaagcag      180

gtggggatgc tgatgggaca ggccaagaag gatccctcca agctggagga ggccgaggcg      240

gtgaaggcgc aagtgaaggc cgacgccgac cgtctggctc agctggaaga gatggaggag      300

aagctgagcc agcagatcca ccacatcctg ctggtgatcc ctcagatgat cgacccctcc      360

gtgccaatcg gcaaggacga cagctgcaac gtggaggtag aacgcttcgg cgaggccacg      420

gtgccagcct tcgatatccc ctaccacacg gacatcatgg agcgattcga cggcatcgat      480

ctggacgctg cgggccgggt gtccggcaac ggcttttact atctcatggg cgacattgcc      540

cggctccacg aggccgtgct ggcctatggc cgggacttca tgatcaacaa gggcttcacc      600

tactgcatcc ccccctttat gatccacggc agcgtggtgg agggcgtcat gagccagacg      660

gacatggacg ccatgatgta taagatcgag ggcgaggacc tgtacctcat cggtaccagt      720

gagcactcca tgatcggcaa gttcatcgac cagatcgtcc cggtggagag cctgccccag      780

accctgacct cctactcccc ctgcttccgc aaggagaagg gcgcccacgg catcgaggag      840

cggggcgtct accgcatcca ccagtttgaa aagcaggaga tgatcgtggt ctgcaagccg      900

gaggactcca aggcgtggta cgagaagctg tggcgttaca gcgtggagct gttccgctct      960

ctggatatcc ccgtgcggca gctggagtgc tgctccggcg atctggcgga tctgaagcgc     1020

aagtcctgcg acatcgaggc ctggtctccc cggcagcaga agtacttcga ggtgtgctcc     1080

tgctccaatc tgggggatgc acaggcccgc cgcctgaaaa tccgctacaa ggacgagagc     1140

ggccggatgc agctgtgcca caccctgaac aacacctgcg tggcccctcc ccggatgctc     1200

atcgccttct tggagaacaa cctccagccc gacggcaccg tgctgatccc caaggtgctc     1260

cagccctaca tgggcggctg cgagaagctg gttcccaaac gctga                     1305


<210>  3513
<211>  1344
<212>  DNA
<213>  Clostridiales

<400>  3513
atgttcaaga gattcaccaa cgcttgcgtg cgtgttgtga accgctggct gccggatgca       60

ttcctgtttg ccgtcatcct gacctttgtg gtctatgtgg cagccatgtt cgccaccggc      120

atgggtccca tcaaggtgct ggctgcatgg ggcaattccg acggcttctg gggtctgctg      180

gccttttcca tgcagatggc tctggtgctg gtgctgggtt ccgccatggc ttccgccaag      240

ccctgtaaga aggtgctgcg gaaggccgct ggtctgtgcc acaataatat gcaggccatc      300

gtcatcacca ccatggtctc caccgtgtgc tgctggctca actggggctt cggcctggtg      360

gccggtgcgc tgctggccaa ggaggtggcc aagcgggtcc ccaccgtgga ctatcccctg      420

ctgatcgcct ccgcctattc cggcttcgtc atctggcacg ccggtctctc cggatccatt      480

cccctgacgc tggtcaccgg cgccaagttc ggtgaggtca cctatcaggc cgccatcacc      540

gagaccattt tccaccccat gaacatcatc atgtgcgccg tggtactgct ggccatgccc      600

ttcatcaact acgccatgca ccctgaccgg gagcgtgccg tcaccatcga tcccaccctg      660

ctggtggagg acgaggataa gacctacgag atcaacaccc ccgctgagaa gctggagcat      720

tccaagatcc tgtggggcat cctgtgcctg gcctttctgg tgtatatcat ctactacttc      780

atcaccaacg gctttacgct gggcctgaac atcgtgaaca tgatcttcat gttcctcggt      840

attctgctcc acggcgacct gcgccgctat gtggacgctg tggcggaagc cgccggcagc      900

gcctccggtg tgctgctgca gttccccttc tatgccggta tcatgggtat gatggtggtg      960

cagaatgaga ccggtgtgtc tctggcaggt gtcatctccc agttcttcgt gaacatctcc     1020

aacaacgtca ccttccccat gctgtccttc ctggcagccg gtatcgtgaa cttcttcgtt     1080

ccctccggcg gcggccagtg ggccgtgcag ggccccatca tgatgcccgc cggcgcagag     1140

ctgggcatcg gcgccggccg taccgctatg gccatcgctt ggggcgacca gtggaccaac     1200

atgatccagc ccttctgggc cttgcctgcg ctgggtatcg ccaagctgtc tgcccgtgac     1260

atcatgggct atctggtggt ggtcctgctg ttcgtgggtc tggtagcctg cctgggcttc     1320

ctggcctggg gccttctgtt ctga                                            1344


<210>  3514
<211>  2031
<212>  DNA
<213>  Clostridiales

<400>  3514
atgcgtggca cggaattttt gccagtgagc cgggaggaga tgctccggcg ggactggtat       60

tactatgatt ttctggtggt gacggcggac gcctacatcg accatcccag tttcggcacc      120

accctcattg ctcggatgct ggagggggag ggctatcggg tggccattct ggctcagccg      180

gactggcacg acgccgaggc cttccgggcc atgggaaagc cccgctatgg ggtactcatc      240

ggcgggggca atctggactc catggtggcc cactacaccg tggccaagcg gcggcgggac      300

agagatctgt actcccccgg cggaaaaatg gggtatcggc cggatcggcc caccatcgtc      360

tatgccaacc gggccagaga ggcctttccc gataccccca tcgtcatcgg gggactggag      420

gcgtccctgc ggcgctttgc ccactatgac tactgggacg acaaggtgcg ccgcagcatc      480

ctctttgatg ccccggcgga tctgctggtc tacggcatgg gggaggcggc cacccgtgag      540

atcgcccgga ggctatccag aaaggtgccg ccccgtgaga tcaccgacat ccccggcacc      600

gcctacattg cgcccaccgg agagggcagc ggctttcatc cggtggcctg tccctcctat      660

gaggaggtgt gcgccgacaa ggcggcctac gccagagcca ccaagatcca gtacgacgag      720

cacgatccca tccgggggtg cgccgtgctg cagccctgtc agggccgggt gctggtggtg      780

aatccaccgg cccgtccact gagccgggag gcactggatg ccctgtacga cctgccctat      840

gcccgggagg ttcaccccat gtatcgggag gaggttcccg ccatcgagga ggtacgcttc      900

tccatcaccc acaaccgggg ctgcttcggc ggctgcaact tctgcgcact ggcctttcat      960

cagggacgca tggtcacctc ccgctccatc gagtccgtgg tgcgggaggc ggagttgctg     1020

acgcaggacc cgaagttcaa gggctatatc cacgatgtgg gaggcccctc cgccaacttc     1080

cgccacacct cctgcgccca gcagaagcgg cgggggatgt gcaagggccg cagctgtctg     1140

gccccggagc cgtgcaggaa tctggacgcc gaccactcgg agtatacggc gcttttgcag     1200

cgcctgcggc gggtggatgg cgtgaagaag gtgttcgtcc gcagtggtat tcgctacgat     1260

tatcttttgc aggacaaaaa tcaggatttt ttccgggaac tggtggacta ccacatcagc     1320

ggacagctga aggtggcccc ggagcactgc gtggcctcgg tgctggacta tatgggaaag     1380

ccccacttcg acgtgtttga gcggttctgg cgacagtatc agaagctcaa cgagaaggag     1440

ggcaagcagc agtatctggt gccgtacctc atgtcctccc accccggctg tacgctggag     1500

gattccgtcc ggctggcgga gtttctgcac cgcaccggcc accagccaca gcaggtgcag     1560

gacttctatc ccacccccgg taccctctct acctgtatgt actataccgg catcgatcca     1620

cgggatatga cgccggtgta tgtggcccgt gacccccatg aaaaggctct tcagcgggcg     1680

ttgctccagt ggaagcggcc agagctgcgg gggcttgtca tagaggcact ggagaaggca     1740

ggccgcaccg atctcatcgg ctatacgccg gagtgcctca ttcgacccca gaagggggag     1800

aagtacttcg gcaagcagcc ggagcagcag ccctccgggg aaaagcggcg ccccggacag     1860

cacggcggag agggaaatct ccgccgggag gtgcatcacg gaggacgtcc ggagcataga     1920

ggcggtaagc ggcctgatgc gtcccgccgc aatggcggag cggcttccgg ccagaagggg     1980

aagatgtccc cggccaagaa agctgctttt gccaagaagc ggaagaagtg a              2031


<210>  3515
<211>  1302
<212>  DNA
<213>  Clostridiales

<400>  3515
atgaaaattc aggatctgcg ggccagagag atcatcgact gcaagggaaa gcccctgctg       60

gaggtggata tcatcaccga ggacggcacc atgggccggg cggcgtcccc ctccggtatc      120

tccgccgggg aacacgaggc tatggtgctg cgggacggcg accggagccg ttatgacggc      180

aacggcgtcc gcaaggccgt ggagatggcg gagaaggtgg tcctgcctgc catccagggc      240

atggacgtgc tggatcagca ggcgctggac cgccgtctca tggagctgga cggcaccccc      300

aacaagtccc gtctgggggg caatgtcacg tacagcacgt cgctggcggt catgcgggcc      360

ggatgccagc tgcgccatgt gtcccagtac cgctatctga accccggtga catccgcacc      420

atccctctgc ccacctcgga tatgttcgcc ggaggcagct atgaggacga caccatgccg      480

gtgcaggaga ccaccattgt tccctataag gcatcctcca tcgctgaggc tacggagatc      540

ctctgcaagg tctataagaa gctgccggag gtcatccggg agtttcaggg gggccgccgc      600

ccggagatcg gcgccatgtc ggagtatatg gcccccagca ccgatttcat ggactgtctg      660

gatatcctct atgagacggc caagcgctgc cgctgcgagg agaagatcgc cttccatatg      720

gactgcgctt tcagcgaaat ttacgacgcc aagcggggaa cctatcacta ctgcggccgg      780

gaggtggatc tggacgagat catcggcatc ctgaagcagg ccacggagaa gtataacttc      840

ctctacatcg aggatccggt ggacgaaaac gactgggagg gctgggtgaa ggccgccaag      900

gcgctggatc gtactaccct ctgcggcgat gacctcaccg tcaccaacat cgactatctt      960

cgcaaggcgc tggacatggg ggcctgcggg gccttcgtct ttaagcccaa tcaggtgggg     1020

accgtcacgg aggctatgga agcccagcgg tatgccgtgg agcacggaat gttctccatt     1080

ccctccatcc gggcgggcgg cgtcagcgac gaccctgtgg cggacatggg catcgccggc     1140

ggagcggcgg cggtgaagct gggcccgccc aaattcggtc acgccattca catcgtcaac     1200

tctctgctgc gggcggagac ggagctgccg gaggccaagc ccttcgactt ctcgcccttc     1260

gtgaagttct ggggtacttg cccctattgt aagagatact aa                        1302


<210>  3516
<211>  1449
<212>  DNA
<213>  Clostridiales

<400>  3516
atgtatctgt ataattctgc cacccataag aaggaggagt tccggaccca cacgccgggc       60

cacgtggaga tgtatacctg cggccccacg gtgtatcact ttgcccacat cggcaacctc      120

cgcagctaca tcatggagga tgtgctggag aagtacctgc gctatgtggg ctacgatgtg      180

aaccgggtca tgaacatcac cgacgtaggc cacctgacct ccgatgccga cgagggcgag      240

gacaagatgc tcaagggcgc ccgccgggag cacaagaccg tcatggagat cgcccagttc      300

tacaccgacg ccttcttcga ggactgccgc aagctgaaca tcaagcgccc cgacgtggtg      360

cagcccgcca cggggctcat tgatgactac atccgcatca tctcccgcct gctggagaag      420

ggctatgcct atgtggccgg cggcaacgtg tacttcgaca ccagcaagct ggagcggtac      480

tacgtgttca acgaccacaa cgaggaggat ctggccgtag gcgtccggga gggcgtggag      540

gaggacgtga acaagcgcaa caagaacgac tttgtgctgt ggttcaccaa gtccaagttc      600

gaggatcagg ccctgaagtg ggattccccg tggggcgtgg gctaccccgg ctggcacatc      660

gagtgctccg gcatctccat gaagtacaac ggtgagtatc tggatctcca ctgcggcggc      720

gtggacaacg ccttccccca ccataccaac gagatcgccc agtcggagag ctatctgggc      780

cacccctggt gcccccagtg gtgccatgtg gcccacctca acaccagcag cggcaagatg      840

agcaagtcca agggcgagtt cctgacggtg tccctgctgg aggagaaggg ctatgcgccg      900

gtggtatacc ggttcttctg cctccagagc cactaccgca agagcctggt gttcagctgg      960

gagaatctgg acaacgccgc cgtggcctat ggcaagctca tcgccaggat cgccgccctg     1020

ccggaggagg acggtgcggt ggatacggct gcggtagagg ctttgcagca gaagttccgc     1080

acggccatgg acaacgacct gaacacctcc atggcggtga cggtgctgta cgacgtgctg     1140

aaggccaaga ccaacggggc caccaagcgg tatgtgctgg cggacttcga ccgggtgctg     1200

agtctggatc tgctggagaa tgccgcccgg aaaaaggcag agcagaagca gaccgctccg     1260

gcctccggcg ggttccagat cgtcagcgag agcggcgaga cggacgctca ggtggaggct     1320

ctgctgcagg cccgctacga cgccaagaag gccaaggact tcaccgaggc ggaccgcatc     1380

cgggacgatc tgaaggccat gggcgtggag atcacggaca tccccggtgg tgtgcgctgg     1440

aagagataa                                                             1449


<210>  3517
<211>  639
<212>  DNA
<213>  Clostridiales

<400>  3517
atgaaactga tccttttggg cgctccgggt gccggtaagg gtactcaggc agagattctg       60

aagaagaagc tggagatccc cacgatctcc acaggcaaca ttctgcgtgc cgccgtgaaa      120

aacggcacgc ccacaggttt gaaggccaag gagtatatgg acgcaggcaa gctggtgccg      180

gatgaggtca tcatcggcat catcaacgac cgcctgcagg agcccgactg cgccaacggc      240

tacattctgg acggggtgcc ccgcaccatc gctcaggcgg aggccatgga gcaggccggt      300

atcagcttcg atgcagtggt ggccatcgag atccctgacg agaagatcgt tactcggatg      360

ggcggccggc gtgtgtgcga gcactgcggc gccagctacc acattgtgaa catccccccg      420

aaaacggagg gcgtgtgcga tgtgtgcagc ggcaagctcg tacagcgcaa ggatgataac      480

cccgagacgg tccgtgaccg gctggaggtt tatcatagag agacagaacc tctgaagggc      540

ttttacgagg cccgtgggat tctgaaaact gtggaggacc agtccactgt ggacgggact      600

acgcaggcga tcctgcgtgc gctgggagta gatgcatga                             639


<210>  3518
<211>  8580
<212>  DNA
<213>  Clostridiales

<400>  3518
atgcacttgc gcagtaagac cgtgcagcag ctcctgtcgg tgatcctgtc ggtagtcatg       60

gtcctatcca tgctgccgat ggaggtcctg gctcaggaga cgccgccggt gaccactccc      120

atggacctga ccgccatcac ggaggatacc tccggcgacg gctggtcgtg gacacaaagc      180

acaaagaccc tgaccctcac gggcctgacc ctgacggtca gcgacgacag cacccatgcg      240

ctgatcctgc ccgacggggc caccatcgat ctggccgacg gtaccaccag caccctcacc      300

ggcggcagca gatccaccgt atacagcagc ggcgaggtga agctgcgcgg cagcggcagc      360

ctgacggtct atggccgggg ctggcgcagc gccacgctgg atatgttcat ccccggcacg      420

ctgacggtgg agtatgacga ccccgacggc ggtgccgtgc tcaagaccga cgagggtacc      480

gagggcgcag ccatctgcgc caacgtcacg ctggataacg gcatcctccg ggccaccggt      540

ccggactttg cctccgccga cgacggcagc agcgtcggcc tccggggccg cctcaccacc      600

cacggcagct ccgtggaggc ccagctcacc gcccgcaccg gctatgccag ctatggtctg      660

tacttcgaca agcagggcag tggccggggc gacacctgga ccatgggact gggcaaggtg      720

accgccgccg caggccacgc cctgagtcga tacagctacg gcctgtacgt ggattacagc      780

tccgtcaatg cgctggagct gtacggcact cagctgacgg ccatgggcgg tgagagtgac      840

cagtacggca gtcagggcgt attcgccggc gaggaggtca tcgtcaagaa cggcgccacc      900

gtcaccgcca ccggcggaca ggtcaacagt tcctatgaga gcgtcggctt caatgccgtc      960

agctggctca ccgtgtccgg agagaactcc agggtgctgg gctacggcgg cacctccgtc     1020

aagggcgatt ccaagggtgt ccgatgcgac agccgcttca ctctcaccga cggctgcgtc     1080

ttcggtcagg gcggcgtgtc ctgcaccagc tccagaaatg tgggcgtcga gttcaagcgt     1140

ctcattatgg aaagcggcaa gctggagggc atctccggca gccccgactc gtcgtaccag     1200

acctggggcg gccagtttaa cgcctacggc ctttactgca ccggcaccgc caagatcacc     1260

ggcggtgagc tgatcggcac cgccaacggc acggaccggg aactggacta cagcgcctac     1320

ggcttctacg gaagcaatga gctgaccatg agcggcggca ccctccgggc caccaccggc     1380

gacaccccta acgccagttc cgggacactg gcggccctca gcgtggtctc caacaagtcc     1440

aagacccagc tcagcggcgg caccatctac gccagagccg gtgtctccaa cgatgaccgc     1500

agctacggta tgcggatcct cggcaccggc tctaccctca ccatgaccaa taccgaggac     1560

gccgcccagc ccctgagtct ctacgtcacc ggccggaaca tggcccttta cgccaccgct     1620

ctggcagacg gcagcctcct gccggagatc actgcctcct ccgcctacga tgccgaggcc     1680

gacaccctca ccgatggcta caccttctcc aacaagcaat accggaagga cggcacggcg     1740

gccctgtccc tgtccgcagc cgcctgcctc cacagcgcca gcgatgatac cggcctgtgt     1800

accaagtgcg gcaagcgggt atacgaggct gtgctgctga cggacggtgc cgtcacccag     1860

cgctatgccg ccgccggcga agccttcacc gccgcccaga cggaggagca tcagggctgc     1920

accctgcggc tgctgacaga tctcatcgac gacggccagc ctctggtcca cgacccggtg     1980

atgaccatca ccggcggtcg gttcacgctg gacctccacg accacaccat agcgggcaag     2040

acctccgacg atagggaggg cgtcgtcacc gtcaccggcg gccagctccg catcgaaaac     2100

ggcacgctgg agaacctctg caccggcaac ggcagcaagg cccaggccct gacccttctg     2160

ggcaccgaca cccatgtgac gctggccaat gtcaccgcca tcggggccac gtcccccaac     2220

ggcgacacca gcgcctccgt ctatgccccc gacggcgccc gtctcaccat cgaaagcggc     2280

gagttcaccg gccgggtcgc cggcacctac gcctctgctc cggcggagac gccccacgtc     2340

tccatcgccg gaggcacctt ccacaacggc ctgtcctact ccatccacga gacggaggcc     2400

aacgccgcca cccttctggc cattctgaag gagggctatg cgctggccca cgccgacggc     2460

acgccggtgg atctgggtac cgagccttcc ttcaaccgct tctccggcac ctatacgctc     2520

agcggcgagg tgcaggtggt ggcccacacc cacaacgtcc gcagcggacg gccgggctac     2580

tgtggctgcg gctatgcctg cccccacgac ggccagatgc cggacagcta ctttacgctg     2640

ccggtttgct ccctgtgcgg cgtctcctac ggcactcccc tcaaggacct gcgcacgccc     2700

accggcaaga tcatcatcga tgaaaacaac tggtggcagg acttcctgaa caccgtcacc     2760

ttcggcctgt tcttccccac cggcgcccgg ttcaccatcg aggctgccga tgacagcgtt     2820

gaccacgccg gctatgaccc cgagctctac cccgtgacgg tggagtatct ggtgacggat     2880

cagcgctata cctccgacaa gataggcgat cttgcccatc agttccggcc ctatcccggc     2940

aaggccgtgg ccctgccgga cgatcagacc agcatcgtct atgccaagat caccgactgg     3000

gcgggcaatg tcacctacct cagcaccgat gacctgacgg tggacgccac cgccccggag     3060

atctcctccg atgtggccga gaaccaaatt tactgccagg acggtctccg catcgccttc     3120

cgggatgacc atctcaagag cgtcaccctc aacggcacgg agatgaccta cgccgccgag     3180

gacggctggt atgtcctccg cctcagcgcc gtctccggct ctcaggaggg acagcagacc     3240

ctgaccgtca ccgacgaggc cggcaacggc gccaccgttc acttccagtg gtacgccggt     3300

cacggctttg acgataccgg cctgtgcagt cactgcggcc ttcaggcaga ggcccggtgg     3360

aacgacgcct tcttcccgca tctggaggat gcgctgacct ccgccgatgc cgacgaggac     3420

ggcgcccgtt tcacggcggt ggtcatgctg accaatgcct ctctgcctgc cgatgccttc     3480

tctctggacg gcataagagc cgtgctggcg ctggagggcc acaccctgac cctgtcggct     3540

cccatgacgc tggagcagag cgccggcgac ctcaccatcc gtgatagcac cagctccggc     3600

aagatcaccg gtcaggcact gacggtaaag ggcggccgcc tgacggtgga ggccggctgc     3660

tttgaaaaca cgctgaacct tcaggcctac aacgtgaccc tcttcggcgg caccttcgcc     3720

cgcattacgt cggaggatgc cgtatatccc cgtgcggctc tggcctccgg cgctgcctat     3780

cagcaggcgg acggccagct gatccgccgc agtgacatca cgcccacgct ggaaaatgtc     3840

gccgtggtct cctgccccca cgatgagatc gacggcatca cctgccgcat ctgcggcacc     3900

aagatggtgg ccaaggtggc taaggatgat accctccgct acttcgccgt ctttgaggac     3960

gctgcccagt atgccgcagc gctggaaggc tccgccatca ccctgctgag ggatgccctc     4020

tggagcagca tgggcctccc caccggcacc tatacgctgg atctcaacgg caagaccctc     4080

tccggctcca acgatctgat gatcgacgcc agtcttacca tctacgacag tcagggtggc     4140

ggtaagctgt ggcgggacgg caccattttg gtgctgggcg gtcatgtcgc catcaccggt     4200

ggccagttca accgggtgta tctggcctcc gacagcgctg atctgtccgt caccggcggc     4260

accttcgccc gcatcgctta cagcggcgag gatacctccc gcacgcctct gttcttcccg     4320

gcggagggct ataccttcca aaaggccgac ggcagctacg ccaataccgg tgacgtggtc     4380

acagaggaaa atctccgcta tctggaggac gtcaccgtca ccacacctcc cttcaccatc     4440

acccgttacc ctgtggacac ggacctctat cccaccaccc ccgtcggcta tcggccggac     4500

ttcgtcacgg aggtcacctt ccacatcccc gagagcagcc ccaccatcga gttccagtgg     4560

tatcaggtgg gcgatcccga ccggatcaag agctacggca gtgcagtggc ctggcagaac     4620

cccttcacca tctatacctt catcgacggg ccggcccagt actacggcat cttctcctac     4680

aagggctatt ccgtccgcac cgacgttctg acagtacggg agctggcctg tgaccacccc     4740

ggcgtggatg ccgacaatcg gtgcagccag tgccgtgcgg aggtagccgc ctccgtggag     4800

ctgaacggct ccaccggcta ctacctgtcc ctgtcggagg ctctggcgtt ggcccggacc     4860

gatgcctacc gtggctgcac cctcacggtt ctccgcggca gcaccgatcc catctccgtc     4920

aatagcggct ccttcacgct gacggcggcg cagggcgtga tgctgggcgg caaggtgacg     4980

ctggccaagg atgccgccgt caccctctcc ggcggcagct acaccagctc cgccagcatc     5040

ttcgggccca accgcatcga aggcggcacc ttctacggtg ccgtggccct gcgggacggc     5100

tcctccgtct ccggcggcag cttcctcggc gacgtcacca tctccgacac cgtgaccgtc     5160

accggcggta ccttcaccgg tgatgtcacc atcaaccatg gcggcaagct ggtcgccagc     5220

gccggcacct tcggcagcgt caacgtccag tccggcggag gcggcgctct caccggcggc     5280

cacttcggcg agatcacgca gatcgatggc agcccctgcg ccgcccttct ggcggagggc     5340

tgcgcctatt ccgacggcgg catcatcaac ggctatgtcc ccatcgtcgg tggcgtggac     5400

gtggtccccc atgcccagca ccagtacgtc tggctgaacc agaagctgct gtgcggctgc     5460

ggccatgtgg cagatgagga cgccgacgcc ccggtcatca ccggcatcac cgacggtgag     5520

acctattacg acgacgtgac cttcaccgtc accgacgccc atgacttcac cgtcacggtg     5580

gacggccagc ccgccaccgc cgagggcagc ctgtacaccc tccccgccga caacgtctcc     5640

cacgagatcg tggccgtaga cgtggccggc aaccgcacca ctgtcacggt gtcggtgtat     5700

cggatctata ccgtgacacc gcccaccggc acaggtttca ccttcaccgg cgagaccacc     5760

gtccgccacg ggcaggatta ccggttccgg gtggatatcg cccccggcta ctccaagctg     5820

ccggattact ccctgctggt caacggccag acccccggcg gcatgggcga tgtggacttc     5880

gacgagtgcc tgatccccag cgtggagggc gacctgacca ttaccgtcac cggcgtggcg     5940

gatatcaccc cgccggaggc ggagctgacc atcgccggga atcccttccg ccagttcctg     6000

aacaccgtca ccttcggcct gttcttcaag agcacccaga ccgtgagggt aacggtctcc     6060

gacctgggca gcggcgtgga cacggcggca tggatgctgt ctgacaccgt ctttgccagt     6120

caggccgcca tcaccggcag ctggacggac ctgtccctca ccgacggcag cggcagcttc     6180

tccatccagc ccggccagaa gggctatgcg tacctgcggg tcacggaccg ggccgggaac     6240

atcaccgttc tgaactccga cggcgtggtg gtctacaccg acgctcaggc ggatacccgg     6300

cagatcacct atgtcaagcg cagcgggcag gacgtctcct tccacgtcgc cctcaacggc     6360

aacaccgtca ccggcgtgca gctggcggac ggcacgcctc tggcgggctt caccgccgcc     6420

gaggacggca ccgtgacctt gcctgccgcc acgctgcagg cgctggccgc cggggactac     6480

accctgtacg tcacctacgc ccccctgggc gtggcctaca acgcccgcta cgaggccagc     6540

gaggcaccgg ccatgacctc cgtggccctg tccgtccaga aggccgaggg cagcgtcgcc     6600

attctggatg acgtgagccg tgactacaac ggccagccgg tggaaactcc cgccatcacc     6660

tctctcggaa ccggcgctct cacggtggaa taccgggcgc aggacggcga gttcaccacg     6720

caggccccca aggctgtggg cagctatacc gtccgggtca cggcggcggc cgacgatgat     6780

tacgcctccg ccagcgccca gcggaacttc cgcatcaccg ccaagcgtgt caccatcgac     6840

ggcgtcaccg tggagccctc caagacctat gacggcacca ccgacgccac catcgtgacg     6900

ggcggcaccc tcagcgccaa cttcgacggc aatgacctcc gcatcgtcac cggctctgcc     6960

gcctacgacg gcaagaacgt cggcaccggc aagaccgtct ccttctccgg cttctcgctg     7020

gagggcgacg ccgccgaaaa ctacgccctg gcttcccagc ctgccggcac cacggcggac     7080

atcaccgtcc ggacggcaac ggtggaggac ctgcacattc aggataagct ctacgacggc     7140

acggatcggg cggagtacga cggtgagccc actctgggca acgccgtgtc cggcgaccat     7200

gtggcgctgg tgaaggggac tccctccttc acctccatcc ggacggcaga ggacatcacc     7260

attcgtttca ccgagttctc cctcaccggc gctgacgccg ggaactacgc cctgacccag     7320

cccaccggca ttactgcctc catcctcccc tatgccctca ccggcggcga gtatgccgtc     7380

aactccaacg actggatcaa ccacggcttc gtggtgacgg cggcggaggg ctatctcctg     7440

tccctgacgg acaccgccga cggcgtgtgg cagcagaccc tgcgggccgc cgacgagacg     7500

gcggagggcc ggctgacctt ctatgtgaag gatctggcca ccggcgccat ctcccttcag     7560

gtaacggagc agtaccgcat cgaccgcacc cagcccaccg gcgagatccg ggtggacgag     7620

cggacggcct ggcagtcctt cctgtccagg atcaccttcg acctcttcta tcgggaggag     7680

cagactgtgg tcatcacctc tgccgacgag accagcggcg tggcggccac ggagtatctg     7740

ctgagcgccg aggatctgga catcccggcg ctggagcagg agaccttcct gccctatgaa     7800

aaggcgctgg cgctggctcc ggacggcgag tatgtggtct atgcccgcat caccgaccgg     7860

gcgggcaacg tcacctgcct ccgctccgac ggcatggtgc tggacgccac ggccccctcc     7920

atcaccgggg ctgaaaacgg cggcgtgtac tgcgccgcag tgaccctgac catcaccgac     7980

gcataccccg tcaccgtcac cgtaaacggc actcccgtgg agctgacaga gggccggctg     8040

gtgctccggc ccgccgaggg gacgcagctg gtgacggcca ccgatcccgc cggcaacgag     8100

tcccggctgg agatcaccgt caacgacggc catacctggg gcgactggag ctccaacggc     8160

gacgacaccc acacccgcac ctgcaccatc tccggctgcg gcgctctgga gaccgagagc     8220

tgcaccggcg gcgaggccac ttgcgtggac cgggccgtgt gtgaggtctg cggcggggcc     8280

tacggcgacg tagacgccca tcgtcacgcc gatctgcgcc atgtggaggc caaggccgcc     8340

accacggagg cccccggcaa catcgagtac tggtactgcg ccgcctgcgg caagtacttt     8400

gccgatgcac aggcctgccg tgaactccgg cagacggaca ccgtcaccga gaagctgccc     8460

gccgccccca ccggggacga agcgcccctg acgctgtggg tgatcgtgct ggcagcctgc     8520

gccggtctgg cgctcctgct gctggtgctc cggcggagaa acagccaccg caccgcataa     8580


<210>  3519
<211>  1557
<212>  DNA
<213>  Clostridiales

<400>  3519
atgggctttc tggggggtgc cgccctgctg acggcggcgg tagcggtcag caagctgctg       60

ggggccttgt ataagatccc actgggcaac ctgctgggga gtcggggcat gggctgcttt      120

caggcggcct acaacgtcta tggcgtgctg ttgaccctct ccaccgccgg tctgccgctg      180

gccatgagcc gcctcatcgc ccagagcagg ggcagacccc ggcggcagcg gcgcattttc      240

catgtggcgc tggcgttatt tctggcgctg gggctggtgg gcagcggtgt gatgctgacc      300

tttccccggc agctggcggg cctgctgcac aatgagctgg cggccccctc catccgggta      360

ctggccccgg cgctgctggc ggtgtgtctg ctgtccgcca tccggggcta cacccaaggg      420

caggggcaga tgctgcccac cgccgtcagt caggtggtgg aatccgccgg gaagctggtg      480

gtggggctgg gccttacgtg gtacctcctg actgtccggg gcgtctcccc ggagatcggg      540

gccgccggag ccatggcagg tgtgaccgta ggctcactgc tggcgctgct ggttctggcc      600

ctgcggtggc tgccctcctg catgggcagt gacactccac cctcccggcg ggaggtgctg      660

ggtcagctgc tgaagatcgg cgttcccatt acgctggggg ccggaggcat gagcttcatc      720

accctgctgg atcagtccgt ggccatggat gccctccaga gccggttggg tctggggctg      780

gaggaggcca accggcaata cggggagtac gccttcgccc tgacgctgtt ctccctgccg      840

ccctcctttc tctatcccat cagcgtcagt ctggtgccgg ccatcagcgg agcgctggga      900

cagggcgacc ggcggacggc ccgccgccac acccgcaccg ccctgcggat ggcactgctg      960

ctggcgctgc cgtcggggat agggctgtcc gttctggcgg ggcctatcct gcggctgctg     1020

taccccgctc aggtgcagac cgccgctgcc gccgcccatc acctgcgggt gctggggctg     1080

gctgccgtgt gcgtgtgcct gatggtggtc tccggcggta ttttgcaggc atggggtcac     1140

gagcacatcc cggtggtaac gctgctcacc ggcggggtgg tgaagatcgc tgtcagctat     1200

cagctggtgt cggaccccgc ttggggcatc cggggcgccg ccgtgggaac actgctctgc     1260

tatgcgctta ttgcggggat gaacctactg gcggtgggac gcaccaccgg gatagtcttt     1320

cgctggggcg ttcctctccg gacgctggtg gcagtggggg ccatggcggt gacggcctcc     1380

ggcttttacc ggatgctggt acaccgggct tccctgccgc tggccgtgct gggagccgta     1440

gcggcagccg ctgcggtgta cggcggtctc gtcctgctgc tgggggcagt gcgccgagag     1500

gagctgtgtg ccgtttttgc cgccaaaaag cggcgaaaac catctggatt tttttaa        1557


<210>  3520
<211>  1395
<212>  DNA
<213>  Clostridiales

<400>  3520
atggagcgaa tgaagatcgc tgcccttttt gccgaccagg aacagctgga cggcaaggaa       60

gtcaccgtgt gcggctgggc ccgcaccatc cgggatatga aaacctttgg gttcatcgag      120

ctcaatgacg gctcctgctt caagaatttg caggtggtca tgtccgctga tgagctgaat      180

aattataagg agatcgccgg gcagaacgtg ggcgccgctc tcatcgtccg tggcgccgtg      240

gtgctgacgc cggaggccaa gcagcctctg gaggtaaagg cctcctccat cgaggtggag      300

ggcaagtcca ccccggacta tcctctgcaa aaaaagcgcc acagcgtgga gttcctgcgg      360

accatccagc atctgcggcc ccgcaccaac ctgttctccg ctaccttccg ggtccgcagc      420

gtagcagcct acgccatcca cgagttcttc cagagccgtg gcttcgtata tgtccacact      480

cccatcatca ccggctccga ctgcgaaggc gccggcgaga tgtttcaggt gacgacgctg      540

gatctcaacg acgttccccg gaccgaagac gggcaggtgg attacagcaa ggacttcttc      600

ggcaaaaaga ccagcctcac cgtgtccggc cagctgaatg ccgagaactt cgccatggcc      660

tttggtgacg tgtatacctt cggtcccacc ttccgggcgg agaattccaa cacccagcgc      720

cacgccgccg agttctggat gatcgagccg gagatggcct ttaccgatct ggcgggggat      780

atggatgtgg ccgaggccat gatcaagcac atcatccgcc gggtgctgga gcgctgcccc      840

gacgagatca acttcttcaa cagcttcgtg gataaggggc tcaaggagcg tctgacccac      900

gtgatgacct ccgacttcgg ccgggtcagc tataccgagg cggtggagat cctgaagcag      960

cacaatgacc agttcgactt caaggtagac tggggtaccg acctccagac ggagcacgag     1020

cggttcctga cggagcaggt gttcaagcgc ccggtgttcg tcaccgacta tcccgccgag     1080

atcaaggcct tttatatgcg gatgaatgat gacggcaaga cggtggcggc ggcggactgt     1140

ctggtccccg gcattggtga gatcatcggc ggcagccagc gcgaggagcg actggaggtg     1200

ctggaggagc gcatccgcca gctgggcatg aacccggagg actactggtg gtactgcgat     1260

ctgcggcgct acggctcctg caagcacgca ggcttcggtc tgggcttcga gcggatggtg     1320

atgtacctga caggtgtcag caacatccgg gacgtggagc tgcatccccg caccgtgggc     1380

aatgcggagt tctga                                                      1395


<210>  3521
<211>  882
<212>  DNA
<213>  Clostridiales

<400>  3521
atgaaagagt tgaaaactgc cggtgtgcgg ctgccggatt cgccgctggt cccgtacccc       60

agccgatctc tggtgccgga gcgtgacgtc cgctacgctc ccgtgctgga ggccagccga      120

ctgggcatcg atttcggcgg tctgaccgcc gtggatgact ttaccctcac cattggccgt      180

acggagatcg ccggactgat cggccccaac ggagccggga agaccacggt ctttaacctc      240

ctcaccagcg tctatcagcc cacccggggc agcatcctca tcaacgggat gccaacggcg      300

ggcaagtcca cccatcaggt cagccgcatg ggcatcgccc gtaccttcca gaatatccgg      360

ctgtacaacg atatgagcgt catcgacaat gtgaaggtgg ggatgcacaa tagcgtccgg      420

gagaacctgc tggccgccgt gacccacggc ttcggctacc gcagggcgga gcgtcaggcg      480

gaggccacgg cgctggagat gttggacttc ttcggcatgg cggatctggc tcatgcacag      540

gcggggagcc tgccctacgg cgcacagcgc cgtctggaga tcgtccgggc gctggcctcc      600

gggccattgc tgctgctgtt ggacgagccg gcggcgggca tgaacccttc cgagacggcg      660

gagctgatgg agaacatccg ccgcatccgg gataccttcc agatcgccat tctgctcatt      720

gagcacgaca tgaatctggt catgggtatc tgcgagggca tctgcgtgct gaactacggc      780

aaggtcatcg ccaagggcag ccctgccgac atcaaagcca atcccaccgt catcgaggcg      840

tatctgggga agaaaggagc caaggacgat gctgaaggtt aa                         882


<210>  3522
<211>  1728
<212>  DNA
<213>  Clostridiales

<400>  3522
atgtcttata tgcaggaata tgaaaagtgg ctggcatccc ctgccctgag cgagcaggag       60

cacgccgagc tggagagcat ccgggacgat gagaaggaga tccgggagcg gttctatggg      120

ccgctggaat tcggtaccgc cggtctgcgt ggcaccatga aggtgggcct gcaccagatg      180

aacatccacg tcatccgctg ggccactcag ggctttgcta acgtcatctg cgctgagggc      240

gaggaggcca agcgccgggg cgtggccctg tgcatggact gccgcaacca ctctatggag      300

tttgccagag ccgccgcaga ggtctgtgcc gccaacggca tccatgtgcg tatcttcgag      360

tcgctgcggc ccacgccgga gctgagcttc gccgtgcggg aatacgactg tcaggcgggc      420

atcaatgtca ccgccagcca caatcccaag gagtataacg gctataaggt ctactggtcc      480

gacggcgccc agctgccgcc ccagcacgct gccgccattg cccgtgagct ggagcagatc      540

gacattttca ccggcatccg ccggatggag tttgacgatg ccaaggccca aggcctcatc      600

gagatcatgg gcgccgagac ggacgaacgg ttcatgtccc acgtcatggc catggtcaac      660

gaccgggagt ccatggccaa ggtggccgat accttccata tggtctatac ccccttccac      720

ggctgcggct ggaagctggt gccggaggcg ctgcggggtc tgggcgtgaa gcatctgcac      780

tgtgttccgg agcagatggt gctcgatggc agcttcccca cggtggtctc ccccaatccg      840

gagaatccgg agggcttcta tctggccatt cagttggcgg acaaggtggg cgccgacttt      900

attctgggca ccgacccgga cagcgaccgg gtgggcatca tggttcgcag ccgagacggc      960

tccttcatcc ccgtcaccgg caaccagacg ggcgttctga tgctggatta cctcatcggg     1020

gccatgcgcc gggcaggcaa gctgccggag catccctact tcctcaagac catcgtcacc     1080

acggagatgg cccggaaggt ggccgaggcc aacggcgtta cctgctgcga taccttcacc     1140

ggcttcaagt tcatggcgga gaagaagaac cagctggagt ctcaggggct gggccatgtc     1200

atcatgagct atgaagagag ctatggctat atgctgggcg actatgtccg ggataaggac     1260

gccgttaccg cctccctgat cctgacggag atggcggcat ggtatgccgt gcagggcatg     1320

accctgttcg atgcgctgga ggccctgtac cggaagtacg gcttctacgg cgaaaagacc     1380

cataatctgg tgatgccggg tctggacggg ctggagaaga tggcggcact gatgaagtcc     1440

ctgcgggccg ctccccccac ccacatcgcc ggggtagagg tgctgcgccg caaggactac     1500

accgacggca gcgtcatcga ctgccgcacc ggcgaaaaga ccgctatgga actctccggc     1560

agcaatgtgc tgcggtatga gctggcggac ggcactacca ttctggtgcg gccctccggc     1620

acggagccta agatcaaggt ctacattctc accatcggca aggatgagac ggggcgggac     1680

gagaatctgg ccaagtacag ccagtgggtc gccacgctga caaagtaa                  1728


<210>  3523
<211>  1683
<212>  DNA
<213>  Clostridiales

<400>  3523
atggaaaacc gtagtaaggc gatccttggc atggaggaca gcgcatttgc ccgctccctg       60

ttcaagtcca tgggctacac ggacagcgaa ctgaaggagg gcaagcccct gatcggcatt      120

gccaacactt ggaacacgct ggttcccggc cactacaatc tggacaaggt ggctgagtat      180

gtgaagaacg gcatctatgc cgccggcggc accgctgtgg agttcggcac catcgctgcc      240

tgcgatggtg tggcacaggg ccatgagggt atgcactaca ttctgccctc ccgtgagatc      300

atctgcgact ccgtggagat catggcgcag gcccaccggc tggacggtct ggtgctgctg      360

gcctcctgcg ataagatcgt gcctgccatg ctgatggcgg cggctcgtct ggatatcccc      420

tgcattgtct gcgtgggcgg tcccatgctg ggcggcatcg agttcgacgg ccgtaagtcc      480

gacctgacct ccatctccga ggccctgggt atgctgaagg ccggtaagat caccgagtgc      540

gagtacaact ctctggagaa caccgcctgt cccggctgcg gctcctgttc cttccttggc      600

accgccaaca ccatgtgctg cgtgtccgag gcactgggca tgaccctgcc cggcggcgct      660

ctgatccccg ctgcttacgc cggccgtctg cgccactcct tcgagtccgg ccgtgccatc      720

gtggagctgt gcaagaaggg catcaccgcc cgccagatcc tcaccaagga ggccatccgc      780

aacgccatca aggtgaccat ggccatctgc ggctccacca acgccgtgct gcatctgccc      840

gccattgcca acgaggcgga gctggatatg aacgtgctgg aggagttcga ggctcttacc      900

aagaccacgc cccagatcgc caaggtcaat cccgctgcca agccggagat ggaggccttc      960

taccgggccg gtggtatccc ccgtgtcatg cagcatctgg gcggcctgct ggatacctcc     1020

gtcatgaccg tcagcggcaa gacgctggcc gagaatctgg ccggctacgt ctacgagtat     1080

ccggaggatc ctaccatcat caagacggtg gaggagccct tctccaagac cggcggcgtg     1140

gccgttctgc acggcaacct ctgcccccgt accgccgttt ccaagcccgg tgccatcgat     1200

ccctccatgc accgctttgt gggtaaggcc aagtgctaca acagcgagga ggaggccgag     1260

gaggccatcc tgggcggcaa gatccaggcc ggcgacgtgg tggtcatccg ctacgagggc     1320

cccaagggcg gccccggtat gcgtgagatg ttcaaggcca tgaagtatat gtacggtgtg     1380

ggcctgagca agtccgctgc cctgatcacc gacggtcggt tctccggcac caacaacggc     1440

tgcttcgtgg gccatatctc cccggaggct gccgagggcg gtcctctggc catcgttcac     1500

gacggcgacg agatcctcat cgacgtggat gagggcgttc tggagctgca cgtctccgac     1560

gaggagatcg ctgagcgcta caagacactg aagctgccca agaagaacat ccccaacggc     1620

tatctgcggc tgtatgccaa ggtggctgcc tctgccgacg agggcgctat catcaaggcg     1680

taa                                                                   1683


<210>  3524
<211>  687
<212>  DNA
<213>  Clostridiales

<400>  3524
atgatgatcg aaaagagcgg cagcatccgt ctcaaggata tccccattcc ctccggcgct       60

acgccggagc agcgggagct ggctcagggc atggtacggg tgaatcacct gtaccgcagt      120

gccctgaagg tggccgtgac ccagatggag atcctggacg aggagttcgc cagtctgtac      180

gaccattctc ccattcacca catcgagtac cgcatcaaga cgctggagag catcagcgat      240

aagctgcgcc gccggggcta cgacgtcacc atcgacaata tctatgccta catacaggac      300

gtagccggta tccgggtcat ctgcaactat ctggatgata tctactatct ccgcagcctg      360

ctgacccggt ccgaatcctt caaggtgctg cgggaggtgg actacatcca gcagcccaag      420

gaatccggct atcgcagtct gcacctcatc atcgacgtac ccatcgtcat ctccgagggg      480

acgctgcatc tgccggtgga gatccagctg cgtaccattg ccatggatat gtgggccagt      540

ctggagcatg agctgcggta taaatccgac cgcaatttct ccgattccga cgccgcacgg      600

ctgcggctat gcagcgaggc catcagcgag atcgaccggg agatgcagga catctatcag      660

ggcaaggaac ccagctatca tgagtaa                                          687


<210>  3525
<211>  1998
<212>  DNA
<213>  Clostridiales

<400>  3525
gtggtggagc atacatatac cgtggcgctg gcgggaaacc ccaatgtggg aaaaagcacc       60

gtattcaacc gcctgacagg gctgcgccag cacacgggta actggcccgg caagaccgtg      120

gagcgggcgg agggttattt ttcgcaggcg ggacagcggt tccgactggt ggatctgccg      180

gggacctatt ctctggcggc ggattcgccg gaggaggaag tggccggggc gtttttgcag      240

agcgggcagg cggatgccgt cattgtggta gtggacgcct cctgcctgcg gcgagggctg      300

atcttggccc tgcagctccg ccagcagacc cagcggctgg tgctgtgcgt gaatctcatg      360

gacgaggcgg cccgccgggg catcacaccc caaacagagc gcctggggca gctgctggat      420

gtgccggtgg tggccaccgc tgcccgcagc gggaagggct tggcggagct gcggcatcag      480

gcggcggagg tgtgccgccg ggagccatgg gaggacggct ggagactgac ctacgcccct      540

ccggtggagg cggcgctggg actgctggag acgggaatgt cccgccgccg tgccgtggcg      600

ctgctgtggg gaagcccgcc cacagagggg gaacagtccc tgtggcagcg ggcgcagcaa      660

cggctgggag cgctctccgg gcaggccctg cgggacagcc tgacagcgtc ggtggtggcg      720

ctggcggagg agatcgggcg gcagtgcgtc cggtgcgctg ggccagaccc ccacgccccg      780

gaccggcggc tggatcggct gctgacctcc cggcttacag gctttccggt gatgcttctg      840

ctgctggggc tggtgttcta cctgaccata cagggggcca atgccccctc ccggctgctg      900

agccggtggc tgacggcgct ggaggaacca ctgcggggtc tgctggcagg agcgccgtgg      960

tgggtgcagg gggctgtggt ggacggcatc taccggacgg tggcgtgggt ggtggcggtg     1020

atgctgcctc ccatggccat cttctttccc ctgttcacgc tgctggagga cgccgggtat     1080

ctgcccagag tggccttctg catggatcgg tgcttccggg cggcgggcgc ctgcgggcgg     1140

cagagtctca ccatggccat gggcttcggc tgcaacgcct gcggcgtcac cggctgccgc     1200

atcattgcca gccccagaga gcggctggtg gccatcctca ccaactgctt cgttccatgc     1260

aacggccgct tccctacgct gatcgccctg attagcctgt tctttctggg ggatgccgcc     1320

ggaccggggc ggtcggcact ggcagcggcg gtgtttttag gggtcatcgt gttctgcgtg     1380

gccatgacgc tggccatgtc caagctgctg agcgccacgg tgctgcgagg acagccctcc     1440

tttttttcgc tggagctgcc gccctatcgc ctgccccagg tggggcgggt gctggtgcgc     1500

tccctgctgg atcgaacggt gtttgtgctg ggacgggcgc tgacggtgac ggccccggcg     1560

gggctgctga tctgggggat ggggaacatg gacgccgggg gcgtctctct gctggagcgg     1620

gccgccgggg tactgtcccc gctgggacgg ctcatggggc tggacggcat ggtgctgctg     1680

gcctttctgc tgggctttcc cgccaatgag atcgtgctgc ccattctgct gatgggctat     1740

ctgcacaccg ggacgctgac ggagtgcagc gggctggagg cgctgcgggc cattttgctg     1800

cacagcggct ggaccacgga gacggccctg tgtatgatgg ctctgtgcct gctgcacttc     1860

ccctgcggca ccacctgcct caccatccgc cgggagaccg gcggctaccg gtggacgctg     1920

ctggccatgg tgctgccgac ggcggtgggg atggcggtct gtatgctgat ccatggagcc     1980

ttcgagctgc tgggataa                                                   1998


<210>  3526
<211>  1542
<212>  DNA
<213>  Clostridiales

<400>  3526
ttggaaactg tttgcgccat tgagctgaga aacatcacca aacgtttcgg cagcgtcgtc       60

gccaacgatg gcatcaatct ggccctgaac cgtggtgaga tcctctccct gctgggggag      120

aacggcagcg gtaagaccac cctgatgaat atgctggccg gcatctattt ccctgacgag      180

ggcgagatct tggtagaggg gaagcccgta tccatccgct cccccaagga ttccttccag      240

tacggcatcg gcatgatcca tcagcactat aagctggtgg acgtgttcac cgccgccgag      300

aacatcgtgt tgggtctgga cgagggcggc cgcctggaca tcaaggccgc caacgccaag      360

gtcaaggaga tctgcgaccg ctacggcttc gacatcgacc ccactcagaa gatctacgat      420

atgtccgtct ctcagaagca gacggtggag atcgtcaagg tcctgtaccg tggggcggat      480

atcctcattc tggacgagcc caccgccgtg ctgaccccgc aggagacgga gaagctcttc      540

accgtcctgc ggaacatgaa ggccgacggc aaggccatcg tcatcatcac ccacaagctc      600

cacgaggtca tggctctgtc cgacaaggtg gccgtcctcc gcaagggcaa gtacatcggc      660

accgtcaaga cctccgagac gaatccgcag gccctgacgg atatgatggt gggccacagc      720

gtgaccctga acatcgaccg ccccaagtac gacgctcccg tcccccgcct gaccctgaag      780

ggcatcacct gctacgacgg cgagggcgta aagcggttgg acaacgtctc cttcaccgct      840

ctgggcggtg agatcctggg catcgccggc atcgccggtt ccggccagcg ggagctgctg      900

gaggccattg cgggcctgca ccccgtggct gaaggctcca tccagttcac tccggagggt      960

aagcccgcct ctgaactggt gggcaagacc cccatgcaga tcaaaaaggc cggcgtggcc     1020

atggccttcg tgccggagga ccgtttgggc atgggtctgg ttggctccat gggcatgacg     1080

gacaacatga tgctccgctc ctggcgaaag ggcaagggca tcttcgtcaa ccgcaaggac     1140

cccaacgagc tggccatgca ggtctggaag gagctggagg tggtcactcc cagcaccgac     1200

ttccccgtgc gccggatgtc cggcggcaac gtgcagaagg tgctggtagg ccgtgagatc     1260

gccaccgccc cctccgtgct gatgaccgcc tacgccgtgc gtggtctgga tatcaacacc     1320

tcctacacca tctataacct cctcaccaag gagaagatgc agggctccgc cgtcatttac     1380

gtcggtgagg atctggacgt gctgctggag ctgtgcgacc gtattctggt gctgtgcggc     1440

ggtaaggtca gcggcatcgt agacggtcgc accaccacca aggaagaggt aggcctgctg     1500

atgacccgtg tcggcggaaa ggagaaagcc gctcatgaat aa                        1542


<210>  3527
<211>  885
<212>  DNA
<213>  Clostridiales

<400>  3527
atgaagcacg attttcgata ttttttccgg gagggcatcc gcaatatgtt ctcccacgga       60

ttcatgtcct tcgccgccat cggcgtgacg gtggcgtgtc tggtgatcat ggggaccttt      120

tcgctggtgg cctataacgc caacgaaaac ctgaaggacc tgcaaaagga gaacgccgtg      180

ctggccttcg tggatgagaa cctctctgac aacgaggcca aggccctgca gtccacgctg      240

gagaagatcc ccggcgcagc ggactgcacc ttcgtctccc ggcaggaggc acgggacagc      300

tacgtggagc agtacgatga ggacgacctg tacagcaacc tggatccctc catttttcgc      360

catcggtacg ttatccatct gacggacgcc gcacagatgc agcaggtggt atccgatctg      420

gaggccaccc ccggcatcgt aaaggtccgg gcggacgagg ccatctccaa cgggtttttg      480

acggtgcgga atgtggcaag cctcatcagc atcgccctca ttgcggtgct gctggtgatc      540

tcggtattca ttatctccaa caccatcaag ctcaccacct ttgaccggcg ggatgagatc      600

gccatcatga agatggtggg cgccaccgac ggcttcatcc gatggccctt cgtctatgag      660

ggtctgctca tcggtctgat gggcgccgtc atcgcctttg ggctgcagtg gctgctgtat      720

gaggccattt ccaagggcat tgccgggtcc gataccctgc agctgctgcg ggtggtatcc      780

ttccggaaga tctggggtcc ggtggccggt gtgttcggtc tggtaggtat tctggtaggc      840

gtgggcggca gcctgaccgc catccggaag ttcctgagag tataa                      885


<210>  3528
<211>  1335
<212>  DNA
<213>  Clostridiales

<400>  3528
atgtcccgtc cctccgcttt ttttacagca tctttatatc ctgtctgtta tatcatttcc       60

tgcggcgcct gtcaatcgcc gccgctgccg ccctacgaaa tttttgtcaa gctgaaaatc      120

tttcagccca tctcacattt tttatttttc cctgttgatt ctcacgacgg gatgcactat      180

aatatgggta actggcaaaa acaaggaaaa caacgcttga atggaaaaag gaggaaccac      240

aagatgaaat acggtcgtac atttaatttc tccgccggtc ccgctatgat gccggagccc      300

gtgctggagg agatccggga cgagatgatg aactaccgcg gcagcggtat gtgcgtcatg      360

gagatgagcc accgctccaa ggtgttccag cagatcgctg acgaggccga ggccgacctg      420

cgcaagctga tgcacatccc cgacaactac aaggtcctgt tcattcaggg cggcggcacc      480

gtgcagttcg ccatggtggc catgaacctc atgaagaacg gtaaggcctg ctatgtggag      540

accggcgcat ggtccaagaa ggccattgcc gaggccaaga agttcggtga ggtggacgtc      600

atcgcctcct ccaaggataa gaacttctcc tacatccccg attgcagcga tctggacatc      660

cccgacgact gcgactatgt ctacatctgc gaaaacgaga ccatcaacgg caccacctgg      720

aacaagctgc ccaacaccaa gggccatgtg ctggtgtccg accagtcctc catgttcctc      780

tcccgcccct gcaacgtctc cgactacggc ctgatctggg ccggtgtgca gaagaacgtg      840

ggccccgccg gcatggccgt ggtcatcatc cgtgaggatc tgatccgtga cgatctggac      900

cccaagaccc ccatctacct gatgtacaag actcacgccg acaacggctc catgtataac      960

actcccaact gctgggccat ctactgctgc ggcaaggtat tcaagtacct gctgaacatg     1020

ggcggtctgg aggagatgga gaagcgcaac atcgaaaagg ccaaggtgct gtatgacttc     1080

ctggattcct ccaagctctt caagggtgcc gtggtgcctc aggaccgcag cctcatgaac     1140

gtccccttcg tcaccggcga caaggatctg gatgccgccg tggtggccgc ctccaaggag     1200

gccggcttcg acaacctgaa gggccacaag tctgtgggcg gtctccgggc ctccatctat     1260

aacgccatgc ccaaggaggg tgtggaggct ctggtggagt tcctcaccaa gttcgaggct     1320

gagcatcagg cgtaa                                                      1335


<210>  3529
<211>  2634
<212>  DNA
<213>  Clostridiales

<400>  3529
atgcgtaaag aattgccgaa ggtatacgat ccccgtgagg tggagccgca tatctatcag       60

atgtggatgg acaacggctg cttcaaggcg gacgccgacc cgaagaagaa gcccttttcc      120

atcgtcatgc ctcccccaaa cgtcaccggc cagctgcaca tgggccacgc catggactcc      180

acgctgcagg atatcctcac ccgcttcaag cggatgcagg gctattccgc cctgtggctt      240

cccggcaccg atcacgccgg tatcgccacc cagatcaagg tggaggagcg actgcgggag      300

gaggagcacc tgacccgcta tgatctgggt cgtgaaaagt tcctggagcg tgtctgggcc      360

tggaaggaga agtacggcaa ccgtatcgtg gagcagcaga agaagatggg tgcctcctgt      420

gactggtccc gctcccggtt caccatggac gagggctgct ctcaggcggt gcgtgaggcc      480

ttctgcgagc tatatgacaa gggtctcatc tacaagggaa gccgcatcat caactggtgt      540

ccccactgtc tgacggcgct gtccgatgcc gaggtggagt ataccgacaa gcccggccac      600

ctgtggcata tccgctaccc gttggccgac ggcagcggcg atatcgtggt ggccaccacc      660

cggcctgaaa ctatgatggg cgacaccggc gtggcggtaa acccggagga cgagcacttc      720

aagcacctca tcggcaagac ctgcatcctg cccatcatga accgtgagat ccccattgtg      780

ggtgatgatt actgcgagat tggcttcggc accggcgccg tgaagatgac ccctgcccac      840

gatcccaacg actttgaggt gggcctgcgc cacaatctgg aggtaatccg tgtcatcaac      900

gacgacggca ccatcaacga aaacggcggc aagtacaacg gcatggaccg ctacgagtgc      960

cgcaaagcca tcgtcaagga tctggaggag cagggctatc tggtcaagac cgagccctat     1020

tcccacaacg tcggcacctg ctaccgctgc cacaacgacg tggagcccct gatctccgcc     1080

cagtggttcg tgaagatgga gcctctggcc aaggaggcca tccgggtggt gaaggacggc     1140

accatcaagt ttgtaccgga gcgctttacc aaaacctata tcaactggat ggagaacgtc     1200

catgactggt gcatctcccg tcagctgtgg tggggccacc agatccccgc atggtactgc     1260

gacgagtgcg gacacatcaa cgtcagccgt cagaatccca cccggtgcga aaagtgcggc     1320

tgcacccatc tgacccgtga ggaggacgtg ctggatacgt ggttcagttc cgctctgtgg     1380

cccttctcca cactgggctg gcccaacaag gactccgagg acctgaggta ctggtatccc     1440

acctccgtgc tggtcaccgg ctacgatatc atcttcttct gggtggcccg tatgatcttc     1500

tccggcatgg agcagatgaa gcaggagccc ttcaagacgg tgttcatcca cggtctggtc     1560

cgggatgaca agggacgcaa gatgtccaag tctctcggca acggcattga cccgctggag     1620

atggcggaca agttcggtgc cgatgccctg cgcttcaacc tcatcaccgg caatagcccc     1680

ggcaacgata tgcgcttctt tgtggagaag tgtgaggcaa tgcggaactt tgccaataag     1740

atctggaatg cctcccgcta tgtgatgatg aacctcacca tcgaccatgt acagctaccg     1800

gagcagctgg agctggagga caagtgggtt ctcagcaagc tgaataccct catccgggag     1860

gtcacggata atatggaggc ctatgaactg ggcgtggcct ccgccaagat ctacgacttc     1920

atttgggaca cctactgcga ctggtacatc gagcttacca aggcccggct gtacggtgag     1980

gacgaggagg ccaagctggc ggctcagaac gtgctgtgct atgtgctgct gcgggtgctg     2040

gagctgctgc atcccttcat gcccttcatc accgaggaga tctggcaggc gttgcctcac     2100

gagggcgatt tcctgatccg ggcccagtgg ccggagtatc aggagcgctt cgcctttact     2160

caggaggaga acgccatgga ggcggtgaag gacgccattt ccgccgtccg ggcccggcgc     2220

tccgagatga acgtgccgcc ctcccggaag gccaagatcc tcatcgtcac tcagaccccg     2280

gatatctatg ccggcggacg tgacttcatc atgcggctgg cctacgccag cgaggtggag     2340

gttcaggcgc agtctccgga ggatctgaag ggtatggtca ccgtggccac ccacaacgcc     2400

accctctatc tgcctctggc ggagttggtg gacatccggc aggagttgga gcgcatcgcc     2460

aaggagaaaa ccaaggcaga ggagaatctg gcccgcatcg agaagaagct gcaaaacgag     2520

agcttcgtgt ccaaggcccc ggaggccgtg gtcaatgccg agcgggagaa ggctgacaag     2580

gcccgtgcgc tgatcgccaa gctggaggag tccgcggcgg ccatgcgtgg ctaa           2634


<210>  3530
<211>  1068
<212>  DNA
<213>  Clostridiales

<400>  3530
ttgcgggacc caaagctgac gtttctcatc cggtgcgcct acggggcggt ctggttggcg       60

cttatatggc tgatggtgcg gtatgtgctg gtgtggctgc tgccgttcct cattgcactg      120

gcgctggcgg cgctgctgga gccggcggtg gtactgtgcc gaagaaggct gcacctgcgg      180

cggggcttta cggccacggt gctgagcttg gtggtgctgg ggacggtggc ggcgggactg      240

gtgctgctgg ccatggtgct gctgcggcag gtctgtgagc tgtcgggtcg gctgccgggg      300

tatctggagg ctctgccccg gtggacggag ctggtacggg gcagggcgca gcagctgtgc      360

gctgcctgcc cggagggact gcggagctgg ctggaggctc tgctggatgg gctgtcggct      420

cagctggcgg agctgctgga gagcatgggc cagcggtgcc tgcgggcggt gacggcggca      480

gcggcggcgc tgccgcaggc ggtgctgttc tgcgctacca cactgctggc ggtgctgttc      540

accgccggaa gctatccccg catccgggcg ttcctccggc ggcagctgcc ggaggagagg      600

ctgcggcagg ccagaggcgt caaggcggat ctgctggcca ccttggggaa gtggtgcaag      660

gcccagtgca ttctgctggg ggtcaccttc tgtgagctgc tggcgggact tctcctgatg      720

cggcagggct atgccctgct gctggcggca ctgatcgccg tcatcgacgc cctgccggtg      780

ttcggcacgg ggacggtgct ggtgccgtgg ggggcgctgt gcctgctgac agggaacgtc      840

cccaaggggc tggggctgct ggccctgtac ggcgtcatct cgctggtgcg gagcgtgctg      900

gagcctaaga tcatggcggc gcaggtggac ctgtcgccgc tggcggcgct ggcggccatg      960

tatgtgggct tctgcgcctt cggcgtggct gggatggtgc tgtgtcccat ggcgctgctg     1020

tgtgtcaagc agctacatga cagcgggtgg ctgcggctat ggaaatag                  1068


<210>  3531
<211>  1530
<212>  DNA
<213>  Clostridiales

<400>  3531
atgcccagac attattcctc ccgctcctac ggcggctacg gttcctcccg ccgccgcacc       60

ggggcggatc ggttcggtat actcaccttc ttcctgctgc tgatctccag cggctttctg      120

gcggctcggc tgctgaccac cggcgtgctg acccagaagc tgacgctgct cctgctgtcg      180

gtgctggcgg gactgaacgt tctcttcgcc gtgacccaac tgccccgctg gcgcaacaag      240

ctctggaagc ttgttctggg cgtggtggcg ctggtactgt cggcgggcat gatctacgcc      300

accgtggcca ccaacgccgt gctggagact ctctcccgtg tgtccagcac cggcagcgtc      360

aagaccgtgg tggtgcgggt ccgggaaaac gactccgctc aggagatcgg tgataccttc      420

ggctatacct acggctatct ggctcagacg gataccgaca ccaccgatgc ccttctgacg      480

catctggagg agggactggg gcaggtcaag accaagtcct acgacactcc cacggctctg      540

gccggcgctc tgtataaccg agaagtagac gccgtcatcc tgggcaaagg catggtctcc      600

accctgaagc agaccgacgg ttacaaggat tttacgtccc gcacccgtga gatctataca      660

tacgacgtga cacacgagtc cgacgccatc gccccgaatg ccaacatctc ccgtcagcct      720

ttcgtggtct attgcagcgg caccgacgag cgcatctccg ataccctgct caacacccgc      780

agcgatgcca acattctggc ggtggtgaac ccctccaccc ataaaattct gctggtgaat      840

atcccccgtg actactatct gcccctgccc ttcaacggag agatggataa gctgacccat      900

ttcagcgtat acagtgataa gggcatggac gagcccatcg aggccctgaa caccttgctg      960

ggggtgaagg ccgactacta cgcccgtgtg aatttcagcg gccttatgga tatcgtggac     1020

gctctgggcg gcatcgacgt cacctcccca gtggacttca ccaccgtcgc tatggagatg     1080

cccaatgaaa acggcgacgg tggctatcac gacgagtcct tcaccttcac cgagggcgtc     1140

aatcacatca acggccggga ggctctggcc ttctcccgtg agcgctccgc cttcgctcag     1200

ggcgacgtgc agcggggccg caaccagatg gcggtgctgc aggccatcat tgacaaggcc     1260

acctcccccg ccatcctctc cgggtatcag gatgtgctga aggccgtctc cgactccgtg     1320

ctgaccaata tgccccagca ggatatcctg aagctggtga agctgcagtt ggaggacaag     1380

gtggactggg acatcagcac ctacaccctc tccggcacca cggatatgca ggactgcttc     1440

accaccggct tccccctcag cgtgctggtg ccggatgaga gctccgtcgc cgccgctcgc     1500

cggatgatcc aggagctcat caacggctga                                      1530


<210>  3532
<211>  1431
<212>  DNA
<213>  Clostridiales

<400>  3532
gtggatctca gggcgctgct ggcgggactc acctccgccg ccgtgccgca ggtgccggag       60

gtcaccggtg tctgctgcga ttcacagagg atacgccccg gcgacgtgtt cgtagccatt      120

cccggcttcc gggaggatgg ccgctgccac atcgccgagg ctaaggcacg aggggccgtg      180

tgcgtcctga gccgggagcc ggtgcaggag ctgccatggg ccgccgtgca ggacccccgc      240

cgtgcgctgg cggaggtcag cgcacgcctc tatcgccacc cggatcggga gctggcggtg      300

gtgggcgtca ccggcaccaa cggcaaaacc accaccacct gtctggtgcg ccacatcctc      360

cgacagacgc tgggggtgcg ggtgggcctg ataggcacca tccggaacct gatcgacgag      420

acggagctgg agacggagcg caccaccccg gagtcctgcg acgtctaccg cctgctgcgg      480

cagatggctg atgccggatg ccgctatggg gtgatggagg tgtcctccca tgcgctggcg      540

ctggagcggg tacggggcat caccttccgg gtgggggcct ttaccaacct cacacgggac      600

catctggact ttcaccgcac catggaggac tactgcgatg ccaaggcgca gctgttccgc      660

cagtgcgagg ccgccgtctg caacggtgac gacccgtgga cgccccggct gctgcgagaa      720

tgtgcctgcc ccgtgctgcg ctacggcacc ggggacagca gccgcctgcg gggggagaac      780

cttcgcctga cggcccggag cgtggccttt gatgcccttc tggacgggcg gcgcatccca      840

gtgaccgtcc ccattcccgg ccgcttcacc gtgtataacg cactggcggc gctgggcatc      900

tgccatatgc tgggcgttcc gccggagcag ggggcagcag cgctgcaaac ggcctccggc      960

atcaagggac gcatggaggt ggtccccacg ccgggcctgc cgtgtaccgt cctcatcgac     1020

tacgcccata cgccggatgc actggaaaac gtgctgacgg cggtgcgggg ctttgccgag     1080

ggccgggtgg tggcggtgtt cggctgcggc ggcgaccggg accgggagaa gcgcccgcag     1140

atgggccgca tcgtctcccg gttggcggat gtggcggtgg tcacctccga caacccccgc     1200

tgggagcagc cggagaagat catcgaggat atcctgccgg gcctgaccgg ccccgccgag     1260

agcgtcgtca tctgcgaccg gcgggaggcc atcggctggg tactgaaaaa cagccgcccc     1320

aaggacgtta tcgtcctgtg cggcaagggc cacgagacgt atcaggaggt gtgcggcgaa     1380

aagcggcaca tggatgagcg ggaactggtg gcggcatata ccaacggata a              1431


<210>  3533
<211>  1377
<212>  DNA
<213>  Clostridiales

<400>  3533
atgaacgata gaatgagaaa gggctgctgc cgcctgctgg cgctgctgct gacgctggtg       60

ctggtgatcc ccgcctatgg gcaggagacg ctggatgcgc tggcggcggc gcagggctgc      120

acggcggaga cgctgctgca aagcgataag ctgacggcgg gagactccgt cagcgactgg      180

gtggccatcg ccgtgagccg ggccggtacg gagggggata cctccgctta ccgcaaggca      240

ctggagcgct atgtgacccg gatgtaccgg gagcaggggg gcttggaccg cttgcgagcc      300

acggagtggc agcgcaccgc cctgacggcg ctggcgctgg gagcggaccc caccgccttc      360

ggccgggaca agaacagccg gtcggtgaac ctgctggccg acggcgtata tcaattcacc      420

gccgcccaat ctctgggaac acagggactc aacggctgga tcttcggcct gatcgctctg      480

gacagcgccc gcttcgccgt gccggaggat gccgtctaca ccagagccac tattttgcag      540

gcgctggtgg cagcgcagga gccggagggc ggcttcggcc tgacggtagg gaactcggac      600

gtggatctga cagccatgac cctgcaggcg ctggcgccct atcagaacag cacagtgacg      660

tataccggaa cctccgggga gtctgtgacc atccgggagg tggtgcgccg ggcgctggcg      720

tggctgtctg accagcagac ggcggagggc gatttcatca gctgggacgc cgccaatctg      780

gagagcacgg cgcaggtcat catcgccctg tgcagcttgg gagtggaccc ggccacggac      840

gcccggttcg tgaaaaacgg catcagcgcc gtggacgggc tgatgcgcta ccggctggac      900

gacggcacct tccgccatat tctgacggac ggctccgatg tcatggccac agagcaggcc      960

cttctggcgc aggaggccat ggagcggctg tccgccgccc gccggagcct gtatgacttc     1020

cgggaggaga tgccggagga tataaagatg caggtgacgg ccctgaacga ggcactgacg     1080

gatgtggcgg tggccacgcc ggaggaggtg caggctctgt atacccggta tctggccatc     1140

cccgccgccg agcgcagcta tgtgttcgct gccggggcgc tgctggatcg gatgcaggag     1200

ctttccctgg agatcacgcc ggaggatccg gcgcaggcat atgagctgcg ggttgcggcg     1260

gaggagacta cctctggccc cggcgccgta gtatggatcg ccgcaggcgt cgccgtggta     1320

gtggtggctg caggcatggt gatttggagc aagcggagga agatatgtac gaagtaa        1377


<210>  3534
<211>  771
<212>  DNA
<213>  Clostridiales

<400>  3534
atgcagggga aggtggaaat ctgcgggatc aatacagccc ggctggagat cctgaaaaac       60

gacgagatga tggagcttct ccggcgcacc aagcaggggg atatggcggc ccgtgagcgg      120

ctgatccggg gcaatcttcg gctggtgctg tcggtgatcc agcggttcag cagccggggc      180

gagaacgccg acgatctgtt tcaggtgggg tgcatcggtc ttatcaaggc catcgacaac      240

ttcgacatcc gtcagccggt gcggttctcc acctatggcg ttcccatgat cgtgggggag      300

atccgccgct atctccggga caacagcacc ctgcgggtca gccggagtat gcgggacact      360

gcctataagg tcctgcaggc ccgtgagcgg ctcctgcgcc agcagcagcg ggagcctacg      420

gtggagcaga tcgcccagga gctggagctg ccccgtgagg aggtggtgtt cgccatggac      480

gccatgtcag ccccggtgtc tctgtatgag ccggtgtacg ccgacggcgg ggacgccgtg      540

tgcgtcatgg atcagatccg ggacgaccac agcagcgatg agggctggct gcagcagctg      600

gcgctgaagg acgccatctc ccacttgcag ccccgtgagc ggaacattct ggccctgcgg      660

ttctgccagg gcaagaccca gatggaggtg tcctccgaga tcggcatctc gcaggcgcag      720

gtgagccggt tggagaaaaa tgccatacgc tccatcaagc aggagctgtg a               771


<210>  3535
<211>  2244
<212>  DNA
<213>  Clostridiales

<400>  3535
atggcagaaa acagaaggaa aagtgaaaac atccggcggg ccaaccgggt catccagacc       60

cgtacctttg tgctgatgct ggtgctgggc gtggcggtgt ttctggtgct ggccctgaag      120

ctgtatcagc tgcagatcaa gcagcacgac tactatcaga gcaaggcgct ggatcagcag      180

acccgcagca ctgtggtgac ggcctcacga ggcaccatct acgaccgcaa cggcaacgag      240

ctggcggtat cggccacggc ggagacggtg ttcctctctc ccaaggaact ggcggaggag      300

ctggaaaagc ctgagaccaa gtggaccagg gagagtctct ccgccggcct gagtcagctg      360

ctgggtgtga cgcaggagag tattctggag cagatggagc gtacctactc ccagtacgag      420

gtggtgaagc tccgggtgga cgaggacacg gccaacgccg tccgggagct cctcaatgac      480

aacgaggtcc acggcgtgta tctggagacc gatgccaagc gctactatcc ctatggctcg      540

ctggcggccc acgtcatcgg cttcgtggga acggacaaca ccggcctcta tggactggag      600

gcccagtatg aggaggagct gcagggccag acggggctgg tggtcagcgc caaggacaac      660

ggcggcaacg ccctgcccta tgaatacgag cagtactacg cctcccacaa cggcgacgat      720

ctggtgctga cgctggatac caacgtccag tactatctgg agaaatacgt caaggagatg      780

gcggaccagt tcgaggctgc caacggcgcc accggcatcg tcatggacgt caagaccggc      840

ggcgtgctgg gcatggtgtc ctaccccaac tacgatctga acaactactc cgaggtgtcg      900

gacgcccgcc tgaaggcggc catcgaggac ggcagcgcct cactggcgga tcagcagctg      960

cgccagtggc gcaacaaggc cctcaacgac acctatgagc ccggctccac cttcaagatc     1020

ctgacgctgt cggcagcgct ggaggagggc gtggtggata tgagctccac ctttgaatgc     1080

tccggctcca tcaccgtcat gggccagacc atccactgca gcaacaccag cggccacggg     1140

catcagagct tgaaggaggc caccggtaac tcctgtaacc cagccttcat caactgtggg     1200

ctgggactgg gaacagatac cttctacgag tatatgcgct ccttcggcct gctggatggc     1260

tccggtatcg atctggccgg cgaggccacc ggtatcttta tggcccagag cgatttctcc     1320

cagctggatc tggcctgcta tgccttcggc cagaacttca acgtgacccc catctccctc     1380

atcgccgcac aggccgcctg catcaacggc ggctacctgt accagcccca tgtggtggaa     1440

caggtccggg acagcagcgg cgctgtggtg tatcagcacg acaatacccc cctgcgtcag     1500

gtagtcagcc agcagacctc cgccacggcc cgtgagtgcc tggagtatgt ggtctccgat     1560

ggcggcggcc gcaacggaca ggtgaagggc taccgcatcg gcggcaagac cggtacggcg     1620

gacaagggca agaccggcga cgtggtggtg tccttcgtgg cctttgcccc ggcggacgat     1680

ccacagatca tcatgctcat cgccatggac tcccccgccc gtgacaccgg cacctacccc     1740

tccggcggcg ccatggtggc tccggtggcc agcaaggtca tggcggagat cctcccctat     1800

ctgggcatcg agcccaccta caccgctgag gagctcatgg gtgccgacac caccgtcccc     1860

tatgtggtgg gcatgacccg tgaggaagcc cagcagcggg tgaaggatcg tggcttcggc     1920

tgccagatca tcggcgacgg cgataccatc accgaccaga cccccgccgg cggggccatc     1980

atccccggca acgccacggt gatcctctat gccggggcgg agaaagccac agagctgtgt     2040

actgtcccca acctgctggg ccggacggcg tcggaggcca attcgctggc cagcaacgcc     2100

ggactgatcc tgcgcttcac cggcgccacc aacagcacct ccggcagcat cgtggtgctg     2160

aatcaggatg tagaggccgg tgctcaggtg gagcccggca ccgtcatcag cgtgcagctg     2220

ggcgatacca gcctcaacga ctga                                            2244


<210>  3536
<211>  1503
<212>  DNA
<213>  Clostridiales

<400>  3536
atggaaaaat ctcagaatag aaaacctttt caggcccttc gtgacctgtt ccacccggtg       60

gacctgaccc acggcacctg ctggcgcacc attttgcagt tctccctgcc ggtgatcctg      120

tcgtacctgc tgcagcaggt gtataccatc agcgacgccg ccatcgtggg ccaaaccctg      180

acggcgcagg aggtggccgg cgtcaacgac accacctcgt tggtgttcat cttcctgcaa      240

ttcgccttcg gcgtcagcgc cgggttctgc gtcatcacct cctgctgcgt gggctgccgg      300

gatcaggccg gtgtgcgccg ctccatggcc gcccaactgg tgctgtcggc ggggctgacg      360

gtgctgctga cagctctggc gctggtgctg ctgaacccca tgctggcctg gatcaacgta      420

acgccggaga acccggaggt ataccgggcc gcctacacct actgcggcat catcttcgcc      480

ggcatcggcg cccagctgtt ttataacttc atctgctcct tcctgcggag catgggcgac      540

tccgtaacgc cgctgctgtt cctgctgggc tccacggtgc tgaatgtggc gctggatctg      600

ctgttcattc tggtgctgcg ctggggcgtg gccggagccg ccggagccac cgtcaccgcc      660

cagctcatca gcaccgtggc ctgctttgcc tatgcctttt ccaagtaccc ggacctgcgg      720

ctccacaagg aggactggcg catcaccgga ctggatctga agcgtcacat tgttcagggt      780

gtgccgctgg gcctccagtt ctccgtgctg gccatcggca tcatcgtcat gcagagcgtg      840

gtggtgaagt tcgatatgat cgacggccag atggtgtccc acgccgccca gaacggcttc      900

ggcgccgcca acaagctcaa tagcctcatc atgaccccgg tgaacggcct tggcgccgcc      960

atgaccagct tcaccgccca gaatctgggt gccgggtaca cccaccgcat ccgcaagggc     1020

atcctgcagg gtctggtcat ggccgccatc atcggcgtct gctccgtagg gctgggtctg     1080

ctcctgacca tcgacggcgc atatctccac atcttcctca gcgccgacaa ggtcaccgcc     1140

gacaccatcc gcttcggcaa ccacttcctg tatgtggatt tctccatgta cctgctgctg     1200

tgcttcctgt tcgtggtccg caactgcgtg cagggcatcc agcgagcccc cttcgtgctg     1260

tgggccggag catccgagct gatcgcccgt gtggccatct gcctgaccct cccggccctg     1320

ctgtccggcg gcgtggtcag cgcccagtcc cctgagctgg ccttctacgc cctgtgcgcc     1380

gccgatcctc tggcgtggct ggcggcggat ctggtgctgc tggtgccgtt cttcaagaat     1440

atgatgcaca ggaattacca atatctctat ggcggcgtgg agcagcattt gttgggaaaa     1500

taa                                                                   1503


<210>  3537
<211>  3423
<212>  DNA
<213>  Clostridiales

<400>  3537
atgcaacaca gaagaccccg cctgatggcg aagatcctcg cgtttgttct ggcagtttcc       60

ctcgtattcc ctgtgtctgc cttcgccagc gtggctgatc tggcggatga cacccgtact      120

ccaggcaaat ctctggcaaa cacctacccc aacctgccgg tagactggca ggtatctctg      180

gctgaggaca ccaaggacgt taccgtgagg gttcccgtat ccctgaccac tgacgagctg      240

accgccgcca tcgaggcgca gtccatcagc ttctctctgg tacgtgacgg cgagcgtcag      300

tacctgaacc ccgagaagtt ccccaacccc tgggagggcg gcacactgga tcagtgggtc      360

acccagaaca acaaagagac cgtccagatg tttgacatca aggagatggg cgtcgagacc      420

gacaacgacg gtaaggtgta tctgaaggtc ctgatggaca tcaactgcta cttctacacc      480

acccgtttcg gcgccgttga ctacagcgct ccccacaaca acggcggtgc gtatctggac      540

atctgcggct acttcaactt caacgccatc gtggcggaga agaccgtggg cagcgtggct      600

acgaaggtcg ttccctatga caccttccgc accatctatg agctgtacga cgatgtggat      660

gctctggcca atgccgagac cgatctgtac gtctcccgtg agtccatggg ccgttccacc      720

accgacggct acgacatccc ctacgtgatc attgccgacc agaaggcgtc cgtggatcgc      780

tggctggagt acaccgaact ggtggagcag gatcccgatc tggtcctggc tcagctgaag      840

gaaggcaagt gggatgacct gcgtgtcccc atgttcgcct ccaatgtcca ctccaacgag      900

aatgccgccg tcaacggtat tctggagttc ggccatatgc tgctggagaa cgagaccgtt      960

gacgtcaaga ccctgacggg cttcacggat gccggtaagg cgcttctggc cgaggaaatg     1020

gcaagaaaca atgccaagac tcccgacctc atcaaggatt acgcctccta tctgggctac     1080

atccgtggcg agaacggcta caaccactgg accaccagcg gttcctccaa gggcctgtac     1140

tccgggcagc tggagctgga gaagtactac aacgttgaga gcgaaaccgt gaatattaag     1200

gaactgctga ccgacgtgtt cgtcgtcatc gttcctgagc agaacgtgga gggttatgag     1260

cacatgaccc gtaccaccgg tcagggctat gaccccaacc gtgacgaggc caaccagacc     1320

ctgttcgagg atgccaacgc tatggctctg gtgaacaagt tcaaccccat ggtctttacc     1380

gagatccatg gacgtgtgga tgccgtcctc attgagccct gcacgcctcc ccacgagccc     1440

aactacgagt atgacctgat cgctgagcag ttcattaagc tgggcgaggc cgtcggtgtc     1500

ggcgccatcg ccaacaaccc cgatcacaac agcttcgaga tgcctttccg ggatttcctg     1560

agaggcagcg aggattcccc taccggcaag gagtggaccc agccttggga tgatatgacc     1620

actgcctacg gttctcagta tcccgtgctg atcggcaccg ccggcatcac ttgggagctg     1680

cccgtgtaca gcgatatcag cgccgagtac atggttccct acggcctgat gacccaggct     1740

atgttcatcc gtgacaacaa gatctccatg ctggagaatc aggccaagct gttctcccgt     1800

ggcgtaaaca acaccaactc caacgccgat gtggctccct ggtacgtgaa ccagtacgac     1860

gagaccggcg ctcaggctga gctgatgcgt cccgtgtacg acggcgaggg ccagaacggc     1920

aacttctacc ctgagtgcta catcatcccc ctggatcgtg acaaccagaa gaacctcttc     1980

gacgccgctg cggagctgaa gtatctgacc cgcaacgatg tcaaggtcaa cgtggccacc     2040

gagtccttcg tctatgacgg cgtgacctat cccgagggaa ccacggtcat ctccatgtat     2100

caggccaagc gttctctggc taacagccag ctgtacgacg gcaccttcat cagcgtgtgg     2160

tccggcctgt actccgagag ctttgcccag cgcagccatg ctcgtggcta tgaccgcatc     2220

atcgtggccg agcccgctgc ctacgagacc atcatgcagt cctgccaggc taccatcgac     2280

tatgagggca ctctggccgc tctggctgag tgtaccgccg acttcgacgg cgttgagaac     2340

gccgatgtca tcatcgacaa cgtctccaac gattccgcca atgccgtcaa cgctctgctg     2400

aacgccggca agaccgtggc catgatcacc gagggcgagg agaagggcaa cttcctgtgc     2460

tcctatgagg acttcctgac catcgccgat gagtatgtcg tgaccgccac cggcgtgtac     2520

ggcgccaact acaaggccgc cgtcatcgac aaccccaccg tgtatctgcc cggtaagccc     2580

gccaacaaca ccagcggcta cgtggagacc actctgcgct ccggctctta caactatcgt     2640

ttcgactggc tggctctgac caacatgggc ttcaccgtcc ccgacgacct ctccgctgcc     2700

gacgtcatcg tgggttcccg tgctctgaat gatgaggctc tgggcgctgt caaggccggt     2760

actccctaca tgggctatac cgccaccgcc gttagccggg tcagggagct ggtgggtctg     2820

gagatttcct cctgcgagat gggtaccgac ttcctgggcc gcgtggtgta tcccaacaac     2880

actctcatca acgccaccta catcaacgag ggtgacgacg tgatgtacga gtatggtacc     2940

tattggttct ccaagattcc cgacggtgct accgttctgg tgcagaacgc cgggaaggat     3000

cccctgcagg gctgcatctg cctgaccgac gacggtctgg tgaagcagtt cgagacctac     3060

aacaacggtg tggtgggctt cgagtatcag tccggcaaca tggacatcgc tctgtttgcc     3120

aatgtactga accacaagat ccatcagacg gatgaattca ccttcatcag caacttcatc     3180

ttctctcgca gcctgagcgc cgtcgcctat gagggtgtcc agcagccgga gaatcctgag     3240

cccgacaacc ccgaccccaa gcccgatcct aagcccggtg attccggtac caccgatccc     3300

aagcccacta cgcctcccga gaccggcgac accagcaacg tgatgctgtg ggtggctgtg     3360

gccgttatca gctgcggtat gatccccgcc gctgtggtgg tcctgaagcg taaggctcgc     3420

tga                                                                   3423


<210>  3538
<211>  954
<212>  DNA
<213>  Clostridiales

<400>  3538
atgaccactg cggaagccgc cgcccgtctg gcggctatgg atcaggtgct gatcctcacc       60

catgtccgcc ccgacggcga caccatcggc tccgccgccg ccctgtgctg cggcttgcgg      120

gcgctgggca aaacggcgta tctgctgccc aacccggagc tgacggccac ctacgctccc      180

tatgccgccc cctatctggc ggaggcggat tttgtaccgg cgtatgtggt ctccgtggac      240

attgcggcgc tgtcgctgct gccggagaac gcccggccct atcaggaccg cattgctctg      300

gccatcgacc accacccctc tcaggagttt ttcgcccgtg agacgtgtct ggaggcggac      360

agcgccgcct gcggcgagat cgtgtacgat atcctccggc agctgacgcc cctgacgccg      420

gagatggctc tgccgctgta tgtggccatc tccacggaca ccggctgctt cgtctactcc      480

aacaccaccc cccgcagcca ccgcatcgca gcccagctga tggactgcgg catcgacgtg      540

gcccccgtca acaaggcgct gttccgcacc aagagcgccg tgcgtctggc catggaggcc      600

cggatggtgg cgggtatgga gcgctgcgac gccgggcggg tggtggtgat gcagatcccc      660

ctgtccctgc ggcaggagct gcacgccacc gatgccgata ttgaggagct cagcgctctg      720

gcggcgcagg tggagggtac cgactgcggt gtgaccctgc gggagctgcg ccccggcacg      780

gtgaagctgt ctctgcggac cggcccccgt gtcaacgcca cggaggtctg ccgcctgttg      840

ggcggcggag gtcatgccgc agcggcggga gccaccgtca gcggcaccat ggctcaggcg      900

aagtccgccg tgctggcggc catcgctcag gtcatcggcc cgctggcccc ctga            954


<210>  3539
<211>  1611
<212>  DNA
<213>  Clostridiales

<400>  3539
atgaacgaga tctatgtggt cgggcatcgg aaccccgaca cggattccat cgtggctgcc       60

atgtcctatg ccgctctgcg gaatgctctg ggcgaccggg actacgtggc agcctatctg      120

ggccacgtca gcgacgagac ccagcgtctg ctggatcgct tcggtctcca gccaccccag      180

ctgatccaaa atgtccgcac acaggtggcg gatctggatt atgatacgcc gcctgccctg      240

aacgccaccg tcaccatgga ccgagcatgg cacatcatgc gggaacagcg gatatccgcc      300

atccccgtgg tcaacgagga cggcaccctg tatgggaccc tctccgccgg tgacatcgcc      360

acctacagca tgaacaccat cggcgagcca cgcgtggagg cactgcccct gttcaatctt      420

ctgagcgtca tcgagggccg tgtgctcaac gacaccggtg atctggtgga ctctgttacc      480

ggcgacgtgg tcattgccct gccccagagc tgcgagaatc tgctgtggaa cggtcgggag      540

catatcgtcc tgtgcggcga ccagccggac atgattcgcc gggcgctgga gaccaatgta      600

ggctgcctga tcctgtgcca gacggaggta gatcaaacgc tgctggcaga cgctcaaaat      660

acctgcatca tttccagccc ctacgatgcc agccgggtgg cccgtcttat ctatcaggcc      720

atccccatct cccgcccctg ccacactgac gacatcgtct gcttccatct gtcggactac      780

atcgacgatg tgcgggaagt ggtgctgaag agccgctacc gctgctaccc ggtgctggac      840

cagaacgaaa aggtcgtcgg caccctgtcc cggtatcacc tgctgcgccc ccggcgcaag      900

cgtgtggtgc tggtggacca caatgagcgg gcgcaggccg tacagggtct ggatcaggcg      960

gagattctgg agatcatcga ccaccaccgt ctggcggata tccagaccac ccagcccatc     1020

cgggtccgca atgagccggt gggcagcacc aataccatca tcaccggaat gtatcaggag     1080

cacggcgtca tgccctcccc ggctatggca ggcctgatgg cagcagccat tctatccgat     1140

actgtcatgt tcaaatcccc cacctgcacc aagcgggatg tggccatggc cgagcgcatg     1200

gcccgcattg ccaacgtctc cctcaacgag ctgggcaagc ttctcttcga tggcagcttc     1260

gacggtaaat ccgccgagga gctgctgcac agcgacttca aggagttcca cattgccgag     1320

cagaatctgg gcgtggggca gatcacctgt ctggattccg aggatatgct ccagcgccgg     1380

gaggagtttc tggaggccat gcgccacgat cagacggagc accactacga catggtgatc     1440

ctgatgctga cggacgtgct gatggagggt acgcagctgc tgtatgtggg cagcgacgac     1500

gtcatccgca atgccttctc cgccgagccc aaggacaaca gcctgttcct gcccaaggtc     1560

atgagccgga aaaagcagat catccccatg ctcaccgccc tctggggctg a              1611


<210>  3540
<211>  1674
<212>  DNA
<213>  Clostridiales

<400>  3540
atgctggaat tgctccatat cgaaaatatc gccatcatcg accgggcgga tatcaccttt       60

gagccgggct tcaacgccct caccggcgag accggcgccg gtaaatccat cgtcattgac      120

tcgctgagcg ccgtgctggg tcagcgcacc tcccgtgacc tgatccgcac cggggccgac      180

aaggcctacg tcagcgcctg cttcaccggc atcccgccgg aggtagggga ggacttgggc      240

atcacatggg atgaggagct gctgctgcag cgggagatcc acgccgacgg caaaaacgtc      300

tgccgggtgg gcagccgccc cgtcacggtg acgcagctgc gcaccttggg cagccgcctg      360

ctgaacatcc acggtcagca cgacggccag cagctgctgg acgaggagca gcacctgctg      420

tatctggata gcttcggccg caccgagccg ctgctgaccg cctatcggga gaaatacgcc      480

aagctgacgg atatccgtcg ccagatgcac gccctgcaaa tggacgaggc ggagaaggcc      540

cgtcgcatgg ataccctgcg ctaccagatc caggagcttc agcgggccaa gctgaggccc      600

ggcgaggagg aggagctgac ctcccgccgc aacctgctgc gcaacggcga aaaattcatg      660

tccgccgtct ccgaggcgga cttctgcctc agcggcgacg acagcaccag cggcgcactg      720

gccctgctgc ggcaggccca gagcgctctg gagcccatcc gtcgtctgga cgacagcttc      780

gaggagctgt accagcggct ggaggcagtg tacagcgagg tctacgatct ggcctacacc      840

gtgcaggaca agcgggacgc cttcgacttc tccccgcagg agctggacga ggtggagggc      900

cgtctggatc agctgtaccg gctgaaaaag aagtatggcc cggatgtaga gagtatgctg      960

gcctatctgg accgcagcac caaggagttg gacgccatcg aggacgccgg cgacaccctg     1020

ctgcatctgc agcagctgga gaagaaggcc ctgtctgctg cccagtctgc ggcggaggag     1080

ctttccaagg cccgccatca ggcggccgag cggctggagg agcagatcct cacggagctt     1140

cgccagctgg atatgggccg catccgcttc gccatcgact tccagcccca gcccctgtct     1200

gagtccggaa tggacgccgt gcgcttcctc atgtccgcca acgtgggcga ggaactgcgt     1260

cccatccaga agatcgcctc cggcggtgag ctggcccgca tcatgctggc catgaagaac     1320

gttctgtcgg agcaggaccg ggtaggtacc atggtctttg acgaggtgga taccggcgtc     1380

tccggccggg ccgctcagaa ggtggcggag aagatggccc gcatcagccg caccaagcag     1440

gtgctgtgcg tcacccatct gccccagctg gccgccatgg ccgataccca tttctccgtg     1500

gagaagggcg tcactgacgg ccgcaccttt acccatgtgc ggcggctgga tcgggcccag     1560

cggcggcagg agctggcccg tctcaccggc ggcgcccaca tcacccccac catgctggag     1620

ggggcggagg agctgttatc tgcggcggag gatttcaagc gcacgctgga atag           1674


<210>  3541
<211>  909
<212>  DNA
<213>  Clostridiales

<400>  3541
atgaccatgc gatacagcga cgtgttcggc agctgccatc cggcggtgaa cttcctgtat       60

ttcgtgctgg tcatcgcctt ttccatgtgc ctgactcacc cggtatgcct gctgctgtcg      120

gtgtgcgggg ccgtgatcta ccatgctgtg ctgctggggc cccgctccct gcggaaaagc      180

gccgtgtgga tggtacccat ggcggtgctg gcggcggtca tcaacccggc cttcacccat      240

cagggcgtca ccatactggc ctatctcccc tccggcaatc ccctgacgct ggagagtatg      300

ctctacggcc ttgcctcggc ggcgctgctg tcggccacgc tgctgtggtt cacctgctac      360

aacaccgtca tgacctcgga taagttcatc tatctctttg gcagggtgat ccccgccctg      420

tcactggtgc tgtctatgac catgcgcttt gttccccggt tccgcaccca gctgcacacc      480

gtggcgcagg cccagaaata catgggccgt gacacgggga acggcagcct tctccgccgc      540

acgaaaaacg ccatgaaggt cttttccatc atggtcacat ggtcgctgga gagtgccatc      600

gagacggcgg acagcatgaa gagccgaggc tacggcgaaa agggccgcac ggccttttcc      660

atctatcgca tggacgaccg ggaccggagc ctgctggtat ggctcatctt ctgcggggcc      720

tatgtgcttt gcggcgtgct ggccggaggt ctgcggttcc gctactatcc ctcgttggcg      780

ggagcgcctg tgacgcccat gaccgtgagc tttttcgtgg tctatttcct gctgtgcctg      840

accccggcgg cgctggatct ggcggcagcc cgccagtgga aacaaatcga gaaggaggtg      900

cgccggtga                                                              909


<210>  3542
<211>  1401
<212>  DNA
<213>  Clostridiales

<400>  3542
atggctgcaa agatcaatat gcgtttggat aagaacgaaa tgccctctca ggaccccaat       60

gtccggaata agaatttcct cgaggtggct ctgggctaca ccgaggagca ggctctggac      120

gaggcggccc gctgcctgaa ctgcaagaac catccctgcg tcaacggctg ccccgtcaac      180

gtccgcatcc cggagttcat cgccaagatc gtggagcggg actatgaggg cgcctatcag      240

gtgatccatc agaccagttc ccttcccgcc gtctgcggcc gtgtctgtcc gcaggagagc      300

cagtgcgaga tgcactgcgt ccgtggcaaa aagggcgatc ccgtgggcat cggccgtctg      360

gagcgctttg tggccgactg gcacaacgcc cacagcaccg aggctcctga aaagccccag      420

tccaacggtc acaaggtggc cgtggttggc tccggccctg cgggcctgac ctgcgccggc      480

gatctggcca agaaaggcta tgaggtcacc gtgtatgagg ctctgcatct ggccggcggc      540

gtgctggtgt acggcatccc cgagttccgt ctgcccaaga gcatcgtgca gaaggaagtg      600

gacggcctga aggctatggg cgtgaaggtg gagaccaaca tcgtggtagg ccgcaccatc      660

accatcgatg agctgatgga ggagaacggc ttcgaggccg tgttcgttgg ctccggcgcc      720

ggtctgccca tgttcatgca cattcccggt gagaacctga agggtgtgta ttccgcaaac      780

gaattcctga cccgtatcaa cctgatgaag gcctatcgtg aggactccga tacccccatc      840

atggatctga agggcaagaa ggtggccgtg gtaggcggcg gcaacgtggc tatggacgcc      900

gcccgctgct ccaagcgtct gggtgctgat gtgtacgtgg tgtaccgccg tggtatggag      960

gagctgcccg cccgtcacga ggaggtggag cacgccatcg aggagggcgt gatcttcaag     1020

accctcaata accccgttca gatcaacggc gacgagcagg actgcgtcaa gtccatgacc     1080

tgcgtggaga tggagctggg tgagcccgat gcctccggcc gccgtcgtcc cgtggagaag     1140

aagggcagcg agttcgagct ggacgtggac gctgtcatca tgtctctggg taccaccccc     1200

aaccccctga tcaagtccac caccaagggc ctggaagtca acaagaaggg cggtatcatc     1260

gtcaacgagg atggcctgac ctcccgtcag ggcgtgtatg ccggcggcga tgccgttacc     1320

ggtgctgcca ccgtcattct ggctatgggt gccggtaagc tgggcgccaa gtccatcgac     1380

gagtatctga gcaacaagta a                                               1401


<210>  3543
<211>  1194
<212>  DNA
<213>  Clostridiales

<400>  3543
atgagcaaga cgcttgagct ggcacgtcat ctggagacgc tgcacatcaa cgatatgtac       60

aaaaccgact tctactggac ctgggacaag accgacgacg agatcgacgc catcttcacc      120

gtggccgacg ccctgcggga tctgcgggag cgcaacaaga gcacccgcat cttcgactcc      180

ggcctgggca tctccctgtt ccgtgacaac tccacccgta cccgcttctc cttcgcctcc      240

gcctgcaatc tgctgggtct ggaggagcag gtgctggacg agaagaagtc tcagatcgcc      300

cacggcgaga ccgtccgtga aacggccaat atggtgtcct tcatggccga tgtcatcggc      360

atccgggacg atatgtatat cggtgagggc cacaagtatc agaagacctt tatggacgct      420

ctggaggagg gctaccggga cggcattctg gagcagcgcc ccacgctggt gaacctccag      480

tgcgatgtgg atcaccccac ccagtgcatg gccgatatgc tgcacgtcat ccactacttc      540

ggcggcgtgg agaacctgaa gggcaagaag gtggccatga cctgggccta ctcccccagc      600

tacggcaagc ctctgtccgt gcctcagggc gtcatcggcc tgttcacccg ctttggcatg      660

gatgtgacgc tggctcatcc cgagggctac gacgtcatgc cggaggtgga ggccatcgcc      720

cgccagaact gcgagaagta cggctcccgg ttccacaaga ccaacgacat gaaggaagcc      780

ttccgggatg ccgatatcgt ctatcccaag agctgggcgc ccttcgccgc catggaggag      840

cgcaccaagc tgtacgccaa gggcgatcag gccggcatcg atgcgttgga gaagaagctg      900

ctggctcaga acgccgagca taaggactgg gcctgcaccg aggagatgat gaagctcacc      960

cgtgacggca aggcgctgta tatgcactgc ctgcccgccg atatcaccgg cctgagctgc     1020

gaggagggcg aggtggacaa ctccgtcttc gaccgctaca tcgtgcctct gtacaagcag     1080

gcctcctaca agccctatat catcgccgct atgatcttca tgtctcaggt gaaggacccc     1140

gttcgtacgc tgatggccat ggatgagggt aacggtaagc gtaaatcctt ctaa           1194


<210>  3544
<211>  1440
<212>  DNA
<213>  Clostridiales

<400>  3544
atgtatgatg tactggtcat cggcggcggc gtcattggct gcgccatcgc acgggagttg       60

agccgccgca gcggccgcgt ctgtgtggtg gagcgcaatg aggacgtctg caccggcacc      120

agcaaggcca attccgccat tgtccacgcc ggcttcgatg ccgagcccgg cacccggaag      180

gcccgcttca acgtggaggg cagccgcatg atggaggccc tgtcccgtca gctggacttc      240

ccctatcgcc ggtgcggagc gctggtgctg tgtctggctc cggcggaccg tgagaagctg      300

caggccctct atcagcgggg tcttgccaac ggcgtggagg ggctggagct ggtggaggga      360

gaggctctgc accggatgga gcctgccctg tcccaagagg cggtggcggc cctgtatgcc      420

cccaccagcg ccattctctg ccccttcggc ctgaccattg ctctggcgga gaacgccgcc      480

gccaacggca cggagttccg cttcgatacg caggtgcagc atatccgccg ggagggggac      540

cacttcgtgg tggagaccgg ttgcggcccg atggagagtc gtgccgtggt caacgccgcc      600

ggtgtgtggg gcgatgtgct ccataaccag ctgtgcgccg atcctctgca catcaccccc      660

cgccggggcg aatactgcct gctggaccgg aaggacggcg gcctggtgag ccgcaccatc      720

ttccagctgc ccggtgccat gggcaagggt gtgctggtga cccccactgt ccacggaaac      780

ctcctcctcg gccccactgc cacggatcag caggaccggg acgacactgc taccacccag      840

acgggcctgg atcacgccat cgccacggcg agccgcagtg tgccgaacct gcccatgcgg      900

gatgtcatta ccagcttcgc cggcctgcgg gcccatctgg agggcggcag cgacgacttc      960

tatatccggg agagcagcga gaacttcttc gaggccatcg gcatcgagtc ccccggtctg     1020

tcctcggccc cggccatcgg cgtgtatgtg gcgggactgg tggcggaaaa gctgggcctt     1080

gcggaaaagc ccgatttcat cgctcagcgc cgggatatcg tccacgtgcg ggagctgccg     1140

ctgccggagc gtcaggcgtt ggtggagcgg gaccccgcct acggcaatat cctctgccgc     1200

tgtgagcaga tcagcgaggg ggagatccgg gacgccatcc gccgcagtcc cggcgcccgt     1260

tctctggacg gcgtcaagcg ccgggtccgg gccggtatgg gccggtgtca gggaggcttc     1320

tgcgcccccc gtgtcatgga gctgctgtcc gaggagctgg gagttcctca gacgcagctg     1380

accaaatccg gcggcgggag ccttctgctg accggcgaga cgaaggaggt gcaggcatga     1440


<210>  3545
<211>  933
<212>  DNA
<213>  Clostridiales

<400>  3545
atgggcattg tggttctggg cgccgtattt gtggatgtga aagggtatcc cctgagcacc       60

tatatccccg gcgggcgcaa cgtgggacgg gtggagcagg ttcccggcgg cgtatcccgc      120

aacgtggtgg aggacatcgc caatgtggag ctgcggccca ccttcgtcag tctggtggac      180

gacaccggca tgggggagga tgtggtgcgg cagctacgga accacaaggt gaacaccgac      240

tacatcctcc ggaccccgga cggcatgggg gcgtggctgg cggtattcga caaccacgga      300

gacgtgtgcg cctccatctc caagcggccg gatctgcgac cgctggcggc actgctggac      360

gaaaagggtg acgagatctt ccgggacgcc gacagcatcg ctttggagat cgacatggac      420

aaggaactgg tcaagcgggt gttcgcctac gcccggaagt acggcaaggc ggtatacgcc      480

gtggtgtcca acatgagcat cgccgtggag cgccgggact ttttgcagca gaccagctgc      540

ttcgtgtgca atttgcagga ggcgggcatc ctgttctccg acgattacag cgaaaagacc      600

tcggcggaga tggaggagct cctgcggctg aaggtccgca gcgcccgcat cccccggatg      660

atcgtcacca tgggcgagca gggagccgtg tacgccgaga tggacggcga gagcggcatc      720

tgccccgcca cccgggtgga ggtgcaggac accaccgggg ccggggacgc ctttttcgcc      780

ggggccgcca tcggcctcac ctacggcaag acgctgggtc agtcctgcgc catcggcagc      840

cgtctggcgg cctccgtcat ctgcaccagc agcaacgtct gcccccggtt cctgccggag      900

gagttcgggc tggacgtcac tgtgacggaa tga                                   933


<210>  3546
<211>  1191
<212>  DNA
<213>  Clostridiales

<400>  3546
atggtcaatc cgacgtatga aaagctgggc agcgccccct ccatgatccg tgagctgttc       60

gcctacggtc tgcgccgctc ggcggaggta ggcccggagc acgtatatga ctattccctg      120

ggtaatccca gcatccccgc cccgcagccg gtgcagcagg ccctgctgga tgtgctgcac      180

gacaccgatc ccattcaggt ccacggctac tccatggccg gcggcttcga cggcacccgc      240

cgggccgtgg cggaggatct gacccaccgc ttcggaatga ccatccgccc ggaggagctg      300

ttctttacct gcggcgctgc cgccgccctg atctccgtca tccgggcgct gaccgtatcg      360

ccggacagtg aatttgtggc catcgccccc tattttccgg agtacctccc ctttgtggaa      420

tccaacggcg gcaagctggt gtccgtcccc gccgatttgg acaccttcca gatctctctg      480

gacattttag aggcccattt aacgtcccat acacaggcag ttttggtcaa ctcccccaac      540

aatcccaccg gcgtggtgta cagccgccag acgctggagg ggctggcgga gcttcttcgc      600

cgcaagagta cccagtttgg ccaccccatc tacctgatag ccgacgagcc ctaccgagaa      660

ctggtctacg acggcgtgga ggtccccttc ctgcccaccg tctatcccaa tacgctggtg      720

tgctactcct actccaaatc cctgtccctg cccggtgagc gcatcggtta cgtctgcgtc      780

ccctcctgcg tagagggtca ggccgacgtg ctccacgctg tagccggggc cgcccgcagc      840

tccggccatg tctgcccgcc gacgctggtg cagctggctc tccagcggtg cgccgatgcc      900

cggccggact tggcggccta tgatgccaac cgccgcttgc tctatcggga gctgacccag      960

atgggctacg agtgcatccc gccgcagggc gccttctatc tcttcgtccg ggtccctgac     1020

ggcgacgatg tggccttctc ccagcgggcc aagctggagc atgacctgtt ggtggtcccc     1080

agcaccgcct tccactgccc aggcttcctg cggctgagct actgcgtctc ccacgacatg     1140

atcctgcgca gtctccccgc cttccgtgcc atgcgggaga agtaccaata a              1191


<210>  3547
<211>  1440
<212>  DNA
<213>  Clostridiales

<400>  3547
atggcagttc tggagcatct ggagccggga cgggtatttc acttttttga gcagatgagc       60

gctattcccc gcggttcggg caacaccaag gccgtcagcg actggctggc ggagtttgcc      120

agggagaggg gcctgcggta tcagcaggat gcgctgaaca acatcatcat ctttaaggac      180

gcctccgccg ggtacgaggg ggcggagccg gtgattttgc agggtcacat ggacatggtg      240

tgcgagaagg cgccggactg cggcaaggat atgacccgtg aggggctgga tctggccatc      300

gacggggatt ttgtctatgc caaggggacc acgctgggcg gagacgacgg catcgccgtg      360

gccatggcgc tggcggtgct ggacgacgag agcctgcccc atcctcccat tgaggcggtc      420

atcaccgtgg acgaggagac gggcatggac ggggccatgg gcattgacgt gtccggcctg      480

aagggacgcc ggatgctgaa cattgactct gaggacgagg gcgtgttcac cgtcagctgc      540

gccggaggcg ctcggatgga ctgtgtgctg ccggtgcggc gggaggtttt tgcggctcct      600

gtgcagcgca ttaccgttca ggggctggta ggcggccact ccggcacgga gatcgacaag      660

ggccggggca acggcgttca gctgatgggc cgtgtgctgg cctctgtggc ggaggagacg      720

gagctgcggc tggtggaggt ctgcggcggt ctgaaggaca acgccattcc caccggcgca      780

caggcactga tctccgccaa cgccgaggtc accgccgagg tctgccgccg catgacgcag      840

tccctgcggg aggagtaccg ggtgacggat cccgacgtag aggtaacggt ggagcctgcc      900

gagacggcca tgctgcctat ggacgcagtg tccacccgcc gggcggtgtg cctgctggtg      960

tgccacccca acggcgtaca ggtcatgagc gccgacatcc ccggtctggt gcagacctcc     1020

ctgaacatgg gcatcctcac caccggcgag acggcggtgc atctgtccag cagcgttcgc     1080

agcagcgtgg agagccagaa gcagatgctg ctccagcgca tcgcctgcct gacggcagaa     1140

ctgggcgggg agacctccac ccgtggggag taccccggct gggcctatct gccggattct     1200

ccgctgcggg atctgatggt ggcggtgttc accgatcagt acggctatga acccaaggtg     1260

gaggccatcc atgccggtct ggagtgtggg ctgttctccg ccaagctgcc ggggctggat     1320

tgcgtgtcct tcggaccgga tctgaaggag atccacacct tccgggagaa aatgtccatc     1380

tcctccgtgc agcgggtctg gaagatgctg gtggagctgc tgcgccgcat gaagccctga     1440


<210>  3548
<211>  1017
<212>  DNA
<213>  Clostridiales

<400>  3548
atgcccatcg actaccggca ggaggccccc cagctgctgc tggactttct gtcctaccat       60

gagaccatta aggcccactc ccagcggact gtggacgagt attttctgga tttgcggaat      120

tttttccgct acctgaagca gacccgtgac ccggctctgc gggatgtccc tatggatcag      180

gtcagcatcc gggatgtgga tcgggacctc atcgcctcgg tgacgctgac ggatatctac      240

ggctatatga cctacctcag tcgggatcgg gtgctgcacc agaatagcca gcgctctgaa      300

aagggactca acgccgcctc ccgtgccaga aagctggcca ccattcgctc cttttacggc      360

tatctctgca acaaggtcca tgtgctggag gagaatcccg tgaaggatat ggactcgccc      420

aagctgaaaa agaccctgcc ccgctatctg acactggagg agagcatggt ccttttagac      480

agcgtagacg gccctaatcg ggagcgggat tactgtattt taacgctgtt tctcaactgc      540

ggtctgcgga tctccgagct gatcggcctg aaccgcagtg acattcaagg agaggccctc      600

cacgtgctgg gcaagggcaa caaggtccgc atcgtctacc tcaatgaggc gtgtcaggcg      660

gctctggagc agtatctggc ggtgcggcga cccatcaccg gcagggacga ggacgccctg      720

ttcctttccc agcagaaccg acgcatcagc cgctccatgg tccatgcgct ggtgaagcgg      780

catctgctgg aggcggggct ggacagcacc cactactcct cccacaagct acgccacacg      840

gcagcgaccc tgatgctgca aaacggcgtg gatgtcaagg ccgtgcagga ggtgctgggc      900

catgggcacc tgaacaccac cgaaatctac acccacatcg acaacgaggc cctacgggtg      960

gcggcccgtg ccaatcccct gtcacgggta aagcccaagg gcaagataga cgagtga        1017


<210>  3549
<211>  1287
<212>  DNA
<213>  Clostridiales

<400>  3549
atgcgagttg ctatttacac cctcggctgc aaggtcaacc aatacgagac gcaggccatg       60

gagcaggagc ttcagcggcg tggccacacg ctggtggact ttgagtcccc ggcggacgcc      120

tacatcatca acacctgctc cgtcaccgcc gtcagcgata aaaaatcccg gcagatgatc      180

cgcagggcca agagccgcaa tccccaggcc gtggtggctg cctgcggctg ctatgtgcag      240

acccacaccc cggaggctca ggagctgggc atcgacctca tcggcggcac cggcgaccgg      300

atggagtttc tgaccctgct ggagcaggcg gcggaggacc accgcagccg tgtggcggtg      360

gatgaggccc tgcgccgccg caccttcgag gtgctgcctg ccggaggcat ggcggcccgg      420

acacgggcca tgctgaaggt ggaggacggc tgcgtcaact tctgcaccta ctgcatcatc      480

ccctacgcac gggggccggt gcggtcccta ccgctggagg aggcggtgcg ccagacggag      540

cagctgcggc gggagggcta ccgggaggtg gtctttaccg gcattgagat ctcctcctgg      600

ggacaggatt tcaaggacgg ccgcagcctc atcgacctgc tggaggcggt gtcgcaggcg      660

gcgggagaga tgcgcctgcg gctgggcagt ctggagcccc gcaccgtgac ggaggatttc      720

tgccgccggg ccgcccggct ccccaacctc tgcccccagt tccacctgtc catgcagtcc      780

ggctgtgacg ccaccctgcg gcgcatgaac cgccggtacg acaccgcccg gttcctccgg      840

tccgtgactc tgctgcggca gtactttccc cggcccgcca tcaccacgga cctgatctgc      900

ggcttccccg gcgagacgga ggaggagttc tcccagacgc tggctttcct gcgccgctgc      960

gactttgccc agatgcacat cttcccctac tccatccgcc ccggcaccaa ggcggcggag     1020

atggagcagg tccccggccc ggtgaaggag gagcgtgccg cccgtgcgtc ggcggtggcg     1080

gcggagctgc accgtgccta tctgcagggc tgcgtgggcc agacttatcc cgtgctcttc     1140

gagcagcgca aggacggctg cgccgccggc catgccccca actatatgcc ggtggaggtg     1200

cagacacagg aggattacca taacaccgtt cgtcatgtga agatcacagg cgtagtaaac     1260

gatatcctga tgggagaggt gacataa                                         1287


<210>  3550
<211>  687
<212>  DNA
<213>  Veillonella

<400>  3550
atgaaaaaag ttctggttct ggaggatgaa tccagcatcc gcagctttat cgtcatcaat       60

ctgcgccgtg ccggttatga ggtaatcgag gcaggcaccg gcgaggaggc gctggagatg      120

ctgcagcagc acagcgatat ccgtgtggcg ctgctggatg tgatgctccc cggcatcgac      180

ggcttcgagg tatgccgccg catccgggcc accaactccc gcatcggcat catcatgctc      240

accgcccgct cacaggagat ggacaaggtc acgggcctga tgaccggagc cgacgactac      300

gtcactaagc ccttctcccc cgccgagctg acggcacggg tggacgccct catgcgccgc      360

agcggcggca gcatggagga gcactccggc gagatcagcc agcccccctt cctgctgaac      420

acccgcaacc gcacgctgga aaagaacggc aagcccgtga agctgacgca ggtggagtac      480

tccatcatgc ggatgttcat ggagaatccc ggcaaggcct tgtcccgtga ggagattttg      540

gatctggtgt ggggccggga ttacttcggt gagctgaaga tcgtggacgt gaacatccgc      600

cgcctgcggc tgaagatcga ggacaacgcc accaacccca ctttcatcag caccgtatgg      660

ggctacggct acaagtggga cgcctga                                          687


<210>  3551
<211>  573
<212>  DNA
<213>  Veillonella

<400>  3551
atggaatcag ctatgcgtac tgcttataag ctcgtaacag gtgaagatgc acctagcaca       60

ttgattccat tcgaagcaat tcgcggtatg gatggtgctc gtgaagctga tgttgtgatt      120

ggtgataaaa cattacatgt agcggctgtt catggcactg gcaacttgcg taaattcatt      180

gaacgcatgc gcgcagaaga catccattat gatttcatcg aagttatggc ttgccgcggc      240

ggctgtatcg gtggtggtgg tcaaccacgc gttaaattac ctatggctga taaagctcgt      300

gaagctcgta ttgcatcctt gtatacgcgc gatagcgaag tggcgattaa gtcttcttgt      360

gataatccag atatccaaaa attatatgct gagttctttg atggcaaacc tatgagccac      420

aaagcacatc atatgttgca tactacattt gtaaaccgct ctgaagattt aggccctaat      480

ggtgcatgta cacctgctac atgtcctaca tctgtgccta acttgaaaaa agcagcagaa      540

gctgcaaaag cggctgctga agcaaatcat taa                                   573


<210>  3552
<211>  609
<212>  DNA
<213>  Veillonella

<400>  3552
tgtatcatct tggtggaagg ggaaactgaa tatggtagtt ttgcaggcat tgccaaaaag       60

ctaaatgttg attttgatta ctttggtatt tgtcttatca atgctcgtgg tgagtcatct      120

atcagcaaac tccataaatt atttaaaagc tttgccattc ctacggtggc attgtatgac      180

cgagatgtaa tggataagca tagtaagaaa catgctaata tattttacac ggacgaaatt      240

tgttttgaaa tggatgtagt atcgcatcta attcatcacc accatcggga tatattggat      300

atgattgtac aagatatcat tgataccggt agagggatgg tgacgaagga tatggctcgt      360

cgtggctttt ctaagttggg tgtagatgac cgccaagctg tacagcgttg tttgaaaaat      420

attaaggcga aagatataga aacattactg ttgtattatt tctcttggtt ttatagtaat      480

aaaggtgtta ttgtgggccg tagaattgca cactatatac ctaagcatgt ggttccacca      540

gtatttattg cagttattga aagagctaag gaattatcgc ttgaatcgtc tgttatcaaa      600

atagggtga                                                              609


<210>  3553
<211>  600
<212>  DNA
<213>  Veillonella

<400>  3553
gggccctgta atttgacgga tatcatgcaa ggcgccatgg actattgggc attaggccat       60

atccataaat cacaggtgct ttcagaagat cctatggtcg tatatgcagg caatccccaa      120

ggattacatc gcaaggaatt tggtgctaaa ggatgttata tggtcaatgt atcacacaat      180

ggacattgtg aactagaatt tattgagacc agtgccattc gttttgaaga tattaagatt      240

gatattgcag gcatacaaac tgaacgtgag ttattagatt tattgagcca taaaaagcag      300

tccttgcgta agaaatataa taagaacacc ttggtatctg tacatttagt tggaacgggc      360

gcaattcatt gtttgtgtgt tgatgaagcg gttcggaaat tatggttgcg agaatcacaa      420

tcagaggaaa aaagtaaatc tatttttgtt atgccttatc gcatgattaa taagacgcga      480

tctgctgtca acttggcgga acgccgctta ttatccgaca tggtaggcga ttatctacgc      540

gcctatgatg aaaccgttac tgatgttgag gcagtgcgtc aaatcttggt caatcgtcct      600


<210>  3554
<211>  1152
<212>  DNA
<213>  Veillonella

<400>  3554
gatacttatt atcactggtc cttgtttggt aagattgtta tggtcatcct catccaatta       60

ggtggacttg gcattgtatc ctttacaacc attgttgcct tactattggg aaaacgtgta      120

ggccttaaga accgactatt actttcagaa gacgtaggtc aagatgggat gacgggactt      180

ctccatgtaa cgaaaaaatt aactatttat acattggcca ttgaatgtat aggcggaatt      240

ttgtatgcta ttcaactata tccatatata ggtgatgatt cgctctatat aggatttatg      300

caagccattt ctacattttg taatgcagga tttatatttt ttgacaataa tctgccctat      360

aaaatggtag gtgatgtatt atttaatatt aatacgatag ccctcatcat tatcggtggt      420

tttggttata tagcagcttt tgatatatgg tcctatcgca aggcgagacg atttgcagat      480

ttaaaactac ataccaaact tatgcttatc ggtacgattc tattgattgc gctaggcgct      540

attatattcc tcagtgtaga atgggctaat ccaaagacct ttggcccttt gcctatgtgg      600

gataaggtat tggctgccat ctttcaatcc gtaacaccgc gtacagcggg gatagctact      660

gttgattata gccaactgca tccaattaca ttgtttgtca gtattatcct catgtttatc      720

ggtgctggtc caaactctac gggcggcggt gttaaaatta gtaccgttat ggttgcaatc      780

ttagcatcgt gtacattgtt caataaccgc tcagacgtag aggtatttgg tcgacgcata      840

cctatggtca ccgtttttaa ggcgaatgga attattttcc tttccatatt attggtatta      900

ttagctacgt gttatttagc atgggatgag ccattcgact ttatccgatt gctctttgag      960

gttacgtccg catttggtac agtgggcctt acgacgggaa ttacgcctga tttatctgaa     1020

agcagtaaat gggttcttat cttggtcatg tttacaggcc gtgtgggcgt catgaccgtc     1080

attggaactt gggcgttacg gacaaagccg cataagccga tttcttatgc agaagagaat     1140

gtaatgttat aa                                                         1152


<210>  3555
<211>  858
<212>  DNA
<213>  Veillonella

<400>  3555
atggatatta ctgttgtaaa tgtaaataca aatgatcgta gatggtcatt tgaaatgcca       60

aactgggcta atcaattttc tctagttatg ggtgatacat atcgtcatgg tggtgtatct      120

aagacgccat atgaatcgtt aaatttagcc actcacatag gtgattcatt acaggacgta      180

ttagaaaacc gcagtattgt agctaatcat ttaggcgtaa cgtcagaccg cattacgtgt      240

ggtaatcaag tacatgggct taaggcggta cgcattacag aagaattaat tggagcgggc      300

acgttaagtc ctgatacagc tattccagat tgtgatgcgg tatatacgga cattcccaat      360

gtaccattat tcttatttac cgccgattgt gtaccggtag ggatttatga tccggttcat      420

catgtagtgg ctactgtcca tgccggttgg cgtggtgcta taggccatct accggtcatc      480

accatagagg cgatgcaacg ggattttggt actcgttttg aagattgcta tgtatattta      540

ggtccaagta ttggacctaa gtcgtttgag gtcaatcaag agctagcgga tacttttaca      600

gatgaatgga agaaaataac tgatactact agcgatgaat tagtacgata tatcgttcga      660

gagggtgcgt tgcaagcgac acctcatgtg gatttatggc gttttatcga agaagatttg      720

ttgcaacgag gcgttccgaa ggctcagatt tgtattagcg gtacagatag catgacagat      780

gaaaactgtt tctcctatcg tcgtgaacat ggcaaaacgg ggcgtatggc tttgtttggc      840

atgcttgaaa aacggtaa                                                    858


<210>  3556
<211>  720
<212>  DNA
<213>  Veillonella

<400>  3556
atgatagaat taaaagatgt gcgcaaatca tttggtaaaa atgaagtatt aaaaggcatt       60

aatttacgca ttgaaaaagg cgaagttgtc gtaattattg gtccatctgg ttctggtaaa      120

agtacggttt tgcgtactat gaattatttg gaagaaccaa ctagtggtca tgtaatcgta      180

gataacatgg atctatctga taagaaaaaa ttgaatgaag ttcgtacaga agtaggcatg      240

gtgttccaaa attttaatct ttttccacat atgacagtat tggataattt aacactagct      300

caaattaatg tgcgaaaaac tagtaaaaag gatgcagaag acgtggctct taaattattg      360

gaacgcgttg gattagctga taaagcaaat atgtatccag attccttatc gggcggacaa      420

aaacaacgtg ttgctattgc acgtgcattg gcgatgaagc ctaaagttat gctttttgat      480

gaacctacat cggctcttga tcctgaaatg gtacgagaag tattagatgt tatgaaatca      540

ttggctgatg aaggcatgac aatggttatt gtaacccatg aaatgggatt tgctaaagaa      600

gttgctgata gagtcctatt tgtagatggt ggtcaaattt tagaagatgg tacaccagca      660

caggtctttg atgcacctac aagtgataga actaaattgt tcttgtctaa aattttataa      720


<210>  3557
<211>  1074
<212>  DNA
<213>  Veillonella

<400>  3557
tatatgttag acgtgttaaa gaatttaaaa catgccgata caattgatga aacagcattt       60

ttcttctatg aagaaaaggc gtgtatagat catttattcc gtgtatctgc tagtcttgat      120

tcccttgtgt taggggaagg acaaattctt agtcagttaa aaggtgccta tattgctgcc      180

tatagtgcgg gctttacggg aaccgtattt aatattctat ttcaacgtgc tattagcgtt      240

ggtaaaaagg tacggactaa tacgggcatt gcgaatacac ctgtgtctgt tagctatacg      300

gcggttaact tggctgaaga tagcctagat aaaccacttt cagaggcgac agttctcatc      360

ttaggggctg gcacgatgag tgagttgacg gctacacatt tacaagcaaa gggtgtaaaa      420

accatattcg tatcaaatcg aactttcacc aaagcggaag ccttggcaaa gaagtttaat      480

ggacaagcca tcaaattaga caactatgta gaacaagcgg agcatgcaga tattatcatt      540

acatcgacgg gtgcgcctca ttatattatt ggtgaaaagg aggctaaacg cattgctaca      600

ttgcgtcagg gccgaccaat tgtgatgatt gatattgcgg taccacgtga tattgacccc      660

gcagtcgcag atattgatgg cgtttatcta tttaatattg atgcactgga aagcgttgta      720

gaagaaaata aacaacaacg cgaagaagaa gcaaagaggg ctgaaccgat tattcacgaa      780

gctattgatg aagtactaga aaagtttagt tatttatctg tacgcccaat gatggcgcta      840

ttgacggata aagctgaccg cattcgccgt cgtgaattac atcgagcact tgctaaatta      900

ccggatgttt ccgataaaga gcgtcgcatc attgactcta tgagtcgtat gattgttaga      960

aaaatgctaa gagaaccgat gattcatttt aatgaaatcg ccggcacaca agaagaaggt     1020

ttatattggg atttattcaa ggatatgttt aatctcgaga aagaaggctc gtag           1074


<210>  3558
<211>  582
<212>  DNA
<213>  Veillonella

<400>  3558
cttgtagtgc ctacaacatt gcgcaatgaa aatacggctg cctttggtaa atatttatcc       60

gattcagtgg caaatgtctt gcgttatcct tactacgata caaccgtagt aagcaccaac      120

acaccattgg cacaaatcac agctgttgat ttagccgaag tggcaacatc acaacattct      180

gaaattatca ttatgcctgt tccaatacaa gacatatatg tacaattacc aacgtcctat      240

ctcagccaat actatcacga tgatagcgat gacattcata ttcaagcaaa aatatctgct      300

atgatttatt tctacgatac tagtgaaggt gtcgtccaca ctatccgtag cggttttaac      360

caaatcgatg ataccttgac tatgccaaca cataaatccg tatggaataa agttataaaa      420

gacttgcttg aacaattacc atataaacgt gttccaacag atcgagatcg ttaccaagct      480

cctggtatca atgcagaaat accagttgtt ccagactacg aatttcaagt agaacaaccc      540

aaaaatacag cttactctct aaaaggtgtt agtgtattat aa                         582


<210>  3559
<211>  984
<212>  DNA
<213>  Veillonella

<400>  3559
tttggtggaa taccccaagg attaccatca ttttcatttc ctaatctatc cttagataag       60

attttttcat taattggccc tgcttttaca attgccatgc tgggagccat agaatcctta      120

ttatctgcag tggtagcaga tggcatgagt ggacaaaaac acgagtcaaa tacagagtta      180

ttcggacagg gtttagctaa tatttttgct cctttgtttg gtggtattgc agcgactggt      240

gctattgcaa gaaccgctac taatattcga caagggggta attctcctat agcaggtatt      300

gttcatgcca ttgtattagg tgctattctc ttattcttag ctccttatgc tgtgtatatt      360

ccattggcat ctatggcggc catcttattt gtcgtggcat ataacatgag tgatgtacca      420

cgttttattc ggatgttgcg actagcacca cgaccagatc aaattatttt gattctcaca      480

ttctttttga caatcttcac tgatttggtc gtagctgtaa atgtgggcgt tgtgttagct      540

gtattgcaat ttatgcgtaa aatgataggg actattgatg ttcatgtgat gagctgtaaa      600

gaattatctg aacaagaaaa gcatgaaatt gagatacatc cagatatcat ggtttatacc      660

gtagaaggtc ctttattctt tggcgctata tctgcatttg atagagctct taattctatt      720

cataaagatc ctaaatattt aatcattcga tttggatctg taccttttgt tgatttaaca      780

ggattacgta ttttgaaagg tattattgag gaattaaaga atcgtgggat tgaagtatta      840

ttaagcgata ttaactatga tatacgtcga gagatgtaca agtctgattt tctagatata      900

ttgggacgtc atcatttata tcgaaaattt gaaagcgcat tacataaagc tgaacatgat      960

ttagcgttac ataaagtgga ttaa                                             984


<210>  3560
<211>  930
<212>  DNA
<213>  Veillonella

<400>  3560
atgaacaaga acattgtgta tcttatatgt ctgatgatac tccttttttt aggtataacc       60

ggatgtggtc cacaagatga aacgcggact tttccaaata cccgttatgt tgaaagttat      120

gatggggtac gcgtggtagt gcctgatcat ccgaaacgta ttttagcgtt gtcttctgca      180

tacgatacga ttttgctagg ccttatagaa ccggaccgat tagtaggtat taataaatta      240

tccacctatc ctgagtactc catggaagcg gagcgagcaa agcttgtaaa accagttatg      300

agttcatatc cattagaaaa aattatcgcc ttaaatcctg atttggtgat tgctcctgac      360

tatacgacgg tggacgtcat agaaggtttg cgccatatgg ggataccaac agttgttgta      420

gctgggggtt ctacagtaga aggggtcatt aagaatataa cggatattgc taatatcgta      480

ggagaaccgg aaaaaggaca gttttacgat actaaaatcc gtcgtgaaat gggtgaattg      540

aaacgtcttg gtgcttctat atcaccagag cagcgtaaga gcgtattgtt tgtatcatct      600

atggatggct atacgggaac gggcagcctc tttgatgata tgtgtagata catgagtatc      660

aataatgcac cgagtgcgtt tgggttacca ccgagaacac cttttgggga agaacgagtg      720

cttgccatga atccagattt tatctttatt ccatcctata aggagatgga taaggggtta      780

tcagataggt atttagaaaa tccagccttt gaaaatttac cagctattaa agaacatcgt      840

gttaagcctt taccagcggc gtatttatat acaatgaatc agcatatcgg tgaagctatg      900

ctagctatta tgcatactgt atatcctcag                                       930


<210>  3561
<211>  684
<212>  DNA
<213>  Veillonella

<400>  3561
tggaagcaaa gtgaaattaa aacaaaccca ttattttcta agctgcgcag tactattgaa       60

actgcattct atggaaacaa tgtaactcct attacatctg tagcacaagc gtatcaattt      120

gccactgaag aacctggtgt tatcgtcctc gatatgcctg tatataaacc attagaacaa      180

ggcttacctg cagatgcaaa agtgcttgtt actaatgatg gtaagactac aggtcgttat      240

gcaaaagctc gtcgcattat tggcgatgaa ggtatcaacg aagttgaact tgctaatatt      300

gcacgcgacg ctgtatacga tagtcgcaat aaagaatgga ttgctgcaca gactatcgtt      360

ggtctcgata aaaaattcac agctcgtgct catttgatga ttccaaaaga tcacgcatct      420

attttgtact cctgggttat gaactttaag ttctttgatg cagcggtaaa agaattctac      480

aatgatagtt tagaaattcc agaaggtgat atctacatct attctgatcc agattatgtt      540

gtacctggtc atccaggcgg tcttgctatt tttgaccctg ctcataactg tgccatgatt      600

cttggcatgc gctactttgg cgagcacaaa aaaggtactc ttacattggc atggtccttg      660

gcaaatcgcc tcggctatgt tgct                                             684


<210>  3562
<211>  648
<212>  DNA
<213>  Veillonella

<400>  3562
ttttttattg ctaatgacag ctataatgca gatgtgctat atacagcaaa gcaggagctt       60

tcagcgaatc aatctgatgt attgcagccc tctgaagcta tttctcgtat tatgaaggcc      120

tatcctggtc gtcagcttat atctatggat tatccatcta aatttaataa tcatcattat      180

gcattttatt taggtgctga aaatgatgat gatccggcta tgtttttggg ccaaccagta      240

tatgctaatt tatatacaga ttcttctcaa gacatgtatt ctactaaaac gattccttgg      300

tattttactg gtatgaccac aatgattaat ctacatattc acaatcataa tacaatggaa      360

cttaaaatat tatgggccat ttgggatatc gttcttatta taggtatttt gtctggcatt      420

atgatgacta ttaaaaagaa atttttaaaa tctagcgatt cagaatctaa aactccaact      480

gtgataaaac atgtttggcg tgcaccaatc tgttgtagta ttttagtatt acttggcctt      540

attgtgccac tttggtctaa tcctattaca aatcatatag cagctatttg tttaacggtt      600

cctcttattg tactttttca ttccttaatc aaaggattta atcattaa                   648


<210>  3563
<211>  1017
<212>  DNA
<213>  Veillonella

<400>  3563
atggttatga tgtatgcata caaagggttg aatgaaaatt ccagtacggc tatgatcgta       60

gcttacgtat tttccggatt aggcgttttg acaaaggggc ctgtggcgct cgttttgccg      120

ggcttgattt tgcttgttta cgttgcgctt tgccgctcaa aacaaatgct gttccgtctc      180

tttgattgga aggggattct ggcctttctt atcgttgcca tgccttggta tgtctatatg      240

tatagtgccc atggacaagc ttttttggat ggattcttag gccttaataa tgtgacacgt      300

gcgactcagt ctgaacatcc ggaagataat gtgtggtggt attatatcgc tatcttctta      360

ggggcctctt taccgtggac tggcgctgtc atttatggaa tgataacggg ctttaaacaa      420

cgccataagt ggtatatata ttgtatgtgt tggggcgtgg gtactgttct attctattcc      480

ttgatggcca ctaagtatcc tctatataca tttattagcc ttgtgccttt cagtattctt      540

ggtacattag gagctatgaa agcactgcgt cctgggcgcc ctcgttatgt cccgtggatt      600

gtagtaggtc caaccctcct attatggggt gcttatgttg tggcttcctt ctttgctcct      660

tggggctatt atgggttgct ctatgttttt gcaggcgtat ccttgttggg gttgttctgg      720

ttctggtgga ctcgccaacg ttatcgtttg ttgagcattg tcgtaatcgg tacgatgctc      780

atttcctcga ttgtggtact cgaaggcttg gtgcctcttg ttaagcaact tagttctatc      840

aatcttatcc ctgttgtaga taagtataat ggtgatgtgt attattacaa tgggtatagt      900

acatctgtcg tatactatac aggacataag gtcattcgta tcaagggtga cagcagtcgt      960

tgggatgaca aggataaatt aaaacatcgt agtgctgaat gggataagaa atacctt        1017


<210>  3564
<211>  372
<212>  DNA
<213>  Veillonella

<400>  3564
atgtcacatt atatagattt aaatagcgat ttaggtgaaa gctttggcaa ttatactttg       60

ggcatggata gtgaggtatt aaatcacgtc actagtgcca atgtggcttg tggttggcat      120

gccggcgatc ctctcattat ggaggccacc gttaagatgt gcaaagagaa gggcgtagcc      180

gtaggggccc atccgggata tcccgatttg atgggctttg gacgccgtaa gatggcgttg      240

agttctgatg aggcacgagc ctatatggtg tatcaactcg gtgcattgca agccttttgt      300

catcaatatg gcgttgagtt acagcacatg aaattgcatg gtgcctttta caatatggcg      360

tgtgtaacgc cg                                                          372


<210>  3565
<211>  867
<212>  DNA
<213>  Veillonella

<400>  3565
atgtcaaacc gagtgaaagc catcataggt ggattagcga ctatagccgt ttgggcaaca       60

gcgtttccgt ttagtaaaat tgcattacaa catgtagatc cattaacact agcagtagcc      120

cgcgttgtgg gaggagctat tcttatgctt atcattggcg tggctaaagg tttacagatt      180

cctacgagct ggcgcgagtg gggcttatat atcatacttg gcatgacggg gaatttcgta      240

tatcaagttg tgtttaatca gggccttctt actattcctg cggctacatc cagtattatc      300

atggctttaa cgcctatgac tacagcactt atggcattag tcgtttacaa agattttatg      360

aggcccattg gttggctctt taccatcacc gcctttgcgg gcgtagccat cattattctt      420

tggaagggac ctatcaatgt accgatgggt gccttttgga cattattcgg catgatactc      480

tttgccattt ataatatcgt caatcgcgga ttgagcctaa aaggacatga ttccatcacg      540

gttgctacct ggtctatgtt caccggtgcg attatggcac tgccctttgt atcacaatct      600

gttgccacca tcgcagcagc accacctatt gcatggttag ctattatcta tttggcctgc      660

ttctctagtg cgttgggttt cgtattctgg agctatgcct tggagcatgc agaacatgta      720

tcagatgtaa caaactttat gtatctatct cctcttgtag cagctatagt ggcagctata      780

cttatcggag aaattccaga tttaggtctt tatattgggg cgccaatcat cttatgttcc      840

ctatatatgt ttaacaaatg tagataa                                          867


<210>  3566
<211>  597
<212>  DNA
<213>  Veillonella

<400>  3566
gatgacgaag gctattattt catgtttagc gacaaacaac ctacctgtcc attgctacgt       60

gaagatggat tgtgccgtgt ggtcttagaa ctaggcgaag atagtttatg cgatacttgt      120

catatgcatc cgcggttcta taaatatatc gaagacctcg agctctgtgg tgtcggtcta      180

tcctgcgaag aatcggtaga aaagttactc gctaccgaag gcgatcaatt gctattcacc      240

atcgaagatg atgacggcga atttactgcg aaagaccgtc ccgtactcga aaatatcttt      300

gacctcttag cattaggtat cagtcctact atatgtcaat ttacaccaaa tcattccatc      360

cgatactgtc aaaagttaat cagtgtatat aaagaaacgg aacctatcga tgaagagtgg      420

acaaaacaac tagctcattt agaagatatg ctatcatcaa caacagcaat gaatacgaca      480

gatttgctca cacttgatgc acaagaaacg gccacgctta acaaggtata tcaatacatc      540

ctatatcgcc aaattgatat gcttgcagaa tactcgttag aaagccttgt gcgatac         597


<210>  3567
<211>  1524
<212>  DNA
<213>  Veillonella

<400>  3567
atgtttttta agaagatata taagttagga accgtattag cattttttgg cgtattgact       60

agtcatgcgg caagtgatat agatttggag gctatcaaat ctttttcttt tacatcttta      120

cctgcggaat tacaatcgca gagagacacc ttgctcttat ccgatagtcc ggaatatgta      180

ggccctgtag gtggtgtttt aagtgccggt agtatcagtg gcaagggacg tatttatttt      240

tatcatgtaa atgaaatgga gcaacctcat aaaattgcca ttgttttgga aaacataagc      300

gatggaccca atgaaatctc tgtatttcgt gaattaaaat ccatagtgag tgatgattat      360

tttgcggttg gaagagattt atcccgaaaa gaattagagc agccattgac gaatgaagca      420

ttatactcct ttgtgatgcc gacgaaaagt agacgtttgg tgtttttaga tttagagaac      480

tcacctgttc agaaagatgc gctatttact ggtattgtcg atttacaaac aagtagaact      540

gttttcgcaa gagttatgat gattccgacg aatcttaatt ctgttaatgc gtcatattgg      600

tctaagaatt tgcctattga tcacgttcga ttgcgtggaa cttttaatgg tgcgatacgt      660

atgatggcga tagctaaaga atatgatacg acattaggcg gcgcctatgt tgagttggga      720

aatgacagag aggatcgatt tatagaaggc gtcgatgaaa tggataataa cgcatatgta      780

aaggattccg ggaattatgg ggtttcctat accgttaaaa ttcctacaac gggggaggat      840

ccgtttcgcc tttattttaa tcctttaggc ggtgcttatt ccggttcatt tatcataaaa      900

tctcagcacc gatggcaaaa ggtgccaagg caaatcatga cctatcatgt tggaggagaa      960

gatggtttga tggcattagg gcataacaca attatggatt ctcgatacat gggaagttat     1020

tacggtggcg atacattgac tattgaattt atgcctgcgg gagcctctaa tttaccattt     1080

cgtcttttac ttgttccgga agctttggca aatccacaat acactaagat agctacgata     1140

aataaagctg aattgcggac attacaagca gcggcaaaaa gagaggcagc cgaagcagct     1200

aaaaaggtgg ataaagagga aaaaaaggtg gccgaaagaa tgagagcaga ggaacgggct     1260

catcaacagg cagaaaaagc taaattagcg gtagaaaagg cgaaaacact taaaaaaata     1320

gaagaggcgc gtcaattggc tgaaaaacga tatcatgaat atgaaattgc tcaaacacaa     1380

acaaaagagg ctcggcgtcg tgcggatatg caacgagaag tacaacaaaa agttgcagag     1440

cgtgtagaag agattcgttt ggaagtggaa cggtatacaa atgtcaagca taatgaagaa     1500

cgtgagcatc agaaaataaa ataa                                            1524


<210>  3568
<211>  519
<212>  DNA
<213>  Veillonella

<400>  3568
cttttatttg atggcacgat tggcataggc ggtgaagaga gtgcaggtgc atccttcttg       60

aaaaaggatg gcagagtatg gactacggat aaagatggta tgattatggc tttgctcggt      120

atggaaatca tggctgttat gggcaaatct gcgctaaaaa tggctggcga atctgttgag      180

gaattcggca atccaaaatt tggccgtatt gatgcaccat gtaaaaaaga gcaaaaacaa      240

attctaaaac aaatgagtgc tgaactaatt actgctacta gtgttgatga agatccaatt      300

actaatattc gtaccacatc actgtataat gatatgccaa ttgatggcgt acgcgtagaa      360

accgataaag ggtggttcgt agctagacca tctgggacag aggatttata caagatttat      420

ggtgaaagtt acaaaggaga tttaggtctc gtggcgctac tcactgcagg agaggaaatc      480

gtcaatgccg cattaaatgg cactatagag attgaatga                             519


<210>  3569
<211>  759
<212>  DNA
<213>  Veillonella

<400>  3569
ttttgtaaaa tcactgatga tcctgttgaa gcaaaacgaa ttgctaagga gagtacgact       60

cgatttggtc atatgataat cgatgtattg cgatatcctg aaattaaaga cggcgactat      120

aaggatatgg tcaactttac gaataaggag atattggatg aagctctagc tgatggtaag      180

ggtgctatct tggctgccct tcatagtggt aattgggaat tgctgggtgg agtacttgcc      240

tctgaagggt atcctttaat atctgtagcg ctaaaacaaa atggcgatgc ggataaattt      300

atcaatgaat atcgtgagct tatgcaccaa catgtgatgt ataagacgag tgtacgcgat      360

atggtgaaag ctttaaaaag cggtgctttc ttaggcttga ttatggatca ggatccgggg      420

gaaaatggcg tgttggtacc attctttggt tatgaaacgc taaccgctga tggtcctgcc      480

gtattaggtc gtatgcaaga tgtgcctatt atctttgtga ctatgcatta tagcccttat      540

acaggaaagc atgaacttga agtacaccca ccattatatg tagaaaaaac agatgataaa      600

aaacgtgatg tggcgattac tacgattaaa ctcaatgaat ttattgagga ttatattcgt      660

cgttatccgg aagattggtt ctggctacat aatcgttgga aatggacgcg tcgttactat      720

ggtgacaaga ttgatactcc accagatgtg tttcattaa                             759


<210>  3570
<211>  756
<212>  DNA
<213>  Veillonella

<400>  3570
gctatcggtg ttcgcattga acatcctcaa gatgtcatcg atcaatctca atacggtgta       60

gatccaaaga gcctaggttt aggtgccgcc gagtattcct tggtatatca tgataaggaa      120

tctggtcgta cggcctatag tttctgtatg tgccctggtg gacaagtggt agcctcagca      180

tccgagcctg gtggtgttgt aactaatgga atgagtttat atgctcgtga cagcggcgtt      240

gcaaatagtg ctatcgtcgt gaatgtaggt cctgatgatt ttggtacaca tccactagat      300

ggcgtagcct ttcaacgaga ctgggaacgc aaggcttatg aactgggtgg gtcaaacttt      360

aatgcaccgg ctcaaacggt aggttctttc ttagggcagg ctgatgcgcc gtctgttgaa      420

agcagtatac atagttatga acctcgtatc gtagattgcg atttgcatca gtgtttgcct      480

gattatgtat cgtctgtttt agaacgggcc ttaccgtatt ggggacgccg tatcaaagga      540

tttgataacc ccgaaatctg tatgactggt gttgaaacac gaacatcttc accgcttcgt      600

atgggccgtg acgataatcg cgtatccact acagtgggcg gcttctatcc gatgggggaa      660

ggtgctggtt atgcaggtgg tatcatgagt gctgctctag atggtgcaga aacagcgatt      720

gcgtgcatga gcatgtatgc aagacctaat acatga                                756


<210>  3571
<211>  1518
<212>  DNA
<213>  Veillonella

<400>  3571
atgacctatg aaaatcctta tatgaatggt caaatttggc ctgaactaaa tatattagaa       60

atcttgcgcc agagaaaccc tctcgttatt tgtattacca atgacgtggt gaggaccttt      120

acagccaatg gtttactcgc cattggtgct tcaccggtga tgagtgagtg tagtgaagat      180

ttgaaaaacc tcattgttca tgcatcggcg ctactcatca atattggtac tcttacaccg      240

gataaggtta ggtactacaa agatgccata gcactggcga agaaacatga ggttcctatc      300

gttttagatc cagtgggctg tcatgcgggg gcctatcgtt tatctgtagt gttggatttg      360

attaagactg gtgctatctc attattgcga ggcaatcaaa gtgaaattaa agcaatctac      420

gatgctttaa gtcctaataa tcagatagat acttccacta ccggtaaagg tgtagatgga      480

gtgcaggtcg aggatagtgc cgttatgacg tatcgtctag cgcgccttat taactgtcct      540

gttgtagcta ctggcgaaga ggattatgtt tccgatggaa ctcgaatatt tgcagtgcca      600

cacggacacc ctattatgac ggctgtaacg ggtacaggtt gcttattagg ggctgtatta      660

gcagctttct tcagtgctta tcaaccatgt aaaaacacac tatctatcgg tgagtttctc      720

gcctatgcat tggcttacta tggtttagcc ggtgaaagtg cagtgcaggt aagtggcgta      780

aaacctggta gttttggtgt agcctttatg gatagtttat atacgctgga tgatacgatg      840

cttgtatctg aaaaccgtat aagaccaata gttgtaccag atcaattaca ggtatatttc      900

gtgtgtggca cacaagatac agggcttaat aagaaacgat tgctcgaaat cgtagaagag      960

gcttgtcgtg gaggcgtaac ctgttttcag tttagagaaa agggcgatgg tacattagaa     1020

ggtcaacaga agttagaact agcacaacag ttacaacata tctgtgccaa gtatgatgtg     1080

ctctttattg ttaatgatga tgtagaatta gcggttgctg ttaatgcgga tggtgttcac     1140

gtaggacaag atgatatgcg tttagaagat gtacgccatc ttgtaggcca taaggtagtg     1200

ggcatatcca tacattccgt agaggaactc cgtaaaacag atgtagtgta tgcggactgt     1260

gtaggagtag gtcctatgta tgcaaccagt agcaagcctg atgcgcaaga accatgcgga     1320

ccagaacgta tatctgaact gcaagcaaaa gggttaacct taccatgcgt tggaattggt     1380

ggtattactt tagacaatac tagggtggtg ctacgtgctg gtgcctgtgg cgtagctgtt     1440

atatctgcca ttgcccatgc agaaaagcct tatgaagcga ctcgacaatt taaacaatta     1500

gtctctaata gtcaataa                                                   1518


<210>  3572
<211>  1026
<212>  DNA
<213>  Veillonella

<400>  3572
atgaatgagt tgttaatggt atgcgagcgt atagcaccag aattaatgac ggtcttaaag       60

gatcgctaca aattattgag ccatctagcc tatgaagaac ctctgggtcg cagaagttta      120

gccttagcta caaatatttc tgaacgagct gtgcgatctc atgttgatgc attacgtggc      180

aatggcttag tagagattgc taaacctggc atttatttga gtgctgaagg gcgtgagcta      240

gttcctaaat tgagggggat tctttatgaa tacgagcgtg ttggcgaatt agagctacag      300

ttaaaacaag cacttcacat tgatgatgtc atcatcaccc ccagtgaagg ttcattgatg      360

cttaaacgat taggctttac tgctgcaaaa gtagtacatc gtatggttac tgataaatct      420

gtcgtagccg ttagtggtgg cagtaccatg gcagctatgg ctgatgagat gccaagtagt      480

gtgttgcatc ctgtagtggt accggctcgt ggtggtgttg gtgaagtcgt tgaatatcaa      540

gctaatgtaa ttgcttctgt gttagcagaa cgttggcatg gctcgtataa gatgcttcat      600

ttacccgatg ggttatctaa ggactctctg gatatgcttg taacattgga gccgcaaatt      660

aaggaaatta gcgaattaat ccataggacc gatatattgg tttttggtat tggtcaggcg      720

cttcatatgg ctgacgtgcg acatatacct gaagctgtac gctgtcaatt agttgatggc      780

aatgctgtag gtgaggcatt aggtcaatat tgctctatgg atggttctat cgtttatgcg      840

acgaacaaca tagggctttc actaagggat atagtaaata taccgcatgt agtggctgta      900

gctggcggat tcgataaggc tggtgcaatt atcagcgtta tgaggtcctg taagaagggg      960

attctcatta tagatgatca agcggcagaa ggtatgcgcc aattactaaa tattcctgca     1020

ttataa                                                                1026


<210>  3573
<211>  567
<212>  DNA
<213>  Veillonella

<400>  3573
ttgcttgatc caaaacctga aaatcaagaa acattgcgtc aaaaacgggt ggctcatctc       60

gaagaatact tggcaacggc aaatccagaa gcggttgtaa aagcccaatc tacacttgaa      120

gcaagcacaa cagagccagg tgcattgatt ggactcatcg aacttggggc attacaaaaa      180

atgacaatgc gtcaaatccg taaggcctta gatgctggcg atatttcgtc tgaaacaatt      240

gaacctatca cagctcatcg ttggactgaa caatttgaag cccttcgtat gcgtacggaa      300

aactataaac aacgtacaaa agataatgtg aaggtattct tagcgaatat gggccctatt      360

cctcaacata aacctcgtgc ggacttctcc acaggtttct ttgaagtagc agccttcgaa      420

gtaatcaaga atgatggtca tgaaacgacg gctgatgcgg caaaagcggc tcgtgaaagt      480

ggcgctgatg tggtagttat ctgttctaca gatgacacat atcctgaatt agtaccacca      540

ctcgctaaag aattgaaaga aactatg                                          567


<210>  3574
<211>  630
<212>  DNA
<213>  Veillonella

<400>  3574
atgaatatct tagtaatcgg tgcaaatggt aacgcaggtc gtcttattgt cgaaaaggca       60

ctcaaagcag gtcatcaagt aacaggcgtt gttcgtcgtg aaggcgctat cgaaggcatt      120

ccaactatcg taaaagacgc attacaatta acaaaagacg aattaactca attcgatgtt      180

gtcgtaaacg ctataagtgc tttcacgcca gaaacatact atttacaaac agatttaacc      240

ttattattag taaaagcatt agctcataca aatactcgcc tcatcgtagt aggtggtgca      300

ggcagcctat atgtagacga agatcacaca gtacaactat acgatacgcc agactttcct      360

gcagattacc tcggtcttgc aaaagcacaa gggaaagcta ttgaaatctt gcgtaaattc      420

agtactgtag actggacatt ctttagccca gccccaatct ttgatgcaga agggcctgag      480

tctaacgact atactatcgg tacagaagaa gtgattgtaa acaaagaagg tgaaccatac      540

atttcttata aaacatatgc tcaaatctta gttgatgaaa tcaacaacca caagtttggt      600

cgtcaacgtt ttactgcagt gcaaaactaa                                       630


<210>  3575
<211>  579
<212>  DNA
<213>  Veillonella

<400>  3575
aatgcaataa aacggtttaa tgaaggcatg agtgctacgc aaggggcggc ttttaaatta       60

caggctccag tgtatatggt taacattggc ttggaacaag atacaaatca tttggcaaat      120

attgataccc gagttatccg taaagggtcc cacttctttg gcgtagaacc ttctattagt      180

catgatgaat tggaacaggc tcttgaaatg ggctttggct atgcggataa attacatgaa      240

tcaggcctac aagtgatagc attaggtaat atcggtgaac gcacattcct tgatgcatta      300

gtcaccactg caaccgttac aggcgcatca tacgagtctt tattgaccga atctcagtct      360

ggaccaacca ttgcacagcg agctgagcat atccattcgt ttgtagattc atttgatatt      420

gctgtagatg attggtctgt tttgtctaaa agtgaccgtc gtactgcggt attgcgttta      480

cttcatgtag caggcggcct cgatatatcc ttcttaacag gctttatttt aggtgctgct      540

agccatcgta tggctgtggt atacgataat gcactaact                             579


<210>  3576
<211>  876
<212>  DNA
<213>  Veillonella

<400>  3576
aaagtaggca tgttacaaga tttgtataat gcatacccta ttgttaaaca acgctttgaa       60

gaagctgatg aagcattagg ctattctatt tctaagttat gttttgaagg cccagatact      120

gagttagtta agactgctaa tacacaacca gctattttga ctgcttccgt agcttgttac      180

gaagttttga aagaaaatgg ttttacacct gatattgtgg gtggtcatag cttaggtgaa      240

tatagtgctt tggtagctgc tggtgttctt aactttaagg atgctgtcta tgtagttcat      300

aaacgtggtg aatacatgca agaagcagtg ccattgggca aaggtgctat ggcagcaatc      360

cttgcattgc caagagaaca agttgtggaa atttgccaac aagttaatga tacagtaggt      420

tctgtacaag ctgttaactt taactgccct ggtcaaatcg taatcgctgg tgaaactgca      480

gctgtagaaa cagcagcaga aaaaatgaaa gaagctggtg caaaacgtgc tgttatgctt      540

cctgtaagtg ctccattcca tagtcgtctt atggaacctg cagcagctcg tttgaaagaa      600

gaattagata aaattcaagt taacgatgct aacatcccag tagtagctaa tgtaactggc      660

aaaattttga ctaacgctag tgatattaaa gactctttag ttactcaagc tgctaatcct      720

gtattgtggg aagactgtgt tgcagaaatg gttaactttg gtgtaactcg ctttgtagaa      780

gttggtcctg gcaaagtatt aacaggtttt actaaaaaga tcaataaaga aatggaatta      840

gctaatgtag aagacattcc atccttagag aaaacg                                876


<210>  3577
<211>  588
<212>  DNA
<213>  Veillonella

<400>  3577
atgagaaagc acattaaaaa taatgtatct tgggttggca aaatcgactg ggaattacaa       60

gaattccacg gttctgatta cagcattaac aatggttcta gccaaaatgc gtacttgatt      120

gaggaagaaa agactgttct catcgataca gtgtggaagc ctcattcctc ggagtttatc      180

gataatttgg aatctgaaat cgatttaagc aagattgatt tcatcgtatg caaccacggc      240

gaagtggatc acagcggttc cttgcctgca ttaatggaga aaattcctaa taccccaatt      300

tattgtacag aaaatgcagt taaatccttg gtggggcaat atcatcatcc agaatggaat      360

tttaaaactg ttaaaaccgg tgattctgta gatatcggca atggaaaatc tttggtgttt      420

gtagaaatgc gcatgcttca ttggcctgac tctatggcaa cttatatgac tggcgacaat      480

atcttgttct ccaatgatgc gtttggtcaa cattttgcag tagaagagtt atgggctgat      540

aaggctgatc aatgtcgttt atgggcagag gcgatgaaat attacgct                   588


<210>  3578
<211>  1101
<212>  DNA
<213>  Veillonella

<400>  3578
cttgtgttag tggtggccgc tgtaaatgca gcgattacac ctgtgttgta tattccggct       60

caaaagatgt ttgtaaaacg tggcatgttg ccaagtggtg gtgaagtttc tagtgaacat      120

agtggacttg ttattacacc agaacgggat gcaaagattt ctattgagca tatgaattat      180

ttccatccta aggctactgt acctacatta aagaacatca atctcgatgt gcacgaaggt      240

gattttcttg ttgtaacagg tcctgctggt tgtggtaaga gtacactttg catggctatg      300

gttggggccg tgcctaaatt ctatggcggt cgccttgaag gtatggtctt tgtagatggt      360

aaggctacaa cacaattgtc gattcctgaa ttagccaatc atattggtgt tgttcttgcc      420

gattatgata cgcaacttgt aacgatgact gttcgtgaag aagtggcctt tgccatggaa      480

aaccgtggtt acgatcgagc tactatcgat gcccgttgtg cagaggtatt taaacaagtt      540

ggtattgaag gccttgagga ccgcaaaatt acgagcttgt ccggcggtca acgtcagcgg      600

ttagcaattg cttccgtgtt ggcaacgaat ccatctattc tcgttcttga tgaaccgacg      660

agttctcttg atccagatgg gacggctgaa ctatatcgcc tcgttggtga tttaaaccgt      720

aatcatggta tcactgttgt agttatcgac catgatttac atgccgtatt gccatatgct      780

aaccgtatgg cgcttatggt ggatggtgaa atcgtatgcg atagcgatgt ggctacaaca      840

ttggaataca tgtacaatca taatatttat gtagaagcat tgccatctgt atttacaacg      900

tatatggaac ttgaaaaagc tggttatcat agtgatgaac cttggcttag cattgaatcg      960

gcaatcaagg gccttcatca tatagagatg gctaaggcaa ttgaccgttc tcgttatgaa     1020

aattcaagtg atgtaattga tactggtgaa agccaaaccc aacatggtaa tacgataggt     1080

gaaagtgcag gaggtggcgc a                                               1101


<210>  3579
<211>  537
<212>  DNA
<213>  Veillonella

<400>  3579
cctgatgcgg actatcgctt ctccttggca aacagcgccg gtctattatc tgtaaaagat       60

agcctattta cagatgcacg tccaggcatc atccaatacg gcatcatgcc ctctctagac      120

gtgccaaatc gattaggcct caaaccagtt ctctccttcc acagtgaagt cgtacacgtc      180

caacatctcg atgcaggcga aggcattggt tatggctcta cctatattac tccagagccg      240

atgacaattg ctaccattcc tgtaggctac gccgacggtt atccacgaag cctatccaat      300

cgtggtaccg ttctcatcca aggtaaccgt tgccctgtag taggacgtat ttgcatggac      360

caattcatgg ttgctatacc tgatacgatt actgttgcac caggcgacaa ggttgtacta      420

ttaggatctc aaggtcatga aagcatctct gcccttgaaa ttgcagccct cgcctccacc      480

attccttatg aaatcttctg tggcttttct gatcgtgtgc cacgacaata catataa         537


<210>  3580
<211>  540
<212>  DNA
<213>  Veillonella

<400>  3580
gtgttgcatt accaaatgcc gcgtaatatg gagtcctatt atcaagaggc aggccgtgct       60

ggacgcgatg gtgcaccggc ggaatgtatt ttactctata gtgggcaaga tgtacgcgtt      120

cataagtatt tgattgaaca aggtcatttg gaaccacaac gtgagcaggt agagcttaga      180

aaattgcaat ccatgattga ttactgtttc tgtagtacct gcctaagaaa atatatgctc      240

gcctattttg gtgaaatcgt tccgtggctc gaatgcagta actgtagttc gtgtaataca      300

aaaggggaac gagttaatgt cacaaaagaa gcaaaagcca tattccgtgc cattatcgcc      360

actgaggagc ggtatggtgc ctctatgatt tcgtccatcg tgcgcggaga acgaacggat      420

cgcattacgc gggcggggct tgatgcatta tctgtgtttg ggtatttatc agatgtagga      480

gataaggaaa ttaagggcct tatacaacaa tttgtggcct ctggatactt gcggagttct      540


<210>  3581
<211>  525
<212>  DNA
<213>  Veillonella

<400>  3581
ttaagtgaaa ttacattagg ccatgatgga aacttcacat tgcctaattt tgtaacaaaa       60

atcaatgcag acttatctaa tgacttaggt aacttgttga atcgtaccat tgcgatgatt      120

gaaaaatatc atggtggtat cattacaaaa actgatgatg tagatgattt agataaagaa      180

atttcttcct tggcagaaca aacggtggca gattttgaag cccaaatgga agctatggaa      240

ttgaataaag cccttaaaac agtatgggct ttcatcagtc gcatgaataa atacatcgat      300

gaaactatgc cttgggtatt ggctaagagt tctgaagagg cggatgtatt acgtttgaaa      360

tctgttatgt atcatcttgc tgaaagttta cgtatcatcg ctgttctcgt aagccctgtt      420

attcctgtag gggcgccaaa gatttgggac caattgggtt tagctggttt tgatcatgtc      480

caattagatg atgtatgtac atggggtggt attccaactg gtaca                      525


<210>  3582
<211>  1029
<212>  DNA
<213>  Veillonella

<400>  3582
atgagtttag cgagtttttt tgaatcgatt ccagaaaaac aacggaatct gcaactagga       60

ttggcctgtg ataatcctat gagtggcgcc tttcctcata agcgcgttgt tcacgccggc      120

cttaatggta ctttaatttc accgaaggaa tcgcaatctg tatgggacac tgtaatgcgt      180

ggtactccta agaaggggca aatgcagtgt gcttatatac atattccatt ttgtaagaca      240

aaatgtacat attgtggatt cttccaaaat ggtacaagtc aaagtattga agataaatat      300

attgatggcc tcgttgggga acttaagctg gctagtgaaa gtccacgctt aaaggatggg      360

cttatccacg ctgtatttat tggtggtggt acaccgactt ccctatctcc agcaaattca      420

gagcgtttat taaaagcgat taaggaatac ttaccactct ctaatgacta tgaattaacc      480

ttagaaggcc gtatccatga tttaattcct gaaaaccttg aagtatggat gaataatgga      540

gttaaccgta tgtctattgg tatccagtcg tttaatacta aggtacgcca aatggtagga      600

cgtttggata caaaagaaac ggtactcgaa cgtttagcgg ctttaaagtc atatgggcaa      660

tgttctgttg ttatcgactt gatctatggt ttacctggtc aaacgatgga agtgtgggaa      720

caggatttag ctgacctagt aaaatctggt gtagatgggg ctgacttata tcaattaaat      780

gtattcgatg gcagtgattt aaaccgtgat attgcgagcg gtaaggtacc accagcagcc      840

acaacggcta tgcaagggga tatgtttgaa tttggacgta cctatttaga ggctcgtgct      900

tatcgtagat taagtgctgc acactggagt gccaataacc gtgaacgtag tttatataat      960

attttagcta aagcgggcgt accgatgttc ccatttggca gtggcgctgg cggtaatgtt     1020

gatggctat                                                             1029


<210>  3583
<211>  603
<212>  DNA
<213>  Veillonella

<400>  3583
ttgtgccgtc gcgcttgcgc cgatgtgatg agcgtgctcg attactacga cctcgaggcg       60

actggcgatg tgccggtgtg catccattgc ggtcaatgtg cggctgcctg tccatttgat      120

tccatgcatg cgaaatctga gcttgataag gtgaaagcgg ccattgccga tcctgacaaa      180

atcgttgtca ttcaaacggc gccggctgtg cgcgtgtcca tcggtgaagg atttggcttt      240

gaaccaggca cattcttaga aggcaaaatg gtgagtgccc ttcgcaaact cggcgctgat      300

tacgtagttg atacgaactt tggtgcggat ttgaccatca tggaagaagc gtctgagctc      360

gtggaccgct taaacaacgg cggtaccatt cctcaattca catcctgctg ccctgcatgg      420

gtgcgctttg cggaaatcta tttccctgaa cttattccga atttgtctag cacccgttct      480

tgcatcgcca tggaagcggc catgattaag acgtactttg ctgagaaaaa gggcattaat      540

ccggcgaata tcgtgtccgt cagtgttaac ccttgtacgg cgaaaaaggc cgaaactaag      600

cgt                                                                    603


<210>  3584
<211>  267
<212>  DNA
<213>  Veillonella

<400>  3584
tttgaatttc ctgttgttga agaggaagtt atagatttca agagagccag agaagattat       60

tgttttttaa acttacgaac gaagtgggga atcagtacag tcgattttta taacagattt      120

aatatacgat tagaagatat atatggctct gttttagata atttaatgga aaagaattta      180

attataaaag atggcaactt atatcatctt acgccagaag gtgctaagca tggcaattat      240

gtgtttagtc aattcataaa agagtaa                                          267


<210>  3585
<211>  621
<212>  DNA
<213>  Veillonella

<400>  3585
gaatgcatgt tattagtaat tgatgtggga aacacgaata ttgtcctcgg tgtttatgat       60

aagaaaaatt tagtaggaca ctggagaatt tctacagatc gtgtacgtac tacggacgaa      120

tatggcatgt tgatgatgaa tttgtttttt catgatcgca aggttaatgc aaaggatatt      180

aaagctatta ttatttcctc tgtagtaccg ccattgatgc caacattaga acgcgtatgc      240

ttacgttact ttaatgtgaa tcctcttatt gtaggacctg gcaccaaaac cggaattgca      300

attaaatatg ataatcctcg cgaggtaggt gctgaccgca tcgtcaatgc cgtagcggct      360

aatgctgtat ataaaggtcc gttgattatc attgattttg gtactgctac aacctattgt      420

gcggtccttg gtaatggtga ttacattggt ggtgttattt cgccaggtgt aacgatttca      480

gcagaggcgc tgttccaacg agctgctaaa ttgccgcgta ttgaggtaaa ggacccaggt      540

caggttatta atcgcaatac cgtatcctcc atgcaatccg gtatgttcta tggttatgta      600

ggacaggtag aggggctagt g                                                621


<210>  3586
<211>  726
<212>  DNA
<213>  Veillonella

<400>  3586
atggcacgaa aaacgcatag accagatgat attttttggt cagttactac ccaggatata       60

gaatccatac aacatgcaac tacaggtact ataacattag gtcaactgct agatactaaa      120

tatccaagaa aagcgatggt aaagttattt gatgagaaat taatccatgt aaatggtcac      180

aaggcaacac ctcatacaga ggttgctgta gacgatgaaa tttggatggc tatggccaaa      240

gagaagattg atcatgagcc aattgcaata gatttacata ttctctatga agatgacgat      300

ttgctcattg tggataaacc tgccggtgtt acggtaaact caaaggatca agtatccctt      360

gctaatggca tagcacatta ttttaaagac cgaggtatta agcgaaaaat tcgcttctta      420

aatcgccttg atcgtgatac gacggggtgt atagtgattg ctaaaagtgg tttagcccaa      480

agtttatatc aacaacaaat ggatgataat agctttgaga agtggtacat ggcaatcgtt      540

gaaggaattg ttgaagcaga ttcggattcg ttggtgtttc ctatggatag aagtattgat      600

ggcattcact atgaagtaaa ttctaagggg atagaaacac ggaccgattt taccgtttta      660

caccgctatc cggatggtgt tgtggataac tctgtgcata acctacaaaa tattgtggat      720

atatcc                                                                 726


<210>  3587
<211>  513
<212>  DNA
<213>  Veillonella

<400>  3587
gatgatgatt ttcttgatga tttagaagca gttatgctta caagtgacct cggtcctaag       60

actacagagt atttgatgaa agaaatccgc cgtggtgtta cagaaggtat tatcaataat      120

acaggtgatg taatgccatt tatggaagac cgcattacag aaatgctcgt tgaccaagag      180

gacgagatta cactacacca tccagaggtt attctcgtcg ttggtgttaa tggtgttggt      240

aaaacgacaa caattgctaa attggcaaac tactacacta aagaaggtaa aaaggttatc      300

attgctgctg gcgatacatt ccgtgcagcg gcggcggacc aattatccat ttgggctgac      360

cgcgtaggcg tacctatcgt aaaacataag gaaggtgcag atcctgctgc tgttgtatat      420

gatgcgatgg aagcagcaaa ggctcgtaat gctgacatgg tgattgtcga tacggctggt      480

cgtcttcata caaaagtaaa tcttatggaa gaa                                   513


<210>  3588
<211>  546
<212>  DNA
<213>  Veillonella

<400>  3588
atcaaggttg atcctaaaac attaaaccct cgcgaattag aacggttaac acgtaacttt       60

gtacgtcgca ttgcgcctat catcggcgtt aatacggatg ttcctgcgcc agatgtaaat      120

acgaatgccc aaattatgag ctggattgtt gacgaatata gcacattaaa aggcgaatgg      180

agcccaggta tcgtaaccgg taaacctatc gaagtaggcg gttccctagg ccgtaatgaa      240

gctactggcc gcggttgtct tatcgcatta caatgctatt tagctaaaaa aggcttagac      300

atcaaaaaca tgactgtcgc agttcaaggc tttggtaatg tcggctccgt aggtgctcgc      360

ctcattgcag aagcaggtgc caaagttgta gctatcggcg acgtagctgt taatctatac      420

aatccaaatg gtctcgatgt tgaaaaagct tatgaatacg ctaattctca tggtcgttcc      480

ttagttggtt actccgaacc aggtatgact acgattacgg gacaagaatt attagcacaa      540

gagtag                                                                 546


<210>  3589
<211>  624
<212>  DNA
<213>  Veillonella

<400>  3589
ccgttgatgg ttaataatat tgaagttggt ggtgtttacg gcatcagctg tggtcatggc       60

aatgaaccaa ctaattttgc tgcccaatat aaagcctttg aacgggatga attttccctc      120

gctgtcatgc atggaacggt cggatctagt gtgggcagtg aacatcatga tgtaacaggg      180

ccctgtaatt tgacggatat catgcaaggc gccatggact attgggcatt aggccatatc      240

cataaatcac aggtgctttc agaagaccct atggtcgtat atgcaggcaa tccccaagga      300

ttacatcgca aggaatttgg tgctaaaggc tgttatatgg tcaatgtatc acacaatgga      360

cattgtgaac tagaatttat tgagaccagt gccattcgtt ttgaagatat taagattgat      420

attgcaggca tacaaactga acgtgagtta ttagatttat tgagccataa aaagcagtcc      480

ttgcgtaaga aatataataa gaacaccttg gtatctgtac atttagttgg aacgggcaca      540

attcatcgtt tgtgtgttga tgaagcggtt cggaaattat ggttgcgaga atcacaatca      600

gaggaaaaaa gtaaatctat tttt                                             624


<210>  3590
<211>  603
<212>  DNA
<213>  Veillonella

<400>  3590
caaggtgtaa atccttatga aatcttagcc atcacattta ccaataaggc agctaaggaa       60

atgaaaagcc gtgttgaagg attggttggt gatgtagcta atcgaatttg gctaagtacg      120

ttccacagct tttgtgctaa atttttacgc tttgaattag ataatttttt aggttataac      180

agcaatttta caatttatga tacatctgac tctcaagtgg ttataaaagc cgcgttaaag      240

gctcttaatt tagatgataa atactatcca gtaggtgcta tgatcagtgc tatttctgat      300

gcaaaaaata agttactatt tgcttccgat tatagaaaac aagcacgaga cttttaccaa      360

caaaaggtag ctgatgtata tgagtactac gaacgggagt tacgtaaaaa caatgcttta      420

gatttcgatg atctactact cgtagcggtt aaattattac aatctaacgc tgctgtgttg      480

gaaaaataca gtaaacgttt tagatatgtt atgattgacg aatatcaaga tacgaaccac      540

gctcaatatt tattggcgta tttgttatct tctcattgga agaatattgc cgtcgtaggt      600

gat                                                                    603


<210>  3591
<211>  456
<212>  DNA
<213>  Veillonella

<400>  3591
gtggtctgtg atgctctaga ggaggcctgg gagcgttgga tacgagaaca agattgggaa       60

tctatcatcg agaatcatct atgcccatac gttgaagagt tacttgttga aggtgatgaa      120

aatggtgaaa caccagctca agtgcttgta aatatcgccc ttgaactttg gggtgtatat      180

ggtcaatccg aagatctttg caatcgcatt gaaacgactc tccacgatat tgcacggtat      240

gtgttagaac aagggtatga tctcattgaa accattatac gtcaagtatt gggaggtctt      300

agcaccgata aatttatcta ctttattgag tccaaggtag aggatgacct cagctggatt      360

cgtatcaatg gtgccattgt aggcgctgtg gccggttttg tagcatggct attccttgaa      420

tatgcatata tgccattatg ggcgctaata agttaa                                456


<210>  3592
<211>  522
<212>  DNA
<213>  Veillonella

<400>  3592
gcatctcaag gtgaaactat acaagctaag aggactacat tggctcaact ccgacaacag       60

tcagagaaat ttgatgagtt agcactgtta aatcaggaat tgaccacatt aaagagtaac      120

ttagaagcac aggatcgcga gaaaagcgaa gctgagttac aggcacagca caagctagta      180

gctgatttag agattgagtt agttgatgcg aggaaacagt ttcaagctaa tagtaaagca      240

ttagagtcta ttcctcgtat tcaagaacag ttgagtcagt tgcaacgata tgctgaatta      300

ctagcgcaaa aacagaagat tcaaaacgat attgatgcta aagacaggtc tttagcgact      360

atagatgaag ctgtaaagac ctcgaaggta cagcttgaac gtttagaaca tctgatggct      420

gaggggcgag cttttgaact ggttcattta gtagtagata atgagccttg ccctgtatgt      480

ggctctacag agcatccaca gttagcatcc aagcctgagt tg                         522


<210>  3593
<211>  921
<212>  DNA
<213>  Veillonella

<400>  3593
atgacgctag cttgcgcgac ttgcttaacg gtaggtatgg cggccgtaac ctgtgcagat       60

acaatcgatt taggttatgg tcagtacgct accactaata atggtgtaca cgcaacagct      120

atagacacga ttcccacaaa tcctactttc agaacaatgg aacaaaataa ggtgattcaa      180

actgctaatg gacgagttgt aaaatccatg aatgaccgta taaaaacatc ctatccaatg      240

gtaaaagaag aatttaaagg tactgttgta gacggatata gtttttatca attatctggc      300

gatagtgcat taggtcatca tacagggtgg ctgtttacgt ataatataaa taaagaggcg      360

attaattatt tcgatcgtac aactactcaa attgttaaca cagcaatggc cgataaacaa      420

gtgaaagcac aatctgttag cgagccttac acaaaatcta atgcagagaa gtttatttct      480

aaaatggaca tagttacgct tgaccgcaag atattagaac ctcaaatagc aaacctaaat      540

gctactatgc atcgggatat gattaaaaca atacaacaaa gtgctatgca ggatgcatca      600

ttatcacaaa aggacaagga aagcattcaa gaaggtgtag agttttttaa gagagtcatt      660

ccaaacttta caatgggtgc cacagaaata tcatctaaac cgtatacatc taaatttggt      720

actatagctg gtatgaatat gcgtggcagc ttacgttatg atggctttgt attacctggt      780

agcttaacta tgtatgcaat gccacaaaat gagggtctta cggtacaaat tttggctacc      840

gaagatacga gccgagatta ttggtcgggt cagtttgaaa ccatgtatgg cttaaaatcc      900

ttaaagggag gcaataaata a                                                921


<210>  3594
<211>  558
<212>  DNA
<213>  Veillonella

<400>  3594
acagcgggca ttgtagtatt ttataccttc ctaggagggt tcctcgccgt atcttggacg       60

gactgcattc aaggagcatt gatgttcttc gccatcttag ctgtgcctat tacagcggcc      120

atgtacttag gtggtcccat tgagacaatg caactcattc atagtgaatt tcctcaaggc      180

ttaaatcttt ggggtgatac gagtgatatg tttgctctgg ttatcggcat tatctcctcc      240

cttggttggg gacttggcta ctttggtcaa ccacatatcc tagttcgttt catggcaatt      300

tccgatgcga aggaactaaa aaaatccaca aatattgcta tggtgtgggt tatcctttct      360

ttattggcag ccattttcgt aggcctcatc ggccatgtat atatgctacc agaaaaatta      420

gttggtacag atgcagaaac gatattcctc gttatgacag agcgtctatt tacgccattt      480

atggctggtc tcatctggtc tgctgtgctt gcagctatca tgagtactgc atccgctcaa      540

ctattagtaa cagcctct                                                    558


<210>  3595
<211>  663
<212>  DNA
<213>  Veillonella

<400>  3595
acaaaattgt ctaaattggt aagccgctta acaggcgtgg cagttcctcc aaataaagct       60

attgttggtt ctaacgcatt tgctcatgaa tctggtatcc accaacatgg catgcttaac      120

aaccctgaaa catatgaaat catgacgcct gaatccgtag gtgctgaaaa gacaaatatc      180

gttcttggca aacattctgg ccgtcatgcc ttcgaagacc atttgaaaac attgggattc      240

caccaaactt tcacagaaga aaaaatcaac gacctatttg ctaaattcaa agatttggca      300

gataagaaaa aacatgtata cgatgatgat atcatcgcta ttgttgtgga acacatggat      360

cacaagaaag cgtacgagct tgttgctcaa tactacaaat tgggtgaaaa aggttatgcc      420

tatgctgatg ttcgtcttaa tacgccagaa ggtgaaagag cagatgctgc ggttggtgat      480

ggccctgtgg atgcctccct taaagcggtt gaacgtgtgg tgggcttacc aatcagcttg      540

aaagattacc aaattcgtgc gattacagcc ggcaaggatg ctcttgggga agcaaccctc      600

aaggttgaat ataaagggcg catttaccac ggtcgtggta tcagtaccga tatcgttaaa      660

tca                                                                    663


<210>  3596
<211>  756
<212>  DNA
<213>  Veillonella

<400>  3596
ggaggtctca tgaacgaagc cttattagaa tatatagacc ataaattgaa tgacgaagaa       60

ttgggacgcg tattcccagt cacttttcaa ggcaatgagt attttgtaaa acgtgctgta      120

ggtaataacc ggtcatcatg gattaaacca tcccctcgtg catcctttga tcatgagttt      180

tatatgatga actttgtgcg tacacaatta ccattagctc cggaaattgt aggctttcga      240

gaaaattatt tcgtgacacc gaattatggt aagaacttga cctactatgg ccatttaccg      300

caggagcatc cagaagatag ttccctagaa gatatggctg ttcatatttt ttatgctttt      360

ggtaaagctc tcggcatgct ccacgattac ggtatcgctc atggccgtcc tgcgttgcgt      420

gatattgtat atgatccaga tgcggatagc gtgatgctcc tcgattggga aaacgcacgc      480

cgctggccag aattcacgcc tgctggatgg gacttactta ttttcatcca cagctatatc      540

cgtgaaggtg atttgcctaa tacctatcta tatgcggcta tgaatggcta tagctctgcc      600

cgttgtgcac gagaaaccgt tcttcatgtg aaagaagttt tacgcaaacg agactatcta      660

tttaaattct gccgtttatt ggaaccgttc cattttgtag atacagaagc agccgtaaaa      720

tcctttgatt ttatacaagg actaaaaata gaataa                                756


<210>  3597
<211>  594
<212>  DNA
<213>  Veillonella

<400>  3597
ttggaatata ttatttcgtt tatggaaaca tatggctatg cagccatgtt tatggcgatg       60

gttctggaga atgcaaatgt accaattcct agtgaaattg tgcttggatt tgcaggttat      120

ttgattgctc aagggatatt tgatttgcac acgacaatgg tcgttggtac attagctggt      180

atcgttggat ctattttatc gtattggatg ggggaatatg gtggtcgtcc attgttattg      240

aaatacggta aatatgtatt ctttaatgag cataaatttg aactcgctga aaagatgttt      300

aataaatacg gtggtgcagc tatattcttt ggtcgcttat tacctggtgt tcgtacattt      360

atttccttcc cggctggtat ggcgcgctat ccattgtggc actttatcgt ttggactgtg      420

cttggtacta ttccttggac gattttactc gtatatttag gaaaagtgct tggggaaaac      480

tggaaagatc ttattcagta taatcatgaa tttttgctag ttgtgattgt tgtctttgcc      540

gttgtggctg ccgtgcttgg atttaaatac tataagaatc gccgtaaatc ataa            594


<210>  3598
<211>  1011
<212>  DNA
<213>  Veillonella

<400>  3598
atgaaaagtt tacataataa gtcatttaaa accatgttgg attatacacc agaagaaata       60

caatattatt tggatttggc agctaaatta aaagcggata agaaggctgg caaagaaatt      120

aaaacaatgg aaggtaaaaa ctttgccctc atctttgaaa aggattccac aagaacacgg      180

tgtgcctttg aagtaggtgc cgcagatcaa ggggcacata ctacgtacct tggtccaact      240

ggatctcaaa tgaataaaaa agaatcttta aaggatacgg cgcgcgtgct tggttctatg      300

tttgatggta ttgaattccg tggctttgat caagaagatg tggatacatt ggaacaatat      360

tcaggtgtac ccgtatggaa tggcctaaca gatatggatc atcctacaca aacattggct      420

aactttctta cattacaaga aaatatcgag aaaccattga atgaaatttc ttatgcctat      480

gtgggccatg gacaatctaa tatgtgtaat gcattgatga gtggtgctgt aaaaatgggg      540

atggattttc gccttattgg tcctaaacaa ttttggccgg caggtccatt ctatgaagag      600

tgcttgaaag tagcaaagga aactggtgcg actattacat gtacagataa tgtagcagaa      660

ggtgtgaaag ggcttgatgt tatttataca ggtgtatggg taacaatggg tgatacctac      720

gatatgtggg aagaacggat taatctcttt aaaccattcc aaattaatgc ggaaatgatg      780

gcacttaccg gtaatccaaa tacaaaattc tgtcattgct tgcctgcttt ccataatacg      840

gaaacacaag ttggtaaaga tatttttgaa cgatttggca tgaatggtat cgaagtaaca      900

gaagaggtat ttgaaggacc taattcatta gccttccaag aagcagaaaa ccgtttgcat      960

actattaaag ctgttatggt tgccacattt agcgattatc caatgaaata a              1011


<210>  3599
<211>  576
<212>  DNA
<213>  Veillonella

<400>  3599
atgaaactca acaagaaatc tttattagtc gcatgtgtgt tggcggctat gtctacaagt       60

gctttcgcag catctactac aacatccact agtagtacaa cagtgacgaa tacagataca      120

tcaacatcaa caagtacgcg tgtaacacgt gaacaacata gtactactat atccacatcc      180

tccactacaa catctgaaaa aacatctagc cgttctagta acacttctgt aggcgttggt      240

gttggtatcg gtcgtttaga tacatttatg ccaattgctg gtgccgtaaa acaaccacct      300

gcagcggtta aaaaagcgat tcgcgttcta aaagatgatt ctctattaca acaaggttac      360

cttggactgg ttaaagaaaa aggaaaatgg ggcatcgttg gtcctaatgg acaagtggta      420

ttagcgccaa cctataaaac attagatgcg tctttcaaaa aagatggtac attctatggt      480

gaagaaggta aaaataaagt agttcatatt aaaggtgatg gcaccgtatt acaatctggc      540

aaagaggcac aagatgcttt atatgcggat actaat                                576


<210>  3600
<211>  687
<212>  DNA
<213>  Veillonella

<400>  3600
ctgtatgcta tgtggccgct tgtgttagtg gtggccgctg taaatgcagc gattacacct       60

gtgttgtata ttccggctca aaagatgttt gtaaaacgtg gcatgttgcc aagtggtggt      120

gaagtttcta gtgaacatag tggacttgtt attacaccag aacgggatgc aaagatttct      180

attgagcata tgaattattt ccatcctaag gctactgtac ctacattaaa gaacatcaat      240

ctcgatgtgc acgaaggtga ttttcttgtt gtaacaggtc ctgctggttg tggtaagagt      300

acactttgca tggctatggt tggggccgtg cctaaattct atggcggtcg ccttgaaggt      360

atggtctttg tagatggtca ggctacaaca caattgtcaa ttcctgaatt agccaatcat      420

attggtgttg ttcttgccga ttatgatacg caacttgtaa cgatgactgt tcgtgaagaa      480

gtggcctttg ccatggaaaa ccgtggttac gatcgagcta ctatcgatgc ccgttgtgca      540

gaggtattta aacaagttgg tattgaaggc cttgaggacc gcaaaattac gagcttgtcc      600

ggcggtcaac gtcagcggtt agcaattgct tccgtgttgg caacgaatcc atctattctc      660

gttcttgatg aaccgacgag ttctctt                                          687


<210>  3601
<211>  945
<212>  DNA
<213>  Veillonellaceae

<400>  3601
atggatacga cgatatcctt aaaggcgacg ggaccggaag caaaggaagc ggttgaggaa       60

agttttgccc gaatccagga attggaccgg ctggctagtg cacagcgtcc ggatagtgat      120

ttgggaaaat tgaaagcggc ggcgggaaag gactatgtac aagtggatcc tgccgtgtat      180

gaaatgattg attttgcaaa aacttactct gaaaaatcac aaggtgcttg ggatattacc      240

acaggagtca taacggactt gtggggaatc gggacggata atcagcggat tccttcggat      300

gaagaaattg cagctgccga aagccttgtt aactataagg atatactgct gcggcctgaa      360

gatcacagtg tgaaacttgc taaagcgggt atgagtattg atttgggcgg cattgccaaa      420

ggctatgccg ttgatgaagt acgggctatt tttgccaaac atcatattga aaacggtttg      480

attaatctcg gtgccagttc catgtatgcc ttaggttcca acgctaaagg cggcccctgg      540

cgcatcggta ttaagcatcc gcgtaatgat gataaagaca catacttggg tattgtagcc      600

gtaagtaatg aaaatatttc cacgtcggga gactatgaac gcttttttga agaaaacggt      660

gtgcggtacc atcatatttt cgatcctaaa acaggtcgac cggctcgtag cggtgtgatg      720

agtgattccg ttctggtaga ttcgtcgatt gaacatggcg gtatgttggg ggatatgctg      780

acgaccattt tgtttgtcct tgggcctgaa cggggaatgg aatttgctca ttccgtaaac      840

ggtgtggaag ccatgattac gacaactgac ggaaagatat acatgacaga cggatttaag      900

tctcattttt ccgacttgaa cagtgatttt aagctaatgc cctaa                      945


<210>  3602
<211>  684
<212>  DNA
<213>  Veillonellaceae

<400>  3602
ttgattgcag aaaaccttga aaatgtccgc tcgcgcatgg cttcagctat ggctcgagca       60

ggtcgagtcg atacggtaac tcttgttgcc gttacgaaga atcatcctgt agaggatatg      120

attgaagcgg cttcatgcgg cgttaccgat gtaggtgaaa accgggtgaa ggaaggaacg      180

gacaagcaaa aagcattccc cgataataag ctgaagtggc accttatcgg tcatttacag      240

accaataaag tgaaacaggc cgtagctcat ttcgacctca ttcactccgt cgactcgcaa      300

catttgctgg cggcgattga caaagaggcg gaaaaaatcg ggaaagtaca ggatatttta      360

ttgcaagtaa atgtggctcg agaagagagt aaaaccggag ctgccgtcga agagtttccg      420

gagttgtgtt gttttgctaa ggaggctcaa cacgtacgcg tttgcggttt tatgtgcatg      480

gcacccaact ttgaaaatgt cgaagagacg aggcccgtat ttcgtattgc aaaggccttg      540

tacgatgaca tgaaaggaaa atttcctgac gggcaggtcc gttatttatc aatgggcatg      600

actcacgatt ttgagatagc aattgaagaa ggcgccaata ttgtccgcgt cggtacggct      660

atattcggac cgagaaatta ctaa                                             684


<210>  3603
<211>  2388
<212>  DNA
<213>  Veillonellaceae

<400>  3603
atgagttctg acaatacgat tcgcattgcc ttggccggta atccgaactg cggtaagacc       60

acgattttca ataacattac cggagccaag caacacgtag gtaactatcc gggtgttacg      120

gttgaaaaaa aggaaggcca ctgtatctat gacggtaaag accttctctt catcgattta      180

cccggcacgt acagtttgac ggctcgttct ttggatgaag tcgtcgcacg taacgttatt      240

attaatgaaa aaccggacct tatcgtcaat attcttgacg ggtccaactt ggaacgtaat      300

ttatacttgg catcgcagct cgccgaattg gaacggccta tggttgtcgg gctgaacatg      360

atggatattg ccgaccgtat gaacgttaaa atcgatttgg ataagttggg tgaacgcctc      420

ggagccgttg tcgttcccct cgtaggcagt aagggcgtcg gcatagataa acttttggaa      480

accgtttcgg atgtggaaaa gctgaaaaac ttgaagaacc cgaaggtaga ttacggtccc      540

gttgtcgaac cggctattga agagttgcag caacttattg aagcggcttc ttccattacc      600

tatccgtacc gttgggttgc cgttaagctt ttggaaaacg acagcgacgt agttaagaaa      660

ataaaagctc tccccgatac ggaaaatatt ttatccaagg ctacggtttt gcgcgattca      720

ctgaaggaca aggtggatct tgacttccac tttgcacagc ttcgtcacga attcgctgtc      780

caagcctata atgcttccgt tgtctcggca ggtacgagcg atactctctc cgataagatt      840

gaccgcgttc ttacacataa aatcttagga cttcctatct tcctcttttt tatgtggctc      900

atgtttacag tggttatcga tatcggcgct tatccgcagg attggctgga aaaaggtttc      960

ggtatgttgg gcgactggct taataacgtc attgtcgacg aacagcttcg ctctcttgtc     1020

gtagacggtg ctatcggcgg tgtaggggcg gtcttgagtt tcgttcccct tatcgtcctc     1080

ttatatcttt ttatcagtat tattgaagac tcgggctata tggcacgtgc agcctttctt     1140

attgaccgtc tcatgcgttc tttcggcctt cacgggaagt cctttattcc cctgatttta     1200

ggcttcggct gtaatgttcc gggggttatg gcagcacgta cactcgataa cgaacgggac     1260

agaatggtta ctatcttggc acttcctttc atgacttgcg gggctcgtct tcccgtctat     1320

accttgctga ttgcggcctt cttcggtgca agcggctatg gcggtacggt tcttttcggt     1380

atctacctcc tcggtattat cgtatctatc gttcttgcgc ttatcttgcg tcgcacggaa     1440

tttaaggggg aacgggaacc gtttgttatg gaactgcctc cctatcacat tccgacctta     1500

aaaggcgtgc tcatgcacat gtgggaacgt acgatacttt atttgaagaa agccggcacg     1560

attattctcg gtgcgtccat tctcgtttgg ttcttgacgg catatccgat ggatgtcgat     1620

tattcccagg attatgacgc tgccaaggat gccgtaacgg ctacggctga acagcaacaa     1680

tctcagattc tcgcctctta cggcttgagc agcatggaag acaacgaaga actgaacaac     1740

atgtataacg acatgattca ggctcaaaaa gatgctgacg atgcggctgc cgccgaagat     1800

caggatgtca gtgacgttca acaggctgca gaagcccaag ccaaaccgga ataccccgat     1860

gcatttgcag acttacagca agaaaatccg acggtatacg ctcaagcttt accgctcttt     1920

gatgtacaaa aagcagctga cgatgcaacg gcagatctcg actctcagca aaatgccgaa     1980

aaaatcggtc agagctatgc agctcgtctc ggccgcgtaa tcgaaccggc tattcgtccg     2040

ctcggtttcg actggaaaat cggcgtgggt attattgcct gcacggcagc taaggaagtc     2100

atggtttcca ccttggctac tatttacagc gttcaagccg atgacaagca cgaagcgggc     2160

cttgttactt acttggctaa cgaccccgac ttcaatcagg ccgtagcact ctcgcttatg     2220

gtcttcaccc tcttgtacat gccttgtgtt gctaccttgg cagttattaa aagagaaaca     2280

aattcctgga aatggatggg cttttcggca ggactcggtc ttgtcttagc ttatgtattt     2340

gcttttgcaa catatcattt ggcattgctc gccggattgg gtgcgtaa                  2388


<210>  3604
<211>  723
<212>  DNA
<213>  Veillonellaceae

<400>  3604
atgtctgaaa tcgatcaatt cgttcaaatg gtaaagaatt ccgacaatat cgtttttttc       60

ggcggagccg gtgtttcgac agaaagcggc atacccgatt ttcgcagtgt agacggcctg      120

tataatcaga cctatgactt ccctcccgaa acaattttga gccacacttt ctatgaaaat      180

aacaaggaag agttttatcg tttttatcac gacaaaatgc tctgtcttaa tgcaaagccc      240

aatgcagccc acttgaaatt agctgaatgg gaacgggccg gaaaagtcaa agccgtcatt      300

acgcaaaata ttgacggact acaccaaaaa gcgggcagtc acaatgtgtt agaactccac      360

ggcagcgtgc accgtaaccg gtgcgaacgt tgcggggcct tcttcgatgc agagtatatg      420

aaaaaagccg acggcatccc tcgttgcaac tcctgtggcg gccccataaa acctgatgtc      480

gtcctatatg aagaatcatt agacgacgag gttattacgg aaacgatacg gtatatccaa      540

aaagcggaca tgctcatcat cggcggcaca tcacttgtcg tctatccggc agccggtctt      600

attcactatt acaaaggcca taagctggtc ctgatcaata aaggtgaaac ggggatagac      660

actcaagccg atctggtcat tcgcgaacct atcggcaagg ttttcagcca agtaaaaata      720

taa                                                                    723


<210>  3605
<211>  567
<212>  DNA
<213>  Veillonellaceae

<400>  3605
atgcactcga aggaaaatgc taaggaaagt ttgacctacg ccgcagccgg ggtagacatc       60

gatgccggta acaaagcggt tgaattgatg aaggattcgg tcaaggccac atacagaccg      120

gaagtgctgg gtgatttagg cggtttcggc ggccttttct ccttaatgaa cagttccgta      180

aaaaatcccg ttctcgtcag cggtacggac ggagtaggta cgaaactgcg cctggccatt      240

atgatggata agcacgatac ggtcggtcag gactgtgtag ccatgtccat taacgacatt      300

ctcgtccagg gtgcggaacc tctctttttc ctcgattata ttgccgtagg taagctcaat      360

cccgaacagg tagcatctat cgtcaagggc gtggctcagg catgcagcga atcgggatgc      420

gctctcttag gcggtgaaac ggctgaaatg gccggttttt acggcgacgg cgattacgac      480

ttggccggtt tcggtgtcgg cttggcagac cgtgaaaagc tgattacggg agaaactatt      540

aaagagggcg atgttctcat cggcttg                                          567


<210>  3606
<211>  1572
<212>  DNA
<213>  Veillonellaceae

<400>  3606
atgtcgcaag aaaactcaaa cgacagcact gtacaagtgc aggggacagg cggtatactc       60

ggtgccattg agcgcatcgg taaccgtatt cccgacatta ccatgctgtt tattgcagcc      120

tttgttatta cctgtgtcgt atcggcttta ttctcacaaa ttcatttcgg atacattcat      180

cctacaacag gtaaagaaat tacgattacc aatatgctgg cacccgaatc gctggcaact      240

cttttgacta agatggtcag caactttgca ggttttccgc ctttggccat ggttattgtg      300

gctaccttgg gtatcggtgt tgcccaggga tcgggtttta ttgccacggg tttgaaaaag      360

cttctggccg taacaccgaa gtttctctta acgcccattg ttatcgtcgt cggtatgctc      420

agtcatttgg ctcccgatag cggctatatg atcattatcc ccatggcggc ctatttattc      480

tacgcatcgg gcaagcatcc cttggccggt gtaggggctt cctttgccgg cattgccggt      540

gcttttgcag ccaactatac gccgtcggcc atcgacccgg tcatccaggg attttcgcaa      600

atggcggctc aactcatcga tccgacatac gaaatcaatg ttttatgtaa ctatttcttc      660

tccttagctg cgacggtgcc cgttattgcc gtttgctggt gggtaacgga aaaaattacc      720

gaaccgtggt gccgtaaggc ttgccccttg gatgcggata ttgacgtatc ggaagatgcc      780

attgatgtca ttacgcctaa gcaaaacaga gctttctaca ttgcgtcctt cgttctcatt      840

ttgatgcttg tcggactctt tgcggcgctt tggccggaag actctatctt gcgtgacccg      900

gcgggaaaca ttgccagctt taaggctccc gtcatgcagt ccattgtagc cattatcttt      960

ctgcttgcgg ccgtaccggg cattgtcttc ggtatcttga gcggcagctt taagagctcc     1020

aaggacttta cgaagtctat ggaagacatt acgcatacac tggtacagct cattgtattc     1080

tacttctttg cagcccagtt catgtatgcc ttcggtgcgt ccaacctggg ggctctcatt     1140

gccattgccg gtgcggaatt cttgaaatcc ttggccttac cgccgcaggt tacggtcttc     1200

ggtatcatcg ttttcgttgc cttactgaac ctgctcatta catccgcctc ggctaagtgg     1260

tccattttgg cgcctatctt tgtgcctatg ctcatgtccg tcggtattgc acccgaactg     1320

actcaggcgg catttcgtat cagtgactcg gctgttaacg tatgcacgcc catgtttgcc     1380

ttctatccct taatcattat ttactgccag aaatactaca aaaagactgg tgtcggtacg     1440

ctgagcagcc ttatgcttcc gtatacgatt gcacttctca tcgtcctgac cattaccttg     1500

tatctcttct gggcagccgg cattcctttg ggcttccagg cagactatgt atatccgcgt     1560

caaatgttct aa                                                         1572


<210>  3607
<211>  1239
<212>  DNA
<213>  Veillonellaceae

<400>  3607
atgaattccg taggaattat cggtgccggc gcagccggga ttatggctgc tctggcagct       60

gccgaggcgg gtgccgacgt atcattgttt gaaaaaaaca atattgtggg aaaaaaaatg      120

gggattacgg gcaagggccg ctgtaacttg acgaatgcgg ctcctattac cgactttata      180

ggttctacgc cgggaaacgg taagtttttg tacagcgttt accaacgttt tacgaatgaa      240

gatttactgg aatgcctgca ttcgtggggc ctggaaacca aggtggaaag gggcggtcgc      300

gtatttcctc aatcggacag cgccgtagaa gtacgcaaac tcctgtattt taaattgaag      360

gacttcggtg tacacttaca tttagaagaa ggtgttacgg ccgtagccgt tcatgacggt      420

cgcccccgta tcactaccgc taaaggccgg tatttttttg ataaacttat tatcgctacg      480

ggcggtatgt cttatcccgt tacggggtct accggggacg gttatacttt tgcggccggt      540

ctgggacaca cgattcacgt acctagacct tcgcttatac ccttcgtttc gcccgataca      600

tgggtacatg aactgacagg tctggcattg aaaaatgtag atgttaccct gtggaagggg      660

aagaagaaaa tcgcatcccg tttcggagaa atgctcttta ctcacttcgg tatatccggc      720

cccgccgttt taatgctcag tacggcggcc gttcacagta aaaaagccgt ttatcctatg      780

gaagtcgtta ttaatttaaa gccggcctta tcggaagaaa agttgtataa gcggttggag      840

agagattttg agttgtacga ccggaaacag gcggaaaacg ccatgaagga tttattgccg      900

aaacggctga ttcccgctgt tttgcgccag gcggaagtgg cggcggatgc accggttcac      960

accctgtcgg cggcggctcg tttacggatt gttcaggctt tgcaaaattt gcaacttacc     1020

gttacggggg tacgaccctt ggcggaagct atcgtgacgg ccggcggtgt gtcggtcagg     1080

gaaatcaatc ctaagacgat ggaatccaag atagttccca atatatattt tgccggagaa     1140

gttacggata ttgatgctta tacgggcgga tataatctgc aggccgcttt ttctaccggt     1200

tatgcagccg gcgtagaagc ggccggaggg agtgaatag                            1239


<210>  3608
<211>  1368
<212>  DNA
<213>  Veillonellaceae

<400>  3608
atgcagactt ttgatagaga acatagcgta tgggccagat ttgatgtgca ggaacggaga       60

aaggttgatg aatattgtaa aaattatcgt cagtttcttg atacggcacg gacggaacgc      120

ttggcagcta aagaaattct cggacaggca gagagtgcgg gatttcgttc tatagactca      180

tatacgagtt tgcaagcggg agataaggtt tactggaatc aaaaggacaa gtccgttatt      240

ttggcagtca ttggaagacg ccccttggaa aacggagcca ggatcgtcgg ctctcatata      300

gattgcccgc gattggattt aaaggtaatg ccggttgtcg aaaaaaataa aatcgtttat      360

tttaagaccc attattatgg cggggtttta aaataccagt gggtatgccg gcctttaagt      420

ttaatcggag ttgtatataa tacggacggt cgtaagacgg aagtctccat cggtgataat      480

ccggacgatc ccgtattttt cattaatgat ttattaccgc atttgggaaa agaccaggcg      540

gcaaaaaagt taagcgaagc gattgaaggt gaaatgctca tgccggttgt cgggctttgc      600

ggggaagaag aggaagttaa accggcaata ctgcagattc ttaaagataa atacggcatt      660

gaggaagagg attttgccag tgcggaactg gaaattgttc cggcccaaaa gagccgtgac      720

gtgggactgg atcgctccat gattatggca cacggacacg acgatcgggt gtgctcatat      780

gccaatttgg cggggatttt agatgcaacg gcaggagaat ttacccaaat tgctcttttt      840

gcggataaag aagaaatcgg gtcagtaggg aatacaggtg ttcaagcatc gtatttccag      900

gattttgtag cggaactatt ggctttacaa gggaaaaagg aagaattatt tgttcgccgt      960

atgttgcgcc atagcaaggt tttgtcagcc gatgtgtgcg cggcttttga tcccgtgttt     1020

cccggagctt acgaagaaaa taattcagca cgcttgggtt acggtatttg cttatgtaaa     1080

tatacgggag ctcgcggtaa agccggcagt aatgatgcga atgccgaatt tttggcacaa     1140

gtgcgccgaa ttttcaatgc aaacggtgtt ccgtggcaaa caggggaact cggtaaggta     1200

gatcaggggg gcggcggtac gattgcctat attatggccg actggggttg tgaggtcgtt     1260

gattgcggcg tagccatgct cagtatgcac gcaccgcttg aattggttgc caagactgat     1320

gcgtactgtg cgtatcttgc ctataaagcc ttctttgaaa gcaagtaa                  1368


<210>  3609
<211>  1740
<212>  DNA
<213>  Veillonellaceae

<400>  3609
atggtaaaac tgattacaaa aactatggac ggtaaccaag cggcagcaga cgtagcttat       60

gcatttacgg aagtggctac gatttatcct attacgccgt catcgcccat ggctgaacat      120

gtcgatgctt ggtcggcaca cgggcggaaa aatcttttcg gacaacctgt taagctggtt      180

gaaatgcagt ctgaagccgg agctatcggg gctgttcacg gtgcctccga agcaggcagt      240

ctctgttcca cctttacggc gtcacaaggc ttgatgctta tgattcccgt attacatcgt      300

ttgtccggtc agttaaagcc ggtagtactt cacattgcgg cacgtacggt aggtacacat      360

accatgtcca tattcggcga ccattcagac gttatgggct gtcgtaatac gggctttgct      420

atgctttgca gtgccggtgt acaggaatgt gccgacttag cggcagtagc tcatttgtcg      480

accatcaaag ggcatgtacc gtttatgcat ttctttgacg ggttccgtac gtctcacgaa      540

atccagaaga ttcatacggt gcctgaagaa gagctgaaaa aactcattga tgaagacgct      600

ttgtatgaat ttaaacataa aggactgaat ccggaacatc cggttatgcg cagtaccgta      660

acgaatccgg acatgtactt ccaatcgaag gaagccagca atatctggta cgaccgtttg      720

cctcagatcg tagatgaata catgcaacaa atcaatacgc tcacaggtcg caactataaa      780

ctctttaact actacggtgc agaagatgcc gaagatatct taatcggcat gggttccgtt      840

acgggtgccg ttcaggaaac ggtagataca ttgaataaac aaggcaagaa gaccggttat      900

attcaggttc atttataccg tcccttctcc ttaccgcact ttacacaggc cttgccgaag      960

acagttaaac gcattaccgt attggaccgt acgaaggaac cgggtgcctt aggcgaaccc     1020

ttgtatgaag atgtgtgcgc agctattcgc cacacggact tgtcacctga aatttttgcc     1080

tgtcggtatg gtctttcttc gaaagacgta tctcccgcat ccatccatgc cgtattctgt     1140

aacatggaag cggcaaagcc gaaagttcac tttacagtcg gtataaatga tgatgtaacg     1200

aacctttcca ttcccgacgt acctttagtc gtcgatcatg acggtatcgt taactgcaag     1260

ttctggggtt tcggttccga cggaacggta ggggctaata agaactccgt aaaaattatc     1320

ggtgataata cggacatgtt cgtacaggct tattttgaat atgatacgaa aaaatcgggc     1380

ggcgttacga agtctcactt gcgtttcggg aagaacccca ttcgttcgac ttattacatc     1440

aaatcggctg atttcctggc ttgccataaa cctgtttaca tgagtactta cgacattgtc     1500

ggtgaagtga aagacggcgg tgtattcctc ttgaactgcg gctggtcaca agaagaattg     1560

gaaacacatc tttccgctaa ggttaagcgg gatatcgctc gtaagaagct ccgcttctat     1620

atcattgatg ctgctaagat tgccggtgaa ctcggtctgg ggacgaaccg taccaatacg     1680

gtattgcagg cagccttctt taaactggcc aatatactgc ctattgaaga tgctgtagaa     1740


<210>  3610
<211>  903
<212>  DNA
<213>  Veillonellaceae

<400>  3610
ttgaggaaat ggatagcttg catacttacg gttcttttag ccgtatccgt tctggccggt       60

tgcggtaaga cggaagaggc ggcgaagaag gataaggtga aggtggctgt cagctttgat      120

gccatgggag aattcgtcaa ggccgtaggc aaggacaagg tggaagtaca taccgttatc      180

ccggcaggga cggaaccgca cggtttcgaa ccttcgacgg aaacaatgaa agctctttca      240

ggggcagacg tattcgtgta taacgggttg ggtatggaac cgtggcagga aaaggttgtt      300

gaagcggctc ataacgacaa gctcgttaaa attgaggctt ctaagggaat tgacgccatt      360

aagaatacgg acccggaaga agtggaagaa cacggtgaat tcgatcccca tgcatggctc      420

agtctgactt gtgccgcaca agaggttcaa aatattgccg acggactggc tcaagccgac      480

ccggctaata aggatttcta cgaaaagaac gctaaagaat acattgccca gcttgaaagc      540

ctgcgcaaag attatgaagg caagtttaaa gatgttcagc gtcgcgactt cgtaacgggg      600

catgcagctt tcggctattt gtgccgcgat tttgctttaa cgcaaaagag tgtagaagac      660

gtttttgcag aaggggagcc gagcccgaaa gaattggccg aactgaccga atattgcaag      720

acgaatcaag tgaagacgat ttttgccgaa gaagcggcaa gccctgcagt ttctaaaacc      780

ttggccgccg aagtaggtgc caaggtggaa gtcctagata cgatagaaag caatcctgaa      840

ggagagtcat atctcgatcg tatgaagacc aacttggaac gcatttatga aagcatgaaa      900

taa                                                                    903


<210>  3611
<211>  672
<212>  DNA
<213>  Veillonellaceae

<400>  3611
gtgggtcaaa aagtaaatgc ccatgggttt cgtgtcggtg ttgtaaaacc ttgggatgcc       60

aaatggtatg ctgaaaaaga ctatgcaaca cttttgaacg aagacgtacg aatccgtgaa      120

ttcttaaaga aacagctcta tatcgcaggt gtttcccgta ttgaaatcga acgttccgca      180

aaacggatca aattggttat tcacactgca aaaccgggta tggttatcgg ccgcggcggt      240

gcaggtattg aagatattaa aaaagcattg aaggctttta cggataaaac cgtagacgtt      300

aacattgctg aaattaaaca gtccgaattg gatgctacac tcgtagctga aaacgtggca      360

agccagttgg aacgccgtat cggcttccgt cgtgccatga aacagagtat cggccgcact      420

atgcgtatgg gtgcacaggg tatcaaaatc atgtgctccg gtcgtctcgg cggtgctgaa      480

atcgcacgta gcgaaagcgt acgtgacggt tccattcctt tgcatacaat tcgtgcggat      540

attgattacg gtacggcaga agcacataca acgtacggtt gcatcggtat caaatgctgg      600

atttacaaag gtgaaatttt accggaagct aaaaaagctc cgcaaaataa gcgtgaaggg      660

agtgctaagt aa                                                          672


<210>  3612
<211>  1032
<212>  DNA
<213>  Veillonellaceae

<400>  3612
atgttttcac gtatatacgg ggccgtccta ttcggattga acggttgttt aattacagta       60

gaaacagata ttgctaacgg cttaccgtct tttgatattg taggtttggc tactgtagct      120

gttaaagaag caaaggaaag agtaagaaca gccgtcaaaa atagcgggtt agcttttccc      180

gtacgtcgaa ttaccgtcaa tctggcaccg gcggatatga agaaagaagg agccgcactg      240

gacctgccca ttgccgtggc tttattggta tcaagcggac aaattgcacc ggaatcatgt      300

gaagattccg tatttatcgg ggaactgtcg ctggacggtc ttatcaggcc gactgtcggg      360

gttttatcca tggtcattgc tgctaaagaa aggggcatga gaactgttta cgtcagccct      420

gagaatggag acgaagctct tttatgtgaa ggtataacgg tttatgaggc cgagactttc      480

gccgtactat ccgatcactt acgaaagata cactgccttt ctccctcttc atctaaaatg      540

ctacaggagg aagataagga ataccataat gacttttcgg aagtacaggg acaggcagtg      600

gctaaaaggg tgatggaaat tgccgctgca ggagggcata acctgcttat gacaggccct      660

ccggggtccg gtaaatctat gttggcaaaa cgaatgccta ctattttacc gcctatgacc      720

gtaaacgagt ctttagaggt tacgagaatt tacagtgtag ccggtatatt gaacaaggca      780

ggtcgcatta cggaaaggcc cttcagaagt ccccatcaca ccgtatctgc agcaggtctt      840

ataggaggag gttccgtgcc taagccggga gaggtgacac taagtcataa cggcgttctc      900

tttttggacg aattgcccga gttttctcgt tccgttcttg aagtattgcg ccaaccactg      960

gaagacggtg atgtgagaat cgtgcgtgca cgggcttctt tagcctatcc ggcatccttt     1020

atccttattg cg                                                         1032


<210>  3613
<211>  951
<212>  DNA
<213>  Veillonellaceae

<400>  3613
ctgaatgaaa atgaaagttt aaatgatgat gccgatgatg attcggaaaa cgaaacggta       60

aatgtaaatt tatccgtacc tgaaggcgtc aatatcgatg atcccgtacg catgtatttg      120

aaggaaatcg gccgagttcc cctgctatcg gcagaagaag aaattatgtt ggccaagaga      180

attgaagccg gcagtgccga aggggccacc cctgaagaag taagtgccgg aaatattgcc      240

aagaagaagc tgacagatgc caacctgcgc cttgttgtca gcattgccaa aagatatgtg      300

ggccgcggta tgctgttttt ggatttaatt caagaaggta acctgggact gttgaaagct      360

gttgaaaaat tcgattacag taagggctac aagttcagta cttatgctac gtggtggatt      420

cgccaggcca ttacgcgtgc cattgccgac caggcacgta ccatccgcat tcccgtacat      480

atggtggaaa cgattaataa gcttatacgt atttcgcgcc agttgttaca ggataagggc      540

agagaaccgt tgccggaaga aattgcggaa aaaatgggcg taccggttga acgtgtcaga      600

gaaatcatga aaatcgctca agaaccggta tcgttggaaa ctcctatcgg tgaagaagaa      660

gactcgcatt tgggcgactt cattgaagac caggaagcca tagctcctga tgatgcggct      720

tcctttattt tactgaaaga acagatagaa gatgtattct cgtgccttac ggatagagaa      780

cgaaaggttc tttacttacg tttcggcttg aaggacggca gaccgagaac ccttgaagaa      840

gtaggacaac attttaacgt tacgcgtgaa cgtattcgcc aaattgaagg caaggcgctc      900

agtaaattgc gtaactgggg caagcgcgaa aaaattaaag actttttata a               951


<210>  3614
<211>  954
<212>  DNA
<213>  Veillonellaceae

<400>  3614
atggaagaca ggaaagtaat atttttggtt ctgattaccg gtcttgtagc gggagtcatc       60

ggttcttttt atattcattt aatgcatttt gtacagcatg ttgtatatgg ctattctgcg      120

gctaatggat tggatttcgg acaggctgtg gcgcgagtat ctcccgaaca cagactggcg      180

gctctcttcg ggtgcggtct ggttgtcggc atagggtggg tgcttattca tcgttacggt      240

tcaccgctgg tagatattaa aacggctgtt caagatgaaa agaagaccat gcccttagtg      300

acgactctgg ttcatgcgac cttacaaatt attaccgtcg gtgccggctc accgctggga      360

cgagaagtgg ccccgcggga agccagtgcg ggtattatga gtgcggttgt aaagcactgc      420

aatctaacgt gggagaatcg gtccttgatt attgcctgtg ccgccggagc cggtttggcc      480

gccgtatata atgccccttt gtcggctgcc gtattcattt tggaaactct cgttatgact      540

tgcaatgtaa aggctgtcgg tacggccttg ttatcgtgcg gattggcggc aggtattgta      600

cgctttgtcg taggagatgc ggttcaatat gccttaccta tgccggatgt aacgggaagt      660

taccaaactt ttgccgttat cttgggaatc tttacggctg taactgttca gttctttaat      720

cggaccgtaa ccgctttacc gaagtttgac agaaaaagtc cgaaaatggc ggttgtttct      780

ataatcgcct ttgcctttat cggcctcatg gccgtgtatt ttcctgaaat tttaggtaac      840

ggcaaggcag gcaatgaatt gacctttaca gattctatta attggaccta tgcagcaggc      900

ttgtttgcga ctaaatggct tgccgtgttg gcagccctta cggcaggtgc ctac            954


<210>  3615
<211>  1380
<212>  DNA
<213>  Veillonellaceae

<400>  3615
tcaggggtga ctttcttgac aaactgttcg tcggtcatac gcggaaccgc cttccacagt       60

acaggtccgg actcatttga tatactggag gaccacctgt ttcttattaa cgaggccgga      120

gtcctcgatg atgtagtttc tccgaaggat gacaggtacg atactattct tcgccagtcg      180

gaggacaaag gttctctaca gcggctgaaa tcacaacaat acttgttgcc cggattcatc      240

gatacccacg ttcatgcgcc tcaatgggcc caagtaggca aggcgctgga tgcggatctt      300

cctgtttggc ttaatgacta tacctttccg ctggaagccg cttataaaaa tacggatttt      360

gccgagacga tttataaaga cctggttcga actcttttgg caaacggcac gacgacggcc      420

caatatttcg gttccgtcca taacgaacct aataaggttt tagccgaaat ttgtgcttct      480

gaaggccaac atgcttatat cggtaaagta gttatggact tgccgtctca gtgccccgat      540

tattatcgcg atccgtctcc gcaagcggca ctgaatgcta cggaagactt tctcacttat      600

tgccgcaacc tgaacagccg gacacggcaa gacatagtcg gtgtcgttac accgcgattc      660

attcctacgt gcagtgacga agtcctttac ggtctggggg acttggcccg ccgctatgat      720

gcgcccgttc aatctcactg ttccgaagga gactgggaac acgcccatgt actggaacga      780

acgggcctaa gcgatacgca agctcactta aaatacgggc tattgacgaa taaaacaacg      840

ctggcacact ccgtctactt aagcgactcc gacgcagcgt tgtacaaaga acacggtgct      900

gccattgccc acagtccctt atccaacatc ttgtttgccg gagccgtctg cccggtcaaa      960

cgccgtttgg aacaagggct cagcatatca ttggctacgg atatttccgc cggctatacg     1020

ccgtctatgt ttgattccat gcgtcaggct attttatcgt cgcgcctcct ttctacggga     1080

accgattttt caaaatctcc gatagagcga ggcggcatcc ccgctagcgt catcgatttc     1140

agacaagcct tttacatggc tactgtcggc ggggctaccg ccctgcacat caatgccggc     1200

caatttcgca agggctgtcg cttcgatgcc tttgttttcg actgtctggc ttcgcaaagt     1260

cagactcgcc aatatgatac cgacttattg gcagatatgt tgcaaaaaat aatttttaca     1320

ggccaacggc aaaacattac cgccctctgg gtatcgggaa aacccgtttc attgcattag     1380


<210>  3616
<211>  948
<212>  DNA
<213>  Veillonellaceae

<400>  3616
atgggctttt tttcaaaatt aaaagacagt ctggaaaaaa cgaagaaatc cttatttaca       60

ggtattgaaa cggttgttct ggggtatgca aacatagacg acgaaatgta cgatgacttg      120

gaagcggtta tgctcacagg cgacataggt attgaaacga ccgattattt actggaacag      180

attcgagagg gcgtaaagtc aaaggagatt aaagacggaa gcgatgttgt accgtatttg      240

gaaaaggtcg ttgtaaaatt attggaagaa aacgatgagc cggaacaaga tacggaaggg      300

acgaaggtca tttttatagt cggtgtaaac ggtgtcggta agacgacaac tatcggtaaa      360

cttgcaaaat actatacgga acacggtaag tccgtcatga ttgccgccgg agataccttc      420

cgggctgccg catccgatca gctgactatt tgggcgcaac gtgtaggcgt gtctatcatt      480

aagcaccggg aaggcgccga tgcggcggcg gtggtttacg atgctacggc ttccgccaaa      540

gcccgtcatg cggacatact cctggtagat acggcggggc ggttgcatac gaaaaataat      600

ttgatggaag agttacggaa gatggctcgt gtagctgcta aaaatattga aggagctccg      660

cacgaaacat tcttggtatt ggatgcaacg acggggcaaa atgccgtcag tcaagctaag      720

ttgttcggtg aagtagtgcc tcttacgggc gtggttttga caaaattgga cggaacggcc      780

aagggcggta tcgtattgtc tataaaacgg atactcggcg tacctgttcg ctgggtcggt      840

gtcggtgaag gcgcggacga cttacagccc tttgatgcgg ctcaatttgc cgatgccttg      900

tttgaacgag ccggtacgga agtggaagaa gatagtggaa agggataa                   948


<210>  3617
<211>  2484
<212>  DNA
<213>  Veillonellaceae

<400>  3617
atggaaaagt atatccctca ggatattgaa aagaagtggc aaggcgtatg ggcagaatct       60

catgccgata aaacgcctga tgataacgga aaaccgccgt attacgtgct ggaaatgttc      120

ccttatcctt cgggaaactt gcatatgggg catgtgcgta actacactat cggtgatgtt      180

attgcccgct atcgccgtat gaacggatac aacgtattgc atcctatggg ttttgatgct      240

ttcggtatgc ctgctgaaaa tgcggctatt aaacgtaata ttcctcctgc cgaatggaca      300

tacgataata ttgccaatat ggaaaggcag cagaaatctc tgggcttgtc ctatgattgg      360

gacagagaag tagctacgtg tcataaagat tactatcgtt ggacacaatg gattttcgaa      420

cttttatata agcgcggatt ggcatatcgt aaagaagcga aggttaattg gtgcgataca      480

tgtaataccg tattggccaa tgaacaggtt attgacggca aatgctggcg ttgtgatcac      540

gacgtagtca aaaaggattt gaaacagtgg ttctttaaaa ttacggacta tgccgatcag      600

ttgctggatg acttaaagtt gttgcccggt tggcctgaac gtgttaagac tatgcaaaaa      660

aactggatcg gtcgcagtga aggtgctcag ttttgtttcg atattcccga aatcggtgaa      720

aaactggata tgttctctac gcgtgtcgat acgattttcg gtacgacctt tgtggttctg      780

gctccggaac accggtttgt gcaacgaatc attaagggta agaaaaatga agctcagctg      840

caggaataca ttacgctcat gaaaaatcag agcgatatgg aacgtacgtc gaatgaagct      900

gaaaagacag gcatgtttac cggtgcctat gcaatcaatc ccttgaacgg tgaacaggtt      960

cccatctgga ttgccaacta tgttctcgcc gattacggga caggtgccgt tatgggcgtt     1020

gccggtcacg atcaaaggga ctttgaattc tgcaaaaagt acaatattcc tattcactat     1080

gtcatctccg acccgaccgg tgaatatgac tatgaaaatg ctacagaagc ctatacgggc     1140

gaaggcgttc ttatgaactc gggagaattc gacggccttt cgattgagga gggaaaaaag     1200

gccattacca aatggttgga ggcccataac tgcggcaagg ggacagttaa cttccgtttg     1260

cgcgattggt tgatttcgcg tcaacgctat tggggagctc ctattcctgt cgtatattgt     1320

gaaaaatgcg gtgaacaatt ggttcctgaa gaacagttgc ccgtagaact gcctacagac     1380

gtagccttta cggccggtgc cgtatccccc ttggcaacaa gtgaaaagtt cagtcactgc     1440

acctgcccgg tctgcggcgg tccggcaacg cgcgaaaccg atacgatgga tacctttgtt     1500

tgctcgtcgt ggtactattt gcgctatacg gatgcacgca atgaaaaagc accgtggagt     1560

cgtgaaaaag ccgatcattg gatgaatgtg gaccagtaca tcggcggtat tgaacatgct     1620

attttacatc ttatgtattc acgtttctta atgaaggtat tccgcgatgc aggcttggtt     1680

gaagcgtccg aaccctttga aagattgctc actcaaggga tggtcttaaa ggaaggcagc     1740

aagatgtcca agtccaaggg caatgttgtc tcgccggaag aaattctttc caaatacggg     1800

gccgatacgg cacgtttgtt cattttgttc gccgctccgc ctgaacgcga cttggattgg     1860

tccgacaagg gggtagaggg atcctatcga ttcttaaatc gtgtttggag aatcgtacat     1920

cagtttgccg acattgccaa aacggcggaa gtgtcgaatg gcatctattc cgaggcggat     1980

aaggctttgc gtctcgttga atacacgtcg gttgccaagg ttacggatga tattcaaggc     2040

gatgacggaa actacgcttt gaatacggcc gtcagtgccg tcatggaatt tgtcaatgct     2100

atgcatgcgt atgtaggtga agataagggg cagttgcatg ccgatgtagc cgatgaagcc     2160

aatgaaaatc tcttgcgtct tttagctccc tttacgccgc atattgcgga agaactgtgg     2220

tctatcatcg gtaaaaacgg tagtgttcat acccaagaat ggccgcagac ggacgcacag     2280

gctctcgtcg tatctactat tgaattgcct gtacagatta acggtaaggt tcgtgaacgc     2340

attgtcgtaa gtgccgatgc atcggttgaa gctataaagg aacagacttt ggcgtccgac     2400

agaattcaaa ctctcattga cggtaagaac gtagttaagt ttattgtcgt tcccggcaag     2460

attatcaata ttgtcgtcaa atag                                            2484


<210>  3618
<211>  1659
<212>  DNA
<213>  Veillonellaceae

<400>  3618
atgaaaatat taagaaaagc ggcggatatg aaagctatgg ataaggcgtc catgagtgaa       60

ccgtacggca tagctccggc tgtattgatg gaaaatgcag gtcgagccgt ctgcgaaaag      120

ggcggcgtat atgtcggcgg ttggagcggt aaagatgtta tgattctttg cggaaaggga      180

aataacggcg gcgacggatt tgtaacggcc agacatattc tggcagaagg aggtcgcgtg      240

tatgtttacg ctttcggaga aaaggacgga tacagcgatg aaagcaaggc gcacttaaag      300

acgttggaag ctatgtgtga cggtgaacgt tgcagcttga tttactatag aacggcatcg      360

gattcagcat tgttaataaa acagttggat acctgtcatg tcgttattga cgccttatta      420

gggacaggct tcaaggggga gttgcgggaa ccgtataaaa gcatagtgac ggcagttaac      480

gaagcaaccg ccggtcggca cgtgaccgtt atttccgttg atatgcccag cggagtgaat      540

agtgatacgg gagctgtaag cggctctgag tcagaagagg aatcggctcc cgttatggcg      600

gacttaaccg tcaccttcgg ggcttttaaa caagggcagt tcctttaccc gggaaaggct      660

tgtacgggaa agttggaaat tgaccatata ggaattcctg ttgccttgtc ggaacaatgt      720

aaggaagccg tttttttgcc ggaacggcaa gatgttatcg atgccgtcag acctcgacgt      780

gtagacagtc acaagggaac gcacggaact gtagccgtcc tgaccggctg taatgacatg      840

gccggtgccg cattaatgac tgttgacggt gccgtgcgtg ccggagcggg aaaggttttt      900

ttatataccc cgtcagaaac ggcaaagtat tgtattgcaa gacaaccgga ggttatggtt      960

cacggtgtcg ggccggcagg aactcgtacc ttgggaggca gtgaagcccg tgaaataata     1020

gataatctgg aaaatgtatc ggttcttgtt atgggtccgg gtatgggaaa gcatgaaggt     1080

gtatttgatt ttattaacta tatagcagaa aaaacgacct gccccatgat aattgatgcg     1140

gacggcttga attgtctggc aaaacatgat aaacaggctt tttttaaaaa gtacggtaag     1200

cggacagtaa ttacgccgca cccggctgaa ttttcccgtc tatcgggttt atccgtcaga     1260

gatattaaga cggatctcat taaagcggct acggatttcg tacatactta cggcgtgaat     1320

ctggtattaa aaggggctcc tacacttacc gtgtcggcta aaacgggtca cgtatatgtt     1380

aatagaacgg gaaatgccgg tatggcgaca ggtggtatgg gtgatgtatt gagcggaatt     1440

acggccgcca tgatttgtca tgacggtatt gactctctgg ctgttgcggc ttgtgcagct     1500

gtgtatttgc acggtgccgc cggtgattat tgtgccagac atatcggtcc gtacggattt     1560

accgcaacgg aggtagcatc cgctgtgccc aaagttttag ctcaatggga tgaagctcgt     1620

cccatgccgg ccttacaaga accgtatata atgtcataa                            1659


<210>  3619
<211>  690
<212>  DNA
<213>  Veillonellaceae

<400>  3619
atgaaactac gtaagataac gtcggtcggc ttaattgcag gtctttgttt ttcggctatt       60

acgggattgg ctgcgggaac tcaatttgcc gacccgagtg cggttatcag tatcggtggg      120

gctaccggaa cggaagcggc cggacgggtt cgtgtagatg cgacggcagg ggccagtatt      180

atgattacgc ctgatcaaaa ttacgggcct ctttcttatc ctgaaagaga cggtagacga      240

gtacctgata atttgaaacc cgattcacct gcgacggctc gtgttgtcat tcgtggtgaa      300

cggacagact tcggcttgaa tacgaacacg tctaaaaacg gtacggctgt aggggcggga      360

gctaaagcta agggtaacta tgcagcggca ttcggcaata aagcggctgt taaggcggaa      420

gacggattat ctttggggca tggagcttcc gttacggcgg ataacagtgt ggcactcgga      480

gcaggtagta ttgccgatac ggttaatacc gtatccgtcg gcagtgacaa gggggttcgt      540

aagataacac atgttgccga cggaaccgta gccttcggct cgaacgatgt cgtaacgggc      600

aaccaattgt atgcgttgac acagcaagtt acggaattac gtaaagaaaa tgaagcatta      660

agacaagctc ttgaagcttt aaaaaacgga                                       690


<210>  3620
<211>  510
<212>  DNA
<213>  Veillonellaceae

<400>  3620
atgaactact catattttca aaatccggcc cggatgggtc tctgtatatc tttaacggtc       60

attatgtcct atatactggc cattcataca acatttattc acctcacctt cggctttatt      120

cccacggcaa ttttcgctat tctctacggt cctgtcgccg ccggaatcat ggcagctatt      180

gcttgtttta tcggcatgct gctcttcggg caaggcgtct tctttccggg ctttatggtc      240

tccgagtttc tcgtaggcta tatatacggt tattttttat ataaaaagga tgttacgtgg      300

aaacgactgc ttttgcccga agccctcatt acggtcttcg ttcacttagg tctcaacacg      360

ctttggctga cattgttcta cggtaaagcg gcaagtgcca tcttaacagg acgaattgtt      420

aaaaatctca tttgctttcc cttggagatt tttttaattc tcctcatcta taaagccgtt      480

tattctatcc ttaagcggga aactttataa                                       510


<210>  3621
<211>  648
<212>  DNA
<213>  Veillonellaceae

<400>  3621
attatggact cgttattaca atcgagcggc acgattattg ccgtaatttt cgctgttgcc       60

gtcatttact cgttgtatac gaccatacgc aagaaagaca aggctgaaaa agcggagaaa      120

gccttggaag gacgcaaaca tacgcatgcc gtaaacttac attcccatga tttaaagccg      180

cataacggct acttacgcta cgacgtacag actacgggat acacccatcg ttatccgaat      240

cgctttgttg ccgtagccct tgatttggct gctaaacaac cttattccat atacaagctg      300

gcttttgcgg agttcgaaaa cggcgaaccc gtcgatcgcc attacttcta tattcagccg      360

cctgaaaacg acctgtctca agtcacggac aaggccgtca actggcaagt gttaaccaag      420

gccgatacat ttggggaata ctggaagtcg ggaatgaagg atatttttga acattccgtc      480

ctcgtcgctc ataacgcacc gtttgttatc ggctgcatcc ttcatgcctt ggaagtatac      540

gatattaaag tcgaaaaatt acgctacgtc gatgccttgg aaacggctaa ggagttatac      600

aatttcgacg ataactctct cgtcggaatt tgtaacgaat cgggtttt                   648


<210>  3622
<211>  780
<212>  DNA
<213>  Veillonellaceae

<400>  3622
atgaaatcta cgaaaaaagg tctgttattt gctgcacttg ccgtttccct ggctacactt       60

ccggggcaat ttgctcaagc ccgggatgtt gcggcacaac ctgtagacgt agcaacggca      120

caggctatgg ttaaccagtg gaataagaat tggtatgcag ccgacggcca attcattatg      180

tcacttgaag gcggtaatat taacggatgc cccattttga gcggctctgt tgctcgcacg      240

gatagagaaa ccgtcggtaa ctttaagatt caggaaccgg aacgggttcg tgatattgtt      300

attaaacaca gcggtatggg tatgcatgaa cagctggtta ttgataatgt gtggaacttg      360

tcgccgaaca actatgcggc acattatgaa tcggtaggcg gtatttacct cggcgaaacg      420

aaggcacagg ttgaagccgt ttacggaaag cctattcgtt ccaactggac gcctgaggta      480

gaaacgtggt actacgacag cttgggatta caaatggact ttgaagcagg ccgtatcgta      540

tcgattacct ttaaggcaac gggcgatcgt cgtttagatc ggacgggctt tgattgcaag      600

acaagacctg aagaatttgc acgcctttat cctaccggcg cagttccgca aaagggcggc      660

gtttactata ttgcagacgg tgaattccta gactttacga attaccccga ctcccttacc      720

ttatccattt ataatcatca tgtacaggaa ccgcagtatg ttcctcaaaa agctttataa      780


<210>  3623
<211>  489
<212>  DNA
<213>  Veillonellaceae

<400>  3623
gtggaaaaca ccttaggtct tcaaatagaa ataactaaag aactaaacga aatgctcatg       60

agaacttgtg atatccgttt ttataaagaa ctgcaacagc cgcaattttc ggaaaacgga      120

gaagtgtact cgcataaatg ccaagccttt gcacacgacg gcagcggcgg cgagtttgtt      180

cttctcgaag acggaagtat cggcttaatc agtagtgagg ggagtgtagg gcgagtagct      240

gacaggttgg acgacttatt gaccttctta gttaacggtg taaatatttt cgatttcaat      300

tatataaatc tatataaaaa caaagagtta ctccgaactt tctgtatggc ctatctgaag      360

aaaatgcgta acgaatatgc cgaaaaacga agcgattggg atgaaataca cggtgccttg      420

gcaaaaaaat tatccgtacc gtttactccg gaaaacttgc cggaattagc cgaaacattc      480

taccaagcc                                                              489


<210>  3624
<211>  708
<212>  DNA
<213>  Veillonellaceae

<400>  3624
atggaaaatc tgcaacgaga aatcggcaag aaaatcaaga tttaccgcaa gaaaaaactg       60

cttaccgtag cagatctgtc agaggccatc tgtaaaagca aggccacagt cagcaagtat      120

gaaaacgggc agatctcgat ggacatcctg accttatacg acatcgcgcg agtgctcgga      180

gttcatgtgg agcagcttct acatcctgtt gaagacaaaa cgctgaatct tacggaaact      240

cgtctcccag ccttctttcg taataccaag cagctctacc tttattatta cgacggtcgt      300

tgtaatgaaa tcagcatcgg tattatggac attctgtcca aaacgggacc caacacgtat      360

aaaatcatgc tatacgtcaa tattaacgcc tatgacatct atcaggactg tgaaaacacg      420

tattggggaa cattaaccca ttatgatgcc ctatccactt taacgctcat gaatcagaat      480

acgccgacgg agcaactgat tattaccatc ttatcccctt ttcttgatgt tcctcacaag      540

tggggcttac tgagcggtat ttccacacgc ccgcttatgc ccgtagccac aaaggtcttt      600

atatctaaaa cgaagcatgc cgatacggag gaatttcgta aagatttgaa gatttcaaaa      660

gaagatattc gacttatgaa gctgtacaat atgctgtcca ttacttag                   708


<210>  3625
<211>  1320
<212>  DNA
<213>  Veillonellaceae

<400>  3625
atgtcagcgc aagtaaatgc ggaactggtt aaacagttca accgattcaa atttcagtcc       60

ttgtgcggta tttttatcgg ttatgcagcg tactatattg tacgtaacaa ttttattttt      120

tctacgcctt atctgatggg tgaactcgga ttaagtaaga gtgaaatcgg tttacttacc      180

agttgtatgc tcatcacgta cggtctcagc aagggtttta tgagtatgct tgccgataag      240

tcgaatccga aatatttcat ggcactgggt cttattcttt gtattcttgt taatattgcc      300

atgggattca cgaccagttt ctatcttttc gtacttctag tcgtcagtct cggtcttttc      360

caaggtatgg gggtcgggcc ttctattatt acggtaggtc attggtttcc ccggtccgaa      420

cgggggcgtg ccagcacgac gtggaatgta tctcataacc tgggaggcgg tctcgtttca      480

cccttagtag gtgcggctct cagctatatc ggtacggaac attggcgaat tgccgcttat      540

ctcgtgccgg caatggctgc tttggtgtgc gtccttttag ttctttattt ggttaagaaa      600

cgccctgtag aagaagggtt cccgcctgtt gaagaagtct ttcatgaaga atcggtcaat      660

acgaaggtca tgaagaattc ggacgaaaag ccgaaagata tgtcggcctt taaaatcttc      720

tatgaatatg tctttaaaaa tgccaattcc tggtatttgg tacttatcga tattttcacg      780

tatatggttc gtttcggaat gattacgtgg attccgttgt acttattgac cgaaaaagga      840

ttgactcgcg gagaaatggg ctttgctttc atgctctttg aatgggcagc cattccgtct      900

actttgttag ccggctggct cgtcgataag tattttaaag ggcgtgtcat gatgctgcct      960

atttattgcc tcgttgttat ttttgcctgc gtgttcggct atatgtcgtc tacatctatt     1020

gcggctatta cggtctttgc tactattacg ggatgcctta tttatgtgcc tcaatctatg     1080

gttgccgttc aggccatgga agttattccc agctttgcac tcggttcggc tgtcggctta     1140

cgaggtttta tgagttatat tgtcggtagc tccatgggaa cgactctttt cggttttgtc     1200

gtcgaccatt ggggttggaa cagcgggttc tacctgatta tggtaggcgt tgttgtttgc     1260

ctcttttcct gctacctttc taatcgaggg gtgcagaaga tttatcgcaa agacgcttaa     1320


<210>  3626
<211>  789
<212>  DNA
<213>  Veillonellaceae

<400>  3626
tgtgtcaagc aggttccgga cacggcggaa gttaaaatcg atcccgaaaa gcatacggtc       60

attcgcgccg gcgttcccaa catttttaat ccgtttgacc agaacgcact tgaagcggca      120

cttcagttga aagacagtca aggtgctcgt gttaccttgc tttctatggg gcccccgcaa      180

gctgaagacg tattgcgtga aggtttggca atgggtgctg atgatgcata tctcctgacg      240

gacagaaaag tcggcggttc cgatacattg gctacgggct attgcttggc acaggcagtc      300

agaaaggtag ccgaattgca aggtatcgaa caattcgacg tcgttctttg cggcaaacag      360

gctattgacg gcgatacggc tcaggtaggt ccgcaaattg ctacggaact cggtattcct      420

cagattacgt atgctgcaga aattaatgtg gacggcacaa cggttcgcgt aaaacagcag      480

aatgaagaag gctatatcgt aacggaagct cagttccccg tattgattac ggctgttaag      540

gaattgaacg aacccagatt cccgaccatt cgcggtacca tgaaagctaa aaaacgcgaa      600

attccgcatt tgtcagcaga tgacattaaa gttgacgaaa ccaagatcgg tttgaaaggc      660

tcgccgacga tggttcgtaa gattttcact ccgcctcaga gaacacaggg gcttgttatt      720

aaagaagaag atccgaatgc agcagtttcc gttttgatgg aaaaattgac tgcacaaaag      780

attatataa                                                              789


<210>  3627
<211>  909
<212>  DNA
<213>  Veillonellaceae

<400>  3627
atggaactaa agcaactcga atcgtttgtg gctgtcatta aatacggcag ctttaccaag       60

gcagcacagg ttctttacat gtcgcaaccg tctatcagca cgcatattcg tgccttggag      120

aaacatcttg atactcctct gattatacgt acaaccaaac agatccgcat tacacctcgc      180

ggtcgtgaac tctacaacac ggctacggcc atgttgaaaa tgcgcgacga cttactgaca      240

aaatggcatc acgaagattc taatgaaatt atcatcagtt cttcaaccat cccctctatc      300

tacttacttc cccaagtgct gaaaggattt cgtaagctct tccccgatat tccttttact      360

attaaccagg atgtcagctc aaaggttctt aattcgcttt taaagggtca tattcaagta      420

ggtttcacgg gtatgaaagt agatgacgac tccctggaat tcgtccctgt cgccattgat      480

aaaatggtcg tcattacgcc taataccccg acttttcgtc aattagtcgg gaccaaaaat      540

gcggcccttc acattttgat gaagtatcct ctcattctgc gcgataaggg tagcggcagt      600

aaggcccatg tggacagaat cttcgaaaaa ttacacttaa ccccggataa actccacgta      660

acagcacatt taaacgaacc ggaaggtctg aaaaacctgg taattaacca agtcggagtt      720

tccgttatct ccgaaccggc tgtagtgcaa gccgttgccg acggaaccct actcaaattc      780

gagttgccga aggacacggc attacgccaa ttgtatatgg tatatcataa gcacgatact      840

cagtcgagcc atgttaagca gttcattaac tacgtcaagt ctttcagttg gcaacaaaaa      900

gacgattag                                                              909


<210>  3628
<211>  711
<212>  DNA
<213>  Veillonellaceae

<400>  3628
atgaacaaat acgaaataga aaccgtcgaa ttaaaagcgc ctaatctgaa tcgcaatgat       60

ttagcttatg ctatgaaata tcgctatgca tgcaaaaaat ttgactcagc taaaaagatt      120

tccgacgacg attggaatgc gattcttgag tccggccgat tagcaccgac atctctcggt      180

tttgaagcct tccggttatt aatagtacaa aacccggata tccgcgaaaa gatgaaacaa      240

tacggctggg gaattttagc aggtctcgaa gccagtcacg tagtcgtatt cctggctcgc      300

aaaaagtcgg acctcgaatt tgattccccc tacatccgcc atattcaaga agaggtaaag      360

caattaccgc ctgaagtaga tgctgcatat cgccaaaaat atgctcaatt cactactgaa      420

gattataaaa cttttgaatc cgaacgggct gccttcgact ggtcttccaa gcaggcctac      480

atcgtcatgt ccaatatgat gactatggcg gcttatgaag gacttgattc ttgccccatg      540

gaaggcttta atcaagataa aatgaccgcc tttttgggtg atgaactcgg tctgttcgat      600

acgaaccgct tcggaattgc cgttatggca gccttcggtt atcgcgacga aaaaccgcac      660

cgcaacaaaa cacgccgcac tttggatgaa atcgttcagg ttgttgaata a               711


<210>  3629
<211>  1206
<212>  DNA
<213>  Veillonellaceae

<400>  3629
atgaaatcat atataaaacc ggcgatgaca gccgtcctgg tcttaatgtt catgctttta       60

acgggattcc gggcgcaaac gattattcat gatgacggca gtgaaaccca ggatgttttg      120

aaggtatcgg actcggctag ggataagagt gctcttgaaa gtgatgccga tgagttccaa      180

aagcgcaact atacaattat ggattatgac aacggcaacg gaaagggatt ccgcgccatg      240

aagaccctta ccagcgaagc cgcaaataag cgatctgtag accgtattgt gcataaaact      300

tttgacggga ttatatgcac catgtattac atagactata catacacgga tggaagtatt      360

gattatttaa gacttggaaa ggcgatgcct gaagacggtg tagatttgga atatatcgtc      420

tccttcccgt cagggacaga tgtacagagt aacagcccgt cccctgatga acaaggaaag      480

acatatatgt ggaggttatc cgataataag tcggagaata ttcgtttgca agctacggtg      540

tggcataaac tgactattta tgcttttctg tttctcatag tgcttattgt ttttgctgtt      600

gtggttatgg agcatcgacg aaagcggtcc ggcgactggg atacggcaaa acgattgcgt      660

cgttatgaag tgttgcttct ctttataccc ttgttcatac tcgcttatat ggcctatgaa      720

tactatgaag ggacgcatat tacaccgggg acgttgacga aaatttccga acaacaacag      780

gaagaacaac gcgaacggga tgatgaagaa aagcgggcca aggacctgga ggaaaagaaa      840

caaaaagaca gtaatgaagc tgttgccaga attcgtgcta aggcgacaga cttaacagat      900

gcattgaaga ctttggctcg tgactatgcc ggcggtaaaa tcagcggttc tgaagctaaa      960

tcacaggctg cttccgtggc ggccagagcc aaggacttgg taggtaatga aagtgcctta     1020

accgaagcgg ataaggaagt ggtcagccag ttggtggata cgattgtaag cgaagccaat     1080

gctttggcag ccaaggccga ggaagcggaa gccaaggcta agaaggcgga agaaaataat     1140

aggcaatcaa attctaaaaa tcgtaagggc gatactcaac aaaataaaac caaaaataac     1200

aggtaa                                                                1206


<210>  3630
<211>  1062
<212>  DNA
<213>  Veillonellaceae

<400>  3630
atctgtgatt ccttggaagc cgtgctgatt acggcgtata aaaaggaata cgacggaaac       60

cccaacgcta cggttcgctt agaccggttg acaggcgact acagcatcgt gtctcccaag      120

acggttgtgg ctgaagtagc tgacgaagaa aatgaaatat ccttggaaga tgcgcgagct      180

atcgacaagg gatatgaaga aggcgatgaa attttagtag atgtgacgcc gaaaaacttc      240

ggacgtattg ccgcacaggc agcaaaacaa gtcatgatcc aacgccttcg tgaagcggaa      300

cgaaatattg tatatgatga attttacggc cgtacggacg atatcattac gggcattatt      360

caacgtattg aacaaaaaaa cgtatatatt gatttaggta aggctgaagc cgtattgcct      420

tattcggaac agattcctac ggaagaatac acggtaggac agcgaattaa atgttatgta      480

gttgaagtaa ggaattcgcc taagggtgcg cagattcaat tatcccgcac gcatccgggc      540

ttgttgaaac gcctctttga attggaagtt cccgaaattt acgatggcgt tgtggaactg      600

cattccgtgg ctcgcgaacc gggtaaacgc tctaagattg ccgtttactc gcgcgatccg      660

aacgtggact gcgtcggtgc ttgtgtcggg ccgaaaggtg cacgggtgca gaacattgtc      720

atggaactgc aaaacgaaaa aatcgacatc gttaagtggg acgaagatcc ggcagtatac      780

attgctaacg cactcagccc ggctcaggtt gtttcggtca cgattgatga aggtgcaaaa      840

tcgtccgtcg tagtcgtccc cgactaccag ttgtccctgg ctatcggtaa agccggacaa      900

aacgccagat tggcggctaa gctcaccaat tggaagattg atattaagag cgaaagtcaa      960

gccgaagacg gtgacgtggc taccggagac gatgatattt tggctgaatt cgacgcagtc     1020

gataatgaag cgacttccat gccggttgaa gacgaagtct ag                        1062


<210>  3631
<211>  306
<212>  DNA
<213>  Veillonellaceae

<400>  3631
atggcacaag aacaaagaag gcgcaggaga gtgcggcgac gcaaaaaaac ggggacatcc       60

ttatataaaa agattattat agctatttta atctttggcg gcatatttat cctgaaccgc      120

ctgtatttgt tgtgggaaat acatagggat atgcaggtga caattcaaca ggaacaggaa      180

ctgactgaag aaaatcatga gctgacggac aaaaagtcca agcttataga cccggatgaa      240

ttaattaata gggcgagaaa acaattcggt cttgttaagc ccggtgaaat accgtataaa      300

caatag                                                                 306


<210>  3632
<211>  261
<212>  DNA
<213>  Veillonellaceae

<400>  3632
gtgagccaag caacggaaga ccgcaaaaaa tcacaaaaaa gaagcgacgg catgtcgaca       60

ttgcagctcg tagccgtagc cggttcattg ggccttactt tatttgtgaa cattattgtc      120

ggtattttca ttggacgttt tgtggattcg tattttaata caagtccgtt cgggctcatg      180

gcatttgcac tcttaggttc cgttaccggg ttttggactt tgtataaaaa agcggggact      240

ttgaatgaac gtggcaagta a                                                261


<210>  3633
<211>  681
<212>  DNA
<213>  Veillonellaceae

<400>  3633
atggaaagaa ttttaattgc cgatgatgaa gcgttaatga gacagcttgt tgccgatttt       60

ttacgtcccg aaggatatga agtcctggaa gctgtagacg gaaaacaggc tttggacatt      120

tttaatgaac agaagccgga cttggtcctg ctggatgtta tgatgcccgg ttatgacggt      180

tggacggtgt gcagagaaat tcgccgcaca tcgacggttc ctattatcat gattacggcg      240

aaagatgaag aaatcgacca actctttgcc tatgatttag gtgtggacga ttatattaca      300

aagcctttca gcccgaaact tttggtagct aaaatgaagg cgttgttgcg cagattacac      360

ggtgaagggg aagaaaacgg cgccgatgcc gtaccggcgg aaggtgtggc cattgaccgt      420

gaagcgcatc aggttcttat tgacggtaag agtacggatc tcagtccgac ggaatataaa      480

ttactcaatt atttgatgac gaatgccgga aaggctttga gtcgtcgcca gattttgaat      540

aaagtttgga actatgagta ttacggggat cttcgaacgg ttgatactca tattaaccga      600

ttgcgtatta aattggggaa tcgcggttct tatattcaga ccgtccgcgg ttacgggtat      660

cgttacgata aacaacaatg a                                                681


<210>  3634
<211>  735
<212>  DNA
<213>  Veillonellaceae

<400>  3634
cgggaagcat tcgtgtttct gccttttgat cacgttacgg aagtagcggc tctgggcggt       60

cgaattcatg ccggtgacga gctgagcggt ccgcggggaa aggccggtgt atattcgtct      120

tttggcgacc ttttgcaggc agaggtgccg acaaaactcg gtataaagcg aatggataat      180

attgtcgccc tttgtgaacg gtgtactcgt gagggacttc ccgtatttat agaggggagc      240

ggccccgtca atgtgttgtc ggggcttatg gaatggcgga atcttgtacg ctgtgcccgc      300

aaggatacac gaggattgct gagggccgta aggtgtatta gcgactttct ggtcgagtat      360

tatacgaacc tctctcatgc aggagtcgcc gttatcggta ttgacgattc tgtaggcgat      420

gccgactttc tgggtgagca ccgcctgaaa ttgtatgcac ggcatatttt aaagcccttt      480

ttaaaatccc ttggacaagc cttgagtgag aggactctta ttcacttatg tccgaagggg      540

acggtagctc ttattgaagc gggatgtgct cgcttagtac ctgtaggaac cgatacgact      600

caacagacat atgaacaagt tgtacgtgac tgtgtcggac gcgtagcttg tatggggcag      660

tattgctaca aggatatgaa gcggatagtc tctgccggcg atgtatgtgc cgtctcgtgg      720

gatgatgttg aatag                                                       735


<210>  3635
<211>  1113
<212>  DNA
<213>  Veillonellaceae

<400>  3635
atgaatatat cgagaattcg cttacttaat ataagaaact atgaagaagc ggatatatct       60

tttcctgcga ccgttattgt tttatatggc aataacggtc aaggaaaaac taatttgttg      120

gaagccttat ataccggatg tataggtaaa tcgtatagag gtgttacaga tgtggatttg      180

ttgagaaaat ccgctacaaa cggaagcgtt attatcgatt ttataaggaa tgaaacagaa      240

caaaatatta aaattgtttt ttctcttcat gaaaaaaagc gcgtgtccgt aaatgatacg      300

aaggtaagaa cgagagaact tttcggtata cttcaagaag ttatgttttc acctgaggat      360

ttacaactaa taaaaggaaa tccggcatta agacgacgtt ttctggatat ggaaatatct      420

caaaccaatc cggcctatta taagatgcta ttacagtata ataaggctgt atctcaaaga      480

aatatacttt taaagcggat gaaatatgaa aaagatatat ctcttcatga atgggatctc      540

cagttagcac gtctggcggc ctatatagtt aataaaagaa aagaatcttt agagaagata      600

tctgttgtcg taaaggaaat atataggaac ttaacgagtg aaaaagagat agtaaaattg      660

acatacattc agccatataa aggttcgacg gtagaggata cggaagacgt ttattatgaa      720

ttattacgga aaaataggga aaaagatatt tatcgtcagt ctacgtctat aggtcctcat      780

agagatgatt tcgttgtgga aaatgatttg ggggaattga aaaaattcgg ttctcaagga      840

caacaacgga ctgctgtttt agcattgaaa atggcggagt tggaatttat aaaaaaagag      900

aacggagaat atccgatttt attgcttgat gatgttatga gtgaattaga tgaagaacga      960

agaaatgctt tgctttcttt tgtgcaagga aaggttcaaa cttttattac gacaacggat     1020

gattcttttt ttcgtaagga aaaggaatat tcgtttcttt atgtagaaaa aggaaaggtt     1080

cgatatgacg aacatgagaa gaggaacaac tga                                  1113


<210>  3636
<211>  300
<212>  DNA
<213>  Veillonellaceae

<400>  3636
atgactgtac ttgataattt tacggaagaa attttacaaa gcgaattgcc taaaaacgta       60

ttgcttcata atatgattcg cggtctggat aaggaaaaac cgcctcagtt tgaagttccg      120

gccaaaaagt atacgtttga gtccaatttg cacggttttt cttacgatta tcagcatagt      180

acggttacca tatcgtacaa ggtagcagat ggggtctatt cggatgtgac cgtatctttt      240

cgtaccttcc gagcctattt ggaaggtttg gccgtttgtg tacgcatgca aaaatggtag      300


<210>  3637
<211>  1005
<212>  DNA
<213>  Veillonellaceae

<400>  3637
atgattgttg aaggcatccc tgcctctatg aaggttgcca ttaccgttgg tatcggcctc       60

ttcatcgcta tcataggctt aaagttatcc ggcttgatgg ctatctccat tagtttgtct      120

ccaaactcct taggtcaagt tgtgcaaaca cacggtaact tagtgccccc tgcgtccgaa      180

gcgctcttaa cgctcggtaa tttgcacagt ggcgaaacat tgttggctct attctccctc      240

atctttacag ctctgttgat ggctcgtaaa attcaaggtt ccctcttgat tggtgtggca      300

gcaacaacaa ttctttccta tgctactggc ctttctacaa tgcctgagaa ctttactgta      360

ttagcagttc cagatttctc taaagcagca ttccttcaat tagatattcc tggtgcgctc      420

cacatgggct taatcacgat tatcttctcc ttcaccttcg tagaattgtt cgactccatg      480

ggtacgttga ttggtacggc tacagaagcg aaaattgcag atcctaaatc tggtaaattc      540

ccaggtcttg gtaaagctat gactgtcgat gctattggcg ttagtgctgg tgcgttgctc      600

gggacttcta cgattactgc ctttgttgaa agtgcagcag gtgtaggtgc tggtggccgt      660

acaggcttaa cggctgtcac aacaggcgta ttattcttaa tctgcttgtt cttggctcca      720

atcgtatcct tggtgccaaa cgcagccaca tctcctgttc ttatcattgt cggtgccctc      780

atgttaggtg ctattcgcaa tattgacttc gatgattgga cagaaggctt ccctgcattc      840

ctcgttatcg ttttgatgcc gttcacatac agcatcgcta atggtatctc tgcaggtctt      900

attgcatacc ctctactcaa aattattgca ggtcgtgcaa aagaggttaa ctggattatg      960

tacgtattag cggtactcgt tatcatccgc tacgtattct tctaa                     1005


<210>  3638
<211>  444
<212>  DNA
<213>  Veillonellaceae

<400>  3638
atgatacgca agtttgatgc taaaaatttc aagtgggatg gcgtcgatac cttggtatat       60

aaacaagatg gtagcccttt taaagatgta acacgtcaag tgttatacga tggggccttt      120

gatattccat gccaattccg ctattttgaa tgcttgccag gtgggtattc tacgcttgaa      180

tatcatgaac atacacatat ggttatgata ttccgcggga agggtcaagt cttattaggc      240

aatgaaatcc atgatgtaga agctggtgat tttattgaaa ttccaggtaa aacgatccat      300

caattccggg ctaataaagg agattatatc gggtttcttt gtttggttaa ccaagatcgg      360

gacaaggtga aattattaac tcctgaagag atggatacat tgcgctctaa tccaaagatt      420

aaagaatttt tggaaagttg ctaa                                             444


<210>  3639
<211>  1050
<212>  DNA
<213>  Veillonellaceae

<400>  3639
atggaaaaaa aacctctagt tgttgtaaac ggtttagtcc gtaaagatgc aattgcttat       60

ttaaaagagc acgtagatgt gcgccaatgg actgaaaaga ctgtaatgcc tcgtgagaca      120

ttaaaggaat ggctcgttga tgcggatggt ttgtggtgtg ttcgcccttt agatgtagac      180

ggtgatcttg taaaaaatgc acctaattta aaggttattg ctcaagcagc tgtgggttat      240

gataatgtaa aaattgatga attaacggca gcaggtattc cttatggcaa tacgccgggt      300

gttctcaacg aaactgtagc agaacttgct tttacattaa tcgccacagc tagtcgccgt      360

attttagaaa atgctaattt tgtaaaagaa gggcgttggg ctcaaagacc ttctaatatt      420

aaaggctttg atttaagtcg ccgcactctt ggtattatcg gaatgggtgc tatcggtgta      480

tctatttcac gtcgcgctcg tgcctttggg atgaccgttg tataccataa tcgcaaccag      540

cgtatagatg ataaaattta taaaacaact tatatggagt tagatgatct tttggctact      600

agtgatgtag tttgtgtaat ggctccatta acagatgaaa cctatcacat gtgtgatgaa      660

gcattcttca agaagatgaa aaataccgct ttatttgtaa atgtaggccg tggacctatc      720

gttgatacag atgctctcat taatgcctta caaacaggtg aaattgatta tgcggcactc      780

gatgtaactg atccagaacc attaccagca gatcacccac tattaagtgt tgaaaactgt      840

cttatcgtac cacatattgg ttcctatact gaccgcacgc gttatgatat gtctattttg      900

acagccgata atattattgc tggtgttcat aagaaaccat taaaaacttg tgttaatgaa      960

gaggttaact ataaaaaaac agaaatggat gttgaatctg ctttagaaga gcttaaaaag     1020

gcaggagttg atttagctga tttcgactaa                                      1050


<210>  3640
<211>  654
<212>  DNA
<213>  Veillonellaceae

<400>  3640
atgaatgttg ttgttgtcgg ctctggtagc tggggtactg ctcttgctat taaatccgta       60

ttagctggaa atactacaac tttatattgt cgacgcccag aatttgctac acaattagca      120

gaagatttag agaataaaga gtacttacca ggtgtaacat taccaaagga attactatat      180

agctcagatc ttgctacttg tattaaagcg gctgatatcg ttttaatggt tacaccgtct      240

gtacatgtac gcactagctt agagtctctt aaaccatatg cgcataaaga acaatcctat      300

atactttgct caaaaggtgt agaacgtact actggcaagt tattgactac agttatgcga      360

gaggtactag gtcctgtagg atgtcatctc gcagttttat ctggtccaaa tcatgctgag      420

gaaattggtc gtgatttgcc tgctgcctct gtattgagta cagaaaatct tgaagtggct      480

actatgctac aaaaagcatt gtgtagccag aattttagga tttatgcaaa taccgatatt      540

actggtgttg aattagctgg ggctacgaag aatatcattg ctcttgccgc aggtatcgtt      600

gacggactgg cattagggga taactgcaaa gcattactct taacacgcgg ttta            654


<210>  3641
<211>  750
<212>  DNA
<213>  Veillonellaceae

<400>  3641
atgaaaaaac tggctatata cggtaaaggc ggtatcggta aatcgacgac tacgtcaaac       60

ttggctgccg cctttgctcg aacgggcaaa agagttattc aaatcgggtg cgatccgaag      120

gcagactcga cgatgaattt attgggcggc aagccgctca tgcctgttat ggactattat      180

cgagagtata cggaggcccc cgattttgaa cacatcggag cctacggatt cggacatgtt      240

ttttgtatgg aaacgggagg acccacgccg gggctcggtt gtgccggacg cggtattatc      300

gccaccttcg atttaataga cgaattggaa gtgtttgaaa aaataaatcc cgaaattgtt      360

ttgtacgatg tcttgggaga cgttgtatgc ggcggctttt ctgctcctat tcgtgacgga      420

tatgccgaag aagtttgtat tgttacatcg ggagaaaaaa tgtcccttta tgccgcccat      480

aatatttata gggctgtaca gaacttccaa aaccgcggct atgcgagcgt aaaaggactt      540

attttgaatc gtcgtaatgt agaagatgag tacgaacggg tcaaagcctt tgcggacgaa      600

agaaagctgc ctattttggc ggatattccc agaagcaaag aaattcaagt ctgggaagac      660

cgtggcatga cggttataga aggcgagccc gattccgaga taagtatcgt atacagacag      720

ttggcacaac gcttactcgg agatgaatag                                       750


<210>  3642
<211>  603
<212>  DNA
<213>  Veillonellaceae

<400>  3642
attatcaagg aggatattat gaaaaaatct attttgaaaa gcagtattgc tttagcagta       60

gctggcgtat ttggtgctac tgtagcagta acagcagctg aacaagcaac accagttcct      120

gtaactcaag aggtagcagc tactgcagct cctgtcgcag aacctgctac tcatcaagta      180

gttcctacta ttcaagtgac tccagcagct aaagatacta caccagttcc aacagcaact      240

caagatgtaa aagctccagt tgctcaagcc actgtagttc cagcagcagc taatccagca      300

gcagcaactc ctacaattga aactgcagcg gtagcaaaag ctcctagcga agctaaagta      360

gtacgtgcag cagataaaaa agtagaagct aataaagacg aaaaaaatac taaaaaagcg      420

caagcacaca aagcgcctaa agtaaaagct gacaaagtag ttaaagctga taaagctgta      480

aaagaaacta aagaagtaaa agcagataaa aaagctgaca aaaaagaaac tactaaagag      540

gaaaaaaaaa ctctaaaagt ggaaaatcac aacctagcac aacaagtaag caagcaggcg      600

tag                                                                    603


<210>  3643
<211>  588
<212>  DNA
<213>  Veillonellaceae

<400>  3643
acggacaagg ccgtcaactg gcaagtatta accaaggccg atacattcgg tgaatattgg       60

aagtcgggca tgaaggatat ttttgagcat tccgtcctcg tcgctcataa cgcaccgttt      120

gtcatcggct gtatccttca cgccttgaaa gtatacgata ttaaagccga aaaattacgc      180

tacatcgatg ccttggaaac ggctaaggaa ttatacaact ttgacgataa ctctctcgtc      240

ggaatttgta atgaatcggg ttttgaagcc gaacctgacg acgaactgag caaggccgtc      300

ggattgggta agttttttgc actctctcac agcgattatc ctacagccct gcctcgtatt      360

tatgcgtacg gtacggcacc gacagatgag gaaatcatgg cggccgccat tgccgaagta      420

gaacgagaag cggatacgcc ggaagccatg ttctctcccc ttgccgtaaa tgaaagctta      480

ttaaaaacca tggtggataa aggctacctc gaagacggcg aacgcccggg tacctattat      540

gctaccgata aaggtctcga ctttacagac gacatagacg gcctataa                   588


<210>  3644
<211>  546
<212>  DNA
<213>  Veillonellaceae

<400>  3644
aatgctattc caaaatcact tcctattttt gtacaaaata cagaggataa agaacttatt       60

acttcacaag gctttaatga tgtacgtatc atttttgaaa gtctagagtt taatggtatt      120

acattaagaa aaacaggtgg ctctcacggc acggtagaaa tgtatacgaa tccagatctc      180

gcgcaattat taagcgatgc gatgggcgtt atttttgaag cacaggacga accaactgtg      240

taccttgtag gcgatacaat gtggacaagc gatgtagaca aagcactgca tcgttttgac      300

cctaacgtta ttattatgaa tacaggatat gctcaaattt taggctttga agatagcatc      360

attatgggca caaaagatat tggccgcatg gtggtacgca aaccagaggc aaaaattatt      420

gcggttcaca tggatacagt taatcacaca gcaacaagcc gtgaggatat gcgcaagttt      480

atcaaaggca acaacattga aagccatgta gcagtgcctg aagatggtga aaccatcaca      540

ctttaa                                                                 546


<210>  3645
<211>  867
<212>  DNA
<213>  Veillonellaceae

<400>  3645
atgaaagata agtcagtatt accaattgag gaacaattga atagatttct tcaaccgaaa       60

tgtctaattc ctggaggcct tggcttgtgg gaggattatt tccgaaagat ttgtactgct      120

tggggcgaga ttagtggtga aattcgacct cagcatatca tattttctgc cgataatggt      180

tgtaatatgg aaggttatgt aggttataac tatgaggtaa cgcaaaagca gtcgcgtaat      240

atgctcttgg gtcgttcgtc ggctacacag ttttgtaact ttaacaacat tccttatgaa      300

gttgtggatg taggaattgc ctcagatgat ggtatcggag tggatcgcaa ggtcgcaaag      360

gggacaaaaa atatactaaa tcaccctgct atgactgagg atgagtttaa tagtgccttt      420

caagcgggct atgaacgggt acaacattat gtagagcaag ggataaatct tttttctttt      480

ggcgaaatgg ggctggggaa cacaacgacc tctgcctgtg tgttgtctgc tttgactgga      540

gctgatccca ctgaaactgt aggtcctgga tcttggcctg ataaaccaga tttgatgaag      600

cgtaaaattg attttgtgcg cgctgtatta gataagcata aggctagtat tgtttctgac      660

agtgaagctg aaagagttcg taaaattgta gcccatgaag ggggctttga tattgcagct      720

attcttgggg ctatgctcgc ttgtgtagat tttgaaaagc cttttgtcat tgatggtttt      780

attacatctg tagcagcagc ttgcggggtt catatgaatg atcgtgttaa ggattatgca      840

ttgccatctc ataactctcg agaaaaa                                          867


<210>  3646
<211>  570
<212>  DNA
<213>  Veillonellaceae

<400>  3646
atcaacaaaa tcgaccgtcc tgaccaacgc gttaaagagg ttgaagatga agtgcttgaa       60

ttgttcatgg aacttgaagc tgatgatgat caacttgatt tccctgtagt ttacgcatct      120

gctcgttctg gtgtgtctaa aactaattgg gatgatgaag cagtaaacat ggaaccattg      180

ttcaaaacat tgatcgaaga aattcctgca ccacaaggcg acatggaagg tcctcttcaa      240

ttcatggtta ctacactaga ttacgataac tttatcggta aaatcgcagt aggccgtatc      300

gttcgtggta aaatgaaaac taaccaacaa gtagctgtta tgaatggcga aagcactcgt      360

aaagcgaaaa ttggtcgcgt atacacatac aatggtttga accgtgttga agctgacgaa      420

gctgaaatgg gcgatatcat tgcattcgct ggtatcgacg atattaatat tggtgaaact      480

gtagcagatg ctgaaaatcc tgaagcattg ccatctatct ccatcgacga accaacattg      540

tccatggtat tctccgtaaa taactctcca                                       570


<210>  3647
<211>  612
<212>  DNA
<213>  Veillonellaceae

<400>  3647
cataattatg cgtatgtatt ttatggggat actttttttg atactgtaaa agaccctaaa       60

tggtgtaata tgggccatga aatgattgct tttacccatt attacatcgt agaaaatgga      120

gagtccttct atctacatgc tggtgaaagt gtacccattg agaattatga ggtgcctcga      180

gttcatcaca actacaagga aaccagtgat gataaggcgg attggaaccg attaatgaat      240

gctattgcca atggcataag cagcggtgaa atgactaagg tcgtctcctc tcgcgaggtg      300

gaattcacta gcgaaacacc atataatgtg gcaagtattt tagctaattt agtcgataat      360

aatcccaatt gctttatctt tggctatgaa aaggatgggc gtacctttgt aggggcatcg      420

ccagaaattt tagtgcgcca ccgtggtagt gaaatactta gctatgcact agctggaaca      480

gccccaaagg atggtcctaa agcgtggact aaggaacaat tattaactaa tacaaaaaat      540

atcgttgaac ataatattgt tcgtgaccgt atcgtgaata caatgaaaca aattactcca      600

gatgttacgg tg                                                          612


<210>  3648
<211>  777
<212>  DNA
<213>  Veillonellaceae

<400>  3648
ggtgttcaaa agaaatcaca ggatgatgtt aaagtgttta acaactacat taaagccgtt       60

ggcgatttta acagtcatac agtgcgcttt ggctatgcta tcggcccaga cattcaaaaa      120

ctaagagaag gtcaacattt aacaagcttt atggcaccac attttgattc tttacaaaag      180

aacttacaag ccgctaagga tgctggcgtg ccatatgatg atatgaaaga acctttagat      240

aatgtattgg ctgtattaaa ggatattgta ccagtagcca gtgaattgga tacgtactac      300

gaaactaatt catatcaagc agataattat gctaaggaac aacaattagg acctaaatac      360

gttcaattat atgatcagtt ctatgcagcg tataatcaac tagacgcagt aattcacaaa      420

cacaacacag aaaaccaaca agaacaattg aaagaactta aggattctgg taagaaaaat      480

gcagctgctg ctcaagaagt tcatttacgt ttaactgcat tattggatag ctttgaagaa      540

ggcaagcaaa tcgatgtaaa tgcggcgaac caagagttgc aaggtatcat ggatgtatcc      600

agcagcatta ctagtccgga ctataactct gctaaaaatc atttaaatac aactattggt      660

agaattcgta cattcttagg tgaccaaaca gctgatcatt acaatgatat gattgaatcc      720

tacaatagct ttattggcag tgtaaatcgc ttggatatga ataaacttga taaataa         777


<210>  3649
<211>  528
<212>  DNA
<213>  Veillonellaceae

<400>  3649
atgaaattaa agacgtgcga tattgtatat atcggattta ttgctgcctt atgtgcagta       60

gcaacaacaa ttcgcatcga aataccaggt ggtgcaatgg ttcacttagg atctgctgca      120

ttatttacat catccattct ttttggcggt ttatatggtg gtttaggtgc ggctattggt      180

tccgcattat ttgatctctt tggtggacat acgcaataca ttgtattctc tttctttatt      240

aaaggtattg cgggtcttat tgtaggtggt atgacagcag gttacttgcc accatccatt      300

acaaagccca cagcatcctt tacacgtatt ttgattgctc ttattattgg tacaatttgg      360

actgcatttg gttatttcct tgcatggtgg tttgttcttg aaagtgcagc cgtagcagct      420

agcaaaattc aatactcctt gattacaagt gctgcaggta ttgtggtagc tatcgtattg      480

acacctaaat tgcaatctgt agttcgtaga ttatttacaa agaactaa                   528


<210>  3650
<211>  288
<212>  DNA
<213>  Veillonellaceae

<400>  3650
atggcaggca cagttaatca agaattaggt ttattattcc aaggtcctaa ctatgtaatc       60

gtaaaaaaag gcggcaaagc tggtgaaaag gttgaaaaac acaatcatcc agaagctaac      120

gtaatcttta cagtagttaa aggtaaagta caagtattcc ttaacgaaac tgaagaacac      180

gtacttgttc caggccaagt attggaattc aacggcgaca actacatcca agctacactt      240

gtagaagaca gcgaattcgt tgtaaacctt attcacaaac cagaataa                   288


<210>  3651
<211>  2436
<212>  DNA
<213>  Parabacteroides merdae ATCC 43184

<400>  3651
atgaacaaaa tttatatact tttcctatgc ctttgctatg ccgtttcggc aataatggca       60

aacacctata aaaatgataa agaagtgacg agccctacgg atgccaatat ttttgggcat      120

gtcgtggata aggcgaccgg tgaacatttg ccgggaataa cgatcatcct gaaaggaacg      180

acgatcggtt ccgtgaccga tgactccggg cattatatgt taaaaaatct ccccgaagga      240

gagtttacga tcgaagtctc ttttgtcggc ttcaagacag ttacgaaaaa agtaacgacc      300

ggaaaaggga agacgcagga actgaatttt gagcttgaag aagatttgat atcgctcgaa      360

ggagtggtcg tctctgccaa ccgcaacgag acgaaacgcc gtctggcgcc taccctggtg      420

aaggtactca gcccgaccgt gttcgaaaag accaactcca cgactttagc acaagggctg      480

gttttccaac cgggcgtccg ggtcgaaaac gattgccaga actgtggtta ctcgcaagtc      540

cgcatcaacg gtatggaagg aaaatataca cagatattga ttgattcccg tcctatcttc      600

tccgcattgg ctggcgtgta cggattggaa caaattccgg ccaatatgat cgaacgggtc      660

gaagtgatac ggggcggagg atctgctttg ttcggttcgt cggctatcgc cggaacaatc      720

aatatcataa cgaaagagcc cattcgcaat tccggttcct ttggacatac gatttctaat      780

ctggacggat ctggagcgta tgataacaat acgaccctca acctctcgtg ggtatcgtct      840

gacaataaga tgggagctta tatctatggg caaaaccgct atcgttcggc ctgggattcg      900

aatggagacg gcttttccga gcttccaaag ctgaaaaatc agacgattgg tttcaacggc      960

ttctataaga ccagtgccta ctccaaattg aatattgaat accatcatat ggaagaatat     1020

cgtagaggcg gtagtggaat gaaacttccg ccgcatatcg ccgaagaccc cgagctcaac     1080

ggaacaggtg aggccgggct tgtcgaacag ttacaacatt cgattaatac gggaagccta     1140

aagtttaatc tttttactcc gaaccagaaa cataacctca gcttctatgc gtccggacag     1200

catatccacc gtgacagtta ttacagcgca tatggccgga cgacggattt cacaggagtg     1260

atgggagcgc agtatatcta cagttttgac aaatgcctct tcatgcctgc cgatctgacg     1320

ggaggtatcg agttcagtca cgacgatctg gacgatcgtg ccaccgacaa gcagaagtac     1380

cgggaagcgg ccctggcgga agatccgacg gctaccggac agcatttgca ggaactgatc     1440

gaaaaatata cgccggcatc cttgcatcag atcataaacg tatggagcgc ctatgcacag     1500

aacgagtgga aaaatgataa atggagcttc cttatcggtg ggcgtgtcga taaaaacagc     1560

attatggata aggctgtttt cagtccacgt gccaatgtgc gctataatcc gacagccgac     1620

gtcaatctcc ggttgagcta tgccgaaggt ttccgtgccc cgcaggcctt tgacgaagat     1680

ttgcatatca gtaatgtcgg aggtgcgcgc gtctcgatcg tgcgggatcc gaatctgaag     1740

gaagagcgtt cgcggagcgt gaacgggtct gtcgactggt atcattattt tggagatttc     1800

caggtaaata tgttactgga aggattctat acgaaattga gtgacccgtt tgtcttgtca     1860

gcccctgtag aatcggaaaa tggttcgctg gtgcagactc gcagcaacgg ttcgggggca     1920

aaggtgtacg gttctacgct ggagggaaag attgtctgga ggaataaagt acagatacag     1980

gcaggtataa cggtacaacg gagtttatat gacgaaccag aggaatggag cgcagataag     2040

gaacatttga cggatgcgga gcggtatagc gataaaattt tgcgtactcc gaatctgtac     2100

ggttatttca ctgcatccta tacaccggta aaaccgttta caatagcgtt taacggtaat     2160

tataccgggc gaatgtatgt acctcatctg atgtctgaag tgaatgggac ggcggatgtt     2220

ttggtgaaga gtccggattt ctttgaattg ggagtcaagt tgagctatga tttcaggttg     2280

acggcagcca tgaccttgca acttaacctg ggtatccaga acctgttcga ttcctatcag     2340

aatgacttcg acaaaggggc aacccgtgac tccggctaca tttacggtcc gggaactccc     2400

cgcacctact atgcgggggc aaagttcagt ttttga                               2436


<210>  3652
<211>  2367
<212>  DNA
<213>  Parabacteroides merdae ATCC 43185

<400>  3652
atgaaaaact tgaacatagc attacgttcg ctttttaaga aaggaagaag taatgggata       60

aagattttat ctctgggagt cggactggcg atgggacttg tcctgatatc gaaagtgtgt      120

tttgaacgtt cgtttgataa gttttatccg gatagcgacc gtatttatcg gttgcacgaa      180

aacatcatcc gggatggtga atataagtcc tacgggcagg tgagcggagg cgtggctaca      240

gctatgcaag tcgagatacc ggaggttgaa aaagcaactc gtttgaccta tatcgggggt      300

gacaaggagt tgttcaagac acaggatgga aaccgttatt ccgcccgtta tgtcgtgatg      360

ggcgatacga atgttttcga tctgttgccg cgtcctatcc tgatcggtga tccgaaagag      420

actttgtccc gtccgggata tgtgatgatc tcgaatcgca ttgccaaact gttgggaggt      480

gcagaacagg cagtgaacaa ggaatttgaa tttgaatcca gtccaggaca aacctatacg      540

ataggaggtg tgtttgaaga tgtacctgaa aattcccact tgcgttttga gattgttgca      600

tctttggaag gtatgagcaa gtggagtcgt gaaaattggc tggggaatga ccgttatctg      660

ggatatgtaa aactttatcc cggcactgat ccggaaagcc tgacgactgc cattcgtgag      720

atgcaaggac ggcattgcga tctggaagag gtgaaaaaag cgggaattga tttgacttat      780

agcctggttc cgttgatgga catgcacagt aacagtgatg aggtgaagag catgaattcc      840

ctgttgggct ttctggcttt tgtgctcatc tttacggctg cgatgaatta tgtgcttatc      900

gtgatttcca cgttgatcaa ccgaaccaaa gaggtggctg ttcataaatg ttatggggct      960

tcagataaga acctgttcgg tatgatcatg tcggagacgt gtttgcatat gctgatttct     1020

ttgttgcttg ccgcttttct gatcgttctg ttccgtacga aaacggaaga attgttaggg     1080

gcaacgttgg gagcattgtt ctcgacacag actattgtga tactgatagg agtctgcatc     1140

gtgatctttt tcattaccgg tttgatcccg acctatatgt tcctgcgtat tccggtggct     1200

gccgcattcc gtaattttaa agaatcccgc agatactgga aactttgcct gctgttcata     1260

cagtttttgg caacagccta tctggtggca ttattgtcgg ttatcaataa gcagtatgac     1320

tatatggtaa atgtcgatcc cggatatgcc tatgagaagt tggcttattg ctcgacacag     1380

ggtgtggaag aatccgtccg taatacggca atcgaggaat tgcgcaagat acccgaagtt     1440

gacaaagttt ctgcctgcta tgacctgccg atttcaggga tgtcgggaaa taatgtttca     1500

cttcctggag atgaccgcga actgtttaat attgccgata tgtactgggt gaaagatgat     1560

ttcttttcct tgatggagat tccggttatt gaaggagagg tgttccgttc taacggttcg     1620

gcttcgaaca aagtgatggt cagccgttct tttgtcgaaa agatggaaca ggtggctggt     1680

tggaccggga gtgcgattgg caagaacgtt ataattacgg aacatagcca gaatggagaa     1740

ccgtttacca tctgcggtgt gtatgaagat gtttgtattg gcagtaccgg taatccggat     1800

acacgtccga ccgccctgtt ctatgataga tatgcaccga tgatcctgat caaattccat     1860

gagatgtcac cggagaatat aaaaaaggca caaaaggtgc tggaagatgt aatgcccgac     1920

cgaaatgtta cggtgacggc ttattatatg gatatgatag acctgtataa ggattcccgc     1980

acgttccgcg actcggttat gatcggggga atcgtgacct tgattattgc attgatcggt     2040

ctgctgggat ataccagtga cgaaacgaac cgtcgtggac gcgaaattgc gatccgtaag     2100

gtgaacgggg cgacggcatg gagtatcttg aagatgattt cgaaagacat ttcctatatt     2160

gcgattcccg ctatcgtgat cggtatgact gtcgcttatt attccggtac gggatggttg     2220

gagaaattta cggaaaaggc gcccatcgga tttttcatct tcctggccgg agcgatgatg     2280

gtctatgttt tgatcattgc ttgtgtcctg taccgtgcat gggccgtttc gaattctaat     2340

ccggttgata gtttgaaatc agagtaa                                         2367


<210>  3653
<211>  1434
<212>  DNA
<213>  Parabacteroides merdae ATCC 43186

<400>  3653
gttactaaat ataaatacat ttattgcaag atgaaaaaga atcatttatt aaccggtatt       60

gccgcagtta tgctgacggg tggactgttt acttcctgta gtgacaacga tatcccggca      120

ccagacgaag gagggaaagg cgaaatcaaa aacacattcg taatccctgc ttctacaacg      180

gcatccggaa atacgaccaa catactgctt acagccgaaa gtgtggacga agggaccatc      240

acgacattga acaacggcct cgtgaatgac ggagccacac aatgggtttt ctataaagac      300

cagtatttgt acggcctgac ttacaatcag ggaaatgccg gggacacacg ctcgtatatc      360

ctgaatgcgg acggagaact tgaaacccgc tcacaaagct ataaggtcaa acgatttacg      420

acttacggca tttatgacaa gtatatcatg actctttctt cgggtgacgg tccgacggaa      480

tgggcggacg agaacggcta cgtcccccaa tcattcctgg tctccctttt ggatgtcgca      540

gccgagacaa aaacggacaa cgacacgaag aacaaagcct acctgtccga aaactttctg      600

ggcaatggcg aatatgtaac gctggcaggt atcttggaac ataacagcaa gatctatagc      660

gtagccgtac cgatgggatt aagccagtat gggacaaaag acggaaacgg gaaatggatt      720

ctgccgggta acgaagactt ggtgaaaacc gaatccggtg gttcgaacag tagcgcttac      780

gaaaaagacg agctattgtg gacacagtat ccgaactcct gttgggtcgc catcttcgac      840

gatgaaacat ttacaaataa gaaaatcatc aagactgata aaatcagtta cgcttgcggc      900

cgtttcaaat cgcaatatta ccagatgatc tgggccgccg ataatggcga catctatgta      960

ttctcaccat catatgctaa aacgatgacc gacccgcgcc aacagaccaa cttgccggcc     1020

ggtgtggtgc gcatcccgaa cggaagcgaa gatttcgatg attactactg caacctggag     1080

gcacagagca acggcaactc cttccttcgc agctggcata taacagaaga ttatttcttg     1140

ttgctgatgt atgaccgtcc tttcagtgaa acaggctata ccgcaaatca gttggccgta     1200

ttcaaagccg gagccgaaaa attgacttac gtaagcggac ttccttcaac cgatataatt     1260

tccggtttcg gaaacacgat acatgttgaa aacggcaagg cttacatcgc tgtaacgaca     1320

accgacggga acccagcaat ctacaagatc gacccggtta acgccaatgc tacaaaaggt     1380

gtaacagtcg aagcaaccca aataaccggt atcggcaaac tgacagccca atga           1434


<210>  3654
<211>  1899
<212>  DNA
<213>  Parabacteroides merdae ATCC 43187

<400>  3654
atgataattc gcctctttag cacctatatt ggtcatttcg ttatcattct tttaaataaa       60

accaattaca gaatggttag ttcattttta tttatctttg caggcatgga aaagatatac      120

aactattacc aagatattgt cacggcttac acccgcaggg ccgataacct gaagaaaaaa      180

attcatttgc tcggaagcat ccgtttgttg ttggtcgcca gtctgatcgc catggtctgg      240

ttcttcaaat ccgaagactg gaaagtgctg gccgggatcg ccatcttgtt tactatcccg      300

tttatcgctc taatggtctg gcacaccaaa ctcttcgccc ggaaatgtta cgccgaagca      360

ctggcgaacc tgtgcaaaaa cgaactgaac gggttggatt acgatttcag tgcgttcgac      420

ggagcaccgg aaaaaagttc cgcagaacat tcgttcagcc ttgatctgga tttgttcgga      480

aatcattcgc ttttccagtc cgtcaaccgc acggttactt ttatgggaaa agagaagctg      540

gccggctggt ttatgcaacc actcaccgac aaggctatga tattaagacg ccaggaagcg      600

atccgcgaac tggaatcgtt cacacagctc cggcaacatt tctatgtgac aggcattctg      660

catccgggaa acaaggacga ccaacaactt atttctctat tgagtaaagc ggctccctgc      720

ttgatcaaca ataaaatatg gaaactgctc atctgtctga tcccttccat ctgggtattg      780

gtcgcgatag gatgtgcact gaacctgctc ccggtatcga tagccggcat gttcttcgga      840

ttgtctttca ttatcgctta tctcaatgcg aagcagatcg ctacggtaca caattctttg      900

gacagaatgg agcaaatatt gcagacttat tccaagctga tcaaatgtat cgaaggtgaa      960

aactttcaat ccgccgagct cgccgatatc cacaaccggt ttgcaagcga cgggcaaacg     1020

gcctcttcaa tcatcaaaaa actctccgga catatcggtg cgctgaacca acgtttcagt     1080

gcaatcggcg tcatactgaa tattttcact ttgcgcgata cccgcatggc gataaagctg     1140

gaaaaatgga agatagagca tggagaggat acggaacgtt ggttcgaagc attggctttg     1200

ttcgatgctt actgttcgct gggtggattt gccttcaatc acccggaata catttatcct     1260

gagatagcag acgtatattt caaaatggaa ggcaaagcgc tcggacatcc gttactgcgc     1320

cgggacatat gcgtaaagaa tgacatcgag atccggaaaa gtccctggtt cctgattatt     1380

acgggagcga atatggcagg aaaaagcact tacctgcgta ccatcggcgt caactatctg     1440

ctcggctgta tcggtgctcc ggtttgtgcg gcgtctctga ctttatatcc ggcccggatg     1500

gtgaccagcc tgcgtacttc cgattctctt gcaagcaatg agtcttattt ctttgccgaa     1560

ctgaaacggc tgaagatgat tatcgatcgc ttgcaacagg gcgaacagct attcatcatt     1620

ttagatgaaa tcctgaaagg gaccaattcg atcgacaaac aaaaaggttc ccttgctttg     1680

atgaaacagc tggtagcgaa tcaggcttgc ggtatcattg ccacacacga tctggcgtta     1740

ggcgaacttg aaaaggaatt cccgaaccag atcaagaatt atcgttttga ggccgatatc     1800

caagacaacg aactgacatt ttcctaccaa ctcagagaag ggatagccca aaatatgaat     1860

gcctgcttct tgatgaagaa gatggggata acggtataa                            1899


<210>  3655
<211>  1731
<212>  DNA
<213>  Parabacteroides merdae ATCC 43188

<400>  3655
atggataagt tcttaagact gaaaataaaa acgaaactga ccttcgggat cggccttttg       60

tttacgatga tcgttctgct gggtgggctg gctgtgcaga atattacgga tatgtcttcc      120

gacacgcaga atatcttggc ggataattat aattcgcttc tttattctcg tcggatgctg      180

gatgccctcg aacggatcaa gaacgatccg caggcacgtg cggagtttga aaagaacctg      240

gatttgcagc agaagaatat cacggagatc gacgagaatg tggcgacggc gcatctggtc      300

gcacaatacg aggcgatgca ccgggacctg aacgatacga ctatacagcg tgtcaggatg      360

gcactcaacg atatcatgag tttgaatatg gcgacgatct accggaaaag caaggtagcc      420

gagcgtacgg cggaccaagc attgttgtgg atttgcatta tcgcggtggc ttgtgtcctg      480

attgcttttg ctttcctgat ccgcttgccc cgttccatta ccttgccgat ccgtaaactg      540

accgacggga tcttggagat tgccaaccac aattacgaaa agagactcga cttgggcgat      600

aaccaggagt ttgccgaagt tgcctcctcg ttcaatcgga tggcggaacg cttgacggaa      660

tacaggaaga gcacgttggc tgacattatc caggccaaaa aatatattga agcgattgtc      720

aacagcatca ctgaaccgat aatcgggctc gatcgggacc gttccattct ttttgctaat      780

gatgaggcgc tcaccatcct gaatctgaaa cgtgagaacg tgatgggaaa gtctgctacc      840

gaactggcgt tgaaaaacga cttgctgcgt cggctggtac gcgaactgat acagcacgac      900

aagaaaaagg agcccttaaa gatctatgca gatgataagg aaagctattt tcaggccaaa      960

tatatcccga tccatgtgat ggatggtgat ggacgtgaga cagagtatgc gggcgatgtg     1020

atcctcctga aaaatattac cgagttcaaa gagttagact ctgccaagac gacttttatt     1080

tctactatct cccatgaatt gaaaaccccg atctctgcta ttcttatgag tctcaaattg     1140

ctggaggata aacgtatagg agatatgaat gatgagcagg tcgcgcttgc cggaagtatt     1200

cgagaaagca gcgaccgcct gctcgaaatt accggtgaat tgttgaaaat gacacaggtg     1260

gaggcaggca agttgcaact gaatccgaag atcacgaagc cgattgaact gatcgattat     1320

gcgatcaagg cgaaccgtgt gcaggcggag cgcttcaatt gccatatcga agtggagtat     1380

cctgaaaaaa tatccaagct ctttgtagac agtgagaaga tcgcctgggt actcacgaac     1440

ctcctttcca acgccatcca ctacacgctg gagaatggcc gtatcgttat cggtgcgcat     1500

caggtggaca agaaagtgga aatattcgtg caggactttg ggaaaggaat tgacccgcgt     1560

taccatcaga gtatctttga ccgttatttc cgcgttcccg gcacgaaagt acagggaagc     1620

ggcctcggtc ttgccatcag taaagacttt gtcgaagccc acggcggcac gattcgtgtg     1680

gacagcgaag tcggcaaggg aagtactttt gtcataacct ttgatgtttg a              1731


<210>  3656
<211>  1866
<212>  DNA
<213>  Parabacteroides merdae ATCC 43189

<400>  3656
atgaattatt ttgtttatct ttgtcttatc aataaaaagc agagaatgga taattatatt       60

gtatcggcaa ggaaataccg tccttctact tttcgtagtg tggtaggaga gaagtccttg      120

acaactacac ttaagaatgc aatacagagt aacaagctgg ctcatgccta cctcttttgc      180

ggtccccgtg gagtgggcaa gacttcttgt gcccgtatct ttgccaagac gatcaattgt      240

ctgaatccga ctgccgacgg ggaagcctgt aacgaatgcg aatcctgcaa ggccttcaac      300

gagcagcgtt cttataatat ccatgaactc gatgccgcct ccaacaactc ggtcgatgac      360

atccgtgccc tgatcgacca ggtgcgcatt ccgcctccta tcggaaaata caaggttttt      420

attatcgatg aggtgcatat gttgagttcg gcggctttca atgcatttct gaaaacattg      480

gaggaaccgc cccatcatgc tttgttcatt ctggctacga cggagaagca taaggtgttg      540

ccgaccatcc tgtcccgttg ccaaatatac gacttttcgc gtatctcgat tgccgatatg      600

gtggagcatc tggaatacgt atcttcctgc gaaggagtga cggctgaacc ggaagccctg      660

aatgtgattg cccagaaagc ggatggcggt atgcgcgacg cgttgtccat cttcgaccag      720

gtagtcagtt ttacaaatgg gaatattacc tatcaggctg ttatcgataa cctgaacgtc      780

ctggattacg aatattattt ccggttgacg gatgcaatgc tttccggaaa tgtccggtct      840

gccatcctga tcttgaacga tatattgagc aaaggatttg acgggcagaa tatcataacc      900

ggcctggcat cgcatttccg tgatttgctg gtctgcaagg atgaggctac tttgatcctg      960

ttcgaggttg gcgcttctat ccgtgaacgt tataaggaga tggcgaagcg ctgttccgac     1020

gggctgttgt tcaaggcgat cgagctggca aatacctgtg acctgaatta ccgggccagc     1080

cggaataagc gcctgttgtt ggaacttacg cttatccagc tttgtcagtt aagcagtgcc     1140

ggacaaccgg ccgatgataa aaaaaaaggg ctgattgagc cgatagcctc caacgggccg     1200

ggccaggccc ctgctcaagc aggccaggct gtggcggctc agcagacata taccgtacaa     1260

tccgcccctc ctttgcaacg tccggtacaa tctccgcagg aaatgaccgg agcgactccc     1320

cgccagcagg tcgtttccac tcatgtgccg ccttctccga ctcttattcc gcaggcccct     1380

ccggcatcgg cgcccaagag agtggcgcgt ccgccccagt tcggtacatc cattaaggag     1440

attggcgtag agcatccgaa agcgcaggct gcgacacaga ctgctaccgt ggtacaggaa     1500

atgcaaagtc ctttcagcca ggaagcattg gttcattatt gggatgcgta tgcttccgct     1560

atcgacaaga aggtatatct gaaaaatacg atgatcaatt gcaagccggt cttgcaggat     1620

aattattatt ttgaagtctg tgtgcataac cccggccaac aggatgagtt gacgaataat     1680

tgtatcgata tattgagtta tctgcggatg cagttgaaga atacccgtat tcagatgcgt     1740

gtccgtatag atgaaacgaa ccaaaaacat ttggcctata catcagcaga gaagtatgaa     1800

cacctactga acataaatcc ggttttggca aagttgaagg atgagtttaa tctgacactc     1860

gactaa                                                                1866


<210>  3657
<211>  2310
<212>  DNA
<213>  Parabacteroides merdae ATCC 43190

<400>  3657
atgaagaaaa aaagtatatg ggcttttgct cttattgcta tgctaacctg cctgggaagg       60

cctgccgttg cgtcagacgg tgcttttgac ccggtagagt ttgttaatcc tttaatgggg      120

acgcaatcgt cgtttgagct atcaaccggt aacacctatc cggctatagc acgtccatgg      180

ggtatgaatt tttggacccc gcaaaccggt aagatggggg atggatgggg gtatacctat      240

accgccaata agatacgtgg ctttaaacaa acccatcagc caagtccttg gatcaatgat      300

tacgggcagt ttgccatcat gccggttgtc ggtactcctg aatttgatca ggatagacgg      360

gccagttggt tctctcataa gagtgagata gcaaaaccgt actactatga agtctatctg      420

gcagagcatg atgtgaaaac cgaactgaca ccgactgatc gtgctgccat gtttcgtttc      480

actttcccgg aaaacgaaca ttcctatgtc gtagtggatg cgtttgacaa aggttcctat      540

atcaaggtga tccctgaaga aaacaaggtt atcggttata cgaccaagaa tagcggtggt      600

ataccggata atttcaaaaa ctatttcgtt atcgaatttg ataaaccttt cacttatgaa      660

gcaacttttg ccgatgcaac tttgaaggaa ggtgttcgtg agcaacaatc cgaccatgtc      720

ggtgccgtta tcggttttaa gacgacgaaa ggcgagattg tacatgcaaa ggtcgcttct      780

tcgtttatca gtttcgaaca agcttcgctc aatctgaaag agttgggttc tgacaatttt      840

gacacattgg tacaaaaagg caaagatgtt tggaataagg agttgagtaa gatcgaagtg      900

gaaggtggca ctctggacca gtatcggacg ttctattcct gcatgtaccg ttcgcttctg      960

tttccccgta agttttatga aatagacgcc ttagggaaag ttgtacatta tagtccttat     1020

aatggagaag tattgccgag ctatatgttt acggatactg gtttctggga tactttccgt     1080

agtctgttcc cgttcctgaa cctgatgtat ccgaccatgt cgaaagaaat gcaggaaggt     1140

ttgatcaatg cttataagga aagcggtttc ttccccgaat gggcaagtcc cggacatcgt     1200

ggttgtatgg tgggcaacaa ttccgcttcg gttttggtgg atgcttatgt caaaggtata     1260

aaggtggatg atctcgaaac attgtacaaa ggtttgatcc acggaacgga aaatgtacat     1320

ccgacggttt cttctaccgg ccgcttagga catgaatatt acaacaaatt gggctatgtg     1380

ccttatgatg taaagattaa cgagaatgct gctcgtacgt tggaatatgc ctataatgac     1440

tggtgtatct atcagattgc aaaagatctg ggacgtcccc aaaaagaact ggatttgtat     1500

gccagacgtg caatgaacta taaaaacttg tttgataagg agaccaaatt gatgcgcgga     1560

aagaataagg acggcaactt catggctcct ttctcgccgt tgaaatgggg agatgctttt     1620

acagaaggga atagctggca ttatacatgg tcggtttttc acgatccgca gggattgatc     1680

gatttgatgg ggggacgaaa agaattcatc actatgctgg attccgtatt tgctgttcct     1740

cccgtatttg atgatagtta ttatggacag gttatccatg agattcgtga aatgcagatt     1800

atgaatatgg gaaactatgc acatggcaac cagccgatcc agcatatgat ttatctgtac     1860

aattatgccg gtgagccttg gaaagcccaa tactggctac gtcaggtgat ggaccgtatg     1920

tacactccga caccggatgg ctattgtggt gacgaagata acggacagac ttccgcctgg     1980

tatgtattct ctgctcttgg cttttatccg gttgctcccg gaacgacaca atatgtattg     2040

ggcgcacctt tgtttaagaa agctactttg cattttgaaa atggaaagag cttggttgtc     2100

aatgcgccgg agaacagcga caagaatatc tatatcgagt ctatgtcttt taacggaaag     2160

aattatacga aaaactatct ggaacatttc gaactgctga aaggcggtgt cttggatatc     2220

aaaatgggag atgagccgaa tatgaacaga ggagtgagtc cggaagattt tccatattca     2280

ttttcagtaa atgaaaaaca aaagaaataa                                      2310


<210>  3658
<211>  1500
<212>  DNA
<213>  Parabacteroides merdae ATCC 43191

<400>  3658
ttgaaagtta tgggaaatgt acattatgtg ggggcggaac cgctgacgtt cgaacgtatc       60

gaagagatat tgaccggaaa tatgaagttg gaactgaccc cggaagtgaa ggaacgtatc      120

cagcgttgcc gcgattatct ggaccggaag atcgagacac agagcgagcc gctttacggc      180

atcacgacag gctttggttc cttgtgtaat aagaatatct cgccggatga actcagcacc      240

ttgcaggaga atctggtgaa aagccatgcc tgtagcgtgg gggatgaggt gagcccggtg      300

attgtccgcc tgatgatgct gttgaaggcg catgctttgt cgctggggca tagcggcgtg      360

caggtgataa cggtgcagcg tatccttgat ttctttaata atgacgtgct cccgatcgtc      420

tatgaccggg gttcgcttgg ggcgtcgggc gacctggctc cgttggcgaa tcttttcctt      480

ccgcttatcg gagtgggaga tgtgtattat aaagggaaga agagggaggc tatcagtgtc      540

ctggacgagt ttgcctggaa gccggtgcgc ctgatgagta aagagggatt ggcgttgctg      600

aacggtacgc agtttatgag tgccaacggc gtgtttgccc tgatgcgtgc ttttgccgtg      660

tcgaagcggg cggatctgat tgcggccttg tcgctcgaag ccttcgacgg gcggatcgat      720

ccttttatgg attgcatcca gcagatgcgt ccgcatcccg gacagatcga gacgggcgat      780

gctttccgcc gcattctgga gggcagcgaa ctgatcagcc ggaagaagga gcatgtgcag      840

gacccgtatt cgttccgctg catcccgcag gtacacgggg cgacgaaaga tgcgatccgg      900

tatgtctccg gcgtattgct taccgagatc aattccgtga cggacaaccc gacgatcttt      960

cccgacgagg acaagatcat ctccggaggt aatttccacg gccagccgtt ggcgatctcc     1020

tacgatttcc ttgcgattgc gttggctgag ttgggaaata tttccgaacg ccgtgtcgcg     1080

cagttgatca tgggacttcg gggcttgcct gaatttctgg ttgccaaccc cggactgaat     1140

tccggcttta tgatcccgca atatgcggca gccagcatgg taagccagaa caagatgtac     1200

tgttatgccg ccagcagcga ctcgatcgtg tccagcaacg ggcaggaaga ccatgtgagt     1260

atgggggcca atgcagcgac gaagctcttt aagataatgg acaacttgga tcatatcctg     1320

gcgattgagc tgatgaatgc ggcacaaggt atcgagttcc gccgtccggc gcgtacttcc     1380

cctatcttgg agaaattcct gaaagcctat cgcaaagagg ttcccttcat tggcgaagac     1440

atcatcatgt atcccgaaat acatcggacg gtcgctttcc taagacggta tactttataa     1500


<210>  3659
<211>  1752
<212>  DNA
<213>  Parabacteroides merdae ATCC 43192

<400>  3659
atgaaaacat tatttattct tatatctcta ttctttgccg tatcattgtc cgcccggcag       60

cgcgatagtc gtgtacgcga atatctacct cccgcacgca tcatctggca gcaggaaagc      120

cagttgatac agggcgcaaa ccatttgctt ctttccggaa atggacaagc caatcttgtg      180

aatcataaca tctgtaagct ttcgagcacc gaccggcaac atcctgccat ccttcttgat      240

tttggaaaag aactgcaagg tggcttgcaa atagtaaccg gcatgccggc ttcgcacgaa      300

ccagtcgccg tccggatccg tttgggtgag tcggtaagtg aagctatgtg cgatatagat      360

ggagtgaacg gtgcttccaa cgatcatgcc atgcgcgatt ttactattcg cctaccctgg      420

ttgggggtta tggaagtggg taattctggg tttcggtttg cccggattga tcttttggac      480

gattccgtcg aattgcatat taaagaaata cgtgccattt ccgtttttcg ggacatccca      540

tataaaggct catttcgttg caacgacgaa cggctgaacc agatttggca gactggtgct      600

tatacggtac atttgaatat gcaggagtat atttgggacg gcatcaaacg tgaccgtttg      660

gtctggattg gtgatttgca tccggaagtg atgacggtca acactgtttt cggatataac      720

gaggtgatac cgaaaagcct tgattttatc cgcgatgcaa cgccgttgcc tggctggatg      780

aacgggatgt gcagttattc catctggtgg ttgctgatcc agcgcgactg gtattactat      840

cagggggact tggcttactt gaaggaacag aaagactatt tgaccggttt gctccatctt      900

ctgatttcca aagtcgatga agacggcgtc gagaagctcg acggaggagg acgttttctc      960

gattggccgt ccagtgaaaa tccggttgcc atcgatgccg gcttgcaagc cttgatgcta     1020

caggcgatga aagccggaaa cgaactttgt aaggtgttgg gtgaagatgc gttggcggca     1080

gaatgcgagg ctgtaggaaa caggatgacc aaggccgctt cgaaggtgat aaaacctttc     1140

ctgaagtcag gtgttgctcc ggatgctcct ggatcgaaac aggcagcttc cctgttggcg     1200

ttggccggac tgatgaagcc ggaagaggcc gatcggagat atctcgcagt taatggaggg     1260

catggattct ctacttttta tggttattat atgcttcgag cgatggctgc tgccggcaat     1320

tatcaagggg cgatcgacgt gatacgccaa ttctggggtg cgatgctcga tttgggtgca     1380

actacttttt gggaagattt caacttagac tggttgcccg gcgcttctcg catcgatgaa     1440

ttggttccgg taggcaagaa agatattcat ggcgattacg gggcttattg ttataaaggt     1500

ttccgccata gcctttgtca cggttgggct tctggtccga cttcctggct gagtgaatat     1560

gtgttgggtg ttcaggttgt ggagccgggt tgccgcgttg tccggatcac accgcattta     1620

ggtgacttgg agtgggtgga aggaacgttc ccgactcctt acggtgtgat cactatccgt     1680

cacgaaaaag gcgctgacgg gaaagtacgg agtcggatcg atgctccgtc cgaagtaaaa     1740

gttgtacgat aa                                                         1752


<210>  3660
<211>  1179
<212>  DNA
<213>  Parabacteroides merdae ATCC 43193

<400>  3660
atgagcgaaa atttacttac attctccgac ctggaattac tcctaatcgg gattactggc       60

gtgttgttta tcatacaaat actctattat ctgatcacat attcacgccc tttacgtgct      120

gcaacagcca aaagcacgga acgtgtcacg gcagacaagg atgcccaacc tgtctccgtc      180

attgtctatg cccacggcga accggaagat ttacgcaata atctgccgat attgctgaac      240

caggattatc cggattatga gattattgtt gtcaacgacg gttccgatgc caatagcgaa      300

gacgttctga aacttttttc aaatgaatac aaaaacctct attacacata tgtgcctgta      360

gacactcaat acctgagcca taaaaaactt gcgctcacta tgggaatcaa ggctgcccgg      420

catgacatcc tccttttcac cgaagcggac tgccgcccga tcggtccgaa atggatcaaa      480

gcaatggccg gttcctacaa tcccgaaacg gacattattt taggtttctg tgcgtatcgg      540

catacaaaag ggttcctgca caagctcatt gcctatgaca acctgacaaa tgggttgcaa      600

atgatatctt cagccctctc ccaccatcct ttcacgggaa acggccggaa cctatcctat      660

cgtaagaaac tgttctttgc ccacaaaggt tacgctagat ccctcaacct tcacgccgga      720

gcagacgatc tgttcatcaa tgaagtttcg aatcccgcca atacgcaggt acaactctcg      780

tccgattcca tcatcaagat gaacaaagta ggagatttcg aaacctggag agagataaaa      840

acctcccgcg ccgccaccaa acgtttttac aaaggaggtt ccttaacttt ttaccgaatg      900

gaaaccatcg gttatctgtt cttctggatt gcgggaatcg ccactttcat cgtcgggctt      960

tcaggaaact ggctgctctc gatattggcc ggattactct tattcctccg cttcacagtc     1020

aaagcactcg tttataaaaa atccgcctta ctcctgcaac aaaagccatt aaccgcctgg     1080

cttcctttgt tggaaatcgc tcaaccggtc tatgacatat atatccacat ttacaggatg     1140

ttcaacggga aaaaagattt tacaaataat gtggcatga                            1179


<210>  3661
<211>  732
<212>  DNA
<213>  Parabacteroides merdae ATCC 43194

<400>  3661
agaaaaatga aaaagattag tgtattggtt gctacagtga ttgtagctat gggtattaca       60

tcatgtggtg attcacacaa aagcgcatct ctgaagactg ccgcagatag cgtgagctat      120

gccatcggta tcagcacagg tgcaggttac aaagaaaatt tgaagacttt gccgggcgat      180

cctgctaacg ttgatgatct gattgccggc tttatccagg ctatcaaggg cgattcttcc      240

gctatgaaga tgactccgca ggctgctcag gcttatgttc agacttactt catggaagcc      300

tctgcaagag atgccaagaa gacgaaagaa gaaggcgaaa agttcttggc tgaaaacaaa      360

acgaagaaag acgttatcac gactgaaagt ggtttgcagt atcaggtagt tacggaaggt      420

aaaggtgcaa agccgactgc cgacgataag gtgaaagttc actacactgg tactttattg      480

gacggaacta aattcgacag cacgatggat cgtggcggtg aaccggcaga gttcccggtt      540

ggcggcgtaa tcaagggctg gacggaagtg ctgcagttga tgccggtagg ttccaaatat      600

atcgtttggg ttccttctga gttggcttat ggcgaacgtg gcgcaggaca ggatatcaaa      660

ccgaacagta cactgaaatt cgaaatcgag ctgctggata tcgtaaaaga cagcactgct      720

gacaaaaaat aa                                                          732


<210>  3662
<211>  3219
<212>  DNA
<213>  Parabacteroides merdae ATCC 43195

<400>  3662
atgaaattag atagatttat aaaccgcccg gtgctctcaa cggtgatctc catcttgatt       60

gtcatactgg gtatattagg cttgctgtcc ttgcctatta cccaatatcc ggatattgcc      120

cctccaaccg tttcggtgag agctacttat acgggggcaa acgcacagac ggtattgaat      180

agtgtgattg cgccgctgga agaccagatc aatggtgtgg agaacatgat gtacatgact      240

tcatcggctt cgaataacgg atcggccgaa atctccattt attttaaaca gggtaccgat      300

cctgacatgg ctgccgtcaa tgtgcagaat cgtgtttcca tggcacaagg tttgctgccg      360

gccgaagtaa ccaagatcgg tgtgacgact cagaaacgtc agaactccat gttgatcgtg      420

ttctctgttt atgatgccga ggaccgttac gaccagcgat ttatcgaaaa ctatgccaag      480

atcaacctga ttccggaagt acagcgtgta cctggtgtgg gtgatgcaaa cgtgttagga      540

acagactatt ccatgcgtat ctggctgaag ccggatgtga tggcacagta taaactggtt      600

ccgaatgacg ttgcaggcgt cttggctgag cagaacgtgg aagccgctcc gggttcgttt      660

ggtgaacagg gtaaccagag tttccagtat acgatccgtt ataagggacg tttgcaggaa      720

gtgaacgaat ttgagaacat ggttgtgaaa gctttgccgg atggtgaagt gctccgtatg      780

aaagatatcg ccgatatcga attgggacgt ctgacttata actttgtcaa taaagtaaac      840

ggtcatagtg ccgtaacttg tatcgtttat cagatggcag gaaccaatgc gacggaaacc      900

atcaataata tccagaacct gctggaagaa acagaaaaga tattgcctcc gggcttgaag      960

atcgacgtcg gtatgaatgc caacgacttc ttgtacgctt ctattcacga ggtgctcaag     1020

acattgattg aagctttcat cctggtattc atcgttgtgt atatcttctt gcaggattta     1080

cgttcgactt tgattccggc tatcgcgatc ccggtagcat tgatcggtac gttcttcatg     1140

ctatcgctga tcggctttag cttgaacttg ctgactcttt gtgctatggt gctcgccatt     1200

gcgatcgtgg tcgatgatgc gatcgtggtc gtcgagggtg tccatgccaa gctggatcag     1260

ggatacaaat cagcgaaact ggcttctatc gatgccatga acgagctggg cggtgctatc     1320

gtctccatta cgttggtcat gatgtccgtg tttattccgg taagtttcat gagcggtacg     1380

gccggtacat tctatcgcca gttcggtttg acgatggcta tctcgatcgg tttgtctgca     1440

ttgaacgcct tgacgctgag tccggctctg tgtgcgatgt tcttgaagcc gcacgaagaa     1500

gggcatgaga agaaatcgac cttcgtctcc cgtttccact cttctttcaa tgccgcatac     1560

gactctttgc tgaacagcta taaaaaacgt gtcgtattct ttatccaaaa gaaatggctt     1620

tcgttcggta tcgttgccgg atgtatcgtc ctgcttgttg ttttgatgaa tgcgactccg     1680

acaggtatgg ttccgaatga agataccggt acgatcatgg gcgcagtgac gctgcctccg     1740

ggaacatccc aggaacgtac gatagaggtg atgaacaagg tggatagcct gatcgctgcc     1800

gacccggcag tcaaatcgcg tacggccatt attggtttca gctttatcgg tggccagggg     1860

ccttcatacg gttcgttcat tatcaagttg aaagactggg aggagcgttc catgatgcag     1920

agttcggata tcgtgtatgg tagtttgttc atgcgtgcgc aaaagattgt gaaggatgca     1980

caggtgctgt tctttactcc gcctatgatc ccagggtatt ccgcatccag tgatatcgag     2040

ttgaacatgc aggataagac tggtggtgat ctggaaaaat tcttcgatgt gacgaagcaa     2100

tatatggctg ctttgacagc gcgtcctgaa atcaagtcgg cacagagtac cttcaaccct     2160

aacttcccgc agtatatgat cgatatcgat gcggctgcct gtaagaaagt agggatcagt     2220

ccgagtgata ttctggcaac catgcaggga tattacggtg gtttgtatgc ctccaacttc     2280

aaccgtttcg gtaagatgta ccgtgtgatg gtccaggctg atccggcttt gcgtaccaat     2340

ttggaatcgt tgaagaatat caaagtccgc aatggaaacg aaatggctcc aatctcgcag     2400

tttgtgtcta tcaagaaagt gtatggaccg gatattatca gccgtttcaa tatgtataca     2460

tctattaaag tgatggttgc gccggcggat ggatacacca gtggccaggc attgaaagcg     2520

atcgaggagg ttgccggtac gacacttccg accggtttcg gatacgagtt gggtggtatg     2580

gcgcgtgaag aggctgaaac cagcggcagc acgaccggtt tgatcttcct gctctgtttc     2640

gtattcgttt atttgttgct gagcgcccag tatgaaagtt atattctgcc gttggcagta     2700

ttgctttcca ttccgttcgg tttgatgggt agcttcctgt tcgtacaggg atgggctgct     2760

ttgggtaata tcccggcttt gaagatgatc ttaggtacga tgtccaacaa tatctatatg     2820

cagatcgcct tgatcatgtt ggtcggtttg ttggcgaaga acgccatcct gatcgtagag     2880

tttgccctcg accgtcgccg tatgggtatg agtatcacgt gggctgccgt tttaggtgct     2940

gccgctcgtc tacgtcctat cctgatgaca tcgttggcta tggtagtcgg tctgttgcct     3000

atgatgttcg cgttcggtgt aggtgctcac ggtaaccgta ctttgggtac tgccgccatc     3060

ggaggtatgt tcatcggtat gatcttccag atttttattg ttccggtttt gtttgtggta     3120

ttccagtact tgcaggagaa attcaaacct atcgaatggg aagatttgga taacagcgat     3180

atgaatacgg aaatagaaca gtacgcaaaa acaaaataa                            3219


<210>  3663
<211>  1377
<212>  DNA
<213>  Parabacteroides merdae ATCC 43196

<400>  3663
atggaagaga caaagtttta ccacgcattg aaaatagaca atgaccgttg tgtcggctgt       60

acccactgca tgacgaagtg cccgaccggt gcgatccgca tccgcgaggg gaaagcctcc      120

atccgtaaag gttggtgtgt ggactgcggc gaatgtctga aagcctgtcc gacggaagcc      180

atctatgtgg agcaggacga cttccagaag atcttcgact acaaggcccg tgtcgtgctg      240

gtcccgacgg tctttatcgg gcagttctcc aaatatacga cggaggaaga gattttcagt      300

gcgctgtacg aactggggtt tacgcatgtg ttccaggtcg agtttacggc agacatgatc      360

catcgcgaga tgctcaggca gatggagctg gcggaggata aacctgtcat cagttcgttt      420

tgcccggcta tcgtccggct gatacaggtg cgcttcccgg ccctggtcga taatatcttg      480

ttggtgaagc cgccggtcaa tgcgacagcc acttactatc ataaggtatt ggaagaagac      540

ggtttctcgt ccgaagagat cggtattttt tatgtgacgc cctgtgcggc gaagatcgcc      600

tccctgaaag gtgcggaggg atattcgtcc acgatcaaag gcgtgatcaa tatggatacc      660

ctatataata aggtatatca tatcctgaaa aaccgcccga agaactacac gcccgaatgc      720

gtccttccgc cctccctgac caagaaggag atgcgttgga gccagacggg aggtgaagcc      780

aagcatttct ccggccgctg cctggcgatc gacgagatac ataatgtcat cgaattcttg      840

gaacggatgg aatcgactac cgaagtacgc aatgtggact tcctcgaact gcgtgcttgc      900

gaccggagtt gtgccggtgg cgtgctggca gtcgccaacc gtttcctgac agccgagcgg      960

gtgatgaagc gttcggtgaa acgcgacaaa gctccgctga tctattccga ccggttggag     1020

gcgttgtcct atctgaaaca acacatcacc attcgtccgc ttcaacccaa cccgaagttg     1080

cgatacgaag gaaatatcga agaagtcctg aaaaagatgg agcaggtgcg caagttgatg     1140

tgctacctgc ccggcatcga ttgcggggcc tgtggttcgc ccaactgcca ggcgttggcg     1200

gaagacatcg tccgccatga ggcgcagttc agcgattgcg tcttcatgca gcgtaatatg     1260

gagaagcatg ggaagctcga caaggagcat gctttccgct tgatcgaaaa gacctgggga     1320

aaagaccggt tgaataaaga ttgttataag aaaggagcca aatatgaagg tcagtga        1377


<210>  3664
<211>  927
<212>  DNA
<213>  Parabacteroides merdae ATCC 43197

<400>  3664
atgattgttg taagagacac ggagaaattg aaagggaaaa ggctggtagc cactatcggc       60

tttttcgacg gagttcatct gggacatcgt tttctgattc acgaactgaa gcaggtggcc      120

gaagccgccg gattgccttc cgccgtcatc acgtttcccg aacatccccg tgctgtcctg      180

catgccgact atcagccgaa gttgctcaat tcgttcgaag agaaattgaa acatttggct      240

tccaccggga tcgactattg tatcgtgctg gacttcaccc tcgaactatc ccgcctgacg      300

gcaaaagagt ttatcactac cgtattggca gaccggttgc atgtggacac gttgctgatc      360

ggctacgacc accgtttcgg gcataaccgc gaggatggct tcgagcagta tgtaacctat      420

ggcgaaactt gcggcatccg ggttatcaag gcttcgcaat acagcgaagg agaggcggcc      480

gtcagttctt ccgaaatacg gaaactcctt gcggaatgcc gtgtggagga ggcggctcat      540

ctgctgactt atccttacgg gctgagggga agtatcgtca gcggttataa ggtcggccgg      600

aaattaggtt tcccgaccgc caatatccaa gtggacgagc cttacaagat tattccgggc      660

atcggcgtat atgccgttcg ggtatatctg aacggacagc gttacaaggg aatgctgtac      720

atcggcaacc gcccgaccct ggacaacggg gacaacatca cgctggaagt aaacatcctc      780

aacttctcag gcgacatcta caataacgaa ataacagtca cgttcataca acacgtacga      840

ggcgacatca aattcgacac cctcgaccag ctgatcgacc aactgaaaaa agacagggag      900

acggtggata gaatattaac ggaataa                                          927


<210>  3665
<211>  1410
<212>  DNA
<213>  Parabacteroides merdae ATCC 43198

<400>  3665
atgtttattt taatgcctgt catctttgtt ttagggattc ttgcaatcgc gctggaagat       60

aagataaaga taaataaagc tgcgatagct ttgtttatgg caatatcact atggatgata      120

ttgatgtttg acgcctatga tatttttgtc gaacgctcca gtcctttgtt tcaggagttt      180

ctgacccaaa acccggaaat ggcaaatgct cctctgaaag atcagtttat tacatttatt      240

acaaaccgtt cgattgttta tcatttaggg aatgtatccg aaacgctttt ctttgtcatg      300

tgctccatgc tgattgtcga tatcgtggat aagcatggtg gtttccgggc tgttaccgga      360

tatatccgta ctgccaataa aaggaaatta ttgtggtata taagttttgc cgcttttttc      420

ttttctgctt tgttggataa cttggctgct gctatcgtga ttatggccgt gttacggaaa      480

ctggttccgg accggacaga tcgtttgaaa tatgcttgta tggtgattat tgctgcgaat      540

gcaggtggtt catggtctcc gattggtgac gtgacgacca ttttgctttg ggtgggcaag      600

aacgtcacgg ctatgcacca gatttcgcat gtattctttc cggcattgat aaacttgctt      660

gtgcctctga cgattgctaa tttttggttg tttaagaaag atgcgacttt acgtgtgatg      720

agcgaggaag aaatggcaga cgaatatgca ccggaaatac cgaatcattc gcgtcgggtg      780

atctttgtga ttggtgtact ttcgttggct ttggttccgg tctttcagat ggtgacagac      840

cttccacctt tcttaggtgt tttgttgggc ttggtggtcc tgtggtttta tacggatatc      900

atgtatagca aactgcatat gcacgaatct aataagttac gtatttctca gttacttccg      960

aacatcgacc tagcgacgat ctttttcttt ttgggtatcc tgatggcggt aggggctttg     1020

gaaacctccg gccagttagg gttgatgtct gcttttctgg ataagcatgt acatgaacct     1080

tatctgatca gctttgtgat cggtgttttg tcttcctgtg tggacaacgt agctttggtt     1140

gcggcaacaa tgggtatgta tccgattgta ccggatgcgg ccaatctgac tccttatgct     1200

cagttctttg tatcggacgg aggtttctgg acattccttg cctactgtgc cgtgactggc     1260

ggtagtatct tgattatcgg ttctgcaaca ggtgtaacgg taatgggatt ggaaaagatt     1320

gattttatgt attataccaa acgattttca attttggcgt tgatcggcta ttgctgcggt     1380

gccggcgtat atatgttatt atttgcataa                                      1410


<210>  3666
<211>  2541
<212>  DNA
<213>  Parabacteroides merdae ATCC 43199

<400>  3666
atgaatttta atgagacata tatgaaggat ttgctgaagc aatgggggaa acatgttgtt       60

gccctgattt tgtttttggg actggtgatg acctattttt caccggcggt gtttgatggg      120

aaagtaatca tgcagggcga taatatcaag gcgaccggaa tgggatcaag ccagatggat      180

caatacgccg agacggcaca gccgggtgag ttcagtgtct ggtcggatgc gatgttcgga      240

gggatgccgt atgtgacagg atatgggcag gccgcaccga gtatgccttc ttattcgatt      300

gtggatggtt ggttgaaaaa ggtgggatat ggcgatgcgg ctatggtatt tgtcggattg      360

gtgtgtttct acctgctgat gtgtgtcatg ggagtaaact ggtggcttgc gattgccggg      420

gcattcgctt ttgcattcgc atcctataat atcattatta tcgaggcggg gcatatcgtg      480

aaagcctatg tgatcggtta tatgccggtg acgttggccg gtatggcttt gcttttcagg      540

cgctcctatc tgtggggagc cgtcttgttc ctgctgggcg tcgctttgtc tctggcgaac      600

gggcatattc agatcaccta ttatctggtc ctgctttgtc tgctgatcta tataggatat      660

gcagtcagaa agatcaagga gaaagcctat ggcgaatggt tgaagacctc cctgattatg      720

gccgcttgcg tcgtattggc cgtattgcct aatgcgcagg ggatgtattc caattgggat      780

ctggggcagc actccatccg tggcgcttca gagctgacgc cgaaaccgga tgtttcgggc      840

aaagtggaga aggcttccac cggcttggat aaggattatg cttttcaatg gagttacggc      900

tggaaagagt tgatgaccgt tcttgtgccg aatgtatatg gcggcggttc gggaggaacg      960

ttggacagct cttccgagtt atacaaggag ttgaagaaaa acggggccca ggtggggaaa     1020

gaagtacaga cctataccta ttggggagat aagatattca cttccgggcc ggtctatttc     1080

ggggcgttgg tctgcttcct gttcgtcttg gggatgttcg tgatccggaa tcctatgaaa     1140

tggtggctgc tggctggatc ggtgttcctg acattccttg cgttgggacg taatttcgat     1200

tctttcaacg acctgatgtt ccattatctg cctttgtaca ataagttccg tacggtcgag     1260

atggcgttgg tgataccggg attggtattt ccgatcgtcg ctatttgggg gttgcgggaa     1320

atcttgaccg aaaaagtgga ggaggctcgt ttgaaaaaag gattcctttg ggctttgggg     1380

ctgaccggag gactttgtgt gatcctttgg ctgatgcctt ccttgttgtt ggatttccgg     1440

tctgcatacg atgcgcagtt ccagagccag gttccggagt ggtattacac ggccttgttg     1500

atggaccgtg cttcgctggc ttcggccgat gcgttgcggt ctttgatctt catcctgttg     1560

ggagccgggt tgcttgtctg gttctggaag gcgaagaaca agaagactgc ggcgactttc     1620

gtaagtgcag gggtggcagt ccttattttg attgatcttt ggacggtgga tcgtcgttat     1680

ctgaatgaca gtaatttcgt caggcagcag ccggcggaga tgtataagga aacggttgcc     1740

gacaaggcga ttctgcagga tacgggttcg attttccgtg tgttgaacat caataacccg     1800

tggcaggaaa cgaatacttc ctatttccat cattctatcg gagggtatca tgccgtcaag     1860

ctacgccgtt accaggagct gatcgaccat cggctggacg gtgagttgcg tgggattatc     1920

agtgctttgc agaaggcaca gacggctgaa gacgtgatgt ctgcgttggc tgcttgtcct     1980

tccttgaata tgttgaatac ccgctatgtc atctataacc ctgaacagca accgttgaag     2040

aatccgtatg cattcgggaa tgcctggttt gtggacaagc tggatatggt ggacaatgcg     2100

gatgccgaga tagaagcctt gaatacgatc gatccgctga gaaccgctgt ggttgataag     2160

cgtttccaag aagatttgga aggatttgtg ccgcagaaag attcaaccgc aacgatcgtg     2220

ttggaagaat accgtccgaa ccgcctgacc tataagagta aagcggataa ggaacaattg     2280

gcagtcttct ccgaagtata ttaccagccg ggttggaagg ctacggtcga tggcaaggaa     2340

gtgcctcatt tccgtgcgga ctggatattg cgtggcatgc gtgttccggc aggcgaacat     2400

acgatcgtat tcgagttccg tccgtccggt tatgtgacgg ctgcatacgt ttcttcctac     2460

agttcgttcc tgatcttgtt attgctgatc gctgcgatcg gttggtcggg atggaaatat     2520

tggaaaaaga gtaaaaattg a                                               2541


<210>  3667
<211>  1038
<212>  DNA
<213>  Parabacteroides merdae ATCC 43200

<400>  3667
atggaaaata aaatcatatt accggcggaa tggtatccgc aaagtgccgt ccagttgaca       60

tggccgcatg atgaaacgga ttgggcgcct atattagacg aggtgattcc ttgttttgta      120

tcgattgcca aggaggtgat caaacatgag aagctcttga ttgtctgtcc ggacgaacag      180

gaagtacgca gacaattggg cgatgtggat gacagccgga tcattttcag ggagatggcg      240

acgaatgata cctgggcacg tgatcatggc ggtattactg tattcgacca gggagaacca      300

gtcgtgtatg actttgtgtt caacgggtgg gggatgaagt tcgcggcgaa tctggataac      360

ctggttacgc gtaacctgtc ggtacaggga acatttgccg gcggggttca ggtcatcaat      420

atgcaaccgt ttgtcttgga aggcggcagt atcgaatcgg atggcaaggg aacactgttg      480

acgacggtcg aatgtctttc gtctcagaat cggaacgaat atctgcaaaa ggaagagttg      540

gaagcctatc tgaaggatgt cttcggcttt gaacgcatct tatggctgga aaatggttat      600

cttgccggtg atgatacgga cagccatatc gacacgctgg cacggttctg tagcgaagat      660

acgattgcgt acgtgcagtg caaggatgag tcggatgaac atttcgagga gctgcaagcg      720

atggaacagg agttacaggc tttcagacag gctgacggca aaccttaccg gttaatcgcc      780

ttgccgatgg cggaccctgt ggaatgggag ggagaacgtc ttcctgccac ttatgccaat      840

tttttgatta tcaacggggc tgtgttgtta ccctattata aatctccgaa ggacgaactg      900

gcgaagaaag ctttgcaaca ggcttttccg gagcgtgaga ttataggaat caattgcttg      960

ccgttgatta aacaacatgg ttcgctacat tgtgtgacga tgcagtaccc ggagggagtc     1020

gtgtcaattg acaattga                                                   1038


<210>  3668
<211>  1515
<212>  DNA
<213>  Parabacteroides merdae ATCC 43201

<400>  3668
atgccccaaa attgcatata tttgcaatgt tcggaggaac tattcgagaa aaattcaagt       60

atagctgaat atgaaatcat cgaaaatcta aaaacagacc acaaaaacat acaaaacatc      120

attaccatgc ataacacaac aaaccaaatg tcaagaagac attttcttgc aaccacaggg      180

gcgattgccg gaacggcctt gctcaatccc ttatctgata taaaagcaaa aactaccggt      240

atttcagcac cgacaggtaa aaaactccgg atcgcacttg tcgggacagg gggccgcggg      300

acatccatgt ggggaaggga cattctgaaa agttatcctg attaccttga gttcgtaggc      360

ctttgcgata aaaacgaagg acgtgttgaa accggcaaac gtatcatcgg cacttcttgt      420

ccgacatata ccgattttga aaaaatgata aacgagacaa aaccggatgt attgattgtc      480

acgacaatgg acagcacaca ccatcaattc attatccggg gaatggagtt gggagccgac      540

attatcacgg aaaaaccgat gacgaccgat gaaaagaaaa tccaagcgat tctggatgct      600

gaaaagcgga cgggcaagac atgccgggtc acgttcaact accgttattc ccctcaccgg      660

gcaaaaatat gggaactgct tcgtgccgga gaaatcggtg atatcacttc cgtcgatttc      720

cactggtatc tggatacctc acacggggcc gactatttca gccgttggca caggctcgtt      780

gaatgtagcg gttcgttatg ggtacacaaa gccagccatc atttcgacct cctgaactgg      840

tggatcgaca gcgatcccga aagtgtttat gcgcttgggg ctctcaacca ttatggaaag      900

aatggaacca tacgggcaga aaactgccgt acatgcccgc atacagacaa atgcaagttc      960

ttttttgaca tcaccaagaa caagaactac atggaactgt acgtggccaa tgaaaagcac     1020

gacggttacc tgcgcgacgg ttgtgtgttc aaaaaagatg taaacatctt cgacaaaatg     1080

gcagcaacaa tcaaatataa aaatggtgta caagtagcct attcgttgac aacctattct     1140

ccatacgaag gttaccggat tgcattcaac ggaacaaaag gacgtctgga agcctggatt     1200

caggaatcca aaccgacatc ggatgccaat tatgacgaaa tcgttttgtt caagaacttc     1260

aataaacggc aatatatcca gattccgttc ggaacatccg gacatggcgg cggggatgca     1320

ttattaaaag accagatatt cctgcccaat atcgacgatc cgttccaaca gtgtgcaaat     1380

acccgcgacg gagctttggc ctgtctggtc ggaatcgcgg cccgcaacag tatagcatcc     1440

ggacaaccgg taaaaattgc agatttaaca tcgatccaac cacaggaaaa gaagttgtat     1500

aaacgtatct tataa                                                      1515


<210>  3669
<211>  1500
<212>  DNA
<213>  Parabacteroides merdae ATCC 43202

<400>  3669
acctgtgccc gtcgcgtccg ttcagcgcca tatatgtgga aggacacgaa caacaccgga       60

atatttgatc aagaaataaa agaatcatca tatatgaaaa aagacaatca tcaagcgata      120

aaccgtcgcg atttcctgaa gattgtagga atcagcacgg caactaccgc cccgttgctc      180

tccgggtgca gttcggacag cgggatggcc tcaggtccgg gaagctccac ccctattccc      240

acggaccgga tgacataccg cacgacgccg tccacaaaag acaaagtttc catcctcggt      300

tatggataca tgcgcctgcc gaccattgcc aaaaacagcg caagagacag cgatgacgaa      360

atcgaccagg agatggtcaa ccggctgact gactatgcca tcgagcacgg tgtgaactac      420

ttcgacacct cgcccgccta ttgcaaagga cgttcggaac atgctatggg gatcgccctc      480

agccgctatc cgcgcgacaa atattatatc gccaccaagc tttcgaactt ctctcccgac      540

acatggagcc gcgaagcctc tatcgcgatg tataacaatt cgctcaagga gctgcaagtc      600

gattatctcg attatatgct gctccacggg atcggcatgg gtggtatgga agcctatgaa      660

aaccggtatg tcaagaacgg catactcgac ttcctgctcg aagaacgcaa ggcaggacgt      720

atccgaaact taggtttctc ctatcacgga gatatagagg tgttcgatta tttgctttcg      780

aaacacgacg aatatcaatg ggatttcgtc cagatccagt tgaattacct ggactggaaa      840

catgccaaag agatcaaccc gcgaaacacc gacgcggaat atctgtacgg ggaattgcag      900

aaacggggga ttcccgccat catcatggag ccactcctcg gaggacggct ttcgaacgtg      960

cacgaccata tcgtcgcccg cccgaagcaa cgcgaaccgg gacggagcgt cgcctcctgg     1020

gctttccggt ttgccggctc gtttcccggc gtactcaccg tgctgagcgg catgacttac     1080

atggagcacc tgcaagacaa tctccgcacc tactgcccgt tgcaaccgtt gacggaagag     1140

gaaaaccgtt tcttgttcga caccgccgac ttgatgatgc agtatccgac catcccgtgt     1200

aacgactgca aatactgtat gccttgtcct tacggtatcg atattccggg aattttgctt     1260

cattataata aatgtgtgaa cgaggggaat gtccctcaga gcggacagga tgaaaactat     1320

cgcgaagctc gccgggctta tctgatcggg tacgaccgca gtgtaccgaa actccgccaa     1380

gcggatcatt gtactagttg caaccaatgt aatccacact gtccgcaggg aatcgatatt     1440

ccgaaagaac tacagcgaat cgatcgtttc gtcgaacaac tgaaacaaga gacattataa     1500


<210>  3670
<211>  1284
<212>  DNA
<213>  Parabacteroides merdae ATCC 43203

<400>  3670
acttgctctc tctgttttga aaaagtaaat attaacgctt ggtttttaac cctctttaga       60

aaatcttcct acctttgcct acttaaaact aaaaaacaca aacttaattc ttgcgctatg      120

ttaactcaga ttataaatgg caagatcctt accccacagg gctggttgaa agacggttct      180

gttctgataa gcgataacaa gattttggaa gtgactaact gcgatctggc agtggtagga      240

gccactttga tagacgctaa aggcatgtat atcgtgccgg gcggagtaga aatccatgtt      300

cacggcggtg gaggccgtga ctttatggaa ggtaccgaag aagcgttccg ggcagcggta      360

gccgctcaca tgcagcatgg tacgaccagt attttcccca cattgtcatc ctcgaccatc      420

ccgatgatcc gcgaagcagc tgcaacgact gaaaagttga tggcggaaaa agacagtcct      480

gtcctggggc ttcatctgga agggcattac ttcaacatga agatggccgg cgggcagttg      540

ccggaaaata tcaagaatcc ggatccggaa gaatacattc ccctgttgga agagacacat      600

tgcatcaaac gttgggatgc cgctcccgaa ttgccgggtg ccatgcagtt cggtaaatac      660

gtcacctcga aaggcgtgtt ggcatctgtc ggtcatacgc aagccgaata cgaggatatt      720

cagactgcct acgaagccgg atatacccat gccacgcact tctacaacgc gatgcccggt      780

ttccacaaac gtcgtgaata taaatatgaa ggtacggtcg agagtattta tctgatcgac      840

gacatgacgg tcgaggtggt tgccgacggt atccatgtgc ctccgacgat ccttcgtctg      900

gtctataaga tcaaaggcgt ggaacgtact tgtctgatca ccgatgcgct ggcttgcgcc      960

gcaagtgaca gccagacggc gtttgacccg cgtgtgatca tcgaagacgg tgtttgcaag     1020

ctggccgacc gttctgctct tgccggcagc attgcgacta tggaccgcct gatccgtacg     1080

atggttcaga aagccgagat cccgttggaa gatgccgttc gcatggcttc tgaaactccg     1140

gcacgcatca tgggtgttta cgaccgtaag gggtctttgc agcgaggtaa ggatgcggac     1200

atccagattc tggataagga cttgaatgtc cgtgctgtct gggcgatggg taaattagtg     1260

gaaggaacga ataaactgtt ttga                                            1284


<210>  3671
<211>  1311
<212>  DNA
<213>  Parabacteroides merdae ATCC 43204

<400>  3671
atgtgcagaa atgcgcatga tttttttgtt gttagtgaca ctttaattac ttttatggct       60

tgtaatatta atgataagct tatgactgta acagatagat ttttgaagta cgtgacgttc      120

gacaccgagt cgagcgaaac cacgggtgtg actcccagta cgccgggaca gcgcgtgttt      180

gccgaagcgt tggtgaaaga gttggaagag ataggattgg aagacatcac cctcgatgac      240

aagagctacc tgatggctac cctgcctgcc aatacggcga aggaagttcc gacaatcggc      300

tttatcgccc atctggatac cagccccgat atgtcgggca aggatgtcga gccgcgtatc      360

gtaagttacg aaggggggga tatcgtgttg tgcgccgaag aaagcgtggt gctttcgccg      420

cttatgtttc ccgaactgga cgattataaa ggacaggata ttatcgtgac caacggcaaa      480

accctgttag gggcggatga taagggagga gtggctgcta tcatcgccgc catgaaatac      540

ttgaaggatc atccggagat cgaacacggc aagattcgcg tagggtttac gcccgacgaa      600

gagatcggag ccggagccga ctacttcgat gtcgaaaagt tcggttgcga atgggcctat      660

acgatcgacg gcggacagat cggcgagttg gaatacgaga acttcaatgc tgccggagcc      720

aaagtcgttt tcaaagggct gaacgtacat ccgggatatg ccaaggacaa gatgctgaac      780

gcatcgttgc tggcggtaga gttcgcctct tggctgcctg tcgcgcaacg tcccgaacat      840

acgaccggtt atgaaggctt tttccatctg accggcataa gcggaacggt cgaggaggct      900

tctctttcct atatcatacg cgaccatgtg cgcactgctt tcgaacggaa gaaagagttg      960

ctgcacgagt tggtgaagcg aatgaacgag atgcatccgg gcagtacgac gctcgaactg     1020

cgcgaccagt attacaatat gcgtgaagtg gtcgaaccga agaagttcat cgtggacttg     1080

gcgttcgacg ccatgaagga agccggtgtc acacctttgg tgaagccgat ccgtggaggt     1140

acggacggtg ctcgcctttc tttcatggga ctgccttgcc cgaatatctt cgcaggcggg     1200

ttgaacttcc acggacggta tgaattcctc ccggtcaagt cgcttgaaaa gagcatggag     1260

acgatcgtta aaatagcaga actattggtc aaaggtaatt atacatcata a              1311


<210>  3672
<211>  1056
<212>  DNA
<213>  Parabacteroides merdae ATCC 43205

<400>  3672
atggaaaaga taaaaacagg attggcagcc ttcggcatgt ctggacaaat attccacgcc       60

ccatttatca gtacgaaccc agctttctgc ctgacagcaa tcacggagcg caataagaat      120

ctgtcgaaag agcgttatcc ttcagcccgt attgtgcgca gttttgaaga gctcgttgct      180

ttggatgagc tggaactggt cgttatcaat acgccagaca gtacgcatta cgagtataca      240

cggaaagcac tggaggcagg aaagaatgtg attgtcgaaa aacctttcac ggcaacagca      300

gagcaaggac aggaattagt cgacctcgct cggtccaaag ggctggctat aagcgtatat      360

cagaacaggc gttgggattc ggatttcctt acagttcggg aaatactgaa taaagggctg      420

ttgggacgtc ttgttgagtt cgagtcaact ttccctcgct atcgcaactt tataaaaccg      480

ggaacatgga aggaaaccgg agagttgggc ggcggcttga cctataacct aggggctcat      540

ataatcgacc aagctgttca attgttcggt gtgccagatg cggttttcgc cgatatcgac      600

accattcgta caggcggcat ggtagatgat tatttcgtga tccatctact tcgtccgtct      660

aaggcgccac gtgtcaaagt caccctgaaa tccagctatc tgatgtgcga accagagccc      720

cgtttcatct tacacggtac ggaaggctca ttcgtcaaat acggcctgga ccgtcaggaa      780

gcggatctga atgacggaca aatgcccggt actccctact ggggagttga agacgaaagt      840

acctggggac ttcttcacac agagaaagac ggcaacgtcg tccattacaa atatcccagt      900

cttgccggaa attatgcagg attttacgac aacatctacc gtcatctccg ccacggagaa      960

ccgctcttga cggatgccgc cgacgtattg cttgtcatcc gcctgatcga ggcagcctgg     1020

aagagcagta aagaaggaaa tgtggtgaag ttataa                               1056


<210>  3673
<211>  753
<212>  DNA
<213>  Parabacteroides merdae ATCC 43206

<400>  3673
ttcataaatc acaaatcaca aatcacaaat cacaaatcaa atatgagcat tttactttcc       60

ctgcaagcag taggggcaca aacagcagaa caaatgccgg acctcacggc ggtaacagca      120

cccacggaag ctgaaatcaa tgtaatcgac ctggctttta aaggggggtg gattatggtt      180

gtcttattgc tattgtcgct gatggcatgt tatatattta tccagcgcct gatggtcatc      240

cgccgcgccg gtaaggagga tgaaacattt atgaaccgca tcaaagatta catccatgaa      300

gggaaggttg attcggccct gaacctgtgc cgaagcacca acaccccttc cgcccgtatg      360

atcgagaaag gtatcacccg cttgggacgc ccgatgaacg acgtactggt tgccatcgag      420

aacgtgggta acctggagat cgccaaactc gaaaaaggat tcccgctgat cgccacgaca      480

gccgccggcg ctcccatgtt gggtttctta ggtacggtaa ccggtatggt tcgcgccttt      540

ttcgatatgg ctaatgcagg aacgaatgta gacgtaacct tattgtcggg cggtatctac      600

gaagcgctgg taacaacggt aggtggcctg gttgtcggta tcatcaccct gtttgcctac      660

aactatctgg tttcgcaggt agacaacgtg gtaaacaaga tggaagcccg cacgatggaa      720

tttatggact tattgaatga acctgcaaac taa                                   753


<210>  3674
<211>  498
<212>  DNA
<213>  Parabacteroides merdae ATCC 43207

<400>  3674
gtgttacagg cttttcgtca attgatccca gccgctcgga cagctccgaa agggaaaggc       60

atcgatatta ttgaagtggc gatggtgacg gatgaagata tcaaacgcct ttccgaagag      120

cttgtcatca tgtccggcga aaccggttta aaattctttt tgcgtgatgc tgacaatatt      180

cttcaggctg aagctatcat gattgctggt acacgccagc aggttcaggg tttgaattgc      240

gcgcactgcg ggtttccgac ttgtgtggag aagccggaaa ccgtcccttg tgcgattaat      300

tccgtggact tgggcattgc ggtcggttcg gcttgtgcca cggcgtcgga tttgcgcctg      360

gatacgcgtg tgatgttcag tgccggtatg gctgcacagc gtttgggaat gttgggcgac      420

tgcaaatgtg tgatggcgat tccggtaagc gcgtcctcga aaaacccgtt cttcgatcga      480

aaaaccaaaa cagagtaa                                                    498


<210>  3675
<211>  717
<212>  DNA
<213>  Parabacteroides merdae ATCC 43208

<400>  3675
atgaaaaggc tctttgtgct ggcggctttg ctggcgattg tttgttacgg gaaagcgcaa       60

aatgtgcagt tacattatga tttcggaggt gctctttatg acaaggactt acatggccgt      120

ccggtgctga cctcgacggt ggaaatgttt aaagcggata aatggggaag tacctatttt      180

tttgtcgaca tggattatac cagcaaagga gttgcagccg gctattggga gattgcccgc      240

gaactgcgtt tctggcaacc tcctttttcc atacatgtcg aatataacgg gggagcatcg      300

agcagtttct cctataataa cgcctatctt ggcggtgcaa cctatacctg gaataatccg      360

gattttacga aaggtttcac gcttaccgct atgtataaat atatccagaa acatcgggaa      420

cccaacaact tccagttgac aggcacttgg tatgttcatt ttgtcaagaa cggtctttgc      480

acgttcagcg gtttcgcaga ctggtggagg gaacggaccg attatgcgga cggtagtcac      540

cggaacttta ttttcttggc cgaaccgcag ttctgggtga atcttaacaa gctaaaacat      600

gttgatgata agttcaagct gagtgtcggc agtgaggtag agttgagcca gaatttcggt      660

gcacgtaaag ggttttatgc tattccgaca ctggcgatta agtggtcatt cgattaa         717


<210>  3676
<211>  2244
<212>  DNA
<213>  Parabacteroides merdae ATCC 43209

<400>  3676
atgaaggtat tgttgttttc ttttttattg ggttgctgtt ctttgctggt ttccgcgcaa       60

cagccggtag attatgtgaa tccgtttatc gggacaagca actacgggac gaccaatccc      120

ggtgcgattt gcccccaggg aatgatgagt gtcaccccct tcaatgtgat ggggtcgaaa      180

agtaataagt ttgataagga cagccaatgg tggtccacgc cttattcggc ggacaataat      240

ttcttcaccg gttatgcgca cgtcaatctg agcggtgtcg gttgtccgga gatgggaagc      300

ctgttgttga tgcctacctc cggggagctg aatgtggatt atcacgcata cggcagcgaa      360

tacaagaacg aggtggccca tccaggctat tatagtaata tcctgacgaa atatgacatc      420

aagacggaag ctaccgcctc catgcgtacc ggcctgacac gttttacttt cccgaaaggg      480

caggggaata tcctcttgaa tttgggtgag gggctgacga atgagaccgg tgcgaccgtt      540

cgtatggtga gcgatacgga gatagaagga agcaagctgc tcggtacgtt ctgctataac      600

ccgcaggctg ttttcccgat ctatttcgtg atgaagctca gcaaagcccc caagcaggcc      660

ggctactgga agaaacaacg cgagatgaag ggagtggagg ccgaatggga tgcctattcc      720

ggcaaatata aattgtacac gaagtacgac cgtgagatga gcggtgacga catcggcgtc      780

tggttcaagt atgataccga agaagacgaa gtgatcgaag taaagatggg cgtctcgttt      840

gtcagcatcg agaatgcccg cctgaatatg aacaccgaac agccggattt caatttcgac      900

aaagtgcgtg cggctgccgg caagatgtgg aacgacgatc tgtcgcgtgt gatggtggaa      960

ggcgggacga acgacgataa gacgattttc tataccgcca tgtaccacct gctgatccat     1020

ccgaacatca ttcaggacgt gaatggcgaa tatccgatga tggaaagcct gaaagtcggc     1080

catacggacg gaaaccgcta tacggtcttt tcgctctggg acacctaccg caatgtcagc     1140

acattgatga cattgctcta tcccgaaaaa cagcttgaca tcatccgcac catgatcgac     1200

atgtacaagg aaagcggatg gctcccgaag tgggaactgt acggacgcga gacgctgacg     1260

atggaaggcg atccgtctat cccttatatc gtggatgctt atatgcgcgg tttgcgcgat     1320

tacgatatcg agactgccta cgaagggatg cgcaagggtg ctactactcc cggagagttc     1380

aacctgctcc gcccggacaa taacgactat atgagcaaag gctacgtccc cttgcgcgaa     1440

cagtatgata attcggtttc gcatgccttg gaatattata tcgccgactg gaatctctcg     1500

ttgttggcag atgcgttggg aaagaaggaa gacgccaagt tgttccgtga gcgggctatg     1560

gggtataagc attactattg caaggagttc ggtacgcttc gtcccatcct gcccgacggc     1620

acgttctatt cccctttcga tccgaaacag ggggagaact tcgagccgag ccccggtttc     1680

catgaaggaa acgcctggaa ctacacgttc tatgtccccc atgacatcaa aggccttgcc     1740

aaactgatgg gcggtcagaa gaagtttgtc gataagttgc agatggtctt cgacaaaggg     1800

tactacgata tggcaaacga gccggatatc gcctatccgt acctcttcag ctatttcaag     1860

ggagaagcct ggcgtacgca gaagctggtt cgcgaactgt tgggcaaata ttatcataat     1920

gctccgaacg gacttccggg taacgacgat acgggtacga tgtctacctg ggcgatcttc     1980

tcgatgatgg gattctatcc ggcctgtccc ggtgacctgg attatgttgt gacttctccg     2040

accttcaaca aggtgacgat ccggctggat aagaagttct atccgaaagg cgaattggtg     2100

atcgagtccg cccgcaaaac cccggaagat atttatatca aagaggtgac agccggcgga     2160

aagaagctga aagggtatac gatttcgcaa gacgaactgg tgaatgccgg gacattgcgc     2220

ttcacgctgg aaaacaagca ttga                                            2244


<210>  3677
<211>  609
<212>  DNA
<213>  Parabacteroides merdae ATCC 43210

<400>  3677
atgcctatga gcgccttatt aaacatagcg gttgccgaac cgtctgccat catccgcagt       60

gggctcgaag cggtattaaa gcgaattccc ggattccgca tccagatcat cgaaattgcc      120

actgcggagc ttttgcaaga aacacttcgc tcacacaaac cagacatact gattattaac      180

ccgtcacttc ccggttacta caccattcag cttctcaagg aagaaaccgg ctgtatggac      240

atgaaatgca tagccctgct gtatgccgtc gctgatcatg ccctgctgcg accttacgac      300

gaccagatca acatctatga cagcccggac gagatccgcc acaagctgga acgcctccat      360

acgtcaccgg aagaggaaac cgaaaacgaa gaacagcaga cgctcagcgc acgcgaaaaa      420

gaaatcgtgg tctgtgtcgt caaagggatg acaaaccgcg aaatagccga ccgcctgttc      480

ctttccacac acaccgttgt tacacaccga cgcaacatcg cccggaaatt gcaggtacac      540

agtgccagtg gtctgaccgt atacgccatt gttaacaaat tagttgaact aaacgatatc      600

aaattataa                                                              609


<210>  3678
<211>  576
<212>  DNA
<213>  Parabacteroides merdae ATCC 43211

<400>  3678
cctaaaaaaa taaagacaat gacagtaatc attttaatag cagtgatcgt gatcctggca       60

atctggatcg tttctttgta taattcgtta gtgaaattgc gcaacaaccg cgagaacgca      120

tttgccgaca tcgacgtaca gctcaaacaa cgccatgacc ttatcccaca gttggtcgaa      180

acggtcaaag gctatgcctc acacgagaaa gagaccctgg aacgcgtcat taacgcccgt      240

aacggagcga tcagcgccaa aacgatcgac gacaagatca tggccgaaaa cgtcctgact      300

tccgctcttg ccggattgaa gatcacgctc gaggcctatc ccgatctgaa agccaaccag      360

aacttcttgc agttgcagga agaaatttcc gacctggaaa acaaactggc tgccgtgcgc      420

cgttatttca attcggccac gaaagagttg aacaacgcag tcgagacatt cccgtccaac      480

ctgatcgccg gtatgttcgg tttcaagaag gaagtgatgt tcgacctggg cgaacaacgc      540

gcgacactcg aagaagcacc taaaatcaag ttctaa                                576


<210>  3679
<211>  1197
<212>  DNA
<213>  Parabacteroides merdae ATCC 43212

<400>  3679
caacgctcgc tcggttataa taaaataata ttgaatatga aaaaatgcct ggcaggatgc       60

tgcctactta tctcgttgtg tgtcgcatcc tcgtgtacga ccaaaaacaa tcaacggacc      120

gataaggtgg aaacgacgga agaaagcgcg ttttccggtg tccatattgt acccgagtat      180

gcccgtggtt tcgaattatc ctatcggagc gggtatgtct tgctggatat ccaggacccg      240

cagaatgagg aaagtacgac ttttcattat gcgcttgtca ggagaggaac gaaaccggcc      300

ggcatccccg gatcgtatac tgtgatcgag acacccatca gaagtgttgt ctgtatgaca      360

tctttgcagt tgtccaattt tatcaagatg ggcgaactgg acaaggtcgt aggggtgacc      420

agtacccggc atctgttcaa tagggagatg aacgaacgtc tcaagagcgg gatgaccgcc      480

aaaatcggca tagaagggaa tttcgacaac gaggtgatca tgagtataaa cccagacctg      540

atccttgttt cgccttttaa acggggcgga tatgagacct tgaaggatgt cggtatccca      600

ttgatcccac atttaggcta taaggagatg acgccgttgg gacaggcgga atgggtgaag      660

ttcgtcggcc tgttggtggg acaggagcaa aaggcaaacg agacattcga cgccatcgcg      720

gcccgttata atgaattgaa ggagctgacg gcggaaggaa aagtgaagaa acgcccggtc      780

gtgttgagcg gcgagatgcg gggcggtaac tggtatgccg taggagggga gagctttctc      840

gcccaacttt tcaaggacgc cggtgctgac tatttcctca aaaacgacaa acgttcggga      900

ggtgtgacac ttgatttcga aactgtctac aatcagggtg acgaagccga ttactggcgc      960

attgtgaaca gctatccggg tacgttcagc tatgaggcat tgaaggagca ggacccgcgt     1020

tatgccgatt tccgtgcctt tagagagaaa gggatcatct attgcaacat gaaagatacg     1080

cctttttacg aaagtatgcc gaccgagccg gaagtcgtac tggccgacct gctgcatata     1140

ttccatccgg acctgctgcc cgatcataca cctgtttatt atgcacggct caaatag        1197


<210>  3680
<211>  546
<212>  DNA
<213>  Parabacteroides merdae ATCC 43213

<400>  3680
atggaaaaag agaacaaccc gatatacgaa cgcaatacgc tggaattcgt aacagttgca       60

ctggaatttt gtacgtttgt cgagaacgcc ggcaataccg gtcttttcga ctttctggat      120

aaggcagtca agatcttgcc cttgctgtat ctgaaagcca cccttctacc cgaagcggaa      180

gaagacgaag atgcagaacc ggaattgacc gtcacggaag acatgtacga atcggtccgc      240

aaccggatcg ccggactgct cggagaaaaa gactcctatc tcgaaacgtt ccatccggat      300

atgcaataca gcgacacgcc gatcgccgcc tttatctcgg agaatctggc cgatgtttac      360

caagacacgg gtaatttcat ctctctgttc cgtcaaggca atgaagaagt tatgctcgag      420

gcaatcgtat tgtgtcgtaa aaacttctgc gaattctggg gacaacaatt attaaacgca      480

ttaaaagcac tccacgccgt gcgatacagc gatgaagaac ttttagaaac cgacaaagaa      540

gaatga                                                                 546


<210>  3681
<211>  600
<212>  DNA
<213>  Parabacteroides merdae ATCC 43214

<400>  3681
aaaatgaaat tagattttga aaaaatgggc ggcctgattc ccgccatcgt tcaggactac       60

aacacaaaca aggtattgat gttgggcttt atgaacgaag aagcttacga agaaacaaaa      120

gctaccggta aagtgacatt tttcagccgt acgaaaaacc gtatctggat gaaaggtgaa      180

accagcggaa acactctgca ggtagtcacc attgctgccg attgcgacaa cgacacactg      240

ttgatcaagg ctattcccgc cggtcccgta tgccacactg gcgctgatac ttgtttcggc      300

gaaaagaatg tggaagacat catgttcctt aaatatttgc agaacttcat cgaacagcgc      360

cgccaggaaa tgccggaagg ttcctacacc actaccctgt ttcaaaaagg catcaaccgt      420

atggcacaga aggtaggcga agaagccgtc gaaacagtta tcgaagccac taacgggaca      480

gacgaccgtc tcgtttacga agcagccgac atgatctacc acctgatcgt attattgaca      540

agcaaaggac ttcgcatcga agacctcgca cgcgaattaa aaagcagaca taaaggataa      600


<210>  3682
<211>  591
<212>  DNA
<213>  Parabacteroides merdae ATCC 43215

<400>  3682
atttcaacat tatttgattt tgaactgtta catatatata agatagttat gatagacgag       60

ttattgaaat ttaatcgtga atttgtaaag agtaaaggat acgagaggtt tatcaccaat      120

aaatatcctg ataagaaaat tgcgatagtg tcttgtatgg atacgcgtct tacggagctg      180

ctgccggcag ctttggaaat aaagaacggg gatgtcaaga tcatcaagaa tgctggggcg      240

attatttccc atcctttcgg aagtgtgatc cggagtctgt tggttgccat ttatgaatta      300

ggtgtgaacg aagtcatgat tgtcggtcat accgattgcg gtgccaagca tatggacagc      360

gaacagatga ttgaggtaat gaagaagcgt ggtatccctt cggagcatat cgatatgatg      420

cgttactgcg gcattgattt caaatcgtgg ttgcgtgggt tcgacaccct ggaaggttcc      480

gttcgtgaaa cagtggctca agtacaaaaa catccgtcga tcccaaaaga tataacggtc      540

agcggatttg taatcgactc gactacaggt gaattggcta ctgtcgttta g               591


<210>  3683
<211>  885
<212>  DNA
<213>  Parabacteroides merdae ATCC 43216

<400>  3683
acggttacga cagctgctgt gtttatcata gtaggtctgt tgtttcttgg gcggaatttc       60

gggataatag actctgatct gttcggtatc ctggtttcct ggcagatgtt gctgattgtg      120

gttggcgttg tcaatttgat taaacggcat ttcttcgggg gagtgattac gattgccata      180

ggagcctatt tcctattgcc ggaaataagc tgggtagagg gcgaatggct cgatatgttc      240

tggccggtat tgtttatttt tgtgggaatc atgatactct ttaaaccgga acgtcaccac      300

ttcaatgctc attgggatgg cagaaggccg gagtatacaa aagaggtata tggttctgaa      360

gacggtttta tcgtatcgga caatactttt ggatcggttc agcagattgt tttggaccct      420

gtgttcagag gggcacgact taggaatgcg tttggtggga ctgtcctgga tttacggagg      480

agcaagctgg aagctcccca gacgtttata gatatcgact gtacttttgg aggggtcgag      540

atttatttgc cgtcggattg gaatttgctg acgcagattg atgcatttat cggcggatgt      600

gacgataaac gctataattc gtctgtggag atagacaagg aacacatttt gatcgtgaga      660

ggaaaagtct ctttcggagg tattgagttt aaaagtttat ttatgcagac gcatccattt      720

atagggtcgg tcatcaatcg cgtgatgggg attaccctgt cggttgtggc ctgggtgatg      780

tgttcatggc tcctgttctg ctatggagga gaggagatat ggatagcctg cctggatgga      840

ttggtctctg tcggattatt ggctgccgcc ggtttcctgt acgga                      885


<210>  3684
<211>  777
<212>  DNA
<213>  Parabacteroides merdae ATCC 43217

<400>  3684
atgaagaaat tgagtattct attaatagcg atcctttttt gcagcttgca gggacatgca       60

caattttgga tcagtttcgg atggaatgaa ccccattgcc agaactgcct ctggatggaa      120

caggcaatcc gcatgacgaa ccgtcaagct gccgagtatc ataagatcat tcatcggtac      180

ggagagaaga tcgagcgtga agcacgcaag cattatcgct attgggatca gtctgcccgg      240

aagatatata agttgcgtat ggaacgggac cggaaattac agcgtatcct ttcgccttcg      300

cagtttcgtt tgtatgtgcg tttcgtccgt gaggcaccga cacgcatcca tgactggaga      360

ggttggtaca ataatccgca ttatccgcac taccgtccgt ccaatgcgtg ccatcgttat      420

gaagatcatt attggcattg ccaatgggaa tatacaaaca atagatggtt tgaccgtttc      480

gacgacggca aatggtatcc cggtaaatat gatcgtcctc aaccacatca taacaatggc      540

cgtccacatc atgacaatgg gcagtggaag cccggcaaat acgatcgtcc gagccatcag      600

ggaggccgtc ccggttccga tcatcacaag aataagcacg ataaggacaa atttgacaag      660

aaacgtccgg atcgggataa agacaggcat tacgataggg acaaacggtc tgacaaggat      720

cgcacgaata gccgccaacg tacgagtgac aggcggagca tagagaaaag tatctga         777


<210>  3685
<211>  507
<212>  DNA
<213>  Parabacteroides merdae ATCC 43218

<400>  3685
atggttgatt ggataaagaa aagtgcaaga gcgttttcgg agaaaggcgg gatattcatg       60

tttatacgag cccaattttc ttcacaagtc gccagtgcga cagactttct ggtcacaatc      120

ttgttggtta aattatttgg agtttattac gtgtatgcaa ccttcactgg ttctgtctgc      180

ggcggaatcg taaattgcat catcaattac aaatggacat tcaaatccaa agaatgcaag      240

aaacgacatg taatagtcaa atatctactg gtctggattg gtagtatctt attgaatacc      300

tggggaattt acttcatgac ggaaacgatc agccggaatc cctgggtcca ggagacactg      360

aaacattata ttgatgactt gttcgtattt tccaagatag tagtctcact gcttgtcgga      420

tttctttgga actataatat gcaacgtatc tttgtctaca agaactgtag gatcagggac      480

cgttttcaga aagcgaactt aaaataa                                          507


<210>  3686
<211>  423
<212>  DNA
<213>  Parabacteroides merdae ATCC 43219

<400>  3686
ccacgctttt taattaatat agatgccaaa cataggggag cagggcggca ccataatttg       60

agtatgagct cagaagaatc ggaaagaatt gcaatctgtt gcgtattatt ggatattgtg      120

gaagctatgg gcacaagtgc cgacataaag ggctgccgac attatcaatc gttgagagat      180

aaaacggata ttaccgattc tgactttgaa ggggcacgct ccgtttcggt attgtccagt      240

ttggttactt tgaaggggat gcattataat aaaaagatgt tgcttgcatt gactgtatgt      300

gatctttatt ccggacacac ccctgtttct cttaatttaa ggattgcatt cgaaacattg      360

atgaatgcaa tcgaatggcc gatatcgttt tccgagatat tgacgatcag ccggacggaa      420

taa                                                                    423


<210>  3687
<211>  600
<212>  DNA
<213>  Parabacteroides merdae ATCC 43220

<400>  3687
atgttattat cctacttaga agcaaatcgt atagaggccg gctgtgatga ggccggccgt       60

ggatgtttgg cgggttcggt gtatgccgct gcggttatct taccgccgga ctttcataat      120

gaagatttaa atgacagcaa gcaattgagc gaaaagaaac gttatgcact ccgtccgatt      180

atcgagcggg aggcgattgc ttgggctgtt ggtatcgtta cgcctgaaga aatcgacagg      240

atcaatatcc tgaaagcctc tttccttgcc atgcaccggg ccattgacca gttgaaggtc      300

aagccggaac atctgttgat cgacgggaac cgctttacgc cttatcccgg tctcaaacat      360

acgactgtcg taaaaggaga cggcaaatat ctaagcattg ccgccgcttc catcctggcg      420

aaaacctatc gtgacgatta tatggacagt ctcgaccggg aatatcccgc ctatcattgg      480

aaggaaaaca aaggctatcc cacaaaagcc catcgtgaag ccatccggga atgcgggata      540

actccttatc atcgcaagac atttactttg ctgccggaac agttggagtt gaagttctga      600


<210>  3688
<211>  1305
<212>  DNA
<213>  Parabacteroides merdae ATCC 43221

<400>  3688
aggttagaca gatcgtttaa actgttgaaa ggtgaaggta agatcacgga aatcaatgtg       60

gctgaaacat tgaaagatgt gcgtaaagca ttacttgacg ccgacgtaaa ctataaagta      120

gccaaaggtt ttaccgatac ggtaaaggcg aaagcattag gacagaatgt gcttacatcc      180

gttaagccca gtcagttaat ggtcaagatc gtgcatgatg agttggcaga cctgatggga      240

gggacggcaa ccgatctgga tctgaagggt agtccggcaa tcatcctgat gtccggtttg      300

caaggttccg gtaaaacgac tttttcaggt aagttggcaa atttgctgaa gactaagaaa      360

aataaaaagc cgctgttggc agcttgtgac gtgtatcgtc cggccgctat cgagcagttg      420

cgtgtggtcg gcgaacaggt tggagtacct gtttatatgg aactggaaaa caagaatccg      480

gtggagattg cgatgaacgc gattcgcgaa gcacgtgcga aaggcaacga tgtcgtgatt      540

gtcgataccg ctggtcgttt ggctattgac gagcagatga tgaaagagat cgctgcgatc      600

aagagtgcta ttcagccgga tgagaccttg ttcgtggtcg attccatgac tgggcaggat      660

gctgtcaaca cggcgaaaga attcaacgag cgcctcgatt ttgacggtgt tgtcctgacg      720

aagctcgacg gtgatactcg cggtggtgcc gctctttcta tccgaacggt ggtcgacaaa      780

ccgatcaagt tcgtcggaac gggcgaaaag atggatgctt tggatatctt ccaccctgaa      840

cgtatggcag accgtatcct cggtatgggt gatatcgttt ctttggtgga acgtgcgcag      900

gagcagtatg acgaagaaga ggccaaacgc ttgcagaaga aaattgccaa gaatcagttc      960

gacttcaacg actttatttc tcagatccag cagatcaaga agatgggtaa cctgaaagag     1020

ctggcctcta tgattccggg cgtaggcaag gctctgaagg atgtggatat tgacgacaat     1080

gctttcaaga gcatcgaagc aatcatctac tccatgacgc ccgaagaacg tacgaatccg     1140

gcaattttaa acggttcgcg tcgccagcgc atcgccaaag gtagcggtac gacgatccag     1200

gaagtgaata agctgatcaa gcaattcgac gaaactcgca agatgatgcg tatgttgacg     1260

gctgccaagc cgggaagtaa gaaattccct tcattcagaa gataa                     1305


<210>  3689
<211>  468
<212>  DNA
<213>  Parabacteroides merdae ATCC 43222

<400>  3689
atggatacaa gaaaagatga aaacgaacta catctgttag gcggttcaac cgtatacaaa       60

caggattatg ccccggaagt actggaagcg tttacaaaca agcatccgga caatgattac      120

tgggtacgct tcaactgtcc ggaatttaca agcctctgtc cgatcaccgg ccagccggac      180

tttgcaacca tctacatcga ttatattccc gatataaaaa tggtggaaag caagagcttg      240

aaattatatc tgttcagttt ccgcaaccac ggggctttcc atgaggattg tgtcaatatc      300

atcatgaaag accttatccg cctgatgaac cccaaataca tcgaagtaac cggtatcttc      360

actccgcgcg gcggaatcag catttacccg tattgcaatt acggccggcc gggcactaaa      420

tatgagaagc tggcagaaca acggcttttc aaccatcatg cgaaataa                   468


<210>  3690
<211>  1287
<212>  DNA
<213>  Parabacteroides merdae ATCC 43223

<400>  3690
cgagccgtga cggctcattc ttattatatg acatttgaac aattggaact aatcgagccg       60

atacgaaagg ctctcaaaaa agaaaagtac acaactccca ctcccataca agccgaagcc      120

attcccgtag tattggacgg atctgattta ttaggttgcg cacagaccgg aacaggtaag      180

acggcagctt tctccatccc tatcatccaa aagatcgaag agcggatttc gaggggacgt      240

aaaccgggca tcaaagcctt gatcctgact ccgacacgcg aattggcgat ccagataggt      300

gaaagtttta cggcatacgg gcgttatact cacgtaaaac ataccgttat tttcggtggc      360

gtggggcaga agccgcagac agatgcattg gaacggggtg tagacgtatt gatcgcaact      420

cccgggcgtc tgctggattt gatcaaccaa ggttttatcc gcctggacac attggaatat      480

tttgttttgg acgaagccga ccggatgctg gatatgggat ttatccatga catcaaacgc      540

atccttcctt tactgccccg aaagcgccag tccctgttct tctctgcaac gatgccgccg      600

gagatcgaac gcctggccgg aacgatcctt catgaacctg agaaagtgga ggtgactcct      660

gtttcttcaa ccgtcgatac gatcgaccag tctgtctatt ttgttgagaa agtggaaaag      720

atcaacctgt tgaagaatct gctggaagac cgctcactgg aatccgtctt ggtttttact      780

cgtacgaagc acggagccga caaggttgcc cgtgtcctga acaaatccgg gatcggtgcg      840

gaagccattc atggaaacaa agggcagagt gcccgtcagc gtgccttatc cagttttaag      900

gatcatacgc tccgtgtcct gatcgcgacc gatatcgcct cccgcggtat cgatgtcgac      960

catctttcgc atgtcatcaa ctatgatttg ccgaatgtac ctgaaaccta tgtgcaccgt     1020

atcggccgta ccggtcgtgc cggccgtagc gggatcgctt tttccttttg cgatgtggaa     1080

gaggttccgt atctgaaaga tatccagaag ctgatcggta aagaagtgcc ggttgccgga     1140

ggccatatgt tcgagacggt cgaggtaaag gaagcggtag ccgagaagaa aaaagcgata     1200

aaagaagagt ccaagcgccg gaatatgttc ggtagcaaac gggatggcag cttttggcgg     1260

aataagaaga gaacggctgc aaaataa                                         1287


<210>  3691
<211>  885
<212>  DNA
<213>  Parabacteroides merdae ATCC 43224

<400>  3691
atggaatgtg tccccaattt cagtgaggga agggatttag cgaaaataga aaagatagta       60

gataaatttc gtgccaaagc cggtgtaaag ctgttggatt acagtaatga cgaagatcat      120

aaccgactgg tcgtaacggt agtcggtgaa ccggaagctt tgaaggacgc tttgctcgaa      180

gccatcggac aggcggtgga actgatagac ctcacgaaac actccgggca gcatccgcgg      240

atgggagcgg tcgatgtcgt tccttttatc ccgatcagag ggtgtacgat ggatgaggcg      300

attgcgctct ccaaagaagt gggcgagaag gtggccgctc tctatcgagt accggttttc      360

ctgtatgaga agtcggcttc ggctccacac cgagagaact tggcggcgat ccgcaaaggt      420

gagtttgagg gtatggaagc aaagatcaag cagccggaat ggaaacctga cttcgggcct      480

gccgaacggc atccatcggc agggacagtg gcgatcggcg cccgtatgcc gctggtggct      540

tataacgtca atttgggcac ggcaaacctg gagatcgcga gcagtatcgc caaaaagatc      600

cgcttcatag gtggcgggct ccgctactgc aaggcgatgg gagtggaact gaaagaacgc      660

ggcatcgtgc aggtttcgat caatatgacc gattacaccc gtacagccct ttaccgcgct      720

ttcgaactga tacgcattga ggcacgtcgc tatggtgtcc cagtcgtcgg aagcgagatt      780

attgggttgg ttccgatgga ggcattgatt gatacggctt cttactattt gggactggaa      840

gacttttcaa tagatcaggt attggaaacc aggataatgg gatag                      885


<210>  3692
<211>  798
<212>  DNA
<213>  Parabacteroides merdae ATCC 43225

<400>  3692
attatttttt caatcagacc tacttttgta ttattttata tgcttaaaag cataatgttc       60

tcggatagtt attatctttg tggaagattt ttaatcatta acgtaataac atatacaaca      120

atggtaaatt acaaagattt aggtttggtg aacacaagag aaatgttcgc aaaagccatc      180

aaaggcggat acgcaattcc ggctttcaac tttaacaaca tggaacagat gcaggccatt      240

atcaaggctg ctgttgaaac aaagtctccg gtaatcctgc aggtatctaa aggtgctcgc      300

caatatgcaa atgctactct gttgcgctac atggctcagg gagctgttga atatgctaag      360

gaattaggct gtccgaatcc tcagatcgtt ctgcacttgg atcacggtga tacgtttgaa      420

acttgcaaaa gctgtatcga ttcaggattc tcttctgtta tgatcgacgg ttctcatctt      480

ccttatgaag aaaacgttgc cctgactaag aaagttgttg attatgctca tcagttcgat      540

gtaactgtag aaggtgaatt aggggtattg gcaggtgttg aagatgaagt ttcttctgac      600

caccacactt ataccgatcc tgaagaagtt atcgatttcg ctcaccgtac aggttgtgat      660

tctttggcta tctctatcgg tacttctcac ggtgcataca agtttactcc ggaacagtgc      720

catattgatc ctaagactgg caagatggtg cctcctccat tggctttcaa tgtattggat      780

gctgtaatgg aaaaactc                                                    798


<210>  3693
<211>  972
<212>  DNA
<213>  Parabacteroides merdae ATCC 43226

<400>  3693
atggagggac aaacaatcaa tatacaggcc attataaatc cgatttcggg tgtcggttcg       60

aaaagaaaga ttccgaaaat gattgaaacc gcctttgcgg gcggaaattg ttgtgtggaa      120

atttctttta cagaatatcc cggacatgcc agcgaactga cgcggaaagc ccttgataaa      180

ggggccaatt gcgtgattgc ggtcggggga gacggaactg tgaacgagat tgcccgtgcc      240

atgctccact caggtgcggt gctggggatt atcccgaaag gttccggcaa tggtttggcg      300

cgtgaattgc atattccgat ggatgtacgc cgggcgattg atctgattgt aaaggggcat      360

gtttcgacaa tcgactgttg caaggcgaac ggacgtgtct ttttttgtac ctgcggagtc      420

ggctttgatg cagcggtcag ccaaaagttt gccggggaga aacgccgcgg ttcgcttacc      480

tatataaaaa atacggtgga agaatatctg agctacaaac ccgaacctta tgaacttttg      540

atcgataacc agacggttaa ggaaaaggcg tttttggtgg cttgcgggaa tgcttcgcag      600

tatggtaaca atgcgtttat cgctcctcat gccaatatcc aggatggcaa aatggatatt      660

acaatccttt cccctttcgg tccgctggac attgcaccgt tggctattca gttgtttacg      720

aaacagatcg accgtaacag caagatcaag acattcaaag gaaaagaggt gactatcatc      780

cgtcagaatc caggagtcat gcatctggac ggagagccga tcatggcgga cagccggatc      840

gaaatctccg ttcttcccaa atcattgaac gtattgactc cggaaactgt ttcttttacg      900

gaggaggtac agaatctgtt tggtgaagta acccgttttt tcgataagaa actcccttac      960

atctttagat aa                                                          972


<210>  3694
<211>  642
<212>  DNA
<213>  Parabacteroides merdae ATCC 43227

<400>  3694
atgttatcga tggcagtagt agctgccgcc tttttgtgtt tcggaagtga cgcgagtgca       60

cagaaaacaa ccaagctgtt caacggaaaa gacctttccg gctggaactt cgttgtcgat      120

aagaactccg tcccagccga acaggtatat tccgtgaaag acggtgtcat caacatcaca      180

ggacagccat tcggatacat gtacacgaaa gaaaaatacg gagattataa actgcatgta      240

gaatatcgct ggccaaacgg caaggaaaag gcgaacagcg gtatcttcct gctaattgaa      300

gagccgaaaa acccgtttcc gaacggtatc gaatgcaacc tgatgcttga taatgccggt      360

gatttcgtcc tgctcggcgg ttcggatctg actgaatacc agaataagcc aggccaaccc      420

cgcccctctt tcccgaaaat ccagaaggcg aatcaagaca gcgagaagcc tgccggtgaa      480

tggaatgaag ctaatatctt cgtaaaaaac ggtgtcatca cggtctatat caacggcgtt      540

taccagaaca ccgggacaaa caaggtaaag gaaggttaca tcggactgca aagcgaaggc      600

aaggaagtac aattccgtaa cgtgacaatc actccgtggt aa                         642


<210>  3695
<211>  684
<212>  DNA
<213>  Parabacteroides merdae ATCC 43228

<400>  3695
atggcgacac cattaaaaat actttttgca gatgatgatc tgaaatattc acttctcctc       60

aaacgttttc ttgaaaaaga agggtatgat gtggcttata ccggaaacgg gatgatggct      120

ctcgaacaat ttccggttgt taagcctgat cttgtccttt tggatatcaa tatgccgggt      180

ttgaatggtt ttgaggtcgc agaaaagata cgggaaaacg atcgccatgt cctgatcttt      240

ttcctttccg accgttcgga caaaaacgac cgcctgaaag gcttcagcct caaagggaat      300

gactatcttg ccaagccttt ctatccggaa gagctgctgg cgcggatcaa agagcggttt      360

gaagtgaatc ccgatgtgaa agtcgaagaa gaaatctatc atttcgctaa taccgtgttt      420

gactattcca caaatgaaat ccgtacaggc aacagcaaga cgttggtcac ttcccgtcag      480

gcagaaattc ttcgtatcct cgcccgtaat ccaaatgttg cgatcgaccg tgaaatcatc      540

ctatctgctg tatggggaaa tgtctcttat gccaactccc tggctttgaa tgtgcaggtc      600

acttatcttc gcaaagcctt gcgtaacgac cctttgacca gtatcgtttc ccttacaaaa      660

aaaggctata tgctgaaagg ataa                                             684


<210>  3696
<211>  525
<212>  DNA
<213>  Parabacteroides merdae ATCC 43229

<400>  3696
atgaacctgt tagaactggc acagaaacgt tgttcgatac gcaagtacgc atcctccccg       60

gtggaagacg agaaactggc atatatcttg gaagccggac gtatggctcc atcggcagtc      120

aacttccagc cctggtattt cgtcataatc cggcaagagg cagggcggac aaaaatacag      180

gaatgctatg cacgcgaatg gttccgatcc gcaccgctct acattctcgt ctgcggcgac      240

cacagccagt cgtggaaacg ttcttcggat cggaaagatc atatggacat cgatgtggca      300

atcgccacgg aacatatcag cttagcagcc gctgaacaag gtctgggcag ctgctgggtt      360

tgtaactttg acacggatct atgccggaag catttcaatt taccagacac gatagagccg      420

gcggttatac tcacgatagg ttatccggaa agtccggatc tttttgaaca gacttccaaa      480

aaacggaaaa cgttggagga gatcatcaag gaagaaacat tttaa                      525


<210>  3697
<211>  1224
<212>  DNA
<213>  Parabacteroides merdae ATCC 43230

<400>  3697
acaatgaacg gaacaaacct aataaaaata gctgtccggg cactcgccaa taacaaattg       60

cgcggctttc tcacgatgct gggcatcatt atcggcgtag cctccgtgat cacgatgctt      120

gccatcggac aaggctcgaa acgaagcata caggcccaga tcagcgagat gggttccaac      180

atgatcatga tacatccggg ggccgacgtg cgtggtggtg tccggcagga tgcctccgcg      240

atggaaaccc tgaaactaca ggattacgag gatatagtcg acgaaacacg ctttgtctca      300

gccgtctctc cctccgtcaa cagcagcggg caggcgatct acggcgccaa caacgccccg      360

accacggtat acggcatcag tcctgactac ctggagatac gacgctacaa agtcgaggac      420

ggcgacatgt tcaccgaaca agatatccag acagccgcca aagtatgcgt agtcggcaag      480

accgtcgtcg ataacctctt ccccgatggc ggcaacccgg taggcaaggt catacgtttt      540

cagaaattac ctttccgcat cgtaggcgtg ctggaaagca aaggatacaa cagcatggga      600

atggaccagg acgacctaat cttagctcca tacacaacta ttcagaaaaa ggtcctggcc      660

atcacccatc tgcaaggcat tacctgttcg gccctcaagg aggaatacac cgaccaggcc      720

atcgacgaga tttctgaaat actccgccgc aaccataagt tgaaggaaag tgacgatgat      780

gattttacca tccgtagcca gcaggagttg agcacgatgt tgacaagcac tacggatatg      840

atgaccgtgc tgttggcggc tgtggcgggt atttcactgc tcgtaggcgg catagggatc      900

atgaacatca tgtatgtcag cgtgacggaa cgcacacgtg agatcggcct ccgcatgagt      960

atcggagcaa aaggcatcga catcctggca cagttcctga tcgagtccat cctgatcagt     1020

gtgacaggcg gtttgatagg tgtagtcttt ggagtgggcg cagcccttgt cgtgaacggg     1080

gtcgcccact ttccgatcta catccagccc tggagcgtca tcctgtcgtt tgccgtctgt     1140

actgtcaccg gtgtattctt cggatggtat ccggccaaaa aggcagcaca actcgacccg     1200

atagaggcga tacgttacga atag                                            1224


<210>  3698
<211>  1389
<212>  DNA
<213>  Parabacteroides merdae ATCC 43231

<400>  3698
atgacactga ttaaatctat ttctggtatc cgtgggacaa taggcgggaa cccggaagac       60

gggctcaatc cgttggctat tgttaagttt gtggctgctt atgctacatt cattaagaaa      120

aacacgaagg tgacaacaaa caagatcgtg gtaggtcgtg atgcacgtat ctccggtccg      180

atggttaaac aagtcgttct cggtacgctt acgggaatgg gctttgacgt ggtagatatc      240

gatctggcta ctactccgac taccgagttg gctgttgcct gggaagaagc ttgtggcggt      300

atcattttga ctgccagcca caatccgaaa caatggaatg ccctgaagtt attgaacgaa      360

cggggggaat tcttgaatgc tgccgaaggt gccgaggtgc tgaagattgc tgctgaagaa      420

agtttcgtat ttgctgatgt cgacaattta ggaaaagtct atgtcaataa tacttacaat      480

caaaagcaca tcgagagtgt gttgaagctg gatttggtgg atgtcgaggc tatcagagct      540

gctaatttcc gtgtcgctat cgactgtgta aactcggtag gcggtgttgt tattcctgaa      600

ttgctttcag ctttgggggt aaaggaaatt ttcaagttgc attgtgctcc tcacggtaac      660

tttgcacata atccggaacc gatccctgaa aacctgacgg agatctccga cctgatgaag      720

catgccaaag ccgatgtcgg ttttgttgtg gacccggacg tagaccgtct ggctattatc      780

agcgaagacg gggagatgtt tggagaagaa tatacactgg tggctgtcag cgactacgtt      840

ttgagtcata caccgggcaa tacggtcagc aacctgagct caagccgtgc tctgcgtgac      900

gttacccgtg ctcatggttg cgagtacaat gcggcagcag tgggcgaagt gaatgtcgta      960

acgaagatga aagcgactaa tgctattatc ggtggcgaag gcaatggagg tgtgatctat     1020

ccggccagcc attacggtcg tgatgctttg gtgggtatcg ccttgttcct gactcatctg     1080

gcaaagaagc agatgaagac aagcgaactg cgtgcttcct atcctccgta cttcatttcc     1140

aagaagaaag tagaactgac tccagatatc gatgtagatg ctatcttggc aaaagtaaaa     1200

gagaaatttg cccagtatga tatcaccgat atcgatggtg tgaagatcga cttccctgaa     1260

aaatgggtgc atctgcgtaa gagcaatacg gaaccgatta tccgtattta ttccgaagct     1320

cacacgatgc aggaagcgga agagattggt gacgagctga ttcagatcat tcgcgatatg     1380

tgtaaataa                                                             1389


<210>  3699
<211>  1773
<212>  DNA
<213>  Parabacteroides merdae ATCC 43232

<400>  3699
atgactggga ggacgcttgt attttggctg ttcgtattta tcggactttg gtttttcttt       60

tggtcgttcg ggacttccac gttccaacgg caggaagagg tgcagttgtt tattcccgaa      120

tgggtgatta tccgggatat gctgtctgtc cccggtggct tttgtacggt ggtcgggcag      180

gctttggttc aatattatac tgcttccctg tttgtcttgt gtgttaacag tattttcttg      240

tgtgtggccg gtttcttgtg ttatctgctt ttgcaggaaa tcgcaccgcg cggatataat      300

ttgttgcttg ccctgtttcc tgttttagga ttgctgaagg cccatacgag ctctttttac      360

gtgttggacg ggacggtcgg gctgatcctg cttctgctat tctcttatgt ttttatccgt      420

atacggagaa tgaaggtgca gttgttttat ggtgtggtga gtgtgtttct cgtctatggt      480

ttgactggcc agttggcggc actttacggt ctggtcgtgg tttgcatgag tcttttgtgc      540

cgaaggagga aatggtctgg ttcgcttgct gtgtttttgg ctggggtgtt gttggcttat      600

atcggtattc gtttggctat cggtattccg ttgacagacg ggatttattc ggaaaggtat      660

caggagtccc agttgcagcc ggattcttat gtctatttta tctggatccg ttttgtcgtc      720

ttgcttttga ttctgtttac aacggccttc gcgatgaagg ctcttccttg gggtaaacgt      780

tcggtaaaag tacttgttac aggaggcttg ttggtcgtcc tgttttgctt ttccgcattt      840

tgtctgcccg gaccgtatga agtccggaac aaccggatga acgagttatc cgtttgggag      900

caaaggaatg actgggacac gattatccgc gaacatccgg agaaggaggt gacggattat      960

gtctgcctta actatttgaa tatggcattg gctcaaaagg gcgctttggg cgaccggttg     1020

ttccattatg accagaaagg gccgcaaagc cttctggctt cttgggaccg gacttattat     1080

atgagttgcc tgttgagtga tatccattat atgatcggtg atatcagcct ttcggaagga     1140

tatgcgatgg aaggattgac acttgccaag cgaggaggaa gtccccgctt gcttcaacgg     1200

ttggtcaaga ttagcttgat acggagagat tttgctttgg cggataagta tctgggtata     1260

ctcggccggt tgccgggata tcggcgttgg gcggaaaaat ataccggcta tgttcgtcat     1320

cccgaaagga tcgggcagga tggagaactt gccacgaaga caataccggc cttccagccg     1380

gacaatttgc tttgcctgac cggcatcgac agcctttggg ttggacatct ttcggaacca     1440

ggcgtaaacc gggttgcatg ggaatattta ggttgttcct atctgctggc gaaggaaatg     1500

gagaagttca agatattcct gtcccatgcc agtagatttt tgccgggaca gtcccttcct     1560

gttcattttc aggaggcggc attggttttg gcgactgagg acctttctgt ccttgactgg     1620

gtttccatcc ggcctgagat agtgcaacgc tataaacaat tccagaaaga tattctgaag     1680

atcaagaata gtagtgacgg actttcttgg ctttaccggc aatatggaga cactttttgg     1740

ttttattatt attgtaagaa tttgaatgga tag                                  1773


<210>  3700
<211>  1200
<212>  DNA
<213>  Parabacteroides merdae ATCC 43232

<400>  3700
atgagaaaaa tctttcttta cttcagcctc cttctcttca tgcaaacagc ctttgccgcc       60

gacagcttgt ttgtcagaaa gccgcagatc ccgatactga ttgaccggac agacaatatc      120

ctggtggaaa tgcgtgtaca ggcacacaaa ggggatgtac tcaacaagct ttccctgcaa      180

ttcaaagaag gaatcgactt aaacgacata aaggctctac gctttttcta tagcggaacg      240

gaagcgacct cccggcaggg aaagcattac cgtccggttt cctacatttc cagtcacgca      300

gaaggcaaga caaaggctgc taatcccgcc tactccatca agcagagcga agtaactgat      360

atcaccaatg tcgtgacctt caccagtaac cagccgatgg tggaaggagt caactactat      420

tggatcagta tcgagatgaa accggaggct tccctgttaa cgacctttac tgtccagatg      480

ccgatggctg aaatcaataa tatgccggcg acaattgtct gggacggcaa atcagatgtc      540

cgccgcatgg gaatcggtgt ccgccacgcc ggtgacgacg gggcttcggc ctaccgtatt      600

ccggggctgg taacgaccaa caacgggacg cttctgggcg tgtacgatat ccgctacaac      660

agcagtgtgg acctgcagga aatggtcgat ataggggtaa gccgcagcac cgacaaagga      720

cagacctggg aaccgatgcg tgttgcgatg acgttcggcg aaacgggcgg cctgcctcac      780

gcacagaacg gtgtgggaga cccgtctatc ctagtggatg aaaagacaaa tacgatctgg      840

atcgttgctg cctggacaca tggcatgggg aacggacgcg cctggtggaa ttccatgccg      900

ggtatgtcgg ccgacagcac cgcccagctg atgctcgtca aaagcgaaga cgacggcaag      960

acctggagcc agccgatcaa catcaccccg caggtgaaag atccttcctg gtacttcctg     1020

ttgcaaggac cgggccgggg tatcacgatg aaagacggga cgttggtttt cccgatccag     1080

ttcatcgact ccacccgtat accgaacgcc ggtatcatgt acagcaaaga ccggggaacc     1140

ggggaaccac ctggcatctg cataacctgg cacgtacgaa cacgaccgag gcgcaggtag     1200


